"use strict";

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

/*!
 * jQuery JavaScript Library v2.2.4
 * http://jquery.com/
 *
 * Includes Sizzle.js
 * http://sizzlejs.com/
 *
 * Copyright jQuery Foundation and other contributors
 * Released under the MIT license
 * http://jquery.org/license
 *
 * Date: 2016-05-20T17:23Z
 */

(function (global, factory) {

	if ((typeof module === "undefined" ? "undefined" : _typeof(module)) === "object" && _typeof(module.exports) === "object") {
		// For CommonJS and CommonJS-like environments where a proper `window`
		// is present, execute the factory and get jQuery.
		// For environments that do not have a `window` with a `document`
		// (such as Node.js), expose a factory as module.exports.
		// This accentuates the need for the creation of a real `window`.
		// e.g. var jQuery = require("jquery")(window);
		// See ticket #14549 for more info.
		module.exports = global.document ? factory(global, true) : function (w) {
			if (!w.document) {
				throw new Error("jQuery requires a window with a document");
			}
			return factory(w);
		};
	} else {
		factory(global);
	}

	// Pass this if window is not defined yet
})(typeof window !== "undefined" ? window : undefined, function (window, noGlobal) {

	// Support: Firefox 18+
	// Can't be in strict mode, several libs including ASP.NET trace
	// the stack via arguments.caller.callee and Firefox dies if
	// you try to trace through "use strict" call chains. (#13335)
	//"use strict";
	var arr = [];

	var document = window.document;

	var _slice = arr.slice;

	var concat = arr.concat;

	var push = arr.push;

	var indexOf = arr.indexOf;

	var class2type = {};

	var toString = class2type.toString;

	var hasOwn = class2type.hasOwnProperty;

	var support = {};

	var version = "2.2.4",


	// Define a local copy of jQuery
	jQuery = function jQuery(selector, context) {

		// The jQuery object is actually just the init constructor 'enhanced'
		// Need init if jQuery is called (just allow error to be thrown if not included)
		return new jQuery.fn.init(selector, context);
	},


	// Support: Android<4.1
	// Make sure we trim BOM and NBSP
	rtrim = /^[\s\uFEFF\xA0]+|[\s\uFEFF\xA0]+$/g,


	// Matches dashed string for camelizing
	rmsPrefix = /^-ms-/,
	    rdashAlpha = /-([\da-z])/gi,


	// Used by jQuery.camelCase as callback to replace()
	fcamelCase = function fcamelCase(all, letter) {
		return letter.toUpperCase();
	};

	jQuery.fn = jQuery.prototype = {

		// The current version of jQuery being used
		jquery: version,

		constructor: jQuery,

		// Start with an empty selector
		selector: "",

		// The default length of a jQuery object is 0
		length: 0,

		toArray: function toArray() {
			return _slice.call(this);
		},

		// Get the Nth element in the matched element set OR
		// Get the whole matched element set as a clean array
		get: function get(num) {
			return num != null ?

			// Return just the one element from the set
			num < 0 ? this[num + this.length] : this[num] :

			// Return all the elements in a clean array
			_slice.call(this);
		},

		// Take an array of elements and push it onto the stack
		// (returning the new matched element set)
		pushStack: function pushStack(elems) {

			// Build a new jQuery matched element set
			var ret = jQuery.merge(this.constructor(), elems);

			// Add the old object onto the stack (as a reference)
			ret.prevObject = this;
			ret.context = this.context;

			// Return the newly-formed element set
			return ret;
		},

		// Execute a callback for every element in the matched set.
		each: function each(callback) {
			return jQuery.each(this, callback);
		},

		map: function map(callback) {
			return this.pushStack(jQuery.map(this, function (elem, i) {
				return callback.call(elem, i, elem);
			}));
		},

		slice: function slice() {
			return this.pushStack(_slice.apply(this, arguments));
		},

		first: function first() {
			return this.eq(0);
		},

		last: function last() {
			return this.eq(-1);
		},

		eq: function eq(i) {
			var len = this.length,
			    j = +i + (i < 0 ? len : 0);
			return this.pushStack(j >= 0 && j < len ? [this[j]] : []);
		},

		end: function end() {
			return this.prevObject || this.constructor();
		},

		// For internal use only.
		// Behaves like an Array's method, not like a jQuery method.
		push: push,
		sort: arr.sort,
		splice: arr.splice
	};

	jQuery.extend = jQuery.fn.extend = function () {
		var options,
		    name,
		    src,
		    copy,
		    copyIsArray,
		    clone,
		    target = arguments[0] || {},
		    i = 1,
		    length = arguments.length,
		    deep = false;

		// Handle a deep copy situation
		if (typeof target === "boolean") {
			deep = target;

			// Skip the boolean and the target
			target = arguments[i] || {};
			i++;
		}

		// Handle case when target is a string or something (possible in deep copy)
		if ((typeof target === "undefined" ? "undefined" : _typeof(target)) !== "object" && !jQuery.isFunction(target)) {
			target = {};
		}

		// Extend jQuery itself if only one argument is passed
		if (i === length) {
			target = this;
			i--;
		}

		for (; i < length; i++) {

			// Only deal with non-null/undefined values
			if ((options = arguments[i]) != null) {

				// Extend the base object
				for (name in options) {
					src = target[name];
					copy = options[name];

					// Prevent never-ending loop
					if (target === copy) {
						continue;
					}

					// Recurse if we're merging plain objects or arrays
					if (deep && copy && (jQuery.isPlainObject(copy) || (copyIsArray = jQuery.isArray(copy)))) {

						if (copyIsArray) {
							copyIsArray = false;
							clone = src && jQuery.isArray(src) ? src : [];
						} else {
							clone = src && jQuery.isPlainObject(src) ? src : {};
						}

						// Never move original objects, clone them
						target[name] = jQuery.extend(deep, clone, copy);

						// Don't bring in undefined values
					} else if (copy !== undefined) {
						target[name] = copy;
					}
				}
			}
		}

		// Return the modified object
		return target;
	};

	jQuery.extend({

		// Unique for each copy of jQuery on the page
		expando: "jQuery" + (version + Math.random()).replace(/\D/g, ""),

		// Assume jQuery is ready without the ready module
		isReady: true,

		error: function error(msg) {
			throw new Error(msg);
		},

		noop: function noop() {},

		isFunction: function isFunction(obj) {
			return jQuery.type(obj) === "function";
		},

		isArray: Array.isArray,

		isWindow: function isWindow(obj) {
			return obj != null && obj === obj.window;
		},

		isNumeric: function isNumeric(obj) {

			// parseFloat NaNs numeric-cast false positives (null|true|false|"")
			// ...but misinterprets leading-number strings, particularly hex literals ("0x...")
			// subtraction forces infinities to NaN
			// adding 1 corrects loss of precision from parseFloat (#15100)
			var realStringObj = obj && obj.toString();
			return !jQuery.isArray(obj) && realStringObj - parseFloat(realStringObj) + 1 >= 0;
		},

		isPlainObject: function isPlainObject(obj) {
			var key;

			// Not plain objects:
			// - Any object or value whose internal [[Class]] property is not "[object Object]"
			// - DOM nodes
			// - window
			if (jQuery.type(obj) !== "object" || obj.nodeType || jQuery.isWindow(obj)) {
				return false;
			}

			// Not own constructor property must be Object
			if (obj.constructor && !hasOwn.call(obj, "constructor") && !hasOwn.call(obj.constructor.prototype || {}, "isPrototypeOf")) {
				return false;
			}

			// Own properties are enumerated firstly, so to speed up,
			// if last one is own, then all properties are own
			for (key in obj) {}

			return key === undefined || hasOwn.call(obj, key);
		},

		isEmptyObject: function isEmptyObject(obj) {
			var name;
			for (name in obj) {
				return false;
			}
			return true;
		},

		type: function type(obj) {
			if (obj == null) {
				return obj + "";
			}

			// Support: Android<4.0, iOS<6 (functionish RegExp)
			return (typeof obj === "undefined" ? "undefined" : _typeof(obj)) === "object" || typeof obj === "function" ? class2type[toString.call(obj)] || "object" : typeof obj === "undefined" ? "undefined" : _typeof(obj);
		},

		// Evaluates a script in a global context
		globalEval: function globalEval(code) {
			var script,
			    indirect = eval;

			code = jQuery.trim(code);

			if (code) {

				// If the code includes a valid, prologue position
				// strict mode pragma, execute code by injecting a
				// script tag into the document.
				if (code.indexOf("use strict") === 1) {
					script = document.createElement("script");
					script.text = code;
					document.head.appendChild(script).parentNode.removeChild(script);
				} else {

					// Otherwise, avoid the DOM node creation, insertion
					// and removal by using an indirect global eval

					indirect(code);
				}
			}
		},

		// Convert dashed to camelCase; used by the css and data modules
		// Support: IE9-11+
		// Microsoft forgot to hump their vendor prefix (#9572)
		camelCase: function camelCase(string) {
			return string.replace(rmsPrefix, "ms-").replace(rdashAlpha, fcamelCase);
		},

		nodeName: function nodeName(elem, name) {
			return elem.nodeName && elem.nodeName.toLowerCase() === name.toLowerCase();
		},

		each: function each(obj, callback) {
			var length,
			    i = 0;

			if (isArrayLike(obj)) {
				length = obj.length;
				for (; i < length; i++) {
					if (callback.call(obj[i], i, obj[i]) === false) {
						break;
					}
				}
			} else {
				for (i in obj) {
					if (callback.call(obj[i], i, obj[i]) === false) {
						break;
					}
				}
			}

			return obj;
		},

		// Support: Android<4.1
		trim: function trim(text) {
			return text == null ? "" : (text + "").replace(rtrim, "");
		},

		// results is for internal usage only
		makeArray: function makeArray(arr, results) {
			var ret = results || [];

			if (arr != null) {
				if (isArrayLike(Object(arr))) {
					jQuery.merge(ret, typeof arr === "string" ? [arr] : arr);
				} else {
					push.call(ret, arr);
				}
			}

			return ret;
		},

		inArray: function inArray(elem, arr, i) {
			return arr == null ? -1 : indexOf.call(arr, elem, i);
		},

		merge: function merge(first, second) {
			var len = +second.length,
			    j = 0,
			    i = first.length;

			for (; j < len; j++) {
				first[i++] = second[j];
			}

			first.length = i;

			return first;
		},

		grep: function grep(elems, callback, invert) {
			var callbackInverse,
			    matches = [],
			    i = 0,
			    length = elems.length,
			    callbackExpect = !invert;

			// Go through the array, only saving the items
			// that pass the validator function
			for (; i < length; i++) {
				callbackInverse = !callback(elems[i], i);
				if (callbackInverse !== callbackExpect) {
					matches.push(elems[i]);
				}
			}

			return matches;
		},

		// arg is for internal usage only
		map: function map(elems, callback, arg) {
			var length,
			    value,
			    i = 0,
			    ret = [];

			// Go through the array, translating each of the items to their new values
			if (isArrayLike(elems)) {
				length = elems.length;
				for (; i < length; i++) {
					value = callback(elems[i], i, arg);

					if (value != null) {
						ret.push(value);
					}
				}

				// Go through every key on the object,
			} else {
				for (i in elems) {
					value = callback(elems[i], i, arg);

					if (value != null) {
						ret.push(value);
					}
				}
			}

			// Flatten any nested arrays
			return concat.apply([], ret);
		},

		// A global GUID counter for objects
		guid: 1,

		// Bind a function to a context, optionally partially applying any
		// arguments.
		proxy: function proxy(fn, context) {
			var tmp, args, proxy;

			if (typeof context === "string") {
				tmp = fn[context];
				context = fn;
				fn = tmp;
			}

			// Quick check to determine if target is callable, in the spec
			// this throws a TypeError, but we will just return undefined.
			if (!jQuery.isFunction(fn)) {
				return undefined;
			}

			// Simulated bind
			args = _slice.call(arguments, 2);
			proxy = function proxy() {
				return fn.apply(context || this, args.concat(_slice.call(arguments)));
			};

			// Set the guid of unique handler to the same of original handler, so it can be removed
			proxy.guid = fn.guid = fn.guid || jQuery.guid++;

			return proxy;
		},

		now: Date.now,

		// jQuery.support is not used in Core but other projects attach their
		// properties to it so it needs to exist.
		support: support
	});

	// JSHint would error on this code due to the Symbol not being defined in ES5.
	// Defining this global in .jshintrc would create a danger of using the global
	// unguarded in another place, it seems safer to just disable JSHint for these
	// three lines.
	/* jshint ignore: start */
	if (typeof Symbol === "function") {
		jQuery.fn[Symbol.iterator] = arr[Symbol.iterator];
	}
	/* jshint ignore: end */

	// Populate the class2type map
	jQuery.each("Boolean Number String Function Array Date RegExp Object Error Symbol".split(" "), function (i, name) {
		class2type["[object " + name + "]"] = name.toLowerCase();
	});

	function isArrayLike(obj) {

		// Support: iOS 8.2 (not reproducible in simulator)
		// `in` check used to prevent JIT error (gh-2145)
		// hasOwn isn't used here due to false negatives
		// regarding Nodelist length in IE
		var length = !!obj && "length" in obj && obj.length,
		    type = jQuery.type(obj);

		if (type === "function" || jQuery.isWindow(obj)) {
			return false;
		}

		return type === "array" || length === 0 || typeof length === "number" && length > 0 && length - 1 in obj;
	}
	var Sizzle =
	/*!
  * Sizzle CSS Selector Engine v2.2.1
  * http://sizzlejs.com/
  *
  * Copyright jQuery Foundation and other contributors
  * Released under the MIT license
  * http://jquery.org/license
  *
  * Date: 2015-10-17
  */
	function (window) {

		var i,
		    support,
		    Expr,
		    getText,
		    isXML,
		    tokenize,
		    compile,
		    select,
		    outermostContext,
		    sortInput,
		    hasDuplicate,


		// Local document vars
		setDocument,
		    document,
		    docElem,
		    documentIsHTML,
		    rbuggyQSA,
		    rbuggyMatches,
		    matches,
		    contains,


		// Instance-specific data
		expando = "sizzle" + 1 * new Date(),
		    preferredDoc = window.document,
		    dirruns = 0,
		    done = 0,
		    classCache = createCache(),
		    tokenCache = createCache(),
		    compilerCache = createCache(),
		    sortOrder = function sortOrder(a, b) {
			if (a === b) {
				hasDuplicate = true;
			}
			return 0;
		},


		// General-purpose constants
		MAX_NEGATIVE = 1 << 31,


		// Instance methods
		hasOwn = {}.hasOwnProperty,
		    arr = [],
		    pop = arr.pop,
		    push_native = arr.push,
		    push = arr.push,
		    slice = arr.slice,

		// Use a stripped-down indexOf as it's faster than native
		// http://jsperf.com/thor-indexof-vs-for/5
		indexOf = function indexOf(list, elem) {
			var i = 0,
			    len = list.length;
			for (; i < len; i++) {
				if (list[i] === elem) {
					return i;
				}
			}
			return -1;
		},
		    booleans = "checked|selected|async|autofocus|autoplay|controls|defer|disabled|hidden|ismap|loop|multiple|open|readonly|required|scoped",


		// Regular expressions

		// http://www.w3.org/TR/css3-selectors/#whitespace
		whitespace = "[\\x20\\t\\r\\n\\f]",


		// http://www.w3.org/TR/CSS21/syndata.html#value-def-identifier
		identifier = "(?:\\\\.|[\\w-]|[^\\x00-\\xa0])+",


		// Attribute selectors: http://www.w3.org/TR/selectors/#attribute-selectors
		attributes = "\\[" + whitespace + "*(" + identifier + ")(?:" + whitespace +
		// Operator (capture 2)
		"*([*^$|!~]?=)" + whitespace +
		// "Attribute values must be CSS identifiers [capture 5] or strings [capture 3 or capture 4]"
		"*(?:'((?:\\\\.|[^\\\\'])*)'|\"((?:\\\\.|[^\\\\\"])*)\"|(" + identifier + "))|)" + whitespace + "*\\]",
		    pseudos = ":(" + identifier + ")(?:\\((" +
		// To reduce the number of selectors needing tokenize in the preFilter, prefer arguments:
		// 1. quoted (capture 3; capture 4 or capture 5)
		"('((?:\\\\.|[^\\\\'])*)'|\"((?:\\\\.|[^\\\\\"])*)\")|" +
		// 2. simple (capture 6)
		"((?:\\\\.|[^\\\\()[\\]]|" + attributes + ")*)|" +
		// 3. anything else (capture 2)
		".*" + ")\\)|)",


		// Leading and non-escaped trailing whitespace, capturing some non-whitespace characters preceding the latter
		rwhitespace = new RegExp(whitespace + "+", "g"),
		    rtrim = new RegExp("^" + whitespace + "+|((?:^|[^\\\\])(?:\\\\.)*)" + whitespace + "+$", "g"),
		    rcomma = new RegExp("^" + whitespace + "*," + whitespace + "*"),
		    rcombinators = new RegExp("^" + whitespace + "*([>+~]|" + whitespace + ")" + whitespace + "*"),
		    rattributeQuotes = new RegExp("=" + whitespace + "*([^\\]'\"]*?)" + whitespace + "*\\]", "g"),
		    rpseudo = new RegExp(pseudos),
		    ridentifier = new RegExp("^" + identifier + "$"),
		    matchExpr = {
			"ID": new RegExp("^#(" + identifier + ")"),
			"CLASS": new RegExp("^\\.(" + identifier + ")"),
			"TAG": new RegExp("^(" + identifier + "|[*])"),
			"ATTR": new RegExp("^" + attributes),
			"PSEUDO": new RegExp("^" + pseudos),
			"CHILD": new RegExp("^:(only|first|last|nth|nth-last)-(child|of-type)(?:\\(" + whitespace + "*(even|odd|(([+-]|)(\\d*)n|)" + whitespace + "*(?:([+-]|)" + whitespace + "*(\\d+)|))" + whitespace + "*\\)|)", "i"),
			"bool": new RegExp("^(?:" + booleans + ")$", "i"),
			// For use in libraries implementing .is()
			// We use this for POS matching in `select`
			"needsContext": new RegExp("^" + whitespace + "*[>+~]|:(even|odd|eq|gt|lt|nth|first|last)(?:\\(" + whitespace + "*((?:-\\d)?\\d*)" + whitespace + "*\\)|)(?=[^-]|$)", "i")
		},
		    rinputs = /^(?:input|select|textarea|button)$/i,
		    rheader = /^h\d$/i,
		    rnative = /^[^{]+\{\s*\[native \w/,


		// Easily-parseable/retrievable ID or TAG or CLASS selectors
		rquickExpr = /^(?:#([\w-]+)|(\w+)|\.([\w-]+))$/,
		    rsibling = /[+~]/,
		    rescape = /'|\\/g,


		// CSS escapes http://www.w3.org/TR/CSS21/syndata.html#escaped-characters
		runescape = new RegExp("\\\\([\\da-f]{1,6}" + whitespace + "?|(" + whitespace + ")|.)", "ig"),
		    funescape = function funescape(_, escaped, escapedWhitespace) {
			var high = "0x" + escaped - 0x10000;
			// NaN means non-codepoint
			// Support: Firefox<24
			// Workaround erroneous numeric interpretation of +"0x"
			return high !== high || escapedWhitespace ? escaped : high < 0 ?
			// BMP codepoint
			String.fromCharCode(high + 0x10000) :
			// Supplemental Plane codepoint (surrogate pair)
			String.fromCharCode(high >> 10 | 0xD800, high & 0x3FF | 0xDC00);
		},


		// Used for iframes
		// See setDocument()
		// Removing the function wrapper causes a "Permission Denied"
		// error in IE
		unloadHandler = function unloadHandler() {
			setDocument();
		};

		// Optimize for push.apply( _, NodeList )
		try {
			push.apply(arr = slice.call(preferredDoc.childNodes), preferredDoc.childNodes);
			// Support: Android<4.0
			// Detect silently failing push.apply
			arr[preferredDoc.childNodes.length].nodeType;
		} catch (e) {
			push = { apply: arr.length ?

				// Leverage slice if possible
				function (target, els) {
					push_native.apply(target, slice.call(els));
				} :

				// Support: IE<9
				// Otherwise append directly
				function (target, els) {
					var j = target.length,
					    i = 0;
					// Can't trust NodeList.length
					while (target[j++] = els[i++]) {}
					target.length = j - 1;
				}
			};
		}

		function Sizzle(selector, context, results, seed) {
			var m,
			    i,
			    elem,
			    nid,
			    nidselect,
			    match,
			    groups,
			    newSelector,
			    newContext = context && context.ownerDocument,


			// nodeType defaults to 9, since context defaults to document
			nodeType = context ? context.nodeType : 9;

			results = results || [];

			// Return early from calls with invalid selector or context
			if (typeof selector !== "string" || !selector || nodeType !== 1 && nodeType !== 9 && nodeType !== 11) {

				return results;
			}

			// Try to shortcut find operations (as opposed to filters) in HTML documents
			if (!seed) {

				if ((context ? context.ownerDocument || context : preferredDoc) !== document) {
					setDocument(context);
				}
				context = context || document;

				if (documentIsHTML) {

					// If the selector is sufficiently simple, try using a "get*By*" DOM method
					// (excepting DocumentFragment context, where the methods don't exist)
					if (nodeType !== 11 && (match = rquickExpr.exec(selector))) {

						// ID selector
						if (m = match[1]) {

							// Document context
							if (nodeType === 9) {
								if (elem = context.getElementById(m)) {

									// Support: IE, Opera, Webkit
									// TODO: identify versions
									// getElementById can match elements by name instead of ID
									if (elem.id === m) {
										results.push(elem);
										return results;
									}
								} else {
									return results;
								}

								// Element context
							} else {

								// Support: IE, Opera, Webkit
								// TODO: identify versions
								// getElementById can match elements by name instead of ID
								if (newContext && (elem = newContext.getElementById(m)) && contains(context, elem) && elem.id === m) {

									results.push(elem);
									return results;
								}
							}

							// Type selector
						} else if (match[2]) {
							push.apply(results, context.getElementsByTagName(selector));
							return results;

							// Class selector
						} else if ((m = match[3]) && support.getElementsByClassName && context.getElementsByClassName) {

							push.apply(results, context.getElementsByClassName(m));
							return results;
						}
					}

					// Take advantage of querySelectorAll
					if (support.qsa && !compilerCache[selector + " "] && (!rbuggyQSA || !rbuggyQSA.test(selector))) {

						if (nodeType !== 1) {
							newContext = context;
							newSelector = selector;

							// qSA looks outside Element context, which is not what we want
							// Thanks to Andrew Dupont for this workaround technique
							// Support: IE <=8
							// Exclude object elements
						} else if (context.nodeName.toLowerCase() !== "object") {

							// Capture the context ID, setting it first if necessary
							if (nid = context.getAttribute("id")) {
								nid = nid.replace(rescape, "\\$&");
							} else {
								context.setAttribute("id", nid = expando);
							}

							// Prefix every selector in the list
							groups = tokenize(selector);
							i = groups.length;
							nidselect = ridentifier.test(nid) ? "#" + nid : "[id='" + nid + "']";
							while (i--) {
								groups[i] = nidselect + " " + toSelector(groups[i]);
							}
							newSelector = groups.join(",");

							// Expand context for sibling selectors
							newContext = rsibling.test(selector) && testContext(context.parentNode) || context;
						}

						if (newSelector) {
							try {
								push.apply(results, newContext.querySelectorAll(newSelector));
								return results;
							} catch (qsaError) {} finally {
								if (nid === expando) {
									context.removeAttribute("id");
								}
							}
						}
					}
				}
			}

			// All others
			return select(selector.replace(rtrim, "$1"), context, results, seed);
		}

		/**
   * Create key-value caches of limited size
   * @returns {function(string, object)} Returns the Object data after storing it on itself with
   *	property name the (space-suffixed) string and (if the cache is larger than Expr.cacheLength)
   *	deleting the oldest entry
   */
		function createCache() {
			var keys = [];

			function cache(key, value) {
				// Use (key + " ") to avoid collision with native prototype properties (see Issue #157)
				if (keys.push(key + " ") > Expr.cacheLength) {
					// Only keep the most recent entries
					delete cache[keys.shift()];
				}
				return cache[key + " "] = value;
			}
			return cache;
		}

		/**
   * Mark a function for special use by Sizzle
   * @param {Function} fn The function to mark
   */
		function markFunction(fn) {
			fn[expando] = true;
			return fn;
		}

		/**
   * Support testing using an element
   * @param {Function} fn Passed the created div and expects a boolean result
   */
		function assert(fn) {
			var div = document.createElement("div");

			try {
				return !!fn(div);
			} catch (e) {
				return false;
			} finally {
				// Remove from its parent by default
				if (div.parentNode) {
					div.parentNode.removeChild(div);
				}
				// release memory in IE
				div = null;
			}
		}

		/**
   * Adds the same handler for all of the specified attrs
   * @param {String} attrs Pipe-separated list of attributes
   * @param {Function} handler The method that will be applied
   */
		function addHandle(attrs, handler) {
			var arr = attrs.split("|"),
			    i = arr.length;

			while (i--) {
				Expr.attrHandle[arr[i]] = handler;
			}
		}

		/**
   * Checks document order of two siblings
   * @param {Element} a
   * @param {Element} b
   * @returns {Number} Returns less than 0 if a precedes b, greater than 0 if a follows b
   */
		function siblingCheck(a, b) {
			var cur = b && a,
			    diff = cur && a.nodeType === 1 && b.nodeType === 1 && (~b.sourceIndex || MAX_NEGATIVE) - (~a.sourceIndex || MAX_NEGATIVE);

			// Use IE sourceIndex if available on both nodes
			if (diff) {
				return diff;
			}

			// Check if b follows a
			if (cur) {
				while (cur = cur.nextSibling) {
					if (cur === b) {
						return -1;
					}
				}
			}

			return a ? 1 : -1;
		}

		/**
   * Returns a function to use in pseudos for input types
   * @param {String} type
   */
		function createInputPseudo(type) {
			return function (elem) {
				var name = elem.nodeName.toLowerCase();
				return name === "input" && elem.type === type;
			};
		}

		/**
   * Returns a function to use in pseudos for buttons
   * @param {String} type
   */
		function createButtonPseudo(type) {
			return function (elem) {
				var name = elem.nodeName.toLowerCase();
				return (name === "input" || name === "button") && elem.type === type;
			};
		}

		/**
   * Returns a function to use in pseudos for positionals
   * @param {Function} fn
   */
		function createPositionalPseudo(fn) {
			return markFunction(function (argument) {
				argument = +argument;
				return markFunction(function (seed, matches) {
					var j,
					    matchIndexes = fn([], seed.length, argument),
					    i = matchIndexes.length;

					// Match elements found at the specified indexes
					while (i--) {
						if (seed[j = matchIndexes[i]]) {
							seed[j] = !(matches[j] = seed[j]);
						}
					}
				});
			});
		}

		/**
   * Checks a node for validity as a Sizzle context
   * @param {Element|Object=} context
   * @returns {Element|Object|Boolean} The input node if acceptable, otherwise a falsy value
   */
		function testContext(context) {
			return context && typeof context.getElementsByTagName !== "undefined" && context;
		}

		// Expose support vars for convenience
		support = Sizzle.support = {};

		/**
   * Detects XML nodes
   * @param {Element|Object} elem An element or a document
   * @returns {Boolean} True iff elem is a non-HTML XML node
   */
		isXML = Sizzle.isXML = function (elem) {
			// documentElement is verified for cases where it doesn't yet exist
			// (such as loading iframes in IE - #4833)
			var documentElement = elem && (elem.ownerDocument || elem).documentElement;
			return documentElement ? documentElement.nodeName !== "HTML" : false;
		};

		/**
   * Sets document-related variables once based on the current document
   * @param {Element|Object} [doc] An element or document object to use to set the document
   * @returns {Object} Returns the current document
   */
		setDocument = Sizzle.setDocument = function (node) {
			var hasCompare,
			    parent,
			    doc = node ? node.ownerDocument || node : preferredDoc;

			// Return early if doc is invalid or already selected
			if (doc === document || doc.nodeType !== 9 || !doc.documentElement) {
				return document;
			}

			// Update global variables
			document = doc;
			docElem = document.documentElement;
			documentIsHTML = !isXML(document);

			// Support: IE 9-11, Edge
			// Accessing iframe documents after unload throws "permission denied" errors (jQuery #13936)
			if ((parent = document.defaultView) && parent.top !== parent) {
				// Support: IE 11
				if (parent.addEventListener) {
					parent.addEventListener("unload", unloadHandler, false);

					// Support: IE 9 - 10 only
				} else if (parent.attachEvent) {
					parent.attachEvent("onunload", unloadHandler);
				}
			}

			/* Attributes
   ---------------------------------------------------------------------- */

			// Support: IE<8
			// Verify that getAttribute really returns attributes and not properties
			// (excepting IE8 booleans)
			support.attributes = assert(function (div) {
				div.className = "i";
				return !div.getAttribute("className");
			});

			/* getElement(s)By*
   ---------------------------------------------------------------------- */

			// Check if getElementsByTagName("*") returns only elements
			support.getElementsByTagName = assert(function (div) {
				div.appendChild(document.createComment(""));
				return !div.getElementsByTagName("*").length;
			});

			// Support: IE<9
			support.getElementsByClassName = rnative.test(document.getElementsByClassName);

			// Support: IE<10
			// Check if getElementById returns elements by name
			// The broken getElementById methods don't pick up programatically-set names,
			// so use a roundabout getElementsByName test
			support.getById = assert(function (div) {
				docElem.appendChild(div).id = expando;
				return !document.getElementsByName || !document.getElementsByName(expando).length;
			});

			// ID find and filter
			if (support.getById) {
				Expr.find["ID"] = function (id, context) {
					if (typeof context.getElementById !== "undefined" && documentIsHTML) {
						var m = context.getElementById(id);
						return m ? [m] : [];
					}
				};
				Expr.filter["ID"] = function (id) {
					var attrId = id.replace(runescape, funescape);
					return function (elem) {
						return elem.getAttribute("id") === attrId;
					};
				};
			} else {
				// Support: IE6/7
				// getElementById is not reliable as a find shortcut
				delete Expr.find["ID"];

				Expr.filter["ID"] = function (id) {
					var attrId = id.replace(runescape, funescape);
					return function (elem) {
						var node = typeof elem.getAttributeNode !== "undefined" && elem.getAttributeNode("id");
						return node && node.value === attrId;
					};
				};
			}

			// Tag
			Expr.find["TAG"] = support.getElementsByTagName ? function (tag, context) {
				if (typeof context.getElementsByTagName !== "undefined") {
					return context.getElementsByTagName(tag);

					// DocumentFragment nodes don't have gEBTN
				} else if (support.qsa) {
					return context.querySelectorAll(tag);
				}
			} : function (tag, context) {
				var elem,
				    tmp = [],
				    i = 0,

				// By happy coincidence, a (broken) gEBTN appears on DocumentFragment nodes too
				results = context.getElementsByTagName(tag);

				// Filter out possible comments
				if (tag === "*") {
					while (elem = results[i++]) {
						if (elem.nodeType === 1) {
							tmp.push(elem);
						}
					}

					return tmp;
				}
				return results;
			};

			// Class
			Expr.find["CLASS"] = support.getElementsByClassName && function (className, context) {
				if (typeof context.getElementsByClassName !== "undefined" && documentIsHTML) {
					return context.getElementsByClassName(className);
				}
			};

			/* QSA/matchesSelector
   ---------------------------------------------------------------------- */

			// QSA and matchesSelector support

			// matchesSelector(:active) reports false when true (IE9/Opera 11.5)
			rbuggyMatches = [];

			// qSa(:focus) reports false when true (Chrome 21)
			// We allow this because of a bug in IE8/9 that throws an error
			// whenever `document.activeElement` is accessed on an iframe
			// So, we allow :focus to pass through QSA all the time to avoid the IE error
			// See http://bugs.jquery.com/ticket/13378
			rbuggyQSA = [];

			if (support.qsa = rnative.test(document.querySelectorAll)) {
				// Build QSA regex
				// Regex strategy adopted from Diego Perini
				assert(function (div) {
					// Select is set to empty string on purpose
					// This is to test IE's treatment of not explicitly
					// setting a boolean content attribute,
					// since its presence should be enough
					// http://bugs.jquery.com/ticket/12359
					docElem.appendChild(div).innerHTML = "<a id='" + expando + "'></a>" + "<select id='" + expando + "-\r\\' msallowcapture=''>" + "<option selected=''></option></select>";

					// Support: IE8, Opera 11-12.16
					// Nothing should be selected when empty strings follow ^= or $= or *=
					// The test attribute must be unknown in Opera but "safe" for WinRT
					// http://msdn.microsoft.com/en-us/library/ie/hh465388.aspx#attribute_section
					if (div.querySelectorAll("[msallowcapture^='']").length) {
						rbuggyQSA.push("[*^$]=" + whitespace + "*(?:''|\"\")");
					}

					// Support: IE8
					// Boolean attributes and "value" are not treated correctly
					if (!div.querySelectorAll("[selected]").length) {
						rbuggyQSA.push("\\[" + whitespace + "*(?:value|" + booleans + ")");
					}

					// Support: Chrome<29, Android<4.4, Safari<7.0+, iOS<7.0+, PhantomJS<1.9.8+
					if (!div.querySelectorAll("[id~=" + expando + "-]").length) {
						rbuggyQSA.push("~=");
					}

					// Webkit/Opera - :checked should return selected option elements
					// http://www.w3.org/TR/2011/REC-css3-selectors-20110929/#checked
					// IE8 throws error here and will not see later tests
					if (!div.querySelectorAll(":checked").length) {
						rbuggyQSA.push(":checked");
					}

					// Support: Safari 8+, iOS 8+
					// https://bugs.webkit.org/show_bug.cgi?id=136851
					// In-page `selector#id sibing-combinator selector` fails
					if (!div.querySelectorAll("a#" + expando + "+*").length) {
						rbuggyQSA.push(".#.+[+~]");
					}
				});

				assert(function (div) {
					// Support: Windows 8 Native Apps
					// The type and name attributes are restricted during .innerHTML assignment
					var input = document.createElement("input");
					input.setAttribute("type", "hidden");
					div.appendChild(input).setAttribute("name", "D");

					// Support: IE8
					// Enforce case-sensitivity of name attribute
					if (div.querySelectorAll("[name=d]").length) {
						rbuggyQSA.push("name" + whitespace + "*[*^$|!~]?=");
					}

					// FF 3.5 - :enabled/:disabled and hidden elements (hidden elements are still enabled)
					// IE8 throws error here and will not see later tests
					if (!div.querySelectorAll(":enabled").length) {
						rbuggyQSA.push(":enabled", ":disabled");
					}

					// Opera 10-11 does not throw on post-comma invalid pseudos
					div.querySelectorAll("*,:x");
					rbuggyQSA.push(",.*:");
				});
			}

			if (support.matchesSelector = rnative.test(matches = docElem.matches || docElem.webkitMatchesSelector || docElem.mozMatchesSelector || docElem.oMatchesSelector || docElem.msMatchesSelector)) {

				assert(function (div) {
					// Check to see if it's possible to do matchesSelector
					// on a disconnected node (IE 9)
					support.disconnectedMatch = matches.call(div, "div");

					// This should fail with an exception
					// Gecko does not error, returns false instead
					matches.call(div, "[s!='']:x");
					rbuggyMatches.push("!=", pseudos);
				});
			}

			rbuggyQSA = rbuggyQSA.length && new RegExp(rbuggyQSA.join("|"));
			rbuggyMatches = rbuggyMatches.length && new RegExp(rbuggyMatches.join("|"));

			/* Contains
   ---------------------------------------------------------------------- */
			hasCompare = rnative.test(docElem.compareDocumentPosition);

			// Element contains another
			// Purposefully self-exclusive
			// As in, an element does not contain itself
			contains = hasCompare || rnative.test(docElem.contains) ? function (a, b) {
				var adown = a.nodeType === 9 ? a.documentElement : a,
				    bup = b && b.parentNode;
				return a === bup || !!(bup && bup.nodeType === 1 && (adown.contains ? adown.contains(bup) : a.compareDocumentPosition && a.compareDocumentPosition(bup) & 16));
			} : function (a, b) {
				if (b) {
					while (b = b.parentNode) {
						if (b === a) {
							return true;
						}
					}
				}
				return false;
			};

			/* Sorting
   ---------------------------------------------------------------------- */

			// Document order sorting
			sortOrder = hasCompare ? function (a, b) {

				// Flag for duplicate removal
				if (a === b) {
					hasDuplicate = true;
					return 0;
				}

				// Sort on method existence if only one input has compareDocumentPosition
				var compare = !a.compareDocumentPosition - !b.compareDocumentPosition;
				if (compare) {
					return compare;
				}

				// Calculate position if both inputs belong to the same document
				compare = (a.ownerDocument || a) === (b.ownerDocument || b) ? a.compareDocumentPosition(b) :

				// Otherwise we know they are disconnected
				1;

				// Disconnected nodes
				if (compare & 1 || !support.sortDetached && b.compareDocumentPosition(a) === compare) {

					// Choose the first element that is related to our preferred document
					if (a === document || a.ownerDocument === preferredDoc && contains(preferredDoc, a)) {
						return -1;
					}
					if (b === document || b.ownerDocument === preferredDoc && contains(preferredDoc, b)) {
						return 1;
					}

					// Maintain original order
					return sortInput ? indexOf(sortInput, a) - indexOf(sortInput, b) : 0;
				}

				return compare & 4 ? -1 : 1;
			} : function (a, b) {
				// Exit early if the nodes are identical
				if (a === b) {
					hasDuplicate = true;
					return 0;
				}

				var cur,
				    i = 0,
				    aup = a.parentNode,
				    bup = b.parentNode,
				    ap = [a],
				    bp = [b];

				// Parentless nodes are either documents or disconnected
				if (!aup || !bup) {
					return a === document ? -1 : b === document ? 1 : aup ? -1 : bup ? 1 : sortInput ? indexOf(sortInput, a) - indexOf(sortInput, b) : 0;

					// If the nodes are siblings, we can do a quick check
				} else if (aup === bup) {
					return siblingCheck(a, b);
				}

				// Otherwise we need full lists of their ancestors for comparison
				cur = a;
				while (cur = cur.parentNode) {
					ap.unshift(cur);
				}
				cur = b;
				while (cur = cur.parentNode) {
					bp.unshift(cur);
				}

				// Walk down the tree looking for a discrepancy
				while (ap[i] === bp[i]) {
					i++;
				}

				return i ?
				// Do a sibling check if the nodes have a common ancestor
				siblingCheck(ap[i], bp[i]) :

				// Otherwise nodes in our document sort first
				ap[i] === preferredDoc ? -1 : bp[i] === preferredDoc ? 1 : 0;
			};

			return document;
		};

		Sizzle.matches = function (expr, elements) {
			return Sizzle(expr, null, null, elements);
		};

		Sizzle.matchesSelector = function (elem, expr) {
			// Set document vars if needed
			if ((elem.ownerDocument || elem) !== document) {
				setDocument(elem);
			}

			// Make sure that attribute selectors are quoted
			expr = expr.replace(rattributeQuotes, "='$1']");

			if (support.matchesSelector && documentIsHTML && !compilerCache[expr + " "] && (!rbuggyMatches || !rbuggyMatches.test(expr)) && (!rbuggyQSA || !rbuggyQSA.test(expr))) {

				try {
					var ret = matches.call(elem, expr);

					// IE 9's matchesSelector returns false on disconnected nodes
					if (ret || support.disconnectedMatch ||
					// As well, disconnected nodes are said to be in a document
					// fragment in IE 9
					elem.document && elem.document.nodeType !== 11) {
						return ret;
					}
				} catch (e) {}
			}

			return Sizzle(expr, document, null, [elem]).length > 0;
		};

		Sizzle.contains = function (context, elem) {
			// Set document vars if needed
			if ((context.ownerDocument || context) !== document) {
				setDocument(context);
			}
			return contains(context, elem);
		};

		Sizzle.attr = function (elem, name) {
			// Set document vars if needed
			if ((elem.ownerDocument || elem) !== document) {
				setDocument(elem);
			}

			var fn = Expr.attrHandle[name.toLowerCase()],

			// Don't get fooled by Object.prototype properties (jQuery #13807)
			val = fn && hasOwn.call(Expr.attrHandle, name.toLowerCase()) ? fn(elem, name, !documentIsHTML) : undefined;

			return val !== undefined ? val : support.attributes || !documentIsHTML ? elem.getAttribute(name) : (val = elem.getAttributeNode(name)) && val.specified ? val.value : null;
		};

		Sizzle.error = function (msg) {
			throw new Error("Syntax error, unrecognized expression: " + msg);
		};

		/**
   * Document sorting and removing duplicates
   * @param {ArrayLike} results
   */
		Sizzle.uniqueSort = function (results) {
			var elem,
			    duplicates = [],
			    j = 0,
			    i = 0;

			// Unless we *know* we can detect duplicates, assume their presence
			hasDuplicate = !support.detectDuplicates;
			sortInput = !support.sortStable && results.slice(0);
			results.sort(sortOrder);

			if (hasDuplicate) {
				while (elem = results[i++]) {
					if (elem === results[i]) {
						j = duplicates.push(i);
					}
				}
				while (j--) {
					results.splice(duplicates[j], 1);
				}
			}

			// Clear input after sorting to release objects
			// See https://github.com/jquery/sizzle/pull/225
			sortInput = null;

			return results;
		};

		/**
   * Utility function for retrieving the text value of an array of DOM nodes
   * @param {Array|Element} elem
   */
		getText = Sizzle.getText = function (elem) {
			var node,
			    ret = "",
			    i = 0,
			    nodeType = elem.nodeType;

			if (!nodeType) {
				// If no nodeType, this is expected to be an array
				while (node = elem[i++]) {
					// Do not traverse comment nodes
					ret += getText(node);
				}
			} else if (nodeType === 1 || nodeType === 9 || nodeType === 11) {
				// Use textContent for elements
				// innerText usage removed for consistency of new lines (jQuery #11153)
				if (typeof elem.textContent === "string") {
					return elem.textContent;
				} else {
					// Traverse its children
					for (elem = elem.firstChild; elem; elem = elem.nextSibling) {
						ret += getText(elem);
					}
				}
			} else if (nodeType === 3 || nodeType === 4) {
				return elem.nodeValue;
			}
			// Do not include comment or processing instruction nodes

			return ret;
		};

		Expr = Sizzle.selectors = {

			// Can be adjusted by the user
			cacheLength: 50,

			createPseudo: markFunction,

			match: matchExpr,

			attrHandle: {},

			find: {},

			relative: {
				">": { dir: "parentNode", first: true },
				" ": { dir: "parentNode" },
				"+": { dir: "previousSibling", first: true },
				"~": { dir: "previousSibling" }
			},

			preFilter: {
				"ATTR": function ATTR(match) {
					match[1] = match[1].replace(runescape, funescape);

					// Move the given value to match[3] whether quoted or unquoted
					match[3] = (match[3] || match[4] || match[5] || "").replace(runescape, funescape);

					if (match[2] === "~=") {
						match[3] = " " + match[3] + " ";
					}

					return match.slice(0, 4);
				},

				"CHILD": function CHILD(match) {
					/* matches from matchExpr["CHILD"]
     	1 type (only|nth|...)
     	2 what (child|of-type)
     	3 argument (even|odd|\d*|\d*n([+-]\d+)?|...)
     	4 xn-component of xn+y argument ([+-]?\d*n|)
     	5 sign of xn-component
     	6 x of xn-component
     	7 sign of y-component
     	8 y of y-component
     */
					match[1] = match[1].toLowerCase();

					if (match[1].slice(0, 3) === "nth") {
						// nth-* requires argument
						if (!match[3]) {
							Sizzle.error(match[0]);
						}

						// numeric x and y parameters for Expr.filter.CHILD
						// remember that false/true cast respectively to 0/1
						match[4] = +(match[4] ? match[5] + (match[6] || 1) : 2 * (match[3] === "even" || match[3] === "odd"));
						match[5] = +(match[7] + match[8] || match[3] === "odd");

						// other types prohibit arguments
					} else if (match[3]) {
						Sizzle.error(match[0]);
					}

					return match;
				},

				"PSEUDO": function PSEUDO(match) {
					var excess,
					    unquoted = !match[6] && match[2];

					if (matchExpr["CHILD"].test(match[0])) {
						return null;
					}

					// Accept quoted arguments as-is
					if (match[3]) {
						match[2] = match[4] || match[5] || "";

						// Strip excess characters from unquoted arguments
					} else if (unquoted && rpseudo.test(unquoted) && (
					// Get excess from tokenize (recursively)
					excess = tokenize(unquoted, true)) && (
					// advance to the next closing parenthesis
					excess = unquoted.indexOf(")", unquoted.length - excess) - unquoted.length)) {

						// excess is a negative index
						match[0] = match[0].slice(0, excess);
						match[2] = unquoted.slice(0, excess);
					}

					// Return only captures needed by the pseudo filter method (type and argument)
					return match.slice(0, 3);
				}
			},

			filter: {

				"TAG": function TAG(nodeNameSelector) {
					var nodeName = nodeNameSelector.replace(runescape, funescape).toLowerCase();
					return nodeNameSelector === "*" ? function () {
						return true;
					} : function (elem) {
						return elem.nodeName && elem.nodeName.toLowerCase() === nodeName;
					};
				},

				"CLASS": function CLASS(className) {
					var pattern = classCache[className + " "];

					return pattern || (pattern = new RegExp("(^|" + whitespace + ")" + className + "(" + whitespace + "|$)")) && classCache(className, function (elem) {
						return pattern.test(typeof elem.className === "string" && elem.className || typeof elem.getAttribute !== "undefined" && elem.getAttribute("class") || "");
					});
				},

				"ATTR": function ATTR(name, operator, check) {
					return function (elem) {
						var result = Sizzle.attr(elem, name);

						if (result == null) {
							return operator === "!=";
						}
						if (!operator) {
							return true;
						}

						result += "";

						return operator === "=" ? result === check : operator === "!=" ? result !== check : operator === "^=" ? check && result.indexOf(check) === 0 : operator === "*=" ? check && result.indexOf(check) > -1 : operator === "$=" ? check && result.slice(-check.length) === check : operator === "~=" ? (" " + result.replace(rwhitespace, " ") + " ").indexOf(check) > -1 : operator === "|=" ? result === check || result.slice(0, check.length + 1) === check + "-" : false;
					};
				},

				"CHILD": function CHILD(type, what, argument, first, last) {
					var simple = type.slice(0, 3) !== "nth",
					    forward = type.slice(-4) !== "last",
					    ofType = what === "of-type";

					return first === 1 && last === 0 ?

					// Shortcut for :nth-*(n)
					function (elem) {
						return !!elem.parentNode;
					} : function (elem, context, xml) {
						var cache,
						    uniqueCache,
						    outerCache,
						    node,
						    nodeIndex,
						    start,
						    dir = simple !== forward ? "nextSibling" : "previousSibling",
						    parent = elem.parentNode,
						    name = ofType && elem.nodeName.toLowerCase(),
						    useCache = !xml && !ofType,
						    diff = false;

						if (parent) {

							// :(first|last|only)-(child|of-type)
							if (simple) {
								while (dir) {
									node = elem;
									while (node = node[dir]) {
										if (ofType ? node.nodeName.toLowerCase() === name : node.nodeType === 1) {

											return false;
										}
									}
									// Reverse direction for :only-* (if we haven't yet done so)
									start = dir = type === "only" && !start && "nextSibling";
								}
								return true;
							}

							start = [forward ? parent.firstChild : parent.lastChild];

							// non-xml :nth-child(...) stores cache data on `parent`
							if (forward && useCache) {

								// Seek `elem` from a previously-cached index

								// ...in a gzip-friendly way
								node = parent;
								outerCache = node[expando] || (node[expando] = {});

								// Support: IE <9 only
								// Defend against cloned attroperties (jQuery gh-1709)
								uniqueCache = outerCache[node.uniqueID] || (outerCache[node.uniqueID] = {});

								cache = uniqueCache[type] || [];
								nodeIndex = cache[0] === dirruns && cache[1];
								diff = nodeIndex && cache[2];
								node = nodeIndex && parent.childNodes[nodeIndex];

								while (node = ++nodeIndex && node && node[dir] || (

								// Fallback to seeking `elem` from the start
								diff = nodeIndex = 0) || start.pop()) {

									// When found, cache indexes on `parent` and break
									if (node.nodeType === 1 && ++diff && node === elem) {
										uniqueCache[type] = [dirruns, nodeIndex, diff];
										break;
									}
								}
							} else {
								// Use previously-cached element index if available
								if (useCache) {
									// ...in a gzip-friendly way
									node = elem;
									outerCache = node[expando] || (node[expando] = {});

									// Support: IE <9 only
									// Defend against cloned attroperties (jQuery gh-1709)
									uniqueCache = outerCache[node.uniqueID] || (outerCache[node.uniqueID] = {});

									cache = uniqueCache[type] || [];
									nodeIndex = cache[0] === dirruns && cache[1];
									diff = nodeIndex;
								}

								// xml :nth-child(...)
								// or :nth-last-child(...) or :nth(-last)?-of-type(...)
								if (diff === false) {
									// Use the same loop as above to seek `elem` from the start
									while (node = ++nodeIndex && node && node[dir] || (diff = nodeIndex = 0) || start.pop()) {

										if ((ofType ? node.nodeName.toLowerCase() === name : node.nodeType === 1) && ++diff) {

											// Cache the index of each encountered element
											if (useCache) {
												outerCache = node[expando] || (node[expando] = {});

												// Support: IE <9 only
												// Defend against cloned attroperties (jQuery gh-1709)
												uniqueCache = outerCache[node.uniqueID] || (outerCache[node.uniqueID] = {});

												uniqueCache[type] = [dirruns, diff];
											}

											if (node === elem) {
												break;
											}
										}
									}
								}
							}

							// Incorporate the offset, then check against cycle size
							diff -= last;
							return diff === first || diff % first === 0 && diff / first >= 0;
						}
					};
				},

				"PSEUDO": function PSEUDO(pseudo, argument) {
					// pseudo-class names are case-insensitive
					// http://www.w3.org/TR/selectors/#pseudo-classes
					// Prioritize by case sensitivity in case custom pseudos are added with uppercase letters
					// Remember that setFilters inherits from pseudos
					var args,
					    fn = Expr.pseudos[pseudo] || Expr.setFilters[pseudo.toLowerCase()] || Sizzle.error("unsupported pseudo: " + pseudo);

					// The user may use createPseudo to indicate that
					// arguments are needed to create the filter function
					// just as Sizzle does
					if (fn[expando]) {
						return fn(argument);
					}

					// But maintain support for old signatures
					if (fn.length > 1) {
						args = [pseudo, pseudo, "", argument];
						return Expr.setFilters.hasOwnProperty(pseudo.toLowerCase()) ? markFunction(function (seed, matches) {
							var idx,
							    matched = fn(seed, argument),
							    i = matched.length;
							while (i--) {
								idx = indexOf(seed, matched[i]);
								seed[idx] = !(matches[idx] = matched[i]);
							}
						}) : function (elem) {
							return fn(elem, 0, args);
						};
					}

					return fn;
				}
			},

			pseudos: {
				// Potentially complex pseudos
				"not": markFunction(function (selector) {
					// Trim the selector passed to compile
					// to avoid treating leading and trailing
					// spaces as combinators
					var input = [],
					    results = [],
					    matcher = compile(selector.replace(rtrim, "$1"));

					return matcher[expando] ? markFunction(function (seed, matches, context, xml) {
						var elem,
						    unmatched = matcher(seed, null, xml, []),
						    i = seed.length;

						// Match elements unmatched by `matcher`
						while (i--) {
							if (elem = unmatched[i]) {
								seed[i] = !(matches[i] = elem);
							}
						}
					}) : function (elem, context, xml) {
						input[0] = elem;
						matcher(input, null, xml, results);
						// Don't keep the element (issue #299)
						input[0] = null;
						return !results.pop();
					};
				}),

				"has": markFunction(function (selector) {
					return function (elem) {
						return Sizzle(selector, elem).length > 0;
					};
				}),

				"contains": markFunction(function (text) {
					text = text.replace(runescape, funescape);
					return function (elem) {
						return (elem.textContent || elem.innerText || getText(elem)).indexOf(text) > -1;
					};
				}),

				// "Whether an element is represented by a :lang() selector
				// is based solely on the element's language value
				// being equal to the identifier C,
				// or beginning with the identifier C immediately followed by "-".
				// The matching of C against the element's language value is performed case-insensitively.
				// The identifier C does not have to be a valid language name."
				// http://www.w3.org/TR/selectors/#lang-pseudo
				"lang": markFunction(function (lang) {
					// lang value must be a valid identifier
					if (!ridentifier.test(lang || "")) {
						Sizzle.error("unsupported lang: " + lang);
					}
					lang = lang.replace(runescape, funescape).toLowerCase();
					return function (elem) {
						var elemLang;
						do {
							if (elemLang = documentIsHTML ? elem.lang : elem.getAttribute("xml:lang") || elem.getAttribute("lang")) {

								elemLang = elemLang.toLowerCase();
								return elemLang === lang || elemLang.indexOf(lang + "-") === 0;
							}
						} while ((elem = elem.parentNode) && elem.nodeType === 1);
						return false;
					};
				}),

				// Miscellaneous
				"target": function target(elem) {
					var hash = window.location && window.location.hash;
					return hash && hash.slice(1) === elem.id;
				},

				"root": function root(elem) {
					return elem === docElem;
				},

				"focus": function focus(elem) {
					return elem === document.activeElement && (!document.hasFocus || document.hasFocus()) && !!(elem.type || elem.href || ~elem.tabIndex);
				},

				// Boolean properties
				"enabled": function enabled(elem) {
					return elem.disabled === false;
				},

				"disabled": function disabled(elem) {
					return elem.disabled === true;
				},

				"checked": function checked(elem) {
					// In CSS3, :checked should return both checked and selected elements
					// http://www.w3.org/TR/2011/REC-css3-selectors-20110929/#checked
					var nodeName = elem.nodeName.toLowerCase();
					return nodeName === "input" && !!elem.checked || nodeName === "option" && !!elem.selected;
				},

				"selected": function selected(elem) {
					// Accessing this property makes selected-by-default
					// options in Safari work properly
					if (elem.parentNode) {
						elem.parentNode.selectedIndex;
					}

					return elem.selected === true;
				},

				// Contents
				"empty": function empty(elem) {
					// http://www.w3.org/TR/selectors/#empty-pseudo
					// :empty is negated by element (1) or content nodes (text: 3; cdata: 4; entity ref: 5),
					//   but not by others (comment: 8; processing instruction: 7; etc.)
					// nodeType < 6 works because attributes (2) do not appear as children
					for (elem = elem.firstChild; elem; elem = elem.nextSibling) {
						if (elem.nodeType < 6) {
							return false;
						}
					}
					return true;
				},

				"parent": function parent(elem) {
					return !Expr.pseudos["empty"](elem);
				},

				// Element/input types
				"header": function header(elem) {
					return rheader.test(elem.nodeName);
				},

				"input": function input(elem) {
					return rinputs.test(elem.nodeName);
				},

				"button": function button(elem) {
					var name = elem.nodeName.toLowerCase();
					return name === "input" && elem.type === "button" || name === "button";
				},

				"text": function text(elem) {
					var attr;
					return elem.nodeName.toLowerCase() === "input" && elem.type === "text" && (

					// Support: IE<8
					// New HTML5 attribute values (e.g., "search") appear with elem.type === "text"
					(attr = elem.getAttribute("type")) == null || attr.toLowerCase() === "text");
				},

				// Position-in-collection
				"first": createPositionalPseudo(function () {
					return [0];
				}),

				"last": createPositionalPseudo(function (matchIndexes, length) {
					return [length - 1];
				}),

				"eq": createPositionalPseudo(function (matchIndexes, length, argument) {
					return [argument < 0 ? argument + length : argument];
				}),

				"even": createPositionalPseudo(function (matchIndexes, length) {
					var i = 0;
					for (; i < length; i += 2) {
						matchIndexes.push(i);
					}
					return matchIndexes;
				}),

				"odd": createPositionalPseudo(function (matchIndexes, length) {
					var i = 1;
					for (; i < length; i += 2) {
						matchIndexes.push(i);
					}
					return matchIndexes;
				}),

				"lt": createPositionalPseudo(function (matchIndexes, length, argument) {
					var i = argument < 0 ? argument + length : argument;
					for (; --i >= 0;) {
						matchIndexes.push(i);
					}
					return matchIndexes;
				}),

				"gt": createPositionalPseudo(function (matchIndexes, length, argument) {
					var i = argument < 0 ? argument + length : argument;
					for (; ++i < length;) {
						matchIndexes.push(i);
					}
					return matchIndexes;
				})
			}
		};

		Expr.pseudos["nth"] = Expr.pseudos["eq"];

		// Add button/input type pseudos
		for (i in { radio: true, checkbox: true, file: true, password: true, image: true }) {
			Expr.pseudos[i] = createInputPseudo(i);
		}
		for (i in { submit: true, reset: true }) {
			Expr.pseudos[i] = createButtonPseudo(i);
		}

		// Easy API for creating new setFilters
		function setFilters() {}
		setFilters.prototype = Expr.filters = Expr.pseudos;
		Expr.setFilters = new setFilters();

		tokenize = Sizzle.tokenize = function (selector, parseOnly) {
			var matched,
			    match,
			    tokens,
			    type,
			    soFar,
			    groups,
			    preFilters,
			    cached = tokenCache[selector + " "];

			if (cached) {
				return parseOnly ? 0 : cached.slice(0);
			}

			soFar = selector;
			groups = [];
			preFilters = Expr.preFilter;

			while (soFar) {

				// Comma and first run
				if (!matched || (match = rcomma.exec(soFar))) {
					if (match) {
						// Don't consume trailing commas as valid
						soFar = soFar.slice(match[0].length) || soFar;
					}
					groups.push(tokens = []);
				}

				matched = false;

				// Combinators
				if (match = rcombinators.exec(soFar)) {
					matched = match.shift();
					tokens.push({
						value: matched,
						// Cast descendant combinators to space
						type: match[0].replace(rtrim, " ")
					});
					soFar = soFar.slice(matched.length);
				}

				// Filters
				for (type in Expr.filter) {
					if ((match = matchExpr[type].exec(soFar)) && (!preFilters[type] || (match = preFilters[type](match)))) {
						matched = match.shift();
						tokens.push({
							value: matched,
							type: type,
							matches: match
						});
						soFar = soFar.slice(matched.length);
					}
				}

				if (!matched) {
					break;
				}
			}

			// Return the length of the invalid excess
			// if we're just parsing
			// Otherwise, throw an error or return tokens
			return parseOnly ? soFar.length : soFar ? Sizzle.error(selector) :
			// Cache the tokens
			tokenCache(selector, groups).slice(0);
		};

		function toSelector(tokens) {
			var i = 0,
			    len = tokens.length,
			    selector = "";
			for (; i < len; i++) {
				selector += tokens[i].value;
			}
			return selector;
		}

		function addCombinator(matcher, combinator, base) {
			var dir = combinator.dir,
			    checkNonElements = base && dir === "parentNode",
			    doneName = done++;

			return combinator.first ?
			// Check against closest ancestor/preceding element
			function (elem, context, xml) {
				while (elem = elem[dir]) {
					if (elem.nodeType === 1 || checkNonElements) {
						return matcher(elem, context, xml);
					}
				}
			} :

			// Check against all ancestor/preceding elements
			function (elem, context, xml) {
				var oldCache,
				    uniqueCache,
				    outerCache,
				    newCache = [dirruns, doneName];

				// We can't set arbitrary data on XML nodes, so they don't benefit from combinator caching
				if (xml) {
					while (elem = elem[dir]) {
						if (elem.nodeType === 1 || checkNonElements) {
							if (matcher(elem, context, xml)) {
								return true;
							}
						}
					}
				} else {
					while (elem = elem[dir]) {
						if (elem.nodeType === 1 || checkNonElements) {
							outerCache = elem[expando] || (elem[expando] = {});

							// Support: IE <9 only
							// Defend against cloned attroperties (jQuery gh-1709)
							uniqueCache = outerCache[elem.uniqueID] || (outerCache[elem.uniqueID] = {});

							if ((oldCache = uniqueCache[dir]) && oldCache[0] === dirruns && oldCache[1] === doneName) {

								// Assign to newCache so results back-propagate to previous elements
								return newCache[2] = oldCache[2];
							} else {
								// Reuse newcache so results back-propagate to previous elements
								uniqueCache[dir] = newCache;

								// A match means we're done; a fail means we have to keep checking
								if (newCache[2] = matcher(elem, context, xml)) {
									return true;
								}
							}
						}
					}
				}
			};
		}

		function elementMatcher(matchers) {
			return matchers.length > 1 ? function (elem, context, xml) {
				var i = matchers.length;
				while (i--) {
					if (!matchers[i](elem, context, xml)) {
						return false;
					}
				}
				return true;
			} : matchers[0];
		}

		function multipleContexts(selector, contexts, results) {
			var i = 0,
			    len = contexts.length;
			for (; i < len; i++) {
				Sizzle(selector, contexts[i], results);
			}
			return results;
		}

		function condense(unmatched, map, filter, context, xml) {
			var elem,
			    newUnmatched = [],
			    i = 0,
			    len = unmatched.length,
			    mapped = map != null;

			for (; i < len; i++) {
				if (elem = unmatched[i]) {
					if (!filter || filter(elem, context, xml)) {
						newUnmatched.push(elem);
						if (mapped) {
							map.push(i);
						}
					}
				}
			}

			return newUnmatched;
		}

		function setMatcher(preFilter, selector, matcher, postFilter, postFinder, postSelector) {
			if (postFilter && !postFilter[expando]) {
				postFilter = setMatcher(postFilter);
			}
			if (postFinder && !postFinder[expando]) {
				postFinder = setMatcher(postFinder, postSelector);
			}
			return markFunction(function (seed, results, context, xml) {
				var temp,
				    i,
				    elem,
				    preMap = [],
				    postMap = [],
				    preexisting = results.length,


				// Get initial elements from seed or context
				elems = seed || multipleContexts(selector || "*", context.nodeType ? [context] : context, []),


				// Prefilter to get matcher input, preserving a map for seed-results synchronization
				matcherIn = preFilter && (seed || !selector) ? condense(elems, preMap, preFilter, context, xml) : elems,
				    matcherOut = matcher ?
				// If we have a postFinder, or filtered seed, or non-seed postFilter or preexisting results,
				postFinder || (seed ? preFilter : preexisting || postFilter) ?

				// ...intermediate processing is necessary
				[] :

				// ...otherwise use results directly
				results : matcherIn;

				// Find primary matches
				if (matcher) {
					matcher(matcherIn, matcherOut, context, xml);
				}

				// Apply postFilter
				if (postFilter) {
					temp = condense(matcherOut, postMap);
					postFilter(temp, [], context, xml);

					// Un-match failing elements by moving them back to matcherIn
					i = temp.length;
					while (i--) {
						if (elem = temp[i]) {
							matcherOut[postMap[i]] = !(matcherIn[postMap[i]] = elem);
						}
					}
				}

				if (seed) {
					if (postFinder || preFilter) {
						if (postFinder) {
							// Get the final matcherOut by condensing this intermediate into postFinder contexts
							temp = [];
							i = matcherOut.length;
							while (i--) {
								if (elem = matcherOut[i]) {
									// Restore matcherIn since elem is not yet a final match
									temp.push(matcherIn[i] = elem);
								}
							}
							postFinder(null, matcherOut = [], temp, xml);
						}

						// Move matched elements from seed to results to keep them synchronized
						i = matcherOut.length;
						while (i--) {
							if ((elem = matcherOut[i]) && (temp = postFinder ? indexOf(seed, elem) : preMap[i]) > -1) {

								seed[temp] = !(results[temp] = elem);
							}
						}
					}

					// Add elements to results, through postFinder if defined
				} else {
					matcherOut = condense(matcherOut === results ? matcherOut.splice(preexisting, matcherOut.length) : matcherOut);
					if (postFinder) {
						postFinder(null, results, matcherOut, xml);
					} else {
						push.apply(results, matcherOut);
					}
				}
			});
		}

		function matcherFromTokens(tokens) {
			var checkContext,
			    matcher,
			    j,
			    len = tokens.length,
			    leadingRelative = Expr.relative[tokens[0].type],
			    implicitRelative = leadingRelative || Expr.relative[" "],
			    i = leadingRelative ? 1 : 0,


			// The foundational matcher ensures that elements are reachable from top-level context(s)
			matchContext = addCombinator(function (elem) {
				return elem === checkContext;
			}, implicitRelative, true),
			    matchAnyContext = addCombinator(function (elem) {
				return indexOf(checkContext, elem) > -1;
			}, implicitRelative, true),
			    matchers = [function (elem, context, xml) {
				var ret = !leadingRelative && (xml || context !== outermostContext) || ((checkContext = context).nodeType ? matchContext(elem, context, xml) : matchAnyContext(elem, context, xml));
				// Avoid hanging onto element (issue #299)
				checkContext = null;
				return ret;
			}];

			for (; i < len; i++) {
				if (matcher = Expr.relative[tokens[i].type]) {
					matchers = [addCombinator(elementMatcher(matchers), matcher)];
				} else {
					matcher = Expr.filter[tokens[i].type].apply(null, tokens[i].matches);

					// Return special upon seeing a positional matcher
					if (matcher[expando]) {
						// Find the next relative operator (if any) for proper handling
						j = ++i;
						for (; j < len; j++) {
							if (Expr.relative[tokens[j].type]) {
								break;
							}
						}
						return setMatcher(i > 1 && elementMatcher(matchers), i > 1 && toSelector(
						// If the preceding token was a descendant combinator, insert an implicit any-element `*`
						tokens.slice(0, i - 1).concat({ value: tokens[i - 2].type === " " ? "*" : "" })).replace(rtrim, "$1"), matcher, i < j && matcherFromTokens(tokens.slice(i, j)), j < len && matcherFromTokens(tokens = tokens.slice(j)), j < len && toSelector(tokens));
					}
					matchers.push(matcher);
				}
			}

			return elementMatcher(matchers);
		}

		function matcherFromGroupMatchers(elementMatchers, setMatchers) {
			var bySet = setMatchers.length > 0,
			    byElement = elementMatchers.length > 0,
			    superMatcher = function superMatcher(seed, context, xml, results, outermost) {
				var elem,
				    j,
				    matcher,
				    matchedCount = 0,
				    i = "0",
				    unmatched = seed && [],
				    setMatched = [],
				    contextBackup = outermostContext,

				// We must always have either seed elements or outermost context
				elems = seed || byElement && Expr.find["TAG"]("*", outermost),

				// Use integer dirruns iff this is the outermost matcher
				dirrunsUnique = dirruns += contextBackup == null ? 1 : Math.random() || 0.1,
				    len = elems.length;

				if (outermost) {
					outermostContext = context === document || context || outermost;
				}

				// Add elements passing elementMatchers directly to results
				// Support: IE<9, Safari
				// Tolerate NodeList properties (IE: "length"; Safari: <number>) matching elements by id
				for (; i !== len && (elem = elems[i]) != null; i++) {
					if (byElement && elem) {
						j = 0;
						if (!context && elem.ownerDocument !== document) {
							setDocument(elem);
							xml = !documentIsHTML;
						}
						while (matcher = elementMatchers[j++]) {
							if (matcher(elem, context || document, xml)) {
								results.push(elem);
								break;
							}
						}
						if (outermost) {
							dirruns = dirrunsUnique;
						}
					}

					// Track unmatched elements for set filters
					if (bySet) {
						// They will have gone through all possible matchers
						if (elem = !matcher && elem) {
							matchedCount--;
						}

						// Lengthen the array for every element, matched or not
						if (seed) {
							unmatched.push(elem);
						}
					}
				}

				// `i` is now the count of elements visited above, and adding it to `matchedCount`
				// makes the latter nonnegative.
				matchedCount += i;

				// Apply set filters to unmatched elements
				// NOTE: This can be skipped if there are no unmatched elements (i.e., `matchedCount`
				// equals `i`), unless we didn't visit _any_ elements in the above loop because we have
				// no element matchers and no seed.
				// Incrementing an initially-string "0" `i` allows `i` to remain a string only in that
				// case, which will result in a "00" `matchedCount` that differs from `i` but is also
				// numerically zero.
				if (bySet && i !== matchedCount) {
					j = 0;
					while (matcher = setMatchers[j++]) {
						matcher(unmatched, setMatched, context, xml);
					}

					if (seed) {
						// Reintegrate element matches to eliminate the need for sorting
						if (matchedCount > 0) {
							while (i--) {
								if (!(unmatched[i] || setMatched[i])) {
									setMatched[i] = pop.call(results);
								}
							}
						}

						// Discard index placeholder values to get only actual matches
						setMatched = condense(setMatched);
					}

					// Add matches to results
					push.apply(results, setMatched);

					// Seedless set matches succeeding multiple successful matchers stipulate sorting
					if (outermost && !seed && setMatched.length > 0 && matchedCount + setMatchers.length > 1) {

						Sizzle.uniqueSort(results);
					}
				}

				// Override manipulation of globals by nested matchers
				if (outermost) {
					dirruns = dirrunsUnique;
					outermostContext = contextBackup;
				}

				return unmatched;
			};

			return bySet ? markFunction(superMatcher) : superMatcher;
		}

		compile = Sizzle.compile = function (selector, match /* Internal Use Only */) {
			var i,
			    setMatchers = [],
			    elementMatchers = [],
			    cached = compilerCache[selector + " "];

			if (!cached) {
				// Generate a function of recursive functions that can be used to check each element
				if (!match) {
					match = tokenize(selector);
				}
				i = match.length;
				while (i--) {
					cached = matcherFromTokens(match[i]);
					if (cached[expando]) {
						setMatchers.push(cached);
					} else {
						elementMatchers.push(cached);
					}
				}

				// Cache the compiled function
				cached = compilerCache(selector, matcherFromGroupMatchers(elementMatchers, setMatchers));

				// Save selector and tokenization
				cached.selector = selector;
			}
			return cached;
		};

		/**
   * A low-level selection function that works with Sizzle's compiled
   *  selector functions
   * @param {String|Function} selector A selector or a pre-compiled
   *  selector function built with Sizzle.compile
   * @param {Element} context
   * @param {Array} [results]
   * @param {Array} [seed] A set of elements to match against
   */
		select = Sizzle.select = function (selector, context, results, seed) {
			var i,
			    tokens,
			    token,
			    type,
			    find,
			    compiled = typeof selector === "function" && selector,
			    match = !seed && tokenize(selector = compiled.selector || selector);

			results = results || [];

			// Try to minimize operations if there is only one selector in the list and no seed
			// (the latter of which guarantees us context)
			if (match.length === 1) {

				// Reduce context if the leading compound selector is an ID
				tokens = match[0] = match[0].slice(0);
				if (tokens.length > 2 && (token = tokens[0]).type === "ID" && support.getById && context.nodeType === 9 && documentIsHTML && Expr.relative[tokens[1].type]) {

					context = (Expr.find["ID"](token.matches[0].replace(runescape, funescape), context) || [])[0];
					if (!context) {
						return results;

						// Precompiled matchers will still verify ancestry, so step up a level
					} else if (compiled) {
						context = context.parentNode;
					}

					selector = selector.slice(tokens.shift().value.length);
				}

				// Fetch a seed set for right-to-left matching
				i = matchExpr["needsContext"].test(selector) ? 0 : tokens.length;
				while (i--) {
					token = tokens[i];

					// Abort if we hit a combinator
					if (Expr.relative[type = token.type]) {
						break;
					}
					if (find = Expr.find[type]) {
						// Search, expanding context for leading sibling combinators
						if (seed = find(token.matches[0].replace(runescape, funescape), rsibling.test(tokens[0].type) && testContext(context.parentNode) || context)) {

							// If seed is empty or no tokens remain, we can return early
							tokens.splice(i, 1);
							selector = seed.length && toSelector(tokens);
							if (!selector) {
								push.apply(results, seed);
								return results;
							}

							break;
						}
					}
				}
			}

			// Compile and execute a filtering function if one is not provided
			// Provide `match` to avoid retokenization if we modified the selector above
			(compiled || compile(selector, match))(seed, context, !documentIsHTML, results, !context || rsibling.test(selector) && testContext(context.parentNode) || context);
			return results;
		};

		// One-time assignments

		// Sort stability
		support.sortStable = expando.split("").sort(sortOrder).join("") === expando;

		// Support: Chrome 14-35+
		// Always assume duplicates if they aren't passed to the comparison function
		support.detectDuplicates = !!hasDuplicate;

		// Initialize against the default document
		setDocument();

		// Support: Webkit<537.32 - Safari 6.0.3/Chrome 25 (fixed in Chrome 27)
		// Detached nodes confoundingly follow *each other*
		support.sortDetached = assert(function (div1) {
			// Should return 1, but returns 4 (following)
			return div1.compareDocumentPosition(document.createElement("div")) & 1;
		});

		// Support: IE<8
		// Prevent attribute/property "interpolation"
		// http://msdn.microsoft.com/en-us/library/ms536429%28VS.85%29.aspx
		if (!assert(function (div) {
			div.innerHTML = "<a href='#'></a>";
			return div.firstChild.getAttribute("href") === "#";
		})) {
			addHandle("type|href|height|width", function (elem, name, isXML) {
				if (!isXML) {
					return elem.getAttribute(name, name.toLowerCase() === "type" ? 1 : 2);
				}
			});
		}

		// Support: IE<9
		// Use defaultValue in place of getAttribute("value")
		if (!support.attributes || !assert(function (div) {
			div.innerHTML = "<input/>";
			div.firstChild.setAttribute("value", "");
			return div.firstChild.getAttribute("value") === "";
		})) {
			addHandle("value", function (elem, name, isXML) {
				if (!isXML && elem.nodeName.toLowerCase() === "input") {
					return elem.defaultValue;
				}
			});
		}

		// Support: IE<9
		// Use getAttributeNode to fetch booleans when getAttribute lies
		if (!assert(function (div) {
			return div.getAttribute("disabled") == null;
		})) {
			addHandle(booleans, function (elem, name, isXML) {
				var val;
				if (!isXML) {
					return elem[name] === true ? name.toLowerCase() : (val = elem.getAttributeNode(name)) && val.specified ? val.value : null;
				}
			});
		}

		return Sizzle;
	}(window);

	jQuery.find = Sizzle;
	jQuery.expr = Sizzle.selectors;
	jQuery.expr[":"] = jQuery.expr.pseudos;
	jQuery.uniqueSort = jQuery.unique = Sizzle.uniqueSort;
	jQuery.text = Sizzle.getText;
	jQuery.isXMLDoc = Sizzle.isXML;
	jQuery.contains = Sizzle.contains;

	var dir = function dir(elem, _dir, until) {
		var matched = [],
		    truncate = until !== undefined;

		while ((elem = elem[_dir]) && elem.nodeType !== 9) {
			if (elem.nodeType === 1) {
				if (truncate && jQuery(elem).is(until)) {
					break;
				}
				matched.push(elem);
			}
		}
		return matched;
	};

	var _siblings = function _siblings(n, elem) {
		var matched = [];

		for (; n; n = n.nextSibling) {
			if (n.nodeType === 1 && n !== elem) {
				matched.push(n);
			}
		}

		return matched;
	};

	var rneedsContext = jQuery.expr.match.needsContext;

	var rsingleTag = /^<([\w-]+)\s*\/?>(?:<\/\1>|)$/;

	var risSimple = /^.[^:#\[\.,]*$/;

	// Implement the identical functionality for filter and not
	function winnow(elements, qualifier, not) {
		if (jQuery.isFunction(qualifier)) {
			return jQuery.grep(elements, function (elem, i) {
				/* jshint -W018 */
				return !!qualifier.call(elem, i, elem) !== not;
			});
		}

		if (qualifier.nodeType) {
			return jQuery.grep(elements, function (elem) {
				return elem === qualifier !== not;
			});
		}

		if (typeof qualifier === "string") {
			if (risSimple.test(qualifier)) {
				return jQuery.filter(qualifier, elements, not);
			}

			qualifier = jQuery.filter(qualifier, elements);
		}

		return jQuery.grep(elements, function (elem) {
			return indexOf.call(qualifier, elem) > -1 !== not;
		});
	}

	jQuery.filter = function (expr, elems, not) {
		var elem = elems[0];

		if (not) {
			expr = ":not(" + expr + ")";
		}

		return elems.length === 1 && elem.nodeType === 1 ? jQuery.find.matchesSelector(elem, expr) ? [elem] : [] : jQuery.find.matches(expr, jQuery.grep(elems, function (elem) {
			return elem.nodeType === 1;
		}));
	};

	jQuery.fn.extend({
		find: function find(selector) {
			var i,
			    len = this.length,
			    ret = [],
			    self = this;

			if (typeof selector !== "string") {
				return this.pushStack(jQuery(selector).filter(function () {
					for (i = 0; i < len; i++) {
						if (jQuery.contains(self[i], this)) {
							return true;
						}
					}
				}));
			}

			for (i = 0; i < len; i++) {
				jQuery.find(selector, self[i], ret);
			}

			// Needed because $( selector, context ) becomes $( context ).find( selector )
			ret = this.pushStack(len > 1 ? jQuery.unique(ret) : ret);
			ret.selector = this.selector ? this.selector + " " + selector : selector;
			return ret;
		},
		filter: function filter(selector) {
			return this.pushStack(winnow(this, selector || [], false));
		},
		not: function not(selector) {
			return this.pushStack(winnow(this, selector || [], true));
		},
		is: function is(selector) {
			return !!winnow(this,

			// If this is a positional/relative selector, check membership in the returned set
			// so $("p:first").is("p:last") won't return true for a doc with two "p".
			typeof selector === "string" && rneedsContext.test(selector) ? jQuery(selector) : selector || [], false).length;
		}
	});

	// Initialize a jQuery object


	// A central reference to the root jQuery(document)
	var rootjQuery,


	// A simple way to check for HTML strings
	// Prioritize #id over <tag> to avoid XSS via location.hash (#9521)
	// Strict HTML recognition (#11290: must start with <)
	rquickExpr = /^(?:\s*(<[\w\W]+>)[^>]*|#([\w-]*))$/,
	    init = jQuery.fn.init = function (selector, context, root) {
		var match, elem;

		// HANDLE: $(""), $(null), $(undefined), $(false)
		if (!selector) {
			return this;
		}

		// Method init() accepts an alternate rootjQuery
		// so migrate can support jQuery.sub (gh-2101)
		root = root || rootjQuery;

		// Handle HTML strings
		if (typeof selector === "string") {
			if (selector[0] === "<" && selector[selector.length - 1] === ">" && selector.length >= 3) {

				// Assume that strings that start and end with <> are HTML and skip the regex check
				match = [null, selector, null];
			} else {
				match = rquickExpr.exec(selector);
			}

			// Match html or make sure no context is specified for #id
			if (match && (match[1] || !context)) {

				// HANDLE: $(html) -> $(array)
				if (match[1]) {
					context = context instanceof jQuery ? context[0] : context;

					// Option to run scripts is true for back-compat
					// Intentionally let the error be thrown if parseHTML is not present
					jQuery.merge(this, jQuery.parseHTML(match[1], context && context.nodeType ? context.ownerDocument || context : document, true));

					// HANDLE: $(html, props)
					if (rsingleTag.test(match[1]) && jQuery.isPlainObject(context)) {
						for (match in context) {

							// Properties of context are called as methods if possible
							if (jQuery.isFunction(this[match])) {
								this[match](context[match]);

								// ...and otherwise set as attributes
							} else {
								this.attr(match, context[match]);
							}
						}
					}

					return this;

					// HANDLE: $(#id)
				} else {
					elem = document.getElementById(match[2]);

					// Support: Blackberry 4.6
					// gEBID returns nodes no longer in the document (#6963)
					if (elem && elem.parentNode) {

						// Inject the element directly into the jQuery object
						this.length = 1;
						this[0] = elem;
					}

					this.context = document;
					this.selector = selector;
					return this;
				}

				// HANDLE: $(expr, $(...))
			} else if (!context || context.jquery) {
				return (context || root).find(selector);

				// HANDLE: $(expr, context)
				// (which is just equivalent to: $(context).find(expr)
			} else {
				return this.constructor(context).find(selector);
			}

			// HANDLE: $(DOMElement)
		} else if (selector.nodeType) {
			this.context = this[0] = selector;
			this.length = 1;
			return this;

			// HANDLE: $(function)
			// Shortcut for document ready
		} else if (jQuery.isFunction(selector)) {
			return root.ready !== undefined ? root.ready(selector) :

			// Execute immediately if ready is not present
			selector(jQuery);
		}

		if (selector.selector !== undefined) {
			this.selector = selector.selector;
			this.context = selector.context;
		}

		return jQuery.makeArray(selector, this);
	};

	// Give the init function the jQuery prototype for later instantiation
	init.prototype = jQuery.fn;

	// Initialize central reference
	rootjQuery = jQuery(document);

	var rparentsprev = /^(?:parents|prev(?:Until|All))/,


	// Methods guaranteed to produce a unique set when starting from a unique set
	guaranteedUnique = {
		children: true,
		contents: true,
		next: true,
		prev: true
	};

	jQuery.fn.extend({
		has: function has(target) {
			var targets = jQuery(target, this),
			    l = targets.length;

			return this.filter(function () {
				var i = 0;
				for (; i < l; i++) {
					if (jQuery.contains(this, targets[i])) {
						return true;
					}
				}
			});
		},

		closest: function closest(selectors, context) {
			var cur,
			    i = 0,
			    l = this.length,
			    matched = [],
			    pos = rneedsContext.test(selectors) || typeof selectors !== "string" ? jQuery(selectors, context || this.context) : 0;

			for (; i < l; i++) {
				for (cur = this[i]; cur && cur !== context; cur = cur.parentNode) {

					// Always skip document fragments
					if (cur.nodeType < 11 && (pos ? pos.index(cur) > -1 :

					// Don't pass non-elements to Sizzle
					cur.nodeType === 1 && jQuery.find.matchesSelector(cur, selectors))) {

						matched.push(cur);
						break;
					}
				}
			}

			return this.pushStack(matched.length > 1 ? jQuery.uniqueSort(matched) : matched);
		},

		// Determine the position of an element within the set
		index: function index(elem) {

			// No argument, return index in parent
			if (!elem) {
				return this[0] && this[0].parentNode ? this.first().prevAll().length : -1;
			}

			// Index in selector
			if (typeof elem === "string") {
				return indexOf.call(jQuery(elem), this[0]);
			}

			// Locate the position of the desired element
			return indexOf.call(this,

			// If it receives a jQuery object, the first element is used
			elem.jquery ? elem[0] : elem);
		},

		add: function add(selector, context) {
			return this.pushStack(jQuery.uniqueSort(jQuery.merge(this.get(), jQuery(selector, context))));
		},

		addBack: function addBack(selector) {
			return this.add(selector == null ? this.prevObject : this.prevObject.filter(selector));
		}
	});

	function sibling(cur, dir) {
		while ((cur = cur[dir]) && cur.nodeType !== 1) {}
		return cur;
	}

	jQuery.each({
		parent: function parent(elem) {
			var parent = elem.parentNode;
			return parent && parent.nodeType !== 11 ? parent : null;
		},
		parents: function parents(elem) {
			return dir(elem, "parentNode");
		},
		parentsUntil: function parentsUntil(elem, i, until) {
			return dir(elem, "parentNode", until);
		},
		next: function next(elem) {
			return sibling(elem, "nextSibling");
		},
		prev: function prev(elem) {
			return sibling(elem, "previousSibling");
		},
		nextAll: function nextAll(elem) {
			return dir(elem, "nextSibling");
		},
		prevAll: function prevAll(elem) {
			return dir(elem, "previousSibling");
		},
		nextUntil: function nextUntil(elem, i, until) {
			return dir(elem, "nextSibling", until);
		},
		prevUntil: function prevUntil(elem, i, until) {
			return dir(elem, "previousSibling", until);
		},
		siblings: function siblings(elem) {
			return _siblings((elem.parentNode || {}).firstChild, elem);
		},
		children: function children(elem) {
			return _siblings(elem.firstChild);
		},
		contents: function contents(elem) {
			return elem.contentDocument || jQuery.merge([], elem.childNodes);
		}
	}, function (name, fn) {
		jQuery.fn[name] = function (until, selector) {
			var matched = jQuery.map(this, fn, until);

			if (name.slice(-5) !== "Until") {
				selector = until;
			}

			if (selector && typeof selector === "string") {
				matched = jQuery.filter(selector, matched);
			}

			if (this.length > 1) {

				// Remove duplicates
				if (!guaranteedUnique[name]) {
					jQuery.uniqueSort(matched);
				}

				// Reverse order for parents* and prev-derivatives
				if (rparentsprev.test(name)) {
					matched.reverse();
				}
			}

			return this.pushStack(matched);
		};
	});
	var rnotwhite = /\S+/g;

	// Convert String-formatted options into Object-formatted ones
	function createOptions(options) {
		var object = {};
		jQuery.each(options.match(rnotwhite) || [], function (_, flag) {
			object[flag] = true;
		});
		return object;
	}

	/*
  * Create a callback list using the following parameters:
  *
  *	options: an optional list of space-separated options that will change how
  *			the callback list behaves or a more traditional option object
  *
  * By default a callback list will act like an event callback list and can be
  * "fired" multiple times.
  *
  * Possible options:
  *
  *	once:			will ensure the callback list can only be fired once (like a Deferred)
  *
  *	memory:			will keep track of previous values and will call any callback added
  *					after the list has been fired right away with the latest "memorized"
  *					values (like a Deferred)
  *
  *	unique:			will ensure a callback can only be added once (no duplicate in the list)
  *
  *	stopOnFalse:	interrupt callings when a callback returns false
  *
  */
	jQuery.Callbacks = function (options) {

		// Convert options from String-formatted to Object-formatted if needed
		// (we check in cache first)
		options = typeof options === "string" ? createOptions(options) : jQuery.extend({}, options);

		var // Flag to know if list is currently firing
		firing,


		// Last fire value for non-forgettable lists
		memory,


		// Flag to know if list was already fired
		_fired,


		// Flag to prevent firing
		_locked,


		// Actual callback list
		list = [],


		// Queue of execution data for repeatable lists
		queue = [],


		// Index of currently firing callback (modified by add/remove as needed)
		firingIndex = -1,


		// Fire callbacks
		fire = function fire() {

			// Enforce single-firing
			_locked = options.once;

			// Execute callbacks for all pending executions,
			// respecting firingIndex overrides and runtime changes
			_fired = firing = true;
			for (; queue.length; firingIndex = -1) {
				memory = queue.shift();
				while (++firingIndex < list.length) {

					// Run callback and check for early termination
					if (list[firingIndex].apply(memory[0], memory[1]) === false && options.stopOnFalse) {

						// Jump to end and forget the data so .add doesn't re-fire
						firingIndex = list.length;
						memory = false;
					}
				}
			}

			// Forget the data if we're done with it
			if (!options.memory) {
				memory = false;
			}

			firing = false;

			// Clean up if we're done firing for good
			if (_locked) {

				// Keep an empty list if we have data for future add calls
				if (memory) {
					list = [];

					// Otherwise, this object is spent
				} else {
					list = "";
				}
			}
		},


		// Actual Callbacks object
		self = {

			// Add a callback or a collection of callbacks to the list
			add: function add() {
				if (list) {

					// If we have memory from a past run, we should fire after adding
					if (memory && !firing) {
						firingIndex = list.length - 1;
						queue.push(memory);
					}

					(function add(args) {
						jQuery.each(args, function (_, arg) {
							if (jQuery.isFunction(arg)) {
								if (!options.unique || !self.has(arg)) {
									list.push(arg);
								}
							} else if (arg && arg.length && jQuery.type(arg) !== "string") {

								// Inspect recursively
								add(arg);
							}
						});
					})(arguments);

					if (memory && !firing) {
						fire();
					}
				}
				return this;
			},

			// Remove a callback from the list
			remove: function remove() {
				jQuery.each(arguments, function (_, arg) {
					var index;
					while ((index = jQuery.inArray(arg, list, index)) > -1) {
						list.splice(index, 1);

						// Handle firing indexes
						if (index <= firingIndex) {
							firingIndex--;
						}
					}
				});
				return this;
			},

			// Check if a given callback is in the list.
			// If no argument is given, return whether or not list has callbacks attached.
			has: function has(fn) {
				return fn ? jQuery.inArray(fn, list) > -1 : list.length > 0;
			},

			// Remove all callbacks from the list
			empty: function empty() {
				if (list) {
					list = [];
				}
				return this;
			},

			// Disable .fire and .add
			// Abort any current/pending executions
			// Clear all callbacks and values
			disable: function disable() {
				_locked = queue = [];
				list = memory = "";
				return this;
			},
			disabled: function disabled() {
				return !list;
			},

			// Disable .fire
			// Also disable .add unless we have memory (since it would have no effect)
			// Abort any pending executions
			lock: function lock() {
				_locked = queue = [];
				if (!memory) {
					list = memory = "";
				}
				return this;
			},
			locked: function locked() {
				return !!_locked;
			},

			// Call all callbacks with the given context and arguments
			fireWith: function fireWith(context, args) {
				if (!_locked) {
					args = args || [];
					args = [context, args.slice ? args.slice() : args];
					queue.push(args);
					if (!firing) {
						fire();
					}
				}
				return this;
			},

			// Call all the callbacks with the given arguments
			fire: function fire() {
				self.fireWith(this, arguments);
				return this;
			},

			// To know if the callbacks have already been called at least once
			fired: function fired() {
				return !!_fired;
			}
		};

		return self;
	};

	jQuery.extend({

		Deferred: function Deferred(func) {
			var tuples = [

			// action, add listener, listener list, final state
			["resolve", "done", jQuery.Callbacks("once memory"), "resolved"], ["reject", "fail", jQuery.Callbacks("once memory"), "rejected"], ["notify", "progress", jQuery.Callbacks("memory")]],
			    _state = "pending",
			    _promise = {
				state: function state() {
					return _state;
				},
				always: function always() {
					deferred.done(arguments).fail(arguments);
					return this;
				},
				then: function then() /* fnDone, fnFail, fnProgress */{
					var fns = arguments;
					return jQuery.Deferred(function (newDefer) {
						jQuery.each(tuples, function (i, tuple) {
							var fn = jQuery.isFunction(fns[i]) && fns[i];

							// deferred[ done | fail | progress ] for forwarding actions to newDefer
							deferred[tuple[1]](function () {
								var returned = fn && fn.apply(this, arguments);
								if (returned && jQuery.isFunction(returned.promise)) {
									returned.promise().progress(newDefer.notify).done(newDefer.resolve).fail(newDefer.reject);
								} else {
									newDefer[tuple[0] + "With"](this === _promise ? newDefer.promise() : this, fn ? [returned] : arguments);
								}
							});
						});
						fns = null;
					}).promise();
				},

				// Get a promise for this deferred
				// If obj is provided, the promise aspect is added to the object
				promise: function promise(obj) {
					return obj != null ? jQuery.extend(obj, _promise) : _promise;
				}
			},
			    deferred = {};

			// Keep pipe for back-compat
			_promise.pipe = _promise.then;

			// Add list-specific methods
			jQuery.each(tuples, function (i, tuple) {
				var list = tuple[2],
				    stateString = tuple[3];

				// promise[ done | fail | progress ] = list.add
				_promise[tuple[1]] = list.add;

				// Handle state
				if (stateString) {
					list.add(function () {

						// state = [ resolved | rejected ]
						_state = stateString;

						// [ reject_list | resolve_list ].disable; progress_list.lock
					}, tuples[i ^ 1][2].disable, tuples[2][2].lock);
				}

				// deferred[ resolve | reject | notify ]
				deferred[tuple[0]] = function () {
					deferred[tuple[0] + "With"](this === deferred ? _promise : this, arguments);
					return this;
				};
				deferred[tuple[0] + "With"] = list.fireWith;
			});

			// Make the deferred a promise
			_promise.promise(deferred);

			// Call given func if any
			if (func) {
				func.call(deferred, deferred);
			}

			// All done!
			return deferred;
		},

		// Deferred helper
		when: function when(subordinate /* , ..., subordinateN */) {
			var i = 0,
			    resolveValues = _slice.call(arguments),
			    length = resolveValues.length,


			// the count of uncompleted subordinates
			remaining = length !== 1 || subordinate && jQuery.isFunction(subordinate.promise) ? length : 0,


			// the master Deferred.
			// If resolveValues consist of only a single Deferred, just use that.
			deferred = remaining === 1 ? subordinate : jQuery.Deferred(),


			// Update function for both resolve and progress values
			updateFunc = function updateFunc(i, contexts, values) {
				return function (value) {
					contexts[i] = this;
					values[i] = arguments.length > 1 ? _slice.call(arguments) : value;
					if (values === progressValues) {
						deferred.notifyWith(contexts, values);
					} else if (! --remaining) {
						deferred.resolveWith(contexts, values);
					}
				};
			},
			    progressValues,
			    progressContexts,
			    resolveContexts;

			// Add listeners to Deferred subordinates; treat others as resolved
			if (length > 1) {
				progressValues = new Array(length);
				progressContexts = new Array(length);
				resolveContexts = new Array(length);
				for (; i < length; i++) {
					if (resolveValues[i] && jQuery.isFunction(resolveValues[i].promise)) {
						resolveValues[i].promise().progress(updateFunc(i, progressContexts, progressValues)).done(updateFunc(i, resolveContexts, resolveValues)).fail(deferred.reject);
					} else {
						--remaining;
					}
				}
			}

			// If we're not waiting on anything, resolve the master
			if (!remaining) {
				deferred.resolveWith(resolveContexts, resolveValues);
			}

			return deferred.promise();
		}
	});

	// The deferred used on DOM ready
	var readyList;

	jQuery.fn.ready = function (fn) {

		// Add the callback
		jQuery.ready.promise().done(fn);

		return this;
	};

	jQuery.extend({

		// Is the DOM ready to be used? Set to true once it occurs.
		isReady: false,

		// A counter to track how many items to wait for before
		// the ready event fires. See #6781
		readyWait: 1,

		// Hold (or release) the ready event
		holdReady: function holdReady(hold) {
			if (hold) {
				jQuery.readyWait++;
			} else {
				jQuery.ready(true);
			}
		},

		// Handle when the DOM is ready
		ready: function ready(wait) {

			// Abort if there are pending holds or we're already ready
			if (wait === true ? --jQuery.readyWait : jQuery.isReady) {
				return;
			}

			// Remember that the DOM is ready
			jQuery.isReady = true;

			// If a normal DOM Ready event fired, decrement, and wait if need be
			if (wait !== true && --jQuery.readyWait > 0) {
				return;
			}

			// If there are functions bound, to execute
			readyList.resolveWith(document, [jQuery]);

			// Trigger any bound ready events
			if (jQuery.fn.triggerHandler) {
				jQuery(document).triggerHandler("ready");
				jQuery(document).off("ready");
			}
		}
	});

	/**
  * The ready event handler and self cleanup method
  */
	function completed() {
		document.removeEventListener("DOMContentLoaded", completed);
		window.removeEventListener("load", completed);
		jQuery.ready();
	}

	jQuery.ready.promise = function (obj) {
		if (!readyList) {

			readyList = jQuery.Deferred();

			// Catch cases where $(document).ready() is called
			// after the browser event has already occurred.
			// Support: IE9-10 only
			// Older IE sometimes signals "interactive" too soon
			if (document.readyState === "complete" || document.readyState !== "loading" && !document.documentElement.doScroll) {

				// Handle it asynchronously to allow scripts the opportunity to delay ready
				window.setTimeout(jQuery.ready);
			} else {

				// Use the handy event callback
				document.addEventListener("DOMContentLoaded", completed);

				// A fallback to window.onload, that will always work
				window.addEventListener("load", completed);
			}
		}
		return readyList.promise(obj);
	};

	// Kick off the DOM ready check even if the user does not
	jQuery.ready.promise();

	// Multifunctional method to get and set values of a collection
	// The value/s can optionally be executed if it's a function
	var access = function access(elems, fn, key, value, chainable, emptyGet, raw) {
		var i = 0,
		    len = elems.length,
		    bulk = key == null;

		// Sets many values
		if (jQuery.type(key) === "object") {
			chainable = true;
			for (i in key) {
				access(elems, fn, i, key[i], true, emptyGet, raw);
			}

			// Sets one value
		} else if (value !== undefined) {
			chainable = true;

			if (!jQuery.isFunction(value)) {
				raw = true;
			}

			if (bulk) {

				// Bulk operations run against the entire set
				if (raw) {
					fn.call(elems, value);
					fn = null;

					// ...except when executing function values
				} else {
					bulk = fn;
					fn = function fn(elem, key, value) {
						return bulk.call(jQuery(elem), value);
					};
				}
			}

			if (fn) {
				for (; i < len; i++) {
					fn(elems[i], key, raw ? value : value.call(elems[i], i, fn(elems[i], key)));
				}
			}
		}

		return chainable ? elems :

		// Gets
		bulk ? fn.call(elems) : len ? fn(elems[0], key) : emptyGet;
	};
	var acceptData = function acceptData(owner) {

		// Accepts only:
		//  - Node
		//    - Node.ELEMENT_NODE
		//    - Node.DOCUMENT_NODE
		//  - Object
		//    - Any
		/* jshint -W018 */
		return owner.nodeType === 1 || owner.nodeType === 9 || !+owner.nodeType;
	};

	function Data() {
		this.expando = jQuery.expando + Data.uid++;
	}

	Data.uid = 1;

	Data.prototype = {

		register: function register(owner, initial) {
			var value = initial || {};

			// If it is a node unlikely to be stringify-ed or looped over
			// use plain assignment
			if (owner.nodeType) {
				owner[this.expando] = value;

				// Otherwise secure it in a non-enumerable, non-writable property
				// configurability must be true to allow the property to be
				// deleted with the delete operator
			} else {
				Object.defineProperty(owner, this.expando, {
					value: value,
					writable: true,
					configurable: true
				});
			}
			return owner[this.expando];
		},
		cache: function cache(owner) {

			// We can accept data for non-element nodes in modern browsers,
			// but we should not, see #8335.
			// Always return an empty object.
			if (!acceptData(owner)) {
				return {};
			}

			// Check if the owner object already has a cache
			var value = owner[this.expando];

			// If not, create one
			if (!value) {
				value = {};

				// We can accept data for non-element nodes in modern browsers,
				// but we should not, see #8335.
				// Always return an empty object.
				if (acceptData(owner)) {

					// If it is a node unlikely to be stringify-ed or looped over
					// use plain assignment
					if (owner.nodeType) {
						owner[this.expando] = value;

						// Otherwise secure it in a non-enumerable property
						// configurable must be true to allow the property to be
						// deleted when data is removed
					} else {
						Object.defineProperty(owner, this.expando, {
							value: value,
							configurable: true
						});
					}
				}
			}

			return value;
		},
		set: function set(owner, data, value) {
			var prop,
			    cache = this.cache(owner);

			// Handle: [ owner, key, value ] args
			if (typeof data === "string") {
				cache[data] = value;

				// Handle: [ owner, { properties } ] args
			} else {

				// Copy the properties one-by-one to the cache object
				for (prop in data) {
					cache[prop] = data[prop];
				}
			}
			return cache;
		},
		get: function get(owner, key) {
			return key === undefined ? this.cache(owner) : owner[this.expando] && owner[this.expando][key];
		},
		access: function access(owner, key, value) {
			var stored;

			// In cases where either:
			//
			//   1. No key was specified
			//   2. A string key was specified, but no value provided
			//
			// Take the "read" path and allow the get method to determine
			// which value to return, respectively either:
			//
			//   1. The entire cache object
			//   2. The data stored at the key
			//
			if (key === undefined || key && typeof key === "string" && value === undefined) {

				stored = this.get(owner, key);

				return stored !== undefined ? stored : this.get(owner, jQuery.camelCase(key));
			}

			// When the key is not a string, or both a key and value
			// are specified, set or extend (existing objects) with either:
			//
			//   1. An object of properties
			//   2. A key and value
			//
			this.set(owner, key, value);

			// Since the "set" path can have two possible entry points
			// return the expected data based on which path was taken[*]
			return value !== undefined ? value : key;
		},
		remove: function remove(owner, key) {
			var i,
			    name,
			    camel,
			    cache = owner[this.expando];

			if (cache === undefined) {
				return;
			}

			if (key === undefined) {
				this.register(owner);
			} else {

				// Support array or space separated string of keys
				if (jQuery.isArray(key)) {

					// If "name" is an array of keys...
					// When data is initially created, via ("key", "val") signature,
					// keys will be converted to camelCase.
					// Since there is no way to tell _how_ a key was added, remove
					// both plain key and camelCase key. #12786
					// This will only penalize the array argument path.
					name = key.concat(key.map(jQuery.camelCase));
				} else {
					camel = jQuery.camelCase(key);

					// Try the string as a key before any manipulation
					if (key in cache) {
						name = [key, camel];
					} else {

						// If a key with the spaces exists, use it.
						// Otherwise, create an array by matching non-whitespace
						name = camel;
						name = name in cache ? [name] : name.match(rnotwhite) || [];
					}
				}

				i = name.length;

				while (i--) {
					delete cache[name[i]];
				}
			}

			// Remove the expando if there's no more data
			if (key === undefined || jQuery.isEmptyObject(cache)) {

				// Support: Chrome <= 35-45+
				// Webkit & Blink performance suffers when deleting properties
				// from DOM nodes, so set to undefined instead
				// https://code.google.com/p/chromium/issues/detail?id=378607
				if (owner.nodeType) {
					owner[this.expando] = undefined;
				} else {
					delete owner[this.expando];
				}
			}
		},
		hasData: function hasData(owner) {
			var cache = owner[this.expando];
			return cache !== undefined && !jQuery.isEmptyObject(cache);
		}
	};
	var dataPriv = new Data();

	var dataUser = new Data();

	//	Implementation Summary
	//
	//	1. Enforce API surface and semantic compatibility with 1.9.x branch
	//	2. Improve the module's maintainability by reducing the storage
	//		paths to a single mechanism.
	//	3. Use the same single mechanism to support "private" and "user" data.
	//	4. _Never_ expose "private" data to user code (TODO: Drop _data, _removeData)
	//	5. Avoid exposing implementation details on user objects (eg. expando properties)
	//	6. Provide a clear path for implementation upgrade to WeakMap in 2014

	var rbrace = /^(?:\{[\w\W]*\}|\[[\w\W]*\])$/,
	    rmultiDash = /[A-Z]/g;

	function dataAttr(elem, key, data) {
		var name;

		// If nothing was found internally, try to fetch any
		// data from the HTML5 data-* attribute
		if (data === undefined && elem.nodeType === 1) {
			name = "data-" + key.replace(rmultiDash, "-$&").toLowerCase();
			data = elem.getAttribute(name);

			if (typeof data === "string") {
				try {
					data = data === "true" ? true : data === "false" ? false : data === "null" ? null :

					// Only convert to a number if it doesn't change the string
					+data + "" === data ? +data : rbrace.test(data) ? jQuery.parseJSON(data) : data;
				} catch (e) {}

				// Make sure we set the data so it isn't changed later
				dataUser.set(elem, key, data);
			} else {
				data = undefined;
			}
		}
		return data;
	}

	jQuery.extend({
		hasData: function hasData(elem) {
			return dataUser.hasData(elem) || dataPriv.hasData(elem);
		},

		data: function data(elem, name, _data) {
			return dataUser.access(elem, name, _data);
		},

		removeData: function removeData(elem, name) {
			dataUser.remove(elem, name);
		},

		// TODO: Now that all calls to _data and _removeData have been replaced
		// with direct calls to dataPriv methods, these can be deprecated.
		_data: function _data(elem, name, data) {
			return dataPriv.access(elem, name, data);
		},

		_removeData: function _removeData(elem, name) {
			dataPriv.remove(elem, name);
		}
	});

	jQuery.fn.extend({
		data: function data(key, value) {
			var i,
			    name,
			    data,
			    elem = this[0],
			    attrs = elem && elem.attributes;

			// Gets all values
			if (key === undefined) {
				if (this.length) {
					data = dataUser.get(elem);

					if (elem.nodeType === 1 && !dataPriv.get(elem, "hasDataAttrs")) {
						i = attrs.length;
						while (i--) {

							// Support: IE11+
							// The attrs elements can be null (#14894)
							if (attrs[i]) {
								name = attrs[i].name;
								if (name.indexOf("data-") === 0) {
									name = jQuery.camelCase(name.slice(5));
									dataAttr(elem, name, data[name]);
								}
							}
						}
						dataPriv.set(elem, "hasDataAttrs", true);
					}
				}

				return data;
			}

			// Sets multiple values
			if ((typeof key === "undefined" ? "undefined" : _typeof(key)) === "object") {
				return this.each(function () {
					dataUser.set(this, key);
				});
			}

			return access(this, function (value) {
				var data, camelKey;

				// The calling jQuery object (element matches) is not empty
				// (and therefore has an element appears at this[ 0 ]) and the
				// `value` parameter was not undefined. An empty jQuery object
				// will result in `undefined` for elem = this[ 0 ] which will
				// throw an exception if an attempt to read a data cache is made.
				if (elem && value === undefined) {

					// Attempt to get data from the cache
					// with the key as-is
					data = dataUser.get(elem, key) ||

					// Try to find dashed key if it exists (gh-2779)
					// This is for 2.2.x only
					dataUser.get(elem, key.replace(rmultiDash, "-$&").toLowerCase());

					if (data !== undefined) {
						return data;
					}

					camelKey = jQuery.camelCase(key);

					// Attempt to get data from the cache
					// with the key camelized
					data = dataUser.get(elem, camelKey);
					if (data !== undefined) {
						return data;
					}

					// Attempt to "discover" the data in
					// HTML5 custom data-* attrs
					data = dataAttr(elem, camelKey, undefined);
					if (data !== undefined) {
						return data;
					}

					// We tried really hard, but the data doesn't exist.
					return;
				}

				// Set the data...
				camelKey = jQuery.camelCase(key);
				this.each(function () {

					// First, attempt to store a copy or reference of any
					// data that might've been store with a camelCased key.
					var data = dataUser.get(this, camelKey);

					// For HTML5 data-* attribute interop, we have to
					// store property names with dashes in a camelCase form.
					// This might not apply to all properties...*
					dataUser.set(this, camelKey, value);

					// *... In the case of properties that might _actually_
					// have dashes, we need to also store a copy of that
					// unchanged property.
					if (key.indexOf("-") > -1 && data !== undefined) {
						dataUser.set(this, key, value);
					}
				});
			}, null, value, arguments.length > 1, null, true);
		},

		removeData: function removeData(key) {
			return this.each(function () {
				dataUser.remove(this, key);
			});
		}
	});

	jQuery.extend({
		queue: function queue(elem, type, data) {
			var queue;

			if (elem) {
				type = (type || "fx") + "queue";
				queue = dataPriv.get(elem, type);

				// Speed up dequeue by getting out quickly if this is just a lookup
				if (data) {
					if (!queue || jQuery.isArray(data)) {
						queue = dataPriv.access(elem, type, jQuery.makeArray(data));
					} else {
						queue.push(data);
					}
				}
				return queue || [];
			}
		},

		dequeue: function dequeue(elem, type) {
			type = type || "fx";

			var queue = jQuery.queue(elem, type),
			    startLength = queue.length,
			    fn = queue.shift(),
			    hooks = jQuery._queueHooks(elem, type),
			    next = function next() {
				jQuery.dequeue(elem, type);
			};

			// If the fx queue is dequeued, always remove the progress sentinel
			if (fn === "inprogress") {
				fn = queue.shift();
				startLength--;
			}

			if (fn) {

				// Add a progress sentinel to prevent the fx queue from being
				// automatically dequeued
				if (type === "fx") {
					queue.unshift("inprogress");
				}

				// Clear up the last queue stop function
				delete hooks.stop;
				fn.call(elem, next, hooks);
			}

			if (!startLength && hooks) {
				hooks.empty.fire();
			}
		},

		// Not public - generate a queueHooks object, or return the current one
		_queueHooks: function _queueHooks(elem, type) {
			var key = type + "queueHooks";
			return dataPriv.get(elem, key) || dataPriv.access(elem, key, {
				empty: jQuery.Callbacks("once memory").add(function () {
					dataPriv.remove(elem, [type + "queue", key]);
				})
			});
		}
	});

	jQuery.fn.extend({
		queue: function queue(type, data) {
			var setter = 2;

			if (typeof type !== "string") {
				data = type;
				type = "fx";
				setter--;
			}

			if (arguments.length < setter) {
				return jQuery.queue(this[0], type);
			}

			return data === undefined ? this : this.each(function () {
				var queue = jQuery.queue(this, type, data);

				// Ensure a hooks for this queue
				jQuery._queueHooks(this, type);

				if (type === "fx" && queue[0] !== "inprogress") {
					jQuery.dequeue(this, type);
				}
			});
		},
		dequeue: function dequeue(type) {
			return this.each(function () {
				jQuery.dequeue(this, type);
			});
		},
		clearQueue: function clearQueue(type) {
			return this.queue(type || "fx", []);
		},

		// Get a promise resolved when queues of a certain type
		// are emptied (fx is the type by default)
		promise: function promise(type, obj) {
			var tmp,
			    count = 1,
			    defer = jQuery.Deferred(),
			    elements = this,
			    i = this.length,
			    resolve = function resolve() {
				if (! --count) {
					defer.resolveWith(elements, [elements]);
				}
			};

			if (typeof type !== "string") {
				obj = type;
				type = undefined;
			}
			type = type || "fx";

			while (i--) {
				tmp = dataPriv.get(elements[i], type + "queueHooks");
				if (tmp && tmp.empty) {
					count++;
					tmp.empty.add(resolve);
				}
			}
			resolve();
			return defer.promise(obj);
		}
	});
	var pnum = /[+-]?(?:\d*\.|)\d+(?:[eE][+-]?\d+|)/.source;

	var rcssNum = new RegExp("^(?:([+-])=|)(" + pnum + ")([a-z%]*)$", "i");

	var cssExpand = ["Top", "Right", "Bottom", "Left"];

	var isHidden = function isHidden(elem, el) {

		// isHidden might be called from jQuery#filter function;
		// in that case, element will be second argument
		elem = el || elem;
		return jQuery.css(elem, "display") === "none" || !jQuery.contains(elem.ownerDocument, elem);
	};

	function adjustCSS(elem, prop, valueParts, tween) {
		var adjusted,
		    scale = 1,
		    maxIterations = 20,
		    currentValue = tween ? function () {
			return tween.cur();
		} : function () {
			return jQuery.css(elem, prop, "");
		},
		    initial = currentValue(),
		    unit = valueParts && valueParts[3] || (jQuery.cssNumber[prop] ? "" : "px"),


		// Starting value computation is required for potential unit mismatches
		initialInUnit = (jQuery.cssNumber[prop] || unit !== "px" && +initial) && rcssNum.exec(jQuery.css(elem, prop));

		if (initialInUnit && initialInUnit[3] !== unit) {

			// Trust units reported by jQuery.css
			unit = unit || initialInUnit[3];

			// Make sure we update the tween properties later on
			valueParts = valueParts || [];

			// Iteratively approximate from a nonzero starting point
			initialInUnit = +initial || 1;

			do {

				// If previous iteration zeroed out, double until we get *something*.
				// Use string for doubling so we don't accidentally see scale as unchanged below
				scale = scale || ".5";

				// Adjust and apply
				initialInUnit = initialInUnit / scale;
				jQuery.style(elem, prop, initialInUnit + unit);

				// Update scale, tolerating zero or NaN from tween.cur()
				// Break the loop if scale is unchanged or perfect, or if we've just had enough.
			} while (scale !== (scale = currentValue() / initial) && scale !== 1 && --maxIterations);
		}

		if (valueParts) {
			initialInUnit = +initialInUnit || +initial || 0;

			// Apply relative offset (+=/-=) if specified
			adjusted = valueParts[1] ? initialInUnit + (valueParts[1] + 1) * valueParts[2] : +valueParts[2];
			if (tween) {
				tween.unit = unit;
				tween.start = initialInUnit;
				tween.end = adjusted;
			}
		}
		return adjusted;
	}
	var rcheckableType = /^(?:checkbox|radio)$/i;

	var rtagName = /<([\w:-]+)/;

	var rscriptType = /^$|\/(?:java|ecma)script/i;

	// We have to close these tags to support XHTML (#13200)
	var wrapMap = {

		// Support: IE9
		option: [1, "<select multiple='multiple'>", "</select>"],

		// XHTML parsers do not magically insert elements in the
		// same way that tag soup parsers do. So we cannot shorten
		// this by omitting <tbody> or other required elements.
		thead: [1, "<table>", "</table>"],
		col: [2, "<table><colgroup>", "</colgroup></table>"],
		tr: [2, "<table><tbody>", "</tbody></table>"],
		td: [3, "<table><tbody><tr>", "</tr></tbody></table>"],

		_default: [0, "", ""]
	};

	// Support: IE9
	wrapMap.optgroup = wrapMap.option;

	wrapMap.tbody = wrapMap.tfoot = wrapMap.colgroup = wrapMap.caption = wrapMap.thead;
	wrapMap.th = wrapMap.td;

	function getAll(context, tag) {

		// Support: IE9-11+
		// Use typeof to avoid zero-argument method invocation on host objects (#15151)
		var ret = typeof context.getElementsByTagName !== "undefined" ? context.getElementsByTagName(tag || "*") : typeof context.querySelectorAll !== "undefined" ? context.querySelectorAll(tag || "*") : [];

		return tag === undefined || tag && jQuery.nodeName(context, tag) ? jQuery.merge([context], ret) : ret;
	}

	// Mark scripts as having already been evaluated
	function setGlobalEval(elems, refElements) {
		var i = 0,
		    l = elems.length;

		for (; i < l; i++) {
			dataPriv.set(elems[i], "globalEval", !refElements || dataPriv.get(refElements[i], "globalEval"));
		}
	}

	var rhtml = /<|&#?\w+;/;

	function buildFragment(elems, context, scripts, selection, ignored) {
		var elem,
		    tmp,
		    tag,
		    wrap,
		    contains,
		    j,
		    fragment = context.createDocumentFragment(),
		    nodes = [],
		    i = 0,
		    l = elems.length;

		for (; i < l; i++) {
			elem = elems[i];

			if (elem || elem === 0) {

				// Add nodes directly
				if (jQuery.type(elem) === "object") {

					// Support: Android<4.1, PhantomJS<2
					// push.apply(_, arraylike) throws on ancient WebKit
					jQuery.merge(nodes, elem.nodeType ? [elem] : elem);

					// Convert non-html into a text node
				} else if (!rhtml.test(elem)) {
					nodes.push(context.createTextNode(elem));

					// Convert html into DOM nodes
				} else {
					tmp = tmp || fragment.appendChild(context.createElement("div"));

					// Deserialize a standard representation
					tag = (rtagName.exec(elem) || ["", ""])[1].toLowerCase();
					wrap = wrapMap[tag] || wrapMap._default;
					tmp.innerHTML = wrap[1] + jQuery.htmlPrefilter(elem) + wrap[2];

					// Descend through wrappers to the right content
					j = wrap[0];
					while (j--) {
						tmp = tmp.lastChild;
					}

					// Support: Android<4.1, PhantomJS<2
					// push.apply(_, arraylike) throws on ancient WebKit
					jQuery.merge(nodes, tmp.childNodes);

					// Remember the top-level container
					tmp = fragment.firstChild;

					// Ensure the created nodes are orphaned (#12392)
					tmp.textContent = "";
				}
			}
		}

		// Remove wrapper from fragment
		fragment.textContent = "";

		i = 0;
		while (elem = nodes[i++]) {

			// Skip elements already in the context collection (trac-4087)
			if (selection && jQuery.inArray(elem, selection) > -1) {
				if (ignored) {
					ignored.push(elem);
				}
				continue;
			}

			contains = jQuery.contains(elem.ownerDocument, elem);

			// Append to fragment
			tmp = getAll(fragment.appendChild(elem), "script");

			// Preserve script evaluation history
			if (contains) {
				setGlobalEval(tmp);
			}

			// Capture executables
			if (scripts) {
				j = 0;
				while (elem = tmp[j++]) {
					if (rscriptType.test(elem.type || "")) {
						scripts.push(elem);
					}
				}
			}
		}

		return fragment;
	}

	(function () {
		var fragment = document.createDocumentFragment(),
		    div = fragment.appendChild(document.createElement("div")),
		    input = document.createElement("input");

		// Support: Android 4.0-4.3, Safari<=5.1
		// Check state lost if the name is set (#11217)
		// Support: Windows Web Apps (WWA)
		// `name` and `type` must use .setAttribute for WWA (#14901)
		input.setAttribute("type", "radio");
		input.setAttribute("checked", "checked");
		input.setAttribute("name", "t");

		div.appendChild(input);

		// Support: Safari<=5.1, Android<4.2
		// Older WebKit doesn't clone checked state correctly in fragments
		support.checkClone = div.cloneNode(true).cloneNode(true).lastChild.checked;

		// Support: IE<=11+
		// Make sure textarea (and checkbox) defaultValue is properly cloned
		div.innerHTML = "<textarea>x</textarea>";
		support.noCloneChecked = !!div.cloneNode(true).lastChild.defaultValue;
	})();

	var rkeyEvent = /^key/,
	    rmouseEvent = /^(?:mouse|pointer|contextmenu|drag|drop)|click/,
	    rtypenamespace = /^([^.]*)(?:\.(.+)|)/;

	function returnTrue() {
		return true;
	}

	function returnFalse() {
		return false;
	}

	// Support: IE9
	// See #13393 for more info
	function safeActiveElement() {
		try {
			return document.activeElement;
		} catch (err) {}
	}

	function _on(elem, types, selector, data, fn, one) {
		var origFn, type;

		// Types can be a map of types/handlers
		if ((typeof types === "undefined" ? "undefined" : _typeof(types)) === "object") {

			// ( types-Object, selector, data )
			if (typeof selector !== "string") {

				// ( types-Object, data )
				data = data || selector;
				selector = undefined;
			}
			for (type in types) {
				_on(elem, type, selector, data, types[type], one);
			}
			return elem;
		}

		if (data == null && fn == null) {

			// ( types, fn )
			fn = selector;
			data = selector = undefined;
		} else if (fn == null) {
			if (typeof selector === "string") {

				// ( types, selector, fn )
				fn = data;
				data = undefined;
			} else {

				// ( types, data, fn )
				fn = data;
				data = selector;
				selector = undefined;
			}
		}
		if (fn === false) {
			fn = returnFalse;
		} else if (!fn) {
			return elem;
		}

		if (one === 1) {
			origFn = fn;
			fn = function fn(event) {

				// Can use an empty set, since event contains the info
				jQuery().off(event);
				return origFn.apply(this, arguments);
			};

			// Use same guid so caller can remove using origFn
			fn.guid = origFn.guid || (origFn.guid = jQuery.guid++);
		}
		return elem.each(function () {
			jQuery.event.add(this, types, fn, data, selector);
		});
	}

	/*
  * Helper functions for managing events -- not part of the public interface.
  * Props to Dean Edwards' addEvent library for many of the ideas.
  */
	jQuery.event = {

		global: {},

		add: function add(elem, types, handler, data, selector) {

			var handleObjIn,
			    eventHandle,
			    tmp,
			    events,
			    t,
			    handleObj,
			    special,
			    handlers,
			    type,
			    namespaces,
			    origType,
			    elemData = dataPriv.get(elem);

			// Don't attach events to noData or text/comment nodes (but allow plain objects)
			if (!elemData) {
				return;
			}

			// Caller can pass in an object of custom data in lieu of the handler
			if (handler.handler) {
				handleObjIn = handler;
				handler = handleObjIn.handler;
				selector = handleObjIn.selector;
			}

			// Make sure that the handler has a unique ID, used to find/remove it later
			if (!handler.guid) {
				handler.guid = jQuery.guid++;
			}

			// Init the element's event structure and main handler, if this is the first
			if (!(events = elemData.events)) {
				events = elemData.events = {};
			}
			if (!(eventHandle = elemData.handle)) {
				eventHandle = elemData.handle = function (e) {

					// Discard the second event of a jQuery.event.trigger() and
					// when an event is called after a page has unloaded
					return typeof jQuery !== "undefined" && jQuery.event.triggered !== e.type ? jQuery.event.dispatch.apply(elem, arguments) : undefined;
				};
			}

			// Handle multiple events separated by a space
			types = (types || "").match(rnotwhite) || [""];
			t = types.length;
			while (t--) {
				tmp = rtypenamespace.exec(types[t]) || [];
				type = origType = tmp[1];
				namespaces = (tmp[2] || "").split(".").sort();

				// There *must* be a type, no attaching namespace-only handlers
				if (!type) {
					continue;
				}

				// If event changes its type, use the special event handlers for the changed type
				special = jQuery.event.special[type] || {};

				// If selector defined, determine special event api type, otherwise given type
				type = (selector ? special.delegateType : special.bindType) || type;

				// Update special based on newly reset type
				special = jQuery.event.special[type] || {};

				// handleObj is passed to all event handlers
				handleObj = jQuery.extend({
					type: type,
					origType: origType,
					data: data,
					handler: handler,
					guid: handler.guid,
					selector: selector,
					needsContext: selector && jQuery.expr.match.needsContext.test(selector),
					namespace: namespaces.join(".")
				}, handleObjIn);

				// Init the event handler queue if we're the first
				if (!(handlers = events[type])) {
					handlers = events[type] = [];
					handlers.delegateCount = 0;

					// Only use addEventListener if the special events handler returns false
					if (!special.setup || special.setup.call(elem, data, namespaces, eventHandle) === false) {

						if (elem.addEventListener) {
							elem.addEventListener(type, eventHandle);
						}
					}
				}

				if (special.add) {
					special.add.call(elem, handleObj);

					if (!handleObj.handler.guid) {
						handleObj.handler.guid = handler.guid;
					}
				}

				// Add to the element's handler list, delegates in front
				if (selector) {
					handlers.splice(handlers.delegateCount++, 0, handleObj);
				} else {
					handlers.push(handleObj);
				}

				// Keep track of which events have ever been used, for event optimization
				jQuery.event.global[type] = true;
			}
		},

		// Detach an event or set of events from an element
		remove: function remove(elem, types, handler, selector, mappedTypes) {

			var j,
			    origCount,
			    tmp,
			    events,
			    t,
			    handleObj,
			    special,
			    handlers,
			    type,
			    namespaces,
			    origType,
			    elemData = dataPriv.hasData(elem) && dataPriv.get(elem);

			if (!elemData || !(events = elemData.events)) {
				return;
			}

			// Once for each type.namespace in types; type may be omitted
			types = (types || "").match(rnotwhite) || [""];
			t = types.length;
			while (t--) {
				tmp = rtypenamespace.exec(types[t]) || [];
				type = origType = tmp[1];
				namespaces = (tmp[2] || "").split(".").sort();

				// Unbind all events (on this namespace, if provided) for the element
				if (!type) {
					for (type in events) {
						jQuery.event.remove(elem, type + types[t], handler, selector, true);
					}
					continue;
				}

				special = jQuery.event.special[type] || {};
				type = (selector ? special.delegateType : special.bindType) || type;
				handlers = events[type] || [];
				tmp = tmp[2] && new RegExp("(^|\\.)" + namespaces.join("\\.(?:.*\\.|)") + "(\\.|$)");

				// Remove matching events
				origCount = j = handlers.length;
				while (j--) {
					handleObj = handlers[j];

					if ((mappedTypes || origType === handleObj.origType) && (!handler || handler.guid === handleObj.guid) && (!tmp || tmp.test(handleObj.namespace)) && (!selector || selector === handleObj.selector || selector === "**" && handleObj.selector)) {
						handlers.splice(j, 1);

						if (handleObj.selector) {
							handlers.delegateCount--;
						}
						if (special.remove) {
							special.remove.call(elem, handleObj);
						}
					}
				}

				// Remove generic event handler if we removed something and no more handlers exist
				// (avoids potential for endless recursion during removal of special event handlers)
				if (origCount && !handlers.length) {
					if (!special.teardown || special.teardown.call(elem, namespaces, elemData.handle) === false) {

						jQuery.removeEvent(elem, type, elemData.handle);
					}

					delete events[type];
				}
			}

			// Remove data and the expando if it's no longer used
			if (jQuery.isEmptyObject(events)) {
				dataPriv.remove(elem, "handle events");
			}
		},

		dispatch: function dispatch(event) {

			// Make a writable jQuery.Event from the native event object
			event = jQuery.event.fix(event);

			var i,
			    j,
			    ret,
			    matched,
			    handleObj,
			    handlerQueue = [],
			    args = _slice.call(arguments),
			    handlers = (dataPriv.get(this, "events") || {})[event.type] || [],
			    special = jQuery.event.special[event.type] || {};

			// Use the fix-ed jQuery.Event rather than the (read-only) native event
			args[0] = event;
			event.delegateTarget = this;

			// Call the preDispatch hook for the mapped type, and let it bail if desired
			if (special.preDispatch && special.preDispatch.call(this, event) === false) {
				return;
			}

			// Determine handlers
			handlerQueue = jQuery.event.handlers.call(this, event, handlers);

			// Run delegates first; they may want to stop propagation beneath us
			i = 0;
			while ((matched = handlerQueue[i++]) && !event.isPropagationStopped()) {
				event.currentTarget = matched.elem;

				j = 0;
				while ((handleObj = matched.handlers[j++]) && !event.isImmediatePropagationStopped()) {

					// Triggered event must either 1) have no namespace, or 2) have namespace(s)
					// a subset or equal to those in the bound event (both can have no namespace).
					if (!event.rnamespace || event.rnamespace.test(handleObj.namespace)) {

						event.handleObj = handleObj;
						event.data = handleObj.data;

						ret = ((jQuery.event.special[handleObj.origType] || {}).handle || handleObj.handler).apply(matched.elem, args);

						if (ret !== undefined) {
							if ((event.result = ret) === false) {
								event.preventDefault();
								event.stopPropagation();
							}
						}
					}
				}
			}

			// Call the postDispatch hook for the mapped type
			if (special.postDispatch) {
				special.postDispatch.call(this, event);
			}

			return event.result;
		},

		handlers: function handlers(event, _handlers) {
			var i,
			    matches,
			    sel,
			    handleObj,
			    handlerQueue = [],
			    delegateCount = _handlers.delegateCount,
			    cur = event.target;

			// Support (at least): Chrome, IE9
			// Find delegate handlers
			// Black-hole SVG <use> instance trees (#13180)
			//
			// Support: Firefox<=42+
			// Avoid non-left-click in FF but don't block IE radio events (#3861, gh-2343)
			if (delegateCount && cur.nodeType && (event.type !== "click" || isNaN(event.button) || event.button < 1)) {

				for (; cur !== this; cur = cur.parentNode || this) {

					// Don't check non-elements (#13208)
					// Don't process clicks on disabled elements (#6911, #8165, #11382, #11764)
					if (cur.nodeType === 1 && (cur.disabled !== true || event.type !== "click")) {
						matches = [];
						for (i = 0; i < delegateCount; i++) {
							handleObj = _handlers[i];

							// Don't conflict with Object.prototype properties (#13203)
							sel = handleObj.selector + " ";

							if (matches[sel] === undefined) {
								matches[sel] = handleObj.needsContext ? jQuery(sel, this).index(cur) > -1 : jQuery.find(sel, this, null, [cur]).length;
							}
							if (matches[sel]) {
								matches.push(handleObj);
							}
						}
						if (matches.length) {
							handlerQueue.push({ elem: cur, handlers: matches });
						}
					}
				}
			}

			// Add the remaining (directly-bound) handlers
			if (delegateCount < _handlers.length) {
				handlerQueue.push({ elem: this, handlers: _handlers.slice(delegateCount) });
			}

			return handlerQueue;
		},

		// Includes some event props shared by KeyEvent and MouseEvent
		props: ("altKey bubbles cancelable ctrlKey currentTarget detail eventPhase " + "metaKey relatedTarget shiftKey target timeStamp view which").split(" "),

		fixHooks: {},

		keyHooks: {
			props: "char charCode key keyCode".split(" "),
			filter: function filter(event, original) {

				// Add which for key events
				if (event.which == null) {
					event.which = original.charCode != null ? original.charCode : original.keyCode;
				}

				return event;
			}
		},

		mouseHooks: {
			props: ("button buttons clientX clientY offsetX offsetY pageX pageY " + "screenX screenY toElement").split(" "),
			filter: function filter(event, original) {
				var eventDoc,
				    doc,
				    body,
				    button = original.button;

				// Calculate pageX/Y if missing and clientX/Y available
				if (event.pageX == null && original.clientX != null) {
					eventDoc = event.target.ownerDocument || document;
					doc = eventDoc.documentElement;
					body = eventDoc.body;

					event.pageX = original.clientX + (doc && doc.scrollLeft || body && body.scrollLeft || 0) - (doc && doc.clientLeft || body && body.clientLeft || 0);
					event.pageY = original.clientY + (doc && doc.scrollTop || body && body.scrollTop || 0) - (doc && doc.clientTop || body && body.clientTop || 0);
				}

				// Add which for click: 1 === left; 2 === middle; 3 === right
				// Note: button is not normalized, so don't use it
				if (!event.which && button !== undefined) {
					event.which = button & 1 ? 1 : button & 2 ? 3 : button & 4 ? 2 : 0;
				}

				return event;
			}
		},

		fix: function fix(event) {
			if (event[jQuery.expando]) {
				return event;
			}

			// Create a writable copy of the event object and normalize some properties
			var i,
			    prop,
			    copy,
			    type = event.type,
			    originalEvent = event,
			    fixHook = this.fixHooks[type];

			if (!fixHook) {
				this.fixHooks[type] = fixHook = rmouseEvent.test(type) ? this.mouseHooks : rkeyEvent.test(type) ? this.keyHooks : {};
			}
			copy = fixHook.props ? this.props.concat(fixHook.props) : this.props;

			event = new jQuery.Event(originalEvent);

			i = copy.length;
			while (i--) {
				prop = copy[i];
				event[prop] = originalEvent[prop];
			}

			// Support: Cordova 2.5 (WebKit) (#13255)
			// All events should have a target; Cordova deviceready doesn't
			if (!event.target) {
				event.target = document;
			}

			// Support: Safari 6.0+, Chrome<28
			// Target should not be a text node (#504, #13143)
			if (event.target.nodeType === 3) {
				event.target = event.target.parentNode;
			}

			return fixHook.filter ? fixHook.filter(event, originalEvent) : event;
		},

		special: {
			load: {

				// Prevent triggered image.load events from bubbling to window.load
				noBubble: true
			},
			focus: {

				// Fire native event if possible so blur/focus sequence is correct
				trigger: function trigger() {
					if (this !== safeActiveElement() && this.focus) {
						this.focus();
						return false;
					}
				},
				delegateType: "focusin"
			},
			blur: {
				trigger: function trigger() {
					if (this === safeActiveElement() && this.blur) {
						this.blur();
						return false;
					}
				},
				delegateType: "focusout"
			},
			click: {

				// For checkbox, fire native event so checked state will be right
				trigger: function trigger() {
					if (this.type === "checkbox" && this.click && jQuery.nodeName(this, "input")) {
						this.click();
						return false;
					}
				},

				// For cross-browser consistency, don't fire native .click() on links
				_default: function _default(event) {
					return jQuery.nodeName(event.target, "a");
				}
			},

			beforeunload: {
				postDispatch: function postDispatch(event) {

					// Support: Firefox 20+
					// Firefox doesn't alert if the returnValue field is not set.
					if (event.result !== undefined && event.originalEvent) {
						event.originalEvent.returnValue = event.result;
					}
				}
			}
		}
	};

	jQuery.removeEvent = function (elem, type, handle) {

		// This "if" is needed for plain objects
		if (elem.removeEventListener) {
			elem.removeEventListener(type, handle);
		}
	};

	jQuery.Event = function (src, props) {

		// Allow instantiation without the 'new' keyword
		if (!(this instanceof jQuery.Event)) {
			return new jQuery.Event(src, props);
		}

		// Event object
		if (src && src.type) {
			this.originalEvent = src;
			this.type = src.type;

			// Events bubbling up the document may have been marked as prevented
			// by a handler lower down the tree; reflect the correct value.
			this.isDefaultPrevented = src.defaultPrevented || src.defaultPrevented === undefined &&

			// Support: Android<4.0
			src.returnValue === false ? returnTrue : returnFalse;

			// Event type
		} else {
			this.type = src;
		}

		// Put explicitly provided properties onto the event object
		if (props) {
			jQuery.extend(this, props);
		}

		// Create a timestamp if incoming event doesn't have one
		this.timeStamp = src && src.timeStamp || jQuery.now();

		// Mark it as fixed
		this[jQuery.expando] = true;
	};

	// jQuery.Event is based on DOM3 Events as specified by the ECMAScript Language Binding
	// http://www.w3.org/TR/2003/WD-DOM-Level-3-Events-20030331/ecma-script-binding.html
	jQuery.Event.prototype = {
		constructor: jQuery.Event,
		isDefaultPrevented: returnFalse,
		isPropagationStopped: returnFalse,
		isImmediatePropagationStopped: returnFalse,
		isSimulated: false,

		preventDefault: function preventDefault() {
			var e = this.originalEvent;

			this.isDefaultPrevented = returnTrue;

			if (e && !this.isSimulated) {
				e.preventDefault();
			}
		},
		stopPropagation: function stopPropagation() {
			var e = this.originalEvent;

			this.isPropagationStopped = returnTrue;

			if (e && !this.isSimulated) {
				e.stopPropagation();
			}
		},
		stopImmediatePropagation: function stopImmediatePropagation() {
			var e = this.originalEvent;

			this.isImmediatePropagationStopped = returnTrue;

			if (e && !this.isSimulated) {
				e.stopImmediatePropagation();
			}

			this.stopPropagation();
		}
	};

	// Create mouseenter/leave events using mouseover/out and event-time checks
	// so that event delegation works in jQuery.
	// Do the same for pointerenter/pointerleave and pointerover/pointerout
	//
	// Support: Safari 7 only
	// Safari sends mouseenter too often; see:
	// https://code.google.com/p/chromium/issues/detail?id=470258
	// for the description of the bug (it existed in older Chrome versions as well).
	jQuery.each({
		mouseenter: "mouseover",
		mouseleave: "mouseout",
		pointerenter: "pointerover",
		pointerleave: "pointerout"
	}, function (orig, fix) {
		jQuery.event.special[orig] = {
			delegateType: fix,
			bindType: fix,

			handle: function handle(event) {
				var ret,
				    target = this,
				    related = event.relatedTarget,
				    handleObj = event.handleObj;

				// For mouseenter/leave call the handler if related is outside the target.
				// NB: No relatedTarget if the mouse left/entered the browser window
				if (!related || related !== target && !jQuery.contains(target, related)) {
					event.type = handleObj.origType;
					ret = handleObj.handler.apply(this, arguments);
					event.type = fix;
				}
				return ret;
			}
		};
	});

	jQuery.fn.extend({
		on: function on(types, selector, data, fn) {
			return _on(this, types, selector, data, fn);
		},
		one: function one(types, selector, data, fn) {
			return _on(this, types, selector, data, fn, 1);
		},
		off: function off(types, selector, fn) {
			var handleObj, type;
			if (types && types.preventDefault && types.handleObj) {

				// ( event )  dispatched jQuery.Event
				handleObj = types.handleObj;
				jQuery(types.delegateTarget).off(handleObj.namespace ? handleObj.origType + "." + handleObj.namespace : handleObj.origType, handleObj.selector, handleObj.handler);
				return this;
			}
			if ((typeof types === "undefined" ? "undefined" : _typeof(types)) === "object") {

				// ( types-object [, selector] )
				for (type in types) {
					this.off(type, selector, types[type]);
				}
				return this;
			}
			if (selector === false || typeof selector === "function") {

				// ( types [, fn] )
				fn = selector;
				selector = undefined;
			}
			if (fn === false) {
				fn = returnFalse;
			}
			return this.each(function () {
				jQuery.event.remove(this, types, fn, selector);
			});
		}
	});

	var rxhtmlTag = /<(?!area|br|col|embed|hr|img|input|link|meta|param)(([\w:-]+)[^>]*)\/>/gi,


	// Support: IE 10-11, Edge 10240+
	// In IE/Edge using regex groups here causes severe slowdowns.
	// See https://connect.microsoft.com/IE/feedback/details/1736512/
	rnoInnerhtml = /<script|<style|<link/i,


	// checked="checked" or checked
	rchecked = /checked\s*(?:[^=]|=\s*.checked.)/i,
	    rscriptTypeMasked = /^true\/(.*)/,
	    rcleanScript = /^\s*<!(?:\[CDATA\[|--)|(?:\]\]|--)>\s*$/g;

	// Manipulating tables requires a tbody
	function manipulationTarget(elem, content) {
		return jQuery.nodeName(elem, "table") && jQuery.nodeName(content.nodeType !== 11 ? content : content.firstChild, "tr") ? elem.getElementsByTagName("tbody")[0] || elem.appendChild(elem.ownerDocument.createElement("tbody")) : elem;
	}

	// Replace/restore the type attribute of script elements for safe DOM manipulation
	function disableScript(elem) {
		elem.type = (elem.getAttribute("type") !== null) + "/" + elem.type;
		return elem;
	}
	function restoreScript(elem) {
		var match = rscriptTypeMasked.exec(elem.type);

		if (match) {
			elem.type = match[1];
		} else {
			elem.removeAttribute("type");
		}

		return elem;
	}

	function cloneCopyEvent(src, dest) {
		var i, l, type, pdataOld, pdataCur, udataOld, udataCur, events;

		if (dest.nodeType !== 1) {
			return;
		}

		// 1. Copy private data: events, handlers, etc.
		if (dataPriv.hasData(src)) {
			pdataOld = dataPriv.access(src);
			pdataCur = dataPriv.set(dest, pdataOld);
			events = pdataOld.events;

			if (events) {
				delete pdataCur.handle;
				pdataCur.events = {};

				for (type in events) {
					for (i = 0, l = events[type].length; i < l; i++) {
						jQuery.event.add(dest, type, events[type][i]);
					}
				}
			}
		}

		// 2. Copy user data
		if (dataUser.hasData(src)) {
			udataOld = dataUser.access(src);
			udataCur = jQuery.extend({}, udataOld);

			dataUser.set(dest, udataCur);
		}
	}

	// Fix IE bugs, see support tests
	function fixInput(src, dest) {
		var nodeName = dest.nodeName.toLowerCase();

		// Fails to persist the checked state of a cloned checkbox or radio button.
		if (nodeName === "input" && rcheckableType.test(src.type)) {
			dest.checked = src.checked;

			// Fails to return the selected option to the default selected state when cloning options
		} else if (nodeName === "input" || nodeName === "textarea") {
			dest.defaultValue = src.defaultValue;
		}
	}

	function domManip(collection, args, callback, ignored) {

		// Flatten any nested arrays
		args = concat.apply([], args);

		var fragment,
		    first,
		    scripts,
		    hasScripts,
		    node,
		    doc,
		    i = 0,
		    l = collection.length,
		    iNoClone = l - 1,
		    value = args[0],
		    isFunction = jQuery.isFunction(value);

		// We can't cloneNode fragments that contain checked, in WebKit
		if (isFunction || l > 1 && typeof value === "string" && !support.checkClone && rchecked.test(value)) {
			return collection.each(function (index) {
				var self = collection.eq(index);
				if (isFunction) {
					args[0] = value.call(this, index, self.html());
				}
				domManip(self, args, callback, ignored);
			});
		}

		if (l) {
			fragment = buildFragment(args, collection[0].ownerDocument, false, collection, ignored);
			first = fragment.firstChild;

			if (fragment.childNodes.length === 1) {
				fragment = first;
			}

			// Require either new content or an interest in ignored elements to invoke the callback
			if (first || ignored) {
				scripts = jQuery.map(getAll(fragment, "script"), disableScript);
				hasScripts = scripts.length;

				// Use the original fragment for the last item
				// instead of the first because it can end up
				// being emptied incorrectly in certain situations (#8070).
				for (; i < l; i++) {
					node = fragment;

					if (i !== iNoClone) {
						node = jQuery.clone(node, true, true);

						// Keep references to cloned scripts for later restoration
						if (hasScripts) {

							// Support: Android<4.1, PhantomJS<2
							// push.apply(_, arraylike) throws on ancient WebKit
							jQuery.merge(scripts, getAll(node, "script"));
						}
					}

					callback.call(collection[i], node, i);
				}

				if (hasScripts) {
					doc = scripts[scripts.length - 1].ownerDocument;

					// Reenable scripts
					jQuery.map(scripts, restoreScript);

					// Evaluate executable scripts on first document insertion
					for (i = 0; i < hasScripts; i++) {
						node = scripts[i];
						if (rscriptType.test(node.type || "") && !dataPriv.access(node, "globalEval") && jQuery.contains(doc, node)) {

							if (node.src) {

								// Optional AJAX dependency, but won't run scripts if not present
								if (jQuery._evalUrl) {
									jQuery._evalUrl(node.src);
								}
							} else {
								jQuery.globalEval(node.textContent.replace(rcleanScript, ""));
							}
						}
					}
				}
			}
		}

		return collection;
	}

	function _remove(elem, selector, keepData) {
		var node,
		    nodes = selector ? jQuery.filter(selector, elem) : elem,
		    i = 0;

		for (; (node = nodes[i]) != null; i++) {
			if (!keepData && node.nodeType === 1) {
				jQuery.cleanData(getAll(node));
			}

			if (node.parentNode) {
				if (keepData && jQuery.contains(node.ownerDocument, node)) {
					setGlobalEval(getAll(node, "script"));
				}
				node.parentNode.removeChild(node);
			}
		}

		return elem;
	}

	jQuery.extend({
		htmlPrefilter: function htmlPrefilter(html) {
			return html.replace(rxhtmlTag, "<$1></$2>");
		},

		clone: function clone(elem, dataAndEvents, deepDataAndEvents) {
			var i,
			    l,
			    srcElements,
			    destElements,
			    clone = elem.cloneNode(true),
			    inPage = jQuery.contains(elem.ownerDocument, elem);

			// Fix IE cloning issues
			if (!support.noCloneChecked && (elem.nodeType === 1 || elem.nodeType === 11) && !jQuery.isXMLDoc(elem)) {

				// We eschew Sizzle here for performance reasons: http://jsperf.com/getall-vs-sizzle/2
				destElements = getAll(clone);
				srcElements = getAll(elem);

				for (i = 0, l = srcElements.length; i < l; i++) {
					fixInput(srcElements[i], destElements[i]);
				}
			}

			// Copy the events from the original to the clone
			if (dataAndEvents) {
				if (deepDataAndEvents) {
					srcElements = srcElements || getAll(elem);
					destElements = destElements || getAll(clone);

					for (i = 0, l = srcElements.length; i < l; i++) {
						cloneCopyEvent(srcElements[i], destElements[i]);
					}
				} else {
					cloneCopyEvent(elem, clone);
				}
			}

			// Preserve script evaluation history
			destElements = getAll(clone, "script");
			if (destElements.length > 0) {
				setGlobalEval(destElements, !inPage && getAll(elem, "script"));
			}

			// Return the cloned set
			return clone;
		},

		cleanData: function cleanData(elems) {
			var data,
			    elem,
			    type,
			    special = jQuery.event.special,
			    i = 0;

			for (; (elem = elems[i]) !== undefined; i++) {
				if (acceptData(elem)) {
					if (data = elem[dataPriv.expando]) {
						if (data.events) {
							for (type in data.events) {
								if (special[type]) {
									jQuery.event.remove(elem, type);

									// This is a shortcut to avoid jQuery.event.remove's overhead
								} else {
									jQuery.removeEvent(elem, type, data.handle);
								}
							}
						}

						// Support: Chrome <= 35-45+
						// Assign undefined instead of using delete, see Data#remove
						elem[dataPriv.expando] = undefined;
					}
					if (elem[dataUser.expando]) {

						// Support: Chrome <= 35-45+
						// Assign undefined instead of using delete, see Data#remove
						elem[dataUser.expando] = undefined;
					}
				}
			}
		}
	});

	jQuery.fn.extend({

		// Keep domManip exposed until 3.0 (gh-2225)
		domManip: domManip,

		detach: function detach(selector) {
			return _remove(this, selector, true);
		},

		remove: function remove(selector) {
			return _remove(this, selector);
		},

		text: function text(value) {
			return access(this, function (value) {
				return value === undefined ? jQuery.text(this) : this.empty().each(function () {
					if (this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9) {
						this.textContent = value;
					}
				});
			}, null, value, arguments.length);
		},

		append: function append() {
			return domManip(this, arguments, function (elem) {
				if (this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9) {
					var target = manipulationTarget(this, elem);
					target.appendChild(elem);
				}
			});
		},

		prepend: function prepend() {
			return domManip(this, arguments, function (elem) {
				if (this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9) {
					var target = manipulationTarget(this, elem);
					target.insertBefore(elem, target.firstChild);
				}
			});
		},

		before: function before() {
			return domManip(this, arguments, function (elem) {
				if (this.parentNode) {
					this.parentNode.insertBefore(elem, this);
				}
			});
		},

		after: function after() {
			return domManip(this, arguments, function (elem) {
				if (this.parentNode) {
					this.parentNode.insertBefore(elem, this.nextSibling);
				}
			});
		},

		empty: function empty() {
			var elem,
			    i = 0;

			for (; (elem = this[i]) != null; i++) {
				if (elem.nodeType === 1) {

					// Prevent memory leaks
					jQuery.cleanData(getAll(elem, false));

					// Remove any remaining nodes
					elem.textContent = "";
				}
			}

			return this;
		},

		clone: function clone(dataAndEvents, deepDataAndEvents) {
			dataAndEvents = dataAndEvents == null ? false : dataAndEvents;
			deepDataAndEvents = deepDataAndEvents == null ? dataAndEvents : deepDataAndEvents;

			return this.map(function () {
				return jQuery.clone(this, dataAndEvents, deepDataAndEvents);
			});
		},

		html: function html(value) {
			return access(this, function (value) {
				var elem = this[0] || {},
				    i = 0,
				    l = this.length;

				if (value === undefined && elem.nodeType === 1) {
					return elem.innerHTML;
				}

				// See if we can take a shortcut and just use innerHTML
				if (typeof value === "string" && !rnoInnerhtml.test(value) && !wrapMap[(rtagName.exec(value) || ["", ""])[1].toLowerCase()]) {

					value = jQuery.htmlPrefilter(value);

					try {
						for (; i < l; i++) {
							elem = this[i] || {};

							// Remove element nodes and prevent memory leaks
							if (elem.nodeType === 1) {
								jQuery.cleanData(getAll(elem, false));
								elem.innerHTML = value;
							}
						}

						elem = 0;

						// If using innerHTML throws an exception, use the fallback method
					} catch (e) {}
				}

				if (elem) {
					this.empty().append(value);
				}
			}, null, value, arguments.length);
		},

		replaceWith: function replaceWith() {
			var ignored = [];

			// Make the changes, replacing each non-ignored context element with the new content
			return domManip(this, arguments, function (elem) {
				var parent = this.parentNode;

				if (jQuery.inArray(this, ignored) < 0) {
					jQuery.cleanData(getAll(this));
					if (parent) {
						parent.replaceChild(elem, this);
					}
				}

				// Force callback invocation
			}, ignored);
		}
	});

	jQuery.each({
		appendTo: "append",
		prependTo: "prepend",
		insertBefore: "before",
		insertAfter: "after",
		replaceAll: "replaceWith"
	}, function (name, original) {
		jQuery.fn[name] = function (selector) {
			var elems,
			    ret = [],
			    insert = jQuery(selector),
			    last = insert.length - 1,
			    i = 0;

			for (; i <= last; i++) {
				elems = i === last ? this : this.clone(true);
				jQuery(insert[i])[original](elems);

				// Support: QtWebKit
				// .get() because push.apply(_, arraylike) throws
				push.apply(ret, elems.get());
			}

			return this.pushStack(ret);
		};
	});

	var iframe,
	    elemdisplay = {

		// Support: Firefox
		// We have to pre-define these values for FF (#10227)
		HTML: "block",
		BODY: "block"
	};

	/**
  * Retrieve the actual display of a element
  * @param {String} name nodeName of the element
  * @param {Object} doc Document object
  */

	// Called only from within defaultDisplay
	function actualDisplay(name, doc) {
		var elem = jQuery(doc.createElement(name)).appendTo(doc.body),
		    display = jQuery.css(elem[0], "display");

		// We don't have any data stored on the element,
		// so use "detach" method as fast way to get rid of the element
		elem.detach();

		return display;
	}

	/**
  * Try to determine the default display value of an element
  * @param {String} nodeName
  */
	function defaultDisplay(nodeName) {
		var doc = document,
		    display = elemdisplay[nodeName];

		if (!display) {
			display = actualDisplay(nodeName, doc);

			// If the simple way fails, read from inside an iframe
			if (display === "none" || !display) {

				// Use the already-created iframe if possible
				iframe = (iframe || jQuery("<iframe frameborder='0' width='0' height='0'/>")).appendTo(doc.documentElement);

				// Always write a new HTML skeleton so Webkit and Firefox don't choke on reuse
				doc = iframe[0].contentDocument;

				// Support: IE
				doc.write();
				doc.close();

				display = actualDisplay(nodeName, doc);
				iframe.detach();
			}

			// Store the correct default display
			elemdisplay[nodeName] = display;
		}

		return display;
	}
	var rmargin = /^margin/;

	var rnumnonpx = new RegExp("^(" + pnum + ")(?!px)[a-z%]+$", "i");

	var getStyles = function getStyles(elem) {

		// Support: IE<=11+, Firefox<=30+ (#15098, #14150)
		// IE throws on elements created in popups
		// FF meanwhile throws on frame elements through "defaultView.getComputedStyle"
		var view = elem.ownerDocument.defaultView;

		if (!view || !view.opener) {
			view = window;
		}

		return view.getComputedStyle(elem);
	};

	var swap = function swap(elem, options, callback, args) {
		var ret,
		    name,
		    old = {};

		// Remember the old values, and insert the new ones
		for (name in options) {
			old[name] = elem.style[name];
			elem.style[name] = options[name];
		}

		ret = callback.apply(elem, args || []);

		// Revert the old values
		for (name in options) {
			elem.style[name] = old[name];
		}

		return ret;
	};

	var documentElement = document.documentElement;

	(function () {
		var pixelPositionVal,
		    boxSizingReliableVal,
		    pixelMarginRightVal,
		    reliableMarginLeftVal,
		    container = document.createElement("div"),
		    div = document.createElement("div");

		// Finish early in limited (non-browser) environments
		if (!div.style) {
			return;
		}

		// Support: IE9-11+
		// Style of cloned element affects source element cloned (#8908)
		div.style.backgroundClip = "content-box";
		div.cloneNode(true).style.backgroundClip = "";
		support.clearCloneStyle = div.style.backgroundClip === "content-box";

		container.style.cssText = "border:0;width:8px;height:0;top:0;left:-9999px;" + "padding:0;margin-top:1px;position:absolute";
		container.appendChild(div);

		// Executing both pixelPosition & boxSizingReliable tests require only one layout
		// so they're executed at the same time to save the second computation.
		function computeStyleTests() {
			div.style.cssText =

			// Support: Firefox<29, Android 2.3
			// Vendor-prefix box-sizing
			"-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;" + "position:relative;display:block;" + "margin:auto;border:1px;padding:1px;" + "top:1%;width:50%";
			div.innerHTML = "";
			documentElement.appendChild(container);

			var divStyle = window.getComputedStyle(div);
			pixelPositionVal = divStyle.top !== "1%";
			reliableMarginLeftVal = divStyle.marginLeft === "2px";
			boxSizingReliableVal = divStyle.width === "4px";

			// Support: Android 4.0 - 4.3 only
			// Some styles come back with percentage values, even though they shouldn't
			div.style.marginRight = "50%";
			pixelMarginRightVal = divStyle.marginRight === "4px";

			documentElement.removeChild(container);
		}

		jQuery.extend(support, {
			pixelPosition: function pixelPosition() {

				// This test is executed only once but we still do memoizing
				// since we can use the boxSizingReliable pre-computing.
				// No need to check if the test was already performed, though.
				computeStyleTests();
				return pixelPositionVal;
			},
			boxSizingReliable: function boxSizingReliable() {
				if (boxSizingReliableVal == null) {
					computeStyleTests();
				}
				return boxSizingReliableVal;
			},
			pixelMarginRight: function pixelMarginRight() {

				// Support: Android 4.0-4.3
				// We're checking for boxSizingReliableVal here instead of pixelMarginRightVal
				// since that compresses better and they're computed together anyway.
				if (boxSizingReliableVal == null) {
					computeStyleTests();
				}
				return pixelMarginRightVal;
			},
			reliableMarginLeft: function reliableMarginLeft() {

				// Support: IE <=8 only, Android 4.0 - 4.3 only, Firefox <=3 - 37
				if (boxSizingReliableVal == null) {
					computeStyleTests();
				}
				return reliableMarginLeftVal;
			},
			reliableMarginRight: function reliableMarginRight() {

				// Support: Android 2.3
				// Check if div with explicit width and no margin-right incorrectly
				// gets computed margin-right based on width of container. (#3333)
				// WebKit Bug 13343 - getComputedStyle returns wrong value for margin-right
				// This support function is only executed once so no memoizing is needed.
				var ret,
				    marginDiv = div.appendChild(document.createElement("div"));

				// Reset CSS: box-sizing; display; margin; border; padding
				marginDiv.style.cssText = div.style.cssText =

				// Support: Android 2.3
				// Vendor-prefix box-sizing
				"-webkit-box-sizing:content-box;box-sizing:content-box;" + "display:block;margin:0;border:0;padding:0";
				marginDiv.style.marginRight = marginDiv.style.width = "0";
				div.style.width = "1px";
				documentElement.appendChild(container);

				ret = !parseFloat(window.getComputedStyle(marginDiv).marginRight);

				documentElement.removeChild(container);
				div.removeChild(marginDiv);

				return ret;
			}
		});
	})();

	function curCSS(elem, name, computed) {
		var width,
		    minWidth,
		    maxWidth,
		    ret,
		    style = elem.style;

		computed = computed || getStyles(elem);
		ret = computed ? computed.getPropertyValue(name) || computed[name] : undefined;

		// Support: Opera 12.1x only
		// Fall back to style even without computed
		// computed is undefined for elems on document fragments
		if ((ret === "" || ret === undefined) && !jQuery.contains(elem.ownerDocument, elem)) {
			ret = jQuery.style(elem, name);
		}

		// Support: IE9
		// getPropertyValue is only needed for .css('filter') (#12537)
		if (computed) {

			// A tribute to the "awesome hack by Dean Edwards"
			// Android Browser returns percentage for some values,
			// but width seems to be reliably pixels.
			// This is against the CSSOM draft spec:
			// http://dev.w3.org/csswg/cssom/#resolved-values
			if (!support.pixelMarginRight() && rnumnonpx.test(ret) && rmargin.test(name)) {

				// Remember the original values
				width = style.width;
				minWidth = style.minWidth;
				maxWidth = style.maxWidth;

				// Put in the new values to get a computed value out
				style.minWidth = style.maxWidth = style.width = ret;
				ret = computed.width;

				// Revert the changed values
				style.width = width;
				style.minWidth = minWidth;
				style.maxWidth = maxWidth;
			}
		}

		return ret !== undefined ?

		// Support: IE9-11+
		// IE returns zIndex value as an integer.
		ret + "" : ret;
	}

	function addGetHookIf(conditionFn, hookFn) {

		// Define the hook, we'll check on the first run if it's really needed.
		return {
			get: function get() {
				if (conditionFn()) {

					// Hook not needed (or it's not possible to use it due
					// to missing dependency), remove it.
					delete this.get;
					return;
				}

				// Hook needed; redefine it so that the support test is not executed again.
				return (this.get = hookFn).apply(this, arguments);
			}
		};
	}

	var

	// Swappable if display is none or starts with table
	// except "table", "table-cell", or "table-caption"
	// See here for display values: https://developer.mozilla.org/en-US/docs/CSS/display
	rdisplayswap = /^(none|table(?!-c[ea]).+)/,
	    cssShow = { position: "absolute", visibility: "hidden", display: "block" },
	    cssNormalTransform = {
		letterSpacing: "0",
		fontWeight: "400"
	},
	    cssPrefixes = ["Webkit", "O", "Moz", "ms"],
	    emptyStyle = document.createElement("div").style;

	// Return a css property mapped to a potentially vendor prefixed property
	function vendorPropName(name) {

		// Shortcut for names that are not vendor prefixed
		if (name in emptyStyle) {
			return name;
		}

		// Check for vendor prefixed names
		var capName = name[0].toUpperCase() + name.slice(1),
		    i = cssPrefixes.length;

		while (i--) {
			name = cssPrefixes[i] + capName;
			if (name in emptyStyle) {
				return name;
			}
		}
	}

	function setPositiveNumber(elem, value, subtract) {

		// Any relative (+/-) values have already been
		// normalized at this point
		var matches = rcssNum.exec(value);
		return matches ?

		// Guard against undefined "subtract", e.g., when used as in cssHooks
		Math.max(0, matches[2] - (subtract || 0)) + (matches[3] || "px") : value;
	}

	function augmentWidthOrHeight(elem, name, extra, isBorderBox, styles) {
		var i = extra === (isBorderBox ? "border" : "content") ?

		// If we already have the right measurement, avoid augmentation
		4 :

		// Otherwise initialize for horizontal or vertical properties
		name === "width" ? 1 : 0,
		    val = 0;

		for (; i < 4; i += 2) {

			// Both box models exclude margin, so add it if we want it
			if (extra === "margin") {
				val += jQuery.css(elem, extra + cssExpand[i], true, styles);
			}

			if (isBorderBox) {

				// border-box includes padding, so remove it if we want content
				if (extra === "content") {
					val -= jQuery.css(elem, "padding" + cssExpand[i], true, styles);
				}

				// At this point, extra isn't border nor margin, so remove border
				if (extra !== "margin") {
					val -= jQuery.css(elem, "border" + cssExpand[i] + "Width", true, styles);
				}
			} else {

				// At this point, extra isn't content, so add padding
				val += jQuery.css(elem, "padding" + cssExpand[i], true, styles);

				// At this point, extra isn't content nor padding, so add border
				if (extra !== "padding") {
					val += jQuery.css(elem, "border" + cssExpand[i] + "Width", true, styles);
				}
			}
		}

		return val;
	}

	function getWidthOrHeight(elem, name, extra) {

		// Start with offset property, which is equivalent to the border-box value
		var valueIsBorderBox = true,
		    val = name === "width" ? elem.offsetWidth : elem.offsetHeight,
		    styles = getStyles(elem),
		    isBorderBox = jQuery.css(elem, "boxSizing", false, styles) === "border-box";

		// Some non-html elements return undefined for offsetWidth, so check for null/undefined
		// svg - https://bugzilla.mozilla.org/show_bug.cgi?id=649285
		// MathML - https://bugzilla.mozilla.org/show_bug.cgi?id=491668
		if (val <= 0 || val == null) {

			// Fall back to computed then uncomputed css if necessary
			val = curCSS(elem, name, styles);
			if (val < 0 || val == null) {
				val = elem.style[name];
			}

			// Computed unit is not pixels. Stop here and return.
			if (rnumnonpx.test(val)) {
				return val;
			}

			// Check for style in case a browser which returns unreliable values
			// for getComputedStyle silently falls back to the reliable elem.style
			valueIsBorderBox = isBorderBox && (support.boxSizingReliable() || val === elem.style[name]);

			// Normalize "", auto, and prepare for extra
			val = parseFloat(val) || 0;
		}

		// Use the active box-sizing model to add/subtract irrelevant styles
		return val + augmentWidthOrHeight(elem, name, extra || (isBorderBox ? "border" : "content"), valueIsBorderBox, styles) + "px";
	}

	function showHide(elements, show) {
		var display,
		    elem,
		    hidden,
		    values = [],
		    index = 0,
		    length = elements.length;

		for (; index < length; index++) {
			elem = elements[index];
			if (!elem.style) {
				continue;
			}

			values[index] = dataPriv.get(elem, "olddisplay");
			display = elem.style.display;
			if (show) {

				// Reset the inline display of this element to learn if it is
				// being hidden by cascaded rules or not
				if (!values[index] && display === "none") {
					elem.style.display = "";
				}

				// Set elements which have been overridden with display: none
				// in a stylesheet to whatever the default browser style is
				// for such an element
				if (elem.style.display === "" && isHidden(elem)) {
					values[index] = dataPriv.access(elem, "olddisplay", defaultDisplay(elem.nodeName));
				}
			} else {
				hidden = isHidden(elem);

				if (display !== "none" || !hidden) {
					dataPriv.set(elem, "olddisplay", hidden ? display : jQuery.css(elem, "display"));
				}
			}
		}

		// Set the display of most of the elements in a second loop
		// to avoid the constant reflow
		for (index = 0; index < length; index++) {
			elem = elements[index];
			if (!elem.style) {
				continue;
			}
			if (!show || elem.style.display === "none" || elem.style.display === "") {
				elem.style.display = show ? values[index] || "" : "none";
			}
		}

		return elements;
	}

	jQuery.extend({

		// Add in style property hooks for overriding the default
		// behavior of getting and setting a style property
		cssHooks: {
			opacity: {
				get: function get(elem, computed) {
					if (computed) {

						// We should always get a number back from opacity
						var ret = curCSS(elem, "opacity");
						return ret === "" ? "1" : ret;
					}
				}
			}
		},

		// Don't automatically add "px" to these possibly-unitless properties
		cssNumber: {
			"animationIterationCount": true,
			"columnCount": true,
			"fillOpacity": true,
			"flexGrow": true,
			"flexShrink": true,
			"fontWeight": true,
			"lineHeight": true,
			"opacity": true,
			"order": true,
			"orphans": true,
			"widows": true,
			"zIndex": true,
			"zoom": true
		},

		// Add in properties whose names you wish to fix before
		// setting or getting the value
		cssProps: {
			"float": "cssFloat"
		},

		// Get and set the style property on a DOM Node
		style: function style(elem, name, value, extra) {

			// Don't set styles on text and comment nodes
			if (!elem || elem.nodeType === 3 || elem.nodeType === 8 || !elem.style) {
				return;
			}

			// Make sure that we're working with the right name
			var ret,
			    type,
			    hooks,
			    origName = jQuery.camelCase(name),
			    style = elem.style;

			name = jQuery.cssProps[origName] || (jQuery.cssProps[origName] = vendorPropName(origName) || origName);

			// Gets hook for the prefixed version, then unprefixed version
			hooks = jQuery.cssHooks[name] || jQuery.cssHooks[origName];

			// Check if we're setting a value
			if (value !== undefined) {
				type = typeof value === "undefined" ? "undefined" : _typeof(value);

				// Convert "+=" or "-=" to relative numbers (#7345)
				if (type === "string" && (ret = rcssNum.exec(value)) && ret[1]) {
					value = adjustCSS(elem, name, ret);

					// Fixes bug #9237
					type = "number";
				}

				// Make sure that null and NaN values aren't set (#7116)
				if (value == null || value !== value) {
					return;
				}

				// If a number was passed in, add the unit (except for certain CSS properties)
				if (type === "number") {
					value += ret && ret[3] || (jQuery.cssNumber[origName] ? "" : "px");
				}

				// Support: IE9-11+
				// background-* props affect original clone's values
				if (!support.clearCloneStyle && value === "" && name.indexOf("background") === 0) {
					style[name] = "inherit";
				}

				// If a hook was provided, use that value, otherwise just set the specified value
				if (!hooks || !("set" in hooks) || (value = hooks.set(elem, value, extra)) !== undefined) {

					style[name] = value;
				}
			} else {

				// If a hook was provided get the non-computed value from there
				if (hooks && "get" in hooks && (ret = hooks.get(elem, false, extra)) !== undefined) {

					return ret;
				}

				// Otherwise just get the value from the style object
				return style[name];
			}
		},

		css: function css(elem, name, extra, styles) {
			var val,
			    num,
			    hooks,
			    origName = jQuery.camelCase(name);

			// Make sure that we're working with the right name
			name = jQuery.cssProps[origName] || (jQuery.cssProps[origName] = vendorPropName(origName) || origName);

			// Try prefixed name followed by the unprefixed name
			hooks = jQuery.cssHooks[name] || jQuery.cssHooks[origName];

			// If a hook was provided get the computed value from there
			if (hooks && "get" in hooks) {
				val = hooks.get(elem, true, extra);
			}

			// Otherwise, if a way to get the computed value exists, use that
			if (val === undefined) {
				val = curCSS(elem, name, styles);
			}

			// Convert "normal" to computed value
			if (val === "normal" && name in cssNormalTransform) {
				val = cssNormalTransform[name];
			}

			// Make numeric if forced or a qualifier was provided and val looks numeric
			if (extra === "" || extra) {
				num = parseFloat(val);
				return extra === true || isFinite(num) ? num || 0 : val;
			}
			return val;
		}
	});

	jQuery.each(["height", "width"], function (i, name) {
		jQuery.cssHooks[name] = {
			get: function get(elem, computed, extra) {
				if (computed) {

					// Certain elements can have dimension info if we invisibly show them
					// but it must have a current display style that would benefit
					return rdisplayswap.test(jQuery.css(elem, "display")) && elem.offsetWidth === 0 ? swap(elem, cssShow, function () {
						return getWidthOrHeight(elem, name, extra);
					}) : getWidthOrHeight(elem, name, extra);
				}
			},

			set: function set(elem, value, extra) {
				var matches,
				    styles = extra && getStyles(elem),
				    subtract = extra && augmentWidthOrHeight(elem, name, extra, jQuery.css(elem, "boxSizing", false, styles) === "border-box", styles);

				// Convert to pixels if value adjustment is needed
				if (subtract && (matches = rcssNum.exec(value)) && (matches[3] || "px") !== "px") {

					elem.style[name] = value;
					value = jQuery.css(elem, name);
				}

				return setPositiveNumber(elem, value, subtract);
			}
		};
	});

	jQuery.cssHooks.marginLeft = addGetHookIf(support.reliableMarginLeft, function (elem, computed) {
		if (computed) {
			return (parseFloat(curCSS(elem, "marginLeft")) || elem.getBoundingClientRect().left - swap(elem, { marginLeft: 0 }, function () {
				return elem.getBoundingClientRect().left;
			})) + "px";
		}
	});

	// Support: Android 2.3
	jQuery.cssHooks.marginRight = addGetHookIf(support.reliableMarginRight, function (elem, computed) {
		if (computed) {
			return swap(elem, { "display": "inline-block" }, curCSS, [elem, "marginRight"]);
		}
	});

	// These hooks are used by animate to expand properties
	jQuery.each({
		margin: "",
		padding: "",
		border: "Width"
	}, function (prefix, suffix) {
		jQuery.cssHooks[prefix + suffix] = {
			expand: function expand(value) {
				var i = 0,
				    expanded = {},


				// Assumes a single number if not a string
				parts = typeof value === "string" ? value.split(" ") : [value];

				for (; i < 4; i++) {
					expanded[prefix + cssExpand[i] + suffix] = parts[i] || parts[i - 2] || parts[0];
				}

				return expanded;
			}
		};

		if (!rmargin.test(prefix)) {
			jQuery.cssHooks[prefix + suffix].set = setPositiveNumber;
		}
	});

	jQuery.fn.extend({
		css: function css(name, value) {
			return access(this, function (elem, name, value) {
				var styles,
				    len,
				    map = {},
				    i = 0;

				if (jQuery.isArray(name)) {
					styles = getStyles(elem);
					len = name.length;

					for (; i < len; i++) {
						map[name[i]] = jQuery.css(elem, name[i], false, styles);
					}

					return map;
				}

				return value !== undefined ? jQuery.style(elem, name, value) : jQuery.css(elem, name);
			}, name, value, arguments.length > 1);
		},
		show: function show() {
			return showHide(this, true);
		},
		hide: function hide() {
			return showHide(this);
		},
		toggle: function toggle(state) {
			if (typeof state === "boolean") {
				return state ? this.show() : this.hide();
			}

			return this.each(function () {
				if (isHidden(this)) {
					jQuery(this).show();
				} else {
					jQuery(this).hide();
				}
			});
		}
	});

	function Tween(elem, options, prop, end, easing) {
		return new Tween.prototype.init(elem, options, prop, end, easing);
	}
	jQuery.Tween = Tween;

	Tween.prototype = {
		constructor: Tween,
		init: function init(elem, options, prop, end, easing, unit) {
			this.elem = elem;
			this.prop = prop;
			this.easing = easing || jQuery.easing._default;
			this.options = options;
			this.start = this.now = this.cur();
			this.end = end;
			this.unit = unit || (jQuery.cssNumber[prop] ? "" : "px");
		},
		cur: function cur() {
			var hooks = Tween.propHooks[this.prop];

			return hooks && hooks.get ? hooks.get(this) : Tween.propHooks._default.get(this);
		},
		run: function run(percent) {
			var eased,
			    hooks = Tween.propHooks[this.prop];

			if (this.options.duration) {
				this.pos = eased = jQuery.easing[this.easing](percent, this.options.duration * percent, 0, 1, this.options.duration);
			} else {
				this.pos = eased = percent;
			}
			this.now = (this.end - this.start) * eased + this.start;

			if (this.options.step) {
				this.options.step.call(this.elem, this.now, this);
			}

			if (hooks && hooks.set) {
				hooks.set(this);
			} else {
				Tween.propHooks._default.set(this);
			}
			return this;
		}
	};

	Tween.prototype.init.prototype = Tween.prototype;

	Tween.propHooks = {
		_default: {
			get: function get(tween) {
				var result;

				// Use a property on the element directly when it is not a DOM element,
				// or when there is no matching style property that exists.
				if (tween.elem.nodeType !== 1 || tween.elem[tween.prop] != null && tween.elem.style[tween.prop] == null) {
					return tween.elem[tween.prop];
				}

				// Passing an empty string as a 3rd parameter to .css will automatically
				// attempt a parseFloat and fallback to a string if the parse fails.
				// Simple values such as "10px" are parsed to Float;
				// complex values such as "rotate(1rad)" are returned as-is.
				result = jQuery.css(tween.elem, tween.prop, "");

				// Empty strings, null, undefined and "auto" are converted to 0.
				return !result || result === "auto" ? 0 : result;
			},
			set: function set(tween) {

				// Use step hook for back compat.
				// Use cssHook if its there.
				// Use .style if available and use plain properties where available.
				if (jQuery.fx.step[tween.prop]) {
					jQuery.fx.step[tween.prop](tween);
				} else if (tween.elem.nodeType === 1 && (tween.elem.style[jQuery.cssProps[tween.prop]] != null || jQuery.cssHooks[tween.prop])) {
					jQuery.style(tween.elem, tween.prop, tween.now + tween.unit);
				} else {
					tween.elem[tween.prop] = tween.now;
				}
			}
		}
	};

	// Support: IE9
	// Panic based approach to setting things on disconnected nodes
	Tween.propHooks.scrollTop = Tween.propHooks.scrollLeft = {
		set: function set(tween) {
			if (tween.elem.nodeType && tween.elem.parentNode) {
				tween.elem[tween.prop] = tween.now;
			}
		}
	};

	jQuery.easing = {
		linear: function linear(p) {
			return p;
		},
		swing: function swing(p) {
			return 0.5 - Math.cos(p * Math.PI) / 2;
		},
		_default: "swing"
	};

	jQuery.fx = Tween.prototype.init;

	// Back Compat <1.8 extension point
	jQuery.fx.step = {};

	var fxNow,
	    timerId,
	    rfxtypes = /^(?:toggle|show|hide)$/,
	    rrun = /queueHooks$/;

	// Animations created synchronously will run synchronously
	function createFxNow() {
		window.setTimeout(function () {
			fxNow = undefined;
		});
		return fxNow = jQuery.now();
	}

	// Generate parameters to create a standard animation
	function genFx(type, includeWidth) {
		var which,
		    i = 0,
		    attrs = { height: type };

		// If we include width, step value is 1 to do all cssExpand values,
		// otherwise step value is 2 to skip over Left and Right
		includeWidth = includeWidth ? 1 : 0;
		for (; i < 4; i += 2 - includeWidth) {
			which = cssExpand[i];
			attrs["margin" + which] = attrs["padding" + which] = type;
		}

		if (includeWidth) {
			attrs.opacity = attrs.width = type;
		}

		return attrs;
	}

	function createTween(value, prop, animation) {
		var tween,
		    collection = (Animation.tweeners[prop] || []).concat(Animation.tweeners["*"]),
		    index = 0,
		    length = collection.length;
		for (; index < length; index++) {
			if (tween = collection[index].call(animation, prop, value)) {

				// We're done with this property
				return tween;
			}
		}
	}

	function defaultPrefilter(elem, props, opts) {
		/* jshint validthis: true */
		var prop,
		    value,
		    toggle,
		    tween,
		    hooks,
		    oldfire,
		    display,
		    checkDisplay,
		    anim = this,
		    orig = {},
		    style = elem.style,
		    hidden = elem.nodeType && isHidden(elem),
		    dataShow = dataPriv.get(elem, "fxshow");

		// Handle queue: false promises
		if (!opts.queue) {
			hooks = jQuery._queueHooks(elem, "fx");
			if (hooks.unqueued == null) {
				hooks.unqueued = 0;
				oldfire = hooks.empty.fire;
				hooks.empty.fire = function () {
					if (!hooks.unqueued) {
						oldfire();
					}
				};
			}
			hooks.unqueued++;

			anim.always(function () {

				// Ensure the complete handler is called before this completes
				anim.always(function () {
					hooks.unqueued--;
					if (!jQuery.queue(elem, "fx").length) {
						hooks.empty.fire();
					}
				});
			});
		}

		// Height/width overflow pass
		if (elem.nodeType === 1 && ("height" in props || "width" in props)) {

			// Make sure that nothing sneaks out
			// Record all 3 overflow attributes because IE9-10 do not
			// change the overflow attribute when overflowX and
			// overflowY are set to the same value
			opts.overflow = [style.overflow, style.overflowX, style.overflowY];

			// Set display property to inline-block for height/width
			// animations on inline elements that are having width/height animated
			display = jQuery.css(elem, "display");

			// Test default display if display is currently "none"
			checkDisplay = display === "none" ? dataPriv.get(elem, "olddisplay") || defaultDisplay(elem.nodeName) : display;

			if (checkDisplay === "inline" && jQuery.css(elem, "float") === "none") {
				style.display = "inline-block";
			}
		}

		if (opts.overflow) {
			style.overflow = "hidden";
			anim.always(function () {
				style.overflow = opts.overflow[0];
				style.overflowX = opts.overflow[1];
				style.overflowY = opts.overflow[2];
			});
		}

		// show/hide pass
		for (prop in props) {
			value = props[prop];
			if (rfxtypes.exec(value)) {
				delete props[prop];
				toggle = toggle || value === "toggle";
				if (value === (hidden ? "hide" : "show")) {

					// If there is dataShow left over from a stopped hide or show
					// and we are going to proceed with show, we should pretend to be hidden
					if (value === "show" && dataShow && dataShow[prop] !== undefined) {
						hidden = true;
					} else {
						continue;
					}
				}
				orig[prop] = dataShow && dataShow[prop] || jQuery.style(elem, prop);

				// Any non-fx value stops us from restoring the original display value
			} else {
				display = undefined;
			}
		}

		if (!jQuery.isEmptyObject(orig)) {
			if (dataShow) {
				if ("hidden" in dataShow) {
					hidden = dataShow.hidden;
				}
			} else {
				dataShow = dataPriv.access(elem, "fxshow", {});
			}

			// Store state if its toggle - enables .stop().toggle() to "reverse"
			if (toggle) {
				dataShow.hidden = !hidden;
			}
			if (hidden) {
				jQuery(elem).show();
			} else {
				anim.done(function () {
					jQuery(elem).hide();
				});
			}
			anim.done(function () {
				var prop;

				dataPriv.remove(elem, "fxshow");
				for (prop in orig) {
					jQuery.style(elem, prop, orig[prop]);
				}
			});
			for (prop in orig) {
				tween = createTween(hidden ? dataShow[prop] : 0, prop, anim);

				if (!(prop in dataShow)) {
					dataShow[prop] = tween.start;
					if (hidden) {
						tween.end = tween.start;
						tween.start = prop === "width" || prop === "height" ? 1 : 0;
					}
				}
			}

			// If this is a noop like .hide().hide(), restore an overwritten display value
		} else if ((display === "none" ? defaultDisplay(elem.nodeName) : display) === "inline") {
			style.display = display;
		}
	}

	function propFilter(props, specialEasing) {
		var index, name, easing, value, hooks;

		// camelCase, specialEasing and expand cssHook pass
		for (index in props) {
			name = jQuery.camelCase(index);
			easing = specialEasing[name];
			value = props[index];
			if (jQuery.isArray(value)) {
				easing = value[1];
				value = props[index] = value[0];
			}

			if (index !== name) {
				props[name] = value;
				delete props[index];
			}

			hooks = jQuery.cssHooks[name];
			if (hooks && "expand" in hooks) {
				value = hooks.expand(value);
				delete props[name];

				// Not quite $.extend, this won't overwrite existing keys.
				// Reusing 'index' because we have the correct "name"
				for (index in value) {
					if (!(index in props)) {
						props[index] = value[index];
						specialEasing[index] = easing;
					}
				}
			} else {
				specialEasing[name] = easing;
			}
		}
	}

	function Animation(elem, properties, options) {
		var result,
		    stopped,
		    index = 0,
		    length = Animation.prefilters.length,
		    deferred = jQuery.Deferred().always(function () {

			// Don't match elem in the :animated selector
			delete tick.elem;
		}),
		    tick = function tick() {
			if (stopped) {
				return false;
			}
			var currentTime = fxNow || createFxNow(),
			    remaining = Math.max(0, animation.startTime + animation.duration - currentTime),


			// Support: Android 2.3
			// Archaic crash bug won't allow us to use `1 - ( 0.5 || 0 )` (#12497)
			temp = remaining / animation.duration || 0,
			    percent = 1 - temp,
			    index = 0,
			    length = animation.tweens.length;

			for (; index < length; index++) {
				animation.tweens[index].run(percent);
			}

			deferred.notifyWith(elem, [animation, percent, remaining]);

			if (percent < 1 && length) {
				return remaining;
			} else {
				deferred.resolveWith(elem, [animation]);
				return false;
			}
		},
		    animation = deferred.promise({
			elem: elem,
			props: jQuery.extend({}, properties),
			opts: jQuery.extend(true, {
				specialEasing: {},
				easing: jQuery.easing._default
			}, options),
			originalProperties: properties,
			originalOptions: options,
			startTime: fxNow || createFxNow(),
			duration: options.duration,
			tweens: [],
			createTween: function createTween(prop, end) {
				var tween = jQuery.Tween(elem, animation.opts, prop, end, animation.opts.specialEasing[prop] || animation.opts.easing);
				animation.tweens.push(tween);
				return tween;
			},
			stop: function stop(gotoEnd) {
				var index = 0,


				// If we are going to the end, we want to run all the tweens
				// otherwise we skip this part
				length = gotoEnd ? animation.tweens.length : 0;
				if (stopped) {
					return this;
				}
				stopped = true;
				for (; index < length; index++) {
					animation.tweens[index].run(1);
				}

				// Resolve when we played the last frame; otherwise, reject
				if (gotoEnd) {
					deferred.notifyWith(elem, [animation, 1, 0]);
					deferred.resolveWith(elem, [animation, gotoEnd]);
				} else {
					deferred.rejectWith(elem, [animation, gotoEnd]);
				}
				return this;
			}
		}),
		    props = animation.props;

		propFilter(props, animation.opts.specialEasing);

		for (; index < length; index++) {
			result = Animation.prefilters[index].call(animation, elem, props, animation.opts);
			if (result) {
				if (jQuery.isFunction(result.stop)) {
					jQuery._queueHooks(animation.elem, animation.opts.queue).stop = jQuery.proxy(result.stop, result);
				}
				return result;
			}
		}

		jQuery.map(props, createTween, animation);

		if (jQuery.isFunction(animation.opts.start)) {
			animation.opts.start.call(elem, animation);
		}

		jQuery.fx.timer(jQuery.extend(tick, {
			elem: elem,
			anim: animation,
			queue: animation.opts.queue
		}));

		// attach callbacks from options
		return animation.progress(animation.opts.progress).done(animation.opts.done, animation.opts.complete).fail(animation.opts.fail).always(animation.opts.always);
	}

	jQuery.Animation = jQuery.extend(Animation, {
		tweeners: {
			"*": [function (prop, value) {
				var tween = this.createTween(prop, value);
				adjustCSS(tween.elem, prop, rcssNum.exec(value), tween);
				return tween;
			}]
		},

		tweener: function tweener(props, callback) {
			if (jQuery.isFunction(props)) {
				callback = props;
				props = ["*"];
			} else {
				props = props.match(rnotwhite);
			}

			var prop,
			    index = 0,
			    length = props.length;

			for (; index < length; index++) {
				prop = props[index];
				Animation.tweeners[prop] = Animation.tweeners[prop] || [];
				Animation.tweeners[prop].unshift(callback);
			}
		},

		prefilters: [defaultPrefilter],

		prefilter: function prefilter(callback, prepend) {
			if (prepend) {
				Animation.prefilters.unshift(callback);
			} else {
				Animation.prefilters.push(callback);
			}
		}
	});

	jQuery.speed = function (speed, easing, fn) {
		var opt = speed && (typeof speed === "undefined" ? "undefined" : _typeof(speed)) === "object" ? jQuery.extend({}, speed) : {
			complete: fn || !fn && easing || jQuery.isFunction(speed) && speed,
			duration: speed,
			easing: fn && easing || easing && !jQuery.isFunction(easing) && easing
		};

		opt.duration = jQuery.fx.off ? 0 : typeof opt.duration === "number" ? opt.duration : opt.duration in jQuery.fx.speeds ? jQuery.fx.speeds[opt.duration] : jQuery.fx.speeds._default;

		// Normalize opt.queue - true/undefined/null -> "fx"
		if (opt.queue == null || opt.queue === true) {
			opt.queue = "fx";
		}

		// Queueing
		opt.old = opt.complete;

		opt.complete = function () {
			if (jQuery.isFunction(opt.old)) {
				opt.old.call(this);
			}

			if (opt.queue) {
				jQuery.dequeue(this, opt.queue);
			}
		};

		return opt;
	};

	jQuery.fn.extend({
		fadeTo: function fadeTo(speed, to, easing, callback) {

			// Show any hidden elements after setting opacity to 0
			return this.filter(isHidden).css("opacity", 0).show()

			// Animate to the value specified
			.end().animate({ opacity: to }, speed, easing, callback);
		},
		animate: function animate(prop, speed, easing, callback) {
			var empty = jQuery.isEmptyObject(prop),
			    optall = jQuery.speed(speed, easing, callback),
			    doAnimation = function doAnimation() {

				// Operate on a copy of prop so per-property easing won't be lost
				var anim = Animation(this, jQuery.extend({}, prop), optall);

				// Empty animations, or finishing resolves immediately
				if (empty || dataPriv.get(this, "finish")) {
					anim.stop(true);
				}
			};
			doAnimation.finish = doAnimation;

			return empty || optall.queue === false ? this.each(doAnimation) : this.queue(optall.queue, doAnimation);
		},
		stop: function stop(type, clearQueue, gotoEnd) {
			var stopQueue = function stopQueue(hooks) {
				var stop = hooks.stop;
				delete hooks.stop;
				stop(gotoEnd);
			};

			if (typeof type !== "string") {
				gotoEnd = clearQueue;
				clearQueue = type;
				type = undefined;
			}
			if (clearQueue && type !== false) {
				this.queue(type || "fx", []);
			}

			return this.each(function () {
				var dequeue = true,
				    index = type != null && type + "queueHooks",
				    timers = jQuery.timers,
				    data = dataPriv.get(this);

				if (index) {
					if (data[index] && data[index].stop) {
						stopQueue(data[index]);
					}
				} else {
					for (index in data) {
						if (data[index] && data[index].stop && rrun.test(index)) {
							stopQueue(data[index]);
						}
					}
				}

				for (index = timers.length; index--;) {
					if (timers[index].elem === this && (type == null || timers[index].queue === type)) {

						timers[index].anim.stop(gotoEnd);
						dequeue = false;
						timers.splice(index, 1);
					}
				}

				// Start the next in the queue if the last step wasn't forced.
				// Timers currently will call their complete callbacks, which
				// will dequeue but only if they were gotoEnd.
				if (dequeue || !gotoEnd) {
					jQuery.dequeue(this, type);
				}
			});
		},
		finish: function finish(type) {
			if (type !== false) {
				type = type || "fx";
			}
			return this.each(function () {
				var index,
				    data = dataPriv.get(this),
				    queue = data[type + "queue"],
				    hooks = data[type + "queueHooks"],
				    timers = jQuery.timers,
				    length = queue ? queue.length : 0;

				// Enable finishing flag on private data
				data.finish = true;

				// Empty the queue first
				jQuery.queue(this, type, []);

				if (hooks && hooks.stop) {
					hooks.stop.call(this, true);
				}

				// Look for any active animations, and finish them
				for (index = timers.length; index--;) {
					if (timers[index].elem === this && timers[index].queue === type) {
						timers[index].anim.stop(true);
						timers.splice(index, 1);
					}
				}

				// Look for any animations in the old queue and finish them
				for (index = 0; index < length; index++) {
					if (queue[index] && queue[index].finish) {
						queue[index].finish.call(this);
					}
				}

				// Turn off finishing flag
				delete data.finish;
			});
		}
	});

	jQuery.each(["toggle", "show", "hide"], function (i, name) {
		var cssFn = jQuery.fn[name];
		jQuery.fn[name] = function (speed, easing, callback) {
			return speed == null || typeof speed === "boolean" ? cssFn.apply(this, arguments) : this.animate(genFx(name, true), speed, easing, callback);
		};
	});

	// Generate shortcuts for custom animations
	jQuery.each({
		slideDown: genFx("show"),
		slideUp: genFx("hide"),
		slideToggle: genFx("toggle"),
		fadeIn: { opacity: "show" },
		fadeOut: { opacity: "hide" },
		fadeToggle: { opacity: "toggle" }
	}, function (name, props) {
		jQuery.fn[name] = function (speed, easing, callback) {
			return this.animate(props, speed, easing, callback);
		};
	});

	jQuery.timers = [];
	jQuery.fx.tick = function () {
		var timer,
		    i = 0,
		    timers = jQuery.timers;

		fxNow = jQuery.now();

		for (; i < timers.length; i++) {
			timer = timers[i];

			// Checks the timer has not already been removed
			if (!timer() && timers[i] === timer) {
				timers.splice(i--, 1);
			}
		}

		if (!timers.length) {
			jQuery.fx.stop();
		}
		fxNow = undefined;
	};

	jQuery.fx.timer = function (timer) {
		jQuery.timers.push(timer);
		if (timer()) {
			jQuery.fx.start();
		} else {
			jQuery.timers.pop();
		}
	};

	jQuery.fx.interval = 13;
	jQuery.fx.start = function () {
		if (!timerId) {
			timerId = window.setInterval(jQuery.fx.tick, jQuery.fx.interval);
		}
	};

	jQuery.fx.stop = function () {
		window.clearInterval(timerId);

		timerId = null;
	};

	jQuery.fx.speeds = {
		slow: 600,
		fast: 200,

		// Default speed
		_default: 400
	};

	// Based off of the plugin by Clint Helfers, with permission.
	// http://web.archive.org/web/20100324014747/http://blindsignals.com/index.php/2009/07/jquery-delay/
	jQuery.fn.delay = function (time, type) {
		time = jQuery.fx ? jQuery.fx.speeds[time] || time : time;
		type = type || "fx";

		return this.queue(type, function (next, hooks) {
			var timeout = window.setTimeout(next, time);
			hooks.stop = function () {
				window.clearTimeout(timeout);
			};
		});
	};

	(function () {
		var input = document.createElement("input"),
		    select = document.createElement("select"),
		    opt = select.appendChild(document.createElement("option"));

		input.type = "checkbox";

		// Support: iOS<=5.1, Android<=4.2+
		// Default value for a checkbox should be "on"
		support.checkOn = input.value !== "";

		// Support: IE<=11+
		// Must access selectedIndex to make default options select
		support.optSelected = opt.selected;

		// Support: Android<=2.3
		// Options inside disabled selects are incorrectly marked as disabled
		select.disabled = true;
		support.optDisabled = !opt.disabled;

		// Support: IE<=11+
		// An input loses its value after becoming a radio
		input = document.createElement("input");
		input.value = "t";
		input.type = "radio";
		support.radioValue = input.value === "t";
	})();

	var boolHook,
	    attrHandle = jQuery.expr.attrHandle;

	jQuery.fn.extend({
		attr: function attr(name, value) {
			return access(this, jQuery.attr, name, value, arguments.length > 1);
		},

		removeAttr: function removeAttr(name) {
			return this.each(function () {
				jQuery.removeAttr(this, name);
			});
		}
	});

	jQuery.extend({
		attr: function attr(elem, name, value) {
			var ret,
			    hooks,
			    nType = elem.nodeType;

			// Don't get/set attributes on text, comment and attribute nodes
			if (nType === 3 || nType === 8 || nType === 2) {
				return;
			}

			// Fallback to prop when attributes are not supported
			if (typeof elem.getAttribute === "undefined") {
				return jQuery.prop(elem, name, value);
			}

			// All attributes are lowercase
			// Grab necessary hook if one is defined
			if (nType !== 1 || !jQuery.isXMLDoc(elem)) {
				name = name.toLowerCase();
				hooks = jQuery.attrHooks[name] || (jQuery.expr.match.bool.test(name) ? boolHook : undefined);
			}

			if (value !== undefined) {
				if (value === null) {
					jQuery.removeAttr(elem, name);
					return;
				}

				if (hooks && "set" in hooks && (ret = hooks.set(elem, value, name)) !== undefined) {
					return ret;
				}

				elem.setAttribute(name, value + "");
				return value;
			}

			if (hooks && "get" in hooks && (ret = hooks.get(elem, name)) !== null) {
				return ret;
			}

			ret = jQuery.find.attr(elem, name);

			// Non-existent attributes return null, we normalize to undefined
			return ret == null ? undefined : ret;
		},

		attrHooks: {
			type: {
				set: function set(elem, value) {
					if (!support.radioValue && value === "radio" && jQuery.nodeName(elem, "input")) {
						var val = elem.value;
						elem.setAttribute("type", value);
						if (val) {
							elem.value = val;
						}
						return value;
					}
				}
			}
		},

		removeAttr: function removeAttr(elem, value) {
			var name,
			    propName,
			    i = 0,
			    attrNames = value && value.match(rnotwhite);

			if (attrNames && elem.nodeType === 1) {
				while (name = attrNames[i++]) {
					propName = jQuery.propFix[name] || name;

					// Boolean attributes get special treatment (#10870)
					if (jQuery.expr.match.bool.test(name)) {

						// Set corresponding property to false
						elem[propName] = false;
					}

					elem.removeAttribute(name);
				}
			}
		}
	});

	// Hooks for boolean attributes
	boolHook = {
		set: function set(elem, value, name) {
			if (value === false) {

				// Remove boolean attributes when set to false
				jQuery.removeAttr(elem, name);
			} else {
				elem.setAttribute(name, name);
			}
			return name;
		}
	};
	jQuery.each(jQuery.expr.match.bool.source.match(/\w+/g), function (i, name) {
		var getter = attrHandle[name] || jQuery.find.attr;

		attrHandle[name] = function (elem, name, isXML) {
			var ret, handle;
			if (!isXML) {

				// Avoid an infinite loop by temporarily removing this function from the getter
				handle = attrHandle[name];
				attrHandle[name] = ret;
				ret = getter(elem, name, isXML) != null ? name.toLowerCase() : null;
				attrHandle[name] = handle;
			}
			return ret;
		};
	});

	var rfocusable = /^(?:input|select|textarea|button)$/i,
	    rclickable = /^(?:a|area)$/i;

	jQuery.fn.extend({
		prop: function prop(name, value) {
			return access(this, jQuery.prop, name, value, arguments.length > 1);
		},

		removeProp: function removeProp(name) {
			return this.each(function () {
				delete this[jQuery.propFix[name] || name];
			});
		}
	});

	jQuery.extend({
		prop: function prop(elem, name, value) {
			var ret,
			    hooks,
			    nType = elem.nodeType;

			// Don't get/set properties on text, comment and attribute nodes
			if (nType === 3 || nType === 8 || nType === 2) {
				return;
			}

			if (nType !== 1 || !jQuery.isXMLDoc(elem)) {

				// Fix name and attach hooks
				name = jQuery.propFix[name] || name;
				hooks = jQuery.propHooks[name];
			}

			if (value !== undefined) {
				if (hooks && "set" in hooks && (ret = hooks.set(elem, value, name)) !== undefined) {
					return ret;
				}

				return elem[name] = value;
			}

			if (hooks && "get" in hooks && (ret = hooks.get(elem, name)) !== null) {
				return ret;
			}

			return elem[name];
		},

		propHooks: {
			tabIndex: {
				get: function get(elem) {

					// elem.tabIndex doesn't always return the
					// correct value when it hasn't been explicitly set
					// http://fluidproject.org/blog/2008/01/09/getting-setting-and-removing-tabindex-values-with-javascript/
					// Use proper attribute retrieval(#12072)
					var tabindex = jQuery.find.attr(elem, "tabindex");

					return tabindex ? parseInt(tabindex, 10) : rfocusable.test(elem.nodeName) || rclickable.test(elem.nodeName) && elem.href ? 0 : -1;
				}
			}
		},

		propFix: {
			"for": "htmlFor",
			"class": "className"
		}
	});

	// Support: IE <=11 only
	// Accessing the selectedIndex property
	// forces the browser to respect setting selected
	// on the option
	// The getter ensures a default option is selected
	// when in an optgroup
	if (!support.optSelected) {
		jQuery.propHooks.selected = {
			get: function get(elem) {
				var parent = elem.parentNode;
				if (parent && parent.parentNode) {
					parent.parentNode.selectedIndex;
				}
				return null;
			},
			set: function set(elem) {
				var parent = elem.parentNode;
				if (parent) {
					parent.selectedIndex;

					if (parent.parentNode) {
						parent.parentNode.selectedIndex;
					}
				}
			}
		};
	}

	jQuery.each(["tabIndex", "readOnly", "maxLength", "cellSpacing", "cellPadding", "rowSpan", "colSpan", "useMap", "frameBorder", "contentEditable"], function () {
		jQuery.propFix[this.toLowerCase()] = this;
	});

	var rclass = /[\t\r\n\f]/g;

	function getClass(elem) {
		return elem.getAttribute && elem.getAttribute("class") || "";
	}

	jQuery.fn.extend({
		addClass: function addClass(value) {
			var classes,
			    elem,
			    cur,
			    curValue,
			    clazz,
			    j,
			    finalValue,
			    i = 0;

			if (jQuery.isFunction(value)) {
				return this.each(function (j) {
					jQuery(this).addClass(value.call(this, j, getClass(this)));
				});
			}

			if (typeof value === "string" && value) {
				classes = value.match(rnotwhite) || [];

				while (elem = this[i++]) {
					curValue = getClass(elem);
					cur = elem.nodeType === 1 && (" " + curValue + " ").replace(rclass, " ");

					if (cur) {
						j = 0;
						while (clazz = classes[j++]) {
							if (cur.indexOf(" " + clazz + " ") < 0) {
								cur += clazz + " ";
							}
						}

						// Only assign if different to avoid unneeded rendering.
						finalValue = jQuery.trim(cur);
						if (curValue !== finalValue) {
							elem.setAttribute("class", finalValue);
						}
					}
				}
			}

			return this;
		},

		removeClass: function removeClass(value) {
			var classes,
			    elem,
			    cur,
			    curValue,
			    clazz,
			    j,
			    finalValue,
			    i = 0;

			if (jQuery.isFunction(value)) {
				return this.each(function (j) {
					jQuery(this).removeClass(value.call(this, j, getClass(this)));
				});
			}

			if (!arguments.length) {
				return this.attr("class", "");
			}

			if (typeof value === "string" && value) {
				classes = value.match(rnotwhite) || [];

				while (elem = this[i++]) {
					curValue = getClass(elem);

					// This expression is here for better compressibility (see addClass)
					cur = elem.nodeType === 1 && (" " + curValue + " ").replace(rclass, " ");

					if (cur) {
						j = 0;
						while (clazz = classes[j++]) {

							// Remove *all* instances
							while (cur.indexOf(" " + clazz + " ") > -1) {
								cur = cur.replace(" " + clazz + " ", " ");
							}
						}

						// Only assign if different to avoid unneeded rendering.
						finalValue = jQuery.trim(cur);
						if (curValue !== finalValue) {
							elem.setAttribute("class", finalValue);
						}
					}
				}
			}

			return this;
		},

		toggleClass: function toggleClass(value, stateVal) {
			var type = typeof value === "undefined" ? "undefined" : _typeof(value);

			if (typeof stateVal === "boolean" && type === "string") {
				return stateVal ? this.addClass(value) : this.removeClass(value);
			}

			if (jQuery.isFunction(value)) {
				return this.each(function (i) {
					jQuery(this).toggleClass(value.call(this, i, getClass(this), stateVal), stateVal);
				});
			}

			return this.each(function () {
				var className, i, self, classNames;

				if (type === "string") {

					// Toggle individual class names
					i = 0;
					self = jQuery(this);
					classNames = value.match(rnotwhite) || [];

					while (className = classNames[i++]) {

						// Check each className given, space separated list
						if (self.hasClass(className)) {
							self.removeClass(className);
						} else {
							self.addClass(className);
						}
					}

					// Toggle whole class name
				} else if (value === undefined || type === "boolean") {
					className = getClass(this);
					if (className) {

						// Store className if set
						dataPriv.set(this, "__className__", className);
					}

					// If the element has a class name or if we're passed `false`,
					// then remove the whole classname (if there was one, the above saved it).
					// Otherwise bring back whatever was previously saved (if anything),
					// falling back to the empty string if nothing was stored.
					if (this.setAttribute) {
						this.setAttribute("class", className || value === false ? "" : dataPriv.get(this, "__className__") || "");
					}
				}
			});
		},

		hasClass: function hasClass(selector) {
			var className,
			    elem,
			    i = 0;

			className = " " + selector + " ";
			while (elem = this[i++]) {
				if (elem.nodeType === 1 && (" " + getClass(elem) + " ").replace(rclass, " ").indexOf(className) > -1) {
					return true;
				}
			}

			return false;
		}
	});

	var rreturn = /\r/g,
	    rspaces = /[\x20\t\r\n\f]+/g;

	jQuery.fn.extend({
		val: function val(value) {
			var hooks,
			    ret,
			    isFunction,
			    elem = this[0];

			if (!arguments.length) {
				if (elem) {
					hooks = jQuery.valHooks[elem.type] || jQuery.valHooks[elem.nodeName.toLowerCase()];

					if (hooks && "get" in hooks && (ret = hooks.get(elem, "value")) !== undefined) {
						return ret;
					}

					ret = elem.value;

					return typeof ret === "string" ?

					// Handle most common string cases
					ret.replace(rreturn, "") :

					// Handle cases where value is null/undef or number
					ret == null ? "" : ret;
				}

				return;
			}

			isFunction = jQuery.isFunction(value);

			return this.each(function (i) {
				var val;

				if (this.nodeType !== 1) {
					return;
				}

				if (isFunction) {
					val = value.call(this, i, jQuery(this).val());
				} else {
					val = value;
				}

				// Treat null/undefined as ""; convert numbers to string
				if (val == null) {
					val = "";
				} else if (typeof val === "number") {
					val += "";
				} else if (jQuery.isArray(val)) {
					val = jQuery.map(val, function (value) {
						return value == null ? "" : value + "";
					});
				}

				hooks = jQuery.valHooks[this.type] || jQuery.valHooks[this.nodeName.toLowerCase()];

				// If set returns undefined, fall back to normal setting
				if (!hooks || !("set" in hooks) || hooks.set(this, val, "value") === undefined) {
					this.value = val;
				}
			});
		}
	});

	jQuery.extend({
		valHooks: {
			option: {
				get: function get(elem) {

					var val = jQuery.find.attr(elem, "value");
					return val != null ? val :

					// Support: IE10-11+
					// option.text throws exceptions (#14686, #14858)
					// Strip and collapse whitespace
					// https://html.spec.whatwg.org/#strip-and-collapse-whitespace
					jQuery.trim(jQuery.text(elem)).replace(rspaces, " ");
				}
			},
			select: {
				get: function get(elem) {
					var value,
					    option,
					    options = elem.options,
					    index = elem.selectedIndex,
					    one = elem.type === "select-one" || index < 0,
					    values = one ? null : [],
					    max = one ? index + 1 : options.length,
					    i = index < 0 ? max : one ? index : 0;

					// Loop through all the selected options
					for (; i < max; i++) {
						option = options[i];

						// IE8-9 doesn't update selected after form reset (#2551)
						if ((option.selected || i === index) && (

						// Don't return options that are disabled or in a disabled optgroup
						support.optDisabled ? !option.disabled : option.getAttribute("disabled") === null) && (!option.parentNode.disabled || !jQuery.nodeName(option.parentNode, "optgroup"))) {

							// Get the specific value for the option
							value = jQuery(option).val();

							// We don't need an array for one selects
							if (one) {
								return value;
							}

							// Multi-Selects return an array
							values.push(value);
						}
					}

					return values;
				},

				set: function set(elem, value) {
					var optionSet,
					    option,
					    options = elem.options,
					    values = jQuery.makeArray(value),
					    i = options.length;

					while (i--) {
						option = options[i];
						if (option.selected = jQuery.inArray(jQuery.valHooks.option.get(option), values) > -1) {
							optionSet = true;
						}
					}

					// Force browsers to behave consistently when non-matching value is set
					if (!optionSet) {
						elem.selectedIndex = -1;
					}
					return values;
				}
			}
		}
	});

	// Radios and checkboxes getter/setter
	jQuery.each(["radio", "checkbox"], function () {
		jQuery.valHooks[this] = {
			set: function set(elem, value) {
				if (jQuery.isArray(value)) {
					return elem.checked = jQuery.inArray(jQuery(elem).val(), value) > -1;
				}
			}
		};
		if (!support.checkOn) {
			jQuery.valHooks[this].get = function (elem) {
				return elem.getAttribute("value") === null ? "on" : elem.value;
			};
		}
	});

	// Return jQuery for attributes-only inclusion


	var rfocusMorph = /^(?:focusinfocus|focusoutblur)$/;

	jQuery.extend(jQuery.event, {

		trigger: function trigger(event, data, elem, onlyHandlers) {

			var i,
			    cur,
			    tmp,
			    bubbleType,
			    ontype,
			    handle,
			    special,
			    eventPath = [elem || document],
			    type = hasOwn.call(event, "type") ? event.type : event,
			    namespaces = hasOwn.call(event, "namespace") ? event.namespace.split(".") : [];

			cur = tmp = elem = elem || document;

			// Don't do events on text and comment nodes
			if (elem.nodeType === 3 || elem.nodeType === 8) {
				return;
			}

			// focus/blur morphs to focusin/out; ensure we're not firing them right now
			if (rfocusMorph.test(type + jQuery.event.triggered)) {
				return;
			}

			if (type.indexOf(".") > -1) {

				// Namespaced trigger; create a regexp to match event type in handle()
				namespaces = type.split(".");
				type = namespaces.shift();
				namespaces.sort();
			}
			ontype = type.indexOf(":") < 0 && "on" + type;

			// Caller can pass in a jQuery.Event object, Object, or just an event type string
			event = event[jQuery.expando] ? event : new jQuery.Event(type, (typeof event === "undefined" ? "undefined" : _typeof(event)) === "object" && event);

			// Trigger bitmask: & 1 for native handlers; & 2 for jQuery (always true)
			event.isTrigger = onlyHandlers ? 2 : 3;
			event.namespace = namespaces.join(".");
			event.rnamespace = event.namespace ? new RegExp("(^|\\.)" + namespaces.join("\\.(?:.*\\.|)") + "(\\.|$)") : null;

			// Clean up the event in case it is being reused
			event.result = undefined;
			if (!event.target) {
				event.target = elem;
			}

			// Clone any incoming data and prepend the event, creating the handler arg list
			data = data == null ? [event] : jQuery.makeArray(data, [event]);

			// Allow special events to draw outside the lines
			special = jQuery.event.special[type] || {};
			if (!onlyHandlers && special.trigger && special.trigger.apply(elem, data) === false) {
				return;
			}

			// Determine event propagation path in advance, per W3C events spec (#9951)
			// Bubble up to document, then to window; watch for a global ownerDocument var (#9724)
			if (!onlyHandlers && !special.noBubble && !jQuery.isWindow(elem)) {

				bubbleType = special.delegateType || type;
				if (!rfocusMorph.test(bubbleType + type)) {
					cur = cur.parentNode;
				}
				for (; cur; cur = cur.parentNode) {
					eventPath.push(cur);
					tmp = cur;
				}

				// Only add window if we got to document (e.g., not plain obj or detached DOM)
				if (tmp === (elem.ownerDocument || document)) {
					eventPath.push(tmp.defaultView || tmp.parentWindow || window);
				}
			}

			// Fire handlers on the event path
			i = 0;
			while ((cur = eventPath[i++]) && !event.isPropagationStopped()) {

				event.type = i > 1 ? bubbleType : special.bindType || type;

				// jQuery handler
				handle = (dataPriv.get(cur, "events") || {})[event.type] && dataPriv.get(cur, "handle");
				if (handle) {
					handle.apply(cur, data);
				}

				// Native handler
				handle = ontype && cur[ontype];
				if (handle && handle.apply && acceptData(cur)) {
					event.result = handle.apply(cur, data);
					if (event.result === false) {
						event.preventDefault();
					}
				}
			}
			event.type = type;

			// If nobody prevented the default action, do it now
			if (!onlyHandlers && !event.isDefaultPrevented()) {

				if ((!special._default || special._default.apply(eventPath.pop(), data) === false) && acceptData(elem)) {

					// Call a native DOM method on the target with the same name name as the event.
					// Don't do default actions on window, that's where global variables be (#6170)
					if (ontype && jQuery.isFunction(elem[type]) && !jQuery.isWindow(elem)) {

						// Don't re-trigger an onFOO event when we call its FOO() method
						tmp = elem[ontype];

						if (tmp) {
							elem[ontype] = null;
						}

						// Prevent re-triggering of the same event, since we already bubbled it above
						jQuery.event.triggered = type;
						elem[type]();
						jQuery.event.triggered = undefined;

						if (tmp) {
							elem[ontype] = tmp;
						}
					}
				}
			}

			return event.result;
		},

		// Piggyback on a donor event to simulate a different one
		// Used only for `focus(in | out)` events
		simulate: function simulate(type, elem, event) {
			var e = jQuery.extend(new jQuery.Event(), event, {
				type: type,
				isSimulated: true
			});

			jQuery.event.trigger(e, null, elem);
		}

	});

	jQuery.fn.extend({

		trigger: function trigger(type, data) {
			return this.each(function () {
				jQuery.event.trigger(type, data, this);
			});
		},
		triggerHandler: function triggerHandler(type, data) {
			var elem = this[0];
			if (elem) {
				return jQuery.event.trigger(type, data, elem, true);
			}
		}
	});

	jQuery.each(("blur focus focusin focusout load resize scroll unload click dblclick " + "mousedown mouseup mousemove mouseover mouseout mouseenter mouseleave " + "change select submit keydown keypress keyup error contextmenu").split(" "), function (i, name) {

		// Handle event binding
		jQuery.fn[name] = function (data, fn) {
			return arguments.length > 0 ? this.on(name, null, data, fn) : this.trigger(name);
		};
	});

	jQuery.fn.extend({
		hover: function hover(fnOver, fnOut) {
			return this.mouseenter(fnOver).mouseleave(fnOut || fnOver);
		}
	});

	support.focusin = "onfocusin" in window;

	// Support: Firefox
	// Firefox doesn't have focus(in | out) events
	// Related ticket - https://bugzilla.mozilla.org/show_bug.cgi?id=687787
	//
	// Support: Chrome, Safari
	// focus(in | out) events fire after focus & blur events,
	// which is spec violation - http://www.w3.org/TR/DOM-Level-3-Events/#events-focusevent-event-order
	// Related ticket - https://code.google.com/p/chromium/issues/detail?id=449857
	if (!support.focusin) {
		jQuery.each({ focus: "focusin", blur: "focusout" }, function (orig, fix) {

			// Attach a single capturing handler on the document while someone wants focusin/focusout
			var handler = function handler(event) {
				jQuery.event.simulate(fix, event.target, jQuery.event.fix(event));
			};

			jQuery.event.special[fix] = {
				setup: function setup() {
					var doc = this.ownerDocument || this,
					    attaches = dataPriv.access(doc, fix);

					if (!attaches) {
						doc.addEventListener(orig, handler, true);
					}
					dataPriv.access(doc, fix, (attaches || 0) + 1);
				},
				teardown: function teardown() {
					var doc = this.ownerDocument || this,
					    attaches = dataPriv.access(doc, fix) - 1;

					if (!attaches) {
						doc.removeEventListener(orig, handler, true);
						dataPriv.remove(doc, fix);
					} else {
						dataPriv.access(doc, fix, attaches);
					}
				}
			};
		});
	}
	var location = window.location;

	var nonce = jQuery.now();

	var rquery = /\?/;

	// Support: Android 2.3
	// Workaround failure to string-cast null input
	jQuery.parseJSON = function (data) {
		return JSON.parse(data + "");
	};

	// Cross-browser xml parsing
	jQuery.parseXML = function (data) {
		var xml;
		if (!data || typeof data !== "string") {
			return null;
		}

		// Support: IE9
		try {
			xml = new window.DOMParser().parseFromString(data, "text/xml");
		} catch (e) {
			xml = undefined;
		}

		if (!xml || xml.getElementsByTagName("parsererror").length) {
			jQuery.error("Invalid XML: " + data);
		}
		return xml;
	};

	var rhash = /#.*$/,
	    rts = /([?&])_=[^&]*/,
	    rheaders = /^(.*?):[ \t]*([^\r\n]*)$/mg,


	// #7653, #8125, #8152: local protocol detection
	rlocalProtocol = /^(?:about|app|app-storage|.+-extension|file|res|widget):$/,
	    rnoContent = /^(?:GET|HEAD)$/,
	    rprotocol = /^\/\//,


	/* Prefilters
  * 1) They are useful to introduce custom dataTypes (see ajax/jsonp.js for an example)
  * 2) These are called:
  *    - BEFORE asking for a transport
  *    - AFTER param serialization (s.data is a string if s.processData is true)
  * 3) key is the dataType
  * 4) the catchall symbol "*" can be used
  * 5) execution will start with transport dataType and THEN continue down to "*" if needed
  */
	prefilters = {},


	/* Transports bindings
  * 1) key is the dataType
  * 2) the catchall symbol "*" can be used
  * 3) selection will start with transport dataType and THEN go to "*" if needed
  */
	transports = {},


	// Avoid comment-prolog char sequence (#10098); must appease lint and evade compression
	allTypes = "*/".concat("*"),


	// Anchor tag for parsing the document origin
	originAnchor = document.createElement("a");
	originAnchor.href = location.href;

	// Base "constructor" for jQuery.ajaxPrefilter and jQuery.ajaxTransport
	function addToPrefiltersOrTransports(structure) {

		// dataTypeExpression is optional and defaults to "*"
		return function (dataTypeExpression, func) {

			if (typeof dataTypeExpression !== "string") {
				func = dataTypeExpression;
				dataTypeExpression = "*";
			}

			var dataType,
			    i = 0,
			    dataTypes = dataTypeExpression.toLowerCase().match(rnotwhite) || [];

			if (jQuery.isFunction(func)) {

				// For each dataType in the dataTypeExpression
				while (dataType = dataTypes[i++]) {

					// Prepend if requested
					if (dataType[0] === "+") {
						dataType = dataType.slice(1) || "*";
						(structure[dataType] = structure[dataType] || []).unshift(func);

						// Otherwise append
					} else {
						(structure[dataType] = structure[dataType] || []).push(func);
					}
				}
			}
		};
	}

	// Base inspection function for prefilters and transports
	function inspectPrefiltersOrTransports(structure, options, originalOptions, jqXHR) {

		var inspected = {},
		    seekingTransport = structure === transports;

		function inspect(dataType) {
			var selected;
			inspected[dataType] = true;
			jQuery.each(structure[dataType] || [], function (_, prefilterOrFactory) {
				var dataTypeOrTransport = prefilterOrFactory(options, originalOptions, jqXHR);
				if (typeof dataTypeOrTransport === "string" && !seekingTransport && !inspected[dataTypeOrTransport]) {

					options.dataTypes.unshift(dataTypeOrTransport);
					inspect(dataTypeOrTransport);
					return false;
				} else if (seekingTransport) {
					return !(selected = dataTypeOrTransport);
				}
			});
			return selected;
		}

		return inspect(options.dataTypes[0]) || !inspected["*"] && inspect("*");
	}

	// A special extend for ajax options
	// that takes "flat" options (not to be deep extended)
	// Fixes #9887
	function ajaxExtend(target, src) {
		var key,
		    deep,
		    flatOptions = jQuery.ajaxSettings.flatOptions || {};

		for (key in src) {
			if (src[key] !== undefined) {
				(flatOptions[key] ? target : deep || (deep = {}))[key] = src[key];
			}
		}
		if (deep) {
			jQuery.extend(true, target, deep);
		}

		return target;
	}

	/* Handles responses to an ajax request:
  * - finds the right dataType (mediates between content-type and expected dataType)
  * - returns the corresponding response
  */
	function ajaxHandleResponses(s, jqXHR, responses) {

		var ct,
		    type,
		    finalDataType,
		    firstDataType,
		    contents = s.contents,
		    dataTypes = s.dataTypes;

		// Remove auto dataType and get content-type in the process
		while (dataTypes[0] === "*") {
			dataTypes.shift();
			if (ct === undefined) {
				ct = s.mimeType || jqXHR.getResponseHeader("Content-Type");
			}
		}

		// Check if we're dealing with a known content-type
		if (ct) {
			for (type in contents) {
				if (contents[type] && contents[type].test(ct)) {
					dataTypes.unshift(type);
					break;
				}
			}
		}

		// Check to see if we have a response for the expected dataType
		if (dataTypes[0] in responses) {
			finalDataType = dataTypes[0];
		} else {

			// Try convertible dataTypes
			for (type in responses) {
				if (!dataTypes[0] || s.converters[type + " " + dataTypes[0]]) {
					finalDataType = type;
					break;
				}
				if (!firstDataType) {
					firstDataType = type;
				}
			}

			// Or just use first one
			finalDataType = finalDataType || firstDataType;
		}

		// If we found a dataType
		// We add the dataType to the list if needed
		// and return the corresponding response
		if (finalDataType) {
			if (finalDataType !== dataTypes[0]) {
				dataTypes.unshift(finalDataType);
			}
			return responses[finalDataType];
		}
	}

	/* Chain conversions given the request and the original response
  * Also sets the responseXXX fields on the jqXHR instance
  */
	function ajaxConvert(s, response, jqXHR, isSuccess) {
		var conv2,
		    current,
		    conv,
		    tmp,
		    prev,
		    converters = {},


		// Work with a copy of dataTypes in case we need to modify it for conversion
		dataTypes = s.dataTypes.slice();

		// Create converters map with lowercased keys
		if (dataTypes[1]) {
			for (conv in s.converters) {
				converters[conv.toLowerCase()] = s.converters[conv];
			}
		}

		current = dataTypes.shift();

		// Convert to each sequential dataType
		while (current) {

			if (s.responseFields[current]) {
				jqXHR[s.responseFields[current]] = response;
			}

			// Apply the dataFilter if provided
			if (!prev && isSuccess && s.dataFilter) {
				response = s.dataFilter(response, s.dataType);
			}

			prev = current;
			current = dataTypes.shift();

			if (current) {

				// There's only work to do if current dataType is non-auto
				if (current === "*") {

					current = prev;

					// Convert response if prev dataType is non-auto and differs from current
				} else if (prev !== "*" && prev !== current) {

					// Seek a direct converter
					conv = converters[prev + " " + current] || converters["* " + current];

					// If none found, seek a pair
					if (!conv) {
						for (conv2 in converters) {

							// If conv2 outputs current
							tmp = conv2.split(" ");
							if (tmp[1] === current) {

								// If prev can be converted to accepted input
								conv = converters[prev + " " + tmp[0]] || converters["* " + tmp[0]];
								if (conv) {

									// Condense equivalence converters
									if (conv === true) {
										conv = converters[conv2];

										// Otherwise, insert the intermediate dataType
									} else if (converters[conv2] !== true) {
										current = tmp[0];
										dataTypes.unshift(tmp[1]);
									}
									break;
								}
							}
						}
					}

					// Apply converter (if not an equivalence)
					if (conv !== true) {

						// Unless errors are allowed to bubble, catch and return them
						if (conv && s.throws) {
							response = conv(response);
						} else {
							try {
								response = conv(response);
							} catch (e) {
								return {
									state: "parsererror",
									error: conv ? e : "No conversion from " + prev + " to " + current
								};
							}
						}
					}
				}
			}
		}

		return { state: "success", data: response };
	}

	jQuery.extend({

		// Counter for holding the number of active queries
		active: 0,

		// Last-Modified header cache for next request
		lastModified: {},
		etag: {},

		ajaxSettings: {
			url: location.href,
			type: "GET",
			isLocal: rlocalProtocol.test(location.protocol),
			global: true,
			processData: true,
			async: true,
			contentType: "application/x-www-form-urlencoded; charset=UTF-8",
			/*
   timeout: 0,
   data: null,
   dataType: null,
   username: null,
   password: null,
   cache: null,
   throws: false,
   traditional: false,
   headers: {},
   */

			accepts: {
				"*": allTypes,
				text: "text/plain",
				html: "text/html",
				xml: "application/xml, text/xml",
				json: "application/json, text/javascript"
			},

			contents: {
				xml: /\bxml\b/,
				html: /\bhtml/,
				json: /\bjson\b/
			},

			responseFields: {
				xml: "responseXML",
				text: "responseText",
				json: "responseJSON"
			},

			// Data converters
			// Keys separate source (or catchall "*") and destination types with a single space
			converters: {

				// Convert anything to text
				"* text": String,

				// Text to html (true = no transformation)
				"text html": true,

				// Evaluate text as a json expression
				"text json": jQuery.parseJSON,

				// Parse text as xml
				"text xml": jQuery.parseXML
			},

			// For options that shouldn't be deep extended:
			// you can add your own custom options here if
			// and when you create one that shouldn't be
			// deep extended (see ajaxExtend)
			flatOptions: {
				url: true,
				context: true
			}
		},

		// Creates a full fledged settings object into target
		// with both ajaxSettings and settings fields.
		// If target is omitted, writes into ajaxSettings.
		ajaxSetup: function ajaxSetup(target, settings) {
			return settings ?

			// Building a settings object
			ajaxExtend(ajaxExtend(target, jQuery.ajaxSettings), settings) :

			// Extending ajaxSettings
			ajaxExtend(jQuery.ajaxSettings, target);
		},

		ajaxPrefilter: addToPrefiltersOrTransports(prefilters),
		ajaxTransport: addToPrefiltersOrTransports(transports),

		// Main method
		ajax: function ajax(url, options) {

			// If url is an object, simulate pre-1.5 signature
			if ((typeof url === "undefined" ? "undefined" : _typeof(url)) === "object") {
				options = url;
				url = undefined;
			}

			// Force options to be an object
			options = options || {};

			var transport,


			// URL without anti-cache param
			cacheURL,


			// Response headers
			responseHeadersString,
			    responseHeaders,


			// timeout handle
			timeoutTimer,


			// Url cleanup var
			urlAnchor,


			// To know if global events are to be dispatched
			fireGlobals,


			// Loop variable
			i,


			// Create the final options object
			s = jQuery.ajaxSetup({}, options),


			// Callbacks context
			callbackContext = s.context || s,


			// Context for global events is callbackContext if it is a DOM node or jQuery collection
			globalEventContext = s.context && (callbackContext.nodeType || callbackContext.jquery) ? jQuery(callbackContext) : jQuery.event,


			// Deferreds
			deferred = jQuery.Deferred(),
			    completeDeferred = jQuery.Callbacks("once memory"),


			// Status-dependent callbacks
			_statusCode = s.statusCode || {},


			// Headers (they are sent all at once)
			requestHeaders = {},
			    requestHeadersNames = {},


			// The jqXHR state
			state = 0,


			// Default abort message
			strAbort = "canceled",


			// Fake xhr
			jqXHR = {
				readyState: 0,

				// Builds headers hashtable if needed
				getResponseHeader: function getResponseHeader(key) {
					var match;
					if (state === 2) {
						if (!responseHeaders) {
							responseHeaders = {};
							while (match = rheaders.exec(responseHeadersString)) {
								responseHeaders[match[1].toLowerCase()] = match[2];
							}
						}
						match = responseHeaders[key.toLowerCase()];
					}
					return match == null ? null : match;
				},

				// Raw string
				getAllResponseHeaders: function getAllResponseHeaders() {
					return state === 2 ? responseHeadersString : null;
				},

				// Caches the header
				setRequestHeader: function setRequestHeader(name, value) {
					var lname = name.toLowerCase();
					if (!state) {
						name = requestHeadersNames[lname] = requestHeadersNames[lname] || name;
						requestHeaders[name] = value;
					}
					return this;
				},

				// Overrides response content-type header
				overrideMimeType: function overrideMimeType(type) {
					if (!state) {
						s.mimeType = type;
					}
					return this;
				},

				// Status-dependent callbacks
				statusCode: function statusCode(map) {
					var code;
					if (map) {
						if (state < 2) {
							for (code in map) {

								// Lazy-add the new callback in a way that preserves old ones
								_statusCode[code] = [_statusCode[code], map[code]];
							}
						} else {

							// Execute the appropriate callbacks
							jqXHR.always(map[jqXHR.status]);
						}
					}
					return this;
				},

				// Cancel the request
				abort: function abort(statusText) {
					var finalText = statusText || strAbort;
					if (transport) {
						transport.abort(finalText);
					}
					done(0, finalText);
					return this;
				}
			};

			// Attach deferreds
			deferred.promise(jqXHR).complete = completeDeferred.add;
			jqXHR.success = jqXHR.done;
			jqXHR.error = jqXHR.fail;

			// Remove hash character (#7531: and string promotion)
			// Add protocol if not provided (prefilters might expect it)
			// Handle falsy url in the settings object (#10093: consistency with old signature)
			// We also use the url parameter if available
			s.url = ((url || s.url || location.href) + "").replace(rhash, "").replace(rprotocol, location.protocol + "//");

			// Alias method option to type as per ticket #12004
			s.type = options.method || options.type || s.method || s.type;

			// Extract dataTypes list
			s.dataTypes = jQuery.trim(s.dataType || "*").toLowerCase().match(rnotwhite) || [""];

			// A cross-domain request is in order when the origin doesn't match the current origin.
			if (s.crossDomain == null) {
				urlAnchor = document.createElement("a");

				// Support: IE8-11+
				// IE throws exception if url is malformed, e.g. http://example.com:80x/
				try {
					urlAnchor.href = s.url;

					// Support: IE8-11+
					// Anchor's host property isn't correctly set when s.url is relative
					urlAnchor.href = urlAnchor.href;
					s.crossDomain = originAnchor.protocol + "//" + originAnchor.host !== urlAnchor.protocol + "//" + urlAnchor.host;
				} catch (e) {

					// If there is an error parsing the URL, assume it is crossDomain,
					// it can be rejected by the transport if it is invalid
					s.crossDomain = true;
				}
			}

			// Convert data if not already a string
			if (s.data && s.processData && typeof s.data !== "string") {
				s.data = jQuery.param(s.data, s.traditional);
			}

			// Apply prefilters
			inspectPrefiltersOrTransports(prefilters, s, options, jqXHR);

			// If request was aborted inside a prefilter, stop there
			if (state === 2) {
				return jqXHR;
			}

			// We can fire global events as of now if asked to
			// Don't fire events if jQuery.event is undefined in an AMD-usage scenario (#15118)
			fireGlobals = jQuery.event && s.global;

			// Watch for a new set of requests
			if (fireGlobals && jQuery.active++ === 0) {
				jQuery.event.trigger("ajaxStart");
			}

			// Uppercase the type
			s.type = s.type.toUpperCase();

			// Determine if request has content
			s.hasContent = !rnoContent.test(s.type);

			// Save the URL in case we're toying with the If-Modified-Since
			// and/or If-None-Match header later on
			cacheURL = s.url;

			// More options handling for requests with no content
			if (!s.hasContent) {

				// If data is available, append data to url
				if (s.data) {
					cacheURL = s.url += (rquery.test(cacheURL) ? "&" : "?") + s.data;

					// #9682: remove data so that it's not used in an eventual retry
					delete s.data;
				}

				// Add anti-cache in url if needed
				if (s.cache === false) {
					s.url = rts.test(cacheURL) ?

					// If there is already a '_' parameter, set its value
					cacheURL.replace(rts, "$1_=" + nonce++) :

					// Otherwise add one to the end
					cacheURL + (rquery.test(cacheURL) ? "&" : "?") + "_=" + nonce++;
				}
			}

			// Set the If-Modified-Since and/or If-None-Match header, if in ifModified mode.
			if (s.ifModified) {
				if (jQuery.lastModified[cacheURL]) {
					jqXHR.setRequestHeader("If-Modified-Since", jQuery.lastModified[cacheURL]);
				}
				if (jQuery.etag[cacheURL]) {
					jqXHR.setRequestHeader("If-None-Match", jQuery.etag[cacheURL]);
				}
			}

			// Set the correct header, if data is being sent
			if (s.data && s.hasContent && s.contentType !== false || options.contentType) {
				jqXHR.setRequestHeader("Content-Type", s.contentType);
			}

			// Set the Accepts header for the server, depending on the dataType
			jqXHR.setRequestHeader("Accept", s.dataTypes[0] && s.accepts[s.dataTypes[0]] ? s.accepts[s.dataTypes[0]] + (s.dataTypes[0] !== "*" ? ", " + allTypes + "; q=0.01" : "") : s.accepts["*"]);

			// Check for headers option
			for (i in s.headers) {
				jqXHR.setRequestHeader(i, s.headers[i]);
			}

			// Allow custom headers/mimetypes and early abort
			if (s.beforeSend && (s.beforeSend.call(callbackContext, jqXHR, s) === false || state === 2)) {

				// Abort if not done already and return
				return jqXHR.abort();
			}

			// Aborting is no longer a cancellation
			strAbort = "abort";

			// Install callbacks on deferreds
			for (i in { success: 1, error: 1, complete: 1 }) {
				jqXHR[i](s[i]);
			}

			// Get transport
			transport = inspectPrefiltersOrTransports(transports, s, options, jqXHR);

			// If no transport, we auto-abort
			if (!transport) {
				done(-1, "No Transport");
			} else {
				jqXHR.readyState = 1;

				// Send global event
				if (fireGlobals) {
					globalEventContext.trigger("ajaxSend", [jqXHR, s]);
				}

				// If request was aborted inside ajaxSend, stop there
				if (state === 2) {
					return jqXHR;
				}

				// Timeout
				if (s.async && s.timeout > 0) {
					timeoutTimer = window.setTimeout(function () {
						jqXHR.abort("timeout");
					}, s.timeout);
				}

				try {
					state = 1;
					transport.send(requestHeaders, done);
				} catch (e) {

					// Propagate exception as error if not done
					if (state < 2) {
						done(-1, e);

						// Simply rethrow otherwise
					} else {
						throw e;
					}
				}
			}

			// Callback for when everything is done
			function done(status, nativeStatusText, responses, headers) {
				var isSuccess,
				    success,
				    error,
				    response,
				    modified,
				    statusText = nativeStatusText;

				// Called once
				if (state === 2) {
					return;
				}

				// State is "done" now
				state = 2;

				// Clear timeout if it exists
				if (timeoutTimer) {
					window.clearTimeout(timeoutTimer);
				}

				// Dereference transport for early garbage collection
				// (no matter how long the jqXHR object will be used)
				transport = undefined;

				// Cache response headers
				responseHeadersString = headers || "";

				// Set readyState
				jqXHR.readyState = status > 0 ? 4 : 0;

				// Determine if successful
				isSuccess = status >= 200 && status < 300 || status === 304;

				// Get response data
				if (responses) {
					response = ajaxHandleResponses(s, jqXHR, responses);
				}

				// Convert no matter what (that way responseXXX fields are always set)
				response = ajaxConvert(s, response, jqXHR, isSuccess);

				// If successful, handle type chaining
				if (isSuccess) {

					// Set the If-Modified-Since and/or If-None-Match header, if in ifModified mode.
					if (s.ifModified) {
						modified = jqXHR.getResponseHeader("Last-Modified");
						if (modified) {
							jQuery.lastModified[cacheURL] = modified;
						}
						modified = jqXHR.getResponseHeader("etag");
						if (modified) {
							jQuery.etag[cacheURL] = modified;
						}
					}

					// if no content
					if (status === 204 || s.type === "HEAD") {
						statusText = "nocontent";

						// if not modified
					} else if (status === 304) {
						statusText = "notmodified";

						// If we have data, let's convert it
					} else {
						statusText = response.state;
						success = response.data;
						error = response.error;
						isSuccess = !error;
					}
				} else {

					// Extract error from statusText and normalize for non-aborts
					error = statusText;
					if (status || !statusText) {
						statusText = "error";
						if (status < 0) {
							status = 0;
						}
					}
				}

				// Set data for the fake xhr object
				jqXHR.status = status;
				jqXHR.statusText = (nativeStatusText || statusText) + "";

				// Success/Error
				if (isSuccess) {
					deferred.resolveWith(callbackContext, [success, statusText, jqXHR]);
				} else {
					deferred.rejectWith(callbackContext, [jqXHR, statusText, error]);
				}

				// Status-dependent callbacks
				jqXHR.statusCode(_statusCode);
				_statusCode = undefined;

				if (fireGlobals) {
					globalEventContext.trigger(isSuccess ? "ajaxSuccess" : "ajaxError", [jqXHR, s, isSuccess ? success : error]);
				}

				// Complete
				completeDeferred.fireWith(callbackContext, [jqXHR, statusText]);

				if (fireGlobals) {
					globalEventContext.trigger("ajaxComplete", [jqXHR, s]);

					// Handle the global AJAX counter
					if (! --jQuery.active) {
						jQuery.event.trigger("ajaxStop");
					}
				}
			}

			return jqXHR;
		},

		getJSON: function getJSON(url, data, callback) {
			return jQuery.get(url, data, callback, "json");
		},

		getScript: function getScript(url, callback) {
			return jQuery.get(url, undefined, callback, "script");
		}
	});

	jQuery.each(["get", "post"], function (i, method) {
		jQuery[method] = function (url, data, callback, type) {

			// Shift arguments if data argument was omitted
			if (jQuery.isFunction(data)) {
				type = type || callback;
				callback = data;
				data = undefined;
			}

			// The url can be an options object (which then must have .url)
			return jQuery.ajax(jQuery.extend({
				url: url,
				type: method,
				dataType: type,
				data: data,
				success: callback
			}, jQuery.isPlainObject(url) && url));
		};
	});

	jQuery._evalUrl = function (url) {
		return jQuery.ajax({
			url: url,

			// Make this explicit, since user can override this through ajaxSetup (#11264)
			type: "GET",
			dataType: "script",
			async: false,
			global: false,
			"throws": true
		});
	};

	jQuery.fn.extend({
		wrapAll: function wrapAll(html) {
			var wrap;

			if (jQuery.isFunction(html)) {
				return this.each(function (i) {
					jQuery(this).wrapAll(html.call(this, i));
				});
			}

			if (this[0]) {

				// The elements to wrap the target around
				wrap = jQuery(html, this[0].ownerDocument).eq(0).clone(true);

				if (this[0].parentNode) {
					wrap.insertBefore(this[0]);
				}

				wrap.map(function () {
					var elem = this;

					while (elem.firstElementChild) {
						elem = elem.firstElementChild;
					}

					return elem;
				}).append(this);
			}

			return this;
		},

		wrapInner: function wrapInner(html) {
			if (jQuery.isFunction(html)) {
				return this.each(function (i) {
					jQuery(this).wrapInner(html.call(this, i));
				});
			}

			return this.each(function () {
				var self = jQuery(this),
				    contents = self.contents();

				if (contents.length) {
					contents.wrapAll(html);
				} else {
					self.append(html);
				}
			});
		},

		wrap: function wrap(html) {
			var isFunction = jQuery.isFunction(html);

			return this.each(function (i) {
				jQuery(this).wrapAll(isFunction ? html.call(this, i) : html);
			});
		},

		unwrap: function unwrap() {
			return this.parent().each(function () {
				if (!jQuery.nodeName(this, "body")) {
					jQuery(this).replaceWith(this.childNodes);
				}
			}).end();
		}
	});

	jQuery.expr.filters.hidden = function (elem) {
		return !jQuery.expr.filters.visible(elem);
	};
	jQuery.expr.filters.visible = function (elem) {

		// Support: Opera <= 12.12
		// Opera reports offsetWidths and offsetHeights less than zero on some elements
		// Use OR instead of AND as the element is not visible if either is true
		// See tickets #10406 and #13132
		return elem.offsetWidth > 0 || elem.offsetHeight > 0 || elem.getClientRects().length > 0;
	};

	var r20 = /%20/g,
	    rbracket = /\[\]$/,
	    rCRLF = /\r?\n/g,
	    rsubmitterTypes = /^(?:submit|button|image|reset|file)$/i,
	    rsubmittable = /^(?:input|select|textarea|keygen)/i;

	function buildParams(prefix, obj, traditional, add) {
		var name;

		if (jQuery.isArray(obj)) {

			// Serialize array item.
			jQuery.each(obj, function (i, v) {
				if (traditional || rbracket.test(prefix)) {

					// Treat each array item as a scalar.
					add(prefix, v);
				} else {

					// Item is non-scalar (array or object), encode its numeric index.
					buildParams(prefix + "[" + ((typeof v === "undefined" ? "undefined" : _typeof(v)) === "object" && v != null ? i : "") + "]", v, traditional, add);
				}
			});
		} else if (!traditional && jQuery.type(obj) === "object") {

			// Serialize object item.
			for (name in obj) {
				buildParams(prefix + "[" + name + "]", obj[name], traditional, add);
			}
		} else {

			// Serialize scalar item.
			add(prefix, obj);
		}
	}

	// Serialize an array of form elements or a set of
	// key/values into a query string
	jQuery.param = function (a, traditional) {
		var prefix,
		    s = [],
		    add = function add(key, value) {

			// If value is a function, invoke it and return its value
			value = jQuery.isFunction(value) ? value() : value == null ? "" : value;
			s[s.length] = encodeURIComponent(key) + "=" + encodeURIComponent(value);
		};

		// Set traditional to true for jQuery <= 1.3.2 behavior.
		if (traditional === undefined) {
			traditional = jQuery.ajaxSettings && jQuery.ajaxSettings.traditional;
		}

		// If an array was passed in, assume that it is an array of form elements.
		if (jQuery.isArray(a) || a.jquery && !jQuery.isPlainObject(a)) {

			// Serialize the form elements
			jQuery.each(a, function () {
				add(this.name, this.value);
			});
		} else {

			// If traditional, encode the "old" way (the way 1.3.2 or older
			// did it), otherwise encode params recursively.
			for (prefix in a) {
				buildParams(prefix, a[prefix], traditional, add);
			}
		}

		// Return the resulting serialization
		return s.join("&").replace(r20, "+");
	};

	jQuery.fn.extend({
		serialize: function serialize() {
			return jQuery.param(this.serializeArray());
		},
		serializeArray: function serializeArray() {
			return this.map(function () {

				// Can add propHook for "elements" to filter or add form elements
				var elements = jQuery.prop(this, "elements");
				return elements ? jQuery.makeArray(elements) : this;
			}).filter(function () {
				var type = this.type;

				// Use .is( ":disabled" ) so that fieldset[disabled] works
				return this.name && !jQuery(this).is(":disabled") && rsubmittable.test(this.nodeName) && !rsubmitterTypes.test(type) && (this.checked || !rcheckableType.test(type));
			}).map(function (i, elem) {
				var val = jQuery(this).val();

				return val == null ? null : jQuery.isArray(val) ? jQuery.map(val, function (val) {
					return { name: elem.name, value: val.replace(rCRLF, "\r\n") };
				}) : { name: elem.name, value: val.replace(rCRLF, "\r\n") };
			}).get();
		}
	});

	jQuery.ajaxSettings.xhr = function () {
		try {
			return new window.XMLHttpRequest();
		} catch (e) {}
	};

	var xhrSuccessStatus = {

		// File protocol always yields status code 0, assume 200
		0: 200,

		// Support: IE9
		// #1450: sometimes IE returns 1223 when it should be 204
		1223: 204
	},
	    xhrSupported = jQuery.ajaxSettings.xhr();

	support.cors = !!xhrSupported && "withCredentials" in xhrSupported;
	support.ajax = xhrSupported = !!xhrSupported;

	jQuery.ajaxTransport(function (options) {
		var _callback, errorCallback;

		// Cross domain only allowed if supported through XMLHttpRequest
		if (support.cors || xhrSupported && !options.crossDomain) {
			return {
				send: function send(headers, complete) {
					var i,
					    xhr = options.xhr();

					xhr.open(options.type, options.url, options.async, options.username, options.password);

					// Apply custom fields if provided
					if (options.xhrFields) {
						for (i in options.xhrFields) {
							xhr[i] = options.xhrFields[i];
						}
					}

					// Override mime type if needed
					if (options.mimeType && xhr.overrideMimeType) {
						xhr.overrideMimeType(options.mimeType);
					}

					// X-Requested-With header
					// For cross-domain requests, seeing as conditions for a preflight are
					// akin to a jigsaw puzzle, we simply never set it to be sure.
					// (it can always be set on a per-request basis or even using ajaxSetup)
					// For same-domain requests, won't change header if already provided.
					if (!options.crossDomain && !headers["X-Requested-With"]) {
						headers["X-Requested-With"] = "XMLHttpRequest";
					}

					// Set headers
					for (i in headers) {
						xhr.setRequestHeader(i, headers[i]);
					}

					// Callback
					_callback = function callback(type) {
						return function () {
							if (_callback) {
								_callback = errorCallback = xhr.onload = xhr.onerror = xhr.onabort = xhr.onreadystatechange = null;

								if (type === "abort") {
									xhr.abort();
								} else if (type === "error") {

									// Support: IE9
									// On a manual native abort, IE9 throws
									// errors on any property access that is not readyState
									if (typeof xhr.status !== "number") {
										complete(0, "error");
									} else {
										complete(

										// File: protocol always yields status 0; see #8605, #14207
										xhr.status, xhr.statusText);
									}
								} else {
									complete(xhrSuccessStatus[xhr.status] || xhr.status, xhr.statusText,

									// Support: IE9 only
									// IE9 has no XHR2 but throws on binary (trac-11426)
									// For XHR2 non-text, let the caller handle it (gh-2498)
									(xhr.responseType || "text") !== "text" || typeof xhr.responseText !== "string" ? { binary: xhr.response } : { text: xhr.responseText }, xhr.getAllResponseHeaders());
								}
							}
						};
					};

					// Listen to events
					xhr.onload = _callback();
					errorCallback = xhr.onerror = _callback("error");

					// Support: IE9
					// Use onreadystatechange to replace onabort
					// to handle uncaught aborts
					if (xhr.onabort !== undefined) {
						xhr.onabort = errorCallback;
					} else {
						xhr.onreadystatechange = function () {

							// Check readyState before timeout as it changes
							if (xhr.readyState === 4) {

								// Allow onerror to be called first,
								// but that will not handle a native abort
								// Also, save errorCallback to a variable
								// as xhr.onerror cannot be accessed
								window.setTimeout(function () {
									if (_callback) {
										errorCallback();
									}
								});
							}
						};
					}

					// Create the abort callback
					_callback = _callback("abort");

					try {

						// Do send the request (this may raise an exception)
						xhr.send(options.hasContent && options.data || null);
					} catch (e) {

						// #14683: Only rethrow if this hasn't been notified as an error yet
						if (_callback) {
							throw e;
						}
					}
				},

				abort: function abort() {
					if (_callback) {
						_callback();
					}
				}
			};
		}
	});

	// Install script dataType
	jQuery.ajaxSetup({
		accepts: {
			script: "text/javascript, application/javascript, " + "application/ecmascript, application/x-ecmascript"
		},
		contents: {
			script: /\b(?:java|ecma)script\b/
		},
		converters: {
			"text script": function textScript(text) {
				jQuery.globalEval(text);
				return text;
			}
		}
	});

	// Handle cache's special case and crossDomain
	jQuery.ajaxPrefilter("script", function (s) {
		if (s.cache === undefined) {
			s.cache = false;
		}
		if (s.crossDomain) {
			s.type = "GET";
		}
	});

	// Bind script tag hack transport
	jQuery.ajaxTransport("script", function (s) {

		// This transport only deals with cross domain requests
		if (s.crossDomain) {
			var script, _callback2;
			return {
				send: function send(_, complete) {
					script = jQuery("<script>").prop({
						charset: s.scriptCharset,
						src: s.url
					}).on("load error", _callback2 = function callback(evt) {
						script.remove();
						_callback2 = null;
						if (evt) {
							complete(evt.type === "error" ? 404 : 200, evt.type);
						}
					});

					// Use native DOM manipulation to avoid our domManip AJAX trickery
					document.head.appendChild(script[0]);
				},
				abort: function abort() {
					if (_callback2) {
						_callback2();
					}
				}
			};
		}
	});

	var oldCallbacks = [],
	    rjsonp = /(=)\?(?=&|$)|\?\?/;

	// Default jsonp settings
	jQuery.ajaxSetup({
		jsonp: "callback",
		jsonpCallback: function jsonpCallback() {
			var callback = oldCallbacks.pop() || jQuery.expando + "_" + nonce++;
			this[callback] = true;
			return callback;
		}
	});

	// Detect, normalize options and install callbacks for jsonp requests
	jQuery.ajaxPrefilter("json jsonp", function (s, originalSettings, jqXHR) {

		var callbackName,
		    overwritten,
		    responseContainer,
		    jsonProp = s.jsonp !== false && (rjsonp.test(s.url) ? "url" : typeof s.data === "string" && (s.contentType || "").indexOf("application/x-www-form-urlencoded") === 0 && rjsonp.test(s.data) && "data");

		// Handle iff the expected data type is "jsonp" or we have a parameter to set
		if (jsonProp || s.dataTypes[0] === "jsonp") {

			// Get callback name, remembering preexisting value associated with it
			callbackName = s.jsonpCallback = jQuery.isFunction(s.jsonpCallback) ? s.jsonpCallback() : s.jsonpCallback;

			// Insert callback into url or form data
			if (jsonProp) {
				s[jsonProp] = s[jsonProp].replace(rjsonp, "$1" + callbackName);
			} else if (s.jsonp !== false) {
				s.url += (rquery.test(s.url) ? "&" : "?") + s.jsonp + "=" + callbackName;
			}

			// Use data converter to retrieve json after script execution
			s.converters["script json"] = function () {
				if (!responseContainer) {
					jQuery.error(callbackName + " was not called");
				}
				return responseContainer[0];
			};

			// Force json dataType
			s.dataTypes[0] = "json";

			// Install callback
			overwritten = window[callbackName];
			window[callbackName] = function () {
				responseContainer = arguments;
			};

			// Clean-up function (fires after converters)
			jqXHR.always(function () {

				// If previous value didn't exist - remove it
				if (overwritten === undefined) {
					jQuery(window).removeProp(callbackName);

					// Otherwise restore preexisting value
				} else {
					window[callbackName] = overwritten;
				}

				// Save back as free
				if (s[callbackName]) {

					// Make sure that re-using the options doesn't screw things around
					s.jsonpCallback = originalSettings.jsonpCallback;

					// Save the callback name for future use
					oldCallbacks.push(callbackName);
				}

				// Call if it was a function and we have a response
				if (responseContainer && jQuery.isFunction(overwritten)) {
					overwritten(responseContainer[0]);
				}

				responseContainer = overwritten = undefined;
			});

			// Delegate to script
			return "script";
		}
	});

	// Argument "data" should be string of html
	// context (optional): If specified, the fragment will be created in this context,
	// defaults to document
	// keepScripts (optional): If true, will include scripts passed in the html string
	jQuery.parseHTML = function (data, context, keepScripts) {
		if (!data || typeof data !== "string") {
			return null;
		}
		if (typeof context === "boolean") {
			keepScripts = context;
			context = false;
		}
		context = context || document;

		var parsed = rsingleTag.exec(data),
		    scripts = !keepScripts && [];

		// Single tag
		if (parsed) {
			return [context.createElement(parsed[1])];
		}

		parsed = buildFragment([data], context, scripts);

		if (scripts && scripts.length) {
			jQuery(scripts).remove();
		}

		return jQuery.merge([], parsed.childNodes);
	};

	// Keep a copy of the old load method
	var _load = jQuery.fn.load;

	/**
  * Load a url into a page
  */
	jQuery.fn.load = function (url, params, callback) {
		if (typeof url !== "string" && _load) {
			return _load.apply(this, arguments);
		}

		var selector,
		    type,
		    response,
		    self = this,
		    off = url.indexOf(" ");

		if (off > -1) {
			selector = jQuery.trim(url.slice(off));
			url = url.slice(0, off);
		}

		// If it's a function
		if (jQuery.isFunction(params)) {

			// We assume that it's the callback
			callback = params;
			params = undefined;

			// Otherwise, build a param string
		} else if (params && (typeof params === "undefined" ? "undefined" : _typeof(params)) === "object") {
			type = "POST";
		}

		// If we have elements to modify, make the request
		if (self.length > 0) {
			jQuery.ajax({
				url: url,

				// If "type" variable is undefined, then "GET" method will be used.
				// Make value of this field explicit since
				// user can override it through ajaxSetup method
				type: type || "GET",
				dataType: "html",
				data: params
			}).done(function (responseText) {

				// Save response for use in complete callback
				response = arguments;

				self.html(selector ?

				// If a selector was specified, locate the right elements in a dummy div
				// Exclude scripts to avoid IE 'Permission Denied' errors
				jQuery("<div>").append(jQuery.parseHTML(responseText)).find(selector) :

				// Otherwise use the full result
				responseText);

				// If the request succeeds, this function gets "data", "status", "jqXHR"
				// but they are ignored because response was set above.
				// If it fails, this function gets "jqXHR", "status", "error"
			}).always(callback && function (jqXHR, status) {
				self.each(function () {
					callback.apply(this, response || [jqXHR.responseText, status, jqXHR]);
				});
			});
		}

		return this;
	};

	// Attach a bunch of functions for handling common AJAX events
	jQuery.each(["ajaxStart", "ajaxStop", "ajaxComplete", "ajaxError", "ajaxSuccess", "ajaxSend"], function (i, type) {
		jQuery.fn[type] = function (fn) {
			return this.on(type, fn);
		};
	});

	jQuery.expr.filters.animated = function (elem) {
		return jQuery.grep(jQuery.timers, function (fn) {
			return elem === fn.elem;
		}).length;
	};

	/**
  * Gets a window from an element
  */
	function getWindow(elem) {
		return jQuery.isWindow(elem) ? elem : elem.nodeType === 9 && elem.defaultView;
	}

	jQuery.offset = {
		setOffset: function setOffset(elem, options, i) {
			var curPosition,
			    curLeft,
			    curCSSTop,
			    curTop,
			    curOffset,
			    curCSSLeft,
			    calculatePosition,
			    position = jQuery.css(elem, "position"),
			    curElem = jQuery(elem),
			    props = {};

			// Set position first, in-case top/left are set even on static elem
			if (position === "static") {
				elem.style.position = "relative";
			}

			curOffset = curElem.offset();
			curCSSTop = jQuery.css(elem, "top");
			curCSSLeft = jQuery.css(elem, "left");
			calculatePosition = (position === "absolute" || position === "fixed") && (curCSSTop + curCSSLeft).indexOf("auto") > -1;

			// Need to be able to calculate position if either
			// top or left is auto and position is either absolute or fixed
			if (calculatePosition) {
				curPosition = curElem.position();
				curTop = curPosition.top;
				curLeft = curPosition.left;
			} else {
				curTop = parseFloat(curCSSTop) || 0;
				curLeft = parseFloat(curCSSLeft) || 0;
			}

			if (jQuery.isFunction(options)) {

				// Use jQuery.extend here to allow modification of coordinates argument (gh-1848)
				options = options.call(elem, i, jQuery.extend({}, curOffset));
			}

			if (options.top != null) {
				props.top = options.top - curOffset.top + curTop;
			}
			if (options.left != null) {
				props.left = options.left - curOffset.left + curLeft;
			}

			if ("using" in options) {
				options.using.call(elem, props);
			} else {
				curElem.css(props);
			}
		}
	};

	jQuery.fn.extend({
		offset: function offset(options) {
			if (arguments.length) {
				return options === undefined ? this : this.each(function (i) {
					jQuery.offset.setOffset(this, options, i);
				});
			}

			var docElem,
			    win,
			    elem = this[0],
			    box = { top: 0, left: 0 },
			    doc = elem && elem.ownerDocument;

			if (!doc) {
				return;
			}

			docElem = doc.documentElement;

			// Make sure it's not a disconnected DOM node
			if (!jQuery.contains(docElem, elem)) {
				return box;
			}

			box = elem.getBoundingClientRect();
			win = getWindow(doc);
			return {
				top: box.top + win.pageYOffset - docElem.clientTop,
				left: box.left + win.pageXOffset - docElem.clientLeft
			};
		},

		position: function position() {
			if (!this[0]) {
				return;
			}

			var offsetParent,
			    offset,
			    elem = this[0],
			    parentOffset = { top: 0, left: 0 };

			// Fixed elements are offset from window (parentOffset = {top:0, left: 0},
			// because it is its only offset parent
			if (jQuery.css(elem, "position") === "fixed") {

				// Assume getBoundingClientRect is there when computed position is fixed
				offset = elem.getBoundingClientRect();
			} else {

				// Get *real* offsetParent
				offsetParent = this.offsetParent();

				// Get correct offsets
				offset = this.offset();
				if (!jQuery.nodeName(offsetParent[0], "html")) {
					parentOffset = offsetParent.offset();
				}

				// Add offsetParent borders
				parentOffset.top += jQuery.css(offsetParent[0], "borderTopWidth", true);
				parentOffset.left += jQuery.css(offsetParent[0], "borderLeftWidth", true);
			}

			// Subtract parent offsets and element margins
			return {
				top: offset.top - parentOffset.top - jQuery.css(elem, "marginTop", true),
				left: offset.left - parentOffset.left - jQuery.css(elem, "marginLeft", true)
			};
		},

		// This method will return documentElement in the following cases:
		// 1) For the element inside the iframe without offsetParent, this method will return
		//    documentElement of the parent window
		// 2) For the hidden or detached element
		// 3) For body or html element, i.e. in case of the html node - it will return itself
		//
		// but those exceptions were never presented as a real life use-cases
		// and might be considered as more preferable results.
		//
		// This logic, however, is not guaranteed and can change at any point in the future
		offsetParent: function offsetParent() {
			return this.map(function () {
				var offsetParent = this.offsetParent;

				while (offsetParent && jQuery.css(offsetParent, "position") === "static") {
					offsetParent = offsetParent.offsetParent;
				}

				return offsetParent || documentElement;
			});
		}
	});

	// Create scrollLeft and scrollTop methods
	jQuery.each({ scrollLeft: "pageXOffset", scrollTop: "pageYOffset" }, function (method, prop) {
		var top = "pageYOffset" === prop;

		jQuery.fn[method] = function (val) {
			return access(this, function (elem, method, val) {
				var win = getWindow(elem);

				if (val === undefined) {
					return win ? win[prop] : elem[method];
				}

				if (win) {
					win.scrollTo(!top ? val : win.pageXOffset, top ? val : win.pageYOffset);
				} else {
					elem[method] = val;
				}
			}, method, val, arguments.length);
		};
	});

	// Support: Safari<7-8+, Chrome<37-44+
	// Add the top/left cssHooks using jQuery.fn.position
	// Webkit bug: https://bugs.webkit.org/show_bug.cgi?id=29084
	// Blink bug: https://code.google.com/p/chromium/issues/detail?id=229280
	// getComputedStyle returns percent when specified for top/left/bottom/right;
	// rather than make the css module depend on the offset module, just check for it here
	jQuery.each(["top", "left"], function (i, prop) {
		jQuery.cssHooks[prop] = addGetHookIf(support.pixelPosition, function (elem, computed) {
			if (computed) {
				computed = curCSS(elem, prop);

				// If curCSS returns percentage, fallback to offset
				return rnumnonpx.test(computed) ? jQuery(elem).position()[prop] + "px" : computed;
			}
		});
	});

	// Create innerHeight, innerWidth, height, width, outerHeight and outerWidth methods
	jQuery.each({ Height: "height", Width: "width" }, function (name, type) {
		jQuery.each({ padding: "inner" + name, content: type, "": "outer" + name }, function (defaultExtra, funcName) {

			// Margin is only for outerHeight, outerWidth
			jQuery.fn[funcName] = function (margin, value) {
				var chainable = arguments.length && (defaultExtra || typeof margin !== "boolean"),
				    extra = defaultExtra || (margin === true || value === true ? "margin" : "border");

				return access(this, function (elem, type, value) {
					var doc;

					if (jQuery.isWindow(elem)) {

						// As of 5/8/2012 this will yield incorrect results for Mobile Safari, but there
						// isn't a whole lot we can do. See pull request at this URL for discussion:
						// https://github.com/jquery/jquery/pull/764
						return elem.document.documentElement["client" + name];
					}

					// Get document width or height
					if (elem.nodeType === 9) {
						doc = elem.documentElement;

						// Either scroll[Width/Height] or offset[Width/Height] or client[Width/Height],
						// whichever is greatest
						return Math.max(elem.body["scroll" + name], doc["scroll" + name], elem.body["offset" + name], doc["offset" + name], doc["client" + name]);
					}

					return value === undefined ?

					// Get width or height on the element, requesting but not forcing parseFloat
					jQuery.css(elem, type, extra) :

					// Set width or height on the element
					jQuery.style(elem, type, value, extra);
				}, type, chainable ? margin : undefined, chainable, null);
			};
		});
	});

	jQuery.fn.extend({

		bind: function bind(types, data, fn) {
			return this.on(types, null, data, fn);
		},
		unbind: function unbind(types, fn) {
			return this.off(types, null, fn);
		},

		delegate: function delegate(selector, types, data, fn) {
			return this.on(types, selector, data, fn);
		},
		undelegate: function undelegate(selector, types, fn) {

			// ( namespace ) or ( selector, types [, fn] )
			return arguments.length === 1 ? this.off(selector, "**") : this.off(types, selector || "**", fn);
		},
		size: function size() {
			return this.length;
		}
	});

	jQuery.fn.andSelf = jQuery.fn.addBack;

	// Register as a named AMD module, since jQuery can be concatenated with other
	// files that may use define, but not via a proper concatenation script that
	// understands anonymous AMD modules. A named AMD is safest and most robust
	// way to register. Lowercase jquery is used because AMD module names are
	// derived from file names, and jQuery is normally delivered in a lowercase
	// file name. Do this after creating the global so that if an AMD module wants
	// to call noConflict to hide this version of jQuery, it will work.

	// Note that for maximum portability, libraries that are not jQuery should
	// declare themselves as anonymous modules, and avoid setting a global if an
	// AMD loader is present. jQuery is a special case. For more information, see
	// https://github.com/jrburke/requirejs/wiki/Updating-existing-libraries#wiki-anon

	if (typeof define === "function" && define.amd) {
		define("jquery", [], function () {
			return jQuery;
		});
	}

	var

	// Map over jQuery in case of overwrite
	_jQuery = window.jQuery,


	// Map over the $ in case of overwrite
	_$ = window.$;

	jQuery.noConflict = function (deep) {
		if (window.$ === jQuery) {
			window.$ = _$;
		}

		if (deep && window.jQuery === jQuery) {
			window.jQuery = _jQuery;
		}

		return jQuery;
	};

	// Expose jQuery and $ identifiers, even in AMD
	// (#7102#comment:10, https://github.com/jquery/jquery/pull/557)
	// and CommonJS for browser emulators (#13566)
	if (!noGlobal) {
		window.jQuery = window.$ = jQuery;
	}

	return jQuery;
});
/**
 * what-input - A global utility for tracking the current input method (mouse, keyboard or touch).
 * @version v4.0.6
 * @link https://github.com/ten1seven/what-input
 * @license MIT
 */
(function webpackUniversalModuleDefinition(root, factory) {
	if(typeof exports === 'object' && typeof module === 'object')
		module.exports = factory();
	else if(typeof define === 'function' && define.amd)
		define("whatInput", [], factory);
	else if(typeof exports === 'object')
		exports["whatInput"] = factory();
	else
		root["whatInput"] = factory();
})(this, function() {
return /******/ (function(modules) { // webpackBootstrap
/******/ 	// The module cache
/******/ 	var installedModules = {};

/******/ 	// The require function
/******/ 	function __webpack_require__(moduleId) {

/******/ 		// Check if module is in cache
/******/ 		if(installedModules[moduleId])
/******/ 			return installedModules[moduleId].exports;

/******/ 		// Create a new module (and put it into the cache)
/******/ 		var module = installedModules[moduleId] = {
/******/ 			exports: {},
/******/ 			id: moduleId,
/******/ 			loaded: false
/******/ 		};

/******/ 		// Execute the module function
/******/ 		modules[moduleId].call(module.exports, module, module.exports, __webpack_require__);

/******/ 		// Flag the module as loaded
/******/ 		module.loaded = true;

/******/ 		// Return the exports of the module
/******/ 		return module.exports;
/******/ 	}


/******/ 	// expose the modules object (__webpack_modules__)
/******/ 	__webpack_require__.m = modules;

/******/ 	// expose the module cache
/******/ 	__webpack_require__.c = installedModules;

/******/ 	// __webpack_public_path__
/******/ 	__webpack_require__.p = "";

/******/ 	// Load entry module and return exports
/******/ 	return __webpack_require__(0);
/******/ })
/************************************************************************/
/******/ ([
/* 0 */
/***/ function(module, exports) {

	module.exports = (function() {

	  /*
	    ---------------
	    Variables
	    ---------------
	  */

	  // cache document.documentElement
	  var docElem = document.documentElement;

	  // last used input type
	  var currentInput = 'initial';

	  // last used input intent
	  var currentIntent = null;

	  // form input types
	  var formInputs = [
	    'input',
	    'select',
	    'textarea'
	  ];

	  // list of modifier keys commonly used with the mouse and
	  // can be safely ignored to prevent false keyboard detection
	  var ignoreMap = [
	    16, // shift
	    17, // control
	    18, // alt
	    91, // Windows key / left Apple cmd
	    93  // Windows menu / right Apple cmd
	  ];

	  // mapping of events to input types
	  var inputMap = {
	    'keyup': 'keyboard',
	    'mousedown': 'mouse',
	    'mousemove': 'mouse',
	    'MSPointerDown': 'pointer',
	    'MSPointerMove': 'pointer',
	    'pointerdown': 'pointer',
	    'pointermove': 'pointer',
	    'touchstart': 'touch'
	  };

	  // array of all used input types
	  var inputTypes = [];

	  // boolean: true if touch buffer timer is running
	  var isBuffering = false;

	  // map of IE 10 pointer events
	  var pointerMap = {
	    2: 'touch',
	    3: 'touch', // treat pen like touch
	    4: 'mouse'
	  };

	  // touch buffer timer
	  var touchTimer = null;


	  /*
	    ---------------
	    Set up
	    ---------------
	  */

	  var setUp = function() {

	    // add correct mouse wheel event mapping to `inputMap`
	    inputMap[detectWheel()] = 'mouse';

	    addListeners();
	    setInput();
	  };


	  /*
	    ---------------
	    Events
	    ---------------
	  */

	  var addListeners = function() {

	    // `pointermove`, `MSPointerMove`, `mousemove` and mouse wheel event binding
	    // can only demonstrate potential, but not actual, interaction
	    // and are treated separately

	    // pointer events (mouse, pen, touch)
	    if (window.PointerEvent) {
	      docElem.addEventListener('pointerdown', updateInput);
	      docElem.addEventListener('pointermove', setIntent);
	    } else if (window.MSPointerEvent) {
	      docElem.addEventListener('MSPointerDown', updateInput);
	      docElem.addEventListener('MSPointerMove', setIntent);
	    } else {

	      // mouse events
	      docElem.addEventListener('mousedown', updateInput);
	      docElem.addEventListener('mousemove', setIntent);

	      // touch events
	      if ('ontouchstart' in window) {
	        docElem.addEventListener('touchstart', touchBuffer);
	      }
	    }

	    // mouse wheel
	    docElem.addEventListener(detectWheel(), setIntent);

	    // keyboard events
	    docElem.addEventListener('keydown', updateInput);
	    docElem.addEventListener('keyup', updateInput);
	  };

	  // checks conditions before updating new input
	  var updateInput = function(event) {

	    // only execute if the touch buffer timer isn't running
	    if (!isBuffering) {
	      var eventKey = event.which;
	      var value = inputMap[event.type];
	      if (value === 'pointer') value = pointerType(event);

	      if (
	        currentInput !== value ||
	        currentIntent !== value
	      ) {

	        var activeElem = document.activeElement;
	        var activeInput = (
	          activeElem &&
	          activeElem.nodeName &&
	          formInputs.indexOf(activeElem.nodeName.toLowerCase()) === -1
	        ) ? true : false;

	        if (
	          value === 'touch' ||

	          // ignore mouse modifier keys
	          (value === 'mouse' && ignoreMap.indexOf(eventKey) === -1) ||

	          // don't switch if the current element is a form input
	          (value === 'keyboard' && activeInput)
	        ) {

	          // set the current and catch-all variable
	          currentInput = currentIntent = value;

	          setInput();
	        }
	      }
	    }
	  };

	  // updates the doc and `inputTypes` array with new input
	  var setInput = function() {
	    docElem.setAttribute('data-whatinput', currentInput);
	    docElem.setAttribute('data-whatintent', currentInput);

	    if (inputTypes.indexOf(currentInput) === -1) {
	      inputTypes.push(currentInput);
	      docElem.className += ' whatinput-types-' + currentInput;
	    }
	  };

	  // updates input intent for `mousemove` and `pointermove`
	  var setIntent = function(event) {

	    // only execute if the touch buffer timer isn't running
	    if (!isBuffering) {
	      var value = inputMap[event.type];
	      if (value === 'pointer') value = pointerType(event);

	      if (currentIntent !== value) {
	        currentIntent = value;

	        docElem.setAttribute('data-whatintent', currentIntent);
	      }
	    }
	  };

	  // buffers touch events because they frequently also fire mouse events
	  var touchBuffer = function(event) {

	    // clear the timer if it happens to be running
	    window.clearTimeout(touchTimer);

	    // set the current input
	    updateInput(event);

	    // set the isBuffering to `true`
	    isBuffering = true;

	    // run the timer
	    touchTimer = window.setTimeout(function() {

	      // if the timer runs out, set isBuffering back to `false`
	      isBuffering = false;
	    }, 200);
	  };


	  /*
	    ---------------
	    Utilities
	    ---------------
	  */

	  var pointerType = function(event) {
	   if (typeof event.pointerType === 'number') {
	      return pointerMap[event.pointerType];
	   } else {
	      return (event.pointerType === 'pen') ? 'touch' : event.pointerType; // treat pen like touch
	   }
	  };

	  // detect version of mouse wheel event to use
	  // via https://developer.mozilla.org/en-US/docs/Web/Events/wheel
	  var detectWheel = function() {
	    return 'onwheel' in document.createElement('div') ?
	      'wheel' : // Modern browsers support "wheel"

	      document.onmousewheel !== undefined ?
	        'mousewheel' : // Webkit and IE support at least "mousewheel"
	        'DOMMouseScroll'; // let's assume that remaining browsers are older Firefox
	  };


	  /*
	    ---------------
	    Init

	    don't start script unless browser cuts the mustard
	    (also passes if polyfills are used)
	    ---------------
	  */

	  if (
	    'addEventListener' in window &&
	    Array.prototype.indexOf
	  ) {
	    setUp();
	  }


	  /*
	    ---------------
	    API
	    ---------------
	  */

	  return {

	    // returns string: the current input type
	    // opt: 'loose'|'strict'
	    // 'strict' (default): returns the same value as the `data-whatinput` attribute
	    // 'loose': includes `data-whatintent` value if it's more current than `data-whatinput`
	    ask: function(opt) { return (opt === 'loose') ? currentIntent : currentInput; },

	    // returns array: all the detected input types
	    types: function() { return inputTypes; }

	  };

	}());


/***/ }
/******/ ])
});
;
'use strict';

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

!function ($) {

  "use strict";

  var FOUNDATION_VERSION = '6.3.0';

  // Global Foundation object
  // This is attached to the window, or used as a module for AMD/Browserify
  var Foundation = {
    version: FOUNDATION_VERSION,

    /**
     * Stores initialized plugins.
     */
    _plugins: {},

    /**
     * Stores generated unique ids for plugin instances
     */
    _uuids: [],

    /**
     * Returns a boolean for RTL support
     */
    rtl: function rtl() {
      return $('html').attr('dir') === 'rtl';
    },
    /**
     * Defines a Foundation plugin, adding it to the `Foundation` namespace and the list of plugins to initialize when reflowing.
     * @param {Object} plugin - The constructor of the plugin.
     */
    plugin: function plugin(_plugin, name) {
      // Object key to use when adding to global Foundation object
      // Examples: Foundation.Reveal, Foundation.OffCanvas
      var className = name || functionName(_plugin);
      // Object key to use when storing the plugin, also used to create the identifying data attribute for the plugin
      // Examples: data-reveal, data-off-canvas
      var attrName = hyphenate(className);

      // Add to the Foundation object and the plugins list (for reflowing)
      this._plugins[attrName] = this[className] = _plugin;
    },
    /**
     * @function
     * Populates the _uuids array with pointers to each individual plugin instance.
     * Adds the `zfPlugin` data-attribute to programmatically created plugins to allow use of $(selector).foundation(method) calls.
     * Also fires the initialization event for each plugin, consolidating repetitive code.
     * @param {Object} plugin - an instance of a plugin, usually `this` in context.
     * @param {String} name - the name of the plugin, passed as a camelCased string.
     * @fires Plugin#init
     */
    registerPlugin: function registerPlugin(plugin, name) {
      var pluginName = name ? hyphenate(name) : functionName(plugin.constructor).toLowerCase();
      plugin.uuid = this.GetYoDigits(6, pluginName);

      if (!plugin.$element.attr('data-' + pluginName)) {
        plugin.$element.attr('data-' + pluginName, plugin.uuid);
      }
      if (!plugin.$element.data('zfPlugin')) {
        plugin.$element.data('zfPlugin', plugin);
      }
      /**
       * Fires when the plugin has initialized.
       * @event Plugin#init
       */
      plugin.$element.trigger('init.zf.' + pluginName);

      this._uuids.push(plugin.uuid);

      return;
    },
    /**
     * @function
     * Removes the plugins uuid from the _uuids array.
     * Removes the zfPlugin data attribute, as well as the data-plugin-name attribute.
     * Also fires the destroyed event for the plugin, consolidating repetitive code.
     * @param {Object} plugin - an instance of a plugin, usually `this` in context.
     * @fires Plugin#destroyed
     */
    unregisterPlugin: function unregisterPlugin(plugin) {
      var pluginName = hyphenate(functionName(plugin.$element.data('zfPlugin').constructor));

      this._uuids.splice(this._uuids.indexOf(plugin.uuid), 1);
      plugin.$element.removeAttr('data-' + pluginName).removeData('zfPlugin')
      /**
       * Fires when the plugin has been destroyed.
       * @event Plugin#destroyed
       */
      .trigger('destroyed.zf.' + pluginName);
      for (var prop in plugin) {
        plugin[prop] = null; //clean up script to prep for garbage collection.
      }
      return;
    },

    /**
     * @function
     * Causes one or more active plugins to re-initialize, resetting event listeners, recalculating positions, etc.
     * @param {String} plugins - optional string of an individual plugin key, attained by calling `$(element).data('pluginName')`, or string of a plugin class i.e. `'dropdown'`
     * @default If no argument is passed, reflow all currently active plugins.
     */
    reInit: function reInit(plugins) {
      var isJQ = plugins instanceof $;
      try {
        if (isJQ) {
          plugins.each(function () {
            $(this).data('zfPlugin')._init();
          });
        } else {
          var type = typeof plugins === 'undefined' ? 'undefined' : _typeof(plugins),
              _this = this,
              fns = {
            'object': function object(plgs) {
              plgs.forEach(function (p) {
                p = hyphenate(p);
                $('[data-' + p + ']').foundation('_init');
              });
            },
            'string': function string() {
              plugins = hyphenate(plugins);
              $('[data-' + plugins + ']').foundation('_init');
            },
            'undefined': function undefined() {
              this['object'](Object.keys(_this._plugins));
            }
          };
          fns[type](plugins);
        }
      } catch (err) {
        console.error(err);
      } finally {
        return plugins;
      }
    },

    /**
     * returns a random base-36 uid with namespacing
     * @function
     * @param {Number} length - number of random base-36 digits desired. Increase for more random strings.
     * @param {String} namespace - name of plugin to be incorporated in uid, optional.
     * @default {String} '' - if no plugin name is provided, nothing is appended to the uid.
     * @returns {String} - unique id
     */
    GetYoDigits: function GetYoDigits(length, namespace) {
      length = length || 6;
      return Math.round(Math.pow(36, length + 1) - Math.random() * Math.pow(36, length)).toString(36).slice(1) + (namespace ? '-' + namespace : '');
    },
    /**
     * Initialize plugins on any elements within `elem` (and `elem` itself) that aren't already initialized.
     * @param {Object} elem - jQuery object containing the element to check inside. Also checks the element itself, unless it's the `document` object.
     * @param {String|Array} plugins - A list of plugins to initialize. Leave this out to initialize everything.
     */
    reflow: function reflow(elem, plugins) {

      // If plugins is undefined, just grab everything
      if (typeof plugins === 'undefined') {
        plugins = Object.keys(this._plugins);
      }
      // If plugins is a string, convert it to an array with one item
      else if (typeof plugins === 'string') {
          plugins = [plugins];
        }

      var _this = this;

      // Iterate through each plugin
      $.each(plugins, function (i, name) {
        // Get the current plugin
        var plugin = _this._plugins[name];

        // Localize the search to all elements inside elem, as well as elem itself, unless elem === document
        var $elem = $(elem).find('[data-' + name + ']').addBack('[data-' + name + ']');

        // For each plugin found, initialize it
        $elem.each(function () {
          var $el = $(this),
              opts = {};
          // Don't double-dip on plugins
          if ($el.data('zfPlugin')) {
            console.warn("Tried to initialize " + name + " on an element that already has a Foundation plugin.");
            return;
          }

          if ($el.attr('data-options')) {
            var thing = $el.attr('data-options').split(';').forEach(function (e, i) {
              var opt = e.split(':').map(function (el) {
                return el.trim();
              });
              if (opt[0]) opts[opt[0]] = parseValue(opt[1]);
            });
          }
          try {
            $el.data('zfPlugin', new plugin($(this), opts));
          } catch (er) {
            console.error(er);
          } finally {
            return;
          }
        });
      });
    },
    getFnName: functionName,
    transitionend: function transitionend($elem) {
      var transitions = {
        'transition': 'transitionend',
        'WebkitTransition': 'webkitTransitionEnd',
        'MozTransition': 'transitionend',
        'OTransition': 'otransitionend'
      };
      var elem = document.createElement('div'),
          end;

      for (var t in transitions) {
        if (typeof elem.style[t] !== 'undefined') {
          end = transitions[t];
        }
      }
      if (end) {
        return end;
      } else {
        end = setTimeout(function () {
          $elem.triggerHandler('transitionend', [$elem]);
        }, 1);
        return 'transitionend';
      }
    }
  };

  Foundation.util = {
    /**
     * Function for applying a debounce effect to a function call.
     * @function
     * @param {Function} func - Function to be called at end of timeout.
     * @param {Number} delay - Time in ms to delay the call of `func`.
     * @returns function
     */
    throttle: function throttle(func, delay) {
      var timer = null;

      return function () {
        var context = this,
            args = arguments;

        if (timer === null) {
          timer = setTimeout(function () {
            func.apply(context, args);
            timer = null;
          }, delay);
        }
      };
    }
  };

  // TODO: consider not making this a jQuery function
  // TODO: need way to reflow vs. re-initialize
  /**
   * The Foundation jQuery method.
   * @param {String|Array} method - An action to perform on the current jQuery object.
   */
  var foundation = function foundation(method) {
    var type = typeof method === 'undefined' ? 'undefined' : _typeof(method),
        $meta = $('meta.foundation-mq'),
        $noJS = $('.no-js');

    if (!$meta.length) {
      $('<meta class="foundation-mq">').appendTo(document.head);
    }
    if ($noJS.length) {
      $noJS.removeClass('no-js');
    }

    if (type === 'undefined') {
      //needs to initialize the Foundation object, or an individual plugin.
      Foundation.MediaQuery._init();
      Foundation.reflow(this);
    } else if (type === 'string') {
      //an individual method to invoke on a plugin or group of plugins
      var args = Array.prototype.slice.call(arguments, 1); //collect all the arguments, if necessary
      var plugClass = this.data('zfPlugin'); //determine the class of plugin

      if (plugClass !== undefined && plugClass[method] !== undefined) {
        //make sure both the class and method exist
        if (this.length === 1) {
          //if there's only one, call it directly.
          plugClass[method].apply(plugClass, args);
        } else {
          this.each(function (i, el) {
            //otherwise loop through the jQuery collection and invoke the method on each
            plugClass[method].apply($(el).data('zfPlugin'), args);
          });
        }
      } else {
        //error for no class or no method
        throw new ReferenceError("We're sorry, '" + method + "' is not an available method for " + (plugClass ? functionName(plugClass) : 'this element') + '.');
      }
    } else {
      //error for invalid argument type
      throw new TypeError('We\'re sorry, ' + type + ' is not a valid parameter. You must use a string representing the method you wish to invoke.');
    }
    return this;
  };

  window.Foundation = Foundation;
  $.fn.foundation = foundation;

  // Polyfill for requestAnimationFrame
  (function () {
    if (!Date.now || !window.Date.now) window.Date.now = Date.now = function () {
      return new Date().getTime();
    };

    var vendors = ['webkit', 'moz'];
    for (var i = 0; i < vendors.length && !window.requestAnimationFrame; ++i) {
      var vp = vendors[i];
      window.requestAnimationFrame = window[vp + 'RequestAnimationFrame'];
      window.cancelAnimationFrame = window[vp + 'CancelAnimationFrame'] || window[vp + 'CancelRequestAnimationFrame'];
    }
    if (/iP(ad|hone|od).*OS 6/.test(window.navigator.userAgent) || !window.requestAnimationFrame || !window.cancelAnimationFrame) {
      var lastTime = 0;
      window.requestAnimationFrame = function (callback) {
        var now = Date.now();
        var nextTime = Math.max(lastTime + 16, now);
        return setTimeout(function () {
          callback(lastTime = nextTime);
        }, nextTime - now);
      };
      window.cancelAnimationFrame = clearTimeout;
    }
    /**
     * Polyfill for performance.now, required by rAF
     */
    if (!window.performance || !window.performance.now) {
      window.performance = {
        start: Date.now(),
        now: function now() {
          return Date.now() - this.start;
        }
      };
    }
  })();
  if (!Function.prototype.bind) {
    Function.prototype.bind = function (oThis) {
      if (typeof this !== 'function') {
        // closest thing possible to the ECMAScript 5
        // internal IsCallable function
        throw new TypeError('Function.prototype.bind - what is trying to be bound is not callable');
      }

      var aArgs = Array.prototype.slice.call(arguments, 1),
          fToBind = this,
          fNOP = function fNOP() {},
          fBound = function fBound() {
        return fToBind.apply(this instanceof fNOP ? this : oThis, aArgs.concat(Array.prototype.slice.call(arguments)));
      };

      if (this.prototype) {
        // native functions don't have a prototype
        fNOP.prototype = this.prototype;
      }
      fBound.prototype = new fNOP();

      return fBound;
    };
  }
  // Polyfill to get the name of a function in IE9
  function functionName(fn) {
    if (Function.prototype.name === undefined) {
      var funcNameRegex = /function\s([^(]{1,})\(/;
      var results = funcNameRegex.exec(fn.toString());
      return results && results.length > 1 ? results[1].trim() : "";
    } else if (fn.prototype === undefined) {
      return fn.constructor.name;
    } else {
      return fn.prototype.constructor.name;
    }
  }
  function parseValue(str) {
    if ('true' === str) return true;else if ('false' === str) return false;else if (!isNaN(str * 1)) return parseFloat(str);
    return str;
  }
  // Convert PascalCase to kebab-case
  // Thank you: http://stackoverflow.com/a/8955580
  function hyphenate(str) {
    return str.replace(/([a-z])([A-Z])/g, '$1-$2').toLowerCase();
  }
}(jQuery);
'use strict';

!function ($) {

  Foundation.Box = {
    ImNotTouchingYou: ImNotTouchingYou,
    GetDimensions: GetDimensions,
    GetOffsets: GetOffsets
  };

  /**
   * Compares the dimensions of an element to a container and determines collision events with container.
   * @function
   * @param {jQuery} element - jQuery object to test for collisions.
   * @param {jQuery} parent - jQuery object to use as bounding container.
   * @param {Boolean} lrOnly - set to true to check left and right values only.
   * @param {Boolean} tbOnly - set to true to check top and bottom values only.
   * @default if no parent object passed, detects collisions with `window`.
   * @returns {Boolean} - true if collision free, false if a collision in any direction.
   */
  function ImNotTouchingYou(element, parent, lrOnly, tbOnly) {
    var eleDims = GetDimensions(element),
        top,
        bottom,
        left,
        right;

    if (parent) {
      var parDims = GetDimensions(parent);

      bottom = eleDims.offset.top + eleDims.height <= parDims.height + parDims.offset.top;
      top = eleDims.offset.top >= parDims.offset.top;
      left = eleDims.offset.left >= parDims.offset.left;
      right = eleDims.offset.left + eleDims.width <= parDims.width + parDims.offset.left;
    } else {
      bottom = eleDims.offset.top + eleDims.height <= eleDims.windowDims.height + eleDims.windowDims.offset.top;
      top = eleDims.offset.top >= eleDims.windowDims.offset.top;
      left = eleDims.offset.left >= eleDims.windowDims.offset.left;
      right = eleDims.offset.left + eleDims.width <= eleDims.windowDims.width;
    }

    var allDirs = [bottom, top, left, right];

    if (lrOnly) {
      return left === right === true;
    }

    if (tbOnly) {
      return top === bottom === true;
    }

    return allDirs.indexOf(false) === -1;
  };

  /**
   * Uses native methods to return an object of dimension values.
   * @function
   * @param {jQuery || HTML} element - jQuery object or DOM element for which to get the dimensions. Can be any element other that document or window.
   * @returns {Object} - nested object of integer pixel values
   * TODO - if element is window, return only those values.
   */
  function GetDimensions(elem, test) {
    elem = elem.length ? elem[0] : elem;

    if (elem === window || elem === document) {
      throw new Error("I'm sorry, Dave. I'm afraid I can't do that.");
    }

    var rect = elem.getBoundingClientRect(),
        parRect = elem.parentNode.getBoundingClientRect(),
        winRect = document.body.getBoundingClientRect(),
        winY = window.pageYOffset,
        winX = window.pageXOffset;

    return {
      width: rect.width,
      height: rect.height,
      offset: {
        top: rect.top + winY,
        left: rect.left + winX
      },
      parentDims: {
        width: parRect.width,
        height: parRect.height,
        offset: {
          top: parRect.top + winY,
          left: parRect.left + winX
        }
      },
      windowDims: {
        width: winRect.width,
        height: winRect.height,
        offset: {
          top: winY,
          left: winX
        }
      }
    };
  }

  /**
   * Returns an object of top and left integer pixel values for dynamically rendered elements,
   * such as: Tooltip, Reveal, and Dropdown
   * @function
   * @param {jQuery} element - jQuery object for the element being positioned.
   * @param {jQuery} anchor - jQuery object for the element's anchor point.
   * @param {String} position - a string relating to the desired position of the element, relative to it's anchor
   * @param {Number} vOffset - integer pixel value of desired vertical separation between anchor and element.
   * @param {Number} hOffset - integer pixel value of desired horizontal separation between anchor and element.
   * @param {Boolean} isOverflow - if a collision event is detected, sets to true to default the element to full width - any desired offset.
   * TODO alter/rewrite to work with `em` values as well/instead of pixels
   */
  function GetOffsets(element, anchor, position, vOffset, hOffset, isOverflow) {
    var $eleDims = GetDimensions(element),
        $anchorDims = anchor ? GetDimensions(anchor) : null;

    switch (position) {
      case 'top':
        return {
          left: Foundation.rtl() ? $anchorDims.offset.left - $eleDims.width + $anchorDims.width : $anchorDims.offset.left,
          top: $anchorDims.offset.top - ($eleDims.height + vOffset)
        };
        break;
      case 'left':
        return {
          left: $anchorDims.offset.left - ($eleDims.width + hOffset),
          top: $anchorDims.offset.top
        };
        break;
      case 'right':
        return {
          left: $anchorDims.offset.left + $anchorDims.width + hOffset,
          top: $anchorDims.offset.top
        };
        break;
      case 'center top':
        return {
          left: $anchorDims.offset.left + $anchorDims.width / 2 - $eleDims.width / 2,
          top: $anchorDims.offset.top - ($eleDims.height + vOffset)
        };
        break;
      case 'center bottom':
        return {
          left: isOverflow ? hOffset : $anchorDims.offset.left + $anchorDims.width / 2 - $eleDims.width / 2,
          top: $anchorDims.offset.top + $anchorDims.height + vOffset
        };
        break;
      case 'center left':
        return {
          left: $anchorDims.offset.left - ($eleDims.width + hOffset),
          top: $anchorDims.offset.top + $anchorDims.height / 2 - $eleDims.height / 2
        };
        break;
      case 'center right':
        return {
          left: $anchorDims.offset.left + $anchorDims.width + hOffset + 1,
          top: $anchorDims.offset.top + $anchorDims.height / 2 - $eleDims.height / 2
        };
        break;
      case 'center':
        return {
          left: $eleDims.windowDims.offset.left + $eleDims.windowDims.width / 2 - $eleDims.width / 2,
          top: $eleDims.windowDims.offset.top + $eleDims.windowDims.height / 2 - $eleDims.height / 2
        };
        break;
      case 'reveal':
        return {
          left: ($eleDims.windowDims.width - $eleDims.width) / 2,
          top: $eleDims.windowDims.offset.top + vOffset
        };
      case 'reveal full':
        return {
          left: $eleDims.windowDims.offset.left,
          top: $eleDims.windowDims.offset.top
        };
        break;
      case 'left bottom':
        return {
          left: $anchorDims.offset.left,
          top: $anchorDims.offset.top + $anchorDims.height + vOffset
        };
        break;
      case 'right bottom':
        return {
          left: $anchorDims.offset.left + $anchorDims.width + hOffset - $eleDims.width,
          top: $anchorDims.offset.top + $anchorDims.height + vOffset
        };
        break;
      default:
        return {
          left: Foundation.rtl() ? $anchorDims.offset.left - $eleDims.width + $anchorDims.width : $anchorDims.offset.left + hOffset,
          top: $anchorDims.offset.top + $anchorDims.height + vOffset
        };
    }
  }
}(jQuery);
/*******************************************
 *                                         *
 * This util was created by Marius Olbertz *
 * Please thank Marius on GitHub /owlbertz *
 * or the web http://www.mariusolbertz.de/ *
 *                                         *
 ******************************************/

'use strict';

!function ($) {

  var keyCodes = {
    9: 'TAB',
    13: 'ENTER',
    27: 'ESCAPE',
    32: 'SPACE',
    37: 'ARROW_LEFT',
    38: 'ARROW_UP',
    39: 'ARROW_RIGHT',
    40: 'ARROW_DOWN'
  };

  var commands = {};

  var Keyboard = {
    keys: getKeyCodes(keyCodes),

    /**
     * Parses the (keyboard) event and returns a String that represents its key
     * Can be used like Foundation.parseKey(event) === Foundation.keys.SPACE
     * @param {Event} event - the event generated by the event handler
     * @return String key - String that represents the key pressed
     */
    parseKey: function parseKey(event) {
      var key = keyCodes[event.which || event.keyCode] || String.fromCharCode(event.which).toUpperCase();

      // Remove un-printable characters, e.g. for `fromCharCode` calls for CTRL only events
      key = key.replace(/\W+/, '');

      if (event.shiftKey) key = 'SHIFT_' + key;
      if (event.ctrlKey) key = 'CTRL_' + key;
      if (event.altKey) key = 'ALT_' + key;

      // Remove trailing underscore, in case only modifiers were used (e.g. only `CTRL_ALT`)
      key = key.replace(/_$/, '');

      return key;
    },


    /**
     * Handles the given (keyboard) event
     * @param {Event} event - the event generated by the event handler
     * @param {String} component - Foundation component's name, e.g. Slider or Reveal
     * @param {Objects} functions - collection of functions that are to be executed
     */
    handleKey: function handleKey(event, component, functions) {
      var commandList = commands[component],
          keyCode = this.parseKey(event),
          cmds,
          command,
          fn;

      if (!commandList) return console.warn('Component not defined!');

      if (typeof commandList.ltr === 'undefined') {
        // this component does not differentiate between ltr and rtl
        cmds = commandList; // use plain list
      } else {
        // merge ltr and rtl: if document is rtl, rtl overwrites ltr and vice versa
        if (Foundation.rtl()) cmds = $.extend({}, commandList.ltr, commandList.rtl);else cmds = $.extend({}, commandList.rtl, commandList.ltr);
      }
      command = cmds[keyCode];

      fn = functions[command];
      if (fn && typeof fn === 'function') {
        // execute function  if exists
        var returnValue = fn.apply();
        if (functions.handled || typeof functions.handled === 'function') {
          // execute function when event was handled
          functions.handled(returnValue);
        }
      } else {
        if (functions.unhandled || typeof functions.unhandled === 'function') {
          // execute function when event was not handled
          functions.unhandled();
        }
      }
    },


    /**
     * Finds all focusable elements within the given `$element`
     * @param {jQuery} $element - jQuery object to search within
     * @return {jQuery} $focusable - all focusable elements within `$element`
     */
    findFocusable: function findFocusable($element) {
      if (!$element) {
        return false;
      }
      return $element.find('a[href], area[href], input:not([disabled]), select:not([disabled]), textarea:not([disabled]), button:not([disabled]), iframe, object, embed, *[tabindex], *[contenteditable]').filter(function () {
        if (!$(this).is(':visible') || $(this).attr('tabindex') < 0) {
          return false;
        } //only have visible elements and those that have a tabindex greater or equal 0
        return true;
      });
    },


    /**
     * Returns the component name name
     * @param {Object} component - Foundation component, e.g. Slider or Reveal
     * @return String componentName
     */

    register: function register(componentName, cmds) {
      commands[componentName] = cmds;
    },


    /**
     * Traps the focus in the given element.
     * @param  {jQuery} $element  jQuery object to trap the foucs into.
     */
    trapFocus: function trapFocus($element) {
      var $focusable = Foundation.Keyboard.findFocusable($element),
          $firstFocusable = $focusable.eq(0),
          $lastFocusable = $focusable.eq(-1);

      $element.on('keydown.zf.trapfocus', function (event) {
        if (event.target === $lastFocusable[0] && Foundation.Keyboard.parseKey(event) === 'TAB') {
          event.preventDefault();
          $firstFocusable.focus();
        } else if (event.target === $firstFocusable[0] && Foundation.Keyboard.parseKey(event) === 'SHIFT_TAB') {
          event.preventDefault();
          $lastFocusable.focus();
        }
      });
    },

    /**
     * Releases the trapped focus from the given element.
     * @param  {jQuery} $element  jQuery object to release the focus for.
     */
    releaseFocus: function releaseFocus($element) {
      $element.off('keydown.zf.trapfocus');
    }
  };

  /*
   * Constants for easier comparing.
   * Can be used like Foundation.parseKey(event) === Foundation.keys.SPACE
   */
  function getKeyCodes(kcs) {
    var k = {};
    for (var kc in kcs) {
      k[kcs[kc]] = kcs[kc];
    }return k;
  }

  Foundation.Keyboard = Keyboard;
}(jQuery);
'use strict';

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

!function ($) {

  // Default set of media queries
  var defaultQueries = {
    'default': 'only screen',
    landscape: 'only screen and (orientation: landscape)',
    portrait: 'only screen and (orientation: portrait)',
    retina: 'only screen and (-webkit-min-device-pixel-ratio: 2),' + 'only screen and (min--moz-device-pixel-ratio: 2),' + 'only screen and (-o-min-device-pixel-ratio: 2/1),' + 'only screen and (min-device-pixel-ratio: 2),' + 'only screen and (min-resolution: 192dpi),' + 'only screen and (min-resolution: 2dppx)'
  };

  var MediaQuery = {
    queries: [],

    current: '',

    /**
     * Initializes the media query helper, by extracting the breakpoint list from the CSS and activating the breakpoint watcher.
     * @function
     * @private
     */
    _init: function _init() {
      var self = this;
      var extractedStyles = $('.foundation-mq').css('font-family');
      var namedQueries;

      namedQueries = parseStyleToObject(extractedStyles);

      for (var key in namedQueries) {
        if (namedQueries.hasOwnProperty(key)) {
          self.queries.push({
            name: key,
            value: 'only screen and (min-width: ' + namedQueries[key] + ')'
          });
        }
      }

      this.current = this._getCurrentSize();

      this._watcher();
    },


    /**
     * Checks if the screen is at least as wide as a breakpoint.
     * @function
     * @param {String} size - Name of the breakpoint to check.
     * @returns {Boolean} `true` if the breakpoint matches, `false` if it's smaller.
     */
    atLeast: function atLeast(size) {
      var query = this.get(size);

      if (query) {
        return window.matchMedia(query).matches;
      }

      return false;
    },


    /**
     * Checks if the screen matches to a breakpoint.
     * @function
     * @param {String} size - Name of the breakpoint to check, either 'small only' or 'small'. Omitting 'only' falls back to using atLeast() method.
     * @returns {Boolean} `true` if the breakpoint matches, `false` if it does not.
     */
    is: function is(size) {
      size = size.trim().split(' ');
      if (size.length > 1 && size[1] === 'only') {
        if (size[0] === this._getCurrentSize()) return true;
      } else {
        return this.atLeast(size[0]);
      }
      return false;
    },


    /**
     * Gets the media query of a breakpoint.
     * @function
     * @param {String} size - Name of the breakpoint to get.
     * @returns {String|null} - The media query of the breakpoint, or `null` if the breakpoint doesn't exist.
     */
    get: function get(size) {
      for (var i in this.queries) {
        if (this.queries.hasOwnProperty(i)) {
          var query = this.queries[i];
          if (size === query.name) return query.value;
        }
      }

      return null;
    },


    /**
     * Gets the current breakpoint name by testing every breakpoint and returning the last one to match (the biggest one).
     * @function
     * @private
     * @returns {String} Name of the current breakpoint.
     */
    _getCurrentSize: function _getCurrentSize() {
      var matched;

      for (var i = 0; i < this.queries.length; i++) {
        var query = this.queries[i];

        if (window.matchMedia(query.value).matches) {
          matched = query;
        }
      }

      if ((typeof matched === 'undefined' ? 'undefined' : _typeof(matched)) === 'object') {
        return matched.name;
      } else {
        return matched;
      }
    },


    /**
     * Activates the breakpoint watcher, which fires an event on the window whenever the breakpoint changes.
     * @function
     * @private
     */
    _watcher: function _watcher() {
      var _this = this;

      $(window).on('resize.zf.mediaquery', function () {
        var newSize = _this._getCurrentSize(),
            currentSize = _this.current;

        if (newSize !== currentSize) {
          // Change the current media query
          _this.current = newSize;

          // Broadcast the media query change on the window
          $(window).trigger('changed.zf.mediaquery', [newSize, currentSize]);
        }
      });
    }
  };

  Foundation.MediaQuery = MediaQuery;

  // matchMedia() polyfill - Test a CSS media type/query in JS.
  // Authors & copyright (c) 2012: Scott Jehl, Paul Irish, Nicholas Zakas, David Knight. Dual MIT/BSD license
  window.matchMedia || (window.matchMedia = function () {
    'use strict';

    // For browsers that support matchMedium api such as IE 9 and webkit

    var styleMedia = window.styleMedia || window.media;

    // For those that don't support matchMedium
    if (!styleMedia) {
      var style = document.createElement('style'),
          script = document.getElementsByTagName('script')[0],
          info = null;

      style.type = 'text/css';
      style.id = 'matchmediajs-test';

      script && script.parentNode && script.parentNode.insertBefore(style, script);

      // 'style.currentStyle' is used by IE <= 8 and 'window.getComputedStyle' for all other browsers
      info = 'getComputedStyle' in window && window.getComputedStyle(style, null) || style.currentStyle;

      styleMedia = {
        matchMedium: function matchMedium(media) {
          var text = '@media ' + media + '{ #matchmediajs-test { width: 1px; } }';

          // 'style.styleSheet' is used by IE <= 8 and 'style.textContent' for all other browsers
          if (style.styleSheet) {
            style.styleSheet.cssText = text;
          } else {
            style.textContent = text;
          }

          // Test if media query is true or false
          return info.width === '1px';
        }
      };
    }

    return function (media) {
      return {
        matches: styleMedia.matchMedium(media || 'all'),
        media: media || 'all'
      };
    };
  }());

  // Thank you: https://github.com/sindresorhus/query-string
  function parseStyleToObject(str) {
    var styleObject = {};

    if (typeof str !== 'string') {
      return styleObject;
    }

    str = str.trim().slice(1, -1); // browsers re-quote string style values

    if (!str) {
      return styleObject;
    }

    styleObject = str.split('&').reduce(function (ret, param) {
      var parts = param.replace(/\+/g, ' ').split('=');
      var key = parts[0];
      var val = parts[1];
      key = decodeURIComponent(key);

      // missing `=` should be `null`:
      // http://w3.org/TR/2012/WD-url-20120524/#collect-url-parameters
      val = val === undefined ? null : decodeURIComponent(val);

      if (!ret.hasOwnProperty(key)) {
        ret[key] = val;
      } else if (Array.isArray(ret[key])) {
        ret[key].push(val);
      } else {
        ret[key] = [ret[key], val];
      }
      return ret;
    }, {});

    return styleObject;
  }

  Foundation.MediaQuery = MediaQuery;
}(jQuery);
'use strict';

!function ($) {

  /**
   * Motion module.
   * @module foundation.motion
   */

  var initClasses = ['mui-enter', 'mui-leave'];
  var activeClasses = ['mui-enter-active', 'mui-leave-active'];

  var Motion = {
    animateIn: function animateIn(element, animation, cb) {
      animate(true, element, animation, cb);
    },

    animateOut: function animateOut(element, animation, cb) {
      animate(false, element, animation, cb);
    }
  };

  function Move(duration, elem, fn) {
    var anim,
        prog,
        start = null;
    // console.log('called');

    if (duration === 0) {
      fn.apply(elem);
      elem.trigger('finished.zf.animate', [elem]).triggerHandler('finished.zf.animate', [elem]);
      return;
    }

    function move(ts) {
      if (!start) start = ts;
      // console.log(start, ts);
      prog = ts - start;
      fn.apply(elem);

      if (prog < duration) {
        anim = window.requestAnimationFrame(move, elem);
      } else {
        window.cancelAnimationFrame(anim);
        elem.trigger('finished.zf.animate', [elem]).triggerHandler('finished.zf.animate', [elem]);
      }
    }
    anim = window.requestAnimationFrame(move);
  }

  /**
   * Animates an element in or out using a CSS transition class.
   * @function
   * @private
   * @param {Boolean} isIn - Defines if the animation is in or out.
   * @param {Object} element - jQuery or HTML object to animate.
   * @param {String} animation - CSS class to use.
   * @param {Function} cb - Callback to run when animation is finished.
   */
  function animate(isIn, element, animation, cb) {
    element = $(element).eq(0);

    if (!element.length) return;

    var initClass = isIn ? initClasses[0] : initClasses[1];
    var activeClass = isIn ? activeClasses[0] : activeClasses[1];

    // Set up the animation
    reset();

    element.addClass(animation).css('transition', 'none');

    requestAnimationFrame(function () {
      element.addClass(initClass);
      if (isIn) element.show();
    });

    // Start the animation
    requestAnimationFrame(function () {
      element[0].offsetWidth;
      element.css('transition', '').addClass(activeClass);
    });

    // Clean up the animation when it finishes
    element.one(Foundation.transitionend(element), finish);

    // Hides the element (for out animations), resets the element, and runs a callback
    function finish() {
      if (!isIn) element.hide();
      reset();
      if (cb) cb.apply(element);
    }

    // Resets transitions and removes motion-specific classes
    function reset() {
      element[0].style.transitionDuration = 0;
      element.removeClass(initClass + ' ' + activeClass + ' ' + animation);
    }
  }

  Foundation.Move = Move;
  Foundation.Motion = Motion;
}(jQuery);
'use strict';

!function ($) {

  var Nest = {
    Feather: function Feather(menu) {
      var type = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : 'zf';

      menu.attr('role', 'menubar');

      var items = menu.find('li').attr({ 'role': 'menuitem' }),
          subMenuClass = 'is-' + type + '-submenu',
          subItemClass = subMenuClass + '-item',
          hasSubClass = 'is-' + type + '-submenu-parent';

      items.each(function () {
        var $item = $(this),
            $sub = $item.children('ul');

        if ($sub.length) {
          $item.addClass(hasSubClass).attr({
            'aria-haspopup': true,
            'aria-label': $item.children('a:first').text()
          });
          // Note:  Drilldowns behave differently in how they hide, and so need
          // additional attributes.  We should look if this possibly over-generalized
          // utility (Nest) is appropriate when we rework menus in 6.4
          if (type === 'drilldown') {
            $item.attr({ 'aria-expanded': false });
          }

          $sub.addClass('submenu ' + subMenuClass).attr({
            'data-submenu': '',
            'role': 'menu'
          });
          if (type === 'drilldown') {
            $sub.attr({ 'aria-hidden': true });
          }
        }

        if ($item.parent('[data-submenu]').length) {
          $item.addClass('is-submenu-item ' + subItemClass);
        }
      });

      return;
    },
    Burn: function Burn(menu, type) {
      var //items = menu.find('li'),
      subMenuClass = 'is-' + type + '-submenu',
          subItemClass = subMenuClass + '-item',
          hasSubClass = 'is-' + type + '-submenu-parent';

      menu.find('>li, .menu, .menu > li').removeClass(subMenuClass + ' ' + subItemClass + ' ' + hasSubClass + ' is-submenu-item submenu is-active').removeAttr('data-submenu').css('display', '');

      // console.log(      menu.find('.' + subMenuClass + ', .' + subItemClass + ', .has-submenu, .is-submenu-item, .submenu, [data-submenu]')
      //           .removeClass(subMenuClass + ' ' + subItemClass + ' has-submenu is-submenu-item submenu')
      //           .removeAttr('data-submenu'));
      // items.each(function(){
      //   var $item = $(this),
      //       $sub = $item.children('ul');
      //   if($item.parent('[data-submenu]').length){
      //     $item.removeClass('is-submenu-item ' + subItemClass);
      //   }
      //   if($sub.length){
      //     $item.removeClass('has-submenu');
      //     $sub.removeClass('submenu ' + subMenuClass).removeAttr('data-submenu');
      //   }
      // });
    }
  };

  Foundation.Nest = Nest;
}(jQuery);
'use strict';

!function ($) {

  function Timer(elem, options, cb) {
    var _this = this,
        duration = options.duration,
        //options is an object for easily adding features later.
    nameSpace = Object.keys(elem.data())[0] || 'timer',
        remain = -1,
        start,
        timer;

    this.isPaused = false;

    this.restart = function () {
      remain = -1;
      clearTimeout(timer);
      this.start();
    };

    this.start = function () {
      this.isPaused = false;
      // if(!elem.data('paused')){ return false; }//maybe implement this sanity check if used for other things.
      clearTimeout(timer);
      remain = remain <= 0 ? duration : remain;
      elem.data('paused', false);
      start = Date.now();
      timer = setTimeout(function () {
        if (options.infinite) {
          _this.restart(); //rerun the timer.
        }
        if (cb && typeof cb === 'function') {
          cb();
        }
      }, remain);
      elem.trigger('timerstart.zf.' + nameSpace);
    };

    this.pause = function () {
      this.isPaused = true;
      //if(elem.data('paused')){ return false; }//maybe implement this sanity check if used for other things.
      clearTimeout(timer);
      elem.data('paused', true);
      var end = Date.now();
      remain = remain - (end - start);
      elem.trigger('timerpaused.zf.' + nameSpace);
    };
  }

  /**
   * Runs a callback function when images are fully loaded.
   * @param {Object} images - Image(s) to check if loaded.
   * @param {Func} callback - Function to execute when image is fully loaded.
   */
  function onImagesLoaded(images, callback) {
    var self = this,
        unloaded = images.length;

    if (unloaded === 0) {
      callback();
    }

    images.each(function () {
      // Check if image is loaded
      if (this.complete || this.readyState === 4 || this.readyState === 'complete') {
        singleImageLoaded();
      }
      // Force load the image
      else {
          // fix for IE. See https://css-tricks.com/snippets/jquery/fixing-load-in-ie-for-cached-images/
          var src = $(this).attr('src');
          $(this).attr('src', src + '?' + new Date().getTime());
          $(this).one('load', function () {
            singleImageLoaded();
          });
        }
    });

    function singleImageLoaded() {
      unloaded--;
      if (unloaded === 0) {
        callback();
      }
    }
  }

  Foundation.Timer = Timer;
  Foundation.onImagesLoaded = onImagesLoaded;
}(jQuery);
'use strict';

//**************************************************
//**Work inspired by multiple jquery swipe plugins**
//**Done by Yohai Ararat ***************************
//**************************************************
(function ($) {

	$.spotSwipe = {
		version: '1.0.0',
		enabled: 'ontouchstart' in document.documentElement,
		preventDefault: false,
		moveThreshold: 75,
		timeThreshold: 200
	};

	var startPosX,
	    startPosY,
	    startTime,
	    elapsedTime,
	    isMoving = false;

	function onTouchEnd() {
		//  alert(this);
		this.removeEventListener('touchmove', onTouchMove);
		this.removeEventListener('touchend', onTouchEnd);
		isMoving = false;
	}

	function onTouchMove(e) {
		if ($.spotSwipe.preventDefault) {
			e.preventDefault();
		}
		if (isMoving) {
			var x = e.touches[0].pageX;
			var y = e.touches[0].pageY;
			var dx = startPosX - x;
			var dy = startPosY - y;
			var dir;
			elapsedTime = new Date().getTime() - startTime;
			if (Math.abs(dx) >= $.spotSwipe.moveThreshold && elapsedTime <= $.spotSwipe.timeThreshold) {
				dir = dx > 0 ? 'left' : 'right';
			}
			// else if(Math.abs(dy) >= $.spotSwipe.moveThreshold && elapsedTime <= $.spotSwipe.timeThreshold) {
			//   dir = dy > 0 ? 'down' : 'up';
			// }
			if (dir) {
				e.preventDefault();
				onTouchEnd.call(this);
				$(this).trigger('swipe', dir).trigger('swipe' + dir);
			}
		}
	}

	function onTouchStart(e) {
		if (e.touches.length == 1) {
			startPosX = e.touches[0].pageX;
			startPosY = e.touches[0].pageY;
			isMoving = true;
			startTime = new Date().getTime();
			this.addEventListener('touchmove', onTouchMove, false);
			this.addEventListener('touchend', onTouchEnd, false);
		}
	}

	function init() {
		this.addEventListener && this.addEventListener('touchstart', onTouchStart, false);
	}

	function teardown() {
		this.removeEventListener('touchstart', onTouchStart);
	}

	$.event.special.swipe = { setup: init };

	$.each(['left', 'up', 'down', 'right'], function () {
		$.event.special['swipe' + this] = { setup: function setup() {
				$(this).on('swipe', $.noop);
			} };
	});
})(jQuery);
/****************************************************
 * Method for adding psuedo drag events to elements *
 ***************************************************/
!function ($) {
	$.fn.addTouch = function () {
		this.each(function (i, el) {
			$(el).bind('touchstart touchmove touchend touchcancel', function () {
				//we pass the original event object because the jQuery event
				//object is normalized to w3c specs and does not provide the TouchList
				handleTouch(event);
			});
		});

		var handleTouch = function handleTouch(event) {
			var touches = event.changedTouches,
			    first = touches[0],
			    eventTypes = {
				touchstart: 'mousedown',
				touchmove: 'mousemove',
				touchend: 'mouseup'
			},
			    type = eventTypes[event.type],
			    simulatedEvent;

			if ('MouseEvent' in window && typeof window.MouseEvent === 'function') {
				simulatedEvent = new window.MouseEvent(type, {
					'bubbles': true,
					'cancelable': true,
					'screenX': first.screenX,
					'screenY': first.screenY,
					'clientX': first.clientX,
					'clientY': first.clientY
				});
			} else {
				simulatedEvent = document.createEvent('MouseEvent');
				simulatedEvent.initMouseEvent(type, true, true, window, 1, first.screenX, first.screenY, first.clientX, first.clientY, false, false, false, false, 0 /*left*/, null);
			}
			first.target.dispatchEvent(simulatedEvent);
		};
	};
}(jQuery);

//**********************************
//**From the jQuery Mobile Library**
//**need to recreate functionality**
//**and try to improve if possible**
//**********************************

/* Removing the jQuery function ****
************************************

(function( $, window, undefined ) {

	var $document = $( document ),
		// supportTouch = $.mobile.support.touch,
		touchStartEvent = 'touchstart'//supportTouch ? "touchstart" : "mousedown",
		touchStopEvent = 'touchend'//supportTouch ? "touchend" : "mouseup",
		touchMoveEvent = 'touchmove'//supportTouch ? "touchmove" : "mousemove";

	// setup new event shortcuts
	$.each( ( "touchstart touchmove touchend " +
		"swipe swipeleft swiperight" ).split( " " ), function( i, name ) {

		$.fn[ name ] = function( fn ) {
			return fn ? this.bind( name, fn ) : this.trigger( name );
		};

		// jQuery < 1.8
		if ( $.attrFn ) {
			$.attrFn[ name ] = true;
		}
	});

	function triggerCustomEvent( obj, eventType, event, bubble ) {
		var originalType = event.type;
		event.type = eventType;
		if ( bubble ) {
			$.event.trigger( event, undefined, obj );
		} else {
			$.event.dispatch.call( obj, event );
		}
		event.type = originalType;
	}

	// also handles taphold

	// Also handles swipeleft, swiperight
	$.event.special.swipe = {

		// More than this horizontal displacement, and we will suppress scrolling.
		scrollSupressionThreshold: 30,

		// More time than this, and it isn't a swipe.
		durationThreshold: 1000,

		// Swipe horizontal displacement must be more than this.
		horizontalDistanceThreshold: window.devicePixelRatio >= 2 ? 15 : 30,

		// Swipe vertical displacement must be less than this.
		verticalDistanceThreshold: window.devicePixelRatio >= 2 ? 15 : 30,

		getLocation: function ( event ) {
			var winPageX = window.pageXOffset,
				winPageY = window.pageYOffset,
				x = event.clientX,
				y = event.clientY;

			if ( event.pageY === 0 && Math.floor( y ) > Math.floor( event.pageY ) ||
				event.pageX === 0 && Math.floor( x ) > Math.floor( event.pageX ) ) {

				// iOS4 clientX/clientY have the value that should have been
				// in pageX/pageY. While pageX/page/ have the value 0
				x = x - winPageX;
				y = y - winPageY;
			} else if ( y < ( event.pageY - winPageY) || x < ( event.pageX - winPageX ) ) {

				// Some Android browsers have totally bogus values for clientX/Y
				// when scrolling/zooming a page. Detectable since clientX/clientY
				// should never be smaller than pageX/pageY minus page scroll
				x = event.pageX - winPageX;
				y = event.pageY - winPageY;
			}

			return {
				x: x,
				y: y
			};
		},

		start: function( event ) {
			var data = event.originalEvent.touches ?
					event.originalEvent.touches[ 0 ] : event,
				location = $.event.special.swipe.getLocation( data );
			return {
						time: ( new Date() ).getTime(),
						coords: [ location.x, location.y ],
						origin: $( event.target )
					};
		},

		stop: function( event ) {
			var data = event.originalEvent.touches ?
					event.originalEvent.touches[ 0 ] : event,
				location = $.event.special.swipe.getLocation( data );
			return {
						time: ( new Date() ).getTime(),
						coords: [ location.x, location.y ]
					};
		},

		handleSwipe: function( start, stop, thisObject, origTarget ) {
			if ( stop.time - start.time < $.event.special.swipe.durationThreshold &&
				Math.abs( start.coords[ 0 ] - stop.coords[ 0 ] ) > $.event.special.swipe.horizontalDistanceThreshold &&
				Math.abs( start.coords[ 1 ] - stop.coords[ 1 ] ) < $.event.special.swipe.verticalDistanceThreshold ) {
				var direction = start.coords[0] > stop.coords[ 0 ] ? "swipeleft" : "swiperight";

				triggerCustomEvent( thisObject, "swipe", $.Event( "swipe", { target: origTarget, swipestart: start, swipestop: stop }), true );
				triggerCustomEvent( thisObject, direction,$.Event( direction, { target: origTarget, swipestart: start, swipestop: stop } ), true );
				return true;
			}
			return false;

		},

		// This serves as a flag to ensure that at most one swipe event event is
		// in work at any given time
		eventInProgress: false,

		setup: function() {
			var events,
				thisObject = this,
				$this = $( thisObject ),
				context = {};

			// Retrieve the events data for this element and add the swipe context
			events = $.data( this, "mobile-events" );
			if ( !events ) {
				events = { length: 0 };
				$.data( this, "mobile-events", events );
			}
			events.length++;
			events.swipe = context;

			context.start = function( event ) {

				// Bail if we're already working on a swipe event
				if ( $.event.special.swipe.eventInProgress ) {
					return;
				}
				$.event.special.swipe.eventInProgress = true;

				var stop,
					start = $.event.special.swipe.start( event ),
					origTarget = event.target,
					emitted = false;

				context.move = function( event ) {
					if ( !start || event.isDefaultPrevented() ) {
						return;
					}

					stop = $.event.special.swipe.stop( event );
					if ( !emitted ) {
						emitted = $.event.special.swipe.handleSwipe( start, stop, thisObject, origTarget );
						if ( emitted ) {

							// Reset the context to make way for the next swipe event
							$.event.special.swipe.eventInProgress = false;
						}
					}
					// prevent scrolling
					if ( Math.abs( start.coords[ 0 ] - stop.coords[ 0 ] ) > $.event.special.swipe.scrollSupressionThreshold ) {
						event.preventDefault();
					}
				};

				context.stop = function() {
						emitted = true;

						// Reset the context to make way for the next swipe event
						$.event.special.swipe.eventInProgress = false;
						$document.off( touchMoveEvent, context.move );
						context.move = null;
				};

				$document.on( touchMoveEvent, context.move )
					.one( touchStopEvent, context.stop );
			};
			$this.on( touchStartEvent, context.start );
		},

		teardown: function() {
			var events, context;

			events = $.data( this, "mobile-events" );
			if ( events ) {
				context = events.swipe;
				delete events.swipe;
				events.length--;
				if ( events.length === 0 ) {
					$.removeData( this, "mobile-events" );
				}
			}

			if ( context ) {
				if ( context.start ) {
					$( this ).off( touchStartEvent, context.start );
				}
				if ( context.move ) {
					$document.off( touchMoveEvent, context.move );
				}
				if ( context.stop ) {
					$document.off( touchStopEvent, context.stop );
				}
			}
		}
	};
	$.each({
		swipeleft: "swipe.left",
		swiperight: "swipe.right"
	}, function( event, sourceEvent ) {

		$.event.special[ event ] = {
			setup: function() {
				$( this ).bind( sourceEvent, $.noop );
			},
			teardown: function() {
				$( this ).unbind( sourceEvent );
			}
		};
	});
})( jQuery, this );
*/
'use strict';

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

!function ($) {

  var MutationObserver = function () {
    var prefixes = ['WebKit', 'Moz', 'O', 'Ms', ''];
    for (var i = 0; i < prefixes.length; i++) {
      if (prefixes[i] + 'MutationObserver' in window) {
        return window[prefixes[i] + 'MutationObserver'];
      }
    }
    return false;
  }();

  var triggers = function triggers(el, type) {
    el.data(type).split(' ').forEach(function (id) {
      $('#' + id)[type === 'close' ? 'trigger' : 'triggerHandler'](type + '.zf.trigger', [el]);
    });
  };
  // Elements with [data-open] will reveal a plugin that supports it when clicked.
  $(document).on('click.zf.trigger', '[data-open]', function () {
    triggers($(this), 'open');
  });

  // Elements with [data-close] will close a plugin that supports it when clicked.
  // If used without a value on [data-close], the event will bubble, allowing it to close a parent component.
  $(document).on('click.zf.trigger', '[data-close]', function () {
    var id = $(this).data('close');
    if (id) {
      triggers($(this), 'close');
    } else {
      $(this).trigger('close.zf.trigger');
    }
  });

  // Elements with [data-toggle] will toggle a plugin that supports it when clicked.
  $(document).on('click.zf.trigger', '[data-toggle]', function () {
    var id = $(this).data('toggle');
    if (id) {
      triggers($(this), 'toggle');
    } else {
      $(this).trigger('toggle.zf.trigger');
    }
  });

  // Elements with [data-closable] will respond to close.zf.trigger events.
  $(document).on('close.zf.trigger', '[data-closable]', function (e) {
    e.stopPropagation();
    var animation = $(this).data('closable');

    if (animation !== '') {
      Foundation.Motion.animateOut($(this), animation, function () {
        $(this).trigger('closed.zf');
      });
    } else {
      $(this).fadeOut().trigger('closed.zf');
    }
  });

  $(document).on('focus.zf.trigger blur.zf.trigger', '[data-toggle-focus]', function () {
    var id = $(this).data('toggle-focus');
    $('#' + id).triggerHandler('toggle.zf.trigger', [$(this)]);
  });

  /**
  * Fires once after all other scripts have loaded
  * @function
  * @private
  */
  $(window).on('load', function () {
    checkListeners();
  });

  function checkListeners() {
    eventsListener();
    resizeListener();
    scrollListener();
    mutateListener();
    closemeListener();
  }

  //******** only fires this function once on load, if there's something to watch ********
  function closemeListener(pluginName) {
    var yetiBoxes = $('[data-yeti-box]'),
        plugNames = ['dropdown', 'tooltip', 'reveal'];

    if (pluginName) {
      if (typeof pluginName === 'string') {
        plugNames.push(pluginName);
      } else if ((typeof pluginName === 'undefined' ? 'undefined' : _typeof(pluginName)) === 'object' && typeof pluginName[0] === 'string') {
        plugNames.concat(pluginName);
      } else {
        console.error('Plugin names must be strings');
      }
    }
    if (yetiBoxes.length) {
      var listeners = plugNames.map(function (name) {
        return 'closeme.zf.' + name;
      }).join(' ');

      $(window).off(listeners).on(listeners, function (e, pluginId) {
        var plugin = e.namespace.split('.')[0];
        var plugins = $('[data-' + plugin + ']').not('[data-yeti-box="' + pluginId + '"]');

        plugins.each(function () {
          var _this = $(this);

          _this.triggerHandler('close.zf.trigger', [_this]);
        });
      });
    }
  }

  function resizeListener(debounce) {
    var timer = void 0,
        $nodes = $('[data-resize]');
    if ($nodes.length) {
      $(window).off('resize.zf.trigger').on('resize.zf.trigger', function (e) {
        if (timer) {
          clearTimeout(timer);
        }

        timer = setTimeout(function () {

          if (!MutationObserver) {
            //fallback for IE 9
            $nodes.each(function () {
              $(this).triggerHandler('resizeme.zf.trigger');
            });
          }
          //trigger all listening elements and signal a resize event
          $nodes.attr('data-events', "resize");
        }, debounce || 10); //default time to emit resize event
      });
    }
  }

  function scrollListener(debounce) {
    var timer = void 0,
        $nodes = $('[data-scroll]');
    if ($nodes.length) {
      $(window).off('scroll.zf.trigger').on('scroll.zf.trigger', function (e) {
        if (timer) {
          clearTimeout(timer);
        }

        timer = setTimeout(function () {

          if (!MutationObserver) {
            //fallback for IE 9
            $nodes.each(function () {
              $(this).triggerHandler('scrollme.zf.trigger');
            });
          }
          //trigger all listening elements and signal a scroll event
          $nodes.attr('data-events', "scroll");
        }, debounce || 10); //default time to emit scroll event
      });
    }
  }

  function mutateListener(debounce) {
    var $nodes = $('[data-mutate]');
    if ($nodes.length && MutationObserver) {
      //trigger all listening elements and signal a mutate event
      //no IE 9 or 10
      $nodes.each(function () {
        $(this).triggerHandler('mutateme.zf.trigger');
      });
    }
  }

  function eventsListener() {
    if (!MutationObserver) {
      return false;
    }
    var nodes = document.querySelectorAll('[data-resize], [data-scroll], [data-mutate]');

    //element callback
    var listeningElementsMutation = function listeningElementsMutation(mutationRecordsList) {
      var $target = $(mutationRecordsList[0].target);

      //trigger the event handler for the element depending on type
      switch (mutationRecordsList[0].type) {

        case "attributes":
          if ($target.attr("data-events") === "scroll" && mutationRecordsList[0].attributeName === "data-events") {
            $target.triggerHandler('scrollme.zf.trigger', [$target, window.pageYOffset]);
          }
          if ($target.attr("data-events") === "resize" && mutationRecordsList[0].attributeName === "data-events") {
            $target.triggerHandler('resizeme.zf.trigger', [$target]);
          }
          if (mutationRecordsList[0].attributeName === "style") {
            $target.closest("[data-mutate]").attr("data-events", "mutate");
            $target.closest("[data-mutate]").triggerHandler('mutateme.zf.trigger', [$target.closest("[data-mutate]")]);
          }
          break;

        case "childList":
          $target.closest("[data-mutate]").attr("data-events", "mutate");
          $target.closest("[data-mutate]").triggerHandler('mutateme.zf.trigger', [$target.closest("[data-mutate]")]);
          break;

        default:
          return false;
        //nothing
      }
    };

    if (nodes.length) {
      //for each element that needs to listen for resizing, scrolling, or mutation add a single observer
      for (var i = 0; i <= nodes.length - 1; i++) {
        var elementObserver = new MutationObserver(listeningElementsMutation);
        elementObserver.observe(nodes[i], { attributes: true, childList: true, characterData: false, subtree: true, attributeFilter: ["data-events", "style"] });
      }
    }
  }

  // ------------------------------------

  // [PH]
  // Foundation.CheckWatchers = checkWatchers;
  Foundation.IHearYou = checkListeners;
  // Foundation.ISeeYou = scrollListener;
  // Foundation.IFeelYou = closemeListener;
}(jQuery);

// function domMutationObserver(debounce) {
//   // !!! This is coming soon and needs more work; not active  !!! //
//   var timer,
//   nodes = document.querySelectorAll('[data-mutate]');
//   //
//   if (nodes.length) {
//     // var MutationObserver = (function () {
//     //   var prefixes = ['WebKit', 'Moz', 'O', 'Ms', ''];
//     //   for (var i=0; i < prefixes.length; i++) {
//     //     if (prefixes[i] + 'MutationObserver' in window) {
//     //       return window[prefixes[i] + 'MutationObserver'];
//     //     }
//     //   }
//     //   return false;
//     // }());
//
//
//     //for the body, we need to listen for all changes effecting the style and class attributes
//     var bodyObserver = new MutationObserver(bodyMutation);
//     bodyObserver.observe(document.body, { attributes: true, childList: true, characterData: false, subtree:true, attributeFilter:["style", "class"]});
//
//
//     //body callback
//     function bodyMutation(mutate) {
//       //trigger all listening elements and signal a mutation event
//       if (timer) { clearTimeout(timer); }
//
//       timer = setTimeout(function() {
//         bodyObserver.disconnect();
//         $('[data-mutate]').attr('data-events',"mutate");
//       }, debounce || 150);
//     }
//   }
// }
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Abide module.
   * @module foundation.abide
   */

  var Abide = function () {
    /**
     * Creates a new instance of Abide.
     * @class
     * @fires Abide#init
     * @param {Object} element - jQuery object to add the trigger to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Abide(element) {
      var options = arguments.length > 1 && arguments[1] !== undefined ? arguments[1] : {};

      _classCallCheck(this, Abide);

      this.$element = element;
      this.options = $.extend({}, Abide.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Abide');
    }

    /**
     * Initializes the Abide plugin and calls functions to get Abide functioning on load.
     * @private
     */


    _createClass(Abide, [{
      key: '_init',
      value: function _init() {
        this.$inputs = this.$element.find('input, textarea, select');

        this._events();
      }

      /**
       * Initializes events for Abide.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this2 = this;

        this.$element.off('.abide').on('reset.zf.abide', function () {
          _this2.resetForm();
        }).on('submit.zf.abide', function () {
          return _this2.validateForm();
        });

        if (this.options.validateOn === 'fieldChange') {
          this.$inputs.off('change.zf.abide').on('change.zf.abide', function (e) {
            _this2.validateInput($(e.target));
          });
        }

        if (this.options.liveValidate) {
          this.$inputs.off('input.zf.abide').on('input.zf.abide', function (e) {
            _this2.validateInput($(e.target));
          });
        }

        if (this.options.validateOnBlur) {
          this.$inputs.off('blur.zf.abide').on('blur.zf.abide', function (e) {
            _this2.validateInput($(e.target));
          });
        }
      }

      /**
       * Calls necessary functions to update Abide upon DOM change
       * @private
       */

    }, {
      key: '_reflow',
      value: function _reflow() {
        this._init();
      }

      /**
       * Checks whether or not a form element has the required attribute and if it's checked or not
       * @param {Object} element - jQuery object to check for required attribute
       * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty
       */

    }, {
      key: 'requiredCheck',
      value: function requiredCheck($el) {
        if (!$el.attr('required')) return true;

        var isGood = true;

        switch ($el[0].type) {
          case 'checkbox':
            isGood = $el[0].checked;
            break;

          case 'select':
          case 'select-one':
          case 'select-multiple':
            var opt = $el.find('option:selected');
            if (!opt.length || !opt.val()) isGood = false;
            break;

          default:
            if (!$el.val() || !$el.val().length) isGood = false;
        }

        return isGood;
      }

      /**
       * Based on $el, get the first element with selector in this order:
       * 1. The element's direct sibling('s).
       * 3. The element's parent's children.
       *
       * This allows for multiple form errors per input, though if none are found, no form errors will be shown.
       *
       * @param {Object} $el - jQuery object to use as reference to find the form error selector.
       * @returns {Object} jQuery object with the selector.
       */

    }, {
      key: 'findFormError',
      value: function findFormError($el) {
        var $error = $el.siblings(this.options.formErrorSelector);

        if (!$error.length) {
          $error = $el.parent().find(this.options.formErrorSelector);
        }

        return $error;
      }

      /**
       * Get the first element in this order:
       * 2. The <label> with the attribute `[for="someInputId"]`
       * 3. The `.closest()` <label>
       *
       * @param {Object} $el - jQuery object to check for required attribute
       * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty
       */

    }, {
      key: 'findLabel',
      value: function findLabel($el) {
        var id = $el[0].id;
        var $label = this.$element.find('label[for="' + id + '"]');

        if (!$label.length) {
          return $el.closest('label');
        }

        return $label;
      }

      /**
       * Get the set of labels associated with a set of radio els in this order
       * 2. The <label> with the attribute `[for="someInputId"]`
       * 3. The `.closest()` <label>
       *
       * @param {Object} $el - jQuery object to check for required attribute
       * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty
       */

    }, {
      key: 'findRadioLabels',
      value: function findRadioLabels($els) {
        var _this3 = this;

        var labels = $els.map(function (i, el) {
          var id = el.id;
          var $label = _this3.$element.find('label[for="' + id + '"]');

          if (!$label.length) {
            $label = $(el).closest('label');
          }
          return $label[0];
        });

        return $(labels);
      }

      /**
       * Adds the CSS error class as specified by the Abide settings to the label, input, and the form
       * @param {Object} $el - jQuery object to add the class to
       */

    }, {
      key: 'addErrorClasses',
      value: function addErrorClasses($el) {
        var $label = this.findLabel($el);
        var $formError = this.findFormError($el);

        if ($label.length) {
          $label.addClass(this.options.labelErrorClass);
        }

        if ($formError.length) {
          $formError.addClass(this.options.formErrorClass);
        }

        $el.addClass(this.options.inputErrorClass).attr('data-invalid', '');
      }

      /**
       * Remove CSS error classes etc from an entire radio button group
       * @param {String} groupName - A string that specifies the name of a radio button group
       *
       */

    }, {
      key: 'removeRadioErrorClasses',
      value: function removeRadioErrorClasses(groupName) {
        var $els = this.$element.find(':radio[name="' + groupName + '"]');
        var $labels = this.findRadioLabels($els);
        var $formErrors = this.findFormError($els);

        if ($labels.length) {
          $labels.removeClass(this.options.labelErrorClass);
        }

        if ($formErrors.length) {
          $formErrors.removeClass(this.options.formErrorClass);
        }

        $els.removeClass(this.options.inputErrorClass).removeAttr('data-invalid');
      }

      /**
       * Removes CSS error class as specified by the Abide settings from the label, input, and the form
       * @param {Object} $el - jQuery object to remove the class from
       */

    }, {
      key: 'removeErrorClasses',
      value: function removeErrorClasses($el) {
        // radios need to clear all of the els
        if ($el[0].type == 'radio') {
          return this.removeRadioErrorClasses($el.attr('name'));
        }

        var $label = this.findLabel($el);
        var $formError = this.findFormError($el);

        if ($label.length) {
          $label.removeClass(this.options.labelErrorClass);
        }

        if ($formError.length) {
          $formError.removeClass(this.options.formErrorClass);
        }

        $el.removeClass(this.options.inputErrorClass).removeAttr('data-invalid');
      }

      /**
       * Goes through a form to find inputs and proceeds to validate them in ways specific to their type
       * @fires Abide#invalid
       * @fires Abide#valid
       * @param {Object} element - jQuery object to validate, should be an HTML input
       * @returns {Boolean} goodToGo - If the input is valid or not.
       */

    }, {
      key: 'validateInput',
      value: function validateInput($el) {
        var _this4 = this;

        var clearRequire = this.requiredCheck($el),
            validated = false,
            customValidator = true,
            validator = $el.attr('data-validator'),
            equalTo = true;

        // don't validate ignored inputs or hidden inputs
        if ($el.is('[data-abide-ignore]') || $el.is('[type="hidden"]')) {
          return true;
        }

        switch ($el[0].type) {
          case 'radio':
            validated = this.validateRadio($el.attr('name'));
            break;

          case 'checkbox':
            validated = clearRequire;
            break;

          case 'select':
          case 'select-one':
          case 'select-multiple':
            validated = clearRequire;
            break;

          default:
            validated = this.validateText($el);
        }

        if (validator) {
          customValidator = this.matchValidation($el, validator, $el.attr('required'));
        }

        if ($el.attr('data-equalto')) {
          equalTo = this.options.validators.equalTo($el);
        }

        var goodToGo = [clearRequire, validated, customValidator, equalTo].indexOf(false) === -1;
        var message = (goodToGo ? 'valid' : 'invalid') + '.zf.abide';

        if (goodToGo) {
          // Re-validate inputs that depend on this one with equalto
          var dependentElements = this.$element.find('[data-equalto="' + $el.attr('id') + '"]');
          if (dependentElements.length) {
            (function () {
              var _this = _this4;
              dependentElements.each(function () {
                if ($(this).val()) {
                  _this.validateInput($(this));
                }
              });
            })();
          }
        }

        this[goodToGo ? 'removeErrorClasses' : 'addErrorClasses']($el);

        /**
         * Fires when the input is done checking for validation. Event trigger is either `valid.zf.abide` or `invalid.zf.abide`
         * Trigger includes the DOM element of the input.
         * @event Abide#valid
         * @event Abide#invalid
         */
        $el.trigger(message, [$el]);

        return goodToGo;
      }

      /**
       * Goes through a form and if there are any invalid inputs, it will display the form error element
       * @returns {Boolean} noError - true if no errors were detected...
       * @fires Abide#formvalid
       * @fires Abide#forminvalid
       */

    }, {
      key: 'validateForm',
      value: function validateForm() {
        var acc = [];
        var _this = this;

        this.$inputs.each(function () {
          acc.push(_this.validateInput($(this)));
        });

        var noError = acc.indexOf(false) === -1;

        this.$element.find('[data-abide-error]').css('display', noError ? 'none' : 'block');

        /**
         * Fires when the form is finished validating. Event trigger is either `formvalid.zf.abide` or `forminvalid.zf.abide`.
         * Trigger includes the element of the form.
         * @event Abide#formvalid
         * @event Abide#forminvalid
         */
        this.$element.trigger((noError ? 'formvalid' : 'forminvalid') + '.zf.abide', [this.$element]);

        return noError;
      }

      /**
       * Determines whether or a not a text input is valid based on the pattern specified in the attribute. If no matching pattern is found, returns true.
       * @param {Object} $el - jQuery object to validate, should be a text input HTML element
       * @param {String} pattern - string value of one of the RegEx patterns in Abide.options.patterns
       * @returns {Boolean} Boolean value depends on whether or not the input value matches the pattern specified
       */

    }, {
      key: 'validateText',
      value: function validateText($el, pattern) {
        // A pattern can be passed to this function, or it will be infered from the input's "pattern" attribute, or it's "type" attribute
        pattern = pattern || $el.attr('pattern') || $el.attr('type');
        var inputText = $el.val();
        var valid = false;

        if (inputText.length) {
          // If the pattern attribute on the element is in Abide's list of patterns, then test that regexp
          if (this.options.patterns.hasOwnProperty(pattern)) {
            valid = this.options.patterns[pattern].test(inputText);
          }
          // If the pattern name isn't also the type attribute of the field, then test it as a regexp
          else if (pattern !== $el.attr('type')) {
              valid = new RegExp(pattern).test(inputText);
            } else {
              valid = true;
            }
        }
        // An empty field is valid if it's not required
        else if (!$el.prop('required')) {
            valid = true;
          }

        return valid;
      }

      /**
       * Determines whether or a not a radio input is valid based on whether or not it is required and selected. Although the function targets a single `<input>`, it validates by checking the `required` and `checked` properties of all radio buttons in its group.
       * @param {String} groupName - A string that specifies the name of a radio button group
       * @returns {Boolean} Boolean value depends on whether or not at least one radio input has been selected (if it's required)
       */

    }, {
      key: 'validateRadio',
      value: function validateRadio(groupName) {
        // If at least one radio in the group has the `required` attribute, the group is considered required
        // Per W3C spec, all radio buttons in a group should have `required`, but we're being nice
        var $group = this.$element.find(':radio[name="' + groupName + '"]');
        var valid = false,
            required = false;

        // For the group to be required, at least one radio needs to be required
        $group.each(function (i, e) {
          if ($(e).attr('required')) {
            required = true;
          }
        });
        if (!required) valid = true;

        if (!valid) {
          // For the group to be valid, at least one radio needs to be checked
          $group.each(function (i, e) {
            if ($(e).prop('checked')) {
              valid = true;
            }
          });
        };

        return valid;
      }

      /**
       * Determines if a selected input passes a custom validation function. Multiple validations can be used, if passed to the element with `data-validator="foo bar baz"` in a space separated listed.
       * @param {Object} $el - jQuery input element.
       * @param {String} validators - a string of function names matching functions in the Abide.options.validators object.
       * @param {Boolean} required - self explanatory?
       * @returns {Boolean} - true if validations passed.
       */

    }, {
      key: 'matchValidation',
      value: function matchValidation($el, validators, required) {
        var _this5 = this;

        required = required ? true : false;

        var clear = validators.split(' ').map(function (v) {
          return _this5.options.validators[v]($el, required, $el.parent());
        });
        return clear.indexOf(false) === -1;
      }

      /**
       * Resets form inputs and styles
       * @fires Abide#formreset
       */

    }, {
      key: 'resetForm',
      value: function resetForm() {
        var $form = this.$element,
            opts = this.options;

        $('.' + opts.labelErrorClass, $form).not('small').removeClass(opts.labelErrorClass);
        $('.' + opts.inputErrorClass, $form).not('small').removeClass(opts.inputErrorClass);
        $(opts.formErrorSelector + '.' + opts.formErrorClass).removeClass(opts.formErrorClass);
        $form.find('[data-abide-error]').css('display', 'none');
        $(':input', $form).not(':button, :submit, :reset, :hidden, :radio, :checkbox, [data-abide-ignore]').val('').removeAttr('data-invalid');
        $(':input:radio', $form).not('[data-abide-ignore]').prop('checked', false).removeAttr('data-invalid');
        $(':input:checkbox', $form).not('[data-abide-ignore]').prop('checked', false).removeAttr('data-invalid');
        /**
         * Fires when the form has been reset.
         * @event Abide#formreset
         */
        $form.trigger('formreset.zf.abide', [$form]);
      }

      /**
       * Destroys an instance of Abide.
       * Removes error styles and classes from elements, without resetting their values.
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        var _this = this;
        this.$element.off('.abide').find('[data-abide-error]').css('display', 'none');

        this.$inputs.off('.abide').each(function () {
          _this.removeErrorClasses($(this));
        });

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Abide;
  }();

  /**
   * Default settings for plugin
   */


  Abide.defaults = {
    /**
     * The default event to validate inputs. Checkboxes and radios validate immediately.
     * Remove or change this value for manual validation.
     * @option
     * @example 'fieldChange'
     */
    validateOn: 'fieldChange',

    /**
     * Class to be applied to input labels on failed validation.
     * @option
     * @example 'is-invalid-label'
     */
    labelErrorClass: 'is-invalid-label',

    /**
     * Class to be applied to inputs on failed validation.
     * @option
     * @example 'is-invalid-input'
     */
    inputErrorClass: 'is-invalid-input',

    /**
     * Class selector to use to target Form Errors for show/hide.
     * @option
     * @example '.form-error'
     */
    formErrorSelector: '.form-error',

    /**
     * Class added to Form Errors on failed validation.
     * @option
     * @example 'is-visible'
     */
    formErrorClass: 'is-visible',

    /**
     * Set to true to validate text inputs on any value change.
     * @option
     * @example false
     */
    liveValidate: false,

    /**
     * Set to true to validate inputs on blur.
     * @option
     * @example false
     */
    validateOnBlur: false,

    patterns: {
      alpha: /^[a-zA-Z]+$/,
      alpha_numeric: /^[a-zA-Z0-9]+$/,
      integer: /^[-+]?\d+$/,
      number: /^[-+]?\d*(?:[\.\,]\d+)?$/,

      // amex, visa, diners
      card: /^(?:4[0-9]{12}(?:[0-9]{3})?|5[1-5][0-9]{14}|6(?:011|5[0-9][0-9])[0-9]{12}|3[47][0-9]{13}|3(?:0[0-5]|[68][0-9])[0-9]{11}|(?:2131|1800|35\d{3})\d{11})$/,
      cvv: /^([0-9]){3,4}$/,

      // http://www.whatwg.org/specs/web-apps/current-work/multipage/states-of-the-type-attribute.html#valid-e-mail-address
      email: /^[a-zA-Z0-9.!#$%&'*+\/=?^_`{|}~-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)+$/,

      url: /^(https?|ftp|file|ssh):\/\/(((([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(%[\da-f]{2})|[!\$&'\(\)\*\+,;=]|:)*@)?(((\d|[1-9]\d|1\d\d|2[0-4]\d|25[0-5])\.(\d|[1-9]\d|1\d\d|2[0-4]\d|25[0-5])\.(\d|[1-9]\d|1\d\d|2[0-4]\d|25[0-5])\.(\d|[1-9]\d|1\d\d|2[0-4]\d|25[0-5]))|((([a-zA-Z]|\d|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(([a-zA-Z]|\d|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])*([a-zA-Z]|\d|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])))\.)+(([a-zA-Z]|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(([a-zA-Z]|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])*([a-zA-Z]|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])))\.?)(:\d*)?)(\/((([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(%[\da-f]{2})|[!\$&'\(\)\*\+,;=]|:|@)+(\/(([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(%[\da-f]{2})|[!\$&'\(\)\*\+,;=]|:|@)*)*)?)?(\?((([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(%[\da-f]{2})|[!\$&'\(\)\*\+,;=]|:|@)|[\uE000-\uF8FF]|\/|\?)*)?(\#((([a-zA-Z]|\d|-|\.|_|~|[\u00A0-\uD7FF\uF900-\uFDCF\uFDF0-\uFFEF])|(%[\da-f]{2})|[!\$&'\(\)\*\+,;=]|:|@)|\/|\?)*)?$/,
      // abc.de
      domain: /^([a-zA-Z0-9]([a-zA-Z0-9\-]{0,61}[a-zA-Z0-9])?\.)+[a-zA-Z]{2,8}$/,

      datetime: /^([0-2][0-9]{3})\-([0-1][0-9])\-([0-3][0-9])T([0-5][0-9])\:([0-5][0-9])\:([0-5][0-9])(Z|([\-\+]([0-1][0-9])\:00))$/,
      // YYYY-MM-DD
      date: /(?:19|20)[0-9]{2}-(?:(?:0[1-9]|1[0-2])-(?:0[1-9]|1[0-9]|2[0-9])|(?:(?!02)(?:0[1-9]|1[0-2])-(?:30))|(?:(?:0[13578]|1[02])-31))$/,
      // HH:MM:SS
      time: /^(0[0-9]|1[0-9]|2[0-3])(:[0-5][0-9]){2}$/,
      dateISO: /^\d{4}[\/\-]\d{1,2}[\/\-]\d{1,2}$/,
      // MM/DD/YYYY
      month_day_year: /^(0[1-9]|1[012])[- \/.](0[1-9]|[12][0-9]|3[01])[- \/.]\d{4}$/,
      // DD/MM/YYYY
      day_month_year: /^(0[1-9]|[12][0-9]|3[01])[- \/.](0[1-9]|1[012])[- \/.]\d{4}$/,

      // #FFF or #FFFFFF
      color: /^#?([a-fA-F0-9]{6}|[a-fA-F0-9]{3})$/
    },

    /**
     * Optional validation functions to be used. `equalTo` being the only default included function.
     * Functions should return only a boolean if the input is valid or not. Functions are given the following arguments:
     * el : The jQuery element to validate.
     * required : Boolean value of the required attribute be present or not.
     * parent : The direct parent of the input.
     * @option
     */
    validators: {
      equalTo: function equalTo(el, required, parent) {
        return $('#' + el.attr('data-equalto')).val() === el.val();
      }
    }
  };

  // Window exports
  Foundation.plugin(Abide, 'Abide');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Accordion module.
   * @module foundation.accordion
   * @requires foundation.util.keyboard
   * @requires foundation.util.motion
   */

  var Accordion = function () {
    /**
     * Creates a new instance of an accordion.
     * @class
     * @fires Accordion#init
     * @param {jQuery} element - jQuery object to make into an accordion.
     * @param {Object} options - a plain object with settings to override the default options.
     */
    function Accordion(element, options) {
      _classCallCheck(this, Accordion);

      this.$element = element;
      this.options = $.extend({}, Accordion.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Accordion');
      Foundation.Keyboard.register('Accordion', {
        'ENTER': 'toggle',
        'SPACE': 'toggle',
        'ARROW_DOWN': 'next',
        'ARROW_UP': 'previous'
      });
    }

    /**
     * Initializes the accordion by animating the preset active pane(s).
     * @private
     */


    _createClass(Accordion, [{
      key: '_init',
      value: function _init() {
        this.$element.attr('role', 'tablist');
        this.$tabs = this.$element.children('[data-accordion-item]');

        this.$tabs.each(function (idx, el) {
          var $el = $(el),
              $content = $el.children('[data-tab-content]'),
              id = $content[0].id || Foundation.GetYoDigits(6, 'accordion'),
              linkId = el.id || id + '-label';

          $el.find('a:first').attr({
            'aria-controls': id,
            'role': 'tab',
            'id': linkId,
            'aria-expanded': false,
            'aria-selected': false
          });

          $content.attr({ 'role': 'tabpanel', 'aria-labelledby': linkId, 'aria-hidden': true, 'id': id });
        });
        var $initActive = this.$element.find('.is-active').children('[data-tab-content]');
        if ($initActive.length) {
          this.down($initActive, true);
        }
        this._events();
      }

      /**
       * Adds event handlers for items within the accordion.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        this.$tabs.each(function () {
          var $elem = $(this);
          var $tabContent = $elem.children('[data-tab-content]');
          if ($tabContent.length) {
            $elem.children('a').off('click.zf.accordion keydown.zf.accordion').on('click.zf.accordion', function (e) {
              e.preventDefault();
              _this.toggle($tabContent);
            }).on('keydown.zf.accordion', function (e) {
              Foundation.Keyboard.handleKey(e, 'Accordion', {
                toggle: function toggle() {
                  _this.toggle($tabContent);
                },
                next: function next() {
                  var $a = $elem.next().find('a').focus();
                  if (!_this.options.multiExpand) {
                    $a.trigger('click.zf.accordion');
                  }
                },
                previous: function previous() {
                  var $a = $elem.prev().find('a').focus();
                  if (!_this.options.multiExpand) {
                    $a.trigger('click.zf.accordion');
                  }
                },
                handled: function handled() {
                  e.preventDefault();
                  e.stopPropagation();
                }
              });
            });
          }
        });
      }

      /**
       * Toggles the selected content pane's open/close state.
       * @param {jQuery} $target - jQuery object of the pane to toggle (`.accordion-content`).
       * @function
       */

    }, {
      key: 'toggle',
      value: function toggle($target) {
        if ($target.parent().hasClass('is-active')) {
          this.up($target);
        } else {
          this.down($target);
        }
      }

      /**
       * Opens the accordion tab defined by `$target`.
       * @param {jQuery} $target - Accordion pane to open (`.accordion-content`).
       * @param {Boolean} firstTime - flag to determine if reflow should happen.
       * @fires Accordion#down
       * @function
       */

    }, {
      key: 'down',
      value: function down($target, firstTime) {
        var _this2 = this;

        $target.attr('aria-hidden', false).parent('[data-tab-content]').addBack().parent().addClass('is-active');

        if (!this.options.multiExpand && !firstTime) {
          var $currentActive = this.$element.children('.is-active').children('[data-tab-content]');
          if ($currentActive.length) {
            this.up($currentActive.not($target));
          }
        }

        $target.slideDown(this.options.slideSpeed, function () {
          /**
           * Fires when the tab is done opening.
           * @event Accordion#down
           */
          _this2.$element.trigger('down.zf.accordion', [$target]);
        });

        $('#' + $target.attr('aria-labelledby')).attr({
          'aria-expanded': true,
          'aria-selected': true
        });
      }

      /**
       * Closes the tab defined by `$target`.
       * @param {jQuery} $target - Accordion tab to close (`.accordion-content`).
       * @fires Accordion#up
       * @function
       */

    }, {
      key: 'up',
      value: function up($target) {
        var $aunts = $target.parent().siblings(),
            _this = this;

        if (!this.options.allowAllClosed && !$aunts.hasClass('is-active') || !$target.parent().hasClass('is-active')) {
          return;
        }

        // Foundation.Move(this.options.slideSpeed, $target, function(){
        $target.slideUp(_this.options.slideSpeed, function () {
          /**
           * Fires when the tab is done collapsing up.
           * @event Accordion#up
           */
          _this.$element.trigger('up.zf.accordion', [$target]);
        });
        // });

        $target.attr('aria-hidden', true).parent().removeClass('is-active');

        $('#' + $target.attr('aria-labelledby')).attr({
          'aria-expanded': false,
          'aria-selected': false
        });
      }

      /**
       * Destroys an instance of an accordion.
       * @fires Accordion#destroyed
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.find('[data-tab-content]').stop(true).slideUp(0).css('display', '');
        this.$element.find('a').off('.zf.accordion');

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Accordion;
  }();

  Accordion.defaults = {
    /**
     * Amount of time to animate the opening of an accordion pane.
     * @option
     * @example 250
     */
    slideSpeed: 250,
    /**
     * Allow the accordion to have multiple open panes.
     * @option
     * @example false
     */
    multiExpand: false,
    /**
     * Allow the accordion to close all panes.
     * @option
     * @example false
     */
    allowAllClosed: false
  };

  // Window exports
  Foundation.plugin(Accordion, 'Accordion');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * AccordionMenu module.
   * @module foundation.accordionMenu
   * @requires foundation.util.keyboard
   * @requires foundation.util.motion
   * @requires foundation.util.nest
   */

  var AccordionMenu = function () {
    /**
     * Creates a new instance of an accordion menu.
     * @class
     * @fires AccordionMenu#init
     * @param {jQuery} element - jQuery object to make into an accordion menu.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function AccordionMenu(element, options) {
      _classCallCheck(this, AccordionMenu);

      this.$element = element;
      this.options = $.extend({}, AccordionMenu.defaults, this.$element.data(), options);

      Foundation.Nest.Feather(this.$element, 'accordion');

      this._init();

      Foundation.registerPlugin(this, 'AccordionMenu');
      Foundation.Keyboard.register('AccordionMenu', {
        'ENTER': 'toggle',
        'SPACE': 'toggle',
        'ARROW_RIGHT': 'open',
        'ARROW_UP': 'up',
        'ARROW_DOWN': 'down',
        'ARROW_LEFT': 'close',
        'ESCAPE': 'closeAll'
      });
    }

    /**
     * Initializes the accordion menu by hiding all nested menus.
     * @private
     */


    _createClass(AccordionMenu, [{
      key: '_init',
      value: function _init() {
        this.$element.find('[data-submenu]').not('.is-active').slideUp(0); //.find('a').css('padding-left', '1rem');
        this.$element.attr({
          'role': 'menu',
          'aria-multiselectable': this.options.multiOpen
        });

        this.$menuLinks = this.$element.find('.is-accordion-submenu-parent');
        this.$menuLinks.each(function () {
          var linkId = this.id || Foundation.GetYoDigits(6, 'acc-menu-link'),
              $elem = $(this),
              $sub = $elem.children('[data-submenu]'),
              subId = $sub[0].id || Foundation.GetYoDigits(6, 'acc-menu'),
              isActive = $sub.hasClass('is-active');
          $elem.attr({
            'aria-controls': subId,
            'aria-expanded': isActive,
            'role': 'menuitem',
            'id': linkId
          });
          $sub.attr({
            'aria-labelledby': linkId,
            'aria-hidden': !isActive,
            'role': 'menu',
            'id': subId
          });
        });
        var initPanes = this.$element.find('.is-active');
        if (initPanes.length) {
          var _this = this;
          initPanes.each(function () {
            _this.down($(this));
          });
        }
        this._events();
      }

      /**
       * Adds event handlers for items within the menu.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        this.$element.find('li').each(function () {
          var $submenu = $(this).children('[data-submenu]');

          if ($submenu.length) {
            $(this).children('a').off('click.zf.accordionMenu').on('click.zf.accordionMenu', function (e) {
              e.preventDefault();

              _this.toggle($submenu);
            });
          }
        }).on('keydown.zf.accordionmenu', function (e) {
          var $element = $(this),
              $elements = $element.parent('ul').children('li'),
              $prevElement,
              $nextElement,
              $target = $element.children('[data-submenu]');

          $elements.each(function (i) {
            if ($(this).is($element)) {
              $prevElement = $elements.eq(Math.max(0, i - 1)).find('a').first();
              $nextElement = $elements.eq(Math.min(i + 1, $elements.length - 1)).find('a').first();

              if ($(this).children('[data-submenu]:visible').length) {
                // has open sub menu
                $nextElement = $element.find('li:first-child').find('a').first();
              }
              if ($(this).is(':first-child')) {
                // is first element of sub menu
                $prevElement = $element.parents('li').first().find('a').first();
              } else if ($prevElement.parents('li').first().children('[data-submenu]:visible').length) {
                // if previous element has open sub menu
                $prevElement = $prevElement.parents('li').find('li:last-child').find('a').first();
              }
              if ($(this).is(':last-child')) {
                // is last element of sub menu
                $nextElement = $element.parents('li').first().next('li').find('a').first();
              }

              return;
            }
          });

          Foundation.Keyboard.handleKey(e, 'AccordionMenu', {
            open: function open() {
              if ($target.is(':hidden')) {
                _this.down($target);
                $target.find('li').first().find('a').first().focus();
              }
            },
            close: function close() {
              if ($target.length && !$target.is(':hidden')) {
                // close active sub of this item
                _this.up($target);
              } else if ($element.parent('[data-submenu]').length) {
                // close currently open sub
                _this.up($element.parent('[data-submenu]'));
                $element.parents('li').first().find('a').first().focus();
              }
            },
            up: function up() {
              $prevElement.focus();
              return true;
            },
            down: function down() {
              $nextElement.focus();
              return true;
            },
            toggle: function toggle() {
              if ($element.children('[data-submenu]').length) {
                _this.toggle($element.children('[data-submenu]'));
              }
            },
            closeAll: function closeAll() {
              _this.hideAll();
            },
            handled: function handled(preventDefault) {
              if (preventDefault) {
                e.preventDefault();
              }
              e.stopImmediatePropagation();
            }
          });
        }); //.attr('tabindex', 0);
      }

      /**
       * Closes all panes of the menu.
       * @function
       */

    }, {
      key: 'hideAll',
      value: function hideAll() {
        this.up(this.$element.find('[data-submenu]'));
      }

      /**
       * Opens all panes of the menu.
       * @function
       */

    }, {
      key: 'showAll',
      value: function showAll() {
        this.down(this.$element.find('[data-submenu]'));
      }

      /**
       * Toggles the open/close state of a submenu.
       * @function
       * @param {jQuery} $target - the submenu to toggle
       */

    }, {
      key: 'toggle',
      value: function toggle($target) {
        if (!$target.is(':animated')) {
          if (!$target.is(':hidden')) {
            this.up($target);
          } else {
            this.down($target);
          }
        }
      }

      /**
       * Opens the sub-menu defined by `$target`.
       * @param {jQuery} $target - Sub-menu to open.
       * @fires AccordionMenu#down
       */

    }, {
      key: 'down',
      value: function down($target) {
        var _this = this;

        if (!this.options.multiOpen) {
          this.up(this.$element.find('.is-active').not($target.parentsUntil(this.$element).add($target)));
        }

        $target.addClass('is-active').attr({ 'aria-hidden': false }).parent('.is-accordion-submenu-parent').attr({ 'aria-expanded': true });

        //Foundation.Move(this.options.slideSpeed, $target, function() {
        $target.slideDown(_this.options.slideSpeed, function () {
          /**
           * Fires when the menu is done opening.
           * @event AccordionMenu#down
           */
          _this.$element.trigger('down.zf.accordionMenu', [$target]);
        });
        //});
      }

      /**
       * Closes the sub-menu defined by `$target`. All sub-menus inside the target will be closed as well.
       * @param {jQuery} $target - Sub-menu to close.
       * @fires AccordionMenu#up
       */

    }, {
      key: 'up',
      value: function up($target) {
        var _this = this;
        //Foundation.Move(this.options.slideSpeed, $target, function(){
        $target.slideUp(_this.options.slideSpeed, function () {
          /**
           * Fires when the menu is done collapsing up.
           * @event AccordionMenu#up
           */
          _this.$element.trigger('up.zf.accordionMenu', [$target]);
        });
        //});

        var $menus = $target.find('[data-submenu]').slideUp(0).addBack().attr('aria-hidden', true);

        $menus.parent('.is-accordion-submenu-parent').attr('aria-expanded', false);
      }

      /**
       * Destroys an instance of accordion menu.
       * @fires AccordionMenu#destroyed
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.find('[data-submenu]').slideDown(0).css('display', '');
        this.$element.find('a').off('click.zf.accordionMenu');

        Foundation.Nest.Burn(this.$element, 'accordion');
        Foundation.unregisterPlugin(this);
      }
    }]);

    return AccordionMenu;
  }();

  AccordionMenu.defaults = {
    /**
     * Amount of time to animate the opening of a submenu in ms.
     * @option
     * @example 250
     */
    slideSpeed: 250,
    /**
     * Allow the menu to have multiple open panes.
     * @option
     * @example true
     */
    multiOpen: true
  };

  // Window exports
  Foundation.plugin(AccordionMenu, 'AccordionMenu');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Drilldown module.
   * @module foundation.drilldown
   * @requires foundation.util.keyboard
   * @requires foundation.util.motion
   * @requires foundation.util.nest
   */

  var Drilldown = function () {
    /**
     * Creates a new instance of a drilldown menu.
     * @class
     * @param {jQuery} element - jQuery object to make into an accordion menu.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Drilldown(element, options) {
      _classCallCheck(this, Drilldown);

      this.$element = element;
      this.options = $.extend({}, Drilldown.defaults, this.$element.data(), options);

      Foundation.Nest.Feather(this.$element, 'drilldown');

      this._init();

      Foundation.registerPlugin(this, 'Drilldown');
      Foundation.Keyboard.register('Drilldown', {
        'ENTER': 'open',
        'SPACE': 'open',
        'ARROW_RIGHT': 'next',
        'ARROW_UP': 'up',
        'ARROW_DOWN': 'down',
        'ARROW_LEFT': 'previous',
        'ESCAPE': 'close',
        'TAB': 'down',
        'SHIFT_TAB': 'up'
      });
    }

    /**
     * Initializes the drilldown by creating jQuery collections of elements
     * @private
     */


    _createClass(Drilldown, [{
      key: '_init',
      value: function _init() {
        this.$submenuAnchors = this.$element.find('li.is-drilldown-submenu-parent').children('a');
        this.$submenus = this.$submenuAnchors.parent('li').children('[data-submenu]');
        this.$menuItems = this.$element.find('li').not('.js-drilldown-back').attr('role', 'menuitem').find('a');
        this.$element.attr('data-mutate', this.$element.attr('data-drilldown') || Foundation.GetYoDigits(6, 'drilldown'));

        this._prepareMenu();
        this._registerEvents();

        this._keyboardEvents();
      }

      /**
       * prepares drilldown menu by setting attributes to links and elements
       * sets a min height to prevent content jumping
       * wraps the element if not already wrapped
       * @private
       * @function
       */

    }, {
      key: '_prepareMenu',
      value: function _prepareMenu() {
        var _this = this;
        // if(!this.options.holdOpen){
        //   this._menuLinkEvents();
        // }
        this.$submenuAnchors.each(function () {
          var $link = $(this);
          var $sub = $link.parent();
          if (_this.options.parentLink) {
            $link.clone().prependTo($sub.children('[data-submenu]')).wrap('<li class="is-submenu-parent-item is-submenu-item is-drilldown-submenu-item" role="menu-item"></li>');
          }
          $link.data('savedHref', $link.attr('href')).removeAttr('href').attr('tabindex', 0);
          $link.children('[data-submenu]').attr({
            'aria-hidden': true,
            'tabindex': 0,
            'role': 'menu'
          });
          _this._events($link);
        });
        this.$submenus.each(function () {
          var $menu = $(this),
              $back = $menu.find('.js-drilldown-back');
          if (!$back.length) {
            switch (_this.options.backButtonPosition) {
              case "bottom":
                $menu.append(_this.options.backButton);
                break;
              case "top":
                $menu.prepend(_this.options.backButton);
                break;
              default:
                console.error("Unsupported backButtonPosition value '" + _this.options.backButtonPosition + "'");
            }
          }
          _this._back($menu);
        });

        if (!this.options.autoHeight) {
          this.$submenus.addClass('drilldown-submenu-cover-previous');
        }

        if (!this.$element.parent().hasClass('is-drilldown')) {
          this.$wrapper = $(this.options.wrapper).addClass('is-drilldown');
          if (this.options.animateHeight) this.$wrapper.addClass('animate-height');
          this.$wrapper = this.$element.wrap(this.$wrapper).parent().css(this._getMaxDims());
        }
      }
    }, {
      key: '_resize',
      value: function _resize() {
        this.$wrapper.css({ 'max-width': 'none', 'min-height': 'none' });
        // _getMaxDims has side effects (boo) but calling it should update all other necessary heights & widths
        this.$wrapper.css(this._getMaxDims());
      }

      /**
       * Adds event handlers to elements in the menu.
       * @function
       * @private
       * @param {jQuery} $elem - the current menu item to add handlers to.
       */

    }, {
      key: '_events',
      value: function _events($elem) {
        var _this = this;

        $elem.off('click.zf.drilldown').on('click.zf.drilldown', function (e) {
          if ($(e.target).parentsUntil('ul', 'li').hasClass('is-drilldown-submenu-parent')) {
            e.stopImmediatePropagation();
            e.preventDefault();
          }

          // if(e.target !== e.currentTarget.firstElementChild){
          //   return false;
          // }
          _this._show($elem.parent('li'));

          if (_this.options.closeOnClick) {
            var $body = $('body');
            $body.off('.zf.drilldown').on('click.zf.drilldown', function (e) {
              if (e.target === _this.$element[0] || $.contains(_this.$element[0], e.target)) {
                return;
              }
              e.preventDefault();
              _this._hideAll();
              $body.off('.zf.drilldown');
            });
          }
        });
        this.$element.on('mutateme.zf.trigger', this._resize.bind(this));
      }

      /**
       * Adds event handlers to the menu element.
       * @function
       * @private
       */

    }, {
      key: '_registerEvents',
      value: function _registerEvents() {
        if (this.options.scrollTop) {
          this._bindHandler = this._scrollTop.bind(this);
          this.$element.on('open.zf.drilldown hide.zf.drilldown closed.zf.drilldown', this._bindHandler);
        }
      }

      /**
       * Scroll to Top of Element or data-scroll-top-element
       * @function
       * @fires Drilldown#scrollme
       */

    }, {
      key: '_scrollTop',
      value: function _scrollTop() {
        var _this = this;
        var $scrollTopElement = _this.options.scrollTopElement != '' ? $(_this.options.scrollTopElement) : _this.$element,
            scrollPos = parseInt($scrollTopElement.offset().top + _this.options.scrollTopOffset);
        $('html, body').stop(true).animate({ scrollTop: scrollPos }, _this.options.animationDuration, _this.options.animationEasing, function () {
          /**
            * Fires after the menu has scrolled
            * @event Drilldown#scrollme
            */
          if (this === $('html')[0]) _this.$element.trigger('scrollme.zf.drilldown');
        });
      }

      /**
       * Adds keydown event listener to `li`'s in the menu.
       * @private
       */

    }, {
      key: '_keyboardEvents',
      value: function _keyboardEvents() {
        var _this = this;

        this.$menuItems.add(this.$element.find('.js-drilldown-back > a, .is-submenu-parent-item > a')).on('keydown.zf.drilldown', function (e) {
          var $element = $(this),
              $elements = $element.parent('li').parent('ul').children('li').children('a'),
              $prevElement,
              $nextElement;

          $elements.each(function (i) {
            if ($(this).is($element)) {
              $prevElement = $elements.eq(Math.max(0, i - 1));
              $nextElement = $elements.eq(Math.min(i + 1, $elements.length - 1));
              return;
            }
          });

          Foundation.Keyboard.handleKey(e, 'Drilldown', {
            next: function next() {
              if ($element.is(_this.$submenuAnchors)) {
                _this._show($element.parent('li'));
                $element.parent('li').one(Foundation.transitionend($element), function () {
                  $element.parent('li').find('ul li a').filter(_this.$menuItems).first().focus();
                });
                return true;
              }
            },
            previous: function previous() {
              _this._hide($element.parent('li').parent('ul'));
              $element.parent('li').parent('ul').one(Foundation.transitionend($element), function () {
                setTimeout(function () {
                  $element.parent('li').parent('ul').parent('li').children('a').first().focus();
                }, 1);
              });
              return true;
            },
            up: function up() {
              $prevElement.focus();
              return true;
            },
            down: function down() {
              $nextElement.focus();
              return true;
            },
            close: function close() {
              _this._back();
              //_this.$menuItems.first().focus(); // focus to first element
            },
            open: function open() {
              if (!$element.is(_this.$menuItems)) {
                // not menu item means back button
                _this._hide($element.parent('li').parent('ul'));
                $element.parent('li').parent('ul').one(Foundation.transitionend($element), function () {
                  setTimeout(function () {
                    $element.parent('li').parent('ul').parent('li').children('a').first().focus();
                  }, 1);
                });
                return true;
              } else if ($element.is(_this.$submenuAnchors)) {
                _this._show($element.parent('li'));
                $element.parent('li').one(Foundation.transitionend($element), function () {
                  $element.parent('li').find('ul li a').filter(_this.$menuItems).first().focus();
                });
                return true;
              }
            },
            handled: function handled(preventDefault) {
              if (preventDefault) {
                e.preventDefault();
              }
              e.stopImmediatePropagation();
            }
          });
        }); // end keyboardAccess
      }

      /**
       * Closes all open elements, and returns to root menu.
       * @function
       * @fires Drilldown#closed
       */

    }, {
      key: '_hideAll',
      value: function _hideAll() {
        var $elem = this.$element.find('.is-drilldown-submenu.is-active').addClass('is-closing');
        if (this.options.autoHeight) this.$wrapper.css({ height: $elem.parent().closest('ul').data('calcHeight') });
        $elem.one(Foundation.transitionend($elem), function (e) {
          $elem.removeClass('is-active is-closing');
        });
        /**
         * Fires when the menu is fully closed.
         * @event Drilldown#closed
         */
        this.$element.trigger('closed.zf.drilldown');
      }

      /**
       * Adds event listener for each `back` button, and closes open menus.
       * @function
       * @fires Drilldown#back
       * @param {jQuery} $elem - the current sub-menu to add `back` event.
       */

    }, {
      key: '_back',
      value: function _back($elem) {
        var _this = this;
        $elem.off('click.zf.drilldown');
        $elem.children('.js-drilldown-back').on('click.zf.drilldown', function (e) {
          e.stopImmediatePropagation();
          // console.log('mouseup on back');
          _this._hide($elem);

          // If there is a parent submenu, call show
          var parentSubMenu = $elem.parent('li').parent('ul').parent('li');
          if (parentSubMenu.length) {
            _this._show(parentSubMenu);
          }
        });
      }

      /**
       * Adds event listener to menu items w/o submenus to close open menus on click.
       * @function
       * @private
       */

    }, {
      key: '_menuLinkEvents',
      value: function _menuLinkEvents() {
        var _this = this;
        this.$menuItems.not('.is-drilldown-submenu-parent').off('click.zf.drilldown').on('click.zf.drilldown', function (e) {
          // e.stopImmediatePropagation();
          setTimeout(function () {
            _this._hideAll();
          }, 0);
        });
      }

      /**
       * Opens a submenu.
       * @function
       * @fires Drilldown#open
       * @param {jQuery} $elem - the current element with a submenu to open, i.e. the `li` tag.
       */

    }, {
      key: '_show',
      value: function _show($elem) {
        if (this.options.autoHeight) this.$wrapper.css({ height: $elem.children('[data-submenu]').data('calcHeight') });
        $elem.attr('aria-expanded', true);
        $elem.children('[data-submenu]').addClass('is-active').attr('aria-hidden', false);
        /**
         * Fires when the submenu has opened.
         * @event Drilldown#open
         */
        this.$element.trigger('open.zf.drilldown', [$elem]);
      }
    }, {
      key: '_hide',


      /**
       * Hides a submenu
       * @function
       * @fires Drilldown#hide
       * @param {jQuery} $elem - the current sub-menu to hide, i.e. the `ul` tag.
       */
      value: function _hide($elem) {
        if (this.options.autoHeight) this.$wrapper.css({ height: $elem.parent().closest('ul').data('calcHeight') });
        var _this = this;
        $elem.parent('li').attr('aria-expanded', false);
        $elem.attr('aria-hidden', true).addClass('is-closing');
        $elem.addClass('is-closing').one(Foundation.transitionend($elem), function () {
          $elem.removeClass('is-active is-closing');
          $elem.blur();
        });
        /**
         * Fires when the submenu has closed.
         * @event Drilldown#hide
         */
        $elem.trigger('hide.zf.drilldown', [$elem]);
      }

      /**
       * Iterates through the nested menus to calculate the min-height, and max-width for the menu.
       * Prevents content jumping.
       * @function
       * @private
       */

    }, {
      key: '_getMaxDims',
      value: function _getMaxDims() {
        var maxHeight = 0,
            result = {},
            _this = this;
        this.$submenus.add(this.$element).each(function () {
          var numOfElems = $(this).children('li').length;
          var height = Foundation.Box.GetDimensions(this).height;
          maxHeight = height > maxHeight ? height : maxHeight;
          if (_this.options.autoHeight) {
            $(this).data('calcHeight', height);
            if (!$(this).hasClass('is-drilldown-submenu')) result['height'] = height;
          }
        });

        if (!this.options.autoHeight) result['min-height'] = maxHeight + 'px';

        result['max-width'] = this.$element[0].getBoundingClientRect().width + 'px';

        return result;
      }

      /**
       * Destroys the Drilldown Menu
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        if (this.options.scrollTop) this.$element.off('.zf.drilldown', this._bindHandler);
        this._hideAll();
        this.$element.off('mutateme.zf.trigger');
        Foundation.Nest.Burn(this.$element, 'drilldown');
        this.$element.unwrap().find('.js-drilldown-back, .is-submenu-parent-item').remove().end().find('.is-active, .is-closing, .is-drilldown-submenu').removeClass('is-active is-closing is-drilldown-submenu').end().find('[data-submenu]').removeAttr('aria-hidden tabindex role');
        this.$submenuAnchors.each(function () {
          $(this).off('.zf.drilldown');
        });

        this.$submenus.removeClass('drilldown-submenu-cover-previous');

        this.$element.find('a').each(function () {
          var $link = $(this);
          $link.removeAttr('tabindex');
          if ($link.data('savedHref')) {
            $link.attr('href', $link.data('savedHref')).removeData('savedHref');
          } else {
            return;
          }
        });
        Foundation.unregisterPlugin(this);
      }
    }]);

    return Drilldown;
  }();

  Drilldown.defaults = {
    /**
     * Markup used for JS generated back button. Prepended  or appended (see backButtonPosition) to submenu lists and deleted on `destroy` method, 'js-drilldown-back' class required. Remove the backslash (`\`) if copy and pasting.
     * @option
     * @example '<\li><\a>Back<\/a><\/li>'
     */
    backButton: '<li class="js-drilldown-back"><a tabindex="0">Back</a></li>',
    /**
     * Position the back button either at the top or bottom of drilldown submenus.
     * @option
     * @example bottom
     */
    backButtonPosition: 'top',
    /**
     * Markup used to wrap drilldown menu. Use a class name for independent styling; the JS applied class: `is-drilldown` is required. Remove the backslash (`\`) if copy and pasting.
     * @option
     * @example '<\div class="is-drilldown"><\/div>'
     */
    wrapper: '<div></div>',
    /**
     * Adds the parent link to the submenu.
     * @option
     * @example false
     */
    parentLink: false,
    /**
     * Allow the menu to return to root list on body click.
     * @option
     * @example false
     */
    closeOnClick: false,
    /**
     * Allow the menu to auto adjust height.
     * @option
     * @example false
     */
    autoHeight: false,
    /**
     * Animate the auto adjust height.
     * @option
     * @example false
     */
    animateHeight: false,
    /**
     * Scroll to the top of the menu after opening a submenu or navigating back using the menu back button
     * @option
     * @example false
     */
    scrollTop: false,
    /**
     * String jquery selector (for example 'body') of element to take offset().top from, if empty string the drilldown menu offset().top is taken
     * @option
     * @example ''
     */
    scrollTopElement: '',
    /**
     * ScrollTop offset
     * @option
     * @example 100
     */
    scrollTopOffset: 0,
    /**
     * Scroll animation duration
     * @option
     * @example 500
     */
    animationDuration: 500,
    /**
     * Scroll animation easing
     * @option
     * @example 'swing'
     */
    animationEasing: 'swing'
    // holdOpen: false
  };

  // Window exports
  Foundation.plugin(Drilldown, 'Drilldown');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Dropdown module.
   * @module foundation.dropdown
   * @requires foundation.util.keyboard
   * @requires foundation.util.box
   * @requires foundation.util.triggers
   */

  var Dropdown = function () {
    /**
     * Creates a new instance of a dropdown.
     * @class
     * @param {jQuery} element - jQuery object to make into a dropdown.
     *        Object should be of the dropdown panel, rather than its anchor.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Dropdown(element, options) {
      _classCallCheck(this, Dropdown);

      this.$element = element;
      this.options = $.extend({}, Dropdown.defaults, this.$element.data(), options);
      this._init();

      Foundation.registerPlugin(this, 'Dropdown');
      Foundation.Keyboard.register('Dropdown', {
        'ENTER': 'open',
        'SPACE': 'open',
        'ESCAPE': 'close'
      });
    }

    /**
     * Initializes the plugin by setting/checking options and attributes, adding helper variables, and saving the anchor.
     * @function
     * @private
     */


    _createClass(Dropdown, [{
      key: '_init',
      value: function _init() {
        var $id = this.$element.attr('id');

        this.$anchor = $('[data-toggle="' + $id + '"]').length ? $('[data-toggle="' + $id + '"]') : $('[data-open="' + $id + '"]');
        this.$anchor.attr({
          'aria-controls': $id,
          'data-is-focus': false,
          'data-yeti-box': $id,
          'aria-haspopup': true,
          'aria-expanded': false

        });

        if (this.options.parentClass) {
          this.$parent = this.$element.parents('.' + this.options.parentClass);
        } else {
          this.$parent = null;
        }
        this.options.positionClass = this.getPositionClass();
        this.counter = 4;
        this.usedPositions = [];
        this.$element.attr({
          'aria-hidden': 'true',
          'data-yeti-box': $id,
          'data-resize': $id,
          'aria-labelledby': this.$anchor[0].id || Foundation.GetYoDigits(6, 'dd-anchor')
        });
        this._events();
      }

      /**
       * Helper function to determine current orientation of dropdown pane.
       * @function
       * @returns {String} position - string value of a position class.
       */

    }, {
      key: 'getPositionClass',
      value: function getPositionClass() {
        var verticalPosition = this.$element[0].className.match(/(top|left|right|bottom)/g);
        verticalPosition = verticalPosition ? verticalPosition[0] : '';
        var horizontalPosition = /float-(\S+)/.exec(this.$anchor[0].className);
        horizontalPosition = horizontalPosition ? horizontalPosition[1] : '';
        var position = horizontalPosition ? horizontalPosition + ' ' + verticalPosition : verticalPosition;

        return position;
      }

      /**
       * Adjusts the dropdown panes orientation by adding/removing positioning classes.
       * @function
       * @private
       * @param {String} position - position class to remove.
       */

    }, {
      key: '_reposition',
      value: function _reposition(position) {
        this.usedPositions.push(position ? position : 'bottom');
        //default, try switching to opposite side
        if (!position && this.usedPositions.indexOf('top') < 0) {
          this.$element.addClass('top');
        } else if (position === 'top' && this.usedPositions.indexOf('bottom') < 0) {
          this.$element.removeClass(position);
        } else if (position === 'left' && this.usedPositions.indexOf('right') < 0) {
          this.$element.removeClass(position).addClass('right');
        } else if (position === 'right' && this.usedPositions.indexOf('left') < 0) {
          this.$element.removeClass(position).addClass('left');
        }

        //if default change didn't work, try bottom or left first
        else if (!position && this.usedPositions.indexOf('top') > -1 && this.usedPositions.indexOf('left') < 0) {
            this.$element.addClass('left');
          } else if (position === 'top' && this.usedPositions.indexOf('bottom') > -1 && this.usedPositions.indexOf('left') < 0) {
            this.$element.removeClass(position).addClass('left');
          } else if (position === 'left' && this.usedPositions.indexOf('right') > -1 && this.usedPositions.indexOf('bottom') < 0) {
            this.$element.removeClass(position);
          } else if (position === 'right' && this.usedPositions.indexOf('left') > -1 && this.usedPositions.indexOf('bottom') < 0) {
            this.$element.removeClass(position);
          }
          //if nothing cleared, set to bottom
          else {
              this.$element.removeClass(position);
            }
        this.classChanged = true;
        this.counter--;
      }

      /**
       * Sets the position and orientation of the dropdown pane, checks for collisions.
       * Recursively calls itself if a collision is detected, with a new position class.
       * @function
       * @private
       */

    }, {
      key: '_setPosition',
      value: function _setPosition() {
        if (this.$anchor.attr('aria-expanded') === 'false') {
          return false;
        }
        var position = this.getPositionClass(),
            $eleDims = Foundation.Box.GetDimensions(this.$element),
            $anchorDims = Foundation.Box.GetDimensions(this.$anchor),
            _this = this,
            direction = position === 'left' ? 'left' : position === 'right' ? 'left' : 'top',
            param = direction === 'top' ? 'height' : 'width',
            offset = param === 'height' ? this.options.vOffset : this.options.hOffset;

        if ($eleDims.width >= $eleDims.windowDims.width || !this.counter && !Foundation.Box.ImNotTouchingYou(this.$element, this.$parent)) {
          var newWidth = $eleDims.windowDims.width,
              parentHOffset = 0;
          if (this.$parent) {
            var $parentDims = Foundation.Box.GetDimensions(this.$parent),
                parentHOffset = $parentDims.offset.left;
            if ($parentDims.width < newWidth) {
              newWidth = $parentDims.width;
            }
          }

          this.$element.offset(Foundation.Box.GetOffsets(this.$element, this.$anchor, 'center bottom', this.options.vOffset, this.options.hOffset + parentHOffset, true)).css({
            'width': newWidth - this.options.hOffset * 2,
            'height': 'auto'
          });
          this.classChanged = true;
          return false;
        }

        this.$element.offset(Foundation.Box.GetOffsets(this.$element, this.$anchor, position, this.options.vOffset, this.options.hOffset));

        while (!Foundation.Box.ImNotTouchingYou(this.$element, this.$parent, true) && this.counter) {
          this._reposition(position);
          this._setPosition();
        }
      }

      /**
       * Adds event listeners to the element utilizing the triggers utility library.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;
        this.$element.on({
          'open.zf.trigger': this.open.bind(this),
          'close.zf.trigger': this.close.bind(this),
          'toggle.zf.trigger': this.toggle.bind(this),
          'resizeme.zf.trigger': this._setPosition.bind(this)
        });

        if (this.options.hover) {
          this.$anchor.off('mouseenter.zf.dropdown mouseleave.zf.dropdown').on('mouseenter.zf.dropdown', function () {
            var bodyData = $('body').data();
            if (typeof bodyData.whatinput === 'undefined' || bodyData.whatinput === 'mouse') {
              clearTimeout(_this.timeout);
              _this.timeout = setTimeout(function () {
                _this.open();
                _this.$anchor.data('hover', true);
              }, _this.options.hoverDelay);
            }
          }).on('mouseleave.zf.dropdown', function () {
            clearTimeout(_this.timeout);
            _this.timeout = setTimeout(function () {
              _this.close();
              _this.$anchor.data('hover', false);
            }, _this.options.hoverDelay);
          });
          if (this.options.hoverPane) {
            this.$element.off('mouseenter.zf.dropdown mouseleave.zf.dropdown').on('mouseenter.zf.dropdown', function () {
              clearTimeout(_this.timeout);
            }).on('mouseleave.zf.dropdown', function () {
              clearTimeout(_this.timeout);
              _this.timeout = setTimeout(function () {
                _this.close();
                _this.$anchor.data('hover', false);
              }, _this.options.hoverDelay);
            });
          }
        }
        this.$anchor.add(this.$element).on('keydown.zf.dropdown', function (e) {

          var $target = $(this),
              visibleFocusableElements = Foundation.Keyboard.findFocusable(_this.$element);

          Foundation.Keyboard.handleKey(e, 'Dropdown', {
            open: function open() {
              if ($target.is(_this.$anchor)) {
                _this.open();
                _this.$element.attr('tabindex', -1).focus();
                e.preventDefault();
              }
            },
            close: function close() {
              _this.close();
              _this.$anchor.focus();
            }
          });
        });
      }

      /**
       * Adds an event handler to the body to close any dropdowns on a click.
       * @function
       * @private
       */

    }, {
      key: '_addBodyHandler',
      value: function _addBodyHandler() {
        var $body = $(document.body).not(this.$element),
            _this = this;
        $body.off('click.zf.dropdown').on('click.zf.dropdown', function (e) {
          if (_this.$anchor.is(e.target) || _this.$anchor.find(e.target).length) {
            return;
          }
          if (_this.$element.find(e.target).length) {
            return;
          }
          _this.close();
          $body.off('click.zf.dropdown');
        });
      }

      /**
       * Opens the dropdown pane, and fires a bubbling event to close other dropdowns.
       * @function
       * @fires Dropdown#closeme
       * @fires Dropdown#show
       */

    }, {
      key: 'open',
      value: function open() {
        // var _this = this;
        /**
         * Fires to close other open dropdowns
         * @event Dropdown#closeme
         */
        this.$element.trigger('closeme.zf.dropdown', this.$element.attr('id'));
        this.$anchor.addClass('hover').attr({ 'aria-expanded': true });
        // this.$element/*.show()*/;
        this._setPosition();
        this.$element.addClass('is-open').attr({ 'aria-hidden': false });

        if (this.options.autoFocus) {
          var $focusable = Foundation.Keyboard.findFocusable(this.$element);
          if ($focusable.length) {
            $focusable.eq(0).focus();
          }
        }

        if (this.options.closeOnClick) {
          this._addBodyHandler();
        }

        if (this.options.trapFocus) {
          Foundation.Keyboard.trapFocus(this.$element);
        }

        /**
         * Fires once the dropdown is visible.
         * @event Dropdown#show
         */
        this.$element.trigger('show.zf.dropdown', [this.$element]);
      }

      /**
       * Closes the open dropdown pane.
       * @function
       * @fires Dropdown#hide
       */

    }, {
      key: 'close',
      value: function close() {
        if (!this.$element.hasClass('is-open')) {
          return false;
        }
        this.$element.removeClass('is-open').attr({ 'aria-hidden': true });

        this.$anchor.removeClass('hover').attr('aria-expanded', false);

        if (this.classChanged) {
          var curPositionClass = this.getPositionClass();
          if (curPositionClass) {
            this.$element.removeClass(curPositionClass);
          }
          this.$element.addClass(this.options.positionClass)
          /*.hide()*/.css({ height: '', width: '' });
          this.classChanged = false;
          this.counter = 4;
          this.usedPositions.length = 0;
        }
        this.$element.trigger('hide.zf.dropdown', [this.$element]);

        if (this.options.trapFocus) {
          Foundation.Keyboard.releaseFocus(this.$element);
        }
      }

      /**
       * Toggles the dropdown pane's visibility.
       * @function
       */

    }, {
      key: 'toggle',
      value: function toggle() {
        if (this.$element.hasClass('is-open')) {
          if (this.$anchor.data('hover')) return;
          this.close();
        } else {
          this.open();
        }
      }

      /**
       * Destroys the dropdown.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.off('.zf.trigger').hide();
        this.$anchor.off('.zf.dropdown');

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Dropdown;
  }();

  Dropdown.defaults = {
    /**
     * Class that designates bounding container of Dropdown (Default: window)
     * @option
     * @example 'dropdown-parent'
     */
    parentClass: null,
    /**
     * Amount of time to delay opening a submenu on hover event.
     * @option
     * @example 250
     */
    hoverDelay: 250,
    /**
     * Allow submenus to open on hover events
     * @option
     * @example false
     */
    hover: false,
    /**
     * Don't close dropdown when hovering over dropdown pane
     * @option
     * @example true
     */
    hoverPane: false,
    /**
     * Number of pixels between the dropdown pane and the triggering element on open.
     * @option
     * @example 1
     */
    vOffset: 1,
    /**
     * Number of pixels between the dropdown pane and the triggering element on open.
     * @option
     * @example 1
     */
    hOffset: 1,
    /**
     * Class applied to adjust open position. JS will test and fill this in.
     * @option
     * @example 'top'
     */
    positionClass: '',
    /**
     * Allow the plugin to trap focus to the dropdown pane if opened with keyboard commands.
     * @option
     * @example false
     */
    trapFocus: false,
    /**
     * Allow the plugin to set focus to the first focusable element within the pane, regardless of method of opening.
     * @option
     * @example true
     */
    autoFocus: false,
    /**
     * Allows a click on the body to close the dropdown.
     * @option
     * @example false
     */
    closeOnClick: false
  };

  // Window exports
  Foundation.plugin(Dropdown, 'Dropdown');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * DropdownMenu module.
   * @module foundation.dropdown-menu
   * @requires foundation.util.keyboard
   * @requires foundation.util.box
   * @requires foundation.util.nest
   */

  var DropdownMenu = function () {
    /**
     * Creates a new instance of DropdownMenu.
     * @class
     * @fires DropdownMenu#init
     * @param {jQuery} element - jQuery object to make into a dropdown menu.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function DropdownMenu(element, options) {
      _classCallCheck(this, DropdownMenu);

      this.$element = element;
      this.options = $.extend({}, DropdownMenu.defaults, this.$element.data(), options);

      Foundation.Nest.Feather(this.$element, 'dropdown');
      this._init();

      Foundation.registerPlugin(this, 'DropdownMenu');
      Foundation.Keyboard.register('DropdownMenu', {
        'ENTER': 'open',
        'SPACE': 'open',
        'ARROW_RIGHT': 'next',
        'ARROW_UP': 'up',
        'ARROW_DOWN': 'down',
        'ARROW_LEFT': 'previous',
        'ESCAPE': 'close'
      });
    }

    /**
     * Initializes the plugin, and calls _prepareMenu
     * @private
     * @function
     */


    _createClass(DropdownMenu, [{
      key: '_init',
      value: function _init() {
        var subs = this.$element.find('li.is-dropdown-submenu-parent');
        this.$element.children('.is-dropdown-submenu-parent').children('.is-dropdown-submenu').addClass('first-sub');

        this.$menuItems = this.$element.find('[role="menuitem"]');
        this.$tabs = this.$element.children('[role="menuitem"]');
        this.$tabs.find('ul.is-dropdown-submenu').addClass(this.options.verticalClass);

        if (this.$element.hasClass(this.options.rightClass) || this.options.alignment === 'right' || Foundation.rtl() || this.$element.parents('.top-bar-right').is('*')) {
          this.options.alignment = 'right';
          subs.addClass('opens-left');
        } else {
          subs.addClass('opens-right');
        }
        this.changed = false;
        this._events();
      }
    }, {
      key: '_isVertical',
      value: function _isVertical() {
        return this.$tabs.css('display') === 'block';
      }

      /**
       * Adds event listeners to elements within the menu
       * @private
       * @function
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this,
            hasTouch = 'ontouchstart' in window || typeof window.ontouchstart !== 'undefined',
            parClass = 'is-dropdown-submenu-parent';

        // used for onClick and in the keyboard handlers
        var handleClickFn = function handleClickFn(e) {
          var $elem = $(e.target).parentsUntil('ul', '.' + parClass),
              hasSub = $elem.hasClass(parClass),
              hasClicked = $elem.attr('data-is-click') === 'true',
              $sub = $elem.children('.is-dropdown-submenu');

          if (hasSub) {
            if (hasClicked) {
              if (!_this.options.closeOnClick || !_this.options.clickOpen && !hasTouch || _this.options.forceFollow && hasTouch) {
                return;
              } else {
                e.stopImmediatePropagation();
                e.preventDefault();
                _this._hide($elem);
              }
            } else {
              e.preventDefault();
              e.stopImmediatePropagation();
              _this._show($sub);
              $elem.add($elem.parentsUntil(_this.$element, '.' + parClass)).attr('data-is-click', true);
            }
          }
        };

        if (this.options.clickOpen || hasTouch) {
          this.$menuItems.on('click.zf.dropdownmenu touchstart.zf.dropdownmenu', handleClickFn);
        }

        // Handle Leaf element Clicks
        if (_this.options.closeOnClickInside) {
          this.$menuItems.on('click.zf.dropdownmenu touchend.zf.dropdownmenu', function (e) {
            var $elem = $(this),
                hasSub = $elem.hasClass(parClass);
            if (!hasSub) {
              _this._hide();
            }
          });
        }

        if (!this.options.disableHover) {
          this.$menuItems.on('mouseenter.zf.dropdownmenu', function (e) {
            var $elem = $(this),
                hasSub = $elem.hasClass(parClass);

            if (hasSub) {
              clearTimeout($elem.data('_delay'));
              $elem.data('_delay', setTimeout(function () {
                _this._show($elem.children('.is-dropdown-submenu'));
              }, _this.options.hoverDelay));
            }
          }).on('mouseleave.zf.dropdownmenu', function (e) {
            var $elem = $(this),
                hasSub = $elem.hasClass(parClass);
            if (hasSub && _this.options.autoclose) {
              if ($elem.attr('data-is-click') === 'true' && _this.options.clickOpen) {
                return false;
              }

              clearTimeout($elem.data('_delay'));
              $elem.data('_delay', setTimeout(function () {
                _this._hide($elem);
              }, _this.options.closingTime));
            }
          });
        }
        this.$menuItems.on('keydown.zf.dropdownmenu', function (e) {
          var $element = $(e.target).parentsUntil('ul', '[role="menuitem"]'),
              isTab = _this.$tabs.index($element) > -1,
              $elements = isTab ? _this.$tabs : $element.siblings('li').add($element),
              $prevElement,
              $nextElement;

          $elements.each(function (i) {
            if ($(this).is($element)) {
              $prevElement = $elements.eq(i - 1);
              $nextElement = $elements.eq(i + 1);
              return;
            }
          });

          var nextSibling = function nextSibling() {
            if (!$element.is(':last-child')) {
              $nextElement.children('a:first').focus();
              e.preventDefault();
            }
          },
              prevSibling = function prevSibling() {
            $prevElement.children('a:first').focus();
            e.preventDefault();
          },
              openSub = function openSub() {
            var $sub = $element.children('ul.is-dropdown-submenu');
            if ($sub.length) {
              _this._show($sub);
              $element.find('li > a:first').focus();
              e.preventDefault();
            } else {
              return;
            }
          },
              closeSub = function closeSub() {
            //if ($element.is(':first-child')) {
            var close = $element.parent('ul').parent('li');
            close.children('a:first').focus();
            _this._hide(close);
            e.preventDefault();
            //}
          };
          var functions = {
            open: openSub,
            close: function close() {
              _this._hide(_this.$element);
              _this.$menuItems.find('a:first').focus(); // focus to first element
              e.preventDefault();
            },
            handled: function handled() {
              e.stopImmediatePropagation();
            }
          };

          if (isTab) {
            if (_this._isVertical()) {
              // vertical menu
              if (Foundation.rtl()) {
                // right aligned
                $.extend(functions, {
                  down: nextSibling,
                  up: prevSibling,
                  next: closeSub,
                  previous: openSub
                });
              } else {
                // left aligned
                $.extend(functions, {
                  down: nextSibling,
                  up: prevSibling,
                  next: openSub,
                  previous: closeSub
                });
              }
            } else {
              // horizontal menu
              if (Foundation.rtl()) {
                // right aligned
                $.extend(functions, {
                  next: prevSibling,
                  previous: nextSibling,
                  down: openSub,
                  up: closeSub
                });
              } else {
                // left aligned
                $.extend(functions, {
                  next: nextSibling,
                  previous: prevSibling,
                  down: openSub,
                  up: closeSub
                });
              }
            }
          } else {
            // not tabs -> one sub
            if (Foundation.rtl()) {
              // right aligned
              $.extend(functions, {
                next: closeSub,
                previous: openSub,
                down: nextSibling,
                up: prevSibling
              });
            } else {
              // left aligned
              $.extend(functions, {
                next: openSub,
                previous: closeSub,
                down: nextSibling,
                up: prevSibling
              });
            }
          }
          Foundation.Keyboard.handleKey(e, 'DropdownMenu', functions);
        });
      }

      /**
       * Adds an event handler to the body to close any dropdowns on a click.
       * @function
       * @private
       */

    }, {
      key: '_addBodyHandler',
      value: function _addBodyHandler() {
        var $body = $(document.body),
            _this = this;
        $body.off('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu').on('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu', function (e) {
          var $link = _this.$element.find(e.target);
          if ($link.length) {
            return;
          }

          _this._hide();
          $body.off('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu');
        });
      }

      /**
       * Opens a dropdown pane, and checks for collisions first.
       * @param {jQuery} $sub - ul element that is a submenu to show
       * @function
       * @private
       * @fires DropdownMenu#show
       */

    }, {
      key: '_show',
      value: function _show($sub) {
        var idx = this.$tabs.index(this.$tabs.filter(function (i, el) {
          return $(el).find($sub).length > 0;
        }));
        var $sibs = $sub.parent('li.is-dropdown-submenu-parent').siblings('li.is-dropdown-submenu-parent');
        this._hide($sibs, idx);
        $sub.css('visibility', 'hidden').addClass('js-dropdown-active').parent('li.is-dropdown-submenu-parent').addClass('is-active');
        var clear = Foundation.Box.ImNotTouchingYou($sub, null, true);
        if (!clear) {
          var oldClass = this.options.alignment === 'left' ? '-right' : '-left',
              $parentLi = $sub.parent('.is-dropdown-submenu-parent');
          $parentLi.removeClass('opens' + oldClass).addClass('opens-' + this.options.alignment);
          clear = Foundation.Box.ImNotTouchingYou($sub, null, true);
          if (!clear) {
            $parentLi.removeClass('opens-' + this.options.alignment).addClass('opens-inner');
          }
          this.changed = true;
        }
        $sub.css('visibility', '');
        if (this.options.closeOnClick) {
          this._addBodyHandler();
        }
        /**
         * Fires when the new dropdown pane is visible.
         * @event DropdownMenu#show
         */
        this.$element.trigger('show.zf.dropdownmenu', [$sub]);
      }

      /**
       * Hides a single, currently open dropdown pane, if passed a parameter, otherwise, hides everything.
       * @function
       * @param {jQuery} $elem - element with a submenu to hide
       * @param {Number} idx - index of the $tabs collection to hide
       * @private
       */

    }, {
      key: '_hide',
      value: function _hide($elem, idx) {
        var $toClose;
        if ($elem && $elem.length) {
          $toClose = $elem;
        } else if (idx !== undefined) {
          $toClose = this.$tabs.not(function (i, el) {
            return i === idx;
          });
        } else {
          $toClose = this.$element;
        }
        var somethingToClose = $toClose.hasClass('is-active') || $toClose.find('.is-active').length > 0;

        if (somethingToClose) {
          $toClose.find('li.is-active').add($toClose).attr({
            'data-is-click': false
          }).removeClass('is-active');

          $toClose.find('ul.js-dropdown-active').removeClass('js-dropdown-active');

          if (this.changed || $toClose.find('opens-inner').length) {
            var oldClass = this.options.alignment === 'left' ? 'right' : 'left';
            $toClose.find('li.is-dropdown-submenu-parent').add($toClose).removeClass('opens-inner opens-' + this.options.alignment).addClass('opens-' + oldClass);
            this.changed = false;
          }
          /**
           * Fires when the open menus are closed.
           * @event DropdownMenu#hide
           */
          this.$element.trigger('hide.zf.dropdownmenu', [$toClose]);
        }
      }

      /**
       * Destroys the plugin.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$menuItems.off('.zf.dropdownmenu').removeAttr('data-is-click').removeClass('is-right-arrow is-left-arrow is-down-arrow opens-right opens-left opens-inner');
        $(document.body).off('.zf.dropdownmenu');
        Foundation.Nest.Burn(this.$element, 'dropdown');
        Foundation.unregisterPlugin(this);
      }
    }]);

    return DropdownMenu;
  }();

  /**
   * Default settings for plugin
   */


  DropdownMenu.defaults = {
    /**
     * Disallows hover events from opening submenus
     * @option
     * @example false
     */
    disableHover: false,
    /**
     * Allow a submenu to automatically close on a mouseleave event, if not clicked open.
     * @option
     * @example true
     */
    autoclose: true,
    /**
     * Amount of time to delay opening a submenu on hover event.
     * @option
     * @example 50
     */
    hoverDelay: 50,
    /**
     * Allow a submenu to open/remain open on parent click event. Allows cursor to move away from menu.
     * @option
     * @example true
     */
    clickOpen: false,
    /**
     * Amount of time to delay closing a submenu on a mouseleave event.
     * @option
     * @example 500
     */

    closingTime: 500,
    /**
     * Position of the menu relative to what direction the submenus should open. Handled by JS.
     * @option
     * @example 'left'
     */
    alignment: 'left',
    /**
     * Allow clicks on the body to close any open submenus.
     * @option
     * @example true
     */
    closeOnClick: true,
    /**
     * Allow clicks on leaf anchor links to close any open submenus.
     * @option
     * @example true
     */
    closeOnClickInside: true,
    /**
     * Class applied to vertical oriented menus, Foundation default is `vertical`. Update this if using your own class.
     * @option
     * @example 'vertical'
     */
    verticalClass: 'vertical',
    /**
     * Class applied to right-side oriented menus, Foundation default is `align-right`. Update this if using your own class.
     * @option
     * @example 'align-right'
     */
    rightClass: 'align-right',
    /**
     * Boolean to force overide the clicking of links to perform default action, on second touch event for mobile.
     * @option
     * @example false
     */
    forceFollow: true
  };

  // Window exports
  Foundation.plugin(DropdownMenu, 'DropdownMenu');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Equalizer module.
   * @module foundation.equalizer
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.timerAndImageLoader if equalizer contains images
   */

  var Equalizer = function () {
    /**
     * Creates a new instance of Equalizer.
     * @class
     * @fires Equalizer#init
     * @param {Object} element - jQuery object to add the trigger to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Equalizer(element, options) {
      _classCallCheck(this, Equalizer);

      this.$element = element;
      this.options = $.extend({}, Equalizer.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Equalizer');
    }

    /**
     * Initializes the Equalizer plugin and calls functions to get equalizer functioning on load.
     * @private
     */


    _createClass(Equalizer, [{
      key: '_init',
      value: function _init() {
        var eqId = this.$element.attr('data-equalizer') || '';
        var $watched = this.$element.find('[data-equalizer-watch="' + eqId + '"]');

        this.$watched = $watched.length ? $watched : this.$element.find('[data-equalizer-watch]');
        this.$element.attr('data-resize', eqId || Foundation.GetYoDigits(6, 'eq'));
        this.$element.attr('data-mutate', eqId || Foundation.GetYoDigits(6, 'eq'));

        this.hasNested = this.$element.find('[data-equalizer]').length > 0;
        this.isNested = this.$element.parentsUntil(document.body, '[data-equalizer]').length > 0;
        this.isOn = false;
        this._bindHandler = {
          onResizeMeBound: this._onResizeMe.bind(this),
          onPostEqualizedBound: this._onPostEqualized.bind(this)
        };

        var imgs = this.$element.find('img');
        var tooSmall;
        if (this.options.equalizeOn) {
          tooSmall = this._checkMQ();
          $(window).on('changed.zf.mediaquery', this._checkMQ.bind(this));
        } else {
          this._events();
        }
        if (tooSmall !== undefined && tooSmall === false || tooSmall === undefined) {
          if (imgs.length) {
            Foundation.onImagesLoaded(imgs, this._reflow.bind(this));
          } else {
            this._reflow();
          }
        }
      }

      /**
       * Removes event listeners if the breakpoint is too small.
       * @private
       */

    }, {
      key: '_pauseEvents',
      value: function _pauseEvents() {
        this.isOn = false;
        this.$element.off({
          '.zf.equalizer': this._bindHandler.onPostEqualizedBound,
          'resizeme.zf.trigger': this._bindHandler.onResizeMeBound,
          'mutateme.zf.trigger': this._bindHandler.onResizeMeBound
        });
      }

      /**
       * function to handle $elements resizeme.zf.trigger, with bound this on _bindHandler.onResizeMeBound
       * @private
       */

    }, {
      key: '_onResizeMe',
      value: function _onResizeMe(e) {
        this._reflow();
      }

      /**
       * function to handle $elements postequalized.zf.equalizer, with bound this on _bindHandler.onPostEqualizedBound
       * @private
       */

    }, {
      key: '_onPostEqualized',
      value: function _onPostEqualized(e) {
        if (e.target !== this.$element[0]) {
          this._reflow();
        }
      }

      /**
       * Initializes events for Equalizer.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;
        this._pauseEvents();
        if (this.hasNested) {
          this.$element.on('postequalized.zf.equalizer', this._bindHandler.onPostEqualizedBound);
        } else {
          this.$element.on('resizeme.zf.trigger', this._bindHandler.onResizeMeBound);
          this.$element.on('mutateme.zf.trigger', this._bindHandler.onResizeMeBound);
        }
        this.isOn = true;
      }

      /**
       * Checks the current breakpoint to the minimum required size.
       * @private
       */

    }, {
      key: '_checkMQ',
      value: function _checkMQ() {
        var tooSmall = !Foundation.MediaQuery.is(this.options.equalizeOn);
        if (tooSmall) {
          if (this.isOn) {
            this._pauseEvents();
            this.$watched.css('height', 'auto');
          }
        } else {
          if (!this.isOn) {
            this._events();
          }
        }
        return tooSmall;
      }

      /**
       * A noop version for the plugin
       * @private
       */

    }, {
      key: '_killswitch',
      value: function _killswitch() {
        return;
      }

      /**
       * Calls necessary functions to update Equalizer upon DOM change
       * @private
       */

    }, {
      key: '_reflow',
      value: function _reflow() {
        if (!this.options.equalizeOnStack) {
          if (this._isStacked()) {
            this.$watched.css('height', 'auto');
            return false;
          }
        }
        if (this.options.equalizeByRow) {
          this.getHeightsByRow(this.applyHeightByRow.bind(this));
        } else {
          this.getHeights(this.applyHeight.bind(this));
        }
      }

      /**
       * Manually determines if the first 2 elements are *NOT* stacked.
       * @private
       */

    }, {
      key: '_isStacked',
      value: function _isStacked() {
        if (!this.$watched[0] || !this.$watched[1]) {
          return true;
        }
        return this.$watched[0].getBoundingClientRect().top !== this.$watched[1].getBoundingClientRect().top;
      }

      /**
       * Finds the outer heights of children contained within an Equalizer parent and returns them in an array
       * @param {Function} cb - A non-optional callback to return the heights array to.
       * @returns {Array} heights - An array of heights of children within Equalizer container
       */

    }, {
      key: 'getHeights',
      value: function getHeights(cb) {
        var heights = [];
        for (var i = 0, len = this.$watched.length; i < len; i++) {
          this.$watched[i].style.height = 'auto';
          heights.push(this.$watched[i].offsetHeight);
        }
        cb(heights);
      }

      /**
       * Finds the outer heights of children contained within an Equalizer parent and returns them in an array
       * @param {Function} cb - A non-optional callback to return the heights array to.
       * @returns {Array} groups - An array of heights of children within Equalizer container grouped by row with element,height and max as last child
       */

    }, {
      key: 'getHeightsByRow',
      value: function getHeightsByRow(cb) {
        var lastElTopOffset = this.$watched.length ? this.$watched.first().offset().top : 0,
            groups = [],
            group = 0;
        //group by Row
        groups[group] = [];
        for (var i = 0, len = this.$watched.length; i < len; i++) {
          this.$watched[i].style.height = 'auto';
          //maybe could use this.$watched[i].offsetTop
          var elOffsetTop = $(this.$watched[i]).offset().top;
          if (elOffsetTop != lastElTopOffset) {
            group++;
            groups[group] = [];
            lastElTopOffset = elOffsetTop;
          }
          groups[group].push([this.$watched[i], this.$watched[i].offsetHeight]);
        }

        for (var j = 0, ln = groups.length; j < ln; j++) {
          var heights = $(groups[j]).map(function () {
            return this[1];
          }).get();
          var max = Math.max.apply(null, heights);
          groups[j].push(max);
        }
        cb(groups);
      }

      /**
       * Changes the CSS height property of each child in an Equalizer parent to match the tallest
       * @param {array} heights - An array of heights of children within Equalizer container
       * @fires Equalizer#preequalized
       * @fires Equalizer#postequalized
       */

    }, {
      key: 'applyHeight',
      value: function applyHeight(heights) {
        var max = Math.max.apply(null, heights);
        /**
         * Fires before the heights are applied
         * @event Equalizer#preequalized
         */
        this.$element.trigger('preequalized.zf.equalizer');

        this.$watched.css('height', max);

        /**
         * Fires when the heights have been applied
         * @event Equalizer#postequalized
         */
        this.$element.trigger('postequalized.zf.equalizer');
      }

      /**
       * Changes the CSS height property of each child in an Equalizer parent to match the tallest by row
       * @param {array} groups - An array of heights of children within Equalizer container grouped by row with element,height and max as last child
       * @fires Equalizer#preequalized
       * @fires Equalizer#preequalizedrow
       * @fires Equalizer#postequalizedrow
       * @fires Equalizer#postequalized
       */

    }, {
      key: 'applyHeightByRow',
      value: function applyHeightByRow(groups) {
        /**
         * Fires before the heights are applied
         */
        this.$element.trigger('preequalized.zf.equalizer');
        for (var i = 0, len = groups.length; i < len; i++) {
          var groupsILength = groups[i].length,
              max = groups[i][groupsILength - 1];
          if (groupsILength <= 2) {
            $(groups[i][0][0]).css({ 'height': 'auto' });
            continue;
          }
          /**
            * Fires before the heights per row are applied
            * @event Equalizer#preequalizedrow
            */
          this.$element.trigger('preequalizedrow.zf.equalizer');
          for (var j = 0, lenJ = groupsILength - 1; j < lenJ; j++) {
            $(groups[i][j][0]).css({ 'height': max });
          }
          /**
            * Fires when the heights per row have been applied
            * @event Equalizer#postequalizedrow
            */
          this.$element.trigger('postequalizedrow.zf.equalizer');
        }
        /**
         * Fires when the heights have been applied
         */
        this.$element.trigger('postequalized.zf.equalizer');
      }

      /**
       * Destroys an instance of Equalizer.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this._pauseEvents();
        this.$watched.css('height', 'auto');

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Equalizer;
  }();

  /**
   * Default settings for plugin
   */


  Equalizer.defaults = {
    /**
     * Enable height equalization when stacked on smaller screens.
     * @option
     * @example true
     */
    equalizeOnStack: false,
    /**
     * Enable height equalization row by row.
     * @option
     * @example false
     */
    equalizeByRow: false,
    /**
     * String representing the minimum breakpoint size the plugin should equalize heights on.
     * @option
     * @example 'medium'
     */
    equalizeOn: ''
  };

  // Window exports
  Foundation.plugin(Equalizer, 'Equalizer');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Interchange module.
   * @module foundation.interchange
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.timerAndImageLoader
   */

  var Interchange = function () {
    /**
     * Creates a new instance of Interchange.
     * @class
     * @fires Interchange#init
     * @param {Object} element - jQuery object to add the trigger to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Interchange(element, options) {
      _classCallCheck(this, Interchange);

      this.$element = element;
      this.options = $.extend({}, Interchange.defaults, options);
      this.rules = [];
      this.currentPath = '';

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'Interchange');
    }

    /**
     * Initializes the Interchange plugin and calls functions to get interchange functioning on load.
     * @function
     * @private
     */


    _createClass(Interchange, [{
      key: '_init',
      value: function _init() {
        this._addBreakpoints();
        this._generateRules();
        this._reflow();
      }

      /**
       * Initializes events for Interchange.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this2 = this;

        $(window).on('resize.zf.interchange', Foundation.util.throttle(function () {
          _this2._reflow();
        }, 50));
      }

      /**
       * Calls necessary functions to update Interchange upon DOM change
       * @function
       * @private
       */

    }, {
      key: '_reflow',
      value: function _reflow() {
        var match;

        // Iterate through each rule, but only save the last match
        for (var i in this.rules) {
          if (this.rules.hasOwnProperty(i)) {
            var rule = this.rules[i];
            if (window.matchMedia(rule.query).matches) {
              match = rule;
            }
          }
        }

        if (match) {
          this.replace(match.path);
        }
      }

      /**
       * Gets the Foundation breakpoints and adds them to the Interchange.SPECIAL_QUERIES object.
       * @function
       * @private
       */

    }, {
      key: '_addBreakpoints',
      value: function _addBreakpoints() {
        for (var i in Foundation.MediaQuery.queries) {
          if (Foundation.MediaQuery.queries.hasOwnProperty(i)) {
            var query = Foundation.MediaQuery.queries[i];
            Interchange.SPECIAL_QUERIES[query.name] = query.value;
          }
        }
      }

      /**
       * Checks the Interchange element for the provided media query + content pairings
       * @function
       * @private
       * @param {Object} element - jQuery object that is an Interchange instance
       * @returns {Array} scenarios - Array of objects that have 'mq' and 'path' keys with corresponding keys
       */

    }, {
      key: '_generateRules',
      value: function _generateRules(element) {
        var rulesList = [];
        var rules;

        if (this.options.rules) {
          rules = this.options.rules;
        } else {
          rules = this.$element.data('interchange').match(/\[.*?\]/g);
        }

        for (var i in rules) {
          if (rules.hasOwnProperty(i)) {
            var rule = rules[i].slice(1, -1).split(', ');
            var path = rule.slice(0, -1).join('');
            var query = rule[rule.length - 1];

            if (Interchange.SPECIAL_QUERIES[query]) {
              query = Interchange.SPECIAL_QUERIES[query];
            }

            rulesList.push({
              path: path,
              query: query
            });
          }
        }

        this.rules = rulesList;
      }

      /**
       * Update the `src` property of an image, or change the HTML of a container, to the specified path.
       * @function
       * @param {String} path - Path to the image or HTML partial.
       * @fires Interchange#replaced
       */

    }, {
      key: 'replace',
      value: function replace(path) {
        if (this.currentPath === path) return;

        var _this = this,
            trigger = 'replaced.zf.interchange';

        // Replacing images
        if (this.$element[0].nodeName === 'IMG') {
          this.$element.attr('src', path).on('load', function () {
            _this.currentPath = path;
          }).trigger(trigger);
        }
        // Replacing background images
        else if (path.match(/\.(gif|jpg|jpeg|png|svg|tiff)([?#].*)?/i)) {
            this.$element.css({ 'background-image': 'url(' + path + ')' }).trigger(trigger);
          }
          // Replacing HTML
          else {
              $.get(path, function (response) {
                _this.$element.html(response).trigger(trigger);
                $(response).foundation();
                _this.currentPath = path;
              });
            }

        /**
         * Fires when content in an Interchange element is done being loaded.
         * @event Interchange#replaced
         */
        // this.$element.trigger('replaced.zf.interchange');
      }

      /**
       * Destroys an instance of interchange.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        //TODO this.
      }
    }]);

    return Interchange;
  }();

  /**
   * Default settings for plugin
   */


  Interchange.defaults = {
    /**
     * Rules to be applied to Interchange elements. Set with the `data-interchange` array notation.
     * @option
     */
    rules: null
  };

  Interchange.SPECIAL_QUERIES = {
    'landscape': 'screen and (orientation: landscape)',
    'portrait': 'screen and (orientation: portrait)',
    'retina': 'only screen and (-webkit-min-device-pixel-ratio: 2), only screen and (min--moz-device-pixel-ratio: 2), only screen and (-o-min-device-pixel-ratio: 2/1), only screen and (min-device-pixel-ratio: 2), only screen and (min-resolution: 192dpi), only screen and (min-resolution: 2dppx)'
  };

  // Window exports
  Foundation.plugin(Interchange, 'Interchange');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Magellan module.
   * @module foundation.magellan
   */

  var Magellan = function () {
    /**
     * Creates a new instance of Magellan.
     * @class
     * @fires Magellan#init
     * @param {Object} element - jQuery object to add the trigger to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Magellan(element, options) {
      _classCallCheck(this, Magellan);

      this.$element = element;
      this.options = $.extend({}, Magellan.defaults, this.$element.data(), options);

      this._init();
      this.calcPoints();

      Foundation.registerPlugin(this, 'Magellan');
    }

    /**
     * Initializes the Magellan plugin and calls functions to get equalizer functioning on load.
     * @private
     */


    _createClass(Magellan, [{
      key: '_init',
      value: function _init() {
        var id = this.$element[0].id || Foundation.GetYoDigits(6, 'magellan');
        var _this = this;
        this.$targets = $('[data-magellan-target]');
        this.$links = this.$element.find('a');
        this.$element.attr({
          'data-resize': id,
          'data-scroll': id,
          'id': id
        });
        this.$active = $();
        this.scrollPos = parseInt(window.pageYOffset, 10);

        this._events();
      }

      /**
       * Calculates an array of pixel values that are the demarcation lines between locations on the page.
       * Can be invoked if new elements are added or the size of a location changes.
       * @function
       */

    }, {
      key: 'calcPoints',
      value: function calcPoints() {
        var _this = this,
            body = document.body,
            html = document.documentElement;

        this.points = [];
        this.winHeight = Math.round(Math.max(window.innerHeight, html.clientHeight));
        this.docHeight = Math.round(Math.max(body.scrollHeight, body.offsetHeight, html.clientHeight, html.scrollHeight, html.offsetHeight));

        this.$targets.each(function () {
          var $tar = $(this),
              pt = Math.round($tar.offset().top - _this.options.threshold);
          $tar.targetPoint = pt;
          _this.points.push(pt);
        });
      }

      /**
       * Initializes events for Magellan.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this,
            $body = $('html, body'),
            opts = {
          duration: _this.options.animationDuration,
          easing: _this.options.animationEasing
        };
        $(window).one('load', function () {
          if (_this.options.deepLinking) {
            if (location.hash) {
              _this.scrollToLoc(location.hash);
            }
          }
          _this.calcPoints();
          _this._updateActive();
        });

        this.$element.on({
          'resizeme.zf.trigger': this.reflow.bind(this),
          'scrollme.zf.trigger': this._updateActive.bind(this)
        }).on('click.zf.magellan', 'a[href^="#"]', function (e) {
          e.preventDefault();
          var arrival = this.getAttribute('href');
          _this.scrollToLoc(arrival);
        });
        $(window).on('popstate', function (e) {
          if (_this.options.deepLinking) {
            _this.scrollToLoc(window.location.hash);
          }
        });
      }

      /**
       * Function to scroll to a given location on the page.
       * @param {String} loc - a properly formatted jQuery id selector. Example: '#foo'
       * @function
       */

    }, {
      key: 'scrollToLoc',
      value: function scrollToLoc(loc) {
        // Do nothing if target does not exist to prevent errors
        if (!$(loc).length) {
          return false;
        }
        this._inTransition = true;
        var _this = this,
            scrollPos = Math.round($(loc).offset().top - this.options.threshold / 2 - this.options.barOffset);

        $('html, body').stop(true).animate({ scrollTop: scrollPos }, this.options.animationDuration, this.options.animationEasing, function () {
          _this._inTransition = false;_this._updateActive();
        });
      }

      /**
       * Calls necessary functions to update Magellan upon DOM change
       * @function
       */

    }, {
      key: 'reflow',
      value: function reflow() {
        this.calcPoints();
        this._updateActive();
      }

      /**
       * Updates the visibility of an active location link, and updates the url hash for the page, if deepLinking enabled.
       * @private
       * @function
       * @fires Magellan#update
       */

    }, {
      key: '_updateActive',
      value: function _updateActive() /*evt, elem, scrollPos*/{
        if (this._inTransition) {
          return;
        }
        var winPos = /*scrollPos ||*/parseInt(window.pageYOffset, 10),
            curIdx;

        if (winPos + this.winHeight === this.docHeight) {
          curIdx = this.points.length - 1;
        } else if (winPos < this.points[0]) {
          curIdx = undefined;
        } else {
          var isDown = this.scrollPos < winPos,
              _this = this,
              curVisible = this.points.filter(function (p, i) {
            return isDown ? p - _this.options.barOffset <= winPos : p - _this.options.barOffset - _this.options.threshold <= winPos;
          });
          curIdx = curVisible.length ? curVisible.length - 1 : 0;
        }

        this.$active.removeClass(this.options.activeClass);
        this.$active = this.$links.filter('[href="#' + this.$targets.eq(curIdx).data('magellan-target') + '"]').addClass(this.options.activeClass);

        if (this.options.deepLinking) {
          var hash = "";
          if (curIdx != undefined) {
            hash = this.$active[0].getAttribute('href');
          }
          if (hash !== window.location.hash) {
            if (window.history.pushState) {
              window.history.pushState(null, null, hash);
            } else {
              window.location.hash = hash;
            }
          }
        }

        this.scrollPos = winPos;
        /**
         * Fires when magellan is finished updating to the new active element.
         * @event Magellan#update
         */
        this.$element.trigger('update.zf.magellan', [this.$active]);
      }

      /**
       * Destroys an instance of Magellan and resets the url of the window.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.off('.zf.trigger .zf.magellan').find('.' + this.options.activeClass).removeClass(this.options.activeClass);

        if (this.options.deepLinking) {
          var hash = this.$active[0].getAttribute('href');
          window.location.hash.replace(hash, '');
        }

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Magellan;
  }();

  /**
   * Default settings for plugin
   */


  Magellan.defaults = {
    /**
     * Amount of time, in ms, the animated scrolling should take between locations.
     * @option
     * @example 500
     */
    animationDuration: 500,
    /**
     * Animation style to use when scrolling between locations.
     * @option
     * @example 'ease-in-out'
     */
    animationEasing: 'linear',
    /**
     * Number of pixels to use as a marker for location changes.
     * @option
     * @example 50
     */
    threshold: 50,
    /**
     * Class applied to the active locations link on the magellan container.
     * @option
     * @example 'active'
     */
    activeClass: 'active',
    /**
     * Allows the script to manipulate the url of the current page, and if supported, alter the history.
     * @option
     * @example true
     */
    deepLinking: false,
    /**
     * Number of pixels to offset the scroll of the page on item click if using a sticky nav bar.
     * @option
     * @example 25
     */
    barOffset: 0
  };

  // Window exports
  Foundation.plugin(Magellan, 'Magellan');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * OffCanvas module.
   * @module foundation.offcanvas
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.triggers
   * @requires foundation.util.motion
   */

  var OffCanvas = function () {
    /**
     * Creates a new instance of an off-canvas wrapper.
     * @class
     * @fires OffCanvas#init
     * @param {Object} element - jQuery object to initialize.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function OffCanvas(element, options) {
      _classCallCheck(this, OffCanvas);

      this.$element = element;
      this.options = $.extend({}, OffCanvas.defaults, this.$element.data(), options);
      this.$lastTrigger = $();
      this.$triggers = $();

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'OffCanvas');
      Foundation.Keyboard.register('OffCanvas', {
        'ESCAPE': 'close'
      });
    }

    /**
     * Initializes the off-canvas wrapper by adding the exit overlay (if needed).
     * @function
     * @private
     */


    _createClass(OffCanvas, [{
      key: '_init',
      value: function _init() {
        var id = this.$element.attr('id');

        this.$element.attr('aria-hidden', 'true');

        this.$element.addClass('is-transition-' + this.options.transition);

        // Find triggers that affect this element and add aria-expanded to them
        this.$triggers = $(document).find('[data-open="' + id + '"], [data-close="' + id + '"], [data-toggle="' + id + '"]').attr('aria-expanded', 'false').attr('aria-controls', id);

        // Add an overlay over the content if necessary
        if (this.options.contentOverlay === true) {
          var overlay = document.createElement('div');
          var overlayPosition = $(this.$element).css("position") === 'fixed' ? 'is-overlay-fixed' : 'is-overlay-absolute';
          overlay.setAttribute('class', 'js-off-canvas-overlay ' + overlayPosition);
          this.$overlay = $(overlay);
          if (overlayPosition === 'is-overlay-fixed') {
            $('body').append(this.$overlay);
          } else {
            this.$element.siblings('[data-off-canvas-content]').append(this.$overlay);
          }
        }

        this.options.isRevealed = this.options.isRevealed || new RegExp(this.options.revealClass, 'g').test(this.$element[0].className);

        if (this.options.isRevealed === true) {
          this.options.revealOn = this.options.revealOn || this.$element[0].className.match(/(reveal-for-medium|reveal-for-large)/g)[0].split('-')[2];
          this._setMQChecker();
        }
        if (!this.options.transitionTime === true) {
          this.options.transitionTime = parseFloat(window.getComputedStyle($('[data-off-canvas]')[0]).transitionDuration) * 1000;
        }
      }

      /**
       * Adds event handlers to the off-canvas wrapper and the exit overlay.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        this.$element.off('.zf.trigger .zf.offcanvas').on({
          'open.zf.trigger': this.open.bind(this),
          'close.zf.trigger': this.close.bind(this),
          'toggle.zf.trigger': this.toggle.bind(this),
          'keydown.zf.offcanvas': this._handleKeyboard.bind(this)
        });

        if (this.options.closeOnClick === true) {
          var $target = this.options.contentOverlay ? this.$overlay : $('[data-off-canvas-content]');
          $target.on({ 'click.zf.offcanvas': this.close.bind(this) });
        }
      }

      /**
       * Applies event listener for elements that will reveal at certain breakpoints.
       * @private
       */

    }, {
      key: '_setMQChecker',
      value: function _setMQChecker() {
        var _this = this;

        $(window).on('changed.zf.mediaquery', function () {
          if (Foundation.MediaQuery.atLeast(_this.options.revealOn)) {
            _this.reveal(true);
          } else {
            _this.reveal(false);
          }
        }).one('load.zf.offcanvas', function () {
          if (Foundation.MediaQuery.atLeast(_this.options.revealOn)) {
            _this.reveal(true);
          }
        });
      }

      /**
       * Handles the revealing/hiding the off-canvas at breakpoints, not the same as open.
       * @param {Boolean} isRevealed - true if element should be revealed.
       * @function
       */

    }, {
      key: 'reveal',
      value: function reveal(isRevealed) {
        var $closer = this.$element.find('[data-close]');
        if (isRevealed) {
          this.close();
          this.isRevealed = true;
          this.$element.attr('aria-hidden', 'false');
          this.$element.off('open.zf.trigger toggle.zf.trigger');
          if ($closer.length) {
            $closer.hide();
          }
        } else {
          this.isRevealed = false;
          this.$element.attr('aria-hidden', 'true');
          this.$element.on({
            'open.zf.trigger': this.open.bind(this),
            'toggle.zf.trigger': this.toggle.bind(this)
          });
          if ($closer.length) {
            $closer.show();
          }
        }
      }

      /**
       * Stops scrolling of the body when offcanvas is open on mobile Safari and other troublesome browsers.
       * @private
       */

    }, {
      key: '_stopScrolling',
      value: function _stopScrolling(event) {
        return false;
      }

      /**
       * Opens the off-canvas menu.
       * @function
       * @param {Object} event - Event object passed from listener.
       * @param {jQuery} trigger - element that triggered the off-canvas to open.
       * @fires OffCanvas#opened
       */

    }, {
      key: 'open',
      value: function open(event, trigger) {
        if (this.$element.hasClass('is-open') || this.isRevealed) {
          return;
        }
        var _this = this;

        if (trigger) {
          this.$lastTrigger = trigger;
        }

        if (this.options.forceTo === 'top') {
          window.scrollTo(0, 0);
        } else if (this.options.forceTo === 'bottom') {
          window.scrollTo(0, document.body.scrollHeight);
        }

        /**
         * Fires when the off-canvas menu opens.
         * @event OffCanvas#opened
         */
        _this.$element.addClass('is-open');

        this.$triggers.attr('aria-expanded', 'true');
        this.$element.attr('aria-hidden', 'false').trigger('opened.zf.offcanvas');

        // If `contentScroll` is set to false, add class and disable scrolling on touch devices.
        if (this.options.contentScroll === false) {
          $('body').addClass('is-off-canvas-open').on('touchmove', this._stopScrolling);
        }

        if (this.options.contentOverlay === true) {
          this.$overlay.addClass('is-visible');
        }

        if (this.options.closeOnClick === true && this.options.contentOverlay === true) {
          this.$overlay.addClass('is-closable');
        }

        if (this.options.autoFocus === true) {
          this.$element.one(Foundation.transitionend(this.$element), function () {
            _this.$element.find('a, button').eq(0).focus();
          });
        }

        if (this.options.trapFocus === true) {
          this.$element.siblings('[data-off-canvas-content]').attr('tabindex', '-1');
          Foundation.Keyboard.trapFocus(this.$element);
        }
      }

      /**
       * Closes the off-canvas menu.
       * @function
       * @param {Function} cb - optional cb to fire after closure.
       * @fires OffCanvas#closed
       */

    }, {
      key: 'close',
      value: function close(cb) {
        if (!this.$element.hasClass('is-open') || this.isRevealed) {
          return;
        }

        var _this = this;

        _this.$element.removeClass('is-open');

        this.$element.attr('aria-hidden', 'true')
        /**
         * Fires when the off-canvas menu opens.
         * @event OffCanvas#closed
         */
        .trigger('closed.zf.offcanvas');

        // If `contentScroll` is set to false, remove class and re-enable scrolling on touch devices.
        if (this.options.contentScroll === false) {
          $('body').removeClass('is-off-canvas-open').off('touchmove', this._stopScrolling);
        }

        if (this.options.contentOverlay === true) {
          this.$overlay.removeClass('is-visible');
        }

        if (this.options.closeOnClick === true && this.options.contentOverlay === true) {
          this.$overlay.removeClass('is-closable');
        }

        this.$triggers.attr('aria-expanded', 'false');

        if (this.options.trapFocus === true) {
          this.$element.siblings('[data-off-canvas-content]').removeAttr('tabindex');
          Foundation.Keyboard.releaseFocus(this.$element);
        }
      }

      /**
       * Toggles the off-canvas menu open or closed.
       * @function
       * @param {Object} event - Event object passed from listener.
       * @param {jQuery} trigger - element that triggered the off-canvas to open.
       */

    }, {
      key: 'toggle',
      value: function toggle(event, trigger) {
        if (this.$element.hasClass('is-open')) {
          this.close(event, trigger);
        } else {
          this.open(event, trigger);
        }
      }

      /**
       * Handles keyboard input when detected. When the escape key is pressed, the off-canvas menu closes, and focus is restored to the element that opened the menu.
       * @function
       * @private
       */

    }, {
      key: '_handleKeyboard',
      value: function _handleKeyboard(e) {
        var _this2 = this;

        Foundation.Keyboard.handleKey(e, 'OffCanvas', {
          close: function close() {
            _this2.close();
            _this2.$lastTrigger.focus();
            return true;
          },
          handled: function handled() {
            e.stopPropagation();
            e.preventDefault();
          }
        });
      }

      /**
       * Destroys the offcanvas plugin.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.close();
        this.$element.off('.zf.trigger .zf.offcanvas');
        this.$overlay.off('.zf.offcanvas');

        Foundation.unregisterPlugin(this);
      }
    }]);

    return OffCanvas;
  }();

  OffCanvas.defaults = {
    /**
     * Allow the user to click outside of the menu to close it.
     * @option
     * @example true
     */
    closeOnClick: true,

    /**
     * Adds an overlay on top of `[data-off-canvas-content]`.
     * @option
     * @example true
     */
    contentOverlay: true,

    /**
     * Enable/disable scrolling of the main content when an off canvas panel is open.
     * @option
     * @example true
     */
    contentScroll: true,

    /**
     * Amount of time in ms the open and close transition requires. If none selected, pulls from body style.
     * @option
     * @example 500
     */
    transitionTime: 0,

    /**
     * Type of transition for the offcanvas menu. Options are 'push', 'detached' or 'slide'.
     * @option
     * @example push
     */
    transition: 'push',

    /**
     * Force the page to scroll to top or bottom on open.
     * @option
     * @example top
     */
    forceTo: null,

    /**
     * Allow the offcanvas to remain open for certain breakpoints.
     * @option
     * @example false
     */
    isRevealed: false,

    /**
     * Breakpoint at which to reveal. JS will use a RegExp to target standard classes, if changing classnames, pass your class with the `revealClass` option.
     * @option
     * @example reveal-for-large
     */
    revealOn: null,

    /**
     * Force focus to the offcanvas on open. If true, will focus the opening trigger on close.
     * @option
     * @example true
     */
    autoFocus: true,

    /**
     * Class used to force an offcanvas to remain open. Foundation defaults for this are `reveal-for-large` & `reveal-for-medium`.
     * @option
     * TODO improve the regex testing for this.
     * @example reveal-for-large
     */
    revealClass: 'reveal-for-',

    /**
     * Triggers optional focus trapping when opening an offcanvas. Sets tabindex of [data-off-canvas-content] to -1 for accessibility purposes.
     * @option
     * @example true
     */
    trapFocus: false
  };

  // Window exports
  Foundation.plugin(OffCanvas, 'OffCanvas');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Orbit module.
   * @module foundation.orbit
   * @requires foundation.util.keyboard
   * @requires foundation.util.motion
   * @requires foundation.util.timerAndImageLoader
   * @requires foundation.util.touch
   */

  var Orbit = function () {
    /**
    * Creates a new instance of an orbit carousel.
    * @class
    * @param {jQuery} element - jQuery object to make into an Orbit Carousel.
    * @param {Object} options - Overrides to the default plugin settings.
    */
    function Orbit(element, options) {
      _classCallCheck(this, Orbit);

      this.$element = element;
      this.options = $.extend({}, Orbit.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Orbit');
      Foundation.Keyboard.register('Orbit', {
        'ltr': {
          'ARROW_RIGHT': 'next',
          'ARROW_LEFT': 'previous'
        },
        'rtl': {
          'ARROW_LEFT': 'next',
          'ARROW_RIGHT': 'previous'
        }
      });
    }

    /**
    * Initializes the plugin by creating jQuery collections, setting attributes, and starting the animation.
    * @function
    * @private
    */


    _createClass(Orbit, [{
      key: '_init',
      value: function _init() {
        // @TODO: consider discussion on PR #9278 about DOM pollution by changeSlide
        this._reset();

        this.$wrapper = this.$element.find('.' + this.options.containerClass);
        this.$slides = this.$element.find('.' + this.options.slideClass);

        var $images = this.$element.find('img'),
            initActive = this.$slides.filter('.is-active'),
            id = this.$element[0].id || Foundation.GetYoDigits(6, 'orbit');

        this.$element.attr({
          'data-resize': id,
          'id': id
        });

        if (!initActive.length) {
          this.$slides.eq(0).addClass('is-active');
        }

        if (!this.options.useMUI) {
          this.$slides.addClass('no-motionui');
        }

        if ($images.length) {
          Foundation.onImagesLoaded($images, this._prepareForOrbit.bind(this));
        } else {
          this._prepareForOrbit(); //hehe
        }

        if (this.options.bullets) {
          this._loadBullets();
        }

        this._events();

        if (this.options.autoPlay && this.$slides.length > 1) {
          this.geoSync();
        }

        if (this.options.accessible) {
          // allow wrapper to be focusable to enable arrow navigation
          this.$wrapper.attr('tabindex', 0);
        }
      }

      /**
      * Creates a jQuery collection of bullets, if they are being used.
      * @function
      * @private
      */

    }, {
      key: '_loadBullets',
      value: function _loadBullets() {
        this.$bullets = this.$element.find('.' + this.options.boxOfBullets).find('button');
      }

      /**
      * Sets a `timer` object on the orbit, and starts the counter for the next slide.
      * @function
      */

    }, {
      key: 'geoSync',
      value: function geoSync() {
        var _this = this;
        this.timer = new Foundation.Timer(this.$element, {
          duration: this.options.timerDelay,
          infinite: false
        }, function () {
          _this.changeSlide(true);
        });
        this.timer.start();
      }

      /**
      * Sets wrapper and slide heights for the orbit.
      * @function
      * @private
      */

    }, {
      key: '_prepareForOrbit',
      value: function _prepareForOrbit() {
        var _this = this;
        this._setWrapperHeight();
      }

      /**
      * Calulates the height of each slide in the collection, and uses the tallest one for the wrapper height.
      * @function
      * @private
      * @param {Function} cb - a callback function to fire when complete.
      */

    }, {
      key: '_setWrapperHeight',
      value: function _setWrapperHeight(cb) {
        //rewrite this to `for` loop
        var max = 0,
            temp,
            counter = 0,
            _this = this;

        this.$slides.each(function () {
          temp = this.getBoundingClientRect().height;
          $(this).attr('data-slide', counter);

          if (_this.$slides.filter('.is-active')[0] !== _this.$slides.eq(counter)[0]) {
            //if not the active slide, set css position and display property
            $(this).css({ 'position': 'relative', 'display': 'none' });
          }
          max = temp > max ? temp : max;
          counter++;
        });

        if (counter === this.$slides.length) {
          this.$wrapper.css({ 'height': max }); //only change the wrapper height property once.
          if (cb) {
            cb(max);
          } //fire callback with max height dimension.
        }
      }

      /**
      * Sets the max-height of each slide.
      * @function
      * @private
      */

    }, {
      key: '_setSlideHeight',
      value: function _setSlideHeight(height) {
        this.$slides.each(function () {
          $(this).css('max-height', height);
        });
      }

      /**
      * Adds event listeners to basically everything within the element.
      * @function
      * @private
      */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        //***************************************
        //**Now using custom event - thanks to:**
        //**      Yohai Ararat of Toronto      **
        //***************************************
        //
        this.$element.off('.resizeme.zf.trigger').on({
          'resizeme.zf.trigger': this._prepareForOrbit.bind(this)
        });
        if (this.$slides.length > 1) {

          if (this.options.swipe) {
            this.$slides.off('swipeleft.zf.orbit swiperight.zf.orbit').on('swipeleft.zf.orbit', function (e) {
              e.preventDefault();
              _this.changeSlide(true);
            }).on('swiperight.zf.orbit', function (e) {
              e.preventDefault();
              _this.changeSlide(false);
            });
          }
          //***************************************

          if (this.options.autoPlay) {
            this.$slides.on('click.zf.orbit', function () {
              _this.$element.data('clickedOn', _this.$element.data('clickedOn') ? false : true);
              _this.timer[_this.$element.data('clickedOn') ? 'pause' : 'start']();
            });

            if (this.options.pauseOnHover) {
              this.$element.on('mouseenter.zf.orbit', function () {
                _this.timer.pause();
              }).on('mouseleave.zf.orbit', function () {
                if (!_this.$element.data('clickedOn')) {
                  _this.timer.start();
                }
              });
            }
          }

          if (this.options.navButtons) {
            var $controls = this.$element.find('.' + this.options.nextClass + ', .' + this.options.prevClass);
            $controls.attr('tabindex', 0)
            //also need to handle enter/return and spacebar key presses
            .on('click.zf.orbit touchend.zf.orbit', function (e) {
              e.preventDefault();
              _this.changeSlide($(this).hasClass(_this.options.nextClass));
            });
          }

          if (this.options.bullets) {
            this.$bullets.on('click.zf.orbit touchend.zf.orbit', function () {
              if (/is-active/g.test(this.className)) {
                return false;
              } //if this is active, kick out of function.
              var idx = $(this).data('slide'),
                  ltr = idx > _this.$slides.filter('.is-active').data('slide'),
                  $slide = _this.$slides.eq(idx);

              _this.changeSlide(ltr, $slide, idx);
            });
          }

          if (this.options.accessible) {
            this.$wrapper.add(this.$bullets).on('keydown.zf.orbit', function (e) {
              // handle keyboard event with keyboard util
              Foundation.Keyboard.handleKey(e, 'Orbit', {
                next: function next() {
                  _this.changeSlide(true);
                },
                previous: function previous() {
                  _this.changeSlide(false);
                },
                handled: function handled() {
                  // if bullet is focused, make sure focus moves
                  if ($(e.target).is(_this.$bullets)) {
                    _this.$bullets.filter('.is-active').focus();
                  }
                }
              });
            });
          }
        }
      }

      /**
       * Resets Orbit so it can be reinitialized
       */

    }, {
      key: '_reset',
      value: function _reset() {
        // Don't do anything if there are no slides (first run)
        if (typeof this.$slides == 'undefined') {
          return;
        }

        if (this.$slides.length > 1) {
          // Remove old events
          this.$element.off('.zf.orbit').find('*').off('.zf.orbit');

          // Restart timer if autoPlay is enabled
          if (this.options.autoPlay) {
            this.timer.restart();
          }

          // Reset all sliddes
          this.$slides.each(function (el) {
            $(el).removeClass('is-active is-active is-in').removeAttr('aria-live').hide();
          });

          // Show the first slide
          this.$slides.first().addClass('is-active').show();

          // Triggers when the slide has finished animating
          this.$element.trigger('slidechange.zf.orbit', [this.$slides.first()]);

          // Select first bullet if bullets are present
          if (this.options.bullets) {
            this._updateBullets(0);
          }
        }
      }

      /**
      * Changes the current slide to a new one.
      * @function
      * @param {Boolean} isLTR - flag if the slide should move left to right.
      * @param {jQuery} chosenSlide - the jQuery element of the slide to show next, if one is selected.
      * @param {Number} idx - the index of the new slide in its collection, if one chosen.
      * @fires Orbit#slidechange
      */

    }, {
      key: 'changeSlide',
      value: function changeSlide(isLTR, chosenSlide, idx) {
        if (!this.$slides) {
          return;
        } // Don't freak out if we're in the middle of cleanup
        var $curSlide = this.$slides.filter('.is-active').eq(0);

        if (/mui/g.test($curSlide[0].className)) {
          return false;
        } //if the slide is currently animating, kick out of the function

        var $firstSlide = this.$slides.first(),
            $lastSlide = this.$slides.last(),
            dirIn = isLTR ? 'Right' : 'Left',
            dirOut = isLTR ? 'Left' : 'Right',
            _this = this,
            $newSlide;

        if (!chosenSlide) {
          //most of the time, this will be auto played or clicked from the navButtons.
          $newSlide = isLTR ? //if wrapping enabled, check to see if there is a `next` or `prev` sibling, if not, select the first or last slide to fill in. if wrapping not enabled, attempt to select `next` or `prev`, if there's nothing there, the function will kick out on next step. CRAZY NESTED TERNARIES!!!!!
          this.options.infiniteWrap ? $curSlide.next('.' + this.options.slideClass).length ? $curSlide.next('.' + this.options.slideClass) : $firstSlide : $curSlide.next('.' + this.options.slideClass) : //pick next slide if moving left to right
          this.options.infiniteWrap ? $curSlide.prev('.' + this.options.slideClass).length ? $curSlide.prev('.' + this.options.slideClass) : $lastSlide : $curSlide.prev('.' + this.options.slideClass); //pick prev slide if moving right to left
        } else {
          $newSlide = chosenSlide;
        }

        if ($newSlide.length) {
          /**
          * Triggers before the next slide starts animating in and only if a next slide has been found.
          * @event Orbit#beforeslidechange
          */
          this.$element.trigger('beforeslidechange.zf.orbit', [$curSlide, $newSlide]);

          if (this.options.bullets) {
            idx = idx || this.$slides.index($newSlide); //grab index to update bullets
            this._updateBullets(idx);
          }

          if (this.options.useMUI && !this.$element.is(':hidden')) {
            Foundation.Motion.animateIn($newSlide.addClass('is-active').css({ 'position': 'absolute', 'top': 0 }), this.options['animInFrom' + dirIn], function () {
              $newSlide.css({ 'position': 'relative', 'display': 'block' }).attr('aria-live', 'polite');
            });

            Foundation.Motion.animateOut($curSlide.removeClass('is-active'), this.options['animOutTo' + dirOut], function () {
              $curSlide.removeAttr('aria-live');
              if (_this.options.autoPlay && !_this.timer.isPaused) {
                _this.timer.restart();
              }
              //do stuff?
            });
          } else {
            $curSlide.removeClass('is-active is-in').removeAttr('aria-live').hide();
            $newSlide.addClass('is-active is-in').attr('aria-live', 'polite').show();
            if (this.options.autoPlay && !this.timer.isPaused) {
              this.timer.restart();
            }
          }
          /**
          * Triggers when the slide has finished animating in.
          * @event Orbit#slidechange
          */
          this.$element.trigger('slidechange.zf.orbit', [$newSlide]);
        }
      }

      /**
      * Updates the active state of the bullets, if displayed.
      * @function
      * @private
      * @param {Number} idx - the index of the current slide.
      */

    }, {
      key: '_updateBullets',
      value: function _updateBullets(idx) {
        var $oldBullet = this.$element.find('.' + this.options.boxOfBullets).find('.is-active').removeClass('is-active').blur(),
            span = $oldBullet.find('span:last').detach(),
            $newBullet = this.$bullets.eq(idx).addClass('is-active').append(span);
      }

      /**
      * Destroys the carousel and hides the element.
      * @function
      */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.off('.zf.orbit').find('*').off('.zf.orbit').end().hide();
        Foundation.unregisterPlugin(this);
      }
    }]);

    return Orbit;
  }();

  Orbit.defaults = {
    /**
    * Tells the JS to look for and loadBullets.
    * @option
    * @example true
    */
    bullets: true,
    /**
    * Tells the JS to apply event listeners to nav buttons
    * @option
    * @example true
    */
    navButtons: true,
    /**
    * motion-ui animation class to apply
    * @option
    * @example 'slide-in-right'
    */
    animInFromRight: 'slide-in-right',
    /**
    * motion-ui animation class to apply
    * @option
    * @example 'slide-out-right'
    */
    animOutToRight: 'slide-out-right',
    /**
    * motion-ui animation class to apply
    * @option
    * @example 'slide-in-left'
    *
    */
    animInFromLeft: 'slide-in-left',
    /**
    * motion-ui animation class to apply
    * @option
    * @example 'slide-out-left'
    */
    animOutToLeft: 'slide-out-left',
    /**
    * Allows Orbit to automatically animate on page load.
    * @option
    * @example true
    */
    autoPlay: true,
    /**
    * Amount of time, in ms, between slide transitions
    * @option
    * @example 5000
    */
    timerDelay: 5000,
    /**
    * Allows Orbit to infinitely loop through the slides
    * @option
    * @example true
    */
    infiniteWrap: true,
    /**
    * Allows the Orbit slides to bind to swipe events for mobile, requires an additional util library
    * @option
    * @example true
    */
    swipe: true,
    /**
    * Allows the timing function to pause animation on hover.
    * @option
    * @example true
    */
    pauseOnHover: true,
    /**
    * Allows Orbit to bind keyboard events to the slider, to animate frames with arrow keys
    * @option
    * @example true
    */
    accessible: true,
    /**
    * Class applied to the container of Orbit
    * @option
    * @example 'orbit-container'
    */
    containerClass: 'orbit-container',
    /**
    * Class applied to individual slides.
    * @option
    * @example 'orbit-slide'
    */
    slideClass: 'orbit-slide',
    /**
    * Class applied to the bullet container. You're welcome.
    * @option
    * @example 'orbit-bullets'
    */
    boxOfBullets: 'orbit-bullets',
    /**
    * Class applied to the `next` navigation button.
    * @option
    * @example 'orbit-next'
    */
    nextClass: 'orbit-next',
    /**
    * Class applied to the `previous` navigation button.
    * @option
    * @example 'orbit-previous'
    */
    prevClass: 'orbit-previous',
    /**
    * Boolean to flag the js to use motion ui classes or not. Default to true for backwards compatability.
    * @option
    * @example true
    */
    useMUI: true
  };

  // Window exports
  Foundation.plugin(Orbit, 'Orbit');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * ResponsiveMenu module.
   * @module foundation.responsiveMenu
   * @requires foundation.util.triggers
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.accordionMenu
   * @requires foundation.util.drilldown
   * @requires foundation.util.dropdown-menu
   */

  var ResponsiveMenu = function () {
    /**
     * Creates a new instance of a responsive menu.
     * @class
     * @fires ResponsiveMenu#init
     * @param {jQuery} element - jQuery object to make into a dropdown menu.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function ResponsiveMenu(element, options) {
      _classCallCheck(this, ResponsiveMenu);

      this.$element = $(element);
      this.rules = this.$element.data('responsive-menu');
      this.currentMq = null;
      this.currentPlugin = null;

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'ResponsiveMenu');
    }

    /**
     * Initializes the Menu by parsing the classes from the 'data-ResponsiveMenu' attribute on the element.
     * @function
     * @private
     */


    _createClass(ResponsiveMenu, [{
      key: '_init',
      value: function _init() {
        // The first time an Interchange plugin is initialized, this.rules is converted from a string of "classes" to an object of rules
        if (typeof this.rules === 'string') {
          var rulesTree = {};

          // Parse rules from "classes" pulled from data attribute
          var rules = this.rules.split(' ');

          // Iterate through every rule found
          for (var i = 0; i < rules.length; i++) {
            var rule = rules[i].split('-');
            var ruleSize = rule.length > 1 ? rule[0] : 'small';
            var rulePlugin = rule.length > 1 ? rule[1] : rule[0];

            if (MenuPlugins[rulePlugin] !== null) {
              rulesTree[ruleSize] = MenuPlugins[rulePlugin];
            }
          }

          this.rules = rulesTree;
        }

        if (!$.isEmptyObject(this.rules)) {
          this._checkMediaQueries();
        }
        // Add data-mutate since children may need it.
        this.$element.attr('data-mutate', this.$element.attr('data-mutate') || Foundation.GetYoDigits(6, 'responsive-menu'));
      }

      /**
       * Initializes events for the Menu.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        $(window).on('changed.zf.mediaquery', function () {
          _this._checkMediaQueries();
        });
        // $(window).on('resize.zf.ResponsiveMenu', function() {
        //   _this._checkMediaQueries();
        // });
      }

      /**
       * Checks the current screen width against available media queries. If the media query has changed, and the plugin needed has changed, the plugins will swap out.
       * @function
       * @private
       */

    }, {
      key: '_checkMediaQueries',
      value: function _checkMediaQueries() {
        var matchedMq,
            _this = this;
        // Iterate through each rule and find the last matching rule
        $.each(this.rules, function (key) {
          if (Foundation.MediaQuery.atLeast(key)) {
            matchedMq = key;
          }
        });

        // No match? No dice
        if (!matchedMq) return;

        // Plugin already initialized? We good
        if (this.currentPlugin instanceof this.rules[matchedMq].plugin) return;

        // Remove existing plugin-specific CSS classes
        $.each(MenuPlugins, function (key, value) {
          _this.$element.removeClass(value.cssClass);
        });

        // Add the CSS class for the new plugin
        this.$element.addClass(this.rules[matchedMq].cssClass);

        // Create an instance of the new plugin
        if (this.currentPlugin) this.currentPlugin.destroy();
        this.currentPlugin = new this.rules[matchedMq].plugin(this.$element, {});
      }

      /**
       * Destroys the instance of the current plugin on this element, as well as the window resize handler that switches the plugins out.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.currentPlugin.destroy();
        $(window).off('.zf.ResponsiveMenu');
        Foundation.unregisterPlugin(this);
      }
    }]);

    return ResponsiveMenu;
  }();

  ResponsiveMenu.defaults = {};

  // The plugin matches the plugin classes with these plugin instances.
  var MenuPlugins = {
    dropdown: {
      cssClass: 'dropdown',
      plugin: Foundation._plugins['dropdown-menu'] || null
    },
    drilldown: {
      cssClass: 'drilldown',
      plugin: Foundation._plugins['drilldown'] || null
    },
    accordion: {
      cssClass: 'accordion-menu',
      plugin: Foundation._plugins['accordion-menu'] || null
    }
  };

  // Window exports
  Foundation.plugin(ResponsiveMenu, 'ResponsiveMenu');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * ResponsiveToggle module.
   * @module foundation.responsiveToggle
   * @requires foundation.util.mediaQuery
   */

  var ResponsiveToggle = function () {
    /**
     * Creates a new instance of Tab Bar.
     * @class
     * @fires ResponsiveToggle#init
     * @param {jQuery} element - jQuery object to attach tab bar functionality to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function ResponsiveToggle(element, options) {
      _classCallCheck(this, ResponsiveToggle);

      this.$element = $(element);
      this.options = $.extend({}, ResponsiveToggle.defaults, this.$element.data(), options);

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'ResponsiveToggle');
    }

    /**
     * Initializes the tab bar by finding the target element, toggling element, and running update().
     * @function
     * @private
     */


    _createClass(ResponsiveToggle, [{
      key: '_init',
      value: function _init() {
        var targetID = this.$element.data('responsive-toggle');
        if (!targetID) {
          console.error('Your tab bar needs an ID of a Menu as the value of data-tab-bar.');
        }

        this.$targetMenu = $('#' + targetID);
        this.$toggler = this.$element.find('[data-toggle]');
        this.options = $.extend({}, this.options, this.$targetMenu.data());

        // If they were set, parse the animation classes
        if (this.options.animate) {
          var input = this.options.animate.split(' ');

          this.animationIn = input[0];
          this.animationOut = input[1] || null;
        }

        this._update();
      }

      /**
       * Adds necessary event handlers for the tab bar to work.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        this._updateMqHandler = this._update.bind(this);

        $(window).on('changed.zf.mediaquery', this._updateMqHandler);

        this.$toggler.on('click.zf.responsiveToggle', this.toggleMenu.bind(this));
      }

      /**
       * Checks the current media query to determine if the tab bar should be visible or hidden.
       * @function
       * @private
       */

    }, {
      key: '_update',
      value: function _update() {
        // Mobile
        if (!Foundation.MediaQuery.atLeast(this.options.hideFor)) {
          this.$element.show();
          this.$targetMenu.hide();
        }

        // Desktop
        else {
            this.$element.hide();
            this.$targetMenu.show();
          }
      }

      /**
       * Toggles the element attached to the tab bar. The toggle only happens if the screen is small enough to allow it.
       * @function
       * @fires ResponsiveToggle#toggled
       */

    }, {
      key: 'toggleMenu',
      value: function toggleMenu() {
        var _this2 = this;

        if (!Foundation.MediaQuery.atLeast(this.options.hideFor)) {
          if (this.options.animate) {
            if (this.$targetMenu.is(':hidden')) {
              Foundation.Motion.animateIn(this.$targetMenu, this.animationIn, function () {
                /**
                 * Fires when the element attached to the tab bar toggles.
                 * @event ResponsiveToggle#toggled
                 */
                _this2.$element.trigger('toggled.zf.responsiveToggle');
                _this2.$targetMenu.find('[data-mutate]').triggerHandler('mutateme.zf.trigger');
              });
            } else {
              Foundation.Motion.animateOut(this.$targetMenu, this.animationOut, function () {
                /**
                 * Fires when the element attached to the tab bar toggles.
                 * @event ResponsiveToggle#toggled
                 */
                _this2.$element.trigger('toggled.zf.responsiveToggle');
              });
            }
          } else {
            this.$targetMenu.toggle(0);
            this.$targetMenu.find('[data-mutate]').trigger('mutateme.zf.trigger');

            /**
             * Fires when the element attached to the tab bar toggles.
             * @event ResponsiveToggle#toggled
             */
            this.$element.trigger('toggled.zf.responsiveToggle');
          }
        }
      }
    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.off('.zf.responsiveToggle');
        this.$toggler.off('.zf.responsiveToggle');

        $(window).off('changed.zf.mediaquery', this._updateMqHandler);

        Foundation.unregisterPlugin(this);
      }
    }]);

    return ResponsiveToggle;
  }();

  ResponsiveToggle.defaults = {
    /**
     * The breakpoint after which the menu is always shown, and the tab bar is hidden.
     * @option
     * @example 'medium'
     */
    hideFor: 'medium',

    /**
     * To decide if the toggle should be animated or not.
     * @option
     * @example false
     */
    animate: false
  };

  // Window exports
  Foundation.plugin(ResponsiveToggle, 'ResponsiveToggle');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Reveal module.
   * @module foundation.reveal
   * @requires foundation.util.keyboard
   * @requires foundation.util.box
   * @requires foundation.util.triggers
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.motion if using animations
   */

  var Reveal = function () {
    /**
     * Creates a new instance of Reveal.
     * @class
     * @param {jQuery} element - jQuery object to use for the modal.
     * @param {Object} options - optional parameters.
     */
    function Reveal(element, options) {
      _classCallCheck(this, Reveal);

      this.$element = element;
      this.options = $.extend({}, Reveal.defaults, this.$element.data(), options);
      this._init();

      Foundation.registerPlugin(this, 'Reveal');
      Foundation.Keyboard.register('Reveal', {
        'ENTER': 'open',
        'SPACE': 'open',
        'ESCAPE': 'close'
      });
    }

    /**
     * Initializes the modal by adding the overlay and close buttons, (if selected).
     * @private
     */


    _createClass(Reveal, [{
      key: '_init',
      value: function _init() {
        this.id = this.$element.attr('id');
        this.isActive = false;
        this.cached = { mq: Foundation.MediaQuery.current };
        this.isMobile = mobileSniff();

        this.$anchor = $('[data-open="' + this.id + '"]').length ? $('[data-open="' + this.id + '"]') : $('[data-toggle="' + this.id + '"]');
        this.$anchor.attr({
          'aria-controls': this.id,
          'aria-haspopup': true,
          'tabindex': 0
        });

        if (this.options.fullScreen || this.$element.hasClass('full')) {
          this.options.fullScreen = true;
          this.options.overlay = false;
        }
        if (this.options.overlay && !this.$overlay) {
          this.$overlay = this._makeOverlay(this.id);
        }

        this.$element.attr({
          'role': 'dialog',
          'aria-hidden': true,
          'data-yeti-box': this.id,
          'data-resize': this.id
        });

        if (this.$overlay) {
          this.$element.detach().appendTo(this.$overlay);
        } else {
          this.$element.detach().appendTo($(this.options.appendTo));
          this.$element.addClass('without-overlay');
        }
        this._events();
        if (this.options.deepLink && window.location.hash === '#' + this.id) {
          $(window).one('load.zf.reveal', this.open.bind(this));
        }
      }

      /**
       * Creates an overlay div to display behind the modal.
       * @private
       */

    }, {
      key: '_makeOverlay',
      value: function _makeOverlay() {
        return $('<div></div>').addClass('reveal-overlay').appendTo(this.options.appendTo);
      }

      /**
       * Updates position of modal
       * TODO:  Figure out if we actually need to cache these values or if it doesn't matter
       * @private
       */

    }, {
      key: '_updatePosition',
      value: function _updatePosition() {
        var width = this.$element.outerWidth();
        var outerWidth = $(window).width();
        var height = this.$element.outerHeight();
        var outerHeight = $(window).height();
        var left, top;
        if (this.options.hOffset === 'auto') {
          left = parseInt((outerWidth - width) / 2, 10);
        } else {
          left = parseInt(this.options.hOffset, 10);
        }
        if (this.options.vOffset === 'auto') {
          if (height > outerHeight) {
            top = parseInt(Math.min(100, outerHeight / 10), 10);
          } else {
            top = parseInt((outerHeight - height) / 4, 10);
          }
        } else {
          top = parseInt(this.options.vOffset, 10);
        }
        this.$element.css({ top: top + 'px' });
        // only worry about left if we don't have an overlay or we havea  horizontal offset,
        // otherwise we're perfectly in the middle
        if (!this.$overlay || this.options.hOffset !== 'auto') {
          this.$element.css({ left: left + 'px' });
          this.$element.css({ margin: '0px' });
        }
      }

      /**
       * Adds event handlers for the modal.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this2 = this;

        var _this = this;

        this.$element.on({
          'open.zf.trigger': this.open.bind(this),
          'close.zf.trigger': function closeZfTrigger(event, $element) {
            if (event.target === _this.$element[0] || $(event.target).parents('[data-closable]')[0] === $element) {
              // only close reveal when it's explicitly called
              return _this2.close.apply(_this2);
            }
          },
          'toggle.zf.trigger': this.toggle.bind(this),
          'resizeme.zf.trigger': function resizemeZfTrigger() {
            _this._updatePosition();
          }
        });

        if (this.$anchor.length) {
          this.$anchor.on('keydown.zf.reveal', function (e) {
            if (e.which === 13 || e.which === 32) {
              e.stopPropagation();
              e.preventDefault();
              _this.open();
            }
          });
        }

        if (this.options.closeOnClick && this.options.overlay) {
          this.$overlay.off('.zf.reveal').on('click.zf.reveal', function (e) {
            if (e.target === _this.$element[0] || $.contains(_this.$element[0], e.target) || !$.contains(document, e.target)) {
              return;
            }
            _this.close();
          });
        }
        if (this.options.deepLink) {
          $(window).on('popstate.zf.reveal:' + this.id, this._handleState.bind(this));
        }
      }

      /**
       * Handles modal methods on back/forward button clicks or any other event that triggers popstate.
       * @private
       */

    }, {
      key: '_handleState',
      value: function _handleState(e) {
        if (window.location.hash === '#' + this.id && !this.isActive) {
          this.open();
        } else {
          this.close();
        }
      }

      /**
       * Opens the modal controlled by `this.$anchor`, and closes all others by default.
       * @function
       * @fires Reveal#closeme
       * @fires Reveal#open
       */

    }, {
      key: 'open',
      value: function open() {
        var _this3 = this;

        if (this.options.deepLink) {
          var hash = '#' + this.id;

          if (window.history.pushState) {
            window.history.pushState(null, null, hash);
          } else {
            window.location.hash = hash;
          }
        }

        this.isActive = true;

        // Make elements invisible, but remove display: none so we can get size and positioning
        this.$element.css({ 'visibility': 'hidden' }).show().scrollTop(0);
        if (this.options.overlay) {
          this.$overlay.css({ 'visibility': 'hidden' }).show();
        }

        this._updatePosition();

        this.$element.hide().css({ 'visibility': '' });

        if (this.$overlay) {
          this.$overlay.css({ 'visibility': '' }).hide();
          if (this.$element.hasClass('fast')) {
            this.$overlay.addClass('fast');
          } else if (this.$element.hasClass('slow')) {
            this.$overlay.addClass('slow');
          }
        }

        if (!this.options.multipleOpened) {
          /**
           * Fires immediately before the modal opens.
           * Closes any other modals that are currently open
           * @event Reveal#closeme
           */
          this.$element.trigger('closeme.zf.reveal', this.id);
        }

        var _this = this;

        function addRevealOpenClasses() {
          if (_this.isMobile) {
            if (!_this.originalScrollPos) {
              _this.originalScrollPos = window.pageYOffset;
            }
            $('html, body').addClass('is-reveal-open');
          } else {
            $('body').addClass('is-reveal-open');
          }
        }
        // Motion UI method of reveal
        if (this.options.animationIn) {
          (function () {
            var afterAnimation = function afterAnimation() {
              _this.$element.attr({
                'aria-hidden': false,
                'tabindex': -1
              }).focus();
              addRevealOpenClasses();
              Foundation.Keyboard.trapFocus(_this.$element);
            };

            if (_this3.options.overlay) {
              Foundation.Motion.animateIn(_this3.$overlay, 'fade-in');
            }
            Foundation.Motion.animateIn(_this3.$element, _this3.options.animationIn, function () {
              if (_this3.$element) {
                // protect against object having been removed
                _this3.focusableElements = Foundation.Keyboard.findFocusable(_this3.$element);
                afterAnimation();
              }
            });
          })();
        }
        // jQuery method of reveal
        else {
            if (this.options.overlay) {
              this.$overlay.show(0);
            }
            this.$element.show(this.options.showDelay);
          }

        // handle accessibility
        this.$element.attr({
          'aria-hidden': false,
          'tabindex': -1
        }).focus();
        Foundation.Keyboard.trapFocus(this.$element);

        /**
         * Fires when the modal has successfully opened.
         * @event Reveal#open
         */
        this.$element.trigger('open.zf.reveal');

        addRevealOpenClasses();

        setTimeout(function () {
          _this3._extraHandlers();
        }, 0);
      }

      /**
       * Adds extra event handlers for the body and window if necessary.
       * @private
       */

    }, {
      key: '_extraHandlers',
      value: function _extraHandlers() {
        var _this = this;
        if (!this.$element) {
          return;
        } // If we're in the middle of cleanup, don't freak out
        this.focusableElements = Foundation.Keyboard.findFocusable(this.$element);

        if (!this.options.overlay && this.options.closeOnClick && !this.options.fullScreen) {
          $('body').on('click.zf.reveal', function (e) {
            if (e.target === _this.$element[0] || $.contains(_this.$element[0], e.target) || !$.contains(document, e.target)) {
              return;
            }
            _this.close();
          });
        }

        if (this.options.closeOnEsc) {
          $(window).on('keydown.zf.reveal', function (e) {
            Foundation.Keyboard.handleKey(e, 'Reveal', {
              close: function close() {
                if (_this.options.closeOnEsc) {
                  _this.close();
                  _this.$anchor.focus();
                }
              }
            });
          });
        }

        // lock focus within modal while tabbing
        this.$element.on('keydown.zf.reveal', function (e) {
          var $target = $(this);
          // handle keyboard event with keyboard util
          Foundation.Keyboard.handleKey(e, 'Reveal', {
            open: function open() {
              if (_this.$element.find(':focus').is(_this.$element.find('[data-close]'))) {
                setTimeout(function () {
                  // set focus back to anchor if close button has been activated
                  _this.$anchor.focus();
                }, 1);
              } else if ($target.is(_this.focusableElements)) {
                // dont't trigger if acual element has focus (i.e. inputs, links, ...)
                _this.open();
              }
            },
            close: function close() {
              if (_this.options.closeOnEsc) {
                _this.close();
                _this.$anchor.focus();
              }
            },
            handled: function handled(preventDefault) {
              if (preventDefault) {
                e.preventDefault();
              }
            }
          });
        });
      }

      /**
       * Closes the modal.
       * @function
       * @fires Reveal#closed
       */

    }, {
      key: 'close',
      value: function close() {
        if (!this.isActive || !this.$element.is(':visible')) {
          return false;
        }
        var _this = this;

        // Motion UI method of hiding
        if (this.options.animationOut) {
          if (this.options.overlay) {
            Foundation.Motion.animateOut(this.$overlay, 'fade-out', finishUp);
          } else {
            finishUp();
          }

          Foundation.Motion.animateOut(this.$element, this.options.animationOut);
        }
        // jQuery method of hiding
        else {
            if (this.options.overlay) {
              this.$overlay.hide(0, finishUp);
            } else {
              finishUp();
            }

            this.$element.hide(this.options.hideDelay);
          }

        // Conditionals to remove extra event listeners added on open
        if (this.options.closeOnEsc) {
          $(window).off('keydown.zf.reveal');
        }

        if (!this.options.overlay && this.options.closeOnClick) {
          $('body').off('click.zf.reveal');
        }

        this.$element.off('keydown.zf.reveal');

        function finishUp() {
          if (_this.isMobile) {
            $('html, body').removeClass('is-reveal-open');
            if (_this.originalScrollPos) {
              $('body').scrollTop(_this.originalScrollPos);
              _this.originalScrollPos = null;
            }
          } else {
            $('body').removeClass('is-reveal-open');
          }

          Foundation.Keyboard.releaseFocus(_this.$element);

          _this.$element.attr('aria-hidden', true);

          /**
          * Fires when the modal is done closing.
          * @event Reveal#closed
          */
          _this.$element.trigger('closed.zf.reveal');
        }

        /**
        * Resets the modal content
        * This prevents a running video to keep going in the background
        */
        if (this.options.resetOnClose) {
          this.$element.html(this.$element.html());
        }

        this.isActive = false;
        if (_this.options.deepLink) {
          if (window.history.replaceState) {
            window.history.replaceState('', document.title, window.location.href.replace('#' + this.id, ''));
          } else {
            window.location.hash = '';
          }
        }
      }

      /**
       * Toggles the open/closed state of a modal.
       * @function
       */

    }, {
      key: 'toggle',
      value: function toggle() {
        if (this.isActive) {
          this.close();
        } else {
          this.open();
        }
      }
    }, {
      key: 'destroy',


      /**
       * Destroys an instance of a modal.
       * @function
       */
      value: function destroy() {
        if (this.options.overlay) {
          this.$element.appendTo($(this.options.appendTo)); // move $element outside of $overlay to prevent error unregisterPlugin()
          this.$overlay.hide().off().remove();
        }
        this.$element.hide().off();
        this.$anchor.off('.zf');
        $(window).off('.zf.reveal:' + this.id);

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Reveal;
  }();

  Reveal.defaults = {
    /**
     * Motion-UI class to use for animated elements. If none used, defaults to simple show/hide.
     * @option
     * @example 'slide-in-left'
     */
    animationIn: '',
    /**
     * Motion-UI class to use for animated elements. If none used, defaults to simple show/hide.
     * @option
     * @example 'slide-out-right'
     */
    animationOut: '',
    /**
     * Time, in ms, to delay the opening of a modal after a click if no animation used.
     * @option
     * @example 10
     */
    showDelay: 0,
    /**
     * Time, in ms, to delay the closing of a modal after a click if no animation used.
     * @option
     * @example 10
     */
    hideDelay: 0,
    /**
     * Allows a click on the body/overlay to close the modal.
     * @option
     * @example true
     */
    closeOnClick: true,
    /**
     * Allows the modal to close if the user presses the `ESCAPE` key.
     * @option
     * @example true
     */
    closeOnEsc: true,
    /**
     * If true, allows multiple modals to be displayed at once.
     * @option
     * @example false
     */
    multipleOpened: false,
    /**
     * Distance, in pixels, the modal should push down from the top of the screen.
     * @option
     * @example auto
     */
    vOffset: 'auto',
    /**
     * Distance, in pixels, the modal should push in from the side of the screen.
     * @option
     * @example auto
     */
    hOffset: 'auto',
    /**
     * Allows the modal to be fullscreen, completely blocking out the rest of the view. JS checks for this as well.
     * @option
     * @example false
     */
    fullScreen: false,
    /**
     * Percentage of screen height the modal should push up from the bottom of the view.
     * @option
     * @example 10
     */
    btmOffsetPct: 10,
    /**
     * Allows the modal to generate an overlay div, which will cover the view when modal opens.
     * @option
     * @example true
     */
    overlay: true,
    /**
     * Allows the modal to remove and reinject markup on close. Should be true if using video elements w/o using provider's api, otherwise, videos will continue to play in the background.
     * @option
     * @example false
     */
    resetOnClose: false,
    /**
     * Allows the modal to alter the url on open/close, and allows the use of the `back` button to close modals. ALSO, allows a modal to auto-maniacally open on page load IF the hash === the modal's user-set id.
     * @option
     * @example false
     */
    deepLink: false,
    /**
    * Allows the modal to append to custom div.
    * @option
    * @example false
    */
    appendTo: "body"

  };

  // Window exports
  Foundation.plugin(Reveal, 'Reveal');

  function iPhoneSniff() {
    return (/iP(ad|hone|od).*OS/.test(window.navigator.userAgent)
    );
  }

  function androidSniff() {
    return (/Android/.test(window.navigator.userAgent)
    );
  }

  function mobileSniff() {
    return iPhoneSniff() || androidSniff();
  }
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Slider module.
   * @module foundation.slider
   * @requires foundation.util.motion
   * @requires foundation.util.triggers
   * @requires foundation.util.keyboard
   * @requires foundation.util.touch
   */

  var Slider = function () {
    /**
     * Creates a new instance of a slider control.
     * @class
     * @param {jQuery} element - jQuery object to make into a slider control.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Slider(element, options) {
      _classCallCheck(this, Slider);

      this.$element = element;
      this.options = $.extend({}, Slider.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Slider');
      Foundation.Keyboard.register('Slider', {
        'ltr': {
          'ARROW_RIGHT': 'increase',
          'ARROW_UP': 'increase',
          'ARROW_DOWN': 'decrease',
          'ARROW_LEFT': 'decrease',
          'SHIFT_ARROW_RIGHT': 'increase_fast',
          'SHIFT_ARROW_UP': 'increase_fast',
          'SHIFT_ARROW_DOWN': 'decrease_fast',
          'SHIFT_ARROW_LEFT': 'decrease_fast'
        },
        'rtl': {
          'ARROW_LEFT': 'increase',
          'ARROW_RIGHT': 'decrease',
          'SHIFT_ARROW_LEFT': 'increase_fast',
          'SHIFT_ARROW_RIGHT': 'decrease_fast'
        }
      });
    }

    /**
     * Initilizes the plugin by reading/setting attributes, creating collections and setting the initial position of the handle(s).
     * @function
     * @private
     */


    _createClass(Slider, [{
      key: '_init',
      value: function _init() {
        this.inputs = this.$element.find('input');
        this.handles = this.$element.find('[data-slider-handle]');

        this.$handle = this.handles.eq(0);
        this.$input = this.inputs.length ? this.inputs.eq(0) : $('#' + this.$handle.attr('aria-controls'));
        this.$fill = this.$element.find('[data-slider-fill]').css(this.options.vertical ? 'height' : 'width', 0);

        var isDbl = false,
            _this = this;
        if (this.options.disabled || this.$element.hasClass(this.options.disabledClass)) {
          this.options.disabled = true;
          this.$element.addClass(this.options.disabledClass);
        }
        if (!this.inputs.length) {
          this.inputs = $().add(this.$input);
          this.options.binding = true;
        }

        this._setInitAttr(0);

        if (this.handles[1]) {
          this.options.doubleSided = true;
          this.$handle2 = this.handles.eq(1);
          this.$input2 = this.inputs.length > 1 ? this.inputs.eq(1) : $('#' + this.$handle2.attr('aria-controls'));

          if (!this.inputs[1]) {
            this.inputs = this.inputs.add(this.$input2);
          }
          isDbl = true;

          // this.$handle.triggerHandler('click.zf.slider');
          this._setInitAttr(1);
        }

        // Set handle positions
        this.setHandles();

        this._events();
      }
    }, {
      key: 'setHandles',
      value: function setHandles() {
        var _this2 = this;

        if (this.handles[1]) {
          this._setHandlePos(this.$handle, this.inputs.eq(0).val(), true, function () {
            _this2._setHandlePos(_this2.$handle2, _this2.inputs.eq(1).val(), true);
          });
        } else {
          this._setHandlePos(this.$handle, this.inputs.eq(0).val(), true);
        }
      }
    }, {
      key: '_reflow',
      value: function _reflow() {
        this.setHandles();
      }
      /**
      * @function
      * @private
      * @param {Number} value - floating point (the value) to be transformed using to a relative position on the slider (the inverse of _value)
      */

    }, {
      key: '_pctOfBar',
      value: function _pctOfBar(value) {
        var pctOfBar = percent(value - this.options.start, this.options.end - this.options.start);

        switch (this.options.positionValueFunction) {
          case "pow":
            pctOfBar = this._logTransform(pctOfBar);
            break;
          case "log":
            pctOfBar = this._powTransform(pctOfBar);
            break;
        }

        return pctOfBar.toFixed(2);
      }

      /**
      * @function
      * @private
      * @param {Number} pctOfBar - floating point, the relative position of the slider (typically between 0-1) to be transformed to a value
      */

    }, {
      key: '_value',
      value: function _value(pctOfBar) {
        switch (this.options.positionValueFunction) {
          case "pow":
            pctOfBar = this._powTransform(pctOfBar);
            break;
          case "log":
            pctOfBar = this._logTransform(pctOfBar);
            break;
        }
        var value = (this.options.end - this.options.start) * pctOfBar + this.options.start;

        return value;
      }

      /**
      * @function
      * @private
      * @param {Number} value - floating point (typically between 0-1) to be transformed using the log function
      */

    }, {
      key: '_logTransform',
      value: function _logTransform(value) {
        return baseLog(this.options.nonLinearBase, value * (this.options.nonLinearBase - 1) + 1);
      }

      /**
      * @function
      * @private
      * @param {Number} value - floating point (typically between 0-1) to be transformed using the power function
      */

    }, {
      key: '_powTransform',
      value: function _powTransform(value) {
        return (Math.pow(this.options.nonLinearBase, value) - 1) / (this.options.nonLinearBase - 1);
      }

      /**
       * Sets the position of the selected handle and fill bar.
       * @function
       * @private
       * @param {jQuery} $hndl - the selected handle to move.
       * @param {Number} location - floating point between the start and end values of the slider bar.
       * @param {Function} cb - callback function to fire on completion.
       * @fires Slider#moved
       * @fires Slider#changed
       */

    }, {
      key: '_setHandlePos',
      value: function _setHandlePos($hndl, location, noInvert, cb) {
        // don't move if the slider has been disabled since its initialization
        if (this.$element.hasClass(this.options.disabledClass)) {
          return;
        }
        //might need to alter that slightly for bars that will have odd number selections.
        location = parseFloat(location); //on input change events, convert string to number...grumble.

        // prevent slider from running out of bounds, if value exceeds the limits set through options, override the value to min/max
        if (location < this.options.start) {
          location = this.options.start;
        } else if (location > this.options.end) {
          location = this.options.end;
        }

        var isDbl = this.options.doubleSided;

        if (isDbl) {
          //this block is to prevent 2 handles from crossing eachother. Could/should be improved.
          if (this.handles.index($hndl) === 0) {
            var h2Val = parseFloat(this.$handle2.attr('aria-valuenow'));
            location = location >= h2Val ? h2Val - this.options.step : location;
          } else {
            var h1Val = parseFloat(this.$handle.attr('aria-valuenow'));
            location = location <= h1Val ? h1Val + this.options.step : location;
          }
        }

        //this is for single-handled vertical sliders, it adjusts the value to account for the slider being "upside-down"
        //for click and drag events, it's weird due to the scale(-1, 1) css property
        if (this.options.vertical && !noInvert) {
          location = this.options.end - location;
        }

        var _this = this,
            vert = this.options.vertical,
            hOrW = vert ? 'height' : 'width',
            lOrT = vert ? 'top' : 'left',
            handleDim = $hndl[0].getBoundingClientRect()[hOrW],
            elemDim = this.$element[0].getBoundingClientRect()[hOrW],

        //percentage of bar min/max value based on click or drag point
        pctOfBar = this._pctOfBar(location),

        //number of actual pixels to shift the handle, based on the percentage obtained above
        pxToMove = (elemDim - handleDim) * pctOfBar,

        //percentage of bar to shift the handle
        movement = (percent(pxToMove, elemDim) * 100).toFixed(this.options.decimal);
        //fixing the decimal value for the location number, is passed to other methods as a fixed floating-point value
        location = parseFloat(location.toFixed(this.options.decimal));
        // declare empty object for css adjustments, only used with 2 handled-sliders
        var css = {};

        this._setValues($hndl, location);

        // TODO update to calculate based on values set to respective inputs??
        if (isDbl) {
          var isLeftHndl = this.handles.index($hndl) === 0,

          //empty variable, will be used for min-height/width for fill bar
          dim,

          //percentage w/h of the handle compared to the slider bar
          handlePct = ~~(percent(handleDim, elemDim) * 100);
          //if left handle, the math is slightly different than if it's the right handle, and the left/top property needs to be changed for the fill bar
          if (isLeftHndl) {
            //left or top percentage value to apply to the fill bar.
            css[lOrT] = movement + '%';
            //calculate the new min-height/width for the fill bar.
            dim = parseFloat(this.$handle2[0].style[lOrT]) - movement + handlePct;
            //this callback is necessary to prevent errors and allow the proper placement and initialization of a 2-handled slider
            //plus, it means we don't care if 'dim' isNaN on init, it won't be in the future.
            if (cb && typeof cb === 'function') {
              cb();
            } //this is only needed for the initialization of 2 handled sliders
          } else {
            //just caching the value of the left/bottom handle's left/top property
            var handlePos = parseFloat(this.$handle[0].style[lOrT]);
            //calculate the new min-height/width for the fill bar. Use isNaN to prevent false positives for numbers <= 0
            //based on the percentage of movement of the handle being manipulated, less the opposing handle's left/top position, plus the percentage w/h of the handle itself
            dim = movement - (isNaN(handlePos) ? (this.options.initialStart - this.options.start) / ((this.options.end - this.options.start) / 100) : handlePos) + handlePct;
          }
          // assign the min-height/width to our css object
          css['min-' + hOrW] = dim + '%';
        }

        this.$element.one('finished.zf.animate', function () {
          /**
           * Fires when the handle is done moving.
           * @event Slider#moved
           */
          _this.$element.trigger('moved.zf.slider', [$hndl]);
        });

        //because we don't know exactly how the handle will be moved, check the amount of time it should take to move.
        var moveTime = this.$element.data('dragging') ? 1000 / 60 : this.options.moveTime;

        Foundation.Move(moveTime, $hndl, function () {
          // adjusting the left/top property of the handle, based on the percentage calculated above
          // if movement isNaN, that is because the slider is hidden and we cannot determine handle width,
          // fall back to next best guess.
          if (isNaN(movement)) {
            $hndl.css(lOrT, pctOfBar * 100 + '%');
          } else {
            $hndl.css(lOrT, movement + '%');
          }

          if (!_this.options.doubleSided) {
            //if single-handled, a simple method to expand the fill bar
            _this.$fill.css(hOrW, pctOfBar * 100 + '%');
          } else {
            //otherwise, use the css object we created above
            _this.$fill.css(css);
          }
        });

        /**
         * Fires when the value has not been change for a given time.
         * @event Slider#changed
         */
        clearTimeout(_this.timeout);
        _this.timeout = setTimeout(function () {
          _this.$element.trigger('changed.zf.slider', [$hndl]);
        }, _this.options.changedDelay);
      }

      /**
       * Sets the initial attribute for the slider element.
       * @function
       * @private
       * @param {Number} idx - index of the current handle/input to use.
       */

    }, {
      key: '_setInitAttr',
      value: function _setInitAttr(idx) {
        var initVal = idx === 0 ? this.options.initialStart : this.options.initialEnd;
        var id = this.inputs.eq(idx).attr('id') || Foundation.GetYoDigits(6, 'slider');
        this.inputs.eq(idx).attr({
          'id': id,
          'max': this.options.end,
          'min': this.options.start,
          'step': this.options.step
        });
        this.inputs.eq(idx).val(initVal);
        this.handles.eq(idx).attr({
          'role': 'slider',
          'aria-controls': id,
          'aria-valuemax': this.options.end,
          'aria-valuemin': this.options.start,
          'aria-valuenow': initVal,
          'aria-orientation': this.options.vertical ? 'vertical' : 'horizontal',
          'tabindex': 0
        });
      }

      /**
       * Sets the input and `aria-valuenow` values for the slider element.
       * @function
       * @private
       * @param {jQuery} $handle - the currently selected handle.
       * @param {Number} val - floating point of the new value.
       */

    }, {
      key: '_setValues',
      value: function _setValues($handle, val) {
        var idx = this.options.doubleSided ? this.handles.index($handle) : 0;
        this.inputs.eq(idx).val(val);
        $handle.attr('aria-valuenow', val);
      }

      /**
       * Handles events on the slider element.
       * Calculates the new location of the current handle.
       * If there are two handles and the bar was clicked, it determines which handle to move.
       * @function
       * @private
       * @param {Object} e - the `event` object passed from the listener.
       * @param {jQuery} $handle - the current handle to calculate for, if selected.
       * @param {Number} val - floating point number for the new value of the slider.
       * TODO clean this up, there's a lot of repeated code between this and the _setHandlePos fn.
       */

    }, {
      key: '_handleEvent',
      value: function _handleEvent(e, $handle, val) {
        var value, hasVal;
        if (!val) {
          //click or drag events
          e.preventDefault();
          var _this = this,
              vertical = this.options.vertical,
              param = vertical ? 'height' : 'width',
              direction = vertical ? 'top' : 'left',
              eventOffset = vertical ? e.pageY : e.pageX,
              halfOfHandle = this.$handle[0].getBoundingClientRect()[param] / 2,
              barDim = this.$element[0].getBoundingClientRect()[param],
              windowScroll = vertical ? $(window).scrollTop() : $(window).scrollLeft();

          var elemOffset = this.$element.offset()[direction];

          // touch events emulated by the touch util give position relative to screen, add window.scroll to event coordinates...
          // best way to guess this is simulated is if clientY == pageY
          if (e.clientY === e.pageY) {
            eventOffset = eventOffset + windowScroll;
          }
          var eventFromBar = eventOffset - elemOffset;
          var barXY;
          if (eventFromBar < 0) {
            barXY = 0;
          } else if (eventFromBar > barDim) {
            barXY = barDim;
          } else {
            barXY = eventFromBar;
          }
          var offsetPct = percent(barXY, barDim);

          value = this._value(offsetPct);

          // turn everything around for RTL, yay math!
          if (Foundation.rtl() && !this.options.vertical) {
            value = this.options.end - value;
          }

          value = _this._adjustValue(null, value);
          //boolean flag for the setHandlePos fn, specifically for vertical sliders
          hasVal = false;

          if (!$handle) {
            //figure out which handle it is, pass it to the next function.
            var firstHndlPos = absPosition(this.$handle, direction, barXY, param),
                secndHndlPos = absPosition(this.$handle2, direction, barXY, param);
            $handle = firstHndlPos <= secndHndlPos ? this.$handle : this.$handle2;
          }
        } else {
          //change event on input
          value = this._adjustValue(null, val);
          hasVal = true;
        }

        this._setHandlePos($handle, value, hasVal);
      }

      /**
       * Adjustes value for handle in regard to step value. returns adjusted value
       * @function
       * @private
       * @param {jQuery} $handle - the selected handle.
       * @param {Number} value - value to adjust. used if $handle is falsy
       */

    }, {
      key: '_adjustValue',
      value: function _adjustValue($handle, value) {
        var val,
            step = this.options.step,
            div = parseFloat(step / 2),
            left,
            prev_val,
            next_val;
        if (!!$handle) {
          val = parseFloat($handle.attr('aria-valuenow'));
        } else {
          val = value;
        }
        left = val % step;
        prev_val = val - left;
        next_val = prev_val + step;
        if (left === 0) {
          return val;
        }
        val = val >= prev_val + div ? next_val : prev_val;
        return val;
      }

      /**
       * Adds event listeners to the slider elements.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        this._eventsForHandle(this.$handle);
        if (this.handles[1]) {
          this._eventsForHandle(this.$handle2);
        }
      }

      /**
       * Adds event listeners a particular handle
       * @function
       * @private
       * @param {jQuery} $handle - the current handle to apply listeners to.
       */

    }, {
      key: '_eventsForHandle',
      value: function _eventsForHandle($handle) {
        var _this = this,
            curHandle,
            timer;

        this.inputs.off('change.zf.slider').on('change.zf.slider', function (e) {
          var idx = _this.inputs.index($(this));
          _this._handleEvent(e, _this.handles.eq(idx), $(this).val());
        });

        if (this.options.clickSelect) {
          this.$element.off('click.zf.slider').on('click.zf.slider', function (e) {
            if (_this.$element.data('dragging')) {
              return false;
            }

            if (!$(e.target).is('[data-slider-handle]')) {
              if (_this.options.doubleSided) {
                _this._handleEvent(e);
              } else {
                _this._handleEvent(e, _this.$handle);
              }
            }
          });
        }

        if (this.options.draggable) {
          this.handles.addTouch();

          var $body = $('body');
          $handle.off('mousedown.zf.slider').on('mousedown.zf.slider', function (e) {
            $handle.addClass('is-dragging');
            _this.$fill.addClass('is-dragging'); //
            _this.$element.data('dragging', true);

            curHandle = $(e.currentTarget);

            $body.on('mousemove.zf.slider', function (e) {
              e.preventDefault();
              _this._handleEvent(e, curHandle);
            }).on('mouseup.zf.slider', function (e) {
              _this._handleEvent(e, curHandle);

              $handle.removeClass('is-dragging');
              _this.$fill.removeClass('is-dragging');
              _this.$element.data('dragging', false);

              $body.off('mousemove.zf.slider mouseup.zf.slider');
            });
          })
          // prevent events triggered by touch
          .on('selectstart.zf.slider touchmove.zf.slider', function (e) {
            e.preventDefault();
          });
        }

        $handle.off('keydown.zf.slider').on('keydown.zf.slider', function (e) {
          var _$handle = $(this),
              idx = _this.options.doubleSided ? _this.handles.index(_$handle) : 0,
              oldValue = parseFloat(_this.inputs.eq(idx).val()),
              newValue;

          // handle keyboard event with keyboard util
          Foundation.Keyboard.handleKey(e, 'Slider', {
            decrease: function decrease() {
              newValue = oldValue - _this.options.step;
            },
            increase: function increase() {
              newValue = oldValue + _this.options.step;
            },
            decrease_fast: function decrease_fast() {
              newValue = oldValue - _this.options.step * 10;
            },
            increase_fast: function increase_fast() {
              newValue = oldValue + _this.options.step * 10;
            },
            handled: function handled() {
              // only set handle pos when event was handled specially
              e.preventDefault();
              _this._setHandlePos(_$handle, newValue, true);
            }
          });
          /*if (newValue) { // if pressed key has special function, update value
            e.preventDefault();
            _this._setHandlePos(_$handle, newValue);
          }*/
        });
      }

      /**
       * Destroys the slider plugin.
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.handles.off('.zf.slider');
        this.inputs.off('.zf.slider');
        this.$element.off('.zf.slider');

        clearTimeout(this.timeout);

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Slider;
  }();

  Slider.defaults = {
    /**
     * Minimum value for the slider scale.
     * @option
     * @example 0
     */
    start: 0,
    /**
     * Maximum value for the slider scale.
     * @option
     * @example 100
     */
    end: 100,
    /**
     * Minimum value change per change event.
     * @option
     * @example 1
     */
    step: 1,
    /**
     * Value at which the handle/input *(left handle/first input)* should be set to on initialization.
     * @option
     * @example 0
     */
    initialStart: 0,
    /**
     * Value at which the right handle/second input should be set to on initialization.
     * @option
     * @example 100
     */
    initialEnd: 100,
    /**
     * Allows the input to be located outside the container and visible. Set to by the JS
     * @option
     * @example false
     */
    binding: false,
    /**
     * Allows the user to click/tap on the slider bar to select a value.
     * @option
     * @example true
     */
    clickSelect: true,
    /**
     * Set to true and use the `vertical` class to change alignment to vertical.
     * @option
     * @example false
     */
    vertical: false,
    /**
     * Allows the user to drag the slider handle(s) to select a value.
     * @option
     * @example true
     */
    draggable: true,
    /**
     * Disables the slider and prevents event listeners from being applied. Double checked by JS with `disabledClass`.
     * @option
     * @example false
     */
    disabled: false,
    /**
     * Allows the use of two handles. Double checked by the JS. Changes some logic handling.
     * @option
     * @example false
     */
    doubleSided: false,
    /**
     * Potential future feature.
     */
    // steps: 100,
    /**
     * Number of decimal places the plugin should go to for floating point precision.
     * @option
     * @example 2
     */
    decimal: 2,
    /**
     * Time delay for dragged elements.
     */
    // dragDelay: 0,
    /**
     * Time, in ms, to animate the movement of a slider handle if user clicks/taps on the bar. Needs to be manually set if updating the transition time in the Sass settings.
     * @option
     * @example 200
     */
    moveTime: 200, //update this if changing the transition time in the sass
    /**
     * Class applied to disabled sliders.
     * @option
     * @example 'disabled'
     */
    disabledClass: 'disabled',
    /**
     * Will invert the default layout for a vertical<span data-tooltip title="who would do this???"> </span>slider.
     * @option
     * @example false
     */
    invertVertical: false,
    /**
     * Milliseconds before the `changed.zf-slider` event is triggered after value change.
     * @option
     * @example 500
     */
    changedDelay: 500,
    /**
    * Basevalue for non-linear sliders
    * @option
    * @example 5
    */
    nonLinearBase: 5,
    /**
    * Basevalue for non-linear sliders, possible values are: 'linear', 'pow' & 'log'. Pow and Log use the nonLinearBase setting.
    * @option
    * @example 'linear'
    */
    positionValueFunction: 'linear'
  };

  function percent(frac, num) {
    return frac / num;
  }
  function absPosition($handle, dir, clickPos, param) {
    return Math.abs($handle.position()[dir] + $handle[param]() / 2 - clickPos);
  }
  function baseLog(base, value) {
    return Math.log(value) / Math.log(base);
  }

  // Window exports
  Foundation.plugin(Slider, 'Slider');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Sticky module.
   * @module foundation.sticky
   * @requires foundation.util.triggers
   * @requires foundation.util.mediaQuery
   */

  var Sticky = function () {
    /**
     * Creates a new instance of a sticky thing.
     * @class
     * @param {jQuery} element - jQuery object to make sticky.
     * @param {Object} options - options object passed when creating the element programmatically.
     */
    function Sticky(element, options) {
      _classCallCheck(this, Sticky);

      this.$element = element;
      this.options = $.extend({}, Sticky.defaults, this.$element.data(), options);

      this._init();

      Foundation.registerPlugin(this, 'Sticky');
    }

    /**
     * Initializes the sticky element by adding classes, getting/setting dimensions, breakpoints and attributes
     * @function
     * @private
     */


    _createClass(Sticky, [{
      key: '_init',
      value: function _init() {
        var $parent = this.$element.parent('[data-sticky-container]'),
            id = this.$element[0].id || Foundation.GetYoDigits(6, 'sticky'),
            _this = this;

        if (!$parent.length) {
          this.wasWrapped = true;
        }
        this.$container = $parent.length ? $parent : $(this.options.container).wrapInner(this.$element);
        this.$container.addClass(this.options.containerClass);

        this.$element.addClass(this.options.stickyClass).attr({ 'data-resize': id });

        this.scrollCount = this.options.checkEvery;
        this.isStuck = false;
        $(window).one('load.zf.sticky', function () {
          //We calculate the container height to have correct values for anchor points offset calculation.
          _this.containerHeight = _this.$element.css("display") == "none" ? 0 : _this.$element[0].getBoundingClientRect().height;
          _this.$container.css('height', _this.containerHeight);
          _this.elemHeight = _this.containerHeight;
          if (_this.options.anchor !== '') {
            _this.$anchor = $('#' + _this.options.anchor);
          } else {
            _this._parsePoints();
          }

          _this._setSizes(function () {
            var scroll = window.pageYOffset;
            _this._calc(false, scroll);
            //Unstick the element will ensure that proper classes are set.
            if (!_this.isStuck) {
              _this._removeSticky(scroll >= _this.topPoint ? false : true);
            }
          });
          _this._events(id.split('-').reverse().join('-'));
        });
      }

      /**
       * If using multiple elements as anchors, calculates the top and bottom pixel values the sticky thing should stick and unstick on.
       * @function
       * @private
       */

    }, {
      key: '_parsePoints',
      value: function _parsePoints() {
        var top = this.options.topAnchor == "" ? 1 : this.options.topAnchor,
            btm = this.options.btmAnchor == "" ? document.documentElement.scrollHeight : this.options.btmAnchor,
            pts = [top, btm],
            breaks = {};
        for (var i = 0, len = pts.length; i < len && pts[i]; i++) {
          var pt;
          if (typeof pts[i] === 'number') {
            pt = pts[i];
          } else {
            var place = pts[i].split(':'),
                anchor = $('#' + place[0]);

            pt = anchor.offset().top;
            if (place[1] && place[1].toLowerCase() === 'bottom') {
              pt += anchor[0].getBoundingClientRect().height;
            }
          }
          breaks[i] = pt;
        }

        this.points = breaks;
        return;
      }

      /**
       * Adds event handlers for the scrolling element.
       * @private
       * @param {String} id - psuedo-random id for unique scroll event listener.
       */

    }, {
      key: '_events',
      value: function _events(id) {
        var _this = this,
            scrollListener = this.scrollListener = 'scroll.zf.' + id;
        if (this.isOn) {
          return;
        }
        if (this.canStick) {
          this.isOn = true;
          $(window).off(scrollListener).on(scrollListener, function (e) {
            if (_this.scrollCount === 0) {
              _this.scrollCount = _this.options.checkEvery;
              _this._setSizes(function () {
                _this._calc(false, window.pageYOffset);
              });
            } else {
              _this.scrollCount--;
              _this._calc(false, window.pageYOffset);
            }
          });
        }

        this.$element.off('resizeme.zf.trigger').on('resizeme.zf.trigger', function (e, el) {
          _this._setSizes(function () {
            _this._calc(false);
            if (_this.canStick) {
              if (!_this.isOn) {
                _this._events(id);
              }
            } else if (_this.isOn) {
              _this._pauseListeners(scrollListener);
            }
          });
        });
      }

      /**
       * Removes event handlers for scroll and change events on anchor.
       * @fires Sticky#pause
       * @param {String} scrollListener - unique, namespaced scroll listener attached to `window`
       */

    }, {
      key: '_pauseListeners',
      value: function _pauseListeners(scrollListener) {
        this.isOn = false;
        $(window).off(scrollListener);

        /**
         * Fires when the plugin is paused due to resize event shrinking the view.
         * @event Sticky#pause
         * @private
         */
        this.$element.trigger('pause.zf.sticky');
      }

      /**
       * Called on every `scroll` event and on `_init`
       * fires functions based on booleans and cached values
       * @param {Boolean} checkSizes - true if plugin should recalculate sizes and breakpoints.
       * @param {Number} scroll - current scroll position passed from scroll event cb function. If not passed, defaults to `window.pageYOffset`.
       */

    }, {
      key: '_calc',
      value: function _calc(checkSizes, scroll) {
        if (checkSizes) {
          this._setSizes();
        }

        if (!this.canStick) {
          if (this.isStuck) {
            this._removeSticky(true);
          }
          return false;
        }

        if (!scroll) {
          scroll = window.pageYOffset;
        }

        if (scroll >= this.topPoint) {
          if (scroll <= this.bottomPoint) {
            if (!this.isStuck) {
              this._setSticky();
            }
          } else {
            if (this.isStuck) {
              this._removeSticky(false);
            }
          }
        } else {
          if (this.isStuck) {
            this._removeSticky(true);
          }
        }
      }

      /**
       * Causes the $element to become stuck.
       * Adds `position: fixed;`, and helper classes.
       * @fires Sticky#stuckto
       * @function
       * @private
       */

    }, {
      key: '_setSticky',
      value: function _setSticky() {
        var _this = this,
            stickTo = this.options.stickTo,
            mrgn = stickTo === 'top' ? 'marginTop' : 'marginBottom',
            notStuckTo = stickTo === 'top' ? 'bottom' : 'top',
            css = {};

        css[mrgn] = this.options[mrgn] + 'em';
        css[stickTo] = 0;
        css[notStuckTo] = 'auto';
        this.isStuck = true;
        this.$element.removeClass('is-anchored is-at-' + notStuckTo).addClass('is-stuck is-at-' + stickTo).css(css)
        /**
         * Fires when the $element has become `position: fixed;`
         * Namespaced to `top` or `bottom`, e.g. `sticky.zf.stuckto:top`
         * @event Sticky#stuckto
         */
        .trigger('sticky.zf.stuckto:' + stickTo);
        this.$element.on("transitionend webkitTransitionEnd oTransitionEnd otransitionend MSTransitionEnd", function () {
          _this._setSizes();
        });
      }

      /**
       * Causes the $element to become unstuck.
       * Removes `position: fixed;`, and helper classes.
       * Adds other helper classes.
       * @param {Boolean} isTop - tells the function if the $element should anchor to the top or bottom of its $anchor element.
       * @fires Sticky#unstuckfrom
       * @private
       */

    }, {
      key: '_removeSticky',
      value: function _removeSticky(isTop) {
        var stickTo = this.options.stickTo,
            stickToTop = stickTo === 'top',
            css = {},
            anchorPt = (this.points ? this.points[1] - this.points[0] : this.anchorHeight) - this.elemHeight,
            mrgn = stickToTop ? 'marginTop' : 'marginBottom',
            notStuckTo = stickToTop ? 'bottom' : 'top',
            topOrBottom = isTop ? 'top' : 'bottom';

        css[mrgn] = 0;

        css['bottom'] = 'auto';
        if (isTop) {
          css['top'] = 0;
        } else {
          css['top'] = anchorPt;
        }

        this.isStuck = false;
        this.$element.removeClass('is-stuck is-at-' + stickTo).addClass('is-anchored is-at-' + topOrBottom).css(css)
        /**
         * Fires when the $element has become anchored.
         * Namespaced to `top` or `bottom`, e.g. `sticky.zf.unstuckfrom:bottom`
         * @event Sticky#unstuckfrom
         */
        .trigger('sticky.zf.unstuckfrom:' + topOrBottom);
      }

      /**
       * Sets the $element and $container sizes for plugin.
       * Calls `_setBreakPoints`.
       * @param {Function} cb - optional callback function to fire on completion of `_setBreakPoints`.
       * @private
       */

    }, {
      key: '_setSizes',
      value: function _setSizes(cb) {
        this.canStick = Foundation.MediaQuery.is(this.options.stickyOn);
        if (!this.canStick) {
          if (cb && typeof cb === 'function') {
            cb();
          }
        }
        var _this = this,
            newElemWidth = this.$container[0].getBoundingClientRect().width,
            comp = window.getComputedStyle(this.$container[0]),
            pdngl = parseInt(comp['padding-left'], 10),
            pdngr = parseInt(comp['padding-right'], 10);

        if (this.$anchor && this.$anchor.length) {
          this.anchorHeight = this.$anchor[0].getBoundingClientRect().height;
        } else {
          this._parsePoints();
        }

        this.$element.css({
          'max-width': newElemWidth - pdngl - pdngr + 'px'
        });

        var newContainerHeight = this.$element[0].getBoundingClientRect().height || this.containerHeight;
        if (this.$element.css("display") == "none") {
          newContainerHeight = 0;
        }
        this.containerHeight = newContainerHeight;
        this.$container.css({
          height: newContainerHeight
        });
        this.elemHeight = newContainerHeight;

        if (!this.isStuck) {
          if (this.$element.hasClass('is-at-bottom')) {
            var anchorPt = (this.points ? this.points[1] - this.$container.offset().top : this.anchorHeight) - this.elemHeight;
            this.$element.css('top', anchorPt);
          }
        }

        this._setBreakPoints(newContainerHeight, function () {
          if (cb && typeof cb === 'function') {
            cb();
          }
        });
      }

      /**
       * Sets the upper and lower breakpoints for the element to become sticky/unsticky.
       * @param {Number} elemHeight - px value for sticky.$element height, calculated by `_setSizes`.
       * @param {Function} cb - optional callback function to be called on completion.
       * @private
       */

    }, {
      key: '_setBreakPoints',
      value: function _setBreakPoints(elemHeight, cb) {
        if (!this.canStick) {
          if (cb && typeof cb === 'function') {
            cb();
          } else {
            return false;
          }
        }
        var mTop = emCalc(this.options.marginTop),
            mBtm = emCalc(this.options.marginBottom),
            topPoint = this.points ? this.points[0] : this.$anchor.offset().top,
            bottomPoint = this.points ? this.points[1] : topPoint + this.anchorHeight,

        // topPoint = this.$anchor.offset().top || this.points[0],
        // bottomPoint = topPoint + this.anchorHeight || this.points[1],
        winHeight = window.innerHeight;

        if (this.options.stickTo === 'top') {
          topPoint -= mTop;
          bottomPoint -= elemHeight + mTop;
        } else if (this.options.stickTo === 'bottom') {
          topPoint -= winHeight - (elemHeight + mBtm);
          bottomPoint -= winHeight - mBtm;
        } else {
          //this would be the stickTo: both option... tricky
        }

        this.topPoint = topPoint;
        this.bottomPoint = bottomPoint;

        if (cb && typeof cb === 'function') {
          cb();
        }
      }

      /**
       * Destroys the current sticky element.
       * Resets the element to the top position first.
       * Removes event listeners, JS-added css properties and classes, and unwraps the $element if the JS added the $container.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this._removeSticky(true);

        this.$element.removeClass(this.options.stickyClass + ' is-anchored is-at-top').css({
          height: '',
          top: '',
          bottom: '',
          'max-width': ''
        }).off('resizeme.zf.trigger');
        if (this.$anchor && this.$anchor.length) {
          this.$anchor.off('change.zf.sticky');
        }
        $(window).off(this.scrollListener);

        if (this.wasWrapped) {
          this.$element.unwrap();
        } else {
          this.$container.removeClass(this.options.containerClass).css({
            height: ''
          });
        }
        Foundation.unregisterPlugin(this);
      }
    }]);

    return Sticky;
  }();

  Sticky.defaults = {
    /**
     * Customizable container template. Add your own classes for styling and sizing.
     * @option
     * @example '&lt;div data-sticky-container class="small-6 columns"&gt;&lt;/div&gt;'
     */
    container: '<div data-sticky-container></div>',
    /**
     * Location in the view the element sticks to.
     * @option
     * @example 'top'
     */
    stickTo: 'top',
    /**
     * If anchored to a single element, the id of that element.
     * @option
     * @example 'exampleId'
     */
    anchor: '',
    /**
     * If using more than one element as anchor points, the id of the top anchor.
     * @option
     * @example 'exampleId:top'
     */
    topAnchor: '',
    /**
     * If using more than one element as anchor points, the id of the bottom anchor.
     * @option
     * @example 'exampleId:bottom'
     */
    btmAnchor: '',
    /**
     * Margin, in `em`'s to apply to the top of the element when it becomes sticky.
     * @option
     * @example 1
     */
    marginTop: 1,
    /**
     * Margin, in `em`'s to apply to the bottom of the element when it becomes sticky.
     * @option
     * @example 1
     */
    marginBottom: 1,
    /**
     * Breakpoint string that is the minimum screen size an element should become sticky.
     * @option
     * @example 'medium'
     */
    stickyOn: 'medium',
    /**
     * Class applied to sticky element, and removed on destruction. Foundation defaults to `sticky`.
     * @option
     * @example 'sticky'
     */
    stickyClass: 'sticky',
    /**
     * Class applied to sticky container. Foundation defaults to `sticky-container`.
     * @option
     * @example 'sticky-container'
     */
    containerClass: 'sticky-container',
    /**
     * Number of scroll events between the plugin's recalculating sticky points. Setting it to `0` will cause it to recalc every scroll event, setting it to `-1` will prevent recalc on scroll.
     * @option
     * @example 50
     */
    checkEvery: -1
  };

  /**
   * Helper function to calculate em values
   * @param Number {em} - number of em's to calculate into pixels
   */
  function emCalc(em) {
    return parseInt(window.getComputedStyle(document.body, null).fontSize, 10) * em;
  }

  // Window exports
  Foundation.plugin(Sticky, 'Sticky');
}(jQuery);
'use strict';

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Tabs module.
   * @module foundation.tabs
   * @requires foundation.util.keyboard
   * @requires foundation.util.timerAndImageLoader if tabs contain images
   */

  var Tabs = function () {
    /**
     * Creates a new instance of tabs.
     * @class
     * @fires Tabs#init
     * @param {jQuery} element - jQuery object to make into tabs.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Tabs(element, options) {
      _classCallCheck(this, Tabs);

      this.$element = element;
      this.options = $.extend({}, Tabs.defaults, this.$element.data(), options);

      this._init();
      Foundation.registerPlugin(this, 'Tabs');
      Foundation.Keyboard.register('Tabs', {
        'ENTER': 'open',
        'SPACE': 'open',
        'ARROW_RIGHT': 'next',
        'ARROW_UP': 'previous',
        'ARROW_DOWN': 'next',
        'ARROW_LEFT': 'previous'
        // 'TAB': 'next',
        // 'SHIFT_TAB': 'previous'
      });
    }

    /**
     * Initializes the tabs by showing and focusing (if autoFocus=true) the preset active tab.
     * @private
     */


    _createClass(Tabs, [{
      key: '_init',
      value: function _init() {
        var _this = this;

        this.$element.attr({ 'role': 'tablist' });
        this.$tabTitles = this.$element.find('.' + this.options.linkClass);
        this.$tabContent = $('[data-tabs-content="' + this.$element[0].id + '"]');

        this.$tabTitles.each(function () {
          var $elem = $(this),
              $link = $elem.find('a'),
              isActive = $elem.hasClass('' + _this.options.linkActiveClass),
              hash = $link[0].hash.slice(1),
              linkId = $link[0].id ? $link[0].id : hash + '-label',
              $tabContent = $('#' + hash);

          $elem.attr({ 'role': 'presentation' });

          $link.attr({
            'role': 'tab',
            'aria-controls': hash,
            'aria-selected': isActive,
            'id': linkId
          });

          $tabContent.attr({
            'role': 'tabpanel',
            'aria-hidden': !isActive,
            'aria-labelledby': linkId
          });

          if (isActive && _this.options.autoFocus) {
            $(window).load(function () {
              $('html, body').animate({ scrollTop: $elem.offset().top }, _this.options.deepLinkSmudgeDelay, function () {
                $link.focus();
              });
            });
          }

          //use browser to open a tab, if it exists in this tabset
          if (_this.options.deepLink) {
            var anchor = window.location.hash;
            //need a hash and a relevant anchor in this tabset
            if (anchor.length) {
              var $link = $elem.find('[href="' + anchor + '"]');
              if ($link.length) {
                _this.selectTab($(anchor));

                //roll up a little to show the titles
                if (_this.options.deepLinkSmudge) {
                  $(window).load(function () {
                    var offset = $elem.offset();
                    $('html, body').animate({ scrollTop: offset.top }, _this.options.deepLinkSmudgeDelay);
                  });
                }

                /**
                  * Fires when the zplugin has deeplinked at pageload
                  * @event Tabs#deeplink
                  */
                $elem.trigger('deeplink.zf.tabs', [$link, $(anchor)]);
              }
            }
          }
        });

        if (this.options.matchHeight) {
          var $images = this.$tabContent.find('img');

          if ($images.length) {
            Foundation.onImagesLoaded($images, this._setHeight.bind(this));
          } else {
            this._setHeight();
          }
        }

        this._events();
      }

      /**
       * Adds event handlers for items within the tabs.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        this._addKeyHandler();
        this._addClickHandler();
        this._setHeightMqHandler = null;

        if (this.options.matchHeight) {
          this._setHeightMqHandler = this._setHeight.bind(this);

          $(window).on('changed.zf.mediaquery', this._setHeightMqHandler);
        }
      }

      /**
       * Adds click handlers for items within the tabs.
       * @private
       */

    }, {
      key: '_addClickHandler',
      value: function _addClickHandler() {
        var _this = this;

        this.$element.off('click.zf.tabs').on('click.zf.tabs', '.' + this.options.linkClass, function (e) {
          e.preventDefault();
          e.stopPropagation();
          _this._handleTabChange($(this));
        });
      }

      /**
       * Adds keyboard event handlers for items within the tabs.
       * @private
       */

    }, {
      key: '_addKeyHandler',
      value: function _addKeyHandler() {
        var _this = this;

        this.$tabTitles.off('keydown.zf.tabs').on('keydown.zf.tabs', function (e) {
          if (e.which === 9) return;

          var $element = $(this),
              $elements = $element.parent('ul').children('li'),
              $prevElement,
              $nextElement;

          $elements.each(function (i) {
            if ($(this).is($element)) {
              if (_this.options.wrapOnKeys) {
                $prevElement = i === 0 ? $elements.last() : $elements.eq(i - 1);
                $nextElement = i === $elements.length - 1 ? $elements.first() : $elements.eq(i + 1);
              } else {
                $prevElement = $elements.eq(Math.max(0, i - 1));
                $nextElement = $elements.eq(Math.min(i + 1, $elements.length - 1));
              }
              return;
            }
          });

          // handle keyboard event with keyboard util
          Foundation.Keyboard.handleKey(e, 'Tabs', {
            open: function open() {
              $element.find('[role="tab"]').focus();
              _this._handleTabChange($element);
            },
            previous: function previous() {
              $prevElement.find('[role="tab"]').focus();
              _this._handleTabChange($prevElement);
            },
            next: function next() {
              $nextElement.find('[role="tab"]').focus();
              _this._handleTabChange($nextElement);
            },
            handled: function handled() {
              e.stopPropagation();
              e.preventDefault();
            }
          });
        });
      }

      /**
       * Opens the tab `$targetContent` defined by `$target`. Collapses active tab.
       * @param {jQuery} $target - Tab to open.
       * @fires Tabs#change
       * @function
       */

    }, {
      key: '_handleTabChange',
      value: function _handleTabChange($target) {

        /**
         * Check for active class on target. Collapse if exists.
         */
        if ($target.hasClass('' + this.options.linkActiveClass)) {
          if (this.options.activeCollapse) {
            this._collapseTab($target);

            /**
             * Fires when the zplugin has successfully collapsed tabs.
             * @event Tabs#collapse
             */
            this.$element.trigger('collapse.zf.tabs', [$target]);
          }
          return;
        }

        var $oldTab = this.$element.find('.' + this.options.linkClass + '.' + this.options.linkActiveClass),
            $tabLink = $target.find('[role="tab"]'),
            hash = $tabLink[0].hash,
            $targetContent = this.$tabContent.find(hash);

        //close old tab
        this._collapseTab($oldTab);

        //open new tab
        this._openTab($target);

        //either replace or update browser history
        if (this.options.deepLink) {
          var anchor = $target.find('a').attr('href');

          if (this.options.updateHistory) {
            history.pushState({}, '', anchor);
          } else {
            history.replaceState({}, '', anchor);
          }
        }

        /**
         * Fires when the plugin has successfully changed tabs.
         * @event Tabs#change
         */
        this.$element.trigger('change.zf.tabs', [$target, $targetContent]);

        //fire to children a mutation event
        $targetContent.find("[data-mutate]").trigger("mutateme.zf.trigger");
      }

      /**
       * Opens the tab `$targetContent` defined by `$target`.
       * @param {jQuery} $target - Tab to Open.
       * @function
       */

    }, {
      key: '_openTab',
      value: function _openTab($target) {
        var $tabLink = $target.find('[role="tab"]'),
            hash = $tabLink[0].hash,
            $targetContent = this.$tabContent.find(hash);

        $target.addClass('' + this.options.linkActiveClass);

        $tabLink.attr({ 'aria-selected': 'true' });

        $targetContent.addClass('' + this.options.panelActiveClass).attr({ 'aria-hidden': 'false' });
      }

      /**
       * Collapses `$targetContent` defined by `$target`.
       * @param {jQuery} $target - Tab to Open.
       * @function
       */

    }, {
      key: '_collapseTab',
      value: function _collapseTab($target) {
        var $target_anchor = $target.removeClass('' + this.options.linkActiveClass).find('[role="tab"]').attr({ 'aria-selected': 'false' });

        $('#' + $target_anchor.attr('aria-controls')).removeClass('' + this.options.panelActiveClass).attr({ 'aria-hidden': 'true' });
      }

      /**
       * Public method for selecting a content pane to display.
       * @param {jQuery | String} elem - jQuery object or string of the id of the pane to display.
       * @function
       */

    }, {
      key: 'selectTab',
      value: function selectTab(elem) {
        var idStr;

        if ((typeof elem === 'undefined' ? 'undefined' : _typeof(elem)) === 'object') {
          idStr = elem[0].id;
        } else {
          idStr = elem;
        }

        if (idStr.indexOf('#') < 0) {
          idStr = '#' + idStr;
        }

        var $target = this.$tabTitles.find('[href="' + idStr + '"]').parent('.' + this.options.linkClass);

        this._handleTabChange($target);
      }
    }, {
      key: '_setHeight',

      /**
       * Sets the height of each panel to the height of the tallest panel.
       * If enabled in options, gets called on media query change.
       * If loading content via external source, can be called directly or with _reflow.
       * @function
       * @private
       */
      value: function _setHeight() {
        var max = 0;
        this.$tabContent.find('.' + this.options.panelClass).css('height', '').each(function () {
          var panel = $(this),
              isActive = panel.hasClass('' + this.options.panelActiveClass);

          if (!isActive) {
            panel.css({ 'visibility': 'hidden', 'display': 'block' });
          }

          var temp = this.getBoundingClientRect().height;

          if (!isActive) {
            panel.css({
              'visibility': '',
              'display': ''
            });
          }

          max = temp > max ? temp : max;
        }).css('height', max + 'px');
      }

      /**
       * Destroys an instance of an tabs.
       * @fires Tabs#destroyed
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.find('.' + this.options.linkClass).off('.zf.tabs').hide().end().find('.' + this.options.panelClass).hide();

        if (this.options.matchHeight) {
          if (this._setHeightMqHandler != null) {
            $(window).off('changed.zf.mediaquery', this._setHeightMqHandler);
          }
        }

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Tabs;
  }();

  Tabs.defaults = {
    /**
     * Allows the window to scroll to content of pane specified by hash anchor
     * @option
     * @example false
     */
    deepLink: false,

    /**
     * Adjust the deep link scroll to make sure the top of the tab panel is visible
     * @option
     * @example false
     */
    deepLinkSmudge: false,

    /**
     * Animation time (ms) for the deep link adjustment
     * @option
     * @example 300
     */
    deepLinkSmudgeDelay: 300,

    /**
     * Update the browser history with the open tab
     * @option
     * @example false
     */
    updateHistory: false,

    /**
     * Allows the window to scroll to content of active pane on load if set to true.
     * Not recommended if more than one tab panel per page.
     * @option
     * @example false
     */
    autoFocus: false,

    /**
     * Allows keyboard input to 'wrap' around the tab links.
     * @option
     * @example true
     */
    wrapOnKeys: true,

    /**
     * Allows the tab content panes to match heights if set to true.
     * @option
     * @example false
     */
    matchHeight: false,

    /**
     * Allows active tabs to collapse when clicked.
     * @option
     * @example false
     */
    activeCollapse: false,

    /**
     * Class applied to `li`'s in tab link list.
     * @option
     * @example 'tabs-title'
     */
    linkClass: 'tabs-title',

    /**
     * Class applied to the active `li` in tab link list.
     * @option
     * @example 'is-active'
     */
    linkActiveClass: 'is-active',

    /**
     * Class applied to the content containers.
     * @option
     * @example 'tabs-panel'
     */
    panelClass: 'tabs-panel',

    /**
     * Class applied to the active content container.
     * @option
     * @example 'is-active'
     */
    panelActiveClass: 'is-active'
  };

  // Window exports
  Foundation.plugin(Tabs, 'Tabs');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Toggler module.
   * @module foundation.toggler
   * @requires foundation.util.motion
   * @requires foundation.util.triggers
   */

  var Toggler = function () {
    /**
     * Creates a new instance of Toggler.
     * @class
     * @fires Toggler#init
     * @param {Object} element - jQuery object to add the trigger to.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function Toggler(element, options) {
      _classCallCheck(this, Toggler);

      this.$element = element;
      this.options = $.extend({}, Toggler.defaults, element.data(), options);
      this.className = '';

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'Toggler');
    }

    /**
     * Initializes the Toggler plugin by parsing the toggle class from data-toggler, or animation classes from data-animate.
     * @function
     * @private
     */


    _createClass(Toggler, [{
      key: '_init',
      value: function _init() {
        var input;
        // Parse animation classes if they were set
        if (this.options.animate) {
          input = this.options.animate.split(' ');

          this.animationIn = input[0];
          this.animationOut = input[1] || null;
        }
        // Otherwise, parse toggle class
        else {
            input = this.$element.data('toggler');
            // Allow for a . at the beginning of the string
            this.className = input[0] === '.' ? input.slice(1) : input;
          }

        // Add ARIA attributes to triggers
        var id = this.$element[0].id;
        $('[data-open="' + id + '"], [data-close="' + id + '"], [data-toggle="' + id + '"]').attr('aria-controls', id);
        // If the target is hidden, add aria-hidden
        this.$element.attr('aria-expanded', this.$element.is(':hidden') ? false : true);
      }

      /**
       * Initializes events for the toggle trigger.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        this.$element.off('toggle.zf.trigger').on('toggle.zf.trigger', this.toggle.bind(this));
      }

      /**
       * Toggles the target class on the target element. An event is fired from the original trigger depending on if the resultant state was "on" or "off".
       * @function
       * @fires Toggler#on
       * @fires Toggler#off
       */

    }, {
      key: 'toggle',
      value: function toggle() {
        this[this.options.animate ? '_toggleAnimate' : '_toggleClass']();
      }
    }, {
      key: '_toggleClass',
      value: function _toggleClass() {
        this.$element.toggleClass(this.className);

        var isOn = this.$element.hasClass(this.className);
        if (isOn) {
          /**
           * Fires if the target element has the class after a toggle.
           * @event Toggler#on
           */
          this.$element.trigger('on.zf.toggler');
        } else {
          /**
           * Fires if the target element does not have the class after a toggle.
           * @event Toggler#off
           */
          this.$element.trigger('off.zf.toggler');
        }

        this._updateARIA(isOn);
        this.$element.find('[data-mutate]').trigger('mutateme.zf.trigger');
      }
    }, {
      key: '_toggleAnimate',
      value: function _toggleAnimate() {
        var _this = this;

        if (this.$element.is(':hidden')) {
          Foundation.Motion.animateIn(this.$element, this.animationIn, function () {
            _this._updateARIA(true);
            this.trigger('on.zf.toggler');
            this.find('[data-mutate]').trigger('mutateme.zf.trigger');
          });
        } else {
          Foundation.Motion.animateOut(this.$element, this.animationOut, function () {
            _this._updateARIA(false);
            this.trigger('off.zf.toggler');
            this.find('[data-mutate]').trigger('mutateme.zf.trigger');
          });
        }
      }
    }, {
      key: '_updateARIA',
      value: function _updateARIA(isOn) {
        this.$element.attr('aria-expanded', isOn ? true : false);
      }

      /**
       * Destroys the instance of Toggler on the element.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.off('.zf.toggler');
        Foundation.unregisterPlugin(this);
      }
    }]);

    return Toggler;
  }();

  Toggler.defaults = {
    /**
     * Tells the plugin if the element should animated when toggled.
     * @option
     * @example false
     */
    animate: false
  };

  // Window exports
  Foundation.plugin(Toggler, 'Toggler');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * Tooltip module.
   * @module foundation.tooltip
   * @requires foundation.util.box
   * @requires foundation.util.mediaQuery
   * @requires foundation.util.triggers
   */

  var Tooltip = function () {
    /**
     * Creates a new instance of a Tooltip.
     * @class
     * @fires Tooltip#init
     * @param {jQuery} element - jQuery object to attach a tooltip to.
     * @param {Object} options - object to extend the default configuration.
     */
    function Tooltip(element, options) {
      _classCallCheck(this, Tooltip);

      this.$element = element;
      this.options = $.extend({}, Tooltip.defaults, this.$element.data(), options);

      this.isActive = false;
      this.isClick = false;
      this._init();

      Foundation.registerPlugin(this, 'Tooltip');
    }

    /**
     * Initializes the tooltip by setting the creating the tip element, adding it's text, setting private variables and setting attributes on the anchor.
     * @private
     */


    _createClass(Tooltip, [{
      key: '_init',
      value: function _init() {
        var elemId = this.$element.attr('aria-describedby') || Foundation.GetYoDigits(6, 'tooltip');

        this.options.positionClass = this.options.positionClass || this._getPositionClass(this.$element);
        this.options.tipText = this.options.tipText || this.$element.attr('title');
        this.template = this.options.template ? $(this.options.template) : this._buildTemplate(elemId);

        if (this.options.allowHtml) {
          this.template.appendTo(document.body).html(this.options.tipText).hide();
        } else {
          this.template.appendTo(document.body).text(this.options.tipText).hide();
        }

        this.$element.attr({
          'title': '',
          'aria-describedby': elemId,
          'data-yeti-box': elemId,
          'data-toggle': elemId,
          'data-resize': elemId
        }).addClass(this.options.triggerClass);

        //helper variables to track movement on collisions
        this.usedPositions = [];
        this.counter = 4;
        this.classChanged = false;

        this._events();
      }

      /**
       * Grabs the current positioning class, if present, and returns the value or an empty string.
       * @private
       */

    }, {
      key: '_getPositionClass',
      value: function _getPositionClass(element) {
        if (!element) {
          return '';
        }
        // var position = element.attr('class').match(/top|left|right/g);
        var position = element[0].className.match(/\b(top|left|right)\b/g);
        position = position ? position[0] : '';
        return position;
      }
    }, {
      key: '_buildTemplate',

      /**
       * builds the tooltip element, adds attributes, and returns the template.
       * @private
       */
      value: function _buildTemplate(id) {
        var templateClasses = (this.options.tooltipClass + ' ' + this.options.positionClass + ' ' + this.options.templateClasses).trim();
        var $template = $('<div></div>').addClass(templateClasses).attr({
          'role': 'tooltip',
          'aria-hidden': true,
          'data-is-active': false,
          'data-is-focus': false,
          'id': id
        });
        return $template;
      }

      /**
       * Function that gets called if a collision event is detected.
       * @param {String} position - positioning class to try
       * @private
       */

    }, {
      key: '_reposition',
      value: function _reposition(position) {
        this.usedPositions.push(position ? position : 'bottom');

        //default, try switching to opposite side
        if (!position && this.usedPositions.indexOf('top') < 0) {
          this.template.addClass('top');
        } else if (position === 'top' && this.usedPositions.indexOf('bottom') < 0) {
          this.template.removeClass(position);
        } else if (position === 'left' && this.usedPositions.indexOf('right') < 0) {
          this.template.removeClass(position).addClass('right');
        } else if (position === 'right' && this.usedPositions.indexOf('left') < 0) {
          this.template.removeClass(position).addClass('left');
        }

        //if default change didn't work, try bottom or left first
        else if (!position && this.usedPositions.indexOf('top') > -1 && this.usedPositions.indexOf('left') < 0) {
            this.template.addClass('left');
          } else if (position === 'top' && this.usedPositions.indexOf('bottom') > -1 && this.usedPositions.indexOf('left') < 0) {
            this.template.removeClass(position).addClass('left');
          } else if (position === 'left' && this.usedPositions.indexOf('right') > -1 && this.usedPositions.indexOf('bottom') < 0) {
            this.template.removeClass(position);
          } else if (position === 'right' && this.usedPositions.indexOf('left') > -1 && this.usedPositions.indexOf('bottom') < 0) {
            this.template.removeClass(position);
          }
          //if nothing cleared, set to bottom
          else {
              this.template.removeClass(position);
            }
        this.classChanged = true;
        this.counter--;
      }

      /**
       * sets the position class of an element and recursively calls itself until there are no more possible positions to attempt, or the tooltip element is no longer colliding.
       * if the tooltip is larger than the screen width, default to full width - any user selected margin
       * @private
       */

    }, {
      key: '_setPosition',
      value: function _setPosition() {
        var position = this._getPositionClass(this.template),
            $tipDims = Foundation.Box.GetDimensions(this.template),
            $anchorDims = Foundation.Box.GetDimensions(this.$element),
            direction = position === 'left' ? 'left' : position === 'right' ? 'left' : 'top',
            param = direction === 'top' ? 'height' : 'width',
            offset = param === 'height' ? this.options.vOffset : this.options.hOffset,
            _this = this;

        if ($tipDims.width >= $tipDims.windowDims.width || !this.counter && !Foundation.Box.ImNotTouchingYou(this.template)) {
          this.template.offset(Foundation.Box.GetOffsets(this.template, this.$element, 'center bottom', this.options.vOffset, this.options.hOffset, true)).css({
            // this.$element.offset(Foundation.GetOffsets(this.template, this.$element, 'center bottom', this.options.vOffset, this.options.hOffset, true)).css({
            'width': $anchorDims.windowDims.width - this.options.hOffset * 2,
            'height': 'auto'
          });
          return false;
        }

        this.template.offset(Foundation.Box.GetOffsets(this.template, this.$element, 'center ' + (position || 'bottom'), this.options.vOffset, this.options.hOffset));

        while (!Foundation.Box.ImNotTouchingYou(this.template) && this.counter) {
          this._reposition(position);
          this._setPosition();
        }
      }

      /**
       * reveals the tooltip, and fires an event to close any other open tooltips on the page
       * @fires Tooltip#closeme
       * @fires Tooltip#show
       * @function
       */

    }, {
      key: 'show',
      value: function show() {
        if (this.options.showOn !== 'all' && !Foundation.MediaQuery.is(this.options.showOn)) {
          // console.error('The screen is too small to display this tooltip');
          return false;
        }

        var _this = this;
        this.template.css('visibility', 'hidden').show();
        this._setPosition();

        /**
         * Fires to close all other open tooltips on the page
         * @event Closeme#tooltip
         */
        this.$element.trigger('closeme.zf.tooltip', this.template.attr('id'));

        this.template.attr({
          'data-is-active': true,
          'aria-hidden': false
        });
        _this.isActive = true;
        // console.log(this.template);
        this.template.stop().hide().css('visibility', '').fadeIn(this.options.fadeInDuration, function () {
          //maybe do stuff?
        });
        /**
         * Fires when the tooltip is shown
         * @event Tooltip#show
         */
        this.$element.trigger('show.zf.tooltip');
      }

      /**
       * Hides the current tooltip, and resets the positioning class if it was changed due to collision
       * @fires Tooltip#hide
       * @function
       */

    }, {
      key: 'hide',
      value: function hide() {
        // console.log('hiding', this.$element.data('yeti-box'));
        var _this = this;
        this.template.stop().attr({
          'aria-hidden': true,
          'data-is-active': false
        }).fadeOut(this.options.fadeOutDuration, function () {
          _this.isActive = false;
          _this.isClick = false;
          if (_this.classChanged) {
            _this.template.removeClass(_this._getPositionClass(_this.template)).addClass(_this.options.positionClass);

            _this.usedPositions = [];
            _this.counter = 4;
            _this.classChanged = false;
          }
        });
        /**
         * fires when the tooltip is hidden
         * @event Tooltip#hide
         */
        this.$element.trigger('hide.zf.tooltip');
      }

      /**
       * adds event listeners for the tooltip and its anchor
       * TODO combine some of the listeners like focus and mouseenter, etc.
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;
        var $template = this.template;
        var isFocus = false;

        if (!this.options.disableHover) {

          this.$element.on('mouseenter.zf.tooltip', function (e) {
            if (!_this.isActive) {
              _this.timeout = setTimeout(function () {
                _this.show();
              }, _this.options.hoverDelay);
            }
          }).on('mouseleave.zf.tooltip', function (e) {
            clearTimeout(_this.timeout);
            if (!isFocus || _this.isClick && !_this.options.clickOpen) {
              _this.hide();
            }
          });
        }

        if (this.options.clickOpen) {
          this.$element.on('mousedown.zf.tooltip', function (e) {
            e.stopImmediatePropagation();
            if (_this.isClick) {
              //_this.hide();
              // _this.isClick = false;
            } else {
              _this.isClick = true;
              if ((_this.options.disableHover || !_this.$element.attr('tabindex')) && !_this.isActive) {
                _this.show();
              }
            }
          });
        } else {
          this.$element.on('mousedown.zf.tooltip', function (e) {
            e.stopImmediatePropagation();
            _this.isClick = true;
          });
        }

        if (!this.options.disableForTouch) {
          this.$element.on('tap.zf.tooltip touchend.zf.tooltip', function (e) {
            _this.isActive ? _this.hide() : _this.show();
          });
        }

        this.$element.on({
          // 'toggle.zf.trigger': this.toggle.bind(this),
          // 'close.zf.trigger': this.hide.bind(this)
          'close.zf.trigger': this.hide.bind(this)
        });

        this.$element.on('focus.zf.tooltip', function (e) {
          isFocus = true;
          if (_this.isClick) {
            // If we're not showing open on clicks, we need to pretend a click-launched focus isn't
            // a real focus, otherwise on hover and come back we get bad behavior
            if (!_this.options.clickOpen) {
              isFocus = false;
            }
            return false;
          } else {
            _this.show();
          }
        }).on('focusout.zf.tooltip', function (e) {
          isFocus = false;
          _this.isClick = false;
          _this.hide();
        }).on('resizeme.zf.trigger', function () {
          if (_this.isActive) {
            _this._setPosition();
          }
        });
      }

      /**
       * adds a toggle method, in addition to the static show() & hide() functions
       * @function
       */

    }, {
      key: 'toggle',
      value: function toggle() {
        if (this.isActive) {
          this.hide();
        } else {
          this.show();
        }
      }

      /**
       * Destroys an instance of tooltip, removes template element from the view.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        this.$element.attr('title', this.template.text()).off('.zf.trigger .zf.tooltip').removeClass('has-tip top right left').removeAttr('aria-describedby aria-haspopup data-disable-hover data-resize data-toggle data-tooltip data-yeti-box');

        this.template.remove();

        Foundation.unregisterPlugin(this);
      }
    }]);

    return Tooltip;
  }();

  Tooltip.defaults = {
    disableForTouch: false,
    /**
     * Time, in ms, before a tooltip should open on hover.
     * @option
     * @example 200
     */
    hoverDelay: 200,
    /**
     * Time, in ms, a tooltip should take to fade into view.
     * @option
     * @example 150
     */
    fadeInDuration: 150,
    /**
     * Time, in ms, a tooltip should take to fade out of view.
     * @option
     * @example 150
     */
    fadeOutDuration: 150,
    /**
     * Disables hover events from opening the tooltip if set to true
     * @option
     * @example false
     */
    disableHover: false,
    /**
     * Optional addtional classes to apply to the tooltip template on init.
     * @option
     * @example 'my-cool-tip-class'
     */
    templateClasses: '',
    /**
     * Non-optional class added to tooltip templates. Foundation default is 'tooltip'.
     * @option
     * @example 'tooltip'
     */
    tooltipClass: 'tooltip',
    /**
     * Class applied to the tooltip anchor element.
     * @option
     * @example 'has-tip'
     */
    triggerClass: 'has-tip',
    /**
     * Minimum breakpoint size at which to open the tooltip.
     * @option
     * @example 'small'
     */
    showOn: 'small',
    /**
     * Custom template to be used to generate markup for tooltip.
     * @option
     * @example '&lt;div class="tooltip"&gt;&lt;/div&gt;'
     */
    template: '',
    /**
     * Text displayed in the tooltip template on open.
     * @option
     * @example 'Some cool space fact here.'
     */
    tipText: '',
    touchCloseText: 'Tap to close.',
    /**
     * Allows the tooltip to remain open if triggered with a click or touch event.
     * @option
     * @example true
     */
    clickOpen: true,
    /**
     * Additional positioning classes, set by the JS
     * @option
     * @example 'top'
     */
    positionClass: '',
    /**
     * Distance, in pixels, the template should push away from the anchor on the Y axis.
     * @option
     * @example 10
     */
    vOffset: 10,
    /**
     * Distance, in pixels, the template should push away from the anchor on the X axis, if aligned to a side.
     * @option
     * @example 12
     */
    hOffset: 12,
    /**
    * Allow HTML in tooltip. Warning: If you are loading user-generated content into tooltips,
    * allowing HTML may open yourself up to XSS attacks.
    * @option
    * @example false
    */
    allowHtml: false
  };

  /**
   * TODO utilize resize event trigger
   */

  // Window exports
  Foundation.plugin(Tooltip, 'Tooltip');
}(jQuery);
'use strict';

var _createClass = function () { function defineProperties(target, props) { for (var i = 0; i < props.length; i++) { var descriptor = props[i]; descriptor.enumerable = descriptor.enumerable || false; descriptor.configurable = true; if ("value" in descriptor) descriptor.writable = true; Object.defineProperty(target, descriptor.key, descriptor); } } return function (Constructor, protoProps, staticProps) { if (protoProps) defineProperties(Constructor.prototype, protoProps); if (staticProps) defineProperties(Constructor, staticProps); return Constructor; }; }();

function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }

!function ($) {

  /**
   * ResponsiveAccordionTabs module.
   * @module foundation.responsiveAccordionTabs
   * @requires foundation.util.keyboard
   * @requires foundation.util.timerAndImageLoader
   * @requires foundation.util.motion
   * @requires foundation.accordion
   * @requires foundation.tabs
   */

  var ResponsiveAccordionTabs = function () {
    /**
     * Creates a new instance of a responsive accordion tabs.
     * @class
     * @fires ResponsiveAccordionTabs#init
     * @param {jQuery} element - jQuery object to make into a dropdown menu.
     * @param {Object} options - Overrides to the default plugin settings.
     */
    function ResponsiveAccordionTabs(element, options) {
      _classCallCheck(this, ResponsiveAccordionTabs);

      this.$element = $(element);
      this.options = $.extend({}, this.$element.data(), options);
      this.rules = this.$element.data('responsive-accordion-tabs');
      this.currentMq = null;
      this.currentPlugin = null;
      if (!this.$element.attr('id')) {
        this.$element.attr('id', Foundation.GetYoDigits(6, 'responsiveaccordiontabs'));
      };

      this._init();
      this._events();

      Foundation.registerPlugin(this, 'ResponsiveAccordionTabs');
    }

    /**
     * Initializes the Menu by parsing the classes from the 'data-responsive-accordion-tabs' attribute on the element.
     * @function
     * @private
     */


    _createClass(ResponsiveAccordionTabs, [{
      key: '_init',
      value: function _init() {
        // The first time an Interchange plugin is initialized, this.rules is converted from a string of "classes" to an object of rules
        if (typeof this.rules === 'string') {
          var rulesTree = {};

          // Parse rules from "classes" pulled from data attribute
          var rules = this.rules.split(' ');

          // Iterate through every rule found
          for (var i = 0; i < rules.length; i++) {
            var rule = rules[i].split('-');
            var ruleSize = rule.length > 1 ? rule[0] : 'small';
            var rulePlugin = rule.length > 1 ? rule[1] : rule[0];

            if (MenuPlugins[rulePlugin] !== null) {
              rulesTree[ruleSize] = MenuPlugins[rulePlugin];
            }
          }

          this.rules = rulesTree;
        }

        this._getAllOptions();

        if (!$.isEmptyObject(this.rules)) {
          this._checkMediaQueries();
        }
      }
    }, {
      key: '_getAllOptions',
      value: function _getAllOptions() {
        //get all defaults and options
        var _this = this;
        _this.allOptions = {};
        for (var key in MenuPlugins) {
          if (MenuPlugins.hasOwnProperty(key)) {
            var obj = MenuPlugins[key];
            try {
              var dummyPlugin = $('<ul></ul>');
              var tmpPlugin = new obj.plugin(dummyPlugin, _this.options);
              for (var keyKey in tmpPlugin.options) {
                if (tmpPlugin.options.hasOwnProperty(keyKey) && keyKey !== 'zfPlugin') {
                  var objObj = tmpPlugin.options[keyKey];
                  _this.allOptions[keyKey] = objObj;
                }
              }
              tmpPlugin.destroy();
            } catch (e) {}
          }
        }
      }

      /**
       * Initializes events for the Menu.
       * @function
       * @private
       */

    }, {
      key: '_events',
      value: function _events() {
        var _this = this;

        $(window).on('changed.zf.mediaquery', function () {
          _this._checkMediaQueries();
        });
      }

      /**
       * Checks the current screen width against available media queries. If the media query has changed, and the plugin needed has changed, the plugins will swap out.
       * @function
       * @private
       */

    }, {
      key: '_checkMediaQueries',
      value: function _checkMediaQueries() {
        var matchedMq,
            _this = this;
        // Iterate through each rule and find the last matching rule
        $.each(this.rules, function (key) {
          if (Foundation.MediaQuery.atLeast(key)) {
            matchedMq = key;
          }
        });

        // No match? No dice
        if (!matchedMq) return;

        // Plugin already initialized? We good
        if (this.currentPlugin instanceof this.rules[matchedMq].plugin) return;

        // Remove existing plugin-specific CSS classes
        $.each(MenuPlugins, function (key, value) {
          _this.$element.removeClass(value.cssClass);
        });

        // Add the CSS class for the new plugin
        this.$element.addClass(this.rules[matchedMq].cssClass);

        // Create an instance of the new plugin
        if (this.currentPlugin) {
          //don't know why but on nested elements data zfPlugin get's lost
          if (!this.currentPlugin.$element.data('zfPlugin') && this.storezfData) this.currentPlugin.$element.data('zfPlugin', this.storezfData);
          this.currentPlugin.destroy();
        }
        this._handleMarkup(this.rules[matchedMq].cssClass);
        this.currentPlugin = new this.rules[matchedMq].plugin(this.$element, {});
        this.storezfData = this.currentPlugin.$element.data('zfPlugin');
      }
    }, {
      key: '_handleMarkup',
      value: function _handleMarkup(toSet) {
        var _this = this,
            fromString = 'accordion';
        var $panels = $('[data-tabs-content=' + this.$element.attr('id') + ']');
        if ($panels.length) fromString = 'tabs';
        if (fromString === toSet) {
          return;
        };

        var tabsTitle = _this.allOptions.linkClass ? _this.allOptions.linkClass : 'tabs-title';
        var tabsPanel = _this.allOptions.panelClass ? _this.allOptions.panelClass : 'tabs-panel';

        this.$element.removeAttr('role');
        var $liHeads = this.$element.children('.' + tabsTitle + ',[data-accordion-item]').removeClass(tabsTitle).removeClass('accordion-item').removeAttr('data-accordion-item');
        var $liHeadsA = $liHeads.children('a').removeClass('accordion-title');

        if (fromString === 'tabs') {
          $panels = $panels.children('.' + tabsPanel).removeClass(tabsPanel).removeAttr('role').removeAttr('aria-hidden').removeAttr('aria-labelledby');
          $panels.children('a').removeAttr('role').removeAttr('aria-controls').removeAttr('aria-selected');
        } else {
          $panels = $liHeads.children('[data-tab-content]').removeClass('accordion-content');
        };

        $panels.css({ display: '', visibility: '' });
        $liHeads.css({ display: '', visibility: '' });
        if (toSet === 'accordion') {
          $panels.each(function (key, value) {
            $(value).appendTo($liHeads.get(key)).addClass('accordion-content').attr('data-tab-content', '').removeClass('is-active').css({ height: '' });
            $('[data-tabs-content=' + _this.$element.attr('id') + ']').after('<div id="tabs-placeholder-' + _this.$element.attr('id') + '"></div>').remove();
            $liHeads.addClass('accordion-item').attr('data-accordion-item', '');
            $liHeadsA.addClass('accordion-title');
          });
        } else if (toSet === 'tabs') {
          var $tabsContent = $('[data-tabs-content=' + _this.$element.attr('id') + ']');
          var $placeholder = $('#tabs-placeholder-' + _this.$element.attr('id'));
          if ($placeholder.length) {
            $tabsContent = $('<div class="tabs-content"></div>').insertAfter($placeholder).attr('data-tabs-content', _this.$element.attr('id'));
            $placeholder.remove();
          } else {
            $tabsContent = $('<div class="tabs-content"></div>').insertAfter(_this.$element).attr('data-tabs-content', _this.$element.attr('id'));
          };
          $panels.each(function (key, value) {
            var tempValue = $(value).appendTo($tabsContent).addClass(tabsPanel);
            var hash = $liHeadsA.get(key).hash.slice(1);
            var id = $(value).attr('id') || Foundation.GetYoDigits(6, 'accordion');
            if (hash !== id) {
              if (hash !== '') {
                $(value).attr('id', hash);
              } else {
                hash = id;
                $(value).attr('id', hash);
                $($liHeadsA.get(key)).attr('href', $($liHeadsA.get(key)).attr('href').replace('#', '') + '#' + hash);
              };
            };
            var isActive = $($liHeads.get(key)).hasClass('is-active');
            if (isActive) {
              tempValue.addClass('is-active');
            };
          });
          $liHeads.addClass(tabsTitle);
        };
      }

      /**
       * Destroys the instance of the current plugin on this element, as well as the window resize handler that switches the plugins out.
       * @function
       */

    }, {
      key: 'destroy',
      value: function destroy() {
        if (this.currentPlugin) this.currentPlugin.destroy();
        $(window).off('.zf.ResponsiveAccordionTabs');
        Foundation.unregisterPlugin(this);
      }
    }]);

    return ResponsiveAccordionTabs;
  }();

  ResponsiveAccordionTabs.defaults = {};

  // The plugin matches the plugin classes with these plugin instances.
  var MenuPlugins = {
    tabs: {
      cssClass: 'tabs',
      plugin: Foundation._plugins.tabs || null
    },
    accordion: {
      cssClass: 'accordion',
      plugin: Foundation._plugins.accordion || null
    }
  };

  // Window exports
  Foundation.plugin(ResponsiveAccordionTabs, 'ResponsiveAccordionTabs');
}(jQuery);
"use strict";

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

/**
 * Created by jon on 12/12/16.
 */

!function (e, define) {
    define("kendo.core.min", ["jquery"], e);
}(function () {
    return function (e, t, n) {
        function r() {}function o(e, t) {
            if (t) return "'" + e.split("'").join("\\'").split('\\"').join('\\\\\\"').replace(/\n/g, "\\n").replace(/\r/g, "\\r").replace(/\t/g, "\\t") + "'";var n = e.charAt(0),
                r = e.substring(1);return "=" === n ? "+(" + r + ")+" : ":" === n ? "+$kendoHtmlEncode(" + r + ")+" : ";" + e + ";$kendoOutput+=";
        }function i(e, t, n) {
            return e += "", t = t || 2, n = t - e.length, n ? W[t].substring(0, n) + e : e;
        }function a(e) {
            var t = e.css(ye.support.transitions.css + "box-shadow") || e.css("box-shadow"),
                n = t ? t.match(De) || [0, 0, 0, 0, 0] : [0, 0, 0, 0, 0],
                r = Te.max(+n[3], +(n[4] || 0));return { left: -n[1] + r, right: +n[1] + r, bottom: +n[2] + r };
        }function s(t, n) {
            var r,
                o,
                i,
                a,
                s,
                u,
                l,
                c = ke.browser,
                d = ye._outerWidth,
                f = ye._outerHeight;return t.parent().hasClass("k-animation-container") ? (u = t.parent(".k-animation-container"), l = u[0].style, u.is(":hidden") && u.show(), r = Oe.test(l.width) || Oe.test(l.height), r || u.css({ width: d(t), height: f(t), boxSizing: "content-box", mozBoxSizing: "content-box", webkitBoxSizing: "content-box" })) : (o = t[0].style.width, i = t[0].style.height, a = Oe.test(o), s = Oe.test(i), r = a || s, !a && (!n || n && o) && (o = d(t)), !s && (!n || n && i) && (i = f(t)), t.wrap(e("<div/>").addClass("k-animation-container").css({ width: o, height: i })), r && t.css({ width: "100%", height: "100%", boxSizing: "border-box", mozBoxSizing: "border-box", webkitBoxSizing: "border-box" })), c.msie && Te.floor(c.version) <= 7 && (t.css({ zoom: 1 }), t.children(".k-menu").width(t.width())), t.parent();
        }function u(e) {
            var t = 1,
                n = arguments.length;for (t = 1; t < n; t++) {
                l(e, arguments[t]);
            }return e;
        }function l(e, t) {
            var n,
                r,
                o,
                i,
                a,
                s = ye.data.ObservableArray,
                u = ye.data.LazyObservableArray,
                c = ye.data.DataSource,
                d = ye.data.HierarchicalDataSource;for (n in t) {
                r = t[n], o = typeof r === "undefined" ? "undefined" : _typeof(r), i = o === Ae && null !== r ? r.constructor : null, i && i !== Array && i !== s && i !== u && i !== c && i !== d ? r instanceof Date ? e[n] = new Date(r.getTime()) : _(r.clone) ? e[n] = r.clone() : (a = e[n], e[n] = (typeof a === "undefined" ? "undefined" : _typeof(a)) === Ae ? a || {} : {}, l(e[n], r)) : o !== Fe && (e[n] = r);
            }return e;
        }function c(e, t, r) {
            for (var o in t) {
                if (t.hasOwnProperty(o) && t[o].test(e)) return o;
            }return r !== n ? r : e;
        }function d(e) {
            return e.replace(/([a-z][A-Z])/g, function (e) {
                return e.charAt(0) + "-" + e.charAt(1).toLowerCase();
            });
        }function f(e) {
            return e.replace(/\-(\w)/g, function (e, t) {
                return t.toUpperCase();
            });
        }function m(t, n) {
            var r,
                o = {};return document.defaultView && document.defaultView.getComputedStyle ? (r = document.defaultView.getComputedStyle(t, ""), n && e.each(n, function (e, t) {
                o[t] = r.getPropertyValue(t);
            })) : (r = t.currentStyle, n && e.each(n, function (e, t) {
                o[t] = r[f(t)];
            })), ye.size(o) || (o = r), o;
        }function p(e) {
            if (e && e.className && "string" == typeof e.className && e.className.indexOf("k-auto-scrollable") > -1) return !0;var t = m(e, ["overflow"]).overflow;return "auto" == t || "scroll" == t;
        }function h(t, r) {
            var o,
                i = ke.browser.webkit,
                a = ke.browser.mozilla,
                s = t instanceof e ? t[0] : t;if (t) return o = ke.isRtl(t), r === n ? o && i ? s.scrollWidth - s.clientWidth - s.scrollLeft : Math.abs(s.scrollLeft) : (s.scrollLeft = o && i ? s.scrollWidth - s.clientWidth - r : o && a ? -r : r, n);
        }function g(e) {
            var t,
                n = 0;for (t in e) {
                e.hasOwnProperty(t) && "toJSON" != t && n++;
            }return n;
        }function y(e, n, r) {
            var o, i, a;return n || (n = "offset"), o = e[n](), i = { top: o.top, right: o.right, bottom: o.bottom, left: o.left }, ke.browser.msie && (ke.pointers || ke.msPointers) && !r && (a = ke.isRtl(e) ? 1 : -1, i.top -= t.pageYOffset + a * document.documentElement.scrollTop, i.left -= t.pageXOffset + a * document.documentElement.scrollLeft), i;
        }function v(e) {
            var t = {};return be("string" == typeof e ? e.split(" ") : e, function (e) {
                t[e] = this;
            }), t;
        }function b(e) {
            return new ye.effects.Element(e);
        }function w(e, t, n, r) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) === He && (_(t) && (r = t, t = 400, n = !1), _(n) && (r = n, n = !1), (typeof t === "undefined" ? "undefined" : _typeof(t)) === Pe && (n = t, t = 400), e = { effects: e, duration: t, reverse: n, complete: r }), ve({ effects: {}, duration: 400, reverse: !1, init: Se, teardown: Se, hide: !1 }, e, { completeCallback: e.complete, complete: Se });
        }function M(t, n, r, o, i) {
            for (var a, s = 0, u = t.length; s < u; s++) {
                a = e(t[s]), a.queue(function () {
                    B.promise(a, w(n, r, o, i));
                });
            }return t;
        }function S(e, t, n, r) {
            return t && (t = t.split(" "), be(t, function (t, n) {
                e.toggleClass(n, r);
            })), e;
        }function T(e) {
            return ("" + e).replace(J, "&amp;").replace(Y, "&lt;").replace(G, "&gt;").replace(q, "&quot;").replace(V, "&#39;");
        }function x(e, t) {
            var r;return 0 === t.indexOf("data") && (t = t.substring(4), t = t.charAt(0).toLowerCase() + t.substring(1)), t = t.replace(oe, "-$1"), r = e.getAttribute("data-" + ye.ns + t), null === r ? r = n : "null" === r ? r = null : "true" === r ? r = !0 : "false" === r ? r = !1 : Ce.test(r) ? r = parseFloat(r) : ne.test(r) && !re.test(r) && (r = Function("return (" + r + ")")()), r;
        }function k(t, r) {
            var o,
                i,
                a = {};for (o in r) {
                i = x(t, o), i !== n && (te.test(o) && (i = ye.template(e("#" + i).html())), a[o] = i);
            }return a;
        }function O(t, n) {
            return e.contains(t, n) ? -1 : 1;
        }function z() {
            var t = e(this);return e.inArray(t.attr("data-" + ye.ns + "role"), ["slider", "rangeslider"]) > -1 || t.is(":visible");
        }function D(e, t) {
            var n = e.nodeName.toLowerCase();return (/input|select|textarea|button|object/.test(n) ? !e.disabled : "a" === n ? e.href || t : t) && C(e);
        }function C(t) {
            return e.expr.filters.visible(t) && !e(t).parents().addBack().filter(function () {
                return "hidden" === e.css(this, "visibility");
            }).length;
        }function E(e, t) {
            return new E.fn.init(e, t);
        }var H,
            _,
            A,
            N,
            P,
            F,
            R,
            U,
            I,
            $,
            L,
            W,
            j,
            B,
            J,
            Y,
            q,
            V,
            G,
            K,
            Q,
            Z,
            X,
            ee,
            te,
            ne,
            re,
            oe,
            ie,
            ae,
            se,
            ue,
            le,
            ce,
            de,
            fe,
            me,
            pe,
            he,
            ge,
            ye = t.kendo = t.kendo || { cultures: {} },
            ve = e.extend,
            be = e.each,
            we = e.isArray,
            Me = e.proxy,
            Se = e.noop,
            Te = Math,
            xe = t.JSON || {},
            ke = {},
            Oe = /%/,
            ze = /\{(\d+)(:[^\}]+)?\}/g,
            De = /(\d+(?:\.?)\d*)px\s*(\d+(?:\.?)\d*)px\s*(\d+(?:\.?)\d*)px\s*(\d+)?/i,
            Ce = /^(\+|-?)\d+(\.?)\d*$/,
            Ee = "function",
            He = "string",
            _e = "number",
            Ae = "object",
            Ne = "null",
            Pe = "boolean",
            Fe = "undefined",
            Re = {},
            Ue = {},
            Ie = [].slice;ye.version = "2016.3.1118".replace(/^\s+|\s+$/g, ""), r.extend = function (e) {
            var t,
                n,
                r = function r() {},
                o = this,
                i = e && e.init ? e.init : function () {
                o.apply(this, arguments);
            };r.prototype = o.prototype, n = i.fn = i.prototype = new r();for (t in e) {
                n[t] = null != e[t] && e[t].constructor === Object ? ve(!0, {}, r.prototype[t], e[t]) : e[t];
            }return n.constructor = i, i.extend = o.extend, i;
        }, r.prototype._initOptions = function (e) {
            this.options = u({}, this.options, e);
        }, _ = ye.isFunction = function (e) {
            return "function" == typeof e;
        }, A = function A() {
            this._defaultPrevented = !0;
        }, N = function N() {
            return this._defaultPrevented === !0;
        }, P = r.extend({ init: function init() {
                this._events = {};
            }, bind: function bind(e, t, r) {
                var o,
                    i,
                    a,
                    _s,
                    u,
                    l = this,
                    c = (typeof e === "undefined" ? "undefined" : _typeof(e)) === He ? [e] : e,
                    d = (typeof t === "undefined" ? "undefined" : _typeof(t)) === Ee;if (t === n) {
                    for (o in e) {
                        l.bind(o, e[o]);
                    }return l;
                }for (o = 0, i = c.length; o < i; o++) {
                    e = c[o], _s = d ? t : t[e], _s && (r && (a = _s, _s = function s() {
                        l.unbind(e, _s), a.apply(l, arguments);
                    }, _s.original = a), u = l._events[e] = l._events[e] || [], u.push(_s));
                }return l;
            }, one: function one(e, t) {
                return this.bind(e, t, !0);
            }, first: function first(e, t) {
                var n,
                    r,
                    o,
                    i,
                    a = this,
                    s = (typeof e === "undefined" ? "undefined" : _typeof(e)) === He ? [e] : e,
                    u = (typeof t === "undefined" ? "undefined" : _typeof(t)) === Ee;for (n = 0, r = s.length; n < r; n++) {
                    e = s[n], o = u ? t : t[e], o && (i = a._events[e] = a._events[e] || [], i.unshift(o));
                }return a;
            }, trigger: function trigger(e, t) {
                var n,
                    r,
                    o = this,
                    i = o._events[e];if (i) {
                    for (t = t || {}, t.sender = o, t._defaultPrevented = !1, t.preventDefault = A, t.isDefaultPrevented = N, i = i.slice(), n = 0, r = i.length; n < r; n++) {
                        i[n].call(o, t);
                    }return t._defaultPrevented === !0;
                }return !1;
            }, unbind: function unbind(e, t) {
                var r,
                    o = this,
                    i = o._events[e];if (e === n) o._events = {};else if (i) if (t) for (r = i.length - 1; r >= 0; r--) {
                    i[r] !== t && i[r].original !== t || i.splice(r, 1);
                } else o._events[e] = [];return o;
            } }), F = /^\w+/, R = /\$\{([^}]*)\}/g, U = /\\\}/g, I = /__CURLY__/g, $ = /\\#/g, L = /__SHARP__/g, W = ["", "0", "00", "000", "0000"], H = { paramName: "data", useWithBlock: !0, render: function render(e, t) {
                var n,
                    r,
                    o = "";for (n = 0, r = t.length; n < r; n++) {
                    o += e(t[n]);
                }return o;
            }, compile: function compile(e, t) {
                var n,
                    r,
                    i,
                    a = ve({}, this, t),
                    s = a.paramName,
                    u = s.match(F)[0],
                    l = a.useWithBlock,
                    c = "var $kendoOutput, $kendoHtmlEncode = kendo.htmlEncode;";if (_(e)) return e;for (c += l ? "with(" + s + "){" : "", c += "$kendoOutput=", r = e.replace(U, "__CURLY__").replace(R, "#=$kendoHtmlEncode($1)#").replace(I, "}").replace($, "__SHARP__").split("#"), i = 0; i < r.length; i++) {
                    c += o(r[i], i % 2 === 0);
                }c += l ? ";}" : ";", c += "return $kendoOutput;", c = c.replace(L, "#");try {
                    return n = Function(u, c), n._slotCount = Math.floor(r.length / 2), n;
                } catch (d) {
                    throw Error(ye.format("Invalid template:'{0}' Generated code:'{1}'", e, c));
                }
            } }, function () {
            function e(e) {
                return a.lastIndex = 0, a.test(e) ? '"' + e.replace(a, function (e) {
                    var t = s[e];return (typeof t === "undefined" ? "undefined" : _typeof(t)) === He ? t : "\\u" + ("0000" + e.charCodeAt(0).toString(16)).slice(-4);
                }) + '"' : '"' + e + '"';
            }function t(i, a) {
                var s,
                    l,
                    c,
                    d,
                    f,
                    m,
                    p = n,
                    h = a[i];if (h && (typeof h === "undefined" ? "undefined" : _typeof(h)) === Ae && _typeof(h.toJSON) === Ee && (h = h.toJSON(i)), (typeof o === "undefined" ? "undefined" : _typeof(o)) === Ee && (h = o.call(a, i, h)), m = typeof h === "undefined" ? "undefined" : _typeof(h), m === He) return e(h);if (m === _e) return isFinite(h) ? h + "" : Ne;if (m === Pe || m === Ne) return h + "";if (m === Ae) {
                    if (!h) return Ne;if (n += r, f = [], "[object Array]" === u.apply(h)) {
                        for (d = h.length, s = 0; s < d; s++) {
                            f[s] = t(s, h) || Ne;
                        }return c = 0 === f.length ? "[]" : n ? "[\n" + n + f.join(",\n" + n) + "\n" + p + "]" : "[" + f.join(",") + "]", n = p, c;
                    }if (o && (typeof o === "undefined" ? "undefined" : _typeof(o)) === Ae) for (d = o.length, s = 0; s < d; s++) {
                        _typeof(o[s]) === He && (l = o[s], c = t(l, h), c && f.push(e(l) + (n ? ": " : ":") + c));
                    } else for (l in h) {
                        Object.hasOwnProperty.call(h, l) && (c = t(l, h), c && f.push(e(l) + (n ? ": " : ":") + c));
                    }return c = 0 === f.length ? "{}" : n ? "{\n" + n + f.join(",\n" + n) + "\n" + p + "}" : "{" + f.join(",") + "}", n = p, c;
                }
            }var n,
                r,
                o,
                a = /[\\\"\x00-\x1f\x7f-\x9f\u00ad\u0600-\u0604\u070f\u17b4\u17b5\u200c-\u200f\u2028-\u202f\u2060-\u206f\ufeff\ufff0-\uffff]/g,
                s = { "\b": "\\b", "\t": "\\t", "\n": "\\n", "\f": "\\f", "\r": "\\r", '"': '\\"', "\\": "\\\\" },
                u = {}.toString;_typeof(Date.prototype.toJSON) !== Ee && (Date.prototype.toJSON = function () {
                var e = this;return isFinite(e.valueOf()) ? i(e.getUTCFullYear(), 4) + "-" + i(e.getUTCMonth() + 1) + "-" + i(e.getUTCDate()) + "T" + i(e.getUTCHours()) + ":" + i(e.getUTCMinutes()) + ":" + i(e.getUTCSeconds()) + "Z" : null;
            }, String.prototype.toJSON = Number.prototype.toJSON = Boolean.prototype.toJSON = function () {
                return this.valueOf();
            }), _typeof(xe.stringify) !== Ee && (xe.stringify = function (e, i, a) {
                var s;if (n = "", r = "", (typeof a === "undefined" ? "undefined" : _typeof(a)) === _e) for (s = 0; s < a; s += 1) {
                    r += " ";
                } else (typeof a === "undefined" ? "undefined" : _typeof(a)) === He && (r = a);if (o = i, i && (typeof i === "undefined" ? "undefined" : _typeof(i)) !== Ee && ((typeof i === "undefined" ? "undefined" : _typeof(i)) !== Ae || _typeof(i.length) !== _e)) throw Error("JSON.stringify");return t("", { "": e });
            });
        }(), function () {
            function t(e) {
                if (e) {
                    if (e.numberFormat) return e;if ((typeof e === "undefined" ? "undefined" : _typeof(e)) === He) {
                        var t = ye.cultures;return t[e] || t[e.split("-")[0]] || null;
                    }return null;
                }return null;
            }function r(e) {
                return e && (e = t(e)), e || ye.cultures.current;
            }function o(e, t, o) {
                o = r(o);var a = o.calendars.standard,
                    s = a.days,
                    u = a.months;return t = a.patterns[t] || t, t.replace(c, function (t) {
                    var r, o, l;return "d" === t ? o = e.getDate() : "dd" === t ? o = i(e.getDate()) : "ddd" === t ? o = s.namesAbbr[e.getDay()] : "dddd" === t ? o = s.names[e.getDay()] : "M" === t ? o = e.getMonth() + 1 : "MM" === t ? o = i(e.getMonth() + 1) : "MMM" === t ? o = u.namesAbbr[e.getMonth()] : "MMMM" === t ? o = u.names[e.getMonth()] : "yy" === t ? o = i(e.getFullYear() % 100) : "yyyy" === t ? o = i(e.getFullYear(), 4) : "h" === t ? o = e.getHours() % 12 || 12 : "hh" === t ? o = i(e.getHours() % 12 || 12) : "H" === t ? o = e.getHours() : "HH" === t ? o = i(e.getHours()) : "m" === t ? o = e.getMinutes() : "mm" === t ? o = i(e.getMinutes()) : "s" === t ? o = e.getSeconds() : "ss" === t ? o = i(e.getSeconds()) : "f" === t ? o = Te.floor(e.getMilliseconds() / 100) : "ff" === t ? (o = e.getMilliseconds(), o > 99 && (o = Te.floor(o / 10)), o = i(o)) : "fff" === t ? o = i(e.getMilliseconds(), 3) : "tt" === t ? o = e.getHours() < 12 ? a.AM[0] : a.PM[0] : "zzz" === t ? (r = e.getTimezoneOffset(), l = r < 0, o = ("" + Te.abs(r / 60)).split(".")[0], r = Te.abs(r) - 60 * o, o = (l ? "+" : "-") + i(o), o += ":" + i(r)) : "zz" !== t && "z" !== t || (o = e.getTimezoneOffset() / 60, l = o < 0, o = ("" + Te.abs(o)).split(".")[0], o = (l ? "+" : "-") + ("zz" === t ? i(o) : o)), o !== n ? o : t.slice(1, t.length - 1);
                });
            }function a(e, t, o) {
                o = r(o);var i,
                    a,
                    l,
                    c,
                    w,
                    M,
                    S,
                    T,
                    x,
                    k,
                    O,
                    z,
                    D,
                    C,
                    E,
                    H,
                    _,
                    A,
                    N,
                    P,
                    F,
                    R,
                    U,
                    I = o.numberFormat,
                    $ = I[h],
                    L = I.decimals,
                    W = I.pattern[0],
                    j = [],
                    B = e < 0,
                    J = p,
                    Y = p,
                    q = -1;if (e === n) return p;if (!isFinite(e)) return e;if (!t) return o.name.length ? e.toLocaleString() : "" + e;if (w = d.exec(t)) {
                    if (t = w[1].toLowerCase(), a = "c" === t, l = "p" === t, (a || l) && (I = a ? I.currency : I.percent, $ = I[h], L = I.decimals, i = I.symbol, W = I.pattern[B ? 0 : 1]), c = w[2], c && (L = +c), "e" === t) return c ? e.toExponential(L) : e.toExponential();if (l && (e *= 100), e = u(e, L), B = e < 0, e = e.split(h), M = e[0], S = e[1], B && (M = M.substring(1)), Y = s(M, 0, M.length, I), S && (Y += $ + S), "n" === t && !B) return Y;for (e = p, k = 0, O = W.length; k < O; k++) {
                        z = W.charAt(k), e += "n" === z ? Y : "$" === z || "%" === z ? i : z;
                    }return e;
                }if (B && (e = -e), (t.indexOf("'") > -1 || t.indexOf('"') > -1 || t.indexOf("\\") > -1) && (t = t.replace(f, function (e) {
                    var t = e.charAt(0).replace("\\", ""),
                        n = e.slice(1).replace(t, "");return j.push(n), b;
                })), t = t.split(";"), B && t[1]) t = t[1], C = !0;else if (0 === e) {
                    if (t = t[2] || t[0], t.indexOf(y) == -1 && t.indexOf(v) == -1) return t;
                } else t = t[0];if (P = t.indexOf("%"), F = t.indexOf("$"), l = P != -1, a = F != -1, l && (e *= 100), a && "\\" === t[F - 1] && (t = t.split("\\").join(""), a = !1), (a || l) && (I = a ? I.currency : I.percent, $ = I[h], L = I.decimals, i = I.symbol), D = t.indexOf(g) > -1, D && (t = t.replace(m, p)), E = t.indexOf(h), O = t.length, E != -1 ? (S = ("" + e).split("e"), S = S[1] ? u(e, Math.abs(S[1])) : S[0], S = S.split(h)[1] || p, _ = t.lastIndexOf(v) - E, H = t.lastIndexOf(y) - E, A = _ > -1, N = H > -1, k = S.length, A || N || (t = t.substring(0, E) + t.substring(E + 1), O = t.length, E = -1, k = 0), A && _ > H ? k = _ : H > _ && (N && k > H ? k = H : A && k < _ && (k = _)), k > -1 && (e = u(e, k))) : e = u(e), H = t.indexOf(y), R = _ = t.indexOf(v), q = H == -1 && _ != -1 ? _ : H != -1 && _ == -1 ? H : H > _ ? _ : H, H = t.lastIndexOf(y), _ = t.lastIndexOf(v), U = H == -1 && _ != -1 ? _ : H != -1 && _ == -1 ? H : H > _ ? H : _, q == O && (U = q), q != -1) {
                    for (Y = ("" + e).split(h), M = Y[0], S = Y[1] || p, T = M.length, x = S.length, B && e * -1 >= 0 && (B = !1), e = t.substring(0, q), B && !C && (e += "-"), k = q; k < O; k++) {
                        if (z = t.charAt(k), E == -1) {
                            if (U - k < T) {
                                e += M;break;
                            }
                        } else if (_ != -1 && _ < k && (J = p), E - k <= T && E - k > -1 && (e += M, k = E), E === k) {
                            e += (S ? $ : p) + S, k += U - E + 1;continue;
                        }z === v ? (e += z, J = z) : z === y && (e += J);
                    }if (D && (e = s(e, q + (B ? 1 : 0), Math.max(U, T + q), I)), U >= q && (e += t.substring(U + 1)), a || l) {
                        for (Y = p, k = 0, O = e.length; k < O; k++) {
                            z = e.charAt(k), Y += "$" === z || "%" === z ? i : z;
                        }e = Y;
                    }if (O = j.length) for (k = 0; k < O; k++) {
                        e = e.replace(b, j[k]);
                    }
                }return e;
            }var s,
                u,
                l,
                c = /dddd|ddd|dd|d|MMMM|MMM|MM|M|yyyy|yy|HH|H|hh|h|mm|m|fff|ff|f|tt|ss|s|zzz|zz|z|"[^"]*"|'[^']*'/g,
                d = /^(n|c|p|e)(\d*)$/i,
                f = /(\\.)|(['][^']*[']?)|(["][^"]*["]?)/g,
                m = /\,/g,
                p = "",
                h = ".",
                g = ",",
                y = "#",
                v = "0",
                b = "??",
                w = "en-US",
                M = {}.toString;ye.cultures["en-US"] = { name: w, numberFormat: { pattern: ["-n"], decimals: 2, ",": ",", ".": ".", groupSize: [3], percent: { pattern: ["-n %", "n %"], decimals: 2, ",": ",", ".": ".", groupSize: [3], symbol: "%" }, currency: { name: "US Dollar", abbr: "USD", pattern: ["($n)", "$n"], decimals: 2, ",": ",", ".": ".", groupSize: [3], symbol: "$" } }, calendars: { standard: { days: { names: ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"], namesAbbr: ["Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"], namesShort: ["Su", "Mo", "Tu", "We", "Th", "Fr", "Sa"] }, months: { names: ["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"], namesAbbr: ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"] }, AM: ["AM", "am", "AM"], PM: ["PM", "pm", "PM"], patterns: { d: "M/d/yyyy", D: "dddd, MMMM dd, yyyy", F: "dddd, MMMM dd, yyyy h:mm:ss tt", g: "M/d/yyyy h:mm tt", G: "M/d/yyyy h:mm:ss tt", m: "MMMM dd", M: "MMMM dd", s: "yyyy'-'MM'-'ddTHH':'mm':'ss", t: "h:mm tt", T: "h:mm:ss tt", u: "yyyy'-'MM'-'dd HH':'mm':'ss'Z'", y: "MMMM, yyyy", Y: "MMMM, yyyy" }, "/": "/", ":": ":", firstDay: 0, twoDigitYearMax: 2029 } } }, ye.culture = function (e) {
                var r,
                    o = ye.cultures;return e === n ? o.current : (r = t(e) || o[w], r.calendar = r.calendars.standard, o.current = r, n);
            }, ye.findCulture = t, ye.getCulture = r, ye.culture(w), s = function s(e, t, r, o) {
                var i,
                    a,
                    s,
                    u,
                    l,
                    c,
                    d = e.indexOf(o[h]),
                    f = o.groupSize.slice(),
                    m = f.shift();if (r = d !== -1 ? d : r + 1, i = e.substring(t, r), a = i.length, a >= m) {
                    for (s = a, u = []; s > -1;) {
                        if (l = i.substring(s - m, s), l && u.push(l), s -= m, c = f.shift(), m = c !== n ? c : m, 0 === m) {
                            u.push(i.substring(0, s));break;
                        }
                    }i = u.reverse().join(o[g]), e = e.substring(0, t) + i + e.substring(r);
                }return e;
            }, u = function u(e, t) {
                return t = t || 0, e = ("" + e).split("e"), e = Math.round(+(e[0] + "e" + (e[1] ? +e[1] + t : t))), e = ("" + e).split("e"), e = +(e[0] + "e" + (e[1] ? +e[1] - t : -t)), e.toFixed(Math.min(t, 20));
            }, l = function l(e, t, r) {
                if (t) {
                    if ("[object Date]" === M.call(e)) return o(e, t, r);if ((typeof e === "undefined" ? "undefined" : _typeof(e)) === _e) return a(e, t, r);
                }return e !== n ? e : "";
            }, ye.format = function (e) {
                var t = arguments;return e.replace(ze, function (e, n, r) {
                    var o = t[parseInt(n, 10) + 1];return l(o, r ? r.substring(1) : "");
                });
            }, ye._extractFormat = function (e) {
                return "{0:" === e.slice(0, 3) && (e = e.slice(3, e.length - 1)), e;
            }, ye._activeElement = function () {
                try {
                    return document.activeElement;
                } catch (e) {
                    return document.documentElement.activeElement;
                }
            }, ye._round = u, ye._outerWidth = function (t, n) {
                return e(t).outerWidth(n || !1) || 0;
            }, ye._outerHeight = function (t, n) {
                return e(t).outerHeight(n || !1) || 0;
            }, ye.toString = l;
        }(), function () {
            function t(e, t, n) {
                return !(e >= t && e <= n);
            }function r(e) {
                return e.charAt(0);
            }function o(t) {
                return e.map(t, r);
            }function i(e, t) {
                t || 23 !== e.getHours() || e.setHours(e.getHours() + 2);
            }function a(e) {
                for (var t = 0, n = e.length, r = []; t < n; t++) {
                    r[t] = (e[t] + "").toLowerCase();
                }return r;
            }function s(e) {
                var t,
                    n = {};for (t in e) {
                    n[t] = a(e[t]);
                }return n;
            }function u(e, r, a) {
                if (!e) return null;var u,
                    l,
                    c,
                    d,
                    f,
                    h,
                    g,
                    y,
                    v,
                    w,
                    M,
                    S,
                    T,
                    x = function x(e) {
                    for (var t = 0; r[F] === e;) {
                        t++, F++;
                    }return t > 0 && (F -= 1), t;
                },
                    k = function k(t) {
                    var n = b[t] || RegExp("^\\d{1," + t + "}"),
                        r = e.substr(R, t).match(n);return r ? (r = r[0], R += r.length, parseInt(r, 10)) : null;
                },
                    O = function O(t, n) {
                    for (var r, o, i, a = 0, s = t.length, u = 0, l = 0; a < s; a++) {
                        r = t[a], o = r.length, i = e.substr(R, o), n && (i = i.toLowerCase()), i == r && o > u && (u = o, l = a);
                    }return u ? (R += u, l + 1) : null;
                },
                    z = function z() {
                    var t = !1;return e.charAt(R) === r[F] && (R++, t = !0), t;
                },
                    D = a.calendars.standard,
                    C = null,
                    E = null,
                    H = null,
                    _ = null,
                    A = null,
                    N = null,
                    P = null,
                    F = 0,
                    R = 0,
                    U = !1,
                    I = new Date(),
                    $ = D.twoDigitYearMax || 2029,
                    L = I.getFullYear();for (r || (r = "d"), d = D.patterns[r], d && (r = d), r = r.split(""), c = r.length; F < c; F++) {
                    if (u = r[F], U) "'" === u ? U = !1 : z();else if ("d" === u) {
                        if (l = x("d"), D._lowerDays || (D._lowerDays = s(D.days)), null !== H && l > 2) continue;if (H = l < 3 ? k(2) : O(D._lowerDays[3 == l ? "namesAbbr" : "names"], !0), null === H || t(H, 1, 31)) return null;
                    } else if ("M" === u) {
                        if (l = x("M"), D._lowerMonths || (D._lowerMonths = s(D.months)), E = l < 3 ? k(2) : O(D._lowerMonths[3 == l ? "namesAbbr" : "names"], !0), null === E || t(E, 1, 12)) return null;E -= 1;
                    } else if ("y" === u) {
                        if (l = x("y"), C = k(l), null === C) return null;2 == l && ("string" == typeof $ && ($ = L + parseInt($, 10)), C = L - L % 100 + C, C > $ && (C -= 100));
                    } else if ("h" === u) {
                        if (x("h"), _ = k(2), 12 == _ && (_ = 0), null === _ || t(_, 0, 11)) return null;
                    } else if ("H" === u) {
                        if (x("H"), _ = k(2), null === _ || t(_, 0, 23)) return null;
                    } else if ("m" === u) {
                        if (x("m"), A = k(2), null === A || t(A, 0, 59)) return null;
                    } else if ("s" === u) {
                        if (x("s"), N = k(2), null === N || t(N, 0, 59)) return null;
                    } else if ("f" === u) {
                        if (l = x("f"), T = e.substr(R, l).match(b[3]), P = k(l), null !== P && (P = parseFloat("0." + T[0], 10), P = ye._round(P, 3), P *= 1e3), null === P || t(P, 0, 999)) return null;
                    } else if ("t" === u) {
                        if (l = x("t"), y = D.AM, v = D.PM, 1 === l && (y = o(y), v = o(v)), f = O(v), !f && !O(y)) return null;
                    } else if ("z" === u) {
                        if (h = !0, l = x("z"), "Z" === e.substr(R, 1)) {
                            z();continue;
                        }if (g = e.substr(R, 6).match(l > 2 ? p : m), !g) return null;if (g = g[0].split(":"), w = g[0], M = g[1], !M && w.length > 3 && (R = w.length - 2, M = w.substring(R), w = w.substring(0, R)), w = parseInt(w, 10), t(w, -12, 13)) return null;if (l > 2 && (M = parseInt(M, 10), isNaN(M) || t(M, 0, 59))) return null;
                    } else if ("'" === u) U = !0, z();else if (!z()) return null;
                }return S = null !== _ || null !== A || N || null, null === C && null === E && null === H && S ? (C = L, E = I.getMonth(), H = I.getDate()) : (null === C && (C = L), null === H && (H = 1)), f && _ < 12 && (_ += 12), h ? (w && (_ += -w), M && (A += -M), e = new Date(Date.UTC(C, E, H, _, A, N, P))) : (e = new Date(C, E, H, _, A, N, P), i(e, _)), C < 100 && e.setFullYear(C), e.getDate() !== H && h === n ? null : e;
            }function l(e) {
                var t = "-" === e.substr(0, 1) ? -1 : 1;return e = e.substring(1), e = 60 * parseInt(e.substr(0, 2), 10) + parseInt(e.substring(2), 10), t * e;
            }function c(e) {
                var t,
                    n,
                    r,
                    o = Te.max(y.length, v.length),
                    i = e.calendar.patterns,
                    a = [];for (r = 0; r < o; r++) {
                    for (t = y[r], n = 0; n < t.length; n++) {
                        a.push(i[t[n]]);
                    }a = a.concat(v[r]);
                }return a;
            }var d = /\u00A0/g,
                f = /[eE][\-+]?[0-9]+/,
                m = /[+|\-]\d{1,2}/,
                p = /[+|\-]\d{1,2}:?\d{2}/,
                h = /^\/Date\((.*?)\)\/$/,
                g = /[+-]\d*/,
                y = [[], ["G", "g", "F"], ["D", "d", "y", "m", "T", "t"]],
                v = [["yyyy-MM-ddTHH:mm:ss.fffffffzzz", "yyyy-MM-ddTHH:mm:ss.fffffff", "yyyy-MM-ddTHH:mm:ss.fffzzz", "yyyy-MM-ddTHH:mm:ss.fff", "ddd MMM dd yyyy HH:mm:ss", "yyyy-MM-ddTHH:mm:sszzz", "yyyy-MM-ddTHH:mmzzz", "yyyy-MM-ddTHH:mmzz", "yyyy-MM-ddTHH:mm:ss", "yyyy-MM-dd HH:mm:ss", "yyyy/MM/dd HH:mm:ss"], ["yyyy-MM-ddTHH:mm", "yyyy-MM-dd HH:mm", "yyyy/MM/dd HH:mm"], ["yyyy/MM/dd", "yyyy-MM-dd", "HH:mm:ss", "HH:mm"]],
                b = { 2: /^\d{1,2}/, 3: /^\d{1,3}/, 4: /^\d{4}/ },
                w = {}.toString;ye.parseDate = function (e, t, n) {
                var r, o, i, a;if ("[object Date]" === w.call(e)) return e;if (r = 0, o = null, e && 0 === e.indexOf("/D") && (o = h.exec(e))) return o = o[1], a = g.exec(o.substring(1)), o = new Date(parseInt(o, 10)), a && (a = l(a[0]), o = ye.timezone.apply(o, 0), o = ye.timezone.convert(o, 0, -1 * a)), o;for (n = ye.getCulture(n), t || (t = c(n)), t = we(t) ? t : [t], i = t.length; r < i; r++) {
                    if (o = u(e, t[r], n)) return o;
                }return o;
            }, ye.parseInt = function (e, t) {
                var n = ye.parseFloat(e, t);return n && (n = 0 | n), n;
            }, ye.parseFloat = function (e, t, n) {
                if (!e && 0 !== e) return null;if ((typeof e === "undefined" ? "undefined" : _typeof(e)) === _e) return e;e = "" + e, t = ye.getCulture(t);var r,
                    o,
                    i = t.numberFormat,
                    a = i.percent,
                    s = i.currency,
                    u = s.symbol,
                    l = a.symbol,
                    c = e.indexOf("-");return f.test(e) ? (e = parseFloat(e.replace(i["."], ".")), isNaN(e) && (e = null), e) : c > 0 ? null : (c = c > -1, e.indexOf(u) > -1 || n && n.toLowerCase().indexOf("c") > -1 ? (i = s, r = i.pattern[0].replace("$", u).split("n"), e.indexOf(r[0]) > -1 && e.indexOf(r[1]) > -1 && (e = e.replace(r[0], "").replace(r[1], ""), c = !0)) : e.indexOf(l) > -1 && (o = !0, i = a, u = l), e = e.replace("-", "").replace(u, "").replace(d, " ").split(i[","].replace(d, " ")).join("").replace(i["."], "."), e = parseFloat(e), isNaN(e) ? e = null : c && (e *= -1), e && o && (e /= 100), e);
            };
        }(), function () {
            var r, o, i, a, s, u, l;ke._scrollbar = n, ke.scrollbar = function (e) {
                if (isNaN(ke._scrollbar) || e) {
                    var t,
                        n = document.createElement("div");return n.style.cssText = "overflow:scroll;overflow-x:hidden;zoom:1;clear:both;display:block", n.innerHTML = "&nbsp;", document.body.appendChild(n), ke._scrollbar = t = n.offsetWidth - n.scrollWidth, document.body.removeChild(n), t;
                }return ke._scrollbar;
            }, ke.isRtl = function (t) {
                return e(t).closest(".k-rtl").length > 0;
            }, r = document.createElement("table");try {
                r.innerHTML = "<tr><td></td></tr>", ke.tbodyInnerHtml = !0;
            } catch (d) {
                ke.tbodyInnerHtml = !1;
            }ke.touch = "ontouchstart" in t, ke.msPointers = t.MSPointerEvent, ke.pointers = t.PointerEvent, o = ke.transitions = !1, i = ke.transforms = !1, a = "HTMLElement" in t ? HTMLElement.prototype : [], ke.hasHW3D = "WebKitCSSMatrix" in t && "m11" in new t.WebKitCSSMatrix() || "MozPerspective" in document.documentElement.style || "msPerspective" in document.documentElement.style, be(["Moz", "webkit", "O", "ms"], function () {
                var e,
                    t = "" + this,
                    n = _typeof(r.style[t + "Transition"]) === He;if (n || _typeof(r.style[t + "Transform"]) === He) return e = t.toLowerCase(), i = { css: "ms" != e ? "-" + e + "-" : "", prefix: t, event: "o" === e || "webkit" === e ? e : "" }, n && (o = i, o.event = o.event ? o.event + "TransitionEnd" : "transitionend"), !1;
            }), r = null, ke.transforms = i, ke.transitions = o, ke.devicePixelRatio = t.devicePixelRatio === n ? 1 : t.devicePixelRatio;try {
                ke.screenWidth = t.outerWidth || t.screen ? t.screen.availWidth : t.innerWidth, ke.screenHeight = t.outerHeight || t.screen ? t.screen.availHeight : t.innerHeight;
            } catch (d) {
                ke.screenWidth = t.screen.availWidth, ke.screenHeight = t.screen.availHeight;
            }ke.detectOS = function (e) {
                var n,
                    r,
                    o = !1,
                    i = [],
                    a = !/mobile safari/i.test(e),
                    s = { wp: /(Windows Phone(?: OS)?)\s(\d+)\.(\d+(\.\d+)?)/, fire: /(Silk)\/(\d+)\.(\d+(\.\d+)?)/, android: /(Android|Android.*(?:Opera|Firefox).*?\/)\s*(\d+)\.(\d+(\.\d+)?)/, iphone: /(iPhone|iPod).*OS\s+(\d+)[\._]([\d\._]+)/, ipad: /(iPad).*OS\s+(\d+)[\._]([\d_]+)/, meego: /(MeeGo).+NokiaBrowser\/(\d+)\.([\d\._]+)/, webos: /(webOS)\/(\d+)\.(\d+(\.\d+)?)/, blackberry: /(BlackBerry|BB10).*?Version\/(\d+)\.(\d+(\.\d+)?)/, playbook: /(PlayBook).*?Tablet\s*OS\s*(\d+)\.(\d+(\.\d+)?)/, windows: /(MSIE)\s+(\d+)\.(\d+(\.\d+)?)/, tizen: /(tizen).*?Version\/(\d+)\.(\d+(\.\d+)?)/i, sailfish: /(sailfish).*rv:(\d+)\.(\d+(\.\d+)?).*firefox/i, ffos: /(Mobile).*rv:(\d+)\.(\d+(\.\d+)?).*Firefox/ },
                    u = { ios: /^i(phone|pad|pod)$/i, android: /^android|fire$/i, blackberry: /^blackberry|playbook/i, windows: /windows/, wp: /wp/, flat: /sailfish|ffos|tizen/i, meego: /meego/ },
                    l = { tablet: /playbook|ipad|fire/i },
                    d = { omini: /Opera\sMini/i, omobile: /Opera\sMobi/i, firefox: /Firefox|Fennec/i, mobilesafari: /version\/.*safari/i, ie: /MSIE|Windows\sPhone/i, chrome: /chrome|crios/i, webkit: /webkit/i };for (r in s) {
                    if (s.hasOwnProperty(r) && (i = e.match(s[r]))) {
                        if ("windows" == r && "plugins" in navigator) return !1;o = {}, o.device = r, o.tablet = c(r, l, !1), o.browser = c(e, d, "default"), o.name = c(r, u), o[o.name] = !0, o.majorVersion = i[2], o.minorVersion = i[3].replace("_", "."), n = o.minorVersion.replace(".", "").substr(0, 2), o.flatVersion = o.majorVersion + n + Array(3 - (n.length < 3 ? n.length : 2)).join("0"), o.cordova = _typeof(t.PhoneGap) !== Fe || _typeof(t.cordova) !== Fe, o.appMode = t.navigator.standalone || /file|local|wmapp/.test(t.location.protocol) || o.cordova, o.android && (ke.devicePixelRatio < 1.5 && o.flatVersion < 400 || a) && (ke.screenWidth > 800 || ke.screenHeight > 800) && (o.tablet = r);break;
                    }
                }return o;
            }, s = ke.mobileOS = ke.detectOS(navigator.userAgent), ke.wpDevicePixelRatio = s.wp ? screen.width / 320 : 0, ke.kineticScrollNeeded = s && (ke.touch || ke.msPointers || ke.pointers), ke.hasNativeScrolling = !1, (s.ios || s.android && s.majorVersion > 2 || s.wp) && (ke.hasNativeScrolling = s), ke.delayedClick = function () {
                if (ke.touch) {
                    if (s.ios) return !0;if (s.android) return !ke.browser.chrome || !(ke.browser.version < 32) && !(e("meta[name=viewport]").attr("content") || "").match(/user-scalable=no/i);
                }return !1;
            }, ke.mouseAndTouchPresent = ke.touch && !(ke.mobileOS.ios || ke.mobileOS.android), ke.detectBrowser = function (e) {
                var t,
                    n = !1,
                    r = [],
                    o = { edge: /(edge)[ \/]([\w.]+)/i, webkit: /(chrome)[ \/]([\w.]+)/i, safari: /(webkit)[ \/]([\w.]+)/i, opera: /(opera)(?:.*version|)[ \/]([\w.]+)/i, msie: /(msie\s|trident.*? rv:)([\w.]+)/i, mozilla: /(mozilla)(?:.*? rv:([\w.]+)|)/i };for (t in o) {
                    if (o.hasOwnProperty(t) && (r = e.match(o[t]))) {
                        n = {}, n[t] = !0, n[r[1].toLowerCase().split(" ")[0].split("/")[0]] = !0, n.version = parseInt(document.documentMode || r[2], 10);break;
                    }
                }return n;
            }, ke.browser = ke.detectBrowser(navigator.userAgent), ke.detectClipboardAccess = function () {
                var e = { copy: !!document.queryCommandSupported && document.queryCommandSupported("copy"), cut: !!document.queryCommandSupported && document.queryCommandSupported("cut"), paste: !!document.queryCommandSupported && document.queryCommandSupported("paste") };return ke.browser.chrome && (e.paste = !1, ke.browser.version >= 43 && (e.copy = !0, e.cut = !0)), e;
            }, ke.clipboard = ke.detectClipboardAccess(), ke.zoomLevel = function () {
                var e, n, r;try {
                    return e = ke.browser, n = 0, r = document.documentElement, e.msie && 11 == e.version && r.scrollHeight > r.clientHeight && !ke.touch && (n = ke.scrollbar()), ke.touch ? r.clientWidth / t.innerWidth : e.msie && e.version >= 10 ? ((top || t).document.documentElement.offsetWidth + n) / (top || t).innerWidth : 1;
                } catch (o) {
                    return 1;
                }
            }, ke.cssBorderSpacing = n !== document.documentElement.style.borderSpacing && !(ke.browser.msie && ke.browser.version < 8), function (t) {
                var n = "",
                    r = e(document.documentElement),
                    o = parseInt(t.version, 10);t.msie ? n = "ie" : t.mozilla ? n = "ff" : t.safari ? n = "safari" : t.webkit ? n = "webkit" : t.opera ? n = "opera" : t.edge && (n = "edge"), n && (n = "k-" + n + " k-" + n + o), ke.mobileOS && (n += " k-mobile"), r.addClass(n);
            }(ke.browser), ke.eventCapture = document.documentElement.addEventListener, u = document.createElement("input"), ke.placeholder = "placeholder" in u, ke.propertyChangeEvent = "onpropertychange" in u, ke.input = function () {
                for (var e, t = ["number", "date", "time", "month", "week", "datetime", "datetime-local"], n = t.length, r = "test", o = {}, i = 0; i < n; i++) {
                    e = t[i], u.setAttribute("type", e), u.value = r, o[e.replace("-", "")] = "text" !== u.type && u.value !== r;
                }return o;
            }(), u.style.cssText = "float:left;", ke.cssFloat = !!u.style.cssFloat, u = null, ke.stableSort = function () {
                var e,
                    t = 513,
                    n = [{ index: 0, field: "b" }];for (e = 1; e < t; e++) {
                    n.push({ index: e, field: "a" });
                }return n.sort(function (e, t) {
                    return e.field > t.field ? 1 : e.field < t.field ? -1 : 0;
                }), 1 === n[0].index;
            }(), ke.matchesSelector = a.webkitMatchesSelector || a.mozMatchesSelector || a.msMatchesSelector || a.oMatchesSelector || a.matchesSelector || a.matches || function (t) {
                for (var n = document.querySelectorAll ? (this.parentNode || document).querySelectorAll(t) || [] : e(t), r = n.length; r--;) {
                    if (n[r] == this) return !0;
                }return !1;
            }, ke.pushState = t.history && t.history.pushState, l = document.documentMode, ke.hashChange = "onhashchange" in t && !(ke.browser.msie && (!l || l <= 8)), ke.customElements = "registerElement" in t.document;
        }(), j = { left: { reverse: "right" }, right: { reverse: "left" }, down: { reverse: "up" }, up: { reverse: "down" }, top: { reverse: "bottom" }, bottom: { reverse: "top" }, "in": { reverse: "out" }, out: { reverse: "in" } }, B = {}, e.extend(B, { enabled: !0, Element: function Element(t) {
                this.element = e(t);
            }, promise: function promise(e, t) {
                e.is(":visible") || e.css({ display: e.data("olddisplay") || "block" }).css("display"), t.hide && e.data("olddisplay", e.css("display")).hide(), t.init && t.init(), t.completeCallback && t.completeCallback(e), e.dequeue();
            }, disable: function disable() {
                this.enabled = !1, this.promise = this.promiseShim;
            }, enable: function enable() {
                this.enabled = !0, this.promise = this.animatedPromise;
            } }), B.promiseShim = B.promise, "kendoAnimate" in e.fn || ve(e.fn, { kendoStop: function kendoStop(e, t) {
                return this.stop(e, t);
            }, kendoAnimate: function kendoAnimate(e, t, n, r) {
                return M(this, e, t, n, r);
            }, kendoAddClass: function kendoAddClass(e, t) {
                return ye.toggleClass(this, e, t, !0);
            }, kendoRemoveClass: function kendoRemoveClass(e, t) {
                return ye.toggleClass(this, e, t, !1);
            }, kendoToggleClass: function kendoToggleClass(e, t, n) {
                return ye.toggleClass(this, e, t, n);
            } }), J = /&/g, Y = /</g, q = /"/g, V = /'/g, G = />/g, K = function K(e) {
            return e.target;
        }, ke.touch && (K = function K(e) {
            var t = "originalEvent" in e ? e.originalEvent.changedTouches : "changedTouches" in e ? e.changedTouches : null;return t ? document.elementFromPoint(t[0].clientX, t[0].clientY) : e.target;
        }, be(["swipe", "swipeLeft", "swipeRight", "swipeUp", "swipeDown", "doubleTap", "tap"], function (t, n) {
            e.fn[n] = function (e) {
                return this.bind(n, e);
            };
        })), ke.touch ? ke.mobileOS ? (ke.mousedown = "touchstart", ke.mouseup = "touchend", ke.mousemove = "touchmove", ke.mousecancel = "touchcancel", ke.click = "touchend", ke.resize = "orientationchange") : (ke.mousedown = "mousedown touchstart", ke.mouseup = "mouseup touchend", ke.mousemove = "mousemove touchmove", ke.mousecancel = "mouseleave touchcancel", ke.click = "click", ke.resize = "resize") : ke.pointers ? (ke.mousemove = "pointermove", ke.mousedown = "pointerdown", ke.mouseup = "pointerup", ke.mousecancel = "pointercancel", ke.click = "pointerup", ke.resize = "orientationchange resize") : ke.msPointers ? (ke.mousemove = "MSPointerMove", ke.mousedown = "MSPointerDown", ke.mouseup = "MSPointerUp", ke.mousecancel = "MSPointerCancel", ke.click = "MSPointerUp", ke.resize = "orientationchange resize") : (ke.mousemove = "mousemove", ke.mousedown = "mousedown", ke.mouseup = "mouseup", ke.mousecancel = "mouseleave", ke.click = "click", ke.resize = "resize"), Q = function Q(e, t) {
            var n,
                r,
                o,
                i,
                a = t || "d",
                s = 1;for (r = 0, o = e.length; r < o; r++) {
                i = e[r], "" !== i && (n = i.indexOf("["), 0 !== n && (n == -1 ? i = "." + i : (s++, i = "." + i.substring(0, n) + " || {})" + i.substring(n))), s++, a += i + (r < o - 1 ? " || {})" : ")"));
            }return Array(s).join("(") + a;
        }, Z = /^([a-z]+:)?\/\//i, ve(ye, { widgets: [], _widgetRegisteredCallbacks: [], ui: ye.ui || {}, fx: ye.fx || b, effects: ye.effects || B, mobile: ye.mobile || {}, data: ye.data || {}, dataviz: ye.dataviz || {}, drawing: ye.drawing || {}, spreadsheet: { messages: {} }, keys: { INSERT: 45, DELETE: 46, BACKSPACE: 8, TAB: 9, ENTER: 13, ESC: 27, LEFT: 37, UP: 38, RIGHT: 39, DOWN: 40, END: 35, HOME: 36, SPACEBAR: 32, PAGEUP: 33, PAGEDOWN: 34, F2: 113, F10: 121, F12: 123, NUMPAD_PLUS: 107, NUMPAD_MINUS: 109, NUMPAD_DOT: 110 }, support: ye.support || ke, animate: ye.animate || M, ns: "", attr: function attr(e) {
                return "data-" + ye.ns + e;
            }, getShadows: a, wrap: s, deepExtend: u, getComputedStyles: m, webComponents: ye.webComponents || [], isScrollable: p, scrollLeft: h, size: g, toCamelCase: f, toHyphens: d, getOffset: ye.getOffset || y, parseEffects: ye.parseEffects || v, toggleClass: ye.toggleClass || S, directions: ye.directions || j, Observable: P, Class: r, Template: H, template: Me(H.compile, H), render: Me(H.render, H), stringify: Me(xe.stringify, xe), eventTarget: K, htmlEncode: T, isLocalUrl: function isLocalUrl(e) {
                return e && !Z.test(e);
            }, expr: function expr(e, t, n) {
                return e = e || "", (typeof t === "undefined" ? "undefined" : _typeof(t)) == He && (n = t, t = !1), n = n || "d", e && "[" !== e.charAt(0) && (e = "." + e), t ? (e = e.replace(/"([^.]*)\.([^"]*)"/g, '"$1_$DOT$_$2"'), e = e.replace(/'([^.]*)\.([^']*)'/g, "'$1_$DOT$_$2'"), e = Q(e.split("."), n), e = e.replace(/_\$DOT\$_/g, ".")) : e = n + e, e;
            }, getter: function getter(e, t) {
                var n = e + t;return Re[n] = Re[n] || Function("d", "return " + ye.expr(e, t));
            }, setter: function setter(e) {
                return Ue[e] = Ue[e] || Function("d,value", ye.expr(e) + "=value");
            }, accessor: function accessor(e) {
                return { get: ye.getter(e), set: ye.setter(e) };
            }, guid: function guid() {
                var e,
                    t,
                    n = "";for (e = 0; e < 32; e++) {
                    t = 16 * Te.random() | 0, 8 != e && 12 != e && 16 != e && 20 != e || (n += "-"), n += (12 == e ? 4 : 16 == e ? 3 & t | 8 : t).toString(16);
                }return n;
            }, roleSelector: function roleSelector(e) {
                return e.replace(/(\S+)/g, "[" + ye.attr("role") + "=$1],").slice(0, -1);
            }, directiveSelector: function directiveSelector(e) {
                var t,
                    n = e.split(" ");if (n) for (t = 0; t < n.length; t++) {
                    "view" != n[t] && (n[t] = n[t].replace(/(\w*)(view|bar|strip|over)$/, "$1-$2"));
                }return n.join(" ").replace(/(\S+)/g, "kendo-mobile-$1,").slice(0, -1);
            }, triggeredByInput: function triggeredByInput(e) {
                return (/^(label|input|textarea|select)$/i.test(e.target.tagName)
                );
            }, onWidgetRegistered: function onWidgetRegistered(e) {
                for (var t = 0, n = ye.widgets.length; t < n; t++) {
                    e(ye.widgets[t]);
                }ye._widgetRegisteredCallbacks.push(e);
            }, logToConsole: function logToConsole(e, r) {
                var o = t.console;!ye.suppressLog && n !== o && o.log && o[r || "log"](e);
            } }), X = P.extend({ init: function init(e, t) {
                var n,
                    r = this;r.element = ye.jQuery(e).handler(r), r.angular("init", t), P.fn.init.call(r), n = t ? t.dataSource : null, n && (t = ve({}, t, { dataSource: {} })), t = r.options = ve(!0, {}, r.options, t), n && (t.dataSource = n), r.element.attr(ye.attr("role")) || r.element.attr(ye.attr("role"), (t.name || "").toLowerCase()), r.element.data("kendo" + t.prefix + t.name, r), r.bind(r.events, t);
            }, events: [], options: { prefix: "" }, _hasBindingTarget: function _hasBindingTarget() {
                return !!this.element[0].kendoBindingTarget;
            }, _tabindex: function _tabindex(e) {
                e = e || this.wrapper;var t = this.element,
                    n = "tabindex",
                    r = e.attr(n) || t.attr(n);t.removeAttr(n), e.attr(n, isNaN(r) ? 0 : r);
            }, setOptions: function setOptions(t) {
                this._setEvents(t), e.extend(this.options, t);
            }, _setEvents: function _setEvents(e) {
                for (var t, n = this, r = 0, o = n.events.length; r < o; r++) {
                    t = n.events[r], n.options[t] && e[t] && n.unbind(t, n.options[t]);
                }n.bind(n.events, e);
            }, resize: function resize(e) {
                var t = this.getSize(),
                    n = this._size;(e || (t.width > 0 || t.height > 0) && (!n || t.width !== n.width || t.height !== n.height)) && (this._size = t, this._resize(t, e), this.trigger("resize", t));
            }, getSize: function getSize() {
                return ye.dimensions(this.element);
            }, size: function size(e) {
                return e ? (this.setSize(e), n) : this.getSize();
            }, setSize: e.noop, _resize: e.noop, destroy: function destroy() {
                var e = this;e.element.removeData("kendo" + e.options.prefix + e.options.name), e.element.removeData("handler"), e.unbind();
            }, _destroy: function _destroy() {
                this.destroy();
            }, angular: function angular() {}, _muteAngularRebind: function _muteAngularRebind(e) {
                this._muteRebind = !0, e.call(this), this._muteRebind = !1;
            } }), ee = X.extend({ dataItems: function dataItems() {
                return this.dataSource.flatView();
            }, _angularItems: function _angularItems(t) {
                var n = this;n.angular(t, function () {
                    return { elements: n.items(), data: e.map(n.dataItems(), function (e) {
                            return { dataItem: e };
                        }) };
                });
            } }), ye.dimensions = function (e, t) {
            var n = e[0];return t && e.css(t), { width: n.offsetWidth, height: n.offsetHeight };
        }, ye.notify = Se, te = /template$/i, ne = /^\s*(?:\{(?:.|\r\n|\n)*\}|\[(?:.|\r\n|\n)*\])\s*$/, re = /^\{(\d+)(:[^\}]+)?\}|^\[[A-Za-z_]*\]$/, oe = /([A-Z])/g, ye.initWidget = function (r, o, i) {
            var a, s, u, l, c, d, f, m, p, h, g, y, v;if (i ? i.roles && (i = i.roles) : i = ye.ui.roles, r = r.nodeType ? r : r[0], d = r.getAttribute("data-" + ye.ns + "role")) {
                p = d.indexOf(".") === -1, u = p ? i[d] : ye.getter(d)(t), g = e(r).data(), y = u ? "kendo" + u.fn.options.prefix + u.fn.options.name : "", h = p ? RegExp("^kendo.*" + d + "$", "i") : RegExp("^" + y + "$", "i");for (v in g) {
                    if (v.match(h)) {
                        if (v !== y) return g[v];a = g[v];
                    }
                }if (u) {
                    for (m = x(r, "dataSource"), o = e.extend({}, k(r, u.fn.options), o), m && (o.dataSource = (typeof m === "undefined" ? "undefined" : _typeof(m)) === He ? ye.getter(m)(t) : m), l = 0, c = u.fn.events.length; l < c; l++) {
                        s = u.fn.events[l], f = x(r, s), f !== n && (o[s] = ye.getter(f)(t));
                    }return a ? e.isEmptyObject(o) || a.setOptions(o) : a = new u(r, o), a;
                }
            }
        }, ye.rolesFromNamespaces = function (e) {
            var t,
                n,
                r = [];for (e[0] || (e = [ye.ui, ye.dataviz.ui]), t = 0, n = e.length; t < n; t++) {
                r[t] = e[t].roles;
            }return ve.apply(null, [{}].concat(r.reverse()));
        }, ye.init = function (t) {
            var n = ye.rolesFromNamespaces(Ie.call(arguments, 1));e(t).find("[data-" + ye.ns + "role]").addBack().each(function () {
                ye.initWidget(this, {}, n);
            });
        }, ye.destroy = function (t) {
            e(t).find("[data-" + ye.ns + "role]").addBack().each(function () {
                var t,
                    n = e(this).data();for (t in n) {
                    0 === t.indexOf("kendo") && _typeof(n[t].destroy) === Ee && n[t].destroy();
                }
            });
        }, ye.resize = function (t, n) {
            var r,
                o = e(t).find("[data-" + ye.ns + "role]").addBack().filter(z);o.length && (r = e.makeArray(o), r.sort(O), e.each(r, function () {
                var t = ye.widgetInstance(e(this));t && t.resize(n);
            }));
        }, ye.parseOptions = k, ve(ye.ui, { Widget: X, DataBoundWidget: ee, roles: {}, progress: function progress(t, n) {
                var r,
                    o,
                    i,
                    a,
                    s = t.find(".k-loading-mask"),
                    u = ye.support,
                    l = u.browser;n ? s.length || (r = u.isRtl(t), o = r ? "right" : "left", a = t.scrollLeft(), i = l.webkit && r ? t[0].scrollWidth - t.width() - 2 * a : 0, s = e("<div class='k-loading-mask'><span class='k-loading-text'>" + ye.ui.progress.messages.loading + "</span><div class='k-loading-image'/><div class='k-loading-color'/></div>").width("100%").height("100%").css("top", t.scrollTop()).css(o, Math.abs(a) + i).prependTo(t)) : s && s.remove();
            }, plugin: function plugin(t, r, o) {
                var i,
                    a,
                    s,
                    u,
                    l = t.fn.options.name;for (r = r || ye.ui, o = o || "", r[l] = t, r.roles[l.toLowerCase()] = t, i = "getKendo" + o + l, l = "kendo" + o + l, a = { name: l, widget: t, prefix: o || "" }, ye.widgets.push(a), s = 0, u = ye._widgetRegisteredCallbacks.length; s < u; s++) {
                    ye._widgetRegisteredCallbacks[s](a);
                }e.fn[l] = function (r) {
                    var o,
                        i = this;return (typeof r === "undefined" ? "undefined" : _typeof(r)) === He ? (o = Ie.call(arguments, 1), this.each(function () {
                        var t,
                            a,
                            s = e.data(this, l);if (!s) throw Error(ye.format("Cannot call method '{0}' of {1} before it is initialized", r, l));if (t = s[r], (typeof t === "undefined" ? "undefined" : _typeof(t)) !== Ee) throw Error(ye.format("Cannot find method '{0}' of {1}", r, l));if (a = t.apply(s, o), a !== n) return i = a, !1;
                    })) : this.each(function () {
                        return new t(this, r);
                    }), i;
                }, e.fn[l].widget = t, e.fn[i] = function () {
                    return this.data(l);
                };
            } }), ye.ui.progress.messages = { loading: "Loading..." }, ie = { bind: function bind() {
                return this;
            }, nullObject: !0, options: {} }, ae = X.extend({ init: function init(e, t) {
                X.fn.init.call(this, e, t), this.element.autoApplyNS(), this.wrapper = this.element, this.element.addClass("km-widget");
            }, destroy: function destroy() {
                X.fn.destroy.call(this), this.element.kendoDestroy();
            }, options: { prefix: "Mobile" }, events: [], view: function view() {
                var e = this.element.closest(ye.roleSelector("view splitview modalview drawer"));return ye.widgetInstance(e, ye.mobile.ui) || ie;
            }, viewHasNativeScrolling: function viewHasNativeScrolling() {
                var e = this.view();return e && e.options.useNativeScrolling;
            }, container: function container() {
                var e = this.element.closest(ye.roleSelector("view layout modalview drawer splitview"));return ye.widgetInstance(e.eq(0), ye.mobile.ui) || ie;
            } }), ve(ye.mobile, { init: function init(e) {
                ye.init(e, ye.mobile.ui, ye.ui, ye.dataviz.ui);
            }, appLevelNativeScrolling: function appLevelNativeScrolling() {
                return ye.mobile.application && ye.mobile.application.options && ye.mobile.application.options.useNativeScrolling;
            }, roles: {}, ui: { Widget: ae, DataBoundWidget: ee.extend(ae.prototype), roles: {}, plugin: function plugin(e) {
                    ye.ui.plugin(e, ye.mobile.ui, "Mobile");
                } } }), u(ye.dataviz, { init: function init(e) {
                ye.init(e, ye.dataviz.ui);
            }, ui: { roles: {}, themes: {}, views: [], plugin: function plugin(e) {
                    ye.ui.plugin(e, ye.dataviz.ui);
                } }, roles: {} }), ye.touchScroller = function (t, n) {
            return n || (n = {}), n.useNative = !0, e(t).map(function (t, r) {
                return r = e(r), !(!ke.kineticScrollNeeded || !ye.mobile.ui.Scroller || r.data("kendoMobileScroller")) && (r.kendoMobileScroller(n), r.data("kendoMobileScroller"));
            })[0];
        }, ye.preventDefault = function (e) {
            e.preventDefault();
        }, ye.widgetInstance = function (e, n) {
            var r,
                o,
                i,
                a,
                s = e.data(ye.ns + "role"),
                u = [];if (s) {
                if ("content" === s && (s = "scroller"), n) {
                    if (n[0]) for (r = 0, o = n.length; r < o; r++) {
                        u.push(n[r].roles[s]);
                    } else u.push(n.roles[s]);
                } else u = [ye.ui.roles[s], ye.dataviz.ui.roles[s], ye.mobile.ui.roles[s]];for (s.indexOf(".") >= 0 && (u = [ye.getter(s)(t)]), r = 0, o = u.length; r < o; r++) {
                    if (i = u[r], i && (a = e.data("kendo" + i.fn.options.prefix + i.fn.options.name))) return a;
                }
            }
        }, ye.onResize = function (n) {
            var r = n;return ke.mobileOS.android && (r = function r() {
                setTimeout(n, 600);
            }), e(t).on(ke.resize, r), r;
        }, ye.unbindResize = function (n) {
            e(t).off(ke.resize, n);
        }, ye.attrValue = function (e, t) {
            return e.data(ye.ns + t);
        }, ye.days = { Sunday: 0, Monday: 1, Tuesday: 2, Wednesday: 3, Thursday: 4, Friday: 5, Saturday: 6 }, e.extend(e.expr[":"], { kendoFocusable: function kendoFocusable(t) {
                var n = e.attr(t, "tabindex");return D(t, !isNaN(n) && n > -1);
            } }), se = ["mousedown", "mousemove", "mouseenter", "mouseleave", "mouseover", "mouseout", "mouseup", "click"], ue = "label, input, [data-rel=external]", le = { setupMouseMute: function setupMouseMute() {
                var t,
                    n = 0,
                    r = se.length,
                    o = document.documentElement;if (!le.mouseTrap && ke.eventCapture) for (le.mouseTrap = !0, le.bustClick = !1, le.captureMouse = !1, t = function t(_t2) {
                    le.captureMouse && ("click" === _t2.type ? le.bustClick && !e(_t2.target).is(ue) && (_t2.preventDefault(), _t2.stopPropagation()) : _t2.stopPropagation());
                }; n < r; n++) {
                    o.addEventListener(se[n], t, !0);
                }
            }, muteMouse: function muteMouse(e) {
                le.captureMouse = !0, e.data.bustClick && (le.bustClick = !0), clearTimeout(le.mouseTrapTimeoutID);
            }, unMuteMouse: function unMuteMouse() {
                clearTimeout(le.mouseTrapTimeoutID), le.mouseTrapTimeoutID = setTimeout(function () {
                    le.captureMouse = !1, le.bustClick = !1;
                }, 400);
            } }, ce = { down: "touchstart mousedown", move: "mousemove touchmove", up: "mouseup touchend touchcancel", cancel: "mouseleave touchcancel" }, ke.touch && (ke.mobileOS.ios || ke.mobileOS.android) ? ce = { down: "touchstart", move: "touchmove", up: "touchend touchcancel", cancel: "touchcancel" } : ke.pointers ? ce = { down: "pointerdown", move: "pointermove", up: "pointerup", cancel: "pointercancel pointerleave" } : ke.msPointers && (ce = { down: "MSPointerDown", move: "MSPointerMove", up: "MSPointerUp", cancel: "MSPointerCancel MSPointerLeave" }), !ke.msPointers || "onmspointerenter" in t || e.each({ MSPointerEnter: "MSPointerOver", MSPointerLeave: "MSPointerOut" }, function (t, n) {
            e.event.special[t] = { delegateType: n, bindType: n, handle: function handle(t) {
                    var r,
                        o = this,
                        i = t.relatedTarget,
                        a = t.handleObj;return i && (i === o || e.contains(o, i)) || (t.type = a.origType, r = a.handler.apply(this, arguments), t.type = n), r;
                } };
        }), de = function de(e) {
            return ce[e] || e;
        }, fe = /([^ ]+)/g, ye.applyEventMap = function (e, t) {
            return e = e.replace(fe, de), t && (e = e.replace(fe, "$1." + t)), e;
        }, me = e.fn.on, ve(!0, E, e), E.fn = E.prototype = new e(), E.fn.constructor = E, E.fn.init = function (t, n) {
            return n && n instanceof e && !(n instanceof E) && (n = E(n)), e.fn.init.call(this, t, n, pe);
        }, E.fn.init.prototype = E.fn, pe = E(document), ve(E.fn, { handler: function handler(e) {
                return this.data("handler", e), this;
            }, autoApplyNS: function autoApplyNS(e) {
                return this.data("kendoNS", e || ye.guid()), this;
            }, on: function on() {
                var e,
                    t,
                    n,
                    r,
                    o,
                    i,
                    a = this,
                    s = a.data("kendoNS");return 1 === arguments.length ? me.call(a, arguments[0]) : (e = a, t = Ie.call(arguments), _typeof(t[t.length - 1]) === Fe && t.pop(), n = t[t.length - 1], r = ye.applyEventMap(t[0], s), ke.mouseAndTouchPresent && r.search(/mouse|click/) > -1 && this[0] !== document.documentElement && (le.setupMouseMute(), o = 2 === t.length ? null : t[1], i = r.indexOf("click") > -1 && r.indexOf("touchend") > -1, me.call(this, { touchstart: le.muteMouse, touchend: le.unMuteMouse }, o, { bustClick: i })), (typeof n === "undefined" ? "undefined" : _typeof(n)) === He && (e = a.data("handler"), n = e[n], t[t.length - 1] = function (t) {
                    n.call(e, t);
                }), t[0] = r, me.apply(a, t), a);
            }, kendoDestroy: function kendoDestroy(e) {
                return e = e || this.data("kendoNS"), e && this.off("." + e), this;
            } }), ye.jQuery = E, ye.eventMap = ce, ye.timezone = function () {
            function e(e, t) {
                var n,
                    r,
                    o,
                    i = t[3],
                    a = t[4],
                    s = t[5],
                    u = t[8];return u || (t[8] = u = {}), u[e] ? u[e] : (isNaN(a) ? 0 === a.indexOf("last") ? (n = new Date(Date.UTC(e, c[i] + 1, 1, s[0] - 24, s[1], s[2], 0)), r = d[a.substr(4, 3)], o = n.getUTCDay(), n.setUTCDate(n.getUTCDate() + r - o - (r > o ? 7 : 0))) : a.indexOf(">=") >= 0 && (n = new Date(Date.UTC(e, c[i], a.substr(5), s[0], s[1], s[2], 0)), r = d[a.substr(0, 3)], o = n.getUTCDay(), n.setUTCDate(n.getUTCDate() + r - o + (r < o ? 7 : 0))) : n = new Date(Date.UTC(e, c[i], a, s[0], s[1], s[2], 0)), u[e] = n);
            }function t(t, n, r) {
                var o, i, a, s;return (n = n[r]) ? (a = new Date(t).getUTCFullYear(), n = jQuery.grep(n, function (e) {
                    var t = e[0],
                        n = e[1];return t <= a && (n >= a || t == a && "only" == n || "max" == n);
                }), n.push(t), n.sort(function (t, n) {
                    return "number" != typeof t && (t = +e(a, t)), "number" != typeof n && (n = +e(a, n)), t - n;
                }), s = n[jQuery.inArray(t, n) - 1] || n[n.length - 1], isNaN(s) ? s : null) : (o = r.split(":"), i = 0, o.length > 1 && (i = 60 * o[0] + +o[1]), [-1e6, "max", "-", "Jan", 1, [0, 0, 0], i, "-"]);
            }function n(e, t, n) {
                var r,
                    o,
                    i,
                    a = t[n];if ("string" == typeof a && (a = t[a]), !a) throw Error('Timezone "' + n + '" is either incorrect, or kendo.timezones.min.js is not included.');for (r = a.length - 1; r >= 0 && (o = a[r][3], !(o && e > o)); r--) {}if (i = a[r + 1], !i) throw Error('Timezone "' + n + '" not found on ' + e + ".");return i;
            }function r(e, r, o, i) {
                (typeof e === "undefined" ? "undefined" : _typeof(e)) != _e && (e = Date.UTC(e.getFullYear(), e.getMonth(), e.getDate(), e.getHours(), e.getMinutes(), e.getSeconds(), e.getMilliseconds()));var a = n(e, r, i);return { zone: a, rule: t(e, o, a[1]) };
            }function o(e, t) {
                var n, o, i;return "Etc/UTC" == t || "Etc/GMT" == t ? 0 : (n = r(e, this.zones, this.rules, t), o = n.zone, i = n.rule, ye.parseFloat(i ? o[0] - i[6] : o[0]));
            }function i(e, t) {
                var n = r(e, this.zones, this.rules, t),
                    o = n.zone,
                    i = n.rule,
                    a = o[2];return a.indexOf("/") >= 0 ? a.split("/")[i && +i[6] ? 1 : 0] : a.indexOf("%s") >= 0 ? a.replace("%s", i && "-" != i[7] ? i[7] : "") : a;
            }function a(e, t, n) {
                var r, o;return (typeof t === "undefined" ? "undefined" : _typeof(t)) == He && (t = this.offset(e, t)), (typeof n === "undefined" ? "undefined" : _typeof(n)) == He && (n = this.offset(e, n)), r = e.getTimezoneOffset(), e = new Date(e.getTime() + 6e4 * (t - n)), o = e.getTimezoneOffset(), new Date(e.getTime() + 6e4 * (o - r));
            }function s(e, t) {
                return this.convert(e, e.getTimezoneOffset(), t);
            }function u(e, t) {
                return this.convert(e, t, e.getTimezoneOffset());
            }function l(e) {
                return this.apply(new Date(e), "Etc/UTC");
            }var c = { Jan: 0, Feb: 1, Mar: 2, Apr: 3, May: 4, Jun: 5, Jul: 6, Aug: 7, Sep: 8, Oct: 9, Nov: 10, Dec: 11 },
                d = { Sun: 0, Mon: 1, Tue: 2, Wed: 3, Thu: 4, Fri: 5, Sat: 6 };return { zones: {}, rules: {}, offset: o, convert: a, apply: s, remove: u, abbr: i, toLocalDate: l };
        }(), ye.date = function () {
            function e(e, t) {
                return 0 === t && 23 === e.getHours() && (e.setHours(e.getHours() + 2), !0);
            }function t(t, n, r) {
                var o = t.getHours();r = r || 1, n = (n - t.getDay() + 7 * r) % 7, t.setDate(t.getDate() + n), e(t, o);
            }function n(e, n, r) {
                return e = new Date(e), t(e, n, r), e;
            }function r(e) {
                return new Date(e.getFullYear(), e.getMonth(), 1);
            }function o(e) {
                var t = new Date(e.getFullYear(), e.getMonth() + 1, 0),
                    n = r(e),
                    o = Math.abs(t.getTimezoneOffset() - n.getTimezoneOffset());return o && t.setHours(n.getHours() + o / 60), t;
            }function i(t) {
                return t = new Date(t.getFullYear(), t.getMonth(), t.getDate(), 0, 0, 0), e(t, 0), t;
            }function a(e) {
                return Date.UTC(e.getFullYear(), e.getMonth(), e.getDate(), e.getHours(), e.getMinutes(), e.getSeconds(), e.getMilliseconds());
            }function s(e) {
                return e.getTime() - i(e);
            }function u(e, t, n) {
                var r,
                    o = s(t),
                    i = s(n);return !e || o == i || (t >= n && (n += y), r = s(e), o > r && (r += y), i < o && (i += y), r >= o && r <= i);
            }function l(e, t, n) {
                var r,
                    o = t.getTime(),
                    i = n.getTime();return o >= i && (i += y), r = e.getTime(), r >= o && r <= i;
            }function c(t, n) {
                var r = t.getHours();return t = new Date(t), d(t, n * y), e(t, r), t;
            }function d(e, t, n) {
                var r,
                    o = e.getTimezoneOffset();e.setTime(e.getTime() + t), n || (r = e.getTimezoneOffset() - o, e.setTime(e.getTime() + r * g));
            }function f(t, n) {
                return t = new Date(ye.date.getDate(t).getTime() + ye.date.getMilliseconds(n)), e(t, n.getHours()), t;
            }function m() {
                return i(new Date());
            }function p(e) {
                return i(e).getTime() == m().getTime();
            }function h(e) {
                var t = new Date(1980, 1, 1, 0, 0, 0);return e && t.setHours(e.getHours(), e.getMinutes(), e.getSeconds(), e.getMilliseconds()), t;
            }var g = 6e4,
                y = 864e5;return { adjustDST: e, dayOfWeek: n, setDayOfWeek: t, getDate: i, isInDateRange: l, isInTimeRange: u, isToday: p, nextDay: function nextDay(e) {
                    return c(e, 1);
                }, previousDay: function previousDay(e) {
                    return c(e, -1);
                }, toUtcTime: a, MS_PER_DAY: y, MS_PER_HOUR: 60 * g, MS_PER_MINUTE: g, setTime: d, setHours: f, addDays: c, today: m, toInvariantTime: h, firstDayOfMonth: r, lastDayOfMonth: o, getMilliseconds: s };
        }(), ye.stripWhitespace = function (e) {
            var t, n, r;if (document.createNodeIterator) for (t = document.createNodeIterator(e, NodeFilter.SHOW_TEXT, function (t) {
                return t.parentNode == e ? NodeFilter.FILTER_ACCEPT : NodeFilter.FILTER_REJECT;
            }, !1); t.nextNode();) {
                t.referenceNode && !t.referenceNode.textContent.trim() && t.referenceNode.parentNode.removeChild(t.referenceNode);
            } else for (n = 0; n < e.childNodes.length; n++) {
                r = e.childNodes[n], 3 != r.nodeType || /\S/.test(r.nodeValue) || (e.removeChild(r), n--), 1 == r.nodeType && ye.stripWhitespace(r);
            }
        }, he = t.requestAnimationFrame || t.webkitRequestAnimationFrame || t.mozRequestAnimationFrame || t.oRequestAnimationFrame || t.msRequestAnimationFrame || function (e) {
            setTimeout(e, 1e3 / 60);
        }, ye.animationFrame = function (e) {
            he.call(t, e);
        }, ge = [], ye.queueAnimation = function (e) {
            ge[ge.length] = e, 1 === ge.length && ye.runNextAnimation();
        }, ye.runNextAnimation = function () {
            ye.animationFrame(function () {
                ge[0] && (ge.shift()(), ge[0] && ye.runNextAnimation());
            });
        }, ye.parseQueryStringParams = function (e) {
            for (var t = e.split("?")[1] || "", n = {}, r = t.split(/&|=/), o = r.length, i = 0; i < o; i += 2) {
                "" !== r[i] && (n[decodeURIComponent(r[i])] = decodeURIComponent(r[i + 1]));
            }return n;
        }, ye.elementUnderCursor = function (e) {
            if (n !== e.x.client) return document.elementFromPoint(e.x.client, e.y.client);
        }, ye.wheelDeltaY = function (e) {
            var t,
                r = e.originalEvent,
                o = r.wheelDeltaY;return r.wheelDelta ? (o === n || o) && (t = r.wheelDelta) : r.detail && r.axis === r.VERTICAL_AXIS && (t = 10 * -r.detail), t;
        }, ye.throttle = function (e, t) {
            var r,
                o,
                i = 0;return !t || t <= 0 ? e : (o = function o() {
                function o() {
                    e.apply(a, u), i = +new Date();
                }var a = this,
                    s = +new Date() - i,
                    u = arguments;return i ? (r && clearTimeout(r), s > t ? o() : r = setTimeout(o, t - s), n) : o();
            }, o.cancel = function () {
                clearTimeout(r);
            }, o);
        }, ye.caret = function (t, r, o) {
            var i,
                a,
                s,
                u,
                l = r !== n;if (o === n && (o = r), t[0] && (t = t[0]), !l || !t.disabled) {
                try {
                    t.selectionStart !== n ? l ? (t.focus(), t.setSelectionRange(r, o)) : r = [t.selectionStart, t.selectionEnd] : document.selection && (e(t).is(":visible") && t.focus(), i = t.createTextRange(), l ? (i.collapse(!0), i.moveStart("character", r), i.moveEnd("character", o - r), i.select()) : (a = i.duplicate(), i.moveToBookmark(document.selection.createRange().getBookmark()), a.setEndPoint("EndToStart", i), s = a.text.length, u = s + i.text.length, r = [s, u]));
                } catch (c) {
                    r = [];
                }return r;
            }
        }, ye.compileMobileDirective = function (e, n) {
            var r = t.angular;return e.attr("data-" + ye.ns + "role", e[0].tagName.toLowerCase().replace("kendo-mobile-", "").replace("-", "")), r.element(e).injector().invoke(["$compile", function (t) {
                t(e)(n), /^\$(digest|apply)$/.test(n.$$phase) || n.$digest();
            }]), ye.widgetInstance(e, ye.mobile.ui);
        }, ye.antiForgeryTokens = function () {
            var t = {},
                r = e("meta[name=csrf-token],meta[name=_csrf]").attr("content"),
                o = e("meta[name=csrf-param],meta[name=_csrf_header]").attr("content");return e("input[name^='__RequestVerificationToken']").each(function () {
                t[this.name] = this.value;
            }), o !== n && r !== n && (t[o] = r), t;
        }, ye.cycleForm = function (e) {
            function t(e) {
                var t = ye.widgetInstance(e);t && t.focus ? t.focus() : e.focus();
            }var n = e.find("input, .k-widget").first(),
                r = e.find("button, .k-button").last();r.on("keydown", function (e) {
                e.keyCode != ye.keys.TAB || e.shiftKey || (e.preventDefault(), t(n));
            }), n.on("keydown", function (e) {
                e.keyCode == ye.keys.TAB && e.shiftKey && (e.preventDefault(), t(r));
            });
        }, function () {
            function n(t, n, r, o) {
                var i,
                    a,
                    s = e("<form>").attr({ action: r, method: "POST", target: o }),
                    u = ye.antiForgeryTokens();u.fileName = n, i = t.split(";base64,"), u.contentType = i[0].replace("data:", ""), u.base64 = i[1];for (a in u) {
                    u.hasOwnProperty(a) && e("<input>").attr({ value: u[a], name: a, type: "hidden" }).appendTo(s);
                }s.appendTo("body").submit().remove();
            }function r(e, t) {
                var n,
                    r,
                    o,
                    i,
                    a,
                    s = e;if ("string" == typeof e) {
                    for (n = e.split(";base64,"), r = n[0], o = atob(n[1]), i = new Uint8Array(o.length), a = 0; a < o.length; a++) {
                        i[a] = o.charCodeAt(a);
                    }s = new Blob([i.buffer], { type: r });
                }navigator.msSaveBlob(s, t);
            }function o(e, n) {
                t.Blob && e instanceof Blob && (e = URL.createObjectURL(e)), i.download = n, i.href = e;var r = document.createEvent("MouseEvents");r.initMouseEvent("click", !0, !1, t, 0, 0, 0, 0, 0, !1, !1, !1, !1, 0, null), i.dispatchEvent(r), setTimeout(function () {
                    URL.revokeObjectURL(e);
                });
            }var i = document.createElement("a"),
                a = "download" in i && !ye.support.browser.edge;ye.saveAs = function (e) {
                var t = n;e.forceProxy || (a ? t = o : navigator.msSaveBlob && (t = r)), t(e.dataURI, e.fileName, e.proxyURL, e.proxyTarget);
            };
        }(), ye.proxyModelSetters = function (e) {
            var t = {};return Object.keys(e || {}).forEach(function (n) {
                Object.defineProperty(t, n, { get: function get() {
                        return e[n];
                    }, set: function set(t) {
                        e[n] = t, e.dirty = !0;
                    } });
            }), t;
        };
    }(jQuery, window), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, n) {
    (n || t)();
});;!function (e, define) {
    define("kendo.data.min", ["kendo.core.min", "kendo.data.odata.min", "kendo.data.xml.min"], e);
}(function () {
    return function (e, t) {
        function r(e, t, r, n) {
            return function (i) {
                var a,
                    s = {};for (a in i) {
                    s[a] = i[a];
                }s.field = n ? r + "." + i.field : r, t == Oe && e._notifyChange && e._notifyChange(s), e.trigger(t, s);
            };
        }function n(t, r) {
            if (t === r) return !0;var i,
                a = e.type(t),
                s = e.type(r);if (a !== s) return !1;if ("date" === a) return t.getTime() === r.getTime();if ("object" !== a && "array" !== a) return !1;for (i in t) {
                if (!n(t[i], r[i])) return !1;
            }return !0;
        }function i(e, t) {
            var r, n;for (n in e) {
                if (r = e[n], he(r) && r.field && r.field === t) return r;if (r === t) return r;
            }return null;
        }function a(e) {
            this.data = e || [];
        }function s(e, r) {
            if (e) {
                var n = (typeof e === "undefined" ? "undefined" : _typeof(e)) === we ? { field: e, dir: r } : e,
                    i = ce(n) ? n : n !== t ? [n] : [];return ge(i, function (e) {
                    return !!e.dir;
                });
            }
        }function o(e) {
            var t,
                r,
                n,
                i,
                a = e.filters;if (a) for (t = 0, r = a.length; t < r; t++) {
                n = a[t], i = n.operator, i && (typeof i === "undefined" ? "undefined" : _typeof(i)) === we && (n.operator = X[i.toLowerCase()] || i), o(n);
            }
        }function u(e) {
            if (e && !fe(e)) return !ce(e) && e.filters || (e = { logic: "and", filters: ce(e) ? e : [e] }), o(e), e;
        }function l(e, t) {
            return !e.logic && !t.logic && e.field === t.field && e.value === t.value && e.operator === t.operator;
        }function d(e) {
            return e = e || {}, fe(e) ? { logic: "and", filters: [] } : u(e);
        }function h(e, t) {
            return t.logic || e.field > t.field ? 1 : e.field < t.field ? -1 : 0;
        }function f(e, t) {
            var r, n, i, a, s;if (e = d(e), t = d(t), e.logic !== t.logic) return !1;if (i = (e.filters || []).slice(), a = (t.filters || []).slice(), i.length !== a.length) return !1;for (i = i.sort(h), a = a.sort(h), s = 0; s < i.length; s++) {
                if (r = i[s], n = a[s], r.logic && n.logic) {
                    if (!f(r, n)) return !1;
                } else if (!l(r, n)) return !1;
            }return !0;
        }function c(e) {
            return ce(e) ? e : [e];
        }function g(e, r) {
            var n = (typeof e === "undefined" ? "undefined" : _typeof(e)) === we ? { field: e, dir: r } : e,
                i = ce(n) ? n : n !== t ? [n] : [];return B(i, function (e) {
                return { field: e.field, dir: e.dir || "asc", aggregates: e.aggregates };
            });
        }function p(e, t) {
            return e && e.getTime && t && t.getTime ? e.getTime() === t.getTime() : e === t;
        }function _(e, t, r, n, i, a) {
            var s, o, u, l, d;for (t = t || [], l = t.length, s = 0; s < l; s++) {
                o = t[s], u = o.aggregate, d = o.field, e[d] = e[d] || {}, a[d] = a[d] || {}, a[d][u] = a[d][u] || {}, e[d][u] = Y[u.toLowerCase()](e[d][u], r, me.accessor(d), n, i, a[d][u]);
            }
        }function v(e) {
            return "number" == typeof e && !isNaN(e);
        }function m(e) {
            return e && e.getTime;
        }function y(e) {
            var t,
                r = e.length,
                n = Array(r);for (t = 0; t < r; t++) {
                n[t] = e[t].toJSON();
            }return n;
        }function S(e, t, r, n, i) {
            var a,
                s,
                o,
                u,
                l,
                d = {};for (u = 0, l = e.length; u < l; u++) {
                a = e[u];for (s in t) {
                    o = i[s], o && o !== s && (d[o] || (d[o] = me.setter(o)), d[o](a, t[s](a)), delete a[s]);
                }
            }
        }function b(e, t, r, n, i) {
            var a, s, o, u, l;for (u = 0, l = e.length; u < l; u++) {
                a = e[u];for (s in t) {
                    a[s] = r._parse(s, t[s](a)), o = i[s], o && o !== s && delete a[o];
                }
            }
        }function w(e, t, r, n, i) {
            var a, s, o, u;for (s = 0, u = e.length; s < u; s++) {
                a = e[s], o = n[a.field], o && o != a.field && (a.field = o), a.value = r._parse(a.field, a.value), a.hasSubgroups ? w(a.items, t, r, n, i) : b(a.items, t, r, n, i);
            }
        }function k(e, t, r, n, i, a) {
            return function (s) {
                return s = e(s), s && !fe(n) && ("[object Array]" === We.call(s) || s instanceof Ye || (s = [s]), r(s, n, new t(), i, a)), s || [];
            };
        }function x(e, t, r, n) {
            for (var i, a, s, o = 0; t.length && n && (i = t[o], a = i.items, s = a.length, e && e.field === i.field && e.value === i.value ? (e.hasSubgroups && e.items.length ? x(e.items[e.items.length - 1], i.items, r, n) : (a = a.slice(r, r + n), e.items = e.items.concat(a)), t.splice(o--, 1)) : i.hasSubgroups && a.length ? (x(i, a, r, n), i.items.length || t.splice(o--, 1)) : (a = a.slice(r, r + n), i.items = a, i.items.length || t.splice(o--, 1)), 0 === a.length ? r -= s : (r = 0, n -= a.length), !(++o >= t.length));) {}o < t.length && t.splice(o, t.length - o);
        }function q(e) {
            var t,
                r,
                n,
                i,
                a,
                s = [];for (t = 0, r = e.length; t < r; t++) {
                if (a = e.at(t), a.hasSubgroups) s = s.concat(q(a.items));else for (n = a.items, i = 0; i < n.length; i++) {
                    s.push(n.at(i));
                }
            }return s;
        }function D(e, t) {
            var r, n, i;if (t) for (r = 0, n = e.length; r < n; r++) {
                i = e.at(r), i.hasSubgroups ? D(i.items, t) : i.items = new U(i.items, t);
            }
        }function C(e, t) {
            for (var r = 0, n = e.length; r < n; r++) {
                if (e[r].hasSubgroups) {
                    if (C(e[r].items, t)) return !0;
                } else if (t(e[r].items, e[r])) return !0;
            }
        }function O(e, t, r, n) {
            for (var i = 0; i < e.length && e[i].data !== t && !z(e[i].data, r, n); i++) {}
        }function z(e, t, r) {
            for (var n = 0, i = e.length; n < i; n++) {
                if (e[n] && e[n].hasSubgroups) return z(e[n].items, t, r);if (e[n] === t || e[n] === r) return e[n] = r, !0;
            }
        }function R(e, r, n, i, a) {
            var s, o, u, l;for (s = 0, o = e.length; s < o; s++) {
                if (u = e[s], u && !(u instanceof i)) if (u.hasSubgroups === t || a) {
                    for (l = 0; l < r.length; l++) {
                        if (r[l] === u) {
                            e[s] = r.at(l), O(n, r, u, e[s]);break;
                        }
                    }
                } else R(u.items, r, n, i, a);
            }
        }function P(e, t) {
            var r, n, i;for (r = 0, n = e.length; r < n; r++) {
                if (i = e.at(r), i.uid == t.uid) return e.splice(r, 1), i;
            }
        }function T(e, t) {
            return t ? A(e, function (e) {
                return e.uid && e.uid == t.uid || e[t.idField] === t.id && t.id !== t._defaultId;
            }) : -1;
        }function F(e, t) {
            return t ? A(e, function (e) {
                return e.uid == t.uid;
            }) : -1;
        }function A(e, t) {
            var r, n;for (r = 0, n = e.length; r < n; r++) {
                if (t(e[r])) return r;
            }return -1;
        }function I(e, t) {
            var r, n;return e && !fe(e) ? (r = e[t], n = he(r) ? r.from || r.field || t : e[t] || t, ye(n) ? t : n) : t;
        }function N(e, t) {
            var r,
                n,
                i,
                a = {};for (i in e) {
                "filters" !== i && (a[i] = e[i]);
            }if (e.filters) for (a.filters = [], r = 0, n = e.filters.length; r < n; r++) {
                a.filters[r] = N(e.filters[r], t);
            } else a.field = I(t.fields, a.field);return a;
        }function M(e, t) {
            var r,
                n,
                i,
                a,
                s,
                o = [];for (r = 0, n = e.length; r < n; r++) {
                i = {}, a = e[r];for (s in a) {
                    i[s] = a[s];
                }i.field = I(t.fields, i.field), i.aggregates && ce(i.aggregates) && (i.aggregates = M(i.aggregates, t)), o.push(i);
            }return o;
        }function j(t, r) {
            var n, i, a, s, o, u, l, d, h, f;for (t = e(t)[0], n = t.options, i = r[0], a = r[1], s = [], o = 0, u = n.length; o < u; o++) {
                h = {}, d = n[o], l = d.parentNode, l === t && (l = null), d.disabled || l && l.disabled || (l && (h.optgroup = l.label), h[i.field] = d.text, f = d.attributes.value, f = f && f.specified ? d.value : d.text, h[a.field] = f, s.push(h));
            }return s;
        }function L(t, r) {
            var n,
                i,
                a,
                s,
                o,
                u,
                l,
                d = e(t)[0].tBodies[0],
                h = d ? d.rows : [],
                f = r.length,
                c = [];for (n = 0, i = h.length; n < i; n++) {
                for (o = {}, l = !0, s = h[n].cells, a = 0; a < f; a++) {
                    u = s[a], "th" !== u.nodeName.toLowerCase() && (l = !1, o[r[a].field] = u.innerHTML);
                }l || c.push(o);
            }return c;
        }function G(e) {
            return function () {
                var t = this._data,
                    r = ne.fn[e].apply(this, Je.call(arguments));return this._data != t && this._attachBubbleHandlers(), r;
            };
        }function E(t, r) {
            function n(e, t) {
                return e.filter(t).add(e.find(t));
            }var i,
                a,
                s,
                o,
                u,
                l,
                d,
                h,
                f = e(t).children(),
                c = [],
                g = r[0].field,
                p = r[1] && r[1].field,
                _ = r[2] && r[2].field,
                v = r[3] && r[3].field;for (i = 0, a = f.length; i < a; i++) {
                s = { _loaded: !0 }, o = f.eq(i), l = o[0].firstChild, h = o.children(), t = h.filter("ul"), h = h.filter(":not(ul)"), u = o.attr("data-id"), u && (s.id = u), l && (s[g] = 3 == l.nodeType ? l.nodeValue : h.text()), p && (s[p] = n(h, "a").attr("href")), v && (s[v] = n(h, "img").attr("src")), _ && (d = n(h, ".k-sprite").prop("className"), s[_] = d && e.trim(d.replace("k-sprite", ""))), t.length && (s.items = E(t.eq(0), r)), "true" == o.attr("data-hasChildren") && (s.hasChildren = !0), c.push(s);
            }return c;
        }var B,
            U,
            H,
            J,
            V,
            W,
            Q,
            K,
            $,
            X,
            Y,
            Z,
            ee,
            te,
            re,
            ne,
            ie,
            ae,
            se,
            oe,
            ue,
            le = e.extend,
            de = e.proxy,
            he = e.isPlainObject,
            fe = e.isEmptyObject,
            ce = e.isArray,
            ge = e.grep,
            pe = e.ajax,
            _e = e.each,
            ve = e.noop,
            me = window.kendo,
            ye = me.isFunction,
            Se = me.Observable,
            be = me.Class,
            we = "string",
            ke = "function",
            xe = "create",
            qe = "read",
            De = "update",
            Ce = "destroy",
            Oe = "change",
            ze = "sync",
            Re = "get",
            Pe = "error",
            Te = "requestStart",
            Fe = "progress",
            Ae = "requestEnd",
            Ie = [xe, qe, De, Ce],
            Ne = function Ne(e) {
            return e;
        },
            Me = me.getter,
            je = me.stringify,
            Le = Math,
            Ge = [].push,
            Ee = [].join,
            Be = [].pop,
            Ue = [].splice,
            He = [].shift,
            Je = [].slice,
            Ve = [].unshift,
            We = {}.toString,
            Qe = me.support.stableSort,
            Ke = /^\/Date\((.*?)\)\/$/,
            $e = /(\r+|\n+)/g,
            Xe = /(?=['\\])/g,
            Ye = Se.extend({ init: function init(e, t) {
                var r = this;r.type = t || H, Se.fn.init.call(r), r.length = e.length, r.wrapAll(e, r);
            }, at: function at(e) {
                return this[e];
            }, toJSON: function toJSON() {
                var e,
                    t,
                    r = this.length,
                    n = Array(r);for (e = 0; e < r; e++) {
                    t = this[e], t instanceof H && (t = t.toJSON()), n[e] = t;
                }return n;
            }, parent: ve, wrapAll: function wrapAll(e, t) {
                var r,
                    n,
                    i = this,
                    a = function a() {
                    return i;
                };for (t = t || [], r = 0, n = e.length; r < n; r++) {
                    t[r] = i.wrap(e[r], a);
                }return t;
            }, wrap: function wrap(e, t) {
                var r,
                    n = this;return null !== e && "[object Object]" === We.call(e) && (r = e instanceof n.type || e instanceof W, r || (e = e instanceof H ? e.toJSON() : e, e = new n.type(e)), e.parent = t, e.bind(Oe, function (e) {
                    n.trigger(Oe, { field: e.field, node: e.node, index: e.index, items: e.items || [this], action: e.node ? e.action || "itemloaded" : "itemchange" });
                })), e;
            }, push: function push() {
                var e,
                    t = this.length,
                    r = this.wrapAll(arguments);return e = Ge.apply(this, r), this.trigger(Oe, { action: "add", index: t, items: r }), e;
            }, slice: Je, sort: [].sort, join: Ee, pop: function pop() {
                var e = this.length,
                    t = Be.apply(this);return e && this.trigger(Oe, { action: "remove", index: e - 1, items: [t] }), t;
            }, splice: function splice(e, t, r) {
                var n,
                    i,
                    a,
                    s = this.wrapAll(Je.call(arguments, 2));if (n = Ue.apply(this, [e, t].concat(s)), n.length) for (this.trigger(Oe, { action: "remove", index: e, items: n }), i = 0, a = n.length; i < a; i++) {
                    n[i] && n[i].children && n[i].unbind(Oe);
                }return r && this.trigger(Oe, { action: "add", index: e, items: s }), n;
            }, shift: function shift() {
                var e = this.length,
                    t = He.apply(this);return e && this.trigger(Oe, { action: "remove", index: 0, items: [t] }), t;
            }, unshift: function unshift() {
                var e,
                    t = this.wrapAll(arguments);return e = Ve.apply(this, t), this.trigger(Oe, { action: "add", index: 0, items: t }), e;
            }, indexOf: function indexOf(e) {
                var t,
                    r,
                    n = this;for (t = 0, r = n.length; t < r; t++) {
                    if (n[t] === e) return t;
                }return -1;
            }, forEach: function forEach(e) {
                for (var t = 0, r = this.length; t < r; t++) {
                    e(this[t], t, this);
                }
            }, map: function map(e) {
                for (var t = 0, r = [], n = this.length; t < n; t++) {
                    r[t] = e(this[t], t, this);
                }return r;
            }, reduce: function reduce(e) {
                var t,
                    r = 0,
                    n = this.length;for (2 == arguments.length ? t = arguments[1] : r < n && (t = this[r++]); r < n; r++) {
                    t = e(t, this[r], r, this);
                }return t;
            }, reduceRight: function reduceRight(e) {
                var t,
                    r = this.length - 1;for (2 == arguments.length ? t = arguments[1] : r > 0 && (t = this[r--]); r >= 0; r--) {
                    t = e(t, this[r], r, this);
                }return t;
            }, filter: function filter(e) {
                for (var t, r = 0, n = [], i = this.length; r < i; r++) {
                    t = this[r], e(t, r, this) && (n[n.length] = t);
                }return n;
            }, find: function find(e) {
                for (var t, r = 0, n = this.length; r < n; r++) {
                    if (t = this[r], e(t, r, this)) return t;
                }
            }, every: function every(e) {
                for (var t, r = 0, n = this.length; r < n; r++) {
                    if (t = this[r], !e(t, r, this)) return !1;
                }return !0;
            }, some: function some(e) {
                for (var t, r = 0, n = this.length; r < n; r++) {
                    if (t = this[r], e(t, r, this)) return !0;
                }return !1;
            }, remove: function remove(e) {
                var t = this.indexOf(e);t !== -1 && this.splice(t, 1);
            }, empty: function empty() {
                this.splice(0, this.length);
            } });"undefined" != typeof Symbol && Symbol.iterator && !Ye.prototype[Symbol.iterator] && (Ye.prototype[Symbol.iterator] = [][Symbol.iterator]), U = Ye.extend({ init: function init(e, t) {
                Se.fn.init.call(this), this.type = t || H;for (var r = 0; r < e.length; r++) {
                    this[r] = e[r];
                }this.length = r, this._parent = de(function () {
                    return this;
                }, this);
            }, at: function at(e) {
                var t = this[e];return t instanceof this.type ? t.parent = this._parent : t = this[e] = this.wrap(t, this._parent), t;
            } }), H = Se.extend({ init: function init(e) {
                var t,
                    r,
                    n = this,
                    i = function i() {
                    return n;
                };Se.fn.init.call(this), this._handlers = {};for (r in e) {
                    t = e[r], "object" == (typeof t === "undefined" ? "undefined" : _typeof(t)) && t && !t.getTime && "_" != r.charAt(0) && (t = n.wrap(t, r, i)), n[r] = t;
                }n.uid = me.guid();
            }, shouldSerialize: function shouldSerialize(e) {
                return this.hasOwnProperty(e) && "_handlers" !== e && "_events" !== e && _typeof(this[e]) !== ke && "uid" !== e;
            }, forEach: function forEach(e) {
                for (var t in this) {
                    this.shouldSerialize(t) && e(this[t], t);
                }
            }, toJSON: function toJSON() {
                var e,
                    t,
                    r = {};for (t in this) {
                    this.shouldSerialize(t) && (e = this[t], (e instanceof H || e instanceof Ye) && (e = e.toJSON()), r[t] = e);
                }return r;
            }, get: function get(e) {
                var t,
                    r = this;return r.trigger(Re, { field: e }), t = "this" === e ? r : me.getter(e, !0)(r);
            }, _set: function _set(e, t) {
                var r,
                    n,
                    i,
                    a = this,
                    s = e.indexOf(".") >= 0;if (s) for (r = e.split("."), n = ""; r.length > 1;) {
                    if (n += r.shift(), i = me.getter(n, !0)(a), i instanceof H) return i.set(r.join("."), t), s;n += ".";
                }return me.setter(e)(a, t), s;
            }, set: function set(e, t) {
                var r = this,
                    n = !1,
                    i = e.indexOf(".") >= 0,
                    a = me.getter(e, !0)(r);return a !== t && (a instanceof Se && this._handlers[e] && (this._handlers[e].get && a.unbind(Re, this._handlers[e].get), a.unbind(Oe, this._handlers[e].change)), n = r.trigger("set", { field: e, value: t }), n || (i || (t = r.wrap(t, e, function () {
                    return r;
                })), (!r._set(e, t) || e.indexOf("(") >= 0 || e.indexOf("[") >= 0) && r.trigger(Oe, { field: e }))), n;
            }, parent: ve, wrap: function wrap(e, t, n) {
                var i,
                    a,
                    s,
                    o,
                    u = this,
                    l = We.call(e);return null == e || "[object Object]" !== l && "[object Array]" !== l || (s = e instanceof Ye, o = e instanceof ne, "[object Object]" !== l || o || s ? ("[object Array]" === l || s || o) && (s || o || (e = new Ye(e)), a = r(u, Oe, t, !1), e.bind(Oe, a), u._handlers[t] = { change: a }) : (e instanceof H || (e = new H(e)), i = r(u, Re, t, !0), e.bind(Re, i), a = r(u, Oe, t, !0), e.bind(Oe, a), u._handlers[t] = { get: i, change: a }), e.parent = n), e;
            } }), J = { number: function number(e) {
                return me.parseFloat(e);
            }, date: function date(e) {
                return me.parseDate(e);
            }, "boolean": function boolean(e) {
                return (typeof e === "undefined" ? "undefined" : _typeof(e)) === we ? "true" === e.toLowerCase() : null != e ? !!e : e;
            }, string: function string(e) {
                return null != e ? e + "" : e;
            }, "default": function _default(e) {
                return e;
            } }, V = { string: "", number: 0, date: new Date(), "boolean": !1, "default": "" }, W = H.extend({ init: function init(r) {
                var n,
                    i,
                    a = this;if ((!r || e.isEmptyObject(r)) && (r = e.extend({}, a.defaults, r), a._initializers)) for (n = 0; n < a._initializers.length; n++) {
                    i = a._initializers[n], r[i] = a.defaults[i]();
                }H.fn.init.call(a, r), a.dirty = !1, a.idField && (a.id = a.get(a.idField), a.id === t && (a.id = a._defaultId));
            }, shouldSerialize: function shouldSerialize(e) {
                return H.fn.shouldSerialize.call(this, e) && "uid" !== e && !("id" !== this.idField && "id" === e) && "dirty" !== e && "_accessors" !== e;
            }, _parse: function _parse(e, t) {
                var r,
                    n = this,
                    a = e,
                    s = n.fields || {};return e = s[e], e || (e = i(s, a)), e && (r = e.parse, !r && e.type && (r = J[e.type.toLowerCase()])), r ? r(t) : t;
            }, _notifyChange: function _notifyChange(e) {
                var t = e.action;"add" != t && "remove" != t || (this.dirty = !0);
            }, editable: function editable(e) {
                return e = (this.fields || {})[e], !e || e.editable !== !1;
            }, set: function set(e, t, r) {
                var i = this,
                    a = i.dirty;i.editable(e) && (t = i._parse(e, t), n(t, i.get(e)) || (i.dirty = !0, H.fn.set.call(i, e, t, r) && !a && (i.dirty = a)));
            }, accept: function accept(e) {
                var t,
                    r,
                    n = this,
                    i = function i() {
                    return n;
                };for (t in e) {
                    r = e[t], "_" != t.charAt(0) && (r = n.wrap(e[t], t, i)), n._set(t, r);
                }n.idField && (n.id = n.get(n.idField)), n.dirty = !1;
            }, isNew: function isNew() {
                return this.id === this._defaultId;
            } }), W.define = function (e, r) {
            r === t && (r = e, e = W);var n,
                i,
                a,
                s,
                o,
                u,
                l,
                d,
                h = le({ defaults: {} }, r),
                f = {},
                c = h.id,
                g = [];if (c && (h.idField = c), h.id && delete h.id, c && (h.defaults[c] = h._defaultId = ""), "[object Array]" === We.call(h.fields)) {
                for (u = 0, l = h.fields.length; u < l; u++) {
                    a = h.fields[u], (typeof a === "undefined" ? "undefined" : _typeof(a)) === we ? f[a] = {} : a.field && (f[a.field] = a);
                }h.fields = f;
            }for (i in h.fields) {
                a = h.fields[i], s = a.type || "default", o = null, d = i, i = _typeof(a.field) === we ? a.field : i, a.nullable || (o = h.defaults[d !== i ? d : i] = a.defaultValue !== t ? a.defaultValue : V[s.toLowerCase()], "function" == typeof o && g.push(i)), r.id === i && (h._defaultId = o), h.defaults[d !== i ? d : i] = o, a.parse = a.parse || J[s];
            }return g.length > 0 && (h._initializers = g), n = e.extend(h), n.define = function (e) {
                return W.define(n, e);
            }, h.fields && (n.fields = h.fields, n.idField = h.idField), n;
        }, Q = { selector: function selector(e) {
                return ye(e) ? e : Me(e);
            }, compare: function compare(e) {
                var t = this.selector(e);return function (e, r) {
                    return e = t(e), r = t(r), null == e && null == r ? 0 : null == e ? -1 : null == r ? 1 : e.localeCompare ? e.localeCompare(r) : e > r ? 1 : e < r ? -1 : 0;
                };
            }, create: function create(e) {
                var t = e.compare || this.compare(e.field);return "desc" == e.dir ? function (e, r) {
                    return t(r, e, !0);
                } : t;
            }, combine: function combine(e) {
                return function (t, r) {
                    var n,
                        i,
                        a = e[0](t, r);for (n = 1, i = e.length; n < i; n++) {
                        a = a || e[n](t, r);
                    }return a;
                };
            } }, K = le({}, Q, { asc: function asc(e) {
                var t = this.selector(e);return function (e, r) {
                    var n = t(e),
                        i = t(r);return n && n.getTime && i && i.getTime && (n = n.getTime(), i = i.getTime()), n === i ? e.__position - r.__position : null == n ? -1 : null == i ? 1 : n.localeCompare ? n.localeCompare(i) : n > i ? 1 : -1;
                };
            }, desc: function desc(e) {
                var t = this.selector(e);return function (e, r) {
                    var n = t(e),
                        i = t(r);return n && n.getTime && i && i.getTime && (n = n.getTime(), i = i.getTime()), n === i ? e.__position - r.__position : null == n ? 1 : null == i ? -1 : i.localeCompare ? i.localeCompare(n) : n < i ? 1 : -1;
                };
            }, create: function create(e) {
                return this[e.dir](e.field);
            } }), B = function B(e, t) {
            var r,
                n = e.length,
                i = Array(n);for (r = 0; r < n; r++) {
                i[r] = t(e[r], r, e);
            }return i;
        }, $ = function () {
            function e(e) {
                return e.replace(Xe, "\\").replace($e, "");
            }function t(t, r, n, i) {
                var a;return null != n && ((typeof n === "undefined" ? "undefined" : _typeof(n)) === we && (n = e(n), a = Ke.exec(n), a ? n = new Date(+a[1]) : i ? (n = "'" + n.toLowerCase() + "'", r = "((" + r + " || '')+'').toLowerCase()") : n = "'" + n + "'"), n.getTime && (r = "(" + r + "&&" + r + ".getTime?" + r + ".getTime():" + r + ")", n = n.getTime())), r + " " + t + " " + n;
            }return { quote: function quote(t) {
                    return t && t.getTime ? "new Date(" + t.getTime() + ")" : "string" == typeof t ? "'" + e(t) + "'" : "" + t;
                }, eq: function eq(e, r, n) {
                    return t("==", e, r, n);
                }, neq: function neq(e, r, n) {
                    return t("!=", e, r, n);
                }, gt: function gt(e, r, n) {
                    return t(">", e, r, n);
                }, gte: function gte(e, r, n) {
                    return t(">=", e, r, n);
                }, lt: function lt(e, r, n) {
                    return t("<", e, r, n);
                }, lte: function lte(e, r, n) {
                    return t("<=", e, r, n);
                }, startswith: function startswith(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".lastIndexOf('" + r + "', 0) == 0";
                }, doesnotstartwith: function doesnotstartwith(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".lastIndexOf('" + r + "', 0) == -1";
                }, endswith: function endswith(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".indexOf('" + r + "', " + t + ".length - " + (r || "").length + ") >= 0";
                }, doesnotendwith: function doesnotendwith(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".indexOf('" + r + "', " + t + ".length - " + (r || "").length + ") < 0";
                }, contains: function contains(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".indexOf('" + r + "') >= 0";
                }, doesnotcontain: function doesnotcontain(t, r, n) {
                    return n && (t = "(" + t + " || '').toLowerCase()", r && (r = r.toLowerCase())), r && (r = e(r)), t + ".indexOf('" + r + "') == -1";
                }, isempty: function isempty(e) {
                    return e + " === ''";
                }, isnotempty: function isnotempty(e) {
                    return e + " !== ''";
                }, isnull: function isnull(e) {
                    return "(" + e + " === null || " + e + " === undefined)";
                }, isnotnull: function isnotnull(e) {
                    return "(" + e + " !== null && " + e + " !== undefined)";
                } };
        }(), a.filterExpr = function (e) {
            var r,
                n,
                i,
                s,
                o,
                u,
                l = [],
                d = { and: " && ", or: " || " },
                h = [],
                f = [],
                c = e.filters;for (r = 0, n = c.length; r < n; r++) {
                i = c[r], o = i.field, u = i.operator, i.filters ? (s = a.filterExpr(i), i = s.expression.replace(/__o\[(\d+)\]/g, function (e, t) {
                    return t = +t, "__o[" + (f.length + t) + "]";
                }).replace(/__f\[(\d+)\]/g, function (e, t) {
                    return t = +t, "__f[" + (h.length + t) + "]";
                }), f.push.apply(f, s.operators), h.push.apply(h, s.fields)) : ((typeof o === "undefined" ? "undefined" : _typeof(o)) === ke ? (s = "__f[" + h.length + "](d)", h.push(o)) : s = me.expr(o), (typeof u === "undefined" ? "undefined" : _typeof(u)) === ke ? (i = "__o[" + f.length + "](" + s + ", " + $.quote(i.value) + ")", f.push(u)) : i = $[(u || "eq").toLowerCase()](s, i.value, i.ignoreCase === t || i.ignoreCase)), l.push(i);
            }return { expression: "(" + l.join(d[e.logic]) + ")", fields: h, operators: f };
        }, X = { "==": "eq", equals: "eq", isequalto: "eq", equalto: "eq", equal: "eq", "!=": "neq", ne: "neq", notequals: "neq", isnotequalto: "neq", notequalto: "neq", notequal: "neq", "<": "lt", islessthan: "lt", lessthan: "lt", less: "lt", "<=": "lte", le: "lte", islessthanorequalto: "lte", lessthanequal: "lte", ">": "gt", isgreaterthan: "gt", greaterthan: "gt", greater: "gt", ">=": "gte", isgreaterthanorequalto: "gte", greaterthanequal: "gte", ge: "gte", notsubstringof: "doesnotcontain", isnull: "isnull", isempty: "isempty", isnotempty: "isnotempty" }, a.normalizeFilter = u, a.compareFilters = f, a.prototype = { toArray: function toArray() {
                return this.data;
            }, range: function range(e, t) {
                return new a(this.data.slice(e, e + t));
            }, skip: function skip(e) {
                return new a(this.data.slice(e));
            }, take: function take(e) {
                return new a(this.data.slice(0, e));
            }, select: function select(e) {
                return new a(B(this.data, e));
            }, order: function order(e, t) {
                var r = { dir: t };return e && (e.compare ? r.compare = e.compare : r.field = e), new a(this.data.slice(0).sort(Q.create(r)));
            }, orderBy: function orderBy(e) {
                return this.order(e, "asc");
            }, orderByDescending: function orderByDescending(e) {
                return this.order(e, "desc");
            }, sort: function sort(e, t, r) {
                var n,
                    i,
                    a = s(e, t),
                    o = [];if (r = r || Q, a.length) {
                    for (n = 0, i = a.length; n < i; n++) {
                        o.push(r.create(a[n]));
                    }return this.orderBy({ compare: r.combine(o) });
                }return this;
            }, filter: function filter(e) {
                var t,
                    r,
                    n,
                    i,
                    s,
                    o,
                    l,
                    d,
                    h = this.data,
                    f = [];if (e = u(e), !e || 0 === e.filters.length) return this;for (i = a.filterExpr(e), o = i.fields, l = i.operators, s = d = Function("d, __f, __o", "return " + i.expression), (o.length || l.length) && (d = function d(e) {
                    return s(e, o, l);
                }), t = 0, n = h.length; t < n; t++) {
                    r = h[t], d(r) && f.push(r);
                }return new a(f);
            }, group: function group(e, t) {
                e = g(e || []), t = t || this.data;var r,
                    n = this,
                    i = new a(n.data);return e.length > 0 && (r = e[0], i = i.groupBy(r).select(function (n) {
                    var i = new a(t).filter([{ field: n.field, operator: "eq", value: n.value, ignoreCase: !1 }]);return { field: n.field, value: n.value, items: e.length > 1 ? new a(n.items).group(e.slice(1), i.toArray()).toArray() : n.items, hasSubgroups: e.length > 1, aggregates: i.aggregate(r.aggregates) };
                })), i;
            }, groupBy: function groupBy(e) {
                if (fe(e) || !this.data.length) return new a([]);var t,
                    r,
                    n,
                    i,
                    s = e.field,
                    o = this._sortForGrouping(s, e.dir || "asc"),
                    u = me.accessor(s),
                    l = u.get(o[0], s),
                    d = { field: s, value: l, items: [] },
                    h = [d];for (n = 0, i = o.length; n < i; n++) {
                    t = o[n], r = u.get(t, s), p(l, r) || (l = r, d = { field: s, value: l, items: [] }, h.push(d)), d.items.push(t);
                }return new a(h);
            }, _sortForGrouping: function _sortForGrouping(e, t) {
                var r,
                    n,
                    i = this.data;if (!Qe) {
                    for (r = 0, n = i.length; r < n; r++) {
                        i[r].__position = r;
                    }for (i = new a(i).sort(e, t, K).toArray(), r = 0, n = i.length; r < n; r++) {
                        delete i[r].__position;
                    }return i;
                }return this.sort(e, t).toArray();
            }, aggregate: function aggregate(e) {
                var t,
                    r,
                    n = {},
                    i = {};if (e && e.length) for (t = 0, r = this.data.length; t < r; t++) {
                    _(n, e, this.data[t], t, r, i);
                }return n;
            } }, Y = { sum: function sum(e, t, r) {
                var n = r.get(t);return v(e) ? v(n) && (e += n) : e = n, e;
            }, count: function count(e) {
                return (e || 0) + 1;
            }, average: function average(e, r, n, i, a, s) {
                var o = n.get(r);return s.count === t && (s.count = 0), v(e) ? v(o) && (e += o) : e = o, v(o) && s.count++, i == a - 1 && v(e) && (e /= s.count), e;
            }, max: function max(e, t, r) {
                var n = r.get(t);return v(e) || m(e) || (e = n), e < n && (v(n) || m(n)) && (e = n), e;
            }, min: function min(e, t, r) {
                var n = r.get(t);return v(e) || m(e) || (e = n), e > n && (v(n) || m(n)) && (e = n), e;
            } }, a.process = function (e, r) {
            r = r || {};var n,
                i = new a(e),
                o = r.group,
                u = g(o || []).concat(s(r.sort || [])),
                l = r.filterCallback,
                d = r.filter,
                h = r.skip,
                f = r.take;return d && (i = i.filter(d), l && (i = l(i)), n = i.toArray().length), u && (i = i.sort(u), o && (e = i.toArray())), h !== t && f !== t && (i = i.range(h, f)), o && (i = i.group(o, e)), { total: n, data: i.toArray() };
        }, Z = be.extend({ init: function init(e) {
                this.data = e.data;
            }, read: function read(e) {
                e.success(this.data);
            }, update: function update(e) {
                e.success(e.data);
            }, create: function create(e) {
                e.success(e.data);
            }, destroy: function destroy(e) {
                e.success(e.data);
            } }), ee = be.extend({ init: function init(e) {
                var t,
                    r = this;e = r.options = le({}, r.options, e), _e(Ie, function (t, r) {
                    _typeof(e[r]) === we && (e[r] = { url: e[r] });
                }), r.cache = e.cache ? te.create(e.cache) : { find: ve, add: ve }, t = e.parameterMap, ye(e.push) && (r.push = e.push), r.push || (r.push = Ne), r.parameterMap = ye(t) ? t : function (e) {
                    var r = {};return _e(e, function (e, n) {
                        e in t && (e = t[e], he(e) && (n = e.value(n), e = e.key)), r[e] = n;
                    }), r;
                };
            }, options: { parameterMap: Ne }, create: function create(e) {
                return pe(this.setup(e, xe));
            }, read: function read(r) {
                var n,
                    i,
                    a,
                    s = this,
                    o = s.cache;r = s.setup(r, qe), n = r.success || ve, i = r.error || ve, a = o.find(r.data), a !== t ? n(a) : (r.success = function (e) {
                    o.add(r.data, e), n(e);
                }, e.ajax(r));
            }, update: function update(e) {
                return pe(this.setup(e, De));
            }, destroy: function destroy(e) {
                return pe(this.setup(e, Ce));
            }, setup: function setup(e, t) {
                e = e || {};var r,
                    n = this,
                    i = n.options[t],
                    a = ye(i.data) ? i.data(e.data) : i.data;return e = le(!0, {}, i, e), r = le(!0, {}, a, e.data), e.data = n.parameterMap(r, t), ye(e.url) && (e.url = e.url(r)), e;
            } }), te = be.extend({ init: function init() {
                this._store = {};
            }, add: function add(e, r) {
                e !== t && (this._store[je(e)] = r);
            }, find: function find(e) {
                return this._store[je(e)];
            }, clear: function clear() {
                this._store = {};
            }, remove: function remove(e) {
                delete this._store[je(e)];
            } }), te.create = function (e) {
            var t = { inmemory: function inmemory() {
                    return new te();
                } };return he(e) && ye(e.find) ? e : e === !0 ? new te() : t[e]();
        }, re = be.extend({ init: function init(e) {
                var t,
                    r,
                    n,
                    i,
                    a,
                    s,
                    o,
                    u,
                    l,
                    d,
                    h,
                    f,
                    c,
                    g = this;e = e || {};for (t in e) {
                    r = e[t], g[t] = (typeof r === "undefined" ? "undefined" : _typeof(r)) === we ? Me(r) : r;
                }i = e.modelBase || W, he(g.model) && (g.model = n = i.define(g.model)), a = de(g.data, g), g._dataAccessFunction = a, g.model && (s = de(g.groups, g), o = de(g.serialize, g), u = {}, l = {}, d = {}, h = {}, f = !1, n = g.model, n.fields && (_e(n.fields, function (e, t) {
                    var r;c = e, he(t) && t.field ? c = t.field : (typeof t === "undefined" ? "undefined" : _typeof(t)) === we && (c = t), he(t) && t.from && (r = t.from), f = f || r && r !== e || c !== e, l[e] = Me(r || c), d[e] = Me(e), u[r || c] = e, h[e] = r || c;
                }), !e.serialize && f && (g.serialize = k(o, n, S, d, u, h))), g._dataAccessFunction = a, g.data = k(a, n, b, l, u, h), g.groups = k(s, n, w, l, u, h));
            }, errors: function errors(e) {
                return e ? e.errors : null;
            }, parse: Ne, data: Ne, total: function total(e) {
                return e.length;
            }, groups: Ne, aggregates: function aggregates() {
                return {};
            }, serialize: function serialize(e) {
                return e;
            } }), ne = Se.extend({ init: function init(e) {
                var r,
                    n,
                    i,
                    a = this;e && (n = e.data), e = a.options = le({}, a.options, e), a._map = {}, a._prefetch = {}, a._data = [], a._pristineData = [], a._ranges = [], a._view = [], a._pristineTotal = 0, a._destroyed = [], a._pageSize = e.pageSize, a._page = e.page || (e.pageSize ? 1 : t), a._sort = s(e.sort), a._filter = u(e.filter), a._group = g(e.group), a._aggregate = e.aggregate, a._total = e.total, a._shouldDetachObservableParents = !0, Se.fn.init.call(a), a.transport = ie.create(e, n, a), ye(a.transport.push) && a.transport.push({ pushCreate: de(a._pushCreate, a), pushUpdate: de(a._pushUpdate, a), pushDestroy: de(a._pushDestroy, a) }), null != e.offlineStorage && ("string" == typeof e.offlineStorage ? (i = e.offlineStorage, a._storage = { getItem: function getItem() {
                        return JSON.parse(localStorage.getItem(i));
                    }, setItem: function setItem(e) {
                        localStorage.setItem(i, je(a.reader.serialize(e)));
                    } }) : a._storage = e.offlineStorage), a.reader = new me.data.readers[e.schema.type || "json"](e.schema), r = a.reader.model || {}, a._detachObservableParents(), a._data = a._observe(a._data), a._online = !0, a.bind(["push", Pe, Oe, Te, ze, Ae, Fe], e);
            }, options: { data: null, schema: { modelBase: W }, offlineStorage: null, serverSorting: !1, serverPaging: !1, serverFiltering: !1, serverGrouping: !1, serverAggregates: !1, batch: !1 }, clone: function clone() {
                return this;
            }, online: function online(r) {
                return r !== t ? this._online != r && (this._online = r, r) ? this.sync() : e.Deferred().resolve().promise() : this._online;
            }, offlineData: function offlineData(e) {
                return null == this.options.offlineStorage ? null : e !== t ? this._storage.setItem(e) : this._storage.getItem() || [];
            }, _isServerGrouped: function _isServerGrouped() {
                var e = this.group() || [];return this.options.serverGrouping && e.length;
            }, _pushCreate: function _pushCreate(e) {
                this._push(e, "pushCreate");
            }, _pushUpdate: function _pushUpdate(e) {
                this._push(e, "pushUpdate");
            }, _pushDestroy: function _pushDestroy(e) {
                this._push(e, "pushDestroy");
            }, _push: function _push(e, t) {
                var r = this._readData(e);r || (r = e), this[t](r);
            }, _flatData: function _flatData(e, t) {
                if (e) {
                    if (this._isServerGrouped()) return q(e);if (!t) for (var r = 0; r < e.length; r++) {
                        e.at(r);
                    }
                }return e;
            }, parent: ve, get: function get(e) {
                var t,
                    r,
                    n = this._flatData(this._data);for (t = 0, r = n.length; t < r; t++) {
                    if (n[t].id == e) return n[t];
                }
            }, getByUid: function getByUid(e) {
                var t,
                    r,
                    n = this._flatData(this._data);if (n) for (t = 0, r = n.length; t < r; t++) {
                    if (n[t].uid == e) return n[t];
                }
            }, indexOf: function indexOf(e) {
                return F(this._data, e);
            }, at: function at(e) {
                return this._data.at(e);
            }, data: function data(e) {
                var r,
                    n = this;if (e === t) {
                    if (n._data) for (r = 0; r < n._data.length; r++) {
                        n._data.at(r);
                    }return n._data;
                }n._detachObservableParents(), n._data = this._observe(e), n._pristineData = e.slice(0), n._storeData(), n._ranges = [], n.trigger("reset"), n._addRange(n._data), n._total = n._data.length, n._pristineTotal = n._total, n._process(n._data);
            }, view: function view(e) {
                return e === t ? this._view : (this._view = this._observeView(e), t);
            }, _observeView: function _observeView(e) {
                var t,
                    r = this;return R(e, r._data, r._ranges, r.reader.model || H, r._isServerGrouped()), t = new U(e, r.reader.model), t.parent = function () {
                    return r.parent();
                }, t;
            }, flatView: function flatView() {
                var e = this.group() || [];return e.length ? q(this._view) : this._view;
            }, add: function add(e) {
                return this.insert(this._data.length, e);
            }, _createNewModel: function _createNewModel(e) {
                return this.reader.model ? new this.reader.model(e) : e instanceof H ? e : new H(e);
            }, insert: function insert(e, t) {
                return t || (t = e, e = 0), t instanceof W || (t = this._createNewModel(t)), this._isServerGrouped() ? this._data.splice(e, 0, this._wrapInEmptyGroup(t)) : this._data.splice(e, 0, t), t;
            }, pushCreate: function pushCreate(e) {
                var t, r, n, i, a, s;ce(e) || (e = [e]), t = [], r = this.options.autoSync, this.options.autoSync = !1;try {
                    for (n = 0; n < e.length; n++) {
                        i = e[n], a = this.add(i), t.push(a), s = a.toJSON(), this._isServerGrouped() && (s = this._wrapInEmptyGroup(s)), this._pristineData.push(s);
                    }
                } finally {
                    this.options.autoSync = r;
                }t.length && this.trigger("push", { type: "create", items: t });
            }, pushUpdate: function pushUpdate(e) {
                var t, r, n, i, a;for (ce(e) || (e = [e]), t = [], r = 0; r < e.length; r++) {
                    n = e[r], i = this._createNewModel(n), a = this.get(i.id), a ? (t.push(a), a.accept(n), a.trigger(Oe), this._updatePristineForModel(a, n)) : this.pushCreate(n);
                }t.length && this.trigger("push", { type: "update", items: t });
            }, pushDestroy: function pushDestroy(e) {
                var t = this._removeItems(e);t.length && this.trigger("push", { type: "destroy", items: t });
            }, _removeItems: function _removeItems(e) {
                var t, r, n, i, a, s;ce(e) || (e = [e]), t = [], r = this.options.autoSync, this.options.autoSync = !1;try {
                    for (n = 0; n < e.length; n++) {
                        i = e[n], a = this._createNewModel(i), s = !1, this._eachItem(this._data, function (e) {
                            var r, n;for (r = 0; r < e.length; r++) {
                                if (n = e.at(r), n.id === a.id) {
                                    t.push(n), e.splice(r, 1), s = !0;break;
                                }
                            }
                        }), s && (this._removePristineForModel(a), this._destroyed.pop());
                    }
                } finally {
                    this.options.autoSync = r;
                }return t;
            }, remove: function remove(e) {
                var t,
                    r = this,
                    n = r._isServerGrouped();return this._eachItem(r._data, function (i) {
                    if (t = P(i, e), t && n) return t.isNew && t.isNew() || r._destroyed.push(t), !0;
                }), this._removeModelFromRanges(e), this._updateRangesLength(), e;
            }, destroyed: function destroyed() {
                return this._destroyed;
            }, created: function created() {
                var e,
                    t,
                    r = [],
                    n = this._flatData(this._data);for (e = 0, t = n.length; e < t; e++) {
                    n[e].isNew && n[e].isNew() && r.push(n[e]);
                }return r;
            }, updated: function updated() {
                var e,
                    t,
                    r = [],
                    n = this._flatData(this._data);for (e = 0, t = n.length; e < t; e++) {
                    n[e].isNew && !n[e].isNew() && n[e].dirty && r.push(n[e]);
                }return r;
            }, sync: function sync() {
                var t,
                    r = this,
                    n = [],
                    i = [],
                    a = r._destroyed,
                    s = e.Deferred().resolve().promise();if (r.online()) {
                    if (!r.reader.model) return s;n = r.created(), i = r.updated(), t = [], r.options.batch && r.transport.submit ? t = r._sendSubmit(n, i, a) : (t.push.apply(t, r._send("create", n)), t.push.apply(t, r._send("update", i)), t.push.apply(t, r._send("destroy", a))), s = e.when.apply(null, t).then(function () {
                        var e, t;for (e = 0, t = arguments.length; e < t; e++) {
                            arguments[e] && r._accept(arguments[e]);
                        }r._storeData(!0), r._change({ action: "sync" }), r.trigger(ze);
                    });
                } else r._storeData(!0), r._change({ action: "sync" });return s;
            }, cancelChanges: function cancelChanges(e) {
                var t = this;e instanceof me.data.Model ? t._cancelModel(e) : (t._destroyed = [], t._detachObservableParents(), t._data = t._observe(t._pristineData), t.options.serverPaging && (t._total = t._pristineTotal), t._ranges = [], t._addRange(t._data), t._change(), t._markOfflineUpdatesAsDirty());
            }, _markOfflineUpdatesAsDirty: function _markOfflineUpdatesAsDirty() {
                var e = this;null != e.options.offlineStorage && e._eachItem(e._data, function (e) {
                    var t, r;for (t = 0; t < e.length; t++) {
                        r = e.at(t), "update" != r.__state__ && "create" != r.__state__ || (r.dirty = !0);
                    }
                });
            }, hasChanges: function hasChanges() {
                var e,
                    t,
                    r = this._flatData(this._data);if (this._destroyed.length) return !0;for (e = 0, t = r.length; e < t; e++) {
                    if (r[e].isNew && r[e].isNew() || r[e].dirty) return !0;
                }return !1;
            }, _accept: function _accept(t) {
                var r,
                    n = this,
                    i = t.models,
                    a = t.response,
                    s = 0,
                    o = n._isServerGrouped(),
                    u = n._pristineData,
                    l = t.type;if (n.trigger(Ae, { response: a, type: l }), a && !fe(a)) {
                    if (a = n.reader.parse(a), n._handleCustomErrors(a)) return;a = n.reader.data(a), ce(a) || (a = [a]);
                } else a = e.map(i, function (e) {
                    return e.toJSON();
                });for ("destroy" === l && (n._destroyed = []), s = 0, r = i.length; s < r; s++) {
                    "destroy" !== l ? (i[s].accept(a[s]), "create" === l ? u.push(o ? n._wrapInEmptyGroup(i[s]) : a[s]) : "update" === l && n._updatePristineForModel(i[s], a[s])) : n._removePristineForModel(i[s]);
                }
            }, _updatePristineForModel: function _updatePristineForModel(e, t) {
                this._executeOnPristineForModel(e, function (e, r) {
                    me.deepExtend(r[e], t);
                });
            }, _executeOnPristineForModel: function _executeOnPristineForModel(e, t) {
                this._eachPristineItem(function (r) {
                    var n = T(r, e);if (n > -1) return t(n, r), !0;
                });
            }, _removePristineForModel: function _removePristineForModel(e) {
                this._executeOnPristineForModel(e, function (e, t) {
                    t.splice(e, 1);
                });
            }, _readData: function _readData(e) {
                var t = this._isServerGrouped() ? this.reader.groups : this.reader.data;return t.call(this.reader, e);
            }, _eachPristineItem: function _eachPristineItem(e) {
                this._eachItem(this._pristineData, e);
            }, _eachItem: function _eachItem(e, t) {
                e && e.length && (this._isServerGrouped() ? C(e, t) : t(e));
            }, _pristineForModel: function _pristineForModel(e) {
                var t,
                    r,
                    n = function n(_n2) {
                    if (r = T(_n2, e), r > -1) return t = _n2[r], !0;
                };return this._eachPristineItem(n), t;
            }, _cancelModel: function _cancelModel(e) {
                var t = this._pristineForModel(e);this._eachItem(this._data, function (r) {
                    var n = F(r, e);n >= 0 && (!t || e.isNew() && !t.__state__ ? r.splice(n, 1) : (r[n].accept(t), "update" == t.__state__ && (r[n].dirty = !0)));
                });
            }, _submit: function _submit(t, r) {
                var n = this;n.trigger(Te, { type: "submit" }), n.transport.submit(le({ success: function success(r, n) {
                        var i = e.grep(t, function (e) {
                            return e.type == n;
                        })[0];i && i.resolve({ response: r, models: i.models, type: n });
                    }, error: function error(e, r, i) {
                        for (var a = 0; a < t.length; a++) {
                            t[a].reject(e);
                        }n.error(e, r, i);
                    } }, r));
            }, _sendSubmit: function _sendSubmit(t, r, n) {
                var i = this,
                    a = [];return i.options.batch && (t.length && a.push(e.Deferred(function (e) {
                    e.type = "create", e.models = t;
                })), r.length && a.push(e.Deferred(function (e) {
                    e.type = "update", e.models = r;
                })), n.length && a.push(e.Deferred(function (e) {
                    e.type = "destroy", e.models = n;
                })), i._submit(a, { data: { created: i.reader.serialize(y(t)), updated: i.reader.serialize(y(r)), destroyed: i.reader.serialize(y(n)) } })), a;
            }, _promise: function _promise(t, r, n) {
                var i = this;return e.Deferred(function (e) {
                    i.trigger(Te, { type: n }), i.transport[n].call(i.transport, le({ success: function success(t) {
                            e.resolve({ response: t, models: r, type: n });
                        }, error: function error(t, r, n) {
                            e.reject(t), i.error(t, r, n);
                        } }, t));
                }).promise();
            }, _send: function _send(e, t) {
                var r,
                    n,
                    i = this,
                    a = [],
                    s = i.reader.serialize(y(t));if (i.options.batch) t.length && a.push(i._promise({ data: { models: s } }, t, e));else for (r = 0, n = t.length; r < n; r++) {
                    a.push(i._promise({ data: s[r] }, [t[r]], e));
                }return a;
            }, read: function read(t) {
                var r = this,
                    n = r._params(t),
                    i = e.Deferred();return r._queueRequest(n, function () {
                    var e = r.trigger(Te, { type: "read" });e ? (r._dequeueRequest(), i.resolve(e)) : (r.trigger(Fe), r._ranges = [], r.trigger("reset"), r.online() ? r.transport.read({ data: n, success: function success(e) {
                            r._ranges = [], r.success(e, n), i.resolve();
                        }, error: function error() {
                            var e = Je.call(arguments);r.error.apply(r, e), i.reject.apply(i, e);
                        } }) : null != r.options.offlineStorage && (r.success(r.offlineData(), n), i.resolve()));
                }), i.promise();
            }, _readAggregates: function _readAggregates(e) {
                return this.reader.aggregates(e);
            }, success: function success(e) {
                var r,
                    n,
                    i,
                    a,
                    s,
                    o,
                    u,
                    l,
                    d = this,
                    h = d.options;if (d.trigger(Ae, { response: e, type: "read" }), d.online()) {
                    if (e = d.reader.parse(e), d._handleCustomErrors(e)) return d._dequeueRequest(), t;d._total = d.reader.total(e), d._aggregate && h.serverAggregates && (d._aggregateResult = d._readAggregates(e)), e = d._readData(e), d._destroyed = [];
                } else {
                    for (e = d._readData(e), r = [], n = {}, i = d.reader.model, a = i ? i.idField : "id", s = 0; s < this._destroyed.length; s++) {
                        o = this._destroyed[s][a], n[o] = o;
                    }for (s = 0; s < e.length; s++) {
                        u = e[s], l = u.__state__, "destroy" == l ? n[u[a]] || this._destroyed.push(this._createNewModel(u)) : r.push(u);
                    }e = r, d._total = e.length;
                }d._pristineTotal = d._total, d._pristineData = e.slice(0), d._detachObservableParents(), d._data = d._observe(e), d._markOfflineUpdatesAsDirty(), d._storeData(), d._addRange(d._data), d._process(d._data), d._dequeueRequest();
            }, _detachObservableParents: function _detachObservableParents() {
                if (this._data && this._shouldDetachObservableParents) for (var e = 0; e < this._data.length; e++) {
                    this._data[e].parent && (this._data[e].parent = ve);
                }
            }, _storeData: function _storeData(e) {
                function t(e) {
                    var r,
                        n,
                        i,
                        a = [];for (r = 0; r < e.length; r++) {
                        n = e.at(r), i = n.toJSON(), s && n.items ? i.items = t(n.items) : (i.uid = n.uid, o && (n.isNew() ? i.__state__ = "create" : n.dirty && (i.__state__ = "update"))), a.push(i);
                    }return a;
                }var r,
                    n,
                    i,
                    a,
                    s = this._isServerGrouped(),
                    o = this.reader.model;if (null != this.options.offlineStorage) {
                    for (r = t(this._data), n = [], i = 0; i < this._destroyed.length; i++) {
                        a = this._destroyed[i].toJSON(), a.__state__ = "destroy", n.push(a);
                    }this.offlineData(r.concat(n)), e && (this._pristineData = this._readData(r));
                }
            }, _addRange: function _addRange(e) {
                var t = this,
                    r = t._skip || 0,
                    n = r + t._flatData(e, !0).length;t._ranges.push({ start: r, end: n, data: e, timestamp: new Date().getTime() }), t._ranges.sort(function (e, t) {
                    return e.start - t.start;
                });
            }, error: function error(e, t, r) {
                this._dequeueRequest(), this.trigger(Ae, {}), this.trigger(Pe, { xhr: e, status: t, errorThrown: r });
            }, _params: function _params(e) {
                var t = this,
                    r = le({ take: t.take(), skip: t.skip(), page: t.page(), pageSize: t.pageSize(), sort: t._sort, filter: t._filter, group: t._group, aggregate: t._aggregate }, e);return t.options.serverPaging || (delete r.take, delete r.skip, delete r.page, delete r.pageSize), t.options.serverGrouping ? t.reader.model && r.group && (r.group = M(r.group, t.reader.model)) : delete r.group, t.options.serverFiltering ? t.reader.model && r.filter && (r.filter = N(r.filter, t.reader.model)) : delete r.filter, t.options.serverSorting ? t.reader.model && r.sort && (r.sort = M(r.sort, t.reader.model)) : delete r.sort, t.options.serverAggregates ? t.reader.model && r.aggregate && (r.aggregate = M(r.aggregate, t.reader.model)) : delete r.aggregate, r;
            }, _queueRequest: function _queueRequest(e, r) {
                var n = this;n._requestInProgress ? n._pending = { callback: de(r, n), options: e } : (n._requestInProgress = !0, n._pending = t, r());
            }, _dequeueRequest: function _dequeueRequest() {
                var e = this;e._requestInProgress = !1, e._pending && e._queueRequest(e._pending.options, e._pending.callback);
            }, _handleCustomErrors: function _handleCustomErrors(e) {
                if (this.reader.errors) {
                    var t = this.reader.errors(e);if (t) return this.trigger(Pe, { xhr: null, status: "customerror", errorThrown: "custom error", errors: t }), !0;
                }return !1;
            }, _shouldWrap: function _shouldWrap(e) {
                var t = this.reader.model;return !(!t || !e.length) && !(e[0] instanceof t);
            }, _observe: function _observe(e) {
                var t,
                    r = this,
                    n = r.reader.model;return r._shouldDetachObservableParents = !0, e instanceof Ye ? (r._shouldDetachObservableParents = !1, r._shouldWrap(e) && (e.type = r.reader.model, e.wrapAll(e, e))) : (t = r.pageSize() && !r.options.serverPaging ? U : Ye, e = new t(e, r.reader.model), e.parent = function () {
                    return r.parent();
                }), r._isServerGrouped() && D(e, n), r._changeHandler && r._data && r._data instanceof Ye ? r._data.unbind(Oe, r._changeHandler) : r._changeHandler = de(r._change, r), e.bind(Oe, r._changeHandler);
            }, _updateTotalForAction: function _updateTotalForAction(e, t) {
                var r = this,
                    n = parseInt(r._total, 10);v(r._total) || (n = parseInt(r._pristineTotal, 10)), "add" === e ? n += t.length : "remove" === e ? n -= t.length : "itemchange" === e || "sync" === e || r.options.serverPaging ? "sync" === e && (n = r._pristineTotal = parseInt(r._total, 10)) : n = r._pristineTotal, r._total = n;
            }, _change: function _change(e) {
                var t,
                    r,
                    _n3,
                    i = this,
                    a = e ? e.action : "";if ("remove" === a) for (t = 0, r = e.items.length; t < r; t++) {
                    e.items[t].isNew && e.items[t].isNew() || i._destroyed.push(e.items[t]);
                }!i.options.autoSync || "add" !== a && "remove" !== a && "itemchange" !== a ? (i._updateTotalForAction(a, e ? e.items : []), i._process(i._data, e)) : (_n3 = function n(t) {
                    "sync" === t.action && (i.unbind("change", _n3), i._updateTotalForAction(a, e.items));
                }, i.first("change", _n3), i.sync());
            }, _calculateAggregates: function _calculateAggregates(e, t) {
                t = t || {};var r = new a(e),
                    n = t.aggregate,
                    i = t.filter;return i && (r = r.filter(i)), r.aggregate(n);
            }, _process: function _process(e, r) {
                var n,
                    i = this,
                    a = {};i.options.serverPaging !== !0 && (a.skip = i._skip, a.take = i._take || i._pageSize, a.skip === t && i._page !== t && i._pageSize !== t && (a.skip = (i._page - 1) * i._pageSize)), i.options.serverSorting !== !0 && (a.sort = i._sort), i.options.serverFiltering !== !0 && (a.filter = i._filter), i.options.serverGrouping !== !0 && (a.group = i._group), i.options.serverAggregates !== !0 && (a.aggregate = i._aggregate, i._aggregateResult = i._calculateAggregates(e, a)), n = i._queryProcess(e, a), i.view(n.data), n.total === t || i.options.serverFiltering || (i._total = n.total), r = r || {}, r.items = r.items || i._view, i.trigger(Oe, r);
            }, _queryProcess: function _queryProcess(e, t) {
                return a.process(e, t);
            }, _mergeState: function _mergeState(e) {
                var r = this;return e !== t && (r._pageSize = e.pageSize, r._page = e.page, r._sort = e.sort, r._filter = e.filter, r._group = e.group, r._aggregate = e.aggregate, r._skip = r._currentRangeStart = e.skip, r._take = e.take, r._skip === t && (r._skip = r._currentRangeStart = r.skip(), e.skip = r.skip()), r._take === t && r._pageSize !== t && (r._take = r._pageSize, e.take = r._take), e.sort && (r._sort = e.sort = s(e.sort)), e.filter && (r._filter = e.filter = u(e.filter)), e.group && (r._group = e.group = g(e.group)), e.aggregate && (r._aggregate = e.aggregate = c(e.aggregate))), e;
            }, query: function query(r) {
                var n,
                    i,
                    a = this.options.serverSorting || this.options.serverPaging || this.options.serverFiltering || this.options.serverGrouping || this.options.serverAggregates;return a || (this._data === t || 0 === this._data.length) && !this._destroyed.length ? this.read(this._mergeState(r)) : (i = this.trigger(Te, { type: "read" }), i || (this.trigger(Fe), n = this._queryProcess(this._data, this._mergeState(r)), this.options.serverFiltering || (this._total = n.total !== t ? n.total : this._data.length), this._aggregateResult = this._calculateAggregates(this._data, r), this.view(n.data), this.trigger(Ae, { type: "read" }), this.trigger(Oe, { items: n.data })), e.Deferred().resolve(i).promise());
            }, fetch: function fetch(e) {
                var t = this,
                    r = function r(_r2) {
                    _r2 !== !0 && ye(e) && e.call(t);
                };return this._query().then(r);
            }, _query: function _query(e) {
                var t = this;return t.query(le({}, { page: t.page(), pageSize: t.pageSize(), sort: t.sort(), filter: t.filter(), group: t.group(), aggregate: t.aggregate() }, e));
            }, next: function next(e) {
                var t = this,
                    r = t.page(),
                    n = t.total();if (e = e || {}, r && !(n && r + 1 > t.totalPages())) return t._skip = t._currentRangeStart = r * t.take(), r += 1, e.page = r, t._query(e), r;
            }, prev: function prev(e) {
                var t = this,
                    r = t.page();if (e = e || {}, r && 1 !== r) return t._skip = t._currentRangeStart = t._skip - t.take(), r -= 1, e.page = r, t._query(e), r;
            }, page: function page(e) {
                var r,
                    n = this;return e !== t ? (e = Le.max(Le.min(Le.max(e, 1), n.totalPages()), 1), n._query({ page: e }), t) : (r = n.skip(), r !== t ? Le.round((r || 0) / (n.take() || 1)) + 1 : t);
            }, pageSize: function pageSize(e) {
                var r = this;return e !== t ? (r._query({ pageSize: e, page: 1 }), t) : r.take();
            }, sort: function sort(e) {
                var r = this;return e !== t ? (r._query({ sort: e }), t) : r._sort;
            }, filter: function filter(e) {
                var r = this;return e === t ? r._filter : (r.trigger("reset"), r._query({ filter: e, page: 1 }), t);
            }, group: function group(e) {
                var r = this;return e !== t ? (r._query({ group: e }), t) : r._group;
            }, total: function total() {
                return parseInt(this._total || 0, 10);
            }, aggregate: function aggregate(e) {
                var r = this;return e !== t ? (r._query({ aggregate: e }), t) : r._aggregate;
            }, aggregates: function aggregates() {
                var e = this._aggregateResult;return fe(e) && (e = this._emptyAggregates(this.aggregate())), e;
            }, _emptyAggregates: function _emptyAggregates(e) {
                var t,
                    r,
                    n = {};if (!fe(e)) for (t = {}, ce(e) || (e = [e]), r = 0; r < e.length; r++) {
                    t[e[r].aggregate] = 0, n[e[r].field] = t;
                }return n;
            }, _wrapInEmptyGroup: function _wrapInEmptyGroup(e) {
                var t,
                    r,
                    n,
                    i,
                    a = this.group();for (n = a.length - 1, i = 0; n >= i; n--) {
                    r = a[n], t = { value: e.get(r.field), field: r.field, items: t ? [t] : [e], hasSubgroups: !!t, aggregates: this._emptyAggregates(r.aggregates) };
                }return t;
            }, totalPages: function totalPages() {
                var e = this,
                    t = e.pageSize() || e.total();return Le.ceil((e.total() || 0) / t);
            }, inRange: function inRange(e, t) {
                var r = this,
                    n = Le.min(e + t, r.total());return !r.options.serverPaging && r._data.length > 0 || r._findRange(e, n).length > 0;
            }, lastRange: function lastRange() {
                var e = this._ranges;return e[e.length - 1] || { start: 0, end: 0, data: [] };
            }, firstItemUid: function firstItemUid() {
                var e = this._ranges;return e.length && e[0].data.length && e[0].data[0].uid;
            }, enableRequestsInProgress: function enableRequestsInProgress() {
                this._skipRequestsInProgress = !1;
            }, _timeStamp: function _timeStamp() {
                return new Date().getTime();
            }, range: function range(e, r) {
                var n, i, a, s, o, u, l, d;if (this._currentRequestTimeStamp = this._timeStamp(), this._skipRequestsInProgress = !0, e = Le.min(e || 0, this.total()), n = this, i = Le.max(Le.floor(e / r), 0) * r, a = Le.min(i + r, n.total()), s = n._findRange(e, Le.min(e + r, n.total())), s.length) {
                    n._pending = t, n._skip = e > n.skip() ? Le.min(a, (n.totalPages() - 1) * n.take()) : i, n._currentRangeStart = e, n._take = r, o = n.options.serverPaging, u = n.options.serverSorting, l = n.options.serverFiltering, d = n.options.serverAggregates;try {
                        n.options.serverPaging = !0, n._isServerGrouped() || n.group() && n.group().length || (n.options.serverSorting = !0), n.options.serverFiltering = !0, n.options.serverPaging = !0, n.options.serverAggregates = !0, o && (n._detachObservableParents(), n._data = s = n._observe(s)), n._process(s);
                    } finally {
                        n.options.serverPaging = o, n.options.serverSorting = u, n.options.serverFiltering = l, n.options.serverAggregates = d;
                    }
                } else r !== t && (n._rangeExists(i, a) ? i < e && n.prefetch(a, r, function () {
                    n.range(e, r);
                }) : n.prefetch(i, r, function () {
                    e > i && a < n.total() && !n._rangeExists(a, Le.min(a + r, n.total())) ? n.prefetch(a, r, function () {
                        n.range(e, r);
                    }) : n.range(e, r);
                }));
            }, _findRange: function _findRange(e, r) {
                var n,
                    i,
                    a,
                    o,
                    u,
                    l,
                    d,
                    h,
                    f,
                    c,
                    p,
                    _,
                    v = this,
                    m = v._ranges,
                    y = [],
                    S = v.options,
                    b = S.serverSorting || S.serverPaging || S.serverFiltering || S.serverGrouping || S.serverAggregates;for (i = 0, p = m.length; i < p; i++) {
                    if (n = m[i], e >= n.start && e <= n.end) {
                        for (c = 0, a = i; a < p; a++) {
                            if (n = m[a], f = v._flatData(n.data, !0), f.length && e + c >= n.start && (l = n.data, d = n.end, b || (_ = g(v.group() || []).concat(s(v.sort() || [])), h = v._queryProcess(n.data, { sort: _, filter: v.filter() }), f = l = h.data, h.total !== t && (d = h.total)), o = 0, e + c > n.start && (o = e + c - n.start), u = f.length, d > r && (u -= d - r), c += u - o, y = v._mergeGroups(y, l, o, u), r <= n.end && c == r - e)) return y;
                        }break;
                    }
                }return [];
            }, _mergeGroups: function _mergeGroups(e, t, r, n) {
                if (this._isServerGrouped()) {
                    var i,
                        a = t.toJSON();return e.length && (i = e[e.length - 1]), x(i, a, r, n), e.concat(a);
                }return e.concat(t.slice(r, n));
            }, skip: function skip() {
                var e = this;return e._skip === t ? e._page !== t ? (e._page - 1) * (e.take() || 1) : t : e._skip;
            }, currentRangeStart: function currentRangeStart() {
                return this._currentRangeStart || 0;
            }, take: function take() {
                return this._take || this._pageSize;
            }, _prefetchSuccessHandler: function _prefetchSuccessHandler(e, t, r, n) {
                var i = this,
                    a = i._timeStamp();return function (s) {
                    var o,
                        u,
                        l,
                        d = !1,
                        h = { start: e, end: t, data: [], timestamp: i._timeStamp() };if (i._dequeueRequest(), i.trigger(Ae, { response: s, type: "read" }), s = i.reader.parse(s), l = i._readData(s), l.length) {
                        for (o = 0, u = i._ranges.length; o < u; o++) {
                            if (i._ranges[o].start === e) {
                                d = !0, h = i._ranges[o];break;
                            }
                        }d || i._ranges.push(h);
                    }h.data = i._observe(l), h.end = h.start + i._flatData(h.data, !0).length, i._ranges.sort(function (e, t) {
                        return e.start - t.start;
                    }), i._total = i.reader.total(s), (n || a >= i._currentRequestTimeStamp || !i._skipRequestsInProgress) && (r && l.length ? r() : i.trigger(Oe, {}));
                };
            }, prefetch: function prefetch(e, t, r) {
                var n = this,
                    i = Le.min(e + t, n.total()),
                    a = { take: t, skip: e, page: e / t + 1, pageSize: t, sort: n._sort, filter: n._filter, group: n._group, aggregate: n._aggregate };n._rangeExists(e, i) ? r && r() : (clearTimeout(n._timeout), n._timeout = setTimeout(function () {
                    n._queueRequest(a, function () {
                        n.trigger(Te, { type: "read" }) ? n._dequeueRequest() : n.transport.read({ data: n._params(a), success: n._prefetchSuccessHandler(e, i, r), error: function error() {
                                var e = Je.call(arguments);n.error.apply(n, e);
                            } });
                    });
                }, 100));
            }, _multiplePrefetch: function _multiplePrefetch(e, t, r) {
                var n = this,
                    i = Le.min(e + t, n.total()),
                    a = { take: t, skip: e, page: e / t + 1, pageSize: t, sort: n._sort, filter: n._filter, group: n._group, aggregate: n._aggregate };n._rangeExists(e, i) ? r && r() : n.trigger(Te, { type: "read" }) || n.transport.read({ data: n._params(a), success: n._prefetchSuccessHandler(e, i, r, !0) });
            }, _rangeExists: function _rangeExists(e, t) {
                var r,
                    n,
                    i = this,
                    a = i._ranges;for (r = 0, n = a.length; r < n; r++) {
                    if (a[r].start <= e && a[r].end >= t) return !0;
                }return !1;
            }, _removeModelFromRanges: function _removeModelFromRanges(e) {
                var t, r, n, i, a;for (i = 0, a = this._ranges.length; i < a && (n = this._ranges[i], this._eachItem(n.data, function (n) {
                    t = P(n, e), t && (r = !0);
                }), !r); i++) {}
            }, _updateRangesLength: function _updateRangesLength() {
                var e,
                    t,
                    r,
                    n,
                    i = 0;for (r = 0, n = this._ranges.length; r < n; r++) {
                    e = this._ranges[r], e.start = e.start - i, t = this._flatData(e.data, !0).length, i = e.end - t, e.end = e.start + t;
                }
            } }), ie = {}, ie.create = function (t, r, n) {
            var i,
                a = t.transport ? e.extend({}, t.transport) : null;return a ? (a.read = _typeof(a.read) === we ? { url: a.read } : a.read, "jsdo" === t.type && (a.dataSource = n), t.type && (me.data.transports = me.data.transports || {}, me.data.schemas = me.data.schemas || {}, me.data.transports[t.type] ? he(me.data.transports[t.type]) ? a = le(!0, {}, me.data.transports[t.type], a) : i = new me.data.transports[t.type](le(a, { data: r })) : me.logToConsole("Unknown DataSource transport type '" + t.type + "'.\nVerify that registration scripts for this type are included after Kendo UI on the page.", "warn"), t.schema = le(!0, {}, me.data.schemas[t.type], t.schema)), i || (i = ye(a.read) ? a : new ee(a))) : i = new Z({ data: t.data || [] }), i;
        }, ne.create = function (e) {
            (ce(e) || e instanceof Ye) && (e = { data: e });var r,
                n,
                i,
                a = e || {},
                s = a.data,
                o = a.fields,
                u = a.table,
                l = a.select,
                d = {};if (s || !o || a.transport || (u ? s = L(u, o) : l && (s = j(l, o), a.group === t && s[0] && s[0].optgroup !== t && (a.group = "optgroup"))), me.data.Model && o && (!a.schema || !a.schema.model)) {
                for (r = 0, n = o.length; r < n; r++) {
                    i = o[r], i.type && (d[i.field] = i);
                }fe(d) || (a.schema = le(!0, a.schema, { model: { fields: d } }));
            }return a.data = s, l = null, a.select = null, u = null, a.table = null, a instanceof ne ? a : new ne(a);
        }, ae = W.define({ idField: "id", init: function init(e) {
                var t = this,
                    r = t.hasChildren || e && e.hasChildren,
                    n = "items",
                    i = {};me.data.Model.fn.init.call(t, e), _typeof(t.children) === we && (n = t.children), i = { schema: { data: n, model: { hasChildren: r, id: t.idField, fields: t.fields } } }, _typeof(t.children) !== we && le(i, t.children), i.data = e, r || (r = i.schema.data), (typeof r === "undefined" ? "undefined" : _typeof(r)) === we && (r = me.getter(r)), ye(r) && (t.hasChildren = !!r.call(t, t)), t._childrenOptions = i, t.hasChildren && t._initChildren(), t._loaded = !(!e || !e._loaded);
            }, _initChildren: function _initChildren() {
                var e,
                    t,
                    r,
                    n = this;n.children instanceof se || (e = n.children = new se(n._childrenOptions), t = e.transport, r = t.parameterMap, t.parameterMap = function (e, t) {
                    return e[n.idField || "id"] = n.id, r && (e = r(e, t)), e;
                }, e.parent = function () {
                    return n;
                }, e.bind(Oe, function (e) {
                    e.node = e.node || n, n.trigger(Oe, e);
                }), e.bind(Pe, function (e) {
                    var t = n.parent();t && (e.node = e.node || n, t.trigger(Pe, e));
                }), n._updateChildrenField());
            }, append: function append(e) {
                this._initChildren(), this.loaded(!0), this.children.add(e);
            }, hasChildren: !1, level: function level() {
                for (var e = this.parentNode(), t = 0; e && e.parentNode;) {
                    t++, e = e.parentNode ? e.parentNode() : null;
                }return t;
            }, _updateChildrenField: function _updateChildrenField() {
                var e = this._childrenOptions.schema.data;this[e || "items"] = this.children.data();
            }, _childrenLoaded: function _childrenLoaded() {
                this._loaded = !0, this._updateChildrenField();
            }, load: function load() {
                var r,
                    n,
                    i = {},
                    a = "_query";return this.hasChildren ? (this._initChildren(), r = this.children, i[this.idField || "id"] = this.id, this._loaded || (r._data = t, a = "read"), r.one(Oe, de(this._childrenLoaded, this)), n = r[a](i)) : this.loaded(!0), n || e.Deferred().resolve().promise();
            }, parentNode: function parentNode() {
                var e = this.parent();return e.parent();
            }, loaded: function loaded(e) {
                return e === t ? this._loaded : (this._loaded = e, t);
            }, shouldSerialize: function shouldSerialize(e) {
                return W.fn.shouldSerialize.call(this, e) && "children" !== e && "_loaded" !== e && "hasChildren" !== e && "_childrenOptions" !== e;
            } }), se = ne.extend({ init: function init(e) {
                var t = ae.define({ children: e });ne.fn.init.call(this, le(!0, {}, { schema: { modelBase: t, model: t } }, e)), this._attachBubbleHandlers();
            }, _attachBubbleHandlers: function _attachBubbleHandlers() {
                var e = this;e._data.bind(Pe, function (t) {
                    e.trigger(Pe, t);
                });
            }, remove: function remove(e) {
                var t,
                    r = e.parentNode(),
                    n = this;return r && r._initChildren && (n = r.children), t = ne.fn.remove.call(n, e), r && !n.data().length && (r.hasChildren = !1), t;
            }, success: G("success"), data: G("data"), insert: function insert(e, t) {
                var r = this.parent();return r && r._initChildren && (r.hasChildren = !0, r._initChildren()), ne.fn.insert.call(this, e, t);
            }, _find: function _find(e, t) {
                var r,
                    n,
                    i,
                    a,
                    s = this._data;if (s) {
                    if (i = ne.fn[e].call(this, t)) return i;for (s = this._flatData(this._data), r = 0, n = s.length; r < n; r++) {
                        if (a = s[r].children, a instanceof se && (i = a[e](t))) return i;
                    }
                }
            }, get: function get(e) {
                return this._find("get", e);
            }, getByUid: function getByUid(e) {
                return this._find("getByUid", e);
            } }), se.create = function (e) {
            e = e && e.push ? { data: e } : e;var t = e || {},
                r = t.data,
                n = t.fields,
                i = t.list;return r && r._dataSource ? r._dataSource : (r || !n || t.transport || i && (r = E(i, n)), t.data = r, t instanceof se ? t : new se(t));
        }, oe = me.Observable.extend({ init: function init(e, t, r) {
                me.Observable.fn.init.call(this), this._prefetching = !1, this.dataSource = e, this.prefetch = !r;var n = this;e.bind("change", function () {
                    n._change();
                }), e.bind("reset", function () {
                    n._reset();
                }), this._syncWithDataSource(), this.setViewSize(t);
            }, setViewSize: function setViewSize(e) {
                this.viewSize = e, this._recalculate();
            }, at: function at(e) {
                var r = this.pageSize,
                    n = !0;return e >= this.total() ? (this.trigger("endreached", { index: e }), null) : this.useRanges ? this.useRanges ? ((e < this.dataOffset || e >= this.skip + r) && (n = this.range(Math.floor(e / r) * r)), e === this.prefetchThreshold && this._prefetch(), e === this.midPageThreshold ? this.range(this.nextMidRange, !0) : e === this.nextPageThreshold ? this.range(this.nextFullRange) : e === this.pullBackThreshold && this.range(this.offset === this.skip ? this.previousMidRange : this.previousFullRange), n ? this.dataSource.at(e - this.dataOffset) : (this.trigger("endreached", { index: e }), null)) : t : this.dataSource.view()[e];
            }, indexOf: function indexOf(e) {
                return this.dataSource.data().indexOf(e) + this.dataOffset;
            }, total: function total() {
                return parseInt(this.dataSource.total(), 10);
            }, next: function next() {
                var e = this,
                    t = e.pageSize,
                    r = e.skip - e.viewSize + t,
                    n = Le.max(Le.floor(r / t), 0) * t;this.offset = r, this.dataSource.prefetch(n, t, function () {
                    e._goToRange(r, !0);
                });
            }, range: function range(e, t) {
                if (this.offset === e) return !0;var r = this,
                    n = this.pageSize,
                    i = Le.max(Le.floor(e / n), 0) * n,
                    a = this.dataSource;return t && (i += n), a.inRange(e, n) ? (this.offset = e, this._recalculate(), this._goToRange(e), !0) : !this.prefetch || (a.prefetch(i, n, function () {
                    r.offset = e, r._recalculate(), r._goToRange(e, !0);
                }), !1);
            }, syncDataSource: function syncDataSource() {
                var e = this.offset;this.offset = null, this.range(e);
            }, destroy: function destroy() {
                this.unbind();
            }, _prefetch: function _prefetch() {
                var e = this,
                    t = this.pageSize,
                    r = this.skip + t,
                    n = this.dataSource;n.inRange(r, t) || this._prefetching || !this.prefetch || (this._prefetching = !0, this.trigger("prefetching", { skip: r, take: t }), n.prefetch(r, t, function () {
                    e._prefetching = !1, e.trigger("prefetched", { skip: r, take: t });
                }));
            }, _goToRange: function _goToRange(e, t) {
                this.offset === e && (this.dataOffset = e, this._expanding = t, this.dataSource.range(e, this.pageSize), this.dataSource.enableRequestsInProgress());
            }, _reset: function _reset() {
                this._syncPending = !0;
            }, _change: function _change() {
                var e = this.dataSource;this.length = this.useRanges ? e.lastRange().end : e.view().length, this._syncPending && (this._syncWithDataSource(), this._recalculate(), this._syncPending = !1, this.trigger("reset", { offset: this.offset })), this.trigger("resize"), this._expanding && this.trigger("expand"), delete this._expanding;
            }, _syncWithDataSource: function _syncWithDataSource() {
                var e = this.dataSource;this._firstItemUid = e.firstItemUid(), this.dataOffset = this.offset = e.skip() || 0, this.pageSize = e.pageSize(), this.useRanges = e.options.serverPaging;
            }, _recalculate: function _recalculate() {
                var e = this.pageSize,
                    t = this.offset,
                    r = this.viewSize,
                    n = Math.ceil(t / e) * e;this.skip = n, this.midPageThreshold = n + e - 1, this.nextPageThreshold = n + r - 1, this.prefetchThreshold = n + Math.floor(e / 3 * 2), this.pullBackThreshold = this.offset - 1, this.nextMidRange = n + e - r, this.nextFullRange = n, this.previousMidRange = t - r, this.previousFullRange = n - e;
            } }), ue = me.Observable.extend({ init: function init(e, t) {
                var r = this;me.Observable.fn.init.call(r), this.dataSource = e, this.batchSize = t, this._total = 0, this.buffer = new oe(e, 3 * t), this.buffer.bind({ endreached: function endreached(e) {
                        r.trigger("endreached", { index: e.index });
                    }, prefetching: function prefetching(e) {
                        r.trigger("prefetching", { skip: e.skip, take: e.take });
                    }, prefetched: function prefetched(e) {
                        r.trigger("prefetched", { skip: e.skip, take: e.take });
                    }, reset: function reset() {
                        r._total = 0, r.trigger("reset");
                    }, resize: function resize() {
                        r._total = Math.ceil(this.length / r.batchSize), r.trigger("resize", { total: r.total(), offset: this.offset });
                    } });
            }, syncDataSource: function syncDataSource() {
                this.buffer.syncDataSource();
            }, at: function at(e) {
                var t,
                    r,
                    n = this.buffer,
                    i = e * this.batchSize,
                    a = this.batchSize,
                    s = [];for (n.offset > i && n.at(n.offset - 1), r = 0; r < a && (t = n.at(i + r), null !== t); r++) {
                    s.push(t);
                }return s;
            }, total: function total() {
                return this._total;
            }, destroy: function destroy() {
                this.buffer.destroy(), this.unbind();
            } }), le(!0, me.data, { readers: { json: re }, Query: a, DataSource: ne, HierarchicalDataSource: se, Node: ae, ObservableObject: H, ObservableArray: Ye, LazyObservableArray: U, LocalTransport: Z, RemoteTransport: ee, Cache: te, DataReader: re, Model: W, Buffer: oe, BatchBuffer: ue });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, r) {
    (r || t)();
});;!function (e, define) {
    define("kendo.userevents.min", ["kendo.core.min"], e);
}(function () {
    return function (e, t) {
        function n(e, t) {
            var n = e.x.location,
                i = e.y.location,
                o = t.x.location,
                r = t.y.location,
                s = n - o,
                a = i - r;return { center: { x: (n + o) / 2, y: (i + r) / 2 }, distance: Math.sqrt(s * s + a * a) };
        }function i(e) {
            var t,
                n,
                i,
                o = [],
                r = e.originalEvent,
                a = e.currentTarget,
                c = 0;if (e.api) o.push({ id: 2, event: e, target: e.target, currentTarget: e.target, location: e, type: "api" });else if (e.type.match(/touch/)) for (n = r ? r.changedTouches : [], t = n.length; c < t; c++) {
                i = n[c], o.push({ location: i, event: e, target: i.target, currentTarget: a, id: i.identifier, type: "touch" });
            } else o.push(s.pointers || s.msPointers ? { location: r, event: e, target: e.target, currentTarget: a, id: r.pointerId, type: "pointer" } : { id: 1, event: e, target: e.target, currentTarget: a, location: e, type: "mouse" });return o;
        }function o(e) {
            for (var t = r.eventMap.up.split(" "), n = 0, i = t.length; n < i; n++) {
                e(t[n]);
            }
        }var r = window.kendo,
            s = r.support,
            a = r.Class,
            c = r.Observable,
            u = e.now,
            h = e.extend,
            l = s.mobileOS,
            p = l && l.android,
            d = 800,
            f = s.browser.msie ? 5 : 0,
            v = "press",
            g = "hold",
            m = "select",
            _ = "start",
            T = "move",
            y = "end",
            x = "cancel",
            M = "tap",
            w = "release",
            E = "gesturestart",
            k = "gesturechange",
            D = "gestureend",
            C = "gesturetap",
            b = { api: 0, touch: 0, mouse: 9, pointer: 9 },
            A = !s.touch || s.mouseAndTouchPresent,
            I = a.extend({ init: function init(e, t) {
                var n = this;n.axis = e, n._updateLocationData(t), n.startLocation = n.location, n.velocity = n.delta = 0, n.timeStamp = u();
            }, move: function move(e) {
                var t = this,
                    n = e["page" + t.axis],
                    i = u(),
                    o = i - t.timeStamp || 1;!n && p || (t.delta = n - t.location, t._updateLocationData(e), t.initialDelta = n - t.startLocation, t.velocity = t.delta / o, t.timeStamp = i);
            }, _updateLocationData: function _updateLocationData(e) {
                var t = this,
                    n = t.axis;t.location = e["page" + n], t.client = e["client" + n], t.screen = e["screen" + n];
            } }),
            S = a.extend({ init: function init(e, t, n) {
                h(this, { x: new I("X", n.location), y: new I("Y", n.location), type: n.type, useClickAsTap: e.useClickAsTap, threshold: e.threshold || b[n.type], userEvents: e, target: t, currentTarget: n.currentTarget, initialTouch: n.target, id: n.id, pressEvent: n, _moved: !1, _finished: !1 });
            }, press: function press() {
                this._holdTimeout = setTimeout(e.proxy(this, "_hold"), this.userEvents.minHold), this._trigger(v, this.pressEvent);
            }, _hold: function _hold() {
                this._trigger(g, this.pressEvent);
            }, move: function move(e) {
                var t = this;if (!t._finished) {
                    if (t.x.move(e.location), t.y.move(e.location), !t._moved) {
                        if (t._withinIgnoreThreshold()) return;if (P.current && P.current !== t.userEvents) return t.dispose();t._start(e);
                    }t._finished || t._trigger(T, e);
                }
            }, end: function end(e) {
                this.endTime = u(), this._finished || (this._finished = !0, this._trigger(w, e), this._moved ? this._trigger(y, e) : this.useClickAsTap || this._trigger(M, e), clearTimeout(this._holdTimeout), this.dispose());
            }, dispose: function dispose() {
                var t = this.userEvents,
                    n = t.touches;this._finished = !0, this.pressEvent = null, clearTimeout(this._holdTimeout), n.splice(e.inArray(this, n), 1);
            }, skip: function skip() {
                this.dispose();
            }, cancel: function cancel() {
                this.dispose();
            }, isMoved: function isMoved() {
                return this._moved;
            }, _start: function _start(e) {
                clearTimeout(this._holdTimeout), this.startTime = u(), this._moved = !0, this._trigger(_, e);
            }, _trigger: function _trigger(e, t) {
                var n = this,
                    i = t.event,
                    o = { touch: n, x: n.x, y: n.y, target: n.target, event: i };n.userEvents.notify(e, o) && i.preventDefault();
            }, _withinIgnoreThreshold: function _withinIgnoreThreshold() {
                var e = this.x.initialDelta,
                    t = this.y.initialDelta;return Math.sqrt(e * e + t * t) <= this.threshold;
            } }),
            P = c.extend({ init: function init(t, n) {
                var i,
                    a,
                    u,
                    l = this,
                    p = r.guid();n = n || {}, i = l.filter = n.filter, l.threshold = n.threshold || f, l.minHold = n.minHold || d, l.touches = [], l._maxTouches = n.multiTouch ? 2 : 1, l.allowSelection = n.allowSelection, l.captureUpIfMoved = n.captureUpIfMoved, l.useClickAsTap = !n.fastTap && !s.delayedClick(), l.eventNS = p, t = e(t).handler(l), c.fn.init.call(l), h(l, { element: t, surface: e(n.global && A ? t[0].ownerDocument.documentElement : n.surface || t), stopPropagation: n.stopPropagation, pressed: !1 }), l.surface.handler(l).on(r.applyEventMap("move", p), "_move").on(r.applyEventMap("up cancel", p), "_end"), t.on(r.applyEventMap("down", p), i, "_start"), l.useClickAsTap && t.on(r.applyEventMap("click", p), i, "_click"), (s.pointers || s.msPointers) && (s.browser.version < 11 ? t.css("-ms-touch-action", "pinch-zoom double-tap-zoom") : t.css("touch-action", n.touchAction || "none")), n.preventDragEvent && t.on(r.applyEventMap("dragstart", p), r.preventDefault), t.on(r.applyEventMap("mousedown", p), i, { root: t }, "_select"), l.captureUpIfMoved && s.eventCapture && (a = l.surface[0], u = e.proxy(l.preventIfMoving, l), o(function (e) {
                    a.addEventListener(e, u, !0);
                })), l.bind([v, g, M, _, T, y, w, x, E, k, D, C, m], n);
            }, preventIfMoving: function preventIfMoving(e) {
                this._isMoved() && e.preventDefault();
            }, destroy: function destroy() {
                var e,
                    t = this;t._destroyed || (t._destroyed = !0, t.captureUpIfMoved && s.eventCapture && (e = t.surface[0], o(function (n) {
                    e.removeEventListener(n, t.preventIfMoving);
                })), t.element.kendoDestroy(t.eventNS), t.surface.kendoDestroy(t.eventNS), t.element.removeData("handler"), t.surface.removeData("handler"), t._disposeAll(), t.unbind(), delete t.surface, delete t.element, delete t.currentTarget);
            }, capture: function capture() {
                P.current = this;
            }, cancel: function cancel() {
                this._disposeAll(), this.trigger(x);
            }, notify: function notify(e, t) {
                var i = this,
                    o = i.touches;if (this._isMultiTouch()) {
                    switch (e) {case T:
                            e = k;break;case y:
                            e = D;break;case M:
                            e = C;}h(t, { touches: o }, n(o[0], o[1]));
                }return this.trigger(e, h(t, { type: e }));
            }, press: function press(e, t, n) {
                this._apiCall("_start", e, t, n);
            }, move: function move(e, t) {
                this._apiCall("_move", e, t);
            }, end: function end(e, t) {
                this._apiCall("_end", e, t);
            }, _isMultiTouch: function _isMultiTouch() {
                return this.touches.length > 1;
            }, _maxTouchesReached: function _maxTouchesReached() {
                return this.touches.length >= this._maxTouches;
            }, _disposeAll: function _disposeAll() {
                for (var e = this.touches; e.length > 0;) {
                    e.pop().dispose();
                }
            }, _isMoved: function _isMoved() {
                return e.grep(this.touches, function (e) {
                    return e.isMoved();
                }).length;
            }, _select: function _select(e) {
                this.allowSelection && !this.trigger(m, { event: e }) || e.preventDefault();
            }, _start: function _start(t) {
                var n,
                    o,
                    r = this,
                    s = 0,
                    a = r.filter,
                    c = i(t),
                    u = c.length,
                    h = t.which;if (!(h && h > 1 || r._maxTouchesReached())) for (P.current = null, r.currentTarget = t.currentTarget, r.stopPropagation && t.stopPropagation(); s < u && !r._maxTouchesReached(); s++) {
                    o = c[s], n = a ? e(o.currentTarget) : r.element, n.length && (o = new S(r, n, o), r.touches.push(o), o.press(), r._isMultiTouch() && r.notify("gesturestart", {}));
                }
            }, _move: function _move(e) {
                this._eachTouch("move", e);
            }, _end: function _end(e) {
                this._eachTouch("end", e);
            }, _click: function _click(t) {
                var n = { touch: { initialTouch: t.target, target: e(t.currentTarget), endTime: u(), x: { location: t.pageX, client: t.clientX }, y: { location: t.pageY, client: t.clientY } }, x: t.pageX, y: t.pageY, target: e(t.currentTarget), event: t, type: "tap" };this.trigger("tap", n) && t.preventDefault();
            }, _eachTouch: function _eachTouch(e, t) {
                var n,
                    o,
                    r,
                    s,
                    a = this,
                    c = {},
                    u = i(t),
                    h = a.touches;for (n = 0; n < h.length; n++) {
                    o = h[n], c[o.id] = o;
                }for (n = 0; n < u.length; n++) {
                    r = u[n], s = c[r.id], s && s[e](r);
                }
            }, _apiCall: function _apiCall(t, n, i, o) {
                this[t]({ api: !0, pageX: n, pageY: i, clientX: n, clientY: i, target: e(o || this.element)[0], stopPropagation: e.noop, preventDefault: e.noop });
            } });P.defaultThreshold = function (e) {
            f = e;
        }, P.minHold = function (e) {
            d = e;
        }, r.getTouches = i, r.touchDelta = n, r.UserEvents = P;
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, n) {
    (n || t)();
});;!function (e, define) {
    define("kendo.color.min", ["kendo.core.min"], e);
}(function () {
    !function (e, t, r) {
        function n(e, f) {
            var a, i;if (null == e || "none" == e) return null;if (e instanceof s) return e;if (e = e.toLowerCase(), a = o.exec(e)) return e = "transparent" == a[1] ? new u(1, 1, 1, 0) : n(h.namedColors[a[1]], f), e.match = [a[1]], e;if ((a = /^#?([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})\b/i.exec(e)) ? i = new l(r(a[1], 16), r(a[2], 16), r(a[3], 16), 1) : (a = /^#?([0-9a-f])([0-9a-f])([0-9a-f])\b/i.exec(e)) ? i = new l(r(a[1] + a[1], 16), r(a[2] + a[2], 16), r(a[3] + a[3], 16), 1) : (a = /^rgb\(\s*([0-9]+)\s*,\s*([0-9]+)\s*,\s*([0-9]+)\s*\)/.exec(e)) ? i = new l(r(a[1], 10), r(a[2], 10), r(a[3], 10), 1) : (a = /^rgba\(\s*([0-9]+)\s*,\s*([0-9]+)\s*,\s*([0-9]+)\s*,\s*([0-9.]+)\s*\)/.exec(e)) ? i = new l(r(a[1], 10), r(a[2], 10), r(a[3], 10), t(a[4])) : (a = /^rgb\(\s*([0-9]*\.?[0-9]+)%\s*,\s*([0-9]*\.?[0-9]+)%\s*,\s*([0-9]*\.?[0-9]+)%\s*\)/.exec(e)) ? i = new u(t(a[1]) / 100, t(a[2]) / 100, t(a[3]) / 100, 1) : (a = /^rgba\(\s*([0-9]*\.?[0-9]+)%\s*,\s*([0-9]*\.?[0-9]+)%\s*,\s*([0-9]*\.?[0-9]+)%\s*,\s*([0-9.]+)\s*\)/.exec(e)) && (i = new u(t(a[1]) / 100, t(a[2]) / 100, t(a[3]) / 100, t(a[4]))), i) i.match = a;else if (!f) throw Error("Cannot parse color: " + e);return i;
        }function f(e, t, r) {
            for (r || (r = "0"), e = e.toString(16); t > e.length;) {
                e = "0" + e;
            }return e;
        }function a(e, t, r) {
            return r < 0 && (r += 1), r > 1 && (r -= 1), r < 1 / 6 ? e + 6 * (t - e) * r : r < .5 ? t : r < 2 / 3 ? e + (t - e) * (2 / 3 - r) * 6 : e;
        }var o,
            i,
            s,
            u,
            l,
            d,
            c,
            h = function h(e) {
            var t,
                r,
                n,
                f,
                a,
                o = this,
                i = h.formats;if (1 === arguments.length) for (e = o.resolveColor(e), f = 0; f < i.length; f++) {
                t = i[f].re, r = i[f].process, n = t.exec(e), n && (a = r(n), o.r = a[0], o.g = a[1], o.b = a[2]);
            } else o.r = arguments[0], o.g = arguments[1], o.b = arguments[2];o.r = o.normalizeByte(o.r), o.g = o.normalizeByte(o.g), o.b = o.normalizeByte(o.b);
        };h.prototype = { toHex: function toHex() {
                var e = this,
                    t = e.padDigit,
                    r = e.r.toString(16),
                    n = e.g.toString(16),
                    f = e.b.toString(16);return "#" + t(r) + t(n) + t(f);
            }, resolveColor: function resolveColor(e) {
                return e = e || "black", "#" == e.charAt(0) && (e = e.substr(1, 6)), e = e.replace(/ /g, ""), e = e.toLowerCase(), e = h.namedColors[e] || e;
            }, normalizeByte: function normalizeByte(e) {
                return e < 0 || isNaN(e) ? 0 : e > 255 ? 255 : e;
            }, padDigit: function padDigit(e) {
                return 1 === e.length ? "0" + e : e;
            }, brightness: function brightness(e) {
                var t = this,
                    r = Math.round;return t.r = r(t.normalizeByte(t.r * e)), t.g = r(t.normalizeByte(t.g * e)), t.b = r(t.normalizeByte(t.b * e)), t;
            }, percBrightness: function percBrightness() {
                var e = this;return Math.sqrt(.241 * e.r * e.r + .691 * e.g * e.g + .068 * e.b * e.b);
            } }, h.formats = [{ re: /^rgb\((\d{1,3}),\s*(\d{1,3}),\s*(\d{1,3})\)$/, process: function process(e) {
                return [r(e[1], 10), r(e[2], 10), r(e[3], 10)];
            } }, { re: /^(\w{2})(\w{2})(\w{2})$/, process: function process(e) {
                return [r(e[1], 16), r(e[2], 16), r(e[3], 16)];
            } }, { re: /^(\w{1})(\w{1})(\w{1})$/, process: function process(e) {
                return [r(e[1] + e[1], 16), r(e[2] + e[2], 16), r(e[3] + e[3], 16)];
            } }], h.namedColors = { aliceblue: "f0f8ff", antiquewhite: "faebd7", aqua: "00ffff", aquamarine: "7fffd4", azure: "f0ffff", beige: "f5f5dc", bisque: "ffe4c4", black: "000000", blanchedalmond: "ffebcd", blue: "0000ff", blueviolet: "8a2be2", brown: "a52a2a", burlywood: "deb887", cadetblue: "5f9ea0", chartreuse: "7fff00", chocolate: "d2691e", coral: "ff7f50", cornflowerblue: "6495ed", cornsilk: "fff8dc", crimson: "dc143c", cyan: "00ffff", darkblue: "00008b", darkcyan: "008b8b", darkgoldenrod: "b8860b", darkgray: "a9a9a9", darkgrey: "a9a9a9", darkgreen: "006400", darkkhaki: "bdb76b", darkmagenta: "8b008b", darkolivegreen: "556b2f", darkorange: "ff8c00", darkorchid: "9932cc", darkred: "8b0000", darksalmon: "e9967a", darkseagreen: "8fbc8f", darkslateblue: "483d8b", darkslategray: "2f4f4f", darkslategrey: "2f4f4f", darkturquoise: "00ced1", darkviolet: "9400d3", deeppink: "ff1493", deepskyblue: "00bfff", dimgray: "696969", dimgrey: "696969", dodgerblue: "1e90ff", firebrick: "b22222", floralwhite: "fffaf0", forestgreen: "228b22", fuchsia: "ff00ff", gainsboro: "dcdcdc", ghostwhite: "f8f8ff", gold: "ffd700", goldenrod: "daa520", gray: "808080", grey: "808080", green: "008000", greenyellow: "adff2f", honeydew: "f0fff0", hotpink: "ff69b4", indianred: "cd5c5c", indigo: "4b0082", ivory: "fffff0", khaki: "f0e68c", lavender: "e6e6fa", lavenderblush: "fff0f5", lawngreen: "7cfc00", lemonchiffon: "fffacd", lightblue: "add8e6", lightcoral: "f08080", lightcyan: "e0ffff", lightgoldenrodyellow: "fafad2", lightgray: "d3d3d3", lightgrey: "d3d3d3", lightgreen: "90ee90", lightpink: "ffb6c1", lightsalmon: "ffa07a", lightseagreen: "20b2aa", lightskyblue: "87cefa", lightslategray: "778899", lightslategrey: "778899", lightsteelblue: "b0c4de", lightyellow: "ffffe0", lime: "00ff00", limegreen: "32cd32", linen: "faf0e6", magenta: "ff00ff", maroon: "800000", mediumaquamarine: "66cdaa", mediumblue: "0000cd", mediumorchid: "ba55d3", mediumpurple: "9370d8", mediumseagreen: "3cb371", mediumslateblue: "7b68ee", mediumspringgreen: "00fa9a", mediumturquoise: "48d1cc", mediumvioletred: "c71585", midnightblue: "191970", mintcream: "f5fffa", mistyrose: "ffe4e1", moccasin: "ffe4b5", navajowhite: "ffdead", navy: "000080", oldlace: "fdf5e6", olive: "808000", olivedrab: "6b8e23", orange: "ffa500", orangered: "ff4500", orchid: "da70d6", palegoldenrod: "eee8aa", palegreen: "98fb98", paleturquoise: "afeeee", palevioletred: "d87093", papayawhip: "ffefd5", peachpuff: "ffdab9", peru: "cd853f", pink: "ffc0cb", plum: "dda0dd", powderblue: "b0e0e6", purple: "800080", red: "ff0000", rosybrown: "bc8f8f", royalblue: "4169e1", saddlebrown: "8b4513", salmon: "fa8072", sandybrown: "f4a460", seagreen: "2e8b57", seashell: "fff5ee", sienna: "a0522d", silver: "c0c0c0", skyblue: "87ceeb", slateblue: "6a5acd", slategray: "708090", slategrey: "708090", snow: "fffafa", springgreen: "00ff7f", steelblue: "4682b4", tan: "d2b48c", teal: "008080", thistle: "d8bfd8", tomato: "ff6347", turquoise: "40e0d0", violet: "ee82ee", wheat: "f5deb3", white: "ffffff", whitesmoke: "f5f5f5", yellow: "ffff00", yellowgreen: "9acd32" }, o = ["transparent"];for (i in h.namedColors) {
            h.namedColors.hasOwnProperty(i) && o.push(i);
        }o = RegExp("^(" + o.join("|") + ")(\\W|$)", "i"), s = kendo.Class.extend({ toHSV: function toHSV() {
                return this;
            }, toRGB: function toRGB() {
                return this;
            }, toHex: function toHex() {
                return this.toBytes().toHex();
            }, toBytes: function toBytes() {
                return this;
            }, toCss: function toCss() {
                return "#" + this.toHex();
            }, toCssRgba: function toCssRgba() {
                var e = this.toBytes();return "rgba(" + e.r + ", " + e.g + ", " + e.b + ", " + t((+this.a).toFixed(3)) + ")";
            }, toDisplay: function toDisplay() {
                return kendo.support.browser.msie && kendo.support.browser.version < 9 ? this.toCss() : this.toCssRgba();
            }, equals: function equals(e) {
                return e === this || null !== e && this.toCssRgba() == n(e).toCssRgba();
            }, diff: function diff(e) {
                if (null == e) return NaN;var t = this.toBytes();return e = e.toBytes(), Math.sqrt(Math.pow(.3 * (t.r - e.r), 2) + Math.pow(.59 * (t.g - e.g), 2) + Math.pow(.11 * (t.b - e.b), 2));
            }, clone: function clone() {
                var e = this.toBytes();return e === this && (e = new l(e.r, e.g, e.b, e.a)), e;
            } }), u = s.extend({ init: function init(e, t, r, n) {
                this.r = e, this.g = t, this.b = r, this.a = n;
            }, toHSV: function toHSV() {
                var e,
                    t,
                    r = this.r,
                    n = this.g,
                    f = this.b,
                    a = Math.min(r, n, f),
                    o = Math.max(r, n, f),
                    i = o,
                    s = o - a;return 0 === s ? new d(0, 0, i, this.a) : (0 !== o ? (t = s / o, e = r == o ? (n - f) / s : n == o ? 2 + (f - r) / s : 4 + (r - n) / s, e *= 60, e < 0 && (e += 360)) : (t = 0, e = -1), new d(e, t, i, this.a));
            }, toHSL: function toHSL() {
                var e,
                    t,
                    r,
                    n = this.r,
                    f = this.g,
                    a = this.b,
                    o = Math.max(n, f, a),
                    i = Math.min(n, f, a),
                    s = (o + i) / 2;if (o == i) e = t = 0;else {
                    switch (r = o - i, t = s > .5 ? r / (2 - o - i) : r / (o + i), o) {case n:
                            e = (f - a) / r + (f < a ? 6 : 0);break;case f:
                            e = (a - n) / r + 2;break;case a:
                            e = (n - f) / r + 4;}e *= 60, t *= 100, s *= 100;
                }return new c(e, t, s, this.a);
            }, toBytes: function toBytes() {
                return new l(255 * this.r, 255 * this.g, 255 * this.b, this.a);
            } }), l = u.extend({ init: function init(e, t, r, n) {
                this.r = Math.round(e), this.g = Math.round(t), this.b = Math.round(r), this.a = n;
            }, toRGB: function toRGB() {
                return new u(this.r / 255, this.g / 255, this.b / 255, this.a);
            }, toHSV: function toHSV() {
                return this.toRGB().toHSV();
            }, toHSL: function toHSL() {
                return this.toRGB().toHSL();
            }, toHex: function toHex() {
                return f(this.r, 2) + f(this.g, 2) + f(this.b, 2);
            }, toBytes: function toBytes() {
                return this;
            } }), d = s.extend({ init: function init(e, t, r, n) {
                this.h = e, this.s = t, this.v = r, this.a = n;
            }, toRGB: function toRGB() {
                var e,
                    t,
                    r,
                    n,
                    f,
                    a,
                    o,
                    i,
                    s = this.h,
                    l = this.s,
                    d = this.v;if (0 === l) t = r = n = d;else switch (s /= 60, e = Math.floor(s), f = s - e, a = d * (1 - l), o = d * (1 - l * f), i = d * (1 - l * (1 - f)), e) {case 0:
                        t = d, r = i, n = a;break;case 1:
                        t = o, r = d, n = a;break;case 2:
                        t = a, r = d, n = i;break;case 3:
                        t = a, r = o, n = d;break;case 4:
                        t = i, r = a, n = d;break;default:
                        t = d, r = a, n = o;}return new u(t, r, n, this.a);
            }, toHSL: function toHSL() {
                return this.toRGB().toHSL();
            }, toBytes: function toBytes() {
                return this.toRGB().toBytes();
            } }), c = s.extend({ init: function init(e, t, r, n) {
                this.h = e, this.s = t, this.l = r, this.a = n;
            }, toRGB: function toRGB() {
                var e,
                    t,
                    r,
                    n,
                    f,
                    o = this.h,
                    i = this.s,
                    s = this.l;return 0 === i ? e = t = r = s : (o /= 360, i /= 100, s /= 100, n = s < .5 ? s * (1 + i) : s + i - s * i, f = 2 * s - n, e = a(f, n, o + 1 / 3), t = a(f, n, o), r = a(f, n, o - 1 / 3)), new u(e, t, r, this.a);
            }, toHSV: function toHSV() {
                return this.toRGB().toHSV();
            }, toBytes: function toBytes() {
                return this.toRGB().toBytes();
            } }), h.fromBytes = function (e, t, r, n) {
            return new l(e, t, r, null != n ? n : 1);
        }, h.fromRGB = function (e, t, r, n) {
            return new u(e, t, r, null != n ? n : 1);
        }, h.fromHSV = function (e, t, r, n) {
            return new d(e, t, r, null != n ? n : 1);
        }, h.fromHSL = function (e, t, r, n) {
            return new c(e, t, r, null != n ? n : 1);
        }, kendo.Color = h, kendo.parseColor = n;
    }(window.kendo.jQuery, parseFloat, parseInt);
}, "function" == typeof define && define.amd ? define : function (e, t, r) {
    (r || t)();
});;!function (e, define) {
    define("kendo.popup.min", ["kendo.core.min"], e);
}(function () {
    return function (e, t) {
        function o(t, o) {
            return !(!t || !o) && (t === o || e.contains(t, o));
        }var n = window.kendo,
            i = n.ui,
            s = i.Widget,
            r = n.support,
            a = n.getOffset,
            l = n._outerWidth,
            p = n._outerHeight,
            d = "open",
            c = "close",
            f = "deactivate",
            u = "activate",
            m = "center",
            h = "left",
            g = "right",
            w = "top",
            v = "bottom",
            _ = "absolute",
            k = "hidden",
            y = "body",
            z = "location",
            b = "position",
            C = "visible",
            x = "effects",
            T = "k-state-active",
            P = "k-state-border",
            E = /k-state-border-(\w+)/,
            S = ".k-picker-wrap, .k-dropdown-wrap, .k-link",
            O = "down",
            R = e(document.documentElement),
            I = e(window),
            A = "scroll",
            D = r.transitions.css,
            H = D + "transform",
            L = e.extend,
            W = ".kendoPopup",
            j = ["font-size", "font-family", "font-stretch", "font-style", "font-weight", "line-height"],
            M = s.extend({ init: function init(t, o) {
                var i,
                    a = this;o = o || {}, o.isRtl && (o.origin = o.origin || v + " " + g, o.position = o.position || w + " " + g), s.fn.init.call(a, t, o), t = a.element, o = a.options, a.collisions = o.collision ? o.collision.split(" ") : [], a.downEvent = n.applyEventMap(O, n.guid()), 1 === a.collisions.length && a.collisions.push(a.collisions[0]), i = e(a.options.anchor).closest(".k-popup,.k-group").filter(":not([class^=km-])"), o.appendTo = e(e(o.appendTo)[0] || i[0] || y), a.element.hide().addClass("k-popup k-group k-reset").toggleClass("k-rtl", !!o.isRtl).css({ position: _ }).appendTo(o.appendTo).on("mouseenter" + W, function () {
                    a._hovered = !0;
                }).on("mouseleave" + W, function () {
                    a._hovered = !1;
                }), a.wrapper = e(), o.animation === !1 && (o.animation = { open: { effects: {} }, close: { hide: !0, effects: {} } }), L(o.animation.open, { complete: function complete() {
                        a.wrapper.css({ overflow: C }), a._activated = !0, a._trigger(u);
                    } }), L(o.animation.close, { complete: function complete() {
                        a._animationClose();
                    } }), a._mousedownProxy = function (e) {
                    a._mousedown(e);
                }, a._resizeProxy = r.mobileOS.android ? function (e) {
                    setTimeout(function () {
                        a._resize(e);
                    }, 600);
                } : function (e) {
                    a._resize(e);
                }, o.toggleTarget && e(o.toggleTarget).on(o.toggleEvent + W, e.proxy(a.toggle, a));
            }, events: [d, u, c, f], options: { name: "Popup", toggleEvent: "click", origin: v + " " + h, position: w + " " + h, anchor: y, appendTo: null, collision: "flip fit", viewport: window, copyAnchorStyles: !0, autosize: !1, modal: !1, adjustSize: { width: 0, height: 0 }, animation: { open: { effects: "slideIn:down", transition: !0, duration: 200 }, close: { duration: 100, hide: !0 } } }, _animationClose: function _animationClose() {
                var e = this,
                    t = e.wrapper.data(z);e.wrapper.hide(), t && e.wrapper.css(t), e.options.anchor != y && e._hideDirClass(), e._closing = !1, e._trigger(f);
            }, destroy: function destroy() {
                var t,
                    o = this,
                    i = o.options,
                    r = o.element.off(W);s.fn.destroy.call(o), i.toggleTarget && e(i.toggleTarget).off(W), i.modal || (R.unbind(o.downEvent, o._mousedownProxy), o._toggleResize(!1)), n.destroy(o.element.children()), r.removeData(), i.appendTo[0] === document.body && (t = r.parent(".k-animation-container"), t[0] ? t.remove() : r.remove());
            }, open: function open(t, o) {
                var i,
                    s,
                    a = this,
                    l = { isFixed: !isNaN(parseInt(o, 10)), x: t, y: o },
                    p = a.element,
                    c = a.options,
                    f = e(c.anchor),
                    u = p[0] && p.hasClass("km-widget");if (!a.visible()) {
                    if (c.copyAnchorStyles && (u && "font-size" == j[0] && j.shift(), p.css(n.getComputedStyles(f[0], j))), p.data("animating") || a._trigger(d)) return;a._activated = !1, c.modal || (R.unbind(a.downEvent, a._mousedownProxy).bind(a.downEvent, a._mousedownProxy), a._toggleResize(!1), a._toggleResize(!0)), a.wrapper = s = n.wrap(p, c.autosize).css({ overflow: k, display: "block", position: _ }), r.mobileOS.android && s.css(H, "translatez(0)"), s.css(b), e(c.appendTo)[0] == document.body && s.css(w, "-10000px"), a.flipped = a._position(l), i = a._openAnimation(), c.anchor != y && a._showDirClass(i), p.data(x, i.effects).kendoStop(!0).kendoAnimate(i);
                }
            }, _openAnimation: function _openAnimation() {
                var e = L(!0, {}, this.options.animation.open);return e.effects = n.parseEffects(e.effects, this.flipped), e;
            }, _hideDirClass: function _hideDirClass() {
                var t = e(this.options.anchor),
                    o = ((t.attr("class") || "").match(E) || ["", "down"])[1],
                    i = P + "-" + o;t.removeClass(i).children(S).removeClass(T).removeClass(i), this.element.removeClass(P + "-" + n.directions[o].reverse);
            }, _showDirClass: function _showDirClass(t) {
                var o = t.effects.slideIn ? t.effects.slideIn.direction : "down",
                    i = P + "-" + o;e(this.options.anchor).addClass(i).children(S).addClass(T).addClass(i), this.element.addClass(P + "-" + n.directions[o].reverse);
            }, position: function position() {
                this.visible() && (this.flipped = this._position());
            }, toggle: function toggle() {
                var e = this;e[e.visible() ? c : d]();
            }, visible: function visible() {
                return this.element.is(":" + C);
            }, close: function close(o) {
                var i,
                    s,
                    r,
                    a,
                    l = this,
                    p = l.options;if (l.visible()) {
                    if (i = l.wrapper[0] ? l.wrapper : n.wrap(l.element).hide(), l._toggleResize(!1), l._closing || l._trigger(c)) return l._toggleResize(!0), t;l.element.find(".k-popup").each(function () {
                        var t = e(this),
                            n = t.data("kendoPopup");n && n.close(o);
                    }), R.unbind(l.downEvent, l._mousedownProxy), o ? s = { hide: !0, effects: {} } : (s = L(!0, {}, p.animation.close), r = l.element.data(x), a = s.effects, !a && !n.size(a) && r && n.size(r) && (s.effects = r, s.reverse = !0), l._closing = !0), l.element.kendoStop(!0), i.css({ overflow: k }), l.element.kendoAnimate(s), o && l._animationClose();
                }
            }, _trigger: function _trigger(e) {
                return this.trigger(e, { type: e });
            }, _resize: function _resize(e) {
                var t = this;r.resize.indexOf(e.type) !== -1 ? (clearTimeout(t._resizeTimeout), t._resizeTimeout = setTimeout(function () {
                    t._position(), t._resizeTimeout = null;
                }, 50)) : (!t._hovered || t._activated && t.element.hasClass("k-list-container")) && t.close();
            }, _toggleResize: function _toggleResize(e) {
                var t = e ? "on" : "off",
                    o = r.resize;r.mobileOS.ios || r.mobileOS.android || (o += " " + A), this._scrollableParents()[t](A, this._resizeProxy), I[t](o, this._resizeProxy);
            }, _mousedown: function _mousedown(t) {
                var i = this,
                    s = i.element[0],
                    r = i.options,
                    a = e(r.anchor)[0],
                    l = r.toggleTarget,
                    p = n.eventTarget(t),
                    d = e(p).closest(".k-popup"),
                    c = d.parent().parent(".km-shim").length;d = d[0], !c && d && d !== i.element[0] || "popover" !== e(t.target).closest("a").data("rel") && (o(s, p) || o(a, p) || l && o(e(l)[0], p) || i.close());
            }, _fit: function _fit(e, t, o) {
                var n = 0;return e + t > o && (n = o - (e + t)), e < 0 && (n = -e), n;
            }, _flip: function _flip(e, t, o, n, i, s, r) {
                var a = 0;return r = r || t, s !== i && s !== m && i !== m && (e + r > n && (a += -(o + t)), e + a < 0 && (a += o + t)), a;
            }, _scrollableParents: function _scrollableParents() {
                return e(this.options.anchor).parentsUntil("body").filter(function (e, t) {
                    return n.isScrollable(t);
                });
            }, _position: function _position(t) {
                var o,
                    i,
                    s,
                    d,
                    c,
                    f,
                    u,
                    m,
                    h,
                    g,
                    w,
                    v,
                    k,
                    y,
                    C,
                    x,
                    T = this,
                    P = T.element,
                    E = T.wrapper,
                    S = T.options,
                    O = e(S.viewport),
                    R = r.zoomLevel(),
                    I = !!(O[0] == window && window.innerWidth && R <= 1.02),
                    A = e(S.anchor),
                    D = S.origin.toLowerCase().split(" "),
                    H = S.position.toLowerCase().split(" "),
                    W = T.collisions,
                    j = 10002,
                    M = 0,
                    F = document.documentElement;if (c = S.viewport === window ? { top: window.pageYOffset || document.documentElement.scrollTop || 0, left: window.pageXOffset || document.documentElement.scrollLeft || 0 } : O.offset(), I ? (f = window.innerWidth, u = window.innerHeight) : (f = O.width(), u = O.height()), I && F.scrollHeight - F.clientHeight > 0 && (f -= n.support.scrollbar()), o = A.parents().filter(E.siblings()), o[0]) if (s = Math.max(+o.css("zIndex"), 0)) j = s + 10;else for (i = A.parentsUntil(o), d = i.length; M < d; M++) {
                    s = +e(i[M]).css("zIndex"), s && j < s && (j = s + 10);
                }return E.css("zIndex", j), E.css(t && t.isFixed ? { left: t.x, top: t.y } : T._align(D, H)), m = a(E, b, A[0] === E.offsetParent()[0]), h = a(E), g = A.offsetParent().parent(".k-animation-container,.k-popup,.k-group"), g.length && (m = a(E, b, !0), h = a(E)), h.top -= c.top, h.left -= c.left, T.wrapper.data(z) || E.data(z, L({}, m)), w = L({}, h), v = L({}, m), k = S.adjustSize, "fit" === W[0] && (v.top += T._fit(w.top, p(E) + k.height, u / R)), "fit" === W[1] && (v.left += T._fit(w.left, l(E) + k.width, f / R)), y = L({}, v), C = p(P), x = p(E), !E.height() && C && (x += C), "flip" === W[0] && (v.top += T._flip(w.top, C, p(A), u / R, D[0], H[0], x)), "flip" === W[1] && (v.left += T._flip(w.left, l(P), l(A), f / R, D[1], H[1], l(E))), P.css(b, _), E.css(v), v.left != y.left || v.top != y.top;
            }, _align: function _align(t, o) {
                var n,
                    i = this,
                    s = i.wrapper,
                    r = e(i.options.anchor),
                    d = t[0],
                    c = t[1],
                    f = o[0],
                    u = o[1],
                    h = a(r),
                    w = e(i.options.appendTo),
                    _ = l(s),
                    k = p(s),
                    y = l(r),
                    z = p(r),
                    b = h.top,
                    C = h.left,
                    x = Math.round;return w[0] != document.body && (n = a(w), b -= n.top, C -= n.left), d === v && (b += z), d === m && (b += x(z / 2)), f === v && (b -= k), f === m && (b -= x(k / 2)), c === g && (C += y), c === m && (C += x(y / 2)), u === g && (C -= _), u === m && (C -= x(_ / 2)), { top: b, left: C };
            } });i.plugin(M);
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, o) {
    (o || t)();
});;!function (t, define) {
    define("util/main.min", ["kendo.core.min"], t);
}(function () {
    return function () {
        function t(t) {
            return (typeof t === "undefined" ? "undefined" : _typeof(t)) !== F;
        }function e(t, e) {
            var i = n(e);return z.round(t * i) / i;
        }function n(t) {
            return t ? z.pow(10, t) : 1;
        }function i(t, e, n) {
            return z.max(z.min(t, n), e);
        }function r(t) {
            return t * D;
        }function o(t) {
            return t / D;
        }function s(t) {
            return "number" == typeof t && !isNaN(t);
        }function a(e, n) {
            return t(e) ? e : n;
        }function h(t) {
            return t * t;
        }function l(t) {
            var e,
                n = [];for (e in t) {
                n.push(e + t[e]);
            }return n.sort().join("");
        }function c(t) {
            var e,
                n = 2166136261;for (e = 0; e < t.length; ++e) {
                n += (n << 1) + (n << 4) + (n << 7) + (n << 8) + (n << 24), n ^= t.charCodeAt(e);
            }return n >>> 0;
        }function u(t) {
            return c(l(t));
        }function f(t) {
            var e,
                n = t.length,
                i = L,
                r = I;for (e = 0; e < n; e++) {
                r = z.max(r, t[e]), i = z.min(i, t[e]);
            }return { min: i, max: r };
        }function d(t) {
            return f(t).min;
        }function p(t) {
            return f(t).max;
        }function m(t) {
            return v(t).min;
        }function g(t) {
            return v(t).max;
        }function v(t) {
            var e,
                n,
                i,
                r = L,
                o = I;for (e = 0, n = t.length; e < n; e++) {
                i = t[e], null !== i && isFinite(i) && (r = z.min(r, i), o = z.max(o, i));
            }return { min: r === L ? void 0 : r, max: o === I ? void 0 : o };
        }function x(t) {
            if (t) return t[t.length - 1];
        }function y(t, e) {
            return t.push.apply(t, e), t;
        }function w(t) {
            return M.template(t, { useWithBlock: !1, paramName: "d" });
        }function b(e, n) {
            return t(n) && null !== n ? " " + e + "='" + n + "' " : "";
        }function _(t) {
            var e,
                n = "";for (e = 0; e < t.length; e++) {
                n += b(t[e][0], t[e][1]);
            }return n;
        }function C(e) {
            var n,
                i,
                r = "";for (n = 0; n < e.length; n++) {
                i = e[n][1], t(i) && (r += e[n][0] + ":" + i + ";");
            }if ("" !== r) return r;
        }function T(t) {
            return "string" != typeof t && (t += "px"), t;
        }function k(t) {
            var e,
                n,
                i = [];if (t) for (e = M.toHyphens(t).split("-"), n = 0; n < e.length; n++) {
                i.push("k-pos-" + e[n]);
            }return i.join(" ");
        }function S(e) {
            return "" === e || null === e || "none" === e || "transparent" === e || !t(e);
        }function E(t) {
            for (var e = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, n = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], i = ""; t > 0;) {
                t < n[0] ? n.shift() : (i += e[n[0]], t -= n[0]);
            }return i;
        }function P(t) {
            var e, n, i, r, o;for (t = t.toLowerCase(), e = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, n = 0, i = 0, r = 0; r < t.length; ++r) {
                if (o = e[t.charAt(r)], !o) return null;n += o, o > i && (n -= 2 * i), i = o;
            }return n;
        }function A(t) {
            var e = Object.create(null);return function () {
                var n,
                    i = "";for (n = arguments.length; --n >= 0;) {
                    i += ":" + arguments[n];
                }return i in e ? e[i] : e[i] = t.apply(this, arguments);
            };
        }function O(t) {
            for (var e, n, i = [], r = 0, o = t.length; r < o;) {
                e = t.charCodeAt(r++), e >= 55296 && e <= 56319 && r < o ? (n = t.charCodeAt(r++), 56320 == (64512 & n) ? i.push(((1023 & e) << 10) + (1023 & n) + 65536) : (i.push(e), r--)) : i.push(e);
            }return i;
        }function N(t) {
            return t.map(function (t) {
                var e = "";return t > 65535 && (t -= 65536, e += String.fromCharCode(t >>> 10 & 1023 | 55296), t = 56320 | 1023 & t), e += String.fromCharCode(t);
            }).join("");
        }function R(t, e) {
            function n(t, n) {
                for (var i = [], r = 0, o = 0, s = 0; r < t.length && o < n.length;) {
                    e(t[r], n[o]) <= 0 ? i[s++] = t[r++] : i[s++] = n[o++];
                }return r < t.length && i.push.apply(i, t.slice(r)), o < n.length && i.push.apply(i, n.slice(o)), i;
            }return t.length < 2 ? t.slice() : function i(t) {
                var e, r, o;return t.length <= 1 ? t : (e = Math.floor(t.length / 2), r = t.slice(0, e), o = t.slice(e), r = i(r), o = i(o), n(r, o));
            }(t);
        }var z = Math,
            M = window.kendo,
            B = M.deepExtend,
            D = z.PI / 180,
            L = Number.MAX_VALUE,
            I = -Number.MAX_VALUE,
            F = "undefined",
            G = Date.now;G || (G = function G() {
            return new Date().getTime();
        }), B(M, { util: { MAX_NUM: L, MIN_NUM: I, append: y, arrayLimits: f, arrayMin: d, arrayMax: p, defined: t, deg: o, hashKey: c, hashObject: u, isNumber: s, isTransparent: S, last: x, limitValue: i, now: G, objectKey: l, round: e, rad: r, renderAttr: b, renderAllAttr: _, renderPos: k, renderSize: T, renderStyle: C, renderTemplate: w, sparseArrayLimits: v, sparseArrayMin: m, sparseArrayMax: g, sqr: h, valueOrDefault: a, romanToArabic: P, arabicToRoman: E, memoize: A, ucs2encode: N, ucs2decode: O, mergeSort: R } }), M.drawing.util = M.util, M.dataviz.util = M.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], t);
}(function () {
    !function (t) {
        function e() {
            return { width: 0, height: 0, baseline: 0 };
        }function n(t, e, n) {
            return u.current.measure(t, e, n);
        }function i(t, e) {
            var n = [];if (t.length > 0 && document.fonts) {
                try {
                    n = t.map(function (t) {
                        return document.fonts.load(t);
                    });
                } catch (i) {
                    o.logToConsole(i);
                }Promise.all(n).then(e, e);
            } else e();
        }var r = document,
            o = window.kendo,
            s = o.Class,
            a = o.util,
            h = a.defined,
            l = s.extend({ init: function init(t) {
                this._size = t, this._length = 0, this._map = {};
            }, put: function put(t, e) {
                var n = this,
                    i = n._map,
                    r = { key: t, value: e };i[t] = r, n._head ? (n._tail.newer = r, r.older = n._tail, n._tail = r) : n._head = n._tail = r, n._length >= n._size ? (i[n._head.key] = null, n._head = n._head.newer, n._head.older = null) : n._length++;
            }, get: function get(t) {
                var e = this,
                    n = e._map[t];if (n) return n === e._head && n !== e._tail && (e._head = n.newer, e._head.older = null), n !== e._tail && (n.older && (n.older.newer = n.newer, n.newer.older = n.older), n.older = e._tail, n.newer = null, e._tail.newer = n, e._tail = n), n.value;
            } }),
            c = t("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            u = s.extend({ init: function init(t) {
                this._cache = new l(1e3), this._initOptions(t);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(n, i, o) {
                var s, l, u, f, d, p, m, g;if (!n) return e();if (s = a.objectKey(i), l = a.hashKey(n + s), u = this._cache.get(l), u) return u;f = e(), d = o ? o : c, p = this._baselineMarker().cloneNode(!1);for (m in i) {
                    g = i[m], h(g) && (d.style[m] = g);
                }return t(d).text(n), d.appendChild(p), r.body.appendChild(d), (n + "").length && (f.width = d.offsetWidth - this.options.baselineMarkerSize, f.height = d.offsetHeight, f.baseline = p.offsetTop + this.options.baselineMarkerSize), f.width > 0 && f.height > 0 && this._cache.put(l, f), d.parentNode.removeChild(d), f;
            }, _baselineMarker: function _baselineMarker() {
                return t("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });u.current = new u(), o.util.TextMetrics = u, o.util.LRUCache = l, o.util.loadFonts = i, o.util.measureText = n;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("util/base64.min", ["util/main.min"], t);
}(function () {
    return function () {
        function t(t) {
            var n,
                i,
                r,
                s,
                a,
                h,
                l,
                c = "",
                u = 0;for (t = e(t); u < t.length;) {
                n = t.charCodeAt(u++), i = t.charCodeAt(u++), r = t.charCodeAt(u++), s = n >> 2, a = (3 & n) << 4 | i >> 4, h = (15 & i) << 2 | r >> 6, l = 63 & r, isNaN(i) ? h = l = 64 : isNaN(r) && (l = 64), c = c + o.charAt(s) + o.charAt(a) + o.charAt(h) + o.charAt(l);
            }return c;
        }function e(t) {
            var e,
                n,
                i = "";for (e = 0; e < t.length; e++) {
                n = t.charCodeAt(e), n < 128 ? i += r(n) : n < 2048 ? (i += r(192 | n >>> 6), i += r(128 | 63 & n)) : n < 65536 && (i += r(224 | n >>> 12), i += r(128 | n >>> 6 & 63), i += r(128 | 63 & n));
            }return i;
        }var n = window.kendo,
            i = n.deepExtend,
            r = String.fromCharCode,
            o = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";i(n.util, { encodeBase64: t, encodeUTF8: e });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("mixins/observers.min", ["kendo.core.min"], t);
}(function () {
    return function (t) {
        var e = Math,
            n = window.kendo,
            i = n.deepExtend,
            r = t.inArray,
            o = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(t) {
                return this._observers ? this._observers.push(t) : this._observers = [t], this;
            }, removeObserver: function removeObserver(t) {
                var e = this.observers(),
                    n = r(t, e);return n != -1 && e.splice(n, 1), this;
            }, trigger: function trigger(t, e) {
                var n,
                    i,
                    r = this._observers;if (r && !this._suspended) for (i = 0; i < r.length; i++) {
                    n = r[i], n[t] && n[t](e);
                }return this;
            }, optionsChange: function optionsChange(t) {
                t = t || {}, t.element = this, this.trigger("optionsChange", t);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = e.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(t, e) {
                this[t] && this[t].removeObserver(this), this[t] = e, e.addObserver(this);
            } };i(n, { mixins: { ObserversMixin: o } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/geometry.min", ["util/main.min", "mixins/observers.min"], t);
}(function () {
    return function () {
        function t(t) {
            return null === t ? null : t instanceof E ? t : new E(t);
        }function e(t) {
            return t && N.isFunction(t.matrix) ? t.matrix() : t;
        }function n(t, e, n, i) {
            var r = 0,
                o = 0;return i && (r = A.atan2(i.c * n, i.a * e), 0 !== i.b && (o = A.atan2(i.d * n, i.b * e))), { x: r, y: o };
        }function i(t, e) {
            for (; t < e;) {
                t += 90;
            }return t;
        }function r(t, e) {
            var n, i, r;for (n = 0; n < e.length; n++) {
                i = e[n], r = i.charAt(0).toUpperCase() + i.substring(1, i.length), t["set" + r] = o(i), t["get" + r] = s(i);
            }
        }function o(t) {
            return function (e) {
                return this[t] !== e && (this[t] = e, this.geometryChange()), this;
            };
        }function s(t) {
            return function () {
                return this[t];
            };
        }function a(t, e, n) {
            t > e && (e += 360);var i = A.abs(e - t);return n || (i = 360 - i), i;
        }function h(t, e, n, i, r, o) {
            var s = F((r - t) / n, 3),
                a = F((o - e) / i, 3);return F(I(A.atan2(a, s)));
        }function l(t, e, n, i, r, o, s, l) {
            var c, u, f, d, p, m, g, v, x, y, w, b, _, C, T, k, S, E;if (e !== i) x = n - t, y = i - e, w = O(r, 2), b = O(o, 2), _ = (b * x * (t + n) + w * y * (e + i)) / (2 * w * y), C = _ - i, T = -(x * b) / (w * y), p = 1 / w + O(T, 2) / b, m = 2 * (T * C / b - n / w), g = O(n, 2) / w + O(C, 2) / b - 1, v = A.sqrt(O(m, 2) - 4 * p * g), c = (-m - v) / (2 * p), u = _ + T * c, f = (-m + v) / (2 * p), d = _ + T * f;else {
                if (t === n) return !1;m = -2 * i, g = O((n - t) * o / (2 * r), 2) + O(i, 2) - O(o, 2), v = A.sqrt(O(m, 2) - 4 * g), c = f = (t + n) / 2, u = (-m - v) / 2, d = (-m + v) / 2;
            }return k = h(c, u, r, o, t, e), S = h(c, u, r, o, n, i), E = a(k, S, l), (s && E <= 180 || !s && E > 180) && (c = f, u = d, k = h(c, u, r, o, t, e), S = h(c, u, r, o, n, i)), { center: new $(c, u), startAngle: k, endAngle: S };
        }function c(t, e, n, i) {
            if (0 === t) return b(e, n, i);var r,
                o,
                s,
                a,
                h,
                l,
                c,
                u = (3 * t * n - A.pow(e, 2)) / (3 * A.pow(t, 2)),
                f = (2 * A.pow(e, 3) - 9 * t * e * n + 27 * A.pow(t, 2) * i) / (27 * A.pow(t, 3)),
                d = A.pow(u / 3, 3) + A.pow(f / 2, 2),
                p = new P(0, 1),
                m = -e / (3 * t),
                g = [];return d < 0 ? (r = new P(-f / 2, A.sqrt(-d)).nthRoot(3), o = new P(-f / 2, -A.sqrt(-d)).nthRoot(3)) : (r = -f / 2 + A.sqrt(d), r = new P(x(r) * A.pow(A.abs(r), 1 / 3)), o = -f / 2 - A.sqrt(d), o = new P(x(o) * A.pow(A.abs(o), 1 / 3))), s = r.add(o), l = r.add(o).multiplyConstant(-.5), c = r.add(o.negate()).multiplyConstant(A.sqrt(3) / 2), a = l.add(p.multiply(c)), h = l.add(p.negate().multiply(c)), s.isReal() && g.push(F(s.real + m, q)), a.isReal() && g.push(F(a.real + m, q)), h.isReal() && g.push(F(h.real + m, q)), g;
        }function u(t, e) {
            return [-t[0][e] + 3 * t[1][e] - 3 * t[2][e] + t[3][e], 3 * (t[0][e] - 2 * t[1][e] + t[2][e]), 3 * (-t[0][e] + t[1][e]), t[0][e]];
        }function f(t, e, n) {
            var i = 1 - t;return A.pow(i, 3) * n[0][e] + 3 * A.pow(i, 2) * t * n[1][e] + 3 * A.pow(t, 2) * i * n[2][e] + A.pow(t, 3) * n[3][e];
        }function d(t, e, n) {
            var i,
                r,
                o,
                s = u(t, "x"),
                a = c(s[0], s[1], s[2], s[3] - e.x),
                h = 0;for (o = 0; o < a.length; o++) {
                i = f(a[o], "y", t), r = g(i, e.y) || i > e.y, r && ((0 === a[o] || 1 === a[o]) && n.bottomRight().x > e.x || 0 < a[o] && a[o] < 1) && h++;
            }return h;
        }function p(t, e, n) {
            var i, r, o, s, a, h;return t.x != e.x && (r = A.min(t.x, e.x), o = A.max(t.x, e.x), s = A.min(t.y, e.y), a = A.max(t.y, e.y), h = r <= n.x && n.x < o, i = s == a ? n.y <= s && h : h && (a - s) * ((t.x - e.x) * (t.y - e.y) > 0 ? n.x - r : o - n.x) / (o - r) + s - n.y >= 0), i ? 1 : 0;
        }function m(t, e, n, i) {
            var r = e.x - t.x,
                o = i.x - n.x,
                s = e.y - t.y,
                a = i.y - n.y,
                h = t.x - n.x,
                l = t.y - n.y,
                c = r * a - o * s,
                u = (r * l - s * h) / c,
                f = (o * l - a * h) / c;if (u >= 0 && u <= 1 && f >= 0 && f <= 1) return new $(t.x + f * r, t.y + f * s);
        }function g(t, e, n) {
            return 0 === F(A.abs(t - e), n || q);
        }function v(t, e, n) {
            return t < e || g(t, e, n);
        }function x(t) {
            return t < 0 ? -1 : 1;
        }function y(e, n, i) {
            var r = B.deg(A.atan2(n.y - e.y, n.x - e.x)),
                o = i.transformCopy(t().rotate(-r, e));return o.x < e.x;
        }function w(t, e, n, i, r) {
            var o,
                s,
                a = u(t, i),
                h = c(a[0], a[1], a[2], a[3] - e[i]);for (s = 0; s < h.length; s++) {
                if (0 <= h[s] && h[s] <= 1 && (o = f(h[s], n, t), A.abs(o - e[n]) <= r)) return !0;
            }
        }function b(t, e, n) {
            var i = A.sqrt(A.pow(e, 2) - 4 * t * n);return [(-e + i) / (2 * t), (-e - i) / (2 * t)];
        }var _,
            C,
            T,
            k,
            S,
            E,
            P,
            A = Math,
            O = A.pow,
            N = window.kendo,
            R = N.Class,
            z = N.deepExtend,
            M = N.mixins.ObserversMixin,
            B = N.util,
            D = B.defined,
            L = B.rad,
            I = B.deg,
            F = B.round,
            G = A.PI / 2,
            j = B.MIN_NUM,
            H = B.MAX_NUM,
            q = 10,
            $ = R.extend({ init: function init(t, e) {
                this.x = t || 0, this.y = e || 0;
            }, equals: function equals(t) {
                return t && t.x === this.x && t.y === this.y;
            }, clone: function clone() {
                return new $(this.x, this.y);
            }, rotate: function rotate(e, n) {
                return this.transform(t().rotate(e, n));
            }, translate: function translate(t, e) {
                return this.x += t, this.y += e, this.geometryChange(), this;
            }, translateWith: function translateWith(t) {
                return this.translate(t.x, t.y);
            }, move: function move(t, e) {
                return this.x = this.y = 0, this.translate(t, e);
            }, scale: function scale(t, e) {
                return D(e) || (e = t), this.x *= t, this.y *= e, this.geometryChange(), this;
            }, scaleCopy: function scaleCopy(t, e) {
                return this.clone().scale(t, e);
            }, transform: function transform(t) {
                var n = e(t),
                    i = this.x,
                    r = this.y;return this.x = n.a * i + n.c * r + n.e, this.y = n.b * i + n.d * r + n.f, this.geometryChange(), this;
            }, transformCopy: function transformCopy(t) {
                var e = this.clone();return t && e.transform(t), e;
            }, distanceTo: function distanceTo(t) {
                var e = this.x - t.x,
                    n = this.y - t.y;return A.sqrt(e * e + n * n);
            }, round: function round(t) {
                return this.x = F(this.x, t), this.y = F(this.y, t), this.geometryChange(), this;
            }, toArray: function toArray(t) {
                var e = D(t),
                    n = e ? F(this.x, t) : this.x,
                    i = e ? F(this.y, t) : this.y;return [n, i];
            } });r($.fn, ["x", "y"]), z($.fn, M), $.fn.toString = function (t, e) {
            var n = this.x,
                i = this.y;return D(t) && (n = F(n, t), i = F(i, t)), e = e || " ", n + e + i;
        }, $.create = function (t, e) {
            if (D(t)) return t instanceof $ ? t : 1 === arguments.length && 2 === t.length ? new $(t[0], t[1]) : new $(t, e);
        }, $.min = function () {
            var t,
                e,
                n = B.MAX_NUM,
                i = B.MAX_NUM;for (t = 0; t < arguments.length; t++) {
                e = arguments[t], n = A.min(e.x, n), i = A.min(e.y, i);
            }return new $(n, i);
        }, $.max = function () {
            var t,
                e,
                n = B.MIN_NUM,
                i = B.MIN_NUM;for (t = 0; t < arguments.length; t++) {
                e = arguments[t], n = A.max(e.x, n), i = A.max(e.y, i);
            }return new $(n, i);
        }, $.minPoint = function () {
            return new $(j, j);
        }, $.maxPoint = function () {
            return new $(H, H);
        }, $.ZERO = new $(0, 0), _ = R.extend({ init: function init(t, e) {
                this.width = t || 0, this.height = e || 0;
            }, equals: function equals(t) {
                return t && t.width === this.width && t.height === this.height;
            }, clone: function clone() {
                return new _(this.width, this.height);
            }, toArray: function toArray(t) {
                var e = D(t),
                    n = e ? F(this.width, t) : this.width,
                    i = e ? F(this.height, t) : this.height;return [n, i];
            } }), r(_.fn, ["width", "height"]), z(_.fn, M), _.create = function (t, e) {
            if (D(t)) return t instanceof _ ? t : 1 === arguments.length && 2 === t.length ? new _(t[0], t[1]) : new _(t, e);
        }, _.ZERO = new _(0, 0), C = R.extend({ init: function init(t, e) {
                this.setOrigin(t || new $()), this.setSize(e || new _());
            }, clone: function clone() {
                return new C(this.origin.clone(), this.size.clone());
            }, equals: function equals(t) {
                return t && t.origin.equals(this.origin) && t.size.equals(this.size);
            }, setOrigin: function setOrigin(t) {
                return this._observerField("origin", $.create(t)), this.geometryChange(), this;
            }, getOrigin: function getOrigin() {
                return this.origin;
            }, setSize: function setSize(t) {
                return this._observerField("size", _.create(t)), this.geometryChange(), this;
            }, getSize: function getSize() {
                return this.size;
            }, width: function width() {
                return this.size.width;
            }, height: function height() {
                return this.size.height;
            }, topLeft: function topLeft() {
                return this.origin.clone();
            }, bottomRight: function bottomRight() {
                return this.origin.clone().translate(this.width(), this.height());
            }, topRight: function topRight() {
                return this.origin.clone().translate(this.width(), 0);
            }, bottomLeft: function bottomLeft() {
                return this.origin.clone().translate(0, this.height());
            }, center: function center() {
                return this.origin.clone().translate(this.width() / 2, this.height() / 2);
            }, bbox: function bbox(t) {
                var e = this.topLeft().transformCopy(t),
                    n = this.topRight().transformCopy(t),
                    i = this.bottomRight().transformCopy(t),
                    r = this.bottomLeft().transformCopy(t);return C.fromPoints(e, n, i, r);
            }, transformCopy: function transformCopy(t) {
                return C.fromPoints(this.topLeft().transform(t), this.bottomRight().transform(t));
            }, expand: function expand(t, e) {
                return D(e) || (e = t), this.size.width += 2 * t, this.size.height += 2 * e, this.origin.translate(-t, -e), this;
            }, expandCopy: function expandCopy(t, e) {
                return this.clone().expand(t, e);
            }, containsPoint: function containsPoint(t) {
                var e = this.origin,
                    n = this.bottomRight();return !(t.x < e.x || t.y < e.y || n.x < t.x || n.y < t.y);
            }, _isOnPath: function _isOnPath(t, e) {
                var n = this.expandCopy(e, e),
                    i = this.expandCopy(-e, -e);return n.containsPoint(t) && !i.containsPoint(t);
            } }), z(C.fn, M), C.fromPoints = function () {
            var t = $.min.apply(this, arguments),
                e = $.max.apply(this, arguments),
                n = new _(e.x - t.x, e.y - t.y);return new C(t, n);
        }, C.union = function (t, e) {
            return C.fromPoints($.min(t.topLeft(), e.topLeft()), $.max(t.bottomRight(), e.bottomRight()));
        }, C.intersect = function (t, e) {
            if (t = { left: t.topLeft().x, top: t.topLeft().y, right: t.bottomRight().x, bottom: t.bottomRight().y }, e = { left: e.topLeft().x, top: e.topLeft().y, right: e.bottomRight().x, bottom: e.bottomRight().y }, t.left <= e.right && e.left <= t.right && t.top <= e.bottom && e.top <= t.bottom) return C.fromPoints(new $(A.max(t.left, e.left), A.max(t.top, e.top)), new $(A.min(t.right, e.right), A.min(t.bottom, e.bottom)));
        }, T = R.extend({ init: function init(t, e) {
                this.setCenter(t || new $()), this.setRadius(e || 0);
            }, setCenter: function setCenter(t) {
                return this._observerField("center", $.create(t)), this.geometryChange(), this;
            }, getCenter: function getCenter() {
                return this.center;
            }, equals: function equals(t) {
                return t && t.center.equals(this.center) && t.radius === this.radius;
            }, clone: function clone() {
                return new T(this.center.clone(), this.radius);
            }, pointAt: function pointAt(t) {
                return this._pointAt(L(t));
            }, bbox: function bbox(t) {
                var e,
                    i,
                    r,
                    o,
                    s = $.maxPoint(),
                    a = $.minPoint(),
                    h = n(this.center, this.radius, this.radius, t);for (e = 0; e < 4; e++) {
                    i = this._pointAt(h.x + e * G).transformCopy(t), r = this._pointAt(h.y + e * G).transformCopy(t), o = new $(i.x, r.y), s = $.min(s, o), a = $.max(a, o);
                }return C.fromPoints(s, a);
            }, _pointAt: function _pointAt(t) {
                var e = this.center,
                    n = this.radius;return new $(e.x - n * A.cos(t), e.y - n * A.sin(t));
            }, containsPoint: function containsPoint(t) {
                var e = this.center,
                    n = A.pow(t.x - e.x, 2) + A.pow(t.y - e.y, 2) <= A.pow(this.radius, 2);return n;
            }, _isOnPath: function _isOnPath(t, e) {
                var n = this.center,
                    i = this.radius,
                    r = n.distanceTo(t);return i - e <= r && r <= i + e;
            } }), r(T.fn, ["radius"]), z(T.fn, M), k = R.extend({ init: function init(t, e) {
                this.setCenter(t || new $()), e = e || {}, this.radiusX = e.radiusX, this.radiusY = e.radiusY || e.radiusX, this.startAngle = e.startAngle, this.endAngle = e.endAngle, this.anticlockwise = e.anticlockwise || !1;
            }, clone: function clone() {
                return new k(this.center, { radiusX: this.radiusX, radiusY: this.radiusY, startAngle: this.startAngle, endAngle: this.endAngle, anticlockwise: this.anticlockwise });
            }, setCenter: function setCenter(t) {
                return this._observerField("center", $.create(t)), this.geometryChange(), this;
            }, getCenter: function getCenter() {
                return this.center;
            }, MAX_INTERVAL: 45, pointAt: function pointAt(t) {
                var e = this.center,
                    n = L(t);return new $(e.x + this.radiusX * A.cos(n), e.y + this.radiusY * A.sin(n));
            }, curvePoints: function curvePoints() {
                var t,
                    e,
                    n,
                    i = this.startAngle,
                    r = this.anticlockwise ? -1 : 1,
                    o = [this.pointAt(i)],
                    s = i,
                    a = this._arcInterval(),
                    h = a.endAngle - a.startAngle,
                    l = A.ceil(h / this.MAX_INTERVAL),
                    c = h / l;for (t = 1; t <= l; t++) {
                    e = s + r * c, n = this._intervalCurvePoints(s, e), o.push(n.cp1, n.cp2, n.p2), s = e;
                }return o;
            }, bbox: function bbox(t) {
                for (var e, r, o = this, s = o._arcInterval(), a = s.startAngle, h = s.endAngle, l = n(this.center, this.radiusX, this.radiusY, t), c = I(l.x), u = I(l.y), f = o.pointAt(a).transformCopy(t), d = o.pointAt(h).transformCopy(t), p = $.min(f, d), m = $.max(f, d), g = i(c, a), v = i(u, a); g < h || v < h;) {
                    g < h && (e = o.pointAt(g).transformCopy(t), g += 90), v < h && (r = o.pointAt(v).transformCopy(t), v += 90), f = new $(e.x, r.y), p = $.min(p, f), m = $.max(m, f);
                }return C.fromPoints(p, m);
            }, _arcInterval: function _arcInterval() {
                var t,
                    e = this.startAngle,
                    n = this.endAngle,
                    i = this.anticlockwise;return i && (t = e, e = n, n = t), (e > n || i && e === n) && (n += 360), { startAngle: e, endAngle: n };
            }, _intervalCurvePoints: function _intervalCurvePoints(t, e) {
                var n = this,
                    i = n.pointAt(t),
                    r = n.pointAt(e),
                    o = n._derivativeAt(t),
                    s = n._derivativeAt(e),
                    a = (L(e) - L(t)) / 3,
                    h = new $(i.x + a * o.x, i.y + a * o.y),
                    l = new $(r.x - a * s.x, r.y - a * s.y);return { p1: i, cp1: h, cp2: l, p2: r };
            }, _derivativeAt: function _derivativeAt(t) {
                var e = this,
                    n = L(t);return new $(-e.radiusX * A.sin(n), e.radiusY * A.cos(n));
            }, containsPoint: function containsPoint(t) {
                var e,
                    n,
                    i,
                    r = this._arcInterval(),
                    o = r.endAngle - r.startAngle,
                    s = this.center,
                    a = s.distanceTo(t),
                    l = A.atan2(t.y - s.y, t.x - s.x),
                    c = this.radiusX * this.radiusY / A.sqrt(A.pow(this.radiusX, 2) * A.pow(A.sin(l), 2) + A.pow(this.radiusY, 2) * A.pow(A.cos(l), 2)),
                    u = this.pointAt(this.startAngle).round(q),
                    f = this.pointAt(this.endAngle).round(q),
                    d = m(s, t.round(q), u, f);return o < 180 ? e = d && v(s.distanceTo(d), a) && v(a, c) : (n = h(s.x, s.y, this.radiusX, this.radiusY, t.x, t.y), 360 != n && (n = (360 + n) % 360), i = r.startAngle <= n && n <= r.endAngle, e = i && v(a, c) || !i && (!d || d.equals(t))), e;
            }, _isOnPath: function _isOnPath(t, e) {
                var n,
                    i = this._arcInterval(),
                    r = this.center,
                    o = h(r.x, r.y, this.radiusX, this.radiusY, t.x, t.y);return 360 != o && (o = (360 + o) % 360), n = i.startAngle <= o && o <= i.endAngle, n && this.pointAt(o).distanceTo(t) <= e;
            } }), r(k.fn, ["radiusX", "radiusY", "startAngle", "endAngle", "anticlockwise"]), z(k.fn, M), k.fromPoints = function (t, e, n, i, r, o) {
            var s = l(t.x, t.y, e.x, e.y, n, i, r, o);return new k(s.center, { startAngle: s.startAngle, endAngle: s.endAngle, radiusX: n, radiusY: i, anticlockwise: 0 === o });
        }, S = R.extend({ init: function init(t, e, n, i, r, o) {
                this.a = t || 0, this.b = e || 0, this.c = n || 0, this.d = i || 0, this.e = r || 0, this.f = o || 0;
            }, multiplyCopy: function multiplyCopy(t) {
                return new S(this.a * t.a + this.c * t.b, this.b * t.a + this.d * t.b, this.a * t.c + this.c * t.d, this.b * t.c + this.d * t.d, this.a * t.e + this.c * t.f + this.e, this.b * t.e + this.d * t.f + this.f);
            }, invert: function invert() {
                var t = this.a,
                    e = this.b,
                    n = this.c,
                    i = this.d,
                    r = this.e,
                    o = this.f,
                    s = t * i - e * n;return 0 === s ? null : new S(i / s, -e / s, -n / s, t / s, (n * o - i * r) / s, (e * r - t * o) / s);
            }, clone: function clone() {
                return new S(this.a, this.b, this.c, this.d, this.e, this.f);
            }, equals: function equals(t) {
                return !!t && this.a === t.a && this.b === t.b && this.c === t.c && this.d === t.d && this.e === t.e && this.f === t.f;
            }, round: function round(t) {
                return this.a = F(this.a, t), this.b = F(this.b, t), this.c = F(this.c, t), this.d = F(this.d, t), this.e = F(this.e, t), this.f = F(this.f, t), this;
            }, toArray: function toArray(t) {
                var e,
                    n = [this.a, this.b, this.c, this.d, this.e, this.f];if (D(t)) for (e = 0; e < n.length; e++) {
                    n[e] = F(n[e], t);
                }return n;
            } }), S.fn.toString = function (t, e) {
            return this.toArray(t).join(e || ",");
        }, S.translate = function (t, e) {
            return new S(1, 0, 0, 1, t, e);
        }, S.unit = function () {
            return new S(1, 0, 0, 1, 0, 0);
        }, S.rotate = function (t, e, n) {
            var i = new S();return i.a = A.cos(L(t)), i.b = A.sin(L(t)), i.c = -i.b, i.d = i.a, i.e = e - e * i.a + n * i.b || 0, i.f = n - n * i.a - e * i.b || 0, i;
        }, S.scale = function (t, e) {
            return new S(t, 0, 0, e, 0, 0);
        }, S.IDENTITY = S.unit(), E = R.extend({ init: function init(t) {
                this._matrix = t || S.unit();
            }, clone: function clone() {
                return new E(this._matrix.clone());
            }, equals: function equals(t) {
                return t && t._matrix.equals(this._matrix);
            }, _optionsChange: function _optionsChange() {
                this.optionsChange({ field: "transform", value: this });
            }, translate: function translate(t, e) {
                return this._matrix = this._matrix.multiplyCopy(S.translate(t, e)), this._optionsChange(), this;
            }, scale: function scale(t, e, n) {
                return D(e) || (e = t), n && (n = $.create(n), this._matrix = this._matrix.multiplyCopy(S.translate(n.x, n.y))), this._matrix = this._matrix.multiplyCopy(S.scale(t, e)), n && (this._matrix = this._matrix.multiplyCopy(S.translate(-n.x, -n.y))), this._optionsChange(), this;
            }, rotate: function rotate(t, e) {
                return e = $.create(e) || $.ZERO, this._matrix = this._matrix.multiplyCopy(S.rotate(t, e.x, e.y)), this._optionsChange(), this;
            }, multiply: function multiply(t) {
                var n = e(t);return this._matrix = this._matrix.multiplyCopy(n), this._optionsChange(), this;
            }, matrix: function matrix(t) {
                return t ? (this._matrix = t, this._optionsChange(), this) : this._matrix;
            } }), z(E.fn, M), P = function P(t, e) {
            this.real = t || 0, this.img = e || 0;
        }, P.fn = P.prototype = { add: function add(t) {
                return new P(F(this.real + t.real, q), F(this.img + t.img, q));
            }, addConstant: function addConstant(t) {
                return new P(this.real + t, this.img);
            }, negate: function negate() {
                return new P(-this.real, -this.img);
            }, multiply: function multiply(t) {
                return new P(this.real * t.real - this.img * t.img, this.real * t.img + this.img * t.real);
            }, multiplyConstant: function multiplyConstant(t) {
                return new P(this.real * t, this.img * t);
            }, nthRoot: function nthRoot(t) {
                var e = A.atan2(this.img, this.real),
                    n = A.sqrt(A.pow(this.img, 2) + A.pow(this.real, 2)),
                    i = A.pow(n, 1 / t);return new P(i * A.cos(e / t), i * A.sin(e / t));
            }, equals: function equals(t) {
                return this.real === t.real && this.img === t.img;
            }, isReal: function isReal() {
                return 0 === this.img;
            } }, z(N, { geometry: { Arc: k, Circle: T, curveIntersectionsCount: d, lineIntersectionsCount: p, Matrix: S, Point: $, Rect: C, Size: _, Transformation: E, transform: t, toMatrix: e, isOutOfEndPoint: y, hasRootsInRange: w } }), N.dataviz.geometry = N.geometry;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/core.min", ["drawing/geometry.min", "kendo.popup.min"], t);
}(function () {
    !function (t) {
        function e(t) {
            var e, n;return t.touch ? (e = t.x.location, n = t.y.location) : (e = t.pageX || t.clientX || 0, n = t.pageY || t.clientY || 0), { x: e, y: n };
        }var n,
            i,
            r,
            o,
            s = t.noop,
            a = Object.prototype.toString,
            h = window.kendo,
            l = h._outerWidth,
            c = h._outerHeight,
            u = h.Class,
            f = h.ui.Widget,
            d = h.deepExtend,
            p = h.util,
            m = p.defined,
            g = p.limitValue,
            v = h.geometry,
            x = t.proxy,
            y = ".kendo",
            w = '<div class="k-tooltip"><div class="k-tooltip-content"></div></div>',
            b = '<div class="k-tooltip-button"><a href="\\#" class="k-icon k-i-close">close</a></div>',
            _ = f.extend({ init: function init(t, e) {
                this.options = d({}, this.options, e), f.fn.init.call(this, t, this.options), this._click = this._handler("click"), this._mouseenter = this._handler("mouseenter"), this._mouseleave = this._handler("mouseleave"), this._mousemove = this._handler("mousemove"), this._visual = new h.drawing.Group(), this.options.width && this.element.css("width", this.options.width), this.options.height && this.element.css("height", this.options.height), this._enableTracking();
            }, options: { name: "Surface", tooltip: {} }, events: ["click", "mouseenter", "mouseleave", "mousemove", "resize", "tooltipOpen", "tooltipClose"], draw: function draw(t) {
                this._visual.children.push(t);
            }, clear: function clear() {
                this._visual.children = [], this.hideTooltip();
            }, destroy: function destroy() {
                this._visual = null, this._tooltip && (this._tooltip.destroy(), delete this._tooltip), f.fn.destroy.call(this);
            }, exportVisual: function exportVisual() {
                return this._visual;
            }, getSize: function getSize() {
                return { width: this.element.width(), height: this.element.height() };
            }, setSize: function setSize(t) {
                this.element.css({ width: t.width, height: t.height }), this._size = t, this._resize();
            }, eventTarget: function eventTarget(e) {
                for (var n, i = t(e.touch ? e.touch.initialTouch : e.target); !n && i.length > 0 && (n = i[0]._kendoNode, !i.is(this.element) && 0 !== i.length);) {
                    i = i.parent();
                }if (n) return n.srcElement;
            }, showTooltip: function showTooltip(t, e) {
                this._tooltip && this._tooltip.show(t, e);
            }, hideTooltip: function hideTooltip() {
                this._tooltip && this._tooltip.hide();
            }, suspendTracking: function suspendTracking() {
                this._suspendedTracking = !0, this.hideTooltip();
            }, resumeTracking: function resumeTracking() {
                this._suspendedTracking = !1;
            }, _resize: s, _handler: function _handler(t) {
                var e = this;return function (n) {
                    var i = e.eventTarget(n);i && !e._suspendedTracking && e.trigger(t, { element: i, originalEvent: n, type: t });
                };
            }, _enableTracking: function _enableTracking() {
                h.ui.Popup && (this._tooltip = new o(this, this.options.tooltip || {}));
            }, _elementOffset: function _elementOffset() {
                var t = this.element,
                    e = t.offset(),
                    n = parseInt(t.css("paddingLeft"), 10),
                    i = parseInt(t.css("paddingTop"), 10);return { left: e.left + n, top: e.top + i };
            }, _surfacePoint: function _surfacePoint(t) {
                var n = this._elementOffset(),
                    i = e(t),
                    r = i.x - n.left,
                    o = i.y - n.top;return new v.Point(r, o);
            } });h.ui.plugin(_), _.create = function (t, e) {
            return r.current.create(t, e);
        }, n = u.extend({ init: function init(t) {
                this.childNodes = [], this.parent = null, t && (this.srcElement = t, this.observe());
            }, destroy: function destroy() {
                var t, e;for (this.srcElement && this.srcElement.removeObserver(this), t = this.childNodes, e = 0; e < t.length; e++) {
                    this.childNodes[e].destroy();
                }this.parent = null;
            }, load: s, observe: function observe() {
                this.srcElement && this.srcElement.addObserver(this);
            }, append: function append(t) {
                this.childNodes.push(t), t.parent = this;
            }, insertAt: function insertAt(t, e) {
                this.childNodes.splice(e, 0, t), t.parent = this;
            }, remove: function remove(t, e) {
                var n,
                    i = t + e;for (n = t; n < i; n++) {
                    this.childNodes[n].removeSelf();
                }this.childNodes.splice(t, e);
            }, removeSelf: function removeSelf() {
                this.clear(), this.destroy();
            }, clear: function clear() {
                this.remove(0, this.childNodes.length);
            }, invalidate: function invalidate() {
                this.parent && this.parent.invalidate();
            }, geometryChange: function geometryChange() {
                this.invalidate();
            }, optionsChange: function optionsChange() {
                this.invalidate();
            }, childrenChange: function childrenChange(t) {
                "add" === t.action ? this.load(t.items, t.index) : "remove" === t.action && this.remove(t.index, t.items.length), this.invalidate();
            } }), i = u.extend({ init: function init(t, e) {
                var n, i;this.prefix = e || "";for (n in t) {
                    i = t[n], i = this._wrap(i, n), this[n] = i;
                }
            }, get: function get(t) {
                return h.getter(t, !0)(this);
            }, set: function set(t, e) {
                var n,
                    i = h.getter(t, !0)(this);i !== e && (n = this._set(t, this._wrap(e, t)), n || this.optionsChange({ field: this.prefix + t, value: e }));
            }, _set: function _set(t, e) {
                var n,
                    r,
                    o,
                    s = t.indexOf(".") >= 0;if (s) for (n = t.split("."), r = ""; n.length > 1;) {
                    if (r += n.shift(), o = h.getter(r, !0)(this), o || (o = new i({}, r + "."), o.addObserver(this), this[r] = o), o instanceof i) return o.set(n.join("."), e), s;r += ".";
                }return this._clear(t), h.setter(t)(this, e), s;
            }, _clear: function _clear(t) {
                var e = h.getter(t, !0)(this);e && e.removeObserver && e.removeObserver(this);
            }, _wrap: function _wrap(t, e) {
                var n = a.call(t);return null !== t && m(t) && "[object Object]" === n && (t instanceof i || t instanceof u || (t = new i(t, this.prefix + e + ".")), t.addObserver(this)), t;
            } }), d(i.fn, h.mixins.ObserversMixin), r = function r() {
            this._items = [];
        }, r.prototype = { register: function register(t, e, n) {
                var i = this._items,
                    r = i[0],
                    o = { name: t, type: e, order: n };!r || n < r.order ? i.unshift(o) : i.push(o);
            }, create: function create(t, e) {
                var n,
                    i,
                    r = this._items,
                    o = r[0];if (e && e.type) for (n = e.type.toLowerCase(), i = 0; i < r.length; i++) {
                    if (r[i].name === n) {
                        o = r[i];break;
                    }
                }return o ? new o.type(t, e) : void h.logToConsole("Warning: Unable to create Kendo UI Drawing Surface. Possible causes:\n- The browser does not support SVG, VML and Canvas. User agent: " + navigator.userAgent + "\n- The Kendo UI scripts are not fully loaded");
            } }, r.current = new r(), o = u.extend({ init: function init(e, n) {
                this.element = t(w), this.content = this.element.children(".k-tooltip-content"), n = n || {}, this.options = d({}, this.options, this._tooltipOptions(n)), this.popup = new h.ui.Popup(this.element, { appendTo: n.appendTo, animation: n.animation, copyAnchorStyles: !1, collision: "fit fit" }), this._openPopupHandler = t.proxy(this._openPopup, this), this.surface = e, this._bindEvents();
            }, options: { position: "top", showOn: "mouseenter", offset: 7, autoHide: !0, hideDelay: 0, showAfter: 100 }, _bindEvents: function _bindEvents() {
                this._showHandler = x(this._showEvent, this), this._surfaceLeaveHandler = x(this._surfaceLeave, this), this._mouseleaveHandler = x(this._mouseleave, this), this._mousemoveHandler = x(this._mousemove, this), this.surface.bind("click", this._showHandler), this.surface.bind("mouseenter", this._showHandler), this.surface.bind("mouseleave", this._mouseleaveHandler), this.surface.bind("mousemove", this._mousemoveHandler), this.surface.element.on("mouseleave" + y, this._surfaceLeaveHandler), this.element.on("click" + y, ".k-tooltip-button", x(this._hideClick, this));
            }, destroy: function destroy() {
                var t = this.popup;this.surface.unbind("click", this._showHandler), this.surface.unbind("mouseenter", this._showHandler), this.surface.unbind("mouseleave", this._mouseleaveHandler), this.surface.unbind("mousemove", this._mousemoveHandler), this.surface.element.off("mouseleave" + y, this._surfaceLeaveHandler), this.element.off("click" + y), t && (t.destroy(), delete this.popup), clearTimeout(this._timeout), delete this.popup, delete this.element, delete this.content, delete this.surface;
            }, _tooltipOptions: function _tooltipOptions(t) {
                return t = t || {}, { position: t.position, showOn: t.showOn, offset: t.offset, autoHide: t.autoHide, width: t.width, height: t.height, content: t.content, shared: t.shared, hideDelay: t.hideDelay, showAfter: t.showAfter };
            }, _tooltipShape: function _tooltipShape(t) {
                for (; t && !t.options.tooltip;) {
                    t = t.parent;
                }return t;
            }, _updateContent: function _updateContent(t, e, n) {
                var i = n.content;if (h.isFunction(i) && (i = i({ element: e, target: t })), i) return this.content.html(i), !0;
            }, _position: function _position(t, n, i, r) {
                var o,
                    s = n.position,
                    a = n.offset || 0,
                    h = this.surface,
                    l = h._elementOffset(),
                    c = h.getSize(),
                    u = h._offset,
                    f = t.bbox(),
                    d = i.width,
                    p = i.height,
                    m = 0,
                    v = 0;return f.origin.translate(l.left, l.top), u && f.origin.translate(-u.x, -u.y), "cursor" == s && r ? (o = e(r), m = o.x - d / 2, v = o.y - p - a) : "left" == s ? (m = f.origin.x - d - a, v = f.center().y - p / 2) : "right" == s ? (m = f.bottomRight().x + a, v = f.center().y - p / 2) : "bottom" == s ? (m = f.center().x - d / 2, v = f.bottomRight().y + a) : (m = f.center().x - d / 2, v = f.origin.y - p - a), { left: g(m, l.left, l.left + c.width), top: g(v, l.top, l.top + c.height) };
            }, show: function show(t, e) {
                this._show(t, t, d({}, this.options, this._tooltipOptions(t.options.tooltip), e));
            }, hide: function hide() {
                var t = this._current;delete this._current, clearTimeout(this._showTimeout), this.popup.visible() && t && !this.surface.trigger("tooltipClose", { element: t.shape, target: t.target, popup: this.popup }) && this.popup.close();
            }, _hideClick: function _hideClick(t) {
                t.preventDefault(), this.hide();
            }, _show: function _show(t, e, n, i, r) {
                var o,
                    s,
                    a = this._current;clearTimeout(this._timeout), a && (a.shape === e && n.shared || a.target === t) || (clearTimeout(this._showTimeout), !this.surface.trigger("tooltipOpen", { element: e, target: t, popup: this.popup }) && this._updateContent(t, e, n) && (this._autoHide(n), o = this._measure(n), s = this.popup, s.visible() && s.close(!0), this._current = { options: n, elementSize: o, shape: e, target: t, position: this._position(n.shared ? e : t, n, o, i) }, r ? this._showTimeout = setTimeout(this._openPopupHandler, n.showAfter || 0) : this._openPopup()));
            }, _openPopup: function _openPopup() {
                var t = this._current,
                    e = t.position;this.popup.open(e.left, e.top);
            }, _autoHide: function _autoHide(e) {
                e.autoHide && this._closeButton && (this.element.removeClass("k-tooltip-closable"), this._closeButton.remove(), delete this._closeButton), e.autoHide || this._closeButton || (this.element.addClass("k-tooltip-closable"), this._closeButton = t(b).prependTo(this.element));
            }, _showEvent: function _showEvent(t) {
                var e,
                    n = this._tooltipShape(t.element);n && (e = d({}, this.options, this._tooltipOptions(n.options.tooltip)), e && e.showOn == t.type && this._show(t.element, n, e, t.originalEvent, !0));
            }, _measure: function _measure(t) {
                var e, n, i;return this.element.css({ width: "auto", height: "auto" }), i = this.popup.visible(), i || this.popup.wrapper.show(), this.element.css({ width: m(t.width) ? t.width : "auto", height: m(t.height) ? t.height : "auto" }), e = l(this.element), n = c(this.element), i || this.popup.wrapper.hide(), { width: e, height: n };
            }, _mouseleave: function _mouseleave(t) {
                var e, n;this._popupRelatedTarget(t.originalEvent) || (e = this, n = e._current, n && n.options.autoHide && (e._timeout = setTimeout(function () {
                    clearTimeout(e._showTimeout), e.hide();
                }, n.options.hideDelay || 0)));
            }, _mousemove: function _mousemove(t) {
                var e,
                    n,
                    i = this._current;i && t.element && (e = i.options, "cursor" == e.position && (n = this._position(t.element, e, i.elementSize, t.originalEvent), i.position = n, this.popup.wrapper.css({ left: n.left, top: n.top })));
            }, _surfaceLeave: function _surfaceLeave(t) {
                this._popupRelatedTarget(t) || (clearTimeout(this._showTimeout), this.hide());
            }, _popupRelatedTarget: function _popupRelatedTarget(e) {
                return e.relatedTarget && t(e.relatedTarget).closest(this.popup.wrapper).length;
            } }), d(h, { drawing: { DASH_ARRAYS: { dot: [1.5, 3.5], dash: [4, 3.5], longdash: [8, 3.5], dashdot: [3.5, 3.5, 1.5, 3.5], longdashdot: [8, 3.5, 1.5, 3.5], longdashdotdot: [8, 3.5, 1.5, 3.5, 1.5, 3.5] }, Color: h.Color, BaseNode: n, OptionsStore: i, Surface: _, SurfaceFactory: r, SurfaceTooltip: o } }), h.dataviz.drawing = h.drawing;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/mixins.min", ["drawing/core.min"], t);
}(function () {
    !function () {
        var t = window.kendo,
            e = t.deepExtend,
            n = t.util.defined,
            i = t.geometry,
            r = "gradient",
            o = "" + i.Matrix.IDENTITY,
            s = { extend: function extend(t) {
                t.fill = this.fill, t.stroke = this.stroke;
            }, fill: function fill(t, e) {
                var i,
                    o = this.options;return n(t) ? (t && t.nodeType != r ? (i = { color: t }, n(e) && (i.opacity = e), o.set("fill", i)) : o.set("fill", t), this) : o.get("fill");
            }, stroke: function stroke(t, e, i) {
                return n(t) ? (this.options.set("stroke.color", t), n(e) && this.options.set("stroke.width", e), n(i) && this.options.set("stroke.opacity", i), this) : this.options.get("stroke");
            } },
            a = { extend: function extend(t, e) {
                t.traverse = function (t) {
                    var n,
                        i,
                        r = this[e];for (n = 0; n < r.length; n++) {
                        i = r[n], i.traverse ? i.traverse(t) : t(i);
                    }return this;
                };
            } },
            h = { extend: function extend(t) {
                t.bbox = this.bbox, t.geometryChange = this.geometryChange;
            }, bbox: function bbox(t) {
                var e,
                    n,
                    r = i.toMatrix(this.currentTransform(t)),
                    s = r ? "" + r : o;return this._bboxCache && this._matrixHash == s ? e = this._bboxCache.clone() : (e = this._bbox(r), this._bboxCache = e ? e.clone() : null, this._matrixHash = s), n = this.options.get("stroke.width"), n && e && e.expand(n / 2), e;
            }, geometryChange: function geometryChange() {
                delete this._bboxCache, this.trigger("geometryChange", { element: this });
            } };e(t.drawing, { mixins: { Paintable: s, Traversable: a, Measurable: h } });
    }();
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/shapes.min", ["drawing/core.min", "drawing/mixins.min", "util/text-metrics.min", "mixins/observers.min"], t);
}(function () {
    !function (t) {
        function e(t, e, n) {
            var i, r, o, s;for (r = 0; r < t.length; r++) {
                o = t[r], o.visible() && (s = e ? o.bbox(n) : o.rawBBox(), s && (i = i ? X.Rect.union(i, s) : s));
            }return i;
        }function n(t, e) {
            var n, i, r, o;for (i = 0; i < t.length; i++) {
                r = t[i], r.visible() && (o = r.clippedBBox(e), o && (n = n ? X.Rect.union(n, o) : o));
            }return n;
        }function i(t, e) {
            for (var n = 0; n < e.length; n++) {
                t[e[n]] = r(e[n]);
            }
        }function r(t) {
            var e = "_" + t;return function (t) {
                return it(t) ? (this._observerField(e, t), this.geometryChange(), this) : this[e];
            };
        }function o(t, e) {
            for (var n = 0; n < e.length; n++) {
                t[e[n]] = s(e[n]);
            }
        }function s(t) {
            var e = "_" + t;return function (t) {
                return it(t) ? (this._observerField(e, U.create(t)), this.geometryChange(), this) : this[e];
            };
        }function a(t, e) {
            for (var n = 0; n < e.length; n++) {
                t[e[n]] = h(e[n]);
            }
        }function h(t) {
            return function (e) {
                return it(e) ? (this.options.set(t, e), this) : this.options.get(t);
            };
        }function l() {
            return "kdef" + pt++;
        }function c(t, e, n) {
            b(t, e, n, "x", "width");
        }function u(t, e, n) {
            b(t, e, n, "y", "height");
        }function f(t) {
            w(y(t), "x", "y", "width");
        }function d(t) {
            w(y(t), "y", "x", "height");
        }function p(t, e) {
            return g(t, e, "x", "y", "width");
        }function m(t, e) {
            return g(t, e, "y", "x", "height");
        }function g(t, e, n, i, r) {
            var o,
                s,
                a,
                h,
                l = [],
                c = x(t, e, r),
                u = e.origin.clone();for (h = 0; h < c.length; h++) {
                for (a = c[h], o = a[0], u[i] = o.bbox.origin[i], T(u, o.bbox, o.element), o.bbox.origin[n] = u[n], w(a, n, i, r), l.push([]), s = 0; s < a.length; s++) {
                    l[h].push(a[s].element);
                }
            }return l;
        }function v(t, e) {
            var n,
                i,
                r = t.clippedBBox(),
                o = r.size,
                s = e.size;(s.width < o.width || s.height < o.height) && (n = J.min(s.width / o.width, s.height / o.height), i = t.transform() || X.transform(), i.scale(n, n), t.transform(i));
        }function x(t, e, n) {
            var i,
                r,
                o,
                s,
                a = e.size[n],
                h = 0,
                l = [],
                c = [],
                u = function u() {
                c.push({ element: i, bbox: o });
            };for (s = 0; s < t.length; s++) {
                i = t[s], o = i.clippedBBox(), o && (r = o.size[n], h + r > a ? c.length ? (l.push(c), c = [], u(), h = r) : (u(), l.push(c), c = [], h = 0) : (u(), h += r));
            }return c.length && l.push(c), l;
        }function y(t) {
            var e,
                n,
                i,
                r = [];for (i = 0; i < t.length; i++) {
                e = t[i], n = e.clippedBBox(), n && r.push({ element: e, bbox: n });
            }return r;
        }function w(t, e, n, i) {
            var r, o, s, a, h;if (t.length > 1) for (r = t[0].bbox, o = new U(), h = 1; h < t.length; h++) {
                s = t[h].element, a = t[h].bbox, o[e] = r.origin[e] + r.size[i], o[n] = a.origin[n], T(o, a, s), a.origin[e] = o[e], r = a;
            }
        }function b(t, e, n, i, r) {
            var o, s, a;for (n = n || "start", a = 0; a < t.length; a++) {
                o = t[a].clippedBBox(), o && (s = o.origin.clone(), s[i] = _(o.size[r], e, n, i, r), T(s, o, t[a]));
            }
        }function _(t, e, n, i, r) {
            var o;return o = n == mt ? e.origin[i] : n == gt ? e.origin[i] + e.size[r] - t : e.origin[i] + (e.size[r] - t) / 2;
        }function C(t, e, n) {
            var i = n.transform() || X.transform(),
                r = i.matrix();r.e += t, r.f += e, i.matrix(r), n.transform(i);
        }function T(t, e, n) {
            C(t.x - e.origin.x, t.y - e.origin.y, n);
        }var k,
            S,
            E,
            P,
            A,
            O,
            N,
            R,
            z,
            M,
            B,
            D,
            L,
            I,
            F,
            G,
            j,
            H = window.kendo,
            q = H.Class,
            $ = H.deepExtend,
            X = H.geometry,
            U = X.Point,
            Y = X.Size,
            V = X.Matrix,
            W = X.toMatrix,
            Q = H.drawing,
            Z = Q.OptionsStore,
            J = Math,
            K = J.pow,
            tt = H.util,
            et = tt.append,
            nt = tt.arrayLimits,
            it = tt.defined,
            rt = tt.last,
            ot = tt.valueOrDefault,
            st = H.mixins.ObserversMixin,
            at = t.inArray,
            ht = [].push,
            lt = [].pop,
            ct = [].splice,
            ut = [].shift,
            ft = [].slice,
            dt = [].unshift,
            pt = 1,
            mt = "start",
            gt = "end",
            vt = "horizontal",
            xt = q.extend({ nodeType: "Element", init: function init(t) {
                this._initOptions(t);
            }, _initOptions: function _initOptions(t) {
                var e, n;t = t || {}, e = t.transform, n = t.clip, e && (t.transform = X.transform(e)), n && !n.id && (n.id = l()), this.options = new Z(t), this.options.addObserver(this);
            }, transform: function transform(t) {
                return it(t) ? void this.options.set("transform", X.transform(t)) : this.options.get("transform");
            }, parentTransform: function parentTransform() {
                for (var t, e, n = this; n.parent;) {
                    n = n.parent, t = n.transform(), t && (e = t.matrix().multiplyCopy(e || V.unit()));
                }if (e) return X.transform(e);
            }, currentTransform: function currentTransform(t) {
                var e,
                    n,
                    i = this.transform(),
                    r = W(i);if (it(t) || (t = this.parentTransform()), e = W(t), n = r && e ? e.multiplyCopy(r) : r || e) return X.transform(n);
            }, visible: function visible(t) {
                return it(t) ? (this.options.set("visible", t), this) : this.options.get("visible") !== !1;
            }, clip: function clip(t) {
                var e = this.options;return it(t) ? (t && !t.id && (t.id = l()), e.set("clip", t), this) : e.get("clip");
            }, opacity: function opacity(t) {
                return it(t) ? (this.options.set("opacity", t), this) : ot(this.options.get("opacity"), 1);
            }, clippedBBox: function clippedBBox(t) {
                var e,
                    n = this._clippedBBox(t);if (n) return e = this.clip(), e ? X.Rect.intersect(n, e.bbox(t)) : n;
            }, containsPoint: function containsPoint(t, e) {
                if (this.visible()) {
                    var n = this.currentTransform(e);return n && (t = t.transformCopy(n.matrix().invert())), this._hasFill() && this._containsPoint(t) || this._isOnPath && this._hasStroke() && this._isOnPath(t);
                }return !1;
            }, _hasFill: function _hasFill() {
                var t = this.options.fill;return t && !tt.isTransparent(t.color);
            }, _hasStroke: function _hasStroke() {
                var t = this.options.stroke;return t && t.width > 0 && !tt.isTransparent(t.color);
            }, _clippedBBox: function _clippedBBox(t) {
                return this.bbox(t);
            } });$(xt.fn, st), k = q.extend({ init: function init(t) {
                t = t || [], this.length = 0, this._splice(0, t.length, t);
            }, elements: function elements(t) {
                return t ? (this._splice(0, this.length, t), this._change(), this) : this.slice(0);
            }, push: function push() {
                var t = arguments,
                    e = ht.apply(this, t);return this._add(t), e;
            }, slice: ft, pop: function pop() {
                var t = this.length,
                    e = lt.apply(this);return t && this._remove([e]), e;
            }, splice: function splice(t, e) {
                var n = ft.call(arguments, 2),
                    i = this._splice(t, e, n);return this._change(), i;
            }, shift: function shift() {
                var t = this.length,
                    e = ut.apply(this);return t && this._remove([e]), e;
            }, unshift: function unshift() {
                var t = arguments,
                    e = dt.apply(this, t);return this._add(t), e;
            }, indexOf: function indexOf(t) {
                var e,
                    n,
                    i = this;for (e = 0, n = i.length; e < n; e++) {
                    if (i[e] === t) return e;
                }return -1;
            }, _splice: function _splice(t, e, n) {
                var i = ct.apply(this, [t, e].concat(n));return this._clearObserver(i), this._setObserver(n), i;
            }, _add: function _add(t) {
                this._setObserver(t), this._change();
            }, _remove: function _remove(t) {
                this._clearObserver(t), this._change();
            }, _setObserver: function _setObserver(t) {
                for (var e = 0; e < t.length; e++) {
                    t[e].addObserver(this);
                }
            }, _clearObserver: function _clearObserver(t) {
                for (var e = 0; e < t.length; e++) {
                    t[e].removeObserver(this);
                }
            }, _change: function _change() {} }), $(k.fn, st), S = xt.extend({ nodeType: "Group", init: function init(t) {
                xt.fn.init.call(this, t), this.children = [];
            }, childrenChange: function childrenChange(t, e, n) {
                this.trigger("childrenChange", { action: t, items: e, index: n });
            }, append: function append() {
                return et(this.children, arguments), this._reparent(arguments, this), this.childrenChange("add", arguments), this;
            }, insert: function insert(t, e) {
                return this.children.splice(t, 0, e), e.parent = this, this.childrenChange("add", [e], t), this;
            }, insertAt: function insertAt(t, e) {
                return this.insert(e, t);
            }, remove: function remove(t) {
                var e = at(t, this.children);return e >= 0 && (this.children.splice(e, 1), t.parent = null, this.childrenChange("remove", [t], e)), this;
            }, removeAt: function removeAt(t) {
                if (0 <= t && t < this.children.length) {
                    var e = this.children[t];this.children.splice(t, 1), e.parent = null, this.childrenChange("remove", [e], t);
                }return this;
            }, clear: function clear() {
                var t = this.children;return this.children = [], this._reparent(t, null), this.childrenChange("remove", t, 0), this;
            }, bbox: function bbox(t) {
                return e(this.children, !0, this.currentTransform(t));
            }, rawBBox: function rawBBox() {
                return e(this.children, !1);
            }, _clippedBBox: function _clippedBBox(t) {
                return n(this.children, this.currentTransform(t));
            }, currentTransform: function currentTransform(t) {
                return xt.fn.currentTransform.call(this, t) || null;
            }, containsPoint: function containsPoint(t, e) {
                var n, i, r;if (this.visible()) for (n = this.children, i = this.currentTransform(e), r = 0; r < n.length; r++) {
                    if (n[r].containsPoint(t, i)) return !0;
                }return !1;
            }, _reparent: function _reparent(t, e) {
                var n, i, r;for (n = 0; n < t.length; n++) {
                    i = t[n], r = i.parent, r && r != this && r.remove && r.remove(i), i.parent = e;
                }
            } }), Q.mixins.Traversable.extend(S.fn, "children"), E = xt.extend({ nodeType: "Text", init: function init(t, e, n) {
                xt.fn.init.call(this, n), this.content(t), this.position(e || new X.Point()), this.options.font || (this.options.font = "12px sans-serif"), it(this.options.fill) || this.fill("#000");
            }, content: function content(t) {
                return it(t) ? (this.options.set("content", t), this) : this.options.get("content");
            }, measure: function measure() {
                var t = tt.measureText(this.content(), { font: this.options.get("font") });return t;
            }, rect: function rect() {
                var t = this.measure(),
                    e = this.position().clone();return new X.Rect(e, [t.width, t.height]);
            }, bbox: function bbox(t) {
                var e = W(this.currentTransform(t));return this.rect().bbox(e);
            }, rawBBox: function rawBBox() {
                return this.rect().bbox();
            }, _containsPoint: function _containsPoint(t) {
                return this.rect().containsPoint(t);
            } }), Q.mixins.Paintable.extend(E.fn), o(E.fn, ["position"]), P = xt.extend({ nodeType: "Circle", init: function init(t, e) {
                xt.fn.init.call(this, e), this.geometry(t || new X.Circle()), it(this.options.stroke) || this.stroke("#000");
            }, _bbox: function _bbox(t) {
                return this._geometry.bbox(t);
            }, rawBBox: function rawBBox() {
                return this._geometry.bbox();
            }, _containsPoint: function _containsPoint(t) {
                return this.geometry().containsPoint(t);
            }, _isOnPath: function _isOnPath(t) {
                return this.geometry()._isOnPath(t, this.options.stroke.width / 2);
            } }), Q.mixins.Paintable.extend(P.fn), Q.mixins.Measurable.extend(P.fn), i(P.fn, ["geometry"]), A = xt.extend({ nodeType: "Arc", init: function init(t, e) {
                xt.fn.init.call(this, e), this.geometry(t || new X.Arc()), it(this.options.stroke) || this.stroke("#000");
            }, _bbox: function _bbox(t) {
                return this._geometry.bbox(t);
            }, rawBBox: function rawBBox() {
                return this.geometry().bbox();
            }, toPath: function toPath() {
                var t,
                    e = new R(),
                    n = this.geometry().curvePoints();if (n.length > 0) for (e.moveTo(n[0].x, n[0].y), t = 1; t < n.length; t += 3) {
                    e.curveTo(n[t], n[t + 1], n[t + 2]);
                }return e;
            }, _containsPoint: function _containsPoint(t) {
                return this.geometry().containsPoint(t);
            }, _isOnPath: function _isOnPath(t) {
                return this.geometry()._isOnPath(t, this.options.stroke.width / 2);
            } }), Q.mixins.Paintable.extend(A.fn), Q.mixins.Measurable.extend(A.fn), i(A.fn, ["geometry"]), O = k.extend({ _change: function _change() {
                this.geometryChange();
            } }), N = q.extend({ init: function init(t, e, n) {
                this.anchor(t || new U()), this.controlIn(e), this.controlOut(n);
            }, bboxTo: function bboxTo(t, e) {
                var n,
                    i = this.anchor().transformCopy(e),
                    r = t.anchor().transformCopy(e);return n = this.controlOut() && t.controlIn() ? this._curveBoundingBox(i, this.controlOut().transformCopy(e), t.controlIn().transformCopy(e), r) : this._lineBoundingBox(i, r);
            }, _lineBoundingBox: function _lineBoundingBox(t, e) {
                return X.Rect.fromPoints(t, e);
            }, _curveBoundingBox: function _curveBoundingBox(t, e, n, i) {
                var r = [t, e, n, i],
                    o = this._curveExtremesFor(r, "x"),
                    s = this._curveExtremesFor(r, "y"),
                    a = nt([o.min, o.max, t.x, i.x]),
                    h = nt([s.min, s.max, t.y, i.y]);return X.Rect.fromPoints(new U(a.min, h.min), new U(a.max, h.max));
            }, _curveExtremesFor: function _curveExtremesFor(t, e) {
                var n = this._curveExtremes(t[0][e], t[1][e], t[2][e], t[3][e]);return { min: this._calculateCurveAt(n.min, e, t), max: this._calculateCurveAt(n.max, e, t) };
            }, _calculateCurveAt: function _calculateCurveAt(t, e, n) {
                var i = 1 - t;return K(i, 3) * n[0][e] + 3 * K(i, 2) * t * n[1][e] + 3 * K(t, 2) * i * n[2][e] + K(t, 3) * n[3][e];
            }, _curveExtremes: function _curveExtremes(t, e, n, i) {
                var r,
                    o,
                    s = t - 3 * e + 3 * n - i,
                    a = -2 * (t - 2 * e + n),
                    h = t - e,
                    l = J.sqrt(a * a - 4 * s * h),
                    c = 0,
                    u = 1;return 0 === s ? 0 !== a && (c = u = -h / a) : isNaN(l) || (c = (-a + l) / (2 * s), u = (-a - l) / (2 * s)), r = J.max(J.min(c, u), 0), (r < 0 || r > 1) && (r = 0), o = J.min(J.max(c, u), 1), (o > 1 || o < 0) && (o = 1), { min: r, max: o };
            }, _intersectionsTo: function _intersectionsTo(t, e) {
                var n;return n = this.controlOut() && t.controlIn() ? X.curveIntersectionsCount([this.anchor(), this.controlOut(), t.controlIn(), t.anchor()], e, this.bboxTo(t)) : X.lineIntersectionsCount(this.anchor(), t.anchor(), e);
            }, _isOnCurveTo: function _isOnCurveTo(t, e, n, i) {
                var r,
                    o,
                    s,
                    a,
                    h,
                    l,
                    c,
                    u,
                    f = this.bboxTo(t).expand(n, n);if (f.containsPoint(e)) return r = this.anchor(), o = this.controlOut(), s = t.controlIn(), a = t.anchor(), "start" == i && r.distanceTo(e) <= n ? !X.isOutOfEndPoint(r, o, e) : "end" == i && a.distanceTo(e) <= n ? !X.isOutOfEndPoint(a, s, e) : (h = X.hasRootsInRange, l = [r, o, s, a], !(!h(l, e, "x", "y", n) && !h(l, e, "y", "x", n)) || (c = X.transform().rotate(45, e), u = [r.transformCopy(c), o.transformCopy(c), s.transformCopy(c), a.transformCopy(c)], h(u, e, "x", "y", n) || h(u, e, "y", "x", n)));
            }, _isOnLineTo: function _isOnLineTo(t, e, n) {
                var i = this.anchor(),
                    r = t.anchor(),
                    o = tt.deg(J.atan2(r.y - i.y, r.x - i.x)),
                    s = new X.Rect([i.x, i.y - n / 2], [i.distanceTo(r), n]);return s.containsPoint(e.transformCopy(X.transform().rotate(-o, i)));
            }, _isOnPathTo: function _isOnPathTo(t, e, n, i) {
                var r;return r = this.controlOut() && t.controlIn() ? this._isOnCurveTo(t, e, n / 2, i) : this._isOnLineTo(t, e, n);
            } }), o(N.fn, ["anchor", "controlIn", "controlOut"]), $(N.fn, st), R = xt.extend({ nodeType: "Path", init: function init(t) {
                xt.fn.init.call(this, t), this.segments = new O(), this.segments.addObserver(this), it(this.options.stroke) || (this.stroke("#000"), it(this.options.stroke.lineJoin) || this.options.set("stroke.lineJoin", "miter"));
            }, moveTo: function moveTo(t, e) {
                return this.suspend(), this.segments.elements([]), this.resume(), this.lineTo(t, e), this;
            }, lineTo: function lineTo(t, e) {
                var n = it(e) ? new U(t, e) : t,
                    i = new N(n);return this.segments.push(i), this;
            }, curveTo: function curveTo(t, e, n) {
                var i, r;return this.segments.length > 0 && (i = rt(this.segments), r = new N(n, e), this.suspend(), i.controlOut(t), this.resume(), this.segments.push(r)), this;
            }, arc: function arc(t, e, n, i, r) {
                var o, s, a, h, l;return this.segments.length > 0 && (o = rt(this.segments), s = o.anchor(), a = tt.rad(t), h = new U(s.x - n * J.cos(a), s.y - i * J.sin(a)), l = new X.Arc(h, { startAngle: t, endAngle: e, radiusX: n, radiusY: i, anticlockwise: r }), this._addArcSegments(l)), this;
            }, arcTo: function arcTo(t, e, n, i, r) {
                var o, s, a;return this.segments.length > 0 && (o = rt(this.segments), s = o.anchor(), a = X.Arc.fromPoints(s, t, e, n, i, r), this._addArcSegments(a)), this;
            }, _addArcSegments: function _addArcSegments(t) {
                var e, n;for (this.suspend(), e = t.curvePoints(), n = 1; n < e.length; n += 3) {
                    this.curveTo(e[n], e[n + 1], e[n + 2]);
                }this.resume(), this.geometryChange();
            }, close: function close() {
                return this.options.closed = !0, this.geometryChange(), this;
            }, rawBBox: function rawBBox() {
                return this._bbox();
            }, _containsPoint: function _containsPoint(t) {
                var e,
                    n,
                    i,
                    r = this.segments,
                    o = r.length,
                    s = 0;for (i = 1; i < o; i++) {
                    e = r[i - 1], n = r[i], s += e._intersectionsTo(n, t);
                }return !this.options.closed && r[0].anchor().equals(r[o - 1].anchor()) || (s += X.lineIntersectionsCount(r[0].anchor(), r[o - 1].anchor(), t)), s % 2 !== 0;
            }, _isOnPath: function _isOnPath(t, e) {
                var n,
                    i = this.segments,
                    r = i.length;if (e = e || this.options.stroke.width, r > 1) {
                    if (i[0]._isOnPathTo(i[1], t, e, "start")) return !0;for (n = 2; n <= r - 2; n++) {
                        if (i[n - 1]._isOnPathTo(i[n], t, e)) return !0;
                    }if (i[r - 2]._isOnPathTo(i[r - 1], t, e, "end")) return !0;
                }return !1;
            }, _bbox: function _bbox(t) {
                var e,
                    n,
                    i,
                    r,
                    o = this.segments,
                    s = o.length;if (1 === s) n = o[0].anchor().transformCopy(t), e = new X.Rect(n, Y.ZERO);else if (s > 0) for (i = 1; i < s; i++) {
                    r = o[i - 1].bboxTo(o[i], t), e = e ? X.Rect.union(e, r) : r;
                }return e;
            } }), Q.mixins.Paintable.extend(R.fn), Q.mixins.Measurable.extend(R.fn), R.fromRect = function (t, e) {
            return new R(e).moveTo(t.topLeft()).lineTo(t.topRight()).lineTo(t.bottomRight()).lineTo(t.bottomLeft()).close();
        }, R.fromPoints = function (t, e) {
            var n, i, r;if (t) {
                for (n = new R(e), i = 0; i < t.length; i++) {
                    r = U.create(t[i]), r && (0 === i ? n.moveTo(r) : n.lineTo(r));
                }return n;
            }
        }, R.fromArc = function (t, e) {
            var n = new R(e),
                i = t.startAngle,
                r = t.pointAt(i);return n.moveTo(r.x, r.y), n.arc(i, t.endAngle, t.radiusX, t.radiusY, t.anticlockwise), n;
        }, z = xt.extend({ nodeType: "MultiPath", init: function init(t) {
                xt.fn.init.call(this, t), this.paths = new O(), this.paths.addObserver(this), it(this.options.stroke) || this.stroke("#000");
            }, moveTo: function moveTo(t, e) {
                var n = new R();return n.moveTo(t, e), this.paths.push(n), this;
            }, lineTo: function lineTo(t, e) {
                return this.paths.length > 0 && rt(this.paths).lineTo(t, e), this;
            }, curveTo: function curveTo(t, e, n) {
                return this.paths.length > 0 && rt(this.paths).curveTo(t, e, n), this;
            }, arc: function arc(t, e, n, i, r) {
                return this.paths.length > 0 && rt(this.paths).arc(t, e, n, i, r), this;
            }, arcTo: function arcTo(t, e, n, i, r) {
                return this.paths.length > 0 && rt(this.paths).arcTo(t, e, n, i, r), this;
            }, close: function close() {
                return this.paths.length > 0 && rt(this.paths).close(), this;
            }, _bbox: function _bbox(t) {
                return e(this.paths, !0, t);
            }, rawBBox: function rawBBox() {
                return e(this.paths, !1);
            }, _containsPoint: function _containsPoint(t) {
                var e,
                    n = this.paths;for (e = 0; e < n.length; e++) {
                    if (n[e]._containsPoint(t)) return !0;
                }return !1;
            }, _isOnPath: function _isOnPath(t) {
                var e,
                    n = this.paths,
                    i = this.options.stroke.width;for (e = 0; e < n.length; e++) {
                    if (n[e]._isOnPath(t, i)) return !0;
                }return !1;
            }, _clippedBBox: function _clippedBBox(t) {
                return n(this.paths, this.currentTransform(t));
            } }), Q.mixins.Paintable.extend(z.fn), Q.mixins.Measurable.extend(z.fn), M = xt.extend({ nodeType: "Image", init: function init(t, e, n) {
                xt.fn.init.call(this, n), this.src(t), this.rect(e || new X.Rect());
            }, src: function src(t) {
                return it(t) ? (this.options.set("src", t), this) : this.options.get("src");
            }, bbox: function bbox(t) {
                var e = W(this.currentTransform(t));return this._rect.bbox(e);
            }, rawBBox: function rawBBox() {
                return this._rect.bbox();
            }, _containsPoint: function _containsPoint(t) {
                return this._rect.containsPoint(t);
            }, _hasFill: function _hasFill() {
                return this.src();
            } }), i(M.fn, ["rect"]), B = q.extend({ init: function init(t, e, n) {
                this.options = new Z({ offset: t, color: e, opacity: it(n) ? n : 1 }), this.options.addObserver(this);
            } }), a(B.fn, ["offset", "color", "opacity"]), $(B.fn, st), B.create = function (t) {
            if (it(t)) {
                var e;return e = t instanceof B ? t : t.length > 1 ? new B(t[0], t[1], t[2]) : new B(t.offset, t.color, t.opacity);
            }
        }, D = k.extend({ _change: function _change() {
                this.optionsChange({ field: "stops" });
            } }), L = q.extend({ nodeType: "gradient", init: function init(t) {
                this.stops = new D(this._createStops(t.stops)), this.stops.addObserver(this), this._userSpace = t.userSpace, this.id = l();
            }, userSpace: function userSpace(t) {
                return it(t) ? (this._userSpace = t, this.optionsChange(), this) : this._userSpace;
            }, _createStops: function _createStops(t) {
                var e,
                    n = [];for (t = t || [], e = 0; e < t.length; e++) {
                    n.push(B.create(t[e]));
                }return n;
            }, addStop: function addStop(t, e, n) {
                this.stops.push(new B(t, e, n));
            }, removeStop: function removeStop(t) {
                var e = this.stops.indexOf(t);e >= 0 && this.stops.splice(e, 1);
            } }), $(L.fn, st, { optionsChange: function optionsChange(t) {
                this.trigger("optionsChange", { field: "gradient" + (t ? "." + t.field : ""), value: this });
            }, geometryChange: function geometryChange() {
                this.optionsChange();
            } }), I = L.extend({ init: function init(t) {
                t = t || {}, L.fn.init.call(this, t), this.start(t.start || new U()), this.end(t.end || new U(1, 0));
            } }), o(I.fn, ["start", "end"]), F = L.extend({ init: function init(t) {
                t = t || {}, L.fn.init.call(this, t), this.center(t.center || new U()), this._radius = it(t.radius) ? t.radius : 1, this._fallbackFill = t.fallbackFill;
            }, radius: function radius(t) {
                return it(t) ? (this._radius = t, this.geometryChange(), this) : this._radius;
            }, fallbackFill: function fallbackFill(t) {
                return it(t) ? (this._fallbackFill = t, this.optionsChange(), this) : this._fallbackFill;
            } }), o(F.fn, ["center"]), G = xt.extend({ nodeType: "Rect", init: function init(t, e) {
                xt.fn.init.call(this, e), this.geometry(t || new X.Rect()), it(this.options.stroke) || this.stroke("#000");
            }, _bbox: function _bbox(t) {
                return this._geometry.bbox(t);
            }, rawBBox: function rawBBox() {
                return this._geometry.bbox();
            }, _containsPoint: function _containsPoint(t) {
                return this._geometry.containsPoint(t);
            }, _isOnPath: function _isOnPath(t) {
                return this.geometry()._isOnPath(t, this.options.stroke.width / 2);
            } }), Q.mixins.Paintable.extend(G.fn), Q.mixins.Measurable.extend(G.fn), i(G.fn, ["geometry"]), j = S.extend({ init: function init(t, e) {
                S.fn.init.call(this, H.deepExtend({}, this._defaults, e)), this._rect = t, this._fieldMap = {};
            }, _defaults: { alignContent: mt, justifyContent: mt, alignItems: mt, spacing: 0, orientation: vt, lineSpacing: 0, wrap: !0 }, rect: function rect(t) {
                return t ? (this._rect = t, this) : this._rect;
            }, _initMap: function _initMap() {
                var t = this.options,
                    e = this._fieldMap;t.orientation == vt ? (e.sizeField = "width", e.groupsSizeField = "height", e.groupAxis = "x", e.groupsAxis = "y") : (e.sizeField = "height", e.groupsSizeField = "width", e.groupAxis = "y", e.groupsAxis = "x");
            }, reflow: function reflow() {
                var t, e, n, i, r, o, s, a, h, l, c, u, f, d, p, m, g, v, x, y, w, b, C, k, S, E;if (this._rect && 0 !== this.children.length) {
                    for (this._initMap(), this.options.transform && this.transform(null), t = this.options, e = this._fieldMap, n = this._rect, i = this._initGroups(), r = i.groups, o = i.groupsSize, s = e.sizeField, a = e.groupsSizeField, h = e.groupAxis, l = e.groupsAxis, c = _(o, n, t.alignContent, l, a), u = new U(), f = new U(), d = new X.Size(), y = 0; y < r.length; y++) {
                        for (v = r[y], u[h] = p = _(v.size, n, t.justifyContent, h, s), u[l] = c, d[s] = v.size, d[a] = v.lineSize, x = new X.Rect(u, d), w = 0; w < v.bboxes.length; w++) {
                            g = v.elements[w], m = v.bboxes[w], f[h] = p, f[l] = _(m.size[a], x, t.alignItems, l, a), T(f, m, g), p += m.size[s] + t.spacing;
                        }c += v.lineSize + t.lineSpacing;
                    }!t.wrap && v.size > n.size[s] && (b = n.size[s] / x.size[s], C = x.topLeft().scale(b, b), k = x.size[a] * b, S = _(k, n, t.alignContent, l, a), E = X.transform(), "x" === h ? E.translate(n.origin.x - C.x, S - C.y) : E.translate(S - C.x, n.origin.y - C.y), E.scale(b, b), this.transform(E));
                }
            }, _initGroups: function _initGroups() {
                var t,
                    e,
                    n,
                    i = this.options,
                    r = this.children,
                    o = i.lineSpacing,
                    s = this._fieldMap.sizeField,
                    a = -o,
                    h = [],
                    l = this._newGroup(),
                    c = function c() {
                    h.push(l), a += l.lineSize + o;
                };for (n = 0; n < r.length; n++) {
                    e = r[n], t = r[n].clippedBBox(), e.visible() && t && (i.wrap && l.size + t.size[s] + i.spacing > this._rect.size[s] ? 0 === l.bboxes.length ? (this._addToGroup(l, t, e), c(), l = this._newGroup()) : (c(), l = this._newGroup(), this._addToGroup(l, t, e)) : this._addToGroup(l, t, e));
                }return l.bboxes.length && c(), { groups: h, groupsSize: a };
            }, _addToGroup: function _addToGroup(t, e, n) {
                t.size += e.size[this._fieldMap.sizeField] + this.options.spacing, t.lineSize = Math.max(e.size[this._fieldMap.groupsSizeField], t.lineSize), t.bboxes.push(e), t.elements.push(n);
            }, _newGroup: function _newGroup() {
                return { lineSize: 0, size: -this.options.spacing, bboxes: [], elements: [] };
            } }), $(Q, { align: c, Arc: A, Circle: P, Element: xt, ElementsArray: k, fit: v, Gradient: L, GradientStop: B, Group: S, Image: M, Layout: j, LinearGradient: I, MultiPath: z, Path: R, RadialGradient: F, Rect: G, Segment: N, stack: f, Text: E, vAlign: u, vStack: d, vWrap: m, wrap: p });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/parser.min", ["drawing/shapes.min"], t);
}(function () {
    !function (t) {
        function e(t) {
            var e = [];return t.replace(m, function (t, n) {
                e.push(parseFloat(n));
            }), e;
        }function n(t, e, n) {
            var i,
                r = e ? 0 : 1;for (i = 0; i < t.length; i += 2) {
                t.splice(i + r, 0, n);
            }
        }function i(t, e) {
            if (t && e) return e.scaleCopy(2).translate(-t.x, -t.y);
        }function r(t, e, n) {
            var i = 1 / 3;return e = e.clone().scale(2 / 3), { controlOut: e.clone().translateWith(t.scaleCopy(i)), controlIn: e.translateWith(n.scaleCopy(i)) };
        }var o = window.kendo,
            s = o.drawing,
            a = o.geometry,
            h = o.Class,
            _l = a.Point,
            c = o.deepExtend,
            u = t.trim,
            f = o.util,
            d = f.last,
            p = /([a-df-z]{1})([^a-df-z]*)(z)?/gi,
            m = /[,\s]?([+\-]?(?:\d*\.\d+|\d+)(?:[eE][+\-]?\d+)?)/g,
            g = "m",
            v = "z",
            x = h.extend({ parse: function parse(t, n) {
                var i,
                    r = new s.MultiPath(n),
                    o = new _l();return t.replace(p, function (t, n, s, a) {
                    var h = n.toLowerCase(),
                        l = h === n,
                        c = e(u(s));if (h === g && (l ? (o.x += c[0], o.y += c[1]) : (o.x = c[0], o.y = c[1]), r.moveTo(o.x, o.y), c.length > 2 && (h = "l", c.splice(0, 2))), y[h]) y[h](r, { parameters: c, position: o, isRelative: l, previousCommand: i }), a && a.toLowerCase() === v && r.close();else if (h !== g) throw Error("Error while parsing SVG path. Unsupported command: " + h);i = h;
                }), r;
            } }),
            y = { l: function l(t, e) {
                var n,
                    i,
                    r = e.parameters,
                    o = e.position;for (n = 0; n < r.length; n += 2) {
                    i = new _l(r[n], r[n + 1]), e.isRelative && i.translateWith(o), t.lineTo(i.x, i.y), o.x = i.x, o.y = i.y;
                }
            }, c: function c(t, e) {
                var n,
                    i,
                    r,
                    o,
                    s = e.parameters,
                    a = e.position;for (o = 0; o < s.length; o += 6) {
                    n = new _l(s[o], s[o + 1]), i = new _l(s[o + 2], s[o + 3]), r = new _l(s[o + 4], s[o + 5]), e.isRelative && (i.translateWith(a), n.translateWith(a), r.translateWith(a)), t.curveTo(n, i, r), a.x = r.x, a.y = r.y;
                }
            }, v: function v(t, e) {
                var i = e.isRelative ? 0 : e.position.x;n(e.parameters, !0, i), this.l(t, e);
            }, h: function h(t, e) {
                var i = e.isRelative ? 0 : e.position.y;n(e.parameters, !1, i), this.l(t, e);
            }, a: function a(t, e) {
                var n,
                    i,
                    r,
                    o,
                    s,
                    a,
                    h = e.parameters,
                    c = e.position;for (n = 0; n < h.length; n += 7) {
                    i = h[n], r = h[n + 1], o = h[n + 3], s = h[n + 4], a = new _l(h[n + 5], h[n + 6]), e.isRelative && a.translateWith(c), t.arcTo(a, i, r, o, s), c.x = a.x, c.y = a.y;
                }
            }, s: function s(t, e) {
                var n,
                    r,
                    o,
                    s,
                    a,
                    h = e.parameters,
                    c = e.position,
                    u = e.previousCommand;for ("s" != u && "c" != u || (s = d(d(t.paths).segments).controlIn()), a = 0; a < h.length; a += 4) {
                    o = new _l(h[a], h[a + 1]), r = new _l(h[a + 2], h[a + 3]), e.isRelative && (o.translateWith(c), r.translateWith(c)), n = s ? i(s, c) : c.clone(), s = o, t.curveTo(n, o, r), c.x = r.x, c.y = r.y;
                }
            }, q: function q(t, e) {
                var n,
                    i,
                    o,
                    s,
                    a = e.parameters,
                    h = e.position;for (s = 0; s < a.length; s += 4) {
                    o = new _l(a[s], a[s + 1]), i = new _l(a[s + 2], a[s + 3]), e.isRelative && (o.translateWith(h), i.translateWith(h)), n = r(h, o, i), t.curveTo(n.controlOut, n.controlIn, i), h.x = i.x, h.y = i.y;
                }
            }, t: function t(_t3, e) {
                var n,
                    o,
                    s,
                    a,
                    h,
                    c = e.parameters,
                    u = e.position,
                    f = e.previousCommand;for ("q" != f && "t" != f || (a = d(d(_t3.paths).segments), o = a.controlIn().clone().translateWith(u.scaleCopy(-1 / 3)).scale(1.5)), h = 0; h < c.length; h += 2) {
                    s = new _l(c[h], c[h + 1]), e.isRelative && s.translateWith(u), o = o ? i(o, u) : u.clone(), n = r(u, o, s), _t3.curveTo(n.controlOut, n.controlIn, s), u.x = s.x, u.y = s.y;
                }
            } };x.current = new x(), s.Path.parse = function (t, e) {
            return x.current.parse(t, e);
        }, c(s, { PathParser: x });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/search.min", ["drawing/shapes.min"], t);
}(function () {
    !function (t) {
        function e(t, e) {
            return t._zIndex < e._zIndex ? 1 : t._zIndex > e._zIndex ? -1 : 0;
        }var n = window.kendo,
            i = n.drawing,
            r = n.geometry,
            o = n.Class,
            s = r.Rect,
            a = n.deepExtend,
            h = t.isArray,
            l = t.inArray,
            c = Math,
            u = 1e4,
            f = 75,
            d = o.extend({ init: function init() {
                this.shapes = [];
            }, _add: function _add(t, e) {
                this.shapes.push({ bbox: e, shape: t }), t._quadNode = this;
            }, pointShapes: function pointShapes(t) {
                var e,
                    n = this.shapes,
                    i = n.length,
                    r = [];for (e = 0; e < i; e++) {
                    n[e].bbox.containsPoint(t) && r.push(n[e].shape);
                }return r;
            }, insert: function insert(t, e) {
                this._add(t, e);
            }, remove: function remove(t) {
                var e,
                    n = this.shapes,
                    i = n.length;for (e = 0; e < i; e++) {
                    if (n[e].shape === t) {
                        n.splice(e, 1);break;
                    }
                }
            } }),
            p = d.extend({ init: function init(t) {
                d.fn.init.call(this), this.children = [], this.rect = t;
            }, inBounds: function inBounds(t) {
                var e = this.rect,
                    n = e.bottomRight(),
                    i = t.bottomRight(),
                    r = e.origin.x <= t.origin.x && e.origin.y <= t.origin.y && i.x <= n.x && i.y <= n.y;return r;
            }, pointShapes: function pointShapes(t) {
                var e,
                    n = this.children,
                    i = n.length,
                    r = d.fn.pointShapes.call(this, t);for (e = 0; e < i; e++) {
                    r = r.concat(n[e].pointShapes(t));
                }return r;
            }, insert: function insert(t, e) {
                var n,
                    i = !1,
                    r = this.children;if (this.inBounds(e)) {
                    if (this.shapes.length < 4) this._add(t, e);else {
                        for (r.length || this._initChildren(), n = 0; n < r.length; n++) {
                            if (r[n].insert(t, e)) {
                                i = !0;break;
                            }
                        }i || this._add(t, e);
                    }i = !0;
                }return i;
            }, _initChildren: function _initChildren() {
                var t = this.rect,
                    e = this.children,
                    n = t.center(),
                    i = t.width() / 2,
                    r = t.height() / 2;e.push(new p(new s([t.origin.x, t.origin.y], [i, r])), new p(new s([n.x, t.origin.y], [i, r])), new p(new s([t.origin.x, n.y], [i, r])), new p(new s([n.x, n.y], [i, r])));
            } }),
            m = o.extend({ ROOT_SIZE: 1e3, init: function init() {
                this.initRoots();
            }, initRoots: function initRoots() {
                this.rootMap = {}, this.root = new d(), this.rootElements = [];
            }, clear: function clear() {
                var t,
                    e = this,
                    n = e.rootElements;for (t = 0; t < n.length; t++) {
                    this.remove(n[t]);
                }this.initRoots();
            }, pointShape: function pointShape(t) {
                var n,
                    i = this.ROOT_SIZE,
                    r = this.root.pointShapes(t),
                    o = (this.rootMap[c.floor(t.x / i)] || {})[c.floor(t.y / i)];for (o && (r = r.concat(o.pointShapes(t))), this.assignZindex(r), r.sort(e), n = 0; n < r.length; n++) {
                    if (r[n].containsPoint(t)) return r[n];
                }
            }, assignZindex: function assignZindex(t) {
                var e, n, i, r, o;for (o = 0; o < t.length; o++) {
                    for (e = t[o], i = 0, n = c.pow(u, f), r = []; e;) {
                        r.push(e), e = e.parent;
                    }for (; r.length;) {
                        e = r.pop(), i += (l(e, e.parent ? e.parent.children : this.rootElements) + 1) * n, n /= u;
                    }t[o]._zIndex = i;
                }
            }, optionsChange: function optionsChange(t) {
                "transform" != t.field && "stroke.width" != t.field || this.bboxChange(t.element);
            }, geometryChange: function geometryChange(t) {
                this.bboxChange(t.element);
            }, bboxChange: function bboxChange(t) {
                if ("Group" === t.nodeType) for (var e = 0; e < t.children.length; e++) {
                    this.bboxChange(t.children[e]);
                } else t._quadNode && t._quadNode.remove(t), this._insertShape(t);
            }, add: function add(t) {
                var e = h(t) ? t.slice(0) : [t];this.rootElements.push.apply(this.rootElements, e), this._insert(e);
            }, childrenChange: function childrenChange(t) {
                if ("remove" == t.action) for (var e = 0; e < t.items.length; e++) {
                    this.remove(t.items[e]);
                } else this._insert(Array.prototype.slice.call(t.items, 0));
            }, _insert: function _insert(t) {
                for (var e; t.length > 0;) {
                    e = t.pop(), e.addObserver(this), "Group" == e.nodeType ? t.push.apply(t, e.children) : this._insertShape(e);
                }
            }, _insertShape: function _insertShape(t) {
                var e,
                    n,
                    i,
                    r,
                    o = t.bbox();o && (e = this.ROOT_SIZE, n = this.getSectors(o), i = n[0][0], r = n[1][0], this.inRoot(n) ? this.root.insert(t, o) : (this.rootMap[i] || (this.rootMap[i] = {}), this.rootMap[i][r] || (this.rootMap[i][r] = new p(new s([i * e, r * e], [e, e]))), this.rootMap[i][r].insert(t, o)));
            }, remove: function remove(t) {
                var e, n;if (t.removeObserver(this), "Group" == t.nodeType) for (e = t.children, n = 0; n < e.length; n++) {
                    this.remove(e[n]);
                } else t._quadNode && (t._quadNode.remove(t), delete t._quadNode);
            }, inRoot: function inRoot(t) {
                return t[0].length > 1 || t[1].length > 1;
            }, getSectors: function getSectors(t) {
                var e,
                    n,
                    i = this.ROOT_SIZE,
                    r = t.bottomRight(),
                    o = c.floor(r.x / i),
                    s = c.floor(r.y / i),
                    a = [[], []];for (e = c.floor(t.origin.x / i); e <= o; e++) {
                    a[0].push(e);
                }for (n = c.floor(t.origin.y / i); n <= s; n++) {
                    a[1].push(n);
                }return a;
            } });a(i, { ShapesQuadTree: m, QuadNode: p });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/svg.min", ["drawing/shapes.min", "util/main.min"], t);
}(function () {
    !function (t) {
        function e(t) {
            var e, n, i, r;try {
                e = t.getScreenCTM ? t.getScreenCTM() : null;
            } catch (o) {}e && (n = -e.e % 1, i = -e.f % 1, r = t.style, 0 === n && 0 === i || (r.left = n + "px", r.top = i + "px"));
        }function n() {
            var t = document.getElementsByTagName("base")[0],
                e = "",
                n = document.location.href,
                i = n.indexOf("#");return t && !c.support.browser.msie && (i !== -1 && (n = n.substring(0, i)), e = n), e;
        }function i(t) {
            return "url(" + n() + "#" + t + ")";
        }function r(t) {
            var e,
                n,
                i,
                r = new M(),
                o = t.clippedBBox();return o && (e = o.getOrigin(), n = new d.Group(), n.transform(f.transform().translate(-e.x, -e.y)), n.children.push(t), t = n), r.load([t]), i = "<?xml version='1.0' ?><svg xmlns='" + A + "' xmlns:xlink='http://www.w3.org/1999/xlink' version='1.1'>" + r.render() + "</svg>", r.destroy(), i;
        }function o(e, n) {
            var i = r(e);return n && n.raw || (i = "data:image/svg+xml;base64," + m.encodeBase64(i)), t.Deferred().resolve(i).promise();
        }function s(t, e) {
            return "clip" == t || "fill" == t && (!e || e.nodeType == T);
        }function a(t) {
            if (!t || !t.indexOf || t.indexOf("&") < 0) return t;var e = a._element;return e.innerHTML = t, e.textContent || e.innerText;
        }var h,
            l = document,
            c = window.kendo,
            u = c.deepExtend,
            f = c.geometry,
            d = c.drawing,
            p = d.BaseNode,
            m = c.util,
            g = m.defined,
            v = m.isTransparent,
            x = m.renderAttr,
            y = m.renderAllAttr,
            w = m.renderTemplate,
            b = t.inArray,
            _ = "butt",
            C = d.DASH_ARRAYS,
            T = "gradient",
            k = "none",
            S = ".kendo",
            E = "solid",
            P = " ",
            A = "http://www.w3.org/2000/svg",
            O = "transform",
            N = "undefined",
            R = d.Surface.extend({ init: function init(t, n) {
                d.Surface.fn.init.call(this, t, n), this._root = new M(this.options), Q(this.element[0], this._template(this)), this._rootElement = this.element[0].firstElementChild, e(this._rootElement), this._root.attachTo(this._rootElement), this.element.on("click" + S, this._click), this.element.on("mouseover" + S, this._mouseenter), this.element.on("mouseout" + S, this._mouseleave), this.element.on("mousemove" + S, this._mousemove), this.resize();
            }, type: "svg", destroy: function destroy() {
                this._root && (this._root.destroy(), this._root = null, this._rootElement = null, this.element.off(S)), d.Surface.fn.destroy.call(this);
            }, translate: function translate(t) {
                var e = c.format("{0} {1} {2} {3}", Math.round(t.x), Math.round(t.y), this._size.width, this._size.height);this._offset = t, this._rootElement.setAttribute("viewBox", e);
            }, draw: function draw(t) {
                d.Surface.fn.draw.call(this, t), this._root.load([t]);
            }, clear: function clear() {
                d.Surface.fn.clear.call(this), this._root.clear();
            }, svg: function svg() {
                return "<?xml version='1.0' ?>" + this._template(this);
            }, exportVisual: function exportVisual() {
                var t,
                    e = this._visual,
                    n = this._offset;return n && (t = new d.Group(), t.children.push(e), t.transform(f.transform().translate(-n.x, -n.y)), e = t), e;
            }, _resize: function _resize() {
                this._offset && this.translate(this._offset);
            }, _template: w("<svg style='width: 100%; height: 100%; overflow: hidden;' xmlns='" + A + "' xmlns:xlink='http://www.w3.org/1999/xlink' version='1.1'>#= d._root.render() #</svg>") }),
            z = p.extend({ init: function init(t) {
                p.fn.init.call(this, t), this.definitions = {};
            }, destroy: function destroy() {
                this.element && (this.element._kendoNode = null, this.element = null), this.clearDefinitions(), p.fn.destroy.call(this);
            }, load: function load(t, e) {
                var n,
                    i,
                    r,
                    o,
                    s = this,
                    a = s.element;for (o = 0; o < t.length; o++) {
                    i = t[o], r = i.children, n = new W[i.nodeType](i), g(e) ? s.insertAt(n, e) : s.append(n), n.createDefinitions(), r && r.length > 0 && n.load(r), a && n.attachTo(a, e);
                }
            }, root: function root() {
                for (var t = this; t.parent;) {
                    t = t.parent;
                }return t;
            }, attachTo: function attachTo(t, e) {
                var n,
                    i = l.createElement("div");Q(i, "<svg xmlns='" + A + "' version='1.1'>" + this.render() + "</svg>"), n = i.firstChild.firstChild, n && (g(e) ? t.insertBefore(n, t.childNodes[e] || null) : t.appendChild(n), this.setElement(n));
            }, setElement: function setElement(t) {
                var e,
                    n,
                    i = this.childNodes;for (this.element && (this.element._kendoNode = null), this.element = t, this.element._kendoNode = this, n = 0; n < i.length; n++) {
                    e = t.childNodes[n], i[n].setElement(e);
                }
            }, clear: function clear() {
                var t, e;for (this.clearDefinitions(), this.element && (this.element.innerHTML = ""), t = this.childNodes, e = 0; e < t.length; e++) {
                    t[e].destroy();
                }this.childNodes = [];
            }, removeSelf: function removeSelf() {
                if (this.element) {
                    var t = this.element.parentNode;t && t.removeChild(this.element), this.element = null;
                }p.fn.removeSelf.call(this);
            }, template: w("#= d.renderChildren() #"), render: function render() {
                return this.template(this);
            }, renderChildren: function renderChildren() {
                var t,
                    e = this.childNodes,
                    n = "";for (t = 0; t < e.length; t++) {
                    n += e[t].render();
                }return n;
            }, optionsChange: function optionsChange(t) {
                var e = t.field,
                    n = t.value;"visible" === e ? this.css("display", n ? "" : k) : h[e] && s(e, n) ? this.updateDefinition(e, n) : "opacity" === e && this.attr("opacity", n), p.fn.optionsChange.call(this, t);
            }, attr: function attr(t, e) {
                this.element && this.element.setAttribute(t, e);
            }, allAttr: function allAttr(t) {
                for (var e = 0; e < t.length; e++) {
                    this.attr(t[e][0], t[e][1]);
                }
            }, css: function css(t, e) {
                this.element && (this.element.style[t] = e);
            }, allCss: function allCss(t) {
                for (var e = 0; e < t.length; e++) {
                    this.css(t[e][0], t[e][1]);
                }
            }, removeAttr: function removeAttr(t) {
                this.element && this.element.removeAttribute(t);
            }, mapTransform: function mapTransform(t) {
                var e = [];return t && e.push([O, "matrix(" + t.matrix().toString(6) + ")"]), e;
            }, renderTransform: function renderTransform() {
                return y(this.mapTransform(this.srcElement.transform()));
            }, transformChange: function transformChange(t) {
                t ? this.allAttr(this.mapTransform(t)) : this.removeAttr(O);
            }, mapStyle: function mapStyle() {
                var t = this.srcElement.options,
                    e = [["cursor", t.cursor]];return t.visible === !1 && e.push(["display", k]), e;
            }, renderStyle: function renderStyle() {
                return x("style", m.renderStyle(this.mapStyle(!0)));
            }, renderOpacity: function renderOpacity() {
                return x("opacity", this.srcElement.options.opacity);
            }, createDefinitions: function createDefinitions() {
                var t,
                    e,
                    n,
                    i,
                    r = this.srcElement,
                    o = this.definitions;if (r) {
                    n = r.options;for (e in h) {
                        t = n.get(e), t && s(e, t) && (o[e] = t, i = !0);
                    }i && this.definitionChange({ action: "add", definitions: o });
                }
            }, definitionChange: function definitionChange(t) {
                this.parent && this.parent.definitionChange(t);
            }, updateDefinition: function updateDefinition(t, e) {
                var n = this.definitions,
                    r = n[t],
                    o = h[t],
                    s = {};r && (s[t] = r, this.definitionChange({ action: "remove", definitions: s }), delete n[t]), e ? (s[t] = e, this.definitionChange({ action: "add", definitions: s }), n[t] = e, this.attr(o, i(e.id))) : r && this.removeAttr(o);
            }, clearDefinitions: function clearDefinitions() {
                var t,
                    e = this.definitions;for (t in e) {
                    this.definitionChange({ action: "remove", definitions: e }), this.definitions = {};break;
                }
            }, renderDefinitions: function renderDefinitions() {
                return y(this.mapDefinitions());
            }, mapDefinitions: function mapDefinitions() {
                var t,
                    e = this.definitions,
                    n = [];for (t in e) {
                    n.push([h[t], i(e[t].id)]);
                }return n;
            } }),
            M = z.extend({ init: function init(t) {
                z.fn.init.call(this), this.options = t, this.defs = new B();
            }, attachTo: function attachTo(t) {
                this.element = t, this.defs.attachTo(t.firstElementChild);
            }, clear: function clear() {
                p.fn.clear.call(this);
            }, template: w("#=d.defs.render()##= d.renderChildren() #"), definitionChange: function definitionChange(t) {
                this.defs.definitionChange(t);
            } }),
            B = z.extend({ init: function init() {
                z.fn.init.call(this), this.definitionMap = {};
            }, attachTo: function attachTo(t) {
                this.element = t;
            }, template: w("<defs>#= d.renderChildren()#</defs>"), definitionChange: function definitionChange(t) {
                var e = t.definitions,
                    n = t.action;"add" == n ? this.addDefinitions(e) : "remove" == n && this.removeDefinitions(e);
            }, createDefinition: function createDefinition(t, e) {
                var n;return "clip" == t ? n = D : "fill" == t && (e instanceof d.LinearGradient ? n = U : e instanceof d.RadialGradient && (n = Y)), new n(e);
            }, addDefinitions: function addDefinitions(t) {
                for (var e in t) {
                    this.addDefinition(e, t[e]);
                }
            }, addDefinition: function addDefinition(t, e) {
                var n,
                    i = this.definitionMap,
                    r = e.id,
                    o = this.element,
                    s = i[r];s ? s.count++ : (n = this.createDefinition(t, e), i[r] = { element: n, count: 1 }, this.append(n), o && n.attachTo(this.element));
            }, removeDefinitions: function removeDefinitions(t) {
                for (var e in t) {
                    this.removeDefinition(t[e]);
                }
            }, removeDefinition: function removeDefinition(t) {
                var e = this.definitionMap,
                    n = t.id,
                    i = e[n];i && (i.count--, 0 === i.count && (this.remove(b(i.element, this.childNodes), 1), delete e[n]));
            } }),
            D = z.extend({ init: function init(t) {
                z.fn.init.call(this), this.srcElement = t, this.id = t.id, this.load([t]);
            }, template: w("<clipPath id='#=d.id#'>#= d.renderChildren()#</clipPath>") }),
            L = z.extend({ template: w("<g#= d.renderTransform() + d.renderStyle() + d.renderOpacity() + d.renderDefinitions()#>#= d.renderChildren() #</g>"), optionsChange: function optionsChange(t) {
                t.field == O && this.transformChange(t.value), z.fn.optionsChange.call(this, t);
            } }),
            I = z.extend({ geometryChange: function geometryChange() {
                this.attr("d", this.renderData()), this.invalidate();
            }, optionsChange: function optionsChange(t) {
                switch (t.field) {case "fill":
                        t.value ? this.allAttr(this.mapFill(t.value)) : this.removeAttr("fill");break;case "fill.color":
                        this.allAttr(this.mapFill({ color: t.value }));break;case "stroke":
                        t.value ? this.allAttr(this.mapStroke(t.value)) : this.removeAttr("stroke");break;case O:
                        this.transformChange(t.value);break;default:
                        var e = this.attributeMap[t.field];e && this.attr(e, t.value);}z.fn.optionsChange.call(this, t);
            }, attributeMap: { "fill.opacity": "fill-opacity", "stroke.color": "stroke", "stroke.width": "stroke-width", "stroke.opacity": "stroke-opacity" }, content: function content() {
                this.element && (this.element.textContent = this.srcElement.content());
            }, renderData: function renderData() {
                return this.printPath(this.srcElement);
            }, printPath: function printPath(t) {
                var e,
                    n,
                    i,
                    r,
                    o,
                    s = t.segments,
                    a = s.length;if (a > 0) {
                    for (e = [], o = 1; o < a; o++) {
                        i = this.segmentType(s[o - 1], s[o]), i !== r && (r = i, e.push(i)), e.push("L" === i ? this.printPoints(s[o].anchor()) : this.printPoints(s[o - 1].controlOut(), s[o].controlIn(), s[o].anchor()));
                    }return n = "M" + this.printPoints(s[0].anchor()) + P + e.join(P), t.options.closed && (n += "Z"), n;
                }
            }, printPoints: function printPoints() {
                var t,
                    e = arguments,
                    n = e.length,
                    i = [];for (t = 0; t < n; t++) {
                    i.push(e[t].toString(3));
                }return i.join(P);
            }, segmentType: function segmentType(t, e) {
                return t.controlOut() && e.controlIn() ? "C" : "L";
            }, mapStroke: function mapStroke(t) {
                var e = [];return t && !v(t.color) ? (e.push(["stroke", t.color]), e.push(["stroke-width", t.width]), e.push(["stroke-linecap", this.renderLinecap(t)]), e.push(["stroke-linejoin", t.lineJoin]), g(t.opacity) && e.push(["stroke-opacity", t.opacity]), g(t.dashType) && e.push(["stroke-dasharray", this.renderDashType(t)])) : e.push(["stroke", k]), e;
            }, renderStroke: function renderStroke() {
                return y(this.mapStroke(this.srcElement.options.stroke));
            }, renderDashType: function renderDashType(t) {
                var e,
                    n,
                    i,
                    r = t.width || 1,
                    o = t.dashType;if (o && o != E) {
                    for (e = C[o.toLowerCase()], n = [], i = 0; i < e.length; i++) {
                        n.push(e[i] * r);
                    }return n.join(" ");
                }
            }, renderLinecap: function renderLinecap(t) {
                var e = t.dashType,
                    n = t.lineCap;return e && e != E ? _ : n;
            }, mapFill: function mapFill(t) {
                var e = [];return t && t.nodeType == T || (t && !v(t.color) ? (e.push(["fill", t.color]), g(t.opacity) && e.push(["fill-opacity", t.opacity])) : e.push(["fill", k])), e;
            }, renderFill: function renderFill() {
                return y(this.mapFill(this.srcElement.options.fill));
            }, template: w("<path #= d.renderStyle() # #= d.renderOpacity() # #= kendo.util.renderAttr('d', d.renderData()) # #= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() #></path>") }),
            F = I.extend({ renderData: function renderData() {
                return this.printPath(this.srcElement.toPath());
            } }),
            G = I.extend({ renderData: function renderData() {
                var t,
                    e,
                    n = this.srcElement.paths;if (n.length > 0) {
                    for (t = [], e = 0; e < n.length; e++) {
                        t.push(this.printPath(n[e]));
                    }return t.join(" ");
                }
            } }),
            j = I.extend({ geometryChange: function geometryChange() {
                var t = this.center();this.attr("cx", t.x), this.attr("cy", t.y), this.attr("r", this.radius()), this.invalidate();
            }, center: function center() {
                return this.srcElement.geometry().center;
            }, radius: function radius() {
                return this.srcElement.geometry().radius;
            }, template: w("<circle #= d.renderStyle() # #= d.renderOpacity() # cx='#= d.center().x #' cy='#= d.center().y #' r='#= d.radius() #' #= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() # ></circle>") }),
            H = I.extend({ geometryChange: function geometryChange() {
                var t = this.pos();this.attr("x", t.x), this.attr("y", t.y), this.invalidate();
            }, optionsChange: function optionsChange(t) {
                "font" === t.field ? (this.attr("style", m.renderStyle(this.mapStyle())), this.geometryChange()) : "content" === t.field && I.fn.content.call(this, this.srcElement.content()), I.fn.optionsChange.call(this, t);
            }, mapStyle: function mapStyle(t) {
                var e = I.fn.mapStyle.call(this, t),
                    n = this.srcElement.options.font;return t && (n = c.htmlEncode(n)), e.push(["font", n]), e;
            }, pos: function pos() {
                var t = this.srcElement.position(),
                    e = this.srcElement.measure();return t.clone().setY(t.y + e.baseline);
            }, renderContent: function renderContent() {
                var t = this.srcElement.content();return t = a(t), t = c.htmlEncode(t);
            }, template: w("<text #= d.renderStyle() # #= d.renderOpacity() # x='#= this.pos().x #' y='#= this.pos().y #' #= d.renderStroke() # #= d.renderTransform() # #= d.renderDefinitions() # #= d.renderFill() #>#= d.renderContent() #</text>") }),
            q = I.extend({ geometryChange: function geometryChange() {
                this.allAttr(this.mapPosition()), this.invalidate();
            }, optionsChange: function optionsChange(t) {
                "src" === t.field && this.allAttr(this.mapSource()), I.fn.optionsChange.call(this, t);
            }, mapPosition: function mapPosition() {
                var t = this.srcElement.rect(),
                    e = t.topLeft();return [["x", e.x], ["y", e.y], ["width", t.width() + "px"], ["height", t.height() + "px"]];
            }, renderPosition: function renderPosition() {
                return y(this.mapPosition());
            }, mapSource: function mapSource(t) {
                var e = this.srcElement.src();return t && (e = c.htmlEncode(e)), [["xlink:href", e]];
            }, renderSource: function renderSource() {
                return y(this.mapSource(!0));
            }, template: w("<image preserveAspectRatio='none' #= d.renderStyle() # #= d.renderTransform()# #= d.renderOpacity() # #= d.renderPosition() # #= d.renderSource() # #= d.renderDefinitions()#></image>") }),
            $ = z.extend({ template: w("<stop #=d.renderOffset()# #=d.renderStyle()# />"), renderOffset: function renderOffset() {
                return x("offset", this.srcElement.offset());
            }, mapStyle: function mapStyle() {
                var t = this.srcElement;return [["stop-color", t.color()], ["stop-opacity", t.opacity()]];
            }, optionsChange: function optionsChange(t) {
                "offset" == t.field ? this.attr(t.field, t.value) : "color" != t.field && "opacity" != t.field || this.css("stop-" + t.field, t.value);
            } }),
            X = z.extend({ init: function init(t) {
                z.fn.init.call(this, t), this.id = t.id, this.loadStops();
            }, loadStops: function loadStops() {
                var t,
                    e,
                    n = this.srcElement,
                    i = n.stops,
                    r = this.element;for (e = 0; e < i.length; e++) {
                    t = new $(i[e]), this.append(t), r && t.attachTo(r);
                }
            }, optionsChange: function optionsChange(t) {
                "gradient.stops" == t.field ? (p.fn.clear.call(this), this.loadStops()) : t.field == T && this.allAttr(this.mapCoordinates());
            }, renderCoordinates: function renderCoordinates() {
                return y(this.mapCoordinates());
            }, mapSpace: function mapSpace() {
                return ["gradientUnits", this.srcElement.userSpace() ? "userSpaceOnUse" : "objectBoundingBox"];
            } }),
            U = X.extend({ template: w("<linearGradient id='#=d.id#' #=d.renderCoordinates()#>#= d.renderChildren()#</linearGradient>"), mapCoordinates: function mapCoordinates() {
                var t = this.srcElement,
                    e = t.start(),
                    n = t.end(),
                    i = [["x1", e.x], ["y1", e.y], ["x2", n.x], ["y2", n.y], this.mapSpace()];return i;
            } }),
            Y = X.extend({ template: w("<radialGradient id='#=d.id#' #=d.renderCoordinates()#>#= d.renderChildren()#</radialGradient>"), mapCoordinates: function mapCoordinates() {
                var t = this.srcElement,
                    e = t.center(),
                    n = t.radius(),
                    i = [["cx", e.x], ["cy", e.y], ["r", n], this.mapSpace()];return i;
            } }),
            V = I.extend({ geometryChange: function geometryChange() {
                var t = this.srcElement.geometry();this.attr("x", t.origin.x), this.attr("y", t.origin.y), this.attr("width", t.size.width), this.attr("height", t.size.height), this.invalidate();
            }, size: function size() {
                return this.srcElement.geometry().size;
            }, origin: function origin() {
                return this.srcElement.geometry().origin;
            }, template: w("<rect #= d.renderStyle() # #= d.renderOpacity() # x='#= d.origin().x #' y='#= d.origin().y #' width='#= d.size().width #' height='#= d.size().height #'#= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() # />") }),
            W = { Group: L, Text: H, Path: I, MultiPath: G, Circle: j, Arc: F, Image: q, Rect: V },
            Q = function Q(t, e) {
            t.innerHTML = e;
        };!function () {
            var t = "<svg xmlns='" + A + "'></svg>",
                e = l.createElement("div"),
                n = (typeof DOMParser === "undefined" ? "undefined" : _typeof(DOMParser)) != N;e.innerHTML = t, n && e.firstChild.namespaceURI != A && (Q = function Q(t, e) {
                var n = new DOMParser(),
                    i = n.parseFromString(e, "text/xml"),
                    r = l.adoptNode(i.documentElement);t.innerHTML = "", t.appendChild(r);
            });
        }(), a._element = document.createElement("span"), h = { clip: "clip-path", fill: "fill" }, c.support.svg = function () {
            return l.implementation.hasFeature("http://www.w3.org/TR/SVG11/feature#BasicStructure", "1.1");
        }(), c.support.svg && d.SurfaceFactory.current.register("svg", R, 10), u(d, { exportSVG: o, svg: { ArcNode: F, CircleNode: j, ClipNode: D, DefinitionNode: B, GradientStopNode: $, GroupNode: L, ImageNode: q, LinearGradientNode: U, MultiPathNode: G, Node: z, PathNode: I, RadialGradientNode: Y, RectNode: V, RootNode: M, Surface: R, TextNode: H, _exportGroup: r } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/canvas.min", ["drawing/search.min", "kendo.color.min"], t);
}(function () {
    !function (t) {
        function e(e, n) {
            var i,
                r,
                o,
                s,
                a,
                h,
                l = { width: "800px", height: "600px", cors: "Anonymous" },
                c = e.clippedBBox();return c && (i = c.getOrigin(), r = new b.Group(), r.transform(w.transform().translate(-i.x, -i.y)), r.children.push(e), e = r, o = c.getSize(), l.width = o.width + "px", l.height = o.height + "px"), n = p(l, n), s = t("<div />").css({ display: "none", width: n.width, height: n.height }).appendTo(document.body), a = new A(s, n), a.suspendTracking(), a.draw(e), h = a.image(), h.always(function () {
                a.destroy(), s.remove();
            }), h;
        }function n(t, e) {
            var n, i, r;for (r = 0; r < e.length; r++) {
                i = e[r], n = d.parseColor(i.color()), n.a *= i.opacity(), t.addColorStop(i.offset(), n.toCssRgba());
            }
        }var i,
            r,
            o,
            s,
            a,
            h,
            l,
            c,
            u,
            f = document,
            d = window.kendo,
            p = d.deepExtend,
            m = d.util,
            g = m.defined,
            v = m.isTransparent,
            x = m.renderTemplate,
            y = m.valueOrDefault,
            w = d.geometry,
            b = d.drawing,
            _ = b.BaseNode,
            C = t.proxy,
            T = "butt",
            k = b.DASH_ARRAYS,
            S = 1e3 / 60,
            E = "solid",
            P = ".kendo",
            A = b.Surface.extend({ init: function init(e, n) {
                b.Surface.fn.init.call(this, e, n), this.element[0].innerHTML = this._template(this);var r = this.element[0].firstElementChild;r.width = t(e).width(), r.height = t(e).height(), this._rootElement = r, this._root = new i(r);
            }, destroy: function destroy() {
                b.Surface.fn.destroy.call(this), this._root && (this._root.destroy(), this._root = null), this._searchTree && (this._searchTree.clear(), delete this._searchTree), this.element.off(P);
            }, type: "canvas", draw: function draw(t) {
                b.Surface.fn.draw.call(this, t), this._root.load([t], void 0, this.options.cors), this._searchTree && this._searchTree.add([t]);
            }, clear: function clear() {
                b.Surface.fn.clear.call(this), this._root.clear(), this._searchTree && this._searchTree.clear();
            }, eventTarget: function eventTarget(t) {
                var e, n;if (this._searchTree) return e = this._surfacePoint(t), n = this._searchTree.pointShape(e);
            }, image: function image() {
                var e,
                    n = this._root,
                    i = this._rootElement,
                    r = [];return n.traverse(function (t) {
                    t.loading && r.push(t.loading);
                }), e = t.Deferred(), t.when.apply(t, r).done(function () {
                    n._invalidate();try {
                        var t = i.toDataURL();e.resolve(t);
                    } catch (r) {
                        e.reject(r);
                    }
                }).fail(function (t) {
                    e.reject(t);
                }), e.promise();
            }, suspendTracking: function suspendTracking() {
                b.Surface.fn.suspendTracking.call(this), this._searchTree && (this._searchTree.clear(), delete this._searchTree);
            }, resumeTracking: function resumeTracking() {
                var t, e, n;if (b.Surface.fn.resumeTracking.call(this), !this._searchTree) {
                    for (this._searchTree = new b.ShapesQuadTree(), t = this._root.childNodes, e = [], n = 0; n < t.length; n++) {
                        e.push(t[n].srcElement);
                    }this._searchTree.add(e);
                }
            }, _resize: function _resize() {
                this._rootElement.width = this._size.width, this._rootElement.height = this._size.height, this._root.invalidate();
            }, _template: x("<canvas style='width: 100%; height: 100%;'></canvas>"), _enableTracking: function _enableTracking() {
                this._searchTree = new b.ShapesQuadTree(), this._mouseTrackHandler = C(this._trackMouse, this), this.element.on("click" + P, this._mouseTrackHandler), this.element.on("mousemove" + P, this._mouseTrackHandler), b.Surface.fn._enableTracking.call(this);
            }, _trackMouse: function _trackMouse(t) {
                var e, n;this._suspendedTracking || (e = this.eventTarget(t), "click" != t.type ? (n = this._currentShape, n && n !== e && this.trigger("mouseleave", { element: n, originalEvent: t, type: "mouseleave" }), e && n !== e && this.trigger("mouseenter", { element: e, originalEvent: t, type: "mouseenter" }), this.trigger("mousemove", { element: e, originalEvent: t, type: "mousemove" }), this._currentShape = e) : e && this.trigger("click", { element: e, originalEvent: t, type: "click" }));
            } }),
            O = _.extend({ init: function init(t) {
                _.fn.init.call(this, t), t && this.initClip();
            }, initClip: function initClip() {
                var t = this.srcElement.clip();t && (this.clip = t, t.addObserver(this));
            }, clear: function clear() {
                this.srcElement && this.srcElement.removeObserver(this), this.clearClip(), _.fn.clear.call(this);
            }, clearClip: function clearClip() {
                this.clip && (this.clip.removeObserver(this), delete this.clip);
            }, setClip: function setClip(t) {
                this.clip && (t.beginPath(), r.fn.renderPoints(t, this.clip), t.clip());
            }, optionsChange: function optionsChange(t) {
                "clip" == t.field && (this.clearClip(), this.initClip()), _.fn.optionsChange.call(this, t);
            }, setTransform: function setTransform(t) {
                if (this.srcElement) {
                    var e = this.srcElement.transform();e && t.transform.apply(t, e.matrix().toArray(6));
                }
            }, loadElements: function loadElements(t, e, n) {
                var i,
                    r,
                    o,
                    s,
                    a = this;for (s = 0; s < t.length; s++) {
                    r = t[s], o = r.children, i = new u[r.nodeType](r, n), o && o.length > 0 && i.load(o, e, n), g(e) ? a.insertAt(i, e) : a.append(i);
                }
            }, load: function load(t, e, n) {
                this.loadElements(t, e, n), this.invalidate();
            }, setOpacity: function setOpacity(t) {
                if (this.srcElement) {
                    var e = this.srcElement.opacity();g(e) && this.globalAlpha(t, e);
                }
            }, globalAlpha: function globalAlpha(t, e) {
                e && t.globalAlpha && (e *= t.globalAlpha), t.globalAlpha = e;
            }, visible: function visible() {
                var t = this.srcElement;return !t || t && t.options.visible !== !1;
            } }),
            N = O.extend({ renderTo: function renderTo(t) {
                var e, n, i;if (this.visible()) {
                    for (t.save(), this.setTransform(t), this.setClip(t), this.setOpacity(t), e = this.childNodes, n = 0; n < e.length; n++) {
                        i = e[n], i.visible() && i.renderTo(t);
                    }t.restore();
                }
            } });b.mixins.Traversable.extend(N.fn, "childNodes"), i = N.extend({ init: function init(t) {
                N.fn.init.call(this), this.canvas = t, this.ctx = t.getContext("2d");var e = C(this._invalidate, this);this.invalidate = d.throttle(function () {
                    d.animationFrame(e);
                }, S);
            }, destroy: function destroy() {
                N.fn.destroy.call(this), this.canvas = null, this.ctx = null;
            }, load: function load(t, e, n) {
                this.loadElements(t, e, n), this._invalidate();
            }, _invalidate: function _invalidate() {
                this.ctx && (this.ctx.clearRect(0, 0, this.canvas.width, this.canvas.height), this.renderTo(this.ctx));
            } }), b.mixins.Traversable.extend(i.fn, "childNodes"), r = O.extend({ renderTo: function renderTo(t) {
                t.save(), this.setTransform(t), this.setClip(t), this.setOpacity(t), t.beginPath(), this.renderPoints(t, this.srcElement), this.setLineDash(t), this.setLineCap(t), this.setLineJoin(t), this.setFill(t), this.setStroke(t), t.restore();
            }, setFill: function setFill(t) {
                var e = this.srcElement.options.fill,
                    n = !1;return e && ("gradient" == e.nodeType ? (this.setGradientFill(t, e), n = !0) : v(e.color) || (t.fillStyle = e.color, t.save(), this.globalAlpha(t, e.opacity), t.fill(), t.restore(), n = !0)), n;
            }, setGradientFill: function setGradientFill(t, e) {
                var i,
                    r,
                    o,
                    s,
                    a = this.srcElement.rawBBox();e instanceof b.LinearGradient ? (r = e.start(), o = e.end(), i = t.createLinearGradient(r.x, r.y, o.x, o.y)) : e instanceof b.RadialGradient && (s = e.center(), i = t.createRadialGradient(s.x, s.y, 0, s.x, s.y, e.radius())), n(i, e.stops), t.save(), e.userSpace() || t.transform(a.width(), 0, 0, a.height(), a.origin.x, a.origin.y), t.fillStyle = i, t.fill(), t.restore();
            }, setStroke: function setStroke(t) {
                var e = this.srcElement.options.stroke;if (e && !v(e.color) && e.width > 0) return t.strokeStyle = e.color, t.lineWidth = y(e.width, 1), t.save(), this.globalAlpha(t, e.opacity), t.stroke(), t.restore(), !0;
            }, dashType: function dashType() {
                var t = this.srcElement.options.stroke;if (t && t.dashType) return t.dashType.toLowerCase();
            }, setLineDash: function setLineDash(t) {
                var e,
                    n = this.dashType();n && n != E && (e = k[n], t.setLineDash ? t.setLineDash(e) : (t.mozDash = e, t.webkitLineDash = e));
            }, setLineCap: function setLineCap(t) {
                var e = this.dashType(),
                    n = this.srcElement.options.stroke;e && e !== E ? t.lineCap = T : n && n.lineCap && (t.lineCap = n.lineCap);
            }, setLineJoin: function setLineJoin(t) {
                var e = this.srcElement.options.stroke;e && e.lineJoin && (t.lineJoin = e.lineJoin);
            }, renderPoints: function renderPoints(t, e) {
                var n,
                    i,
                    r,
                    o,
                    s,
                    a,
                    h = e.segments;if (0 !== h.length) {
                    for (n = h[0], i = n.anchor(), t.moveTo(i.x, i.y), r = 1; r < h.length; r++) {
                        n = h[r], i = n.anchor(), o = h[r - 1], s = o.controlOut(), a = n.controlIn(), s && a ? t.bezierCurveTo(s.x, s.y, a.x, a.y, i.x, i.y) : t.lineTo(i.x, i.y);
                    }e.options.closed && t.closePath();
                }
            } }), o = r.extend({ renderPoints: function renderPoints(t) {
                var e,
                    n = this.srcElement.paths;for (e = 0; e < n.length; e++) {
                    r.fn.renderPoints(t, n[e]);
                }
            } }), s = r.extend({ renderPoints: function renderPoints(t) {
                var e = this.srcElement.geometry(),
                    n = e.center,
                    i = e.radius;t.arc(n.x, n.y, i, 0, 2 * Math.PI);
            } }), a = r.extend({ renderPoints: function renderPoints(t) {
                var e = this.srcElement.toPath();r.fn.renderPoints.call(this, t, e);
            } }), h = r.extend({ renderTo: function renderTo(t) {
                var e = this.srcElement,
                    n = e.position(),
                    i = e.measure();t.save(), this.setTransform(t), this.setClip(t), this.setOpacity(t), t.beginPath(), t.font = e.options.font, this.setFill(t) && t.fillText(e.content(), n.x, n.y + i.baseline), this.setStroke(t) && (this.setLineDash(t), t.strokeText(e.content(), n.x, n.y + i.baseline)), t.restore();
            } }), l = r.extend({ init: function init(e, n) {
                r.fn.init.call(this, e), this.onLoad = C(this.onLoad, this), this.onError = C(this.onError, this), this.loading = t.Deferred();var i = this.img = new Image();n && !/^data:/i.test(e.src()) && (i.crossOrigin = n), i.src = e.src(), i.complete ? this.onLoad() : (i.onload = this.onLoad, i.onerror = this.onError);
            }, renderTo: function renderTo(t) {
                "resolved" === this.loading.state() && (t.save(), this.setTransform(t), this.setClip(t), this.drawImage(t), t.restore());
            }, optionsChange: function optionsChange(e) {
                "src" === e.field ? (this.loading = t.Deferred(), this.img.src = this.srcElement.src()) : r.fn.optionsChange.call(this, e);
            }, onLoad: function onLoad() {
                this.loading.resolve(), this.invalidate();
            }, onError: function onError() {
                this.loading.reject(Error("Unable to load image '" + this.img.src + "'. Check for connectivity and verify CORS headers."));
            }, drawImage: function drawImage(t) {
                var e = this.srcElement.rect(),
                    n = e.topLeft();t.drawImage(this.img, n.x, n.y, e.width(), e.height());
            } }), c = r.extend({ renderPoints: function renderPoints(t) {
                var e = this.srcElement.geometry(),
                    n = e.origin,
                    i = e.size;t.rect(n.x, n.y, i.width, i.height);
            } }), u = { Group: N, Text: h, Path: r, MultiPath: o, Circle: s, Arc: a, Image: l, Rect: c }, d.support.canvas = function () {
            return !!f.createElement("canvas").getContext;
        }(), d.support.canvas && b.SurfaceFactory.current.register("canvas", A, 20), p(d.drawing, { exportImage: e, canvas: { ArcNode: a, CircleNode: s, GroupNode: N, ImageNode: l, MultiPathNode: o, Node: O, PathNode: r, RectNode: c, RootNode: i, Surface: A, TextNode: h } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/vml.min", ["drawing/shapes.min", "kendo.color.min"], t);
}(function () {
    !function (t) {
        function e() {
            if (u.namespaces && !u.namespaces.kvml) {
                u.namespaces.add("kvml", "urn:schemas-microsoft-com:vml");var t = u.styleSheets.length > 30 ? u.styleSheets[0] : u.createStyleSheet();t.addRule(".kvml", "behavior:url(#default#VML)");
            }
        }function n(t) {
            var e = u.createElement("kvml:" + t);return e.className = "kvml", e;
        }function i(t) {
            var e,
                n = t.length,
                i = [];for (e = 0; e < n; e++) {
                i.push(t[e].scaleCopy(R).toString(0, ","));
            }return i.join(" ");
        }function r(t, e) {
            var n,
                r,
                s,
                a,
                h,
                l = t.segments,
                c = l.length;if (c > 0) {
                for (n = [], h = 1; h < c; h++) {
                    s = o(l[h - 1], l[h]), s !== a && (a = s, n.push(s)), n.push("l" === s ? i([l[h].anchor()]) : i([l[h - 1].controlOut(), l[h].controlIn(), l[h].anchor()]));
                }return r = "m " + i([l[0].anchor()]) + " " + n.join(" "), t.options.closed && (r += " x"), e !== !0 && (r += " e"), r;
            }
        }function o(t, e) {
            return t.controlOut() && e.controlIn() ? "c" : "l";
        }function s(t) {
            return 0 === t.indexOf("fill") || 0 === t.indexOf(M);
        }function a(t, e, n) {
            var i,
                r = n * A(e.opacity(), 1);return i = t ? h(t, e.color(), r) : h(e.color(), "#fff", 1 - r);
        }function h(t, e, n) {
            var i = new C(t),
                r = new C(e),
                o = l(i.r, r.r, n),
                s = l(i.g, r.g, n),
                a = l(i.b, r.b, n);return new C(o, s, a).toHex();
        }function l(t, e, n) {
            return f.round(n * e + (1 - n) * t);
        }var c,
            u = document,
            f = Math,
            d = f.atan2,
            p = f.ceil,
            m = f.sqrt,
            g = window.kendo,
            v = g.deepExtend,
            x = t.noop,
            y = g.drawing,
            w = y.BaseNode,
            b = g.geometry,
            _ = b.toMatrix,
            C = g.Color,
            T = g.util,
            k = T.isTransparent,
            S = T.defined,
            E = T.deg,
            P = T.round,
            A = T.valueOrDefault,
            O = "none",
            N = ".kendo",
            R = 100,
            z = R * R,
            M = "gradient",
            B = 4,
            D = y.Surface.extend({ init: function init(t, n) {
                y.Surface.fn.init.call(this, t, n), e(), this.element.empty(), this._root = new I(), this._root.attachTo(this.element[0]), this.element.on("click" + N, this._click), this.element.on("mouseover" + N, this._mouseenter), this.element.on("mouseout" + N, this._mouseleave), this.element.on("mousemove" + N, this._mousemove);
            }, type: "vml", destroy: function destroy() {
                this._root && (this._root.destroy(), this._root = null, this.element.off(N)), y.Surface.fn.destroy.call(this);
            }, draw: function draw(t) {
                y.Surface.fn.draw.call(this, t), this._root.load([t], void 0, null);
            }, clear: function clear() {
                y.Surface.fn.clear.call(this), this._root.clear();
            } }),
            L = w.extend({ init: function init(t) {
                w.fn.init.call(this, t), this.createElement(), this.attachReference();
            }, observe: x, destroy: function destroy() {
                this.element && (this.element._kendoNode = null, this.element = null), w.fn.destroy.call(this);
            }, clear: function clear() {
                var t, e;for (this.element && (this.element.innerHTML = ""), t = this.childNodes, e = 0; e < t.length; e++) {
                    t[e].destroy();
                }this.childNodes = [];
            }, removeSelf: function removeSelf() {
                this.element && (this.element.parentNode.removeChild(this.element), this.element = null), w.fn.removeSelf.call(this);
            }, createElement: function createElement() {
                this.element = u.createElement("div");
            }, attachReference: function attachReference() {
                this.element._kendoNode = this;
            }, load: function load(t, e, n, i) {
                var r, o, s, a, h, l;for (i = A(i, 1), this.srcElement && (i *= A(this.srcElement.options.opacity, 1)), r = 0; r < t.length; r++) {
                    o = t[r], s = o.children, a = o.currentTransform(n), h = i * A(o.options.opacity, 1), l = new ht[o.nodeType](o, a, h), s && s.length > 0 && l.load(s, e, a, i), S(e) ? this.insertAt(l, e) : this.append(l), l.attachTo(this.element, e);
                }
            }, attachTo: function attachTo(t, e) {
                S(e) ? t.insertBefore(this.element, t.children[e] || null) : t.appendChild(this.element);
            }, optionsChange: function optionsChange(t) {
                "visible" == t.field && this.css("display", t.value !== !1 ? "" : O);
            }, setStyle: function setStyle() {
                this.allCss(this.mapStyle());
            }, mapStyle: function mapStyle() {
                var t = [];return this.srcElement && this.srcElement.options.visible === !1 && t.push(["display", O]), t;
            }, mapOpacityTo: function mapOpacityTo(t, e) {
                var n = A(this.opacity, 1);n *= A(e, 1), t.push(["opacity", n]);
            }, attr: function attr(t, e) {
                this.element && (this.element[t] = e);
            }, allAttr: function allAttr(t) {
                for (var e = 0; e < t.length; e++) {
                    this.attr(t[e][0], t[e][1]);
                }
            }, css: function css(t, e) {
                this.element && (this.element.style[t] = e);
            }, allCss: function allCss(t) {
                for (var e = 0; e < t.length; e++) {
                    this.css(t[e][0], t[e][1]);
                }
            } }),
            I = L.extend({ createElement: function createElement() {
                L.fn.createElement.call(this), this.allCss([["width", "100%"], ["height", "100%"], ["position", "relative"], ["visibility", "visible"]]);
            }, attachReference: x }),
            F = g.Class.extend({ init: function init(t, e) {
                this.srcElement = t, this.observer = e, t.addObserver(this);
            }, geometryChange: function geometryChange() {
                this.observer.optionsChange({ field: "clip", value: this.srcElement });
            }, clear: function clear() {
                this.srcElement.removeObserver(this);
            } }),
            G = L.extend({ init: function init(t) {
                L.fn.init.call(this, t), t && this.initClip();
            }, observe: function observe() {
                w.fn.observe.call(this);
            }, mapStyle: function mapStyle() {
                var t = L.fn.mapStyle.call(this);return this.srcElement && this.srcElement.clip() && t.push(["clip", this.clipRect()]), t;
            }, optionsChange: function optionsChange(t) {
                "clip" == t.field && (this.clearClip(), this.initClip(), this.setClip()), L.fn.optionsChange.call(this, t);
            }, clear: function clear() {
                this.clearClip(), L.fn.clear.call(this);
            }, initClip: function initClip() {
                this.srcElement.clip() && (this.clip = new F(this.srcElement.clip(), this), this.clip.observer = this);
            }, clearClip: function clearClip() {
                this.clip && (this.clip.clear(), this.clip = null, this.css("clip", this.clipRect()));
            }, setClip: function setClip() {
                this.clip && this.css("clip", this.clipRect());
            }, clipRect: function clipRect() {
                var t,
                    e,
                    n,
                    i = c,
                    r = this.srcElement.clip();return r && (t = this.clipBBox(r), e = t.topLeft(), n = t.bottomRight(), i = g.format("rect({0}px {1}px {2}px {3}px)", e.y, n.x, n.y, e.x)), i;
            }, clipBBox: function clipBBox(t) {
                var e = this.srcElement.rawBBox().topLeft(),
                    n = t.rawBBox();return n.origin.translate(-e.x, -e.y), n;
            } }),
            j = G.extend({ createElement: function createElement() {
                L.fn.createElement.call(this), this.setStyle();
            }, attachTo: function attachTo(t, e) {
                this.css("display", O), L.fn.attachTo.call(this, t, e), this.srcElement.options.visible !== !1 && this.css("display", "");
            }, _attachTo: function _attachTo(t) {
                var e = document.createDocumentFragment();e.appendChild(this.element), t.appendChild(e);
            }, mapStyle: function mapStyle() {
                var t = G.fn.mapStyle.call(this);return t.push(["position", "absolute"]), t.push(["white-space", "nowrap"]), t;
            }, optionsChange: function optionsChange(t) {
                "transform" === t.field && this.refreshTransform(), "opacity" === t.field && this.refreshOpacity(), G.fn.optionsChange.call(this, t);
            }, refreshTransform: function refreshTransform(t) {
                var e,
                    n = this.srcElement.currentTransform(t),
                    i = this.childNodes,
                    r = i.length;for (this.setClip(), e = 0; e < r; e++) {
                    i[e].refreshTransform(n);
                }
            }, currentOpacity: function currentOpacity() {
                var t = A(this.srcElement.options.opacity, 1);return this.parent && this.parent.currentOpacity && (t *= this.parent.currentOpacity()), t;
            }, refreshOpacity: function refreshOpacity() {
                var t,
                    e = this.childNodes,
                    n = e.length,
                    i = this.currentOpacity();for (t = 0; t < n; t++) {
                    e[t].refreshOpacity(i);
                }
            }, initClip: function initClip() {
                if (G.fn.initClip.call(this), this.clip) {
                    var t = this.clip.srcElement.bbox(this.srcElement.currentTransform());t && (this.css("width", t.width() + t.origin.x), this.css("height", t.height() + t.origin.y));
                }
            }, clipBBox: function clipBBox(t) {
                return t.bbox(this.srcElement.currentTransform());
            }, clearClip: function clearClip() {
                G.fn.clearClip.call(this);
            } }),
            H = L.extend({ init: function init(t, e) {
                this.opacity = e, L.fn.init.call(this, t);
            }, createElement: function createElement() {
                this.element = n("stroke"), this.setOpacity();
            }, optionsChange: function optionsChange(t) {
                0 === t.field.indexOf("stroke") && this.setStroke();
            }, refreshOpacity: function refreshOpacity(t) {
                this.opacity = t, this.setStroke();
            }, setStroke: function setStroke() {
                this.allAttr(this.mapStroke());
            }, setOpacity: function setOpacity() {
                this.setStroke();
            }, mapStroke: function mapStroke() {
                var t,
                    e = this.srcElement.options.stroke,
                    n = [];return e && !k(e.color) && 0 !== e.width ? (n.push(["on", "true"]), n.push(["color", e.color]), n.push(["weight", (e.width || 1) + "px"]), this.mapOpacityTo(n, e.opacity), S(e.dashType) && n.push(["dashstyle", e.dashType]), S(e.lineJoin) && n.push(["joinstyle", e.lineJoin]), S(e.lineCap) && (t = e.lineCap.toLowerCase(), "butt" === t && (t = "butt" === t ? "flat" : t), n.push(["endcap", t]))) : n.push(["on", "false"]), n;
            } }),
            q = L.extend({ init: function init(t, e, n) {
                this.opacity = n, L.fn.init.call(this, t);
            }, createElement: function createElement() {
                this.element = n("fill"), this.setFill();
            }, optionsChange: function optionsChange(t) {
                s(t.field) && this.setFill();
            }, refreshOpacity: function refreshOpacity(t) {
                this.opacity = t, this.setOpacity();
            }, setFill: function setFill() {
                this.allAttr(this.mapFill());
            }, setOpacity: function setOpacity() {
                this.setFill();
            }, attr: function attr(t, e) {
                var n,
                    i = this.element;if (i) {
                    for (n = t.split("."); n.length > 1;) {
                        i = i[n.shift()];
                    }i[n[0]] = e;
                }
            }, mapFill: function mapFill() {
                var t = this.srcElement.fill(),
                    e = [["on", "false"]];return t && (t.nodeType == M ? e = this.mapGradient(t) : k(t.color) || (e = this.mapFillColor(t))), e;
            }, mapFillColor: function mapFillColor(t) {
                var e = [["on", "true"], ["color", t.color]];return this.mapOpacityTo(e, t.opacity), e;
            }, mapGradient: function mapGradient(t) {
                var e,
                    n = this.srcElement.options,
                    i = n.fallbackFill || t.fallbackFill && t.fallbackFill();return e = t instanceof y.LinearGradient ? this.mapLinearGradient(t) : t instanceof y.RadialGradient && t.supportVML ? this.mapRadialGradient(t) : i ? this.mapFillColor(i) : [["on", "false"]];
            }, mapLinearGradient: function mapLinearGradient(t) {
                var e = t.start(),
                    n = t.end(),
                    i = T.deg(d(n.y - e.y, n.x - e.x)),
                    r = [["on", "true"], ["type", M], ["focus", 0], ["method", "none"], ["angle", 270 - i]];return this.addColors(r), r;
            }, mapRadialGradient: function mapRadialGradient(t) {
                var e = this.srcElement.rawBBox(),
                    n = t.center(),
                    i = (n.x - e.origin.x) / e.width(),
                    r = (n.y - e.origin.y) / e.height(),
                    o = [["on", "true"], ["type", "gradienttitle"], ["focus", "100%"], ["focusposition", i + " " + r], ["method", "none"]];
                return this.addColors(o), o;
            }, addColors: function addColors(t) {
                var e,
                    n,
                    i = this.srcElement.options,
                    r = A(this.opacity, 1),
                    o = [],
                    s = i.fill.stops,
                    h = i.baseColor,
                    l = this.element.colors ? "colors.value" : "colors",
                    c = a(h, s[0], r),
                    u = a(h, s[s.length - 1], r);for (n = 0; n < s.length; n++) {
                    e = s[n], o.push(f.round(100 * e.offset()) + "% " + a(h, e, r));
                }t.push([l, o.join(",")], ["color", c], ["color2", u]);
            } }),
            $ = L.extend({ init: function init(t, e) {
                this.transform = e, L.fn.init.call(this, t);
            }, createElement: function createElement() {
                this.element = n("skew"), this.setTransform();
            }, optionsChange: function optionsChange(t) {
                "transform" === t.field && this.refresh(this.srcElement.currentTransform());
            }, refresh: function refresh(t) {
                this.transform = t, this.setTransform();
            }, transformOrigin: function transformOrigin() {
                return "-0.5,-0.5";
            }, setTransform: function setTransform() {
                this.allAttr(this.mapTransform());
            }, mapTransform: function mapTransform() {
                var t = this.transform,
                    e = [],
                    n = _(t);return n ? (n.round(B), e.push(["on", "true"], ["matrix", [n.a, n.c, n.b, n.d, 0, 0].join(",")], ["offset", n.e + "px," + n.f + "px"], ["origin", this.transformOrigin()])) : e.push(["on", "false"]), e;
            } }),
            X = G.extend({ init: function init(t, e, n) {
                this.fill = this.createFillNode(t, e, n), this.stroke = new H(t, n), this.transform = this.createTransformNode(t, e), G.fn.init.call(this, t);
            }, attachTo: function attachTo(t, e) {
                this.fill.attachTo(this.element), this.stroke.attachTo(this.element), this.transform.attachTo(this.element), L.fn.attachTo.call(this, t, e);
            }, createFillNode: function createFillNode(t, e, n) {
                return new q(t, e, n);
            }, createTransformNode: function createTransformNode(t, e) {
                return new $(t, e);
            }, createElement: function createElement() {
                this.element = n("shape"), this.setCoordsize(), this.setStyle();
            }, optionsChange: function optionsChange(t) {
                s(t.field) ? this.fill.optionsChange(t) : 0 === t.field.indexOf("stroke") ? this.stroke.optionsChange(t) : "transform" === t.field ? this.transform.optionsChange(t) : "opacity" === t.field && (this.fill.setOpacity(), this.stroke.setOpacity()), G.fn.optionsChange.call(this, t);
            }, refreshTransform: function refreshTransform(t) {
                this.transform.refresh(this.srcElement.currentTransform(t));
            }, refreshOpacity: function refreshOpacity(t) {
                t *= A(this.srcElement.options.opacity, 1), this.fill.refreshOpacity(t), this.stroke.refreshOpacity(t);
            }, mapStyle: function mapStyle(t, e) {
                var n,
                    i = G.fn.mapStyle.call(this);return t && e || (t = e = R), i.push(["position", "absolute"], ["width", t + "px"], ["height", e + "px"]), n = this.srcElement.options.cursor, n && i.push(["cursor", n]), i;
            }, setCoordsize: function setCoordsize() {
                this.allAttr([["coordorigin", "0 0"], ["coordsize", z + " " + z]]);
            } }),
            U = L.extend({ createElement: function createElement() {
                this.element = n("path"), this.setPathData();
            }, geometryChange: function geometryChange() {
                this.setPathData();
            }, setPathData: function setPathData() {
                this.attr("v", this.renderData());
            }, renderData: function renderData() {
                return r(this.srcElement);
            } }),
            Y = X.extend({ init: function init(t, e, n) {
                this.pathData = this.createDataNode(t), X.fn.init.call(this, t, e, n);
            }, attachTo: function attachTo(t, e) {
                this.pathData.attachTo(this.element), X.fn.attachTo.call(this, t, e);
            }, createDataNode: function createDataNode(t) {
                return new U(t);
            }, geometryChange: function geometryChange() {
                this.pathData.geometryChange(), X.fn.geometryChange.call(this);
            } }),
            V = U.extend({ renderData: function renderData() {
                var t,
                    e,
                    n,
                    i = this.srcElement.paths;if (i.length > 0) {
                    for (t = [], e = 0; e < i.length; e++) {
                        n = e < i.length - 1, t.push(r(i[e], n));
                    }return t.join(" ");
                }
            } }),
            W = Y.extend({ createDataNode: function createDataNode(t) {
                return new V(t);
            } }),
            Q = $.extend({ transformOrigin: function transformOrigin() {
                var t = this.srcElement.geometry().bbox(),
                    e = t.center(),
                    n = -p(e.x) / p(t.width()),
                    i = -p(e.y) / p(t.height());return n + "," + i;
            } }),
            Z = X.extend({ createElement: function createElement() {
                this.element = n("oval"), this.setStyle();
            }, createTransformNode: function createTransformNode(t, e) {
                return new Q(t, e);
            }, geometryChange: function geometryChange() {
                X.fn.geometryChange.call(this), this.setStyle(), this.refreshTransform();
            }, mapStyle: function mapStyle() {
                var t = this.srcElement.geometry(),
                    e = t.radius,
                    n = t.center,
                    i = p(2 * e),
                    r = X.fn.mapStyle.call(this, i, i);return r.push(["left", p(n.x - e) + "px"], ["top", p(n.y - e) + "px"]), r;
            } }),
            J = U.extend({ renderData: function renderData() {
                return r(this.srcElement.toPath());
            } }),
            K = Y.extend({ createDataNode: function createDataNode(t) {
                return new J(t);
            } }),
            tt = U.extend({ createElement: function createElement() {
                U.fn.createElement.call(this), this.attr("textpathok", !0);
            }, renderData: function renderData() {
                var t = this.srcElement.rect(),
                    e = t.center();return "m " + i([new b.Point(t.topLeft().x, e.y)]) + " l " + i([new b.Point(t.bottomRight().x, e.y)]);
            } }),
            et = L.extend({ createElement: function createElement() {
                this.element = n("textpath"), this.attr("on", !0), this.attr("fitpath", !1), this.setStyle(), this.setString();
            }, optionsChange: function optionsChange(t) {
                "content" === t.field ? this.setString() : this.setStyle(), L.fn.optionsChange.call(this, t);
            }, mapStyle: function mapStyle() {
                return [["font", this.srcElement.options.font]];
            }, setString: function setString() {
                this.attr("string", this.srcElement.content());
            } }),
            nt = Y.extend({ init: function init(t, e, n) {
                this.path = new et(t), Y.fn.init.call(this, t, e, n);
            }, createDataNode: function createDataNode(t) {
                return new tt(t);
            }, attachTo: function attachTo(t, e) {
                this.path.attachTo(this.element), Y.fn.attachTo.call(this, t, e);
            }, optionsChange: function optionsChange(t) {
                "font" !== t.field && "content" !== t.field || (this.path.optionsChange(t), this.pathData.geometryChange(t)), Y.fn.optionsChange.call(this, t);
            } }),
            it = U.extend({ renderData: function renderData() {
                var t = this.srcElement.rect(),
                    e = new y.Path().moveTo(t.topLeft()).lineTo(t.topRight()).lineTo(t.bottomRight()).lineTo(t.bottomLeft()).close();return r(e);
            } }),
            rt = $.extend({ init: function init(t, e, n) {
                this.opacity = n, $.fn.init.call(this, t, e);
            }, createElement: function createElement() {
                this.element = n("fill"), this.attr("type", "frame"), this.attr("rotate", !0), this.setOpacity(), this.setSrc(), this.setTransform();
            }, optionsChange: function optionsChange(t) {
                "src" === t.field && this.setSrc(), $.fn.optionsChange.call(this, t);
            }, geometryChange: function geometryChange() {
                this.refresh();
            }, refreshOpacity: function refreshOpacity(t) {
                this.opacity = t, this.setOpacity();
            }, setOpacity: function setOpacity() {
                var t = [];this.mapOpacityTo(t, this.srcElement.options.opacity), this.allAttr(t);
            }, setSrc: function setSrc() {
                this.attr("src", this.srcElement.src());
            }, mapTransform: function mapTransform() {
                var t,
                    e,
                    n,
                    i,
                    r,
                    o,
                    s,
                    a,
                    h = this.srcElement,
                    l = h.rawBBox(),
                    c = l.center(),
                    u = R / 2,
                    f = R,
                    p = l.width() / f,
                    g = l.height() / f,
                    v = 0,
                    x = this.transform;return x ? (n = _(x), i = m(n.a * n.a + n.b * n.b), r = m(n.c * n.c + n.d * n.d), p *= i, g *= r, o = E(d(n.b, n.d)), s = E(d(-n.c, n.a)), v = (o + s) / 2, 0 !== v ? (a = h.bbox().center(), t = (a.x - u) / f, e = (a.y - u) / f) : (t = (c.x * i + n.e - u) / f, e = (c.y * r + n.f - u) / f)) : (t = (c.x - u) / f, e = (c.y - u) / f), p = P(p, B), g = P(g, B), t = P(t, B), e = P(e, B), v = P(v, B), [["size", p + "," + g], ["position", t + "," + e], ["angle", v]];
            } }),
            ot = Y.extend({ createFillNode: function createFillNode(t, e, n) {
                return new rt(t, e, n);
            }, createDataNode: function createDataNode(t) {
                return new it(t);
            }, optionsChange: function optionsChange(t) {
                "src" !== t.field && "transform" !== t.field || this.fill.optionsChange(t), Y.fn.optionsChange.call(this, t);
            }, geometryChange: function geometryChange() {
                this.fill.geometryChange(), Y.fn.geometryChange.call(this);
            }, refreshTransform: function refreshTransform(t) {
                Y.fn.refreshTransform.call(this, t), this.fill.refresh(this.srcElement.currentTransform(t));
            } }),
            st = U.extend({ renderData: function renderData() {
                var t = this.srcElement.geometry(),
                    e = ["m", i([t.topLeft()]), "l", i([t.topRight(), t.bottomRight(), t.bottomLeft()]), "x e"];return e.join(" ");
            } }),
            at = Y.extend({ createDataNode: function createDataNode(t) {
                return new st(t);
            } }),
            ht = { Group: j, Text: nt, Path: Y, MultiPath: W, Circle: Z, Arc: K, Image: ot, Rect: at };g.support.vml = function () {
            var t = g.support.browser;return t.msie && t.version < 9;
        }(), c = "inherit", g.support.browser.msie && g.support.browser.version < 8 && (c = "rect(auto auto auto auto)"), g.support.vml && y.SurfaceFactory.current.register("vml", D, 30), v(y, { vml: { ArcDataNode: J, ArcNode: K, CircleTransformNode: Q, CircleNode: Z, FillNode: q, GroupNode: j, ImageNode: ot, ImageFillNode: rt, ImagePathDataNode: it, MultiPathDataNode: V, MultiPathNode: W, Node: L, PathDataNode: U, PathNode: Y, RectDataNode: st, RectNode: at, RootNode: I, StrokeNode: H, Surface: D, TextNode: nt, TextPathNode: et, TextPathDataNode: tt, TransformNode: $ } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/html.min", ["kendo.color.min", "drawing/shapes.min", "util/main.min", "util/text-metrics.min"], t);
}(function () {
    !function (t, e, n) {
        "use strict";
        function i(t) {
            return "number" == typeof t ? { x: t, y: t } : Array.isArray(t) ? { x: t[0], y: t[1] } : { x: t.x, y: t.y };
        }function r(n, r) {
            function s(e) {
                var n = new ht.Group(),
                    i = e.getBoundingClientRect();return R(n, [u.x, 0, 0, u.y, -i.left * u.x, -i.top * u.y]), gt._clipbox = !1, gt._matrix = lt.Matrix.unit(), gt._stackingContext = { element: e, group: n }, gt._avoidLinks = r.avoidLinks === !0 ? "a" : r.avoidLinks, t(e).addClass("k-pdf-export"), et(e, n), t(e).removeClass("k-pdf-export"), n;
            }function a(e) {
                if (null != e) return "string" == typeof e && (e = kendo.template(e.replace(/^\s+|\s+$/g, ""))), "function" == typeof e ? function (n) {
                    var i = e(n);if (i) return "string" == typeof i && (i = i.replace(/^\s+|\s+$/g, "")), t(i)[0];
                } : function () {
                    return t(e).clone()[0];
                };
            }function h(e) {
                var n,
                    i,
                    r,
                    o,
                    s = e.cloneNode(!1);if (1 == e.nodeType) {
                    n = t(e), i = t(s), o = n.data();for (r in o) {
                        i.data(r, o[r]);
                    }if (/^canvas$/i.test(e.tagName)) s.getContext("2d").drawImage(e, 0, 0);else if (/^input$/i.test(e.tagName)) e.removeAttribute("name");else for (r = e.firstChild; r; r = r.nextSibling) {
                        s.appendChild(h(r));
                    }
                }return s;
            }function l(n, i, r, o, s, l, c) {
                function u() {
                    function t() {
                        d(k, function () {
                            n({ pages: k, container: E });
                        });
                    }var e, i;("-" != r || s) && m(S), e = x(), S.parentNode.insertBefore(e, S), e.appendChild(S), C ? (i = k.length, k.forEach(function (e, n) {
                        var r = C({ element: e, pageNum: n + 1, totalPages: k.length });r && (e.appendChild(r), p(r, function () {
                            0 === --i && t();
                        }));
                    })) : t();
                }function f(t) {
                    if (c.keepTogether && t.is(c.keepTogether) && t.height() <= s - P) return !0;var e = t[0].tagName;return !(/^h[1-6]$/i.test(e) && t.height() >= s - P) && (t.data("kendoChart") || /^(?:img|tr|thead|th|tfoot|iframe|svg|object|canvas|input|textarea|select|video|h[1-6])$/i.test(e));
                }function m(n) {
                    var i,
                        o,
                        a,
                        h,
                        l = b(n),
                        c = e(_(l, "padding-bottom")),
                        u = e(_(l, "border-bottom-width")),
                        d = P;for (P += c + u, i = !0, o = n.firstChild; o; o = o.nextSibling) {
                        if (1 == o.nodeType) {
                            if (i = !1, a = t(o), a.is(r)) {
                                v(o);continue;
                            }if (!s) {
                                m(o);continue;
                            }if (!/^(?:static|relative)$/.test(_(b(o), "position"))) continue;h = y(o), 1 == h ? v(o) : h && f(a) ? v(o) : m(o);
                        } else 3 == o.nodeType && s && (w(o, i), i = !1);
                    }P = d;
                }function g(t) {
                    var e = t.parentNode,
                        n = e.firstChild;if (t === n) return !0;if (t === e.children[0]) {
                        if (7 == n.nodeType || 8 == n.nodeType) return !0;if (3 == n.nodeType) return !/\S/.test(n.data);
                    }return !1;
                }function v(e) {
                    var n, i, r, o, s, a, h;return 1 == e.nodeType && e !== S && g(e) ? v(e.parentNode) : (n = t(e).closest("table"), i = n.find("colgroup:first"), c.repeatHeaders && (r = n.find("thead:first"), o = t(e).closest('.k-grid[data-role="grid"]'), o[0] && o[0].querySelector(".k-auto-scrollable") && (s = o.find(".k-grid-header:first"))), a = x(), h = T.createRange(), h.setStartBefore(S), h.setEndBefore(e), a.appendChild(h.extractContents()), S.parentNode.insertBefore(a, S), n[0] && (n = t(e).closest("table"), c.repeatHeaders && r[0] && r.clone().prependTo(n), i[0] && i.clone().prependTo(n)), void (c.repeatHeaders && s && s[0] && (o = t(e).closest('.k-grid[data-role="grid"]'), s[0] && s.clone().prependTo(o))));
                }function x() {
                    var e = T.createElement("KENDO-PDF-PAGE");return t(e).css({ display: "block", boxSizing: "content-box", width: o || "auto", padding: l.top + "px " + l.right + "px " + l.bottom + "px " + l.left + "px", position: "relative", height: s || "auto", overflow: s || o ? "hidden" : "visible", clear: "both" }), c && c.pageClassName && (e.className = c.pageClassName), k.push(e), e;
                }function y(t) {
                    var e,
                        n,
                        i = t.getBoundingClientRect();return 0 === i.width || 0 === i.height ? 0 : (e = S.getBoundingClientRect().top, n = s - P, i.height > n ? 3 : i.top - e > n ? 1 : i.bottom - e > n ? 2 : 0);
                }function w(t, e) {
                    var n, i, r, o, s;/\S/.test(t.data) && (n = t.data.length, i = T.createRange(), i.selectNodeContents(t), r = y(i), r && (o = t, 1 == r ? v(e ? t.parentNode : t) : (!function a(e, n, r) {
                        return i.setEnd(t, n), e == n || n == r ? n : y(i) ? a(e, e + n >> 1, n) : a(n, n + r >> 1, r);
                    }(0, n >> 1, n), !/\S/.test("" + i) && e ? v(t.parentNode) : (o = t.splitText(i.endOffset), s = x(), i.setStartBefore(S), s.appendChild(i.extractContents()), S.parentNode.insertBefore(s, S))), w(o)));
                }var C = a(c.template),
                    T = i.ownerDocument,
                    k = [],
                    S = c._destructive ? i : h(i),
                    E = T.createElement("KENDO-PDF-DOCUMENT"),
                    P = 0;t(S).find("tfoot").each(function () {
                    this.parentNode.appendChild(this);
                }), t(S).find("ol").each(function () {
                    t(this).children().each(function (t) {
                        this.setAttribute("kendo-split-index", t);
                    });
                }), t(E).css({ display: "block", position: "absolute", boxSizing: "content-box", left: "-10000px", top: "-10000px" }), o && (t(E).css({ width: o, paddingLeft: l.left, paddingRight: l.right }), t(S).css({ overflow: "hidden" })), i.parentNode.insertBefore(E, i), E.appendChild(S), c.beforePageBreak ? setTimeout(function () {
                    c.beforePageBreak(E, u);
                }, 15) : setTimeout(u, 15);
            }var c, u;if (r || (r = {}), c = t.Deferred(), n = t(n)[0], !n) return c.reject("No element to export");if ("function" != typeof window.getComputedStyle) throw Error("window.getComputedStyle is missing.  You are using an unsupported browser, or running in IE8 compatibility mode.  Drawing HTML is supported in Chrome, Firefox, Safari and IE9+.");return kendo.pdf && kendo.pdf.defineFont(o(n.ownerDocument)), u = i(r.scale || 1), p(n, function () {
                var t,
                    e = r && r.forcePageBreak,
                    i = r && r.paperSize && "auto" != r.paperSize,
                    o = kendo.pdf.getPaperOptions(function (t, e) {
                    return "paperSize" == t ? i ? r[t] : "A4" : t in r ? r[t] : e;
                }),
                    a = i && o.paperSize[0],
                    h = i && o.paperSize[1],
                    f = r.margin && o.margin,
                    d = !!f;e || h ? (f || (f = { left: 0, top: 0, right: 0, bottom: 0 }), a && (a /= u.x), h && (h /= u.y), f.left /= u.x, f.right /= u.x, f.top /= u.y, f.bottom /= u.y, t = new ht.Group({ pdf: { multiPage: !0, paperSize: i ? o.paperSize : "auto", _ignoreMargin: d } }), l(function (e) {
                    if (r.progress) {
                        var n = !1,
                            i = 0;!function o() {
                            if (i < e.pages.length) {
                                var a = s(e.pages[i]);t.append(a), r.progress({ page: a, pageNum: ++i, totalPages: e.pages.length, cancel: function cancel() {
                                        n = !0;
                                    } }), n ? e.container.parentNode.removeChild(e.container) : setTimeout(o);
                            } else e.container.parentNode.removeChild(e.container), c.resolve(t);
                        }();
                    } else e.pages.forEach(function (e) {
                        t.append(s(e));
                    }), e.container.parentNode.removeChild(e.container), c.resolve(t);
                }, n, e, a ? a - f.left - f.right : null, h ? h - f.top - f.bottom : null, f, r)) : c.resolve(s(n));
            }), c.promise();
        }function o(t) {
            function e(t) {
                if (t) {
                    var e = null;try {
                        e = t.cssRules;
                    } catch (n) {}e && i(t, e);
                }
            }function n(t) {
                var e,
                    n = _(t.style, "src");return n ? ot(n).reduce(function (t, e) {
                    var n = st(e);return n && t.push(n), t;
                }, []) : (e = st(t.cssText), e ? [e] : []);
            }function i(t, i) {
                var o, s, a, h, l, c, u;for (o = 0; o < i.length; ++o) {
                    switch (s = i[o], s.type) {case 3:
                            e(s.styleSheet);break;case 5:
                            a = s.style, h = ot(_(a, "font-family")), l = /^([56789]00|bold)$/i.test(_(a, "font-weight")), c = "italic" == _(a, "font-style"), u = n(s), u.length > 0 && r(t, h, l, c, u[0]);}
                }
            }function r(t, e, n, i, r) {
                /^data:/i.test(r) || /^[^\/:]+:\/\//.test(r) || /^\//.test(r) || (r = (t.href + "").replace(/[^\/]*$/, "") + r), e.forEach(function (t) {
                    t = t.replace(/^(['"]?)(.*?)\1$/, "$2"), n && (t += "|bold"), i && (t += "|italic"), o[t] = r;
                });
            }var o, s;for (null == t && (t = document), o = {}, s = 0; s < t.styleSheets.length; ++s) {
                e(t.styleSheets[s]);
            }return o;
        }function s(t, e) {
            return Object.prototype.hasOwnProperty.call(t, e);
        }function a(t) {
            return t = "_counter_" + t, gt[t];
        }function h(t) {
            var e = [],
                n = gt;for (t = "_counter_" + t; n;) {
                s(n, t) && e.push(n[t]), n = Object.getPrototypeOf(n);
            }return e.reverse();
        }function l(t, e) {
            var n = gt;for (t = "_counter_" + t; n && !s(n, t);) {
                n = Object.getPrototypeOf(n);
            }n || (n = gt._root), n[t] = (n[t] || 0) + (null == e ? 1 : e);
        }function c(t, e) {
            t = "_counter_" + t, gt[t] = null == e ? 0 : e;
        }function u(t, n, i) {
            var r, o, s;for (r = 0; r < t.length;) {
                o = t[r++], s = e(t[r]), isNaN(s) ? n(o, i) : (n(o, s), ++r);
            }
        }function f(t, e) {
            var n = kendo.parseColor(t);return n && (n = n.toRGB(), e ? n = n.toCssRgba() : 0 === n.a && (n = null)), n;
        }function d(t, e) {
            function n() {
                --i <= 0 && e();
            }var i = 0;t.forEach(function (t) {
                var e,
                    r,
                    o = t.querySelectorAll("img");for (e = 0; e < o.length; ++e) {
                    r = o[e], r.complete || (i++, r.onload = r.onerror = n);
                }
            }), i || n();
        }function p(t, e) {
            function n(t) {
                mt[t] || (mt[t] = !0, o.push(t));
            }function i() {
                --r <= 0 && e();
            }var r,
                o = [];!function s(t) {
                /^img$/i.test(t.tagName) && n(t.src), rt(_(b(t), "background-image")).forEach(function (t) {
                    "url" == t.type && n(t.url);
                }), t.children && ct.call(t.children).forEach(s);
            }(t), r = o.length, 0 === r && i(), o.forEach(function (t) {
                var e = mt[t] = new Image();/^data:/i.test(t) || (e.crossOrigin = "Anonymous"), e.src = t, e.complete ? i() : (e.onload = i, e.onerror = function () {
                    mt[t] = null, i();
                });
            });
        }function m(t) {
            var e,
                i = "";do {
                e = t % 26, i = String.fromCharCode(97 + e) + i, t = n.floor(t / 26);
            } while (t > 0);return i;
        }function g(t, e, n) {
            var i, r;gt = Object.create(gt), gt[t.tagName.toLowerCase()] = { element: t, style: e }, i = _(e, "text-decoration"), i && "none" != i && (r = _(e, "color"), i.split(/\s+/g).forEach(function (t) {
                gt[t] || (gt[t] = r);
            })), w(e) && (gt._stackingContext = { element: t, group: n });
        }function v() {
            gt = Object.getPrototypeOf(gt);
        }function x(t) {
            if (null != gt._clipbox) {
                var e = t.bbox(gt._matrix);gt._clipbox = gt._clipbox ? lt.Rect.intersect(gt._clipbox, e) : e;
            }
        }function y() {
            var t = gt._clipbox;return null == t || (t ? 0 === t.width() || 0 === t.height() : void 0);
        }function w(t) {
            function e(e) {
                return _(t, e);
            }if ("none" != e("transform") || "static" != e("position") && "auto" != e("z-index") || e("opacity") < 1) return !0;
        }function b(t, e) {
            return window.getComputedStyle(t, e || null);
        }function _(t, e) {
            var n = t.getPropertyValue(e);return null != n && "" !== n || (ut.webkit ? n = t.getPropertyValue("-webkit-" + e) : ut.mozilla ? n = t.getPropertyValue("-moz-" + e) : ut.opera ? n = t.getPropertyValue("-o-" + e) : ut.msie && (n = t.getPropertyValue("-ms-" + e))), n;
        }function C(t, e, n, i) {
            t.setProperty(e, n, i), ut.webkit ? t.setProperty("-webkit-" + e, n, i) : ut.mozilla ? t.setProperty("-moz-" + e, n, i) : ut.opera ? t.setProperty("-o-" + e, n, i) : ut.msie && (t.setProperty("-ms-" + e, n, i), e = "ms" + e.replace(/(^|-)([a-z])/g, function (t, e, n) {
                return e + n.toUpperCase();
            }), t[e] = n);
        }function T(t, n) {
            return n = "border-" + n, { width: e(_(t, n + "-width")), style: _(t, n + "-style"), color: f(_(t, n + "-color"), !0) };
        }function k(t, e) {
            var n = t.style.cssText,
                i = e();return t.style.cssText = n, i;
        }function S(t, n) {
            var i = _(t, "border-" + n + "-radius").split(/\s+/g).map(e);return 1 == i.length && i.push(i[0]), B({ x: i[0], y: i[1] });
        }function E(t) {
            var e = t.getBoundingClientRect();return e = P(e, "border-*-width", t), e = P(e, "padding-*", t);
        }function P(t, n, i) {
            var r, o, s, a, h;return "string" == typeof n ? (r = b(i), o = e(_(r, n.replace("*", "top"))), s = e(_(r, n.replace("*", "right"))), a = e(_(r, n.replace("*", "bottom"))), h = e(_(r, n.replace("*", "left")))) : "number" == typeof n && (o = s = a = h = n), { top: t.top + o, right: t.right - s, bottom: t.bottom - a, left: t.left + h, width: t.right - t.left - s - h, height: t.bottom - t.top - a - o };
        }function A(t) {
            var n,
                i,
                r = _(t, "transform");return "none" == r ? null : (n = /^\s*matrix\(\s*(.*?)\s*\)\s*$/.exec(r), n ? (i = _(t, "transform-origin"), n = n[1].split(/\s*,\s*/g).map(e), i = i.split(/\s+/g).map(e), { matrix: n, origin: i }) : void 0);
        }function O(t) {
            return 180 * t / n.PI % 360;
        }function N(t) {
            var i = e(t);return (/grad$/.test(t) ? n.PI * i / 200 : /rad$/.test(t) ? i : /turn$/.test(t) ? n.PI * i * 2 : /deg$/.test(t) ? n.PI * i / 180 : void 0
            );
        }function R(t, e) {
            return e = new lt.Matrix(e[0], e[1], e[2], e[3], e[4], e[5]), t.transform(e), e;
        }function z(t, e) {
            t.clip(e);
        }function M(t, e, n, i) {
            for (var r = new lt.Arc([e, n], i).curvePoints(), o = 1; o < r.length;) {
                t.curveTo(r[o++], r[o++], r[o++]);
            }
        }function B(t) {
            return (t.x <= 0 || t.y <= 0) && (t.x = t.y = 0), t;
        }function D(t, e, i, r, o) {
            var s = n.max(0, e.x),
                a = n.max(0, e.y),
                h = n.max(0, i.x),
                l = n.max(0, i.y),
                c = n.max(0, r.x),
                u = n.max(0, r.y),
                f = n.max(0, o.x),
                d = n.max(0, o.y),
                p = n.min(t.width / (s + h), t.height / (l + u), t.width / (c + f), t.height / (d + a));return p < 1 && (s *= p, a *= p, h *= p, l *= p, c *= p, u *= p, f *= p, d *= p), { tl: { x: s, y: a }, tr: { x: h, y: l }, br: { x: c, y: u }, bl: { x: f, y: d } };
        }function L(t, n, i) {
            var r,
                o,
                s,
                a,
                h,
                l,
                c,
                u,
                f = b(t),
                d = S(f, "top-left"),
                p = S(f, "top-right"),
                m = S(f, "bottom-left"),
                g = S(f, "bottom-right");return "padding" != i && "content" != i || (r = T(f, "top"), o = T(f, "right"), s = T(f, "bottom"), a = T(f, "left"), d.x -= a.width, d.y -= r.width, p.x -= o.width, p.y -= r.width, g.x -= o.width, g.y -= s.width, m.x -= a.width, m.y -= s.width, "content" == i && (h = e(_(f, "padding-top")), l = e(_(f, "padding-right")), c = e(_(f, "padding-bottom")), u = e(_(f, "padding-left")), d.x -= u, d.y -= h, p.x -= l, p.y -= h, g.x -= l, g.y -= c, m.x -= u, m.y -= c)), "number" == typeof i && (d.x -= i, d.y -= i, p.x -= i, p.y -= i, g.x -= i, g.y -= i, m.x -= i, m.y -= i), I(n, d, p, g, m);
        }function I(t, e, n, i, r) {
            var o = D(t, e, n, i, r),
                s = o.tl,
                a = o.tr,
                h = o.br,
                l = o.bl,
                c = new ht.Path({ fill: null, stroke: null });return c.moveTo(t.left, t.top + s.y), s.x && M(c, t.left + s.x, t.top + s.y, { startAngle: -180, endAngle: -90, radiusX: s.x, radiusY: s.y }), c.lineTo(t.right - a.x, t.top), a.x && M(c, t.right - a.x, t.top + a.y, { startAngle: -90, endAngle: 0, radiusX: a.x, radiusY: a.y }), c.lineTo(t.right, t.bottom - h.y), h.x && M(c, t.right - h.x, t.bottom - h.y, { startAngle: 0, endAngle: 90, radiusX: h.x, radiusY: h.y }), c.lineTo(t.left + l.x, t.bottom), l.x && M(c, t.left + l.x, t.bottom - l.y, { startAngle: 90, endAngle: 180, radiusX: l.x, radiusY: l.y }), c.close();
        }function F(t, n) {
            var i = e(t) + "";switch (n) {case "decimal-leading-zero":
                    return i.length < 2 && (i = "0" + i), i;case "lower-roman":
                    return ft(t).toLowerCase();case "upper-roman":
                    return ft(t).toUpperCase();case "lower-latin":case "lower-alpha":
                    return m(t - 1);case "upper-latin":case "upper-alpha":
                    return m(t - 1).toUpperCase();default:
                    return i;}
        }function G(t, e) {
            function n(t, e, n) {
                return n ? (n = n.replace(/^\s*(["'])(.*)\1\s*$/, "$2"), h(t).map(function (t) {
                    return F(t, e);
                }).join(n)) : F(a(t) || 0, e);
            }var i,
                r = ot(e, /^\s+/),
                o = [];return r.forEach(function (e) {
                var r;(i = /^\s*(["'])(.*)\1\s*$/.exec(e)) ? o.push(i[2].replace(/\\([0-9a-f]{4})/gi, function (t, e) {
                    return String.fromCharCode(parseInt(e, 16));
                })) : (i = /^\s*counter\((.*?)\)\s*$/.exec(e)) ? (r = ot(i[1]), o.push(n(r[0], r[1]))) : (i = /^\s*counters\((.*?)\)\s*$/.exec(e)) ? (r = ot(i[1]), o.push(n(r[0], r[2], r[1]))) : o.push((i = /^\s*attr\((.*?)\)\s*$/.exec(e)) ? t.getAttribute(i[1]) || "" : e);
            }), o.join("");
        }function j(t) {
            var e, n;if (t.cssText) return t.cssText;for (e = [], n = 0; n < t.length; ++n) {
                e.push(t[n] + ": " + _(t, t[n]));
            }return e.join(";\n");
        }function H(t, e) {
            function n(e, n) {
                var r,
                    o = b(t, e);o.content && "normal" != o.content && "none" != o.content && "0px" != o.width && (r = t.ownerDocument.createElement(pt), r.style.cssText = j(o), r.textContent = G(t, o.content), t.insertBefore(r, n), i.push(r));
            }var i, r;return t.tagName == pt ? void q(t, e) : (i = [], n(":before", t.firstChild), n(":after", null), r = t.className, t.className += " kendo-pdf-hide-pseudo-elements", q(t, e), t.className = r, void i.forEach(function (e) {
                t.removeChild(e);
            }));
        }function q(i, r) {
            function o(t) {
                var e, n, r, o, s, a;if (/^td$/i.test(i.tagName) && (e = gt.table, e && "collapse" == _(e.style, "border-collapse"))) {
                    if (n = T(e.style, "left").width, r = T(e.style, "top").width, 0 === n && 0 === r) return t;if (o = e.element.getBoundingClientRect(), s = e.element.rows[0].cells[0], a = s.getBoundingClientRect(), a.top == o.top || a.left == o.left) return ct.call(t).map(function (t) {
                        return { left: t.left + n, top: t.top + r, right: t.right + n, bottom: t.bottom + r, height: t.height, width: t.width };
                    });
                }return t;
            }function s(t, e, i, o, s, a, h, l) {
                function c(e, r, o) {
                    var s = n.PI / 2 * e / (e + i),
                        a = { x: r.x - e, y: r.y - i },
                        h = new ht.Path({ fill: { color: t }, stroke: null }).moveTo(0, 0);R(h, o), M(h, 0, r.y, { startAngle: -90, endAngle: -O(s), radiusX: r.x, radiusY: r.y }), a.x > 0 && a.y > 0 ? (h.lineTo(a.x * n.cos(s), r.y - a.y * n.sin(s)), M(h, 0, r.y, { startAngle: -O(s), endAngle: -90, radiusX: a.x, radiusY: a.y, anticlockwise: !0 })) : a.x > 0 ? h.lineTo(a.x, i).lineTo(0, i) : h.lineTo(a.x, i).lineTo(a.x, 0), f.append(h.close());
                }if (!(i <= 0)) {
                    var u,
                        f = new ht.Group();R(f, l), r.append(f), B(a), B(h), u = new ht.Path({ fill: { color: t }, stroke: null }), f.append(u), u.moveTo(a.x ? n.max(a.x, o) : 0, 0).lineTo(e - (h.x ? n.max(h.x, s) : 0), 0).lineTo(e - n.max(h.x, s), i).lineTo(n.max(a.x, o), i).close(), a.x && c(o, a, [-1, 0, 0, 1, a.x, 0]), h.x && c(s, h, [1, 0, 0, 1, e - h.x, 0]);
                }
            }function a(e) {
                var n,
                    o,
                    s = new ht.Group();for (z(s, I(e, q, U, W, Y)), r.append(s), "A" == i.tagName && i.href && !/^#?$/.test(t(i).attr("href")) && (gt._avoidLinks && t(i).is(gt._avoidLinks) || (s._pdfLink = { url: i.href, top: e.top, right: e.right, bottom: e.bottom, left: e.left })), Z && (n = new ht.Path({ fill: { color: Z.toCssRgba() }, stroke: null }), n.moveTo(e.left, e.top).lineTo(e.right, e.top).lineTo(e.right, e.bottom).lineTo(e.left, e.bottom).close(), s.append(n)), o = u.length; --o >= 0;) {
                    h(s, e, u[o], d[o % d.length], p[o % p.length], g[o % g.length], v[o % v.length]);
                }
            }function h(t, r, o, s, a, h, l) {
                function c(t, r, o, c, u) {
                    function f() {
                        for (; x.origin.x > r.left;) {
                            x.origin.x -= o;
                        }
                    }function d() {
                        for (; x.origin.y > r.top;) {
                            x.origin.y -= c;
                        }
                    }function p() {
                        for (; x.origin.x < r.right;) {
                            u(t, x.clone()), x.origin.x += o;
                        }
                    }var m,
                        g,
                        v,
                        x,
                        y,
                        w = o / c,
                        b = r;if ("content-box" == h ? (b = P(b, "border-*-width", i), b = P(b, "padding-*", i)) : "padding-box" == h && (b = P(b, "border-*-width", i)), /^\s*auto(\s+auto)?\s*$/.test(l) || ("contain" == l ? (m = n.min(b.width / o, b.height / c), o *= m, c *= m) : "cover" == l ? (m = n.max(b.width / o, b.height / c), o *= m, c *= m) : (g = l.split(/\s+/g), o = /%$/.test(g[0]) ? b.width * e(g[0]) / 100 : e(g[0]), c = 1 == g.length || "auto" == g[1] ? o / w : /%$/.test(g[1]) ? b.height * e(g[1]) / 100 : e(g[1]))), v = (a + "").split(/\s+/), 1 == v.length && (v[1] = "50%"), v[0] = /%$/.test(v[0]) ? e(v[0]) / 100 * (b.width - o) : e(v[0]), v[1] = /%$/.test(v[1]) ? e(v[1]) / 100 * (b.height - c) : e(v[1]), x = new lt.Rect([b.left + v[0], b.top + v[1]], [o, c]), "no-repeat" == s) u(t, x);else if ("repeat-x" == s) f(), p();else if ("repeat-y" == s) for (d(); x.origin.y < r.bottom;) {
                        u(t, x.clone()), x.origin.y += c;
                    } else if ("repeat" == s) for (f(), d(), y = x.origin.clone(); x.origin.y < r.bottom;) {
                        x.origin.x = y.x, p(), x.origin.y += c;
                    }
                }if (o && "none" != o) if ("url" == o.type) {
                    if (/^url\(\"data:image\/svg/i.test(o.url)) return;var u = mt[o.url];u && u.width > 0 && u.height > 0 && c(t, r, u.width, u.height, function (t, e) {
                        t.append(new ht.Image(o.url, e));
                    });
                } else {
                    if ("linear" != o.type) return;c(t, r, r.width, r.height, $(o));
                }
            }function l() {
                function t(t) {
                    k(i, function () {
                        i.style.position = "relative";var e = i.ownerDocument.createElement(pt);e.style.position = "absolute", e.style.boxSizing = "border-box", "outside" == n ? (e.style.width = "6em", e.style.left = "-6.8em", e.style.textAlign = "right") : e.style.left = "0px", t(e), i.insertBefore(e, i.firstChild), et(e, r), i.removeChild(e);
                    });
                }function e(t) {
                    var e,
                        n = i.parentNode.children,
                        r = i.getAttribute("kendo-split-index");if (null != r) return t(0 | r, n.length);for (e = 0; e < n.length; ++e) {
                        if (n[e] === i) return t(e, n.length);
                    }
                }var n,
                    o = _(N, "list-style-type");if ("none" != o) switch (n = _(N, "list-style-position"), o) {case "circle":case "disc":case "square":
                        t(function (t) {
                            t.style.fontSize = "60%", t.style.lineHeight = "200%", t.style.paddingRight = "0.5em", t.style.fontFamily = "DejaVu Serif", t.innerHTML = { disc: "●", circle: "◯", square: "■" }[o];
                        });break;case "decimal":case "decimal-leading-zero":
                        t(function (t) {
                            e(function (e) {
                                ++e, "decimal-leading-zero" == o && (e + "").length < 2 && (e = "0" + e), t.innerHTML = e + ".";
                            });
                        });break;case "lower-roman":case "upper-roman":
                        t(function (t) {
                            e(function (e) {
                                e = ft(e + 1), "upper-roman" == o && (e = e.toUpperCase()), t.innerHTML = e + ".";
                            });
                        });break;case "lower-latin":case "lower-alpha":case "upper-latin":case "upper-alpha":
                        t(function (t) {
                            e(function (e) {
                                e = m(e), /^upper/i.test(o) && (e = e.toUpperCase()), t.innerHTML = e + ".";
                            });
                        });}
            }function c(t, e, n) {
                function o(t) {
                    return { x: t.y, y: t.x };
                }var h, l, c, u, f, d, p, m;if (0 !== t.width && 0 !== t.height && (a(t), h = H.width > 0 && (e && "ltr" == Q || n && "rtl" == Q), l = G.width > 0 && (n && "ltr" == Q || e && "rtl" == Q), 0 !== F.width || 0 !== H.width || 0 !== G.width || 0 !== j.width)) {
                    if (F.color == G.color && F.color == j.color && F.color == H.color && F.width == G.width && F.width == j.width && F.width == H.width && h && l) return t = P(t, F.width / 2), c = L(i, t, F.width / 2), c.options.stroke = { color: F.color, width: F.width }, void r.append(c);if (0 === q.x && 0 === U.x && 0 === W.x && 0 === Y.x && F.width < 2 && H.width < 2 && G.width < 2 && j.width < 2) return F.width > 0 && r.append(new ht.Path({ stroke: { width: F.width, color: F.color } }).moveTo(t.left, t.top + F.width / 2).lineTo(t.right, t.top + F.width / 2)), j.width > 0 && r.append(new ht.Path({ stroke: { width: j.width, color: j.color } }).moveTo(t.left, t.bottom - j.width / 2).lineTo(t.right, t.bottom - j.width / 2)), h && r.append(new ht.Path({ stroke: { width: H.width, color: H.color } }).moveTo(t.left + H.width / 2, t.top).lineTo(t.left + H.width / 2, t.bottom)), void (l && r.append(new ht.Path({ stroke: { width: G.width, color: G.color } }).moveTo(t.right - G.width / 2, t.top).lineTo(t.right - G.width / 2, t.bottom)));u = D(t, q, U, W, Y), f = u.tl, d = u.tr, p = u.br, m = u.bl, s(F.color, t.width, F.width, H.width, G.width, f, d, [1, 0, 0, 1, t.left, t.top]), s(j.color, t.width, j.width, G.width, H.width, p, m, [-1, 0, 0, -1, t.right, t.bottom]), s(H.color, t.height, H.width, j.width, F.width, o(m), o(f), [0, -1, 1, 0, t.left, t.bottom]), s(G.color, t.height, G.width, F.width, j.width, o(d), o(p), [0, 1, -1, 0, t.right, t.top]);
                }
            }var u,
                d,
                p,
                g,
                v,
                y,
                w,
                C,
                E,
                A,
                N = b(i),
                F = T(N, "top"),
                G = T(N, "right"),
                j = T(N, "bottom"),
                H = T(N, "left"),
                q = S(N, "top-left"),
                U = S(N, "top-right"),
                Y = S(N, "bottom-left"),
                W = S(N, "bottom-right"),
                Q = _(N, "direction"),
                Z = _(N, "background-color");if (Z = f(Z), u = rt(_(N, "background-image")), d = ot(_(N, "background-repeat")), p = ot(_(N, "background-position")), g = ot(_(N, "background-origin")), v = ot(_(N, "background-size")), ut.msie && ut.version < 10 && (p = ot(i.currentStyle.backgroundPosition)), y = P(i.getBoundingClientRect(), "border-*-width", i), function () {
                var t,
                    n,
                    i,
                    o,
                    s,
                    a,
                    h,
                    l = _(N, "clip"),
                    c = /^\s*rect\((.*)\)\s*$/.exec(l);c && (t = c[1].split(/[ ,]+/g), n = "auto" == t[0] ? y.top : e(t[0]) + y.top, i = "auto" == t[1] ? y.right : e(t[1]) + y.left, o = "auto" == t[2] ? y.bottom : e(t[2]) + y.top, s = "auto" == t[3] ? y.left : e(t[3]) + y.left, a = new ht.Group(), h = new ht.Path().moveTo(s, n).lineTo(i, n).lineTo(i, o).lineTo(s, o).close(), z(a, h), r.append(a), r = a, x(h));
            }(), A = _(N, "display"), "table-row" == A) for (w = [], C = 0, E = i.children; C < E.length; ++C) {
                w.push(E[C].getBoundingClientRect());
            } else w = i.getClientRects(), 1 == w.length && (w = [i.getBoundingClientRect()]);for (w = o(w), C = 0; C < w.length; ++C) {
                c(w[C], 0 === C, C == w.length - 1);
            }return w.length > 0 && "list-item" == A && l(w[0]), function () {
                function t() {
                    var t = L(i, y, "padding"),
                        e = new ht.Group();z(e, t), r.append(e), r = e, x(t);
                }V(i) ? t() : /^(hidden|auto|scroll)/.test(_(N, "overflow")) ? t() : /^(hidden|auto|scroll)/.test(_(N, "overflow-x")) ? t() : /^(hidden|auto|scroll)/.test(_(N, "overflow-y")) && t();
            }(), X(i, r) || J(i, r), r;
        }function $(t) {
            return function (i, r) {
                var o,
                    s,
                    a,
                    h,
                    l,
                    c,
                    u,
                    f,
                    d,
                    p,
                    m,
                    g,
                    v,
                    x = r.width(),
                    y = r.height();switch (t.type) {case "linear":
                        switch (o = null != t.angle ? t.angle : n.PI, t.to) {case "top":
                                o = 0;break;case "left":
                                o = -n.PI / 2;break;case "bottom":
                                o = n.PI;break;case "right":
                                o = n.PI / 2;break;case "top left":case "left top":
                                o = -n.atan2(y, x);break;case "top right":case "right top":
                                o = n.atan2(y, x);break;case "bottom left":case "left bottom":
                                o = n.PI + n.atan2(y, x);break;case "bottom right":case "right bottom":
                                o = n.PI - n.atan2(y, x);}t.reverse && (o -= n.PI), o %= 2 * n.PI, o < 0 && (o += 2 * n.PI), s = n.abs(x * n.sin(o)) + n.abs(y * n.cos(o)), a = n.atan(x * n.tan(o) / y), h = n.sin(a), l = n.cos(a), c = n.abs(h) + n.abs(l), u = c / 2 * h, f = c / 2 * l, o > n.PI / 2 && o <= 3 * n.PI / 2 && (u = -u, f = -f), d = [], p = 0, m = t.stops.map(function (n, i) {
                            var r,
                                o = n.percent;return o ? o = e(o) / 100 : n.length ? o = e(n.length) / s : 0 === i ? o = 0 : i == t.stops.length - 1 && (o = 1), r = { color: n.color.toCssRgba(), offset: o }, null != o ? (p = o, d.forEach(function (t, e) {
                                var n = t.stop;n.offset = t.left + (p - t.left) * (e + 1) / (d.length + 1);
                            }), d = []) : d.push({ left: p, stop: r }), r;
                        }), g = [.5 - u, .5 + f], v = [.5 + u, .5 - f], i.append(ht.Path.fromRect(r).stroke(null).fill(new ht.LinearGradient({ start: g, end: v, stops: m, userSpace: !1 })));break;case "radial":
                        window.console && window.console.log && window.console.log("Radial gradients are not yet supported in HTML renderer");}
            };
        }function X(e, n) {
            var i, r, o, s;if (e.getAttribute(kendo.attr("role")) && (i = kendo.widgetInstance(t(e)), i && (i.exportDOMVisual || i.exportVisual))) return !!(r = i.exportDOMVisual ? i.exportDOMVisual() : i.exportVisual()) && (o = new ht.Group(), o.children.push(r), s = e.getBoundingClientRect(), o.transform(lt.transform().translate(s.left, s.top)), n.append(o), !0);
        }function U(t, e, n) {
            var i = E(t),
                r = new lt.Rect([i.left, i.top], [i.width, i.height]),
                o = new ht.Image(e, r);z(o, L(t, i, "content")), n.append(o);
        }function Y(t, n) {
            var i = b(t),
                r = b(n),
                o = e(_(i, "z-index")),
                s = e(_(r, "z-index")),
                a = _(i, "position"),
                h = _(r, "position");return isNaN(o) && isNaN(s) ? /static|absolute/.test(a) && /static|absolute/.test(h) ? 0 : "static" == a ? -1 : "static" == h ? 1 : 0 : isNaN(o) ? 0 === s ? 0 : s > 0 ? -1 : 1 : isNaN(s) ? 0 === o ? 0 : o > 0 ? 1 : -1 : e(o) - e(s);
        }function V(t) {
            return (/^(?:textarea|select|input)$/i.test(t.tagName)
            );
        }function W(t) {
            return t.selectedOptions && t.selectedOptions.length > 0 ? t.selectedOptions[0] : t.options[t.selectedIndex];
        }function Q(t, e) {
            var i = b(t),
                r = _(i, "color"),
                o = t.getBoundingClientRect();"checkbox" == t.type ? (e.append(ht.Path.fromRect(new lt.Rect([o.left + 1, o.top + 1], [o.width - 2, o.height - 2])).stroke(r, 1)), t.checked && e.append(new ht.Path().stroke(r, 1.2).moveTo(o.left + .22 * o.width, o.top + .55 * o.height).lineTo(o.left + .45 * o.width, o.top + .75 * o.height).lineTo(o.left + .78 * o.width, o.top + .22 * o.width))) : (e.append(new ht.Circle(new lt.Circle([(o.left + o.right) / 2, (o.top + o.bottom) / 2], n.min(o.width - 2, o.height - 2) / 2)).stroke(r, 1)), t.checked && e.append(new ht.Circle(new lt.Circle([(o.left + o.right) / 2, (o.top + o.bottom) / 2], n.min(o.width - 8, o.height - 8) / 2)).fill(r).stroke(null)));
        }function Z(t, e) {
            var n,
                i,
                r,
                o,
                s,
                a = t.tagName.toLowerCase();if ("input" == a && ("checkbox" == t.type || "radio" == t.type)) return Q(t, e);if (n = t.parentNode, i = t.ownerDocument, r = i.createElement(pt), r.style.cssText = j(b(t)), "input" == a && (r.style.whiteSpace = "pre"), "select" != a && "textarea" != a || (r.style.overflow = "auto"), "select" == a) {
                if (t.multiple) for (s = 0; s < t.options.length; ++s) {
                    o = i.createElement(pt), o.style.cssText = j(b(t.options[s])), o.style.display = "block", o.textContent = t.options[s].textContent, r.appendChild(o);
                } else o = W(t), o && (r.textContent = o.textContent);
            } else r.textContent = t.value;n.insertBefore(r, t), r.scrollLeft = t.scrollLeft, r.scrollTop = t.scrollTop, t.style.display = "none", J(r, e), t.style.display = "", n.removeChild(r);
        }function J(t, e) {
            var n, i, r, o, s, a, h, l, c;switch (gt._stackingContext.element === t && (gt._stackingContext.group = e), t.tagName.toLowerCase()) {case "img":
                    U(t, t.src, e);break;case "canvas":
                    try {
                        U(t, t.toDataURL("image/png"), e);
                    } catch (u) {}
                    break;case "textarea":case "input":case "select":
                    Z(t, e);break;default:
                    for (n = [], i = [], r = [], o = [], s = t.firstChild; s; s = s.nextSibling) {
                        switch (s.nodeType) {case 3:
                                /\S/.test(s.data) && K(t, s, e);break;case 1:
                                a = b(s), h = _(a, "display"), l = _(a, "float"), c = _(a, "position"), "static" != c ? o.push(s) : "inline" != h ? "none" != l ? i.push(s) : n.push(s) : r.push(s);}
                    }dt(n, Y).forEach(function (t) {
                        et(t, e);
                    }), dt(i, Y).forEach(function (t) {
                        et(t, e);
                    }), dt(r, Y).forEach(function (t) {
                        et(t, e);
                    }), dt(o, Y).forEach(function (t) {
                        et(t, e);
                    });}
        }function K(t, i, r) {
            function o(t) {
                var e, i, r, o;if (ut.msie || ut.chrome) {
                    for (e = t.getClientRects(), i = { top: +(1 / 0), right: -(1 / 0), bottom: -(1 / 0), left: +(1 / 0) }, r = 0; r < e.length; ++r) {
                        o = e[r], o.width <= 1 || o.bottom === E || (i.left = n.min(o.left, i.left), i.top = n.min(o.top, i.top), i.right = n.max(o.right, i.right), i.bottom = n.max(o.bottom, i.bottom));
                    }return i.width = i.right - i.left, i.height = i.bottom - i.top, i;
                }return t.getBoundingClientRect();
            }function s() {
                var t,
                    e,
                    r,
                    s,
                    h,
                    l,
                    d,
                    p = u,
                    m = c.substr(u).search(/\S/);if (u += m, m < 0 || u >= f) return !0;if (v.setStart(i, u), v.setEnd(i, u + 1), t = o(v), e = !1, w && (m = c.substr(u).search(/\s/), m >= 0 && (v.setEnd(i, u + m), r = o(v), r.bottom == t.bottom && (t = r, e = !0, u += m))), !e) {
                    if (m = function g(e, n, r) {
                        v.setEnd(i, n);var s = o(v);return s.bottom != t.bottom && e < n ? g(e, e + n >> 1, n) : s.right != t.right ? (t = s, n < r ? g(n, n + r >> 1, r) : n) : n;
                    }(u, n.min(f, u + S), f), m == u) return !0;if (u = m, m = ("" + v).search(/\s+$/), 0 === m) return;m > 0 && (v.setEnd(i, v.startOffset + m), t = o(v));
                }if (ut.msie && (t = v.getClientRects()[0]), s = "" + v, /^(?:pre|pre-wrap)$/i.test(C)) {
                    if (/\t/.test(s)) {
                        for (h = 0, m = p; m < v.startOffset; ++m) {
                            l = c.charCodeAt(m), 9 == l ? h += 8 - h % 8 : 10 == l || 13 == l ? h = 0 : h++;
                        }for (; (m = s.search("\t")) >= 0;) {
                            d = "        ".substr(0, 8 - (h + m) % 8), s = s.substr(0, m) + d + s.substr(m + 1);
                        }
                    }
                } else s = s.replace(/\s+/g, " ");e || (E = t.bottom), a(s, t);
            }function a(t, e) {
                var n, i, o;ut.msie && !isNaN(p) && (n = at(m), i = (e.top + e.bottom - n) / 2, e = { top: i, right: e.right, bottom: i + n, left: e.left, height: n, width: e.right - e.left }), o = new it(t, new lt.Rect([e.left, e.top], [e.width, e.height]), { font: m, fill: { color: g } }), r.append(o), h(e);
            }function h(t) {
                function e(e, n) {
                    var i, o;e && (i = d / 12, o = new ht.Path({ stroke: { width: i, color: e } }), n -= i, o.moveTo(t.left, n).lineTo(t.right, n), r.append(o));
                }e(gt.underline, t.bottom), e(gt["line-through"], t.bottom - t.height / 2.7), e(gt.overline, t.top);
            }var l, c, u, f, d, p, m, g, v, x, w, C, T, k, S, E;if (!y() && (l = b(t), !(e(_(l, "text-indent")) < -500) && (c = i.data, u = 0, f = c.search(/\S\s*$/) + 1, f && (d = _(l, "font-size"), p = _(l, "line-height"), m = [_(l, "font-style"), _(l, "font-variant"), _(l, "font-weight"), d, _(l, "font-family")].join(" "), d = e(d), p = e(p), 0 !== d)))) {
                for (g = _(l, "color"), v = t.ownerDocument.createRange(), x = _(l, "text-align"), w = "justify" == x, C = _(l, "white-space"), ut.msie && (T = l.textOverflow, "ellipsis" == T && (k = t.style.textOverflow, t.style.textOverflow = "clip")), S = t.getBoundingClientRect().width / d * 5, 0 === S && (S = 500), E = null; !s();) {}ut.msie && "ellipsis" == T && (t.style.textOverflow = k);
            }
        }function tt(t, n, i) {
            var r, o, s, a, h, l;for ("auto" != i ? (r = gt._stackingContext.group, i = e(i)) : (r = n, i = 0), o = r.children, s = 0; s < o.length && !(null != o[s]._dom_zIndex && o[s]._dom_zIndex > i); ++s) {}return a = new ht.Group(), r.insertAt(a, s), a._dom_zIndex = i, r !== n && gt._clipbox && (h = gt._matrix.invert(), l = gt._clipbox.transformCopy(h), z(a, ht.Path.fromRect(l))), a;
        }function et(t, n) {
            var i,
                r,
                o,
                s,
                a,
                h,
                f,
                d = b(t),
                p = _(d, "counter-reset");p && u(ot(p, /^\s+/), c, 0), i = _(d, "counter-increment"), i && u(ot(i, /^\s+/), l, 1), /^(style|script|link|meta|iframe|svg|col|colgroup)$/i.test(t.tagName) || null != gt._clipbox && (r = e(_(d, "opacity")), o = _(d, "visibility"), s = _(d, "display"), 0 !== r && "hidden" != o && "none" != s && (a = A(d), f = _(d, "z-index"), (a || r < 1) && "auto" == f && (f = 0), h = tt(t, n, f), r < 1 && h.opacity(r * h.opacity()), g(t, d, h), a ? k(t, function () {
                var e, n, i, r;C(t.style, "transform", "none", "important"), C(t.style, "transition", "none", "important"), "static" == _(d, "position") && C(t.style, "position", "relative", "important"), e = t.getBoundingClientRect(), n = e.left + a.origin[0], i = e.top + a.origin[1], r = [1, 0, 0, 1, -n, -i], r = nt(r, a.matrix), r = nt(r, [1, 0, 0, 1, n, i]), r = R(h, r), gt._matrix = gt._matrix.multiplyCopy(r), H(t, h);
            }) : H(t, h), v()));
        }function nt(t, e) {
            var n = t[0],
                i = t[1],
                r = t[2],
                o = t[3],
                s = t[4],
                a = t[5],
                h = e[0],
                l = e[1],
                c = e[2],
                u = e[3],
                f = e[4],
                d = e[5];return [n * h + i * c, n * l + i * u, r * h + o * c, r * l + o * u, s * h + a * c + f, s * l + a * u + d];
        }var it,
            rt,
            ot,
            st,
            at,
            ht = kendo.drawing,
            lt = kendo.geometry,
            ct = Array.prototype.slice,
            ut = kendo.support.browser,
            ft = kendo.util.arabicToRoman,
            dt = kendo.util.mergeSort,
            pt = "KENDO-PSEUDO-ELEMENT",
            mt = {},
            gt = {};gt._root = gt, it = ht.Text.extend({ nodeType: "Text", init: function init(t, e, n) {
                ht.Text.fn.init.call(this, t, e.getOrigin(), n), this._pdfRect = e;
            }, rect: function rect() {
                return this._pdfRect;
            }, rawBBox: function rawBBox() {
                return this._pdfRect;
            } }), ht.drawDOM = r, r.getFontFaces = o, rt = function () {
            function t(t) {
                function p() {
                    var e = a.exec(t);e && (t = t.substr(e[1].length));
                }function m(e) {
                    p();var n = e.exec(t);if (n) return t = t.substr(n[1].length), n[1];
                }function g() {
                    var e,
                        r,
                        o = kendo.parseColor(t, !0);if (o) return t = t.substr(o.match[0].length), o = o.toRGB(), (e = m(i)) || (r = m(n)), { color: o, length: e, percent: r };
                }function v(e) {
                    var i,
                        s,
                        a,
                        u,
                        f,
                        d,
                        p = [],
                        v = !1;if (m(h)) {
                        for (i = m(o), i ? (i = N(i), m(c)) : (s = m(r), "to" == s ? s = m(r) : s && /^-/.test(e) && (v = !0), a = m(r), m(c)), /-moz-/.test(e) && null == i && null == s && (u = m(n), f = m(n), v = !0, "0%" == u ? s = "left" : "100%" == u && (s = "right"), "0%" == f ? a = "top" : "100%" == f && (a = "bottom"), m(c)); t && !m(l) && (d = g());) {
                            p.push(d), m(c);
                        }return { type: "linear", angle: i, to: s && a ? s + " " + a : s ? s : a ? a : null, stops: p, reverse: v };
                    }
                }function x() {
                    if (m(h)) {
                        var t = m(f);return t = t.replace(/^['"]+|["']+$/g, ""), m(l), { type: "url", url: t };
                    }
                }var y,
                    w = t;return s(d, w) ? d[w] : ((y = m(e)) ? y = v(y) : (y = m(u)) && (y = x()), d[w] = y || { type: "none" });
            }var e = /^((-webkit-|-moz-|-o-|-ms-)?linear-gradient\s*)\(/,
                n = /^([-0-9.]+%)/,
                i = /^([-0-9.]+px)/,
                r = /^(left|right|top|bottom|to|center)\W/,
                o = /^([-0-9.]+(deg|grad|rad|turn))/,
                a = /^(\s+)/,
                h = /^(\()/,
                l = /^(\))/,
                c = /^(,)/,
                u = /^(url)\(/,
                f = /^(.*?)\)/,
                d = {},
                p = {};return function (e) {
                return s(p, e) ? p[e] : p[e] = ot(e).map(t);
            };
        }(), ot = function () {
            var t = {};return function (e, n) {
                function i(t) {
                    return f = t.exec(e.substr(l));
                }function r(t) {
                    return t.replace(/^\s+|\s+$/g, "");
                }var o, a, h, l, c, u, f;if (n || (n = /^\s*,\s*/), o = e + n, s(t, o)) return t[o];for (a = [], h = 0, l = 0, c = 0, u = !1; l < e.length;) {
                    !u && i(/^[\(\[\{]/) ? (c++, l++) : !u && i(/^[\)\]\}]/) ? (c--, l++) : !u && i(/^[\"\']/) ? (u = f[0], l++) : "'" == u && i(/^\\\'/) ? l += 2 : '"' == u && i(/^\\\"/) ? l += 2 : "'" == u && i(/^\'/) ? (u = !1, l++) : '"' == u && i(/^\"/) ? (u = !1, l++) : i(n) ? (!u && !c && l > h && (a.push(r(e.substring(h, l))), h = l + f[0].length), l += f[0].length) : l++;
                }return h < l && a.push(r(e.substring(h, l))), t[o] = a;
            };
        }(), st = function (t) {
            return function (e) {
                var n,
                    i = t[e];return i || ((n = /url\((['"]?)([^'")]*?)\1\)\s+format\((['"]?)truetype\3\)/.exec(e)) ? i = t[e] = n[2] : (n = /url\((['"]?)([^'")]*?\.ttf)\1\)/.exec(e)) && (i = t[e] = n[2])), i;
            };
        }(Object.create(null)), at = function (t) {
            return function (e) {
                var n = t[e];return null == n && (n = t[e] = kendo.util.measureText("Mapq", { font: e }).height), n;
            };
        }(Object.create(null));
    }(window.kendo.jQuery, parseFloat, Math);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("drawing/animation.min", ["drawing/geometry.min", "drawing/core.min"], t);
}(function () {
    !function (t) {
        var e = t.noop,
            n = window.kendo,
            i = n.Class,
            r = n.util,
            o = n.animationFrame,
            s = n.deepExtend,
            a = i.extend({ init: function init(t, e) {
                var n = this;n.options = s({}, n.options, e), n.element = t;
            }, options: { duration: 500, easing: "swing" }, setup: e, step: e, play: function play() {
                var e = this,
                    n = e.options,
                    i = t.easing[n.easing],
                    s = n.duration,
                    a = n.delay || 0,
                    h = r.now() + a,
                    l = h + s;0 === s ? (e.step(1), e.abort()) : setTimeout(function () {
                    var t = function t() {
                        var n, a, c, u;e._stopped || (n = r.now(), a = r.limitValue(n - h, 0, s), c = a / s, u = i(c, a, 0, 1, s), e.step(u), n < l ? o(t) : e.abort());
                    };t();
                }, a);
            }, abort: function abort() {
                this._stopped = !0;
            }, destroy: function destroy() {
                this.abort();
            } }),
            h = function h() {
            this._items = [];
        };h.prototype = { register: function register(t, e) {
                this._items.push({ name: t, type: e });
            }, create: function create(t, e) {
                var n,
                    i,
                    r,
                    o = this._items;if (e && e.type) for (i = e.type.toLowerCase(), r = 0; r < o.length; r++) {
                    if (o[r].name.toLowerCase() === i) {
                        n = o[r];break;
                    }
                }if (n) return new n.type(t, e);
            } }, h.current = new h(), a.create = function (t, e, n) {
            return h.current.create(t, e, n);
        }, s(n.drawing, { Animation: a, AnimationFactory: h });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
}), function (t, define) {
    define("kendo.drawing.min", ["kendo.color.min", "util/main.min", "util/text-metrics.min", "util/base64.min", "mixins/observers.min", "drawing/geometry.min", "drawing/core.min", "drawing/mixins.min", "drawing/shapes.min", "drawing/parser.min", "drawing/search.min", "drawing/svg.min", "drawing/canvas.min", "drawing/vml.min", "drawing/html.min", "drawing/animation.min"], t);
}(function () {}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
});;!function (t, define) {
    define("util/main.min", ["kendo.core.min"], t);
}(function () {
    return function () {
        function t(t) {
            return (typeof t === "undefined" ? "undefined" : _typeof(t)) !== O;
        }function i(t, i) {
            var e = n(i);return L.round(t * e) / e;
        }function n(t) {
            return t ? L.pow(10, t) : 1;
        }function e(t, i, n) {
            return L.max(L.min(t, n), i);
        }function o(t) {
            return t * j;
        }function r(t) {
            return t / j;
        }function a(t) {
            return "number" == typeof t && !isNaN(t);
        }function s(i, n) {
            return t(i) ? i : n;
        }function l(t) {
            return t * t;
        }function u(t) {
            var i,
                n = [];for (i in t) {
                n.push(i + t[i]);
            }return n.sort().join("");
        }function c(t) {
            var i,
                n = 2166136261;for (i = 0; i < t.length; ++i) {
                n += (n << 1) + (n << 4) + (n << 7) + (n << 8) + (n << 24), n ^= t.charCodeAt(i);
            }return n >>> 0;
        }function h(t) {
            return c(u(t));
        }function p(t) {
            var i,
                n = t.length,
                e = E,
                o = U;for (i = 0; i < n; i++) {
                o = L.max(o, t[i]), e = L.min(e, t[i]);
            }return { min: e, max: o };
        }function f(t) {
            return p(t).min;
        }function d(t) {
            return p(t).max;
        }function x(t) {
            return g(t).min;
        }function m(t) {
            return g(t).max;
        }function g(t) {
            var i,
                n,
                e,
                o = E,
                r = U;for (i = 0, n = t.length; i < n; i++) {
                e = t[i], null !== e && isFinite(e) && (o = L.min(o, e), r = L.max(r, e));
            }return { min: o === E ? void 0 : o, max: r === U ? void 0 : r };
        }function v(t) {
            if (t) return t[t.length - 1];
        }function y(t, i) {
            return t.push.apply(t, i), t;
        }function b(t) {
            return B.template(t, { useWithBlock: !1, paramName: "d" });
        }function w(i, n) {
            return t(n) && null !== n ? " " + i + "='" + n + "' " : "";
        }function T(t) {
            var i,
                n = "";for (i = 0; i < t.length; i++) {
                n += w(t[i][0], t[i][1]);
            }return n;
        }function k(i) {
            var n,
                e,
                o = "";for (n = 0; n < i.length; n++) {
                e = i[n][1], t(e) && (o += i[n][0] + ":" + e + ";");
            }if ("" !== o) return o;
        }function _(t) {
            return "string" != typeof t && (t += "px"), t;
        }function M(t) {
            var i,
                n,
                e = [];if (t) for (i = B.toHyphens(t).split("-"), n = 0; n < i.length; n++) {
                e.push("k-pos-" + i[n]);
            }return e.join(" ");
        }function S(i) {
            return "" === i || null === i || "none" === i || "transparent" === i || !t(i);
        }function A(t) {
            for (var i = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, n = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], e = ""; t > 0;) {
                t < n[0] ? n.shift() : (e += i[n[0]], t -= n[0]);
            }return e;
        }function V(t) {
            var i, n, e, o, r;for (t = t.toLowerCase(), i = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, n = 0, e = 0, o = 0; o < t.length; ++o) {
                if (r = i[t.charAt(o)], !r) return null;n += r, r > e && (n -= 2 * e), e = r;
            }return n;
        }function R(t) {
            var i = Object.create(null);return function () {
                var n,
                    e = "";for (n = arguments.length; --n >= 0;) {
                    e += ":" + arguments[n];
                }return e in i ? i[e] : i[e] = t.apply(this, arguments);
            };
        }function P(t) {
            for (var i, n, e = [], o = 0, r = t.length; o < r;) {
                i = t.charCodeAt(o++), i >= 55296 && i <= 56319 && o < r ? (n = t.charCodeAt(o++), 56320 == (64512 & n) ? e.push(((1023 & i) << 10) + (1023 & n) + 65536) : (e.push(i), o--)) : e.push(i);
            }return e;
        }function z(t) {
            return t.map(function (t) {
                var i = "";return t > 65535 && (t -= 65536, i += String.fromCharCode(t >>> 10 & 1023 | 55296), t = 56320 | 1023 & t), i += String.fromCharCode(t);
            }).join("");
        }function C(t, i) {
            function n(t, n) {
                for (var e = [], o = 0, r = 0, a = 0; o < t.length && r < n.length;) {
                    i(t[o], n[r]) <= 0 ? e[a++] = t[o++] : e[a++] = n[r++];
                }return o < t.length && e.push.apply(e, t.slice(o)), r < n.length && e.push.apply(e, n.slice(r)), e;
            }return t.length < 2 ? t.slice() : function e(t) {
                var i, o, r;return t.length <= 1 ? t : (i = Math.floor(t.length / 2), o = t.slice(0, i), r = t.slice(i), o = e(o), r = e(r), n(o, r));
            }(t);
        }var L = Math,
            B = window.kendo,
            I = B.deepExtend,
            j = L.PI / 180,
            E = Number.MAX_VALUE,
            U = -Number.MAX_VALUE,
            O = "undefined",
            D = Date.now;D || (D = function D() {
            return new Date().getTime();
        }), I(B, { util: { MAX_NUM: E, MIN_NUM: U, append: y, arrayLimits: p, arrayMin: f, arrayMax: d, defined: t, deg: r, hashKey: c, hashObject: h, isNumber: a, isTransparent: S, last: v, limitValue: e, now: D, objectKey: u, round: i, rad: o, renderAttr: w, renderAllAttr: T, renderPos: M, renderSize: _, renderStyle: k, renderTemplate: b, sparseArrayLimits: g, sparseArrayMin: x, sparseArrayMax: m, sqr: l, valueOrDefault: s, romanToArabic: V, arabicToRoman: A, memoize: R, ucs2encode: z, ucs2decode: P, mergeSort: C } }), B.drawing.util = B.util, B.dataviz.util = B.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, i, n) {
    (n || i)();
}), function (t, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], t);
}(function () {
    !function (t) {
        function i() {
            return { width: 0, height: 0, baseline: 0 };
        }function n(t, i, n) {
            return h.current.measure(t, i, n);
        }function e(t, i) {
            var n = [];if (t.length > 0 && document.fonts) {
                try {
                    n = t.map(function (t) {
                        return document.fonts.load(t);
                    });
                } catch (e) {
                    r.logToConsole(e);
                }Promise.all(n).then(i, i);
            } else i();
        }var o = document,
            r = window.kendo,
            a = r.Class,
            s = r.util,
            l = s.defined,
            u = a.extend({ init: function init(t) {
                this._size = t, this._length = 0, this._map = {};
            }, put: function put(t, i) {
                var n = this,
                    e = n._map,
                    o = { key: t, value: i };e[t] = o, n._head ? (n._tail.newer = o, o.older = n._tail, n._tail = o) : n._head = n._tail = o, n._length >= n._size ? (e[n._head.key] = null, n._head = n._head.newer, n._head.older = null) : n._length++;
            }, get: function get(t) {
                var i = this,
                    n = i._map[t];if (n) return n === i._head && n !== i._tail && (i._head = n.newer, i._head.older = null), n !== i._tail && (n.older && (n.older.newer = n.newer, n.newer.older = n.older), n.older = i._tail, n.newer = null, i._tail.newer = n, i._tail = n), n.value;
            } }),
            c = t("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            h = a.extend({ init: function init(t) {
                this._cache = new u(1e3), this._initOptions(t);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(n, e, r) {
                var a, u, h, p, f, d, x, m;if (!n) return i();if (a = s.objectKey(e), u = s.hashKey(n + a), h = this._cache.get(u), h) return h;p = i(), f = r ? r : c, d = this._baselineMarker().cloneNode(!1);for (x in e) {
                    m = e[x], l(m) && (f.style[x] = m);
                }return t(f).text(n), f.appendChild(d), o.body.appendChild(f), (n + "").length && (p.width = f.offsetWidth - this.options.baselineMarkerSize, p.height = f.offsetHeight, p.baseline = d.offsetTop + this.options.baselineMarkerSize), p.width > 0 && p.height > 0 && this._cache.put(u, p), f.parentNode.removeChild(f), p;
            }, _baselineMarker: function _baselineMarker() {
                return t("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });h.current = new h(), r.util.TextMetrics = h, r.util.LRUCache = u, r.util.loadFonts = e, r.util.measureText = n;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, i, n) {
    (n || i)();
}), function (t, define) {
    define("util/base64.min", ["util/main.min"], t);
}(function () {
    return function () {
        function t(t) {
            var n,
                e,
                o,
                a,
                s,
                l,
                u,
                c = "",
                h = 0;for (t = i(t); h < t.length;) {
                n = t.charCodeAt(h++), e = t.charCodeAt(h++), o = t.charCodeAt(h++), a = n >> 2, s = (3 & n) << 4 | e >> 4, l = (15 & e) << 2 | o >> 6, u = 63 & o, isNaN(e) ? l = u = 64 : isNaN(o) && (u = 64), c = c + r.charAt(a) + r.charAt(s) + r.charAt(l) + r.charAt(u);
            }return c;
        }function i(t) {
            var i,
                n,
                e = "";for (i = 0; i < t.length; i++) {
                n = t.charCodeAt(i), n < 128 ? e += o(n) : n < 2048 ? (e += o(192 | n >>> 6), e += o(128 | 63 & n)) : n < 65536 && (e += o(224 | n >>> 12), e += o(128 | n >>> 6 & 63), e += o(128 | 63 & n));
            }return e;
        }var n = window.kendo,
            e = n.deepExtend,
            o = String.fromCharCode,
            r = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";e(n.util, { encodeBase64: t, encodeUTF8: i });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, i, n) {
    (n || i)();
}), function (t, define) {
    define("mixins/observers.min", ["kendo.core.min"], t);
}(function () {
    return function (t) {
        var i = Math,
            n = window.kendo,
            e = n.deepExtend,
            o = t.inArray,
            r = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(t) {
                return this._observers ? this._observers.push(t) : this._observers = [t], this;
            }, removeObserver: function removeObserver(t) {
                var i = this.observers(),
                    n = o(t, i);return n != -1 && i.splice(n, 1), this;
            }, trigger: function trigger(t, i) {
                var n,
                    e,
                    o = this._observers;if (o && !this._suspended) for (e = 0; e < o.length; e++) {
                    n = o[e], n[t] && n[t](i);
                }return this;
            }, optionsChange: function optionsChange(t) {
                t = t || {}, t.element = this, this.trigger("optionsChange", t);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = i.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(t, i) {
                this[t] && this[t].removeObserver(this), this[t] = i, i.addObserver(this);
            } };e(n, { mixins: { ObserversMixin: r } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, i, n) {
    (n || i)();
}), function (t, define) {
    define("kendo.dataviz.core.min", ["kendo.core.min", "kendo.drawing.min"], t);
}(function () {
    return function (t, i) {
        function n(t, i) {
            var n = { top: 0, right: 0, bottom: 0, left: 0 };return i = i || 0, "number" == typeof t ? n[Ot] = n[Ut] = n[ht] = n[Vt] = t : (n[Ot] = t[Ot] || i, n[Ut] = t[Ut] || i, n[ht] = t[ht] || i, n[Vt] = t[Vt] || i), n;
        }function e(t, i) {
            var n = t.tickX,
                e = t.tickY,
                o = t.position,
                r = new $.Path({ stroke: { width: i.width, color: i.color } });return t.vertical ? r.moveTo(n, o).lineTo(n + i.size, o) : r.moveTo(o, e).lineTo(o, e + i.size), w(r), r;
        }function o(t, i) {
            var n = t.lineStart,
                e = t.lineEnd,
                o = t.position,
                r = new $.Path({ stroke: { width: i.width, color: i.color, dashType: i.dashType } });return t.vertical ? r.moveTo(n, o).lineTo(e, o) : r.moveTo(o, n).lineTo(o, e), w(r), r;
        }function r(t, i) {
            var n,
                e,
                o,
                r = h(i - t, bt - 1);if (0 === r) {
                if (0 === i) return .1;r = st.abs(i);
            }return n = st.pow(10, st.floor(st.log(r) / st.log(10))), e = h(r / n, bt), o = 1, o = e < 1.904762 ? .2 : e < 4.761904 ? .5 : e < 9.523809 ? 1 : 2, h(n * o, bt);
        }function a(t, i, n, e, o) {
            var r = o * Tt;return new Wt(n + (t - n) * st.cos(r) + (i - e) * st.sin(r), e - (t - n) * st.sin(r) + (i - e) * st.cos(r));
        }function s(i, n) {
            if (i.x1 == n.x1 && i.y1 == n.y1 && i.x2 == n.x2 && i.y2 == n.y2) return n;var e = st.min(i.x1, n.x1),
                o = st.max(i.x1, n.x1),
                r = st.min(i.x2, n.x2),
                a = st.max(i.x2, n.x2),
                s = st.min(i.y1, n.y1),
                l = st.max(i.y1, n.y1),
                u = st.min(i.y2, n.y2),
                c = st.max(i.y2, n.y2),
                h = [];return h[0] = _S(o, s, r, l), h[1] = _S(e, l, o, u), h[2] = _S(r, l, a, u), h[3] = _S(o, u, r, c), i.x1 == e && i.y1 == s || n.x1 == e && n.y1 == s ? (h[4] = _S(e, s, o, l), h[5] = _S(r, u, a, c)) : (h[4] = _S(r, s, a, l), h[5] = _S(e, u, o, c)), t.grep(h, function (t) {
                return t.height() > 0 && t.width() > 0;
            })[0];
        }function l(t, i) {
            return ot(t, i) != -1;
        }function u(t, i) {
            return h(st.ceil(t / i) * i, bt);
        }function c(t, i) {
            return h(st.floor(t / i) * i, bt);
        }function h(t, i) {
            var n = st.pow(10, i || 0);return st.round(t * n) / n;
        }function p(t, i) {
            return st.log(t) / st.log(i);
        }function f(t, i, n) {
            var e = h(st.abs(t % i), bt),
                o = i * (1 - n);return 0 === e || e > o;
        }function d(t, i, n) {
            return h(t + (i - t) * n, ft);
        }function x(t, i) {
            return t - i;
        }function m(t, i) {
            return t.match(kt) ? X.format.apply(this, arguments) : X.toString(i, t);
        }function g(t, i) {
            return -t.x * i.y + t.y * i.x < 0;
        }function v(t, i) {
            return t && i ? t.getTime() - i.getTime() : -1;
        }function y(t) {
            var i = t.originalEvent,
                n = 0;return i.wheelDelta && (n = -i.wheelDelta / 120, n = n > 0 ? st.ceil(n) : st.floor(n)), i.detail && (n = h(i.detail / 3)), n;
        }function b(t) {
            if (!t || !t.indexOf || t.indexOf("&") < 0) return t;var i = b._element;return i.innerHTML = t, i.textContent || i.innerText;
        }function w(t) {
            var i, n;if (!X.support.vml) for (i = .5, t.options.stroke && K(t.options.stroke.width) && t.options.stroke.width % 2 === 0 && (i = 0), n = 0; n < t.segments.length; n++) {
                t.segments[n].anchor().round(0).translate(i, i);
            }return t;
        }function T(t) {
            var i,
                n,
                e = t.stops,
                o = t.innerRadius / t.radius * 100,
                r = e.length,
                a = [];for (i = 0; i < r; i++) {
                n = lt({}, e[i]), n.offset = (n.offset * (100 - o) + o) / 100, a.push(n);
            }return a;
        }function k(t) {
            var i = t.origin,
                n = t.bottomRight();return new _S(i.x, i.y, n.x, n.y);
        }function _(i) {
            i = i || {};var n = t(i.touch ? i.touch.initialTouch : i.target);return n;
        }function M(t) {
            return st.max(st.min(t, Mt), -Mt);
        }var _S,
            A,
            V,
            R,
            P,
            z,
            C,
            L,
            B,
            I,
            j,
            E,
            U,
            O,
            D,
            G,
            N,
            F,
            H,
            X = window.kendo,
            W = X.util,
            q = W.append,
            K = W.defined,
            Y = W.last,
            Q = W.valueOrDefault,
            J = X.dataviz,
            Z = J.geometry,
            $ = J.drawing,
            tt = $.util.measureText,
            it = X.Class,
            nt = X.template,
            et = t.noop,
            ot = t.inArray,
            rt = t.isPlainObject,
            at = t.trim,
            st = Math,
            lt = X.deepExtend,
            ut = "axisLabelClick",
            ct = "#000",
            ht = "bottom",
            pt = "center",
            ft = 3,
            dt = "clip",
            xt = "circle",
            mt = "cross",
            gt = "12px sans-serif",
            vt = 400,
            yt = 7,
            bt = 10,
            wt = 600,
            Tt = st.PI / 180,
            kt = /\{\d+:?/,
            _t = "height",
            Mt = X.support.vml ? 1e5 : 3e5,
            St = 600,
            At = "inside",
            Vt = "left",
            Rt = "linear",
            Pt = Number.MAX_VALUE,
            zt = -Number.MAX_VALUE,
            Ct = Math.pow(10, -bt + 1),
            Lt = "none",
            Bt = "noteClick",
            It = "noteHover",
            jt = "outside",
            Et = "radial",
            Ut = "right",
            Ot = "top",
            Dt = "triangle",
            Gt = "width",
            Nt = "#fff",
            Ft = "x",
            Ht = "y",
            Xt = .2,
            Wt = function Wt(t, n) {
            var e = this;return e instanceof Wt ? (e.x = t || 0, e.y = n || 0, i) : new Wt(t, n);
        };Wt.fn = Wt.prototype = { clone: function clone() {
                var t = this;return new Wt(t.x, t.y);
            }, equals: function equals(t) {
                return t && t.x === this.x && t.y === this.y;
            }, rotate: function rotate(t, i) {
                var n = this,
                    e = i * Tt,
                    o = st.cos(e),
                    r = st.sin(e),
                    a = t.x,
                    s = t.y,
                    l = n.x,
                    u = n.y;return n.x = h(a + (l - a) * o + (u - s) * r, ft), n.y = h(s + (u - s) * o - (l - a) * r, ft), n;
            }, multiply: function multiply(t) {
                var i = this;return i.x *= t, i.y *= t, i;
            }, distanceTo: function distanceTo(t) {
                var i = this.x - t.x,
                    n = this.y - t.y;return st.sqrt(i * i + n * n);
            } }, Wt.onCircle = function (t, i, n) {
            return i *= Tt, new Wt(t.x - n * st.cos(i), t.y - n * st.sin(i));
        }, _S = function S(t, n, e, o) {
            var r = this;return r instanceof _S ? (r.x1 = t || 0, r.x2 = e || 0, r.y1 = n || 0, r.y2 = o || 0, i) : new _S(t, n, e, o);
        }, _S.fn = _S.prototype = { width: function width() {
                return this.x2 - this.x1;
            }, height: function height() {
                return this.y2 - this.y1;
            }, translate: function translate(t, i) {
                var n = this;return n.x1 += t, n.x2 += t, n.y1 += i, n.y2 += i, n;
            }, move: function move(t, i) {
                var n = this,
                    e = n.height(),
                    o = n.width();return K(t) && (n.x1 = t, n.x2 = n.x1 + o), K(i) && (n.y1 = i, n.y2 = n.y1 + e), n;
            }, wrap: function wrap(t) {
                var i = this;return i.x1 = st.min(i.x1, t.x1), i.y1 = st.min(i.y1, t.y1), i.x2 = st.max(i.x2, t.x2), i.y2 = st.max(i.y2, t.y2), i;
            }, wrapPoint: function wrapPoint(t) {
                return this.wrap(new _S(t.x, t.y, t.x, t.y)), this;
            }, snapTo: function snapTo(t, i) {
                var n = this;return i != Ft && i || (n.x1 = t.x1, n.x2 = t.x2), i != Ht && i || (n.y1 = t.y1, n.y2 = t.y2), n;
            }, alignTo: function alignTo(t, i) {
                var n,
                    e,
                    o = this,
                    r = o.height(),
                    a = o.width(),
                    s = i == Ot || i == ht ? Ht : Ft,
                    l = s == Ht ? r : a;return i === pt ? (n = t.center(), e = o.center(), o.x1 += n.x - e.x, o.y1 += n.y - e.y) : o[s + 1] = i === Ot || i === Vt ? t[s + 1] - l : t[s + 2], o.x2 = o.x1 + a, o.y2 = o.y1 + r, o;
            }, shrink: function shrink(t, i) {
                var n = this;return n.x2 -= t, n.y2 -= i, n;
            }, expand: function expand(t, i) {
                return this.shrink(-t, -i), this;
            }, pad: function pad(t) {
                var i = this,
                    e = n(t);return i.x1 -= e.left, i.x2 += e.right, i.y1 -= e.top, i.y2 += e.bottom, i;
            }, unpad: function unpad(t) {
                var i = this,
                    e = n(t);return e.left = -e.left, e.top = -e.top, e.right = -e.right, e.bottom = -e.bottom, i.pad(e);
            }, clone: function clone() {
                var t = this;return new _S(t.x1, t.y1, t.x2, t.y2);
            }, center: function center() {
                var t = this;return new Wt(t.x1 + t.width() / 2, t.y1 + t.height() / 2);
            }, containsPoint: function containsPoint(t) {
                var i = this;return t.x >= i.x1 && t.x <= i.x2 && t.y >= i.y1 && t.y <= i.y2;
            }, points: function points() {
                var t = this;return [new Wt(t.x1, t.y1), new Wt(t.x2, t.y1), new Wt(t.x2, t.y2), new Wt(t.x1, t.y2)];
            }, getHash: function getHash() {
                var t = this;return [t.x1, t.y1, t.x2, t.y2].join(",");
            }, overlaps: function overlaps(t) {
                return !(t.y2 < this.y1 || this.y2 < t.y1 || t.x2 < this.x1 || this.x2 < t.x1);
            }, rotate: function rotate(t) {
                var i = this,
                    n = i.width(),
                    e = i.height(),
                    o = i.center(),
                    r = o.x,
                    s = o.y,
                    l = a(0, 0, r, s, t),
                    u = a(n, 0, r, s, t),
                    c = a(n, e, r, s, t),
                    h = a(0, e, r, s, t);return n = st.max(l.x, u.x, c.x, h.x) - st.min(l.x, u.x, c.x, h.x), e = st.max(l.y, u.y, c.y, h.y) - st.min(l.y, u.y, c.y, h.y), i.x2 = i.x1 + n, i.y2 = i.y1 + e, i;
            }, toRect: function toRect() {
                return new Z.Rect([this.x1, this.y1], [this.width(), this.height()]);
            }, hasSize: function hasSize() {
                return 0 !== this.width() && 0 !== this.height();
            }, align: function align(t, i, n) {
                var e = this,
                    o = i + 1,
                    r = i + 2,
                    a = i === Ft ? Gt : _t,
                    s = e[a]();l(n, [Vt, Ot]) ? (e[o] = t[o], e[r] = e[o] + s) : l(n, [Ut, ht]) ? (e[r] = t[r], e[o] = e[r] - s) : n == pt && (e[o] = t[o] + (t[a]() - s) / 2, e[r] = e[o] + s);
            } }, A = it.extend({ init: function init(t, i, n, e, o) {
                var r = this;r.c = t, r.ir = i, r.r = n, r.startAngle = e, r.angle = o;
            }, clone: function clone() {
                var t = this;return new A(t.c, t.ir, t.r, t.startAngle, t.angle);
            }, middle: function middle() {
                return this.startAngle + this.angle / 2;
            }, radius: function radius(t, i) {
                var n = this;return i ? n.ir = t : n.r = t, n;
            }, point: function point(t, i) {
                var n = this,
                    e = t * Tt,
                    o = st.cos(e),
                    r = st.sin(e),
                    a = i ? n.ir : n.r,
                    s = h(n.c.x - o * a, ft),
                    l = h(n.c.y - r * a, ft);return new Wt(s, l);
            }, adjacentBox: function adjacentBox(t, i, n) {
                var e = this.clone().expand(t),
                    o = e.middle(),
                    r = e.point(o),
                    a = i / 2,
                    s = n / 2,
                    l = r.x - a,
                    u = r.y - s,
                    c = st.sin(o * Tt),
                    h = st.cos(o * Tt);return st.abs(c) < .9 && (l += a * -h / st.abs(h)), st.abs(h) < .9 && (u += s * -c / st.abs(c)), new _S(l, u, l + i, u + n);
            }, containsPoint: function containsPoint(t) {
                var i = this,
                    n = i.c,
                    e = i.ir,
                    o = i.r,
                    r = i.startAngle,
                    a = i.startAngle + i.angle,
                    s = t.x - n.x,
                    l = t.y - n.y,
                    u = new Wt(s, l),
                    c = i.point(r),
                    p = new Wt(c.x - n.x, c.y - n.y),
                    f = i.point(a),
                    d = new Wt(f.x - n.x, f.y - n.y),
                    x = h(s * s + l * l, ft);return (p.equals(u) || g(p, u)) && !g(d, u) && x >= e * e && x <= o * o;
            }, getBBox: function getBBox() {
                var t,
                    i,
                    n,
                    e = this,
                    o = new _S(Pt, Pt, zt, zt),
                    r = h(e.startAngle % 360),
                    a = h((r + e.angle) % 360),
                    s = e.ir,
                    l = [0, 90, 180, 270, r, a].sort(x),
                    u = ot(r, l),
                    c = ot(a, l);for (t = r == a ? l : u < c ? l.slice(u, c + 1) : [].concat(l.slice(0, c + 1), l.slice(u, l.length)), i = 0; i < t.length; i++) {
                    n = e.point(t[i]), o.wrapPoint(n), o.wrapPoint(n, s);
                }return s || o.wrapPoint(e.c), o;
            }, expand: function expand(t) {
                return this.r += t, this;
            } }), V = A.extend({ init: function init(t, i, n, e) {
                A.fn.init.call(this, t, 0, i, n, e);
            }, expand: function expand(t) {
                return A.fn.expand.call(this, t);
            }, clone: function clone() {
                var t = this;return new V(t.c, t.r, t.startAngle, t.angle);
            }, radius: function radius(t) {
                return A.fn.radius.call(this, t);
            }, point: function point(t) {
                return A.fn.point.call(this, t);
            } }), R = function R() {}, R.fn = R.prototype = { createRing: function createRing(t, i) {
                var n,
                    e = t.startAngle + 180,
                    o = t.angle + e,
                    r = new Z.Point(t.c.x, t.c.y),
                    a = st.max(t.r, 0),
                    s = st.max(t.ir, 0),
                    l = new Z.Arc(r, { startAngle: e, endAngle: o, radiusX: a, radiusY: a }),
                    u = $.Path.fromArc(l, i).close();return s ? (l.radiusX = l.radiusY = s, n = l.pointAt(o), u.lineTo(n.x, n.y), u.arc(o, e, s, s, !0)) : u.lineTo(r.x, r.y), u;
            } }, R.current = new R(), P = it.extend({ init: function init(t) {
                var i = this;i.children = [], i.options = lt({}, i.options, t);
            }, reflow: function reflow(t) {
                var i,
                    n,
                    e,
                    o = this,
                    r = o.children;for (n = 0; n < r.length; n++) {
                    e = r[n], e.reflow(t), i = i ? i.wrap(e.box) : e.box.clone();
                }o.box = i || t;
            }, destroy: function destroy() {
                var t,
                    i = this,
                    n = i.children;for (this.animation && this.animation.destroy(), t = 0; t < n.length; t++) {
                    n[t].destroy();
                }
            }, getRoot: function getRoot() {
                var t = this.parent;return t ? t.getRoot() : null;
            }, getChart: function getChart() {
                var t = this.getRoot();if (t) return t.chart;
            }, translateChildren: function translateChildren(t, i) {
                var n,
                    e = this,
                    o = e.children,
                    r = o.length;for (n = 0; n < r; n++) {
                    o[n].box.translate(t, i);
                }
            }, append: function append() {
                q(this.children, arguments);for (var t = 0; t < arguments.length; t++) {
                    arguments[t].parent = this;
                }
            }, renderVisual: function renderVisual() {
                this.options.visible !== !1 && (this.createVisual(), this.addVisual(), this.renderChildren(), this.createAnimation(), this.renderComplete());
            }, addVisual: function addVisual() {
                this.visual && (this.visual.chartElement = this, this.parent && this.parent.appendVisual(this.visual));
            }, renderChildren: function renderChildren() {
                var t,
                    i = this.children;for (t = 0; t < i.length; t++) {
                    i[t].renderVisual();
                }
            }, createVisual: function createVisual() {
                this.visual = new J.drawing.Group({ zIndex: this.options.zIndex, visible: Q(this.options.visible, !0) });
            }, createAnimation: function createAnimation() {
                this.visual && (this.animation = $.Animation.create(this.visual, this.options.animation));
            }, appendVisual: function appendVisual(t) {
                t.chartElement || (t.chartElement = this), t.options.noclip ? this.clipRoot().visual.append(t) : K(t.options.zIndex) ? this.stackRoot().stackVisual(t) : this.visual ? this.visual.append(t) : this.parent.appendVisual(t);
            }, clipRoot: function clipRoot() {
                return this.parent ? this.parent.clipRoot() : this;
            }, stackRoot: function stackRoot() {
                return this.parent ? this.parent.stackRoot() : this;
            }, stackVisual: function stackVisual(t) {
                var i,
                    n,
                    e,
                    o = t.options.zIndex || 0,
                    r = this.visual.children;for (i = 0; i < r.length && (n = r[i], e = Q(n.options.zIndex, 0), !(e > o)); i++) {}this.visual.insertAt(t, i);
            }, traverse: function traverse(t) {
                var i,
                    n,
                    e = this.children;for (i = 0; i < e.length; i++) {
                    n = e[i], t(n), n.traverse && n.traverse(t);
                }
            }, closest: function closest(t) {
                for (var i = this, n = !1; i && !n;) {
                    n = t(i), n || (i = i.parent);
                }if (n) return i;
            }, renderComplete: t.noop, hasHighlight: function hasHighlight() {
                var t = (this.options || {}).highlight;return !(!this.createHighlight || t && t.visible === !1);
            }, toggleHighlight: function toggleHighlight(i) {
                var n,
                    e = this,
                    o = e._highlight,
                    r = (e.options || {}).highlight,
                    a = (r || {}).visual;if (!o) {
                    if (n = { fill: { color: Nt, opacity: .2 }, stroke: { color: Nt, width: 1, opacity: .2 } }, a) {
                        if (o = e._highlight = a(t.extend(e.highlightVisualArgs(), { createVisual: function createVisual() {
                                return e.createHighlight(n);
                            }, sender: e.getChart(), series: e.series, dataItem: e.dataItem, category: e.category, value: e.value, stackValue: e.stackValue, percentage: e.percentage, runningTotal: e.runningTotal, total: e.total })), !o) return;
                    } else o = e._highlight = e.createHighlight(n);o.options.zIndex = e.options.zIndex, e.appendVisual(o);
                }o.visible(i);
            }, createGradientOverlay: function createGradientOverlay(t, i, n) {
                var e = new $.Path(lt({ stroke: { color: Lt }, fill: this.createGradient(n), closed: t.options.closed }, i));return e.segments.elements(t.segments.elements()), e;
            }, createGradient: function createGradient(t) {
                if (this.parent) return this.parent.createGradient(t);
            } }), z = P.extend({ init: function init(t) {
                var i = this;i.gradients = {}, P.fn.init.call(i, t);
            }, options: { width: wt, height: vt, background: Nt, border: { color: ct, width: 0 }, margin: n(5), zIndex: -2 }, reflow: function reflow() {
                var t,
                    i = this,
                    n = i.options,
                    e = i.children,
                    o = new _S(0, 0, n.width, n.height);for (i.box = o.unpad(n.margin), t = 0; t < e.length; t++) {
                    e[t].reflow(o), o = s(o, e[t].box) || _S();
                }
            }, createVisual: function createVisual() {
                this.visual = new $.Group(), this.createBackground();
            }, createBackground: function createBackground() {
                var t = this.options,
                    i = t.border || {},
                    n = this.box.clone().pad(t.margin).unpad(i.width),
                    e = $.Path.fromRect(n.toRect(), { stroke: { color: i.width ? i.color : "", width: i.width, dashType: i.dashType }, fill: { color: t.background, opacity: t.opacity }, zIndex: -10 });this.visual.append(e);
            }, getRoot: function getRoot() {
                return this;
            }, createGradient: function createGradient(t) {
                var i,
                    n,
                    e = this.gradients,
                    o = W.objectKey(t),
                    r = J.Gradients[t.gradient];return e[o] ? i = e[o] : (n = lt({}, r, t), "linear" == r.type ? i = new $.LinearGradient(n) : (t.innerRadius && (n.stops = T(n)), i = new $.RadialGradient(n), i.supportVML = r.supportVML !== !1), e[o] = i), i;
            } }), C = P.extend({ options: { align: Vt, vAlign: Ot, margin: {}, padding: {}, border: { color: ct, width: 0 }, background: "", shrinkToFit: !1, width: 0, height: 0, visible: !0 }, reflow: function reflow(t) {
                function i() {
                    s.align(t, Ft, l.align), s.align(t, Ht, l.vAlign), s.paddingBox = e.clone().unpad(f).unpad(x);
                }var e,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    u = l.width,
                    c = l.height,
                    h = u && c,
                    p = l.shrinkToFit,
                    f = n(l.margin),
                    d = n(l.padding),
                    x = l.border.width,
                    m = s.children;for (o = t.clone(), h && (o.x2 = o.x1 + u, o.y2 = o.y1 + c), p && o.unpad(f).unpad(x).unpad(d), P.fn.reflow.call(s, o), e = h ? s.box = _S(0, 0, u, c) : s.box, p && h ? (i(), o = s.contentBox = s.paddingBox.clone().unpad(d)) : (o = s.contentBox = e.clone(), e.pad(d).pad(x).pad(f), i()), s.translateChildren(e.x1 - o.x1 + f.left + x + d.left, e.y1 - o.y1 + f.top + x + d.top), r = 0; r < m.length; r++) {
                    a = m[r], a.reflow(a.box);
                }
            }, align: function align(t, i, n) {
                this.box.align(t, i, n);
            }, hasBox: function hasBox() {
                var t = this.options;return t.border.width || t.background;
            }, createVisual: function createVisual() {
                P.fn.createVisual.call(this);var t = this.options;t.visible && this.hasBox() && this.visual.append($.Path.fromRect(this.paddingBox.toRect(), this.visualStyle()));
            }, visualStyle: function visualStyle() {
                var t = this,
                    i = t.options,
                    n = i.border || {};return { stroke: { width: n.width, color: n.color, opacity: Q(n.opacity, i.opacity), dashType: n.dashType }, fill: { color: i.background, opacity: i.opacity }, cursor: i.cursor };
            } }), L = P.extend({ init: function init(t, i) {
                var n = this;P.fn.init.call(n, i), n.content = t, n.reflow(_S());
            }, options: { font: gt, color: ct, align: Vt, vAlign: "" }, reflow: function reflow(t) {
                var i,
                    n = this,
                    e = n.options;i = e.size = tt(n.content, { font: e.font }), n.baseline = i.baseline, n.box = _S(t.x1, t.y1, t.x1 + i.width, t.y1 + i.height);
            }, createVisual: function createVisual() {
                var t = this.options;this.visual = new $.Text(this.content, this.box.toRect().topLeft(), { font: t.font, fill: { color: t.color, opacity: t.opacity }, cursor: t.cursor });
            } }), B = P.extend({ init: function init(t) {
                P.fn.init.call(this, t), this._initDirection();
            }, _initDirection: function _initDirection() {
                var t = this.options;t.vertical ? (this.groupAxis = Ft, this.elementAxis = Ht, this.groupSizeField = Gt, this.elementSizeField = _t, this.groupSpacing = t.spacing, this.elementSpacing = t.vSpacing) : (this.groupAxis = Ht, this.elementAxis = Ft, this.groupSizeField = _t, this.elementSizeField = Gt, this.groupSpacing = t.vSpacing, this.elementSpacing = t.spacing);
            }, options: { vertical: !0, wrap: !0, vSpacing: 0, spacing: 0 }, reflow: function reflow(t) {
                this.box = t.clone(), this.reflowChildren();
            }, reflowChildren: function reflowChildren() {
                var t,
                    i,
                    n,
                    e,
                    o,
                    r,
                    a,
                    s,
                    l,
                    u,
                    c = this,
                    h = c.box,
                    p = c.elementAxis,
                    f = c.groupAxis,
                    d = c.elementSizeField,
                    x = c.groupSizeField,
                    m = c.groupOptions(),
                    g = m.groups,
                    v = g.length,
                    y = h[f + 1] + c.alignStart(m.groupsSize, h[x]()),
                    b = y;if (v) {
                    for (a = 0; a < v; a++) {
                        for (n = g[a], e = n.groupElements, o = e.length, t = h[p + 1], r = 0; r < o; r++) {
                            s = e[r], u = c.elementSize(s), i = b + c.alignStart(u[x], n.groupSize), l = _S(), l[f + 1] = i, l[f + 2] = i + u[x], l[p + 1] = t, l[p + 2] = t + u[d], s.reflow(l), t += u[d] + c.elementSpacing;
                        }b += n.groupSize + c.groupSpacing;
                    }h[f + 1] = y, h[f + 2] = y + m.groupsSize, h[p + 2] = h[p + 1] + m.maxGroupElementsSize;
                }
            }, alignStart: function alignStart(t, i) {
                var n = 0,
                    e = this.options.align;return e == Ut || e == ht ? n = i - t : e == pt && (n = (i - t) / 2), n;
            }, groupOptions: function groupOptions() {
                var t,
                    i,
                    n = this,
                    e = n.box,
                    o = n.children,
                    r = o.length,
                    a = this.elementSizeField,
                    s = this.groupSizeField,
                    l = this.elementSpacing,
                    u = this.groupSpacing,
                    c = h(e[a]()),
                    p = 0,
                    f = 0,
                    d = 0,
                    x = 0,
                    m = [],
                    g = [],
                    v = 0;for (p = 0; p < r; p++) {
                    i = o[p], i.box || i.reflow(e), t = this.elementSize(i), n.options.wrap && h(d + l + t[a]) > c && (m.push({ groupElements: g, groupSize: f, groupElementsSize: d }), v = st.max(v, d), x += u + f, f = 0, d = 0, g = []), f = st.max(f, t[s]), d > 0 && (d += l), d += t[a], g.push(i);
                }return m.push({ groupElements: g, groupSize: f, groupElementsSize: d }), v = st.max(v, d), x += f, { groups: m, groupsSize: x, maxGroupElementsSize: v };
            }, elementSize: function elementSize(t) {
                return { width: t.box.width(), height: t.box.height() };
            }, createVisual: et }), I = C.extend({ ROWS_SPLIT_REGEX: /\n|\\n/m, init: function init(t, i) {
                var n = this;n.content = t, C.fn.init.call(n, i), n._initContainer(), n.reflow(_S());
            }, _initContainer: function _initContainer() {
                var t,
                    i,
                    n = this,
                    e = n.options,
                    o = (n.content + "").split(n.ROWS_SPLIT_REGEX),
                    r = new B({ vertical: !0, align: e.align, wrap: !1 }),
                    a = lt({}, e, { opacity: 1, animation: null });for (n.container = r, n.append(r), i = 0; i < o.length; i++) {
                    t = new L(at(o[i]), a), r.append(t);
                }
            }, reflow: function reflow(t) {
                var i,
                    e,
                    o,
                    r = this.options,
                    a = r.visual;this.container.options.align = r.align, a && !this._boxReflow ? (t.hasSize() || (this._boxReflow = !0, this.reflow(t), this._boxReflow = !1, t = this.box), this.visual = a(this.visualContext(t)), i = t, this.visual && (i = k(this.visual.clippedBBox() || new Z.Rect()), this.visual.options.zIndex = r.zIndex, this.visual.options.noclip = r.noclip), this.box = this.contentBox = this.paddingBox = i) : (C.fn.reflow.call(this, t), r.rotation && (e = n(r.margin), o = this.box.unpad(e), this.targetBox = t, this.normalBox = o.clone(), o = this.rotate(), o.translate(e.left - e.right, e.top - e.bottom), this.rotatedBox = o.clone(), o.pad(e)));
            }, createVisual: function createVisual() {
                var t,
                    i = this.options;i.visible && (this.visual = new J.drawing.Group({ transform: this.rotationTransform(), zIndex: i.zIndex, noclip: i.noclip }), this.hasBox() && (t = $.Path.fromRect(this.paddingBox.toRect(), this.visualStyle()), this.visual.append(t)));
            }, renderVisual: function renderVisual() {
                this.options.visual ? (this.addVisual(), this.createAnimation()) : C.fn.renderVisual.call(this);
            }, visualOptions: function visualOptions() {
                var t = this.options;return { background: t.background, border: t.border, color: t.color, font: t.font, margin: t.margin, padding: t.padding, visible: t.visible };
            }, visualContext: function visualContext(t) {
                var i = this;return { text: i.content, rect: t.toRect(), sender: this.getChart(), options: i.visualOptions(), createVisual: function createVisual() {
                        return i._boxReflow = !0, i.reflow(t), i._boxReflow = !1, i.getDefaultVisual();
                    } };
            }, getDefaultVisual: function getDefaultVisual() {
                this.createVisual(), this.renderChildren();var t = this.visual;return delete this.visual, t;
            }, rotate: function rotate() {
                var t = this.options;return this.box.rotate(t.rotation), this.align(this.targetBox, Ft, t.align), this.align(this.targetBox, Ht, t.vAlign), this.box;
            }, rotationTransform: function rotationTransform() {
                var t,
                    i,
                    n,
                    e,
                    o = this.options.rotation;return o ? (t = this.normalBox.center(), i = t.x, n = t.y, e = this.rotatedBox.center(), Z.transform().translate(e.x - i, e.y - n).rotate(o, [i, n])) : null;
            } }), j = P.extend({ init: function init(t) {
                var i = this;P.fn.init.call(i, t), t = i.options, i.append(new I(t.text, lt({}, t, { vAlign: t.position })));
            }, options: { color: ct, position: Ot, align: pt, margin: n(5), padding: n(5) }, reflow: function reflow(t) {
                var i = this;P.fn.reflow.call(i, t), i.box.snapTo(t, Ft);
            } }), j.buildTitle = function (t, i, n) {
            var e;return "string" == typeof t && (t = { text: t }), t = lt({ visible: !0 }, n, t), t && t.visible && t.text && (e = new j(t), i.append(e)), e;
        }, E = I.extend({ init: function init(t, i, n, e, o) {
                var r = this;r.text = i, r.value = t, r.index = n, r.dataItem = e, I.fn.init.call(r, i, o);
            }, visualContext: function visualContext(t) {
                var i = I.fn.visualContext.call(this, t);return i.value = this.value, i.dataItem = this.dataItem, i.format = this.options.format, i.culture = this.options.culture, i;
            }, click: function click(t, i) {
                var n = this;t.trigger(ut, { element: _(i), value: n.value, text: n.text, index: n.index, dataItem: n.dataItem, axis: n.parent.options });
            }, rotate: function rotate() {
                var t, i;return this.options.alignRotation != pt ? (t = this.normalBox.toRect(), i = this.rotationTransform(), this.box = k(t.bbox(i.matrix()))) : I.fn.rotate.call(this), this.box;
            }, rotationTransform: function rotationTransform() {
                var t,
                    i,
                    n,
                    e,
                    o,
                    r,
                    a,
                    s,
                    l,
                    u,
                    c,
                    p,
                    f,
                    d,
                    x,
                    m,
                    g,
                    v,
                    y = this.options,
                    b = y.rotation;return b ? y.alignRotation == pt ? I.fn.rotationTransform.call(this) : (t = Z.transform().rotate(b).matrix(), i = this.normalBox.toRect(), n = this.targetBox.toRect(), e = y.rotationOrigin || Ot, o = e == Ot || e == ht ? Ft : Ht, r = e == Ot || e == ht ? Ht : Ft, a = e == Ot || e == Vt ? n.origin : n.bottomRight(), s = i.topLeft().transformCopy(t), l = i.topRight().transformCopy(t), u = i.bottomRight().transformCopy(t), c = i.bottomLeft().transformCopy(t), p = Z.Rect.fromPoints(s, l, u, c), f = {}, f[r] = n.origin[r] - p.origin[r], d = st.abs(s[r] + f[r] - a[r]), x = st.abs(l[r] + f[r] - a[r]), h(d, bt) === h(x, bt) ? (m = s, g = l) : x < d ? (m = l, g = u) : (m = s, g = c), v = m[o] + (g[o] - m[o]) / 2, f[o] = n.center()[o] - v, Z.transform().translate(f.x, f.y).rotate(b)) : null;
            } }), U = P.extend({ init: function init(t) {
                var i = this;P.fn.init.call(i, t), i.options.visible || (i.options = lt({}, i.options, { labels: { visible: !1 }, line: { visible: !1 }, margin: 0, majorTickSize: 0, minorTickSize: 0 })), i.options.minorTicks = lt({}, { color: i.options.line.color, width: i.options.line.width, visible: i.options.minorTickType != Lt }, i.options.minorTicks, { size: i.options.minorTickSize, align: i.options.minorTickType }), i.options.majorTicks = lt({}, { color: i.options.line.color, width: i.options.line.width, visible: i.options.majorTickType != Lt }, i.options.majorTicks, { size: i.options.majorTickSize, align: i.options.majorTickType }), this.options._deferLabels || i.createLabels(), i.createTitle(), i.createNotes();
            }, options: { labels: { visible: !0, rotation: 0, mirror: !1, step: 1, skip: 0 }, line: { width: 1, color: ct, visible: !0 }, title: { visible: !0, position: pt }, majorTicks: { align: jt, size: 4, skip: 0, step: 1 }, minorTicks: { align: jt, size: 3, skip: 0, step: 1 }, axisCrossingValue: 0, majorTickType: jt, minorTickType: Lt, majorGridLines: { skip: 0, step: 1 }, minorGridLines: { visible: !1, width: 1, color: ct, skip: 0, step: 1 }, margin: 5, visible: !0, reverse: !1, justified: !0, notes: { label: { text: "" } }, _alignLines: !0, _deferLabels: !1 }, labelsRange: function labelsRange() {
                return { min: this.options.labels.skip, max: this.labelsCount() };
            }, createLabels: function createLabels() {
                var i,
                    n,
                    e,
                    o,
                    r = this,
                    a = r.options,
                    s = a.vertical ? Ut : pt,
                    l = lt({}, a.labels, { align: s, zIndex: a.zIndex }),
                    u = st.max(1, l.step);if (r.children = t.grep(r.children, function (t) {
                    return !(t instanceof E);
                }), r.labels = [], l.visible) for (i = r.labelsRange(), n = l.rotation, rt(n) && (l.alignRotation = n.align, l.rotation = n.angle), "auto" == l.rotation && (l.rotation = 0, a.autoRotateLabels = !0), o = i.min; o < i.max; o += u) {
                    e = r.createAxisLabel(o, l), e && (r.append(e), r.labels.push(e));
                }
            }, lineBox: function lineBox() {
                var t = this,
                    i = t.options,
                    n = t.box,
                    e = i.vertical,
                    o = i.labels.mirror,
                    r = o ? n.x1 : n.x2,
                    a = o ? n.y2 : n.y1,
                    s = i.line.width || 0;return e ? _S(r, n.y1, r, n.y2 - s) : _S(n.x1, a, n.x2 - s, a);
            }, createTitle: function createTitle() {
                var t,
                    i = this,
                    n = i.options,
                    e = lt({ rotation: n.vertical ? -90 : 0, text: "", zIndex: 1, visualSize: !0 }, n.title);e.visible && e.text && (t = new I(e.text, e), i.append(t), i.title = t);
            }, createNotes: function createNotes() {
                var t,
                    i,
                    n,
                    e = this,
                    o = e.options,
                    r = o.notes,
                    a = r.data || [];for (e.notes = [], t = 0; t < a.length; t++) {
                    i = lt({}, r, a[t]), i.value = e.parseNoteValue(i.value), n = new O(i.value, i.label.text, i, null, null, i), n.options.visible && (K(n.options.position) ? o.vertical && !l(n.options.position, [Vt, Ut]) ? n.options.position = o.reverse ? Vt : Ut : o.vertical || l(n.options.position, [Ot, ht]) || (n.options.position = o.reverse ? ht : Ot) : n.options.position = o.vertical ? o.reverse ? Vt : Ut : o.reverse ? ht : Ot, e.append(n), e.notes.push(n));
                }
            }, parseNoteValue: function parseNoteValue(t) {
                return t;
            }, renderVisual: function renderVisual() {
                P.fn.renderVisual.call(this), this.createPlotBands();
            }, createVisual: function createVisual() {
                P.fn.createVisual.call(this), this.createBackground(), this.createLine();
            }, gridLinesVisual: function gridLinesVisual() {
                var t = this._gridLines;return t || (t = this._gridLines = new $.Group({ zIndex: -2 }), this.appendVisual(this._gridLines)), t;
            }, createTicks: function createTicks(t) {
                function i(i, n, o) {
                    var s,
                        u = i.length,
                        c = st.max(1, n.step);if (n.visible) for (s = n.skip; s < u; s += c) {
                        K(o) && s % o === 0 || (l.tickX = a ? r.x2 : r.x2 - n.size, l.tickY = a ? r.y1 - n.size : r.y1, l.position = i[s], t.append(e(l, n)));
                    }
                }var n = this,
                    o = n.options,
                    r = n.lineBox(),
                    a = o.labels.mirror,
                    s = o.majorTicks.visible ? o.majorUnit : 0,
                    l = { vertical: o.vertical };i(n.getMajorTickPositions(), o.majorTicks), i(n.getMinorTickPositions(), o.minorTicks, s / o.minorUnit);
            }, createLine: function createLine() {
                var t,
                    i,
                    n = this,
                    e = n.options,
                    o = e.line,
                    r = n.lineBox();o.width > 0 && o.visible && (t = new $.Path({ stroke: { width: o.width, color: o.color, dashType: o.dashType } }), t.moveTo(r.x1, r.y1).lineTo(r.x2, r.y2), e._alignLines && w(t), i = this._lineGroup = new $.Group(), i.append(t), this.visual.append(i), this.createTicks(i));
            }, getActualTickSize: function getActualTickSize() {
                var t = this,
                    i = t.options,
                    n = 0;return i.majorTicks.visible && i.minorTicks.visible ? n = st.max(i.majorTicks.size, i.minorTicks.size) : i.majorTicks.visible ? n = i.majorTicks.size : i.minorTicks.visible && (n = i.minorTicks.size), n;
            }, createBackground: function createBackground() {
                var t = this,
                    i = t.options,
                    n = i.background,
                    e = t.box;n && (t._backgroundPath = $.Path.fromRect(e.toRect(), { fill: { color: n }, stroke: null }), this.visual.append(t._backgroundPath));
            }, createPlotBands: function createPlotBands() {
                var i,
                    n,
                    e,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    u = l.plotBands || [],
                    c = l.vertical,
                    h = s.plotArea;0 !== u.length && (r = this._plotbandGroup = new $.Group({ zIndex: -1 }), a = t.grep(s.pane.axes, function (t) {
                    return t.options.vertical !== s.options.vertical;
                })[0], t.each(u, function (t, l) {
                    var u, p;e = Q(l.from, zt), o = Q(l.to, Pt), c ? (i = (a || h.axisX).lineBox(), n = s.getSlot(l.from, l.to, !0)) : (i = s.getSlot(l.from, l.to, !0), n = (a || h.axisY).lineBox()), 0 !== i.width() && 0 !== n.height() && (u = new Z.Rect([i.x1, n.y1], [i.width(), n.height()]), p = $.Path.fromRect(u, { fill: { color: l.color, opacity: l.opacity }, stroke: null }), r.append(p));
                }), s.appendVisual(r));
            }, createGridLines: function createGridLines(t) {
                function i(t, i, e) {
                    var r,
                        s = t.length,
                        u = st.max(1, i.step);if (i.visible) for (r = i.skip; r < s; r += u) {
                        n = h(t[r]), l(n, x) || r % e === 0 || a && f === n || (d.position = n, m.append(o(d, i)), x.push(n));
                    }
                }var n,
                    e = this,
                    r = e.options,
                    a = t.options.line.visible,
                    s = r.majorGridLines,
                    u = s.visible ? r.majorUnit : 0,
                    c = r.vertical,
                    p = t.lineBox(),
                    f = p[c ? "y1" : "x1"],
                    d = { lineStart: p[c ? "x1" : "y1"], lineEnd: p[c ? "x2" : "y2"], vertical: c },
                    x = [],
                    m = this.gridLinesVisual();return i(e.getMajorTickPositions(), r.majorGridLines), i(e.getMinorTickPositions(), r.minorGridLines, u / r.minorUnit), m.children;
            }, reflow: function reflow(t) {
                var i,
                    n,
                    e = this,
                    o = e.options,
                    r = o.vertical,
                    a = e.labels,
                    s = a.length,
                    l = e.title,
                    u = r ? Gt : _t,
                    c = l ? l.box[u]() : 0,
                    h = e.getActualTickSize() + o.margin + c,
                    p = 0,
                    f = (this.getRoot() || {}).box || t,
                    d = f[u]();for (n = 0; n < s; n++) {
                    i = a[n].box[u](), i + h <= d && (p = st.max(p, i));
                }e.box = r ? _S(t.x1, t.y1, t.x1 + p + h, t.y2) : _S(t.x1, t.y1, t.x2, t.y1 + p + h), e.arrangeTitle(), e.arrangeLabels(), e.arrangeNotes();
            }, getLabelsTickPositions: function getLabelsTickPositions() {
                return this.getMajorTickPositions();
            }, labelTickIndex: function labelTickIndex(t) {
                return t.index;
            }, arrangeLabels: function arrangeLabels() {
                var t,
                    i,
                    n,
                    e,
                    o,
                    r,
                    a,
                    s,
                    l,
                    u,
                    c,
                    h = this,
                    p = h.options,
                    f = h.labels,
                    d = !p.justified,
                    x = p.vertical,
                    m = h.lineBox(),
                    g = p.labels.mirror,
                    v = h.getLabelsTickPositions(),
                    y = h.getActualTickSize() + p.margin;for (n = 0; n < f.length; n++) {
                    e = f[n], o = h.labelTickIndex(e), r = x ? e.box.height() : e.box.width(), a = v[o] - r / 2, x ? (d && (s = v[o], l = v[o + 1], u = s + (l - s) / 2, a = u - r / 2), c = m.x2, g ? (c += y, e.options.rotationOrigin = Vt) : (c -= y + e.box.width(), e.options.rotationOrigin = Ut), t = e.box.move(c, a)) : (d ? (s = v[o], l = v[o + 1]) : (s = a, l = a + r), i = m.y1, g ? (i -= y + e.box.height(), e.options.rotationOrigin = ht) : (i += y, e.options.rotationOrigin = Ot), t = _S(s, i, l, i + e.box.height())), e.reflow(t);
                }
            }, autoRotateLabels: function autoRotateLabels() {
                var t, i, n, e, o, r;if (this.options.autoRotateLabels && !this.options.vertical) {
                    for (t = this.getMajorTickPositions(), i = this.labels, r = 0; r < i.length; r++) {
                        if (o = t[r + 1] - t[r], n = i[r].box, n.width() > o) {
                            if (n.height() > o) {
                                e = -90;break;
                            }e = -45;
                        }
                    }if (e) {
                        for (r = 0; r < i.length; r++) {
                            i[r].options.rotation = e, i[r].reflow(_S());
                        }return !0;
                    }
                }
            }, arrangeTitle: function arrangeTitle() {
                var t = this,
                    i = t.options,
                    n = i.labels.mirror,
                    e = i.vertical,
                    o = t.title;o && (e ? (o.options.align = n ? Ut : Vt, o.options.vAlign = o.options.position) : (o.options.align = o.options.position, o.options.vAlign = n ? Ot : ht), o.reflow(t.box));
            }, arrangeNotes: function arrangeNotes() {
                var t,
                    i,
                    n,
                    e,
                    o = this;for (t = 0; t < o.notes.length; t++) {
                    i = o.notes[t], e = i.options.value, K(e) ? (o.shouldRenderNote(e) ? i.show() : i.hide(), n = o.getSlot(e)) : i.hide(), i.reflow(n || o.lineBox());
                }
            }, alignTo: function alignTo(t) {
                var i = this,
                    n = t.lineBox(),
                    e = i.options.vertical,
                    o = e ? Ht : Ft;i.box.snapTo(n, o), e ? i.box.shrink(0, i.lineBox().height() - n.height()) : i.box.shrink(i.lineBox().width() - n.width(), 0), i.box[o + 1] -= i.lineBox()[o + 1] - n[o + 1], i.box[o + 2] -= i.lineBox()[o + 2] - n[o + 2];
            }, axisLabelText: function axisLabelText(t, i, n) {
                var e,
                    o = t;return n.template ? (e = nt(n.template), o = e({ value: t, dataItem: i, format: n.format, culture: n.culture })) : n.format && (o = n.format.match(kt) ? X.format(n.format, t) : X.toString(t, n.format, n.culture)), o;
            }, slot: function slot(t, i, n) {
                var e = this.getSlot(t, i, n);if (e) return e.toRect();
            }, contentBox: function contentBox() {
                var t = this.box.clone(),
                    i = this.labels;return i.length && (i[0].options.visible && t.wrap(i[0].box), Y(i).options.visible && t.wrap(Y(i).box)), t;
            }, limitRange: function limitRange(t, i, n, e, o) {
                var r,
                    a = this.options;if (!(t < n && o < 0 && (!K(a.min) || a.min <= n) || e < i && o > 0 && (!K(a.max) || e <= a.max))) return i < n && o > 0 || e < t && o < 0 ? { min: t, max: i } : (r = i - t, t < n ? (t = W.limitValue(t, n, e), i = W.limitValue(t + r, n + r, e)) : i > e && (i = W.limitValue(i, n, e), t = W.limitValue(i - r, n, e - r)), { min: t, max: i });
            }, valueRange: function valueRange() {
                return { min: this.seriesMin, max: this.seriesMax };
            } }), O = C.extend({ init: function init(t, i, n, e, o, r) {
                var a = this;C.fn.init.call(a, r), a.value = t, a.text = i, a.dataItem = n, a.category = e, a.series = o, a.render();
            }, options: { icon: { visible: !0, type: xt }, label: { position: At, visible: !0, align: pt, vAlign: pt }, line: { visible: !0 }, visible: !0, position: Ot, zIndex: 2 }, hide: function hide() {
                this.options.visible = !1;
            }, show: function show() {
                this.options.visible = !0;
            }, render: function render() {
                var t,
                    i,
                    n,
                    e,
                    o = this,
                    r = o.options,
                    a = r.label,
                    s = o.text,
                    l = r.icon,
                    u = l.size,
                    c = _S();r.visible && (K(a) && a.visible && (a.template ? (e = nt(a.template), s = e({ dataItem: o.dataItem, category: o.category, value: o.value, text: s, series: o.series })) : a.format && (s = m(a.format, s)), o.label = new I(s, lt({}, a)), a.position !== At || K(u) || (l.type === xt ? u = st.max(o.label.box.width(), o.label.box.height()) : (i = o.label.box.width(), n = o.label.box.height()), c.wrap(o.label.box))), l.width = i || u || yt, l.height = n || u || yt, t = new D(lt({}, l)), o.marker = t, o.append(t), o.label && o.append(o.label), t.reflow(_S()), o.wrapperBox = c.wrap(t.box));
            }, reflow: function reflow(t) {
                var i,
                    n,
                    e,
                    o = this,
                    r = o.options,
                    a = t.center(),
                    s = o.wrapperBox,
                    u = r.line.length,
                    c = r.position,
                    h = o.label,
                    p = o.marker;r.visible && (l(c, [Vt, Ut]) ? c === Vt ? (e = s.alignTo(t, c).translate(-u, t.center().y - s.center().y), r.line.visible && (i = [t.x1, a.y], o.linePoints = [i, [e.x2, a.y]], n = e.clone().wrapPoint(i))) : (e = s.alignTo(t, c).translate(u, t.center().y - s.center().y), r.line.visible && (i = [t.x2, a.y], o.linePoints = [i, [e.x1, a.y]], n = e.clone().wrapPoint(i))) : c === ht ? (e = s.alignTo(t, c).translate(t.center().x - s.center().x, u), r.line.visible && (i = [a.x, t.y2], o.linePoints = [i, [a.x, e.y1]], n = e.clone().wrapPoint(i))) : (e = s.alignTo(t, c).translate(t.center().x - s.center().x, -u), r.line.visible && (i = [a.x, t.y1], o.linePoints = [i, [a.x, e.y2]], n = e.clone().wrapPoint(i))), p && p.reflow(e), h && (h.reflow(e), p && (r.label.position === jt && h.box.alignTo(p.box, c), h.reflow(h.box))), o.contentBox = e, o.targetBox = t, o.box = n || e);
            }, createVisual: function createVisual() {
                C.fn.createVisual.call(this), this.visual.options.noclip = this.options.noclip, this.options.visible && this.createLine();
            }, renderVisual: function renderVisual() {
                var t = this,
                    i = t.options,
                    n = i.visual;i.visible && n ? (t.visual = n({ dataItem: t.dataItem, category: t.category, value: t.value, text: t.text, sender: t.getChart(), series: t.series, rect: t.targetBox.toRect(), options: { background: i.background, border: i.background, icon: i.icon, label: i.label, line: i.line, position: i.position, visible: i.visible }, createVisual: function createVisual() {
                        t.createVisual(), t.renderChildren();var i = t.visual;return delete t.visual, i;
                    } }), t.addVisual()) : C.fn.renderVisual.call(t);
            }, createLine: function createLine() {
                var t,
                    i = this.options.line;this.linePoints && (t = $.Path.fromPoints(this.linePoints, { stroke: { color: i.color, width: i.width, dashType: i.dashType } }), w(t), this.visual.append(t));
            }, click: function click(t, i) {
                var n = this.eventArgs(i);t.trigger(Bt, n) || i.preventDefault();
            }, hover: function hover(t, i) {
                var n = this.eventArgs(i);t.trigger(It, n) || i.preventDefault();
            }, leave: function leave(t) {
                t._unsetActivePoint();
            }, eventArgs: function eventArgs(t) {
                var i = this,
                    n = i.options;return { element: _(t), text: K(n.label) ? n.label.text : "", dataItem: i.dataItem, series: i.series, value: i.value, category: i.category, visual: i.visual };
            } }), D = C.extend({ init: function init(t, i) {
                this.pointData = i, C.fn.init.call(this, t);
            }, options: { type: xt, align: pt, vAlign: pt }, getElement: function getElement() {
                var t,
                    i,
                    n = this,
                    e = n.options,
                    o = e.type,
                    r = e.rotation,
                    a = n.paddingBox,
                    s = a.center(),
                    l = a.width() / 2;if (e.visible && n.hasBox()) return i = n.visualStyle(), o === xt ? t = new $.Circle(new Z.Circle([h(a.x1 + l, ft), h(a.y1 + a.height() / 2, ft)], l), i) : o === Dt ? t = $.Path.fromPoints([[a.x1 + l, a.y1], [a.x1, a.y2], [a.x2, a.y2]], i).close() : o === mt ? (t = new $.MultiPath(i), t.moveTo(a.x1, a.y1).lineTo(a.x2, a.y2), t.moveTo(a.x1, a.y2).lineTo(a.x2, a.y1)) : t = $.Path.fromRect(a.toRect(), i), r && t.transform(Z.transform().rotate(-r, [s.x, s.y])), t.options.zIndex = this.options.zIndex, t;
            }, createElement: function createElement() {
                var t,
                    i = this,
                    n = i.options.visual,
                    e = i.pointData || {};return t = n ? n({ value: e.value, dataItem: e.dataItem, sender: i.getChart(), series: e.series, category: e.category, rect: i.paddingBox.toRect(), options: i.visualOptions(), createVisual: function createVisual() {
                        return i.getElement();
                    } }) : i.getElement();
            }, visualOptions: function visualOptions() {
                var t = this.options;return { background: t.background, border: t.border, margin: t.margin, padding: t.padding, type: t.type, size: t.width, visible: t.visible };
            }, createVisual: function createVisual() {
                this.visual = this.createElement();
            } }), G = U.extend({ init: function init(t, i, n) {
                var e = this,
                    o = e.initDefaults(t, i, n);this.seriesMin = t, this.seriesMax = i, U.fn.init.call(e, o);
            }, startValue: function startValue() {
                return 0;
            }, options: { type: "numeric", min: 0, max: 1, vertical: !0, majorGridLines: { visible: !0, width: 1, color: ct }, labels: { format: "#.####################" }, zIndex: 1 }, initDefaults: function initDefaults(t, i, n) {
                var e,
                    o = this,
                    a = n.narrowRange,
                    s = o.autoAxisMin(t, i, a),
                    l = o.autoAxisMax(t, i, a),
                    h = r(s, l),
                    p = { majorUnit: h };return n.roundToMajorUnit !== !1 && (s < 0 && f(s, h, 1 / 3) && (s -= h), l > 0 && f(l, h, 1 / 3) && (l += h)), p.min = c(s, h), p.max = u(l, h), this.totalMin = K(n.min) ? st.min(p.min, n.min) : p.min, this.totalMax = K(n.max) ? st.max(p.max, n.max) : p.max, this.totalMajorUnit = h, n && (e = K(n.min) || K(n.max), e && n.min === n.max && (n.min > 0 ? n.min = 0 : n.max = 1), n.majorUnit ? (p.min = c(p.min, n.majorUnit), p.max = u(p.max, n.majorUnit)) : e && (n = lt(p, n), p.majorUnit = r(n.min, n.max))), p.minorUnit = (n.majorUnit || p.majorUnit) / 5, lt(p, n);
            }, range: function range() {
                var t = this.options;return { min: t.min, max: t.max };
            }, autoAxisMax: function autoAxisMax(t, i, n) {
                var e, o;if (!t && !i) return 1;if (t <= 0 && i <= 0) {
                    if (i = t == i ? 0 : i, o = st.abs((i - t) / i), n === !1 || !n && o > Xt) return 0;e = st.min(0, i - (t - i) / 2);
                } else t = t == i ? 0 : t, e = i;return e;
            }, autoAxisMin: function autoAxisMin(t, i, n) {
                var e, o;if (!t && !i) return 0;if (t >= 0 && i >= 0) {
                    if (t = t == i ? 0 : t, o = (i - t) / i, n === !1 || !n && o > Xt) return 0;e = st.max(0, t - (i - t) / 2);
                } else i = t == i ? 0 : i, e = t;return e;
            }, getDivisions: function getDivisions(t) {
                if (0 === t) return 1;var i = this.options,
                    n = i.max - i.min;return st.floor(h(n / t, ft)) + 1;
            }, getTickPositions: function getTickPositions(t, i) {
                var n,
                    e = this,
                    o = e.options,
                    r = o.vertical,
                    a = o.reverse,
                    s = e.lineBox(),
                    l = r ? s.height() : s.width(),
                    u = o.max - o.min,
                    c = l / u,
                    p = t * c,
                    f = 0,
                    d = e.getDivisions(t),
                    x = (r ? -1 : 1) * (a ? -1 : 1),
                    m = 1 === x ? 1 : 2,
                    g = s[(r ? Ht : Ft) + m],
                    v = [];for (i && (f = i / t), n = 0; n < d; n++) {
                    n % f !== 0 && v.push(h(g, ft)), g += p * x;
                }return v;
            }, getMajorTickPositions: function getMajorTickPositions() {
                var t = this;return t.getTickPositions(t.options.majorUnit);
            }, getMinorTickPositions: function getMinorTickPositions() {
                var t = this;return t.getTickPositions(t.options.minorUnit);
            }, getSlot: function getSlot(t, i, n) {
                var e,
                    o,
                    r = this,
                    a = r.options,
                    s = a.reverse,
                    l = a.vertical,
                    u = l ? Ht : Ft,
                    c = r.lineBox(),
                    h = c[u + (s ? 2 : 1)],
                    p = l ? c.height() : c.width(),
                    f = s ? -1 : 1,
                    d = f * (p / (a.max - a.min)),
                    x = new _S(c.x1, c.y1, c.x1, c.y1);return K(t) || (t = i || 0), K(i) || (i = t || 0), n && (t = st.max(st.min(t, a.max), a.min), i = st.max(st.min(i, a.max), a.min)), l ? (e = a.max - st.max(t, i), o = a.max - st.min(t, i)) : (e = st.min(t, i) - a.min, o = st.max(t, i) - a.min), x[u + 1] = M(h + d * (s ? o : e)), x[u + 2] = M(h + d * (s ? e : o)), x;
            }, getValue: function getValue(t) {
                var i,
                    n = this,
                    e = n.options,
                    o = e.reverse,
                    r = e.vertical,
                    a = 1 * e.max,
                    s = 1 * e.min,
                    l = r ? Ht : Ft,
                    u = n.lineBox(),
                    c = u[l + (o ? 2 : 1)],
                    p = r ? u.height() : u.width(),
                    f = o ? -1 : 1,
                    d = f * (t[l] - c),
                    x = (a - s) / p,
                    m = d * x;return d < 0 || d > p ? null : (i = r ? a - m : s + m, h(i, bt));
            }, translateRange: function translateRange(t) {
                var i = this,
                    n = i.options,
                    e = i.lineBox(),
                    o = n.vertical,
                    r = n.reverse,
                    a = o ? e.height() : e.width(),
                    s = n.max - n.min,
                    l = a / s,
                    u = h(t / l, bt);return !o && !r || o && r || (u = -u), { min: n.min + u, max: n.max + u };
            }, scaleRange: function scaleRange(t) {
                var i = this,
                    n = i.options,
                    e = -t * n.majorUnit;return { min: n.min - e, max: n.max + e };
            }, labelsCount: function labelsCount() {
                return this.getDivisions(this.options.majorUnit);
            }, createAxisLabel: function createAxisLabel(t, i) {
                var n = this,
                    e = n.options,
                    o = h(e.min + t * e.majorUnit, bt),
                    r = n.axisLabelText(o, null, i);return new E(o, r, t, null, i);
            }, shouldRenderNote: function shouldRenderNote(t) {
                var i = this.range();return i.min <= t && t <= i.max;
            }, pan: function pan(t) {
                var i = this.translateRange(t);return this.limitRange(i.min, i.max, this.totalMin, this.totalMax);
            }, pointsRange: function pointsRange(t, i) {
                var n = this.getValue(t),
                    e = this.getValue(i),
                    o = st.min(n, e),
                    r = st.max(n, e);if (this.isValidRange(o, r)) return { min: o, max: r };
            }, zoomRange: function zoomRange(t) {
                var i = this.scaleRange(t),
                    n = this.totalMax,
                    e = this.totalMin,
                    o = W.limitValue(i.min, e, n),
                    r = W.limitValue(i.max, e, n);if (this.isValidRange(o, r)) return { min: o, max: r };
            }, isValidRange: function isValidRange(t, i) {
                return i - t > Ct;
            } }), N = U.extend({ init: function init(t, i, n) {
                this.options = this._initOptions(t, i, n), this.seriesMin = t, this.seriesMax = i, U.fn.init.call(this, n);
            }, startValue: function startValue() {
                return this.options.min;
            }, options: { type: "log", majorUnit: 10, minorUnit: 1, axisCrossingValue: 1, vertical: !0, majorGridLines: { visible: !0, width: 1, color: ct }, zIndex: 1 }, getSlot: function getSlot(t, i, n) {
                var e,
                    o,
                    r = this,
                    a = r.options,
                    s = a.reverse,
                    l = a.vertical,
                    u = l ? Ht : Ft,
                    c = r.lineBox(),
                    h = c[u + (s ? 2 : 1)],
                    f = l ? c.height() : c.width(),
                    d = s ? -1 : 1,
                    x = a.majorUnit,
                    m = r.logMin,
                    g = r.logMax,
                    v = d * (f / (g - m)),
                    y = new _S(c.x1, c.y1, c.x1, c.y1);if (K(t) || (t = i || 1), K(i) || (i = t || 1), !(t <= 0 || i <= 0)) return n && (t = st.max(st.min(t, a.max), a.min), i = st.max(st.min(i, a.max), a.min)), t = p(t, x), i = p(i, x), l ? (e = g - st.max(t, i), o = g - st.min(t, i)) : (e = st.min(t, i) - m, o = st.max(t, i) - m), y[u + 1] = M(h + v * (s ? o : e)), y[u + 2] = M(h + v * (s ? e : o)), y;
            }, getValue: function getValue(t) {
                var i,
                    n = this,
                    e = n.options,
                    o = e.reverse,
                    r = e.vertical,
                    a = n.lineBox(),
                    s = e.majorUnit,
                    l = n.logMin,
                    u = n.logMax,
                    c = r === o ? 1 : -1,
                    p = 1 === c ? 1 : 2,
                    f = r ? a.height() : a.width(),
                    d = (u - l) / f,
                    x = r ? Ht : Ft,
                    m = a[x + p],
                    g = c * (t[x] - m),
                    v = g * d;return g < 0 || g > f ? null : (i = l + v, h(st.pow(s, i), bt));
            }, range: function range() {
                var t = this.options;return { min: t.min, max: t.max };
            }, scaleRange: function scaleRange(t) {
                var i = this,
                    n = i.options,
                    e = n.majorUnit,
                    o = -t;return { min: st.pow(e, i.logMin - o), max: st.pow(e, i.logMax + o) };
            }, translateRange: function translateRange(t) {
                var i = this,
                    n = i.options,
                    e = n.majorUnit,
                    o = i.lineBox(),
                    r = n.vertical,
                    a = n.reverse,
                    s = r ? o.height() : o.width(),
                    l = s / (i.logMax - i.logMin),
                    u = h(t / l, bt);return !r && !a || r && a || (u = -u), { min: st.pow(e, i.logMin + u), max: st.pow(e, i.logMax + u) };
            }, labelsCount: function labelsCount() {
                var t = this,
                    i = st.floor(t.logMax),
                    n = st.floor(i - t.logMin) + 1;return n;
            }, getMajorTickPositions: function getMajorTickPositions() {
                var t = this,
                    i = [];return t.traverseMajorTicksPositions(function (t) {
                    i.push(t);
                }, { step: 1, skip: 0 }), i;
            }, createTicks: function createTicks(t) {
                function i(i, n) {
                    c.tickX = s ? a.x2 : a.x2 - n.size, c.tickY = s ? a.y1 - n.size : a.y1, c.position = i, t.append(e(c, n));
                }var n = this,
                    o = [],
                    r = n.options,
                    a = n.lineBox(),
                    s = r.labels.mirror,
                    l = r.majorTicks,
                    u = r.minorTicks,
                    c = { vertical: r.vertical };return l.visible && n.traverseMajorTicksPositions(i, l), u.visible && n.traverseMinorTicksPositions(i, u), o;
            }, createGridLines: function createGridLines(t) {
                function i(t, i) {
                    l(t, h) || (c.position = t, p.append(o(c, i)), h.push(t));
                }var n = this,
                    e = n.options,
                    r = e.majorGridLines,
                    a = e.minorGridLines,
                    s = e.vertical,
                    u = t.lineBox(),
                    c = { lineStart: u[s ? "x1" : "y1"], lineEnd: u[s ? "x2" : "y2"], vertical: s },
                    h = [],
                    p = this.gridLinesVisual();return r.visible && n.traverseMajorTicksPositions(i, r), a.visible && n.traverseMinorTicksPositions(i, a), p.children;
            }, traverseMajorTicksPositions: function traverseMajorTicksPositions(t, i) {
                var n,
                    e,
                    o = this,
                    r = o._lineOptions(),
                    a = r.lineStart,
                    s = r.step,
                    l = o.logMin,
                    u = o.logMax;for (n = st.ceil(l) + i.skip; n <= u; n += i.step) {
                    e = h(a + s * (n - l), bt), t(e, i);
                }
            }, traverseMinorTicksPositions: function traverseMinorTicksPositions(t, i) {
                var n,
                    e,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    u = s._lineOptions(),
                    c = u.lineStart,
                    f = u.step,
                    d = l.majorUnit,
                    x = s.logMin,
                    m = s.logMax,
                    g = st.floor(x),
                    v = l.max,
                    y = l.min,
                    b = l.minorUnit;for (n = g; n < m; n++) {
                    for (r = s._minorIntervalOptions(n), a = i.skip; a < b && (e = r.value + a * r.minorStep, !(e > v)); a += i.step) {
                        e >= y && (o = h(c + f * (p(e, d) - x), bt), t(o, i));
                    }
                }
            }, createAxisLabel: function createAxisLabel(t, i) {
                var n = this,
                    e = n.options,
                    o = st.ceil(n.logMin + t),
                    r = Math.pow(e.majorUnit, o),
                    a = n.axisLabelText(r, null, i);return new E(r, a, t, null, i);
            }, shouldRenderNote: function shouldRenderNote(t) {
                var i = this.range();return i.min <= t && t <= i.max;
            }, _throwNegativeValuesError: function _throwNegativeValuesError() {
                throw Error("Non positive values cannot be used for a logarithmic axis");
            }, _initOptions: function _initOptions(t, i, n) {
                var e = this,
                    o = lt({}, e.options, { min: t, max: i }, n),
                    r = o.min,
                    a = o.max,
                    s = o.majorUnit,
                    l = this._autoMax(i, s),
                    u = this._autoMin(t, i, o);return o.axisCrossingValue <= 0 && e._throwNegativeValuesError(), K(n.max) ? n.max <= 0 && e._throwNegativeValuesError() : a = l, K(n.min) ? n.min <= 0 && e._throwNegativeValuesError() : r = u, this.totalMin = K(n.min) ? st.min(u, n.min) : u, this.totalMax = K(n.max) ? st.max(l, n.max) : l, e.logMin = h(p(r, s), bt), e.logMax = h(p(a, s), bt), o.max = a, o.min = r, o.minorUnit = n.minorUnit || h(s - 1, bt), o;
            }, _autoMin: function _autoMin(t, i, n) {
                var e = t,
                    o = n.majorUnit;return t <= 0 ? e = i <= 1 ? st.pow(o, -2) : 1 : n.narrowRange || (e = st.pow(o, st.floor(p(t, o)))), e;
            }, _autoMax: function _autoMax(t, i) {
                var n,
                    e = h(p(t, i), bt) % 1;return n = t <= 0 ? i : 0 !== e && (e < .3 || e > .9) ? st.pow(i, p(t, i) + .2) : st.pow(i, st.ceil(p(t, i)));
            }, pan: function pan(t) {
                var i = this.translateRange(t);return this.limitRange(i.min, i.max, this.totalMin, this.totalMax, -t);
            }, pointsRange: function pointsRange(t, i) {
                var n = this.getValue(t),
                    e = this.getValue(i),
                    o = st.min(n, e),
                    r = st.max(n, e);return { min: o, max: r };
            }, zoomRange: function zoomRange(t) {
                var i = this.options,
                    n = this.scaleRange(t),
                    e = this.totalMax,
                    o = this.totalMin,
                    r = W.limitValue(n.min, o, e),
                    a = W.limitValue(n.max, o, e),
                    s = i.majorUnit,
                    l = a > r && i.min && i.max && h(p(i.max, s) - p(i.min, s), bt) < 1,
                    u = !(i.min === o && i.max === e) && h(p(a, s) - p(r, s), bt) >= 1;if (l || u) return { min: r, max: a };
            }, _minorIntervalOptions: function _minorIntervalOptions(t) {
                var i = this.options.majorUnit,
                    n = st.pow(i, t),
                    e = st.pow(i, t + 1),
                    o = e - n,
                    r = o / this.options.minorUnit;return { value: n, minorStep: r };
            }, _lineOptions: function _lineOptions() {
                var t = this,
                    i = t.options,
                    n = i.reverse,
                    e = i.vertical,
                    o = e ? Ht : Ft,
                    r = t.lineBox(),
                    a = e === n ? 1 : -1,
                    s = 1 === a ? 1 : 2,
                    l = e ? r.height() : r.width(),
                    u = a * (l / (t.logMax - t.logMin)),
                    c = r[o + s];return { step: u, lineStart: c, lineBox: r };
            } }), J.Gradients = { glass: { type: Rt, rotation: 0, stops: [{ offset: 0, color: Nt, opacity: 0 }, { offset: .25, color: Nt, opacity: .3 }, { offset: 1, color: Nt, opacity: 0 }] }, sharpBevel: { type: Et, stops: [{ offset: 0, color: Nt, opacity: .55 }, { offset: .65, color: Nt, opacity: 0 }, { offset: .95, color: Nt, opacity: .25 }] }, roundedBevel: { type: Et, stops: [{ offset: .33, color: Nt, opacity: .06 }, { offset: .83, color: Nt, opacity: .2 }, { offset: .95, color: Nt, opacity: 0 }] }, roundedGlass: { type: Et, supportVML: !1, stops: [{ offset: 0, color: Nt, opacity: 0 }, { offset: .5, color: Nt, opacity: .3 }, { offset: .99, color: Nt, opacity: 0 }] }, sharpGlass: { type: Et, supportVML: !1, stops: [{ offset: 0, color: Nt, opacity: .2 }, { offset: .15, color: Nt, opacity: .15 }, { offset: .17, color: Nt, opacity: .35 }, { offset: .85, color: Nt, opacity: .05 }, { offset: .87, color: Nt, opacity: .15 }, { offset: .99, color: Nt, opacity: 0 }] } }, F = { extend: function extend(t, i) {
                if (!t.exportVisual) throw Error("Mixin target has no exportVisual method defined.");t.exportSVG = this.exportSVG, t.exportImage = this.exportImage, t.exportPDF = this.exportPDF, i || (t.svg = this.svg, t.imageDataURL = this.imageDataURL);
            }, exportSVG: function exportSVG(t) {
                return $.exportSVG(this.exportVisual(), t);
            }, exportImage: function exportImage(t) {
                return $.exportImage(this.exportVisual(t), t);
            }, exportPDF: function exportPDF(t) {
                return $.exportPDF(this.exportVisual(), t);
            }, svg: function svg() {
                if ($.svg.Surface) return $.svg._exportGroup(this.exportVisual());throw Error("SVG Export failed. Unable to export instantiate kendo.drawing.svg.Surface");
            }, imageDataURL: function imageDataURL() {
                var i, n, e;if (!X.support.canvas) return null;if ($.canvas.Surface) return i = t("<div />").css({ display: "none", width: this.element.width(), height: this.element.height() }).appendTo(document.body), n = new $.canvas.Surface(i), n.draw(this.exportVisual()), e = n._rootElement.toDataURL(), n.destroy(), i.remove(), e;throw Error("Image Export failed. Unable to export instantiate kendo.drawing.canvas.Surface");
            } }, H = function H(t) {
            this.closed = t;
        }, H.prototype = H.fn = { WEIGHT: .333, EXTREMUM_ALLOWED_DEVIATION: .01, process: function process(t) {
                var i,
                    n,
                    e,
                    o,
                    r,
                    a,
                    s,
                    l,
                    u,
                    c,
                    h = this,
                    p = h.closed,
                    f = t.slice(0),
                    d = f.length,
                    x = [];if (d > 2 && (h.removeDuplicates(0, f), d = f.length), d < 2 || 2 == d && f[0].equals(f[1])) return x;for (i = f[0], n = f[1], e = f[2], x.push(new $.Segment(i)); i.equals(f[d - 1]);) {
                    p = !0, f.pop(), d--;
                }if (2 == d) return s = h.tangent(i, n, Ft, Ht), Y(x).controlOut(h.firstControlPoint(s, i, n, Ft, Ht)), x.push(new $.Segment(n, h.secondControlPoint(s, i, n, Ft, Ht))), x;for (p ? (i = f[d - 1], n = f[0], e = f[1], o = h.controlPoints(i, n, e), r = o[1], a = o[0]) : (s = h.tangent(i, n, Ft, Ht), r = h.firstControlPoint(s, i, n, Ft, Ht)), l = r, u = 0; u <= d - 3; u++) {
                    h.removeDuplicates(u, f), d = f.length, u + 3 <= d && (i = f[u], n = f[u + 1], e = f[u + 2], o = h.controlPoints(i, n, e), Y(x).controlOut(l), l = o[1], c = o[0], x.push(new $.Segment(n, c)));
                }return p ? (i = f[d - 2], n = f[d - 1], e = f[0], o = h.controlPoints(i, n, e), Y(x).controlOut(l), x.push(new $.Segment(n, o[0])), Y(x).controlOut(o[1]), x.push(new $.Segment(e, a))) : (s = h.tangent(n, e, Ft, Ht), Y(x).controlOut(l), x.push(new $.Segment(e, h.secondControlPoint(s, n, e, Ft, Ht)))), x;
            }, removeDuplicates: function removeDuplicates(t, i) {
                for (; i[t + 1] && (i[t].equals(i[t + 1]) || i[t + 1].equals(i[t + 2]));) {
                    i.splice(t + 1, 1);
                }
            }, invertAxis: function invertAxis(t, i, n) {
                var e,
                    o,
                    r = this,
                    a = !1;return t.x === i.x ? a = !0 : i.x === n.x ? (i.y < n.y && t.y <= i.y || n.y < i.y && i.y <= t.y) && (a = !0) : (e = r.lineFunction(t, i), o = r.calculateFunction(e, n.x), t.y <= i.y && n.y <= o || i.y <= t.y && n.y >= o || (a = !0)), a;
            }, isLine: function isLine(t, i, n) {
                var e = this,
                    o = e.lineFunction(t, i),
                    r = e.calculateFunction(o, n.x);return t.x == i.x && i.x == n.x || h(r, 1) === h(n.y, 1);
            }, lineFunction: function lineFunction(t, i) {
                var n = (i.y - t.y) / (i.x - t.x),
                    e = t.y - n * t.x;return [e, n];
            }, controlPoints: function controlPoints(t, i, n) {
                var e,
                    o,
                    r,
                    a,
                    s,
                    l,
                    u = this,
                    c = Ft,
                    h = Ht,
                    p = !1,
                    f = !1,
                    d = u.EXTREMUM_ALLOWED_DEVIATION;return u.isLine(t, i, n) ? e = u.tangent(t, i, Ft, Ht) : (o = { x: u.isMonotonicByField(t, i, n, Ft), y: u.isMonotonicByField(t, i, n, Ht) }, o.x && o.y ? (e = u.tangent(t, n, Ft, Ht), p = !0) : (u.invertAxis(t, i, n) && (c = Ht, h = Ft), o[c] ? e = 0 : (s = n[h] < t[h] && t[h] <= i[h] || t[h] < n[h] && i[h] <= t[h] ? u.sign((n[h] - t[h]) * (i[c] - t[c])) : -u.sign((n[c] - t[c]) * (i[h] - t[h])), e = d * s, f = !0))), a = u.secondControlPoint(e, t, i, c, h), f && (l = c, c = h, h = l), r = u.firstControlPoint(e, i, n, c, h), p && (u.restrictControlPoint(t, i, a, e), u.restrictControlPoint(i, n, r, e)), [a, r];
            }, sign: function sign(t) {
                return t <= 0 ? -1 : 1;
            }, restrictControlPoint: function restrictControlPoint(t, i, n, e) {
                t.y < i.y ? i.y < n.y ? (n.x = t.x + (i.y - t.y) / e, n.y = i.y) : n.y < t.y && (n.x = i.x - (i.y - t.y) / e, n.y = t.y) : n.y < i.y ? (n.x = t.x - (t.y - i.y) / e, n.y = i.y) : t.y < n.y && (n.x = i.x + (t.y - i.y) / e, n.y = t.y);
            }, tangent: function tangent(t, i, n, e) {
                var o,
                    r = i[n] - t[n],
                    a = i[e] - t[e];return o = 0 === r ? 0 : a / r;
            }, isMonotonicByField: function isMonotonicByField(t, i, n, e) {
                return n[e] > i[e] && i[e] > t[e] || n[e] < i[e] && i[e] < t[e];
            }, firstControlPoint: function firstControlPoint(t, i, n, e, o) {
                var r = this,
                    a = i[e],
                    s = n[e],
                    l = (s - a) * r.WEIGHT;return r.point(a + l, i[o] + l * t, e, o);
            }, secondControlPoint: function secondControlPoint(t, i, n, e, o) {
                var r = this,
                    a = i[e],
                    s = n[e],
                    l = (s - a) * r.WEIGHT;return r.point(s - l, n[o] - l * t, e, o);
            }, point: function point(t, i, n, e) {
                var o = new Z.Point();return o[n] = t, o[e] = i, o;
            }, calculateFunction: function calculateFunction(t, i) {
                var n,
                    e = 0,
                    o = t.length;for (n = 0; n < o; n++) {
                    e += Math.pow(i, n) * t[n];
                }return e;
            } }, b._element = document.createElement("span"), lt(X.dataviz, { AXIS_LABEL_CLICK: ut, COORD_PRECISION: ft, DEFAULT_PRECISION: bt, DEFAULT_WIDTH: wt, DEFAULT_HEIGHT: vt, DEFAULT_FONT: gt, INITIAL_ANIMATION_DURATION: St, NOTE_CLICK: Bt, NOTE_HOVER: It, CLIP: dt, Axis: U, AxisLabel: E, Box2D: _S, BoxElement: C, ChartElement: P, CurveProcessor: H, ExportMixin: F, FloatElement: B, LogarithmicAxis: N, Note: O, NumericAxis: G, Point2D: Wt, Ring: A, RootElement: z, Sector: V, ShapeBuilder: R, ShapeElement: D, Text: L, TextBox: I, Title: j, alignPathToPixel: w, autoFormat: m, autoMajorUnit: r, boxDiff: s, dateComparer: v, decodeEntities: b, eventTargetElement: _, getSpacing: n, inArray: l, interpolateValue: d, mwDelta: y, rectToBox: k, rotatePoint: a, round: h, ceil: u, floor: c });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, i, n) {
    (n || i)();
});;!function (o, define) {
    define("util/main.min", ["kendo.core.min"], o);
}(function () {
    return function () {
        function o(o) {
            return (typeof o === "undefined" ? "undefined" : _typeof(o)) !== O;
        }function e(o, e) {
            var l = r(e);return G.round(o * l) / l;
        }function r(o) {
            return o ? G.pow(10, o) : 1;
        }function l(o, e, r) {
            return G.max(G.min(o, r), e);
        }function c(o) {
            return o * I;
        }function a(o) {
            return o / I;
        }function t(o) {
            return "number" == typeof o && !isNaN(o);
        }function n(e, r) {
            return o(e) ? e : r;
        }function i(o) {
            return o * o;
        }function f(o) {
            var e,
                r = [];for (e in o) {
                r.push(e + o[e]);
            }return r.sort().join("");
        }function s(o) {
            var e,
                r = 2166136261;for (e = 0; e < o.length; ++e) {
                r += (r << 1) + (r << 4) + (r << 7) + (r << 8) + (r << 24), r ^= o.charCodeAt(e);
            }return r >>> 0;
        }function d(o) {
            return s(f(o));
        }function b(o) {
            var e,
                r = o.length,
                l = N,
                c = S;for (e = 0; e < r; e++) {
                c = G.max(c, o[e]), l = G.min(l, o[e]);
            }return { min: l, max: c };
        }function u(o) {
            return b(o).min;
        }function h(o) {
            return b(o).max;
        }function k(o) {
            return m(o).min;
        }function g(o) {
            return m(o).max;
        }function m(o) {
            var e,
                r,
                l,
                c = N,
                a = S;for (e = 0, r = o.length; e < r; e++) {
                l = o[e], null !== l && isFinite(l) && (c = G.min(c, l), a = G.max(a, l));
            }return { min: c === N ? void 0 : c, max: a === S ? void 0 : a };
        }function p(o) {
            if (o) return o[o.length - 1];
        }function v(o, e) {
            return o.push.apply(o, e), o;
        }function w(o) {
            return P.template(o, { useWithBlock: !1, paramName: "d" });
        }function C(e, r) {
            return o(r) && null !== r ? " " + e + "='" + r + "' " : "";
        }function y(o) {
            var e,
                r = "";for (e = 0; e < o.length; e++) {
                r += C(o[e][0], o[e][1]);
            }return r;
        }function D(e) {
            var r,
                l,
                c = "";for (r = 0; r < e.length; r++) {
                l = e[r][1], o(l) && (c += e[r][0] + ":" + l + ";");
            }if ("" !== c) return c;
        }function x(o) {
            return "string" != typeof o && (o += "px"), o;
        }function B(o) {
            var e,
                r,
                l = [];if (o) for (e = P.toHyphens(o).split("-"), r = 0; r < e.length; r++) {
                l.push("k-pos-" + e[r]);
            }return l.join(" ");
        }function _(e) {
            return "" === e || null === e || "none" === e || "transparent" === e || !o(e);
        }function A(o) {
            for (var e = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, r = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], l = ""; o > 0;) {
                o < r[0] ? r.shift() : (l += e[r[0]], o -= r[0]);
            }return l;
        }function L(o) {
            var e, r, l, c, a;for (o = o.toLowerCase(), e = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, r = 0, l = 0, c = 0; c < o.length; ++c) {
                if (a = e[o.charAt(c)], !a) return null;r += a, a > l && (r -= 2 * l), l = a;
            }return r;
        }function z(o) {
            var e = Object.create(null);return function () {
                var r,
                    l = "";for (r = arguments.length; --r >= 0;) {
                    l += ":" + arguments[r];
                }return l in e ? e[l] : e[l] = o.apply(this, arguments);
            };
        }function T(o) {
            for (var e, r, l = [], c = 0, a = o.length; c < a;) {
                e = o.charCodeAt(c++), e >= 55296 && e <= 56319 && c < a ? (r = o.charCodeAt(c++), 56320 == (64512 & r) ? l.push(((1023 & e) << 10) + (1023 & r) + 65536) : (l.push(e), c--)) : l.push(e);
            }return l;
        }function j(o) {
            return o.map(function (o) {
                var e = "";return o > 65535 && (o -= 65536, e += String.fromCharCode(o >>> 10 & 1023 | 55296), o = 56320 | 1023 & o), e += String.fromCharCode(o);
            }).join("");
        }function M(o, e) {
            function r(o, r) {
                for (var l = [], c = 0, a = 0, t = 0; c < o.length && a < r.length;) {
                    e(o[c], r[a]) <= 0 ? l[t++] = o[c++] : l[t++] = r[a++];
                }return c < o.length && l.push.apply(l, o.slice(c)), a < r.length && l.push.apply(l, r.slice(a)), l;
            }return o.length < 2 ? o.slice() : function l(o) {
                var e, c, a;return o.length <= 1 ? o : (e = Math.floor(o.length / 2), c = o.slice(0, e), a = o.slice(e), c = l(c), a = l(a), r(c, a));
            }(o);
        }var G = Math,
            P = window.kendo,
            W = P.deepExtend,
            I = G.PI / 180,
            N = Number.MAX_VALUE,
            S = -Number.MAX_VALUE,
            O = "undefined",
            E = Date.now;E || (E = function E() {
            return new Date().getTime();
        }), W(P, { util: { MAX_NUM: N, MIN_NUM: S, append: v, arrayLimits: b, arrayMin: u, arrayMax: h, defined: o, deg: a, hashKey: s, hashObject: d, isNumber: t, isTransparent: _, last: p, limitValue: l, now: E, objectKey: f, round: e, rad: c, renderAttr: C, renderAllAttr: y, renderPos: B, renderSize: x, renderStyle: D, renderTemplate: w, sparseArrayLimits: m, sparseArrayMin: k, sparseArrayMax: g, sqr: i, valueOrDefault: n, romanToArabic: L, arabicToRoman: A, memoize: z, ucs2encode: j, ucs2decode: T, mergeSort: M } }), P.drawing.util = P.util, P.dataviz.util = P.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (o, e, r) {
    (r || e)();
}), function (o, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], o);
}(function () {
    !function (o) {
        function e() {
            return { width: 0, height: 0, baseline: 0 };
        }function r(o, e, r) {
            return d.current.measure(o, e, r);
        }function l(o, e) {
            var r = [];if (o.length > 0 && document.fonts) {
                try {
                    r = o.map(function (o) {
                        return document.fonts.load(o);
                    });
                } catch (l) {
                    a.logToConsole(l);
                }Promise.all(r).then(e, e);
            } else e();
        }var c = document,
            a = window.kendo,
            t = a.Class,
            n = a.util,
            i = n.defined,
            f = t.extend({ init: function init(o) {
                this._size = o, this._length = 0, this._map = {};
            }, put: function put(o, e) {
                var r = this,
                    l = r._map,
                    c = { key: o, value: e };l[o] = c, r._head ? (r._tail.newer = c, c.older = r._tail, r._tail = c) : r._head = r._tail = c, r._length >= r._size ? (l[r._head.key] = null, r._head = r._head.newer, r._head.older = null) : r._length++;
            }, get: function get(o) {
                var e = this,
                    r = e._map[o];if (r) return r === e._head && r !== e._tail && (e._head = r.newer, e._head.older = null), r !== e._tail && (r.older && (r.older.newer = r.newer, r.newer.older = r.older), r.older = e._tail, r.newer = null, e._tail.newer = r, e._tail = r), r.value;
            } }),
            s = o("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            d = t.extend({ init: function init(o) {
                this._cache = new f(1e3), this._initOptions(o);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(r, l, a) {
                var t, f, d, b, u, h, k, g;if (!r) return e();if (t = n.objectKey(l), f = n.hashKey(r + t), d = this._cache.get(f), d) return d;b = e(), u = a ? a : s, h = this._baselineMarker().cloneNode(!1);for (k in l) {
                    g = l[k], i(g) && (u.style[k] = g);
                }return o(u).text(r), u.appendChild(h), c.body.appendChild(u), (r + "").length && (b.width = u.offsetWidth - this.options.baselineMarkerSize, b.height = u.offsetHeight, b.baseline = h.offsetTop + this.options.baselineMarkerSize), b.width > 0 && b.height > 0 && this._cache.put(f, b), u.parentNode.removeChild(u), b;
            }, _baselineMarker: function _baselineMarker() {
                return o("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });d.current = new d(), a.util.TextMetrics = d, a.util.LRUCache = f, a.util.loadFonts = l, a.util.measureText = r;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (o, e, r) {
    (r || e)();
}), function (o, define) {
    define("util/base64.min", ["util/main.min"], o);
}(function () {
    return function () {
        function o(o) {
            var r,
                l,
                c,
                t,
                n,
                i,
                f,
                s = "",
                d = 0;for (o = e(o); d < o.length;) {
                r = o.charCodeAt(d++), l = o.charCodeAt(d++), c = o.charCodeAt(d++), t = r >> 2, n = (3 & r) << 4 | l >> 4, i = (15 & l) << 2 | c >> 6, f = 63 & c, isNaN(l) ? i = f = 64 : isNaN(c) && (f = 64), s = s + a.charAt(t) + a.charAt(n) + a.charAt(i) + a.charAt(f);
            }return s;
        }function e(o) {
            var e,
                r,
                l = "";for (e = 0; e < o.length; e++) {
                r = o.charCodeAt(e), r < 128 ? l += c(r) : r < 2048 ? (l += c(192 | r >>> 6), l += c(128 | 63 & r)) : r < 65536 && (l += c(224 | r >>> 12), l += c(128 | r >>> 6 & 63), l += c(128 | 63 & r));
            }return l;
        }var r = window.kendo,
            l = r.deepExtend,
            c = String.fromCharCode,
            a = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";l(r.util, { encodeBase64: o, encodeUTF8: e });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (o, e, r) {
    (r || e)();
}), function (o, define) {
    define("mixins/observers.min", ["kendo.core.min"], o);
}(function () {
    return function (o) {
        var e = Math,
            r = window.kendo,
            l = r.deepExtend,
            c = o.inArray,
            a = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(o) {
                return this._observers ? this._observers.push(o) : this._observers = [o], this;
            }, removeObserver: function removeObserver(o) {
                var e = this.observers(),
                    r = c(o, e);return r != -1 && e.splice(r, 1), this;
            }, trigger: function trigger(o, e) {
                var r,
                    l,
                    c = this._observers;if (c && !this._suspended) for (l = 0; l < c.length; l++) {
                    r = c[l], r[o] && r[o](e);
                }return this;
            }, optionsChange: function optionsChange(o) {
                o = o || {}, o.element = this, this.trigger("optionsChange", o);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = e.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(o, e) {
                this[o] && this[o].removeObserver(this), this[o] = e, e.addObserver(this);
            } };l(r, { mixins: { ObserversMixin: a } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (o, e, r) {
    (r || e)();
}), function (o, define) {
    define("kendo.dataviz.themes.min", ["kendo.dataviz.core.min"], o);
}(function () {
    return function (o) {
        function e(e, r) {
            return o.map(e, function (o, e) {
                return [[o, r[e]]];
            });
        }var r = window.kendo,
            l = r.dataviz.ui,
            c = r.deepExtend,
            a = 1.5,
            t = .4,
            n = "#000",
            i = "Arial,Helvetica,sans-serif",
            f = "11px " + i,
            s = "12px " + i,
            d = "16px " + i,
            b = "#fff",
            u = { title: { font: d }, legend: { labels: { font: s } }, seriesDefaults: { visible: !0, labels: { font: f }, donut: { margin: 1 }, line: { width: 2 }, vericalLine: { width: 2 }, scatterLine: { width: 1 }, area: { opacity: .4, markers: { visible: !1, size: 6 }, highlight: { markers: { border: { color: "#fff", opacity: 1, width: 1 } } }, line: { opacity: 1, width: 0 } }, verticalArea: { opacity: .4, markers: { visible: !1, size: 6 }, line: { opacity: 1, width: 0 } }, radarLine: { width: 2, markers: { visible: !1 } }, radarArea: { opacity: .5, markers: { visible: !1, size: 6 }, line: { opacity: 1, width: 0 } }, candlestick: { line: { width: 1, color: n }, border: { width: 1, _brightness: .8 }, gap: 1, spacing: .3, downColor: b, highlight: { line: { width: 2 }, border: { width: 2, opacity: 1 } } }, ohlc: { line: { width: 1 }, gap: 1, spacing: .3, highlight: { line: { width: 3, opacity: 1 } } }, bubble: { opacity: .6, border: { width: 0 }, labels: { background: "transparent" } }, bar: { gap: a, spacing: t }, column: { gap: a, spacing: t }, rangeColumn: { gap: a, spacing: t }, rangeBar: { gap: a, spacing: t }, waterfall: { gap: .5, spacing: t, line: { width: 1, color: n } }, horizontalWaterfall: { gap: .5, spacing: t, line: { width: 1, color: n } }, bullet: { gap: a, spacing: t, target: { color: "#ff0000" } }, verticalBullet: { gap: a, spacing: t, target: { color: "#ff0000" } }, boxPlot: { outliersField: "", meanField: "", whiskers: { width: 1, color: n }, mean: { width: 1, color: n }, median: { width: 1, color: n }, border: { width: 1, _brightness: .8 }, gap: 1, spacing: .3, downColor: b, highlight: { whiskers: { width: 2 }, border: { width: 2, opacity: 1 } } }, funnel: { labels: { color: "", background: "" } }, notes: { icon: { border: { width: 1 } }, label: { padding: 3, font: s }, line: { length: 10, width: 1 }, visible: !0 } }, categoryAxis: { majorGridLines: { visible: !0 } }, axisDefaults: { labels: { font: s }, title: { font: d, margin: 5 }, crosshair: { tooltip: { font: s } }, notes: { icon: { size: 7, border: { width: 1 } }, label: { padding: 3, font: s }, line: { length: 10, width: 1 }, visible: !0 } }, tooltip: { font: s }, navigator: { pane: { height: 90, margin: { top: 10 } } } },
            h = { scale: { labels: { font: s } } },
            k = { shapeDefaults: { hover: { opacity: .2 }, stroke: { width: 0 } }, editable: { resize: { handles: { width: 7, height: 7 } } }, selectable: { stroke: { width: 1, dashType: "dot" } }, connectionDefaults: { stroke: { width: 2 }, selection: { handles: { width: 8, height: 8 } }, editable: { tools: ["edit", "delete"] } } },
            g = l.themes,
            m = l.registerTheme = function (o, e) {
            var r,
                l = {};l.chart = c({}, u, e.chart), l.gauge = c({}, h, e.gauge), l.diagram = c({}, k, e.diagram), l.treeMap = c({}, e.treeMap), r = l.chart.seriesDefaults, r.verticalLine = c({}, r.line), r.verticalArea = c({}, r.area), r.verticalBoxPlot = c({}, r.boxPlot), r.polarArea = c({}, r.radarArea), r.polarLine = c({}, r.radarLine), g[o] = l;
        };m("black", { chart: { title: { color: b }, legend: { labels: { color: b }, inactiveItems: { labels: { color: "#919191" }, markers: { color: "#919191" } } }, seriesDefaults: { labels: { color: b }, errorBars: { color: b }, notes: { icon: { background: "#3b3b3b", border: { color: "#8e8e8e" } }, label: { color: b }, line: { color: "#8e8e8e" } }, pie: { overlay: { gradient: "sharpBevel" } }, donut: { overlay: { gradient: "sharpGlass" } }, line: { markers: { background: "#3d3d3d" } }, scatter: { markers: { background: "#3d3d3d" } }, scatterLine: { markers: { background: "#3d3d3d" } }, waterfall: { line: { color: "#8e8e8e" } }, horizontalWaterfall: { line: { color: "#8e8e8e" } }, candlestick: { downColor: "#555", line: { color: b }, border: { _brightness: 1.5, opacity: 1 }, highlight: { border: { color: b, opacity: .2 } } }, ohlc: { line: { color: b } } }, chartArea: { background: "#3d3d3d" }, seriesColors: ["#0081da", "#3aafff", "#99c900", "#ffeb3d", "#b20753", "#ff4195"], axisDefaults: { line: { color: "#8e8e8e" }, labels: { color: b }, majorGridLines: { color: "#545454" }, minorGridLines: { color: "#454545" }, title: { color: b }, crosshair: { color: "#8e8e8e" }, notes: { icon: { background: "#3b3b3b", border: { color: "#8e8e8e" } }, label: { color: b }, line: { color: "#8e8e8e" } } } }, gauge: { pointer: { color: "#0070e4" }, scale: { rangePlaceholderColor: "#1d1d1d", labels: { color: b }, minorTicks: { color: b }, majorTicks: { color: b }, line: { color: b } } }, diagram: { shapeDefaults: { fill: { color: "#0066cc" }, connectorDefaults: { fill: { color: b }, stroke: { color: "#384049" }, hover: { fill: { color: "#3d3d3d" }, stroke: { color: "#efefef" } } }, content: { color: b } }, editable: { resize: { handles: { fill: { color: "#3d3d3d" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: b } } } }, rotate: { thumb: { stroke: { color: b }, fill: { color: b } } } }, selectable: { stroke: { color: b } }, connectionDefaults: { stroke: { color: b }, content: { color: b }, selection: { handles: { fill: { color: "#3d3d3d" }, stroke: { color: "#efefef" } } } } }, treeMap: { colors: [["#0081da", "#314b5c"], ["#3aafff", "#3c5464"], ["#99c900", "#4f5931"], ["#ffeb3d", "#64603d"], ["#b20753", "#543241"], ["#ff4195", "#643e4f"]] } }), m("blueopal", { chart: { title: { color: "#293135" }, legend: { labels: { color: "#293135" }, inactiveItems: { labels: { color: "#27A5BA" }, markers: { color: "#27A5BA" } } }, seriesDefaults: { labels: { color: n, background: b, opacity: .5 }, errorBars: { color: "#293135" }, candlestick: { downColor: "#c4d0d5", line: { color: "#9aabb2" } }, waterfall: { line: { color: "#9aabb2" } }, horizontalWaterfall: { line: { color: "#9aabb2" } }, notes: { icon: { background: "transparent", border: { color: "#9aabb2" } }, label: { color: "#293135" }, line: { color: "#9aabb2" } } }, seriesColors: ["#0069a5", "#0098ee", "#7bd2f6", "#ffb800", "#ff8517", "#e34a00"], axisDefaults: { line: { color: "#9aabb2" }, labels: { color: "#293135" }, majorGridLines: { color: "#c4d0d5" }, minorGridLines: { color: "#edf1f2" }, title: { color: "#293135" }, crosshair: { color: "#9aabb2" }, notes: { icon: { background: "transparent", border: { color: "#9aabb2" } }, label: { color: "#293135" }, line: { color: "#9aabb2" } } } }, gauge: { pointer: { color: "#005c83" }, scale: { rangePlaceholderColor: "#daecf4", labels: { color: "#293135" }, minorTicks: { color: "#293135" }, majorTicks: { color: "#293135" }, line: { color: "#293135" } } }, diagram: { shapeDefaults: { fill: { color: "#7ec6e3" }, connectorDefaults: { fill: { color: "#003f59" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#003f59" } } }, content: { color: "#293135" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#003f59" }, hover: { fill: { color: "#003f59" }, stroke: { color: "#003f59" } } } }, rotate: { thumb: { stroke: { color: "#003f59" }, fill: { color: "#003f59" } } } }, selectable: { stroke: { color: "#003f59" } }, connectionDefaults: { stroke: { color: "#003f59" }, content: { color: "#293135" }, selection: { handles: { fill: { color: "#3d3d3d" }, stroke: { color: "#efefef" } } } } }, treeMap: { colors: [["#0069a5", "#bad7e7"], ["#0098ee", "#b9e0f5"], ["#7bd2f6", "#ceeaf6"], ["#ffb800", "#e6e3c4"], ["#ff8517", "#e4d8c8"], ["#e34a00", "#ddccc2"]] } }), m("highcontrast", { chart: { title: { color: "#ffffff" }, legend: { labels: { color: "#ffffff" }, inactiveItems: { labels: { color: "#66465B" }, markers: { color: "#66465B" } } }, seriesDefaults: { labels: { color: "#ffffff" }, errorBars: { color: "#ffffff" }, notes: { icon: { background: "transparent", border: { color: "#ffffff" } }, label: { color: "#ffffff" }, line: { color: "#ffffff" } }, pie: { overlay: { gradient: "sharpGlass" } }, donut: { overlay: { gradient: "sharpGlass" } }, line: { markers: { background: "#2c232b" } }, scatter: { markers: { background: "#2c232b" } }, scatterLine: { markers: { background: "#2c232b" } }, area: { opacity: .5 }, waterfall: { line: { color: "#ffffff" } }, horizontalWaterfall: { line: { color: "#ffffff" } }, candlestick: { downColor: "#664e62", line: { color: "#ffffff" }, border: { _brightness: 1.5, opacity: 1 }, highlight: { border: { color: "#ffffff", opacity: 1 } } }, ohlc: { line: { color: "#ffffff" } } }, chartArea: { background: "#2c232b" }, seriesColors: ["#a7008f", "#ffb800", "#3aafff", "#99c900", "#b20753", "#ff4195"], axisDefaults: { line: { color: "#ffffff" }, labels: { color: "#ffffff" }, majorGridLines: { color: "#664e62" }, minorGridLines: { color: "#4f394b" }, title: { color: "#ffffff" }, crosshair: { color: "#ffffff" }, notes: { icon: { background: "transparent", border: { color: "#ffffff" } }, label: { color: "#ffffff" }, line: { color: "#ffffff" } } } }, gauge: { pointer: { color: "#a7008f" }, scale: { rangePlaceholderColor: "#2c232b", labels: { color: "#ffffff" }, minorTicks: { color: "#2c232b" }, majorTicks: { color: "#664e62" }, line: { color: "#ffffff" } } }, diagram: { shapeDefaults: { fill: { color: "#a7018f" }, connectorDefaults: { fill: { color: b }, stroke: { color: "#2c232b" }, hover: { fill: { color: "#2c232b" }, stroke: { color: b } } }, content: { color: b } }, editable: { resize: { handles: { fill: { color: "#2c232b" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: b } } } }, rotate: { thumb: { stroke: { color: b }, fill: { color: b } } } }, selectable: { stroke: { color: b } }, connectionDefaults: { stroke: { color: b }, content: { color: b }, selection: { handles: { fill: { color: "#2c232b" }, stroke: { color: b } } } } }, treeMap: { colors: [["#a7008f", "#451c3f"], ["#ffb800", "#564122"], ["#3aafff", "#2f3f55"], ["#99c900", "#424422"], ["#b20753", "#471d33"], ["#ff4195", "#562940"]] } }), m("default", { chart: { title: { color: "#8e8e8e" }, legend: { labels: { color: "#232323" }, inactiveItems: { labels: { color: "#919191" }, markers: { color: "#919191" } } }, seriesDefaults: { labels: { color: n, background: b, opacity: .5 }, errorBars: { color: "#232323" }, candlestick: { downColor: "#dedede", line: { color: "#8d8d8d" } }, waterfall: { line: { color: "#8e8e8e" } }, horizontalWaterfall: { line: { color: "#8e8e8e" } }, notes: { icon: { background: "transparent", border: { color: "#8e8e8e" } }, label: { color: "#232323" }, line: { color: "#8e8e8e" } } }, seriesColors: ["#ff6800", "#a0a700", "#ff8d00", "#678900", "#ffb53c", "#396000"], axisDefaults: { line: { color: "#8e8e8e" }, labels: { color: "#232323" }, minorGridLines: { color: "#f0f0f0" }, majorGridLines: { color: "#dfdfdf" }, title: { color: "#232323" }, crosshair: { color: "#8e8e8e" }, notes: { icon: { background: "transparent", border: { color: "#8e8e8e" } }, label: { color: "#232323" }, line: { color: "#8e8e8e" } } } }, gauge: { pointer: { color: "#ea7001" }, scale: { rangePlaceholderColor: "#dedede", labels: { color: "#2e2e2e" }, minorTicks: { color: "#2e2e2e" }, majorTicks: { color: "#2e2e2e" }, line: { color: "#2e2e2e" } } }, diagram: { shapeDefaults: { fill: { color: "#e15613" }, connectorDefaults: { fill: { color: "#282828" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#282828" } } }, content: { color: "#2e2e2e" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#282828" }, hover: { fill: { color: "#282828" }, stroke: { color: "#282828" } } } }, rotate: { thumb: { stroke: { color: "#282828" }, fill: { color: "#282828" } } } }, selectable: { stroke: { color: "#a7018f" } }, connectionDefaults: { stroke: { color: "#282828" }, content: { color: "#2e2e2e" }, selection: { handles: { fill: { color: b }, stroke: { color: "#282828" } } } } }, treeMap: { colors: [["#ff6800", "#edcfba"], ["#a0a700", "#dadcba"], ["#ff8d00", "#edd7ba"], ["#678900", "#cfd6ba"], ["#ffb53c", "#eddfc6"], ["#396000", "#c6ceba"]] } }), m("silver", { chart: { title: { color: "#4e5968" }, legend: { labels: { color: "#4e5968" }, inactiveItems: { labels: { color: "#B1BCC8" }, markers: { color: "#B1BCC8" } } }, seriesDefaults: { labels: { color: "#293135", background: "#eaeaec", opacity: .5 }, errorBars: { color: "#4e5968" }, notes: { icon: { background: "transparent", border: { color: "#4e5968" } }, label: { color: "#4e5968" }, line: { color: "#4e5968" } }, line: { markers: { background: "#eaeaec" } }, scatter: { markers: { background: "#eaeaec" } }, scatterLine: { markers: { background: "#eaeaec" } }, pie: { connectors: { color: "#A6B1C0" } }, donut: { connectors: { color: "#A6B1C0" } }, waterfall: { line: { color: "#a6b1c0" } }, horizontalWaterfall: { line: { color: "#a6b1c0" } }, candlestick: { downColor: "#a6afbe" } }, chartArea: { background: "#eaeaec" }, seriesColors: ["#007bc3", "#76b800", "#ffae00", "#ef4c00", "#a419b7", "#430B62"], axisDefaults: { line: { color: "#a6b1c0" }, labels: { color: "#4e5968" }, majorGridLines: { color: "#dcdcdf" }, minorGridLines: { color: "#eeeeef" }, title: { color: "#4e5968" }, crosshair: { color: "#a6b1c0" }, notes: { icon: { background: "transparent", border: { color: "#4e5968" } }, label: { color: "#4e5968" }, line: { color: "#4e5968" } } } }, gauge: { pointer: { color: "#0879c0" }, scale: { rangePlaceholderColor: "#f3f3f4", labels: { color: "#515967" }, minorTicks: { color: "#515967" }, majorTicks: { color: "#515967" }, line: { color: "#515967" } } }, diagram: { shapeDefaults: { fill: { color: "#1c82c2" }, connectorDefaults: { fill: { color: "#515967" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#282828" } } }, content: { color: "#515967" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#515967" }, hover: { fill: { color: "#515967" }, stroke: { color: "#515967" } } } }, rotate: { thumb: { stroke: { color: "#515967" }, fill: { color: "#515967" } } } }, selectable: { stroke: { color: "#515967" } }, connectionDefaults: { stroke: { color: "#515967" }, content: { color: "#515967" }, selection: { handles: { fill: { color: b }, stroke: { color: "#515967" } } } } }, treeMap: { colors: [["#007bc3", "#c2dbea"], ["#76b800", "#dae7c3"], ["#ffae00", "#f5e5c3"], ["#ef4c00", "#f2d2c3"], ["#a419b7", "#e3c7e8"], ["#430b62", "#d0c5d7"]] } }), m("metro", { chart: { title: { color: "#777777" }, legend: { labels: { color: "#777777" }, inactiveItems: { labels: { color: "#CBCBCB" }, markers: { color: "#CBCBCB" } } }, seriesDefaults: { labels: { color: n }, errorBars: { color: "#777777" }, notes: { icon: { background: "transparent", border: { color: "#777777" } }, label: { color: "#777777" }, line: { color: "#777777" } }, candlestick: { downColor: "#c7c7c7", line: { color: "#787878" } }, waterfall: { line: { color: "#c7c7c7" } }, horizontalWaterfall: { line: { color: "#c7c7c7" } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: ["#8ebc00", "#309b46", "#25a0da", "#ff6900", "#e61e26", "#d8e404", "#16aba9", "#7e51a1", "#313131", "#ed1691"], axisDefaults: { line: { color: "#c7c7c7" }, labels: { color: "#777777" }, minorGridLines: { color: "#c7c7c7" }, majorGridLines: { color: "#c7c7c7" }, title: { color: "#777777" }, crosshair: { color: "#c7c7c7" }, notes: { icon: { background: "transparent", border: { color: "#777777" } }, label: { color: "#777777" }, line: { color: "#777777" } } } }, gauge: { pointer: { color: "#8ebc00" }, scale: { rangePlaceholderColor: "#e6e6e6", labels: { color: "#777" }, minorTicks: { color: "#777" }, majorTicks: { color: "#777" }, line: { color: "#777" } } }, diagram: { shapeDefaults: { fill: { color: "#8ebc00" }, connectorDefaults: { fill: { color: n }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: n } } }, content: { color: "#777" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#787878" }, hover: { fill: { color: "#787878" }, stroke: { color: "#787878" } } } }, rotate: { thumb: { stroke: { color: "#787878" }, fill: { color: "#787878" } } } }, selectable: { stroke: { color: "#515967" } }, connectionDefaults: { stroke: { color: "#787878" }, content: { color: "#777" }, selection: { handles: { fill: { color: b }, stroke: { color: "#787878" } } } } }, treeMap: { colors: [["#8ebc00", "#e8f2cc"], ["#309b46", "#d6ebda"], ["#25a0da", "#d3ecf8"], ["#ff6900", "#ffe1cc"], ["#e61e26", "#fad2d4"], ["#d8e404", "#f7facd"], ["#16aba9", "#d0eeee"], ["#7e51a1", "#e5dcec"], ["#313131", "#d6d6d6"], ["#ed1691", "#fbd0e9"]] } }), m("metroblack", { chart: { title: { color: "#ffffff" }, legend: { labels: { color: "#ffffff" }, inactiveItems: { labels: { color: "#797979" }, markers: { color: "#797979" } } }, seriesDefaults: { border: { _brightness: 1 }, labels: { color: "#ffffff" }, errorBars: { color: "#ffffff" }, notes: { icon: { background: "transparent", border: { color: "#cecece" } }, label: { color: "#ffffff" }, line: { color: "#cecece" } }, line: { markers: { background: "#0e0e0e" } }, bubble: { opacity: .6 }, scatter: { markers: { background: "#0e0e0e" } }, scatterLine: { markers: { background: "#0e0e0e" } }, candlestick: { downColor: "#828282", line: { color: "#ffffff" } }, waterfall: { line: { color: "#cecece" } }, horizontalWaterfall: { line: { color: "#cecece" } }, overlay: { gradient: "none" } }, chartArea: { background: "#0e0e0e" }, seriesColors: ["#00aba9", "#309b46", "#8ebc00", "#ff6900", "#e61e26", "#d8e404", "#25a0da", "#7e51a1", "#313131", "#ed1691"], axisDefaults: { line: { color: "#cecece" }, labels: { color: "#ffffff" }, minorGridLines: { color: "#2d2d2d" }, majorGridLines: { color: "#333333" }, title: { color: "#ffffff" }, crosshair: { color: "#cecece" }, notes: { icon: { background: "transparent", border: { color: "#cecece" } }, label: { color: "#ffffff" }, line: { color: "#cecece" } } } }, gauge: { pointer: { color: "#00aba9" }, scale: { rangePlaceholderColor: "#2d2d2d", labels: { color: "#ffffff" }, minorTicks: { color: "#333333" }, majorTicks: { color: "#cecece" }, line: { color: "#cecece" } } }, diagram: { shapeDefaults: { fill: { color: "#00aba9" }, connectorDefaults: { fill: { color: b }, stroke: { color: "#0e0e0e" }, hover: { fill: { color: "#0e0e0e" }, stroke: { color: b } } }, content: { color: b } }, editable: { resize: { handles: { fill: { color: "#0e0e0e" }, stroke: { color: "#787878" }, hover: { fill: { color: "#787878" }, stroke: { color: "#787878" } } } }, rotate: { thumb: { stroke: { color: b }, fill: { color: b } } } }, selectable: { stroke: { color: "#787878" } }, connectionDefaults: { stroke: { color: b }, content: { color: b }, selection: { handles: { fill: { color: "#0e0e0e" }, stroke: { color: b } } } } }, treeMap: { colors: [["#00aba9", "#0b2d2d"], ["#309b46", "#152a19"], ["#8ebc00", "#28310b"], ["#ff6900", "#3e200b"], ["#e61e26", "#391113"], ["#d8e404", "#36390c"], ["#25a0da", "#132b37"], ["#7e51a1", "#241b2b"], ["#313131", "#151515"], ["#ed1691", "#3b1028"]] } }), m("moonlight", { chart: { title: { color: "#ffffff" }, legend: { labels: { color: "#ffffff" }, inactiveItems: { labels: { color: "#A1A7AB" }, markers: { color: "#A1A7AB" } } }, seriesDefaults: { labels: { color: "#ffffff" }, errorBars: { color: "#ffffff" }, notes: { icon: { background: "transparent", border: { color: "#8c909e" } }, label: { color: "#ffffff" }, line: { color: "#8c909e" } }, pie: { overlay: { gradient: "sharpBevel" } }, donut: { overlay: { gradient: "sharpGlass" } }, line: { markers: { background: "#212a33" } }, bubble: { opacity: .6 }, scatter: { markers: { background: "#212a33" } }, scatterLine: { markers: { background: "#212a33" } }, area: { opacity: .3 }, candlestick: { downColor: "#757d87", line: { color: "#ea9d06" }, border: { _brightness: 1.5, opacity: 1 }, highlight: { border: { color: b, opacity: .2 } } }, waterfall: { line: { color: "#8c909e" } }, horizontalWaterfall: { line: { color: "#8c909e" } }, ohlc: { line: { color: "#ea9d06" } } }, chartArea: { background: "#212a33" }, seriesColors: ["#ffca08", "#ff710f", "#ed2e24", "#ff9f03", "#e13c02", "#a00201"], axisDefaults: { line: { color: "#8c909e" }, minorTicks: { color: "#8c909e" }, majorTicks: { color: "#8c909e" }, labels: { color: "#ffffff" }, majorGridLines: { color: "#3e424d" }, minorGridLines: { color: "#2f3640" }, title: { color: "#ffffff" }, crosshair: { color: "#8c909e" }, notes: { icon: { background: "transparent", border: { color: "#8c909e" } }, label: { color: "#ffffff" }, line: { color: "#8c909e" } } } }, gauge: { pointer: { color: "#f4af03" }, scale: { rangePlaceholderColor: "#2f3640", labels: { color: b }, minorTicks: { color: "#8c909e" }, majorTicks: { color: "#8c909e" }, line: { color: "#8c909e" } } }, diagram: { shapeDefaults: { fill: { color: "#f3ae03" }, connectorDefaults: { fill: { color: b }, stroke: { color: "#414550" }, hover: { fill: { color: "#414550" }, stroke: { color: b } } }, content: { color: b } }, editable: { resize: { handles: { fill: { color: "#414550" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: b } } } }, rotate: { thumb: { stroke: { color: b }, fill: { color: b } } } }, selectable: { stroke: { color: b } }, connectionDefaults: { stroke: { color: b }, content: { color: b }, selection: { handles: { fill: { color: "#414550" }, stroke: { color: b } } } } }, treeMap: { colors: [["#ffca08", "#4e4b2b"], ["#ff710f", "#4e392d"], ["#ed2e24", "#4b2c31"], ["#ff9f03", "#4e422a"], ["#e13c02", "#482e2a"], ["#a00201", "#3b232a"]] } }), m("uniform", { chart: { title: { color: "#686868" }, legend: { labels: { color: "#686868" }, inactiveItems: { labels: { color: "#B6B6B6" }, markers: { color: "#B6B6B6" } } }, seriesDefaults: { labels: { color: "#686868" }, errorBars: { color: "#686868" }, notes: { icon: { background: "transparent", border: { color: "#9e9e9e" } }, label: { color: "#686868" }, line: { color: "#9e9e9e" } }, pie: { overlay: { gradient: "sharpBevel" } }, donut: { overlay: { gradient: "sharpGlass" } }, line: { markers: { background: "#ffffff" } }, bubble: { opacity: .6 }, scatter: { markers: { background: "#ffffff" } }, scatterLine: { markers: { background: "#ffffff" } }, area: { opacity: .3 }, candlestick: { downColor: "#cccccc", line: { color: "#cccccc" }, border: { _brightness: 1.5, opacity: 1 }, highlight: { border: { color: "#cccccc", opacity: .2 } } }, waterfall: { line: { color: "#9e9e9e" } }, horizontalWaterfall: { line: { color: "#9e9e9e" } }, ohlc: { line: { color: "#cccccc" } } }, chartArea: { background: "#ffffff" }, seriesColors: ["#527aa3", "#6f91b3", "#8ca7c2", "#a8bdd1", "#c5d3e0", "#e2e9f0"], axisDefaults: { line: { color: "#9e9e9e" }, minorTicks: { color: "#aaaaaa" }, majorTicks: { color: "#888888" }, labels: { color: "#686868" }, majorGridLines: { color: "#dadada" }, minorGridLines: { color: "#e7e7e7" }, title: { color: "#686868" }, crosshair: { color: "#9e9e9e" }, notes: { icon: { background: "transparent", border: { color: "#9e9e9e" } }, label: { color: "#686868" }, line: { color: "#9e9e9e" } } } }, gauge: { pointer: { color: "#527aa3" }, scale: { rangePlaceholderColor: "#e7e7e7", labels: { color: "#686868" }, minorTicks: { color: "#aaaaaa" }, majorTicks: { color: "#888888" }, line: { color: "#9e9e9e" } } }, diagram: { shapeDefaults: { fill: { color: "#d1d1d1" }, connectorDefaults: { fill: { color: "#686868" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#686868" } } }, content: { color: "#686868" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#686868" }, hover: { fill: { color: "#686868" }, stroke: { color: "#686868" } } } }, rotate: { thumb: { stroke: { color: "#686868" }, fill: { color: "#686868" } } } }, selectable: { stroke: { color: "#686868" } }, connectionDefaults: { stroke: { color: "#686868" }, content: { color: "#686868" }, selection: { handles: { fill: { color: b }, stroke: { color: "#686868" } } } } }, treeMap: { colors: [["#527aa3", "#d0d8e1"], ["#6f91b3", "#d6dde4"], ["#8ca7c2", "#dce1e7"], ["#a8bdd1", "#e2e6ea"], ["#c5d3e0", "#e7eaed"], ["#e2e9f0", "#edeff0"]] } }), m("bootstrap", { chart: { title: { color: "#333333" }, legend: { labels: { color: "#333333" }, inactiveItems: { labels: { color: "#999999" }, markers: { color: "#9A9A9A" } } }, seriesDefaults: { labels: { color: "#333333" }, overlay: { gradient: "none" }, errorBars: { color: "#343434" }, notes: { icon: { background: "#000000", border: { color: "#000000" } }, label: { color: "#333333" }, line: { color: "#000000" } }, pie: { overlay: { gradient: "none" } }, donut: { overlay: { gradient: "none" } }, line: { markers: { background: "#ffffff" } }, bubble: { opacity: .6 }, scatter: { markers: { background: "#ffffff" } }, scatterLine: { markers: { background: "#ffffff" } }, area: { opacity: .8 }, candlestick: { downColor: "#d0d0d0", line: { color: "#333333" }, border: { _brightness: 1.5, opacity: 1 }, highlight: { border: { color: "#b8b8b8", opacity: .2 } } }, waterfall: { line: { color: "#cccccc" } }, horizontalWaterfall: { line: { color: "#cccccc" } }, ohlc: { line: { color: "#333333" } } }, chartArea: { background: "#ffffff" }, seriesColors: ["#428bca", "#5bc0de", "#5cb85c", "#f2b661", "#e67d4a", "#da3b36"], axisDefaults: { line: { color: "#cccccc" }, minorTicks: { color: "#ebebeb" }, majorTicks: { color: "#cccccc" }, labels: { color: "#333333" }, majorGridLines: { color: "#cccccc" }, minorGridLines: { color: "#ebebeb" }, title: { color: "#333333" }, crosshair: { color: "#000000" }, notes: { icon: { background: "#000000", border: { color: "#000000" } }, label: { color: "#ffffff" }, line: { color: "#000000" } } } }, gauge: { pointer: { color: "#428bca" }, scale: { rangePlaceholderColor: "#cccccc", labels: { color: "#333333" }, minorTicks: { color: "#ebebeb" }, majorTicks: { color: "#cccccc" }, line: { color: "#cccccc" } } }, diagram: { shapeDefaults: { fill: { color: "#428bca" }, connectorDefaults: { fill: { color: "#333333" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#333333" } } }, content: { color: "#333333" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#333333" }, hover: { fill: { color: "#333333" }, stroke: { color: "#333333" } } } }, rotate: { thumb: { stroke: { color: "#333333" }, fill: { color: "#333333" } } } }, selectable: { stroke: { color: "#333333" } }, connectionDefaults: { stroke: { color: "#c4c4c4" }, content: { color: "#333333" }, selection: { handles: { fill: { color: b }, stroke: { color: "#333333" } }, stroke: { color: "#333333" } } } }, treeMap: { colors: [["#428bca", "#d1e0ec"], ["#5bc0de", "#d6eaf0"], ["#5cb85c", "#d6e9d6"], ["#5cb85c", "#f4e8d7"], ["#e67d4a", "#f2ddd3"], ["#da3b36", "#f0d0cf"]] } }), m("flat", { chart: { title: { color: "#4c5356" }, legend: { labels: { color: "#4c5356" }, inactiveItems: { labels: { color: "#CBCBCB" }, markers: { color: "#CBCBCB" } } }, seriesDefaults: { labels: { color: "#4c5356" }, errorBars: { color: "#4c5356" }, notes: { icon: { background: "transparent", border: { color: "#cdcdcd" } }, label: { color: "#4c5356" }, line: { color: "#cdcdcd" } }, candlestick: { downColor: "#c7c7c7", line: { color: "#787878" } }, area: { opacity: .9 }, waterfall: { line: { color: "#cdcdcd" } }, horizontalWaterfall: { line: { color: "#cdcdcd" } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: ["#10c4b2", "#ff7663", "#ffb74f", "#a2df53", "#1c9ec4", "#ff63a5", "#1cc47b"], axisDefaults: { line: { color: "#cdcdcd" }, labels: { color: "#4c5356" }, minorGridLines: { color: "#cdcdcd" }, majorGridLines: { color: "#cdcdcd" }, title: { color: "#4c5356" }, crosshair: { color: "#cdcdcd" }, notes: { icon: { background: "transparent", border: { color: "#cdcdcd" } }, label: { color: "#4c5356" }, line: { color: "#cdcdcd" } } } }, gauge: { pointer: { color: "#10c4b2" }, scale: { rangePlaceholderColor: "#cdcdcd", labels: { color: "#4c5356" }, minorTicks: { color: "#4c5356" }, majorTicks: { color: "#4c5356" }, line: { color: "#4c5356" } } }, diagram: { shapeDefaults: { fill: { color: "#10c4b2" }, connectorDefaults: { fill: { color: "#363940" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#363940" } } }, content: { color: "#4c5356" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#363940" }, hover: { fill: { color: "#363940" }, stroke: { color: "#363940" } } } }, rotate: { thumb: { stroke: { color: "#363940" }, fill: { color: "#363940" } } } }, selectable: { stroke: { color: "#363940" } }, connectionDefaults: { stroke: { color: "#cdcdcd" }, content: { color: "#4c5356"
                    }, selection: { handles: { fill: { color: b }, stroke: { color: "#363940" } }, stroke: { color: "#363940" } } } }, treeMap: { colors: [["#10c4b2", "#cff3f0"], ["#ff7663", "#ffe4e0"], ["#ffb74f", "#fff1dc"], ["#a2df53", "#ecf9dd"], ["#1c9ec4", "#d2ecf3"], ["#ff63a5", "#ffe0ed"], ["#1cc47b", "#d2f3e5"]] } }), m("material", { chart: { title: { color: "#444444" }, legend: { labels: { color: "#444444" }, inactiveItems: { labels: { color: "#CBCBCB" }, markers: { color: "#CBCBCB" } } }, seriesDefaults: { labels: { color: "#444444" }, errorBars: { color: "#444444" }, notes: { icon: { background: "transparent", border: { color: "#e5e5e5" } }, label: { color: "#444444" }, line: { color: "#e5e5e5" } }, candlestick: { downColor: "#c7c7c7", line: { color: "#787878" } }, area: { opacity: .9 }, waterfall: { line: { color: "#e5e5e5" } }, horizontalWaterfall: { line: { color: "#e5e5e5" } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: ["#3f51b5", "#03a9f4", "#4caf50", "#f9ce1d", "#ff9800", "#ff5722"], axisDefaults: { line: { color: "#e5e5e5" }, labels: { color: "#444444" }, minorGridLines: { color: "#e5e5e5" }, majorGridLines: { color: "#e5e5e5" }, title: { color: "#444444" }, crosshair: { color: "#7f7f7f" }, notes: { icon: { background: "transparent", border: { color: "#e5e5e5" } }, label: { color: "#444444" }, line: { color: "#e5e5e5" } } } }, gauge: { pointer: { color: "#3f51b5" }, scale: { rangePlaceholderColor: "#e5e5e5", labels: { color: "#444444" }, minorTicks: { color: "#444444" }, majorTicks: { color: "#444444" }, line: { color: "#444444" } } }, diagram: { shapeDefaults: { fill: { color: "#3f51b5" }, connectorDefaults: { fill: { color: "#7f7f7f" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#7f7f7f" } } }, content: { color: "#444444" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#444444" }, hover: { fill: { color: "#444444" }, stroke: { color: "#444444" } } } }, rotate: { thumb: { stroke: { color: "#444444" }, fill: { color: "#444444" } } } }, selectable: { stroke: { color: "#444444" } }, connectionDefaults: { stroke: { color: "#7f7f7f" }, content: { color: "#444444" }, selection: { handles: { fill: { color: b }, stroke: { color: "#444444" } }, stroke: { color: "#444444" } } } }, treeMap: { colors: [["#3f51b5", "#cff3f0"], ["#03a9f4", "#e5f6fe"], ["#4caf50", "#edf7ed"], ["#f9ce1d", "#fefae8"], ["#ff9800", "#fff4e5"], ["#ff5722", "#ffeee8"]] } }), m("materialblack", { chart: { title: { color: "#fff" }, legend: { labels: { color: "#fff" }, inactiveItems: { labels: { color: "#CBCBCB" }, markers: { color: "#CBCBCB" } } }, seriesDefaults: { labels: { color: "#fff" }, errorBars: { color: "#fff" }, notes: { icon: { background: "transparent", border: { color: "#e5e5e5" } }, label: { color: "#fff" }, line: { color: "#e5e5e5" } }, candlestick: { downColor: "#c7c7c7", line: { color: "#787878" } }, area: { opacity: .9 }, waterfall: { line: { color: "#4d4d4d" } }, horizontalWaterfall: { line: { color: "#4d4d4d" } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, chartArea: { background: "#1c1c1c" }, seriesColors: ["#3f51b5", "#03a9f4", "#4caf50", "#f9ce1d", "#ff9800", "#ff5722"], axisDefaults: { line: { color: "#4d4d4d" }, labels: { color: "#fff" }, minorGridLines: { color: "#4d4d4d" }, majorGridLines: { color: "#4d4d4d" }, title: { color: "#fff" }, crosshair: { color: "#7f7f7f" }, notes: { icon: { background: "transparent", border: { color: "#4d4d4d" } }, label: { color: "#fff" }, line: { color: "#4d4d4d" } } } }, gauge: { pointer: { color: "#3f51b5" }, scale: { rangePlaceholderColor: "#4d4d4d", labels: { color: "#fff" }, minorTicks: { color: "#fff" }, majorTicks: { color: "#fff" }, line: { color: "#fff" } } }, diagram: { shapeDefaults: { fill: { color: "#3f51b5" }, connectorDefaults: { fill: { color: "#7f7f7f" }, stroke: { color: b }, hover: { fill: { color: b }, stroke: { color: "#7f7f7f" } } }, content: { color: "#fff" } }, editable: { resize: { handles: { fill: { color: b }, stroke: { color: "#fff" }, hover: { fill: { color: "#fff" }, stroke: { color: "#fff" } } } }, rotate: { thumb: { stroke: { color: "#fff" }, fill: { color: "#fff" } } } }, selectable: { stroke: { color: "#fff" } }, connectionDefaults: { stroke: { color: "#7f7f7f" }, content: { color: "#fff" }, selection: { handles: { fill: { color: b }, stroke: { color: "#fff" } }, stroke: { color: "#fff" } } } }, treeMap: { colors: [["#3f51b5", "#cff3f0"], ["#03a9f4", "#e5f6fe"], ["#4caf50", "#edf7ed"], ["#f9ce1d", "#fefae8"], ["#ff9800", "#fff4e5"], ["#ff5722", "#ffeee8"]] } }), function () {
            function o() {
                return { icon: { background: "#007cc0", border: { color: "#007cc0" } }, label: { color: "#ffffff" }, line: { color: a } };
            }var r = "#333333",
                l = "#7f7f7f",
                c = "#bdbdbd",
                a = "#c8c8c8",
                t = "#dddddd",
                n = ["#008fd3", "#99d101", "#f39b02", "#f05662", "#c03c53", "#acacac"],
                i = ["#cbe8f5", "#eaf5cb", "#fceacc", "#fbdcdf", "#f2d7dc", "#eeeeee"],
                f = n[0],
                s = b;m("fiori", { chart: { title: { color: r }, legend: { labels: { color: r }, inactiveItems: { labels: { color: l }, markers: { color: l } } }, seriesDefaults: { labels: { color: r }, errorBars: { color: r }, notes: o(), candlestick: { downColor: a, line: { color: c } }, area: { opacity: .8 }, waterfall: { line: { color: a } }, horizontalWaterfall: { line: { color: a } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: n, axisDefaults: { line: { color: a }, labels: { color: r }, minorGridLines: { color: t }, majorGridLines: { color: a }, title: { color: r }, crosshair: { color: l }, notes: o() } }, gauge: { pointer: { color: f }, scale: { rangePlaceholderColor: a, labels: { color: r }, minorTicks: { color: r }, majorTicks: { color: r }, line: { color: r } } }, diagram: { shapeDefaults: { fill: { color: f }, connectorDefaults: { fill: { color: r }, stroke: { color: s }, hover: { fill: { color: s }, stroke: { color: r } } }, content: { color: r } }, editable: { resize: { handles: { fill: { color: s }, stroke: { color: c }, hover: { fill: { color: c }, stroke: { color: c } } } }, rotate: { thumb: { stroke: { color: c }, fill: { color: c } } } }, selectable: { stroke: { color: c } }, connectionDefaults: { stroke: { color: c }, content: { color: c }, selection: { handles: { fill: { color: s }, stroke: { color: c } }, stroke: { color: c } } } }, treeMap: { colors: e(n, i) } });
        }(), function () {
            function o() {
                return { icon: { background: "#00b0ff", border: { color: "#00b0ff" } }, label: { color: "#ffffff" }, line: { color: a } };
            }var r = "#4e4e4e",
                l = "#7f7f7f",
                c = "#bdbdbd",
                a = "#c8c8c8",
                t = "#e5e5e5",
                n = ["#0072c6", "#5db2ff", "#008a17", "#82ba00", "#ff8f32", "#ac193d"],
                i = ["#cbe2f3", "#deeffe", "#cbe7d0", "#e5f0cb", "#fee8d5", "#eed0d7"],
                f = n[0],
                s = b;m("office365", { chart: { title: { color: r }, legend: { labels: { color: r }, inactiveItems: { labels: { color: l }, markers: { color: l } } }, seriesDefaults: { labels: { color: r }, errorBars: { color: r }, notes: o(), candlestick: { downColor: a, line: { color: c } }, area: { opacity: .8 }, waterfall: { line: { color: a } }, horizontalWaterfall: { line: { color: a } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: n, axisDefaults: { line: { color: a }, labels: { color: r }, minorGridLines: { color: t }, majorGridLines: { color: a }, title: { color: r }, crosshair: { color: l }, notes: o() } }, gauge: { pointer: { color: f }, scale: { rangePlaceholderColor: a, labels: { color: r }, minorTicks: { color: r }, majorTicks: { color: r }, line: { color: r } } }, diagram: { shapeDefaults: { fill: { color: f }, connectorDefaults: { fill: { color: r }, stroke: { color: s }, hover: { fill: { color: s }, stroke: { color: r } } }, content: { color: r } }, editable: { resize: { handles: { fill: { color: s }, stroke: { color: c }, hover: { fill: { color: c }, stroke: { color: c } } } }, rotate: { thumb: { stroke: { color: c }, fill: { color: c } } } }, selectable: { stroke: { color: c } }, connectionDefaults: { stroke: { color: c }, content: { color: c }, selection: { handles: { fill: { color: s }, stroke: { color: c } }, stroke: { color: c } } } }, treeMap: { colors: e(n, i) } });
        }(), function () {
            function o() {
                return { icon: { background: "#007cc0", border: { color: "#007cc0" } }, label: { color: "#ffffff" }, line: { color: a } };
            }var r = "#32364c",
                l = "#7f7f7f",
                c = "#bdbdbd",
                a = "#dfe0e1",
                t = "#dfe0e1",
                n = ["#ff4350", "#ff9ea5", "#00acc1", "#80deea", "#ffbf46", "#ffd78c"],
                i = ["#ffd9dc", "#ffeced", "#cceef3", "#e6f8fb", "#fff2da", "#fff7e8"],
                f = n[0],
                s = b;m("nova", { chart: { title: { color: r }, legend: { labels: { color: r }, inactiveItems: { labels: { color: l }, markers: { color: l } } }, seriesDefaults: { labels: { color: r }, errorBars: { color: r }, notes: o(), candlestick: { downColor: a, line: { color: c } }, area: { opacity: .8 }, waterfall: { line: { color: a } }, horizontalWaterfall: { line: { color: a } }, overlay: { gradient: "none" }, border: { _brightness: 1 } }, seriesColors: n, axisDefaults: { line: { color: a }, labels: { color: r }, minorGridLines: { color: t }, majorGridLines: { color: a }, title: { color: r }, crosshair: { color: r }, notes: o() } }, gauge: { pointer: { color: f }, scale: { rangePlaceholderColor: a, labels: { color: r }, minorTicks: { color: r }, majorTicks: { color: r }, line: { color: r } } }, diagram: { shapeDefaults: { fill: { color: f }, connectorDefaults: { fill: { color: r }, stroke: { color: s }, hover: { fill: { color: s }, stroke: { color: r } } }, content: { color: r } }, editable: { resize: { handles: { fill: { color: s }, stroke: { color: c }, hover: { fill: { color: c }, stroke: { color: c } } } }, rotate: { thumb: { stroke: { color: c }, fill: { color: c } } } }, selectable: { stroke: { color: c } }, connectionDefaults: { stroke: { color: c }, content: { color: c }, selection: { handles: { fill: { color: s }, stroke: { color: c } }, stroke: { color: c } } } }, treeMap: { colors: e(n, i) } });
        }();
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (o, e, r) {
    (r || e)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== F;
        }function t(e, t) {
            var n = i(t);return L.round(e * n) / n;
        }function i(e) {
            return e ? L.pow(10, e) : 1;
        }function n(e, t, i) {
            return L.max(L.min(e, i), t);
        }function o(e) {
            return e * M;
        }function r(e) {
            return e / M;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(t, i) {
            return e(t) ? t : i;
        }function l(e) {
            return e * e;
        }function c(e) {
            var t,
                i = [];for (t in e) {
                i.push(t + e[t]);
            }return i.sort().join("");
        }function h(e) {
            var t,
                i = 2166136261;for (t = 0; t < e.length; ++t) {
                i += (i << 1) + (i << 4) + (i << 7) + (i << 8) + (i << 24), i ^= e.charCodeAt(t);
            }return i >>> 0;
        }function u(e) {
            return h(c(e));
        }function p(e) {
            var t,
                i = e.length,
                n = z,
                o = O;for (t = 0; t < i; t++) {
                o = L.max(o, e[t]), n = L.min(n, e[t]);
            }return { min: n, max: o };
        }function f(e) {
            return p(e).min;
        }function d(e) {
            return p(e).max;
        }function g(e) {
            return x(e).min;
        }function m(e) {
            return x(e).max;
        }function x(e) {
            var t,
                i,
                n,
                o = z,
                r = O;for (t = 0, i = e.length; t < i; t++) {
                n = e[t], null !== n && isFinite(n) && (o = L.min(o, n), r = L.max(r, n));
            }return { min: o === z ? void 0 : o, max: r === O ? void 0 : r };
        }function v(e) {
            if (e) return e[e.length - 1];
        }function y(e, t) {
            return e.push.apply(e, t), e;
        }function _(e) {
            return E.template(e, { useWithBlock: !1, paramName: "d" });
        }function b(t, i) {
            return e(i) && null !== i ? " " + t + "='" + i + "' " : "";
        }function w(e) {
            var t,
                i = "";for (t = 0; t < e.length; t++) {
                i += b(e[t][0], e[t][1]);
            }return i;
        }function A(t) {
            var i,
                n,
                o = "";for (i = 0; i < t.length; i++) {
                n = t[i][1], e(n) && (o += t[i][0] + ":" + n + ";");
            }if ("" !== o) return o;
        }function k(e) {
            return "string" != typeof e && (e += "px"), e;
        }function S(e) {
            var t,
                i,
                n = [];if (e) for (t = E.toHyphens(e).split("-"), i = 0; i < t.length; i++) {
                n.push("k-pos-" + t[i]);
            }return n.join(" ");
        }function C(t) {
            return "" === t || null === t || "none" === t || "transparent" === t || !e(t);
        }function P(e) {
            for (var t = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, i = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], n = ""; e > 0;) {
                e < i[0] ? i.shift() : (n += t[i[0]], e -= i[0]);
            }return n;
        }function T(e) {
            var t, i, n, o, r;for (e = e.toLowerCase(), t = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, i = 0, n = 0, o = 0; o < e.length; ++o) {
                if (r = t[e.charAt(o)], !r) return null;i += r, r > n && (i -= 2 * n), n = r;
            }return i;
        }function R(e) {
            var t = Object.create(null);return function () {
                var i,
                    n = "";for (i = arguments.length; --i >= 0;) {
                    n += ":" + arguments[i];
                }return n in t ? t[n] : t[n] = e.apply(this, arguments);
            };
        }function I(e) {
            for (var t, i, n = [], o = 0, r = e.length; o < r;) {
                t = e.charCodeAt(o++), t >= 55296 && t <= 56319 && o < r ? (i = e.charCodeAt(o++), 56320 == (64512 & i) ? n.push(((1023 & t) << 10) + (1023 & i) + 65536) : (n.push(t), o--)) : n.push(t);
            }return n;
        }function V(e) {
            return e.map(function (e) {
                var t = "";return e > 65535 && (e -= 65536, t += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), t += String.fromCharCode(e);
            }).join("");
        }function B(e, t) {
            function i(e, i) {
                for (var n = [], o = 0, r = 0, a = 0; o < e.length && r < i.length;) {
                    t(e[o], i[r]) <= 0 ? n[a++] = e[o++] : n[a++] = i[r++];
                }return o < e.length && n.push.apply(n, e.slice(o)), r < i.length && n.push.apply(n, i.slice(r)), n;
            }return e.length < 2 ? e.slice() : function n(e) {
                var t, o, r;return e.length <= 1 ? e : (t = Math.floor(e.length / 2), o = e.slice(0, t), r = e.slice(t), o = n(o), r = n(r), i(o, r));
            }(e);
        }var L = Math,
            E = window.kendo,
            D = E.deepExtend,
            M = L.PI / 180,
            z = Number.MAX_VALUE,
            O = -Number.MAX_VALUE,
            F = "undefined",
            U = Date.now;U || (U = function U() {
            return new Date().getTime();
        }), D(E, { util: { MAX_NUM: z, MIN_NUM: O, append: y, arrayLimits: p, arrayMin: f, arrayMax: d, defined: e, deg: r, hashKey: h, hashObject: u, isNumber: a, isTransparent: C, last: v, limitValue: n, now: U, objectKey: c, round: t, rad: o, renderAttr: b, renderAllAttr: w, renderPos: S, renderSize: k, renderStyle: A, renderTemplate: _, sparseArrayLimits: x, sparseArrayMin: g, sparseArrayMax: m, sqr: l, valueOrDefault: s, romanToArabic: T, arabicToRoman: P, memoize: R, ucs2encode: V, ucs2decode: I, mergeSort: B } }), E.drawing.util = E.util, E.dataviz.util = E.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function t() {
            return { width: 0, height: 0, baseline: 0 };
        }function i(e, t, i) {
            return u.current.measure(e, t, i);
        }function n(e, t) {
            var i = [];if (e.length > 0 && document.fonts) {
                try {
                    i = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (n) {
                    r.logToConsole(n);
                }Promise.all(i).then(t, t);
            } else t();
        }var o = document,
            r = window.kendo,
            a = r.Class,
            s = r.util,
            l = s.defined,
            c = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, t) {
                var i = this,
                    n = i._map,
                    o = { key: e, value: t };n[e] = o, i._head ? (i._tail.newer = o, o.older = i._tail, i._tail = o) : i._head = i._tail = o, i._length >= i._size ? (n[i._head.key] = null, i._head = i._head.newer, i._head.older = null) : i._length++;
            }, get: function get(e) {
                var t = this,
                    i = t._map[e];if (i) return i === t._head && i !== t._tail && (t._head = i.newer, t._head.older = null), i !== t._tail && (i.older && (i.older.newer = i.newer, i.newer.older = i.older), i.older = t._tail, i.newer = null, t._tail.newer = i, t._tail = i), i.value;
            } }),
            h = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            u = a.extend({ init: function init(e) {
                this._cache = new c(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(i, n, r) {
                var a, c, u, p, f, d, g, m;if (!i) return t();if (a = s.objectKey(n), c = s.hashKey(i + a), u = this._cache.get(c), u) return u;p = t(), f = r ? r : h, d = this._baselineMarker().cloneNode(!1);for (g in n) {
                    m = n[g], l(m) && (f.style[g] = m);
                }return e(f).text(i), f.appendChild(d), o.body.appendChild(f), (i + "").length && (p.width = f.offsetWidth - this.options.baselineMarkerSize, p.height = f.offsetHeight, p.baseline = d.offsetTop + this.options.baselineMarkerSize), p.width > 0 && p.height > 0 && this._cache.put(c, p), f.parentNode.removeChild(f), p;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });u.current = new u(), r.util.TextMetrics = u, r.util.LRUCache = c, r.util.loadFonts = n, r.util.measureText = i;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var i,
                n,
                o,
                a,
                s,
                l,
                c,
                h = "",
                u = 0;for (e = t(e); u < e.length;) {
                i = e.charCodeAt(u++), n = e.charCodeAt(u++), o = e.charCodeAt(u++), a = i >> 2, s = (3 & i) << 4 | n >> 4, l = (15 & n) << 2 | o >> 6, c = 63 & o, isNaN(n) ? l = c = 64 : isNaN(o) && (c = 64), h = h + r.charAt(a) + r.charAt(s) + r.charAt(l) + r.charAt(c);
            }return h;
        }function t(e) {
            var t,
                i,
                n = "";for (t = 0; t < e.length; t++) {
                i = e.charCodeAt(t), i < 128 ? n += o(i) : i < 2048 ? (n += o(192 | i >>> 6), n += o(128 | 63 & i)) : i < 65536 && (n += o(224 | i >>> 12), n += o(128 | i >>> 6 & 63), n += o(128 | 63 & i));
            }return n;
        }var i = window.kendo,
            n = i.deepExtend,
            o = String.fromCharCode,
            r = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";n(i.util, { encodeBase64: e, encodeUTF8: t });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var t = Math,
            i = window.kendo,
            n = i.deepExtend,
            o = e.inArray,
            r = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var t = this.observers(),
                    i = o(e, t);return i != -1 && t.splice(i, 1), this;
            }, trigger: function trigger(e, t) {
                var i,
                    n,
                    o = this._observers;if (o && !this._suspended) for (n = 0; n < o.length; n++) {
                    i = o[n], i[e] && i[e](t);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = t.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, t) {
                this[e] && this[e].removeObserver(this), this[e] = t, t.addObserver(this);
            } };n(i, { mixins: { ObserversMixin: r } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("kendo.dataviz.chart.min", ["kendo.color.min", "kendo.data.min", "kendo.dataviz.core.min", "kendo.dataviz.themes.min", "kendo.drawing.min", "kendo.userevents.min"], e);
}(function () {
    return function (e, t) {
        function i() {
            return this;
        }function n() {
            this._defaults = {};
        }function o(e, t, i, n) {
            var o,
                r,
                a = (n.x - i.x) * (e.y - i.y) - (n.y - i.y) * (e.x - i.x),
                s = (n.y - i.y) * (t.x - e.x) - (n.x - i.x) * (t.y - e.y);return 0 !== s && (r = a / s, o = new ui(e.x + r * (t.x - e.x), e.y + r * (t.y - e.y))), o;
        }function r(e, t) {
            var i,
                n,
                o,
                r = e.series,
                s = r.length,
                l = e.seriesDefaults,
                c = Xt({}, e.seriesDefaults),
                h = t ? Xt({}, t.seriesDefaults) : {},
                u = Xt({}, h);for (a(c), a(u), i = 0; i < s; i++) {
                n = r[i].type || e.seriesDefaults.type, o = Xt({ data: [] }, u, h[n], { tooltip: e.tooltip }, c, l[n]), r[i]._defaults = o, r[i] = Xt({}, o, r[i]);
            }
        }function a(e) {
            delete e.bar, delete e.column, delete e.rangeColumn, delete e.line, delete e.verticalLine, delete e.pie, delete e.donut, delete e.area, delete e.verticalArea, delete e.scatter, delete e.scatterLine, delete e.bubble, delete e.candlestick, delete e.ohlc, delete e.boxPlot, delete e.bullet, delete e.verticalBullet, delete e.polarArea, delete e.polarLine, delete e.radarArea, delete e.radarLine, delete e.waterfall;
        }function s(e) {
            var t,
                i,
                n,
                o,
                r = e.series,
                a = e.seriesColors || [];for (t = 0; t < r.length; t++) {
                i = r[t], n = a[t % a.length], i.color = i.color || n, o = i._defaults, o && (o.color = o.color || n);
            }
        }function l(e) {
            var t;Et([nn, hr, vr, yr], function () {
                t = this + "Axes", e[t] && (e[this + "Axis"] = e[t], delete e[t]);
            });
        }function c(t, i) {
            var n = (i || {}).axisDefaults || {};Et([nn, hr, vr, yr], function () {
                var i = this + "Axis",
                    o = [].concat(t[i]),
                    r = t.axisDefaults || {};o = e.map(o, function (e) {
                    var t = (e || {}).color,
                        o = Xt({}, n, n[i], r, r[i], { line: { color: t }, labels: { color: t }, title: { color: t } }, e);return delete o[i], o;
                }), t[i] = o.length > 1 ? o : o[0];
            });
        }function h(e) {
            var t,
                i = e.length,
                n = 0;for (t = 0; t < i; t++) {
                n = Ot.max(n, e[t].data.length);
            }return n;
        }function u(e) {
            return e * e;
        }function p(e, t) {
            if (null === t) return t;var i = Wt(e, !0);return i(t);
        }function f(e, t) {
            if (null === t) return t;var i = "_date_" + e,
                n = t[i];return n || (n = d(Wt(e, !0)(t)), t[i] = n), n;
        }function d(e) {
            var t, i;if (e instanceof Date) t = e;else if ((typeof e === "undefined" ? "undefined" : _typeof(e)) === Yo) t = Nt.parseDate(e) || new Date(e);else if (e) if (Dt(e)) for (t = [], i = 0; i < e.length; i++) {
                t.push(d(e[i]));
            } else t = new Date(e);return t;
        }function g(e) {
            return Dt(e) ? zt(e, g) : e ? d(e).getTime() : t;
        }function m(e, t, i, n) {
            var o,
                r = e;return e && (e = d(e), o = e.getHours(), i === _r ? (r = new Date(e.getFullYear() + t, 0, 1), Nt.date.adjustDST(r, 0)) : i === so ? (r = new Date(e.getFullYear(), e.getMonth() + t, 1), Nt.date.adjustDST(r, o)) : i === mr ? (r = m(x(e, n), 7 * t, xn), Nt.date.adjustDST(r, o)) : i === xn ? (r = new Date(e.getFullYear(), e.getMonth(), e.getDate() + t), Nt.date.adjustDST(r, o)) : i === Hn ? (e = new Date(e), e.setUTCMinutes(0, 0, 0), r = w(e, t * Qo)) : i === ao ? (r = w(e, t * Ko), r.getSeconds() > 0 && r.setSeconds(0)) : i === Eo ? r = w(e, t * Zo) : i === Do && (r = w(e, t)), i !== Do && r.getMilliseconds() > 0 && r.setMilliseconds(0)), r;
        }function x(e, t) {
            var i = e.getDay(),
                n = 0;if (!isNaN(i)) for (t = t || 0; i !== t;) {
                0 === i ? i = 6 : i--, n++;
            }return w(e, -n * $o);
        }function v(e, t, i) {
            return e = d(e), m(e, 0, t, i);
        }function y(e, t, i) {
            return e = d(e), e && v(e, t, i).getTime() === e.getTime() ? e : m(e, 1, t, i);
        }function _(e, t) {
            return e.getTime() - t;
        }function b(e, t) {
            var i = e.getTime() - t,
                n = e.getTimezoneOffset() - t.getTimezoneOffset();return i - n * Ko;
        }function w(e, t) {
            return new Date(e.getTime() + t);
        }function A(e, t, i) {
            var n;return n = i === _r ? t.getFullYear() - e.getFullYear() : i === so ? 12 * A(e, t, _r) + t.getMonth() - e.getMonth() : Ot.floor(i === xn ? _(t, e) / $o : _(t, e) / ir[i]);
        }function k(e, t, i, n) {
            var o,
                r = d(e),
                a = d(t);return o = i == so ? r.getMonth() - a.getMonth() + 12 * (r.getFullYear() - a.getFullYear()) + S(r, new Date(r.getFullYear(), r.getMonth()), xn) / new Date(r.getFullYear(), r.getMonth() + 1, 0).getDate() : i == _r ? r.getFullYear() - a.getFullYear() + k(r, new Date(r.getFullYear(), 0), so, 1) / 12 : i == xn || i == mr ? S(r, a, i) : _(r, t) / ir[i], o / n;
        }function S(e, t, i) {
            return b(e, t) / ir[i];
        }function C(e) {
            return 1 === e.length ? e[0] : e;
        }function P(e) {
            var t,
                i,
                n,
                o = e.length;if (o > 0) for (i = 0; i < o; i++) {
                n = e[i].contentBox(), t ? t.wrap(n) : t = n.clone();
            }return t || ii();
        }function T(e, t) {
            return e && t ? e.toLowerCase() === t.toLowerCase() : e === t;
        }function R(e, t) {
            return e && t ? g(e) === g(t) : e === t;
        }function I(e, t) {
            null !== t && e.push(t);
        }function V(e, t) {
            for (var i, n, o = 0, r = t.length - 1; o <= r;) {
                if (i = Ot.floor((o + r) / 2), n = t[i], n < e) o = i + 1;else {
                    if (!(n > e)) {
                        for (; R(t[i - 1], e);) {
                            i--;
                        }return i;
                    }r = i - 1;
                }
            }return t[i] <= e ? i : i - 1;
        }function B(e) {
            return "number" == typeof e && !isNaN(e);
        }function L(e) {
            var t,
                i,
                n = e.length,
                o = 0;for (t = 0; t < n; t++) {
                i = e[t], B(i) && o++;
            }return o;
        }function E(e) {
            return L(e) === e.length;
        }function D(e) {
            var t,
                i,
                n,
                o = {};for (t = 0; t < e.length; t++) {
                i = e[t], n = i.options.name, n && (o[n] = i.range());
            }return o;
        }function M(e, t, i, n) {
            var o,
                r,
                a,
                s,
                l,
                c = !1;if (i = i || {}, a = i.excluded = i.excluded || [], s = i.defaults = i.defaults || {}, l = i.depth = i.depth || 0, !(l > to)) {
                for (o in e) {
                    !Ai(o, i.excluded) && e.hasOwnProperty(o) && (r = e[o], Zt(r) ? (c = !0, n || (e[o] = Mi(r(t), s[o]))) : (typeof r === "undefined" ? "undefined" : _typeof(r)) === vo && (n || (i.defaults = s[o]), i.depth++, c = M(r, t, i, n) || c, i.depth--));
                }return c;
            }
        }function z(e, i) {
            var n,
                o,
                r,
                a = [],
                s = e.groupNameTemplate,
                l = i.length;if (0 === l) return r = Xt({}, e), r.visibleInLegend = !1, [r];for (Ri(s) ? (Nt.logToConsole("'groupNameTemplate' is obsolete and will be removed in future versions. Specify the group name template as 'series.name'"), s && (n = Kt(s))) : (n = Kt(e.name || ""), 0 === n._slotCount && (n = Kt(Ri(e.name) ? "#= group.value #: #= series.name #" : "#= group.value #"))), o = 0; o < l; o++) {
                r = Xt({}, e), Zt(r.color) || (r.color = t), r._groupIx = o, r._groupValue = i[o].value, a.push(r), n && (r.name = n({ series: r, group: i[o] }));
            }return a;
        }function O(e, t) {
            var i,
                n,
                o = [];for (t = [].concat(t), i = 0; i < e.length; i++) {
                n = e[i], Ai(n.type, t) && o.push(n);
            }return o;
        }function F(t, i) {
            if (t instanceof Date) {
                for (var n = 0, o = i.length; n < o; n++) {
                    if (R(i[n], t)) return n;
                }return -1;
            }return e.inArray(t, i);
        }function U(e, t) {
            t = t || _i;for (var i = 1, n = e.length; i < n; i++) {
                if (t(e[i], e[i - 1]) < 0) {
                    e.sort(t);break;
                }
            }return e;
        }function H(e, t) {
            var i,
                n = U(e, t),
                o = n.length,
                r = o > 0 ? [n[0]] : [];for (t = t || _i, i = 1; i < o; i++) {
                0 !== t(n[i], Ii(r)) && r.push(n[i]);
            }return r;
        }function N(e, t) {
            var i = e.type,
                n = t instanceof Date;return !i && n || T(i, mn);
        }function j(e) {
            var t,
                i,
                n,
                o,
                r = [],
                a = e.length;for (t = 0; t < a; t++) {
                for (i = e[t], o = i.length, n = 0; n < o; n++) {
                    r[n] = r[n] || [], r[n].push(i[n]);
                }
            }return r;
        }function G(e, t) {
            if (e.indexOf(".") > -1) for (var i, n = e.split("."), o = ""; n.length > 1;) {
                o += n.shift(), i = Nt.getter(o)(t) || {}, Nt.setter(o)(t, i), o += ".";
            }
        }function q(e) {
            var t,
                i,
                n,
                o = e.data,
                r = 0;for (t = 0; t < o.length; t++) {
                i = oe.current.bindPoint(e, t), n = i.valueFields.value, (typeof n === "undefined" ? "undefined" : _typeof(n)) === Yo && (n = parseFloat(n)), B(n) && i.fields.visible !== !1 && (r += Ot.abs(n));
            }return r;
        }function Y(e) {
            var t = e.overlay;return t && t.gradient && "none" != t.gradient;
        }function X(e) {
            for (var t = 0; t < e.length; t++) {
                if (Ri(e[t].zIndex)) return !0;
            }
        }function W() {
            this._defaultPrevented = !0;
        }function Z(e, t) {
            if (e) for (var i = 0; i < e.length; i++) {
                if (e[i].category === t) return [e[i]];
            }
        }function K(e) {
            return Ri(e) && null !== e;
        }function Q(e) {
            var t,
                i,
                n = {};for (i = 0; i < e.length; i++) {
                t = e[i], t.axis.options.name && (n[t.axis.options.name] = { min: t.range.min, max: t.range.max });
            }return n;
        }function $(e, t) {
            var i = (t || "").toLowerCase(),
                n = "none" == i && !(e.ctrlKey || e.shiftKey || e.altKey) || e[i + "Key"];return n;
        }function J(e, t) {
            var i = [];ee(e, i), Nt.util.loadFonts(i, t);
        }function ee(e, t, i) {
            var n = 5;i = i || { depth: 0 }, !e || i.depth > n || !document.fonts || Object.keys(e).forEach(function (n) {
                var o = e[n];"dataSource" !== n && "$" !== n[0] && o && ("font" === n ? t.push(o) : "object" == (typeof o === "undefined" ? "undefined" : _typeof(o)) && (i.depth++, ee(o, t, i), i.depth--));
            });
        }function te(e, t) {
            var i, n, o, r;for (o in t) {
                i = t[o], n = e[o], Ri(n) && (r = null === i, r || !Ri(i) ? (delete e[o], r && delete t[o]) : n && Mt(i) && Mt(i) && te(n, i));
            }
        }function ie(e, t) {
            var i, n;for (i = 0; i < e.length; i++) {
                if (n = e[i], n && n.pane === t) return n;
            }
        }var ne,
            oe,
            re,
            ae,
            se,
            le,
            ce,
            he,
            ue,
            pe,
            fe,
            de,
            ge,
            me,
            xe,
            ve,
            ye,
            _e,
            be,
            we,
            Ae,
            ke,
            Se,
            Ce,
            Pe,
            Te,
            Re,
            Ie,
            Ve,
            Be,
            Le,
            Ee,
            De,
            Me,
            ze,
            Oe,
            Fe,
            Ue,
            He,
            Ne,
            je,
            Ge,
            qe,
            Ye,
            Xe,
            We,
            Ze,
            Ke,
            Qe,
            $e,
            Je,
            et,
            tt,
            it,
            nt,
            ot,
            rt,
            at,
            st,
            lt,
            ct,
            ht,
            ut,
            pt,
            ft,
            dt,
            gt,
            mt,
            xt,
            vt,
            yt,
            _t,
            bt,
            wt,
            At,
            kt,
            St,
            Ct,
            Pt,
            Tt,
            Rt,
            It,
            Vt,
            Bt,
            Lt,
            Et = e.each,
            Dt = e.isArray,
            Mt = e.isPlainObject,
            zt = e.map,
            Ot = Math,
            Ft = e.noop,
            Ut = e.extend,
            Ht = e.proxy,
            Nt = window.kendo,
            jt = Nt.Class,
            Gt = Nt.Observable,
            qt = Nt.data.DataSource,
            Yt = Nt.ui.Widget,
            Xt = Nt.deepExtend,
            Wt = Nt.getter,
            Zt = Nt.isFunction,
            Kt = Nt.template,
            Qt = Nt._outerWidth,
            $t = Nt._outerHeight,
            Jt = Nt.dataviz,
            ei = Jt.Axis,
            ti = Jt.AxisLabel,
            ii = Jt.Box2D,
            ni = Jt.BoxElement,
            oi = Jt.ChartElement,
            ri = Nt.drawing.Color,
            ai = Jt.CurveProcessor,
            si = Jt.FloatElement,
            li = Jt.Note,
            ci = Jt.LogarithmicAxis,
            hi = Jt.NumericAxis,
            ui = Jt.Point2D,
            pi = Jt.RootElement,
            fi = Jt.Ring,
            di = Jt.ShapeElement,
            gi = Jt.ShapeBuilder,
            mi = Jt.TextBox,
            xi = Jt.Title,
            vi = Jt.alignPathToPixel,
            yi = Jt.autoFormat,
            _i = Jt.dateComparer,
            bi = Jt.eventTargetElement,
            wi = Jt.getSpacing,
            Ai = Jt.inArray,
            ki = Jt.interpolateValue,
            Si = Jt.mwDelta,
            Ci = Jt.round,
            Pi = Nt.util,
            Ti = Pi.append,
            Ri = Pi.defined,
            Ii = Pi.last,
            Vi = Pi.limitValue,
            Bi = Pi.sparseArrayLimits,
            Li = Pi.sparseArrayMin,
            Ei = Pi.sparseArrayMax,
            Di = Pi.renderTemplate,
            Mi = Pi.valueOrDefault,
            zi = Jt.geometry,
            Oi = Jt.drawing,
            Fi = ".kendoChart",
            Ui = "above",
            Hi = "area",
            Ni = "auto",
            ji = "fit",
            Gi = Jt.AXIS_LABEL_CLICK,
            qi = "bar",
            Yi = 6,
            Xi = .8,
            Wi = "below",
            Zi = "#000",
            Ki = "both",
            Qi = "bottom",
            $i = "boxPlot",
            Ji = "bubble",
            en = "bullet",
            tn = "candlestick",
            nn = "category",
            on = "center",
            rn = "change",
            an = "circle",
            sn = "contextmenu" + Fi,
            ln = Jt.CLIP,
            cn = "color",
            hn = "column",
            un = Jt.COORD_PRECISION,
            pn = "cross",
            fn = "k-",
            dn = "custom",
            gn = "dataBound",
            mn = "date",
            xn = "days",
            vn = Jt.DEFAULT_FONT,
            yn = Jt.DEFAULT_HEIGHT,
            _n = Jt.DEFAULT_PRECISION,
            bn = Jt.DEFAULT_WIDTH,
            wn = 4,
            An = "donut",
            kn = 50,
            Sn = "drag",
            Cn = "dragEnd",
            Pn = "dragStart",
            Tn = "errorLow",
            Rn = "errorHigh",
            In = "xErrorLow",
            Vn = "xErrorHigh",
            Bn = "yErrorLow",
            Ln = "yErrorHigh",
            En = "fadeIn",
            Dn = "first",
            Mn = "from",
            zn = "funnel",
            On = "glass",
            Fn = "horizontal",
            Un = "horizontalWaterfall",
            Hn = "hours",
            Nn = Jt.INITIAL_ANIMATION_DURATION,
            jn = "insideBase",
            Gn = "insideEnd",
            qn = "interpolate",
            Yn = "leave",
            Xn = "left",
            Wn = "legendItemClick",
            Zn = "legendItemHover",
            Kn = "line",
            Qn = 8,
            $n = "linear",
            Jn = "log",
            eo = "max",
            to = 5,
            io = Number.MAX_VALUE,
            no = "min",
            oo = .01,
            ro = -Number.MAX_VALUE,
            ao = "minutes",
            so = "months",
            lo = "mouseleave" + Fi,
            co = "mousemove.tracking",
            ho = "mousemove" + Fi,
            uo = 20,
            po = 150,
            fo = "DOMMouseScroll" + Fi + " mousewheel" + Fi,
            go = Jt.NOTE_CLICK,
            mo = Jt.NOTE_HOVER,
            xo = "noteText",
            vo = "object",
            yo = "ohlc",
            _o = "outsideEnd",
            bo = "pie",
            wo = 70,
            Ao = "plotAreaClick",
            ko = "plotAreaHover",
            So = "pointer",
            Co = "rangeBar",
            Po = "rangeColumn",
            To = "render",
            Ro = "right",
            Io = "roundedBevel",
            Vo = "roundedGlass",
            Bo = "scatter",
            Lo = "scatterLine",
            Eo = "seconds",
            Do = "milliseconds",
            Mo = "selectStart",
            zo = "select",
            Oo = "selectEnd",
            Fo = "seriesClick",
            Uo = "seriesHover",
            Ho = Nt.support.browser.msie && 10 === Nt.support.browser.version ? .001 : 0,
            No = "step",
            jo = "smooth",
            Go = "stderr",
            qo = "stddev",
            Yo = "string",
            Xo = "summary",
            Wo = 1,
            Zo = 1e3 * Wo,
            Ko = 60 * Zo,
            Qo = 60 * Ko,
            $o = 24 * Qo,
            Jo = 7 * $o,
            er = 31 * $o,
            tr = 365 * $o,
            ir = { years: tr, months: er, weeks: Jo, days: $o, hours: Qo, minutes: Ko, seconds: Zo, milliseconds: Wo },
            nr = "to",
            or = "top",
            rr = 150,
            ar = 5,
            sr = 100,
            lr = 100,
            cr = "chart-tooltip-inverse",
            hr = "value",
            ur = "verticalArea",
            pr = "verticalBoxPlot",
            fr = "verticalBullet",
            dr = "verticalLine",
            gr = "waterfall",
            mr = "weeks",
            xr = "#fff",
            vr = "x",
            yr = "y",
            _r = "years",
            br = "zero",
            wr = 3,
            Ar = "zoomStart",
            kr = "zoom",
            Sr = "zoomEnd",
            Cr = [Do, Eo, ao, Hn, xn, mr, so, _r],
            Pr = [qi, hn, yo, tn, $i, pr, en, Po, Co, gr, Un],
            Tr = { milliseconds: "HH:mm:ss.fff", seconds: "HH:mm:ss", minutes: "HH:mm", hours: "HH:mm", days: "M/d", weeks: "M/d", months: "MMM 'yy", years: "yyyy" },
            Rr = Yt.extend({ init: function init(e, i) {
                var n,
                    o,
                    r = this;Nt.destroy(e), Yt.fn.init.call(r, e), r.element.addClass(fn + this.options.name.toLowerCase()).css("position", "relative"), i && (o = i.dataSource, i.dataSource = t), n = Xt({}, r.options, i), r._originalOptions = Xt({}, n), r._initTheme(n), r._initSurface(), r.bind(r.events, r.options), r.wrapper = r.element, i && (i.dataSource = o), r._initDataSource(i), Nt.notify(r, Jt.ui);
            }, _initTheme: function _initTheme(i) {
                var n,
                    o = this,
                    r = Jt.ui.themes || {},
                    a = i.theme,
                    c = r[a] || r[a.toLowerCase()],
                    h = a && c ? c.chart : {},
                    u = [],
                    p = i.series || [];for (n = 0; n < p.length; n++) {
                    u.push(e.extend({}, p[n]));
                }i.series = u, l(i), o._applyDefaults(i, h), null === i.seriesColors && (i.seriesColors = t), o.options = Xt({}, h, i), s(o.options);
            }, _initDataSource: function _initDataSource(e) {
                var t = this,
                    i = (e || {}).dataSource;t._dataChangeHandler = Ht(t._onDataChanged, t), t.dataSource = qt.create(i).bind(rn, t._dataChangeHandler), t._bindCategories(), i && (t._hasDataSource = !0), J(e, function () {
                    t._redraw(), t._attachEvents();
                }), i && t.options.autoBind && t.dataSource.fetch();
            }, setDataSource: function setDataSource(e) {
                var t = this;t.dataSource.unbind(rn, t._dataChangeHandler), t.dataSource = e = qt.create(e), t._hasDataSource = !0, t._hasData = !1, e.bind(rn, t._dataChangeHandler), t.options.autoBind && e.fetch();
            }, events: [gn, Fo, Uo, Gi, Wn, Zn, Ao, ko, Pn, Sn, Cn, Ar, kr, Sr, Mo, zo, Oo, go, mo, To], items: function items() {
                return e();
            }, options: { name: "Chart", renderAs: "", theme: "default", chartArea: {}, legend: { visible: !0, labels: {} }, categoryAxis: {}, autoBind: !0, seriesDefaults: { type: hn, data: [], highlight: { visible: !0 }, labels: {}, negativeValues: { visible: !1 } }, series: [], seriesColors: null, tooltip: { visible: !1 }, transitions: !0, valueAxis: {}, plotArea: {}, title: {}, xAxis: {}, yAxis: {}, panes: [{}], pannable: !1, zoomable: !1 }, refresh: function refresh() {
                var e = this;e._applyDefaults(e.options), s(e.options), e._bindSeries(), e._bindCategories(), e.trigger(gn), e._redraw();
            }, getSize: function getSize() {
                return Nt.dimensions(this.element);
            }, _resize: function _resize() {
                var e = this.options.transitions;this.options.transitions = !1, this._redraw(), this.options.transitions = e;
            }, redraw: function redraw(e) {
                var t,
                    i,
                    n = this;n._applyDefaults(n.options), s(n.options), e ? (i = n._model._plotArea, t = i.findPane(e), i.redraw(t)) : n._redraw();
            }, getAxis: function getAxis(e) {
                var t,
                    i = this._plotArea.axes;for (t = 0; t < i.length; t++) {
                    if (i[t].options.name === e) return new Bt(i[t]);
                }
            }, findAxisByName: function findAxisByName(e) {
                return this.getAxis(e);
            }, plotArea: function plotArea() {
                return new It(this._plotArea);
            }, findPaneByName: function findPaneByName(e) {
                var t,
                    i = this._plotArea.panes;for (t = 0; t < i.length; t++) {
                    if (i[t].options.name === e) return new Vt(this, i[t]);
                }
            }, findPaneByIndex: function findPaneByIndex(e) {
                var t = this._plotArea.panes;if (t[e]) return new Vt(this, t[e]);
            }, findSeries: function findSeries(e) {
                var t,
                    i = this._plotArea,
                    n = i.srcSeries || i.series;for (t = 0; t < n.length; t++) {
                    if (e(n[t])) return new Lt(this, n[t]);
                }
            }, findSeriesByName: function findSeriesByName(e) {
                return this._createSeries({ name: e });
            }, findSeriesByIndex: function findSeriesByIndex(e) {
                return this._createSeries({ index: e });
            }, _createSeries: function _createSeries(e) {
                var t = this._seriesOptions(e);if (t) return new Lt(this, t);
            }, _seriesOptions: function _seriesOptions(e) {
                var t,
                    i,
                    n = this._plotArea,
                    o = n.srcSeries || n.series;if (Ri(e.index)) t = o[e.index];else if (Ri(e.name)) for (i = 0; i < o.length; i++) {
                    if (o[i].name === e.name) {
                        t = o[i];break;
                    }
                }return t;
            }, toggleHighlight: function toggleHighlight(e, t) {
                var i,
                    n,
                    o,
                    r = this._plotArea,
                    a = (r.srcSeries || r.series || [])[0];Nt.isFunction(t) ? o = r.filterPoints(t) : (Mt(t) ? (i = t.series, n = t.category) : i = n = t, o = a.type === An ? Z(r.pointsBySeriesName(i), n) : a.type === bo || a.type === zn ? Z((r.charts[0] || {}).points, n) : r.pointsBySeriesName(i)), o && this._togglePointsHighlight(e, o);
            }, _togglePointsHighlight: function _togglePointsHighlight(e, t) {
                var i,
                    n = this._highlight;for (i = 0; i < t.length; i++) {
                    n.togglePointHighlight(t[i], e);
                }
            }, showTooltip: function showTooltip(e) {
                var t,
                    i,
                    n,
                    o = this._sharedTooltip(),
                    r = this._tooltip,
                    a = this._plotArea;Nt.isFunction(e) ? (t = a.findPoint(e), t && o && (i = t.categoryIx)) : o && Ri(e) && (i = a.categoryAxis.categoryIndex(e)), o ? i >= 0 && (n = this._plotArea.pointsByCategoryIndex(i), r.showAt(n)) : t && r.show(t);
            }, hideTooltip: function hideTooltip() {
                this._tooltip.hide();
            }, _initSurface: function _initSurface() {
                var e = this.surface,
                    t = this._surfaceWrap(),
                    i = this.options.chartArea;i.width && t.css("width", i.width), i.height && t.css("height", i.height), e && e.options.type === this.options.renderAs ? (this.surface.clear(), this.surface.resize()) : (e && e.destroy(), this.surface = Oi.Surface.create(t, { type: this.options.renderAs }));
            }, _surfaceWrap: function _surfaceWrap() {
                return this.element;
            }, _redraw: function _redraw() {
                var e,
                    t = this,
                    i = t._getModel();t._destroyView(), t._model = i, t._plotArea = i._plotArea, i.renderVisual(), this.options.transitions !== !1 && i.traverse(function (e) {
                    e.animation && e.animation.setup();
                }), t._initSurface(), t.surface.draw(i.visual), this.options.transitions !== !1 && i.traverse(function (e) {
                    e.animation && e.animation.play();
                }), t._tooltip = t._createTooltip(), t._highlight = new vt(e), t._setupSelection(), t._createPannable(), t._createZoomSelection(), t._createMousewheelZoom(), t._hasDataSource && !t._hasData && t.options.autoBind || t.trigger(To);
            }, exportVisual: function exportVisual(e) {
                var t, i, n, o;return e && (e.width || e.height) ? (i = this.options.chartArea, n = this._originalOptions.chartArea, Xt(i, e), o = this._getModel(), i.width = n.width, i.height = n.height, o.renderVisual(), t = o.visual) : t = this.surface.exportVisual(), t;
            }, _sharedTooltip: function _sharedTooltip() {
                var e = this,
                    t = e.options;return e._plotArea instanceof ut && t.tooltip.shared;
            }, _createPannable: function _createPannable() {
                var e = this.options;e.pannable !== !1 && (this._pannable = new Ct(this._plotArea, e.pannable));
            }, _createZoomSelection: function _createZoomSelection() {
                var e = this.options.zoomable,
                    t = (e || {}).selection;e !== !1 && t !== !1 && (this._zoomSelection = new Pt(this, t));
            }, _createMousewheelZoom: function _createMousewheelZoom() {
                var e = this.options.zoomable,
                    t = (e || {}).mousewheel;e !== !1 && t !== !1 && (this._mousewheelZoom = new Tt(this, t));
            }, _createTooltip: function _createTooltip() {
                var e,
                    t = this,
                    i = t.options,
                    n = t.element;return e = t._sharedTooltip() ? new bt(n, t._plotArea, i.tooltip) : new _t(n, i.tooltip), e.bind(Yn, Ht(t._tooltipleave, t)), e;
            }, _tooltipleave: function _tooltipleave() {
                var e = this,
                    t = e._plotArea,
                    i = e._highlight;t.hideCrosshairs(), i.hide();
            }, _applyDefaults: function _applyDefaults(e, t) {
                c(e, t), r(e, t);
            }, _getModel: function _getModel() {
                var e,
                    t = this,
                    i = t.options,
                    n = new pi(t._modelOptions());return n.chart = t, xi.buildTitle(i.title, n), e = n._plotArea = t._createPlotArea(), i.legend.visible && n.append(new le(e.options.legend)), n.append(e), n.reflow(), n;
            }, _modelOptions: function _modelOptions() {
                var e = this,
                    t = e.options,
                    i = e.element,
                    n = Ot.floor(i.height()),
                    o = Ot.floor(i.width());return e._size = null, Xt({ width: o || bn, height: n || yn, transitions: t.transitions }, t.chartArea);
            }, _createPlotArea: function _createPlotArea(e) {
                var t = this,
                    i = t.options;return ne.current.create(e ? [] : i.series, i);
            }, _setupSelection: function _setupSelection() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a._plotArea,
                    l = s.axes,
                    c = a._selections = [];for (a._selectStartHandler || (a._selectStartHandler = Ht(a._selectStart, a), a._selectHandler = Ht(a._select, a), a._selectEndHandler = Ht(a._selectEnd, a)), t = 0; t < l.length; t++) {
                    i = l[t], r = i.options, i instanceof ce && r.select && !r.vertical && (n = 0, o = r.categories.length - 1, i instanceof he && (n = r.categories[n], o = r.categories[o]), r.justified || (i instanceof he ? o = m(o, 1, r.baseUnit, r.weekStartDay) : o++), e = new St(a, i, Xt({ min: n, max: o }, r.select)), e.bind(Mo, a._selectStartHandler), e.bind(zo, a._selectHandler), e.bind(Oo, a._selectEndHandler), c.push(e));
                }
            }, _selectStart: function _selectStart(e) {
                return this.trigger(Mo, e);
            }, _select: function _select(e) {
                return this.trigger(zo, e);
            }, _selectEnd: function _selectEnd(e) {
                return this.trigger(Oo, e);
            }, _attachEvents: function _attachEvents() {
                var e = this,
                    t = e.element,
                    i = e.surface;i.bind("mouseenter", Ht(e._mouseover, e)), i.bind("mouseleave", Ht(e._mouseout, e)), t.on(sn, Ht(e._click, e)), t.on(fo, Ht(e._mousewheel, e)), t.on(lo, Ht(e._mouseleave, e)), e._mousemove = Nt.throttle(Ht(e._mousemove, e), uo), e._shouldAttachMouseMove() && t.on(ho, e._mousemove), Nt.UserEvents && (e._userEvents = new Nt.UserEvents(t, { global: !0, multiTouch: !0, fastTap: !0, tap: Ht(e._tap, e), start: Ht(e._start, e), move: Ht(e._move, e), end: Ht(e._end, e), gesturestart: Ht(e._gesturestart, e), gesturechange: Ht(e._gesturechange, e), gestureend: Ht(e._gestureend, e) }));
            }, _gesturestart: function _gesturestart(e) {
                this._mousewheelZoom && (this._gestureDistance = e.distance, this._unsetActivePoint(), this.surface.suspendTracking());
            }, _gestureend: function _gestureend() {
                this._zooming && (this.surface && this.surface.resumeTracking(), this._zooming = !1, this.trigger(Sr, {}));
            }, _gesturechange: function _gesturechange(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r._mousewheelZoom;a && (e.preventDefault(), t = r._gestureDistance, i = -e.distance / t + 1, Ot.abs(i) >= .1 && (i = Ot.round(10 * i), r._gestureDistance = e.distance, n = { delta: i, axisRanges: D(r._plotArea.axes), originalEvent: e }, !r._zooming && r.trigger(Ar, n) || (r._zooming || (r._zooming = !0), o = n.axisRanges = a.updateRanges(i), o && !r.trigger(kr, n) && a.zoom())));
            }, _mouseout: function _mouseout(e) {
                if (e.element) {
                    var t = this._drawingChartElement(e.element, e);t && t.leave && t.leave(this, e.originalEvent);
                }
            }, _start: function _start(e) {
                var t = this,
                    i = t._events,
                    n = t._eventCoordinates(e);t._plotArea.backgroundContainsPoint(n) && (Ri(i[Pn] || i[Sn] || i[Cn]) && t._startNavigation(e, n, Pn), t._pannable && t._pannable.start(e) && (this.surface.suspendTracking(), this._unsetActivePoint()), t._zoomSelection && t._zoomSelection.start(e) && this.trigger(Ar, { axisRanges: D(this._plotArea.axes), originalEvent: e }));
            }, _move: function _move(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s = this,
                    l = s._navState,
                    c = s._pannable,
                    h = {};if (c) e.preventDefault(), h = c.move(e), h && !s.trigger(Sn, { axisRanges: h, originalEvent: e }) && c.pan();else if (l) {
                    for (e.preventDefault(), t = l.axes, i = 0; i < t.length; i++) {
                        n = t[i], o = n.options.name, o && (r = n.options.vertical ? e.y : e.x, a = r.startLocation - r.location, 0 !== a && (h[n.options.name] = n.translateRange(a)));
                    }l.axisRanges = h, s.trigger(Sn, { axisRanges: h, originalEvent: e });
                }s._zoomSelection && s._zoomSelection.move(e);
            }, _end: function _end(e) {
                var t,
                    i = this._pannable;i && i.end(e) ? (this.surface.resumeTracking(), this.trigger(Cn, { axisRanges: D(this._plotArea.axes), originalEvent: e })) : this._endNavigation(e, Cn), this._zoomSelection && (t = this._zoomSelection.end(e), t && !this.trigger(kr, { axisRanges: t, originalEvent: e }) && (this._zoomSelection.zoom(), this.trigger(Sr, { axisRanges: t, originalEvent: e })));
            }, _mousewheel: function _mousewheel(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = e.originalEvent,
                    h = Si(e),
                    u = l._navState,
                    p = {},
                    f = l._mousewheelZoom,
                    d = l._eventCoordinates(c);if (l._plotArea.backgroundContainsPoint(d)) if (f) s = { delta: h, axisRanges: D(this._plotArea.axes), originalEvent: e }, !l._zooming && l.trigger(Ar, s) || (e.preventDefault(), l._zooming || (l._unsetActivePoint(), l.surface.suspendTracking(), l._zooming = !0), l._mwTimeout && clearTimeout(l._mwTimeout), s.axisRanges = p = f.updateRanges(h), p && !l.trigger(kr, s) && f.zoom(), l._mwTimeout = setTimeout(function () {
                    l.trigger(Sr, s), l._zooming = !1, l.surface && l.surface.resumeTracking();
                }, po));else if (u || (t = l._startNavigation(c, d, Ar), t || (u = l._navState)), u) {
                    for (i = u.totalDelta || h, u.totalDelta = i + h, n = l._navState.axes, o = 0; o < n.length; o++) {
                        r = n[o], a = r.options.name, a && (p[a] = r.scaleRange(-i));
                    }l.trigger(kr, { delta: h, axisRanges: p, originalEvent: e }), l._mwTimeout && clearTimeout(l._mwTimeout), l._mwTimeout = setTimeout(function () {
                        l._endNavigation(e, Sr);
                    }, po);
                }
            }, _startNavigation: function _startNavigation(e, t, i) {
                var n,
                    o,
                    r = this,
                    a = r._model._plotArea,
                    s = a.findPointPane(t),
                    l = a.axes.slice(0);s && (o = D(l), n = r.trigger(i, { axisRanges: o, originalEvent: e }), n ? r._userEvents.cancel() : (r._suppressHover = !0, r._unsetActivePoint(), r._navState = { axisRanges: o, pane: s, axes: l }));
            }, _endNavigation: function _endNavigation(e, t) {
                var i = this;i._navState && (i.trigger(t, { axisRanges: i._navState.axisRanges, originalEvent: e }), i._suppressHover = !1, i._navState = null);
            }, _getChartElement: function _getChartElement(e, t) {
                var i = this.surface.eventTarget(e);if (i) return this._drawingChartElement(i, e, t);
            }, _drawingChartElement: function _drawingChartElement(e, t, i) {
                for (var n; e && !n;) {
                    n = e.chartElement, e = e.parent;
                }if (n) return n.aliasFor && (n = n.aliasFor(t, this._eventCoordinates(t))), i && (n = n.closest(i)), n;
            }, _eventCoordinates: function _eventCoordinates(e) {
                var t = this,
                    i = Ri((e.x || {}).client),
                    n = i ? e.x.client : e.clientX,
                    o = i ? e.y.client : e.clientY;return t._toModelCoordinates(n, o);
            }, _toModelCoordinates: function _toModelCoordinates(t, i) {
                var n = this.element,
                    o = n.offset(),
                    r = parseInt(n.css("paddingLeft"), 10),
                    a = parseInt(n.css("paddingTop"), 10),
                    s = e(window);return new ui(t - o.left - r + s.scrollLeft(), i - o.top - a + s.scrollTop());
            }, _tap: function _tap(e) {
                var t = this,
                    i = t.surface.eventTarget(e),
                    n = t._drawingChartElement(i, e);t._activePoint === n ? t._propagateClick(n, e) : (t._startHover(i, e) || t._unsetActivePoint(), t._propagateClick(n, e)), t._supressMouseleave = !0, setTimeout(function () {
                    t._supressMouseleave = !1;
                }, 0);
            }, _click: function _click(e) {
                var t = this,
                    i = t._getChartElement(e);t._propagateClick(i, e);
            }, _propagateClick: function _propagateClick(e, t) {
                for (; e;) {
                    e.click && e.click(this, t), e = e.parent;
                }
            }, _startHover: function _startHover(e, i) {
                var n,
                    o = this,
                    r = o._drawingChartElement(e, i),
                    a = o._tooltip,
                    s = o._highlight,
                    l = o.options.tooltip;if (!o._suppressHover && s && !s.isHighlighted(r) && !o._sharedTooltip()) return n = o._drawingChartElement(e, i, function (e) {
                    return e.hover && !(e instanceof ct);
                }), n && !n.hover(o, i) ? (o._activePoint = n, l = Xt({}, l, n.options.tooltip), l.visible && a.show(n), s.show(n), n) : t;
            }, _mouseover: function _mouseover(t) {
                var i = this,
                    n = i._startHover(t.element, t.originalEvent);n && n.tooltipTracking && e(document).on(co, Ht(i._mouseMoveTracking, i));
            }, _mouseMoveTracking: function _mouseMoveTracking(t) {
                var i,
                    n,
                    o = this,
                    r = o.options,
                    a = o._tooltip,
                    s = o._highlight,
                    l = o._eventCoordinates(t),
                    c = o._activePoint;o._plotArea.box.containsPoint(l) ? c && c.tooltipTracking && c.series && c.parent.getNearestPoint && (n = c.parent.getNearestPoint(l.x, l.y, c.seriesIx), n && n != c && (n.hover(o, t), o._activePoint = n, i = Xt({}, r.tooltip, c.options.tooltip), i.visible && a.show(n), s.show(n))) : (e(document).off(co), o._unsetActivePoint());
            }, _mousemove: function _mousemove(e) {
                var t = this._eventCoordinates(e);this._trackCrosshairs(t), this._plotArea.hover && this._plotArea.hover(this, e), this._sharedTooltip() && this._trackSharedTooltip(t, e);
            }, _trackCrosshairs: function _trackCrosshairs(e) {
                var t,
                    i,
                    n = this._plotArea.crosshairs;for (t = 0; t < n.length; t++) {
                    i = n[t], i.box.containsPoint(e) ? i.showAt(e) : i.hide();
                }
            }, _trackSharedTooltip: function _trackSharedTooltip(t, i) {
                var n,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    c = s._plotArea,
                    h = c.categoryAxis,
                    u = s._tooltip,
                    p = l.tooltip,
                    f = s._highlight;c.box.containsPoint(t) && (n = h.pointCategoryIndex(t), n !== s._tooltipCategoryIx && (o = c.pointsByCategoryIndex(n), r = e.map(o, function (e) {
                    return e.eventArgs(i);
                }), a = r[0] || {}, a.categoryPoints = r, o.length > 0 && !this.trigger(Uo, a) ? (p.visible && u.showAt(o, t), f.show(o)) : u.hide(), s._tooltipCategoryIx = n));
            }, _mouseleave: function _mouseleave(t) {
                var i = this,
                    n = i._plotArea,
                    o = i._tooltip,
                    r = i._highlight,
                    a = t.relatedTarget;a && e(a).closest(o.element).length || i._supressMouseleave || (i._mousemove.cancel(), n.hideCrosshairs(), r.hide(), setTimeout(Ht(o.hide, o), lr), i._tooltipCategoryIx = null);
            }, _unsetActivePoint: function _unsetActivePoint() {
                var e = this,
                    t = e._tooltip,
                    i = e._highlight;e._activePoint = null, t && t.hide(), i && i.hide();
            }, _onDataChanged: function _onDataChanged(e) {
                var t,
                    i,
                    n = this,
                    o = n.options,
                    r = n._sourceSeries || o.series,
                    a = r.length,
                    l = n.dataSource.view(),
                    c = (n.dataSource.group() || []).length > 0,
                    h = [];for (t = 0; t < a; t++) {
                    i = r[t], n._isBindable(i) && c ? (Ti(h, z(i, l)), this._applyGroupVisibleState(h, e)) : h.push(i || []);
                }n._sourceSeries = r, o.series = h, s(n.options), n._bindSeries(), n._bindCategories(), n._hasData = !0, n._deferRedraw();
            }, _applyGroupVisibleState: function _applyGroupVisibleState(e, t) {
                var i, n;if (t && t.action) for (i = this._groupVisibleState = this._groupVisibleState || {}, n = 0; n < e.length; n++) {
                    i[e[n]._groupValue] === !1 && (e[n].visible = !1);
                } else delete this._groupVisibleState;
            }, _saveGroupVisibleState: function _saveGroupVisibleState(e) {
                Ri(e._groupValue) && (this._groupVisibleState || (this._groupVisibleState = {}), this._groupVisibleState[e._groupValue] = e.visible);
            }, _deferRedraw: function _deferRedraw() {
                var e = this;Nt.support.vml ? (e._clearRedrawTimeout(), e._redrawTimeout = setTimeout(function () {
                    e.surface && (e.trigger(gn), e._redraw());
                }, 0)) : (e.trigger(gn), e._redraw());
            }, _clearRedrawTimeout: function _clearRedrawTimeout() {
                this._redrawTimeout && (clearInterval(this._redrawTimeout), this._redrawTimeout = null);
            }, _bindSeries: function _bindSeries() {
                var e,
                    t,
                    i,
                    n,
                    o = this,
                    r = o.dataSource.view(),
                    a = o.options.series,
                    s = a.length;for (e = 0; e < s; e++) {
                    t = a[e], o._isBindable(t) && (i = t._groupIx, n = Ri(i) ? (r[i] || {}).items : r, t.autoBind !== !1 && (t.data = n));
                }
            }, _bindCategories: function _bindCategories() {
                var e,
                    t,
                    i = this,
                    n = i.dataSource.view() || [],
                    o = (i.dataSource.group() || []).length > 0,
                    r = n,
                    a = i.options,
                    s = [].concat(a.categoryAxis);for (o && n.length && (r = n[0].items), e = 0; e < s.length; e++) {
                    t = s[e], t.autoBind !== !1 && i._bindCategoryAxis(t, r, e);
                }
            }, _bindCategoryAxis: function _bindCategoryAxis(e, t, i) {
                var n,
                    o,
                    r,
                    a = (t || []).length;if (e.field) for (e.categories = [], n = 0; n < a; n++) {
                    r = t[n], o = p(e.field, r), 0 === n ? (e.categories = [o], e.dataItems = [r]) : (e.categories.push(o), e.dataItems.push(r));
                } else this._bindCategoryAxisFromSeries(e, i);
            }, _bindCategoryAxisFromSeries: function _bindCategoryAxisFromSeries(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u,
                    d,
                    g = this,
                    m = [],
                    x = g.options.series,
                    v = x.length,
                    y = {};for (n = 0; n < v; n++) {
                    if (o = x[n], r = o.categoryAxis === e.name || !o.categoryAxis && 0 === t, a = o.data, l = a.length, o.categoryField && r && l > 0) for (d = N(e, p(o.categoryField, a[0])), u = d ? f : p, s = 0; s < l; s++) {
                        c = a[s], h = u(o.categoryField, c), !d && y[h] || (m.push([h, c]), d || (y[h] = !0));
                    }
                }m.length > 0 && (d && (m = H(m, function (e, t) {
                    return _i(e[0], t[0]);
                })), i = j(m), e.categories = i[0], e.dataItems = i[1]);
            }, _isBindable: function _isBindable(e) {
                var t,
                    i,
                    n = oe.current.valueFields(e),
                    o = !0;for (i = 0; i < n.length; i++) {
                    if (t = n[i], t === hr ? t = "field" : t += "Field", !Ri(e[t])) {
                        o = !1;break;
                    }
                }return o;
            }, _legendItemClick: function _legendItemClick(e, t) {
                var i,
                    n,
                    o = this,
                    r = o._plotArea,
                    a = (r.srcSeries || r.series)[e];Ai(a.type, [bo, An, zn]) ? (n = a.data[t], i = !!Ri(n.visible) && !n.visible, n.visible = i) : (a.visible = !a.visible, this._saveGroupVisibleState(a)), this._noTransitionsRedraw();
            }, _noTransitionsRedraw: function _noTransitionsRedraw() {
                var e,
                    t = this.options;t.transitions && (t.transitions = !1, e = !0), this.redraw(), e && (t.transitions = !0);
            }, _legendItemHover: function _legendItemHover(e, t) {
                var i,
                    n = this,
                    o = n._plotArea,
                    r = n._highlight,
                    a = (o.srcSeries || o.series)[e];i = Ai(a.type, [bo, An, zn]) ? o.findPoint(function (i) {
                    return i.series.index === e && i.index === t;
                }) : o.pointsBySeriesIndex(e), r.show(i);
            }, _shouldAttachMouseMove: function _shouldAttachMouseMove() {
                var e = this,
                    t = e._events;return e._plotArea.crosshairs.length || e._tooltip && e._sharedTooltip() || Ri(t[ko]);
            }, setOptions: function setOptions(i) {
                var n = this,
                    o = i.dataSource;i.dataSource = t, te(n._originalOptions, i), n._originalOptions = Xt(n._originalOptions, i), n.options = Xt({}, n._originalOptions), n._sourceSeries = null, e(document).off(ho), Yt.fn._setEvents.call(n, i), n._initTheme(n.options), o && n.setDataSource(o), n._hasDataSource ? n._onDataChanged() : (n._bindCategories(), n.redraw()), n._shouldAttachMouseMove() && n.element.on(ho, n._mousemove);
            }, destroy: function destroy() {
                var t = this,
                    i = t.dataSource;t.element.off(Fi), i && i.unbind(rn, t._dataChangeHandler), e(document).off(co), t._userEvents && t._userEvents.destroy(), t._destroyView(), t.surface.destroy(), t.surface = null, t._clearRedrawTimeout(), Yt.fn.destroy.call(t);
            }, _destroyView: function _destroyView() {
                var e = this,
                    t = e._model,
                    i = e._selections;if (t && (t.destroy(), e._model = null), i) for (; i.length > 0;) {
                    i.shift().destroy();
                }e._unsetActivePoint(), e._tooltip && e._tooltip.destroy(), e._highlight && e._highlight.destroy(), e._zoomSelection && (e._zoomSelection.destroy(), delete e._zoomSelection), e._pannable && (e._pannable.destroy(), delete e._pannable), e._mousewheelZoom && (e._mousewheelZoom.destroy(), delete e._mousewheelZoom);
            } });Jt.ExportMixin.extend(Rr.fn), Nt.PDFMixin && Nt.PDFMixin.extend(Rr.fn), ne = jt.extend({ init: function init() {
                this._registry = [];
            }, register: function register(e, t) {
                this._registry.push({ type: e, seriesTypes: t });
            }, create: function create(e, t) {
                var i,
                    n,
                    o,
                    r = this._registry,
                    a = r[0];for (i = 0; i < r.length; i++) {
                    if (n = r[i], o = O(e, n.seriesTypes), o.length > 0) {
                        a = n;break;
                    }
                }return new a.type(o, t);
            } }), ne.current = new ne(), oe = jt.extend({ init: function init() {
                this._valueFields = {}, this._otherFields = {}, this._nullValue = {}, this._undefinedValue = {};
            }, register: function register(e, i, n) {
                var o,
                    r,
                    a = this;for (i = i || [hr], o = 0; o < e.length; o++) {
                    r = e[o], a._valueFields[r] = i, a._otherFields[r] = n, a._nullValue[r] = a._makeValue(i, null), a._undefinedValue[r] = a._makeValue(i, t);
                }
            }, canonicalFields: function canonicalFields(e) {
                return this.valueFields(e).concat(this.otherFields(e));
            }, valueFields: function valueFields(e) {
                return this._valueFields[e.type] || [hr];
            }, otherFields: function otherFields(e) {
                return this._otherFields[e.type] || [hr];
            }, bindPoint: function bindPoint(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = e.data,
                    h = Ri(i) ? i : c[t],
                    u = { valueFields: { value: h } },
                    p = l.valueFields(e),
                    f = l._otherFields[e.type];return null === h ? s = l._nullValue[e.type] : Ri(h) ? Dt(h) ? (o = h.slice(p.length), s = l._bindFromArray(h, p), n = l._bindFromArray(o, f)) : (typeof h === "undefined" ? "undefined" : _typeof(h)) === vo && (r = l.sourceFields(e, p), a = l.sourceFields(e, f), s = l._bindFromObject(h, p, r), n = l._bindFromObject(h, f, a)) : s = l._undefinedValue[e.type], Ri(s) && (1 === p.length ? u.valueFields.value = s[p[0]] : u.valueFields = s), u.fields = n || {}, u;
            }, _makeValue: function _makeValue(e, t) {
                var i,
                    n,
                    o = {},
                    r = e.length;for (i = 0; i < r; i++) {
                    n = e[i], o[n] = t;
                }return o;
            }, _bindFromArray: function _bindFromArray(e, t) {
                var i,
                    n,
                    o = {};if (t) for (n = Ot.min(t.length, e.length), i = 0; i < n; i++) {
                    o[t[i]] = e[i];
                }return o;
            }, _bindFromObject: function _bindFromObject(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s = {};if (t) for (o = t.length, i = i || t, n = 0; n < o; n++) {
                    r = t[n], a = i[n], s[r] = p(a, e);
                }return s;
            }, sourceFields: function sourceFields(e, t) {
                var i, n, o, r, a;if (t) for (n = t.length, r = [], i = 0; i < n; i++) {
                    o = t[i], a = o === hr ? "field" : o + "Field", r.push(e[a] || o);
                }return r;
            } }), oe.current = new oe(), re = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), this.textBox = new mi(e, i.options), i.append(this.textBox);
            }, options: { position: _o, margin: wi(3), padding: wi(4), color: Zi, background: "", border: { width: 1, color: "" }, aboveAxis: !0, vertical: !1, animation: { type: En, delay: Nn }, zIndex: 2 }, createVisual: function createVisual() {
                this.textBox.options.noclip = this.options.noclip;
            }, reflow: function reflow(e) {
                var t = this,
                    i = t.options,
                    n = i.vertical,
                    o = i.aboveAxis,
                    r = t.children[0],
                    a = r.box,
                    s = r.options.padding;r.options.align = n ? on : Xn, r.options.vAlign = n ? or : on, i.position == Gn ? n ? (r.options.vAlign = or, !o && a.height() < e.height() && (r.options.vAlign = Qi)) : r.options.align = o ? Ro : Xn : i.position == on ? (r.options.vAlign = on, r.options.align = on) : i.position == jn ? n ? r.options.vAlign = o ? Qi : or : r.options.align = o ? Xn : Ro : i.position == _o && (n ? e = o ? new ii(e.x1, e.y1 - a.height(), e.x2, e.y1) : new ii(e.x1, e.y2, e.x2, e.y2 + a.height()) : (r.options.align = on, e = o ? new ii(e.x2, e.y1, e.x2 + a.width(), e.y2) : new ii(e.x1 - a.width(), e.y1, e.x1, e.y2))), i.rotation || (n ? s.left = s.right = (e.width() - r.contentBox.width()) / 2 : s.top = s.bottom = (e.height() - r.contentBox.height()) / 2), r.reflow(e);
            }, alignToClipBox: function alignToClipBox(e) {
                var t,
                    i = this,
                    n = i.options.vertical,
                    o = n ? yr : vr,
                    r = o + "1",
                    a = o + "2",
                    s = i.children[0],
                    l = i.parent.box;(l[r] < e[r] || e[a] < l[a]) && (t = s.paddingBox.clone(), t[r] = Ot.max(l[r], e[r]), t[a] = Ot.min(l[a], e[a]), this.reflow(t));
            } }), ae = ni.extend({ init: function init(e) {
                var t = this;ni.fn.init.call(t, e), t.createContainer(), t.createMarker(), t.createLabel();
            }, createContainer: function createContainer() {
                var e = this;e.container = new si({ vertical: !1, wrap: !1, align: on }), e.append(e.container);
            }, createMarker: function createMarker() {
                this.container.append(new di(this.markerOptions()));
            }, markerOptions: function markerOptions() {
                var e = this.options,
                    t = e.markerColor;return Xt({}, e.markers, { background: t, border: { color: t } });
            }, createLabel: function createLabel() {
                var e = this,
                    t = e.options,
                    i = Xt({}, t.labels);e.container.append(new mi(t.text, i));
            }, renderComplete: function renderComplete() {
                var e, t;oi.fn.renderComplete.call(this), e = this.options.cursor || {}, t = this._itemOverlay = Oi.Path.fromRect(this.container.box.toRect(), { fill: { color: xr, opacity: 0 }, stroke: null, cursor: e.style || e }), this.appendVisual(t);
            }, click: function click(e, t) {
                var i = this.eventArgs(t);e.trigger(Wn, i) || (t.preventDefault(), e._legendItemClick(i.seriesIndex, i.pointIndex));
            }, hover: function hover(e, t) {
                var i = this.eventArgs(t);return e.trigger(Zn, i) || (t.preventDefault(), e._legendItemHover(i.seriesIndex, i.pointIndex)), !0;
            }, leave: function leave(e) {
                e._unsetActivePoint();
            }, eventArgs: function eventArgs(e) {
                var t = this.options;return { element: bi(e), text: t.text, series: t.series, seriesIndex: t.series.index, pointIndex: t.pointIndex };
            }, renderVisual: function renderVisual() {
                var e = this,
                    t = e.options,
                    i = t.visual;i ? (e.visual = i({ active: t.active, series: t.series, pointIndex: t.pointIndex, options: { markers: e.markerOptions(), labels: t.labels }, createVisual: function createVisual() {
                        e.createVisual(), e.renderChildren(), e.renderComplete();var t = e.visual;return delete e.visual, t;
                    } }), this.addVisual()) : oi.fn.renderVisual.call(e);
            } }), se = oi.extend({ render: function render() {
                var e,
                    t,
                    i = this.children,
                    n = this.options,
                    o = n.vertical;for (this.visual = new Oi.Layout(null, { spacing: o ? 0 : n.spacing, lineSpacing: o ? n.spacing : 0, orientation: o ? "vertical" : "horizontal" }), t = 0; t < i.length; t++) {
                    e = i[t], e.reflow(new ii()), e.renderVisual();
                }
            }, reflow: function reflow(e) {
                this.visual.rect(e.toRect()), this.visual.reflow();var t = this.visual.clippedBBox();this.box = t ? Jt.rectToBox(t) : new ii();
            }, renderVisual: function renderVisual() {
                this.addVisual();
            }, createVisual: Ft }), le = oi.extend({ init: function init(e) {
                var t = this;oi.fn.init.call(t, e), Ai(t.options.position, [or, Ro, Qi, Xn, dn]) || (t.options.position = Ro), t.createContainer(), t.createItems();
            }, options: { position: Ro, items: [], labels: { margin: { left: 6 } }, offsetX: 0, offsetY: 0, margin: wi(5), padding: wi(5), border: { color: Zi, width: 0 }, item: { cursor: So }, spacing: 6, background: "", zIndex: 1, markers: { border: { width: 1 }, width: 7, height: 7, type: "rect", align: Xn, vAlign: on } }, createContainer: function createContainer() {
                var e = this,
                    t = e.options,
                    i = t.align,
                    n = t.position,
                    o = n,
                    r = on;n == dn ? o = Xn : Ai(n, [or, Qi]) ? (o = "start" == i ? Xn : "end" == i ? Ro : on, r = n) : i && ("start" == i ? r = or : "end" == i && (r = Qi)), e.container = new ni({ margin: t.margin, padding: t.padding, background: t.background, border: t.border, vAlign: r, align: o, zIndex: t.zIndex, shrinkToFit: !0 }), e.append(e.container);
            }, createItems: function createItems() {
                var e,
                    t,
                    i,
                    n = this,
                    o = n.options,
                    r = o.items,
                    a = r.length,
                    s = n.isVertical();for (e = new se({ vertical: s, spacing: o.spacing }), o.reverse && (r = r.slice(0).reverse()), t = 0; t < a; t++) {
                    i = r[t], e.append(new ae(Xt({}, { markers: o.markers, labels: o.labels }, o.item, i)));
                }e.render(), n.container.append(e);
            }, isVertical: function isVertical() {
                var e = this,
                    t = e.options,
                    i = t.orientation,
                    n = t.position,
                    o = n == dn && i != Fn || (Ri(i) ? i != Fn : Ai(n, [Xn, Ro]));return o;
            }, hasItems: function hasItems() {
                return this.container.children[0].children.length > 0;
            }, reflow: function reflow(e) {
                var i = this,
                    n = i.options;return e = e.clone(), i.hasItems() ? (n.position === dn ? (i.containerCustomReflow(e), i.box = e) : i.containerReflow(e), t) : (i.box = e, t);
            }, containerReflow: function containerReflow(e) {
                var t,
                    i = this,
                    n = i.options,
                    o = n.position,
                    r = o == or || o == Qi ? vr : yr,
                    a = e.clone(),
                    s = i.container,
                    l = n.width,
                    c = n.height,
                    h = i.isVertical(),
                    u = e.clone();o != Xn && o != Ro || (a.y1 = u.y1 = 0), h && c ? (a.y2 = a.y1 + c, a.align(u, yr, s.options.vAlign)) : !h && l && (a.x2 = a.x1 + l, a.align(u, vr, s.options.align)), s.reflow(a), a = s.box, t = a.clone(), (n.offsetX || n.offsetY) && (a.translate(n.offsetX, n.offsetY), i.container.reflow(a)), t[r + 1] = e[r + 1], t[r + 2] = e[r + 2], i.box = t;
            }, containerCustomReflow: function containerCustomReflow(e) {
                var t = this,
                    i = t.options,
                    n = i.offsetX,
                    o = i.offsetY,
                    r = t.container,
                    a = i.width,
                    s = i.height,
                    l = t.isVertical(),
                    c = e.clone();l && s ? c.y2 = c.y1 + s : !l && a && (c.x2 = c.x1 + a), r.reflow(c), c = r.box, r.reflow(ii(n, o, n + c.width(), o + c.height()));
            }, renderVisual: function renderVisual() {
                this.hasItems() && oi.fn.renderVisual.call(this);
            } }), ce = ei.extend({ init: function init(e) {
                var t = this;e = e || {}, this._initFields(), this._initCategories(e), ei.fn.init.call(t, e);
            }, _initFields: function _initFields() {
                this._ticks = {}, this.outOfRangeMin = 0, this.outOfRangeMax = 0;
            }, _initCategories: function _initCategories(e) {
                var t,
                    i,
                    n = (e.categories || []).slice(0),
                    o = Ri(e.min),
                    r = Ri(e.max);e.categories = n, (o || r) && n.length && (e.srcCategories = e.categories, t = o ? Ot.floor(e.min) : 0, i = r ? e.justified ? Ot.floor(e.max) + 1 : Ot.ceil(e.max) : n.length, e.categories = e.categories.slice(t, i));
            }, options: { type: nn, categories: [], vertical: !1, majorGridLines: { visible: !1, width: 1, color: Zi }, labels: { zIndex: 1 }, justified: !1 }, rangeIndices: function rangeIndices() {
                var e,
                    t = this.options,
                    i = t.categories.length || 1,
                    n = B(t.min) ? t.min % 1 : 0;return e = B(t.max) && t.max % 1 !== 0 && t.max < this.totalRange().max ? i - (1 - t.max % 1) : i - (t.justified ? 1 : 0), { min: n, max: e };
            }, totalRangeIndices: function totalRangeIndices(e) {
                var t,
                    i,
                    n = this.options,
                    o = B(n.min) ? n.min : 0;return t = B(n.max) ? n.max : B(n.min) ? o + n.categories.length : (n.srcCategories || n.categories).length - (n.justified ? 1 : 0) || 1, e && (i = this.totalRange(), o = Vi(o, 0, i.max), t = Vi(t, 0, i.max)), { min: o, max: t };
            }, range: function range() {
                var e = this.options;return { min: B(e.min) ? e.min : 0, max: B(e.max) ? e.max : e.categories.length };
            }, totalRange: function totalRange() {
                var e = this.options;return { min: 0, max: Ot.max(this._seriesMax || 0, (e.srcCategories || e.categories).length) - (e.justified ? 1 : 0) };
            }, getScale: function getScale() {
                var e = this.rangeIndices(),
                    t = e.min,
                    i = e.max,
                    n = this.lineBox(),
                    o = this.options.vertical ? n.height() : n.width(),
                    r = o / (i - t || 1);return r * (this.options.reverse ? -1 : 1);
            }, getTickPositions: function getTickPositions(e) {
                for (var t = this, i = t.options, n = i.vertical, o = t.lineBox(), r = i.reverse, a = t.getScale(), s = t.rangeIndices(), l = s.min, c = s.max, h = l % 1 !== 0 ? Ot.floor(l / 1) + e : l, u = o[(n ? yr : vr) + (r ? 2 : 1)], p = []; h <= c;) {
                    p.push(u + Ci(a * (h - l), un)), h += e;
                }return p;
            }, getLabelsTickPositions: function getLabelsTickPositions() {
                var e = this.getMajorTickPositions().slice(0),
                    t = this.rangeIndices(),
                    i = this.getScale(),
                    n = this.lineBox(),
                    o = this.options,
                    r = o.vertical ? yr : vr,
                    a = o.reverse ? 2 : 1,
                    s = o.reverse ? 1 : 2;return t.min % 1 !== 0 && e.unshift(n[r + a] - i * (t.min % 1)), t.max % 1 !== 0 && e.push(n[r + s] + i * (1 - t.max % 1)), e;
            }, labelTickIndex: function labelTickIndex(e) {
                var t = e.index,
                    i = this.rangeIndices();return i.min > 0 && (t -= Ot.floor(i.min)), t;
            }, arrangeLabels: function arrangeLabels() {
                ei.fn.arrangeLabels.call(this), this.hideOutOfRangeLabels();
            }, hideOutOfRangeLabels: function hideOutOfRangeLabels() {
                var e = this.box,
                    t = this.labels,
                    i = this.options.vertical ? yr : vr,
                    n = e[i + 1],
                    o = e[i + 2],
                    r = t[0],
                    a = Ii(t);t.length && ((r.box[i + 1] > o || r.box[i + 2] < n) && (r.options.visible = !1), (a.box[i + 1] > o || a.box[i + 2] < n) && (a.options.visible = !1));
            }, getMajorTickPositions: function getMajorTickPositions() {
                return this.getTicks().majorTicks;
            }, getMinorTickPositions: function getMinorTickPositions() {
                return this.getTicks().minorTicks;
            }, getTicks: function getTicks() {
                var e,
                    t = this,
                    i = t._ticks,
                    n = t.options,
                    o = t.rangeIndices(),
                    r = n.reverse,
                    a = n.justified,
                    s = t.lineBox();return e = s.getHash() + o.min + "," + o.max + r + a, i._hash !== e && (i._hash = e, i.majorTicks = t.getTickPositions(1), i.minorTicks = t.getTickPositions(.5)), i;
            }, getSlot: function getSlot(e, t, i) {
                var n,
                    o,
                    r = this,
                    a = r.options,
                    s = a.reverse,
                    l = a.justified,
                    c = a.vertical ? yr : vr,
                    h = r.lineBox(),
                    u = r.rangeIndices(),
                    p = u.min,
                    f = this.getScale(),
                    d = h[c + (s ? 2 : 1)],
                    g = h.clone(),
                    m = !Ri(t);return e = Mi(e, 0), t = Mi(t, e), t = Ot.max(t - 1, e), t = Ot.max(e, t), n = d + (e - p) * f, o = d + (t + 1 - p) * f, m && l && (o = n), i && (n = Vi(n, h[c + 1], h[c + 2]), o = Vi(o, h[c + 1], h[c + 2])), g[c + 1] = s ? o : n, g[c + 2] = s ? n : o, g;
            }, slot: function slot(e, t, i) {
                return "string" == typeof e && (e = this.categoryIndex(e)), "string" == typeof t && (t = this.categoryIndex(t)), ei.fn.slot.call(this, e, t, i);
            }, pointCategoryIndex: function pointCategoryIndex(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.options,
                    a = r.reverse,
                    s = r.justified,
                    l = r.vertical ? yr : vr,
                    c = o.lineBox(),
                    h = o.rangeIndices(),
                    u = a ? h.max : h.min,
                    p = this.getScale(),
                    f = c[l + 1],
                    d = c[l + 2],
                    g = e[l];return g < f || g > d ? null : (t = g - f, i = t / p, i = u + i, n = i % 1, s ? i = Ot.round(i) : 0 === n && i > 0 && i--, Ot.floor(i));
            }, getCategory: function getCategory(e) {
                var t = this.pointCategoryIndex(e);return null === t ? null : this.options.categories[t];
            }, categoryIndex: function categoryIndex(e) {
                var t = this.options,
                    i = F(e, t.srcCategories || t.categories);return i - Ot.floor(t.min || 0);
            }, translateRange: function translateRange(e) {
                var t = this,
                    i = t.options,
                    n = t.lineBox(),
                    o = i.vertical ? n.height() : n.width(),
                    r = i.categories.length,
                    a = o / r,
                    s = Ci(e / a, _n);return { min: s, max: r + s };
            }, zoomRange: function zoomRange(e) {
                var t = this.totalRangeIndices(),
                    i = this.totalRange(),
                    n = i.max,
                    o = i.min,
                    r = Vi(t.min + e, o, n),
                    a = Vi(t.max - e, o, n);if (a - r > 0) return { min: r, max: a };
            }, scaleRange: function scaleRange(e) {
                var t = this,
                    i = t.options,
                    n = i.categories.length,
                    o = e * n;return { min: -o, max: n + o };
            }, labelsCount: function labelsCount() {
                var e = this.labelsRange();return e.max - e.min;
            }, labelsRange: function labelsRange() {
                var e,
                    t = this.options,
                    i = t.labels,
                    n = t.justified,
                    o = this.totalRangeIndices(!0),
                    r = o.min,
                    a = o.max,
                    s = Ot.floor(r);return n ? (r = Ot.ceil(r), a = Ot.floor(a)) : (r = Ot.floor(r), a = Ot.ceil(a)), e = r > i.skip ? i.skip + i.step * Ot.ceil((r - i.skip) / i.step) : i.skip, { min: e - s, max: (t.categories.length ? a + (n ? 1 : 0) : 0) - s };
            }, createAxisLabel: function createAxisLabel(e, t) {
                var i = this,
                    n = i.options,
                    o = n.dataItems ? n.dataItems[e] : null,
                    r = Mi(n.categories[e], ""),
                    a = i.axisLabelText(r, o, t);return new ti(r, a, e, o, t);
            }, shouldRenderNote: function shouldRenderNote(e) {
                var t = this.options.categories;return t.length && t.length > e && e >= 0;
            }, pan: function pan(e) {
                var t = this.totalRangeIndices(!0),
                    i = this.getScale(),
                    n = Ci(e / i, _n),
                    o = this.totalRange(),
                    r = t.min + n,
                    a = t.max + n;return this.limitRange(r, a, 0, o.max, n);
            }, pointsRange: function pointsRange(e, t) {
                var i = this,
                    n = i.options,
                    o = n.reverse,
                    r = n.vertical ? yr : vr,
                    a = i.lineBox(),
                    s = i.totalRangeIndices(!0),
                    l = this.getScale(),
                    c = a[r + (o ? 2 : 1)],
                    h = e[r] - c,
                    u = t[r] - c,
                    p = s.min + h / l,
                    f = s.min + u / l,
                    d = Ot.min(p, f),
                    g = Ot.max(p, f);if (g - d >= oo) return { min: d, max: g };
            }, valueRange: function valueRange() {
                return this.range();
            } }), he = ce.extend({ init: function init(e) {
                var t,
                    i,
                    n = this;e = e || {}, e = Xt({ roundToBaseUnit: !0 }, e, { categories: d(e.categories), min: d(e.min), max: d(e.max) }), e.userSetBaseUnit = e.userSetBaseUnit || e.baseUnit, e.userSetBaseUnitStep = e.userSetBaseUnitStep || e.baseUnitStep, e.categories && e.categories.length > 0 ? (t = (e.baseUnit || "").toLowerCase(), i = t !== ji && !Ai(t, Cr), i && (e.baseUnit = n.defaultBaseUnit(e)), t !== ji && e.baseUnitStep !== Ni || n.autoBaseUnit(e), this._groupsStart = m(e.categories[0], 0, e.baseUnit, e.weekStartDay), n.groupCategories(e)) : e.baseUnit = e.baseUnit || xn, this._initFields(), ei.fn.init.call(n, e);
            }, options: { type: mn, labels: { dateFormats: Tr }, autoBaseUnitSteps: { milliseconds: [1, 10, 100], seconds: [1, 2, 5, 15, 30], minutes: [1, 2, 5, 15, 30], hours: [1, 2, 3], days: [1, 2, 3], weeks: [1, 2], months: [1, 2, 3, 6], years: [1, 2, 3, 5, 10, 25, 50] }, maxDateGroups: 10 }, shouldRenderNote: function shouldRenderNote(e) {
                var t = this,
                    i = t.range(),
                    n = t.options.categories || [];return _i(e, i.min) >= 0 && _i(e, i.max) <= 0 && n.length;
            }, parseNoteValue: function parseNoteValue(e) {
                return d(e);
            }, translateRange: function translateRange(e) {
                var t,
                    i,
                    n = this,
                    o = n.options,
                    r = o.baseUnit,
                    a = o.weekStartDay,
                    s = n.lineBox(),
                    l = o.vertical ? s.height() : s.width(),
                    c = n.range(),
                    h = l / (c.max - c.min),
                    u = Ci(e / h, _n);return c.min && c.max && (t = w(o.min || c.min, u), i = w(o.max || c.max, u), c = { min: m(t, 0, r, a), max: m(i, 0, r, a) }), c;
            }, scaleRange: function scaleRange(e) {
                var t,
                    i = this,
                    n = Ot.abs(e),
                    o = i.range(),
                    r = o.min,
                    a = o.max;if (o.min && o.max) {
                    for (; n--;) {
                        o = _(r, a), t = Ot.round(.1 * o), e < 0 ? (r = w(r, t), a = w(a, -t)) : (r = w(r, -t), a = w(a, t));
                    }o = { min: r, max: a };
                }return o;
            }, defaultBaseUnit: function defaultBaseUnit(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = e.categories,
                    s = Ri(a) ? a.length : 0,
                    l = io;for (t = 0; t < s; t++) {
                    i = a[t], i && o && (n = b(i, o), n > 0 && (l = Ot.min(l, n), r = l >= tr ? _r : l >= er - 3 * $o ? so : l >= Jo ? mr : l >= $o ? xn : l >= Qo ? Hn : l >= Ko ? ao : Eo)), o = i;
                }return r || xn;
            }, _categoryRange: function _categoryRange(e) {
                var t = e._range;return t || (t = e._range = Bi(e)), t;
            }, totalRange: function totalRange() {
                return { min: 0, max: this.options.categories.length };
            }, rangeIndices: function rangeIndices() {
                var e = this.options,
                    t = e.baseUnit,
                    i = e.baseUnitStep || 1,
                    n = e.categories,
                    o = this.categoriesRange(),
                    r = d(e.min || o.min),
                    a = d(e.max || o.max),
                    s = 0,
                    l = 0;return n.length && (s = k(r, n[0], t, i), l = k(a, n[0], t, i), e.roundToBaseUnit && (s = Ot.floor(s), l = e.justified ? Ot.floor(l) : Ot.ceil(l))), { min: s, max: l };
            }, labelsRange: function labelsRange() {
                var e = this.options,
                    t = e.labels,
                    i = this.rangeIndices(),
                    n = Ot.floor(i.min),
                    o = Ot.ceil(i.max);return { min: n + t.skip, max: e.categories.length ? o + (e.justified ? 1 : 0) : 0 };
            }, categoriesRange: function categoriesRange() {
                var e = this.options,
                    t = this._categoryRange(e.srcCategories || e.categories),
                    i = d(t.max);return !e.justified && R(i, this._roundToTotalStep(i, e, !1)) && (i = this._roundToTotalStep(i, e, !0, !0)), { min: d(t.min), max: i };
            }, currentRange: function currentRange() {
                var e = this.options,
                    t = e.roundToBaseUnit !== !1,
                    i = this.categoriesRange(),
                    n = e.min,
                    o = e.max;return n || (n = t ? this._roundToTotalStep(i.min, e, !1) : i.min), o || (o = t ? this._roundToTotalStep(i.max, e, !e.justified) : i.max), { min: n, max: o };
            }, datesRange: function datesRange() {
                var e = this._categoryRange(this.options.srcCategories || this.options.categories);return { min: d(e.min), max: d(e.max) };
            }, pan: function pan(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.options,
                    a = r.baseUnit,
                    s = o.lineBox(),
                    l = r.vertical ? s.height() : s.width(),
                    c = this.currentRange(),
                    h = this.totalLimits(),
                    u = c.min,
                    p = c.max,
                    f = l / (p - u),
                    m = Ci(e / f, _n);if (i = w(u, m), n = w(p, m), t = this.limitRange(g(i), g(n), g(h.min), g(h.max), m)) return t.min = d(t.min), t.max = d(t.max), t.baseUnit = a, t.baseUnitStep = r.baseUnitStep || 1, t.userSetBaseUnit = r.userSetBaseUnit, t.userSetBaseUnitStep = r.userSetBaseUnitStep, t;
            }, pointsRange: function pointsRange(e, t) {
                var i = ce.fn.pointsRange.call(this, e, t),
                    n = this.currentRange(),
                    o = this.rangeIndices(),
                    r = _(n.max, n.min) / (o.max - o.min),
                    a = this.options,
                    s = w(n.min, i.min * r),
                    l = w(n.min, i.max * r);return { min: s, max: l, baseUnit: a.userSetBaseUnit, baseUnitStep: a.userSetBaseUnitStep };
            }, zoomRange: function zoomRange(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h = this.options,
                    u = this.totalLimits(),
                    p = this.currentRange(),
                    f = h.baseUnit,
                    g = h.baseUnitStep || 1,
                    x = h.weekStartDay,
                    v = p.max,
                    y = p.min,
                    b = m(y, e * g, f, x),
                    A = m(v, -e * g, f, x);if (h.userSetBaseUnit == ji) if (t = h.autoBaseUnitSteps, i = h.maxDateGroups, n = F(f, Cr), r = _(A, b), a = Ii(t[f]) * i * ir[f], s = _(v, y), r < ir[f] && f !== Do) f = Cr[n - 1], o = Ii(t[f]), l = (s - (i - 1) * o * ir[f]) / 2, b = w(y, l), A = w(v, -l);else if (r > a && f !== _r) {
                    c = 0;do {
                        n++, f = Cr[n], c = 0, l = 2 * ir[f];do {
                            o = t[f][c], c++;
                        } while (c < t[f].length && l * o < s);
                    } while (f !== _r && l * o < s);l = (l * o - s) / 2, l > 0 && (b = w(y, -l), A = w(v, l), b = w(b, Vi(A, u.min, u.max) - A), A = w(A, Vi(b, u.min, u.max) - b));
                }if (b = d(Vi(b, u.min, u.max)), A = d(Vi(A, u.min, u.max)), b && A && _(A, b) > 0) return { min: b, max: A, baseUnit: h.userSetBaseUnit, baseUnitStep: h.userSetBaseUnitStep };
            }, totalLimits: function totalLimits() {
                var e = this.options,
                    t = this.datesRange(),
                    i = this._roundToTotalStep(d(t.min), e, !1),
                    n = t.max;return e.justified || (n = this._roundToTotalStep(n, e, !0, R(n, this._roundToTotalStep(n, e, !1)))), { min: i, max: n };
            }, range: function range(e) {
                e = e || this.options;var t = e.categories,
                    i = e.baseUnit === ji,
                    n = i ? Cr[0] : e.baseUnit,
                    o = e.baseUnitStep || 1,
                    r = { baseUnit: n, baseUnitStep: o, weekStartDay: e.weekStartDay },
                    a = this._categoryRange(t),
                    s = d(e.min || a.min),
                    l = d(e.max || a.max);return { min: this._roundToTotalStep(s, r, !1), max: this._roundToTotalStep(l, r, !0, !0) };
            }, autoBaseUnit: function autoBaseUnit(e) {
                for (var t, i, n, o = this, r = this._categoryRange(e.categories), a = d(e.min || r.min), s = d(e.max || r.max), l = e.baseUnit === ji, c = 0, h = l ? Cr[c++] : e.baseUnit, u = s - a, p = u / ir[h], f = p, g = e.maxDateGroups || o.options.maxDateGroups, m = Xt({}, o.options.autoBaseUnitSteps, e.autoBaseUnitSteps); !i || p >= g;) {
                    if (t = t || m[h].slice(0), n = t.shift()) i = n, p = f / i;else {
                        if (h === Ii(Cr)) {
                            i = Ot.ceil(f / g);break;
                        }if (!l) {
                            p > g && (i = Ot.ceil(f / g));break;
                        }h = Cr[c++] || Ii(Cr), f = u / ir[h], t = null;
                    }
                }e.baseUnitStep = i, e.baseUnit = h;
            }, _timeScale: function _timeScale() {
                var e,
                    t,
                    i,
                    n = this,
                    o = n.range(),
                    r = n.options,
                    a = n.lineBox(),
                    s = r.vertical,
                    l = s ? a.height() : a.width();return r.justified && r._collapse !== !1 ? (t = this._categoryRange(r.categories), i = g(t.max), e = d(i) - o.min) : e = o.max - o.min, l / e;
            }, groupCategories: function groupCategories(e) {
                var t,
                    i,
                    n = this,
                    o = e.categories,
                    r = d(Ei(o)),
                    a = e.baseUnit,
                    s = e.baseUnitStep || 1,
                    l = n.range(e),
                    c = l.max,
                    h = [];for (t = l.min; t < c && (h.push(t), i = m(t, s, a, e.weekStartDay), !(i > r) || e.max); t = i) {}e.srcCategories = o, e.categories = h;
            }, _roundToTotalStep: function _roundToTotalStep(e, t, i, n) {
                var o, r, a, s, l;return t = t || this.options, o = t.baseUnit, r = t.baseUnitStep || 1, a = this._groupsStart, a ? (s = k(e, a, o, r), l = i ? Ot.ceil(s) : Ot.floor(s), n && l++, m(a, l * r, o, t.weekStartDay)) : m(e, i ? r : 0, o, t.weekStartDay);
            }, createAxisLabel: function createAxisLabel(e, t) {
                var i,
                    n,
                    o = this.options,
                    r = o.dataItems ? o.dataItems[e] : null,
                    a = o.categories[e],
                    s = o.baseUnit,
                    l = !0,
                    c = t.dateFormats[s];if (o.justified ? (i = v(a, s, o.weekStartDay), l = R(i, a)) : o.roundToBaseUnit || (l = !R(this.range().max, a)), l && (t.format = t.format || c, n = this.axisLabelText(a, r, t))) return new ti(a, n, e, r, t);
            }, categoryIndex: function categoryIndex(e) {
                var t = this,
                    i = t.options,
                    n = i.categories,
                    o = -1;return n.length && (o = Ot.floor(k(d(e), n[0], i.baseUnit, i.baseUnitStep || 1))), o;
            }, getSlot: function getSlot(e, t, i) {
                var n = this;return (typeof e === "undefined" ? "undefined" : _typeof(e)) === vo && (e = n.categoryIndex(e)), (typeof t === "undefined" ? "undefined" : _typeof(t)) === vo && (t = n.categoryIndex(t)), ce.fn.getSlot.call(n, e, t, i);
            }, valueRange: function valueRange() {
                var e = this.options,
                    t = this._categoryRange(e.srcCategories || e.categories);return { min: d(t.min), max: d(t.max) };
            } }), ue = ei.extend({ init: function init(e, t, i) {
                var n = this;i = i || {}, Xt(i, { min: d(i.min), max: d(i.max), axisCrossingValue: d(i.axisCrossingValues || i.axisCrossingValue) }), this.seriesMin = d(e), this.seriesMax = d(t), i = n.applyDefaults(this.seriesMin, this.seriesMax, i), ei.fn.init.call(n, i);
            }, options: { type: mn, majorGridLines: { visible: !0, width: 1, color: Zi }, labels: { dateFormats: Tr } }, applyDefaults: function applyDefaults(e, i, n) {
                var o = this,
                    r = n.min || e,
                    a = n.max || i,
                    s = n.baseUnit || (a && r ? o.timeUnits(b(a, r)) : Hn),
                    l = ir[s],
                    c = v(g(r) - 1, s) || d(a),
                    h = y(g(a) + 1, s),
                    u = n.majorUnit ? n.majorUnit : t,
                    p = u || Jt.ceil(Jt.autoMajorUnit(c.getTime(), h.getTime()), l) / l,
                    f = A(c, h, s),
                    x = Jt.ceil(f, p),
                    _ = x - f,
                    w = Ot.floor(_ / 2),
                    k = _ - w;return n.baseUnit || delete n.baseUnit, n.baseUnit = n.baseUnit || s, n.min = n.min || m(c, -w, s), n.max = n.max || m(h, k, s), n.minorUnit = n.minorUnit || p / 5, n.majorUnit = p, this.totalMin = g(v(g(e) - 1, s)), this.totalMax = g(y(g(i) + 1, s)), n;
            }, range: function range() {
                var e = this.options;return { min: e.min, max: e.max };
            }, getDivisions: function getDivisions(e) {
                var t = this.options;return Ot.floor(A(t.min, t.max, t.baseUnit) / e + 1);
            }, getTickPositions: function getTickPositions(e) {
                var t,
                    i,
                    n,
                    o = this.options,
                    r = o.vertical,
                    a = o.reverse,
                    s = this.lineBox(),
                    l = (r ? -1 : 1) * (a ? -1 : 1),
                    c = 1 === l ? 1 : 2,
                    h = s[(r ? yr : vr) + c],
                    u = this.getDivisions(e),
                    p = _(o.max, o.min),
                    f = r ? s.height() : s.width(),
                    d = f / p,
                    g = [h];for (t = 1; t < u; t++) {
                    i = m(o.min, t * e, o.baseUnit), n = h + _(i, o.min) * d * l, g.push(Ci(n, un));
                }return g;
            }, getMajorTickPositions: function getMajorTickPositions() {
                var e = this;return e.getTickPositions(e.options.majorUnit);
            }, getMinorTickPositions: function getMinorTickPositions() {
                var e = this;return e.getTickPositions(e.options.minorUnit);
            }, getSlot: function getSlot(e, t, i) {
                return hi.fn.getSlot.call(this, d(e), d(t), i);
            }, getValue: function getValue(e) {
                var t = hi.fn.getValue.call(this, e);return null !== t ? d(t) : null;
            }, labelsCount: function labelsCount() {
                return this.getDivisions(this.options.majorUnit);
            }, createAxisLabel: function createAxisLabel(e, t) {
                var i,
                    n,
                    o = this.options,
                    r = e * o.majorUnit,
                    a = o.min;return r > 0 && (a = m(a, r, o.baseUnit)), i = t.dateFormats[o.baseUnit], t.format = t.format || i, n = this.axisLabelText(a, null, t), new ti(a, n, e, null, t);
            }, timeUnits: function timeUnits(e) {
                var t = Hn;return e >= tr ? t = _r : e >= er ? t = so : e >= Jo ? t = mr : e >= $o && (t = xn), t;
            }, translateRange: function translateRange(e, t) {
                var i = this,
                    n = i.options,
                    o = n.baseUnit,
                    r = n.weekStartDay,
                    a = i.lineBox(),
                    s = n.vertical ? a.height() : a.width(),
                    l = i.range(),
                    c = s / _(l.max, l.min),
                    h = Ci(e / c, _n),
                    u = w(n.min, h),
                    p = w(n.max, h);return t || (u = m(u, 0, o, r), p = m(p, 0, o, r)), { min: u, max: p };
            }, scaleRange: function scaleRange(e) {
                for (var t, i, n = this, o = n.options, r = Ot.abs(e), a = o.min, s = o.max; r--;) {
                    t = _(a, s), i = Ot.round(.1 * t), e < 0 ? (a = w(a, i), s = w(s, -i)) : (a = w(a, -i), s = w(s, i));
                }return { min: a, max: s };
            }, shouldRenderNote: function shouldRenderNote(e) {
                var t = this.range();return _i(e, t.min) >= 0 && _i(e, t.max) <= 0;
            }, pan: function pan(e) {
                var t = this.translateRange(e, !0),
                    i = this.limitRange(g(t.min), g(t.max), this.totalMin, this.totalMax);if (i) return { min: d(i.min), max: d(i.max) };
            }, pointsRange: function pointsRange(e, t) {
                var i = this.getValue(e),
                    n = this.getValue(t),
                    o = Ot.min(i, n),
                    r = Ot.max(i, n);return { min: d(o), max: d(r) };
            }, zoomRange: function zoomRange(e) {
                var t = this.scaleRange(e),
                    i = d(Vi(g(t.min), this.totalMin, this.totalMax)),
                    n = d(Vi(g(t.max), this.totalMin, this.totalMax));return { min: i, max: n };
            } }), pe = oi.extend({ options: { vertical: !1, gap: 0, spacing: 0 }, reflow: function reflow(e) {
                var t,
                    i,
                    n = this,
                    o = n.options,
                    r = o.vertical,
                    a = r ? yr : vr,
                    s = n.children,
                    l = o.gap,
                    c = o.spacing,
                    h = s.length,
                    u = h + l + c * (h - 1),
                    p = (r ? e.height() : e.width()) / u,
                    f = e[a + 1] + p * (l / 2);for (i = 0; i < h; i++) {
                    t = (s[i].box || e).clone(), t[a + 1] = f, t[a + 2] = f + p, s[i].reflow(t), i < h - 1 && (f += p * c), f += p;
                }
            } }), fe = oi.extend({ options: { vertical: !0 }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o = this.options,
                    r = o.vertical,
                    a = r ? vr : yr,
                    s = this.children,
                    l = this.box = new ii(),
                    c = s.length;for (t = 0; t < c; t++) {
                    i = s[t], i.visible !== !1 && (n = i.box.clone(), n.snapTo(e, a), 0 === t && (l = this.box = n.clone()), i.reflow(n), l.wrap(n));
                }
            } }), de = { click: function click(e, t) {
                return e.trigger(Fo, this.eventArgs(t));
            }, hover: function hover(e, t) {
                return e.trigger(Uo, this.eventArgs(t));
            }, eventArgs: function eventArgs(e) {
                return { value: this.value, percentage: this.percentage, stackValue: this.stackValue, category: this.category, series: this.series, dataItem: this.dataItem, runningTotal: this.runningTotal, total: this.total, element: bi(e), originalEvent: e, point: this };
            } }, ge = { createNote: function createNote() {
                var e = this,
                    t = e.options.notes,
                    i = e.noteText || t.label.text;t.visible !== !1 && Ri(i) && null !== i && (e.note = new li(e.value, i, e.dataItem, e.category, e.series, e.options.notes), e.append(e.note));
            } }, me = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i), i.options = t, i.color = t.color || xr, i.aboveAxis = Mi(i.options.aboveAxis, !0), i.value = e;
            }, defaults: { border: { width: 1 }, vertical: !0, overlay: { gradient: On }, labels: { visible: !1, format: "{0}" }, opacity: 1, notes: { label: {} } }, render: function render() {
                this._rendered || (this._rendered = !0, this.createLabel(), this.createNote(), this.errorBar && this.append(this.errorBar));
            }, createLabel: function createLabel() {
                var e,
                    t,
                    i = this.options,
                    n = i.labels;n.visible && (n.template ? (t = Kt(n.template), e = t({ dataItem: this.dataItem, category: this.category, value: this.value, percentage: this.percentage, stackValue: this.stackValue, runningTotal: this.runningTotal, total: this.total, series: this.series })) : e = this.formatValue(n.format), this.label = new re(e, Xt({ vertical: i.vertical }, i.labels)), this.append(this.label));
            }, formatValue: function formatValue(e) {
                return this.owner.formatPointValue(this, e);
            }, reflow: function reflow(e) {
                var t, i, n;if (this.render(), t = this, i = t.label, t.box = e, i && (i.options.aboveAxis = t.aboveAxis, i.reflow(e)), t.note && t.note.reflow(e), t.errorBars) for (n = 0; n < t.errorBars.length; n++) {
                    t.errorBars[n].reflow(e);
                }
            }, createVisual: function createVisual() {
                var e,
                    t = this,
                    i = t.box,
                    n = t.options,
                    o = n.visual;t.visible !== !1 && (oi.fn.createVisual.call(t), o ? (e = this.rectVisual = o({ category: t.category, dataItem: t.dataItem, value: t.value, sender: t.getChart(), series: t.series, percentage: t.percentage, stackValue: this.stackValue, runningTotal: t.runningTotal, total: t.total, rect: i.toRect(), createVisual: function createVisual() {
                        var e = new Oi.Group();return t.createRect(e), e;
                    }, options: n }), e && t.visual.append(e)) : i.width() > 0 && i.height() > 0 && t.createRect(t.visual));
            }, createRect: function createRect(e) {
                var i,
                    n,
                    o,
                    r,
                    a = this.options,
                    s = a.border,
                    l = Ri(s.opacity) ? s.opacity : a.opacity,
                    c = this.box.toRect();c.size.width = Math.round(c.size.width), i = this.rectVisual = Oi.Path.fromRect(c, { fill: { color: this.color, opacity: a.opacity }, stroke: { color: this.getBorderColor(), width: s.width, opacity: l, dashType: s.dashType } }), n = this.box.width(), o = this.box.height(), r = a.vertical ? n : o, r > Yi && (vi(i), (n < 1 || o < 1) && (i.options.stroke.lineJoin = "round")), e.append(i), Y(a) && e.append(this.createGradientOverlay(i, { baseColor: this.color }, Xt({ end: a.vertical ? t : [0, 1] }, a.overlay)));
            }, createHighlight: function createHighlight(e) {
                var t = Oi.Path.fromRect(this.box.toRect(), e);return vi(t);
            }, highlightVisual: function highlightVisual() {
                return this.rectVisual;
            }, highlightVisualArgs: function highlightVisualArgs() {
                return { options: this.options, rect: this.box.toRect(), visual: this.rectVisual };
            }, getBorderColor: function getBorderColor() {
                var e = this,
                    t = e.options,
                    i = e.color,
                    n = t.border,
                    o = n.color,
                    r = n._brightness || Xi;return Ri(o) || (o = new ri(i).brightness(r).toHex()), o;
            }, tooltipAnchor: function tooltipAnchor(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.options,
                    l = a.box,
                    c = s.vertical,
                    h = a.aboveAxis,
                    u = a.owner.pane.clipBox() || l;return c ? (i = Ot.min(l.x2, u.x2) + ar, n = h ? Ot.max(l.y1, u.y1) : Ot.min(l.y2, u.y2) - t) : (o = Ot.max(l.x1, u.x1), r = Ot.min(l.x2, u.x2), s.isStacked ? (i = h ? r - e : o, n = Ot.max(l.y1, u.y1) - t - ar) : (i = h ? r + ar : o - e - ar, n = Ot.max(l.y1, u.y1))), new ui(i, n);
            }, overlapsBox: function overlapsBox(e) {
                return this.box.overlaps(e);
            } }), Xt(me.fn, de), Xt(me.fn, ge), xe = Oi.Animation.extend({ options: { duration: Nn
            }, setup: function setup() {
                var e,
                    t,
                    i = this.element,
                    n = this.options,
                    o = i.bbox();o ? (this.origin = n.origin, e = n.vertical ? yr : vr, t = this.fromScale = new zi.Point(1, 1), t[e] = Ho, i.transform(zi.transform().scale(t.x, t.y))) : this.abort();
            }, step: function step(e) {
                var t = ki(this.fromScale.x, 1, e),
                    i = ki(this.fromScale.y, 1, e);this.element.transform(zi.transform().scale(t, i, this.origin));
            }, abort: function abort() {
                Oi.Animation.fn.abort.call(this), this.element.transform(null);
            } }), Oi.AnimationFactory.current.register(qi, xe), ve = Oi.Animation.extend({ options: { duration: 200, easing: $n }, setup: function setup() {
                this.fadeTo = this.element.opacity(), this.element.opacity(0);
            }, step: function step(e) {
                this.element.opacity(e * this.fadeTo);
            } }), Oi.AnimationFactory.current.register(En, ve), ye = function ye(e, t, i) {
            var n = this;n.initGlobalRanges(e, t, i);
        }, ye.prototype = ye.fn = { percentRegex: /percent(?:\w*)\((\d+)\)/, standardDeviationRegex: RegExp("^" + qo + "(?:\\((\\d+(?:\\.\\d+)?)\\))?$"), initGlobalRanges: function initGlobalRanges(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = t.data,
                    h = l.standardDeviationRegex.exec(e);h ? (l.valueGetter = l.createValueGetter(t, i), n = l.getAverage(c), o = l.getStandardDeviation(c, n, !1), r = h[1] ? parseFloat(h[1]) : 1, a = { low: n.value - o * r, high: n.value + o * r }, l.globalRange = function () {
                    return a;
                }) : e.indexOf && e.indexOf(Go) >= 0 && (l.valueGetter = l.createValueGetter(t, i), s = l.getStandardError(c, l.getAverage(c)), l.globalRange = function (e) {
                    return { low: e - s, high: e + s };
                });
            }, createValueGetter: function createValueGetter(e, t) {
                var i,
                    n,
                    o,
                    r = e.data,
                    a = oe.current,
                    s = a.valueFields(e),
                    l = Ri(r[0]) ? r[0] : {};return Dt(l) ? (i = t ? F(t, s) : 0, o = Wt("[" + i + "]")) : B(l) ? o = Wt() : (typeof l === "undefined" ? "undefined" : _typeof(l)) === vo && (n = a.sourceFields(e, s), o = Wt(n[F(t, s)])), o;
            }, getErrorRange: function getErrorRange(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this;if (Ri(t)) {
                    if (a.globalRange) return a.globalRange(e);if (Dt(t)) i = e - t[0], n = e + t[1];else if (B(o = parseFloat(t))) i = e - o, n = e + o;else {
                        if (!(o = a.percentRegex.exec(t))) throw Error("Invalid ErrorBar value: " + t);r = e * (parseFloat(o[1]) / 100), i = e - Ot.abs(r), n = e + Ot.abs(r);
                    }return { low: i, high: n };
                }
            }, getStandardError: function getStandardError(e, t) {
                return this.getStandardDeviation(e, t, !0) / Ot.sqrt(t.count);
            }, getStandardDeviation: function getStandardDeviation(e, t, i) {
                var n,
                    o,
                    r = 0,
                    a = e.length,
                    s = i ? t.count - 1 : t.count;for (o = 0; o < a; o++) {
                    n = this.valueGetter(e[o]), B(n) && (r += Ot.pow(n - t.value, 2));
                }return Ot.sqrt(r / s);
            }, getAverage: function getAverage(e) {
                var t,
                    i,
                    n = 0,
                    o = 0,
                    r = e.length;for (i = 0; i < r; i++) {
                    t = this.valueGetter(e[i]), B(t) && (n += t, o++);
                }return { value: n / o, count: o };
            } }, _e = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.plotArea = e, i.categoryAxis = e.seriesCategoryAxis(t.series[0]), i.valueAxisRanges = {}, i.points = [], i.categoryPoints = [], i.seriesPoints = [], i.seriesOptions = [], i._evalSeries = [], i.render();
            }, options: { series: [], invertAxes: !1, isStacked: !1, clip: !0 }, render: function render() {
                var e = this;e.traverseDataPoints(Ht(e.addValue, e));
            }, pointOptions: function pointOptions(e, t) {
                var i,
                    n = this.seriesOptions[t];return n || (i = this.pointType().fn.defaults, this.seriesOptions[t] = n = Xt({}, i, { vertical: !this.options.invertAxes }, e)), n;
            }, plotValue: function plotValue(e) {
                var t, i, n, o, r, a, s, l;if (!e) return 0;if (this.options.isStacked100 && B(e.value)) {
                    for (t = e.categoryIx, i = this.categoryPoints[t], n = 0, o = [], r = 0; r < i.length; r++) {
                        if (a = i[r]) {
                            if (s = e.series.stack, l = a.series.stack, s && l && s.group !== l.group) continue;B(a.value) && (n += Ot.abs(a.value), o.push(Ot.abs(a.value)));
                        }
                    }if (n > 0) return e.value / n;
                }return e.value;
            }, plotRange: function plotRange(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u,
                    p,
                    f,
                    d = e.categoryIx,
                    g = this.categoryPoints[d];if (this.options.isStacked) {
                    for (t = t || 0, i = this.plotValue(e), n = i >= 0, o = t, r = !1, a = 0; a < g.length && (s = g[a], e !== s); a++) {
                        if (l = e.series.stack, c = s.series.stack, l && c) {
                            if ((typeof l === "undefined" ? "undefined" : _typeof(l)) === Yo && l !== c) continue;if (l.group && l.group !== c.group) continue;
                        }h = this.plotValue(s), (h >= 0 && n || h < 0 && !n) && (o += h, i += h, r = !0, this.options.isStacked100 && (i = Ot.min(i, 1)));
                    }return r && (o -= t), [o, i];
                }return u = e.series, p = this.seriesValueAxis(u), f = this.categoryAxisCrossingValue(p), [f, e.value || f];
            }, stackLimits: function stackLimits(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s = io,
                    l = ro;for (i = 0; i < this.categoryPoints.length; i++) {
                    if (n = this.categoryPoints[i]) for (o = 0; o < n.length; o++) {
                        r = n[o], r && (r.series.stack !== t && r.series.axis !== e || (a = this.plotRange(r, 0)[1], Ri(a) && isFinite(a) && (l = Ot.max(l, a), s = Ot.min(s, a))));
                    }
                }return { min: s, max: l };
            }, updateStackRange: function updateStackRange() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.options.series,
                    l = a.options.isStacked,
                    c = {};if (l) for (t = 0; t < s.length; t++) {
                    i = s[t], n = i.axis, o = n + i.stack, e = c[o], e || (e = a.stackLimits(n, i.stack), r = a.errorTotals, r && (r.negative.length && (e.min = Ot.min(e.min, Li(r.negative))), r.positive.length && (e.max = Ot.max(e.max, Ei(r.positive)))), e.min !== io || e.max !== ro ? c[o] = e : e = null), e && (a.valueAxisRanges[n] = e);
                }
            }, addErrorBar: function addErrorBar(e, t, i) {
                var n,
                    o = this,
                    r = e.value,
                    a = e.series,
                    s = e.seriesIx,
                    l = e.options.errorBars,
                    c = t.fields[Tn],
                    h = t.fields[Rn];B(c) && B(h) ? n = { low: c, high: h } : l && Ri(l.value) && (o.seriesErrorRanges = o.seriesErrorRanges || [], o.seriesErrorRanges[s] = o.seriesErrorRanges[s] || new ye(l.value, a, hr), n = o.seriesErrorRanges[s].getErrorRange(r, l.value)), n && (e.low = n.low, e.high = n.high, o.addPointErrorBar(e, i));
            }, addPointErrorBar: function addPointErrorBar(e, t) {
                var i,
                    n,
                    o,
                    r = this,
                    a = e.series,
                    s = e.low,
                    l = e.high,
                    c = !r.options.invertAxes,
                    h = e.options.errorBars;r.options.isStacked ? (n = r.stackedErrorRange(e, t), s = n.low, l = n.high) : (o = { categoryIx: t, series: a }, r.updateRange({ value: s }, o), r.updateRange({ value: l }, o)), i = new Te(s, l, c, r, a, h), e.errorBars = [i], e.append(i);
            }, stackedErrorRange: function stackedErrorRange(e, t) {
                var i = this,
                    n = i.plotRange(e, 0)[1] - e.value,
                    o = e.low + n,
                    r = e.high + n;return i.errorTotals = i.errorTotals || { positive: [], negative: [] }, o < 0 && (i.errorTotals.negative[t] = Ot.min(i.errorTotals.negative[t] || 0, o)), r > 0 && (i.errorTotals.positive[t] = Ot.max(i.errorTotals.positive[t] || 0, r)), { low: o, high: r };
            }, addValue: function addValue(t, i) {
                var n,
                    o,
                    r = this,
                    a = i.categoryIx,
                    s = i.series,
                    l = i.seriesIx,
                    c = r.categoryPoints[a];c || (r.categoryPoints[a] = c = []), n = r.seriesPoints[l], n || (r.seriesPoints[l] = n = []), o = r.createPoint(t, i), o && (e.extend(o, i), o.owner = r, o.dataItem = s.data[a], o.noteText = t.fields.noteText, r.addErrorBar(o, t, a)), r.points.push(o), n.push(o), c.push(o), r.updateRange(t.valueFields, i);
            }, evalPointOptions: function evalPointOptions(e, t, i, n, o, r) {
                var a = { defaults: o._defaults, excluded: ["data", "aggregate", "_events", "tooltip", "template", "visual", "toggle", "_outOfRangeMinPoint", "_outOfRangeMaxPoint"] },
                    s = this._evalSeries[r];return Ri(s) || (this._evalSeries[r] = s = M(e, {}, a, !0)), s && (e = Xt({}, e), M(e, { value: t, category: i, index: n, series: o, dataItem: o.data[n] }, a)), e;
            }, updateRange: function updateRange(e, t) {
                var i = this,
                    n = t.series.axis,
                    o = e.value,
                    r = i.valueAxisRanges[n];isFinite(o) && null !== o && (r = i.valueAxisRanges[n] = r || { min: io, max: ro }, r.min = Ot.min(r.min, o), r.max = Ot.max(r.max, o));
            }, seriesValueAxis: function seriesValueAxis(e) {
                var t = this.plotArea,
                    i = e.axis,
                    n = i ? t.namedValueAxes[i] : t.valueAxis;if (!n) throw Error("Unable to locate value axis with name " + i);return n;
            }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = 0,
                    a = o.categorySlots = [],
                    s = o.points,
                    l = o.categoryAxis;o.traverseDataPoints(function (e, c) {
                    var h,
                        u,
                        p,
                        f,
                        d = c.categoryIx,
                        g = c.series;t = o.pointValue(e), i = o.seriesValueAxis(g), n = s[r++], h = a[d], h || (a[d] = h = o.categorySlot(l, d, i)), n && (u = o.plotRange(n, i.startValue()), p = i.getSlot(u[0], u[1], !o.options.clip), p ? (f = o.pointSlot(h, p), n.aboveAxis = o.aboveAxis(n, i), n.stackValue = u[1], o.options.isStacked100 && (n.percentage = o.plotValue(n)), o.reflowPoint(n, f)) : n.visible = !1);
                }), o.reflowCategories(a), o.box = e;
            }, aboveAxis: function aboveAxis(e, t) {
                var i = this.categoryAxisCrossingValue(t),
                    n = e.value;return t.options.reverse ? n < i : n >= i;
            }, categoryAxisCrossingValue: function categoryAxisCrossingValue(e) {
                var t = this.categoryAxis,
                    i = e.options,
                    n = [].concat(i.axisCrossingValues || i.axisCrossingValue);return n[t.axisIndex || 0] || 0;
            }, reflowPoint: function reflowPoint(e, t) {
                e.reflow(t);
            }, reflowCategories: function reflowCategories() {}, pointSlot: function pointSlot(e, t) {
                var i = this,
                    n = i.options,
                    o = n.invertAxes,
                    r = o ? t : e,
                    a = o ? e : t;return new ii(r.x1, a.y1, r.x2, a.y2);
            }, categorySlot: function categorySlot(e, t) {
                return e.getSlot(t);
            }, traverseDataPoints: function traverseDataPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.options,
                    l = s.series,
                    c = a.categoryAxis.options.categories || [],
                    u = h(l),
                    p = l.length;for (i = 0; i < p; i++) {
                    this._outOfRangeCallback(l[i], "_outOfRangeMinPoint", i, e);
                }for (t = 0; t < u; t++) {
                    for (i = 0; i < p; i++) {
                        r = l[i], o = c[t], n = this._bindPoint(r, i, t), e(n, { category: o, categoryIx: t, series: r, seriesIx: i });
                    }
                }for (i = 0; i < p; i++) {
                    this._outOfRangeCallback(l[i], "_outOfRangeMaxPoint", i, e);
                }
            }, _outOfRangeCallback: function _outOfRangeCallback(e, t, i, n) {
                var o,
                    r,
                    a = e[t];a && (o = a.categoryIx, r = this._bindPoint(e, i, o, a.item), n(r, { category: a.category, categoryIx: o, series: e, seriesIx: i }));
            }, _bindPoint: function _bindPoint(e, t, i, n) {
                var o, r;return this._bindCache || (this._bindCache = []), o = this._bindCache[t], o || (o = this._bindCache[t] = []), r = o[i], r || (r = o[i] = oe.current.bindPoint(e, i, n)), r;
            }, formatPointValue: function formatPointValue(e, t) {
                return null === e.value ? "" : yi(t, e.value);
            }, pointValue: function pointValue(e) {
                return e.valueFields.value;
            } }), be = _e.extend({ options: { animation: { type: qi } }, render: function render() {
                var e = this;_e.fn.render.apply(e), e.updateStackRange();
            }, pointType: function pointType() {
                return me;
            }, clusterType: function clusterType() {
                return pe;
            }, stackType: function stackType() {
                return fe;
            }, stackLimits: function stackLimits(e, t) {
                var i = _e.fn.stackLimits.call(this, e, t);return i;
            }, createPoint: function createPoint(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = t.categoryIx,
                    l = t.category,
                    c = t.series,
                    h = t.seriesIx,
                    u = a.pointValue(e),
                    p = a.options,
                    f = a.children,
                    d = a.options.isStacked,
                    g = a.pointType(),
                    m = a.clusterType(),
                    x = this.pointOptions(c, h),
                    v = x.labels;return d && v.position == _o && (v.position = Gn), x.isStacked = d, o = e.fields.color || c.color, u < 0 && x.negativeColor && (o = x.negativeColor), x = a.evalPointOptions(x, u, l, s, c, h), Nt.isFunction(c.color) && (o = x.color), i = new g(u, x), i.color = o, n = f[s], n || (n = new m({ vertical: p.invertAxes, gap: p.gap, spacing: p.spacing }), a.append(n)), d ? (r = a.getStackWrap(c, n), r.append(i)) : n.append(i), i;
            }, getStackWrap: function getStackWrap(e, t) {
                var i,
                    n,
                    o,
                    r = e.stack,
                    a = r ? r.group || r : r,
                    s = t.children;if ((typeof a === "undefined" ? "undefined" : _typeof(a)) === Yo) {
                    for (n = 0; n < s.length; n++) {
                        if (s[n]._stackGroup === a) {
                            i = s[n];break;
                        }
                    }
                } else i = s[0];return i || (o = this.stackType(), i = new o({ vertical: !this.options.invertAxes }), i._stackGroup = a, t.append(i)), i;
            }, categorySlot: function categorySlot(e, t, i) {
                var n,
                    o,
                    r = this,
                    a = r.options,
                    s = e.getSlot(t),
                    l = i.startValue();return a.isStacked && (o = i.getSlot(l, l, !0), n = a.invertAxes ? vr : yr, s[n + 1] = s[n + 2] = o[n + 1]), s;
            }, reflowCategories: function reflowCategories(e) {
                var t,
                    i = this,
                    n = i.children,
                    o = n.length;for (t = 0; t < o; t++) {
                    n[t].reflow(e[t]);
                }
            }, createAnimation: function createAnimation() {
                this._setAnimationOptions(), oi.fn.createAnimation.call(this), X(this.options.series) && this._setChildrenAnimation();
            }, _setChildrenAnimation: function _setChildrenAnimation() {
                var e,
                    t,
                    i,
                    n = this.points;for (i = 0; i < n.length; i++) {
                    e = n[i], t = e.visual, t && Ri(t.options.zIndex) && (e.options.animation = this.options.animation, e.createAnimation());
                }
            }, _setAnimationOptions: function _setAnimationOptions() {
                var e,
                    t,
                    i = this.options,
                    n = i.animation || {};this.options.isStacked ? (t = this.seriesValueAxis(i.series[0]), e = t.getSlot(t.startValue())) : e = this.categoryAxis.getSlot(0), n.origin = new zi.Point(e.x1, e.y1), n.vertical = !i.invertAxes;
            } }), we = me.extend({ defaults: { labels: { format: "{0} - {1}" }, tooltip: { format: "{1}" } }, createLabel: function createLabel() {
                var e = this.options.labels,
                    t = Xt({}, e, e.from),
                    i = Xt({}, e, e.to);t.visible && (this.labelFrom = this._createLabel(t), this.append(this.labelFrom)), i.visible && (this.labelTo = this._createLabel(i), this.append(this.labelTo));
            }, _createLabel: function _createLabel(e) {
                var t, i;return e.template ? (i = Kt(e.template), t = i({ dataItem: this.dataItem, category: this.category, value: this.value, percentage: this.percentage, runningTotal: this.runningTotal, total: this.total, series: this.series })) : t = this.formatValue(e.format), new re(t, Xt({ vertical: this.options.vertical }, e));
            }, reflow: function reflow(e) {
                this.render();var t = this,
                    i = t.labelFrom,
                    n = t.labelTo;t.box = e, i && (i.options.aboveAxis = t.value.from > t.value.to, i.reflow(e)), n && (n.options.aboveAxis = t.value.to > t.value.from, n.reflow(e)), t.note && t.note.reflow(e);
            } }), Ae = be.extend({ pointType: function pointType() {
                return we;
            }, pointValue: function pointValue(e) {
                return e.valueFields;
            }, formatPointValue: function formatPointValue(e, t) {
                return null === e.value.from && null === e.value.to ? "" : yi(t, e.value.from, e.value.to);
            }, plotLimits: _e.fn.plotLimits, plotRange: function plotRange(e) {
                return e ? [e.value.from, e.value.to] : 0;
            }, updateRange: function updateRange(e, t) {
                var i = this,
                    n = t.series.axis,
                    o = e.from,
                    r = e.to,
                    a = i.valueAxisRanges[n];null !== e && B(o) && B(r) && (a = i.valueAxisRanges[n] = a || { min: io, max: ro }, a.min = Ot.min(a.min, o), a.max = Ot.max(a.max, o), a.min = Ot.min(a.min, r), a.max = Ot.max(a.max, r));
            }, aboveAxis: function aboveAxis(e) {
                var t = e.value;return t.from < t.to;
            } }), ke = _e.extend({ init: function init(e, t) {
                var i = this;i.wrapData(t), _e.fn.init.call(i, e, t);
            }, options: { animation: { type: qi } }, wrapData: function wrapData(e) {
                var t,
                    i,
                    n,
                    o = e.series;for (t = 0; t < o.length; t++) {
                    n = o[t], i = n.data, i && !Dt(i[0]) && _typeof(i[0]) != vo && (n.data = [i]);
                }
            }, reflowCategories: function reflowCategories(e) {
                var t,
                    i = this,
                    n = i.children,
                    o = n.length;for (t = 0; t < o; t++) {
                    n[t].reflow(e[t]);
                }
            }, plotRange: function plotRange(e) {
                var t = e.series,
                    i = this.seriesValueAxis(t),
                    n = this.categoryAxisCrossingValue(i);return [n, e.value.current || n];
            }, createPoint: function createPoint(e, t) {
                var i,
                    n,
                    o = this,
                    r = t.categoryIx,
                    a = t.category,
                    s = t.series,
                    l = t.seriesIx,
                    c = e.valueFields,
                    h = o.options,
                    u = o.children,
                    p = Xt({ vertical: !h.invertAxes, overlay: s.overlay, categoryIx: r, invertAxes: h.invertAxes }, s),
                    f = e.fields.color || s.color;return p = o.evalPointOptions(p, c, a, r, s, l), Nt.isFunction(s.color) && (f = p.color), i = new Se(c, p), i.color = f, n = u[r], n || (n = new pe({ vertical: h.invertAxes, gap: h.gap, spacing: h.spacing }), o.append(n)), n.append(i), i;
            }, updateRange: function updateRange(e, t) {
                var i = this,
                    n = t.series.axis,
                    o = e.current,
                    r = e.target,
                    a = i.valueAxisRanges[n];Ri(o) && !isNaN(o) && Ri(r && !isNaN(r)) && (a = i.valueAxisRanges[n] = a || { min: io, max: ro }, a.min = Ot.min.apply(Ot, [a.min, o, r]), a.max = Ot.max.apply(Ot, [a.max, o, r]));
            }, formatPointValue: function formatPointValue(e, t) {
                return yi(t, e.value.current, e.value.target);
            }, pointValue: function pointValue(e) {
                return e.valueFields.current;
            }, aboveAxis: function aboveAxis(e) {
                var t = e.value.current;return t > 0;
            }, createAnimation: function createAnimation() {
                var e,
                    t,
                    i = this.points;for (this._setAnimationOptions(), t = 0; t < i.length; t++) {
                    e = i[t], e.options.animation = this.options.animation, e.createAnimation();
                }
            }, _setAnimationOptions: be.fn._setAnimationOptions }), Se = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.aboveAxis = i.options.aboveAxis, i.color = t.color || xr, i.value = e;
            }, options: { border: { width: 1 }, vertical: !1, opacity: 1, target: { shape: "", border: { width: 0, color: "green" }, line: { width: 2 } }, tooltip: { format: "Current: {0}</br>Target: {1}" } }, render: function render() {
                var e = this,
                    t = e.options;e._rendered || (e._rendered = !0, Ri(e.value.target) && (e.target = new Ce({ type: t.target.shape, background: t.target.color || e.color, opacity: t.opacity, zIndex: t.zIndex, border: t.target.border, vAlign: or, align: Ro }), e.target.value = this.value, e.target.dataItem = this.dataItem, e.target.series = this.series, e.append(e.target)), e.createNote());
            }, reflow: function reflow(e) {
                this.render();var t,
                    i = this,
                    n = i.options,
                    o = i.owner,
                    r = i.target,
                    a = n.invertAxes,
                    s = o.seriesValueAxis(i.options),
                    l = o.categorySlot(o.categoryAxis, n.categoryIx, s),
                    c = s.getSlot(i.value.target),
                    h = a ? c : l,
                    u = a ? l : c;r && (t = new ii(h.x1, u.y1, h.x2, u.y2), r.options.height = a ? t.height() : n.target.line.width, r.options.width = a ? n.target.line.width : t.width(), r.reflow(t)), i.note && i.note.reflow(e), i.box = e;
            }, createVisual: function createVisual() {
                var e, t;oi.fn.createVisual.call(this), e = this.options, t = Oi.Path.fromRect(this.box.toRect(), { fill: { color: this.color, opacity: e.opacity }, stroke: null }), e.border.width > 0 && t.options.set("stroke", { color: e.border.color || this.color, width: e.border.width, dashType: e.border.dashType, opacity: Mi(e.border.opacity, e.opacity) }), this.bodyVisual = t, vi(t), this.visual.append(t);
            }, createAnimation: function createAnimation() {
                this.bodyVisual && (this.animation = Oi.Animation.create(this.bodyVisual, this.options.animation));
            }, tooltipAnchor: me.fn.tooltipAnchor, createHighlight: function createHighlight(e) {
                return Oi.Path.fromRect(this.box.toRect(), e);
            }, highlightVisual: function highlightVisual() {
                return this.bodyVisual;
            }, highlightVisualArgs: function highlightVisualArgs() {
                return { rect: this.box.toRect(), visual: this.bodyVisual, options: this.options };
            }, formatValue: function formatValue(e) {
                var t = this;return t.owner.formatPointValue(t, e);
            } }), Xt(Se.fn, de), Xt(Se.fn, ge), Ce = di.extend(), Xt(Ce.fn, de), Pe = oi.extend({ init: function init(e, t, i, n, o, r) {
                var a = this;a.low = e, a.high = t, a.isVertical = i, a.chart = n, a.series = o, oi.fn.init.call(a, r);
            }, options: { animation: { type: En, delay: Nn }, endCaps: !0, line: { width: 1 }, zIndex: 1 }, getAxis: function getAxis() {}, reflow: function reflow(e) {
                var t,
                    i = this,
                    n = i.options.endCaps,
                    o = i.isVertical,
                    r = i.getAxis(),
                    a = r.getSlot(i.low, i.high),
                    s = e.center(),
                    l = i.getCapsWidth(e, o),
                    c = o ? s.x : s.y,
                    h = c - l,
                    u = c + l;o ? (t = [ui(s.x, a.y1), ui(s.x, a.y2)], n && t.push(ui(h, a.y1), ui(u, a.y1), ui(h, a.y2), ui(u, a.y2)), i.box = ii(h, a.y1, u, a.y2)) : (t = [ui(a.x1, s.y), ui(a.x2, s.y)], n && t.push(ui(a.x1, h), ui(a.x1, u), ui(a.x2, h), ui(a.x2, u)), i.box = ii(a.x1, h, a.x2, u)), i.linePoints = t;
            }, getCapsWidth: function getCapsWidth(e, t) {
                var i = t ? e.width() : e.height(),
                    n = Ot.min(Ot.floor(i / 2), wn) || wn;return n;
            }, createVisual: function createVisual() {
                var e = this,
                    t = e.options,
                    i = t.visual;i ? e.visual = i({ low: e.low, high: e.high, rect: e.box.toRect(), sender: e.getChart(), options: { endCaps: t.endCaps, color: t.color, line: t.line }, createVisual: function createVisual() {
                        e.createDefaultVisual();var t = e.visual;return delete e.visual, t;
                    } }) : e.createDefaultVisual();
            }, createDefaultVisual: function createDefaultVisual() {
                var e,
                    t,
                    i = this,
                    n = i.options,
                    o = { stroke: { color: n.color, width: n.line.width, dashType: n.line.dashType } },
                    r = i.linePoints;for (oi.fn.createVisual.call(this), e = 0; e < r.length; e += 2) {
                    t = new Oi.Path(o).moveTo(r[e].x, r[e].y).lineTo(r[e + 1].x, r[e + 1].y), this.visual.append(t);
                }
            } }), Te = Pe.extend({ getAxis: function getAxis() {
                var e = this,
                    t = e.chart,
                    i = e.series,
                    n = t.seriesValueAxis(i);return n;
            } }), Re = Pe.extend({ getAxis: function getAxis() {
                var e = this,
                    t = e.chart,
                    i = e.series,
                    n = t.seriesAxes(i),
                    o = e.isVertical ? n.y : n.x;return o;
            } }), Ie = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i), i.value = e, i.options = t, i.aboveAxis = Mi(i.options.aboveAxis, !0), i.tooltipTracking = !0;
            }, defaults: { vertical: !0, markers: { visible: !0, background: xr, size: Qn, type: an, border: { width: 2 }, opacity: 1 }, labels: { visible: !1, position: Ui, margin: wi(3), padding: wi(4), animation: { type: En, delay: Nn } }, notes: { label: {} }, highlight: { markers: { border: {} } } }, render: function render() {
                var e,
                    t = this,
                    i = t.options,
                    n = i.markers,
                    o = i.labels,
                    r = t.value;t._rendered || (t._rendered = !0, n.visible && n.size && (t.marker = t.createMarker(), t.append(t.marker)), o.visible && (o.template ? (e = Kt(o.template), r = e({ dataItem: t.dataItem, category: t.category, value: t.value, percentage: t.percentage, stackValue: this.stackValue, series: t.series })) : o.format && (r = t.formatValue(o.format)), t.label = new mi(r, Xt({ align: on, vAlign: on, margin: { left: 5, right: 5 }, zIndex: Mi(o.zIndex, this.series.zIndex) }, o)), t.append(t.label)), t.createNote(), t.errorBar && t.append(t.errorBar));
            }, markerBorder: function markerBorder() {
                var e = this.options.markers,
                    t = e.background,
                    i = Xt({ color: this.color }, e.border);return Ri(i.color) || (i.color = new ri(t).brightness(Xi).toHex()), i;
            }, createVisual: Ft, createMarker: function createMarker() {
                var e = this.options.markers,
                    t = new di({ type: e.type, width: e.size, height: e.size, rotation: e.rotation, background: e.background, border: this.markerBorder(), opacity: e.opacity, zIndex: Mi(e.zIndex, this.series.zIndex), animation: e.animation, visual: e.visual }, { dataItem: this.dataItem, value: this.value, series: this.series, category: this.category });return t;
            }, markerBox: function markerBox() {
                return this.marker || (this.marker = this.createMarker(), this.marker.reflow(this._childBox)), this.marker.box;
            }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.options,
                    s = a.vertical,
                    l = r.aboveAxis;if (r.render(), r.box = e, t = e.clone(), s ? l ? t.y1 -= t.height() : t.y2 += t.height() : l ? t.x1 += t.width() : t.x2 -= t.width(), r._childBox = t, r.marker && r.marker.reflow(t), r.reflowLabel(t), r.errorBars) for (n = 0; n < r.errorBars.length; n++) {
                    r.errorBars[n].reflow(t);
                }r.note && (o = r.markerBox(), a.markers.visible && a.markers.size || (i = o.center(), o = ii(i.x, i.y, i.x, i.y)), r.note.reflow(o));
            }, reflowLabel: function reflowLabel(e) {
                var t = this,
                    i = t.options,
                    n = t.label,
                    o = i.labels.position;n && (o = o === Ui ? or : o, o = o === Wi ? Qi : o, n.reflow(e), n.box.alignTo(t.markerBox(), o), n.reflow(n.box));
            }, createHighlight: function createHighlight() {
                var e = this.options.highlight,
                    t = e.markers,
                    i = this.markerBorder().color,
                    n = this.options.markers,
                    o = new di({ type: n.type, width: n.size, height: n.size, rotation: n.rotation, background: t.color || i, border: { color: t.border.color, width: t.border.width, opacity: Mi(t.border.opacity, 1) }, opacity: Mi(t.opacity, 1) });return o.reflow(this._childBox), o.getElement();
            }, highlightVisual: function highlightVisual() {
                return (this.marker || {}).visual;
            }, highlightVisualArgs: function highlightVisualArgs() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r = this.marker;return r ? (t = r.paddingBox.toRect(), e = r.visual) : (i = this.options.markers.size, n = i / 2, o = this.box.center(), t = new zi.Rect([o.x - n, o.y - n], [i, i])), { options: this.options, rect: t, visual: e };
            }, tooltipAnchor: function tooltipAnchor(e, t) {
                var i = this,
                    n = i.markerBox(),
                    o = i.aboveAxis,
                    r = n.x2 + ar,
                    a = o ? n.y1 - t : n.y2,
                    s = i.owner.pane.clipBox(),
                    l = !s || s.overlaps(n);if (l) return ui(r, a);
            }, formatValue: function formatValue(e) {
                var t = this;return t.owner.formatPointValue(t, e);
            }, overlapsBox: function overlapsBox(e) {
                var t = this.markerBox();return t.overlaps(e);
            } }), Xt(Ie.fn, de), Xt(Ie.fn, ge), Ve = Ie.extend({ init: function init(e, t) {
                var i = this;Ie.fn.init.call(i, e, t), i.category = e.category;
            }, defaults: { labels: { position: on }, highlight: { opacity: 1, border: { width: 1, opacity: 1 } } }, createHighlight: function createHighlight() {
                var e = this.options.highlight,
                    t = e.border,
                    i = this.options.markers,
                    n = this.box.center(),
                    o = i.size / 2 - t.width / 2,
                    r = new Oi.Circle(new zi.Circle([n.x, n.y], o), { stroke: { color: t.color || new ri(i.background).brightness(Xi).toHex(), width: t.width, opacity: t.opacity }, fill: { color: i.background, opacity: e.opacity } });return r;
            } }), Be = oi.extend({ init: function init(e, t, i) {
                var n = this;oi.fn.init.call(n), n.linePoints = e, n.series = t, n.seriesIx = i;
            }, options: { closed: !1 }, points: function points(e) {
                var t,
                    i,
                    n = this,
                    o = n.linePoints.concat(e || []),
                    r = [];for (t = 0, i = o.length; t < i; t++) {
                    o[t].visible !== !1 && r.push(o[t]._childBox.toRect().center());
                }return r;
            }, createVisual: function createVisual() {
                var e,
                    t = this.options,
                    i = this.series,
                    n = i._defaults,
                    o = i.color;Zt(o) && n && (o = n.color), e = Oi.Path.fromPoints(this.points(), { stroke: { color: o, width: i.width, opacity: i.opacity, dashType: i.dashType }, zIndex: i.zIndex }), t.closed && e.close(), this.visual = e;
            }, aliasFor: function aliasFor(e, t) {
                var i = this,
                    n = i.seriesIx;return i.parent.getNearestPoint(t.x, t.y, n);
            } }), Le = { renderSegments: function renderSegments() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = l.options,
                    h = c.series,
                    u = l.seriesPoints,
                    p = u.length;for (this._segments = [], t = 0; t < p; t++) {
                    for (e = h[t], i = l.sortPoints(u[t]), a = i.length, n = [], r = 0; r < a; r++) {
                        o = i[r], o ? n.push(o) : l.seriesMissingValues(e) !== qn && (n.length > 1 && (s = l.createSegment(n, e, t, s), this._addSegment(s)), n = []);
                    }n.length > 1 && (s = l.createSegment(n, e, t, s), this._addSegment(s));
                }this.children.unshift.apply(this.children, this._segments);
            }, _addSegment: function _addSegment(e) {
                this._segments.push(e), e.parent = this;
            }, sortPoints: function sortPoints(e) {
                return e;
            }, seriesMissingValues: function seriesMissingValues(e) {
                var t = e.missingValues,
                    i = !t && this.options.isStacked;return i ? br : t || qn;
            }, getNearestPoint: function getNearestPoint(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s,
                    l = new ui(e, t),
                    c = this.seriesPoints[i],
                    h = io;for (o = 0; o < c.length; o++) {
                    r = c[o], r && Ri(r.value) && null !== r.value && r.visible !== !1 && (a = r.box, s = a.center().distanceTo(l), s < h && (n = r, h = s));
                }return n;
            } }, Ee = { createAnimation: function createAnimation() {
                var e,
                    t,
                    i = this.getRoot();i && (i.options || {}).transitions !== !1 && (e = i.box, t = Oi.Path.fromRect(e.toRect()), this.visual.clip(t), this.animation = new Me(t, { box: e }), X(this.options.series) && this._setChildrenAnimation(t));
            }, _setChildrenAnimation: function _setChildrenAnimation(e) {
                var t,
                    i,
                    n = this.animationPoints();for (i = 0; i < n.length; i++) {
                    t = n[i], t && t.visual && Ri(t.visual.options.zIndex) && t.visual.clip(e);
                }
            } }, De = _e.extend({ render: function render() {
                var e = this;_e.fn.render.apply(e), e.updateStackRange(), e.renderSegments();
            }, pointType: function pointType() {
                return Ie;
            }, createPoint: function createPoint(e, t) {
                var i,
                    n,
                    o,
                    r = this,
                    a = t.categoryIx,
                    s = t.category,
                    l = t.series,
                    c = t.seriesIx,
                    h = e.valueFields.value,
                    u = r.seriesMissingValues(l);if (!Ri(h) || null === h) {
                    if (u !== br) return null;h = 0;
                }return n = this.pointOptions(l, c), n = r.evalPointOptions(n, h, s, a, l, c), o = e.fields.color || l.color, Nt.isFunction(l.color) && (o = n.color), i = new Ie(h, n), i.color = o, r.append(i), i;
            }, plotRange: function plotRange(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this.plotValue(e);if (this.options.isStacked) for (t = e.categoryIx, i = this.categoryPoints[t], n = 0; n < i.length && (o = i[n], e !== o); n++) {
                    r += this.plotValue(o), this.options.isStacked100 && (r = Ot.min(r, 1));
                }return [r, r];
            }, createSegment: function createSegment(e, t, i) {
                var n,
                    o = t.style;return new (n = o === No ? ze : o === jo ? Oe : Be)(e, t, i);
            }, animationPoints: function animationPoints() {
                var e,
                    t = this.points,
                    i = [];for (e = 0; e < t.length; e++) {
                    i.push((t[e] || {}).marker);
                }return i.concat(this._segments);
            } }), Xt(De.fn, Le, Ee), Me = Oi.Animation.extend({ options: { duration: Nn }, setup: function setup() {
                this._setEnd(this.options.box.x1);
            }, step: function step(e) {
                var t = this.options.box;this._setEnd(ki(t.x1, t.x2, e));
            }, _setEnd: function _setEnd(e) {
                var t = this.element,
                    i = t.segments,
                    n = i[1].anchor(),
                    o = i[2].anchor();t.suspend(), n.setX(e), t.resume(), o.setX(e);
            } }), Oi.AnimationFactory.current.register(ln, Me), ze = Be.extend({ points: function points(e) {
                var t,
                    i = this;return t = i.calculateStepPoints(i.linePoints), e && e.length && (t = t.concat(i.calculateStepPoints(e).reverse())), t;
            }, calculateStepPoints: function calculateStepPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.parent,
                    l = s.plotArea,
                    c = l.seriesCategoryAxis(a.series),
                    h = s.seriesMissingValues(a.series) === qn,
                    u = e.length,
                    p = c.options.reverse,
                    f = c.options.vertical,
                    d = p ? 2 : 1,
                    g = p ? 1 : 2,
                    m = [];for (n = 1; n < u; n++) {
                    t = e[n - 1], i = e[n], o = t.markerBox().center(), r = i.markerBox().center(), c.options.justified ? (m.push(new zi.Point(o.x, o.y)), m.push(f ? new zi.Point(o.x, r.y) : new zi.Point(r.x, o.y)), m.push(new zi.Point(r.x, r.y))) : f ? (m.push(new zi.Point(o.x, t.box[yr + d])), m.push(new zi.Point(o.x, t.box[yr + g])), h && m.push(new zi.Point(o.x, i.box[yr + d])), m.push(new zi.Point(r.x, i.box[yr + d])), m.push(new zi.Point(r.x, i.box[yr + g]))) : (m.push(new zi.Point(t.box[vr + d], o.y)), m.push(new zi.Point(t.box[vr + g], o.y)), h && m.push(new zi.Point(i.box[vr + d], o.y)), m.push(new zi.Point(i.box[vr + d], r.y)), m.push(new zi.Point(i.box[vr + g], r.y)));
                }return m || [];
            } }), Oe = Be.extend({ createVisual: function createVisual() {
                var e,
                    t,
                    i,
                    n = this.series,
                    o = n._defaults,
                    r = n.color;Zt(r) && o && (r = o.color), e = new ai(this.options.closed), t = e.process(this.points()), i = new Oi.Path({ stroke: { color: r, width: n.width, opacity: n.opacity, dashType: n.dashType }, zIndex: n.zIndex }), i.segments.push.apply(i.segments, t), this.visual = i;
            } }), Fe = { points: function points() {
                var e,
                    t,
                    i = this,
                    n = i.parent,
                    o = n.plotArea,
                    r = n.options.invertAxes,
                    a = n.seriesValueAxis(i.series),
                    s = a.lineBox(),
                    l = o.seriesCategoryAxis(i.series),
                    c = l.lineBox(),
                    h = r ? c.x1 : c.y1,
                    u = i.stackPoints,
                    p = i._linePoints(u),
                    f = r ? vr : yr;return h = Vi(h, s[f + 1], s[f + 2]), !i.stackPoints && p.length > 1 && (e = p[0], t = Ii(p), r ? (p.unshift(new zi.Point(h, e.y)), p.push(new zi.Point(h, t.y))) : (p.unshift(new zi.Point(e.x, h)), p.push(new zi.Point(t.x, h)))), p;
            }, createVisual: function createVisual() {
                var e = this.series,
                    t = e._defaults,
                    i = e.color;Zt(i) && t && (i = t.color), this.visual = new Oi.Group({ zIndex: e.zIndex }), this.createArea(i), this.createLine(i);
            }, createLine: function createLine(e) {
                var t,
                    i = this.series,
                    n = Xt({ color: e, opacity: i.opacity }, i.line);n.visible !== !1 && n.width > 0 && (t = Oi.Path.fromPoints(this._linePoints(), { stroke: { color: n.color, width: n.width, opacity: n.opacity, dashType: n.dashType, lineCap: "butt" } }), this.visual.append(t));
            }, createArea: function createArea(e) {
                var t = this.series,
                    i = Oi.Path.fromPoints(this.points(), { fill: { color: e, opacity: t.opacity }, stroke: null });this.visual.append(i);
            } }, Ue = Be.extend({ init: function init(e, t, i, n) {
                var o = this;o.stackPoints = t, Be.fn.init.call(o, e, i, n);
            }, _linePoints: Be.fn.points }), Xt(Ue.fn, Fe), He = De.extend({ createSegment: function createSegment(e, t, i, n) {
                var o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    c = l.isStacked,
                    h = (t.line || {}).style;return c && i > 0 && n && (a = this.seriesMissingValues(t), o = "gap" != a ? n.linePoints : this._gapStackPoints(e, i, h), h !== No && (o = o.slice(0).reverse())), h === jo ? new Ne(e, n, c, t, i) : new (r = h === No ? je : Ue)(e, o, t, i);
            }, reflow: function reflow(e) {
                var t, i, n, o;if (De.fn.reflow.call(this, e), t = this._stackPoints) for (o = 0; o < t.length; o++) {
                    i = t[o], n = this.categoryAxis.getSlot(i.categoryIx), i.reflow(n);
                }
            }, _gapStackPoints: function _gapStackPoints(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s = this.seriesPoints,
                    l = e[0].categoryIx,
                    c = l + e.length,
                    h = [];for (this._stackPoints = this._stackPoints || [], a = l; a < c; a++) {
                    n = t;do {
                        n--, o = s[n][a];
                    } while (n > 0 && !o);o ? (i !== No && a > l && !s[n][a - 1] && h.push(this._previousSegmentPoint(a, a - 1, n)), h.push(o), i !== No && a + 1 < c && !s[n][a + 1] && h.push(this._previousSegmentPoint(a, a + 1, n))) : (r = this._createGapStackPoint(a), this._stackPoints.push(r), h.push(r));
                }return h;
            }, _previousSegmentPoint: function _previousSegmentPoint(e, t, i) {
                for (var n, o = this.seriesPoints; i > 0 && !n;) {
                    i--, n = o[i][t];
                }return n ? n = o[i][e] : (n = this._createGapStackPoint(e), this._stackPoints.push(n)), n;
            }, _createGapStackPoint: function _createGapStackPoint(e) {
                var t = this.pointOptions({}, 0),
                    i = new Ie(0, t);return i.categoryIx = e, i.series = {}, i;
            }, seriesMissingValues: function seriesMissingValues(e) {
                return e.missingValues || br;
            } }), Ne = Ue.extend({ init: function init(e, t, i, n, o) {
                var r = this;r.prevSegment = t, r.isStacked = i, Be.fn.init.call(r, e, n, o);
            }, strokeSegments: function strokeSegments() {
                var e,
                    t,
                    i = this._strokeSegments;return i || (e = new ai(this.options.closed), t = Be.fn.points.call(this), i = this._strokeSegments = e.process(t)), i;
            }, createVisual: function createVisual() {
                var e = this.series,
                    t = e._defaults,
                    i = e.color;Zt(i) && t && (i = t.color), this.visual = new Oi.Group({ zIndex: e.zIndex }), this.createFill({ fill: { color: i, opacity: e.opacity }, stroke: null }), this.createStroke({ stroke: Xt({ color: i, opacity: e.opacity, lineCap: "butt" }, e.line) });
            }, createFill: function createFill(t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s = this.strokeSegments(),
                    l = s.slice(0),
                    c = this.prevSegment;this.isStacked && c && (i = c.strokeSegments(), n = Ii(i).anchor(), l.push(new Oi.Segment(n, n, Ii(s).anchor())), o = e.map(i, function (e) {
                    return new Oi.Segment(e.anchor(), e.controlOut(), e.controlIn());
                }).reverse(), Ti(l, o), r = l[0].anchor(), l.push(new Oi.Segment(r, r, Ii(o).anchor()))), a = new Oi.Path(t), a.segments.push.apply(a.segments, l), this.closeFill(a), this.visual.append(a);
            }, closeFill: function closeFill(e) {
                var t = this,
                    i = t.parent,
                    n = t.prevSegment,
                    o = i.plotArea,
                    r = i.options.invertAxes,
                    a = i.seriesValueAxis(t.series),
                    s = a.lineBox(),
                    l = o.seriesCategoryAxis(t.series),
                    c = l.lineBox(),
                    h = r ? c.x1 : c.y1,
                    u = r ? vr : yr,
                    p = t.strokeSegments(),
                    f = p[0].anchor(),
                    d = Ii(p).anchor();h = Vi(h, s[u + 1], s[u + 2]), i.options.isStacked && n || !(p.length > 1) || (r ? e.lineTo(h, d.y).lineTo(h, f.y) : e.lineTo(d.x, h).lineTo(f.x, h));
            }, createStroke: function createStroke(e) {
                if (e.stroke.width > 0) {
                    var t = new Oi.Path(e);t.segments.push.apply(t.segments, this.strokeSegments()), this.visual.append(t);
                }
            } }), je = ze.extend({ init: function init(e, t, i, n) {
                var o = this;o.stackPoints = t, ze.fn.init.call(o, e, i, n);
            }, _linePoints: ze.fn.points }), Xt(je.fn, Fe), Ge = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.plotArea = e, i.xAxisRanges = {}, i.yAxisRanges = {}, i.points = [], i.seriesPoints = [], i.seriesOptions = [], i._evalSeries = [], i.render();
            }, options: { series: [], tooltip: { format: "{0}, {1}" }, labels: { format: "{0}, {1}" }, clip: !0 }, render: function render() {
                var e = this;e.traverseDataPoints(Ht(e.addValue, e));
            }, addErrorBar: function addErrorBar(e, t, i) {
                var n,
                    o = this,
                    r = e.value[t],
                    a = t + "Value",
                    s = t + "ErrorLow",
                    l = t + "ErrorHigh",
                    c = i.seriesIx,
                    h = i.series,
                    u = e.options.errorBars,
                    p = i[s],
                    f = i[l];B(r) && (B(p) && B(f) && (n = { low: p, high: f }), u && Ri(u[a]) && (o.seriesErrorRanges = o.seriesErrorRanges || { x: [], y: [] }, o.seriesErrorRanges[t][c] = o.seriesErrorRanges[t][c] || new ye(u[a], h, t), n = o.seriesErrorRanges[t][c].getErrorRange(r, u[a])), n && o.addPointErrorBar(n, e, t));
            }, addPointErrorBar: function addPointErrorBar(e, t, i) {
                var n,
                    o = this,
                    r = e.low,
                    a = e.high,
                    s = t.series,
                    l = i === yr,
                    c = t.options.errorBars,
                    h = {};t[i + "Low"] = r, t[i + "High"] = a, t.errorBars = t.errorBars || [], n = new Re(r, a, l, o, s, c), t.errorBars.push(n), t.append(n), h[i] = r, o.updateRange(h, s), h[i] = a, o.updateRange(h, s);
            }, addValue: function addValue(e, t) {
                var i,
                    n = this,
                    o = e.x,
                    r = e.y,
                    a = t.seriesIx,
                    s = this.options.series[a],
                    l = this.seriesMissingValues(s),
                    c = n.seriesPoints[a];K(o) && K(r) || (e = this.createMissingValue(e, l)), e && (i = n.createPoint(e, t), i && (Ut(i, t), n.addErrorBar(i, vr, t), n.addErrorBar(i, yr, t)), n.updateRange(e, t.series)), n.points.push(i), c.push(i);
            }, seriesMissingValues: function seriesMissingValues(e) {
                return e.missingValues;
            }, createMissingValue: Ft, updateRange: function updateRange(e, t) {
                var i = this,
                    n = e.x,
                    o = e.y,
                    r = t.xAxis,
                    a = t.yAxis,
                    s = i.xAxisRanges[r],
                    l = i.yAxisRanges[a];K(n) && (s = i.xAxisRanges[r] = s || { min: io, max: ro }, (typeof n === "undefined" ? "undefined" : _typeof(n)) === Yo && (n = d(n)), s.min = Ot.min(s.min, n), s.max = Ot.max(s.max, n)), K(o) && (l = i.yAxisRanges[a] = l || { min: io, max: ro }, (typeof o === "undefined" ? "undefined" : _typeof(o)) === Yo && (o = d(o)), l.min = Ot.min(l.min, o), l.max = Ot.max(l.max, o));
            }, evalPointOptions: function evalPointOptions(e, t, i) {
                var n = i.series,
                    o = i.seriesIx,
                    r = { defaults: n._defaults, excluded: ["data", "tooltip", "tempate", "visual", "toggle", "_outOfRangeMinPoint", "_outOfRangeMaxPoint"] },
                    a = this._evalSeries[o];return Ri(a) || (this._evalSeries[o] = a = M(e, {}, r, !0)), a && (e = Xt({}, e), M(e, { value: t, series: n, dataItem: i.dataItem }, r)), e;
            }, pointType: function pointType() {
                return Ie;
            }, pointOptions: function pointOptions(e, t) {
                var i,
                    n = this.seriesOptions[t];return n || (i = this.pointType().fn.defaults, this.seriesOptions[t] = n = Xt({}, i, { markers: { opacity: e.opacity }, tooltip: { format: this.options.tooltip.format }, labels: { format: this.options.labels.format } }, e)), n;
            }, createPoint: function createPoint(e, t) {
                var i,
                    n = this,
                    o = t.series,
                    r = this.pointOptions(o, t.seriesIx),
                    a = t.color || o.color;return r = n.evalPointOptions(r, e, t), Nt.isFunction(o.color) && (a = r.color), i = new Ie(e, r), i.color = a, n.append(i), i;
            }, seriesAxes: function seriesAxes(e) {
                var t = this.plotArea,
                    i = e.xAxis,
                    n = i ? t.namedXAxes[i] : t.axisX,
                    o = e.yAxis,
                    r = o ? t.namedYAxes[o] : t.axisY;if (!n) throw Error("Unable to locate X axis with name " + i);if (!r) throw Error("Unable to locate Y axis with name " + o);
                return { x: n, y: r };
            }, reflow: function reflow(e) {
                var t,
                    i,
                    n = this,
                    o = n.points,
                    r = 0,
                    a = !n.options.clip;n.traverseDataPoints(function (e, s) {
                    t = o[r++], i = n.seriesAxes(s.series);var l,
                        c = i.x.getSlot(e.x, e.x, a),
                        h = i.y.getSlot(e.y, e.y, a);t && (c && h ? (l = n.pointSlot(c, h), t.reflow(l)) : t.visible = !1);
                }), n.box = e;
            }, pointSlot: function pointSlot(e, t) {
                return new ii(e.x1, t.y1, e.x2, t.y2);
            }, traverseDataPoints: function traverseDataPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = l.options,
                    h = c.series,
                    u = l.seriesPoints;for (i = 0; i < h.length; i++) {
                    for (n = h[i], o = u[i], o || (u[i] = []), t = 0; t < n.data.length; t++) {
                        r = this._bindPoint(n, i, t), a = r.valueFields, s = r.fields, e(a, Xt({ pointIx: t, series: n, seriesIx: i, dataItem: n.data[t], owner: l }, s));
                    }
                }
            }, _bindPoint: _e.fn._bindPoint, formatPointValue: function formatPointValue(e, t) {
                var i = e.value;return yi(t, i.x, i.y);
            }, animationPoints: function animationPoints() {
                var e,
                    t = this.points,
                    i = [];for (e = 0; e < t.length; e++) {
                    i.push((t[e] || {}).marker);
                }return i;
            } }), Xt(Ge.fn, Ee), qe = Ge.extend({ render: function render() {
                var e = this;Ge.fn.render.call(e), e.renderSegments();
            }, createSegment: function createSegment(e, t, i) {
                var n,
                    o = t.style;return new (n = o === jo ? Oe : Be)(e, t, i);
            }, animationPoints: function animationPoints() {
                var e = Ge.fn.animationPoints.call(this);return e.concat(this._segments);
            }, createMissingValue: function createMissingValue(e, t) {
                if (t === br) {
                    var i = { x: e.x, y: e.y };return K(i.x) || (i.x = 0), K(i.y) || (i.y = 0), i;
                }
            } }), Xt(qe.fn, Le), Ye = Ge.extend({ init: function init(e, t) {
                this._maxSize = ro, Ge.fn.init.call(this, e, t);
            }, options: { tooltip: { format: "{3}" }, labels: { format: "{3}" } }, addValue: function addValue(e, t) {
                null !== e.size && (e.size > 0 || e.size < 0 && t.series.negativeValues.visible) ? (this._maxSize = Ot.max(this._maxSize, Ot.abs(e.size)), Ge.fn.addValue.call(this, e, t)) : (this.points.push(null), this.seriesPoints[t.seriesIx].push(null));
            }, reflow: function reflow(e) {
                var t = this;t.updateBubblesSize(e), Ge.fn.reflow.call(t, e);
            }, pointType: function pointType() {
                return Ve;
            }, createPoint: function createPoint(e, t) {
                var i,
                    n,
                    o = this,
                    r = t.series,
                    a = r.data.length,
                    s = t.pointIx * (Nn / a),
                    l = { delay: s, duration: Nn - s, type: Ji },
                    c = t.color || r.color;return e.size < 0 && r.negativeValues.visible && (c = Mi(r.negativeValues.color, c)), n = Xt({ labels: { animation: { delay: s, duration: Nn - s } } }, this.pointOptions(r, t.seriesIx), { markers: { type: an, border: r.border, opacity: r.opacity, animation: l } }), n = o.evalPointOptions(n, e, t), Nt.isFunction(r.color) && (c = n.color), n.markers.background = c, i = new Ve(e, n), i.color = c, o.append(i), i;
            }, updateBubblesSize: function updateBubblesSize(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u,
                    p,
                    f,
                    d,
                    g,
                    m,
                    x,
                    v = this,
                    y = v.options,
                    _ = y.series,
                    b = Ot.min(e.width(), e.height());for (t = 0; t < _.length; t++) {
                    for (n = _[t], o = v.seriesPoints[t], r = n.minSize || Ot.max(.02 * b, 10), a = n.maxSize || .2 * b, s = r / 2, l = a / 2, c = Ot.PI * s * s, h = Ot.PI * l * l, u = h - c, p = u / v._maxSize, i = 0; i < o.length; i++) {
                        f = o[i], f && (d = Ot.abs(f.value.size) * p, g = Ot.sqrt((c + d) / Ot.PI), m = Mi(f.options.zIndex, 0), x = m + (1 - g / l), Xt(f.options, { zIndex: x, markers: { size: 2 * g, zIndex: x }, labels: { zIndex: x + 1 } }));
                    }
                }
            }, formatPointValue: function formatPointValue(e, t) {
                var i = e.value;return yi(t, i.x, i.y, i.size, e.category);
            }, createAnimation: Ft, createVisual: Ft }), Xe = oi.extend({ init: function init(e, t) {
                oi.fn.init.call(this, t), this.value = e;
            }, options: { vertical: !0, border: { _brightness: .8 }, line: { width: 2 }, overlay: { gradient: On }, tooltip: { format: "<table style='text-align: left;'><th colspan='2'>{4:d}</th><tr><td>Open:</td><td>{0:C}</td></tr><tr><td>High:</td><td>{1:C}</td></tr><tr><td>Low:</td><td>{2:C}</td></tr><tr><td>Close:</td><td>{3:C}</td></tr></table>" }, highlight: { opacity: 1, border: { width: 1, opacity: 1 }, line: { width: 1, opacity: 1 } }, notes: { visible: !0, label: {} } }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.options,
                    a = o.owner,
                    s = o.value,
                    l = a.seriesValueAxis(r),
                    c = [];i = l.getSlot(s.open, s.close), n = l.getSlot(s.low, s.high), i.x1 = n.x1 = e.x1, i.x2 = n.x2 = e.x2, o.realBody = i, t = n.center().x, c.push([[t, n.y1], [t, i.y1]]), c.push([[t, i.y2], [t, n.y2]]), o.lines = c, o.box = n.clone().wrap(i), o._rendered || (o._rendered = !0, o.createNote()), o.reflowNote();
            }, reflowNote: function reflowNote() {
                var e = this;e.note && e.note.reflow(e.box);
            }, createVisual: function createVisual() {
                oi.fn.createVisual.call(this), this._mainVisual = this.mainVisual(this.options), this.visual.append(this._mainVisual), this.createOverlay();
            }, mainVisual: function mainVisual(e) {
                var t = new Oi.Group();return this.createBody(t, e), this.createLines(t, e), t;
            }, createBody: function createBody(e, i) {
                var n = Oi.Path.fromRect(this.realBody.toRect(), { fill: { color: this.color, opacity: i.opacity }, stroke: null });i.border.width > 0 && n.options.set("stroke", { color: this.getBorderColor(), width: i.border.width, dashType: i.border.dashType, opacity: Mi(i.border.opacity, i.opacity) }), vi(n), e.append(n), Y(i) && e.append(this.createGradientOverlay(n, { baseColor: this.color }, Xt({ end: i.vertical ? t : [0, 1] }, i.overlay)));
            }, createLines: function createLines(e, t) {
                this.drawLines(e, t, this.lines, t.line);
            }, drawLines: function drawLines(e, t, i, n) {
                var o, r, a;if (i) for (o = { stroke: { color: n.color || this.color, opacity: Mi(n.opacity, t.opacity), width: n.width, dashType: n.dashType, lineCap: "butt" } }, r = 0; r < i.length; r++) {
                    a = Oi.Path.fromPoints(i[r], o), vi(a), e.append(a);
                }
            }, getBorderColor: function getBorderColor() {
                var e = this,
                    t = e.options,
                    i = t.border,
                    n = i.color;return Ri(n) || (n = new ri(e.color).brightness(i._brightness).toHex()), n;
            }, createOverlay: function createOverlay() {
                var e = Oi.Path.fromRect(this.box.toRect(), { fill: { color: xr, opacity: 0 }, stroke: null });this.visual.append(e);
            }, createHighlight: function createHighlight() {
                var e,
                    t = this.options.highlight,
                    i = this.color;return this.color = t.color || this.color, e = this.mainVisual(Xt({}, this.options, { line: { color: this.getBorderColor() } }, t)), this.color = i, e;
            }, highlightVisual: function highlightVisual() {
                return this._mainVisual;
            }, highlightVisualArgs: function highlightVisualArgs() {
                return { options: this.options, rect: this.box.toRect(), visual: this._mainVisual };
            }, tooltipAnchor: function tooltipAnchor() {
                var e = this,
                    t = e.box,
                    i = e.owner.pane.clipBox() || t;return new ui(t.x2 + ar, Ot.max(t.y1, i.y1) + ar);
            }, formatValue: function formatValue(e) {
                var t = this;return t.owner.formatPointValue(t, e);
            }, overlapsBox: function overlapsBox(e) {
                return this.box.overlaps(e);
            } }), Xt(Xe.fn, de), Xt(Xe.fn, ge), We = _e.extend({ options: {}, reflowCategories: function reflowCategories(e) {
                var t,
                    i = this,
                    n = i.children,
                    o = n.length;for (t = 0; t < o; t++) {
                    n[t].reflow(e[t]);
                }
            }, addValue: function addValue(e, t) {
                var i,
                    n,
                    o = this,
                    r = t.categoryIx,
                    a = t.category,
                    s = t.series,
                    l = t.seriesIx,
                    c = o.options,
                    h = e.valueFields,
                    u = o.children,
                    p = o.splitValue(h),
                    f = E(p),
                    d = o.categoryPoints[r],
                    g = s.data[r];d || (o.categoryPoints[r] = d = []), f && (i = o.createPoint(e, t)), n = u[r], n || (n = new pe({ vertical: c.invertAxes, gap: c.gap, spacing: c.spacing }), o.append(n)), i && (o.updateRange(h, t), n.append(i), i.categoryIx = r, i.category = a, i.series = s, i.seriesIx = l, i.owner = o, i.dataItem = g, i.noteText = e.fields.noteText), o.points.push(i), d.push(i);
            }, pointType: function pointType() {
                return Xe;
            }, createPoint: function createPoint(e, t) {
                var i,
                    n = this,
                    o = t.categoryIx,
                    r = t.category,
                    a = t.series,
                    s = t.seriesIx,
                    l = e.valueFields,
                    c = Xt({}, a),
                    h = n.pointType(),
                    u = e.fields.color || a.color;return c = n.evalPointOptions(c, l, r, o, a, s), a.type == tn && l.open > l.close && (u = e.fields.downColor || a.downColor || a.color), Nt.isFunction(a.color) && (u = c.color), c.vertical = !n.options.invertAxes, i = new h(l, c), i.color = u, i;
            }, splitValue: function splitValue(e) {
                return [e.low, e.open, e.close, e.high];
            }, updateRange: function updateRange(e, t) {
                var i = this,
                    n = t.series.axis,
                    o = i.valueAxisRanges[n],
                    r = i.splitValue(e);o = i.valueAxisRanges[n] = o || { min: io, max: ro }, o = i.valueAxisRanges[n] = { min: Ot.min.apply(Ot, r.concat([o.min])), max: Ot.max.apply(Ot, r.concat([o.max])) };
            }, formatPointValue: function formatPointValue(e, t) {
                var i = e.value;return yi(t, i.open, i.high, i.low, i.close, e.category);
            }, animationPoints: function animationPoints() {
                return this.points;
            } }), Xt(We.fn, Ee), Ze = Xe.extend({ reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.options,
                    s = r.owner,
                    l = r.value,
                    c = s.seriesValueAxis(a),
                    h = [],
                    u = [],
                    p = [];o = c.getSlot(l.low, l.high), i = c.getSlot(l.open, l.open), n = c.getSlot(l.close, l.close), i.x1 = n.x1 = o.x1 = e.x1, i.x2 = n.x2 = o.x2 = e.x2, t = o.center().x, h.push([i.x1, i.y1]), h.push([t, i.y1]), u.push([t, n.y1]), u.push([n.x2, n.y1]), p.push([t, o.y1]), p.push([t, o.y2]), r.lines = [h, u, p], r.box = o.clone().wrap(i.clone().wrap(n)), r.reflowNote();
            }, createBody: e.noop }), Ke = We.extend({ pointType: function pointType() {
                return Ze;
            } }), Qe = We.extend({ addValue: function addValue(e, t) {
                var i,
                    n,
                    o = this,
                    r = t.categoryIx,
                    a = t.category,
                    s = t.series,
                    l = t.seriesIx,
                    c = o.options,
                    h = o.children,
                    u = e.valueFields,
                    p = o.splitValue(u),
                    f = E(p),
                    d = o.categoryPoints[r],
                    g = s.data[r];d || (o.categoryPoints[r] = d = []), f && (i = o.createPoint(e, t)), n = h[r], n || (n = new pe({ vertical: c.invertAxes, gap: c.gap, spacing: c.spacing }), o.append(n)), i && (o.updateRange(u, t), n.append(i), i.categoryIx = r, i.category = a, i.series = s, i.seriesIx = l, i.owner = o, i.dataItem = g), o.points.push(i), d.push(i);
            }, pointType: function pointType() {
                return this.options.invertAxes ? Je : $e;
            }, splitValue: function splitValue(e) {
                return [e.lower, e.q1, e.median, e.q3, e.upper];
            }, updateRange: function updateRange(e, t) {
                var i = this,
                    n = t.series.axis,
                    o = i.valueAxisRanges[n],
                    r = i.splitValue(e).concat(i.filterOutliers(e.outliers));Ri(e.mean) && (r = r.concat(e.mean)), o = i.valueAxisRanges[n] = o || { min: io, max: ro }, o = i.valueAxisRanges[n] = { min: Ot.min.apply(Ot, r.concat([o.min])), max: Ot.max.apply(Ot, r.concat([o.max])) };
            }, formatPointValue: function formatPointValue(e, t) {
                var i = e.value;return yi(t, i.lower, i.q1, i.median, i.q3, i.upper, i.mean, e.category);
            }, filterOutliers: function filterOutliers(e) {
                var t,
                    i,
                    n = (e || []).length,
                    o = [];for (t = 0; t < n; t++) {
                    i = e[t], Ri(i) && I(o, i);
                }return o;
            } }), $e = Xe.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.value = e, i.createNote();
            }, options: { border: { _brightness: .8 }, line: { width: 2 }, mean: { width: 2, dashType: "dash" }, overlay: { gradient: On }, tooltip: { format: "<table style='text-align: left;'><th colspan='2'>{6:d}</th><tr><td>Lower:</td><td>{0:C}</td></tr><tr><td>Q1:</td><td>{1:C}</td></tr><tr><td>Median:</td><td>{2:C}</td></tr><tr><td>Mean:</td><td>{5:C}</td></tr><tr><td>Q3:</td><td>{3:C}</td></tr><tr><td>Upper:</td><td>{4:C}</td></tr></table>" }, highlight: { opacity: 1, border: { width: 1, opacity: 1 }, line: { width: 1, opacity: 1 } }, notes: { visible: !0, label: {} }, outliers: { visible: !0, size: Qn, type: pn, background: xr, border: { width: 2, opacity: 1 }, opacity: 0 }, extremes: { visible: !0, size: Qn, type: an, background: xr, border: { width: 2, opacity: 1 }, opacity: 0 } }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.options,
                    s = r.owner,
                    l = r.value,
                    c = s.seriesValueAxis(a);r.boxSlot = i = c.getSlot(l.q1, l.q3), r.realBody = i, r.reflowBoxSlot(e), r.whiskerSlot = t = c.getSlot(l.lower, l.upper), r.reflowWhiskerSlot(e), n = c.getSlot(l.median), l.mean && (o = c.getSlot(l.mean), r.meanPoints = r.calcMeanPoints(e, o)), r.whiskerPoints = r.calcWhiskerPoints(i, t), r.medianPoints = r.calcMedianPoints(e, n), r.box = t.clone().wrap(i), r.reflowNote();
            }, reflowBoxSlot: function reflowBoxSlot(e) {
                this.boxSlot.x1 = e.x1, this.boxSlot.x2 = e.x2;
            }, reflowWhiskerSlot: function reflowWhiskerSlot(e) {
                this.whiskerSlot.x1 = e.x1, this.whiskerSlot.x2 = e.x2;
            }, calcMeanPoints: function calcMeanPoints(e, t) {
                return [[[e.x1, t.y1], [e.x2, t.y1]]];
            }, calcWhiskerPoints: function calcWhiskerPoints(e, t) {
                var i = t.center().x;return [[[i - 5, t.y1], [i + 5, t.y1], [i, t.y1], [i, e.y1]], [[i - 5, t.y2], [i + 5, t.y2], [i, t.y2], [i, e.y2]]];
            }, calcMedianPoints: function calcMedianPoints(e, t) {
                return [[[e.x1, t.y1], [e.x2, t.y1]]];
            }, renderOutliers: function renderOutliers(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = e.markers || {},
                    s = r.value,
                    l = s.outliers || [],
                    c = 3 * Ot.abs(s.q3 - s.q1),
                    h = [];for (o = 0; o < l.length; o++) {
                    n = l[o], a = n < s.q3 + c && n > s.q1 - c ? e.outliers : e.extremes, t = Xt({}, a.border), Ri(t.color) || (t.color = Ri(r.color) ? r.color : new ri(a.background).brightness(Xi).toHex()), i = new di({ type: a.type, width: a.size, height: a.size, rotation: a.rotation, background: a.background, border: t, opacity: a.opacity }), i.value = n, h.push(i);
                }return this.reflowOutliers(h), h;
            }, reflowOutliers: function reflowOutliers(e) {
                var i,
                    n,
                    o,
                    r = this.owner.seriesValueAxis(this.options),
                    a = this.box.center();for (i = 0; i < e.length; i++) {
                    n = e[i].value, o = r.getSlot(n), this.options.vertical ? o.move(a.x) : o.move(t, a.y), this.box = this.box.wrap(o), e[i].reflow(o);
                }
            }, mainVisual: function mainVisual(e) {
                var t,
                    i,
                    n = Xe.fn.mainVisual.call(this, e),
                    o = this.renderOutliers(e);for (t = 0; t < o.length; t++) {
                    i = o[t].getElement(), i && n.append(i);
                }return n;
            }, createLines: function createLines(e, t) {
                this.drawLines(e, t, this.whiskerPoints, t.line), this.drawLines(e, t, this.medianPoints, t.median), this.drawLines(e, t, this.meanPoints, t.mean);
            }, getBorderColor: function getBorderColor() {
                return this.color ? this.color : Xe.getBorderColor.call(this);
            } }), Xt($e.fn, de), Je = $e.extend({ reflowBoxSlot: function reflowBoxSlot(e) {
                this.boxSlot.y1 = e.y1, this.boxSlot.y2 = e.y2;
            }, reflowWhiskerSlot: function reflowWhiskerSlot(e) {
                this.whiskerSlot.y1 = e.y1, this.whiskerSlot.y2 = e.y2;
            }, calcMeanPoints: function calcMeanPoints(e, t) {
                return [[[t.x1, e.y1], [t.x1, e.y2]]];
            }, calcWhiskerPoints: function calcWhiskerPoints(e, t) {
                var i = t.center().y;return [[[t.x1, i - 5], [t.x1, i + 5], [t.x1, i], [e.x1, i]], [[t.x2, i - 5], [t.x2, i + 5], [t.x2, i], [e.x2, i]]];
            }, calcMedianPoints: function calcMedianPoints(e, t) {
                return [[[t.x1, e.y1], [t.x1, e.y2]]];
            } }), et = oi.extend({ init: function init(e, t, i) {
                var n = this;n.value = e, n.sector = t, oi.fn.init.call(n, i);
            }, options: { color: xr, overlay: { gradient: Io }, border: { width: .5 }, labels: { visible: !1, distance: 35, font: vn, margin: wi(.5), align: an, zIndex: 1, position: _o }, animation: { type: bo }, highlight: { visible: !0, border: { width: 1 } }, visible: !0 }, render: function render() {
                var e,
                    t = this,
                    i = t.options,
                    n = i.labels,
                    o = t.value;t._rendered || t.visible === !1 || (t._rendered = !0, n.template ? (e = Kt(n.template), o = e({ dataItem: t.dataItem, category: t.category, value: t.value, series: t.series, percentage: t.percentage })) : n.format && (o = yi(n.format, o)), n.visible && o && (t.label = new mi(o, Xt({}, n, { align: on, vAlign: "", animation: { type: En, delay: t.animationDelay } })), t.append(t.label)));
            }, reflow: function reflow(e) {
                var t = this;t.render(), t.box = e, t.reflowLabel();
            }, reflowLabel: function reflowLabel() {
                var e,
                    t,
                    i,
                    n,
                    o = this,
                    r = o.sector.clone(),
                    a = o.options,
                    s = o.label,
                    l = a.labels,
                    c = l.distance,
                    h = r.middle();s && (n = s.box.height(), i = s.box.width(), l.position == on ? (r.r = Ot.abs((r.r - n) / 2) + n, e = r.point(h), s.reflow(ii(e.x, e.y - n / 2, e.x, e.y))) : l.position == Gn ? (r.r = r.r - n / 2, e = r.point(h), s.reflow(ii(e.x, e.y - n / 2, e.x, e.y))) : (e = r.clone().expand(c).point(h), e.x >= r.c.x ? (t = e.x + i, s.orientation = Ro) : (t = e.x - i, s.orientation = Xn), s.reflow(ii(t, e.y - n, e.x, e.y))));
            }, createVisual: function createVisual() {
                var e,
                    t,
                    i = this,
                    n = i.sector,
                    o = i.options;oi.fn.createVisual.call(this), i.value && (o.visual ? (e = (n.startAngle + 180) % 360, t = o.visual({ category: i.category, dataItem: i.dataItem, value: i.value, series: i.series, percentage: i.percentage, center: new zi.Point(n.c.x, n.c.y), radius: n.r, innerRadius: n.ir, startAngle: e, endAngle: e + n.angle, options: o, createVisual: function createVisual() {
                        var e = new Oi.Group();return i.createSegmentVisual(e), e;
                    } }), t && i.visual.append(t)) : i.createSegmentVisual(i.visual));
            }, createSegmentVisual: function createSegmentVisual(e) {
                var t,
                    i = this,
                    n = i.sector,
                    o = i.options,
                    r = o.border || {},
                    a = r.width > 0 ? { stroke: { color: r.color, width: r.width, opacity: r.opacity, dashType: r.dashType } } : {},
                    s = o.color,
                    l = { color: s, opacity: o.opacity };t = i.createSegment(n, Xt({ fill: l, stroke: { opacity: o.opacity }, zIndex: o.zIndex }, a)), e.append(t), Y(o) && e.append(this.createGradientOverlay(t, { baseColor: s, fallbackFill: l }, Xt({ center: [n.c.x, n.c.y], innerRadius: n.ir, radius: n.r, userSpace: !0 }, o.overlay)));
            }, createSegment: function createSegment(e, t) {
                return t.singleSegment ? new Oi.Circle(new zi.Circle(new zi.Point(e.c.x, e.c.y), e.r), t) : gi.current.createRing(e, t);
            }, createAnimation: function createAnimation() {
                var e = this.options,
                    t = this.sector.c;Xt(e, { animation: { center: [t.x, t.y], delay: this.animationDelay } }), oi.fn.createAnimation.call(this);
            }, createHighlight: function createHighlight(e) {
                var t = this,
                    i = t.options.highlight || {},
                    n = i.border || {};return t.createSegment(t.sector, Xt({}, e, { fill: { color: i.color, opacity: i.opacity }, stroke: { opacity: n.opacity, width: n.width, color: n.color } }));
            }, highlightVisual: function highlightVisual() {
                return this.visual.children[0];
            }, highlightVisualArgs: function highlightVisualArgs() {
                var e = this.sector;return { options: this.options, radius: e.r, innerRadius: e.ir, center: new zi.Point(e.c.x, e.c.y), startAngle: e.startAngle, endAngle: e.angle + e.startAngle, visual: this.visual };
            }, tooltipAnchor: function tooltipAnchor(e, t) {
                var i = this,
                    n = i.sector.adjacentBox(ar, e, t);return new ui(n.x1, n.y1);
            }, formatValue: function formatValue(e) {
                var t = this;return t.owner.formatPointValue(t, e);
            } }), Xt(et.fn, de), tt = { createLegendItem: function createLegendItem(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = l.options.legend || {},
                    h = c.labels || {},
                    u = c.inactiveItems || {},
                    p = u.labels || {};i && i.visibleInLegend !== !1 && (s = i.visible !== !1, n = i.category || "", o = s ? h.template : p.template || h.template, o && (n = Kt(o)({ text: n, series: i.series, dataItem: i.dataItem, percentage: i.percentage, value: e })), s ? (a = {}, r = t.color) : (a = { color: p.color, font: p.font }, r = (u.markers || {}).color), n && l.legendItems.push({ pointIndex: i.index, text: n, series: i.series, markerColor: r, labels: a }));
            } }, it = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.plotArea = e, i.points = [], i.legendItems = [], i.render();
            }, options: { startAngle: 90, connectors: { width: 1, color: "#939393", padding: 4 }, inactiveItems: { markers: {}, labels: {} } }, render: function render() {
                var e = this;e.traverseDataPoints(Ht(e.addValue, e));
            }, traverseDataPoints: function traverseDataPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u,
                    p,
                    f,
                    d = this,
                    g = d.options,
                    m = d.plotArea.options.seriesColors || [],
                    x = m.length,
                    v = g.series,
                    y = v.length,
                    _ = 0;for (o = 0; o < y; o++) {
                    for (t = v[o], a = t.data, u = q(t), s = 360 / u, p = Ri(t.startAngle) ? t.startAngle : g.startAngle, o != y - 1 && t.labels.position == _o && (t.labels.position = on), f = 0; f < a.length; f++) {
                        i = oe.current.bindPoint(t, f), l = i.valueFields.value, c = Ot.abs(l), n = i.fields, r = c * s, h = 1 != a.length && !!n.explode, Zt(t.color) || (t.color = n.color || m[f % x]), e(l, new fi(null, 0, 0, p, r), { owner: d, category: n.category || "", index: _, series: t, seriesIx: o, dataItem: a[f], percentage: 0 !== u ? c / u : 0, explode: h, visibleInLegend: n.visibleInLegend, visible: n.visible, zIndex: y - o, animationDelay: d.animationDelay(f, o, y) }), i.fields.visible !== !1 && (p += r), _++;
                    }_ = 0;
                }
            }, evalSegmentOptions: function evalSegmentOptions(e, t, i) {
                var n = i.series;M(e, { value: t, series: n, dataItem: i.dataItem, category: i.category, percentage: i.percentage }, { defaults: n._defaults, excluded: ["data", "template", "visual", "toggle"] });
            }, addValue: function addValue(e, t, i) {
                var n,
                    o = this,
                    r = Xt({}, i.series, { index: i.index });o.evalSegmentOptions(r, e, i), o.createLegendItem(e, r, i), i.visible !== !1 && (n = new et(e, t, r), Ut(n, i), o.append(n), o.points.push(n));
            }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c = this,
                    h = c.options,
                    u = e.clone(),
                    p = 5,
                    f = Ot.min(u.width(), u.height()),
                    d = f / 2,
                    g = f - .85 * f,
                    m = Mi(h.padding, g),
                    x = ii(u.x1, u.y1, u.x1 + f, u.y1 + f),
                    v = x.center(),
                    y = c.seriesConfigs || [],
                    _ = u.center(),
                    b = c.points,
                    w = b.length,
                    A = h.series.length,
                    k = [],
                    S = [];for (m = m > d - p ? d - p : m, x.translate(_.x - v.x, _.y - v.y), a = d - m, l = ui(a + x.x1 + m, a + x.y1 + m), s = 0; s < w; s++) {
                    o = b[s], r = o.sector, r.r = a, r.c = l, i = o.seriesIx, y.length && (t = y[i], r.ir = t.ir, r.r = t.r), i == A - 1 && o.explode && (r.c = r.clone().radius(.15 * r.r).point(r.middle())), o.reflow(x), n = o.label, n && n.options.position === _o && i == A - 1 && (n.orientation === Ro ? S.push(n) : k.push(n));
                }k.length > 0 && (k.sort(c.labelComparator(!0)), c.leftLabelsReflow(k)), S.length > 0 && (S.sort(c.labelComparator(!1)), c.rightLabelsReflow(S)), c.box = x;
            }, leftLabelsReflow: function leftLabelsReflow(e) {
                var t = this,
                    i = t.distanceBetweenLabels(e);t.distributeLabels(i, e);
            }, rightLabelsReflow: function rightLabelsReflow(e) {
                var t = this,
                    i = t.distanceBetweenLabels(e);t.distributeLabels(i, e);
            }, distanceBetweenLabels: function distanceBetweenLabels(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.points,
                    a = r[r.length - 1],
                    s = a.sector,
                    l = e[0].box,
                    c = e.length - 1,
                    h = s.r + a.options.labels.distance,
                    u = [];for (i = Ci(l.y1 - (s.c.y - h - l.height() - l.height() / 2)), u.push(i), n = 0; n < c; n++) {
                    l = e[n].box, t = e[n + 1].box, i = Ci(t.y1 - l.y2), u.push(i);
                }return i = Ci(s.c.y + h - e[c].box.y2 - e[c].box.height() / 2), u.push(i), u;
            }, distributeLabels: function distributeLabels(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = e.length;for (r = 0; r < s; r++) {
                    for (n = o = r, i = -e[r]; i > 0 && (n >= 0 || o < s);) {
                        i = a._takeDistance(e, r, --n, i), i = a._takeDistance(e, r, ++o, i);
                    }
                }a.reflowLabels(e, t);
            }, _takeDistance: function _takeDistance(e, t, i, n) {
                if (e[i] > 0) {
                    var o = Ot.min(e[i], n);n -= o, e[i] -= o, e[t] += o;
                }return n;
            }, reflowLabels: function reflowLabels(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.points,
                    l = s[s.length - 1],
                    c = l.sector,
                    h = t.length,
                    u = l.options.labels,
                    p = u.distance,
                    f = c.c.y - (c.r + p) - t[0].box.height();for (e[0] += 2, r = 0; r < h; r++) {
                    i = t[r], f += e[r], o = i.box, n = a.hAlignLabel(o.x2, c.clone().expand(p), f, f + o.height(), i.orientation == Ro), i.orientation == Ro ? (u.align !== an && (n = c.r + c.c.x + p), i.reflow(ii(n + o.width(), f, n, f))) : (u.align !== an && (n = c.c.x - c.r - p), i.reflow(ii(n - o.width(), f, n, f))), f += o.height();
                }
            }, createVisual: function createVisual() {
                var e,
                    t,
                    i,
                    n,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u,
                    p,
                    f,
                    d,
                    g,
                    m = this,
                    x = m.options,
                    v = x.connectors,
                    y = m.points,
                    _ = y.length,
                    b = 4;for (oi.fn.createVisual.call(this), this._connectorLines = [], l = 0; l < _; l++) {
                    r = y[l], i = r.sector, n = i.middle(), s = r.label, a = { seriesId: r.seriesIx }, t = (r.options.connectors || {}).color || v.color, s && (e = new Oi.Path({ stroke: { color: t, width: v.width }, animation: { type: En, delay: r.animationDelay } }), s.options.position === _o && 0 !== r.value && (c = s.box, h = i.c, u = i.point(n), p = ui(c.x1, c.center().y), u = i.clone().expand(v.padding).point(n), e.moveTo(u.x, u.y), s.orientation == Ro ? (d = ui(c.x1 - v.padding, c.center().y), g = o(h, u, p, d), p = ui(d.x - b, d.y), g = g || p, g.x = Ot.min(g.x, p.x), m.pointInCircle(g, i.c, i.r + b) || g.x < i.c.x ? (f = i.c.x + i.r + b, r.options.labels.align !== hn ? f < p.x ? e.lineTo(f, u.y) : e.lineTo(u.x + 2 * b, u.y) : e.lineTo(f, u.y), e.lineTo(p.x, d.y)) : (g.y = d.y, e.lineTo(g.x, g.y))) : (d = ui(c.x2 + v.padding, c.center().y), g = o(h, u, p, d), p = ui(d.x + b, d.y), g = g || p, g.x = Ot.max(g.x, p.x), m.pointInCircle(g, i.c, i.r + b) || g.x > i.c.x ? (f = i.c.x - i.r - b, r.options.labels.align !== hn ? f > p.x ? e.lineTo(f, u.y) : e.lineTo(u.x - 2 * b, u.y) : e.lineTo(f, u.y), e.lineTo(p.x, d.y)) : (g.y = d.y, e.lineTo(g.x, g.y))), e.lineTo(d.x, d.y), this._connectorLines.push(e), this.visual.append(e)));
                }
            }, labelComparator: function labelComparator(e) {
                return e = e ? -1 : 1, function (t, i) {
                    return t = (t.parent.sector.middle() + 270) % 360, i = (i.parent.sector.middle() + 270) % 360, (t - i) * e;
                };
            }, hAlignLabel: function hAlignLabel(e, t, i, n, o) {
                var r = t.c.x,
                    a = t.c.y,
                    s = t.r,
                    l = Ot.min(Ot.abs(a - i), Ot.abs(a - n));return l > s ? e : r + Ot.sqrt(s * s - l * l) * (o ? 1 : -1);
            }, pointInCircle: function pointInCircle(e, t, i) {
                return u(t.x - e.x) + u(t.y - e.y) < u(i);
            }, formatPointValue: function formatPointValue(e, t) {
                return yi(t, e.value);
            }, animationDelay: function animationDelay(e) {
                return e * wo;
            } }), Xt(it.fn, tt), nt = et.extend({ options: { overlay: { gradient: Vo }, labels: { position: on }, animation: { type: bo } }, reflowLabel: function reflowLabel() {
                var e,
                    t,
                    i = this,
                    n = i.sector.clone(),
                    o = i.options,
                    r = i.label,
                    a = o.labels,
                    s = n.middle();r && (t = r.box.height(), a.position == on ? (n.r -= (n.r - n.ir) / 2, e = n.point(s), r.reflow(new ii(e.x, e.y - t / 2, e.x, e.y))) : et.fn.reflowLabel.call(i));
            }, createSegment: function createSegment(e, t) {
                return gi.current.createRing(e, t);
            } }), Xt(nt.fn, de), ot = it.extend({ options: { startAngle: 90, connectors: { width: 1, color: "#939393", padding: 4 } }, addValue: function addValue(e, t, i) {
                var n,
                    o = this,
                    r = Xt({}, i.series, { index: i.index });o.evalSegmentOptions(r, e, i), o.createLegendItem(e, r, i), e && i.visible !== !1 && (n = new nt(e, t, r), Ut(n, i), o.append(n), o.points.push(n));
            }, reflow: function reflow(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    c = e.clone(),
                    h = 5,
                    u = Ot.min(c.width(), c.height()),
                    p = u / 2,
                    f = u - .85 * u,
                    d = Mi(l.padding, f),
                    g = l.series,
                    m = g.length,
                    x = 0,
                    v = 0,
                    y = 0,
                    _ = 0;for (s.seriesConfigs = [], d = d > p - h ? p - h : d, n = p - d, r = 0; r < m; r++) {
                    t = g[r], 0 === r && Ri(t.holeSize) && (i = t.holeSize, n -= t.holeSize), Ri(t.size) ? n -= t.size : x++, Ri(t.margin) && r != m - 1 && (n -= t.margin);
                }for (Ri(i) || (_ = (p - d) / (m + .75), i = .75 * _, n -= i), y = i, r = 0; r < m; r++) {
                    t = g[r], o = Mi(t.size, n / x), y += v, a = y + o, s.seriesConfigs.push({ ir: y, r: a }), v = t.margin || 0, y = a;
                }it.fn.reflow.call(s, e);
            }, animationDelay: function animationDelay(e, t, i) {
                return e * kn + Nn * (t + 1) / (i + 1);
            } }), rt = be.extend({ render: function render() {
                be.fn.render.call(this), this.createSegments();
            }, traverseDataPoints: function traverseDataPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    u,
                    p = this.options.series,
                    f = this.categoryAxis.options.categories || [],
                    d = h(p),
                    g = !this.options.invertAxes;for (t = 0; t < p.length; t++) {
                    for (i = p[t], n = 0, o = 0, r = 0; r < d; r++) {
                        a = oe.current.bindPoint(i, r), s = a.valueFields.value, l = a.fields.summary, c = n, l ? "total" === l.toLowerCase() ? (a.valueFields.value = n, c = 0, u = n) : (a.valueFields.value = o, u = c - o, o = 0) : B(s) && (o += s, n += s, u = n), e(a, { category: f[r], categoryIx: r, series: i, seriesIx: t, total: n, runningTotal: o, from: c, to: u, isVertical: g });
                    }
                }
            }, updateRange: function updateRange(e, t) {
                be.fn.updateRange.call(this, { value: t.to }, t);
            }, aboveAxis: function aboveAxis(e) {
                return e.value >= 0;
            }, plotRange: function plotRange(e) {
                return [e.from, e.to];
            }, createSegments: function createSegments() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s = this.options.series,
                    l = this.seriesPoints,
                    c = this.segments = [];for (e = 0; e < s.length; e++) {
                    if (t = s[e], i = l[e]) for (o = 0; o < i.length; o++) {
                        r = i[o], r && n && (a = new at(n, r, t), c.push(a), this.append(a)), n = r;
                    }
                }
            } }), at = oi.extend({ init: function init(e, t, i) {
                var n = this;oi.fn.init.call(n), n.from = e, n.to = t, n.series = i;
            }, options: { animation: { type: En, delay: Nn } }, linePoints: function linePoints() {
                var e,
                    t,
                    i = [],
                    n = this.from,
                    o = n.box,
                    r = this.to.box;return n.isVertical ? (e = n.aboveAxis ? o.y1 : o.y2, i.push([o.x1, e], [r.x2, e])) : (t = n.aboveAxis ? o.x2 : o.x1, i.push([t, o.y1], [t, r.y2])), i;
            }, createVisual: function createVisual() {
                var e, t;oi.fn.createVisual.call(this), e = this.series.line || {}, t = Oi.Path.fromPoints(this.linePoints(), { stroke: { color: e.color, width: e.width, opacity: e.opacity, dashType: e.dashType } }), vi(t), this.visual.append(t);
            } }), st = ni.extend({ init: function init(e) {
                var t = this;ni.fn.init.call(t, e), e = t.options, t.id = Nt.guid(), t.createTitle(), t.content = new oi(), t.chartContainer = new lt({}, t), t.append(t.content), t.axes = [], t.charts = [];
            }, options: { zIndex: -1, shrinkToFit: !0, title: { align: Xn }, visible: !0 }, createTitle: function createTitle() {
                var e = this,
                    t = e.options.title;(typeof t === "undefined" ? "undefined" : _typeof(t)) === vo && (t = Xt({}, t, { align: t.position, position: or })), e.title = xi.buildTitle(t, e, st.fn.options.title);
            }, appendAxis: function appendAxis(e) {
                var t = this;t.content.append(e), t.axes.push(e), e.pane = t;
            }, appendChart: function appendChart(e) {
                var t = this;t.chartContainer.parent !== t.content && t.content.append(t.chartContainer), t.charts.push(e), t.chartContainer.append(e), e.pane = t;
            }, empty: function empty() {
                var e,
                    t = this,
                    i = t.parent;if (i) {
                    for (e = 0; e < t.axes.length; e++) {
                        i.removeAxis(t.axes[e]);
                    }for (e = 0; e < t.charts.length; e++) {
                        i.removeChart(t.charts[e]);
                    }
                }t.axes = [], t.charts = [], t.content.destroy(), t.content.children = [], t.chartContainer.children = [];
            }, reflow: function reflow(e) {
                var t,
                    i = this;Ii(i.children) === i.content && (t = i.children.pop()), ni.fn.reflow.call(i, e), t && i.children.push(t), i.title && (i.contentBox.y1 += i.title.box.height());
            }, visualStyle: function visualStyle() {
                var e = ni.fn.visualStyle.call(this);return e.zIndex = -10, e;
            }, renderComplete: function renderComplete() {
                this.options.visible && this.createGridLines();
            }, stackRoot: i, clipRoot: i, createGridLines: function createGridLines() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.axes,
                    l = s.concat(a.parent.axes),
                    c = [],
                    h = [];for (t = 0; t < s.length; t++) {
                    for (n = s[t], o = n.options.vertical, e = o ? c : h, i = 0; i < l.length; i++) {
                        0 === e.length && (r = l[i], o !== r.options.vertical && Ti(e, n.createGridLines(r)));
                    }
                }
            }, refresh: function refresh() {
                this.visual.clear(), this.content.parent = null, this.content.createGradient = e.proxy(this.createGradient, this), this.content.renderVisual(), this.content.parent = this, this.title && this.visual.append(this.title.visual), this.visual.append(this.content.visual), this.renderComplete();
            }, chartsBox: function chartsBox() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r = this.axes,
                    a = r.length,
                    s = new ii();for (n = 0; n < a; n++) {
                    i = r[n], e = i.options.vertical ? yr : vr, t = i.lineBox(), s[e + 1] = t[e + 1], s[e + 2] = t[e + 2];
                }if (0 === s.x2) for (o = this.parent.axes, a = o.length, n = 0; n < a; n++) {
                    i = o[n], i.options.vertical || (t = i.lineBox(), s.x1 = t.x1, s.x2 = t.x2);
                }return s;
            }, clipBox: function clipBox() {
                return this.chartContainer.clipBox;
            } }), lt = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, e), i.pane = t;
            }, shouldClip: function shouldClip() {
                var e,
                    t = this,
                    i = t.children,
                    n = i.length;for (e = 0; e < n; e++) {
                    if (i[e].options.clip === !0) return !0;
                }return !1;
            }, _clipBox: function _clipBox() {
                return this.pane.chartsBox();
            }, createVisual: function createVisual() {
                var e, t, i;this.visual = new Oi.Group({ zIndex: 0 }), this.shouldClip() && (e = this.clipBox = this._clipBox(), t = e.toRect(), i = Oi.Path.fromRect(t), this.visual.clip(i), this.unclipLabels());
            }, stackRoot: i, unclipLabels: function unclipLabels() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.children,
                    c = s.clipBox;for (i = 0; i < l.length; i++) {
                    for (e = l[i].points || {}, o = e.length, n = 0; n < o; n++) {
                        t = e[n], t && t.overlapsBox && t.overlapsBox(c) && (r = t.label, a = t.note, r && r.options.visible && (r.alignToClipBox && r.alignToClipBox(c), r.options.noclip = !0), a && a.options.visible && (a.options.noclip = !0));
                    }
                }
            }, destroy: function destroy() {
                oi.fn.destroy.call(this), delete this.parent;
            } }), ct = oi.extend({ init: function init(e, t) {
                var i = this;oi.fn.init.call(i, t), i.series = e, i.initSeries(), i.charts = [], i.options.legend.items = [], i.axes = [], i.crosshairs = [], i.createPanes(), i.render(), i.createCrosshairs();
            }, options: { series: [], plotArea: { margin: {} }, background: "", border: { color: Zi, width: 0 }, legend: { inactiveItems: { labels: { color: "#919191" }, markers: { color: "#919191" } } } }, initSeries: function initSeries() {
                var e,
                    t,
                    i = this.series;for (e = 0; e < i.length; e++) {
                    t = i[e], t.index = e;
                }
            }, createPanes: function createPanes() {
                function e(e, t) {
                    "string" == typeof e.title && (e.title = { text: e.title }), e.title = Xt({}, t.title, e.title);
                }var t,
                    i,
                    n,
                    o = this,
                    r = { title: { color: (o.options.title || {}).color } },
                    a = [],
                    s = o.options.panes || [],
                    l = Ot.max(s.length, 1);for (t = 0; t < l; t++) {
                    n = s[t] || {}, e(n, r), i = new st(n), i.paneIndex = t, a.push(i), o.append(i);
                }o.panes = a;
            }, createCrosshairs: function createCrosshairs(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this;for (e = e || a.panes, t = 0; t < e.length; t++) {
                    for (n = e[t], i = 0; i < n.axes.length; i++) {
                        o = n.axes[i], o.options.crosshair && o.options.crosshair.visible && (r = new wt(o, o.options.crosshair), a.crosshairs.push(r), n.content.append(r));
                    }
                }
            }, removeCrosshairs: function removeCrosshairs(e) {
                var t,
                    i,
                    n = this,
                    o = n.crosshairs,
                    r = e.axes;for (t = o.length - 1; t >= 0; t--) {
                    for (i = 0; i < r.length; i++) {
                        if (o[t].axis === r[i]) {
                            o.splice(t, 1);break;
                        }
                    }
                }
            }, hideCrosshairs: function hideCrosshairs() {
                var e,
                    t = this.crosshairs;for (e = 0; e < t.length; e++) {
                    t[e].hide();
                }
            }, findPane: function findPane(e) {
                var t,
                    i,
                    n = this,
                    o = n.panes;for (t = 0; t < o.length; t++) {
                    if (o[t].options.name === e) {
                        i = o[t];break;
                    }
                }return i || o[0];
            }, findPointPane: function findPointPane(e) {
                var t,
                    i,
                    n = this,
                    o = n.panes;for (t = 0; t < o.length; t++) {
                    if (o[t].box.containsPoint(e)) {
                        i = o[t];break;
                    }
                }return i;
            }, appendAxis: function appendAxis(e) {
                var t = this,
                    i = t.findPane(e.options.pane);i.appendAxis(e), t.axes.push(e), e.plotArea = t;
            }, removeAxis: function removeAxis(e) {
                var t,
                    i,
                    n = this,
                    o = [];for (t = 0; t < n.axes.length; t++) {
                    i = n.axes[t], e !== i ? o.push(i) : i.destroy();
                }n.axes = o;
            }, appendChart: function appendChart(e, t) {
                var i = this;i.charts.push(e), t ? t.appendChart(e) : i.append(e);
            }, removeChart: function removeChart(e) {
                var t,
                    i,
                    n = this,
                    o = [];for (t = 0; t < n.charts.length; t++) {
                    i = n.charts[t], i !== e ? o.push(i) : i.destroy();
                }n.charts = o;
            }, addToLegend: function addToLegend(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h = e.length,
                    u = [],
                    p = this.options.legend,
                    f = p.labels || {},
                    d = p.inactiveItems || {},
                    g = d.labels || {};for (t = 0; t < h; t++) {
                    i = e[t], l = i.visible !== !1, i.visibleInLegend !== !1 && (n = i.name || "", c = l ? f.template : g.template || f.template, c && (n = Kt(c)({ text: n, series: i })), o = i.color, s = i._defaults, Zt(o) && s && (o = s.color), l ? (r = {}, a = o) : (r = { color: g.color, font: g.font }, a = d.markers.color), n && u.push({ text: n, labels: r, markerColor: a, series: i, active: l }));
                }Ti(p.items, u);
            }, groupAxes: function groupAxes(e) {
                var t,
                    i,
                    n,
                    o,
                    r = [],
                    a = [];for (n = 0; n < e.length; n++) {
                    for (t = e[n].axes, o = 0; o < t.length; o++) {
                        i = t[o], i.options.vertical ? a.push(i) : r.push(i);
                    }
                }return { x: r, y: a, any: r.concat(a) };
            }, groupSeriesByPane: function groupSeriesByPane() {
                var e,
                    t,
                    i,
                    n = this,
                    o = n.series,
                    r = {};for (e = 0; e < o.length; e++) {
                    i = o[e], t = n.seriesPaneName(i), r[t] ? r[t].push(i) : r[t] = [i];
                }return r;
            }, filterVisibleSeries: function filterVisibleSeries(e) {
                var t,
                    i,
                    n = [];for (t = 0; t < e.length; t++) {
                    i = e[t], i.visible !== !1 && n.push(i);
                }return n;
            }, reflow: function reflow(e) {
                var t = this,
                    i = t.options.plotArea,
                    n = t.panes,
                    o = wi(i.margin);t.box = e.clone().unpad(o), t.reflowPanes(), t.reflowAxes(n), t.reflowCharts(n);
            }, redraw: function redraw(e) {
                var t,
                    i = this;for (e = [].concat(e), this.initSeries(), t = 0; t < e.length; t++) {
                    i.removeCrosshairs(e[t]), e[t].empty();
                }for (i.render(e), i.reflowAxes(i.panes), i.reflowCharts(e), i.createCrosshairs(e), t = 0; t < e.length; t++) {
                    e[t].refresh();
                }
            }, axisCrossingValues: function axisCrossingValues(e, t) {
                var i,
                    n = e.options,
                    o = [].concat(n.axisCrossingValues || n.axisCrossingValue),
                    r = t.length - o.length,
                    a = o[0] || 0;for (i = 0; i < r; i++) {
                    o.push(a);
                }return o;
            }, alignAxisTo: function alignAxisTo(e, t, i, n) {
                var o = e.getSlot(i, i, !0),
                    r = e.options.reverse ? 2 : 1,
                    a = t.getSlot(n, n, !0),
                    s = t.options.reverse ? 2 : 1,
                    l = e.box.translate(a[vr + s] - o[vr + r], a[yr + s] - o[yr + r]);e.pane !== t.pane && l.translate(0, e.pane.box.y1 - t.pane.box.y1), e.reflow(l);
            }, alignAxes: function alignAxes(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = e[0],
                    h = t[0],
                    u = l.axisCrossingValues(c, t),
                    p = l.axisCrossingValues(h, e),
                    f = {},
                    d = {},
                    g = {},
                    m = {};for (s = 0; s < t.length; s++) {
                    a = t[s], o = a.pane, r = o.id, i = ie(e, o) || c, n = u, i !== c && (n = l.axisCrossingValues(i, t)), l.alignAxisTo(a, i, p[s], n[s]), a.options._overlap || (Ci(a.lineBox().x1) === Ci(i.lineBox().x1) && (f[r] && a.reflow(a.box.alignTo(f[r].box, Xn).translate(-a.options.margin, 0)), f[r] = a), Ci(a.lineBox().x2) === Ci(i.lineBox().x2) && (a._mirrored || (a.options.labels.mirror = !a.options.labels.mirror, a._mirrored = !0), l.alignAxisTo(a, i, p[s], n[s]), d[r] && a.reflow(a.box.alignTo(d[r].box, Ro).translate(a.options.margin, 0)), d[r] = a), 0 !== s && h.pane === a.pane && (a.alignTo(h), a.reflow(a.box)));
                }for (s = 0; s < e.length; s++) {
                    a = e[s], o = a.pane, r = o.id, i = ie(t, o) || h, n = p, i !== h && (n = l.axisCrossingValues(i, e)), l.alignAxisTo(a, i, u[s], n[s]), a.options._overlap || (Ci(a.lineBox().y1) === Ci(i.lineBox().y1) && (a._mirrored || (a.options.labels.mirror = !a.options.labels.mirror, a._mirrored = !0), l.alignAxisTo(a, i, u[s], n[s]), g[r] && a.reflow(a.box.alignTo(g[r].box, or).translate(0, -a.options.margin)), g[r] = a), Ci(a.lineBox().y2, un) === Ci(i.lineBox().y2, un) && (m[r] && a.reflow(a.box.alignTo(m[r].box, Qi).translate(0, a.options.margin)), m[r] = a), 0 !== s && (a.alignTo(c), a.reflow(a.box)));
                }
            }, shrinkAxisWidth: function shrinkAxisWidth(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.groupAxes(e).any,
                    a = P(r),
                    s = 0;for (t = 0; t < e.length; t++) {
                    i = e[t], i.axes.length > 0 && (s = Ot.max(s, a.width() - i.contentBox.width()));
                }if (0 !== s) for (t = 0; t < r.length; t++) {
                    n = r[t], n.options.vertical || n.reflow(n.box.shrink(s, 0));
                }
            }, shrinkAxisHeight: function shrinkAxisHeight(e) {
                var t, i, n, o, r, a, s;for (t = 0; t < e.length; t++) {
                    if (i = e[t], n = i.axes, o = Ot.max(0, P(n).height() - i.contentBox.height()), 0 !== o) {
                        for (r = 0; r < n.length; r++) {
                            a = n[r], a.options.vertical && a.reflow(a.box.shrink(0, o));
                        }s = !0;
                    }
                }return s;
            }, fitAxes: function fitAxes(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c = this,
                    h = c.groupAxes(e).any,
                    u = 0;for (s = 0; s < e.length; s++) {
                    if (r = e[s], t = r.axes, i = r.contentBox, t.length > 0) for (n = P(t), u = Ot.max(u, i.x1 - n.x1), o = Ot.max(i.y1 - n.y1, i.y2 - n.y2), l = 0; l < t.length; l++) {
                        a = t[l], a.reflow(a.box.translate(0, o));
                    }
                }for (s = 0; s < h.length; s++) {
                    a = h[s], a.reflow(a.box.translate(u, 0));
                }
            }, reflowAxes: function reflowAxes(e) {
                var t,
                    i = this,
                    n = i.groupAxes(e);for (t = 0; t < e.length; t++) {
                    i.reflowPaneAxes(e[t]);
                }n.x.length > 0 && n.y.length > 0 && (i.alignAxes(n.x, n.y), i.shrinkAxisWidth(e), i.autoRotateAxisLabels(n), i.alignAxes(n.x, n.y), i.shrinkAxisWidth(e) && i.alignAxes(n.x, n.y), i.shrinkAxisHeight(e), i.alignAxes(n.x, n.y), i.shrinkAxisHeight(e) && i.alignAxes(n.x, n.y), i.fitAxes(e));
            }, autoRotateAxisLabels: function autoRotateAxisLabels(e) {
                var t,
                    i,
                    n,
                    o = this.axes,
                    r = this.panes;for (i = 0; i < o.length; i++) {
                    t = o[i], t.autoRotateLabels() && (n = !0);
                }if (n) {
                    for (i = 0; i < r.length; i++) {
                        this.reflowPaneAxes(r[i]);
                    }e.x.length > 0 && e.y.length > 0 && (this.alignAxes(e.x, e.y), this.shrinkAxisWidth(r));
                }
            }, reflowPaneAxes: function reflowPaneAxes(e) {
                var t,
                    i = e.axes,
                    n = i.length;if (n > 0) for (t = 0; t < n; t++) {
                    i[t].reflow(e.contentBox);
                }
            }, reflowCharts: function reflowCharts(e) {
                var t,
                    i,
                    n = this,
                    o = n.charts,
                    r = o.length,
                    a = n.box;for (i = 0; i < r; i++) {
                    t = o[i].pane, t && !Ai(t, e) || o[i].reflow(a);
                }
            }, reflowPanes: function reflowPanes() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.box,
                    s = r.panes,
                    l = s.length,
                    c = a.height(),
                    h = l,
                    u = 0,
                    p = a.y1;for (e = 0; e < l; e++) {
                    t = s[e], n = t.options.height, t.options.width = a.width(), t.options.height ? (n.indexOf && n.indexOf("%") && (o = parseInt(n, 10) / 100, t.options.height = o * a.height()), t.reflow(a.clone()), c -= t.options.height) : u++;
                }for (e = 0; e < l; e++) {
                    t = s[e], t.options.height || (t.options.height = c / u);
                }for (e = 0; e < l; e++) {
                    t = s[e], i = a.clone().move(a.x1, p), t.reflow(i), h--, p += t.options.height;
                }
            }, backgroundBox: function backgroundBox() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.axes,
                    l = s.length;for (i = 0; i < l; i++) {
                    for (o = s[i], n = 0; n < l; n++) {
                        r = s[n], o.options.vertical !== r.options.vertical && (e = o.lineBox().clone().wrap(r.lineBox()), t = t ? t.wrap(e) : e);
                    }
                }return t || a.box;
            }, chartsBoxes: function chartsBoxes() {
                var e,
                    t = this.panes,
                    i = [];for (e = 0; e < t.length; e++) {
                    i.push(t[e].chartsBox());
                }return i;
            }, addBackgroundPaths: function addBackgroundPaths(e) {
                var t,
                    i = this.chartsBoxes();for (t = 0; t < i.length; t++) {
                    e.paths.push(Oi.Path.fromRect(i[t].toRect()));
                }
            }, backgroundContainsPoint: function backgroundContainsPoint(e) {
                var t,
                    i = this.chartsBoxes();for (t = 0; t < i.length; t++) {
                    if (i[t].containsPoint(e)) return !0;
                }
            }, createVisual: function createVisual() {
                var e, t, i, n, o;oi.fn.createVisual.call(this), e = this.options.plotArea, t = e.border || {}, i = e.background, n = e.opacity, Pi.isTransparent(i) && (i = xr, n = 0), o = this._bgVisual = new Oi.MultiPath({ fill: { color: i, opacity: n }, stroke: { color: t.width ? t.color : "", width: t.width, dashType: t.dashType }, zIndex: -1 }), this.addBackgroundPaths(o), this.appendVisual(o);
            }, pointsByCategoryIndex: function pointsByCategoryIndex(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this.charts,
                    s = [];if (null !== e) for (t = 0; t < a.length; t++) {
                    if (r = a[t], "_navigator" !== r.pane.options.name && (n = a[t].categoryPoints[e], n && n.length)) for (i = 0; i < n.length; i++) {
                        o = n[i], o && Ri(o.value) && null !== o.value && s.push(o);
                    }
                }return s;
            }, pointsBySeriesIndex: function pointsBySeriesIndex(e) {
                return this.filterPoints(function (t) {
                    return t.series.index === e;
                });
            }, pointsBySeriesName: function pointsBySeriesName(e) {
                return this.filterPoints(function (t) {
                    return t.series.name === e;
                });
            }, filterPoints: function filterPoints(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this.charts,
                    s = [];for (n = 0; n < a.length; n++) {
                    for (r = a[n], t = r.points, o = 0; o < t.length; o++) {
                        i = t[o], i && e(i) && s.push(i);
                    }
                }return s;
            }, findPoint: function findPoint(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this.charts;for (n = 0; n < a.length; n++) {
                    for (r = a[n], t = r.points, o = 0; o < t.length; o++) {
                        if (i = t[o], i && e(i)) return i;
                    }
                }
            }, paneByPoint: function paneByPoint(e) {
                var t,
                    i,
                    n = this,
                    o = n.panes;for (i = 0; i < o.length; i++) {
                    if (t = o[i], t.box.containsPoint(e)) return t;
                }
            } }), ht = { hover: function hover(e, t) {
                this._dispatchEvent(e, t, ko);
            }, click: function click(e, t) {
                this._dispatchEvent(e, t, Ao);
            } }, ut = ct.extend({ init: function init(e, t) {
                var i,
                    n,
                    o = this;if (o.namedCategoryAxes = {}, o.namedValueAxes = {}, o.valueAxisRangeTracker = new pt(), e.length > 0) for (o.invertAxes = Ai(e[0].type, [qi, en, dr, ur, Co, Un, pr]), i = 0; i < e.length; i++) {
                    if (n = e[i].stack, n && "100%" === n.type) {
                        o.stack100 = !0;break;
                    }
                }ct.fn.init.call(o, e, t);
            }, options: { categoryAxis: { categories: [] }, valueAxis: {} }, render: function render(e) {
                var t = this;e = e || t.panes, t.createCategoryAxes(e), t.aggregateCategories(e), t.createCategoryAxesLabels(e), t.createCharts(e), t.createValueAxes(e);
            }, removeAxis: function removeAxis(e) {
                var t = this,
                    i = e.options.name;ct.fn.removeAxis.call(t, e), e instanceof ce ? delete t.namedCategoryAxes[i] : (t.valueAxisRangeTracker.reset(i), delete t.namedValueAxes[i]), e === t.categoryAxis && delete t.categoryAxis, e === t.valueAxis && delete t.valueAxis;
            }, createCharts: function createCharts(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s = this.groupSeriesByPane();for (t = 0; t < e.length; t++) {
                    if (i = e[t], n = s[i.options.name || "default"] || [], this.addToLegend(n), o = this.filterVisibleSeries(n)) for (r = this.groupSeriesByCategoryAxis(o), a = 0; a < r.length; a++) {
                        this.createChartGroup(r[a], i);
                    }
                }
            }, createChartGroup: function createChartGroup(e, t) {
                this.createAreaChart(O(e, [Hi, ur]), t), this.createBarChart(O(e, [hn, qi]), t), this.createRangeBarChart(O(e, [Po, Co]), t), this.createBulletChart(O(e, [en, fr]), t), this.createCandlestickChart(O(e, tn), t), this.createBoxPlotChart(O(e, [$i, pr]), t), this.createOHLCChart(O(e, yo), t), this.createWaterfallChart(O(e, [gr, Un]), t), this.createLineChart(O(e, [Kn, dr]), t);
            }, aggregateCategories: function aggregateCategories(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.srcSeries || a.series,
                    l = [];for (t = 0; t < s.length; t++) {
                    i = s[t], n = a.seriesCategoryAxis(i), o = a.findPane(n.options.pane), r = T(n.options.type, mn), (r || i.categoryField) && Ai(o, e) ? i = a.aggregateSeries(i, n) : (B(n.options.min) || B(n.options.max)) && (i = a.filterSeries(i, n)), l.push(i);
                }a.srcSeries = s, a.series = l;
            }, filterSeries: function filterSeries(e, t) {
                var i,
                    n,
                    o,
                    r = t.totalRangeIndices(),
                    a = t.options.justified,
                    s = Ai(e.type, [Kn, dr, Hi, ur]);return r.min = B(t.options.min) ? Ot.floor(r.min) : 0, r.max = B(t.options.max) ? a ? Ot.floor(r.max) + 1 : Ot.ceil(r.max) : e.data.length, e = Xt({}, e), s && (n = r.min - 1, o = t.options.srcCategories || [], n >= 0 && n < e.data.length && (i = n, e._outOfRangeMinPoint = { item: e.data[i], category: o[i], categoryIx: -1 }), r.max < e.data.length && (i = r.max, e._outOfRangeMaxPoint = { item: e.data[i], category: o[i], categoryIx: r.max - r.min })), t._seriesMax = Ot.max(t._seriesMax || 0, e.data.length), e.data = (e.data || []).slice(r.min, r.max), e;
            }, aggregateSeries: function aggregateSeries(e, t) {
                var i,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h = t.options,
                    u = T(t.options.type, mn),
                    d = h.categories,
                    g = h.srcCategories || d,
                    m = e.data,
                    x = [],
                    v = Xt({}, e),
                    y = Xt({}, e),
                    _ = h.dataItems || [],
                    b = p,
                    w = Pi.MIN_NUM,
                    A = Pi.MAX_NUM,
                    k = Ai(e.type, [Kn, dr, Hi, ur]);for (v.data = a = [], u && (b = f), i = 0; i < m.length; i++) {
                    o = e.categoryField ? b(e.categoryField, m[i]) : g[i], Ri(o) && (r = t.categoryIndex(o), 0 <= r && r < d.length ? (x[r] = x[r] || [], x[r].push(i)) : k && (r < 0 ? r == w ? l.points.push(i) : r > w && (w = r, l = { category: o, points: [i] }) : r >= d.length && (r == A ? c.points.push(i) : r < A && (A = r, c = { category: o, points: [i] }))));
                }for (s = new Rt(y, oe.current, n.current), i = 0; i < d.length; i++) {
                    a[i] = s.aggregatePoints(x[i], d[i]), x[i] && (_[i] = a[i]);
                }return l && a.length && (v._outOfRangeMinPoint = { item: s.aggregatePoints(l.points, l.category), categoryIx: w, category: l.category }), c && a.length && (v._outOfRangeMaxPoint = { item: s.aggregatePoints(c.points, c.category), categoryIx: A, category: c.category }), t.options.dataItems = _, v;
            }, appendChart: function appendChart(e, t) {
                for (var i = this, n = e.options.series, o = i.seriesCategoryAxis(n[0]), r = o.options.categories, a = Ot.max(0, h(n) - r.length); a--;) {
                    r.push("");
                }i.valueAxisRangeTracker.update(e.valueAxisRanges), ct.fn.appendChart.call(i, e, t);
            }, seriesPaneName: function seriesPaneName(t) {
                var i = this,
                    n = i.options,
                    o = t.axis,
                    r = [].concat(n.valueAxis),
                    a = e.grep(r, function (e) {
                    return e.name === o;
                })[0],
                    s = n.panes || [{}],
                    l = (s[0] || {}).name || "default",
                    c = (a || {}).pane || l;return c;
            }, seriesCategoryAxis: function seriesCategoryAxis(e) {
                var t = this,
                    i = e.categoryAxis,
                    n = i ? t.namedCategoryAxes[i] : t.categoryAxis;if (!n) throw Error("Unable to locate category axis with name " + i);return n;
            }, stackableChartOptions: function stackableChartOptions(e, t) {
                var i = e.stack,
                    n = i && "100%" === i.type,
                    o = t.options.clip;return { isStacked: i, isStacked100: n, clip: o };
            }, groupSeriesByCategoryAxis: function groupSeriesByCategoryAxis(t) {
                function i(i, n) {
                    return e.grep(t, function (e) {
                        return 0 === n && !e.categoryAxis || e.categoryAxis == i;
                    });
                }var n,
                    o,
                    r,
                    a = {},
                    s = e.map(t, function (e) {
                    var t = e.categoryAxis || "$$default$$";if (!a.hasOwnProperty(t)) return a[t] = !0, t;
                }),
                    l = [];for (n = 0; n < s.length; n++) {
                    o = s[n], r = i(o, n), 0 !== r.length && l.push(r);
                }return l;
            }, createBarChart: function createBarChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new be(i, Ut({ series: e, invertAxes: i.invertAxes, gap: n.gap, spacing: n.spacing }, i.stackableChartOptions(n, t)));i.appendChart(o, t);
                }
            }, createRangeBarChart: function createRangeBarChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new Ae(i, { series: e, invertAxes: i.invertAxes, gap: n.gap, spacing: n.spacing });i.appendChart(o, t);
                }
            }, createBulletChart: function createBulletChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new ke(i, { series: e, invertAxes: i.invertAxes, gap: n.gap, spacing: n.spacing, clip: t.options.clip });i.appendChart(o, t);
                }
            }, createLineChart: function createLineChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new De(i, Ut({ invertAxes: i.invertAxes, series: e }, i.stackableChartOptions(n, t)));i.appendChart(o, t);
                }
            }, createAreaChart: function createAreaChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new He(i, Ut({ invertAxes: i.invertAxes, series: e }, i.stackableChartOptions(n, t)));i.appendChart(o, t);
                }
            }, createOHLCChart: function createOHLCChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new Ke(i, { invertAxes: i.invertAxes, gap: n.gap, series: e, spacing: n.spacing, clip: t.options.clip });i.appendChart(o, t);
                }
            }, createCandlestickChart: function createCandlestickChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new We(i, { invertAxes: i.invertAxes, gap: n.gap, series: e, spacing: n.spacing, clip: t.options.clip });i.appendChart(o, t);
                }
            }, createBoxPlotChart: function createBoxPlotChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new Qe(i, { invertAxes: i.invertAxes, gap: n.gap, series: e, spacing: n.spacing, clip: t.options.clip });i.appendChart(o, t);
                }
            }, createWaterfallChart: function createWaterfallChart(e, t) {
                if (0 !== e.length) {
                    var i = this,
                        n = e[0],
                        o = new rt(i, { series: e, invertAxes: i.invertAxes, gap: n.gap, spacing: n.spacing });i.appendChart(o, t);
                }
            }, axisRequiresRounding: function axisRequiresRounding(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = O(a.series, Pr);for (i = 0; i < a.series.length; i++) {
                    o = a.series[i], o.type !== Kn && o.type !== Hi || (r = o.line, r && r.style === No && s.push(o));
                }for (i = 0; i < s.length; i++) {
                    if (n = s[i].categoryAxis || "", n === e || !n && 0 === t) return !0;
                }
            }, aggregatedAxis: function aggregatedAxis(e, t) {
                var i,
                    n,
                    o = this,
                    r = o.series;for (i = 0; i < r.length; i++) {
                    if (n = r[i].categoryAxis || "", (n === e || !n && 0 === t) && r[i].categoryField) return !0;
                }
            }, createCategoryAxesLabels: function createCategoryAxesLabels() {
                var e,
                    t = this.axes;for (e = 0; e < t.length; e++) {
                    t[e] instanceof ce && t[e].createLabels();
                }
            }, createCategoryAxes: function createCategoryAxes(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c = this,
                    h = c.invertAxes,
                    u = [].concat(c.options.categoryAxis),
                    p = [];for (t = 0; t < u.length; t++) {
                    if (i = u[t], n = c.findPane(i.pane), Ai(n, e)) {
                        if (a = i.name, o = i.categories || [], r = i.type || "", i = Xt({ vertical: h, axisCrossingValue: h ? io : 0, _deferLabels: !0 }, i), Ri(i.justified) || (i.justified = c.isJustified()), c.axisRequiresRounding(a, t) && (i.justified = !1), s = N(i, o[0]) ? new he(i) : new ce(i), a) {
                            if (c.namedCategoryAxes[a]) throw Error("Category axis with name " + a + " is already defined");c.namedCategoryAxes[a] = s;
                        }s.axisIndex = t, p.push(s), c.appendAxis(s);
                    }
                }l = c.categoryAxis || p[0], c.categoryAxis = l, h ? c.axisY = l : c.axisX = l;
            }, isJustified: function isJustified() {
                var e,
                    t,
                    i = this,
                    n = i.series;for (e = 0; e < n.length; e++) {
                    if (t = n[e], !Ai(t.type, [Hi, ur])) return !1;
                }return !0;
            }, createValueAxes: function createValueAxes(e) {
                var t,
                    i,
                    n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h = this,
                    u = h.valueAxisRangeTracker,
                    p = u.query(),
                    f = [].concat(h.options.valueAxis),
                    d = h.invertAxes,
                    g = { vertical: !d },
                    m = [];for (h.stack100 && (g.roundToMajorUnit = !1, g.labels = { format: "P0" }), c = 0; c < f.length; c++) {
                    if (t = f[c], i = h.findPane(t.pane), Ai(i, e)) {
                        if (l = t.name, s = T(t.type, Jn) ? { min: .1, max: 1 } : { min: 0, max: 1 }, r = u.query(l) || p || s, 0 === c && r && p && (r.min = Ot.min(r.min, p.min), r.max = Ot.max(r.max, p.max)), a = T(t.type, Jn) ? ci : hi, n = new a(r.min, r.max, Xt({}, g, t)), l) {
                            if (h.namedValueAxes[l]) throw Error("Value axis with name " + l + " is already defined");h.namedValueAxes[l] = n;
                        }n.axisIndex = c, m.push(n), h.appendAxis(n);
                    }
                }o = h.valueAxis || m[0], h.valueAxis = o, d ? h.axisX = o : h.axisY = o;
            }, _dispatchEvent: function _dispatchEvent(e, t, i) {
                var n,
                    o,
                    r,
                    a = this,
                    s = e._eventCoordinates(t),
                    l = new ui(s.x, s.y),
                    c = a.pointPane(l),
                    h = [],
                    u = [];if (c) {
                    for (n = c.axes, o = 0; o < n.length; o++) {
                        r = n[o], r.getValue ? I(u, r.getValue(l)) : I(h, r.getCategory(l));
                    }0 === h.length && I(h, a.categoryAxis.getCategory(l)), h.length > 0 && u.length > 0 && e.trigger(i, { element: bi(t), originalEvent: t, category: C(h), value: C(u) });
                }
            }, pointPane: function pointPane(e) {
                var t,
                    i,
                    n = this,
                    o = n.panes;for (i = 0; i < o.length; i++) {
                    if (t = o[i], t.contentBox.containsPoint(e)) return t;
                }
            }, updateAxisOptions: function updateAxisOptions(e, t) {
                var i = [].concat(e instanceof ce ? this.options.categoryAxis : this.options.valueAxis);Xt(i[e.axisIndex], t);
            } }), Xt(ut.fn, ht), pt = jt.extend({ init: function init() {
                var e = this;e.axisRanges = {};
            }, update: function update(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.axisRanges;for (n in e) {
                    t = r[n], i = e[n], r[n] = t = t || { min: io, max: ro }, t.min = Ot.min(t.min, i.min), t.max = Ot.max(t.max, i.max);
                }
            }, reset: function reset(e) {
                this.axisRanges[e] = t;
            }, query: function query(e) {
                return this.axisRanges[e];
            } }), ft = ct.extend({ init: function init(e, t) {
                var i = this;i.namedXAxes = {}, i.namedYAxes = {}, i.xAxisRangeTracker = new pt(), i.yAxisRangeTracker = new pt(), ct.fn.init.call(i, e, t);
            }, options: { xAxis: {}, yAxis: {} }, render: function render(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.groupSeriesByPane();for (e = e || r.panes, t = 0; t < e.length; t++) {
                    i = e[t], n = a[i.options.name || "default"] || [], r.addToLegend(n), o = r.filterVisibleSeries(n), o && (r.createScatterChart(O(o, Bo), i), r.createScatterLineChart(O(o, Lo), i), r.createBubbleChart(O(o, Ji), i));
                }r.createAxes(e);
            }, appendChart: function appendChart(e, t) {
                var i = this;i.xAxisRangeTracker.update(e.xAxisRanges), i.yAxisRangeTracker.update(e.yAxisRanges), ct.fn.appendChart.call(i, e, t);
            }, removeAxis: function removeAxis(e) {
                var t = this,
                    i = e.options.name;ct.fn.removeAxis.call(t, e), e.options.vertical ? (t.yAxisRangeTracker.reset(i), delete t.namedYAxes[i]) : (t.xAxisRangeTracker.reset(i), delete t.namedXAxes[i]), e === t.axisX && delete t.axisX, e === t.axisY && delete t.axisY;
            }, seriesPaneName: function seriesPaneName(t) {
                var i = this,
                    n = i.options,
                    o = t.xAxis,
                    r = [].concat(n.xAxis),
                    a = e.grep(r, function (e) {
                    return e.name === o;
                })[0],
                    s = t.yAxis,
                    l = [].concat(n.yAxis),
                    c = e.grep(l, function (e) {
                    return e.name === s;
                })[0],
                    h = n.panes || [{}],
                    u = h[0].name || "default",
                    p = (a || {}).pane || (c || {}).pane || u;return p;
            }, createScatterChart: function createScatterChart(e, t) {
                var i = this;e.length > 0 && i.appendChart(new Ge(i, { series: e, clip: t.options.clip }), t);
            }, createScatterLineChart: function createScatterLineChart(e, t) {
                var i = this;e.length > 0 && i.appendChart(new qe(i, { series: e, clip: t.options.clip }), t);
            }, createBubbleChart: function createBubbleChart(e, t) {
                var i = this;e.length > 0 && i.appendChart(new Ye(i, { series: e, clip: t.options.clip }), t);
            }, createXYAxis: function createXYAxis(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s,
                    l,
                    c,
                    h,
                    u = this,
                    p = e.name,
                    f = t ? u.namedYAxes : u.namedXAxes,
                    d = t ? u.yAxisRangeTracker : u.xAxisRangeTracker,
                    g = Xt({}, e, { vertical: t }),
                    m = T(g.type, Jn),
                    x = d.query(),
                    v = m ? { min: .1, max: 1 } : { min: 0, max: 1 },
                    y = d.query(p) || x || v,
                    _ = u.series,
                    b = [g.min, g.max];for (r = 0; r < _.length; r++) {
                    if (a = _[r], s = a[t ? "yAxis" : "xAxis"], s == g.name || 0 === i && !s) {
                        l = oe.current.bindPoint(a, 0).valueFields, b.push(l[t ? "y" : "x"]);break;
                    }
                }for (0 === i && x && (y.min = Ot.min(y.min, x.min), y.max = Ot.max(y.max, x.max)), h = 0; h < b.length; h++) {
                    if (b[h] instanceof Date) {
                        c = !0;break;
                    }
                }if (o = T(g.type, mn) || !g.type && c ? ue : m ? ci : hi, n = new o(y.min, y.max, g), p) {
                    if (f[p]) throw Error((t ? "Y" : "X") + " axis with name " + p + " is already defined");f[p] = n;
                }return u.appendAxis(n), n;
            }, createAxes: function createAxes(e) {
                var t,
                    i = this,
                    n = i.options,
                    o = [].concat(n.xAxis),
                    r = [],
                    a = [].concat(n.yAxis),
                    s = [];Et(o, function (n) {
                    t = i.findPane(this.pane), Ai(t, e) && r.push(i.createXYAxis(this, !1, n));
                }), Et(a, function (n) {
                    t = i.findPane(this.pane), Ai(t, e) && s.push(i.createXYAxis(this, !0, n));
                }), i.axisX = i.axisX || r[0], i.axisY = i.axisY || s[0];
            }, _dispatchEvent: function _dispatchEvent(e, t, i) {
                var n,
                    o,
                    r,
                    a,
                    s = this,
                    l = e._eventCoordinates(t),
                    c = new ui(l.x, l.y),
                    h = s.axes,
                    u = h.length,
                    p = [],
                    f = [];for (n = 0; n < u; n++) {
                    o = h[n], a = o.options.vertical ? f : p, r = o.getValue(c), null !== r && a.push(r);
                }p.length > 0 && f.length > 0 && e.trigger(i, { element: bi(t), originalEvent: t, x: C(p), y: C(f) });
            }, updateAxisOptions: function updateAxisOptions(e, t) {
                var i = e.options.vertical,
                    n = this.groupAxes(this.panes),
                    o = F(e, i ? n.y : n.x),
                    r = [].concat(i ? this.options.yAxis : this.options.xAxis)[o];Xt(r, t);
            } }), Xt(ft.fn, ht), dt = ct.extend({ render: function render() {
                var e = this,
                    t = e.series;e.createPieChart(t);
            }, createPieChart: function createPieChart(e) {
                var t = this,
                    i = e[0],
                    n = new it(t, { series: e, padding: i.padding, startAngle: i.startAngle, connectors: i.connectors, legend: t.options.legend });t.appendChart(n);
            }, appendChart: function appendChart(e, t) {
                ct.fn.appendChart.call(this, e, t), Ti(this.options.legend.items, e.legendItems);
            } }), gt = dt.extend({ render: function render() {
                var e = this,
                    t = e.series;e.createDonutChart(t);
            }, createDonutChart: function createDonutChart(e) {
                var t = this,
                    i = e[0],
                    n = new ot(t, { series: e, padding: i.padding, connectors: i.connectors, legend: t.options.legend });t.appendChart(n);
            } }), mt = Oi.Animation.extend({ options: { easing: "easeOutElastic", duration: Nn }, setup: function setup() {
                this.element.transform(zi.transform().scale(Ho, Ho, this.options.center));
            }, step: function step(e) {
                this.element.transform(zi.transform().scale(e, e, this.options.center));
            } }), Oi.AnimationFactory.current.register(bo, mt), xt = Oi.Animation.extend({ options: { easing: "easeOutElastic" }, setup: function setup() {
                var e = this.center = this.element.bbox().center();this.element.transform(zi.transform().scale(Ho, Ho, e));
            }, step: function step(e) {
                this.element.transform(zi.transform().scale(e, e, this.center));
            } }), Oi.AnimationFactory.current.register(Ji, xt), vt = jt.extend({ init: function init() {
                this._points = [];
            }, destroy: function destroy() {
                this._points = [];
            }, show: function show(e) {
                var t, i;for (e = [].concat(e), this.hide(), t = 0; t < e.length; t++) {
                    i = e[t], i && i.toggleHighlight && i.hasHighlight() && (this.togglePointHighlight(i, !0), this._points.push(i));
                }
            }, togglePointHighlight: function togglePointHighlight(e, t) {
                var i,
                    n = (e.options.highlight || {}).toggle;n ? (i = { category: e.category, series: e.series, dataItem: e.dataItem, value: e.value, stackValue: e.stackValue, preventDefault: W, visual: e.highlightVisual(), show: t }, n(i), i._defaultPrevented || e.toggleHighlight(t)) : e.toggleHighlight(t);
            }, hide: function hide() {
                for (var e = this._points; e.length;) {
                    this.togglePointHighlight(e.pop(), !1);
                }
            }, isHighlighted: function isHighlighted(e) {
                var t,
                    i,
                    n = this._points;for (t = 0; t < n.length; t++) {
                    if (i = n[t], e == i) return !0;
                }return !1;
            } }), yt = Gt.extend({ init: function init(t, i) {
                var n,
                    o,
                    r = this;Gt.fn.init.call(r), r.options = Xt({}, r.options, i), r.chartElement = t, r.template = yt.template, r.template || (r.template = yt.template = Di("<div class='" + fn + "tooltip " + fn + "chart-tooltip' style='display:none; position: absolute; font: #= d.font #;border: #= d.border.width #px solid;opacity: #= d.opacity #; filter: alpha(opacity=#= d.opacity * 100 #);'></div>")), n = wi(r.options.padding || {}, "auto"), r.element = e(r.template(r.options)).css({ "padding-top": n.top, "padding-right": n.right, "padding-bottom": n.bottom, "padding-left": n.left }), r.move = Ht(r.move, r), r._mouseleave = Ht(r._mouseleave, r), o = Nt.format("[{0}='content'],[{0}='scroller']", Nt.attr("role")), r._mobileScroller = t.closest(o).data("kendoMobileScroller");
            }, destroy: function destroy() {
                this._clearShowTimeout(), this.element && (this.element.off(lo).remove(), this.element = null);
            }, options: { border: { width: 1 }, opacity: 1, animation: { duration: rr } }, move: function move() {
                var e,
                    t = this,
                    i = t.options,
                    n = t.element;t.anchor && t.element && (e = t._offset(), t.visible || n.css({ top: e.top, left: e.left }), t.visible = !0, t._ensureElement(document.body), n.stop(!0, !0).show().animate({ left: e.left, top: e.top }, i.animation.duration));
            }, _clearShowTimeout: function _clearShowTimeout() {
                this.showTimeout && (clearTimeout(this.showTimeout), this.showTimeout = null);
            }, _padding: function _padding() {
                if (!this._chartPadding) {
                    var e = this.chartElement;this._chartPadding = { top: parseInt(e.css("paddingTop"), 10), left: parseInt(e.css("paddingLeft"), 10) };
                }return this._chartPadding;
            }, _offset: function _offset() {
                var t,
                    i,
                    n = this,
                    o = n._measure(),
                    r = n.anchor,
                    a = n._padding(),
                    s = n.chartElement.offset(),
                    l = Ci(r.y + a.top + s.top),
                    c = Ci(r.x + a.left + s.left),
                    h = Nt.support.zoomLevel(),
                    u = e(window),
                    p = window.pageYOffset || document.documentElement.scrollTop || 0,
                    f = window.pageXOffset || document.documentElement.scrollLeft || 0,
                    d = (this._mobileScroller || {}).movable;return d && 1 !== d.scale ? (t = zi.transform().scale(d.scale, d.scale, [d.x, d.y]), i = new zi.Point(c, l).transform(t), c = i.x, l = i.y) : (l += n._fit(l - p, o.height, $t(u) / h), c += n._fit(c - f, o.width, Qt(u) / h)), { top: l, left: c };
            }, setStyle: function setStyle(e, t) {
                var i,
                    n,
                    o = e.background,
                    r = e.border.color;t && (i = t.color || t.options.color, o = Mi(o, i), r = Mi(r, i)), Ri(e.color) || (n = new ri(o).percBrightness(), this.element.toggleClass(fn + cr, n > 180)), this.element.css({ backgroundColor: o, borderColor: r, font: e.font, color: e.color, opacity: e.opacity, borderWidth: e.border.width });
            }, show: function show() {
                this._clearShowTimeout(), this.showTimeout = setTimeout(this.move, sr);
            }, hide: function hide() {
                var e = this;clearTimeout(e.showTimeout), e._hideElement(), e.visible && (e.point = null, e.visible = !1, e.index = null);
            }, _measure: function _measure() {
                this._ensureElement();var e = { width: Qt(this.element), height: $t(this.element) };return e;
            }, _ensureElement: function _ensureElement() {
                this.element && this.element.appendTo(document.body).on(lo, this._mouseleave);
            }, _mouseleave: function _mouseleave(t) {
                var i = t.relatedTarget,
                    n = this.chartElement[0];i && i !== n && !e.contains(n, i) && (this.trigger(Yn), this.hide());
            }, _hideElement: function _hideElement() {
                var e = this,
                    t = this.element;t && t.fadeOut({ always: function always() {
                        e.visible || t.off(lo).remove();
                    } });
            }, _pointContent: function _pointContent(e) {
                var t,
                    i,
                    n = this,
                    o = Xt({}, n.options, e.options.tooltip);return Ri(e.value) && (t = "" + e.value), o.template ? (i = Kt(o.template), t = i({ value: e.value, category: e.category, series: e.series, dataItem: e.dataItem, percentage: e.percentage, runningTotal: e.runningTotal, total: e.total, low: e.low, high: e.high, xLow: e.xLow, xHigh: e.xHigh, yLow: e.yLow, yHigh: e.yHigh })) : o.format && (t = e.formatValue(o.format)), t;
            }, _pointAnchor: function _pointAnchor(e) {
                var t = this._measure();return e.tooltipAnchor(t.width, t.height);
            }, _fit: function _fit(e, t, i) {
                var n = 0;return e + t > i && (n = i - (e + t)), e < 0 && (n = -e), n;
            } }), _t = yt.extend({ show: function show(e) {
                var t = this,
                    i = Xt({}, t.options, e.options.tooltip);e && e.tooltipAnchor && t.element && (t.element.html(t._pointContent(e)), t.anchor = t._pointAnchor(e), t.anchor ? (t.setStyle(i, e), yt.fn.show.call(t, e)) : t.hide());
            } }), bt = yt.extend({ init: function init(e, t, i) {
                var n = this;yt.fn.init.call(n, e, i), n.plotArea = t;
            }, options: { sharedTemplate: "<table><th colspan='2'>#= categoryText #</th># for(var i = 0; i < points.length; i++) { ## var point = points[i]; #<tr># if(point.series.name) { # <td> #= point.series.name #:</td># } #<td>#= content(point) #</td></tr># } #</table>", categoryFormat: "{0:d}" }, showAt: function showAt(t, i) {
                var n, o, r;t = e.grep(t, function (e) {
                    var t = e.series.tooltip,
                        i = t && t.visible === !1;return !i;
                }), t.length > 0 && (n = t[0], o = this.plotArea.categoryAxis.getSlot(n.categoryIx), r = this._content(t, n.category), this.element.html(r), this.anchor = i ? this._slotAnchor(i, o) : this._defaultAnchor(n, o), this.setStyle(this.options, n), yt.fn.show.call(this));
            }, _slotAnchor: function _slotAnchor(e, t) {
                var i,
                    n = this,
                    o = n.plotArea,
                    r = o.categoryAxis,
                    a = this._measure(),
                    s = e.y - a.height / 2;return i = r.options.vertical ? ui(e.x, s) : ui(t.center().x, s);
            }, _defaultAnchor: function _defaultAnchor(e, t) {
                var i,
                    n = e.owner.pane.chartsBox(),
                    o = this.plotArea.categoryAxis.options.vertical,
                    r = n.center(),
                    a = t.center(),
                    s = this._measure();return i = o ? new ui(r.x, a.y) : new ui(a.x, r.y), i.x -= s.width / 2, i.y -= s.height / 2, i;
            }, _content: function _content(e, t) {
                var i,
                    n,
                    o = this;return i = Nt.template(o.options.sharedTemplate), n = i({ points: e, category: t, categoryText: yi(o.options.categoryFormat, t), content: o._pointContent });
            } }), wt = oi.extend({ init: function init(e, t) {
                oi.fn.init.call(this, t), this.axis = e, this.stickyMode = e instanceof ce;
            }, options: { color: Zi, width: 1, zIndex: -1, tooltip: { visible: !1 } }, showAt: function showAt(e) {
                this.point = e, this.moveLine(), this.line.visible(!0);var t = this.options.tooltip;t.visible && (this.tooltip || (this.tooltip = new At(this, Xt({}, t, { stickyMode: this.stickyMode }))), this.tooltip.showAt(e));
            }, hide: function hide() {
                this.line.visible(!1), this.tooltip && this.tooltip.hide();
            }, moveLine: function moveLine() {
                var e,
                    t,
                    i,
                    n = this,
                    o = n.axis,
                    r = o.options.vertical,
                    a = n.getBox(),
                    s = n.point,
                    l = r ? yr : vr;t = new zi.Point(a.x1, a.y1), i = r ? new zi.Point(a.x2, a.y1) : new zi.Point(a.x1, a.y2), s && (n.stickyMode ? (e = o.getSlot(o.pointCategoryIndex(s)), t[l] = i[l] = e.center()[l]) : t[l] = i[l] = s[l]), n.box = a, this.line.moveTo(t).lineTo(i);
            }, getBox: function getBox() {
                var e,
                    t,
                    i,
                    n = this,
                    o = n.axis,
                    r = o.pane.axes,
                    a = r.length,
                    s = o.options.vertical,
                    l = o.lineBox().clone(),
                    c = s ? vr : yr;for (i = 0; i < a; i++) {
                    t = r[i], t.options.vertical != s && (e ? e.wrap(t.lineBox()) : e = t.lineBox().clone());
                }return l[c + 1] = e[c + 1], l[c + 2] = e[c + 2], l;
            }, createVisual: function createVisual() {
                oi.fn.createVisual.call(this);var e = this.options;this.line = new Oi.Path({ stroke: { color: e.color, width: e.width, opacity: e.opacity, dashType: e.dashType }, visible: !1 }), this.moveLine(), this.visual.append(this.line);
            }, destroy: function destroy() {
                var e = this;e.tooltip && e.tooltip.destroy(), oi.fn.destroy.call(e);
            } }), At = yt.extend({ init: function init(e, t) {
                var i = this,
                    n = e.axis.getRoot().chart.element;i.crosshair = e, yt.fn.init.call(i, n, Xt({}, i.options, { background: e.axis.plotArea.options.seriesColors[0] }, t)), i.setStyle(i.options);
            }, options: { padding: 10 }, showAt: function showAt(e) {
                var t = this,
                    i = t.element;i && (t.point = e, t.element.html(t.content(e)), t.anchor = t.getAnchor(), t.move());
            }, move: function move() {
                var e = this,
                    t = e.element,
                    i = e._offset();e._ensureElement(), t.css({ top: i.top, left: i.left }).show();
            }, content: function content(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.options,
                    a = o.crosshair.axis,
                    s = a.options;return i = t = a[r.stickyMode ? "getCategory" : "getValue"](e), r.template ? (n = Kt(r.template), t = n({ value: i })) : r.format ? t = yi(r.format, i) : s.type === mn && (t = yi(s.labels.dateFormats[s.baseUnit], i)), t;
            }, getAnchor: function getAnchor() {
                var e,
                    t = this,
                    i = t.options,
                    n = i.position,
                    o = this.crosshair,
                    r = !o.axis.options.vertical,
                    a = o.line.bbox(),
                    s = this._measure(),
                    l = s.width / 2,
                    c = s.height / 2,
                    h = i.padding;return e = r ? n === Qi ? a.bottomLeft().translate(-l, h) : a.topLeft().translate(-l, -s.height - h) : n === Xn ? a.topLeft().translate(-s.width - h, -c) : a.topRight().translate(h, -c);
            }, hide: function hide() {
                this.element.hide(), this.point = null;
            }, destroy: function destroy() {
                yt.fn.destroy.call(this), this.point = null;
            } }), kt = { min: function min(e) {
                var t,
                    i,
                    n = io,
                    o = e.length;for (t = 0; t < o; t++) {
                    i = e[t], B(i) && (n = Ot.min(n, i));
                }return n === io ? e[0] : n;
            }, max: function max(e) {
                var t,
                    i,
                    n = ro,
                    o = e.length;for (t = 0; t < o; t++) {
                    i = e[t], B(i) && (n = Ot.max(n, i));
                }return n === ro ? e[0] : n;
            }, sum: function sum(e) {
                var t,
                    i,
                    n = e.length,
                    o = 0;for (t = 0; t < n; t++) {
                    i = e[t], B(i) && (o += i);
                }return o;
            }, sumOrNull: function sumOrNull(e) {
                var t = null;return L(e) && (t = kt.sum(e)), t;
            }, count: function count(e) {
                var t,
                    i,
                    n = e.length,
                    o = 0;for (t = 0; t < n; t++) {
                    i = e[t], null !== i && Ri(i) && o++;
                }return o;
            }, avg: function avg(e) {
                var t = e[0],
                    i = L(e);return i > 0 && (t = kt.sum(e) / i), t;
            }, first: function first(e) {
                var t,
                    i,
                    n = e.length;for (t = 0; t < n; t++) {
                    if (i = e[t], null !== i && Ri(i)) return i;
                }return e[0];
            } }, n.prototype = { register: function register(e, t) {
                for (var i = 0; i < e.length; i++) {
                    this._defaults[e[i]] = t;
                }
            }, query: function query(e) {
                return this._defaults[e];
            } }, n.current = new n(), St = Gt.extend({ init: function init(t, i, n) {
                var o,
                    r,
                    a = this,
                    s = t.element,
                    l = i.lineBox(),
                    c = a.getValueAxis(i),
                    h = c.lineBox(),
                    u = "." + fn;Gt.fn.init.call(a), a.options = Xt({}, a.options, n), n = a.options, a.chart = t, a.chartElement = s, a.categoryAxis = i, a._dateAxis = a.categoryAxis instanceof he, a.valueAxis = c, a._dateAxis && Xt(n, { min: d(n.min), max: d(n.max), from: d(n.from), to: d(n.to) }), a.template = St.template, a.template || (a.template = St.template = Di("<div class='" + fn + "selector' style='width: #= d.width #px; height: #= d.height #px; top: #= d.offset.top #px; left: #= d.offset.left #px;'><div class='" + fn + "mask'></div><div class='" + fn + "mask'></div><div class='" + fn + "selection'><div class='" + fn + "selection-bg'></div><div class='" + fn + "handle " + fn + "leftHandle'><div></div></div><div class='" + fn + "handle " + fn + "rightHandle'><div></div></div></div></div>")), r = { left: parseInt(s.css("paddingLeft"), 10), right: parseInt(s.css("paddingTop"), 10) }, a.options = Xt({}, { width: l.width(), height: h.height(), padding: r, offset: { left: h.x2 + r.left, top: h.y1 + r.right }, from: n.min, to: n.max }, n), a.options.visible && (a.wrapper = o = e(a.template(a.options)).appendTo(s), a.selection = o.find(u + "selection"), a.leftMask = o.find(u + "mask").first(), a.rightMask = o.find(u + "mask").last(), a.leftHandle = o.find(u + "leftHandle"), a.rightHandle = o.find(u + "rightHandle"), a.options.selection = { border: { left: parseFloat(a.selection.css("border-left-width"), 10), right: parseFloat(a.selection.css("border-right-width"), 10) } }, a.leftHandle.css("top", (a.selection.height() - a.leftHandle.height()) / 2), a.rightHandle.css("top", (a.selection.height() - a.rightHandle.height()) / 2), a.set(a._index(n.from), a._index(n.to)), a.bind(a.events, a.options), a.wrapper[0].style.cssText = a.wrapper[0].style.cssText, a.options.mousewheel !== !1 ? a.wrapper.on(fo, Ht(a._mousewheel, a)) : a.wrapper.on(fo, function (e) {
                    e.stopPropagation();
                }), Nt.UserEvents ? a.userEvents = new Nt.UserEvents(a.wrapper, { global: !0, stopPropagation: !0, multiTouch: !0, fastTap: !0, press: Ht(a._press, a), start: Ht(a._start, a), move: Ht(a._move, a), end: Ht(a._end, a), tap: Ht(a._tap, a), gesturestart: Ht(a._gesturechange, a), gesturechange: Ht(a._gesturechange, a) }) : a.leftHandle.add(a.rightHandle).removeClass(fn + "handle"));
            }, events: [Mo, zo, Oo], options: { visible: !0, mousewheel: { zoom: Ki }, min: ro, max: io }, destroy: function destroy() {
                var e = this,
                    t = e.userEvents;t && t.destroy(), clearTimeout(e._mwTimeout), e._state = null, e.wrapper && e.wrapper.remove();
            }, _rangeEventArgs: function _rangeEventArgs(e) {
                var t = this;return { axis: t.categoryAxis.options, from: t._value(e.from), to: t._value(e.to) };
            }, _start: function _start(t) {
                var i,
                    n = this,
                    o = n.options,
                    r = e(t.event.target);!n._state && r && (n.chart._unsetActivePoint(), n._state = { moveTarget: r.parents(".k-handle").add(r).first(), startLocation: t.x ? t.x.location : 0, range: { from: n._index(o.from), to: n._index(o.to) } }, i = n._rangeEventArgs({ from: n._index(o.from), to: n._index(o.to) }), n.trigger(Mo, i) && (n.userEvents.cancel(), n._state = null));
            }, _press: function _press(t) {
                var i, n;this._state ? i = this._state.moveTarget : (n = e(t.event.target), i = n.parents(".k-handle").add(n).first()), i.addClass("k-handle-active");
            }, _move: function _move(e) {
                if (this._state) {
                    var t = this,
                        i = t._state,
                        n = t.options,
                        o = t.categoryAxis.options.categories,
                        r = t._index(n.from),
                        a = t._index(n.to),
                        s = t._index(n.min),
                        l = t._index(n.max),
                        c = i.startLocation - e.x.location,
                        h = i.range,
                        u = { from: h.from, to: h.to },
                        p = h.to - h.from,
                        f = i.moveTarget,
                        d = t.wrapper.width() / (o.length - 1),
                        g = Ot.round(c / d);f && (e.preventDefault(), f.is(".k-selection, .k-selection-bg") ? (h.from = Ot.min(Ot.max(s, r - g), l - p), h.to = Ot.min(h.from + p, l)) : f.is(".k-leftHandle") ? (h.from = Ot.min(Ot.max(s, r - g), l - 1), h.to = Ot.max(h.from + 1, h.to)) : f.is(".k-rightHandle") && (h.to = Ot.min(Ot.max(s + 1, a - g), l), h.from = Ot.min(h.to - 1, h.from)), h.from === u.from && h.to === u.to || (t.move(h.from, h.to), t.trigger(zo, t._rangeEventArgs(h))));
                }
            }, _end: function _end() {
                var e,
                    t = this._state.range;this._state && (e = this._state.moveTarget, e && e.removeClass("k-handle-active"), delete this._state), this.set(t.from, t.to), this.trigger(Oo, this._rangeEventArgs(t));
            }, _gesturechange: function _gesturechange(e) {
                if (this._state) {
                    var t = this,
                        i = t.chart,
                        n = t._state,
                        o = t.options,
                        r = t.categoryAxis,
                        a = n.range,
                        s = i._toModelCoordinates(e.touches[0].x.location).x,
                        l = i._toModelCoordinates(e.touches[1].x.location).x,
                        c = Ot.min(s, l),
                        h = Ot.max(s, l);e.preventDefault(), n.moveTarget = null, a.from = r.pointCategoryIndex(new Jt.Point2D(c)) || o.min, a.to = r.pointCategoryIndex(new Jt.Point2D(h)) || o.max, t.move(a.from, a.to);
                }
            }, _tap: function _tap(e) {
                var t = this,
                    i = t.options,
                    n = t.chart._eventCoordinates(e),
                    o = t.categoryAxis,
                    r = o.pointCategoryIndex(new Jt.Point2D(n.x, o.box.y1)),
                    a = t._index(i.from),
                    s = t._index(i.to),
                    l = t._index(i.min),
                    c = t._index(i.max),
                    h = s - a,
                    u = a + h / 2,
                    p = Ot.round(u - r),
                    f = {},
                    d = 3 === e.event.which;t._state || d || (e.preventDefault(), t.chart._unsetActivePoint(), o.options.justified || p--, f.from = Ot.min(Ot.max(l, a - p), c - h), f.to = Ot.min(f.from + h, c), t._start(e), t._state && (t._state.range = f, t.trigger(zo, t._rangeEventArgs(f)), t._end()));
            }, _mousewheel: function _mousewheel(e) {
                var t,
                    i = this,
                    n = i.options,
                    o = Si(e);i._start({ event: { target: i.selection } }), i._state && (t = i._state.range, e.preventDefault(), e.stopPropagation(), Ot.abs(o) > 1 && (o *= wr), n.mousewheel.reverse && (o *= -1), i.expand(o) && i.trigger(zo, { axis: i.categoryAxis.options, delta: o, originalEvent: e, from: i._value(t.from), to: i._value(t.to) }), i._mwTimeout && clearTimeout(i._mwTimeout), i._mwTimeout = setTimeout(function () {
                    i._end();
                }, po));
            }, _index: function _index(e) {
                var t = e;return e instanceof Date && (t = this.categoryAxis.categoryIndex(e)), t;
            }, _value: function _value(e) {
                var t = this.categoryAxis.options.categories,
                    i = e;return this._dateAxis && (i = e > t.length - 1 ? this.options.max : t[Ot.ceil(e)]), i;
            }, _slot: function _slot(e) {
                var t = this.categoryAxis,
                    i = this._index(e);return t.getSlot(i, i, !0);
            }, move: function move(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this,
                    s = a.options,
                    l = s.offset,
                    c = s.padding,
                    h = s.selection.border;o = a._slot(e), i = Ci(o.x1 - l.left + c.left), a.leftMask.width(i), a.selection.css("left", i), o = a._slot(t), n = Ci(s.width - (o.x1 - l.left + c.left)), a.rightMask.width(n), r = s.width - n, r != s.width && (r += h.right), a.rightMask.css("left", r), a.selection.width(Ot.max(s.width - (i + n) - h.right, 0));
            }, set: function set(e, t) {
                var i = this,
                    n = i.options,
                    o = i._index(n.min),
                    r = i._index(n.max);e = Vi(i._index(e), o, r), t = Vi(i._index(t), e + 1, r), n.visible && i.move(e, t), n.from = i._value(e), n.to = i._value(t);
            }, expand: function expand(e) {
                var t = this,
                    i = t.options,
                    n = t._index(i.min),
                    o = t._index(i.max),
                    r = i.mousewheel.zoom,
                    a = t._index(i.from),
                    s = t._index(i.to),
                    l = { from: a, to: s },
                    c = Xt({}, l);if (t._state && (l = t._state.range), r !== Ro && (l.from = Vi(Vi(a - e, 0, s - 1), n, o)), r !== Xn && (l.to = Vi(Vi(s + e, l.from + 1, o), n, o)), l.from !== c.from || l.to !== c.to) return t.set(l.from, l.to), !0;
            }, getValueAxis: function getValueAxis(e) {
                var t,
                    i,
                    n = e.pane.axes,
                    o = n.length;for (t = 0; t < o; t++) {
                    if (i = n[t], i.options.vertical !== e.options.vertical) return i;
                }
            } }), Ct = jt.extend({ init: function init(e, t) {
                this.plotArea = e, this.options = Xt({}, this.options, t);
            }, options: { key: "none", lock: "none" }, start: function start(e) {
                return this._active = $(e.event, this.options.key);
            }, move: function move(e) {
                if (this._active) {
                    var t = this.axisRanges = this._panAxes(e, vr).concat(this._panAxes(e, yr));if (t.length) return this.axisRanges = t, Q(t);
                }
            }, end: function end() {
                var e = this._active;return this._active = !1, e;
            }, pan: function pan() {
                var e,
                    t,
                    i = this.plotArea,
                    n = this.axisRanges;if (n.length) {
                    for (t = 0; t < n.length; t++) {
                        e = n[t], i.updateAxisOptions(e.axis, e.range);
                    }i.redraw(i.panes);
                }
            }, destroy: function destroy() {
                delete this.plotArea;
            }, _panAxes: function _panAxes(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = this.plotArea,
                    s = -e[t].delta,
                    l = (this.options.lock || "").toLowerCase(),
                    c = [];if (0 !== s && (l || "").toLowerCase() != t) for (i = a.axes, r = 0; r < i.length; r++) {
                    n = i[r], (t == vr && !n.options.vertical || t == yr && n.options.vertical) && (o = n.pan(s), o && (o.limitRange = !0, c.push({ axis: n, range: o })));
                }return c;
            } }), Pt = jt.extend({ init: function init(t, i) {
                this.chart = t, this.options = Xt({}, this.options, i), this._marquee = e("<div class='k-marquee'><div class='k-marquee-color'></div></div>");
            }, options: { key: "shift", lock: "none" }, start: function start(e) {
                var t, i, n, o, r;return !!($(e.event, this.options.key) && (t = this.chart, i = t._toModelCoordinates(e.x.client, e.y.client), n = this._zoomPane = t._plotArea.paneByPoint(i), n && n.clipBox())) && (o = n.clipBox().clone(), r = this._elementOffset(), o.translate(r.left, r.top), this._zoomPaneClipBox = o, this._marquee.appendTo(document.body).css({ left: e.x.client + 1, top: e.y.client + 1, width: 0, height: 0 }), !0);
            }, _elementOffset: function _elementOffset() {
                var e = this.chart.element,
                    t = e.offset();return { left: parseInt(e.css("paddingTop"), 10) + t.left, top: parseInt(e.css("paddingLeft"), 10) + t.top };
            }, move: function move(e) {
                var t,
                    i = this._zoomPane;i && (t = this._selectionPosition(e), this._marquee.css(t));
            }, end: function end(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this._zoomPane;if (r) return t = this._elementOffset(), i = this._selectionPosition(e), i.left -= t.left, i.top -= t.top, n = { x: i.left, y: i.top }, o = { x: i.left + i.width, y: i.top + i.height }, this._updateAxisRanges(n, o), this._marquee.remove(), delete this._zoomPane, Q(this.axisRanges);
            }, zoom: function zoom() {
                var e,
                    t,
                    i,
                    n = this.axisRanges;if (n && n.length) {
                    for (e = this.chart._plotArea, i = 0; i < n.length; i++) {
                        t = n[i], e.updateAxisOptions(t.axis, t.range);
                    }e.redraw(e.panes);
                }
            }, destroy: function destroy() {
                this._marquee.remove(), delete this._marquee, delete this.chart;
            }, _updateAxisRanges: function _updateAxisRanges(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = (this.options.lock || "").toLowerCase(),
                    s = [],
                    l = this._zoomPane.axes;for (o = 0; o < l.length; o++) {
                    i = l[o], n = i.options.vertical, a == vr && !n || a === yr && n || (r = i.pointsRange(e, t), r && s.push({ axis: i, range: r }));
                }this.axisRanges = s;
            }, _selectionPosition: function _selectionPosition(e) {
                var t = (this.options.lock || "").toLowerCase(),
                    i = Ot.min(e.x.startLocation, e.x.location),
                    n = Ot.min(e.y.startLocation, e.y.location),
                    o = Ot.abs(e.x.initialDelta),
                    r = Ot.abs(e.y.initialDelta),
                    a = this._zoomPaneClipBox;return t == vr && (i = a.x1, o = a.width()), t == yr && (n = a.y1, r = a.height()), e.x.location > a.x2 && (o = a.x2 - e.x.startLocation), e.x.location < a.x1 && (o = e.x.startLocation - a.x1), e.y.location > a.y2 && (r = a.y2 - e.y.startLocation), e.y.location < a.y1 && (r = e.y.startLocation - a.y1), { left: Ot.max(i, a.x1), top: Ot.max(n, a.y1), width: o, height: r };
            } }), Tt = jt.extend({ init: function init(e, t) {
                this.chart = e, this.options = Xt({}, this.options, t);
            }, updateRanges: function updateRanges(e) {
                var t,
                    i,
                    n,
                    o,
                    r = (this.options.lock || "").toLowerCase(),
                    a = [],
                    s = this.chart._plotArea.axes;for (n = 0; n < s.length; n++) {
                    t = s[n], i = t.options.vertical, r == vr && !i || r === yr && i || (o = t.zoomRange(-e), o && a.push({ axis: t, range: o }));
                }return this.axisRanges = a, Q(a);
            }, zoom: function zoom() {
                var e,
                    t,
                    i,
                    n = this.axisRanges;if (n && n.length) {
                    for (e = this.chart._plotArea, i = 0; i < n.length; i++) {
                        t = n[i], e.updateAxisOptions(t.axis, t.range);
                    }e.redraw(e.panes);
                }
            }, destroy: function destroy() {
                delete this.chart;
            } }), Rt = function Rt(e, t, i) {
            var n,
                o,
                r,
                a = this,
                s = t.canonicalFields(e),
                l = t.valueFields(e),
                c = t.sourceFields(e, s),
                h = a._seriesFields = [],
                u = i.query(e.type),
                p = e.aggregate || u;for (a._series = e, a._binder = t, n = 0; n < s.length; n++) {
                if (o = s[n], (typeof p === "undefined" ? "undefined" : _typeof(p)) === vo) r = p[o];else {
                    if (0 !== n && !Ai(o, l)) break;r = p;
                }r && h.push({ canonicalName: o, name: c[n], transform: Zt(r) ? r : kt[r] });
            }
        }, Rt.prototype = { aggregatePoints: function aggregatePoints(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a,
                    s = this,
                    l = s._bindPoints(e || []),
                    c = s._series,
                    h = s._seriesFields,
                    u = l.dataItems[0],
                    p = {};for (!u || B(u) || Dt(u) || (a = function a() {}, a.prototype = u, p = new a()), i = 0; i < h.length; i++) {
                    if (n = h[i], o = s._bindField(l.values, n.canonicalName), r = n.transform(o, c, l.dataItems, t), !(null === r || (typeof r === "undefined" ? "undefined" : _typeof(r)) !== vo || Ri(r.length) || r instanceof Date)) {
                        p = r;break;
                    }Ri(r) && (G(n.name, p), Nt.setter(n.name)(p, r));
                }return p;
            }, _bindPoints: function _bindPoints(e) {
                var t,
                    i,
                    n = this,
                    o = n._binder,
                    r = n._series,
                    a = [],
                    s = [];for (t = 0; t < e.length; t++) {
                    i = e[t], a.push(o.bindPoint(r, i)), s.push(r.data[i]);
                }return { values: a, dataItems: s };
            }, _bindField: function _bindField(e, t) {
                var i,
                    n,
                    o,
                    r,
                    a = [],
                    s = e.length;for (i = 0; i < s; i++) {
                    n = e[i], r = n.valueFields, o = Ri(r[t]) ? r[t] : n.fields[t], a.push(o);
                }return a;
            } }, It = jt.extend({ init: function init(e) {
                this._plotArea = e, this.visual = e.visual, this.backgroundVisual = e._bgVisual;
            } }), Vt = jt.extend({ init: function init(e, t) {
                this._chart = e, this._pane = t, this.visual = t.visual, this.chartsVisual = t.chartContainer.visual, this.name = t.options.name;
            }, series: function series() {
                var e,
                    t = this._chart,
                    i = t._plotArea.groupSeriesByPane(),
                    n = i[this.name || "default"],
                    o = [];if (n) for (e = 0; e < n.length; e++) {
                    o.push(new Lt(t, n[e]));
                }return o;
            } }), Bt = jt.extend({ init: function init(e) {
                this._axis = e, this.options = e.options;
            }, value: function value(e) {
                var t = this._axis,
                    i = t.getCategory ? t.getCategory(e) : t.getValue(e);return i;
            }, slot: function slot(e, t, i) {
                return Ri(i) || (i = !0), this._axis.slot(e, t, i);
            }, range: function range() {
                return this._axis.range();
            }, valueRange: function valueRange() {
                return this._axis.valueRange();
            } }), Lt = jt.extend({ init: function init(e, t) {
                this._chart = e, this._options = t;
            }, points: function points(e) {
                var t,
                    i,
                    n = this._points;return n || (t = this._seriesOptions(), i = this._chart._plotArea, this._points = n = i.pointsBySeriesIndex(t.index)), Nt.isFunction(e) && (n = this._filterPoints(n, e)), n;
            }, data: function data(e) {
                var t,
                    i,
                    n,
                    o,
                    r = this._seriesOptions();return e && (t = this._chart, i = t._plotArea, r.data = e, r.categoryField && (n = i.seriesCategoryAxis(r), o = [].concat(t.options.categoryAxis), t._bindCategoryAxisFromSeries(o[n.axisIndex], n.axisIndex)), t._noTransitionsRedraw(), this._clearFields()), r.data;
            }, findPoint: function findPoint(e) {
                var t,
                    i = this.points();for (t = 0; t < i.length; t++) {
                    if (e(i[t])) return i[t];
                }
            }, toggleHighlight: function toggleHighlight(e, t) {
                t = t ? Nt.isFunction(t) ? this.points(t) : Dt(t) ? t : [t] : this.points(), this._chart._togglePointsHighlight(e, t);
            }, toggleVisibility: function toggleVisibility(e, t) {
                var i,
                    n,
                    o = this._chart,
                    r = this._seriesOptions(),
                    a = Nt.isFunction(t);if (a) {
                    if (Ai(r.type, [bo, An, zn])) for (i = this._filterData(t), n = 0; n < i.length; n++) {
                        i[n].visible = e;
                    } else r.visible = function (i) {
                        return !t(i.dataItem) || e;
                    };
                } else r.visible = e, o._saveGroupVisibleState(r);o._noTransitionsRedraw(), this._clearFields();
            }, _filterData: function _filterData(e) {
                var t,
                    i = this._seriesOptions().data,
                    n = i.length,
                    o = [];for (t = 0; t < n; t++) {
                    e(i[t]) && o.push(i[t]);
                }return o;
            }, _filterPoints: function _filterPoints(e, t) {
                var i,
                    n = [],
                    o = e.length;for (i = 0; i < o; i++) {
                    t(e[i]) && n.push(e[i]);
                }return n;
            }, _seriesOptions: function _seriesOptions() {
                var e = this._series;return e || (e = this._series = this._chart._seriesOptions(this._options)), e;
            }, _clearFields: function _clearFields() {
                delete this._points, delete this._series;
            } }), Ut(e.easing, { easeOutElastic: function easeOutElastic(e, t, i, n) {
                var o = 1.70158,
                    r = 0,
                    a = n;return 0 === e ? i : 1 === e ? i + n : (r || (r = .5), a < Ot.abs(n) ? (a = n, o = r / 4) : o = r / (2 * Ot.PI) * Ot.asin(n / a), a * Ot.pow(2, -10 * e) * Ot.sin((1 * e - o) * (1.1 * Ot.PI) / r) + n + i);
            } }), Jt.ui.plugin(Rr), ne.current.register(ut, [qi, hn, Kn, dr, Hi, ur, tn, yo, en, fr, $i, pr, Po, Co, gr, Un]), ne.current.register(ft, [Bo, Lo, Ji]), ne.current.register(dt, [bo]), ne.current.register(gt, [An]), oe.current.register([qi, hn, Kn, dr, Hi, ur], [hr], [nn, cn, xo, Tn, Rn]), oe.current.register([Po, Co], [Mn, nr], [nn, cn, xo]), oe.current.register([gr, Un], [hr], [nn, cn, xo, Xo]), n.current.register([qi, hn, Kn, dr, Hi, ur, gr, Un], { value: eo, color: Dn, noteText: Dn, errorLow: no, errorHigh: eo }), n.current.register([Po, Co], { from: no, to: eo, color: Dn, noteText: Dn }), oe.current.register([Bo, Lo, Ji], [vr, yr], [cn, xo, In, Vn, Bn, Ln]), oe.current.register([Ji], [vr, yr, "size"], [cn, nn, xo]), oe.current.register([tn, yo], ["open", "high", "low", "close"], [nn, cn, "downColor", xo]), n.current.register([tn, yo], { open: eo, high: eo, low: no, close: eo, color: Dn, downColor: Dn, noteText: Dn }), oe.current.register([$i, pr], ["lower", "q1", "median", "q3", "upper", "mean", "outliers"], [nn, cn, xo]), n.current.register([$i, pr], { lower: eo, q1: eo, median: eo, q3: eo, upper: eo, mean: eo, outliers: Dn, color: Dn, noteText: Dn }), oe.current.register([en, fr], ["current", "target"], [nn, cn, "visibleInLegend", xo]), n.current.register([en, fr], { current: eo, target: eo, color: Dn, noteText: Dn }), oe.current.register([bo, An], [hr], [nn, cn, "explode", "visibleInLegend", "visible"]), Xt(Jt, { EQUALLY_SPACED_SERIES: Pr, Aggregates: kt, AreaChart: He, AreaSegment: Ue, AxisGroupRangeTracker: pt, Bar: me, BarChart: be, BarLabel: re, BubbleChart: Ye, Bullet: Se, BulletChart: ke, CandlestickChart: We, Candlestick: Xe, CategoricalChart: _e, CategoricalErrorBar: Te, CategoricalPlotArea: ut, CategoryAxis: ce, ChartAxis: Bt, ChartContainer: lt, ChartPane: Vt, ChartPlotArea: It, ChartSeries: Lt, ClipAnimation: Me, ClusterLayout: pe, Crosshair: wt, CrosshairTooltip: At, DateCategoryAxis: he, DateValueAxis: ue, DefaultAggregates: n, DonutChart: ot, DonutPlotArea: gt, DonutSegment: nt, ErrorBarBase: Pe, ErrorRangeCalculator: ye, Highlight: vt, SharedTooltip: bt, Legend: le, LegendItem: ae, LegendLayout: se, LineChart: De, LinePoint: Ie, LineSegment: Be, Pane: st, PieAnimation: mt, PieChart: it, PieChartMixin: tt, PiePlotArea: dt, PieSegment: et, PlotAreaBase: ct, PlotAreaEventsMixin: ht, PlotAreaFactory: ne, PointEventsMixin: de, RangeBar: we, RangeBarChart: Ae, ScatterChart: Ge, ScatterErrorBar: Re, ScatterLineChart: qe, Selection: St, SeriesAggregator: Rt, SeriesBinder: oe, ShapeElement: di, SplineSegment: Oe, SplineAreaSegment: Ne, StackWrap: fe, Tooltip: _t, OHLCChart: Ke, OHLCPoint: Ze, WaterfallChart: rt, WaterfallSegment: at, XYPlotArea: ft, MousewheelZoom: Tt, ZoomSelection: Pt, Pannable: Ct, addDuration: m, areNumbers: E, axisGroupBox: P, categoriesCount: h, ceilDate: y, countNumbers: L, duration: A, ensureTree: G, indexOf: F, isNumber: B, floorDate: v, filterSeriesByType: O, hasValue: K, lteDateIndex: V, evalOptions: M, seriesTotal: q, singleItemOrArray: C, sortDates: U, startOfWeek: x, transpose: j, toDate: d, toTime: g, uniqueDates: H });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== z;
        }function n(e, n) {
            var i = t(n);return B.round(e * i) / i;
        }function t(e) {
            return e ? B.pow(10, e) : 1;
        }function i(e, n, t) {
            return B.max(B.min(e, t), n);
        }function r(e) {
            return e * U;
        }function o(e) {
            return e / U;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(n, t) {
            return e(n) ? n : t;
        }function l(e) {
            return e * e;
        }function u(e) {
            var n,
                t = [];for (n in e) {
                t.push(n + e[n]);
            }return t.sort().join("");
        }function c(e) {
            var n,
                t = 2166136261;for (n = 0; n < e.length; ++n) {
                t += (t << 1) + (t << 4) + (t << 7) + (t << 8) + (t << 24), t ^= e.charCodeAt(n);
            }return t >>> 0;
        }function h(e) {
            return c(u(e));
        }function d(e) {
            var n,
                t = e.length,
                i = O,
                r = N;for (n = 0; n < t; n++) {
                r = B.max(r, e[n]), i = B.min(i, e[n]);
            }return { min: i, max: r };
        }function f(e) {
            return d(e).min;
        }function p(e) {
            return d(e).max;
        }function g(e) {
            return x(e).min;
        }function m(e) {
            return x(e).max;
        }function x(e) {
            var n,
                t,
                i,
                r = O,
                o = N;for (n = 0, t = e.length; n < t; n++) {
                i = e[n], null !== i && isFinite(i) && (r = B.min(r, i), o = B.max(o, i));
            }return { min: r === O ? void 0 : r, max: o === N ? void 0 : o };
        }function v(e) {
            if (e) return e[e.length - 1];
        }function A(e, n) {
            return e.push.apply(e, n), e;
        }function y(e) {
            return V.template(e, { useWithBlock: !1, paramName: "d" });
        }function w(n, t) {
            return e(t) && null !== t ? " " + n + "='" + t + "' " : "";
        }function b(e) {
            var n,
                t = "";for (n = 0; n < e.length; n++) {
                t += w(e[n][0], e[n][1]);
            }return t;
        }function C(n) {
            var t,
                i,
                r = "";for (t = 0; t < n.length; t++) {
                i = n[t][1], e(i) && (r += n[t][0] + ":" + i + ";");
            }if ("" !== r) return r;
        }function L(e) {
            return "string" != typeof e && (e += "px"), e;
        }function S(e) {
            var n,
                t,
                i = [];if (e) for (n = V.toHyphens(e).split("-"), t = 0; t < n.length; t++) {
                i.push("k-pos-" + n[t]);
            }return i.join(" ");
        }function k(n) {
            return "" === n || null === n || "none" === n || "transparent" === n || !e(n);
        }function _(e) {
            for (var n = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, t = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], i = ""; e > 0;) {
                e < t[0] ? t.shift() : (i += n[t[0]], e -= t[0]);
            }return i;
        }function j(e) {
            var n, t, i, r, o;for (e = e.toLowerCase(), n = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, t = 0, i = 0, r = 0; r < e.length; ++r) {
                if (o = n[e.charAt(r)], !o) return null;t += o, o > i && (t -= 2 * i), i = o;
            }return t;
        }function G(e) {
            var n = Object.create(null);return function () {
                var t,
                    i = "";for (t = arguments.length; --t >= 0;) {
                    i += ":" + arguments[t];
                }return i in n ? n[i] : n[i] = e.apply(this, arguments);
            };
        }function P(e) {
            for (var n, t, i = [], r = 0, o = e.length; r < o;) {
                n = e.charCodeAt(r++), n >= 55296 && n <= 56319 && r < o ? (t = e.charCodeAt(r++), 56320 == (64512 & t) ? i.push(((1023 & n) << 10) + (1023 & t) + 65536) : (i.push(n), r--)) : i.push(n);
            }return i;
        }function M(e) {
            return e.map(function (e) {
                var n = "";return e > 65535 && (e -= 65536, n += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), n += String.fromCharCode(e);
            }).join("");
        }function T(e, n) {
            function t(e, t) {
                for (var i = [], r = 0, o = 0, a = 0; r < e.length && o < t.length;) {
                    n(e[r], t[o]) <= 0 ? i[a++] = e[r++] : i[a++] = t[o++];
                }return r < e.length && i.push.apply(i, e.slice(r)), o < t.length && i.push.apply(i, t.slice(o)), i;
            }return e.length < 2 ? e.slice() : function i(e) {
                var n, r, o;return e.length <= 1 ? e : (n = Math.floor(e.length / 2), r = e.slice(0, n), o = e.slice(n), r = i(r), o = i(o), t(r, o));
            }(e);
        }var B = Math,
            V = window.kendo,
            R = V.deepExtend,
            U = B.PI / 180,
            O = Number.MAX_VALUE,
            N = -Number.MAX_VALUE,
            z = "undefined",
            I = Date.now;I || (I = function I() {
            return new Date().getTime();
        }), R(V, { util: { MAX_NUM: O, MIN_NUM: N, append: A, arrayLimits: d, arrayMin: f, arrayMax: p, defined: e, deg: o, hashKey: c, hashObject: h, isNumber: a, isTransparent: k, last: v, limitValue: i, now: I, objectKey: u, round: n, rad: r, renderAttr: w, renderAllAttr: b, renderPos: S, renderSize: L, renderStyle: C, renderTemplate: y, sparseArrayLimits: x, sparseArrayMin: g, sparseArrayMax: m, sqr: l, valueOrDefault: s, romanToArabic: j, arabicToRoman: _, memoize: G, ucs2encode: M, ucs2decode: P, mergeSort: T } }), V.drawing.util = V.util, V.dataviz.util = V.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function n() {
            return { width: 0, height: 0, baseline: 0 };
        }function t(e, n, t) {
            return h.current.measure(e, n, t);
        }function i(e, n) {
            var t = [];if (e.length > 0 && document.fonts) {
                try {
                    t = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (i) {
                    o.logToConsole(i);
                }Promise.all(t).then(n, n);
            } else n();
        }var r = document,
            o = window.kendo,
            a = o.Class,
            s = o.util,
            l = s.defined,
            u = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, n) {
                var t = this,
                    i = t._map,
                    r = { key: e, value: n };i[e] = r, t._head ? (t._tail.newer = r, r.older = t._tail, t._tail = r) : t._head = t._tail = r, t._length >= t._size ? (i[t._head.key] = null, t._head = t._head.newer, t._head.older = null) : t._length++;
            }, get: function get(e) {
                var n = this,
                    t = n._map[e];if (t) return t === n._head && t !== n._tail && (n._head = t.newer, n._head.older = null), t !== n._tail && (t.older && (t.older.newer = t.newer, t.newer.older = t.older), t.older = n._tail, t.newer = null, n._tail.newer = t, n._tail = t), t.value;
            } }),
            c = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            h = a.extend({ init: function init(e) {
                this._cache = new u(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(t, i, o) {
                var a, u, h, d, f, p, g, m;if (!t) return n();if (a = s.objectKey(i), u = s.hashKey(t + a), h = this._cache.get(u), h) return h;d = n(), f = o ? o : c, p = this._baselineMarker().cloneNode(!1);for (g in i) {
                    m = i[g], l(m) && (f.style[g] = m);
                }return e(f).text(t), f.appendChild(p), r.body.appendChild(f), (t + "").length && (d.width = f.offsetWidth - this.options.baselineMarkerSize, d.height = f.offsetHeight, d.baseline = p.offsetTop + this.options.baselineMarkerSize), d.width > 0 && d.height > 0 && this._cache.put(u, d), f.parentNode.removeChild(f), d;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });h.current = new h(), o.util.TextMetrics = h, o.util.LRUCache = u, o.util.loadFonts = i, o.util.measureText = t;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var t,
                i,
                r,
                a,
                s,
                l,
                u,
                c = "",
                h = 0;for (e = n(e); h < e.length;) {
                t = e.charCodeAt(h++), i = e.charCodeAt(h++), r = e.charCodeAt(h++), a = t >> 2, s = (3 & t) << 4 | i >> 4, l = (15 & i) << 2 | r >> 6, u = 63 & r, isNaN(i) ? l = u = 64 : isNaN(r) && (u = 64), c = c + o.charAt(a) + o.charAt(s) + o.charAt(l) + o.charAt(u);
            }return c;
        }function n(e) {
            var n,
                t,
                i = "";for (n = 0; n < e.length; n++) {
                t = e.charCodeAt(n), t < 128 ? i += r(t) : t < 2048 ? (i += r(192 | t >>> 6), i += r(128 | 63 & t)) : t < 65536 && (i += r(224 | t >>> 12), i += r(128 | t >>> 6 & 63), i += r(128 | 63 & t));
            }return i;
        }var t = window.kendo,
            i = t.deepExtend,
            r = String.fromCharCode,
            o = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";i(t.util, { encodeBase64: e, encodeUTF8: n });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var n = Math,
            t = window.kendo,
            i = t.deepExtend,
            r = e.inArray,
            o = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var n = this.observers(),
                    t = r(e, n);return t != -1 && n.splice(t, 1), this;
            }, trigger: function trigger(e, n) {
                var t,
                    i,
                    r = this._observers;if (r && !this._suspended) for (i = 0; i < r.length; i++) {
                    t = r[i], t[e] && t[e](n);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = n.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, n) {
                this[e] && this[e].removeObserver(this), this[e] = n, n.addObserver(this);
            } };i(t, { mixins: { ObserversMixin: o } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("kendo.dataviz.chart.polar.min", ["kendo.dataviz.chart.min", "kendo.drawing.min"], e);
}(function () {
    return function (e, n) {
        function t(e, n) {
            return e.value.x - n.value.x;
        }function i(e, n) {
            return 180 - L.abs(L.abs(e - n) - 180);
        }var r,
            o,
            a,
            s,
            l,
            u,
            c,
            h,
            d,
            f,
            p,
            g,
            m,
            x,
            v,
            A,
            y,
            w,
            b,
            C,
            L = Math,
            S = window.kendo,
            k = S.deepExtend,
            _ = S.util,
            j = _.append,
            G = S.drawing,
            P = S.geometry,
            M = S.dataviz,
            T = M.AreaSegment,
            B = M.Axis,
            V = M.AxisGroupRangeTracker,
            R = M.BarChart,
            U = M.Box2D,
            O = M.CategoryAxis,
            N = M.CategoricalChart,
            z = M.CategoricalPlotArea,
            I = M.ChartElement,
            E = M.CurveProcessor,
            D = M.DonutSegment,
            F = M.LineChart,
            X = M.LineSegment,
            K = M.LogarithmicAxis,
            Y = M.NumericAxis,
            q = M.PlotAreaBase,
            Q = M.PlotAreaEventsMixin,
            H = M.PlotAreaFactory,
            W = M.Point2D,
            J = M.Ring,
            Z = M.ScatterChart,
            $ = M.ScatterLineChart,
            ee = M.SeriesBinder,
            ne = M.ShapeBuilder,
            te = M.SplineSegment,
            ie = M.SplineAreaSegment,
            re = M.eventTargetElement,
            oe = M.getSpacing,
            ae = M.filterSeriesByType,
            se = _.limitValue,
            le = M.round,
            ue = "arc",
            ce = "#000",
            he = M.COORD_PRECISION,
            de = .15,
            fe = L.PI / 180,
            pe = "gap",
            ge = "interpolate",
            me = "log",
            xe = "polarArea",
            ve = "polarLine",
            Ae = "polarScatter",
            ye = "radarArea",
            we = "radarColumn",
            be = "radarLine",
            Ce = "smooth",
            Le = "x",
            Se = "y",
            ke = "zero",
            _e = [xe, ve, Ae],
            je = [ye, we, be],
            Ge = { createGridLines: function createGridLines(e) {
                var n,
                    t,
                    i = this,
                    r = i.options,
                    o = L.abs(i.box.center().y - e.lineBox().y1),
                    a = !1,
                    s = [];return r.majorGridLines.visible && (n = i.majorGridLineAngles(e), a = !0, s = i.renderMajorGridLines(n, o, r.majorGridLines)), r.minorGridLines.visible && (t = i.minorGridLineAngles(e, a), j(s, i.renderMinorGridLines(t, o, r.minorGridLines, e, a))), s;
            }, renderMajorGridLines: function renderMajorGridLines(e, n, t) {
                return this.renderGridLines(e, n, t);
            }, renderMinorGridLines: function renderMinorGridLines(e, n, t, i, r) {
                var o = this.radiusCallback && this.radiusCallback(n, i, r);return this.renderGridLines(e, n, t, o);
            }, renderGridLines: function renderGridLines(e, n, t, i) {
                var r,
                    o,
                    a = { stroke: { width: t.width, color: t.color, dashType: t.dashType } },
                    s = this.box.center(),
                    l = new P.Circle([s.x, s.y], n),
                    u = this.gridLinesVisual();for (r = 0; r < e.length; r++) {
                    o = new G.Path(a), i && (l.radius = i(e[r])), o.moveTo(l.center).lineTo(l.pointAt(e[r])), u.append(o);
                }return u.children;
            }, gridLineAngles: function gridLineAngles(n, t, i, r, o) {
                var a = this,
                    s = a.intervals(t, i, r, o),
                    l = n.options,
                    u = l.visible && (l.line || {}).visible !== !1;return e.map(s, function (e) {
                    var n = a.intervalAngle(e);if (!u || 90 !== n) return n;
                });
            } },
            Pe = O.extend({ options: { startAngle: 90, labels: { margin: oe(10) }, majorGridLines: { visible: !0 }, justified: !0 }, range: function range() {
                return { min: 0, max: this.options.categories.length };
            }, reflow: function reflow(e) {
                this.box = e, this.reflowLabels();
            }, lineBox: function lineBox() {
                return this.box;
            }, reflowLabels: function reflowLabels() {
                var e,
                    n,
                    t = this,
                    i = t.options.labels,
                    r = i.skip || 0,
                    o = i.step || 1,
                    a = new U(),
                    s = t.labels;for (n = 0; n < s.length; n++) {
                    s[n].reflow(a), e = s[n].box, s[n].reflow(t.getSlot(r + n * o).adjacentBox(0, e.width(), e.height()));
                }
            }, intervals: function intervals(e, n, t, i) {
                var r,
                    o = this,
                    a = o.options,
                    s = a.categories.length,
                    l = 0,
                    u = s / e || 1,
                    c = 360 / u,
                    h = [];for (n = n || 0, t = t || 1, r = n; r < u; r += t) {
                    l = a.reverse ? 360 - r * c : r * c, l = le(l, he) % 360, i && M.inArray(l, i) || h.push(l);
                }return h;
            }, majorIntervals: function majorIntervals() {
                return this.intervals(1);
            }, minorIntervals: function minorIntervals() {
                return this.intervals(.5);
            }, intervalAngle: function intervalAngle(e) {
                return (360 + e + this.options.startAngle) % 360;
            }, majorAngles: function majorAngles() {
                return e.map(this.majorIntervals(), e.proxy(this.intervalAngle, this));
            }, createLine: function createLine() {
                return [];
            }, majorGridLineAngles: function majorGridLineAngles(e) {
                var n = this.options.majorGridLines;return this.gridLineAngles(e, 1, n.skip, n.step);
            }, minorGridLineAngles: function minorGridLineAngles(e, n) {
                var t = this.options,
                    i = t.minorGridLines,
                    r = t.majorGridLines,
                    o = n ? this.intervals(1, r.skip, r.step) : null;return this.gridLineAngles(e, .5, i.skip, i.step, o);
            }, radiusCallback: function radiusCallback(e, n, t) {
                var i, r, o, a;if (n.options.type !== ue) return i = 360 / (2 * this.options.categories.length), r = L.cos(i * fe) * e, o = this.majorAngles(), a = function a(n) {
                    return !t && M.inArray(n, o) ? e : r;
                };
            }, createPlotBands: function createPlotBands() {
                var e,
                    n,
                    t,
                    i,
                    r,
                    o,
                    a,
                    s = this,
                    l = s.options,
                    u = l.plotBands || [],
                    c = this._plotbandGroup = new G.Group({ zIndex: -1 });for (e = 0; e < u.length; e++) {
                    n = u[e], t = s.plotBandSlot(n), i = s.getSlot(n.from), r = n.from - L.floor(n.from), t.startAngle += r * i.angle, o = L.ceil(n.to) - n.to, t.angle -= (o + r) * i.angle, a = ne.current.createRing(t, { fill: { color: n.color, opacity: n.opacity }, stroke: { opacity: n.opacity } }), c.append(a);
                }s.appendVisual(c);
            }, plotBandSlot: function plotBandSlot(e) {
                return this.getSlot(e.from, e.to - 1);
            }, getSlot: function getSlot(e, n) {
                var t,
                    i,
                    r,
                    o = this,
                    a = o.options,
                    s = a.justified,
                    l = o.box,
                    u = o.majorAngles(),
                    c = u.length,
                    h = 360 / c;return a.reverse && !s && (e = (e + 1) % c), e = se(L.floor(e), 0, c - 1), i = u[e], s && (i -= h / 2, i < 0 && (i += 360)), n = se(L.ceil(n || e), e, c - 1), t = n - e + 1, r = h * t, new J(l.center(), 0, l.height() / 2, i, r);
            }, slot: function slot(e, n) {
                var t = this.getSlot(e, n),
                    i = t.startAngle + 180,
                    r = i + t.angle;return new P.Arc([t.c.x, t.c.y], { startAngle: i, endAngle: r, radiusX: t.r, radiusY: t.r });
            }, pointCategoryIndex: function pointCategoryIndex(e) {
                var n,
                    t,
                    i = this,
                    r = null,
                    o = i.options.categories.length;for (n = 0; n < o; n++) {
                    if (t = i.getSlot(n), t.containsPoint(e)) {
                        r = n;break;
                    }
                }return r;
            } });k(Pe.fn, Ge), r = { options: { majorGridLines: { visible: !0 } }, createPlotBands: function createPlotBands() {
                var e,
                    n,
                    t,
                    i,
                    r,
                    o,
                    a = this,
                    s = a.options,
                    l = s.plotBands || [],
                    u = s.majorGridLines.type,
                    c = a.plotArea.polarAxis,
                    h = c.majorAngles(),
                    d = c.box.center(),
                    f = this._plotbandGroup = new G.Group({ zIndex: -1 });for (e = 0; e < l.length; e++) {
                    n = l[e], t = { fill: { color: n.color, opacity: n.opacity }, stroke: { opacity: n.opacity } }, i = a.getSlot(n.from, n.to, !0), r = new J(d, d.y - i.y2, d.y - i.y1, 0, 360), o = u === ue ? ne.current.createRing(r, t) : G.Path.fromPoints(a.plotBandPoints(r, h), t).close(), f.append(o);
                }a.appendVisual(f);
            }, plotBandPoints: function plotBandPoints(e, n) {
                var t,
                    i = [],
                    r = [],
                    o = [e.c.x, e.c.y],
                    a = new P.Circle(o, e.ir),
                    s = new P.Circle(o, e.r);for (t = 0; t < n.length; t++) {
                    i.push(a.pointAt(n[t])), r.push(s.pointAt(n[t]));
                }return i.reverse(), i.push(i[0]), r.push(r[0]), r.concat(i);
            }, createGridLines: function createGridLines(e) {
                var n,
                    t = this,
                    i = t.options,
                    r = t.radarMajorGridLinePositions(),
                    o = e.majorAngles(),
                    a = e.box.center(),
                    s = [];return i.majorGridLines.visible && (s = t.renderGridLines(a, r, o, i.majorGridLines)), i.minorGridLines.visible && (n = t.radarMinorGridLinePositions(), j(s, t.renderGridLines(a, n, o, i.minorGridLines))), s;
            }, renderGridLines: function renderGridLines(e, n, t, i) {
                var r,
                    o,
                    a,
                    s,
                    l,
                    u = { stroke: { width: i.width, color: i.color, dashType: i.dashType } },
                    c = i.skip || 0,
                    h = i.step || 1,
                    d = this.gridLinesVisual();for (o = c; o < n.length; o += h) {
                    if (r = e.y - n[o], r > 0) if (s = new P.Circle([e.x, e.y], r), i.type === ue) d.append(new G.Circle(s, u));else {
                        for (l = new G.Path(u), a = 0; a < t.length; a++) {
                            l.lineTo(s.pointAt(t[a]));
                        }l.close(), d.append(l);
                    }
                }return d.children;
            }, getValue: function getValue(e) {
                var n,
                    t,
                    r,
                    o,
                    a,
                    s,
                    l,
                    u = this,
                    c = u.options,
                    h = u.lineBox(),
                    d = u.plotArea.polarAxis,
                    f = d.majorAngles(),
                    p = d.box.center(),
                    g = e.distanceTo(p),
                    m = g;return c.majorGridLines.type !== ue && f.length > 1 && (n = e.x - p.x, t = e.y - p.y, r = (L.atan2(t, n) / fe + 540) % 360, f.sort(function (e, n) {
                    return i(e, r) - i(n, r);
                }), o = i(f[0], f[1]) / 2, a = i(r, f[0]), s = 90 - o, l = 180 - a - s, m = g * (L.sin(l * fe) / L.sin(s * fe))), u.axisType().fn.getValue.call(u, new W(h.x1, h.y2 - m));
            } }, o = Y.extend({ radarMajorGridLinePositions: function radarMajorGridLinePositions() {
                return this.getTickPositions(this.options.majorUnit);
            }, radarMinorGridLinePositions: function radarMinorGridLinePositions() {
                var e = this,
                    n = e.options,
                    t = 0;return n.majorGridLines.visible && (t = n.majorUnit), e.getTickPositions(n.minorUnit, t);
            }, axisType: function axisType() {
                return Y;
            } }), k(o.fn, r), a = K.extend({ radarMajorGridLinePositions: function radarMajorGridLinePositions() {
                var e = this,
                    n = [];return e.traverseMajorTicksPositions(function (e) {
                    n.push(e);
                }, e.options.majorGridLines), n;
            }, radarMinorGridLinePositions: function radarMinorGridLinePositions() {
                var e = this,
                    n = [];return e.traverseMinorTicksPositions(function (e) {
                    n.push(e);
                }, e.options.minorGridLines), n;
            }, axisType: function axisType() {
                return K;
            } }), k(a.fn, r), s = B.extend({ init: function init(e) {
                var n = this;B.fn.init.call(n, e), e = n.options, e.minorUnit = e.minorUnit || n.options.majorUnit / 2;
            }, options: { type: "polar", startAngle: 0, reverse: !1, majorUnit: 60, min: 0, max: 360, labels: { margin: oe(10) }, majorGridLines: { color: ce, visible: !0, width: 1 }, minorGridLines: { color: "#aaa" } }, getDivisions: function getDivisions(e) {
                return Y.fn.getDivisions.call(this, e) - 1;
            }, reflow: function reflow(e) {
                this.box = e, this.reflowLabels();
            }, reflowLabels: function reflowLabels() {
                var e,
                    n,
                    t = this,
                    i = t.options,
                    r = i.labels,
                    o = r.skip || 0,
                    a = r.step || 1,
                    s = new U(),
                    l = t.intervals(i.majorUnit, o, a),
                    u = t.labels;for (n = 0; n < u.length; n++) {
                    u[n].reflow(s), e = u[n].box, u[n].reflow(t.getSlot(l[n]).adjacentBox(0, e.width(), e.height()));
                }
            }, lineBox: function lineBox() {
                return this.box;
            }, intervals: function intervals(e, n, t, i) {
                var r,
                    o,
                    a = this,
                    s = a.options,
                    l = a.getDivisions(e),
                    u = s.min,
                    c = [];for (n = n || 0, t = t || 1, o = n; o < l; o += t) {
                    r = (360 + u + o * e) % 360, i && M.inArray(r, i) || c.push(r);
                }return c;
            }, majorIntervals: function majorIntervals() {
                return this.intervals(this.options.majorUnit);
            }, minorIntervals: function minorIntervals() {
                return this.intervals(this.options.minorUnit);
            }, intervalAngle: function intervalAngle(e) {
                return (540 - e - this.options.startAngle) % 360;
            }, majorAngles: Pe.fn.majorAngles, createLine: function createLine() {
                return [];
            }, majorGridLineAngles: function majorGridLineAngles(e) {
                var n = this.options.majorGridLines;return this.gridLineAngles(e, this.options.majorUnit, n.skip, n.step);
            }, minorGridLineAngles: function minorGridLineAngles(e, n) {
                var t = this.options,
                    i = t.minorGridLines,
                    r = t.majorGridLines,
                    o = n ? this.intervals(t.majorUnit, r.skip, r.step) : null;return this.gridLineAngles(e, this.options.minorUnit, i.skip, i.step, o);
            }, createPlotBands: Pe.fn.createPlotBands, plotBandSlot: function plotBandSlot(e) {
                return this.getSlot(e.from, e.to);
            }, getSlot: function getSlot(e, n) {
                var t,
                    i = this,
                    r = i.options,
                    o = r.startAngle,
                    a = i.box;return e = se(e, r.min, r.max), n = se(n || e, e, r.max), r.reverse && (e *= -1, n *= -1), e = (540 - e - o) % 360, n = (540 - n - o) % 360, n < e && (t = e, e = n, n = t), new J(a.center(), 0, a.height() / 2, e, n - e);
            }, slot: function slot(e, n) {
                var t,
                    i,
                    r,
                    o,
                    a = this.options,
                    s = 360 - a.startAngle,
                    l = this.getSlot(e, n);return M.util.defined(n) || (n = e), r = L.min(e, n), o = L.max(e, n), a.reverse ? (t = r, i = o) : (t = 360 - o, i = 360 - r), t = (t + s) % 360, i = (i + s) % 360, new P.Arc([l.c.x, l.c.y], { startAngle: t, endAngle: i, radiusX: l.r, radiusY: l.r });
            }, getValue: function getValue(e) {
                var n = this,
                    t = n.options,
                    i = n.box.center(),
                    r = e.x - i.x,
                    o = e.y - i.y,
                    a = L.round(L.atan2(o, r) / fe),
                    s = t.startAngle;return t.reverse || (a *= -1, s *= -1), (a + s + 360) % 360;
            }, valueRange: function valueRange() {
                return { min: 0, max: 2 * L.PI };
            }, range: Y.fn.range, labelsCount: Y.fn.labelsCount, createAxisLabel: Y.fn.createAxisLabel }), k(s.fn, Ge), l = I.extend({ options: { gap: 1, spacing: 0 }, reflow: function reflow(e) {
                var n,
                    t,
                    i = this,
                    r = i.options,
                    o = i.children,
                    a = r.gap,
                    s = r.spacing,
                    l = o.length,
                    u = l + a + s * (l - 1),
                    c = e.angle / u,
                    h = e.startAngle + c * (a / 2);for (t = 0; t < l; t++) {
                    n = e.clone(), n.startAngle = h, n.angle = c, o[t].sector && (n.r = o[t].sector.r), o[t].reflow(n), o[t].sector = n, h += c + c * s;
                }
            } }), u = I.extend({ reflow: function reflow(e) {
                var n,
                    t,
                    i = this,
                    r = i.options.isReversed,
                    o = i.children,
                    a = o.length,
                    s = r ? a - 1 : 0,
                    l = r ? -1 : 1;for (i.box = new U(), t = s; t >= 0 && t < a; t += l) {
                    n = o[t].sector, n.startAngle = e.startAngle, n.angle = e.angle;
                }
            } }), c = D.extend({ init: function init(e, n) {
                D.fn.init.call(this, e, null, n);
            }, options: { overlay: { gradient: null }, labels: { distance: 10 } } }), h = R.extend({ pointType: function pointType() {
                return c;
            }, clusterType: function clusterType() {
                return l;
            }, stackType: function stackType() {
                return u;
            }, categorySlot: function categorySlot(e, n) {
                return e.getSlot(n);
            }, pointSlot: function pointSlot(e, n) {
                var t = e.clone(),
                    i = e.c.y;return t.r = i - n.y1, t.ir = i - n.y2, t;
            }, reflow: N.fn.reflow, reflowPoint: function reflowPoint(e, n) {
                e.sector = n, e.reflow();
            }, options: { clip: !1, animation: { type: "pie" } }, createAnimation: function createAnimation() {
                this.options.animation.center = this.box.toRect().center(), R.fn.createAnimation.call(this);
            } }), d = F.extend({ options: { clip: !1 }, pointSlot: function pointSlot(e, n) {
                var t = e.c.y - n.y1,
                    i = W.onCircle(e.c, e.middle(), t);return new U(i.x, i.y, i.x, i.y);
            }, createSegment: function createSegment(e, n, t) {
                var i,
                    r,
                    o = n.style;return r = o == Ce ? te : X, i = new r(e, n, t), e.length === n.data.length && (i.options.closed = !0), i;
            } }), f = T.extend({ points: function points() {
                return X.fn.points.call(this, this.stackPoints);
            } }), p = ie.extend({ closeFill: e.noop }), g = d.extend({ createSegment: function createSegment(e, n, t, i) {
                var r,
                    o,
                    a = this,
                    s = a.options,
                    l = s.isStacked,
                    u = (n.line || {}).style;return u === Ce ? (o = new p(e, i, l, n, t), o.options.closed = !0) : (l && t > 0 && i && (r = i.linePoints.slice(0).reverse()), e.push(e[0]), o = new f(e, r, n, t)), o;
            }, seriesMissingValues: function seriesMissingValues(e) {
                return e.missingValues || ke;
            } }), m = Z.extend({ pointSlot: function pointSlot(e, n) {
                var t = e.c.y - n.y1,
                    i = W.onCircle(e.c, e.startAngle, t);return new U(i.x, i.y, i.x, i.y);
            }, options: { clip: !1 } }), x = $.extend({ pointSlot: m.fn.pointSlot, options: { clip: !1 } }), v = T.extend({ points: function points() {
                var e = this,
                    n = e.parent,
                    t = n.plotArea,
                    i = t.polarAxis,
                    r = i.box.center(),
                    o = e.stackPoints,
                    a = X.fn.points.call(e, o);return a.unshift([r.x, r.y]), a.push([r.x, r.y]), a;
            } }), A = ie.extend({ closeFill: function closeFill(e) {
                var n = this._polarAxisCenter();e.lineTo(n.x, n.y);
            }, _polarAxisCenter: function _polarAxisCenter() {
                var e = this.parent,
                    n = e.plotArea,
                    t = n.polarAxis,
                    i = t.box.center();return i;
            }, strokeSegments: function strokeSegments() {
                var e,
                    n,
                    t,
                    i = this._strokeSegments;return i || (e = this._polarAxisCenter(), n = new E(!1), t = X.fn.points.call(this), t.push(e), i = this._strokeSegments = n.process(t), i.pop()), i;
            } }), y = x.extend({ createSegment: function createSegment(e, n, t) {
                var i,
                    r = (n.line || {}).style;return i = r == Ce ? new A(e, null, !1, n, t) : new v(e, [], n, t);
            }, createMissingValue: function createMissingValue(e, n) {
                var t;return M.hasValue(e.x) && n != ge && (t = { x: e.x, y: e.y }, n == ke && (t.y = 0)), t;
            }, seriesMissingValues: function seriesMissingValues(e) {
                return e.missingValues || ke;
            }, _hasMissingValuesGap: function _hasMissingValuesGap() {
                var e,
                    n = this.options.series;for (e = 0; e < n.length; e++) {
                    if (this.seriesMissingValues(n[e]) === pe) return !0;
                }
            }, sortPoints: function sortPoints(e) {
                var n, i, r;if (e.sort(t), this._hasMissingValuesGap()) for (r = 0; r < e.length; r++) {
                    i = e[r], i && (n = i.value, M.hasValue(n.y) || this.seriesMissingValues(i.series) !== pe || delete e[r]);
                }return e;
            } }), w = q.extend({ init: function init(e, n) {
                var t = this;t.valueAxisRangeTracker = new V(), q.fn.init.call(t, e, n);
            }, render: function render() {
                var e = this;e.addToLegend(e.series), e.createPolarAxis(), e.createCharts(), e.createValueAxis();
            }, alignAxes: function alignAxes() {
                var e = this.valueAxis,
                    n = e.range(),
                    t = e.options.reverse ? n.max : n.min,
                    i = e.getSlot(t),
                    r = this.polarAxis.getSlot(0).c,
                    o = e.box.translate(r.x - i.x1, r.y - i.y1);e.reflow(o);
            }, createValueAxis: function createValueAxis() {
                var e,
                    n,
                    t,
                    i,
                    r = this,
                    s = r.valueAxisRangeTracker,
                    l = s.query(),
                    u = r.valueAxisOptions({ roundToMajorUnit: !1, zIndex: -1 });u.type === me ? (t = a, i = { min: .1, max: 1 }) : (t = o, i = { min: 0, max: 1 }), e = s.query(name) || l || i, e && l && (e.min = L.min(e.min, l.min), e.max = L.max(e.max, l.max)), n = new t(e.min, e.max, u), r.valueAxis = n, r.appendAxis(n);
            }, reflowAxes: function reflowAxes() {
                var e,
                    n = this,
                    t = n.options.plotArea,
                    i = n.valueAxis,
                    r = n.polarAxis,
                    o = n.box,
                    a = L.min(o.width(), o.height()) * de,
                    s = oe(t.padding || {}, a),
                    l = o.clone().unpad(s),
                    u = l.clone().shrink(0, l.height() / 2);r.reflow(l), i.reflow(u), e = i.lineBox().height() - i.box.height(), i.reflow(i.box.unpad({ top: e })), n.axisBox = l, n.alignAxes(l);
            }, backgroundBox: function backgroundBox() {
                return this.box;
            } }), b = w.extend({ options: { categoryAxis: { categories: [] }, valueAxis: {} }, createPolarAxis: function createPolarAxis() {
                var e,
                    n = this;e = new Pe(n.options.categoryAxis), n.polarAxis = e, n.categoryAxis = e, n.appendAxis(e), n.aggregateCategories();
            }, valueAxisOptions: function valueAxisOptions(e) {
                var n = this;return n._hasBarCharts && k(e, { majorGridLines: { type: ue }, minorGridLines: { type: ue } }), n._isStacked100 && k(e, { roundToMajorUnit: !1, labels: { format: "P0" } }), k(e, n.options.valueAxis);
            }, appendChart: z.fn.appendChart, aggregateSeries: z.fn.aggregateSeries, aggregateCategories: function aggregateCategories() {
                z.fn.aggregateCategories.call(this, this.panes);
            }, filterSeries: function filterSeries(e) {
                return e;
            }, createCharts: function createCharts() {
                var e = this,
                    n = e.filterVisibleSeries(e.series),
                    t = e.panes[0];e.createAreaChart(ae(n, [ye]), t), e.createLineChart(ae(n, [be]), t), e.createBarChart(ae(n, [we]), t);
            }, chartOptions: function chartOptions(e) {
                var n,
                    t,
                    i = { series: e },
                    r = e[0];return r && (n = this.filterVisibleSeries(e), t = r.stack, i.isStacked = t && n.length > 1, i.isStacked100 = t && "100%" === t.type && n.length > 1, i.isStacked100 && (this._isStacked100 = !0)), i;
            }, createAreaChart: function createAreaChart(e, n) {
                if (0 !== e.length) {
                    var t = new g(this, this.chartOptions(e));this.appendChart(t, n);
                }
            }, createLineChart: function createLineChart(e, n) {
                if (0 !== e.length) {
                    var t = new d(this, this.chartOptions(e));this.appendChart(t, n);
                }
            }, createBarChart: function createBarChart(e, n) {
                var t, i, r;0 !== e.length && (t = e[0], i = this.chartOptions(e), i.gap = t.gap, i.spacing = t.spacing, r = new h(this, i), this.appendChart(r, n), this._hasBarCharts = !0);
            }, seriesCategoryAxis: function seriesCategoryAxis() {
                return this.categoryAxis;
            }, _dispatchEvent: function _dispatchEvent(e, n, t) {
                var i,
                    r,
                    o = this,
                    a = e._eventCoordinates(n),
                    s = new W(a.x, a.y);i = o.categoryAxis.getCategory(s), r = o.valueAxis.getValue(s), null !== i && null !== r && e.trigger(t, { element: re(n), category: i, value: r });
            }, createCrosshairs: e.noop }), k(b.fn, Q), C = w.extend({ options: { xAxis: {}, yAxis: {} }, createPolarAxis: function createPolarAxis() {
                var e,
                    n = this;e = new s(n.options.xAxis), n.polarAxis = e, n.axisX = e, n.appendAxis(e);
            }, valueAxisOptions: function valueAxisOptions(e) {
                var n = this;return k(e, { majorGridLines: { type: ue }, minorGridLines: { type: ue } }, n.options.yAxis);
            }, createValueAxis: function createValueAxis() {
                var e = this;w.fn.createValueAxis.call(e), e.axisY = e.valueAxis;
            }, appendChart: function appendChart(e, n) {
                var t = this;t.valueAxisRangeTracker.update(e.yAxisRanges), q.fn.appendChart.call(t, e, n);
            }, createCharts: function createCharts() {
                var e = this,
                    n = e.filterVisibleSeries(e.series),
                    t = e.panes[0];e.createLineChart(ae(n, [ve]), t), e.createScatterChart(ae(n, [Ae]), t), e.createAreaChart(ae(n, [xe]), t);
            }, createLineChart: function createLineChart(e, n) {
                if (0 !== e.length) {
                    var t = this,
                        i = new x(t, { series: e });t.appendChart(i, n);
                }
            }, createScatterChart: function createScatterChart(e, n) {
                if (0 !== e.length) {
                    var t = this,
                        i = new m(t, { series: e });t.appendChart(i, n);
                }
            }, createAreaChart: function createAreaChart(e, n) {
                if (0 !== e.length) {
                    var t = this,
                        i = new y(t, { series: e });t.appendChart(i, n);
                }
            }, _dispatchEvent: function _dispatchEvent(e, n, t) {
                var i,
                    r,
                    o = this,
                    a = e._eventCoordinates(n),
                    s = new W(a.x, a.y);i = o.axisX.getValue(s), r = o.axisY.getValue(s), null !== i && null !== r && e.trigger(t, { element: re(n), x: i, y: r });
            }, createCrosshairs: e.noop }), k(C.fn, Q), H.current.register(C, _e), H.current.register(b, je), ee.current.register(_e, [Le, Se], ["color"]), ee.current.register(je, ["value"], ["color"]), M.DefaultAggregates.current.register(je, { value: "max", color: "first" }), k(M, { PolarAreaChart: y, PolarAxis: s, PolarLineChart: x, PolarPlotArea: C, RadarAreaChart: g, RadarBarChart: h, RadarCategoryAxis: Pe, RadarClusterLayout: l, RadarLineChart: d, RadarNumericAxis: o, RadarPlotArea: b, SplinePolarAreaSegment: A, SplineRadarAreaSegment: p, RadarStackLayout: u });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== E;
        }function n(e, n) {
            var i = t(n);return F.round(e * i) / i;
        }function t(e) {
            return e ? F.pow(10, e) : 1;
        }function i(e, n, t) {
            return F.max(F.min(e, t), n);
        }function r(e) {
            return e * V;
        }function o(e) {
            return e / V;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(n, t) {
            return e(n) ? n : t;
        }function l(e) {
            return e * e;
        }function u(e) {
            var n,
                t = [];for (n in e) {
                t.push(n + e[n]);
            }return t.sort().join("");
        }function c(e) {
            var n,
                t = 2166136261;for (n = 0; n < e.length; ++n) {
                t += (t << 1) + (t << 4) + (t << 7) + (t << 8) + (t << 24), t ^= e.charCodeAt(n);
            }return t >>> 0;
        }function h(e) {
            return c(u(e));
        }function d(e) {
            var n,
                t = e.length,
                i = j,
                r = H;for (n = 0; n < t; n++) {
                r = F.max(r, e[n]), i = F.min(i, e[n]);
            }return { min: i, max: r };
        }function f(e) {
            return d(e).min;
        }function p(e) {
            return d(e).max;
        }function g(e) {
            return v(e).min;
        }function m(e) {
            return v(e).max;
        }function v(e) {
            var n,
                t,
                i,
                r = j,
                o = H;for (n = 0, t = e.length; n < t; n++) {
                i = e[n], null !== i && isFinite(i) && (r = F.min(r, i), o = F.max(o, i));
            }return { min: r === j ? void 0 : r, max: o === H ? void 0 : o };
        }function y(e) {
            if (e) return e[e.length - 1];
        }function w(e, n) {
            return e.push.apply(e, n), e;
        }function x(e) {
            return L.template(e, { useWithBlock: !1, paramName: "d" });
        }function b(n, t) {
            return e(t) && null !== t ? " " + n + "='" + t + "' " : "";
        }function _(e) {
            var n,
                t = "";for (n = 0; n < e.length; n++) {
                t += b(e[n][0], e[n][1]);
            }return t;
        }function k(n) {
            var t,
                i,
                r = "";for (t = 0; t < n.length; t++) {
                i = n[t][1], e(i) && (r += n[t][0] + ":" + i + ";");
            }if ("" !== r) return r;
        }function C(e) {
            return "string" != typeof e && (e += "px"), e;
        }function A(e) {
            var n,
                t,
                i = [];if (e) for (n = L.toHyphens(e).split("-"), t = 0; t < n.length; t++) {
                i.push("k-pos-" + n[t]);
            }return i.join(" ");
        }function P(n) {
            return "" === n || null === n || "none" === n || "transparent" === n || !e(n);
        }function M(e) {
            for (var n = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, t = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], i = ""; e > 0;) {
                e < t[0] ? t.shift() : (i += n[t[0]], e -= t[0]);
            }return i;
        }function S(e) {
            var n, t, i, r, o;for (e = e.toLowerCase(), n = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, t = 0, i = 0, r = 0; r < e.length; ++r) {
                if (o = n[e.charAt(r)], !o) return null;t += o, o > i && (t -= 2 * i), i = o;
            }return t;
        }function O(e) {
            var n = Object.create(null);return function () {
                var t,
                    i = "";for (t = arguments.length; --t >= 0;) {
                    i += ":" + arguments[t];
                }return i in n ? n[i] : n[i] = e.apply(this, arguments);
            };
        }function I(e) {
            for (var n, t, i = [], r = 0, o = e.length; r < o;) {
                n = e.charCodeAt(r++), n >= 55296 && n <= 56319 && r < o ? (t = e.charCodeAt(r++), 56320 == (64512 & t) ? i.push(((1023 & n) << 10) + (1023 & t) + 65536) : (i.push(n), r--)) : i.push(n);
            }return i;
        }function N(e) {
            return e.map(function (e) {
                var n = "";return e > 65535 && (e -= 65536, n += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), n += String.fromCharCode(e);
            }).join("");
        }function z(e, n) {
            function t(e, t) {
                for (var i = [], r = 0, o = 0, a = 0; r < e.length && o < t.length;) {
                    n(e[r], t[o]) <= 0 ? i[a++] = e[r++] : i[a++] = t[o++];
                }return r < e.length && i.push.apply(i, e.slice(r)), o < t.length && i.push.apply(i, t.slice(o)), i;
            }return e.length < 2 ? e.slice() : function i(e) {
                var n, r, o;return e.length <= 1 ? e : (n = Math.floor(e.length / 2), r = e.slice(0, n), o = e.slice(n), r = i(r), o = i(o), t(r, o));
            }(e);
        }var F = Math,
            L = window.kendo,
            T = L.deepExtend,
            V = F.PI / 180,
            j = Number.MAX_VALUE,
            H = -Number.MAX_VALUE,
            E = "undefined",
            R = Date.now;R || (R = function R() {
            return new Date().getTime();
        }), T(L, { util: { MAX_NUM: j, MIN_NUM: H, append: w, arrayLimits: d, arrayMin: f, arrayMax: p, defined: e, deg: o, hashKey: c, hashObject: h, isNumber: a, isTransparent: P, last: y, limitValue: i, now: R, objectKey: u, round: n, rad: r, renderAttr: b, renderAllAttr: _, renderPos: A, renderSize: C, renderStyle: k, renderTemplate: x, sparseArrayLimits: v, sparseArrayMin: g, sparseArrayMax: m, sqr: l, valueOrDefault: s, romanToArabic: S, arabicToRoman: M, memoize: O, ucs2encode: N, ucs2decode: I, mergeSort: z } }), L.drawing.util = L.util, L.dataviz.util = L.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function n() {
            return { width: 0, height: 0, baseline: 0 };
        }function t(e, n, t) {
            return h.current.measure(e, n, t);
        }function i(e, n) {
            var t = [];if (e.length > 0 && document.fonts) {
                try {
                    t = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (i) {
                    o.logToConsole(i);
                }Promise.all(t).then(n, n);
            } else n();
        }var r = document,
            o = window.kendo,
            a = o.Class,
            s = o.util,
            l = s.defined,
            u = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, n) {
                var t = this,
                    i = t._map,
                    r = { key: e, value: n };i[e] = r, t._head ? (t._tail.newer = r, r.older = t._tail, t._tail = r) : t._head = t._tail = r, t._length >= t._size ? (i[t._head.key] = null, t._head = t._head.newer, t._head.older = null) : t._length++;
            }, get: function get(e) {
                var n = this,
                    t = n._map[e];if (t) return t === n._head && t !== n._tail && (n._head = t.newer, n._head.older = null), t !== n._tail && (t.older && (t.older.newer = t.newer, t.newer.older = t.older), t.older = n._tail, t.newer = null, n._tail.newer = t, n._tail = t), t.value;
            } }),
            c = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            h = a.extend({ init: function init(e) {
                this._cache = new u(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(t, i, o) {
                var a, u, h, d, f, p, g, m;if (!t) return n();if (a = s.objectKey(i), u = s.hashKey(t + a), h = this._cache.get(u), h) return h;d = n(), f = o ? o : c, p = this._baselineMarker().cloneNode(!1);for (g in i) {
                    m = i[g], l(m) && (f.style[g] = m);
                }return e(f).text(t), f.appendChild(p), r.body.appendChild(f), (t + "").length && (d.width = f.offsetWidth - this.options.baselineMarkerSize, d.height = f.offsetHeight, d.baseline = p.offsetTop + this.options.baselineMarkerSize), d.width > 0 && d.height > 0 && this._cache.put(u, d), f.parentNode.removeChild(f), d;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });h.current = new h(), o.util.TextMetrics = h, o.util.LRUCache = u, o.util.loadFonts = i, o.util.measureText = t;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var t,
                i,
                r,
                a,
                s,
                l,
                u,
                c = "",
                h = 0;for (e = n(e); h < e.length;) {
                t = e.charCodeAt(h++), i = e.charCodeAt(h++), r = e.charCodeAt(h++), a = t >> 2, s = (3 & t) << 4 | i >> 4, l = (15 & i) << 2 | r >> 6, u = 63 & r, isNaN(i) ? l = u = 64 : isNaN(r) && (u = 64), c = c + o.charAt(a) + o.charAt(s) + o.charAt(l) + o.charAt(u);
            }return c;
        }function n(e) {
            var n,
                t,
                i = "";for (n = 0; n < e.length; n++) {
                t = e.charCodeAt(n), t < 128 ? i += r(t) : t < 2048 ? (i += r(192 | t >>> 6), i += r(128 | 63 & t)) : t < 65536 && (i += r(224 | t >>> 12), i += r(128 | t >>> 6 & 63), i += r(128 | 63 & t));
            }return i;
        }var t = window.kendo,
            i = t.deepExtend,
            r = String.fromCharCode,
            o = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";i(t.util, { encodeBase64: e, encodeUTF8: n });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var n = Math,
            t = window.kendo,
            i = t.deepExtend,
            r = e.inArray,
            o = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var n = this.observers(),
                    t = r(e, n);return t != -1 && n.splice(t, 1), this;
            }, trigger: function trigger(e, n) {
                var t,
                    i,
                    r = this._observers;if (r && !this._suspended) for (i = 0; i < r.length; i++) {
                    t = r[i], t[e] && t[e](n);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = n.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, n) {
                this[e] && this[e].removeObserver(this), this[e] = n, n.addObserver(this);
            } };i(t, { mixins: { ObserversMixin: o } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("kendo.dataviz.chart.funnel.min", ["kendo.dataviz.chart.min", "kendo.drawing.min"], e);
}(function () {
    return function (e, n) {
        var t,
            i = window.kendo,
            r = i.deepExtend,
            o = e.extend,
            a = i.isFunction,
            s = i.template,
            l = i.util,
            u = l.append,
            c = i.drawing,
            h = i.geometry,
            d = i.dataviz,
            f = i.drawing.Color,
            p = d.ChartElement,
            g = d.PieChartMixin,
            m = d.PlotAreaBase,
            v = d.PlotAreaFactory,
            y = d.Point2D,
            w = d.Box2D,
            x = d.SeriesBinder,
            b = d.TextBox,
            _ = d.autoFormat,
            k = d.evalOptions,
            C = l.limitValue,
            A = d.seriesTotal,
            P = "category",
            M = "color",
            S = "funnel",
            O = "value",
            I = "black",
            N = "white",
            z = m.extend({ render: function render() {
                var e = this,
                    n = e.series;e.createFunnelChart(n);
            }, createFunnelChart: function createFunnelChart(e) {
                var n = this,
                    t = e[0],
                    i = new F(n, { series: e, legend: n.options.legend, neckRatio: t.neckRatio, dynamicHeight: t.dynamicHeight, dynamicSlope: t.dynamicSlope, segmentSpacing: t.segmentSpacing, highlight: t.highlight });n.appendChart(i);
            }, appendChart: function appendChart(e, n) {
                m.fn.appendChart.call(this, e, n), u(this.options.legend.items, e.legendItems);
            } }),
            F = p.extend({ init: function init(e, n) {
                var t = this;p.fn.init.call(t, n), t.plotArea = e, t.points = [], t.labels = [], t.legendItems = [], t.render();
            }, options: { neckRatio: .3, width: 300, dynamicSlope: !1, dynamicHeight: !0, segmentSpacing: 0, labels: { visible: !1, align: "center", position: "center" } }, formatPointValue: function formatPointValue(e, n) {
                return _(n, e.value);
            }, render: function render() {
                var e,
                    t,
                    i,
                    o,
                    s,
                    l,
                    u,
                    c = this,
                    h = c.options,
                    d = c.plotArea.options.seriesColors || [],
                    f = d.length,
                    p = h.series[0],
                    g = p.data;if (g) for (i = A(p), s = 0; s < g.length; s++) {
                    e = x.current.bindPoint(p, s), o = e.valueFields.value, null !== o && o !== n && (t = e.fields, a(p.color) || (p.color = t.color || d[s % f]), t = r({ index: s, owner: c, series: p, category: t.category, dataItem: g[s], percentage: Math.abs(o) / i, visibleInLegend: t.visibleInLegend, visible: t.visible }, t), l = c.createSegment(o, t), u = c.createLabel(o, t), l && u && l.append(u));
                }
            }, evalSegmentOptions: function evalSegmentOptions(e, n, t) {
                var i = t.series;k(e, { value: n, series: i, dataItem: t.dataItem, index: t.index }, { defaults: i._defaults, excluded: ["data", "toggle", "visual"] });
            }, createSegment: function createSegment(e, n) {
                var i,
                    a = this,
                    s = r({}, n.series);if (a.evalSegmentOptions(s, e, n), a.createLegendItem(e, s, n), n.visible !== !1) return i = new t(e, s, n), o(i, n), a.append(i), a.points.push(i), i;
            }, createLabel: function createLabel(e, n) {
                var t,
                    i,
                    o,
                    a = this,
                    l = n.series,
                    u = n.dataItem,
                    c = r({}, a.options.labels, l.labels),
                    h = e;if (c.visible) return c.template ? (i = s(c.template), h = i({ dataItem: u, value: e, percentage: n.percentage, category: n.category, series: l })) : c.format && (h = _(c.format, h)), c.color || "center" !== c.align || (o = new f(l.color).percBrightness(), c.color = o > 180 ? I : N), a.evalSegmentOptions(c, e, n), t = new b(h, r({ vAlign: c.position }, c)), a.labels.push(t), t;
            }, labelPadding: function labelPadding() {
                var e,
                    n,
                    t,
                    i,
                    r = this.labels,
                    o = { left: 0, right: 0 };for (i = 0; i < r.length; i++) {
                    e = r[i], n = e.options.align, "center" !== n && (t = r[i].box.width(), "left" === n ? o.left = Math.max(o.left, t) : o.right = Math.max(o.right, t));
                }return o;
            }, reflow: function reflow(n) {
                var t,
                    i,
                    r,
                    o,
                    a,
                    s,
                    l,
                    u,
                    c,
                    d,
                    f,
                    p,
                    g = this,
                    m = g.options,
                    v = g.points,
                    y = v.length,
                    w = m.neckRatio <= 1,
                    x = n.clone().unpad(g.labelPadding()),
                    b = x.width(),
                    _ = 0,
                    k = w ? 0 : (b - b / m.neckRatio) / 2,
                    A = m.segmentSpacing,
                    P = m.dynamicSlope,
                    M = x.height() - A * (y - 1),
                    S = w ? m.neckRatio * b : b;if (y) {
                    if (P) for (l = v[0], u = l, e.each(v, function (e, n) {
                        n.percentage > u.percentage && (u = n);
                    }), r = l.percentage / u.percentage * b, k = (b - r) / 2, t = 0; t < y; t++) {
                        a = v[t].percentage, c = v[t + 1], d = c ? c.percentage : a, o = v[t].points = [], i = m.dynamicHeight ? M * a : M / y, s = a ? (b - r * (d / a)) / 2 : d ? 0 : b / 2, s = C(s, 0, b), o.push(new h.Point(x.x1 + k, x.y1 + _)), o.push(new h.Point(x.x1 + b - k, x.y1 + _)), o.push(new h.Point(x.x1 + b - s, x.y1 + i + _)), o.push(new h.Point(x.x1 + s, x.y1 + i + _)), k = s, _ += i + A, r = C(b - 2 * s, 0, b);
                    } else for (f = w ? b : b - 2 * k, p = (f - S) / 2, t = 0; t < y; t++) {
                        o = v[t].points = [], a = v[t].percentage, s = m.dynamicHeight ? p * a : p / y, i = m.dynamicHeight ? M * a : M / y, o.push(new h.Point(x.x1 + k, x.y1 + _)), o.push(new h.Point(x.x1 + b - k, x.y1 + _)), o.push(new h.Point(x.x1 + b - k - s, x.y1 + i + _)), o.push(new h.Point(x.x1 + k + s, x.y1 + i + _)), k += s, _ += i + A;
                    }for (t = 0; t < y; t++) {
                        v[t].reflow(n);
                    }
                }
            } });r(F.fn, g), t = p.extend({ init: function init(e, n, t) {
                var i = this;p.fn.init.call(i, n), i.value = e, i.options.index = t.index;
            }, options: { color: N, border: { width: 1 } }, reflow: function reflow(e) {
                var n = this,
                    t = n.points,
                    i = n.children[0];n.box = new w(t[0].x, t[0].y, t[1].x, t[2].y), i && i.reflow(new w(e.x1, t[0].y, e.x2, t[2].y));
            }, createVisual: function createVisual() {
                var e,
                    n = this,
                    t = n.options;p.fn.createVisual.call(this), e = t.visual ? t.visual({ category: n.category, dataItem: n.dataItem, value: n.value, series: n.series, percentage: n.percentage, points: n.points, options: t, createVisual: function createVisual() {
                        return n.createPath();
                    } }) : n.createPath(), e && this.visual.append(e);
            }, createPath: function createPath() {
                var e = this.options,
                    n = e.border,
                    t = c.Path.fromPoints(this.points, { fill: { color: e.color, opacity: e.opacity }, stroke: { color: n.color, opacity: n.opacity, width: n.width } }).close();return t;
            }, createHighlight: function createHighlight(e) {
                return c.Path.fromPoints(this.points, e);
            }, highlightVisual: function highlightVisual() {
                return this.visual.children[0];
            }, highlightVisualArgs: function highlightVisualArgs() {
                var e = c.Path.fromPoints(this.points).close();return { options: this.options, path: e };
            }, highlightOverlay: function highlightOverlay(e, n) {
                var t,
                    i,
                    r,
                    a = this.options,
                    s = a.highlight || {};if (s.visible !== !1) return t = s.border || {}, i = o({}, n, { fill: s.color, stroke: t.color, strokeOpacity: t.opacity, strokeWidth: t.width, fillOpacity: s.opacity }), r = e.createPolyline(this.points, !0, i);
            }, tooltipAnchor: function tooltipAnchor(e) {
                var n = this.box;return new y(n.center().x - e / 2, n.y1);
            }, formatValue: function formatValue(e) {
                var n = this;return n.owner.formatPointValue(n, e);
            } }), r(t.fn, d.PointEventsMixin), v.current.register(z, [S]), x.current.register([S], [O], [P, M, "visibleInLegend", "visible"]), r(d, { FunnelChart: F, FunnelSegment: t });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
});;!function (t, define) {
    define("kendo.fx.min", ["kendo.core.min"], t);
}(function () {
    return function (t, e) {
        function i(t) {
            return parseInt(t, 10);
        }function r(t, e) {
            return i(t.css(e));
        }function n(t) {
            var e,
                i = [];for (e in t) {
                i.push(e);
            }return i;
        }function s(t) {
            for (var e in t) {
                L.indexOf(e) != -1 && Q.indexOf(e) == -1 && delete t[e];
            }return t;
        }function o(t, e) {
            var i,
                r,
                n,
                s,
                o = [],
                a = {};for (r in e) {
                i = r.toLowerCase(), s = H && L.indexOf(i) != -1, !E.hasHW3D && s && Q.indexOf(i) == -1 ? delete e[r] : (n = e[r], s ? o.push(r + "(" + n + ")") : a[r] = n);
            }return o.length && (a[at] = o.join(" ")), a;
        }function a(t, e) {
            var r, n, s;return H ? (r = t.css(at), r == J ? "scale" == e ? 1 : 0 : (n = r.match(RegExp(e + "\\s*\\(([\\d\\w\\.]+)")), s = 0, n ? s = i(n[1]) : (n = r.match(S) || [0, 0, 0, 0, 0], e = e.toLowerCase(), V.test(e) ? s = parseFloat(n[3] / n[2]) : "translatey" == e ? s = parseFloat(n[4] / n[2]) : "scale" == e ? s = parseFloat(n[2]) : "rotate" == e && (s = parseFloat(Math.atan2(n[2], n[1])))), s)) : parseFloat(t.css(e));
        }function c(t) {
            return t.charAt(0).toUpperCase() + t.substring(1);
        }function l(t, e) {
            var i = h.extend(e),
                r = i.prototype.directions;T[c(t)] = i, T.Element.prototype[t] = function (t, e, r, n) {
                return new i(this.element, t, e, r, n);
            }, N(r, function (e, r) {
                T.Element.prototype[t + c(r)] = function (t, e, n) {
                    return new i(this.element, r, t, e, n);
                };
            });
        }function d(t, i, r, n) {
            l(t, { directions: v, startValue: function startValue(t) {
                    return this._startValue = t, this;
                }, endValue: function endValue(t) {
                    return this._endValue = t, this;
                }, shouldHide: function shouldHide() {
                    return this._shouldHide;
                }, prepare: function prepare(t, s) {
                    var o,
                        a,
                        c = this,
                        l = "out" === this._direction,
                        d = c.element.data(i),
                        u = !(isNaN(d) || d == r);o = u ? d : e !== this._startValue ? this._startValue : l ? r : n, a = e !== this._endValue ? this._endValue : l ? n : r, this._reverse ? (t[i] = a, s[i] = o) : (t[i] = o, s[i] = a), c._shouldHide = s[i] === n;
                } });
        }function u(t, e) {
            var i = C.directions[e].vertical,
                r = t[i ? Y : X]() / 2 + "px";return _[e].replace("$size", r);
        }var f,
            p,
            h,
            m,
            v,
            x,
            _,
            g,
            y,
            k,
            b,
            w,
            C = window.kendo,
            T = C.effects,
            N = t.each,
            P = t.extend,
            z = t.proxy,
            E = C.support,
            R = E.browser,
            H = E.transforms,
            D = E.transitions,
            O = { scale: 0, scalex: 0, scaley: 0, scale3d: 0 },
            F = { translate: 0, translatex: 0, translatey: 0, translate3d: 0 },
            I = e !== document.documentElement.style.zoom && !H,
            S = /matrix3?d?\s*\(.*,\s*([\d\.\-]+)\w*?,\s*([\d\.\-]+)\w*?,\s*([\d\.\-]+)\w*?,\s*([\d\.\-]+)\w*?/i,
            A = /^(-?[\d\.\-]+)?[\w\s]*,?\s*(-?[\d\.\-]+)?[\w\s]*/i,
            V = /translatex?$/i,
            q = /(zoom|fade|expand)(\w+)/,
            M = /(zoom|fade|expand)/,
            $ = /[xy]$/i,
            L = ["perspective", "rotate", "rotatex", "rotatey", "rotatez", "rotate3d", "scale", "scalex", "scaley", "scalez", "scale3d", "skew", "skewx", "skewy", "translate", "translatex", "translatey", "translatez", "translate3d", "matrix", "matrix3d"],
            Q = ["rotate", "scale", "scalex", "scaley", "skew", "skewx", "skewy", "translate", "translatex", "translatey", "matrix"],
            W = { rotate: "deg", scale: "", skew: "px", translate: "px" },
            j = H.css,
            B = Math.round,
            U = "",
            G = "px",
            J = "none",
            K = "auto",
            X = "width",
            Y = "height",
            Z = "hidden",
            tt = "origin",
            et = "abortId",
            it = "overflow",
            rt = "translate",
            nt = "position",
            st = "completeCallback",
            ot = j + "transition",
            at = j + "transform",
            ct = j + "backface-visibility",
            lt = j + "perspective",
            dt = "1500px",
            ut = "perspective(" + dt + ")",
            ft = { left: { reverse: "right", property: "left", transition: "translatex", vertical: !1, modifier: -1 }, right: { reverse: "left", property: "left", transition: "translatex", vertical: !1, modifier: 1 }, down: { reverse: "up", property: "top", transition: "translatey", vertical: !0, modifier: 1 }, up: { reverse: "down", property: "top", transition: "translatey", vertical: !0, modifier: -1 }, top: { reverse: "bottom" }, bottom: { reverse: "top" }, "in": { reverse: "out", modifier: -1 }, out: { reverse: "in", modifier: 1 }, vertical: { reverse: "vertical" }, horizontal: { reverse: "horizontal" } };C.directions = ft, P(t.fn, { kendoStop: function kendoStop(t, e) {
                return D ? T.stopQueue(this, t || !1, e || !1) : this.stop(t, e);
            } }), H && !D && (N(Q, function (i, r) {
            t.fn[r] = function (i) {
                if (e === i) return a(this, r);var n = t(this)[0],
                    s = r + "(" + i + W[r.replace($, "")] + ")";return n.style.cssText.indexOf(at) == -1 ? t(this).css(at, s) : n.style.cssText = n.style.cssText.replace(RegExp(r + "\\(.*?\\)", "i"), s), this;
            }, t.fx.step[r] = function (e) {
                t(e.elem)[r](e.now);
            };
        }), f = t.fx.prototype.cur, t.fx.prototype.cur = function () {
            return Q.indexOf(this.prop) != -1 ? parseFloat(t(this.elem)[this.prop]()) : f.apply(this, arguments);
        }), C.toggleClass = function (t, e, i, r) {
            return e && (e = e.split(" "), D && (i = P({ exclusive: "all", duration: 400, ease: "ease-out" }, i), t.css(ot, i.exclusive + " " + i.duration + "ms " + i.ease), setTimeout(function () {
                t.css(ot, "").css(Y);
            }, i.duration)), N(e, function (e, i) {
                t.toggleClass(i, r);
            })), t;
        }, C.parseEffects = function (t, e) {
            var i = {};return "string" == typeof t ? N(t.split(" "), function (t, r) {
                var n = !M.test(r),
                    s = r.replace(q, function (t, e, i) {
                    return e + ":" + i.toLowerCase();
                }),
                    o = s.split(":"),
                    a = o[1],
                    c = {};o.length > 1 && (c.direction = e && n ? ft[a].reverse : a), i[o[0]] = c;
            }) : N(t, function (t) {
                var r = this.direction;r && e && !M.test(t) && (this.direction = ft[r].reverse), i[t] = this;
            }), i;
        }, D && P(T, { transition: function transition(e, i, r) {
                var s,
                    a,
                    c,
                    l,
                    d = 0,
                    u = e.data("keys") || [];r = P({ duration: 200, ease: "ease-out", complete: null, exclusive: "all" }, r), c = !1, l = function l() {
                    c || (c = !0, a && (clearTimeout(a), a = null), e.removeData(et).dequeue().css(ot, "").css(ot), r.complete.call(e));
                }, r.duration = t.fx ? t.fx.speeds[r.duration] || r.duration : r.duration, s = o(e, i), t.merge(u, n(s)), e.data("keys", t.unique(u)).height(), e.css(ot, r.exclusive + " " + r.duration + "ms " + r.ease).css(ot), e.css(s).css(at), D.event && (e.one(D.event, l), 0 !== r.duration && (d = 500)), a = setTimeout(l, r.duration + d), e.data(et, a), e.data(st, l);
            }, stopQueue: function stopQueue(t, e, i) {
                var r,
                    n = t.data("keys"),
                    s = !i && n,
                    o = t.data(st);return s && (r = C.getComputedStyles(t[0], n)), o && o(), s && t.css(r), t.removeData("keys").stop(e);
            } }), p = C.Class.extend({ init: function init(t, e) {
                var i = this;i.element = t, i.effects = [], i.options = e, i.restore = [];
            }, run: function run(e) {
                var i,
                    r,
                    n,
                    a,
                    c,
                    l,
                    d,
                    u = this,
                    f = e.length,
                    p = u.element,
                    h = u.options,
                    m = t.Deferred(),
                    v = {},
                    x = {};for (u.effects = e, m.then(t.proxy(u, "complete")), p.data("animating", !0), r = 0; r < f; r++) {
                    for (i = e[r], i.setReverse(h.reverse), i.setOptions(h), u.addRestoreProperties(i.restore), i.prepare(v, x), c = i.children(), n = 0, l = c.length; n < l; n++) {
                        c[n].duration(h.duration).run();
                    }
                }for (d in h.effects) {
                    P(x, h.effects[d].properties);
                }for (p.is(":visible") || P(v, { display: p.data("olddisplay") || "block" }), H && !h.reset && (a = p.data("targetTransform"), a && (v = P(a, v))), v = o(p, v), H && !D && (v = s(v)), p.css(v).css(at), r = 0; r < f; r++) {
                    e[r].setup();
                }return h.init && h.init(), p.data("targetTransform", x), T.animate(p, x, P({}, h, { complete: m.resolve })), m.promise();
            }, stop: function stop() {
                t(this.element).kendoStop(!0, !0);
            }, addRestoreProperties: function addRestoreProperties(t) {
                for (var e, i = this.element, r = 0, n = t.length; r < n; r++) {
                    e = t[r], this.restore.push(e), i.data(e) || i.data(e, i.css(e));
                }
            }, restoreCallback: function restoreCallback() {
                var t,
                    e,
                    i,
                    r = this.element;for (t = 0, e = this.restore.length; t < e; t++) {
                    i = this.restore[t], r.css(i, r.data(i));
                }
            }, complete: function complete() {
                var e = this,
                    i = 0,
                    r = e.element,
                    n = e.options,
                    s = e.effects,
                    o = s.length;for (r.removeData("animating").dequeue(), n.hide && r.data("olddisplay", r.css("display")).hide(), this.restoreCallback(), I && !H && setTimeout(t.proxy(this, "restoreCallback"), 0); i < o; i++) {
                    s[i].teardown();
                }n.completeCallback && n.completeCallback(r);
            } }), T.promise = function (t, e) {
            var i,
                r,
                n,
                s = [],
                o = new p(t, e),
                a = C.parseEffects(e.effects);e.effects = a;for (n in a) {
                i = T[c(n)], i && (r = new i(t, a[n].direction), s.push(r));
            }s[0] ? o.run(s) : (t.is(":visible") || t.css({ display: t.data("olddisplay") || "block" }).css("display"), e.init && e.init(), t.dequeue(), o.complete());
        }, P(T, { animate: function animate(i, n, o) {
                var a = o.transition !== !1;delete o.transition, D && "transition" in T && a ? T.transition(i, n, o) : H ? i.animate(s(n), { queue: !1, show: !1, hide: !1, duration: o.duration, complete: o.complete }) : i.each(function () {
                    var i = t(this),
                        s = {};N(L, function (t, o) {
                        var a,
                            c,
                            l,
                            d,
                            u,
                            f,
                            p,
                            h = n ? n[o] + " " : null;h && (c = n, o in O && n[o] !== e ? (a = h.match(A), H && P(c, { scale: +a[0] })) : o in F && n[o] !== e && (l = i.css(nt), d = "absolute" == l || "fixed" == l, i.data(rt) || (d ? i.data(rt, { top: r(i, "top") || 0, left: r(i, "left") || 0, bottom: r(i, "bottom"), right: r(i, "right") }) : i.data(rt, { top: r(i, "marginTop") || 0, left: r(i, "marginLeft") || 0 })), u = i.data(rt), a = h.match(A), a && (f = o == rt + "y" ? 0 : +a[1], p = o == rt + "y" ? +a[1] : +a[2], d ? (isNaN(u.right) ? isNaN(f) || P(c, { left: u.left + f }) : isNaN(f) || P(c, { right: u.right - f }), isNaN(u.bottom) ? isNaN(p) || P(c, { top: u.top + p }) : isNaN(p) || P(c, { bottom: u.bottom - p })) : (isNaN(f) || P(c, { marginLeft: u.left + f }), isNaN(p) || P(c, { marginTop: u.top + p })))), !H && "scale" != o && o in c && delete c[o], c && P(s, c));
                    }), R.msie && delete s.scale, i.animate(s, { queue: !1, show: !1, hide: !1, duration: o.duration, complete: o.complete });
                });
            } }), T.animatedPromise = T.promise, h = C.Class.extend({ init: function init(t, e) {
                var i = this;i.element = t, i._direction = e, i.options = {}, i._additionalEffects = [], i.restore || (i.restore = []);
            }, reverse: function reverse() {
                return this._reverse = !0, this.run();
            }, play: function play() {
                return this._reverse = !1, this.run();
            }, add: function add(t) {
                return this._additionalEffects.push(t), this;
            }, direction: function direction(t) {
                return this._direction = t, this;
            }, duration: function duration(t) {
                return this._duration = t, this;
            }, compositeRun: function compositeRun() {
                var t = this,
                    e = new p(t.element, { reverse: t._reverse, duration: t._duration }),
                    i = t._additionalEffects.concat([t]);return e.run(i);
            }, run: function run() {
                if (this._additionalEffects && this._additionalEffects[0]) return this.compositeRun();var e,
                    i,
                    r = this,
                    n = r.element,
                    a = 0,
                    c = r.restore,
                    l = c.length,
                    d = t.Deferred(),
                    u = {},
                    f = {},
                    p = r.children(),
                    h = p.length;for (d.then(t.proxy(r, "_complete")), n.data("animating", !0), a = 0; a < l; a++) {
                    e = c[a], n.data(e) || n.data(e, n.css(e));
                }for (a = 0; a < h; a++) {
                    p[a].duration(r._duration).run();
                }return r.prepare(u, f), n.is(":visible") || P(u, { display: n.data("olddisplay") || "block" }), H && (i = n.data("targetTransform"), i && (u = P(i, u))), u = o(n, u), H && !D && (u = s(u)), n.css(u).css(at), r.setup(), n.data("targetTransform", f), T.animate(n, f, { duration: r._duration, complete: d.resolve }), d.promise();
            }, stop: function stop() {
                var e = 0,
                    i = this.children(),
                    r = i.length;for (e = 0; e < r; e++) {
                    i[e].stop();
                }return t(this.element).kendoStop(!0, !0), this;
            }, restoreCallback: function restoreCallback() {
                var t,
                    e,
                    i,
                    r = this.element;for (t = 0, e = this.restore.length; t < e; t++) {
                    i = this.restore[t], r.css(i, r.data(i));
                }
            }, _complete: function _complete() {
                var e = this,
                    i = e.element;i.removeData("animating").dequeue(), e.restoreCallback(), e.shouldHide() && i.data("olddisplay", i.css("display")).hide(), I && !H && setTimeout(t.proxy(e, "restoreCallback"), 0), e.teardown();
            }, setOptions: function setOptions(t) {
                P(!0, this.options, t);
            }, children: function children() {
                return [];
            }, shouldHide: t.noop, setup: t.noop, prepare: t.noop, teardown: t.noop, directions: [], setReverse: function setReverse(t) {
                return this._reverse = t, this;
            } }), m = ["left", "right", "up", "down"], v = ["in", "out"], l("slideIn", { directions: m, divisor: function divisor(t) {
                return this.options.divisor = t, this;
            }, prepare: function prepare(t, e) {
                var i,
                    r = this,
                    n = r.element,
                    s = C._outerWidth,
                    o = C._outerHeight,
                    a = ft[r._direction],
                    c = -a.modifier * (a.vertical ? o(n) : s(n)),
                    l = c / (r.options && r.options.divisor || 1) + G,
                    d = "0px";r._reverse && (i = t, t = e, e = i), H ? (t[a.transition] = l, e[a.transition] = d) : (t[a.property] = l, e[a.property] = d);
            } }), l("tile", { directions: m, init: function init(t, e, i) {
                h.prototype.init.call(this, t, e), this.options = { previous: i };
            }, previousDivisor: function previousDivisor(t) {
                return this.options.previousDivisor = t, this;
            }, children: function children() {
                var t = this,
                    e = t._reverse,
                    i = t.options.previous,
                    r = t.options.previousDivisor || 1,
                    n = t._direction,
                    s = [C.fx(t.element).slideIn(n).setReverse(e)];return i && s.push(C.fx(i).slideIn(ft[n].reverse).divisor(r).setReverse(!e)), s;
            } }), d("fade", "opacity", 1, 0), d("zoom", "scale", 1, .01), l("slideMargin", { prepare: function prepare(t, e) {
                var i,
                    r = this,
                    n = r.element,
                    s = r.options,
                    o = n.data(tt),
                    a = s.offset,
                    c = r._reverse;c || null !== o || n.data(tt, parseFloat(n.css("margin-" + s.axis))), i = n.data(tt) || 0, e["margin-" + s.axis] = c ? i : i + a;
            } }), l("slideTo", { prepare: function prepare(t, e) {
                var i = this,
                    r = i.element,
                    n = i.options,
                    s = n.offset.split(","),
                    o = i._reverse;H ? (e.translatex = o ? 0 : s[0], e.translatey = o ? 0 : s[1]) : (e.left = o ? 0 : s[0], e.top = o ? 0 : s[1]), r.css("left");
            } }), l("expand", { directions: ["horizontal", "vertical"], restore: [it], prepare: function prepare(t, i) {
                var r = this,
                    n = r.element,
                    s = r.options,
                    o = r._reverse,
                    a = "vertical" === r._direction ? Y : X,
                    c = n[0].style[a],
                    l = n.data(a),
                    d = parseFloat(l || c),
                    u = B(n.css(a, K)[a]());t.overflow = Z, d = s && s.reset ? u || d : d || u, i[a] = (o ? 0 : d) + G, t[a] = (o ? d : 0) + G, l === e && n.data(a, c);
            }, shouldHide: function shouldHide() {
                return this._reverse;
            }, teardown: function teardown() {
                var t = this,
                    e = t.element,
                    i = "vertical" === t._direction ? Y : X,
                    r = e.data(i);r != K && r !== U || setTimeout(function () {
                    e.css(i, K).css(i);
                }, 0);
            } }), x = { position: "absolute", marginLeft: 0, marginTop: 0, scale: 1 }, l("transfer", { init: function init(t, e) {
                this.element = t, this.options = { target: e }, this.restore = [];
            }, setup: function setup() {
                this.element.appendTo(document.body);
            }, prepare: function prepare(t, e) {
                var i = this,
                    r = i.element,
                    n = T.box(r),
                    s = T.box(i.options.target),
                    o = a(r, "scale"),
                    c = T.fillScale(s, n),
                    l = T.transformOrigin(s, n);P(t, x), e.scale = 1, r.css(at, "scale(1)").css(at), r.css(at, "scale(" + o + ")"), t.top = n.top, t.left = n.left, t.transformOrigin = l.x + G + " " + l.y + G, i._reverse ? t.scale = c : e.scale = c;
            } }), _ = { top: "rect(auto auto $size auto)", bottom: "rect($size auto auto auto)", left: "rect(auto $size auto auto)", right: "rect(auto auto auto $size)" }, g = { top: { start: "rotatex(0deg)", end: "rotatex(180deg)" }, bottom: { start: "rotatex(-180deg)", end: "rotatex(0deg)" }, left: { start: "rotatey(0deg)", end: "rotatey(-180deg)" }, right: { start: "rotatey(180deg)", end: "rotatey(0deg)" } }, l("turningPage", { directions: m, init: function init(t, e, i) {
                h.prototype.init.call(this, t, e), this._container = i;
            }, prepare: function prepare(t, e) {
                var i = this,
                    r = i._reverse,
                    n = r ? ft[i._direction].reverse : i._direction,
                    s = g[n];t.zIndex = 1, i._clipInHalf && (t.clip = u(i._container, C.directions[n].reverse)), t[ct] = Z, e[at] = ut + (r ? s.start : s.end), t[at] = ut + (r ? s.end : s.start);
            }, setup: function setup() {
                this._container.append(this.element);
            }, face: function face(t) {
                return this._face = t, this;
            }, shouldHide: function shouldHide() {
                var t = this,
                    e = t._reverse,
                    i = t._face;return e && !i || !e && i;
            }, clipInHalf: function clipInHalf(t) {
                return this._clipInHalf = t, this;
            }, temporary: function temporary() {
                return this.element.addClass("temp-page"), this;
            } }), l("staticPage", { directions: m, init: function init(t, e, i) {
                h.prototype.init.call(this, t, e), this._container = i;
            }, restore: ["clip"], prepare: function prepare(t, e) {
                var i = this,
                    r = i._reverse ? ft[i._direction].reverse : i._direction;t.clip = u(i._container, r), t.opacity = .999, e.opacity = 1;
            }, shouldHide: function shouldHide() {
                var t = this,
                    e = t._reverse,
                    i = t._face;return e && !i || !e && i;
            }, face: function face(t) {
                return this._face = t, this;
            } }), l("pageturn", { directions: ["horizontal", "vertical"], init: function init(t, e, i, r) {
                h.prototype.init.call(this, t, e), this.options = {}, this.options.face = i, this.options.back = r;
            }, children: function children() {
                var t,
                    e = this,
                    i = e.options,
                    r = "horizontal" === e._direction ? "left" : "top",
                    n = C.directions[r].reverse,
                    s = e._reverse,
                    o = i.face.clone(!0).removeAttr("id"),
                    a = i.back.clone(!0).removeAttr("id"),
                    c = e.element;return s && (t = r, r = n, n = t), [C.fx(i.face).staticPage(r, c).face(!0).setReverse(s), C.fx(i.back).staticPage(n, c).setReverse(s), C.fx(o).turningPage(r, c).face(!0).clipInHalf(!0).temporary().setReverse(s), C.fx(a).turningPage(n, c).clipInHalf(!0).temporary().setReverse(s)];
            }, prepare: function prepare(t, e) {
                t[lt] = dt, t.transformStyle = "preserve-3d", t.opacity = .999, e.opacity = 1;
            }, teardown: function teardown() {
                this.element.find(".temp-page").remove();
            } }), l("flip", { directions: ["horizontal", "vertical"], init: function init(t, e, i, r) {
                h.prototype.init.call(this, t, e), this.options = {}, this.options.face = i, this.options.back = r;
            }, children: function children() {
                var t,
                    e = this,
                    i = e.options,
                    r = "horizontal" === e._direction ? "left" : "top",
                    n = C.directions[r].reverse,
                    s = e._reverse,
                    o = e.element;return s && (t = r, r = n, n = t), [C.fx(i.face).turningPage(r, o).face(!0).setReverse(s), C.fx(i.back).turningPage(n, o).setReverse(s)];
            }, prepare: function prepare(t) {
                t[lt] = dt, t.transformStyle = "preserve-3d";
            } }), y = !E.mobileOS.android, k = ".km-touch-scrollbar, .km-actionsheet-wrapper", l("replace", { _before: t.noop, _after: t.noop, init: function init(e, i, r) {
                h.prototype.init.call(this, e), this._previous = t(i), this._transitionClass = r;
            }, duration: function duration() {
                throw Error("The replace effect does not support duration setting; the effect duration may be customized through the transition class rule");
            }, beforeTransition: function beforeTransition(t) {
                return this._before = t, this;
            }, afterTransition: function afterTransition(t) {
                return this._after = t, this;
            }, _both: function _both() {
                return t().add(this._element).add(this._previous);
            }, _containerClass: function _containerClass() {
                var t = this._direction,
                    e = "k-fx k-fx-start k-fx-" + this._transitionClass;return t && (e += " k-fx-" + t), this._reverse && (e += " k-fx-reverse"), e;
            }, complete: function complete(e) {
                if (!(!this.deferred || e && t(e.target).is(k))) {
                    var i = this.container;i.removeClass("k-fx-end").removeClass(this._containerClass()).off(D.event, this.completeProxy), this._previous.hide().removeClass("k-fx-current"), this.element.removeClass("k-fx-next"), y && i.css(it, ""), this.isAbsolute || this._both().css(nt, ""), this.deferred.resolve(), delete this.deferred;
                }
            }, run: function run() {
                if (this._additionalEffects && this._additionalEffects[0]) return this.compositeRun();var e,
                    i = this,
                    r = i.element,
                    n = i._previous,
                    s = r.parents().filter(n.parents()).first(),
                    o = i._both(),
                    a = t.Deferred(),
                    c = r.css(nt);return s.length || (s = r.parent()), this.container = s, this.deferred = a, this.isAbsolute = "absolute" == c, this.isAbsolute || o.css(nt, "absolute"), y && (e = s.css(it), s.css(it, "hidden")), D ? (r.addClass("k-fx-hidden"), s.addClass(this._containerClass()), this.completeProxy = t.proxy(this, "complete"), s.on(D.event, this.completeProxy), C.animationFrame(function () {
                    r.removeClass("k-fx-hidden").addClass("k-fx-next"), n.css("display", "").addClass("k-fx-current"), i._before(n, r), C.animationFrame(function () {
                        s.removeClass("k-fx-start").addClass("k-fx-end"), i._after(n, r);
                    });
                })) : this.complete(), a.promise();
            }, stop: function stop() {
                this.complete();
            } }), b = C.Class.extend({ init: function init() {
                var t = this;t._tickProxy = z(t._tick, t), t._started = !1;
            }, tick: t.noop, done: t.noop, onEnd: t.noop, onCancel: t.noop, start: function start() {
                this.enabled() && (this.done() ? this.onEnd() : (this._started = !0, C.animationFrame(this._tickProxy)));
            }, enabled: function enabled() {
                return !0;
            }, cancel: function cancel() {
                this._started = !1, this.onCancel();
            }, _tick: function _tick() {
                var t = this;t._started && (t.tick(), t.done() ? (t._started = !1, t.onEnd()) : C.animationFrame(t._tickProxy));
            } }), w = b.extend({ init: function init(t) {
                var e = this;P(e, t), b.fn.init.call(e);
            }, done: function done() {
                return this.timePassed() >= this.duration;
            }, timePassed: function timePassed() {
                return Math.min(this.duration, new Date() - this.startDate);
            }, moveTo: function moveTo(t) {
                var e = this,
                    i = e.movable;e.initial = i[e.axis], e.delta = t.location - e.initial, e.duration = "number" == typeof t.duration ? t.duration : 300, e.tick = e._easeProxy(t.ease), e.startDate = new Date(), e.start();
            }, _easeProxy: function _easeProxy(t) {
                var e = this;return function () {
                    e.movable.moveAxis(e.axis, t(e.timePassed(), e.initial, e.delta, e.duration));
                };
            } }), P(w, { easeOutExpo: function easeOutExpo(t, e, i, r) {
                return t == r ? e + i : i * (-Math.pow(2, -10 * t / r) + 1) + e;
            }, easeOutBack: function easeOutBack(t, e, i, r, n) {
                return n = 1.70158, i * ((t = t / r - 1) * t * ((n + 1) * t + n) + 1) + e;
            } }), T.Animation = b, T.Transition = w, T.createEffect = l, T.box = function (e) {
            e = t(e);var i = e.offset();return i.width = C._outerWidth(e), i.height = C._outerHeight(e), i;
        }, T.transformOrigin = function (t, e) {
            var i = (t.left - e.left) * e.width / (e.width - t.width),
                r = (t.top - e.top) * e.height / (e.height - t.height);return { x: isNaN(i) ? 0 : i, y: isNaN(r) ? 0 : r };
        }, T.fillScale = function (t, e) {
            return Math.min(t.width / e.width, t.height / e.height);
        }, T.fitScale = function (t, e) {
            return Math.max(t.width / e.width, t.height / e.height);
        };
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
});;!function (t, define) {
    define("kendo.draganddrop.min", ["kendo.core.min", "kendo.userevents.min"], t);
}(function () {
    return function (t, e) {
        function n(e, n) {
            try {
                return t.contains(e, n) || e == n;
            } catch (r) {
                return !1;
            }
        }function r(t, e) {
            return parseInt(t.css(e), 10) || 0;
        }function i(t, e) {
            return Math.min(Math.max(t, e.min), e.max);
        }function o(t, e) {
            var n = D(t),
                i = _._outerWidth,
                o = _._outerHeight,
                a = n.left + r(t, "borderLeftWidth") + r(t, "paddingLeft"),
                s = n.top + r(t, "borderTopWidth") + r(t, "paddingTop"),
                l = a + t.width() - i(e, !0),
                c = s + t.height() - o(e, !0);return { x: { min: a, max: l }, y: { min: s, max: c } };
        }function a(n, r, i) {
            for (var o, a, s = 0, l = r && r.length, c = i && i.length; n && n.parentNode;) {
                for (s = 0; s < l; s++) {
                    if (o = r[s], o.element[0] === n) return { target: o, targetElement: n };
                }for (s = 0; s < c; s++) {
                    if (a = i[s], t.contains(a.element[0], n) && x.matchesSelector.call(n, a.options.filter)) return { target: a, targetElement: n };
                }n = n.parentNode;
            }return e;
        }function s(t, e) {
            var n,
                r = e.options.group,
                i = t[r];if (T.fn.destroy.call(e), i.length > 1) {
                for (n = 0; n < i.length; n++) {
                    if (i[n] == e) {
                        i.splice(n, 1);break;
                    }
                }
            } else i.length = 0, delete t[r];
        }function l(t) {
            var e,
                n,
                r,
                i = c()[0];return t[0] === i ? (n = i.scrollTop, r = i.scrollLeft, { top: n, left: r, bottom: n + b.height(), right: r + b.width() }) : (e = t.offset(), e.bottom = e.top + t.height(), e.right = e.left + t.width(), e);
        }function c() {
            return t(_.support.browser.chrome ? y.body : y.documentElement);
        }function u(e) {
            var n,
                r = c();if (!e || e === y.body || e === y.documentElement) return r;for (n = t(e)[0]; n && !_.isScrollable(n) && n !== y.body;) {
                n = n.parentNode;
            }return n === y.body ? r : t(n);
        }function h(t, e, n) {
            var r = { x: 0, y: 0 },
                i = 50;return t - n.left < i ? r.x = -(i - (t - n.left)) : n.right - t < i && (r.x = i - (n.right - t)), e - n.top < i ? r.y = -(i - (e - n.top)) : n.bottom - e < i && (r.y = i - (n.bottom - e)), r;
        }var d,
            f,
            p,
            g,
            v,
            m,
            _ = window.kendo,
            x = _.support,
            y = window.document,
            b = t(window),
            E = _.Class,
            T = _.ui.Widget,
            S = _.Observable,
            M = _.UserEvents,
            w = t.proxy,
            C = t.extend,
            D = _.getOffset,
            O = {},
            k = {},
            I = {},
            H = _.elementUnderCursor,
            W = "keyup",
            z = "change",
            P = "dragstart",
            U = "hold",
            L = "drag",
            A = "dragend",
            N = "dragcancel",
            V = "hintDestroyed",
            B = "dragenter",
            $ = "dragleave",
            F = "drop",
            j = S.extend({ init: function init(e, n) {
                var r = this,
                    i = e[0];r.capture = !1, i.addEventListener ? (t.each(_.eventMap.down.split(" "), function () {
                    i.addEventListener(this, w(r._press, r), !0);
                }), t.each(_.eventMap.up.split(" "), function () {
                    i.addEventListener(this, w(r._release, r), !0);
                })) : (t.each(_.eventMap.down.split(" "), function () {
                    i.attachEvent(this, w(r._press, r));
                }), t.each(_.eventMap.up.split(" "), function () {
                    i.attachEvent(this, w(r._release, r));
                })), S.fn.init.call(r), r.bind(["press", "release"], n || {});
            }, captureNext: function captureNext() {
                this.capture = !0;
            }, cancelCapture: function cancelCapture() {
                this.capture = !1;
            }, _press: function _press(t) {
                var e = this;e.trigger("press"), e.capture && t.preventDefault();
            }, _release: function _release(t) {
                var e = this;e.trigger("release"), e.capture && (t.preventDefault(), e.cancelCapture());
            } }),
            G = S.extend({ init: function init(e) {
                var n = this;S.fn.init.call(n), n.forcedEnabled = !1, t.extend(n, e), n.scale = 1, n.horizontal ? (n.measure = "offsetWidth", n.scrollSize = "scrollWidth", n.axis = "x") : (n.measure = "offsetHeight", n.scrollSize = "scrollHeight", n.axis = "y");
            }, makeVirtual: function makeVirtual() {
                t.extend(this, { virtual: !0, forcedEnabled: !0, _virtualMin: 0, _virtualMax: 0 });
            }, virtualSize: function virtualSize(t, e) {
                this._virtualMin === t && this._virtualMax === e || (this._virtualMin = t, this._virtualMax = e, this.update());
            }, outOfBounds: function outOfBounds(t) {
                return t > this.max || t < this.min;
            }, forceEnabled: function forceEnabled() {
                this.forcedEnabled = !0;
            }, getSize: function getSize() {
                return this.container[0][this.measure];
            }, getTotal: function getTotal() {
                return this.element[0][this.scrollSize];
            }, rescale: function rescale(t) {
                this.scale = t;
            }, update: function update(t) {
                var e = this,
                    n = e.virtual ? e._virtualMax : e.getTotal(),
                    r = n * e.scale,
                    i = e.getSize();(0 !== n || e.forcedEnabled) && (e.max = e.virtual ? -e._virtualMin : 0, e.size = i, e.total = r, e.min = Math.min(e.max, i - r), e.minScale = i / n, e.centerOffset = (r - i) / 2, e.enabled = e.forcedEnabled || r > i, t || e.trigger(z, e));
            } }),
            Q = S.extend({ init: function init(t) {
                var e = this;S.fn.init.call(e), e.x = new G(C({ horizontal: !0 }, t)), e.y = new G(C({ horizontal: !1 }, t)), e.container = t.container, e.forcedMinScale = t.minScale, e.maxScale = t.maxScale || 100, e.bind(z, t);
            }, rescale: function rescale(t) {
                this.x.rescale(t), this.y.rescale(t), this.refresh();
            }, centerCoordinates: function centerCoordinates() {
                return { x: Math.min(0, -this.x.centerOffset), y: Math.min(0, -this.y.centerOffset) };
            }, refresh: function refresh() {
                var t = this;t.x.update(), t.y.update(), t.enabled = t.x.enabled || t.y.enabled, t.minScale = t.forcedMinScale || Math.min(t.x.minScale, t.y.minScale), t.fitScale = Math.max(t.x.minScale, t.y.minScale), t.trigger(z);
            } }),
            q = S.extend({ init: function init(t) {
                var e = this;C(e, t), S.fn.init.call(e);
            }, outOfBounds: function outOfBounds() {
                return this.dimension.outOfBounds(this.movable[this.axis]);
            }, dragMove: function dragMove(t) {
                var e = this,
                    n = e.dimension,
                    r = e.axis,
                    i = e.movable,
                    o = i[r] + t;n.enabled && ((o < n.min && t < 0 || o > n.max && t > 0) && (t *= e.resistance), i.translateAxis(r, t), e.trigger(z, e));
            } }),
            J = E.extend({ init: function init(e) {
                var n,
                    r,
                    i,
                    o,
                    a = this;C(a, { elastic: !0 }, e), i = a.elastic ? .5 : 0, o = a.movable, a.x = n = new q({ axis: "x", dimension: a.dimensions.x, resistance: i, movable: o }), a.y = r = new q({ axis: "y", dimension: a.dimensions.y, resistance: i, movable: o }), a.userEvents.bind(["press", "move", "end", "gesturestart", "gesturechange"], { gesturestart: function gesturestart(t) {
                        a.gesture = t, a.offset = a.dimensions.container.offset();
                    }, press: function press(e) {
                        t(e.event.target).closest("a").is("[data-navigate-on-press=true]") && e.sender.cancel();
                    }, gesturechange: function gesturechange(t) {
                        var e,
                            i,
                            s,
                            l = a.gesture,
                            c = l.center,
                            u = t.center,
                            h = t.distance / l.distance,
                            d = a.dimensions.minScale,
                            f = a.dimensions.maxScale;o.scale <= d && h < 1 && (h += .8 * (1 - h)), o.scale * h >= f && (h = f / o.scale), i = o.x + a.offset.left, s = o.y + a.offset.top, e = { x: (i - c.x) * h + u.x - i, y: (s - c.y) * h + u.y - s }, o.scaleWith(h), n.dragMove(e.x), r.dragMove(e.y), a.dimensions.rescale(o.scale), a.gesture = t, t.preventDefault();
                    }, move: function move(t) {
                        t.event.target.tagName.match(/textarea|input/i) || (n.dimension.enabled || r.dimension.enabled ? (n.dragMove(t.x.delta), r.dragMove(t.y.delta), t.preventDefault()) : t.touch.skip());
                    }, end: function end(t) {
                        t.preventDefault();
                    } });
            } }),
            K = x.transitions.prefix + "Transform";f = x.hasHW3D ? function (t, e, n) {
            return "translate3d(" + t + "px," + e + "px,0) scale(" + n + ")";
        } : function (t, e, n) {
            return "translate(" + t + "px," + e + "px) scale(" + n + ")";
        }, p = S.extend({ init: function init(e) {
                var n = this;S.fn.init.call(n), n.element = t(e), n.element[0].style.webkitTransformOrigin = "left top", n.x = 0, n.y = 0, n.scale = 1, n._saveCoordinates(f(n.x, n.y, n.scale));
            }, translateAxis: function translateAxis(t, e) {
                this[t] += e, this.refresh();
            }, scaleTo: function scaleTo(t) {
                this.scale = t, this.refresh();
            }, scaleWith: function scaleWith(t) {
                this.scale *= t, this.refresh();
            }, translate: function translate(t) {
                this.x += t.x, this.y += t.y, this.refresh();
            }, moveAxis: function moveAxis(t, e) {
                this[t] = e, this.refresh();
            }, moveTo: function moveTo(t) {
                C(this, t), this.refresh();
            }, refresh: function refresh() {
                var t,
                    e = this,
                    n = e.x,
                    r = e.y;e.round && (n = Math.round(n), r = Math.round(r)), t = f(n, r, e.scale), t != e.coordinates && (_.support.browser.msie && _.support.browser.version < 10 ? (e.element[0].style.position = "absolute", e.element[0].style.left = e.x + "px", e.element[0].style.top = e.y + "px") : e.element[0].style[K] = t, e._saveCoordinates(t), e.trigger(z));
            }, _saveCoordinates: function _saveCoordinates(t) {
                this.coordinates = t;
            } }), g = T.extend({ init: function init(t, e) {
                var n,
                    r = this;T.fn.init.call(r, t, e), n = r.options.group, n in k ? k[n].push(r) : k[n] = [r];
            }, events: [B, $, F], options: { name: "DropTarget", group: "default" }, destroy: function destroy() {
                s(k, this);
            }, _trigger: function _trigger(t, e) {
                var n = this,
                    r = O[n.options.group];if (r) return n.trigger(t, C({}, e.event, { draggable: r, dropTarget: e.dropTarget }));
            }, _over: function _over(t) {
                this._trigger(B, t);
            }, _out: function _out(t) {
                this._trigger($, t);
            }, _drop: function _drop(t) {
                var e = this,
                    n = O[e.options.group];n && (n.dropped = !e._trigger(F, t));
            } }), g.destroyGroup = function (t) {
            var e,
                n = k[t] || I[t];if (n) {
                for (e = 0; e < n.length; e++) {
                    T.fn.destroy.call(n[e]);
                }n.length = 0, delete k[t], delete I[t];
            }
        }, g._cache = k, v = g.extend({ init: function init(t, e) {
                var n,
                    r = this;T.fn.init.call(r, t, e), n = r.options.group, n in I ? I[n].push(r) : I[n] = [r];
            }, destroy: function destroy() {
                s(I, this);
            }, options: { name: "DropTargetArea", group: "default", filter: null } }), m = T.extend({ init: function init(t, e) {
                var n = this;T.fn.init.call(n, t, e), n._activated = !1, n.userEvents = new M(n.element, { global: !0, allowSelection: !0, filter: n.options.filter, threshold: n.options.distance, start: w(n._start, n), hold: w(n._hold, n), move: w(n._drag, n), end: w(n._end, n), cancel: w(n._cancel, n), select: w(n._select, n) }), n._afterEndHandler = w(n._afterEnd, n), n._captureEscape = w(n._captureEscape, n);
            }, events: [U, P, L, A, N, V], options: { name: "Draggable", distance: _.support.touch ? 0 : 5, group: "default", cursorOffset: null, axis: null, container: null, filter: null, ignore: null, holdToDrag: !1, autoScroll: !1, dropped: !1 }, cancelHold: function cancelHold() {
                this._activated = !1;
            }, _captureEscape: function _captureEscape(t) {
                var e = this;t.keyCode === _.keys.ESC && (e._trigger(N, { event: t }), e.userEvents.cancel());
            }, _updateHint: function _updateHint(e) {
                var n,
                    r = this,
                    o = r.options,
                    a = r.boundaries,
                    s = o.axis,
                    l = r.options.cursorOffset;l ? n = { left: e.x.location + l.left, top: e.y.location + l.top } : (r.hintOffset.left += e.x.delta, r.hintOffset.top += e.y.delta, n = t.extend({}, r.hintOffset)), a && (n.top = i(n.top, a.y), n.left = i(n.left, a.x)), "x" === s ? delete n.top : "y" === s && delete n.left, r.hint.css(n);
            }, _shouldIgnoreTarget: function _shouldIgnoreTarget(e) {
                var n = this.options.ignore;return n && t(e).is(n);
            }, _select: function _select(t) {
                this._shouldIgnoreTarget(t.event.target) || t.preventDefault();
            }, _start: function _start(n) {
                var r,
                    i = this,
                    a = i.options,
                    s = a.container,
                    l = a.hint;return this._shouldIgnoreTarget(n.touch.initialTouch) || a.holdToDrag && !i._activated ? (i.userEvents.cancel(), e) : (i.currentTarget = n.target, i.currentTargetOffset = D(i.currentTarget), l && (i.hint && i.hint.stop(!0, !0).remove(), i.hint = _.isFunction(l) ? t(l.call(i, i.currentTarget)) : l, r = D(i.currentTarget), i.hintOffset = r, i.hint.css({ position: "absolute", zIndex: 2e4, left: r.left, top: r.top }).appendTo(y.body), i.angular("compile", function () {
                    i.hint.removeAttr("ng-repeat");for (var e = t(n.target); !e.data("$$kendoScope") && e.length;) {
                        e = e.parent();
                    }return { elements: i.hint.get(), scopeFrom: e.data("$$kendoScope") };
                })), O[a.group] = i, i.dropped = !1, s && (i.boundaries = o(s, i.hint)), t(y).on(W, i._captureEscape), i._trigger(P, n) && (i.userEvents.cancel(), i._afterEnd()), i.userEvents.capture(), e);
            }, _hold: function _hold(t) {
                this.currentTarget = t.target, this._trigger(U, t) ? this.userEvents.cancel() : this._activated = !0;
            }, _drag: function _drag(e) {
                var n, r;e.preventDefault(), n = this._elementUnderCursor(e), this.options.autoScroll && this._cursorElement !== n && (this._scrollableParent = u(n), this._cursorElement = n), this._lastEvent = e, this._processMovement(e, n), this.options.autoScroll && this._scrollableParent[0] && (r = h(e.x.location, e.y.location, l(this._scrollableParent)), this._scrollCompenstation = t.extend({}, this.hintOffset), this._scrollVelocity = r, 0 === r.y && 0 === r.x ? (clearInterval(this._scrollInterval), this._scrollInterval = null) : this._scrollInterval || (this._scrollInterval = setInterval(t.proxy(this, "_autoScroll"), 50))), this.hint && this._updateHint(e);
            }, _processMovement: function _processMovement(n, r) {
                this._withDropTarget(r, function (r, i) {
                    if (!r) return d && (d._trigger($, C(n, { dropTarget: t(d.targetElement) })), d = null), e;if (d) {
                        if (i === d.targetElement) return;d._trigger($, C(n, { dropTarget: t(d.targetElement) }));
                    }r._trigger(B, C(n, { dropTarget: t(i) })), d = C(r, { targetElement: i });
                }), this._trigger(L, C(n, { dropTarget: d, elementUnderCursor: r }));
            }, _autoScroll: function _autoScroll() {
                var t,
                    e,
                    n,
                    r,
                    i,
                    o,
                    a,
                    s,
                    l = this._scrollableParent[0],
                    u = this._scrollVelocity,
                    h = this._scrollCompenstation;l && (t = this._elementUnderCursor(this._lastEvent), this._processMovement(this._lastEvent, t), r = l === c()[0], r ? (e = y.body.scrollHeight > b.height(), n = y.body.scrollWidth > b.width()) : (e = l.offsetHeight <= l.scrollHeight, n = l.offsetWidth <= l.scrollWidth), i = l.scrollTop + u.y, o = e && i > 0 && i < l.scrollHeight, a = l.scrollLeft + u.x, s = n && a > 0 && a < l.scrollWidth, o && (l.scrollTop += u.y), s && (l.scrollLeft += u.x), r && (s || o) && (o && (h.top += u.y), s && (h.left += u.x), this.hint.css(h)));
            }, _end: function _end(e) {
                this._withDropTarget(this._elementUnderCursor(e), function (n, r) {
                    n && (n._drop(C({}, e, { dropTarget: t(r) })), d = null);
                }), this._cancel(this._trigger(A, e));
            }, _cancel: function _cancel(t) {
                var e = this;e._scrollableParent = null, this._cursorElement = null, clearInterval(this._scrollInterval), e._activated = !1, e.hint && !e.dropped ? setTimeout(function () {
                    e.hint.stop(!0, !0), t ? e._afterEndHandler() : e.hint.animate(e.currentTargetOffset, "fast", e._afterEndHandler);
                }, 0) : e._afterEnd();
            }, _trigger: function _trigger(t, e) {
                var n = this;return n.trigger(t, C({}, e.event, { x: e.x, y: e.y, currentTarget: n.currentTarget, initialTarget: e.touch ? e.touch.initialTouch : null, dropTarget: e.dropTarget, elementUnderCursor: e.elementUnderCursor }));
            }, _elementUnderCursor: function _elementUnderCursor(t) {
                var e = H(t),
                    r = this.hint;return r && n(r[0], e) && (r.hide(), e = H(t), e || (e = H(t)), r.show()), e;
            }, _withDropTarget: function _withDropTarget(t, e) {
                var n,
                    r = this.options.group,
                    i = k[r],
                    o = I[r];(i && i.length || o && o.length) && (n = a(t, i, o), n ? e(n.target, n.targetElement) : e());
            }, destroy: function destroy() {
                var t = this;T.fn.destroy.call(t), t._afterEnd(), t.userEvents.destroy(), this._scrollableParent = null, this._cursorElement = null, clearInterval(this._scrollInterval), t.currentTarget = null;
            }, _afterEnd: function _afterEnd() {
                var e = this;e.hint && e.hint.remove(), delete O[e.options.group], e.trigger("destroy"), e.trigger(V), t(y).off(W, e._captureEscape);
            } }), _.ui.plugin(g), _.ui.plugin(v), _.ui.plugin(m), _.TapCapture = j, _.containerBoundaries = o, C(_.ui, { Pane: J, PaneDimensions: Q, Movable: p }), _.ui.Draggable.utils = { autoScrollVelocity: h, scrollableViewPort: l, findScrollableParent: u };
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, n) {
    (n || e)();
});;!function (e, define) {
    define("kendo.mobile.scroller.min", ["kendo.fx.min", "kendo.draganddrop.min"], e);
}(function () {
    return function (e, i) {
        var n = window.kendo,
            t = n.mobile,
            s = n.effects,
            o = t.ui,
            l = e.proxy,
            a = e.extend,
            r = o.Widget,
            c = n.Class,
            h = n.ui.Movable,
            u = n.ui.Pane,
            d = n.ui.PaneDimensions,
            m = s.Transition,
            f = s.Animation,
            p = Math.abs,
            v = 500,
            b = .7,
            x = .96,
            y = 10,
            T = 55,
            w = .5,
            g = 5,
            _ = "km-scroller-release",
            E = "km-scroller-refresh",
            C = "pull",
            k = "change",
            S = "resize",
            z = "scroll",
            M = 2,
            A = f.extend({ init: function init(e) {
                var i = this;f.fn.init.call(i), a(i, e), i.userEvents.bind("gestureend", l(i.start, i)), i.tapCapture.bind("press", l(i.cancel, i));
            }, enabled: function enabled() {
                return this.movable.scale < this.dimensions.minScale;
            }, done: function done() {
                return this.dimensions.minScale - this.movable.scale < .01;
            }, tick: function tick() {
                var e = this.movable;e.scaleWith(1.1), this.dimensions.rescale(e.scale);
            }, onEnd: function onEnd() {
                var e = this.movable;e.scaleTo(this.dimensions.minScale), this.dimensions.rescale(e.scale);
            } }),
            O = f.extend({ init: function init(e) {
                var i = this;f.fn.init.call(i), a(i, e, { transition: new m({ axis: e.axis, movable: e.movable, onEnd: function onEnd() {
                            i._end();
                        } }) }), i.tapCapture.bind("press", function () {
                    i.cancel();
                }), i.userEvents.bind("end", l(i.start, i)), i.userEvents.bind("gestureend", l(i.start, i)), i.userEvents.bind("tap", l(i.onEnd, i));
            }, onCancel: function onCancel() {
                this.transition.cancel();
            }, freeze: function freeze(e) {
                var i = this;i.cancel(), i._moveTo(e);
            }, onEnd: function onEnd() {
                var e = this;e.paneAxis.outOfBounds() ? e._snapBack() : e._end();
            }, done: function done() {
                return p(this.velocity) < 1;
            }, start: function start(e) {
                var i,
                    n = this;n.dimension.enabled && (n.paneAxis.outOfBounds() ? n._snapBack() : (i = e.touch.id === M ? 0 : e.touch[n.axis].velocity, n.velocity = Math.max(Math.min(i * n.velocityMultiplier, T), -T), n.tapCapture.captureNext(), f.fn.start.call(n)));
            }, tick: function tick() {
                var e = this,
                    i = e.dimension,
                    n = e.paneAxis.outOfBounds() ? w : e.friction,
                    t = e.velocity *= n,
                    s = e.movable[e.axis] + t;!e.elastic && i.outOfBounds(s) && (s = Math.max(Math.min(s, i.max), i.min), e.velocity = 0), e.movable.moveAxis(e.axis, s);
            }, _end: function _end() {
                this.tapCapture.cancelCapture(), this.end();
            }, _snapBack: function _snapBack() {
                var e = this,
                    i = e.dimension,
                    n = e.movable[e.axis] > i.max ? i.max : i.min;e._moveTo(n);
            }, _moveTo: function _moveTo(e) {
                this.transition.moveTo({ location: e, duration: v, ease: m.easeOutExpo });
            } }),
            H = f.extend({ init: function init(e) {
                var i = this;n.effects.Animation.fn.init.call(this), a(i, e, { origin: {}, destination: {}, offset: {} });
            }, tick: function tick() {
                this._updateCoordinates(), this.moveTo(this.origin);
            }, done: function done() {
                return p(this.offset.y) < g && p(this.offset.x) < g;
            }, onEnd: function onEnd() {
                this.moveTo(this.destination), this.callback && this.callback.call();
            }, setCoordinates: function setCoordinates(e, i) {
                this.offset = {}, this.origin = e, this.destination = i;
            }, setCallback: function setCallback(e) {
                e && n.isFunction(e) ? this.callback = e : e = i;
            }, _updateCoordinates: function _updateCoordinates() {
                this.offset = { x: (this.destination.x - this.origin.x) / 4, y: (this.destination.y - this.origin.y) / 4 }, this.origin = { y: this.origin.y + this.offset.y, x: this.origin.x + this.offset.x };
            } }),
            B = c.extend({ init: function init(i) {
                var n = this,
                    t = "x" === i.axis,
                    s = e('<div class="km-touch-scrollbar km-' + (t ? "horizontal" : "vertical") + '-scrollbar" />');a(n, i, { element: s, elementSize: 0, movable: new h(s), scrollMovable: i.movable, alwaysVisible: i.alwaysVisible, size: t ? "width" : "height" }), n.scrollMovable.bind(k, l(n.refresh, n)), n.container.append(s), i.alwaysVisible && n.show();
            }, refresh: function refresh() {
                var e = this,
                    i = e.axis,
                    n = e.dimension,
                    t = n.size,
                    s = e.scrollMovable,
                    o = t / n.total,
                    l = Math.round(-s[i] * o),
                    a = Math.round(t * o);o >= 1 ? this.element.css("display", "none") : this.element.css("display", ""), l + a > t ? a = t - l : l < 0 && (a += l, l = 0), e.elementSize != a && (e.element.css(e.size, a + "px"), e.elementSize = a), e.movable.moveAxis(i, l);
            }, show: function show() {
                this.element.css({ opacity: b, visibility: "visible" });
            }, hide: function hide() {
                this.alwaysVisible || this.element.css({ opacity: 0 });
            } }),
            R = r.extend({ init: function init(t, s) {
                var o,
                    c,
                    m,
                    f,
                    v,
                    b,
                    x,
                    y,
                    T,
                    w = this;return r.fn.init.call(w, t, s), t = w.element, (w._native = w.options.useNative && n.support.hasNativeScrolling) ? (t.addClass("km-native-scroller").prepend('<div class="km-scroll-header"/>'), a(w, { scrollElement: t, fixedContainer: t.children().first() }), i) : (t.css("overflow", "hidden").addClass("km-scroll-wrapper").wrapInner('<div class="km-scroll-container"/>').prepend('<div class="km-scroll-header"/>'), o = t.children().eq(1), c = new n.TapCapture(t), m = new h(o), f = new d({ element: o, container: t, forcedEnabled: w.options.zoom }), v = this.options.avoidScrolling, b = new n.UserEvents(t, { touchAction: "pan-y", fastTap: !0, allowSelection: !0, preventDragEvent: !0, captureUpIfMoved: !0, multiTouch: w.options.zoom, start: function start(i) {
                        f.refresh();var n = p(i.x.velocity),
                            t = p(i.y.velocity),
                            s = 2 * n >= t,
                            o = e.contains(w.fixedContainer[0], i.event.target),
                            l = 2 * t >= n;!o && !v(i) && w.enabled && (f.x.enabled && s || f.y.enabled && l) ? b.capture() : b.cancel();
                    } }), x = new u({ movable: m, dimensions: f, userEvents: b, elastic: w.options.elastic }), y = new A({ movable: m, dimensions: f, userEvents: b, tapCapture: c }), T = new H({ moveTo: function moveTo(e) {
                        w.scrollTo(e.x, e.y);
                    } }), m.bind(k, function () {
                    w.scrollTop = -m.y, w.scrollLeft = -m.x, w.trigger(z, { scrollTop: w.scrollTop, scrollLeft: w.scrollLeft });
                }), w.options.mousewheelScrolling && t.on("DOMMouseScroll mousewheel", l(this, "_wheelScroll")), a(w, { movable: m, dimensions: f, zoomSnapBack: y, animatedScroller: T, userEvents: b, pane: x, tapCapture: c, pulled: !1, enabled: !0, scrollElement: o, scrollTop: 0, scrollLeft: 0, fixedContainer: t.children().first() }), w._initAxis("x"), w._initAxis("y"), w._wheelEnd = function () {
                    w._wheel = !1, w.userEvents.end(0, w._wheelY);
                }, f.refresh(), w.options.pullToRefresh && w._initPullToRefresh(), i);
            }, _wheelScroll: function _wheelScroll(e) {
                this._wheel || (this._wheel = !0, this._wheelY = 0, this.userEvents.press(0, this._wheelY)), clearTimeout(this._wheelTimeout), this._wheelTimeout = setTimeout(this._wheelEnd, 50);var i = n.wheelDeltaY(e);i && (this._wheelY += i, this.userEvents.move(0, this._wheelY)), e.preventDefault();
            }, makeVirtual: function makeVirtual() {
                this.dimensions.y.makeVirtual();
            }, virtualSize: function virtualSize(e, i) {
                this.dimensions.y.virtualSize(e, i);
            }, height: function height() {
                return this.dimensions.y.size;
            }, scrollHeight: function scrollHeight() {
                return this.scrollElement[0].scrollHeight;
            }, scrollWidth: function scrollWidth() {
                return this.scrollElement[0].scrollWidth;
            }, options: { name: "Scroller", zoom: !1, pullOffset: 140, visibleScrollHints: !1, elastic: !0, useNative: !1, mousewheelScrolling: !0, avoidScrolling: function avoidScrolling() {
                    return !1;
                }, pullToRefresh: !1, messages: { pullTemplate: "Pull to refresh", releaseTemplate: "Release to refresh", refreshTemplate: "Refreshing" } }, events: [C, z, S], _resize: function _resize() {
                this._native || this.contentResized();
            }, setOptions: function setOptions(e) {
                var i = this;r.fn.setOptions.call(i, e), e.pullToRefresh && i._initPullToRefresh();
            }, reset: function reset() {
                this._native ? this.scrollElement.scrollTop(0) : (this.movable.moveTo({ x: 0, y: 0 }), this._scale(1));
            }, contentResized: function contentResized() {
                this.dimensions.refresh(), this.pane.x.outOfBounds() && this.movable.moveAxis("x", this.dimensions.x.min), this.pane.y.outOfBounds() && this.movable.moveAxis("y", this.dimensions.y.min);
            }, zoomOut: function zoomOut() {
                var e = this.dimensions;e.refresh(), this._scale(e.fitScale), this.movable.moveTo(e.centerCoordinates());
            }, enable: function enable() {
                this.enabled = !0;
            }, disable: function disable() {
                this.enabled = !1;
            }, scrollTo: function scrollTo(e, i) {
                this._native ? (this.scrollElement.scrollLeft(p(e)), this.scrollElement.scrollTop(p(i))) : (this.dimensions.refresh(), this.movable.moveTo({ x: e, y: i }));
            }, animatedScrollTo: function animatedScrollTo(e, i, n) {
                var t, s;this._native ? this.scrollTo(e, i) : (t = { x: this.movable.x, y: this.movable.y }, s = { x: e, y: i }, this.animatedScroller.setCoordinates(t, s), this.animatedScroller.setCallback(n), this.animatedScroller.start());
            }, pullHandled: function pullHandled() {
                var e = this;e.refreshHint.removeClass(E), e.hintContainer.html(e.pullTemplate({})), e.yinertia.onEnd(), e.xinertia.onEnd(), e.userEvents.cancel();
            }, destroy: function destroy() {
                r.fn.destroy.call(this), this.userEvents && this.userEvents.destroy();
            }, _scale: function _scale(e) {
                this.dimensions.rescale(e), this.movable.scaleTo(e);
            }, _initPullToRefresh: function _initPullToRefresh() {
                var e = this;e.dimensions.y.forceEnabled(), e.pullTemplate = n.template(e.options.messages.pullTemplate), e.releaseTemplate = n.template(e.options.messages.releaseTemplate), e.refreshTemplate = n.template(e.options.messages.refreshTemplate), e.scrollElement.prepend('<span class="km-scroller-pull"><span class="km-icon"></span><span class="km-loading-left"></span><span class="km-loading-right"></span><span class="km-template">' + e.pullTemplate({}) + "</span></span>"), e.refreshHint = e.scrollElement.children().first(), e.hintContainer = e.refreshHint.children(".km-template"), e.pane.y.bind("change", l(e._paneChange, e)), e.userEvents.bind("end", l(e._dragEnd, e));
            }, _dragEnd: function _dragEnd() {
                var e = this;e.pulled && (e.pulled = !1, e.refreshHint.removeClass(_).addClass(E), e.hintContainer.html(e.refreshTemplate({})), e.yinertia.freeze(e.options.pullOffset / 2), e.trigger("pull"));
            }, _paneChange: function _paneChange() {
                var e = this;e.movable.y / w > e.options.pullOffset ? e.pulled || (e.pulled = !0, e.refreshHint.removeClass(E).addClass(_), e.hintContainer.html(e.releaseTemplate({}))) : e.pulled && (e.pulled = !1, e.refreshHint.removeClass(_), e.hintContainer.html(e.pullTemplate({})));
            }, _initAxis: function _initAxis(e) {
                var i = this,
                    n = i.movable,
                    t = i.dimensions[e],
                    s = i.tapCapture,
                    o = i.pane[e],
                    l = new B({ axis: e, movable: n, dimension: t, container: i.element, alwaysVisible: i.options.visibleScrollHints });t.bind(k, function () {
                    l.refresh();
                }), o.bind(k, function () {
                    l.show();
                }), i[e + "inertia"] = new O({ axis: e, paneAxis: o, movable: n, tapCapture: s, userEvents: i.userEvents, dimension: t, elastic: i.options.elastic, friction: i.options.friction || x, velocityMultiplier: i.options.velocityMultiplier || y, end: function end() {
                        l.hide(), i.trigger("scrollEnd", { axis: e, scrollTop: i.scrollTop, scrollLeft: i.scrollLeft });
                    } });
            } });o.plugin(R);
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, i, n) {
    (n || i)();
});;!function (t, define) {
    define("kendo.toolbar.min", ["kendo.core.min", "kendo.userevents.min", "kendo.popup.min"], t);
}(function () {
    return function (t, e) {
        function o() {
            var t,
                e = this.options.anchor,
                o = E(e);_.wrap(this.element).addClass("k-split-wrapper"), t = "border-box" !== this.element.css("box-sizing") ? o - (E(this.element) - this.element.width()) : o, this.element.css({ fontFamily: e.css("font-family"), "min-width": t });
        }function i(t) {
            t.target.is(".k-toggle-button") || t.target.toggleClass(M, "press" == t.type);
        }function n(e) {
            return e = t(e), e.hasClass("km-actionsheet") ? e.closest(".km-popup-wrapper") : e.addClass("km-widget km-actionsheet").wrap('<div class="km-actionsheet-wrapper km-actionsheet-tablet km-widget km-popup"></div>').parent().wrap('<div class="km-popup-wrapper k-popup"></div>').parent();
        }function s(t) {
            t.preventDefault();
        }function l(e, o) {
            var i = "next" === o ? t.fn.next : t.fn.prev,
                n = "next" === o ? t.fn.first : t.fn.last,
                s = i.call(e);return s.is(":kendoFocusable") || !s.length ? s : s.find(":kendoFocusable").length ? n.call(s.find(":kendoFocusable")) : l(s, o);
        }var a,
            r,
            d,
            p,
            h,
            u,
            c,
            f,
            m,
            b,
            v,
            g,
            w,
            k,
            C,
            y,
            _ = window.kendo,
            A = _.Class,
            x = _.ui.Widget,
            B = t.proxy,
            T = _.isFunction,
            O = _.keys,
            E = _._outerWidth,
            I = "k-toolbar",
            U = "k-button",
            P = "k-overflow-button",
            z = "k-toggle-button",
            G = "k-button-group",
            F = "k-split-button",
            H = "k-separator",
            D = "k-popup",
            R = "k-toolbar-resizable",
            M = "k-state-active",
            S = "k-state-disabled",
            W = "k-state-hidden",
            N = "k-group-start",
            K = "k-group-end",
            j = "k-primary",
            Q = "k-icon",
            V = "k-i-",
            q = "k-button-icon",
            J = "k-button-icontext",
            L = "k-list-container k-split-container",
            X = "k-split-button-arrow",
            Y = "k-overflow-anchor",
            Z = "k-overflow-container",
            $ = "k-toolbar-first-visible",
            tt = "k-toolbar-last-visible",
            et = "click",
            ot = "toggle",
            it = "open",
            nt = "close",
            st = "overflowOpen",
            lt = "overflowClose",
            at = "never",
            rt = "auto",
            dt = "always",
            pt = "k-overflow-hidden",
            ht = _.attr("uid");_.toolbar = {}, a = { overflowAnchor: '<div tabindex="0" class="k-overflow-anchor"></div>', overflowContainer: '<ul class="k-overflow-container k-list-container"></ul>' }, _.toolbar.registerComponent = function (t, e, o) {
            a[t] = { toolbar: e, overflow: o };
        }, r = _.Class.extend({ addOverflowAttr: function addOverflowAttr() {
                this.element.attr(_.attr("overflow"), this.options.overflow || rt);
            }, addUidAttr: function addUidAttr() {
                this.element.attr(ht, this.options.uid);
            }, addIdAttr: function addIdAttr() {
                this.options.id && this.element.attr("id", this.options.id);
            }, addOverflowIdAttr: function addOverflowIdAttr() {
                this.options.id && this.element.attr("id", this.options.id + "_overflow");
            }, attributes: function attributes() {
                this.options.attributes && this.element.attr(this.options.attributes);
            }, show: function show() {
                this.element.removeClass(W).show(), this.options.hidden = !1;
            }, hide: function hide() {
                this.element.addClass(W).hide(), this.options.hidden = !0;
            }, remove: function remove() {
                this.element.remove();
            }, enable: function enable(t) {
                t === e && (t = !0), this.element.toggleClass(S, !t), this.options.enable = t;
            }, twin: function twin() {
                var t = this.element.attr(ht);return this.overflow ? this.toolbar.element.find("[" + ht + "='" + t + "']").data(this.options.type) : this.toolbar.options.resizable ? this.toolbar.popup.element.find("[" + ht + "='" + t + "']").data(this.options.type) : e;
            } }), _.toolbar.Item = r, d = r.extend({ init: function init(o, i) {
                var n = t(o.useButtonTag ? '<button tabindex="0"></button>' : '<a href tabindex="0"></a>');this.element = n, this.options = o, this.toolbar = i, this.attributes(), o.primary && n.addClass(j), o.togglable && (n.addClass(z), this.toggle(o.selected)), o.url === e || o.useButtonTag || (n.attr("href", o.url), o.mobile && n.attr(_.attr("role"), "button")), o.group && (n.attr(_.attr("group"), o.group), this.group = this.toolbar.addToGroup(this, o.group)), !o.togglable && o.click && T(o.click) && (this.clickHandler = o.click), o.togglable && o.toggle && T(o.toggle) && (this.toggleHandler = o.toggle);
            }, toggle: function toggle(t, e) {
                t = !!t, this.group && t ? this.group.select(this) : this.group || this.select(t), e && this.twin() && this.twin().toggle(t);
            }, getParentGroup: function getParentGroup() {
                if (this.options.isChild) return this.element.closest("." + G).data("buttonGroup");
            }, _addGraphics: function _addGraphics() {
                var e,
                    o,
                    i,
                    n = this.element,
                    s = this.options.icon,
                    l = this.options.spriteCssClass,
                    a = this.options.imageUrl;(l || a || s) && (e = !0, n.contents().filter(function () {
                    return !t(this).hasClass("k-sprite") && !t(this).hasClass(Q) && !t(this).hasClass("k-image");
                }).each(function (o, i) {
                    (1 == i.nodeType || 3 == i.nodeType && t.trim(i.nodeValue).length > 0) && (e = !1);
                }), n.addClass(e ? q : J)), s ? (o = n.children("span." + Q).first(), o[0] || (o = t('<span class="' + Q + '"></span>').prependTo(n)), o.addClass(V + s)) : l ? (o = n.children("span.k-sprite").first(), o[0] || (o = t('<span class="k-sprite"></span>').prependTo(n)), o.addClass(l)) : a && (i = n.children("img.k-image").first(), i[0] || (i = t('<img alt="icon" class="k-image" />').prependTo(n)), i.attr("src", a));
            } }), _.toolbar.Button = d, p = d.extend({ init: function init(t, e) {
                d.fn.init.call(this, t, e);var o = this.element;o.addClass(U), this.addIdAttr(), t.align && o.addClass("k-align-" + t.align), "overflow" != t.showText && t.text && o.html(t.mobile ? '<span class="km-text">' + t.text + "</span>" : t.text), t.hasIcon = "overflow" != t.showIcon && (t.icon || t.spriteCssClass || t.imageUrl), t.hasIcon && this._addGraphics(), this.addUidAttr(), this.addOverflowAttr(), this.enable(t.enable), t.hidden && this.hide(), this.element.data({ type: "button", button: this });
            }, select: function select(t) {
                t === e && (t = !1), this.element.toggleClass(M, t), this.options.selected = t;
            } }), _.toolbar.ToolBarButton = p, h = d.extend({ init: function init(t, e) {
                this.overflow = !0, d.fn.init.call(this, t, e);var o = this.element;"toolbar" != t.showText && t.text && o.html(t.mobile ? '<span class="km-text">' + t.text + "</span>" : '<span class="k-text">' + t.text + "</span>"), t.hasIcon = "toolbar" != t.showIcon && (t.icon || t.spriteCssClass || t.imageUrl), t.hasIcon && this._addGraphics(), t.isChild || this._wrap(), this.addOverflowIdAttr(), this.attributes(), this.addUidAttr(), this.addOverflowAttr(), this.enable(t.enable), o.addClass(P + " " + U), t.hidden && this.hide(), this.element.data({ type: "button", button: this });
            }, _wrap: function _wrap() {
                this.element = this.element.wrap("<li></li>").parent();
            }, overflowHidden: function overflowHidden() {
                this.element.addClass(pt);
            }, select: function select(t) {
                t === e && (t = !1), this.options.isChild ? this.element.toggleClass(M, t) : this.element.find(".k-button").toggleClass(M, t), this.options.selected = t;
            } }), _.toolbar.OverflowButton = h, _.toolbar.registerComponent("button", p, h), u = r.extend({ createButtons: function createButtons(e) {
                var o,
                    i,
                    n = this.options,
                    s = n.buttons || [];for (i = 0; i < s.length; i++) {
                    s[i].uid || (s[i].uid = _.guid()), o = new e(t.extend({ mobile: n.mobile, isChild: !0, type: "button" }, s[i]), this.toolbar), o.element.appendTo(this.element);
                }
            }, refresh: function refresh() {
                this.element.children().filter(":not('." + W + "'):first").addClass(N), this.element.children().filter(":not('." + W + "'):last").addClass(K);
            } }), _.toolbar.ButtonGroup = u, c = u.extend({ init: function init(e, o) {
                var i = this.element = t("<div></div>");this.options = e, this.toolbar = o, this.addIdAttr(), e.align && i.addClass("k-align-" + e.align), this.createButtons(p), this.attributes(), this.addUidAttr(), this.addOverflowAttr(), this.refresh(), i.addClass(G), this.element.data({ type: "buttonGroup", buttonGroup: this });
            } }), _.toolbar.ToolBarButtonGroup = c, f = u.extend({ init: function init(e, o) {
                var i = this.element = t("<li></li>");this.options = e, this.toolbar = o, this.overflow = !0, this.addOverflowIdAttr(), this.createButtons(h), this.attributes(), this.addUidAttr(), this.addOverflowAttr(), this.refresh(), i.addClass((e.mobile ? "" : G) + " k-overflow-group"), this.element.data({ type: "buttonGroup", buttonGroup: this });
            }, overflowHidden: function overflowHidden() {
                this.element.addClass(pt);
            } }), _.toolbar.OverflowButtonGroup = f, _.toolbar.registerComponent("buttonGroup", c, f), m = r.extend({ init: function init(e, o) {
                var i = this.element = t('<div class="' + F + '" tabindex="0"></div>');this.options = e, this.toolbar = o, this.mainButton = new p(t.extend({}, e, { hidden: !1 }), o), this.arrowButton = t('<a class="' + U + " " + X + '"><span class="' + (e.mobile ? "km-icon km-arrowdown" : "k-icon k-i-arrow-s") + '"></span></a>'), this.popupElement = t('<ul class="' + L + '"></ul>'), this.mainButton.element.removeAttr("href tabindex").appendTo(i), this.arrowButton.appendTo(i), this.popupElement.appendTo(i), e.align && i.addClass("k-align-" + e.align), e.id || (e.id = e.uid), i.attr("id", e.id + "_wrapper"), this.addOverflowAttr(), this.addUidAttr(), this.createMenuButtons(), this.createPopup(), this._navigatable(), this.mainButton.main = !0, this.enable(e.enable), e.hidden && this.hide(), i.data({ type: "splitButton", splitButton: this, kendoPopup: this.popup });
            }, _navigatable: function _navigatable() {
                var e = this;e.popupElement.on("keydown", "." + U, function (o) {
                    var i = t(o.target).parent();o.preventDefault(), o.keyCode === O.ESC || o.keyCode === O.TAB || o.altKey && o.keyCode === O.UP ? (e.toggle(), e.focus()) : o.keyCode === O.DOWN ? l(i, "next").focus() : o.keyCode === O.UP ? l(i, "prev").focus() : o.keyCode !== O.SPACEBAR && o.keyCode !== O.ENTER || e.toolbar.userEvents.trigger("tap", { target: t(o.target) });
                });
            }, createMenuButtons: function createMenuButtons() {
                var e,
                    o,
                    i = this.options,
                    n = i.menuButtons;for (o = 0; o < n.length; o++) {
                    e = new p(t.extend({ mobile: i.mobile, type: "button", click: i.click }, n[o]), this.toolbar), e.element.wrap("<li></li>").parent().appendTo(this.popupElement);
                }
            }, createPopup: function createPopup() {
                var e = this.options,
                    i = this.element;this.popupElement.attr("id", e.id + "_optionlist").attr(ht, e.rootUid), e.mobile && (this.popupElement = n(this.popupElement)), this.popup = this.popupElement.kendoPopup({ appendTo: e.mobile ? t(e.mobile).children(".km-pane") : null, anchor: i, isRtl: this.toolbar._isRtl, copyAnchorStyles: !1, animation: e.animation, open: o, activate: function activate() {
                        this.element.find(":kendoFocusable").first().focus();
                    }, close: function close() {
                        i.focus();
                    } }).data("kendoPopup"), this.popup.element.on(et, "a.k-button", s);
            }, remove: function remove() {
                this.popup.element.off(et, "a.k-button"), this.popup.destroy(), this.element.remove();
            }, toggle: function toggle() {
                this.popup.toggle();
            }, enable: function enable(t) {
                t === e && (t = !0), this.mainButton.enable(t), this.options.enable = t;
            }, focus: function focus() {
                this.element.focus();
            }, hide: function hide() {
                this.popup && this.popup.close(), this.element.addClass(W).hide(), this.options.hidden = !0;
            }, show: function show() {
                this.element.removeClass(W).hide(), this.options.hidden = !1;
            } }), _.toolbar.ToolBarSplitButton = m, b = r.extend({ init: function init(e, o) {
                var i,
                    n,
                    s = this.element = t('<li class="' + F + '"></li>'),
                    l = e.menuButtons;for (this.options = e, this.toolbar = o, this.overflow = !0, this.mainButton = new h(t.extend({ isChild: !0 }, e)), this.mainButton.element.appendTo(s), n = 0; n < l.length; n++) {
                    i = new h(t.extend({ mobile: e.mobile, isChild: !0 }, l[n]), this.toolbar), i.element.appendTo(s);
                }this.addUidAttr(), this.addOverflowAttr(), this.mainButton.main = !0, s.data({ type: "splitButton", splitButton: this });
            }, overflowHidden: function overflowHidden() {
                this.element.addClass(pt);
            } }), _.toolbar.OverflowSplitButton = b, _.toolbar.registerComponent("splitButton", m, b), v = r.extend({ init: function init(e, o) {
                var i = this.element = t("<div>&nbsp;</div>");this.element = i, this.options = e, this.toolbar = o, this.attributes(), this.addIdAttr(), this.addUidAttr(), this.addOverflowAttr(), i.addClass(H), i.data({ type: "separator", separator: this });
            } }), g = r.extend({ init: function init(e, o) {
                var i = this.element = t("<li>&nbsp;</li>");this.element = i, this.options = e, this.toolbar = o, this.overflow = !0, this.attributes(), this.addUidAttr(), this.addOverflowIdAttr(), i.addClass(H), i.data({ type: "separator", separator: this });
            }, overflowHidden: function overflowHidden() {
                this.element.addClass(pt);
            } }), _.toolbar.registerComponent("separator", v, g), w = r.extend({ init: function init(e, o, i) {
                var n = T(e) ? e(o) : e;n = n instanceof jQuery ? n.wrap("<div></div>").parent() : t("<div></div>").html(n), this.element = n, this.options = o, this.options.type = "template", this.toolbar = i, this.attributes(), this.addUidAttr(), this.addIdAttr(), this.addOverflowAttr(), n.data({ type: "template", template: this });
            } }), _.toolbar.TemplateItem = w, k = r.extend({ init: function init(e, o, i) {
                var n = t(T(e) ? e(o) : e);n = n instanceof jQuery ? n.wrap("<li></li>").parent() : t("<li></li>").html(n), this.element = n, this.options = o, this.options.type = "template", this.toolbar = i, this.overflow = !0, this.attributes(), this.addUidAttr(), this.addOverflowIdAttr(), this.addOverflowAttr(), n.data({ type: "template", template: this });
            }, overflowHidden: function overflowHidden() {
                this.element.addClass(pt);
            } }), _.toolbar.OverflowTemplateItem = k, C = A.extend({ init: function init(t) {
                this.name = t, this.buttons = [];
            }, add: function add(t) {
                this.buttons[this.buttons.length] = t;
            }, remove: function remove(e) {
                var o = t.inArray(e, this.buttons);this.buttons.splice(o, 1);
            }, select: function select(t) {
                var e, o;for (o = 0; o < this.buttons.length; o++) {
                    e = this.buttons[o], e.select(!1);
                }t.select(!0), t.twin() && t.twin().select(!0);
            } }), y = x.extend({ init: function init(e, o) {
                var n,
                    l = this;if (x.fn.init.call(l, e, o), o = l.options, e = l.wrapper = l.element, e.addClass(I + " k-widget"), this.uid = _.guid(), this._isRtl = _.support.isRtl(e), this._groups = {}, e.attr(ht, this.uid), l.isMobile = "boolean" == typeof o.mobile ? o.mobile : l.element.closest(".km-root")[0], l.animation = l.isMobile ? { open: { effects: "fade" } } : {}, l.isMobile && (e.addClass("km-widget"), Q = "km-icon", V = "km-", U = "km-button", G = "km-buttongroup km-widget", M = "km-state-active", S = "km-state-disabled"), o.resizable ? (l._renderOverflow(), e.addClass(R), l.overflowUserEvents = new _.UserEvents(l.element, { threshold: 5, allowSelection: !0, filter: "." + Y, tap: B(l._toggleOverflow, l) }), l._resizeHandler = _.onResize(function () {
                    l.resize();
                })) : l.popup = { element: t([]) }, o.items && o.items.length) for (n = 0; n < o.items.length; n++) {
                    l.add(o.items[n]);
                }l.userEvents = new _.UserEvents(document, { threshold: 5, allowSelection: !0, filter: "[" + ht + "=" + this.uid + "] a." + U + ", [" + ht + "=" + this.uid + "] ." + P, tap: B(l._buttonClick, l), press: i, release: i }), l.element.on(et, "a.k-button", s), l._navigatable(), o.resizable && l.popup.element.on(et, NaN, s), o.resizable && this._toggleOverflowAnchor(), _.notify(l);
            }, events: [et, ot, it, nt, st, lt], options: { name: "ToolBar", items: [], resizable: !0, mobile: null }, addToGroup: function addToGroup(t, e) {
                var o;return o = this._groups[e] ? this._groups[e] : this._groups[e] = new C(), o.add(t), o;
            }, destroy: function destroy() {
                var e = this;e.element.find("." + F).each(function (e, o) {
                    t(o).data("kendoPopup").destroy();
                }), e.element.off(et, "a.k-button"), e.userEvents.destroy(), e.options.resizable && (_.unbindResize(e._resizeHandler), e.overflowUserEvents.destroy(), e.popup.element.off(et, "a.k-button"), e.popup.destroy()), x.fn.destroy.call(e);
            }, add: function add(e) {
                var o,
                    i,
                    n,
                    s = a[e.type],
                    l = e.template,
                    r = this,
                    d = r.isMobile ? "" : "k-item k-state-default",
                    p = e.overflowTemplate;if (t.extend(e, { uid: _.guid(), animation: r.animation, mobile: r.isMobile, rootUid: r.uid }), e.menuButtons) for (n = 0; n < e.menuButtons.length; n++) {
                    t.extend(e.menuButtons[n], { uid: _.guid() });
                }l && !p ? e.overflow = at : e.overflow || (e.overflow = rt), e.overflow !== at && r.options.resizable && (p ? i = new k(p, e, r) : s && (i = new s.overflow(e, r), i.element.addClass(d)), i && (e.overflow === rt && i.overflowHidden(), i.element.appendTo(r.popup.container), r.angular("compile", function () {
                    return { elements: i.element.get() };
                }))), e.overflow !== dt && (l ? o = new w(l, e, r) : s && (o = new s.toolbar(e, r)), o && (r.options.resizable ? (o.element.appendTo(r.element).css("visibility", "hidden"), r._shrink(r.element.innerWidth()), o.element.css("visibility", "visible")) : o.element.appendTo(r.element), r.angular("compile", function () {
                    return { elements: o.element.get() };
                })));
            }, _getItem: function _getItem(e) {
                var o,
                    i,
                    n,
                    s,
                    l = this.options.resizable;return o = this.element.find(e), o.length || (o = t(".k-split-container[data-uid=" + this.uid + "]").find(e)), s = o.length ? o.data("type") : "", i = o.data(s), i ? (i.main && (o = o.parent("." + F), s = "splitButton", i = o.data(s)), l && (n = i.twin())) : l && (o = this.popup.element.find(e), s = o.length ? o.data("type") : "", n = o.data(s), n && n.main && (o = o.parent("." + F), s = "splitButton", n = o.data(s))), { type: s, toolbar: i, overflow: n };
            }, remove: function remove(t) {
                var e = this._getItem(t);e.toolbar && e.toolbar.remove(), e.overflow && e.overflow.remove(), this.resize(!0);
            }, hide: function hide(t) {
                var e = this._getItem(t);e.toolbar && ("button" === e.toolbar.options.type && e.toolbar.options.isChild ? (e.toolbar.hide(), e.toolbar.getParentGroup().refresh()) : e.toolbar.options.hidden || e.toolbar.hide()), e.overflow && ("button" === e.overflow.options.type && e.overflow.options.isChild ? (e.overflow.hide(), e.overflow.getParentGroup().refresh()) : e.overflow.options.hidden || e.overflow.hide()), this.resize(!0);
            }, show: function show(t) {
                var e = this._getItem(t);e.toolbar && ("button" === e.toolbar.options.type && e.toolbar.options.isChild ? (e.toolbar.show(), e.toolbar.getParentGroup().refresh()) : e.toolbar.options.hidden && e.toolbar.show()), e.overflow && ("button" === e.overflow.options.type && e.overflow.options.isChild ? (e.toolbar.show(), e.overflow.getParentGroup().refresh()) : e.overflow.options.hidden && e.overflow.show()), this.resize(!0);
            }, enable: function enable(t, o) {
                var i = this._getItem(t);e === o && (o = !0), i.toolbar && i.toolbar.enable(o), i.overflow && i.overflow.enable(o);
            }, getSelectedFromGroup: function getSelectedFromGroup(t) {
                return this.element.find("." + z + "[data-group='" + t + "']").filter("." + M);
            }, toggle: function toggle(o, i) {
                var n = t(o),
                    s = n.data("button");s.options.togglable && (i === e && (i = !0), s.toggle(i, !0));
            }, _renderOverflow: function _renderOverflow() {
                var e = this,
                    o = a.overflowContainer,
                    i = e._isRtl,
                    s = i ? "left" : "right";e.overflowAnchor = t(a.overflowAnchor).addClass(U), e.element.append(e.overflowAnchor), e.isMobile ? (e.overflowAnchor.append('<span class="km-icon km-more"></span>'), o = n(o)) : e.overflowAnchor.append('<span class="k-icon k-i-arrow-s"></span>'), e.popup = new _.ui.Popup(o, { origin: "bottom " + s, position: "top " + s, anchor: e.overflowAnchor, isRtl: i, animation: e.animation, appendTo: e.isMobile ? t(e.isMobile).children(".km-pane") : null, copyAnchorStyles: !1, open: function open(o) {
                        var n = _.wrap(e.popup.element).addClass("k-overflow-wrapper");e.isMobile ? e.popup.container.css("max-height", parseFloat(t(".km-content:visible").innerHeight()) - 15 + "px") : n.css("margin-left", (i ? -1 : 1) * ((E(n) - n.width()) / 2 + 1)), e.trigger(st) && o.preventDefault();
                    }, activate: function activate() {
                        this.element.find(":kendoFocusable").first().focus();
                    }, close: function close(t) {
                        e.trigger(lt) && t.preventDefault(), this.element.focus();
                    } }), e.popup.element.on("keydown", "." + U, function (o) {
                    var i,
                        n = t(o.target),
                        s = n.parent(),
                        a = s.is("." + G) || s.is("." + F);o.preventDefault(), o.keyCode === O.ESC || o.keyCode === O.TAB || o.altKey && o.keyCode === O.UP ? (e._toggleOverflow(), e.overflowAnchor.focus()) : o.keyCode === O.DOWN ? (i = !a || a && n.is(":last-child") ? s : n, l(i, "next").focus()) : o.keyCode === O.UP ? (i = !a || a && n.is(":first-child") ? s : n, l(i, "prev").focus()) : o.keyCode !== O.SPACEBAR && o.keyCode !== O.ENTER || e.userEvents.trigger("tap", { target: t(o.target) });
                }), e.popup.container = e.isMobile ? e.popup.element.find("." + Z) : e.popup.element, e.popup.container.attr(ht, this.uid);
            }, _toggleOverflowAnchor: function _toggleOverflowAnchor() {
                var t = !1;t = this.options.mobile ? this.popup.element.find("." + Z).children(":not(." + pt + ", ." + D + ")").length > 0 : this.popup.element.children(":not(." + pt + ", ." + D + ")").length > 0, this.overflowAnchor.css(t ? { visibility: "visible", width: "" } : { visibility: "hidden", width: "1px" });
            }, _buttonClick: function _buttonClick(o) {
                var i,
                    n,
                    s,
                    l,
                    a,
                    r,
                    d,
                    p = this,
                    h = o.target.closest("." + X).length;return o.preventDefault(), h ? (p._toggle(o), e) : (n = t(o.target).closest("." + U, p.element), n.hasClass(Y) || (s = n.data("button"), !s && p.popup && (n = t(o.target).closest("." + P, p.popup.container), s = n.parent("li").data("button")), s && s.options.enable && (s.options.togglable ? (a = T(s.toggleHandler) ? s.toggleHandler : null, s.toggle(!s.options.selected, !0), r = { target: n, group: s.options.group, checked: s.options.selected, id: s.options.id }, a && a.call(p, r), p.trigger(ot, r)) : (a = T(s.clickHandler) ? s.clickHandler : null, r = { sender: p, target: n, id: s.options.id }, a && a.call(p, r), p.trigger(et, r)), s.options.url && (s.options.attributes && s.options.attributes.target && (d = s.options.attributes.target), window.open(s.options.url, d || "_self")), n.hasClass(P) && p.popup.close(), l = n.closest(".k-split-container"), l[0] && (i = l.data("kendoPopup"), (i ? i : l.parents(".km-popup-wrapper").data("kendoPopup")).close()))), e);
            }, _navigatable: function _navigatable() {
                var e = this;e.element.attr("tabindex", 0).focus(function () {
                    var e = t(this).find(":kendoFocusable:first");e.is("." + Y) && (e = l(e, "next")), e[0].focus();
                }).on("keydown", B(e._keydown, e));
            }, _keydown: function _keydown(o) {
                var i,
                    n,
                    s,
                    l,
                    a,
                    r,
                    d,
                    p = t(o.target),
                    h = o.keyCode,
                    u = this.element.children(":not(.k-separator):visible");return h === O.TAB && (i = p.parentsUntil(this.element).last(), n = !1, s = !1, i.length || (i = p), i.is("." + Y) && (o.shiftKey && o.preventDefault(), u.last().is(":kendoFocusable") ? u.last().focus() : u.last().find(":kendoFocusable").last().focus()), o.shiftKey || u.index(i) !== u.length - 1 || (n = !i.is("." + G) || p.is(":last-child")), l = u.index(i) === u.not(".k-overflow-anchor").first().index(), o.shiftKey && l && (s = !i.is("." + G) || p.is(":first-child")), n && this.overflowAnchor && "hidden" !== this.overflowAnchor.css("visibility") && (o.preventDefault(), this.overflowAnchor.focus()), s && (o.preventDefault(), a = this._getPrevFocusable(this.wrapper), a && a.focus())), o.altKey && h === O.DOWN ? (r = t(document.activeElement).data("splitButton"), d = t(document.activeElement).is("." + Y), r ? r.toggle() : d && this._toggleOverflow(), e) : h !== O.SPACEBAR && h !== O.ENTER || p.is("input, checkbox") ? e : (o.preventDefault(), p.is("." + F) && (p = p.children().first()), this.userEvents.trigger("tap", { target: p }), e);
            }, _getPrevFocusable: function _getPrevFocusable(o) {
                if (o.is("html")) return o;var i,
                    n,
                    s = o.prevAll();return s.each(function () {
                    return n = t(this), n.is(":kendoFocusable") ? (i = n, !1) : n.find(":kendoFocusable").length > 0 ? (i = n.find(":kendoFocusable").last(), !1) : e;
                }), i ? i : this._getPrevFocusable(o.parent());
            }, _toggle: function _toggle(e) {
                var o,
                    i = t(e.target).closest("." + F).data("splitButton");e.preventDefault(), i.options.enable && (o = i.popup.element.is(":visible") ? this.trigger(nt, { target: i.element }) : this.trigger(it, { target: i.element }), o || i.toggle());
            }, _toggleOverflow: function _toggleOverflow() {
                this.popup.toggle();
            }, _resize: function _resize(t) {
                var e = t.width;this.options.resizable && (this.popup.close(), this._shrink(e), this._stretch(e), this._markVisibles(), this._toggleOverflowAnchor());
            }, _childrenWidth: function _childrenWidth() {
                var e = 0;return this.element.children(":visible:not('." + W + "')").each(function () {
                    e += E(t(this), !0);
                }), Math.ceil(e);
            }, _shrink: function _shrink(t) {
                var e, o, i;if (t < this._childrenWidth()) for (o = this.element.children(":visible:not([data-overflow='never'], ." + Y + ")"), i = o.length - 1; i >= 0 && (e = o.eq(i), !(t > this._childrenWidth())); i--) {
                    this._hideItem(e);
                }
            }, _stretch: function _stretch(t) {
                var e, o, i;if (t > this._childrenWidth()) for (o = this.element.children(":hidden:not('." + W + "')"), i = 0; i < o.length && (e = o.eq(i), !(t < this._childrenWidth()) && this._showItem(e, t)); i++) {}
            }, _hideItem: function _hideItem(t) {
                t.hide(), this.popup && this.popup.container.find(">li[data-uid='" + t.data("uid") + "']").removeClass(pt);
            }, _showItem: function _showItem(t, e) {
                return !!(t.length && e > this._childrenWidth() + E(t, !0)) && (t.show(), this.popup && this.popup.container.find(">li[data-uid='" + t.data("uid") + "']").addClass(pt), !0);
            }, _markVisibles: function _markVisibles() {
                var t = this.popup.container.children(),
                    e = this.element.children(":not(.k-overflow-anchor)"),
                    o = t.filter(":not(.k-overflow-hidden)"),
                    i = e.filter(":visible");t.add(e).removeClass($ + " " + tt), o.first().add(i.first()).addClass($), o.last().add(i.last()).addClass(tt);
            } }), _.ui.plugin(y);
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, o) {
    (o || e)();
});;!function (t, define) {
    define("util/main.min", ["kendo.core.min"], t);
}(function () {
    return function () {
        function t(t) {
            return (typeof t === "undefined" ? "undefined" : _typeof(t)) !== U;
        }function e(t, e) {
            var n = i(e);return z.round(t * n) / n;
        }function i(t) {
            return t ? z.pow(10, t) : 1;
        }function n(t, e, i) {
            return z.max(z.min(t, i), e);
        }function o(t) {
            return t * R;
        }function s(t) {
            return t / R;
        }function r(t) {
            return "number" == typeof t && !isNaN(t);
        }function a(e, i) {
            return t(e) ? e : i;
        }function h(t) {
            return t * t;
        }function c(t) {
            var e,
                i = [];for (e in t) {
                i.push(e + t[e]);
            }return i.sort().join("");
        }function d(t) {
            var e,
                i = 2166136261;for (e = 0; e < t.length; ++e) {
                i += (i << 1) + (i << 4) + (i << 7) + (i << 8) + (i << 24), i ^= t.charCodeAt(e);
            }return i >>> 0;
        }function l(t) {
            return d(c(t));
        }function u(t) {
            var e,
                i = t.length,
                n = A,
                o = O;for (e = 0; e < i; e++) {
                o = z.max(o, t[e]), n = z.min(n, t[e]);
            }return { min: n, max: o };
        }function f(t) {
            return u(t).min;
        }function p(t) {
            return u(t).max;
        }function g(t) {
            return _(t).min;
        }function m(t) {
            return _(t).max;
        }function _(t) {
            var e,
                i,
                n,
                o = A,
                s = O;for (e = 0, i = t.length; e < i; e++) {
                n = t[e], null !== n && isFinite(n) && (o = z.min(o, n), s = z.max(s, n));
            }return { min: o === A ? void 0 : o, max: s === O ? void 0 : s };
        }function v(t) {
            if (t) return t[t.length - 1];
        }function y(t, e) {
            return t.push.apply(t, e), t;
        }function w(t) {
            return B.template(t, { useWithBlock: !1, paramName: "d" });
        }function x(e, i) {
            return t(i) && null !== i ? " " + e + "='" + i + "' " : "";
        }function b(t) {
            var e,
                i = "";for (e = 0; e < t.length; e++) {
                i += x(t[e][0], t[e][1]);
            }return i;
        }function C(e) {
            var i,
                n,
                o = "";for (i = 0; i < e.length; i++) {
                n = e[i][1], t(n) && (o += e[i][0] + ":" + n + ";");
            }if ("" !== o) return o;
        }function S(t) {
            return "string" != typeof t && (t += "px"), t;
        }function k(t) {
            var e,
                i,
                n = [];if (t) for (e = B.toHyphens(t).split("-"), i = 0; i < e.length; i++) {
                n.push("k-pos-" + e[i]);
            }return n.join(" ");
        }function T(e) {
            return "" === e || null === e || "none" === e || "transparent" === e || !t(e);
        }function M(t) {
            for (var e = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, i = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], n = ""; t > 0;) {
                t < i[0] ? i.shift() : (n += e[i[0]], t -= i[0]);
            }return n;
        }function D(t) {
            var e, i, n, o, s;for (t = t.toLowerCase(), e = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, i = 0, n = 0, o = 0; o < t.length; ++o) {
                if (s = e[t.charAt(o)], !s) return null;i += s, s > n && (i -= 2 * n), n = s;
            }return i;
        }function I(t) {
            var e = Object.create(null);return function () {
                var i,
                    n = "";for (i = arguments.length; --i >= 0;) {
                    n += ":" + arguments[i];
                }return n in e ? e[n] : e[n] = t.apply(this, arguments);
            };
        }function P(t) {
            for (var e, i, n = [], o = 0, s = t.length; o < s;) {
                e = t.charCodeAt(o++), e >= 55296 && e <= 56319 && o < s ? (i = t.charCodeAt(o++), 56320 == (64512 & i) ? n.push(((1023 & e) << 10) + (1023 & i) + 65536) : (n.push(e), o--)) : n.push(e);
            }return n;
        }function L(t) {
            return t.map(function (t) {
                var e = "";return t > 65535 && (t -= 65536, e += String.fromCharCode(t >>> 10 & 1023 | 55296), t = 56320 | 1023 & t), e += String.fromCharCode(t);
            }).join("");
        }function E(t, e) {
            function i(t, i) {
                for (var n = [], o = 0, s = 0, r = 0; o < t.length && s < i.length;) {
                    e(t[o], i[s]) <= 0 ? n[r++] = t[o++] : n[r++] = i[s++];
                }return o < t.length && n.push.apply(n, t.slice(o)), s < i.length && n.push.apply(n, i.slice(s)), n;
            }return t.length < 2 ? t.slice() : function n(t) {
                var e, o, s;return t.length <= 1 ? t : (e = Math.floor(t.length / 2), o = t.slice(0, e), s = t.slice(e), o = n(o), s = n(s), i(o, s));
            }(t);
        }var z = Math,
            B = window.kendo,
            N = B.deepExtend,
            R = z.PI / 180,
            A = Number.MAX_VALUE,
            O = -Number.MAX_VALUE,
            U = "undefined",
            V = Date.now;V || (V = function V() {
            return new Date().getTime();
        }), N(B, { util: { MAX_NUM: A, MIN_NUM: O, append: y, arrayLimits: u, arrayMin: f, arrayMax: p, defined: t, deg: s, hashKey: d, hashObject: l, isNumber: r, isTransparent: T, last: v, limitValue: n, now: V, objectKey: c, round: e, rad: o, renderAttr: x, renderAllAttr: b, renderPos: k, renderSize: S, renderStyle: C, renderTemplate: w, sparseArrayLimits: _, sparseArrayMin: g, sparseArrayMax: m, sqr: h, valueOrDefault: a, romanToArabic: D, arabicToRoman: M, memoize: I, ucs2encode: L, ucs2decode: P, mergeSort: E } }), B.drawing.util = B.util, B.dataviz.util = B.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], t);
}(function () {
    !function (t) {
        function e() {
            return { width: 0, height: 0, baseline: 0 };
        }function i(t, e, i) {
            return l.current.measure(t, e, i);
        }function n(t, e) {
            var i = [];if (t.length > 0 && document.fonts) {
                try {
                    i = t.map(function (t) {
                        return document.fonts.load(t);
                    });
                } catch (n) {
                    s.logToConsole(n);
                }Promise.all(i).then(e, e);
            } else e();
        }var o = document,
            s = window.kendo,
            r = s.Class,
            a = s.util,
            h = a.defined,
            c = r.extend({ init: function init(t) {
                this._size = t, this._length = 0, this._map = {};
            }, put: function put(t, e) {
                var i = this,
                    n = i._map,
                    o = { key: t, value: e };n[t] = o, i._head ? (i._tail.newer = o, o.older = i._tail, i._tail = o) : i._head = i._tail = o, i._length >= i._size ? (n[i._head.key] = null, i._head = i._head.newer, i._head.older = null) : i._length++;
            }, get: function get(t) {
                var e = this,
                    i = e._map[t];if (i) return i === e._head && i !== e._tail && (e._head = i.newer, e._head.older = null), i !== e._tail && (i.older && (i.older.newer = i.newer, i.newer.older = i.older), i.older = e._tail, i.newer = null, e._tail.newer = i, e._tail = i), i.value;
            } }),
            d = t("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            l = r.extend({ init: function init(t) {
                this._cache = new c(1e3), this._initOptions(t);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(i, n, s) {
                var r, c, l, u, f, p, g, m;if (!i) return e();if (r = a.objectKey(n), c = a.hashKey(i + r), l = this._cache.get(c), l) return l;u = e(), f = s ? s : d, p = this._baselineMarker().cloneNode(!1);for (g in n) {
                    m = n[g], h(m) && (f.style[g] = m);
                }return t(f).text(i), f.appendChild(p), o.body.appendChild(f), (i + "").length && (u.width = f.offsetWidth - this.options.baselineMarkerSize, u.height = f.offsetHeight, u.baseline = p.offsetTop + this.options.baselineMarkerSize), u.width > 0 && u.height > 0 && this._cache.put(c, u), f.parentNode.removeChild(f), u;
            }, _baselineMarker: function _baselineMarker() {
                return t("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });l.current = new l(), s.util.TextMetrics = l, s.util.LRUCache = c, s.util.loadFonts = n, s.util.measureText = i;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("util/base64.min", ["util/main.min"], t);
}(function () {
    return function () {
        function t(t) {
            var i,
                n,
                o,
                r,
                a,
                h,
                c,
                d = "",
                l = 0;for (t = e(t); l < t.length;) {
                i = t.charCodeAt(l++), n = t.charCodeAt(l++), o = t.charCodeAt(l++), r = i >> 2, a = (3 & i) << 4 | n >> 4, h = (15 & n) << 2 | o >> 6, c = 63 & o, isNaN(n) ? h = c = 64 : isNaN(o) && (c = 64), d = d + s.charAt(r) + s.charAt(a) + s.charAt(h) + s.charAt(c);
            }return d;
        }function e(t) {
            var e,
                i,
                n = "";for (e = 0; e < t.length; e++) {
                i = t.charCodeAt(e), i < 128 ? n += o(i) : i < 2048 ? (n += o(192 | i >>> 6), n += o(128 | 63 & i)) : i < 65536 && (n += o(224 | i >>> 12), n += o(128 | i >>> 6 & 63), n += o(128 | 63 & i));
            }return n;
        }var i = window.kendo,
            n = i.deepExtend,
            o = String.fromCharCode,
            s = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";n(i.util, { encodeBase64: t, encodeUTF8: e });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("mixins/observers.min", ["kendo.core.min"], t);
}(function () {
    return function (t) {
        var e = Math,
            i = window.kendo,
            n = i.deepExtend,
            o = t.inArray,
            s = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(t) {
                return this._observers ? this._observers.push(t) : this._observers = [t], this;
            }, removeObserver: function removeObserver(t) {
                var e = this.observers(),
                    i = o(t, e);return i != -1 && e.splice(i, 1), this;
            }, trigger: function trigger(t, e) {
                var i,
                    n,
                    o = this._observers;if (o && !this._suspended) for (n = 0; n < o.length; n++) {
                    i = o[n], i[t] && i[t](e);
                }return this;
            }, optionsChange: function optionsChange(t) {
                t = t || {}, t.element = this, this.trigger("optionsChange", t);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = e.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(t, e) {
                this[t] && this[t].removeObserver(this), this[t] = e, e.addObserver(this);
            } };n(i, { mixins: { ObserversMixin: s } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/utils.min", ["kendo.core.min"], t);
}(function () {
    !function (t, e) {
        function i(t, i, n) {
            function o(t) {
                for (var e = 1; t * e % 1;) {
                    e *= 10;
                }return e;
            }var s, r, a, h;if (e === t || e === i) return [];if (n && l.sign(i - t) != l.sign(n)) throw "The sign of the increment should allow to reach the stop-value.";if (n = n || 1, t = t || 0, i = i || t, (i - t) / n === 1 / 0) throw "Infinite range defined.";if (s = [], r = -1, h = o(Math.abs(n)), t *= h, i *= h, n *= h, t > i && n > 0 && (n = -n), n < 0) for (; (a = t + n * ++r) >= i;) {
                s.push(a / h);
            } else for (; (a = t + n * ++r) <= i;) {
                s.push(a / h);
            }return s;
        }function n(t, e) {
            if (t == e) return 0;var i = e.x - t.x,
                n = t.y - e.y,
                o = Math.atan(i / n);return n >= 0 ? i < 0 ? o + 2 * Math.PI : o : o + Math.PI;
        }var o,
            s,
            r = window.kendo,
            a = r.dataviz.diagram = {},
            h = r.deepExtend,
            c = t.isArray,
            d = 1e-6,
            l = {};h(l, { isNearZero: function isNearZero(t) {
                return Math.abs(t) < d;
            }, isDefined: function isDefined(t) {
                return e !== t;
            }, isUndefined: function isUndefined(t) {
                return e === t || null === t;
            }, isObject: function isObject(t) {
                return t === Object(t);
            }, has: function has(t, e) {
                return Object.hasOwnProperty.call(t, e);
            }, isString: function isString(t) {
                return "[object String]" == Object.prototype.toString.call(t);
            }, isBoolean: function isBoolean(t) {
                return "[object Boolean]" == Object.prototype.toString.call(t);
            }, isType: function isType(t, e) {
                return Object.prototype.toString.call(t) == "[object " + e + "]";
            }, isNumber: function isNumber(t) {
                return !isNaN(parseFloat(t)) && isFinite(t);
            }, isEmpty: function isEmpty(t) {
                if (null === t) return !0;if (c(t) || l.isString(t)) return 0 === t.length;for (var e in t) {
                    if (l.has(t, e)) return !1;
                }return !0;
            }, simpleExtend: function simpleExtend(t, e) {
                if (l.isObject(e)) for (var i in e) {
                    t[i] = e[i];
                }
            }, initArray: function initArray(t, e) {
                var i,
                    n = [];for (i = 0; i < t; ++i) {
                    n[i] = e;
                }return n;
            }, serializePoints: function serializePoints(t) {
                var e,
                    i,
                    n = [];for (e = 0; e < t.length; e++) {
                    i = t[e], n.push(i.x + ";" + i.y);
                }return n.join(";");
            }, deserializePoints: function deserializePoints(t) {
                var e,
                    i = t.split(";"),
                    n = [];if (i.length % 2 !== 0) throw "Not an array of points.";for (e = 0; e < i.length; e += 2) {
                    n.push(new a.Point(parseInt(i[e], 10), parseInt(i[e + 1], 10)));
                }return n;
            }, randomInteger: function randomInteger(t, e) {
                return parseInt(Math.floor(Math.random() * e) + t, 10);
            }, DFT: function DFT(t, e) {
                var i, n;if (e(t), t.childNodes) for (i = 0; i < t.childNodes.length; i++) {
                    n = t.childNodes[i], this.DFT(n, e);
                }
            }, getMatrixAngle: function getMatrixAngle(t) {
                return null === t || 0 === t.d ? 0 : 180 * Math.atan2(t.b, t.d) / Math.PI;
            }, getMatrixScaling: function getMatrixScaling(t) {
                var e = Math.sqrt(t.a * t.a + t.c * t.c),
                    i = Math.sqrt(t.b * t.b + t.d * t.d);return [e, i];
            } }), l.sign = function (t) {
            return t ? t < 0 ? -1 : 1 : 0;
        }, l.findAngle = function (t, e) {
            return 180 * n(t, e) / Math.PI;
        }, l.forEach = function (t, e, i) {
            for (var n = 0; n < t.length; n++) {
                e.call(i, t[n], n, t);
            }
        }, l.any = function (t, e) {
            for (var i = 0; i < t.length; ++i) {
                if (e(t[i])) return t[i];
            }return null;
        }, l.remove = function (t, e) {
            for (var i; (i = l.indexOf(t, e)) !== -1;) {
                t.splice(i, 1);
            }return t;
        }, l.contains = function (t, e) {
            return l.indexOf(t, e) !== -1;
        }, l.indexOf = function (e, i) {
            return t.inArray(i, e);
        }, l.fold = function (t, e, i, n) {
            var o,
                s,
                r = arguments.length > 2;for (o = 0; o < t.length; o++) {
                s = t[o], r ? i = e.call(n, i, s, o, t) : (i = s, r = !0);
            }if (!r) throw "Reduce of empty array with no initial value";return i;
        }, l.find = function (t, e, i) {
            var n;return l.any(t, function (t, o, s) {
                return !!e.call(i, t, o, s) && (n = t, !0);
            }), n;
        }, l.first = function (t, e, i) {
            return 0 === t.length ? null : l.isUndefined(e) ? t[0] : l.find(t, e, i);
        }, l.insert = function (t, e, i) {
            return t.splice(i, 0, e), t;
        }, l.all = function (t, e, i) {
            var n,
                o,
                s = !0;for (o = 0; o < t.length && (n = t[o], s = s && e.call(i, n, o, t), s); o++) {}return s;
        }, l.clear = function (t) {
            t.splice(0, t.length);
        }, l.bisort = function (t, e, i) {
            if (l.isUndefined(t)) throw "First array is not specified.";if (l.isUndefined(e)) throw "Second array is not specified.";if (t.length != e.length) throw "The two arrays should have equal length";var n,
                o = [];for (n = 0; n < t.length; n++) {
                o.push({ x: t[n], y: e[n] });
            }for (o.sort(l.isUndefined(i) ? function (t, e) {
                return t.x - e.x;
            } : function (t, e) {
                return i(t.x, e.x);
            }), l.clear(t), l.clear(e), n = 0; n < o.length; n++) {
                t.push(o[n].x), e.push(o[n].y);
            }
        }, l.addRange = function (t, e) {
            t.push.apply(t, e);
        }, o = { easeInOut: function easeInOut(t) {
                return -Math.cos(t * Math.PI) / 2 + .5;
            } }, s = r.Class.extend({ init: function init() {
                this.adapters = [], this.target = 0, this.tick = 0, this.interval = 20, this.duration = 800, this.lastTime = null, this.handlers = [];var t = this;this.transition = o.easeInOut, this.timerDelegate = function () {
                    t.onTimerEvent();
                };
            }, addAdapter: function addAdapter(t) {
                this.adapters.push(t);
            }, onComplete: function onComplete(t) {
                this.handlers.push(t);
            }, removeHandler: function removeHandler(e) {
                this.handlers = t.grep(this.handlers, function (t) {
                    return t !== e;
                });
            }, trigger: function trigger() {
                var t = this;this.handlers && l.forEach(this.handlers, function (e) {
                    return e.call(null !== t.caller ? t.caller : t);
                });
            }, onStep: function onStep() {}, seekTo: function seekTo(t) {
                this.seekFromTo(this.tick, t);
            }, seekFromTo: function seekFromTo(t, e) {
                this.target = Math.max(0, Math.min(1, e)), this.tick = Math.max(0, Math.min(1, t)), this.lastTime = new Date().getTime(), this.intervalId || (this.intervalId = window.setInterval(this.timerDelegate, this.interval));
            }, stop: function stop() {
                this.intervalId && (window.clearInterval(this.intervalId), this.intervalId = null, this.trigger());
            }, play: function play(t) {
                0 !== this.adapters.length && (null !== t && (this.caller = t), this.initState(), this.seekFromTo(0, 1));
            }, reverse: function reverse() {
                this.seekFromTo(1, 0);
            }, initState: function initState() {
                if (0 !== this.adapters.length) for (var t = 0; t < this.adapters.length; t++) {
                    this.adapters[t].initState();
                }
            }, propagate: function propagate() {
                var t,
                    e = this.transition(this.tick);for (t = 0; t < this.adapters.length; t++) {
                    this.adapters[t].update(e);
                }
            }, onTimerEvent: function onTimerEvent() {
                var t,
                    e = new Date().getTime(),
                    i = e - this.lastTime;this.lastTime = e, t = i / this.duration * (this.tick < this.target ? 1 : -1), Math.abs(t) >= Math.abs(this.tick - this.target) ? this.tick = this.target : this.tick += t;try {
                    this.propagate();
                } finally {
                    this.onStep.call(this), this.target == this.tick && this.stop();
                }
            } }), r.deepExtend(a, { init: function init(t) {
                r.init(t, a.ui);
            }, Utils: l, Range: i, Ticker: s });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/math.min", ["dataviz/diagram/utils.min", "kendo.dataviz.core.min"], t);
}(function () {
    !function (t, e) {
        function i(t) {
            return Math.abs(t) < z;
        }function n(t, e, n, o, s) {
            var r,
                a,
                h,
                c,
                d = (e.x - t.x) * (o.y - n.y) - (e.y - t.y) * (o.x - n.x);if (!i(d) && (r = (t.y - n.y) * (o.x - n.x) - (t.x - n.x) * (o.y - n.y), a = (t.y - n.y) * (e.x - t.x) - (t.x - n.x) * (e.y - t.y), h = r / d, c = a / d, !s || !(h < 0 || h > 1 || c < 0 || c > 1))) return new D(t.x + h * (e.x - t.x), t.y + h * (e.y - t.y));
        }function o(t, e) {
            var i, n, o;do {
                i = 2 * Math.random() - 1, n = 2 * Math.random() - 1, o = i * i + n * n;
            } while (!o || o > 1);return t + e * i * Math.sqrt(-2 * Math.log(o) / o);
        }function s(t) {
            var e, i, n;for (M.isUndefined(t) && (t = 10), e = "", i = "0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ", n = t; n > 0; --n) {
                e += i.charAt(Math.round(Math.random() * (i.length - 1)));
            }return e;
        }var r,
            a,
            h,
            c,
            d,
            l,
            u,
            f,
            p,
            g,
            m,
            _,
            v,
            y,
            w,
            x,
            b = window.kendo,
            C = b.dataviz.diagram,
            S = b.Class,
            k = b.deepExtend,
            T = b.dataviz,
            M = C.Utils,
            D = T.Point2D,
            I = b.isFunction,
            P = M.contains,
            L = t.map,
            E = 3,
            z = 1e-6;k(D.fn, { plus: function plus(t) {
                return new D(this.x + t.x, this.y + t.y);
            }, minus: function minus(t) {
                return new D(this.x - t.x, this.y - t.y);
            }, offset: function offset(t) {
                return new D(this.x - t, this.y - t);
            }, times: function times(t) {
                return new D(this.x * t, this.y * t);
            }, normalize: function normalize() {
                return 0 === this.length() ? new D() : this.times(1 / this.length());
            }, length: function length() {
                return Math.sqrt(this.x * this.x + this.y * this.y);
            }, toString: function toString() {
                return "(" + this.x + "," + this.y + ")";
            }, lengthSquared: function lengthSquared() {
                return this.x * this.x + this.y * this.y;
            }, middleOf: function middleOf(t, e) {
                return new D(e.x - t.x, e.y - t.y).times(.5).plus(t);
            }, toPolar: function toPolar(t) {
                var e,
                    i,
                    n,
                    o = 1;if (t && (o = 180 / Math.PI), e = Math.atan2(Math.abs(this.y), Math.abs(this.x)), i = Math.PI / 2, n = this.length(), 0 === this.x) {
                    if (0 === this.y) return new l(0, 0);if (this.y > 0) return new l(n, o * i);if (this.y < 0) return new l(n, 3 * o * i);
                } else if (this.x > 0) {
                    if (0 === this.y) return new l(n, 0);if (this.y > 0) return new l(n, o * e);if (this.y < 0) return new l(n, o * (4 * i - e));
                } else {
                    if (0 === this.y) return new l(n, 2 * i);if (this.y > 0) return new l(n, o * (2 * i - e));if (this.y < 0) return new l(n, o * (2 * i + e));
                }
            }, isOnLine: function isOnLine(t, e) {
                var i, n, o, s, r;return t.x > e.x && (i = e, e = t, t = i), n = new a(t.x, t.y).inflate(E, E), o = new a(e.x, e.y).inflate(E, E), !!n.union(o).contains(this) && (t.x === e.x || t.y === e.y || (t.y < e.y ? (s = n.x + (o.x - n.x) * (this.y - (n.y + n.height)) / (o.y + o.height - (n.y + n.height)), r = n.x + n.width + (o.x + o.width - (n.x + n.width)) * (this.y - n.y) / (o.y - n.y)) : (s = n.x + (o.x - n.x) * (this.y - n.y) / (o.y - n.y), r = n.x + n.width + (o.x + o.width - (n.x + n.width)) * (this.y - (n.y + n.height)) / (o.y + o.height - (n.y + n.height))), this.x > s && this.x < r));
            } }), k(D, { parse: function parse(t) {
                var e = t.slice(1, t.length - 1),
                    i = e.split(","),
                    n = parseInt(i[0], 10),
                    o = parseInt(i[1], 10);if (!isNaN(n) && !isNaN(o)) return new D(n, o);
            } }), r = S.extend({ init: function init(t, e, i) {
                this.point = t, this.left = e, this.right = i;
            } }), a = S.extend({ init: function init(t, e, i, n) {
                this.x = t || 0, this.y = e || 0, this.width = i || 0, this.height = n || 0;
            }, contains: function contains(t) {
                return t.x >= this.x && t.x <= this.x + this.width && t.y >= this.y && t.y <= this.y + this.height;
            }, inflate: function inflate(t, i) {
                return i === e && (i = t), this.x -= t, this.y -= i, this.width += 2 * t + 1, this.height += 2 * i + 1, this;
            }, offset: function offset(t, e) {
                var i = t,
                    n = e;return t instanceof D && (i = t.x, n = t.y), this.x += i, this.y += n, this;
            }, union: function union(t) {
                var e = Math.min(this.x, t.x),
                    i = Math.min(this.y, t.y),
                    n = Math.max(this.x + this.width, t.x + t.width),
                    o = Math.max(this.y + this.height, t.y + t.height);return new a(e, i, n - e, o - i);
            }, center: function center() {
                return new D(this.x + this.width / 2, this.y + this.height / 2);
            }, top: function top() {
                return new D(this.x + this.width / 2, this.y);
            }, right: function right() {
                return new D(this.x + this.width, this.y + this.height / 2);
            }, bottom: function bottom() {
                return new D(this.x + this.width / 2, this.y + this.height);
            }, left: function left() {
                return new D(this.x, this.y + this.height / 2);
            }, topLeft: function topLeft() {
                return new D(this.x, this.y);
            }, topRight: function topRight() {
                return new D(this.x + this.width, this.y);
            }, bottomLeft: function bottomLeft() {
                return new D(this.x, this.y + this.height);
            }, bottomRight: function bottomRight() {
                return new D(this.x + this.width, this.y + this.height);
            }, clone: function clone() {
                return new a(this.x, this.y, this.width, this.height);
            }, isEmpty: function isEmpty() {
                return !this.width && !this.height;
            }, equals: function equals(t) {
                return this.x === t.x && this.y === t.y && this.width === t.width && this.height === t.height;
            }, rotatedBounds: function rotatedBounds(t) {
                var e = this.clone(),
                    i = this.rotatedPoints(t),
                    n = i[0],
                    o = i[1],
                    s = i[2],
                    r = i[3];return e.x = Math.min(s.x, n.x, o.x, r.x), e.y = Math.min(s.y, n.y, o.y, r.y), e.width = Math.max(s.x, n.x, o.x, r.x) - e.x, e.height = Math.max(s.y, n.y, o.y, r.y) - e.y, e;
            }, rotatedPoints: function rotatedPoints(t) {
                var e = this,
                    i = e.center(),
                    n = e.bottomRight().rotate(i, 360 - t),
                    o = e.topLeft().rotate(i, 360 - t),
                    s = e.topRight().rotate(i, 360 - t),
                    r = e.bottomLeft().rotate(i, 360 - t);return [o, s, n, r];
            }, toString: function toString(t) {
                return t = t || " ", this.x + t + this.y + t + this.width + t + this.height;
            }, scale: function scale(t, e, i, n, o) {
                var s,
                    r,
                    a,
                    h = this.topLeft(),
                    c = this.center();h.rotate(c, 360 - o).rotate(n, o), s = i.minus(h), r = new D(s.x * t, s.y * e), a = s.minus(r), h = h.plus(a), h.rotate(n, 360 - o).rotate(c, o), this.x = h.x, this.y = h.y, this.width *= t, this.height *= e;
            }, zoom: function zoom(t) {
                return this.x *= t, this.y *= t, this.width *= t, this.height *= t, this;
            }, overlaps: function overlaps(t) {
                var e = this.bottomRight(),
                    i = t.bottomRight(),
                    n = !(e.x < t.x || e.y < t.y || i.x < this.x || i.y < this.y);return n;
            } }), h = S.extend({ init: function init(t, e) {
                this.width = t, this.height = e;
            } }), h.prototype.Empty = new h(0, 0), a.toRect = function (t) {
            return t instanceof a || (t = new a(t.x, t.y, t.width, t.height)), t;
        }, a.empty = function () {
            return new a(0, 0, 0, 0);
        }, a.fromPoints = function (t, e) {
            if (isNaN(t.x) || isNaN(t.y) || isNaN(e.x) || isNaN(e.y)) throw "Some values are NaN.";return new a(Math.min(t.x, e.x), Math.min(t.y, e.y), Math.abs(t.x - e.x), Math.abs(t.y - e.y));
        }, c = { lines: function lines(t, e, i, o) {
                return n(t, e, i, o);
            }, segments: function segments(t, e, i, o) {
                return n(t, e, i, o, !0);
            }, rectWithLine: function rectWithLine(t, e, i) {
                return c.segments(e, i, t.topLeft(), t.topRight()) || c.segments(e, i, t.topRight(), t.bottomRight()) || c.segments(e, i, t.bottomLeft(), t.bottomRight()) || c.segments(e, i, t.topLeft(), t.bottomLeft());
            }, rects: function rects(t, e, i) {
                var n,
                    o,
                    s = e.topLeft(),
                    r = e.topRight(),
                    a = e.bottomLeft(),
                    h = e.bottomRight(),
                    d = e.center();return i && (s = s.rotate(d, i), r = r.rotate(d, i), a = a.rotate(d, i), h = h.rotate(d, i)), n = t.contains(s) || t.contains(r) || t.contains(a) || t.contains(h) || c.rectWithLine(t, s, r) || c.rectWithLine(t, s, a) || c.rectWithLine(t, r, h) || c.rectWithLine(t, a, h), n || (s = t.topLeft(), r = t.topRight(), a = t.bottomLeft(), h = t.bottomRight(), i && (o = 360 - i, s = s.rotate(d, o), r = r.rotate(d, o), a = a.rotate(d, o), h = h.rotate(d, o)), n = e.contains(s) || e.contains(r) || e.contains(a) || e.contains(h)), n;
            } }, d = S.extend({ init: function init(t) {
                this.container = a.toRect(t);
            }, align: function align(t, e) {
                var i,
                    n = e.toLowerCase().split(" ");for (i = 0; i < n.length; i++) {
                    t = this._singleAlign(t, n[i]);
                }return t;
            }, _singleAlign: function _singleAlign(t, e) {
                return I(this[e]) ? this[e](t) : t;
            }, left: function left(t) {
                return this._align(t, this._left);
            }, center: function center(t) {
                return this._align(t, this._center);
            }, right: function right(t) {
                return this._align(t, this._right);
            }, stretch: function stretch(t) {
                return this._align(t, this._stretch);
            }, top: function top(t) {
                return this._align(t, this._top);
            }, middle: function middle(t) {
                return this._align(t, this._middle);
            }, bottom: function bottom(t) {
                return this._align(t, this._bottom);
            }, _left: function _left(t, e) {
                e.x = t.x;
            }, _center: function _center(t, e) {
                e.x = (t.width - e.width) / 2 || 0;
            }, _right: function _right(t, e) {
                e.x = t.width - e.width;
            }, _top: function _top(t, e) {
                e.y = t.y;
            }, _middle: function _middle(t, e) {
                e.y = (t.height - e.height) / 2 || 0;
            }, _bottom: function _bottom(t, e) {
                e.y = t.height - e.height;
            }, _stretch: function _stretch(t, e) {
                e.x = 0, e.y = 0, e.height = t.height, e.width = t.width;
            }, _align: function _align(t, e) {
                return t = a.toRect(t), e(this.container, t), t;
            } }), l = S.extend({ init: function init(t, e) {
                this.r = t, this.angle = e;
            } }), u = S.extend({ init: function init(t, e, i, n, o, s) {
                this.a = t || 0, this.b = e || 0, this.c = i || 0, this.d = n || 0, this.e = o || 0, this.f = s || 0;
            }, plus: function plus(t) {
                this.a += t.a, this.b += t.b, this.c += t.c, this.d += t.d, this.e += t.e, this.f += t.f;
            }, minus: function minus(t) {
                this.a -= t.a, this.b -= t.b, this.c -= t.c, this.d -= t.d, this.e -= t.e, this.f -= t.f;
            }, times: function times(t) {
                return new u(this.a * t.a + this.c * t.b, this.b * t.a + this.d * t.b, this.a * t.c + this.c * t.d, this.b * t.c + this.d * t.d, this.a * t.e + this.c * t.f + this.e, this.b * t.e + this.d * t.f + this.f);
            }, apply: function apply(t) {
                return new D(this.a * t.x + this.c * t.y + this.e, this.b * t.x + this.d * t.y + this.f);
            }, applyRect: function applyRect(t) {
                return a.fromPoints(this.apply(t.topLeft()), this.apply(t.bottomRight()));
            }, toString: function toString() {
                return "matrix(" + this.a + " " + this.b + " " + this.c + " " + this.d + " " + this.e + " " + this.f + ")";
            } }), k(u, { fromSVGMatrix: function fromSVGMatrix(t) {
                var e = new u();return e.a = t.a, e.b = t.b, e.c = t.c, e.d = t.d, e.e = t.e, e.f = t.f, e;
            }, fromMatrixVector: function fromMatrixVector(t) {
                var e = new u();return e.a = t.a, e.b = t.b, e.c = t.c, e.d = t.d, e.e = t.e, e.f = t.f, e;
            }, fromList: function fromList(t) {
                if (6 !== t.length) throw "The given list should consist of six elements.";var e = new u();return e.a = t[0], e.b = t[1], e.c = t[2], e.d = t[3], e.e = t[4], e.f = t[5], e;
            }, translation: function translation(t, e) {
                var i = new u();return i.a = 1, i.b = 0, i.c = 0, i.d = 1, i.e = t, i.f = e, i;
            }, unit: function unit() {
                return new u(1, 0, 0, 1, 0, 0);
            }, rotation: function rotation(t, e, i) {
                var n = new u();return n.a = Math.cos(t * Math.PI / 180), n.b = Math.sin(t * Math.PI / 180), n.c = -n.b, n.d = n.a, n.e = e - e * n.a + i * n.b || 0, n.f = i - i * n.a - e * n.b || 0, n;
            }, scaling: function scaling(t, e) {
                var i = new u();return i.a = t, i.b = 0, i.c = 0, i.d = e, i.e = 0, i.f = 0, i;
            }, parse: function parse(t) {
                var e, i;if (t) {
                    if (t = t.trim(), "matrix" === t.slice(0, 6).toLowerCase()) {
                        if (i = t.slice(7, t.length - 1).trim(), e = i.split(","), 6 === e.length) return u.fromList(L(e, function (t) {
                            return parseFloat(t);
                        }));if (e = i.split(" "), 6 === e.length) return u.fromList(L(e, function (t) {
                            return parseFloat(t);
                        }));
                    }if ("(" === t.slice(0, 1) && ")" === t.slice(t.length - 1) && (t = t.substr(1, t.length - 1)), t.indexOf(",") > 0 && (e = t.split(","), 6 === e.length)) return u.fromList(L(e, function (t) {
                        return parseFloat(t);
                    }));if (t.indexOf(" ") > 0 && (e = t.split(" "), 6 === e.length)) return u.fromList(L(e, function (t) {
                        return parseFloat(t);
                    }));
                }return e;
            } }), f = S.extend({ init: function init(t, e, i, n, o, s) {
                this.a = t || 0, this.b = e || 0, this.c = i || 0, this.d = n || 0, this.e = o || 0, this.f = s || 0;
            }, fromMatrix: function fromMatrix(t) {
                var e = new f();return e.a = t.a, e.b = t.b, e.c = t.c, e.d = t.d, e.e = t.e, e.f = t.f, e;
            } }), p = { _distanceToLineSquared: function _distanceToLineSquared(t, e, i) {
                function n(t, e) {
                    return (t.x - e.x) * (t.x - e.x) + (t.y - e.y) * (t.y - e.y);
                }if (e === i) return n(t, e);var o = i.x - e.x,
                    s = i.y - e.y,
                    r = (t.x - e.x) * o + (t.y - e.y) * s;return r < 0 ? n(e, t) : (r = (i.x - t.x) * o + (i.y - t.y) * s, r < 0 ? n(i, t) : (r = (i.x - t.x) * s - (i.y - t.y) * o, r * r / (o * o + s * s)));
            }, distanceToLine: function distanceToLine(t, e, i) {
                return Math.sqrt(this._distanceToLineSquared(t, e, i));
            }, distanceToPolyline: function distanceToPolyline(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r = Number.MAX_VALUE;if (M.isUndefined(e) || 0 === e.length) return Number.MAX_VALUE;for (i = 0; i < e.length - 1; i++) {
                    n = e[i], o = e[i + 1], s = this._distanceToLineSquared(t, n, o), s < r && (r = s);
                }return Math.sqrt(r);
            } }, g = b.Class.extend({ init: function init() {
                this._buckets = [], this.length = 0;
            }, add: function add(t, e) {
                var i = this._createGetBucket(t);return M.isDefined(e) && (i.value = e), i;
            }, get: function get(t) {
                return this._bucketExists(t) ? this._createGetBucket(t) : null;
            }, set: function set(t, e) {
                this.add(t, e);
            }, containsKey: function containsKey(t) {
                return this._bucketExists(t);
            }, remove: function remove(t) {
                if (this._bucketExists(t)) {
                    var e = this._hash(t);return delete this._buckets[e], this.length--, t;
                }
            }, forEach: function forEach(t) {
                var e,
                    i,
                    n,
                    o,
                    s = this._hashes();for (e = 0, i = s.length; e < i; e++) {
                    n = s[e], o = this._buckets[n], M.isUndefined(o) || t(o);
                }
            }, clone: function clone() {
                var t,
                    e,
                    i,
                    n,
                    o = new g(),
                    s = this._hashes();for (t = 0, e = s.length; t < e; t++) {
                    i = s[t], n = this._buckets[i], M.isUndefined(n) || o.add(n.key, n.value);
                }return o;
            }, _hashes: function _hashes() {
                var t,
                    e = [];for (t in this._buckets) {
                    this._buckets.hasOwnProperty(t) && e.push(t);
                }return e;
            }, _bucketExists: function _bucketExists(t) {
                var e = this._hash(t);return M.isDefined(this._buckets[e]);
            }, _createGetBucket: function _createGetBucket(t) {
                var e = this._hash(t),
                    i = this._buckets[e];return M.isUndefined(i) && (i = { key: t }, this._buckets[e] = i, this.length++), i;
            }, _hash: function _hash(t) {
                if (M.isNumber(t)) return t;if (M.isString(t)) return this._hashString(t);if (M.isObject(t)) return this._objectHashId(t);throw "Unsupported key type.";
            }, _hashString: function _hashString(t) {
                var e,
                    i,
                    n = 0;if (0 === t.length) return n;for (e = 0; e < t.length; e++) {
                    i = t.charCodeAt(e), n = 32 * n - n + i;
                }return n;
            }, _objectHashId: function _objectHashId(t) {
                var e = t._hashId;return M.isUndefined(e) && (e = s(), t._hashId = e), e;
            } }), m = b.Observable.extend({ init: function init(e) {
                var i,
                    n = this;if (b.Observable.fn.init.call(n), this._hashTable = new g(), this.length = 0, M.isDefined(e)) if (t.isArray(e)) for (i = 0; i < e.length; i++) {
                    this.add(e[i]);
                } else e.forEach(function (t, e) {
                    this.add(t, e);
                }, this);
            }, add: function add(t, e) {
                var i = this._hashTable.get(t);i || (i = this._hashTable.add(t), this.length++, this.trigger("changed")), i.value = e;
            }, set: function set(t, e) {
                this.add(t, e);
            }, get: function get(t) {
                var e = this._hashTable.get(t);if (e) return e.value;throw Error("Cannot find key " + t);
            }, containsKey: function containsKey(t) {
                return this._hashTable.containsKey(t);
            }, remove: function remove(t) {
                if (this.containsKey(t)) return this.trigger("changed"), this.length--, this._hashTable.remove(t);
            }, forEach: function forEach(t, e) {
                this._hashTable.forEach(function (i) {
                    t.call(e, i.key, i.value);
                });
            }, forEachValue: function forEachValue(t, e) {
                this._hashTable.forEach(function (i) {
                    t.call(e, i.value);
                });
            }, forEachKey: function forEachKey(t, e) {
                this._hashTable.forEach(function (i) {
                    t.call(e, i.key);
                });
            }, keys: function keys() {
                var t = [];return this.forEachKey(function (e) {
                    t.push(e);
                }), t;
            } }), _ = b.Class.extend({ init: function init() {
                this._tail = null, this._head = null, this.length = 0;
            }, enqueue: function enqueue(t) {
                var e = { value: t, next: null };this._head ? (this._tail.next = e, this._tail = this._tail.next) : (this._head = e, this._tail = this._head), this.length++;
            }, dequeue: function dequeue() {
                if (this.length < 1) throw Error("The queue is empty.");var t = this._head.value;return this._head = this._head.next, this.length--, t;
            }, contains: function contains(t) {
                for (var e = this._head; e;) {
                    if (e.value === t) return !0;e = e.next;
                }return !1;
            } }), v = b.Observable.extend({ init: function init(t) {
                var e = this;b.Observable.fn.init.call(e), this._hashTable = new g(), this.length = 0, M.isDefined(t) && (t instanceof g ? t.forEach(function (t) {
                    this.add(t);
                }) : t instanceof m && t.forEach(function (t, e) {
                    this.add({ key: t, value: e });
                }, this));
            }, contains: function contains(t) {
                return this._hashTable.containsKey(t);
            }, add: function add(t) {
                var e = this._hashTable.get(t);e || (this._hashTable.add(t, t), this.length++, this.trigger("changed"));
            }, get: function get(t) {
                return this.contains(t) ? this._hashTable.get(t).value : null;
            }, hash: function hash(t) {
                return this._hashTable._hash(t);
            }, remove: function remove(t) {
                this.contains(t) && (this._hashTable.remove(t), this.length--, this.trigger("changed"));
            }, forEach: function forEach(t, e) {
                this._hashTable.forEach(function (e) {
                    t(e.value);
                }, e);
            }, toArray: function toArray() {
                var t = [];return this.forEach(function (e) {
                    t.push(e);
                }), t;
            } }), y = b.Class.extend({ init: function init(t, e) {
                if (this.links = [], this.outgoing = [], this.incoming = [], this.weight = 1, this.id = M.isDefined(t) ? t : s(), M.isDefined(e)) {
                    this.associatedShape = e;var i = e.bounds();this.width = i.width, this.height = i.height, this.x = i.x, this.y = i.y;
                } else this.associatedShape = null;this.data = null, this.type = "Node", this.shortForm = "Node '" + this.id + "'", this.isVirtual = !1;
            }, isIsolated: function isIsolated() {
                return M.isEmpty(this.links);
            }, bounds: function bounds(t) {
                return M.isDefined(t) ? (this.x = t.x, this.y = t.y, this.width = t.width, this.height = t.height, e) : new C.Rect(this.x, this.y, this.width, this.height);
            }, isLinkedTo: function isLinkedTo(t) {
                var e = this;return M.any(e.links, function (i) {
                    return i.getComplement(e) === t;
                });
            }, getChildren: function getChildren() {
                var t, e, i, n;if (0 === this.outgoing.length) return [];for (t = [], e = 0, i = this.outgoing.length; e < i; e++) {
                    n = this.outgoing[e], t.push(n.getComplement(this));
                }return t;
            }, getParents: function getParents() {
                var t, e, i, n;if (0 === this.incoming.length) return [];for (t = [], e = 0, i = this.incoming.length; e < i; e++) {
                    n = this.incoming[e], t.push(n.getComplement(this));
                }return t;
            }, clone: function clone() {
                var t = new y();return M.isDefined(this.weight) && (t.weight = this.weight), M.isDefined(this.balance) && (t.balance = this.balance), M.isDefined(this.owner) && (t.owner = this.owner), t.associatedShape = this.associatedShape, t.x = this.x, t.y = this.y, t.width = this.width, t.height = this.height, t;
            }, adjacentTo: function adjacentTo(t) {
                return null !== this.isLinkedTo(t);
            }, removeLink: function removeLink(t) {
                t.source === this && (M.remove(this.links, t), M.remove(this.outgoing, t), t.source = null), t.target === this && (M.remove(this.links, t), M.remove(this.incoming, t), t.target = null);
            }, hasLinkTo: function hasLinkTo(t) {
                return M.any(this.outgoing, function (e) {
                    return e.target === t;
                });
            }, degree: function degree() {
                return this.links.length;
            }, incidentWith: function incidentWith(t) {
                return P(this.links, t);
            }, getLinksWith: function getLinksWith(t) {
                return M.all(this.links, function (e) {
                    return e.getComplement(this) === t;
                }, this);
            }, getNeighbors: function getNeighbors() {
                var t = [];return M.forEach(this.incoming, function (e) {
                    t.push(e.getComplement(this));
                }, this), M.forEach(this.outgoing, function (e) {
                    t.push(e.getComplement(this));
                }, this), t;
            } }), w = b.Class.extend({ init: function init(t, e, i, n) {
                if (M.isUndefined(t)) throw "The source of the new link is not set.";if (M.isUndefined(e)) throw "The target of the new link is not set.";var o, r;o = M.isString(t) ? new y(t) : t, r = M.isString(e) ? new y(e) : e, this.source = o, this.target = r, this.source.links.push(this), this.target.links.push(this), this.source.outgoing.push(this), this.target.incoming.push(this), this.id = M.isDefined(i) ? i : s(), this.associatedConnection = M.isDefined(n) ? n : null, this.type = "Link", this.shortForm = "Link '" + this.source.id + "->" + this.target.id + "'";
            }, getComplement: function getComplement(t) {
                if (this.source !== t && this.target !== t) throw "The given node is not incident with this link.";return this.source === t ? this.target : this.source;
            }, getCommonNode: function getCommonNode(t) {
                return this.source === t.source || this.source === t.target ? this.source : this.target === t.source || this.target === t.target ? this.target : null;
            }, isBridging: function isBridging(t, e) {
                return this.source === t && this.target === e || this.source === e && this.target === t;
            }, getNodes: function getNodes() {
                return [this.source, this.target];
            }, incidentWith: function incidentWith(t) {
                return this.source === t || this.target === t;
            }, adjacentTo: function adjacentTo(t) {
                return P(this.source.links, t) || P(this.target.links, t);
            }, changeSource: function changeSource(t) {
                M.remove(this.source.links, this), M.remove(this.source.outgoing, this), t.links.push(this), t.outgoing.push(this), this.source = t;
            }, changeTarget: function changeTarget(t) {
                M.remove(this.target.links, this), M.remove(this.target.incoming, this), t.links.push(this), t.incoming.push(this), this.target = t;
            }, changesNodes: function changesNodes(t, e) {
                this.source === t ? this.changeSource(e) : this.target === t && this.changeTarget(e);
            }, reverse: function reverse() {
                var t = this.source,
                    e = this.target;return this.source = e, M.remove(t.outgoing, this), this.source.outgoing.push(this), this.target = t, M.remove(e.incoming, this), this.target.incoming.push(this), this;
            }, directTo: function directTo(t) {
                if (this.source !== t && this.target !== t) throw "The given node is not incident with this link.";this.target !== t && this.reverse();
            }, createReverseEdge: function createReverseEdge() {
                var t = this.clone();return t.reverse(), t.reversed = !0, t;
            }, clone: function clone() {
                var t = new w(this.source, this.target);return t;
            } }), x = b.Class.extend({ init: function init(t) {
                this.links = [], this.nodes = [], this._nodeMap = new m(), this.diagram = null, this._root = null, M.isDefined(t) ? M.isString(t) ? this.id = t : (this.diagram = t, this.id = t.id) : this.id = s(), this.bounds = new a(), this._hasCachedRelationships = !1, this.type = "Graph";
            }, cacheRelationships: function cacheRelationships(t) {
                var e, i, n;if (M.isUndefined(t) && (t = !1), !this._hasCachedRelationships || t) {
                    for (e = 0, i = this.nodes.length; e < i; e++) {
                        n = this.nodes[e], n.children = this.getChildren(n), n.parents = this.getParents(n);
                    }this._hasCachedRelationships = !0;
                }
            }, assignLevels: function assignLevels(t, e, i) {
                var n, o, s, r;if (!t) throw "Start node not specified.";for (M.isUndefined(e) && (e = 0), this.cacheRelationships(), M.isUndefined(i) && (i = new m(), M.forEach(this.nodes, function (t) {
                    i.add(t, !1);
                })), i.set(t, !0), t.level = e, n = t.children, o = 0, s = n.length; o < s; o++) {
                    r = n[o], r && !i.get(r) && this.assignLevels(r, e + 1, i);
                }
            }, root: function root(t) {
                if (M.isUndefined(t)) {
                    if (this._root) return this._root;var e = M.first(this.nodes, function (t) {
                        return 0 === t.incoming.length;
                    });return e ? e : M.first(this.nodes);
                }this._root = t;
            }, getConnectedComponents: function getConnectedComponents() {
                var t, e, i, n, o;for (this.componentIndex = 0, this.setItemIndices(), t = M.initArray(this.nodes.length, -1), e = 0; e < this.nodes.length; e++) {
                    t[e] === -1 && (this._collectConnectedNodes(t, e), this.componentIndex++);
                }for (i = [], n = 0; n < this.componentIndex; ++n) {
                    i[n] = new x();
                }for (n = 0; n < t.length; ++n) {
                    o = i[t[n]], o.addNodeAndOutgoings(this.nodes[n]);
                }return i.sort(function (t, e) {
                    return e.nodes.length - t.nodes.length;
                }), i;
            }, _collectConnectedNodes: function _collectConnectedNodes(t, e) {
                t[e] = this.componentIndex;var i = this.nodes[e];M.forEach(i.links, function (e) {
                    var n = e.getComplement(i),
                        o = n.index;t[o] === -1 && this._collectConnectedNodes(t, o);
                }, this);
            }, calcBounds: function calcBounds() {
                var t, e, i, n;if (this.isEmpty()) return this.bounds = new a();for (t = null, e = 0, i = this.nodes.length; e < i; e++) {
                    n = this.nodes[e], t = t ? t.union(n.bounds()) : n.bounds();
                }return this.bounds = t;
            }, getSpanningTree: function getSpanningTree(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u,
                    f = new x(),
                    p = new m();for (f.root = t.clone(), f.root.level = 0, f.root.id = t.id, p.add(t, f.root), t.level = 0, n = [], o = [], f._addNode(f.root), n.push(t), o.push(t), s = 1; o.length > 0;) {
                    for (r = o.pop(), a = 0; a < r.links.length; a++) {
                        h = r.links[a], c = h.getComplement(r), P(n, c) || (c.level = r.level + 1, s < c.level + 1 && (s = c.level + 1), P(o, c) || o.push(c), P(n, c) || n.push(c), p.containsKey(r) ? e = p.get(r) : (e = r.clone(), e.level = r.level, e.id = r.id, p.add(r, e)), p.containsKey(c) ? i = p.get(c) : (i = c.clone(), i.level = c.level, i.id = c.id, p.add(c, i)), d = new w(e, i), f.addLink(d));
                    }
                }for (l = [], u = 0; u < s; u++) {
                    l.push([]);
                }return M.forEach(f.nodes, function (t) {
                    l[t.level].push(t);
                }), f.treeLevels = l, f.cacheRelationships(), f;
            }, takeRandomNode: function takeRandomNode(e, i) {
                if (M.isUndefined(e) && (e = []), M.isUndefined(i) && (i = 4), 0 === this.nodes.length) return null;if (1 === this.nodes.length) return P(e, this.nodes[0]) ? null : this.nodes[0];var n = t.grep(this.nodes, function (t) {
                    return !P(e, t) && t.degree() <= i;
                });return M.isEmpty(n) ? null : n[M.randomInteger(0, n.length)];
            }, isEmpty: function isEmpty() {
                return M.isEmpty(this.nodes);
            }, isHealthy: function isHealthy() {
                return M.all(this.links, function (t) {
                    return P(this.nodes, t.source) && P(this.nodes, t.target);
                }, this);
            }, getParents: function getParents(t) {
                if (!this.hasNode(t)) throw "The given node is not part of this graph.";return t.getParents();
            }, getChildren: function getChildren(t) {
                if (!this.hasNode(t)) throw "The given node is not part of this graph.";return t.getChildren();
            }, addLink: function addLink(t, i, n) {
                var o, s, r;if (M.isUndefined(t)) throw "The source of the link is not defined.";if (M.isUndefined(i)) {
                    if (M.isDefined(t.type) && "Link" === t.type) return this.addExistingLink(t), e;throw "The target of the link is not defined.";
                }return o = this.getNode(t), M.isUndefined(o) && (o = this.addNode(t)), s = this.getNode(i), M.isUndefined(s) && (s = this.addNode(i)), r = new w(o, s), M.isDefined(n) && (r.owner = n), this.links.push(r), r;
            }, removeAllLinks: function removeAllLinks() {
                for (; this.links.length > 0;) {
                    var t = this.links[0];this.removeLink(t);
                }
            }, addExistingLink: function addExistingLink(t) {
                var e, i;this.hasLink(t) || (this.links.push(t), this.hasNode(t.source.id) ? (e = this.getNode(t.source.id), t.changeSource(e)) : this.addNode(t.source), this.hasNode(t.target.id) ? (i = this.getNode(t.target.id), t.changeTarget(i)) : this.addNode(t.target));
            }, hasLink: function hasLink(t) {
                if (M.isString(t)) return M.any(this.links, function (e) {
                    return e.id === t;
                });if ("Link" === t.type) return P(this.links, t);throw "The given object is neither an identifier nor a Link.";
            }, getNode: function getNode(t) {
                var e = t.id || t;if (this._nodeMap.containsKey(e)) return this._nodeMap.get(e);
            }, hasNode: function hasNode(t) {
                var e = t.id || t;return this._nodeMap.containsKey(e);
            }, _addNode: function _addNode(t) {
                this.nodes.push(t), this._nodeMap.add(t.id, t);
            }, _removeNode: function _removeNode(t) {
                M.remove(this.nodes, t), this._nodeMap.remove(t.id);
            }, removeNode: function removeNode(t) {
                var e,
                    i,
                    n,
                    o,
                    s = t;if (M.isString(t) && (s = this.getNode(t)), !M.isDefined(s)) throw "The identifier should be a Node or the Id (string) of a node.";for (e = s.links, s.links = [], i = 0, n = e.length; i < n; i++) {
                    o = e[i], this.removeLink(o);
                }this._removeNode(s);
            }, areConnected: function areConnected(t, e) {
                return M.any(this.links, function (i) {
                    return i.source == t && i.target == e || i.source == e && i.target == t;
                });
            }, removeLink: function removeLink(t) {
                M.remove(this.links, t), M.remove(t.source.outgoing, t), M.remove(t.source.links, t), M.remove(t.target.incoming, t), M.remove(t.target.links, t);
            }, addNode: function addNode(t, e, i) {
                var n = null;if (!M.isDefined(t)) throw "No Node or identifier for a new Node is given.";if (M.isString(t)) {
                    if (this.hasNode(t)) return this.getNode(t);n = new y(t);
                } else {
                    if (this.hasNode(t)) return this.getNode(t);n = t;
                }return M.isDefined(e) && n.bounds(e), M.isDefined(i) && (n.owner = i), this._addNode(n), n;
            }, addNodeAndOutgoings: function addNodeAndOutgoings(t) {
                this.hasNode(t) || this._addNode(t);var e = t.outgoing;t.outgoing = [], M.forEach(e, function (t) {
                    this.addExistingLink(t);
                }, this);
            }, setItemIndices: function setItemIndices() {
                var t;for (t = 0; t < this.nodes.length; ++t) {
                    this.nodes[t].index = t;
                }for (t = 0; t < this.links.length; ++t) {
                    this.links[t].index = t;
                }
            }, clone: function clone(t) {
                var e,
                    i = new x(),
                    n = M.isDefined(t) && t === !0;return n && (i.nodeMap = new m(), i.linkMap = new m()), e = new m(), M.forEach(this.nodes, function (t) {
                    var o = t.clone();e.set(t, o), i._addNode(o), n && i.nodeMap.set(o, t);
                }), M.forEach(this.links, function (t) {
                    if (e.containsKey(t.source) && e.containsKey(t.target)) {
                        var o = i.addLink(e.get(t.source), e.get(t.target));n && i.linkMap.set(o, t);
                    }
                }), i;
            }, linearize: function linearize(t) {
                return x.Utils.linearize(this, t);
            }, depthFirstTraversal: function depthFirstTraversal(t, e) {
                var i, n;if (M.isUndefined(t)) throw "You need to supply a starting node.";if (M.isUndefined(e)) throw "You need to supply an action.";if (!this.hasNode(t)) throw "The given start-node is not part of this graph";i = this.getNode(t), n = [], this._dftIterator(i, e, n);
            }, _dftIterator: function _dftIterator(t, e, i) {
                var n, o, s, r;for (e(t), i.push(t), n = t.getChildren(), o = 0, s = n.length; o < s; o++) {
                    r = n[o], P(i, r) || this._dftIterator(r, e, i);
                }
            }, breadthFirstTraversal: function breadthFirstTraversal(t, e) {
                var i, n, o, s, r, a, h, c;if (M.isUndefined(t)) throw "You need to supply a starting node.";if (M.isUndefined(e)) throw "You need to supply an action.";if (!this.hasNode(t)) throw "The given start-node is not part of this graph";for (i = this.getNode(t), n = new _(), o = [], n.enqueue(i); n.length > 0;) {
                    for (s = n.dequeue(), e(s), o.push(s), r = s.getChildren(), a = 0, h = r.length; a < h; a++) {
                        c = r[a], P(o, c) || P(n, c) || n.enqueue(c);
                    }
                }
            }, _stronglyConnectedComponents: function _stronglyConnectedComponents(t, e, i, n, o, s, r) {
                var a, h, c, d, l;for (i.add(e, r), n.add(e, r), r++, s.push(e), a = e.getChildren(), c = 0, d = a.length; c < d; c++) {
                    h = a[c], i.containsKey(h) ? P(s, h) && n.add(e, Math.min(n.get(e), i.get(h))) : (this._stronglyConnectedComponents(t, h, i, n, o, s, r), n.add(e, Math.min(n.get(e), n.get(h))));
                }if (n.get(e) === i.get(e)) {
                    l = [];do {
                        h = s.pop(), l.push(h);
                    } while (h !== e);(!t || l.length > 1) && o.push(l);
                }
            }, findCycles: function findCycles(t) {
                var e, i, n, o, s, r, a;for (M.isUndefined(t) && (t = !0), e = new m(), i = new m(), n = [], o = [], s = 0, r = this.nodes.length; s < r; s++) {
                    a = this.nodes[s], e.containsKey(a) || this._stronglyConnectedComponents(t, a, e, i, n, o, 0);
                }return n;
            }, isAcyclic: function isAcyclic() {
                return M.isEmpty(this.findCycles());
            }, isSubGraph: function isSubGraph(t) {
                var e = t.linearize(),
                    i = this.linearize();return M.all(e, function (t) {
                    return P(i, t);
                });
            }, makeAcyclic: function makeAcyclic() {
                var t, e, i, n, o, s, r, a, h, c, d, l, u, f, p, g, _, v, y, w, x, b, C, S, k, T, D, I, P, L, E, z;if (this.isEmpty() || this.nodes.length <= 1 || this.links.length <= 1) return [];if (2 == this.nodes.length) {
                    if (t = [], this.links.length > 1) for (e = this.links[0], i = e.source, n = 0, o = this.links.length; n < o; n++) {
                        s = this.links[n], s.source != i && (r = s.reverse(), t.push(r));
                    }return t;
                }for (a = this.clone(!0), h = this.nodes.length, c = new m(), d = function d(t) {
                    return 0 === t.outgoing.length ? 2 - h : 0 === t.incoming.length ? h - 2 : t.outgoing.length - t.incoming.length;
                }, l = function l(t, e) {
                    var i = d(t, h);e.containsKey(i) || e.set(i, []), e.get(i).push(t);
                }, M.forEach(a.nodes, function (t) {
                    l(t, c);
                }), u = [], f = []; a.nodes.length > 0;) {
                    if (c.containsKey(2 - h)) for (v = c.get(2 - h); v.length > 0;) {
                        for (g = v.pop(), y = 0; y < g.links.length; y++) {
                            w = g.links[y], p = w.getComplement(g), _ = d(p, h), M.remove(c.get(_), p), p.removeLink(w), l(p, c);
                        }a._removeNode(g), f.unshift(g);
                    }if (c.containsKey(h - 2)) for (x = c.get(h - 2); x.length > 0;) {
                        for (p = x.pop(), b = 0; b < p.links.length; b++) {
                            C = p.links[b], g = C.getComplement(p), _ = d(g, h), M.remove(c.get(_), g), g.removeLink(C), l(g, c);
                        }u.push(p), a._removeNode(p);
                    }if (a.nodes.length > 0) for (S = h - 3; S > 2 - h; S--) {
                        if (c.containsKey(S) && c.get(S).length > 0) {
                            for (k = c.get(S), T = k.pop(), D = 0; D < T.links.length; D++) {
                                I = T.links[D], P = I.getComplement(T), _ = d(P, h), M.remove(c.get(_), P), P.removeLink(I), l(P, c);
                            }u.push(T), a._removeNode(T);break;
                        }
                    }
                }for (u = u.concat(f), L = new m(), E = 0; E < this.nodes.length; E++) {
                    L.set(a.nodeMap.get(u[E]), E);
                }return z = [], M.forEach(this.links, function (t) {
                    L.get(t.source) > L.get(t.target) && (t.reverse(), z.push(t));
                }), z;
            } }), x.Predefined = { EightGraph: function EightGraph() {
                return x.Utils.parse(["1->2", "2->3", "3->4", "4->1", "3->5", "5->6", "6->7", "7->3"]);
            }, Mindmap: function Mindmap() {
                return x.Utils.parse(["0->1", "0->2", "0->3", "0->4", "0->5", "1->6", "1->7", "7->8", "2->9", "9->10", "9->11", "3->12", "12->13", "13->14", "4->15", "4->16", "15->17", "15->18", "18->19", "18->20", "14->21", "14->22", "5->23", "23->24", "23->25", "6->26"]);
            }, ThreeGraph: function ThreeGraph() {
                return x.Utils.parse(["1->2", "2->3", "3->1"]);
            }, BinaryTree: function BinaryTree(t) {
                return M.isUndefined(t) && (t = 5), x.Utils.createBalancedTree(t, 2);
            }, Linear: function Linear(t) {
                return M.isUndefined(t) && (t = 10), x.Utils.createBalancedTree(t, 1);
            }, Tree: function Tree(t, e) {
                return x.Utils.createBalancedTree(t, e);
            }, Forest: function Forest(t, e, i) {
                return x.Utils.createBalancedForest(t, e, i);
            }, Workflow: function Workflow() {
                return x.Utils.parse(["0->1", "1->2", "2->3", "1->4", "4->3", "3->5", "5->6", "6->3", "6->7", "5->4"]);
            }, Grid: function Grid(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a = new C.Graph();if (t <= 0 && e <= 0) return a;for (i = 0; i < t + 1; i++) {
                    for (n = null, o = 0; o < e + 1; o++) {
                        s = new y("" + i + "." + o), a.addNode(s), n && a.addLink(n, s), i > 0 && (r = a.getNode("" + (i - 1) + "." + o), a.addLink(r, s)), n = s;
                    }
                }return a;
            } }, x.Utils = { parse: function parse(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r = new C.Graph(),
                    a = t.slice();for (i = 0, n = a.length; i < n; i++) {
                    if (o = a[i], M.isString(o)) {
                        if (o.indexOf("->") < 0) throw "The link should be specified as 'a->b'.";if (s = o.split("->"), 2 != s.length) throw "The link should be specified as 'a->b'.";e = new w(s[0], s[1]), r.addLink(e);
                    }if (M.isObject(o)) {
                        if (!e) throw "Specification found before Link definition.";b.deepExtend(e, o);
                    }
                }return r;
            }, linearize: function linearize(t, e) {
                var i, n, o, s;if (M.isUndefined(t)) throw "Expected an instance of a Graph object in slot one.";for (M.isUndefined(e) && (e = !1), i = [], n = 0, o = t.links.length; n < o; n++) {
                    s = t.links[n], i.push(s.source.id + "->" + s.target.id), e && i.push({ id: s.id });
                }return i;
            }, _addShape: function _addShape(t, e, i, n) {
                return M.isUndefined(e) && (e = new C.Point(0, 0)), M.isUndefined(i) && (i = s()), n = b.deepExtend({ width: 20, height: 20, id: i, radius: 10, fill: "#778899", data: "circle", undoable: !1, x: e.x, y: e.y }, n), t.addShape(n);
            }, _addConnection: function _addConnection(t, e, i, n) {
                return t.connect(e, i, n);
            }, createDiagramFromGraph: function createDiagramFromGraph(t, e, i, n) {
                var o, s, r, h, c, d, l, u, f, p, g, m, _, v, y, w;if (M.isUndefined(t)) throw "The diagram surface is undefined.";if (M.isUndefined(e)) throw "No graph specification defined.";for (M.isUndefined(i) && (i = !0), M.isUndefined(n) && (n = !1), o = t.element.clientWidth || 200, s = t.element.clientHeight || 200, r = [], d = 0, l = e.nodes.length; d < l; d++) {
                    h = e.nodes[d], u = h.position, M.isUndefined(u) && (u = M.isDefined(h.x) && M.isDefined(h.y) ? new D(h.x, h.y) : new D(M.randomInteger(10, o - 20), M.randomInteger(10, s - 20))), f = {}, "0" === h.id || n && b.deepExtend(f, { width: 150 * Math.random() + 20, height: 80 * Math.random() + 50, data: "rectangle", fill: { color: "#778899" } }), c = this._addShape(t, u, h.id, f), p = c.bounds(), M.isDefined(p) && (h.x = p.x, h.y = p.y, h.width = p.width, h.height = p.height), r[h.id] = c;
                }for (g = 0; g < e.links.length; g++) {
                    m = e.links[g], _ = r[m.source.id], M.isUndefined(_) || (v = r[m.target.id], M.isUndefined(v) || this._addConnection(t, _, v, { id: m.id }));
                }if (i) for (y = new t.SpringLayout(t), y.layoutGraph(e, { limitToView: !1 }), w = 0; w < e.nodes.length; w++) {
                    h = e.nodes[w], c = r[h.id], c.bounds(new a(h.x, h.y, h.width, h.height));
                }
            }, createBalancedTree: function createBalancedTree(t, e) {
                var i, n, o, s, r, a, h, c, d, l;if (M.isUndefined(t) && (t = 3), M.isUndefined(e) && (e = 3), i = new C.Graph(), n = -1, o = [], t <= 0 || e <= 0) return i;for (r = new y("" + ++n), i.addNode(r), i.root = r, o.push(r), a = 0; a < t; a++) {
                    for (s = [], h = 0; h < o.length; h++) {
                        for (c = o[h], d = 0; d < e; d++) {
                            l = new y("" + ++n), i.addLink(c, l), s.push(l);
                        }
                    }o = s;
                }return i;
            }, createBalancedForest: function createBalancedForest(t, e, i) {
                var n, o, s, r, a, h, c, d, l, u, f;if (M.isUndefined(t) && (t = 3), M.isUndefined(e) && (e = 3), M.isUndefined(i) && (i = 5), n = new C.Graph(), o = -1, s = [], t <= 0 || e <= 0 || i <= 0) return n;for (a = 0; a < i; a++) {
                    for (h = new y("" + ++o), n.addNode(h), s = [h], c = 0; c < t; c++) {
                        for (r = [], d = 0; d < s.length; d++) {
                            for (l = s[d], u = 0; u < e; u++) {
                                f = new y("" + ++o), n.addLink(l, f), r.push(f);
                            }
                        }s = r;
                    }
                }return n;
            }, createRandomConnectedGraph: function createRandomConnectedGraph(t, e, i) {
                var n, o, s, r, a, h, c, d, l, u;if (M.isUndefined(t) && (t = 40), M.isUndefined(e) && (e = 4), M.isUndefined(i) && (i = !1), n = new C.Graph(), o = -1, t <= 0) return n;if (s = new y("" + ++o), n.addNode(s), 1 === t) return n;if (t > 1) {
                    for (r = 1; r < t && (a = n.takeRandomNode([], e), a); r++) {
                        h = n.addNode("" + r), n.addLink(a, h);
                    }if (!i && t > 1) for (c = M.randomInteger(1, t), d = 0; d < c; d++) {
                        l = n.takeRandomNode([], e), u = n.takeRandomNode([], e), l && u && !n.areConnected(l, u) && n.addLink(l, u);
                    }return n;
                }
            }, randomDiagram: function randomDiagram(t, e, i, n, o) {
                var s = b.dataviz.diagram.Graph.Utils.createRandomConnectedGraph(e, i, n);x.Utils.createDiagramFromGraph(t, s, !1, o);
            } }, b.deepExtend(C, { init: function init(t) {
                b.init(t, C.ui);
            }, Point: D, Intersect: c, Geometry: p, Rect: a, Size: h, RectAlign: d, Matrix: u, MatrixVector: f, normalVariable: o, randomId: s, Dictionary: m, HashTable: g, Queue: _, Set: v, Node: y, Link: w, Graph: x, PathDefiner: r });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/svg.min", ["kendo.drawing.min", "dataviz/diagram/math.min"], t);
}(function () {
    !function (t, e) {
        function i(t, e) {
            var i,
                n,
                o,
                s = this.options,
                r = !1;for (o = 0; o < e.length; o++) {
                n = e[o], i = t[n], O(i) && s[n] !== i && (s[n] = i, r = !0);
            }return r;
        }function n(t) {
            return { x: t.x || 0, y: t.y || 0, width: t.width || 0, height: t.height || 0 };
        }function o(t) {
            if (t) {
                var e = t;return U(e) && (e = { color: e }), e.color && (e.color = s(e.color)), e;
            }
        }function s(t) {
            var e;return e = t != K ? new F.Color(t).toHex() : t;
        }function r(t, e) {
            var i = e.x - t.x,
                n = e.y - t.y,
                o = P.util.deg(Math.atan2(n, i));return o;
        }function a(t, e) {
            return new F.Segment(new H.Point(t, e));
        }function h(t) {
            if (t) return new H.Rect([t.x, t.y], [t.width, t.height]);
        }var c,
            d,
            l,
            u,
            f,
            p,
            g,
            m,
            _,
            v,
            y,
            w,
            x,
            b,
            C,
            S,
            k,
            T,
            M,
            D,
            I,
            P = window.kendo,
            L = P.dataviz.diagram,
            E = P.Class,
            z = P.deepExtend,
            B = L.Point,
            N = L.Rect,
            R = L.Matrix,
            A = L.Utils,
            O = A.isNumber,
            U = A.isString,
            V = L.MatrixVector,
            H = P.geometry,
            F = P.drawing,
            G = P.util.defined,
            q = t.inArray,
            K = "transparent",
            W = { none: "none", arrowStart: "ArrowStart", filledCircle: "FilledCircle", arrowEnd: "ArrowEnd" },
            X = 360,
            j = "start",
            Y = "end",
            Q = "width",
            J = "height",
            Z = "x",
            $ = "y";L.Markers = W, c = E.extend({ init: function init(t, e) {
                this.x = t, this.y = e;
            }, toMatrix: function toMatrix() {
                return R.scaling(this.x, this.y);
            }, toString: function toString() {
                return P.format("scale({0},{1})", this.x, this.y);
            }, invert: function invert() {
                return new c(1 / this.x, 1 / this.y);
            } }), d = E.extend({ init: function init(t, e) {
                this.x = t, this.y = e;
            }, toMatrixVector: function toMatrixVector() {
                return new V(0, 0, 0, 0, this.x, this.y);
            }, toMatrix: function toMatrix() {
                return R.translation(this.x, this.y);
            }, toString: function toString() {
                return P.format("translate({0},{1})", this.x, this.y);
            }, plus: function plus(t) {
                this.x += t.x, this.y += t.y;
            }, times: function times(t) {
                this.x *= t, this.y *= t;
            }, length: function length() {
                return Math.sqrt(this.x * this.x + this.y * this.y);
            }, normalize: function normalize() {
                0 !== this.Length && this.times(1 / this.length());
            }, invert: function invert() {
                return new d(-this.x, -this.y);
            } }), l = E.extend({ init: function init(t, e, i) {
                this.x = e || 0, this.y = i || 0, this.angle = t;
            }, toString: function toString() {
                return this.x && this.y ? P.format("rotate({0},{1},{2})", this.angle, this.x, this.y) : P.format("rotate({0})", this.angle);
            }, toMatrix: function toMatrix() {
                return R.rotation(this.angle, this.x, this.y);
            }, center: function center() {
                return new B(this.x, this.y);
            }, invert: function invert() {
                return new l(X - this.angle, this.x, this.y);
            } }), l.ZERO = new l(0), l.create = function (t) {
            return new l(t.angle, t.x, t.y);
        }, l.parse = function (t) {
            var e = t.slice(1, t.length - 1).split(","),
                i = e[0],
                n = e[1],
                o = e[2],
                s = new l(i, n, o);return s;
        }, u = E.extend({ init: function init(t, i, n, o, s, r) {
                this.translate = new d(t, i), n !== e && o !== e && (this.scale = new c(n, o)), s !== e && (this.rotate = r ? new l(s, r.x, r.y) : new l(s));
            }, toString: function toString() {
                var t = function t(_t4) {
                    return _t4 ? "" + _t4 : "";
                };return t(this.translate) + t(this.rotate) + t(this.scale);
            }, render: function render(t) {
                t._transform = this, t._renderTransform();
            }, toMatrix: function toMatrix() {
                var t = R.unit();return this.translate && (t = t.times(this.translate.toMatrix())), this.rotate && (t = t.times(this.rotate.toMatrix())), this.scale && (t = t.times(this.scale.toMatrix())), t;
            }, invert: function invert() {
                var t,
                    i,
                    n = this.rotate ? this.rotate.invert() : e,
                    o = n ? n.toMatrix() : R.unit(),
                    s = this.scale ? this.scale.invert() : e,
                    r = s ? s.toMatrix() : R.unit(),
                    a = new B(-this.translate.x, -this.translate.y);return a = o.times(r).apply(a), t = new d(a.x, a.y), i = new u(), i.translate = t, i.rotate = n, i.scale = s, i;
            } }), f = { _setScale: function _setScale() {
                var t = this.options,
                    e = this._originWidth,
                    i = this._originHeight,
                    n = t.width / e,
                    o = t.height / i;O(n) || (n = 1), O(o) || (o = 1), this._transform.scale = new c(n, o);
            }, _setTranslate: function _setTranslate() {
                var t = this.options,
                    e = t.x || 0,
                    i = t.y || 0;this._transform.translate = new d(e, i);
            }, _initSize: function _initSize() {
                var t = this.options,
                    e = !1;t.autoSize !== !1 && (G(t.width) || G(t.height)) && (this._measure(!0), this._setScale(), e = !0), (G(t.x) || G(t.y)) && (this._setTranslate(), e = !0), e && this._renderTransform();
            }, _updateSize: function _updateSize(t) {
                var e = !1;return this.options.autoSize !== !1 && this._diffNumericOptions(t, [Q, J]) && (e = !0, this._measure(!0), this._setScale()), this._diffNumericOptions(t, [Z, $]) && (e = !0, this._setTranslate()), e && this._renderTransform(), e;
            } }, p = E.extend({ init: function init(t) {
                var e = this;e.options = z({}, e.options, t), e.id = e.options.id, e._originSize = N.empty(), e._transform = new u();
            }, visible: function visible(t) {
                return this.drawingContainer().visible(t);
            }, redraw: function redraw(t) {
                t && t.id && (this.id = t.id);
            }, position: function position(t, i) {
                var n = this.options;return G(t) ? (G(i) ? (n.x = t, n.y = i) : t instanceof B && (n.x = t.x, n.y = t.y), this._transform.translate = new d(n.x, n.y), this._renderTransform(), e) : new B(n.x, n.y);
            }, rotate: function rotate(t, e) {
                return G(t) && (this._transform.rotate = new l(t, e.x, e.y), this._renderTransform()), this._transform.rotate || l.ZERO;
            }, drawingContainer: function drawingContainer() {
                return this.drawingElement;
            }, _renderTransform: function _renderTransform() {
                var t = this._transform.toMatrix();this.drawingContainer().transform(new H.Matrix(t.a, t.b, t.c, t.d, t.e, t.f));
            }, _hover: function _hover() {}, _diffNumericOptions: i, _measure: function _measure(t) {
                var e, i, n;return !this._measured || t ? (i = this._boundingBox() || new H.Rect(), n = i.topLeft(), e = new N(n.x, n.y, i.width(), i.height()), this._originSize = e, this._originWidth = e.width, this._originHeight = e.height, this._measured = !0) : e = this._originSize, e;
            }, _boundingBox: function _boundingBox() {
                return this.drawingElement.rawBBox();
            } }), g = p.extend({ init: function init(t) {
                p.fn.init.call(this, t), t = this.options, t.fill = o(t.fill), t.stroke = o(t.stroke);
            }, options: { stroke: { color: "gray", width: 1 }, fill: { color: K } }, fill: function fill(t, e) {
                this._fill({ color: s(t), opacity: e });
            }, stroke: function stroke(t, e, i) {
                this._stroke({ color: s(t), width: e, opacity: i });
            }, redraw: function redraw(t) {
                var e, i;t && (e = t.stroke, i = t.fill, e && this._stroke(o(e)), i && this._fill(o(i)), p.fn.redraw.call(this, t));
            }, _hover: function _hover(t) {
                var e,
                    i = this.drawingElement,
                    n = this.options,
                    s = n.hover;s && s.fill && (e = t ? o(s.fill) : n.fill, i.fill(e.color, e.opacity));
            }, _stroke: function _stroke(t) {
                var e,
                    i = this.options;z(i, { stroke: t }), t = i.stroke, e = null, t.width > 0 && (e = { color: t.color, width: t.width, opacity: t.opacity, dashType: t.dashType }), this.drawingElement.options.set("stroke", e);
            }, _fill: function _fill(t) {
                var e,
                    i,
                    n,
                    o = this.options;z(o, { fill: t || {} }), e = o.fill, e.gradient ? (i = e.gradient, n = "radial" === i.type ? F.RadialGradient : F.LinearGradient, this.drawingElement.fill(new n(i))) : this.drawingElement.fill(e.color, e.opacity);
            } }), m = g.extend({ init: function init(t) {
                t = this._textColor(t), g.fn.init.call(this, t), this._font(), this._initText(), this._initSize();
            }, options: { fontSize: 15, fontFamily: "sans-serif", stroke: { width: 0 }, fill: { color: "black" }, autoSize: !0 }, _initText: function _initText() {
                var t = this.options;this.drawingElement = new F.Text(G(t.text) ? t.text : "", new H.Point(), { font: t.font }), this._fill(), this._stroke();
            }, _textColor: function _textColor(t) {
                return t && t.color && (t = z({}, t, { fill: { color: t.color } })), t;
            }, _font: function _font() {
                var t,
                    e = this.options;e.fontFamily && G(e.fontSize) ? (t = [], e.fontStyle && t.push(e.fontStyle), e.fontWeight && t.push(e.fontWeight), t.push(e.fontSize + (O(e.fontSize) ? "px" : "")), t.push(e.fontFamily), e.font = t.join(" ")) : delete e.font;
            }, content: function content(t) {
                return this.drawingElement.content(t);
            }, redraw: function redraw(t) {
                var e, i;t && (e = !1, i = this.options, t = this._textColor(t), g.fn.redraw.call(this, t), (t.fontFamily || G(t.fontSize) || t.fontStyle || t.fontWeight) && (z(i, { fontFamily: t.fontFamily, fontSize: t.fontSize, fontStyle: t.fontStyle, fontWeight: t.fontWeight }), this._font(), this.drawingElement.options.set("font", i.font), e = !0), t.text && (this.content(t.text), e = !0), !this._updateSize(t) && e && this._initSize());
            } }), z(m.fn, f), _ = g.extend({ init: function init(t) {
                g.fn.init.call(this, t), this._initPath(), this._setPosition();
            }, _setPosition: function _setPosition() {
                var t = this.options,
                    e = t.x,
                    i = t.y;(G(e) || G(i)) && this.position(e || 0, i || 0);
            }, redraw: function redraw(t) {
                t && (g.fn.redraw.call(this, t), this._diffNumericOptions(t, [Q, J]) && this._drawPath(), this._diffNumericOptions(t, [Z, $]) && this._setPosition());
            }, _initPath: function _initPath() {
                var t = this.options;this.drawingElement = new F.Path({ stroke: t.stroke, closed: !0 }), this._fill(), this._drawPath();
            }, _drawPath: function _drawPath() {
                var t = this.drawingElement,
                    e = n(this.options),
                    i = e.width,
                    o = e.height;t.segments.elements([a(0, 0), a(i, 0), a(i, o), a(0, o)]);
            } }), v = g.extend({ init: function init(t) {
                g.fn.init.call(this, t);var e = this.options.anchor;this.anchor = new H.Point(e.x, e.y), this.createElement();
            }, options: { stroke: { color: K, width: 0 }, fill: { color: "black" } }, _transformToPath: function _transformToPath(t, e) {
                var i = e.transform();return t && i && (t = t.transformCopy(i)), t;
            }, redraw: function redraw(t) {
                t && (t.position && (this.options.position = t.position), g.fn.redraw.call(this, t));
            } }), y = v.extend({ options: { radius: 4, anchor: { x: 0, y: 0 } }, createElement: function createElement() {
                var t = this.options;this.drawingElement = new F.Circle(new H.Circle(this.anchor, t.radius), { fill: t.fill, stroke: t.stroke });
            }, positionMarker: function positionMarker(t) {
                var e,
                    i,
                    n = this.options,
                    o = n.position,
                    s = t.segments;e = o == j ? s[0] : s[s.length - 1], e && (i = this._transformToPath(e.anchor(), t), this.drawingElement.transform(H.transform().translate(i.x, i.y)));
            } }), w = v.extend({ options: { path: "M 0 0 L 10 5 L 0 10 L 3 5 z", anchor: { x: 10, y: 5 } }, createElement: function createElement() {
                var t = this.options;this.drawingElement = F.Path.parse(t.path, { fill: t.fill, stroke: t.stroke });
            }, positionMarker: function positionMarker(t) {
                var e,
                    i,
                    n = this._linePoints(t),
                    o = n.start,
                    s = n.end,
                    a = H.transform();o && a.rotate(r(o, s), s), s && (e = this.anchor, i = s.clone().translate(-e.x, -e.y), a.translate(i.x, i.y)), this.drawingElement.transform(a);
            }, _linePoints: function _linePoints(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r = this.options,
                    a = t.segments;if (r.position == j ? (n = a[0], n && (i = n.anchor(), e = n.controlOut(), o = a[1], !e && o && (e = o.anchor()))) : (n = a[a.length - 1], n && (i = n.anchor(), e = n.controlIn(), s = a[a.length - 2], !e && s && (e = s.anchor()))), i) return { start: this._transformToPath(e, t), end: this._transformToPath(i, t) };
            } }), x = { _getPath: function _getPath(t) {
                var e = this.drawingElement;if (e instanceof F.MultiPath && (e = t == j ? e.paths[0] : e.paths[e.paths.length - 1]), e && e.segments.length) return e;
            }, _normalizeMarkerOptions: function _normalizeMarkerOptions(t) {
                var e = t.startCap,
                    i = t.endCap;U(e) && (t.startCap = { type: e }), U(i) && (t.endCap = { type: i });
            }, _removeMarker: function _removeMarker(t) {
                var e = this._markers[t];e && (this.drawingContainer().remove(e.drawingElement), delete this._markers[t]);
            }, _createMarkers: function _createMarkers() {
                var t = this.options;this._normalizeMarkerOptions(t), this._markers = {}, this._markers[j] = this._createMarker(t.startCap, j), this._markers[Y] = this._createMarker(t.endCap, Y);
            }, _createMarker: function _createMarker(t, i) {
                var n,
                    o,
                    s = (t || {}).type,
                    r = this._getPath(i);return r ? (s == W.filledCircle ? n = y : s == W.arrowStart || s == W.arrowEnd ? n = w : this._removeMarker(i), n ? (o = new n(z({}, t, { position: i })), o.positionMarker(r), this.drawingContainer().append(o.drawingElement), o) : e) : (this._removeMarker(i), e);
            }, _positionMarker: function _positionMarker(t) {
                var e,
                    i = this._markers[t];i && (e = this._getPath(t), e ? i.positionMarker(e) : this._removeMarker(t));
            }, _capMap: { start: "startCap", end: "endCap" }, _redrawMarker: function _redrawMarker(t, e, i) {
                var n, o, s, r, a;return this._normalizeMarkerOptions(i), n = this.options, o = this._capMap[e], s = (n[o] || {}).type, r = i[o], a = !1, r ? (n[o] = z({}, n[o], r), r.type && s != r.type ? (this._removeMarker(e), this._markers[e] = this._createMarker(n[o], e), a = !0) : this._markers[e] && this._markers[e].redraw(r)) : t && !this._markers[e] && n[o] && (this._markers[e] = this._createMarker(n[o], e), a = !0), a;
            }, _redrawMarkers: function _redrawMarkers(t, e) {
                !this._redrawMarker(t, j, e) && t && this._positionMarker(j), !this._redrawMarker(t, Y, e) && t && this._positionMarker(Y);
            } }, b = g.extend({ init: function init(t) {
                g.fn.init.call(this, t), this.container = new F.Group(), this._createElements(), this._initSize();
            }, options: { autoSize: !0 }, drawingContainer: function drawingContainer() {
                return this.container;
            }, data: function data(t) {
                var i = this.options;return t ? (i.data != t && (i.data = t, this._setData(t), this._initSize(), this._redrawMarkers(!0, {})), e) : i.data;
            }, redraw: function redraw(t) {
                var e, i;t && (g.fn.redraw.call(this, t), e = this.options, i = t.data, G(i) && e.data != i ? (e.data = i, this._setData(i), this._updateSize(t) || this._initSize(), this._redrawMarkers(!0, t)) : (this._updateSize(t), this._redrawMarkers(!1, t)));
            }, _createElements: function _createElements() {
                var t = this.options;this.drawingElement = F.Path.parse(t.data || "", { stroke: t.stroke }), this._fill(), this.container.append(this.drawingElement), this._createMarkers();
            }, _setData: function _setData(t) {
                var e = this.drawingElement,
                    i = F.Path.parse(t || ""),
                    n = i.paths.slice(0);i.paths.elements([]), e.paths.elements(n);
            } }), z(b.fn, f), z(b.fn, x), C = g.extend({ init: function init(t) {
                g.fn.init.call(this, t), this.container = new F.Group(), this._initPath(), this._createMarkers();
            }, drawingContainer: function drawingContainer() {
                return this.container;
            }, redraw: function redraw(t) {
                var e, i;t && (t = t || {}, e = t.from, i = t.to, e && (this.options.from = e), i && (this.options.to = i), e || i ? (this._drawPath(), this._redrawMarkers(!0, t)) : this._redrawMarkers(!1, t), g.fn.redraw.call(this, t));
            }, _initPath: function _initPath() {
                var t = this.options,
                    e = this.drawingElement = new F.Path({ stroke: t.stroke });this._fill(), this._drawPath(), this.container.append(e);
            }, _drawPath: function _drawPath() {
                var t = this.options,
                    e = this.drawingElement,
                    i = t.from || new B(),
                    n = t.to || new B();e.segments.elements([a(i.x, i.y), a(n.x, n.y)]);
            } }), z(C.fn, x), S = g.extend({ init: function init(t) {
                g.fn.init.call(this, t), this.container = new F.Group(), this._initPath(), this._createMarkers();
            }, drawingContainer: function drawingContainer() {
                return this.container;
            }, points: function points(t) {
                var i = this.options;return t ? (i.points = t, this._updatePath(), e) : i.points;
            }, redraw: function redraw(t) {
                if (t) {
                    var e = t.points;g.fn.redraw.call(this, t), e && this._pointsDiffer(e) ? (this.points(e), this._redrawMarkers(!0, t)) : this._redrawMarkers(!1, t);
                }
            }, _initPath: function _initPath() {
                var t = this.options;this.drawingElement = new F.Path({ stroke: t.stroke }), this._fill(), this.container.append(this.drawingElement), t.points && this._updatePath();
            }, _pointsDiffer: function _pointsDiffer(t) {
                var e,
                    i = this.options.points,
                    n = i.length !== t.length;if (!n) for (e = 0; e < t.length; e++) {
                    if (i[e].x !== t[e].x || i[e].y !== t[e].y) {
                        n = !0;break;
                    }
                }return n;
            }, _updatePath: function _updatePath() {
                var t,
                    e,
                    i = this.drawingElement,
                    n = this.options,
                    o = n.points,
                    s = [];for (e = 0; e < o.length; e++) {
                    t = o[e], s.push(a(t.x, t.y));
                }i.segments.elements(s);
            }, options: { points: [] } }), z(S.fn, x), k = p.extend({ init: function init(t) {
                p.fn.init.call(this, t), this._initImage();
            }, redraw: function redraw(t) {
                t && (t.source && this.drawingElement.src(t.source), this._diffNumericOptions(t, [Q, J, Z, $]) && this.drawingElement.rect(this._rect()), p.fn.redraw.call(this, t));
            }, _initImage: function _initImage() {
                var t = this.options,
                    e = this._rect();this.drawingElement = new F.Image(t.source, e, {});
            }, _rect: function _rect() {
                var t = n(this.options),
                    e = new H.Point(t.x, t.y),
                    i = new H.Size(t.width, t.height);return new H.Rect(e, i);
            } }), T = p.extend({ init: function init(t) {
                this.children = [], p.fn.init.call(this, t), this.drawingElement = new F.Group(), this._initSize();
            }, options: { autoSize: !1 }, append: function append(t) {
                this.drawingElement.append(t.drawingContainer()), this.children.push(t), this._childrenChange = !0;
            }, remove: function remove(t) {
                this._remove(t) && (this._childrenChange = !0);
            }, _remove: function _remove(t) {
                var e = q(t, this.children);if (e >= 0) return this.drawingElement.removeAt(e), this.children.splice(e, 1), !0;
            }, clear: function clear() {
                this.drawingElement.clear(), this.children = [], this._childrenChange = !0;
            }, toFront: function toFront(t) {
                var e, i;for (i = 0; i < t.length; i++) {
                    e = t[i], this._remove(e) && this.append(e);
                }
            }, toBack: function toBack(t) {
                this._reorderChildren(t, 0);
            }, toIndex: function toIndex(t, e) {
                this._reorderChildren(t, e);
            }, _reorderChildren: function _reorderChildren(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a = this.drawingElement,
                    h = a.children.slice(0),
                    c = this.children,
                    d = O(e);for (i = 0; i < t.length; i++) {
                    r = t[i], s = r.drawingContainer(), n = q(r, c), n >= 0 && (h.splice(n, 1), c.splice(n, 1), o = d ? e : e[i], h.splice(o, 0, s), c.splice(o, 0, r));
                }a.clear(), a.append.apply(a, h);
            }, redraw: function redraw(t) {
                t && (this._childrenChange ? (this._childrenChange = !1, this._updateSize(t) || this._initSize()) : this._updateSize(t), p.fn.redraw.call(this, t));
            }, _boundingBox: function _boundingBox() {
                var t,
                    e,
                    i,
                    n,
                    o = this.children;for (n = 0; n < o.length; n++) {
                    e = o[n], e.visible() && e._includeInBBox !== !1 && (i = e.drawingContainer().clippedBBox(null), i && (t = t ? H.Rect.union(t, i) : i));
                }return t;
            } }), z(T.fn, f), M = T.extend({ init: function init(t, e) {
                this.children = [], p.fn.init.call(this, e), this.drawingElement = new F.Layout(h(t), e), this._initSize();
            }, rect: function rect(t) {
                if (t) this.drawingElement.rect(h(t));else {
                    var e = this.drawingElement.rect();if (e) return new N(e.origin.x, e.origin.y, e.size.width, e.size.height);
                }
            }, reflow: function reflow() {
                this.drawingElement.reflow();
            }, redraw: function redraw(t) {
                P.deepExtend(this.drawingElement.options, t), T.fn.redraw.call(this, t);
            } }), D = g.extend({ init: function init(t) {
                g.fn.init.call(this, t), this._initCircle(), this._initSize();
            }, redraw: function redraw(t) {
                if (t) {
                    var e = this.options;t.center && (z(e, { center: t.center }), this._center.move(e.center.x, e.center.y)), this._diffNumericOptions(t, ["radius"]) && this._circle.setRadius(e.radius), this._updateSize(t), g.fn.redraw.call(this, t);
                }
            }, _initCircle: function _initCircle() {
                var t,
                    e = this.options,
                    i = e.width,
                    n = e.height,
                    o = e.radius;G(o) || (G(i) || (i = n), G(n) || (n = i), e.radius = o = Math.min(i, n) / 2), t = e.center || { x: o, y: o }, this._center = new H.Point(t.x, t.y), this._circle = new H.Circle(this._center, o), this.drawingElement = new F.Circle(this._circle, { stroke: e.stroke }), this._fill();
            } }), z(D.fn, f), I = E.extend({ init: function init(t, e) {
                e = e || {}, this.element = t, this.surface = F.Surface.create(t, e), P.isFunction(this.surface.translate) && (this.translate = this._translate), this.drawingElement = new F.Group(), this._viewBox = new N(0, 0, e.width, e.height), this.size(this._viewBox);
            }, bounds: function bounds() {
                var t = this.drawingElement.clippedBBox();return new N(0, 0, t.width(), t.height());
            }, size: function size(t) {
                var e = this._viewBox;return G(t) && (e.width = t.width, e.height = t.height, this.surface.setSize(t)), { width: e.width, height: e.height };
            }, _translate: function _translate(t, e) {
                var i = this._viewBox;return G(t) && G(e) && (i.x = t, i.y = e, this.surface.translate({ x: t, y: e })), { x: i.x, y: i.y };
            }, draw: function draw() {
                this.surface.draw(this.drawingElement);
            }, append: function append(t) {
                return this.drawingElement.append(t.drawingContainer()), this;
            }, remove: function remove(t) {
                this.drawingElement.remove(t.drawingContainer());
            }, insertBefore: function insertBefore() {}, clear: function clear() {
                this.drawingElement.clear();
            }, destroy: function destroy(e) {
                this.surface.destroy(), e && t(this.element).remove();
            } }), P.deepExtend(L, { init: function init(t) {
                P.init(t, L.ui);
            }, diffNumericOptions: i, Element: p, Scale: c, Translation: d, Rotation: l, Circle: D, Group: T, Rectangle: _, Canvas: I, Path: b, Layout: M, Line: C, MarkerBase: v, ArrowMarker: w, CircleMarker: y, Polyline: S, CompositeTransform: u, TextBlock: m, Image: k, VisualBase: g });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/services.min", ["kendo.drawing.min", "dataviz/diagram/svg.min"], t);
}(function () {
    !function (t, e) {
        function i(t, e) {
            return e.charCodeAt(0) == t || e.toUpperCase().charCodeAt(0) == t;
        }function n(t, e) {
            var i;return t.x == -1 && t.y == -1 ? i = e.bottomRight() : 1 == t.x && 1 == t.y ? i = e.topLeft() : t.x == -1 && 1 == t.y ? i = e.topRight() : 1 == t.x && t.y == -1 ? i = e.bottomLeft() : 0 === t.x && t.y == -1 ? i = e.bottom() : 0 === t.x && 1 == t.y ? i = e.top() : 1 == t.x && 0 === t.y ? i = e.left() : t.x == -1 && 0 === t.y && (i = e.right()), i;
        }function o(t) {
            var e = t.options.editable;return e && e.drag !== !1;
        }function s(t, e) {
            var i, n, o, s;for (s = 0; s < t.connectors.length; s++) {
                if (i = t.connectors[s], n = i.position(), o = new q(n.x, n.y), o.inflate(ot, ot), o.contains(e)) return i;
            }
        }function r(t) {
            return t.ctrlKey === !1 && t.altKey === !1 && t.shiftKey === !1;
        }var a,
            h,
            c,
            d,
            l,
            u,
            f,
            p,
            g,
            m,
            _,
            v,
            y,
            w,
            x,
            b,
            C,
            S,
            k,
            T,
            M,
            D,
            I,
            P,
            L,
            E,
            z,
            B,
            N,
            R,
            A,
            O,
            U = window.kendo,
            V = U.dataviz,
            H = V.diagram,
            F = U.Class,
            G = H.Group,
            q = H.Rect,
            K = H.Rectangle,
            W = H.Utils,
            X = W.isUndefined,
            j = H.Point,
            Y = H.Circle,
            Q = H.Ticker,
            J = U.deepExtend,
            Z = U.ui.Movable,
            $ = U.support.browser,
            tt = U.util.defined,
            et = t.inArray,
            it = t.proxy,
            nt = { arrow: "default", grip: "pointer", cross: "pointer", add: "pointer", move: "move", select: "pointer", south: "s-resize", east: "e-resize", west: "w-resize", north: "n-resize", rowresize: "row-resize", colresize: "col-resize" },
            ot = 10,
            st = "Auto",
            rt = "Top",
            at = "Right",
            ht = "Left",
            ct = "Bottom",
            dt = 10,
            lt = 10,
            ut = "dragStart",
            ft = "drag",
            pt = "dragEnd",
            gt = "itemRotate",
            mt = "itemBoundsChange",
            _t = 5,
            vt = 5,
            yt = "mouseEnter",
            wt = "mouseLeave",
            xt = "zoomStart",
            bt = "zoomEnd",
            Ct = -2e4,
            St = 2e4,
            kt = .9,
            Tt = .93,
            Mt = 5,
            Dt = "transparent",
            It = "pan",
            Pt = "rotated",
            Lt = "source",
            Et = "target",
            zt = { "-1": Lt, 1: Et };H.Cursors = nt, a = U.Class.extend({ init: function init(t) {
                this.layoutState = t, this.diagram = t.diagram;
            }, initState: function initState() {
                function t(t, e) {
                    var i = this.diagram.getShapeById(t);i && (this.subjects.push(i), this.froms.push(i.bounds().topLeft()), this.tos.push(e.topLeft()));
                }this.froms = [], this.tos = [], this.subjects = [], this.layoutState.nodeMap.forEach(t, this);
            }, update: function update(t) {
                if (!(this.subjects.length <= 0)) for (var e = 0; e < this.subjects.length; e++) {
                    this.subjects[e].position(new j(this.froms[e].x + (this.tos[e].x - this.froms[e].x) * t, this.froms[e].y + (this.tos[e].y - this.froms[e].y) * t));
                }
            } }), h = F.extend({ init: function init(t, e, i) {
                this.animate = !X(i) && i, this._initialState = t, this._finalState = e, this.title = "Diagram layout";
            }, undo: function undo() {
                this.setState(this._initialState);
            }, redo: function redo() {
                this.setState(this._finalState);
            }, setState: function setState(t) {
                var e,
                    i = t.diagram;this.animate ? (t.linkMap.forEach(function (t, e) {
                    var n = i.getShapeById(t);n.visible(!1), n && n.points(e);
                }), e = new Q(), e.addAdapter(new a(t)), e.onComplete(function () {
                    t.linkMap.forEach(function (t) {
                        var e = i.getShapeById(t);e.visible(!0);
                    });
                }), e.play()) : (t.nodeMap.forEach(function (t, e) {
                    var n = i.getShapeById(t);n && n.position(e.topLeft());
                }), t.linkMap.forEach(function (t, e) {
                    var n = i.getShapeById(t);n && n.points(e);
                }));
            } }), c = F.extend({ init: function init(t) {
                this.units = [], this.title = "Composite unit", t !== e && this.units.push(t);
            }, add: function add(t) {
                this.units.push(t);
            }, undo: function undo() {
                for (var t = 0; t < this.units.length; t++) {
                    this.units[t].undo();
                }
            }, redo: function redo() {
                for (var t = 0; t < this.units.length; t++) {
                    this.units[t].redo();
                }
            } }), d = F.extend({ init: function init(t, e, i) {
                this.item = t, this._redoSource = e, this._redoTarget = i, tt(e) && (this._undoSource = t.source()), tt(i) && (this._undoTarget = t.target()), this.title = "Connection Editing";
            }, undo: function undo() {
                this._undoSource !== e && this.item._updateConnector(this._undoSource, "source"), this._undoTarget !== e && this.item._updateConnector(this._undoTarget, "target"), this.item.updateModel();
            }, redo: function redo() {
                this._redoSource !== e && this.item._updateConnector(this._redoSource, "source"), this._redoTarget !== e && this.item._updateConnector(this._redoTarget, "target"), this.item.updateModel();
            } }), l = F.extend({ init: function init(t, e, i) {
                this.item = t, this._undoSource = e, this._undoTarget = i, this._redoSource = t.source(), this._redoTarget = t.target(), this.title = "Connection Editing";
            }, undo: function undo() {
                this.item._updateConnector(this._undoSource, "source"), this.item._updateConnector(this._undoTarget, "target"), this.item.updateModel();
            }, redo: function redo() {
                this.item._updateConnector(this._redoSource, "source"), this.item._updateConnector(this._redoTarget, "target"), this.item.updateModel();
            } }), u = F.extend({ init: function init(t) {
                this.connection = t, this.diagram = t.diagram, this.targetConnector = t.targetConnector, this.title = "Delete connection";
            }, undo: function undo() {
                this.diagram._addConnection(this.connection, !1);
            }, redo: function redo() {
                this.diagram.remove(this.connection, !1);
            } }), f = F.extend({ init: function init(t) {
                this.shape = t, this.diagram = t.diagram, this.title = "Deletion";
            }, undo: function undo() {
                this.diagram._addShape(this.shape, !1), this.shape.select(!1);
            }, redo: function redo() {
                this.shape.select(!1), this.diagram.remove(this.shape, !1);
            } }), p = F.extend({ init: function init(t, e, i) {
                var n, o;for (this.shapes = t, this.undoStates = e, this.title = "Transformation", this.redoStates = [], this.adorner = i, n = 0; n < this.shapes.length; n++) {
                    o = this.shapes[n], this.redoStates.push(o.bounds());
                }
            }, undo: function undo() {
                var t, e;for (t = 0; t < this.shapes.length; t++) {
                    e = this.shapes[t], e.bounds(this.undoStates[t]), e.hasOwnProperty("layout") && e.layout(e, this.redoStates[t], this.undoStates[t]), e.updateModel();
                }this.adorner && (this.adorner.refreshBounds(), this.adorner.refresh());
            }, redo: function redo() {
                var t, e;for (t = 0; t < this.shapes.length; t++) {
                    e = this.shapes[t], e.bounds(this.redoStates[t]), e.hasOwnProperty("layout") && e.layout(e, this.undoStates[t], this.redoStates[t]), e.updateModel();
                }this.adorner && (this.adorner.refreshBounds(), this.adorner.refresh());
            } }), g = F.extend({ init: function init(t, e) {
                this.connection = t, this.diagram = e, this.title = "New connection";
            }, undo: function undo() {
                this.diagram.remove(this.connection, !1);
            }, redo: function redo() {
                this.diagram._addConnection(this.connection, !1);
            } }), m = F.extend({ init: function init(t, e) {
                this.shape = t, this.diagram = e, this.title = "New shape";
            }, undo: function undo() {
                this.diagram.deselect(), this.diagram.remove(this.shape, !1);
            }, redo: function redo() {
                this.diagram._addShape(this.shape, !1);
            } }), _ = F.extend({ init: function init(t, e, i) {
                this.initial = t, this.finalPos = e, this.diagram = i, this.title = "Pan Unit";
            }, undo: function undo() {
                this.diagram.pan(this.initial);
            }, redo: function redo() {
                this.diagram.pan(this.finalPos);
            } }), v = F.extend({ init: function init(t, e, i) {
                var n, o;for (this.shapes = e, this.undoRotates = i, this.title = "Rotation", this.redoRotates = [], this.redoAngle = t._angle, this.adorner = t, this.center = t._innerBounds.center(), n = 0; n < this.shapes.length; n++) {
                    o = this.shapes[n], this.redoRotates.push(o.rotate().angle);
                }
            }, undo: function undo() {
                var t, e;for (t = 0; t < this.shapes.length; t++) {
                    e = this.shapes[t], e.rotate(this.undoRotates[t], this.center, !1), e.hasOwnProperty("layout") && e.layout(e), e.updateModel();
                }this.adorner && (this.adorner._initialize(), this.adorner.refresh());
            }, redo: function redo() {
                var t, e;for (t = 0; t < this.shapes.length; t++) {
                    e = this.shapes[t], e.rotate(this.redoRotates[t], this.center, !1), e.hasOwnProperty("layout") && e.layout(e), e.updateModel();
                }this.adorner && (this.adorner._initialize(), this.adorner.refresh());
            } }), y = F.extend({ init: function init(t, e, i) {
                this.diagram = t, this.indices = i, this.items = e, this.title = "Rotate Unit";
            }, undo: function undo() {
                this.diagram._toIndex(this.items, this.indices);
            }, redo: function redo() {
                this.diagram.toFront(this.items, !1);
            } }), w = F.extend({ init: function init(t, e, i) {
                this.diagram = t, this.indices = i, this.items = e, this.title = "Rotate Unit";
            }, undo: function undo() {
                this.diagram._toIndex(this.items, this.indices);
            }, redo: function redo() {
                this.diagram.toBack(this.items, !1);
            } }), x = U.Observable.extend({ init: function init(t) {
                U.Observable.fn.init.call(this, t), this.bind(this.events, t), this.stack = [], this.index = 0, this.capacity = 100;
            }, events: ["undone", "redone"], begin: function begin() {
                this.composite = new c();
            }, cancel: function cancel() {
                this.composite = e;
            }, commit: function commit(t) {
                this.composite.units.length > 0 && this._restart(this.composite, t), this.composite = e;
            }, addCompositeItem: function addCompositeItem(t) {
                this.composite ? this.composite.add(t) : this.add(t);
            }, add: function add(t, e) {
                this._restart(t, e);
            }, pop: function pop() {
                this.index > 0 && (this.stack.pop(), this.index--);
            }, count: function count() {
                return this.stack.length;
            }, undo: function undo() {
                this.index > 0 && (this.index--, this.stack[this.index].undo(), this.trigger("undone"));
            }, redo: function redo() {
                this.stack.length > 0 && this.index < this.stack.length && (this.stack[this.index].redo(), this.index++, this.trigger("redone"));
            }, _restart: function _restart(t, e) {
                this.stack.splice(this.index, this.stack.length - this.index), this.stack.push(t), e !== !1 ? this.redo() : this.index++, this.stack.length > this.capacity && (this.stack.splice(0, this.stack.length - this.capacity), this.index = this.capacity);
            }, clear: function clear() {
                this.stack = [], this.index = 0;
            } }), b = F.extend({ init: function init(t) {
                this.toolService = t;
            }, start: function start() {}, move: function move() {}, end: function end() {}, tryActivate: function tryActivate() {
                return !1;
            }, getCursor: function getCursor() {
                return nt.arrow;
            } }), C = b.extend({ init: function init(e) {
                var i,
                    n,
                    o,
                    s,
                    r = this,
                    a = U.support.mobileOS ? Tt : kt;b.fn.init.call(r, e), i = r.toolService.diagram, n = i.canvas, o = i.scroller = r.scroller = t(i.scrollable).kendoMobileScroller({ friction: a, velocityMultiplier: Mt, mousewheelScrolling: !1, zoom: !1, scroll: it(r._move, r) }).data("kendoMobileScroller"), n.translate && (r.movableCanvas = new Z(n.element)), s = function s(t, e, i) {
                    t.makeVirtual(), t.virtualSize(e || Ct, i || St);
                }, s(o.dimensions.x), s(o.dimensions.y), o.disable();
            }, tryActivate: function tryActivate(t, e) {
                var i = this.toolService,
                    n = i.diagram.options.pannable,
                    o = e.ctrlKey;return tt(n.key) && (o = n.key && "none" != n.key ? e[n.key + "Key"] : r(e) && !tt(i.hoveredItem)), n !== !1 && o && !tt(i.hoveredAdorner) && !tt(i._hoveredConnector);
            }, start: function start() {
                this.scroller.enable();
            }, move: function move() {}, _move: function _move(t) {
                var e = this,
                    i = e.toolService.diagram,
                    n = i.canvas,
                    o = new j(t.scrollLeft, t.scrollTop);n.translate ? (i._storePan(o.times(-1)), e.movableCanvas.moveTo(o), n.translate(o.x, o.y)) : o = o.plus(i._pan.times(-1)), i.trigger(It, { pan: o });
            }, end: function end() {
                this.scroller.disable();
            }, getCursor: function getCursor() {
                return nt.move;
            } }), S = F.extend({ init: function init(t) {
                this.toolService = t;
            }, tryActivate: function tryActivate() {
                return !0;
            }, start: function start(t, e) {
                var i = this.toolService,
                    n = i.diagram,
                    o = i.hoveredItem;o && (i.selectSingle(o, e), o.adorner && (this.adorner = o.adorner, this.handle = this.adorner._hitTest(t))), this.handle || (this.handle = n._resizingAdorner._hitTest(t), this.handle && (this.adorner = n._resizingAdorner)), this.adorner && (this.adorner.isDragHandle(this.handle) && n.trigger(ut, { shapes: this.adorner.shapes, connections: [] }) ? (i.startPoint = t, i.end(t)) : this.adorner.start(t));
            }, move: function move(t) {
                this.adorner && (this.adorner.move(this.handle, t), this.adorner.isDragHandle(this.handle) && this.toolService.diagram.trigger(ft, { shapes: this.adorner.shapes, connections: [] }));
            }, end: function end() {
                var t,
                    i = this.toolService.diagram,
                    n = this.adorner;n && (n.isDragHandle(this.handle) && i.trigger(pt, { shapes: n.shapes, connections: [] }) ? n.cancel() : (t = n.stop(), t && i.undoRedoService.add(t, !1))), this.adorner = e, this.handle = e;
            }, getCursor: function getCursor(t) {
                return this.toolService.hoveredItem ? this.toolService.hoveredItem._getCursor(t) : nt.arrow;
            } }), k = F.extend({ init: function init(t) {
                this.toolService = t;
            }, tryActivate: function tryActivate(t, e) {
                var i = this.toolService,
                    n = i.diagram.options.selectable,
                    o = n && n.multiple !== !1;return o && (o = n.key && "none" != n.key ? e[n.key + "Key"] : r(e)), o && !tt(i.hoveredItem) && !tt(i.hoveredAdorner);
            }, start: function start(t) {
                var e = this.toolService.diagram;e.deselect(), e.selector.start(t);
            }, move: function move(t) {
                var e = this.toolService.diagram;e.selector.move(t);
            }, end: function end(t, e) {
                var i = this.toolService.diagram,
                    n = this.toolService.hoveredItem,
                    o = i.selector.bounds();n && n.isSelected || e.ctrlKey || i.deselect(), o.isEmpty() || i.selectArea(o), i.selector.end();
            }, getCursor: function getCursor() {
                return nt.arrow;
            } }), T = F.extend({ init: function init(t) {
                this.toolService = t, this.type = "ConnectionTool";
            }, tryActivate: function tryActivate() {
                return this.toolService._hoveredConnector;
            }, start: function start(t, e) {
                var i = this.toolService,
                    n = i.diagram,
                    s = i._hoveredConnector,
                    r = n._createConnection({}, s._c, t);o(r) && !n.trigger(ut, { shapes: [], connections: [r], connectionHandle: Et }) && n._addConnection(r) ? (i._connectionManipulation(r, s._c.shape, !0), i._removeHover(), i.selectSingle(i.activeConnection, e), "touchmove" == e.type && (n._cachedTouchTarget = s.visual)) : (r.source(null), i.end(t));
            }, move: function move(t) {
                var e = this.toolService,
                    i = e.activeConnection;return i.target(t), e.diagram.trigger(ft, { shapes: [], connections: [i], connectionHandle: Et }), !0;
            }, end: function end(t) {
                var e,
                    i = this.toolService,
                    n = i.diagram,
                    o = i.activeConnection,
                    s = i.hoveredItem,
                    r = i._hoveredConnector,
                    a = n._cachedTouchTarget;o && (e = r && r._c != o.sourceConnector ? r._c : s && s instanceof H.Shape ? s.getConnector(st) || s.getConnector(t) : t, o.target(e), n.trigger(pt, { shapes: [], connections: [o], connectionHandle: Et }) ? (n.remove(o, !1), n.undoRedoService.pop()) : (o.updateModel(), n._syncConnectionChanges()), i._connectionManipulation(), a && (n._connectorsAdorner.visual.remove(a), n._cachedTouchTarget = null));
            }, getCursor: function getCursor() {
                return nt.arrow;
            } }), M = F.extend({ init: function init(t) {
                this.toolService = t, this.type = "ConnectionTool";
            }, tryActivate: function tryActivate(t, e) {
                var i = this.toolService,
                    n = i.diagram,
                    o = n.options.selectable,
                    s = i.hoveredItem,
                    r = o !== !1 && s && s.path && !(s.isSelected && e.ctrlKey);return r && (this._c = s), r;
            }, start: function start(t, e) {
                var i,
                    n,
                    s,
                    r = this.toolService,
                    a = this._c;r.selectSingle(a, e), i = a.adorner, i && (n = i._hitTest(t), s = zt[n]), o(a) && i && !r.diagram.trigger(ut, { shapes: [], connections: [a], connectionHandle: s }) ? (this.handle = n, this.handleName = s, i.start(t)) : (r.startPoint = t, r.end(t));
            }, move: function move(t) {
                var e = this._c.adorner;if (o(this._c) && e) return e.move(this.handle, t), this.toolService.diagram.trigger(ft, { shapes: [], connections: [this._c], connectionHandle: this.handleName }), !0;
            }, end: function end(t) {
                var e,
                    i = this._c,
                    n = i.adorner,
                    s = this.toolService,
                    r = s.diagram;n && o(i) && (e = n.stop(t), r.trigger(pt, { shapes: [], connections: [i], connectionHandle: this.handleName }) ? e.undo() : (r.undoRedoService.add(e, !1), i.updateModel(), r._syncConnectionChanges()));
            }, getCursor: function getCursor() {
                return nt.move;
            } }), D = F.extend({ init: function init(t) {
                this.diagram = t, this.tools = [new C(this), new M(this), new T(this), new k(this), new S(this)], this.activeTool = e;
            }, start: function start(t, e) {
                return e = J({}, e), this.activeTool && this.activeTool.end(t, e), this._updateHoveredItem(t), this._activateTool(t, e), this.activeTool.start(t, e), this._updateCursor(t), this.diagram.focus(), this.diagram.canvas.surface.suspendTracking(), this.startPoint = t, !0;
            }, move: function move(t, e) {
                e = J({}, e);var i = !0;return this.activeTool && (i = this.activeTool.move(t, e)), i && this._updateHoveredItem(t), this._updateCursor(t), !0;
            }, end: function end(t, i) {
                return i = J({}, i), this.activeTool && this.activeTool.end(t, i), this.diagram.canvas.surface.resumeTracking(), this.activeTool = e, this._updateCursor(t), !0;
            }, keyDown: function keyDown(t, e) {
                var n,
                    o = this.diagram;if (e = J({ ctrlKey: !1, metaKey: !1, altKey: !1 }, e), !e.ctrlKey && !e.metaKey || e.altKey) {
                    if (46 === t || 8 === t) return n = this.diagram._triggerRemove(o.select()), n.length && (this.diagram.remove(n, !0), this.diagram._syncChanges(), this.diagram._destroyToolBar()), !0;if (27 === t) return this._discardNewConnection(), o.deselect(), o._destroyToolBar(), !0;
                } else {
                    if (i(t, "a")) return o.selectAll(), o._destroyToolBar(), !0;if (i(t, "z")) return o.undo(), o._destroyToolBar(), !0;if (i(t, "y")) return o.redo(), o._destroyToolBar(), !0;i(t, "c") ? (o.copy(), o._destroyToolBar()) : i(t, "x") ? (o.cut(), o._destroyToolBar()) : i(t, "v") ? (o.paste(), o._destroyToolBar()) : i(t, "l") ? (o.layout(), o._destroyToolBar()) : i(t, "d") && (o._destroyToolBar(), o.copy(), o.paste());
                }
            }, wheel: function wheel(t, e) {
                var i = this.diagram,
                    n = e.delta,
                    o = i.zoom(),
                    s = i.options,
                    r = s.zoomRate,
                    a = { point: t, meta: e, zoom: o };if (!i.trigger(xt, a)) return n < 0 ? o += r : o -= r, o = U.dataviz.round(Math.max(s.zoomMin, Math.min(s.zoomMax, o)), 2), a.zoom = o, i.zoom(o, a), i.trigger(bt, a), !0;
            }, setTool: function setTool(t, e) {
                t.toolService = this, this.tools[e] = t;
            }, selectSingle: function selectSingle(t, e) {
                var i,
                    n = this.diagram,
                    o = n.options.selectable;o && !t.isSelected && t.options.selectable !== !1 && (i = e.ctrlKey && o.multiple !== !1, n.select(t, { addToSelection: i }));
            }, _discardNewConnection: function _discardNewConnection() {
                this.newConnection && (this.diagram.remove(this.newConnection), this.newConnection = e);
            }, _activateTool: function _activateTool(t, e) {
                var i, n;for (i = 0; i < this.tools.length; i++) {
                    if (n = this.tools[i], n.tryActivate(t, e)) {
                        this.activeTool = n;break;
                    }
                }
            }, _updateCursor: function _updateCursor(t) {
                var e = this.diagram.element,
                    i = this.activeTool ? this.activeTool.getCursor(t) : this.hoveredAdorner ? this.hoveredAdorner._getCursor(t) : this.hoveredItem ? this.hoveredItem._getCursor(t) : nt.arrow;e.css({ cursor: i }), $.msie && 7 == $.version && (e[0].style.cssText = e[0].style.cssText);
            }, _connectionManipulation: function _connectionManipulation(t, i, n) {
                this.activeConnection = t, this.disabledShape = i, this.newConnection = n ? this.activeConnection : e;
            }, _updateHoveredItem: function _updateHoveredItem(t) {
                var i = this._hitTest(t),
                    n = this.diagram;i == this.hoveredItem || this.disabledShape && i == this.disabledShape || (this.hoveredItem && (n.trigger(wt, { item: this.hoveredItem }), this.hoveredItem._hover(!1)), i && i.options.enable ? (n.trigger(yt, { item: i }), this.hoveredItem = i, this.hoveredItem._hover(!0)) : this.hoveredItem = e);
            }, _removeHover: function _removeHover() {
                this.hoveredItem && (this.hoveredItem._hover(!1), this.hoveredItem = e);
            }, _hitTest: function _hitTest(t) {
                var i,
                    n,
                    o,
                    s,
                    r = this.diagram;if (this._hoveredConnector && (this._hoveredConnector._hover(!1), this._hoveredConnector = e), r._connectorsAdorner._visible && (i = r._connectorsAdorner._hitTest(t))) return i;if (i = this.diagram._resizingAdorner._hitTest(t)) {
                    if (this.hoveredAdorner = r._resizingAdorner, 0 !== i.x || 0 !== i.y) return;i = e;
                } else this.hoveredAdorner = e;if (!this.activeTool || "ConnectionTool" !== this.activeTool.type) {
                    for (s = [], o = 0; o < r._selectedItems.length; o++) {
                        n = r._selectedItems[o], n instanceof H.Connection && s.push(n);
                    }i = this._hitTestItems(s, t);
                }return i || this._hitTestElements(t);
            }, _hitTestElements: function _hitTestElements(t) {
                var e,
                    i,
                    n,
                    o,
                    r = this.diagram,
                    a = this._hitTestItems(r.shapes, t),
                    h = this._hitTestItems(r.connections, t);return this.activeTool && "ConnectionTool" == this.activeTool.type || !a || !h || s(a, t) || (i = r.mainLayer, n = et(a.visual, i.children), o = et(h.visual, i.children), e = n > o ? a : h), e || a || h;
            }, _hitTestItems: function _hitTestItems(t, e) {
                var i, n, o;for (i = t.length - 1; i >= 0; i--) {
                    if (n = t[i], o = n._hitTest(e)) return o;
                }
            } }), I = U.Class.extend({ init: function init() {} }), P = I.extend({ init: function init(t) {
                var e = this;I.fn.init.call(e), this.connection = t;
            }, hitTest: function hitTest(t) {
                var e = this.getBounds().inflate(ot);return !!e.contains(t) && H.Geometry.distanceToPolyline(t, this.connection.allPoints()) < ot;
            }, getBounds: function getBounds() {
                var t,
                    e = this.connection.allPoints(),
                    i = e[0],
                    n = e[e.length - 1],
                    o = Math.max(i.x, n.x),
                    s = Math.min(i.x, n.x),
                    r = Math.min(i.y, n.y),
                    a = Math.max(i.y, n.y);for (t = 1; t < e.length - 1; ++t) {
                    o = Math.max(o, e[t].x), s = Math.min(s, e[t].x), r = Math.min(r, e[t].y), a = Math.max(a, e[t].y);
                }return new q(s, r, o - s, a - r);
            } }), L = P.extend({ init: function init(t) {
                var e = this;P.fn.init.call(e), this.connection = t;
            }, route: function route() {} }), E = P.extend({ SAME_SIDE_DISTANCE_RATIO: 5, init: function init(t) {
                var e = this;P.fn.init.call(e), this.connection = t;
            }, routePoints: function routePoints(t, e, i, n) {
                var o;return o = i && n ? this._connectorPoints(t, e, i, n) : this._floatingPoints(t, e, i);
            }, route: function route() {
                var t = this.connection._resolvedSourceConnector,
                    e = this.connection._resolvedTargetConnector,
                    i = this.connection.sourcePoint(),
                    n = this.connection.targetPoint(),
                    o = this.routePoints(i, n, t, e);this.connection.points(o);
            }, _connectorSides: [{ name: "Top", axis: "y", boundsPoint: "topLeft", secondarySign: 1 }, { name: "Left", axis: "x", boundsPoint: "topLeft", secondarySign: 1 }, { name: "Bottom", axis: "y", boundsPoint: "bottomRight", secondarySign: -1 }, { name: "Right", axis: "x", boundsPoint: "bottomRight", secondarySign: -1 }], _connectorSide: function _connectorSide(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a = t.position(),
                    h = t.shape.bounds(Pt),
                    c = { topLeft: h.topLeft(), bottomRight: h.bottomRight() },
                    d = this._connectorSides,
                    l = U.util.MAX_NUM;for (r = 0; r < d.length; r++) {
                    s = d[r], o = s.axis, i = Math.round(Math.abs(a[o] - c[s.boundsPoint][o])), i < l ? (l = i, n = s) : i === l && (a[o] - e[o]) * s.secondarySign > (a[n.axis] - e[n.axis]) * n.secondarySign && (n = s);
                }return n.name;
            }, _sameSideDistance: function _sameSideDistance(t) {
                var e = t.shape.bounds(Pt);return Math.min(e.width, e.height) / this.SAME_SIDE_DISTANCE_RATIO;
            }, _connectorPoints: function _connectorPoints(t, e, i, n) {
                var o,
                    s,
                    r = this._connectorSide(i, e),
                    a = this._connectorSide(n, t),
                    h = e.x - t.x,
                    c = e.y - t.y,
                    d = this._sameSideDistance(i),
                    l = [];return r === rt || r == ct ? a == rt || a == ct ? r == a ? (s = r == rt ? Math.min(t.y, e.y) - d : Math.max(t.y, e.y) + d, l = [new j(t.x, s), new j(e.x, s)]) : l = [new j(t.x, t.y + c / 2), new j(e.x, t.y + c / 2)] : l = [new j(t.x, e.y)] : a == ht || a == at ? r == a ? (o = r == ht ? Math.min(t.x, e.x) - d : Math.max(t.x, e.x) + d, l = [new j(o, t.y), new j(o, e.y)]) : l = [new j(t.x + h / 2, t.y), new j(t.x + h / 2, t.y + c)] : l = [new j(e.x, t.y)], l;
            }, _floatingPoints: function _floatingPoints(t, e, i) {
                var n,
                    o,
                    s,
                    r = i ? this._connectorSide(i, e) : null,
                    a = this._startHorizontal(t, e, r),
                    h = [t, t, e, e],
                    c = e.x - t.x,
                    d = e.y - t.y,
                    l = h.length;for (s = 1; s < l - 1; ++s) {
                    a ? s % 2 !== 0 ? (n = c / (l / 2), o = 0) : (n = 0, o = d / ((l - 1) / 2)) : s % 2 !== 0 ? (n = 0, o = d / (l / 2)) : (n = c / ((l - 1) / 2), o = 0), h[s] = new j(h[s - 1].x + n, h[s - 1].y + o);
                }return s--, h[l - 2] = a && s % 2 !== 0 || !a && s % 2 === 0 ? new j(h[l - 1].x, h[l - 2].y) : new j(h[l - 2].x, h[l - 1].y), [h[1], h[2]];
            }, _startHorizontal: function _startHorizontal(t, e, i) {
                var n;return n = null !== i && (i === at || i === ht) || Math.abs(t.x - e.x) > Math.abs(t.y - e.y);
            } }), z = F.extend({ init: function init(t, e) {
                var i = this;i.diagram = t, i.options = J({}, i.options, e), i.visual = new G(), i.diagram._adorners.push(i);
            }, refresh: function refresh() {} }), B = z.extend({ init: function init(t, e) {
                var i,
                    n,
                    o,
                    s = this;s.connection = t, i = s.connection.diagram, s._ts = i.toolService, z.fn.init.call(s, i, e), n = s.connection.sourcePoint(), o = s.connection.targetPoint(), s.spVisual = new Y(J(s.options.handles, { center: n })), s.epVisual = new Y(J(s.options.handles, { center: o })), s.visual.append(s.spVisual), s.visual.append(s.epVisual);
            }, options: { handles: {} }, _getCursor: function _getCursor() {
                return nt.move;
            }, start: function start(t) {
                switch (this.handle = this._hitTest(t), this.startPoint = t, this._initialSource = this.connection.source(), this._initialTarget = this.connection.target(), this.handle) {case -1:
                        this.connection.targetConnector && this._ts._connectionManipulation(this.connection, this.connection.targetConnector.shape);break;case 1:
                        this.connection.sourceConnector && this._ts._connectionManipulation(this.connection, this.connection.sourceConnector.shape);}
            }, move: function move(t, e) {
                switch (t) {case -1:
                        this.connection.source(e);break;case 1:
                        this.connection.target(e);break;default:
                        var i = e.minus(this.startPoint);this.startPoint = e, this.connection.sourceConnector || this.connection.source(this.connection.sourcePoint().plus(i)), this.connection.targetConnector || this.connection.target(this.connection.targetPoint().plus(i));}return this.refresh(), !0;
            }, stop: function stop(t) {
                var i,
                    n = this.diagram.toolService,
                    o = n.hoveredItem;return i = n._hoveredConnector ? n._hoveredConnector._c : o && o instanceof H.Shape ? o.getConnector(st) || o.getConnector(t) : t, this.handle === -1 ? this.connection.source(i) : 1 === this.handle && this.connection.target(i), this.handle = e, this._ts._connectionManipulation(), new l(this.connection, this._initialSource, this._initialTarget);
            }, _hitTest: function _hitTest(t) {
                var e = this.connection.sourcePoint(),
                    i = this.connection.targetPoint(),
                    n = this.options.handles.width / 2 + ot,
                    o = this.options.handles.height / 2 + ot,
                    s = e.distanceTo(t),
                    r = i.distanceTo(t),
                    a = new q(e.x, e.y).inflate(n, o).contains(t),
                    h = new q(i.x, i.y).inflate(n, o).contains(t),
                    c = 0;return a && (!h || s < r) ? c = -1 : h && (!a || r < s) && (c = 1), c;
            }, refresh: function refresh() {
                this.spVisual.redraw({ center: this.diagram.modelToLayer(this.connection.sourcePoint()) }), this.epVisual.redraw({ center: this.diagram.modelToLayer(this.connection.targetPoint()) });
            } }), N = z.extend({ init: function init(t, e) {
                var i = this;z.fn.init.call(i, t, e), i._refreshHandler = function (t) {
                    t.item == i.shape && i.refresh();
                };
            }, show: function show(t) {
                var e,
                    i,
                    n,
                    o = this;for (o._visible = !0, o.shape = t, o.diagram.bind(mt, o._refreshHandler), e = t.connectors.length, o.connectors = [], o._clearVisual(), i = 0; i < e; i++) {
                    n = new O(t.connectors[i]), o.connectors.push(n), o.visual.append(n.visual);
                }o.visual.visible(!0), o.refresh();
            }, _clearVisual: function _clearVisual() {
                var t = this;t.diagram._cachedTouchTarget ? t._keepCachedTouchTarget() : t.visual.clear();
            }, _keepCachedTouchTarget: function _keepCachedTouchTarget() {
                var t,
                    e = this,
                    i = e.visual.children,
                    n = i.length,
                    o = et(e.diagram._cachedTouchTarget, i);for (t = n - 1; t >= 0; t--) {
                    t != o && e.visual.remove(i[t]);
                }
            }, destroy: function destroy() {
                var t = this;t.diagram.unbind(mt, t._refreshHandler), t.shape = e, t._visible = e, t.visual.visible(!1);
            }, _hitTest: function _hitTest(t) {
                var e, i;for (i = 0; i < this.connectors.length; i++) {
                    if (e = this.connectors[i], e._hitTest(t)) {
                        e._hover(!0), this.diagram.toolService._hoveredConnector = e;break;
                    }
                }
            }, refresh: function refresh() {
                if (this.shape) {
                    var e = this.shape.bounds();e = this.diagram.modelToLayer(e), this.visual.position(e.topLeft()), t.each(this.connectors, function () {
                        this.refresh();
                    });
                }
            } }), R = z.extend({ init: function init(t, e) {
                var i = this;z.fn.init.call(i, t, e), i._manipulating = !1, i.map = [], i.shapes = [], i._initSelection(), i._createHandles(), i.redraw(), i.diagram.bind("select", function (t) {
                    i._initialize(t.selected);
                }), i._refreshHandler = function () {
                    i._internalChange || (i.refreshBounds(), i.refresh());
                }, i._rotatedHandler = function () {
                    1 == i.shapes.length && (i._angle = i.shapes[0].rotate().angle), i._refreshHandler();
                }, i.diagram.bind(mt, i._refreshHandler).bind(gt, i._rotatedHandler), i.refreshBounds(), i.refresh();
            }, options: { handles: { fill: { color: "#fff" }, stroke: { color: "#282828" }, height: 7, width: 7, hover: { fill: { color: "#282828" }, stroke: { color: "#282828" } } }, selectable: { stroke: { color: "#778899", width: 1, dashType: "dash" }, fill: { color: Dt } }, offset: 10 }, _initSelection: function _initSelection() {
                var t = this,
                    e = t.diagram,
                    i = e.options.selectable,
                    n = J({}, t.options.selectable, i);t.rect = new K(n), t.visual.append(t.rect);
            }, _resizable: function _resizable() {
                return this.options.editable && this.options.editable.resize !== !1;
            }, _handleOptions: function _handleOptions() {
                return (this.options.editable.resize || {}).handles || this.options.handles;
            }, _createHandles: function _createHandles() {
                var t, e, i, n;if (this._resizable()) for (t = this._handleOptions(), n = -1; n <= 1; n++) {
                    for (i = -1; i <= 1; i++) {
                        0 === n && 0 === i || (e = new K(t), e.drawingElement._hover = it(this._hover, this), this.map.push({ x: n, y: i, visual: e }), this.visual.append(e));
                    }
                }
            }, bounds: function bounds(t) {
                return t ? (this._innerBounds = t.clone(), this._bounds = this.diagram.modelToLayer(t).inflate(this.options.offset, this.options.offset), e) : this._bounds;
            }, _hitTest: function _hitTest(t) {
                var e,
                    i,
                    n,
                    o,
                    s = this.diagram.modelToLayer(t),
                    r = this.map.length;if (this._angle && (s = s.clone().rotate(this._bounds.center(), this._angle)), this._resizable()) for (e = 0; e < r; e++) {
                    if (o = this.map[e], i = new j(o.x, o.y), n = this._getHandleBounds(i), n.offset(this._bounds.x, this._bounds.y), n.contains(s)) return i;
                }if (this._bounds.contains(s)) return new j(0, 0);
            }, _getHandleBounds: function _getHandleBounds(t) {
                if (this._resizable()) {
                    var e = this._handleOptions(),
                        i = e.width,
                        n = e.height,
                        o = new q(0, 0, i, n);return t.x < 0 ? o.x = -i / 2 : 0 === t.x ? o.x = Math.floor(this._bounds.width / 2) - i / 2 : t.x > 0 && (o.x = this._bounds.width + 1 - i / 2), t.y < 0 ? o.y = -n / 2 : 0 === t.y ? o.y = Math.floor(this._bounds.height / 2) - n / 2 : t.y > 0 && (o.y = this._bounds.height + 1 - n / 2), o;
                }
            }, _getCursor: function _getCursor(t) {
                var e,
                    i = this._hitTest(t);if (i && i.x >= -1 && i.x <= 1 && i.y >= -1 && i.y <= 1 && this._resizable()) {
                    if (e = this._angle, e && (e = 360 - e, i.rotate(new j(0, 0), e), i = new j(Math.round(i.x), Math.round(i.y))), i.x == -1 && i.y == -1) return "nw-resize";if (1 == i.x && 1 == i.y) return "se-resize";if (i.x == -1 && 1 == i.y) return "sw-resize";if (1 == i.x && i.y == -1) return "ne-resize";if (0 === i.x && i.y == -1) return "n-resize";if (0 === i.x && 1 == i.y) return "s-resize";if (1 == i.x && 0 === i.y) return "e-resize";if (i.x == -1 && 0 === i.y) return "w-resize";
                }return this._manipulating ? nt.move : nt.select;
            }, _initialize: function _initialize() {
                var t,
                    e,
                    i = this,
                    n = i.diagram.select();for (i.shapes = [], t = 0; t < n.length; t++) {
                    e = n[t], e instanceof H.Shape && (i.shapes.push(e), e._rotationOffset = new j());
                }i._angle = 1 == i.shapes.length ? i.shapes[0].rotate().angle : 0, i._startAngle = i._angle, i._rotates(), i._positions(), i.refreshBounds(), i.refresh(), i.redraw();
            }, _rotates: function _rotates() {
                var t,
                    e,
                    i = this;for (i.initialRotates = [], t = 0; t < i.shapes.length; t++) {
                    e = i.shapes[t], i.initialRotates.push(e.rotate().angle);
                }
            }, _positions: function _positions() {
                var t,
                    e,
                    i = this;for (i.initialStates = [], t = 0; t < i.shapes.length; t++) {
                    e = i.shapes[t], i.initialStates.push(e.bounds());
                }
            }, _hover: function _hover(t, e) {
                if (this._resizable()) {
                    var i = this._handleOptions(),
                        n = i.hover,
                        o = i.stroke,
                        s = i.fill;t && W.isDefined(n.stroke) && (o = J({}, o, n.stroke)), t && W.isDefined(n.fill) && (s = n.fill), e.stroke(o.color, o.width, o.opacity), e.fill(s.color, s.opacity);
                }
            }, start: function start(t) {
                var e, i;for (this._sp = t, this._cp = t, this._lp = t, this._manipulating = !0, this._internalChange = !0, this.shapeStates = [], e = 0; e < this.shapes.length; e++) {
                    i = this.shapes[e], this.shapeStates.push(i.bounds());
                }
            }, redraw: function redraw() {
                var t,
                    e,
                    i = this._resizable();for (t = 0; t < this.map.length; t++) {
                    e = this.map[t], e.visual.visible(i);
                }
            }, angle: function angle(t) {
                return tt(t) && (this._angle = t), this._angle;
            }, rotate: function rotate() {
                var t,
                    e,
                    i = this._innerBounds.center(),
                    n = this.angle();for (this._internalChange = !0, t = 0; t < this.shapes.length; t++) {
                    e = this.shapes[t], n = (n + this.initialRotates[t] - this._startAngle) % 360, e.rotate(n, i);
                }this.refresh();
            }, move: function move(t, i) {
                var s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u,
                    f,
                    p,
                    g,
                    m,
                    _,
                    v,
                    y = new j(),
                    w = new j(),
                    x = 0;if (t.y === -2 && t.x === -1) {
                    for (h = this._innerBounds.center(), this._angle = this._truncateAngle(W.findAngle(h, i)), d = 0; d < this.shapes.length; d++) {
                        c = this.shapes[d], l = (this._angle + this.initialRotates[d] - this._startAngle) % 360, c.rotate(l, h), c.hasOwnProperty("layout") && c.layout(c), this._rotating = !0;
                    }this.refresh();
                } else {
                    if (this.shouldSnap()) {
                        if (m = this._truncateDistance(i.minus(this._lp)), 0 === m.x && 0 === m.y) return this._cp = i, e;s = m, this._lp = new j(this._lp.x + m.x, this._lp.y + m.y);
                    } else s = i.minus(this._cp);for (this.isDragHandle(t) ? (w = y = s, r = !0) : (this._angle && s.rotate(new j(0, 0), this._angle), t.x == -1 ? y.x = s.x : 1 == t.x && (w.x = s.x), t.y == -1 ? y.y = s.y : 1 == t.y && (w.y = s.y)), r || (f = n(t, this._innerBounds), p = (this._innerBounds.width + s.x * t.x) / this._innerBounds.width, g = (this._innerBounds.height + s.y * t.y) / this._innerBounds.height), d = 0; d < this.shapes.length; d++) {
                        if (c = this.shapes[d], a = c.bounds(), r) {
                            if (!o(c)) continue;u = this._displaceBounds(a, y, w, r);
                        } else u = a.clone(), u.scale(p, g, f, this._innerBounds.center(), c.rotate().angle), _ = u.center(), _.rotate(a.center(), -this._angle), u = new q(_.x - u.width / 2, _.y - u.height / 2, u.width, u.height);u.width >= c.options.minWidth && u.height >= c.options.minHeight && (v = a, c.bounds(u), c.hasOwnProperty("layout") && c.layout(c, v, u), v.width === u.width && v.height === u.height || c.rotate(c.rotate().angle), x += 1);
                    }x && (x == d ? (u = this._displaceBounds(this._innerBounds, y, w, r), this.bounds(u)) : this.refreshBounds(), this.refresh()), this._positions();
                }this._cp = i;
            }, isDragHandle: function isDragHandle(t) {
                return 0 === t.x && 0 === t.y;
            }, cancel: function cancel() {
                var t,
                    i = this.shapes,
                    n = this.shapeStates;for (t = 0; t < i.length; t++) {
                    i[t].bounds(n[t]);
                }this.refreshBounds(), this.refresh(), this._manipulating = e, this._internalChange = e, this._rotating = e;
            }, _truncatePositionToGuides: function _truncatePositionToGuides(t) {
                return this.diagram.ruler ? this.diagram.ruler.truncatePositionToGuides(t) : t;
            }, _truncateSizeToGuides: function _truncateSizeToGuides(t) {
                return this.diagram.ruler ? this.diagram.ruler.truncateSizeToGuides(t) : t;
            }, _truncateAngle: function _truncateAngle(t) {
                var e = this.snapOptions(),
                    i = Math.max(e.angle || lt, vt);return e ? Math.floor(t % 360 / i) * i : t % 360;
            }, _truncateDistance: function _truncateDistance(t) {
                var e, i;return t instanceof H.Point ? new H.Point(this._truncateDistance(t.x), this._truncateDistance(t.y)) : (e = this.snapOptions() || {}, i = Math.max(e.size || dt, _t), e ? Math.floor(t / i) * i : t);
            }, snapOptions: function snapOptions() {
                var t = this.diagram.options.editable,
                    e = ((t || {}).drag || {}).snap || {};return e;
            }, shouldSnap: function shouldSnap() {
                var t = this.diagram.options.editable,
                    e = (t || {}).drag,
                    i = (e || {}).snap;return t !== !1 && e !== !1 && i !== !1;
            }, _displaceBounds: function _displaceBounds(t, e, i, n) {
                var o,
                    s = t.topLeft().plus(e),
                    r = t.bottomRight().plus(i),
                    a = q.fromPoints(s, r);return n || (o = a.center(), o.rotate(t.center(), -this._angle), a = new q(o.x - a.width / 2, o.y - a.height / 2, a.width, a.height)), a;
            }, stop: function stop() {
                var t, i, n, o;if (this._cp != this._sp) if (this._rotating) t = new v(this, this.shapes, this.initialRotates), this._rotating = !1;else if (this._diffStates()) {
                    if (this.diagram.ruler) for (i = 0; i < this.shapes.length; i++) {
                        n = this.shapes[i], o = n.bounds(), o = this._truncateSizeToGuides(this._truncatePositionToGuides(o)), n.bounds(o), this.refreshBounds(), this.refresh();
                    }for (i = 0; i < this.shapes.length; i++) {
                        n = this.shapes[i], n.updateModel();
                    }t = new p(this.shapes, this.shapeStates, this), this.diagram._syncShapeChanges();
                }return this._manipulating = e, this._internalChange = e, this._rotating = e, t;
            }, _diffStates: function _diffStates() {
                var t,
                    e = this.shapes,
                    i = this.shapeStates;for (t = 0; t < e.length; t++) {
                    if (!e[t].bounds().equals(i[t])) return !0;
                }return !1;
            }, refreshBounds: function refreshBounds() {
                var t = 1 == this.shapes.length ? this.shapes[0].bounds().clone() : this.diagram.boundingBox(this.shapes, !0);this.bounds(t);
            }, refresh: function refresh() {
                var e,
                    i,
                    n,
                    o,
                    s = this;this.shapes.length > 0 ? (i = this.bounds(), this.visual.visible(!0), this.visual.position(i.topLeft()), t.each(this.map, function () {
                    e = s._getHandleBounds(new j(this.x, this.y)), this.visual.position(e.topLeft());
                }), this.visual.position(i.topLeft()), n = new j(i.width / 2, i.height / 2), this.visual.rotate(this._angle, n), this.rect.redraw({ width: i.width, height: i.height }), this.rotationThumb && (o = this.options.editable.rotate.thumb, this._rotationThumbBounds = new q(i.center().x, i.y + o.y, 0, 0).inflate(o.width), this.rotationThumb.redraw({ x: i.width / 2 - o.width / 2 }))) : this.visual.visible(!1);
            } }), A = F.extend({ init: function init(t) {
                var e = t.options.selectable;this.options = J({}, this.options, e), this.visual = new K(this.options), this.diagram = t;
            }, options: { stroke: { color: "#778899", width: 1, dashType: "dash" }, fill: { color: Dt } }, start: function start(t) {
                this._sp = this._ep = t, this.refresh(), this.diagram._adorn(this, !0);
            }, end: function end() {
                this._sp = this._ep = e, this.diagram._adorn(this, !1);
            }, bounds: function bounds(t) {
                return t && (this._bounds = t), this._bounds;
            }, move: function move(t) {
                this._ep = t, this.refresh();
            }, refresh: function refresh() {
                if (this._sp) {
                    var t = q.fromPoints(this.diagram.modelToLayer(this._sp), this.diagram.modelToLayer(this._ep));this.bounds(q.fromPoints(this._sp, this._ep)), this.visual.position(t.topLeft()), this.visual.redraw({ height: t.height + 1, width: t.width + 1 });
                }
            } }), O = F.extend({ init: function init(t) {
                this.options = J({}, t.options), this._c = t, this.visual = new Y(this.options), this.refresh();
            }, _hover: function _hover(t) {
                var e = this.options,
                    i = e.hover,
                    n = e.stroke,
                    o = e.fill;t && W.isDefined(i.stroke) && (n = J({}, n, i.stroke)), t && W.isDefined(i.fill) && (o = i.fill), this.visual.redraw({ stroke: n, fill: o });
            }, refresh: function refresh() {
                var t = this._c.shape.diagram.modelToView(this._c.position()),
                    e = t.minus(this._c.shape.bounds("transformed").topLeft()),
                    i = new q(t.x, t.y, 0, 0);i.inflate(this.options.width / 2, this.options.height / 2), this._visualBounds = i, this.visual.redraw({ center: new j(e.x, e.y) });
            }, _hitTest: function _hitTest(t) {
                var e = this._c.shape.diagram.modelToView(t);return this._visualBounds.contains(e);
            } }), J(H, { CompositeUnit: c, TransformUnit: p, PanUndoUnit: _, AddShapeUnit: m, AddConnectionUnit: g, DeleteShapeUnit: f, DeleteConnectionUnit: u, ConnectionEditAdorner: B, ConnectionTool: T, ConnectorVisual: O, UndoRedoService: x, ResizingAdorner: R, Selector: A, ToolService: D, ConnectorsAdorner: N, LayoutUndoUnit: h, ConnectionEditUnit: d, ToFrontUnit: y, ToBackUnit: w, ConnectionRouterBase: I, PolylineRouter: L, CascadingRouter: E, SelectionTool: k, ScrollerTool: C, PointerTool: S, ConnectionEditTool: M, RotateUnit: v });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/layout.min", ["dataviz/diagram/math.min"], t);
}(function () {
    !function (t, e) {
        var i = window.kendo,
            n = i.dataviz.diagram,
            o = n.Graph,
            s = n.Node,
            r = n.Link,
            a = i.deepExtend,
            h = n.Size,
            c = n.Rect,
            d = n.Dictionary,
            l = n.Set,
            u = n.Graph,
            f = n.Utils,
            p = n.Point,
            g = 1e-6,
            m = Math.PI / 180,
            _ = f.contains,
            v = t.grep,
            y = i.Class.extend({ defaultOptions: { type: "Tree", subtype: "Down", roots: null, animate: !1, limitToView: !1, friction: .9, nodeDistance: 50, iterations: 300, horizontalSeparation: 90, verticalSeparation: 50, underneathVerticalTopOffset: 15, underneathHorizontalOffset: 15, underneathVerticalSeparation: 15, grid: { width: 1500, offsetX: 50, offsetY: 50, componentSpacingX: 20, componentSpacingY: 20 }, layerSeparation: 50, layeredIterations: 2, startRadialAngle: 0, endRadialAngle: 360, radialSeparation: 150, radialFirstLevelSeparation: 200, keepComponentsInOneRadialLayout: !1, ignoreContainers: !0, layoutContainerChildren: !1, ignoreInvisible: !0, animateTransitions: !1 }, init: function init() {}, gridLayoutComponents: function gridLayoutComponents(t) {
                var e, i, n, o, s, r, a, h, c, d, l, u, g, m, _;if (!t) throw "No components supplied.";for (f.forEach(t, function (t) {
                    t.calcBounds();
                }), t.sort(function (t, e) {
                    return e.bounds.width - t.bounds.width;
                }), e = this.options.grid.width, i = this.options.grid.componentSpacingX, n = this.options.grid.componentSpacingY, o = 0, s = this.options.grid.offsetX, r = this.options.grid.offsetY, a = s, h = r, d = [], l = []; t.length > 0;) {
                    for (a >= e && (a = s, h += o + n, o = 0), u = t.pop(), this.moveToOffset(u, new p(a, h)), c = 0; c < u.nodes.length; c++) {
                        l.push(u.nodes[c]);
                    }for (c = 0; c < u.links.length; c++) {
                        d.push(u.links[c]);
                    }g = u.bounds, m = g.height, (m <= 0 || isNaN(m)) && (m = 0), _ = g.width, (_ <= 0 || isNaN(_)) && (_ = 0), m >= o && (o = m), a += _ + i;
                }return { nodes: l, links: d };
            }, moveToOffset: function moveToOffset(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    d,
                    l = t.bounds,
                    u = e.x - l.x,
                    f = e.y - l.y;for (i = 0; i < t.nodes.length; i++) {
                    o = t.nodes[i], s = o.bounds(), 0 === s.width && 0 === s.height && 0 === s.x && 0 === s.y && (s = new c(0, 0, 0, 0)), s.x += u, s.y += f, o.bounds(s);
                }for (i = 0; i < t.links.length; i++) {
                    if (r = t.links[i], r.points) {
                        for (a = [], h = r.points, n = 0; n < h.length; n++) {
                            d = h[n], d.x += u, d.y += f, a.push(d);
                        }r.points = a;
                    }
                }return this.currentHorizontalOffset += l.width + this.options.grid.offsetX, new p(u, f);
            }, transferOptions: function transferOptions(t) {
                this.options = i.deepExtend({}, this.defaultOptions), f.isUndefined(t) || (this.options = i.deepExtend(this.options, t || {}));
            } }),
            w = i.Class.extend({ init: function init(t) {
                this.nodeMap = new d(), this.shapeMap = new d(), this.nodes = [], this.edges = [], this.edgeMap = new d(), this.finalNodes = [], this.finalLinks = [], this.ignoredConnections = [], this.ignoredShapes = [], this.hyperMap = new d(), this.hyperTree = new o(), this.finalGraph = null, this.diagram = t;
            }, convert: function convert(t) {
                if (f.isUndefined(this.diagram)) throw "No diagram to convert.";return this.options = i.deepExtend({ ignoreInvisible: !0, ignoreContainers: !0, layoutContainerChildren: !1 }, t || {}), this.clear(), this._renormalizeShapes(), this._renormalizeConnections(), this.finalNodes = new d(this.nodes), this.finalLinks = new d(this.edges), this.finalGraph = new o(), this.finalNodes.forEach(function (t) {
                    this.finalGraph.addNode(t);
                }, this), this.finalLinks.forEach(function (t) {
                    this.finalGraph.addExistingLink(t);
                }, this), this.finalGraph;
            }, mapConnection: function mapConnection(t) {
                return this.edgeMap.get(t.id);
            }, mapShape: function mapShape(t) {
                return this.nodeMap.get(t.id);
            }, getEdge: function getEdge(t, e) {
                return f.first(t.links, function (i) {
                    return i.getComplement(t) === e;
                });
            }, clear: function clear() {
                this.finalGraph = null, this.hyperTree = !this.options.ignoreContainers && this.options.layoutContainerChildren ? new u() : null, this.hyperMap = !this.options.ignoreContainers && this.options.layoutContainerChildren ? new d() : null, this.nodeMap = new d(), this.shapeMap = new d(), this.nodes = [], this.edges = [], this.edgeMap = new d(), this.ignoredConnections = [], this.ignoredShapes = [], this.finalNodes = [], this.finalLinks = [];
            }, listToRoot: function listToRoot(t) {
                var e = [],
                    i = t.container;if (!i) return e;for (e.push(i); i.parentContainer;) {
                    i = i.parentContainer, e.push(i);
                }return e.reverse(), e;
            }, firstNonIgnorableContainer: function firstNonIgnorableContainer(t) {
                return t.isContainer && !this._isIgnorableItem(t) ? t : t.parentContainer ? this.firstNonIgnorableContainer(t.parentContainer) : null;
            }, isContainerConnection: function isContainerConnection(t, e) {
                return !(!t.isContainer || !this.isDescendantOf(t, e)) || e.isContainer && this.isDescendantOf(e, t);
            }, isDescendantOf: function isDescendantOf(t, e) {
                var i, n, o, s;if (!t.isContainer) throw "Expecting a container.";if (t === e) return !1;if (_(t.children, e)) return !0;for (i = [], n = 0, o = t.children.length; n < o; n++) {
                    s = t.children[n], s.isContainer && this.isDescendantOf(s, e) && i.push(s);
                }return i.length > 0;
            }, isIgnorableItem: function isIgnorableItem(t) {
                return this.options.ignoreInvisible ? (!t.isCollapsed || !this._isVisible(t)) && !(!t.isCollapsed && this._isVisible(t)) : t.isCollapsed && !this._isTop(t);
            }, isShapeMapped: function isShapeMapped(t) {
                return t.isCollapsed && !this._isVisible(t) && !this._isTop(t);
            }, leastCommonAncestor: function leastCommonAncestor(t, e) {
                var i, n, o, s, r, a;if (!t) throw "Parameter should not be null.";if (!e) throw "Parameter should not be null.";if (!this.hyperTree) throw "No hypertree available.";if (i = this.listToRoot(t), n = this.listToRoot(e), o = null, f.isEmpty(i) || f.isEmpty(n)) return this.hyperTree.root.data;for (s = i[0], r = n[0], a = 0; s === r && (o = i[a], a++, !(a >= i.length || a >= n.length));) {
                    s = i[a], r = n[a];
                }return o ? v(this.hyperTree.nodes, function (t) {
                    return t.data.container === o;
                }) : this.hyperTree.root.data;
            }, _isTop: function _isTop(t) {
                return !t.parentContainer;
            }, _isVisible: function _isVisible(t) {
                return !!t.visible() && (t.parentContainer ? this._isVisible(t.parentContainer) : t.visible());
            }, _isCollapsed: function _isCollapsed(t) {
                return !(!t.isContainer || !t.isCollapsed) || t.parentContainer && this._isCollapsed(t.parentContainer);
            }, _renormalizeShapes: function _renormalizeShapes() {
                var t, e, i, n;if (!this.options.ignoreContainers) throw "Containers are not supported yet, but stay tuned.";for (t = 0, e = this.diagram.shapes.length; t < e; t++) {
                    i = this.diagram.shapes[t], this.options.ignoreInvisible && !this._isVisible(i) || i.isContainer ? this.ignoredShapes.push(i) : (n = new s(i.id, i), n.isVirtual = !1, this.nodeMap.add(i.id, n), this.nodes.push(n));
                }
            }, _renormalizeConnections: function _renormalizeConnections() {
                var t, e, i, n, o, s, a, h;if (0 !== this.diagram.connections.length) for (t = 0, e = this.diagram.connections.length; t < e; t++) {
                    if (i = this.diagram.connections[t], this.isIgnorableItem(i)) this.ignoredConnections.push(i);else if (n = i.sourceConnector ? i.sourceConnector.shape : null, o = i.targetConnector ? i.targetConnector.shape : null, n && o) {
                        if (!_(this.ignoredShapes, n) || this.shapeMap.containsKey(n)) {
                            if (!_(this.ignoredShapes, o) || this.shapeMap.containsKey(o)) {
                                if (this.shapeMap.containsKey(n) && (n = this.shapeMap[n]), this.shapeMap.containsKey(o) && (o = this.shapeMap[o]), s = this.mapShape(n), a = this.mapShape(o), s === a || this.areConnectedAlready(s, a)) this.ignoredConnections.push(i);else {
                                    if (null === s || null === a) throw "A shape was not mapped to a node.";if (!this.options.ignoreContainers) throw "Containers are not supported yet, but stay tuned.";s.isVirtual || a.isVirtual ? this.ignoredConnections.push(i) : (h = new r(s, a, i.id, i), this.edgeMap.add(i.id, h), this.edges.push(h));
                                }
                            } else this.ignoredConnections.push(i);
                        } else this.ignoredConnections.push(i);
                    } else this.ignoredConnections.push(i);
                }
            }, areConnectedAlready: function areConnectedAlready(t, e) {
                return f.any(this.edges, function (i) {
                    return i.source === t && i.target === e || i.source === e && i.target === t;
                });
            } }),
            x = y.extend({ init: function init(t) {
                var e = this;if (y.fn.init.call(e), f.isUndefined(t)) throw "Diagram is not specified.";this.diagram = t;
            }, layout: function layout(t) {
                var e, i, o, s, r, a;if (this.transferOptions(t), e = new w(this.diagram), i = e.convert(t), !i.isEmpty() && (o = i.getConnectedComponents(), !f.isEmpty(o))) {
                    for (s = 0; s < o.length; s++) {
                        r = o[s], this.layoutGraph(r, t);
                    }return a = this.gridLayoutComponents(o), new n.LayoutState(this.diagram, a);
                }
            }, layoutGraph: function layoutGraph(t, e) {
                var i, n, o;for (f.isDefined(e) && this.transferOptions(e), this.graph = t, i = 9 * this.options.nodeDistance, this.temperature = i, n = this._expectedBounds(), this.width = n.width, this.height = n.height, o = 0; o < this.options.iterations; o++) {
                    this.refineStage = o >= 5 * this.options.iterations / 6, this.tick(), this.temperature = this.refineStage ? i / 30 : i * (1 - o / (2 * this.options.iterations));
                }
            }, tick: function tick() {
                var t, e, i;for (t = 0; t < this.graph.nodes.length; t++) {
                    this._repulsion(this.graph.nodes[t]);
                }for (t = 0; t < this.graph.links.length; t++) {
                    this._attraction(this.graph.links[t]);
                }for (t = 0; t < this.graph.nodes.length; t++) {
                    if (e = this.graph.nodes[t], i = Math.sqrt(e.dx * e.dx + e.dy * e.dy), 0 === i) return;e.x += Math.min(i, this.temperature) * e.dx / i, e.y += Math.min(i, this.temperature) * e.dy / i, this.options.limitToView && (e.x = Math.min(this.width, Math.max(e.width / 2, e.x)), e.y = Math.min(this.height, Math.max(e.height / 2, e.y)));
                }
            }, _shake: function _shake(t) {
                var e = Math.random() * this.options.nodeDistance / 4,
                    i = 2 * Math.random() * Math.PI;t.x += e * Math.cos(i), t.y -= e * Math.sin(i);
            }, _InverseSquareForce: function _InverseSquareForce(t, e, i) {
                var n, o, s, r, a, h, c;return this.refineStage ? (o = e.x - i.x, s = e.y - i.y, r = e.width / 2, a = e.height / 2, h = i.width / 2, c = i.height / 2, n = Math.pow(o, 2) / Math.pow(r + h + this.options.nodeDistance, 2) + Math.pow(s, 2) / Math.pow(a + c + this.options.nodeDistance, 2)) : n = Math.pow(t, 2) / Math.pow(this.options.nodeDistance, 2), 4 * n / 3;
            }, _SquareForce: function _SquareForce(t, e, i) {
                return 1 / this._InverseSquareForce(t, e, i);
            }, _repulsion: function _repulsion(t) {
                t.dx = 0, t.dy = 0, f.forEach(this.graph.nodes, function (e) {
                    var i, n, o, s;if (e !== t) {
                        for (; t.x === e.x && t.y === e.y;) {
                            this._shake(e);
                        }i = t.x - e.x, n = t.y - e.y, o = Math.sqrt(i * i + n * n), s = 2 * this._SquareForce(o, t, e), t.dx += i / o * s, t.dy += n / o * s;
                    }
                }, this);
            }, _attraction: function _attraction(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a = t.target,
                    h = t.source;if (h !== a) {
                    for (; h.x === a.x && h.y === a.y;) {
                        this._shake(a);
                    }e = h.x - a.x, i = h.y - a.y, n = Math.sqrt(e * e + i * i), o = 5 * this._InverseSquareForce(n, h, a), s = e / n * o, r = i / n * o, a.dx += s, a.dy += r, h.dx -= s, h.dy -= r;
                }
            }, _expectedBounds: function _expectedBounds() {
                var t,
                    e,
                    i,
                    n,
                    o,
                    s = this.graph.nodes.length,
                    r = 1.5,
                    a = 4;return 0 === s ? t : (t = f.fold(this.graph.nodes, function (t, e) {
                    var i = e.width * e.height;return i > 0 ? t += Math.sqrt(i) : 0;
                }, 0, this), e = t / s, i = e * Math.ceil(Math.sqrt(s)), n = i * Math.sqrt(r), o = i / Math.sqrt(r), { width: n * a, height: o * a });
            } }),
            b = i.Class.extend({ init: function init(t) {
                this.center = null, this.options = t;
            }, layout: function layout(t, e) {
                if (this.graph = t, this.graph.nodes && 0 !== this.graph.nodes.length) {
                    if (!_(this.graph.nodes, e)) throw "The given root is not in the graph.";this.center = e, this.graph.cacheRelationships(), this.layoutSwitch();
                }
            }, layoutLeft: function layoutLeft(t) {
                var e, i, n, o, s, r, a, c;for (this.setChildrenDirection(this.center, "Left", !1), this.setChildrenLayout(this.center, "Default", !1), e = 0, i = 0, o = 0; o < t.length; o++) {
                    s = t[o], s.TreeDirection = "Left", r = this.measure(s, h.Empty), i = Math.max(i, r.Width), e += r.height + this.options.verticalSeparation;
                }for (e -= this.options.verticalSeparation, a = this.center.x - this.options.horizontalSeparation, n = this.center.y + (this.center.height - e) / 2, o = 0; o < t.length; o++) {
                    s = t[o], c = new p(a - s.Size.width, n), this.arrange(s, c), n += s.Size.height + this.options.verticalSeparation;
                }
            }, layoutRight: function layoutRight(t) {
                var e, i, n, o, s, r, a, c;for (this.setChildrenDirection(this.center, "Right", !1), this.setChildrenLayout(this.center, "Default", !1), e = 0, i = 0, o = 0; o < t.length; o++) {
                    s = t[o], s.TreeDirection = "Right", r = this.measure(s, h.Empty), i = Math.max(i, r.Width), e += r.height + this.options.verticalSeparation;
                }for (e -= this.options.verticalSeparation, a = this.center.x + this.options.horizontalSeparation + this.center.width, n = this.center.y + (this.center.height - e) / 2, o = 0; o < t.length; o++) {
                    s = t[o], c = new p(a, n), this.arrange(s, c), n += s.Size.height + this.options.verticalSeparation;
                }
            }, layoutUp: function layoutUp(t) {
                var e, i, n, o, s, r, a;for (this.setChildrenDirection(this.center, "Up", !1), this.setChildrenLayout(this.center, "Default", !1), e = 0, o = 0; o < t.length; o++) {
                    n = t[o], n.TreeDirection = "Up", s = this.measure(n, h.Empty), e += s.width + this.options.horizontalSeparation;
                }for (e -= this.options.horizontalSeparation, r = this.center.x + this.center.width / 2 - e / 2, o = 0; o < t.length; o++) {
                    n = t[o], i = this.center.y - this.options.verticalSeparation - n.Size.height, a = new p(r, i), this.arrange(n, a), r += n.Size.width + this.options.horizontalSeparation;
                }
            }, layoutDown: function layoutDown(t) {
                var e, i, n, o, s, r, a;for (this.setChildrenDirection(this.center, "Down", !1), this.setChildrenLayout(this.center, "Default", !1), n = 0, i = 0; i < t.length; i++) {
                    e = t[i], e.treeDirection = "Down", s = this.measure(e, h.Empty), n += s.width + this.options.horizontalSeparation;
                }for (n -= this.options.horizontalSeparation, r = this.center.x + this.center.width / 2 - n / 2, o = this.center.y + this.options.verticalSeparation + this.center.height, i = 0; i < t.length; i++) {
                    e = t[i], a = new p(r, o), this.arrange(e, a), r += e.Size.width + this.options.horizontalSeparation;
                }
            }, layoutRadialTree: function layoutRadialTree() {
                var t, e;if (this.setChildrenDirection(this.center, "Radial", !1), this.setChildrenLayout(this.center, "Default", !1), this.previousRoot = null, t = this.options.startRadialAngle * m, e = this.options.endRadialAngle * m, e <= t) throw "Final angle should not be less than the start angle.";this.maxDepth = 0, this.origin = new p(this.center.x, this.center.y), this.calculateAngularWidth(this.center, 0), this.maxDepth > 0 && this.radialLayout(this.center, this.options.radialFirstLevelSeparation, t, e), this.center.Angle = e - t;
            }, tipOverTree: function tipOverTree(t, e) {
                var i, n, o, s, r, a, c;for (f.isUndefined(e) && (e = 0), this.setChildrenDirection(this.center, "Down", !1), this.setChildrenLayout(this.center, "Default", !1), this.setChildrenLayout(this.center, "Underneath", !1, e), i = 0, s = 0; s < t.length; s++) {
                    o = t[s], o.TreeDirection = "Down", r = this.measure(o, h.Empty), i += r.width + this.options.horizontalSeparation;
                }for (i -= this.options.horizontalSeparation, i -= t[t.length - 1].width, i += t[t.length - 1].associatedShape.bounds().width, a = this.center.x + this.center.width / 2 - i / 2, n = this.center.y + this.options.verticalSeparation + this.center.height, s = 0; s < t.length; s++) {
                    o = t[s], c = new p(a, n), this.arrange(o, c), a += o.Size.width + this.options.horizontalSeparation;
                }
            }, calculateAngularWidth: function calculateAngularWidth(t, e) {
                var i, n, o, s, r, a, h;if (e > this.maxDepth && (this.maxDepth = e), i = 0, n = 1e3, o = 1e3, s = 0 === e ? 0 : Math.sqrt(n * n + o * o) / e, t.children.length > 0) {
                    for (r = 0, a = t.children.length; r < a; r++) {
                        h = t.children[r], i += this.calculateAngularWidth(h, e + 1);
                    }i = Math.max(s, i);
                } else i = s;return t.sectorAngle = i, i;
            }, sortChildren: function sortChildren(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u = 0;if (t.parents.length > 1) throw "Node is not part of a tree.";if (i = t.parents[0], i && (n = new p(i.x, i.y), o = new p(t.x, t.y), u = this.normalizeAngle(Math.atan2(n.y - o.y, n.x - o.x))), s = t.children.length, 0 === s) return null;for (r = [], a = [], e = 0; e < s; ++e) {
                    h = t.children[e], c = new p(h.x, h.y), a[e] = e, r[e] = this.normalizeAngle(-u + Math.atan2(c.y - c.y, c.x - c.x));
                }for (f.bisort(r, a), d = [], l = t.children, e = 0; e < s; ++e) {
                    d.push(l[a[e]]);
                }return d;
            }, normalizeAngle: function normalizeAngle(t) {
                for (; t > 2 * Math.PI;) {
                    t -= 2 * Math.PI;
                }for (; t < 0;) {
                    t += 2 * Math.PI;
                }return t;
            }, radialLayout: function radialLayout(t, e, i, n) {
                var o,
                    s,
                    r,
                    a,
                    h,
                    c = n - i,
                    d = c / 2,
                    l = t.sectorAngle,
                    u = 0,
                    f = this.sortChildren(t);for (o = 0, s = f.length; o < s; o++) {
                    r = f[o], a = r, h = a.sectorAngle / l, r.children.length > 0 && this.radialLayout(r, e + this.options.radialSeparation, i + u * c, i + (u + h) * c), this.setPolarLocation(r, e, i + u * c + h * d), a.angle = h * c, u += h;
                }
            }, setPolarLocation: function setPolarLocation(t, e, i) {
                t.x = this.origin.x + e * Math.cos(i), t.y = this.origin.y + e * Math.sin(i), t.BoundingRectangle = new c(t.x, t.y, t.width, t.height);
            }, setChildrenDirection: function setChildrenDirection(t, e, i) {
                var n = t.treeDirection;this.graph.depthFirstTraversal(t, function (t) {
                    t.treeDirection = e;
                }), i || (t.treeDirection = n);
            }, setChildrenLayout: function setChildrenLayout(t, e, i, n) {
                f.isUndefined(n) && (n = 0);var o = t.childrenLayout;n > 0 ? (this.graph.assignLevels(t), this.graph.depthFirstTraversal(t, function (t) {
                    t.level >= n + 1 && (t.childrenLayout = e);
                })) : (this.graph.depthFirstTraversal(t, function (t) {
                    t.childrenLayout = e;
                }), i || (t.childrenLayout = o));
            }, measure: function measure(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    c,
                    d = 0,
                    l = 0,
                    u = new h(0, 0);if (!t) throw "";if (n = t.associatedShape.bounds(), o = n.width, s = n.height, 1 !== t.parents.length) throw "Node not in a spanning tree.";if (r = t.parents[0], "Undefined" === t.treeDirection && (t.treeDirection = r.treeDirection), f.isEmpty(t.children)) u = new h(Math.abs(o) < g ? 50 : o, Math.abs(s) < g ? 25 : s);else if (1 === t.children.length) {
                    switch (t.treeDirection) {case "Radial":
                            i = this.measure(t.children[0], e), d = o + this.options.radialSeparation * Math.cos(t.AngleToParent) + i.width, l = s + Math.abs(this.options.radialSeparation * Math.sin(t.AngleToParent)) + i.height;break;case "Left":case "Right":
                            switch (t.childrenLayout) {case "TopAlignedWithParent":
                                    break;case "BottomAlignedWithParent":
                                    break;case "Underneath":
                                    i = this.measure(t.children[0], e), d = o + i.width + this.options.underneathHorizontalOffset, l = s + this.options.underneathVerticalTopOffset + i.height;break;case "Default":
                                    i = this.measure(t.children[0], e), d = o + this.options.horizontalSeparation + i.width, l = Math.max(s, i.height);break;default:
                                    throw "Unhandled TreeDirection in the Radial layout measuring.";}break;case "Up":case "Down":
                            switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                    break;case "Underneath":
                                    i = this.measure(t.children[0], e), d = Math.max(o, i.width + this.options.underneathHorizontalOffset), l = s + this.options.underneathVerticalTopOffset + i.height;break;case "Default":
                                    i = this.measure(t.children[0], e), l = s + this.options.verticalSeparation + i.height, d = Math.max(o, i.width);break;default:
                                    throw "Unhandled TreeDirection in the Down layout measuring.";}break;default:
                            throw "Unhandled TreeDirection in the layout measuring.";}u = new h(d, l);
                } else {
                    switch (t.treeDirection) {case "Left":case "Right":
                            switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                    break;case "Underneath":
                                    for (d = o, l = s + this.options.underneathVerticalTopOffset, a = 0; a < t.children.length; a++) {
                                        c = t.children[a], i = this.measure(c, e), d = Math.max(d, i.width + this.options.underneathHorizontalOffset), l += i.height + this.options.underneathVerticalSeparation;
                                    }l -= this.options.underneathVerticalSeparation;break;case "Default":
                                    for (d = o, l = 0, a = 0; a < t.children.length; a++) {
                                        c = t.children[a], i = this.measure(c, e), d = Math.max(d, o + this.options.horizontalSeparation + i.width), l += i.height + this.options.verticalSeparation;
                                    }l -= this.options.verticalSeparation;break;default:
                                    throw "Unhandled TreeDirection in the Right layout measuring.";}break;case "Up":case "Down":
                            switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                    break;case "Underneath":
                                    for (d = o, l = s + this.options.underneathVerticalTopOffset, a = 0; a < t.children.length; a++) {
                                        c = t.children[a], i = this.measure(c, e), d = Math.max(d, i.width + this.options.underneathHorizontalOffset), l += i.height + this.options.underneathVerticalSeparation;
                                    }l -= this.options.underneathVerticalSeparation;break;case "Default":
                                    for (d = 0, l = 0, a = 0; a < t.children.length; a++) {
                                        c = t.children[a], i = this.measure(c, e), d += i.width + this.options.horizontalSeparation, l = Math.max(l, i.height + this.options.verticalSeparation + s);
                                    }d -= this.options.horizontalSeparation;break;default:
                                    throw "Unhandled TreeDirection in the Down layout measuring.";}break;default:
                            throw "Unhandled TreeDirection in the layout measuring.";}u = new h(d, l);
                }return t.SectorAngle = Math.sqrt(d * d / 4 + l * l / 4), t.Size = u, u;
            }, arrange: function arrange(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    d,
                    l = t.associatedShape.bounds(),
                    u = l.width,
                    m = l.height;if (f.isEmpty(t.children)) t.x = e.x, t.y = e.y, t.BoundingRectangle = new c(e.x, e.y, u, m);else switch (t.treeDirection) {case "Left":
                        switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                break;case "Underneath":
                                for (d = e, t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), h = e.y + m + this.options.underneathVerticalTopOffset, i = 0; i < s.children.length; i++) {
                                    s = s.children[i], a = d.x - s.associatedShape.width - this.options.underneathHorizontalOffset, n = new p(a, h), this.arrange(s, n), h += s.Size.height + this.options.underneathVerticalSeparation;
                                }break;case "Default":
                                for (d = new p(e.x + t.Size.width - u, e.y + (t.Size.height - m) / 2), t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), a = d.x - this.options.horizontalSeparation, h = e.y, i = 0; i < t.children.length; i++) {
                                    s = t.children[i], n = new p(a - s.Size.width, h), this.arrange(s, n), h += s.Size.height + this.options.verticalSeparation;
                                }break;default:
                                throw "Unsupported TreeDirection";}break;case "Right":
                        switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                break;case "Underneath":
                                for (d = e, t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), a = e.x + u + this.options.underneathHorizontalOffset, h = e.y + m + this.options.underneathVerticalTopOffset, i = 0; i < t.children.length; i++) {
                                    s = t.children[i], n = new p(a, h), this.arrange(s, n), h += s.Size.height + this.options.underneathVerticalSeparation;
                                }break;case "Default":
                                for (d = new p(e.x, e.y + (t.Size.height - m) / 2), t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), a = e.x + u + this.options.horizontalSeparation, h = e.y, i = 0; i < t.children.length; i++) {
                                    s = t.children[i], n = new p(a, h), this.arrange(s, n), h += s.Size.height + this.options.verticalSeparation;
                                }break;default:
                                throw "Unsupported TreeDirection";}break;case "Up":
                        if (d = new p(e.x + (t.Size.width - u) / 2, e.y + t.Size.height - m), t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), Math.abs(d.x - e.x) < g) {
                            for (r = 0, i = 0; i < t.children.length; i++) {
                                o = t.children[i], r += o.Size.width + this.options.horizontalSeparation;
                            }r -= this.options.horizontalSeparation, a = e.x + (u - r) / 2;
                        } else a = e.x;for (i = 0; i < t.children.length; i++) {
                            s = t.children[i], h = d.y - this.options.verticalSeparation - s.Size.height, n = new p(a, h), this.arrange(s, n), a += s.Size.width + this.options.horizontalSeparation;
                        }break;case "Down":
                        switch (t.childrenLayout) {case "TopAlignedWithParent":case "BottomAlignedWithParent":
                                break;case "Underneath":
                                for (d = e, t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), a = e.x + this.options.underneathHorizontalOffset, h = e.y + m + this.options.underneathVerticalTopOffset, i = 0; i < t.children.length; i++) {
                                    s = t.children[i], n = new p(a, h), this.arrange(s, n), h += s.Size.height + this.options.underneathVerticalSeparation;
                                }break;case "Default":
                                if (d = new p(e.x + (t.Size.width - u) / 2, e.y), t.x = d.x, t.y = d.y, t.BoundingRectangle = new c(t.x, t.y, t.width, t.height), Math.abs(d.x - e.x) < g) {
                                    for (r = 0, i = 0; i < t.children.length; i++) {
                                        o = t.children[i], r += o.Size.width + this.options.horizontalSeparation;
                                    }r -= this.options.horizontalSeparation, a = e.x + (u - r) / 2;
                                } else a = e.x;for (i = 0; i < t.children.length; i++) {
                                    s = t.children[i], h = d.y + this.options.verticalSeparation + m, n = new p(a, h), this.arrange(s, n), a += s.Size.width + this.options.horizontalSeparation;
                                }break;default:
                                throw "Unsupported TreeDirection";}break;case "None":
                        break;default:
                        throw "Unsupported TreeDirection";}
            }, layoutSwitch: function layoutSwitch() {
                var t, e, i, n, o, s;if (this.center && !f.isEmpty(this.center.children)) switch (t = this.options.subtype, f.isUndefined(t) && (t = "Down"), s = this.center.children, t.toLowerCase()) {case "radial":case "radialtree":
                        this.layoutRadialTree();break;case "mindmaphorizontal":case "mindmap":
                        e = this.center.children, 1 === this.center.children.length ? this.layoutRight(e) : (o = s.length / 2, i = v(this.center.children, function (t) {
                            return f.indexOf(s, t) < o;
                        }), n = v(this.center.children, function (t) {
                            return f.indexOf(s, t) >= o;
                        }), this.layoutLeft(i), this.layoutRight(n));break;case "mindmapvertical":
                        e = this.center.children, 1 === this.center.children.length ? this.layoutDown(e) : (o = s.length / 2, i = v(this.center.children, function (t) {
                            return f.indexOf(s, t) < o;
                        }), n = v(this.center.children, function (t) {
                            return f.indexOf(s, t) >= o;
                        }), this.layoutUp(i), this.layoutDown(n));break;case "right":
                        this.layoutRight(this.center.children);break;case "left":
                        this.layoutLeft(this.center.children);break;case "up":case "bottom":
                        this.layoutUp(this.center.children);break;case "down":case "top":
                        this.layoutDown(this.center.children);break;case "tipover":case "tipovertree":
                        if (this.options.tipOverTreeStartLevel < 0) throw "The tip-over level should be a positive integer.";this.tipOverTree(this.center.children, this.options.tipOverTreeStartLevel);break;case "undefined":case "none":}
            } }),
            C = y.extend({ init: function init(t) {
                var e = this;if (y.fn.init.call(e), f.isUndefined(t)) throw "No diagram specified.";this.diagram = t;
            }, layout: function layout(t) {
                var e, i;return this.transferOptions(t), e = new w(this.diagram), this.graph = e.convert(), i = this.layoutComponents(), new n.LayoutState(this.diagram, i);
            }, layoutComponents: function layoutComponents() {
                var t, e, i, n, o, s, r, a;if (!this.graph.isEmpty() && (t = this.graph.getConnectedComponents(), !f.isEmpty(t))) {
                    for (e = new b(this.options), i = [], n = 0; n < t.length; n++) {
                        if (o = t[n], s = this.getTree(o), !s) throw "Failed to find a spanning tree for the component.";r = s.root, a = s.tree, e.layout(a, r), i.push(a);
                    }return this.gridLayoutComponents(i);
                }
            }, getTree: function getTree(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r = null;if (this.options.roots && this.options.roots.length > 0) for (e = 0, i = t.nodes.length; e < i; e++) {
                    for (n = t.nodes[e], o = 0; o < this.options.roots.length; o++) {
                        if (s = this.options.roots[o], s === n.associatedShape) {
                            r = n;break;
                        }
                    }
                }if (!r && (r = t.root(), !r)) throw "Unable to find a root for the tree.";return this.getTreeForRoot(t, r);
            }, getTreeForRoot: function getTreeForRoot(t, e) {
                var i = t.getSpanningTree(e);return f.isUndefined(i) || i.isEmpty() ? null : { tree: i, root: i.root };
            } }),
            S = y.extend({ init: function init(t) {
                var e = this;if (y.fn.init.call(e), f.isUndefined(t)) throw "Diagram is not specified.";this.diagram = t;
            }, layout: function layout(t) {
                var e, i, o, s, r, a;if (this.transferOptions(t), e = new w(this.diagram), i = e.convert(t), !i.isEmpty() && (o = i.getConnectedComponents(), !f.isEmpty(o))) {
                    for (s = 0; s < o.length; s++) {
                        r = o[s], this.layoutGraph(r, t);
                    }return a = this.gridLayoutComponents(o), new n.LayoutState(this.diagram, a);
                }
            }, _initRuntimeProperties: function _initRuntimeProperties() {
                var t, e;for (t = 0; t < this.graph.nodes.length; t++) {
                    e = this.graph.nodes[t], e.layer = -1, e.downstreamLinkCount = 0, e.upstreamLinkCount = 0, e.isVirtual = !1, e.uBaryCenter = 0, e.dBaryCenter = 0, e.upstreamPriority = 0, e.downstreamPriority = 0, e.gridPosition = 0;
                }
            }, _prepare: function _prepare(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    l,
                    u,
                    p = [],
                    g = new d(),
                    m = 0;for (f.forEach(t.nodes, function (t) {
                    0 === t.incoming.length && (g.set(t, 0), p.push(t));
                }); p.length > 0;) {
                    for (s = p.shift(), e = 0; e < s.outgoing.length; e++) {
                        n = s.outgoing[e], r = n.target, o = g.containsKey(r) ? Math.max(g.get(s) + 1, g.get(r)) : g.get(s) + 1, g.set(r, o), o > m && (m = o), _(p, r) || p.push(r);
                    }
                }for (a = g.keys(), a.sort(function (t, e) {
                    var i = g.get(t),
                        n = g.get(e);return f.sign(n - i);
                }), h = 0; h < a.length; ++h) {
                    if (c = a[h], l = Number.MAX_VALUE, 0 !== c.outgoing.length) {
                        for (i = 0; i < c.outgoing.length; ++i) {
                            n = c.outgoing[i], l = Math.min(l, g.get(n.target));
                        }l > 1 && g.set(c, l - 1);
                    }
                }for (this.layers = [], e = 0; e < m + 1; e++) {
                    u = [], u.linksTo = {}, this.layers.push(u);
                }for (g.forEach(function (t, e) {
                    t.layer = e, this.layers[e].push(t);
                }, this), i = 0; i < this.layers.length; i++) {
                    for (u = this.layers[i], e = 0; e < u.length; e++) {
                        u[e].gridPosition = e;
                    }
                }
            }, layoutGraph: function layoutGraph(t, e) {
                if (f.isUndefined(t)) throw "No graph given or graph analysis of the diagram failed.";f.isDefined(e) && this.transferOptions(e), this.graph = t, t.setItemIndices();var i = t.makeAcyclic();this._initRuntimeProperties(), this._prepare(t, e), this._dummify(), this._optimizeCrossings(), this._swapPairs(), this.arrangeNodes(), this._moveThingsAround(), this._dedummify(), f.forEach(i, function (t) {
                    t.points && t.points.reverse();
                });
            }, setMinDist: function setMinDist(t, e, i) {
                var n = t.layer,
                    o = t.layerIndex;this.minDistances[n][o] = i;
            }, getMinDist: function getMinDist(t, e) {
                var i,
                    n = 0,
                    o = t.layerIndex,
                    s = e.layerIndex,
                    r = t.layer,
                    a = Math.min(o, s),
                    h = Math.max(o, s);for (i = a; i < h; ++i) {
                    n += this.minDistances[r][i];
                }return n;
            }, placeLeftToRight: function placeLeftToRight(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    l,
                    u = new d();for (n = 0; n < this.layers.length; ++n) {
                    if (o = t[n]) {
                        for (e = 0; e < o.length; e++) {
                            i = o[e], u.containsKey(i) || this.placeLeft(i, u, n);
                        }for (s = Number.POSITIVE_INFINITY, e = 0; e < o.length; e++) {
                            i = o[e], r = this.rightSibling(i), r && this.nodeLeftClass.get(r) !== n && (s = Math.min(s, u.get(r) - u.get(i) - this.getMinDist(i, r)));
                        }if (s === Number.POSITIVE_INFINITY) {
                            for (a = [], e = 0; e < o.length; e++) {
                                for (i = o[e], h = [], f.addRange(h, this.upNodes.get(i)), f.addRange(h, this.downNodes.get(i)), c = 0; c < h.length; c++) {
                                    l = h[c], this.nodeLeftClass.get(l) < n && a.push(u.get(l) - u.get(i));
                                }
                            }a.sort(), s = 0 === a.length ? 0 : a.length % 2 === 1 ? a[this.intDiv(a.length, 2)] : (a[this.intDiv(a.length, 2) - 1] + a[this.intDiv(a.length, 2)]) / 2;
                        }for (e = 0; e < o.length; e++) {
                            i = o[e], u.set(i, u.get(i) + s);
                        }
                    }
                }return u;
            }, placeRightToLeft: function placeRightToLeft(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    l,
                    u = new d();for (n = 0; n < this.layers.length; ++n) {
                    if (o = t[n]) {
                        for (e = 0; e < o.length; e++) {
                            i = o[e], u.containsKey(i) || this.placeRight(i, u, n);
                        }for (s = Number.NEGATIVE_INFINITY, e = 0; e < o.length; e++) {
                            i = o[e], r = this.leftSibling(i), r && this.nodeRightClass.get(r) !== n && (s = Math.max(s, u.get(r) - u.get(i) + this.getMinDist(r, i)));
                        }if (s === Number.NEGATIVE_INFINITY) {
                            for (a = [], e = 0; e < o.length; e++) {
                                for (i = o[e], h = [], f.addRange(h, this.upNodes.get(i)), f.addRange(h, this.downNodes.get(i)), c = 0; c < h.length; c++) {
                                    l = h[c], this.nodeRightClass.get(l) < n && a.push(u.get(i) - u.get(l));
                                }
                            }a.sort(), s = 0 === a.length ? 0 : a.length % 2 === 1 ? a[this.intDiv(a.length, 2)] : (a[this.intDiv(a.length, 2) - 1] + a[this.intDiv(a.length, 2)]) / 2;
                        }for (e = 0; e < o.length; e++) {
                            i = o[e], u.set(i, u.get(i) + s);
                        }
                    }
                }return u;
            }, _getLeftWing: function _getLeftWing() {
                var t = { value: null },
                    e = this.computeClasses(t, 1);return this.nodeLeftClass = t.value, e;
            }, _getRightWing: function _getRightWing() {
                var t = { value: null },
                    e = this.computeClasses(t, -1);return this.nodeRightClass = t.value, e;
            }, computeClasses: function computeClasses(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    l,
                    u = 0,
                    f = t.value = new d();for (i = 0; i < this.layers.length; ++i) {
                    for (u = i, n = this.layers[i], o = 1 === e ? 0 : n.length - 1; 0 <= o && o < n.length; o += e) {
                        if (s = n[o], f.containsKey(s)) u = f.get(s);else if (f.set(s, u), s.isVirtual) for (r = this._nodesInLink(s), a = 0; a < r.length; a++) {
                            h = r[a], f.set(h, u);
                        }
                    }
                }for (c = [], l = 0; l < this.layers.length; l++) {
                    c.push(null);
                }return f.forEach(function (t, e) {
                    null === c[e] && (c[e] = []), c[e].push(t);
                }), c;
            }, _isVerticalLayout: function _isVerticalLayout() {
                return "up" === this.options.subtype.toLowerCase() || "down" === this.options.subtype.toLowerCase() || "vertical" === this.options.subtype.toLowerCase();
            }, _isHorizontalLayout: function _isHorizontalLayout() {
                return "right" === this.options.subtype.toLowerCase() || "left" === this.options.subtype.toLowerCase() || "horizontal" === this.options.subtype.toLowerCase();
            }, _isIncreasingLayout: function _isIncreasingLayout() {
                return "right" === this.options.subtype.toLowerCase() || "down" === this.options.subtype.toLowerCase();
            }, _moveThingsAround: function _moveThingsAround() {
                function t(t, e) {
                    var i,
                        n,
                        o = Number.MIN_VALUE;for (i = 0; i < t.length; ++i) {
                        n = t[i], o = e._isVerticalLayout() ? Math.max(o, n.height) : Math.max(o, n.width);
                    }return o;
                }var e, i, n, o, s, r, a, h, c, l, u, p, g, m, _, v, y, w, x, b, C, S, k, T, M, D, I;for (i = 0; i < this.layers.length; ++i) {
                    o = this.layers[i], o.sort(this._gridPositionComparer);
                }for (this.minDistances = [], i = 0; i < this.layers.length; ++i) {
                    for (o = this.layers[i], this.minDistances[i] = [], s = 0; s < o.length; ++s) {
                        n = o[s], n.layerIndex = s, this.minDistances[i][s] = this.options.nodeDistance, s < o.length - 1 && (this.minDistances[i][s] += this._isVerticalLayout() ? (n.width + o[s + 1].width) / 2 : (n.height + o[s + 1].height) / 2);
                    }
                }for (this.downNodes = new d(), this.upNodes = new d(), f.forEach(this.graph.nodes, function (t) {
                    this.downNodes.set(t, []), this.upNodes.set(t, []);
                }, this), f.forEach(this.graph.links, function (t) {
                    var e = t.source,
                        i = t.target,
                        n = null,
                        o = null;e.layer > i.layer ? (n = t.source, o = t.target) : (o = t.source, n = t.target), this.downNodes.get(o).push(n), this.upNodes.get(n).push(o);
                }, this), this.downNodes.forEachValue(function (t) {
                    t.sort(this._gridPositionComparer);
                }, this), this.upNodes.forEachValue(function (t) {
                    t.sort(this._gridPositionComparer);
                }, this), i = 0; i < this.layers.length - 1; ++i) {
                    for (o = this.layers[i], r = 0; r < o.length - 1; r++) {
                        if (a = o[r], a.isVirtual && (h = this.downNodes.get(a)[0], h.isVirtual)) for (s = r + 1; s < o.length; ++s) {
                            n = o[s], n.isVirtual && (c = this.downNodes.get(n)[0], c.isVirtual && h.gridPosition > c.gridPosition && (l = h.gridPosition, h.gridPosition = c.gridPosition, c.gridPosition = l, u = h.layerIndex, p = c.layerIndex, this.layers[i + 1][u] = c, this.layers[i + 1][p] = h, h.layerIndex = p, c.layerIndex = u));
                        }
                    }
                }for (g = this._getLeftWing(), m = this._getRightWing(), _ = this.placeLeftToRight(g), v = this.placeRightToLeft(m), y = new d(), f.forEach(this.graph.nodes, function (t) {
                    y.set(t, (_.get(t) + v.get(t)) / 2);
                }), w = new d(), x = new d(), i = 0; i < this.layers.length; ++i) {
                    for (o = this.layers[i], b = -1, C = -1, s = 0; s < o.length; ++s) {
                        n = o[s], w.set(n, 0), x.set(n, !1), n.isVirtual && (b === -1 ? b = s : b === s - 1 ? b = s : (C = s, w.set(o[b], 0), y.get(n) - y.get(o[b]) === this.getMinDist(o[b], n) ? x.set(o[b], !0) : x.set(o[b], !1), b = s));
                    }
                }for (S = [1, -1], f.forEach(S, function (t) {
                    var i,
                        n,
                        o,
                        s,
                        r,
                        a,
                        h,
                        c = 1 === t ? 0 : this.layers.length - 1;
                    for (i = c; 0 <= i && i < this.layers.length; i += t) {
                        if (n = this.layers[i], o = this._firstVirtualNode(n), s = null, r = null, o !== -1) for (s = n[o], r = [], e = 0; e < o; e++) {
                            r.push(n[e]);
                        } else s = null, r = n;if (r.length > 0) {
                            for (this._sequencer(y, null, s, t, r), e = 0; e < r.length - 1; ++e) {
                                this.setMinDist(r[e], r[e + 1], y.get(r[e + 1]) - y.get(r[e]));
                            }s && this.setMinDist(r[r.length - 1], s, y.get(s) - y.get(r[r.length - 1]));
                        }for (; s;) {
                            if (a = this.nextVirtualNode(n, s)) {
                                if (w.get(s) === t) {
                                    for (o = s.layerIndex, h = a.layerIndex, r = [], e = o + 1; e < h; e++) {
                                        r.push(n[e]);
                                    }r.length > 0 && this._sequencer(y, s, a, t, r), x.set(s, !0);
                                }
                            } else {
                                for (o = s.layerIndex, r = [], e = o + 1; e < n.length; e++) {
                                    r.push(n[e]);
                                }if (r.length > 0) {
                                    for (this._sequencer(y, s, null, t, r), e = 0; e < r.length - 1; ++e) {
                                        this.setMinDist(r[e], r[e + 1], y.get(r[e + 1]) - y.get(r[e]));
                                    }this.setMinDist(s, r[0], y.get(r[0]) - y.get(s));
                                }
                            }s = a;
                        }this.adjustDirections(i, t, w, x);
                    }
                }, this), k = this._isIncreasingLayout() ? 0 : this.layers.length - 1, T = function T(t, e) {
                    return e._isIncreasingLayout() ? t < e.layers.length : t >= 0;
                }, M = this._isIncreasingLayout() ? 1 : -1, D = 0, e = k; T(e, this); e += M) {
                    for (o = this.layers[e], I = t(o, this), s = 0; s < o.length; ++s) {
                        n = o[s], this._isVerticalLayout() ? (n.x = y.get(n), n.y = D + I / 2) : (n.x = D + I / 2, n.y = y.get(n));
                    }D += this.options.layerSeparation + I;
                }
            }, adjustDirections: function adjustDirections(t, e, i, n) {
                var o, s, r, a, h, c, d, l, u, f, p, g, m, _;if (!(t + e < 0 || t + e >= this.layers.length)) for (o = null, s = null, r = this.layers[t + e], a = 0; a < r.length; ++a) {
                    if (h = r[a], h.isVirtual && (c = this.getNeighborOnLayer(h, t), c.isVirtual)) {
                        if (o) {
                            for (d = n.get(s), l = this.layers[t], u = s.layerIndex, f = c.layerIndex, p = u + 1; p < f; ++p) {
                                l[p].isVirtual && (d = d && n.get(l[p]));
                            }if (d) for (i.set(o, e), g = o.layerIndex, m = h.layerIndex, _ = g + 1; _ < m; ++_) {
                                r[_].isVirtual && i.set(r[_], e);
                            }
                        }o = h, s = c;
                    }
                }
            }, getNeighborOnLayer: function getNeighborOnLayer(t, e) {
                var i = this.upNodes.get(t)[0];return i.layer === e ? i : (i = this.downNodes.get(t)[0], i.layer === e ? i : null);
            }, _sequencer: function _sequencer(t, e, i, n, o) {
                if (1 === o.length && this._sequenceSingle(t, e, i, n, o[0]), o.length > 1) {
                    var s = o.length,
                        r = this.intDiv(s, 2);this._sequencer(t, e, i, n, o.slice(0, r)), this._sequencer(t, e, i, n, o.slice(r)), this.combineSequences(t, e, i, n, o);
                }
            }, _sequenceSingle: function _sequenceSingle(t, e, i, n, o) {
                var s = n === -1 ? this.downNodes.get(o) : this.upNodes.get(o),
                    r = s.length;0 !== r && (r % 2 === 1 ? t.set(o, t.get(s[this.intDiv(r, 2)])) : t.set(o, (t.get(s[this.intDiv(r, 2) - 1]) + t.get(s[this.intDiv(r, 2)])) / 2), e && t.set(o, Math.max(t.get(o), t.get(e) + this.getMinDist(e, o))), i && t.set(o, Math.min(t.get(o), t.get(i) - this.getMinDist(o, i))));
            }, combineSequences: function combineSequences(t, e, i, n, o) {
                var s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u,
                    f,
                    p,
                    g = o.length,
                    m = this.intDiv(g, 2),
                    _ = [];for (s = 0; s < m; ++s) {
                    for (r = 0, h = n === -1 ? this.downNodes.get(o[s]) : this.upNodes.get(o[s]), a = 0; a < h.length; ++a) {
                        c = h[a], t.get(c) >= t.get(o[s]) ? r++ : (r--, _.push({ k: t.get(c) + this.getMinDist(o[s], o[m - 1]), v: 2 }));
                    }_.push({ k: t.get(o[s]) + this.getMinDist(o[s], o[m - 1]), v: r });
                }for (e && _.push({ k: t.get(e) + this.getMinDist(e, o[m - 1]), v: Number.MAX_VALUE }), _.sort(this._positionDescendingComparer), l = [], s = m; s < g; ++s) {
                    for (r = 0, h = n === -1 ? this.downNodes.get(o[s]) : this.upNodes.get(o[s]), a = 0; a < h.length; ++a) {
                        c = h[a], t.get(c) <= t.get(o[s]) ? r++ : (r--, l.push({ k: t.get(c) - this.getMinDist(o[s], o[m]), v: 2 }));
                    }l.push({ k: t.get(o[s]) - this.getMinDist(o[s], o[m]), v: r });
                }for (i && l.push({ k: t.get(i) - this.getMinDist(i, o[m]), v: Number.MAX_VALUE }), l.sort(this._positionAscendingComparer), u = 0, f = 0, p = this.getMinDist(o[m - 1], o[m]); t.get(o[m]) - t.get(o[m - 1]) < p;) {
                    if (u < f) {
                        if (0 === _.length) {
                            t.set(o[m - 1], t.get(o[m]) - p);break;
                        }d = _.shift(), u += d.v, t.set(o[m - 1], d.k), t.set(o[m - 1], Math.max(t.get(o[m - 1]), t.get(o[m]) - p));
                    } else {
                        if (0 === l.length) {
                            t.set(o[m], t.get(o[m - 1]) + p);break;
                        }d = l.shift(), f += d.v, t.set(o[m], d.k), t.set(o[m], Math.min(t.get(o[m]), t.get(o[m - 1]) + p));
                    }
                }for (s = m - 2; s >= 0; s--) {
                    t.set(o[s], Math.min(t.get(o[s]), t.get(o[m - 1]) - this.getMinDist(o[s], o[m - 1])));
                }for (s = m + 1; s < g; s++) {
                    t.set(o[s], Math.max(t.get(o[s]), t.get(o[m]) + this.getMinDist(o[s], o[m])));
                }
            }, placeLeft: function placeLeft(t, e, i) {
                var n = Number.NEGATIVE_INFINITY;f.forEach(this._getComposite(t), function (t) {
                    var o = this.leftSibling(t);o && this.nodeLeftClass.get(o) === this.nodeLeftClass.get(t) && (e.containsKey(o) || this.placeLeft(o, e, i), n = Math.max(n, e.get(o) + this.getMinDist(o, t)));
                }, this), n === Number.NEGATIVE_INFINITY && (n = 0), f.forEach(this._getComposite(t), function (t) {
                    e.set(t, n);
                });
            }, placeRight: function placeRight(t, e, i) {
                var n = Number.POSITIVE_INFINITY;f.forEach(this._getComposite(t), function (t) {
                    var o = this.rightSibling(t);o && this.nodeRightClass.get(o) === this.nodeRightClass.get(t) && (e.containsKey(o) || this.placeRight(o, e, i), n = Math.min(n, e.get(o) - this.getMinDist(t, o)));
                }, this), n === Number.POSITIVE_INFINITY && (n = 0), f.forEach(this._getComposite(t), function (t) {
                    e.set(t, n);
                });
            }, leftSibling: function leftSibling(t) {
                var e = this.layers[t.layer],
                    i = t.layerIndex;return 0 === i ? null : e[i - 1];
            }, rightSibling: function rightSibling(t) {
                var e = this.layers[t.layer],
                    i = t.layerIndex;return i === e.length - 1 ? null : e[i + 1];
            }, _getComposite: function _getComposite(t) {
                return t.isVirtual ? this._nodesInLink(t) : [t];
            }, arrangeNodes: function arrangeNodes() {
                var t, e, i, n, o, s, r, a;for (e = 0; e < this.layers.length; e++) {
                    for (n = this.layers[e], i = 0; i < n.length; i++) {
                        o = n[i], o.upstreamPriority = o.upstreamLinkCount, o.downstreamPriority = o.downstreamLinkCount;
                    }
                }for (s = 2, r = 0; r < s; r++) {
                    for (t = this.layers.length - 1; t >= 1; t--) {
                        this.layoutLayer(!1, t);
                    }for (t = 0; t < this.layers.length - 1; t++) {
                        this.layoutLayer(!0, t);
                    }
                }for (a = Number.MAX_VALUE, e = 0; e < this.layers.length; e++) {
                    for (n = this.layers[e], i = 0; i < n.length; i++) {
                        o = n[i], a = Math.min(a, o.gridPosition);
                    }
                }if (a < 0) for (e = 0; e < this.layers.length; e++) {
                    for (n = this.layers[e], i = 0; i < n.length; i++) {
                        o = n[i], o.gridPosition = o.gridPosition - a;
                    }
                }
            }, layoutLayer: function layoutLayer(t, e) {
                var i, n, o, s;for (n = t ? this.layers[i = e + 1] : this.layers[i = e - 1], o = [], s = 0; s < n.length; s++) {
                    o.push(n[s]);
                }o.sort(function (t, e) {
                    var i = (t.upstreamPriority + t.downstreamPriority) / 2,
                        n = (e.upstreamPriority + e.downstreamPriority) / 2;return Math.abs(i - n) < 1e-4 ? 0 : i < n ? 1 : -1;
                }), f.forEach(o, function (t) {
                    var e = t.gridPosition,
                        i = this.calcBaryCenter(t),
                        o = (t.upstreamPriority + t.downstreamPriority) / 2;if (!(Math.abs(e - i) < 1e-4 || Math.abs(e - i) < .2501)) if (e < i) for (; e < i && this.moveRight(t, n, o);) {
                        e = t.gridPosition;
                    } else for (; e > i && this.moveLeft(t, n, o);) {
                        e = t.gridPosition;
                    }
                }, this), i > 0 && this.calcDownData(i - 1), i < this.layers.length - 1 && this.calcUpData(i + 1);
            }, moveRight: function moveRight(t, e, i) {
                var n,
                    o,
                    s = f.indexOf(e, t);return s === e.length - 1 ? (t.gridPosition = t.gridPosition + .5, !0) : (n = e[s + 1], o = (n.upstreamPriority + n.downstreamPriority) / 2, n.gridPosition > t.gridPosition + 1 ? (t.gridPosition = t.gridPosition + .5, !0) : !(o > i || Math.abs(o - i) < 1e-4) && !!this.moveRight(n, e, i) && (t.gridPosition = t.gridPosition + .5, !0));
            }, moveLeft: function moveLeft(t, e, i) {
                var n,
                    o,
                    s = f.indexOf(e, t);return 0 === s ? (t.gridPosition = t.gridPosition - .5, !0) : (n = e[s - 1], o = (n.upstreamPriority + n.downstreamPriority) / 2, n.gridPosition < t.gridPosition - 1 ? (t.gridPosition = t.gridPosition - .5, !0) : !(o > i || Math.abs(o - i) < 1e-4) && !!this.moveLeft(n, e, i) && (t.gridPosition = t.gridPosition - .5, !0));
            }, mapVirtualNode: function mapVirtualNode(t, e) {
                this.nodeToLinkMap.set(t, e), this.linkToNodeMap.containsKey(e) || this.linkToNodeMap.set(e, []), this.linkToNodeMap.get(e).push(t);
            }, _nodesInLink: function _nodesInLink(t) {
                return this.linkToNodeMap.get(this.nodeToLinkMap.get(t));
            }, _dummify: function _dummify() {
                var t, e, i, n, o, a, h, c, l, u, p, g, m, _, v, y, w, x, b, C;for (this.linkToNodeMap = new d(), this.nodeToLinkMap = new d(), l = this.graph.links.slice(0), u = this.layers, p = function p(t, e, i) {
                    u[t].linksTo[e] = u[t].linksTo[e] || [], u[t].linksTo[e].push(i);
                }, c = 0; c < l.length; c++) {
                    if (g = l[c], m = g.source, _ = g.target, v = m.layer, y = _.layer, w = m.gridPosition, x = _.gridPosition, b = (x - w) / Math.abs(y - v), C = m, v - y > 1) {
                        for (h = v - 1; h > y; h--) {
                            for (i = new s(), i.x = m.x, i.y = m.y, i.width = m.width / 100, i.height = m.height / 100, t = u[h], e = (h - y) * b + w, e > t.length && (e = t.length), w >= u[v].length - 1 && x >= u[y].length - 1 ? e = t.length : 0 === w && 0 === x && (e = 0), i.layer = h, i.uBaryCenter = 0, i.dBaryCenter = 0, i.upstreamLinkCount = 0, i.downstreamLinkCount = 0, i.gridPosition = e, i.isVirtual = !0, f.insert(t, i, e), o = e + 1; o < t.length; o++) {
                                n = t[o], n.gridPosition = n.gridPosition + 1;
                            }a = new r(C, i), a.depthOfDumminess = 0, p(h - 1, h, a), C = i, this.graph._addNode(i), this.graph.addLink(a), i.index = this.graph.nodes.length - 1, this.mapVirtualNode(i, g);
                        }p(y - 1, y, a), g.changeSource(C), g.depthOfDumminess = v - y - 1;
                    } else if (v - y < -1) {
                        for (h = v + 1; h < y; h++) {
                            for (i = new s(), i.x = m.x, i.y = m.y, i.width = m.width / 100, i.height = m.height / 100, t = u[h], e = (h - v) * b + w, e > t.length && (e = t.length), w >= u[v].length - 1 && x >= u[y].length - 1 ? e = t.length : 0 === w && 0 === x && (e = 0), i.layer = h, i.uBaryCenter = 0, i.dBaryCenter = 0, i.upstreamLinkCount = 0, i.downstreamLinkCount = 0, i.gridPosition = e, i.isVirtual = !0, e &= e, f.insert(t, i, e), o = e + 1; o < t.length; o++) {
                                n = t[o], n.gridPosition = n.gridPosition + 1;
                            }a = new r(C, i), a.depthOfDumminess = 0, p(h - 1, h, a), C = i, this.graph._addNode(i), this.graph.addLink(a), i.index = this.graph.nodes.length - 1, this.mapVirtualNode(i, g);
                        }p(y - 1, y, g), g.changeSource(C), g.depthOfDumminess = y - v - 1;
                    } else p(v, y, g);
                }
            }, _dedummify: function _dedummify() {
                for (var t, e, i, n, o, s, r, a, h = !0; h;) {
                    for (h = !1, t = 0; t < this.graph.links.length; t++) {
                        if (e = this.graph.links[t], e.depthOfDumminess) {
                            for (i = [], i.unshift({ x: e.target.x, y: e.target.y }), i.unshift({ x: e.source.x, y: e.source.y }), n = e, o = e.depthOfDumminess, s = 0; s < o; s++) {
                                r = n.source, a = r.incoming[0], i.unshift({ x: a.source.x, y: a.source.y }), n = a;
                            }e.changeSource(n.source), e.depthOfDumminess = 0, i.length > 2 ? (i.splice(0, 1), i.splice(i.length - 1), e.points = i) : e.points = [], h = !0;break;
                        }
                    }
                }
            }, _optimizeCrossings: function _optimizeCrossings() {
                for (var t, e = -1, i = 3, n = 0; 0 !== e && !(n++ > i);) {
                    for (e = 0, t = this.layers.length - 1; t >= 1; t--) {
                        e += this.optimizeLayerCrossings(!1, t);
                    }for (t = 0; t < this.layers.length - 1; t++) {
                        e += this.optimizeLayerCrossings(!0, t);
                    }
                }
            }, calcUpData: function calcUpData(t) {
                var e, i, n, o, s, r, a, h, c;if (0 !== t) {
                    for (e = this.layers[t], s = new l(), r = this.layers[t - 1], i = 0; i < r.length; i++) {
                        s.add(r[i]);
                    }for (i = 0; i < e.length; i++) {
                        for (a = e[i], h = 0, c = 0, n = 0; n < a.incoming.length; n++) {
                            o = a.incoming[n], s.contains(o.source) && (c++, h += o.source.gridPosition);
                        }for (n = 0; n < a.outgoing.length; n++) {
                            o = a.outgoing[n], s.contains(o.target) && (c++, h += o.target.gridPosition);
                        }c > 0 ? (a.uBaryCenter = h / c, a.upstreamLinkCount = c) : (a.uBaryCenter = i, a.upstreamLinkCount = 0);
                    }
                }
            }, calcDownData: function calcDownData(t) {
                var e, i, n, o, s, r, a, h, c;if (t !== this.layers.length - 1) {
                    for (e = this.layers[t], s = new l(), r = this.layers[t + 1], i = 0; i < r.length; i++) {
                        s.add(r[i]);
                    }for (i = 0; i < e.length; i++) {
                        for (a = e[i], h = 0, c = 0, n = 0; n < a.incoming.length; n++) {
                            o = a.incoming[n], s.contains(o.source) && (c++, h += o.source.gridPosition);
                        }for (n = 0; n < a.outgoing.length; n++) {
                            o = a.outgoing[n], s.contains(o.target) && (c++, h += o.target.gridPosition);
                        }c > 0 ? (a.dBaryCenter = h / c, a.downstreamLinkCount = c) : (a.dBaryCenter = i, a.downstreamLinkCount = 0);
                    }
                }
            }, optimizeLayerCrossings: function optimizeLayerCrossings(t, e) {
                var i, n, o, s, r, a, h, c;for (n = t ? this.layers[i = e + 1] : this.layers[i = e - 1], o = n.slice(0), t ? this.calcUpData(i) : this.calcDownData(i), s = this, n.sort(function (t, e) {
                    var i,
                        n = s.calcBaryCenter(t),
                        o = s.calcBaryCenter(e);return Math.abs(n - o) < 1e-4 ? t.degree() === e.degree() ? s.compareByIndex(t, e) : t.degree() < e.degree() ? 1 : -1 : (i = 1e3 * (o - n), i > 0 ? -1 : i < 0 ? 1 : s.compareByIndex(t, e));
                }), a = 0, r = 0; r < n.length; r++) {
                    n[r] !== o[r] && a++;
                }if (a > 0) for (h = 0, r = 0; r < n.length; r++) {
                    c = n[r], c.gridPosition = h++;
                }return a;
            }, _swapPairs: function _swapPairs() {
                for (var t, e, i, n, o, s, r, a, h, c, d, l, u, f, p, g, m, _ = this.options.layeredIterations, v = 0;;) {
                    if (v++ > _) break;for (t = v % 4 <= 1, e = v % 4 === 1, i = t ? 0 : this.layers.length - 1; t ? i <= this.layers.length - 1 : i >= 0; i += t ? 1 : -1) {
                        for (n = this.layers[i], o = !1, s = !0, r = 0, a = 0; a < n.length - 1; a++) {
                            h = 0, c = 0, d = 0, s ? (0 !== i && (h = this.countLinksCrossingBetweenTwoLayers(i - 1, i)), i !== this.layers.length - 1 && (c = this.countLinksCrossingBetweenTwoLayers(i, i + 1)), t ? h *= 2 : c *= 2, d = h + c) : d = r, 0 !== d && (l = n[a], u = n[a + 1], f = l.gridPosition, p = u.gridPosition, n[a] = u, n[a + 1] = l, l.gridPosition = p, u.gridPosition = f, h = 0, 0 !== i && (h = this.countLinksCrossingBetweenTwoLayers(i - 1, i)), c = 0, i !== this.layers.length - 1 && (c = this.countLinksCrossingBetweenTwoLayers(i, i + 1)), t ? h *= 2 : c *= 2, g = h + c, m = !1, m = e ? g >= d : g > d, m ? (l = n[a], u = n[a + 1], f = l.gridPosition, p = u.gridPosition, n[a] = u, n[a + 1] = l, l.gridPosition = p, u.gridPosition = f, r = d, s = !1) : (o = !0, s = !0));
                        }o && (i !== this.layers.length - 1 && this.calcUpData(i + 1), 0 !== i && this.calcDownData(i - 1));
                    }
                }
            }, countLinksCrossingBetweenTwoLayers: function countLinksCrossingBetweenTwoLayers(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u,
                    f,
                    p = this.layers[t].linksTo[e],
                    g = 0,
                    m = p.length;for (h = 0; h < m; h++) {
                    for (i = p[h], c = h + 1; c < m; c++) {
                        n = p[c], i.target.layer === e ? (o = i.source, s = i.target) : (o = i.target, s = i.source), n.target.layer === e ? (r = n.source, a = n.target) : (r = n.target, a = n.source), d = o.gridPosition, l = s.gridPosition, u = r.gridPosition, f = a.gridPosition, (d - u) * (l - f) < 0 && g++;
                    }
                }return g;
            }, calcBaryCenter: function calcBaryCenter(t) {
                var e = t.upstreamLinkCount,
                    i = t.downstreamLinkCount,
                    n = t.uBaryCenter,
                    o = t.dBaryCenter;return e > 0 && i > 0 ? (n + o) / 2 : e > 0 ? n : i > 0 ? o : 0;
            }, _gridPositionComparer: function _gridPositionComparer(t, e) {
                return t.gridPosition < e.gridPosition ? -1 : t.gridPosition > e.gridPosition ? 1 : 0;
            }, _positionAscendingComparer: function _positionAscendingComparer(t, e) {
                return t.k < e.k ? -1 : t.k > e.k ? 1 : 0;
            }, _positionDescendingComparer: function _positionDescendingComparer(t, e) {
                return t.k < e.k ? 1 : t.k > e.k ? -1 : 0;
            }, _firstVirtualNode: function _firstVirtualNode(t) {
                for (var e = 0; e < t.length; e++) {
                    if (t[e].isVirtual) return e;
                }return -1;
            }, compareByIndex: function compareByIndex(t, e) {
                var i = t.index,
                    n = e.index;return i < n ? 1 : i > n ? -1 : 0;
            }, intDiv: function intDiv(t, e) {
                return (t - t % e) / e;
            }, nextVirtualNode: function nextVirtualNode(t, e) {
                var i,
                    n = e.layerIndex;for (i = n + 1; i < t.length; ++i) {
                    if (t[i].isVirtual) return t[i];
                }return null;
            } }),
            k = i.Class.extend({ init: function init(t, e) {
                if (f.isUndefined(t)) throw "No diagram given";this.diagram = t, this.nodeMap = new d(), this.linkMap = new d(), this.capture(e ? e : t);
            }, capture: function capture(t) {
                var e, i, o, s, r, a, h, d, l;if (t instanceof n.Graph) {
                    for (s = 0; s < t.nodes.length; s++) {
                        e = t.nodes[s], o = e.associatedShape, this.nodeMap.set(o.visual.id, new c(e.x, e.y, e.width, e.height));
                    }for (s = 0; s < t.links.length; s++) {
                        a = t.links[s], r = a.associatedConnection, this.linkMap.set(r.visual.id, a.points());
                    }
                } else if (t instanceof Array) for (i = t, s = 0; s < i.length; s++) {
                    e = i[s], o = e.associatedShape, o && this.nodeMap.set(o.visual.id, new c(e.x, e.y, e.width, e.height));
                } else if (t.hasOwnProperty("links") && t.hasOwnProperty("nodes")) {
                    for (i = t.nodes, h = t.links, s = 0; s < i.length; s++) {
                        e = i[s], o = e.associatedShape, o && this.nodeMap.set(o.visual.id, new c(e.x, e.y, e.width, e.height));
                    }for (s = 0; s < h.length; s++) {
                        a = h[s], r = a.associatedConnection, r && this.linkMap.set(r.visual.id, a.points);
                    }
                } else {
                    for (d = this.diagram.shapes, l = this.diagram.connections, s = 0; s < d.length; s++) {
                        o = d[s], this.nodeMap.set(o.visual.id, o.bounds());
                    }for (s = 0; s < l.length; s++) {
                        r = l[s], this.linkMap.set(r.visual.id, r.points());
                    }
                }
            } });a(n, { init: function init(t) {
                i.init(t, n.ui);
            }, SpringLayout: x, TreeLayout: C, GraphAdapter: w, LayeredLayout: S, LayoutBase: y, LayoutState: k });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/diagram/dom.min", ["kendo.data.min", "kendo.draganddrop.min", "kendo.toolbar.min", "kendo.editable.min", "kendo.window.min", "kendo.dropdownlist.min", "kendo.dataviz.core.min", "kendo.dataviz.themes.min", "dataviz/diagram/svg.min", "dataviz/diagram/services.min", "dataviz/diagram/layout.min"], t);
}(function () {
    !function (t, e) {
        function i(t) {
            var e = t.originalEvent,
                i = 0;return e.wheelDelta ? (i = -e.wheelDelta / 40, i = i > 0 ? xt.ceil(i) : xt.floor(i)) : e.detail && (i = e.detail), i;
        }function n(t) {
            return t.options.name.toLowerCase() === zt.toLowerCase();
        }function o(t, e) {
            var i,
                o,
                s,
                r,
                a = Ot;for (s = 0; s < e.length; s++) {
                o = e[s], n(o) || (r = t.distanceTo(o.position()), r < a && (a = r, i = o));
            }return i;
        }function s(t, e) {
            var i,
                n,
                o,
                s = [],
                r = t.drawingContainer().children,
                a = r.length;for (i = 0; i < e.length; i++) {
                for (n = e[i], o = 0; o < a; o++) {
                    if (r[o] == n.drawingContainer()) {
                        s.push(o);break;
                    }
                }
            }return s;
        }function r(t) {
            var e = {};return t = t || {}, mt(t.text) && null !== t.text && (e.text = t.text), mt(t.x) && null !== t.x && (e.x = t.x), mt(t.y) && null !== t.y && (e.y = t.y), mt(t.width) && null !== t.width && (e.width = t.width), mt(t.height) && null !== t.height && (e.height = t.height), mt(t.type) && null !== t.type && (e.type = t.type), e;
        }function a(t) {
            var e = {};return t = t || {}, mt(t.text) && null !== t.text && (e.content = t.text), mt(t.type) && null !== t.type && (e.type = t.type), mt(t.from) && null !== t.from && (e.from = t.from), mt(t.fromConnector) && null !== t.fromConnector && (e.fromConnector = t.fromConnector), mt(t.fromX) && null !== t.fromX && (e.fromX = t.fromX), mt(t.fromY) && null !== t.fromY && (e.fromY = t.fromY), mt(t.to) && null !== t.to && (e.to = t.to), mt(t.toConnector) && null !== t.toConnector && (e.toConnector = t.toConnector), mt(t.toX) && null !== t.toX && (e.toX = t.toX), mt(t.toY) && null !== t.toY && (e.toY = t.toY), e;
        }function h(e, i) {
            var n,
                o = this.dataSource.reader.model;o && (n = o.fn.fields.text ? "text" : o.idField, t("<input name='" + i.field + "' />").appendTo(e).kendoDropDownList({ dataValueField: o.idField, dataTextField: n, dataSource: this.dataSource.data().toJSON(), optionLabel: " ", valuePrimitive: !0 }));
        }function c(t) {
            this.dataItem = t, this.callbacks = [];
        }function d() {
            this.items = {};
        }function l(t) {
            var e = t;return t instanceof kendo.data.Model && (e = t.toJSON(), e[t.idField] = t._defaultId), e;
        }function u(t) {
            var e,
                i,
                n = [],
                o = [];for (i = 0; i < t.length; i++) {
                e = t[i], e instanceof x ? o.push(e) : n.push(e);
            }return { shapes: o, connections: n };
        }function f(t, e) {
            return t.reader.model ? new t.reader.model(e) : new kendo.data.ObservableObject(e);
        }function p(t, e) {
            mt(e[t]) && e.set(t, null);
        }function g(t, e, i) {
            var n, o;for (o = 0; o < i.length; o++) {
                n = i[o], e && !mt(e[n]) && (e[n] = t[n]);
            }
        }function m(t) {
            var e = t.drawingContainer().clippedBBox(null);0 === e.origin.x && 0 === e.origin.y || t.position(-e.origin.x, -e.origin.y);
        }function _(t) {
            t.preventDefault();
        }var v,
            y,
            w,
            x,
            b,
            C,
            S,
            k,
            T,
            M,
            D,
            I,
            P = kendo.dataviz,
            L = kendo.drawing,
            E = kendo.geometry,
            z = P.diagram,
            B = kendo.ui.Widget,
            N = kendo.Class,
            R = t.proxy,
            A = kendo.deepExtend,
            O = kendo._outerWidth,
            U = kendo._outerHeight,
            V = t.extend,
            H = kendo.data.HierarchicalDataSource,
            F = z.Canvas,
            G = z.Group,
            q = z.Rectangle,
            K = z.Circle,
            W = z.CompositeTransform,
            X = z.Rect,
            j = z.Path,
            Y = z.DeleteShapeUnit,
            Q = z.DeleteConnectionUnit,
            J = z.TextBlock,
            Z = z.Image,
            $ = z.Point,
            tt = z.Intersect,
            et = z.ConnectionEditAdorner,
            it = z.UndoRedoService,
            nt = z.ToolService,
            ot = z.Selector,
            st = z.ResizingAdorner,
            rt = z.ConnectorsAdorner,
            at = z.Cursors,
            ht = z.Utils,
            ct = kendo.Observable,
            dt = z.ToBackUnit,
            lt = z.ToFrontUnit,
            ut = z.PolylineRouter,
            ft = z.CascadingRouter,
            pt = ht.isUndefined,
            gt = ht.isDefined,
            mt = kendo.util.defined,
            _t = t.isArray,
            vt = kendo.isFunction,
            yt = ht.isString,
            wt = t.isPlainObject,
            xt = Math,
            bt = ".kendoDiagram",
            Ct = "cascading",
            St = "itemBoundsChange",
            kt = "change",
            Tt = "click",
            Mt = "drag",
            Dt = "dragEnd",
            It = "dragStart",
            Pt = "mouseEnter",
            Lt = "mouseLeave",
            Et = "error",
            zt = "Auto",
            Bt = "Top",
            Nt = "Right",
            Rt = "Left",
            At = "Bottom",
            Ot = 9007199254740992,
            Ut = "select",
            Vt = "itemRotate",
            Ht = "pan",
            Ft = "zoomStart",
            Gt = "zoomEnd",
            qt = "none",
            Kt = 600,
            Wt = 600,
            Xt = "rectangle",
            jt = 100,
            Yt = 100,
            Qt = 20,
            Jt = 20,
            Zt = 0,
            $t = "Yellow",
            te = Number.MAX_VALUE,
            ee = -Number.MAX_VALUE,
            ie = "absolute",
            ne = "transformed",
            oe = "rotated",
            se = "transparent",
            re = "width",
            ae = "height",
            he = "x",
            ce = "y",
            de = "DOMMouseScroll" + bt + " mousewheel" + bt,
            le = .05,
            ue = 5,
            fe = '<a class="k-button k-button-icontext #=className#" href="\\#"><span class="#=iconClass# #=imageClass#"></span>#=text#</a>',
            pe = 5;z.DefaultConnectors = [{ name: Bt }, { name: At }, { name: Rt }, { name: Nt }, { name: zt, position: function position(t) {
                return t.getPosition("center");
            } }], v = { cancel: { text: "Cancel", imageClass: "k-i-cancel", className: "k-diagram-cancel", iconClass: "k-icon" }, update: { text: "Update", imageClass: "k-i-update", className: "k-diagram-update", iconClass: "k-icon" } }, z.shapeDefaults = function (t) {
            var e = { type: Xt, path: "", autoSize: !0, visual: null, x: Zt, y: Zt, minWidth: Qt, minHeight: Jt, width: jt, height: Yt, hover: {}, editable: { connect: !0, tools: [] }, connectors: z.DefaultConnectors, rotation: { angle: 0 } };return ht.simpleExtend(e, t), e;
        }, y = ct.extend({ init: function init(t) {
                var e = this;e.dataItem = (t || {}).dataItem, ct.fn.init.call(e), e.options = A({ id: z.randomId() }, e.options, t), e.isSelected = !1, e.visual = new G({ id: e.options.id, autoSize: e.options.autoSize }), e.id = e.options.id, e._template();
            }, options: { hover: {}, cursor: at.grip, content: { align: "center middle" }, selectable: !0, serializable: !0, enable: !0 }, _getCursor: function _getCursor(t) {
                return this.adorner ? this.adorner._getCursor(t) : this.options.cursor;
            }, visible: function visible(t) {
                return pt(t) ? this.visual.visible() : (this.visual.visible(t), e);
            }, bounds: function bounds() {}, refresh: function refresh() {
                this.visual.redraw();
            }, position: function position(t) {
                this.options.x = t.x, this.options.y = t.y, this.visual.position(t);
            }, toString: function toString() {
                return this.options.id;
            }, serialize: function serialize() {
                var t = A({}, { options: this.options });return this.dataItem && (t.dataItem = "" + this.dataItem), t;
            }, _content: function _content(t) {
                var i, n, o;return t !== e && (i = this.options, z.Utils.isString(t) ? i.content.text = t : A(i.content, t), n = i.content, o = this._contentVisual, o ? this._updateContentVisual(n) : this._createContentVisual(n)), this.options.content.text;
            }, _createContentVisual: function _createContentVisual(t) {
                t.text && (this._contentVisual = new J(t), this._contentVisual._includeInBBox = !1, this.visual.append(this._contentVisual));
            }, _updateContentVisual: function _updateContentVisual(t) {
                this._contentVisual.redraw(t);
            }, _hitTest: function _hitTest(t) {
                var e = this.bounds();return this.visible() && e.contains(t) && this.options.enable;
            }, _template: function _template() {
                var t,
                    e,
                    i = this;i.options.content.template && (t = i.dataItem || {}, e = kendo.template(i.options.content.template, { paramName: "dataItem" }), i.options.content.text = e(t));
            }, _canSelect: function _canSelect() {
                return this.options.selectable !== !1;
            }, toJSON: function toJSON() {
                return { id: this.options.id };
            } }), w = N.extend({ init: function init(t, e) {
                this.options = A({}, this.options, e), this.connections = [], this.shape = t;
            }, options: { width: 7, height: 7, fill: { color: $t }, hover: {} }, position: function position() {
                return this.options.position ? this.options.position(this.shape) : this.shape.getPosition(this.options.name);
            }, toJSON: function toJSON() {
                return { shapeId: "" + this.shape, connector: this.options.name };
            } }), w.parse = function (t, e) {
            var i,
                n,
                o = e.split(":"),
                s = o[0],
                r = o[1] || zt;for (i = 0; i < t.shapes.length; i++) {
                if (n = t.shapes[i], n.options.id == s) return n.getConnector(r.trim());
            }
        }, x = y.extend({ init: function init(t, e) {
                var i = this;y.fn.init.call(i, t), this.diagram = e, this.updateOptionsFromModel(), t = i.options, i.connectors = [], i.type = t.type, i.createShapeVisual(), i.updateBounds(), i.content(i.content()), i._createConnectors();
            }, options: z.shapeDefaults(), _setOptionsFromModel: function _setOptionsFromModel(t) {
                var e = r(t || this.dataItem);this.options = A({}, this.options, e), this.redrawVisual();
            }, updateOptionsFromModel: function updateOptionsFromModel(t, e) {
                var i, n;this.diagram && this.diagram._isEditable && (i = r(t || this.dataItem), t && e ? P.inArray(e, ["x", "y", "width", "height"]) ? (n = this.bounds(), n[e] = t[e], this.bounds(n)) : (this.options.visual ? this._redrawVisual() : i.type && (this.options = A({}, this.options, i), this._redrawVisual()), this.options.content && (this._template(), this.content(this.options.content))) : this.options = A({}, this.options, i));
            }, _redrawVisual: function _redrawVisual() {
                this.visual.clear(), this._contentVisual = null, this.options.dataItem = this.dataItem, this.createShapeVisual(), this.updateBounds();
            }, redrawVisual: function redrawVisual() {
                this._redrawVisual(), this.options.content && (this._template(), this.content(this.options.content));
            }, updateModel: function updateModel(t) {
                var e,
                    i,
                    n = this.diagram;n && n._isEditable && (e = this._bounds, i = this.dataItem, i && (n._suspendModelRefresh(), mt(i.x) && e.x !== i.x && i.set("x", e.x), mt(i.y) && e.y !== i.y && i.set("y", e.y), mt(i.width) && e.width !== i.width && i.set("width", e.width), mt(i.height) && e.height !== i.height && i.set("height", e.height), this.dataItem = i, n._resumeModelRefresh(), t && n._syncShapeChanges()));
            }, updateBounds: function updateBounds() {
                var t = this.visual._measure(!0),
                    e = this.options;this.bounds(new X(e.x, e.y, t.width, t.height)), this._rotate(), this._alignContent();
            }, content: function content(t) {
                var e = this._content(t);return this._alignContent(), e;
            }, _alignContent: function _alignContent() {
                var t,
                    e,
                    i,
                    n,
                    o,
                    s = this.options.content || {},
                    r = this._contentVisual;r && s.align && (t = this.visual._measure(), e = new z.RectAlign(t), i = r.drawingElement.bbox(null), n = new X(0, 0, i.width(), i.height()), o = e.align(n, s.align), r.position(o.topLeft()));
            }, _createConnectors: function _createConnectors() {
                var t,
                    e,
                    i = this.options,
                    n = i.connectors.length,
                    o = i.connectorDefaults;for (e = 0; e < n; e++) {
                    t = new w(this, A({}, o, i.connectors[e])), this.connectors.push(t);
                }
            }, bounds: function bounds(t) {
                var e, i;if (t) {
                    if (yt(t)) switch (t) {case ne:
                            e = this._transformedBounds();break;case ie:
                            e = this._transformedBounds(), i = this.diagram._pan, e.x += i.x, e.y += i.y;break;case oe:
                            e = this._rotatedBounds();break;default:
                            e = this._bounds;} else this._setBounds(t), this._triggerBoundsChange(), this.diagram && this.diagram._layouting || this.refreshConnections();
                } else e = this._bounds;return e;
            }, _setBounds: function _setBounds(t) {
                var e = this.options,
                    i = t.topLeft(),
                    n = e.x = i.x,
                    o = e.y = i.y,
                    s = e.width = xt.max(t.width, e.minWidth),
                    r = e.height = xt.max(t.height, e.minHeight);this._bounds = new X(n, o, s, r), this.visual.redraw({ x: n, y: o, width: s, height: r });
            }, position: function position(t) {
                return t ? (this.bounds(new X(t.x, t.y, this._bounds.width, this._bounds.height)), e) : this._bounds.topLeft();
            }, clone: function clone() {
                var t = this.serialize();return t.options.id = z.randomId(), this.diagram && this.diagram._isEditable && mt(this.dataItem) && (t.options.dataItem = l(this.dataItem)), new x(t.options);
            }, select: function select(t) {
                var e,
                    i,
                    n = this.diagram;if (pt(t) && (t = !0), this._canSelect() && this.isSelected != t) return e = [], i = [], this.isSelected = t, this.isSelected ? (n._selectedItems.push(this), e.push(this)) : (ht.remove(n._selectedItems, this), i.push(this)), n._internalSelection || n._selectionChanged(e, i), !0;
            }, rotate: function rotate(t, i, n) {
                var o,
                    s,
                    r,
                    a,
                    h = this.visual.rotate();return t !== e && (n !== !1 && this.diagram && this.diagram.undoRedoService && t !== h.angle && this.diagram.undoRedoService.add(new z.RotateUnit(this.diagram._resizingAdorner, [this], [h.angle]), !1), o = this.bounds(), s = new $(o.width / 2, o.height / 2), i && (r = t - h.angle, a = o.center().rotate(i, 360 - r).minus(s), this._rotationOffset = this._rotationOffset.plus(a.minus(o.topLeft())), this.position(a)), this.visual.rotate(t, s), this.options.rotation.angle = t, this.diagram && this.diagram._connectorsAdorner && this.diagram._connectorsAdorner.refresh(), this.refreshConnections(), this.diagram && this.diagram.trigger(Vt, { item: this })), h;
            }, connections: function connections(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h = [];for (e = 0; e < this.connectors.length; e++) {
                    for (s = this.connectors[e], o = s.connections, i = 0, o; i < o.length; i++) {
                        n = o[i], "out" == t ? (r = n.source(), r.shape && r.shape == this && h.push(n)) : "in" == t ? (a = n.target(), a.shape && a.shape == this && h.push(n)) : h.push(n);
                    }
                }return h;
            }, refreshConnections: function refreshConnections() {
                t.each(this.connections(), function () {
                    this.refresh();
                });
            }, getConnector: function getConnector(t) {
                var e, i;if (!yt(t)) return t instanceof $ ? o(t, this.connectors) : this.connectors.length ? this.connectors[0] : null;for (t = t.toLocaleLowerCase(), e = 0; e < this.connectors.length; e++) {
                    if (i = this.connectors[e], i.options.name.toLocaleLowerCase() == t) return i;
                }
            }, getPosition: function getPosition(t) {
                var e = this.bounds(),
                    i = t.charAt(0).toLowerCase() + t.slice(1);return vt(e[i]) ? this._transformPoint(e[i]()) : e.center();
            }, redraw: function redraw(t) {
                var e, i;t && (e = this.options, this.shapeVisual.redraw(this._visualOptions(t)), this._diffNumericOptions(t, [re, ae, he, ce]) && (this.bounds(new X(e.x, e.y, e.width, e.height)), i = !0), t.connectors && (e.connectors = t.connectors, this._updateConnectors()), e = A(e, t), (t.rotation || i) && this._rotate(), e.content && this.content(e.content));
            }, _updateConnectors: function _updateConnectors() {
                var t,
                    e,
                    i,
                    n,
                    o = this.connections();for (this.connectors = [], this._createConnectors(), n = 0; n < o.length; n++) {
                    t = o[n], e = t.source(), i = t.target(), e.shape && e.shape === this ? t.source(this.getConnector(e.options.name) || null) : i.shape && i.shape === this && t.target(this.getConnector(i.options.name) || null), t.updateModel();
                }
            }, _diffNumericOptions: z.diffNumericOptions, _visualOptions: function _visualOptions(t) {
                return { data: t.path, source: t.source, hover: t.hover, fill: t.fill, stroke: t.stroke };
            }, _triggerBoundsChange: function _triggerBoundsChange() {
                this.diagram && this.diagram.trigger(St, { item: this, bounds: this._bounds.clone() });
            }, _transformPoint: function _transformPoint(t) {
                var e = this.rotate(),
                    i = this.bounds(),
                    n = i.topLeft();return e.angle && t.rotate(e.center().plus(n), 360 - e.angle), t;
            }, _transformedBounds: function _transformedBounds() {
                var t = this.bounds(),
                    e = t.topLeft(),
                    i = t.bottomRight();return X.fromPoints(this.diagram.modelToView(e), this.diagram.modelToView(i));
            }, _rotatedBounds: function _rotatedBounds() {
                var t = this.bounds().rotatedBounds(this.rotate().angle),
                    e = t.topLeft(),
                    i = t.bottomRight();return X.fromPoints(e, i);
            }, _rotate: function _rotate() {
                var t = this.options.rotation;t && t.angle && this.rotate(t.angle), this._rotationOffset = new $();
            }, _hover: function _hover(t) {
                var e = this.options,
                    i = e.hover,
                    n = e.stroke,
                    o = e.fill;t && gt(i.stroke) && (n = A({}, n, i.stroke)), t && gt(i.fill) && (o = i.fill), this.shapeVisual.redraw({ stroke: n, fill: o }), e.editable && e.editable.connect && this.diagram._showConnectors(this, t);
            }, _hitTest: function _hitTest(t) {
                if (this.visible()) {
                    var e,
                        i = this.bounds(),
                        n = this.rotate().angle;if (t.isEmpty && !t.isEmpty()) return tt.rects(t, i, n ? n : 0);if (e = t.clone().rotate(i.center(), n), i.contains(e)) return this;
                }
            }, toJSON: function toJSON() {
                return { shapeId: this.options.id };
            }, createShapeVisual: function createShapeVisual() {
                var t,
                    e = this.options,
                    i = this._visualOptions(e),
                    n = e.visual,
                    o = (e.type + "").toLocaleLowerCase();i.width = e.width, i.height = e.height, vt(n) ? t = n.call(this, e) : i.data ? (t = new j(i), m(t)) : t = "rectangle" == o ? new q(i) : "circle" == o ? new K(i) : "text" == o ? new J(i) : "image" == o ? new Z(i) : new j(i), this.shapeVisual = t, this.visual.append(this.shapeVisual);
            } }), b = y.extend({ init: function init(t, e, i) {
                var n = this;y.fn.init.call(n, i), this.updateOptionsFromModel(), this._initRouter(), n.path = new z.Polyline(n.options), n.path.fill(se), n.visual.append(n.path), n._sourcePoint = n._targetPoint = new $(), n._setSource(t), n._setTarget(e), n.content(n.options.content), n.definers = [], mt(i) && i.points && n.points(i.points);
            }, options: { hover: { stroke: {} }, startCap: qt, endCap: qt, points: [], selectable: !0, fromConnector: zt, toConenctor: zt }, _setOptionsFromModel: function _setOptionsFromModel(t) {
                this.updateOptionsFromModel(t || this.dataItem);
            }, updateOptionsFromModel: function updateOptionsFromModel(t) {
                var e, i, n, o;this.diagram && this.diagram._isEditable && (e = this.diagram._dataMap, i = a(t || this.dataItem), t ? (mt(i.from) ? (n = e[i.from], n && mt(i.fromConnector) && (n = n.getConnector(i.fromConnector)), this.source(n)) : mt(i.fromX) && mt(i.fromY) && this.source(new $(i.fromX, i.fromY)), mt(i.to) ? (o = e[i.to], o && mt(i.toConnector) && (o = o.getConnector(i.toConnector)), this.target(o)) : mt(i.toX) && mt(i.toY) && this.target(new $(i.toX, i.toY)), mt(i.type) && this.type() !== i.type && (this.points([]), this.type(i.type)), this.dataItem = t, this._template(), this.redraw(this.options)) : this.options = A({}, i, this.options));
            }, updateModel: function updateModel(t) {
                if (this.diagram && this.diagram._isEditable && this.diagram.connectionsDataSource) {
                    var e = this.diagram.connectionsDataSource.getByUid(this.dataItem.uid);e && (this.diagram._suspendModelRefresh(), mt(this.options.fromX) && null !== this.options.fromX ? (p("from", e), p("fromConnector", e), e.set("fromX", this.options.fromX), e.set("fromY", this.options.fromY)) : (e.set("from", this.options.from), mt(e.fromConnector) && e.set("fromConnector", this.sourceConnector ? this.sourceConnector.options.name : null), p("fromX", e), p("fromY", e)), mt(this.options.toX) && null !== this.options.toX ? (p("to", e), p("toConnector", e), e.set("toX", this.options.toX), e.set("toY", this.options.toY)) : (e.set("to", this.options.to), mt(e.toConnector) && e.set("toConnector", this.targetConnector ? this.targetConnector.options.name : null), p("toX", e), p("toY", e)), mt(this.options.type) && mt(e.type) && e.set("type", this.options.type), this.dataItem = e, this.diagram._resumeModelRefresh(), t && this.diagram._syncConnectionChanges());
                }
            }, sourcePoint: function sourcePoint() {
                return this._resolvedSourceConnector ? this._resolvedSourceConnector.position() : this._sourcePoint;
            }, _setSource: function _setSource(t) {
                var i,
                    n = t instanceof x,
                    o = this.options.fromConnector || zt;n && !t.getConnector(o) || (t !== e && (this.from = t), this._removeFromSourceConnector(), null === t ? this.sourceConnector && (this._sourcePoint = (this._resolvedSourceConnector || this.sourceConnector).position(), this._clearSourceConnector(), this._setFromOptions(null, this._sourcePoint)) : t instanceof w ? (i = t.shape.dataItem, i && this._setFromOptions(i.id), this.sourceConnector = t, this.sourceConnector.connections.push(this)) : t instanceof $ ? (this._setFromOptions(null, t), this._sourcePoint = t, this.sourceConnector && this._clearSourceConnector()) : n && (i = t.dataItem, i && this._setFromOptions(i.id), this.sourceConnector = t.getConnector(o), this.sourceConnector.connections.push(this)));
            }, source: function source(t, e) {
                return gt(t) && (e && this.diagram && this.diagram.undoRedoService.addCompositeItem(new z.ConnectionEditUnit(this, t)), this._setSource(t), this.refresh()), this.sourceConnector ? this.sourceConnector : this._sourcePoint;
            }, _setFromOptions: function _setFromOptions(t, e) {
                this.options.from = t, e ? (this.options.fromX = e.x, this.options.fromY = e.y) : (this.options.fromX = null, this.options.fromY = null);
            }, sourceDefiner: function sourceDefiner(t) {
                if (!t) return this._sourceDefiner || (this._sourceDefiner = new z.PathDefiner(this.sourcePoint(), null, null)), this._sourceDefiner;if (!(t instanceof z.PathDefiner)) throw "The sourceDefiner needs to be a PathDefiner.";t.left = null, this._sourceDefiner = t, this.source(t.point);
            }, targetPoint: function targetPoint() {
                return this._resolvedTargetConnector ? this._resolvedTargetConnector.position() : this._targetPoint;
            }, _setTarget: function _setTarget(t) {
                var i,
                    n = t instanceof x,
                    o = this.options.toConnector || zt;n && !t.getConnector(o) || (t !== e && (this.to = t), this._removeFromTargetConnector(), null === t ? this.targetConnector && (this._targetPoint = (this._resolvedTargetConnector || this.targetConnector).position(), this._clearTargetConnector(), this._setToOptions(null, this._targetPoint)) : t instanceof w ? (i = t.shape.dataItem, i && this._setToOptions(i.id), this.targetConnector = t, this.targetConnector.connections.push(this)) : t instanceof $ ? (this._setToOptions(null, t), this._targetPoint = t, this.targetConnector && this._clearTargetConnector()) : n && (i = t.dataItem, i && this._setToOptions(i.id), this.targetConnector = t.getConnector(o), this.targetConnector.connections.push(this)));
            }, target: function target(t, i) {
                return gt(t) && (i && this.diagram && this.diagram.undoRedoService.addCompositeItem(new z.ConnectionEditUnit(this, e, t)), this._setTarget(t), this.refresh()), this.targetConnector ? this.targetConnector : this._targetPoint;
            }, _setToOptions: function _setToOptions(t, e) {
                this.options.to = t, e ? (this.options.toX = e.x, this.options.toY = e.y) : (this.options.toX = null, this.options.toY = null);
            }, targetDefiner: function targetDefiner(t) {
                if (!t) return this._targetDefiner || (this._targetDefiner = new z.PathDefiner(this.targetPoint(), null, null)), this._targetDefiner;if (!(t instanceof z.PathDefiner)) throw "The sourceDefiner needs to be a PathDefiner.";t.right = null, this._targetDefiner = t, this.target(t.point);
            }, _updateConnectors: function _updateConnectors() {
                this._updateConnector(this.source(), "source"), this._updateConnector(this.target(), "target");
            }, _updateConnector: function _updateConnector(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r = this,
                    a = r.diagram;t instanceof w && !a.getShapeById(t.shape.id) ? (i = t.shape.dataItem, n = t.options.name, o = function o() {
                    var o = a._dataMap[i.id];t = o.getConnector(n), r[e](t, !1), r.updateModel();
                }, a._dataMap[i.id] ? o() : (s = a._inactiveShapeItems.getByUid(i.uid), s && a._deferredConnectionUpdates.push(s.onActivate(o)))) : r[e](t, !1);
            }, content: function content(t) {
                var e = this._content(t);return mt(t) && this._alignContent(), e;
            }, _createContentVisual: function _createContentVisual(t) {
                var e;return vt(t.visual) ? e = t.visual.call(this, t) : t.text && (e = new J(t)), e && (this._contentVisual = e, e._includeInBBox = !1, this.visual.append(e)), e;
            }, _updateContentVisual: function _updateContentVisual(t) {
                vt(t.visual) ? (this.visual.remove(this._contentVisual), this._createContentVisual(t)) : this._contentVisual.redraw(t);
            }, _alignContent: function _alignContent() {
                var t, e, i, n, o, s, r, a, h, c, d, l, u, f, p, g;if (this._contentVisual) {
                    for (t = pe, e = this.allPoints(), i = xt.floor(e.length / 2), n = i - 1; n > 0 && e[n].equals(e[i]);) {
                        n--, i++;
                    }o = e[i], s = e[n], r = this._contentVisual._measure(), a = r.width, h = r.height, c = e.length % 2 === 0, d = s.distanceTo(o), c && e.length > 2 && d > 0 && (s.y === o.y && d < a || s.x === o.x && d < h) && (c = !1, t = 0), c ? (u = kendo.util.deg(xt.atan2(o.y - s.y, o.x - s.x)), l = new $((o.x - s.x) / 2 + s.x, (o.y - s.y) / 2 + s.y), 90 === xt.abs(u) ? (l.x += t, l.y -= h / 2) : u % 180 === 0 ? (l.x -= a / 2, l.y -= h + t) : u < -90 || 0 < u && u < 90 ? l.y -= h : (u < 0 || u > 90) && (l.x -= a, l.y -= h)) : (f = xt.floor(e.length / 2), l = e[f].clone(), s = e[f - 1], o = e[f + 1], p = s.x <= l.x && o.x <= l.x ? t : -r.width - t, g = s.y <= l.y && o.y <= l.y ? t : -r.height - t, l.x += p, l.y += g), this._contentVisual.position(l);
                }
            }, select: function select(t) {
                var i,
                    n,
                    o = this.diagram;if (this._canSelect() && this.isSelected !== t) return this.isSelected = t, i = [], n = [], this.isSelected ? (this.adorner = new et(this, this.options.selection), o._adorn(this.adorner, !0), o._selectedItems.push(this), i.push(this)) : this.adorner && (o._adorn(this.adorner, !1), ht.remove(o._selectedItems, this), this.adorner = e, n.push(this)), this.adorner && this.adorner.refresh(), o._internalSelection || o._selectionChanged(i, n), !0;
            }, bounds: function bounds(t) {
                return !t || yt(t) ? this._bounds : (this._bounds = t, e);
            }, type: function type(t) {
                var i = this.options;return t ? (t !== i.type && (i.type = t, this._initRouter(), this.refresh()), e) : i.type;
            }, _initRouter: function _initRouter() {
                var t = (this.options.type || "").toLowerCase();this._router = t == Ct ? new ft(this) : new ut(this);
            }, points: function points(t) {
                var e, i, n, o;if (!t) {
                    if (n = [], gt(this.definers)) for (o = 0; o < this.definers.length; o++) {
                        n.push(this.definers[o].point);
                    }return n;
                }for (this.definers = [], e = 0; e < t.length; e++) {
                    if (i = t[e], i instanceof z.Point) this.definers.push(new z.PathDefiner(i));else {
                        if (!i.hasOwnProperty("x") || !i.hasOwnProperty("y")) throw "A Connection point needs to be a Point or an object with x and y properties.";this.definers.push(new z.PathDefiner(new $(i.x, i.y)));
                    }
                }
            }, allPoints: function allPoints() {
                var t,
                    e = [this.sourcePoint()];if (this.definers) for (t = 0; t < this.definers.length; t++) {
                    e.push(this.definers[t].point);
                }return e.push(this.targetPoint()), e;
            }, refresh: function refresh() {
                this._resolveConnectors(), this._refreshPath(), this._alignContent(), this.adorner && this.adorner.refresh();
            }, _resolveConnectors: function _resolveConnectors() {
                var t,
                    e,
                    i,
                    s,
                    r = this,
                    a = r.source(),
                    h = r.target();a instanceof $ ? t = a : a instanceof w && (i = n(a) ? a.shape.connectors : [a]), h instanceof $ ? e = h : h instanceof w && (s = n(h) ? h.shape.connectors : [h]), t ? s && (r._resolvedTargetConnector = o(t, s)) : i && (e ? r._resolvedSourceConnector = o(e, i) : s && this._resolveAutoConnectors(i, s));
            }, _resolveAutoConnectors: function _resolveAutoConnectors(t, e) {
                var i,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    d,
                    l,
                    u,
                    f,
                    p = Ot,
                    g = Ot;for (l = 0; l < t.length; l++) {
                    if (c = t[l], !n(c)) for (s = c.position(), u = 0; u < e.length; u++) {
                        d = e[u], n(d) || (r = d.position(), f = xt.round(s.distanceTo(r)), f < p && this.diagram && this._testRoutePoints(s, r, c, d) && (p = f, i = c, o = d), f < g && (a = c, h = d, g = f));
                    }
                }i && (a = i, h = o), this._resolvedSourceConnector = a, this._resolvedTargetConnector = h;
            }, _testRoutePoints: function _testRoutePoints(t, e, i, n) {
                var o,
                    s,
                    r,
                    a,
                    h,
                    c = this._router,
                    d = !0;if (c instanceof ft) for (o = c.routePoints(t, e, i, n), o.unshift(t), o.push(e), h = 1; h < o.length; h++) {
                    if (s = o[h - 1], r = o[h], a = new X(xt.min(s.x, r.x), xt.min(s.y, r.y), xt.abs(s.x - r.x), xt.abs(s.y - r.y)), a.width > 0 && (a.x++, a.width -= 2), a.height > 0 && (a.y++, a.height -= 2), !a.isEmpty() && this.diagram._shapesQuadTree.hitTestRect(a)) {
                        d = !1;break;
                    }
                }return d;
            }, redraw: function redraw(t) {
                if (t) {
                    this.options = A({}, this.options, t);var e = this.options.points;mt(e) && e.length > 0 && (this.points(e), this._refreshPath()), (t && t.content || t.text) && this.content(t.content), this.path.redraw({ fill: t.fill, stroke: t.stroke, startCap: t.startCap, endCap: t.endCap });
                }
            }, clone: function clone() {
                var t = this.serialize();return this.diagram && this.diagram._isEditable && mt(this.dataItem) && (t.options.dataItem = l(this.dataItem)), new b(this.from, this.to, t.options);
            }, serialize: function serialize() {
                var t = this.from.toJSON ? this.from.toJSON : "" + this.from,
                    e = this.to.toJSON ? this.to.toJSON : "" + this.to,
                    i = A({}, { options: this.options, from: t, to: e });return mt(this.dataItem) && (i.dataItem = "" + this.dataItem), i.options.points = this.points(), i;
            }, _hitTest: function _hitTest(t) {
                if (this.visible()) {
                    var e = new $(t.x, t.y),
                        i = this.sourcePoint(),
                        n = this.targetPoint();if (t.isEmpty && !t.isEmpty() && t.contains(i) && t.contains(n)) return this;if (this._router.hitTest(e)) return this;
                }
            }, _hover: function _hover(t) {
                var e = (this.options.stroke || {}).color;t && gt(this.options.hover.stroke.color) && (e = this.options.hover.stroke.color), this.path.redraw({ stroke: { color: e } });
            }, _refreshPath: function _refreshPath() {
                mt(this.path) && (this._drawPath(), this.bounds(this._router.getBounds()));
            }, _drawPath: function _drawPath() {
                var t, e, i;this._router && this._router.route(), t = this.sourcePoint(), e = this.targetPoint(), i = this.points(), this.path.redraw({ points: [t].concat(i, [e]) });
            }, _clearSourceConnector: function _clearSourceConnector() {
                this.sourceConnector = e, this._resolvedSourceConnector = e;
            }, _clearTargetConnector: function _clearTargetConnector() {
                this.targetConnector = e, this._resolvedTargetConnector = e;
            }, _removeFromSourceConnector: function _removeFromSourceConnector() {
                this.sourceConnector && ht.remove(this.sourceConnector.connections, this);
            }, _removeFromTargetConnector: function _removeFromTargetConnector() {
                this.targetConnector && ht.remove(this.targetConnector.connections, this);
            }, toJSON: function toJSON() {
                var t,
                    e,
                    i,
                    n = this;return n.from && n.from.toJSON ? t = n.from.toJSON() : (i = n._sourcePoint, t = { x: i.x, y: i.y }), n.to && n.to.toJSON ? e = n.to.toJSON() : (i = n._targetPoint, e = { x: i.x, y: i.y }), { from: t, to: e };
            } }), C = B.extend({ init: function init(t, e) {
                var i = this;kendo.destroy(t), B.fn.init.call(i, t, e), i._initTheme(), i._initElements(), i._extendLayoutOptions(i.options), i._initDefaults(e), i._interactionDefaults(), i._initCanvas(), i.mainLayer = new G({ id: "main-layer" }), i.canvas.append(i.mainLayer), i._shapesQuadTree = new I(i), i._pan = new $(), i._adorners = [], i.adornerLayer = new G({ id: "adorner-layer" }), i.canvas.append(i.adornerLayer), i._createHandlers(), i._initialize(), i._resizingAdorner = new st(i, { editable: i.options.editable }), i._connectorsAdorner = new rt(i), i._adorn(i._resizingAdorner, !0), i._adorn(i._connectorsAdorner, !0), i.selector = new ot(i), i._clipboard = [], i.pauseMouseHandlers = !1, i._fetchFreshData(), i._createGlobalToolBar(), i._createOptionElements(), i.zoom(i.options.zoom), i.canvas.draw();
            }, options: { name: "Diagram", theme: "default", layout: "", zoomRate: .1, zoom: 1, zoomMin: 0, zoomMax: 2, dataSource: {}, draggable: !0, template: "", autoBind: !0, editable: { rotate: {}, resize: {}, text: !0, tools: [], drag: { snap: { size: 10, angle: 10 } }, remove: !0 }, pannable: {}, selectable: { key: "none" }, tooltip: { enabled: !0, format: "{0}" }, copy: { enabled: !0, offsetX: 20, offsetY: 20 }, shapeDefaults: z.shapeDefaults({ undoable: !0 }), connectionDefaults: { editable: { tools: [] }, type: Ct }, shapes: [], connections: [] }, events: [Gt, Ft, Ht, Ut, Vt, St, kt, Tt, Pt, Lt, "toolBarClick", "save", "cancel", "edit", "remove", "add", "dataBound", It, Mt, Dt], items: function items() {
                return t();
            }, _createGlobalToolBar: function _createGlobalToolBar() {
                var t,
                    e = this.options.editable;e && (t = e.tools, !this._isEditable || t === !1 || t && 0 !== t.length || (t = ["createShape", "undo", "redo", "rotateClockwise", "rotateAnticlockwise"]), t && t.length && (this.toolBar = new S(this, { tools: t || {}, click: R(this._toolBarClick, this), modal: !1 }), this.toolBar.element.css({ textAlign: "left" }), this.element.prepend(this.toolBar.element), this._resize()));
            }, createShape: function createShape() {
                var t, e, i, n, o, s;(this.editor && this.editor.end() || !this.editor) && (t = this.dataSource, e = t.view() || [], i = e.length, n = f(t, {}), o = this._createShape(n, {}), this.trigger("add", { shape: o }) || (t.insert(i, n), s = this._inactiveShapeItems.getByUid(n.uid), s.element = o, this.edit(o)));
            }, _createShape: function _createShape(t, e) {
                e = A({}, this.options.shapeDefaults, e), e.dataItem = t;var i = new x(e, this);return i;
            }, createConnection: function createConnection() {
                var t, e, i, n, o;(this.editor && this.editor.end() || !this.editor) && (t = this.connectionsDataSource, e = t.view() || [], i = e.length, n = f(t, {}), o = this._createConnection(n), this.trigger("add", { connection: o }) || (this._connectionsDataMap[n.uid] = o, t.insert(i, n), this.addConnection(o, !1), this.edit(o)));
            }, _createConnection: function _createConnection(t, e, i) {
                var n,
                    o = A({}, this.options.connectionDefaults);return o.dataItem = t, n = new b(e || new $(), i || new $(), o);
            }, editModel: function editModel(t, e) {
                var i, n, o, s;if (this.cancelEdit(), o = this.options.editable, "shape" == e) i = o.shapeEditors, n = o.shapeTemplate;else {
                    if ("connection" != e) return;s = R(h, this), i = A({}, { from: s, to: s }, o.connectionEditors), n = o.connectionTemplate;
                }this.editor = new T(this.element, { update: R(this._update, this), cancel: R(this._cancel, this), model: t, type: e, target: this, editors: i, template: n }), this.trigger("edit", this._editArgs());
            }, edit: function edit(t) {
                if (t.dataItem) {
                    var e = t instanceof x ? "shape" : "connection";this.editModel(t.dataItem, e);
                }
            }, cancelEdit: function cancelEdit() {
                this.editor && (this._getEditDataSource().cancelChanges(this.editor.model), this._destroyEditor());
            }, saveEdit: function saveEdit() {
                this.editor && this.editor.end() && !this.trigger("save", this._editArgs()) && this._getEditDataSource().sync();
            }, _update: function _update() {
                this.editor && this.editor.end() && !this.trigger("save", this._editArgs()) && (this._getEditDataSource().sync(), this._destroyEditor());
            }, _cancel: function _cancel() {
                var t, e;this.editor && !this.trigger("cancel", this._editArgs()) && (t = this.editor.model, this._getEditDataSource().cancelChanges(t), e = this._connectionsDataMap[t.uid] || this._dataMap[t.id], e && e._setOptionsFromModel(t), this._destroyEditor());
            }, _getEditDataSource: function _getEditDataSource() {
                return "shape" === this.editor.options.type ? this.dataSource : this.connectionsDataSource;
            }, _editArgs: function _editArgs() {
                var t = { container: this.editor.wrapper };return t[this.editor.options.type] = this.editor.model, t;
            }, _destroyEditor: function _destroyEditor() {
                this.editor && (this.editor.close(), this.editor = null);
            }, _initElements: function _initElements() {
                this.wrapper = this.element.empty().css("position", "relative").attr("tabindex", 0).addClass("k-widget k-diagram"), this.scrollable = t("<div />").appendTo(this.element);
            }, _initDefaults: function _initDefaults(t) {
                var e = this.options,
                    i = e.editable,
                    n = e.shapeDefaults,
                    o = e.connectionDefaults,
                    s = (t || {}).shapeDefaults;i === !1 ? (n.editable = !1, o.editable = !1) : (g(i, n.editable, ["drag", "remove", "connect"]), g(i, o.editable, ["drag", "remove"])), s && s.connectors && (e.shapeDefaults.connectors = s.connectors);
            }, _interactionDefaults: function _interactionDefaults() {
                var t = this.options,
                    e = t.selectable,
                    i = t.pannable,
                    n = kendo.support.mobileOS;e && !mt(e.multiple) && (t.selectable = A({ multiple: !n }, t.selectable)), i && !mt(i.key) && (t.pannable = A({ key: n ? "none" : "ctrl" }, t.pannable));
            }, _initCanvas: function _initCanvas() {
                var e = t("<div class='k-layer'></div>").appendTo(this.scrollable)[0],
                    i = this.viewport();this.canvas = new F(e, { width: i.width || Kt, height: i.height || Wt });
            }, _createHandlers: function _createHandlers() {
                var t = this,
                    e = t.element;e.on(de, R(t._wheel, t)).on("keydown" + bt, R(t._keydown, t)), t._userEvents = new kendo.UserEvents(this.scrollable, { multiTouch: !0, fastTap: !0, tap: R(t._tap, t), start: R(t._dragStart, t), move: R(t._drag, t), end: R(t._dragEnd, t), gesturestart: R(t._gestureStart, t), gesturechange: R(t._gestureChange, t), gestureend: R(t._gestureEnd, t) }), t.toolService = new nt(t), this.scrollable.on("mouseover" + bt, R(t._mouseover, t)).on("mouseout" + bt, R(t._mouseout, t)).on("mousemove" + bt, R(t._mouseMove, t)).on("mousedown" + bt, R(t._mouseDown, t)).on("mouseup" + bt, R(t._mouseUp, t)), this._syncHandler = R(t._syncChanges, t), t._resizeHandler = R(t.resize, t, !1), kendo.onResize(t._resizeHandler), this.bind(Ft, R(t._destroyToolBar, t)), this.bind(Ht, R(t._destroyToolBar, t));
            }, _dragStart: function _dragStart(t) {
                var e, i;this._pauseMouseHandlers = !0, e = this._eventPositions(t, !0), i = t.event, this.toolService.start(e, this._meta(i)) && (this._destroyToolBar(), i.preventDefault());
            }, _drag: function _drag(t) {
                var e = this._eventPositions(t),
                    i = t.event;this.toolService.move(e, this._meta(i)) && i.preventDefault();
            }, _dragEnd: function _dragEnd(t) {
                var e, i;this._pauseMouseHandlers = !1, e = this._eventPositions(t), i = t.event, this.toolService.end(e, this._meta(i)) && (this._createToolBar(), i.preventDefault());
            }, _mouseMove: function _mouseMove(t) {
                if (!this._pauseMouseHandlers) {
                    var e = this._eventPositions(t);this.toolService._updateHoveredItem(e), this.toolService._updateCursor(e);
                }
            }, _mouseDown: function _mouseDown() {
                this._pauseMouseHandlers = !0;
            }, _mouseUp: function _mouseUp() {
                this._pauseMouseHandlers = !1;
            }, _tap: function _tap(t) {
                var e,
                    i,
                    n,
                    o = this.toolService,
                    s = this.options.selectable,
                    r = this._eventPositions(t),
                    a = this.focus();o._updateHoveredItem(r), o.hoveredItem ? (e = o.hoveredItem, this.trigger("click", { item: e, point: r }), s && e.options.selectable !== !1 && (i = s.multiple !== !1, n = kendo.support.mobileOS || this._meta(t.event).ctrlKey, e.isSelected ? n ? (this._destroyToolBar(), e.select(!1)) : this._createToolBar(a) : (this._destroyToolBar(), this.select(e, { addToSelection: i && n }), this._createToolBar(a)))) : s && (this._destroyToolBar(), this.deselect());
            }, _keydown: function _keydown(t) {
                this.toolService.keyDown(t.keyCode, this._meta(t)) && t.preventDefault();
            }, _wheel: function _wheel(t) {
                var e = i(t),
                    n = this._eventPositions(t),
                    o = A(this._meta(t), { delta: e });this.toolService.wheel(n, o) && t.preventDefault();
            }, _meta: function _meta(t) {
                return { ctrlKey: t.ctrlKey, metaKey: t.metaKey, altKey: t.altKey, shiftKey: t.shiftKey, type: t.type };
            }, _eventPositions: function _eventPositions(t, e) {
                var i, n;return t.touch ? (n = e ? "startLocation" : "location", i = new $(t.x[n], t.y[n])) : i = new $(t.pageX, t.pageY), this.documentToModel(i);
            }, _gestureStart: function _gestureStart(t) {
                var e, i;this._destroyToolBar(), this.scroller.disable(), e = this.documentToModel(new $(t.center.x, t.center.y)), i = { point: e, zoom: this.zoom() }, this.trigger(Ft, i) || (this._gesture = t, this._initialCenter = e);
            }, _gestureChange: function _gestureChange(t) {
                var e,
                    i,
                    n = this._gesture,
                    o = this._initialCenter,
                    s = this.documentToView(new $(t.center.x, t.center.y)),
                    r = t.distance / n.distance,
                    a = this._zoom,
                    h = !1;xt.abs(r - 1) >= le && (this._zoom = a = this._getValidZoom(a * r), this.options.zoom = a, this._gesture = t, h = !0), e = o.times(a), i = s.minus(e), (h || this._pan.distanceTo(i) >= ue) && (this._panTransform(i), this._updateAdorners()), t.preventDefault();
            }, _gestureEnd: function _gestureEnd() {
                this.options.pannable !== !1 && this.scroller.enable(), this.trigger(Gt, { point: this._initialCenter, zoom: this.zoom() });
            }, _resize: function _resize() {
                var t = this.viewport();this.canvas && this.canvas.size(t), this.scrollable && this.toolBar && this.scrollable.height(t.height);
            }, _mouseover: function _mouseover(t) {
                var e = t.target._kendoNode;e && e.srcElement._hover && e.srcElement._hover(!0, e.srcElement);
            }, _mouseout: function _mouseout(t) {
                var e = t.target._kendoNode;e && e.srcElement._hover && e.srcElement._hover(!1, e.srcElement);
            }, _initTheme: function _initTheme() {
                var t = this,
                    e = P.ui.themes || {},
                    i = ((t.options || {}).theme || "").toLowerCase(),
                    n = (e[i] || {}).diagram;t.options = A({}, n, t.options), t.options.editable === !0 && A(t.options, { editable: (n || {}).editable });
            }, _createOptionElements: function _createOptionElements() {
                var t = this.options,
                    e = t.shapes.length;e && this._createShapes(), t.connections.length && this._createConnections(), e && t.layout && this.layout(t.layout);
            }, _createShapes: function _createShapes() {
                var t,
                    e,
                    i = this,
                    n = i.options,
                    o = n.shapes;for (e = 0; e < o.length; e++) {
                    t = o[e], i.addShape(t);
                }
            }, _createConnections: function _createConnections() {
                var t,
                    e,
                    i,
                    n,
                    o = this,
                    s = o.options,
                    r = s.connectionDefaults,
                    a = s.connections;for (n = 0; n < a.length; n++) {
                    t = a[n], e = o._findConnectionTarget(t.from), i = o._findConnectionTarget(t.to), o.connect(e, i, A({}, r, t));
                }
            }, _findConnectionTarget: function _findConnectionTarget(t) {
                var e, i, n;return t = t || {}, e = this, i = yt(t) ? t : t.shapeId || t.id, i ? (n = e.getShapeById(i), t.connector && (n = n.getConnector(t.connector))) : n = new $(t.x || 0, t.y || 0), n;
            }, destroy: function destroy() {
                var t = this;B.fn.destroy.call(t), this._userEvents && this._userEvents.destroy(), kendo.unbindResize(t._resizeHandler), t.clear(), t.element.off(bt), t.scroller.wrapper.off(bt), t.canvas.destroy(!0), t.canvas = e, t._destroyEditor(), t.destroyScroller(), t._destroyGlobalToolBar(), t._destroyToolBar();
            }, destroyScroller: function destroyScroller() {
                var t = this.scroller;t && (t.destroy(), t.element.remove(), this.scroller = null);
            }, save: function save() {
                var t,
                    e,
                    i,
                    n = { shapes: [], connections: [] };for (t = 0; t < this.shapes.length; t++) {
                    i = this.shapes[t], i.options.serializable && n.shapes.push(i.options);
                }for (t = 0; t < this.connections.length; t++) {
                    e = this.connections[t], n.connections.push(A({}, e.options, e.toJSON()));
                }return n;
            }, focus: function focus() {
                if (!this.element.is(kendo._activeElement())) {
                    var t,
                        e = this.element,
                        i = e[0],
                        n = [],
                        o = [],
                        s = document.documentElement;do {
                        i = i.parentNode, i.scrollHeight > i.clientHeight && (n.push(i), o.push(i.scrollTop));
                    } while (i != s);for (e.focus(), t = 0; t < n.length; t++) {
                        n[t].scrollTop = o[t];
                    }return !0;
                }
            }, load: function load(t) {
                this.clear(), this.setOptions(t), this._createShapes(), this._createConnections();
            }, setOptions: function setOptions(t) {
                A(this.options, t);
            }, clear: function clear() {
                var t = this;t.select(!1), t.mainLayer.clear(), t._shapesQuadTree.clear(), t._initialize();
            }, connect: function connect(t, e, i) {
                var n, o;return this.connectionsDataSource && this._isEditable ? (o = this.connectionsDataSource.add({}), n = this._connectionsDataMap[o.uid], n.source(t), n.target(e), n.redraw(i), n.updateModel()) : (n = new b(t, e, A({}, this.options.connectionDefaults, i)), this.addConnection(n)), n;
            }, connected: function connected(t, e) {
                var i, n;for (i = 0; i < this.connections.length; i++) {
                    if (n = this.connections[i], n.from == t && n.to == e) return !0;
                }return !1;
            }, addConnection: function addConnection(t, e) {
                return e !== !1 && this.undoRedoService.add(new z.AddConnectionUnit(t, this), !1), t.diagram = this, t._setOptionsFromModel(), t.refresh(), this.mainLayer.append(t.visual), this.connections.push(t), this.trigger(kt, { added: [t], removed: [] }), t;
            }, _addConnection: function _addConnection(t, e) {
                var i,
                    n = this.connectionsDataSource;if (n && this._isEditable) {
                    if (i = f(n, l(t.dataItem)), t.dataItem = i, t.updateModel(), !this.trigger("add", { connection: t })) return this._connectionsDataMap[i.uid] = t, n.add(i), this.addConnection(t, e), t._updateConnectors(), t;
                } else if (!this.trigger("add", { connection: t })) return this.addConnection(t, e), t._updateConnectors(), t;
            }, addShape: function addShape(t, e) {
                var i,
                    n = this.options.shapeDefaults;if (t instanceof x) i = t;else {
                    if (t instanceof kendo.Class) return;n = A({}, n, t || {}), i = new x(n, this);
                }return e !== !1 && this.undoRedoService.add(new z.AddShapeUnit(i, this), !1), this.shapes.push(i), i.diagram !== this && (this._shapesQuadTree.insert(i), i.diagram = this), this.mainLayer.append(i.visual), this.trigger(kt, { added: [i], removed: [] }), i;
            }, _addShape: function _addShape(t, e) {
                var i,
                    n,
                    o = this,
                    s = o.dataSource;if (s && this._isEditable) {
                    if (i = f(s, l(t.dataItem)), t.dataItem = i, t.updateModel(), !this.trigger("add", { shape: t })) return this.dataSource.add(i), n = this._inactiveShapeItems.getByUid(i.uid), n.element = t, n.undoable = e, t;
                } else if (!this.trigger("add", { shape: t })) return this.addShape(t, e);
            }, remove: function remove(t, e) {
                var i, n, o, s;for (t = _t(t) ? t.slice(0) : [t], i = u(t), n = i.shapes, o = i.connections, mt(e) || (e = !0), e && this.undoRedoService.begin(), this._suspendModelRefresh(), s = n.length - 1; s >= 0; s--) {
                    this._removeItem(n[s], e, o);
                }for (s = o.length - 1; s >= 0; s--) {
                    this._removeItem(o[s], e);
                }this._resumeModelRefresh(), e && this.undoRedoService.commit(!1), this.trigger(kt, { added: [], removed: t });
            }, _removeShapeDataItem: function _removeShapeDataItem(t) {
                this._isEditable && (this.dataSource.remove(t.dataItem), delete this._dataMap[t.dataItem.id]);
            }, _removeConnectionDataItem: function _removeConnectionDataItem(t) {
                this._isEditable && (this.connectionsDataSource.remove(t.dataItem), delete this._connectionsDataMap[t.dataItem.uid]);
            }, _triggerRemove: function _triggerRemove(t) {
                var e,
                    i,
                    n,
                    o,
                    s = [];for (o = 0; o < t.length; o++) {
                    e = t[o], n = e.options.editable, i = e instanceof x ? { shape: e } : { connection: e }, n && n.remove !== !1 && !this.trigger("remove", i) && s.push(e);
                }return s;
            }, undo: function undo() {
                this.undoRedoService.undo();
            }, redo: function redo() {
                this.undoRedoService.redo();
            }, select: function select(t, e) {
                if (!gt(t)) return this._selectedItems;e = A({ addToSelection: !1 }, e);var i,
                    n,
                    o = e.addToSelection,
                    s = [],
                    r = [];for (o || this.deselect(), this._internalSelection = !0, t instanceof Array ? s = t : t instanceof y && (s = [t]), i = 0; i < s.length; i++) {
                    n = s[i], n.select(!0) && r.push(n);
                }this._selectionChanged(r, []), this._internalSelection = !1;
            }, selectAll: function selectAll() {
                this.select(this.shapes.concat(this.connections));
            }, selectArea: function selectArea(t) {
                var e, i, n, o;if (this._internalSelection = !0, o = [], t instanceof X) for (i = this.shapes.concat(this.connections), e = 0; e < i.length; e++) {
                    n = i[e], t && !n._hitTest(t) || !n.options.enable || n.select(!0) && o.push(n);
                }this._selectionChanged(o, []), this._internalSelection = !1;
            }, deselect: function deselect(t) {
                this._internalSelection = !0;var e,
                    i,
                    n = [],
                    o = [];for (t instanceof Array ? o = t : t instanceof y ? o.push(t) : gt(t) || (o = this._selectedItems.slice(0)), i = 0; i < o.length; i++) {
                    e = o[i], e.select(!1) && n.push(e);
                }this._selectionChanged([], n), this._internalSelection = !1;
            }, toFront: function toFront(t, e) {
                var i, n, o;t || (t = this._selectedItems.slice()), i = this._getDiagramItems(t), !mt(e) || e ? (n = s(this.mainLayer, i.visuals), o = new lt(this, t, n), this.undoRedoService.add(o)) : (this.mainLayer.toFront(i.visuals), this._fixOrdering(i, !0));
            }, toBack: function toBack(t, e) {
                var i, n, o;t || (t = this._selectedItems.slice()), i = this._getDiagramItems(t), !mt(e) || e ? (n = s(this.mainLayer, i.visuals), o = new dt(this, t, n), this.undoRedoService.add(o)) : (this.mainLayer.toBack(i.visuals), this._fixOrdering(i, !1));
            }, bringIntoView: function bringIntoView(t, e) {
                var i,
                    n,
                    o,
                    s,
                    r = this.viewport(),
                    a = new z.RectAlign(r);0 !== r.width && 0 !== r.height && (e = A({ animate: !1, align: "center middle" }, e), "none" == e.align && (e.align = "center middle"), t instanceof y ? n = t.bounds(ne) : _t(t) ? n = this.boundingBox(t) : t instanceof X && (n = t.clone()), o = n.clone(), n.zoom(this._zoom), (n.width > r.width || n.height > r.height) && (this._zoom = this._getValidZoom(xt.min(r.width / o.width, r.height / o.height)), n = o.clone().zoom(this._zoom)), this._zoomMainLayer(), i = n.clone(), a.align(n, e.align), s = n.topLeft().minus(i.topLeft()), this.pan(s.times(-1), e.animate));
            }, alignShapes: function alignShapes(t) {
                var e, i, n, o, s, r, a;if (pt(t) && (t = "Left"), e = this.select(), 0 !== e.length) {
                    switch (t.toLowerCase()) {case "left":case "top":
                            i = te;break;case "right":case "bottom":
                            i = ee;}for (o = 0; o < e.length; o++) {
                        if (n = e[o], n instanceof x) switch (t.toLowerCase()) {case "left":
                                i = xt.min(i, n.options.x);break;case "top":
                                i = xt.min(i, n.options.y);break;case "right":
                                i = xt.max(i, n.options.x);break;case "bottom":
                                i = xt.max(i, n.options.y);}
                    }for (s = [], r = [], o = 0; o < e.length; o++) {
                        if (n = e[o], n instanceof x) switch (r.push(n), s.push(n.bounds()), t.toLowerCase()) {case "left":case "right":
                                n.position(new $(i, n.options.y));break;case "top":case "bottom":
                                n.position(new $(n.options.x, i));}
                    }a = new z.TransformUnit(r, s), this.undoRedoService.add(a, !1);
                }
            }, zoom: function zoom(t, e) {
                var i, n, o, s;return t && (i = e ? e.point : new z.Point(0, 0), t = this._zoom = this._getValidZoom(t), pt(i) || (i = new z.Point(xt.round(i.x), xt.round(i.y)), n = i.times(t), o = this.modelToView(i), s = o.minus(n), this._storePan(new z.Point(xt.round(s.x), xt.round(s.y)))), e && (e.zoom = t), this._panTransform(), this.canvas.surface.hideTooltip(), this._updateAdorners()), this._zoom;
            }, _getPan: function _getPan(t) {
                var e = this.canvas;return e.translate || (t = t.plus(this._pan)), t;
            }, pan: function pan(t, i) {
                var n, o;return t instanceof $ ? (n = this, o = n.scroller, t = n._getPan(t), t = t.times(-1), i ? o.animatedScrollTo(t.x, t.y, function () {
                    n._updateAdorners();
                }) : (o.scrollTo(t.x, t.y), n._updateAdorners()), e) : this._pan.times(-1);
            }, viewport: function viewport() {
                var t = this.element,
                    e = t.width(),
                    i = t.height();return this.toolBar && (i -= U(this.toolBar.element)), new X(0, 0, e, i);
            }, copy: function copy() {
                var t, e;if (this.options.copy.enabled) for (this._clipboard = [], this._copyOffset = 1, t = 0; t < this._selectedItems.length; t++) {
                    e = this._selectedItems[t], this._clipboard.push(e);
                }
            }, cut: function cut() {
                var t, e;if (this.options.copy.enabled) {
                    for (this._clipboard = [], this._copyOffset = 0, t = 0; t < this._selectedItems.length; t++) {
                        e = this._selectedItems[t], this._clipboard.push(e);
                    }this.remove(this._clipboard, !0);
                }
            }, paste: function paste() {
                var t, e, i, n, o, s, r, a;if (this._clipboard.length > 0) {
                    for (n = {}, o = u(this._clipboard), s = o.connections, r = o.shapes, a = { x: this._copyOffset * this.options.copy.offsetX, y: this._copyOffset * this.options.copy.offsetY }, this.deselect(), i = 0; i < r.length; i++) {
                        t = r[i], e = t.clone(), n[t.id] = e, e.position(new $(t.options.x + a.x, t.options.y + a.y)), e.diagram = this, e = this._addShape(e), e && e.select();
                    }for (i = 0; i < s.length; i++) {
                        t = s[i], e = this._addConnection(t.clone()), e && (this._updateCopiedConnection(e, t, "source", n, a), this._updateCopiedConnection(e, t, "target", n, a), e.select(!0), e.updateModel());
                    }this._syncChanges(), this._copyOffset += 1;
                }
            }, _updateCopiedConnection: function _updateCopiedConnection(t, e, i, n, o) {
                var s,
                    r,
                    a,
                    h = e[i](),
                    c = this;h instanceof w && n[h.shape.id] ? (a = n[h.shape.id], c.getShapeById(a.id) ? t[i](a.getConnector(h.options.name)) : (r = c._inactiveShapeItems.getByUid(a.dataItem.uid), r && (s = function s(e) {
                    a = c._dataMap[e.id], t[i](a.getConnector(h.options.name)), t.updateModel();
                }, c._deferredConnectionUpdates.push(r.onActivate(s))))) : t[i](new $(e[i + "Point"]().x + o.x, e[i + "Point"]().y + o.y));
            }, boundingBox: function boundingBox(t, e) {
                var i,
                    n,
                    o,
                    s = X.empty(),
                    r = gt(t) ? this._getDiagramItems(t) : { shapes: this.shapes };if (r.shapes.length > 0) for (n = r.shapes[0], s = n.bounds(oe), o = 1; o < r.shapes.length; o++) {
                    n = r.shapes[o], i = n.bounds(oe), e === !0 && (i.x -= n._rotationOffset.x, i.y -= n._rotationOffset.y), s = s.union(i);
                }return s;
            }, _containerOffset: function _containerOffset() {
                var t = this.element.offset();return this.toolBar && (t.top += U(this.toolBar.element)), t;
            }, documentToView: function documentToView(t) {
                var e = this._containerOffset();return new $(t.x - e.left, t.y - e.top);
            }, viewToDocument: function viewToDocument(t) {
                var e = this._containerOffset();return new $(t.x + e.left, t.y + e.top);
            }, viewToModel: function viewToModel(t) {
                return this._transformWithMatrix(t, this._matrixInvert);
            }, modelToView: function modelToView(t) {
                return this._transformWithMatrix(t, this._matrix);
            }, modelToLayer: function modelToLayer(t) {
                return this._transformWithMatrix(t, this._layerMatrix);
            }, layerToModel: function layerToModel(t) {
                return this._transformWithMatrix(t, this._layerMatrixInvert);
            }, documentToModel: function documentToModel(t) {
                var e = this.documentToView(t);return this.canvas.translate || (e.x = e.x + this.scroller.scrollLeft, e.y = e.y + this.scroller.scrollTop), this.viewToModel(e);
            }, modelToDocument: function modelToDocument(t) {
                return this.viewToDocument(this.modelToView(t));
            }, _transformWithMatrix: function _transformWithMatrix(t, e) {
                var i,
                    n,
                    o = t;return t instanceof $ ? e && (o = e.apply(t)) : (i = this._transformWithMatrix(t.topLeft(), e), n = this._transformWithMatrix(t.bottomRight(), e), o = X.fromPoints(i, n)), o;
            }, setDataSource: function setDataSource(t) {
                this.options.dataSource = t, this._dataSource(), this.options.autoBind && this.dataSource.fetch();
            }, setConnectionsDataSource: function setConnectionsDataSource(t) {
                this.options.connectionsDataSource = t, this._connectionDataSource(), this.options.autoBind && this.connectionsDataSource.fetch();
            }, layout: function layout(t) {
                var e, i, n, o, s;switch (this._layouting = !0, pt(t) && (t = this.options.layout), e = pt(t) || pt(t.type) ? "Tree" : t.type, e.toLowerCase()) {case "tree":
                        i = new z.TreeLayout(this);break;case "layered":
                        i = new z.LayeredLayout(this);break;case "forcedirected":case "force":case "spring":case "springembedder":
                        i = new z.SpringLayout(this);break;default:
                        throw "Layout algorithm '" + e + "' is not supported.";}n = new z.LayoutState(this), o = i.layout(t), o && (s = new z.LayoutUndoUnit(n, o, t ? t.animate : null), this.undoRedoService.add(s)), this._layouting = !1, this._redrawConnections();
            }, getShapeById: function getShapeById(t) {
                var e;return (e = ht.first(this.shapes, function (e) {
                    return e.visual.id === t;
                })) ? e : e = ht.first(this.connections, function (e) {
                    return e.visual.id === t;
                });
            }, getShapeByModelId: function getShapeByModelId(t) {
                var e;return e = this._isEditable ? this._dataMap[t] : ht.first(this.shapes, function (e) {
                    return (e.dataItem || {}).id === t;
                });
            }, getShapeByModelUid: function getShapeByModelUid(t) {
                var e;return e = this._isEditable ? ht.first(this.shapes, function (e) {
                    return (e.dataItem || {}).uid === t;
                }) : this._dataMap[t];
            }, getConnectionByModelId: function getConnectionByModelId(t) {
                var e;return this.connectionsDataSource && (e = ht.first(this.connections, function (e) {
                    return (e.dataItem || {}).id === t;
                })), e;
            }, getConnectionByModelUid: function getConnectionByModelUid(t) {
                var e;return this.connectionsDataSource && (e = this._connectionsDataMap[t]), e;
            }, _extendLayoutOptions: function _extendLayoutOptions(t) {
                t.layout && (t.layout = A({}, z.LayoutBase.fn.defaultOptions || {}, t.layout));
            }, _selectionChanged: function _selectionChanged(t, e) {
                (t.length || e.length) && this.trigger(Ut, { selected: t, deselected: e });
            }, _getValidZoom: function _getValidZoom(t) {
                return xt.min(xt.max(t, this.options.zoomMin), this.options.zoomMax);
            }, _panTransform: function _panTransform(t) {
                var e = this,
                    i = t || e._pan;e.canvas.translate ? (e.scroller.scrollTo(i.x, i.y), e._zoomMainLayer()) : (e._storePan(i), e._transformMainLayer());
            }, _finishPan: function _finishPan() {
                this.trigger(Ht, { total: this._pan, delta: Number.NaN });
            }, _storePan: function _storePan(t) {
                this._pan = t, this._storeViewMatrix();
            }, _zoomMainLayer: function _zoomMainLayer() {
                var t = this._zoom,
                    e = new W(0, 0, t, t);e.render(this.mainLayer), this._storeLayerMatrix(e), this._storeViewMatrix();
            }, _transformMainLayer: function _transformMainLayer() {
                var t = this._pan,
                    e = this._zoom,
                    i = new W(t.x, t.y, e, e);i.render(this.mainLayer), this._storeLayerMatrix(i), this._storeViewMatrix();
            }, _storeLayerMatrix: function _storeLayerMatrix(t) {
                this._layerMatrix = t.toMatrix(), this._layerMatrixInvert = t.invert().toMatrix();
            }, _storeViewMatrix: function _storeViewMatrix() {
                var t = this._pan,
                    e = this._zoom,
                    i = new W(t.x, t.y, e, e);this._matrix = i.toMatrix(), this._matrixInvert = i.invert().toMatrix();
            }, _toIndex: function _toIndex(t, e) {
                var i = this._getDiagramItems(t);this.mainLayer.toIndex(i.visuals, e), this._fixOrdering(i, !1);
            }, _fixOrdering: function _fixOrdering(t, e) {
                var i,
                    n,
                    o = e ? this.shapes.length - 1 : 0,
                    s = e ? this.connections.length - 1 : 0;for (i = 0; i < t.shapes.length; i++) {
                    n = t.shapes[i], ht.remove(this.shapes, n), ht.insert(this.shapes, n, o);
                }for (i = 0; i < t.cons.length; i++) {
                    n = t.cons[i], ht.remove(this.connections, n), ht.insert(this.connections, n, s);
                }
            }, _getDiagramItems: function _getDiagramItems(t) {
                var e,
                    i,
                    n = {},
                    o = t;for (n.visuals = [], n.shapes = [], n.cons = [], t ? _t(t) || (o = [t]) : o = this._selectedItems.slice(), e = 0; e < o.length; e++) {
                    i = o[e], i instanceof x ? (n.shapes.push(i), n.visuals.push(i.visual)) : i instanceof b && (n.cons.push(i), n.visuals.push(i.visual));
                }return n;
            }, _removeItem: function _removeItem(t, e, i) {
                t.select(!1), t instanceof x ? (this._removeShapeDataItem(t), this._removeShape(t, e, i)) : t instanceof b && (this._removeConnectionDataItem(t), this._removeConnection(t, e)), this.mainLayer.remove(t.visual);
            }, _removeShape: function _removeShape(t, e, i) {
                var n,
                    o,
                    s,
                    r,
                    a = [],
                    h = [];for (this.toolService._removeHover(), e && this.undoRedoService.addCompositeItem(new Y(t)), ht.remove(this.shapes, t), this._shapesQuadTree.remove(t), n = 0; n < t.connectors.length; n++) {
                    for (s = t.connectors[n], r = 0; r < s.connections.length; r++) {
                        o = s.connections[r], i && P.inArray(o, i) || (o.sourceConnector == s ? a.push(o) : o.targetConnector == s && h.push(o));
                    }
                }for (n = 0; n < a.length; n++) {
                    a[n].source(null, e), a[n].updateModel();
                }for (n = 0; n < h.length; n++) {
                    h[n].target(null, e), h[n].updateModel();
                }
            }, _removeConnection: function _removeConnection(t, e) {
                t.sourceConnector && ht.remove(t.sourceConnector.connections, t), t.targetConnector && ht.remove(t.targetConnector.connections, t), e && this.undoRedoService.addCompositeItem(new Q(t)), ht.remove(this.connections, t);
            }, _removeDataItems: function _removeDataItems(t, e) {
                var i, n, o, s;for (t = _t(t) ? t : [t]; t.length;) {
                    if (i = t.shift(), o = this._dataMap[i.uid], o && (this._removeShapeConnections(o), this._removeItem(o, !1), delete this._dataMap[i.uid], e && i.hasChildren && i.loaded())) for (n = i.children.data(), s = 0; s < n.length; s++) {
                        t.push(n[s]);
                    }
                }
            }, _removeShapeConnections: function _removeShapeConnections(t) {
                var e,
                    i = t.connections();if (i) for (e = 0; e < i.length; e++) {
                    this._removeItem(i[e], !1);
                }
            }, _addDataItem: function _addDataItem(t, e) {
                var i, n;if (mt(t)) return (i = this._dataMap[t.id]) ? i : (n = A({}, this.options.shapeDefaults), n.dataItem = t, i = new x(n, this), this.addShape(i, e !== !1), this._dataMap[t.id] = i, i);
            }, _addDataItemByUid: function _addDataItemByUid(t) {
                var e, i;if (mt(t)) return (e = this._dataMap[t.uid]) ? e : (i = A({}, this.options.shapeDefaults), i.dataItem = t, e = new x(i, this), this.addShape(e), this._dataMap[t.uid] = e, e);
            }, _addDataItems: function _addDataItems(t, e) {
                var i, n, o, s, r;for (n = 0; n < t.length; n++) {
                    i = t[n], o = this._addDataItemByUid(i), s = this._addDataItemByUid(e), s && !this.connected(s, o) && (r = this.connect(s, o));
                }
            }, _refreshSource: function _refreshSource(t) {
                var e,
                    i,
                    n = this,
                    o = t.node,
                    s = t.action,
                    r = t.items,
                    a = n.options;if (t.field) for (e = 0; e < r.length; e++) {
                    this._dataMap[r[e].uid] && this._dataMap[r[e].uid].redrawVisual();
                } else {
                    if ("remove" == s) this._removeDataItems(t.items, !0);else for (s && "itemloaded" !== s || this._bindingRoots || (this._bindingRoots = !0, i = !0), s || o || n.clear(), this._addDataItems(r, o), e = 0; e < r.length; e++) {
                        r[e].load();
                    }a.layout && (i || "remove" == s || "add" == s) && n.layout(a.layout), i && (this.trigger("dataBound"), this._bindingRoots = !1);
                }
            }, _addItem: function _addItem(t) {
                t instanceof x ? this.addShape(t) : t instanceof b && this.addConnection(t);
            }, _createToolBar: function _createToolBar(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r,
                    a,
                    h,
                    c,
                    d = this.toolService.diagram;this.singleToolBar || 1 !== d.select().length || (e = d.select()[0], e && e.options.editable !== !1 && (i = e.options.editable, n = i.tools, this._isEditable && 0 === n.length && (e instanceof x ? n = ["edit", "rotateClockwise", "rotateAnticlockwise"] : e instanceof b && (n = ["edit"]), i && i.remove !== !1 && n.push("delete")), n && n.length && (o = 20, this.singleToolBar = new S(d, { tools: n, click: R(this._toolBarClick, this), modal: !0 }), r = O(this.singleToolBar._popup.element), a = U(this.singleToolBar._popup.element), e instanceof x ? (h = this.modelToView(e.bounds(oe)), s = $(h.x, h.y).minus($((r - h.width) / 2, a + o))) : e instanceof b && (c = this.modelToView(e.bounds()), s = $(c.x, c.y).minus($((r - c.width - 20) / 2, a + o))), s ? (this.canvas.translate || (s = s.minus($(this.scroller.scrollLeft, this.scroller.scrollTop))), s = this.viewToDocument(s), s = $(xt.max(s.x, 0), xt.max(s.y, 0)), this.singleToolBar.showAt(s), t && this.singleToolBar._popup.one("close", _)) : this._destroyToolBar())));
            }, _toolBarClick: function _toolBarClick(t) {
                this.trigger("toolBarClick", t), this._destroyToolBar();
            }, _normalizePointZoom: function _normalizePointZoom(t) {
                return t.times(1 / this.zoom());
            }, _initialize: function _initialize() {
                this.shapes = [], this._selectedItems = [], this.connections = [], this._dataMap = {}, this._connectionsDataMap = {}, this._inactiveShapeItems = new d(), this._deferredConnectionUpdates = [], this.undoRedoService = new it({ undone: this._syncHandler, redone: this._syncHandler }), this.id = z.randomId();
            }, _fetchFreshData: function _fetchFreshData() {
                var t = this;t._dataSource(), t._isEditable && t._connectionDataSource(), t.options.autoBind && (t._isEditable ? (this._loadingShapes = !0, this._loadingConnections = !0, t.dataSource.fetch(), t.connectionsDataSource.fetch()) : t.dataSource.fetch());
            }, _dataSource: function _dataSource() {
                var t, e;mt(this.options.connectionsDataSource) ? (this._isEditable = !0, t = this.options.dataSource || {}, e = _t(t) ? { data: t } : t, this.dataSource && this._shapesRefreshHandler ? this.dataSource.unbind("change", this._shapesRefreshHandler).unbind("requestStart", this._shapesRequestStartHandler).unbind("error", this._shapesErrorHandler) : (this._shapesRefreshHandler = R(this._refreshShapes, this), this._shapesRequestStartHandler = R(this._shapesRequestStart, this), this._shapesErrorHandler = R(this._error, this)), this.dataSource = kendo.data.DataSource.create(e).bind("change", this._shapesRefreshHandler).bind("requestStart", this._shapesRequestStartHandler).bind("error", this._shapesErrorHandler)) : (this._treeDataSource(), this._isEditable = !1);
            }, _connectionDataSource: function _connectionDataSource() {
                var t,
                    e = this.options.connectionsDataSource;e && (t = _t(e) ? { data: e } : e, this.connectionsDataSource && this._connectionsRefreshHandler ? this.connectionsDataSource.unbind("change", this._connectionsRefreshHandler).unbind("requestStart", this._connectionsRequestStartHandler).unbind("error", this._connectionsErrorHandler) : (this._connectionsRefreshHandler = R(this._refreshConnections, this), this._connectionsRequestStartHandler = R(this._connectionsRequestStart, this), this._connectionsErrorHandler = R(this._connectionsError, this)), this.connectionsDataSource = kendo.data.DataSource.create(t).bind("change", this._connectionsRefreshHandler).bind("requestStart", this._connectionsRequestStartHandler).bind("error", this._connectionsErrorHandler));
            }, _shapesRequestStart: function _shapesRequestStart(t) {
                "read" == t.type && (this._loadingShapes = !0);
            }, _connectionsRequestStart: function _connectionsRequestStart(t) {
                "read" == t.type && (this._loadingConnections = !0);
            }, _error: function _error() {
                this._loadingShapes = !1;
            }, _connectionsError: function _connectionsError() {
                this._loadingConnections = !1;
            }, _refreshShapes: function _refreshShapes(t) {
                "remove" === t.action ? this._shouldRefresh() && this._removeShapes(t.items) : "itemchange" === t.action ? this._shouldRefresh() && this._updateShapes(t.items, t.field) : "add" === t.action ? this._inactiveShapeItems.add(t.items) : "sync" === t.action ? this._syncShapes(t.items) : this.refresh();
            }, _shouldRefresh: function _shouldRefresh() {
                return !this._suspended;
            }, _suspendModelRefresh: function _suspendModelRefresh() {
                this._suspended = (this._suspended || 0) + 1;
            }, _resumeModelRefresh: function _resumeModelRefresh() {
                this._suspended = xt.max((this._suspended || 0) - 1, 0);
            }, refresh: function refresh() {
                this._loadingShapes = !1, this._loadingConnections || this._rebindShapesAndConnections();
            }, _rebindShapesAndConnections: function _rebindShapesAndConnections() {
                this.clear(), this._addShapes(this.dataSource.view()), this.connectionsDataSource && this._addConnections(this.connectionsDataSource.view(), !1), this.options.layout ? this.layout(this.options.layout) : this._redrawConnections(), this.trigger("dataBound");
            }, refreshConnections: function refreshConnections() {
                this._loadingConnections = !1, this._loadingShapes || this._rebindShapesAndConnections();
            }, _redrawConnections: function _redrawConnections() {
                var t,
                    e = this.connections;for (t = 0; t < e.length; t++) {
                    e[t].refresh();
                }
            }, _removeShapes: function _removeShapes(t) {
                var e,
                    i,
                    n = this._dataMap;for (i = 0; i < t.length; i++) {
                    e = t[i], n[e.id] && (this.remove(n[e.id], !1), n[e.id] = null);
                }
            }, _syncShapes: function _syncShapes() {
                var t = this,
                    e = t._inactiveShapeItems;e.forEach(function (i) {
                    var n = i.dataItem,
                        o = i.element;n.isNew() || (o ? (o._setOptionsFromModel(), t.addShape(o, i.undoable), t._dataMap[n.id] = o) : t._addDataItem(n), i.activate(), e.remove(n));
                });
            }, _updateShapes: function _updateShapes(t, e) {
                var i, n, o;for (i = 0; i < t.length; i++) {
                    n = t[i], o = this._dataMap[n.id], o && o.updateOptionsFromModel(n, e);
                }
            }, _addShapes: function _addShapes(t) {
                for (var e = 0; e < t.length; e++) {
                    this._addDataItem(t[e], !1);
                }
            }, _refreshConnections: function _refreshConnections(t) {
                "remove" === t.action ? this._shouldRefresh() && this._removeConnections(t.items) : "add" === t.action ? this._addConnections(t.items) : "sync" === t.action || ("itemchange" === t.action ? this._shouldRefresh() && this._updateConnections(t.items) : this.refreshConnections());
            }, _removeConnections: function _removeConnections(t) {
                for (var e = 0; e < t.length; e++) {
                    this.remove(this._connectionsDataMap[t[e].uid], !1), this._connectionsDataMap[t[e].uid] = null;
                }
            }, _updateConnections: function _updateConnections(t) {
                var e, i, n;for (e = 0; e < t.length; e++) {
                    i = t[e], n = this._connectionsDataMap[i.uid], n.updateOptionsFromModel(i);
                }
            }, _addConnections: function _addConnections(t, e) {
                var i,
                    n,
                    o = t.length;for (i = 0; i < o; i++) {
                    n = t[i], this._addConnectionDataItem(n, e);
                }
            }, _addConnectionDataItem: function _addConnectionDataItem(t, e) {
                var i, n, o, s;this._connectionsDataMap[t.uid] || (i = this._validateConnector(t.from), mt(i) && null !== i || (i = new $(t.fromX, t.fromY)), n = this._validateConnector(t.to), mt(n) && null !== n || (n = new $(t.toX, t.toY)), mt(i) && mt(n) && (o = A({}, this.options.connectionDefaults), o.dataItem = t, s = new b(i, n, o), this._connectionsDataMap[t.uid] = s, this.addConnection(s, e)));
            }, _validateConnector: function _validateConnector(t) {
                var e;return mt(t) && null !== t && (e = this._dataMap[t]), e;
            }, _treeDataSource: function _treeDataSource() {
                var t = this,
                    e = t.options,
                    i = e.dataSource;if (i = _t(i) ? { data: i } : i, i instanceof kendo.data.DataSource && !(i instanceof kendo.data.HierarchicalDataSource)) throw Error("Incorrect DataSource type. If a single dataSource instance is set to the diagram then it should be a HierarchicalDataSource. You should set only the options instead of an instance or a HierarchicalDataSource instance or supply connectionsDataSource as well.");i.fields || (i.fields = [{ field: "text" }, { field: "url" }, { field: "spriteCssClass" }, { field: "imageUrl" }]), t.dataSource && t._refreshHandler && t._unbindDataSource(), t._refreshHandler = R(t._refreshSource, t), t._errorHandler = R(t._error, t), t.dataSource = H.create(i).bind(kt, t._refreshHandler).bind(Et, t._errorHandler);
            }, _unbindDataSource: function _unbindDataSource() {
                var t = this;t.dataSource.unbind(kt, t._refreshHandler).unbind(Et, t._errorHandler);
            }, _adorn: function _adorn(t, i) {
                i !== e && t && (i ? (this._adorners.push(t), this.adornerLayer.append(t.visual)) : (ht.remove(this._adorners, t), this.adornerLayer.remove(t.visual)));
            }, _showConnectors: function _showConnectors(t, e) {
                e ? this._connectorsAdorner.show(t) : this._connectorsAdorner.destroy();
            }, _updateAdorners: function _updateAdorners() {
                var t,
                    e,
                    i = this._adorners;for (t = 0; t < i.length; t++) {
                    e = i[t], e.refreshBounds && e.refreshBounds(), e.refresh();
                }
            }, _refresh: function _refresh() {
                for (var t = 0; t < this.connections.length; t++) {
                    this.connections[t].refresh();
                }
            }, _destroyToolBar: function _destroyToolBar() {
                this.singleToolBar && (this.singleToolBar.hide(), this.singleToolBar.destroy(), this.singleToolBar = null);
            }, _destroyGlobalToolBar: function _destroyGlobalToolBar() {
                this.toolBar && (this.toolBar.hide(), this.toolBar.destroy(), this.toolBar = null);
            }, exportDOMVisual: function exportDOMVisual() {
                var t = this.canvas._viewBox,
                    e = E.transform().translate(-t.x, -t.y),
                    i = new E.Rect([0, 0], [t.width, t.height]),
                    n = L.Path.fromRect(i),
                    o = new L.Group({ transform: e }),
                    s = new L.Group({ clip: n }),
                    r = this.canvas.drawingElement.children[0];return s.append(o), o.children.push(r), s;
            }, exportVisual: function exportVisual() {
                var t = E.transform().scale(1 / this._zoom),
                    e = new L.Group({ transform: t }),
                    i = this.mainLayer.drawingElement;return e.children.push(i), e;
            }, _syncChanges: function _syncChanges() {
                this._syncShapeChanges(), this._syncConnectionChanges();
            }, _syncShapeChanges: function _syncShapeChanges() {
                this.dataSource && this._isEditable && this.dataSource.sync();
            }, _syncConnectionChanges: function _syncConnectionChanges() {
                var e = this;e.connectionsDataSource && e._isEditable && (t.when.apply(t, e._deferredConnectionUpdates).then(function () {
                    e.connectionsDataSource.sync();
                }), e.deferredConnectionUpdates = []);
            } }), P.ExportMixin.extend(C.fn, !0), kendo.PDFMixin && kendo.PDFMixin.extend(C.fn), S = kendo.Observable.extend({ init: function init(t, e) {
                kendo.Observable.fn.init.call(this), this.diagram = t, this.options = A({}, this.options, e), this._tools = [], this.createToolBar(), this.createTools(), this.appendTools(), this.options.modal && this.createPopup(), this.bind(this.events, e);
            }, events: ["click"], createPopup: function createPopup() {
                this.container = t("<div/>").append(this.element), this._popup = this.container.kendoPopup({}).getKendoPopup();
            }, appendTools: function appendTools() {
                var t, e;for (t = 0; t < this._tools.length; t++) {
                    e = this._tools[t], (e.buttons && e.buttons.length || !mt(e.buttons)) && this._toolBar.add(e);
                }
            }, createToolBar: function createToolBar() {
                this.element = t("<div/>"), this._toolBar = this.element.kendoToolBar({ click: R(this.click, this), resizable: !1 }).getKendoToolBar(), this.element.css("border", "none");
            }, createTools: function createTools() {
                for (var t = 0; t < this.options.tools.length; t++) {
                    this.createTool(this.options.tools[t]);
                }
            }, createTool: function createTool(t) {
                wt(t) || (t = { name: t });var e = t.name + "Tool";this[e] ? this[e](t) : this._tools.push(A({}, t, { attributes: this._setAttributes({ action: t.name }) }));
            }, showAt: function showAt(t) {
                this._popup && this._popup.open(t.x, t.y);
            }, hide: function hide() {
                this._popup && this._popup.close();
            }, newGroup: function newGroup() {
                return { type: "buttonGroup", buttons: [] };
            }, editTool: function editTool() {
                this._tools.push({ spriteCssClass: "k-icon k-i-pencil", showText: "overflow", type: "button", text: "Edit", attributes: this._setAttributes({ action: "edit" }) });
            }, deleteTool: function deleteTool() {
                this._tools.push({ spriteCssClass: "k-icon k-i-close", showText: "overflow", type: "button", text: "Delete", attributes: this._setAttributes({ action: "delete" }) });
            }, rotateAnticlockwiseTool: function rotateAnticlockwiseTool(t) {
                this._appendGroup("rotate"), this._rotateGroup.buttons.push({ spriteCssClass: "k-icon k-i-rotateccw", showText: "overflow", text: "RotateAnticlockwise", group: "rotate", attributes: this._setAttributes({ action: "rotateAnticlockwise", step: t.step }) });
            }, rotateClockwiseTool: function rotateClockwiseTool(t) {
                this._appendGroup("rotate"), this._rotateGroup.buttons.push({ spriteCssClass: "k-icon k-i-rotatecw", attributes: this._setAttributes({ action: "rotateClockwise", step: t.step }), showText: "overflow", text: "RotateClockwise", group: "rotate" });
            }, createShapeTool: function createShapeTool() {
                this._appendGroup("create"), this._createGroup.buttons.push({ spriteCssClass: "k-icon k-i-shape", showText: "overflow", text: "CreateShape", group: "create", attributes: this._setAttributes({ action: "createShape" }) });
            }, createConnectionTool: function createConnectionTool() {
                this._appendGroup("create"), this._createGroup.buttons.push({ spriteCssClass: "k-icon k-i-connector", showText: "overflow", text: "CreateConnection", group: "create", attributes: this._setAttributes({ action: "createConnection" }) });
            }, undoTool: function undoTool() {
                this._appendGroup("history"), this._historyGroup.buttons.push({ spriteCssClass: "k-icon k-i-undo", showText: "overflow", text: "Undo", group: "history", attributes: this._setAttributes({ action: "undo" }) });
            }, redoTool: function redoTool() {
                this._appendGroup("history"), this._historyGroup.buttons.push({ spriteCssClass: "k-icon k-i-redo", showText: "overflow", text: "Redo", group: "history", attributes: this._setAttributes({ action: "redo" }) });
            }, _appendGroup: function _appendGroup(t) {
                var e = "_" + t + "Group";this[e] || (this[e] = this.newGroup(), this._tools.push(this[e]));
            }, _setAttributes: function _setAttributes(t) {
                var e = {};return t.action && (e[kendo.attr("action")] = t.action), t.step && (e[kendo.attr("step")] = t.step), e;
            }, _getAttributes: function _getAttributes(t) {
                var e,
                    i = {},
                    n = t.attr(kendo.attr("action"));return n && (i.action = n), e = t.attr(kendo.attr("step")), e && (i.step = e), i;
            }, click: function click(e) {
                var i = this._getAttributes(t(e.target)),
                    n = i.action;n && this[n] && this[n](i), this.trigger("click", this.eventData(n, e.target));
            }, eventData: function eventData(t, e) {
                var i,
                    n,
                    o = this.selectedElements(),
                    s = o.length,
                    r = [],
                    a = [];for (n = 0; n < s; n++) {
                    i = o[n], i instanceof x ? r.push(i) : a.push(i);
                }return { shapes: r, connections: a, action: t, target: e };
            }, "delete": function _delete() {
                var t = this.diagram,
                    e = t._triggerRemove(this.selectedElements());e.length && (this.diagram.remove(e, !0), this.diagram._syncChanges());
            }, edit: function edit() {
                var t = this.selectedElements();1 === t.length && this.diagram.edit(t[0]);
            }, rotateClockwise: function rotateClockwise(t) {
                var e = parseFloat(t.step || 90);this._rotate(e);
            }, rotateAnticlockwise: function rotateAnticlockwise(t) {
                var e = parseFloat(t.step || 90);this._rotate(-e);
            }, _rotate: function _rotate(t) {
                var e = this.diagram._resizingAdorner;e.angle(e.angle() + t), e.rotate();
            }, selectedElements: function selectedElements() {
                return this.diagram.select();
            }, createShape: function createShape() {
                this.diagram.createShape();
            }, createConnection: function createConnection() {
                this.diagram.createConnection();
            }, undo: function undo() {
                this.diagram.undo();
            }, redo: function redo() {
                this.diagram.redo();
            }, destroy: function destroy() {
                this.diagram = null, this.element = null, this.options = null, this._toolBar && this._toolBar.destroy(), this._popup && this._popup.destroy();
            } }), k = kendo.Observable.extend({ init: function init(t, e) {
                kendo.Observable.fn.init.call(this), this.options = V(!0, {}, this.options, e), this.element = t, this.model = this.options.model, this.fields = this._getFields(), this._initContainer(), this.createEditable();
            }, options: { editors: {} }, _initContainer: function _initContainer() {
                this.wrapper = this.element;
            }, createEditable: function createEditable() {
                var t = this.options;this.editable = new kendo.ui.Editable(this.wrapper, { fields: this.fields, target: t.target, clearContainer: !1, model: this.model });
            }, _isEditable: function _isEditable(t) {
                return this.model.editable && this.model.editable(t);
            }, _getFields: function _getFields() {
                var t,
                    e,
                    i,
                    n = [],
                    o = this.model.fields;for (t in o) {
                    e = {}, this._isEditable(t) && (i = this.options.editors[t], i && (e.editor = i), e.field = t, n.push(e));
                }return n;
            }, end: function end() {
                return this.editable.end();
            }, destroy: function destroy() {
                this.editable.destroy(), this.editable.element.find("[" + kendo.attr("container-for") + "]").empty(), this.model = this.wrapper = this.element = this.columns = this.editable = null;
            } }), T = k.extend({ init: function init(t, e) {
                k.fn.init.call(this, t, e), this.bind(this.events, this.options), this.open();
            }, events: ["update", "cancel"], options: { window: { modal: !0, resizable: !1, draggable: !0, title: "Edit", visible: !1 } }, _initContainer: function _initContainer() {
                var e,
                    i = this;this.wrapper = t('<div class="k-popup-edit-form"/>').attr(kendo.attr("uid"), this.model.uid), e = "", this.options.template ? (e += this._renderTemplate(), this.fields = []) : e += this._renderFields(), e += this._renderButtons(), this.wrapper.append(t('<div class="k-edit-form-container"/>').append(e)), this.window = new kendo.ui.Window(this.wrapper.appendTo(this.element), this.options.window), this.window.bind("close", function (t) {
                    t.userTriggered && (t.sender.element.focus(), i._cancelClick(t));
                }), this._attachButtonEvents();
            }, _renderTemplate: function _renderTemplate() {
                var t = this.options.template;return "string" == typeof t && (t = window.unescape(t)), t = kendo.template(t)(this.model);
            }, _renderFields: function _renderFields() {
                var t,
                    e,
                    i = "";for (t = 0; t < this.fields.length; t++) {
                    e = this.fields[t], i += '<div class="k-edit-label"><label for="' + e.field + '">' + (e.field || "") + "</label></div>", this._isEditable(e.field) && (i += "<div " + kendo.attr("container-for") + '="' + e.field + '" class="k-edit-field"></div>');
                }return i;
            }, _renderButtons: function _renderButtons() {
                var t = '<div class="k-edit-buttons k-state-default">';return t += this._createButton("update"), t += this._createButton("cancel"), t += "</div>";
            }, _createButton: function _createButton(t) {
                return kendo.template(fe)(v[t]);
            }, _attachButtonEvents: function _attachButtonEvents() {
                this._cancelClickHandler = R(this._cancelClick, this), this.window.element.on(Tt + bt, "a.k-diagram-cancel", this._cancelClickHandler), this._updateClickHandler = R(this._updateClick, this), this.window.element.on(Tt + bt, "a.k-diagram-update", this._updateClickHandler);
            }, _updateClick: function _updateClick(t) {
                t.preventDefault(), this.trigger("update");
            }, _cancelClick: function _cancelClick(t) {
                t.preventDefault(), this.trigger("cancel");
            }, open: function open() {
                this.window.center().open();
            }, close: function close() {
                this.window.bind("deactivate", R(this.destroy, this)).close();
            }, destroy: function destroy() {
                this.window.close().destroy(), this.window.element.off(Tt + bt, "a.k-diagram-cancel", this._cancelClickHandler), this.window.element.off(Tt + bt, "a.k-diagram-update", this._updateClickHandler), this._cancelClickHandler = null, this._editUpdateClickHandler = null, this.window = null, k.fn.destroy.call(this);
            } }), c.fn = c.prototype = { onActivate: function onActivate(e) {
                var i = t.Deferred();return this.callbacks.push({ callback: e, deferred: i }), i;
            }, activate: function activate() {
                var t,
                    e,
                    i = this.callbacks;for (e = 0; e < i.length; e++) {
                    t = this.callbacks[e], t.callback(this.dataItem), t.deferred.resolve();
                }this.callbacks = [];
            } }, d.fn = d.prototype = { add: function add(t) {
                for (var e = 0; e < t.length; e++) {
                    this.items[t[e].uid] = new c(t[e]);
                }
            }, forEach: function forEach(t) {
                for (var e in this.items) {
                    t(this.items[e]);
                }
            }, getByUid: function getByUid(t) {
                return this.items[t];
            }, remove: function remove(t) {
                delete this.items[t.uid];
            } }, M = N.extend({ init: function init() {
                this.shapes = [];
            }, _add: function _add(t, e) {
                this.shapes.push({ bounds: e, shape: t }), t._quadNode = this;
            }, insert: function insert(t, e) {
                this._add(t, e);
            }, remove: function remove(t) {
                var e,
                    i = this.shapes,
                    n = i.length;for (e = 0; e < n; e++) {
                    if (i[e].shape === t) {
                        i.splice(e, 1);break;
                    }
                }
            }, hitTestRect: function hitTestRect(t) {
                var e,
                    i = this.shapes,
                    n = i.length;for (e = 0; e < n; e++) {
                    if (this._testRect(i[e].shape, t)) return !0;
                }
            }, _testRect: function _testRect(t, e) {
                var i,
                    n = t.rotate().angle,
                    o = t.bounds();return i = n ? tt.rects(e, o, -n) : o.overlaps(e);
            } }), D = M.extend({ init: function init(t) {
                M.fn.init.call(this), this.children = [], this.rect = t;
            }, inBounds: function inBounds(t) {
                var e = this.rect,
                    i = e.bottomRight(),
                    n = t.bottomRight(),
                    o = e.x <= t.x && e.y <= t.y && n.x <= i.x && n.y <= i.y;return o;
            }, overlapsBounds: function overlapsBounds(t) {
                return this.rect.overlaps(t);
            }, insert: function insert(t, e) {
                var i,
                    n = !1,
                    o = this.children,
                    s = o.length;if (this.inBounds(e)) {
                    if (!s && this.shapes.length < 4) this._add(t, e);else {
                        for (s || this._initChildren(), i = 0; i < o.length; i++) {
                            if (o[i].insert(t, e)) {
                                n = !0;break;
                            }
                        }n || this._add(t, e);
                    }n = !0;
                }return n;
            }, _initChildren: function _initChildren() {
                var t,
                    e,
                    i = this.rect,
                    n = this.children,
                    o = this.shapes,
                    s = i.center(),
                    r = i.width / 2,
                    a = i.height / 2;for (n.push(new D(new X(i.x, i.y, r, a)), new D(new X(s.x, i.y, r, a)), new D(new X(i.x, s.y, r, a)), new D(new X(s.x, s.y, r, a))), e = o.length - 1; e >= 0; e--) {
                    for (t = 0; t < n.length; t++) {
                        if (n[t].insert(o[e].shape, o[e].bounds)) {
                            o.splice(e, 1);break;
                        }
                    }
                }
            }, hitTestRect: function hitTestRect(t) {
                var e,
                    i = this.children,
                    n = i.length,
                    o = !1;if (this.overlapsBounds(t)) if (M.fn.hitTestRect.call(this, t)) o = !0;else for (e = 0; e < n; e++) {
                    if (i[e].hitTestRect(t)) {
                        o = !0;break;
                    }
                }return o;
            } }), I = N.extend({ ROOT_SIZE: 1e3, init: function init(t) {
                var e = R(this._boundsChange, this);t.bind(St, e), t.bind(Vt, e), this.initRoots();
            }, initRoots: function initRoots() {
                this.rootMap = {}, this.root = new M();
            }, clear: function clear() {
                this.initRoots();
            }, _boundsChange: function _boundsChange(t) {
                t.item._quadNode && t.item._quadNode.remove(t.item), this.insert(t.item);
            }, insert: function insert(t) {
                var e = t.bounds(oe),
                    i = this.ROOT_SIZE,
                    n = this.getSectors(e),
                    o = n[0][0],
                    s = n[1][0];this.inRoot(n) ? this.root.insert(t, e) : (this.rootMap[o] || (this.rootMap[o] = {}), this.rootMap[o][s] || (this.rootMap[o][s] = new D(new X(o * i, s * i, i, i))), this.rootMap[o][s].insert(t, e));
            }, remove: function remove(t) {
                t._quadNode && t._quadNode.remove(t);
            }, inRoot: function inRoot(t) {
                return t[0].length > 1 || t[1].length > 1;
            }, getSectors: function getSectors(t) {
                var e,
                    i,
                    n = this.ROOT_SIZE,
                    o = t.bottomRight(),
                    s = xt.floor(o.x / n),
                    r = xt.floor(o.y / n),
                    a = [[], []];for (e = xt.floor(t.x / n); e <= s; e++) {
                    a[0].push(e);
                }for (i = xt.floor(t.y / n); i <= r; i++) {
                    a[1].push(i);
                }return a;
            }, hitTestRect: function hitTestRect(t) {
                var e,
                    i,
                    n,
                    o,
                    s,
                    r = this.getSectors(t);if (this.root.hitTestRect(t)) return !0;for (e = 0; e < r[0].length; e++) {
                    for (n = r[0][e], i = 0; i < r[1].length; i++) {
                        if (o = r[1][i], s = (this.rootMap[n] || {})[o], s && s.hitTestRect(t)) return !0;
                    }
                }return !1;
            } }), P.ui.plugin(C), A(z, { Shape: x, Connection: b, Connector: w, DiagramToolBar: S, QuadNode: D, QuadRoot: M, ShapesQuadTree: I, PopupEditor: T });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("kendo.dataviz.diagram.min", ["kendo.data.min", "kendo.draganddrop.min", "kendo.userevents.min", "kendo.mobile.scroller.min", "kendo.drawing.min", "dataviz/diagram/utils.min", "dataviz/diagram/math.min", "dataviz/diagram/svg.min", "dataviz/diagram/services.min", "dataviz/diagram/layout.min", "dataviz/diagram/dom.min"], t);
}(function () {
    return window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== O;
        }function n(e, n) {
            var i = t(n);return P.round(e * i) / i;
        }function t(e) {
            return e ? P.pow(10, e) : 1;
        }function i(e, n, t) {
            return P.max(P.min(e, t), n);
        }function o(e) {
            return e * X;
        }function r(e) {
            return e / X;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(n, t) {
            return e(n) ? n : t;
        }function l(e) {
            return e * e;
        }function c(e) {
            var n,
                t = [];for (n in e) {
                t.push(n + e[n]);
            }return t.sort().join("");
        }function u(e) {
            var n,
                t = 2166136261;for (n = 0; n < e.length; ++n) {
                t += (t << 1) + (t << 4) + (t << 7) + (t << 8) + (t << 24), t ^= e.charCodeAt(n);
            }return t >>> 0;
        }function d(e) {
            return u(c(e));
        }function p(e) {
            var n,
                t = e.length,
                i = E,
                o = N;for (n = 0; n < t; n++) {
                o = P.max(o, e[n]), i = P.min(i, e[n]);
            }return { min: i, max: o };
        }function h(e) {
            return p(e).min;
        }function f(e) {
            return p(e).max;
        }function g(e) {
            return v(e).min;
        }function m(e) {
            return v(e).max;
        }function v(e) {
            var n,
                t,
                i,
                o = E,
                r = N;for (n = 0, t = e.length; n < t; n++) {
                i = e[n], null !== i && isFinite(i) && (o = P.min(o, i), r = P.max(r, i));
            }return { min: o === E ? void 0 : o, max: r === N ? void 0 : r };
        }function w(e) {
            if (e) return e[e.length - 1];
        }function x(e, n) {
            return e.push.apply(e, n), e;
        }function b(e) {
            return B.template(e, { useWithBlock: !1, paramName: "d" });
        }function y(n, t) {
            return e(t) && null !== t ? " " + n + "='" + t + "' " : "";
        }function k(e) {
            var n,
                t = "";for (n = 0; n < e.length; n++) {
                t += y(e[n][0], e[n][1]);
            }return t;
        }function A(n) {
            var t,
                i,
                o = "";for (t = 0; t < n.length; t++) {
                i = n[t][1], e(i) && (o += n[t][0] + ":" + i + ";");
            }if ("" !== o) return o;
        }function _(e) {
            return "string" != typeof e && (e += "px"), e;
        }function T(e) {
            var n,
                t,
                i = [];if (e) for (n = B.toHyphens(e).split("-"), t = 0; t < n.length; t++) {
                i.push("k-pos-" + n[t]);
            }return i.join(" ");
        }function z(n) {
            return "" === n || null === n || "none" === n || "transparent" === n || !e(n);
        }function S(e) {
            for (var n = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, t = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], i = ""; e > 0;) {
                e < t[0] ? t.shift() : (i += n[t[0]], e -= t[0]);
            }return i;
        }function R(e) {
            var n, t, i, o, r;for (e = e.toLowerCase(), n = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, t = 0, i = 0, o = 0; o < e.length; ++o) {
                if (r = n[e.charAt(o)], !r) return null;t += r, r > i && (t -= 2 * i), i = r;
            }return t;
        }function j(e) {
            var n = Object.create(null);return function () {
                var t,
                    i = "";for (t = arguments.length; --t >= 0;) {
                    i += ":" + arguments[t];
                }return i in n ? n[i] : n[i] = e.apply(this, arguments);
            };
        }function C(e) {
            for (var n, t, i = [], o = 0, r = e.length; o < r;) {
                n = e.charCodeAt(o++), n >= 55296 && n <= 56319 && o < r ? (t = e.charCodeAt(o++), 56320 == (64512 & t) ? i.push(((1023 & n) << 10) + (1023 & t) + 65536) : (i.push(n), o--)) : i.push(n);
            }return i;
        }function M(e) {
            return e.map(function (e) {
                var n = "";return e > 65535 && (e -= 65536, n += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), n += String.fromCharCode(e);
            }).join("");
        }function U(e, n) {
            function t(e, t) {
                for (var i = [], o = 0, r = 0, a = 0; o < e.length && r < t.length;) {
                    n(e[o], t[r]) <= 0 ? i[a++] = e[o++] : i[a++] = t[r++];
                }return o < e.length && i.push.apply(i, e.slice(o)), r < t.length && i.push.apply(i, t.slice(r)), i;
            }return e.length < 2 ? e.slice() : function i(e) {
                var n, o, r;return e.length <= 1 ? e : (n = Math.floor(e.length / 2), o = e.slice(0, n), r = e.slice(n), o = i(o), r = i(r), t(o, r));
            }(e);
        }var P = Math,
            B = window.kendo,
            L = B.deepExtend,
            X = P.PI / 180,
            E = Number.MAX_VALUE,
            N = -Number.MAX_VALUE,
            O = "undefined",
            V = Date.now;V || (V = function V() {
            return new Date().getTime();
        }), L(B, { util: { MAX_NUM: E, MIN_NUM: N, append: x, arrayLimits: p, arrayMin: h, arrayMax: f, defined: e, deg: r, hashKey: u, hashObject: d, isNumber: a, isTransparent: z, last: w, limitValue: i, now: V, objectKey: c, round: n, rad: o, renderAttr: y, renderAllAttr: k, renderPos: T, renderSize: _, renderStyle: A, renderTemplate: b, sparseArrayLimits: v, sparseArrayMin: g, sparseArrayMax: m, sqr: l, valueOrDefault: s, romanToArabic: R, arabicToRoman: S, memoize: j, ucs2encode: M, ucs2decode: C, mergeSort: U } }), B.drawing.util = B.util, B.dataviz.util = B.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function n() {
            return { width: 0, height: 0, baseline: 0 };
        }function t(e, n, t) {
            return d.current.measure(e, n, t);
        }function i(e, n) {
            var t = [];if (e.length > 0 && document.fonts) {
                try {
                    t = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (i) {
                    r.logToConsole(i);
                }Promise.all(t).then(n, n);
            } else n();
        }var o = document,
            r = window.kendo,
            a = r.Class,
            s = r.util,
            l = s.defined,
            c = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, n) {
                var t = this,
                    i = t._map,
                    o = { key: e, value: n };i[e] = o, t._head ? (t._tail.newer = o, o.older = t._tail, t._tail = o) : t._head = t._tail = o, t._length >= t._size ? (i[t._head.key] = null, t._head = t._head.newer, t._head.older = null) : t._length++;
            }, get: function get(e) {
                var n = this,
                    t = n._map[e];if (t) return t === n._head && t !== n._tail && (n._head = t.newer, n._head.older = null), t !== n._tail && (t.older && (t.older.newer = t.newer, t.newer.older = t.older), t.older = n._tail, t.newer = null, n._tail.newer = t, n._tail = t), t.value;
            } }),
            u = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            d = a.extend({ init: function init(e) {
                this._cache = new c(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(t, i, r) {
                var a, c, d, p, h, f, g, m;if (!t) return n();if (a = s.objectKey(i), c = s.hashKey(t + a), d = this._cache.get(c), d) return d;p = n(), h = r ? r : u, f = this._baselineMarker().cloneNode(!1);for (g in i) {
                    m = i[g], l(m) && (h.style[g] = m);
                }return e(h).text(t), h.appendChild(f), o.body.appendChild(h), (t + "").length && (p.width = h.offsetWidth - this.options.baselineMarkerSize, p.height = h.offsetHeight, p.baseline = f.offsetTop + this.options.baselineMarkerSize), p.width > 0 && p.height > 0 && this._cache.put(c, p), h.parentNode.removeChild(h), p;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });d.current = new d(), r.util.TextMetrics = d, r.util.LRUCache = c, r.util.loadFonts = i, r.util.measureText = t;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var t,
                i,
                o,
                a,
                s,
                l,
                c,
                u = "",
                d = 0;for (e = n(e); d < e.length;) {
                t = e.charCodeAt(d++), i = e.charCodeAt(d++), o = e.charCodeAt(d++), a = t >> 2, s = (3 & t) << 4 | i >> 4, l = (15 & i) << 2 | o >> 6, c = 63 & o, isNaN(i) ? l = c = 64 : isNaN(o) && (c = 64), u = u + r.charAt(a) + r.charAt(s) + r.charAt(l) + r.charAt(c);
            }return u;
        }function n(e) {
            var n,
                t,
                i = "";for (n = 0; n < e.length; n++) {
                t = e.charCodeAt(n), t < 128 ? i += o(t) : t < 2048 ? (i += o(192 | t >>> 6), i += o(128 | 63 & t)) : t < 65536 && (i += o(224 | t >>> 12), i += o(128 | t >>> 6 & 63), i += o(128 | 63 & t));
            }return i;
        }var t = window.kendo,
            i = t.deepExtend,
            o = String.fromCharCode,
            r = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";i(t.util, { encodeBase64: e, encodeUTF8: n });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var n = Math,
            t = window.kendo,
            i = t.deepExtend,
            o = e.inArray,
            r = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var n = this.observers(),
                    t = o(e, n);return t != -1 && n.splice(t, 1), this;
            }, trigger: function trigger(e, n) {
                var t,
                    i,
                    o = this._observers;if (o && !this._suspended) for (i = 0; i < o.length; i++) {
                    t = o[i], t[e] && t[e](n);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = n.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, n) {
                this[e] && this[e].removeObserver(this), this[e] = n, n.addObserver(this);
            } };i(t, { mixins: { ObserversMixin: r } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("kendo.dataviz.gauge.min", ["kendo.dataviz.core.min", "kendo.drawing.min", "kendo.dataviz.themes.min"], e);
}(function () {
    return function (e, n) {
        function t(e, n) {
            var t = e.box,
                i = e.children[0].box,
                r = n.border || {},
                a = n.background || "",
                s = new R(),
                l = j.fromRect(new C([t.x1, t.y1], [t.width(), t.height()]), { stroke: {} }),
                c = new M(e.text, new S(i.x1, i.y1), { font: n.font, fill: { color: n.color } }),
                u = o(c.bbox().clone(), n.padding),
                d = j.fromRect(u, { stroke: { color: r.width ? r.color : "", width: r.width, dashType: r.dashType, lineJoin: "round", lineCap: "round" }, fill: { color: a } });return s.append(l), s.append(d), s.append(c), s;
        }function i(e, n, t) {
            var i = b(e.from) ? e.from : D,
                o = b(e.to) ? e.to : V;return e.from = l.max(l.min(o, i), n), e.to = l.min(l.max(o, i), t), e;
        }function o(e, n) {
            var t = e.getOrigin(),
                i = e.getSize(),
                o = A(n);return e.setOrigin([t.x - o.left, t.y - o.top]), e.setSize([i.width + (o.left + o.right), i.height + (o.top + o.bottom)]), e;
        }function r(e, n) {
            var t = A(n);return t.left = -t.left, t.top = -t.top, t.right = -t.right, t.bottom = -t.bottom, o(e, t);
        }var a,
            s,
            l = Math,
            c = window.kendo,
            u = c.util,
            d = c.ui.Widget,
            p = c.deepExtend,
            h = c.dataviz,
            f = h.autoMajorUnit,
            g = h.ChartElement,
            m = h.NumericAxis,
            v = h.Axis,
            w = h.Box2D,
            x = c.Class,
            b = u.defined,
            y = u.isNumber,
            k = h.interpolateValue,
            A = h.getSpacing,
            _ = h.round,
            T = h.geometry,
            z = h.drawing,
            S = T.Point,
            R = z.Group,
            j = z.Path,
            C = T.Rect,
            M = z.Text,
            U = 150,
            P = 250,
            B = "arrow",
            L = "arrowPointer",
            X = "barPointer",
            E = "#000",
            N = .05,
            O = h.COORD_PRECISION,
            V = Number.MAX_VALUE,
            D = -Number.MAX_VALUE,
            Y = 200,
            G = .5,
            F = 200,
            I = 60,
            K = 60,
            Q = 5,
            W = l.PI / 180,
            H = 180,
            J = "inside",
            q = "linear",
            Z = "needle",
            $ = "outside",
            ee = "radialPointer",
            ne = "x",
            te = "y",
            ie = x.extend({ init: function init(e, n) {
                var t = this,
                    i = e.options;g.fn.init.call(t, n), n = t.options, n.fill = n.color, t.scale = e, n.value = b(n.value) ? l.min(l.max(n.value, i.min), i.max) : i.min;
            }, options: { color: E }, value: function value(e) {
                var t = this,
                    i = t.options,
                    o = i.value,
                    r = t.scale.options;return 0 === arguments.length ? o : (i._oldValue = i._oldValue !== n ? i.value : r.min, i.value = l.min(l.max(e, r.min), r.max), t.elements && t.repaint(), n);
            } }),
            oe = ie.extend({ options: { shape: Z, cap: { size: N }, arrow: { width: 16, height: 14 }, animation: { type: ee, duration: U } }, setRadius: function setRadius(e) {
                var n = this;e && (n.elements.clear(), n.render(n.parent, n.center, e));
            }, setAngle: function setAngle(e) {
                this.elements.transform(T.transform().rotate(e, this.center));
            }, repaint: function repaint() {
                var e = this,
                    n = e.scale,
                    t = e.options,
                    i = n.slotAngle(t._oldValue),
                    o = n.slotAngle(t.value);t.animation.transitions === !1 ? e.setAngle(o) : new he(e.elements, p(t.animation, { oldAngle: i, newAngle: o })).play();
            }, render: function render() {
                var e = this,
                    n = e.scale,
                    t = n.arc.center,
                    i = e.options,
                    o = new R();return i.animation !== !1 && p(i.animation, { startAngle: 0, center: t, reverse: n.options.reverse }), i.shape === Z ? o.append(e._renderNeedle(), e._renderCap()) : o.append(e._renderArrow()), e.elements = o, e.setAngle(W), o;
            }, reflow: function reflow(e) {
                var n = this,
                    t = n.center = e.center,
                    i = n.radius = e.getRadiusX(),
                    o = n.capSize = Math.round(i * n.options.cap.size);n.bbox = C.fromPoints(new S(t.x - o, t.y - o), new S(t.x + o, t.y + o));
            }, _renderNeedle: function _renderNeedle() {
                var e = this,
                    n = e.options,
                    t = e.scale.options.minorTicks.size,
                    i = e.center,
                    o = n.color,
                    r = new j({ fill: { color: o }, stroke: { color: o, width: G } });return r.moveTo(i.x + e.radius - t, i.y).lineTo(i.x, i.y - e.capSize / 2).lineTo(i.x, i.y + e.capSize / 2).close(), r;
            }, _renderCap: function _renderCap() {
                var e = this,
                    n = e.options,
                    t = n.cap.color || n.color,
                    i = new T.Circle(e.center, e.capSize),
                    o = new z.Circle(i, { fill: { color: t }, stroke: { color: t } });return o;
            } }),
            re = m.extend({ init: function init(e) {
                var n = this;n.options = p({}, n.options, e), n.options.majorUnit = n.options.majorUnit || f(n.options.min, n.options.max), n.options.minorUnit = n.options.minorUnit || n.options.majorUnit / 10, v.fn.init.call(n, n.options);
            }, options: { min: 0, max: 100, majorTicks: { size: 15, align: J, color: E, width: G, visible: !0 }, minorTicks: { size: 10, align: J, color: E, width: G, visible: !0 }, startAngle: -30, endAngle: 210, labels: { position: J, padding: 2 } }, render: function render(e, n) {
                var t = this,
                    i = t.renderArc(e, n);t.bbox = i.bbox(), t.labelElements = t.renderLabels(), t.ticks = t.renderTicks(), t.ranges = t.renderRanges();
            }, reflow: function reflow(e) {
                var t = this,
                    i = e.center(),
                    o = l.min(e.height(), e.width()) / 2;return t.bbox === n ? t.render(i, o) : (t.bbox = t.arc.bbox(), t.radius(t.arc.getRadiusX()), t.repositionRanges(), t.renderLabels(), n);
            }, slotAngle: function slotAngle(e) {
                var n,
                    t = this.options,
                    i = t.startAngle,
                    o = t.reverse,
                    r = t.endAngle - i,
                    a = t.min,
                    s = t.max;return n = o ? t.endAngle - (e - a) / (s - a) * r : (e - a) / (s - a) * r + i, n + H;
            }, renderLabels: function renderLabels() {
                var e,
                    i,
                    o,
                    r,
                    a,
                    s,
                    c,
                    u,
                    d,
                    p,
                    f,
                    g,
                    m,
                    v,
                    w = this,
                    x = w.options,
                    b = x.majorTicks.size,
                    y = w.arc.clone(),
                    k = y.getRadiusX(),
                    A = w.tickAngles(y, x.majorUnit),
                    _ = w.labels,
                    z = _.length,
                    j = x.labels,
                    M = j.padding,
                    U = .05 * k,
                    P = x.rangeSize = x.rangeSize || .1 * k,
                    B = x.ranges || [],
                    L = new R();for (w.options.rangeDistance !== n ? U = w.options.rangeDistance : w.options.rangeDistance = U, j.position === J && (k -= b, B.length && w.labelElements === n && (k -= P + U), y.setRadiusX(k).setRadiusY(k)), c = 0; c < z; c++) {
                    a = _[c], e = a.box.width() / 2, i = a.box.height() / 2, r = A[c], o = (r - H) * W, p = j.position === J, s = y.pointAt(r), u = s.x + l.cos(o) * (e + M) * (p ? 1 : -1), d = s.y + l.sin(o) * (i + M) * (p ? 1 : -1), a.reflow(new h.Box2D(u - e, d - i, u + e, d + i)), g = new S(a.box.x1, a.box.y1), w.labelElements === n ? (f = t(a, x.labels), L.append(f)) : (f = w.labelElements.children[c], m = f.bbox().origin, v = f.transform() || T.transform(), v.translate(g.x - m.x, g.y - m.y), f.transform(v)), w.bbox = C.union(w.bbox, f.bbox());
                }return L;
            }, repositionRanges: function repositionRanges() {
                var e,
                    n,
                    t,
                    i = this,
                    o = i.ranges.children,
                    r = i.options.rangeSize,
                    a = i.options.rangeDistance;if (o.length > 0) {
                    for (e = i.getRangeRadius(), i.options.labels.position === J && (e += r + a), n = e + r / 2, t = 0; t < o.length; t++) {
                        o[t]._geometry.setRadiusX(n).setRadiusY(n);
                    }i.bbox = C.union(i.bbox, i.ranges.bbox());
                }
            }, renderRanges: function renderRanges() {
                var e,
                    n,
                    t,
                    i,
                    o,
                    r,
                    a = this,
                    s = a.arc,
                    l = new R(),
                    c = a.rangeSegments(),
                    u = c.length,
                    d = a.options.reverse,
                    p = a.options.rangeSize,
                    h = a.options.rangeDistance;if (u) for (i = a.getRangeRadius(), a.radius(a.radius() - p - h), r = 0; r < u; r++) {
                    t = c[r], e = a.slotAngle(t[d ? "to" : "from"]), n = a.slotAngle(t[d ? "from" : "to"]), n - e !== 0 && (o = new T.Arc(s.center, { radiusX: i + p / 2, radiusY: i + p / 2, startAngle: e, endAngle: n }), l.append(new z.Arc(o, { stroke: { width: p, color: t.color, opacity: t.opacity } })));
                }return l;
            }, rangeSegments: function rangeSegments() {
                function e(e, n, t, i) {
                    return { from: e, to: n, color: t, opacity: i };
                }var n,
                    t,
                    o,
                    r,
                    a,
                    s = this,
                    l = s.options,
                    c = l.ranges || [],
                    u = c.length,
                    d = l.rangePlaceholderColor,
                    p = [],
                    h = l.min,
                    f = l.max;if (u) for (p.push(e(h, f, d)), r = 0; r < u; r++) {
                    for (n = i(c[r], h, f), t = p.length, a = 0; a < t; a++) {
                        if (o = p[a], o.from <= n.from && n.from <= o.to) {
                            p.push(e(n.from, n.to, n.color, n.opacity)), o.from <= n.to && n.to <= o.to && p.push(e(n.to, o.to, d, n.opacity)), o.to = n.from;break;
                        }
                    }
                }return p;
            }, getRangeRadius: function getRangeRadius() {
                var e,
                    n = this,
                    t = n.options,
                    i = t.majorTicks.size,
                    o = t.rangeSize,
                    r = t.rangeDistance,
                    a = n.arc;return e = t.labels.position === $ ? a.getRadiusX() - i - r - o : a.getRadiusX() - o;
            }, renderArc: function renderArc(e, n) {
                var t = this,
                    i = t.options,
                    o = t.arc = new T.Arc(e, { radiusX: n, radiusY: n, startAngle: i.startAngle + H, endAngle: i.endAngle + H });return o;
            }, renderTicks: function renderTicks() {
                function e(e, n, t, i) {
                    var o,
                        r,
                        a,
                        s = new R(),
                        l = e.center,
                        c = e.getRadiusX(),
                        u = i.visible;if (u) for (o = 0; o < n.length; o++) {
                        r = e.pointAt(n[o]), a = new S(l.x + c - i.size, l.y).rotate(n[o], l), s.append(new j({ stroke: { color: i.color, width: i.width } }).moveTo(r).lineTo(a));
                    }return s;
                }var n = this,
                    t = n.arc,
                    i = n.options,
                    o = i.labels.position,
                    r = new R(),
                    a = i.majorTicks.size,
                    s = i.minorTicks.size,
                    l = t.clone(),
                    c = l.getRadiusX();return n.majorTickAngles = n.tickAngles(t, i.majorUnit), n.majorTicks = e(l, n.majorTickAngles, i.majorUnit, i.majorTicks), r.append(n.majorTicks), n._tickDifference = a - s, o === $ && l.setRadiusX(c - a + s).setRadiusY(c - a + s), n.minorTickAngles = n.normalizeTickAngles(n.tickAngles(t, i.minorUnit)), n.minorTicks = e(l, n.minorTickAngles, i.minorUnit, i.minorTicks, i.majorUnit), r.append(n.minorTicks), r;
            }, normalizeTickAngles: function normalizeTickAngles(e) {
                var n,
                    t = this,
                    i = t.options,
                    o = i.majorUnit / i.minorUnit;for (n = e.length - 1; n >= 0; n--) {
                    n % o === 0 && e.splice(n, 1);
                }return e;
            }, tickAngles: function tickAngles(e, n) {
                var t,
                    i = this,
                    o = i.options,
                    r = o.reverse,
                    a = o.max - o.min,
                    s = e.endAngle - e.startAngle,
                    l = e.startAngle,
                    c = a / n,
                    u = s / c,
                    d = [];for (r && (l += s, u = -u), t = 0; t < c; t++) {
                    d.push(_(l, O)), l += u;
                }return _(l) <= e.endAngle && d.push(l), d;
            }, radius: function radius(e) {
                var t = this;return e ? (t.arc.setRadiusX(e).setRadiusY(e), t.repositionTicks(t.majorTicks.children, t.majorTickAngles), t.repositionTicks(t.minorTicks.children, t.minorTickAngles, !0), n) : t.arc.getRadiusX();
            }, repositionTicks: function repositionTicks(e, n, t) {
                var i,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    c = t ? l._tickDifference || 0 : 0,
                    u = l.arc,
                    d = u.getRadiusX();for (t && l.options.labels.position === $ && 0 !== c && (u = l.arc.clone(), u.setRadiusX(d - c).setRadiusY(d - c)), i = 0; i < e.length; i++) {
                    o = u.pointAt(n[i]), r = e[i].segments, a = o.x - r[0].anchor().x, s = o.y - r[0].anchor().y, e[i].transform(new T.Transformation().translate(a, s));
                }
            } }),
            ae = d.extend({ init: function init(n, t) {
                var i,
                    o,
                    r,
                    a,
                    s,
                    l = this,
                    u = h.ui.themes || {};if (c.destroy(n), e(n).empty(), d.fn.init.call(l, n), l.wrapper = l.element, l._originalOptions = p({}, t), i = p({}, l.options, t), r = i.theme, a = u[r] || u[r.toLowerCase()], o = r && a ? a.gauge : {}, l.options = p({}, o, i), e.isArray(i.pointer)) for (s = 0; s < i.pointer.length; s++) {
                    l.options.pointer[s] = p({}, o.pointer, i.pointer[s]);
                }l.element.addClass("k-gauge"), l.surface = l._createSurface(), l.redraw();
            }, options: { plotArea: {}, theme: "default", renderAs: "", pointer: {}, scale: {}, gaugeArea: {} }, destroy: function destroy() {
                this.surface.destroy(), d.fn.destroy.call(this);
            }, value: function value(e) {
                var t = this,
                    i = t.pointers[0];return 0 === arguments.length ? i.value() : (i.value(e), t._setValueOptions(e), n);
            }, _draw: function _draw() {
                var e = this.surface;e.clear(), e.draw(this._visuals);
            }, exportVisual: function exportVisual() {
                return this._visuals;
            }, allValues: function allValues(n) {
                var t,
                    i = this,
                    o = i.pointers,
                    r = [];if (0 === arguments.length) {
                    for (t = 0; t < o.length; t++) {
                        r.push(o[t].value());
                    }return r;
                }if (e.isArray(n)) for (t = 0; t < n.length; t++) {
                    y(n[t]) && o[t].value(n[t]);
                }i._setValueOptions(n);
            }, _setValueOptions: function _setValueOptions(e) {
                var n,
                    t = [].concat(this.options.pointer);for (e = [].concat(e), n = 0; n < e.length; n++) {
                    t[n].value = e[n];
                }
            }, _resize: function _resize() {
                var e,
                    n = this,
                    t = n.options.transitions;for (n.options.transitions = !1, e = 0; e < n.pointers.length; e++) {
                    n.pointers[e].options.animation.transitions = !1;
                }for (n.redraw(), n.options.transitions = t, e = 0; e < n.pointers.length; e++) {
                    n.pointers[e].options.animation.transitions = t;
                }
            }, redraw: function redraw() {
                var e,
                    n = this,
                    t = p(n._getSize(), n.options.gaugeArea),
                    i = new C([0, 0], [t.width, t.height]);n.surface.clear(), n.gaugeArea = n._createGaugeArea(), n.surface.element.css({ width: t.width, height: t.height }), n._createModel(), e = r(i.bbox(), n._gaugeAreaMargin), n.reflow(e);
            }, _createGaugeArea: function _createGaugeArea() {
                var e,
                    n = this,
                    t = n.options.gaugeArea,
                    i = n.surface.size(),
                    o = t.border || {},
                    a = new C([0, 0], [i.width, i.height]);return n._gaugeAreaMargin = t.margin || Q, o.width > 0 && (a = r(a, o.width)), e = j.fromRect(a, { stroke: { color: o.width ? o.color : "", width: o.width, dashType: o.dashType, lineJoin: "round", lineCap: "round" }, fill: { color: t.background } });
            }, _createSurface: function _createSurface() {
                var n,
                    t = this,
                    i = t.options,
                    o = t._getSize();return o = i.gaugeArea ? p(o, i.gaugeArea) : o, n = e("<div></div>").appendTo(t.element).css({ width: o.width, height: o.height }), new z.Surface.create(n, { type: i.renderAs });
            }, getSize: function getSize() {
                return this._getSize();
            }, _getSize: function _getSize() {
                var e = this,
                    n = e.element,
                    t = n.width(),
                    i = n.height();return t || (t = F), i || (i = Y), { width: t, height: i };
            } }),
            se = ae.extend({ init: function init(e, n) {
                var t = this;ae.fn.init.call(t, e, n), c.notify(t, h.ui);
            }, options: { name: "RadialGauge", transitions: !0, gaugeArea: { background: "" } }, reflow: function reflow(e) {
                var n,
                    t = this,
                    i = t.pointers;for (t.scale.reflow(e), t._initialPlotArea = t.scale.bbox, n = 0; n < i.length; n++) {
                    i[n].reflow(t.scale.arc), t._initialPlotArea = C.union(t._initialPlotArea, i[n].bbox);
                }t.fitScale(e), t.alignScale(e), t._buildVisual(t.gaugeArea, i, t.scale), t._draw();
            }, _buildVisual: function _buildVisual(e, n, t) {
                var i,
                    o,
                    r = new R();for (r.append(e), r.append(t.ticks), r.append(t.ranges), o = 0; o < n.length; o++) {
                    i = n[o], i.render(), r.append(i.elements), i.value(i.options.value);
                }r.append(t.labelElements), this._visuals = r;
            }, fitScale: function fitScale(e) {
                for (var n, t, i, o, r, a = this, s = a.scale, c = s.arc, u = a._initialPlotArea, d = l.abs(a.getDiff(u, e)), p = _(d, O), h = _(-d, O), f = 0, g = 0; !(!(g++ < 100) || (f = r === i ? f + 1 : 0, f > 5) || p != o && (n = a.getPlotBox(p, e, c), 0 <= n && n <= 2) || h != o && (i = a.getPlotBox(h, e, c), 0 <= i && i <= 2) || (o = n > 0 && i > 0 ? 2 * p : n < 0 && i < 0 ? 2 * h : _((p + h) / 2 || 1, O), t = a.getPlotBox(o, e, c), 0 <= t && t <= 2));) {
                    r = i, t > 0 ? (h = o, i = t) : (p = o, n = t);
                }
            }, getPlotBox: function getPlotBox(e, n, t) {
                var i,
                    o = this,
                    r = o.scale,
                    a = o.pointers,
                    s = t.getRadiusX();for (t = t.clone(), t.setRadiusX(s + e).setRadiusY(s + e), r.arc = t, r.reflow(n), o.plotBbox = r.bbox, i = 0; i < a.length; i++) {
                    a[i].reflow(t), o.plotBbox = C.union(o.plotBbox, a[i].bbox);
                }return o.getDiff(o.plotBbox, n);
            }, getDiff: function getDiff(e, n) {
                return l.min(n.width() - e.width(), n.height() - e.height());
            }, alignScale: function alignScale(e) {
                var n,
                    t = this,
                    i = t.plotBbox.center(),
                    o = e.center(),
                    r = i.x - o.x,
                    a = i.y - o.y,
                    s = t.scale,
                    l = t.pointers;for (s.arc.center.x -= r, s.arc.center.y -= a, s.reflow(e), n = 0; n < l.length; n++) {
                    l[n].reflow(s.arc), t.plotBbox = C.union(s.bbox, l[n].bbox);
                }
            }, _createModel: function _createModel() {
                var n,
                    t,
                    i = this,
                    o = i.options,
                    r = o.pointer,
                    a = i.scale = new re(o.scale);for (i.pointers = [], r = e.isArray(r) ? r : [r], t = 0; t < r.length; t++) {
                    n = new oe(a, p({}, r[t], { animation: { transitions: o.transitions } })), i.pointers.push(n);
                }
            } }),
            le = ae.extend({ init: function init(e, n) {
                var t = this;ae.fn.init.call(t, e, n), c.notify(t, h.ui);
            }, options: { name: "LinearGauge", transitions: !0, gaugeArea: { background: "" }, scale: { vertical: !0 } }, reflow: function reflow(e) {
                var n,
                    t = this,
                    i = t.pointers,
                    o = e.origin.x,
                    r = e.origin.y,
                    a = new h.Box2D(o, r, o + e.width(), r + e.height());for (t.scale.reflow(a), n = 0; n < i.length; n++) {
                    i[n].reflow();
                }t.bbox = t._getBox(a), t._alignElements(), t._shrinkElements(), t._buildVisual(), t._draw();
            }, _buildVisual: function _buildVisual() {
                var e,
                    n,
                    t = this,
                    i = new R(),
                    o = t.scale.render(),
                    r = t.pointers;for (i.append(t.gaugeArea), i.append(o), n = 0; n < r.length; n++) {
                    e = r[n], i.append(e.render()), e.value(e.options.value);
                }t._visuals = i;
            }, _createModel: function _createModel() {
                var n,
                    t,
                    i,
                    o = this,
                    r = o.options,
                    a = r.pointer,
                    s = o.scale = new ce(r.scale);for (o.pointers = [], a = e.isArray(a) ? a : [a], i = 0; i < a.length; i++) {
                    t = p({}, a[i], { animation: { transitions: r.transitions } }), n = t.shape === B ? new de(s, t) : new pe(s, t), o.pointers.push(n);
                }
            }, _getSize: function _getSize() {
                var e = this,
                    n = e.element,
                    t = n.width(),
                    i = n.height(),
                    o = e.options.scale.vertical;return t || (t = o ? I : F), i || (i = o ? Y : K), { width: t, height: i };
            }, _getBox: function _getBox(e) {
                var n,
                    t,
                    i = this,
                    o = i.scale,
                    r = i.pointers,
                    a = e.center(),
                    s = r[0].box.clone().wrap(o.box);for (t = 0; t < r.length; t++) {
                    s.wrap(r[t].box.clone());
                }return o.options.vertical ? (n = s.width() / 2, s = new w(a.x - n, e.y1, a.x + n, e.y2)) : (n = s.height() / 2, s = new w(e.x1, a.y - n, e.x2, a.y + n)), s;
            }, _alignElements: function _alignElements() {
                var e,
                    n,
                    t = this,
                    i = t.scale,
                    o = t.pointers,
                    r = i.box,
                    a = o[0].box.clone().wrap(i.box),
                    s = t.bbox;for (n = 0; n < o.length; n++) {
                    a.wrap(o[n].box.clone());
                }for (i.options.vertical ? (e = s.center().x - a.center().x, i.reflow(new w(r.x1 + e, s.y1, r.x2 + e, s.y2))) : (e = s.center().y - a.center().y, i.reflow(new w(s.x1, r.y1 + e, s.x2, r.y2 + e))), n = 0; n < o.length; n++) {
                    o[n].reflow(t.bbox);
                }
            }, _shrinkElements: function _shrinkElements() {
                var e,
                    n = this,
                    t = n.scale,
                    i = n.pointers,
                    o = t.box.clone(),
                    r = t.options.vertical ? "y" : "x",
                    a = i[0].box;for (e = 0; e < i.length; e++) {
                    a.wrap(i[e].box.clone());
                }for (o[r + 1] += l.max(o[r + 1] - a[r + 1], 0), o[r + 2] -= l.max(a[r + 2] - o[r + 2], 0), t.reflow(o), e = 0; e < i.length; e++) {
                    i[e].reflow(n.bbox);
                }
            } }),
            ce = m.extend({ init: function init(e) {
                var n = this;n.options = p({}, n.options, e), n.options = p({}, n.options, { labels: { mirror: n.options.mirror } }), n.options.majorUnit = n.options.majorUnit || f(n.options.min, n.options.max), v.fn.init.call(n, n.options), n.options.minorUnit = n.options.minorUnit || n.options.majorUnit / 10;
            }, options: { min: 0, max: 50, majorTicks: { size: 15, align: J, color: E, width: G, visible: !0 }, minorTicks: { size: 10, align: J, color: E, width: G, visible: !0 }, line: { width: G }, labels: { position: J, padding: 2 }, mirror: !1, _alignLines: !1 }, render: function render() {
                var e = this,
                    n = e.elements = new R(),
                    t = e.renderLabels(),
                    i = e.renderLine(),
                    o = e.renderTicks(),
                    r = e.renderRanges();return n.append(i, t, o, r), n;
            }, renderRanges: function renderRanges() {
                var e,
                    n,
                    t,
                    o,
                    r,
                    a = this,
                    s = a.options,
                    l = s.min,
                    c = s.max,
                    u = s.ranges || [],
                    d = s.vertical,
                    p = s.labels.mirror,
                    h = new R(),
                    f = u.length,
                    g = s.rangeSize || s.minorTicks.size / 2;if (f) for (r = 0; r < f; r++) {
                    e = i(u[r], l, c), n = a.getSlot(e.from, e.to), t = d ? a.lineBox() : n, o = d ? n : a.lineBox(), d ? t.x1 -= g * (p ? -1 : 1) : o.y2 += g * (p ? -1 : 1), h.append(j.fromRect(new C([t.x1, o.y1], [t.x2 - t.x1, o.y2 - o.y1]), { fill: { color: e.color, opacity: e.opacity }, stroke: {} }));
                }return h;
            }, renderLabels: function renderLabels() {
                var e,
                    n = this,
                    i = n.options,
                    o = n.labels,
                    r = new R();for (e = 0; e < o.length; e++) {
                    r.append(t(o[e], i.labels));
                }return r;
            }, renderLine: function renderLine() {
                var e,
                    n = this,
                    t = n.options,
                    i = t.line,
                    o = n.lineBox(),
                    r = new R();return i.width > 0 && i.visible && (e = new j({ stroke: { color: i.color, dashType: i.dashType, width: i.width } }), e.moveTo(o.x1, o.y1).lineTo(o.x2, o.y2), r.append(e)), r;
            }, renderTicks: function renderTicks() {
                function e(e, i) {
                    var a,
                        l = e.length;if (i.visible) for (a = i.skip; a < l; a += i.step) {
                        a % i.skipUnit !== 0 && (s.tickX = r ? o.x2 : o.x2 - i.size, s.tickY = r ? o.y1 - i.size : o.y1, s.position = e[a], t.append(n.renderAxisTick(s, i)));
                    }
                }var n = this,
                    t = new R(),
                    i = n.options,
                    o = n.lineBox(),
                    r = i.labels.mirror,
                    a = i.majorTicks.visible ? i.majorUnit : 0,
                    s = { _alignLines: i._alignLines, vertical: i.vertical };return e(n.getMajorTickPositions(), i.majorTicks), e(n.getMinorTickPositions(), p({}, { skipUnit: a / i.minorUnit }, i.minorTicks)), t;
            }, renderAxisTick: function renderAxisTick(e, n) {
                var t,
                    i,
                    o,
                    r = e.tickX,
                    a = e.tickY,
                    s = e.position;return e.vertical ? (t = new S(r, s), i = new S(r + n.size, s)) : (t = new S(s, a), i = new S(s, a + n.size)), o = new j({ stroke: { color: n.color, width: n.width } }).moveTo(t).lineTo(i);
            } }),
            ue = ie.extend({ init: function init(e, n) {
                var t = this;ie.fn.init.call(t, e, n), t.options = p({ track: { visible: b(n.track) } }, t.options);
            }, options: { shape: X, track: { border: { width: 1 } }, color: E, border: { width: 1 }, opacity: 1, margin: A(3), animation: { type: X }, visible: !0 }, reflow: function reflow() {
                var e,
                    n,
                    t,
                    i = this,
                    o = i.options,
                    r = i.scale,
                    a = r.lineBox(),
                    s = o.track.size || o.size,
                    l = o.size / 2,
                    c = r.options.mirror,
                    u = A(o.margin),
                    d = r.options.vertical,
                    p = d ? u[c ? "left" : "right"] : u[c ? "bottom" : "top"];p = c ? -p : p, d ? (t = new w(a.x1 + p, a.y1, a.x1 + p, a.y2), c ? t.x1 -= s : t.x2 += s, o.shape !== X && (n = new w(a.x2 + p, a.y1 - l, a.x2 + p, a.y2 + l), e = n)) : (t = new w(a.x1, a.y1 - p, a.x2, a.y1 - p), c ? t.y2 += s : t.y1 -= s, o.shape !== X && (n = new w(a.x1 - l, a.y1 - p, a.x2 + l, a.y1 - p), e = n)), i.trackBox = t, i.pointerRangeBox = n, i.box = e || t.clone().pad(o.border.width);
            }, getElementOptions: function getElementOptions() {
                var e = this.options;return { fill: { color: e.color, opacity: e.opacity }, stroke: b(e.border) ? { color: e.border.width ? e.border.color || e.color : "", width: e.border.width, dashType: e.border.dashType, opacity: e.opacity } : null };
            }, _margin: function _margin() {
                var e = this,
                    n = e.options,
                    t = e.scale,
                    i = t.options.mirror,
                    o = A(n.margin),
                    r = t.options.vertical,
                    a = r ? o[i ? "left" : "right"] : o[i ? "bottom" : "top"];return a;
            } }),
            de = ue.extend({ init: function init(e, t) {
                ue.fn.init.call(this, e, t), this.options.size === n && (this.options.size = .6 * this.scale.options.majorTicks.size);
            }, pointerShape: function pointerShape() {
                var e,
                    n,
                    t = this,
                    i = t.options,
                    o = t.scale,
                    r = i.size,
                    a = o.options.vertical,
                    s = r / 2,
                    l = o.options.mirror ? -1 : 1,
                    c = o.options.reverse;return a ? (e = c ? "y2" : "y1", n = [new S(0, 0 - s), new S(0 - l * r, 0), new S(0, 0 + s)]) : (e = c ? "x1" : "x2", n = [new S(0 - s, 0), new S(0, 0 + l * r), new S(0 + s, 0)]), n;
            }, repaint: function repaint() {
                var e = this,
                    n = e.scale,
                    t = e.options,
                    i = new a(e.elements, p(t.animation, { vertical: n.options.vertical, mirror: n.options.mirror, margin: e._margin(t.margin), from: n.getSlot(t._oldValue), to: n.getSlot(t.value) }));t.animation.transitions === !1 && (i.options.duration = 0), i.setup(), i.play();
            }, render: function render() {
                var e,
                    n = this,
                    t = n.options,
                    i = new R(),
                    o = n.scale,
                    r = n.getElementOptions(),
                    a = n.pointerShape(t.value);return t.animation.type = L, i = new j({ stroke: r.stroke, fill: r.fill }).moveTo(a[0]).lineTo(a[1]).lineTo(a[2]).close(), e = o.getSlot(t.value), i.transform(T.transform().translate(e.x1, e.y1)), n.elements = i, i;
            } }),
            pe = ue.extend({ init: function init(e, t) {
                ue.fn.init.call(this, e, t), this.options.size === n && (this.options.size = .3 * this.scale.options.majorTicks.size);
            }, pointerShape: function pointerShape(e) {
                var n,
                    t,
                    i,
                    o = this,
                    r = o.options,
                    a = o.scale,
                    s = a.options.vertical,
                    l = a.options.mirror,
                    c = l == s ? -1 : 1,
                    u = r.size * c,
                    d = a.getSlot(a.options.min),
                    p = a.getSlot(e),
                    h = s ? te : ne,
                    f = s ? ne : te,
                    g = o._margin() * c,
                    m = new S();return m[h] = d[h + "1"], m[f] = d[f + "1"], n = new S(), n[h] = p[h + "1"], n[f] = p[f + "1"], s ? (m.translate(g, 0), n.translate(g, 0)) : (m.translate(0, g), n.translate(0, g)), t = n.clone(), i = m.clone(), s ? (t.translate(u, 0), i.translate(u, 0)) : (t.translate(0, u), i.translate(0, u)), [m, n, t, i];
            }, repaint: function repaint() {
                var e,
                    n = this,
                    t = n.scale,
                    i = n.options,
                    o = n.pointerShape(i.value),
                    r = n.elements.children[0],
                    a = n.pointerShape(i._oldValue);r.moveTo(o[0]).lineTo(o[1]).lineTo(o[2]).lineTo(o[3]).close(), e = new s(r, p(i.animation, { reverse: t.options.reverse, vertical: t.options.vertical, oldPoints: [a[1], a[2]], newPoints: [o[1], o[2]] })), i.animation.transitions === !1 && (e.options.duration = 0), e.setup(), e.play();
            }, render: function render() {
                var e = this,
                    n = new R(),
                    t = e.getElementOptions(),
                    i = new j({ stroke: t.stroke, fill: t.fill });return n.append(i), e.elements = n, n;
            } }),
            he = z.Animation.extend({ init: function init(e, n) {
                z.Animation.fn.init.call(this, e, n), n = this.options, n.duration = l.max(l.abs(n.newAngle - n.oldAngle) / n.duration * 1e3, 1);
            }, options: { easing: q, duration: U }, step: function step(e) {
                var n = this,
                    t = n.options,
                    i = k(t.oldAngle, t.newAngle, e);n.element.transform(T.transform().rotate(i, t.center));
            } });z.AnimationFactory.current.register(ee, he), a = z.Animation.extend({ options: { easing: q, duration: P }, setup: function setup() {
                var e,
                    n,
                    t = this.options,
                    i = t.margin,
                    o = t.from,
                    r = t.to,
                    a = t.vertical ? "x1" : "y1";t.mirror == t.vertical ? (o[a] -= i, r[a] -= i) : (o[a] += i, r[a] += i), e = this.fromScale = new S(o.x1, o.y1), n = this.toScale = new S(r.x1, r.y1), 0 !== t.duration && (t.duration = l.max(e.distanceTo(n) / t.duration * 1e3, 1));
            }, step: function step(e) {
                var n = k(this.fromScale.x, this.toScale.x, e),
                    t = k(this.fromScale.y, this.toScale.y, e);this.element.transform(T.transform().translate(n, t));
            } }), z.AnimationFactory.current.register(L, a), s = z.Animation.extend({ options: { easing: q, speed: P }, setup: function setup() {
                var e = this.options,
                    n = e.newPoints,
                    t = e.oldPoints,
                    i = this.axis = e.vertical ? te : ne,
                    o = this.to = n[0][i],
                    r = this.from = t[0][i];0 !== e.duration && (e.duration = l.max(l.abs(o - r) / e.speed * 1e3, 1)), this._set(r);
            }, step: function step(e) {
                var n = k(this.from, this.to, e);this._set(n);
            }, _set: function _set(e) {
                var n = "set" + this.axis.toUpperCase(),
                    t = this.options.newPoints;t[0][n](e), t[1][n](e);
            } }), z.AnimationFactory.current.register(X, s), h.ui.plugin(se), h.ui.plugin(le), h.ExportMixin.extend(ae.fn), p(h, { Gauge: ae, RadialPointer: oe, LinearPointer: ue, ArrowLinearPointer: de, BarLinearPointer: pe, LinearScale: ce, RadialScale: re, LinearGauge: le, RadialGauge: se });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
});;!function (t, define) {
    define("kendo.tooltip.min", ["kendo.core.min", "kendo.popup.min"], t);
}(function () {
    return function (t, o) {
        function e(t) {
            for (; t.length;) {
                n(t), t = t.parent();
            }
        }function n(t) {
            var o = t.data(s.ns + "title");o && (t.attr("title", o), t.removeData(s.ns + "title"));
        }function i(t) {
            var o = t.attr("title");o && (t.data(s.ns + "title", o), t.attr("title", ""));
        }function r(t) {
            for (; t.length && !t.is("body");) {
                i(t), t = t.parent();
            }
        }var s = window.kendo,
            a = s.ui.Widget,
            l = s.ui.Popup,
            c = s.isFunction,
            u = t.isPlainObject,
            p = t.extend,
            f = t.proxy,
            d = t(document),
            h = s.isLocalUrl,
            m = "_tt_active",
            g = "aria-describedby",
            w = "show",
            v = "hide",
            k = "error",
            _ = "contentLoad",
            y = "requestStart",
            b = "k-content-frame",
            H = '<div role="tooltip" class="k-widget k-tooltip#if (!autoHide) {# k-tooltip-closable#}#">#if (!autoHide) {# <div class="k-tooltip-button"><a href="\\#" class="k-icon k-i-close">close</a></div> #}#<div class="k-tooltip-content"></div>#if (callout){ #<div class="k-callout k-callout-#=dir#"></div>#}#</div>',
            T = s.template("<iframe frameborder='0' class='" + b + "' src='#= content.url #'>This page requires frames in order to show content</iframe>"),
            C = ".kendoTooltip",
            D = { bottom: { origin: "bottom center", position: "top center" }, top: { origin: "top center", position: "bottom center" }, left: { origin: "center left", position: "center right", collision: "fit flip" }, right: { origin: "center right", position: "center left", collision: "fit flip" }, center: { position: "center center", origin: "center center" } },
            x = { top: "bottom", bottom: "top", left: "right", right: "left", center: "center" },
            O = { bottom: "n", top: "s", left: "e", right: "w", center: "n" },
            j = { horizontal: { offset: "top", size: "outerHeight" }, vertical: { offset: "left", size: "outerWidth" } },
            A = function A(t) {
            return t.target.data(s.ns + "title");
        },
            K = a.extend({ init: function init(t, o) {
                var e,
                    n = this;a.fn.init.call(n, t, o), e = n.options.position.match(/left|right/) ? "horizontal" : "vertical", n.dimensions = j[e], n._documentKeyDownHandler = f(n._documentKeyDown, n), n.element.on(n.options.showOn + C, n.options.filter, f(n._showOn, n)).on("mouseenter" + C, n.options.filter, f(n._mouseenter, n)), this.options.autoHide && n.element.on("mouseleave" + C, n.options.filter, f(n._mouseleave, n));
            }, options: { name: "Tooltip", filter: "", content: A, showAfter: 100, callout: !0, position: "bottom", showOn: "mouseenter", autoHide: !0, width: null, height: null, animation: { open: { effects: "fade:in", duration: 0 }, close: { effects: "fade:out", duration: 40, hide: !0 } } }, events: [w, v, _, k, y], _mouseenter: function _mouseenter(o) {
                r(t(o.currentTarget));
            }, _showOn: function _showOn(o) {
                var e = this,
                    n = t(o.currentTarget);e.options.showOn && e.options.showOn.match(/click|focus/) ? e._show(n) : (clearTimeout(e.timeout), e.timeout = setTimeout(function () {
                    e._show(n);
                }, e.options.showAfter));
            }, _appendContent: function _appendContent(t) {
                var o,
                    e = this,
                    n = e.options.content,
                    i = e.content,
                    r = e.options.iframe;u(n) && n.url ? ("iframe" in e.options || (r = !h(n.url)), e.trigger(y, { options: n, target: t }), r ? (i.hide(), o = i.find("." + b)[0], o ? o.src = n.url || o.src : i.html(T({ content: n })), i.find("." + b).off("load" + C).on("load" + C, function () {
                    e.trigger(_), i.show();
                })) : (i.empty(), s.ui.progress(i, !0), e._ajaxRequest(n))) : n && c(n) ? (n = n({ sender: this, target: t }), i.html(n || "")) : i.html(n), e.angular("compile", function () {
                    return { elements: i };
                });
            }, _ajaxRequest: function _ajaxRequest(t) {
                var o = this;jQuery.ajax(p({ type: "GET", dataType: "html", cache: !1, error: function error(t, e) {
                        s.ui.progress(o.content, !1), o.trigger(k, { status: e, xhr: t });
                    }, success: f(function (t) {
                        s.ui.progress(o.content, !1), o.content.html(t), o.trigger(_);
                    }, o) }, t));
            }, _documentKeyDown: function _documentKeyDown(t) {
                t.keyCode === s.keys.ESC && this.hide();
            }, refresh: function refresh() {
                var t = this,
                    o = t.popup;o && o.options.anchor && t._appendContent(o.options.anchor);
            }, hide: function hide() {
                this.popup && this.popup.close();
            }, show: function show(t) {
                t = t || this.element, r(t), this._show(t);
            }, _show: function _show(t) {
                var o = this,
                    n = o.target();o.popup || o._initPopup(), n && n[0] != t[0] && (o.popup.close(), o.popup.element.kendoStop(!0, !0)), n && n[0] == t[0] || (o._appendContent(t), o.popup.options.anchor = t), o.popup.one("deactivate", function () {
                    e(t), t.removeAttr(g), this.element.removeAttr("id").attr("aria-hidden", !0), d.off("keydown" + C, o._documentKeyDownHandler);
                }), o.popup.open();
            }, _initPopup: function _initPopup() {
                var o = this,
                    e = o.options,
                    n = t(s.template(H)({ callout: e.callout && "center" !== e.position, dir: O[e.position], autoHide: e.autoHide }));o.popup = new l(n, p({ activate: function activate() {
                        var t = this.options.anchor,
                            n = t[0].id || o.element[0].id;n && (t.attr(g, n + m), this.element.attr("id", n + m)), e.callout && o._positionCallout(), this.element.removeAttr("aria-hidden"), d.on("keydown" + C, o._documentKeyDownHandler), o.trigger(w);
                    }, close: function close() {
                        o.trigger(v);
                    }, copyAnchorStyles: !1, animation: e.animation }, D[e.position])), n.css({ width: e.width, height: e.height }), o.content = n.find(".k-tooltip-content"), o.arrow = n.find(".k-callout"), e.autoHide ? n.on("mouseleave" + C, f(o._mouseleave, o)) : n.on("click" + C, ".k-tooltip-button", f(o._closeButtonClick, o));
            }, _closeButtonClick: function _closeButtonClick(t) {
                t.preventDefault(), this.hide();
            }, _mouseleave: function _mouseleave(o) {
                if (this.popup) {
                    var n = t(o.currentTarget),
                        i = n.offset(),
                        r = o.pageX,
                        a = o.pageY;if (i.right = i.left + s._outerWidth(n), i.bottom = i.top + s._outerHeight(n), r > i.left && r < i.right && a > i.top && a < i.bottom) return;this.popup.close();
                } else e(t(o.currentTarget));clearTimeout(this.timeout);
            }, _positionCallout: function _positionCallout() {
                var o = this,
                    e = o.options.position,
                    n = o.dimensions,
                    i = n.offset,
                    r = o.popup,
                    s = r.options.anchor,
                    a = t(s).offset(),
                    l = parseInt(o.arrow.css("border-top-width"), 10),
                    c = t(r.element).offset(),
                    u = O[r.flipped ? x[e] : e],
                    p = a[i] - c[i] + t(s)[n.size]() / 2 - l;o.arrow.removeClass("k-callout-n k-callout-s k-callout-w k-callout-e").addClass("k-callout-" + u).css(i, p);
            }, target: function target() {
                return this.popup ? this.popup.options.anchor : null;
            }, destroy: function destroy() {
                var t = this.popup;t && (t.element.off(C), t.destroy()), clearTimeout(this.timeout), this.element.off(C), d.off("keydown" + C, this._documentKeyDownHandler), a.fn.destroy.call(this);
            } });s.ui.plugin(K);
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, o, e) {
    (e || o)();
});;!function (t, define) {
    define("util/main.min", ["kendo.core.min"], t);
}(function () {
    return function () {
        function t(t) {
            return (typeof t === "undefined" ? "undefined" : _typeof(t)) !== R;
        }function e(t, e) {
            var n = i(e);return N.round(t * n) / n;
        }function i(t) {
            return t ? N.pow(10, t) : 1;
        }function n(t, e, i) {
            return N.max(N.min(t, i), e);
        }function o(t) {
            return t * j;
        }function a(t) {
            return t / j;
        }function r(t) {
            return "number" == typeof t && !isNaN(t);
        }function s(e, i) {
            return t(e) ? e : i;
        }function h(t) {
            return t * t;
        }function l(t) {
            var e,
                i = [];for (e in t) {
                i.push(e + t[e]);
            }return i.sort().join("");
        }function c(t) {
            var e,
                i = 2166136261;for (e = 0; e < t.length; ++e) {
                i += (i << 1) + (i << 4) + (i << 7) + (i << 8) + (i << 24), i ^= t.charCodeAt(e);
            }return i >>> 0;
        }function u(t) {
            return c(l(t));
        }function d(t) {
            var e,
                i = t.length,
                n = D,
                o = V;for (e = 0; e < i; e++) {
                o = N.max(o, t[e]), n = N.min(n, t[e]);
            }return { min: n, max: o };
        }function f(t) {
            return d(t).min;
        }function p(t) {
            return d(t).max;
        }function m(t) {
            return v(t).min;
        }function _(t) {
            return v(t).max;
        }function v(t) {
            var e,
                i,
                n,
                o = D,
                a = V;for (e = 0, i = t.length; e < i; e++) {
                n = t[e], null !== n && isFinite(n) && (o = N.min(o, n), a = N.max(a, n));
            }return { min: o === D ? void 0 : o, max: a === V ? void 0 : a };
        }function g(t) {
            if (t) return t[t.length - 1];
        }function y(t, e) {
            return t.push.apply(t, e), t;
        }function w(t) {
            return P.template(t, { useWithBlock: !1, paramName: "d" });
        }function b(e, i) {
            return t(i) && null !== i ? " " + e + "='" + i + "' " : "";
        }function x(t) {
            var e,
                i = "";for (e = 0; e < t.length; e++) {
                i += b(t[e][0], t[e][1]);
            }return i;
        }function k(e) {
            var i,
                n,
                o = "";for (i = 0; i < e.length; i++) {
                n = e[i][1], t(n) && (o += e[i][0] + ":" + n + ";");
            }if ("" !== o) return o;
        }function z(t) {
            return "string" != typeof t && (t += "px"), t;
        }function T(t) {
            var e,
                i,
                n = [];if (t) for (e = P.toHyphens(t).split("-"), i = 0; i < e.length; i++) {
                n.push("k-pos-" + e[i]);
            }return n.join(" ");
        }function S(e) {
            return "" === e || null === e || "none" === e || "transparent" === e || !t(e);
        }function C(t) {
            for (var e = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, i = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], n = ""; t > 0;) {
                t < i[0] ? i.shift() : (n += e[i[0]], t -= i[0]);
            }return n;
        }function E(t) {
            var e, i, n, o, a;for (t = t.toLowerCase(), e = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, i = 0, n = 0, o = 0; o < t.length; ++o) {
                if (a = e[t.charAt(o)], !a) return null;i += a, a > n && (i -= 2 * n), n = a;
            }return i;
        }function L(t) {
            var e = Object.create(null);return function () {
                var i,
                    n = "";for (i = arguments.length; --i >= 0;) {
                    n += ":" + arguments[i];
                }return n in e ? e[n] : e[n] = t.apply(this, arguments);
            };
        }function A(t) {
            for (var e, i, n = [], o = 0, a = t.length; o < a;) {
                e = t.charCodeAt(o++), e >= 55296 && e <= 56319 && o < a ? (i = t.charCodeAt(o++), 56320 == (64512 & i) ? n.push(((1023 & e) << 10) + (1023 & i) + 65536) : (n.push(e), o--)) : n.push(e);
            }return n;
        }function M(t) {
            return t.map(function (t) {
                var e = "";return t > 65535 && (t -= 65536, e += String.fromCharCode(t >>> 10 & 1023 | 55296), t = 56320 | 1023 & t), e += String.fromCharCode(t);
            }).join("");
        }function O(t, e) {
            function i(t, i) {
                for (var n = [], o = 0, a = 0, r = 0; o < t.length && a < i.length;) {
                    e(t[o], i[a]) <= 0 ? n[r++] = t[o++] : n[r++] = i[a++];
                }return o < t.length && n.push.apply(n, t.slice(o)), a < i.length && n.push.apply(n, i.slice(a)), n;
            }return t.length < 2 ? t.slice() : function n(t) {
                var e, o, a;return t.length <= 1 ? t : (e = Math.floor(t.length / 2), o = t.slice(0, e), a = t.slice(e), o = n(o), a = n(a), i(o, a));
            }(t);
        }var N = Math,
            P = window.kendo,
            I = P.deepExtend,
            j = N.PI / 180,
            D = Number.MAX_VALUE,
            V = -Number.MAX_VALUE,
            R = "undefined",
            Z = Date.now;Z || (Z = function Z() {
            return new Date().getTime();
        }), I(P, { util: { MAX_NUM: D, MIN_NUM: V, append: y, arrayLimits: d, arrayMin: f, arrayMax: p, defined: t, deg: a, hashKey: c, hashObject: u, isNumber: r, isTransparent: S, last: g, limitValue: n, now: Z, objectKey: l, round: e, rad: o, renderAttr: b, renderAllAttr: x, renderPos: T, renderSize: z, renderStyle: k, renderTemplate: w, sparseArrayLimits: v, sparseArrayMin: m, sparseArrayMax: _, sqr: h, valueOrDefault: s, romanToArabic: E, arabicToRoman: C, memoize: L, ucs2encode: M, ucs2decode: A, mergeSort: O } }), P.drawing.util = P.util, P.dataviz.util = P.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], t);
}(function () {
    !function (t) {
        function e() {
            return { width: 0, height: 0, baseline: 0 };
        }function i(t, e, i) {
            return u.current.measure(t, e, i);
        }function n(t, e) {
            var i = [];if (t.length > 0 && document.fonts) {
                try {
                    i = t.map(function (t) {
                        return document.fonts.load(t);
                    });
                } catch (n) {
                    a.logToConsole(n);
                }Promise.all(i).then(e, e);
            } else e();
        }var o = document,
            a = window.kendo,
            r = a.Class,
            s = a.util,
            h = s.defined,
            l = r.extend({ init: function init(t) {
                this._size = t, this._length = 0, this._map = {};
            }, put: function put(t, e) {
                var i = this,
                    n = i._map,
                    o = { key: t, value: e };n[t] = o, i._head ? (i._tail.newer = o, o.older = i._tail, i._tail = o) : i._head = i._tail = o, i._length >= i._size ? (n[i._head.key] = null, i._head = i._head.newer, i._head.older = null) : i._length++;
            }, get: function get(t) {
                var e = this,
                    i = e._map[t];if (i) return i === e._head && i !== e._tail && (e._head = i.newer, e._head.older = null), i !== e._tail && (i.older && (i.older.newer = i.newer, i.newer.older = i.older), i.older = e._tail, i.newer = null, e._tail.newer = i, e._tail = i), i.value;
            } }),
            c = t("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            u = r.extend({ init: function init(t) {
                this._cache = new l(1e3), this._initOptions(t);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(i, n, a) {
                var r, l, u, d, f, p, m, _;if (!i) return e();if (r = s.objectKey(n), l = s.hashKey(i + r), u = this._cache.get(l), u) return u;d = e(), f = a ? a : c, p = this._baselineMarker().cloneNode(!1);for (m in n) {
                    _ = n[m], h(_) && (f.style[m] = _);
                }return t(f).text(i), f.appendChild(p), o.body.appendChild(f), (i + "").length && (d.width = f.offsetWidth - this.options.baselineMarkerSize, d.height = f.offsetHeight, d.baseline = p.offsetTop + this.options.baselineMarkerSize), d.width > 0 && d.height > 0 && this._cache.put(l, d), f.parentNode.removeChild(f), d;
            }, _baselineMarker: function _baselineMarker() {
                return t("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });u.current = new u(), a.util.TextMetrics = u, a.util.LRUCache = l, a.util.loadFonts = n, a.util.measureText = i;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("util/base64.min", ["util/main.min"], t);
}(function () {
    return function () {
        function t(t) {
            var i,
                n,
                o,
                r,
                s,
                h,
                l,
                c = "",
                u = 0;for (t = e(t); u < t.length;) {
                i = t.charCodeAt(u++), n = t.charCodeAt(u++), o = t.charCodeAt(u++), r = i >> 2, s = (3 & i) << 4 | n >> 4, h = (15 & n) << 2 | o >> 6, l = 63 & o, isNaN(n) ? h = l = 64 : isNaN(o) && (l = 64), c = c + a.charAt(r) + a.charAt(s) + a.charAt(h) + a.charAt(l);
            }return c;
        }function e(t) {
            var e,
                i,
                n = "";for (e = 0; e < t.length; e++) {
                i = t.charCodeAt(e), i < 128 ? n += o(i) : i < 2048 ? (n += o(192 | i >>> 6), n += o(128 | 63 & i)) : i < 65536 && (n += o(224 | i >>> 12), n += o(128 | i >>> 6 & 63), n += o(128 | 63 & i));
            }return n;
        }var i = window.kendo,
            n = i.deepExtend,
            o = String.fromCharCode,
            a = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";n(i.util, { encodeBase64: t, encodeUTF8: e });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("mixins/observers.min", ["kendo.core.min"], t);
}(function () {
    return function (t) {
        var e = Math,
            i = window.kendo,
            n = i.deepExtend,
            o = t.inArray,
            a = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(t) {
                return this._observers ? this._observers.push(t) : this._observers = [t], this;
            }, removeObserver: function removeObserver(t) {
                var e = this.observers(),
                    i = o(t, e);return i != -1 && e.splice(i, 1), this;
            }, trigger: function trigger(t, e) {
                var i,
                    n,
                    o = this._observers;if (o && !this._suspended) for (n = 0; n < o.length; n++) {
                    i = o[n], i[t] && i[t](e);
                }return this;
            }, optionsChange: function optionsChange(t) {
                t = t || {}, t.element = this, this.trigger("optionsChange", t);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = e.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(t, e) {
                this[t] && this[t].removeObserver(this), this[t] = e, e.addObserver(this);
            } };n(i, { mixins: { ObserversMixin: a } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/location.min", ["kendo.drawing.min"], t);
}(function () {
    !function (t, e) {
        var i,
            n = Math,
            o = n.abs,
            a = n.atan,
            r = n.atan2,
            s = n.cos,
            h = n.max,
            l = n.min,
            c = n.sin,
            u = n.tan,
            d = window.kendo,
            f = d.Class,
            p = d.dataviz,
            m = d.deepExtend,
            _ = d.util,
            v = _.defined,
            g = _.deg,
            y = _.rad,
            w = _.round,
            b = _.sqr,
            x = _.valueOrDefault,
            k = f.extend({ init: function init(t, e) {
                1 === arguments.length ? (this.lat = t[0], this.lng = t[1]) : (this.lat = t, this.lng = e);
            }, DISTANCE_ITERATIONS: 100, DISTANCE_CONVERGENCE: 1e-12, DISTANCE_PRECISION: 2, FORMAT: "{0:N6},{1:N6}", toArray: function toArray() {
                return [this.lat, this.lng];
            }, equals: function equals(t) {
                return t && t.lat === this.lat && t.lng === this.lng;
            }, clone: function clone() {
                return new k(this.lat, this.lng);
            }, round: function round(t) {
                return this.lng = w(this.lng, t), this.lat = w(this.lat, t), this;
            }, wrap: function wrap() {
                return this.lng = this.lng % 180, this.lat = this.lat % 90, this;
            }, distanceTo: function distanceTo(t, e) {
                return this.greatCircleTo(t, e).distance;
            }, destination: function destination(t, e, i) {
                var o, a, h, l, u;return e = y(e), i = i || p.map.datums.WGS84, o = y(this.lat), a = y(this.lng), h = t / d.dataviz.map.datums.WGS84.a, l = n.asin(c(o) * s(h) + s(o) * c(h) * s(e)), u = a + r(c(e) * c(h) * s(o), s(h) - c(o) * c(l)), new k(g(l), g(u));
            }, greatCircleTo: function greatCircleTo(t, e) {
                var i, h, l, d, f, m, _, v, x, z, T, S, C, E, L, A, M, O, N, P, I, j, D, V, R, Z, F, U, G;if (t = k.create(t), e = e || p.map.datums.WGS84, !t || this.clone().round(8).equals(t.clone().round(8))) return { distance: 0, azimuthFrom: 0, azimuthTo: 0 };for (i = e.a, h = e.b, l = e.f, d = y(t.lng - this.lng), f = a((1 - l) * u(y(this.lat))), m = c(f), _ = s(f), v = a((1 - l) * u(y(t.lat))), x = c(v), z = s(v), T = d, C = this.DISTANCE_ITERATIONS, E = !1; !E && C-- > 0;) {
                    L = c(T), A = s(T), M = n.sqrt(b(z * L) + b(_ * x - m * z * A)), N = m * x + _ * z * A, I = r(M, N), j = _ * z * L / M, O = 1 - b(j), P = 0, 0 !== O && (P = N - 2 * m * x / O), S = T, D = l / 16 * O * (4 + l * (4 - 3 * O)), T = d + (1 - D) * l * j * (I + D * M * (P + D * N * (-1 + 2 * b(P)))), E = o(T - S) <= this.DISTANCE_CONVERGENCE;
                }return V = O * (b(i) - b(h)) / b(h), R = 1 + V / 16384 * (4096 + V * (-768 + V * (320 - 175 * V))), Z = V / 1024 * (256 + V * (-128 + V * (74 - 47 * V))), F = Z * M * (P + Z / 4 * (N * (-1 + 2 * b(P)) - Z / 6 * P * (-3 + 4 * b(M)) * (-3 + 4 * b(P)))), U = r(z * L, _ * x - m * z * A), G = r(_ * L, -m * z + _ * x * A), { distance: w(h * R * (I - F), this.DISTANCE_PRECISION), azimuthFrom: g(U), azimuthTo: g(G) };
            } });k.fn.toString = function () {
            return d.format(this.FORMAT, this.lat, this.lng);
        }, k.fromLngLat = function (t) {
            return new k(t[1], t[0]);
        }, k.fromLatLng = function (t) {
            return new k(t[0], t[1]);
        }, k.create = function (t, e) {
            if (v(t)) return t instanceof k ? t.clone() : 1 === arguments.length && 2 === t.length ? k.fromLatLng(t) : new k(t, e);
        }, i = f.extend({ init: function init(t, e) {
                t = k.create(t), e = k.create(e), t.lng + 180 > e.lng + 180 && t.lat + 90 < e.lat + 90 ? (this.se = t, this.nw = e) : (this.se = e, this.nw = t);
            }, contains: function contains(t) {
                var e = this.nw,
                    i = this.se,
                    n = x(t.lng, t[1]),
                    o = x(t.lat, t[0]);return t && n + 180 >= e.lng + 180 && n + 180 <= i.lng + 180 && o + 90 >= i.lat + 90 && o + 90 <= e.lat + 90;
            }, center: function center() {
                var t = this.nw,
                    e = this.se,
                    i = t.lng + (e.lng - t.lng) / 2,
                    n = t.lat + (e.lat - t.lat) / 2;return new k(n, i);
            }, containsAny: function containsAny(t) {
                var e,
                    i = !1;for (e = 0; e < t.length; e++) {
                    i = i || this.contains(t[e]);
                }return i;
            }, include: function include(t) {
                var e = this.nw,
                    i = this.se,
                    n = x(t.lng, t[1]),
                    o = x(t.lat, t[0]);e.lng = l(e.lng, n), e.lat = h(e.lat, o), i.lng = h(i.lng, n), i.lat = l(i.lat, o);
            }, includeAll: function includeAll(t) {
                for (var e = 0; e < t.length; e++) {
                    this.include(t[e]);
                }
            }, edges: function edges() {
                var t = this.nw,
                    e = this.se;return { nw: this.nw, ne: new k(t.lat, e.lng), se: this.se, sw: new k(e.lat, t.lng) };
            }, toArray: function toArray() {
                var t = this.nw,
                    e = this.se;return [t, new k(t.lat, e.lng), e, new k(e.lat, t.lng)];
            }, overlaps: function overlaps(t) {
                return this.containsAny(t.toArray()) || t.containsAny(this.toArray());
            } }), i.World = new i([90, -180], [-90, 180]), i.create = function (t, n) {
            return t instanceof i ? t : t && n ? new i(t, n) : t && 4 === t.length && !n ? new i([t[0], t[1]], [t[2], t[3]]) : e;
        }, m(p, { map: { Extent: i, Location: k } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/attribution.min", ["kendo.drawing.min"], t);
}(function () {
    !function () {
        var t = window.kendo,
            e = t.ui.Widget,
            i = t.template,
            n = t.util.valueOrDefault,
            o = t.util.defined,
            a = e.extend({ init: function init(t, i) {
                e.fn.init.call(this, t, i), this._initOptions(i), this.items = [], this.element.addClass("k-widget k-attribution");
            }, options: { name: "Attribution", separator: "&nbsp;|&nbsp;", itemTemplate: "#= text #" }, filter: function filter(t, e) {
                this._extent = t, this._zoom = e, this._render();
            }, add: function add(t) {
                o(t) && ("string" == typeof t && (t = { text: t }), this.items.push(t), this._render());
            }, remove: function remove(t) {
                var e,
                    i,
                    n = [];for (e = 0; e < this.items.length; e++) {
                    i = this.items[e], i.text !== t && n.push(i);
                }this.items = n, this._render();
            }, clear: function clear() {
                this.items = [], this.element.empty();
            }, _render: function _render() {
                var t,
                    e,
                    n,
                    o = [],
                    a = i(this.options.itemTemplate);for (t = 0; t < this.items.length; t++) {
                    e = this.items[t], n = this._itemText(e), "" !== n && o.push(a({ text: n }));
                }o.length > 0 ? this.element.empty().append(o.join(this.options.separator)).show() : this.element.hide();
            }, _itemText: function _itemText(t) {
                var e = "",
                    i = this._inZoomLevel(t.minZoom, t.maxZoom),
                    n = this._inArea(t.extent);return i && n && (e += t.text), e;
            }, _inZoomLevel: function _inZoomLevel(t, e) {
                var i = !0;return t = n(t, -Number.MAX_VALUE), e = n(e, Number.MAX_VALUE), i = this._zoom > t && this._zoom < e;
            }, _inArea: function _inArea(t) {
                var e = !0;return t && (e = t.contains(this._extent)), e;
            } });t.dataviz.ui.plugin(a);
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/navigator.min", ["kendo.core.min"], t);
}(function () {
    !function (t) {
        function e(t) {
            return i.format('<button class="k-button k-navigator-{0}"><span class="k-icon k-i-arrow-{0}"/></button>', t);
        }var i = window.kendo,
            n = i.ui.Widget,
            o = i.keys,
            a = t.proxy,
            r = ".kendoNavigator",
            s = e("n") + e("e") + e("s") + e("w"),
            h = n.extend({ init: function init(t, e) {
                n.fn.init.call(this, t, e), this._initOptions(e), this.element.addClass("k-widget k-header k-shadow k-navigator").append(s).on("click" + r, ".k-button", a(this, "_click"));var o = this.element.parent().closest("[" + i.attr("role") + "]");this._keyroot = o.length > 0 ? o : this.element, this._tabindex(this._keyroot), this._keydown = a(this._keydown, this), this._keyroot.on("keydown", this._keydown);
            }, options: { name: "Navigator", panStep: 1 }, events: ["pan"], dispose: function dispose() {
                this._keyroot.off("keydown", this._keydown);
            }, _pan: function _pan(t, e) {
                var i = this.options.panStep;this.trigger("pan", { x: t * i, y: e * i });
            }, _click: function _click(e) {
                var i = 0,
                    n = 0,
                    o = t(e.currentTarget);o.is(".k-navigator-n") ? n = 1 : o.is(".k-navigator-s") ? n = -1 : o.is(".k-navigator-e") ? i = 1 : o.is(".k-navigator-w") && (i = -1), this._pan(i, n), e.preventDefault();
            }, _keydown: function _keydown(t) {
                switch (t.which) {case o.UP:
                        this._pan(0, 1), t.preventDefault();break;case o.DOWN:
                        this._pan(0, -1), t.preventDefault();break;case o.RIGHT:
                        this._pan(1, 0), t.preventDefault();break;case o.LEFT:
                        this._pan(-1, 0), t.preventDefault();}
            } });i.dataviz.ui.plugin(h);
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/zoom.min", ["kendo.core.min"], t);
}(function () {
    !function (t) {
        function e(t, e) {
            return i.format('<button class="k-button k-zoom-{0}" title="zoom-{0}">{1}</button>', t, e);
        }var i = window.kendo,
            n = i.ui.Widget,
            o = i.keys,
            a = t.proxy,
            r = ".kendoZoomControl",
            s = e("in", "+") + e("out", "-"),
            h = 187,
            l = 189,
            c = 61,
            u = 173,
            d = n.extend({ init: function init(t, e) {
                n.fn.init.call(this, t, e), this._initOptions(e), this.element.addClass("k-widget k-zoom-control k-button-wrap k-buttons-horizontal").append(s).on("click" + r, ".k-button", a(this, "_click"));var o = this.element.parent().closest("[" + i.attr("role") + "]");this._keyroot = o.length > 0 ? o : this.element, this._tabindex(this._keyroot), this._keydown = a(this._keydown, this), this._keyroot.on("keydown", this._keydown);
            }, options: { name: "ZoomControl", zoomStep: 1 }, events: ["change"], _change: function _change(t) {
                var e = this.options.zoomStep;this.trigger("change", { delta: t * e });
            }, _click: function _click(e) {
                var i = t(e.currentTarget),
                    n = 1;i.is(".k-zoom-out") && (n = -1), this._change(n), e.preventDefault();
            }, _keydown: function _keydown(t) {
                switch (t.which) {case o.NUMPAD_PLUS:case h:case c:
                        this._change(1);break;case o.NUMPAD_MINUS:case l:case u:
                        this._change(-1);}
            } });i.dataviz.ui.plugin(d);
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/crs.min", ["dataviz/map/location.min", "kendo.drawing.min"], t);
}(function () {
    !function (t, e) {
        var i = Math,
            n = i.atan,
            o = i.exp,
            a = i.pow,
            r = i.sin,
            s = i.log,
            h = i.tan,
            l = window.kendo,
            c = l.Class,
            u = l.dataviz,
            d = l.deepExtend,
            f = l.geometry,
            p = f.Point,
            m = u.map,
            _ = m.Location,
            v = l.util,
            g = v.rad,
            y = v.deg,
            w = v.limitValue,
            b = i.PI,
            x = b / 2,
            k = b / 4,
            z = b / 180,
            T = { a: 6378137, b: 6356752.314245179, f: .0033528106647474805, e: .08181919084262149 },
            S = c.extend({ init: function init(t) {
                this._initOptions(t);
            }, MAX_LNG: 180, MAX_LAT: 85.0840590501, INVERSE_ITERATIONS: 15, INVERSE_CONVERGENCE: 1e-12, options: { centralMeridian: 0, datum: T }, forward: function forward(t, e) {
                var i = this,
                    n = i.options,
                    o = n.datum,
                    a = o.a,
                    r = n.centralMeridian,
                    s = w(t.lat, -i.MAX_LAT, i.MAX_LAT),
                    h = e ? w(t.lng, -i.MAX_LNG, i.MAX_LNG) : t.lng,
                    l = g(h - r) * a,
                    c = i._projectLat(s);return new p(l, c);
            }, _projectLat: function _projectLat(t) {
                var e = this.options.datum,
                    i = e.e,
                    n = e.a,
                    o = g(t),
                    l = h(k + o / 2),
                    c = i * r(o),
                    u = a((1 - c) / (1 + c), i / 2);return n * s(l * u);
            }, inverse: function inverse(t, e) {
                var i = this,
                    n = i.options,
                    o = n.datum,
                    a = o.a,
                    r = n.centralMeridian,
                    s = t.x / (z * a) + r,
                    h = w(i._inverseY(t.y), -i.MAX_LAT, i.MAX_LAT);return e && (s = w(s, -i.MAX_LNG, i.MAX_LNG)), new _(h, s);
            }, _inverseY: function _inverseY(t) {
                var e,
                    s,
                    h,
                    l,
                    c = this,
                    u = c.options.datum,
                    d = u.a,
                    f = u.e,
                    p = f / 2,
                    m = o(-t / d),
                    _ = x - 2 * n(m);for (e = 0; e <= c.INVERSE_ITERATIONS && (s = f * r(_), h = a((1 - s) / (1 + s), p), l = x - 2 * n(m * h) - _, _ += l, !(i.abs(l) <= c.INVERSE_CONVERGENCE)); e++) {}return y(_);
            } }),
            C = S.extend({ MAX_LAT: 85.0511287798, _projectLat: function _projectLat(t) {
                var e = this.options.datum.a,
                    i = g(t),
                    n = h(k + i / 2);return e * s(n);
            }, _inverseY: function _inverseY(t) {
                var e = this.options.datum.a,
                    i = o(-t / e);return y(x - 2 * n(i));
            } }),
            E = c.extend({ forward: function forward(t) {
                return new p(t.lng, t.lat);
            }, inverse: function inverse(t) {
                return new _(t.y, t.x);
            } }),
            L = c.extend({ init: function init() {
                var t = this,
                    e = t._proj = new C(),
                    i = this.c = 2 * b * e.options.datum.a;this._tm = f.transform().translate(.5, .5).scale(1 / i, -1 / i), this._itm = f.transform().scale(i, -i).translate(-.5, -.5);
            }, toPoint: function toPoint(t, e, i) {
                var n = this._proj.forward(t, i);return n.transform(this._tm).scale(e || 1);
            }, toLocation: function toLocation(t, e, i) {
                return t = t.clone().scale(1 / (e || 1)).transform(this._itm), this._proj.inverse(t, i);
            } }),
            A = c.extend({ init: function init() {
                this._proj = new S();
            }, toPoint: function toPoint(t) {
                return this._proj.forward(t);
            }, toLocation: function toLocation(t) {
                return this._proj.inverse(t);
            } }),
            M = c.extend({ init: function init() {
                this._proj = new E();
            }, toPoint: function toPoint(t) {
                return this._proj.forward(t);
            }, toLocation: function toLocation(t) {
                return this._proj.inverse(t);
            } });d(u, { map: { crs: { EPSG3395: A, EPSG3857: L, EPSG4326: M }, datums: { WGS84: T }, projections: { Equirectangular: E, Mercator: S, SphericalMercator: C } } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/base.min", ["kendo.core.min", "dataviz/map/location.min"], t);
}(function () {
    !function (t, e) {
        var i = t.proxy,
            n = window.kendo,
            o = n.Class,
            a = n.dataviz,
            r = n.deepExtend,
            s = a.map.Extent,
            h = n.util,
            l = h.defined,
            c = o.extend({ init: function init(e, n) {
                this._initOptions(n), this.map = e, this.element = t("<div class='k-layer'></div>").css({ zIndex: this.options.zIndex, opacity: this.options.opacity }).appendTo(e.scrollElement), this._beforeReset = i(this._beforeReset, this), this._reset = i(this._reset, this), this._resize = i(this._resize, this), this._panEnd = i(this._panEnd, this), this._activate(), this._updateAttribution();
            }, destroy: function destroy() {
                this._deactivate();
            }, show: function show() {
                this.reset(), this._activate(), this._applyExtent(!0);
            }, hide: function hide() {
                this._deactivate(), this._setVisibility(!1);
            }, reset: function reset() {
                this._beforeReset(), this._reset();
            }, _reset: function _reset() {
                this._applyExtent();
            }, _beforeReset: t.noop, _resize: t.noop, _panEnd: function _panEnd() {
                this._applyExtent();
            }, _applyExtent: function _applyExtent() {
                var t = this.options,
                    e = this.map.zoom(),
                    i = !l(t.minZoom) || e >= t.minZoom,
                    n = !l(t.maxZoom) || e <= t.maxZoom,
                    o = s.create(t.extent),
                    a = !o || o.overlaps(this.map.extent());this._setVisibility(i && n && a);
            }, _setVisibility: function _setVisibility(t) {
                this.element.css("display", t ? "" : "none");
            }, _activate: function _activate() {
                var t = this.map;t.bind("beforeReset", this._beforeReset), t.bind("reset", this._reset), t.bind("resize", this._resize), t.bind("panEnd", this._panEnd);
            }, _deactivate: function _deactivate() {
                var t = this.map;t.unbind("beforeReset", this._beforeReset), t.unbind("reset", this._reset), t.unbind("resize", this._resize), t.unbind("panEnd", this._panEnd);
            }, _updateAttribution: function _updateAttribution() {
                var t = this.map.attribution;t && t.add(this.options.attribution);
            } });r(a, { map: { layers: { Layer: c } } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/shape.min", ["dataviz/map/layers/base.min", "dataviz/map/location.min"], t);
}(function () {
    !function (t, e) {
        var i = t.proxy,
            n = window.kendo,
            o = n.Class,
            a = n.data.DataSource,
            r = n.dataviz,
            s = n.deepExtend,
            h = n.util.last,
            l = n.util.defined,
            c = n.geometry,
            u = n.drawing,
            d = u.Group,
            f = r.map,
            p = f.Location,
            m = f.layers.Layer,
            _ = m.extend({ init: function init(t, e) {
                this._pan = i(this._pan, this), m.fn.init.call(this, t, e), this.surface = u.Surface.create(this.element, { width: t.scrollElement.width(), height: t.scrollElement.height() }), this._initRoot(), this.movable = new n.ui.Movable(this.surface.element), this._markers = [], this._click = this._handler("shapeClick"), this.surface.bind("click", this._click), this._mouseenter = this._handler("shapeMouseEnter"), this.surface.bind("mouseenter", this._mouseenter), this._mouseleave = this._handler("shapeMouseLeave"), this.surface.bind("mouseleave", this._mouseleave), this._initDataSource();
            }, options: { autoBind: !0 }, destroy: function destroy() {
                m.fn.destroy.call(this), this.surface.destroy(), this.dataSource.unbind("change", this._dataChange);
            }, setDataSource: function setDataSource(t) {
                this.dataSource && this.dataSource.unbind("change", this._dataChange), this.dataSource = n.data.DataSource.create(t), this.dataSource.bind("change", this._dataChange), this.options.autoBind && this.dataSource.fetch();
            }, _reset: function _reset() {
                m.fn._reset.call(this), this._translateSurface(), this._data && this._load(this._data);
            }, _initRoot: function _initRoot() {
                this._root = new d(), this.surface.draw(this._root);
            }, _beforeReset: function _beforeReset() {
                this.surface.clear(), this._initRoot();
            }, _resize: function _resize() {
                this.surface.size(this.map.size());
            }, _initDataSource: function _initDataSource() {
                var t = this.options.dataSource;this._dataChange = i(this._dataChange, this), this.dataSource = a.create(t).bind("change", this._dataChange), t && this.options.autoBind && this.dataSource.fetch();
            }, _dataChange: function _dataChange(t) {
                this._data = t.sender.view(), this._load(this._data);
            }, _load: function _load(t) {
                var e, i, n;for (this._clearMarkers(), this._loader || (this._loader = new v(this.map, this.options.style, this)), e = new d(), i = 0; i < t.length; i++) {
                    n = this._loader.parse(t[i]), n && e.append(n);
                }this._root.clear(), this._root.append(e);
            }, shapeCreated: function shapeCreated(t) {
                var e,
                    i = !1;return t instanceof u.Circle && (i = l(this._createMarker(t))), i || (e = { layer: this, shape: t }, i = this.map.trigger("shapeCreated", e)), i;
            }, featureCreated: function featureCreated(t) {
                t.layer = this, this.map.trigger("shapeFeatureCreated", t);
            }, _createMarker: function _createMarker(t) {
                var e = this.map.markers.bind({ location: t.location }, t.dataItem);return e && this._markers.push(e), e;
            }, _clearMarkers: function _clearMarkers() {
                for (var t = 0; t < this._markers.length; t++) {
                    this.map.markers.remove(this._markers[t]);
                }this._markers = [];
            }, _pan: function _pan() {
                this._panning || (this._panning = !0, this.surface.suspendTracking());
            }, _panEnd: function _panEnd(t) {
                m.fn._panEnd.call(this, t), this._translateSurface(), this.surface.resumeTracking(), this._panning = !1;
            }, _translateSurface: function _translateSurface() {
                var t = this.map,
                    e = t.locationToView(t.extent().nw);this.surface.translate && (this.surface.translate(e), this.movable.moveTo({ x: e.x, y: e.y }));
            }, _handler: function _handler(t) {
                var e = this;return function (i) {
                    if (i.element) {
                        var n = { layer: e, shape: i.element, originalEvent: i.originalEvent };e.map.trigger(t, n);
                    }
                };
            }, _activate: function _activate() {
                m.fn._activate.call(this), this.map.bind("pan", this._pan);
            }, _deactivate: function _deactivate() {
                m.fn._deactivate.call(this), this.map.unbind("pan", this._pan);
            } }),
            v = o.extend({ init: function init(t, e, i) {
                this.observer = i, this.locator = t, this.style = e;
            }, parse: function parse(t) {
                var e = new d(),
                    i = !0;return "Feature" === t.type ? (i = !1, this._loadGeometryTo(e, t.geometry, t), this._featureCreated(e, t)) : this._loadGeometryTo(e, t, t), i && e.children.length < 2 && (e = e.children[0]), e;
            }, _shapeCreated: function _shapeCreated(t) {
                var e = !1;return this.observer && this.observer.shapeCreated && (e = this.observer.shapeCreated(t)), e;
            }, _featureCreated: function _featureCreated(t, e) {
                this.observer && this.observer.featureCreated && this.observer.featureCreated({ group: t, dataItem: e, properties: e.properties });
            }, _loadGeometryTo: function _loadGeometryTo(t, e, i) {
                var n,
                    o,
                    a = e.coordinates;switch (e.type) {case "LineString":
                        o = this._loadPolygon(t, [a], i), this._setLineFill(o);break;case "MultiLineString":
                        for (n = 0; n < a.length; n++) {
                            o = this._loadPolygon(t, [a[n]], i), this._setLineFill(o);
                        }break;case "Polygon":
                        this._loadPolygon(t, a, i);break;case "MultiPolygon":
                        for (n = 0; n < a.length; n++) {
                            this._loadPolygon(t, a[n], i);
                        }break;case "Point":
                        this._loadPoint(t, a, i);break;case "MultiPoint":
                        for (n = 0; n < a.length; n++) {
                            this._loadPoint(t, a[n], i);
                        }}
            }, _setLineFill: function _setLineFill(t) {
                var e = t.segments;(e.length < 4 || !e[0].anchor().equals(h(e).anchor())) && (t.options.fill = null);
            }, _loadShape: function _loadShape(t, e) {
                return this._shapeCreated(e) || t.append(e), e;
            }, _loadPolygon: function _loadPolygon(t, e, i) {
                var n = this._buildPolygon(e);return n.dataItem = i, this._loadShape(t, n);
            }, _buildPolygon: function _buildPolygon(t) {
                var e,
                    i,
                    n,
                    o = t.length > 1 ? u.MultiPath : u.Path,
                    a = new o(this.style);for (e = 0; e < t.length; e++) {
                    for (i = 0; i < t[e].length; i++) {
                        n = this.locator.locationToView(p.fromLngLat(t[e][i])), 0 === i ? a.moveTo(n.x, n.y) : a.lineTo(n.x, n.y);
                    }
                }return a;
            }, _loadPoint: function _loadPoint(t, e, i) {
                var n = p.fromLngLat(e),
                    o = this.locator.locationToView(n),
                    a = new c.Circle(o, 10),
                    r = new u.Circle(a, this.style);return r.dataItem = i, r.location = n, this._loadShape(t, r);
            } });s(n.data, { schemas: { geojson: { type: "json", data: function data(t) {
                        return "FeatureCollection" === t.type ? t.features : "GeometryCollection" === t.type ? t.geometries : t;
                    } } }, transports: { geojson: { read: { dataType: "json" } } } }), s(r, { map: { layers: { shape: _, ShapeLayer: _ }, GeoJSONLoader: v } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/bubble.min", ["dataviz/map/layers/shape.min"], t);
}(function () {
    !function (t, e) {
        var i = window.kendo,
            n = i.getter,
            o = i.dataviz,
            a = i.deepExtend,
            r = i.util,
            s = r.defined,
            h = i.geometry,
            l = i.drawing,
            c = o.map,
            u = c.Location,
            d = c.layers.ShapeLayer,
            f = d.extend({ options: { autoBind: !0, locationField: "location", valueField: "value", minSize: 0, maxSize: 100, scale: "sqrt", symbol: "circle" }, _load: function _load(t) {
                var e, i, o, a, r, h, l, c, d, f, p;if (this.surface.clear(), 0 !== t.length) for (e = this.options, i = n(e.valueField), t = t.slice(0), t.sort(function (t, e) {
                    return i(e) - i(t);
                }), o = this._scaleType(), r = 0; r < t.length; r++) {
                    h = t[r], l = n(e.locationField)(h), c = n(e.valueField)(h), s(l) && s(c) && (a || (a = new o([0, c], [e.minSize, e.maxSize])), l = u.create(l), d = this.map.locationToView(l), f = a.map(c), p = this._createSymbol({ center: d, size: f, style: e.style, dataItem: h, location: l }), p.dataItem = h, p.location = l, p.value = c, this._drawSymbol(p));
                }
            }, _scaleType: function _scaleType() {
                var t = this.options.scale;return i.isFunction(t) ? t : o.map.scales[t];
            }, _createSymbol: function _createSymbol(t) {
                var e = this.options.symbol;return i.isFunction(e) || (e = o.map.symbols[e]), e(t);
            }, _drawSymbol: function _drawSymbol(t) {
                var e = { layer: this, shape: t },
                    i = this.map.trigger("shapeCreated", e);i || this.surface.draw(t);
            } }),
            p = i.Class.extend({ init: function init(t, e) {
                var i, n;this._domain = t, this._range = e, i = Math.sqrt(t[1]) - Math.sqrt(t[0]), n = e[1] - e[0], this._ratio = n / i;
            }, map: function map(t) {
                var e = (Math.sqrt(t) - Math.sqrt(this._domain[0])) * this._ratio;return this._range[0] + e;
            } }),
            m = { circle: function circle(t) {
                var e = new h.Circle(t.center, t.size / 2);return new l.Circle(e, t.style);
            }, square: function square(t) {
                var e = new l.Path(t.style),
                    i = t.size / 2,
                    n = t.center;return e.moveTo(n.x - i, n.y - i).lineTo(n.x + i, n.y - i).lineTo(n.x + i, n.y + i).lineTo(n.x - i, n.y + i).close(), e;
            } };a(o, { map: { layers: { bubble: f, BubbleLayer: f }, scales: { sqrt: p }, symbols: m } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/tile.min", ["dataviz/map/layers/base.min", "dataviz/map/location.min"], t);
}(function () {
    !function (t, e) {
        function i(t) {
            return new u(p(t.x), p(t.y));
        }var n = Math,
            o = t.proxy,
            a = window.kendo,
            r = a.Class,
            s = a.template,
            h = a.dataviz,
            l = a.deepExtend,
            c = a.geometry,
            u = c.Point,
            d = h.map.layers.Layer,
            f = a.util,
            p = f.round,
            m = f.renderSize,
            _ = f.limitValue,
            v = d.extend({ init: function init(t, e) {
                d.fn.init.call(this, t, e), "string" == typeof this.options.subdomains && (this.options.subdomains = this.options.subdomains.split(""));var i = this._viewType();this._view = new i(this.element, this.options);
            }, destroy: function destroy() {
                d.fn.destroy.call(this), this._view.destroy(), this._view = null;
            }, _beforeReset: function _beforeReset() {
                var t = this.map,
                    e = t.locationToLayer(t.extent().nw).round();this._view.viewOrigin(e);
            }, _reset: function _reset() {
                d.fn._reset.call(this), this._updateView(), this._view.reset();
            }, _viewType: function _viewType() {
                return g;
            }, _activate: function _activate() {
                d.fn._activate.call(this), a.support.mobileOS || (this._pan || (this._pan = a.throttle(o(this._render, this), 100)), this.map.bind("pan", this._pan));
            }, _deactivate: function _deactivate() {
                d.fn._deactivate.call(this), this._pan && this.map.unbind("pan", this._pan);
            }, _updateView: function _updateView() {
                var t = this._view,
                    e = this.map,
                    i = e.extent(),
                    n = { nw: e.locationToLayer(i.nw).round(), se: e.locationToLayer(i.se).round() };t.center(e.locationToLayer(e.center())), t.extent(n), t.zoom(e.zoom());
            }, _resize: function _resize() {
                this._render();
            }, _panEnd: function _panEnd(t) {
                d.fn._panEnd.call(this, t), this._render();
            }, _render: function _render() {
                this._updateView(), this._view.render();
            } }),
            g = r.extend({ init: function init(t, e) {
                this.element = t, this._initOptions(e), this.pool = new w();
            }, options: { tileSize: 256, subdomains: ["a", "b", "c"], urlTemplate: "" }, center: function center(t) {
                this._center = t;
            }, extent: function extent(t) {
                this._extent = t;
            }, viewOrigin: function viewOrigin(t) {
                this._viewOrigin = t;
            }, zoom: function zoom(t) {
                this._zoom = t;
            }, pointToTileIndex: function pointToTileIndex(t) {
                return new u(n.floor(t.x / this.options.tileSize), n.floor(t.y / this.options.tileSize));
            }, tileCount: function tileCount() {
                var t = this.size(),
                    e = this.pointToTileIndex(this._extent.nw),
                    i = this._extent.nw,
                    o = this.indexToPoint(e).translate(-i.x, -i.y);return { x: n.ceil((n.abs(o.x) + t.width) / this.options.tileSize), y: n.ceil((n.abs(o.y) + t.height) / this.options.tileSize) };
            }, size: function size() {
                var t = this._extent.nw,
                    e = this._extent.se,
                    i = e.clone().translate(-t.x, -t.y);return { width: i.x, height: i.y };
            }, indexToPoint: function indexToPoint(t) {
                var e = t.x,
                    i = t.y;return new u(e * this.options.tileSize, i * this.options.tileSize);
            }, subdomainText: function subdomainText() {
                var t = this.options.subdomains;return t[this.subdomainIndex++ % t.length];
            }, destroy: function destroy() {
                this.element.empty(), this.pool.empty();
            }, reset: function reset() {
                this.pool.reset(), this.subdomainIndex = 0, this.render();
            }, render: function render() {
                var t,
                    e,
                    i,
                    n = this.tileCount(),
                    o = this.pointToTileIndex(this._extent.nw);for (e = 0; e < n.x; e++) {
                    for (i = 0; i < n.y; i++) {
                        t = this.createTile({ x: o.x + e, y: o.y + i }), t.visible || t.show();
                    }
                }
            }, createTile: function createTile(t) {
                var e = this.tileOptions(t),
                    i = this.pool.get(this._center, e);return 0 === i.element.parent().length && this.element.append(i.element), i;
            }, tileOptions: function tileOptions(t) {
                var e = this.wrapIndex(t),
                    n = this.indexToPoint(t),
                    o = this._viewOrigin,
                    a = n.clone().translate(-o.x, -o.y);return { index: e, currentIndex: t, point: n, offset: i(a), zoom: this._zoom, size: this.options.tileSize, subdomain: this.subdomainText(), urlTemplate: this.options.urlTemplate, errorUrlTemplate: this.options.errorUrlTemplate };
            }, wrapIndex: function wrapIndex(t) {
                var e = n.pow(2, this._zoom);return { x: this.wrapValue(t.x, e), y: _(t.y, 0, e - 1) };
            }, wrapValue: function wrapValue(t, e) {
                var i = n.abs(t) % e;return t = t >= 0 ? i : e - (0 === i ? e : i);
            } }),
            y = r.extend({ init: function init(t, e) {
                this.id = t, this.visible = !0, this._initOptions(e), this.createElement(), this.show();
            }, options: { urlTemplate: "", errorUrlTemplate: "" }, createElement: function createElement() {
                this.element = t("<img style='position: absolute; display: block;' />").css({ width: this.options.size, height: this.options.size }).on("error", o(function (t) {
                    this.errorUrl() ? t.target.setAttribute("src", this.errorUrl()) : t.target.removeAttribute("src");
                }, this));
            }, show: function show() {
                var t,
                    e = this.element[0];e.style.top = m(this.options.offset.y), e.style.left = m(this.options.offset.x), t = this.url(), t && e.setAttribute("src", t), e.style.visibility = "visible", this.visible = !0;
            }, hide: function hide() {
                this.element[0].style.visibility = "hidden", this.visible = !1;
            }, url: function url() {
                var t = s(this.options.urlTemplate);return t(this.urlOptions());
            }, errorUrl: function errorUrl() {
                var t = s(this.options.errorUrlTemplate);return t(this.urlOptions());
            }, urlOptions: function urlOptions() {
                var t = this.options;return { zoom: t.zoom, subdomain: t.subdomain, z: t.zoom, x: t.index.x, y: t.index.y, s: t.subdomain, quadkey: t.quadkey, q: t.quadkey, culture: t.culture, c: t.culture };
            }, destroy: function destroy() {
                this.element && (this.element.remove(), this.element = null);
            } }),
            w = r.extend({ init: function init() {
                this._items = [];
            }, options: { maxSize: 100 }, get: function get(t, e) {
                return this._items.length >= this.options.maxSize && this._remove(t), this._create(e);
            }, empty: function empty() {
                var t,
                    e = this._items;for (t = 0; t < e.length; t++) {
                    e[t].destroy();
                }this._items = [];
            }, reset: function reset() {
                var t,
                    e = this._items;for (t = 0; t < e.length; t++) {
                    e[t].hide();
                }
            }, _create: function _create(t) {
                var e,
                    i,
                    n = this._items,
                    o = f.hashKey("" + t.point + ("" + t.offset) + t.zoom + t.urlTemplate);for (i = 0; i < n.length; i++) {
                    if (n[i].id === o) {
                        e = n[i];break;
                    }
                }return e ? e.show() : (e = new y(o, t), this._items.push(e)), e;
            }, _remove: function _remove(t) {
                var e,
                    i,
                    n = this._items,
                    o = -1,
                    a = -1;for (e = 0; e < n.length; e++) {
                    i = n[e].options.point.distanceTo(t), i > o && !n[e].visible && (a = e, o = i);
                }a !== -1 && (n[a].destroy(), n.splice(a, 1));
            } });l(h, { map: { layers: { tile: v, TileLayer: v, ImageTile: y, TilePool: w, TileView: g } } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/bing.min", ["dataviz/map/layers/tile.min"], t);
}(function () {
    !function (t, e) {
        var i = window.kendo,
            n = i.dataviz,
            o = i.deepExtend,
            a = i.util.defined,
            r = n.map.Extent,
            s = n.map.Location,
            h = n.map.layers.TileLayer,
            l = n.map.layers.TileView,
            c = h.extend({ init: function init(e, i) {
                this.options.baseUrl = this._scheme() + "://dev.virtualearth.net/REST/v1/Imagery/Metadata/", h.fn.init.call(this, e, i), this._onMetadata = t.proxy(this._onMetadata, this), this._fetchMetadata();
            }, options: { imagerySet: "road" }, _fetchMetadata: function _fetchMetadata() {
                var e = this.options;if (!e.key) throw Error("Bing tile layer: API key is required");t.ajax({ url: e.baseUrl + e.imagerySet, data: { output: "json", include: "ImageryProviders", key: e.key, uriScheme: this._scheme() }, type: "get", dataType: "jsonp", jsonp: "jsonp", success: this._onMetadata });
            }, _scheme: function _scheme(t) {
                return t = t || window.location.protocol, "https" === t.replace(":", "") ? "https" : "http";
            }, _onMetadata: function _onMetadata(t) {
                var e, i;t && t.resourceSets.length && (e = this.resource = t.resourceSets[0].resources[0], o(this._view.options, { urlTemplate: e.imageUrl.replace("{subdomain}", "#= subdomain #").replace("{quadkey}", "#= quadkey #").replace("{culture}", "#= culture #"), subdomains: e.imageUrlSubdomains }), i = this.options, a(i.minZoom) || (i.minZoom = e.zoomMin), a(i.maxZoom) || (i.maxZoom = e.zoomMax), this._addAttribution(), "none" !== this.element.css("display") && this._reset());
            }, _viewType: function _viewType() {
                return u;
            }, _addAttribution: function _addAttribution() {
                var t,
                    e,
                    i,
                    n,
                    o,
                    a = this.map.attribution;if (a && (t = this.resource.imageryProviders)) for (e = 0; e < t.length; e++) {
                    for (i = t[e], n = 0; n < i.coverageAreas.length; n++) {
                        o = i.coverageAreas[n], a.add({ text: i.attribution, minZoom: o.zoomMin, maxZoom: o.zoomMax, extent: new r(new s(o.bbox[2], o.bbox[1]), new s(o.bbox[0], o.bbox[3])) });
                    }
                }
            }, imagerySet: function imagerySet(t) {
                return t ? (this.options.imagerySet = t, this.map.attribution.clear(), this._fetchMetadata(), e) : this.options.imagerySet;
            } }),
            u = l.extend({ options: { culture: "en-US" }, tileOptions: function tileOptions(t) {
                var e = l.fn.tileOptions.call(this, t);return e.culture = this.options.culture, e.quadkey = this.tileQuadKey(this.wrapIndex(t)), e;
            }, tileQuadKey: function tileQuadKey(t) {
                var e,
                    i,
                    n,
                    o = "";for (n = this._zoom; n > 0; n--) {
                    e = 0, i = 1 << n - 1, 0 !== (t.x & i) && e++, 0 !== (t.y & i) && (e += 2), o += e;
                }return o;
            } });o(n, { map: { layers: { bing: c, BingLayer: c, BingView: u } } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/layers/marker.min", ["dataviz/map/layers/base.min", "dataviz/map/location.min", "kendo.data.min", "kendo.tooltip.min"], t);
}(function () {
    !function (t, e) {
        var i = document,
            n = Math,
            o = t.inArray,
            a = t.proxy,
            r = window.kendo,
            s = r.Class,
            h = r.data.DataSource,
            l = r.ui.Tooltip,
            c = r.dataviz,
            u = r.deepExtend,
            d = c.map,
            f = d.Location,
            p = d.layers.Layer,
            m = p.extend({ init: function init(t, e) {
                p.fn.init.call(this, t, e), this._markerClick = a(this._markerClick, this), this.element.on("click", ".k-marker", this._markerClick), this.items = [], this._initDataSource();
            }, destroy: function destroy() {
                p.fn.destroy.call(this), this.element.off("click", ".k-marker", this._markerClick), this.dataSource.unbind("change", this._dataChange), this.clear();
            }, options: { zIndex: 1e3, autoBind: !0, dataSource: {}, locationField: "location", titleField: "title" }, add: function add(e) {
                if (!t.isArray(e)) return this._addOne(e);for (var i = 0; i < e.length; i++) {
                    this._addOne(e[i]);
                }
            }, remove: function remove(t) {
                t.destroy();var e = o(t, this.items);e > -1 && this.items.splice(e, 1);
            }, clear: function clear() {
                for (var t = 0; t < this.items.length; t++) {
                    this.items[t].destroy();
                }this.items = [];
            }, update: function update(t) {
                var e,
                    i = t.location();i && (t.showAt(this.map.locationToView(i)), e = { marker: t, layer: this }, this.map.trigger("markerActivate", e));
            }, _reset: function _reset() {
                var t, e;for (p.fn._reset.call(this), t = this.items, e = 0; e < t.length; e++) {
                    this.update(t[e]);
                }
            }, bind: function bind(t, e) {
                var i,
                    n,
                    o = d.Marker.create(t, this.options);if (o.dataItem = e, i = { marker: o, layer: this }, n = this.map.trigger("markerCreated", i), !n) return this.add(o), o;
            }, setDataSource: function setDataSource(t) {
                this.dataSource && this.dataSource.unbind("change", this._dataChange), this.dataSource = r.data.DataSource.create(t), this.dataSource.bind("change", this._dataChange), this.options.autoBind && this.dataSource.fetch();
            }, _addOne: function _addOne(t) {
                var e = _.create(t, this.options);return e.addTo(this), e;
            }, _initDataSource: function _initDataSource() {
                var t = this.options.dataSource;this._dataChange = a(this._dataChange, this), this.dataSource = h.create(t).bind("change", this._dataChange), t && this.options.autoBind && this.dataSource.fetch();
            }, _dataChange: function _dataChange(t) {
                this._load(t.sender.view());
            }, _load: function _load(t) {
                var e, i, n, o;for (this._data = t, this.clear(), e = r.getter(this.options.locationField), i = r.getter(this.options.titleField), n = 0; n < t.length; n++) {
                    o = t[n], this.bind({ location: e(o), title: i(o) }, o);
                }
            }, _markerClick: function _markerClick(e) {
                var i = { marker: t(e.target).data("kendoMarker"), layer: this };this.map.trigger("markerClick", i);
            } }),
            _ = s.extend({ init: function init(t) {
                this.options = t || {};
            }, addTo: function addTo(t) {
                this.layer = t.markers || t, this.layer.items.push(this), this.layer.update(this);
            }, location: function location(t) {
                return t ? (this.options.location = f.create(t).toArray(), this.layer && this.layer.update(this), this) : f.create(this.options.location);
            }, showAt: function showAt(t) {
                this.render(), this.element.css({ left: n.round(t.x), top: n.round(t.y) }), this.tooltip && this.tooltip.popup && this.tooltip.popup._position();
            }, hide: function hide() {
                this.element && (this.element.remove(), this.element = null), this.tooltip && (this.tooltip.destroy(), this.tooltip = null);
            }, destroy: function destroy() {
                this.layer = null, this.hide();
            }, render: function render() {
                var e, n;this.element || (e = this.options, n = this.layer, this.element = t(i.createElement("span")).addClass("k-marker k-marker-" + r.toHyphens(e.shape || "pin")).attr("title", e.title).attr(e.attributes || {}).data("kendoMarker", this).css("zIndex", e.zIndex), n && n.element.append(this.element), this.renderTooltip());
            }, renderTooltip: function renderTooltip() {
                var t,
                    e,
                    i = this,
                    n = i.options.title,
                    o = i.options.tooltip || {};o && l && (t = o.template, t && (e = r.template(t), o.content = function (t) {
                    return t.location = i.location(), t.marker = i, e(t);
                }), (n || o.content || o.contentUrl) && (this.tooltip = new l(this.element, o), this.tooltip.marker = this));
            } });_.create = function (t, e) {
            return t instanceof _ ? t : new _(u({}, e, t));
        }, u(c, { map: { layers: { marker: m, MarkerLayer: m }, Marker: _ } });
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("dataviz/map/main.min", ["dataviz/map/crs.min", "dataviz/map/location.min"], t);
}(function () {
    !function (t, e) {
        var i = document,
            n = Math,
            o = n.min,
            a = n.pow,
            r = t.proxy,
            s = window.kendo,
            h = s.ui.Widget,
            l = s.deepExtend,
            c = s.dataviz,
            u = c.ui,
            d = s.geometry,
            f = d.Point,
            p = c.map,
            m = p.Extent,
            _ = p.Location,
            v = p.crs.EPSG3857,
            g = s.util,
            y = g.defined,
            w = g.limitValue,
            b = g.renderPos,
            x = g.valueOrDefault,
            k = "k-",
            z = .9,
            T = .93,
            S = "DOMMouseScroll mousewheel",
            C = 5,
            E = h.extend({ init: function init(t, e) {
                s.destroy(t), h.fn.init.call(this, t), this._initOptions(e), this.bind(this.events, e), this.crs = new v(), this.element.addClass(k + this.options.name.toLowerCase()).css("position", "relative").empty().append(i.createElement("div")), this._viewOrigin = this._getOrigin(), this._initScroller(), this._initMarkers(), this._initControls(), this._initLayers(), this._reset(), this._mousewheel = r(this._mousewheel, this), this.element.bind("click", r(this._click, this)), this.element.bind(S, this._mousewheel);
            }, options: { name: "Map", controls: { attribution: !0, navigator: { panStep: 100 }, zoom: !0 }, layers: [], layerDefaults: { shape: { style: { fill: { color: "#fff" }, stroke: { color: "#aaa", width: .5 } } }, bubble: { style: { fill: { color: "#fff", opacity: .5 }, stroke: { color: "#aaa", width: .5 } } }, marker: { shape: "pinTarget", tooltip: { position: "top" } } }, center: [0, 0], zoom: 3, minSize: 256, minZoom: 1, maxZoom: 19, markers: [], markerDefaults: { shape: "pinTarget", tooltip: { position: "top" } }, wraparound: !0 }, events: ["beforeReset", "click", "markerActivate", "markerClick", "markerCreated", "pan", "panEnd", "reset", "shapeClick", "shapeCreated", "shapeFeatureCreated", "shapeMouseEnter", "shapeMouseLeave", "zoomEnd", "zoomStart"], destroy: function destroy() {
                this.scroller.destroy(), this.navigator && this.navigator.destroy(), this.attribution && this.attribution.destroy(), this.zoomControl && this.zoomControl.destroy(), this.markers.destroy();for (var t = 0; t < this.layers.length; t++) {
                    this.layers[t].destroy();
                }h.fn.destroy.call(this);
            }, zoom: function zoom(t) {
                var e = this.options;return y(t) ? (t = n.round(w(t, e.minZoom, e.maxZoom)), e.zoom !== t && (e.zoom = t, this._reset()), this) : e.zoom;
            }, center: function center(t) {
                return t ? (this.options.center = _.create(t).toArray(), this._reset(), this) : _.create(this.options.center);
            }, extent: function extent(t) {
                return t ? (this._setExtent(t), this) : this._getExtent();
            }, setOptions: function setOptions(t) {
                h.fn.setOptions.call(this, t), this._reset();
            }, locationToLayer: function locationToLayer(t, e) {
                var i = !this.options.wraparound;return t = _.create(t), this.crs.toPoint(t, this._layerSize(e), i);
            }, layerToLocation: function layerToLocation(t, e) {
                var i = !this.options.wraparound;return t = f.create(t), this.crs.toLocation(t, this._layerSize(e), i);
            }, locationToView: function locationToView(t) {
                var e, i;return t = _.create(t), e = this.locationToLayer(this._viewOrigin), i = this.locationToLayer(t), i.translateWith(e.scale(-1));
            }, viewToLocation: function viewToLocation(t, e) {
                var i = this.locationToLayer(this._getOrigin(), e);return t = f.create(t), t = t.clone().translateWith(i), this.layerToLocation(t, e);
            }, eventOffset: function eventOffset(t) {
                var e = this.element.offset(),
                    i = t.originalEvent || t,
                    n = x(i.pageX, i.clientX) - e.left,
                    o = x(i.pageY, i.clientY) - e.top;return new d.Point(n, o);
            }, eventToView: function eventToView(t) {
                var e = this.eventOffset(t);return this.locationToView(this.viewToLocation(e));
            }, eventToLayer: function eventToLayer(t) {
                return this.locationToLayer(this.eventToLocation(t));
            }, eventToLocation: function eventToLocation(t) {
                var e = this.eventOffset(t);return this.viewToLocation(e);
            }, viewSize: function viewSize() {
                var t = this.element,
                    e = this._layerSize(),
                    i = t.width();return this.options.wraparound || (i = o(e, i)), { width: i, height: o(e, t.height()) };
            }, exportVisual: function exportVisual() {
                return this._reset(), !1;
            }, _setOrigin: function _setOrigin(t, e) {
                var i,
                    n = this.viewSize();return t = this._origin = _.create(t), i = this.locationToLayer(t, e), i.x += n.width / 2, i.y += n.height / 2, this.options.center = this.layerToLocation(i, e).toArray(), this;
            }, _getOrigin: function _getOrigin(t) {
                var e,
                    i = this.viewSize();return !t && this._origin || (e = this.locationToLayer(this.center()), e.x -= i.width / 2, e.y -= i.height / 2, this._origin = this.layerToLocation(e)), this._origin;
            }, _setExtent: function _setExtent(t) {
                var e, i, o, a, r, s, h;for (t = m.create(t), this.center(t.center()), e = this.element.width(), i = this.element.height(), o = this.options.maxZoom; o >= this.options.minZoom && (a = this.locationToLayer(t.nw, o), r = this.locationToLayer(t.se, o), s = n.abs(r.x - a.x), h = n.abs(r.y - a.y), !(s <= e && h <= i)); o--) {}this.zoom(o);
            }, _getExtent: function _getExtent() {
                var t,
                    e = this._getOrigin(),
                    i = this.locationToLayer(e),
                    n = this.viewSize();return i.x += n.width, i.y += n.height, t = this.layerToLocation(i), new m(e, t);
            }, _zoomAround: function _zoomAround(t, e) {
                this._setOrigin(this.layerToLocation(t, e), e), this.zoom(e);
            }, _initControls: function _initControls() {
                var t = this.options.controls;u.Attribution && t.attribution && this._createAttribution(t.attribution), s.support.mobileOS || (u.Navigator && t.navigator && this._createNavigator(t.navigator), u.ZoomControl && t.zoom && this._createZoomControl(t.zoom));
            }, _createControlElement: function _createControlElement(e, i) {
                var n = e.position || i,
                    o = "." + b(n).replace(" ", "."),
                    a = t(".k-map-controls" + o, this.element);return 0 === a.length && (a = t("<div>").addClass("k-map-controls " + b(n)).appendTo(this.element)), t("<div>").appendTo(a);
            }, _createAttribution: function _createAttribution(t) {
                var e = this._createControlElement(t, "bottomRight");this.attribution = new u.Attribution(e, t);
            }, _createNavigator: function _createNavigator(t) {
                var e = this._createControlElement(t, "topLeft"),
                    i = this.navigator = new u.Navigator(e, t);this._navigatorPan = r(this._navigatorPan, this), i.bind("pan", this._navigatorPan), this._navigatorCenter = r(this._navigatorCenter, this), i.bind("center", this._navigatorCenter);
            }, _navigatorPan: function _navigatorPan(t) {
                var e = this,
                    i = e.scroller,
                    n = i.scrollLeft + t.x,
                    o = i.scrollTop - t.y,
                    a = this._virtualSize,
                    r = this.element.height(),
                    s = this.element.width();n = w(n, a.x.min, a.x.max - s), o = w(o, a.y.min, a.y.max - r), e.scroller.one("scroll", function (t) {
                    e._scrollEnd(t);
                }), e.scroller.scrollTo(-n, -o);
            }, _navigatorCenter: function _navigatorCenter() {
                this.center(this.options.center);
            }, _createZoomControl: function _createZoomControl(t) {
                var e = this._createControlElement(t, "topLeft"),
                    i = this.zoomControl = new u.ZoomControl(e, t);this._zoomControlChange = r(this._zoomControlChange, this), i.bind("change", this._zoomControlChange);
            }, _zoomControlChange: function _zoomControlChange(t) {
                this.trigger("zoomStart", { originalEvent: t }) || (this.zoom(this.zoom() + t.delta), this.trigger("zoomEnd", { originalEvent: t }));
            }, _initScroller: function _initScroller() {
                var t = s.support.mobileOS ? T : z,
                    e = this.options.zoomable !== !1,
                    i = this.scroller = new s.mobile.ui.Scroller(this.element.children(0), { friction: t, velocityMultiplier: C, zoom: e, mousewheelScrolling: !1 });i.bind("scroll", r(this._scroll, this)), i.bind("scrollEnd", r(this._scrollEnd, this)), i.userEvents.bind("gesturestart", r(this._scaleStart, this)), i.userEvents.bind("gestureend", r(this._scale, this)), this.scrollElement = i.scrollElement;
            }, _initLayers: function _initLayers() {
                var t,
                    e,
                    i,
                    n,
                    o,
                    a = this.options.layers,
                    r = this.layers = [];for (t = 0; t < a.length; t++) {
                    e = a[t], i = e.type || "shape", n = this.options.layerDefaults[i], o = c.map.layers[i], r.push(new o(this, l({}, n, e)));
                }
            }, _initMarkers: function _initMarkers() {
                this.markers = new p.layers.MarkerLayer(this, this.options.markerDefaults), this.markers.add(this.options.markers);
            }, _scroll: function _scroll(t) {
                var e = this.locationToLayer(this._viewOrigin).round(),
                    i = t.sender.movable,
                    n = new d.Point(i.x, i.y).scale(-1).scale(1 / i.scale);e.x += n.x, e.y += n.y, this._scrollOffset = n, this._setOrigin(this.layerToLocation(e)), this.trigger("pan", { originalEvent: t, origin: this._getOrigin(), center: this.center() });
            }, _scrollEnd: function _scrollEnd(t) {
                this._scrollOffset && this._panComplete() && (this._scrollOffset = null, this._panEndTS = new Date(), this.trigger("panEnd", { originalEvent: t, origin: this._getOrigin(), center: this.center() }));
            }, _panComplete: function _panComplete() {
                return new Date() - (this._panEndTS || 0) > 50;
            }, _scaleStart: function _scaleStart(t) {
                if (this.trigger("zoomStart", { originalEvent: t })) {
                    var e = t.touches[1];e && e.cancel();
                }
            }, _scale: function _scale(t) {
                var e = this.scroller.movable.scale,
                    i = this._scaleToZoom(e),
                    n = new d.Point(t.center.x, t.center.y),
                    o = this.viewToLocation(n, i),
                    a = this.locationToLayer(o, i),
                    r = a.translate(-n.x, -n.y);this._zoomAround(r, i), this.trigger("zoomEnd", { originalEvent: t });
            }, _scaleToZoom: function _scaleToZoom(t) {
                var e = this._layerSize() * t,
                    i = e / this.options.minSize,
                    o = n.log(i) / n.log(2);return n.round(o);
            }, _reset: function _reset() {
                this.attribution && this.attribution.filter(this.center(), this.zoom()), this._viewOrigin = this._getOrigin(!0), this._resetScroller(), this.trigger("beforeReset"), this.trigger("reset");
            }, _resetScroller: function _resetScroller() {
                var t,
                    e,
                    i,
                    n,
                    o = this.scroller,
                    r = o.dimensions.x,
                    s = o.dimensions.y,
                    h = this._layerSize(),
                    l = this.extent().nw,
                    c = this.locationToLayer(l).round();o.movable.round = !0, o.reset(), o.userEvents.cancel(), t = this.zoom(), o.dimensions.forcedMinScale = a(2, this.options.minZoom - t), o.dimensions.maxScale = a(2, this.options.maxZoom - t), e = { min: -c.x, max: h - c.x }, i = { min: -c.y, max: h - c.y }, this.options.wraparound && (e.max = 20 * h, e.min = -e.max), this.options.pannable === !1 && (n = this.viewSize(), e.min = i.min = 0, e.max = n.width, i.max = n.height), r.makeVirtual(), s.makeVirtual(), r.virtualSize(e.min, e.max), s.virtualSize(i.min, i.max), this._virtualSize = { x: e, y: i };
            }, _renderLayers: function _renderLayers() {
                var t,
                    e,
                    i,
                    n,
                    o,
                    a = this.options.layers,
                    r = this.layers = [],
                    s = this.scrollWrap;for (s.empty(), t = 0; t < a.length; t++) {
                    e = a[t], i = e.type || "shape", n = this.options.layerDefaults[i], o = c.map.layers[i], r.push(new o(this, l({}, n, e)));
                }
            }, _layerSize: function _layerSize(t) {
                return t = x(t, this.options.zoom), this.options.minSize * a(2, t);
            }, _click: function _click(t) {
                if (this._panComplete()) {
                    var e = this.eventOffset(t);this.trigger("click", { originalEvent: t, location: this.viewToLocation(e) });
                }
            }, _mousewheel: function _mousewheel(t) {
                var e, i, n, o, a, r, s, h;t.preventDefault(), e = c.mwDelta(t) > 0 ? -1 : 1, i = this.options, n = this.zoom(), o = w(n + e, i.minZoom, i.maxZoom), i.zoomable !== !1 && o !== n && (this.trigger("zoomStart", { originalEvent: t }) || (a = this.eventOffset(t), r = this.viewToLocation(a), s = this.locationToLayer(r, o), h = s.translate(-a.x, -a.y), this._zoomAround(h, o), this.trigger("zoomEnd", { originalEvent: t })));
            } });c.ui.plugin(E);
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
}), function (t, define) {
    define("kendo.dataviz.map.min", ["kendo.data.min", "kendo.userevents.min", "kendo.tooltip.min", "kendo.mobile.scroller.min", "kendo.draganddrop.min", "kendo.dataviz.core.min", "dataviz/map/location.min", "dataviz/map/attribution.min", "dataviz/map/navigator.min", "dataviz/map/zoom.min", "dataviz/map/crs.min", "dataviz/map/layers/base.min", "dataviz/map/layers/shape.min", "dataviz/map/layers/bubble.min", "dataviz/map/layers/tile.min", "dataviz/map/layers/bing.min", "dataviz/map/layers/marker.min", "dataviz/map/main.min"], t);
}(function () {
    return window.kendo;
}, "function" == typeof define && define.amd ? define : function (t, e, i) {
    (i || e)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== K;
        }function n(e, n) {
            var i = t(n);return W.round(e * i) / i;
        }function t(e) {
            return e ? W.pow(10, e) : 1;
        }function i(e, n, t) {
            return W.max(W.min(e, t), n);
        }function r(e) {
            return e * L;
        }function o(e) {
            return e / L;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(n, t) {
            return e(n) ? n : t;
        }function u(e) {
            return e * e;
        }function l(e) {
            var n,
                t = [];for (n in e) {
                t.push(n + e[n]);
            }return t.sort().join("");
        }function d(e) {
            var n,
                t = 2166136261;for (n = 0; n < e.length; ++n) {
                t += (t << 1) + (t << 4) + (t << 7) + (t << 8) + (t << 24), t ^= e.charCodeAt(n);
            }return t >>> 0;
        }function h(e) {
            return d(l(e));
        }function c(e) {
            var n,
                t = e.length,
                i = U,
                r = F;for (n = 0; n < t; n++) {
                r = W.max(r, e[n]), i = W.min(i, e[n]);
            }return { min: i, max: r };
        }function f(e) {
            return c(e).min;
        }function p(e) {
            return c(e).max;
        }function m(e) {
            return v(e).min;
        }function g(e) {
            return v(e).max;
        }function v(e) {
            var n,
                t,
                i,
                r = U,
                o = F;for (n = 0, t = e.length; n < t; n++) {
                i = e[n], null !== i && isFinite(i) && (r = W.min(r, i), o = W.max(o, i));
            }return { min: r === U ? void 0 : r, max: o === F ? void 0 : o };
        }function _(e) {
            if (e) return e[e.length - 1];
        }function b(e, n) {
            return e.push.apply(e, n), e;
        }function w(e) {
            return D.template(e, { useWithBlock: !1, paramName: "d" });
        }function y(n, t) {
            return e(t) && null !== t ? " " + n + "='" + t + "' " : "";
        }function x(e) {
            var n,
                t = "";for (n = 0; n < e.length; n++) {
                t += y(e[n][0], e[n][1]);
            }return t;
        }function k(n) {
            var t,
                i,
                r = "";for (t = 0; t < n.length; t++) {
                i = n[t][1], e(i) && (r += n[t][0] + ":" + i + ";");
            }if ("" !== r) return r;
        }function A(e) {
            return "string" != typeof e && (e += "px"), e;
        }function C(e) {
            var n,
                t,
                i = [];if (e) for (n = D.toHyphens(e).split("-"), t = 0; t < n.length; t++) {
                i.push("k-pos-" + n[t]);
            }return i.join(" ");
        }function M(n) {
            return "" === n || null === n || "none" === n || "transparent" === n || !e(n);
        }function S(e) {
            for (var n = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, t = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], i = ""; e > 0;) {
                e < t[0] ? t.shift() : (i += n[t[0]], e -= t[0]);
            }return i;
        }function z(e) {
            var n, t, i, r, o;for (e = e.toLowerCase(), n = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, t = 0, i = 0, r = 0; r < e.length; ++r) {
                if (o = n[e.charAt(r)], !o) return null;t += o, o > i && (t -= 2 * i), i = o;
            }return t;
        }function N(e) {
            var n = Object.create(null);return function () {
                var t,
                    i = "";for (t = arguments.length; --t >= 0;) {
                    i += ":" + arguments[t];
                }return i in n ? n[i] : n[i] = e.apply(this, arguments);
            };
        }function T(e) {
            for (var n, t, i = [], r = 0, o = e.length; r < o;) {
                n = e.charCodeAt(r++), n >= 55296 && n <= 56319 && r < o ? (t = e.charCodeAt(r++), 56320 == (64512 & t) ? i.push(((1023 & n) << 10) + (1023 & t) + 65536) : (i.push(n), r--)) : i.push(n);
            }return i;
        }function j(e) {
            return e.map(function (e) {
                var n = "";return e > 65535 && (e -= 65536, n += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), n += String.fromCharCode(e);
            }).join("");
        }function O(e, n) {
            function t(e, t) {
                for (var i = [], r = 0, o = 0, a = 0; r < e.length && o < t.length;) {
                    n(e[r], t[o]) <= 0 ? i[a++] = e[r++] : i[a++] = t[o++];
                }return r < e.length && i.push.apply(i, e.slice(r)), o < t.length && i.push.apply(i, t.slice(o)), i;
            }return e.length < 2 ? e.slice() : function i(e) {
                var n, r, o;return e.length <= 1 ? e : (n = Math.floor(e.length / 2), r = e.slice(0, n), o = e.slice(n), r = i(r), o = i(o), t(r, o));
            }(e);
        }var W = Math,
            D = window.kendo,
            E = D.deepExtend,
            L = W.PI / 180,
            U = Number.MAX_VALUE,
            F = -Number.MAX_VALUE,
            K = "undefined",
            P = Date.now;P || (P = function P() {
            return new Date().getTime();
        }), E(D, { util: { MAX_NUM: U, MIN_NUM: F, append: b, arrayLimits: c, arrayMin: f, arrayMax: p, defined: e, deg: o, hashKey: d, hashObject: h, isNumber: a, isTransparent: M, last: _, limitValue: i, now: P, objectKey: l, round: n, rad: r, renderAttr: y, renderAllAttr: x, renderPos: C, renderSize: A, renderStyle: k, renderTemplate: w, sparseArrayLimits: v, sparseArrayMin: m, sparseArrayMax: g, sqr: u, valueOrDefault: s, romanToArabic: z, arabicToRoman: S, memoize: N, ucs2encode: j, ucs2decode: T, mergeSort: O } }), D.drawing.util = D.util, D.dataviz.util = D.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function n() {
            return { width: 0, height: 0, baseline: 0 };
        }function t(e, n, t) {
            return h.current.measure(e, n, t);
        }function i(e, n) {
            var t = [];if (e.length > 0 && document.fonts) {
                try {
                    t = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (i) {
                    o.logToConsole(i);
                }Promise.all(t).then(n, n);
            } else n();
        }var r = document,
            o = window.kendo,
            a = o.Class,
            s = o.util,
            u = s.defined,
            l = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, n) {
                var t = this,
                    i = t._map,
                    r = { key: e, value: n };i[e] = r, t._head ? (t._tail.newer = r, r.older = t._tail, t._tail = r) : t._head = t._tail = r, t._length >= t._size ? (i[t._head.key] = null, t._head = t._head.newer, t._head.older = null) : t._length++;
            }, get: function get(e) {
                var n = this,
                    t = n._map[e];if (t) return t === n._head && t !== n._tail && (n._head = t.newer, n._head.older = null), t !== n._tail && (t.older && (t.older.newer = t.newer, t.newer.older = t.older), t.older = n._tail, t.newer = null, n._tail.newer = t, n._tail = t), t.value;
            } }),
            d = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            h = a.extend({ init: function init(e) {
                this._cache = new l(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(t, i, o) {
                var a, l, h, c, f, p, m, g;if (!t) return n();if (a = s.objectKey(i), l = s.hashKey(t + a), h = this._cache.get(l), h) return h;c = n(), f = o ? o : d, p = this._baselineMarker().cloneNode(!1);for (m in i) {
                    g = i[m], u(g) && (f.style[m] = g);
                }return e(f).text(t), f.appendChild(p), r.body.appendChild(f), (t + "").length && (c.width = f.offsetWidth - this.options.baselineMarkerSize, c.height = f.offsetHeight, c.baseline = p.offsetTop + this.options.baselineMarkerSize), c.width > 0 && c.height > 0 && this._cache.put(l, c), f.parentNode.removeChild(f), c;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });h.current = new h(), o.util.TextMetrics = h, o.util.LRUCache = l, o.util.loadFonts = i, o.util.measureText = t;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var t,
                i,
                r,
                a,
                s,
                u,
                l,
                d = "",
                h = 0;for (e = n(e); h < e.length;) {
                t = e.charCodeAt(h++), i = e.charCodeAt(h++), r = e.charCodeAt(h++), a = t >> 2, s = (3 & t) << 4 | i >> 4, u = (15 & i) << 2 | r >> 6, l = 63 & r, isNaN(i) ? u = l = 64 : isNaN(r) && (l = 64), d = d + o.charAt(a) + o.charAt(s) + o.charAt(u) + o.charAt(l);
            }return d;
        }function n(e) {
            var n,
                t,
                i = "";for (n = 0; n < e.length; n++) {
                t = e.charCodeAt(n), t < 128 ? i += r(t) : t < 2048 ? (i += r(192 | t >>> 6), i += r(128 | 63 & t)) : t < 65536 && (i += r(224 | t >>> 12), i += r(128 | t >>> 6 & 63), i += r(128 | 63 & t));
            }return i;
        }var t = window.kendo,
            i = t.deepExtend,
            r = String.fromCharCode,
            o = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";i(t.util, { encodeBase64: e, encodeUTF8: n });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var n = Math,
            t = window.kendo,
            i = t.deepExtend,
            r = e.inArray,
            o = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var n = this.observers(),
                    t = r(e, n);return t != -1 && n.splice(t, 1), this;
            }, trigger: function trigger(e, n) {
                var t,
                    i,
                    r = this._observers;if (r && !this._suspended) for (i = 0; i < r.length; i++) {
                    t = r[i], t[e] && t[e](n);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = n.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, n) {
                this[e] && this[e].removeObserver(this), this[e] = n, n.addObserver(this);
            } };i(t, { mixins: { ObserversMixin: o } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
}), function (e, define) {
    define("kendo.dataviz.sparkline.min", ["kendo.dataviz.chart.min"], e);
}(function () {
    return function (e, n) {
        function t(e) {
            return "number" == typeof e ? [e] : e;
        }var i = window.kendo,
            r = i.dataviz,
            o = r.ui.Chart,
            a = i.data.ObservableArray,
            s = r.SharedTooltip,
            u = i.deepExtend,
            l = e.isArray,
            d = e.proxy,
            h = r.inArray,
            c = Math,
            f = "k-",
            p = 150,
            m = 150,
            g = "bar",
            v = "bullet",
            _ = "pie",
            b = "leave",
            w = [g, v],
            y = o.extend({ init: function init(n, i) {
                var r = this,
                    s = r.stage = e("<span />"),
                    d = i || {};n = e(n).addClass(f + "sparkline").empty().append(s), r._initialWidth = c.floor(n.width()), d = t(d), (l(d) || d instanceof a) && (d = { seriesDefaults: { data: d } }), d.series || (d.series = [{ data: t(d.data) }]), u(d, { seriesDefaults: { type: d.type } }), (h(d.series[0].type, w) || h(d.seriesDefaults.type, w)) && (d = u({}, { categoryAxis: { crosshair: { visible: !1 } } }, d)), o.fn.init.call(r, n, d);
            }, options: { name: "Sparkline", chartArea: { margin: 2 }, axisDefaults: { visible: !1, majorGridLines: { visible: !1 }, valueAxis: { narrowRange: !0 } }, seriesDefaults: { type: "line", area: { line: { width: .5 } }, bar: { stack: !0 }, padding: 2, width: .5, overlay: { gradient: null }, highlight: { visible: !1 }, border: { width: 0 }, markers: { size: 2, visible: !1 } }, tooltip: { visible: !0, shared: !0 }, categoryAxis: { crosshair: { visible: !0, tooltip: { visible: !1 } } }, legend: { visible: !1 }, transitions: !1, pointWidth: 5, panes: [{ clip: !1 }] }, _modelOptions: function _modelOptions() {
                var n,
                    t,
                    i = this,
                    r = i.options,
                    o = i._initialWidth,
                    a = i.stage;return i.stage.children().hide(), t = e("<span>&nbsp;</span>"), i.stage.append(t), n = u({ width: o ? o : i._autoWidth(), height: a.height(), transitions: r.transitions }, r.chartArea, { inline: !0, align: !1 }), a.css({ width: n.width, height: n.height }), t.remove(), i.stage.children().show(), i.surface.resize(), n;
            }, _createTooltip: function _createTooltip() {
                var e,
                    n = this,
                    t = n.options,
                    i = n.element;return e = n._sharedTooltip() ? new x(i, n._plotArea, t.tooltip) : o.fn._createTooltip.call(n), e.bind(b, d(n._tooltipleave, n)), e;
            }, _surfaceWrap: function _surfaceWrap() {
                return this.stage;
            }, _autoWidth: function _autoWidth() {
                var e,
                    n,
                    t,
                    i = this,
                    o = i.options,
                    a = r.getSpacing(o.chartArea.margin),
                    s = o.series,
                    u = i.dataSource.total(),
                    l = 0;for (n = 0; n < s.length; n++) {
                    if (t = s[n], t.type === g) return p;if (t.type === v) return m;if (t.type === _) return i.stage.height();t.data && (l = c.max(l, t.data.length));
                }return e = c.max(u, l) * o.pointWidth, e > 0 && (e += a.left + a.right), e;
            } }),
            x = s.extend({ options: { animation: { duration: 0 } }, _anchor: function _anchor(e, n) {
                var t = s.fn._anchor.call(this, e, n),
                    i = this._measure();return t.y = -i.height - this.options.offset, t;
            }, _hideElement: function _hideElement() {
                this.element && this.element.hide().remove();
            } });r.ui.plugin(y), u(r, { SparklineSharedTooltip: x });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, n, t) {
    (t || n)();
});;!function (e, define) {
    define("util/main.min", ["kendo.core.min"], e);
}(function () {
    return function () {
        function e(e) {
            return (typeof e === "undefined" ? "undefined" : _typeof(e)) !== R;
        }function t(e, t) {
            var n = i(t);return N.round(e * n) / n;
        }function i(e) {
            return e ? N.pow(10, e) : 1;
        }function n(e, t, i) {
            return N.max(N.min(e, i), t);
        }function o(e) {
            return e * F;
        }function r(e) {
            return e / F;
        }function a(e) {
            return "number" == typeof e && !isNaN(e);
        }function s(t, i) {
            return e(t) ? t : i;
        }function l(e) {
            return e * e;
        }function c(e) {
            var t,
                i = [];for (t in e) {
                i.push(t + e[t]);
            }return i.sort().join("");
        }function u(e) {
            var t,
                i = 2166136261;for (t = 0; t < e.length; ++t) {
                i += (i << 1) + (i << 4) + (i << 7) + (i << 8) + (i << 24), i ^= e.charCodeAt(t);
            }return i >>> 0;
        }function d(e) {
            return u(c(e));
        }function h(e) {
            var t,
                i = e.length,
                n = O,
                o = L;for (t = 0; t < i; t++) {
                o = N.max(o, e[t]), n = N.min(n, e[t]);
            }return { min: n, max: o };
        }function f(e) {
            return h(e).min;
        }function p(e) {
            return h(e).max;
        }function m(e) {
            return g(e).min;
        }function v(e) {
            return g(e).max;
        }function g(e) {
            var t,
                i,
                n,
                o = O,
                r = L;for (t = 0, i = e.length; t < i; t++) {
                n = e[t], null !== n && isFinite(n) && (o = N.min(o, n), r = N.max(r, n));
            }return { min: o === O ? void 0 : o, max: r === L ? void 0 : r };
        }function _(e) {
            if (e) return e[e.length - 1];
        }function x(e, t) {
            return e.push.apply(e, t), e;
        }function b(e) {
            return j.template(e, { useWithBlock: !1, paramName: "d" });
        }function y(t, i) {
            return e(i) && null !== i ? " " + t + "='" + i + "' " : "";
        }function w(e) {
            var t,
                i = "";for (t = 0; t < e.length; t++) {
                i += y(e[t][0], e[t][1]);
            }return i;
        }function A(t) {
            var i,
                n,
                o = "";for (i = 0; i < t.length; i++) {
                n = t[i][1], e(n) && (o += t[i][0] + ":" + n + ";");
            }if ("" !== o) return o;
        }function S(e) {
            return "string" != typeof e && (e += "px"), e;
        }function C(e) {
            var t,
                i,
                n = [];if (e) for (t = j.toHyphens(e).split("-"), i = 0; i < t.length; i++) {
                n.push("k-pos-" + t[i]);
            }return n.join(" ");
        }function k(t) {
            return "" === t || null === t || "none" === t || "transparent" === t || !e(t);
        }function D(e) {
            for (var t = { 1: "i", 10: "x", 100: "c", 2: "ii", 20: "xx", 200: "cc", 3: "iii", 30: "xxx", 300: "ccc", 4: "iv", 40: "xl", 400: "cd", 5: "v", 50: "l", 500: "d", 6: "vi", 60: "lx", 600: "dc", 7: "vii", 70: "lxx", 700: "dcc", 8: "viii", 80: "lxxx", 800: "dccc", 9: "ix", 90: "xc", 900: "cm", 1e3: "m" }, i = [1e3, 900, 800, 700, 600, 500, 400, 300, 200, 100, 90, 80, 70, 60, 50, 40, 30, 20, 10, 9, 8, 7, 6, 5, 4, 3, 2, 1], n = ""; e > 0;) {
                e < i[0] ? i.shift() : (n += t[i[0]], e -= i[0]);
            }return n;
        }function T(e) {
            var t, i, n, o, r;for (e = e.toLowerCase(), t = { i: 1, v: 5, x: 10, l: 50, c: 100, d: 500, m: 1e3 }, i = 0, n = 0, o = 0; o < e.length; ++o) {
                if (r = t[e.charAt(o)], !r) return null;i += r, r > n && (i -= 2 * n), n = r;
            }return i;
        }function E(e) {
            var t = Object.create(null);return function () {
                var i,
                    n = "";for (i = arguments.length; --i >= 0;) {
                    n += ":" + arguments[i];
                }return n in t ? t[n] : t[n] = e.apply(this, arguments);
            };
        }function M(e) {
            for (var t, i, n = [], o = 0, r = e.length; o < r;) {
                t = e.charCodeAt(o++), t >= 55296 && t <= 56319 && o < r ? (i = e.charCodeAt(o++), 56320 == (64512 & i) ? n.push(((1023 & t) << 10) + (1023 & i) + 65536) : (n.push(t), o--)) : n.push(t);
            }return n;
        }function z(e) {
            return e.map(function (e) {
                var t = "";return e > 65535 && (e -= 65536, t += String.fromCharCode(e >>> 10 & 1023 | 55296), e = 56320 | 1023 & e), t += String.fromCharCode(e);
            }).join("");
        }function U(e, t) {
            function i(e, i) {
                for (var n = [], o = 0, r = 0, a = 0; o < e.length && r < i.length;) {
                    t(e[o], i[r]) <= 0 ? n[a++] = e[o++] : n[a++] = i[r++];
                }return o < e.length && n.push.apply(n, e.slice(o)), r < i.length && n.push.apply(n, i.slice(r)), n;
            }return e.length < 2 ? e.slice() : function n(e) {
                var t, o, r;return e.length <= 1 ? e : (t = Math.floor(e.length / 2), o = e.slice(0, t), r = e.slice(t), o = n(o), r = n(r), i(o, r));
            }(e);
        }var N = Math,
            j = window.kendo,
            B = j.deepExtend,
            F = N.PI / 180,
            O = Number.MAX_VALUE,
            L = -Number.MAX_VALUE,
            R = "undefined",
            H = Date.now;H || (H = function H() {
            return new Date().getTime();
        }), B(j, { util: { MAX_NUM: O, MIN_NUM: L, append: x, arrayLimits: h, arrayMin: f, arrayMax: p, defined: e, deg: r, hashKey: u, hashObject: d, isNumber: a, isTransparent: k, last: _, limitValue: n, now: H, objectKey: c, round: t, rad: o, renderAttr: y, renderAllAttr: w, renderPos: C, renderSize: S, renderStyle: A, renderTemplate: b, sparseArrayLimits: g, sparseArrayMin: m, sparseArrayMax: v, sqr: l, valueOrDefault: s, romanToArabic: T, arabicToRoman: D, memoize: E, ucs2encode: z, ucs2decode: M, mergeSort: U } }), j.drawing.util = j.util, j.dataviz.util = j.util;
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("util/text-metrics.min", ["kendo.core.min", "util/main.min"], e);
}(function () {
    !function (e) {
        function t() {
            return { width: 0, height: 0, baseline: 0 };
        }function i(e, t, i) {
            return d.current.measure(e, t, i);
        }function n(e, t) {
            var i = [];if (e.length > 0 && document.fonts) {
                try {
                    i = e.map(function (e) {
                        return document.fonts.load(e);
                    });
                } catch (n) {
                    r.logToConsole(n);
                }Promise.all(i).then(t, t);
            } else t();
        }var o = document,
            r = window.kendo,
            a = r.Class,
            s = r.util,
            l = s.defined,
            c = a.extend({ init: function init(e) {
                this._size = e, this._length = 0, this._map = {};
            }, put: function put(e, t) {
                var i = this,
                    n = i._map,
                    o = { key: e, value: t };n[e] = o, i._head ? (i._tail.newer = o, o.older = i._tail, i._tail = o) : i._head = i._tail = o, i._length >= i._size ? (n[i._head.key] = null, i._head = i._head.newer, i._head.older = null) : i._length++;
            }, get: function get(e) {
                var t = this,
                    i = t._map[e];if (i) return i === t._head && i !== t._tail && (t._head = i.newer, t._head.older = null), i !== t._tail && (i.older && (i.older.newer = i.newer, i.newer.older = i.older), i.older = t._tail, i.newer = null, t._tail.newer = i, t._tail = i), i.value;
            } }),
            u = e("<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />")[0],
            d = a.extend({ init: function init(e) {
                this._cache = new c(1e3), this._initOptions(e);
            }, options: { baselineMarkerSize: 1 }, measure: function measure(i, n, r) {
                var a, c, d, h, f, p, m, v;if (!i) return t();if (a = s.objectKey(n), c = s.hashKey(i + a), d = this._cache.get(c), d) return d;h = t(), f = r ? r : u, p = this._baselineMarker().cloneNode(!1);for (m in n) {
                    v = n[m], l(v) && (f.style[m] = v);
                }return e(f).text(i), f.appendChild(p), o.body.appendChild(f), (i + "").length && (h.width = f.offsetWidth - this.options.baselineMarkerSize, h.height = f.offsetHeight, h.baseline = p.offsetTop + this.options.baselineMarkerSize), h.width > 0 && h.height > 0 && this._cache.put(c, h), f.parentNode.removeChild(f), h;
            }, _baselineMarker: function _baselineMarker() {
                return e("<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: " + this.options.baselineMarkerSize + "px; height: " + this.options.baselineMarkerSize + "px;overflow: hidden;' />")[0];
            } });d.current = new d(), r.util.TextMetrics = d, r.util.LRUCache = c, r.util.loadFonts = n, r.util.measureText = i;
    }(window.kendo.jQuery);
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("util/base64.min", ["util/main.min"], e);
}(function () {
    return function () {
        function e(e) {
            var i,
                n,
                o,
                a,
                s,
                l,
                c,
                u = "",
                d = 0;for (e = t(e); d < e.length;) {
                i = e.charCodeAt(d++), n = e.charCodeAt(d++), o = e.charCodeAt(d++), a = i >> 2, s = (3 & i) << 4 | n >> 4, l = (15 & n) << 2 | o >> 6, c = 63 & o, isNaN(n) ? l = c = 64 : isNaN(o) && (c = 64), u = u + r.charAt(a) + r.charAt(s) + r.charAt(l) + r.charAt(c);
            }return u;
        }function t(e) {
            var t,
                i,
                n = "";for (t = 0; t < e.length; t++) {
                i = e.charCodeAt(t), i < 128 ? n += o(i) : i < 2048 ? (n += o(192 | i >>> 6), n += o(128 | 63 & i)) : i < 65536 && (n += o(224 | i >>> 12), n += o(128 | i >>> 6 & 63), n += o(128 | 63 & i));
            }return n;
        }var i = window.kendo,
            n = i.deepExtend,
            o = String.fromCharCode,
            r = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=";n(i.util, { encodeBase64: e, encodeUTF8: t });
    }(), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("mixins/observers.min", ["kendo.core.min"], e);
}(function () {
    return function (e) {
        var t = Math,
            i = window.kendo,
            n = i.deepExtend,
            o = e.inArray,
            r = { observers: function observers() {
                return this._observers = this._observers || [];
            }, addObserver: function addObserver(e) {
                return this._observers ? this._observers.push(e) : this._observers = [e], this;
            }, removeObserver: function removeObserver(e) {
                var t = this.observers(),
                    i = o(e, t);return i != -1 && t.splice(i, 1), this;
            }, trigger: function trigger(e, t) {
                var i,
                    n,
                    o = this._observers;if (o && !this._suspended) for (n = 0; n < o.length; n++) {
                    i = o[n], i[e] && i[e](t);
                }return this;
            }, optionsChange: function optionsChange(e) {
                e = e || {}, e.element = this, this.trigger("optionsChange", e);
            }, geometryChange: function geometryChange() {
                this.trigger("geometryChange", { element: this });
            }, suspend: function suspend() {
                return this._suspended = (this._suspended || 0) + 1, this;
            }, resume: function resume() {
                return this._suspended = t.max((this._suspended || 0) - 1, 0), this;
            }, _observerField: function _observerField(e, t) {
                this[e] && this[e].removeObserver(this), this[e] = t, t.addObserver(this);
            } };n(i, { mixins: { ObserversMixin: r } });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
}), function (e, define) {
    define("kendo.dataviz.stock.min", ["kendo.dataviz.chart.min"], e);
}(function () {
    return function (e, t) {
        function i() {}function n(e) {
            return i.prototype = e, new i();
        }var o,
            r = window.kendo,
            a = r.Class,
            s = r.Observable,
            l = r.deepExtend,
            c = Math,
            u = e.proxy,
            d = r.util,
            h = d.last,
            f = d.renderTemplate,
            p = r.dataviz,
            m = d.defined,
            v = p.filterSeriesByType,
            g = r.template,
            _ = p.ui.Chart,
            x = p.Selection,
            b = p.addDuration,
            y = d.limitValue,
            w = p.lteDateIndex,
            A = p.toDate,
            S = p.toTime,
            C = 28,
            k = "change",
            D = "k-",
            T = "drag",
            E = "dragEnd",
            M = "_navigator",
            z = M,
            U = p.EQUALLY_SPACED_SERIES,
            N = 3,
            j = "zoom",
            B = "zoomEnd",
            F = _.extend({ init: function init(t, i) {
                e(t).addClass(D + "chart"), _.fn.init.call(this, t, i);
            }, _applyDefaults: function _applyDefaults(e, t) {
                var i = this,
                    n = i.element.width() || p.DEFAULT_WIDTH,
                    o = { seriesDefaults: { categoryField: e.dateField }, axisDefaults: { categoryAxis: { name: "default", majorGridLines: { visible: !1 }, labels: { step: 2 }, majorTicks: { visible: !1 }, maxDateGroups: c.floor(n / C) } } };t && (t = l({}, t, o)), O.setup(e, t), _.fn._applyDefaults.call(i, e, t);
            }, setOptions: function setOptions(e) {
                this._destroyNavigator(), _.fn.setOptions.call(this, e);
            }, _initDataSource: function _initDataSource(e) {
                var t,
                    i,
                    n = e || {},
                    o = n.dataSource,
                    r = o && o.serverFiltering,
                    a = [].concat(n.categoryAxis)[0],
                    s = n.navigator || {},
                    c = s.select,
                    u = c && c.from && c.to;r && u && (t = [].concat(o.filter || []), i = new p.DateCategoryAxis(l({ baseUnit: "fit" }, a, { categories: [c.from, c.to] })), o.filter = O.buildFilter(i.range().min, c.to).concat(t)), _.fn._initDataSource.call(this, e);
            }, options: { name: "StockChart", dateField: "date", axisDefaults: { categoryAxis: { type: "date", baseUnit: "fit", justified: !0 }, valueAxis: { narrowRange: !0, labels: { format: "C" } } }, navigator: { select: {}, seriesDefaults: { markers: { visible: !1 }, tooltip: { visible: !0, template: "#= kendo.toString(category, 'd') #" }, line: { width: 2 } }, hint: {}, visible: !0 }, tooltip: { visible: !0 }, legend: { visible: !1 } }, _resize: function _resize() {
                var e = this.options.transitions;this.options.transitions = !1, this._fullRedraw(), this.options.transitions = e;
            }, _redraw: function _redraw() {
                var e = this,
                    t = e._navigator;!this._dirty() && t && t.dataSource ? t.redrawSlaves() : e._fullRedraw();
            }, _dirty: function _dirty() {
                var t = this.options,
                    i = [].concat(t.series, t.navigator.series),
                    n = e.grep(i, function (e) {
                    return e && e.visible;
                }).length,
                    o = this._seriesCount !== n;return this._seriesCount = n, o;
            }, _fullRedraw: function _fullRedraw() {
                var e = this,
                    t = e._navigator;t || (t = e._navigator = e.navigator = new O(e)), t._setRange(), _.fn._redraw.call(e), t._initSelection();
            }, _onDataChanged: function _onDataChanged() {
                var e = this;_.fn._onDataChanged.call(e), e._dataBound = !0;
            }, _bindCategoryAxis: function _bindCategoryAxis(e, t, i) {
                var n,
                    o = this,
                    r = o.options.categoryAxis,
                    a = r.length;if (_.fn._bindCategoryAxis.apply(this, arguments), e.name === z) for (; i < a;) {
                    n = r[i++], n.pane == M && (n.categories = e.categories);
                }
            }, _trackSharedTooltip: function _trackSharedTooltip(e) {
                var t = this,
                    i = t._plotArea,
                    n = i.paneByPoint(e);n && n.options.name === M ? t._unsetActivePoint() : _.fn._trackSharedTooltip.call(t, e);
            }, _destroyNavigator: function _destroyNavigator() {
                this._navigator.destroy(), this._navigator = null;
            }, destroy: function destroy() {
                this._destroyNavigator(), _.fn.destroy.call(this);
            } }),
            O = s.extend({ init: function init(e) {
                var t = this;t.chart = e, t.options = l({}, t.options, e.options.navigator), t._initDataSource(), m(t.options.hint.visible) || (t.options.hint.visible = t.options.visible), e.bind(T, u(t._drag, t)), e.bind(E, u(t._dragEnd, t)), e.bind(j, u(t._zoom, t)), e.bind(B, u(t._zoomEnd, t));
            }, options: {}, _initDataSource: function _initDataSource() {
                var e = this,
                    t = e.options,
                    i = t.autoBind,
                    n = t.dataSource;m(i) || (i = e.chart.options.autoBind), e._dataChangedHandler = u(e._onDataChanged, e), n && (e.dataSource = r.data.DataSource.create(n).bind(k, e._dataChangedHandler), i && e.dataSource.fetch());
            }, _onDataChanged: function _onDataChanged() {
                var e,
                    t,
                    i,
                    n,
                    o,
                    r = this,
                    a = r.chart,
                    s = a.options.series,
                    l = s.length,
                    c = a.options.categoryAxis,
                    u = c.length,
                    d = r.dataSource.view();for (e = 0; e < l; e++) {
                    i = s[e], i.axis == z && a._isBindable(i) && (i.data = d);
                }for (t = 0; t < u; t++) {
                    n = c[t], n.pane == M && (n.name == z ? (a._bindCategoryAxis(n, d, t), o = n.categories) : n.categories = o);
                }a._model && (r.redraw(), r._setRange(), (!a.options.dataSource || a.options.dataSource && a._dataBound) && r.redrawSlaves());
            }, destroy: function destroy() {
                var e = this,
                    t = e.dataSource;t && t.unbind(k, e._dataChangeHandler), e.selection && e.selection.destroy();
            }, redraw: function redraw() {
                this._redrawSelf(), this._initSelection();
            }, _initSelection: function _initSelection() {
                var t = this,
                    i = t.chart,
                    r = t.options,
                    a = t.mainAxis(),
                    s = n(a),
                    l = a.range(),
                    c = l.min,
                    u = l.max,
                    h = a.options.categories,
                    f = t.options.select,
                    p = t.selection,
                    m = A(f.from),
                    v = A(f.to);0 !== h.length && (p && (p.destroy(), p.wrapper.remove()), s.box = a.box, p = t.selection = new x(i, s, { min: c, max: u, from: m || c, to: v || u, selectStart: e.proxy(t._selectStart, t), select: e.proxy(t._select, t), selectEnd: e.proxy(t._selectEnd, t), mousewheel: d.valueOrDefault(f.mousewheel, { zoom: "left" }), visible: r.visible }), r.hint.visible && (t.hint = new o(i.element, { min: c, max: u, template: r.hint.template, format: r.hint.format })));
            }, _setRange: function _setRange() {
                var e,
                    t = this.chart._createPlotArea(!0),
                    i = t.namedCategoryAxes[z],
                    n = i.range(),
                    o = n.min,
                    r = n.max,
                    a = this.options.select || {},
                    s = A(a.from) || o;s < o && (s = o), e = A(a.to) || r, e > r && (e = r), this.options.select = l({}, a, { from: s, to: e }), this.filterAxes();
            }, _redrawSelf: function _redrawSelf(e) {
                var t = this.chart._plotArea;t && t.redraw(h(t.panes), e);
            }, redrawSlaves: function redrawSlaves() {
                var e = this,
                    t = e.chart,
                    i = t._plotArea,
                    n = i.panes.slice(0, -1);i.srcSeries = t.options.series, i.redraw(n);
            }, _drag: function _drag(e) {
                var t,
                    i,
                    n,
                    o = this,
                    r = o.chart,
                    a = r._eventCoordinates(e.originalEvent),
                    s = o.mainAxis(),
                    l = s.datesRange(),
                    c = s.pane.box.containsPoint(a),
                    u = r._plotArea.categoryAxis,
                    d = e.axisRanges[u.options.name],
                    h = o.options.select,
                    f = o.selection;d && !c && f && (t = h.from && h.to ? S(h.to) - S(h.from) : S(f.options.to) - S(f.options.from), i = A(y(S(d.min), l.min, S(l.max) - t)), n = A(y(S(i) + t, S(l.min) + t, l.max)), o.options.select = { from: i, to: n }, o._liveDrag() && (o.filterAxes(), o.redrawSlaves()), f.set(i, n), o.showHint(i, n));
            }, _dragEnd: function _dragEnd() {
                var e = this;e.filterAxes(), e.filterDataSource(), e.redrawSlaves(), e.hint && e.hint.hide();
            }, _liveDrag: function _liveDrag() {
                var e = r.support,
                    t = e.touch,
                    i = e.browser,
                    n = i.mozilla,
                    o = i.msie && i.version < 9;return !t && !n && !o;
            }, readSelection: function readSelection() {
                var e = this,
                    t = e.selection,
                    i = t.options,
                    n = e.options.select;n.from = i.from, n.to = i.to;
            }, filterAxes: function filterAxes() {
                var e,
                    t,
                    i = this,
                    n = i.options.select || {},
                    o = i.chart,
                    r = o.options.categoryAxis,
                    a = n.from,
                    s = n.to;for (e = 0; e < r.length; e++) {
                    t = r[e], t.pane !== M && (t.min = A(a), t.max = A(s));
                }
            }, filterDataSource: function filterDataSource() {
                var e,
                    t = this,
                    i = t.options.select || {},
                    n = t.chart,
                    o = n.dataSource,
                    r = o && o.options.serverFiltering;t.dataSource && r && (e = new p.DateCategoryAxis(l({ baseUnit: "fit" }, n.options.categoryAxis[0], { categories: [i.from, i.to] })).options, o.filter(O.buildFilter(b(e.min, -e.baseUnitStep, e.baseUnit), b(e.max, e.baseUnitStep, e.baseUnit))));
            }, _zoom: function _zoom(e) {
                var t,
                    i,
                    n = this,
                    o = n.chart,
                    a = e.delta,
                    s = o._plotArea.categoryAxis,
                    l = n.options.select,
                    u = n.selection,
                    d = n.mainAxis().options.categories;u && (t = w(u.options.from, d), i = w(u.options.to, d), e.originalEvent.preventDefault(), c.abs(a) > 1 && (a *= N), i - t > 1 ? (u.expand(a), n.readSelection()) : (s.options.min = l.from, l.from = s.scaleRange(-e.delta).min), r.support.touch || (n.filterAxes(), n.redrawSlaves()), u.set(l.from, l.to), n.showHint(n.options.select.from, n.options.select.to));
            }, _zoomEnd: function _zoomEnd(e) {
                this._dragEnd(e);
            }, showHint: function showHint(e, t) {
                var i = this,
                    n = i.chart,
                    o = n._plotArea;i.hint && i.hint.show(e, t, o.backgroundBox());
            }, _selectStart: function _selectStart(e) {
                var t = this.chart;t._selectStart.call(t, e);
            }, _select: function _select(e) {
                var t = this,
                    i = t.chart;t.showHint(e.from, e.to), i._select.call(i, e);
            }, _selectEnd: function _selectEnd(e) {
                var t = this,
                    i = t.chart;t.hint && t.hint.hide(), t.readSelection(), t.filterAxes(), t.filterDataSource(), t.redrawSlaves(), i._selectEnd.call(i, e);
            }, mainAxis: function mainAxis() {
                var e = this.chart._plotArea;if (e) return e.namedCategoryAxes[z];
            }, select: function select(e, t) {
                var i = this.options.select;return e && t && (i.from = A(e), i.to = A(t), this.filterAxes(), this.filterDataSource(), this.redrawSlaves(), this.selection.set(e, t)), { from: i.from, to: i.to };
            } });O.setup = function (e, t) {
            if (e = e || {}, t = t || {}, !e.__navi) {
                e.__navi = !0;var i = l({}, t.navigator, e.navigator),
                    n = e.panes = [].concat(e.panes),
                    o = l({}, i.pane, { name: M });i.visible || (o.visible = !1, o.height = .1), n.push(o), O.attachAxes(e, i), O.attachSeries(e, i, t);
            }
        }, O.attachAxes = function (e, t) {
            var i = t.series || [],
                n = e.categoryAxis = [].concat(e.categoryAxis),
                o = e.valueAxis = [].concat(e.valueAxis),
                r = v(i, U),
                a = 0 === r.length,
                s = l({ type: "date", pane: M, roundToBaseUnit: !a, justified: a, _collapse: !1, majorTicks: { visible: !0 }, tooltip: { visible: !1 }, labels: { step: 1 }, autoBind: !t.dataSource, autoBaseUnitSteps: { minutes: [1], hours: [1, 2], days: [1, 2], weeks: [], months: [1], years: [1] }, _overlap: !0 }),
                c = t.categoryAxis;n.push(l({}, s, { maxDateGroups: 200 }, c, { name: z, title: null, baseUnit: "fit", baseUnitStep: "auto", labels: { visible: !1 }, majorTicks: { visible: !1 } }), l({}, s, c, { name: z + "_labels", maxDateGroups: 20, baseUnitStep: "auto", plotBands: [], autoBaseUnitSteps: { minutes: [] } }), l({}, s, c, { name: z + "_ticks", maxDateGroups: 200, majorTicks: { width: .5 }, plotBands: [], title: null, labels: { visible: !1, mirror: !0 } })), o.push(l({ name: z, pane: M, majorGridLines: { visible: !1 }, visible: !1 }, t.valueAxis));
        }, O.attachSeries = function (e, t, i) {
            var n,
                o = e.series = e.series || [],
                r = [].concat(t.series || []),
                a = i.seriesColors,
                s = t.seriesDefaults;for (n = 0; n < r.length; n++) {
                o.push(l({ color: a[n % a.length], categoryField: t.dateField, visibleInLegend: !1, tooltip: { visible: !1 } }, s, r[n], { axis: z, categoryAxis: z, autoBind: !t.dataSource }));
            }
        }, O.buildFilter = function (e, t) {
            return [{ field: "Date", operator: "gte", value: A(e) }, { field: "Date", operator: "lt", value: A(t) }];
        }, o = a.extend({ init: function init(t, i) {
                var n = this;n.options = l({}, n.options, i), n.container = t, n.chartPadding = { top: parseInt(t.css("paddingTop"), 10), left: parseInt(t.css("paddingLeft"), 10) }, n.template = n.template, n.template || (n.template = n.template = f("<div class='" + D + "navigator-hint' style='display: none; position: absolute; top: 1px; left: 1px;'><div class='" + D + "tooltip " + D + "chart-tooltip'>&nbsp;</div><div class='" + D + "scroll' /></div>")), n.element = e(n.template()).appendTo(t);
            }, options: { format: "{0:d} - {1:d}", hideDelay: 500 }, show: function show(e, t, i) {
                var n,
                    o = this,
                    a = A(S(e) + S(t - e) / 2),
                    s = o.options,
                    l = r.format(o.options.format, e, t),
                    c = o.element.find("." + D + "tooltip"),
                    u = o.element.find("." + D + "scroll"),
                    d = .4 * i.width(),
                    h = i.center().x - d,
                    f = i.center().x,
                    p = f - h,
                    m = s.max - s.min,
                    v = p / m,
                    _ = a - s.min;o._hideTimeout && clearTimeout(o._hideTimeout), o._visible || (o.element.stop(!1, !0).css("visibility", "hidden").show(), o._visible = !0), s.template && (n = g(s.template), l = n({ from: e, to: t })), c.html(l).css({ left: i.center().x - r._outerWidth(c) / 2, top: i.y1 }), u.css({ width: d, left: h + _ * v, top: i.y1 + parseInt(c.css("margin-top"), 10) + parseInt(c.css("border-top-width"), 10) + c.height() / 2 }), o.element.css("visibility", "visible");
            }, hide: function hide() {
                var e = this;e._hideTimeout && clearTimeout(e._hideTimeout), e._hideTimeout = setTimeout(function () {
                    e._visible = !1, e.element.fadeOut("slow");
                }, e.options.hideDelay);
            } }), p.ui.plugin(F), l(p, { Navigator: O });
    }(window.kendo.jQuery), window.kendo;
}, "function" == typeof define && define.amd ? define : function (e, t, i) {
    (i || t)();
});;
"use strict";

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

/*!
 * Masonry PACKAGED v4.1.1
 * Cascading grid layout library
 * http://masonry.desandro.com
 * MIT License
 * by David DeSandro
 */

!function (t, e) {
  "function" == typeof define && define.amd ? define("jquery-bridget/jquery-bridget", ["jquery"], function (i) {
    return e(t, i);
  }) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e(t, require("jquery")) : t.jQueryBridget = e(t, t.jQuery);
}(window, function (t, e) {
  "use strict";
  function i(i, r, a) {
    function h(t, e, n) {
      var o,
          r = "$()." + i + '("' + e + '")';return t.each(function (t, h) {
        var u = a.data(h, i);if (!u) return void s(i + " not initialized. Cannot call methods, i.e. " + r);var d = u[e];if (!d || "_" == e.charAt(0)) return void s(r + " is not a valid method");var l = d.apply(u, n);o = void 0 === o ? l : o;
      }), void 0 !== o ? o : t;
    }function u(t, e) {
      t.each(function (t, n) {
        var o = a.data(n, i);o ? (o.option(e), o._init()) : (o = new r(n, e), a.data(n, i, o));
      });
    }a = a || e || t.jQuery, a && (r.prototype.option || (r.prototype.option = function (t) {
      a.isPlainObject(t) && (this.options = a.extend(!0, this.options, t));
    }), a.fn[i] = function (t) {
      if ("string" == typeof t) {
        var e = o.call(arguments, 1);return h(this, t, e);
      }return u(this, t), this;
    }, n(a));
  }function n(t) {
    !t || t && t.bridget || (t.bridget = i);
  }var o = Array.prototype.slice,
      r = t.console,
      s = "undefined" == typeof r ? function () {} : function (t) {
    r.error(t);
  };return n(e || t.jQuery), i;
}), function (t, e) {
  "function" == typeof define && define.amd ? define("ev-emitter/ev-emitter", e) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e() : t.EvEmitter = e();
}("undefined" != typeof window ? window : undefined, function () {
  function t() {}var e = t.prototype;return e.on = function (t, e) {
    if (t && e) {
      var i = this._events = this._events || {},
          n = i[t] = i[t] || [];return -1 == n.indexOf(e) && n.push(e), this;
    }
  }, e.once = function (t, e) {
    if (t && e) {
      this.on(t, e);var i = this._onceEvents = this._onceEvents || {},
          n = i[t] = i[t] || {};return n[e] = !0, this;
    }
  }, e.off = function (t, e) {
    var i = this._events && this._events[t];if (i && i.length) {
      var n = i.indexOf(e);return -1 != n && i.splice(n, 1), this;
    }
  }, e.emitEvent = function (t, e) {
    var i = this._events && this._events[t];if (i && i.length) {
      var n = 0,
          o = i[n];e = e || [];for (var r = this._onceEvents && this._onceEvents[t]; o;) {
        var s = r && r[o];s && (this.off(t, o), delete r[o]), o.apply(this, e), n += s ? 0 : 1, o = i[n];
      }return this;
    }
  }, t;
}), function (t, e) {
  "use strict";
  "function" == typeof define && define.amd ? define("get-size/get-size", [], function () {
    return e();
  }) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e() : t.getSize = e();
}(window, function () {
  "use strict";
  function t(t) {
    var e = parseFloat(t),
        i = -1 == t.indexOf("%") && !isNaN(e);return i && e;
  }function e() {}function i() {
    for (var t = { width: 0, height: 0, innerWidth: 0, innerHeight: 0, outerWidth: 0, outerHeight: 0 }, e = 0; u > e; e++) {
      var i = h[e];t[i] = 0;
    }return t;
  }function n(t) {
    var e = getComputedStyle(t);return e || a("Style returned " + e + ". Are you running this code in a hidden iframe on Firefox? See http://bit.ly/getsizebug1"), e;
  }function o() {
    if (!d) {
      d = !0;var e = document.createElement("div");e.style.width = "200px", e.style.padding = "1px 2px 3px 4px", e.style.borderStyle = "solid", e.style.borderWidth = "1px 2px 3px 4px", e.style.boxSizing = "border-box";var i = document.body || document.documentElement;i.appendChild(e);var o = n(e);r.isBoxSizeOuter = s = 200 == t(o.width), i.removeChild(e);
    }
  }function r(e) {
    if (o(), "string" == typeof e && (e = document.querySelector(e)), e && "object" == (typeof e === "undefined" ? "undefined" : _typeof(e)) && e.nodeType) {
      var r = n(e);if ("none" == r.display) return i();var a = {};a.width = e.offsetWidth, a.height = e.offsetHeight;for (var d = a.isBorderBox = "border-box" == r.boxSizing, l = 0; u > l; l++) {
        var c = h[l],
            f = r[c],
            m = parseFloat(f);a[c] = isNaN(m) ? 0 : m;
      }var p = a.paddingLeft + a.paddingRight,
          g = a.paddingTop + a.paddingBottom,
          y = a.marginLeft + a.marginRight,
          v = a.marginTop + a.marginBottom,
          _ = a.borderLeftWidth + a.borderRightWidth,
          E = a.borderTopWidth + a.borderBottomWidth,
          z = d && s,
          b = t(r.width);b !== !1 && (a.width = b + (z ? 0 : p + _));var x = t(r.height);return x !== !1 && (a.height = x + (z ? 0 : g + E)), a.innerWidth = a.width - (p + _), a.innerHeight = a.height - (g + E), a.outerWidth = a.width + y, a.outerHeight = a.height + v, a;
    }
  }var s,
      a = "undefined" == typeof console ? e : function (t) {
    console.error(t);
  },
      h = ["paddingLeft", "paddingRight", "paddingTop", "paddingBottom", "marginLeft", "marginRight", "marginTop", "marginBottom", "borderLeftWidth", "borderRightWidth", "borderTopWidth", "borderBottomWidth"],
      u = h.length,
      d = !1;return r;
}), function (t, e) {
  "use strict";
  "function" == typeof define && define.amd ? define("desandro-matches-selector/matches-selector", e) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e() : t.matchesSelector = e();
}(window, function () {
  "use strict";
  var t = function () {
    var t = Element.prototype;if (t.matches) return "matches";if (t.matchesSelector) return "matchesSelector";for (var e = ["webkit", "moz", "ms", "o"], i = 0; i < e.length; i++) {
      var n = e[i],
          o = n + "MatchesSelector";if (t[o]) return o;
    }
  }();return function (e, i) {
    return e[t](i);
  };
}), function (t, e) {
  "function" == typeof define && define.amd ? define("fizzy-ui-utils/utils", ["desandro-matches-selector/matches-selector"], function (i) {
    return e(t, i);
  }) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e(t, require("desandro-matches-selector")) : t.fizzyUIUtils = e(t, t.matchesSelector);
}(window, function (t, e) {
  var i = {};i.extend = function (t, e) {
    for (var i in e) {
      t[i] = e[i];
    }return t;
  }, i.modulo = function (t, e) {
    return (t % e + e) % e;
  }, i.makeArray = function (t) {
    var e = [];if (Array.isArray(t)) e = t;else if (t && "number" == typeof t.length) for (var i = 0; i < t.length; i++) {
      e.push(t[i]);
    } else e.push(t);return e;
  }, i.removeFrom = function (t, e) {
    var i = t.indexOf(e);-1 != i && t.splice(i, 1);
  }, i.getParent = function (t, i) {
    for (; t != document.body;) {
      if (t = t.parentNode, e(t, i)) return t;
    }
  }, i.getQueryElement = function (t) {
    return "string" == typeof t ? document.querySelector(t) : t;
  }, i.handleEvent = function (t) {
    var e = "on" + t.type;this[e] && this[e](t);
  }, i.filterFindElements = function (t, n) {
    t = i.makeArray(t);var o = [];return t.forEach(function (t) {
      if (t instanceof HTMLElement) {
        if (!n) return void o.push(t);e(t, n) && o.push(t);for (var i = t.querySelectorAll(n), r = 0; r < i.length; r++) {
          o.push(i[r]);
        }
      }
    }), o;
  }, i.debounceMethod = function (t, e, i) {
    var n = t.prototype[e],
        o = e + "Timeout";t.prototype[e] = function () {
      var t = this[o];t && clearTimeout(t);var e = arguments,
          r = this;this[o] = setTimeout(function () {
        n.apply(r, e), delete r[o];
      }, i || 100);
    };
  }, i.docReady = function (t) {
    var e = document.readyState;"complete" == e || "interactive" == e ? t() : document.addEventListener("DOMContentLoaded", t);
  }, i.toDashed = function (t) {
    return t.replace(/(.)([A-Z])/g, function (t, e, i) {
      return e + "-" + i;
    }).toLowerCase();
  };var n = t.console;return i.htmlInit = function (e, o) {
    i.docReady(function () {
      var r = i.toDashed(o),
          s = "data-" + r,
          a = document.querySelectorAll("[" + s + "]"),
          h = document.querySelectorAll(".js-" + r),
          u = i.makeArray(a).concat(i.makeArray(h)),
          d = s + "-options",
          l = t.jQuery;u.forEach(function (t) {
        var i,
            r = t.getAttribute(s) || t.getAttribute(d);try {
          i = r && JSON.parse(r);
        } catch (a) {
          return void (n && n.error("Error parsing " + s + " on " + t.className + ": " + a));
        }var h = new e(t, i);l && l.data(t, o, h);
      });
    });
  }, i;
}), function (t, e) {
  "function" == typeof define && define.amd ? define("outlayer/item", ["ev-emitter/ev-emitter", "get-size/get-size"], e) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e(require("ev-emitter"), require("get-size")) : (t.Outlayer = {}, t.Outlayer.Item = e(t.EvEmitter, t.getSize));
}(window, function (t, e) {
  "use strict";
  function i(t) {
    for (var e in t) {
      return !1;
    }return e = null, !0;
  }function n(t, e) {
    t && (this.element = t, this.layout = e, this.position = { x: 0, y: 0 }, this._create());
  }function o(t) {
    return t.replace(/([A-Z])/g, function (t) {
      return "-" + t.toLowerCase();
    });
  }var r = document.documentElement.style,
      s = "string" == typeof r.transition ? "transition" : "WebkitTransition",
      a = "string" == typeof r.transform ? "transform" : "WebkitTransform",
      h = { WebkitTransition: "webkitTransitionEnd", transition: "transitionend" }[s],
      u = { transform: a, transition: s, transitionDuration: s + "Duration", transitionProperty: s + "Property", transitionDelay: s + "Delay" },
      d = n.prototype = Object.create(t.prototype);d.constructor = n, d._create = function () {
    this._transn = { ingProperties: {}, clean: {}, onEnd: {} }, this.css({ position: "absolute" });
  }, d.handleEvent = function (t) {
    var e = "on" + t.type;this[e] && this[e](t);
  }, d.getSize = function () {
    this.size = e(this.element);
  }, d.css = function (t) {
    var e = this.element.style;for (var i in t) {
      var n = u[i] || i;e[n] = t[i];
    }
  }, d.getPosition = function () {
    var t = getComputedStyle(this.element),
        e = this.layout._getOption("originLeft"),
        i = this.layout._getOption("originTop"),
        n = t[e ? "left" : "right"],
        o = t[i ? "top" : "bottom"],
        r = this.layout.size,
        s = -1 != n.indexOf("%") ? parseFloat(n) / 100 * r.width : parseInt(n, 10),
        a = -1 != o.indexOf("%") ? parseFloat(o) / 100 * r.height : parseInt(o, 10);s = isNaN(s) ? 0 : s, a = isNaN(a) ? 0 : a, s -= e ? r.paddingLeft : r.paddingRight, a -= i ? r.paddingTop : r.paddingBottom, this.position.x = s, this.position.y = a;
  }, d.layoutPosition = function () {
    var t = this.layout.size,
        e = {},
        i = this.layout._getOption("originLeft"),
        n = this.layout._getOption("originTop"),
        o = i ? "paddingLeft" : "paddingRight",
        r = i ? "left" : "right",
        s = i ? "right" : "left",
        a = this.position.x + t[o];e[r] = this.getXValue(a), e[s] = "";var h = n ? "paddingTop" : "paddingBottom",
        u = n ? "top" : "bottom",
        d = n ? "bottom" : "top",
        l = this.position.y + t[h];e[u] = this.getYValue(l), e[d] = "", this.css(e), this.emitEvent("layout", [this]);
  }, d.getXValue = function (t) {
    var e = this.layout._getOption("horizontal");return this.layout.options.percentPosition && !e ? t / this.layout.size.width * 100 + "%" : t + "px";
  }, d.getYValue = function (t) {
    var e = this.layout._getOption("horizontal");return this.layout.options.percentPosition && e ? t / this.layout.size.height * 100 + "%" : t + "px";
  }, d._transitionTo = function (t, e) {
    this.getPosition();var i = this.position.x,
        n = this.position.y,
        o = parseInt(t, 10),
        r = parseInt(e, 10),
        s = o === this.position.x && r === this.position.y;if (this.setPosition(t, e), s && !this.isTransitioning) return void this.layoutPosition();var a = t - i,
        h = e - n,
        u = {};u.transform = this.getTranslate(a, h), this.transition({ to: u, onTransitionEnd: { transform: this.layoutPosition }, isCleaning: !0 });
  }, d.getTranslate = function (t, e) {
    var i = this.layout._getOption("originLeft"),
        n = this.layout._getOption("originTop");return t = i ? t : -t, e = n ? e : -e, "translate3d(" + t + "px, " + e + "px, 0)";
  }, d.goTo = function (t, e) {
    this.setPosition(t, e), this.layoutPosition();
  }, d.moveTo = d._transitionTo, d.setPosition = function (t, e) {
    this.position.x = parseInt(t, 10), this.position.y = parseInt(e, 10);
  }, d._nonTransition = function (t) {
    this.css(t.to), t.isCleaning && this._removeStyles(t.to);for (var e in t.onTransitionEnd) {
      t.onTransitionEnd[e].call(this);
    }
  }, d.transition = function (t) {
    if (!parseFloat(this.layout.options.transitionDuration)) return void this._nonTransition(t);var e = this._transn;for (var i in t.onTransitionEnd) {
      e.onEnd[i] = t.onTransitionEnd[i];
    }for (i in t.to) {
      e.ingProperties[i] = !0, t.isCleaning && (e.clean[i] = !0);
    }if (t.from) {
      this.css(t.from);var n = this.element.offsetHeight;n = null;
    }this.enableTransition(t.to), this.css(t.to), this.isTransitioning = !0;
  };var l = "opacity," + o(a);d.enableTransition = function () {
    if (!this.isTransitioning) {
      var t = this.layout.options.transitionDuration;t = "number" == typeof t ? t + "ms" : t, this.css({ transitionProperty: l, transitionDuration: t, transitionDelay: this.staggerDelay || 0 }), this.element.addEventListener(h, this, !1);
    }
  }, d.onwebkitTransitionEnd = function (t) {
    this.ontransitionend(t);
  }, d.onotransitionend = function (t) {
    this.ontransitionend(t);
  };var c = { "-webkit-transform": "transform" };d.ontransitionend = function (t) {
    if (t.target === this.element) {
      var e = this._transn,
          n = c[t.propertyName] || t.propertyName;if (delete e.ingProperties[n], i(e.ingProperties) && this.disableTransition(), n in e.clean && (this.element.style[t.propertyName] = "", delete e.clean[n]), n in e.onEnd) {
        var o = e.onEnd[n];o.call(this), delete e.onEnd[n];
      }this.emitEvent("transitionEnd", [this]);
    }
  }, d.disableTransition = function () {
    this.removeTransitionStyles(), this.element.removeEventListener(h, this, !1), this.isTransitioning = !1;
  }, d._removeStyles = function (t) {
    var e = {};for (var i in t) {
      e[i] = "";
    }this.css(e);
  };var f = { transitionProperty: "", transitionDuration: "", transitionDelay: "" };return d.removeTransitionStyles = function () {
    this.css(f);
  }, d.stagger = function (t) {
    t = isNaN(t) ? 0 : t, this.staggerDelay = t + "ms";
  }, d.removeElem = function () {
    this.element.parentNode.removeChild(this.element), this.css({ display: "" }), this.emitEvent("remove", [this]);
  }, d.remove = function () {
    return s && parseFloat(this.layout.options.transitionDuration) ? (this.once("transitionEnd", function () {
      this.removeElem();
    }), void this.hide()) : void this.removeElem();
  }, d.reveal = function () {
    delete this.isHidden, this.css({ display: "" });var t = this.layout.options,
        e = {},
        i = this.getHideRevealTransitionEndProperty("visibleStyle");e[i] = this.onRevealTransitionEnd, this.transition({ from: t.hiddenStyle, to: t.visibleStyle, isCleaning: !0, onTransitionEnd: e });
  }, d.onRevealTransitionEnd = function () {
    this.isHidden || this.emitEvent("reveal");
  }, d.getHideRevealTransitionEndProperty = function (t) {
    var e = this.layout.options[t];if (e.opacity) return "opacity";for (var i in e) {
      return i;
    }
  }, d.hide = function () {
    this.isHidden = !0, this.css({ display: "" });var t = this.layout.options,
        e = {},
        i = this.getHideRevealTransitionEndProperty("hiddenStyle");e[i] = this.onHideTransitionEnd, this.transition({ from: t.visibleStyle, to: t.hiddenStyle, isCleaning: !0, onTransitionEnd: e });
  }, d.onHideTransitionEnd = function () {
    this.isHidden && (this.css({ display: "none" }), this.emitEvent("hide"));
  }, d.destroy = function () {
    this.css({ position: "", left: "", right: "", top: "", bottom: "", transition: "", transform: "" });
  }, n;
}), function (t, e) {
  "use strict";
  "function" == typeof define && define.amd ? define("outlayer/outlayer", ["ev-emitter/ev-emitter", "get-size/get-size", "fizzy-ui-utils/utils", "./item"], function (i, n, o, r) {
    return e(t, i, n, o, r);
  }) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e(t, require("ev-emitter"), require("get-size"), require("fizzy-ui-utils"), require("./item")) : t.Outlayer = e(t, t.EvEmitter, t.getSize, t.fizzyUIUtils, t.Outlayer.Item);
}(window, function (t, e, i, n, o) {
  "use strict";
  function r(t, e) {
    var i = n.getQueryElement(t);if (!i) return void (h && h.error("Bad element for " + this.constructor.namespace + ": " + (i || t)));this.element = i, u && (this.$element = u(this.element)), this.options = n.extend({}, this.constructor.defaults), this.option(e);var o = ++l;this.element.outlayerGUID = o, c[o] = this, this._create();var r = this._getOption("initLayout");r && this.layout();
  }function s(t) {
    function e() {
      t.apply(this, arguments);
    }return e.prototype = Object.create(t.prototype), e.prototype.constructor = e, e;
  }function a(t) {
    if ("number" == typeof t) return t;var e = t.match(/(^\d*\.?\d*)(\w*)/),
        i = e && e[1],
        n = e && e[2];if (!i.length) return 0;i = parseFloat(i);var o = m[n] || 1;return i * o;
  }var h = t.console,
      u = t.jQuery,
      d = function d() {},
      l = 0,
      c = {};r.namespace = "outlayer", r.Item = o, r.defaults = { containerStyle: { position: "relative" }, initLayout: !0, originLeft: !0, originTop: !0, resize: !0, resizeContainer: !0, transitionDuration: "0.4s", hiddenStyle: { opacity: 0, transform: "scale(0.001)" }, visibleStyle: { opacity: 1, transform: "scale(1)" } };var f = r.prototype;n.extend(f, e.prototype), f.option = function (t) {
    n.extend(this.options, t);
  }, f._getOption = function (t) {
    var e = this.constructor.compatOptions[t];return e && void 0 !== this.options[e] ? this.options[e] : this.options[t];
  }, r.compatOptions = { initLayout: "isInitLayout", horizontal: "isHorizontal", layoutInstant: "isLayoutInstant", originLeft: "isOriginLeft", originTop: "isOriginTop", resize: "isResizeBound", resizeContainer: "isResizingContainer" }, f._create = function () {
    this.reloadItems(), this.stamps = [], this.stamp(this.options.stamp), n.extend(this.element.style, this.options.containerStyle);var t = this._getOption("resize");t && this.bindResize();
  }, f.reloadItems = function () {
    this.items = this._itemize(this.element.children);
  }, f._itemize = function (t) {
    for (var e = this._filterFindItemElements(t), i = this.constructor.Item, n = [], o = 0; o < e.length; o++) {
      var r = e[o],
          s = new i(r, this);n.push(s);
    }return n;
  }, f._filterFindItemElements = function (t) {
    return n.filterFindElements(t, this.options.itemSelector);
  }, f.getItemElements = function () {
    return this.items.map(function (t) {
      return t.element;
    });
  }, f.layout = function () {
    this._resetLayout(), this._manageStamps();var t = this._getOption("layoutInstant"),
        e = void 0 !== t ? t : !this._isLayoutInited;this.layoutItems(this.items, e), this._isLayoutInited = !0;
  }, f._init = f.layout, f._resetLayout = function () {
    this.getSize();
  }, f.getSize = function () {
    this.size = i(this.element);
  }, f._getMeasurement = function (t, e) {
    var n,
        o = this.options[t];o ? ("string" == typeof o ? n = this.element.querySelector(o) : o instanceof HTMLElement && (n = o), this[t] = n ? i(n)[e] : o) : this[t] = 0;
  }, f.layoutItems = function (t, e) {
    t = this._getItemsForLayout(t), this._layoutItems(t, e), this._postLayout();
  }, f._getItemsForLayout = function (t) {
    return t.filter(function (t) {
      return !t.isIgnored;
    });
  }, f._layoutItems = function (t, e) {
    if (this._emitCompleteOnItems("layout", t), t && t.length) {
      var i = [];t.forEach(function (t) {
        var n = this._getItemLayoutPosition(t);n.item = t, n.isInstant = e || t.isLayoutInstant, i.push(n);
      }, this), this._processLayoutQueue(i);
    }
  }, f._getItemLayoutPosition = function () {
    return { x: 0, y: 0 };
  }, f._processLayoutQueue = function (t) {
    this.updateStagger(), t.forEach(function (t, e) {
      this._positionItem(t.item, t.x, t.y, t.isInstant, e);
    }, this);
  }, f.updateStagger = function () {
    var t = this.options.stagger;return null === t || void 0 === t ? void (this.stagger = 0) : (this.stagger = a(t), this.stagger);
  }, f._positionItem = function (t, e, i, n, o) {
    n ? t.goTo(e, i) : (t.stagger(o * this.stagger), t.moveTo(e, i));
  }, f._postLayout = function () {
    this.resizeContainer();
  }, f.resizeContainer = function () {
    var t = this._getOption("resizeContainer");if (t) {
      var e = this._getContainerSize();e && (this._setContainerMeasure(e.width, !0), this._setContainerMeasure(e.height, !1));
    }
  }, f._getContainerSize = d, f._setContainerMeasure = function (t, e) {
    if (void 0 !== t) {
      var i = this.size;i.isBorderBox && (t += e ? i.paddingLeft + i.paddingRight + i.borderLeftWidth + i.borderRightWidth : i.paddingBottom + i.paddingTop + i.borderTopWidth + i.borderBottomWidth), t = Math.max(t, 0), this.element.style[e ? "width" : "height"] = t + "px";
    }
  }, f._emitCompleteOnItems = function (t, e) {
    function i() {
      o.dispatchEvent(t + "Complete", null, [e]);
    }function n() {
      s++, s == r && i();
    }var o = this,
        r = e.length;if (!e || !r) return void i();var s = 0;e.forEach(function (e) {
      e.once(t, n);
    });
  }, f.dispatchEvent = function (t, e, i) {
    var n = e ? [e].concat(i) : i;if (this.emitEvent(t, n), u) if (this.$element = this.$element || u(this.element), e) {
      var o = u.Event(e);o.type = t, this.$element.trigger(o, i);
    } else this.$element.trigger(t, i);
  }, f.ignore = function (t) {
    var e = this.getItem(t);e && (e.isIgnored = !0);
  }, f.unignore = function (t) {
    var e = this.getItem(t);e && delete e.isIgnored;
  }, f.stamp = function (t) {
    t = this._find(t), t && (this.stamps = this.stamps.concat(t), t.forEach(this.ignore, this));
  }, f.unstamp = function (t) {
    t = this._find(t), t && t.forEach(function (t) {
      n.removeFrom(this.stamps, t), this.unignore(t);
    }, this);
  }, f._find = function (t) {
    return t ? ("string" == typeof t && (t = this.element.querySelectorAll(t)), t = n.makeArray(t)) : void 0;
  }, f._manageStamps = function () {
    this.stamps && this.stamps.length && (this._getBoundingRect(), this.stamps.forEach(this._manageStamp, this));
  }, f._getBoundingRect = function () {
    var t = this.element.getBoundingClientRect(),
        e = this.size;this._boundingRect = { left: t.left + e.paddingLeft + e.borderLeftWidth, top: t.top + e.paddingTop + e.borderTopWidth, right: t.right - (e.paddingRight + e.borderRightWidth), bottom: t.bottom - (e.paddingBottom + e.borderBottomWidth) };
  }, f._manageStamp = d, f._getElementOffset = function (t) {
    var e = t.getBoundingClientRect(),
        n = this._boundingRect,
        o = i(t),
        r = { left: e.left - n.left - o.marginLeft, top: e.top - n.top - o.marginTop, right: n.right - e.right - o.marginRight, bottom: n.bottom - e.bottom - o.marginBottom };return r;
  }, f.handleEvent = n.handleEvent, f.bindResize = function () {
    t.addEventListener("resize", this), this.isResizeBound = !0;
  }, f.unbindResize = function () {
    t.removeEventListener("resize", this), this.isResizeBound = !1;
  }, f.onresize = function () {
    this.resize();
  }, n.debounceMethod(r, "onresize", 100), f.resize = function () {
    this.isResizeBound && this.needsResizeLayout() && this.layout();
  }, f.needsResizeLayout = function () {
    var t = i(this.element),
        e = this.size && t;return e && t.innerWidth !== this.size.innerWidth;
  }, f.addItems = function (t) {
    var e = this._itemize(t);return e.length && (this.items = this.items.concat(e)), e;
  }, f.appended = function (t) {
    var e = this.addItems(t);e.length && (this.layoutItems(e, !0), this.reveal(e));
  }, f.prepended = function (t) {
    var e = this._itemize(t);if (e.length) {
      var i = this.items.slice(0);this.items = e.concat(i), this._resetLayout(), this._manageStamps(), this.layoutItems(e, !0), this.reveal(e), this.layoutItems(i);
    }
  }, f.reveal = function (t) {
    if (this._emitCompleteOnItems("reveal", t), t && t.length) {
      var e = this.updateStagger();t.forEach(function (t, i) {
        t.stagger(i * e), t.reveal();
      });
    }
  }, f.hide = function (t) {
    if (this._emitCompleteOnItems("hide", t), t && t.length) {
      var e = this.updateStagger();t.forEach(function (t, i) {
        t.stagger(i * e), t.hide();
      });
    }
  }, f.revealItemElements = function (t) {
    var e = this.getItems(t);this.reveal(e);
  }, f.hideItemElements = function (t) {
    var e = this.getItems(t);this.hide(e);
  }, f.getItem = function (t) {
    for (var e = 0; e < this.items.length; e++) {
      var i = this.items[e];if (i.element == t) return i;
    }
  }, f.getItems = function (t) {
    t = n.makeArray(t);var e = [];return t.forEach(function (t) {
      var i = this.getItem(t);i && e.push(i);
    }, this), e;
  }, f.remove = function (t) {
    var e = this.getItems(t);this._emitCompleteOnItems("remove", e), e && e.length && e.forEach(function (t) {
      t.remove(), n.removeFrom(this.items, t);
    }, this);
  }, f.destroy = function () {
    var t = this.element.style;t.height = "", t.position = "", t.width = "", this.items.forEach(function (t) {
      t.destroy();
    }), this.unbindResize();var e = this.element.outlayerGUID;delete c[e], delete this.element.outlayerGUID, u && u.removeData(this.element, this.constructor.namespace);
  }, r.data = function (t) {
    t = n.getQueryElement(t);var e = t && t.outlayerGUID;return e && c[e];
  }, r.create = function (t, e) {
    var i = s(r);return i.defaults = n.extend({}, r.defaults), n.extend(i.defaults, e), i.compatOptions = n.extend({}, r.compatOptions), i.namespace = t, i.data = r.data, i.Item = s(o), n.htmlInit(i, t), u && u.bridget && u.bridget(t, i), i;
  };var m = { ms: 1, s: 1e3 };return r.Item = o, r;
}), function (t, e) {
  "function" == typeof define && define.amd ? define(["outlayer/outlayer", "get-size/get-size"], e) : "object" == (typeof module === "undefined" ? "undefined" : _typeof(module)) && module.exports ? module.exports = e(require("outlayer"), require("get-size")) : t.Masonry = e(t.Outlayer, t.getSize);
}(window, function (t, e) {
  var i = t.create("masonry");return i.compatOptions.fitWidth = "isFitWidth", i.prototype._resetLayout = function () {
    this.getSize(), this._getMeasurement("columnWidth", "outerWidth"), this._getMeasurement("gutter", "outerWidth"), this.measureColumns(), this.colYs = [];for (var t = 0; t < this.cols; t++) {
      this.colYs.push(0);
    }this.maxY = 0;
  }, i.prototype.measureColumns = function () {
    if (this.getContainerWidth(), !this.columnWidth) {
      var t = this.items[0],
          i = t && t.element;this.columnWidth = i && e(i).outerWidth || this.containerWidth;
    }var n = this.columnWidth += this.gutter,
        o = this.containerWidth + this.gutter,
        r = o / n,
        s = n - o % n,
        a = s && 1 > s ? "round" : "floor";r = Math[a](r), this.cols = Math.max(r, 1);
  }, i.prototype.getContainerWidth = function () {
    var t = this._getOption("fitWidth"),
        i = t ? this.element.parentNode : this.element,
        n = e(i);this.containerWidth = n && n.innerWidth;
  }, i.prototype._getItemLayoutPosition = function (t) {
    t.getSize();var e = t.size.outerWidth % this.columnWidth,
        i = e && 1 > e ? "round" : "ceil",
        n = Math[i](t.size.outerWidth / this.columnWidth);n = Math.min(n, this.cols);for (var o = this._getColGroup(n), r = Math.min.apply(Math, o), s = o.indexOf(r), a = { x: this.columnWidth * s, y: r }, h = r + t.size.outerHeight, u = this.cols + 1 - o.length, d = 0; u > d; d++) {
      this.colYs[s + d] = h;
    }return a;
  }, i.prototype._getColGroup = function (t) {
    if (2 > t) return this.colYs;for (var e = [], i = this.cols + 1 - t, n = 0; i > n; n++) {
      var o = this.colYs.slice(n, n + t);e[n] = Math.max.apply(Math, o);
    }return e;
  }, i.prototype._manageStamp = function (t) {
    var i = e(t),
        n = this._getElementOffset(t),
        o = this._getOption("originLeft"),
        r = o ? n.left : n.right,
        s = r + i.outerWidth,
        a = Math.floor(r / this.columnWidth);a = Math.max(0, a);var h = Math.floor(s / this.columnWidth);h -= s % this.columnWidth ? 0 : 1, h = Math.min(this.cols - 1, h);for (var u = this._getOption("originTop"), d = (u ? n.top : n.bottom) + i.outerHeight, l = a; h >= l; l++) {
      this.colYs[l] = Math.max(d, this.colYs[l]);
    }
  }, i.prototype._getContainerSize = function () {
    this.maxY = Math.max.apply(Math, this.colYs);var t = { height: this.maxY };return this._getOption("fitWidth") && (t.width = this._getContainerFitWidth()), t;
  }, i.prototype._getContainerFitWidth = function () {
    for (var t = 0, e = this.cols; --e && 0 === this.colYs[e];) {
      t++;
    }return (this.cols - t) * this.columnWidth - this.gutter;
  }, i.prototype.needsResizeLayout = function () {
    var t = this.containerWidth;return this.getContainerWidth(), t != this.containerWidth;
  }, i;
});
'use strict';

/*! Tablesaw - v3.0.0-beta.4 - 2016-10-12
 * https://github.com/filamentgroup/tablesaw
 * Copyright (c) 2016 Filament Group; Licensed MIT */
;(function (win) {

    var $;
    if ('shoestring' in win) {
        $ = win.shoestring;
    } else if ('jQuery' in win) {
        $ = win.jQuery;
    } else {
        throw new Error("tablesaw: DOM library not found.");
    }

    // DOM-ready auto-init of plugins.
    // Many plugins bind to an "enhance" event to init themselves on dom ready, or when new markup is inserted into the DOM
    $(function () {
        $(document).trigger("enhance.tablesaw");
    });
})(typeof window !== "undefined" ? window : undefined);
'use strict';

var _typeof = typeof Symbol === "function" && typeof Symbol.iterator === "symbol" ? function (obj) { return typeof obj; } : function (obj) { return obj && typeof Symbol === "function" && obj.constructor === Symbol && obj !== Symbol.prototype ? "symbol" : typeof obj; };

/*! Tablesaw - v3.0.0-beta.4 - 2016-10-12
 * https://github.com/filamentgroup/tablesaw
 * Copyright (c) 2016 Filament Group; Licensed MIT */
// UMD module definition
// From: https://github.com/umdjs/umd/blob/master/templates/jqueryPlugin.js

(function (factory) {
    if (typeof define === 'function' && define.amd) {
        // AMD. Register as an anonymous module.
        define(['jquery'], factory);
    } else if ((typeof module === 'undefined' ? 'undefined' : _typeof(module)) === 'object' && module.exports) {
        // Node/CommonJS
        module.exports = function (root, jQuery) {
            if (jQuery === undefined) {
                // require('jQuery') returns a factory that requires window to
                // build a jQuery instance, we normalize how we use modules
                // that require this pattern but the window provided is a noop
                // if it's defined (how jquery works)
                if (typeof window !== 'undefined') {
                    jQuery = require('jquery');
                } else {
                    jQuery = require('jquery')(root);
                }
            }
            factory(jQuery);
            return jQuery;
        };
    } else {
        // Browser globals
        factory(jQuery);
    }
})(function ($) {
    var Tablesaw,
        win = typeof window !== "undefined" ? window : this;

    /*
     * tablesaw: A set of plugins for responsive tables
     * Stack and Column Toggle tables
     * Copyright (c) 2013 Filament Group, Inc.
     * MIT License
     */

    if (typeof Tablesaw === "undefined") {
        Tablesaw = {
            i18n: {
                modes: ['Stack', 'Swipe', 'Toggle'],
                columns: 'Col<span class=\"a11y-sm\">umn</span>s',
                columnBtnText: 'Columns',
                columnsDialogError: 'No eligible columns.',
                sort: 'Sort'
            },
            // cut the mustard
            mustard: 'querySelector' in document && 'head' in document && (!window.blackberry || window.WebKitPoint) && !window.operamini
        };
    }
    if (!Tablesaw.config) {
        Tablesaw.config = {};
    }
    if (Tablesaw.mustard) {
        $(document.documentElement).addClass('tablesaw-enhanced');
    }

    (function () {
        var pluginName = "tablesaw",
            classes = {
            toolbar: "tablesaw-bar"
        },
            events = {
            create: "tablesawcreate",
            destroy: "tablesawdestroy",
            refresh: "tablesawrefresh"
        },
            defaultMode = "stack",
            initSelector = "table[data-tablesaw-mode],table[data-tablesaw-sortable]";

        var Table = function Table(element) {
            if (!element) {
                throw new Error("Tablesaw requires an element.");
            }

            this.table = element;
            this.$table = $(element);

            this.mode = this.$table.attr("data-tablesaw-mode") || defaultMode;

            this.init();
        };

        Table.prototype.init = function () {
            // assign an id if there is none
            if (!this.$table.attr("id")) {
                this.$table.attr("id", pluginName + "-" + Math.round(Math.random() * 10000));
            }

            this.createToolbar();

            var colstart = this._initCells();

            this.$table.trigger(events.create, [this, colstart]);
        };

        Table.prototype._initCells = function () {
            var colstart,
                thrs = this.table.querySelectorAll("thead tr"),
                self = this;

            $(thrs).each(function () {
                var coltally = 0;

                var children = $(this).children();
                var columnlookup = [];
                children.each(function () {
                    var span = parseInt(this.getAttribute("colspan"), 10);

                    columnlookup[coltally] = this;
                    colstart = coltally + 1;

                    if (span) {
                        for (var k = 0; k < span - 1; k++) {
                            coltally++;
                            columnlookup[coltally] = this;
                        }
                    }
                    this.cells = [];
                    coltally++;
                });
                // Note that this assumes that children() returns its results in document order. jQuery doesn't
                // promise that in the docs, but it's a pretty safe assumption.
                self.$table.find("tr").not(thrs[0]).each(function () {
                    var cellcoltally = 0;
                    $(this).children().each(function () {
                        var span = parseInt(this.getAttribute("colspan"), 10);
                        columnlookup[cellcoltally].cells.push(this);
                        if (span) {
                            cellcoltally += span;
                        } else {
                            cellcoltally++;
                        }
                    });
                });
            });

            return colstart;
        };

        Table.prototype.refresh = function () {
            this._initCells();

            this.$table.trigger(events.refresh);
        };

        Table.prototype.createToolbar = function () {
            // Insert the toolbar
            // TODO move this into a separate component
            var $toolbar = this.$table.prev().filter('.' + classes.toolbar);
            if (!$toolbar.length) {
                $toolbar = $('<div>').addClass(classes.toolbar).insertBefore(this.$table);
            }
            this.$toolbar = $toolbar;

            if (this.mode) {
                this.$toolbar.addClass('tablesaw-mode-' + this.mode);
            }
        };

        Table.prototype.destroy = function () {
            // Don’t remove the toolbar. Some of the table features are not yet destroy-friendly.
            this.$table.prev().filter('.' + classes.toolbar).each(function () {
                this.className = this.className.replace(/\btablesaw-mode\-\w*\b/gi, '');
            });

            var tableId = this.$table.attr('id');
            $(document).off("." + tableId);
            $(window).off("." + tableId);

            // other plugins
            this.$table.trigger(events.destroy, [this]);

            this.$table.removeData(pluginName);
        };

        // Collection method.
        $.fn[pluginName] = function () {
            return this.each(function () {
                var $t = $(this);

                if ($t.data(pluginName)) {
                    return;
                }

                var table = new Table(this);
                $t.data(pluginName, table);
            });
        };

        $(document).on("enhance.tablesaw", function (e) {
            // Cut the mustard
            if (Tablesaw.mustard) {
                $(e.target).find(initSelector)[pluginName]();
            }
        });
    })();

    ;(function () {

        var classes = {
            stackTable: 'tablesaw-stack',
            cellLabels: 'tablesaw-cell-label',
            cellContentLabels: 'tablesaw-cell-content'
        };

        var data = {
            obj: 'tablesaw-stack'
        };

        var attrs = {
            labelless: 'data-tablesaw-no-labels',
            hideempty: 'data-tablesaw-hide-empty'
        };

        var Stack = function Stack(element) {

            this.$table = $(element);

            this.labelless = this.$table.is('[' + attrs.labelless + ']');
            this.hideempty = this.$table.is('[' + attrs.hideempty + ']');

            if (!this.labelless) {
                // allHeaders references headers, plus all THs in the thead, which may include several rows, or not
                this.allHeaders = this.$table.find("th");
            }

            this.$table.data(data.obj, this);
        };

        Stack.prototype.init = function (colstart) {
            this.$table.addClass(classes.stackTable);

            if (this.labelless) {
                return;
            }

            // get headers in reverse order so that top-level headers are appended last
            var reverseHeaders = $(this.allHeaders);
            var hideempty = this.hideempty;

            // create the hide/show toggles
            reverseHeaders.each(function () {
                var $t = $(this),
                    $cells = $(this.cells).filter(function () {
                    return !$(this).parent().is("[" + attrs.labelless + "]") && (!hideempty || !$(this).is(":empty"));
                }),
                    hierarchyClass = $cells.not(this).filter("thead th").length && " tablesaw-cell-label-top",

                // TODO reduce coupling with sortable
                $sortableButton = $t.find(".tablesaw-sortable-btn"),
                    html = $sortableButton.length ? $sortableButton.html() : $t.html();

                if (html !== "") {
                    if (hierarchyClass) {
                        var iteration = parseInt($(this).attr("colspan"), 10),
                            filter = "";

                        if (iteration) {
                            filter = "td:nth-child(" + iteration + "n + " + colstart + ")";
                        }
                        $cells.filter(filter).prepend("<b class='" + classes.cellLabels + hierarchyClass + "'>" + html + "</b>");
                    } else {
                        $cells.wrapInner("<span class='" + classes.cellContentLabels + "'></span>");
                        $cells.prepend("<b class='" + classes.cellLabels + "'>" + html + "</b>");
                    }
                }
            });
        };

        Stack.prototype.destroy = function () {
            this.$table.removeClass(classes.stackTable);
            this.$table.find('.' + classes.cellLabels).remove();
            this.$table.find('.' + classes.cellContentLabels).each(function () {
                $(this).replaceWith(this.childNodes);
            });
        };

        // on tablecreate, init
        $(document).on("tablesawcreate", function (e, tablesaw, colstart) {
            if (tablesaw.mode === 'stack') {
                var table = new Stack(tablesaw.table);
                table.init(colstart);
            }
        });

        $(document).on("tablesawdestroy", function (e, tablesaw) {

            if (tablesaw.mode === 'stack') {
                $(tablesaw.table).data(data.obj).destroy();
            }
        });
    })();
    ;(function () {
        var pluginName = "tablesawbtn",
            methods = {
            _create: function _create() {
                return $(this).each(function () {
                    $(this).trigger("beforecreate." + pluginName)[pluginName]("_init").trigger("create." + pluginName);
                });
            },
            _init: function _init() {
                var oEl = $(this),
                    sel = this.getElementsByTagName("select")[0];

                if (sel) {
                    $(this).addClass("btn-select")[pluginName]("_select", sel);
                }
                return oEl;
            },
            _select: function _select(sel) {
                var update = function update(oEl, sel) {
                    var opts = $(sel).find("option");
                    var label = document.createElement("span");
                    var el;
                    var children;
                    var found = false;

                    label.setAttribute("aria-hidden", "true");
                    label.innerHTML = "&#160;";

                    opts.each(function () {
                        var opt = this;
                        if (opt.selected) {
                            label.innerHTML = opt.text;
                        }
                    });

                    children = oEl.childNodes;
                    if (opts.length > 0) {
                        for (var i = 0, l = children.length; i < l; i++) {
                            el = children[i];

                            if (el && el.nodeName.toUpperCase() === "SPAN") {
                                oEl.replaceChild(label, el);
                                found = true;
                            }
                        }

                        if (!found) {
                            oEl.insertBefore(label, oEl.firstChild);
                        }
                    }
                };

                update(this, sel);
                $(this).on("change refresh", function () {
                    update(this, sel);
                });
            }
        };

        // Collection method.
        $.fn[pluginName] = function (arrg, a, b, c) {
            return this.each(function () {

                // if it's a method
                if (arrg && typeof arrg === "string") {
                    return $.fn[pluginName].prototype[arrg].call(this, a, b, c);
                }

                // don't re-init
                if ($(this).data(pluginName + "active")) {
                    return $(this);
                }

                // otherwise, init

                $(this).data(pluginName + "active", true);
                $.fn[pluginName].prototype._create.call(this);
            });
        };

        // add methods
        $.extend($.fn[pluginName].prototype, methods);
    })();
    ;(function () {

        var ColumnToggle = function ColumnToggle(element) {

            this.$table = $(element);

            if (!this.$table.length) {
                return;
            }

            this.classes = {
                columnToggleTable: 'tablesaw-columntoggle',
                columnBtnContain: 'tablesaw-columntoggle-btnwrap tablesaw-advance',
                columnBtn: 'tablesaw-columntoggle-btn tablesaw-nav-btn down',
                popup: 'tablesaw-columntoggle-popup',
                priorityPrefix: 'tablesaw-priority-',
                // TODO duplicate class, also in tables.js
                toolbar: 'tablesaw-bar'
            };

            // Expose headers and allHeaders properties on the widget
            // headers references the THs within the first TR in the table
            this.headers = this.$table.find("tr").eq(0).find("th");

            this.$table.data('tablesaw-coltoggle', this);
        };

        ColumnToggle.prototype.init = function () {

            if (!this.$table.length) {
                return;
            }

            var tableId,
                id,
                $menuButton,
                $popup,
                $menu,
                $btnContain,
                self = this;

            this.$table.addClass(this.classes.columnToggleTable);

            tableId = this.$table.attr("id");
            id = tableId + "-popup";
            $btnContain = $("<div class='" + this.classes.columnBtnContain + "'></div>");
            $menuButton = $("<a href='#" + id + "' class='btn btn-micro " + this.classes.columnBtn + "' data-popup-link>" + "<span>" + Tablesaw.i18n.columnBtnText + "</span></a>");
            $popup = $("<div class='dialog-table-coltoggle " + this.classes.popup + "' id='" + id + "'></div>");
            $menu = $("<div class='btn-group'></div>");

            var hasNonPersistentHeaders = false;
            $(this.headers).not("td").each(function () {
                var $this = $(this),
                    priority = $this.attr("data-tablesaw-priority"),
                    $cells = self.$getCells(this);

                if (priority && priority !== "persist") {
                    $cells.addClass(self.classes.priorityPrefix + priority);

                    $("<label><input type='checkbox' checked>" + $this.text() + "</label>").appendTo($menu).children(0).data("tablesaw-header", this);

                    hasNonPersistentHeaders = true;
                }
            });

            if (!hasNonPersistentHeaders) {
                $menu.append('<label>' + Tablesaw.i18n.columnsDialogError + '</label>');
            }

            $menu.appendTo($popup);

            // bind change event listeners to inputs - TODO: move to a private method?
            $menu.find('input[type="checkbox"]').on("change", function (e) {
                var checked = e.target.checked;

                var $cells = self.$getCellsFromCheckbox(e.target);

                $cells[!checked ? "addClass" : "removeClass"]("tablesaw-cell-hidden");
                $cells[checked ? "addClass" : "removeClass"]("tablesaw-cell-visible");

                self.$table.trigger('tablesawcolumns');
            });

            $menuButton.appendTo($btnContain);
            $btnContain.appendTo(this.$table.prev().filter('.' + this.classes.toolbar));

            function closePopup(event) {
                // Click came from inside the popup, ignore.
                if (event && $(event.target).closest("." + self.classes.popup).length) {
                    return;
                }

                $(document).off('click.' + tableId);
                $menuButton.removeClass('up').addClass('down');
                $btnContain.removeClass('visible');
            }

            var closeTimeout;
            function openPopup() {
                $btnContain.addClass('visible');
                $menuButton.removeClass('down').addClass('up');

                $(document).off('click.' + tableId, closePopup);

                window.clearTimeout(closeTimeout);
                closeTimeout = window.setTimeout(function () {
                    $(document).one('click.' + tableId, closePopup);
                }, 15);
            }

            $menuButton.on("click.tablesaw", function (event) {
                event.preventDefault();

                if (!$btnContain.is(".visible")) {
                    openPopup();
                } else {
                    closePopup();
                }
            });

            $popup.appendTo($btnContain);

            this.$menu = $menu;

            $(window).on("resize." + tableId, function () {
                self.refreshToggle();
            });

            this.refreshToggle();
        };

        ColumnToggle.prototype.$getCells = function (th) {
            return $(th).add(th.cells);
        };

        ColumnToggle.prototype.$getCellsFromCheckbox = function (checkbox) {
            var th = $(checkbox).data("tablesaw-header");
            return this.$getCells(th);
        };

        ColumnToggle.prototype.refreshToggle = function () {
            var self = this;
            this.$menu.find("input").each(function () {
                this.checked = self.$getCellsFromCheckbox(this).eq(0).css("display") === "table-cell";
            });
        };

        ColumnToggle.prototype.refreshPriority = function () {
            var self = this;
            $(this.headers).not("td").each(function () {
                var $this = $(this),
                    priority = $this.attr("data-tablesaw-priority"),
                    $cells = $this.add(this.cells);

                if (priority && priority !== "persist") {
                    $cells.addClass(self.classes.priorityPrefix + priority);
                }
            });
        };

        ColumnToggle.prototype.destroy = function () {
            this.$table.removeClass(this.classes.columnToggleTable);
            this.$table.find('th, td').each(function () {
                var $cell = $(this);
                $cell.removeClass('tablesaw-cell-hidden').removeClass('tablesaw-cell-visible');

                this.className = this.className.replace(/\bui\-table\-priority\-\d\b/g, '');
            });
        };

        // on tablecreate, init
        $(document).on("tablesawcreate", function (e, tablesaw) {

            if (tablesaw.mode === 'columntoggle') {
                var table = new ColumnToggle(tablesaw.table);
                table.init();
            }
        });

        $(document).on("tablesawdestroy", function (e, tablesaw) {
            if (tablesaw.mode === 'columntoggle') {
                $(tablesaw.table).data('tablesaw-coltoggle').destroy();
            }
        });
    })();
    ;(function () {
        function getSortValue(cell) {
            var text = [];

            $(cell.childNodes).each(function () {
                var $el = $(this);
                if ($el.is('input, select')) {
                    text.push($el.val());
                } else if ($el.is('.tablesaw-cell-label')) {} else {
                    text.push(($el.text() || '').replace(/^\s+|\s+$/g, ''));
                }
            });

            return text.join('');
        }

        var pluginName = "tablesaw-sortable",
            initSelector = "table[data-" + pluginName + "]",
            sortableSwitchSelector = "[data-" + pluginName + "-switch]",
            attrs = {
            defaultCol: "data-tablesaw-sortable-default-col",
            numericCol: "data-tablesaw-sortable-numeric"
        },
            classes = {
            head: pluginName + "-head",
            ascend: pluginName + "-ascending",
            descend: pluginName + "-descending",
            switcher: pluginName + "-switch",
            tableToolbar: 'tablesaw-toolbar',
            sortButton: pluginName + "-btn"
        },
            methods = {
            _create: function _create(o) {
                return $(this).each(function () {
                    var init = $(this).data(pluginName + "-init");
                    if (init) {
                        return false;
                    }
                    $(this).data(pluginName + "-init", true).trigger("beforecreate." + pluginName)[pluginName]("_init", o).trigger("create." + pluginName);
                });
            },
            _init: function _init() {
                var el = $(this),
                    heads,
                    $switcher;

                var addClassToTable = function addClassToTable() {
                    el.addClass(pluginName);
                },
                    addClassToHeads = function addClassToHeads(h) {
                    $.each(h, function (i, v) {
                        $(v).addClass(classes.head);
                    });
                },
                    makeHeadsActionable = function makeHeadsActionable(h, fn) {
                    $.each(h, function (i, v) {
                        var b = $("<button class='" + classes.sortButton + "'/>");
                        b.on("click", { col: v }, fn);
                        $(v).wrapInner(b);
                        b.append("<span class='tablesaw-sortable-arrow'>");
                    });
                },
                    clearOthers = function clearOthers(sibs) {
                    $.each(sibs, function (i, v) {
                        var col = $(v);
                        col.removeAttr(attrs.defaultCol);
                        col.removeClass(classes.ascend);
                        col.removeClass(classes.descend);
                    });
                },
                    headsOnAction = function headsOnAction(e) {
                    if ($(e.target).is('a[href]')) {
                        return;
                    }

                    e.stopPropagation();
                    var head = $(this).parent(),
                        v = e.data.col,
                        newSortValue = heads.index(head[0]);

                    clearOthers(head.siblings());
                    if (head.is("." + classes.descend)) {
                        el[pluginName]("sortBy", v, true);
                        newSortValue += '_asc';
                    } else {
                        el[pluginName]("sortBy", v);
                        newSortValue += '_desc';
                    }
                    if ($switcher) {
                        $switcher.find('select').val(newSortValue).trigger('refresh');
                    }

                    e.preventDefault();
                },
                    handleDefault = function handleDefault(heads) {
                    $.each(heads, function (idx, el) {
                        var $el = $(el);
                        if ($el.is("[" + attrs.defaultCol + "]")) {
                            if (!$el.is("." + classes.descend)) {
                                $el.addClass(classes.ascend);
                            }
                        }
                    });
                },
                    addSwitcher = function addSwitcher(heads) {
                    $switcher = $('<div>').addClass(classes.switcher).addClass(classes.tableToolbar);

                    var html = ['<label>' + Tablesaw.i18n.sort + ':'];

                    html.push('<span class="btn"><select>');
                    heads.each(function (j) {
                        var $t = $(this);
                        var isDefaultCol = $t.is("[" + attrs.defaultCol + "]");
                        var isDescending = $t.is("." + classes.descend);

                        var hasNumericAttribute = $t.is('[data-sortable-numeric]');
                        var numericCount = 0;
                        // Check only the first four rows to see if the column is numbers.
                        var numericCountMax = 5;
                        $(this.cells.slice(0, numericCountMax)).each(function () {
                            if (!isNaN(parseInt(getSortValue(this), 10))) {
                                numericCount++;
                            }
                        });
                        var isNumeric = numericCount === numericCountMax;
                        if (!hasNumericAttribute) {
                            $t.attr("data-sortable-numeric", isNumeric ? "" : "false");
                        }

                        html.push('<option' + (isDefaultCol && !isDescending ? ' selected' : '') + ' value="' + j + '_asc">' + $t.text() + ' ' + (isNumeric ? '&#x2191;' : '(A-Z)') + '</option>');
                        html.push('<option' + (isDefaultCol && isDescending ? ' selected' : '') + ' value="' + j + '_desc">' + $t.text() + ' ' + (isNumeric ? '&#x2193;' : '(Z-A)') + '</option>');
                    });
                    html.push('</select></span></label>');

                    $switcher.html(html.join(''));

                    var $toolbar = el.prev().filter('.tablesaw-bar'),
                        $firstChild = $toolbar.children().eq(0);

                    if ($firstChild.length) {
                        $switcher.insertBefore($firstChild);
                    } else {
                        $switcher.appendTo($toolbar);
                    }
                    $switcher.find('.btn').tablesawbtn();
                    $switcher.find('select').on('change', function () {
                        var val = $(this).val().split('_'),
                            head = heads.eq(val[0]);

                        clearOthers(head.siblings());
                        el[pluginName]('sortBy', head.get(0), val[1] === 'asc');
                    });
                };

                addClassToTable();
                heads = el.find("thead th[data-" + pluginName + "-col]");
                addClassToHeads(heads);
                makeHeadsActionable(heads, headsOnAction);
                handleDefault(heads);

                if (el.is(sortableSwitchSelector)) {
                    addSwitcher(heads, el.find('tbody tr:nth-child(-n+3)'));
                }
            },
            getColumnNumber: function getColumnNumber(col) {
                return $(col).prevAll().length;
            },
            getTableRows: function getTableRows() {
                return $(this).find("tbody tr");
            },
            sortRows: function sortRows(rows, colNum, ascending, col) {
                var cells, fn, sorted;
                var getCells = function getCells(rows) {
                    var cells = [];
                    $.each(rows, function (i, r) {
                        var element = $(r).children().get(colNum);
                        cells.push({
                            element: element,
                            cell: getSortValue(element),
                            rowNum: i
                        });
                    });
                    return cells;
                },
                    getSortFxn = function getSortFxn(ascending, forceNumeric) {
                    var fn,
                        regex = /[^\-\+\d\.]/g;
                    if (ascending) {
                        fn = function fn(a, b) {
                            if (forceNumeric) {
                                return parseFloat(a.cell.replace(regex, '')) - parseFloat(b.cell.replace(regex, ''));
                            } else {
                                return a.cell.toLowerCase() > b.cell.toLowerCase() ? 1 : -1;
                            }
                        };
                    } else {
                        fn = function fn(a, b) {
                            if (forceNumeric) {
                                return parseFloat(b.cell.replace(regex, '')) - parseFloat(a.cell.replace(regex, ''));
                            } else {
                                return a.cell.toLowerCase() < b.cell.toLowerCase() ? 1 : -1;
                            }
                        };
                    }
                    return fn;
                },
                    applyToRows = function applyToRows(sorted, rows) {
                    var newRows = [],
                        i,
                        l,
                        cur;
                    for (i = 0, l = sorted.length; i < l; i++) {
                        cur = sorted[i].rowNum;
                        newRows.push(rows[cur]);
                    }
                    return newRows;
                };

                cells = getCells(rows);
                var customFn = $(col).data('tablesaw-sort');
                fn = (customFn && typeof customFn === "function" ? customFn(ascending) : false) || getSortFxn(ascending, $(col).is('[data-sortable-numeric]') && !$(col).is('[data-sortable-numeric="false"]'));

                sorted = cells.sort(fn);
                rows = applyToRows(sorted, rows);
                return rows;
            },
            replaceTableRows: function replaceTableRows(rows) {
                var el = $(this),
                    body = el.find("tbody");

                for (var j = 0, k = rows.length; j < k; j++) {
                    body.append(rows[j]);
                }
            },
            makeColDefault: function makeColDefault(col, a) {
                var c = $(col);
                c.attr(attrs.defaultCol, "true");
                if (a) {
                    c.removeClass(classes.descend);
                    c.addClass(classes.ascend);
                } else {
                    c.removeClass(classes.ascend);
                    c.addClass(classes.descend);
                }
            },
            sortBy: function sortBy(col, ascending) {
                var el = $(this),
                    colNum,
                    rows;

                colNum = el[pluginName]("getColumnNumber", col);
                rows = el[pluginName]("getTableRows");
                rows = el[pluginName]("sortRows", rows, colNum, ascending, col);
                el[pluginName]("replaceTableRows", rows);
                el[pluginName]("makeColDefault", col, ascending);
                el.trigger("tablesaw-sorted");
            }
        };

        // Collection method.
        $.fn[pluginName] = function (arrg) {
            var args = Array.prototype.slice.call(arguments, 1),
                returnVal;

            // if it's a method
            if (arrg && typeof arrg === "string") {
                returnVal = $.fn[pluginName].prototype[arrg].apply(this[0], args);
                return typeof returnVal !== "undefined" ? returnVal : $(this);
            }
            // check init
            if (!$(this).data(pluginName + "-active")) {
                $(this).data(pluginName + "-active", true);
                $.fn[pluginName].prototype._create.call(this, arrg);
            }
            return $(this);
        };
        // add methods
        $.extend($.fn[pluginName].prototype, methods);

        $(document).on("tablesawcreate", function (e, Tablesaw) {
            if (Tablesaw.$table.is(initSelector)) {
                Tablesaw.$table[pluginName]();
            }
        });
    })();

    ;(function () {

        $.extend(Tablesaw.config, {
            swipe: {
                horizontalThreshold: 15,
                verticalThreshold: 30
            }
        });

        function sumStyles($el, props) {
            var total = 0;
            for (var j = 0, k = props.length; j < k; j++) {
                total += parseInt($el.css(props[j]) || 0, 10);
            }
            return total;
        }

        function outerWidth(el) {
            var $el = $(el);
            return $el.width() + sumStyles($el, ["border-left-width", "border-right-width"]);
        }

        var classes = {
            // TODO duplicate class, also in tables.js
            toolbar: "tablesaw-bar",
            hideBtn: "disabled",
            persistWidths: "tablesaw-fix-persist",
            allColumnsVisible: 'tablesaw-all-cols-visible'
        };
        var attrs = {
            disableTouchEvents: "data-tablesaw-no-touch"
        };

        function createSwipeTable($table) {

            var $btns = $("<div class='tablesaw-advance'></div>"),
                $prevBtn = $("<a href='#' class='tablesaw-nav-btn btn btn-micro left' title='Previous Column'></a>").appendTo($btns),
                $nextBtn = $("<a href='#' class='tablesaw-nav-btn btn btn-micro right' title='Next Column'></a>").appendTo($btns),
                $headerCells = $table.find("thead th"),
                $headerCellsNoPersist = $headerCells.not('[data-tablesaw-priority="persist"]'),
                headerWidths = [],
                $head = $(document.head || 'head'),
                tableId = $table.attr('id');

            if (!$headerCells.length) {
                throw new Error("tablesaw swipe: no header cells found. Are you using <th> inside of <thead>?");
            }

            $table.addClass("tablesaw-swipe");

            // Calculate initial widths
            $headerCells.each(function () {
                var width = outerWidth(this);
                headerWidths.push(width);
            });

            $btns.appendTo($table.prev().filter('.tablesaw-bar'));

            if (!tableId) {
                tableId = 'tableswipe-' + Math.round(Math.random() * 10000);
                $table.attr('id', tableId);
            }

            function $getCells(headerCell) {
                return $(headerCell.cells).add(headerCell);
            }

            function showColumn(headerCell) {
                $getCells(headerCell).removeClass('tablesaw-cell-hidden');
            }

            function hideColumn(headerCell) {
                $getCells(headerCell).addClass('tablesaw-cell-hidden');
            }

            function persistColumn(headerCell) {
                $getCells(headerCell).addClass('tablesaw-cell-persist');
            }

            function isPersistent(headerCell) {
                return $(headerCell).is('[data-tablesaw-priority="persist"]');
            }

            function unmaintainWidths() {
                $table.removeClass(classes.persistWidths);
                $('#' + tableId + '-persist').remove();
            }

            function maintainWidths() {
                var prefix = '#' + tableId + '.tablesaw-swipe ',
                    styles = [],
                    tableWidth = $table.width(),
                    hash = [],
                    newHash;

                $headerCells.each(function (index) {
                    var width;
                    if (isPersistent(this)) {
                        width = outerWidth(this);

                        // Only save width on non-greedy columns (take up less than 75% of table width)
                        if (width < tableWidth * 0.75) {
                            hash.push(index + '-' + width);
                            styles.push(prefix + ' .tablesaw-cell-persist:nth-child(' + (index + 1) + ') { width: ' + width + 'px; }');
                        }
                    }
                });
                newHash = hash.join('_');

                $table.addClass(classes.persistWidths);

                var $style = $('#' + tableId + '-persist');
                // If style element not yet added OR if the widths have changed
                if (!$style.length || $style.data('tablesaw-hash') !== newHash) {
                    // Remove existing
                    $style.remove();

                    if (styles.length) {
                        $('<style>' + styles.join("\n") + '</style>').attr('id', tableId + '-persist').data('tablesaw-hash', newHash).appendTo($head);
                    }
                }
            }

            function getNext() {
                var next = [],
                    checkFound;

                $headerCellsNoPersist.each(function (i) {
                    var $t = $(this),
                        isHidden = $t.css("display") === "none" || $t.is(".tablesaw-cell-hidden");

                    if (!isHidden && !checkFound) {
                        checkFound = true;
                        next[0] = i;
                    } else if (isHidden && checkFound) {
                        next[1] = i;

                        return false;
                    }
                });

                return next;
            }

            function getPrev() {
                var next = getNext();
                return [next[1] - 1, next[0] - 1];
            }

            function nextpair(fwd) {
                return fwd ? getNext() : getPrev();
            }

            function canAdvance(pair) {
                return pair[1] > -1 && pair[1] < $headerCellsNoPersist.length;
            }

            function matchesMedia() {
                var matchMedia = $table.attr("data-tablesaw-swipe-media");
                return !matchMedia || "matchMedia" in win && win.matchMedia(matchMedia).matches;
            }

            function fakeBreakpoints() {
                if (!matchesMedia()) {
                    return;
                }

                var containerWidth = $table.parent().width(),
                    persist = [],
                    sum = 0,
                    sums = [],
                    visibleNonPersistantCount = $headerCells.length;

                $headerCells.each(function (index) {
                    var $t = $(this),
                        isPersist = $t.is('[data-tablesaw-priority="persist"]');

                    persist.push(isPersist);
                    sum += headerWidths[index];
                    sums.push(sum);

                    // is persistent or is hidden
                    if (isPersist || sum > containerWidth) {
                        visibleNonPersistantCount--;
                    }
                });

                // We need at least one column to swipe.
                var needsNonPersistentColumn = visibleNonPersistantCount === 0;

                $headerCells.each(function (index) {
                    if (persist[index]) {

                        // for visual box-shadow
                        persistColumn(this);
                        return;
                    }

                    if (sums[index] <= containerWidth || needsNonPersistentColumn) {
                        needsNonPersistentColumn = false;
                        showColumn(this);
                    } else {
                        hideColumn(this);
                    }
                });

                unmaintainWidths();
                $table.trigger('tablesawcolumns');
            }

            function advance(fwd) {
                var pair = nextpair(fwd);
                if (canAdvance(pair)) {
                    if (isNaN(pair[0])) {
                        if (fwd) {
                            pair[0] = 0;
                        } else {
                            pair[0] = $headerCellsNoPersist.length - 1;
                        }
                    }

                    maintainWidths();

                    hideColumn($headerCellsNoPersist.get(pair[0]));
                    showColumn($headerCellsNoPersist.get(pair[1]));

                    $table.trigger('tablesawcolumns');
                }
            }

            $prevBtn.add($nextBtn).on("click", function (e) {
                advance(!!$(e.target).closest($nextBtn).length);
                e.preventDefault();
            });

            function getCoord(event, key) {
                return (event.touches || event.originalEvent.touches)[0][key];
            }

            if (!$table.is("[" + attrs.disableTouchEvents + "]")) {

                $table.on("touchstart.swipetoggle", function (e) {
                    var originX = getCoord(e, 'pageX'),
                        originY = getCoord(e, 'pageY'),
                        x,
                        y;

                    $(win).off("resize", fakeBreakpoints);

                    $(this).on("touchmove", function (e) {
                        x = getCoord(e, 'pageX');
                        y = getCoord(e, 'pageY');
                        var cfg = Tablesaw.config.swipe;
                        if (Math.abs(x - originX) > cfg.horizontalThreshold && Math.abs(y - originY) < cfg.verticalThreshold) {
                            e.preventDefault();
                        }
                    }).on("touchend.swipetoggle", function () {
                        var cfg = Tablesaw.config.swipe;
                        if (Math.abs(y - originY) < cfg.verticalThreshold) {
                            if (x - originX < -1 * cfg.horizontalThreshold) {
                                advance(true);
                            }
                            if (x - originX > cfg.horizontalThreshold) {
                                advance(false);
                            }
                        }

                        window.setTimeout(function () {
                            $(win).on("resize", fakeBreakpoints);
                        }, 300);
                        $(this).off("touchmove touchend");
                    });
                });
            }

            $table.on("tablesawcolumns.swipetoggle", function () {
                var canGoPrev = canAdvance(getPrev());
                var canGoNext = canAdvance(getNext());
                $prevBtn[canGoPrev ? "removeClass" : "addClass"](classes.hideBtn);
                $nextBtn[canGoNext ? "removeClass" : "addClass"](classes.hideBtn);

                $prevBtn.closest("." + classes.toolbar)[!canGoPrev && !canGoNext ? 'addClass' : 'removeClass'](classes.allColumnsVisible);
            }).on("tablesawnext.swipetoggle", function () {
                advance(true);
            }).on("tablesawprev.swipetoggle", function () {
                advance(false);
            }).on("tablesawdestroy.swipetoggle", function () {
                var $t = $(this);

                $t.removeClass('tablesaw-swipe');
                $t.prev().filter('.tablesaw-bar').find('.tablesaw-advance').remove();
                $(win).off("resize", fakeBreakpoints);

                $t.off(".swipetoggle");
            }).on("tablesawrefresh", function () {
                // manual refresh
                headerWidths = [];
                $headerCells.each(function () {
                    var width = outerWidth(this);
                    headerWidths.push(width);
                });

                fakeBreakpoints();
            });

            fakeBreakpoints();
            $(win).on("resize", fakeBreakpoints);
        }

        // on tablecreate, init
        $(document).on("tablesawcreate", function (e, tablesaw) {
            if (tablesaw.mode === 'swipe') {
                createSwipeTable(tablesaw.$table);
            }
        });
    })();

    ;(function () {

        var MiniMap = {
            attr: {
                init: 'data-tablesaw-minimap'
            }
        };

        function createMiniMap($table) {

            var $btns = $('<div class="tablesaw-advance minimap">'),
                $dotNav = $('<ul class="tablesaw-advance-dots">').appendTo($btns),
                hideDot = 'tablesaw-advance-dots-hide',
                $headerCells = $table.find('thead th');

            // populate dots
            $headerCells.each(function () {
                $dotNav.append('<li><i></i></li>');
            });

            $btns.appendTo($table.prev().filter('.tablesaw-bar'));

            function showMinimap($table) {
                var mq = $table.attr(MiniMap.attr.init);
                return !mq || win.matchMedia && win.matchMedia(mq).matches;
            }

            function showHideNav() {
                if (!showMinimap($table)) {
                    $btns.css("display", "none");
                    return;
                }
                $btns.css("display", "block");

                // show/hide dots
                var dots = $dotNav.find("li").removeClass(hideDot);
                $table.find("thead th").each(function (i) {
                    if ($(this).css("display") === "none") {
                        dots.eq(i).addClass(hideDot);
                    }
                });
            }

            // run on init and resize
            showHideNav();
            $(win).on("resize", showHideNav);

            $table.on("tablesawcolumns.minimap", function () {
                showHideNav();
            }).on("tablesawdestroy.minimap", function () {
                var $t = $(this);

                $t.prev().filter('.tablesaw-bar').find('.tablesaw-advance').remove();
                $(win).off("resize", showHideNav);

                $t.off(".minimap");
            });
        }

        // on tablecreate, init
        $(document).on("tablesawcreate", function (e, tablesaw) {

            if ((tablesaw.mode === 'swipe' || tablesaw.mode === 'columntoggle') && tablesaw.$table.is('[ ' + MiniMap.attr.init + ']')) {
                createMiniMap(tablesaw.$table);
            }
        });
    })();

    ;(function () {

        var S = {
            selectors: {
                init: 'table[data-tablesaw-mode-switch]'
            },
            attributes: {
                excludeMode: 'data-tablesaw-mode-exclude'
            },
            classes: {
                main: 'tablesaw-modeswitch',
                toolbar: 'tablesaw-toolbar'
            },
            modes: ['stack', 'swipe', 'columntoggle'],
            init: function init(table) {
                var $table = $(table),
                    ignoreMode = $table.attr(S.attributes.excludeMode),
                    $toolbar = $table.prev().filter('.tablesaw-bar'),
                    modeVal = '',
                    $switcher = $('<div>').addClass(S.classes.main + ' ' + S.classes.toolbar);

                var html = ['<label>' + Tablesaw.i18n.columns + ':'],
                    dataMode = $table.attr('data-tablesaw-mode'),
                    isSelected;

                html.push('<span class="btn"><select>');
                for (var j = 0, k = S.modes.length; j < k; j++) {
                    if (ignoreMode && ignoreMode.toLowerCase() === S.modes[j]) {
                        continue;
                    }

                    isSelected = dataMode === S.modes[j];

                    if (isSelected) {
                        modeVal = S.modes[j];
                    }

                    html.push('<option' + (isSelected ? ' selected' : '') + ' value="' + S.modes[j] + '">' + Tablesaw.i18n.modes[j] + '</option>');
                }
                html.push('</select></span></label>');

                $switcher.html(html.join(''));

                var $otherToolbarItems = $toolbar.find('.tablesaw-advance').eq(0);
                if ($otherToolbarItems.length) {
                    $switcher.insertBefore($otherToolbarItems);
                } else {
                    $switcher.appendTo($toolbar);
                }

                $switcher.find('.btn').tablesawbtn();
                $switcher.find('select').on('change', S.onModeChange);
            },
            onModeChange: function onModeChange() {
                var $t = $(this),
                    $switcher = $t.closest('.' + S.classes.main),
                    $table = $t.closest('.tablesaw-bar').next().eq(0),
                    val = $t.val();

                $switcher.remove();
                $table.data('tablesaw').destroy();

                $table.attr('data-tablesaw-mode', val);
                $table.tablesaw();
            }
        };

        $(win.document).on("tablesawcreate", function (e, Tablesaw) {
            if (Tablesaw.$table.is(S.selectors.init)) {
                S.init(Tablesaw.table);
            }
        });
    })();
});
'use strict';

$(document).foundation();

$("#toggle-sidebar").click(function () {
    $('#offCanvas').toggleClass('is-open');
});

$('.masonry-grid').masonry({
    itemSelector: '.grid-item'
});

// Data Viz Colors

var colorData = [];
$.each([0, 1, 2, 3, 4, 5, 6], function (idx) {
    colorData.push($('.color-data-' + (idx + 1)).css('fill'));
});

// End Data Viz Colors

$('body').on('touchend', function () {
    $('.side-bar-main').css('width', '45px');
});

$('.side-bar-main').on('touchend', function (e) {
    e.stopPropagation();
    $(this).css('width', '250px');
});

$(window).scroll(function () {
    var scroll = $(window).scrollTop();
    if (scroll >= 50) {
        $(".search-box").addClass("search-box-smaller");
    } else {
        $(".search-box").removeClass("search-box-smaller");
    }
});

$(window).scroll(function () {
    var scroll = $(window).scrollTop();
    if (scroll >= 50) {
        $(".help-content").addClass("help-push-top");
    } else {
        $(".help-content").removeClass("help-push-top");
    }
});
//# sourceMappingURL=data:application/json;charset=utf8;base64,{"version":3,"sources":["jquery.js","what-input.js","foundation.core.js","foundation.util.box.js","foundation.util.keyboard.js","foundation.util.mediaQuery.js","foundation.util.motion.js","foundation.util.nest.js","foundation.util.timerAndImageLoader.js","foundation.util.touch.js","foundation.util.triggers.js","foundation.abide.js","foundation.accordion.js","foundation.accordionMenu.js","foundation.drilldown.js","foundation.dropdown.js","foundation.dropdownMenu.js","foundation.equalizer.js","foundation.interchange.js","foundation.magellan.js","foundation.offcanvas.js","foundation.orbit.js","foundation.responsiveMenu.js","foundation.responsiveToggle.js","foundation.reveal.js","foundation.slider.js","foundation.sticky.js","foundation.tabs.js","foundation.toggler.js","foundation.tooltip.js","foundation.zf.responsiveAccordionTabs.js","kendo.js","masonry.pkgd.min.js","tablesaw-init.js","tablesaw.jquery.js","app.js"],"names":["global","factory","module","exports","document","w","Error","window","noGlobal","arr","slice","concat","push","indexOf","class2type","toString","hasOwn","hasOwnProperty","support","version","jQuery","selector","context","fn","init","rtrim","rmsPrefix","rdashAlpha","fcamelCase","all","letter","toUpperCase","prototype","jquery","constructor","length","toArray","call","get","num","pushStack","elems","ret","merge","prevObject","each","callback","map","elem","i","apply","arguments","first","eq","last","len","j","end","sort","splice","extend","options","name","src","copy","copyIsArray","clone","target","deep","isFunction","isPlainObject","isArray","undefined","expando","Math","random","replace","isReady","error","msg","noop","obj","type","Array","isWindow","isNumeric","realStringObj","parseFloat","key","nodeType","isEmptyObject","globalEval","code","script","indirect","eval","trim","createElement","text","head","appendChild","parentNode","removeChild","camelCase","string","nodeName","toLowerCase","isArrayLike","makeArray","results","Object","inArray","second","grep","invert","callbackInverse","matches","callbackExpect","arg","value","guid","proxy","tmp","args","now","Date","Symbol","iterator","split","Sizzle","Expr","getText","isXML","tokenize","compile","select","outermostContext","sortInput","hasDuplicate","setDocument","docElem","documentIsHTML","rbuggyQSA","rbuggyMatches","contains","preferredDoc","dirruns","done","classCache","createCache","tokenCache","compilerCache","sortOrder","a","b","MAX_NEGATIVE","pop","push_native","list","booleans","whitespace","identifier","attributes","pseudos","rwhitespace","RegExp","rcomma","rcombinators","rattributeQuotes","rpseudo","ridentifier","matchExpr","rinputs","rheader","rnative","rquickExpr","rsibling","rescape","runescape","funescape","_","escaped","escapedWhitespace","high","String","fromCharCode","unloadHandler","childNodes","e","els","seed","m","nid","nidselect","match","groups","newSelector","newContext","ownerDocument","exec","getElementById","id","getElementsByTagName","getElementsByClassName","qsa","test","getAttribute","setAttribute","toSelector","join","testContext","querySelectorAll","qsaError","removeAttribute","keys","cache","cacheLength","shift","markFunction","assert","div","addHandle","attrs","handler","attrHandle","siblingCheck","cur","diff","sourceIndex","nextSibling","createInputPseudo","createButtonPseudo","createPositionalPseudo","argument","matchIndexes","documentElement","node","hasCompare","parent","doc","defaultView","top","addEventListener","attachEvent","className","createComment","getById","getElementsByName","find","filter","attrId","getAttributeNode","tag","innerHTML","input","matchesSelector","webkitMatchesSelector","mozMatchesSelector","oMatchesSelector","msMatchesSelector","disconnectedMatch","compareDocumentPosition","adown","bup","compare","sortDetached","aup","ap","bp","unshift","expr","elements","attr","val","specified","uniqueSort","duplicates","detectDuplicates","sortStable","textContent","firstChild","nodeValue","selectors","createPseudo","relative","dir","preFilter","excess","unquoted","nodeNameSelector","pattern","operator","check","result","what","simple","forward","ofType","xml","uniqueCache","outerCache","nodeIndex","start","useCache","lastChild","uniqueID","pseudo","setFilters","idx","matched","matcher","unmatched","innerText","lang","elemLang","hash","location","activeElement","hasFocus","href","tabIndex","disabled","checked","selected","selectedIndex","radio","checkbox","file","password","image","submit","reset","filters","parseOnly","tokens","soFar","preFilters","cached","addCombinator","combinator","base","checkNonElements","doneName","oldCache","newCache","elementMatcher","matchers","multipleContexts","contexts","condense","newUnmatched","mapped","setMatcher","postFilter","postFinder","postSelector","temp","preMap","postMap","preexisting","matcherIn","matcherOut","matcherFromTokens","checkContext","leadingRelative","implicitRelative","matchContext","matchAnyContext","matcherFromGroupMatchers","elementMatchers","setMatchers","bySet","byElement","superMatcher","outermost","matchedCount","setMatched","contextBackup","dirrunsUnique","token","compiled","div1","defaultValue","unique","isXMLDoc","until","truncate","is","siblings","n","rneedsContext","needsContext","rsingleTag","risSimple","winnow","qualifier","not","self","rootjQuery","root","parseHTML","ready","rparentsprev","guaranteedUnique","children","contents","next","prev","has","targets","l","closest","pos","index","prevAll","add","addBack","sibling","parents","parentsUntil","nextAll","nextUntil","prevUntil","contentDocument","reverse","rnotwhite","createOptions","object","flag","Callbacks","firing","memory","fired","locked","queue","firingIndex","fire","once","stopOnFalse","remove","empty","disable","lock","fireWith","Deferred","func","tuples","state","promise","always","deferred","fail","then","fns","newDefer","tuple","returned","progress","notify","resolve","reject","pipe","stateString","when","subordinate","resolveValues","remaining","updateFunc","values","progressValues","notifyWith","resolveWith","progressContexts","resolveContexts","readyList","readyWait","holdReady","hold","wait","triggerHandler","off","completed","removeEventListener","readyState","doScroll","setTimeout","access","chainable","emptyGet","raw","bulk","acceptData","owner","Data","uid","register","initial","defineProperty","writable","configurable","set","data","prop","stored","camel","hasData","dataPriv","dataUser","rbrace","rmultiDash","dataAttr","parseJSON","removeData","_data","_removeData","camelKey","dequeue","startLength","hooks","_queueHooks","stop","setter","clearQueue","count","defer","pnum","source","rcssNum","cssExpand","isHidden","el","css","adjustCSS","valueParts","tween","adjusted","scale","maxIterations","currentValue","unit","cssNumber","initialInUnit","style","rcheckableType","rtagName","rscriptType","wrapMap","option","thead","col","tr","td","_default","optgroup","tbody","tfoot","colgroup","caption","th","getAll","setGlobalEval","refElements","rhtml","buildFragment","scripts","selection","ignored","wrap","fragment","createDocumentFragment","nodes","createTextNode","htmlPrefilter","checkClone","cloneNode","noCloneChecked","rkeyEvent","rmouseEvent","rtypenamespace","returnTrue","returnFalse","safeActiveElement","err","on","types","one","origFn","event","handleObjIn","eventHandle","events","t","handleObj","special","handlers","namespaces","origType","elemData","handle","triggered","dispatch","delegateType","bindType","namespace","delegateCount","setup","mappedTypes","origCount","teardown","removeEvent","fix","handlerQueue","delegateTarget","preDispatch","isPropagationStopped","currentTarget","isImmediatePropagationStopped","rnamespace","preventDefault","stopPropagation","postDispatch","sel","isNaN","button","props","fixHooks","keyHooks","original","which","charCode","keyCode","mouseHooks","eventDoc","body","pageX","clientX","scrollLeft","clientLeft","pageY","clientY","scrollTop","clientTop","originalEvent","fixHook","Event","load","noBubble","focus","trigger","blur","click","beforeunload","returnValue","isDefaultPrevented","defaultPrevented","timeStamp","isSimulated","stopImmediatePropagation","mouseenter","mouseleave","pointerenter","pointerleave","orig","related","relatedTarget","rxhtmlTag","rnoInnerhtml","rchecked","rscriptTypeMasked","rcleanScript","manipulationTarget","content","disableScript","restoreScript","cloneCopyEvent","dest","pdataOld","pdataCur","udataOld","udataCur","fixInput","domManip","collection","hasScripts","iNoClone","html","_evalUrl","keepData","cleanData","dataAndEvents","deepDataAndEvents","srcElements","destElements","inPage","detach","append","prepend","insertBefore","before","after","replaceWith","replaceChild","appendTo","prependTo","insertAfter","replaceAll","insert","iframe","elemdisplay","HTML","BODY","actualDisplay","display","defaultDisplay","write","close","rmargin","rnumnonpx","getStyles","view","opener","getComputedStyle","swap","old","pixelPositionVal","boxSizingReliableVal","pixelMarginRightVal","reliableMarginLeftVal","container","backgroundClip","clearCloneStyle","cssText","computeStyleTests","divStyle","marginLeft","width","marginRight","pixelPosition","boxSizingReliable","pixelMarginRight","reliableMarginLeft","reliableMarginRight","marginDiv","curCSS","computed","minWidth","maxWidth","getPropertyValue","addGetHookIf","conditionFn","hookFn","rdisplayswap","cssShow","position","visibility","cssNormalTransform","letterSpacing","fontWeight","cssPrefixes","emptyStyle","vendorPropName","capName","setPositiveNumber","subtract","max","augmentWidthOrHeight","extra","isBorderBox","styles","getWidthOrHeight","valueIsBorderBox","offsetWidth","offsetHeight","showHide","show","hidden","cssHooks","opacity","cssProps","origName","isFinite","getBoundingClientRect","left","margin","padding","border","prefix","suffix","expand","expanded","parts","hide","toggle","Tween","easing","propHooks","run","percent","eased","duration","step","fx","linear","p","swing","cos","PI","fxNow","timerId","rfxtypes","rrun","createFxNow","genFx","includeWidth","height","createTween","animation","Animation","tweeners","defaultPrefilter","opts","oldfire","checkDisplay","anim","dataShow","unqueued","overflow","overflowX","overflowY","propFilter","specialEasing","properties","stopped","prefilters","tick","currentTime","startTime","tweens","originalProperties","originalOptions","gotoEnd","rejectWith","timer","complete","tweener","prefilter","speed","opt","speeds","fadeTo","to","animate","optall","doAnimation","finish","stopQueue","timers","cssFn","slideDown","slideUp","slideToggle","fadeIn","fadeOut","fadeToggle","interval","setInterval","clearInterval","slow","fast","delay","time","timeout","clearTimeout","checkOn","optSelected","optDisabled","radioValue","boolHook","removeAttr","nType","attrHooks","bool","propName","attrNames","propFix","getter","rfocusable","rclickable","removeProp","tabindex","parseInt","rclass","getClass","addClass","classes","curValue","clazz","finalValue","removeClass","toggleClass","stateVal","classNames","hasClass","rreturn","rspaces","valHooks","optionSet","rfocusMorph","onlyHandlers","bubbleType","ontype","eventPath","isTrigger","parentWindow","simulate","hover","fnOver","fnOut","focusin","attaches","nonce","rquery","JSON","parse","parseXML","DOMParser","parseFromString","rhash","rts","rheaders","rlocalProtocol","rnoContent","rprotocol","transports","allTypes","originAnchor","addToPrefiltersOrTransports","structure","dataTypeExpression","dataType","dataTypes","inspectPrefiltersOrTransports","jqXHR","inspected","seekingTransport","inspect","prefilterOrFactory","dataTypeOrTransport","ajaxExtend","flatOptions","ajaxSettings","ajaxHandleResponses","s","responses","ct","finalDataType","firstDataType","mimeType","getResponseHeader","converters","ajaxConvert","response","isSuccess","conv2","current","conv","responseFields","dataFilter","throws","active","lastModified","etag","url","isLocal","protocol","processData","async","contentType","accepts","json","ajaxSetup","settings","ajaxPrefilter","ajaxTransport","ajax","transport","cacheURL","responseHeadersString","responseHeaders","timeoutTimer","urlAnchor","fireGlobals","callbackContext","globalEventContext","completeDeferred","statusCode","requestHeaders","requestHeadersNames","strAbort","getAllResponseHeaders","setRequestHeader","lname","overrideMimeType","status","abort","statusText","finalText","success","method","crossDomain","host","param","traditional","hasContent","ifModified","headers","beforeSend","send","nativeStatusText","modified","getJSON","getScript","wrapAll","firstElementChild","wrapInner","unwrap","visible","getClientRects","r20","rbracket","rCRLF","rsubmitterTypes","rsubmittable","buildParams","v","encodeURIComponent","serialize","serializeArray","xhr","XMLHttpRequest","xhrSuccessStatus","xhrSupported","cors","errorCallback","open","username","xhrFields","onload","onerror","onabort","onreadystatechange","responseType","responseText","binary","charset","scriptCharset","evt","oldCallbacks","rjsonp","jsonp","jsonpCallback","originalSettings","callbackName","overwritten","responseContainer","jsonProp","keepScripts","parsed","_load","params","animated","getWindow","offset","setOffset","curPosition","curLeft","curCSSTop","curTop","curOffset","curCSSLeft","calculatePosition","curElem","using","win","box","pageYOffset","pageXOffset","offsetParent","parentOffset","scrollTo","Height","Width","defaultExtra","funcName","bind","unbind","delegate","undelegate","size","andSelf","define","amd","_jQuery","_$","$","noConflict","FOUNDATION_VERSION","Foundation","_plugins","_uuids","rtl","plugin","functionName","attrName","hyphenate","registerPlugin","pluginName","uuid","GetYoDigits","$element","unregisterPlugin","reInit","plugins","isJQ","_init","_this","plgs","forEach","foundation","console","round","pow","reflow","$elem","$el","warn","thing","parseValue","er","getFnName","transitionend","transitions","util","throttle","$meta","$noJS","MediaQuery","plugClass","ReferenceError","TypeError","getTime","vendors","requestAnimationFrame","vp","cancelAnimationFrame","navigator","userAgent","lastTime","nextTime","performance","Function","oThis","aArgs","fToBind","fNOP","fBound","funcNameRegex","str","Box","ImNotTouchingYou","GetDimensions","GetOffsets","element","lrOnly","tbOnly","eleDims","bottom","right","parDims","windowDims","allDirs","rect","parRect","winRect","winY","winX","parentDims","anchor","vOffset","hOffset","isOverflow","$eleDims","$anchorDims","keyCodes","commands","Keyboard","getKeyCodes","parseKey","shiftKey","ctrlKey","altKey","handleKey","component","functions","commandList","cmds","command","ltr","handled","unhandled","findFocusable","componentName","trapFocus","$focusable","$firstFocusable","$lastFocusable","releaseFocus","kcs","k","kc","defaultQueries","landscape","portrait","retina","queries","extractedStyles","namedQueries","parseStyleToObject","_getCurrentSize","_watcher","atLeast","query","matchMedia","newSize","currentSize","styleMedia","media","info","currentStyle","matchMedium","styleSheet","styleObject","reduce","decodeURIComponent","initClasses","activeClasses","Motion","animateIn","cb","animateOut","Move","prog","move","ts","isIn","initClass","activeClass","transitionDuration","Nest","Feather","menu","items","subMenuClass","subItemClass","hasSubClass","$item","$sub","Burn","Timer","nameSpace","remain","isPaused","restart","infinite","pause","onImagesLoaded","images","unloaded","singleImageLoaded","spotSwipe","enabled","moveThreshold","timeThreshold","startPosX","startPosY","elapsedTime","isMoving","onTouchEnd","onTouchMove","x","touches","y","dx","dy","abs","onTouchStart","swipe","addTouch","handleTouch","changedTouches","eventTypes","touchstart","touchmove","touchend","simulatedEvent","MouseEvent","screenX","screenY","createEvent","initMouseEvent","dispatchEvent","MutationObserver","prefixes","triggers","checkListeners","eventsListener","resizeListener","scrollListener","mutateListener","closemeListener","yetiBoxes","plugNames","listeners","pluginId","debounce","$nodes","listeningElementsMutation","mutationRecordsList","$target","attributeName","elementObserver","observe","childList","characterData","subtree","attributeFilter","IHearYou","Abide","defaults","$inputs","_events","resetForm","validateForm","validateOn","validateInput","liveValidate","validateOnBlur","isGood","$error","formErrorSelector","$label","$els","labels","findLabel","$formError","findFormError","labelErrorClass","formErrorClass","inputErrorClass","groupName","$labels","findRadioLabels","$formErrors","removeRadioErrorClasses","clearRequire","requiredCheck","validated","customValidator","validator","equalTo","validateRadio","validateText","matchValidation","validators","goodToGo","message","dependentElements","acc","noError","inputText","valid","patterns","$group","required","clear","$form","removeErrorClasses","alpha","alpha_numeric","integer","number","card","cvv","email","domain","datetime","date","dateISO","month_day_year","day_month_year","color","Accordion","$tabs","$content","linkId","$initActive","down","$tabContent","$a","multiExpand","previous","up","firstTime","$currentActive","slideSpeed","$aunts","allowAllClosed","AccordionMenu","multiOpen","$menuLinks","subId","isActive","initPanes","$submenu","$elements","$prevElement","$nextElement","min","closeAll","hideAll","$menus","Drilldown","$submenuAnchors","$submenus","$menuItems","_prepareMenu","_registerEvents","_keyboardEvents","$link","parentLink","$menu","$back","backButtonPosition","backButton","_back","autoHeight","$wrapper","wrapper","animateHeight","_getMaxDims","_show","closeOnClick","$body","_hideAll","_resize","_bindHandler","_scrollTop","$scrollTopElement","scrollTopElement","scrollPos","scrollTopOffset","animationDuration","animationEasing","_hide","parentSubMenu","maxHeight","numOfElems","Dropdown","$id","$anchor","parentClass","$parent","positionClass","getPositionClass","counter","usedPositions","verticalPosition","horizontalPosition","classChanged","direction","newWidth","parentHOffset","$parentDims","_reposition","_setPosition","bodyData","whatinput","hoverDelay","hoverPane","visibleFocusableElements","autoFocus","_addBodyHandler","curPositionClass","DropdownMenu","subs","verticalClass","rightClass","alignment","changed","hasTouch","ontouchstart","parClass","handleClickFn","hasSub","hasClicked","clickOpen","forceFollow","closeOnClickInside","disableHover","autoclose","closingTime","isTab","prevSibling","openSub","closeSub","_isVertical","$sibs","oldClass","$parentLi","$toClose","somethingToClose","Equalizer","eqId","$watched","hasNested","isNested","isOn","onResizeMeBound","_onResizeMe","onPostEqualizedBound","_onPostEqualized","imgs","tooSmall","equalizeOn","_checkMQ","_reflow","_pauseEvents","equalizeOnStack","_isStacked","equalizeByRow","getHeightsByRow","applyHeightByRow","getHeights","applyHeight","heights","lastElTopOffset","group","elOffsetTop","ln","groupsILength","lenJ","Interchange","rules","currentPath","_addBreakpoints","_generateRules","rule","path","SPECIAL_QUERIES","rulesList","Magellan","calcPoints","$targets","$links","$active","points","winHeight","innerHeight","clientHeight","docHeight","scrollHeight","$tar","pt","threshold","targetPoint","deepLinking","scrollToLoc","_updateActive","arrival","loc","_inTransition","barOffset","winPos","curIdx","isDown","curVisible","history","pushState","OffCanvas","$lastTrigger","$triggers","transition","contentOverlay","overlay","overlayPosition","$overlay","isRevealed","revealClass","revealOn","_setMQChecker","transitionTime","_handleKeyboard","reveal","$closer","forceTo","contentScroll","_stopScrolling","Orbit","_reset","containerClass","$slides","slideClass","$images","initActive","useMUI","_prepareForOrbit","bullets","_loadBullets","autoPlay","geoSync","accessible","$bullets","boxOfBullets","timerDelay","changeSlide","_setWrapperHeight","pauseOnHover","navButtons","$controls","nextClass","prevClass","$slide","_updateBullets","isLTR","chosenSlide","$curSlide","$firstSlide","$lastSlide","dirIn","dirOut","$newSlide","infiniteWrap","$oldBullet","span","$newBullet","animInFromRight","animOutToRight","animInFromLeft","animOutToLeft","ResponsiveMenu","currentMq","currentPlugin","rulesTree","ruleSize","rulePlugin","MenuPlugins","_checkMediaQueries","matchedMq","cssClass","destroy","dropdown","drilldown","accordion","ResponsiveToggle","targetID","$targetMenu","$toggler","animationIn","animationOut","_update","_updateMqHandler","toggleMenu","hideFor","Reveal","mq","isMobile","mobileSniff","fullScreen","_makeOverlay","deepLink","outerWidth","outerHeight","_updatePosition","_handleState","multipleOpened","addRevealOpenClasses","originalScrollPos","afterAnimation","focusableElements","showDelay","_extraHandlers","closeOnEsc","finishUp","hideDelay","resetOnClose","replaceState","title","btmOffsetPct","iPhoneSniff","androidSniff","Slider","inputs","handles","$handle","$input","$fill","vertical","isDbl","disabledClass","binding","_setInitAttr","doubleSided","$handle2","$input2","setHandles","_setHandlePos","pctOfBar","positionValueFunction","_logTransform","_powTransform","toFixed","baseLog","nonLinearBase","$hndl","noInvert","h2Val","h1Val","vert","hOrW","lOrT","handleDim","elemDim","_pctOfBar","pxToMove","movement","decimal","_setValues","isLeftHndl","dim","handlePct","handlePos","initialStart","moveTime","changedDelay","initVal","initialEnd","hasVal","eventOffset","halfOfHandle","barDim","windowScroll","elemOffset","eventFromBar","barXY","offsetPct","_value","_adjustValue","firstHndlPos","absPosition","secndHndlPos","prev_val","next_val","_eventsForHandle","curHandle","_handleEvent","clickSelect","draggable","_$handle","oldValue","newValue","decrease","increase","decrease_fast","increase_fast","invertVertical","frac","clickPos","log","Sticky","wasWrapped","$container","stickyClass","scrollCount","checkEvery","isStuck","containerHeight","elemHeight","_parsePoints","_setSizes","scroll","_calc","_removeSticky","topPoint","topAnchor","btm","btmAnchor","pts","breaks","place","canStick","_pauseListeners","checkSizes","bottomPoint","_setSticky","stickTo","mrgn","notStuckTo","isTop","stickToTop","anchorPt","anchorHeight","topOrBottom","stickyOn","newElemWidth","comp","pdngl","pdngr","newContainerHeight","_setBreakPoints","mTop","emCalc","marginTop","mBtm","marginBottom","em","fontSize","Tabs","$tabTitles","linkClass","linkActiveClass","deepLinkSmudgeDelay","selectTab","deepLinkSmudge","matchHeight","_setHeight","_addKeyHandler","_addClickHandler","_setHeightMqHandler","_handleTabChange","wrapOnKeys","activeCollapse","_collapseTab","$oldTab","$tabLink","$targetContent","_openTab","updateHistory","panelActiveClass","$target_anchor","idStr","panelClass","panel","Toggler","_updateARIA","Tooltip","isClick","elemId","_getPositionClass","tipText","template","_buildTemplate","allowHtml","triggerClass","templateClasses","tooltipClass","$template","$tipDims","showOn","fadeInDuration","fadeOutDuration","isFocus","disableForTouch","touchCloseText","ResponsiveAccordionTabs","_getAllOptions","allOptions","dummyPlugin","tmpPlugin","keyKey","objObj","storezfData","_handleMarkup","toSet","fromString","$panels","tabsTitle","tabsPanel","$liHeads","$liHeadsA","$tabsContent","$placeholder","tempValue","tabs","r","o","charAt","substring","W","ye","De","Te","u","c","ke","browser","d","_outerWidth","f","_outerHeight","Oe","boxSizing","mozBoxSizing","webkitBoxSizing","msie","floor","zoom","ObservableArray","LazyObservableArray","DataSource","HierarchicalDataSource","Ae","Fe","h","webkit","mozilla","isRtl","scrollWidth","clientWidth","g","pointers","msPointers","be","effects","Element","He","Pe","ve","Se","completeCallback","M","B","S","T","J","Y","G","q","V","oe","ns","Ce","ne","re","te","O","z","D","C","E","H","A","N","P","F","R","U","I","L","K","Q","Z","X","ee","ie","ae","se","ue","le","ce","de","fe","me","pe","he","ge","kendo","cultures","we","Me","xe","ze","Ee","_e","Ne","Re","Ue","Ie","_initOptions","_defaultPrevented","sender","paramName","useWithBlock","render","_slotCount","format","lastIndex","charCodeAt","toJSON","valueOf","getUTCFullYear","getUTCMonth","getUTCDate","getUTCHours","getUTCMinutes","getUTCSeconds","Number","Boolean","stringify","numberFormat","calendars","standard","days","months","getDate","namesAbbr","getDay","names","getMonth","getFullYear","getHours","getMinutes","getSeconds","getMilliseconds","AM","PM","getTimezoneOffset","decimals","toLocaleString","currency","symbol","toExponential","lastIndexOf","groupSize","abbr","namesShort","firstDay","twoDigitYearMax","culture","calendar","findCulture","getCulture","_extractFormat","_activeElement","_round","setHours","substr","_lowerDays","_lowerMonths","UTC","setFullYear","parseDate","timezone","convert","_scrollbar","scrollbar","tbodyInnerHtml","touch","MSPointerEvent","PointerEvent","transforms","HTMLElement","hasHW3D","WebKitCSSMatrix","devicePixelRatio","screenWidth","screen","availWidth","innerWidth","screenHeight","availHeight","detectOS","wp","android","iphone","ipad","meego","webos","blackberry","playbook","windows","tizen","sailfish","ffos","ios","flat","tablet","omini","omobile","firefox","mobilesafari","chrome","device","majorVersion","minorVersion","flatVersion","cordova","PhoneGap","appMode","standalone","mobileOS","wpDevicePixelRatio","kineticScrollNeeded","hasNativeScrolling","delayedClick","mouseAndTouchPresent","detectBrowser","edge","safari","opera","documentMode","detectClipboardAccess","queryCommandSupported","cut","paste","clipboard","zoomLevel","cssBorderSpacing","borderSpacing","eventCapture","placeholder","propertyChangeEvent","cssFloat","stableSort","field","hashChange","customElements","out","promiseShim","enable","animatedPromise","kendoStop","kendoAnimate","kendoAddClass","kendoRemoveClass","kendoToggleClass","elementFromPoint","mousedown","mouseup","mousemove","mousecancel","resize","widgets","_widgetRegisteredCallbacks","ui","mobile","dataviz","drawing","spreadsheet","messages","INSERT","DELETE","BACKSPACE","TAB","ENTER","ESC","LEFT","UP","RIGHT","DOWN","END","HOME","SPACEBAR","PAGEUP","PAGEDOWN","F2","F10","F12","NUMPAD_PLUS","NUMPAD_MINUS","NUMPAD_DOT","getShadows","deepExtend","getComputedStyles","webComponents","isScrollable","toCamelCase","toHyphens","getOffset","parseEffects","directions","Observable","Class","Template","eventTarget","htmlEncode","isLocalUrl","accessor","roleSelector","directiveSelector","triggeredByInput","tagName","onWidgetRegistered","logToConsole","suppressLog","angular","dataSource","_hasBindingTarget","kendoBindingTarget","_tabindex","setOptions","_setEvents","getSize","_size","dimensions","setSize","_destroy","_muteAngularRebind","_muteRebind","dataItems","flatView","_angularItems","dataItem","initWidget","roles","rolesFromNamespaces","widgetInstance","parseOptions","Widget","DataBoundWidget","loading","widget","nullObject","autoApplyNS","kendoDestroy","viewHasNativeScrolling","useNativeScrolling","appLevelNativeScrolling","application","themes","views","touchScroller","useNative","Scroller","kendoMobileScroller","onResize","unbindResize","attrValue","Sunday","Monday","Tuesday","Wednesday","Thursday","Friday","Saturday","kendoFocusable","setupMouseMute","mouseTrap","bustClick","captureMouse","muteMouse","mouseTrapTimeoutID","unMuteMouse","cancel","MSPointerEnter","MSPointerLeave","applyEventMap","search","eventMap","getUTCDay","setUTCDate","zone","zones","Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec","Sun","Mon","Tue","Wed","Thu","Fri","Sat","toLocalDate","setDate","setTime","adjustDST","dayOfWeek","setDayOfWeek","isInDateRange","isInTimeRange","isToday","nextDay","previousDay","toUtcTime","MS_PER_DAY","MS_PER_HOUR","MS_PER_MINUTE","addDays","today","toInvariantTime","firstDayOfMonth","lastDayOfMonth","stripWhitespace","createNodeIterator","NodeFilter","SHOW_TEXT","FILTER_ACCEPT","FILTER_REJECT","nextNode","referenceNode","webkitRequestAnimationFrame","mozRequestAnimationFrame","oRequestAnimationFrame","msRequestAnimationFrame","animationFrame","queueAnimation","runNextAnimation","parseQueryStringParams","elementUnderCursor","client","wheelDeltaY","wheelDelta","detail","axis","VERTICAL_AXIS","caret","selectionStart","setSelectionRange","selectionEnd","createTextRange","collapse","moveStart","moveEnd","duplicate","moveToBookmark","createRange","getBookmark","setEndPoint","compileMobileDirective","injector","invoke","$$phase","$digest","antiForgeryTokens","cycleForm","action","fileName","base64","atob","Uint8Array","Blob","buffer","msSaveBlob","URL","createObjectURL","download","revokeObjectURL","saveAs","forceProxy","dataURI","proxyURL","proxyTarget","proxyModelSetters","dirty","_notifyChange","logic","aggregates","aggregate","_parse","hasSubgroups","We","Ye","at","idField","_defaultId","from","fields","label","tBodies","rows","cells","Je","_attachBubbleHandlers","_loaded","hasChildren","qe","je","Le","Ge","Be","Ve","Qe","Ke","$e","Xe","reduceRight","every","some","_parent","_handlers","shouldSerialize","_set","change","_initializers","editable","accept","isNew","nullable","localeCompare","create","combine","asc","__position","desc","quote","neq","gt","gte","lt","lte","startswith","doesnotstartwith","endswith","doesnotendwith","doesnotcontain","isempty","isnotempty","isnull","isnotnull","filterExpr","and","or","expression","operators","ignoreCase","equals","isequalto","equalto","equal","notequals","isnotequalto","notequalto","notequal","islessthan","lessthan","less","islessthanorequalto","lessthanequal","isgreaterthan","greaterthan","greater","isgreaterthanorequalto","greaterthanequal","notsubstringof","normalizeFilter","compareFilters","range","skip","take","order","orderBy","orderByDescending","groupBy","_sortForGrouping","sum","average","process","filterCallback","total","read","update","parameterMap","_store","inmemory","modelBase","model","_dataAccessFunction","errors","_map","_prefetch","_pristineData","_ranges","_view","_pristineTotal","_destroyed","_pageSize","pageSize","_page","page","_sort","_filter","_group","_aggregate","_total","_shouldDetachObservableParents","pushCreate","_pushCreate","pushUpdate","_pushUpdate","pushDestroy","_pushDestroy","offlineStorage","_storage","getItem","localStorage","setItem","reader","readers","schema","_detachObservableParents","_observe","_online","serverSorting","serverPaging","serverFiltering","serverGrouping","serverAggregates","batch","online","sync","offlineData","_isServerGrouped","_push","_readData","_flatData","getByUid","_storeData","_addRange","_process","_observeView","_createNewModel","_wrapInEmptyGroup","autoSync","_updatePristineForModel","_removeItems","_eachItem","_removePristineForModel","_removeModelFromRanges","_updateRangesLength","destroyed","created","updated","_sendSubmit","_send","_accept","_change","cancelChanges","Model","_cancelModel","_markOfflineUpdatesAsDirty","__state__","hasChanges","models","_handleCustomErrors","_executeOnPristineForModel","_eachPristineItem","_pristineForModel","_submit","_promise","_params","_queueRequest","_dequeueRequest","_readAggregates","_aggregateResult","_skip","timestamp","errorThrown","_requestInProgress","_pending","_shouldWrap","_changeHandler","_updateTotalForAction","_calculateAggregates","_take","_queryProcess","_mergeState","_currentRangeStart","fetch","_query","totalPages","_emptyAggregates","ceil","inRange","_findRange","lastRange","firstItemUid","enableRequestsInProgress","_skipRequestsInProgress","_timeStamp","_currentRequestTimeStamp","_rangeExists","prefetch","_mergeGroups","currentRangeStart","_prefetchSuccessHandler","_timeout","_multiplePrefetch","schemas","table","_childrenOptions","_initChildren","_updateChildrenField","loaded","level","_childrenLoaded","_find","_dataSource","_prefetching","_syncWithDataSource","setViewSize","viewSize","_recalculate","useRanges","dataOffset","prefetchThreshold","midPageThreshold","nextMidRange","nextPageThreshold","nextFullRange","pullBackThreshold","previousMidRange","previousFullRange","_goToRange","syncDataSource","_expanding","_syncPending","_firstItemUid","batchSize","endreached","prefetching","prefetched","Query","Node","ObservableObject","LocalTransport","RemoteTransport","Cache","DataReader","Buffer","BatchBuffer","center","distance","sqrt","api","pointerId","mouse","pointer","_updateLocationData","startLocation","velocity","delta","initialDelta","useClickAsTap","userEvents","initialTouch","pressEvent","_moved","_finished","press","_holdTimeout","minHold","_trigger","_hold","_withinIgnoreThreshold","dispose","_start","endTime","isMoved","_maxTouches","multiTouch","allowSelection","captureUpIfMoved","fastTap","eventNS","surface","pressed","touchAction","preventDragEvent","preventIfMoving","_isMoved","_disposeAll","capture","_isMultiTouch","_apiCall","_maxTouchesReached","_select","_move","_eachTouch","_end","_click","defaultThreshold","getTouches","touchDelta","UserEvents","namedColors","formats","resolveColor","normalizeByte","toHex","padDigit","brightness","percBrightness","aliceblue","antiquewhite","aqua","aquamarine","azure","beige","bisque","black","blanchedalmond","blue","blueviolet","brown","burlywood","cadetblue","chartreuse","chocolate","coral","cornflowerblue","cornsilk","crimson","cyan","darkblue","darkcyan","darkgoldenrod","darkgray","darkgrey","darkgreen","darkkhaki","darkmagenta","darkolivegreen","darkorange","darkorchid","darkred","darksalmon","darkseagreen","darkslateblue","darkslategray","darkslategrey","darkturquoise","darkviolet","deeppink","deepskyblue","dimgray","dimgrey","dodgerblue","firebrick","floralwhite","forestgreen","fuchsia","gainsboro","ghostwhite","gold","goldenrod","gray","grey","green","greenyellow","honeydew","hotpink","indianred","indigo","ivory","khaki","lavender","lavenderblush","lawngreen","lemonchiffon","lightblue","lightcoral","lightcyan","lightgoldenrodyellow","lightgray","lightgrey","lightgreen","lightpink","lightsalmon","lightseagreen","lightskyblue","lightslategray","lightslategrey","lightsteelblue","lightyellow","lime","limegreen","linen","magenta","maroon","mediumaquamarine","mediumblue","mediumorchid","mediumpurple","mediumseagreen","mediumslateblue","mediumspringgreen","mediumturquoise","mediumvioletred","midnightblue","mintcream","mistyrose","moccasin","navajowhite","navy","oldlace","olive","olivedrab","orange","orangered","orchid","palegoldenrod","palegreen","paleturquoise","palevioletred","papayawhip","peachpuff","peru","pink","plum","powderblue","purple","red","rosybrown","royalblue","saddlebrown","salmon","sandybrown","seagreen","seashell","sienna","silver","skyblue","slateblue","slategray","slategrey","snow","springgreen","steelblue","tan","teal","thistle","tomato","turquoise","violet","wheat","white","whitesmoke","yellow","yellowgreen","toHSV","toRGB","toBytes","toCss","toCssRgba","toDisplay","NaN","toHSL","fromBytes","fromRGB","fromHSV","fromHSL","Color","parseColor","origin","collisions","collision","downEvent","_hovered","_activated","_animationClose","_mousedownProxy","_mousedown","_resizeProxy","toggleTarget","toggleEvent","viewport","copyAnchorStyles","autosize","modal","adjustSize","_hideDirClass","_closing","_toggleResize","isFixed","flipped","_position","_openAnimation","_showDirClass","slideIn","_resizeTimeout","_scrollableParents","_fit","_flip","_align","MAX_VALUE","MAX_NUM","MIN_NUM","arrayLimits","arrayMin","arrayMax","defined","deg","hashKey","hashObject","isNumber","isTransparent","limitValue","objectKey","rad","renderAttr","renderAllAttr","renderPos","renderSize","renderStyle","renderTemplate","sparseArrayLimits","sparseArrayMin","sparseArrayMax","sqr","valueOrDefault","romanToArabic","arabicToRoman","memoize","ucs2encode","ucs2decode","mergeSort","baseline","measure","fonts","_length","put","_head","_tail","newer","older","_cache","baselineMarkerSize","_baselineMarker","offsetTop","TextMetrics","LRUCache","loadFonts","measureText","encodeBase64","encodeUTF8","observers","_observers","addObserver","removeObserver","_suspended","optionsChange","geometryChange","suspend","resume","_observerField","mixins","ObserversMixin","matrix","atan2","startAngle","endAngle","nthRoot","multiplyConstant","negate","multiply","isReal","real","bottomRight","transformCopy","rotate","transform","translate","translateWith","scaleCopy","distanceTo","minPoint","maxPoint","ZERO","setOrigin","getOrigin","topLeft","topRight","bottomLeft","bbox","fromPoints","expandCopy","containsPoint","_isOnPath","union","intersect","setCenter","setRadius","getCenter","radius","pointAt","_pointAt","sin","radiusX","radiusY","anticlockwise","MAX_INTERVAL","curvePoints","_arcInterval","_intervalCurvePoints","cp1","cp2","p2","_derivativeAt","p1","multiplyCopy","IDENTITY","_matrix","_optionsChange","img","addConstant","geometry","Arc","Circle","curveIntersectionsCount","lineIntersectionsCount","Matrix","Point","Rect","Size","Transformation","toMatrix","isOutOfEndPoint","hasRootsInRange","_handler","_mouseenter","_mouseleave","_mousemove","_visual","Group","_enableTracking","tooltip","draw","hideTooltip","_tooltip","exportVisual","_kendoNode","srcElement","showTooltip","suspendTracking","_suspendedTracking","resumeTracking","Popup","_elementOffset","_surfacePoint","insertAt","removeSelf","invalidate","childrenChange","_wrap","_clear","_items","_tooltipOptions","popup","_openPopupHandler","_openPopup","_bindEvents","autoHide","showAfter","_showHandler","_showEvent","_surfaceLeaveHandler","_surfaceLeave","_mouseleaveHandler","_mousemoveHandler","_hideClick","shared","_tooltipShape","_updateContent","_offset","_current","_showTimeout","shape","_autoHide","_measure","elementSize","_closeButton","_popupRelatedTarget","DASH_ARRAYS","dot","dash","longdash","dashdot","longdashdot","longdashdotdot","BaseNode","OptionsStore","Surface","SurfaceFactory","SurfaceTooltip","fill","stroke","traverse","currentTransform","_bboxCache","_matrixHash","_bbox","Paintable","Traversable","Measurable","rawBBox","clippedBBox","it","mt","tt","et","nt","rt","ot","st","ht","ut","ft","dt","vt","xt","clip","parentTransform","_clippedBBox","_hasFill","_containsPoint","_hasStroke","_splice","_add","_remove","_clearObserver","_setObserver","_reparent","removeAt","font","_geometry","toPath","moveTo","curveTo","controlIn","controlOut","bboxTo","_curveBoundingBox","_lineBoundingBox","_curveExtremesFor","_curveExtremes","_calculateCurveAt","_intersectionsTo","_isOnCurveTo","_isOnLineTo","_isOnPathTo","segments","lineJoin","lineTo","arc","_addArcSegments","arcTo","closed","fromRect","fromArc","paths","_rect","stops","_createStops","_userSpace","userSpace","addStop","removeStop","_radius","_fallbackFill","fallbackFill","_defaults","_fieldMap","alignContent","justifyContent","alignItems","spacing","orientation","lineSpacing","_initMap","sizeField","groupsSizeField","groupAxis","groupsAxis","_initGroups","groupsSize","lineSize","bboxes","_newGroup","_addToGroup","align","ElementsArray","fit","Gradient","GradientStop","Image","Layout","LinearGradient","MultiPath","Path","RadialGradient","Segment","stack","Text","vAlign","vStack","vWrap","parameters","isRelative","previousCommand","PathParser","_zIndex","shapes","_quadNode","pointShapes","inBounds","ROOT_SIZE","initRoots","rootMap","rootElements","pointShape","assignZindex","bboxChange","_insertShape","_insert","getSectors","inRoot","ShapesQuadTree","QuadNode","getScreenCTM","_element","_root","_template","_rootElement","attachTo","svg","definitions","clearDefinitions","createDefinitions","setElement","renderChildren","updateDefinition","allAttr","allCss","mapTransform","renderTransform","transformChange","mapStyle","cursor","renderOpacity","definitionChange","renderDefinitions","mapDefinitions","defs","definitionMap","addDefinitions","removeDefinitions","createDefinition","addDefinition","removeDefinition","renderData","mapFill","mapStroke","attributeMap","printPath","segmentType","printPoints","renderLinecap","dashType","renderDashType","renderStroke","lineCap","renderFill","setY","renderContent","mapPosition","mapSource","renderPosition","renderSource","renderOffset","loadStops","mapCoordinates","renderCoordinates","mapSpace","namespaceURI","adoptNode","implementation","hasFeature","exportSVG","ArcNode","CircleNode","ClipNode","DefinitionNode","GradientStopNode","GroupNode","ImageNode","LinearGradientNode","MultiPathNode","PathNode","RadialGradientNode","RectNode","RootNode","TextNode","_exportGroup","addColorStop","_searchTree","_invalidate","toDataURL","_mouseTrackHandler","_trackMouse","_currentShape","initClip","clearClip","setClip","beginPath","renderPoints","setTransform","loadElements","setOpacity","globalAlpha","renderTo","save","restore","canvas","ctx","getContext","clearRect","setLineDash","setLineCap","setLineJoin","setFill","setStroke","setGradientFill","fillStyle","createLinearGradient","createRadialGradient","strokeStyle","lineWidth","mozDash","webkitLineDash","bezierCurveTo","closePath","fillText","strokeText","onLoad","onError","crossOrigin","drawImage","exportImage","kvml","styleSheets","createStyleSheet","addRule","attachReference","setStyle","mapOpacityTo","observer","clipRect","clipBBox","_attachTo","refreshTransform","refreshOpacity","currentOpacity","mapGradient","mapFillColor","mapLinearGradient","supportVML","mapRadialGradient","addColors","baseColor","colors","refresh","transformOrigin","createFillNode","createTransformNode","setCoordsize","setPathData","pathData","createDataNode","setString","setSrc","vml","ArcDataNode","CircleTransformNode","FillNode","ImageFillNode","ImagePathDataNode","MultiPathDataNode","PathDataNode","RectDataNode","StrokeNode","TextPathNode","TextPathDataNode","TransformNode","_clipbox","_stackingContext","_avoidLinks","avoidLinks","pages","pageNum","keepTogether","repeatHeaders","querySelector","setStartBefore","setEndBefore","extractContents","pageClassName","selectNodeContents","setEnd","splitText","endOffset","_destructive","paddingLeft","paddingRight","beforePageBreak","pdf","defineFont","forcePageBreak","paperSize","getPaperOptions","multiPage","_ignoreMargin","cssRules","getPrototypeOf","setProperty","tl","br","bl","_pdfLink","textAlign","lineHeight","fontFamily","disc","circle","square","backgroundPosition","angle","atan","exportDOMVisual","selectedOptions","whiteSpace","multiple","setStart","startOffset","underline","overline","textOverflow","_dom_zIndex","_pdfRect","drawDOM","getFontFaces","play","_stopped","AnimationFactory","Ot","Ut","Vt","tickX","tickY","lineStart","lineEnd","bt","Tt","Wt","x1","y1","x2","y2","kt","innerRadius","Mt","yt","wt","_t","St","At","Rt","Pt","zt","Ct","Lt","Bt","It","jt","Et","Dt","Gt","Nt","Ft","Ht","Xt","onCircle","wrapPoint","snapTo","alignTo","shrink","pad","unpad","getHash","overlaps","toRect","hasSize","ir","middle","point","adjacentBox","getBBox","createRing","getRoot","getChart","chart","translateChildren","renderVisual","createVisual","addVisual","createAnimation","renderComplete","visual","chartElement","appendVisual","zIndex","noclip","clipRoot","stackRoot","stackVisual","hasHighlight","highlight","createHighlight","toggleHighlight","_highlight","highlightVisualArgs","series","category","stackValue","percentage","runningTotal","createGradientOverlay","createGradient","gradients","background","createBackground","Gradients","gradient","shrinkToFit","paddingBox","contentBox","hasBox","visualStyle","_initDirection","elementAxis","groupSizeField","elementSizeField","groupSpacing","elementSpacing","vSpacing","reflowChildren","groupOptions","alignStart","groupElements","maxGroupElementsSize","groupElementsSize","ROWS_SPLIT_REGEX","_initContainer","_boxReflow","visualContext","rotation","targetBox","normalBox","rotatedBox","rotationTransform","visualOptions","getDefaultVisual","buildTitle","alignRotation","rotationOrigin","line","majorTickSize","minorTickSize","minorTicks","minorTickType","majorTicks","majorTickType","_deferLabels","createLabels","createTitle","createNotes","mirror","axisCrossingValue","majorGridLines","minorGridLines","justified","notes","_alignLines","labelsRange","labelsCount","autoRotateLabels","createAxisLabel","lineBox","visualSize","parseNoteValue","createPlotBands","createLine","gridLinesVisual","_gridLines","createTicks","majorUnit","getMajorTickPositions","getMinorTickPositions","minorUnit","_lineGroup","getActualTickSize","_backgroundPath","plotBands","plotArea","_plotbandGroup","pane","axes","axisX","getSlot","axisY","createGridLines","arrangeTitle","arrangeLabels","arrangeNotes","getLabelsTickPositions","labelTickIndex","shouldRenderNote","axisLabelText","slot","limitRange","valueRange","seriesMin","seriesMax","icon","marker","wrapperBox","linePoints","eventArgs","leave","_unsetActivePoint","pointData","getElement","initDefaults","startValue","narrowRange","autoAxisMin","autoAxisMax","roundToMajorUnit","totalMin","totalMax","totalMajorUnit","getDivisions","getTickPositions","getValue","translateRange","scaleRange","pan","pointsRange","isValidRange","zoomRange","logMin","logMax","traverseMajorTicksPositions","traverseMinorTicksPositions","_lineOptions","_minorIntervalOptions","minorStep","_throwNegativeValuesError","_autoMax","_autoMin","glass","sharpBevel","roundedBevel","roundedGlass","sharpGlass","exportPDF","imageDataURL","WEIGHT","EXTREMUM_ALLOWED_DEVIATION","removeDuplicates","tangent","firstControlPoint","secondControlPoint","controlPoints","invertAxis","lineFunction","calculateFunction","isLine","isMonotonicByField","sign","restrictControlPoint","AXIS_LABEL_CLICK","COORD_PRECISION","DEFAULT_PRECISION","DEFAULT_WIDTH","DEFAULT_HEIGHT","DEFAULT_FONT","INITIAL_ANIMATION_DURATION","NOTE_CLICK","NOTE_HOVER","CLIP","Axis","AxisLabel","Box2D","BoxElement","ChartElement","CurveProcessor","ExportMixin","FloatElement","LogarithmicAxis","Note","NumericAxis","Point2D","Ring","RootElement","Sector","ShapeBuilder","ShapeElement","TextBox","Title","alignPathToPixel","autoFormat","autoMajorUnit","boxDiff","dateComparer","decodeEntities","eventTargetElement","getSpacing","interpolateValue","mwDelta","rectToBox","rotatePoint","legend","seriesDefaults","donut","vericalLine","scatterLine","area","markers","verticalArea","radarLine","radarArea","candlestick","_brightness","gap","downColor","ohlc","bubble","bar","column","rangeColumn","rangeBar","waterfall","horizontalWaterfall","bullet","verticalBullet","boxPlot","outliersField","meanField","whiskers","mean","median","funnel","categoryAxis","axisDefaults","crosshair","shapeDefaults","selectable","connectionDefaults","tools","registerTheme","gauge","diagram","treeMap","verticalLine","verticalBoxPlot","polarArea","polarLine","inactiveItems","errorBars","pie","scatter","chartArea","seriesColors","rangePlaceholderColor","connectorDefaults","thumb","connectors","nn","hr","vr","yr","Yo","_r","so","mr","xn","Hn","setUTCMinutes","Qo","ao","Ko","setSeconds","Eo","Zo","Do","setMilliseconds","$o","ii","excluded","depth","Ai","Zt","Mi","vo","groupNameTemplate","visibleInLegend","Ri","Kt","_groupIx","_groupValue","_i","Ii","mn","bindPoint","valueFields","Ze","qt","Yt","Qt","$t","Jt","ei","ti","ni","oi","ri","ai","si","li","ci","hi","pi","fi","di","gi","mi","xi","vi","yi","bi","wi","ki","Si","Ci","Pi","Ti","Vi","Bi","Li","Ei","Di","zi","Oi","Fi","Ui","Hi","Ni","ji","Gi","qi","Yi","Xi","Wi","Zi","Ki","Qi","$i","Ji","en","tn","rn","an","sn","cn","hn","un","pn","dn","gn","vn","yn","_n","bn","wn","An","kn","Sn","Cn","Pn","Tn","Rn","In","Vn","Bn","Ln","En","Dn","Mn","zn","On","Fn","Un","Nn","jn","Gn","qn","Yn","Xn","Wn","Zn","Kn","Qn","$n","Jn","eo","io","no","oo","ro","lo","co","ho","uo","po","fo","go","mo","xo","yo","_o","bo","wo","Ao","ko","So","Co","Po","To","Ro","Io","Vo","Bo","Lo","Mo","zo","Oo","Fo","Uo","Ho","No","jo","Go","qo","Xo","Wo","Jo","years","weeks","hours","minutes","seconds","milliseconds","nr","rr","ar","sr","lr","cr","ur","pr","fr","dr","gr","xr","wr","Ar","kr","Sr","Cr","Pr","Tr","Rr","_originalOptions","_initTheme","_initSurface","_initDataSource","theme","_applyDefaults","_dataChangeHandler","_onDataChanged","_bindCategories","_hasDataSource","_redraw","_attachEvents","autoBind","setDataSource","_hasData","renderAs","negativeValues","valueAxis","xAxis","yAxis","panes","pannable","zoomable","_bindSeries","redraw","_model","_plotArea","findPane","getAxis","findAxisByName","findPaneByName","findPaneByIndex","findSeries","srcSeries","findSeriesByName","_createSeries","findSeriesByIndex","_seriesOptions","filterPoints","pointsBySeriesName","charts","_togglePointsHighlight","togglePointHighlight","_sharedTooltip","findPoint","categoryIx","categoryIndex","pointsByCategoryIndex","showAt","_surfaceWrap","_getModel","_destroyView","_createTooltip","_setupSelection","_createPannable","_createZoomSelection","_createMousewheelZoom","_pannable","_zoomSelection","mousewheel","_mousewheelZoom","_tooltipleave","hideCrosshairs","_modelOptions","_createPlotArea","_selections","_selectStartHandler","_selectStart","_selectHandler","_selectEndHandler","_selectEnd","categories","baseUnit","weekStartDay","_mouseover","_mouseout","_mousewheel","_shouldAttachMouseMove","_userEvents","tap","_tap","gesturestart","_gesturestart","gesturechange","_gesturechange","gestureend","_gestureend","_gestureDistance","_zooming","axisRanges","updateRanges","_drawingChartElement","_eventCoordinates","backgroundContainsPoint","_startNavigation","_navState","_endNavigation","_mwTimeout","totalDelta","findPointPane","_suppressHover","_getChartElement","aliasFor","_toModelCoordinates","_activePoint","_propagateClick","_startHover","_supressMouseleave","isHighlighted","tooltipTracking","_mouseMoveTracking","getNearestPoint","seriesIx","_trackCrosshairs","_trackSharedTooltip","crosshairs","pointCategoryIndex","_tooltipCategoryIx","categoryPoints","_sourceSeries","_isBindable","_applyGroupVisibleState","_deferRedraw","_groupVisibleState","_saveGroupVisibleState","_clearRedrawTimeout","_redrawTimeout","_bindCategoryAxis","_bindCategoryAxisFromSeries","categoryField","_legendItemClick","_noTransitionsRedraw","_legendItemHover","pointsBySeriesIndex","PDFMixin","_registry","seriesTypes","_valueFields","_otherFields","_nullValue","_undefinedValue","_makeValue","canonicalFields","otherFields","_bindFromArray","sourceFields","_bindFromObject","textBox","aboveAxis","alignToClipBox","createContainer","createMarker","createLabel","markerOptions","markerColor","_itemOverlay","seriesIndex","pointIndex","createItems","offsetX","offsetY","item","isVertical","hasItems","containerCustomReflow","containerReflow","_initFields","_initCategories","_ticks","outOfRangeMin","outOfRangeMax","srcCategories","rangeIndices","totalRange","totalRangeIndices","_seriesMax","getScale","hideOutOfRangeLabels","getTicks","_hash","getCategory","roundToBaseUnit","userSetBaseUnit","userSetBaseUnitStep","baseUnitStep","defaultBaseUnit","autoBaseUnit","_groupsStart","groupCategories","dateFormats","autoBaseUnitSteps","maxDateGroups","_categoryRange","_range","categoriesRange","_roundToTotalStep","currentRange","datesRange","totalLimits","_timeScale","_collapse","axisCrossingValues","applyDefaults","timeUnits","createNote","noteText","note","_rendered","errorBar","formatValue","formatPointValue","rectVisual","createRect","getBorderColor","highlightVisual","tooltipAnchor","clipBox","isStacked","overlapsBox","fromScale","initGlobalRanges","percentRegex","standardDeviationRegex","valueGetter","createValueGetter","getAverage","getStandardDeviation","low","globalRange","getStandardError","getErrorRange","seriesCategoryAxis","valueAxisRanges","seriesPoints","seriesOptions","_evalSeries","invertAxes","traverseDataPoints","addValue","pointOptions","pointType","plotValue","isStacked100","plotRange","seriesValueAxis","categoryAxisCrossingValue","stackLimits","updateStackRange","errorTotals","negative","positive","addErrorBar","seriesErrorRanges","addPointErrorBar","stackedErrorRange","updateRange","createPoint","evalPointOptions","namedValueAxes","categorySlots","pointValue","categorySlot","pointSlot","reflowPoint","reflowCategories","axisIndex","_outOfRangeCallback","_bindPoint","_bindCache","clusterType","stackType","negativeColor","getStackWrap","_stackGroup","_setAnimationOptions","_setChildrenAnimation","labelFrom","_createLabel","labelTo","plotLimits","wrapData","bodyVisual","endCaps","getCapsWidth","createDefaultVisual","seriesAxes","markerBorder","markerBox","_childBox","reflowLabel","renderSegments","_segments","sortPoints","seriesMissingValues","createSegment","_addSegment","missingValues","animationPoints","_setEnd","setX","calculateStepPoints","stackPoints","_linePoints","createArea","_gapStackPoints","_stackPoints","_previousSegmentPoint","_createGapStackPoint","prevSegment","strokeSegments","_strokeSegments","createFill","createStroke","closeFill","xAxisRanges","yAxisRanges","createMissingValue","namedXAxes","namedYAxes","pointIx","_maxSize","updateBubblesSize","minSize","maxSize","realBody","lines","reflowNote","_mainVisual","mainVisual","createOverlay","createBody","createLines","drawLines","splitValue","lower","q1","q3","upper","filterOutliers","outliers","extremes","boxSlot","reflowBoxSlot","whiskerSlot","reflowWhiskerSlot","meanPoints","calcMeanPoints","whiskerPoints","calcWhiskerPoints","medianPoints","calcMedianPoints","renderOutliers","reflowOutliers","sector","animationDelay","createSegmentVisual","singleSegment","createLegendItem","legendItems","explode","evalSegmentOptions","seriesConfigs","labelComparator","leftLabelsReflow","rightLabelsReflow","distanceBetweenLabels","distributeLabels","_takeDistance","reflowLabels","hAlignLabel","_connectorLines","seriesId","pointInCircle","holeSize","createSegments","summary","chartContainer","appendAxis","appendChart","removeAxis","removeChart","chartsBox","shouldClip","_clipBox","unclipLabels","initSeries","createPanes","createCrosshairs","paneIndex","removeCrosshairs","addToLegend","groupAxes","any","groupSeriesByPane","seriesPaneName","filterVisibleSeries","reflowPanes","reflowAxes","reflowCharts","alignAxisTo","alignAxes","_overlap","_mirrored","shrinkAxisWidth","shrinkAxisHeight","fitAxes","reflowPaneAxes","autoRotateAxisLabels","backgroundBox","chartsBoxes","addBackgroundPaths","_bgVisual","paneByPoint","_dispatchEvent","namedCategoryAxes","valueAxisRangeTracker","stack100","createCategoryAxes","aggregateCategories","createCategoryAxesLabels","createCharts","createValueAxes","groupSeriesByCategoryAxis","createChartGroup","createAreaChart","createBarChart","createRangeBarChart","createBulletChart","createCandlestickChart","createBoxPlotChart","createOHLCChart","createWaterfallChart","createLineChart","aggregateSeries","filterSeries","_outOfRangeMinPoint","_outOfRangeMaxPoint","aggregatePoints","stackableChartOptions","axisRequiresRounding","aggregatedAxis","isJustified","pointPane","updateAxisOptions","xAxisRangeTracker","yAxisRangeTracker","createScatterChart","createScatterLineChart","createBubbleChart","createAxes","createXYAxis","createPieChart","createDonutChart","_points","_mobileScroller","_clearShowTimeout","_ensureElement","showTimeout","_padding","_chartPadding","movable","backgroundColor","borderColor","borderWidth","_hideElement","_pointContent","xLow","xHigh","yLow","yHigh","_pointAnchor","sharedTemplate","categoryFormat","_content","_slotAnchor","_defaultAnchor","categoryText","stickyMode","moveLine","getBox","getAnchor","sumOrNull","avg","getValueAxis","_dateAxis","leftMask","rightMask","leftHandle","rightHandle","_index","_press","_state","_rangeEventArgs","moveTarget","_slot","_active","_panAxes","_marquee","_zoomPane","_zoomPaneClipBox","_selectionPosition","_updateAxisRanges","_seriesFields","_series","_binder","canonicalName","_bindPoints","_bindField","backgroundVisual","_chart","_pane","chartsVisual","_axis","_options","_filterPoints","_clearFields","toggleVisibility","_filterData","easeOutElastic","asin","errorLow","errorHigh","EQUALLY_SPACED_SERIES","Aggregates","AreaChart","AreaSegment","AxisGroupRangeTracker","Bar","BarChart","BarLabel","BubbleChart","Bullet","BulletChart","CandlestickChart","Candlestick","CategoricalChart","CategoricalErrorBar","CategoricalPlotArea","CategoryAxis","ChartAxis","ChartContainer","ChartPane","ChartPlotArea","ChartSeries","ClipAnimation","ClusterLayout","Crosshair","CrosshairTooltip","DateCategoryAxis","DateValueAxis","DefaultAggregates","DonutChart","DonutPlotArea","DonutSegment","ErrorBarBase","ErrorRangeCalculator","Highlight","SharedTooltip","Legend","LegendItem","LegendLayout","LineChart","LinePoint","LineSegment","Pane","PieAnimation","PieChart","PieChartMixin","PiePlotArea","PieSegment","PlotAreaBase","PlotAreaEventsMixin","PlotAreaFactory","PointEventsMixin","RangeBar","RangeBarChart","ScatterChart","ScatterErrorBar","ScatterLineChart","Selection","SeriesAggregator","SeriesBinder","SplineSegment","SplineAreaSegment","StackWrap","OHLCChart","OHLCPoint","WaterfallChart","WaterfallSegment","XYPlotArea","MousewheelZoom","ZoomSelection","Pannable","addDuration","areNumbers","axisGroupBox","categoriesCount","ceilDate","countNumbers","ensureTree","floorDate","filterSeriesByType","hasValue","lteDateIndex","evalOptions","seriesTotal","singleItemOrArray","sortDates","startOfWeek","transpose","toDate","toTime","uniqueDates","majorGridLineAngles","renderMajorGridLines","minorGridLineAngles","renderMinorGridLines","renderGridLines","radiusCallback","gridLineAngles","intervals","intervalAngle","majorIntervals","minorIntervals","majorAngles","plotBandSlot","polarAxis","plotBandPoints","radarMajorGridLinePositions","radarMinorGridLinePositions","axisType","isReversed","_polarAxisCenter","_hasMissingValuesGap","createPolarAxis","createValueAxis","valueAxisOptions","axisBox","_hasBarCharts","_isStacked100","chartOptions","PolarAreaChart","PolarAxis","PolarLineChart","PolarPlotArea","RadarAreaChart","RadarBarChart","RadarCategoryAxis","RadarClusterLayout","RadarLineChart","RadarNumericAxis","RadarPlotArea","SplinePolarAreaSegment","SplineRadarAreaSegment","RadarStackLayout","createFunnelChart","neckRatio","dynamicHeight","dynamicSlope","segmentSpacing","labelPadding","createPath","highlightOverlay","strokeOpacity","strokeWidth","fillOpacity","createPolyline","FunnelChart","FunnelSegment","_startValue","endValue","_endValue","shouldHide","_shouldHide","prepare","_direction","_reverse","scalex","scaley","scale3d","translatex","translatey","translate3d","skew","property","modifier","horizontal","exclusive","ease","setReverse","addRestoreProperties","restoreCallback","_additionalEffects","_duration","compositeRun","_complete","divisor","previousDivisor","fillScale","_container","_clipInHalf","face","_face","clipInHalf","temporary","back","staticPage","turningPage","transformStyle","_before","_after","_previous","_transitionClass","beforeTransition","afterTransition","_both","_containerClass","completeProxy","isAbsolute","_tickProxy","_tick","_started","onEnd","onCancel","timePassed","startDate","_easeProxy","moveAxis","easeOutExpo","easeOutBack","Transition","createEffect","fitScale","targetElement","_release","captureNext","cancelCapture","forcedEnabled","scrollSize","makeVirtual","virtual","_virtualMin","_virtualMax","virtualSize","outOfBounds","forceEnabled","getTotal","rescale","minScale","centerOffset","forcedMinScale","maxScale","centerCoordinates","dimension","dragMove","resistance","translateAxis","elastic","gesture","scaleWith","webkitTransformOrigin","_saveCoordinates","scaleTo","coordinates","dropTarget","_over","_out","_drop","dropped","destroyGroup","_drag","_cancel","_afterEndHandler","_afterEnd","_captureEscape","cursorOffset","ignore","holdToDrag","autoScroll","cancelHold","_updateHint","boundaries","hintOffset","hint","_shouldIgnoreTarget","currentTargetOffset","scopeFrom","_elementUnderCursor","_cursorElement","_scrollableParent","_lastEvent","_processMovement","_scrollCompenstation","_scrollVelocity","_scrollInterval","_withDropTarget","_autoScroll","initialTarget","TapCapture","containerBoundaries","PaneDimensions","Movable","Draggable","utils","autoScrollVelocity","scrollableViewPort","findScrollableParent","tapCapture","freeze","_moveTo","paneAxis","_snapBack","velocityMultiplier","friction","destination","_updateCoordinates","setCoordinates","setCallback","scrollMovable","alwaysVisible","_native","scrollElement","fixedContainer","avoidScrolling","mousewheelScrolling","zoomSnapBack","animatedScroller","pulled","_initAxis","_wheelEnd","_wheel","_wheelY","pullToRefresh","_initPullToRefresh","_wheelScroll","_wheelTimeout","pullOffset","visibleScrollHints","pullTemplate","releaseTemplate","refreshTemplate","contentResized","_scale","zoomOut","animatedScrollTo","pullHandled","refreshHint","hintContainer","yinertia","xinertia","_paneChange","_dragEnd","toolbar","overflowAnchor","overflowContainer","registerComponent","addOverflowAttr","addUidAttr","addIdAttr","addOverflowIdAttr","twin","resizable","Item","useButtonTag","primary","togglable","addToGroup","clickHandler","toggleHandler","getParentGroup","isChild","_addGraphics","spriteCssClass","imageUrl","Button","showText","hasIcon","showIcon","ToolBarButton","overflowHidden","OverflowButton","createButtons","buttons","ButtonGroup","buttonGroup","ToolBarButtonGroup","OverflowButtonGroup","mainButton","arrowButton","popupElement","createMenuButtons","createPopup","_navigatable","main","splitButton","kendoPopup","menuButtons","rootUid","_isRtl","activate","ToolBarSplitButton","OverflowSplitButton","separator","TemplateItem","OverflowTemplateItem","_groups","_renderOverflow","overflowUserEvents","_toggleOverflow","_resizeHandler","_buttonClick","release","_toggleOverflowAnchor","overflowTemplate","_shrink","_getItem","getSelectedFromGroup","_toggle","_keydown","_getPrevFocusable","_stretch","_markVisibles","_childrenWidth","_hideItem","_showItem","isNearZero","isDefined","isUndefined","isObject","isString","isBoolean","isType","isEmpty","simpleExtend","initArray","serializePoints","deserializePoints","randomInteger","DFT","getMatrixAngle","getMatrixScaling","findAngle","fold","bisort","addRange","easeInOut","adapters","timerDelegate","onTimerEvent","addAdapter","onComplete","removeHandler","caller","onStep","seekTo","seekFromTo","intervalId","initState","propagate","Utils","Range","Ticker","plus","minus","times","normalize","lengthSquared","middleOf","toPolar","isOnLine","inflate","rotatedBounds","rotatedPoints","Empty","rectWithLine","rects","_singleAlign","_left","_center","_right","stretch","_top","_middle","_bottom","applyRect","fromSVGMatrix","fromMatrixVector","fromList","translation","scaling","fromMatrix","_distanceToLineSquared","distanceToLine","distanceToPolyline","_buckets","_createGetBucket","_bucketExists","containsKey","_hashes","_hashString","_objectHashId","_hashId","_hashTable","forEachValue","forEachKey","enqueue","links","outgoing","incoming","weight","associatedShape","bounds","shortForm","isVirtual","isIsolated","isLinkedTo","getComplement","getChildren","getParents","balance","adjacentTo","removeLink","hasLinkTo","degree","incidentWith","getLinksWith","getNeighbors","associatedConnection","getCommonNode","isBridging","getNodes","changeSource","changeTarget","changesNodes","directTo","createReverseEdge","reversed","_nodeMap","_hasCachedRelationships","cacheRelationships","assignLevels","getConnectedComponents","componentIndex","setItemIndices","_collectConnectedNodes","addNodeAndOutgoings","calcBounds","getSpanningTree","_addNode","addLink","treeLevels","takeRandomNode","isHealthy","hasNode","addExistingLink","getNode","addNode","removeAllLinks","hasLink","_removeNode","removeNode","areConnected","nodeMap","linkMap","linearize","depthFirstTraversal","_dftIterator","breadthFirstTraversal","_stronglyConnectedComponents","findCycles","isAcyclic","isSubGraph","makeAcyclic","Predefined","EightGraph","Mindmap","ThreeGraph","BinaryTree","createBalancedTree","Linear","Tree","Forest","createBalancedForest","Workflow","Grid","Graph","_addShape","undoable","addShape","_addConnection","connect","createDiagramFromGraph","SpringLayout","layoutGraph","limitToView","createRandomConnectedGraph","randomDiagram","Intersect","Geometry","RectAlign","MatrixVector","normalVariable","randomId","Dictionary","HashTable","Queue","Set","Link","PathDefiner","none","arrowStart","filledCircle","arrowEnd","Markers","toMatrixVector","Length","_transform","_renderTransform","_setScale","_originWidth","_originHeight","_setTranslate","_initSize","autoSize","_updateSize","_diffNumericOptions","_originSize","drawingContainer","drawingElement","_hover","_measured","_boundingBox","_fill","_stroke","_textColor","_font","_initText","fontStyle","_initPath","_drawPath","_transformToPath","positionMarker","_getPath","_normalizeMarkerOptions","startCap","endCap","_removeMarker","_markers","_createMarkers","_createMarker","_positionMarker","_capMap","_redrawMarker","_redrawMarkers","_createElements","_setData","_updatePath","_pointsDiffer","_initImage","_childrenChange","toFront","toBack","_reorderChildren","toIndex","_includeInBBox","_initCircle","_circle","_translate","_viewBox","diffNumericOptions","Scale","Translation","Rotation","Rectangle","Canvas","Line","MarkerBase","ArrowMarker","CircleMarker","Polyline","CompositeTransform","TextBlock","VisualBase","drag","arrow","grip","cross","south","east","west","north","rowresize","colresize","Cursors","layoutState","getShapeById","subjects","froms","tos","_initialState","_finalState","undo","setState","redo","units","_redoSource","_redoTarget","_undoSource","_undoTarget","_updateConnector","updateModel","connection","targetConnector","undoStates","redoStates","adorner","layout","refreshBounds","deselect","finalPos","undoRotates","redoRotates","redoAngle","_angle","_innerBounds","_initialize","indices","_toIndex","capacity","begin","composite","commit","_restart","addCompositeItem","toolService","tryActivate","getCursor","scroller","scrollable","movableCanvas","hoveredItem","hoveredAdorner","_hoveredConnector","_storePan","_pan","selectSingle","_hitTest","_resizingAdorner","isDragHandle","connections","startPoint","undoRedoService","_getCursor","isSelected","selectArea","_createConnection","_c","connectionHandle","_connectionManipulation","_removeHover","activeConnection","_cachedTouchTarget","sourceConnector","Shape","getConnector","_syncConnectionChanges","_connectorsAdorner","handleName","activeTool","_updateHoveredItem","_activateTool","_updateCursor","keyDown","metaKey","_triggerRemove","_syncChanges","_destroyToolBar","_discardNewConnection","selectAll","wheel","zoomRate","meta","zoomMin","zoomMax","setTool","addToSelection","newConnection","disabledShape","_visible","_selectedItems","Connection","_hitTestItems","_hitTestElements","mainLayer","hitTest","getBounds","allPoints","route","SAME_SIDE_DISTANCE_RATIO","routePoints","_connectorPoints","_floatingPoints","_resolvedSourceConnector","_resolvedTargetConnector","sourcePoint","_connectorSides","boundsPoint","secondarySign","_connectorSide","_sameSideDistance","_startHorizontal","_adorners","_ts","spVisual","epVisual","_initialSource","_initialTarget","modelToLayer","_refreshHandler","_clearVisual","_keepCachedTouchTarget","_manipulating","_initSelection","_createHandles","_internalChange","_rotatedHandler","_resizable","_handleOptions","_bounds","_getHandleBounds","_rotationOffset","_startAngle","_rotates","_positions","initialRotates","initialStates","_sp","_cp","_lp","shapeStates","_truncateAngle","_rotating","shouldSnap","_truncateDistance","_displaceBounds","minHeight","_truncatePositionToGuides","ruler","truncatePositionToGuides","_truncateSizeToGuides","truncateSizeToGuides","snapOptions","snap","_diffStates","_syncShapeChanges","boundingBox","rotationThumb","_rotationThumbBounds","_ep","_adorn","modelToView","_visualBounds","CompositeUnit","TransformUnit","PanUndoUnit","AddShapeUnit","AddConnectionUnit","DeleteShapeUnit","DeleteConnectionUnit","ConnectionEditAdorner","ConnectionTool","ConnectorVisual","UndoRedoService","ResizingAdorner","Selector","ToolService","ConnectorsAdorner","LayoutUndoUnit","ConnectionEditUnit","ToFrontUnit","ToBackUnit","ConnectionRouterBase","PolylineRouter","CascadingRouter","SelectionTool","ScrollerTool","PointerTool","ConnectionEditTool","RotateUnit","defaultOptions","subtype","roots","nodeDistance","iterations","horizontalSeparation","verticalSeparation","underneathVerticalTopOffset","underneathHorizontalOffset","underneathVerticalSeparation","grid","componentSpacingX","componentSpacingY","layerSeparation","layeredIterations","startRadialAngle","endRadialAngle","radialSeparation","radialFirstLevelSeparation","keepComponentsInOneRadialLayout","ignoreContainers","layoutContainerChildren","ignoreInvisible","animateTransitions","gridLayoutComponents","moveToOffset","currentHorizontalOffset","transferOptions","shapeMap","edges","edgeMap","finalNodes","finalLinks","ignoredConnections","ignoredShapes","hyperMap","hyperTree","finalGraph","_renormalizeShapes","_renormalizeConnections","mapConnection","mapShape","getEdge","listToRoot","parentContainer","firstNonIgnorableContainer","isContainer","_isIgnorableItem","isContainerConnection","isDescendantOf","isIgnorableItem","isCollapsed","_isVisible","_isTop","isShapeMapped","leastCommonAncestor","_isCollapsed","areConnectedAlready","LayoutState","graph","temperature","_expectedBounds","refineStage","_repulsion","_attraction","_shake","_InverseSquareForce","_SquareForce","layoutSwitch","layoutLeft","setChildrenDirection","setChildrenLayout","TreeDirection","arrange","layoutRight","layoutUp","layoutDown","treeDirection","layoutRadialTree","previousRoot","maxDepth","calculateAngularWidth","radialLayout","Angle","tipOverTree","sectorAngle","sortChildren","normalizeAngle","setPolarLocation","BoundingRectangle","childrenLayout","AngleToParent","SectorAngle","tipOverTreeStartLevel","layoutComponents","getTree","tree","getTreeForRoot","_initRuntimeProperties","layer","downstreamLinkCount","upstreamLinkCount","uBaryCenter","dBaryCenter","upstreamPriority","downstreamPriority","gridPosition","_prepare","layers","linksTo","_dummify","_optimizeCrossings","_swapPairs","arrangeNodes","_moveThingsAround","_dedummify","setMinDist","layerIndex","minDistances","getMinDist","placeLeftToRight","placeLeft","POSITIVE_INFINITY","rightSibling","nodeLeftClass","upNodes","downNodes","intDiv","placeRightToLeft","placeRight","NEGATIVE_INFINITY","leftSibling","nodeRightClass","_getLeftWing","computeClasses","_getRightWing","_nodesInLink","_isVerticalLayout","_isHorizontalLayout","_isIncreasingLayout","MIN_VALUE","_gridPositionComparer","_firstVirtualNode","_sequencer","nextVirtualNode","adjustDirections","getNeighborOnLayer","_sequenceSingle","combineSequences","_positionDescendingComparer","_positionAscendingComparer","_getComposite","layoutLayer","calcBaryCenter","moveRight","moveLeft","calcDownData","calcUpData","mapVirtualNode","nodeToLinkMap","linkToNodeMap","depthOfDumminess","optimizeLayerCrossings","compareByIndex","countLinksCrossingBetweenTwoLayers","TreeLayout","GraphAdapter","LayeredLayout","LayoutBase","fromConnector","fromX","fromY","toConnector","toX","toY","kendoDropDownList","dataValueField","dataTextField","optionLabel","valuePrimitive","callbacks","DefaultConnectors","getPosition","imageClass","iconClass","serializable","_contentVisual","_updateContentVisual","_createContentVisual","_canSelect","shapeId","connector","updateOptionsFromModel","createShapeVisual","updateBounds","_createConnectors","_setOptionsFromModel","redrawVisual","_isEditable","_redrawVisual","_suspendModelRefresh","_resumeModelRefresh","_rotate","_alignContent","_transformedBounds","_rotatedBounds","_setBounds","_triggerBoundsChange","_layouting","refreshConnections","_internalSelection","_selectionChanged","toLocaleLowerCase","_transformPoint","shapeVisual","_visualOptions","_updateConnectors","_showConnectors","_initRouter","_sourcePoint","_targetPoint","_setSource","_setTarget","definers","toConenctor","_dataMap","connectionsDataSource","_removeFromSourceConnector","_clearSourceConnector","_setFromOptions","sourceDefiner","_sourceDefiner","_removeFromTargetConnector","_clearTargetConnector","_setToOptions","targetDefiner","_targetDefiner","_inactiveShapeItems","_deferredConnectionUpdates","onActivate","_router","_resolveConnectors","_refreshPath","_resolveAutoConnectors","_testRoutePoints","_shapesQuadTree","hitTestRect","_initElements","_extendLayoutOptions","_initDefaults","_interactionDefaults","_initCanvas","adornerLayer","_createHandlers","_clipboard","pauseMouseHandlers","_fetchFreshData","_createGlobalToolBar","_createOptionElements","toolBar","_toolBarClick","createShape","editor","_createShape","edit","createConnection","_connectionsDataMap","addConnection","editModel","cancelEdit","shapeEditors","shapeTemplate","connectionEditors","connectionTemplate","editors","_editArgs","_getEditDataSource","_destroyEditor","saveEdit","_dragStart","_gestureStart","_gestureChange","_gestureEnd","_mouseMove","_mouseDown","_mouseUp","_syncHandler","_pauseMouseHandlers","_eventPositions","_meta","_createToolBar","documentToModel","_gesture","_initialCenter","documentToView","_zoom","_getValidZoom","_panTransform","_updateAdorners","_createShapes","_createConnections","_findConnectionTarget","destroyScroller","_destroyGlobalToolBar","connected","added","removed","_removeItem","_removeShapeDataItem","_removeConnectionDataItem","_getDiagramItems","visuals","_fixOrdering","bringIntoView","_zoomMainLayer","alignShapes","_getPan","_copyOffset","_updateCopiedConnection","_containerOffset","viewToDocument","viewToModel","_transformWithMatrix","_matrixInvert","_layerMatrix","layerToModel","_layerMatrixInvert","modelToDocument","setConnectionsDataSource","_connectionDataSource","_redrawConnections","getShapeByModelId","getShapeByModelUid","getConnectionByModelId","getConnectionByModelUid","deselected","_transformMainLayer","_finishPan","_storeViewMatrix","_storeLayerMatrix","cons","_removeShape","_removeConnection","_removeDataItems","_removeShapeConnections","_addDataItem","_addDataItemByUid","_addDataItems","_refreshSource","_bindingRoots","_addItem","singleToolBar","_popup","_normalizePointZoom","undone","redone","_loadingShapes","_loadingConnections","_shapesRefreshHandler","_shapesRequestStartHandler","_shapesErrorHandler","_refreshShapes","_shapesRequestStart","_error","_treeDataSource","_connectionsRefreshHandler","_connectionsRequestStartHandler","_connectionsErrorHandler","_refreshConnections","_connectionsRequestStart","_connectionsError","_shouldRefresh","_removeShapes","_updateShapes","_syncShapes","_rebindShapesAndConnections","_addShapes","_addConnections","_removeConnections","_updateConnections","_addConnectionDataItem","_validateConnector","_unbindDataSource","_errorHandler","_refresh","deferredConnectionUpdates","_tools","createToolBar","createTools","appendTools","getKendoPopup","_toolBar","kendoToolBar","getKendoToolBar","createTool","_setAttributes","newGroup","editTool","deleteTool","rotateAnticlockwiseTool","_appendGroup","_rotateGroup","rotateClockwiseTool","createShapeTool","_createGroup","createConnectionTool","undoTool","_historyGroup","redoTool","_getAttributes","eventData","selectedElements","rotateClockwise","rotateAnticlockwise","_getFields","createEditable","Editable","clearContainer","columns","_renderTemplate","_renderFields","_renderButtons","Window","userTriggered","_cancelClick","_attachButtonEvents","unescape","_createButton","_cancelClickHandler","_updateClickHandler","_updateClick","_editUpdateClickHandler","_testRect","overlapsBounds","_boundsChange","Connector","DiagramToolBar","QuadRoot","PopupEditor","_oldValue","repaint","cap","setAngle","slotAngle","oldAngle","newAngle","_renderNeedle","_renderCap","_renderArrow","getRadiusX","capSize","renderArc","labelElements","renderLabels","ticks","renderTicks","ranges","renderRanges","repositionRanges","tickAngles","rangeSize","rangeDistance","setRadiusX","setRadiusY","getRangeRadius","rangeSegments","majorTickAngles","_tickDifference","minorTickAngles","normalizeTickAngles","repositionTicks","_createSurface","gaugeArea","_setValueOptions","_draw","_visuals","allValues","_getSize","_createGaugeArea","_createModel","_gaugeAreaMargin","_initialPlotArea","alignScale","_buildVisual","getDiff","getPlotBox","plotBbox","_getBox","_alignElements","_shrinkElements","renderLine","skipUnit","renderAxisTick","track","trackBox","pointerRangeBox","getElementOptions","_margin","pointerShape","oldPoints","newPoints","toScale","Gauge","RadialPointer","LinearPointer","ArrowLinearPointer","BarLinearPointer","LinearScale","RadialScale","LinearGauge","RadialGauge","_documentKeyDownHandler","_documentKeyDown","_showOn","callout","_appendContent","_ajaxRequest","_initPopup","_positionCallout","_closeButtonClick","lat","lng","DISTANCE_ITERATIONS","DISTANCE_CONVERGENCE","DISTANCE_PRECISION","FORMAT","greatCircleTo","datums","WGS84","azimuthFrom","azimuthTo","fromLngLat","fromLatLng","nw","containsAny","include","includeAll","sw","World","Extent","Location","itemTemplate","_extent","_render","_itemText","_inZoomLevel","minZoom","maxZoom","_inArea","extent","_keyroot","panStep","zoomStep","exp","MAX_LNG","MAX_LAT","INVERSE_ITERATIONS","INVERSE_CONVERGENCE","centralMeridian","datum","_projectLat","inverse","_inverseY","_proj","_tm","_itm","toPoint","toLocation","crs","EPSG3395","EPSG3857","EPSG4326","projections","Equirectangular","Mercator","SphericalMercator","_beforeReset","_panEnd","_activate","_updateAttribution","_deactivate","_applyExtent","_setVisibility","attribution","Layer","_initRoot","_dataChange","_translateSurface","_clearMarkers","_loader","shapeCreated","featureCreated","_panning","locationToView","locator","_loadGeometryTo","_featureCreated","_shapeCreated","_loadPolygon","_setLineFill","_loadPoint","_loadShape","_buildPolygon","geojson","features","geometries","ShapeLayer","GeoJSONLoader","locationField","valueField","_scaleType","_createSymbol","_drawSymbol","scales","symbols","_domain","_ratio","BubbleLayer","subdomains","_viewType","locationToLayer","viewOrigin","_updateView","pool","tileSize","urlTemplate","_viewOrigin","pointToTileIndex","tileCount","indexToPoint","subdomainText","subdomainIndex","createTile","tileOptions","wrapIndex","currentIndex","subdomain","errorUrlTemplate","wrapValue","errorUrl","urlOptions","quadkey","_create","tile","TileLayer","ImageTile","TilePool","TileView","baseUrl","_scheme","_onMetadata","_fetchMetadata","imagerySet","output","uriScheme","resourceSets","resource","resources","imageUrlSubdomains","_addAttribution","imageryProviders","coverageAreas","tileQuadKey","bing","BingLayer","BingView","_markerClick","titleField","_addOne","Marker","addTo","renderTooltip","contentUrl","MarkerLayer","_getOrigin","_initScroller","_initMarkers","_initControls","_initLayers","controls","layerDefaults","markerDefaults","wraparound","zoomControl","_setExtent","_getExtent","_layerSize","layerToLocation","viewToLocation","eventToView","eventToLayer","eventToLocation","_setOrigin","_origin","_zoomAround","Attribution","_createAttribution","Navigator","_createNavigator","ZoomControl","_createZoomControl","_createControlElement","_navigatorPan","_navigatorCenter","_virtualSize","_scrollEnd","_zoomControlChange","_scroll","_scaleStart","_scrollOffset","_panComplete","_panEndTS","_scaleToZoom","_resetScroller","_renderLayers","scrollWrap","Chart","stage","_initialWidth","pointWidth","_autoWidth","inline","_anchor","SparklineSharedTooltip","dateField","_destroyNavigator","buildFilter","_fullRedraw","_navigator","_dirty","redrawSlaves","_seriesCount","_setRange","_dataBound","_zoomEnd","_dataChangedHandler","_redrawSelf","mainAxis","selectStart","selectEnd","filterAxes","_liveDrag","showHint","filterDataSource","readSelection","__navi","attachAxes","attachSeries","chartPadding","_hideTimeout","require","jQueryBridget","bridget","EvEmitter","_onceEvents","emitEvent","borderStyle","isBoxSizeOuter","paddingTop","paddingBottom","borderLeftWidth","borderRightWidth","borderTopWidth","borderBottomWidth","fizzyUIUtils","modulo","removeFrom","getParent","getQueryElement","handleEvent","filterFindElements","debounceMethod","docReady","toDashed","htmlInit","Outlayer","WebkitTransition","transitionProperty","transitionDelay","_transn","ingProperties","clean","_getOption","layoutPosition","getXValue","getYValue","percentPosition","_transitionTo","setPosition","isTransitioning","getTranslate","onTransitionEnd","isCleaning","goTo","_nonTransition","_removeStyles","enableTransition","staggerDelay","onwebkitTransitionEnd","ontransitionend","onotransitionend","propertyName","disableTransition","removeTransitionStyles","stagger","removeElem","getHideRevealTransitionEndProperty","onRevealTransitionEnd","hiddenStyle","visibleStyle","onHideTransitionEnd","outlayerGUID","containerStyle","initLayout","originLeft","originTop","resizeContainer","compatOptions","layoutInstant","reloadItems","stamps","stamp","bindResize","_itemize","_filterFindItemElements","itemSelector","getItemElements","_resetLayout","_manageStamps","_isLayoutInited","layoutItems","_getMeasurement","_getItemsForLayout","_layoutItems","_postLayout","isIgnored","_emitCompleteOnItems","_getItemLayoutPosition","isInstant","isLayoutInstant","_processLayoutQueue","updateStagger","_positionItem","_getContainerSize","_setContainerMeasure","unignore","unstamp","_getBoundingRect","_manageStamp","_boundingRect","_getElementOffset","isResizeBound","onresize","needsResizeLayout","addItems","appended","prepended","revealItemElements","getItems","hideItemElements","ms","Masonry","fitWidth","measureColumns","colYs","cols","maxY","getContainerWidth","columnWidth","containerWidth","gutter","_getColGroup","_getContainerFitWidth","shoestring","Tablesaw","i18n","modes","columnBtnText","columnsDialogError","mustard","WebKitPoint","operamini","config","defaultMode","initSelector","Table","$table","mode","createToolbar","colstart","_initCells","thrs","coltally","columnlookup","cellcoltally","$toolbar","tableId","stackTable","cellLabels","cellContentLabels","labelless","hideempty","Stack","allHeaders","reverseHeaders","$cells","hierarchyClass","$sortableButton","iteration","tablesaw","methods","oEl","found","arrg","ColumnToggle","columnToggleTable","columnBtnContain","columnBtn","priorityPrefix","$menuButton","$popup","$btnContain","hasNonPersistentHeaders","$this","priority","$getCells","$getCellsFromCheckbox","closePopup","closeTimeout","openPopup","refreshToggle","refreshPriority","$cell","getSortValue","cell","sortableSwitchSelector","defaultCol","numericCol","ascend","descend","switcher","tableToolbar","sortButton","heads","$switcher","addClassToTable","addClassToHeads","makeHeadsActionable","clearOthers","sibs","headsOnAction","newSortValue","handleDefault","addSwitcher","isDefaultCol","isDescending","hasNumericAttribute","numericCount","numericCountMax","$firstChild","tablesawbtn","getColumnNumber","getTableRows","sortRows","colNum","ascending","sorted","getCells","rowNum","getSortFxn","forceNumeric","regex","applyToRows","newRows","customFn","replaceTableRows","makeColDefault","sortBy","returnVal","horizontalThreshold","verticalThreshold","sumStyles","hideBtn","persistWidths","allColumnsVisible","disableTouchEvents","createSwipeTable","$btns","$prevBtn","$nextBtn","$headerCells","$headerCellsNoPersist","headerWidths","$head","headerCell","showColumn","hideColumn","persistColumn","isPersistent","unmaintainWidths","maintainWidths","tableWidth","newHash","$style","getNext","checkFound","getPrev","nextpair","fwd","canAdvance","pair","matchesMedia","fakeBreakpoints","persist","sums","visibleNonPersistantCount","isPersist","needsNonPersistentColumn","advance","getCoord","originX","originY","cfg","canGoPrev","canGoNext","MiniMap","createMiniMap","$dotNav","hideDot","showMinimap","showHideNav","dots","excludeMode","ignoreMode","modeVal","dataMode","$otherToolbarItems","onModeChange","masonry","colorData"],"mappings":";;;;AAAA;;;;;;;;;;;;;;AAcC,WAAUA,MAAV,EAAkBC,OAAlB,EAA4B;;AAE5B,KAAK,QAAOC,MAAP,yCAAOA,MAAP,OAAkB,QAAlB,IAA8B,QAAOA,OAAOC,OAAd,MAA0B,QAA7D,EAAwE;AACvE;AACA;AACA;AACA;AACA;AACA;AACA;AACAD,SAAOC,OAAP,GAAiBH,OAAOI,QAAP,GAChBH,QAASD,MAAT,EAAiB,IAAjB,CADgB,GAEhB,UAAUK,CAAV,EAAc;AACb,OAAK,CAACA,EAAED,QAAR,EAAmB;AAClB,UAAM,IAAIE,KAAJ,CAAW,0CAAX,CAAN;AACA;AACD,UAAOL,QAASI,CAAT,CAAP;AACA,GAPF;AAQA,EAhBD,MAgBO;AACNJ,UAASD,MAAT;AACA;;AAEF;AACC,CAvBA,EAuBC,OAAOO,MAAP,KAAkB,WAAlB,GAAgCA,MAAhC,YAvBD,EAuBgD,UAAUA,MAAV,EAAkBC,QAAlB,EAA6B;;AAE9E;AACA;AACA;AACA;AACA;AACA,KAAIC,MAAM,EAAV;;AAEA,KAAIL,WAAWG,OAAOH,QAAtB;;AAEA,KAAIM,SAAQD,IAAIC,KAAhB;;AAEA,KAAIC,SAASF,IAAIE,MAAjB;;AAEA,KAAIC,OAAOH,IAAIG,IAAf;;AAEA,KAAIC,UAAUJ,IAAII,OAAlB;;AAEA,KAAIC,aAAa,EAAjB;;AAEA,KAAIC,WAAWD,WAAWC,QAA1B;;AAEA,KAAIC,SAASF,WAAWG,cAAxB;;AAEA,KAAIC,UAAU,EAAd;;AAIA,KACCC,UAAU,OADX;;;AAGC;AACAC,UAAS,SAATA,MAAS,CAAUC,QAAV,EAAoBC,OAApB,EAA8B;;AAEtC;AACA;AACA,SAAO,IAAIF,OAAOG,EAAP,CAAUC,IAAd,CAAoBH,QAApB,EAA8BC,OAA9B,CAAP;AACA,EATF;;;AAWC;AACA;AACAG,SAAQ,oCAbT;;;AAeC;AACAC,aAAY,OAhBb;AAAA,KAiBCC,aAAa,cAjBd;;;AAmBC;AACAC,cAAa,SAAbA,UAAa,CAAUC,GAAV,EAAeC,MAAf,EAAwB;AACpC,SAAOA,OAAOC,WAAP,EAAP;AACA,EAtBF;;AAwBAX,QAAOG,EAAP,GAAYH,OAAOY,SAAP,GAAmB;;AAE9B;AACAC,UAAQd,OAHsB;;AAK9Be,eAAad,MALiB;;AAO9B;AACAC,YAAU,EARoB;;AAU9B;AACAc,UAAQ,CAXsB;;AAa9BC,WAAS,mBAAW;AACnB,UAAO1B,OAAM2B,IAAN,CAAY,IAAZ,CAAP;AACA,GAf6B;;AAiB9B;AACA;AACAC,OAAK,aAAUC,GAAV,EAAgB;AACpB,UAAOA,OAAO,IAAP;;AAEN;AACEA,SAAM,CAAN,GAAU,KAAMA,MAAM,KAAKJ,MAAjB,CAAV,GAAsC,KAAMI,GAAN,CAHlC;;AAKN;AACA7B,UAAM2B,IAAN,CAAY,IAAZ,CAND;AAOA,GA3B6B;;AA6B9B;AACA;AACAG,aAAW,mBAAUC,KAAV,EAAkB;;AAE5B;AACA,OAAIC,MAAMtB,OAAOuB,KAAP,CAAc,KAAKT,WAAL,EAAd,EAAkCO,KAAlC,CAAV;;AAEA;AACAC,OAAIE,UAAJ,GAAiB,IAAjB;AACAF,OAAIpB,OAAJ,GAAc,KAAKA,OAAnB;;AAEA;AACA,UAAOoB,GAAP;AACA,GA1C6B;;AA4C9B;AACAG,QAAM,cAAUC,QAAV,EAAqB;AAC1B,UAAO1B,OAAOyB,IAAP,CAAa,IAAb,EAAmBC,QAAnB,CAAP;AACA,GA/C6B;;AAiD9BC,OAAK,aAAUD,QAAV,EAAqB;AACzB,UAAO,KAAKN,SAAL,CAAgBpB,OAAO2B,GAAP,CAAY,IAAZ,EAAkB,UAAUC,IAAV,EAAgBC,CAAhB,EAAoB;AAC5D,WAAOH,SAAST,IAAT,CAAeW,IAAf,EAAqBC,CAArB,EAAwBD,IAAxB,CAAP;AACA,IAFsB,CAAhB,CAAP;AAGA,GArD6B;;AAuD9BtC,SAAO,iBAAW;AACjB,UAAO,KAAK8B,SAAL,CAAgB9B,OAAMwC,KAAN,CAAa,IAAb,EAAmBC,SAAnB,CAAhB,CAAP;AACA,GAzD6B;;AA2D9BC,SAAO,iBAAW;AACjB,UAAO,KAAKC,EAAL,CAAS,CAAT,CAAP;AACA,GA7D6B;;AA+D9BC,QAAM,gBAAW;AAChB,UAAO,KAAKD,EAAL,CAAS,CAAC,CAAV,CAAP;AACA,GAjE6B;;AAmE9BA,MAAI,YAAUJ,CAAV,EAAc;AACjB,OAAIM,MAAM,KAAKpB,MAAf;AAAA,OACCqB,IAAI,CAACP,CAAD,IAAOA,IAAI,CAAJ,GAAQM,GAAR,GAAc,CAArB,CADL;AAEA,UAAO,KAAKf,SAAL,CAAgBgB,KAAK,CAAL,IAAUA,IAAID,GAAd,GAAoB,CAAE,KAAMC,CAAN,CAAF,CAApB,GAAoC,EAApD,CAAP;AACA,GAvE6B;;AAyE9BC,OAAK,eAAW;AACf,UAAO,KAAKb,UAAL,IAAmB,KAAKV,WAAL,EAA1B;AACA,GA3E6B;;AA6E9B;AACA;AACAtB,QAAMA,IA/EwB;AAgF9B8C,QAAMjD,IAAIiD,IAhFoB;AAiF9BC,UAAQlD,IAAIkD;AAjFkB,EAA/B;;AAoFAvC,QAAOwC,MAAP,GAAgBxC,OAAOG,EAAP,CAAUqC,MAAV,GAAmB,YAAW;AAC7C,MAAIC,OAAJ;AAAA,MAAaC,IAAb;AAAA,MAAmBC,GAAnB;AAAA,MAAwBC,IAAxB;AAAA,MAA8BC,WAA9B;AAAA,MAA2CC,KAA3C;AAAA,MACCC,SAAShB,UAAW,CAAX,KAAkB,EAD5B;AAAA,MAECF,IAAI,CAFL;AAAA,MAGCd,SAASgB,UAAUhB,MAHpB;AAAA,MAICiC,OAAO,KAJR;;AAMA;AACA,MAAK,OAAOD,MAAP,KAAkB,SAAvB,EAAmC;AAClCC,UAAOD,MAAP;;AAEA;AACAA,YAAShB,UAAWF,CAAX,KAAkB,EAA3B;AACAA;AACA;;AAED;AACA,MAAK,QAAOkB,MAAP,yCAAOA,MAAP,OAAkB,QAAlB,IAA8B,CAAC/C,OAAOiD,UAAP,CAAmBF,MAAnB,CAApC,EAAkE;AACjEA,YAAS,EAAT;AACA;;AAED;AACA,MAAKlB,MAAMd,MAAX,EAAoB;AACnBgC,YAAS,IAAT;AACAlB;AACA;;AAED,SAAQA,IAAId,MAAZ,EAAoBc,GAApB,EAA0B;;AAEzB;AACA,OAAK,CAAEY,UAAUV,UAAWF,CAAX,CAAZ,KAAgC,IAArC,EAA4C;;AAE3C;AACA,SAAMa,IAAN,IAAcD,OAAd,EAAwB;AACvBE,WAAMI,OAAQL,IAAR,CAAN;AACAE,YAAOH,QAASC,IAAT,CAAP;;AAEA;AACA,SAAKK,WAAWH,IAAhB,EAAuB;AACtB;AACA;;AAED;AACA,SAAKI,QAAQJ,IAAR,KAAkB5C,OAAOkD,aAAP,CAAsBN,IAAtB,MACpBC,cAAc7C,OAAOmD,OAAP,CAAgBP,IAAhB,CADM,CAAlB,CAAL,EAC8C;;AAE7C,UAAKC,WAAL,EAAmB;AAClBA,qBAAc,KAAd;AACAC,eAAQH,OAAO3C,OAAOmD,OAAP,CAAgBR,GAAhB,CAAP,GAA+BA,GAA/B,GAAqC,EAA7C;AAEA,OAJD,MAIO;AACNG,eAAQH,OAAO3C,OAAOkD,aAAP,CAAsBP,GAAtB,CAAP,GAAqCA,GAArC,GAA2C,EAAnD;AACA;;AAED;AACAI,aAAQL,IAAR,IAAiB1C,OAAOwC,MAAP,CAAeQ,IAAf,EAAqBF,KAArB,EAA4BF,IAA5B,CAAjB;;AAED;AACC,MAfD,MAeO,IAAKA,SAASQ,SAAd,EAA0B;AAChCL,aAAQL,IAAR,IAAiBE,IAAjB;AACA;AACD;AACD;AACD;;AAED;AACA,SAAOG,MAAP;AACA,EAnED;;AAqEA/C,QAAOwC,MAAP,CAAe;;AAEd;AACAa,WAAS,WAAW,CAAEtD,UAAUuD,KAAKC,MAAL,EAAZ,EAA4BC,OAA5B,CAAqC,KAArC,EAA4C,EAA5C,CAHN;;AAKd;AACAC,WAAS,IANK;;AAQdC,SAAO,eAAUC,GAAV,EAAgB;AACtB,SAAM,IAAIzE,KAAJ,CAAWyE,GAAX,CAAN;AACA,GAVa;;AAYdC,QAAM,gBAAW,CAAE,CAZL;;AAcdX,cAAY,oBAAUY,GAAV,EAAgB;AAC3B,UAAO7D,OAAO8D,IAAP,CAAaD,GAAb,MAAuB,UAA9B;AACA,GAhBa;;AAkBdV,WAASY,MAAMZ,OAlBD;;AAoBda,YAAU,kBAAUH,GAAV,EAAgB;AACzB,UAAOA,OAAO,IAAP,IAAeA,QAAQA,IAAI1E,MAAlC;AACA,GAtBa;;AAwBd8E,aAAW,mBAAUJ,GAAV,EAAgB;;AAE1B;AACA;AACA;AACA;AACA,OAAIK,gBAAgBL,OAAOA,IAAIlE,QAAJ,EAA3B;AACA,UAAO,CAACK,OAAOmD,OAAP,CAAgBU,GAAhB,CAAD,IAA4BK,gBAAgBC,WAAYD,aAAZ,CAAhB,GAA8C,CAAhD,IAAuD,CAAxF;AACA,GAhCa;;AAkCdhB,iBAAe,uBAAUW,GAAV,EAAgB;AAC9B,OAAIO,GAAJ;;AAEA;AACA;AACA;AACA;AACA,OAAKpE,OAAO8D,IAAP,CAAaD,GAAb,MAAuB,QAAvB,IAAmCA,IAAIQ,QAAvC,IAAmDrE,OAAOgE,QAAP,CAAiBH,GAAjB,CAAxD,EAAiF;AAChF,WAAO,KAAP;AACA;;AAED;AACA,OAAKA,IAAI/C,WAAJ,IACH,CAAClB,OAAOqB,IAAP,CAAa4C,GAAb,EAAkB,aAAlB,CADE,IAEH,CAACjE,OAAOqB,IAAP,CAAa4C,IAAI/C,WAAJ,CAAgBF,SAAhB,IAA6B,EAA1C,EAA8C,eAA9C,CAFH,EAEqE;AACpE,WAAO,KAAP;AACA;;AAED;AACA;AACA,QAAMwD,GAAN,IAAaP,GAAb,EAAmB,CAAE;;AAErB,UAAOO,QAAQhB,SAAR,IAAqBxD,OAAOqB,IAAP,CAAa4C,GAAb,EAAkBO,GAAlB,CAA5B;AACA,GAzDa;;AA2DdE,iBAAe,uBAAUT,GAAV,EAAgB;AAC9B,OAAInB,IAAJ;AACA,QAAMA,IAAN,IAAcmB,GAAd,EAAoB;AACnB,WAAO,KAAP;AACA;AACD,UAAO,IAAP;AACA,GAjEa;;AAmEdC,QAAM,cAAUD,GAAV,EAAgB;AACrB,OAAKA,OAAO,IAAZ,EAAmB;AAClB,WAAOA,MAAM,EAAb;AACA;;AAED;AACA,UAAO,QAAOA,GAAP,yCAAOA,GAAP,OAAe,QAAf,IAA2B,OAAOA,GAAP,KAAe,UAA1C,GACNnE,WAAYC,SAASsB,IAAT,CAAe4C,GAAf,CAAZ,KAAsC,QADhC,UAECA,GAFD,yCAECA,GAFD,CAAP;AAGA,GA5Ea;;AA8Ed;AACAU,cAAY,oBAAUC,IAAV,EAAiB;AAC5B,OAAIC,MAAJ;AAAA,OACCC,WAAWC,IADZ;;AAGAH,UAAOxE,OAAO4E,IAAP,CAAaJ,IAAb,CAAP;;AAEA,OAAKA,IAAL,EAAY;;AAEX;AACA;AACA;AACA,QAAKA,KAAK/E,OAAL,CAAc,YAAd,MAAiC,CAAtC,EAA0C;AACzCgF,cAASzF,SAAS6F,aAAT,CAAwB,QAAxB,CAAT;AACAJ,YAAOK,IAAP,GAAcN,IAAd;AACAxF,cAAS+F,IAAT,CAAcC,WAAd,CAA2BP,MAA3B,EAAoCQ,UAApC,CAA+CC,WAA/C,CAA4DT,MAA5D;AACA,KAJD,MAIO;;AAEN;AACA;;AAEAC,cAAUF,IAAV;AACA;AACD;AACD,GAtGa;;AAwGd;AACA;AACA;AACAW,aAAW,mBAAUC,MAAV,EAAmB;AAC7B,UAAOA,OAAO5B,OAAP,CAAgBlD,SAAhB,EAA2B,KAA3B,EAAmCkD,OAAnC,CAA4CjD,UAA5C,EAAwDC,UAAxD,CAAP;AACA,GA7Ga;;AA+Gd6E,YAAU,kBAAUzD,IAAV,EAAgBc,IAAhB,EAAuB;AAChC,UAAOd,KAAKyD,QAAL,IAAiBzD,KAAKyD,QAAL,CAAcC,WAAd,OAAgC5C,KAAK4C,WAAL,EAAxD;AACA,GAjHa;;AAmHd7D,QAAM,cAAUoC,GAAV,EAAenC,QAAf,EAA0B;AAC/B,OAAIX,MAAJ;AAAA,OAAYc,IAAI,CAAhB;;AAEA,OAAK0D,YAAa1B,GAAb,CAAL,EAA0B;AACzB9C,aAAS8C,IAAI9C,MAAb;AACA,WAAQc,IAAId,MAAZ,EAAoBc,GAApB,EAA0B;AACzB,SAAKH,SAAST,IAAT,CAAe4C,IAAKhC,CAAL,CAAf,EAAyBA,CAAzB,EAA4BgC,IAAKhC,CAAL,CAA5B,MAA2C,KAAhD,EAAwD;AACvD;AACA;AACD;AACD,IAPD,MAOO;AACN,SAAMA,CAAN,IAAWgC,GAAX,EAAiB;AAChB,SAAKnC,SAAST,IAAT,CAAe4C,IAAKhC,CAAL,CAAf,EAAyBA,CAAzB,EAA4BgC,IAAKhC,CAAL,CAA5B,MAA2C,KAAhD,EAAwD;AACvD;AACA;AACD;AACD;;AAED,UAAOgC,GAAP;AACA,GAtIa;;AAwId;AACAe,QAAM,cAAUE,IAAV,EAAiB;AACtB,UAAOA,QAAQ,IAAR,GACN,EADM,GAEN,CAAEA,OAAO,EAAT,EAActB,OAAd,CAAuBnD,KAAvB,EAA8B,EAA9B,CAFD;AAGA,GA7Ia;;AA+Id;AACAmF,aAAW,mBAAUnG,GAAV,EAAeoG,OAAf,EAAyB;AACnC,OAAInE,MAAMmE,WAAW,EAArB;;AAEA,OAAKpG,OAAO,IAAZ,EAAmB;AAClB,QAAKkG,YAAaG,OAAQrG,GAAR,CAAb,CAAL,EAAoC;AACnCW,YAAOuB,KAAP,CAAcD,GAAd,EACC,OAAOjC,GAAP,KAAe,QAAf,GACA,CAAEA,GAAF,CADA,GACUA,GAFX;AAIA,KALD,MAKO;AACNG,UAAKyB,IAAL,CAAWK,GAAX,EAAgBjC,GAAhB;AACA;AACD;;AAED,UAAOiC,GAAP;AACA,GA/Ja;;AAiKdqE,WAAS,iBAAU/D,IAAV,EAAgBvC,GAAhB,EAAqBwC,CAArB,EAAyB;AACjC,UAAOxC,OAAO,IAAP,GAAc,CAAC,CAAf,GAAmBI,QAAQwB,IAAR,CAAc5B,GAAd,EAAmBuC,IAAnB,EAAyBC,CAAzB,CAA1B;AACA,GAnKa;;AAqKdN,SAAO,eAAUS,KAAV,EAAiB4D,MAAjB,EAA0B;AAChC,OAAIzD,MAAM,CAACyD,OAAO7E,MAAlB;AAAA,OACCqB,IAAI,CADL;AAAA,OAECP,IAAIG,MAAMjB,MAFX;;AAIA,UAAQqB,IAAID,GAAZ,EAAiBC,GAAjB,EAAuB;AACtBJ,UAAOH,GAAP,IAAe+D,OAAQxD,CAAR,CAAf;AACA;;AAEDJ,SAAMjB,MAAN,GAAec,CAAf;;AAEA,UAAOG,KAAP;AACA,GAjLa;;AAmLd6D,QAAM,cAAUxE,KAAV,EAAiBK,QAAjB,EAA2BoE,MAA3B,EAAoC;AACzC,OAAIC,eAAJ;AAAA,OACCC,UAAU,EADX;AAAA,OAECnE,IAAI,CAFL;AAAA,OAGCd,SAASM,MAAMN,MAHhB;AAAA,OAICkF,iBAAiB,CAACH,MAJnB;;AAMA;AACA;AACA,UAAQjE,IAAId,MAAZ,EAAoBc,GAApB,EAA0B;AACzBkE,sBAAkB,CAACrE,SAAUL,MAAOQ,CAAP,CAAV,EAAsBA,CAAtB,CAAnB;AACA,QAAKkE,oBAAoBE,cAAzB,EAA0C;AACzCD,aAAQxG,IAAR,CAAc6B,MAAOQ,CAAP,CAAd;AACA;AACD;;AAED,UAAOmE,OAAP;AACA,GApMa;;AAsMd;AACArE,OAAK,aAAUN,KAAV,EAAiBK,QAAjB,EAA2BwE,GAA3B,EAAiC;AACrC,OAAInF,MAAJ;AAAA,OAAYoF,KAAZ;AAAA,OACCtE,IAAI,CADL;AAAA,OAECP,MAAM,EAFP;;AAIA;AACA,OAAKiE,YAAalE,KAAb,CAAL,EAA4B;AAC3BN,aAASM,MAAMN,MAAf;AACA,WAAQc,IAAId,MAAZ,EAAoBc,GAApB,EAA0B;AACzBsE,aAAQzE,SAAUL,MAAOQ,CAAP,CAAV,EAAsBA,CAAtB,EAAyBqE,GAAzB,CAAR;;AAEA,SAAKC,SAAS,IAAd,EAAqB;AACpB7E,UAAI9B,IAAJ,CAAU2G,KAAV;AACA;AACD;;AAEF;AACC,IAXD,MAWO;AACN,SAAMtE,CAAN,IAAWR,KAAX,EAAmB;AAClB8E,aAAQzE,SAAUL,MAAOQ,CAAP,CAAV,EAAsBA,CAAtB,EAAyBqE,GAAzB,CAAR;;AAEA,SAAKC,SAAS,IAAd,EAAqB;AACpB7E,UAAI9B,IAAJ,CAAU2G,KAAV;AACA;AACD;AACD;;AAED;AACA,UAAO5G,OAAOuC,KAAP,CAAc,EAAd,EAAkBR,GAAlB,CAAP;AACA,GApOa;;AAsOd;AACA8E,QAAM,CAvOQ;;AAyOd;AACA;AACAC,SAAO,eAAUlG,EAAV,EAAcD,OAAd,EAAwB;AAC9B,OAAIoG,GAAJ,EAASC,IAAT,EAAeF,KAAf;;AAEA,OAAK,OAAOnG,OAAP,KAAmB,QAAxB,EAAmC;AAClCoG,UAAMnG,GAAID,OAAJ,CAAN;AACAA,cAAUC,EAAV;AACAA,SAAKmG,GAAL;AACA;;AAED;AACA;AACA,OAAK,CAACtG,OAAOiD,UAAP,CAAmB9C,EAAnB,CAAN,EAAgC;AAC/B,WAAOiD,SAAP;AACA;;AAED;AACAmD,UAAOjH,OAAM2B,IAAN,CAAYc,SAAZ,EAAuB,CAAvB,CAAP;AACAsE,WAAQ,iBAAW;AAClB,WAAOlG,GAAG2B,KAAH,CAAU5B,WAAW,IAArB,EAA2BqG,KAAKhH,MAAL,CAAaD,OAAM2B,IAAN,CAAYc,SAAZ,CAAb,CAA3B,CAAP;AACA,IAFD;;AAIA;AACAsE,SAAMD,IAAN,GAAajG,GAAGiG,IAAH,GAAUjG,GAAGiG,IAAH,IAAWpG,OAAOoG,IAAP,EAAlC;;AAEA,UAAOC,KAAP;AACA,GApQa;;AAsQdG,OAAKC,KAAKD,GAtQI;;AAwQd;AACA;AACA1G,WAASA;AA1QK,EAAf;;AA6QA;AACA;AACA;AACA;AACA;AACA,KAAK,OAAO4G,MAAP,KAAkB,UAAvB,EAAoC;AACnC1G,SAAOG,EAAP,CAAWuG,OAAOC,QAAlB,IAA+BtH,IAAKqH,OAAOC,QAAZ,CAA/B;AACA;AACD;;AAEA;AACA3G,QAAOyB,IAAP,CAAa,uEAAuEmF,KAAvE,CAA8E,GAA9E,CAAb,EACA,UAAU/E,CAAV,EAAaa,IAAb,EAAoB;AACnBhD,aAAY,aAAagD,IAAb,GAAoB,GAAhC,IAAwCA,KAAK4C,WAAL,EAAxC;AACA,EAHD;;AAKA,UAASC,WAAT,CAAsB1B,GAAtB,EAA4B;;AAE3B;AACA;AACA;AACA;AACA,MAAI9C,SAAS,CAAC,CAAC8C,GAAF,IAAS,YAAYA,GAArB,IAA4BA,IAAI9C,MAA7C;AAAA,MACC+C,OAAO9D,OAAO8D,IAAP,CAAaD,GAAb,CADR;;AAGA,MAAKC,SAAS,UAAT,IAAuB9D,OAAOgE,QAAP,CAAiBH,GAAjB,CAA5B,EAAqD;AACpD,UAAO,KAAP;AACA;;AAED,SAAOC,SAAS,OAAT,IAAoB/C,WAAW,CAA/B,IACN,OAAOA,MAAP,KAAkB,QAAlB,IAA8BA,SAAS,CAAvC,IAA8CA,SAAS,CAAX,IAAkB8C,GAD/D;AAEA;AACD,KAAIgD;AACJ;;;;;;;;;;AAUC,WAAU1H,MAAV,EAAmB;;AAEpB,MAAI0C,CAAJ;AAAA,MACC/B,OADD;AAAA,MAECgH,IAFD;AAAA,MAGCC,OAHD;AAAA,MAICC,KAJD;AAAA,MAKCC,QALD;AAAA,MAMCC,OAND;AAAA,MAOCC,MAPD;AAAA,MAQCC,gBARD;AAAA,MASCC,SATD;AAAA,MAUCC,YAVD;;;AAYC;AACAC,aAbD;AAAA,MAcCvI,QAdD;AAAA,MAeCwI,OAfD;AAAA,MAgBCC,cAhBD;AAAA,MAiBCC,SAjBD;AAAA,MAkBCC,aAlBD;AAAA,MAmBC3B,OAnBD;AAAA,MAoBC4B,QApBD;;;AAsBC;AACAvE,YAAU,WAAW,IAAI,IAAIoD,IAAJ,EAvB1B;AAAA,MAwBCoB,eAAe1I,OAAOH,QAxBvB;AAAA,MAyBC8I,UAAU,CAzBX;AAAA,MA0BCC,OAAO,CA1BR;AAAA,MA2BCC,aAAaC,aA3Bd;AAAA,MA4BCC,aAAaD,aA5Bd;AAAA,MA6BCE,gBAAgBF,aA7BjB;AAAA,MA8BCG,YAAY,mBAAUC,CAAV,EAAaC,CAAb,EAAiB;AAC5B,OAAKD,MAAMC,CAAX,EAAe;AACdhB,mBAAe,IAAf;AACA;AACD,UAAO,CAAP;AACA,GAnCF;;;AAqCC;AACAiB,iBAAe,KAAK,EAtCrB;;;AAwCC;AACA3I,WAAU,EAAD,CAAKC,cAzCf;AAAA,MA0CCR,MAAM,EA1CP;AAAA,MA2CCmJ,MAAMnJ,IAAImJ,GA3CX;AAAA,MA4CCC,cAAcpJ,IAAIG,IA5CnB;AAAA,MA6CCA,OAAOH,IAAIG,IA7CZ;AAAA,MA8CCF,QAAQD,IAAIC,KA9Cb;;AA+CC;AACA;AACAG,YAAU,SAAVA,OAAU,CAAUiJ,IAAV,EAAgB9G,IAAhB,EAAuB;AAChC,OAAIC,IAAI,CAAR;AAAA,OACCM,MAAMuG,KAAK3H,MADZ;AAEA,UAAQc,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtB,QAAK6G,KAAK7G,CAAL,MAAYD,IAAjB,EAAwB;AACvB,YAAOC,CAAP;AACA;AACD;AACD,UAAO,CAAC,CAAR;AACA,GA1DF;AAAA,MA4DC8G,WAAW,4HA5DZ;;;AA8DC;;AAEA;AACAC,eAAa,qBAjEd;;;AAmEC;AACAC,eAAa,kCApEd;;;AAsEC;AACAC,eAAa,QAAQF,UAAR,GAAqB,IAArB,GAA4BC,UAA5B,GAAyC,MAAzC,GAAkDD,UAAlD;AACZ;AACA,iBAFY,GAEMA,UAFN;AAGZ;AACA,4DAJY,GAIiDC,UAJjD,GAI8D,MAJ9D,GAIuED,UAJvE,GAKZ,MA5EF;AAAA,MA8ECG,UAAU,OAAOF,UAAP,GAAoB,UAApB;AACT;AACA;AACA,yDAHS;AAIT;AACA,4BALS,GAKoBC,UALpB,GAKiC,MALjC;AAMT;AACA,MAPS,GAQT,QAtFF;;;AAwFC;AACAE,gBAAc,IAAIC,MAAJ,CAAYL,aAAa,GAAzB,EAA8B,GAA9B,CAzFf;AAAA,MA0FCvI,QAAQ,IAAI4I,MAAJ,CAAY,MAAML,UAAN,GAAmB,6BAAnB,GAAmDA,UAAnD,GAAgE,IAA5E,EAAkF,GAAlF,CA1FT;AAAA,MA4FCM,SAAS,IAAID,MAAJ,CAAY,MAAML,UAAN,GAAmB,IAAnB,GAA0BA,UAA1B,GAAuC,GAAnD,CA5FV;AAAA,MA6FCO,eAAe,IAAIF,MAAJ,CAAY,MAAML,UAAN,GAAmB,UAAnB,GAAgCA,UAAhC,GAA6C,GAA7C,GAAmDA,UAAnD,GAAgE,GAA5E,CA7FhB;AAAA,MA+FCQ,mBAAmB,IAAIH,MAAJ,CAAY,MAAML,UAAN,GAAmB,gBAAnB,GAAsCA,UAAtC,GAAmD,MAA/D,EAAuE,GAAvE,CA/FpB;AAAA,MAiGCS,UAAU,IAAIJ,MAAJ,CAAYF,OAAZ,CAjGX;AAAA,MAkGCO,cAAc,IAAIL,MAAJ,CAAY,MAAMJ,UAAN,GAAmB,GAA/B,CAlGf;AAAA,MAoGCU,YAAY;AACX,SAAM,IAAIN,MAAJ,CAAY,QAAQJ,UAAR,GAAqB,GAAjC,CADK;AAEX,YAAS,IAAII,MAAJ,CAAY,UAAUJ,UAAV,GAAuB,GAAnC,CAFE;AAGX,UAAO,IAAII,MAAJ,CAAY,OAAOJ,UAAP,GAAoB,OAAhC,CAHI;AAIX,WAAQ,IAAII,MAAJ,CAAY,MAAMH,UAAlB,CAJG;AAKX,aAAU,IAAIG,MAAJ,CAAY,MAAMF,OAAlB,CALC;AAMX,YAAS,IAAIE,MAAJ,CAAY,2DAA2DL,UAA3D,GACpB,8BADoB,GACaA,UADb,GAC0B,aAD1B,GAC0CA,UAD1C,GAEpB,YAFoB,GAELA,UAFK,GAEQ,QAFpB,EAE8B,GAF9B,CANE;AASX,WAAQ,IAAIK,MAAJ,CAAY,SAASN,QAAT,GAAoB,IAAhC,EAAsC,GAAtC,CATG;AAUX;AACA;AACA,mBAAgB,IAAIM,MAAJ,CAAY,MAAML,UAAN,GAAmB,kDAAnB,GAC3BA,UAD2B,GACd,kBADc,GACOA,UADP,GACoB,kBADhC,EACoD,GADpD;AAZL,GApGb;AAAA,MAoHCY,UAAU,qCApHX;AAAA,MAqHCC,UAAU,QArHX;AAAA,MAuHCC,UAAU,wBAvHX;;;AAyHC;AACAC,eAAa,kCA1Hd;AAAA,MA4HCC,WAAW,MA5HZ;AAAA,MA6HCC,UAAU,OA7HX;;;AA+HC;AACAC,cAAY,IAAIb,MAAJ,CAAY,uBAAuBL,UAAvB,GAAoC,KAApC,GAA4CA,UAA5C,GAAyD,MAArE,EAA6E,IAA7E,CAhIb;AAAA,MAiICmB,YAAY,SAAZA,SAAY,CAAUC,CAAV,EAAaC,OAAb,EAAsBC,iBAAtB,EAA0C;AACrD,OAAIC,OAAO,OAAOF,OAAP,GAAiB,OAA5B;AACA;AACA;AACA;AACA,UAAOE,SAASA,IAAT,IAAiBD,iBAAjB,GACND,OADM,GAENE,OAAO,CAAP;AACC;AACAC,UAAOC,YAAP,CAAqBF,OAAO,OAA5B,CAFD;AAGC;AACAC,UAAOC,YAAP,CAAqBF,QAAQ,EAAR,GAAa,MAAlC,EAA0CA,OAAO,KAAP,GAAe,MAAzD,CANF;AAOA,GA7IF;;;AA+IC;AACA;AACA;AACA;AACAG,kBAAgB,SAAhBA,aAAgB,GAAW;AAC1B/C;AACA,GArJF;;AAuJA;AACA,MAAI;AACH/H,QAAKsC,KAAL,CACEzC,MAAMC,MAAM2B,IAAN,CAAY4G,aAAa0C,UAAzB,CADR,EAEC1C,aAAa0C,UAFd;AAIA;AACA;AACAlL,OAAKwI,aAAa0C,UAAb,CAAwBxJ,MAA7B,EAAsCsD,QAAtC;AACA,GARD,CAQE,OAAQmG,CAAR,EAAY;AACbhL,UAAO,EAAEsC,OAAOzC,IAAI0B,MAAJ;;AAEf;AACA,cAAUgC,MAAV,EAAkB0H,GAAlB,EAAwB;AACvBhC,iBAAY3G,KAAZ,CAAmBiB,MAAnB,EAA2BzD,MAAM2B,IAAN,CAAWwJ,GAAX,CAA3B;AACA,KALc;;AAOf;AACA;AACA,cAAU1H,MAAV,EAAkB0H,GAAlB,EAAwB;AACvB,SAAIrI,IAAIW,OAAOhC,MAAf;AAAA,SACCc,IAAI,CADL;AAEA;AACA,YAASkB,OAAOX,GAAP,IAAcqI,IAAI5I,GAAJ,CAAvB,EAAmC,CAAE;AACrCkB,YAAOhC,MAAP,GAAgBqB,IAAI,CAApB;AACA;AAfK,IAAP;AAiBA;;AAED,WAASyE,MAAT,CAAiB5G,QAAjB,EAA2BC,OAA3B,EAAoCuF,OAApC,EAA6CiF,IAA7C,EAAoD;AACnD,OAAIC,CAAJ;AAAA,OAAO9I,CAAP;AAAA,OAAUD,IAAV;AAAA,OAAgBgJ,GAAhB;AAAA,OAAqBC,SAArB;AAAA,OAAgCC,KAAhC;AAAA,OAAuCC,MAAvC;AAAA,OAA+CC,WAA/C;AAAA,OACCC,aAAa/K,WAAWA,QAAQgL,aADjC;;;AAGC;AACA7G,cAAWnE,UAAUA,QAAQmE,QAAlB,GAA6B,CAJzC;;AAMAoB,aAAUA,WAAW,EAArB;;AAEA;AACA,OAAK,OAAOxF,QAAP,KAAoB,QAApB,IAAgC,CAACA,QAAjC,IACJoE,aAAa,CAAb,IAAkBA,aAAa,CAA/B,IAAoCA,aAAa,EADlD,EACuD;;AAEtD,WAAOoB,OAAP;AACA;;AAED;AACA,OAAK,CAACiF,IAAN,EAAa;;AAEZ,QAAK,CAAExK,UAAUA,QAAQgL,aAAR,IAAyBhL,OAAnC,GAA6C2H,YAA/C,MAAkE7I,QAAvE,EAAkF;AACjFuI,iBAAarH,OAAb;AACA;AACDA,cAAUA,WAAWlB,QAArB;;AAEA,QAAKyI,cAAL,EAAsB;;AAErB;AACA;AACA,SAAKpD,aAAa,EAAb,KAAoByG,QAAQnB,WAAWwB,IAAX,CAAiBlL,QAAjB,CAA5B,CAAL,EAAgE;;AAE/D;AACA,UAAM0K,IAAIG,MAAM,CAAN,CAAV,EAAsB;;AAErB;AACA,WAAKzG,aAAa,CAAlB,EAAsB;AACrB,YAAMzC,OAAO1B,QAAQkL,cAAR,CAAwBT,CAAxB,CAAb,EAA4C;;AAE3C;AACA;AACA;AACA,aAAK/I,KAAKyJ,EAAL,KAAYV,CAAjB,EAAqB;AACpBlF,kBAAQjG,IAAR,CAAcoC,IAAd;AACA,iBAAO6D,OAAP;AACA;AACD,SATD,MASO;AACN,gBAAOA,OAAP;AACA;;AAEF;AACC,QAfD,MAeO;;AAEN;AACA;AACA;AACA,YAAKwF,eAAerJ,OAAOqJ,WAAWG,cAAX,CAA2BT,CAA3B,CAAtB,KACJ/C,SAAU1H,OAAV,EAAmB0B,IAAnB,CADI,IAEJA,KAAKyJ,EAAL,KAAYV,CAFb,EAEiB;;AAEhBlF,iBAAQjG,IAAR,CAAcoC,IAAd;AACA,gBAAO6D,OAAP;AACA;AACD;;AAEF;AACC,OAjCD,MAiCO,IAAKqF,MAAM,CAAN,CAAL,EAAgB;AACtBtL,YAAKsC,KAAL,CAAY2D,OAAZ,EAAqBvF,QAAQoL,oBAAR,CAA8BrL,QAA9B,CAArB;AACA,cAAOwF,OAAP;;AAED;AACC,OALM,MAKA,IAAK,CAACkF,IAAIG,MAAM,CAAN,CAAL,KAAkBhL,QAAQyL,sBAA1B,IACXrL,QAAQqL,sBADF,EAC2B;;AAEjC/L,YAAKsC,KAAL,CAAY2D,OAAZ,EAAqBvF,QAAQqL,sBAAR,CAAgCZ,CAAhC,CAArB;AACA,cAAOlF,OAAP;AACA;AACD;;AAED;AACA,SAAK3F,QAAQ0L,GAAR,IACJ,CAACrD,cAAelI,WAAW,GAA1B,CADG,KAEH,CAACyH,SAAD,IAAc,CAACA,UAAU+D,IAAV,CAAgBxL,QAAhB,CAFZ,CAAL,EAE+C;;AAE9C,UAAKoE,aAAa,CAAlB,EAAsB;AACrB4G,oBAAa/K,OAAb;AACA8K,qBAAc/K,QAAd;;AAED;AACA;AACA;AACA;AACC,OARD,MAQO,IAAKC,QAAQmF,QAAR,CAAiBC,WAAjB,OAAmC,QAAxC,EAAmD;;AAEzD;AACA,WAAMsF,MAAM1K,QAAQwL,YAAR,CAAsB,IAAtB,CAAZ,EAA4C;AAC3Cd,cAAMA,IAAIpH,OAAJ,CAAaqG,OAAb,EAAsB,MAAtB,CAAN;AACA,QAFD,MAEO;AACN3J,gBAAQyL,YAAR,CAAsB,IAAtB,EAA6Bf,MAAMvH,OAAnC;AACA;;AAED;AACA0H,gBAAS9D,SAAUhH,QAAV,CAAT;AACA4B,WAAIkJ,OAAOhK,MAAX;AACA8J,mBAAYvB,YAAYmC,IAAZ,CAAkBb,GAAlB,IAA0B,MAAMA,GAAhC,GAAsC,UAAUA,GAAV,GAAgB,IAAlE;AACA,cAAQ/I,GAAR,EAAc;AACbkJ,eAAOlJ,CAAP,IAAYgJ,YAAY,GAAZ,GAAkBe,WAAYb,OAAOlJ,CAAP,CAAZ,CAA9B;AACA;AACDmJ,qBAAcD,OAAOc,IAAP,CAAa,GAAb,CAAd;;AAEA;AACAZ,oBAAarB,SAAS6B,IAAT,CAAexL,QAAf,KAA6B6L,YAAa5L,QAAQ+E,UAArB,CAA7B,IACZ/E,OADD;AAEA;;AAED,UAAK8K,WAAL,EAAmB;AAClB,WAAI;AACHxL,aAAKsC,KAAL,CAAY2D,OAAZ,EACCwF,WAAWc,gBAAX,CAA6Bf,WAA7B,CADD;AAGA,eAAOvF,OAAP;AACA,QALD,CAKE,OAAQuG,QAAR,EAAmB,CACpB,CAND,SAMU;AACT,YAAKpB,QAAQvH,OAAb,EAAuB;AACtBnD,iBAAQ+L,eAAR,CAAyB,IAAzB;AACA;AACD;AACD;AACD;AACD;AACD;;AAED;AACA,UAAO9E,OAAQlH,SAASuD,OAAT,CAAkBnD,KAAlB,EAAyB,IAAzB,CAAR,EAAyCH,OAAzC,EAAkDuF,OAAlD,EAA2DiF,IAA3D,CAAP;AACA;;AAED;;;;;;AAMA,WAASzC,WAAT,GAAuB;AACtB,OAAIiE,OAAO,EAAX;;AAEA,YAASC,KAAT,CAAgB/H,GAAhB,EAAqB+B,KAArB,EAA6B;AAC5B;AACA,QAAK+F,KAAK1M,IAAL,CAAW4E,MAAM,GAAjB,IAAyB0C,KAAKsF,WAAnC,EAAiD;AAChD;AACA,YAAOD,MAAOD,KAAKG,KAAL,EAAP,CAAP;AACA;AACD,WAAQF,MAAO/H,MAAM,GAAb,IAAqB+B,KAA7B;AACA;AACD,UAAOgG,KAAP;AACA;;AAED;;;;AAIA,WAASG,YAAT,CAAuBnM,EAAvB,EAA4B;AAC3BA,MAAIkD,OAAJ,IAAgB,IAAhB;AACA,UAAOlD,EAAP;AACA;;AAED;;;;AAIA,WAASoM,MAAT,CAAiBpM,EAAjB,EAAsB;AACrB,OAAIqM,MAAMxN,SAAS6F,aAAT,CAAuB,KAAvB,CAAV;;AAEA,OAAI;AACH,WAAO,CAAC,CAAC1E,GAAIqM,GAAJ,CAAT;AACA,IAFD,CAEE,OAAOhC,CAAP,EAAU;AACX,WAAO,KAAP;AACA,IAJD,SAIU;AACT;AACA,QAAKgC,IAAIvH,UAAT,EAAsB;AACrBuH,SAAIvH,UAAJ,CAAeC,WAAf,CAA4BsH,GAA5B;AACA;AACD;AACAA,UAAM,IAAN;AACA;AACD;;AAED;;;;;AAKA,WAASC,SAAT,CAAoBC,KAApB,EAA2BC,OAA3B,EAAqC;AACpC,OAAItN,MAAMqN,MAAM9F,KAAN,CAAY,GAAZ,CAAV;AAAA,OACC/E,IAAIxC,IAAI0B,MADT;;AAGA,UAAQc,GAAR,EAAc;AACbiF,SAAK8F,UAAL,CAAiBvN,IAAIwC,CAAJ,CAAjB,IAA4B8K,OAA5B;AACA;AACD;;AAED;;;;;;AAMA,WAASE,YAAT,CAAuBxE,CAAvB,EAA0BC,CAA1B,EAA8B;AAC7B,OAAIwE,MAAMxE,KAAKD,CAAf;AAAA,OACC0E,OAAOD,OAAOzE,EAAEhE,QAAF,KAAe,CAAtB,IAA2BiE,EAAEjE,QAAF,KAAe,CAA1C,IACN,CAAE,CAACiE,EAAE0E,WAAH,IAAkBzE,YAApB,KACE,CAACF,EAAE2E,WAAH,IAAkBzE,YADpB,CAFF;;AAKA;AACA,OAAKwE,IAAL,EAAY;AACX,WAAOA,IAAP;AACA;;AAED;AACA,OAAKD,GAAL,EAAW;AACV,WAASA,MAAMA,IAAIG,WAAnB,EAAkC;AACjC,SAAKH,QAAQxE,CAAb,EAAiB;AAChB,aAAO,CAAC,CAAR;AACA;AACD;AACD;;AAED,UAAOD,IAAI,CAAJ,GAAQ,CAAC,CAAhB;AACA;;AAED;;;;AAIA,WAAS6E,iBAAT,CAA4BpJ,IAA5B,EAAmC;AAClC,UAAO,UAAUlC,IAAV,EAAiB;AACvB,QAAIc,OAAOd,KAAKyD,QAAL,CAAcC,WAAd,EAAX;AACA,WAAO5C,SAAS,OAAT,IAAoBd,KAAKkC,IAAL,KAAcA,IAAzC;AACA,IAHD;AAIA;;AAED;;;;AAIA,WAASqJ,kBAAT,CAA6BrJ,IAA7B,EAAoC;AACnC,UAAO,UAAUlC,IAAV,EAAiB;AACvB,QAAIc,OAAOd,KAAKyD,QAAL,CAAcC,WAAd,EAAX;AACA,WAAO,CAAC5C,SAAS,OAAT,IAAoBA,SAAS,QAA9B,KAA2Cd,KAAKkC,IAAL,KAAcA,IAAhE;AACA,IAHD;AAIA;;AAED;;;;AAIA,WAASsJ,sBAAT,CAAiCjN,EAAjC,EAAsC;AACrC,UAAOmM,aAAa,UAAUe,QAAV,EAAqB;AACxCA,eAAW,CAACA,QAAZ;AACA,WAAOf,aAAa,UAAU5B,IAAV,EAAgB1E,OAAhB,EAA0B;AAC7C,SAAI5D,CAAJ;AAAA,SACCkL,eAAenN,GAAI,EAAJ,EAAQuK,KAAK3J,MAAb,EAAqBsM,QAArB,CADhB;AAAA,SAECxL,IAAIyL,aAAavM,MAFlB;;AAIA;AACA,YAAQc,GAAR,EAAc;AACb,UAAK6I,KAAOtI,IAAIkL,aAAazL,CAAb,CAAX,CAAL,EAAqC;AACpC6I,YAAKtI,CAAL,IAAU,EAAE4D,QAAQ5D,CAAR,IAAasI,KAAKtI,CAAL,CAAf,CAAV;AACA;AACD;AACD,KAXM,CAAP;AAYA,IAdM,CAAP;AAeA;;AAED;;;;;AAKA,WAAS0J,WAAT,CAAsB5L,OAAtB,EAAgC;AAC/B,UAAOA,WAAW,OAAOA,QAAQoL,oBAAf,KAAwC,WAAnD,IAAkEpL,OAAzE;AACA;;AAED;AACAJ,YAAU+G,OAAO/G,OAAP,GAAiB,EAA3B;;AAEA;;;;;AAKAkH,UAAQH,OAAOG,KAAP,GAAe,UAAUpF,IAAV,EAAiB;AACvC;AACA;AACA,OAAI2L,kBAAkB3L,QAAQ,CAACA,KAAKsJ,aAAL,IAAsBtJ,IAAvB,EAA6B2L,eAA3D;AACA,UAAOA,kBAAkBA,gBAAgBlI,QAAhB,KAA6B,MAA/C,GAAwD,KAA/D;AACA,GALD;;AAOA;;;;;AAKAkC,gBAAcV,OAAOU,WAAP,GAAqB,UAAUiG,IAAV,EAAiB;AACnD,OAAIC,UAAJ;AAAA,OAAgBC,MAAhB;AAAA,OACCC,MAAMH,OAAOA,KAAKtC,aAAL,IAAsBsC,IAA7B,GAAoC3F,YAD3C;;AAGA;AACA,OAAK8F,QAAQ3O,QAAR,IAAoB2O,IAAItJ,QAAJ,KAAiB,CAArC,IAA0C,CAACsJ,IAAIJ,eAApD,EAAsE;AACrE,WAAOvO,QAAP;AACA;;AAED;AACAA,cAAW2O,GAAX;AACAnG,aAAUxI,SAASuO,eAAnB;AACA9F,oBAAiB,CAACT,MAAOhI,QAAP,CAAlB;;AAEA;AACA;AACA,OAAK,CAAC0O,SAAS1O,SAAS4O,WAAnB,KAAmCF,OAAOG,GAAP,KAAeH,MAAvD,EAAgE;AAC/D;AACA,QAAKA,OAAOI,gBAAZ,EAA+B;AAC9BJ,YAAOI,gBAAP,CAAyB,QAAzB,EAAmCxD,aAAnC,EAAkD,KAAlD;;AAED;AACC,KAJD,MAIO,IAAKoD,OAAOK,WAAZ,EAA0B;AAChCL,YAAOK,WAAP,CAAoB,UAApB,EAAgCzD,aAAhC;AACA;AACD;;AAED;;;AAGA;AACA;AACA;AACAxK,WAAQgJ,UAAR,GAAqByD,OAAO,UAAUC,GAAV,EAAgB;AAC3CA,QAAIwB,SAAJ,GAAgB,GAAhB;AACA,WAAO,CAACxB,IAAId,YAAJ,CAAiB,WAAjB,CAAR;AACA,IAHoB,CAArB;;AAKA;;;AAGA;AACA5L,WAAQwL,oBAAR,GAA+BiB,OAAO,UAAUC,GAAV,EAAgB;AACrDA,QAAIxH,WAAJ,CAAiBhG,SAASiP,aAAT,CAAuB,EAAvB,CAAjB;AACA,WAAO,CAACzB,IAAIlB,oBAAJ,CAAyB,GAAzB,EAA8BvK,MAAtC;AACA,IAH8B,CAA/B;;AAKA;AACAjB,WAAQyL,sBAAR,GAAiC7B,QAAQ+B,IAAR,CAAczM,SAASuM,sBAAvB,CAAjC;;AAEA;AACA;AACA;AACA;AACAzL,WAAQoO,OAAR,GAAkB3B,OAAO,UAAUC,GAAV,EAAgB;AACxChF,YAAQxC,WAAR,CAAqBwH,GAArB,EAA2BnB,EAA3B,GAAgChI,OAAhC;AACA,WAAO,CAACrE,SAASmP,iBAAV,IAA+B,CAACnP,SAASmP,iBAAT,CAA4B9K,OAA5B,EAAsCtC,MAA7E;AACA,IAHiB,CAAlB;;AAKA;AACA,OAAKjB,QAAQoO,OAAb,EAAuB;AACtBpH,SAAKsH,IAAL,CAAU,IAAV,IAAkB,UAAU/C,EAAV,EAAcnL,OAAd,EAAwB;AACzC,SAAK,OAAOA,QAAQkL,cAAf,KAAkC,WAAlC,IAAiD3D,cAAtD,EAAuE;AACtE,UAAIkD,IAAIzK,QAAQkL,cAAR,CAAwBC,EAAxB,CAAR;AACA,aAAOV,IAAI,CAAEA,CAAF,CAAJ,GAAY,EAAnB;AACA;AACD,KALD;AAMA7D,SAAKuH,MAAL,CAAY,IAAZ,IAAoB,UAAUhD,EAAV,EAAe;AAClC,SAAIiD,SAASjD,GAAG7H,OAAH,CAAYsG,SAAZ,EAAuBC,SAAvB,CAAb;AACA,YAAO,UAAUnI,IAAV,EAAiB;AACvB,aAAOA,KAAK8J,YAAL,CAAkB,IAAlB,MAA4B4C,MAAnC;AACA,MAFD;AAGA,KALD;AAMA,IAbD,MAaO;AACN;AACA;AACA,WAAOxH,KAAKsH,IAAL,CAAU,IAAV,CAAP;;AAEAtH,SAAKuH,MAAL,CAAY,IAAZ,IAAqB,UAAUhD,EAAV,EAAe;AACnC,SAAIiD,SAASjD,GAAG7H,OAAH,CAAYsG,SAAZ,EAAuBC,SAAvB,CAAb;AACA,YAAO,UAAUnI,IAAV,EAAiB;AACvB,UAAI4L,OAAO,OAAO5L,KAAK2M,gBAAZ,KAAiC,WAAjC,IACV3M,KAAK2M,gBAAL,CAAsB,IAAtB,CADD;AAEA,aAAOf,QAAQA,KAAKrH,KAAL,KAAemI,MAA9B;AACA,MAJD;AAKA,KAPD;AAQA;;AAED;AACAxH,QAAKsH,IAAL,CAAU,KAAV,IAAmBtO,QAAQwL,oBAAR,GAClB,UAAUkD,GAAV,EAAetO,OAAf,EAAyB;AACxB,QAAK,OAAOA,QAAQoL,oBAAf,KAAwC,WAA7C,EAA2D;AAC1D,YAAOpL,QAAQoL,oBAAR,CAA8BkD,GAA9B,CAAP;;AAED;AACC,KAJD,MAIO,IAAK1O,QAAQ0L,GAAb,EAAmB;AACzB,YAAOtL,QAAQ6L,gBAAR,CAA0ByC,GAA1B,CAAP;AACA;AACD,IATiB,GAWlB,UAAUA,GAAV,EAAetO,OAAf,EAAyB;AACxB,QAAI0B,IAAJ;AAAA,QACC0E,MAAM,EADP;AAAA,QAECzE,IAAI,CAFL;;AAGC;AACA4D,cAAUvF,QAAQoL,oBAAR,CAA8BkD,GAA9B,CAJX;;AAMA;AACA,QAAKA,QAAQ,GAAb,EAAmB;AAClB,YAAS5M,OAAO6D,QAAQ5D,GAAR,CAAhB,EAAgC;AAC/B,UAAKD,KAAKyC,QAAL,KAAkB,CAAvB,EAA2B;AAC1BiC,WAAI9G,IAAJ,CAAUoC,IAAV;AACA;AACD;;AAED,YAAO0E,GAAP;AACA;AACD,WAAOb,OAAP;AACA,IA7BF;;AA+BA;AACAqB,QAAKsH,IAAL,CAAU,OAAV,IAAqBtO,QAAQyL,sBAAR,IAAkC,UAAUyC,SAAV,EAAqB9N,OAArB,EAA+B;AACrF,QAAK,OAAOA,QAAQqL,sBAAf,KAA0C,WAA1C,IAAyD9D,cAA9D,EAA+E;AAC9E,YAAOvH,QAAQqL,sBAAR,CAAgCyC,SAAhC,CAAP;AACA;AACD,IAJD;;AAMA;;;AAGA;;AAEA;AACArG,mBAAgB,EAAhB;;AAEA;AACA;AACA;AACA;AACA;AACAD,eAAY,EAAZ;;AAEA,OAAM5H,QAAQ0L,GAAR,GAAc9B,QAAQ+B,IAAR,CAAczM,SAAS+M,gBAAvB,CAApB,EAAiE;AAChE;AACA;AACAQ,WAAO,UAAUC,GAAV,EAAgB;AACtB;AACA;AACA;AACA;AACA;AACAhF,aAAQxC,WAAR,CAAqBwH,GAArB,EAA2BiC,SAA3B,GAAuC,YAAYpL,OAAZ,GAAsB,QAAtB,GACtC,cADsC,GACrBA,OADqB,GACX,2BADW,GAEtC,wCAFD;;AAIA;AACA;AACA;AACA;AACA,SAAKmJ,IAAIT,gBAAJ,CAAqB,sBAArB,EAA6ChL,MAAlD,EAA2D;AAC1D2G,gBAAUlI,IAAV,CAAgB,WAAWoJ,UAAX,GAAwB,cAAxC;AACA;;AAED;AACA;AACA,SAAK,CAAC4D,IAAIT,gBAAJ,CAAqB,YAArB,EAAmChL,MAAzC,EAAkD;AACjD2G,gBAAUlI,IAAV,CAAgB,QAAQoJ,UAAR,GAAqB,YAArB,GAAoCD,QAApC,GAA+C,GAA/D;AACA;;AAED;AACA,SAAK,CAAC6D,IAAIT,gBAAJ,CAAsB,UAAU1I,OAAV,GAAoB,IAA1C,EAAiDtC,MAAvD,EAAgE;AAC/D2G,gBAAUlI,IAAV,CAAe,IAAf;AACA;;AAED;AACA;AACA;AACA,SAAK,CAACgN,IAAIT,gBAAJ,CAAqB,UAArB,EAAiChL,MAAvC,EAAgD;AAC/C2G,gBAAUlI,IAAV,CAAe,UAAf;AACA;;AAED;AACA;AACA;AACA,SAAK,CAACgN,IAAIT,gBAAJ,CAAsB,OAAO1I,OAAP,GAAiB,IAAvC,EAA8CtC,MAApD,EAA6D;AAC5D2G,gBAAUlI,IAAV,CAAe,UAAf;AACA;AACD,KA1CD;;AA4CA+M,WAAO,UAAUC,GAAV,EAAgB;AACtB;AACA;AACA,SAAIkC,QAAQ1P,SAAS6F,aAAT,CAAuB,OAAvB,CAAZ;AACA6J,WAAM/C,YAAN,CAAoB,MAApB,EAA4B,QAA5B;AACAa,SAAIxH,WAAJ,CAAiB0J,KAAjB,EAAyB/C,YAAzB,CAAuC,MAAvC,EAA+C,GAA/C;;AAEA;AACA;AACA,SAAKa,IAAIT,gBAAJ,CAAqB,UAArB,EAAiChL,MAAtC,EAA+C;AAC9C2G,gBAAUlI,IAAV,CAAgB,SAASoJ,UAAT,GAAsB,aAAtC;AACA;;AAED;AACA;AACA,SAAK,CAAC4D,IAAIT,gBAAJ,CAAqB,UAArB,EAAiChL,MAAvC,EAAgD;AAC/C2G,gBAAUlI,IAAV,CAAgB,UAAhB,EAA4B,WAA5B;AACA;;AAED;AACAgN,SAAIT,gBAAJ,CAAqB,MAArB;AACArE,eAAUlI,IAAV,CAAe,MAAf;AACA,KAtBD;AAuBA;;AAED,OAAMM,QAAQ6O,eAAR,GAA0BjF,QAAQ+B,IAAR,CAAezF,UAAUwB,QAAQxB,OAAR,IACxDwB,QAAQoH,qBADgD,IAExDpH,QAAQqH,kBAFgD,IAGxDrH,QAAQsH,gBAHgD,IAIxDtH,QAAQuH,iBAJuB,CAAhC,EAIiC;;AAEhCxC,WAAO,UAAUC,GAAV,EAAgB;AACtB;AACA;AACA1M,aAAQkP,iBAAR,GAA4BhJ,QAAQ/E,IAAR,CAAcuL,GAAd,EAAmB,KAAnB,CAA5B;;AAEA;AACA;AACAxG,aAAQ/E,IAAR,CAAcuL,GAAd,EAAmB,WAAnB;AACA7E,mBAAcnI,IAAd,CAAoB,IAApB,EAA0BuJ,OAA1B;AACA,KATD;AAUA;;AAEDrB,eAAYA,UAAU3G,MAAV,IAAoB,IAAIkI,MAAJ,CAAYvB,UAAUmE,IAAV,CAAe,GAAf,CAAZ,CAAhC;AACAlE,mBAAgBA,cAAc5G,MAAd,IAAwB,IAAIkI,MAAJ,CAAYtB,cAAckE,IAAd,CAAmB,GAAnB,CAAZ,CAAxC;;AAEA;;AAEA4B,gBAAa/D,QAAQ+B,IAAR,CAAcjE,QAAQyH,uBAAtB,CAAb;;AAEA;AACA;AACA;AACArH,cAAW6F,cAAc/D,QAAQ+B,IAAR,CAAcjE,QAAQI,QAAtB,CAAd,GACV,UAAUS,CAAV,EAAaC,CAAb,EAAiB;AAChB,QAAI4G,QAAQ7G,EAAEhE,QAAF,KAAe,CAAf,GAAmBgE,EAAEkF,eAArB,GAAuClF,CAAnD;AAAA,QACC8G,MAAM7G,KAAKA,EAAErD,UADd;AAEA,WAAOoD,MAAM8G,GAAN,IAAa,CAAC,EAAGA,OAAOA,IAAI9K,QAAJ,KAAiB,CAAxB,KACvB6K,MAAMtH,QAAN,GACCsH,MAAMtH,QAAN,CAAgBuH,GAAhB,CADD,GAEC9G,EAAE4G,uBAAF,IAA6B5G,EAAE4G,uBAAF,CAA2BE,GAA3B,IAAmC,EAH1C,CAAH,CAArB;AAKA,IATS,GAUV,UAAU9G,CAAV,EAAaC,CAAb,EAAiB;AAChB,QAAKA,CAAL,EAAS;AACR,YAASA,IAAIA,EAAErD,UAAf,EAA6B;AAC5B,UAAKqD,MAAMD,CAAX,EAAe;AACd,cAAO,IAAP;AACA;AACD;AACD;AACD,WAAO,KAAP;AACA,IAnBF;;AAqBA;;;AAGA;AACAD,eAAYqF,aACZ,UAAUpF,CAAV,EAAaC,CAAb,EAAiB;;AAEhB;AACA,QAAKD,MAAMC,CAAX,EAAe;AACdhB,oBAAe,IAAf;AACA,YAAO,CAAP;AACA;;AAED;AACA,QAAI8H,UAAU,CAAC/G,EAAE4G,uBAAH,GAA6B,CAAC3G,EAAE2G,uBAA9C;AACA,QAAKG,OAAL,EAAe;AACd,YAAOA,OAAP;AACA;;AAED;AACAA,cAAU,CAAE/G,EAAE6C,aAAF,IAAmB7C,CAArB,OAA+BC,EAAE4C,aAAF,IAAmB5C,CAAlD,IACTD,EAAE4G,uBAAF,CAA2B3G,CAA3B,CADS;;AAGT;AACA,KAJD;;AAMA;AACA,QAAK8G,UAAU,CAAV,IACH,CAACtP,QAAQuP,YAAT,IAAyB/G,EAAE2G,uBAAF,CAA2B5G,CAA3B,MAAmC+G,OAD9D,EACyE;;AAExE;AACA,SAAK/G,MAAMrJ,QAAN,IAAkBqJ,EAAE6C,aAAF,KAAoBrD,YAApB,IAAoCD,SAASC,YAAT,EAAuBQ,CAAvB,CAA3D,EAAuF;AACtF,aAAO,CAAC,CAAR;AACA;AACD,SAAKC,MAAMtJ,QAAN,IAAkBsJ,EAAE4C,aAAF,KAAoBrD,YAApB,IAAoCD,SAASC,YAAT,EAAuBS,CAAvB,CAA3D,EAAuF;AACtF,aAAO,CAAP;AACA;;AAED;AACA,YAAOjB,YACJ5H,QAAS4H,SAAT,EAAoBgB,CAApB,IAA0B5I,QAAS4H,SAAT,EAAoBiB,CAApB,CADtB,GAEN,CAFD;AAGA;;AAED,WAAO8G,UAAU,CAAV,GAAc,CAAC,CAAf,GAAmB,CAA1B;AACA,IAzCW,GA0CZ,UAAU/G,CAAV,EAAaC,CAAb,EAAiB;AAChB;AACA,QAAKD,MAAMC,CAAX,EAAe;AACdhB,oBAAe,IAAf;AACA,YAAO,CAAP;AACA;;AAED,QAAIwF,GAAJ;AAAA,QACCjL,IAAI,CADL;AAAA,QAECyN,MAAMjH,EAAEpD,UAFT;AAAA,QAGCkK,MAAM7G,EAAErD,UAHT;AAAA,QAICsK,KAAK,CAAElH,CAAF,CAJN;AAAA,QAKCmH,KAAK,CAAElH,CAAF,CALN;;AAOA;AACA,QAAK,CAACgH,GAAD,IAAQ,CAACH,GAAd,EAAoB;AACnB,YAAO9G,MAAMrJ,QAAN,GAAiB,CAAC,CAAlB,GACNsJ,MAAMtJ,QAAN,GAAiB,CAAjB,GACAsQ,MAAM,CAAC,CAAP,GACAH,MAAM,CAAN,GACA9H,YACE5H,QAAS4H,SAAT,EAAoBgB,CAApB,IAA0B5I,QAAS4H,SAAT,EAAoBiB,CAApB,CAD5B,GAEA,CAND;;AAQD;AACC,KAVD,MAUO,IAAKgH,QAAQH,GAAb,EAAmB;AACzB,YAAOtC,aAAcxE,CAAd,EAAiBC,CAAjB,CAAP;AACA;;AAED;AACAwE,UAAMzE,CAAN;AACA,WAASyE,MAAMA,IAAI7H,UAAnB,EAAiC;AAChCsK,QAAGE,OAAH,CAAY3C,GAAZ;AACA;AACDA,UAAMxE,CAAN;AACA,WAASwE,MAAMA,IAAI7H,UAAnB,EAAiC;AAChCuK,QAAGC,OAAH,CAAY3C,GAAZ;AACA;;AAED;AACA,WAAQyC,GAAG1N,CAAH,MAAU2N,GAAG3N,CAAH,CAAlB,EAA0B;AACzBA;AACA;;AAED,WAAOA;AACN;AACAgL,iBAAc0C,GAAG1N,CAAH,CAAd,EAAqB2N,GAAG3N,CAAH,CAArB,CAFM;;AAIN;AACA0N,OAAG1N,CAAH,MAAUgG,YAAV,GAAyB,CAAC,CAA1B,GACA2H,GAAG3N,CAAH,MAAUgG,YAAV,GAAyB,CAAzB,GACA,CAPD;AAQA,IA9FD;;AAgGA,UAAO7I,QAAP;AACA,GA5WD;;AA8WA6H,SAAOb,OAAP,GAAiB,UAAU0J,IAAV,EAAgBC,QAAhB,EAA2B;AAC3C,UAAO9I,OAAQ6I,IAAR,EAAc,IAAd,EAAoB,IAApB,EAA0BC,QAA1B,CAAP;AACA,GAFD;;AAIA9I,SAAO8H,eAAP,GAAyB,UAAU/M,IAAV,EAAgB8N,IAAhB,EAAuB;AAC/C;AACA,OAAK,CAAE9N,KAAKsJ,aAAL,IAAsBtJ,IAAxB,MAAmC5C,QAAxC,EAAmD;AAClDuI,gBAAa3F,IAAb;AACA;;AAED;AACA8N,UAAOA,KAAKlM,OAAL,CAAc4F,gBAAd,EAAgC,QAAhC,CAAP;;AAEA,OAAKtJ,QAAQ6O,eAAR,IAA2BlH,cAA3B,IACJ,CAACU,cAAeuH,OAAO,GAAtB,CADG,KAEF,CAAC/H,aAAD,IAAkB,CAACA,cAAc8D,IAAd,CAAoBiE,IAApB,CAFjB,MAGF,CAAChI,SAAD,IAAkB,CAACA,UAAU+D,IAAV,CAAgBiE,IAAhB,CAHjB,CAAL,EAGiD;;AAEhD,QAAI;AACH,SAAIpO,MAAM0E,QAAQ/E,IAAR,CAAcW,IAAd,EAAoB8N,IAApB,CAAV;;AAEA;AACA,SAAKpO,OAAOxB,QAAQkP,iBAAf;AACH;AACA;AACApN,UAAK5C,QAAL,IAAiB4C,KAAK5C,QAAL,CAAcqF,QAAd,KAA2B,EAH9C,EAGmD;AAClD,aAAO/C,GAAP;AACA;AACD,KAVD,CAUE,OAAOkJ,CAAP,EAAU,CAAE;AACd;;AAED,UAAO3D,OAAQ6I,IAAR,EAAc1Q,QAAd,EAAwB,IAAxB,EAA8B,CAAE4C,IAAF,CAA9B,EAAyCb,MAAzC,GAAkD,CAAzD;AACA,GA5BD;;AA8BA8F,SAAOe,QAAP,GAAkB,UAAU1H,OAAV,EAAmB0B,IAAnB,EAA0B;AAC3C;AACA,OAAK,CAAE1B,QAAQgL,aAAR,IAAyBhL,OAA3B,MAAyClB,QAA9C,EAAyD;AACxDuI,gBAAarH,OAAb;AACA;AACD,UAAO0H,SAAU1H,OAAV,EAAmB0B,IAAnB,CAAP;AACA,GAND;;AAQAiF,SAAO+I,IAAP,GAAc,UAAUhO,IAAV,EAAgBc,IAAhB,EAAuB;AACpC;AACA,OAAK,CAAEd,KAAKsJ,aAAL,IAAsBtJ,IAAxB,MAAmC5C,QAAxC,EAAmD;AAClDuI,gBAAa3F,IAAb;AACA;;AAED,OAAIzB,KAAK2G,KAAK8F,UAAL,CAAiBlK,KAAK4C,WAAL,EAAjB,CAAT;;AACC;AACAuK,SAAM1P,MAAMP,OAAOqB,IAAP,CAAa6F,KAAK8F,UAAlB,EAA8BlK,KAAK4C,WAAL,EAA9B,CAAN,GACLnF,GAAIyB,IAAJ,EAAUc,IAAV,EAAgB,CAAC+E,cAAjB,CADK,GAELrE,SAJF;;AAMA,UAAOyM,QAAQzM,SAAR,GACNyM,GADM,GAEN/P,QAAQgJ,UAAR,IAAsB,CAACrB,cAAvB,GACC7F,KAAK8J,YAAL,CAAmBhJ,IAAnB,CADD,GAEC,CAACmN,MAAMjO,KAAK2M,gBAAL,CAAsB7L,IAAtB,CAAP,KAAuCmN,IAAIC,SAA3C,GACCD,IAAI1J,KADL,GAEC,IANH;AAOA,GAnBD;;AAqBAU,SAAOnD,KAAP,GAAe,UAAUC,GAAV,EAAgB;AAC9B,SAAM,IAAIzE,KAAJ,CAAW,4CAA4CyE,GAAvD,CAAN;AACA,GAFD;;AAIA;;;;AAIAkD,SAAOkJ,UAAP,GAAoB,UAAUtK,OAAV,EAAoB;AACvC,OAAI7D,IAAJ;AAAA,OACCoO,aAAa,EADd;AAAA,OAEC5N,IAAI,CAFL;AAAA,OAGCP,IAAI,CAHL;;AAKA;AACAyF,kBAAe,CAACxH,QAAQmQ,gBAAxB;AACA5I,eAAY,CAACvH,QAAQoQ,UAAT,IAAuBzK,QAAQnG,KAAR,CAAe,CAAf,CAAnC;AACAmG,WAAQnD,IAAR,CAAc8F,SAAd;;AAEA,OAAKd,YAAL,EAAoB;AACnB,WAAS1F,OAAO6D,QAAQ5D,GAAR,CAAhB,EAAgC;AAC/B,SAAKD,SAAS6D,QAAS5D,CAAT,CAAd,EAA6B;AAC5BO,UAAI4N,WAAWxQ,IAAX,CAAiBqC,CAAjB,CAAJ;AACA;AACD;AACD,WAAQO,GAAR,EAAc;AACbqD,aAAQlD,MAAR,CAAgByN,WAAY5N,CAAZ,CAAhB,EAAiC,CAAjC;AACA;AACD;;AAED;AACA;AACAiF,eAAY,IAAZ;;AAEA,UAAO5B,OAAP;AACA,GA3BD;;AA6BA;;;;AAIAsB,YAAUF,OAAOE,OAAP,GAAiB,UAAUnF,IAAV,EAAiB;AAC3C,OAAI4L,IAAJ;AAAA,OACClM,MAAM,EADP;AAAA,OAECO,IAAI,CAFL;AAAA,OAGCwC,WAAWzC,KAAKyC,QAHjB;;AAKA,OAAK,CAACA,QAAN,EAAiB;AAChB;AACA,WAASmJ,OAAO5L,KAAKC,GAAL,CAAhB,EAA6B;AAC5B;AACAP,YAAOyF,QAASyG,IAAT,CAAP;AACA;AACD,IAND,MAMO,IAAKnJ,aAAa,CAAb,IAAkBA,aAAa,CAA/B,IAAoCA,aAAa,EAAtD,EAA2D;AACjE;AACA;AACA,QAAK,OAAOzC,KAAKuO,WAAZ,KAA4B,QAAjC,EAA4C;AAC3C,YAAOvO,KAAKuO,WAAZ;AACA,KAFD,MAEO;AACN;AACA,UAAMvO,OAAOA,KAAKwO,UAAlB,EAA8BxO,IAA9B,EAAoCA,OAAOA,KAAKqL,WAAhD,EAA8D;AAC7D3L,aAAOyF,QAASnF,IAAT,CAAP;AACA;AACD;AACD,IAXM,MAWA,IAAKyC,aAAa,CAAb,IAAkBA,aAAa,CAApC,EAAwC;AAC9C,WAAOzC,KAAKyO,SAAZ;AACA;AACD;;AAEA,UAAO/O,GAAP;AACA,GA7BD;;AA+BAwF,SAAOD,OAAOyJ,SAAP,GAAmB;;AAEzB;AACAlE,gBAAa,EAHY;;AAKzBmE,iBAAcjE,YALW;;AAOzBxB,UAAOvB,SAPkB;;AASzBqD,eAAY,EATa;;AAWzBwB,SAAM,EAXmB;;AAazBoC,aAAU;AACT,SAAK,EAAEC,KAAK,YAAP,EAAqBzO,OAAO,IAA5B,EADI;AAET,SAAK,EAAEyO,KAAK,YAAP,EAFI;AAGT,SAAK,EAAEA,KAAK,iBAAP,EAA0BzO,OAAO,IAAjC,EAHI;AAIT,SAAK,EAAEyO,KAAK,iBAAP;AAJI,IAbe;;AAoBzBC,cAAW;AACV,YAAQ,cAAU5F,KAAV,EAAkB;AACzBA,WAAM,CAAN,IAAWA,MAAM,CAAN,EAAStH,OAAT,CAAkBsG,SAAlB,EAA6BC,SAA7B,CAAX;;AAEA;AACAe,WAAM,CAAN,IAAW,CAAEA,MAAM,CAAN,KAAYA,MAAM,CAAN,CAAZ,IAAwBA,MAAM,CAAN,CAAxB,IAAoC,EAAtC,EAA2CtH,OAA3C,CAAoDsG,SAApD,EAA+DC,SAA/D,CAAX;;AAEA,SAAKe,MAAM,CAAN,MAAa,IAAlB,EAAyB;AACxBA,YAAM,CAAN,IAAW,MAAMA,MAAM,CAAN,CAAN,GAAiB,GAA5B;AACA;;AAED,YAAOA,MAAMxL,KAAN,CAAa,CAAb,EAAgB,CAAhB,CAAP;AACA,KAZS;;AAcV,aAAS,eAAUwL,KAAV,EAAkB;AAC1B;;;;;;;;;;AAUAA,WAAM,CAAN,IAAWA,MAAM,CAAN,EAASxF,WAAT,EAAX;;AAEA,SAAKwF,MAAM,CAAN,EAASxL,KAAT,CAAgB,CAAhB,EAAmB,CAAnB,MAA2B,KAAhC,EAAwC;AACvC;AACA,UAAK,CAACwL,MAAM,CAAN,CAAN,EAAiB;AAChBjE,cAAOnD,KAAP,CAAcoH,MAAM,CAAN,CAAd;AACA;;AAED;AACA;AACAA,YAAM,CAAN,IAAW,EAAGA,MAAM,CAAN,IAAWA,MAAM,CAAN,KAAYA,MAAM,CAAN,KAAY,CAAxB,CAAX,GAAwC,KAAMA,MAAM,CAAN,MAAa,MAAb,IAAuBA,MAAM,CAAN,MAAa,KAA1C,CAA3C,CAAX;AACAA,YAAM,CAAN,IAAW,EAAKA,MAAM,CAAN,IAAWA,MAAM,CAAN,CAAb,IAA2BA,MAAM,CAAN,MAAa,KAA3C,CAAX;;AAED;AACC,MAZD,MAYO,IAAKA,MAAM,CAAN,CAAL,EAAgB;AACtBjE,aAAOnD,KAAP,CAAcoH,MAAM,CAAN,CAAd;AACA;;AAED,YAAOA,KAAP;AACA,KA5CS;;AA8CV,cAAU,gBAAUA,KAAV,EAAkB;AAC3B,SAAI6F,MAAJ;AAAA,SACCC,WAAW,CAAC9F,MAAM,CAAN,CAAD,IAAaA,MAAM,CAAN,CADzB;;AAGA,SAAKvB,UAAU,OAAV,EAAmBkC,IAAnB,CAAyBX,MAAM,CAAN,CAAzB,CAAL,EAA2C;AAC1C,aAAO,IAAP;AACA;;AAED;AACA,SAAKA,MAAM,CAAN,CAAL,EAAgB;AACfA,YAAM,CAAN,IAAWA,MAAM,CAAN,KAAYA,MAAM,CAAN,CAAZ,IAAwB,EAAnC;;AAED;AACC,MAJD,MAIO,IAAK8F,YAAYvH,QAAQoC,IAAR,CAAcmF,QAAd,CAAZ;AACX;AACCD,cAAS1J,SAAU2J,QAAV,EAAoB,IAApB,CAFC;AAGX;AACCD,cAASC,SAASnR,OAAT,CAAkB,GAAlB,EAAuBmR,SAAS7P,MAAT,GAAkB4P,MAAzC,IAAoDC,SAAS7P,MAJ5D,CAAL,EAI2E;;AAEjF;AACA+J,YAAM,CAAN,IAAWA,MAAM,CAAN,EAASxL,KAAT,CAAgB,CAAhB,EAAmBqR,MAAnB,CAAX;AACA7F,YAAM,CAAN,IAAW8F,SAAStR,KAAT,CAAgB,CAAhB,EAAmBqR,MAAnB,CAAX;AACA;;AAED;AACA,YAAO7F,MAAMxL,KAAN,CAAa,CAAb,EAAgB,CAAhB,CAAP;AACA;AAxES,IApBc;;AA+FzB+O,WAAQ;;AAEP,WAAO,aAAUwC,gBAAV,EAA6B;AACnC,SAAIxL,WAAWwL,iBAAiBrN,OAAjB,CAA0BsG,SAA1B,EAAqCC,SAArC,EAAiDzE,WAAjD,EAAf;AACA,YAAOuL,qBAAqB,GAArB,GACN,YAAW;AAAE,aAAO,IAAP;AAAc,MADrB,GAEN,UAAUjP,IAAV,EAAiB;AAChB,aAAOA,KAAKyD,QAAL,IAAiBzD,KAAKyD,QAAL,CAAcC,WAAd,OAAgCD,QAAxD;AACA,MAJF;AAKA,KATM;;AAWP,aAAS,eAAU2I,SAAV,EAAsB;AAC9B,SAAI8C,UAAU9I,WAAYgG,YAAY,GAAxB,CAAd;;AAEA,YAAO8C,WACN,CAACA,UAAU,IAAI7H,MAAJ,CAAY,QAAQL,UAAR,GAAqB,GAArB,GAA2BoF,SAA3B,GAAuC,GAAvC,GAA6CpF,UAA7C,GAA0D,KAAtE,CAAX,KACAZ,WAAYgG,SAAZ,EAAuB,UAAUpM,IAAV,EAAiB;AACvC,aAAOkP,QAAQrF,IAAR,CAAc,OAAO7J,KAAKoM,SAAZ,KAA0B,QAA1B,IAAsCpM,KAAKoM,SAA3C,IAAwD,OAAOpM,KAAK8J,YAAZ,KAA6B,WAA7B,IAA4C9J,KAAK8J,YAAL,CAAkB,OAAlB,CAApG,IAAkI,EAAhJ,CAAP;AACA,MAFD,CAFD;AAKA,KAnBM;;AAqBP,YAAQ,cAAUhJ,IAAV,EAAgBqO,QAAhB,EAA0BC,KAA1B,EAAkC;AACzC,YAAO,UAAUpP,IAAV,EAAiB;AACvB,UAAIqP,SAASpK,OAAO+I,IAAP,CAAahO,IAAb,EAAmBc,IAAnB,CAAb;;AAEA,UAAKuO,UAAU,IAAf,EAAsB;AACrB,cAAOF,aAAa,IAApB;AACA;AACD,UAAK,CAACA,QAAN,EAAiB;AAChB,cAAO,IAAP;AACA;;AAEDE,gBAAU,EAAV;;AAEA,aAAOF,aAAa,GAAb,GAAmBE,WAAWD,KAA9B,GACND,aAAa,IAAb,GAAoBE,WAAWD,KAA/B,GACAD,aAAa,IAAb,GAAoBC,SAASC,OAAOxR,OAAP,CAAgBuR,KAAhB,MAA4B,CAAzD,GACAD,aAAa,IAAb,GAAoBC,SAASC,OAAOxR,OAAP,CAAgBuR,KAAhB,IAA0B,CAAC,CAAxD,GACAD,aAAa,IAAb,GAAoBC,SAASC,OAAO3R,KAAP,CAAc,CAAC0R,MAAMjQ,MAArB,MAAkCiQ,KAA/D,GACAD,aAAa,IAAb,GAAoB,CAAE,MAAME,OAAOzN,OAAP,CAAgBwF,WAAhB,EAA6B,GAA7B,CAAN,GAA2C,GAA7C,EAAmDvJ,OAAnD,CAA4DuR,KAA5D,IAAsE,CAAC,CAA3F,GACAD,aAAa,IAAb,GAAoBE,WAAWD,KAAX,IAAoBC,OAAO3R,KAAP,CAAc,CAAd,EAAiB0R,MAAMjQ,MAAN,GAAe,CAAhC,MAAwCiQ,QAAQ,GAAxF,GACA,KAPD;AAQA,MApBD;AAqBA,KA3CM;;AA6CP,aAAS,eAAUlN,IAAV,EAAgBoN,IAAhB,EAAsB7D,QAAtB,EAAgCrL,KAAhC,EAAuCE,IAAvC,EAA8C;AACtD,SAAIiP,SAASrN,KAAKxE,KAAL,CAAY,CAAZ,EAAe,CAAf,MAAuB,KAApC;AAAA,SACC8R,UAAUtN,KAAKxE,KAAL,CAAY,CAAC,CAAb,MAAqB,MADhC;AAAA,SAEC+R,SAASH,SAAS,SAFnB;;AAIA,YAAOlP,UAAU,CAAV,IAAeE,SAAS,CAAxB;;AAEN;AACA,eAAUN,IAAV,EAAiB;AAChB,aAAO,CAAC,CAACA,KAAKqD,UAAd;AACA,MALK,GAON,UAAUrD,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC9B,UAAInF,KAAJ;AAAA,UAAWoF,WAAX;AAAA,UAAwBC,UAAxB;AAAA,UAAoChE,IAApC;AAAA,UAA0CiE,SAA1C;AAAA,UAAqDC,KAArD;AAAA,UACCjB,MAAMU,WAAWC,OAAX,GAAqB,aAArB,GAAqC,iBAD5C;AAAA,UAEC1D,SAAS9L,KAAKqD,UAFf;AAAA,UAGCvC,OAAO2O,UAAUzP,KAAKyD,QAAL,CAAcC,WAAd,EAHlB;AAAA,UAICqM,WAAW,CAACL,GAAD,IAAQ,CAACD,MAJrB;AAAA,UAKCtE,OAAO,KALR;;AAOA,UAAKW,MAAL,EAAc;;AAEb;AACA,WAAKyD,MAAL,EAAc;AACb,eAAQV,GAAR,EAAc;AACbjD,gBAAO5L,IAAP;AACA,gBAAS4L,OAAOA,KAAMiD,GAAN,CAAhB,EAA+B;AAC9B,cAAKY,SACJ7D,KAAKnI,QAAL,CAAcC,WAAd,OAAgC5C,IAD5B,GAEJ8K,KAAKnJ,QAAL,KAAkB,CAFnB,EAEuB;;AAEtB,kBAAO,KAAP;AACA;AACD;AACD;AACAqN,iBAAQjB,MAAM3M,SAAS,MAAT,IAAmB,CAAC4N,KAApB,IAA6B,aAA3C;AACA;AACD,eAAO,IAAP;AACA;;AAEDA,eAAQ,CAAEN,UAAU1D,OAAO0C,UAAjB,GAA8B1C,OAAOkE,SAAvC,CAAR;;AAEA;AACA,WAAKR,WAAWO,QAAhB,EAA2B;;AAE1B;;AAEA;AACAnE,eAAOE,MAAP;AACA8D,qBAAahE,KAAMnK,OAAN,MAAoBmK,KAAMnK,OAAN,IAAkB,EAAtC,CAAb;;AAEA;AACA;AACAkO,sBAAcC,WAAYhE,KAAKqE,QAAjB,MACZL,WAAYhE,KAAKqE,QAAjB,IAA8B,EADlB,CAAd;;AAGA1F,gBAAQoF,YAAazN,IAAb,KAAuB,EAA/B;AACA2N,oBAAYtF,MAAO,CAAP,MAAerE,OAAf,IAA0BqE,MAAO,CAAP,CAAtC;AACAY,eAAO0E,aAAatF,MAAO,CAAP,CAApB;AACAqB,eAAOiE,aAAa/D,OAAOnD,UAAP,CAAmBkH,SAAnB,CAApB;;AAEA,eAASjE,OAAO,EAAEiE,SAAF,IAAejE,IAAf,IAAuBA,KAAMiD,GAAN,CAAvB;;AAEf;AACC1D,eAAO0E,YAAY,CAHL,KAGWC,MAAMlJ,GAAN,EAH3B,EAG0C;;AAEzC;AACA,aAAKgF,KAAKnJ,QAAL,KAAkB,CAAlB,IAAuB,EAAE0I,IAAzB,IAAiCS,SAAS5L,IAA/C,EAAsD;AACrD2P,sBAAazN,IAAb,IAAsB,CAAEgE,OAAF,EAAW2J,SAAX,EAAsB1E,IAAtB,CAAtB;AACA;AACA;AACD;AAED,QA9BD,MA8BO;AACN;AACA,YAAK4E,QAAL,EAAgB;AACf;AACAnE,gBAAO5L,IAAP;AACA4P,sBAAahE,KAAMnK,OAAN,MAAoBmK,KAAMnK,OAAN,IAAkB,EAAtC,CAAb;;AAEA;AACA;AACAkO,uBAAcC,WAAYhE,KAAKqE,QAAjB,MACZL,WAAYhE,KAAKqE,QAAjB,IAA8B,EADlB,CAAd;;AAGA1F,iBAAQoF,YAAazN,IAAb,KAAuB,EAA/B;AACA2N,qBAAYtF,MAAO,CAAP,MAAerE,OAAf,IAA0BqE,MAAO,CAAP,CAAtC;AACAY,gBAAO0E,SAAP;AACA;;AAED;AACA;AACA,YAAK1E,SAAS,KAAd,EAAsB;AACrB;AACA,gBAASS,OAAO,EAAEiE,SAAF,IAAejE,IAAf,IAAuBA,KAAMiD,GAAN,CAAvB,KACd1D,OAAO0E,YAAY,CADL,KACWC,MAAMlJ,GAAN,EAD3B,EAC0C;;AAEzC,cAAK,CAAE6I,SACN7D,KAAKnI,QAAL,CAAcC,WAAd,OAAgC5C,IAD1B,GAEN8K,KAAKnJ,QAAL,KAAkB,CAFd,KAGJ,EAAE0I,IAHH,EAGU;;AAET;AACA,eAAK4E,QAAL,EAAgB;AACfH,yBAAahE,KAAMnK,OAAN,MAAoBmK,KAAMnK,OAAN,IAAkB,EAAtC,CAAb;;AAEA;AACA;AACAkO,0BAAcC,WAAYhE,KAAKqE,QAAjB,MACZL,WAAYhE,KAAKqE,QAAjB,IAA8B,EADlB,CAAd;;AAGAN,wBAAazN,IAAb,IAAsB,CAAEgE,OAAF,EAAWiF,IAAX,CAAtB;AACA;;AAED,eAAKS,SAAS5L,IAAd,EAAqB;AACpB;AACA;AACD;AACD;AACD;AACD;;AAED;AACAmL,eAAQ7K,IAAR;AACA,cAAO6K,SAAS/K,KAAT,IAAoB+K,OAAO/K,KAAP,KAAiB,CAAjB,IAAsB+K,OAAO/K,KAAP,IAAgB,CAAjE;AACA;AACD,MAzHF;AA0HA,KA5KM;;AA8KP,cAAU,gBAAU8P,MAAV,EAAkBzE,QAAlB,EAA6B;AACtC;AACA;AACA;AACA;AACA,SAAI9G,IAAJ;AAAA,SACCpG,KAAK2G,KAAKiC,OAAL,CAAc+I,MAAd,KAA0BhL,KAAKiL,UAAL,CAAiBD,OAAOxM,WAAP,EAAjB,CAA1B,IACJuB,OAAOnD,KAAP,CAAc,yBAAyBoO,MAAvC,CAFF;;AAIA;AACA;AACA;AACA,SAAK3R,GAAIkD,OAAJ,CAAL,EAAqB;AACpB,aAAOlD,GAAIkN,QAAJ,CAAP;AACA;;AAED;AACA,SAAKlN,GAAGY,MAAH,GAAY,CAAjB,EAAqB;AACpBwF,aAAO,CAAEuL,MAAF,EAAUA,MAAV,EAAkB,EAAlB,EAAsBzE,QAAtB,CAAP;AACA,aAAOvG,KAAKiL,UAAL,CAAgBlS,cAAhB,CAAgCiS,OAAOxM,WAAP,EAAhC,IACNgH,aAAa,UAAU5B,IAAV,EAAgB1E,OAAhB,EAA0B;AACtC,WAAIgM,GAAJ;AAAA,WACCC,UAAU9R,GAAIuK,IAAJ,EAAU2C,QAAV,CADX;AAAA,WAECxL,IAAIoQ,QAAQlR,MAFb;AAGA,cAAQc,GAAR,EAAc;AACbmQ,cAAMvS,QAASiL,IAAT,EAAeuH,QAAQpQ,CAAR,CAAf,CAAN;AACA6I,aAAMsH,GAAN,IAAc,EAAGhM,QAASgM,GAAT,IAAiBC,QAAQpQ,CAAR,CAApB,CAAd;AACA;AACD,OARD,CADM,GAUN,UAAUD,IAAV,EAAiB;AAChB,cAAOzB,GAAIyB,IAAJ,EAAU,CAAV,EAAa2E,IAAb,CAAP;AACA,OAZF;AAaA;;AAED,YAAOpG,EAAP;AACA;AAjNM,IA/FiB;;AAmTzB4I,YAAS;AACR;AACA,WAAOuD,aAAa,UAAUrM,QAAV,EAAqB;AACxC;AACA;AACA;AACA,SAAIyO,QAAQ,EAAZ;AAAA,SACCjJ,UAAU,EADX;AAAA,SAECyM,UAAUhL,QAASjH,SAASuD,OAAT,CAAkBnD,KAAlB,EAAyB,IAAzB,CAAT,CAFX;;AAIA,YAAO6R,QAAS7O,OAAT,IACNiJ,aAAa,UAAU5B,IAAV,EAAgB1E,OAAhB,EAAyB9F,OAAzB,EAAkCoR,GAAlC,EAAwC;AACpD,UAAI1P,IAAJ;AAAA,UACCuQ,YAAYD,QAASxH,IAAT,EAAe,IAAf,EAAqB4G,GAArB,EAA0B,EAA1B,CADb;AAAA,UAECzP,IAAI6I,KAAK3J,MAFV;;AAIA;AACA,aAAQc,GAAR,EAAc;AACb,WAAMD,OAAOuQ,UAAUtQ,CAAV,CAAb,EAA6B;AAC5B6I,aAAK7I,CAAL,IAAU,EAAEmE,QAAQnE,CAAR,IAAaD,IAAf,CAAV;AACA;AACD;AACD,MAXD,CADM,GAaN,UAAUA,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC9B5C,YAAM,CAAN,IAAW9M,IAAX;AACAsQ,cAASxD,KAAT,EAAgB,IAAhB,EAAsB4C,GAAtB,EAA2B7L,OAA3B;AACA;AACAiJ,YAAM,CAAN,IAAW,IAAX;AACA,aAAO,CAACjJ,QAAQ+C,GAAR,EAAR;AACA,MAnBF;AAoBA,KA5BM,CAFC;;AAgCR,WAAO8D,aAAa,UAAUrM,QAAV,EAAqB;AACxC,YAAO,UAAU2B,IAAV,EAAiB;AACvB,aAAOiF,OAAQ5G,QAAR,EAAkB2B,IAAlB,EAAyBb,MAAzB,GAAkC,CAAzC;AACA,MAFD;AAGA,KAJM,CAhCC;;AAsCR,gBAAYuL,aAAa,UAAUxH,IAAV,EAAiB;AACzCA,YAAOA,KAAKtB,OAAL,CAAcsG,SAAd,EAAyBC,SAAzB,CAAP;AACA,YAAO,UAAUnI,IAAV,EAAiB;AACvB,aAAO,CAAEA,KAAKuO,WAAL,IAAoBvO,KAAKwQ,SAAzB,IAAsCrL,QAASnF,IAAT,CAAxC,EAA0DnC,OAA1D,CAAmEqF,IAAnE,IAA4E,CAAC,CAApF;AACA,MAFD;AAGA,KALW,CAtCJ;;AA6CR;AACA;AACA;AACA;AACA;AACA;AACA;AACA,YAAQwH,aAAc,UAAU+F,IAAV,EAAiB;AACtC;AACA,SAAK,CAAC/I,YAAYmC,IAAZ,CAAiB4G,QAAQ,EAAzB,CAAN,EAAqC;AACpCxL,aAAOnD,KAAP,CAAc,uBAAuB2O,IAArC;AACA;AACDA,YAAOA,KAAK7O,OAAL,CAAcsG,SAAd,EAAyBC,SAAzB,EAAqCzE,WAArC,EAAP;AACA,YAAO,UAAU1D,IAAV,EAAiB;AACvB,UAAI0Q,QAAJ;AACA,SAAG;AACF,WAAMA,WAAW7K,iBAChB7F,KAAKyQ,IADW,GAEhBzQ,KAAK8J,YAAL,CAAkB,UAAlB,KAAiC9J,KAAK8J,YAAL,CAAkB,MAAlB,CAFlC,EAE+D;;AAE9D4G,mBAAWA,SAAShN,WAAT,EAAX;AACA,eAAOgN,aAAaD,IAAb,IAAqBC,SAAS7S,OAAT,CAAkB4S,OAAO,GAAzB,MAAmC,CAA/D;AACA;AACD,OARD,QAQU,CAACzQ,OAAOA,KAAKqD,UAAb,KAA4BrD,KAAKyC,QAAL,KAAkB,CARxD;AASA,aAAO,KAAP;AACA,MAZD;AAaA,KAnBO,CApDA;;AAyER;AACA,cAAU,gBAAUzC,IAAV,EAAiB;AAC1B,SAAI2Q,OAAOpT,OAAOqT,QAAP,IAAmBrT,OAAOqT,QAAP,CAAgBD,IAA9C;AACA,YAAOA,QAAQA,KAAKjT,KAAL,CAAY,CAAZ,MAAoBsC,KAAKyJ,EAAxC;AACA,KA7EO;;AA+ER,YAAQ,cAAUzJ,IAAV,EAAiB;AACxB,YAAOA,SAAS4F,OAAhB;AACA,KAjFO;;AAmFR,aAAS,eAAU5F,IAAV,EAAiB;AACzB,YAAOA,SAAS5C,SAASyT,aAAlB,KAAoC,CAACzT,SAAS0T,QAAV,IAAsB1T,SAAS0T,QAAT,EAA1D,KAAkF,CAAC,EAAE9Q,KAAKkC,IAAL,IAAalC,KAAK+Q,IAAlB,IAA0B,CAAC/Q,KAAKgR,QAAlC,CAA1F;AACA,KArFO;;AAuFR;AACA,eAAW,iBAAUhR,IAAV,EAAiB;AAC3B,YAAOA,KAAKiR,QAAL,KAAkB,KAAzB;AACA,KA1FO;;AA4FR,gBAAY,kBAAUjR,IAAV,EAAiB;AAC5B,YAAOA,KAAKiR,QAAL,KAAkB,IAAzB;AACA,KA9FO;;AAgGR,eAAW,iBAAUjR,IAAV,EAAiB;AAC3B;AACA;AACA,SAAIyD,WAAWzD,KAAKyD,QAAL,CAAcC,WAAd,EAAf;AACA,YAAQD,aAAa,OAAb,IAAwB,CAAC,CAACzD,KAAKkR,OAAhC,IAA6CzN,aAAa,QAAb,IAAyB,CAAC,CAACzD,KAAKmR,QAApF;AACA,KArGO;;AAuGR,gBAAY,kBAAUnR,IAAV,EAAiB;AAC5B;AACA;AACA,SAAKA,KAAKqD,UAAV,EAAuB;AACtBrD,WAAKqD,UAAL,CAAgB+N,aAAhB;AACA;;AAED,YAAOpR,KAAKmR,QAAL,KAAkB,IAAzB;AACA,KA/GO;;AAiHR;AACA,aAAS,eAAUnR,IAAV,EAAiB;AACzB;AACA;AACA;AACA;AACA,UAAMA,OAAOA,KAAKwO,UAAlB,EAA8BxO,IAA9B,EAAoCA,OAAOA,KAAKqL,WAAhD,EAA8D;AAC7D,UAAKrL,KAAKyC,QAAL,GAAgB,CAArB,EAAyB;AACxB,cAAO,KAAP;AACA;AACD;AACD,YAAO,IAAP;AACA,KA7HO;;AA+HR,cAAU,gBAAUzC,IAAV,EAAiB;AAC1B,YAAO,CAACkF,KAAKiC,OAAL,CAAa,OAAb,EAAuBnH,IAAvB,CAAR;AACA,KAjIO;;AAmIR;AACA,cAAU,gBAAUA,IAAV,EAAiB;AAC1B,YAAO6H,QAAQgC,IAAR,CAAc7J,KAAKyD,QAAnB,CAAP;AACA,KAtIO;;AAwIR,aAAS,eAAUzD,IAAV,EAAiB;AACzB,YAAO4H,QAAQiC,IAAR,CAAc7J,KAAKyD,QAAnB,CAAP;AACA,KA1IO;;AA4IR,cAAU,gBAAUzD,IAAV,EAAiB;AAC1B,SAAIc,OAAOd,KAAKyD,QAAL,CAAcC,WAAd,EAAX;AACA,YAAO5C,SAAS,OAAT,IAAoBd,KAAKkC,IAAL,KAAc,QAAlC,IAA8CpB,SAAS,QAA9D;AACA,KA/IO;;AAiJR,YAAQ,cAAUd,IAAV,EAAiB;AACxB,SAAIgO,IAAJ;AACA,YAAOhO,KAAKyD,QAAL,CAAcC,WAAd,OAAgC,OAAhC,IACN1D,KAAKkC,IAAL,KAAc,MADR;;AAGN;AACA;AACE,MAAC8L,OAAOhO,KAAK8J,YAAL,CAAkB,MAAlB,CAAR,KAAsC,IAAtC,IAA8CkE,KAAKtK,WAAL,OAAuB,MALjE,CAAP;AAMA,KAzJO;;AA2JR;AACA,aAAS8H,uBAAuB,YAAW;AAC1C,YAAO,CAAE,CAAF,CAAP;AACA,KAFQ,CA5JD;;AAgKR,YAAQA,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAiC;AAC/D,YAAO,CAAEA,SAAS,CAAX,CAAP;AACA,KAFO,CAhKA;;AAoKR,UAAMqM,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAgCsM,QAAhC,EAA2C;AACvE,YAAO,CAAEA,WAAW,CAAX,GAAeA,WAAWtM,MAA1B,GAAmCsM,QAArC,CAAP;AACA,KAFK,CApKE;;AAwKR,YAAQD,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAiC;AAC/D,SAAIc,IAAI,CAAR;AACA,YAAQA,IAAId,MAAZ,EAAoBc,KAAK,CAAzB,EAA6B;AAC5ByL,mBAAa9N,IAAb,CAAmBqC,CAAnB;AACA;AACD,YAAOyL,YAAP;AACA,KANO,CAxKA;;AAgLR,WAAOF,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAiC;AAC9D,SAAIc,IAAI,CAAR;AACA,YAAQA,IAAId,MAAZ,EAAoBc,KAAK,CAAzB,EAA6B;AAC5ByL,mBAAa9N,IAAb,CAAmBqC,CAAnB;AACA;AACD,YAAOyL,YAAP;AACA,KANM,CAhLC;;AAwLR,UAAMF,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAgCsM,QAAhC,EAA2C;AACvE,SAAIxL,IAAIwL,WAAW,CAAX,GAAeA,WAAWtM,MAA1B,GAAmCsM,QAA3C;AACA,YAAQ,EAAExL,CAAF,IAAO,CAAf,GAAoB;AACnByL,mBAAa9N,IAAb,CAAmBqC,CAAnB;AACA;AACD,YAAOyL,YAAP;AACA,KANK,CAxLE;;AAgMR,UAAMF,uBAAuB,UAAUE,YAAV,EAAwBvM,MAAxB,EAAgCsM,QAAhC,EAA2C;AACvE,SAAIxL,IAAIwL,WAAW,CAAX,GAAeA,WAAWtM,MAA1B,GAAmCsM,QAA3C;AACA,YAAQ,EAAExL,CAAF,GAAMd,MAAd,GAAwB;AACvBuM,mBAAa9N,IAAb,CAAmBqC,CAAnB;AACA;AACD,YAAOyL,YAAP;AACA,KANK;AAhME;AAnTgB,GAA1B;;AA6fAxG,OAAKiC,OAAL,CAAa,KAAb,IAAsBjC,KAAKiC,OAAL,CAAa,IAAb,CAAtB;;AAEA;AACA,OAAMlH,CAAN,IAAW,EAAEoR,OAAO,IAAT,EAAeC,UAAU,IAAzB,EAA+BC,MAAM,IAArC,EAA2CC,UAAU,IAArD,EAA2DC,OAAO,IAAlE,EAAX,EAAsF;AACrFvM,QAAKiC,OAAL,CAAclH,CAAd,IAAoBqL,kBAAmBrL,CAAnB,CAApB;AACA;AACD,OAAMA,CAAN,IAAW,EAAEyR,QAAQ,IAAV,EAAgBC,OAAO,IAAvB,EAAX,EAA2C;AAC1CzM,QAAKiC,OAAL,CAAclH,CAAd,IAAoBsL,mBAAoBtL,CAApB,CAApB;AACA;;AAED;AACA,WAASkQ,UAAT,GAAsB,CAAE;AACxBA,aAAWnR,SAAX,GAAuBkG,KAAK0M,OAAL,GAAe1M,KAAKiC,OAA3C;AACAjC,OAAKiL,UAAL,GAAkB,IAAIA,UAAJ,EAAlB;;AAEA9K,aAAWJ,OAAOI,QAAP,GAAkB,UAAUhH,QAAV,EAAoBwT,SAApB,EAAgC;AAC5D,OAAIxB,OAAJ;AAAA,OAAanH,KAAb;AAAA,OAAoB4I,MAApB;AAAA,OAA4B5P,IAA5B;AAAA,OACC6P,KADD;AAAA,OACQ5I,MADR;AAAA,OACgB6I,UADhB;AAAA,OAECC,SAAS3L,WAAYjI,WAAW,GAAvB,CAFV;;AAIA,OAAK4T,MAAL,EAAc;AACb,WAAOJ,YAAY,CAAZ,GAAgBI,OAAOvU,KAAP,CAAc,CAAd,CAAvB;AACA;;AAEDqU,WAAQ1T,QAAR;AACA8K,YAAS,EAAT;AACA6I,gBAAa9M,KAAK4J,SAAlB;;AAEA,UAAQiD,KAAR,EAAgB;;AAEf;AACA,QAAK,CAAC1B,OAAD,KAAanH,QAAQ5B,OAAOiC,IAAP,CAAawI,KAAb,CAArB,CAAL,EAAkD;AACjD,SAAK7I,KAAL,EAAa;AACZ;AACA6I,cAAQA,MAAMrU,KAAN,CAAawL,MAAM,CAAN,EAAS/J,MAAtB,KAAkC4S,KAA1C;AACA;AACD5I,YAAOvL,IAAP,CAAckU,SAAS,EAAvB;AACA;;AAEDzB,cAAU,KAAV;;AAEA;AACA,QAAMnH,QAAQ3B,aAAagC,IAAb,CAAmBwI,KAAnB,CAAd,EAA4C;AAC3C1B,eAAUnH,MAAMuB,KAAN,EAAV;AACAqH,YAAOlU,IAAP,CAAY;AACX2G,aAAO8L,OADI;AAEX;AACAnO,YAAMgH,MAAM,CAAN,EAAStH,OAAT,CAAkBnD,KAAlB,EAAyB,GAAzB;AAHK,MAAZ;AAKAsT,aAAQA,MAAMrU,KAAN,CAAa2S,QAAQlR,MAArB,CAAR;AACA;;AAED;AACA,SAAM+C,IAAN,IAAcgD,KAAKuH,MAAnB,EAA4B;AAC3B,SAAK,CAACvD,QAAQvB,UAAWzF,IAAX,EAAkBqH,IAAlB,CAAwBwI,KAAxB,CAAT,MAA8C,CAACC,WAAY9P,IAAZ,CAAD,KACjDgH,QAAQ8I,WAAY9P,IAAZ,EAAoBgH,KAApB,CADyC,CAA9C,CAAL,EAC0C;AACzCmH,gBAAUnH,MAAMuB,KAAN,EAAV;AACAqH,aAAOlU,IAAP,CAAY;AACX2G,cAAO8L,OADI;AAEXnO,aAAMA,IAFK;AAGXkC,gBAAS8E;AAHE,OAAZ;AAKA6I,cAAQA,MAAMrU,KAAN,CAAa2S,QAAQlR,MAArB,CAAR;AACA;AACD;;AAED,QAAK,CAACkR,OAAN,EAAgB;AACf;AACA;AACD;;AAED;AACA;AACA;AACA,UAAOwB,YACNE,MAAM5S,MADA,GAEN4S,QACC9M,OAAOnD,KAAP,CAAczD,QAAd,CADD;AAEC;AACAiI,cAAYjI,QAAZ,EAAsB8K,MAAtB,EAA+BzL,KAA/B,CAAsC,CAAtC,CALF;AAMA,GAjED;;AAmEA,WAASsM,UAAT,CAAqB8H,MAArB,EAA8B;AAC7B,OAAI7R,IAAI,CAAR;AAAA,OACCM,MAAMuR,OAAO3S,MADd;AAAA,OAECd,WAAW,EAFZ;AAGA,UAAQ4B,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtB5B,gBAAYyT,OAAO7R,CAAP,EAAUsE,KAAtB;AACA;AACD,UAAOlG,QAAP;AACA;;AAED,WAAS6T,aAAT,CAAwB5B,OAAxB,EAAiC6B,UAAjC,EAA6CC,IAA7C,EAAoD;AACnD,OAAIvD,MAAMsD,WAAWtD,GAArB;AAAA,OACCwD,mBAAmBD,QAAQvD,QAAQ,YADpC;AAAA,OAECyD,WAAWnM,MAFZ;;AAIA,UAAOgM,WAAW/R,KAAX;AACN;AACA,aAAUJ,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC9B,WAAS1P,OAAOA,KAAM6O,GAAN,CAAhB,EAA+B;AAC9B,SAAK7O,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB4P,gBAA5B,EAA+C;AAC9C,aAAO/B,QAAStQ,IAAT,EAAe1B,OAAf,EAAwBoR,GAAxB,CAAP;AACA;AACD;AACD,IARK;;AAUN;AACA,aAAU1P,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC9B,QAAI6C,QAAJ;AAAA,QAAc5C,WAAd;AAAA,QAA2BC,UAA3B;AAAA,QACC4C,WAAW,CAAEtM,OAAF,EAAWoM,QAAX,CADZ;;AAGA;AACA,QAAK5C,GAAL,EAAW;AACV,YAAS1P,OAAOA,KAAM6O,GAAN,CAAhB,EAA+B;AAC9B,UAAK7O,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB4P,gBAA5B,EAA+C;AAC9C,WAAK/B,QAAStQ,IAAT,EAAe1B,OAAf,EAAwBoR,GAAxB,CAAL,EAAqC;AACpC,eAAO,IAAP;AACA;AACD;AACD;AACD,KARD,MAQO;AACN,YAAS1P,OAAOA,KAAM6O,GAAN,CAAhB,EAA+B;AAC9B,UAAK7O,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB4P,gBAA5B,EAA+C;AAC9CzC,oBAAa5P,KAAMyB,OAAN,MAAoBzB,KAAMyB,OAAN,IAAkB,EAAtC,CAAb;;AAEA;AACA;AACAkO,qBAAcC,WAAY5P,KAAKiQ,QAAjB,MAAgCL,WAAY5P,KAAKiQ,QAAjB,IAA8B,EAA9D,CAAd;;AAEA,WAAK,CAACsC,WAAW5C,YAAad,GAAb,CAAZ,KACJ0D,SAAU,CAAV,MAAkBrM,OADd,IACyBqM,SAAU,CAAV,MAAkBD,QADhD,EAC2D;;AAE1D;AACA,eAAQE,SAAU,CAAV,IAAgBD,SAAU,CAAV,CAAxB;AACA,QALD,MAKO;AACN;AACA5C,oBAAad,GAAb,IAAqB2D,QAArB;;AAEA;AACA,YAAMA,SAAU,CAAV,IAAgBlC,QAAStQ,IAAT,EAAe1B,OAAf,EAAwBoR,GAAxB,CAAtB,EAAuD;AACtD,gBAAO,IAAP;AACA;AACD;AACD;AACD;AACD;AACD,IAlDF;AAmDA;;AAED,WAAS+C,cAAT,CAAyBC,QAAzB,EAAoC;AACnC,UAAOA,SAASvT,MAAT,GAAkB,CAAlB,GACN,UAAUa,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC9B,QAAIzP,IAAIyS,SAASvT,MAAjB;AACA,WAAQc,GAAR,EAAc;AACb,SAAK,CAACyS,SAASzS,CAAT,EAAaD,IAAb,EAAmB1B,OAAnB,EAA4BoR,GAA5B,CAAN,EAA0C;AACzC,aAAO,KAAP;AACA;AACD;AACD,WAAO,IAAP;AACA,IATK,GAUNgD,SAAS,CAAT,CAVD;AAWA;;AAED,WAASC,gBAAT,CAA2BtU,QAA3B,EAAqCuU,QAArC,EAA+C/O,OAA/C,EAAyD;AACxD,OAAI5D,IAAI,CAAR;AAAA,OACCM,MAAMqS,SAASzT,MADhB;AAEA,UAAQc,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtBgF,WAAQ5G,QAAR,EAAkBuU,SAAS3S,CAAT,CAAlB,EAA+B4D,OAA/B;AACA;AACD,UAAOA,OAAP;AACA;;AAED,WAASgP,QAAT,CAAmBtC,SAAnB,EAA8BxQ,GAA9B,EAAmC0M,MAAnC,EAA2CnO,OAA3C,EAAoDoR,GAApD,EAA0D;AACzD,OAAI1P,IAAJ;AAAA,OACC8S,eAAe,EADhB;AAAA,OAEC7S,IAAI,CAFL;AAAA,OAGCM,MAAMgQ,UAAUpR,MAHjB;AAAA,OAIC4T,SAAShT,OAAO,IAJjB;;AAMA,UAAQE,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtB,QAAMD,OAAOuQ,UAAUtQ,CAAV,CAAb,EAA6B;AAC5B,SAAK,CAACwM,MAAD,IAAWA,OAAQzM,IAAR,EAAc1B,OAAd,EAAuBoR,GAAvB,CAAhB,EAA+C;AAC9CoD,mBAAalV,IAAb,CAAmBoC,IAAnB;AACA,UAAK+S,MAAL,EAAc;AACbhT,WAAInC,IAAJ,CAAUqC,CAAV;AACA;AACD;AACD;AACD;;AAED,UAAO6S,YAAP;AACA;;AAED,WAASE,UAAT,CAAqBlE,SAArB,EAAgCzQ,QAAhC,EAA0CiS,OAA1C,EAAmD2C,UAAnD,EAA+DC,UAA/D,EAA2EC,YAA3E,EAA0F;AACzF,OAAKF,cAAc,CAACA,WAAYxR,OAAZ,CAApB,EAA4C;AAC3CwR,iBAAaD,WAAYC,UAAZ,CAAb;AACA;AACD,OAAKC,cAAc,CAACA,WAAYzR,OAAZ,CAApB,EAA4C;AAC3CyR,iBAAaF,WAAYE,UAAZ,EAAwBC,YAAxB,CAAb;AACA;AACD,UAAOzI,aAAa,UAAU5B,IAAV,EAAgBjF,OAAhB,EAAyBvF,OAAzB,EAAkCoR,GAAlC,EAAwC;AAC3D,QAAI0D,IAAJ;AAAA,QAAUnT,CAAV;AAAA,QAAaD,IAAb;AAAA,QACCqT,SAAS,EADV;AAAA,QAECC,UAAU,EAFX;AAAA,QAGCC,cAAc1P,QAAQ1E,MAHvB;;;AAKC;AACAM,YAAQqJ,QAAQ6J,iBAAkBtU,YAAY,GAA9B,EAAmCC,QAAQmE,QAAR,GAAmB,CAAEnE,OAAF,CAAnB,GAAiCA,OAApE,EAA6E,EAA7E,CANjB;;;AAQC;AACAkV,gBAAY1E,cAAehG,QAAQ,CAACzK,QAAxB,IACXwU,SAAUpT,KAAV,EAAiB4T,MAAjB,EAAyBvE,SAAzB,EAAoCxQ,OAApC,EAA6CoR,GAA7C,CADW,GAEXjQ,KAXF;AAAA,QAaCgU,aAAanD;AACZ;AACA4C,mBAAgBpK,OAAOgG,SAAP,GAAmByE,eAAeN,UAAlD;;AAEC;AACA,MAHD;;AAKC;AACApP,WARW,GASZ2P,SAtBF;;AAwBA;AACA,QAAKlD,OAAL,EAAe;AACdA,aAASkD,SAAT,EAAoBC,UAApB,EAAgCnV,OAAhC,EAAyCoR,GAAzC;AACA;;AAED;AACA,QAAKuD,UAAL,EAAkB;AACjBG,YAAOP,SAAUY,UAAV,EAAsBH,OAAtB,CAAP;AACAL,gBAAYG,IAAZ,EAAkB,EAAlB,EAAsB9U,OAAtB,EAA+BoR,GAA/B;;AAEA;AACAzP,SAAImT,KAAKjU,MAAT;AACA,YAAQc,GAAR,EAAc;AACb,UAAMD,OAAOoT,KAAKnT,CAAL,CAAb,EAAwB;AACvBwT,kBAAYH,QAAQrT,CAAR,CAAZ,IAA2B,EAAEuT,UAAWF,QAAQrT,CAAR,CAAX,IAA0BD,IAA5B,CAA3B;AACA;AACD;AACD;;AAED,QAAK8I,IAAL,EAAY;AACX,SAAKoK,cAAcpE,SAAnB,EAA+B;AAC9B,UAAKoE,UAAL,EAAkB;AACjB;AACAE,cAAO,EAAP;AACAnT,WAAIwT,WAAWtU,MAAf;AACA,cAAQc,GAAR,EAAc;AACb,YAAMD,OAAOyT,WAAWxT,CAAX,CAAb,EAA8B;AAC7B;AACAmT,cAAKxV,IAAL,CAAY4V,UAAUvT,CAAV,IAAeD,IAA3B;AACA;AACD;AACDkT,kBAAY,IAAZ,EAAmBO,aAAa,EAAhC,EAAqCL,IAArC,EAA2C1D,GAA3C;AACA;;AAED;AACAzP,UAAIwT,WAAWtU,MAAf;AACA,aAAQc,GAAR,EAAc;AACb,WAAK,CAACD,OAAOyT,WAAWxT,CAAX,CAAR,KACJ,CAACmT,OAAOF,aAAarV,QAASiL,IAAT,EAAe9I,IAAf,CAAb,GAAqCqT,OAAOpT,CAAP,CAA7C,IAA0D,CAAC,CAD5D,EACgE;;AAE/D6I,aAAKsK,IAAL,IAAa,EAAEvP,QAAQuP,IAAR,IAAgBpT,IAAlB,CAAb;AACA;AACD;AACD;;AAEF;AACC,KA3BD,MA2BO;AACNyT,kBAAaZ,SACZY,eAAe5P,OAAf,GACC4P,WAAW9S,MAAX,CAAmB4S,WAAnB,EAAgCE,WAAWtU,MAA3C,CADD,GAECsU,UAHW,CAAb;AAKA,SAAKP,UAAL,EAAkB;AACjBA,iBAAY,IAAZ,EAAkBrP,OAAlB,EAA2B4P,UAA3B,EAAuC/D,GAAvC;AACA,MAFD,MAEO;AACN9R,WAAKsC,KAAL,CAAY2D,OAAZ,EAAqB4P,UAArB;AACA;AACD;AACD,IAnFM,CAAP;AAoFA;;AAED,WAASC,iBAAT,CAA4B5B,MAA5B,EAAqC;AACpC,OAAI6B,YAAJ;AAAA,OAAkBrD,OAAlB;AAAA,OAA2B9P,CAA3B;AAAA,OACCD,MAAMuR,OAAO3S,MADd;AAAA,OAECyU,kBAAkB1O,KAAK0J,QAAL,CAAekD,OAAO,CAAP,EAAU5P,IAAzB,CAFnB;AAAA,OAGC2R,mBAAmBD,mBAAmB1O,KAAK0J,QAAL,CAAc,GAAd,CAHvC;AAAA,OAIC3O,IAAI2T,kBAAkB,CAAlB,GAAsB,CAJ3B;;;AAMC;AACAE,kBAAe5B,cAAe,UAAUlS,IAAV,EAAiB;AAC9C,WAAOA,SAAS2T,YAAhB;AACA,IAFc,EAEZE,gBAFY,EAEM,IAFN,CAPhB;AAAA,OAUCE,kBAAkB7B,cAAe,UAAUlS,IAAV,EAAiB;AACjD,WAAOnC,QAAS8V,YAAT,EAAuB3T,IAAvB,IAAgC,CAAC,CAAxC;AACA,IAFiB,EAEf6T,gBAFe,EAEG,IAFH,CAVnB;AAAA,OAaCnB,WAAW,CAAE,UAAU1S,IAAV,EAAgB1B,OAAhB,EAAyBoR,GAAzB,EAA+B;AAC3C,QAAIhQ,MAAQ,CAACkU,eAAD,KAAsBlE,OAAOpR,YAAYkH,gBAAzC,CAAF,KACT,CAACmO,eAAerV,OAAhB,EAAyBmE,QAAzB,GACCqR,aAAc9T,IAAd,EAAoB1B,OAApB,EAA6BoR,GAA7B,CADD,GAECqE,gBAAiB/T,IAAjB,EAAuB1B,OAAvB,EAAgCoR,GAAhC,CAHQ,CAAV;AAIA;AACAiE,mBAAe,IAAf;AACA,WAAOjU,GAAP;AACA,IARU,CAbZ;;AAuBA,UAAQO,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtB,QAAMqQ,UAAUpL,KAAK0J,QAAL,CAAekD,OAAO7R,CAAP,EAAUiC,IAAzB,CAAhB,EAAmD;AAClDwQ,gBAAW,CAAER,cAAcO,eAAgBC,QAAhB,CAAd,EAA0CpC,OAA1C,CAAF,CAAX;AACA,KAFD,MAEO;AACNA,eAAUpL,KAAKuH,MAAL,CAAaqF,OAAO7R,CAAP,EAAUiC,IAAvB,EAA8BhC,KAA9B,CAAqC,IAArC,EAA2C4R,OAAO7R,CAAP,EAAUmE,OAArD,CAAV;;AAEA;AACA,SAAKkM,QAAS7O,OAAT,CAAL,EAA0B;AACzB;AACAjB,UAAI,EAAEP,CAAN;AACA,aAAQO,IAAID,GAAZ,EAAiBC,GAAjB,EAAuB;AACtB,WAAK0E,KAAK0J,QAAL,CAAekD,OAAOtR,CAAP,EAAU0B,IAAzB,CAAL,EAAuC;AACtC;AACA;AACD;AACD,aAAO8Q,WACN/S,IAAI,CAAJ,IAASwS,eAAgBC,QAAhB,CADH,EAENzS,IAAI,CAAJ,IAAS+J;AACR;AACA8H,aAAOpU,KAAP,CAAc,CAAd,EAAiBuC,IAAI,CAArB,EAAyBtC,MAAzB,CAAgC,EAAE4G,OAAOuN,OAAQ7R,IAAI,CAAZ,EAAgBiC,IAAhB,KAAyB,GAAzB,GAA+B,GAA/B,GAAqC,EAA9C,EAAhC,CAFQ,EAGPN,OAHO,CAGEnD,KAHF,EAGS,IAHT,CAFH,EAMN6R,OANM,EAONrQ,IAAIO,CAAJ,IAASkT,kBAAmB5B,OAAOpU,KAAP,CAAcuC,CAAd,EAAiBO,CAAjB,CAAnB,CAPH,EAQNA,IAAID,GAAJ,IAAWmT,kBAAoB5B,SAASA,OAAOpU,KAAP,CAAc8C,CAAd,CAA7B,CARL,EASNA,IAAID,GAAJ,IAAWyJ,WAAY8H,MAAZ,CATL,CAAP;AAWA;AACDY,cAAS9U,IAAT,CAAe0S,OAAf;AACA;AACD;;AAED,UAAOmC,eAAgBC,QAAhB,CAAP;AACA;;AAED,WAASsB,wBAAT,CAAmCC,eAAnC,EAAoDC,WAApD,EAAkE;AACjE,OAAIC,QAAQD,YAAY/U,MAAZ,GAAqB,CAAjC;AAAA,OACCiV,YAAYH,gBAAgB9U,MAAhB,GAAyB,CADtC;AAAA,OAECkV,eAAe,SAAfA,YAAe,CAAUvL,IAAV,EAAgBxK,OAAhB,EAAyBoR,GAAzB,EAA8B7L,OAA9B,EAAuCyQ,SAAvC,EAAmD;AACjE,QAAItU,IAAJ;AAAA,QAAUQ,CAAV;AAAA,QAAa8P,OAAb;AAAA,QACCiE,eAAe,CADhB;AAAA,QAECtU,IAAI,GAFL;AAAA,QAGCsQ,YAAYzH,QAAQ,EAHrB;AAAA,QAIC0L,aAAa,EAJd;AAAA,QAKCC,gBAAgBjP,gBALjB;;AAMC;AACA/F,YAAQqJ,QAAQsL,aAAalP,KAAKsH,IAAL,CAAU,KAAV,EAAkB,GAAlB,EAAuB8H,SAAvB,CAP9B;;AAQC;AACAI,oBAAiBxO,WAAWuO,iBAAiB,IAAjB,GAAwB,CAAxB,GAA4B/S,KAAKC,MAAL,MAAiB,GAT1E;AAAA,QAUCpB,MAAMd,MAAMN,MAVb;;AAYA,QAAKmV,SAAL,EAAiB;AAChB9O,wBAAmBlH,YAAYlB,QAAZ,IAAwBkB,OAAxB,IAAmCgW,SAAtD;AACA;;AAED;AACA;AACA;AACA,WAAQrU,MAAMM,GAAN,IAAa,CAACP,OAAOP,MAAMQ,CAAN,CAAR,KAAqB,IAA1C,EAAgDA,GAAhD,EAAsD;AACrD,SAAKmU,aAAapU,IAAlB,EAAyB;AACxBQ,UAAI,CAAJ;AACA,UAAK,CAAClC,OAAD,IAAY0B,KAAKsJ,aAAL,KAAuBlM,QAAxC,EAAmD;AAClDuI,mBAAa3F,IAAb;AACA0P,aAAM,CAAC7J,cAAP;AACA;AACD,aAASyK,UAAU2D,gBAAgBzT,GAAhB,CAAnB,EAA2C;AAC1C,WAAK8P,QAAStQ,IAAT,EAAe1B,WAAWlB,QAA1B,EAAoCsS,GAApC,CAAL,EAAgD;AAC/C7L,gBAAQjG,IAAR,CAAcoC,IAAd;AACA;AACA;AACD;AACD,UAAKsU,SAAL,EAAiB;AAChBpO,iBAAUwO,aAAV;AACA;AACD;;AAED;AACA,SAAKP,KAAL,EAAa;AACZ;AACA,UAAMnU,OAAO,CAACsQ,OAAD,IAAYtQ,IAAzB,EAAiC;AAChCuU;AACA;;AAED;AACA,UAAKzL,IAAL,EAAY;AACXyH,iBAAU3S,IAAV,CAAgBoC,IAAhB;AACA;AACD;AACD;;AAED;AACA;AACAuU,oBAAgBtU,CAAhB;;AAEA;AACA;AACA;AACA;AACA;AACA;AACA;AACA,QAAKkU,SAASlU,MAAMsU,YAApB,EAAmC;AAClC/T,SAAI,CAAJ;AACA,YAAS8P,UAAU4D,YAAY1T,GAAZ,CAAnB,EAAuC;AACtC8P,cAASC,SAAT,EAAoBiE,UAApB,EAAgClW,OAAhC,EAAyCoR,GAAzC;AACA;;AAED,SAAK5G,IAAL,EAAY;AACX;AACA,UAAKyL,eAAe,CAApB,EAAwB;AACvB,cAAQtU,GAAR,EAAc;AACb,YAAK,EAAEsQ,UAAUtQ,CAAV,KAAgBuU,WAAWvU,CAAX,CAAlB,CAAL,EAAwC;AACvCuU,oBAAWvU,CAAX,IAAgB2G,IAAIvH,IAAJ,CAAUwE,OAAV,CAAhB;AACA;AACD;AACD;;AAED;AACA2Q,mBAAa3B,SAAU2B,UAAV,CAAb;AACA;;AAED;AACA5W,UAAKsC,KAAL,CAAY2D,OAAZ,EAAqB2Q,UAArB;;AAEA;AACA,SAAKF,aAAa,CAACxL,IAAd,IAAsB0L,WAAWrV,MAAX,GAAoB,CAA1C,IACFoV,eAAeL,YAAY/U,MAA7B,GAAwC,CADzC,EAC6C;;AAE5C8F,aAAOkJ,UAAP,CAAmBtK,OAAnB;AACA;AACD;;AAED;AACA,QAAKyQ,SAAL,EAAiB;AAChBpO,eAAUwO,aAAV;AACAlP,wBAAmBiP,aAAnB;AACA;;AAED,WAAOlE,SAAP;AACA,IAvGF;;AAyGA,UAAO4D,QACNzJ,aAAc2J,YAAd,CADM,GAENA,YAFD;AAGA;;AAED/O,YAAUL,OAAOK,OAAP,GAAiB,UAAUjH,QAAV,EAAoB6K,KAApB,CAA0B,uBAA1B,EAAoD;AAC9E,OAAIjJ,CAAJ;AAAA,OACCiU,cAAc,EADf;AAAA,OAECD,kBAAkB,EAFnB;AAAA,OAGChC,SAAS1L,cAAelI,WAAW,GAA1B,CAHV;;AAKA,OAAK,CAAC4T,MAAN,EAAe;AACd;AACA,QAAK,CAAC/I,KAAN,EAAc;AACbA,aAAQ7D,SAAUhH,QAAV,CAAR;AACA;AACD4B,QAAIiJ,MAAM/J,MAAV;AACA,WAAQc,GAAR,EAAc;AACbgS,cAASyB,kBAAmBxK,MAAMjJ,CAAN,CAAnB,CAAT;AACA,SAAKgS,OAAQxQ,OAAR,CAAL,EAAyB;AACxByS,kBAAYtW,IAAZ,CAAkBqU,MAAlB;AACA,MAFD,MAEO;AACNgC,sBAAgBrW,IAAhB,CAAsBqU,MAAtB;AACA;AACD;;AAED;AACAA,aAAS1L,cAAelI,QAAf,EAAyB2V,yBAA0BC,eAA1B,EAA2CC,WAA3C,CAAzB,CAAT;;AAEA;AACAjC,WAAO5T,QAAP,GAAkBA,QAAlB;AACA;AACD,UAAO4T,MAAP;AACA,GA5BD;;AA8BA;;;;;;;;;AASA1M,WAASN,OAAOM,MAAP,GAAgB,UAAUlH,QAAV,EAAoBC,OAApB,EAA6BuF,OAA7B,EAAsCiF,IAAtC,EAA6C;AACrE,OAAI7I,CAAJ;AAAA,OAAO6R,MAAP;AAAA,OAAe6C,KAAf;AAAA,OAAsBzS,IAAtB;AAAA,OAA4BsK,IAA5B;AAAA,OACCoI,WAAW,OAAOvW,QAAP,KAAoB,UAApB,IAAkCA,QAD9C;AAAA,OAEC6K,QAAQ,CAACJ,IAAD,IAASzD,SAAWhH,WAAWuW,SAASvW,QAAT,IAAqBA,QAA3C,CAFlB;;AAIAwF,aAAUA,WAAW,EAArB;;AAEA;AACA;AACA,OAAKqF,MAAM/J,MAAN,KAAiB,CAAtB,EAA0B;;AAEzB;AACA2S,aAAS5I,MAAM,CAAN,IAAWA,MAAM,CAAN,EAASxL,KAAT,CAAgB,CAAhB,CAApB;AACA,QAAKoU,OAAO3S,MAAP,GAAgB,CAAhB,IAAqB,CAACwV,QAAQ7C,OAAO,CAAP,CAAT,EAAoB5P,IAApB,KAA6B,IAAlD,IACHhE,QAAQoO,OADL,IACgBhO,QAAQmE,QAAR,KAAqB,CADrC,IAC0CoD,cAD1C,IAEHX,KAAK0J,QAAL,CAAekD,OAAO,CAAP,EAAU5P,IAAzB,CAFF,EAEoC;;AAEnC5D,eAAU,CAAE4G,KAAKsH,IAAL,CAAU,IAAV,EAAiBmI,MAAMvQ,OAAN,CAAc,CAAd,EAAiBxC,OAAjB,CAAyBsG,SAAzB,EAAoCC,SAApC,CAAjB,EAAiE7J,OAAjE,KAA8E,EAAhF,EAAqF,CAArF,CAAV;AACA,SAAK,CAACA,OAAN,EAAgB;AACf,aAAOuF,OAAP;;AAED;AACC,MAJD,MAIO,IAAK+Q,QAAL,EAAgB;AACtBtW,gBAAUA,QAAQ+E,UAAlB;AACA;;AAEDhF,gBAAWA,SAASX,KAAT,CAAgBoU,OAAOrH,KAAP,GAAelG,KAAf,CAAqBpF,MAArC,CAAX;AACA;;AAED;AACAc,QAAI0H,UAAU,cAAV,EAA0BkC,IAA1B,CAAgCxL,QAAhC,IAA6C,CAA7C,GAAiDyT,OAAO3S,MAA5D;AACA,WAAQc,GAAR,EAAc;AACb0U,aAAQ7C,OAAO7R,CAAP,CAAR;;AAEA;AACA,SAAKiF,KAAK0J,QAAL,CAAgB1M,OAAOyS,MAAMzS,IAA7B,CAAL,EAA4C;AAC3C;AACA;AACD,SAAMsK,OAAOtH,KAAKsH,IAAL,CAAWtK,IAAX,CAAb,EAAkC;AACjC;AACA,UAAM4G,OAAO0D,KACZmI,MAAMvQ,OAAN,CAAc,CAAd,EAAiBxC,OAAjB,CAA0BsG,SAA1B,EAAqCC,SAArC,CADY,EAEZH,SAAS6B,IAAT,CAAeiI,OAAO,CAAP,EAAU5P,IAAzB,KAAmCgI,YAAa5L,QAAQ+E,UAArB,CAAnC,IAAwE/E,OAF5D,CAAb,EAGK;;AAEJ;AACAwT,cAAOnR,MAAP,CAAeV,CAAf,EAAkB,CAAlB;AACA5B,kBAAWyK,KAAK3J,MAAL,IAAe6K,WAAY8H,MAAZ,CAA1B;AACA,WAAK,CAACzT,QAAN,EAAiB;AAChBT,aAAKsC,KAAL,CAAY2D,OAAZ,EAAqBiF,IAArB;AACA,eAAOjF,OAAP;AACA;;AAED;AACA;AACD;AACD;AACD;;AAED;AACA;AACA,IAAE+Q,YAAYtP,QAASjH,QAAT,EAAmB6K,KAAnB,CAAd,EACCJ,IADD,EAECxK,OAFD,EAGC,CAACuH,cAHF,EAIChC,OAJD,EAKC,CAACvF,OAAD,IAAY0J,SAAS6B,IAAT,CAAexL,QAAf,KAA6B6L,YAAa5L,QAAQ+E,UAArB,CAAzC,IAA8E/E,OAL/E;AAOA,UAAOuF,OAAP;AACA,GArED;;AAuEA;;AAEA;AACA3F,UAAQoQ,UAAR,GAAqB7M,QAAQuD,KAAR,CAAc,EAAd,EAAkBtE,IAAlB,CAAwB8F,SAAxB,EAAoCyD,IAApC,CAAyC,EAAzC,MAAiDxI,OAAtE;;AAEA;AACA;AACAvD,UAAQmQ,gBAAR,GAA2B,CAAC,CAAC3I,YAA7B;;AAEA;AACAC;;AAEA;AACA;AACAzH,UAAQuP,YAAR,GAAuB9C,OAAO,UAAUkK,IAAV,EAAiB;AAC9C;AACA,UAAOA,KAAKxH,uBAAL,CAA8BjQ,SAAS6F,aAAT,CAAuB,KAAvB,CAA9B,IAAgE,CAAvE;AACA,GAHsB,CAAvB;;AAKA;AACA;AACA;AACA,MAAK,CAAC0H,OAAO,UAAUC,GAAV,EAAgB;AAC5BA,OAAIiC,SAAJ,GAAgB,kBAAhB;AACA,UAAOjC,IAAI4D,UAAJ,CAAe1E,YAAf,CAA4B,MAA5B,MAAwC,GAA/C;AACA,GAHK,CAAN,EAGK;AACJe,aAAW,wBAAX,EAAqC,UAAU7K,IAAV,EAAgBc,IAAhB,EAAsBsE,KAAtB,EAA8B;AAClE,QAAK,CAACA,KAAN,EAAc;AACb,YAAOpF,KAAK8J,YAAL,CAAmBhJ,IAAnB,EAAyBA,KAAK4C,WAAL,OAAuB,MAAvB,GAAgC,CAAhC,GAAoC,CAA7D,CAAP;AACA;AACD,IAJD;AAKA;;AAED;AACA;AACA,MAAK,CAACxF,QAAQgJ,UAAT,IAAuB,CAACyD,OAAO,UAAUC,GAAV,EAAgB;AACnDA,OAAIiC,SAAJ,GAAgB,UAAhB;AACAjC,OAAI4D,UAAJ,CAAezE,YAAf,CAA6B,OAA7B,EAAsC,EAAtC;AACA,UAAOa,IAAI4D,UAAJ,CAAe1E,YAAf,CAA6B,OAA7B,MAA2C,EAAlD;AACA,GAJ4B,CAA7B,EAIK;AACJe,aAAW,OAAX,EAAoB,UAAU7K,IAAV,EAAgBc,IAAhB,EAAsBsE,KAAtB,EAA8B;AACjD,QAAK,CAACA,KAAD,IAAUpF,KAAKyD,QAAL,CAAcC,WAAd,OAAgC,OAA/C,EAAyD;AACxD,YAAO1D,KAAK8U,YAAZ;AACA;AACD,IAJD;AAKA;;AAED;AACA;AACA,MAAK,CAACnK,OAAO,UAAUC,GAAV,EAAgB;AAC5B,UAAOA,IAAId,YAAJ,CAAiB,UAAjB,KAAgC,IAAvC;AACA,GAFK,CAAN,EAEK;AACJe,aAAW9D,QAAX,EAAqB,UAAU/G,IAAV,EAAgBc,IAAhB,EAAsBsE,KAAtB,EAA8B;AAClD,QAAI6I,GAAJ;AACA,QAAK,CAAC7I,KAAN,EAAc;AACb,YAAOpF,KAAMc,IAAN,MAAiB,IAAjB,GAAwBA,KAAK4C,WAAL,EAAxB,GACL,CAACuK,MAAMjO,KAAK2M,gBAAL,CAAuB7L,IAAvB,CAAP,KAAyCmN,IAAIC,SAA7C,GACAD,IAAI1J,KADJ,GAED,IAHD;AAIA;AACD,IARD;AASA;;AAED,SAAOU,MAAP;AAEC,EA3kED,CA2kEI1H,MA3kEJ,CAXA;;AA0lEAa,QAAOoO,IAAP,GAAcvH,MAAd;AACA7G,QAAO0P,IAAP,GAAc7I,OAAOyJ,SAArB;AACAtQ,QAAO0P,IAAP,CAAa,GAAb,IAAqB1P,OAAO0P,IAAP,CAAY3G,OAAjC;AACA/I,QAAO+P,UAAP,GAAoB/P,OAAO2W,MAAP,GAAgB9P,OAAOkJ,UAA3C;AACA/P,QAAO8E,IAAP,GAAc+B,OAAOE,OAArB;AACA/G,QAAO4W,QAAP,GAAkB/P,OAAOG,KAAzB;AACAhH,QAAO4H,QAAP,GAAkBf,OAAOe,QAAzB;;AAIA,KAAI6I,MAAM,aAAU7O,IAAV,EAAgB6O,IAAhB,EAAqBoG,KAArB,EAA6B;AACtC,MAAI5E,UAAU,EAAd;AAAA,MACC6E,WAAWD,UAAUzT,SADtB;;AAGA,SAAQ,CAAExB,OAAOA,KAAM6O,IAAN,CAAT,KAA0B7O,KAAKyC,QAAL,KAAkB,CAApD,EAAwD;AACvD,OAAKzC,KAAKyC,QAAL,KAAkB,CAAvB,EAA2B;AAC1B,QAAKyS,YAAY9W,OAAQ4B,IAAR,EAAemV,EAAf,CAAmBF,KAAnB,CAAjB,EAA8C;AAC7C;AACA;AACD5E,YAAQzS,IAAR,CAAcoC,IAAd;AACA;AACD;AACD,SAAOqQ,OAAP;AACA,EAbD;;AAgBA,KAAI+E,YAAW,SAAXA,SAAW,CAAUC,CAAV,EAAarV,IAAb,EAAoB;AAClC,MAAIqQ,UAAU,EAAd;;AAEA,SAAQgF,CAAR,EAAWA,IAAIA,EAAEhK,WAAjB,EAA+B;AAC9B,OAAKgK,EAAE5S,QAAF,KAAe,CAAf,IAAoB4S,MAAMrV,IAA/B,EAAsC;AACrCqQ,YAAQzS,IAAR,CAAcyX,CAAd;AACA;AACD;;AAED,SAAOhF,OAAP;AACA,EAVD;;AAaA,KAAIiF,gBAAgBlX,OAAO0P,IAAP,CAAY5E,KAAZ,CAAkBqM,YAAtC;;AAEA,KAAIC,aAAe,+BAAnB;;AAIA,KAAIC,YAAY,gBAAhB;;AAEA;AACA,UAASC,MAAT,CAAiB3H,QAAjB,EAA2B4H,SAA3B,EAAsCC,GAAtC,EAA4C;AAC3C,MAAKxX,OAAOiD,UAAP,CAAmBsU,SAAnB,CAAL,EAAsC;AACrC,UAAOvX,OAAO6F,IAAP,CAAa8J,QAAb,EAAuB,UAAU/N,IAAV,EAAgBC,CAAhB,EAAoB;AACjD;AACA,WAAO,CAAC,CAAC0V,UAAUtW,IAAV,CAAgBW,IAAhB,EAAsBC,CAAtB,EAAyBD,IAAzB,CAAF,KAAsC4V,GAA7C;AACA,IAHM,CAAP;AAKA;;AAED,MAAKD,UAAUlT,QAAf,EAA0B;AACzB,UAAOrE,OAAO6F,IAAP,CAAa8J,QAAb,EAAuB,UAAU/N,IAAV,EAAiB;AAC9C,WAASA,SAAS2V,SAAX,KAA2BC,GAAlC;AACA,IAFM,CAAP;AAIA;;AAED,MAAK,OAAOD,SAAP,KAAqB,QAA1B,EAAqC;AACpC,OAAKF,UAAU5L,IAAV,CAAgB8L,SAAhB,CAAL,EAAmC;AAClC,WAAOvX,OAAOqO,MAAP,CAAekJ,SAAf,EAA0B5H,QAA1B,EAAoC6H,GAApC,CAAP;AACA;;AAEDD,eAAYvX,OAAOqO,MAAP,CAAekJ,SAAf,EAA0B5H,QAA1B,CAAZ;AACA;;AAED,SAAO3P,OAAO6F,IAAP,CAAa8J,QAAb,EAAuB,UAAU/N,IAAV,EAAiB;AAC9C,UAASnC,QAAQwB,IAAR,CAAcsW,SAAd,EAAyB3V,IAAzB,IAAkC,CAAC,CAArC,KAA6C4V,GAApD;AACA,GAFM,CAAP;AAGA;;AAEDxX,QAAOqO,MAAP,GAAgB,UAAUqB,IAAV,EAAgBrO,KAAhB,EAAuBmW,GAAvB,EAA6B;AAC5C,MAAI5V,OAAOP,MAAO,CAAP,CAAX;;AAEA,MAAKmW,GAAL,EAAW;AACV9H,UAAO,UAAUA,IAAV,GAAiB,GAAxB;AACA;;AAED,SAAOrO,MAAMN,MAAN,KAAiB,CAAjB,IAAsBa,KAAKyC,QAAL,KAAkB,CAAxC,GACNrE,OAAOoO,IAAP,CAAYO,eAAZ,CAA6B/M,IAA7B,EAAmC8N,IAAnC,IAA4C,CAAE9N,IAAF,CAA5C,GAAuD,EADjD,GAEN5B,OAAOoO,IAAP,CAAYpI,OAAZ,CAAqB0J,IAArB,EAA2B1P,OAAO6F,IAAP,CAAaxE,KAAb,EAAoB,UAAUO,IAAV,EAAiB;AAC/D,UAAOA,KAAKyC,QAAL,KAAkB,CAAzB;AACA,GAF0B,CAA3B,CAFD;AAKA,EAZD;;AAcArE,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjB4L,QAAM,cAAUnO,QAAV,EAAqB;AAC1B,OAAI4B,CAAJ;AAAA,OACCM,MAAM,KAAKpB,MADZ;AAAA,OAECO,MAAM,EAFP;AAAA,OAGCmW,OAAO,IAHR;;AAKA,OAAK,OAAOxX,QAAP,KAAoB,QAAzB,EAAoC;AACnC,WAAO,KAAKmB,SAAL,CAAgBpB,OAAQC,QAAR,EAAmBoO,MAAnB,CAA2B,YAAW;AAC5D,UAAMxM,IAAI,CAAV,EAAaA,IAAIM,GAAjB,EAAsBN,GAAtB,EAA4B;AAC3B,UAAK7B,OAAO4H,QAAP,CAAiB6P,KAAM5V,CAAN,CAAjB,EAA4B,IAA5B,CAAL,EAA0C;AACzC,cAAO,IAAP;AACA;AACD;AACD,KANsB,CAAhB,CAAP;AAOA;;AAED,QAAMA,IAAI,CAAV,EAAaA,IAAIM,GAAjB,EAAsBN,GAAtB,EAA4B;AAC3B7B,WAAOoO,IAAP,CAAanO,QAAb,EAAuBwX,KAAM5V,CAAN,CAAvB,EAAkCP,GAAlC;AACA;;AAED;AACAA,SAAM,KAAKF,SAAL,CAAgBe,MAAM,CAAN,GAAUnC,OAAO2W,MAAP,CAAerV,GAAf,CAAV,GAAiCA,GAAjD,CAAN;AACAA,OAAIrB,QAAJ,GAAe,KAAKA,QAAL,GAAgB,KAAKA,QAAL,GAAgB,GAAhB,GAAsBA,QAAtC,GAAiDA,QAAhE;AACA,UAAOqB,GAAP;AACA,GAzBgB;AA0BjB+M,UAAQ,gBAAUpO,QAAV,EAAqB;AAC5B,UAAO,KAAKmB,SAAL,CAAgBkW,OAAQ,IAAR,EAAcrX,YAAY,EAA1B,EAA8B,KAA9B,CAAhB,CAAP;AACA,GA5BgB;AA6BjBuX,OAAK,aAAUvX,QAAV,EAAqB;AACzB,UAAO,KAAKmB,SAAL,CAAgBkW,OAAQ,IAAR,EAAcrX,YAAY,EAA1B,EAA8B,IAA9B,CAAhB,CAAP;AACA,GA/BgB;AAgCjB8W,MAAI,YAAU9W,QAAV,EAAqB;AACxB,UAAO,CAAC,CAACqX,OACR,IADQ;;AAGR;AACA;AACA,UAAOrX,QAAP,KAAoB,QAApB,IAAgCiX,cAAczL,IAAd,CAAoBxL,QAApB,CAAhC,GACCD,OAAQC,QAAR,CADD,GAECA,YAAY,EAPL,EAQR,KARQ,EASPc,MATF;AAUA;AA3CgB,EAAlB;;AA+CA;;;AAGA;AACA,KAAI2W,UAAJ;;;AAEC;AACA;AACA;AACA/N,cAAa,qCALd;AAAA,KAOCvJ,OAAOJ,OAAOG,EAAP,CAAUC,IAAV,GAAiB,UAAUH,QAAV,EAAoBC,OAApB,EAA6ByX,IAA7B,EAAoC;AAC3D,MAAI7M,KAAJ,EAAWlJ,IAAX;;AAEA;AACA,MAAK,CAAC3B,QAAN,EAAiB;AAChB,UAAO,IAAP;AACA;;AAED;AACA;AACA0X,SAAOA,QAAQD,UAAf;;AAEA;AACA,MAAK,OAAOzX,QAAP,KAAoB,QAAzB,EAAoC;AACnC,OAAKA,SAAU,CAAV,MAAkB,GAAlB,IACJA,SAAUA,SAASc,MAAT,GAAkB,CAA5B,MAAoC,GADhC,IAEJd,SAASc,MAAT,IAAmB,CAFpB,EAEwB;;AAEvB;AACA+J,YAAQ,CAAE,IAAF,EAAQ7K,QAAR,EAAkB,IAAlB,CAAR;AAEA,IAPD,MAOO;AACN6K,YAAQnB,WAAWwB,IAAX,CAAiBlL,QAAjB,CAAR;AACA;;AAED;AACA,OAAK6K,UAAWA,MAAO,CAAP,KAAc,CAAC5K,OAA1B,CAAL,EAA2C;;AAE1C;AACA,QAAK4K,MAAO,CAAP,CAAL,EAAkB;AACjB5K,eAAUA,mBAAmBF,MAAnB,GAA4BE,QAAS,CAAT,CAA5B,GAA2CA,OAArD;;AAEA;AACA;AACAF,YAAOuB,KAAP,CAAc,IAAd,EAAoBvB,OAAO4X,SAAP,CACnB9M,MAAO,CAAP,CADmB,EAEnB5K,WAAWA,QAAQmE,QAAnB,GAA8BnE,QAAQgL,aAAR,IAAyBhL,OAAvD,GAAiElB,QAF9C,EAGnB,IAHmB,CAApB;;AAMA;AACA,SAAKoY,WAAW3L,IAAX,CAAiBX,MAAO,CAAP,CAAjB,KAAiC9K,OAAOkD,aAAP,CAAsBhD,OAAtB,CAAtC,EAAwE;AACvE,WAAM4K,KAAN,IAAe5K,OAAf,EAAyB;;AAExB;AACA,WAAKF,OAAOiD,UAAP,CAAmB,KAAM6H,KAAN,CAAnB,CAAL,EAA0C;AACzC,aAAMA,KAAN,EAAe5K,QAAS4K,KAAT,CAAf;;AAED;AACC,QAJD,MAIO;AACN,aAAK8E,IAAL,CAAW9E,KAAX,EAAkB5K,QAAS4K,KAAT,CAAlB;AACA;AACD;AACD;;AAED,YAAO,IAAP;;AAED;AACC,KA7BD,MA6BO;AACNlJ,YAAO5C,SAASoM,cAAT,CAAyBN,MAAO,CAAP,CAAzB,CAAP;;AAEA;AACA;AACA,SAAKlJ,QAAQA,KAAKqD,UAAlB,EAA+B;;AAE9B;AACA,WAAKlE,MAAL,GAAc,CAAd;AACA,WAAM,CAAN,IAAYa,IAAZ;AACA;;AAED,UAAK1B,OAAL,GAAelB,QAAf;AACA,UAAKiB,QAAL,GAAgBA,QAAhB;AACA,YAAO,IAAP;AACA;;AAEF;AACC,IAlDD,MAkDO,IAAK,CAACC,OAAD,IAAYA,QAAQW,MAAzB,EAAkC;AACxC,WAAO,CAAEX,WAAWyX,IAAb,EAAoBvJ,IAApB,CAA0BnO,QAA1B,CAAP;;AAED;AACA;AACC,IALM,MAKA;AACN,WAAO,KAAKa,WAAL,CAAkBZ,OAAlB,EAA4BkO,IAA5B,CAAkCnO,QAAlC,CAAP;AACA;;AAEF;AACC,GAzED,MAyEO,IAAKA,SAASoE,QAAd,EAAyB;AAC/B,QAAKnE,OAAL,GAAe,KAAM,CAAN,IAAYD,QAA3B;AACA,QAAKc,MAAL,GAAc,CAAd;AACA,UAAO,IAAP;;AAED;AACA;AACC,GAPM,MAOA,IAAKf,OAAOiD,UAAP,CAAmBhD,QAAnB,CAAL,EAAqC;AAC3C,UAAO0X,KAAKE,KAAL,KAAezU,SAAf,GACNuU,KAAKE,KAAL,CAAY5X,QAAZ,CADM;;AAGN;AACAA,YAAUD,MAAV,CAJD;AAKA;;AAED,MAAKC,SAASA,QAAT,KAAsBmD,SAA3B,EAAuC;AACtC,QAAKnD,QAAL,GAAgBA,SAASA,QAAzB;AACA,QAAKC,OAAL,GAAeD,SAASC,OAAxB;AACA;;AAED,SAAOF,OAAOwF,SAAP,CAAkBvF,QAAlB,EAA4B,IAA5B,CAAP;AACA,EAlHF;;AAoHA;AACAG,MAAKQ,SAAL,GAAiBZ,OAAOG,EAAxB;;AAEA;AACAuX,cAAa1X,OAAQhB,QAAR,CAAb;;AAGA,KAAI8Y,eAAe,gCAAnB;;;AAEC;AACAC,oBAAmB;AAClBC,YAAU,IADQ;AAElBC,YAAU,IAFQ;AAGlBC,QAAM,IAHY;AAIlBC,QAAM;AAJY,EAHpB;;AAUAnY,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjB4V,OAAK,aAAUrV,MAAV,EAAmB;AACvB,OAAIsV,UAAUrY,OAAQ+C,MAAR,EAAgB,IAAhB,CAAd;AAAA,OACCuV,IAAID,QAAQtX,MADb;;AAGA,UAAO,KAAKsN,MAAL,CAAa,YAAW;AAC9B,QAAIxM,IAAI,CAAR;AACA,WAAQA,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpB,SAAK7B,OAAO4H,QAAP,CAAiB,IAAjB,EAAuByQ,QAASxW,CAAT,CAAvB,CAAL,EAA6C;AAC5C,aAAO,IAAP;AACA;AACD;AACD,IAPM,CAAP;AAQA,GAbgB;;AAejB0W,WAAS,iBAAUjI,SAAV,EAAqBpQ,OAArB,EAA+B;AACvC,OAAI4M,GAAJ;AAAA,OACCjL,IAAI,CADL;AAAA,OAECyW,IAAI,KAAKvX,MAFV;AAAA,OAGCkR,UAAU,EAHX;AAAA,OAICuG,MAAMtB,cAAczL,IAAd,CAAoB6E,SAApB,KAAmC,OAAOA,SAAP,KAAqB,QAAxD,GACLtQ,OAAQsQ,SAAR,EAAmBpQ,WAAW,KAAKA,OAAnC,CADK,GAEL,CANF;;AAQA,UAAQ2B,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpB,SAAMiL,MAAM,KAAMjL,CAAN,CAAZ,EAAuBiL,OAAOA,QAAQ5M,OAAtC,EAA+C4M,MAAMA,IAAI7H,UAAzD,EAAsE;;AAErE;AACA,SAAK6H,IAAIzI,QAAJ,GAAe,EAAf,KAAuBmU,MAC3BA,IAAIC,KAAJ,CAAW3L,GAAX,IAAmB,CAAC,CADO;;AAG3B;AACAA,SAAIzI,QAAJ,KAAiB,CAAjB,IACCrE,OAAOoO,IAAP,CAAYO,eAAZ,CAA6B7B,GAA7B,EAAkCwD,SAAlC,CALG,CAAL,EAKoD;;AAEnD2B,cAAQzS,IAAR,CAAcsN,GAAd;AACA;AACA;AACD;AACD;;AAED,UAAO,KAAK1L,SAAL,CAAgB6Q,QAAQlR,MAAR,GAAiB,CAAjB,GAAqBf,OAAO+P,UAAP,CAAmBkC,OAAnB,CAArB,GAAoDA,OAApE,CAAP;AACA,GA1CgB;;AA4CjB;AACAwG,SAAO,eAAU7W,IAAV,EAAiB;;AAEvB;AACA,OAAK,CAACA,IAAN,EAAa;AACZ,WAAS,KAAM,CAAN,KAAa,KAAM,CAAN,EAAUqD,UAAzB,GAAwC,KAAKjD,KAAL,GAAa0W,OAAb,GAAuB3X,MAA/D,GAAwE,CAAC,CAAhF;AACA;;AAED;AACA,OAAK,OAAOa,IAAP,KAAgB,QAArB,EAAgC;AAC/B,WAAOnC,QAAQwB,IAAR,CAAcjB,OAAQ4B,IAAR,CAAd,EAA8B,KAAM,CAAN,CAA9B,CAAP;AACA;;AAED;AACA,UAAOnC,QAAQwB,IAAR,CAAc,IAAd;;AAEN;AACAW,QAAKf,MAAL,GAAce,KAAM,CAAN,CAAd,GAA0BA,IAHpB,CAAP;AAKA,GA/DgB;;AAiEjB+W,OAAK,aAAU1Y,QAAV,EAAoBC,OAApB,EAA8B;AAClC,UAAO,KAAKkB,SAAL,CACNpB,OAAO+P,UAAP,CACC/P,OAAOuB,KAAP,CAAc,KAAKL,GAAL,EAAd,EAA0BlB,OAAQC,QAAR,EAAkBC,OAAlB,CAA1B,CADD,CADM,CAAP;AAKA,GAvEgB;;AAyEjB0Y,WAAS,iBAAU3Y,QAAV,EAAqB;AAC7B,UAAO,KAAK0Y,GAAL,CAAU1Y,YAAY,IAAZ,GAChB,KAAKuB,UADW,GACE,KAAKA,UAAL,CAAgB6M,MAAhB,CAAwBpO,QAAxB,CADZ,CAAP;AAGA;AA7EgB,EAAlB;;AAgFA,UAAS4Y,OAAT,CAAkB/L,GAAlB,EAAuB2D,GAAvB,EAA6B;AAC5B,SAAQ,CAAE3D,MAAMA,IAAK2D,GAAL,CAAR,KAAwB3D,IAAIzI,QAAJ,KAAiB,CAAjD,EAAqD,CAAE;AACvD,SAAOyI,GAAP;AACA;;AAED9M,QAAOyB,IAAP,CAAa;AACZiM,UAAQ,gBAAU9L,IAAV,EAAiB;AACxB,OAAI8L,SAAS9L,KAAKqD,UAAlB;AACA,UAAOyI,UAAUA,OAAOrJ,QAAP,KAAoB,EAA9B,GAAmCqJ,MAAnC,GAA4C,IAAnD;AACA,GAJW;AAKZoL,WAAS,iBAAUlX,IAAV,EAAiB;AACzB,UAAO6O,IAAK7O,IAAL,EAAW,YAAX,CAAP;AACA,GAPW;AAQZmX,gBAAc,sBAAUnX,IAAV,EAAgBC,CAAhB,EAAmBgV,KAAnB,EAA2B;AACxC,UAAOpG,IAAK7O,IAAL,EAAW,YAAX,EAAyBiV,KAAzB,CAAP;AACA,GAVW;AAWZqB,QAAM,cAAUtW,IAAV,EAAiB;AACtB,UAAOiX,QAASjX,IAAT,EAAe,aAAf,CAAP;AACA,GAbW;AAcZuW,QAAM,cAAUvW,IAAV,EAAiB;AACtB,UAAOiX,QAASjX,IAAT,EAAe,iBAAf,CAAP;AACA,GAhBW;AAiBZoX,WAAS,iBAAUpX,IAAV,EAAiB;AACzB,UAAO6O,IAAK7O,IAAL,EAAW,aAAX,CAAP;AACA,GAnBW;AAoBZ8W,WAAS,iBAAU9W,IAAV,EAAiB;AACzB,UAAO6O,IAAK7O,IAAL,EAAW,iBAAX,CAAP;AACA,GAtBW;AAuBZqX,aAAW,mBAAUrX,IAAV,EAAgBC,CAAhB,EAAmBgV,KAAnB,EAA2B;AACrC,UAAOpG,IAAK7O,IAAL,EAAW,aAAX,EAA0BiV,KAA1B,CAAP;AACA,GAzBW;AA0BZqC,aAAW,mBAAUtX,IAAV,EAAgBC,CAAhB,EAAmBgV,KAAnB,EAA2B;AACrC,UAAOpG,IAAK7O,IAAL,EAAW,iBAAX,EAA8BiV,KAA9B,CAAP;AACA,GA5BW;AA6BZG,YAAU,kBAAUpV,IAAV,EAAiB;AAC1B,UAAOoV,UAAU,CAAEpV,KAAKqD,UAAL,IAAmB,EAArB,EAA0BmL,UAApC,EAAgDxO,IAAhD,CAAP;AACA,GA/BW;AAgCZoW,YAAU,kBAAUpW,IAAV,EAAiB;AAC1B,UAAOoV,UAAUpV,KAAKwO,UAAf,CAAP;AACA,GAlCW;AAmCZ6H,YAAU,kBAAUrW,IAAV,EAAiB;AAC1B,UAAOA,KAAKuX,eAAL,IAAwBnZ,OAAOuB,KAAP,CAAc,EAAd,EAAkBK,KAAK2I,UAAvB,CAA/B;AACA;AArCW,EAAb,EAsCG,UAAU7H,IAAV,EAAgBvC,EAAhB,EAAqB;AACvBH,SAAOG,EAAP,CAAWuC,IAAX,IAAoB,UAAUmU,KAAV,EAAiB5W,QAAjB,EAA4B;AAC/C,OAAIgS,UAAUjS,OAAO2B,GAAP,CAAY,IAAZ,EAAkBxB,EAAlB,EAAsB0W,KAAtB,CAAd;;AAEA,OAAKnU,KAAKpD,KAAL,CAAY,CAAC,CAAb,MAAqB,OAA1B,EAAoC;AACnCW,eAAW4W,KAAX;AACA;;AAED,OAAK5W,YAAY,OAAOA,QAAP,KAAoB,QAArC,EAAgD;AAC/CgS,cAAUjS,OAAOqO,MAAP,CAAepO,QAAf,EAAyBgS,OAAzB,CAAV;AACA;;AAED,OAAK,KAAKlR,MAAL,GAAc,CAAnB,EAAuB;;AAEtB;AACA,QAAK,CAACgX,iBAAkBrV,IAAlB,CAAN,EAAiC;AAChC1C,YAAO+P,UAAP,CAAmBkC,OAAnB;AACA;;AAED;AACA,QAAK6F,aAAarM,IAAb,CAAmB/I,IAAnB,CAAL,EAAiC;AAChCuP,aAAQmH,OAAR;AACA;AACD;;AAED,UAAO,KAAKhY,SAAL,CAAgB6Q,OAAhB,CAAP;AACA,GAzBD;AA0BA,EAjED;AAkEA,KAAIoH,YAAc,MAAlB;;AAIA;AACA,UAASC,aAAT,CAAwB7W,OAAxB,EAAkC;AACjC,MAAI8W,SAAS,EAAb;AACAvZ,SAAOyB,IAAP,CAAagB,QAAQqI,KAAR,CAAeuO,SAAf,KAA8B,EAA3C,EAA+C,UAAUrP,CAAV,EAAawP,IAAb,EAAoB;AAClED,UAAQC,IAAR,IAAiB,IAAjB;AACA,GAFD;AAGA,SAAOD,MAAP;AACA;;AAED;;;;;;;;;;;;;;;;;;;;;;AAsBAvZ,QAAOyZ,SAAP,GAAmB,UAAUhX,OAAV,EAAoB;;AAEtC;AACA;AACAA,YAAU,OAAOA,OAAP,KAAmB,QAAnB,GACT6W,cAAe7W,OAAf,CADS,GAETzC,OAAOwC,MAAP,CAAe,EAAf,EAAmBC,OAAnB,CAFD;;AAIA,MAAI;AACHiX,QADD;;;AAGC;AACAC,QAJD;;;AAMC;AACAC,QAPD;;;AASC;AACAC,SAVD;;;AAYC;AACAnR,SAAO,EAbR;;;AAeC;AACAoR,UAAQ,EAhBT;;;AAkBC;AACAC,gBAAc,CAAC,CAnBhB;;;AAqBC;AACAC,SAAO,SAAPA,IAAO,GAAW;;AAEjB;AACAH,aAASpX,QAAQwX,IAAjB;;AAEA;AACA;AACAL,YAAQF,SAAS,IAAjB;AACA,UAAQI,MAAM/Y,MAAd,EAAsBgZ,cAAc,CAAC,CAArC,EAAyC;AACxCJ,aAASG,MAAMzN,KAAN,EAAT;AACA,WAAQ,EAAE0N,WAAF,GAAgBrR,KAAK3H,MAA7B,EAAsC;;AAErC;AACA,SAAK2H,KAAMqR,WAAN,EAAoBjY,KAApB,CAA2B6X,OAAQ,CAAR,CAA3B,EAAwCA,OAAQ,CAAR,CAAxC,MAA0D,KAA1D,IACJlX,QAAQyX,WADT,EACuB;;AAEtB;AACAH,oBAAcrR,KAAK3H,MAAnB;AACA4Y,eAAS,KAAT;AACA;AACD;AACD;;AAED;AACA,OAAK,CAAClX,QAAQkX,MAAd,EAAuB;AACtBA,aAAS,KAAT;AACA;;AAEDD,YAAS,KAAT;;AAEA;AACA,OAAKG,OAAL,EAAc;;AAEb;AACA,QAAKF,MAAL,EAAc;AACbjR,YAAO,EAAP;;AAED;AACC,KAJD,MAIO;AACNA,YAAO,EAAP;AACA;AACD;AACD,GAhEF;;;AAkEC;AACA+O,SAAO;;AAEN;AACAkB,QAAK,eAAW;AACf,QAAKjQ,IAAL,EAAY;;AAEX;AACA,SAAKiR,UAAU,CAACD,MAAhB,EAAyB;AACxBK,oBAAcrR,KAAK3H,MAAL,GAAc,CAA5B;AACA+Y,YAAMta,IAAN,CAAYma,MAAZ;AACA;;AAED,MAAE,SAAShB,GAAT,CAAcpS,IAAd,EAAqB;AACtBvG,aAAOyB,IAAP,CAAa8E,IAAb,EAAmB,UAAUyD,CAAV,EAAa9D,GAAb,EAAmB;AACrC,WAAKlG,OAAOiD,UAAP,CAAmBiD,GAAnB,CAAL,EAAgC;AAC/B,YAAK,CAACzD,QAAQkU,MAAT,IAAmB,CAACc,KAAKW,GAAL,CAAUlS,GAAV,CAAzB,EAA2C;AAC1CwC,cAAKlJ,IAAL,CAAW0G,GAAX;AACA;AACD,QAJD,MAIO,IAAKA,OAAOA,IAAInF,MAAX,IAAqBf,OAAO8D,IAAP,CAAaoC,GAAb,MAAuB,QAAjD,EAA4D;;AAElE;AACAyS,YAAKzS,GAAL;AACA;AACD,OAVD;AAWA,MAZD,EAYKnE,SAZL;;AAcA,SAAK4X,UAAU,CAACD,MAAhB,EAAyB;AACxBM;AACA;AACD;AACD,WAAO,IAAP;AACA,IA/BK;;AAiCN;AACAG,WAAQ,kBAAW;AAClBna,WAAOyB,IAAP,CAAaM,SAAb,EAAwB,UAAUiI,CAAV,EAAa9D,GAAb,EAAmB;AAC1C,SAAIuS,KAAJ;AACA,YAAQ,CAAEA,QAAQzY,OAAO2F,OAAP,CAAgBO,GAAhB,EAAqBwC,IAArB,EAA2B+P,KAA3B,CAAV,IAAiD,CAAC,CAA1D,EAA8D;AAC7D/P,WAAKnG,MAAL,CAAakW,KAAb,EAAoB,CAApB;;AAEA;AACA,UAAKA,SAASsB,WAAd,EAA4B;AAC3BA;AACA;AACD;AACD,KAVD;AAWA,WAAO,IAAP;AACA,IA/CK;;AAiDN;AACA;AACA3B,QAAK,aAAUjY,EAAV,EAAe;AACnB,WAAOA,KACNH,OAAO2F,OAAP,CAAgBxF,EAAhB,EAAoBuI,IAApB,IAA6B,CAAC,CADxB,GAENA,KAAK3H,MAAL,GAAc,CAFf;AAGA,IAvDK;;AAyDN;AACAqZ,UAAO,iBAAW;AACjB,QAAK1R,IAAL,EAAY;AACXA,YAAO,EAAP;AACA;AACD,WAAO,IAAP;AACA,IA/DK;;AAiEN;AACA;AACA;AACA2R,YAAS,mBAAW;AACnBR,cAASC,QAAQ,EAAjB;AACApR,WAAOiR,SAAS,EAAhB;AACA,WAAO,IAAP;AACA,IAxEK;AAyEN9G,aAAU,oBAAW;AACpB,WAAO,CAACnK,IAAR;AACA,IA3EK;;AA6EN;AACA;AACA;AACA4R,SAAM,gBAAW;AAChBT,cAASC,QAAQ,EAAjB;AACA,QAAK,CAACH,MAAN,EAAe;AACdjR,YAAOiR,SAAS,EAAhB;AACA;AACD,WAAO,IAAP;AACA,IAtFK;AAuFNE,WAAQ,kBAAW;AAClB,WAAO,CAAC,CAACA,OAAT;AACA,IAzFK;;AA2FN;AACAU,aAAU,kBAAUra,OAAV,EAAmBqG,IAAnB,EAA0B;AACnC,QAAK,CAACsT,OAAN,EAAe;AACdtT,YAAOA,QAAQ,EAAf;AACAA,YAAO,CAAErG,OAAF,EAAWqG,KAAKjH,KAAL,GAAaiH,KAAKjH,KAAL,EAAb,GAA4BiH,IAAvC,CAAP;AACAuT,WAAMta,IAAN,CAAY+G,IAAZ;AACA,SAAK,CAACmT,MAAN,EAAe;AACdM;AACA;AACD;AACD,WAAO,IAAP;AACA,IAtGK;;AAwGN;AACAA,SAAM,gBAAW;AAChBvC,SAAK8C,QAAL,CAAe,IAAf,EAAqBxY,SAArB;AACA,WAAO,IAAP;AACA,IA5GK;;AA8GN;AACA6X,UAAO,iBAAW;AACjB,WAAO,CAAC,CAACA,MAAT;AACA;AAjHK,GAnER;;AAuLA,SAAOnC,IAAP;AACA,EAhMD;;AAmMAzX,QAAOwC,MAAP,CAAe;;AAEdgY,YAAU,kBAAUC,IAAV,EAAiB;AAC1B,OAAIC,SAAS;;AAEX;AACA,IAAE,SAAF,EAAa,MAAb,EAAqB1a,OAAOyZ,SAAP,CAAkB,aAAlB,CAArB,EAAwD,UAAxD,CAHW,EAIX,CAAE,QAAF,EAAY,MAAZ,EAAoBzZ,OAAOyZ,SAAP,CAAkB,aAAlB,CAApB,EAAuD,UAAvD,CAJW,EAKX,CAAE,QAAF,EAAY,UAAZ,EAAwBzZ,OAAOyZ,SAAP,CAAkB,QAAlB,CAAxB,CALW,CAAb;AAAA,OAOCkB,SAAQ,SAPT;AAAA,OAQCC,WAAU;AACTD,WAAO,iBAAW;AACjB,YAAOA,MAAP;AACA,KAHQ;AAITE,YAAQ,kBAAW;AAClBC,cAAS/S,IAAT,CAAehG,SAAf,EAA2BgZ,IAA3B,CAAiChZ,SAAjC;AACA,YAAO,IAAP;AACA,KAPQ;AAQTiZ,UAAM,gBAAU,gCAAmC;AAClD,SAAIC,MAAMlZ,SAAV;AACA,YAAO/B,OAAOwa,QAAP,CAAiB,UAAUU,QAAV,EAAqB;AAC5Clb,aAAOyB,IAAP,CAAaiZ,MAAb,EAAqB,UAAU7Y,CAAV,EAAasZ,KAAb,EAAqB;AACzC,WAAIhb,KAAKH,OAAOiD,UAAP,CAAmBgY,IAAKpZ,CAAL,CAAnB,KAAiCoZ,IAAKpZ,CAAL,CAA1C;;AAEA;AACAiZ,gBAAUK,MAAO,CAAP,CAAV,EAAwB,YAAW;AAClC,YAAIC,WAAWjb,MAAMA,GAAG2B,KAAH,CAAU,IAAV,EAAgBC,SAAhB,CAArB;AACA,YAAKqZ,YAAYpb,OAAOiD,UAAP,CAAmBmY,SAASR,OAA5B,CAAjB,EAAyD;AACxDQ,kBAASR,OAAT,GACES,QADF,CACYH,SAASI,MADrB,EAEEvT,IAFF,CAEQmT,SAASK,OAFjB,EAGER,IAHF,CAGQG,SAASM,MAHjB;AAIA,SALD,MAKO;AACNN,kBAAUC,MAAO,CAAP,IAAa,MAAvB,EACC,SAASP,QAAT,GAAmBM,SAASN,OAAT,EAAnB,GAAwC,IADzC,EAECza,KAAK,CAAEib,QAAF,CAAL,GAAoBrZ,SAFrB;AAIA;AACD,QAbD;AAcA,OAlBD;AAmBAkZ,YAAM,IAAN;AACA,MArBM,EAqBHL,OArBG,EAAP;AAsBA,KAhCQ;;AAkCT;AACA;AACAA,aAAS,iBAAU/W,GAAV,EAAgB;AACxB,YAAOA,OAAO,IAAP,GAAc7D,OAAOwC,MAAP,CAAeqB,GAAf,EAAoB+W,QAApB,CAAd,GAA8CA,QAArD;AACA;AAtCQ,IARX;AAAA,OAgDCE,WAAW,EAhDZ;;AAkDA;AACAF,YAAQa,IAAR,GAAeb,SAAQI,IAAvB;;AAEA;AACAhb,UAAOyB,IAAP,CAAaiZ,MAAb,EAAqB,UAAU7Y,CAAV,EAAasZ,KAAb,EAAqB;AACzC,QAAIzS,OAAOyS,MAAO,CAAP,CAAX;AAAA,QACCO,cAAcP,MAAO,CAAP,CADf;;AAGA;AACAP,aAASO,MAAO,CAAP,CAAT,IAAwBzS,KAAKiQ,GAA7B;;AAEA;AACA,QAAK+C,WAAL,EAAmB;AAClBhT,UAAKiQ,GAAL,CAAU,YAAW;;AAEpB;AACAgC,eAAQe,WAAR;;AAED;AACC,MAND,EAMGhB,OAAQ7Y,IAAI,CAAZ,EAAiB,CAAjB,EAAqBwY,OANxB,EAMiCK,OAAQ,CAAR,EAAa,CAAb,EAAiBJ,IANlD;AAOA;;AAED;AACAQ,aAAUK,MAAO,CAAP,CAAV,IAAyB,YAAW;AACnCL,cAAUK,MAAO,CAAP,IAAa,MAAvB,EAAiC,SAASL,QAAT,GAAoBF,QAApB,GAA8B,IAA/D,EAAqE7Y,SAArE;AACA,YAAO,IAAP;AACA,KAHD;AAIA+Y,aAAUK,MAAO,CAAP,IAAa,MAAvB,IAAkCzS,KAAK6R,QAAvC;AACA,IAxBD;;AA0BA;AACAK,YAAQA,OAAR,CAAiBE,QAAjB;;AAEA;AACA,OAAKL,IAAL,EAAY;AACXA,SAAKxZ,IAAL,CAAW6Z,QAAX,EAAqBA,QAArB;AACA;;AAED;AACA,UAAOA,QAAP;AACA,GA7Fa;;AA+Fd;AACAa,QAAM,cAAUC,WAAV,CAAsB,yBAAtB,EAAkD;AACvD,OAAI/Z,IAAI,CAAR;AAAA,OACCga,gBAAgBvc,OAAM2B,IAAN,CAAYc,SAAZ,CADjB;AAAA,OAEChB,SAAS8a,cAAc9a,MAFxB;;;AAIC;AACA+a,eAAY/a,WAAW,CAAX,IACT6a,eAAe5b,OAAOiD,UAAP,CAAmB2Y,YAAYhB,OAA/B,CADN,GACmD7Z,MADnD,GAC4D,CANzE;;;AAQC;AACA;AACA+Z,cAAWgB,cAAc,CAAd,GAAkBF,WAAlB,GAAgC5b,OAAOwa,QAAP,EAV5C;;;AAYC;AACAuB,gBAAa,SAAbA,UAAa,CAAUla,CAAV,EAAa2S,QAAb,EAAuBwH,MAAvB,EAAgC;AAC5C,WAAO,UAAU7V,KAAV,EAAkB;AACxBqO,cAAU3S,CAAV,IAAgB,IAAhB;AACAma,YAAQna,CAAR,IAAcE,UAAUhB,MAAV,GAAmB,CAAnB,GAAuBzB,OAAM2B,IAAN,CAAYc,SAAZ,CAAvB,GAAiDoE,KAA/D;AACA,SAAK6V,WAAWC,cAAhB,EAAiC;AAChCnB,eAASoB,UAAT,CAAqB1H,QAArB,EAA+BwH,MAA/B;AACA,MAFD,MAEO,IAAK,CAAG,GAAEF,SAAV,EAAwB;AAC9BhB,eAASqB,WAAT,CAAsB3H,QAAtB,EAAgCwH,MAAhC;AACA;AACD,KARD;AASA,IAvBF;AAAA,OAyBCC,cAzBD;AAAA,OAyBiBG,gBAzBjB;AAAA,OAyBmCC,eAzBnC;;AA2BA;AACA,OAAKtb,SAAS,CAAd,EAAkB;AACjBkb,qBAAiB,IAAIlY,KAAJ,CAAWhD,MAAX,CAAjB;AACAqb,uBAAmB,IAAIrY,KAAJ,CAAWhD,MAAX,CAAnB;AACAsb,sBAAkB,IAAItY,KAAJ,CAAWhD,MAAX,CAAlB;AACA,WAAQc,IAAId,MAAZ,EAAoBc,GAApB,EAA0B;AACzB,SAAKga,cAAeha,CAAf,KAAsB7B,OAAOiD,UAAP,CAAmB4Y,cAAeha,CAAf,EAAmB+Y,OAAtC,CAA3B,EAA6E;AAC5EiB,oBAAeha,CAAf,EAAmB+Y,OAAnB,GACES,QADF,CACYU,WAAYla,CAAZ,EAAeua,gBAAf,EAAiCH,cAAjC,CADZ,EAEElU,IAFF,CAEQgU,WAAYla,CAAZ,EAAewa,eAAf,EAAgCR,aAAhC,CAFR,EAGEd,IAHF,CAGQD,SAASU,MAHjB;AAIA,MALD,MAKO;AACN,QAAEM,SAAF;AACA;AACD;AACD;;AAED;AACA,OAAK,CAACA,SAAN,EAAkB;AACjBhB,aAASqB,WAAT,CAAsBE,eAAtB,EAAuCR,aAAvC;AACA;;AAED,UAAOf,SAASF,OAAT,EAAP;AACA;AAnJa,EAAf;;AAuJA;AACA,KAAI0B,SAAJ;;AAEAtc,QAAOG,EAAP,CAAU0X,KAAV,GAAkB,UAAU1X,EAAV,EAAe;;AAEhC;AACAH,SAAO6X,KAAP,CAAa+C,OAAb,GAAuB7S,IAAvB,CAA6B5H,EAA7B;;AAEA,SAAO,IAAP;AACA,EAND;;AAQAH,QAAOwC,MAAP,CAAe;;AAEd;AACAiB,WAAS,KAHK;;AAKd;AACA;AACA8Y,aAAW,CAPG;;AASd;AACAC,aAAW,mBAAUC,IAAV,EAAiB;AAC3B,OAAKA,IAAL,EAAY;AACXzc,WAAOuc,SAAP;AACA,IAFD,MAEO;AACNvc,WAAO6X,KAAP,CAAc,IAAd;AACA;AACD,GAhBa;;AAkBd;AACAA,SAAO,eAAU6E,IAAV,EAAiB;;AAEvB;AACA,OAAKA,SAAS,IAAT,GAAgB,EAAE1c,OAAOuc,SAAzB,GAAqCvc,OAAOyD,OAAjD,EAA2D;AAC1D;AACA;;AAED;AACAzD,UAAOyD,OAAP,GAAiB,IAAjB;;AAEA;AACA,OAAKiZ,SAAS,IAAT,IAAiB,EAAE1c,OAAOuc,SAAT,GAAqB,CAA3C,EAA+C;AAC9C;AACA;;AAED;AACAD,aAAUH,WAAV,CAAuBnd,QAAvB,EAAiC,CAAEgB,MAAF,CAAjC;;AAEA;AACA,OAAKA,OAAOG,EAAP,CAAUwc,cAAf,EAAgC;AAC/B3c,WAAQhB,QAAR,EAAmB2d,cAAnB,CAAmC,OAAnC;AACA3c,WAAQhB,QAAR,EAAmB4d,GAAnB,CAAwB,OAAxB;AACA;AACD;AA1Ca,EAAf;;AA6CA;;;AAGA,UAASC,SAAT,GAAqB;AACpB7d,WAAS8d,mBAAT,CAA8B,kBAA9B,EAAkDD,SAAlD;AACA1d,SAAO2d,mBAAP,CAA4B,MAA5B,EAAoCD,SAApC;AACA7c,SAAO6X,KAAP;AACA;;AAED7X,QAAO6X,KAAP,CAAa+C,OAAb,GAAuB,UAAU/W,GAAV,EAAgB;AACtC,MAAK,CAACyY,SAAN,EAAkB;;AAEjBA,eAAYtc,OAAOwa,QAAP,EAAZ;;AAEA;AACA;AACA;AACA;AACA,OAAKxb,SAAS+d,UAAT,KAAwB,UAAxB,IACF/d,SAAS+d,UAAT,KAAwB,SAAxB,IAAqC,CAAC/d,SAASuO,eAAT,CAAyByP,QADlE,EAC+E;;AAE9E;AACA7d,WAAO8d,UAAP,CAAmBjd,OAAO6X,KAA1B;AAEA,IAND,MAMO;;AAEN;AACA7Y,aAAS8O,gBAAT,CAA2B,kBAA3B,EAA+C+O,SAA/C;;AAEA;AACA1d,WAAO2O,gBAAP,CAAyB,MAAzB,EAAiC+O,SAAjC;AACA;AACD;AACD,SAAOP,UAAU1B,OAAV,CAAmB/W,GAAnB,CAAP;AACA,EAzBD;;AA2BA;AACA7D,QAAO6X,KAAP,CAAa+C,OAAb;;AAKA;AACA;AACA,KAAIsC,SAAS,SAATA,MAAS,CAAU7b,KAAV,EAAiBlB,EAAjB,EAAqBiE,GAArB,EAA0B+B,KAA1B,EAAiCgX,SAAjC,EAA4CC,QAA5C,EAAsDC,GAAtD,EAA4D;AACxE,MAAIxb,IAAI,CAAR;AAAA,MACCM,MAAMd,MAAMN,MADb;AAAA,MAECuc,OAAOlZ,OAAO,IAFf;;AAIA;AACA,MAAKpE,OAAO8D,IAAP,CAAaM,GAAb,MAAuB,QAA5B,EAAuC;AACtC+Y,eAAY,IAAZ;AACA,QAAMtb,CAAN,IAAWuC,GAAX,EAAiB;AAChB8Y,WAAQ7b,KAAR,EAAelB,EAAf,EAAmB0B,CAAnB,EAAsBuC,IAAKvC,CAAL,CAAtB,EAAgC,IAAhC,EAAsCub,QAAtC,EAAgDC,GAAhD;AACA;;AAEF;AACC,GAPD,MAOO,IAAKlX,UAAU/C,SAAf,EAA2B;AACjC+Z,eAAY,IAAZ;;AAEA,OAAK,CAACnd,OAAOiD,UAAP,CAAmBkD,KAAnB,CAAN,EAAmC;AAClCkX,UAAM,IAAN;AACA;;AAED,OAAKC,IAAL,EAAY;;AAEX;AACA,QAAKD,GAAL,EAAW;AACVld,QAAGc,IAAH,CAASI,KAAT,EAAgB8E,KAAhB;AACAhG,UAAK,IAAL;;AAED;AACC,KALD,MAKO;AACNmd,YAAOnd,EAAP;AACAA,UAAK,YAAUyB,IAAV,EAAgBwC,GAAhB,EAAqB+B,KAArB,EAA6B;AACjC,aAAOmX,KAAKrc,IAAL,CAAWjB,OAAQ4B,IAAR,CAAX,EAA2BuE,KAA3B,CAAP;AACA,MAFD;AAGA;AACD;;AAED,OAAKhG,EAAL,EAAU;AACT,WAAQ0B,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtB1B,QACCkB,MAAOQ,CAAP,CADD,EACauC,GADb,EACkBiZ,MACjBlX,KADiB,GAEjBA,MAAMlF,IAAN,CAAYI,MAAOQ,CAAP,CAAZ,EAAwBA,CAAxB,EAA2B1B,GAAIkB,MAAOQ,CAAP,CAAJ,EAAgBuC,GAAhB,CAA3B,CAHD;AAKA;AACD;AACD;;AAED,SAAO+Y,YACN9b,KADM;;AAGN;AACAic,SACCnd,GAAGc,IAAH,CAASI,KAAT,CADD,GAECc,MAAMhC,GAAIkB,MAAO,CAAP,CAAJ,EAAgB+C,GAAhB,CAAN,GAA8BgZ,QANhC;AAOA,EAtDD;AAuDA,KAAIG,aAAa,SAAbA,UAAa,CAAUC,KAAV,EAAkB;;AAElC;AACA;AACA;AACA;AACA;AACA;AACA;AACA,SAAOA,MAAMnZ,QAAN,KAAmB,CAAnB,IAAwBmZ,MAAMnZ,QAAN,KAAmB,CAA3C,IAAgD,CAAG,CAACmZ,MAAMnZ,QAAjE;AACA,EAVD;;AAeA,UAASoZ,IAAT,GAAgB;AACf,OAAKpa,OAAL,GAAerD,OAAOqD,OAAP,GAAiBoa,KAAKC,GAAL,EAAhC;AACA;;AAEDD,MAAKC,GAAL,GAAW,CAAX;;AAEAD,MAAK7c,SAAL,GAAiB;;AAEhB+c,YAAU,kBAAUH,KAAV,EAAiBI,OAAjB,EAA2B;AACpC,OAAIzX,QAAQyX,WAAW,EAAvB;;AAEA;AACA;AACA,OAAKJ,MAAMnZ,QAAX,EAAsB;AACrBmZ,UAAO,KAAKna,OAAZ,IAAwB8C,KAAxB;;AAED;AACA;AACA;AACC,IAND,MAMO;AACNT,WAAOmY,cAAP,CAAuBL,KAAvB,EAA8B,KAAKna,OAAnC,EAA4C;AAC3C8C,YAAOA,KADoC;AAE3C2X,eAAU,IAFiC;AAG3CC,mBAAc;AAH6B,KAA5C;AAKA;AACD,UAAOP,MAAO,KAAKna,OAAZ,CAAP;AACA,GArBe;AAsBhB8I,SAAO,eAAUqR,KAAV,EAAkB;;AAExB;AACA;AACA;AACA,OAAK,CAACD,WAAYC,KAAZ,CAAN,EAA4B;AAC3B,WAAO,EAAP;AACA;;AAED;AACA,OAAIrX,QAAQqX,MAAO,KAAKna,OAAZ,CAAZ;;AAEA;AACA,OAAK,CAAC8C,KAAN,EAAc;AACbA,YAAQ,EAAR;;AAEA;AACA;AACA;AACA,QAAKoX,WAAYC,KAAZ,CAAL,EAA2B;;AAE1B;AACA;AACA,SAAKA,MAAMnZ,QAAX,EAAsB;AACrBmZ,YAAO,KAAKna,OAAZ,IAAwB8C,KAAxB;;AAED;AACA;AACA;AACC,MAND,MAMO;AACNT,aAAOmY,cAAP,CAAuBL,KAAvB,EAA8B,KAAKna,OAAnC,EAA4C;AAC3C8C,cAAOA,KADoC;AAE3C4X,qBAAc;AAF6B,OAA5C;AAIA;AACD;AACD;;AAED,UAAO5X,KAAP;AACA,GA7De;AA8DhB6X,OAAK,aAAUR,KAAV,EAAiBS,IAAjB,EAAuB9X,KAAvB,EAA+B;AACnC,OAAI+X,IAAJ;AAAA,OACC/R,QAAQ,KAAKA,KAAL,CAAYqR,KAAZ,CADT;;AAGA;AACA,OAAK,OAAOS,IAAP,KAAgB,QAArB,EAAgC;AAC/B9R,UAAO8R,IAAP,IAAgB9X,KAAhB;;AAED;AACC,IAJD,MAIO;;AAEN;AACA,SAAM+X,IAAN,IAAcD,IAAd,EAAqB;AACpB9R,WAAO+R,IAAP,IAAgBD,KAAMC,IAAN,CAAhB;AACA;AACD;AACD,UAAO/R,KAAP;AACA,GA/Ee;AAgFhBjL,OAAK,aAAUsc,KAAV,EAAiBpZ,GAAjB,EAAuB;AAC3B,UAAOA,QAAQhB,SAAR,GACN,KAAK+I,KAAL,CAAYqR,KAAZ,CADM,GAENA,MAAO,KAAKna,OAAZ,KAAyBma,MAAO,KAAKna,OAAZ,EAAuBe,GAAvB,CAF1B;AAGA,GApFe;AAqFhB8Y,UAAQ,gBAAUM,KAAV,EAAiBpZ,GAAjB,EAAsB+B,KAAtB,EAA8B;AACrC,OAAIgY,MAAJ;;AAEA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA,OAAK/Z,QAAQhB,SAAR,IACCgB,OAAO,OAAOA,GAAP,KAAe,QAAxB,IAAsC+B,UAAU/C,SADpD,EACkE;;AAEjE+a,aAAS,KAAKjd,GAAL,CAAUsc,KAAV,EAAiBpZ,GAAjB,CAAT;;AAEA,WAAO+Z,WAAW/a,SAAX,GACN+a,MADM,GACG,KAAKjd,GAAL,CAAUsc,KAAV,EAAiBxd,OAAOmF,SAAP,CAAkBf,GAAlB,CAAjB,CADV;AAEA;;AAED;AACA;AACA;AACA;AACA;AACA;AACA,QAAK4Z,GAAL,CAAUR,KAAV,EAAiBpZ,GAAjB,EAAsB+B,KAAtB;;AAEA;AACA;AACA,UAAOA,UAAU/C,SAAV,GAAsB+C,KAAtB,GAA8B/B,GAArC;AACA,GAvHe;AAwHhB+V,UAAQ,gBAAUqD,KAAV,EAAiBpZ,GAAjB,EAAuB;AAC9B,OAAIvC,CAAJ;AAAA,OAAOa,IAAP;AAAA,OAAa0b,KAAb;AAAA,OACCjS,QAAQqR,MAAO,KAAKna,OAAZ,CADT;;AAGA,OAAK8I,UAAU/I,SAAf,EAA2B;AAC1B;AACA;;AAED,OAAKgB,QAAQhB,SAAb,EAAyB;AACxB,SAAKua,QAAL,CAAeH,KAAf;AAEA,IAHD,MAGO;;AAEN;AACA,QAAKxd,OAAOmD,OAAP,CAAgBiB,GAAhB,CAAL,EAA6B;;AAE5B;AACA;AACA;AACA;AACA;AACA;AACA1B,YAAO0B,IAAI7E,MAAJ,CAAY6E,IAAIzC,GAAJ,CAAS3B,OAAOmF,SAAhB,CAAZ,CAAP;AACA,KATD,MASO;AACNiZ,aAAQpe,OAAOmF,SAAP,CAAkBf,GAAlB,CAAR;;AAEA;AACA,SAAKA,OAAO+H,KAAZ,EAAoB;AACnBzJ,aAAO,CAAE0B,GAAF,EAAOga,KAAP,CAAP;AACA,MAFD,MAEO;;AAEN;AACA;AACA1b,aAAO0b,KAAP;AACA1b,aAAOA,QAAQyJ,KAAR,GACN,CAAEzJ,IAAF,CADM,GACOA,KAAKoI,KAAL,CAAYuO,SAAZ,KAA2B,EADzC;AAEA;AACD;;AAEDxX,QAAIa,KAAK3B,MAAT;;AAEA,WAAQc,GAAR,EAAc;AACb,YAAOsK,MAAOzJ,KAAMb,CAAN,CAAP,CAAP;AACA;AACD;;AAED;AACA,OAAKuC,QAAQhB,SAAR,IAAqBpD,OAAOsE,aAAP,CAAsB6H,KAAtB,CAA1B,EAA0D;;AAEzD;AACA;AACA;AACA;AACA,QAAKqR,MAAMnZ,QAAX,EAAsB;AACrBmZ,WAAO,KAAKna,OAAZ,IAAwBD,SAAxB;AACA,KAFD,MAEO;AACN,YAAOoa,MAAO,KAAKna,OAAZ,CAAP;AACA;AACD;AACD,GAnLe;AAoLhBgb,WAAS,iBAAUb,KAAV,EAAkB;AAC1B,OAAIrR,QAAQqR,MAAO,KAAKna,OAAZ,CAAZ;AACA,UAAO8I,UAAU/I,SAAV,IAAuB,CAACpD,OAAOsE,aAAP,CAAsB6H,KAAtB,CAA/B;AACA;AAvLe,EAAjB;AAyLA,KAAImS,WAAW,IAAIb,IAAJ,EAAf;;AAEA,KAAIc,WAAW,IAAId,IAAJ,EAAf;;AAIA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;;AAEA,KAAIe,SAAS,+BAAb;AAAA,KACCC,aAAa,QADd;;AAGA,UAASC,QAAT,CAAmB9c,IAAnB,EAAyBwC,GAAzB,EAA8B6Z,IAA9B,EAAqC;AACpC,MAAIvb,IAAJ;;AAEA;AACA;AACA,MAAKub,SAAS7a,SAAT,IAAsBxB,KAAKyC,QAAL,KAAkB,CAA7C,EAAiD;AAChD3B,UAAO,UAAU0B,IAAIZ,OAAJ,CAAaib,UAAb,EAAyB,KAAzB,EAAiCnZ,WAAjC,EAAjB;AACA2Y,UAAOrc,KAAK8J,YAAL,CAAmBhJ,IAAnB,CAAP;;AAEA,OAAK,OAAOub,IAAP,KAAgB,QAArB,EAAgC;AAC/B,QAAI;AACHA,YAAOA,SAAS,MAAT,GAAkB,IAAlB,GACNA,SAAS,OAAT,GAAmB,KAAnB,GACAA,SAAS,MAAT,GAAkB,IAAlB;;AAEA;AACA,MAACA,IAAD,GAAQ,EAAR,KAAeA,IAAf,GAAsB,CAACA,IAAvB,GACAO,OAAO/S,IAAP,CAAawS,IAAb,IAAsBje,OAAO2e,SAAP,CAAkBV,IAAlB,CAAtB,GACAA,IAPD;AAQA,KATD,CASE,OAAQzT,CAAR,EAAY,CAAE;;AAEhB;AACA+T,aAASP,GAAT,CAAcpc,IAAd,EAAoBwC,GAApB,EAAyB6Z,IAAzB;AACA,IAdD,MAcO;AACNA,WAAO7a,SAAP;AACA;AACD;AACD,SAAO6a,IAAP;AACA;;AAEDje,QAAOwC,MAAP,CAAe;AACd6b,WAAS,iBAAUzc,IAAV,EAAiB;AACzB,UAAO2c,SAASF,OAAT,CAAkBzc,IAAlB,KAA4B0c,SAASD,OAAT,CAAkBzc,IAAlB,CAAnC;AACA,GAHa;;AAKdqc,QAAM,cAAUrc,IAAV,EAAgBc,IAAhB,EAAsBub,KAAtB,EAA6B;AAClC,UAAOM,SAASrB,MAAT,CAAiBtb,IAAjB,EAAuBc,IAAvB,EAA6Bub,KAA7B,CAAP;AACA,GAPa;;AASdW,cAAY,oBAAUhd,IAAV,EAAgBc,IAAhB,EAAuB;AAClC6b,YAASpE,MAAT,CAAiBvY,IAAjB,EAAuBc,IAAvB;AACA,GAXa;;AAad;AACA;AACAmc,SAAO,eAAUjd,IAAV,EAAgBc,IAAhB,EAAsBub,IAAtB,EAA6B;AACnC,UAAOK,SAASpB,MAAT,CAAiBtb,IAAjB,EAAuBc,IAAvB,EAA6Bub,IAA7B,CAAP;AACA,GAjBa;;AAmBda,eAAa,qBAAUld,IAAV,EAAgBc,IAAhB,EAAuB;AACnC4b,YAASnE,MAAT,CAAiBvY,IAAjB,EAAuBc,IAAvB;AACA;AArBa,EAAf;;AAwBA1C,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjByb,QAAM,cAAU7Z,GAAV,EAAe+B,KAAf,EAAuB;AAC5B,OAAItE,CAAJ;AAAA,OAAOa,IAAP;AAAA,OAAaub,IAAb;AAAA,OACCrc,OAAO,KAAM,CAAN,CADR;AAAA,OAEC8K,QAAQ9K,QAAQA,KAAKkH,UAFtB;;AAIA;AACA,OAAK1E,QAAQhB,SAAb,EAAyB;AACxB,QAAK,KAAKrC,MAAV,EAAmB;AAClBkd,YAAOM,SAASrd,GAAT,CAAcU,IAAd,CAAP;;AAEA,SAAKA,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB,CAACia,SAASpd,GAAT,CAAcU,IAAd,EAAoB,cAApB,CAA7B,EAAoE;AACnEC,UAAI6K,MAAM3L,MAAV;AACA,aAAQc,GAAR,EAAc;;AAEb;AACA;AACA,WAAK6K,MAAO7K,CAAP,CAAL,EAAkB;AACjBa,eAAOgK,MAAO7K,CAAP,EAAWa,IAAlB;AACA,YAAKA,KAAKjD,OAAL,CAAc,OAAd,MAA4B,CAAjC,EAAqC;AACpCiD,gBAAO1C,OAAOmF,SAAP,CAAkBzC,KAAKpD,KAAL,CAAY,CAAZ,CAAlB,CAAP;AACAof,kBAAU9c,IAAV,EAAgBc,IAAhB,EAAsBub,KAAMvb,IAAN,CAAtB;AACA;AACD;AACD;AACD4b,eAASN,GAAT,CAAcpc,IAAd,EAAoB,cAApB,EAAoC,IAApC;AACA;AACD;;AAED,WAAOqc,IAAP;AACA;;AAED;AACA,OAAK,QAAO7Z,GAAP,yCAAOA,GAAP,OAAe,QAApB,EAA+B;AAC9B,WAAO,KAAK3C,IAAL,CAAW,YAAW;AAC5B8c,cAASP,GAAT,CAAc,IAAd,EAAoB5Z,GAApB;AACA,KAFM,CAAP;AAGA;;AAED,UAAO8Y,OAAQ,IAAR,EAAc,UAAU/W,KAAV,EAAkB;AACtC,QAAI8X,IAAJ,EAAUc,QAAV;;AAEA;AACA;AACA;AACA;AACA;AACA,QAAKnd,QAAQuE,UAAU/C,SAAvB,EAAmC;;AAElC;AACA;AACA6a,YAAOM,SAASrd,GAAT,CAAcU,IAAd,EAAoBwC,GAApB;;AAEN;AACA;AACAma,cAASrd,GAAT,CAAcU,IAAd,EAAoBwC,IAAIZ,OAAJ,CAAaib,UAAb,EAAyB,KAAzB,EAAiCnZ,WAAjC,EAApB,CAJD;;AAMA,SAAK2Y,SAAS7a,SAAd,EAA0B;AACzB,aAAO6a,IAAP;AACA;;AAEDc,gBAAW/e,OAAOmF,SAAP,CAAkBf,GAAlB,CAAX;;AAEA;AACA;AACA6Z,YAAOM,SAASrd,GAAT,CAAcU,IAAd,EAAoBmd,QAApB,CAAP;AACA,SAAKd,SAAS7a,SAAd,EAA0B;AACzB,aAAO6a,IAAP;AACA;;AAED;AACA;AACAA,YAAOS,SAAU9c,IAAV,EAAgBmd,QAAhB,EAA0B3b,SAA1B,CAAP;AACA,SAAK6a,SAAS7a,SAAd,EAA0B;AACzB,aAAO6a,IAAP;AACA;;AAED;AACA;AACA;;AAED;AACAc,eAAW/e,OAAOmF,SAAP,CAAkBf,GAAlB,CAAX;AACA,SAAK3C,IAAL,CAAW,YAAW;;AAErB;AACA;AACA,SAAIwc,OAAOM,SAASrd,GAAT,CAAc,IAAd,EAAoB6d,QAApB,CAAX;;AAEA;AACA;AACA;AACAR,cAASP,GAAT,CAAc,IAAd,EAAoBe,QAApB,EAA8B5Y,KAA9B;;AAEA;AACA;AACA;AACA,SAAK/B,IAAI3E,OAAJ,CAAa,GAAb,IAAqB,CAAC,CAAtB,IAA2Bwe,SAAS7a,SAAzC,EAAqD;AACpDmb,eAASP,GAAT,CAAc,IAAd,EAAoB5Z,GAApB,EAAyB+B,KAAzB;AACA;AACD,KAjBD;AAkBA,IA9DM,EA8DJ,IA9DI,EA8DEA,KA9DF,EA8DSpE,UAAUhB,MAAV,GAAmB,CA9D5B,EA8D+B,IA9D/B,EA8DqC,IA9DrC,CAAP;AA+DA,GAtGgB;;AAwGjB6d,cAAY,oBAAUxa,GAAV,EAAgB;AAC3B,UAAO,KAAK3C,IAAL,CAAW,YAAW;AAC5B8c,aAASpE,MAAT,CAAiB,IAAjB,EAAuB/V,GAAvB;AACA,IAFM,CAAP;AAGA;AA5GgB,EAAlB;;AAgHApE,QAAOwC,MAAP,CAAe;AACdsX,SAAO,eAAUlY,IAAV,EAAgBkC,IAAhB,EAAsBma,IAAtB,EAA6B;AACnC,OAAInE,KAAJ;;AAEA,OAAKlY,IAAL,EAAY;AACXkC,WAAO,CAAEA,QAAQ,IAAV,IAAmB,OAA1B;AACAgW,YAAQwE,SAASpd,GAAT,CAAcU,IAAd,EAAoBkC,IAApB,CAAR;;AAEA;AACA,QAAKma,IAAL,EAAY;AACX,SAAK,CAACnE,KAAD,IAAU9Z,OAAOmD,OAAP,CAAgB8a,IAAhB,CAAf,EAAwC;AACvCnE,cAAQwE,SAASpB,MAAT,CAAiBtb,IAAjB,EAAuBkC,IAAvB,EAA6B9D,OAAOwF,SAAP,CAAkByY,IAAlB,CAA7B,CAAR;AACA,MAFD,MAEO;AACNnE,YAAMta,IAAN,CAAYye,IAAZ;AACA;AACD;AACD,WAAOnE,SAAS,EAAhB;AACA;AACD,GAlBa;;AAoBdkF,WAAS,iBAAUpd,IAAV,EAAgBkC,IAAhB,EAAuB;AAC/BA,UAAOA,QAAQ,IAAf;;AAEA,OAAIgW,QAAQ9Z,OAAO8Z,KAAP,CAAclY,IAAd,EAAoBkC,IAApB,CAAZ;AAAA,OACCmb,cAAcnF,MAAM/Y,MADrB;AAAA,OAECZ,KAAK2Z,MAAMzN,KAAN,EAFN;AAAA,OAGC6S,QAAQlf,OAAOmf,WAAP,CAAoBvd,IAApB,EAA0BkC,IAA1B,CAHT;AAAA,OAICoU,OAAO,SAAPA,IAAO,GAAW;AACjBlY,WAAOgf,OAAP,CAAgBpd,IAAhB,EAAsBkC,IAAtB;AACA,IANF;;AAQA;AACA,OAAK3D,OAAO,YAAZ,EAA2B;AAC1BA,SAAK2Z,MAAMzN,KAAN,EAAL;AACA4S;AACA;;AAED,OAAK9e,EAAL,EAAU;;AAET;AACA;AACA,QAAK2D,SAAS,IAAd,EAAqB;AACpBgW,WAAMrK,OAAN,CAAe,YAAf;AACA;;AAED;AACA,WAAOyP,MAAME,IAAb;AACAjf,OAAGc,IAAH,CAASW,IAAT,EAAesW,IAAf,EAAqBgH,KAArB;AACA;;AAED,OAAK,CAACD,WAAD,IAAgBC,KAArB,EAA6B;AAC5BA,UAAM9E,KAAN,CAAYJ,IAAZ;AACA;AACD,GArDa;;AAuDd;AACAmF,eAAa,qBAAUvd,IAAV,EAAgBkC,IAAhB,EAAuB;AACnC,OAAIM,MAAMN,OAAO,YAAjB;AACA,UAAOwa,SAASpd,GAAT,CAAcU,IAAd,EAAoBwC,GAApB,KAA6Bka,SAASpB,MAAT,CAAiBtb,IAAjB,EAAuBwC,GAAvB,EAA4B;AAC/DgW,WAAOpa,OAAOyZ,SAAP,CAAkB,aAAlB,EAAkCd,GAAlC,CAAuC,YAAW;AACxD2F,cAASnE,MAAT,CAAiBvY,IAAjB,EAAuB,CAAEkC,OAAO,OAAT,EAAkBM,GAAlB,CAAvB;AACA,KAFM;AADwD,IAA5B,CAApC;AAKA;AA/Da,EAAf;;AAkEApE,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBsX,SAAO,eAAUhW,IAAV,EAAgBma,IAAhB,EAAuB;AAC7B,OAAIoB,SAAS,CAAb;;AAEA,OAAK,OAAOvb,IAAP,KAAgB,QAArB,EAAgC;AAC/Bma,WAAOna,IAAP;AACAA,WAAO,IAAP;AACAub;AACA;;AAED,OAAKtd,UAAUhB,MAAV,GAAmBse,MAAxB,EAAiC;AAChC,WAAOrf,OAAO8Z,KAAP,CAAc,KAAM,CAAN,CAAd,EAAyBhW,IAAzB,CAAP;AACA;;AAED,UAAOma,SAAS7a,SAAT,GACN,IADM,GAEN,KAAK3B,IAAL,CAAW,YAAW;AACrB,QAAIqY,QAAQ9Z,OAAO8Z,KAAP,CAAc,IAAd,EAAoBhW,IAApB,EAA0Bma,IAA1B,CAAZ;;AAEA;AACAje,WAAOmf,WAAP,CAAoB,IAApB,EAA0Brb,IAA1B;;AAEA,QAAKA,SAAS,IAAT,IAAiBgW,MAAO,CAAP,MAAe,YAArC,EAAoD;AACnD9Z,YAAOgf,OAAP,CAAgB,IAAhB,EAAsBlb,IAAtB;AACA;AACD,IATD,CAFD;AAYA,GA1BgB;AA2BjBkb,WAAS,iBAAUlb,IAAV,EAAiB;AACzB,UAAO,KAAKrC,IAAL,CAAW,YAAW;AAC5BzB,WAAOgf,OAAP,CAAgB,IAAhB,EAAsBlb,IAAtB;AACA,IAFM,CAAP;AAGA,GA/BgB;AAgCjBwb,cAAY,oBAAUxb,IAAV,EAAiB;AAC5B,UAAO,KAAKgW,KAAL,CAAYhW,QAAQ,IAApB,EAA0B,EAA1B,CAAP;AACA,GAlCgB;;AAoCjB;AACA;AACA8W,WAAS,iBAAU9W,IAAV,EAAgBD,GAAhB,EAAsB;AAC9B,OAAIyC,GAAJ;AAAA,OACCiZ,QAAQ,CADT;AAAA,OAECC,QAAQxf,OAAOwa,QAAP,EAFT;AAAA,OAGC7K,WAAW,IAHZ;AAAA,OAIC9N,IAAI,KAAKd,MAJV;AAAA,OAKCwa,UAAU,SAAVA,OAAU,GAAW;AACpB,QAAK,CAAG,GAAEgE,KAAV,EAAoB;AACnBC,WAAMrD,WAAN,CAAmBxM,QAAnB,EAA6B,CAAEA,QAAF,CAA7B;AACA;AACD,IATF;;AAWA,OAAK,OAAO7L,IAAP,KAAgB,QAArB,EAAgC;AAC/BD,UAAMC,IAAN;AACAA,WAAOV,SAAP;AACA;AACDU,UAAOA,QAAQ,IAAf;;AAEA,UAAQjC,GAAR,EAAc;AACbyE,UAAMgY,SAASpd,GAAT,CAAcyO,SAAU9N,CAAV,CAAd,EAA6BiC,OAAO,YAApC,CAAN;AACA,QAAKwC,OAAOA,IAAI8T,KAAhB,EAAwB;AACvBmF;AACAjZ,SAAI8T,KAAJ,CAAUzB,GAAV,CAAe4C,OAAf;AACA;AACD;AACDA;AACA,UAAOiE,MAAM5E,OAAN,CAAe/W,GAAf,CAAP;AACA;AAjEgB,EAAlB;AAmEA,KAAI4b,OAAS,qCAAF,CAA0CC,MAArD;;AAEA,KAAIC,UAAU,IAAI1W,MAAJ,CAAY,mBAAmBwW,IAAnB,GAA0B,aAAtC,EAAqD,GAArD,CAAd;;AAGA,KAAIG,YAAY,CAAE,KAAF,EAAS,OAAT,EAAkB,QAAlB,EAA4B,MAA5B,CAAhB;;AAEA,KAAIC,WAAW,SAAXA,QAAW,CAAUje,IAAV,EAAgBke,EAAhB,EAAqB;;AAElC;AACA;AACAle,SAAOke,MAAMle,IAAb;AACA,SAAO5B,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,SAAlB,MAAkC,MAAlC,IACN,CAAC5B,OAAO4H,QAAP,CAAiBhG,KAAKsJ,aAAtB,EAAqCtJ,IAArC,CADF;AAEA,EAPF;;AAWA,UAASoe,SAAT,CAAoBpe,IAApB,EAA0Bsc,IAA1B,EAAgC+B,UAAhC,EAA4CC,KAA5C,EAAoD;AACnD,MAAIC,QAAJ;AAAA,MACCC,QAAQ,CADT;AAAA,MAECC,gBAAgB,EAFjB;AAAA,MAGCC,eAAeJ,QACd,YAAW;AAAE,UAAOA,MAAMpT,GAAN,EAAP;AAAqB,GADpB,GAEd,YAAW;AAAE,UAAO9M,OAAO+f,GAAP,CAAYne,IAAZ,EAAkBsc,IAAlB,EAAwB,EAAxB,CAAP;AAAsC,GALrD;AAAA,MAMCN,UAAU0C,cANX;AAAA,MAOCC,OAAON,cAAcA,WAAY,CAAZ,CAAd,KAAmCjgB,OAAOwgB,SAAP,CAAkBtC,IAAlB,IAA2B,EAA3B,GAAgC,IAAnE,CAPR;;;AASC;AACAuC,kBAAgB,CAAEzgB,OAAOwgB,SAAP,CAAkBtC,IAAlB,KAA4BqC,SAAS,IAAT,IAAiB,CAAC3C,OAAhD,KACf+B,QAAQxU,IAAR,CAAcnL,OAAO+f,GAAP,CAAYne,IAAZ,EAAkBsc,IAAlB,CAAd,CAXF;;AAaA,MAAKuC,iBAAiBA,cAAe,CAAf,MAAuBF,IAA7C,EAAoD;;AAEnD;AACAA,UAAOA,QAAQE,cAAe,CAAf,CAAf;;AAEA;AACAR,gBAAaA,cAAc,EAA3B;;AAEA;AACAQ,mBAAgB,CAAC7C,OAAD,IAAY,CAA5B;;AAEA,MAAG;;AAEF;AACA;AACAwC,YAAQA,SAAS,IAAjB;;AAEA;AACAK,oBAAgBA,gBAAgBL,KAAhC;AACApgB,WAAO0gB,KAAP,CAAc9e,IAAd,EAAoBsc,IAApB,EAA0BuC,gBAAgBF,IAA1C;;AAED;AACA;AACC,IAZD,QAaCH,WAAYA,QAAQE,iBAAiB1C,OAArC,KAAkDwC,UAAU,CAA5D,IAAiE,EAAEC,aAbpE;AAeA;;AAED,MAAKJ,UAAL,EAAkB;AACjBQ,mBAAgB,CAACA,aAAD,IAAkB,CAAC7C,OAAnB,IAA8B,CAA9C;;AAEA;AACAuC,cAAWF,WAAY,CAAZ,IACVQ,gBAAgB,CAAER,WAAY,CAAZ,IAAkB,CAApB,IAA0BA,WAAY,CAAZ,CADhC,GAEV,CAACA,WAAY,CAAZ,CAFF;AAGA,OAAKC,KAAL,EAAa;AACZA,UAAMK,IAAN,GAAaA,IAAb;AACAL,UAAMxO,KAAN,GAAc+O,aAAd;AACAP,UAAM7d,GAAN,GAAY8d,QAAZ;AACA;AACD;AACD,SAAOA,QAAP;AACA;AACD,KAAIQ,iBAAmB,uBAAvB;;AAEA,KAAIC,WAAa,YAAjB;;AAEA,KAAIC,cAAgB,2BAApB;;AAIA;AACA,KAAIC,UAAU;;AAEb;AACAC,UAAQ,CAAE,CAAF,EAAK,8BAAL,EAAqC,WAArC,CAHK;;AAKb;AACA;AACA;AACAC,SAAO,CAAE,CAAF,EAAK,SAAL,EAAgB,UAAhB,CARM;AASbC,OAAK,CAAE,CAAF,EAAK,mBAAL,EAA0B,qBAA1B,CATQ;AAUbC,MAAI,CAAE,CAAF,EAAK,gBAAL,EAAuB,kBAAvB,CAVS;AAWbC,MAAI,CAAE,CAAF,EAAK,oBAAL,EAA2B,uBAA3B,CAXS;;AAabC,YAAU,CAAE,CAAF,EAAK,EAAL,EAAS,EAAT;AAbG,EAAd;;AAgBA;AACAN,SAAQO,QAAR,GAAmBP,QAAQC,MAA3B;;AAEAD,SAAQQ,KAAR,GAAgBR,QAAQS,KAAR,GAAgBT,QAAQU,QAAR,GAAmBV,QAAQW,OAAR,GAAkBX,QAAQE,KAA7E;AACAF,SAAQY,EAAR,GAAaZ,QAAQK,EAArB;;AAGA,UAASQ,MAAT,CAAiBzhB,OAAjB,EAA0BsO,GAA1B,EAAgC;;AAE/B;AACA;AACA,MAAIlN,MAAM,OAAOpB,QAAQoL,oBAAf,KAAwC,WAAxC,GACRpL,QAAQoL,oBAAR,CAA8BkD,OAAO,GAArC,CADQ,GAER,OAAOtO,QAAQ6L,gBAAf,KAAoC,WAApC,GACC7L,QAAQ6L,gBAAR,CAA0ByC,OAAO,GAAjC,CADD,GAEA,EAJF;;AAMA,SAAOA,QAAQpL,SAAR,IAAqBoL,OAAOxO,OAAOqF,QAAP,CAAiBnF,OAAjB,EAA0BsO,GAA1B,CAA5B,GACNxO,OAAOuB,KAAP,CAAc,CAAErB,OAAF,CAAd,EAA2BoB,GAA3B,CADM,GAENA,GAFD;AAGA;;AAGD;AACA,UAASsgB,aAAT,CAAwBvgB,KAAxB,EAA+BwgB,WAA/B,EAA6C;AAC5C,MAAIhgB,IAAI,CAAR;AAAA,MACCyW,IAAIjX,MAAMN,MADX;;AAGA,SAAQc,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpByc,YAASN,GAAT,CACC3c,MAAOQ,CAAP,CADD,EAEC,YAFD,EAGC,CAACggB,WAAD,IAAgBvD,SAASpd,GAAT,CAAc2gB,YAAahgB,CAAb,CAAd,EAAgC,YAAhC,CAHjB;AAKA;AACD;;AAGD,KAAIigB,QAAQ,WAAZ;;AAEA,UAASC,aAAT,CAAwB1gB,KAAxB,EAA+BnB,OAA/B,EAAwC8hB,OAAxC,EAAiDC,SAAjD,EAA4DC,OAA5D,EAAsE;AACrE,MAAItgB,IAAJ;AAAA,MAAU0E,GAAV;AAAA,MAAekI,GAAf;AAAA,MAAoB2T,IAApB;AAAA,MAA0Bva,QAA1B;AAAA,MAAoCxF,CAApC;AAAA,MACCggB,WAAWliB,QAAQmiB,sBAAR,EADZ;AAAA,MAECC,QAAQ,EAFT;AAAA,MAGCzgB,IAAI,CAHL;AAAA,MAICyW,IAAIjX,MAAMN,MAJX;;AAMA,SAAQc,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpBD,UAAOP,MAAOQ,CAAP,CAAP;;AAEA,OAAKD,QAAQA,SAAS,CAAtB,EAA0B;;AAEzB;AACA,QAAK5B,OAAO8D,IAAP,CAAalC,IAAb,MAAwB,QAA7B,EAAwC;;AAEvC;AACA;AACA5B,YAAOuB,KAAP,CAAc+gB,KAAd,EAAqB1gB,KAAKyC,QAAL,GAAgB,CAAEzC,IAAF,CAAhB,GAA2BA,IAAhD;;AAED;AACC,KAPD,MAOO,IAAK,CAACkgB,MAAMrW,IAAN,CAAY7J,IAAZ,CAAN,EAA2B;AACjC0gB,WAAM9iB,IAAN,CAAYU,QAAQqiB,cAAR,CAAwB3gB,IAAxB,CAAZ;;AAED;AACC,KAJM,MAIA;AACN0E,WAAMA,OAAO8b,SAASpd,WAAT,CAAsB9E,QAAQ2E,aAAR,CAAuB,KAAvB,CAAtB,CAAb;;AAEA;AACA2J,WAAM,CAAEoS,SAASzV,IAAT,CAAevJ,IAAf,KAAyB,CAAE,EAAF,EAAM,EAAN,CAA3B,EAAyC,CAAzC,EAA6C0D,WAA7C,EAAN;AACA6c,YAAOrB,QAAStS,GAAT,KAAkBsS,QAAQM,QAAjC;AACA9a,SAAImI,SAAJ,GAAgB0T,KAAM,CAAN,IAAYniB,OAAOwiB,aAAP,CAAsB5gB,IAAtB,CAAZ,GAA2CugB,KAAM,CAAN,CAA3D;;AAEA;AACA/f,SAAI+f,KAAM,CAAN,CAAJ;AACA,YAAQ/f,GAAR,EAAc;AACbkE,YAAMA,IAAIsL,SAAV;AACA;;AAED;AACA;AACA5R,YAAOuB,KAAP,CAAc+gB,KAAd,EAAqBhc,IAAIiE,UAAzB;;AAEA;AACAjE,WAAM8b,SAAShS,UAAf;;AAEA;AACA9J,SAAI6J,WAAJ,GAAkB,EAAlB;AACA;AACD;AACD;;AAED;AACAiS,WAASjS,WAAT,GAAuB,EAAvB;;AAEAtO,MAAI,CAAJ;AACA,SAAUD,OAAO0gB,MAAOzgB,GAAP,CAAjB,EAAkC;;AAEjC;AACA,OAAKogB,aAAajiB,OAAO2F,OAAP,CAAgB/D,IAAhB,EAAsBqgB,SAAtB,IAAoC,CAAC,CAAvD,EAA2D;AAC1D,QAAKC,OAAL,EAAe;AACdA,aAAQ1iB,IAAR,CAAcoC,IAAd;AACA;AACD;AACA;;AAEDgG,cAAW5H,OAAO4H,QAAP,CAAiBhG,KAAKsJ,aAAtB,EAAqCtJ,IAArC,CAAX;;AAEA;AACA0E,SAAMqb,OAAQS,SAASpd,WAAT,CAAsBpD,IAAtB,CAAR,EAAsC,QAAtC,CAAN;;AAEA;AACA,OAAKgG,QAAL,EAAgB;AACfga,kBAAetb,GAAf;AACA;;AAED;AACA,OAAK0b,OAAL,EAAe;AACd5f,QAAI,CAAJ;AACA,WAAUR,OAAO0E,IAAKlE,GAAL,CAAjB,EAAgC;AAC/B,SAAKye,YAAYpV,IAAZ,CAAkB7J,KAAKkC,IAAL,IAAa,EAA/B,CAAL,EAA2C;AAC1Cke,cAAQxiB,IAAR,CAAcoC,IAAd;AACA;AACD;AACD;AACD;;AAED,SAAOwgB,QAAP;AACA;;AAGD,EAAE,YAAW;AACZ,MAAIA,WAAWpjB,SAASqjB,sBAAT,EAAf;AAAA,MACC7V,MAAM4V,SAASpd,WAAT,CAAsBhG,SAAS6F,aAAT,CAAwB,KAAxB,CAAtB,CADP;AAAA,MAEC6J,QAAQ1P,SAAS6F,aAAT,CAAwB,OAAxB,CAFT;;AAIA;AACA;AACA;AACA;AACA6J,QAAM/C,YAAN,CAAoB,MAApB,EAA4B,OAA5B;AACA+C,QAAM/C,YAAN,CAAoB,SAApB,EAA+B,SAA/B;AACA+C,QAAM/C,YAAN,CAAoB,MAApB,EAA4B,GAA5B;;AAEAa,MAAIxH,WAAJ,CAAiB0J,KAAjB;;AAEA;AACA;AACA5O,UAAQ2iB,UAAR,GAAqBjW,IAAIkW,SAAJ,CAAe,IAAf,EAAsBA,SAAtB,CAAiC,IAAjC,EAAwC9Q,SAAxC,CAAkDkB,OAAvE;;AAEA;AACA;AACAtG,MAAIiC,SAAJ,GAAgB,wBAAhB;AACA3O,UAAQ6iB,cAAR,GAAyB,CAAC,CAACnW,IAAIkW,SAAJ,CAAe,IAAf,EAAsB9Q,SAAtB,CAAgC8E,YAA3D;AACA,EAvBD;;AA0BA,KACCkM,YAAY,MADb;AAAA,KAECC,cAAc,gDAFf;AAAA,KAGCC,iBAAiB,qBAHlB;;AAKA,UAASC,UAAT,GAAsB;AACrB,SAAO,IAAP;AACA;;AAED,UAASC,WAAT,GAAuB;AACtB,SAAO,KAAP;AACA;;AAED;AACA;AACA,UAASC,iBAAT,GAA6B;AAC5B,MAAI;AACH,UAAOjkB,SAASyT,aAAhB;AACA,GAFD,CAEE,OAAQyQ,GAAR,EAAc,CAAG;AACnB;;AAED,UAASC,GAAT,CAAavhB,IAAb,EAAmBwhB,KAAnB,EAA0BnjB,QAA1B,EAAoCge,IAApC,EAA0C9d,EAA1C,EAA8CkjB,GAA9C,EAAoD;AACnD,MAAIC,MAAJ,EAAYxf,IAAZ;;AAEA;AACA,MAAK,QAAOsf,KAAP,yCAAOA,KAAP,OAAiB,QAAtB,EAAiC;;AAEhC;AACA,OAAK,OAAOnjB,QAAP,KAAoB,QAAzB,EAAoC;;AAEnC;AACAge,WAAOA,QAAQhe,QAAf;AACAA,eAAWmD,SAAX;AACA;AACD,QAAMU,IAAN,IAAcsf,KAAd,EAAsB;AACrBD,QAAIvhB,IAAJ,EAAUkC,IAAV,EAAgB7D,QAAhB,EAA0Bge,IAA1B,EAAgCmF,MAAOtf,IAAP,CAAhC,EAA+Cuf,GAA/C;AACA;AACD,UAAOzhB,IAAP;AACA;;AAED,MAAKqc,QAAQ,IAAR,IAAgB9d,MAAM,IAA3B,EAAkC;;AAEjC;AACAA,QAAKF,QAAL;AACAge,UAAOhe,WAAWmD,SAAlB;AACA,GALD,MAKO,IAAKjD,MAAM,IAAX,EAAkB;AACxB,OAAK,OAAOF,QAAP,KAAoB,QAAzB,EAAoC;;AAEnC;AACAE,SAAK8d,IAAL;AACAA,WAAO7a,SAAP;AACA,IALD,MAKO;;AAEN;AACAjD,SAAK8d,IAAL;AACAA,WAAOhe,QAAP;AACAA,eAAWmD,SAAX;AACA;AACD;AACD,MAAKjD,OAAO,KAAZ,EAAoB;AACnBA,QAAK6iB,WAAL;AACA,GAFD,MAEO,IAAK,CAAC7iB,EAAN,EAAW;AACjB,UAAOyB,IAAP;AACA;;AAED,MAAKyhB,QAAQ,CAAb,EAAiB;AAChBC,YAASnjB,EAAT;AACAA,QAAK,YAAUojB,KAAV,EAAkB;;AAEtB;AACAvjB,aAAS4c,GAAT,CAAc2G,KAAd;AACA,WAAOD,OAAOxhB,KAAP,CAAc,IAAd,EAAoBC,SAApB,CAAP;AACA,IALD;;AAOA;AACA5B,MAAGiG,IAAH,GAAUkd,OAAOld,IAAP,KAAiBkd,OAAOld,IAAP,GAAcpG,OAAOoG,IAAP,EAA/B,CAAV;AACA;AACD,SAAOxE,KAAKH,IAAL,CAAW,YAAW;AAC5BzB,UAAOujB,KAAP,CAAa5K,GAAb,CAAkB,IAAlB,EAAwByK,KAAxB,EAA+BjjB,EAA/B,EAAmC8d,IAAnC,EAAyChe,QAAzC;AACA,GAFM,CAAP;AAGA;;AAED;;;;AAIAD,QAAOujB,KAAP,GAAe;;AAEd3kB,UAAQ,EAFM;;AAId+Z,OAAK,aAAU/W,IAAV,EAAgBwhB,KAAhB,EAAuBzW,OAAvB,EAAgCsR,IAAhC,EAAsChe,QAAtC,EAAiD;;AAErD,OAAIujB,WAAJ;AAAA,OAAiBC,WAAjB;AAAA,OAA8Bnd,GAA9B;AAAA,OACCod,MADD;AAAA,OACSC,CADT;AAAA,OACYC,SADZ;AAAA,OAECC,OAFD;AAAA,OAEUC,QAFV;AAAA,OAEoBhgB,IAFpB;AAAA,OAE0BigB,UAF1B;AAAA,OAEsCC,QAFtC;AAAA,OAGCC,WAAW3F,SAASpd,GAAT,CAAcU,IAAd,CAHZ;;AAKA;AACA,OAAK,CAACqiB,QAAN,EAAiB;AAChB;AACA;;AAED;AACA,OAAKtX,QAAQA,OAAb,EAAuB;AACtB6W,kBAAc7W,OAAd;AACAA,cAAU6W,YAAY7W,OAAtB;AACA1M,eAAWujB,YAAYvjB,QAAvB;AACA;;AAED;AACA,OAAK,CAAC0M,QAAQvG,IAAd,EAAqB;AACpBuG,YAAQvG,IAAR,GAAepG,OAAOoG,IAAP,EAAf;AACA;;AAED;AACA,OAAK,EAAGsd,SAASO,SAASP,MAArB,CAAL,EAAqC;AACpCA,aAASO,SAASP,MAAT,GAAkB,EAA3B;AACA;AACD,OAAK,EAAGD,cAAcQ,SAASC,MAA1B,CAAL,EAA0C;AACzCT,kBAAcQ,SAASC,MAAT,GAAkB,UAAU1Z,CAAV,EAAc;;AAE7C;AACA;AACA,YAAO,OAAOxK,MAAP,KAAkB,WAAlB,IAAiCA,OAAOujB,KAAP,CAAaY,SAAb,KAA2B3Z,EAAE1G,IAA9D,GACN9D,OAAOujB,KAAP,CAAaa,QAAb,CAAsBtiB,KAAtB,CAA6BF,IAA7B,EAAmCG,SAAnC,CADM,GAC2CqB,SADlD;AAEA,KAND;AAOA;;AAED;AACAggB,WAAQ,CAAEA,SAAS,EAAX,EAAgBtY,KAAhB,CAAuBuO,SAAvB,KAAsC,CAAE,EAAF,CAA9C;AACAsK,OAAIP,MAAMriB,MAAV;AACA,UAAQ4iB,GAAR,EAAc;AACbrd,UAAMwc,eAAe3X,IAAf,CAAqBiY,MAAOO,CAAP,CAArB,KAAqC,EAA3C;AACA7f,WAAOkgB,WAAW1d,IAAK,CAAL,CAAlB;AACAyd,iBAAa,CAAEzd,IAAK,CAAL,KAAY,EAAd,EAAmBM,KAAnB,CAA0B,GAA1B,EAAgCtE,IAAhC,EAAb;;AAEA;AACA,QAAK,CAACwB,IAAN,EAAa;AACZ;AACA;;AAED;AACA+f,cAAU7jB,OAAOujB,KAAP,CAAaM,OAAb,CAAsB/f,IAAtB,KAAgC,EAA1C;;AAEA;AACAA,WAAO,CAAE7D,WAAW4jB,QAAQQ,YAAnB,GAAkCR,QAAQS,QAA5C,KAA0DxgB,IAAjE;;AAEA;AACA+f,cAAU7jB,OAAOujB,KAAP,CAAaM,OAAb,CAAsB/f,IAAtB,KAAgC,EAA1C;;AAEA;AACA8f,gBAAY5jB,OAAOwC,MAAP,CAAe;AAC1BsB,WAAMA,IADoB;AAE1BkgB,eAAUA,QAFgB;AAG1B/F,WAAMA,IAHoB;AAI1BtR,cAASA,OAJiB;AAK1BvG,WAAMuG,QAAQvG,IALY;AAM1BnG,eAAUA,QANgB;AAO1BkX,mBAAclX,YAAYD,OAAO0P,IAAP,CAAY5E,KAAZ,CAAkBqM,YAAlB,CAA+B1L,IAA/B,CAAqCxL,QAArC,CAPA;AAQ1BskB,gBAAWR,WAAWlY,IAAX,CAAiB,GAAjB;AARe,KAAf,EAST2X,WATS,CAAZ;;AAWA;AACA,QAAK,EAAGM,WAAWJ,OAAQ5f,IAAR,CAAd,CAAL,EAAsC;AACrCggB,gBAAWJ,OAAQ5f,IAAR,IAAiB,EAA5B;AACAggB,cAASU,aAAT,GAAyB,CAAzB;;AAEA;AACA,SAAK,CAACX,QAAQY,KAAT,IACJZ,QAAQY,KAAR,CAAcxjB,IAAd,CAAoBW,IAApB,EAA0Bqc,IAA1B,EAAgC8F,UAAhC,EAA4CN,WAA5C,MAA8D,KAD/D,EACuE;;AAEtE,UAAK7hB,KAAKkM,gBAAV,EAA6B;AAC5BlM,YAAKkM,gBAAL,CAAuBhK,IAAvB,EAA6B2f,WAA7B;AACA;AACD;AACD;;AAED,QAAKI,QAAQlL,GAAb,EAAmB;AAClBkL,aAAQlL,GAAR,CAAY1X,IAAZ,CAAkBW,IAAlB,EAAwBgiB,SAAxB;;AAEA,SAAK,CAACA,UAAUjX,OAAV,CAAkBvG,IAAxB,EAA+B;AAC9Bwd,gBAAUjX,OAAV,CAAkBvG,IAAlB,GAAyBuG,QAAQvG,IAAjC;AACA;AACD;;AAED;AACA,QAAKnG,QAAL,EAAgB;AACf6jB,cAASvhB,MAAT,CAAiBuhB,SAASU,aAAT,EAAjB,EAA2C,CAA3C,EAA8CZ,SAA9C;AACA,KAFD,MAEO;AACNE,cAAStkB,IAAT,CAAeokB,SAAf;AACA;;AAED;AACA5jB,WAAOujB,KAAP,CAAa3kB,MAAb,CAAqBkF,IAArB,IAA8B,IAA9B;AACA;AAED,GA9Ga;;AAgHd;AACAqW,UAAQ,gBAAUvY,IAAV,EAAgBwhB,KAAhB,EAAuBzW,OAAvB,EAAgC1M,QAAhC,EAA0CykB,WAA1C,EAAwD;;AAE/D,OAAItiB,CAAJ;AAAA,OAAOuiB,SAAP;AAAA,OAAkBre,GAAlB;AAAA,OACCod,MADD;AAAA,OACSC,CADT;AAAA,OACYC,SADZ;AAAA,OAECC,OAFD;AAAA,OAEUC,QAFV;AAAA,OAEoBhgB,IAFpB;AAAA,OAE0BigB,UAF1B;AAAA,OAEsCC,QAFtC;AAAA,OAGCC,WAAW3F,SAASD,OAAT,CAAkBzc,IAAlB,KAA4B0c,SAASpd,GAAT,CAAcU,IAAd,CAHxC;;AAKA,OAAK,CAACqiB,QAAD,IAAa,EAAGP,SAASO,SAASP,MAArB,CAAlB,EAAkD;AACjD;AACA;;AAED;AACAN,WAAQ,CAAEA,SAAS,EAAX,EAAgBtY,KAAhB,CAAuBuO,SAAvB,KAAsC,CAAE,EAAF,CAA9C;AACAsK,OAAIP,MAAMriB,MAAV;AACA,UAAQ4iB,GAAR,EAAc;AACbrd,UAAMwc,eAAe3X,IAAf,CAAqBiY,MAAOO,CAAP,CAArB,KAAqC,EAA3C;AACA7f,WAAOkgB,WAAW1d,IAAK,CAAL,CAAlB;AACAyd,iBAAa,CAAEzd,IAAK,CAAL,KAAY,EAAd,EAAmBM,KAAnB,CAA0B,GAA1B,EAAgCtE,IAAhC,EAAb;;AAEA;AACA,QAAK,CAACwB,IAAN,EAAa;AACZ,UAAMA,IAAN,IAAc4f,MAAd,EAAuB;AACtB1jB,aAAOujB,KAAP,CAAapJ,MAAb,CAAqBvY,IAArB,EAA2BkC,OAAOsf,MAAOO,CAAP,CAAlC,EAA8ChX,OAA9C,EAAuD1M,QAAvD,EAAiE,IAAjE;AACA;AACD;AACA;;AAED4jB,cAAU7jB,OAAOujB,KAAP,CAAaM,OAAb,CAAsB/f,IAAtB,KAAgC,EAA1C;AACAA,WAAO,CAAE7D,WAAW4jB,QAAQQ,YAAnB,GAAkCR,QAAQS,QAA5C,KAA0DxgB,IAAjE;AACAggB,eAAWJ,OAAQ5f,IAAR,KAAkB,EAA7B;AACAwC,UAAMA,IAAK,CAAL,KACL,IAAI2C,MAAJ,CAAY,YAAY8a,WAAWlY,IAAX,CAAiB,eAAjB,CAAZ,GAAiD,SAA7D,CADD;;AAGA;AACA8Y,gBAAYviB,IAAI0hB,SAAS/iB,MAAzB;AACA,WAAQqB,GAAR,EAAc;AACbwhB,iBAAYE,SAAU1hB,CAAV,CAAZ;;AAEA,SAAK,CAAEsiB,eAAeV,aAAaJ,UAAUI,QAAxC,MACF,CAACrX,OAAD,IAAYA,QAAQvG,IAAR,KAAiBwd,UAAUxd,IADrC,MAEF,CAACE,GAAD,IAAQA,IAAImF,IAAJ,CAAUmY,UAAUW,SAApB,CAFN,MAGF,CAACtkB,QAAD,IAAaA,aAAa2jB,UAAU3jB,QAApC,IACDA,aAAa,IAAb,IAAqB2jB,UAAU3jB,QAJ5B,CAAL,EAI8C;AAC7C6jB,eAASvhB,MAAT,CAAiBH,CAAjB,EAAoB,CAApB;;AAEA,UAAKwhB,UAAU3jB,QAAf,EAA0B;AACzB6jB,gBAASU,aAAT;AACA;AACD,UAAKX,QAAQ1J,MAAb,EAAsB;AACrB0J,eAAQ1J,MAAR,CAAelZ,IAAf,CAAqBW,IAArB,EAA2BgiB,SAA3B;AACA;AACD;AACD;;AAED;AACA;AACA,QAAKe,aAAa,CAACb,SAAS/iB,MAA5B,EAAqC;AACpC,SAAK,CAAC8iB,QAAQe,QAAT,IACJf,QAAQe,QAAR,CAAiB3jB,IAAjB,CAAuBW,IAAvB,EAA6BmiB,UAA7B,EAAyCE,SAASC,MAAlD,MAA+D,KADhE,EACwE;;AAEvElkB,aAAO6kB,WAAP,CAAoBjjB,IAApB,EAA0BkC,IAA1B,EAAgCmgB,SAASC,MAAzC;AACA;;AAED,YAAOR,OAAQ5f,IAAR,CAAP;AACA;AACD;;AAED;AACA,OAAK9D,OAAOsE,aAAP,CAAsBof,MAAtB,CAAL,EAAsC;AACrCpF,aAASnE,MAAT,CAAiBvY,IAAjB,EAAuB,eAAvB;AACA;AACD,GAxLa;;AA0LdwiB,YAAU,kBAAUb,KAAV,EAAkB;;AAE3B;AACAA,WAAQvjB,OAAOujB,KAAP,CAAauB,GAAb,CAAkBvB,KAAlB,CAAR;;AAEA,OAAI1hB,CAAJ;AAAA,OAAOO,CAAP;AAAA,OAAUd,GAAV;AAAA,OAAe2Q,OAAf;AAAA,OAAwB2R,SAAxB;AAAA,OACCmB,eAAe,EADhB;AAAA,OAECxe,OAAOjH,OAAM2B,IAAN,CAAYc,SAAZ,CAFR;AAAA,OAGC+hB,WAAW,CAAExF,SAASpd,GAAT,CAAc,IAAd,EAAoB,QAApB,KAAkC,EAApC,EAA0CqiB,MAAMzf,IAAhD,KAA0D,EAHtE;AAAA,OAIC+f,UAAU7jB,OAAOujB,KAAP,CAAaM,OAAb,CAAsBN,MAAMzf,IAA5B,KAAsC,EAJjD;;AAMA;AACAyC,QAAM,CAAN,IAAYgd,KAAZ;AACAA,SAAMyB,cAAN,GAAuB,IAAvB;;AAEA;AACA,OAAKnB,QAAQoB,WAAR,IAAuBpB,QAAQoB,WAAR,CAAoBhkB,IAApB,CAA0B,IAA1B,EAAgCsiB,KAAhC,MAA4C,KAAxE,EAAgF;AAC/E;AACA;;AAED;AACAwB,kBAAe/kB,OAAOujB,KAAP,CAAaO,QAAb,CAAsB7iB,IAAtB,CAA4B,IAA5B,EAAkCsiB,KAAlC,EAAyCO,QAAzC,CAAf;;AAEA;AACAjiB,OAAI,CAAJ;AACA,UAAQ,CAAEoQ,UAAU8S,aAAcljB,GAAd,CAAZ,KAAqC,CAAC0hB,MAAM2B,oBAAN,EAA9C,EAA6E;AAC5E3B,UAAM4B,aAAN,GAAsBlT,QAAQrQ,IAA9B;;AAEAQ,QAAI,CAAJ;AACA,WAAQ,CAAEwhB,YAAY3R,QAAQ6R,QAAR,CAAkB1hB,GAAlB,CAAd,KACP,CAACmhB,MAAM6B,6BAAN,EADF,EAC0C;;AAEzC;AACA;AACA,SAAK,CAAC7B,MAAM8B,UAAP,IAAqB9B,MAAM8B,UAAN,CAAiB5Z,IAAjB,CAAuBmY,UAAUW,SAAjC,CAA1B,EAAyE;;AAExEhB,YAAMK,SAAN,GAAkBA,SAAlB;AACAL,YAAMtF,IAAN,GAAa2F,UAAU3F,IAAvB;;AAEA3c,YAAM,CAAE,CAAEtB,OAAOujB,KAAP,CAAaM,OAAb,CAAsBD,UAAUI,QAAhC,KAA8C,EAAhD,EAAqDE,MAArD,IACPN,UAAUjX,OADL,EACe7K,KADf,CACsBmQ,QAAQrQ,IAD9B,EACoC2E,IADpC,CAAN;;AAGA,UAAKjF,QAAQ8B,SAAb,EAAyB;AACxB,WAAK,CAAEmgB,MAAMtS,MAAN,GAAe3P,GAAjB,MAA2B,KAAhC,EAAwC;AACvCiiB,cAAM+B,cAAN;AACA/B,cAAMgC,eAAN;AACA;AACD;AACD;AACD;AACD;;AAED;AACA,OAAK1B,QAAQ2B,YAAb,EAA4B;AAC3B3B,YAAQ2B,YAAR,CAAqBvkB,IAArB,CAA2B,IAA3B,EAAiCsiB,KAAjC;AACA;;AAED,UAAOA,MAAMtS,MAAb;AACA,GApPa;;AAsPd6S,YAAU,kBAAUP,KAAV,EAAiBO,SAAjB,EAA4B;AACrC,OAAIjiB,CAAJ;AAAA,OAAOmE,OAAP;AAAA,OAAgByf,GAAhB;AAAA,OAAqB7B,SAArB;AAAA,OACCmB,eAAe,EADhB;AAAA,OAECP,gBAAgBV,UAASU,aAF1B;AAAA,OAGC1X,MAAMyW,MAAMxgB,MAHb;;AAKA;AACA;AACA;AACA;AACA;AACA;AACA,OAAKyhB,iBAAiB1X,IAAIzI,QAArB,KACFkf,MAAMzf,IAAN,KAAe,OAAf,IAA0B4hB,MAAOnC,MAAMoC,MAAb,CAA1B,IAAmDpC,MAAMoC,MAAN,GAAe,CADhE,CAAL,EAC2E;;AAE1E,WAAQ7Y,QAAQ,IAAhB,EAAsBA,MAAMA,IAAI7H,UAAJ,IAAkB,IAA9C,EAAqD;;AAEpD;AACA;AACA,SAAK6H,IAAIzI,QAAJ,KAAiB,CAAjB,KAAwByI,IAAI+F,QAAJ,KAAiB,IAAjB,IAAyB0Q,MAAMzf,IAAN,KAAe,OAAhE,CAAL,EAAiF;AAChFkC,gBAAU,EAAV;AACA,WAAMnE,IAAI,CAAV,EAAaA,IAAI2iB,aAAjB,EAAgC3iB,GAAhC,EAAsC;AACrC+hB,mBAAYE,UAAUjiB,CAAV,CAAZ;;AAEA;AACA4jB,aAAM7B,UAAU3jB,QAAV,GAAqB,GAA3B;;AAEA,WAAK+F,QAASyf,GAAT,MAAmBriB,SAAxB,EAAoC;AACnC4C,gBAASyf,GAAT,IAAiB7B,UAAUzM,YAAV,GAChBnX,OAAQylB,GAAR,EAAa,IAAb,EAAoBhN,KAApB,CAA2B3L,GAA3B,IAAmC,CAAC,CADpB,GAEhB9M,OAAOoO,IAAP,CAAaqX,GAAb,EAAkB,IAAlB,EAAwB,IAAxB,EAA8B,CAAE3Y,GAAF,CAA9B,EAAwC/L,MAFzC;AAGA;AACD,WAAKiF,QAASyf,GAAT,CAAL,EAAsB;AACrBzf,gBAAQxG,IAAR,CAAcokB,SAAd;AACA;AACD;AACD,UAAK5d,QAAQjF,MAAb,EAAsB;AACrBgkB,oBAAavlB,IAAb,CAAmB,EAAEoC,MAAMkL,GAAR,EAAagX,UAAU9d,OAAvB,EAAnB;AACA;AACD;AACD;AACD;;AAED;AACA,OAAKwe,gBAAgBV,UAAS/iB,MAA9B,EAAuC;AACtCgkB,iBAAavlB,IAAb,CAAmB,EAAEoC,MAAM,IAAR,EAAckiB,UAAUA,UAASxkB,KAAT,CAAgBklB,aAAhB,CAAxB,EAAnB;AACA;;AAED,UAAOO,YAAP;AACA,GAvSa;;AAySd;AACAa,SAAO,CAAE,uEACR,4DADM,EACyDhf,KADzD,CACgE,GADhE,CA1SO;;AA6Sdif,YAAU,EA7SI;;AA+SdC,YAAU;AACTF,UAAO,4BAA4Bhf,KAA5B,CAAmC,GAAnC,CADE;AAETyH,WAAQ,gBAAUkV,KAAV,EAAiBwC,QAAjB,EAA4B;;AAEnC;AACA,QAAKxC,MAAMyC,KAAN,IAAe,IAApB,EAA2B;AAC1BzC,WAAMyC,KAAN,GAAcD,SAASE,QAAT,IAAqB,IAArB,GAA4BF,SAASE,QAArC,GAAgDF,SAASG,OAAvE;AACA;;AAED,WAAO3C,KAAP;AACA;AAVQ,GA/SI;;AA4Td4C,cAAY;AACXP,UAAO,CAAE,gEACR,2BADM,EACwBhf,KADxB,CAC+B,GAD/B,CADI;AAGXyH,WAAQ,gBAAUkV,KAAV,EAAiBwC,QAAjB,EAA4B;AACnC,QAAIK,QAAJ;AAAA,QAAczY,GAAd;AAAA,QAAmB0Y,IAAnB;AAAA,QACCV,SAASI,SAASJ,MADnB;;AAGA;AACA,QAAKpC,MAAM+C,KAAN,IAAe,IAAf,IAAuBP,SAASQ,OAAT,IAAoB,IAAhD,EAAuD;AACtDH,gBAAW7C,MAAMxgB,MAAN,CAAamI,aAAb,IAA8BlM,QAAzC;AACA2O,WAAMyY,SAAS7Y,eAAf;AACA8Y,YAAOD,SAASC,IAAhB;;AAEA9C,WAAM+C,KAAN,GAAcP,SAASQ,OAAT,IACX5Y,OAAOA,IAAI6Y,UAAX,IAAyBH,QAAQA,KAAKG,UAAtC,IAAoD,CADzC,KAEX7Y,OAAOA,IAAI8Y,UAAX,IAAyBJ,QAAQA,KAAKI,UAAtC,IAAoD,CAFzC,CAAd;AAGAlD,WAAMmD,KAAN,GAAcX,SAASY,OAAT,IACXhZ,OAAOA,IAAIiZ,SAAX,IAAyBP,QAAQA,KAAKO,SAAtC,IAAoD,CADzC,KAEXjZ,OAAOA,IAAIkZ,SAAX,IAAyBR,QAAQA,KAAKQ,SAAtC,IAAoD,CAFzC,CAAd;AAGA;;AAED;AACA;AACA,QAAK,CAACtD,MAAMyC,KAAP,IAAgBL,WAAWviB,SAAhC,EAA4C;AAC3CmgB,WAAMyC,KAAN,GAAgBL,SAAS,CAAT,GAAa,CAAb,GAAmBA,SAAS,CAAT,GAAa,CAAb,GAAmBA,SAAS,CAAT,GAAa,CAAb,GAAiB,CAAvE;AACA;;AAED,WAAOpC,KAAP;AACA;AA5BU,GA5TE;;AA2VduB,OAAK,aAAUvB,KAAV,EAAkB;AACtB,OAAKA,MAAOvjB,OAAOqD,OAAd,CAAL,EAA+B;AAC9B,WAAOkgB,KAAP;AACA;;AAED;AACA,OAAI1hB,CAAJ;AAAA,OAAOqc,IAAP;AAAA,OAAatb,IAAb;AAAA,OACCkB,OAAOyf,MAAMzf,IADd;AAAA,OAECgjB,gBAAgBvD,KAFjB;AAAA,OAGCwD,UAAU,KAAKlB,QAAL,CAAe/hB,IAAf,CAHX;;AAKA,OAAK,CAACijB,OAAN,EAAgB;AACf,SAAKlB,QAAL,CAAe/hB,IAAf,IAAwBijB,UACvBlE,YAAYpX,IAAZ,CAAkB3H,IAAlB,IAA2B,KAAKqiB,UAAhC,GACAvD,UAAUnX,IAAV,CAAgB3H,IAAhB,IAAyB,KAAKgiB,QAA9B,GACA,EAHD;AAIA;AACDljB,UAAOmkB,QAAQnB,KAAR,GAAgB,KAAKA,KAAL,CAAWrmB,MAAX,CAAmBwnB,QAAQnB,KAA3B,CAAhB,GAAqD,KAAKA,KAAjE;;AAEArC,WAAQ,IAAIvjB,OAAOgnB,KAAX,CAAkBF,aAAlB,CAAR;;AAEAjlB,OAAIe,KAAK7B,MAAT;AACA,UAAQc,GAAR,EAAc;AACbqc,WAAOtb,KAAMf,CAAN,CAAP;AACA0hB,UAAOrF,IAAP,IAAgB4I,cAAe5I,IAAf,CAAhB;AACA;;AAED;AACA;AACA,OAAK,CAACqF,MAAMxgB,MAAZ,EAAqB;AACpBwgB,UAAMxgB,MAAN,GAAe/D,QAAf;AACA;;AAED;AACA;AACA,OAAKukB,MAAMxgB,MAAN,CAAasB,QAAb,KAA0B,CAA/B,EAAmC;AAClCkf,UAAMxgB,MAAN,GAAewgB,MAAMxgB,MAAN,CAAakC,UAA5B;AACA;;AAED,UAAO8hB,QAAQ1Y,MAAR,GAAiB0Y,QAAQ1Y,MAAR,CAAgBkV,KAAhB,EAAuBuD,aAAvB,CAAjB,GAA0DvD,KAAjE;AACA,GAnYa;;AAqYdM,WAAS;AACRoD,SAAM;;AAEL;AACAC,cAAU;AAHL,IADE;AAMRC,UAAO;;AAEN;AACAC,aAAS,mBAAW;AACnB,SAAK,SAASnE,mBAAT,IAAgC,KAAKkE,KAA1C,EAAkD;AACjD,WAAKA,KAAL;AACA,aAAO,KAAP;AACA;AACD,KARK;AASN9C,kBAAc;AATR,IANC;AAiBRgD,SAAM;AACLD,aAAS,mBAAW;AACnB,SAAK,SAASnE,mBAAT,IAAgC,KAAKoE,IAA1C,EAAiD;AAChD,WAAKA,IAAL;AACA,aAAO,KAAP;AACA;AACD,KANI;AAOLhD,kBAAc;AAPT,IAjBE;AA0BRiD,UAAO;;AAEN;AACAF,aAAS,mBAAW;AACnB,SAAK,KAAKtjB,IAAL,KAAc,UAAd,IAA4B,KAAKwjB,KAAjC,IAA0CtnB,OAAOqF,QAAP,CAAiB,IAAjB,EAAuB,OAAvB,CAA/C,EAAkF;AACjF,WAAKiiB,KAAL;AACA,aAAO,KAAP;AACA;AACD,KARK;;AAUN;AACAlG,cAAU,kBAAUmC,KAAV,EAAkB;AAC3B,YAAOvjB,OAAOqF,QAAP,CAAiBke,MAAMxgB,MAAvB,EAA+B,GAA/B,CAAP;AACA;AAbK,IA1BC;;AA0CRwkB,iBAAc;AACb/B,kBAAc,sBAAUjC,KAAV,EAAkB;;AAE/B;AACA;AACA,SAAKA,MAAMtS,MAAN,KAAiB7N,SAAjB,IAA8BmgB,MAAMuD,aAAzC,EAAyD;AACxDvD,YAAMuD,aAAN,CAAoBU,WAApB,GAAkCjE,MAAMtS,MAAxC;AACA;AACD;AARY;AA1CN;AArYK,EAAf;;AA4bAjR,QAAO6kB,WAAP,GAAqB,UAAUjjB,IAAV,EAAgBkC,IAAhB,EAAsBogB,MAAtB,EAA+B;;AAEnD;AACA,MAAKtiB,KAAKkb,mBAAV,EAAgC;AAC/Blb,QAAKkb,mBAAL,CAA0BhZ,IAA1B,EAAgCogB,MAAhC;AACA;AACD,EAND;;AAQAlkB,QAAOgnB,KAAP,GAAe,UAAUrkB,GAAV,EAAeijB,KAAf,EAAuB;;AAErC;AACA,MAAK,EAAG,gBAAgB5lB,OAAOgnB,KAA1B,CAAL,EAAyC;AACxC,UAAO,IAAIhnB,OAAOgnB,KAAX,CAAkBrkB,GAAlB,EAAuBijB,KAAvB,CAAP;AACA;;AAED;AACA,MAAKjjB,OAAOA,IAAImB,IAAhB,EAAuB;AACtB,QAAKgjB,aAAL,GAAqBnkB,GAArB;AACA,QAAKmB,IAAL,GAAYnB,IAAImB,IAAhB;;AAEA;AACA;AACA,QAAK2jB,kBAAL,GAA0B9kB,IAAI+kB,gBAAJ,IACxB/kB,IAAI+kB,gBAAJ,KAAyBtkB,SAAzB;;AAEA;AACAT,OAAI6kB,WAAJ,KAAoB,KAJI,GAKzBzE,UALyB,GAMzBC,WAND;;AAQD;AACC,GAfD,MAeO;AACN,QAAKlf,IAAL,GAAYnB,GAAZ;AACA;;AAED;AACA,MAAKijB,KAAL,EAAa;AACZ5lB,UAAOwC,MAAP,CAAe,IAAf,EAAqBojB,KAArB;AACA;;AAED;AACA,OAAK+B,SAAL,GAAiBhlB,OAAOA,IAAIglB,SAAX,IAAwB3nB,OAAOwG,GAAP,EAAzC;;AAEA;AACA,OAAMxG,OAAOqD,OAAb,IAAyB,IAAzB;AACA,EArCD;;AAuCA;AACA;AACArD,QAAOgnB,KAAP,CAAapmB,SAAb,GAAyB;AACxBE,eAAad,OAAOgnB,KADI;AAExBS,sBAAoBzE,WAFI;AAGxBkC,wBAAsBlC,WAHE;AAIxBoC,iCAA+BpC,WAJP;AAKxB4E,eAAa,KALW;;AAOxBtC,kBAAgB,0BAAW;AAC1B,OAAI9a,IAAI,KAAKsc,aAAb;;AAEA,QAAKW,kBAAL,GAA0B1E,UAA1B;;AAEA,OAAKvY,KAAK,CAAC,KAAKod,WAAhB,EAA8B;AAC7Bpd,MAAE8a,cAAF;AACA;AACD,GAfuB;AAgBxBC,mBAAiB,2BAAW;AAC3B,OAAI/a,IAAI,KAAKsc,aAAb;;AAEA,QAAK5B,oBAAL,GAA4BnC,UAA5B;;AAEA,OAAKvY,KAAK,CAAC,KAAKod,WAAhB,EAA8B;AAC7Bpd,MAAE+a,eAAF;AACA;AACD,GAxBuB;AAyBxBsC,4BAA0B,oCAAW;AACpC,OAAIrd,IAAI,KAAKsc,aAAb;;AAEA,QAAK1B,6BAAL,GAAqCrC,UAArC;;AAEA,OAAKvY,KAAK,CAAC,KAAKod,WAAhB,EAA8B;AAC7Bpd,MAAEqd,wBAAF;AACA;;AAED,QAAKtC,eAAL;AACA;AAnCuB,EAAzB;;AAsCA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACAvlB,QAAOyB,IAAP,CAAa;AACZqmB,cAAY,WADA;AAEZC,cAAY,UAFA;AAGZC,gBAAc,aAHF;AAIZC,gBAAc;AAJF,EAAb,EAKG,UAAUC,IAAV,EAAgBpD,GAAhB,EAAsB;AACxB9kB,SAAOujB,KAAP,CAAaM,OAAb,CAAsBqE,IAAtB,IAA+B;AAC9B7D,iBAAcS,GADgB;AAE9BR,aAAUQ,GAFoB;;AAI9BZ,WAAQ,gBAAUX,KAAV,EAAkB;AACzB,QAAIjiB,GAAJ;AAAA,QACCyB,SAAS,IADV;AAAA,QAEColB,UAAU5E,MAAM6E,aAFjB;AAAA,QAGCxE,YAAYL,MAAMK,SAHnB;;AAKA;AACA;AACA,QAAK,CAACuE,OAAD,IAAcA,YAAYplB,MAAZ,IAAsB,CAAC/C,OAAO4H,QAAP,CAAiB7E,MAAjB,EAAyBolB,OAAzB,CAA1C,EAAiF;AAChF5E,WAAMzf,IAAN,GAAa8f,UAAUI,QAAvB;AACA1iB,WAAMsiB,UAAUjX,OAAV,CAAkB7K,KAAlB,CAAyB,IAAzB,EAA+BC,SAA/B,CAAN;AACAwhB,WAAMzf,IAAN,GAAaghB,GAAb;AACA;AACD,WAAOxjB,GAAP;AACA;AAlB6B,GAA/B;AAoBA,EA1BD;;AA4BAtB,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjB2gB,MAAI,YAAUC,KAAV,EAAiBnjB,QAAjB,EAA2Bge,IAA3B,EAAiC9d,EAAjC,EAAsC;AACzC,UAAOgjB,IAAI,IAAJ,EAAUC,KAAV,EAAiBnjB,QAAjB,EAA2Bge,IAA3B,EAAiC9d,EAAjC,CAAP;AACA,GAHgB;AAIjBkjB,OAAK,aAAUD,KAAV,EAAiBnjB,QAAjB,EAA2Bge,IAA3B,EAAiC9d,EAAjC,EAAsC;AAC1C,UAAOgjB,IAAI,IAAJ,EAAUC,KAAV,EAAiBnjB,QAAjB,EAA2Bge,IAA3B,EAAiC9d,EAAjC,EAAqC,CAArC,CAAP;AACA,GANgB;AAOjByc,OAAK,aAAUwG,KAAV,EAAiBnjB,QAAjB,EAA2BE,EAA3B,EAAgC;AACpC,OAAIyjB,SAAJ,EAAe9f,IAAf;AACA,OAAKsf,SAASA,MAAMkC,cAAf,IAAiClC,MAAMQ,SAA5C,EAAwD;;AAEvD;AACAA,gBAAYR,MAAMQ,SAAlB;AACA5jB,WAAQojB,MAAM4B,cAAd,EAA+BpI,GAA/B,CACCgH,UAAUW,SAAV,GACCX,UAAUI,QAAV,GAAqB,GAArB,GAA2BJ,UAAUW,SADtC,GAECX,UAAUI,QAHZ,EAICJ,UAAU3jB,QAJX,EAKC2jB,UAAUjX,OALX;AAOA,WAAO,IAAP;AACA;AACD,OAAK,QAAOyW,KAAP,yCAAOA,KAAP,OAAiB,QAAtB,EAAiC;;AAEhC;AACA,SAAMtf,IAAN,IAAcsf,KAAd,EAAsB;AACrB,UAAKxG,GAAL,CAAU9Y,IAAV,EAAgB7D,QAAhB,EAA0BmjB,MAAOtf,IAAP,CAA1B;AACA;AACD,WAAO,IAAP;AACA;AACD,OAAK7D,aAAa,KAAb,IAAsB,OAAOA,QAAP,KAAoB,UAA/C,EAA4D;;AAE3D;AACAE,SAAKF,QAAL;AACAA,eAAWmD,SAAX;AACA;AACD,OAAKjD,OAAO,KAAZ,EAAoB;AACnBA,SAAK6iB,WAAL;AACA;AACD,UAAO,KAAKvhB,IAAL,CAAW,YAAW;AAC5BzB,WAAOujB,KAAP,CAAapJ,MAAb,CAAqB,IAArB,EAA2BiJ,KAA3B,EAAkCjjB,EAAlC,EAAsCF,QAAtC;AACA,IAFM,CAAP;AAGA;AA1CgB,EAAlB;;AA8CA,KACCooB,YAAY,0EADb;;;AAGC;AACA;AACA;AACAC,gBAAe,uBANhB;;;AAQC;AACAC,YAAW,mCATZ;AAAA,KAUCC,oBAAoB,aAVrB;AAAA,KAWCC,eAAe,0CAXhB;;AAaA;AACA,UAASC,kBAAT,CAA6B9mB,IAA7B,EAAmC+mB,OAAnC,EAA6C;AAC5C,SAAO3oB,OAAOqF,QAAP,CAAiBzD,IAAjB,EAAuB,OAAvB,KACN5B,OAAOqF,QAAP,CAAiBsjB,QAAQtkB,QAAR,KAAqB,EAArB,GAA0BskB,OAA1B,GAAoCA,QAAQvY,UAA7D,EAAyE,IAAzE,CADM,GAGNxO,KAAK0J,oBAAL,CAA2B,OAA3B,EAAsC,CAAtC,KACC1J,KAAKoD,WAAL,CAAkBpD,KAAKsJ,aAAL,CAAmBrG,aAAnB,CAAkC,OAAlC,CAAlB,CAJK,GAKNjD,IALD;AAMA;;AAED;AACA,UAASgnB,aAAT,CAAwBhnB,IAAxB,EAA+B;AAC9BA,OAAKkC,IAAL,GAAY,CAAElC,KAAK8J,YAAL,CAAmB,MAAnB,MAAgC,IAAlC,IAA2C,GAA3C,GAAiD9J,KAAKkC,IAAlE;AACA,SAAOlC,IAAP;AACA;AACD,UAASinB,aAAT,CAAwBjnB,IAAxB,EAA+B;AAC9B,MAAIkJ,QAAQ0d,kBAAkBrd,IAAlB,CAAwBvJ,KAAKkC,IAA7B,CAAZ;;AAEA,MAAKgH,KAAL,EAAa;AACZlJ,QAAKkC,IAAL,GAAYgH,MAAO,CAAP,CAAZ;AACA,GAFD,MAEO;AACNlJ,QAAKqK,eAAL,CAAsB,MAAtB;AACA;;AAED,SAAOrK,IAAP;AACA;;AAED,UAASknB,cAAT,CAAyBnmB,GAAzB,EAA8BomB,IAA9B,EAAqC;AACpC,MAAIlnB,CAAJ,EAAOyW,CAAP,EAAUxU,IAAV,EAAgBklB,QAAhB,EAA0BC,QAA1B,EAAoCC,QAApC,EAA8CC,QAA9C,EAAwDzF,MAAxD;;AAEA,MAAKqF,KAAK1kB,QAAL,KAAkB,CAAvB,EAA2B;AAC1B;AACA;;AAED;AACA,MAAKia,SAASD,OAAT,CAAkB1b,GAAlB,CAAL,EAA+B;AAC9BqmB,cAAW1K,SAASpB,MAAT,CAAiBva,GAAjB,CAAX;AACAsmB,cAAW3K,SAASN,GAAT,CAAc+K,IAAd,EAAoBC,QAApB,CAAX;AACAtF,YAASsF,SAAStF,MAAlB;;AAEA,OAAKA,MAAL,EAAc;AACb,WAAOuF,SAAS/E,MAAhB;AACA+E,aAASvF,MAAT,GAAkB,EAAlB;;AAEA,SAAM5f,IAAN,IAAc4f,MAAd,EAAuB;AACtB,UAAM7hB,IAAI,CAAJ,EAAOyW,IAAIoL,OAAQ5f,IAAR,EAAe/C,MAAhC,EAAwCc,IAAIyW,CAA5C,EAA+CzW,GAA/C,EAAqD;AACpD7B,aAAOujB,KAAP,CAAa5K,GAAb,CAAkBoQ,IAAlB,EAAwBjlB,IAAxB,EAA8B4f,OAAQ5f,IAAR,EAAgBjC,CAAhB,CAA9B;AACA;AACD;AACD;AACD;;AAED;AACA,MAAK0c,SAASF,OAAT,CAAkB1b,GAAlB,CAAL,EAA+B;AAC9BumB,cAAW3K,SAASrB,MAAT,CAAiBva,GAAjB,CAAX;AACAwmB,cAAWnpB,OAAOwC,MAAP,CAAe,EAAf,EAAmB0mB,QAAnB,CAAX;;AAEA3K,YAASP,GAAT,CAAc+K,IAAd,EAAoBI,QAApB;AACA;AACD;;AAED;AACA,UAASC,QAAT,CAAmBzmB,GAAnB,EAAwBomB,IAAxB,EAA+B;AAC9B,MAAI1jB,WAAW0jB,KAAK1jB,QAAL,CAAcC,WAAd,EAAf;;AAEA;AACA,MAAKD,aAAa,OAAb,IAAwBsb,eAAelV,IAAf,CAAqB9I,IAAImB,IAAzB,CAA7B,EAA+D;AAC9DilB,QAAKjW,OAAL,GAAenQ,IAAImQ,OAAnB;;AAED;AACC,GAJD,MAIO,IAAKzN,aAAa,OAAb,IAAwBA,aAAa,UAA1C,EAAuD;AAC7D0jB,QAAKrS,YAAL,GAAoB/T,IAAI+T,YAAxB;AACA;AACD;;AAED,UAAS2S,QAAT,CAAmBC,UAAnB,EAA+B/iB,IAA/B,EAAqC7E,QAArC,EAA+CwgB,OAA/C,EAAyD;;AAExD;AACA3b,SAAOhH,OAAOuC,KAAP,CAAc,EAAd,EAAkByE,IAAlB,CAAP;;AAEA,MAAI6b,QAAJ;AAAA,MAAcpgB,KAAd;AAAA,MAAqBggB,OAArB;AAAA,MAA8BuH,UAA9B;AAAA,MAA0C/b,IAA1C;AAAA,MAAgDG,GAAhD;AAAA,MACC9L,IAAI,CADL;AAAA,MAECyW,IAAIgR,WAAWvoB,MAFhB;AAAA,MAGCyoB,WAAWlR,IAAI,CAHhB;AAAA,MAICnS,QAAQI,KAAM,CAAN,CAJT;AAAA,MAKCtD,aAAajD,OAAOiD,UAAP,CAAmBkD,KAAnB,CALd;;AAOA;AACA,MAAKlD,cACDqV,IAAI,CAAJ,IAAS,OAAOnS,KAAP,KAAiB,QAA1B,IACD,CAACrG,QAAQ2iB,UADR,IACsB8F,SAAS9c,IAAT,CAAetF,KAAf,CAF1B,EAEqD;AACpD,UAAOmjB,WAAW7nB,IAAX,CAAiB,UAAUgX,KAAV,EAAkB;AACzC,QAAIhB,OAAO6R,WAAWrnB,EAAX,CAAewW,KAAf,CAAX;AACA,QAAKxV,UAAL,EAAkB;AACjBsD,UAAM,CAAN,IAAYJ,MAAMlF,IAAN,CAAY,IAAZ,EAAkBwX,KAAlB,EAAyBhB,KAAKgS,IAAL,EAAzB,CAAZ;AACA;AACDJ,aAAU5R,IAAV,EAAgBlR,IAAhB,EAAsB7E,QAAtB,EAAgCwgB,OAAhC;AACA,IANM,CAAP;AAOA;;AAED,MAAK5J,CAAL,EAAS;AACR8J,cAAWL,cAAexb,IAAf,EAAqB+iB,WAAY,CAAZ,EAAgBpe,aAArC,EAAoD,KAApD,EAA2Doe,UAA3D,EAAuEpH,OAAvE,CAAX;AACAlgB,WAAQogB,SAAShS,UAAjB;;AAEA,OAAKgS,SAAS7X,UAAT,CAAoBxJ,MAApB,KAA+B,CAApC,EAAwC;AACvCqhB,eAAWpgB,KAAX;AACA;;AAED;AACA,OAAKA,SAASkgB,OAAd,EAAwB;AACvBF,cAAUhiB,OAAO2B,GAAP,CAAYggB,OAAQS,QAAR,EAAkB,QAAlB,CAAZ,EAA0CwG,aAA1C,CAAV;AACAW,iBAAavH,QAAQjhB,MAArB;;AAEA;AACA;AACA;AACA,WAAQc,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpB2L,YAAO4U,QAAP;;AAEA,SAAKvgB,MAAM2nB,QAAX,EAAsB;AACrBhc,aAAOxN,OAAO8C,KAAP,CAAc0K,IAAd,EAAoB,IAApB,EAA0B,IAA1B,CAAP;;AAEA;AACA,UAAK+b,UAAL,EAAkB;;AAEjB;AACA;AACAvpB,cAAOuB,KAAP,CAAcygB,OAAd,EAAuBL,OAAQnU,IAAR,EAAc,QAAd,CAAvB;AACA;AACD;;AAED9L,cAAST,IAAT,CAAeqoB,WAAYznB,CAAZ,CAAf,EAAgC2L,IAAhC,EAAsC3L,CAAtC;AACA;;AAED,QAAK0nB,UAAL,EAAkB;AACjB5b,WAAMqU,QAASA,QAAQjhB,MAAR,GAAiB,CAA1B,EAA8BmK,aAApC;;AAEA;AACAlL,YAAO2B,GAAP,CAAYqgB,OAAZ,EAAqB6G,aAArB;;AAEA;AACA,UAAMhnB,IAAI,CAAV,EAAaA,IAAI0nB,UAAjB,EAA6B1nB,GAA7B,EAAmC;AAClC2L,aAAOwU,QAASngB,CAAT,CAAP;AACA,UAAKgf,YAAYpV,IAAZ,CAAkB+B,KAAK1J,IAAL,IAAa,EAA/B,KACJ,CAACwa,SAASpB,MAAT,CAAiB1P,IAAjB,EAAuB,YAAvB,CADG,IAEJxN,OAAO4H,QAAP,CAAiB+F,GAAjB,EAAsBH,IAAtB,CAFD,EAEgC;;AAE/B,WAAKA,KAAK7K,GAAV,EAAgB;;AAEf;AACA,YAAK3C,OAAO0pB,QAAZ,EAAuB;AACtB1pB,gBAAO0pB,QAAP,CAAiBlc,KAAK7K,GAAtB;AACA;AACD,QAND,MAMO;AACN3C,eAAOuE,UAAP,CAAmBiJ,KAAK2C,WAAL,CAAiB3M,OAAjB,CAA0BilB,YAA1B,EAAwC,EAAxC,CAAnB;AACA;AACD;AACD;AACD;AACD;AACD;;AAED,SAAOa,UAAP;AACA;;AAED,UAASnP,OAAT,CAAiBvY,IAAjB,EAAuB3B,QAAvB,EAAiC0pB,QAAjC,EAA4C;AAC3C,MAAInc,IAAJ;AAAA,MACC8U,QAAQriB,WAAWD,OAAOqO,MAAP,CAAepO,QAAf,EAAyB2B,IAAzB,CAAX,GAA6CA,IADtD;AAAA,MAECC,IAAI,CAFL;;AAIA,SAAQ,CAAE2L,OAAO8U,MAAOzgB,CAAP,CAAT,KAAyB,IAAjC,EAAuCA,GAAvC,EAA6C;AAC5C,OAAK,CAAC8nB,QAAD,IAAanc,KAAKnJ,QAAL,KAAkB,CAApC,EAAwC;AACvCrE,WAAO4pB,SAAP,CAAkBjI,OAAQnU,IAAR,CAAlB;AACA;;AAED,OAAKA,KAAKvI,UAAV,EAAuB;AACtB,QAAK0kB,YAAY3pB,OAAO4H,QAAP,CAAiB4F,KAAKtC,aAAtB,EAAqCsC,IAArC,CAAjB,EAA+D;AAC9DoU,mBAAeD,OAAQnU,IAAR,EAAc,QAAd,CAAf;AACA;AACDA,SAAKvI,UAAL,CAAgBC,WAAhB,CAA6BsI,IAA7B;AACA;AACD;;AAED,SAAO5L,IAAP;AACA;;AAED5B,QAAOwC,MAAP,CAAe;AACdggB,iBAAe,uBAAUiH,IAAV,EAAiB;AAC/B,UAAOA,KAAKjmB,OAAL,CAAc6kB,SAAd,EAAyB,WAAzB,CAAP;AACA,GAHa;;AAKdvlB,SAAO,eAAUlB,IAAV,EAAgBioB,aAAhB,EAA+BC,iBAA/B,EAAmD;AACzD,OAAIjoB,CAAJ;AAAA,OAAOyW,CAAP;AAAA,OAAUyR,WAAV;AAAA,OAAuBC,YAAvB;AAAA,OACClnB,QAAQlB,KAAK8gB,SAAL,CAAgB,IAAhB,CADT;AAAA,OAECuH,SAASjqB,OAAO4H,QAAP,CAAiBhG,KAAKsJ,aAAtB,EAAqCtJ,IAArC,CAFV;;AAIA;AACA,OAAK,CAAC9B,QAAQ6iB,cAAT,KAA6B/gB,KAAKyC,QAAL,KAAkB,CAAlB,IAAuBzC,KAAKyC,QAAL,KAAkB,EAAtE,KACH,CAACrE,OAAO4W,QAAP,CAAiBhV,IAAjB,CADH,EAC6B;;AAE5B;AACAooB,mBAAerI,OAAQ7e,KAAR,CAAf;AACAinB,kBAAcpI,OAAQ/f,IAAR,CAAd;;AAEA,SAAMC,IAAI,CAAJ,EAAOyW,IAAIyR,YAAYhpB,MAA7B,EAAqCc,IAAIyW,CAAzC,EAA4CzW,GAA5C,EAAkD;AACjDunB,cAAUW,YAAaloB,CAAb,CAAV,EAA4BmoB,aAAcnoB,CAAd,CAA5B;AACA;AACD;;AAED;AACA,OAAKgoB,aAAL,EAAqB;AACpB,QAAKC,iBAAL,EAAyB;AACxBC,mBAAcA,eAAepI,OAAQ/f,IAAR,CAA7B;AACAooB,oBAAeA,gBAAgBrI,OAAQ7e,KAAR,CAA/B;;AAEA,UAAMjB,IAAI,CAAJ,EAAOyW,IAAIyR,YAAYhpB,MAA7B,EAAqCc,IAAIyW,CAAzC,EAA4CzW,GAA5C,EAAkD;AACjDinB,qBAAgBiB,YAAaloB,CAAb,CAAhB,EAAkCmoB,aAAcnoB,CAAd,CAAlC;AACA;AACD,KAPD,MAOO;AACNinB,oBAAgBlnB,IAAhB,EAAsBkB,KAAtB;AACA;AACD;;AAED;AACAknB,kBAAerI,OAAQ7e,KAAR,EAAe,QAAf,CAAf;AACA,OAAKknB,aAAajpB,MAAb,GAAsB,CAA3B,EAA+B;AAC9B6gB,kBAAeoI,YAAf,EAA6B,CAACC,MAAD,IAAWtI,OAAQ/f,IAAR,EAAc,QAAd,CAAxC;AACA;;AAED;AACA,UAAOkB,KAAP;AACA,GA7Ca;;AA+Cd8mB,aAAW,mBAAUvoB,KAAV,EAAkB;AAC5B,OAAI4c,IAAJ;AAAA,OAAUrc,IAAV;AAAA,OAAgBkC,IAAhB;AAAA,OACC+f,UAAU7jB,OAAOujB,KAAP,CAAaM,OADxB;AAAA,OAEChiB,IAAI,CAFL;;AAIA,UAAQ,CAAED,OAAOP,MAAOQ,CAAP,CAAT,MAA0BuB,SAAlC,EAA6CvB,GAA7C,EAAmD;AAClD,QAAK0b,WAAY3b,IAAZ,CAAL,EAA0B;AACzB,SAAOqc,OAAOrc,KAAM0c,SAASjb,OAAf,CAAd,EAA2C;AAC1C,UAAK4a,KAAKyF,MAAV,EAAmB;AAClB,YAAM5f,IAAN,IAAcma,KAAKyF,MAAnB,EAA4B;AAC3B,YAAKG,QAAS/f,IAAT,CAAL,EAAuB;AACtB9D,gBAAOujB,KAAP,CAAapJ,MAAb,CAAqBvY,IAArB,EAA2BkC,IAA3B;;AAED;AACC,SAJD,MAIO;AACN9D,gBAAO6kB,WAAP,CAAoBjjB,IAApB,EAA0BkC,IAA1B,EAAgCma,KAAKiG,MAArC;AACA;AACD;AACD;;AAED;AACA;AACAtiB,WAAM0c,SAASjb,OAAf,IAA2BD,SAA3B;AACA;AACD,SAAKxB,KAAM2c,SAASlb,OAAf,CAAL,EAAgC;;AAE/B;AACA;AACAzB,WAAM2c,SAASlb,OAAf,IAA2BD,SAA3B;AACA;AACD;AACD;AACD;AA/Ea,EAAf;;AAkFApD,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;;AAEjB;AACA6mB,YAAUA,QAHO;;AAKjBa,UAAQ,gBAAUjqB,QAAV,EAAqB;AAC5B,UAAOka,QAAQ,IAAR,EAAcla,QAAd,EAAwB,IAAxB,CAAP;AACA,GAPgB;;AASjBka,UAAQ,gBAAUla,QAAV,EAAqB;AAC5B,UAAOka,QAAQ,IAAR,EAAcla,QAAd,CAAP;AACA,GAXgB;;AAajB6E,QAAM,cAAUqB,KAAV,EAAkB;AACvB,UAAO+W,OAAQ,IAAR,EAAc,UAAU/W,KAAV,EAAkB;AACtC,WAAOA,UAAU/C,SAAV,GACNpD,OAAO8E,IAAP,CAAa,IAAb,CADM,GAEN,KAAKsV,KAAL,GAAa3Y,IAAb,CAAmB,YAAW;AAC7B,SAAK,KAAK4C,QAAL,KAAkB,CAAlB,IAAuB,KAAKA,QAAL,KAAkB,EAAzC,IAA+C,KAAKA,QAAL,KAAkB,CAAtE,EAA0E;AACzE,WAAK8L,WAAL,GAAmBhK,KAAnB;AACA;AACD,KAJD,CAFD;AAOA,IARM,EAQJ,IARI,EAQEA,KARF,EAQSpE,UAAUhB,MARnB,CAAP;AASA,GAvBgB;;AAyBjBopB,UAAQ,kBAAW;AAClB,UAAOd,SAAU,IAAV,EAAgBtnB,SAAhB,EAA2B,UAAUH,IAAV,EAAiB;AAClD,QAAK,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB,KAAKA,QAAL,KAAkB,EAAzC,IAA+C,KAAKA,QAAL,KAAkB,CAAtE,EAA0E;AACzE,SAAItB,SAAS2lB,mBAAoB,IAApB,EAA0B9mB,IAA1B,CAAb;AACAmB,YAAOiC,WAAP,CAAoBpD,IAApB;AACA;AACD,IALM,CAAP;AAMA,GAhCgB;;AAkCjBwoB,WAAS,mBAAW;AACnB,UAAOf,SAAU,IAAV,EAAgBtnB,SAAhB,EAA2B,UAAUH,IAAV,EAAiB;AAClD,QAAK,KAAKyC,QAAL,KAAkB,CAAlB,IAAuB,KAAKA,QAAL,KAAkB,EAAzC,IAA+C,KAAKA,QAAL,KAAkB,CAAtE,EAA0E;AACzE,SAAItB,SAAS2lB,mBAAoB,IAApB,EAA0B9mB,IAA1B,CAAb;AACAmB,YAAOsnB,YAAP,CAAqBzoB,IAArB,EAA2BmB,OAAOqN,UAAlC;AACA;AACD,IALM,CAAP;AAMA,GAzCgB;;AA2CjBka,UAAQ,kBAAW;AAClB,UAAOjB,SAAU,IAAV,EAAgBtnB,SAAhB,EAA2B,UAAUH,IAAV,EAAiB;AAClD,QAAK,KAAKqD,UAAV,EAAuB;AACtB,UAAKA,UAAL,CAAgBolB,YAAhB,CAA8BzoB,IAA9B,EAAoC,IAApC;AACA;AACD,IAJM,CAAP;AAKA,GAjDgB;;AAmDjB2oB,SAAO,iBAAW;AACjB,UAAOlB,SAAU,IAAV,EAAgBtnB,SAAhB,EAA2B,UAAUH,IAAV,EAAiB;AAClD,QAAK,KAAKqD,UAAV,EAAuB;AACtB,UAAKA,UAAL,CAAgBolB,YAAhB,CAA8BzoB,IAA9B,EAAoC,KAAKqL,WAAzC;AACA;AACD,IAJM,CAAP;AAKA,GAzDgB;;AA2DjBmN,SAAO,iBAAW;AACjB,OAAIxY,IAAJ;AAAA,OACCC,IAAI,CADL;;AAGA,UAAQ,CAAED,OAAO,KAAMC,CAAN,CAAT,KAAwB,IAAhC,EAAsCA,GAAtC,EAA4C;AAC3C,QAAKD,KAAKyC,QAAL,KAAkB,CAAvB,EAA2B;;AAE1B;AACArE,YAAO4pB,SAAP,CAAkBjI,OAAQ/f,IAAR,EAAc,KAAd,CAAlB;;AAEA;AACAA,UAAKuO,WAAL,GAAmB,EAAnB;AACA;AACD;;AAED,UAAO,IAAP;AACA,GA3EgB;;AA6EjBrN,SAAO,eAAU+mB,aAAV,EAAyBC,iBAAzB,EAA6C;AACnDD,mBAAgBA,iBAAiB,IAAjB,GAAwB,KAAxB,GAAgCA,aAAhD;AACAC,uBAAoBA,qBAAqB,IAArB,GAA4BD,aAA5B,GAA4CC,iBAAhE;;AAEA,UAAO,KAAKnoB,GAAL,CAAU,YAAW;AAC3B,WAAO3B,OAAO8C,KAAP,CAAc,IAAd,EAAoB+mB,aAApB,EAAmCC,iBAAnC,CAAP;AACA,IAFM,CAAP;AAGA,GApFgB;;AAsFjBL,QAAM,cAAUtjB,KAAV,EAAkB;AACvB,UAAO+W,OAAQ,IAAR,EAAc,UAAU/W,KAAV,EAAkB;AACtC,QAAIvE,OAAO,KAAM,CAAN,KAAa,EAAxB;AAAA,QACCC,IAAI,CADL;AAAA,QAECyW,IAAI,KAAKvX,MAFV;;AAIA,QAAKoF,UAAU/C,SAAV,IAAuBxB,KAAKyC,QAAL,KAAkB,CAA9C,EAAkD;AACjD,YAAOzC,KAAK6M,SAAZ;AACA;;AAED;AACA,QAAK,OAAOtI,KAAP,KAAiB,QAAjB,IAA6B,CAACmiB,aAAa7c,IAAb,CAAmBtF,KAAnB,CAA9B,IACJ,CAAC2a,QAAS,CAAEF,SAASzV,IAAT,CAAehF,KAAf,KAA0B,CAAE,EAAF,EAAM,EAAN,CAA5B,EAA0C,CAA1C,EAA8Cb,WAA9C,EAAT,CADF,EAC2E;;AAE1Ea,aAAQnG,OAAOwiB,aAAP,CAAsBrc,KAAtB,CAAR;;AAEA,SAAI;AACH,aAAQtE,IAAIyW,CAAZ,EAAezW,GAAf,EAAqB;AACpBD,cAAO,KAAMC,CAAN,KAAa,EAApB;;AAEA;AACA,WAAKD,KAAKyC,QAAL,KAAkB,CAAvB,EAA2B;AAC1BrE,eAAO4pB,SAAP,CAAkBjI,OAAQ/f,IAAR,EAAc,KAAd,CAAlB;AACAA,aAAK6M,SAAL,GAAiBtI,KAAjB;AACA;AACD;;AAEDvE,aAAO,CAAP;;AAED;AACC,MAdD,CAcE,OAAQ4I,CAAR,EAAY,CAAE;AAChB;;AAED,QAAK5I,IAAL,EAAY;AACX,UAAKwY,KAAL,GAAa+P,MAAb,CAAqBhkB,KAArB;AACA;AACD,IAnCM,EAmCJ,IAnCI,EAmCEA,KAnCF,EAmCSpE,UAAUhB,MAnCnB,CAAP;AAoCA,GA3HgB;;AA6HjBypB,eAAa,uBAAW;AACvB,OAAItI,UAAU,EAAd;;AAEA;AACA,UAAOmH,SAAU,IAAV,EAAgBtnB,SAAhB,EAA2B,UAAUH,IAAV,EAAiB;AAClD,QAAI8L,SAAS,KAAKzI,UAAlB;;AAEA,QAAKjF,OAAO2F,OAAP,CAAgB,IAAhB,EAAsBuc,OAAtB,IAAkC,CAAvC,EAA2C;AAC1CliB,YAAO4pB,SAAP,CAAkBjI,OAAQ,IAAR,CAAlB;AACA,SAAKjU,MAAL,EAAc;AACbA,aAAO+c,YAAP,CAAqB7oB,IAArB,EAA2B,IAA3B;AACA;AACD;;AAEF;AACC,IAXM,EAWJsgB,OAXI,CAAP;AAYA;AA7IgB,EAAlB;;AAgJAliB,QAAOyB,IAAP,CAAa;AACZipB,YAAU,QADE;AAEZC,aAAW,SAFC;AAGZN,gBAAc,QAHF;AAIZO,eAAa,OAJD;AAKZC,cAAY;AALA,EAAb,EAMG,UAAUnoB,IAAV,EAAgBqjB,QAAhB,EAA2B;AAC7B/lB,SAAOG,EAAP,CAAWuC,IAAX,IAAoB,UAAUzC,QAAV,EAAqB;AACxC,OAAIoB,KAAJ;AAAA,OACCC,MAAM,EADP;AAAA,OAECwpB,SAAS9qB,OAAQC,QAAR,CAFV;AAAA,OAGCiC,OAAO4oB,OAAO/pB,MAAP,GAAgB,CAHxB;AAAA,OAICc,IAAI,CAJL;;AAMA,UAAQA,KAAKK,IAAb,EAAmBL,GAAnB,EAAyB;AACxBR,YAAQQ,MAAMK,IAAN,GAAa,IAAb,GAAoB,KAAKY,KAAL,CAAY,IAAZ,CAA5B;AACA9C,WAAQ8qB,OAAQjpB,CAAR,CAAR,EAAuBkkB,QAAvB,EAAmC1kB,KAAnC;;AAEA;AACA;AACA7B,SAAKsC,KAAL,CAAYR,GAAZ,EAAiBD,MAAMH,GAAN,EAAjB;AACA;;AAED,UAAO,KAAKE,SAAL,CAAgBE,GAAhB,CAAP;AACA,GAjBD;AAkBA,EAzBD;;AA4BA,KAAIypB,MAAJ;AAAA,KACCC,cAAc;;AAEb;AACA;AACAC,QAAM,OAJO;AAKbC,QAAM;AALO,EADf;;AASA;;;;;;AAMA;AACA,UAASC,aAAT,CAAwBzoB,IAAxB,EAA8BiL,GAA9B,EAAoC;AACnC,MAAI/L,OAAO5B,OAAQ2N,IAAI9I,aAAJ,CAAmBnC,IAAnB,CAAR,EAAoCgoB,QAApC,CAA8C/c,IAAI0Y,IAAlD,CAAX;AAAA,MAEC+E,UAAUprB,OAAO+f,GAAP,CAAYne,KAAM,CAAN,CAAZ,EAAuB,SAAvB,CAFX;;AAIA;AACA;AACAA,OAAKsoB,MAAL;;AAEA,SAAOkB,OAAP;AACA;;AAED;;;;AAIA,UAASC,cAAT,CAAyBhmB,QAAzB,EAAoC;AACnC,MAAIsI,MAAM3O,QAAV;AAAA,MACCosB,UAAUJ,YAAa3lB,QAAb,CADX;;AAGA,MAAK,CAAC+lB,OAAN,EAAgB;AACfA,aAAUD,cAAe9lB,QAAf,EAAyBsI,GAAzB,CAAV;;AAEA;AACA,OAAKyd,YAAY,MAAZ,IAAsB,CAACA,OAA5B,EAAsC;;AAErC;AACAL,aAAS,CAAEA,UAAU/qB,OAAQ,gDAAR,CAAZ,EACP0qB,QADO,CACG/c,IAAIJ,eADP,CAAT;;AAGA;AACAI,UAAMod,OAAQ,CAAR,EAAY5R,eAAlB;;AAEA;AACAxL,QAAI2d,KAAJ;AACA3d,QAAI4d,KAAJ;;AAEAH,cAAUD,cAAe9lB,QAAf,EAAyBsI,GAAzB,CAAV;AACAod,WAAOb,MAAP;AACA;;AAED;AACAc,eAAa3lB,QAAb,IAA0B+lB,OAA1B;AACA;;AAED,SAAOA,OAAP;AACA;AACD,KAAII,UAAY,SAAhB;;AAEA,KAAIC,YAAY,IAAIxiB,MAAJ,CAAY,OAAOwW,IAAP,GAAc,iBAA1B,EAA6C,GAA7C,CAAhB;;AAEA,KAAIiM,YAAY,SAAZA,SAAY,CAAU9pB,IAAV,EAAiB;;AAE/B;AACA;AACA;AACA,MAAI+pB,OAAO/pB,KAAKsJ,aAAL,CAAmB0C,WAA9B;;AAEA,MAAK,CAAC+d,IAAD,IAAS,CAACA,KAAKC,MAApB,EAA6B;AAC5BD,UAAOxsB,MAAP;AACA;;AAED,SAAOwsB,KAAKE,gBAAL,CAAuBjqB,IAAvB,CAAP;AACA,EAZF;;AAcA,KAAIkqB,OAAO,SAAPA,IAAO,CAAUlqB,IAAV,EAAgBa,OAAhB,EAAyBf,QAAzB,EAAmC6E,IAAnC,EAA0C;AACpD,MAAIjF,GAAJ;AAAA,MAASoB,IAAT;AAAA,MACCqpB,MAAM,EADP;;AAGA;AACA,OAAMrpB,IAAN,IAAcD,OAAd,EAAwB;AACvBspB,OAAKrpB,IAAL,IAAcd,KAAK8e,KAAL,CAAYhe,IAAZ,CAAd;AACAd,QAAK8e,KAAL,CAAYhe,IAAZ,IAAqBD,QAASC,IAAT,CAArB;AACA;;AAEDpB,QAAMI,SAASI,KAAT,CAAgBF,IAAhB,EAAsB2E,QAAQ,EAA9B,CAAN;;AAEA;AACA,OAAM7D,IAAN,IAAcD,OAAd,EAAwB;AACvBb,QAAK8e,KAAL,CAAYhe,IAAZ,IAAqBqpB,IAAKrpB,IAAL,CAArB;AACA;;AAED,SAAOpB,GAAP;AACA,EAlBD;;AAqBA,KAAIiM,kBAAkBvO,SAASuO,eAA/B;;AAIA,EAAE,YAAW;AACZ,MAAIye,gBAAJ;AAAA,MAAsBC,oBAAtB;AAAA,MAA4CC,mBAA5C;AAAA,MAAiEC,qBAAjE;AAAA,MACCC,YAAYptB,SAAS6F,aAAT,CAAwB,KAAxB,CADb;AAAA,MAEC2H,MAAMxN,SAAS6F,aAAT,CAAwB,KAAxB,CAFP;;AAIA;AACA,MAAK,CAAC2H,IAAIkU,KAAV,EAAkB;AACjB;AACA;;AAED;AACA;AACAlU,MAAIkU,KAAJ,CAAU2L,cAAV,GAA2B,aAA3B;AACA7f,MAAIkW,SAAJ,CAAe,IAAf,EAAsBhC,KAAtB,CAA4B2L,cAA5B,GAA6C,EAA7C;AACAvsB,UAAQwsB,eAAR,GAA0B9f,IAAIkU,KAAJ,CAAU2L,cAAV,KAA6B,aAAvD;;AAEAD,YAAU1L,KAAV,CAAgB6L,OAAhB,GAA0B,oDACzB,4CADD;AAEAH,YAAUpnB,WAAV,CAAuBwH,GAAvB;;AAEA;AACA;AACA,WAASggB,iBAAT,GAA6B;AAC5BhgB,OAAIkU,KAAJ,CAAU6L,OAAV;;AAEC;AACA;AACA,uFACA,kCADA,GAEA,qCAFA,GAGA,kBAPD;AAQA/f,OAAIiC,SAAJ,GAAgB,EAAhB;AACAlB,mBAAgBvI,WAAhB,CAA6BonB,SAA7B;;AAEA,OAAIK,WAAWttB,OAAO0sB,gBAAP,CAAyBrf,GAAzB,CAAf;AACAwf,sBAAmBS,SAAS5e,GAAT,KAAiB,IAApC;AACAse,2BAAwBM,SAASC,UAAT,KAAwB,KAAhD;AACAT,0BAAuBQ,SAASE,KAAT,KAAmB,KAA1C;;AAEA;AACA;AACAngB,OAAIkU,KAAJ,CAAUkM,WAAV,GAAwB,KAAxB;AACAV,yBAAsBO,SAASG,WAAT,KAAyB,KAA/C;;AAEArf,mBAAgBrI,WAAhB,CAA6BknB,SAA7B;AACA;;AAEDpsB,SAAOwC,MAAP,CAAe1C,OAAf,EAAwB;AACvB+sB,kBAAe,yBAAW;;AAEzB;AACA;AACA;AACAL;AACA,WAAOR,gBAAP;AACA,IARsB;AASvBc,sBAAmB,6BAAW;AAC7B,QAAKb,wBAAwB,IAA7B,EAAoC;AACnCO;AACA;AACD,WAAOP,oBAAP;AACA,IAdsB;AAevBc,qBAAkB,4BAAW;;AAE5B;AACA;AACA;AACA,QAAKd,wBAAwB,IAA7B,EAAoC;AACnCO;AACA;AACD,WAAON,mBAAP;AACA,IAxBsB;AAyBvBc,uBAAoB,8BAAW;;AAE9B;AACA,QAAKf,wBAAwB,IAA7B,EAAoC;AACnCO;AACA;AACD,WAAOL,qBAAP;AACA,IAhCsB;AAiCvBc,wBAAqB,+BAAW;;AAE/B;AACA;AACA;AACA;AACA;AACA,QAAI3rB,GAAJ;AAAA,QACC4rB,YAAY1gB,IAAIxH,WAAJ,CAAiBhG,SAAS6F,aAAT,CAAwB,KAAxB,CAAjB,CADb;;AAGA;AACAqoB,cAAUxM,KAAV,CAAgB6L,OAAhB,GAA0B/f,IAAIkU,KAAJ,CAAU6L,OAAV;;AAEzB;AACA;AACA,+DACA,2CALD;AAMAW,cAAUxM,KAAV,CAAgBkM,WAAhB,GAA8BM,UAAUxM,KAAV,CAAgBiM,KAAhB,GAAwB,GAAtD;AACAngB,QAAIkU,KAAJ,CAAUiM,KAAV,GAAkB,KAAlB;AACApf,oBAAgBvI,WAAhB,CAA6BonB,SAA7B;;AAEA9qB,UAAM,CAAC6C,WAAYhF,OAAO0sB,gBAAP,CAAyBqB,SAAzB,EAAqCN,WAAjD,CAAP;;AAEArf,oBAAgBrI,WAAhB,CAA6BknB,SAA7B;AACA5f,QAAItH,WAAJ,CAAiBgoB,SAAjB;;AAEA,WAAO5rB,GAAP;AACA;AA5DsB,GAAxB;AA8DA,EA7GD;;AAgHA,UAAS6rB,MAAT,CAAiBvrB,IAAjB,EAAuBc,IAAvB,EAA6B0qB,QAA7B,EAAwC;AACvC,MAAIT,KAAJ;AAAA,MAAWU,QAAX;AAAA,MAAqBC,QAArB;AAAA,MAA+BhsB,GAA/B;AAAA,MACCof,QAAQ9e,KAAK8e,KADd;;AAGA0M,aAAWA,YAAY1B,UAAW9pB,IAAX,CAAvB;AACAN,QAAM8rB,WAAWA,SAASG,gBAAT,CAA2B7qB,IAA3B,KAAqC0qB,SAAU1qB,IAAV,CAAhD,GAAmEU,SAAzE;;AAEA;AACA;AACA;AACA,MAAK,CAAE9B,QAAQ,EAAR,IAAcA,QAAQ8B,SAAxB,KAAuC,CAACpD,OAAO4H,QAAP,CAAiBhG,KAAKsJ,aAAtB,EAAqCtJ,IAArC,CAA7C,EAA2F;AAC1FN,SAAMtB,OAAO0gB,KAAP,CAAc9e,IAAd,EAAoBc,IAApB,CAAN;AACA;;AAED;AACA;AACA,MAAK0qB,QAAL,EAAgB;;AAEf;AACA;AACA;AACA;AACA;AACA,OAAK,CAACttB,QAAQitB,gBAAR,EAAD,IAA+BtB,UAAUhgB,IAAV,CAAgBnK,GAAhB,CAA/B,IAAwDkqB,QAAQ/f,IAAR,CAAc/I,IAAd,CAA7D,EAAoF;;AAEnF;AACAiqB,YAAQjM,MAAMiM,KAAd;AACAU,eAAW3M,MAAM2M,QAAjB;AACAC,eAAW5M,MAAM4M,QAAjB;;AAEA;AACA5M,UAAM2M,QAAN,GAAiB3M,MAAM4M,QAAN,GAAiB5M,MAAMiM,KAAN,GAAcrrB,GAAhD;AACAA,UAAM8rB,SAAST,KAAf;;AAEA;AACAjM,UAAMiM,KAAN,GAAcA,KAAd;AACAjM,UAAM2M,QAAN,GAAiBA,QAAjB;AACA3M,UAAM4M,QAAN,GAAiBA,QAAjB;AACA;AACD;;AAED,SAAOhsB,QAAQ8B,SAAR;;AAEN;AACA;AACA9B,QAAM,EAJA,GAKNA,GALD;AAMA;;AAGD,UAASksB,YAAT,CAAuBC,WAAvB,EAAoCC,MAApC,EAA6C;;AAE5C;AACA,SAAO;AACNxsB,QAAK,eAAW;AACf,QAAKusB,aAAL,EAAqB;;AAEpB;AACA;AACA,YAAO,KAAKvsB,GAAZ;AACA;AACA;;AAED;AACA,WAAO,CAAE,KAAKA,GAAL,GAAWwsB,MAAb,EAAsB5rB,KAAtB,CAA6B,IAA7B,EAAmCC,SAAnC,CAAP;AACA;AAZK,GAAP;AAcA;;AAGD;;AAEC;AACA;AACA;AACA4rB,gBAAe,2BALhB;AAAA,KAOCC,UAAU,EAAEC,UAAU,UAAZ,EAAwBC,YAAY,QAApC,EAA8C1C,SAAS,OAAvD,EAPX;AAAA,KAQC2C,qBAAqB;AACpBC,iBAAe,GADK;AAEpBC,cAAY;AAFQ,EARtB;AAAA,KAaCC,cAAc,CAAE,QAAF,EAAY,GAAZ,EAAiB,KAAjB,EAAwB,IAAxB,CAbf;AAAA,KAcCC,aAAanvB,SAAS6F,aAAT,CAAwB,KAAxB,EAAgC6b,KAd9C;;AAgBA;AACA,UAAS0N,cAAT,CAAyB1rB,IAAzB,EAAgC;;AAE/B;AACA,MAAKA,QAAQyrB,UAAb,EAA0B;AACzB,UAAOzrB,IAAP;AACA;;AAED;AACA,MAAI2rB,UAAU3rB,KAAM,CAAN,EAAU/B,WAAV,KAA0B+B,KAAKpD,KAAL,CAAY,CAAZ,CAAxC;AAAA,MACCuC,IAAIqsB,YAAYntB,MADjB;;AAGA,SAAQc,GAAR,EAAc;AACba,UAAOwrB,YAAarsB,CAAb,IAAmBwsB,OAA1B;AACA,OAAK3rB,QAAQyrB,UAAb,EAA0B;AACzB,WAAOzrB,IAAP;AACA;AACD;AACD;;AAED,UAAS4rB,iBAAT,CAA4B1sB,IAA5B,EAAkCuE,KAAlC,EAAyCooB,QAAzC,EAAoD;;AAEnD;AACA;AACA,MAAIvoB,UAAU2Z,QAAQxU,IAAR,CAAchF,KAAd,CAAd;AACA,SAAOH;;AAEN;AACA1C,OAAKkrB,GAAL,CAAU,CAAV,EAAaxoB,QAAS,CAAT,KAAiBuoB,YAAY,CAA7B,CAAb,KAAoDvoB,QAAS,CAAT,KAAgB,IAApE,CAHM,GAING,KAJD;AAKA;;AAED,UAASsoB,oBAAT,CAA+B7sB,IAA/B,EAAqCc,IAArC,EAA2CgsB,KAA3C,EAAkDC,WAAlD,EAA+DC,MAA/D,EAAwE;AACvE,MAAI/sB,IAAI6sB,WAAYC,cAAc,QAAd,GAAyB,SAArC;;AAEP;AACA,GAHO;;AAKP;AACAjsB,WAAS,OAAT,GAAmB,CAAnB,GAAuB,CANxB;AAAA,MAQCmN,MAAM,CARP;;AAUA,SAAQhO,IAAI,CAAZ,EAAeA,KAAK,CAApB,EAAwB;;AAEvB;AACA,OAAK6sB,UAAU,QAAf,EAA0B;AACzB7e,WAAO7P,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB8sB,QAAQ9O,UAAW/d,CAAX,CAA1B,EAA0C,IAA1C,EAAgD+sB,MAAhD,CAAP;AACA;;AAED,OAAKD,WAAL,EAAmB;;AAElB;AACA,QAAKD,UAAU,SAAf,EAA2B;AAC1B7e,YAAO7P,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,YAAYge,UAAW/d,CAAX,CAA9B,EAA8C,IAA9C,EAAoD+sB,MAApD,CAAP;AACA;;AAED;AACA,QAAKF,UAAU,QAAf,EAA0B;AACzB7e,YAAO7P,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,WAAWge,UAAW/d,CAAX,CAAX,GAA4B,OAA9C,EAAuD,IAAvD,EAA6D+sB,MAA7D,CAAP;AACA;AACD,IAXD,MAWO;;AAEN;AACA/e,WAAO7P,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,YAAYge,UAAW/d,CAAX,CAA9B,EAA8C,IAA9C,EAAoD+sB,MAApD,CAAP;;AAEA;AACA,QAAKF,UAAU,SAAf,EAA2B;AAC1B7e,YAAO7P,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,WAAWge,UAAW/d,CAAX,CAAX,GAA4B,OAA9C,EAAuD,IAAvD,EAA6D+sB,MAA7D,CAAP;AACA;AACD;AACD;;AAED,SAAO/e,GAAP;AACA;;AAED,UAASgf,gBAAT,CAA2BjtB,IAA3B,EAAiCc,IAAjC,EAAuCgsB,KAAvC,EAA+C;;AAE9C;AACA,MAAII,mBAAmB,IAAvB;AAAA,MACCjf,MAAMnN,SAAS,OAAT,GAAmBd,KAAKmtB,WAAxB,GAAsCntB,KAAKotB,YADlD;AAAA,MAECJ,SAASlD,UAAW9pB,IAAX,CAFV;AAAA,MAGC+sB,cAAc3uB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,WAAlB,EAA+B,KAA/B,EAAsCgtB,MAAtC,MAAmD,YAHlE;;AAKA;AACA;AACA;AACA,MAAK/e,OAAO,CAAP,IAAYA,OAAO,IAAxB,EAA+B;;AAE9B;AACAA,SAAMsd,OAAQvrB,IAAR,EAAcc,IAAd,EAAoBksB,MAApB,CAAN;AACA,OAAK/e,MAAM,CAAN,IAAWA,OAAO,IAAvB,EAA8B;AAC7BA,UAAMjO,KAAK8e,KAAL,CAAYhe,IAAZ,CAAN;AACA;;AAED;AACA,OAAK+oB,UAAUhgB,IAAV,CAAgBoE,GAAhB,CAAL,EAA6B;AAC5B,WAAOA,GAAP;AACA;;AAED;AACA;AACAif,sBAAmBH,gBAChB7uB,QAAQgtB,iBAAR,MAA+Bjd,QAAQjO,KAAK8e,KAAL,CAAYhe,IAAZ,CADvB,CAAnB;;AAGA;AACAmN,SAAM1L,WAAY0L,GAAZ,KAAqB,CAA3B;AACA;;AAED;AACA,SAASA,MACR4e,qBACC7sB,IADD,EAECc,IAFD,EAGCgsB,UAAWC,cAAc,QAAd,GAAyB,SAApC,CAHD,EAICG,gBAJD,EAKCF,MALD,CADM,GAQH,IARJ;AASA;;AAED,UAASK,QAAT,CAAmBtf,QAAnB,EAA6Buf,IAA7B,EAAoC;AACnC,MAAI9D,OAAJ;AAAA,MAAaxpB,IAAb;AAAA,MAAmButB,MAAnB;AAAA,MACCnT,SAAS,EADV;AAAA,MAECvD,QAAQ,CAFT;AAAA,MAGC1X,SAAS4O,SAAS5O,MAHnB;;AAKA,SAAQ0X,QAAQ1X,MAAhB,EAAwB0X,OAAxB,EAAkC;AACjC7W,UAAO+N,SAAU8I,KAAV,CAAP;AACA,OAAK,CAAC7W,KAAK8e,KAAX,EAAmB;AAClB;AACA;;AAED1E,UAAQvD,KAAR,IAAkB6F,SAASpd,GAAT,CAAcU,IAAd,EAAoB,YAApB,CAAlB;AACAwpB,aAAUxpB,KAAK8e,KAAL,CAAW0K,OAArB;AACA,OAAK8D,IAAL,EAAY;;AAEX;AACA;AACA,QAAK,CAAClT,OAAQvD,KAAR,CAAD,IAAoB2S,YAAY,MAArC,EAA8C;AAC7CxpB,UAAK8e,KAAL,CAAW0K,OAAX,GAAqB,EAArB;AACA;;AAED;AACA;AACA;AACA,QAAKxpB,KAAK8e,KAAL,CAAW0K,OAAX,KAAuB,EAAvB,IAA6BvL,SAAUje,IAAV,CAAlC,EAAqD;AACpDoa,YAAQvD,KAAR,IAAkB6F,SAASpB,MAAT,CACjBtb,IADiB,EAEjB,YAFiB,EAGjBypB,eAAgBzpB,KAAKyD,QAArB,CAHiB,CAAlB;AAKA;AACD,IAlBD,MAkBO;AACN8pB,aAAStP,SAAUje,IAAV,CAAT;;AAEA,QAAKwpB,YAAY,MAAZ,IAAsB,CAAC+D,MAA5B,EAAqC;AACpC7Q,cAASN,GAAT,CACCpc,IADD,EAEC,YAFD,EAGCutB,SAAS/D,OAAT,GAAmBprB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,SAAlB,CAHpB;AAKA;AACD;AACD;;AAED;AACA;AACA,OAAM6W,QAAQ,CAAd,EAAiBA,QAAQ1X,MAAzB,EAAiC0X,OAAjC,EAA2C;AAC1C7W,UAAO+N,SAAU8I,KAAV,CAAP;AACA,OAAK,CAAC7W,KAAK8e,KAAX,EAAmB;AAClB;AACA;AACD,OAAK,CAACwO,IAAD,IAASttB,KAAK8e,KAAL,CAAW0K,OAAX,KAAuB,MAAhC,IAA0CxpB,KAAK8e,KAAL,CAAW0K,OAAX,KAAuB,EAAtE,EAA2E;AAC1ExpB,SAAK8e,KAAL,CAAW0K,OAAX,GAAqB8D,OAAOlT,OAAQvD,KAAR,KAAmB,EAA1B,GAA+B,MAApD;AACA;AACD;;AAED,SAAO9I,QAAP;AACA;;AAED3P,QAAOwC,MAAP,CAAe;;AAEd;AACA;AACA4sB,YAAU;AACTC,YAAS;AACRnuB,SAAK,aAAUU,IAAV,EAAgBwrB,QAAhB,EAA2B;AAC/B,SAAKA,QAAL,EAAgB;;AAEf;AACA,UAAI9rB,MAAM6rB,OAAQvrB,IAAR,EAAc,SAAd,CAAV;AACA,aAAON,QAAQ,EAAR,GAAa,GAAb,GAAmBA,GAA1B;AACA;AACD;AARO;AADA,GAJI;;AAiBd;AACAkf,aAAW;AACV,8BAA2B,IADjB;AAEV,kBAAe,IAFL;AAGV,kBAAe,IAHL;AAIV,eAAY,IAJF;AAKV,iBAAc,IALJ;AAMV,iBAAc,IANJ;AAOV,iBAAc,IAPJ;AAQV,cAAW,IARD;AASV,YAAS,IATC;AAUV,cAAW,IAVD;AAWV,aAAU,IAXA;AAYV,aAAU,IAZA;AAaV,WAAQ;AAbE,GAlBG;;AAkCd;AACA;AACA8O,YAAU;AACT,YAAS;AADA,GApCI;;AAwCd;AACA5O,SAAO,eAAU9e,IAAV,EAAgBc,IAAhB,EAAsByD,KAAtB,EAA6BuoB,KAA7B,EAAqC;;AAE3C;AACA,OAAK,CAAC9sB,IAAD,IAASA,KAAKyC,QAAL,KAAkB,CAA3B,IAAgCzC,KAAKyC,QAAL,KAAkB,CAAlD,IAAuD,CAACzC,KAAK8e,KAAlE,EAA0E;AACzE;AACA;;AAED;AACA,OAAIpf,GAAJ;AAAA,OAASwC,IAAT;AAAA,OAAeob,KAAf;AAAA,OACCqQ,WAAWvvB,OAAOmF,SAAP,CAAkBzC,IAAlB,CADZ;AAAA,OAECge,QAAQ9e,KAAK8e,KAFd;;AAIAhe,UAAO1C,OAAOsvB,QAAP,CAAiBC,QAAjB,MACJvvB,OAAOsvB,QAAP,CAAiBC,QAAjB,IAA8BnB,eAAgBmB,QAAhB,KAA8BA,QADxD,CAAP;;AAGA;AACArQ,WAAQlf,OAAOovB,QAAP,CAAiB1sB,IAAjB,KAA2B1C,OAAOovB,QAAP,CAAiBG,QAAjB,CAAnC;;AAEA;AACA,OAAKppB,UAAU/C,SAAf,EAA2B;AAC1BU,kBAAcqC,KAAd,yCAAcA,KAAd;;AAEA;AACA,QAAKrC,SAAS,QAAT,KAAuBxC,MAAMqe,QAAQxU,IAAR,CAAchF,KAAd,CAA7B,KAAwD7E,IAAK,CAAL,CAA7D,EAAwE;AACvE6E,aAAQ6Z,UAAWpe,IAAX,EAAiBc,IAAjB,EAAuBpB,GAAvB,CAAR;;AAEA;AACAwC,YAAO,QAAP;AACA;;AAED;AACA,QAAKqC,SAAS,IAAT,IAAiBA,UAAUA,KAAhC,EAAwC;AACvC;AACA;;AAED;AACA,QAAKrC,SAAS,QAAd,EAAyB;AACxBqC,cAAS7E,OAAOA,IAAK,CAAL,CAAP,KAAqBtB,OAAOwgB,SAAP,CAAkB+O,QAAlB,IAA+B,EAA/B,GAAoC,IAAzD,CAAT;AACA;;AAED;AACA;AACA,QAAK,CAACzvB,QAAQwsB,eAAT,IAA4BnmB,UAAU,EAAtC,IAA4CzD,KAAKjD,OAAL,CAAc,YAAd,MAAiC,CAAlF,EAAsF;AACrFihB,WAAOhe,IAAP,IAAgB,SAAhB;AACA;;AAED;AACA,QAAK,CAACwc,KAAD,IAAU,EAAG,SAASA,KAAZ,CAAV,IACJ,CAAE/Y,QAAQ+Y,MAAMlB,GAAN,CAAWpc,IAAX,EAAiBuE,KAAjB,EAAwBuoB,KAAxB,CAAV,MAAgDtrB,SADjD,EAC6D;;AAE5Dsd,WAAOhe,IAAP,IAAgByD,KAAhB;AACA;AAED,IAlCD,MAkCO;;AAEN;AACA,QAAK+Y,SAAS,SAASA,KAAlB,IACJ,CAAE5d,MAAM4d,MAAMhe,GAAN,CAAWU,IAAX,EAAiB,KAAjB,EAAwB8sB,KAAxB,CAAR,MAA8CtrB,SAD/C,EAC2D;;AAE1D,YAAO9B,GAAP;AACA;;AAED;AACA,WAAOof,MAAOhe,IAAP,CAAP;AACA;AACD,GA1Ga;;AA4Gdqd,OAAK,aAAUne,IAAV,EAAgBc,IAAhB,EAAsBgsB,KAAtB,EAA6BE,MAA7B,EAAsC;AAC1C,OAAI/e,GAAJ;AAAA,OAAS1O,GAAT;AAAA,OAAc+d,KAAd;AAAA,OACCqQ,WAAWvvB,OAAOmF,SAAP,CAAkBzC,IAAlB,CADZ;;AAGA;AACAA,UAAO1C,OAAOsvB,QAAP,CAAiBC,QAAjB,MACJvvB,OAAOsvB,QAAP,CAAiBC,QAAjB,IAA8BnB,eAAgBmB,QAAhB,KAA8BA,QADxD,CAAP;;AAGA;AACArQ,WAAQlf,OAAOovB,QAAP,CAAiB1sB,IAAjB,KAA2B1C,OAAOovB,QAAP,CAAiBG,QAAjB,CAAnC;;AAEA;AACA,OAAKrQ,SAAS,SAASA,KAAvB,EAA+B;AAC9BrP,UAAMqP,MAAMhe,GAAN,CAAWU,IAAX,EAAiB,IAAjB,EAAuB8sB,KAAvB,CAAN;AACA;;AAED;AACA,OAAK7e,QAAQzM,SAAb,EAAyB;AACxByM,UAAMsd,OAAQvrB,IAAR,EAAcc,IAAd,EAAoBksB,MAApB,CAAN;AACA;;AAED;AACA,OAAK/e,QAAQ,QAAR,IAAoBnN,QAAQqrB,kBAAjC,EAAsD;AACrDle,UAAMke,mBAAoBrrB,IAApB,CAAN;AACA;;AAED;AACA,OAAKgsB,UAAU,EAAV,IAAgBA,KAArB,EAA6B;AAC5BvtB,UAAMgD,WAAY0L,GAAZ,CAAN;AACA,WAAO6e,UAAU,IAAV,IAAkBc,SAAUruB,GAAV,CAAlB,GAAoCA,OAAO,CAA3C,GAA+C0O,GAAtD;AACA;AACD,UAAOA,GAAP;AACA;AA5Ia,EAAf;;AA+IA7P,QAAOyB,IAAP,CAAa,CAAE,QAAF,EAAY,OAAZ,CAAb,EAAoC,UAAUI,CAAV,EAAaa,IAAb,EAAoB;AACvD1C,SAAOovB,QAAP,CAAiB1sB,IAAjB,IAA0B;AACzBxB,QAAK,aAAUU,IAAV,EAAgBwrB,QAAhB,EAA0BsB,KAA1B,EAAkC;AACtC,QAAKtB,QAAL,EAAgB;;AAEf;AACA;AACA,YAAOO,aAAaliB,IAAb,CAAmBzL,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,SAAlB,CAAnB,KACNA,KAAKmtB,WAAL,KAAqB,CADf,GAELjD,KAAMlqB,IAAN,EAAYgsB,OAAZ,EAAqB,YAAW;AAC/B,aAAOiB,iBAAkBjtB,IAAlB,EAAwBc,IAAxB,EAA8BgsB,KAA9B,CAAP;AACA,MAFD,CAFK,GAKLG,iBAAkBjtB,IAAlB,EAAwBc,IAAxB,EAA8BgsB,KAA9B,CALF;AAMA;AACD,IAbwB;;AAezB1Q,QAAK,aAAUpc,IAAV,EAAgBuE,KAAhB,EAAuBuoB,KAAvB,EAA+B;AACnC,QAAI1oB,OAAJ;AAAA,QACC4oB,SAASF,SAAShD,UAAW9pB,IAAX,CADnB;AAAA,QAEC2sB,WAAWG,SAASD,qBACnB7sB,IADmB,EAEnBc,IAFmB,EAGnBgsB,KAHmB,EAInB1uB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,WAAlB,EAA+B,KAA/B,EAAsCgtB,MAAtC,MAAmD,YAJhC,EAKnBA,MALmB,CAFrB;;AAUA;AACA,QAAKL,aAAcvoB,UAAU2Z,QAAQxU,IAAR,CAAchF,KAAd,CAAxB,KACJ,CAAEH,QAAS,CAAT,KAAgB,IAAlB,MAA6B,IAD9B,EACqC;;AAEpCpE,UAAK8e,KAAL,CAAYhe,IAAZ,IAAqByD,KAArB;AACAA,aAAQnG,OAAO+f,GAAP,CAAYne,IAAZ,EAAkBc,IAAlB,CAAR;AACA;;AAED,WAAO4rB,kBAAmB1sB,IAAnB,EAAyBuE,KAAzB,EAAgCooB,QAAhC,CAAP;AACA;AAnCwB,GAA1B;AAqCA,EAtCD;;AAwCAvuB,QAAOovB,QAAP,CAAgB1C,UAAhB,GAA6Bc,aAAc1tB,QAAQktB,kBAAtB,EAC5B,UAAUprB,IAAV,EAAgBwrB,QAAhB,EAA2B;AAC1B,MAAKA,QAAL,EAAgB;AACf,UAAO,CAAEjpB,WAAYgpB,OAAQvrB,IAAR,EAAc,YAAd,CAAZ,KACRA,KAAK6tB,qBAAL,GAA6BC,IAA7B,GACC5D,KAAMlqB,IAAN,EAAY,EAAE8qB,YAAY,CAAd,EAAZ,EAA+B,YAAW;AACzC,WAAO9qB,KAAK6tB,qBAAL,GAA6BC,IAApC;AACA,IAFD,CAFK,IAKF,IALL;AAMA;AACD,EAV2B,CAA7B;;AAaA;AACA1vB,QAAOovB,QAAP,CAAgBxC,WAAhB,GAA8BY,aAAc1tB,QAAQmtB,mBAAtB,EAC7B,UAAUrrB,IAAV,EAAgBwrB,QAAhB,EAA2B;AAC1B,MAAKA,QAAL,EAAgB;AACf,UAAOtB,KAAMlqB,IAAN,EAAY,EAAE,WAAW,cAAb,EAAZ,EACNurB,MADM,EACE,CAAEvrB,IAAF,EAAQ,aAAR,CADF,CAAP;AAEA;AACD,EAN4B,CAA9B;;AASA;AACA5B,QAAOyB,IAAP,CAAa;AACZkuB,UAAQ,EADI;AAEZC,WAAS,EAFG;AAGZC,UAAQ;AAHI,EAAb,EAIG,UAAUC,MAAV,EAAkBC,MAAlB,EAA2B;AAC7B/vB,SAAOovB,QAAP,CAAiBU,SAASC,MAA1B,IAAqC;AACpCC,WAAQ,gBAAU7pB,KAAV,EAAkB;AACzB,QAAItE,IAAI,CAAR;AAAA,QACCouB,WAAW,EADZ;;;AAGC;AACAC,YAAQ,OAAO/pB,KAAP,KAAiB,QAAjB,GAA4BA,MAAMS,KAAN,CAAa,GAAb,CAA5B,GAAiD,CAAET,KAAF,CAJ1D;;AAMA,WAAQtE,IAAI,CAAZ,EAAeA,GAAf,EAAqB;AACpBouB,cAAUH,SAASlQ,UAAW/d,CAAX,CAAT,GAA0BkuB,MAApC,IACCG,MAAOruB,CAAP,KAAcquB,MAAOruB,IAAI,CAAX,CAAd,IAAgCquB,MAAO,CAAP,CADjC;AAEA;;AAED,WAAOD,QAAP;AACA;AAdmC,GAArC;;AAiBA,MAAK,CAACzE,QAAQ/f,IAAR,CAAcqkB,MAAd,CAAN,EAA+B;AAC9B9vB,UAAOovB,QAAP,CAAiBU,SAASC,MAA1B,EAAmC/R,GAAnC,GAAyCsQ,iBAAzC;AACA;AACD,EAzBD;;AA2BAtuB,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBud,OAAK,aAAUrd,IAAV,EAAgByD,KAAhB,EAAwB;AAC5B,UAAO+W,OAAQ,IAAR,EAAc,UAAUtb,IAAV,EAAgBc,IAAhB,EAAsByD,KAAtB,EAA8B;AAClD,QAAIyoB,MAAJ;AAAA,QAAYzsB,GAAZ;AAAA,QACCR,MAAM,EADP;AAAA,QAECE,IAAI,CAFL;;AAIA,QAAK7B,OAAOmD,OAAP,CAAgBT,IAAhB,CAAL,EAA8B;AAC7BksB,cAASlD,UAAW9pB,IAAX,CAAT;AACAO,WAAMO,KAAK3B,MAAX;;AAEA,YAAQc,IAAIM,GAAZ,EAAiBN,GAAjB,EAAuB;AACtBF,UAAKe,KAAMb,CAAN,CAAL,IAAmB7B,OAAO+f,GAAP,CAAYne,IAAZ,EAAkBc,KAAMb,CAAN,CAAlB,EAA6B,KAA7B,EAAoC+sB,MAApC,CAAnB;AACA;;AAED,YAAOjtB,GAAP;AACA;;AAED,WAAOwE,UAAU/C,SAAV,GACNpD,OAAO0gB,KAAP,CAAc9e,IAAd,EAAoBc,IAApB,EAA0ByD,KAA1B,CADM,GAENnG,OAAO+f,GAAP,CAAYne,IAAZ,EAAkBc,IAAlB,CAFD;AAGA,IAnBM,EAmBJA,IAnBI,EAmBEyD,KAnBF,EAmBSpE,UAAUhB,MAAV,GAAmB,CAnB5B,CAAP;AAoBA,GAtBgB;AAuBjBmuB,QAAM,gBAAW;AAChB,UAAOD,SAAU,IAAV,EAAgB,IAAhB,CAAP;AACA,GAzBgB;AA0BjBkB,QAAM,gBAAW;AAChB,UAAOlB,SAAU,IAAV,CAAP;AACA,GA5BgB;AA6BjBmB,UAAQ,gBAAUzV,KAAV,EAAkB;AACzB,OAAK,OAAOA,KAAP,KAAiB,SAAtB,EAAkC;AACjC,WAAOA,QAAQ,KAAKuU,IAAL,EAAR,GAAsB,KAAKiB,IAAL,EAA7B;AACA;;AAED,UAAO,KAAK1uB,IAAL,CAAW,YAAW;AAC5B,QAAKoe,SAAU,IAAV,CAAL,EAAwB;AACvB7f,YAAQ,IAAR,EAAekvB,IAAf;AACA,KAFD,MAEO;AACNlvB,YAAQ,IAAR,EAAemwB,IAAf;AACA;AACD,IANM,CAAP;AAOA;AAzCgB,EAAlB;;AA6CA,UAASE,KAAT,CAAgBzuB,IAAhB,EAAsBa,OAAtB,EAA+Byb,IAA/B,EAAqC7b,GAArC,EAA0CiuB,MAA1C,EAAmD;AAClD,SAAO,IAAID,MAAMzvB,SAAN,CAAgBR,IAApB,CAA0BwB,IAA1B,EAAgCa,OAAhC,EAAyCyb,IAAzC,EAA+C7b,GAA/C,EAAoDiuB,MAApD,CAAP;AACA;AACDtwB,QAAOqwB,KAAP,GAAeA,KAAf;;AAEAA,OAAMzvB,SAAN,GAAkB;AACjBE,eAAauvB,KADI;AAEjBjwB,QAAM,cAAUwB,IAAV,EAAgBa,OAAhB,EAAyByb,IAAzB,EAA+B7b,GAA/B,EAAoCiuB,MAApC,EAA4C/P,IAA5C,EAAmD;AACxD,QAAK3e,IAAL,GAAYA,IAAZ;AACA,QAAKsc,IAAL,GAAYA,IAAZ;AACA,QAAKoS,MAAL,GAAcA,UAAUtwB,OAAOswB,MAAP,CAAclP,QAAtC;AACA,QAAK3e,OAAL,GAAeA,OAAf;AACA,QAAKiP,KAAL,GAAa,KAAKlL,GAAL,GAAW,KAAKsG,GAAL,EAAxB;AACA,QAAKzK,GAAL,GAAWA,GAAX;AACA,QAAKke,IAAL,GAAYA,SAAUvgB,OAAOwgB,SAAP,CAAkBtC,IAAlB,IAA2B,EAA3B,GAAgC,IAA1C,CAAZ;AACA,GAVgB;AAWjBpR,OAAK,eAAW;AACf,OAAIoS,QAAQmR,MAAME,SAAN,CAAiB,KAAKrS,IAAtB,CAAZ;;AAEA,UAAOgB,SAASA,MAAMhe,GAAf,GACNge,MAAMhe,GAAN,CAAW,IAAX,CADM,GAENmvB,MAAME,SAAN,CAAgBnP,QAAhB,CAAyBlgB,GAAzB,CAA8B,IAA9B,CAFD;AAGA,GAjBgB;AAkBjBsvB,OAAK,aAAUC,OAAV,EAAoB;AACxB,OAAIC,KAAJ;AAAA,OACCxR,QAAQmR,MAAME,SAAN,CAAiB,KAAKrS,IAAtB,CADT;;AAGA,OAAK,KAAKzb,OAAL,CAAakuB,QAAlB,EAA6B;AAC5B,SAAKnY,GAAL,GAAWkY,QAAQ1wB,OAAOswB,MAAP,CAAe,KAAKA,MAApB,EAClBG,OADkB,EACT,KAAKhuB,OAAL,CAAakuB,QAAb,GAAwBF,OADf,EACwB,CADxB,EAC2B,CAD3B,EAC8B,KAAKhuB,OAAL,CAAakuB,QAD3C,CAAnB;AAGA,IAJD,MAIO;AACN,SAAKnY,GAAL,GAAWkY,QAAQD,OAAnB;AACA;AACD,QAAKjqB,GAAL,GAAW,CAAE,KAAKnE,GAAL,GAAW,KAAKqP,KAAlB,IAA4Bgf,KAA5B,GAAoC,KAAKhf,KAApD;;AAEA,OAAK,KAAKjP,OAAL,CAAamuB,IAAlB,EAAyB;AACxB,SAAKnuB,OAAL,CAAamuB,IAAb,CAAkB3vB,IAAlB,CAAwB,KAAKW,IAA7B,EAAmC,KAAK4E,GAAxC,EAA6C,IAA7C;AACA;;AAED,OAAK0Y,SAASA,MAAMlB,GAApB,EAA0B;AACzBkB,UAAMlB,GAAN,CAAW,IAAX;AACA,IAFD,MAEO;AACNqS,UAAME,SAAN,CAAgBnP,QAAhB,CAAyBpD,GAAzB,CAA8B,IAA9B;AACA;AACD,UAAO,IAAP;AACA;AAzCgB,EAAlB;;AA4CAqS,OAAMzvB,SAAN,CAAgBR,IAAhB,CAAqBQ,SAArB,GAAiCyvB,MAAMzvB,SAAvC;;AAEAyvB,OAAME,SAAN,GAAkB;AACjBnP,YAAU;AACTlgB,QAAK,aAAUgf,KAAV,EAAkB;AACtB,QAAIjP,MAAJ;;AAEA;AACA;AACA,QAAKiP,MAAMte,IAAN,CAAWyC,QAAX,KAAwB,CAAxB,IACJ6b,MAAMte,IAAN,CAAYse,MAAMhC,IAAlB,KAA4B,IAA5B,IAAoCgC,MAAMte,IAAN,CAAW8e,KAAX,CAAkBR,MAAMhC,IAAxB,KAAkC,IADvE,EAC8E;AAC7E,YAAOgC,MAAMte,IAAN,CAAYse,MAAMhC,IAAlB,CAAP;AACA;;AAED;AACA;AACA;AACA;AACAjN,aAASjR,OAAO+f,GAAP,CAAYG,MAAMte,IAAlB,EAAwBse,MAAMhC,IAA9B,EAAoC,EAApC,CAAT;;AAEA;AACA,WAAO,CAACjN,MAAD,IAAWA,WAAW,MAAtB,GAA+B,CAA/B,GAAmCA,MAA1C;AACA,IAnBQ;AAoBT+M,QAAK,aAAUkC,KAAV,EAAkB;;AAEtB;AACA;AACA;AACA,QAAKlgB,OAAO6wB,EAAP,CAAUD,IAAV,CAAgB1Q,MAAMhC,IAAtB,CAAL,EAAoC;AACnCle,YAAO6wB,EAAP,CAAUD,IAAV,CAAgB1Q,MAAMhC,IAAtB,EAA8BgC,KAA9B;AACA,KAFD,MAEO,IAAKA,MAAMte,IAAN,CAAWyC,QAAX,KAAwB,CAAxB,KACT6b,MAAMte,IAAN,CAAW8e,KAAX,CAAkB1gB,OAAOsvB,QAAP,CAAiBpP,MAAMhC,IAAvB,CAAlB,KAAqD,IAArD,IACDle,OAAOovB,QAAP,CAAiBlP,MAAMhC,IAAvB,CAFU,CAAL,EAE6B;AACnCle,YAAO0gB,KAAP,CAAcR,MAAMte,IAApB,EAA0Bse,MAAMhC,IAAhC,EAAsCgC,MAAM1Z,GAAN,GAAY0Z,MAAMK,IAAxD;AACA,KAJM,MAIA;AACNL,WAAMte,IAAN,CAAYse,MAAMhC,IAAlB,IAA2BgC,MAAM1Z,GAAjC;AACA;AACD;AAlCQ;AADO,EAAlB;;AAuCA;AACA;AACA6pB,OAAME,SAAN,CAAgB3J,SAAhB,GAA4ByJ,MAAME,SAAN,CAAgB/J,UAAhB,GAA6B;AACxDxI,OAAK,aAAUkC,KAAV,EAAkB;AACtB,OAAKA,MAAMte,IAAN,CAAWyC,QAAX,IAAuB6b,MAAMte,IAAN,CAAWqD,UAAvC,EAAoD;AACnDib,UAAMte,IAAN,CAAYse,MAAMhC,IAAlB,IAA2BgC,MAAM1Z,GAAjC;AACA;AACD;AALuD,EAAzD;;AAQAxG,QAAOswB,MAAP,GAAgB;AACfQ,UAAQ,gBAAUC,CAAV,EAAc;AACrB,UAAOA,CAAP;AACA,GAHc;AAIfC,SAAO,eAAUD,CAAV,EAAc;AACpB,UAAO,MAAMztB,KAAK2tB,GAAL,CAAUF,IAAIztB,KAAK4tB,EAAnB,IAA0B,CAAvC;AACA,GANc;AAOf9P,YAAU;AAPK,EAAhB;;AAUAphB,QAAO6wB,EAAP,GAAYR,MAAMzvB,SAAN,CAAgBR,IAA5B;;AAEA;AACAJ,QAAO6wB,EAAP,CAAUD,IAAV,GAAiB,EAAjB;;AAKA,KACCO,KADD;AAAA,KACQC,OADR;AAAA,KAECC,WAAW,wBAFZ;AAAA,KAGCC,OAAO,aAHR;;AAKA;AACA,UAASC,WAAT,GAAuB;AACtBpyB,SAAO8d,UAAP,CAAmB,YAAW;AAC7BkU,WAAQ/tB,SAAR;AACA,GAFD;AAGA,SAAS+tB,QAAQnxB,OAAOwG,GAAP,EAAjB;AACA;;AAED;AACA,UAASgrB,KAAT,CAAgB1tB,IAAhB,EAAsB2tB,YAAtB,EAAqC;AACpC,MAAIzL,KAAJ;AAAA,MACCnkB,IAAI,CADL;AAAA,MAEC6K,QAAQ,EAAEglB,QAAQ5tB,IAAV,EAFT;;AAIA;AACA;AACA2tB,iBAAeA,eAAe,CAAf,GAAmB,CAAlC;AACA,SAAQ5vB,IAAI,CAAZ,EAAgBA,KAAK,IAAI4vB,YAAzB,EAAwC;AACvCzL,WAAQpG,UAAW/d,CAAX,CAAR;AACA6K,SAAO,WAAWsZ,KAAlB,IAA4BtZ,MAAO,YAAYsZ,KAAnB,IAA6BliB,IAAzD;AACA;;AAED,MAAK2tB,YAAL,EAAoB;AACnB/kB,SAAM2iB,OAAN,GAAgB3iB,MAAMigB,KAAN,GAAc7oB,IAA9B;AACA;;AAED,SAAO4I,KAAP;AACA;;AAED,UAASilB,WAAT,CAAsBxrB,KAAtB,EAA6B+X,IAA7B,EAAmC0T,SAAnC,EAA+C;AAC9C,MAAI1R,KAAJ;AAAA,MACCoJ,aAAa,CAAEuI,UAAUC,QAAV,CAAoB5T,IAApB,KAA8B,EAAhC,EAAqC3e,MAArC,CAA6CsyB,UAAUC,QAAV,CAAoB,GAApB,CAA7C,CADd;AAAA,MAECrZ,QAAQ,CAFT;AAAA,MAGC1X,SAASuoB,WAAWvoB,MAHrB;AAIA,SAAQ0X,QAAQ1X,MAAhB,EAAwB0X,OAAxB,EAAkC;AACjC,OAAOyH,QAAQoJ,WAAY7Q,KAAZ,EAAoBxX,IAApB,CAA0B2wB,SAA1B,EAAqC1T,IAArC,EAA2C/X,KAA3C,CAAf,EAAsE;;AAErE;AACA,WAAO+Z,KAAP;AACA;AACD;AACD;;AAED,UAAS6R,gBAAT,CAA2BnwB,IAA3B,EAAiCgkB,KAAjC,EAAwCoM,IAAxC,EAA+C;AAC9C;AACA,MAAI9T,IAAJ;AAAA,MAAU/X,KAAV;AAAA,MAAiBiqB,MAAjB;AAAA,MAAyBlQ,KAAzB;AAAA,MAAgChB,KAAhC;AAAA,MAAuC+S,OAAvC;AAAA,MAAgD7G,OAAhD;AAAA,MAAyD8G,YAAzD;AAAA,MACCC,OAAO,IADR;AAAA,MAECjK,OAAO,EAFR;AAAA,MAGCxH,QAAQ9e,KAAK8e,KAHd;AAAA,MAICyO,SAASvtB,KAAKyC,QAAL,IAAiBwb,SAAUje,IAAV,CAJ3B;AAAA,MAKCwwB,WAAW9T,SAASpd,GAAT,CAAcU,IAAd,EAAoB,QAApB,CALZ;;AAOA;AACA,MAAK,CAACowB,KAAKlY,KAAX,EAAmB;AAClBoF,WAAQlf,OAAOmf,WAAP,CAAoBvd,IAApB,EAA0B,IAA1B,CAAR;AACA,OAAKsd,MAAMmT,QAAN,IAAkB,IAAvB,EAA8B;AAC7BnT,UAAMmT,QAAN,GAAiB,CAAjB;AACAJ,cAAU/S,MAAM9E,KAAN,CAAYJ,IAAtB;AACAkF,UAAM9E,KAAN,CAAYJ,IAAZ,GAAmB,YAAW;AAC7B,SAAK,CAACkF,MAAMmT,QAAZ,EAAuB;AACtBJ;AACA;AACD,KAJD;AAKA;AACD/S,SAAMmT,QAAN;;AAEAF,QAAKtX,MAAL,CAAa,YAAW;;AAEvB;AACAsX,SAAKtX,MAAL,CAAa,YAAW;AACvBqE,WAAMmT,QAAN;AACA,SAAK,CAACryB,OAAO8Z,KAAP,CAAclY,IAAd,EAAoB,IAApB,EAA2Bb,MAAjC,EAA0C;AACzCme,YAAM9E,KAAN,CAAYJ,IAAZ;AACA;AACD,KALD;AAMA,IATD;AAUA;;AAED;AACA,MAAKpY,KAAKyC,QAAL,KAAkB,CAAlB,KAAyB,YAAYuhB,KAAZ,IAAqB,WAAWA,KAAzD,CAAL,EAAwE;;AAEvE;AACA;AACA;AACA;AACAoM,QAAKM,QAAL,GAAgB,CAAE5R,MAAM4R,QAAR,EAAkB5R,MAAM6R,SAAxB,EAAmC7R,MAAM8R,SAAzC,CAAhB;;AAEA;AACA;AACApH,aAAUprB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,SAAlB,CAAV;;AAEA;AACAswB,kBAAe9G,YAAY,MAAZ,GACd9M,SAASpd,GAAT,CAAcU,IAAd,EAAoB,YAApB,KAAsCypB,eAAgBzpB,KAAKyD,QAArB,CADxB,GAC0D+lB,OADzE;;AAGA,OAAK8G,iBAAiB,QAAjB,IAA6BlyB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,OAAlB,MAAgC,MAAlE,EAA2E;AAC1E8e,UAAM0K,OAAN,GAAgB,cAAhB;AACA;AACD;;AAED,MAAK4G,KAAKM,QAAV,EAAqB;AACpB5R,SAAM4R,QAAN,GAAiB,QAAjB;AACAH,QAAKtX,MAAL,CAAa,YAAW;AACvB6F,UAAM4R,QAAN,GAAiBN,KAAKM,QAAL,CAAe,CAAf,CAAjB;AACA5R,UAAM6R,SAAN,GAAkBP,KAAKM,QAAL,CAAe,CAAf,CAAlB;AACA5R,UAAM8R,SAAN,GAAkBR,KAAKM,QAAL,CAAe,CAAf,CAAlB;AACA,IAJD;AAKA;;AAED;AACA,OAAMpU,IAAN,IAAc0H,KAAd,EAAsB;AACrBzf,WAAQyf,MAAO1H,IAAP,CAAR;AACA,OAAKmT,SAASlmB,IAAT,CAAehF,KAAf,CAAL,EAA8B;AAC7B,WAAOyf,MAAO1H,IAAP,CAAP;AACAkS,aAASA,UAAUjqB,UAAU,QAA7B;AACA,QAAKA,WAAYgpB,SAAS,MAAT,GAAkB,MAA9B,CAAL,EAA8C;;AAE7C;AACA;AACA,SAAKhpB,UAAU,MAAV,IAAoBisB,QAApB,IAAgCA,SAAUlU,IAAV,MAAqB9a,SAA1D,EAAsE;AACrE+rB,eAAS,IAAT;AACA,MAFD,MAEO;AACN;AACA;AACD;AACDjH,SAAMhK,IAAN,IAAekU,YAAYA,SAAUlU,IAAV,CAAZ,IAAgCle,OAAO0gB,KAAP,CAAc9e,IAAd,EAAoBsc,IAApB,CAA/C;;AAED;AACC,IAhBD,MAgBO;AACNkN,cAAUhoB,SAAV;AACA;AACD;;AAED,MAAK,CAACpD,OAAOsE,aAAP,CAAsB4jB,IAAtB,CAAN,EAAqC;AACpC,OAAKkK,QAAL,EAAgB;AACf,QAAK,YAAYA,QAAjB,EAA4B;AAC3BjD,cAASiD,SAASjD,MAAlB;AACA;AACD,IAJD,MAIO;AACNiD,eAAW9T,SAASpB,MAAT,CAAiBtb,IAAjB,EAAuB,QAAvB,EAAiC,EAAjC,CAAX;AACA;;AAED;AACA,OAAKwuB,MAAL,EAAc;AACbgC,aAASjD,MAAT,GAAkB,CAACA,MAAnB;AACA;AACD,OAAKA,MAAL,EAAc;AACbnvB,WAAQ4B,IAAR,EAAestB,IAAf;AACA,IAFD,MAEO;AACNiD,SAAKpqB,IAAL,CAAW,YAAW;AACrB/H,YAAQ4B,IAAR,EAAeuuB,IAAf;AACA,KAFD;AAGA;AACDgC,QAAKpqB,IAAL,CAAW,YAAW;AACrB,QAAImW,IAAJ;;AAEAI,aAASnE,MAAT,CAAiBvY,IAAjB,EAAuB,QAAvB;AACA,SAAMsc,IAAN,IAAcgK,IAAd,EAAqB;AACpBloB,YAAO0gB,KAAP,CAAc9e,IAAd,EAAoBsc,IAApB,EAA0BgK,KAAMhK,IAAN,CAA1B;AACA;AACD,IAPD;AAQA,QAAMA,IAAN,IAAcgK,IAAd,EAAqB;AACpBhI,YAAQyR,YAAaxC,SAASiD,SAAUlU,IAAV,CAAT,GAA4B,CAAzC,EAA4CA,IAA5C,EAAkDiU,IAAlD,CAAR;;AAEA,QAAK,EAAGjU,QAAQkU,QAAX,CAAL,EAA6B;AAC5BA,cAAUlU,IAAV,IAAmBgC,MAAMxO,KAAzB;AACA,SAAKyd,MAAL,EAAc;AACbjP,YAAM7d,GAAN,GAAY6d,MAAMxO,KAAlB;AACAwO,YAAMxO,KAAN,GAAcwM,SAAS,OAAT,IAAoBA,SAAS,QAA7B,GAAwC,CAAxC,GAA4C,CAA1D;AACA;AACD;AACD;;AAEF;AACC,GAzCD,MAyCO,IAAK,CAAEkN,YAAY,MAAZ,GAAqBC,eAAgBzpB,KAAKyD,QAArB,CAArB,GAAuD+lB,OAAzD,MAAuE,QAA5E,EAAuF;AAC7F1K,SAAM0K,OAAN,GAAgBA,OAAhB;AACA;AACD;;AAED,UAASqH,UAAT,CAAqB7M,KAArB,EAA4B8M,aAA5B,EAA4C;AAC3C,MAAIja,KAAJ,EAAW/V,IAAX,EAAiB4tB,MAAjB,EAAyBnqB,KAAzB,EAAgC+Y,KAAhC;;AAEA;AACA,OAAMzG,KAAN,IAAemN,KAAf,EAAuB;AACtBljB,UAAO1C,OAAOmF,SAAP,CAAkBsT,KAAlB,CAAP;AACA6X,YAASoC,cAAehwB,IAAf,CAAT;AACAyD,WAAQyf,MAAOnN,KAAP,CAAR;AACA,OAAKzY,OAAOmD,OAAP,CAAgBgD,KAAhB,CAAL,EAA+B;AAC9BmqB,aAASnqB,MAAO,CAAP,CAAT;AACAA,YAAQyf,MAAOnN,KAAP,IAAiBtS,MAAO,CAAP,CAAzB;AACA;;AAED,OAAKsS,UAAU/V,IAAf,EAAsB;AACrBkjB,UAAOljB,IAAP,IAAgByD,KAAhB;AACA,WAAOyf,MAAOnN,KAAP,CAAP;AACA;;AAEDyG,WAAQlf,OAAOovB,QAAP,CAAiB1sB,IAAjB,CAAR;AACA,OAAKwc,SAAS,YAAYA,KAA1B,EAAkC;AACjC/Y,YAAQ+Y,MAAM8Q,MAAN,CAAc7pB,KAAd,CAAR;AACA,WAAOyf,MAAOljB,IAAP,CAAP;;AAEA;AACA;AACA,SAAM+V,KAAN,IAAetS,KAAf,EAAuB;AACtB,SAAK,EAAGsS,SAASmN,KAAZ,CAAL,EAA2B;AAC1BA,YAAOnN,KAAP,IAAiBtS,MAAOsS,KAAP,CAAjB;AACAia,oBAAeja,KAAf,IAAyB6X,MAAzB;AACA;AACD;AACD,IAZD,MAYO;AACNoC,kBAAehwB,IAAf,IAAwB4tB,MAAxB;AACA;AACD;AACD;;AAED,UAASuB,SAAT,CAAoBjwB,IAApB,EAA0B+wB,UAA1B,EAAsClwB,OAAtC,EAAgD;AAC/C,MAAIwO,MAAJ;AAAA,MACC2hB,OADD;AAAA,MAECna,QAAQ,CAFT;AAAA,MAGC1X,SAAS8wB,UAAUgB,UAAV,CAAqB9xB,MAH/B;AAAA,MAIC+Z,WAAW9a,OAAOwa,QAAP,GAAkBK,MAAlB,CAA0B,YAAW;;AAE/C;AACA,UAAOiY,KAAKlxB,IAAZ;AACA,GAJU,CAJZ;AAAA,MASCkxB,OAAO,SAAPA,IAAO,GAAW;AACjB,OAAKF,OAAL,EAAe;AACd,WAAO,KAAP;AACA;AACD,OAAIG,cAAc5B,SAASI,aAA3B;AAAA,OACCzV,YAAYxY,KAAKkrB,GAAL,CAAU,CAAV,EAAaoD,UAAUoB,SAAV,GAAsBpB,UAAUjB,QAAhC,GAA2CoC,WAAxD,CADb;;;AAGC;AACA;AACA/d,UAAO8G,YAAY8V,UAAUjB,QAAtB,IAAkC,CAL1C;AAAA,OAMCF,UAAU,IAAIzb,IANf;AAAA,OAOCyD,QAAQ,CAPT;AAAA,OAQC1X,SAAS6wB,UAAUqB,MAAV,CAAiBlyB,MAR3B;;AAUA,UAAQ0X,QAAQ1X,MAAhB,EAAyB0X,OAAzB,EAAmC;AAClCmZ,cAAUqB,MAAV,CAAkBxa,KAAlB,EAA0B+X,GAA1B,CAA+BC,OAA/B;AACA;;AAED3V,YAASoB,UAAT,CAAqBta,IAArB,EAA2B,CAAEgwB,SAAF,EAAanB,OAAb,EAAsB3U,SAAtB,CAA3B;;AAEA,OAAK2U,UAAU,CAAV,IAAe1vB,MAApB,EAA6B;AAC5B,WAAO+a,SAAP;AACA,IAFD,MAEO;AACNhB,aAASqB,WAAT,CAAsBva,IAAtB,EAA4B,CAAEgwB,SAAF,CAA5B;AACA,WAAO,KAAP;AACA;AACD,GAnCF;AAAA,MAoCCA,YAAY9W,SAASF,OAAT,CAAkB;AAC7BhZ,SAAMA,IADuB;AAE7BgkB,UAAO5lB,OAAOwC,MAAP,CAAe,EAAf,EAAmBmwB,UAAnB,CAFsB;AAG7BX,SAAMhyB,OAAOwC,MAAP,CAAe,IAAf,EAAqB;AAC1BkwB,mBAAe,EADW;AAE1BpC,YAAQtwB,OAAOswB,MAAP,CAAclP;AAFI,IAArB,EAGH3e,OAHG,CAHuB;AAO7BywB,uBAAoBP,UAPS;AAQ7BQ,oBAAiB1wB,OARY;AAS7BuwB,cAAW7B,SAASI,aATS;AAU7BZ,aAAUluB,QAAQkuB,QAVW;AAW7BsC,WAAQ,EAXqB;AAY7BtB,gBAAa,qBAAUzT,IAAV,EAAgB7b,GAAhB,EAAsB;AAClC,QAAI6d,QAAQlgB,OAAOqwB,KAAP,CAAczuB,IAAd,EAAoBgwB,UAAUI,IAA9B,EAAoC9T,IAApC,EAA0C7b,GAA1C,EACVuvB,UAAUI,IAAV,CAAeU,aAAf,CAA8BxU,IAA9B,KAAwC0T,UAAUI,IAAV,CAAe1B,MAD7C,CAAZ;AAEAsB,cAAUqB,MAAV,CAAiBzzB,IAAjB,CAAuB0gB,KAAvB;AACA,WAAOA,KAAP;AACA,IAjB4B;AAkB7Bd,SAAM,cAAUgU,OAAV,EAAoB;AACzB,QAAI3a,QAAQ,CAAZ;;;AAEC;AACA;AACA1X,aAASqyB,UAAUxB,UAAUqB,MAAV,CAAiBlyB,MAA3B,GAAoC,CAJ9C;AAKA,QAAK6xB,OAAL,EAAe;AACd,YAAO,IAAP;AACA;AACDA,cAAU,IAAV;AACA,WAAQna,QAAQ1X,MAAhB,EAAyB0X,OAAzB,EAAmC;AAClCmZ,eAAUqB,MAAV,CAAkBxa,KAAlB,EAA0B+X,GAA1B,CAA+B,CAA/B;AACA;;AAED;AACA,QAAK4C,OAAL,EAAe;AACdtY,cAASoB,UAAT,CAAqBta,IAArB,EAA2B,CAAEgwB,SAAF,EAAa,CAAb,EAAgB,CAAhB,CAA3B;AACA9W,cAASqB,WAAT,CAAsBva,IAAtB,EAA4B,CAAEgwB,SAAF,EAAawB,OAAb,CAA5B;AACA,KAHD,MAGO;AACNtY,cAASuY,UAAT,CAAqBzxB,IAArB,EAA2B,CAAEgwB,SAAF,EAAawB,OAAb,CAA3B;AACA;AACD,WAAO,IAAP;AACA;AAxC4B,GAAlB,CApCb;AAAA,MA8ECxN,QAAQgM,UAAUhM,KA9EnB;;AAgFA6M,aAAY7M,KAAZ,EAAmBgM,UAAUI,IAAV,CAAeU,aAAlC;;AAEA,SAAQja,QAAQ1X,MAAhB,EAAyB0X,OAAzB,EAAmC;AAClCxH,YAAS4gB,UAAUgB,UAAV,CAAsBpa,KAAtB,EAA8BxX,IAA9B,CAAoC2wB,SAApC,EAA+ChwB,IAA/C,EAAqDgkB,KAArD,EAA4DgM,UAAUI,IAAtE,CAAT;AACA,OAAK/gB,MAAL,EAAc;AACb,QAAKjR,OAAOiD,UAAP,CAAmBgO,OAAOmO,IAA1B,CAAL,EAAwC;AACvCpf,YAAOmf,WAAP,CAAoByS,UAAUhwB,IAA9B,EAAoCgwB,UAAUI,IAAV,CAAelY,KAAnD,EAA2DsF,IAA3D,GACCpf,OAAOqG,KAAP,CAAc4K,OAAOmO,IAArB,EAA2BnO,MAA3B,CADD;AAEA;AACD,WAAOA,MAAP;AACA;AACD;;AAEDjR,SAAO2B,GAAP,CAAYikB,KAAZ,EAAmB+L,WAAnB,EAAgCC,SAAhC;;AAEA,MAAK5xB,OAAOiD,UAAP,CAAmB2uB,UAAUI,IAAV,CAAetgB,KAAlC,CAAL,EAAiD;AAChDkgB,aAAUI,IAAV,CAAetgB,KAAf,CAAqBzQ,IAArB,CAA2BW,IAA3B,EAAiCgwB,SAAjC;AACA;;AAED5xB,SAAO6wB,EAAP,CAAUyC,KAAV,CACCtzB,OAAOwC,MAAP,CAAeswB,IAAf,EAAqB;AACpBlxB,SAAMA,IADc;AAEpBuwB,SAAMP,SAFc;AAGpB9X,UAAO8X,UAAUI,IAAV,CAAelY;AAHF,GAArB,CADD;;AAQA;AACA,SAAO8X,UAAUvW,QAAV,CAAoBuW,UAAUI,IAAV,CAAe3W,QAAnC,EACLtT,IADK,CACC6pB,UAAUI,IAAV,CAAejqB,IADhB,EACsB6pB,UAAUI,IAAV,CAAeuB,QADrC,EAELxY,IAFK,CAEC6W,UAAUI,IAAV,CAAejX,IAFhB,EAGLF,MAHK,CAGG+W,UAAUI,IAAV,CAAenX,MAHlB,CAAP;AAIA;;AAED7a,QAAO6xB,SAAP,GAAmB7xB,OAAOwC,MAAP,CAAeqvB,SAAf,EAA0B;AAC5CC,YAAU;AACT,QAAK,CAAE,UAAU5T,IAAV,EAAgB/X,KAAhB,EAAwB;AAC9B,QAAI+Z,QAAQ,KAAKyR,WAAL,CAAkBzT,IAAlB,EAAwB/X,KAAxB,CAAZ;AACA6Z,cAAWE,MAAMte,IAAjB,EAAuBsc,IAAvB,EAA6ByB,QAAQxU,IAAR,CAAchF,KAAd,CAA7B,EAAoD+Z,KAApD;AACA,WAAOA,KAAP;AACA,IAJI;AADI,GADkC;;AAS5CsT,WAAS,iBAAU5N,KAAV,EAAiBlkB,QAAjB,EAA4B;AACpC,OAAK1B,OAAOiD,UAAP,CAAmB2iB,KAAnB,CAAL,EAAkC;AACjClkB,eAAWkkB,KAAX;AACAA,YAAQ,CAAE,GAAF,CAAR;AACA,IAHD,MAGO;AACNA,YAAQA,MAAM9a,KAAN,CAAauO,SAAb,CAAR;AACA;;AAED,OAAI6E,IAAJ;AAAA,OACCzF,QAAQ,CADT;AAAA,OAEC1X,SAAS6kB,MAAM7kB,MAFhB;;AAIA,UAAQ0X,QAAQ1X,MAAhB,EAAyB0X,OAAzB,EAAmC;AAClCyF,WAAO0H,MAAOnN,KAAP,CAAP;AACAoZ,cAAUC,QAAV,CAAoB5T,IAApB,IAA6B2T,UAAUC,QAAV,CAAoB5T,IAApB,KAA8B,EAA3D;AACA2T,cAAUC,QAAV,CAAoB5T,IAApB,EAA2BzO,OAA3B,CAAoC/N,QAApC;AACA;AACD,GA1B2C;;AA4B5CmxB,cAAY,CAAEd,gBAAF,CA5BgC;;AA8B5C0B,aAAW,mBAAU/xB,QAAV,EAAoB0oB,OAApB,EAA8B;AACxC,OAAKA,OAAL,EAAe;AACdyH,cAAUgB,UAAV,CAAqBpjB,OAArB,CAA8B/N,QAA9B;AACA,IAFD,MAEO;AACNmwB,cAAUgB,UAAV,CAAqBrzB,IAArB,CAA2BkC,QAA3B;AACA;AACD;AApC2C,EAA1B,CAAnB;;AAuCA1B,QAAO0zB,KAAP,GAAe,UAAUA,KAAV,EAAiBpD,MAAjB,EAAyBnwB,EAAzB,EAA8B;AAC5C,MAAIwzB,MAAMD,SAAS,QAAOA,KAAP,yCAAOA,KAAP,OAAiB,QAA1B,GAAqC1zB,OAAOwC,MAAP,CAAe,EAAf,EAAmBkxB,KAAnB,CAArC,GAAkE;AAC3EH,aAAUpzB,MAAM,CAACA,EAAD,IAAOmwB,MAAb,IACTtwB,OAAOiD,UAAP,CAAmBywB,KAAnB,KAA8BA,KAF4C;AAG3E/C,aAAU+C,KAHiE;AAI3EpD,WAAQnwB,MAAMmwB,MAAN,IAAgBA,UAAU,CAACtwB,OAAOiD,UAAP,CAAmBqtB,MAAnB,CAAX,IAA0CA;AAJS,GAA5E;;AAOAqD,MAAIhD,QAAJ,GAAe3wB,OAAO6wB,EAAP,CAAUjU,GAAV,GAAgB,CAAhB,GAAoB,OAAO+W,IAAIhD,QAAX,KAAwB,QAAxB,GAClCgD,IAAIhD,QAD8B,GACnBgD,IAAIhD,QAAJ,IAAgB3wB,OAAO6wB,EAAP,CAAU+C,MAA1B,GACd5zB,OAAO6wB,EAAP,CAAU+C,MAAV,CAAkBD,IAAIhD,QAAtB,CADc,GACqB3wB,OAAO6wB,EAAP,CAAU+C,MAAV,CAAiBxS,QAFtD;;AAIA;AACA,MAAKuS,IAAI7Z,KAAJ,IAAa,IAAb,IAAqB6Z,IAAI7Z,KAAJ,KAAc,IAAxC,EAA+C;AAC9C6Z,OAAI7Z,KAAJ,GAAY,IAAZ;AACA;;AAED;AACA6Z,MAAI5H,GAAJ,GAAU4H,IAAIJ,QAAd;;AAEAI,MAAIJ,QAAJ,GAAe,YAAW;AACzB,OAAKvzB,OAAOiD,UAAP,CAAmB0wB,IAAI5H,GAAvB,CAAL,EAAoC;AACnC4H,QAAI5H,GAAJ,CAAQ9qB,IAAR,CAAc,IAAd;AACA;;AAED,OAAK0yB,IAAI7Z,KAAT,EAAiB;AAChB9Z,WAAOgf,OAAP,CAAgB,IAAhB,EAAsB2U,IAAI7Z,KAA1B;AACA;AACD,GARD;;AAUA,SAAO6Z,GAAP;AACA,EA/BD;;AAiCA3zB,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBqxB,UAAQ,gBAAUH,KAAV,EAAiBI,EAAjB,EAAqBxD,MAArB,EAA6B5uB,QAA7B,EAAwC;;AAE/C;AACA,UAAO,KAAK2M,MAAL,CAAawR,QAAb,EAAwBE,GAAxB,CAA6B,SAA7B,EAAwC,CAAxC,EAA4CmP,IAA5C;;AAEN;AAFM,IAGL7sB,GAHK,GAGC0xB,OAHD,CAGU,EAAE1E,SAASyE,EAAX,EAHV,EAG2BJ,KAH3B,EAGkCpD,MAHlC,EAG0C5uB,QAH1C,CAAP;AAIA,GARgB;AASjBqyB,WAAS,iBAAU7V,IAAV,EAAgBwV,KAAhB,EAAuBpD,MAAvB,EAA+B5uB,QAA/B,EAA0C;AAClD,OAAI0Y,QAAQpa,OAAOsE,aAAP,CAAsB4Z,IAAtB,CAAZ;AAAA,OACC8V,SAASh0B,OAAO0zB,KAAP,CAAcA,KAAd,EAAqBpD,MAArB,EAA6B5uB,QAA7B,CADV;AAAA,OAECuyB,cAAc,SAAdA,WAAc,GAAW;;AAExB;AACA,QAAI9B,OAAON,UAAW,IAAX,EAAiB7xB,OAAOwC,MAAP,CAAe,EAAf,EAAmB0b,IAAnB,CAAjB,EAA4C8V,MAA5C,CAAX;;AAEA;AACA,QAAK5Z,SAASkE,SAASpd,GAAT,CAAc,IAAd,EAAoB,QAApB,CAAd,EAA+C;AAC9CixB,UAAK/S,IAAL,CAAW,IAAX;AACA;AACD,IAXF;AAYC6U,eAAYC,MAAZ,GAAqBD,WAArB;;AAED,UAAO7Z,SAAS4Z,OAAOla,KAAP,KAAiB,KAA1B,GACN,KAAKrY,IAAL,CAAWwyB,WAAX,CADM,GAEN,KAAKna,KAAL,CAAYka,OAAOla,KAAnB,EAA0Bma,WAA1B,CAFD;AAGA,GA3BgB;AA4BjB7U,QAAM,cAAUtb,IAAV,EAAgBwb,UAAhB,EAA4B8T,OAA5B,EAAsC;AAC3C,OAAIe,YAAY,SAAZA,SAAY,CAAUjV,KAAV,EAAkB;AACjC,QAAIE,OAAOF,MAAME,IAAjB;AACA,WAAOF,MAAME,IAAb;AACAA,SAAMgU,OAAN;AACA,IAJD;;AAMA,OAAK,OAAOtvB,IAAP,KAAgB,QAArB,EAAgC;AAC/BsvB,cAAU9T,UAAV;AACAA,iBAAaxb,IAAb;AACAA,WAAOV,SAAP;AACA;AACD,OAAKkc,cAAcxb,SAAS,KAA5B,EAAoC;AACnC,SAAKgW,KAAL,CAAYhW,QAAQ,IAApB,EAA0B,EAA1B;AACA;;AAED,UAAO,KAAKrC,IAAL,CAAW,YAAW;AAC5B,QAAIud,UAAU,IAAd;AAAA,QACCvG,QAAQ3U,QAAQ,IAAR,IAAgBA,OAAO,YADhC;AAAA,QAECswB,SAASp0B,OAAOo0B,MAFjB;AAAA,QAGCnW,OAAOK,SAASpd,GAAT,CAAc,IAAd,CAHR;;AAKA,QAAKuX,KAAL,EAAa;AACZ,SAAKwF,KAAMxF,KAAN,KAAiBwF,KAAMxF,KAAN,EAAc2G,IAApC,EAA2C;AAC1C+U,gBAAWlW,KAAMxF,KAAN,CAAX;AACA;AACD,KAJD,MAIO;AACN,UAAMA,KAAN,IAAewF,IAAf,EAAsB;AACrB,UAAKA,KAAMxF,KAAN,KAAiBwF,KAAMxF,KAAN,EAAc2G,IAA/B,IAAuCkS,KAAK7lB,IAAL,CAAWgN,KAAX,CAA5C,EAAiE;AAChE0b,iBAAWlW,KAAMxF,KAAN,CAAX;AACA;AACD;AACD;;AAED,SAAMA,QAAQ2b,OAAOrzB,MAArB,EAA6B0X,OAA7B,GAAwC;AACvC,SAAK2b,OAAQ3b,KAAR,EAAgB7W,IAAhB,KAAyB,IAAzB,KACFkC,QAAQ,IAAR,IAAgBswB,OAAQ3b,KAAR,EAAgBqB,KAAhB,KAA0BhW,IADxC,CAAL,EACsD;;AAErDswB,aAAQ3b,KAAR,EAAgB0Z,IAAhB,CAAqB/S,IAArB,CAA2BgU,OAA3B;AACApU,gBAAU,KAAV;AACAoV,aAAO7xB,MAAP,CAAekW,KAAf,EAAsB,CAAtB;AACA;AACD;;AAED;AACA;AACA;AACA,QAAKuG,WAAW,CAACoU,OAAjB,EAA2B;AAC1BpzB,YAAOgf,OAAP,CAAgB,IAAhB,EAAsBlb,IAAtB;AACA;AACD,IAlCM,CAAP;AAmCA,GA/EgB;AAgFjBowB,UAAQ,gBAAUpwB,IAAV,EAAiB;AACxB,OAAKA,SAAS,KAAd,EAAsB;AACrBA,WAAOA,QAAQ,IAAf;AACA;AACD,UAAO,KAAKrC,IAAL,CAAW,YAAW;AAC5B,QAAIgX,KAAJ;AAAA,QACCwF,OAAOK,SAASpd,GAAT,CAAc,IAAd,CADR;AAAA,QAEC4Y,QAAQmE,KAAMna,OAAO,OAAb,CAFT;AAAA,QAGCob,QAAQjB,KAAMna,OAAO,YAAb,CAHT;AAAA,QAICswB,SAASp0B,OAAOo0B,MAJjB;AAAA,QAKCrzB,SAAS+Y,QAAQA,MAAM/Y,MAAd,GAAuB,CALjC;;AAOA;AACAkd,SAAKiW,MAAL,GAAc,IAAd;;AAEA;AACAl0B,WAAO8Z,KAAP,CAAc,IAAd,EAAoBhW,IAApB,EAA0B,EAA1B;;AAEA,QAAKob,SAASA,MAAME,IAApB,EAA2B;AAC1BF,WAAME,IAAN,CAAWne,IAAX,CAAiB,IAAjB,EAAuB,IAAvB;AACA;;AAED;AACA,SAAMwX,QAAQ2b,OAAOrzB,MAArB,EAA6B0X,OAA7B,GAAwC;AACvC,SAAK2b,OAAQ3b,KAAR,EAAgB7W,IAAhB,KAAyB,IAAzB,IAAiCwyB,OAAQ3b,KAAR,EAAgBqB,KAAhB,KAA0BhW,IAAhE,EAAuE;AACtEswB,aAAQ3b,KAAR,EAAgB0Z,IAAhB,CAAqB/S,IAArB,CAA2B,IAA3B;AACAgV,aAAO7xB,MAAP,CAAekW,KAAf,EAAsB,CAAtB;AACA;AACD;;AAED;AACA,SAAMA,QAAQ,CAAd,EAAiBA,QAAQ1X,MAAzB,EAAiC0X,OAAjC,EAA2C;AAC1C,SAAKqB,MAAOrB,KAAP,KAAkBqB,MAAOrB,KAAP,EAAeyb,MAAtC,EAA+C;AAC9Cpa,YAAOrB,KAAP,EAAeyb,MAAf,CAAsBjzB,IAAtB,CAA4B,IAA5B;AACA;AACD;;AAED;AACA,WAAOgd,KAAKiW,MAAZ;AACA,IAnCM,CAAP;AAoCA;AAxHgB,EAAlB;;AA2HAl0B,QAAOyB,IAAP,CAAa,CAAE,QAAF,EAAY,MAAZ,EAAoB,MAApB,CAAb,EAA2C,UAAUI,CAAV,EAAaa,IAAb,EAAoB;AAC9D,MAAI2xB,QAAQr0B,OAAOG,EAAP,CAAWuC,IAAX,CAAZ;AACA1C,SAAOG,EAAP,CAAWuC,IAAX,IAAoB,UAAUgxB,KAAV,EAAiBpD,MAAjB,EAAyB5uB,QAAzB,EAAoC;AACvD,UAAOgyB,SAAS,IAAT,IAAiB,OAAOA,KAAP,KAAiB,SAAlC,GACNW,MAAMvyB,KAAN,CAAa,IAAb,EAAmBC,SAAnB,CADM,GAEN,KAAKgyB,OAAL,CAAcvC,MAAO9uB,IAAP,EAAa,IAAb,CAAd,EAAmCgxB,KAAnC,EAA0CpD,MAA1C,EAAkD5uB,QAAlD,CAFD;AAGA,GAJD;AAKA,EAPD;;AASA;AACA1B,QAAOyB,IAAP,CAAa;AACZ6yB,aAAW9C,MAAO,MAAP,CADC;AAEZ+C,WAAS/C,MAAO,MAAP,CAFG;AAGZgD,eAAahD,MAAO,QAAP,CAHD;AAIZiD,UAAQ,EAAEpF,SAAS,MAAX,EAJI;AAKZqF,WAAS,EAAErF,SAAS,MAAX,EALG;AAMZsF,cAAY,EAAEtF,SAAS,QAAX;AANA,EAAb,EAOG,UAAU3sB,IAAV,EAAgBkjB,KAAhB,EAAwB;AAC1B5lB,SAAOG,EAAP,CAAWuC,IAAX,IAAoB,UAAUgxB,KAAV,EAAiBpD,MAAjB,EAAyB5uB,QAAzB,EAAoC;AACvD,UAAO,KAAKqyB,OAAL,CAAcnO,KAAd,EAAqB8N,KAArB,EAA4BpD,MAA5B,EAAoC5uB,QAApC,CAAP;AACA,GAFD;AAGA,EAXD;;AAaA1B,QAAOo0B,MAAP,GAAgB,EAAhB;AACAp0B,QAAO6wB,EAAP,CAAUiC,IAAV,GAAiB,YAAW;AAC3B,MAAIQ,KAAJ;AAAA,MACCzxB,IAAI,CADL;AAAA,MAECuyB,SAASp0B,OAAOo0B,MAFjB;;AAIAjD,UAAQnxB,OAAOwG,GAAP,EAAR;;AAEA,SAAQ3E,IAAIuyB,OAAOrzB,MAAnB,EAA2Bc,GAA3B,EAAiC;AAChCyxB,WAAQc,OAAQvyB,CAAR,CAAR;;AAEA;AACA,OAAK,CAACyxB,OAAD,IAAYc,OAAQvyB,CAAR,MAAgByxB,KAAjC,EAAyC;AACxCc,WAAO7xB,MAAP,CAAeV,GAAf,EAAoB,CAApB;AACA;AACD;;AAED,MAAK,CAACuyB,OAAOrzB,MAAb,EAAsB;AACrBf,UAAO6wB,EAAP,CAAUzR,IAAV;AACA;AACD+R,UAAQ/tB,SAAR;AACA,EApBD;;AAsBApD,QAAO6wB,EAAP,CAAUyC,KAAV,GAAkB,UAAUA,KAAV,EAAkB;AACnCtzB,SAAOo0B,MAAP,CAAc50B,IAAd,CAAoB8zB,KAApB;AACA,MAAKA,OAAL,EAAe;AACdtzB,UAAO6wB,EAAP,CAAUnf,KAAV;AACA,GAFD,MAEO;AACN1R,UAAOo0B,MAAP,CAAc5rB,GAAd;AACA;AACD,EAPD;;AASAxI,QAAO6wB,EAAP,CAAU+D,QAAV,GAAqB,EAArB;AACA50B,QAAO6wB,EAAP,CAAUnf,KAAV,GAAkB,YAAW;AAC5B,MAAK,CAAC0f,OAAN,EAAgB;AACfA,aAAUjyB,OAAO01B,WAAP,CAAoB70B,OAAO6wB,EAAP,CAAUiC,IAA9B,EAAoC9yB,OAAO6wB,EAAP,CAAU+D,QAA9C,CAAV;AACA;AACD,EAJD;;AAMA50B,QAAO6wB,EAAP,CAAUzR,IAAV,GAAiB,YAAW;AAC3BjgB,SAAO21B,aAAP,CAAsB1D,OAAtB;;AAEAA,YAAU,IAAV;AACA,EAJD;;AAMApxB,QAAO6wB,EAAP,CAAU+C,MAAV,GAAmB;AAClBmB,QAAM,GADY;AAElBC,QAAM,GAFY;;AAIlB;AACA5T,YAAU;AALQ,EAAnB;;AASA;AACA;AACAphB,QAAOG,EAAP,CAAU80B,KAAV,GAAkB,UAAUC,IAAV,EAAgBpxB,IAAhB,EAAuB;AACxCoxB,SAAOl1B,OAAO6wB,EAAP,GAAY7wB,OAAO6wB,EAAP,CAAU+C,MAAV,CAAkBsB,IAAlB,KAA4BA,IAAxC,GAA+CA,IAAtD;AACApxB,SAAOA,QAAQ,IAAf;;AAEA,SAAO,KAAKgW,KAAL,CAAYhW,IAAZ,EAAkB,UAAUoU,IAAV,EAAgBgH,KAAhB,EAAwB;AAChD,OAAIiW,UAAUh2B,OAAO8d,UAAP,CAAmB/E,IAAnB,EAAyBgd,IAAzB,CAAd;AACAhW,SAAME,IAAN,GAAa,YAAW;AACvBjgB,WAAOi2B,YAAP,CAAqBD,OAArB;AACA,IAFD;AAGA,GALM,CAAP;AAMA,EAVD;;AAaA,EAAE,YAAW;AACZ,MAAIzmB,QAAQ1P,SAAS6F,aAAT,CAAwB,OAAxB,CAAZ;AAAA,MACCsC,SAASnI,SAAS6F,aAAT,CAAwB,QAAxB,CADV;AAAA,MAEC8uB,MAAMxsB,OAAOnC,WAAP,CAAoBhG,SAAS6F,aAAT,CAAwB,QAAxB,CAApB,CAFP;;AAIA6J,QAAM5K,IAAN,GAAa,UAAb;;AAEA;AACA;AACAhE,UAAQu1B,OAAR,GAAkB3mB,MAAMvI,KAAN,KAAgB,EAAlC;;AAEA;AACA;AACArG,UAAQw1B,WAAR,GAAsB3B,IAAI5gB,QAA1B;;AAEA;AACA;AACA5L,SAAO0L,QAAP,GAAkB,IAAlB;AACA/S,UAAQy1B,WAAR,GAAsB,CAAC5B,IAAI9gB,QAA3B;;AAEA;AACA;AACAnE,UAAQ1P,SAAS6F,aAAT,CAAwB,OAAxB,CAAR;AACA6J,QAAMvI,KAAN,GAAc,GAAd;AACAuI,QAAM5K,IAAN,GAAa,OAAb;AACAhE,UAAQ01B,UAAR,GAAqB9mB,MAAMvI,KAAN,KAAgB,GAArC;AACA,EA1BD;;AA6BA,KAAIsvB,QAAJ;AAAA,KACC7oB,aAAa5M,OAAO0P,IAAP,CAAY9C,UAD1B;;AAGA5M,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBoN,QAAM,cAAUlN,IAAV,EAAgByD,KAAhB,EAAwB;AAC7B,UAAO+W,OAAQ,IAAR,EAAcld,OAAO4P,IAArB,EAA2BlN,IAA3B,EAAiCyD,KAAjC,EAAwCpE,UAAUhB,MAAV,GAAmB,CAA3D,CAAP;AACA,GAHgB;;AAKjB20B,cAAY,oBAAUhzB,IAAV,EAAiB;AAC5B,UAAO,KAAKjB,IAAL,CAAW,YAAW;AAC5BzB,WAAO01B,UAAP,CAAmB,IAAnB,EAAyBhzB,IAAzB;AACA,IAFM,CAAP;AAGA;AATgB,EAAlB;;AAYA1C,QAAOwC,MAAP,CAAe;AACdoN,QAAM,cAAUhO,IAAV,EAAgBc,IAAhB,EAAsByD,KAAtB,EAA8B;AACnC,OAAI7E,GAAJ;AAAA,OAAS4d,KAAT;AAAA,OACCyW,QAAQ/zB,KAAKyC,QADd;;AAGA;AACA,OAAKsxB,UAAU,CAAV,IAAeA,UAAU,CAAzB,IAA8BA,UAAU,CAA7C,EAAiD;AAChD;AACA;;AAED;AACA,OAAK,OAAO/zB,KAAK8J,YAAZ,KAA6B,WAAlC,EAAgD;AAC/C,WAAO1L,OAAOke,IAAP,CAAatc,IAAb,EAAmBc,IAAnB,EAAyByD,KAAzB,CAAP;AACA;;AAED;AACA;AACA,OAAKwvB,UAAU,CAAV,IAAe,CAAC31B,OAAO4W,QAAP,CAAiBhV,IAAjB,CAArB,EAA+C;AAC9Cc,WAAOA,KAAK4C,WAAL,EAAP;AACA4Z,YAAQlf,OAAO41B,SAAP,CAAkBlzB,IAAlB,MACL1C,OAAO0P,IAAP,CAAY5E,KAAZ,CAAkB+qB,IAAlB,CAAuBpqB,IAAvB,CAA6B/I,IAA7B,IAAsC+yB,QAAtC,GAAiDryB,SAD5C,CAAR;AAEA;;AAED,OAAK+C,UAAU/C,SAAf,EAA2B;AAC1B,QAAK+C,UAAU,IAAf,EAAsB;AACrBnG,YAAO01B,UAAP,CAAmB9zB,IAAnB,EAAyBc,IAAzB;AACA;AACA;;AAED,QAAKwc,SAAS,SAASA,KAAlB,IACJ,CAAE5d,MAAM4d,MAAMlB,GAAN,CAAWpc,IAAX,EAAiBuE,KAAjB,EAAwBzD,IAAxB,CAAR,MAA6CU,SAD9C,EAC0D;AACzD,YAAO9B,GAAP;AACA;;AAEDM,SAAK+J,YAAL,CAAmBjJ,IAAnB,EAAyByD,QAAQ,EAAjC;AACA,WAAOA,KAAP;AACA;;AAED,OAAK+Y,SAAS,SAASA,KAAlB,IAA2B,CAAE5d,MAAM4d,MAAMhe,GAAN,CAAWU,IAAX,EAAiBc,IAAjB,CAAR,MAAsC,IAAtE,EAA6E;AAC5E,WAAOpB,GAAP;AACA;;AAEDA,SAAMtB,OAAOoO,IAAP,CAAYwB,IAAZ,CAAkBhO,IAAlB,EAAwBc,IAAxB,CAAN;;AAEA;AACA,UAAOpB,OAAO,IAAP,GAAc8B,SAAd,GAA0B9B,GAAjC;AACA,GA9Ca;;AAgDds0B,aAAW;AACV9xB,SAAM;AACLka,SAAK,aAAUpc,IAAV,EAAgBuE,KAAhB,EAAwB;AAC5B,SAAK,CAACrG,QAAQ01B,UAAT,IAAuBrvB,UAAU,OAAjC,IACJnG,OAAOqF,QAAP,CAAiBzD,IAAjB,EAAuB,OAAvB,CADD,EACoC;AACnC,UAAIiO,MAAMjO,KAAKuE,KAAf;AACAvE,WAAK+J,YAAL,CAAmB,MAAnB,EAA2BxF,KAA3B;AACA,UAAK0J,GAAL,EAAW;AACVjO,YAAKuE,KAAL,GAAa0J,GAAb;AACA;AACD,aAAO1J,KAAP;AACA;AACD;AAXI;AADI,GAhDG;;AAgEduvB,cAAY,oBAAU9zB,IAAV,EAAgBuE,KAAhB,EAAwB;AACnC,OAAIzD,IAAJ;AAAA,OAAUozB,QAAV;AAAA,OACCj0B,IAAI,CADL;AAAA,OAECk0B,YAAY5vB,SAASA,MAAM2E,KAAN,CAAauO,SAAb,CAFtB;;AAIA,OAAK0c,aAAan0B,KAAKyC,QAAL,KAAkB,CAApC,EAAwC;AACvC,WAAU3B,OAAOqzB,UAAWl0B,GAAX,CAAjB,EAAsC;AACrCi0B,gBAAW91B,OAAOg2B,OAAP,CAAgBtzB,IAAhB,KAA0BA,IAArC;;AAEA;AACA,SAAK1C,OAAO0P,IAAP,CAAY5E,KAAZ,CAAkB+qB,IAAlB,CAAuBpqB,IAAvB,CAA6B/I,IAA7B,CAAL,EAA2C;;AAE1C;AACAd,WAAMk0B,QAAN,IAAmB,KAAnB;AACA;;AAEDl0B,UAAKqK,eAAL,CAAsBvJ,IAAtB;AACA;AACD;AACD;AAnFa,EAAf;;AAsFA;AACA+yB,YAAW;AACVzX,OAAK,aAAUpc,IAAV,EAAgBuE,KAAhB,EAAuBzD,IAAvB,EAA8B;AAClC,OAAKyD,UAAU,KAAf,EAAuB;;AAEtB;AACAnG,WAAO01B,UAAP,CAAmB9zB,IAAnB,EAAyBc,IAAzB;AACA,IAJD,MAIO;AACNd,SAAK+J,YAAL,CAAmBjJ,IAAnB,EAAyBA,IAAzB;AACA;AACD,UAAOA,IAAP;AACA;AAVS,EAAX;AAYA1C,QAAOyB,IAAP,CAAazB,OAAO0P,IAAP,CAAY5E,KAAZ,CAAkB+qB,IAAlB,CAAuBnW,MAAvB,CAA8B5U,KAA9B,CAAqC,MAArC,CAAb,EAA4D,UAAUjJ,CAAV,EAAaa,IAAb,EAAoB;AAC/E,MAAIuzB,SAASrpB,WAAYlK,IAAZ,KAAsB1C,OAAOoO,IAAP,CAAYwB,IAA/C;;AAEAhD,aAAYlK,IAAZ,IAAqB,UAAUd,IAAV,EAAgBc,IAAhB,EAAsBsE,KAAtB,EAA8B;AAClD,OAAI1F,GAAJ,EAAS4iB,MAAT;AACA,OAAK,CAACld,KAAN,EAAc;;AAEb;AACAkd,aAAStX,WAAYlK,IAAZ,CAAT;AACAkK,eAAYlK,IAAZ,IAAqBpB,GAArB;AACAA,UAAM20B,OAAQr0B,IAAR,EAAcc,IAAd,EAAoBsE,KAApB,KAA+B,IAA/B,GACLtE,KAAK4C,WAAL,EADK,GAEL,IAFD;AAGAsH,eAAYlK,IAAZ,IAAqBwhB,MAArB;AACA;AACD,UAAO5iB,GAAP;AACA,GAbD;AAcA,EAjBD;;AAsBA,KAAI40B,aAAa,qCAAjB;AAAA,KACCC,aAAa,eADd;;AAGAn2B,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjB0b,QAAM,cAAUxb,IAAV,EAAgByD,KAAhB,EAAwB;AAC7B,UAAO+W,OAAQ,IAAR,EAAcld,OAAOke,IAArB,EAA2Bxb,IAA3B,EAAiCyD,KAAjC,EAAwCpE,UAAUhB,MAAV,GAAmB,CAA3D,CAAP;AACA,GAHgB;;AAKjBq1B,cAAY,oBAAU1zB,IAAV,EAAiB;AAC5B,UAAO,KAAKjB,IAAL,CAAW,YAAW;AAC5B,WAAO,KAAMzB,OAAOg2B,OAAP,CAAgBtzB,IAAhB,KAA0BA,IAAhC,CAAP;AACA,IAFM,CAAP;AAGA;AATgB,EAAlB;;AAYA1C,QAAOwC,MAAP,CAAe;AACd0b,QAAM,cAAUtc,IAAV,EAAgBc,IAAhB,EAAsByD,KAAtB,EAA8B;AACnC,OAAI7E,GAAJ;AAAA,OAAS4d,KAAT;AAAA,OACCyW,QAAQ/zB,KAAKyC,QADd;;AAGA;AACA,OAAKsxB,UAAU,CAAV,IAAeA,UAAU,CAAzB,IAA8BA,UAAU,CAA7C,EAAiD;AAChD;AACA;;AAED,OAAKA,UAAU,CAAV,IAAe,CAAC31B,OAAO4W,QAAP,CAAiBhV,IAAjB,CAArB,EAA+C;;AAE9C;AACAc,WAAO1C,OAAOg2B,OAAP,CAAgBtzB,IAAhB,KAA0BA,IAAjC;AACAwc,YAAQlf,OAAOuwB,SAAP,CAAkB7tB,IAAlB,CAAR;AACA;;AAED,OAAKyD,UAAU/C,SAAf,EAA2B;AAC1B,QAAK8b,SAAS,SAASA,KAAlB,IACJ,CAAE5d,MAAM4d,MAAMlB,GAAN,CAAWpc,IAAX,EAAiBuE,KAAjB,EAAwBzD,IAAxB,CAAR,MAA6CU,SAD9C,EAC0D;AACzD,YAAO9B,GAAP;AACA;;AAED,WAASM,KAAMc,IAAN,IAAeyD,KAAxB;AACA;;AAED,OAAK+Y,SAAS,SAASA,KAAlB,IAA2B,CAAE5d,MAAM4d,MAAMhe,GAAN,CAAWU,IAAX,EAAiBc,IAAjB,CAAR,MAAsC,IAAtE,EAA6E;AAC5E,WAAOpB,GAAP;AACA;;AAED,UAAOM,KAAMc,IAAN,CAAP;AACA,GA/Ba;;AAiCd6tB,aAAW;AACV3d,aAAU;AACT1R,SAAK,aAAUU,IAAV,EAAiB;;AAErB;AACA;AACA;AACA;AACA,SAAIy0B,WAAWr2B,OAAOoO,IAAP,CAAYwB,IAAZ,CAAkBhO,IAAlB,EAAwB,UAAxB,CAAf;;AAEA,YAAOy0B,WACNC,SAAUD,QAAV,EAAoB,EAApB,CADM,GAENH,WAAWzqB,IAAX,CAAiB7J,KAAKyD,QAAtB,KACC8wB,WAAW1qB,IAAX,CAAiB7J,KAAKyD,QAAtB,KAAoCzD,KAAK+Q,IAD1C,GAEE,CAFF,GAGE,CAAC,CALJ;AAMA;AAfQ;AADA,GAjCG;;AAqDdqjB,WAAS;AACR,UAAO,SADC;AAER,YAAS;AAFD;AArDK,EAAf;;AA2DA;AACA;AACA;AACA;AACA;AACA;AACA,KAAK,CAACl2B,QAAQw1B,WAAd,EAA4B;AAC3Bt1B,SAAOuwB,SAAP,CAAiBxd,QAAjB,GAA4B;AAC3B7R,QAAK,aAAUU,IAAV,EAAiB;AACrB,QAAI8L,SAAS9L,KAAKqD,UAAlB;AACA,QAAKyI,UAAUA,OAAOzI,UAAtB,EAAmC;AAClCyI,YAAOzI,UAAP,CAAkB+N,aAAlB;AACA;AACD,WAAO,IAAP;AACA,IAP0B;AAQ3BgL,QAAK,aAAUpc,IAAV,EAAiB;AACrB,QAAI8L,SAAS9L,KAAKqD,UAAlB;AACA,QAAKyI,MAAL,EAAc;AACbA,YAAOsF,aAAP;;AAEA,SAAKtF,OAAOzI,UAAZ,EAAyB;AACxByI,aAAOzI,UAAP,CAAkB+N,aAAlB;AACA;AACD;AACD;AAjB0B,GAA5B;AAmBA;;AAEDhT,QAAOyB,IAAP,CAAa,CACZ,UADY,EAEZ,UAFY,EAGZ,WAHY,EAIZ,aAJY,EAKZ,aALY,EAMZ,SANY,EAOZ,SAPY,EAQZ,QARY,EASZ,aATY,EAUZ,iBAVY,CAAb,EAWG,YAAW;AACbzB,SAAOg2B,OAAP,CAAgB,KAAK1wB,WAAL,EAAhB,IAAuC,IAAvC;AACA,EAbD;;AAkBA,KAAIixB,SAAS,aAAb;;AAEA,UAASC,QAAT,CAAmB50B,IAAnB,EAA0B;AACzB,SAAOA,KAAK8J,YAAL,IAAqB9J,KAAK8J,YAAL,CAAmB,OAAnB,CAArB,IAAqD,EAA5D;AACA;;AAED1L,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBi0B,YAAU,kBAAUtwB,KAAV,EAAkB;AAC3B,OAAIuwB,OAAJ;AAAA,OAAa90B,IAAb;AAAA,OAAmBkL,GAAnB;AAAA,OAAwB6pB,QAAxB;AAAA,OAAkCC,KAAlC;AAAA,OAAyCx0B,CAAzC;AAAA,OAA4Cy0B,UAA5C;AAAA,OACCh1B,IAAI,CADL;;AAGA,OAAK7B,OAAOiD,UAAP,CAAmBkD,KAAnB,CAAL,EAAkC;AACjC,WAAO,KAAK1E,IAAL,CAAW,UAAUW,CAAV,EAAc;AAC/BpC,YAAQ,IAAR,EAAey2B,QAAf,CAAyBtwB,MAAMlF,IAAN,CAAY,IAAZ,EAAkBmB,CAAlB,EAAqBo0B,SAAU,IAAV,CAArB,CAAzB;AACA,KAFM,CAAP;AAGA;;AAED,OAAK,OAAOrwB,KAAP,KAAiB,QAAjB,IAA6BA,KAAlC,EAA0C;AACzCuwB,cAAUvwB,MAAM2E,KAAN,CAAauO,SAAb,KAA4B,EAAtC;;AAEA,WAAUzX,OAAO,KAAMC,GAAN,CAAjB,EAAiC;AAChC80B,gBAAWH,SAAU50B,IAAV,CAAX;AACAkL,WAAMlL,KAAKyC,QAAL,KAAkB,CAAlB,IACL,CAAE,MAAMsyB,QAAN,GAAiB,GAAnB,EAAyBnzB,OAAzB,CAAkC+yB,MAAlC,EAA0C,GAA1C,CADD;;AAGA,SAAKzpB,GAAL,EAAW;AACV1K,UAAI,CAAJ;AACA,aAAUw0B,QAAQF,QAASt0B,GAAT,CAAlB,EAAqC;AACpC,WAAK0K,IAAIrN,OAAJ,CAAa,MAAMm3B,KAAN,GAAc,GAA3B,IAAmC,CAAxC,EAA4C;AAC3C9pB,eAAO8pB,QAAQ,GAAf;AACA;AACD;;AAED;AACAC,mBAAa72B,OAAO4E,IAAP,CAAakI,GAAb,CAAb;AACA,UAAK6pB,aAAaE,UAAlB,EAA+B;AAC9Bj1B,YAAK+J,YAAL,CAAmB,OAAnB,EAA4BkrB,UAA5B;AACA;AACD;AACD;AACD;;AAED,UAAO,IAAP;AACA,GArCgB;;AAuCjBC,eAAa,qBAAU3wB,KAAV,EAAkB;AAC9B,OAAIuwB,OAAJ;AAAA,OAAa90B,IAAb;AAAA,OAAmBkL,GAAnB;AAAA,OAAwB6pB,QAAxB;AAAA,OAAkCC,KAAlC;AAAA,OAAyCx0B,CAAzC;AAAA,OAA4Cy0B,UAA5C;AAAA,OACCh1B,IAAI,CADL;;AAGA,OAAK7B,OAAOiD,UAAP,CAAmBkD,KAAnB,CAAL,EAAkC;AACjC,WAAO,KAAK1E,IAAL,CAAW,UAAUW,CAAV,EAAc;AAC/BpC,YAAQ,IAAR,EAAe82B,WAAf,CAA4B3wB,MAAMlF,IAAN,CAAY,IAAZ,EAAkBmB,CAAlB,EAAqBo0B,SAAU,IAAV,CAArB,CAA5B;AACA,KAFM,CAAP;AAGA;;AAED,OAAK,CAACz0B,UAAUhB,MAAhB,EAAyB;AACxB,WAAO,KAAK6O,IAAL,CAAW,OAAX,EAAoB,EAApB,CAAP;AACA;;AAED,OAAK,OAAOzJ,KAAP,KAAiB,QAAjB,IAA6BA,KAAlC,EAA0C;AACzCuwB,cAAUvwB,MAAM2E,KAAN,CAAauO,SAAb,KAA4B,EAAtC;;AAEA,WAAUzX,OAAO,KAAMC,GAAN,CAAjB,EAAiC;AAChC80B,gBAAWH,SAAU50B,IAAV,CAAX;;AAEA;AACAkL,WAAMlL,KAAKyC,QAAL,KAAkB,CAAlB,IACL,CAAE,MAAMsyB,QAAN,GAAiB,GAAnB,EAAyBnzB,OAAzB,CAAkC+yB,MAAlC,EAA0C,GAA1C,CADD;;AAGA,SAAKzpB,GAAL,EAAW;AACV1K,UAAI,CAAJ;AACA,aAAUw0B,QAAQF,QAASt0B,GAAT,CAAlB,EAAqC;;AAEpC;AACA,cAAQ0K,IAAIrN,OAAJ,CAAa,MAAMm3B,KAAN,GAAc,GAA3B,IAAmC,CAAC,CAA5C,EAAgD;AAC/C9pB,cAAMA,IAAItJ,OAAJ,CAAa,MAAMozB,KAAN,GAAc,GAA3B,EAAgC,GAAhC,CAAN;AACA;AACD;;AAED;AACAC,mBAAa72B,OAAO4E,IAAP,CAAakI,GAAb,CAAb;AACA,UAAK6pB,aAAaE,UAAlB,EAA+B;AAC9Bj1B,YAAK+J,YAAL,CAAmB,OAAnB,EAA4BkrB,UAA5B;AACA;AACD;AACD;AACD;;AAED,UAAO,IAAP;AACA,GAnFgB;;AAqFjBE,eAAa,qBAAU5wB,KAAV,EAAiB6wB,QAAjB,EAA4B;AACxC,OAAIlzB,cAAcqC,KAAd,yCAAcA,KAAd,CAAJ;;AAEA,OAAK,OAAO6wB,QAAP,KAAoB,SAApB,IAAiClzB,SAAS,QAA/C,EAA0D;AACzD,WAAOkzB,WAAW,KAAKP,QAAL,CAAetwB,KAAf,CAAX,GAAoC,KAAK2wB,WAAL,CAAkB3wB,KAAlB,CAA3C;AACA;;AAED,OAAKnG,OAAOiD,UAAP,CAAmBkD,KAAnB,CAAL,EAAkC;AACjC,WAAO,KAAK1E,IAAL,CAAW,UAAUI,CAAV,EAAc;AAC/B7B,YAAQ,IAAR,EAAe+2B,WAAf,CACC5wB,MAAMlF,IAAN,CAAY,IAAZ,EAAkBY,CAAlB,EAAqB20B,SAAU,IAAV,CAArB,EAAuCQ,QAAvC,CADD,EAECA,QAFD;AAIA,KALM,CAAP;AAMA;;AAED,UAAO,KAAKv1B,IAAL,CAAW,YAAW;AAC5B,QAAIuM,SAAJ,EAAenM,CAAf,EAAkB4V,IAAlB,EAAwBwf,UAAxB;;AAEA,QAAKnzB,SAAS,QAAd,EAAyB;;AAExB;AACAjC,SAAI,CAAJ;AACA4V,YAAOzX,OAAQ,IAAR,CAAP;AACAi3B,kBAAa9wB,MAAM2E,KAAN,CAAauO,SAAb,KAA4B,EAAzC;;AAEA,YAAUrL,YAAYipB,WAAYp1B,GAAZ,CAAtB,EAA4C;;AAE3C;AACA,UAAK4V,KAAKyf,QAAL,CAAelpB,SAAf,CAAL,EAAkC;AACjCyJ,YAAKqf,WAAL,CAAkB9oB,SAAlB;AACA,OAFD,MAEO;AACNyJ,YAAKgf,QAAL,CAAezoB,SAAf;AACA;AACD;;AAEF;AACC,KAlBD,MAkBO,IAAK7H,UAAU/C,SAAV,IAAuBU,SAAS,SAArC,EAAiD;AACvDkK,iBAAYwoB,SAAU,IAAV,CAAZ;AACA,SAAKxoB,SAAL,EAAiB;;AAEhB;AACAsQ,eAASN,GAAT,CAAc,IAAd,EAAoB,eAApB,EAAqChQ,SAArC;AACA;;AAED;AACA;AACA;AACA;AACA,SAAK,KAAKrC,YAAV,EAAyB;AACxB,WAAKA,YAAL,CAAmB,OAAnB,EACCqC,aAAa7H,UAAU,KAAvB,GACA,EADA,GAEAmY,SAASpd,GAAT,CAAc,IAAd,EAAoB,eAApB,KAAyC,EAH1C;AAKA;AACD;AACD,IAzCM,CAAP;AA0CA,GA/IgB;;AAiJjBg2B,YAAU,kBAAUj3B,QAAV,EAAqB;AAC9B,OAAI+N,SAAJ;AAAA,OAAepM,IAAf;AAAA,OACCC,IAAI,CADL;;AAGAmM,eAAY,MAAM/N,QAAN,GAAiB,GAA7B;AACA,UAAU2B,OAAO,KAAMC,GAAN,CAAjB,EAAiC;AAChC,QAAKD,KAAKyC,QAAL,KAAkB,CAAlB,IACJ,CAAE,MAAMmyB,SAAU50B,IAAV,CAAN,GAAyB,GAA3B,EAAiC4B,OAAjC,CAA0C+yB,MAA1C,EAAkD,GAAlD,EACE92B,OADF,CACWuO,SADX,IACyB,CAAC,CAF3B,EAGE;AACD,YAAO,IAAP;AACA;AACD;;AAED,UAAO,KAAP;AACA;AAhKgB,EAAlB;;AAsKA,KAAImpB,UAAU,KAAd;AAAA,KACCC,UAAU,kBADX;;AAGAp3B,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBqN,OAAK,aAAU1J,KAAV,EAAkB;AACtB,OAAI+Y,KAAJ;AAAA,OAAW5d,GAAX;AAAA,OAAgB2B,UAAhB;AAAA,OACCrB,OAAO,KAAM,CAAN,CADR;;AAGA,OAAK,CAACG,UAAUhB,MAAhB,EAAyB;AACxB,QAAKa,IAAL,EAAY;AACXsd,aAAQlf,OAAOq3B,QAAP,CAAiBz1B,KAAKkC,IAAtB,KACP9D,OAAOq3B,QAAP,CAAiBz1B,KAAKyD,QAAL,CAAcC,WAAd,EAAjB,CADD;;AAGA,SAAK4Z,SACJ,SAASA,KADL,IAEJ,CAAE5d,MAAM4d,MAAMhe,GAAN,CAAWU,IAAX,EAAiB,OAAjB,CAAR,MAAyCwB,SAF1C,EAGE;AACD,aAAO9B,GAAP;AACA;;AAEDA,WAAMM,KAAKuE,KAAX;;AAEA,YAAO,OAAO7E,GAAP,KAAe,QAAf;;AAEN;AACAA,SAAIkC,OAAJ,CAAa2zB,OAAb,EAAsB,EAAtB,CAHM;;AAKN;AACA71B,YAAO,IAAP,GAAc,EAAd,GAAmBA,GANpB;AAOA;;AAED;AACA;;AAED2B,gBAAajD,OAAOiD,UAAP,CAAmBkD,KAAnB,CAAb;;AAEA,UAAO,KAAK1E,IAAL,CAAW,UAAUI,CAAV,EAAc;AAC/B,QAAIgO,GAAJ;;AAEA,QAAK,KAAKxL,QAAL,KAAkB,CAAvB,EAA2B;AAC1B;AACA;;AAED,QAAKpB,UAAL,EAAkB;AACjB4M,WAAM1J,MAAMlF,IAAN,CAAY,IAAZ,EAAkBY,CAAlB,EAAqB7B,OAAQ,IAAR,EAAe6P,GAAf,EAArB,CAAN;AACA,KAFD,MAEO;AACNA,WAAM1J,KAAN;AACA;;AAED;AACA,QAAK0J,OAAO,IAAZ,EAAmB;AAClBA,WAAM,EAAN;AAEA,KAHD,MAGO,IAAK,OAAOA,GAAP,KAAe,QAApB,EAA+B;AACrCA,YAAO,EAAP;AAEA,KAHM,MAGA,IAAK7P,OAAOmD,OAAP,CAAgB0M,GAAhB,CAAL,EAA6B;AACnCA,WAAM7P,OAAO2B,GAAP,CAAYkO,GAAZ,EAAiB,UAAU1J,KAAV,EAAkB;AACxC,aAAOA,SAAS,IAAT,GAAgB,EAAhB,GAAqBA,QAAQ,EAApC;AACA,MAFK,CAAN;AAGA;;AAED+Y,YAAQlf,OAAOq3B,QAAP,CAAiB,KAAKvzB,IAAtB,KAAgC9D,OAAOq3B,QAAP,CAAiB,KAAKhyB,QAAL,CAAcC,WAAd,EAAjB,CAAxC;;AAEA;AACA,QAAK,CAAC4Z,KAAD,IAAU,EAAG,SAASA,KAAZ,CAAV,IAAiCA,MAAMlB,GAAN,CAAW,IAAX,EAAiBnO,GAAjB,EAAsB,OAAtB,MAAoCzM,SAA1E,EAAsF;AACrF,UAAK+C,KAAL,GAAa0J,GAAb;AACA;AACD,IAhCM,CAAP;AAiCA;AAlEgB,EAAlB;;AAqEA7P,QAAOwC,MAAP,CAAe;AACd60B,YAAU;AACTtW,WAAQ;AACP7f,SAAK,aAAUU,IAAV,EAAiB;;AAErB,SAAIiO,MAAM7P,OAAOoO,IAAP,CAAYwB,IAAZ,CAAkBhO,IAAlB,EAAwB,OAAxB,CAAV;AACA,YAAOiO,OAAO,IAAP,GACNA,GADM;;AAGN;AACA;AACA;AACA;AACA7P,YAAO4E,IAAP,CAAa5E,OAAO8E,IAAP,CAAalD,IAAb,CAAb,EAAmC4B,OAAnC,CAA4C4zB,OAA5C,EAAqD,GAArD,CAPD;AAQA;AAZM,IADC;AAeTjwB,WAAQ;AACPjG,SAAK,aAAUU,IAAV,EAAiB;AACrB,SAAIuE,KAAJ;AAAA,SAAW4a,MAAX;AAAA,SACCte,UAAUb,KAAKa,OADhB;AAAA,SAECgW,QAAQ7W,KAAKoR,aAFd;AAAA,SAGCqQ,MAAMzhB,KAAKkC,IAAL,KAAc,YAAd,IAA8B2U,QAAQ,CAH7C;AAAA,SAICuD,SAASqH,MAAM,IAAN,GAAa,EAJvB;AAAA,SAKCmL,MAAMnL,MAAM5K,QAAQ,CAAd,GAAkBhW,QAAQ1B,MALjC;AAAA,SAMCc,IAAI4W,QAAQ,CAAR,GACH+V,GADG,GAEHnL,MAAM5K,KAAN,GAAc,CARhB;;AAUA;AACA,YAAQ5W,IAAI2sB,GAAZ,EAAiB3sB,GAAjB,EAAuB;AACtBkf,eAASte,QAASZ,CAAT,CAAT;;AAEA;AACA,UAAK,CAAEkf,OAAOhO,QAAP,IAAmBlR,MAAM4W,KAA3B;;AAEH;AACE3Y,cAAQy1B,WAAR,GACD,CAACxU,OAAOlO,QADP,GACkBkO,OAAOrV,YAAP,CAAqB,UAArB,MAAsC,IAJvD,MAKD,CAACqV,OAAO9b,UAAP,CAAkB4N,QAAnB,IACD,CAAC7S,OAAOqF,QAAP,CAAiB0b,OAAO9b,UAAxB,EAAoC,UAApC,CANC,CAAL,EAMyD;;AAExD;AACAkB,eAAQnG,OAAQ+gB,MAAR,EAAiBlR,GAAjB,EAAR;;AAEA;AACA,WAAKwT,GAAL,EAAW;AACV,eAAOld,KAAP;AACA;;AAED;AACA6V,cAAOxc,IAAP,CAAa2G,KAAb;AACA;AACD;;AAED,YAAO6V,MAAP;AACA,KAvCM;;AAyCPgC,SAAK,aAAUpc,IAAV,EAAgBuE,KAAhB,EAAwB;AAC5B,SAAImxB,SAAJ;AAAA,SAAevW,MAAf;AAAA,SACCte,UAAUb,KAAKa,OADhB;AAAA,SAECuZ,SAAShc,OAAOwF,SAAP,CAAkBW,KAAlB,CAFV;AAAA,SAGCtE,IAAIY,QAAQ1B,MAHb;;AAKA,YAAQc,GAAR,EAAc;AACbkf,eAASte,QAASZ,CAAT,CAAT;AACA,UAAKkf,OAAOhO,QAAP,GACJ/S,OAAO2F,OAAP,CAAgB3F,OAAOq3B,QAAP,CAAgBtW,MAAhB,CAAuB7f,GAAvB,CAA4B6f,MAA5B,CAAhB,EAAsD/E,MAAtD,IAAiE,CAAC,CADnE,EAEE;AACDsb,mBAAY,IAAZ;AACA;AACD;;AAED;AACA,SAAK,CAACA,SAAN,EAAkB;AACjB11B,WAAKoR,aAAL,GAAqB,CAAC,CAAtB;AACA;AACD,YAAOgJ,MAAP;AACA;AA7DM;AAfC;AADI,EAAf;;AAkFA;AACAhc,QAAOyB,IAAP,CAAa,CAAE,OAAF,EAAW,UAAX,CAAb,EAAsC,YAAW;AAChDzB,SAAOq3B,QAAP,CAAiB,IAAjB,IAA0B;AACzBrZ,QAAK,aAAUpc,IAAV,EAAgBuE,KAAhB,EAAwB;AAC5B,QAAKnG,OAAOmD,OAAP,CAAgBgD,KAAhB,CAAL,EAA+B;AAC9B,YAASvE,KAAKkR,OAAL,GAAe9S,OAAO2F,OAAP,CAAgB3F,OAAQ4B,IAAR,EAAeiO,GAAf,EAAhB,EAAsC1J,KAAtC,IAAgD,CAAC,CAAzE;AACA;AACD;AALwB,GAA1B;AAOA,MAAK,CAACrG,QAAQu1B,OAAd,EAAwB;AACvBr1B,UAAOq3B,QAAP,CAAiB,IAAjB,EAAwBn2B,GAAxB,GAA8B,UAAUU,IAAV,EAAiB;AAC9C,WAAOA,KAAK8J,YAAL,CAAmB,OAAnB,MAAiC,IAAjC,GAAwC,IAAxC,GAA+C9J,KAAKuE,KAA3D;AACA,IAFD;AAGA;AACD,EAbD;;AAkBA;;;AAGA,KAAIoxB,cAAc,iCAAlB;;AAEAv3B,QAAOwC,MAAP,CAAexC,OAAOujB,KAAtB,EAA6B;;AAE5B6D,WAAS,iBAAU7D,KAAV,EAAiBtF,IAAjB,EAAuBrc,IAAvB,EAA6B41B,YAA7B,EAA4C;;AAEpD,OAAI31B,CAAJ;AAAA,OAAOiL,GAAP;AAAA,OAAYxG,GAAZ;AAAA,OAAiBmxB,UAAjB;AAAA,OAA6BC,MAA7B;AAAA,OAAqCxT,MAArC;AAAA,OAA6CL,OAA7C;AAAA,OACC8T,YAAY,CAAE/1B,QAAQ5C,QAAV,CADb;AAAA,OAEC8E,OAAOlE,OAAOqB,IAAP,CAAasiB,KAAb,EAAoB,MAApB,IAA+BA,MAAMzf,IAArC,GAA4Cyf,KAFpD;AAAA,OAGCQ,aAAankB,OAAOqB,IAAP,CAAasiB,KAAb,EAAoB,WAApB,IAAoCA,MAAMgB,SAAN,CAAgB3d,KAAhB,CAAuB,GAAvB,CAApC,GAAmE,EAHjF;;AAKAkG,SAAMxG,MAAM1E,OAAOA,QAAQ5C,QAA3B;;AAEA;AACA,OAAK4C,KAAKyC,QAAL,KAAkB,CAAlB,IAAuBzC,KAAKyC,QAAL,KAAkB,CAA9C,EAAkD;AACjD;AACA;;AAED;AACA,OAAKkzB,YAAY9rB,IAAZ,CAAkB3H,OAAO9D,OAAOujB,KAAP,CAAaY,SAAtC,CAAL,EAAyD;AACxD;AACA;;AAED,OAAKrgB,KAAKrE,OAAL,CAAc,GAAd,IAAsB,CAAC,CAA5B,EAAgC;;AAE/B;AACAskB,iBAAajgB,KAAK8C,KAAL,CAAY,GAAZ,CAAb;AACA9C,WAAOigB,WAAW1X,KAAX,EAAP;AACA0X,eAAWzhB,IAAX;AACA;AACDo1B,YAAS5zB,KAAKrE,OAAL,CAAc,GAAd,IAAsB,CAAtB,IAA2B,OAAOqE,IAA3C;;AAEA;AACAyf,WAAQA,MAAOvjB,OAAOqD,OAAd,IACPkgB,KADO,GAEP,IAAIvjB,OAAOgnB,KAAX,CAAkBljB,IAAlB,EAAwB,QAAOyf,KAAP,yCAAOA,KAAP,OAAiB,QAAjB,IAA6BA,KAArD,CAFD;;AAIA;AACAA,SAAMqU,SAAN,GAAkBJ,eAAe,CAAf,GAAmB,CAArC;AACAjU,SAAMgB,SAAN,GAAkBR,WAAWlY,IAAX,CAAiB,GAAjB,CAAlB;AACA0X,SAAM8B,UAAN,GAAmB9B,MAAMgB,SAAN,GAClB,IAAItb,MAAJ,CAAY,YAAY8a,WAAWlY,IAAX,CAAiB,eAAjB,CAAZ,GAAiD,SAA7D,CADkB,GAElB,IAFD;;AAIA;AACA0X,SAAMtS,MAAN,GAAe7N,SAAf;AACA,OAAK,CAACmgB,MAAMxgB,MAAZ,EAAqB;AACpBwgB,UAAMxgB,MAAN,GAAenB,IAAf;AACA;;AAED;AACAqc,UAAOA,QAAQ,IAAR,GACN,CAAEsF,KAAF,CADM,GAENvjB,OAAOwF,SAAP,CAAkByY,IAAlB,EAAwB,CAAEsF,KAAF,CAAxB,CAFD;;AAIA;AACAM,aAAU7jB,OAAOujB,KAAP,CAAaM,OAAb,CAAsB/f,IAAtB,KAAgC,EAA1C;AACA,OAAK,CAAC0zB,YAAD,IAAiB3T,QAAQuD,OAAzB,IAAoCvD,QAAQuD,OAAR,CAAgBtlB,KAAhB,CAAuBF,IAAvB,EAA6Bqc,IAA7B,MAAwC,KAAjF,EAAyF;AACxF;AACA;;AAED;AACA;AACA,OAAK,CAACuZ,YAAD,IAAiB,CAAC3T,QAAQqD,QAA1B,IAAsC,CAAClnB,OAAOgE,QAAP,CAAiBpC,IAAjB,CAA5C,EAAsE;;AAErE61B,iBAAa5T,QAAQQ,YAAR,IAAwBvgB,IAArC;AACA,QAAK,CAACyzB,YAAY9rB,IAAZ,CAAkBgsB,aAAa3zB,IAA/B,CAAN,EAA8C;AAC7CgJ,WAAMA,IAAI7H,UAAV;AACA;AACD,WAAQ6H,GAAR,EAAaA,MAAMA,IAAI7H,UAAvB,EAAoC;AACnC0yB,eAAUn4B,IAAV,CAAgBsN,GAAhB;AACAxG,WAAMwG,GAAN;AACA;;AAED;AACA,QAAKxG,SAAU1E,KAAKsJ,aAAL,IAAsBlM,QAAhC,CAAL,EAAkD;AACjD24B,eAAUn4B,IAAV,CAAgB8G,IAAIsH,WAAJ,IAAmBtH,IAAIuxB,YAAvB,IAAuC14B,MAAvD;AACA;AACD;;AAED;AACA0C,OAAI,CAAJ;AACA,UAAQ,CAAEiL,MAAM6qB,UAAW91B,GAAX,CAAR,KAA8B,CAAC0hB,MAAM2B,oBAAN,EAAvC,EAAsE;;AAErE3B,UAAMzf,IAAN,GAAajC,IAAI,CAAJ,GACZ41B,UADY,GAEZ5T,QAAQS,QAAR,IAAoBxgB,IAFrB;;AAIA;AACAogB,aAAS,CAAE5F,SAASpd,GAAT,CAAc4L,GAAd,EAAmB,QAAnB,KAAiC,EAAnC,EAAyCyW,MAAMzf,IAA/C,KACRwa,SAASpd,GAAT,CAAc4L,GAAd,EAAmB,QAAnB,CADD;AAEA,QAAKoX,MAAL,EAAc;AACbA,YAAOpiB,KAAP,CAAcgL,GAAd,EAAmBmR,IAAnB;AACA;;AAED;AACAiG,aAASwT,UAAU5qB,IAAK4qB,MAAL,CAAnB;AACA,QAAKxT,UAAUA,OAAOpiB,KAAjB,IAA0Byb,WAAYzQ,GAAZ,CAA/B,EAAmD;AAClDyW,WAAMtS,MAAN,GAAeiT,OAAOpiB,KAAP,CAAcgL,GAAd,EAAmBmR,IAAnB,CAAf;AACA,SAAKsF,MAAMtS,MAAN,KAAiB,KAAtB,EAA8B;AAC7BsS,YAAM+B,cAAN;AACA;AACD;AACD;AACD/B,SAAMzf,IAAN,GAAaA,IAAb;;AAEA;AACA,OAAK,CAAC0zB,YAAD,IAAiB,CAACjU,MAAMkE,kBAAN,EAAvB,EAAoD;;AAEnD,QAAK,CAAE,CAAC5D,QAAQzC,QAAT,IACNyC,QAAQzC,QAAR,CAAiBtf,KAAjB,CAAwB61B,UAAUnvB,GAAV,EAAxB,EAAyCyV,IAAzC,MAAoD,KADhD,KAEJV,WAAY3b,IAAZ,CAFD,EAEsB;;AAErB;AACA;AACA,SAAK81B,UAAU13B,OAAOiD,UAAP,CAAmBrB,KAAMkC,IAAN,CAAnB,CAAV,IAA+C,CAAC9D,OAAOgE,QAAP,CAAiBpC,IAAjB,CAArD,EAA+E;;AAE9E;AACA0E,YAAM1E,KAAM81B,MAAN,CAAN;;AAEA,UAAKpxB,GAAL,EAAW;AACV1E,YAAM81B,MAAN,IAAiB,IAAjB;AACA;;AAED;AACA13B,aAAOujB,KAAP,CAAaY,SAAb,GAAyBrgB,IAAzB;AACAlC,WAAMkC,IAAN;AACA9D,aAAOujB,KAAP,CAAaY,SAAb,GAAyB/gB,SAAzB;;AAEA,UAAKkD,GAAL,EAAW;AACV1E,YAAM81B,MAAN,IAAiBpxB,GAAjB;AACA;AACD;AACD;AACD;;AAED,UAAOid,MAAMtS,MAAb;AACA,GAvI2B;;AAyI5B;AACA;AACA6mB,YAAU,kBAAUh0B,IAAV,EAAgBlC,IAAhB,EAAsB2hB,KAAtB,EAA8B;AACvC,OAAI/Y,IAAIxK,OAAOwC,MAAP,CACP,IAAIxC,OAAOgnB,KAAX,EADO,EAEPzD,KAFO,EAGP;AACCzf,UAAMA,IADP;AAEC8jB,iBAAa;AAFd,IAHO,CAAR;;AASA5nB,UAAOujB,KAAP,CAAa6D,OAAb,CAAsB5c,CAAtB,EAAyB,IAAzB,EAA+B5I,IAA/B;AACA;;AAtJ2B,EAA7B;;AA0JA5B,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;;AAEjB4kB,WAAS,iBAAUtjB,IAAV,EAAgBma,IAAhB,EAAuB;AAC/B,UAAO,KAAKxc,IAAL,CAAW,YAAW;AAC5BzB,WAAOujB,KAAP,CAAa6D,OAAb,CAAsBtjB,IAAtB,EAA4Bma,IAA5B,EAAkC,IAAlC;AACA,IAFM,CAAP;AAGA,GANgB;AAOjBtB,kBAAgB,wBAAU7Y,IAAV,EAAgBma,IAAhB,EAAuB;AACtC,OAAIrc,OAAO,KAAM,CAAN,CAAX;AACA,OAAKA,IAAL,EAAY;AACX,WAAO5B,OAAOujB,KAAP,CAAa6D,OAAb,CAAsBtjB,IAAtB,EAA4Bma,IAA5B,EAAkCrc,IAAlC,EAAwC,IAAxC,CAAP;AACA;AACD;AAZgB,EAAlB;;AAgBA5B,QAAOyB,IAAP,CAAa,CAAE,0EACd,uEADc,GAEd,+DAFY,EAEsDmF,KAFtD,CAE6D,GAF7D,CAAb,EAGC,UAAU/E,CAAV,EAAaa,IAAb,EAAoB;;AAEpB;AACA1C,SAAOG,EAAP,CAAWuC,IAAX,IAAoB,UAAUub,IAAV,EAAgB9d,EAAhB,EAAqB;AACxC,UAAO4B,UAAUhB,MAAV,GAAmB,CAAnB,GACN,KAAKoiB,EAAL,CAASzgB,IAAT,EAAe,IAAf,EAAqBub,IAArB,EAA2B9d,EAA3B,CADM,GAEN,KAAKinB,OAAL,CAAc1kB,IAAd,CAFD;AAGA,GAJD;AAKA,EAXD;;AAaA1C,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBu1B,SAAO,eAAUC,MAAV,EAAkBC,KAAlB,EAA0B;AAChC,UAAO,KAAKnQ,UAAL,CAAiBkQ,MAAjB,EAA0BjQ,UAA1B,CAAsCkQ,SAASD,MAA/C,CAAP;AACA;AAHgB,EAAlB;;AASAl4B,SAAQo4B,OAAR,GAAkB,eAAe/4B,MAAjC;;AAGA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA,KAAK,CAACW,QAAQo4B,OAAd,EAAwB;AACvBl4B,SAAOyB,IAAP,CAAa,EAAE0lB,OAAO,SAAT,EAAoBE,MAAM,UAA1B,EAAb,EAAqD,UAAUa,IAAV,EAAgBpD,GAAhB,EAAsB;;AAE1E;AACA,OAAInY,UAAU,SAAVA,OAAU,CAAU4W,KAAV,EAAkB;AAC/BvjB,WAAOujB,KAAP,CAAauU,QAAb,CAAuBhT,GAAvB,EAA4BvB,MAAMxgB,MAAlC,EAA0C/C,OAAOujB,KAAP,CAAauB,GAAb,CAAkBvB,KAAlB,CAA1C;AACA,IAFD;;AAIAvjB,UAAOujB,KAAP,CAAaM,OAAb,CAAsBiB,GAAtB,IAA8B;AAC7BL,WAAO,iBAAW;AACjB,SAAI9W,MAAM,KAAKzC,aAAL,IAAsB,IAAhC;AAAA,SACCitB,WAAW7Z,SAASpB,MAAT,CAAiBvP,GAAjB,EAAsBmX,GAAtB,CADZ;;AAGA,SAAK,CAACqT,QAAN,EAAiB;AAChBxqB,UAAIG,gBAAJ,CAAsBoa,IAAtB,EAA4Bvb,OAA5B,EAAqC,IAArC;AACA;AACD2R,cAASpB,MAAT,CAAiBvP,GAAjB,EAAsBmX,GAAtB,EAA2B,CAAEqT,YAAY,CAAd,IAAoB,CAA/C;AACA,KAT4B;AAU7BvT,cAAU,oBAAW;AACpB,SAAIjX,MAAM,KAAKzC,aAAL,IAAsB,IAAhC;AAAA,SACCitB,WAAW7Z,SAASpB,MAAT,CAAiBvP,GAAjB,EAAsBmX,GAAtB,IAA8B,CAD1C;;AAGA,SAAK,CAACqT,QAAN,EAAiB;AAChBxqB,UAAImP,mBAAJ,CAAyBoL,IAAzB,EAA+Bvb,OAA/B,EAAwC,IAAxC;AACA2R,eAASnE,MAAT,CAAiBxM,GAAjB,EAAsBmX,GAAtB;AAEA,MAJD,MAIO;AACNxG,eAASpB,MAAT,CAAiBvP,GAAjB,EAAsBmX,GAAtB,EAA2BqT,QAA3B;AACA;AACD;AArB4B,IAA9B;AAuBA,GA9BD;AA+BA;AACD,KAAI3lB,WAAWrT,OAAOqT,QAAtB;;AAEA,KAAI4lB,QAAQp4B,OAAOwG,GAAP,EAAZ;;AAEA,KAAI6xB,SAAW,IAAf;;AAIA;AACA;AACAr4B,QAAO2e,SAAP,GAAmB,UAAUV,IAAV,EAAiB;AACnC,SAAOqa,KAAKC,KAAL,CAAYta,OAAO,EAAnB,CAAP;AACA,EAFD;;AAKA;AACAje,QAAOw4B,QAAP,GAAkB,UAAUva,IAAV,EAAiB;AAClC,MAAI3M,GAAJ;AACA,MAAK,CAAC2M,IAAD,IAAS,OAAOA,IAAP,KAAgB,QAA9B,EAAyC;AACxC,UAAO,IAAP;AACA;;AAED;AACA,MAAI;AACH3M,SAAQ,IAAInS,OAAOs5B,SAAX,EAAF,CAA2BC,eAA3B,CAA4Cza,IAA5C,EAAkD,UAAlD,CAAN;AACA,GAFD,CAEE,OAAQzT,CAAR,EAAY;AACb8G,SAAMlO,SAAN;AACA;;AAED,MAAK,CAACkO,GAAD,IAAQA,IAAIhG,oBAAJ,CAA0B,aAA1B,EAA0CvK,MAAvD,EAAgE;AAC/Df,UAAO0D,KAAP,CAAc,kBAAkBua,IAAhC;AACA;AACD,SAAO3M,GAAP;AACA,EAjBD;;AAoBA,KACCqnB,QAAQ,MADT;AAAA,KAECC,MAAM,eAFP;AAAA,KAGCC,WAAW,4BAHZ;;;AAKC;AACAC,kBAAiB,2DANlB;AAAA,KAOCC,aAAa,gBAPd;AAAA,KAQCC,YAAY,OARb;;;AAUC;;;;;;;;;AASAnG,cAAa,EAnBd;;;AAqBC;;;;;AAKAoG,cAAa,EA1Bd;;;AA4BC;AACAC,YAAW,KAAK35B,MAAL,CAAa,GAAb,CA7BZ;;;AA+BC;AACA45B,gBAAen6B,SAAS6F,aAAT,CAAwB,GAAxB,CAhChB;AAiCCs0B,cAAaxmB,IAAb,GAAoBH,SAASG,IAA7B;;AAED;AACA,UAASymB,2BAAT,CAAsCC,SAAtC,EAAkD;;AAEjD;AACA,SAAO,UAAUC,kBAAV,EAA8B7e,IAA9B,EAAqC;;AAE3C,OAAK,OAAO6e,kBAAP,KAA8B,QAAnC,EAA8C;AAC7C7e,WAAO6e,kBAAP;AACAA,yBAAqB,GAArB;AACA;;AAED,OAAIC,QAAJ;AAAA,OACC13B,IAAI,CADL;AAAA,OAEC23B,YAAYF,mBAAmBh0B,WAAnB,GAAiCwF,KAAjC,CAAwCuO,SAAxC,KAAuD,EAFpE;;AAIA,OAAKrZ,OAAOiD,UAAP,CAAmBwX,IAAnB,CAAL,EAAiC;;AAEhC;AACA,WAAU8e,WAAWC,UAAW33B,GAAX,CAArB,EAA0C;;AAEzC;AACA,SAAK03B,SAAU,CAAV,MAAkB,GAAvB,EAA6B;AAC5BA,iBAAWA,SAASj6B,KAAT,CAAgB,CAAhB,KAAuB,GAAlC;AACA,OAAE+5B,UAAWE,QAAX,IAAwBF,UAAWE,QAAX,KAAyB,EAAnD,EAAwD9pB,OAAxD,CAAiEgL,IAAjE;;AAED;AACC,MALD,MAKO;AACN,OAAE4e,UAAWE,QAAX,IAAwBF,UAAWE,QAAX,KAAyB,EAAnD,EAAwD/5B,IAAxD,CAA8Dib,IAA9D;AACA;AACD;AACD;AACD,GA3BD;AA4BA;;AAED;AACA,UAASgf,6BAAT,CAAwCJ,SAAxC,EAAmD52B,OAAnD,EAA4D0wB,eAA5D,EAA6EuG,KAA7E,EAAqF;;AAEpF,MAAIC,YAAY,EAAhB;AAAA,MACCC,mBAAqBP,cAAcJ,UADpC;;AAGA,WAASY,OAAT,CAAkBN,QAAlB,EAA6B;AAC5B,OAAIxmB,QAAJ;AACA4mB,aAAWJ,QAAX,IAAwB,IAAxB;AACAv5B,UAAOyB,IAAP,CAAa43B,UAAWE,QAAX,KAAyB,EAAtC,EAA0C,UAAUvvB,CAAV,EAAa8vB,kBAAb,EAAkC;AAC3E,QAAIC,sBAAsBD,mBAAoBr3B,OAApB,EAA6B0wB,eAA7B,EAA8CuG,KAA9C,CAA1B;AACA,QAAK,OAAOK,mBAAP,KAA+B,QAA/B,IACJ,CAACH,gBADG,IACiB,CAACD,UAAWI,mBAAX,CADvB,EAC0D;;AAEzDt3B,aAAQ+2B,SAAR,CAAkB/pB,OAAlB,CAA2BsqB,mBAA3B;AACAF,aAASE,mBAAT;AACA,YAAO,KAAP;AACA,KAND,MAMO,IAAKH,gBAAL,EAAwB;AAC9B,YAAO,EAAG7mB,WAAWgnB,mBAAd,CAAP;AACA;AACD,IAXD;AAYA,UAAOhnB,QAAP;AACA;;AAED,SAAO8mB,QAASp3B,QAAQ+2B,SAAR,CAAmB,CAAnB,CAAT,KAAqC,CAACG,UAAW,GAAX,CAAD,IAAqBE,QAAS,GAAT,CAAjE;AACA;;AAED;AACA;AACA;AACA,UAASG,UAAT,CAAqBj3B,MAArB,EAA6BJ,GAA7B,EAAmC;AAClC,MAAIyB,GAAJ;AAAA,MAASpB,IAAT;AAAA,MACCi3B,cAAcj6B,OAAOk6B,YAAP,CAAoBD,WAApB,IAAmC,EADlD;;AAGA,OAAM71B,GAAN,IAAazB,GAAb,EAAmB;AAClB,OAAKA,IAAKyB,GAAL,MAAehB,SAApB,EAAgC;AAC/B,KAAE62B,YAAa71B,GAAb,IAAqBrB,MAArB,GAAgCC,SAAUA,OAAO,EAAjB,CAAlC,EAA6DoB,GAA7D,IAAqEzB,IAAKyB,GAAL,CAArE;AACA;AACD;AACD,MAAKpB,IAAL,EAAY;AACXhD,UAAOwC,MAAP,CAAe,IAAf,EAAqBO,MAArB,EAA6BC,IAA7B;AACA;;AAED,SAAOD,MAAP;AACA;;AAED;;;;AAIA,UAASo3B,mBAAT,CAA8BC,CAA9B,EAAiCV,KAAjC,EAAwCW,SAAxC,EAAoD;;AAEnD,MAAIC,EAAJ;AAAA,MAAQx2B,IAAR;AAAA,MAAcy2B,aAAd;AAAA,MAA6BC,aAA7B;AAAA,MACCviB,WAAWmiB,EAAEniB,QADd;AAAA,MAECuhB,YAAYY,EAAEZ,SAFf;;AAIA;AACA,SAAQA,UAAW,CAAX,MAAmB,GAA3B,EAAiC;AAChCA,aAAUntB,KAAV;AACA,OAAKiuB,OAAOl3B,SAAZ,EAAwB;AACvBk3B,SAAKF,EAAEK,QAAF,IAAcf,MAAMgB,iBAAN,CAAyB,cAAzB,CAAnB;AACA;AACD;;AAED;AACA,MAAKJ,EAAL,EAAU;AACT,QAAMx2B,IAAN,IAAcmU,QAAd,EAAyB;AACxB,QAAKA,SAAUnU,IAAV,KAAoBmU,SAAUnU,IAAV,EAAiB2H,IAAjB,CAAuB6uB,EAAvB,CAAzB,EAAuD;AACtDd,eAAU/pB,OAAV,CAAmB3L,IAAnB;AACA;AACA;AACD;AACD;;AAED;AACA,MAAK01B,UAAW,CAAX,KAAkBa,SAAvB,EAAmC;AAClCE,mBAAgBf,UAAW,CAAX,CAAhB;AACA,GAFD,MAEO;;AAEN;AACA,QAAM11B,IAAN,IAAcu2B,SAAd,EAA0B;AACzB,QAAK,CAACb,UAAW,CAAX,CAAD,IAAmBY,EAAEO,UAAF,CAAc72B,OAAO,GAAP,GAAa01B,UAAW,CAAX,CAA3B,CAAxB,EAAsE;AACrEe,qBAAgBz2B,IAAhB;AACA;AACA;AACD,QAAK,CAAC02B,aAAN,EAAsB;AACrBA,qBAAgB12B,IAAhB;AACA;AACD;;AAED;AACAy2B,mBAAgBA,iBAAiBC,aAAjC;AACA;;AAED;AACA;AACA;AACA,MAAKD,aAAL,EAAqB;AACpB,OAAKA,kBAAkBf,UAAW,CAAX,CAAvB,EAAwC;AACvCA,cAAU/pB,OAAV,CAAmB8qB,aAAnB;AACA;AACD,UAAOF,UAAWE,aAAX,CAAP;AACA;AACD;;AAED;;;AAGA,UAASK,WAAT,CAAsBR,CAAtB,EAAyBS,QAAzB,EAAmCnB,KAAnC,EAA0CoB,SAA1C,EAAsD;AACrD,MAAIC,KAAJ;AAAA,MAAWC,OAAX;AAAA,MAAoBC,IAApB;AAAA,MAA0B30B,GAA1B;AAAA,MAA+B6R,IAA/B;AAAA,MACCwiB,aAAa,EADd;;;AAGC;AACAnB,cAAYY,EAAEZ,SAAF,CAAYl6B,KAAZ,EAJb;;AAMA;AACA,MAAKk6B,UAAW,CAAX,CAAL,EAAsB;AACrB,QAAMyB,IAAN,IAAcb,EAAEO,UAAhB,EAA6B;AAC5BA,eAAYM,KAAK31B,WAAL,EAAZ,IAAmC80B,EAAEO,UAAF,CAAcM,IAAd,CAAnC;AACA;AACD;;AAEDD,YAAUxB,UAAUntB,KAAV,EAAV;;AAEA;AACA,SAAQ2uB,OAAR,EAAkB;;AAEjB,OAAKZ,EAAEc,cAAF,CAAkBF,OAAlB,CAAL,EAAmC;AAClCtB,UAAOU,EAAEc,cAAF,CAAkBF,OAAlB,CAAP,IAAuCH,QAAvC;AACA;;AAED;AACA,OAAK,CAAC1iB,IAAD,IAAS2iB,SAAT,IAAsBV,EAAEe,UAA7B,EAA0C;AACzCN,eAAWT,EAAEe,UAAF,CAAcN,QAAd,EAAwBT,EAAEb,QAA1B,CAAX;AACA;;AAEDphB,UAAO6iB,OAAP;AACAA,aAAUxB,UAAUntB,KAAV,EAAV;;AAEA,OAAK2uB,OAAL,EAAe;;AAEf;AACC,QAAKA,YAAY,GAAjB,EAAuB;;AAEtBA,eAAU7iB,IAAV;;AAED;AACC,KALD,MAKO,IAAKA,SAAS,GAAT,IAAgBA,SAAS6iB,OAA9B,EAAwC;;AAE9C;AACAC,YAAON,WAAYxiB,OAAO,GAAP,GAAa6iB,OAAzB,KAAsCL,WAAY,OAAOK,OAAnB,CAA7C;;AAEA;AACA,SAAK,CAACC,IAAN,EAAa;AACZ,WAAMF,KAAN,IAAeJ,UAAf,EAA4B;;AAE3B;AACAr0B,aAAMy0B,MAAMn0B,KAAN,CAAa,GAAb,CAAN;AACA,WAAKN,IAAK,CAAL,MAAa00B,OAAlB,EAA4B;;AAE3B;AACAC,eAAON,WAAYxiB,OAAO,GAAP,GAAa7R,IAAK,CAAL,CAAzB,KACNq0B,WAAY,OAAOr0B,IAAK,CAAL,CAAnB,CADD;AAEA,YAAK20B,IAAL,EAAY;;AAEX;AACA,aAAKA,SAAS,IAAd,EAAqB;AACpBA,iBAAON,WAAYI,KAAZ,CAAP;;AAED;AACC,UAJD,MAIO,IAAKJ,WAAYI,KAAZ,MAAwB,IAA7B,EAAoC;AAC1CC,oBAAU10B,IAAK,CAAL,CAAV;AACAkzB,oBAAU/pB,OAAV,CAAmBnJ,IAAK,CAAL,CAAnB;AACA;AACD;AACA;AACD;AACD;AACD;;AAED;AACA,SAAK20B,SAAS,IAAd,EAAqB;;AAEpB;AACA,UAAKA,QAAQb,EAAEgB,MAAf,EAAwB;AACvBP,kBAAWI,KAAMJ,QAAN,CAAX;AACA,OAFD,MAEO;AACN,WAAI;AACHA,mBAAWI,KAAMJ,QAAN,CAAX;AACA,QAFD,CAEE,OAAQrwB,CAAR,EAAY;AACb,eAAO;AACNmQ,gBAAO,aADD;AAENjX,gBAAOu3B,OAAOzwB,CAAP,GAAW,wBAAwB2N,IAAxB,GAA+B,MAA/B,GAAwC6iB;AAFpD,SAAP;AAIA;AACD;AACD;AACD;AACD;AACD;;AAED,SAAO,EAAErgB,OAAO,SAAT,EAAoBsD,MAAM4c,QAA1B,EAAP;AACA;;AAED76B,QAAOwC,MAAP,CAAe;;AAEd;AACA64B,UAAQ,CAHM;;AAKd;AACAC,gBAAc,EANA;AAOdC,QAAM,EAPQ;;AASdrB,gBAAc;AACbsB,QAAKhpB,SAASG,IADD;AAEb7O,SAAM,KAFO;AAGb23B,YAAS3C,eAAertB,IAAf,CAAqB+G,SAASkpB,QAA9B,CAHI;AAIb98B,WAAQ,IAJK;AAKb+8B,gBAAa,IALA;AAMbC,UAAO,IANM;AAObC,gBAAa,kDAPA;AAQb;;;;;;;;;;;;AAYAC,YAAS;AACR,SAAK5C,QADG;AAERp0B,UAAM,YAFE;AAGR2kB,UAAM,WAHE;AAIRnY,SAAK,2BAJG;AAKRyqB,UAAM;AALE,IApBI;;AA4Bb9jB,aAAU;AACT3G,SAAK,SADI;AAETmY,UAAM,QAFG;AAGTsS,UAAM;AAHG,IA5BG;;AAkCbb,mBAAgB;AACf5pB,SAAK,aADU;AAEfxM,UAAM,cAFS;AAGfi3B,UAAM;AAHS,IAlCH;;AAwCb;AACA;AACApB,eAAY;;AAEX;AACA,cAAUvwB,MAHC;;AAKX;AACA,iBAAa,IANF;;AAQX;AACA,iBAAapK,OAAO2e,SATT;;AAWX;AACA,gBAAY3e,OAAOw4B;AAZR,IA1CC;;AAyDb;AACA;AACA;AACA;AACAyB,gBAAa;AACZuB,SAAK,IADO;AAEZt7B,aAAS;AAFG;AA7DA,GATA;;AA4Ed;AACA;AACA;AACA87B,aAAW,mBAAUj5B,MAAV,EAAkBk5B,QAAlB,EAA6B;AACvC,UAAOA;;AAEN;AACAjC,cAAYA,WAAYj3B,MAAZ,EAAoB/C,OAAOk6B,YAA3B,CAAZ,EAAuD+B,QAAvD,CAHM;;AAKN;AACAjC,cAAYh6B,OAAOk6B,YAAnB,EAAiCn3B,MAAjC,CAND;AAOA,GAvFa;;AAyFdm5B,iBAAe9C,4BAA6BvG,UAA7B,CAzFD;AA0FdsJ,iBAAe/C,4BAA6BH,UAA7B,CA1FD;;AA4Fd;AACAmD,QAAM,cAAUZ,GAAV,EAAe/4B,OAAf,EAAyB;;AAE9B;AACA,OAAK,QAAO+4B,GAAP,yCAAOA,GAAP,OAAe,QAApB,EAA+B;AAC9B/4B,cAAU+4B,GAAV;AACAA,UAAMp4B,SAAN;AACA;;AAED;AACAX,aAAUA,WAAW,EAArB;;AAEA,OAAI45B,SAAJ;;;AAEC;AACAC,WAHD;;;AAKC;AACAC,wBAND;AAAA,OAOCC,eAPD;;;AASC;AACAC,eAVD;;;AAYC;AACAC,YAbD;;;AAeC;AACAC,cAhBD;;;AAkBC;AACA96B,IAnBD;;;AAqBC;AACAu4B,OAAIp6B,OAAOg8B,SAAP,CAAkB,EAAlB,EAAsBv5B,OAAtB,CAtBL;;;AAwBC;AACAm6B,qBAAkBxC,EAAEl6B,OAAF,IAAak6B,CAzBhC;;;AA2BC;AACAyC,wBAAqBzC,EAAEl6B,OAAF,KAClB08B,gBAAgBv4B,QAAhB,IAA4Bu4B,gBAAgB/7B,MAD1B,IAEnBb,OAAQ48B,eAAR,CAFmB,GAGnB58B,OAAOujB,KA/BV;;;AAiCC;AACAzI,cAAW9a,OAAOwa,QAAP,EAlCZ;AAAA,OAmCCsiB,mBAAmB98B,OAAOyZ,SAAP,CAAkB,aAAlB,CAnCpB;;;AAqCC;AACAsjB,iBAAa3C,EAAE2C,UAAF,IAAgB,EAtC9B;;;AAwCC;AACAC,oBAAiB,EAzClB;AAAA,OA0CCC,sBAAsB,EA1CvB;;;AA4CC;AACAtiB,WAAQ,CA7CT;;;AA+CC;AACAuiB,cAAW,UAhDZ;;;AAkDC;AACAxD,WAAQ;AACP3c,gBAAY,CADL;;AAGP;AACA2d,uBAAmB,2BAAUt2B,GAAV,EAAgB;AAClC,SAAI0G,KAAJ;AACA,SAAK6P,UAAU,CAAf,EAAmB;AAClB,UAAK,CAAC6hB,eAAN,EAAwB;AACvBA,yBAAkB,EAAlB;AACA,cAAU1xB,QAAQ+tB,SAAS1tB,IAAT,CAAeoxB,qBAAf,CAAlB,EAA6D;AAC5DC,wBAAiB1xB,MAAO,CAAP,EAAWxF,WAAX,EAAjB,IAA8CwF,MAAO,CAAP,CAA9C;AACA;AACD;AACDA,cAAQ0xB,gBAAiBp4B,IAAIkB,WAAJ,EAAjB,CAAR;AACA;AACD,YAAOwF,SAAS,IAAT,GAAgB,IAAhB,GAAuBA,KAA9B;AACA,KAhBM;;AAkBP;AACAqyB,2BAAuB,iCAAW;AACjC,YAAOxiB,UAAU,CAAV,GAAc4hB,qBAAd,GAAsC,IAA7C;AACA,KArBM;;AAuBP;AACAa,sBAAkB,0BAAU16B,IAAV,EAAgByD,KAAhB,EAAwB;AACzC,SAAIk3B,QAAQ36B,KAAK4C,WAAL,EAAZ;AACA,SAAK,CAACqV,KAAN,EAAc;AACbjY,aAAOu6B,oBAAqBI,KAArB,IAA+BJ,oBAAqBI,KAArB,KAAgC36B,IAAtE;AACAs6B,qBAAgBt6B,IAAhB,IAAyByD,KAAzB;AACA;AACD,YAAO,IAAP;AACA,KA/BM;;AAiCP;AACAm3B,sBAAkB,0BAAUx5B,IAAV,EAAiB;AAClC,SAAK,CAAC6W,KAAN,EAAc;AACbyf,QAAEK,QAAF,GAAa32B,IAAb;AACA;AACD,YAAO,IAAP;AACA,KAvCM;;AAyCP;AACAi5B,gBAAY,oBAAUp7B,GAAV,EAAgB;AAC3B,SAAI6C,IAAJ;AACA,SAAK7C,GAAL,EAAW;AACV,UAAKgZ,QAAQ,CAAb,EAAiB;AAChB,YAAMnW,IAAN,IAAc7C,GAAd,EAAoB;;AAEnB;AACAo7B,oBAAYv4B,IAAZ,IAAqB,CAAEu4B,YAAYv4B,IAAZ,CAAF,EAAsB7C,IAAK6C,IAAL,CAAtB,CAArB;AACA;AACD,OAND,MAMO;;AAEN;AACAk1B,aAAM7e,MAAN,CAAclZ,IAAK+3B,MAAM6D,MAAX,CAAd;AACA;AACD;AACD,YAAO,IAAP;AACA,KA1DM;;AA4DP;AACAC,WAAO,eAAUC,UAAV,EAAuB;AAC7B,SAAIC,YAAYD,cAAcP,QAA9B;AACA,SAAKb,SAAL,EAAiB;AAChBA,gBAAUmB,KAAV,CAAiBE,SAAjB;AACA;AACD31B,UAAM,CAAN,EAAS21B,SAAT;AACA,YAAO,IAAP;AACA;AApEM,IAnDT;;AA0HA;AACA5iB,YAASF,OAAT,CAAkB8e,KAAlB,EAA0BnG,QAA1B,GAAqCuJ,iBAAiBnkB,GAAtD;AACA+gB,SAAMiE,OAAN,GAAgBjE,MAAM3xB,IAAtB;AACA2xB,SAAMh2B,KAAN,GAAcg2B,MAAM3e,IAApB;;AAEA;AACA;AACA;AACA;AACAqf,KAAEoB,GAAF,GAAQ,CAAE,CAAEA,OAAOpB,EAAEoB,GAAT,IAAgBhpB,SAASG,IAA3B,IAAoC,EAAtC,EAA2CnP,OAA3C,CAAoDm1B,KAApD,EAA2D,EAA3D,EACNn1B,OADM,CACGw1B,SADH,EACcxmB,SAASkpB,QAAT,GAAoB,IADlC,CAAR;;AAGA;AACAtB,KAAEt2B,IAAF,GAASrB,QAAQm7B,MAAR,IAAkBn7B,QAAQqB,IAA1B,IAAkCs2B,EAAEwD,MAApC,IAA8CxD,EAAEt2B,IAAzD;;AAEA;AACAs2B,KAAEZ,SAAF,GAAcx5B,OAAO4E,IAAP,CAAaw1B,EAAEb,QAAF,IAAc,GAA3B,EAAiCj0B,WAAjC,GAA+CwF,KAA/C,CAAsDuO,SAAtD,KAAqE,CAAE,EAAF,CAAnF;;AAEA;AACA,OAAK+gB,EAAEyD,WAAF,IAAiB,IAAtB,EAA6B;AAC5BnB,gBAAY19B,SAAS6F,aAAT,CAAwB,GAAxB,CAAZ;;AAEA;AACA;AACA,QAAI;AACH63B,eAAU/pB,IAAV,GAAiBynB,EAAEoB,GAAnB;;AAEA;AACA;AACAkB,eAAU/pB,IAAV,GAAiB+pB,UAAU/pB,IAA3B;AACAynB,OAAEyD,WAAF,GAAgB1E,aAAauC,QAAb,GAAwB,IAAxB,GAA+BvC,aAAa2E,IAA5C,KACfpB,UAAUhB,QAAV,GAAqB,IAArB,GAA4BgB,UAAUoB,IADvC;AAEA,KARD,CAQE,OAAQtzB,CAAR,EAAY;;AAEb;AACA;AACA4vB,OAAEyD,WAAF,GAAgB,IAAhB;AACA;AACD;;AAED;AACA,OAAKzD,EAAEnc,IAAF,IAAUmc,EAAEuB,WAAZ,IAA2B,OAAOvB,EAAEnc,IAAT,KAAkB,QAAlD,EAA6D;AAC5Dmc,MAAEnc,IAAF,GAASje,OAAO+9B,KAAP,CAAc3D,EAAEnc,IAAhB,EAAsBmc,EAAE4D,WAAxB,CAAT;AACA;;AAED;AACAvE,iCAA+B5G,UAA/B,EAA2CuH,CAA3C,EAA8C33B,OAA9C,EAAuDi3B,KAAvD;;AAEA;AACA,OAAK/e,UAAU,CAAf,EAAmB;AAClB,WAAO+e,KAAP;AACA;;AAED;AACA;AACAiD,iBAAc38B,OAAOujB,KAAP,IAAgB6W,EAAEx7B,MAAhC;;AAEA;AACA,OAAK+9B,eAAe38B,OAAOq7B,MAAP,OAAoB,CAAxC,EAA4C;AAC3Cr7B,WAAOujB,KAAP,CAAa6D,OAAb,CAAsB,WAAtB;AACA;;AAED;AACAgT,KAAEt2B,IAAF,GAASs2B,EAAEt2B,IAAF,CAAOnD,WAAP,EAAT;;AAEA;AACAy5B,KAAE6D,UAAF,GAAe,CAAClF,WAAWttB,IAAX,CAAiB2uB,EAAEt2B,IAAnB,CAAhB;;AAEA;AACA;AACAw4B,cAAWlC,EAAEoB,GAAb;;AAEA;AACA,OAAK,CAACpB,EAAE6D,UAAR,EAAqB;;AAEpB;AACA,QAAK7D,EAAEnc,IAAP,EAAc;AACbqe,gBAAalC,EAAEoB,GAAF,IAAS,CAAEnD,OAAO5sB,IAAP,CAAa6wB,QAAb,IAA0B,GAA1B,GAAgC,GAAlC,IAA0ClC,EAAEnc,IAAlE;;AAEA;AACA,YAAOmc,EAAEnc,IAAT;AACA;;AAED;AACA,QAAKmc,EAAEjuB,KAAF,KAAY,KAAjB,EAAyB;AACxBiuB,OAAEoB,GAAF,GAAQ5C,IAAIntB,IAAJ,CAAU6wB,QAAV;;AAEP;AACAA,cAAS94B,OAAT,CAAkBo1B,GAAlB,EAAuB,SAASR,OAAhC,CAHO;;AAKP;AACAkE,iBAAajE,OAAO5sB,IAAP,CAAa6wB,QAAb,IAA0B,GAA1B,GAAgC,GAA7C,IAAqD,IAArD,GAA4DlE,OAN7D;AAOA;AACD;;AAED;AACA,OAAKgC,EAAE8D,UAAP,EAAoB;AACnB,QAAKl+B,OAAOs7B,YAAP,CAAqBgB,QAArB,CAAL,EAAuC;AACtC5C,WAAM0D,gBAAN,CAAwB,mBAAxB,EAA6Cp9B,OAAOs7B,YAAP,CAAqBgB,QAArB,CAA7C;AACA;AACD,QAAKt8B,OAAOu7B,IAAP,CAAae,QAAb,CAAL,EAA+B;AAC9B5C,WAAM0D,gBAAN,CAAwB,eAAxB,EAAyCp9B,OAAOu7B,IAAP,CAAae,QAAb,CAAzC;AACA;AACD;;AAED;AACA,OAAKlC,EAAEnc,IAAF,IAAUmc,EAAE6D,UAAZ,IAA0B7D,EAAEyB,WAAF,KAAkB,KAA5C,IAAqDp5B,QAAQo5B,WAAlE,EAAgF;AAC/EnC,UAAM0D,gBAAN,CAAwB,cAAxB,EAAwChD,EAAEyB,WAA1C;AACA;;AAED;AACAnC,SAAM0D,gBAAN,CACC,QADD,EAEChD,EAAEZ,SAAF,CAAa,CAAb,KAAoBY,EAAE0B,OAAF,CAAW1B,EAAEZ,SAAF,CAAa,CAAb,CAAX,CAApB,GACCY,EAAE0B,OAAF,CAAW1B,EAAEZ,SAAF,CAAa,CAAb,CAAX,KACGY,EAAEZ,SAAF,CAAa,CAAb,MAAqB,GAArB,GAA2B,OAAON,QAAP,GAAkB,UAA7C,GAA0D,EAD7D,CADD,GAGCkB,EAAE0B,OAAF,CAAW,GAAX,CALF;;AAQA;AACA,QAAMj6B,CAAN,IAAWu4B,EAAE+D,OAAb,EAAuB;AACtBzE,UAAM0D,gBAAN,CAAwBv7B,CAAxB,EAA2Bu4B,EAAE+D,OAAF,CAAWt8B,CAAX,CAA3B;AACA;;AAED;AACA,OAAKu4B,EAAEgE,UAAF,KACFhE,EAAEgE,UAAF,CAAan9B,IAAb,CAAmB27B,eAAnB,EAAoClD,KAApC,EAA2CU,CAA3C,MAAmD,KAAnD,IAA4Dzf,UAAU,CADpE,CAAL,EAC+E;;AAE9E;AACA,WAAO+e,MAAM8D,KAAN,EAAP;AACA;;AAED;AACAN,cAAW,OAAX;;AAEA;AACA,QAAMr7B,CAAN,IAAW,EAAE87B,SAAS,CAAX,EAAcj6B,OAAO,CAArB,EAAwB6vB,UAAU,CAAlC,EAAX,EAAmD;AAClDmG,UAAO73B,CAAP,EAAYu4B,EAAGv4B,CAAH,CAAZ;AACA;;AAED;AACAw6B,eAAY5C,8BAA+BR,UAA/B,EAA2CmB,CAA3C,EAA8C33B,OAA9C,EAAuDi3B,KAAvD,CAAZ;;AAEA;AACA,OAAK,CAAC2C,SAAN,EAAkB;AACjBt0B,SAAM,CAAC,CAAP,EAAU,cAAV;AACA,IAFD,MAEO;AACN2xB,UAAM3c,UAAN,GAAmB,CAAnB;;AAEA;AACA,QAAK4f,WAAL,EAAmB;AAClBE,wBAAmBzV,OAAnB,CAA4B,UAA5B,EAAwC,CAAEsS,KAAF,EAASU,CAAT,CAAxC;AACA;;AAED;AACA,QAAKzf,UAAU,CAAf,EAAmB;AAClB,YAAO+e,KAAP;AACA;;AAED;AACA,QAAKU,EAAEwB,KAAF,IAAWxB,EAAEjF,OAAF,GAAY,CAA5B,EAAgC;AAC/BsH,oBAAet9B,OAAO8d,UAAP,CAAmB,YAAW;AAC5Cyc,YAAM8D,KAAN,CAAa,SAAb;AACA,MAFc,EAEZpD,EAAEjF,OAFU,CAAf;AAGA;;AAED,QAAI;AACHxa,aAAQ,CAAR;AACA0hB,eAAUgC,IAAV,CAAgBrB,cAAhB,EAAgCj1B,IAAhC;AACA,KAHD,CAGE,OAAQyC,CAAR,EAAY;;AAEb;AACA,SAAKmQ,QAAQ,CAAb,EAAiB;AAChB5S,WAAM,CAAC,CAAP,EAAUyC,CAAV;;AAED;AACC,MAJD,MAIO;AACN,YAAMA,CAAN;AACA;AACD;AACD;;AAED;AACA,YAASzC,IAAT,CAAew1B,MAAf,EAAuBe,gBAAvB,EAAyCjE,SAAzC,EAAoD8D,OAApD,EAA8D;AAC7D,QAAIrD,SAAJ;AAAA,QAAe6C,OAAf;AAAA,QAAwBj6B,KAAxB;AAAA,QAA+Bm3B,QAA/B;AAAA,QAAyC0D,QAAzC;AAAA,QACCd,aAAaa,gBADd;;AAGA;AACA,QAAK3jB,UAAU,CAAf,EAAmB;AAClB;AACA;;AAED;AACAA,YAAQ,CAAR;;AAEA;AACA,QAAK8hB,YAAL,EAAoB;AACnBt9B,YAAOi2B,YAAP,CAAqBqH,YAArB;AACA;;AAED;AACA;AACAJ,gBAAYj5B,SAAZ;;AAEA;AACAm5B,4BAAwB4B,WAAW,EAAnC;;AAEA;AACAzE,UAAM3c,UAAN,GAAmBwgB,SAAS,CAAT,GAAa,CAAb,GAAiB,CAApC;;AAEA;AACAzC,gBAAYyC,UAAU,GAAV,IAAiBA,SAAS,GAA1B,IAAiCA,WAAW,GAAxD;;AAEA;AACA,QAAKlD,SAAL,EAAiB;AAChBQ,gBAAWV,oBAAqBC,CAArB,EAAwBV,KAAxB,EAA+BW,SAA/B,CAAX;AACA;;AAED;AACAQ,eAAWD,YAAaR,CAAb,EAAgBS,QAAhB,EAA0BnB,KAA1B,EAAiCoB,SAAjC,CAAX;;AAEA;AACA,QAAKA,SAAL,EAAiB;;AAEhB;AACA,SAAKV,EAAE8D,UAAP,EAAoB;AACnBK,iBAAW7E,MAAMgB,iBAAN,CAAyB,eAAzB,CAAX;AACA,UAAK6D,QAAL,EAAgB;AACfv+B,cAAOs7B,YAAP,CAAqBgB,QAArB,IAAkCiC,QAAlC;AACA;AACDA,iBAAW7E,MAAMgB,iBAAN,CAAyB,MAAzB,CAAX;AACA,UAAK6D,QAAL,EAAgB;AACfv+B,cAAOu7B,IAAP,CAAae,QAAb,IAA0BiC,QAA1B;AACA;AACD;;AAED;AACA,SAAKhB,WAAW,GAAX,IAAkBnD,EAAEt2B,IAAF,KAAW,MAAlC,EAA2C;AAC1C25B,mBAAa,WAAb;;AAED;AACC,MAJD,MAIO,IAAKF,WAAW,GAAhB,EAAsB;AAC5BE,mBAAa,aAAb;;AAED;AACC,MAJM,MAIA;AACNA,mBAAa5C,SAASlgB,KAAtB;AACAgjB,gBAAU9C,SAAS5c,IAAnB;AACAva,cAAQm3B,SAASn3B,KAAjB;AACAo3B,kBAAY,CAACp3B,KAAb;AACA;AACD,KA7BD,MA6BO;;AAEN;AACAA,aAAQ+5B,UAAR;AACA,SAAKF,UAAU,CAACE,UAAhB,EAA6B;AAC5BA,mBAAa,OAAb;AACA,UAAKF,SAAS,CAAd,EAAkB;AACjBA,gBAAS,CAAT;AACA;AACD;AACD;;AAED;AACA7D,UAAM6D,MAAN,GAAeA,MAAf;AACA7D,UAAM+D,UAAN,GAAmB,CAAEa,oBAAoBb,UAAtB,IAAqC,EAAxD;;AAEA;AACA,QAAK3C,SAAL,EAAiB;AAChBhgB,cAASqB,WAAT,CAAsBygB,eAAtB,EAAuC,CAAEe,OAAF,EAAWF,UAAX,EAAuB/D,KAAvB,CAAvC;AACA,KAFD,MAEO;AACN5e,cAASuY,UAAT,CAAqBuJ,eAArB,EAAsC,CAAElD,KAAF,EAAS+D,UAAT,EAAqB/5B,KAArB,CAAtC;AACA;;AAED;AACAg2B,UAAMqD,UAAN,CAAkBA,WAAlB;AACAA,kBAAa35B,SAAb;;AAEA,QAAKu5B,WAAL,EAAmB;AAClBE,wBAAmBzV,OAAnB,CAA4B0T,YAAY,aAAZ,GAA4B,WAAxD,EACC,CAAEpB,KAAF,EAASU,CAAT,EAAYU,YAAY6C,OAAZ,GAAsBj6B,KAAlC,CADD;AAEA;;AAED;AACAo5B,qBAAiBviB,QAAjB,CAA2BqiB,eAA3B,EAA4C,CAAElD,KAAF,EAAS+D,UAAT,CAA5C;;AAEA,QAAKd,WAAL,EAAmB;AAClBE,wBAAmBzV,OAAnB,CAA4B,cAA5B,EAA4C,CAAEsS,KAAF,EAASU,CAAT,CAA5C;;AAEA;AACA,SAAK,CAAG,GAAEp6B,OAAOq7B,MAAjB,EAA4B;AAC3Br7B,aAAOujB,KAAP,CAAa6D,OAAb,CAAsB,UAAtB;AACA;AACD;AACD;;AAED,UAAOsS,KAAP;AACA,GA3gBa;;AA6gBd8E,WAAS,iBAAUhD,GAAV,EAAevd,IAAf,EAAqBvc,QAArB,EAAgC;AACxC,UAAO1B,OAAOkB,GAAP,CAAYs6B,GAAZ,EAAiBvd,IAAjB,EAAuBvc,QAAvB,EAAiC,MAAjC,CAAP;AACA,GA/gBa;;AAihBd+8B,aAAW,mBAAUjD,GAAV,EAAe95B,QAAf,EAA0B;AACpC,UAAO1B,OAAOkB,GAAP,CAAYs6B,GAAZ,EAAiBp4B,SAAjB,EAA4B1B,QAA5B,EAAsC,QAAtC,CAAP;AACA;AAnhBa,EAAf;;AAshBA1B,QAAOyB,IAAP,CAAa,CAAE,KAAF,EAAS,MAAT,CAAb,EAAgC,UAAUI,CAAV,EAAa+7B,MAAb,EAAsB;AACrD59B,SAAQ49B,MAAR,IAAmB,UAAUpC,GAAV,EAAevd,IAAf,EAAqBvc,QAArB,EAA+BoC,IAA/B,EAAsC;;AAExD;AACA,OAAK9D,OAAOiD,UAAP,CAAmBgb,IAAnB,CAAL,EAAiC;AAChCna,WAAOA,QAAQpC,QAAf;AACAA,eAAWuc,IAAX;AACAA,WAAO7a,SAAP;AACA;;AAED;AACA,UAAOpD,OAAOo8B,IAAP,CAAap8B,OAAOwC,MAAP,CAAe;AAClCg5B,SAAKA,GAD6B;AAElC13B,UAAM85B,MAF4B;AAGlCrE,cAAUz1B,IAHwB;AAIlCma,UAAMA,IAJ4B;AAKlC0f,aAASj8B;AALyB,IAAf,EAMjB1B,OAAOkD,aAAP,CAAsBs4B,GAAtB,KAA+BA,GANd,CAAb,CAAP;AAOA,GAjBD;AAkBA,EAnBD;;AAsBAx7B,QAAO0pB,QAAP,GAAkB,UAAU8R,GAAV,EAAgB;AACjC,SAAOx7B,OAAOo8B,IAAP,CAAa;AACnBZ,QAAKA,GADc;;AAGnB;AACA13B,SAAM,KAJa;AAKnBy1B,aAAU,QALS;AAMnBqC,UAAO,KANY;AAOnBh9B,WAAQ,KAPW;AAQnB,aAAU;AARS,GAAb,CAAP;AAUA,EAXD;;AAcAoB,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBk8B,WAAS,iBAAUjV,IAAV,EAAiB;AACzB,OAAItH,IAAJ;;AAEA,OAAKniB,OAAOiD,UAAP,CAAmBwmB,IAAnB,CAAL,EAAiC;AAChC,WAAO,KAAKhoB,IAAL,CAAW,UAAUI,CAAV,EAAc;AAC/B7B,YAAQ,IAAR,EAAe0+B,OAAf,CAAwBjV,KAAKxoB,IAAL,CAAW,IAAX,EAAiBY,CAAjB,CAAxB;AACA,KAFM,CAAP;AAGA;;AAED,OAAK,KAAM,CAAN,CAAL,EAAiB;;AAEhB;AACAsgB,WAAOniB,OAAQypB,IAAR,EAAc,KAAM,CAAN,EAAUve,aAAxB,EAAwCjJ,EAAxC,CAA4C,CAA5C,EAAgDa,KAAhD,CAAuD,IAAvD,CAAP;;AAEA,QAAK,KAAM,CAAN,EAAUmC,UAAf,EAA4B;AAC3Bkd,UAAKkI,YAAL,CAAmB,KAAM,CAAN,CAAnB;AACA;;AAEDlI,SAAKxgB,GAAL,CAAU,YAAW;AACpB,SAAIC,OAAO,IAAX;;AAEA,YAAQA,KAAK+8B,iBAAb,EAAiC;AAChC/8B,aAAOA,KAAK+8B,iBAAZ;AACA;;AAED,YAAO/8B,IAAP;AACA,KARD,EAQIuoB,MARJ,CAQY,IARZ;AASA;;AAED,UAAO,IAAP;AACA,GA/BgB;;AAiCjByU,aAAW,mBAAUnV,IAAV,EAAiB;AAC3B,OAAKzpB,OAAOiD,UAAP,CAAmBwmB,IAAnB,CAAL,EAAiC;AAChC,WAAO,KAAKhoB,IAAL,CAAW,UAAUI,CAAV,EAAc;AAC/B7B,YAAQ,IAAR,EAAe4+B,SAAf,CAA0BnV,KAAKxoB,IAAL,CAAW,IAAX,EAAiBY,CAAjB,CAA1B;AACA,KAFM,CAAP;AAGA;;AAED,UAAO,KAAKJ,IAAL,CAAW,YAAW;AAC5B,QAAIgW,OAAOzX,OAAQ,IAAR,CAAX;AAAA,QACCiY,WAAWR,KAAKQ,QAAL,EADZ;;AAGA,QAAKA,SAASlX,MAAd,EAAuB;AACtBkX,cAASymB,OAAT,CAAkBjV,IAAlB;AAEA,KAHD,MAGO;AACNhS,UAAK0S,MAAL,CAAaV,IAAb;AACA;AACD,IAVM,CAAP;AAWA,GAnDgB;;AAqDjBtH,QAAM,cAAUsH,IAAV,EAAiB;AACtB,OAAIxmB,aAAajD,OAAOiD,UAAP,CAAmBwmB,IAAnB,CAAjB;;AAEA,UAAO,KAAKhoB,IAAL,CAAW,UAAUI,CAAV,EAAc;AAC/B7B,WAAQ,IAAR,EAAe0+B,OAAf,CAAwBz7B,aAAawmB,KAAKxoB,IAAL,CAAW,IAAX,EAAiBY,CAAjB,CAAb,GAAoC4nB,IAA5D;AACA,IAFM,CAAP;AAGA,GA3DgB;;AA6DjBoV,UAAQ,kBAAW;AAClB,UAAO,KAAKnxB,MAAL,GAAcjM,IAAd,CAAoB,YAAW;AACrC,QAAK,CAACzB,OAAOqF,QAAP,CAAiB,IAAjB,EAAuB,MAAvB,CAAN,EAAwC;AACvCrF,YAAQ,IAAR,EAAewqB,WAAf,CAA4B,KAAKjgB,UAAjC;AACA;AACD,IAJM,EAIHlI,GAJG,EAAP;AAKA;AAnEgB,EAAlB;;AAuEArC,QAAO0P,IAAP,CAAY8D,OAAZ,CAAoB2b,MAApB,GAA6B,UAAUvtB,IAAV,EAAiB;AAC7C,SAAO,CAAC5B,OAAO0P,IAAP,CAAY8D,OAAZ,CAAoBsrB,OAApB,CAA6Bl9B,IAA7B,CAAR;AACA,EAFD;AAGA5B,QAAO0P,IAAP,CAAY8D,OAAZ,CAAoBsrB,OAApB,GAA8B,UAAUl9B,IAAV,EAAiB;;AAE9C;AACA;AACA;AACA;AACA,SAAOA,KAAKmtB,WAAL,GAAmB,CAAnB,IAAwBntB,KAAKotB,YAAL,GAAoB,CAA5C,IAAiDptB,KAAKm9B,cAAL,GAAsBh+B,MAAtB,GAA+B,CAAvF;AACA,EAPD;;AAYA,KAAIi+B,MAAM,MAAV;AAAA,KACCC,WAAW,OADZ;AAAA,KAECC,QAAQ,QAFT;AAAA,KAGCC,kBAAkB,uCAHnB;AAAA,KAICC,eAAe,oCAJhB;;AAMA,UAASC,WAAT,CAAsBvP,MAAtB,EAA8BjsB,GAA9B,EAAmCm6B,WAAnC,EAAgDrlB,GAAhD,EAAsD;AACrD,MAAIjW,IAAJ;;AAEA,MAAK1C,OAAOmD,OAAP,CAAgBU,GAAhB,CAAL,EAA6B;;AAE5B;AACA7D,UAAOyB,IAAP,CAAaoC,GAAb,EAAkB,UAAUhC,CAAV,EAAay9B,CAAb,EAAiB;AAClC,QAAKtB,eAAeiB,SAASxzB,IAAT,CAAeqkB,MAAf,CAApB,EAA8C;;AAE7C;AACAnX,SAAKmX,MAAL,EAAawP,CAAb;AAEA,KALD,MAKO;;AAEN;AACAD,iBACCvP,SAAS,GAAT,IAAiB,QAAOwP,CAAP,yCAAOA,CAAP,OAAa,QAAb,IAAyBA,KAAK,IAA9B,GAAqCz9B,CAArC,GAAyC,EAA1D,IAAiE,GADlE,EAECy9B,CAFD,EAGCtB,WAHD,EAICrlB,GAJD;AAMA;AACD,IAhBD;AAkBA,GArBD,MAqBO,IAAK,CAACqlB,WAAD,IAAgBh+B,OAAO8D,IAAP,CAAaD,GAAb,MAAuB,QAA5C,EAAuD;;AAE7D;AACA,QAAMnB,IAAN,IAAcmB,GAAd,EAAoB;AACnBw7B,gBAAavP,SAAS,GAAT,GAAeptB,IAAf,GAAsB,GAAnC,EAAwCmB,IAAKnB,IAAL,CAAxC,EAAqDs7B,WAArD,EAAkErlB,GAAlE;AACA;AAED,GAPM,MAOA;;AAEN;AACAA,OAAKmX,MAAL,EAAajsB,GAAb;AACA;AACD;;AAED;AACA;AACA7D,QAAO+9B,KAAP,GAAe,UAAU11B,CAAV,EAAa21B,WAAb,EAA2B;AACzC,MAAIlO,MAAJ;AAAA,MACCsK,IAAI,EADL;AAAA,MAECzhB,MAAM,SAANA,GAAM,CAAUvU,GAAV,EAAe+B,KAAf,EAAuB;;AAE5B;AACAA,WAAQnG,OAAOiD,UAAP,CAAmBkD,KAAnB,IAA6BA,OAA7B,GAAyCA,SAAS,IAAT,GAAgB,EAAhB,GAAqBA,KAAtE;AACAi0B,KAAGA,EAAEr5B,MAAL,IAAgBw+B,mBAAoBn7B,GAApB,IAA4B,GAA5B,GAAkCm7B,mBAAoBp5B,KAApB,CAAlD;AACA,GAPF;;AASA;AACA,MAAK63B,gBAAgB56B,SAArB,EAAiC;AAChC46B,iBAAch+B,OAAOk6B,YAAP,IAAuBl6B,OAAOk6B,YAAP,CAAoB8D,WAAzD;AACA;;AAED;AACA,MAAKh+B,OAAOmD,OAAP,CAAgBkF,CAAhB,KAAyBA,EAAExH,MAAF,IAAY,CAACb,OAAOkD,aAAP,CAAsBmF,CAAtB,CAA3C,EAAyE;;AAExE;AACArI,UAAOyB,IAAP,CAAa4G,CAAb,EAAgB,YAAW;AAC1BsQ,QAAK,KAAKjW,IAAV,EAAgB,KAAKyD,KAArB;AACA,IAFD;AAIA,GAPD,MAOO;;AAEN;AACA;AACA,QAAM2pB,MAAN,IAAgBznB,CAAhB,EAAoB;AACnBg3B,gBAAavP,MAAb,EAAqBznB,EAAGynB,MAAH,CAArB,EAAkCkO,WAAlC,EAA+CrlB,GAA/C;AACA;AACD;;AAED;AACA,SAAOyhB,EAAEvuB,IAAF,CAAQ,GAAR,EAAcrI,OAAd,CAAuBw7B,GAAvB,EAA4B,GAA5B,CAAP;AACA,EAlCD;;AAoCAh/B,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBg9B,aAAW,qBAAW;AACrB,UAAOx/B,OAAO+9B,KAAP,CAAc,KAAK0B,cAAL,EAAd,CAAP;AACA,GAHgB;AAIjBA,kBAAgB,0BAAW;AAC1B,UAAO,KAAK99B,GAAL,CAAU,YAAW;;AAE3B;AACA,QAAIgO,WAAW3P,OAAOke,IAAP,CAAa,IAAb,EAAmB,UAAnB,CAAf;AACA,WAAOvO,WAAW3P,OAAOwF,SAAP,CAAkBmK,QAAlB,CAAX,GAA0C,IAAjD;AACA,IALM,EAMNtB,MANM,CAME,YAAW;AACnB,QAAIvK,OAAO,KAAKA,IAAhB;;AAEA;AACA,WAAO,KAAKpB,IAAL,IAAa,CAAC1C,OAAQ,IAAR,EAAe+W,EAAf,CAAmB,WAAnB,CAAd,IACNqoB,aAAa3zB,IAAb,CAAmB,KAAKpG,QAAxB,CADM,IACgC,CAAC85B,gBAAgB1zB,IAAhB,CAAsB3H,IAAtB,CADjC,KAEJ,KAAKgP,OAAL,IAAgB,CAAC6N,eAAelV,IAAf,CAAqB3H,IAArB,CAFb,CAAP;AAGA,IAbM,EAcNnC,GAdM,CAcD,UAAUE,CAAV,EAAaD,IAAb,EAAoB;AACzB,QAAIiO,MAAM7P,OAAQ,IAAR,EAAe6P,GAAf,EAAV;;AAEA,WAAOA,OAAO,IAAP,GACN,IADM,GAEN7P,OAAOmD,OAAP,CAAgB0M,GAAhB,IACC7P,OAAO2B,GAAP,CAAYkO,GAAZ,EAAiB,UAAUA,GAAV,EAAgB;AAChC,YAAO,EAAEnN,MAAMd,KAAKc,IAAb,EAAmByD,OAAO0J,IAAIrM,OAAJ,CAAa07B,KAAb,EAAoB,MAApB,CAA1B,EAAP;AACA,KAFD,CADD,GAIC,EAAEx8B,MAAMd,KAAKc,IAAb,EAAmByD,OAAO0J,IAAIrM,OAAJ,CAAa07B,KAAb,EAAoB,MAApB,CAA1B,EANF;AAOA,IAxBM,EAwBHh+B,GAxBG,EAAP;AAyBA;AA9BgB,EAAlB;;AAkCAlB,QAAOk6B,YAAP,CAAoBwF,GAApB,GAA0B,YAAW;AACpC,MAAI;AACH,UAAO,IAAIvgC,OAAOwgC,cAAX,EAAP;AACA,GAFD,CAEE,OAAQn1B,CAAR,EAAY,CAAE;AAChB,EAJD;;AAMA,KAAIo1B,mBAAmB;;AAErB;AACA,KAAG,GAHkB;;AAKrB;AACA;AACA,QAAM;AAPe,EAAvB;AAAA,KASCC,eAAe7/B,OAAOk6B,YAAP,CAAoBwF,GAApB,EAThB;;AAWA5/B,SAAQggC,IAAR,GAAe,CAAC,CAACD,YAAF,IAAoB,qBAAqBA,YAAxD;AACA//B,SAAQs8B,IAAR,GAAeyD,eAAe,CAAC,CAACA,YAAhC;;AAEA7/B,QAAOm8B,aAAP,CAAsB,UAAU15B,OAAV,EAAoB;AACzC,MAAIf,SAAJ,EAAcq+B,aAAd;;AAEA;AACA,MAAKjgC,QAAQggC,IAAR,IAAgBD,gBAAgB,CAACp9B,QAAQo7B,WAA9C,EAA4D;AAC3D,UAAO;AACNQ,UAAM,cAAUF,OAAV,EAAmB5K,QAAnB,EAA8B;AACnC,SAAI1xB,CAAJ;AAAA,SACC69B,MAAMj9B,QAAQi9B,GAAR,EADP;;AAGAA,SAAIM,IAAJ,CACCv9B,QAAQqB,IADT,EAECrB,QAAQ+4B,GAFT,EAGC/4B,QAAQm5B,KAHT,EAICn5B,QAAQw9B,QAJT,EAKCx9B,QAAQ2Q,QALT;;AAQA;AACA,SAAK3Q,QAAQy9B,SAAb,EAAyB;AACxB,WAAMr+B,CAAN,IAAWY,QAAQy9B,SAAnB,EAA+B;AAC9BR,WAAK79B,CAAL,IAAWY,QAAQy9B,SAAR,CAAmBr+B,CAAnB,CAAX;AACA;AACD;;AAED;AACA,SAAKY,QAAQg4B,QAAR,IAAoBiF,IAAIpC,gBAA7B,EAAgD;AAC/CoC,UAAIpC,gBAAJ,CAAsB76B,QAAQg4B,QAA9B;AACA;;AAED;AACA;AACA;AACA;AACA;AACA,SAAK,CAACh4B,QAAQo7B,WAAT,IAAwB,CAACM,QAAS,kBAAT,CAA9B,EAA8D;AAC7DA,cAAS,kBAAT,IAAgC,gBAAhC;AACA;;AAED;AACA,UAAMt8B,CAAN,IAAWs8B,OAAX,EAAqB;AACpBuB,UAAItC,gBAAJ,CAAsBv7B,CAAtB,EAAyBs8B,QAASt8B,CAAT,CAAzB;AACA;;AAED;AACAH,iBAAW,kBAAUoC,IAAV,EAAiB;AAC3B,aAAO,YAAW;AACjB,WAAKpC,SAAL,EAAgB;AACfA,oBAAWq+B,gBAAgBL,IAAIS,MAAJ,GAC1BT,IAAIU,OAAJ,GAAcV,IAAIW,OAAJ,GAAcX,IAAIY,kBAAJ,GAAyB,IADtD;;AAGA,YAAKx8B,SAAS,OAAd,EAAwB;AACvB47B,aAAIlC,KAAJ;AACA,SAFD,MAEO,IAAK15B,SAAS,OAAd,EAAwB;;AAE9B;AACA;AACA;AACA,aAAK,OAAO47B,IAAInC,MAAX,KAAsB,QAA3B,EAAsC;AACrChK,mBAAU,CAAV,EAAa,OAAb;AACA,UAFD,MAEO;AACNA;;AAEC;AACAmM,cAAInC,MAHL,EAICmC,IAAIjC,UAJL;AAMA;AACD,SAfM,MAeA;AACNlK,kBACCqM,iBAAkBF,IAAInC,MAAtB,KAAkCmC,IAAInC,MADvC,EAECmC,IAAIjC,UAFL;;AAIC;AACA;AACA;AACA,UAAEiC,IAAIa,YAAJ,IAAoB,MAAtB,MAAmC,MAAnC,IACA,OAAOb,IAAIc,YAAX,KAA4B,QAD5B,GAEC,EAAEC,QAAQf,IAAI7E,QAAd,EAFD,GAGC,EAAE/1B,MAAM46B,IAAIc,YAAZ,EAVF,EAWCd,IAAIvC,qBAAJ,EAXD;AAaA;AACD;AACD,OAtCD;AAuCA,MAxCD;;AA0CA;AACAuC,SAAIS,MAAJ,GAAaz+B,WAAb;AACAq+B,qBAAgBL,IAAIU,OAAJ,GAAc1+B,UAAU,OAAV,CAA9B;;AAEA;AACA;AACA;AACA,SAAKg+B,IAAIW,OAAJ,KAAgBj9B,SAArB,EAAiC;AAChCs8B,UAAIW,OAAJ,GAAcN,aAAd;AACA,MAFD,MAEO;AACNL,UAAIY,kBAAJ,GAAyB,YAAW;;AAEnC;AACA,WAAKZ,IAAI3iB,UAAJ,KAAmB,CAAxB,EAA4B;;AAE3B;AACA;AACA;AACA;AACA5d,eAAO8d,UAAP,CAAmB,YAAW;AAC7B,aAAKvb,SAAL,EAAgB;AACfq+B;AACA;AACD,SAJD;AAKA;AACD,OAfD;AAgBA;;AAED;AACAr+B,iBAAWA,UAAU,OAAV,CAAX;;AAEA,SAAI;;AAEH;AACAg+B,UAAIrB,IAAJ,CAAU57B,QAAQw7B,UAAR,IAAsBx7B,QAAQwb,IAA9B,IAAsC,IAAhD;AACA,MAJD,CAIE,OAAQzT,CAAR,EAAY;;AAEb;AACA,UAAK9I,SAAL,EAAgB;AACf,aAAM8I,CAAN;AACA;AACD;AACD,KA5HK;;AA8HNgzB,WAAO,iBAAW;AACjB,SAAK97B,SAAL,EAAgB;AACfA;AACA;AACD;AAlIK,IAAP;AAoIA;AACD,EA1ID;;AA+IA;AACA1B,QAAOg8B,SAAP,CAAkB;AACjBF,WAAS;AACRr3B,WAAQ,8CACP;AAFO,GADQ;AAKjBwT,YAAU;AACTxT,WAAQ;AADC,GALO;AAQjBk2B,cAAY;AACX,kBAAe,oBAAU71B,IAAV,EAAiB;AAC/B9E,WAAOuE,UAAP,CAAmBO,IAAnB;AACA,WAAOA,IAAP;AACA;AAJU;AARK,EAAlB;;AAgBA;AACA9E,QAAOk8B,aAAP,CAAsB,QAAtB,EAAgC,UAAU9B,CAAV,EAAc;AAC7C,MAAKA,EAAEjuB,KAAF,KAAY/I,SAAjB,EAA6B;AAC5Bg3B,KAAEjuB,KAAF,GAAU,KAAV;AACA;AACD,MAAKiuB,EAAEyD,WAAP,EAAqB;AACpBzD,KAAEt2B,IAAF,GAAS,KAAT;AACA;AACD,EAPD;;AASA;AACA9D,QAAOm8B,aAAP,CAAsB,QAAtB,EAAgC,UAAU/B,CAAV,EAAc;;AAE7C;AACA,MAAKA,EAAEyD,WAAP,EAAqB;AACpB,OAAIp5B,MAAJ,EAAY/C,UAAZ;AACA,UAAO;AACN28B,UAAM,cAAUr0B,CAAV,EAAaupB,QAAb,EAAwB;AAC7B9uB,cAASzE,OAAQ,UAAR,EAAqBke,IAArB,CAA2B;AACnCwiB,eAAStG,EAAEuG,aADwB;AAEnCh+B,WAAKy3B,EAAEoB;AAF4B,MAA3B,EAGLrY,EAHK,CAIR,YAJQ,EAKRzhB,aAAW,kBAAUk/B,GAAV,EAAgB;AAC1Bn8B,aAAO0V,MAAP;AACAzY,mBAAW,IAAX;AACA,UAAKk/B,GAAL,EAAW;AACVrN,gBAAUqN,IAAI98B,IAAJ,KAAa,OAAb,GAAuB,GAAvB,GAA6B,GAAvC,EAA4C88B,IAAI98B,IAAhD;AACA;AACD,MAXO,CAAT;;AAcA;AACA9E,cAAS+F,IAAT,CAAcC,WAAd,CAA2BP,OAAQ,CAAR,CAA3B;AACA,KAlBK;AAmBN+4B,WAAO,iBAAW;AACjB,SAAK97B,UAAL,EAAgB;AACfA;AACA;AACD;AAvBK,IAAP;AAyBA;AACD,EA/BD;;AAoCA,KAAIm/B,eAAe,EAAnB;AAAA,KACCC,SAAS,mBADV;;AAGA;AACA9gC,QAAOg8B,SAAP,CAAkB;AACjB+E,SAAO,UADU;AAEjBC,iBAAe,yBAAW;AACzB,OAAIt/B,WAAWm/B,aAAar4B,GAAb,MAAwBxI,OAAOqD,OAAP,GAAiB,GAAjB,GAAyB+0B,OAAhE;AACA,QAAM12B,QAAN,IAAmB,IAAnB;AACA,UAAOA,QAAP;AACA;AANgB,EAAlB;;AASA;AACA1B,QAAOk8B,aAAP,CAAsB,YAAtB,EAAoC,UAAU9B,CAAV,EAAa6G,gBAAb,EAA+BvH,KAA/B,EAAuC;;AAE1E,MAAIwH,YAAJ;AAAA,MAAkBC,WAAlB;AAAA,MAA+BC,iBAA/B;AAAA,MACCC,WAAWjH,EAAE2G,KAAF,KAAY,KAAZ,KAAuBD,OAAOr1B,IAAP,CAAa2uB,EAAEoB,GAAf,IACjC,KADiC,GAEjC,OAAOpB,EAAEnc,IAAT,KAAkB,QAAlB,IACC,CAAEmc,EAAEyB,WAAF,IAAiB,EAAnB,EACEp8B,OADF,CACW,mCADX,MACqD,CAFtD,IAGCqhC,OAAOr1B,IAAP,CAAa2uB,EAAEnc,IAAf,CAHD,IAG0B,MALhB,CADZ;;AASA;AACA,MAAKojB,YAAYjH,EAAEZ,SAAF,CAAa,CAAb,MAAqB,OAAtC,EAAgD;;AAE/C;AACA0H,kBAAe9G,EAAE4G,aAAF,GAAkBhhC,OAAOiD,UAAP,CAAmBm3B,EAAE4G,aAArB,IAChC5G,EAAE4G,aAAF,EADgC,GAEhC5G,EAAE4G,aAFH;;AAIA;AACA,OAAKK,QAAL,EAAgB;AACfjH,MAAGiH,QAAH,IAAgBjH,EAAGiH,QAAH,EAAc79B,OAAd,CAAuBs9B,MAAvB,EAA+B,OAAOI,YAAtC,CAAhB;AACA,IAFD,MAEO,IAAK9G,EAAE2G,KAAF,KAAY,KAAjB,EAAyB;AAC/B3G,MAAEoB,GAAF,IAAS,CAAEnD,OAAO5sB,IAAP,CAAa2uB,EAAEoB,GAAf,IAAuB,GAAvB,GAA6B,GAA/B,IAAuCpB,EAAE2G,KAAzC,GAAiD,GAAjD,GAAuDG,YAAhE;AACA;;AAED;AACA9G,KAAEO,UAAF,CAAc,aAAd,IAAgC,YAAW;AAC1C,QAAK,CAACyG,iBAAN,EAA0B;AACzBphC,YAAO0D,KAAP,CAAcw9B,eAAe,iBAA7B;AACA;AACD,WAAOE,kBAAmB,CAAnB,CAAP;AACA,IALD;;AAOA;AACAhH,KAAEZ,SAAF,CAAa,CAAb,IAAmB,MAAnB;;AAEA;AACA2H,iBAAchiC,OAAQ+hC,YAAR,CAAd;AACA/hC,UAAQ+hC,YAAR,IAAyB,YAAW;AACnCE,wBAAoBr/B,SAApB;AACA,IAFD;;AAIA;AACA23B,SAAM7e,MAAN,CAAc,YAAW;;AAExB;AACA,QAAKsmB,gBAAgB/9B,SAArB,EAAiC;AAChCpD,YAAQb,MAAR,EAAiBi3B,UAAjB,CAA6B8K,YAA7B;;AAED;AACC,KAJD,MAIO;AACN/hC,YAAQ+hC,YAAR,IAAyBC,WAAzB;AACA;;AAED;AACA,QAAK/G,EAAG8G,YAAH,CAAL,EAAyB;;AAExB;AACA9G,OAAE4G,aAAF,GAAkBC,iBAAiBD,aAAnC;;AAEA;AACAH,kBAAarhC,IAAb,CAAmB0hC,YAAnB;AACA;;AAED;AACA,QAAKE,qBAAqBphC,OAAOiD,UAAP,CAAmBk+B,WAAnB,CAA1B,EAA6D;AAC5DA,iBAAaC,kBAAmB,CAAnB,CAAb;AACA;;AAEDA,wBAAoBD,cAAc/9B,SAAlC;AACA,IA3BD;;AA6BA;AACA,UAAO,QAAP;AACA;AACD,EA5ED;;AAiFA;AACA;AACA;AACA;AACApD,QAAO4X,SAAP,GAAmB,UAAUqG,IAAV,EAAgB/d,OAAhB,EAAyBohC,WAAzB,EAAuC;AACzD,MAAK,CAACrjB,IAAD,IAAS,OAAOA,IAAP,KAAgB,QAA9B,EAAyC;AACxC,UAAO,IAAP;AACA;AACD,MAAK,OAAO/d,OAAP,KAAmB,SAAxB,EAAoC;AACnCohC,iBAAcphC,OAAd;AACAA,aAAU,KAAV;AACA;AACDA,YAAUA,WAAWlB,QAArB;;AAEA,MAAIuiC,SAASnqB,WAAWjM,IAAX,CAAiB8S,IAAjB,CAAb;AAAA,MACC+D,UAAU,CAACsf,WAAD,IAAgB,EAD3B;;AAGA;AACA,MAAKC,MAAL,EAAc;AACb,UAAO,CAAErhC,QAAQ2E,aAAR,CAAuB08B,OAAQ,CAAR,CAAvB,CAAF,CAAP;AACA;;AAEDA,WAASxf,cAAe,CAAE9D,IAAF,CAAf,EAAyB/d,OAAzB,EAAkC8hB,OAAlC,CAAT;;AAEA,MAAKA,WAAWA,QAAQjhB,MAAxB,EAAiC;AAChCf,UAAQgiB,OAAR,EAAkB7H,MAAlB;AACA;;AAED,SAAOna,OAAOuB,KAAP,CAAc,EAAd,EAAkBggC,OAAOh3B,UAAzB,CAAP;AACA,EAzBD;;AA4BA;AACA,KAAIi3B,QAAQxhC,OAAOG,EAAP,CAAU8mB,IAAtB;;AAEA;;;AAGAjnB,QAAOG,EAAP,CAAU8mB,IAAV,GAAiB,UAAUuU,GAAV,EAAeiG,MAAf,EAAuB//B,QAAvB,EAAkC;AAClD,MAAK,OAAO85B,GAAP,KAAe,QAAf,IAA2BgG,KAAhC,EAAwC;AACvC,UAAOA,MAAM1/B,KAAN,CAAa,IAAb,EAAmBC,SAAnB,CAAP;AACA;;AAED,MAAI9B,QAAJ;AAAA,MAAc6D,IAAd;AAAA,MAAoB+2B,QAApB;AAAA,MACCpjB,OAAO,IADR;AAAA,MAECmF,MAAM4e,IAAI/7B,OAAJ,CAAa,GAAb,CAFP;;AAIA,MAAKmd,MAAM,CAAC,CAAZ,EAAgB;AACf3c,cAAWD,OAAO4E,IAAP,CAAa42B,IAAIl8B,KAAJ,CAAWsd,GAAX,CAAb,CAAX;AACA4e,SAAMA,IAAIl8B,KAAJ,CAAW,CAAX,EAAcsd,GAAd,CAAN;AACA;;AAED;AACA,MAAK5c,OAAOiD,UAAP,CAAmBw+B,MAAnB,CAAL,EAAmC;;AAElC;AACA//B,cAAW+/B,MAAX;AACAA,YAASr+B,SAAT;;AAED;AACC,GAPD,MAOO,IAAKq+B,UAAU,QAAOA,MAAP,yCAAOA,MAAP,OAAkB,QAAjC,EAA4C;AAClD39B,UAAO,MAAP;AACA;;AAED;AACA,MAAK2T,KAAK1W,MAAL,GAAc,CAAnB,EAAuB;AACtBf,UAAOo8B,IAAP,CAAa;AACZZ,SAAKA,GADO;;AAGZ;AACA;AACA;AACA13B,UAAMA,QAAQ,KANF;AAOZy1B,cAAU,MAPE;AAQZtb,UAAMwjB;AARM,IAAb,EASI15B,IATJ,CASU,UAAUy4B,YAAV,EAAyB;;AAElC;AACA3F,eAAW94B,SAAX;;AAEA0V,SAAKgS,IAAL,CAAWxpB;;AAEV;AACA;AACAD,WAAQ,OAAR,EAAkBmqB,MAAlB,CAA0BnqB,OAAO4X,SAAP,CAAkB4oB,YAAlB,CAA1B,EAA6DpyB,IAA7D,CAAmEnO,QAAnE,CAJU;;AAMV;AACAugC,gBAPD;;AASD;AACA;AACA;AACC,IA1BD,EA0BI3lB,MA1BJ,CA0BYnZ,YAAY,UAAUg4B,KAAV,EAAiB6D,MAAjB,EAA0B;AACjD9lB,SAAKhW,IAAL,CAAW,YAAW;AACrBC,cAASI,KAAT,CAAgB,IAAhB,EAAsB+4B,YAAY,CAAEnB,MAAM8G,YAAR,EAAsBjD,MAAtB,EAA8B7D,KAA9B,CAAlC;AACA,KAFD;AAGA,IA9BD;AA+BA;;AAED,SAAO,IAAP;AACA,EA9DD;;AAmEA;AACA15B,QAAOyB,IAAP,CAAa,CACZ,WADY,EAEZ,UAFY,EAGZ,cAHY,EAIZ,WAJY,EAKZ,aALY,EAMZ,UANY,CAAb,EAOG,UAAUI,CAAV,EAAaiC,IAAb,EAAoB;AACtB9D,SAAOG,EAAP,CAAW2D,IAAX,IAAoB,UAAU3D,EAAV,EAAe;AAClC,UAAO,KAAKgjB,EAAL,CAASrf,IAAT,EAAe3D,EAAf,CAAP;AACA,GAFD;AAGA,EAXD;;AAgBAH,QAAO0P,IAAP,CAAY8D,OAAZ,CAAoBkuB,QAApB,GAA+B,UAAU9/B,IAAV,EAAiB;AAC/C,SAAO5B,OAAO6F,IAAP,CAAa7F,OAAOo0B,MAApB,EAA4B,UAAUj0B,EAAV,EAAe;AACjD,UAAOyB,SAASzB,GAAGyB,IAAnB;AACA,GAFM,EAEHb,MAFJ;AAGA,EAJD;;AASA;;;AAGA,UAAS4gC,SAAT,CAAoB//B,IAApB,EAA2B;AAC1B,SAAO5B,OAAOgE,QAAP,CAAiBpC,IAAjB,IAA0BA,IAA1B,GAAiCA,KAAKyC,QAAL,KAAkB,CAAlB,IAAuBzC,KAAKgM,WAApE;AACA;;AAED5N,QAAO4hC,MAAP,GAAgB;AACfC,aAAW,mBAAUjgC,IAAV,EAAgBa,OAAhB,EAAyBZ,CAAzB,EAA6B;AACvC,OAAIigC,WAAJ;AAAA,OAAiBC,OAAjB;AAAA,OAA0BC,SAA1B;AAAA,OAAqCC,MAArC;AAAA,OAA6CC,SAA7C;AAAA,OAAwDC,UAAxD;AAAA,OAAoEC,iBAApE;AAAA,OACCvU,WAAW7tB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,UAAlB,CADZ;AAAA,OAECygC,UAAUriC,OAAQ4B,IAAR,CAFX;AAAA,OAGCgkB,QAAQ,EAHT;;AAKA;AACA,OAAKiI,aAAa,QAAlB,EAA6B;AAC5BjsB,SAAK8e,KAAL,CAAWmN,QAAX,GAAsB,UAAtB;AACA;;AAEDqU,eAAYG,QAAQT,MAAR,EAAZ;AACAI,eAAYhiC,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,KAAlB,CAAZ;AACAugC,gBAAaniC,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,MAAlB,CAAb;AACAwgC,uBAAoB,CAAEvU,aAAa,UAAb,IAA2BA,aAAa,OAA1C,KACnB,CAAEmU,YAAYG,UAAd,EAA2B1iC,OAA3B,CAAoC,MAApC,IAA+C,CAAC,CADjD;;AAGA;AACA;AACA,OAAK2iC,iBAAL,EAAyB;AACxBN,kBAAcO,QAAQxU,QAAR,EAAd;AACAoU,aAASH,YAAYj0B,GAArB;AACAk0B,cAAUD,YAAYpS,IAAtB;AAEA,IALD,MAKO;AACNuS,aAAS99B,WAAY69B,SAAZ,KAA2B,CAApC;AACAD,cAAU59B,WAAYg+B,UAAZ,KAA4B,CAAtC;AACA;;AAED,OAAKniC,OAAOiD,UAAP,CAAmBR,OAAnB,CAAL,EAAoC;;AAEnC;AACAA,cAAUA,QAAQxB,IAAR,CAAcW,IAAd,EAAoBC,CAApB,EAAuB7B,OAAOwC,MAAP,CAAe,EAAf,EAAmB0/B,SAAnB,CAAvB,CAAV;AACA;;AAED,OAAKz/B,QAAQoL,GAAR,IAAe,IAApB,EAA2B;AAC1B+X,UAAM/X,GAAN,GAAcpL,QAAQoL,GAAR,GAAcq0B,UAAUr0B,GAA1B,GAAkCo0B,MAA9C;AACA;AACD,OAAKx/B,QAAQitB,IAAR,IAAgB,IAArB,EAA4B;AAC3B9J,UAAM8J,IAAN,GAAejtB,QAAQitB,IAAR,GAAewS,UAAUxS,IAA3B,GAAoCqS,OAAjD;AACA;;AAED,OAAK,WAAWt/B,OAAhB,EAA0B;AACzBA,YAAQ6/B,KAAR,CAAcrhC,IAAd,CAAoBW,IAApB,EAA0BgkB,KAA1B;AAEA,IAHD,MAGO;AACNyc,YAAQtiB,GAAR,CAAa6F,KAAb;AACA;AACD;AAjDc,EAAhB;;AAoDA5lB,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;AACjBo/B,UAAQ,gBAAUn/B,OAAV,EAAoB;AAC3B,OAAKV,UAAUhB,MAAf,EAAwB;AACvB,WAAO0B,YAAYW,SAAZ,GACN,IADM,GAEN,KAAK3B,IAAL,CAAW,UAAUI,CAAV,EAAc;AACxB7B,YAAO4hC,MAAP,CAAcC,SAAd,CAAyB,IAAzB,EAA+Bp/B,OAA/B,EAAwCZ,CAAxC;AACA,KAFD,CAFD;AAKA;;AAED,OAAI2F,OAAJ;AAAA,OAAa+6B,GAAb;AAAA,OACC3gC,OAAO,KAAM,CAAN,CADR;AAAA,OAEC4gC,MAAM,EAAE30B,KAAK,CAAP,EAAU6hB,MAAM,CAAhB,EAFP;AAAA,OAGC/hB,MAAM/L,QAAQA,KAAKsJ,aAHpB;;AAKA,OAAK,CAACyC,GAAN,EAAY;AACX;AACA;;AAEDnG,aAAUmG,IAAIJ,eAAd;;AAEA;AACA,OAAK,CAACvN,OAAO4H,QAAP,CAAiBJ,OAAjB,EAA0B5F,IAA1B,CAAN,EAAyC;AACxC,WAAO4gC,GAAP;AACA;;AAEDA,SAAM5gC,KAAK6tB,qBAAL,EAAN;AACA8S,SAAMZ,UAAWh0B,GAAX,CAAN;AACA,UAAO;AACNE,SAAK20B,IAAI30B,GAAJ,GAAU00B,IAAIE,WAAd,GAA4Bj7B,QAAQqf,SADnC;AAEN6I,UAAM8S,IAAI9S,IAAJ,GAAW6S,IAAIG,WAAf,GAA6Bl7B,QAAQif;AAFrC,IAAP;AAIA,GAhCgB;;AAkCjBoH,YAAU,oBAAW;AACpB,OAAK,CAAC,KAAM,CAAN,CAAN,EAAkB;AACjB;AACA;;AAED,OAAI8U,YAAJ;AAAA,OAAkBf,MAAlB;AAAA,OACChgC,OAAO,KAAM,CAAN,CADR;AAAA,OAECghC,eAAe,EAAE/0B,KAAK,CAAP,EAAU6hB,MAAM,CAAhB,EAFhB;;AAIA;AACA;AACA,OAAK1vB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,UAAlB,MAAmC,OAAxC,EAAkD;;AAEjD;AACAggC,aAAShgC,KAAK6tB,qBAAL,EAAT;AAEA,IALD,MAKO;;AAEN;AACAkT,mBAAe,KAAKA,YAAL,EAAf;;AAEA;AACAf,aAAS,KAAKA,MAAL,EAAT;AACA,QAAK,CAAC5hC,OAAOqF,QAAP,CAAiBs9B,aAAc,CAAd,CAAjB,EAAoC,MAApC,CAAN,EAAqD;AACpDC,oBAAeD,aAAaf,MAAb,EAAf;AACA;;AAED;AACAgB,iBAAa/0B,GAAb,IAAoB7N,OAAO+f,GAAP,CAAY4iB,aAAc,CAAd,CAAZ,EAA+B,gBAA/B,EAAiD,IAAjD,CAApB;AACAC,iBAAalT,IAAb,IAAqB1vB,OAAO+f,GAAP,CAAY4iB,aAAc,CAAd,CAAZ,EAA+B,iBAA/B,EAAkD,IAAlD,CAArB;AACA;;AAED;AACA,UAAO;AACN90B,SAAK+zB,OAAO/zB,GAAP,GAAa+0B,aAAa/0B,GAA1B,GAAgC7N,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,WAAlB,EAA+B,IAA/B,CAD/B;AAEN8tB,UAAMkS,OAAOlS,IAAP,GAAckT,aAAalT,IAA3B,GAAkC1vB,OAAO+f,GAAP,CAAYne,IAAZ,EAAkB,YAAlB,EAAgC,IAAhC;AAFlC,IAAP;AAIA,GAvEgB;;AAyEjB;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA+gC,gBAAc,wBAAW;AACxB,UAAO,KAAKhhC,GAAL,CAAU,YAAW;AAC3B,QAAIghC,eAAe,KAAKA,YAAxB;;AAEA,WAAQA,gBAAgB3iC,OAAO+f,GAAP,CAAY4iB,YAAZ,EAA0B,UAA1B,MAA2C,QAAnE,EAA8E;AAC7EA,oBAAeA,aAAaA,YAA5B;AACA;;AAED,WAAOA,gBAAgBp1B,eAAvB;AACA,IARM,CAAP;AASA;AA7FgB,EAAlB;;AAgGA;AACAvN,QAAOyB,IAAP,CAAa,EAAE+kB,YAAY,aAAd,EAA6BI,WAAW,aAAxC,EAAb,EAAsE,UAAUgX,MAAV,EAAkB1f,IAAlB,EAAyB;AAC9F,MAAIrQ,MAAM,kBAAkBqQ,IAA5B;;AAEAle,SAAOG,EAAP,CAAWy9B,MAAX,IAAsB,UAAU/tB,GAAV,EAAgB;AACrC,UAAOqN,OAAQ,IAAR,EAAc,UAAUtb,IAAV,EAAgBg8B,MAAhB,EAAwB/tB,GAAxB,EAA8B;AAClD,QAAI0yB,MAAMZ,UAAW//B,IAAX,CAAV;;AAEA,QAAKiO,QAAQzM,SAAb,EAAyB;AACxB,YAAOm/B,MAAMA,IAAKrkB,IAAL,CAAN,GAAoBtc,KAAMg8B,MAAN,CAA3B;AACA;;AAED,QAAK2E,GAAL,EAAW;AACVA,SAAIM,QAAJ,CACC,CAACh1B,GAAD,GAAOgC,GAAP,GAAa0yB,IAAIG,WADlB,EAEC70B,MAAMgC,GAAN,GAAY0yB,IAAIE,WAFjB;AAKA,KAND,MAMO;AACN7gC,UAAMg8B,MAAN,IAAiB/tB,GAAjB;AACA;AACD,IAhBM,EAgBJ+tB,MAhBI,EAgBI/tB,GAhBJ,EAgBS9N,UAAUhB,MAhBnB,CAAP;AAiBA,GAlBD;AAmBA,EAtBD;;AAwBA;AACA;AACA;AACA;AACA;AACA;AACAf,QAAOyB,IAAP,CAAa,CAAE,KAAF,EAAS,MAAT,CAAb,EAAgC,UAAUI,CAAV,EAAaqc,IAAb,EAAoB;AACnDle,SAAOovB,QAAP,CAAiBlR,IAAjB,IAA0BsP,aAAc1tB,QAAQ+sB,aAAtB,EACzB,UAAUjrB,IAAV,EAAgBwrB,QAAhB,EAA2B;AAC1B,OAAKA,QAAL,EAAgB;AACfA,eAAWD,OAAQvrB,IAAR,EAAcsc,IAAd,CAAX;;AAEA;AACA,WAAOuN,UAAUhgB,IAAV,CAAgB2hB,QAAhB,IACNptB,OAAQ4B,IAAR,EAAeisB,QAAf,GAA2B3P,IAA3B,IAAoC,IAD9B,GAENkP,QAFD;AAGA;AACD,GAVwB,CAA1B;AAYA,EAbD;;AAgBA;AACAptB,QAAOyB,IAAP,CAAa,EAAEqhC,QAAQ,QAAV,EAAoBC,OAAO,OAA3B,EAAb,EAAmD,UAAUrgC,IAAV,EAAgBoB,IAAhB,EAAuB;AACzE9D,SAAOyB,IAAP,CAAa,EAAEmuB,SAAS,UAAUltB,IAArB,EAA2BimB,SAAS7kB,IAApC,EAA0C,IAAI,UAAUpB,IAAxD,EAAb,EACC,UAAUsgC,YAAV,EAAwBC,QAAxB,EAAmC;;AAEnC;AACAjjC,UAAOG,EAAP,CAAW8iC,QAAX,IAAwB,UAAUtT,MAAV,EAAkBxpB,KAAlB,EAA0B;AACjD,QAAIgX,YAAYpb,UAAUhB,MAAV,KAAsBiiC,gBAAgB,OAAOrT,MAAP,KAAkB,SAAxD,CAAhB;AAAA,QACCjB,QAAQsU,iBAAkBrT,WAAW,IAAX,IAAmBxpB,UAAU,IAA7B,GAAoC,QAApC,GAA+C,QAAjE,CADT;;AAGA,WAAO+W,OAAQ,IAAR,EAAc,UAAUtb,IAAV,EAAgBkC,IAAhB,EAAsBqC,KAAtB,EAA8B;AAClD,SAAIwH,GAAJ;;AAEA,SAAK3N,OAAOgE,QAAP,CAAiBpC,IAAjB,CAAL,EAA+B;;AAE9B;AACA;AACA;AACA,aAAOA,KAAK5C,QAAL,CAAcuO,eAAd,CAA+B,WAAW7K,IAA1C,CAAP;AACA;;AAED;AACA,SAAKd,KAAKyC,QAAL,KAAkB,CAAvB,EAA2B;AAC1BsJ,YAAM/L,KAAK2L,eAAX;;AAEA;AACA;AACA,aAAOjK,KAAKkrB,GAAL,CACN5sB,KAAKykB,IAAL,CAAW,WAAW3jB,IAAtB,CADM,EACwBiL,IAAK,WAAWjL,IAAhB,CADxB,EAENd,KAAKykB,IAAL,CAAW,WAAW3jB,IAAtB,CAFM,EAEwBiL,IAAK,WAAWjL,IAAhB,CAFxB,EAGNiL,IAAK,WAAWjL,IAAhB,CAHM,CAAP;AAKA;;AAED,YAAOyD,UAAU/C,SAAV;;AAEN;AACApD,YAAO+f,GAAP,CAAYne,IAAZ,EAAkBkC,IAAlB,EAAwB4qB,KAAxB,CAHM;;AAKN;AACA1uB,YAAO0gB,KAAP,CAAc9e,IAAd,EAAoBkC,IAApB,EAA0BqC,KAA1B,EAAiCuoB,KAAjC,CAND;AAOA,KA/BM,EA+BJ5qB,IA/BI,EA+BEqZ,YAAYwS,MAAZ,GAAqBvsB,SA/BvB,EA+BkC+Z,SA/BlC,EA+B6C,IA/B7C,CAAP;AAgCA,IApCD;AAqCA,GAzCD;AA0CA,EA3CD;;AA8CAnd,QAAOG,EAAP,CAAUqC,MAAV,CAAkB;;AAEjB0gC,QAAM,cAAU9f,KAAV,EAAiBnF,IAAjB,EAAuB9d,EAAvB,EAA4B;AACjC,UAAO,KAAKgjB,EAAL,CAASC,KAAT,EAAgB,IAAhB,EAAsBnF,IAAtB,EAA4B9d,EAA5B,CAAP;AACA,GAJgB;AAKjBgjC,UAAQ,gBAAU/f,KAAV,EAAiBjjB,EAAjB,EAAsB;AAC7B,UAAO,KAAKyc,GAAL,CAAUwG,KAAV,EAAiB,IAAjB,EAAuBjjB,EAAvB,CAAP;AACA,GAPgB;;AASjBijC,YAAU,kBAAUnjC,QAAV,EAAoBmjB,KAApB,EAA2BnF,IAA3B,EAAiC9d,EAAjC,EAAsC;AAC/C,UAAO,KAAKgjB,EAAL,CAASC,KAAT,EAAgBnjB,QAAhB,EAA0Bge,IAA1B,EAAgC9d,EAAhC,CAAP;AACA,GAXgB;AAYjBkjC,cAAY,oBAAUpjC,QAAV,EAAoBmjB,KAApB,EAA2BjjB,EAA3B,EAAgC;;AAE3C;AACA,UAAO4B,UAAUhB,MAAV,KAAqB,CAArB,GACN,KAAK6b,GAAL,CAAU3c,QAAV,EAAoB,IAApB,CADM,GAEN,KAAK2c,GAAL,CAAUwG,KAAV,EAAiBnjB,YAAY,IAA7B,EAAmCE,EAAnC,CAFD;AAGA,GAlBgB;AAmBjBmjC,QAAM,gBAAW;AAChB,UAAO,KAAKviC,MAAZ;AACA;AArBgB,EAAlB;;AAwBAf,QAAOG,EAAP,CAAUojC,OAAV,GAAoBvjC,OAAOG,EAAP,CAAUyY,OAA9B;;AAKA;AACA;AACA;AACA;AACA;AACA;AACA;;AAEA;AACA;AACA;AACA;;AAEA,KAAK,OAAO4qB,MAAP,KAAkB,UAAlB,IAAgCA,OAAOC,GAA5C,EAAkD;AACjDD,SAAQ,QAAR,EAAkB,EAAlB,EAAsB,YAAW;AAChC,UAAOxjC,MAAP;AACA,GAFD;AAGA;;AAID;;AAEC;AACA0jC,WAAUvkC,OAAOa,MAHlB;;;AAKC;AACA2jC,MAAKxkC,OAAOykC,CANb;;AAQA5jC,QAAO6jC,UAAP,GAAoB,UAAU7gC,IAAV,EAAiB;AACpC,MAAK7D,OAAOykC,CAAP,KAAa5jC,MAAlB,EAA2B;AAC1Bb,UAAOykC,CAAP,GAAWD,EAAX;AACA;;AAED,MAAK3gC,QAAQ7D,OAAOa,MAAP,KAAkBA,MAA/B,EAAwC;AACvCb,UAAOa,MAAP,GAAgB0jC,OAAhB;AACA;;AAED,SAAO1jC,MAAP;AACA,EAVD;;AAYA;AACA;AACA;AACA,KAAK,CAACZ,QAAN,EAAiB;AAChBD,SAAOa,MAAP,GAAgBb,OAAOykC,CAAP,GAAW5jC,MAA3B;AACA;;AAED,QAAOA,MAAP;AACC,CAvkTA,CAAD;ACdA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;;;;;AChVA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;AAEA,MAAIE,qBAAqB,OAAzB;;AAEA;AACA;AACA,MAAIC,aAAa;AACfhkC,aAAS+jC,kBADM;;AAGf;;;AAGAE,cAAU,EANK;;AAQf;;;AAGAC,YAAQ,EAXO;;AAaf;;;AAGAC,SAAK,eAAU;AACb,aAAON,EAAE,MAAF,EAAUh0B,IAAV,CAAe,KAAf,MAA0B,KAAjC;AACD,KAlBc;AAmBf;;;;AAIAu0B,YAAQ,gBAASA,OAAT,EAAiBzhC,IAAjB,EAAuB;AAC7B;AACA;AACA,UAAIsL,YAAatL,QAAQ0hC,aAAaD,OAAb,CAAzB;AACA;AACA;AACA,UAAIE,WAAYC,UAAUt2B,SAAV,CAAhB;;AAEA;AACA,WAAKg2B,QAAL,CAAcK,QAAd,IAA0B,KAAKr2B,SAAL,IAAkBm2B,OAA5C;AACD,KAjCc;AAkCf;;;;;;;;;AASAI,oBAAgB,wBAASJ,MAAT,EAAiBzhC,IAAjB,EAAsB;AACpC,UAAI8hC,aAAa9hC,OAAO4hC,UAAU5hC,IAAV,CAAP,GAAyB0hC,aAAaD,OAAOrjC,WAApB,EAAiCwE,WAAjC,EAA1C;AACA6+B,aAAOM,IAAP,GAAc,KAAKC,WAAL,CAAiB,CAAjB,EAAoBF,UAApB,CAAd;;AAEA,UAAG,CAACL,OAAOQ,QAAP,CAAgB/0B,IAAhB,WAA6B40B,UAA7B,CAAJ,EAA+C;AAAEL,eAAOQ,QAAP,CAAgB/0B,IAAhB,WAA6B40B,UAA7B,EAA2CL,OAAOM,IAAlD;AAA0D;AAC3G,UAAG,CAACN,OAAOQ,QAAP,CAAgB1mB,IAAhB,CAAqB,UAArB,CAAJ,EAAqC;AAAEkmB,eAAOQ,QAAP,CAAgB1mB,IAAhB,CAAqB,UAArB,EAAiCkmB,MAAjC;AAA2C;AAC5E;;;;AAINA,aAAOQ,QAAP,CAAgBvd,OAAhB,cAAmCod,UAAnC;;AAEA,WAAKP,MAAL,CAAYzkC,IAAZ,CAAiB2kC,OAAOM,IAAxB;;AAEA;AACD,KA1Dc;AA2Df;;;;;;;;AAQAG,sBAAkB,0BAAST,MAAT,EAAgB;AAChC,UAAIK,aAAaF,UAAUF,aAAaD,OAAOQ,QAAP,CAAgB1mB,IAAhB,CAAqB,UAArB,EAAiCnd,WAA9C,CAAV,CAAjB;;AAEA,WAAKmjC,MAAL,CAAY1hC,MAAZ,CAAmB,KAAK0hC,MAAL,CAAYxkC,OAAZ,CAAoB0kC,OAAOM,IAA3B,CAAnB,EAAqD,CAArD;AACAN,aAAOQ,QAAP,CAAgBjP,UAAhB,WAAmC8O,UAAnC,EAAiD5lB,UAAjD,CAA4D,UAA5D;AACM;;;;AADN,OAKOwI,OALP,mBAK+Bod,UAL/B;AAMA,WAAI,IAAItmB,IAAR,IAAgBimB,MAAhB,EAAuB;AACrBA,eAAOjmB,IAAP,IAAe,IAAf,CADqB,CACD;AACrB;AACD;AACD,KAjFc;;AAmFf;;;;;;AAMC2mB,YAAQ,gBAASC,OAAT,EAAiB;AACvB,UAAIC,OAAOD,mBAAmBlB,CAA9B;AACA,UAAG;AACD,YAAGmB,IAAH,EAAQ;AACND,kBAAQrjC,IAAR,CAAa,YAAU;AACrBmiC,cAAE,IAAF,EAAQ3lB,IAAR,CAAa,UAAb,EAAyB+mB,KAAzB;AACD,WAFD;AAGD,SAJD,MAIK;AACH,cAAIlhC,cAAcghC,OAAd,yCAAcA,OAAd,CAAJ;AAAA,cACAG,QAAQ,IADR;AAAA,cAEAhqB,MAAM;AACJ,sBAAU,gBAASiqB,IAAT,EAAc;AACtBA,mBAAKC,OAAL,CAAa,UAASpU,CAAT,EAAW;AACtBA,oBAAIuT,UAAUvT,CAAV,CAAJ;AACA6S,kBAAE,WAAU7S,CAAV,GAAa,GAAf,EAAoBqU,UAApB,CAA+B,OAA/B;AACD,eAHD;AAID,aANG;AAOJ,sBAAU,kBAAU;AAClBN,wBAAUR,UAAUQ,OAAV,CAAV;AACAlB,gBAAE,WAAUkB,OAAV,GAAmB,GAArB,EAA0BM,UAA1B,CAAqC,OAArC;AACD,aAVG;AAWJ,yBAAa,qBAAU;AACrB,mBAAK,QAAL,EAAe1/B,OAAOwG,IAAP,CAAY+4B,MAAMjB,QAAlB,CAAf;AACD;AAbG,WAFN;AAiBA/oB,cAAInX,IAAJ,EAAUghC,OAAV;AACD;AACF,OAzBD,CAyBC,OAAM5hB,GAAN,EAAU;AACTmiB,gBAAQ3hC,KAAR,CAAcwf,GAAd;AACD,OA3BD,SA2BQ;AACN,eAAO4hB,OAAP;AACD;AACF,KAzHa;;AA2Hf;;;;;;;;AAQAJ,iBAAa,qBAAS3jC,MAAT,EAAiBwjB,SAAjB,EAA2B;AACtCxjB,eAASA,UAAU,CAAnB;AACA,aAAOuC,KAAKgiC,KAAL,CAAYhiC,KAAKiiC,GAAL,CAAS,EAAT,EAAaxkC,SAAS,CAAtB,IAA2BuC,KAAKC,MAAL,KAAgBD,KAAKiiC,GAAL,CAAS,EAAT,EAAaxkC,MAAb,CAAvD,EAA8EpB,QAA9E,CAAuF,EAAvF,EAA2FL,KAA3F,CAAiG,CAAjG,KAAuGilB,kBAAgBA,SAAhB,GAA8B,EAArI,CAAP;AACD,KAtIc;AAuIf;;;;;AAKAihB,YAAQ,gBAAS5jC,IAAT,EAAekjC,OAAf,EAAwB;;AAE9B;AACA,UAAI,OAAOA,OAAP,KAAmB,WAAvB,EAAoC;AAClCA,kBAAUp/B,OAAOwG,IAAP,CAAY,KAAK83B,QAAjB,CAAV;AACD;AACD;AAHA,WAIK,IAAI,OAAOc,OAAP,KAAmB,QAAvB,EAAiC;AACpCA,oBAAU,CAACA,OAAD,CAAV;AACD;;AAED,UAAIG,QAAQ,IAAZ;;AAEA;AACArB,QAAEniC,IAAF,CAAOqjC,OAAP,EAAgB,UAASjjC,CAAT,EAAYa,IAAZ,EAAkB;AAChC;AACA,YAAIyhC,SAASc,MAAMjB,QAAN,CAAethC,IAAf,CAAb;;AAEA;AACA,YAAI+iC,QAAQ7B,EAAEhiC,IAAF,EAAQwM,IAAR,CAAa,WAAS1L,IAAT,GAAc,GAA3B,EAAgCkW,OAAhC,CAAwC,WAASlW,IAAT,GAAc,GAAtD,CAAZ;;AAEA;AACA+iC,cAAMhkC,IAAN,CAAW,YAAW;AACpB,cAAIikC,MAAM9B,EAAE,IAAF,CAAV;AAAA,cACI5R,OAAO,EADX;AAEA;AACA,cAAI0T,IAAIznB,IAAJ,CAAS,UAAT,CAAJ,EAA0B;AACxBonB,oBAAQM,IAAR,CAAa,yBAAuBjjC,IAAvB,GAA4B,sDAAzC;AACA;AACD;;AAED,cAAGgjC,IAAI91B,IAAJ,CAAS,cAAT,CAAH,EAA4B;AAC1B,gBAAIg2B,QAAQF,IAAI91B,IAAJ,CAAS,cAAT,EAAyBhJ,KAAzB,CAA+B,GAA/B,EAAoCu+B,OAApC,CAA4C,UAAS36B,CAAT,EAAY3I,CAAZ,EAAc;AACpE,kBAAI8xB,MAAMnpB,EAAE5D,KAAF,CAAQ,GAAR,EAAajF,GAAb,CAAiB,UAASme,EAAT,EAAY;AAAE,uBAAOA,GAAGlb,IAAH,EAAP;AAAmB,eAAlD,CAAV;AACA,kBAAG+uB,IAAI,CAAJ,CAAH,EAAW3B,KAAK2B,IAAI,CAAJ,CAAL,IAAekS,WAAWlS,IAAI,CAAJ,CAAX,CAAf;AACZ,aAHW,CAAZ;AAID;AACD,cAAG;AACD+R,gBAAIznB,IAAJ,CAAS,UAAT,EAAqB,IAAIkmB,MAAJ,CAAWP,EAAE,IAAF,CAAX,EAAoB5R,IAApB,CAArB;AACD,WAFD,CAEC,OAAM8T,EAAN,EAAS;AACRT,oBAAQ3hC,KAAR,CAAcoiC,EAAd;AACD,WAJD,SAIQ;AACN;AACD;AACF,SAtBD;AAuBD,OA/BD;AAgCD,KA1Lc;AA2LfC,eAAW3B,YA3LI;AA4Lf4B,mBAAe,uBAASP,KAAT,EAAe;AAC5B,UAAIQ,cAAc;AAChB,sBAAc,eADE;AAEhB,4BAAoB,qBAFJ;AAGhB,yBAAiB,eAHD;AAIhB,uBAAe;AAJC,OAAlB;AAMA,UAAIrkC,OAAO5C,SAAS6F,aAAT,CAAuB,KAAvB,CAAX;AAAA,UACIxC,GADJ;;AAGA,WAAK,IAAIshB,CAAT,IAAcsiB,WAAd,EAA0B;AACxB,YAAI,OAAOrkC,KAAK8e,KAAL,CAAWiD,CAAX,CAAP,KAAyB,WAA7B,EAAyC;AACvCthB,gBAAM4jC,YAAYtiB,CAAZ,CAAN;AACD;AACF;AACD,UAAGthB,GAAH,EAAO;AACL,eAAOA,GAAP;AACD,OAFD,MAEK;AACHA,cAAM4a,WAAW,YAAU;AACzBwoB,gBAAM9oB,cAAN,CAAqB,eAArB,EAAsC,CAAC8oB,KAAD,CAAtC;AACD,SAFK,EAEH,CAFG,CAAN;AAGA,eAAO,eAAP;AACD;AACF;AAnNc,GAAjB;;AAsNA1B,aAAWmC,IAAX,GAAkB;AAChB;;;;;;;AAOAC,cAAU,kBAAU1rB,IAAV,EAAgBwa,KAAhB,EAAuB;AAC/B,UAAI3B,QAAQ,IAAZ;;AAEA,aAAO,YAAY;AACjB,YAAIpzB,UAAU,IAAd;AAAA,YAAoBqG,OAAOxE,SAA3B;;AAEA,YAAIuxB,UAAU,IAAd,EAAoB;AAClBA,kBAAQrW,WAAW,YAAY;AAC7BxC,iBAAK3Y,KAAL,CAAW5B,OAAX,EAAoBqG,IAApB;AACA+sB,oBAAQ,IAAR;AACD,WAHO,EAGL2B,KAHK,CAAR;AAID;AACF,OATD;AAUD;AArBe,GAAlB;;AAwBA;AACA;AACA;;;;AAIA,MAAImQ,aAAa,SAAbA,UAAa,CAASxH,MAAT,EAAiB;AAChC,QAAI95B,cAAc85B,MAAd,yCAAcA,MAAd,CAAJ;AAAA,QACIwI,QAAQxC,EAAE,oBAAF,CADZ;AAAA,QAEIyC,QAAQzC,EAAE,QAAF,CAFZ;;AAIA,QAAG,CAACwC,MAAMrlC,MAAV,EAAiB;AACf6iC,QAAE,8BAAF,EAAkClZ,QAAlC,CAA2C1rB,SAAS+F,IAApD;AACD;AACD,QAAGshC,MAAMtlC,MAAT,EAAgB;AACdslC,YAAMvP,WAAN,CAAkB,OAAlB;AACD;;AAED,QAAGhzB,SAAS,WAAZ,EAAwB;AAAC;AACvBigC,iBAAWuC,UAAX,CAAsBtB,KAAtB;AACAjB,iBAAWyB,MAAX,CAAkB,IAAlB;AACD,KAHD,MAGM,IAAG1hC,SAAS,QAAZ,EAAqB;AAAC;AAC1B,UAAIyC,OAAOxC,MAAMnD,SAAN,CAAgBtB,KAAhB,CAAsB2B,IAAtB,CAA2Bc,SAA3B,EAAsC,CAAtC,CAAX,CADyB,CAC2B;AACpD,UAAIwkC,YAAY,KAAKtoB,IAAL,CAAU,UAAV,CAAhB,CAFyB,CAEa;;AAEtC,UAAGsoB,cAAcnjC,SAAd,IAA2BmjC,UAAU3I,MAAV,MAAsBx6B,SAApD,EAA8D;AAAC;AAC7D,YAAG,KAAKrC,MAAL,KAAgB,CAAnB,EAAqB;AAAC;AAClBwlC,oBAAU3I,MAAV,EAAkB97B,KAAlB,CAAwBykC,SAAxB,EAAmChgC,IAAnC;AACH,SAFD,MAEK;AACH,eAAK9E,IAAL,CAAU,UAASI,CAAT,EAAYie,EAAZ,EAAe;AAAC;AACxBymB,sBAAU3I,MAAV,EAAkB97B,KAAlB,CAAwB8hC,EAAE9jB,EAAF,EAAM7B,IAAN,CAAW,UAAX,CAAxB,EAAgD1X,IAAhD;AACD,WAFD;AAGD;AACF,OARD,MAQK;AAAC;AACJ,cAAM,IAAIigC,cAAJ,CAAmB,mBAAmB5I,MAAnB,GAA4B,mCAA5B,IAAmE2I,YAAYnC,aAAamC,SAAb,CAAZ,GAAsC,cAAzG,IAA2H,GAA9I,CAAN;AACD;AACF,KAfK,MAeD;AAAC;AACJ,YAAM,IAAIE,SAAJ,oBAA8B3iC,IAA9B,kGAAN;AACD;AACD,WAAO,IAAP;AACD,GAlCD;;AAoCA3E,SAAO4kC,UAAP,GAAoBA,UAApB;AACAH,IAAEzjC,EAAF,CAAKilC,UAAL,GAAkBA,UAAlB;;AAEA;AACA,GAAC,YAAW;AACV,QAAI,CAAC3+B,KAAKD,GAAN,IAAa,CAACrH,OAAOsH,IAAP,CAAYD,GAA9B,EACErH,OAAOsH,IAAP,CAAYD,GAAZ,GAAkBC,KAAKD,GAAL,GAAW,YAAW;AAAE,aAAO,IAAIC,IAAJ,GAAWigC,OAAX,EAAP;AAA8B,KAAxE;;AAEF,QAAIC,UAAU,CAAC,QAAD,EAAW,KAAX,CAAd;AACA,SAAK,IAAI9kC,IAAI,CAAb,EAAgBA,IAAI8kC,QAAQ5lC,MAAZ,IAAsB,CAAC5B,OAAOynC,qBAA9C,EAAqE,EAAE/kC,CAAvE,EAA0E;AACtE,UAAIglC,KAAKF,QAAQ9kC,CAAR,CAAT;AACA1C,aAAOynC,qBAAP,GAA+BznC,OAAO0nC,KAAG,uBAAV,CAA/B;AACA1nC,aAAO2nC,oBAAP,GAA+B3nC,OAAO0nC,KAAG,sBAAV,KACD1nC,OAAO0nC,KAAG,6BAAV,CAD9B;AAEH;AACD,QAAI,uBAAuBp7B,IAAvB,CAA4BtM,OAAO4nC,SAAP,CAAiBC,SAA7C,KACC,CAAC7nC,OAAOynC,qBADT,IACkC,CAACznC,OAAO2nC,oBAD9C,EACoE;AAClE,UAAIG,WAAW,CAAf;AACA9nC,aAAOynC,qBAAP,GAA+B,UAASllC,QAAT,EAAmB;AAC9C,YAAI8E,MAAMC,KAAKD,GAAL,EAAV;AACA,YAAI0gC,WAAW5jC,KAAKkrB,GAAL,CAASyY,WAAW,EAApB,EAAwBzgC,GAAxB,CAAf;AACA,eAAOyW,WAAW,YAAW;AAAEvb,mBAASulC,WAAWC,QAApB;AAAgC,SAAxD,EACWA,WAAW1gC,GADtB,CAAP;AAEH,OALD;AAMArH,aAAO2nC,oBAAP,GAA8B1R,YAA9B;AACD;AACD;;;AAGA,QAAG,CAACj2B,OAAOgoC,WAAR,IAAuB,CAAChoC,OAAOgoC,WAAP,CAAmB3gC,GAA9C,EAAkD;AAChDrH,aAAOgoC,WAAP,GAAqB;AACnBz1B,eAAOjL,KAAKD,GAAL,EADY;AAEnBA,aAAK,eAAU;AAAE,iBAAOC,KAAKD,GAAL,KAAa,KAAKkL,KAAzB;AAAiC;AAF/B,OAArB;AAID;AACF,GA/BD;AAgCA,MAAI,CAAC01B,SAASxmC,SAAT,CAAmBsiC,IAAxB,EAA8B;AAC5BkE,aAASxmC,SAAT,CAAmBsiC,IAAnB,GAA0B,UAASmE,KAAT,EAAgB;AACxC,UAAI,OAAO,IAAP,KAAgB,UAApB,EAAgC;AAC9B;AACA;AACA,cAAM,IAAIZ,SAAJ,CAAc,sEAAd,CAAN;AACD;;AAED,UAAIa,QAAUvjC,MAAMnD,SAAN,CAAgBtB,KAAhB,CAAsB2B,IAAtB,CAA2Bc,SAA3B,EAAsC,CAAtC,CAAd;AAAA,UACIwlC,UAAU,IADd;AAAA,UAEIC,OAAU,SAAVA,IAAU,GAAW,CAAE,CAF3B;AAAA,UAGIC,SAAU,SAAVA,MAAU,GAAW;AACnB,eAAOF,QAAQzlC,KAAR,CAAc,gBAAgB0lC,IAAhB,GACZ,IADY,GAEZH,KAFF,EAGAC,MAAM/nC,MAAN,CAAawE,MAAMnD,SAAN,CAAgBtB,KAAhB,CAAsB2B,IAAtB,CAA2Bc,SAA3B,CAAb,CAHA,CAAP;AAID,OARL;;AAUA,UAAI,KAAKnB,SAAT,EAAoB;AAClB;AACA4mC,aAAK5mC,SAAL,GAAiB,KAAKA,SAAtB;AACD;AACD6mC,aAAO7mC,SAAP,GAAmB,IAAI4mC,IAAJ,EAAnB;;AAEA,aAAOC,MAAP;AACD,KAxBD;AAyBD;AACD;AACA,WAASrD,YAAT,CAAsBjkC,EAAtB,EAA0B;AACxB,QAAIinC,SAASxmC,SAAT,CAAmB8B,IAAnB,KAA4BU,SAAhC,EAA2C;AACzC,UAAIskC,gBAAgB,wBAApB;AACA,UAAIjiC,UAAWiiC,aAAD,CAAgBv8B,IAAhB,CAAsBhL,EAAD,CAAKR,QAAL,EAArB,CAAd;AACA,aAAQ8F,WAAWA,QAAQ1E,MAAR,GAAiB,CAA7B,GAAkC0E,QAAQ,CAAR,EAAWb,IAAX,EAAlC,GAAsD,EAA7D;AACD,KAJD,MAKK,IAAIzE,GAAGS,SAAH,KAAiBwC,SAArB,EAAgC;AACnC,aAAOjD,GAAGW,WAAH,CAAe4B,IAAtB;AACD,KAFI,MAGA;AACH,aAAOvC,GAAGS,SAAH,CAAaE,WAAb,CAAyB4B,IAAhC;AACD;AACF;AACD,WAASmjC,UAAT,CAAoB8B,GAApB,EAAwB;AACtB,QAAI,WAAWA,GAAf,EAAoB,OAAO,IAAP,CAApB,KACK,IAAI,YAAYA,GAAhB,EAAqB,OAAO,KAAP,CAArB,KACA,IAAI,CAACjiB,MAAMiiB,MAAM,CAAZ,CAAL,EAAqB,OAAOxjC,WAAWwjC,GAAX,CAAP;AAC1B,WAAOA,GAAP;AACD;AACD;AACA;AACA,WAASrD,SAAT,CAAmBqD,GAAnB,EAAwB;AACtB,WAAOA,IAAInkC,OAAJ,CAAY,iBAAZ,EAA+B,OAA/B,EAAwC8B,WAAxC,EAAP;AACD;AAEA,CAzXA,CAyXCtF,MAzXD,CAAD;ACAA;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEbG,aAAW6D,GAAX,GAAiB;AACfC,sBAAkBA,gBADH;AAEfC,mBAAeA,aAFA;AAGfC,gBAAYA;AAHG,GAAjB;;AAMA;;;;;;;;;;AAUA,WAASF,gBAAT,CAA0BG,OAA1B,EAAmCt6B,MAAnC,EAA2Cu6B,MAA3C,EAAmDC,MAAnD,EAA2D;AACzD,QAAIC,UAAUL,cAAcE,OAAd,CAAd;AAAA,QACIn6B,GADJ;AAAA,QACSu6B,MADT;AAAA,QACiB1Y,IADjB;AAAA,QACuB2Y,KADvB;;AAGA,QAAI36B,MAAJ,EAAY;AACV,UAAI46B,UAAUR,cAAcp6B,MAAd,CAAd;;AAEA06B,eAAUD,QAAQvG,MAAR,CAAe/zB,GAAf,GAAqBs6B,QAAQzW,MAA7B,IAAuC4W,QAAQ5W,MAAR,GAAiB4W,QAAQ1G,MAAR,CAAe/zB,GAAjF;AACAA,YAAUs6B,QAAQvG,MAAR,CAAe/zB,GAAf,IAAsBy6B,QAAQ1G,MAAR,CAAe/zB,GAA/C;AACA6hB,aAAUyY,QAAQvG,MAAR,CAAelS,IAAf,IAAuB4Y,QAAQ1G,MAAR,CAAelS,IAAhD;AACA2Y,cAAUF,QAAQvG,MAAR,CAAelS,IAAf,GAAsByY,QAAQxb,KAA9B,IAAuC2b,QAAQ3b,KAAR,GAAgB2b,QAAQ1G,MAAR,CAAelS,IAAhF;AACD,KAPD,MAQK;AACH0Y,eAAUD,QAAQvG,MAAR,CAAe/zB,GAAf,GAAqBs6B,QAAQzW,MAA7B,IAAuCyW,QAAQI,UAAR,CAAmB7W,MAAnB,GAA4ByW,QAAQI,UAAR,CAAmB3G,MAAnB,CAA0B/zB,GAAvG;AACAA,YAAUs6B,QAAQvG,MAAR,CAAe/zB,GAAf,IAAsBs6B,QAAQI,UAAR,CAAmB3G,MAAnB,CAA0B/zB,GAA1D;AACA6hB,aAAUyY,QAAQvG,MAAR,CAAelS,IAAf,IAAuByY,QAAQI,UAAR,CAAmB3G,MAAnB,CAA0BlS,IAA3D;AACA2Y,cAAUF,QAAQvG,MAAR,CAAelS,IAAf,GAAsByY,QAAQxb,KAA9B,IAAuCwb,QAAQI,UAAR,CAAmB5b,KAApE;AACD;;AAED,QAAI6b,UAAU,CAACJ,MAAD,EAASv6B,GAAT,EAAc6hB,IAAd,EAAoB2Y,KAApB,CAAd;;AAEA,QAAIJ,MAAJ,EAAY;AACV,aAAOvY,SAAS2Y,KAAT,KAAmB,IAA1B;AACD;;AAED,QAAIH,MAAJ,EAAY;AACV,aAAOr6B,QAAQu6B,MAAR,KAAmB,IAA1B;AACD;;AAED,WAAOI,QAAQ/oC,OAAR,CAAgB,KAAhB,MAA2B,CAAC,CAAnC;AACD;;AAED;;;;;;;AAOA,WAASqoC,aAAT,CAAuBlmC,IAAvB,EAA6B6J,IAA7B,EAAkC;AAChC7J,WAAOA,KAAKb,MAAL,GAAca,KAAK,CAAL,CAAd,GAAwBA,IAA/B;;AAEA,QAAIA,SAASzC,MAAT,IAAmByC,SAAS5C,QAAhC,EAA0C;AACxC,YAAM,IAAIE,KAAJ,CAAU,8CAAV,CAAN;AACD;;AAED,QAAIupC,OAAO7mC,KAAK6tB,qBAAL,EAAX;AAAA,QACIiZ,UAAU9mC,KAAKqD,UAAL,CAAgBwqB,qBAAhB,EADd;AAAA,QAEIkZ,UAAU3pC,SAASqnB,IAAT,CAAcoJ,qBAAd,EAFd;AAAA,QAGImZ,OAAOzpC,OAAOsjC,WAHlB;AAAA,QAIIoG,OAAO1pC,OAAOujC,WAJlB;;AAMA,WAAO;AACL/V,aAAO8b,KAAK9b,KADP;AAEL+E,cAAQ+W,KAAK/W,MAFR;AAGLkQ,cAAQ;AACN/zB,aAAK46B,KAAK56B,GAAL,GAAW+6B,IADV;AAENlZ,cAAM+Y,KAAK/Y,IAAL,GAAYmZ;AAFZ,OAHH;AAOLC,kBAAY;AACVnc,eAAO+b,QAAQ/b,KADL;AAEV+E,gBAAQgX,QAAQhX,MAFN;AAGVkQ,gBAAQ;AACN/zB,eAAK66B,QAAQ76B,GAAR,GAAc+6B,IADb;AAENlZ,gBAAMgZ,QAAQhZ,IAAR,GAAemZ;AAFf;AAHE,OAPP;AAeLN,kBAAY;AACV5b,eAAOgc,QAAQhc,KADL;AAEV+E,gBAAQiX,QAAQjX,MAFN;AAGVkQ,gBAAQ;AACN/zB,eAAK+6B,IADC;AAENlZ,gBAAMmZ;AAFA;AAHE;AAfP,KAAP;AAwBD;;AAED;;;;;;;;;;;;AAYA,WAASd,UAAT,CAAoBC,OAApB,EAA6Be,MAA7B,EAAqClb,QAArC,EAA+Cmb,OAA/C,EAAwDC,OAAxD,EAAiEC,UAAjE,EAA6E;AAC3E,QAAIC,WAAWrB,cAAcE,OAAd,CAAf;AAAA,QACIoB,cAAcL,SAASjB,cAAciB,MAAd,CAAT,GAAiC,IADnD;;AAGA,YAAQlb,QAAR;AACE,WAAK,KAAL;AACE,eAAO;AACL6B,gBAAOqU,WAAWG,GAAX,KAAmBkF,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0ByZ,SAASxc,KAAnC,GAA2Cyc,YAAYzc,KAA1E,GAAkFyc,YAAYxH,MAAZ,CAAmBlS,IADvG;AAEL7hB,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,IAA0Bs7B,SAASzX,MAAT,GAAkBsX,OAA5C;AAFA,SAAP;AAIA;AACF,WAAK,MAAL;AACE,eAAO;AACLtZ,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,IAA2ByZ,SAASxc,KAAT,GAAiBsc,OAA5C,CADD;AAELp7B,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB;AAFnB,SAAP;AAIA;AACF,WAAK,OAAL;AACE,eAAO;AACL6hB,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0B0Z,YAAYzc,KAAtC,GAA8Csc,OAD/C;AAELp7B,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB;AAFnB,SAAP;AAIA;AACF,WAAK,YAAL;AACE,eAAO;AACL6hB,gBAAO0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA2B0Z,YAAYzc,KAAZ,GAAoB,CAAhD,GAAuDwc,SAASxc,KAAT,GAAiB,CADzE;AAEL9e,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,IAA0Bs7B,SAASzX,MAAT,GAAkBsX,OAA5C;AAFA,SAAP;AAIA;AACF,WAAK,eAAL;AACE,eAAO;AACLtZ,gBAAMwZ,aAAaD,OAAb,GAAyBG,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA2B0Z,YAAYzc,KAAZ,GAAoB,CAAhD,GAAuDwc,SAASxc,KAAT,GAAiB,CADjG;AAEL9e,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAAyBu7B,YAAY1X,MAArC,GAA8CsX;AAF9C,SAAP;AAIA;AACF,WAAK,aAAL;AACE,eAAO;AACLtZ,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,IAA2ByZ,SAASxc,KAAT,GAAiBsc,OAA5C,CADD;AAELp7B,eAAMu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAA0Bu7B,YAAY1X,MAAZ,GAAqB,CAAhD,GAAuDyX,SAASzX,MAAT,GAAkB;AAFzE,SAAP;AAIA;AACF,WAAK,cAAL;AACE,eAAO;AACLhC,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0B0Z,YAAYzc,KAAtC,GAA8Csc,OAA9C,GAAwD,CADzD;AAELp7B,eAAMu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAA0Bu7B,YAAY1X,MAAZ,GAAqB,CAAhD,GAAuDyX,SAASzX,MAAT,GAAkB;AAFzE,SAAP;AAIA;AACF,WAAK,QAAL;AACE,eAAO;AACLhC,gBAAOyZ,SAASZ,UAAT,CAAoB3G,MAApB,CAA2BlS,IAA3B,GAAmCyZ,SAASZ,UAAT,CAAoB5b,KAApB,GAA4B,CAAhE,GAAuEwc,SAASxc,KAAT,GAAiB,CADzF;AAEL9e,eAAMs7B,SAASZ,UAAT,CAAoB3G,MAApB,CAA2B/zB,GAA3B,GAAkCs7B,SAASZ,UAAT,CAAoB7W,MAApB,GAA6B,CAAhE,GAAuEyX,SAASzX,MAAT,GAAkB;AAFzF,SAAP;AAIA;AACF,WAAK,QAAL;AACE,eAAO;AACLhC,gBAAM,CAACyZ,SAASZ,UAAT,CAAoB5b,KAApB,GAA4Bwc,SAASxc,KAAtC,IAA+C,CADhD;AAEL9e,eAAKs7B,SAASZ,UAAT,CAAoB3G,MAApB,CAA2B/zB,GAA3B,GAAiCm7B;AAFjC,SAAP;AAIF,WAAK,aAAL;AACE,eAAO;AACLtZ,gBAAMyZ,SAASZ,UAAT,CAAoB3G,MAApB,CAA2BlS,IAD5B;AAEL7hB,eAAKs7B,SAASZ,UAAT,CAAoB3G,MAApB,CAA2B/zB;AAF3B,SAAP;AAIA;AACF,WAAK,aAAL;AACE,eAAO;AACL6hB,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IADpB;AAEL7hB,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAAyBu7B,YAAY1X,MAArC,GAA8CsX;AAF9C,SAAP;AAIA;AACF,WAAK,cAAL;AACE,eAAO;AACLtZ,gBAAM0Z,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0B0Z,YAAYzc,KAAtC,GAA8Csc,OAA9C,GAAwDE,SAASxc,KADlE;AAEL9e,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAAyBu7B,YAAY1X,MAArC,GAA8CsX;AAF9C,SAAP;AAIA;AACF;AACE,eAAO;AACLtZ,gBAAOqU,WAAWG,GAAX,KAAmBkF,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0ByZ,SAASxc,KAAnC,GAA2Cyc,YAAYzc,KAA1E,GAAkFyc,YAAYxH,MAAZ,CAAmBlS,IAAnB,GAA0BuZ,OAD9G;AAELp7B,eAAKu7B,YAAYxH,MAAZ,CAAmB/zB,GAAnB,GAAyBu7B,YAAY1X,MAArC,GAA8CsX;AAF9C,SAAP;AAzEJ;AA8ED;AAEA,CAhMA,CAgMChpC,MAhMD,CAAD;ACFA;;;;;;;;AAQA;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb,MAAMyF,WAAW;AACf,OAAG,KADY;AAEf,QAAI,OAFW;AAGf,QAAI,QAHW;AAIf,QAAI,OAJW;AAKf,QAAI,YALW;AAMf,QAAI,UANW;AAOf,QAAI,aAPW;AAQf,QAAI;AARW,GAAjB;;AAWA,MAAIC,WAAW,EAAf;;AAEA,MAAIC,WAAW;AACbr9B,UAAMs9B,YAAYH,QAAZ,CADO;;AAGb;;;;;;AAMAI,YATa,oBASJlmB,KATI,EASG;AACd,UAAInf,MAAMilC,SAAS9lB,MAAMyC,KAAN,IAAezC,MAAM2C,OAA9B,KAA0C9b,OAAOC,YAAP,CAAoBkZ,MAAMyC,KAA1B,EAAiCrlB,WAAjC,EAApD;;AAEA;AACAyD,YAAMA,IAAIZ,OAAJ,CAAY,KAAZ,EAAmB,EAAnB,CAAN;;AAEA,UAAI+f,MAAMmmB,QAAV,EAAoBtlC,iBAAeA,GAAf;AACpB,UAAImf,MAAMomB,OAAV,EAAmBvlC,gBAAcA,GAAd;AACnB,UAAImf,MAAMqmB,MAAV,EAAkBxlC,eAAaA,GAAb;;AAElB;AACAA,YAAMA,IAAIZ,OAAJ,CAAY,IAAZ,EAAkB,EAAlB,CAAN;;AAEA,aAAOY,GAAP;AACD,KAvBY;;;AAyBb;;;;;;AAMAylC,aA/Ba,qBA+BHtmB,KA/BG,EA+BIumB,SA/BJ,EA+BeC,SA/Bf,EA+B0B;AACrC,UAAIC,cAAcV,SAASQ,SAAT,CAAlB;AAAA,UACE5jB,UAAU,KAAKujB,QAAL,CAAclmB,KAAd,CADZ;AAAA,UAEE0mB,IAFF;AAAA,UAGEC,OAHF;AAAA,UAIE/pC,EAJF;;AAMA,UAAI,CAAC6pC,WAAL,EAAkB,OAAO3E,QAAQM,IAAR,CAAa,wBAAb,CAAP;;AAElB,UAAI,OAAOqE,YAAYG,GAAnB,KAA2B,WAA/B,EAA4C;AAAE;AAC1CF,eAAOD,WAAP,CADwC,CACpB;AACvB,OAFD,MAEO;AAAE;AACL,YAAIjG,WAAWG,GAAX,EAAJ,EAAsB+F,OAAOrG,EAAEphC,MAAF,CAAS,EAAT,EAAawnC,YAAYG,GAAzB,EAA8BH,YAAY9F,GAA1C,CAAP,CAAtB,KAEK+F,OAAOrG,EAAEphC,MAAF,CAAS,EAAT,EAAawnC,YAAY9F,GAAzB,EAA8B8F,YAAYG,GAA1C,CAAP;AACR;AACDD,gBAAUD,KAAK/jB,OAAL,CAAV;;AAEA/lB,WAAK4pC,UAAUG,OAAV,CAAL;AACA,UAAI/pC,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAE;AACpC,YAAIqnB,cAAcrnB,GAAG2B,KAAH,EAAlB;AACA,YAAIioC,UAAUK,OAAV,IAAqB,OAAOL,UAAUK,OAAjB,KAA6B,UAAtD,EAAkE;AAAE;AAChEL,oBAAUK,OAAV,CAAkB5iB,WAAlB;AACH;AACF,OALD,MAKO;AACL,YAAIuiB,UAAUM,SAAV,IAAuB,OAAON,UAAUM,SAAjB,KAA+B,UAA1D,EAAsE;AAAE;AACpEN,oBAAUM,SAAV;AACH;AACF;AACF,KA5DY;;;AA8Db;;;;;AAKAC,iBAnEa,yBAmEC3F,QAnED,EAmEW;AACtB,UAAG,CAACA,QAAJ,EAAc;AAAC,eAAO,KAAP;AAAe;AAC9B,aAAOA,SAASv2B,IAAT,CAAc,8KAAd,EAA8LC,MAA9L,CAAqM,YAAW;AACrN,YAAI,CAACu1B,EAAE,IAAF,EAAQ7sB,EAAR,CAAW,UAAX,CAAD,IAA2B6sB,EAAE,IAAF,EAAQh0B,IAAR,CAAa,UAAb,IAA2B,CAA1D,EAA6D;AAAE,iBAAO,KAAP;AAAe,SADuI,CACtI;AAC/E,eAAO,IAAP;AACD,OAHM,CAAP;AAID,KAzEY;;;AA2Eb;;;;;;AAMA+N,YAjFa,oBAiFJ4sB,aAjFI,EAiFWN,IAjFX,EAiFiB;AAC5BX,eAASiB,aAAT,IAA0BN,IAA1B;AACD,KAnFY;;;AAqFb;;;;AAIAO,aAzFa,qBAyFH7F,QAzFG,EAyFO;AAClB,UAAI8F,aAAa1G,WAAWwF,QAAX,CAAoBe,aAApB,CAAkC3F,QAAlC,CAAjB;AAAA,UACI+F,kBAAkBD,WAAWxoC,EAAX,CAAc,CAAd,CADtB;AAAA,UAEI0oC,iBAAiBF,WAAWxoC,EAAX,CAAc,CAAC,CAAf,CAFrB;;AAIA0iC,eAASxhB,EAAT,CAAY,sBAAZ,EAAoC,UAASI,KAAT,EAAgB;AAClD,YAAIA,MAAMxgB,MAAN,KAAiB4nC,eAAe,CAAf,CAAjB,IAAsC5G,WAAWwF,QAAX,CAAoBE,QAApB,CAA6BlmB,KAA7B,MAAwC,KAAlF,EAAyF;AACvFA,gBAAM+B,cAAN;AACAolB,0BAAgBvjB,KAAhB;AACD,SAHD,MAIK,IAAI5D,MAAMxgB,MAAN,KAAiB2nC,gBAAgB,CAAhB,CAAjB,IAAuC3G,WAAWwF,QAAX,CAAoBE,QAApB,CAA6BlmB,KAA7B,MAAwC,WAAnF,EAAgG;AACnGA,gBAAM+B,cAAN;AACAqlB,yBAAexjB,KAAf;AACD;AACF,OATD;AAUD,KAxGY;;AAyGb;;;;AAIAyjB,gBA7Ga,wBA6GAjG,QA7GA,EA6GU;AACrBA,eAAS/nB,GAAT,CAAa,sBAAb;AACD;AA/GY,GAAf;;AAkHA;;;;AAIA,WAAS4sB,WAAT,CAAqBqB,GAArB,EAA0B;AACxB,QAAIC,IAAI,EAAR;AACA,SAAK,IAAIC,EAAT,IAAeF,GAAf;AAAoBC,QAAED,IAAIE,EAAJ,CAAF,IAAaF,IAAIE,EAAJ,CAAb;AAApB,KACA,OAAOD,CAAP;AACD;;AAED/G,aAAWwF,QAAX,GAAsBA,QAAtB;AAEC,CA7IA,CA6ICvpC,MA7ID,CAAD;ACVA;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;AACA,MAAMoH,iBAAiB;AACrB,eAAY,aADS;AAErBC,eAAY,0CAFS;AAGrBC,cAAW,yCAHU;AAIrBC,YAAS,yDACP,mDADO,GAEP,mDAFO,GAGP,8CAHO,GAIP,2CAJO,GAKP;AATmB,GAAvB;;AAYA,MAAI7E,aAAa;AACf8E,aAAS,EADM;;AAGfpQ,aAAS,EAHM;;AAKf;;;;;AAKAgK,SAVe,mBAUP;AACN,UAAIvtB,OAAO,IAAX;AACA,UAAI4zB,kBAAkBzH,EAAE,gBAAF,EAAoB7jB,GAApB,CAAwB,aAAxB,CAAtB;AACA,UAAIurB,YAAJ;;AAEAA,qBAAeC,mBAAmBF,eAAnB,CAAf;;AAEA,WAAK,IAAIjnC,GAAT,IAAgBknC,YAAhB,EAA8B;AAC5B,YAAGA,aAAazrC,cAAb,CAA4BuE,GAA5B,CAAH,EAAqC;AACnCqT,eAAK2zB,OAAL,CAAa5rC,IAAb,CAAkB;AAChBkD,kBAAM0B,GADU;AAEhB+B,oDAAsCmlC,aAAalnC,GAAb,CAAtC;AAFgB,WAAlB;AAID;AACF;;AAED,WAAK42B,OAAL,GAAe,KAAKwQ,eAAL,EAAf;;AAEA,WAAKC,QAAL;AACD,KA7Bc;;;AA+Bf;;;;;;AAMAC,WArCe,mBAqCPpI,IArCO,EAqCD;AACZ,UAAIqI,QAAQ,KAAKzqC,GAAL,CAASoiC,IAAT,CAAZ;;AAEA,UAAIqI,KAAJ,EAAW;AACT,eAAOxsC,OAAOysC,UAAP,CAAkBD,KAAlB,EAAyB3lC,OAAhC;AACD;;AAED,aAAO,KAAP;AACD,KA7Cc;;;AA+Cf;;;;;;AAMA+Q,MArDe,cAqDZusB,IArDY,EAqDN;AACPA,aAAOA,KAAK1+B,IAAL,GAAYgC,KAAZ,CAAkB,GAAlB,CAAP;AACA,UAAG08B,KAAKviC,MAAL,GAAc,CAAd,IAAmBuiC,KAAK,CAAL,MAAY,MAAlC,EAA0C;AACxC,YAAGA,KAAK,CAAL,MAAY,KAAKkI,eAAL,EAAf,EAAuC,OAAO,IAAP;AACxC,OAFD,MAEO;AACL,eAAO,KAAKE,OAAL,CAAapI,KAAK,CAAL,CAAb,CAAP;AACD;AACD,aAAO,KAAP;AACD,KA7Dc;;;AA+Df;;;;;;AAMApiC,OArEe,eAqEXoiC,IArEW,EAqEL;AACR,WAAK,IAAIzhC,CAAT,IAAc,KAAKupC,OAAnB,EAA4B;AAC1B,YAAG,KAAKA,OAAL,CAAavrC,cAAb,CAA4BgC,CAA5B,CAAH,EAAmC;AACjC,cAAI8pC,QAAQ,KAAKP,OAAL,CAAavpC,CAAb,CAAZ;AACA,cAAIyhC,SAASqI,MAAMjpC,IAAnB,EAAyB,OAAOipC,MAAMxlC,KAAb;AAC1B;AACF;;AAED,aAAO,IAAP;AACD,KA9Ec;;;AAgFf;;;;;;AAMAqlC,mBAtFe,6BAsFG;AAChB,UAAIv5B,OAAJ;;AAEA,WAAK,IAAIpQ,IAAI,CAAb,EAAgBA,IAAI,KAAKupC,OAAL,CAAarqC,MAAjC,EAAyCc,GAAzC,EAA8C;AAC5C,YAAI8pC,QAAQ,KAAKP,OAAL,CAAavpC,CAAb,CAAZ;;AAEA,YAAI1C,OAAOysC,UAAP,CAAkBD,MAAMxlC,KAAxB,EAA+BH,OAAnC,EAA4C;AAC1CiM,oBAAU05B,KAAV;AACD;AACF;;AAED,UAAI,QAAO15B,OAAP,yCAAOA,OAAP,OAAmB,QAAvB,EAAiC;AAC/B,eAAOA,QAAQvP,IAAf;AACD,OAFD,MAEO;AACL,eAAOuP,OAAP;AACD;AACF,KAtGc;;;AAwGf;;;;;AAKAw5B,YA7Ge,sBA6GJ;AAAA;;AACT7H,QAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,sBAAb,EAAqC,YAAM;AACzC,YAAI0oB,UAAU,MAAKL,eAAL,EAAd;AAAA,YAAsCM,cAAc,MAAK9Q,OAAzD;;AAEA,YAAI6Q,YAAYC,WAAhB,EAA6B;AAC3B;AACA,gBAAK9Q,OAAL,GAAe6Q,OAAf;;AAEA;AACAjI,YAAEzkC,MAAF,EAAUioB,OAAV,CAAkB,uBAAlB,EAA2C,CAACykB,OAAD,EAAUC,WAAV,CAA3C;AACD;AACF,OAVD;AAWD;AAzHc,GAAjB;;AA4HA/H,aAAWuC,UAAX,GAAwBA,UAAxB;;AAEA;AACA;AACAnnC,SAAOysC,UAAP,KAAsBzsC,OAAOysC,UAAP,GAAoB,YAAW;AACnD;;AAEA;;AACA,QAAIG,aAAc5sC,OAAO4sC,UAAP,IAAqB5sC,OAAO6sC,KAA9C;;AAEA;AACA,QAAI,CAACD,UAAL,EAAiB;AACf,UAAIrrB,QAAU1hB,SAAS6F,aAAT,CAAuB,OAAvB,CAAd;AAAA,UACAJ,SAAczF,SAASsM,oBAAT,CAA8B,QAA9B,EAAwC,CAAxC,CADd;AAAA,UAEA2gC,OAAc,IAFd;;AAIAvrB,YAAM5c,IAAN,GAAc,UAAd;AACA4c,YAAMrV,EAAN,GAAc,mBAAd;;AAEA5G,gBAAUA,OAAOQ,UAAjB,IAA+BR,OAAOQ,UAAP,CAAkBolB,YAAlB,CAA+B3J,KAA/B,EAAsCjc,MAAtC,CAA/B;;AAEA;AACAwnC,aAAQ,sBAAsB9sC,MAAvB,IAAkCA,OAAO0sB,gBAAP,CAAwBnL,KAAxB,EAA+B,IAA/B,CAAlC,IAA0EA,MAAMwrB,YAAvF;;AAEAH,mBAAa;AACXI,mBADW,uBACCH,KADD,EACQ;AACjB,cAAIlnC,mBAAiBknC,KAAjB,2CAAJ;;AAEA;AACA,cAAItrB,MAAM0rB,UAAV,EAAsB;AACpB1rB,kBAAM0rB,UAAN,CAAiB7f,OAAjB,GAA2BznB,IAA3B;AACD,WAFD,MAEO;AACL4b,kBAAMvQ,WAAN,GAAoBrL,IAApB;AACD;;AAED;AACA,iBAAOmnC,KAAKtf,KAAL,KAAe,KAAtB;AACD;AAbU,OAAb;AAeD;;AAED,WAAO,UAASqf,KAAT,EAAgB;AACrB,aAAO;AACLhmC,iBAAS+lC,WAAWI,WAAX,CAAuBH,SAAS,KAAhC,CADJ;AAELA,eAAOA,SAAS;AAFX,OAAP;AAID,KALD;AAMD,GA3CyC,EAA1C;;AA6CA;AACA,WAAST,kBAAT,CAA4B5D,GAA5B,EAAiC;AAC/B,QAAI0E,cAAc,EAAlB;;AAEA,QAAI,OAAO1E,GAAP,KAAe,QAAnB,EAA6B;AAC3B,aAAO0E,WAAP;AACD;;AAED1E,UAAMA,IAAI/iC,IAAJ,GAAWtF,KAAX,CAAiB,CAAjB,EAAoB,CAAC,CAArB,CAAN,CAP+B,CAOA;;AAE/B,QAAI,CAACqoC,GAAL,EAAU;AACR,aAAO0E,WAAP;AACD;;AAEDA,kBAAc1E,IAAI/gC,KAAJ,CAAU,GAAV,EAAe0lC,MAAf,CAAsB,UAAShrC,GAAT,EAAcy8B,KAAd,EAAqB;AACvD,UAAI7N,QAAQ6N,MAAMv6B,OAAN,CAAc,KAAd,EAAqB,GAArB,EAA0BoD,KAA1B,CAAgC,GAAhC,CAAZ;AACA,UAAIxC,MAAM8rB,MAAM,CAAN,CAAV;AACA,UAAIrgB,MAAMqgB,MAAM,CAAN,CAAV;AACA9rB,YAAMmoC,mBAAmBnoC,GAAnB,CAAN;;AAEA;AACA;AACAyL,YAAMA,QAAQzM,SAAR,GAAoB,IAApB,GAA2BmpC,mBAAmB18B,GAAnB,CAAjC;;AAEA,UAAI,CAACvO,IAAIzB,cAAJ,CAAmBuE,GAAnB,CAAL,EAA8B;AAC5B9C,YAAI8C,GAAJ,IAAWyL,GAAX;AACD,OAFD,MAEO,IAAI9L,MAAMZ,OAAN,CAAc7B,IAAI8C,GAAJ,CAAd,CAAJ,EAA6B;AAClC9C,YAAI8C,GAAJ,EAAS5E,IAAT,CAAcqQ,GAAd;AACD,OAFM,MAEA;AACLvO,YAAI8C,GAAJ,IAAW,CAAC9C,IAAI8C,GAAJ,CAAD,EAAWyL,GAAX,CAAX;AACD;AACD,aAAOvO,GAAP;AACD,KAlBa,EAkBX,EAlBW,CAAd;;AAoBA,WAAO+qC,WAAP;AACD;;AAEDtI,aAAWuC,UAAX,GAAwBA,UAAxB;AAEC,CAnOA,CAmOCtmC,MAnOD,CAAD;ACFA;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;AAKA,MAAM4I,cAAgB,CAAC,WAAD,EAAc,WAAd,CAAtB;AACA,MAAMC,gBAAgB,CAAC,kBAAD,EAAqB,kBAArB,CAAtB;;AAEA,MAAMC,SAAS;AACbC,eAAW,mBAAS3E,OAAT,EAAkBpW,SAAlB,EAA6Bgb,EAA7B,EAAiC;AAC1C7Y,cAAQ,IAAR,EAAciU,OAAd,EAAuBpW,SAAvB,EAAkCgb,EAAlC;AACD,KAHY;;AAKbC,gBAAY,oBAAS7E,OAAT,EAAkBpW,SAAlB,EAA6Bgb,EAA7B,EAAiC;AAC3C7Y,cAAQ,KAAR,EAAeiU,OAAf,EAAwBpW,SAAxB,EAAmCgb,EAAnC;AACD;AAPY,GAAf;;AAUA,WAASE,IAAT,CAAcnc,QAAd,EAAwB/uB,IAAxB,EAA8BzB,EAA9B,EAAiC;AAC/B,QAAIgyB,IAAJ;AAAA,QAAU4a,IAAV;AAAA,QAAgBr7B,QAAQ,IAAxB;AACA;;AAEA,QAAIif,aAAa,CAAjB,EAAoB;AAClBxwB,SAAG2B,KAAH,CAASF,IAAT;AACAA,WAAKwlB,OAAL,CAAa,qBAAb,EAAoC,CAACxlB,IAAD,CAApC,EAA4C+a,cAA5C,CAA2D,qBAA3D,EAAkF,CAAC/a,IAAD,CAAlF;AACA;AACD;;AAED,aAASorC,IAAT,CAAcC,EAAd,EAAiB;AACf,UAAG,CAACv7B,KAAJ,EAAWA,QAAQu7B,EAAR;AACX;AACAF,aAAOE,KAAKv7B,KAAZ;AACAvR,SAAG2B,KAAH,CAASF,IAAT;;AAEA,UAAGmrC,OAAOpc,QAAV,EAAmB;AAAEwB,eAAOhzB,OAAOynC,qBAAP,CAA6BoG,IAA7B,EAAmCprC,IAAnC,CAAP;AAAkD,OAAvE,MACI;AACFzC,eAAO2nC,oBAAP,CAA4B3U,IAA5B;AACAvwB,aAAKwlB,OAAL,CAAa,qBAAb,EAAoC,CAACxlB,IAAD,CAApC,EAA4C+a,cAA5C,CAA2D,qBAA3D,EAAkF,CAAC/a,IAAD,CAAlF;AACD;AACF;AACDuwB,WAAOhzB,OAAOynC,qBAAP,CAA6BoG,IAA7B,CAAP;AACD;;AAED;;;;;;;;;AASA,WAASjZ,OAAT,CAAiBmZ,IAAjB,EAAuBlF,OAAvB,EAAgCpW,SAAhC,EAA2Cgb,EAA3C,EAA+C;AAC7C5E,cAAUpE,EAAEoE,OAAF,EAAW/lC,EAAX,CAAc,CAAd,CAAV;;AAEA,QAAI,CAAC+lC,QAAQjnC,MAAb,EAAqB;;AAErB,QAAIosC,YAAYD,OAAOV,YAAY,CAAZ,CAAP,GAAwBA,YAAY,CAAZ,CAAxC;AACA,QAAIY,cAAcF,OAAOT,cAAc,CAAd,CAAP,GAA0BA,cAAc,CAAd,CAA5C;;AAEA;AACAl5B;;AAEAy0B,YACGvR,QADH,CACY7E,SADZ,EAEG7R,GAFH,CAEO,YAFP,EAEqB,MAFrB;;AAIA6mB,0BAAsB,YAAM;AAC1BoB,cAAQvR,QAAR,CAAiB0W,SAAjB;AACA,UAAID,IAAJ,EAAUlF,QAAQ9Y,IAAR;AACX,KAHD;;AAKA;AACA0X,0BAAsB,YAAM;AAC1BoB,cAAQ,CAAR,EAAWjZ,WAAX;AACAiZ,cACGjoB,GADH,CACO,YADP,EACqB,EADrB,EAEG0W,QAFH,CAEY2W,WAFZ;AAGD,KALD;;AAOA;AACApF,YAAQ3kB,GAAR,CAAY0gB,WAAWiC,aAAX,CAAyBgC,OAAzB,CAAZ,EAA+C9T,MAA/C;;AAEA;AACA,aAASA,MAAT,GAAkB;AAChB,UAAI,CAACgZ,IAAL,EAAWlF,QAAQ7X,IAAR;AACX5c;AACA,UAAIq5B,EAAJ,EAAQA,GAAG9qC,KAAH,CAASkmC,OAAT;AACT;;AAED;AACA,aAASz0B,KAAT,GAAiB;AACfy0B,cAAQ,CAAR,EAAWtnB,KAAX,CAAiB2sB,kBAAjB,GAAsC,CAAtC;AACArF,cAAQlR,WAAR,CAAuBqW,SAAvB,SAAoCC,WAApC,SAAmDxb,SAAnD;AACD;AACF;;AAEDmS,aAAW+I,IAAX,GAAkBA,IAAlB;AACA/I,aAAW2I,MAAX,GAAoBA,MAApB;AAEC,CAtGA,CAsGC1sC,MAtGD,CAAD;ACFA;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb,MAAM0J,OAAO;AACXC,WADW,mBACHC,IADG,EACgB;AAAA,UAAb1pC,IAAa,uEAAN,IAAM;;AACzB0pC,WAAK59B,IAAL,CAAU,MAAV,EAAkB,SAAlB;;AAEA,UAAI69B,QAAQD,KAAKp/B,IAAL,CAAU,IAAV,EAAgBwB,IAAhB,CAAqB,EAAC,QAAQ,UAAT,EAArB,CAAZ;AAAA,UACI89B,uBAAqB5pC,IAArB,aADJ;AAAA,UAEI6pC,eAAkBD,YAAlB,UAFJ;AAAA,UAGIE,sBAAoB9pC,IAApB,oBAHJ;;AAKA2pC,YAAMhsC,IAAN,CAAW,YAAW;AACpB,YAAIosC,QAAQjK,EAAE,IAAF,CAAZ;AAAA,YACIkK,OAAOD,MAAM71B,QAAN,CAAe,IAAf,CADX;;AAGA,YAAI81B,KAAK/sC,MAAT,EAAiB;AACf8sC,gBACGpX,QADH,CACYmX,WADZ,EAEGh+B,IAFH,CAEQ;AACJ,6BAAiB,IADb;AAEJ,0BAAci+B,MAAM71B,QAAN,CAAe,SAAf,EAA0BlT,IAA1B;AAFV,WAFR;AAME;AACA;AACA;AACA,cAAGhB,SAAS,WAAZ,EAAyB;AACvB+pC,kBAAMj+B,IAAN,CAAW,EAAC,iBAAiB,KAAlB,EAAX;AACD;;AAEHk+B,eACGrX,QADH,cACuBiX,YADvB,EAEG99B,IAFH,CAEQ;AACJ,4BAAgB,EADZ;AAEJ,oBAAQ;AAFJ,WAFR;AAMA,cAAG9L,SAAS,WAAZ,EAAyB;AACvBgqC,iBAAKl+B,IAAL,CAAU,EAAC,eAAe,IAAhB,EAAV;AACD;AACF;;AAED,YAAIi+B,MAAMngC,MAAN,CAAa,gBAAb,EAA+B3M,MAAnC,EAA2C;AACzC8sC,gBAAMpX,QAAN,sBAAkCkX,YAAlC;AACD;AACF,OAhCD;;AAkCA;AACD,KA5CU;AA8CXI,QA9CW,gBA8CNP,IA9CM,EA8CA1pC,IA9CA,EA8CM;AACf,UAAI;AACA4pC,6BAAqB5pC,IAArB,aADJ;AAAA,UAEI6pC,eAAkBD,YAAlB,UAFJ;AAAA,UAGIE,sBAAoB9pC,IAApB,oBAHJ;;AAKA0pC,WACGp/B,IADH,CACQ,wBADR,EAEG0oB,WAFH,CAEkB4W,YAFlB,SAEkCC,YAFlC,SAEkDC,WAFlD,yCAGGlY,UAHH,CAGc,cAHd,EAG8B3V,GAH9B,CAGkC,SAHlC,EAG6C,EAH7C;;AAKA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACD;AAvEU,GAAb;;AA0EAgkB,aAAWuJ,IAAX,GAAkBA,IAAlB;AAEC,CA9EA,CA8ECttC,MA9ED,CAAD;ACFA;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb,WAASoK,KAAT,CAAepsC,IAAf,EAAqBa,OAArB,EAA8BmqC,EAA9B,EAAkC;AAChC,QAAI3H,QAAQ,IAAZ;AAAA,QACItU,WAAWluB,QAAQkuB,QADvB;AAAA,QACgC;AAC5Bsd,gBAAYvoC,OAAOwG,IAAP,CAAYtK,KAAKqc,IAAL,EAAZ,EAAyB,CAAzB,KAA+B,OAF/C;AAAA,QAGIiwB,SAAS,CAAC,CAHd;AAAA,QAIIx8B,KAJJ;AAAA,QAKI4hB,KALJ;;AAOA,SAAK6a,QAAL,GAAgB,KAAhB;;AAEA,SAAKC,OAAL,GAAe,YAAW;AACxBF,eAAS,CAAC,CAAV;AACA9Y,mBAAa9B,KAAb;AACA,WAAK5hB,KAAL;AACD,KAJD;;AAMA,SAAKA,KAAL,GAAa,YAAW;AACtB,WAAKy8B,QAAL,GAAgB,KAAhB;AACA;AACA/Y,mBAAa9B,KAAb;AACA4a,eAASA,UAAU,CAAV,GAAcvd,QAAd,GAAyBud,MAAlC;AACAtsC,WAAKqc,IAAL,CAAU,QAAV,EAAoB,KAApB;AACAvM,cAAQjL,KAAKD,GAAL,EAAR;AACA8sB,cAAQrW,WAAW,YAAU;AAC3B,YAAGxa,QAAQ4rC,QAAX,EAAoB;AAClBpJ,gBAAMmJ,OAAN,GADkB,CACF;AACjB;AACD,YAAIxB,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO;AAC9C,OALO,EAKLsB,MALK,CAAR;AAMAtsC,WAAKwlB,OAAL,oBAA8B6mB,SAA9B;AACD,KAdD;;AAgBA,SAAKK,KAAL,GAAa,YAAW;AACtB,WAAKH,QAAL,GAAgB,IAAhB;AACA;AACA/Y,mBAAa9B,KAAb;AACA1xB,WAAKqc,IAAL,CAAU,QAAV,EAAoB,IAApB;AACA,UAAI5b,MAAMoE,KAAKD,GAAL,EAAV;AACA0nC,eAASA,UAAU7rC,MAAMqP,KAAhB,CAAT;AACA9P,WAAKwlB,OAAL,qBAA+B6mB,SAA/B;AACD,KARD;AASD;;AAED;;;;;AAKA,WAASM,cAAT,CAAwBC,MAAxB,EAAgC9sC,QAAhC,EAAyC;AACvC,QAAI+V,OAAO,IAAX;AAAA,QACIg3B,WAAWD,OAAOztC,MADtB;;AAGA,QAAI0tC,aAAa,CAAjB,EAAoB;AAClB/sC;AACD;;AAED8sC,WAAO/sC,IAAP,CAAY,YAAW;AACrB;AACA,UAAI,KAAK8xB,QAAL,IAAkB,KAAKxW,UAAL,KAAoB,CAAtC,IAA6C,KAAKA,UAAL,KAAoB,UAArE,EAAkF;AAChF2xB;AACD;AACD;AAHA,WAIK;AACH;AACA,cAAI/rC,MAAMihC,EAAE,IAAF,EAAQh0B,IAAR,CAAa,KAAb,CAAV;AACAg0B,YAAE,IAAF,EAAQh0B,IAAR,CAAa,KAAb,EAAoBjN,MAAM,GAAN,GAAa,IAAI8D,IAAJ,GAAWigC,OAAX,EAAjC;AACA9C,YAAE,IAAF,EAAQvgB,GAAR,CAAY,MAAZ,EAAoB,YAAW;AAC7BqrB;AACD,WAFD;AAGD;AACF,KAdD;;AAgBA,aAASA,iBAAT,GAA6B;AAC3BD;AACA,UAAIA,aAAa,CAAjB,EAAoB;AAClB/sC;AACD;AACF;AACF;;AAEDqiC,aAAWiK,KAAX,GAAmBA,KAAnB;AACAjK,aAAWwK,cAAX,GAA4BA,cAA5B;AAEC,CArFA,CAqFCvuC,MArFD,CAAD;;;ACFA;AACA;AACA;AACA;AACA,CAAC,UAAS4jC,CAAT,EAAY;;AAEXA,GAAE+K,SAAF,GAAc;AACZ5uC,WAAS,OADG;AAEZ6uC,WAAS,kBAAkB5vC,SAASuO,eAFxB;AAGZ+X,kBAAgB,KAHJ;AAIZupB,iBAAe,EAJH;AAKZC,iBAAe;AALH,EAAd;;AAQA,KAAMC,SAAN;AAAA,KACMC,SADN;AAAA,KAEMhc,SAFN;AAAA,KAGMic,WAHN;AAAA,KAIMC,WAAW,KAJjB;;AAMA,UAASC,UAAT,GAAsB;AACpB;AACA,OAAKryB,mBAAL,CAAyB,WAAzB,EAAsCsyB,WAAtC;AACA,OAAKtyB,mBAAL,CAAyB,UAAzB,EAAqCqyB,UAArC;AACAD,aAAW,KAAX;AACD;;AAED,UAASE,WAAT,CAAqB5kC,CAArB,EAAwB;AACtB,MAAIo5B,EAAE+K,SAAF,CAAYrpB,cAAhB,EAAgC;AAAE9a,KAAE8a,cAAF;AAAqB;AACvD,MAAG4pB,QAAH,EAAa;AACX,OAAIG,IAAI7kC,EAAE8kC,OAAF,CAAU,CAAV,EAAahpB,KAArB;AACA,OAAIipB,IAAI/kC,EAAE8kC,OAAF,CAAU,CAAV,EAAa5oB,KAArB;AACA,OAAI8oB,KAAKT,YAAYM,CAArB;AACA,OAAII,KAAKT,YAAYO,CAArB;AACA,OAAI9+B,GAAJ;AACAw+B,iBAAc,IAAIxoC,IAAJ,GAAWigC,OAAX,KAAuB1T,SAArC;AACA,OAAG1vB,KAAKosC,GAAL,CAASF,EAAT,KAAgB5L,EAAE+K,SAAF,CAAYE,aAA5B,IAA6CI,eAAerL,EAAE+K,SAAF,CAAYG,aAA3E,EAA0F;AACxFr+B,UAAM++B,KAAK,CAAL,GAAS,MAAT,GAAkB,OAAxB;AACD;AACD;AACA;AACA;AACA,OAAG/+B,GAAH,EAAQ;AACNjG,MAAE8a,cAAF;AACA6pB,eAAWluC,IAAX,CAAgB,IAAhB;AACA2iC,MAAE,IAAF,EAAQxc,OAAR,CAAgB,OAAhB,EAAyB3W,GAAzB,EAA8B2W,OAA9B,WAA8C3W,GAA9C;AACD;AACF;AACF;;AAED,UAASk/B,YAAT,CAAsBnlC,CAAtB,EAAyB;AACvB,MAAIA,EAAE8kC,OAAF,CAAUvuC,MAAV,IAAoB,CAAxB,EAA2B;AACzBguC,eAAYvkC,EAAE8kC,OAAF,CAAU,CAAV,EAAahpB,KAAzB;AACA0oB,eAAYxkC,EAAE8kC,OAAF,CAAU,CAAV,EAAa5oB,KAAzB;AACAwoB,cAAW,IAAX;AACAlc,eAAY,IAAIvsB,IAAJ,GAAWigC,OAAX,EAAZ;AACA,QAAK54B,gBAAL,CAAsB,WAAtB,EAAmCshC,WAAnC,EAAgD,KAAhD;AACA,QAAKthC,gBAAL,CAAsB,UAAtB,EAAkCqhC,UAAlC,EAA8C,KAA9C;AACD;AACF;;AAED,UAAS/uC,IAAT,GAAgB;AACd,OAAK0N,gBAAL,IAAyB,KAAKA,gBAAL,CAAsB,YAAtB,EAAoC6hC,YAApC,EAAkD,KAAlD,CAAzB;AACD;;AAED,UAAS/qB,QAAT,GAAoB;AAClB,OAAK9H,mBAAL,CAAyB,YAAzB,EAAuC6yB,YAAvC;AACD;;AAED/L,GAAErgB,KAAF,CAAQM,OAAR,CAAgB+rB,KAAhB,GAAwB,EAAEnrB,OAAOrkB,IAAT,EAAxB;;AAEAwjC,GAAEniC,IAAF,CAAO,CAAC,MAAD,EAAS,IAAT,EAAe,MAAf,EAAuB,OAAvB,CAAP,EAAwC,YAAY;AAClDmiC,IAAErgB,KAAF,CAAQM,OAAR,WAAwB,IAAxB,IAAkC,EAAEY,OAAO,iBAAU;AACnDmf,MAAE,IAAF,EAAQzgB,EAAR,CAAW,OAAX,EAAoBygB,EAAEhgC,IAAtB;AACD,IAFiC,EAAlC;AAGD,EAJD;AAKD,CAxED,EAwEG5D,MAxEH;AAyEA;;;AAGA,CAAC,UAAS4jC,CAAT,EAAW;AACVA,GAAEzjC,EAAF,CAAK0vC,QAAL,GAAgB,YAAU;AACxB,OAAKpuC,IAAL,CAAU,UAASI,CAAT,EAAWie,EAAX,EAAc;AACtB8jB,KAAE9jB,EAAF,EAAMojB,IAAN,CAAW,2CAAX,EAAuD,YAAU;AAC/D;AACA;AACA4M,gBAAYvsB,KAAZ;AACD,IAJD;AAKD,GAND;;AAQA,MAAIusB,cAAc,SAAdA,WAAc,CAASvsB,KAAT,EAAe;AAC/B,OAAI+rB,UAAU/rB,MAAMwsB,cAApB;AAAA,OACI/tC,QAAQstC,QAAQ,CAAR,CADZ;AAAA,OAEIU,aAAa;AACXC,gBAAY,WADD;AAEXC,eAAW,WAFA;AAGXC,cAAU;AAHC,IAFjB;AAAA,OAOIrsC,OAAOksC,WAAWzsB,MAAMzf,IAAjB,CAPX;AAAA,OAQIssC,cARJ;;AAWA,OAAG,gBAAgBjxC,MAAhB,IAA0B,OAAOA,OAAOkxC,UAAd,KAA6B,UAA1D,EAAsE;AACpED,qBAAiB,IAAIjxC,OAAOkxC,UAAX,CAAsBvsC,IAAtB,EAA4B;AAC3C,gBAAW,IADgC;AAE3C,mBAAc,IAF6B;AAG3C,gBAAW9B,MAAMsuC,OAH0B;AAI3C,gBAAWtuC,MAAMuuC,OAJ0B;AAK3C,gBAAWvuC,MAAMukB,OAL0B;AAM3C,gBAAWvkB,MAAM2kB;AAN0B,KAA5B,CAAjB;AAQD,IATD,MASO;AACLypB,qBAAiBpxC,SAASwxC,WAAT,CAAqB,YAArB,CAAjB;AACAJ,mBAAeK,cAAf,CAA8B3sC,IAA9B,EAAoC,IAApC,EAA0C,IAA1C,EAAgD3E,MAAhD,EAAwD,CAAxD,EAA2D6C,MAAMsuC,OAAjE,EAA0EtuC,MAAMuuC,OAAhF,EAAyFvuC,MAAMukB,OAA/F,EAAwGvkB,MAAM2kB,OAA9G,EAAuH,KAAvH,EAA8H,KAA9H,EAAqI,KAArI,EAA4I,KAA5I,EAAmJ,CAAnJ,CAAoJ,QAApJ,EAA8J,IAA9J;AACD;AACD3kB,SAAMe,MAAN,CAAa2tC,aAAb,CAA2BN,cAA3B;AACD,GA1BD;AA2BD,EApCD;AAqCD,CAtCA,CAsCCpwC,MAtCD,CAAD;;AAyCA;AACA;AACA;AACA;AACA;;AAEA;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;AC/HA;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb,MAAM+M,mBAAoB,YAAY;AACpC,QAAIC,WAAW,CAAC,QAAD,EAAW,KAAX,EAAkB,GAAlB,EAAuB,IAAvB,EAA6B,EAA7B,CAAf;AACA,SAAK,IAAI/uC,IAAE,CAAX,EAAcA,IAAI+uC,SAAS7vC,MAA3B,EAAmCc,GAAnC,EAAwC;AACtC,UAAO+uC,SAAS/uC,CAAT,CAAH,yBAAoC1C,MAAxC,EAAgD;AAC9C,eAAOA,OAAUyxC,SAAS/uC,CAAT,CAAV,sBAAP;AACD;AACF;AACD,WAAO,KAAP;AACD,GARyB,EAA1B;;AAUA,MAAMgvC,WAAW,SAAXA,QAAW,CAAC/wB,EAAD,EAAKhc,IAAL,EAAc;AAC7Bgc,OAAG7B,IAAH,CAAQna,IAAR,EAAc8C,KAAd,CAAoB,GAApB,EAAyBu+B,OAAzB,CAAiC,cAAM;AACrCvB,cAAMv4B,EAAN,EAAavH,SAAS,OAAT,GAAmB,SAAnB,GAA+B,gBAA5C,EAAiEA,IAAjE,kBAAoF,CAACgc,EAAD,CAApF;AACD,KAFD;AAGD,GAJD;AAKA;AACA8jB,IAAE5kC,QAAF,EAAYmkB,EAAZ,CAAe,kBAAf,EAAmC,aAAnC,EAAkD,YAAW;AAC3D0tB,aAASjN,EAAE,IAAF,CAAT,EAAkB,MAAlB;AACD,GAFD;;AAIA;AACA;AACAA,IAAE5kC,QAAF,EAAYmkB,EAAZ,CAAe,kBAAf,EAAmC,cAAnC,EAAmD,YAAW;AAC5D,QAAI9X,KAAKu4B,EAAE,IAAF,EAAQ3lB,IAAR,CAAa,OAAb,CAAT;AACA,QAAI5S,EAAJ,EAAQ;AACNwlC,eAASjN,EAAE,IAAF,CAAT,EAAkB,OAAlB;AACD,KAFD,MAGK;AACHA,QAAE,IAAF,EAAQxc,OAAR,CAAgB,kBAAhB;AACD;AACF,GARD;;AAUA;AACAwc,IAAE5kC,QAAF,EAAYmkB,EAAZ,CAAe,kBAAf,EAAmC,eAAnC,EAAoD,YAAW;AAC7D,QAAI9X,KAAKu4B,EAAE,IAAF,EAAQ3lB,IAAR,CAAa,QAAb,CAAT;AACA,QAAI5S,EAAJ,EAAQ;AACNwlC,eAASjN,EAAE,IAAF,CAAT,EAAkB,QAAlB;AACD,KAFD,MAEO;AACLA,QAAE,IAAF,EAAQxc,OAAR,CAAgB,mBAAhB;AACD;AACF,GAPD;;AASA;AACAwc,IAAE5kC,QAAF,EAAYmkB,EAAZ,CAAe,kBAAf,EAAmC,iBAAnC,EAAsD,UAAS3Y,CAAT,EAAW;AAC/DA,MAAE+a,eAAF;AACA,QAAIqM,YAAYgS,EAAE,IAAF,EAAQ3lB,IAAR,CAAa,UAAb,CAAhB;;AAEA,QAAG2T,cAAc,EAAjB,EAAoB;AAClBmS,iBAAW2I,MAAX,CAAkBG,UAAlB,CAA6BjJ,EAAE,IAAF,CAA7B,EAAsChS,SAAtC,EAAiD,YAAW;AAC1DgS,UAAE,IAAF,EAAQxc,OAAR,CAAgB,WAAhB;AACD,OAFD;AAGD,KAJD,MAIK;AACHwc,QAAE,IAAF,EAAQlP,OAAR,GAAkBtN,OAAlB,CAA0B,WAA1B;AACD;AACF,GAXD;;AAaAwc,IAAE5kC,QAAF,EAAYmkB,EAAZ,CAAe,kCAAf,EAAmD,qBAAnD,EAA0E,YAAW;AACnF,QAAI9X,KAAKu4B,EAAE,IAAF,EAAQ3lB,IAAR,CAAa,cAAb,CAAT;AACA2lB,YAAMv4B,EAAN,EAAYsR,cAAZ,CAA2B,mBAA3B,EAAgD,CAACinB,EAAE,IAAF,CAAD,CAAhD;AACD,GAHD;;AAKA;;;;;AAKAA,IAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,MAAb,EAAqB,YAAM;AACzB2tB;AACD,GAFD;;AAIA,WAASA,cAAT,GAA0B;AACxBC;AACAC;AACAC;AACAC;AACAC;AACD;;AAED;AACA,WAASA,eAAT,CAAyB3M,UAAzB,EAAqC;AACnC,QAAI4M,YAAYxN,EAAE,iBAAF,CAAhB;AAAA,QACIyN,YAAY,CAAC,UAAD,EAAa,SAAb,EAAwB,QAAxB,CADhB;;AAGA,QAAG7M,UAAH,EAAc;AACZ,UAAG,OAAOA,UAAP,KAAsB,QAAzB,EAAkC;AAChC6M,kBAAU7xC,IAAV,CAAeglC,UAAf;AACD,OAFD,MAEM,IAAG,QAAOA,UAAP,yCAAOA,UAAP,OAAsB,QAAtB,IAAkC,OAAOA,WAAW,CAAX,CAAP,KAAyB,QAA9D,EAAuE;AAC3E6M,kBAAU9xC,MAAV,CAAiBilC,UAAjB;AACD,OAFK,MAED;AACHa,gBAAQ3hC,KAAR,CAAc,8BAAd;AACD;AACF;AACD,QAAG0tC,UAAUrwC,MAAb,EAAoB;AAClB,UAAIuwC,YAAYD,UAAU1vC,GAAV,CAAc,UAACe,IAAD,EAAU;AACtC,+BAAqBA,IAArB;AACD,OAFe,EAEbmJ,IAFa,CAER,GAFQ,CAAhB;;AAIA+3B,QAAEzkC,MAAF,EAAUyd,GAAV,CAAc00B,SAAd,EAAyBnuB,EAAzB,CAA4BmuB,SAA5B,EAAuC,UAAS9mC,CAAT,EAAY+mC,QAAZ,EAAqB;AAC1D,YAAIpN,SAAS35B,EAAE+Z,SAAF,CAAY3d,KAAZ,CAAkB,GAAlB,EAAuB,CAAvB,CAAb;AACA,YAAIk+B,UAAUlB,aAAWO,MAAX,QAAsB3sB,GAAtB,sBAA6C+5B,QAA7C,QAAd;;AAEAzM,gBAAQrjC,IAAR,CAAa,YAAU;AACrB,cAAIwjC,QAAQrB,EAAE,IAAF,CAAZ;;AAEAqB,gBAAMtoB,cAAN,CAAqB,kBAArB,EAAyC,CAACsoB,KAAD,CAAzC;AACD,SAJD;AAKD,OATD;AAUD;AACF;;AAED,WAAS+L,cAAT,CAAwBQ,QAAxB,EAAiC;AAC/B,QAAIle,cAAJ;AAAA,QACIme,SAAS7N,EAAE,eAAF,CADb;AAEA,QAAG6N,OAAO1wC,MAAV,EAAiB;AACf6iC,QAAEzkC,MAAF,EAAUyd,GAAV,CAAc,mBAAd,EACCuG,EADD,CACI,mBADJ,EACyB,UAAS3Y,CAAT,EAAY;AACnC,YAAI8oB,KAAJ,EAAW;AAAE8B,uBAAa9B,KAAb;AAAsB;;AAEnCA,gBAAQrW,WAAW,YAAU;;AAE3B,cAAG,CAAC0zB,gBAAJ,EAAqB;AAAC;AACpBc,mBAAOhwC,IAAP,CAAY,YAAU;AACpBmiC,gBAAE,IAAF,EAAQjnB,cAAR,CAAuB,qBAAvB;AACD,aAFD;AAGD;AACD;AACA80B,iBAAO7hC,IAAP,CAAY,aAAZ,EAA2B,QAA3B;AACD,SATO,EASL4hC,YAAY,EATP,CAAR,CAHmC,CAYhB;AACpB,OAdD;AAeD;AACF;;AAED,WAASP,cAAT,CAAwBO,QAAxB,EAAiC;AAC/B,QAAIle,cAAJ;AAAA,QACIme,SAAS7N,EAAE,eAAF,CADb;AAEA,QAAG6N,OAAO1wC,MAAV,EAAiB;AACf6iC,QAAEzkC,MAAF,EAAUyd,GAAV,CAAc,mBAAd,EACCuG,EADD,CACI,mBADJ,EACyB,UAAS3Y,CAAT,EAAW;AAClC,YAAG8oB,KAAH,EAAS;AAAE8B,uBAAa9B,KAAb;AAAsB;;AAEjCA,gBAAQrW,WAAW,YAAU;;AAE3B,cAAG,CAAC0zB,gBAAJ,EAAqB;AAAC;AACpBc,mBAAOhwC,IAAP,CAAY,YAAU;AACpBmiC,gBAAE,IAAF,EAAQjnB,cAAR,CAAuB,qBAAvB;AACD,aAFD;AAGD;AACD;AACA80B,iBAAO7hC,IAAP,CAAY,aAAZ,EAA2B,QAA3B;AACD,SATO,EASL4hC,YAAY,EATP,CAAR,CAHkC,CAYf;AACpB,OAdD;AAeD;AACF;;AAED,WAASN,cAAT,CAAwBM,QAAxB,EAAkC;AAC9B,QAAIC,SAAS7N,EAAE,eAAF,CAAb;AACA,QAAI6N,OAAO1wC,MAAP,IAAiB4vC,gBAArB,EAAsC;AACvC;AACG;AACHc,aAAOhwC,IAAP,CAAY,YAAY;AACtBmiC,UAAE,IAAF,EAAQjnB,cAAR,CAAuB,qBAAvB;AACD,OAFD;AAGE;AACH;;AAEF,WAASo0B,cAAT,GAA0B;AACxB,QAAG,CAACJ,gBAAJ,EAAqB;AAAE,aAAO,KAAP;AAAe;AACtC,QAAIruB,QAAQtjB,SAAS+M,gBAAT,CAA0B,6CAA1B,CAAZ;;AAEA;AACA,QAAI2lC,4BAA4B,SAA5BA,yBAA4B,CAAUC,mBAAV,EAA+B;AAC3D,UAAIC,UAAUhO,EAAE+N,oBAAoB,CAApB,EAAuB5uC,MAAzB,CAAd;;AAEH;AACG,cAAQ4uC,oBAAoB,CAApB,EAAuB7tC,IAA/B;;AAEE,aAAK,YAAL;AACE,cAAI8tC,QAAQhiC,IAAR,CAAa,aAAb,MAAgC,QAAhC,IAA4C+hC,oBAAoB,CAApB,EAAuBE,aAAvB,KAAyC,aAAzF,EAAwG;AAC7GD,oBAAQj1B,cAAR,CAAuB,qBAAvB,EAA8C,CAACi1B,OAAD,EAAUzyC,OAAOsjC,WAAjB,CAA9C;AACA;AACD,cAAImP,QAAQhiC,IAAR,CAAa,aAAb,MAAgC,QAAhC,IAA4C+hC,oBAAoB,CAApB,EAAuBE,aAAvB,KAAyC,aAAzF,EAAwG;AACvGD,oBAAQj1B,cAAR,CAAuB,qBAAvB,EAA8C,CAACi1B,OAAD,CAA9C;AACC;AACF,cAAID,oBAAoB,CAApB,EAAuBE,aAAvB,KAAyC,OAA7C,EAAsD;AACrDD,oBAAQr5B,OAAR,CAAgB,eAAhB,EAAiC3I,IAAjC,CAAsC,aAAtC,EAAoD,QAApD;AACAgiC,oBAAQr5B,OAAR,CAAgB,eAAhB,EAAiCoE,cAAjC,CAAgD,qBAAhD,EAAuE,CAACi1B,QAAQr5B,OAAR,CAAgB,eAAhB,CAAD,CAAvE;AACA;AACD;;AAEI,aAAK,WAAL;AACJq5B,kBAAQr5B,OAAR,CAAgB,eAAhB,EAAiC3I,IAAjC,CAAsC,aAAtC,EAAoD,QAApD;AACAgiC,kBAAQr5B,OAAR,CAAgB,eAAhB,EAAiCoE,cAAjC,CAAgD,qBAAhD,EAAuE,CAACi1B,QAAQr5B,OAAR,CAAgB,eAAhB,CAAD,CAAvE;AACM;;AAEF;AACE,iBAAO,KAAP;AACF;AAtBF;AAwBD,KA5BH;;AA8BE,QAAI+J,MAAMvhB,MAAV,EAAkB;AAChB;AACA,WAAK,IAAIc,IAAI,CAAb,EAAgBA,KAAKygB,MAAMvhB,MAAN,GAAe,CAApC,EAAuCc,GAAvC,EAA4C;AAC1C,YAAIiwC,kBAAkB,IAAInB,gBAAJ,CAAqBe,yBAArB,CAAtB;AACAI,wBAAgBC,OAAhB,CAAwBzvB,MAAMzgB,CAAN,CAAxB,EAAkC,EAAEiH,YAAY,IAAd,EAAoBkpC,WAAW,IAA/B,EAAqCC,eAAe,KAApD,EAA2DC,SAAS,IAApE,EAA0EC,iBAAiB,CAAC,aAAD,EAAgB,OAAhB,CAA3F,EAAlC;AACD;AACF;AACF;;AAEH;;AAEA;AACA;AACApO,aAAWqO,QAAX,GAAsBtB,cAAtB;AACA;AACA;AAEC,CA3NA,CA2NC9wC,MA3ND,CAAD;;AA6NA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AACA;AChQA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;AAFa,MAOPyO,KAPO;AAQX;;;;;;;AAOA,mBAAYrK,OAAZ,EAAmC;AAAA,UAAdvlC,OAAc,uEAAJ,EAAI;;AAAA;;AACjC,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAgBmhC,EAAEphC,MAAF,CAAS,EAAT,EAAa6vC,MAAMC,QAAnB,EAA6B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA7B,EAAmDxb,OAAnD,CAAhB;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,OAAhC;AACD;;AAED;;;;;;AAxBW;AAAA;AAAA,8BA4BH;AACN,aAAKgO,OAAL,GAAe,KAAK5N,QAAL,CAAcv2B,IAAd,CAAmB,yBAAnB,CAAf;;AAEA,aAAKokC,OAAL;AACD;;AAED;;;;;AAlCW;AAAA;AAAA,gCAsCD;AAAA;;AACR,aAAK7N,QAAL,CAAc/nB,GAAd,CAAkB,QAAlB,EACGuG,EADH,CACM,gBADN,EACwB,YAAM;AAC1B,iBAAKsvB,SAAL;AACD,SAHH,EAIGtvB,EAJH,CAIM,iBAJN,EAIyB,YAAM;AAC3B,iBAAO,OAAKuvB,YAAL,EAAP;AACD,SANH;;AAQA,YAAI,KAAKjwC,OAAL,CAAakwC,UAAb,KAA4B,aAAhC,EAA+C;AAC7C,eAAKJ,OAAL,CACG31B,GADH,CACO,iBADP,EAEGuG,EAFH,CAEM,iBAFN,EAEyB,UAAC3Y,CAAD,EAAO;AAC5B,mBAAKooC,aAAL,CAAmBhP,EAAEp5B,EAAEzH,MAAJ,CAAnB;AACD,WAJH;AAKD;;AAED,YAAI,KAAKN,OAAL,CAAaowC,YAAjB,EAA+B;AAC7B,eAAKN,OAAL,CACG31B,GADH,CACO,gBADP,EAEGuG,EAFH,CAEM,gBAFN,EAEwB,UAAC3Y,CAAD,EAAO;AAC3B,mBAAKooC,aAAL,CAAmBhP,EAAEp5B,EAAEzH,MAAJ,CAAnB;AACD,WAJH;AAKD;;AAED,YAAI,KAAKN,OAAL,CAAaqwC,cAAjB,EAAiC;AAC/B,eAAKP,OAAL,CACG31B,GADH,CACO,eADP,EAEGuG,EAFH,CAEM,eAFN,EAEuB,UAAC3Y,CAAD,EAAO;AAC1B,mBAAKooC,aAAL,CAAmBhP,EAAEp5B,EAAEzH,MAAJ,CAAnB;AACD,WAJH;AAKD;AACF;;AAED;;;;;AAxEW;AAAA;AAAA,gCA4ED;AACR,aAAKiiC,KAAL;AACD;;AAED;;;;;;AAhFW;AAAA;AAAA,oCAqFGU,GArFH,EAqFQ;AACjB,YAAI,CAACA,IAAI91B,IAAJ,CAAS,UAAT,CAAL,EAA2B,OAAO,IAAP;;AAE3B,YAAImjC,SAAS,IAAb;;AAEA,gBAAQrN,IAAI,CAAJ,EAAO5hC,IAAf;AACE,eAAK,UAAL;AACEivC,qBAASrN,IAAI,CAAJ,EAAO5yB,OAAhB;AACA;;AAEF,eAAK,QAAL;AACA,eAAK,YAAL;AACA,eAAK,iBAAL;AACE,gBAAI6gB,MAAM+R,IAAIt3B,IAAJ,CAAS,iBAAT,CAAV;AACA,gBAAI,CAACulB,IAAI5yB,MAAL,IAAe,CAAC4yB,IAAI9jB,GAAJ,EAApB,EAA+BkjC,SAAS,KAAT;AAC/B;;AAEF;AACE,gBAAG,CAACrN,IAAI71B,GAAJ,EAAD,IAAc,CAAC61B,IAAI71B,GAAJ,GAAU9O,MAA5B,EAAoCgyC,SAAS,KAAT;AAbxC;;AAgBA,eAAOA,MAAP;AACD;;AAED;;;;;;;;;;;AA7GW;AAAA;AAAA,oCAuHGrN,GAvHH,EAuHQ;AACjB,YAAIsN,SAAStN,IAAI1uB,QAAJ,CAAa,KAAKvU,OAAL,CAAawwC,iBAA1B,CAAb;;AAEA,YAAI,CAACD,OAAOjyC,MAAZ,EAAoB;AAClBiyC,mBAAStN,IAAIh4B,MAAJ,GAAaU,IAAb,CAAkB,KAAK3L,OAAL,CAAawwC,iBAA/B,CAAT;AACD;;AAED,eAAOD,MAAP;AACD;;AAED;;;;;;;;;AAjIW;AAAA;AAAA,gCAyIDtN,GAzIC,EAyII;AACb,YAAIr6B,KAAKq6B,IAAI,CAAJ,EAAOr6B,EAAhB;AACA,YAAI6nC,SAAS,KAAKvO,QAAL,CAAcv2B,IAAd,iBAAiC/C,EAAjC,QAAb;;AAEA,YAAI,CAAC6nC,OAAOnyC,MAAZ,EAAoB;AAClB,iBAAO2kC,IAAIntB,OAAJ,CAAY,OAAZ,CAAP;AACD;;AAED,eAAO26B,MAAP;AACD;;AAED;;;;;;;;;AApJW;AAAA;AAAA,sCA4JKC,IA5JL,EA4JW;AAAA;;AACpB,YAAIC,SAASD,KAAKxxC,GAAL,CAAS,UAACE,CAAD,EAAIie,EAAJ,EAAW;AAC/B,cAAIzU,KAAKyU,GAAGzU,EAAZ;AACA,cAAI6nC,SAAS,OAAKvO,QAAL,CAAcv2B,IAAd,iBAAiC/C,EAAjC,QAAb;;AAEA,cAAI,CAAC6nC,OAAOnyC,MAAZ,EAAoB;AAClBmyC,qBAAStP,EAAE9jB,EAAF,EAAMvH,OAAN,CAAc,OAAd,CAAT;AACD;AACD,iBAAO26B,OAAO,CAAP,CAAP;AACD,SARY,CAAb;;AAUA,eAAOtP,EAAEwP,MAAF,CAAP;AACD;;AAED;;;;;AA1KW;AAAA;AAAA,sCA8KK1N,GA9KL,EA8KU;AACnB,YAAIwN,SAAS,KAAKG,SAAL,CAAe3N,GAAf,CAAb;AACA,YAAI4N,aAAa,KAAKC,aAAL,CAAmB7N,GAAnB,CAAjB;;AAEA,YAAIwN,OAAOnyC,MAAX,EAAmB;AACjBmyC,iBAAOzc,QAAP,CAAgB,KAAKh0B,OAAL,CAAa+wC,eAA7B;AACD;;AAED,YAAIF,WAAWvyC,MAAf,EAAuB;AACrBuyC,qBAAW7c,QAAX,CAAoB,KAAKh0B,OAAL,CAAagxC,cAAjC;AACD;;AAED/N,YAAIjP,QAAJ,CAAa,KAAKh0B,OAAL,CAAaixC,eAA1B,EAA2C9jC,IAA3C,CAAgD,cAAhD,EAAgE,EAAhE;AACD;;AAED;;;;;;AA7LW;AAAA;AAAA,8CAmMa+jC,SAnMb,EAmMwB;AACjC,YAAIR,OAAO,KAAKxO,QAAL,CAAcv2B,IAAd,mBAAmCulC,SAAnC,QAAX;AACA,YAAIC,UAAU,KAAKC,eAAL,CAAqBV,IAArB,CAAd;AACA,YAAIW,cAAc,KAAKP,aAAL,CAAmBJ,IAAnB,CAAlB;;AAEA,YAAIS,QAAQ7yC,MAAZ,EAAoB;AAClB6yC,kBAAQ9c,WAAR,CAAoB,KAAKr0B,OAAL,CAAa+wC,eAAjC;AACD;;AAED,YAAIM,YAAY/yC,MAAhB,EAAwB;AACtB+yC,sBAAYhd,WAAZ,CAAwB,KAAKr0B,OAAL,CAAagxC,cAArC;AACD;;AAEDN,aAAKrc,WAAL,CAAiB,KAAKr0B,OAAL,CAAaixC,eAA9B,EAA+Che,UAA/C,CAA0D,cAA1D;AAED;;AAED;;;;;AApNW;AAAA;AAAA,yCAwNQgQ,GAxNR,EAwNa;AACtB;AACA,YAAGA,IAAI,CAAJ,EAAO5hC,IAAP,IAAe,OAAlB,EAA2B;AACzB,iBAAO,KAAKiwC,uBAAL,CAA6BrO,IAAI91B,IAAJ,CAAS,MAAT,CAA7B,CAAP;AACD;;AAED,YAAIsjC,SAAS,KAAKG,SAAL,CAAe3N,GAAf,CAAb;AACA,YAAI4N,aAAa,KAAKC,aAAL,CAAmB7N,GAAnB,CAAjB;;AAEA,YAAIwN,OAAOnyC,MAAX,EAAmB;AACjBmyC,iBAAOpc,WAAP,CAAmB,KAAKr0B,OAAL,CAAa+wC,eAAhC;AACD;;AAED,YAAIF,WAAWvyC,MAAf,EAAuB;AACrBuyC,qBAAWxc,WAAX,CAAuB,KAAKr0B,OAAL,CAAagxC,cAApC;AACD;;AAED/N,YAAI5O,WAAJ,CAAgB,KAAKr0B,OAAL,CAAaixC,eAA7B,EAA8Che,UAA9C,CAAyD,cAAzD;AACD;;AAED;;;;;;;;AA5OW;AAAA;AAAA,oCAmPGgQ,GAnPH,EAmPQ;AAAA;;AACjB,YAAIsO,eAAe,KAAKC,aAAL,CAAmBvO,GAAnB,CAAnB;AAAA,YACIwO,YAAY,KADhB;AAAA,YAEIC,kBAAkB,IAFtB;AAAA,YAGIC,YAAY1O,IAAI91B,IAAJ,CAAS,gBAAT,CAHhB;AAAA,YAIIykC,UAAU,IAJd;;AAMA;AACA,YAAI3O,IAAI3uB,EAAJ,CAAO,qBAAP,KAAiC2uB,IAAI3uB,EAAJ,CAAO,iBAAP,CAArC,EAAgE;AAC9D,iBAAO,IAAP;AACD;;AAED,gBAAQ2uB,IAAI,CAAJ,EAAO5hC,IAAf;AACE,eAAK,OAAL;AACEowC,wBAAY,KAAKI,aAAL,CAAmB5O,IAAI91B,IAAJ,CAAS,MAAT,CAAnB,CAAZ;AACA;;AAEF,eAAK,UAAL;AACEskC,wBAAYF,YAAZ;AACA;;AAEF,eAAK,QAAL;AACA,eAAK,YAAL;AACA,eAAK,iBAAL;AACEE,wBAAYF,YAAZ;AACA;;AAEF;AACEE,wBAAY,KAAKK,YAAL,CAAkB7O,GAAlB,CAAZ;AAhBJ;;AAmBA,YAAI0O,SAAJ,EAAe;AACbD,4BAAkB,KAAKK,eAAL,CAAqB9O,GAArB,EAA0B0O,SAA1B,EAAqC1O,IAAI91B,IAAJ,CAAS,UAAT,CAArC,CAAlB;AACD;;AAED,YAAI81B,IAAI91B,IAAJ,CAAS,cAAT,CAAJ,EAA8B;AAC5BykC,oBAAU,KAAK5xC,OAAL,CAAagyC,UAAb,CAAwBJ,OAAxB,CAAgC3O,GAAhC,CAAV;AACD;;AAGD,YAAIgP,WAAW,CAACV,YAAD,EAAeE,SAAf,EAA0BC,eAA1B,EAA2CE,OAA3C,EAAoD50C,OAApD,CAA4D,KAA5D,MAAuE,CAAC,CAAvF;AACA,YAAIk1C,UAAU,CAACD,WAAW,OAAX,GAAqB,SAAtB,IAAmC,WAAjD;;AAEA,YAAIA,QAAJ,EAAc;AACZ;AACA,cAAME,oBAAoB,KAAKjQ,QAAL,CAAcv2B,IAAd,qBAAqCs3B,IAAI91B,IAAJ,CAAS,IAAT,CAArC,QAA1B;AACA,cAAIglC,kBAAkB7zC,MAAtB,EAA8B;AAAA;AAC5B,kBAAIkkC,cAAJ;AACA2P,gCAAkBnzC,IAAlB,CAAuB,YAAW;AAChC,oBAAImiC,EAAE,IAAF,EAAQ/zB,GAAR,EAAJ,EAAmB;AACjBo1B,wBAAM2N,aAAN,CAAoBhP,EAAE,IAAF,CAApB;AACD;AACF,eAJD;AAF4B;AAO7B;AACF;;AAED,aAAK8Q,WAAW,oBAAX,GAAkC,iBAAvC,EAA0DhP,GAA1D;;AAEA;;;;;;AAMAA,YAAIte,OAAJ,CAAYutB,OAAZ,EAAqB,CAACjP,GAAD,CAArB;;AAEA,eAAOgP,QAAP;AACD;;AAED;;;;;;;AAxTW;AAAA;AAAA,qCA8TI;AACb,YAAIG,MAAM,EAAV;AACA,YAAI5P,QAAQ,IAAZ;;AAEA,aAAKsN,OAAL,CAAa9wC,IAAb,CAAkB,YAAW;AAC3BozC,cAAIr1C,IAAJ,CAASylC,MAAM2N,aAAN,CAAoBhP,EAAE,IAAF,CAApB,CAAT;AACD,SAFD;;AAIA,YAAIkR,UAAUD,IAAIp1C,OAAJ,CAAY,KAAZ,MAAuB,CAAC,CAAtC;;AAEA,aAAKklC,QAAL,CAAcv2B,IAAd,CAAmB,oBAAnB,EAAyC2R,GAAzC,CAA6C,SAA7C,EAAyD+0B,UAAU,MAAV,GAAmB,OAA5E;;AAEA;;;;;;AAMA,aAAKnQ,QAAL,CAAcvd,OAAd,CAAsB,CAAC0tB,UAAU,WAAV,GAAwB,aAAzB,IAA0C,WAAhE,EAA6E,CAAC,KAAKnQ,QAAN,CAA7E;;AAEA,eAAOmQ,OAAP;AACD;;AAED;;;;;;;AArVW;AAAA;AAAA,mCA2VEpP,GA3VF,EA2VO50B,OA3VP,EA2VgB;AACzB;AACAA,kBAAWA,WAAW40B,IAAI91B,IAAJ,CAAS,SAAT,CAAX,IAAkC81B,IAAI91B,IAAJ,CAAS,MAAT,CAA7C;AACA,YAAImlC,YAAYrP,IAAI71B,GAAJ,EAAhB;AACA,YAAImlC,QAAQ,KAAZ;;AAEA,YAAID,UAAUh0C,MAAd,EAAsB;AACpB;AACA,cAAI,KAAK0B,OAAL,CAAawyC,QAAb,CAAsBp1C,cAAtB,CAAqCiR,OAArC,CAAJ,EAAmD;AACjDkkC,oBAAQ,KAAKvyC,OAAL,CAAawyC,QAAb,CAAsBnkC,OAAtB,EAA+BrF,IAA/B,CAAoCspC,SAApC,CAAR;AACD;AACD;AAHA,eAIK,IAAIjkC,YAAY40B,IAAI91B,IAAJ,CAAS,MAAT,CAAhB,EAAkC;AACrColC,sBAAQ,IAAI/rC,MAAJ,CAAW6H,OAAX,EAAoBrF,IAApB,CAAyBspC,SAAzB,CAAR;AACD,aAFI,MAGA;AACHC,sBAAQ,IAAR;AACD;AACF;AACD;AAbA,aAcK,IAAI,CAACtP,IAAIxnB,IAAJ,CAAS,UAAT,CAAL,EAA2B;AAC9B82B,oBAAQ,IAAR;AACD;;AAED,eAAOA,KAAP;AACA;;AAEF;;;;;;AAtXW;AAAA;AAAA,oCA2XGrB,SA3XH,EA2Xc;AACvB;AACA;AACA,YAAIuB,SAAS,KAAKvQ,QAAL,CAAcv2B,IAAd,mBAAmCulC,SAAnC,QAAb;AACA,YAAIqB,QAAQ,KAAZ;AAAA,YAAmBG,WAAW,KAA9B;;AAEA;AACAD,eAAOzzC,IAAP,CAAY,UAACI,CAAD,EAAI2I,CAAJ,EAAU;AACpB,cAAIo5B,EAAEp5B,CAAF,EAAKoF,IAAL,CAAU,UAAV,CAAJ,EAA2B;AACzBulC,uBAAW,IAAX;AACD;AACF,SAJD;AAKA,YAAG,CAACA,QAAJ,EAAcH,QAAM,IAAN;;AAEd,YAAI,CAACA,KAAL,EAAY;AACV;AACAE,iBAAOzzC,IAAP,CAAY,UAACI,CAAD,EAAI2I,CAAJ,EAAU;AACpB,gBAAIo5B,EAAEp5B,CAAF,EAAK0T,IAAL,CAAU,SAAV,CAAJ,EAA0B;AACxB82B,sBAAQ,IAAR;AACD;AACF,WAJD;AAKD;;AAED,eAAOA,KAAP;AACD;;AAED;;;;;;;;AArZW;AAAA;AAAA,sCA4ZKtP,GA5ZL,EA4ZU+O,UA5ZV,EA4ZsBU,QA5ZtB,EA4ZgC;AAAA;;AACzCA,mBAAWA,WAAW,IAAX,GAAkB,KAA7B;;AAEA,YAAIC,QAAQX,WAAW7tC,KAAX,CAAiB,GAAjB,EAAsBjF,GAAtB,CAA0B,UAAC29B,CAAD,EAAO;AAC3C,iBAAO,OAAK78B,OAAL,CAAagyC,UAAb,CAAwBnV,CAAxB,EAA2BoG,GAA3B,EAAgCyP,QAAhC,EAA0CzP,IAAIh4B,MAAJ,EAA1C,CAAP;AACD,SAFW,CAAZ;AAGA,eAAO0nC,MAAM31C,OAAN,CAAc,KAAd,MAAyB,CAAC,CAAjC;AACD;;AAED;;;;;AAraW;AAAA;AAAA,kCAyaC;AACV,YAAI41C,QAAQ,KAAK1Q,QAAjB;AAAA,YACI3S,OAAO,KAAKvvB,OADhB;;AAGAmhC,gBAAM5R,KAAKwhB,eAAX,EAA8B6B,KAA9B,EAAqC79B,GAArC,CAAyC,OAAzC,EAAkDsf,WAAlD,CAA8D9E,KAAKwhB,eAAnE;AACA5P,gBAAM5R,KAAK0hB,eAAX,EAA8B2B,KAA9B,EAAqC79B,GAArC,CAAyC,OAAzC,EAAkDsf,WAAlD,CAA8D9E,KAAK0hB,eAAnE;AACA9P,UAAK5R,KAAKihB,iBAAV,SAA+BjhB,KAAKyhB,cAApC,EAAsD3c,WAAtD,CAAkE9E,KAAKyhB,cAAvE;AACA4B,cAAMjnC,IAAN,CAAW,oBAAX,EAAiC2R,GAAjC,CAAqC,SAArC,EAAgD,MAAhD;AACA6jB,UAAE,QAAF,EAAYyR,KAAZ,EAAmB79B,GAAnB,CAAuB,2EAAvB,EAAoG3H,GAApG,CAAwG,EAAxG,EAA4G6lB,UAA5G,CAAuH,cAAvH;AACAkO,UAAE,cAAF,EAAkByR,KAAlB,EAAyB79B,GAAzB,CAA6B,qBAA7B,EAAoD0G,IAApD,CAAyD,SAAzD,EAAmE,KAAnE,EAA0EwX,UAA1E,CAAqF,cAArF;AACAkO,UAAE,iBAAF,EAAqByR,KAArB,EAA4B79B,GAA5B,CAAgC,qBAAhC,EAAuD0G,IAAvD,CAA4D,SAA5D,EAAsE,KAAtE,EAA6EwX,UAA7E,CAAwF,cAAxF;AACA;;;;AAIA2f,cAAMjuB,OAAN,CAAc,oBAAd,EAAoC,CAACiuB,KAAD,CAApC;AACD;;AAED;;;;;AA3bW;AAAA;AAAA,gCA+bD;AACR,YAAIpQ,QAAQ,IAAZ;AACA,aAAKN,QAAL,CACG/nB,GADH,CACO,QADP,EAEGxO,IAFH,CAEQ,oBAFR,EAGK2R,GAHL,CAGS,SAHT,EAGoB,MAHpB;;AAKA,aAAKwyB,OAAL,CACG31B,GADH,CACO,QADP,EAEGnb,IAFH,CAEQ,YAAW;AACfwjC,gBAAMqQ,kBAAN,CAAyB1R,EAAE,IAAF,CAAzB;AACD,SAJH;;AAMAG,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA7cU;;AAAA;AAAA;;AAgdb;;;;;AAGAyN,QAAMC,QAAN,GAAiB;AACf;;;;;;AAMAK,gBAAY,aAPG;;AASf;;;;;AAKAa,qBAAiB,kBAdF;;AAgBf;;;;;AAKAE,qBAAiB,kBArBF;;AAuBf;;;;;AAKAT,uBAAmB,aA5BJ;;AA8Bf;;;;;AAKAQ,oBAAgB,YAnCD;;AAqCf;;;;;AAKAZ,kBAAc,KA1CC;;AA4Cf;;;;;AAKAC,oBAAgB,KAjDD;;AAmDfmC,cAAU;AACRM,aAAQ,aADA;AAERC,qBAAgB,gBAFR;AAGRC,eAAU,YAHF;AAIRC,cAAS,0BAJD;;AAMR;AACAC,YAAO,uJAPC;AAQRC,WAAM,gBARE;;AAUR;AACAC,aAAQ,uIAXA;;AAaRra,WAAM,otCAbE;AAcR;AACAsa,cAAS,kEAfD;;AAiBRC,gBAAW,oHAjBH;AAkBR;AACAC,YAAO,gIAnBC;AAoBR;AACA9gB,YAAO,0CArBC;AAsBR+gB,eAAU,mCAtBF;AAuBR;AACAC,sBAAiB,8DAxBT;AAyBR;AACAC,sBAAiB,8DA1BT;;AA4BR;AACAC,aAAQ;AA7BA,KAnDK;;AAmFf;;;;;;;;AAQA3B,gBAAY;AACVJ,eAAS,iBAAUv0B,EAAV,EAAcq1B,QAAd,EAAwBznC,MAAxB,EAAgC;AACvC,eAAOk2B,QAAM9jB,GAAGlQ,IAAH,CAAQ,cAAR,CAAN,EAAiCC,GAAjC,OAA2CiQ,GAAGjQ,GAAH,EAAlD;AACD;AAHS;AA3FG,GAAjB;;AAkGA;AACAk0B,aAAWI,MAAX,CAAkBkO,KAAlB,EAAyB,OAAzB;AAEC,CAxjBA,CAwjBCryC,MAxjBD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASPyS,SATO;AAUX;;;;;;;AAOA,uBAAYrO,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa6zC,UAAU/D,QAAvB,EAAiC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAjC,EAAuDxb,OAAvD,CAAf;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,WAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,WAA7B,EAA0C;AACxC,iBAAS,QAD+B;AAExC,iBAAS,QAF+B;AAGxC,sBAAc,MAH0B;AAIxC,oBAAY;AAJ4B,OAA1C;AAMD;;AAED;;;;;;AAhCW;AAAA;AAAA,8BAoCH;AACN,aAAKgnB,QAAL,CAAc/0B,IAAd,CAAmB,MAAnB,EAA2B,SAA3B;AACA,aAAK0mC,KAAL,GAAa,KAAK3R,QAAL,CAAc3sB,QAAd,CAAuB,uBAAvB,CAAb;;AAEA,aAAKs+B,KAAL,CAAW70C,IAAX,CAAgB,UAASuQ,GAAT,EAAc8N,EAAd,EAAkB;AAChC,cAAI4lB,MAAM9B,EAAE9jB,EAAF,CAAV;AAAA,cACIy2B,WAAW7Q,IAAI1tB,QAAJ,CAAa,oBAAb,CADf;AAAA,cAEI3M,KAAKkrC,SAAS,CAAT,EAAYlrC,EAAZ,IAAkB04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,WAA1B,CAF3B;AAAA,cAGI8R,SAAS12B,GAAGzU,EAAH,IAAYA,EAAZ,WAHb;;AAKAq6B,cAAIt3B,IAAJ,CAAS,SAAT,EAAoBwB,IAApB,CAAyB;AACvB,6BAAiBvE,EADM;AAEvB,oBAAQ,KAFe;AAGvB,kBAAMmrC,MAHiB;AAIvB,6BAAiB,KAJM;AAKvB,6BAAiB;AALM,WAAzB;;AAQAD,mBAAS3mC,IAAT,CAAc,EAAC,QAAQ,UAAT,EAAqB,mBAAmB4mC,MAAxC,EAAgD,eAAe,IAA/D,EAAqE,MAAMnrC,EAA3E,EAAd;AACD,SAfD;AAgBA,YAAIorC,cAAc,KAAK9R,QAAL,CAAcv2B,IAAd,CAAmB,YAAnB,EAAiC4J,QAAjC,CAA0C,oBAA1C,CAAlB;AACA,YAAGy+B,YAAY11C,MAAf,EAAsB;AACpB,eAAK21C,IAAL,CAAUD,WAAV,EAAuB,IAAvB;AACD;AACD,aAAKjE,OAAL;AACD;;AAED;;;;;AA/DW;AAAA;AAAA,gCAmED;AACR,YAAIvN,QAAQ,IAAZ;;AAEA,aAAKqR,KAAL,CAAW70C,IAAX,CAAgB,YAAW;AACzB,cAAIgkC,QAAQ7B,EAAE,IAAF,CAAZ;AACA,cAAI+S,cAAclR,MAAMztB,QAAN,CAAe,oBAAf,CAAlB;AACA,cAAI2+B,YAAY51C,MAAhB,EAAwB;AACtB0kC,kBAAMztB,QAAN,CAAe,GAAf,EAAoB4E,GAApB,CAAwB,yCAAxB,EACQuG,EADR,CACW,oBADX,EACiC,UAAS3Y,CAAT,EAAY;AAC3CA,gBAAE8a,cAAF;AACA2f,oBAAM7U,MAAN,CAAaumB,WAAb;AACD,aAJD,EAIGxzB,EAJH,CAIM,sBAJN,EAI8B,UAAS3Y,CAAT,EAAW;AACvCu5B,yBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,WAAjC,EAA8C;AAC5C4lB,wBAAQ,kBAAW;AACjB6U,wBAAM7U,MAAN,CAAaumB,WAAb;AACD,iBAH2C;AAI5Cz+B,sBAAM,gBAAW;AACf,sBAAI0+B,KAAKnR,MAAMvtB,IAAN,GAAa9J,IAAb,CAAkB,GAAlB,EAAuB+Y,KAAvB,EAAT;AACA,sBAAI,CAAC8d,MAAMxiC,OAAN,CAAco0C,WAAnB,EAAgC;AAC9BD,uBAAGxvB,OAAH,CAAW,oBAAX;AACD;AACF,iBAT2C;AAU5C0vB,0BAAU,oBAAW;AACnB,sBAAIF,KAAKnR,MAAMttB,IAAN,GAAa/J,IAAb,CAAkB,GAAlB,EAAuB+Y,KAAvB,EAAT;AACA,sBAAI,CAAC8d,MAAMxiC,OAAN,CAAco0C,WAAnB,EAAgC;AAC9BD,uBAAGxvB,OAAH,CAAW,oBAAX;AACD;AACF,iBAf2C;AAgB5CgjB,yBAAS,mBAAW;AAClB5/B,oBAAE8a,cAAF;AACA9a,oBAAE+a,eAAF;AACD;AAnB2C,eAA9C;AAqBD,aA1BD;AA2BD;AACF,SAhCD;AAiCD;;AAED;;;;;;AAzGW;AAAA;AAAA,6BA8GJqsB,OA9GI,EA8GK;AACd,YAAGA,QAAQlkC,MAAR,GAAiBwpB,QAAjB,CAA0B,WAA1B,CAAH,EAA2C;AACzC,eAAK6f,EAAL,CAAQnF,OAAR;AACD,SAFD,MAEO;AACL,eAAK8E,IAAL,CAAU9E,OAAV;AACD;AACF;;AAED;;;;;;;;AAtHW;AAAA;AAAA,2BA6HNA,OA7HM,EA6HGoF,SA7HH,EA6Hc;AAAA;;AACvBpF,gBACGhiC,IADH,CACQ,aADR,EACuB,KADvB,EAEGlC,MAFH,CAEU,oBAFV,EAGGkL,OAHH,GAIGlL,MAJH,GAIY+oB,QAJZ,CAIqB,WAJrB;;AAMA,YAAI,CAAC,KAAKh0B,OAAL,CAAao0C,WAAd,IAA6B,CAACG,SAAlC,EAA6C;AAC3C,cAAIC,iBAAiB,KAAKtS,QAAL,CAAc3sB,QAAd,CAAuB,YAAvB,EAAqCA,QAArC,CAA8C,oBAA9C,CAArB;AACA,cAAIi/B,eAAel2C,MAAnB,EAA2B;AACzB,iBAAKg2C,EAAL,CAAQE,eAAez/B,GAAf,CAAmBo6B,OAAnB,CAAR;AACD;AACF;;AAEDA,gBAAQtd,SAAR,CAAkB,KAAK7xB,OAAL,CAAay0C,UAA/B,EAA2C,YAAM;AAC/C;;;;AAIA,iBAAKvS,QAAL,CAAcvd,OAAd,CAAsB,mBAAtB,EAA2C,CAACwqB,OAAD,CAA3C;AACD,SAND;;AAQAhO,gBAAMgO,QAAQhiC,IAAR,CAAa,iBAAb,CAAN,EAAyCA,IAAzC,CAA8C;AAC5C,2BAAiB,IAD2B;AAE5C,2BAAiB;AAF2B,SAA9C;AAID;;AAED;;;;;;;AAzJW;AAAA;AAAA,yBA+JRgiC,OA/JQ,EA+JC;AACV,YAAIuF,SAASvF,QAAQlkC,MAAR,GAAiBsJ,QAAjB,EAAb;AAAA,YACIiuB,QAAQ,IADZ;;AAGA,YAAI,CAAC,KAAKxiC,OAAL,CAAa20C,cAAd,IAAgC,CAACD,OAAOjgB,QAAP,CAAgB,WAAhB,CAAlC,IAAmE,CAAC0a,QAAQlkC,MAAR,GAAiBwpB,QAAjB,CAA0B,WAA1B,CAAvE,EAA+G;AAC7G;AACD;;AAED;AACE0a,gBAAQrd,OAAR,CAAgB0Q,MAAMxiC,OAAN,CAAcy0C,UAA9B,EAA0C,YAAY;AACpD;;;;AAIAjS,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,iBAAvB,EAA0C,CAACwqB,OAAD,CAA1C;AACD,SAND;AAOF;;AAEAA,gBAAQhiC,IAAR,CAAa,aAAb,EAA4B,IAA5B,EACQlC,MADR,GACiBopB,WADjB,CAC6B,WAD7B;;AAGA8M,gBAAMgO,QAAQhiC,IAAR,CAAa,iBAAb,CAAN,EAAyCA,IAAzC,CAA8C;AAC7C,2BAAiB,KAD4B;AAE7C,2BAAiB;AAF4B,SAA9C;AAID;;AAED;;;;;;AA1LW;AAAA;AAAA,gCA+LD;AACR,aAAK+0B,QAAL,CAAcv2B,IAAd,CAAmB,oBAAnB,EAAyCgR,IAAzC,CAA8C,IAA9C,EAAoDmV,OAApD,CAA4D,CAA5D,EAA+DxU,GAA/D,CAAmE,SAAnE,EAA8E,EAA9E;AACA,aAAK4kB,QAAL,CAAcv2B,IAAd,CAAmB,GAAnB,EAAwBwO,GAAxB,CAA4B,eAA5B;;AAEAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AApMU;;AAAA;AAAA;;AAuMbyR,YAAU/D,QAAV,GAAqB;AACnB;;;;;AAKA4E,gBAAY,GANO;AAOnB;;;;;AAKAL,iBAAa,KAZM;AAanB;;;;;AAKAO,oBAAgB;AAlBG,GAArB;;AAqBA;AACArT,aAAWI,MAAX,CAAkBkS,SAAlB,EAA6B,WAA7B;AAEC,CA/NA,CA+NCr2C,MA/ND,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUPyT,aAVO;AAWX;;;;;;;AAOA,2BAAYrP,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa60C,cAAc/E,QAA3B,EAAqC,KAAK3N,QAAL,CAAc1mB,IAAd,EAArC,EAA2Dxb,OAA3D,CAAf;;AAEAshC,iBAAWuJ,IAAX,CAAgBC,OAAhB,CAAwB,KAAK5I,QAA7B,EAAuC,WAAvC;;AAEA,WAAKK,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,eAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,eAA7B,EAA8C;AAC5C,iBAAS,QADmC;AAE5C,iBAAS,QAFmC;AAG5C,uBAAe,MAH6B;AAI5C,oBAAY,IAJgC;AAK5C,sBAAc,MAL8B;AAM5C,sBAAc,OAN8B;AAO5C,kBAAU;AAPkC,OAA9C;AASD;;AAID;;;;;;AAxCW;AAAA;AAAA,8BA4CH;AACN,aAAKgnB,QAAL,CAAcv2B,IAAd,CAAmB,gBAAnB,EAAqCoJ,GAArC,CAAyC,YAAzC,EAAuD+c,OAAvD,CAA+D,CAA/D,EADM,CAC4D;AAClE,aAAKoQ,QAAL,CAAc/0B,IAAd,CAAmB;AACjB,kBAAQ,MADS;AAEjB,kCAAwB,KAAKnN,OAAL,CAAa60C;AAFpB,SAAnB;;AAKA,aAAKC,UAAL,GAAkB,KAAK5S,QAAL,CAAcv2B,IAAd,CAAmB,8BAAnB,CAAlB;AACA,aAAKmpC,UAAL,CAAgB91C,IAAhB,CAAqB,YAAU;AAC7B,cAAI+0C,SAAS,KAAKnrC,EAAL,IAAW04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,eAA1B,CAAxB;AAAA,cACIe,QAAQ7B,EAAE,IAAF,CADZ;AAAA,cAEIkK,OAAOrI,MAAMztB,QAAN,CAAe,gBAAf,CAFX;AAAA,cAGIw/B,QAAQ1J,KAAK,CAAL,EAAQziC,EAAR,IAAc04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,UAA1B,CAH1B;AAAA,cAII+S,WAAW3J,KAAK5W,QAAL,CAAc,WAAd,CAJf;AAKAuO,gBAAM71B,IAAN,CAAW;AACT,6BAAiB4nC,KADR;AAET,6BAAiBC,QAFR;AAGT,oBAAQ,UAHC;AAIT,kBAAMjB;AAJG,WAAX;AAMA1I,eAAKl+B,IAAL,CAAU;AACR,+BAAmB4mC,MADX;AAER,2BAAe,CAACiB,QAFR;AAGR,oBAAQ,MAHA;AAIR,kBAAMD;AAJE,WAAV;AAMD,SAlBD;AAmBA,YAAIE,YAAY,KAAK/S,QAAL,CAAcv2B,IAAd,CAAmB,YAAnB,CAAhB;AACA,YAAGspC,UAAU32C,MAAb,EAAoB;AAClB,cAAIkkC,QAAQ,IAAZ;AACAyS,oBAAUj2C,IAAV,CAAe,YAAU;AACvBwjC,kBAAMyR,IAAN,CAAW9S,EAAE,IAAF,CAAX;AACD,WAFD;AAGD;AACD,aAAK4O,OAAL;AACD;;AAED;;;;;AAjFW;AAAA;AAAA,gCAqFD;AACR,YAAIvN,QAAQ,IAAZ;;AAEA,aAAKN,QAAL,CAAcv2B,IAAd,CAAmB,IAAnB,EAAyB3M,IAAzB,CAA8B,YAAW;AACvC,cAAIk2C,WAAW/T,EAAE,IAAF,EAAQ5rB,QAAR,CAAiB,gBAAjB,CAAf;;AAEA,cAAI2/B,SAAS52C,MAAb,EAAqB;AACnB6iC,cAAE,IAAF,EAAQ5rB,QAAR,CAAiB,GAAjB,EAAsB4E,GAAtB,CAA0B,wBAA1B,EAAoDuG,EAApD,CAAuD,wBAAvD,EAAiF,UAAS3Y,CAAT,EAAY;AAC3FA,gBAAE8a,cAAF;;AAEA2f,oBAAM7U,MAAN,CAAaunB,QAAb;AACD,aAJD;AAKD;AACF,SAVD,EAUGx0B,EAVH,CAUM,0BAVN,EAUkC,UAAS3Y,CAAT,EAAW;AAC3C,cAAIm6B,WAAWf,EAAE,IAAF,CAAf;AAAA,cACIgU,YAAYjT,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBsK,QAAtB,CAA+B,IAA/B,CADhB;AAAA,cAEI6/B,YAFJ;AAAA,cAGIC,YAHJ;AAAA,cAIIlG,UAAUjN,SAAS3sB,QAAT,CAAkB,gBAAlB,CAJd;;AAMA4/B,oBAAUn2C,IAAV,CAAe,UAASI,CAAT,EAAY;AACzB,gBAAI+hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW4tB,QAAX,CAAJ,EAA0B;AACxBkT,6BAAeD,UAAU31C,EAAV,CAAaqB,KAAKkrB,GAAL,CAAS,CAAT,EAAY3sB,IAAE,CAAd,CAAb,EAA+BuM,IAA/B,CAAoC,GAApC,EAAyCpM,KAAzC,EAAf;AACA81C,6BAAeF,UAAU31C,EAAV,CAAaqB,KAAKy0C,GAAL,CAASl2C,IAAE,CAAX,EAAc+1C,UAAU72C,MAAV,GAAiB,CAA/B,CAAb,EAAgDqN,IAAhD,CAAqD,GAArD,EAA0DpM,KAA1D,EAAf;;AAEA,kBAAI4hC,EAAE,IAAF,EAAQ5rB,QAAR,CAAiB,wBAAjB,EAA2CjX,MAA/C,EAAuD;AAAE;AACvD+2C,+BAAenT,SAASv2B,IAAT,CAAc,gBAAd,EAAgCA,IAAhC,CAAqC,GAArC,EAA0CpM,KAA1C,EAAf;AACD;AACD,kBAAI4hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW,cAAX,CAAJ,EAAgC;AAAE;AAChC8gC,+BAAelT,SAAS7rB,OAAT,CAAiB,IAAjB,EAAuB9W,KAAvB,GAA+BoM,IAA/B,CAAoC,GAApC,EAAyCpM,KAAzC,EAAf;AACD,eAFD,MAEO,IAAI61C,aAAa/+B,OAAb,CAAqB,IAArB,EAA2B9W,KAA3B,GAAmCgW,QAAnC,CAA4C,wBAA5C,EAAsEjX,MAA1E,EAAkF;AAAE;AACzF82C,+BAAeA,aAAa/+B,OAAb,CAAqB,IAArB,EAA2B1K,IAA3B,CAAgC,eAAhC,EAAiDA,IAAjD,CAAsD,GAAtD,EAA2DpM,KAA3D,EAAf;AACD;AACD,kBAAI4hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW,aAAX,CAAJ,EAA+B;AAAE;AAC/B+gC,+BAAenT,SAAS7rB,OAAT,CAAiB,IAAjB,EAAuB9W,KAAvB,GAA+BkW,IAA/B,CAAoC,IAApC,EAA0C9J,IAA1C,CAA+C,GAA/C,EAAoDpM,KAApD,EAAf;AACD;;AAED;AACD;AACF,WAnBD;;AAqBA+hC,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,eAAjC,EAAkD;AAChDw1B,kBAAM,gBAAW;AACf,kBAAI4R,QAAQ76B,EAAR,CAAW,SAAX,CAAJ,EAA2B;AACzBkuB,sBAAMyR,IAAN,CAAW9E,OAAX;AACAA,wBAAQxjC,IAAR,CAAa,IAAb,EAAmBpM,KAAnB,GAA2BoM,IAA3B,CAAgC,GAAhC,EAAqCpM,KAArC,GAA6CmlB,KAA7C;AACD;AACF,aAN+C;AAOhDoE,mBAAO,iBAAW;AAChB,kBAAIqmB,QAAQ7wC,MAAR,IAAkB,CAAC6wC,QAAQ76B,EAAR,CAAW,SAAX,CAAvB,EAA8C;AAAE;AAC9CkuB,sBAAM8R,EAAN,CAASnF,OAAT;AACD,eAFD,MAEO,IAAIjN,SAASj3B,MAAT,CAAgB,gBAAhB,EAAkC3M,MAAtC,EAA8C;AAAE;AACrDkkC,sBAAM8R,EAAN,CAASpS,SAASj3B,MAAT,CAAgB,gBAAhB,CAAT;AACAi3B,yBAAS7rB,OAAT,CAAiB,IAAjB,EAAuB9W,KAAvB,GAA+BoM,IAA/B,CAAoC,GAApC,EAAyCpM,KAAzC,GAAiDmlB,KAAjD;AACD;AACF,aAd+C;AAehD4vB,gBAAI,cAAW;AACbc,2BAAa1wB,KAAb;AACA,qBAAO,IAAP;AACD,aAlB+C;AAmBhDuvB,kBAAM,gBAAW;AACfoB,2BAAa3wB,KAAb;AACA,qBAAO,IAAP;AACD,aAtB+C;AAuBhDiJ,oBAAQ,kBAAW;AACjB,kBAAIuU,SAAS3sB,QAAT,CAAkB,gBAAlB,EAAoCjX,MAAxC,EAAgD;AAC9CkkC,sBAAM7U,MAAN,CAAauU,SAAS3sB,QAAT,CAAkB,gBAAlB,CAAb;AACD;AACF,aA3B+C;AA4BhDggC,sBAAU,oBAAW;AACnB/S,oBAAMgT,OAAN;AACD,aA9B+C;AA+BhD7N,qBAAS,iBAAS9kB,cAAT,EAAyB;AAChC,kBAAIA,cAAJ,EAAoB;AAClB9a,kBAAE8a,cAAF;AACD;AACD9a,gBAAEqd,wBAAF;AACD;AApC+C,WAAlD;AAsCD,SA5ED,EAHQ,CA+EL;AACJ;;AAED;;;;;AAvKW;AAAA;AAAA,gCA2KD;AACR,aAAKkvB,EAAL,CAAQ,KAAKpS,QAAL,CAAcv2B,IAAd,CAAmB,gBAAnB,CAAR;AACD;;AAED;;;;;AA/KW;AAAA;AAAA,gCAmLD;AACR,aAAKsoC,IAAL,CAAU,KAAK/R,QAAL,CAAcv2B,IAAd,CAAmB,gBAAnB,CAAV;AACD;;AAED;;;;;;AAvLW;AAAA;AAAA,6BA4LJwjC,OA5LI,EA4LI;AACb,YAAG,CAACA,QAAQ76B,EAAR,CAAW,WAAX,CAAJ,EAA6B;AAC3B,cAAI,CAAC66B,QAAQ76B,EAAR,CAAW,SAAX,CAAL,EAA4B;AAC1B,iBAAKggC,EAAL,CAAQnF,OAAR;AACD,WAFD,MAGK;AACH,iBAAK8E,IAAL,CAAU9E,OAAV;AACD;AACF;AACF;;AAED;;;;;;AAvMW;AAAA;AAAA,2BA4MNA,OA5MM,EA4MG;AACZ,YAAI3M,QAAQ,IAAZ;;AAEA,YAAG,CAAC,KAAKxiC,OAAL,CAAa60C,SAAjB,EAA4B;AAC1B,eAAKP,EAAL,CAAQ,KAAKpS,QAAL,CAAcv2B,IAAd,CAAmB,YAAnB,EAAiCoJ,GAAjC,CAAqCo6B,QAAQ74B,YAAR,CAAqB,KAAK4rB,QAA1B,EAAoChsB,GAApC,CAAwCi5B,OAAxC,CAArC,CAAR;AACD;;AAEDA,gBAAQnb,QAAR,CAAiB,WAAjB,EAA8B7mB,IAA9B,CAAmC,EAAC,eAAe,KAAhB,EAAnC,EACGlC,MADH,CACU,8BADV,EAC0CkC,IAD1C,CAC+C,EAAC,iBAAiB,IAAlB,EAD/C;;AAGE;AACEgiC,gBAAQtd,SAAR,CAAkB2Q,MAAMxiC,OAAN,CAAcy0C,UAAhC,EAA4C,YAAY;AACtD;;;;AAIAjS,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,uBAAvB,EAAgD,CAACwqB,OAAD,CAAhD;AACD,SAND;AAOF;AACH;;AAED;;;;;;AAjOW;AAAA;AAAA,yBAsORA,OAtOQ,EAsOC;AACV,YAAI3M,QAAQ,IAAZ;AACA;AACE2M,gBAAQrd,OAAR,CAAgB0Q,MAAMxiC,OAAN,CAAcy0C,UAA9B,EAA0C,YAAY;AACpD;;;;AAIAjS,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,qBAAvB,EAA8C,CAACwqB,OAAD,CAA9C;AACD,SAND;AAOF;;AAEA,YAAIsG,SAAStG,QAAQxjC,IAAR,CAAa,gBAAb,EAA+BmmB,OAA/B,CAAuC,CAAvC,EAA0C3b,OAA1C,GAAoDhJ,IAApD,CAAyD,aAAzD,EAAwE,IAAxE,CAAb;;AAEAsoC,eAAOxqC,MAAP,CAAc,8BAAd,EAA8CkC,IAA9C,CAAmD,eAAnD,EAAoE,KAApE;AACD;;AAED;;;;;AAvPW;AAAA;AAAA,gCA2PD;AACR,aAAK+0B,QAAL,CAAcv2B,IAAd,CAAmB,gBAAnB,EAAqCkmB,SAArC,CAA+C,CAA/C,EAAkDvU,GAAlD,CAAsD,SAAtD,EAAiE,EAAjE;AACA,aAAK4kB,QAAL,CAAcv2B,IAAd,CAAmB,GAAnB,EAAwBwO,GAAxB,CAA4B,wBAA5B;;AAEAmnB,mBAAWuJ,IAAX,CAAgBS,IAAhB,CAAqB,KAAKpJ,QAA1B,EAAoC,WAApC;AACAZ,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAjQU;;AAAA;AAAA;;AAoQbyS,gBAAc/E,QAAd,GAAyB;AACvB;;;;;AAKA4E,gBAAY,GANW;AAOvB;;;;;AAKAI,eAAW;AAZY,GAAzB;;AAeA;AACAvT,aAAWI,MAAX,CAAkBkT,aAAlB,EAAiC,eAAjC;AAEC,CAtRA,CAsRCr3C,MAtRD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUPuU,SAVO;AAWX;;;;;;AAMA,uBAAYnQ,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa21C,UAAU7F,QAAvB,EAAiC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAjC,EAAuDxb,OAAvD,CAAf;;AAEAshC,iBAAWuJ,IAAX,CAAgBC,OAAhB,CAAwB,KAAK5I,QAA7B,EAAuC,WAAvC;;AAEA,WAAKK,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,WAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,WAA7B,EAA0C;AACxC,iBAAS,MAD+B;AAExC,iBAAS,MAF+B;AAGxC,uBAAe,MAHyB;AAIxC,oBAAY,IAJ4B;AAKxC,sBAAc,MAL0B;AAMxC,sBAAc,UAN0B;AAOxC,kBAAU,OAP8B;AAQxC,eAAO,MARiC;AASxC,qBAAa;AAT2B,OAA1C;AAWD;;AAED;;;;;;AAvCW;AAAA;AAAA,8BA2CH;AACN,aAAKy6B,eAAL,GAAuB,KAAKzT,QAAL,CAAcv2B,IAAd,CAAmB,gCAAnB,EAAqD4J,QAArD,CAA8D,GAA9D,CAAvB;AACA,aAAKqgC,SAAL,GAAiB,KAAKD,eAAL,CAAqB1qC,MAArB,CAA4B,IAA5B,EAAkCsK,QAAlC,CAA2C,gBAA3C,CAAjB;AACA,aAAKsgC,UAAL,GAAkB,KAAK3T,QAAL,CAAcv2B,IAAd,CAAmB,IAAnB,EAAyBoJ,GAAzB,CAA6B,oBAA7B,EAAmD5H,IAAnD,CAAwD,MAAxD,EAAgE,UAAhE,EAA4ExB,IAA5E,CAAiF,GAAjF,CAAlB;AACA,aAAKu2B,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAmC,KAAK+0B,QAAL,CAAc/0B,IAAd,CAAmB,gBAAnB,KAAwCm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,WAA1B,CAA3E;;AAEA,aAAK6T,YAAL;AACA,aAAKC,eAAL;;AAEA,aAAKC,eAAL;AACD;;AAED;;;;;;;;AAvDW;AAAA;AAAA,qCA8DI;AACb,YAAIxT,QAAQ,IAAZ;AACA;AACA;AACA;AACA,aAAKmT,eAAL,CAAqB32C,IAArB,CAA0B,YAAU;AAClC,cAAIi3C,QAAQ9U,EAAE,IAAF,CAAZ;AACA,cAAIkK,OAAO4K,MAAMhrC,MAAN,EAAX;AACA,cAAGu3B,MAAMxiC,OAAN,CAAck2C,UAAjB,EAA4B;AAC1BD,kBAAM51C,KAAN,GAAc6nB,SAAd,CAAwBmjB,KAAK91B,QAAL,CAAc,gBAAd,CAAxB,EAAyDmK,IAAzD,CAA8D,qGAA9D;AACD;AACDu2B,gBAAMz6B,IAAN,CAAW,WAAX,EAAwBy6B,MAAM9oC,IAAN,CAAW,MAAX,CAAxB,EAA4C8lB,UAA5C,CAAuD,MAAvD,EAA+D9lB,IAA/D,CAAoE,UAApE,EAAgF,CAAhF;AACA8oC,gBAAM1gC,QAAN,CAAe,gBAAf,EACKpI,IADL,CACU;AACJ,2BAAe,IADX;AAEJ,wBAAY,CAFR;AAGJ,oBAAQ;AAHJ,WADV;AAMAq1B,gBAAMuN,OAAN,CAAckG,KAAd;AACD,SAdD;AAeA,aAAKL,SAAL,CAAe52C,IAAf,CAAoB,YAAU;AAC5B,cAAIm3C,QAAQhV,EAAE,IAAF,CAAZ;AAAA,cACIiV,QAAQD,MAAMxqC,IAAN,CAAW,oBAAX,CADZ;AAEA,cAAG,CAACyqC,MAAM93C,MAAV,EAAiB;AACf,oBAAQkkC,MAAMxiC,OAAN,CAAcq2C,kBAAtB;AACE,mBAAK,QAAL;AACEF,sBAAMzuB,MAAN,CAAa8a,MAAMxiC,OAAN,CAAcs2C,UAA3B;AACA;AACF,mBAAK,KAAL;AACEH,sBAAMxuB,OAAN,CAAc6a,MAAMxiC,OAAN,CAAcs2C,UAA5B;AACA;AACF;AACE1T,wBAAQ3hC,KAAR,CAAc,2CAA2CuhC,MAAMxiC,OAAN,CAAcq2C,kBAAzD,GAA8E,GAA5F;AARJ;AAUD;AACD7T,gBAAM+T,KAAN,CAAYJ,KAAZ;AACD,SAhBD;;AAkBA,YAAG,CAAC,KAAKn2C,OAAL,CAAaw2C,UAAjB,EAA6B;AAC3B,eAAKZ,SAAL,CAAe5hB,QAAf,CAAwB,kCAAxB;AACD;;AAED,YAAG,CAAC,KAAKkO,QAAL,CAAcj3B,MAAd,GAAuBwpB,QAAvB,CAAgC,cAAhC,CAAJ,EAAoD;AAClD,eAAKgiB,QAAL,GAAgBtV,EAAE,KAAKnhC,OAAL,CAAa02C,OAAf,EAAwB1iB,QAAxB,CAAiC,cAAjC,CAAhB;AACA,cAAG,KAAKh0B,OAAL,CAAa22C,aAAhB,EAA+B,KAAKF,QAAL,CAAcziB,QAAd,CAAuB,gBAAvB;AAC/B,eAAKyiB,QAAL,GAAgB,KAAKvU,QAAL,CAAcxiB,IAAd,CAAmB,KAAK+2B,QAAxB,EAAkCxrC,MAAlC,GAA2CqS,GAA3C,CAA+C,KAAKs5B,WAAL,EAA/C,CAAhB;AACD;AACF;AA7GU;AAAA;AAAA,gCA+GD;AACR,aAAKH,QAAL,CAAcn5B,GAAd,CAAkB,EAAC,aAAa,MAAd,EAAsB,cAAc,MAApC,EAAlB;AACA;AACA,aAAKm5B,QAAL,CAAcn5B,GAAd,CAAkB,KAAKs5B,WAAL,EAAlB;AACD;;AAED;;;;;;;AArHW;AAAA;AAAA,8BA2HH5T,KA3HG,EA2HI;AACb,YAAIR,QAAQ,IAAZ;;AAEAQ,cAAM7oB,GAAN,CAAU,oBAAV,EACCuG,EADD,CACI,oBADJ,EAC0B,UAAS3Y,CAAT,EAAW;AACnC,cAAGo5B,EAAEp5B,EAAEzH,MAAJ,EAAYgW,YAAZ,CAAyB,IAAzB,EAA+B,IAA/B,EAAqCme,QAArC,CAA8C,6BAA9C,CAAH,EAAgF;AAC9E1sB,cAAEqd,wBAAF;AACArd,cAAE8a,cAAF;AACD;;AAED;AACA;AACA;AACA2f,gBAAMqU,KAAN,CAAY7T,MAAM/3B,MAAN,CAAa,IAAb,CAAZ;;AAEA,cAAGu3B,MAAMxiC,OAAN,CAAc82C,YAAjB,EAA8B;AAC5B,gBAAIC,QAAQ5V,EAAE,MAAF,CAAZ;AACA4V,kBAAM58B,GAAN,CAAU,eAAV,EAA2BuG,EAA3B,CAA8B,oBAA9B,EAAoD,UAAS3Y,CAAT,EAAW;AAC7D,kBAAIA,EAAEzH,MAAF,KAAakiC,MAAMN,QAAN,CAAe,CAAf,CAAb,IAAkCf,EAAEh8B,QAAF,CAAWq9B,MAAMN,QAAN,CAAe,CAAf,CAAX,EAA8Bn6B,EAAEzH,MAAhC,CAAtC,EAA+E;AAAE;AAAS;AAC1FyH,gBAAE8a,cAAF;AACA2f,oBAAMwU,QAAN;AACAD,oBAAM58B,GAAN,CAAU,eAAV;AACD,aALD;AAMD;AACF,SArBD;AAsBD,aAAK+nB,QAAL,CAAcxhB,EAAd,CAAiB,qBAAjB,EAAwC,KAAKu2B,OAAL,CAAaxW,IAAb,CAAkB,IAAlB,CAAxC;AACA;;AAED;;;;;;AAvJW;AAAA;AAAA,wCA4JO;AAChB,YAAG,KAAKzgC,OAAL,CAAamkB,SAAhB,EAA0B;AACxB,eAAK+yB,YAAL,GAAoB,KAAKC,UAAL,CAAgB1W,IAAhB,CAAqB,IAArB,CAApB;AACA,eAAKyB,QAAL,CAAcxhB,EAAd,CAAiB,yDAAjB,EAA2E,KAAKw2B,YAAhF;AACD;AACF;;AAED;;;;;;AAnKW;AAAA;AAAA,mCAwKE;AACX,YAAI1U,QAAQ,IAAZ;AACA,YAAI4U,oBAAoB5U,MAAMxiC,OAAN,CAAcq3C,gBAAd,IAAgC,EAAhC,GAAmClW,EAAEqB,MAAMxiC,OAAN,CAAcq3C,gBAAhB,CAAnC,GAAqE7U,MAAMN,QAAnG;AAAA,YACIoV,YAAYzjB,SAASujB,kBAAkBjY,MAAlB,GAA2B/zB,GAA3B,GAA+Bo3B,MAAMxiC,OAAN,CAAcu3C,eAAtD,CADhB;AAEApW,UAAE,YAAF,EAAgBxkB,IAAhB,CAAqB,IAArB,EAA2B2U,OAA3B,CAAmC,EAAEnN,WAAWmzB,SAAb,EAAnC,EAA6D9U,MAAMxiC,OAAN,CAAcw3C,iBAA3E,EAA8FhV,MAAMxiC,OAAN,CAAcy3C,eAA5G,EAA4H,YAAU;AACpI;;;;AAIA,cAAG,SAAOtW,EAAE,MAAF,EAAU,CAAV,CAAV,EAAuBqB,MAAMN,QAAN,CAAevd,OAAf,CAAuB,uBAAvB;AACxB,SAND;AAOD;;AAED;;;;;AArLW;AAAA;AAAA,wCAyLO;AAChB,YAAI6d,QAAQ,IAAZ;;AAEA,aAAKqT,UAAL,CAAgB3/B,GAAhB,CAAoB,KAAKgsB,QAAL,CAAcv2B,IAAd,CAAmB,qDAAnB,CAApB,EAA+F+U,EAA/F,CAAkG,sBAAlG,EAA0H,UAAS3Y,CAAT,EAAW;AACnI,cAAIm6B,WAAWf,EAAE,IAAF,CAAf;AAAA,cACIgU,YAAYjT,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,EAAmCsK,QAAnC,CAA4C,IAA5C,EAAkDA,QAAlD,CAA2D,GAA3D,CADhB;AAAA,cAEI6/B,YAFJ;AAAA,cAGIC,YAHJ;;AAKAF,oBAAUn2C,IAAV,CAAe,UAASI,CAAT,EAAY;AACzB,gBAAI+hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW4tB,QAAX,CAAJ,EAA0B;AACxBkT,6BAAeD,UAAU31C,EAAV,CAAaqB,KAAKkrB,GAAL,CAAS,CAAT,EAAY3sB,IAAE,CAAd,CAAb,CAAf;AACAi2C,6BAAeF,UAAU31C,EAAV,CAAaqB,KAAKy0C,GAAL,CAASl2C,IAAE,CAAX,EAAc+1C,UAAU72C,MAAV,GAAiB,CAA/B,CAAb,CAAf;AACA;AACD;AACF,WAND;;AAQAgjC,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,WAAjC,EAA8C;AAC5C0N,kBAAM,gBAAW;AACf,kBAAIysB,SAAS5tB,EAAT,CAAYkuB,MAAMmT,eAAlB,CAAJ,EAAwC;AACtCnT,sBAAMqU,KAAN,CAAY3U,SAASj3B,MAAT,CAAgB,IAAhB,CAAZ;AACAi3B,yBAASj3B,MAAT,CAAgB,IAAhB,EAAsB2V,GAAtB,CAA0B0gB,WAAWiC,aAAX,CAAyBrB,QAAzB,CAA1B,EAA8D,YAAU;AACtEA,2BAASj3B,MAAT,CAAgB,IAAhB,EAAsBU,IAAtB,CAA2B,SAA3B,EAAsCC,MAAtC,CAA6C42B,MAAMqT,UAAnD,EAA+Dt2C,KAA/D,GAAuEmlB,KAAvE;AACD,iBAFD;AAGA,uBAAO,IAAP;AACD;AACF,aAT2C;AAU5C2vB,sBAAU,oBAAW;AACnB7R,oBAAMkV,KAAN,CAAYxV,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,CAAZ;AACAi3B,uBAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,EAAmC2V,GAAnC,CAAuC0gB,WAAWiC,aAAX,CAAyBrB,QAAzB,CAAvC,EAA2E,YAAU;AACnF1nB,2BAAW,YAAW;AACpB0nB,2BAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,EAAmCA,MAAnC,CAA0C,IAA1C,EAAgDsK,QAAhD,CAAyD,GAAzD,EAA8DhW,KAA9D,GAAsEmlB,KAAtE;AACD,iBAFD,EAEG,CAFH;AAGD,eAJD;AAKA,qBAAO,IAAP;AACD,aAlB2C;AAmB5C4vB,gBAAI,cAAW;AACbc,2BAAa1wB,KAAb;AACA,qBAAO,IAAP;AACD,aAtB2C;AAuB5CuvB,kBAAM,gBAAW;AACfoB,2BAAa3wB,KAAb;AACA,qBAAO,IAAP;AACD,aA1B2C;AA2B5CoE,mBAAO,iBAAW;AAChB0Z,oBAAM+T,KAAN;AACA;AACD,aA9B2C;AA+B5ChZ,kBAAM,gBAAW;AACf,kBAAI,CAAC2E,SAAS5tB,EAAT,CAAYkuB,MAAMqT,UAAlB,CAAL,EAAoC;AAAE;AACpCrT,sBAAMkV,KAAN,CAAYxV,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,CAAZ;AACAi3B,yBAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,EAAmC2V,GAAnC,CAAuC0gB,WAAWiC,aAAX,CAAyBrB,QAAzB,CAAvC,EAA2E,YAAU;AACnF1nB,6BAAW,YAAW;AACpB0nB,6BAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,EAAmCA,MAAnC,CAA0C,IAA1C,EAAgDsK,QAAhD,CAAyD,GAAzD,EAA8DhW,KAA9D,GAAsEmlB,KAAtE;AACD,mBAFD,EAEG,CAFH;AAGD,iBAJD;AAKA,uBAAO,IAAP;AACD,eARD,MAQO,IAAIwd,SAAS5tB,EAAT,CAAYkuB,MAAMmT,eAAlB,CAAJ,EAAwC;AAC7CnT,sBAAMqU,KAAN,CAAY3U,SAASj3B,MAAT,CAAgB,IAAhB,CAAZ;AACAi3B,yBAASj3B,MAAT,CAAgB,IAAhB,EAAsB2V,GAAtB,CAA0B0gB,WAAWiC,aAAX,CAAyBrB,QAAzB,CAA1B,EAA8D,YAAU;AACtEA,2BAASj3B,MAAT,CAAgB,IAAhB,EAAsBU,IAAtB,CAA2B,SAA3B,EAAsCC,MAAtC,CAA6C42B,MAAMqT,UAAnD,EAA+Dt2C,KAA/D,GAAuEmlB,KAAvE;AACD,iBAFD;AAGA,uBAAO,IAAP;AACD;AACF,aA/C2C;AAgD5CijB,qBAAS,iBAAS9kB,cAAT,EAAyB;AAChC,kBAAIA,cAAJ,EAAoB;AAClB9a,kBAAE8a,cAAF;AACD;AACD9a,gBAAEqd,wBAAF;AACD;AArD2C,WAA9C;AAuDD,SArED,EAHgB,CAwEZ;AACL;;AAED;;;;;;AApQW;AAAA;AAAA,iCAyQA;AACT,YAAI4d,QAAQ,KAAKd,QAAL,CAAcv2B,IAAd,CAAmB,iCAAnB,EAAsDqoB,QAAtD,CAA+D,YAA/D,CAAZ;AACA,YAAG,KAAKh0B,OAAL,CAAaw2C,UAAhB,EAA4B,KAAKC,QAAL,CAAcn5B,GAAd,CAAkB,EAAC2R,QAAO+T,MAAM/3B,MAAN,GAAe6K,OAAf,CAAuB,IAAvB,EAA6B0F,IAA7B,CAAkC,YAAlC,CAAR,EAAlB;AAC5BwnB,cAAMpiB,GAAN,CAAU0gB,WAAWiC,aAAX,CAAyBP,KAAzB,CAAV,EAA2C,UAASj7B,CAAT,EAAW;AACpDi7B,gBAAM3O,WAAN,CAAkB,sBAAlB;AACD,SAFD;AAGI;;;;AAIJ,aAAK6N,QAAL,CAAcvd,OAAd,CAAsB,qBAAtB;AACD;;AAED;;;;;;;AAtRW;AAAA;AAAA,4BA4RLqe,KA5RK,EA4RE;AACX,YAAIR,QAAQ,IAAZ;AACAQ,cAAM7oB,GAAN,CAAU,oBAAV;AACA6oB,cAAMztB,QAAN,CAAe,oBAAf,EACGmL,EADH,CACM,oBADN,EAC4B,UAAS3Y,CAAT,EAAW;AACnCA,YAAEqd,wBAAF;AACA;AACAod,gBAAMkV,KAAN,CAAY1U,KAAZ;;AAEA;AACA,cAAI2U,gBAAgB3U,MAAM/3B,MAAN,CAAa,IAAb,EAAmBA,MAAnB,CAA0B,IAA1B,EAAgCA,MAAhC,CAAuC,IAAvC,CAApB;AACA,cAAI0sC,cAAcr5C,MAAlB,EAA0B;AACxBkkC,kBAAMqU,KAAN,CAAYc,aAAZ;AACD;AACF,SAXH;AAYD;;AAED;;;;;;AA7SW;AAAA;AAAA,wCAkTO;AAChB,YAAInV,QAAQ,IAAZ;AACA,aAAKqT,UAAL,CAAgB9gC,GAAhB,CAAoB,8BAApB,EACKoF,GADL,CACS,oBADT,EAEKuG,EAFL,CAEQ,oBAFR,EAE8B,UAAS3Y,CAAT,EAAW;AACnC;AACAyS,qBAAW,YAAU;AACnBgoB,kBAAMwU,QAAN;AACD,WAFD,EAEG,CAFH;AAGH,SAPH;AAQD;;AAED;;;;;;;AA9TW;AAAA;AAAA,4BAoULhU,KApUK,EAoUE;AACX,YAAG,KAAKhjC,OAAL,CAAaw2C,UAAhB,EAA4B,KAAKC,QAAL,CAAcn5B,GAAd,CAAkB,EAAC2R,QAAO+T,MAAMztB,QAAN,CAAe,gBAAf,EAAiCiG,IAAjC,CAAsC,YAAtC,CAAR,EAAlB;AAC5BwnB,cAAM71B,IAAN,CAAW,eAAX,EAA4B,IAA5B;AACA61B,cAAMztB,QAAN,CAAe,gBAAf,EAAiCye,QAAjC,CAA0C,WAA1C,EAAuD7mB,IAAvD,CAA4D,aAA5D,EAA2E,KAA3E;AACA;;;;AAIA,aAAK+0B,QAAL,CAAcvd,OAAd,CAAsB,mBAAtB,EAA2C,CAACqe,KAAD,CAA3C;AACD;AA7UU;AAAA;;;AA+UX;;;;;;AA/UW,4BAqVLA,KArVK,EAqVE;AACX,YAAG,KAAKhjC,OAAL,CAAaw2C,UAAhB,EAA4B,KAAKC,QAAL,CAAcn5B,GAAd,CAAkB,EAAC2R,QAAO+T,MAAM/3B,MAAN,GAAe6K,OAAf,CAAuB,IAAvB,EAA6B0F,IAA7B,CAAkC,YAAlC,CAAR,EAAlB;AAC5B,YAAIgnB,QAAQ,IAAZ;AACAQ,cAAM/3B,MAAN,CAAa,IAAb,EAAmBkC,IAAnB,CAAwB,eAAxB,EAAyC,KAAzC;AACA61B,cAAM71B,IAAN,CAAW,aAAX,EAA0B,IAA1B,EAAgC6mB,QAAhC,CAAyC,YAAzC;AACAgP,cAAMhP,QAAN,CAAe,YAAf,EACMpT,GADN,CACU0gB,WAAWiC,aAAX,CAAyBP,KAAzB,CADV,EAC2C,YAAU;AAC9CA,gBAAM3O,WAAN,CAAkB,sBAAlB;AACA2O,gBAAMpe,IAAN;AACD,SAJN;AAKA;;;;AAIAoe,cAAMre,OAAN,CAAc,mBAAd,EAAmC,CAACqe,KAAD,CAAnC;AACD;;AAED;;;;;;;AAtWW;AAAA;AAAA,oCA4WG;AACZ,YAAK4U,YAAY,CAAjB;AAAA,YAAoBppC,SAAS,EAA7B;AAAA,YAAiCg0B,QAAQ,IAAzC;AACA,aAAKoT,SAAL,CAAe1/B,GAAf,CAAmB,KAAKgsB,QAAxB,EAAkCljC,IAAlC,CAAuC,YAAU;AAC/C,cAAI64C,aAAa1W,EAAE,IAAF,EAAQ5rB,QAAR,CAAiB,IAAjB,EAAuBjX,MAAxC;AACA,cAAI2wB,SAASqS,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,IAA7B,EAAmCpW,MAAhD;AACA2oB,sBAAY3oB,SAAS2oB,SAAT,GAAqB3oB,MAArB,GAA8B2oB,SAA1C;AACA,cAAGpV,MAAMxiC,OAAN,CAAcw2C,UAAjB,EAA6B;AAC3BrV,cAAE,IAAF,EAAQ3lB,IAAR,CAAa,YAAb,EAA0ByT,MAA1B;AACA,gBAAI,CAACkS,EAAE,IAAF,EAAQ1M,QAAR,CAAiB,sBAAjB,CAAL,EAA+CjmB,OAAO,QAAP,IAAmBygB,MAAnB;AAChD;AACF,SARD;;AAUA,YAAG,CAAC,KAAKjvB,OAAL,CAAaw2C,UAAjB,EAA6BhoC,OAAO,YAAP,IAA0BopC,SAA1B;;AAE7BppC,eAAO,WAAP,IAAyB,KAAK0zB,QAAL,CAAc,CAAd,EAAiBlV,qBAAjB,GAAyC9C,KAAlE;;AAEA,eAAO1b,MAAP;AACD;;AAED;;;;;AA/XW;AAAA;AAAA,gCAmYD;AACR,YAAG,KAAKxO,OAAL,CAAamkB,SAAhB,EAA2B,KAAK+d,QAAL,CAAc/nB,GAAd,CAAkB,eAAlB,EAAkC,KAAK+8B,YAAvC;AAC3B,aAAKF,QAAL;AACD,aAAK9U,QAAL,CAAc/nB,GAAd,CAAkB,qBAAlB;AACCmnB,mBAAWuJ,IAAX,CAAgBS,IAAhB,CAAqB,KAAKpJ,QAA1B,EAAoC,WAApC;AACA,aAAKA,QAAL,CAAc9F,MAAd,GACczwB,IADd,CACmB,6CADnB,EACkE+L,MADlE,GAEc9X,GAFd,GAEoB+L,IAFpB,CAEyB,gDAFzB,EAE2E0oB,WAF3E,CAEuF,2CAFvF,EAGcz0B,GAHd,GAGoB+L,IAHpB,CAGyB,gBAHzB,EAG2CsnB,UAH3C,CAGsD,2BAHtD;AAIA,aAAK0iB,eAAL,CAAqB32C,IAArB,CAA0B,YAAW;AACnCmiC,YAAE,IAAF,EAAQhnB,GAAR,CAAY,eAAZ;AACD,SAFD;;AAIA,aAAKy7B,SAAL,CAAevhB,WAAf,CAA2B,kCAA3B;;AAEA,aAAK6N,QAAL,CAAcv2B,IAAd,CAAmB,GAAnB,EAAwB3M,IAAxB,CAA6B,YAAU;AACrC,cAAIi3C,QAAQ9U,EAAE,IAAF,CAAZ;AACA8U,gBAAMhjB,UAAN,CAAiB,UAAjB;AACA,cAAGgjB,MAAMz6B,IAAN,CAAW,WAAX,CAAH,EAA2B;AACzBy6B,kBAAM9oC,IAAN,CAAW,MAAX,EAAmB8oC,MAAMz6B,IAAN,CAAW,WAAX,CAAnB,EAA4CW,UAA5C,CAAuD,WAAvD;AACD,WAFD,MAEK;AAAE;AAAS;AACjB,SAND;AAOAmlB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA1ZU;;AAAA;AAAA;;AA6ZbuT,YAAU7F,QAAV,GAAqB;AACnB;;;;;AAKAyG,gBAAY,6DANO;AAOnB;;;;;AAKAD,wBAAoB,KAZD;AAanB;;;;;AAKAK,aAAS,aAlBU;AAmBnB;;;;;AAKAR,gBAAY,KAxBO;AAyBnB;;;;;AAKAY,kBAAc,KA9BK;AA+BnB;;;;;AAKAN,gBAAY,KApCO;AAqCnB;;;;;AAKAG,mBAAe,KA1CI;AA2CnB;;;;;AAKAxyB,eAAW,KAhDQ;AAiDnB;;;;;AAKAkzB,sBAAkB,EAtDC;AAuDnB;;;;;AAKAE,qBAAiB,CA5DE;AA6DnB;;;;;AAKAC,uBAAmB,GAlEA;AAmEnB;;;;;AAKAC,qBAAiB;AACjB;AAzEmB,GAArB;;AA4EA;AACAnW,aAAWI,MAAX,CAAkBgU,SAAlB,EAA6B,WAA7B;AAEC,CA5eA,CA4eCn4C,MA5eD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUP2W,QAVO;AAWX;;;;;;;AAOA,sBAAYvS,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa+3C,SAASjI,QAAtB,EAAgC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAhC,EAAsDxb,OAAtD,CAAf;AACA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,UAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,UAA7B,EAAyC;AACvC,iBAAS,MAD8B;AAEvC,iBAAS,MAF8B;AAGvC,kBAAU;AAH6B,OAAzC;AAKD;;AAED;;;;;;;AA/BW;AAAA;AAAA,8BAoCH;AACN,YAAI68B,MAAM,KAAK7V,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAAV;;AAEA,aAAK6qC,OAAL,GAAe7W,qBAAmB4W,GAAnB,SAA4Bz5C,MAA5B,GAAqC6iC,qBAAmB4W,GAAnB,QAArC,GAAmE5W,mBAAiB4W,GAAjB,QAAlF;AACA,aAAKC,OAAL,CAAa7qC,IAAb,CAAkB;AAChB,2BAAiB4qC,GADD;AAEhB,2BAAiB,KAFD;AAGhB,2BAAiBA,GAHD;AAIhB,2BAAiB,IAJD;AAKhB,2BAAiB;;AALD,SAAlB;;AASA,YAAG,KAAK/3C,OAAL,CAAai4C,WAAhB,EAA4B;AAC1B,eAAKC,OAAL,GAAe,KAAKhW,QAAL,CAAc7rB,OAAd,CAAsB,MAAM,KAAKrW,OAAL,CAAai4C,WAAzC,CAAf;AACD,SAFD,MAEK;AACH,eAAKC,OAAL,GAAe,IAAf;AACD;AACD,aAAKl4C,OAAL,CAAam4C,aAAb,GAA6B,KAAKC,gBAAL,EAA7B;AACA,aAAKC,OAAL,GAAe,CAAf;AACA,aAAKC,aAAL,GAAqB,EAArB;AACA,aAAKpW,QAAL,CAAc/0B,IAAd,CAAmB;AACjB,yBAAe,MADE;AAEjB,2BAAiB4qC,GAFA;AAGjB,yBAAeA,GAHE;AAIjB,6BAAmB,KAAKC,OAAL,CAAa,CAAb,EAAgBpvC,EAAhB,IAAsB04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,WAA1B;AAJxB,SAAnB;AAMA,aAAK8N,OAAL;AACD;;AAED;;;;;;AAlEW;AAAA;AAAA,yCAuEQ;AACjB,YAAIwI,mBAAmB,KAAKrW,QAAL,CAAc,CAAd,EAAiB32B,SAAjB,CAA2BlD,KAA3B,CAAiC,0BAAjC,CAAvB;AACIkwC,2BAAmBA,mBAAmBA,iBAAiB,CAAjB,CAAnB,GAAyC,EAA5D;AACJ,YAAIC,qBAAqB,cAAc9vC,IAAd,CAAmB,KAAKsvC,OAAL,CAAa,CAAb,EAAgBzsC,SAAnC,CAAzB;AACIitC,6BAAqBA,qBAAqBA,mBAAmB,CAAnB,CAArB,GAA6C,EAAlE;AACJ,YAAIptB,WAAWotB,qBAAqBA,qBAAqB,GAArB,GAA2BD,gBAAhD,GAAmEA,gBAAlF;;AAEA,eAAOntB,QAAP;AACD;;AAED;;;;;;;AAjFW;AAAA;AAAA,kCAuFCA,QAvFD,EAuFW;AACpB,aAAKktB,aAAL,CAAmBv7C,IAAnB,CAAwBquB,WAAWA,QAAX,GAAsB,QAA9C;AACA;AACA,YAAG,CAACA,QAAD,IAAc,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,KAA3B,IAAoC,CAArD,EAAwD;AACtD,eAAKklC,QAAL,CAAclO,QAAd,CAAuB,KAAvB;AACD,SAFD,MAEM,IAAG5I,aAAa,KAAb,IAAuB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAjE,EAAoE;AACxE,eAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B;AACD,SAFK,MAEA,IAAGA,aAAa,MAAb,IAAwB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,OAA3B,IAAsC,CAAjE,EAAoE;AACxE,eAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,OADd;AAED,SAHK,MAGA,IAAG5I,aAAa,OAAb,IAAyB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAjE,EAAoE;AACxE,eAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,MADd;AAED;;AAED;AALM,aAMD,IAAG,CAAC5I,QAAD,IAAc,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,KAA3B,IAAoC,CAAC,CAAnD,IAA0D,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAlG,EAAqG;AACxG,iBAAKklC,QAAL,CAAclO,QAAd,CAAuB,MAAvB;AACD,WAFI,MAEC,IAAG5I,aAAa,KAAb,IAAuB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAA9G,EAAiH;AACrH,iBAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,MADd;AAED,WAHK,MAGA,IAAG5I,aAAa,MAAb,IAAwB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,OAA3B,IAAsC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAhH,EAAmH;AACvH,iBAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B;AACD,WAFK,MAEA,IAAGA,aAAa,OAAb,IAAyB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAhH,EAAmH;AACvH,iBAAKklC,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B;AACD;AACD;AAHM,eAIF;AACF,mBAAK8W,QAAL,CAAc7N,WAAd,CAA0BjJ,QAA1B;AACD;AACD,aAAKqtB,YAAL,GAAoB,IAApB;AACA,aAAKJ,OAAL;AACD;;AAED;;;;;;;AAzHW;AAAA;AAAA,qCA+HI;AACb,YAAG,KAAKL,OAAL,CAAa7qC,IAAb,CAAkB,eAAlB,MAAuC,OAA1C,EAAkD;AAAE,iBAAO,KAAP;AAAe;AACnE,YAAIie,WAAW,KAAKgtB,gBAAL,EAAf;AAAA,YACI1R,WAAWpF,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,KAAKnD,QAAlC,CADf;AAAA,YAEIyE,cAAcrF,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,KAAK2S,OAAlC,CAFlB;AAAA,YAGIxV,QAAQ,IAHZ;AAAA,YAIIkW,YAAattB,aAAa,MAAb,GAAsB,MAAtB,GAAiCA,aAAa,OAAd,GAAyB,MAAzB,GAAkC,KAJnF;AAAA,YAKIkQ,QAASod,cAAc,KAAf,GAAwB,QAAxB,GAAmC,OAL/C;AAAA,YAMIvZ,SAAU7D,UAAU,QAAX,GAAuB,KAAKt7B,OAAL,CAAaumC,OAApC,GAA8C,KAAKvmC,OAAL,CAAawmC,OANxE;;AAQA,YAAIE,SAASxc,KAAT,IAAkBwc,SAASZ,UAAT,CAAoB5b,KAAvC,IAAkD,CAAC,KAAKmuB,OAAN,IAAiB,CAAC/W,WAAW6D,GAAX,CAAeC,gBAAf,CAAgC,KAAKlD,QAArC,EAA+C,KAAKgW,OAApD,CAAvE,EAAqI;AACnI,cAAIS,WAAWjS,SAASZ,UAAT,CAAoB5b,KAAnC;AAAA,cACI0uB,gBAAgB,CADpB;AAEA,cAAG,KAAKV,OAAR,EAAgB;AACd,gBAAIW,cAAcvX,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,KAAK6S,OAAlC,CAAlB;AAAA,gBACIU,gBAAgBC,YAAY1Z,MAAZ,CAAmBlS,IADvC;AAEA,gBAAI4rB,YAAY3uB,KAAZ,GAAoByuB,QAAxB,EAAiC;AAC/BA,yBAAWE,YAAY3uB,KAAvB;AACD;AACF;;AAED,eAAKgY,QAAL,CAAc/C,MAAd,CAAqBmC,WAAW6D,GAAX,CAAeG,UAAf,CAA0B,KAAKpD,QAA/B,EAAyC,KAAK8V,OAA9C,EAAuD,eAAvD,EAAwE,KAAKh4C,OAAL,CAAaumC,OAArF,EAA8F,KAAKvmC,OAAL,CAAawmC,OAAb,GAAuBoS,aAArH,EAAoI,IAApI,CAArB,EAAgKt7B,GAAhK,CAAoK;AAClK,qBAASq7B,WAAY,KAAK34C,OAAL,CAAawmC,OAAb,GAAuB,CADsH;AAElK,sBAAU;AAFwJ,WAApK;AAIA,eAAKiS,YAAL,GAAoB,IAApB;AACA,iBAAO,KAAP;AACD;;AAED,aAAKvW,QAAL,CAAc/C,MAAd,CAAqBmC,WAAW6D,GAAX,CAAeG,UAAf,CAA0B,KAAKpD,QAA/B,EAAyC,KAAK8V,OAA9C,EAAuD5sB,QAAvD,EAAiE,KAAKprB,OAAL,CAAaumC,OAA9E,EAAuF,KAAKvmC,OAAL,CAAawmC,OAApG,CAArB;;AAEA,eAAM,CAAClF,WAAW6D,GAAX,CAAeC,gBAAf,CAAgC,KAAKlD,QAArC,EAA+C,KAAKgW,OAApD,EAA6D,IAA7D,CAAD,IAAuE,KAAKG,OAAlF,EAA0F;AACxF,eAAKS,WAAL,CAAiB1tB,QAAjB;AACA,eAAK2tB,YAAL;AACD;AACF;;AAED;;;;;;AApKW;AAAA;AAAA,gCAyKD;AACR,YAAIvW,QAAQ,IAAZ;AACA,aAAKN,QAAL,CAAcxhB,EAAd,CAAiB;AACf,6BAAmB,KAAK6c,IAAL,CAAUkD,IAAV,CAAe,IAAf,CADJ;AAEf,8BAAoB,KAAK3X,KAAL,CAAW2X,IAAX,CAAgB,IAAhB,CAFL;AAGf,+BAAqB,KAAK9S,MAAL,CAAY8S,IAAZ,CAAiB,IAAjB,CAHN;AAIf,iCAAuB,KAAKsY,YAAL,CAAkBtY,IAAlB,CAAuB,IAAvB;AAJR,SAAjB;;AAOA,YAAG,KAAKzgC,OAAL,CAAas1B,KAAhB,EAAsB;AACpB,eAAK0iB,OAAL,CAAa79B,GAAb,CAAiB,+CAAjB,EACCuG,EADD,CACI,wBADJ,EAC8B,YAAU;AACtC,gBAAIs4B,WAAW7X,EAAE,MAAF,EAAU3lB,IAAV,EAAf;AACA,gBAAG,OAAOw9B,SAASC,SAAhB,KAA+B,WAA/B,IAA8CD,SAASC,SAAT,KAAuB,OAAxE,EAAiF;AAC/EtmB,2BAAa6P,MAAM9P,OAAnB;AACA8P,oBAAM9P,OAAN,GAAgBlY,WAAW,YAAU;AACnCgoB,sBAAMjF,IAAN;AACAiF,sBAAMwV,OAAN,CAAcx8B,IAAd,CAAmB,OAAnB,EAA4B,IAA5B;AACD,eAHe,EAGbgnB,MAAMxiC,OAAN,CAAck5C,UAHD,CAAhB;AAID;AACF,WAVD,EAUGx4B,EAVH,CAUM,wBAVN,EAUgC,YAAU;AACxCiS,yBAAa6P,MAAM9P,OAAnB;AACA8P,kBAAM9P,OAAN,GAAgBlY,WAAW,YAAU;AACnCgoB,oBAAM1Z,KAAN;AACA0Z,oBAAMwV,OAAN,CAAcx8B,IAAd,CAAmB,OAAnB,EAA4B,KAA5B;AACD,aAHe,EAGbgnB,MAAMxiC,OAAN,CAAck5C,UAHD,CAAhB;AAID,WAhBD;AAiBA,cAAG,KAAKl5C,OAAL,CAAam5C,SAAhB,EAA0B;AACxB,iBAAKjX,QAAL,CAAc/nB,GAAd,CAAkB,+CAAlB,EACKuG,EADL,CACQ,wBADR,EACkC,YAAU;AACtCiS,2BAAa6P,MAAM9P,OAAnB;AACD,aAHL,EAGOhS,EAHP,CAGU,wBAHV,EAGoC,YAAU;AACxCiS,2BAAa6P,MAAM9P,OAAnB;AACA8P,oBAAM9P,OAAN,GAAgBlY,WAAW,YAAU;AACnCgoB,sBAAM1Z,KAAN;AACA0Z,sBAAMwV,OAAN,CAAcx8B,IAAd,CAAmB,OAAnB,EAA4B,KAA5B;AACD,eAHe,EAGbgnB,MAAMxiC,OAAN,CAAck5C,UAHD,CAAhB;AAID,aATL;AAUD;AACF;AACD,aAAKlB,OAAL,CAAa9hC,GAAb,CAAiB,KAAKgsB,QAAtB,EAAgCxhB,EAAhC,CAAmC,qBAAnC,EAA0D,UAAS3Y,CAAT,EAAY;;AAEpE,cAAIonC,UAAUhO,EAAE,IAAF,CAAd;AAAA,cACEiY,2BAA2B9X,WAAWwF,QAAX,CAAoBe,aAApB,CAAkCrF,MAAMN,QAAxC,CAD7B;;AAGAZ,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,UAAjC,EAA6C;AAC3Cw1B,kBAAM,gBAAW;AACf,kBAAI4R,QAAQ76B,EAAR,CAAWkuB,MAAMwV,OAAjB,CAAJ,EAA+B;AAC7BxV,sBAAMjF,IAAN;AACAiF,sBAAMN,QAAN,CAAe/0B,IAAf,CAAoB,UAApB,EAAgC,CAAC,CAAjC,EAAoCuX,KAApC;AACA3c,kBAAE8a,cAAF;AACD;AACF,aAP0C;AAQ3CiG,mBAAO,iBAAW;AAChB0Z,oBAAM1Z,KAAN;AACA0Z,oBAAMwV,OAAN,CAActzB,KAAd;AACD;AAX0C,WAA7C;AAaD,SAlBD;AAmBD;;AAED;;;;;;AAtOW;AAAA;AAAA,wCA2OO;AACf,YAAIqyB,QAAQ5V,EAAE5kC,SAASqnB,IAAX,EAAiB7O,GAAjB,CAAqB,KAAKmtB,QAA1B,CAAZ;AAAA,YACIM,QAAQ,IADZ;AAEAuU,cAAM58B,GAAN,CAAU,mBAAV,EACMuG,EADN,CACS,mBADT,EAC8B,UAAS3Y,CAAT,EAAW;AAClC,cAAGy6B,MAAMwV,OAAN,CAAc1jC,EAAd,CAAiBvM,EAAEzH,MAAnB,KAA8BkiC,MAAMwV,OAAN,CAAcrsC,IAAd,CAAmB5D,EAAEzH,MAArB,EAA6BhC,MAA9D,EAAsE;AACpE;AACD;AACD,cAAGkkC,MAAMN,QAAN,CAAev2B,IAAf,CAAoB5D,EAAEzH,MAAtB,EAA8BhC,MAAjC,EAAyC;AACvC;AACD;AACDkkC,gBAAM1Z,KAAN;AACAiuB,gBAAM58B,GAAN,CAAU,mBAAV;AACD,SAVN;AAWF;;AAED;;;;;;;AA3PW;AAAA;AAAA,6BAiQJ;AACL;AACA;;;;AAIA,aAAK+nB,QAAL,CAAcvd,OAAd,CAAsB,qBAAtB,EAA6C,KAAKud,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAA7C;AACA,aAAK6qC,OAAL,CAAahkB,QAAb,CAAsB,OAAtB,EACK7mB,IADL,CACU,EAAC,iBAAiB,IAAlB,EADV;AAEA;AACA,aAAK4rC,YAAL;AACA,aAAK7W,QAAL,CAAclO,QAAd,CAAuB,SAAvB,EACK7mB,IADL,CACU,EAAC,eAAe,KAAhB,EADV;;AAGA,YAAG,KAAKnN,OAAL,CAAaq5C,SAAhB,EAA0B;AACxB,cAAIrR,aAAa1G,WAAWwF,QAAX,CAAoBe,aAApB,CAAkC,KAAK3F,QAAvC,CAAjB;AACA,cAAG8F,WAAW1pC,MAAd,EAAqB;AACnB0pC,uBAAWxoC,EAAX,CAAc,CAAd,EAAiBklB,KAAjB;AACD;AACF;;AAED,YAAG,KAAK1kB,OAAL,CAAa82C,YAAhB,EAA6B;AAAE,eAAKwC,eAAL;AAAyB;;AAExD,YAAI,KAAKt5C,OAAL,CAAa+nC,SAAjB,EAA4B;AAC1BzG,qBAAWwF,QAAX,CAAoBiB,SAApB,CAA8B,KAAK7F,QAAnC;AACD;;AAED;;;;AAIA,aAAKA,QAAL,CAAcvd,OAAd,CAAsB,kBAAtB,EAA0C,CAAC,KAAKud,QAAN,CAA1C;AACD;;AAED;;;;;;AAnSW;AAAA;AAAA,8BAwSH;AACN,YAAG,CAAC,KAAKA,QAAL,CAAczN,QAAd,CAAuB,SAAvB,CAAJ,EAAsC;AACpC,iBAAO,KAAP;AACD;AACD,aAAKyN,QAAL,CAAc7N,WAAd,CAA0B,SAA1B,EACKlnB,IADL,CACU,EAAC,eAAe,IAAhB,EADV;;AAGA,aAAK6qC,OAAL,CAAa3jB,WAAb,CAAyB,OAAzB,EACKlnB,IADL,CACU,eADV,EAC2B,KAD3B;;AAGA,YAAG,KAAKsrC,YAAR,EAAqB;AACnB,cAAIc,mBAAmB,KAAKnB,gBAAL,EAAvB;AACA,cAAGmB,gBAAH,EAAoB;AAClB,iBAAKrX,QAAL,CAAc7N,WAAd,CAA0BklB,gBAA1B;AACD;AACD,eAAKrX,QAAL,CAAclO,QAAd,CAAuB,KAAKh0B,OAAL,CAAam4C,aAApC;AACI,qBADJ,CACgB76B,GADhB,CACoB,EAAC2R,QAAQ,EAAT,EAAa/E,OAAO,EAApB,EADpB;AAEA,eAAKuuB,YAAL,GAAoB,KAApB;AACA,eAAKJ,OAAL,GAAe,CAAf;AACA,eAAKC,aAAL,CAAmBh6C,MAAnB,GAA4B,CAA5B;AACD;AACD,aAAK4jC,QAAL,CAAcvd,OAAd,CAAsB,kBAAtB,EAA0C,CAAC,KAAKud,QAAN,CAA1C;;AAEA,YAAI,KAAKliC,OAAL,CAAa+nC,SAAjB,EAA4B;AAC1BzG,qBAAWwF,QAAX,CAAoBqB,YAApB,CAAiC,KAAKjG,QAAtC;AACD;AACF;;AAED;;;;;AApUW;AAAA;AAAA,+BAwUF;AACP,YAAG,KAAKA,QAAL,CAAczN,QAAd,CAAuB,SAAvB,CAAH,EAAqC;AACnC,cAAG,KAAKujB,OAAL,CAAax8B,IAAb,CAAkB,OAAlB,CAAH,EAA+B;AAC/B,eAAKsN,KAAL;AACD,SAHD,MAGK;AACH,eAAKyU,IAAL;AACD;AACF;;AAED;;;;;AAjVW;AAAA;AAAA,gCAqVD;AACR,aAAK2E,QAAL,CAAc/nB,GAAd,CAAkB,aAAlB,EAAiCuT,IAAjC;AACA,aAAKsqB,OAAL,CAAa79B,GAAb,CAAiB,cAAjB;;AAEAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA1VU;;AAAA;AAAA;;AA6Vb2V,WAASjI,QAAT,GAAoB;AAClB;;;;;AAKAoI,iBAAa,IANK;AAOlB;;;;;AAKAiB,gBAAY,GAZM;AAalB;;;;;AAKA5jB,WAAO,KAlBW;AAmBlB;;;;;AAKA6jB,eAAW,KAxBO;AAyBlB;;;;;AAKA5S,aAAS,CA9BS;AA+BlB;;;;;AAKAC,aAAS,CApCS;AAqClB;;;;;AAKA2R,mBAAe,EA1CG;AA2ClB;;;;;AAKApQ,eAAW,KAhDO;AAiDlB;;;;;AAKAsR,eAAW,KAtDO;AAuDlB;;;;;AAKAvC,kBAAc;AA5DI,GAApB;;AA+DA;AACAxV,aAAWI,MAAX,CAAkBoW,QAAlB,EAA4B,UAA5B;AAEC,CA/ZA,CA+ZCv6C,MA/ZD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUPqY,YAVO;AAWX;;;;;;;AAOA,0BAAYjU,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAay5C,aAAa3J,QAA1B,EAAoC,KAAK3N,QAAL,CAAc1mB,IAAd,EAApC,EAA0Dxb,OAA1D,CAAf;;AAEAshC,iBAAWuJ,IAAX,CAAgBC,OAAhB,CAAwB,KAAK5I,QAA7B,EAAuC,UAAvC;AACA,WAAKK,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,cAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,cAA7B,EAA6C;AAC3C,iBAAS,MADkC;AAE3C,iBAAS,MAFkC;AAG3C,uBAAe,MAH4B;AAI3C,oBAAY,IAJ+B;AAK3C,sBAAc,MAL6B;AAM3C,sBAAc,UAN6B;AAO3C,kBAAU;AAPiC,OAA7C;AASD;;AAED;;;;;;;AArCW;AAAA;AAAA,8BA0CH;AACN,YAAIu+B,OAAO,KAAKvX,QAAL,CAAcv2B,IAAd,CAAmB,+BAAnB,CAAX;AACA,aAAKu2B,QAAL,CAAc3sB,QAAd,CAAuB,6BAAvB,EAAsDA,QAAtD,CAA+D,sBAA/D,EAAuFye,QAAvF,CAAgG,WAAhG;;AAEA,aAAK6hB,UAAL,GAAkB,KAAK3T,QAAL,CAAcv2B,IAAd,CAAmB,mBAAnB,CAAlB;AACA,aAAKkoC,KAAL,GAAa,KAAK3R,QAAL,CAAc3sB,QAAd,CAAuB,mBAAvB,CAAb;AACA,aAAKs+B,KAAL,CAAWloC,IAAX,CAAgB,wBAAhB,EAA0CqoB,QAA1C,CAAmD,KAAKh0B,OAAL,CAAa05C,aAAhE;;AAEA,YAAI,KAAKxX,QAAL,CAAczN,QAAd,CAAuB,KAAKz0B,OAAL,CAAa25C,UAApC,KAAmD,KAAK35C,OAAL,CAAa45C,SAAb,KAA2B,OAA9E,IAAyFtY,WAAWG,GAAX,EAAzF,IAA6G,KAAKS,QAAL,CAAc7rB,OAAd,CAAsB,gBAAtB,EAAwC/B,EAAxC,CAA2C,GAA3C,CAAjH,EAAkK;AAChK,eAAKtU,OAAL,CAAa45C,SAAb,GAAyB,OAAzB;AACAH,eAAKzlB,QAAL,CAAc,YAAd;AACD,SAHD,MAGO;AACLylB,eAAKzlB,QAAL,CAAc,aAAd;AACD;AACD,aAAK6lB,OAAL,GAAe,KAAf;AACA,aAAK9J,OAAL;AACD;AA1DU;AAAA;AAAA,oCA4DG;AACZ,eAAO,KAAK8D,KAAL,CAAWv2B,GAAX,CAAe,SAAf,MAA8B,OAArC;AACD;;AAED;;;;;;AAhEW;AAAA;AAAA,gCAqED;AACR,YAAIklB,QAAQ,IAAZ;AAAA,YACIsX,WAAW,kBAAkBp9C,MAAlB,IAA6B,OAAOA,OAAOq9C,YAAd,KAA+B,WAD3E;AAAA,YAEIC,WAAW,4BAFf;;AAIA;AACA,YAAIC,gBAAgB,SAAhBA,aAAgB,CAASlyC,CAAT,EAAY;AAC9B,cAAIi7B,QAAQ7B,EAAEp5B,EAAEzH,MAAJ,EAAYgW,YAAZ,CAAyB,IAAzB,QAAmC0jC,QAAnC,CAAZ;AAAA,cACIE,SAASlX,MAAMvO,QAAN,CAAeulB,QAAf,CADb;AAAA,cAEIG,aAAanX,MAAM71B,IAAN,CAAW,eAAX,MAAgC,MAFjD;AAAA,cAGIk+B,OAAOrI,MAAMztB,QAAN,CAAe,sBAAf,CAHX;;AAKA,cAAI2kC,MAAJ,EAAY;AACV,gBAAIC,UAAJ,EAAgB;AACd,kBAAI,CAAC3X,MAAMxiC,OAAN,CAAc82C,YAAf,IAAgC,CAACtU,MAAMxiC,OAAN,CAAco6C,SAAf,IAA4B,CAACN,QAA7D,IAA2EtX,MAAMxiC,OAAN,CAAcq6C,WAAd,IAA6BP,QAA5G,EAAuH;AAAE;AAAS,eAAlI,MACK;AACH/xC,kBAAEqd,wBAAF;AACArd,kBAAE8a,cAAF;AACA2f,sBAAMkV,KAAN,CAAY1U,KAAZ;AACD;AACF,aAPD,MAOO;AACLj7B,gBAAE8a,cAAF;AACA9a,gBAAEqd,wBAAF;AACAod,oBAAMqU,KAAN,CAAYxL,IAAZ;AACArI,oBAAM9sB,GAAN,CAAU8sB,MAAM1sB,YAAN,CAAmBksB,MAAMN,QAAzB,QAAuC8X,QAAvC,CAAV,EAA8D7sC,IAA9D,CAAmE,eAAnE,EAAoF,IAApF;AACD;AACF;AACF,SArBD;;AAuBA,YAAI,KAAKnN,OAAL,CAAao6C,SAAb,IAA0BN,QAA9B,EAAwC;AACtC,eAAKjE,UAAL,CAAgBn1B,EAAhB,CAAmB,kDAAnB,EAAuEu5B,aAAvE;AACD;;AAED;AACA,YAAGzX,MAAMxiC,OAAN,CAAcs6C,kBAAjB,EAAoC;AAClC,eAAKzE,UAAL,CAAgBn1B,EAAhB,CAAmB,gDAAnB,EAAqE,UAAS3Y,CAAT,EAAY;AAC/E,gBAAIi7B,QAAQ7B,EAAE,IAAF,CAAZ;AAAA,gBACI+Y,SAASlX,MAAMvO,QAAN,CAAeulB,QAAf,CADb;AAEA,gBAAG,CAACE,MAAJ,EAAW;AACT1X,oBAAMkV,KAAN;AACD;AACF,WAND;AAOD;;AAED,YAAI,CAAC,KAAK13C,OAAL,CAAau6C,YAAlB,EAAgC;AAC9B,eAAK1E,UAAL,CAAgBn1B,EAAhB,CAAmB,4BAAnB,EAAiD,UAAS3Y,CAAT,EAAY;AAC3D,gBAAIi7B,QAAQ7B,EAAE,IAAF,CAAZ;AAAA,gBACI+Y,SAASlX,MAAMvO,QAAN,CAAeulB,QAAf,CADb;;AAGA,gBAAIE,MAAJ,EAAY;AACVvnB,2BAAaqQ,MAAMxnB,IAAN,CAAW,QAAX,CAAb;AACAwnB,oBAAMxnB,IAAN,CAAW,QAAX,EAAqBhB,WAAW,YAAW;AACzCgoB,sBAAMqU,KAAN,CAAY7T,MAAMztB,QAAN,CAAe,sBAAf,CAAZ;AACD,eAFoB,EAElBitB,MAAMxiC,OAAN,CAAck5C,UAFI,CAArB;AAGD;AACF,WAVD,EAUGx4B,EAVH,CAUM,4BAVN,EAUoC,UAAS3Y,CAAT,EAAY;AAC9C,gBAAIi7B,QAAQ7B,EAAE,IAAF,CAAZ;AAAA,gBACI+Y,SAASlX,MAAMvO,QAAN,CAAeulB,QAAf,CADb;AAEA,gBAAIE,UAAU1X,MAAMxiC,OAAN,CAAcw6C,SAA5B,EAAuC;AACrC,kBAAIxX,MAAM71B,IAAN,CAAW,eAAX,MAAgC,MAAhC,IAA0Cq1B,MAAMxiC,OAAN,CAAco6C,SAA5D,EAAuE;AAAE,uBAAO,KAAP;AAAe;;AAExFznB,2BAAaqQ,MAAMxnB,IAAN,CAAW,QAAX,CAAb;AACAwnB,oBAAMxnB,IAAN,CAAW,QAAX,EAAqBhB,WAAW,YAAW;AACzCgoB,sBAAMkV,KAAN,CAAY1U,KAAZ;AACD,eAFoB,EAElBR,MAAMxiC,OAAN,CAAcy6C,WAFI,CAArB;AAGD;AACF,WArBD;AAsBD;AACD,aAAK5E,UAAL,CAAgBn1B,EAAhB,CAAmB,yBAAnB,EAA8C,UAAS3Y,CAAT,EAAY;AACxD,cAAIm6B,WAAWf,EAAEp5B,EAAEzH,MAAJ,EAAYgW,YAAZ,CAAyB,IAAzB,EAA+B,mBAA/B,CAAf;AAAA,cACIokC,QAAQlY,MAAMqR,KAAN,CAAY79B,KAAZ,CAAkBksB,QAAlB,IAA8B,CAAC,CAD3C;AAAA,cAEIiT,YAAYuF,QAAQlY,MAAMqR,KAAd,GAAsB3R,SAAS3tB,QAAT,CAAkB,IAAlB,EAAwB2B,GAAxB,CAA4BgsB,QAA5B,CAFtC;AAAA,cAGIkT,YAHJ;AAAA,cAIIC,YAJJ;;AAMAF,oBAAUn2C,IAAV,CAAe,UAASI,CAAT,EAAY;AACzB,gBAAI+hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW4tB,QAAX,CAAJ,EAA0B;AACxBkT,6BAAeD,UAAU31C,EAAV,CAAaJ,IAAE,CAAf,CAAf;AACAi2C,6BAAeF,UAAU31C,EAAV,CAAaJ,IAAE,CAAf,CAAf;AACA;AACD;AACF,WAND;;AAQA,cAAIoL,cAAc,SAAdA,WAAc,GAAW;AAC3B,gBAAI,CAAC03B,SAAS5tB,EAAT,CAAY,aAAZ,CAAL,EAAiC;AAC/B+gC,2BAAa9/B,QAAb,CAAsB,SAAtB,EAAiCmP,KAAjC;AACA3c,gBAAE8a,cAAF;AACD;AACF,WALD;AAAA,cAKG83B,cAAc,SAAdA,WAAc,GAAW;AAC1BvF,yBAAa7/B,QAAb,CAAsB,SAAtB,EAAiCmP,KAAjC;AACA3c,cAAE8a,cAAF;AACD,WARD;AAAA,cAQG+3B,UAAU,SAAVA,OAAU,GAAW;AACtB,gBAAIvP,OAAOnJ,SAAS3sB,QAAT,CAAkB,wBAAlB,CAAX;AACA,gBAAI81B,KAAK/sC,MAAT,EAAiB;AACfkkC,oBAAMqU,KAAN,CAAYxL,IAAZ;AACAnJ,uBAASv2B,IAAT,CAAc,cAAd,EAA8B+Y,KAA9B;AACA3c,gBAAE8a,cAAF;AACD,aAJD,MAIO;AAAE;AAAS;AACnB,WAfD;AAAA,cAeGg4B,WAAW,SAAXA,QAAW,GAAW;AACvB;AACA,gBAAI/xB,QAAQoZ,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBA,MAAtB,CAA6B,IAA7B,CAAZ;AACA6d,kBAAMvT,QAAN,CAAe,SAAf,EAA0BmP,KAA1B;AACA8d,kBAAMkV,KAAN,CAAY5uB,KAAZ;AACA/gB,cAAE8a,cAAF;AACA;AACD,WAtBD;AAuBA,cAAIykB,YAAY;AACd/J,kBAAMqd,OADQ;AAEd9xB,mBAAO,iBAAW;AAChB0Z,oBAAMkV,KAAN,CAAYlV,MAAMN,QAAlB;AACAM,oBAAMqT,UAAN,CAAiBlqC,IAAjB,CAAsB,SAAtB,EAAiC+Y,KAAjC,GAFgB,CAE0B;AAC1C3c,gBAAE8a,cAAF;AACD,aANa;AAOd8kB,qBAAS,mBAAW;AAClB5/B,gBAAEqd,wBAAF;AACD;AATa,WAAhB;;AAYA,cAAIs1B,KAAJ,EAAW;AACT,gBAAIlY,MAAMsY,WAAN,EAAJ,EAAyB;AAAE;AACzB,kBAAIxZ,WAAWG,GAAX,EAAJ,EAAsB;AAAE;AACtBN,kBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB2M,wBAAMzpC,WADY;AAElB8pC,sBAAIqG,WAFc;AAGlBllC,wBAAMolC,QAHY;AAIlBxG,4BAAUuG;AAJQ,iBAApB;AAMD,eAPD,MAOO;AAAE;AACPzZ,kBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB2M,wBAAMzpC,WADY;AAElB8pC,sBAAIqG,WAFc;AAGlBllC,wBAAMmlC,OAHY;AAIlBvG,4BAAUwG;AAJQ,iBAApB;AAMD;AACF,aAhBD,MAgBO;AAAE;AACP,kBAAIvZ,WAAWG,GAAX,EAAJ,EAAsB;AAAE;AACtBN,kBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB7xB,wBAAMklC,WADY;AAElBtG,4BAAU7pC,WAFQ;AAGlBypC,wBAAM2G,OAHY;AAIlBtG,sBAAIuG;AAJc,iBAApB;AAMD,eAPD,MAOO;AAAE;AACP1Z,kBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB7xB,wBAAMjL,WADY;AAElB6pC,4BAAUsG,WAFQ;AAGlB1G,wBAAM2G,OAHY;AAIlBtG,sBAAIuG;AAJc,iBAApB;AAMD;AACF;AACF,WAlCD,MAkCO;AAAE;AACP,gBAAIvZ,WAAWG,GAAX,EAAJ,EAAsB;AAAE;AACtBN,gBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB7xB,sBAAMolC,QADY;AAElBxG,0BAAUuG,OAFQ;AAGlB3G,sBAAMzpC,WAHY;AAIlB8pC,oBAAIqG;AAJc,eAApB;AAMD,aAPD,MAOO;AAAE;AACPxZ,gBAAEphC,MAAF,CAASunC,SAAT,EAAoB;AAClB7xB,sBAAMmlC,OADY;AAElBvG,0BAAUwG,QAFQ;AAGlB5G,sBAAMzpC,WAHY;AAIlB8pC,oBAAIqG;AAJc,eAApB;AAMD;AACF;AACDrZ,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,cAAjC,EAAiDu/B,SAAjD;AAED,SAvGD;AAwGD;;AAED;;;;;;AAnPW;AAAA;AAAA,wCAwPO;AAChB,YAAIyP,QAAQ5V,EAAE5kC,SAASqnB,IAAX,CAAZ;AAAA,YACI4e,QAAQ,IADZ;AAEAuU,cAAM58B,GAAN,CAAU,kDAAV,EACMuG,EADN,CACS,kDADT,EAC6D,UAAS3Y,CAAT,EAAY;AAClE,cAAIkuC,QAAQzT,MAAMN,QAAN,CAAev2B,IAAf,CAAoB5D,EAAEzH,MAAtB,CAAZ;AACA,cAAI21C,MAAM33C,MAAV,EAAkB;AAAE;AAAS;;AAE7BkkC,gBAAMkV,KAAN;AACAX,gBAAM58B,GAAN,CAAU,kDAAV;AACD,SAPN;AAQD;;AAED;;;;;;;;AArQW;AAAA;AAAA,4BA4QLkxB,IA5QK,EA4QC;AACV,YAAI97B,MAAM,KAAKskC,KAAL,CAAW79B,KAAX,CAAiB,KAAK69B,KAAL,CAAWjoC,MAAX,CAAkB,UAASxM,CAAT,EAAYie,EAAZ,EAAgB;AAC3D,iBAAO8jB,EAAE9jB,EAAF,EAAM1R,IAAN,CAAW0/B,IAAX,EAAiB/sC,MAAjB,GAA0B,CAAjC;AACD,SAF0B,CAAjB,CAAV;AAGA,YAAIy8C,QAAQ1P,KAAKpgC,MAAL,CAAY,+BAAZ,EAA6CsJ,QAA7C,CAAsD,+BAAtD,CAAZ;AACA,aAAKmjC,KAAL,CAAWqD,KAAX,EAAkBxrC,GAAlB;AACA87B,aAAK/tB,GAAL,CAAS,YAAT,EAAuB,QAAvB,EAAiC0W,QAAjC,CAA0C,oBAA1C,EACK/oB,MADL,CACY,+BADZ,EAC6C+oB,QAD7C,CACsD,WADtD;AAEA,YAAI2e,QAAQrR,WAAW6D,GAAX,CAAeC,gBAAf,CAAgCiG,IAAhC,EAAsC,IAAtC,EAA4C,IAA5C,CAAZ;AACA,YAAI,CAACsH,KAAL,EAAY;AACV,cAAIqI,WAAW,KAAKh7C,OAAL,CAAa45C,SAAb,KAA2B,MAA3B,GAAoC,QAApC,GAA+C,OAA9D;AAAA,cACIqB,YAAY5P,KAAKpgC,MAAL,CAAY,6BAAZ,CADhB;AAEAgwC,oBAAU5mB,WAAV,WAA8B2mB,QAA9B,EAA0ChnB,QAA1C,YAA4D,KAAKh0B,OAAL,CAAa45C,SAAzE;AACAjH,kBAAQrR,WAAW6D,GAAX,CAAeC,gBAAf,CAAgCiG,IAAhC,EAAsC,IAAtC,EAA4C,IAA5C,CAAR;AACA,cAAI,CAACsH,KAAL,EAAY;AACVsI,sBAAU5mB,WAAV,YAA+B,KAAKr0B,OAAL,CAAa45C,SAA5C,EAAyD5lB,QAAzD,CAAkE,aAAlE;AACD;AACD,eAAK6lB,OAAL,GAAe,IAAf;AACD;AACDxO,aAAK/tB,GAAL,CAAS,YAAT,EAAuB,EAAvB;AACA,YAAI,KAAKtd,OAAL,CAAa82C,YAAjB,EAA+B;AAAE,eAAKwC,eAAL;AAAyB;AAC1D;;;;AAIA,aAAKpX,QAAL,CAAcvd,OAAd,CAAsB,sBAAtB,EAA8C,CAAC0mB,IAAD,CAA9C;AACD;;AAED;;;;;;;;AAxSW;AAAA;AAAA,4BA+SLrI,KA/SK,EA+SEzzB,GA/SF,EA+SO;AAChB,YAAI2rC,QAAJ;AACA,YAAIlY,SAASA,MAAM1kC,MAAnB,EAA2B;AACzB48C,qBAAWlY,KAAX;AACD,SAFD,MAEO,IAAIzzB,QAAQ5O,SAAZ,EAAuB;AAC5Bu6C,qBAAW,KAAKrH,KAAL,CAAW9+B,GAAX,CAAe,UAAS3V,CAAT,EAAYie,EAAZ,EAAgB;AACxC,mBAAOje,MAAMmQ,GAAb;AACD,WAFU,CAAX;AAGD,SAJM,MAKF;AACH2rC,qBAAW,KAAKhZ,QAAhB;AACD;AACD,YAAIiZ,mBAAmBD,SAASzmB,QAAT,CAAkB,WAAlB,KAAkCymB,SAASvvC,IAAT,CAAc,YAAd,EAA4BrN,MAA5B,GAAqC,CAA9F;;AAEA,YAAI68C,gBAAJ,EAAsB;AACpBD,mBAASvvC,IAAT,CAAc,cAAd,EAA8BuK,GAA9B,CAAkCglC,QAAlC,EAA4C/tC,IAA5C,CAAiD;AAC/C,6BAAiB;AAD8B,WAAjD,EAEGknB,WAFH,CAEe,WAFf;;AAIA6mB,mBAASvvC,IAAT,CAAc,uBAAd,EAAuC0oB,WAAvC,CAAmD,oBAAnD;;AAEA,cAAI,KAAKwlB,OAAL,IAAgBqB,SAASvvC,IAAT,CAAc,aAAd,EAA6BrN,MAAjD,EAAyD;AACvD,gBAAI08C,WAAW,KAAKh7C,OAAL,CAAa45C,SAAb,KAA2B,MAA3B,GAAoC,OAApC,GAA8C,MAA7D;AACAsB,qBAASvvC,IAAT,CAAc,+BAAd,EAA+CuK,GAA/C,CAAmDglC,QAAnD,EACS7mB,WADT,wBAC0C,KAAKr0B,OAAL,CAAa45C,SADvD,EAES5lB,QAFT,YAE2BgnB,QAF3B;AAGA,iBAAKnB,OAAL,GAAe,KAAf;AACD;AACD;;;;AAIA,eAAK3X,QAAL,CAAcvd,OAAd,CAAsB,sBAAtB,EAA8C,CAACu2B,QAAD,CAA9C;AACD;AACF;;AAED;;;;;AAnVW;AAAA;AAAA,gCAuVD;AACR,aAAKrF,UAAL,CAAgB17B,GAAhB,CAAoB,kBAApB,EAAwC8Y,UAAxC,CAAmD,eAAnD,EACKoB,WADL,CACiB,+EADjB;AAEA8M,UAAE5kC,SAASqnB,IAAX,EAAiBzJ,GAAjB,CAAqB,kBAArB;AACAmnB,mBAAWuJ,IAAX,CAAgBS,IAAhB,CAAqB,KAAKpJ,QAA1B,EAAoC,UAApC;AACAZ,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA7VU;;AAAA;AAAA;;AAgWb;;;;;AAGAqX,eAAa3J,QAAb,GAAwB;AACtB;;;;;AAKA0K,kBAAc,KANQ;AAOtB;;;;;AAKAC,eAAW,IAZW;AAatB;;;;;AAKAtB,gBAAY,EAlBU;AAmBtB;;;;;AAKAkB,eAAW,KAxBW;AAyBtB;;;;;;AAMAK,iBAAa,GA/BS;AAgCtB;;;;;AAKAb,eAAW,MArCW;AAsCtB;;;;;AAKA9C,kBAAc,IA3CQ;AA4CtB;;;;;AAKAwD,wBAAoB,IAjDE;AAkDtB;;;;;AAKAZ,mBAAe,UAvDO;AAwDtB;;;;;AAKAC,gBAAY,aA7DU;AA8DtB;;;;;AAKAU,iBAAa;AAnES,GAAxB;;AAsEA;AACA/Y,aAAWI,MAAX,CAAkB8X,YAAlB,EAAgC,cAAhC;AAEC,CA5aA,CA4aCj8C,MA5aD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASPia,SATO;AAUX;;;;;;;AAOA,uBAAY7V,OAAZ,EAAqBvlC,OAArB,EAA6B;AAAA;;AAC3B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAgBmhC,EAAEphC,MAAF,CAAS,EAAT,EAAaq7C,UAAUvL,QAAvB,EAAiC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAjC,EAAuDxb,OAAvD,CAAhB;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,WAAhC;AACD;;AAED;;;;;;AA1BW;AAAA;AAAA,8BA8BH;AACN,YAAIuZ,OAAO,KAAKnZ,QAAL,CAAc/0B,IAAd,CAAmB,gBAAnB,KAAwC,EAAnD;AACA,YAAImuC,WAAW,KAAKpZ,QAAL,CAAcv2B,IAAd,6BAA6C0vC,IAA7C,QAAf;;AAEA,aAAKC,QAAL,GAAgBA,SAASh9C,MAAT,GAAkBg9C,QAAlB,GAA6B,KAAKpZ,QAAL,CAAcv2B,IAAd,CAAmB,wBAAnB,CAA7C;AACA,aAAKu2B,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAmCkuC,QAAQ/Z,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,IAA1B,CAA3C;AACH,aAAKC,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAmCkuC,QAAQ/Z,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,IAA1B,CAA3C;;AAEG,aAAKsZ,SAAL,GAAiB,KAAKrZ,QAAL,CAAcv2B,IAAd,CAAmB,kBAAnB,EAAuCrN,MAAvC,GAAgD,CAAjE;AACA,aAAKk9C,QAAL,GAAgB,KAAKtZ,QAAL,CAAc5rB,YAAd,CAA2B/Z,SAASqnB,IAApC,EAA0C,kBAA1C,EAA8DtlB,MAA9D,GAAuE,CAAvF;AACA,aAAKm9C,IAAL,GAAY,KAAZ;AACA,aAAKvE,YAAL,GAAoB;AAClBwE,2BAAiB,KAAKC,WAAL,CAAiBlb,IAAjB,CAAsB,IAAtB,CADC;AAElBmb,gCAAsB,KAAKC,gBAAL,CAAsBpb,IAAtB,CAA2B,IAA3B;AAFJ,SAApB;;AAKA,YAAIqb,OAAO,KAAK5Z,QAAL,CAAcv2B,IAAd,CAAmB,KAAnB,CAAX;AACA,YAAIowC,QAAJ;AACA,YAAG,KAAK/7C,OAAL,CAAag8C,UAAhB,EAA2B;AACzBD,qBAAW,KAAKE,QAAL,EAAX;AACA9a,YAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,KAAKu7B,QAAL,CAAcxb,IAAd,CAAmB,IAAnB,CAAtC;AACD,SAHD,MAGK;AACH,eAAKsP,OAAL;AACD;AACD,YAAIgM,aAAap7C,SAAb,IAA0Bo7C,aAAa,KAAxC,IAAkDA,aAAap7C,SAAlE,EAA4E;AAC1E,cAAGm7C,KAAKx9C,MAAR,EAAe;AACbgjC,uBAAWwK,cAAX,CAA0BgQ,IAA1B,EAAgC,KAAKI,OAAL,CAAazb,IAAb,CAAkB,IAAlB,CAAhC;AACD,WAFD,MAEK;AACH,iBAAKyb,OAAL;AACD;AACF;AACF;;AAED;;;;;AA/DW;AAAA;AAAA,qCAmEI;AACb,aAAKT,IAAL,GAAY,KAAZ;AACA,aAAKvZ,QAAL,CAAc/nB,GAAd,CAAkB;AAChB,2BAAiB,KAAK+8B,YAAL,CAAkB0E,oBADnB;AAEhB,iCAAuB,KAAK1E,YAAL,CAAkBwE,eAFzB;AAGnB,iCAAuB,KAAKxE,YAAL,CAAkBwE;AAHtB,SAAlB;AAKD;;AAED;;;;;AA5EW;AAAA;AAAA,kCAgFC3zC,CAhFD,EAgFI;AACb,aAAKm0C,OAAL;AACD;;AAED;;;;;AApFW;AAAA;AAAA,uCAwFMn0C,CAxFN,EAwFS;AAClB,YAAGA,EAAEzH,MAAF,KAAa,KAAK4hC,QAAL,CAAc,CAAd,CAAhB,EAAiC;AAAE,eAAKga,OAAL;AAAiB;AACrD;;AAED;;;;;AA5FW;AAAA;AAAA,gCAgGD;AACR,YAAI1Z,QAAQ,IAAZ;AACA,aAAK2Z,YAAL;AACA,YAAG,KAAKZ,SAAR,EAAkB;AAChB,eAAKrZ,QAAL,CAAcxhB,EAAd,CAAiB,4BAAjB,EAA+C,KAAKw2B,YAAL,CAAkB0E,oBAAjE;AACD,SAFD,MAEK;AACH,eAAK1Z,QAAL,CAAcxhB,EAAd,CAAiB,qBAAjB,EAAwC,KAAKw2B,YAAL,CAAkBwE,eAA1D;AACH,eAAKxZ,QAAL,CAAcxhB,EAAd,CAAiB,qBAAjB,EAAwC,KAAKw2B,YAAL,CAAkBwE,eAA1D;AACE;AACD,aAAKD,IAAL,GAAY,IAAZ;AACD;;AAED;;;;;AA5GW;AAAA;AAAA,iCAgHA;AACT,YAAIM,WAAW,CAACza,WAAWuC,UAAX,CAAsBvvB,EAAtB,CAAyB,KAAKtU,OAAL,CAAag8C,UAAtC,CAAhB;AACA,YAAGD,QAAH,EAAY;AACV,cAAG,KAAKN,IAAR,EAAa;AACX,iBAAKU,YAAL;AACA,iBAAKb,QAAL,CAAch+B,GAAd,CAAkB,QAAlB,EAA4B,MAA5B;AACD;AACF,SALD,MAKK;AACH,cAAG,CAAC,KAAKm+B,IAAT,EAAc;AACZ,iBAAK1L,OAAL;AACD;AACF;AACD,eAAOgM,QAAP;AACD;;AAED;;;;;AA/HW;AAAA;AAAA,oCAmIG;AACZ;AACD;;AAED;;;;;AAvIW;AAAA;AAAA,gCA2ID;AACR,YAAG,CAAC,KAAK/7C,OAAL,CAAao8C,eAAjB,EAAiC;AAC/B,cAAG,KAAKC,UAAL,EAAH,EAAqB;AACnB,iBAAKf,QAAL,CAAch+B,GAAd,CAAkB,QAAlB,EAA4B,MAA5B;AACA,mBAAO,KAAP;AACD;AACF;AACD,YAAI,KAAKtd,OAAL,CAAas8C,aAAjB,EAAgC;AAC9B,eAAKC,eAAL,CAAqB,KAAKC,gBAAL,CAAsB/b,IAAtB,CAA2B,IAA3B,CAArB;AACD,SAFD,MAEK;AACH,eAAKgc,UAAL,CAAgB,KAAKC,WAAL,CAAiBjc,IAAjB,CAAsB,IAAtB,CAAhB;AACD;AACF;;AAED;;;;;AAzJW;AAAA;AAAA,mCA6JE;AACX,YAAI,CAAC,KAAK6a,QAAL,CAAc,CAAd,CAAD,IAAqB,CAAC,KAAKA,QAAL,CAAc,CAAd,CAA1B,EAA4C;AAC1C,iBAAO,IAAP;AACD;AACD,eAAO,KAAKA,QAAL,CAAc,CAAd,EAAiBtuB,qBAAjB,GAAyC5hB,GAAzC,KAAiD,KAAKkwC,QAAL,CAAc,CAAd,EAAiBtuB,qBAAjB,GAAyC5hB,GAAjG;AACD;;AAED;;;;;;AApKW;AAAA;AAAA,iCAyKA++B,EAzKA,EAyKI;AACb,YAAIwS,UAAU,EAAd;AACA,aAAI,IAAIv9C,IAAI,CAAR,EAAWM,MAAM,KAAK47C,QAAL,CAAch9C,MAAnC,EAA2Cc,IAAIM,GAA/C,EAAoDN,GAApD,EAAwD;AACtD,eAAKk8C,QAAL,CAAcl8C,CAAd,EAAiB6e,KAAjB,CAAuBgR,MAAvB,GAAgC,MAAhC;AACA0tB,kBAAQ5/C,IAAR,CAAa,KAAKu+C,QAAL,CAAcl8C,CAAd,EAAiBmtB,YAA9B;AACD;AACD4d,WAAGwS,OAAH;AACD;;AAED;;;;;;AAlLW;AAAA;AAAA,sCAuLKxS,EAvLL,EAuLS;AAClB,YAAIyS,kBAAmB,KAAKtB,QAAL,CAAch9C,MAAd,GAAuB,KAAKg9C,QAAL,CAAc/7C,KAAd,GAAsB4/B,MAAtB,GAA+B/zB,GAAtD,GAA4D,CAAnF;AAAA,YACI9C,SAAS,EADb;AAAA,YAEIu0C,QAAQ,CAFZ;AAGA;AACAv0C,eAAOu0C,KAAP,IAAgB,EAAhB;AACA,aAAI,IAAIz9C,IAAI,CAAR,EAAWM,MAAM,KAAK47C,QAAL,CAAch9C,MAAnC,EAA2Cc,IAAIM,GAA/C,EAAoDN,GAApD,EAAwD;AACtD,eAAKk8C,QAAL,CAAcl8C,CAAd,EAAiB6e,KAAjB,CAAuBgR,MAAvB,GAAgC,MAAhC;AACA;AACA,cAAI6tB,cAAc3b,EAAE,KAAKma,QAAL,CAAcl8C,CAAd,CAAF,EAAoB+/B,MAApB,GAA6B/zB,GAA/C;AACA,cAAI0xC,eAAaF,eAAjB,EAAkC;AAChCC;AACAv0C,mBAAOu0C,KAAP,IAAgB,EAAhB;AACAD,8BAAgBE,WAAhB;AACD;AACDx0C,iBAAOu0C,KAAP,EAAc9/C,IAAd,CAAmB,CAAC,KAAKu+C,QAAL,CAAcl8C,CAAd,CAAD,EAAkB,KAAKk8C,QAAL,CAAcl8C,CAAd,EAAiBmtB,YAAnC,CAAnB;AACD;;AAED,aAAK,IAAI5sB,IAAI,CAAR,EAAWo9C,KAAKz0C,OAAOhK,MAA5B,EAAoCqB,IAAIo9C,EAAxC,EAA4Cp9C,GAA5C,EAAiD;AAC/C,cAAIg9C,UAAUxb,EAAE74B,OAAO3I,CAAP,CAAF,EAAaT,GAAb,CAAiB,YAAU;AAAE,mBAAO,KAAK,CAAL,CAAP;AAAiB,WAA9C,EAAgDT,GAAhD,EAAd;AACA,cAAIstB,MAAclrB,KAAKkrB,GAAL,CAAS1sB,KAAT,CAAe,IAAf,EAAqBs9C,OAArB,CAAlB;AACAr0C,iBAAO3I,CAAP,EAAU5C,IAAV,CAAegvB,GAAf;AACD;AACDoe,WAAG7hC,MAAH;AACD;;AAED;;;;;;;AAjNW;AAAA;AAAA,kCAuNCq0C,OAvND,EAuNU;AACnB,YAAI5wB,MAAMlrB,KAAKkrB,GAAL,CAAS1sB,KAAT,CAAe,IAAf,EAAqBs9C,OAArB,CAAV;AACA;;;;AAIA,aAAKza,QAAL,CAAcvd,OAAd,CAAsB,2BAAtB;;AAEA,aAAK22B,QAAL,CAAch+B,GAAd,CAAkB,QAAlB,EAA4ByO,GAA5B;;AAEA;;;;AAIC,aAAKmW,QAAL,CAAcvd,OAAd,CAAsB,4BAAtB;AACF;;AAED;;;;;;;;;AAxOW;AAAA;AAAA,uCAgPMrc,MAhPN,EAgPc;AACvB;;;AAGA,aAAK45B,QAAL,CAAcvd,OAAd,CAAsB,2BAAtB;AACA,aAAK,IAAIvlB,IAAI,CAAR,EAAWM,MAAM4I,OAAOhK,MAA7B,EAAqCc,IAAIM,GAAzC,EAA+CN,GAA/C,EAAoD;AAClD,cAAI49C,gBAAgB10C,OAAOlJ,CAAP,EAAUd,MAA9B;AAAA,cACIytB,MAAMzjB,OAAOlJ,CAAP,EAAU49C,gBAAgB,CAA1B,CADV;AAEA,cAAIA,iBAAe,CAAnB,EAAsB;AACpB7b,cAAE74B,OAAOlJ,CAAP,EAAU,CAAV,EAAa,CAAb,CAAF,EAAmBke,GAAnB,CAAuB,EAAC,UAAS,MAAV,EAAvB;AACA;AACD;AACD;;;;AAIA,eAAK4kB,QAAL,CAAcvd,OAAd,CAAsB,8BAAtB;AACA,eAAK,IAAIhlB,IAAI,CAAR,EAAWs9C,OAAQD,gBAAc,CAAtC,EAA0Cr9C,IAAIs9C,IAA9C,EAAqDt9C,GAArD,EAA0D;AACxDwhC,cAAE74B,OAAOlJ,CAAP,EAAUO,CAAV,EAAa,CAAb,CAAF,EAAmB2d,GAAnB,CAAuB,EAAC,UAASyO,GAAV,EAAvB;AACD;AACD;;;;AAIA,eAAKmW,QAAL,CAAcvd,OAAd,CAAsB,+BAAtB;AACD;AACD;;;AAGC,aAAKud,QAAL,CAAcvd,OAAd,CAAsB,4BAAtB;AACF;;AAED;;;;;AAhRW;AAAA;AAAA,gCAoRD;AACR,aAAKw3B,YAAL;AACA,aAAKb,QAAL,CAAch+B,GAAd,CAAkB,QAAlB,EAA4B,MAA5B;;AAEAgkB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAzRU;;AAAA;AAAA;;AA4Rb;;;;;AAGAiZ,YAAUvL,QAAV,GAAqB;AACnB;;;;;AAKAuM,qBAAiB,KANE;AAOnB;;;;;AAKAE,mBAAe,KAZI;AAanB;;;;;AAKAN,gBAAY;AAlBO,GAArB;;AAqBA;AACA1a,aAAWI,MAAX,CAAkB0Z,SAAlB,EAA6B,WAA7B;AAEC,CAvTA,CAuTC79C,MAvTD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASP+b,WATO;AAUX;;;;;;;AAOA,yBAAY3X,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAam9C,YAAYrN,QAAzB,EAAmC7vC,OAAnC,CAAf;AACA,WAAKm9C,KAAL,GAAa,EAAb;AACA,WAAKC,WAAL,GAAmB,EAAnB;;AAEA,WAAK7a,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,aAAhC;AACD;;AAED;;;;;;;AA7BW;AAAA;AAAA,8BAkCH;AACN,aAAKub,eAAL;AACA,aAAKC,cAAL;AACA,aAAKpB,OAAL;AACD;;AAED;;;;;;AAxCW;AAAA;AAAA,gCA6CD;AAAA;;AACR/a,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC4gB,WAAWmC,IAAX,CAAgBC,QAAhB,CAAyB,YAAM;AACnE,iBAAKwY,OAAL;AACD,SAFqC,EAEnC,EAFmC,CAAtC;AAGD;;AAED;;;;;;AAnDW;AAAA;AAAA,gCAwDD;AACR,YAAI7zC,KAAJ;;AAEA;AACA,aAAK,IAAIjJ,CAAT,IAAc,KAAK+9C,KAAnB,EAA0B;AACxB,cAAG,KAAKA,KAAL,CAAW//C,cAAX,CAA0BgC,CAA1B,CAAH,EAAiC;AAC/B,gBAAIm+C,OAAO,KAAKJ,KAAL,CAAW/9C,CAAX,CAAX;AACA,gBAAI1C,OAAOysC,UAAP,CAAkBoU,KAAKrU,KAAvB,EAA8B3lC,OAAlC,EAA2C;AACzC8E,sBAAQk1C,IAAR;AACD;AACF;AACF;;AAED,YAAIl1C,KAAJ,EAAW;AACT,eAAKtH,OAAL,CAAasH,MAAMm1C,IAAnB;AACD;AACF;;AAED;;;;;;AA1EW;AAAA;AAAA,wCA+EO;AAChB,aAAK,IAAIp+C,CAAT,IAAckiC,WAAWuC,UAAX,CAAsB8E,OAApC,EAA6C;AAC3C,cAAIrH,WAAWuC,UAAX,CAAsB8E,OAAtB,CAA8BvrC,cAA9B,CAA6CgC,CAA7C,CAAJ,EAAqD;AACnD,gBAAI8pC,QAAQ5H,WAAWuC,UAAX,CAAsB8E,OAAtB,CAA8BvpC,CAA9B,CAAZ;AACA89C,wBAAYO,eAAZ,CAA4BvU,MAAMjpC,IAAlC,IAA0CipC,MAAMxlC,KAAhD;AACD;AACF;AACF;;AAED;;;;;;;;AAxFW;AAAA;AAAA,qCA+FI6hC,OA/FJ,EA+Fa;AACtB,YAAImY,YAAY,EAAhB;AACA,YAAIP,KAAJ;;AAEA,YAAI,KAAKn9C,OAAL,CAAam9C,KAAjB,EAAwB;AACtBA,kBAAQ,KAAKn9C,OAAL,CAAam9C,KAArB;AACD,SAFD,MAGK;AACHA,kBAAQ,KAAKjb,QAAL,CAAc1mB,IAAd,CAAmB,aAAnB,EAAkCnT,KAAlC,CAAwC,UAAxC,CAAR;AACD;;AAED,aAAK,IAAIjJ,CAAT,IAAc+9C,KAAd,EAAqB;AACnB,cAAGA,MAAM//C,cAAN,CAAqBgC,CAArB,CAAH,EAA4B;AAC1B,gBAAIm+C,OAAOJ,MAAM/9C,CAAN,EAASvC,KAAT,CAAe,CAAf,EAAkB,CAAC,CAAnB,EAAsBsH,KAAtB,CAA4B,IAA5B,CAAX;AACA,gBAAIq5C,OAAOD,KAAK1gD,KAAL,CAAW,CAAX,EAAc,CAAC,CAAf,EAAkBuM,IAAlB,CAAuB,EAAvB,CAAX;AACA,gBAAI8/B,QAAQqU,KAAKA,KAAKj/C,MAAL,GAAc,CAAnB,CAAZ;;AAEA,gBAAI4+C,YAAYO,eAAZ,CAA4BvU,KAA5B,CAAJ,EAAwC;AACtCA,sBAAQgU,YAAYO,eAAZ,CAA4BvU,KAA5B,CAAR;AACD;;AAEDwU,sBAAU3gD,IAAV,CAAe;AACbygD,oBAAMA,IADO;AAEbtU,qBAAOA;AAFM,aAAf;AAID;AACF;;AAED,aAAKiU,KAAL,GAAaO,SAAb;AACD;;AAED;;;;;;;AA9HW;AAAA;AAAA,8BAoIHF,IApIG,EAoIG;AACZ,YAAI,KAAKJ,WAAL,KAAqBI,IAAzB,EAA+B;;AAE/B,YAAIhb,QAAQ,IAAZ;AAAA,YACI7d,UAAU,yBADd;;AAGA;AACA,YAAI,KAAKud,QAAL,CAAc,CAAd,EAAiBt/B,QAAjB,KAA8B,KAAlC,EAAyC;AACvC,eAAKs/B,QAAL,CAAc/0B,IAAd,CAAmB,KAAnB,EAA0BqwC,IAA1B,EAAgC98B,EAAhC,CAAmC,MAAnC,EAA2C,YAAW;AACpD8hB,kBAAM4a,WAAN,GAAoBI,IAApB;AACD,WAFD,EAGC74B,OAHD,CAGSA,OAHT;AAID;AACD;AANA,aAOK,IAAI64B,KAAKn1C,KAAL,CAAW,yCAAX,CAAJ,EAA2D;AAC9D,iBAAK65B,QAAL,CAAc5kB,GAAd,CAAkB,EAAE,oBAAoB,SAAOkgC,IAAP,GAAY,GAAlC,EAAlB,EACK74B,OADL,CACaA,OADb;AAED;AACD;AAJK,eAKA;AACHwc,gBAAE1iC,GAAF,CAAM++C,IAAN,EAAY,UAASplB,QAAT,EAAmB;AAC7BoK,sBAAMN,QAAN,CAAelb,IAAf,CAAoBoR,QAApB,EACMzT,OADN,CACcA,OADd;AAEAwc,kBAAE/I,QAAF,EAAYuK,UAAZ;AACAH,sBAAM4a,WAAN,GAAoBI,IAApB;AACD,eALD;AAMD;;AAED;;;;AAIA;AACD;;AAED;;;;;AAvKW;AAAA;AAAA,gCA2KD;AACR;AACD;AA7KU;;AAAA;AAAA;;AAgLb;;;;;AAGAN,cAAYrN,QAAZ,GAAuB;AACrB;;;;AAIAsN,WAAO;AALc,GAAvB;;AAQAD,cAAYO,eAAZ,GAA8B;AAC5B,iBAAa,qCADe;AAE5B,gBAAY,oCAFgB;AAG5B,cAAU;AAHkB,GAA9B;;AAMA;AACAnc,aAAWI,MAAX,CAAkBwb,WAAlB,EAA+B,aAA/B;AAEC,CApMA,CAoMC3/C,MApMD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;AAFa,MAOPwc,QAPO;AAQX;;;;;;;AAOA,sBAAYpY,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAgBmhC,EAAEphC,MAAF,CAAS,EAAT,EAAa49C,SAAS9N,QAAtB,EAAgC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAhC,EAAsDxb,OAAtD,CAAhB;;AAEA,WAAKuiC,KAAL;AACA,WAAKqb,UAAL;;AAEAtc,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,UAAhC;AACD;;AAED;;;;;;AAzBW;AAAA;AAAA,8BA6BH;AACN,YAAIl5B,KAAK,KAAKs5B,QAAL,CAAc,CAAd,EAAiBt5B,EAAjB,IAAuB04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,UAA1B,CAAhC;AACA,YAAIO,QAAQ,IAAZ;AACA,aAAKqb,QAAL,GAAgB1c,EAAE,wBAAF,CAAhB;AACA,aAAK2c,MAAL,GAAc,KAAK5b,QAAL,CAAcv2B,IAAd,CAAmB,GAAnB,CAAd;AACA,aAAKu2B,QAAL,CAAc/0B,IAAd,CAAmB;AACjB,yBAAevE,EADE;AAEjB,yBAAeA,EAFE;AAGjB,gBAAMA;AAHW,SAAnB;AAKA,aAAKm1C,OAAL,GAAe5c,GAAf;AACA,aAAKmW,SAAL,GAAiBzjB,SAASn3B,OAAOsjC,WAAhB,EAA6B,EAA7B,CAAjB;;AAEA,aAAK+P,OAAL;AACD;;AAED;;;;;;AA7CW;AAAA;AAAA,mCAkDE;AACX,YAAIvN,QAAQ,IAAZ;AAAA,YACI5e,OAAOrnB,SAASqnB,IADpB;AAAA,YAEIoD,OAAOzqB,SAASuO,eAFpB;;AAIA,aAAKkzC,MAAL,GAAc,EAAd;AACA,aAAKC,SAAL,GAAiBp9C,KAAKgiC,KAAL,CAAWhiC,KAAKkrB,GAAL,CAASrvB,OAAOwhD,WAAhB,EAA6Bl3B,KAAKm3B,YAAlC,CAAX,CAAjB;AACA,aAAKC,SAAL,GAAiBv9C,KAAKgiC,KAAL,CAAWhiC,KAAKkrB,GAAL,CAASnI,KAAKy6B,YAAd,EAA4Bz6B,KAAK2I,YAAjC,EAA+CvF,KAAKm3B,YAApD,EAAkEn3B,KAAKq3B,YAAvE,EAAqFr3B,KAAKuF,YAA1F,CAAX,CAAjB;;AAEA,aAAKsxB,QAAL,CAAc7+C,IAAd,CAAmB,YAAU;AAC3B,cAAIs/C,OAAOnd,EAAE,IAAF,CAAX;AAAA,cACIod,KAAK19C,KAAKgiC,KAAL,CAAWyb,KAAKnf,MAAL,GAAc/zB,GAAd,GAAoBo3B,MAAMxiC,OAAN,CAAcw+C,SAA7C,CADT;AAEAF,eAAKG,WAAL,GAAmBF,EAAnB;AACA/b,gBAAMwb,MAAN,CAAajhD,IAAb,CAAkBwhD,EAAlB;AACD,SALD;AAMD;;AAED;;;;;AAnEW;AAAA;AAAA,gCAuED;AACR,YAAI/b,QAAQ,IAAZ;AAAA,YACIuU,QAAQ5V,EAAE,YAAF,CADZ;AAAA,YAEI5R,OAAO;AACLrB,oBAAUsU,MAAMxiC,OAAN,CAAcw3C,iBADnB;AAEL3pB,kBAAU2U,MAAMxiC,OAAN,CAAcy3C;AAFnB,SAFX;AAMAtW,UAAEzkC,MAAF,EAAUkkB,GAAV,CAAc,MAAd,EAAsB,YAAU;AAC9B,cAAG4hB,MAAMxiC,OAAN,CAAc0+C,WAAjB,EAA6B;AAC3B,gBAAG3uC,SAASD,IAAZ,EAAiB;AACf0yB,oBAAMmc,WAAN,CAAkB5uC,SAASD,IAA3B;AACD;AACF;AACD0yB,gBAAMob,UAAN;AACApb,gBAAMoc,aAAN;AACD,SARD;;AAUA,aAAK1c,QAAL,CAAcxhB,EAAd,CAAiB;AACf,iCAAuB,KAAKqiB,MAAL,CAAYtC,IAAZ,CAAiB,IAAjB,CADR;AAEf,iCAAuB,KAAKme,aAAL,CAAmBne,IAAnB,CAAwB,IAAxB;AAFR,SAAjB,EAGG/f,EAHH,CAGM,mBAHN,EAG2B,cAH3B,EAG2C,UAAS3Y,CAAT,EAAY;AACnDA,YAAE8a,cAAF;AACA,cAAIg8B,UAAY,KAAK51C,YAAL,CAAkB,MAAlB,CAAhB;AACAu5B,gBAAMmc,WAAN,CAAkBE,OAAlB;AACD,SAPH;AAQA1d,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,UAAb,EAAyB,UAAS3Y,CAAT,EAAY;AACnC,cAAGy6B,MAAMxiC,OAAN,CAAc0+C,WAAjB,EAA8B;AAC5Blc,kBAAMmc,WAAN,CAAkBjiD,OAAOqT,QAAP,CAAgBD,IAAlC;AACD;AACF,SAJD;AAKD;;AAED;;;;;;AAvGW;AAAA;AAAA,kCA4GCgvC,GA5GD,EA4GM;AACf;AACA,YAAI,CAAC3d,EAAE2d,GAAF,EAAOxgD,MAAZ,EAAoB;AAAC,iBAAO,KAAP;AAAc;AACnC,aAAKygD,aAAL,GAAqB,IAArB;AACA,YAAIvc,QAAQ,IAAZ;AAAA,YACI8U,YAAYz2C,KAAKgiC,KAAL,CAAW1B,EAAE2d,GAAF,EAAO3f,MAAP,GAAgB/zB,GAAhB,GAAsB,KAAKpL,OAAL,CAAaw+C,SAAb,GAAyB,CAA/C,GAAmD,KAAKx+C,OAAL,CAAag/C,SAA3E,CADhB;;AAGA7d,UAAE,YAAF,EAAgBxkB,IAAhB,CAAqB,IAArB,EAA2B2U,OAA3B,CACE,EAAEnN,WAAWmzB,SAAb,EADF,EAEE,KAAKt3C,OAAL,CAAaw3C,iBAFf,EAGE,KAAKx3C,OAAL,CAAay3C,eAHf,EAIE,YAAW;AAACjV,gBAAMuc,aAAN,GAAsB,KAAtB,CAA6Bvc,MAAMoc,aAAN;AAAsB,SAJjE;AAMD;;AAED;;;;;AA3HW;AAAA;AAAA,+BA+HF;AACP,aAAKhB,UAAL;AACA,aAAKgB,aAAL;AACD;;AAED;;;;;;;AApIW;AAAA;AAAA,sCA0IG,wBAA0B;AACtC,YAAG,KAAKG,aAAR,EAAuB;AAAC;AAAQ;AAChC,YAAIE,SAAS,gBAAiBprB,SAASn3B,OAAOsjC,WAAhB,EAA6B,EAA7B,CAA9B;AAAA,YACIkf,MADJ;;AAGA,YAAGD,SAAS,KAAKhB,SAAd,KAA4B,KAAKG,SAApC,EAA8C;AAAEc,mBAAS,KAAKlB,MAAL,CAAY1/C,MAAZ,GAAqB,CAA9B;AAAkC,SAAlF,MACK,IAAG2gD,SAAS,KAAKjB,MAAL,CAAY,CAAZ,CAAZ,EAA2B;AAAEkB,mBAASv+C,SAAT;AAAqB,SAAlD,MACD;AACF,cAAIw+C,SAAS,KAAK7H,SAAL,GAAiB2H,MAA9B;AAAA,cACIzc,QAAQ,IADZ;AAAA,cAEI4c,aAAa,KAAKpB,MAAL,CAAYpyC,MAAZ,CAAmB,UAAS0iB,CAAT,EAAYlvB,CAAZ,EAAc;AAC5C,mBAAO+/C,SAAS7wB,IAAIkU,MAAMxiC,OAAN,CAAcg/C,SAAlB,IAA+BC,MAAxC,GAAiD3wB,IAAIkU,MAAMxiC,OAAN,CAAcg/C,SAAlB,GAA8Bxc,MAAMxiC,OAAN,CAAcw+C,SAA5C,IAAyDS,MAAjH;AACD,WAFY,CAFjB;AAKAC,mBAASE,WAAW9gD,MAAX,GAAoB8gD,WAAW9gD,MAAX,GAAoB,CAAxC,GAA4C,CAArD;AACD;;AAED,aAAKy/C,OAAL,CAAa1pB,WAAb,CAAyB,KAAKr0B,OAAL,CAAa2qC,WAAtC;AACA,aAAKoT,OAAL,GAAe,KAAKD,MAAL,CAAYlyC,MAAZ,CAAmB,aAAa,KAAKiyC,QAAL,CAAcr+C,EAAd,CAAiB0/C,MAAjB,EAAyB1jC,IAAzB,CAA8B,iBAA9B,CAAb,GAAgE,IAAnF,EAAyFwY,QAAzF,CAAkG,KAAKh0B,OAAL,CAAa2qC,WAA/G,CAAf;;AAEA,YAAG,KAAK3qC,OAAL,CAAa0+C,WAAhB,EAA4B;AAC1B,cAAI5uC,OAAO,EAAX;AACA,cAAGovC,UAAUv+C,SAAb,EAAuB;AACrBmP,mBAAO,KAAKiuC,OAAL,CAAa,CAAb,EAAgB90C,YAAhB,CAA6B,MAA7B,CAAP;AACD;AACD,cAAG6G,SAASpT,OAAOqT,QAAP,CAAgBD,IAA5B,EAAkC;AAChC,gBAAGpT,OAAO2iD,OAAP,CAAeC,SAAlB,EAA4B;AAC1B5iD,qBAAO2iD,OAAP,CAAeC,SAAf,CAAyB,IAAzB,EAA+B,IAA/B,EAAqCxvC,IAArC;AACD,aAFD,MAEK;AACHpT,qBAAOqT,QAAP,CAAgBD,IAAhB,GAAuBA,IAAvB;AACD;AACF;AACF;;AAED,aAAKwnC,SAAL,GAAiB2H,MAAjB;AACA;;;;AAIA,aAAK/c,QAAL,CAAcvd,OAAd,CAAsB,oBAAtB,EAA4C,CAAC,KAAKo5B,OAAN,CAA5C;AACD;;AAED;;;;;AAnLW;AAAA;AAAA,gCAuLD;AACR,aAAK7b,QAAL,CAAc/nB,GAAd,CAAkB,0BAAlB,EACKxO,IADL,OACc,KAAK3L,OAAL,CAAa2qC,WAD3B,EAC0CtW,WAD1C,CACsD,KAAKr0B,OAAL,CAAa2qC,WADnE;;AAGA,YAAG,KAAK3qC,OAAL,CAAa0+C,WAAhB,EAA4B;AAC1B,cAAI5uC,OAAO,KAAKiuC,OAAL,CAAa,CAAb,EAAgB90C,YAAhB,CAA6B,MAA7B,CAAX;AACAvM,iBAAOqT,QAAP,CAAgBD,IAAhB,CAAqB/O,OAArB,CAA6B+O,IAA7B,EAAmC,EAAnC;AACD;;AAEDwxB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAjMU;;AAAA;AAAA;;AAoMb;;;;;AAGAwb,WAAS9N,QAAT,GAAoB;AAClB;;;;;AAKA2H,uBAAmB,GAND;AAOlB;;;;;AAKAC,qBAAiB,QAZC;AAalB;;;;;AAKA+G,eAAW,EAlBO;AAmBlB;;;;;AAKA7T,iBAAa,QAxBK;AAyBlB;;;;;AAKA+T,iBAAa,KA9BK;AA+BlB;;;;;AAKAM,eAAW;AApCO,GAApB;;AAuCA;AACA1d,aAAWI,MAAX,CAAkBic,QAAlB,EAA4B,UAA5B;AAEC,CAjPA,CAiPCpgD,MAjPD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUPoe,SAVO;AAWX;;;;;;;AAOA,uBAAYha,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAaw/C,UAAU1P,QAAvB,EAAiC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAjC,EAAuDxb,OAAvD,CAAf;AACA,WAAKw/C,YAAL,GAAoBre,GAApB;AACA,WAAKse,SAAL,GAAiBte,GAAjB;;AAEA,WAAKoB,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,WAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,WAA7B,EAA0C;AACxC,kBAAU;AAD8B,OAA1C;AAID;;AAED;;;;;;;AAlCW;AAAA;AAAA,8BAuCH;AACN,YAAItS,KAAK,KAAKs5B,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAAT;;AAEA,aAAK+0B,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAkC,MAAlC;;AAEA,aAAK+0B,QAAL,CAAclO,QAAd,oBAAwC,KAAKh0B,OAAL,CAAa0/C,UAArD;;AAEA;AACA,aAAKD,SAAL,GAAiBte,EAAE5kC,QAAF,EACdoP,IADc,CACT,iBAAe/C,EAAf,GAAkB,mBAAlB,GAAsCA,EAAtC,GAAyC,oBAAzC,GAA8DA,EAA9D,GAAiE,IADxD,EAEduE,IAFc,CAET,eAFS,EAEQ,OAFR,EAGdA,IAHc,CAGT,eAHS,EAGQvE,EAHR,CAAjB;;AAKA;AACA,YAAI,KAAK5I,OAAL,CAAa2/C,cAAb,KAAgC,IAApC,EAA0C;AACxC,cAAIC,UAAUrjD,SAAS6F,aAAT,CAAuB,KAAvB,CAAd;AACA,cAAIy9C,kBAAkB1e,EAAE,KAAKe,QAAP,EAAiB5kB,GAAjB,CAAqB,UAArB,MAAqC,OAArC,GAA+C,kBAA/C,GAAoE,qBAA1F;AACAsiC,kBAAQ12C,YAAR,CAAqB,OAArB,EAA8B,2BAA2B22C,eAAzD;AACA,eAAKC,QAAL,GAAgB3e,EAAEye,OAAF,CAAhB;AACA,cAAGC,oBAAoB,kBAAvB,EAA2C;AACzC1e,cAAE,MAAF,EAAUzZ,MAAV,CAAiB,KAAKo4B,QAAtB;AACD,WAFD,MAEO;AACL,iBAAK5d,QAAL,CAAc3tB,QAAd,CAAuB,2BAAvB,EAAoDmT,MAApD,CAA2D,KAAKo4B,QAAhE;AACD;AACF;;AAED,aAAK9/C,OAAL,CAAa+/C,UAAb,GAA0B,KAAK//C,OAAL,CAAa+/C,UAAb,IAA2B,IAAIv5C,MAAJ,CAAW,KAAKxG,OAAL,CAAaggD,WAAxB,EAAqC,GAArC,EAA0Ch3C,IAA1C,CAA+C,KAAKk5B,QAAL,CAAc,CAAd,EAAiB32B,SAAhE,CAArD;;AAEA,YAAI,KAAKvL,OAAL,CAAa+/C,UAAb,KAA4B,IAAhC,EAAsC;AACpC,eAAK//C,OAAL,CAAaigD,QAAb,GAAwB,KAAKjgD,OAAL,CAAaigD,QAAb,IAAyB,KAAK/d,QAAL,CAAc,CAAd,EAAiB32B,SAAjB,CAA2BlD,KAA3B,CAAiC,uCAAjC,EAA0E,CAA1E,EAA6ElE,KAA7E,CAAmF,GAAnF,EAAwF,CAAxF,CAAjD;AACA,eAAK+7C,aAAL;AACD;AACD,YAAI,CAAC,KAAKlgD,OAAL,CAAamgD,cAAd,KAAiC,IAArC,EAA2C;AACzC,eAAKngD,OAAL,CAAamgD,cAAb,GAA8Bz+C,WAAWhF,OAAO0sB,gBAAP,CAAwB+X,EAAE,mBAAF,EAAuB,CAAvB,CAAxB,EAAmDyJ,kBAA9D,IAAoF,IAAlH;AACD;AACF;;AAED;;;;;;AA5EW;AAAA;AAAA,gCAiFD;AACR,aAAK1I,QAAL,CAAc/nB,GAAd,CAAkB,2BAAlB,EAA+CuG,EAA/C,CAAkD;AAChD,6BAAmB,KAAK6c,IAAL,CAAUkD,IAAV,CAAe,IAAf,CAD6B;AAEhD,8BAAoB,KAAK3X,KAAL,CAAW2X,IAAX,CAAgB,IAAhB,CAF4B;AAGhD,+BAAqB,KAAK9S,MAAL,CAAY8S,IAAZ,CAAiB,IAAjB,CAH2B;AAIhD,kCAAwB,KAAK2f,eAAL,CAAqB3f,IAArB,CAA0B,IAA1B;AAJwB,SAAlD;;AAOA,YAAI,KAAKzgC,OAAL,CAAa82C,YAAb,KAA8B,IAAlC,EAAwC;AACtC,cAAI3H,UAAU,KAAKnvC,OAAL,CAAa2/C,cAAb,GAA8B,KAAKG,QAAnC,GAA8C3e,EAAE,2BAAF,CAA5D;AACAgO,kBAAQzuB,EAAR,CAAW,EAAC,sBAAsB,KAAKoI,KAAL,CAAW2X,IAAX,CAAgB,IAAhB,CAAvB,EAAX;AACD;AACF;;AAED;;;;;AA/FW;AAAA;AAAA,sCAmGK;AACd,YAAI+B,QAAQ,IAAZ;;AAEArB,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,YAAW;AAC/C,cAAI4gB,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8BzG,MAAMxiC,OAAN,CAAcigD,QAA5C,CAAJ,EAA2D;AACzDzd,kBAAM6d,MAAN,CAAa,IAAb;AACD,WAFD,MAEO;AACL7d,kBAAM6d,MAAN,CAAa,KAAb;AACD;AACF,SAND,EAMGz/B,GANH,CAMO,mBANP,EAM4B,YAAW;AACrC,cAAI0gB,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8BzG,MAAMxiC,OAAN,CAAcigD,QAA5C,CAAJ,EAA2D;AACzDzd,kBAAM6d,MAAN,CAAa,IAAb;AACD;AACF,SAVD;AAWD;;AAED;;;;;;AAnHW;AAAA;AAAA,6BAwHJN,UAxHI,EAwHQ;AACjB,YAAIO,UAAU,KAAKpe,QAAL,CAAcv2B,IAAd,CAAmB,cAAnB,CAAd;AACA,YAAIo0C,UAAJ,EAAgB;AACd,eAAKj3B,KAAL;AACA,eAAKi3B,UAAL,GAAkB,IAAlB;AACA,eAAK7d,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAkC,OAAlC;AACA,eAAK+0B,QAAL,CAAc/nB,GAAd,CAAkB,mCAAlB;AACA,cAAImmC,QAAQhiD,MAAZ,EAAoB;AAAEgiD,oBAAQ5yB,IAAR;AAAiB;AACxC,SAND,MAMO;AACL,eAAKqyB,UAAL,GAAkB,KAAlB;AACA,eAAK7d,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAkC,MAAlC;AACA,eAAK+0B,QAAL,CAAcxhB,EAAd,CAAiB;AACf,+BAAmB,KAAK6c,IAAL,CAAUkD,IAAV,CAAe,IAAf,CADJ;AAEf,iCAAqB,KAAK9S,MAAL,CAAY8S,IAAZ,CAAiB,IAAjB;AAFN,WAAjB;AAIA,cAAI6f,QAAQhiD,MAAZ,EAAoB;AAClBgiD,oBAAQ7zB,IAAR;AACD;AACF;AACF;;AAED;;;;;AA7IW;AAAA;AAAA,qCAiJI3L,KAjJJ,EAiJW;AACrB,eAAO,KAAP;AACA;;AAED;;;;;;;;AArJW;AAAA;AAAA,2BA4JNA,KA5JM,EA4JC6D,OA5JD,EA4JU;AACnB,YAAI,KAAKud,QAAL,CAAczN,QAAd,CAAuB,SAAvB,KAAqC,KAAKsrB,UAA9C,EAA0D;AAAE;AAAS;AACrE,YAAIvd,QAAQ,IAAZ;;AAEA,YAAI7d,OAAJ,EAAa;AACX,eAAK66B,YAAL,GAAoB76B,OAApB;AACD;;AAED,YAAI,KAAK3kB,OAAL,CAAaugD,OAAb,KAAyB,KAA7B,EAAoC;AAClC7jD,iBAAO0jC,QAAP,CAAgB,CAAhB,EAAmB,CAAnB;AACD,SAFD,MAEO,IAAI,KAAKpgC,OAAL,CAAaugD,OAAb,KAAyB,QAA7B,EAAuC;AAC5C7jD,iBAAO0jC,QAAP,CAAgB,CAAhB,EAAkB7jC,SAASqnB,IAAT,CAAcy6B,YAAhC;AACD;;AAED;;;;AAIA7b,cAAMN,QAAN,CAAelO,QAAf,CAAwB,SAAxB;;AAEA,aAAKyrB,SAAL,CAAetyC,IAAf,CAAoB,eAApB,EAAqC,MAArC;AACA,aAAK+0B,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAkC,OAAlC,EACKwX,OADL,CACa,qBADb;;AAGA;AACA,YAAI,KAAK3kB,OAAL,CAAawgD,aAAb,KAA+B,KAAnC,EAA0C;AACxCrf,YAAE,MAAF,EAAUnN,QAAV,CAAmB,oBAAnB,EAAyCtT,EAAzC,CAA4C,WAA5C,EAAyD,KAAK+/B,cAA9D;AACD;;AAED,YAAI,KAAKzgD,OAAL,CAAa2/C,cAAb,KAAgC,IAApC,EAA0C;AACxC,eAAKG,QAAL,CAAc9rB,QAAd,CAAuB,YAAvB;AACD;;AAED,YAAI,KAAKh0B,OAAL,CAAa82C,YAAb,KAA8B,IAA9B,IAAsC,KAAK92C,OAAL,CAAa2/C,cAAb,KAAgC,IAA1E,EAAgF;AAC9E,eAAKG,QAAL,CAAc9rB,QAAd,CAAuB,aAAvB;AACD;;AAED,YAAI,KAAKh0B,OAAL,CAAaq5C,SAAb,KAA2B,IAA/B,EAAqC;AACnC,eAAKnX,QAAL,CAActhB,GAAd,CAAkB0gB,WAAWiC,aAAX,CAAyB,KAAKrB,QAA9B,CAAlB,EAA2D,YAAW;AACpEM,kBAAMN,QAAN,CAAev2B,IAAf,CAAoB,WAApB,EAAiCnM,EAAjC,CAAoC,CAApC,EAAuCklB,KAAvC;AACD,WAFD;AAGD;;AAED,YAAI,KAAK1kB,OAAL,CAAa+nC,SAAb,KAA2B,IAA/B,EAAqC;AACnC,eAAK7F,QAAL,CAAc3tB,QAAd,CAAuB,2BAAvB,EAAoDpH,IAApD,CAAyD,UAAzD,EAAqE,IAArE;AACAm0B,qBAAWwF,QAAX,CAAoBiB,SAApB,CAA8B,KAAK7F,QAAnC;AACD;AACF;;AAED;;;;;;;AA7MW;AAAA;AAAA,4BAmNLiI,EAnNK,EAmND;AACR,YAAI,CAAC,KAAKjI,QAAL,CAAczN,QAAd,CAAuB,SAAvB,CAAD,IAAsC,KAAKsrB,UAA/C,EAA2D;AAAE;AAAS;;AAEtE,YAAIvd,QAAQ,IAAZ;;AAEAA,cAAMN,QAAN,CAAe7N,WAAf,CAA2B,SAA3B;;AAEA,aAAK6N,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAkC,MAAlC;AACE;;;;AADF,SAKKwX,OALL,CAKa,qBALb;;AAOA;AACA,YAAI,KAAK3kB,OAAL,CAAawgD,aAAb,KAA+B,KAAnC,EAA0C;AACxCrf,YAAE,MAAF,EAAU9M,WAAV,CAAsB,oBAAtB,EAA4Cla,GAA5C,CAAgD,WAAhD,EAA6D,KAAKsmC,cAAlE;AACD;;AAED,YAAI,KAAKzgD,OAAL,CAAa2/C,cAAb,KAAgC,IAApC,EAA0C;AACxC,eAAKG,QAAL,CAAczrB,WAAd,CAA0B,YAA1B;AACD;;AAED,YAAI,KAAKr0B,OAAL,CAAa82C,YAAb,KAA8B,IAA9B,IAAsC,KAAK92C,OAAL,CAAa2/C,cAAb,KAAgC,IAA1E,EAAgF;AAC9E,eAAKG,QAAL,CAAczrB,WAAd,CAA0B,aAA1B;AACD;;AAED,aAAKorB,SAAL,CAAetyC,IAAf,CAAoB,eAApB,EAAqC,OAArC;;AAEA,YAAI,KAAKnN,OAAL,CAAa+nC,SAAb,KAA2B,IAA/B,EAAqC;AACnC,eAAK7F,QAAL,CAAc3tB,QAAd,CAAuB,2BAAvB,EAAoD0e,UAApD,CAA+D,UAA/D;AACAqO,qBAAWwF,QAAX,CAAoBqB,YAApB,CAAiC,KAAKjG,QAAtC;AACD;AACF;;AAED;;;;;;;AAtPW;AAAA;AAAA,6BA4PJphB,KA5PI,EA4PG6D,OA5PH,EA4PY;AACrB,YAAI,KAAKud,QAAL,CAAczN,QAAd,CAAuB,SAAvB,CAAJ,EAAuC;AACrC,eAAK3L,KAAL,CAAWhI,KAAX,EAAkB6D,OAAlB;AACD,SAFD,MAGK;AACH,eAAK4Y,IAAL,CAAUzc,KAAV,EAAiB6D,OAAjB;AACD;AACF;;AAED;;;;;;AArQW;AAAA;AAAA,sCA0QK5c,CA1QL,EA0QQ;AAAA;;AACjBu5B,mBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,WAAjC,EAA8C;AAC5C+gB,iBAAO,iBAAM;AACX,mBAAKA,KAAL;AACA,mBAAK02B,YAAL,CAAkB96B,KAAlB;AACA,mBAAO,IAAP;AACD,WAL2C;AAM5CijB,mBAAS,mBAAM;AACb5/B,cAAE+a,eAAF;AACA/a,cAAE8a,cAAF;AACD;AAT2C,SAA9C;AAWD;;AAED;;;;;AAxRW;AAAA;AAAA,gCA4RD;AACR,aAAKiG,KAAL;AACA,aAAKoZ,QAAL,CAAc/nB,GAAd,CAAkB,2BAAlB;AACA,aAAK2lC,QAAL,CAAc3lC,GAAd,CAAkB,eAAlB;;AAEAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAlSU;;AAAA;AAAA;;AAqSbod,YAAU1P,QAAV,GAAqB;AACnB;;;;;AAKAiH,kBAAc,IANK;;AAQnB;;;;;AAKA6I,oBAAgB,IAbG;;AAenB;;;;;AAKAa,mBAAe,IApBI;;AAsBnB;;;;;AAKAL,oBAAgB,CA3BG;;AA6BnB;;;;;AAKAT,gBAAY,MAlCO;;AAoCnB;;;;;AAKAa,aAAS,IAzCU;;AA2CnB;;;;;AAKAR,gBAAY,KAhDO;;AAkDnB;;;;;AAKAE,cAAU,IAvDS;;AAyDnB;;;;;AAKA5G,eAAW,IA9DQ;;AAgEnB;;;;;;AAMA2G,iBAAa,aAtEM;;AAwEnB;;;;;AAKAjY,eAAW;AA7EQ,GAArB;;AAgFA;AACAzG,aAAWI,MAAX,CAAkB6d,SAAlB,EAA6B,WAA7B;AAEC,CAxXA,CAwXChiD,MAxXD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;;AAFa,MAWPuf,KAXO;AAYX;;;;;;AAMA,mBAAYnb,OAAZ,EAAqBvlC,OAArB,EAA6B;AAAA;;AAC3B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa2gD,MAAM7Q,QAAnB,EAA6B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA7B,EAAmDxb,OAAnD,CAAf;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,OAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,OAA7B,EAAsC;AACpC,eAAO;AACL,yBAAe,MADV;AAEL,wBAAc;AAFT,SAD6B;AAKpC,eAAO;AACL,wBAAc,MADT;AAEL,yBAAe;AAFV;AAL6B,OAAtC;AAUD;;AAED;;;;;;;AArCW;AAAA;AAAA,8BA0CH;AACN;AACA,aAAKylC,MAAL;;AAEA,aAAKlK,QAAL,GAAgB,KAAKvU,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAa4gD,cAApC,CAAhB;AACA,aAAKC,OAAL,GAAe,KAAK3e,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAa8gD,UAApC,CAAf;;AAEA,YAAIC,UAAU,KAAK7e,QAAL,CAAcv2B,IAAd,CAAmB,KAAnB,CAAd;AAAA,YACIq1C,aAAa,KAAKH,OAAL,CAAaj1C,MAAb,CAAoB,YAApB,CADjB;AAAA,YAEIhD,KAAK,KAAKs5B,QAAL,CAAc,CAAd,EAAiBt5B,EAAjB,IAAuB04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,OAA1B,CAFhC;;AAIA,aAAKC,QAAL,CAAc/0B,IAAd,CAAmB;AACjB,yBAAevE,EADE;AAEjB,gBAAMA;AAFW,SAAnB;;AAKA,YAAI,CAACo4C,WAAW1iD,MAAhB,EAAwB;AACtB,eAAKuiD,OAAL,CAAarhD,EAAb,CAAgB,CAAhB,EAAmBw0B,QAAnB,CAA4B,WAA5B;AACD;;AAED,YAAI,CAAC,KAAKh0B,OAAL,CAAaihD,MAAlB,EAA0B;AACxB,eAAKJ,OAAL,CAAa7sB,QAAb,CAAsB,aAAtB;AACD;;AAED,YAAI+sB,QAAQziD,MAAZ,EAAoB;AAClBgjC,qBAAWwK,cAAX,CAA0BiV,OAA1B,EAAmC,KAAKG,gBAAL,CAAsBzgB,IAAtB,CAA2B,IAA3B,CAAnC;AACD,SAFD,MAEO;AACL,eAAKygB,gBAAL,GADK,CACmB;AACzB;;AAED,YAAI,KAAKlhD,OAAL,CAAamhD,OAAjB,EAA0B;AACxB,eAAKC,YAAL;AACD;;AAED,aAAKrR,OAAL;;AAEA,YAAI,KAAK/vC,OAAL,CAAaqhD,QAAb,IAAyB,KAAKR,OAAL,CAAaviD,MAAb,GAAsB,CAAnD,EAAsD;AACpD,eAAKgjD,OAAL;AACD;;AAED,YAAI,KAAKthD,OAAL,CAAauhD,UAAjB,EAA6B;AAAE;AAC7B,eAAK9K,QAAL,CAActpC,IAAd,CAAmB,UAAnB,EAA+B,CAA/B;AACD;AACF;;AAED;;;;;;AAvFW;AAAA;AAAA,qCA4FI;AACb,aAAKq0C,QAAL,GAAgB,KAAKtf,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAayhD,YAApC,EAAoD91C,IAApD,CAAyD,QAAzD,CAAhB;AACD;;AAED;;;;;AAhGW;AAAA;AAAA,gCAoGD;AACR,YAAI62B,QAAQ,IAAZ;AACA,aAAK3R,KAAL,GAAa,IAAIyQ,WAAWiK,KAAf,CACX,KAAKrJ,QADM,EAEX;AACEhU,oBAAU,KAAKluB,OAAL,CAAa0hD,UADzB;AAEE9V,oBAAU;AAFZ,SAFW,EAMX,YAAW;AACTpJ,gBAAMmf,WAAN,CAAkB,IAAlB;AACD,SARU,CAAb;AASA,aAAK9wB,KAAL,CAAW5hB,KAAX;AACD;;AAED;;;;;;AAlHW;AAAA;AAAA,yCAuHQ;AACjB,YAAIuzB,QAAQ,IAAZ;AACA,aAAKof,iBAAL;AACD;;AAED;;;;;;;AA5HW;AAAA;AAAA,wCAkIOzX,EAlIP,EAkIW;AAAC;AACrB,YAAIpe,MAAM,CAAV;AAAA,YAAaxZ,IAAb;AAAA,YAAmB8lC,UAAU,CAA7B;AAAA,YAAgC7V,QAAQ,IAAxC;;AAEA,aAAKqe,OAAL,CAAa7hD,IAAb,CAAkB,YAAW;AAC3BuT,iBAAO,KAAKya,qBAAL,GAA6BiC,MAApC;AACAkS,YAAE,IAAF,EAAQh0B,IAAR,CAAa,YAAb,EAA2BkrC,OAA3B;;AAEA,cAAI7V,MAAMqe,OAAN,CAAcj1C,MAAd,CAAqB,YAArB,EAAmC,CAAnC,MAA0C42B,MAAMqe,OAAN,CAAcrhD,EAAd,CAAiB64C,OAAjB,EAA0B,CAA1B,CAA9C,EAA4E;AAAC;AAC3ElX,cAAE,IAAF,EAAQ7jB,GAAR,CAAY,EAAC,YAAY,UAAb,EAAyB,WAAW,MAApC,EAAZ;AACD;AACDyO,gBAAMxZ,OAAOwZ,GAAP,GAAaxZ,IAAb,GAAoBwZ,GAA1B;AACAssB;AACD,SATD;;AAWA,YAAIA,YAAY,KAAKwI,OAAL,CAAaviD,MAA7B,EAAqC;AACnC,eAAKm4C,QAAL,CAAcn5B,GAAd,CAAkB,EAAC,UAAUyO,GAAX,EAAlB,EADmC,CACC;AACpC,cAAGoe,EAAH,EAAO;AAACA,eAAGpe,GAAH;AAAS,WAFkB,CAEjB;AACnB;AACF;;AAED;;;;;;AAtJW;AAAA;AAAA,sCA2JKkD,MA3JL,EA2Ja;AACtB,aAAK4xB,OAAL,CAAa7hD,IAAb,CAAkB,YAAW;AAC3BmiC,YAAE,IAAF,EAAQ7jB,GAAR,CAAY,YAAZ,EAA0B2R,MAA1B;AACD,SAFD;AAGD;;AAED;;;;;;AAjKW;AAAA;AAAA,gCAsKD;AACR,YAAIuT,QAAQ,IAAZ;;AAEA;AACA;AACA;AACA;AACA;AACA,aAAKN,QAAL,CAAc/nB,GAAd,CAAkB,sBAAlB,EAA0CuG,EAA1C,CAA6C;AAC3C,iCAAuB,KAAKwgC,gBAAL,CAAsBzgB,IAAtB,CAA2B,IAA3B;AADoB,SAA7C;AAGA,YAAI,KAAKogB,OAAL,CAAaviD,MAAb,GAAsB,CAA1B,EAA6B;;AAE3B,cAAI,KAAK0B,OAAL,CAAamtC,KAAjB,EAAwB;AACtB,iBAAK0T,OAAL,CAAa1mC,GAAb,CAAiB,wCAAjB,EACCuG,EADD,CACI,oBADJ,EAC0B,UAAS3Y,CAAT,EAAW;AACnCA,gBAAE8a,cAAF;AACA2f,oBAAMmf,WAAN,CAAkB,IAAlB;AACD,aAJD,EAIGjhC,EAJH,CAIM,qBAJN,EAI6B,UAAS3Y,CAAT,EAAW;AACtCA,gBAAE8a,cAAF;AACA2f,oBAAMmf,WAAN,CAAkB,KAAlB;AACD,aAPD;AAQD;AACD;;AAEA,cAAI,KAAK3hD,OAAL,CAAaqhD,QAAjB,EAA2B;AACzB,iBAAKR,OAAL,CAAangC,EAAb,CAAgB,gBAAhB,EAAkC,YAAW;AAC3C8hB,oBAAMN,QAAN,CAAe1mB,IAAf,CAAoB,WAApB,EAAiCgnB,MAAMN,QAAN,CAAe1mB,IAAf,CAAoB,WAApB,IAAmC,KAAnC,GAA2C,IAA5E;AACAgnB,oBAAM3R,KAAN,CAAY2R,MAAMN,QAAN,CAAe1mB,IAAf,CAAoB,WAApB,IAAmC,OAAnC,GAA6C,OAAzD;AACD,aAHD;;AAKA,gBAAI,KAAKxb,OAAL,CAAa6hD,YAAjB,EAA+B;AAC7B,mBAAK3f,QAAL,CAAcxhB,EAAd,CAAiB,qBAAjB,EAAwC,YAAW;AACjD8hB,sBAAM3R,KAAN,CAAYgb,KAAZ;AACD,eAFD,EAEGnrB,EAFH,CAEM,qBAFN,EAE6B,YAAW;AACtC,oBAAI,CAAC8hB,MAAMN,QAAN,CAAe1mB,IAAf,CAAoB,WAApB,CAAL,EAAuC;AACrCgnB,wBAAM3R,KAAN,CAAY5hB,KAAZ;AACD;AACF,eAND;AAOD;AACF;;AAED,cAAI,KAAKjP,OAAL,CAAa8hD,UAAjB,EAA6B;AAC3B,gBAAIC,YAAY,KAAK7f,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAagiD,SAApC,WAAmD,KAAKhiD,OAAL,CAAaiiD,SAAhE,CAAhB;AACAF,sBAAU50C,IAAV,CAAe,UAAf,EAA2B,CAA3B;AACA;AADA,aAECuT,EAFD,CAEI,kCAFJ,EAEwC,UAAS3Y,CAAT,EAAW;AACxDA,gBAAE8a,cAAF;AACO2f,oBAAMmf,WAAN,CAAkBxgB,EAAE,IAAF,EAAQ1M,QAAR,CAAiB+N,MAAMxiC,OAAN,CAAcgiD,SAA/B,CAAlB;AACD,aALD;AAMD;;AAED,cAAI,KAAKhiD,OAAL,CAAamhD,OAAjB,EAA0B;AACxB,iBAAKK,QAAL,CAAc9gC,EAAd,CAAiB,kCAAjB,EAAqD,YAAW;AAC9D,kBAAI,aAAa1X,IAAb,CAAkB,KAAKuC,SAAvB,CAAJ,EAAuC;AAAE,uBAAO,KAAP;AAAe,eADM,CACN;AACxD,kBAAIgE,MAAM4xB,EAAE,IAAF,EAAQ3lB,IAAR,CAAa,OAAb,CAAV;AAAA,kBACAksB,MAAMn4B,MAAMizB,MAAMqe,OAAN,CAAcj1C,MAAd,CAAqB,YAArB,EAAmC4P,IAAnC,CAAwC,OAAxC,CADZ;AAAA,kBAEA0mC,SAAS1f,MAAMqe,OAAN,CAAcrhD,EAAd,CAAiB+P,GAAjB,CAFT;;AAIAizB,oBAAMmf,WAAN,CAAkBja,GAAlB,EAAuBwa,MAAvB,EAA+B3yC,GAA/B;AACD,aAPD;AAQD;;AAED,cAAI,KAAKvP,OAAL,CAAauhD,UAAjB,EAA6B;AAC3B,iBAAK9K,QAAL,CAAcvgC,GAAd,CAAkB,KAAKsrC,QAAvB,EAAiC9gC,EAAjC,CAAoC,kBAApC,EAAwD,UAAS3Y,CAAT,EAAY;AAClE;AACAu5B,yBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,OAAjC,EAA0C;AACxC0N,sBAAM,gBAAW;AACf+sB,wBAAMmf,WAAN,CAAkB,IAAlB;AACD,iBAHuC;AAIxCtN,0BAAU,oBAAW;AACnB7R,wBAAMmf,WAAN,CAAkB,KAAlB;AACD,iBANuC;AAOxCha,yBAAS,mBAAW;AAAE;AACpB,sBAAIxG,EAAEp5B,EAAEzH,MAAJ,EAAYgU,EAAZ,CAAekuB,MAAMgf,QAArB,CAAJ,EAAoC;AAClChf,0BAAMgf,QAAN,CAAe51C,MAAf,CAAsB,YAAtB,EAAoC8Y,KAApC;AACD;AACF;AAXuC,eAA1C;AAaD,aAfD;AAgBD;AACF;AACF;;AAED;;;;AA1PW;AAAA;AAAA,+BA6PF;AACP;AACA,YAAI,OAAO,KAAKm8B,OAAZ,IAAuB,WAA3B,EAAwC;AACtC;AACD;;AAED,YAAI,KAAKA,OAAL,CAAaviD,MAAb,GAAsB,CAA1B,EAA6B;AAC3B;AACA,eAAK4jC,QAAL,CAAc/nB,GAAd,CAAkB,WAAlB,EAA+BxO,IAA/B,CAAoC,GAApC,EAAyCwO,GAAzC,CAA6C,WAA7C;;AAEA;AACA,cAAI,KAAKna,OAAL,CAAaqhD,QAAjB,EAA2B;AACzB,iBAAKxwB,KAAL,CAAW8a,OAAX;AACD;;AAED;AACA,eAAKkV,OAAL,CAAa7hD,IAAb,CAAkB,UAASqe,EAAT,EAAa;AAC7B8jB,cAAE9jB,EAAF,EAAMgX,WAAN,CAAkB,2BAAlB,EACGpB,UADH,CACc,WADd,EAEGvF,IAFH;AAGD,WAJD;;AAMA;AACA,eAAKmzB,OAAL,CAAathD,KAAb,GAAqBy0B,QAArB,CAA8B,WAA9B,EAA2CvH,IAA3C;;AAEA;AACA,eAAKyV,QAAL,CAAcvd,OAAd,CAAsB,sBAAtB,EAA8C,CAAC,KAAKk8B,OAAL,CAAathD,KAAb,EAAD,CAA9C;;AAEA;AACA,cAAI,KAAKS,OAAL,CAAamhD,OAAjB,EAA0B;AACxB,iBAAKgB,cAAL,CAAoB,CAApB;AACD;AACF;AACF;;AAED;;;;;;;;;AAhSW;AAAA;AAAA,kCAwSCC,KAxSD,EAwSQC,WAxSR,EAwSqB9yC,GAxSrB,EAwS0B;AACnC,YAAI,CAAC,KAAKsxC,OAAV,EAAmB;AAAC;AAAS,SADM,CACL;AAC9B,YAAIyB,YAAY,KAAKzB,OAAL,CAAaj1C,MAAb,CAAoB,YAApB,EAAkCpM,EAAlC,CAAqC,CAArC,CAAhB;;AAEA,YAAI,OAAOwJ,IAAP,CAAYs5C,UAAU,CAAV,EAAa/2C,SAAzB,CAAJ,EAAyC;AAAE,iBAAO,KAAP;AAAe,SAJvB,CAIwB;;AAE3D,YAAIg3C,cAAc,KAAK1B,OAAL,CAAathD,KAAb,EAAlB;AAAA,YACAijD,aAAa,KAAK3B,OAAL,CAAaphD,IAAb,EADb;AAAA,YAEAgjD,QAAQL,QAAQ,OAAR,GAAkB,MAF1B;AAAA,YAGAM,SAASN,QAAQ,MAAR,GAAiB,OAH1B;AAAA,YAIA5f,QAAQ,IAJR;AAAA,YAKAmgB,SALA;;AAOA,YAAI,CAACN,WAAL,EAAkB;AAAE;AAClBM,sBAAYP,QAAQ;AACnB,eAAKpiD,OAAL,CAAa4iD,YAAb,GAA4BN,UAAU7sC,IAAV,OAAmB,KAAKzV,OAAL,CAAa8gD,UAAhC,EAA8CxiD,MAA9C,GAAuDgkD,UAAU7sC,IAAV,OAAmB,KAAKzV,OAAL,CAAa8gD,UAAhC,CAAvD,GAAuGyB,WAAnI,GAAiJD,UAAU7sC,IAAV,OAAmB,KAAKzV,OAAL,CAAa8gD,UAAhC,CADtI,GACoL;AAE/L,eAAK9gD,OAAL,CAAa4iD,YAAb,GAA4BN,UAAU5sC,IAAV,OAAmB,KAAK1V,OAAL,CAAa8gD,UAAhC,EAA8CxiD,MAA9C,GAAuDgkD,UAAU5sC,IAAV,OAAmB,KAAK1V,OAAL,CAAa8gD,UAAhC,CAAvD,GAAuG0B,UAAnI,GAAgJF,UAAU5sC,IAAV,OAAmB,KAAK1V,OAAL,CAAa8gD,UAAhC,CAHjJ,CADgB,CAIgL;AACjM,SALD,MAKO;AACL6B,sBAAYN,WAAZ;AACD;;AAED,YAAIM,UAAUrkD,MAAd,EAAsB;AACpB;;;;AAIA,eAAK4jC,QAAL,CAAcvd,OAAd,CAAsB,4BAAtB,EAAoD,CAAC29B,SAAD,EAAYK,SAAZ,CAApD;;AAEA,cAAI,KAAK3iD,OAAL,CAAamhD,OAAjB,EAA0B;AACxB5xC,kBAAMA,OAAO,KAAKsxC,OAAL,CAAa7qC,KAAb,CAAmB2sC,SAAnB,CAAb,CADwB,CACoB;AAC5C,iBAAKR,cAAL,CAAoB5yC,GAApB;AACD;;AAED,cAAI,KAAKvP,OAAL,CAAaihD,MAAb,IAAuB,CAAC,KAAK/e,QAAL,CAAc5tB,EAAd,CAAiB,SAAjB,CAA5B,EAAyD;AACvDgtB,uBAAW2I,MAAX,CAAkBC,SAAlB,CACEyY,UAAU3uB,QAAV,CAAmB,WAAnB,EAAgC1W,GAAhC,CAAoC,EAAC,YAAY,UAAb,EAAyB,OAAO,CAAhC,EAApC,CADF,EAEE,KAAKtd,OAAL,gBAA0ByiD,KAA1B,CAFF,EAGE,YAAU;AACRE,wBAAUrlC,GAAV,CAAc,EAAC,YAAY,UAAb,EAAyB,WAAW,OAApC,EAAd,EACCnQ,IADD,CACM,WADN,EACmB,QADnB;AAEH,aAND;;AAQAm0B,uBAAW2I,MAAX,CAAkBG,UAAlB,CACEkY,UAAUjuB,WAAV,CAAsB,WAAtB,CADF,EAEE,KAAKr0B,OAAL,eAAyB0iD,MAAzB,CAFF,EAGE,YAAU;AACRJ,wBAAUrvB,UAAV,CAAqB,WAArB;AACA,kBAAGuP,MAAMxiC,OAAN,CAAcqhD,QAAd,IAA0B,CAAC7e,MAAM3R,KAAN,CAAY6a,QAA1C,EAAmD;AACjDlJ,sBAAM3R,KAAN,CAAY8a,OAAZ;AACD;AACD;AACD,aATH;AAUD,WAnBD,MAmBO;AACL2W,sBAAUjuB,WAAV,CAAsB,iBAAtB,EAAyCpB,UAAzC,CAAoD,WAApD,EAAiEvF,IAAjE;AACAi1B,sBAAU3uB,QAAV,CAAmB,iBAAnB,EAAsC7mB,IAAtC,CAA2C,WAA3C,EAAwD,QAAxD,EAAkEsf,IAAlE;AACA,gBAAI,KAAKzsB,OAAL,CAAaqhD,QAAb,IAAyB,CAAC,KAAKxwB,KAAL,CAAW6a,QAAzC,EAAmD;AACjD,mBAAK7a,KAAL,CAAW8a,OAAX;AACD;AACF;AACH;;;;AAIE,eAAKzJ,QAAL,CAAcvd,OAAd,CAAsB,sBAAtB,EAA8C,CAACg+B,SAAD,CAA9C;AACD;AACF;;AAED;;;;;;;AA5WW;AAAA;AAAA,qCAkXIpzC,GAlXJ,EAkXS;AAClB,YAAIszC,aAAa,KAAK3gB,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAayhD,YAApC,EAChB91C,IADgB,CACX,YADW,EACG0oB,WADH,CACe,WADf,EAC4BzP,IAD5B,EAAjB;AAAA,YAEAk+B,OAAOD,WAAWl3C,IAAX,CAAgB,WAAhB,EAA6B8b,MAA7B,EAFP;AAAA,YAGAs7B,aAAa,KAAKvB,QAAL,CAAchiD,EAAd,CAAiB+P,GAAjB,EAAsBykB,QAAtB,CAA+B,WAA/B,EAA4CtM,MAA5C,CAAmDo7B,IAAnD,CAHb;AAID;;AAED;;;;;AAzXW;AAAA;AAAA,gCA6XD;AACR,aAAK5gB,QAAL,CAAc/nB,GAAd,CAAkB,WAAlB,EAA+BxO,IAA/B,CAAoC,GAApC,EAAyCwO,GAAzC,CAA6C,WAA7C,EAA0Dva,GAA1D,GAAgE8tB,IAAhE;AACA4T,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAhYU;;AAAA;AAAA;;AAmYbue,QAAM7Q,QAAN,GAAiB;AACf;;;;;AAKAsR,aAAS,IANM;AAOf;;;;;AAKAW,gBAAY,IAZG;AAaf;;;;;AAKAkB,qBAAiB,gBAlBF;AAmBf;;;;;AAKAC,oBAAgB,iBAxBD;AAyBf;;;;;;AAMAC,oBAAgB,eA/BD;AAgCf;;;;;AAKAC,mBAAe,gBArCA;AAsCf;;;;;AAKA9B,cAAU,IA3CK;AA4Cf;;;;;AAKAK,gBAAY,IAjDG;AAkDf;;;;;AAKAkB,kBAAc,IAvDC;AAwDf;;;;;AAKAzV,WAAO,IA7DQ;AA8Df;;;;;AAKA0U,kBAAc,IAnEC;AAoEf;;;;;AAKAN,gBAAY,IAzEG;AA0Ef;;;;;AAKAX,oBAAgB,iBA/ED;AAgFf;;;;;AAKAE,gBAAY,aArFG;AAsFf;;;;;AAKAW,kBAAc,eA3FC;AA4Ff;;;;;AAKAO,eAAW,YAjGI;AAkGf;;;;;AAKAC,eAAW,gBAvGI;AAwGf;;;;;AAKAhB,YAAQ;AA7GO,GAAjB;;AAgHA;AACA3f,aAAWI,MAAX,CAAkBgf,KAAlB,EAAyB,OAAzB;AAEC,CAtfA,CAsfCnjD,MAtfD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;;;AAFa,MAYPiiB,cAZO;AAaX;;;;;;;AAOA,4BAAY7d,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBf,EAAEoE,OAAF,CAAhB;AACA,WAAK4X,KAAL,GAAa,KAAKjb,QAAL,CAAc1mB,IAAd,CAAmB,iBAAnB,CAAb;AACA,WAAK6nC,SAAL,GAAiB,IAAjB;AACA,WAAKC,aAAL,GAAqB,IAArB;;AAEA,WAAK/gB,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,gBAAhC;AACD;;AAED;;;;;;;AAhCW;AAAA;AAAA,8BAqCH;AACN;AACA,YAAI,OAAO,KAAKqb,KAAZ,KAAsB,QAA1B,EAAoC;AAClC,cAAIoG,YAAY,EAAhB;;AAEA;AACA,cAAIpG,QAAQ,KAAKA,KAAL,CAAWh5C,KAAX,CAAiB,GAAjB,CAAZ;;AAEA;AACA,eAAK,IAAI/E,IAAI,CAAb,EAAgBA,IAAI+9C,MAAM7+C,MAA1B,EAAkCc,GAAlC,EAAuC;AACrC,gBAAIm+C,OAAOJ,MAAM/9C,CAAN,EAAS+E,KAAT,CAAe,GAAf,CAAX;AACA,gBAAIq/C,WAAWjG,KAAKj/C,MAAL,GAAc,CAAd,GAAkBi/C,KAAK,CAAL,CAAlB,GAA4B,OAA3C;AACA,gBAAIkG,aAAalG,KAAKj/C,MAAL,GAAc,CAAd,GAAkBi/C,KAAK,CAAL,CAAlB,GAA4BA,KAAK,CAAL,CAA7C;;AAEA,gBAAImG,YAAYD,UAAZ,MAA4B,IAAhC,EAAsC;AACpCF,wBAAUC,QAAV,IAAsBE,YAAYD,UAAZ,CAAtB;AACD;AACF;;AAED,eAAKtG,KAAL,GAAaoG,SAAb;AACD;;AAED,YAAI,CAACpiB,EAAEt/B,aAAF,CAAgB,KAAKs7C,KAArB,CAAL,EAAkC;AAChC,eAAKwG,kBAAL;AACD;AACD;AACA,aAAKzhB,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,EAAmC,KAAK+0B,QAAL,CAAc/0B,IAAd,CAAmB,aAAnB,KAAqCm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,iBAA1B,CAAxE;AACD;;AAED;;;;;;AAlEW;AAAA;AAAA,gCAuED;AACR,YAAIO,QAAQ,IAAZ;;AAEArB,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,YAAW;AAC/C8hB,gBAAMmhB,kBAAN;AACD,SAFD;AAGA;AACA;AACA;AACD;;AAED;;;;;;AAlFW;AAAA;AAAA,2CAuFU;AACnB,YAAIC,SAAJ;AAAA,YAAephB,QAAQ,IAAvB;AACA;AACArB,UAAEniC,IAAF,CAAO,KAAKm+C,KAAZ,EAAmB,UAASx7C,GAAT,EAAc;AAC/B,cAAI2/B,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8BtnC,GAA9B,CAAJ,EAAwC;AACtCiiD,wBAAYjiD,GAAZ;AACD;AACF,SAJD;;AAMA;AACA,YAAI,CAACiiD,SAAL,EAAgB;;AAEhB;AACA,YAAI,KAAKN,aAAL,YAA8B,KAAKnG,KAAL,CAAWyG,SAAX,EAAsBliB,MAAxD,EAAgE;;AAEhE;AACAP,UAAEniC,IAAF,CAAO0kD,WAAP,EAAoB,UAAS/hD,GAAT,EAAc+B,KAAd,EAAqB;AACvC8+B,gBAAMN,QAAN,CAAe7N,WAAf,CAA2B3wB,MAAMmgD,QAAjC;AACD,SAFD;;AAIA;AACA,aAAK3hB,QAAL,CAAclO,QAAd,CAAuB,KAAKmpB,KAAL,CAAWyG,SAAX,EAAsBC,QAA7C;;AAEA;AACA,YAAI,KAAKP,aAAT,EAAwB,KAAKA,aAAL,CAAmBQ,OAAnB;AACxB,aAAKR,aAAL,GAAqB,IAAI,KAAKnG,KAAL,CAAWyG,SAAX,EAAsBliB,MAA1B,CAAiC,KAAKQ,QAAtC,EAAgD,EAAhD,CAArB;AACD;;AAED;;;;;AAnHW;AAAA;AAAA,gCAuHD;AACR,aAAKohB,aAAL,CAAmBQ,OAAnB;AACA3iB,UAAEzkC,MAAF,EAAUyd,GAAV,CAAc,oBAAd;AACAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA3HU;;AAAA;AAAA;;AA8HbihB,iBAAevT,QAAf,GAA0B,EAA1B;;AAEA;AACA,MAAI6T,cAAc;AAChBK,cAAU;AACRF,gBAAU,UADF;AAERniB,cAAQJ,WAAWC,QAAX,CAAoB,eAApB,KAAwC;AAFxC,KADM;AAKjByiB,eAAW;AACRH,gBAAU,WADF;AAERniB,cAAQJ,WAAWC,QAAX,CAAoB,WAApB,KAAoC;AAFpC,KALM;AAShB0iB,eAAW;AACTJ,gBAAU,gBADD;AAETniB,cAAQJ,WAAWC,QAAX,CAAoB,gBAApB,KAAyC;AAFxC;AATK,GAAlB;;AAeA;AACAD,aAAWI,MAAX,CAAkB0hB,cAAlB,EAAkC,gBAAlC;AAEC,CAnJA,CAmJC7lD,MAnJD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;AAFa,MAQP+iB,gBARO;AASX;;;;;;;AAOA,8BAAY3e,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBf,EAAEoE,OAAF,CAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAamkD,iBAAiBrU,QAA9B,EAAwC,KAAK3N,QAAL,CAAc1mB,IAAd,EAAxC,EAA8Dxb,OAA9D,CAAf;;AAEA,WAAKuiC,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,kBAAhC;AACD;;AAED;;;;;;;AA1BW;AAAA;AAAA,8BA+BH;AACN,YAAIqiB,WAAW,KAAKjiB,QAAL,CAAc1mB,IAAd,CAAmB,mBAAnB,CAAf;AACA,YAAI,CAAC2oC,QAAL,EAAe;AACbvhB,kBAAQ3hC,KAAR,CAAc,kEAAd;AACD;;AAED,aAAKmjD,WAAL,GAAmBjjB,QAAMgjB,QAAN,CAAnB;AACA,aAAKE,QAAL,GAAgB,KAAKniB,QAAL,CAAcv2B,IAAd,CAAmB,eAAnB,CAAhB;AACA,aAAK3L,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa,KAAKC,OAAlB,EAA2B,KAAKokD,WAAL,CAAiB5oC,IAAjB,EAA3B,CAAf;;AAEA;AACA,YAAG,KAAKxb,OAAL,CAAasxB,OAAhB,EAAyB;AACvB,cAAIrlB,QAAQ,KAAKjM,OAAL,CAAasxB,OAAb,CAAqBntB,KAArB,CAA2B,GAA3B,CAAZ;;AAEA,eAAKmgD,WAAL,GAAmBr4C,MAAM,CAAN,CAAnB;AACA,eAAKs4C,YAAL,GAAoBt4C,MAAM,CAAN,KAAY,IAAhC;AACD;;AAED,aAAKu4C,OAAL;AACD;;AAED;;;;;;AApDW;AAAA;AAAA,gCAyDD;AACR,YAAIhiB,QAAQ,IAAZ;;AAEA,aAAKiiB,gBAAL,GAAwB,KAAKD,OAAL,CAAa/jB,IAAb,CAAkB,IAAlB,CAAxB;;AAEAU,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,KAAK+jC,gBAA3C;;AAEA,aAAKJ,QAAL,CAAc3jC,EAAd,CAAiB,2BAAjB,EAA8C,KAAKgkC,UAAL,CAAgBjkB,IAAhB,CAAqB,IAArB,CAA9C;AACD;;AAED;;;;;;AAnEW;AAAA;AAAA,gCAwED;AACR;AACA,YAAI,CAACa,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8B,KAAKjpC,OAAL,CAAa2kD,OAA3C,CAAL,EAA0D;AACxD,eAAKziB,QAAL,CAAczV,IAAd;AACA,eAAK23B,WAAL,CAAiB12B,IAAjB;AACD;;AAED;AALA,aAMK;AACH,iBAAKwU,QAAL,CAAcxU,IAAd;AACA,iBAAK02B,WAAL,CAAiB33B,IAAjB;AACD;AACF;;AAED;;;;;;AAtFW;AAAA;AAAA,mCA2FE;AAAA;;AACX,YAAI,CAAC6U,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8B,KAAKjpC,OAAL,CAAa2kD,OAA3C,CAAL,EAA0D;AACxD,cAAG,KAAK3kD,OAAL,CAAasxB,OAAhB,EAAyB;AACvB,gBAAI,KAAK8yB,WAAL,CAAiB9vC,EAAjB,CAAoB,SAApB,CAAJ,EAAoC;AAClCgtB,yBAAW2I,MAAX,CAAkBC,SAAlB,CAA4B,KAAKka,WAAjC,EAA8C,KAAKE,WAAnD,EAAgE,YAAM;AACpE;;;;AAIA,uBAAKpiB,QAAL,CAAcvd,OAAd,CAAsB,6BAAtB;AACA,uBAAKy/B,WAAL,CAAiBz4C,IAAjB,CAAsB,eAAtB,EAAuCuO,cAAvC,CAAsD,qBAAtD;AACD,eAPD;AAQD,aATD,MAUK;AACHonB,yBAAW2I,MAAX,CAAkBG,UAAlB,CAA6B,KAAKga,WAAlC,EAA+C,KAAKG,YAApD,EAAkE,YAAM;AACtE;;;;AAIA,uBAAKriB,QAAL,CAAcvd,OAAd,CAAsB,6BAAtB;AACD,eAND;AAOD;AACF,WApBD,MAqBK;AACH,iBAAKy/B,WAAL,CAAiBz2B,MAAjB,CAAwB,CAAxB;AACA,iBAAKy2B,WAAL,CAAiBz4C,IAAjB,CAAsB,eAAtB,EAAuCgZ,OAAvC,CAA+C,qBAA/C;;AAEA;;;;AAIA,iBAAKud,QAAL,CAAcvd,OAAd,CAAsB,6BAAtB;AACD;AACF;AACF;AA7HU;AAAA;AAAA,gCA+HD;AACR,aAAKud,QAAL,CAAc/nB,GAAd,CAAkB,sBAAlB;AACA,aAAKkqC,QAAL,CAAclqC,GAAd,CAAkB,sBAAlB;;AAEAgnB,UAAEzkC,MAAF,EAAUyd,GAAV,CAAc,uBAAd,EAAuC,KAAKsqC,gBAA5C;;AAEAnjB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAtIU;;AAAA;AAAA;;AAyIb+hB,mBAAiBrU,QAAjB,GAA4B;AAC1B;;;;;AAKA8U,aAAS,QANiB;;AAQ1B;;;;;AAKArzB,aAAS;AAbiB,GAA5B;;AAgBA;AACAgQ,aAAWI,MAAX,CAAkBwiB,gBAAlB,EAAoC,kBAApC;AAEC,CA5JA,CA4JC3mD,MA5JD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;;;AAFa,MAYPyjB,MAZO;AAaX;;;;;;AAMA,oBAAYrf,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAa6kD,OAAO/U,QAApB,EAA8B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA9B,EAAoDxb,OAApD,CAAf;AACA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,QAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,QAA7B,EAAuC;AACrC,iBAAS,MAD4B;AAErC,iBAAS,MAF4B;AAGrC,kBAAU;AAH2B,OAAvC;AAKD;;AAED;;;;;;AAhCW;AAAA;AAAA,8BAoCH;AACN,aAAKtS,EAAL,GAAU,KAAKs5B,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAAV;AACA,aAAK6nC,QAAL,GAAgB,KAAhB;AACA,aAAK5jC,MAAL,GAAc,EAACyzC,IAAIvjB,WAAWuC,UAAX,CAAsBtL,OAA3B,EAAd;AACA,aAAKusB,QAAL,GAAgBC,aAAhB;;AAEA,aAAK/M,OAAL,GAAe7W,mBAAiB,KAAKv4B,EAAtB,SAA8BtK,MAA9B,GAAuC6iC,mBAAiB,KAAKv4B,EAAtB,QAAvC,GAAuEu4B,qBAAmB,KAAKv4B,EAAxB,QAAtF;AACA,aAAKovC,OAAL,CAAa7qC,IAAb,CAAkB;AAChB,2BAAiB,KAAKvE,EADN;AAEhB,2BAAiB,IAFD;AAGhB,sBAAY;AAHI,SAAlB;;AAMA,YAAI,KAAK5I,OAAL,CAAaglD,UAAb,IAA2B,KAAK9iB,QAAL,CAAczN,QAAd,CAAuB,MAAvB,CAA/B,EAA+D;AAC7D,eAAKz0B,OAAL,CAAaglD,UAAb,GAA0B,IAA1B;AACA,eAAKhlD,OAAL,CAAa4/C,OAAb,GAAuB,KAAvB;AACD;AACD,YAAI,KAAK5/C,OAAL,CAAa4/C,OAAb,IAAwB,CAAC,KAAKE,QAAlC,EAA4C;AAC1C,eAAKA,QAAL,GAAgB,KAAKmF,YAAL,CAAkB,KAAKr8C,EAAvB,CAAhB;AACD;;AAED,aAAKs5B,QAAL,CAAc/0B,IAAd,CAAmB;AACf,kBAAQ,QADO;AAEf,yBAAe,IAFA;AAGf,2BAAiB,KAAKvE,EAHP;AAIf,yBAAe,KAAKA;AAJL,SAAnB;;AAOA,YAAG,KAAKk3C,QAAR,EAAkB;AAChB,eAAK5d,QAAL,CAAcza,MAAd,GAAuBQ,QAAvB,CAAgC,KAAK63B,QAArC;AACD,SAFD,MAEO;AACL,eAAK5d,QAAL,CAAcza,MAAd,GAAuBQ,QAAvB,CAAgCkZ,EAAE,KAAKnhC,OAAL,CAAaioB,QAAf,CAAhC;AACA,eAAKia,QAAL,CAAclO,QAAd,CAAuB,iBAAvB;AACD;AACD,aAAK+b,OAAL;AACA,YAAI,KAAK/vC,OAAL,CAAaklD,QAAb,IAAyBxoD,OAAOqT,QAAP,CAAgBD,IAAhB,WAA+B,KAAKlH,EAAjE,EAAwE;AACtEu4B,YAAEzkC,MAAF,EAAUkkB,GAAV,CAAc,gBAAd,EAAgC,KAAK2c,IAAL,CAAUkD,IAAV,CAAe,IAAf,CAAhC;AACD;AACF;;AAED;;;;;AA5EW;AAAA;AAAA,qCAgFI;AACb,eAAOU,EAAE,aAAF,EACJnN,QADI,CACK,gBADL,EAEJ/L,QAFI,CAEK,KAAKjoB,OAAL,CAAaioB,QAFlB,CAAP;AAGD;;AAED;;;;;;AAtFW;AAAA;AAAA,wCA2FO;AAChB,YAAIiC,QAAQ,KAAKgY,QAAL,CAAcijB,UAAd,EAAZ;AACA,YAAIA,aAAahkB,EAAEzkC,MAAF,EAAUwtB,KAAV,EAAjB;AACA,YAAI+E,SAAS,KAAKiT,QAAL,CAAckjB,WAAd,EAAb;AACA,YAAIA,cAAcjkB,EAAEzkC,MAAF,EAAUuyB,MAAV,EAAlB;AACA,YAAIhC,IAAJ,EAAU7hB,GAAV;AACA,YAAI,KAAKpL,OAAL,CAAawmC,OAAb,KAAyB,MAA7B,EAAqC;AACnCvZ,iBAAO4G,SAAS,CAACsxB,aAAaj7B,KAAd,IAAuB,CAAhC,EAAmC,EAAnC,CAAP;AACD,SAFD,MAEO;AACL+C,iBAAO4G,SAAS,KAAK7zB,OAAL,CAAawmC,OAAtB,EAA+B,EAA/B,CAAP;AACD;AACD,YAAI,KAAKxmC,OAAL,CAAaumC,OAAb,KAAyB,MAA7B,EAAqC;AACnC,cAAItX,SAASm2B,WAAb,EAA0B;AACxBh6C,kBAAMyoB,SAAShzB,KAAKy0C,GAAL,CAAS,GAAT,EAAc8P,cAAc,EAA5B,CAAT,EAA0C,EAA1C,CAAN;AACD,WAFD,MAEO;AACLh6C,kBAAMyoB,SAAS,CAACuxB,cAAcn2B,MAAf,IAAyB,CAAlC,EAAqC,EAArC,CAAN;AACD;AACF,SAND,MAMO;AACL7jB,gBAAMyoB,SAAS,KAAK7zB,OAAL,CAAaumC,OAAtB,EAA+B,EAA/B,CAAN;AACD;AACD,aAAKrE,QAAL,CAAc5kB,GAAd,CAAkB,EAAClS,KAAKA,MAAM,IAAZ,EAAlB;AACA;AACA;AACA,YAAG,CAAC,KAAK00C,QAAN,IAAmB,KAAK9/C,OAAL,CAAawmC,OAAb,KAAyB,MAA/C,EAAwD;AACtD,eAAKtE,QAAL,CAAc5kB,GAAd,CAAkB,EAAC2P,MAAMA,OAAO,IAAd,EAAlB;AACA,eAAKiV,QAAL,CAAc5kB,GAAd,CAAkB,EAAC4P,QAAQ,KAAT,EAAlB;AACD;AAEF;;AAED;;;;;AAzHW;AAAA;AAAA,gCA6HD;AAAA;;AACR,YAAIsV,QAAQ,IAAZ;;AAEA,aAAKN,QAAL,CAAcxhB,EAAd,CAAiB;AACf,6BAAmB,KAAK6c,IAAL,CAAUkD,IAAV,CAAe,IAAf,CADJ;AAEf,8BAAoB,wBAAC3f,KAAD,EAAQohB,QAAR,EAAqB;AACvC,gBAAKphB,MAAMxgB,MAAN,KAAiBkiC,MAAMN,QAAN,CAAe,CAAf,CAAlB,IACCf,EAAErgB,MAAMxgB,MAAR,EAAgB+V,OAAhB,CAAwB,iBAAxB,EAA2C,CAA3C,MAAkD6rB,QADvD,EACkE;AAAE;AAClE,qBAAO,OAAKpZ,KAAL,CAAWzpB,KAAX,QAAP;AACD;AACF,WAPc;AAQf,+BAAqB,KAAKsuB,MAAL,CAAY8S,IAAZ,CAAiB,IAAjB,CARN;AASf,iCAAuB,6BAAW;AAChC+B,kBAAM6iB,eAAN;AACD;AAXc,SAAjB;;AAcA,YAAI,KAAKrN,OAAL,CAAa15C,MAAjB,EAAyB;AACvB,eAAK05C,OAAL,CAAat3B,EAAb,CAAgB,mBAAhB,EAAqC,UAAS3Y,CAAT,EAAY;AAC/C,gBAAIA,EAAEwb,KAAF,KAAY,EAAZ,IAAkBxb,EAAEwb,KAAF,KAAY,EAAlC,EAAsC;AACpCxb,gBAAE+a,eAAF;AACA/a,gBAAE8a,cAAF;AACA2f,oBAAMjF,IAAN;AACD;AACF,WAND;AAOD;;AAED,YAAI,KAAKv9B,OAAL,CAAa82C,YAAb,IAA6B,KAAK92C,OAAL,CAAa4/C,OAA9C,EAAuD;AACrD,eAAKE,QAAL,CAAc3lC,GAAd,CAAkB,YAAlB,EAAgCuG,EAAhC,CAAmC,iBAAnC,EAAsD,UAAS3Y,CAAT,EAAY;AAChE,gBAAIA,EAAEzH,MAAF,KAAakiC,MAAMN,QAAN,CAAe,CAAf,CAAb,IACFf,EAAEh8B,QAAF,CAAWq9B,MAAMN,QAAN,CAAe,CAAf,CAAX,EAA8Bn6B,EAAEzH,MAAhC,CADE,IAEA,CAAC6gC,EAAEh8B,QAAF,CAAW5I,QAAX,EAAqBwL,EAAEzH,MAAvB,CAFL,EAEqC;AAC/B;AACL;AACDkiC,kBAAM1Z,KAAN;AACD,WAPD;AAQD;AACD,YAAI,KAAK9oB,OAAL,CAAaklD,QAAjB,EAA2B;AACzB/jB,YAAEzkC,MAAF,EAAUgkB,EAAV,yBAAmC,KAAK9X,EAAxC,EAA8C,KAAK08C,YAAL,CAAkB7kB,IAAlB,CAAuB,IAAvB,CAA9C;AACD;AACF;;AAED;;;;;AAvKW;AAAA;AAAA,mCA2KE14B,CA3KF,EA2KK;AACd,YAAGrL,OAAOqT,QAAP,CAAgBD,IAAhB,KAA2B,MAAM,KAAKlH,EAAtC,IAA6C,CAAC,KAAKosC,QAAtD,EAA+D;AAAE,eAAKzX,IAAL;AAAc,SAA/E,MACI;AAAE,eAAKzU,KAAL;AAAe;AACtB;;AAGD;;;;;;;AAjLW;AAAA;AAAA,6BAuLJ;AAAA;;AACL,YAAI,KAAK9oB,OAAL,CAAaklD,QAAjB,EAA2B;AACzB,cAAIp1C,aAAW,KAAKlH,EAApB;;AAEA,cAAIlM,OAAO2iD,OAAP,CAAeC,SAAnB,EAA8B;AAC5B5iD,mBAAO2iD,OAAP,CAAeC,SAAf,CAAyB,IAAzB,EAA+B,IAA/B,EAAqCxvC,IAArC;AACD,WAFD,MAEO;AACLpT,mBAAOqT,QAAP,CAAgBD,IAAhB,GAAuBA,IAAvB;AACD;AACF;;AAED,aAAKklC,QAAL,GAAgB,IAAhB;;AAEA;AACA,aAAK9S,QAAL,CACK5kB,GADL,CACS,EAAE,cAAc,QAAhB,EADT,EAEKmP,IAFL,GAGKtI,SAHL,CAGe,CAHf;AAIA,YAAI,KAAKnkB,OAAL,CAAa4/C,OAAjB,EAA0B;AACxB,eAAKE,QAAL,CAAcxiC,GAAd,CAAkB,EAAC,cAAc,QAAf,EAAlB,EAA4CmP,IAA5C;AACD;;AAED,aAAK44B,eAAL;;AAEA,aAAKnjB,QAAL,CACGxU,IADH,GAEGpQ,GAFH,CAEO,EAAE,cAAc,EAAhB,EAFP;;AAIA,YAAG,KAAKwiC,QAAR,EAAkB;AAChB,eAAKA,QAAL,CAAcxiC,GAAd,CAAkB,EAAC,cAAc,EAAf,EAAlB,EAAsCoQ,IAAtC;AACA,cAAG,KAAKwU,QAAL,CAAczN,QAAd,CAAuB,MAAvB,CAAH,EAAmC;AACjC,iBAAKqrB,QAAL,CAAc9rB,QAAd,CAAuB,MAAvB;AACD,WAFD,MAEO,IAAI,KAAKkO,QAAL,CAAczN,QAAd,CAAuB,MAAvB,CAAJ,EAAoC;AACzC,iBAAKqrB,QAAL,CAAc9rB,QAAd,CAAuB,MAAvB;AACD;AACF;;AAGD,YAAI,CAAC,KAAKh0B,OAAL,CAAaulD,cAAlB,EAAkC;AAChC;;;;;AAKA,eAAKrjB,QAAL,CAAcvd,OAAd,CAAsB,mBAAtB,EAA2C,KAAK/b,EAAhD;AACD;;AAED,YAAI45B,QAAQ,IAAZ;;AAEA,iBAASgjB,oBAAT,GAAgC;AAC9B,cAAIhjB,MAAMsiB,QAAV,EAAoB;AAClB,gBAAG,CAACtiB,MAAMijB,iBAAV,EAA6B;AAC3BjjB,oBAAMijB,iBAAN,GAA0B/oD,OAAOsjC,WAAjC;AACD;AACDmB,cAAE,YAAF,EAAgBnN,QAAhB,CAAyB,gBAAzB;AACD,WALD,MAMK;AACHmN,cAAE,MAAF,EAAUnN,QAAV,CAAmB,gBAAnB;AACD;AACF;AACD;AACA,YAAI,KAAKh0B,OAAL,CAAaskD,WAAjB,EAA8B;AAAA;AAAA,gBACnBoB,cADmB,GAC5B,SAASA,cAAT,GAAyB;AACvBljB,oBAAMN,QAAN,CACG/0B,IADH,CACQ;AACJ,+BAAe,KADX;AAEJ,4BAAY,CAAC;AAFT,eADR,EAKGuX,KALH;AAMA8gC;AACAlkB,yBAAWwF,QAAX,CAAoBiB,SAApB,CAA8BvF,MAAMN,QAApC;AACD,aAV2B;;AAW5B,gBAAI,OAAKliC,OAAL,CAAa4/C,OAAjB,EAA0B;AACxBte,yBAAW2I,MAAX,CAAkBC,SAAlB,CAA4B,OAAK4V,QAAjC,EAA2C,SAA3C;AACD;AACDxe,uBAAW2I,MAAX,CAAkBC,SAAlB,CAA4B,OAAKhI,QAAjC,EAA2C,OAAKliC,OAAL,CAAaskD,WAAxD,EAAqE,YAAM;AACzE,kBAAG,OAAKpiB,QAAR,EAAkB;AAAE;AAClB,uBAAKyjB,iBAAL,GAAyBrkB,WAAWwF,QAAX,CAAoBe,aAApB,CAAkC,OAAK3F,QAAvC,CAAzB;AACAwjB;AACD;AACF,aALD;AAd4B;AAoB7B;AACD;AArBA,aAsBK;AACH,gBAAI,KAAK1lD,OAAL,CAAa4/C,OAAjB,EAA0B;AACxB,mBAAKE,QAAL,CAAcrzB,IAAd,CAAmB,CAAnB;AACD;AACD,iBAAKyV,QAAL,CAAczV,IAAd,CAAmB,KAAKzsB,OAAL,CAAa4lD,SAAhC;AACD;;AAED;AACA,aAAK1jB,QAAL,CACG/0B,IADH,CACQ;AACJ,yBAAe,KADX;AAEJ,sBAAY,CAAC;AAFT,SADR,EAKGuX,KALH;AAMA4c,mBAAWwF,QAAX,CAAoBiB,SAApB,CAA8B,KAAK7F,QAAnC;;AAEA;;;;AAIA,aAAKA,QAAL,CAAcvd,OAAd,CAAsB,gBAAtB;;AAEA6gC;;AAEAhrC,mBAAW,YAAM;AACf,iBAAKqrC,cAAL;AACD,SAFD,EAEG,CAFH;AAGD;;AAED;;;;;AAvSW;AAAA;AAAA,uCA2SM;AACf,YAAIrjB,QAAQ,IAAZ;AACA,YAAG,CAAC,KAAKN,QAAT,EAAmB;AAAE;AAAS,SAFf,CAEgB;AAC/B,aAAKyjB,iBAAL,GAAyBrkB,WAAWwF,QAAX,CAAoBe,aAApB,CAAkC,KAAK3F,QAAvC,CAAzB;;AAEA,YAAI,CAAC,KAAKliC,OAAL,CAAa4/C,OAAd,IAAyB,KAAK5/C,OAAL,CAAa82C,YAAtC,IAAsD,CAAC,KAAK92C,OAAL,CAAaglD,UAAxE,EAAoF;AAClF7jB,YAAE,MAAF,EAAUzgB,EAAV,CAAa,iBAAb,EAAgC,UAAS3Y,CAAT,EAAY;AAC1C,gBAAIA,EAAEzH,MAAF,KAAakiC,MAAMN,QAAN,CAAe,CAAf,CAAb,IACFf,EAAEh8B,QAAF,CAAWq9B,MAAMN,QAAN,CAAe,CAAf,CAAX,EAA8Bn6B,EAAEzH,MAAhC,CADE,IAEA,CAAC6gC,EAAEh8B,QAAF,CAAW5I,QAAX,EAAqBwL,EAAEzH,MAAvB,CAFL,EAEqC;AAAE;AAAS;AAChDkiC,kBAAM1Z,KAAN;AACD,WALD;AAMD;;AAED,YAAI,KAAK9oB,OAAL,CAAa8lD,UAAjB,EAA6B;AAC3B3kB,YAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,mBAAb,EAAkC,UAAS3Y,CAAT,EAAY;AAC5Cu5B,uBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,QAAjC,EAA2C;AACzC+gB,qBAAO,iBAAW;AAChB,oBAAI0Z,MAAMxiC,OAAN,CAAc8lD,UAAlB,EAA8B;AAC5BtjB,wBAAM1Z,KAAN;AACA0Z,wBAAMwV,OAAN,CAActzB,KAAd;AACD;AACF;AANwC,aAA3C;AAQD,WATD;AAUD;;AAED;AACA,aAAKwd,QAAL,CAAcxhB,EAAd,CAAiB,mBAAjB,EAAsC,UAAS3Y,CAAT,EAAY;AAChD,cAAIonC,UAAUhO,EAAE,IAAF,CAAd;AACA;AACAG,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,QAAjC,EAA2C;AACzCw1B,kBAAM,gBAAW;AACf,kBAAIiF,MAAMN,QAAN,CAAev2B,IAAf,CAAoB,QAApB,EAA8B2I,EAA9B,CAAiCkuB,MAAMN,QAAN,CAAev2B,IAAf,CAAoB,cAApB,CAAjC,CAAJ,EAA2E;AACzE6O,2BAAW,YAAW;AAAE;AACtBgoB,wBAAMwV,OAAN,CAActzB,KAAd;AACD,iBAFD,EAEG,CAFH;AAGD,eAJD,MAIO,IAAIyqB,QAAQ76B,EAAR,CAAWkuB,MAAMmjB,iBAAjB,CAAJ,EAAyC;AAAE;AAChDnjB,sBAAMjF,IAAN;AACD;AACF,aATwC;AAUzCzU,mBAAO,iBAAW;AAChB,kBAAI0Z,MAAMxiC,OAAN,CAAc8lD,UAAlB,EAA8B;AAC5BtjB,sBAAM1Z,KAAN;AACA0Z,sBAAMwV,OAAN,CAActzB,KAAd;AACD;AACF,aAfwC;AAgBzCijB,qBAAS,iBAAS9kB,cAAT,EAAyB;AAChC,kBAAIA,cAAJ,EAAoB;AAClB9a,kBAAE8a,cAAF;AACD;AACF;AApBwC,WAA3C;AAsBD,SAzBD;AA0BD;;AAED;;;;;;AAnWW;AAAA;AAAA,8BAwWH;AACN,YAAI,CAAC,KAAKmyB,QAAN,IAAkB,CAAC,KAAK9S,QAAL,CAAc5tB,EAAd,CAAiB,UAAjB,CAAvB,EAAqD;AACnD,iBAAO,KAAP;AACD;AACD,YAAIkuB,QAAQ,IAAZ;;AAEA;AACA,YAAI,KAAKxiC,OAAL,CAAaukD,YAAjB,EAA+B;AAC7B,cAAI,KAAKvkD,OAAL,CAAa4/C,OAAjB,EAA0B;AACxBte,uBAAW2I,MAAX,CAAkBG,UAAlB,CAA6B,KAAK0V,QAAlC,EAA4C,UAA5C,EAAwDiG,QAAxD;AACD,WAFD,MAGK;AACHA;AACD;;AAEDzkB,qBAAW2I,MAAX,CAAkBG,UAAlB,CAA6B,KAAKlI,QAAlC,EAA4C,KAAKliC,OAAL,CAAaukD,YAAzD;AACD;AACD;AAVA,aAWK;AACH,gBAAI,KAAKvkD,OAAL,CAAa4/C,OAAjB,EAA0B;AACxB,mBAAKE,QAAL,CAAcpyB,IAAd,CAAmB,CAAnB,EAAsBq4B,QAAtB;AACD,aAFD,MAGK;AACHA;AACD;;AAED,iBAAK7jB,QAAL,CAAcxU,IAAd,CAAmB,KAAK1tB,OAAL,CAAagmD,SAAhC;AACD;;AAED;AACA,YAAI,KAAKhmD,OAAL,CAAa8lD,UAAjB,EAA6B;AAC3B3kB,YAAEzkC,MAAF,EAAUyd,GAAV,CAAc,mBAAd;AACD;;AAED,YAAI,CAAC,KAAKna,OAAL,CAAa4/C,OAAd,IAAyB,KAAK5/C,OAAL,CAAa82C,YAA1C,EAAwD;AACtD3V,YAAE,MAAF,EAAUhnB,GAAV,CAAc,iBAAd;AACD;;AAED,aAAK+nB,QAAL,CAAc/nB,GAAd,CAAkB,mBAAlB;;AAEA,iBAAS4rC,QAAT,GAAoB;AAClB,cAAIvjB,MAAMsiB,QAAV,EAAoB;AAClB3jB,cAAE,YAAF,EAAgB9M,WAAhB,CAA4B,gBAA5B;AACA,gBAAGmO,MAAMijB,iBAAT,EAA4B;AAC1BtkB,gBAAE,MAAF,EAAUhd,SAAV,CAAoBqe,MAAMijB,iBAA1B;AACAjjB,oBAAMijB,iBAAN,GAA0B,IAA1B;AACD;AACF,WAND,MAOK;AACHtkB,cAAE,MAAF,EAAU9M,WAAV,CAAsB,gBAAtB;AACD;;AAGDiN,qBAAWwF,QAAX,CAAoBqB,YAApB,CAAiC3F,MAAMN,QAAvC;;AAEAM,gBAAMN,QAAN,CAAe/0B,IAAf,CAAoB,aAApB,EAAmC,IAAnC;;AAEA;;;;AAIAq1B,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,kBAAvB;AACD;;AAED;;;;AAIA,YAAI,KAAK3kB,OAAL,CAAaimD,YAAjB,EAA+B;AAC7B,eAAK/jB,QAAL,CAAclb,IAAd,CAAmB,KAAKkb,QAAL,CAAclb,IAAd,EAAnB;AACD;;AAED,aAAKguB,QAAL,GAAgB,KAAhB;AACC,YAAIxS,MAAMxiC,OAAN,CAAcklD,QAAlB,EAA4B;AAC1B,cAAIxoD,OAAO2iD,OAAP,CAAe6G,YAAnB,EAAiC;AAC/BxpD,mBAAO2iD,OAAP,CAAe6G,YAAf,CAA4B,EAA5B,EAAgC3pD,SAAS4pD,KAAzC,EAAgDzpD,OAAOqT,QAAP,CAAgBG,IAAhB,CAAqBnP,OAArB,OAAiC,KAAK6H,EAAtC,EAA4C,EAA5C,CAAhD;AACD,WAFD,MAEO;AACLlM,mBAAOqT,QAAP,CAAgBD,IAAhB,GAAuB,EAAvB;AACD;AACF;AACH;;AAED;;;;;AA1bW;AAAA;AAAA,+BA8bF;AACP,YAAI,KAAKklC,QAAT,EAAmB;AACjB,eAAKlsB,KAAL;AACD,SAFD,MAEO;AACL,eAAKyU,IAAL;AACD;AACF;AApcU;AAAA;;;AAscX;;;;AAtcW,gCA0cD;AACR,YAAI,KAAKv9B,OAAL,CAAa4/C,OAAjB,EAA0B;AACxB,eAAK1d,QAAL,CAAcja,QAAd,CAAuBkZ,EAAE,KAAKnhC,OAAL,CAAaioB,QAAf,CAAvB,EADwB,CAC0B;AAClD,eAAK63B,QAAL,CAAcpyB,IAAd,GAAqBvT,GAArB,GAA2BzC,MAA3B;AACD;AACD,aAAKwqB,QAAL,CAAcxU,IAAd,GAAqBvT,GAArB;AACA,aAAK69B,OAAL,CAAa79B,GAAb,CAAiB,KAAjB;AACAgnB,UAAEzkC,MAAF,EAAUyd,GAAV,iBAA4B,KAAKvR,EAAjC;;AAEA04B,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AApdU;;AAAA;AAAA;;AAudbyiB,SAAO/U,QAAP,GAAkB;AAChB;;;;;AAKAyU,iBAAa,EANG;AAOhB;;;;;AAKAC,kBAAc,EAZE;AAahB;;;;;AAKAqB,eAAW,CAlBK;AAmBhB;;;;;AAKAI,eAAW,CAxBK;AAyBhB;;;;;AAKAlP,kBAAc,IA9BE;AA+BhB;;;;;AAKAgP,gBAAY,IApCI;AAqChB;;;;;AAKAP,oBAAgB,KA1CA;AA2ChB;;;;;AAKAhf,aAAS,MAhDO;AAiDhB;;;;;AAKAC,aAAS,MAtDO;AAuDhB;;;;;AAKAwe,gBAAY,KA5DI;AA6DhB;;;;;AAKAoB,kBAAc,EAlEE;AAmEhB;;;;;AAKAxG,aAAS,IAxEO;AAyEhB;;;;;AAKAqG,kBAAc,KA9EE;AA+EhB;;;;;AAKAf,cAAU,KApFM;AAqFd;;;;;AAKFj9B,cAAU;;AA1FM,GAAlB;;AA8FA;AACAqZ,aAAWI,MAAX,CAAkBkjB,MAAlB,EAA0B,QAA1B;;AAEA,WAASyB,WAAT,GAAuB;AACrB,WAAO,sBAAqBr9C,IAArB,CAA0BtM,OAAO4nC,SAAP,CAAiBC,SAA3C;AAAP;AACD;;AAED,WAAS+hB,YAAT,GAAwB;AACtB,WAAO,WAAUt9C,IAAV,CAAetM,OAAO4nC,SAAP,CAAiBC,SAAhC;AAAP;AACD;;AAED,WAASwgB,WAAT,GAAuB;AACrB,WAAOsB,iBAAiBC,cAAxB;AACD;AAEA,CApkBA,CAokBC/oD,MApkBD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;;AAFa,MAWPolB,MAXO;AAYX;;;;;;AAMA,oBAAYhhB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAawmD,OAAO1W,QAApB,EAA8B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA9B,EAAoDxb,OAApD,CAAf;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,QAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,QAA7B,EAAuC;AACrC,eAAO;AACL,yBAAe,UADV;AAEL,sBAAY,UAFP;AAGL,wBAAc,UAHT;AAIL,wBAAc,UAJT;AAKL,+BAAqB,eALhB;AAML,4BAAkB,eANb;AAOL,8BAAoB,eAPf;AAQL,8BAAoB;AARf,SAD8B;AAWrC,eAAO;AACL,wBAAc,UADT;AAEL,yBAAe,UAFV;AAGL,8BAAoB,eAHf;AAIL,+BAAqB;AAJhB;AAX8B,OAAvC;AAkBD;;AAED;;;;;;;AA7CW;AAAA;AAAA,8BAkDH;AACN,aAAKsrC,MAAL,GAAc,KAAKtkB,QAAL,CAAcv2B,IAAd,CAAmB,OAAnB,CAAd;AACA,aAAK86C,OAAL,GAAe,KAAKvkB,QAAL,CAAcv2B,IAAd,CAAmB,sBAAnB,CAAf;;AAEA,aAAK+6C,OAAL,GAAe,KAAKD,OAAL,CAAajnD,EAAb,CAAgB,CAAhB,CAAf;AACA,aAAKmnD,MAAL,GAAc,KAAKH,MAAL,CAAYloD,MAAZ,GAAqB,KAAKkoD,MAAL,CAAYhnD,EAAZ,CAAe,CAAf,CAArB,GAAyC2hC,QAAM,KAAKulB,OAAL,CAAav5C,IAAb,CAAkB,eAAlB,CAAN,CAAvD;AACA,aAAKy5C,KAAL,GAAa,KAAK1kB,QAAL,CAAcv2B,IAAd,CAAmB,oBAAnB,EAAyC2R,GAAzC,CAA6C,KAAKtd,OAAL,CAAa6mD,QAAb,GAAwB,QAAxB,GAAmC,OAAhF,EAAyF,CAAzF,CAAb;;AAEA,YAAIC,QAAQ,KAAZ;AAAA,YACItkB,QAAQ,IADZ;AAEA,YAAI,KAAKxiC,OAAL,CAAaoQ,QAAb,IAAyB,KAAK8xB,QAAL,CAAczN,QAAd,CAAuB,KAAKz0B,OAAL,CAAa+mD,aAApC,CAA7B,EAAiF;AAC/E,eAAK/mD,OAAL,CAAaoQ,QAAb,GAAwB,IAAxB;AACA,eAAK8xB,QAAL,CAAclO,QAAd,CAAuB,KAAKh0B,OAAL,CAAa+mD,aAApC;AACD;AACD,YAAI,CAAC,KAAKP,MAAL,CAAYloD,MAAjB,EAAyB;AACvB,eAAKkoD,MAAL,GAAcrlB,IAAIjrB,GAAJ,CAAQ,KAAKywC,MAAb,CAAd;AACA,eAAK3mD,OAAL,CAAagnD,OAAb,GAAuB,IAAvB;AACD;;AAED,aAAKC,YAAL,CAAkB,CAAlB;;AAEA,YAAI,KAAKR,OAAL,CAAa,CAAb,CAAJ,EAAqB;AACnB,eAAKzmD,OAAL,CAAaknD,WAAb,GAA2B,IAA3B;AACA,eAAKC,QAAL,GAAgB,KAAKV,OAAL,CAAajnD,EAAb,CAAgB,CAAhB,CAAhB;AACA,eAAK4nD,OAAL,GAAe,KAAKZ,MAAL,CAAYloD,MAAZ,GAAqB,CAArB,GAAyB,KAAKkoD,MAAL,CAAYhnD,EAAZ,CAAe,CAAf,CAAzB,GAA6C2hC,QAAM,KAAKgmB,QAAL,CAAch6C,IAAd,CAAmB,eAAnB,CAAN,CAA5D;;AAEA,cAAI,CAAC,KAAKq5C,MAAL,CAAY,CAAZ,CAAL,EAAqB;AACnB,iBAAKA,MAAL,GAAc,KAAKA,MAAL,CAAYtwC,GAAZ,CAAgB,KAAKkxC,OAArB,CAAd;AACD;AACDN,kBAAQ,IAAR;;AAEA;AACA,eAAKG,YAAL,CAAkB,CAAlB;AACD;;AAED;AACA,aAAKI,UAAL;;AAEA,aAAKtX,OAAL;AACD;AAzFU;AAAA;AAAA,mCA2FE;AAAA;;AACX,YAAG,KAAK0W,OAAL,CAAa,CAAb,CAAH,EAAoB;AAClB,eAAKa,aAAL,CAAmB,KAAKZ,OAAxB,EAAiC,KAAKF,MAAL,CAAYhnD,EAAZ,CAAe,CAAf,EAAkB4N,GAAlB,EAAjC,EAA0D,IAA1D,EAAgE,YAAM;AACpE,mBAAKk6C,aAAL,CAAmB,OAAKH,QAAxB,EAAkC,OAAKX,MAAL,CAAYhnD,EAAZ,CAAe,CAAf,EAAkB4N,GAAlB,EAAlC,EAA2D,IAA3D;AACD,WAFD;AAGD,SAJD,MAIO;AACL,eAAKk6C,aAAL,CAAmB,KAAKZ,OAAxB,EAAiC,KAAKF,MAAL,CAAYhnD,EAAZ,CAAe,CAAf,EAAkB4N,GAAlB,EAAjC,EAA0D,IAA1D;AACD;AACF;AAnGU;AAAA;AAAA,gCAqGD;AACR,aAAKi6C,UAAL;AACD;AACD;;;;;;AAxGW;AAAA;AAAA,gCA6GD3jD,KA7GC,EA6GM;AACf,YAAI6jD,WAAWv5B,QAAQtqB,QAAQ,KAAK1D,OAAL,CAAaiP,KAA7B,EAAoC,KAAKjP,OAAL,CAAaJ,GAAb,GAAmB,KAAKI,OAAL,CAAaiP,KAApE,CAAf;;AAEA,gBAAO,KAAKjP,OAAL,CAAawnD,qBAApB;AACA,eAAK,KAAL;AACED,uBAAW,KAAKE,aAAL,CAAmBF,QAAnB,CAAX;AACA;AACF,eAAK,KAAL;AACEA,uBAAW,KAAKG,aAAL,CAAmBH,QAAnB,CAAX;AACA;AANF;;AASA,eAAOA,SAASI,OAAT,CAAiB,CAAjB,CAAP;AACD;;AAED;;;;;;AA5HW;AAAA;AAAA,6BAiIJJ,QAjII,EAiIM;AACf,gBAAO,KAAKvnD,OAAL,CAAawnD,qBAApB;AACA,eAAK,KAAL;AACED,uBAAW,KAAKG,aAAL,CAAmBH,QAAnB,CAAX;AACA;AACF,eAAK,KAAL;AACEA,uBAAW,KAAKE,aAAL,CAAmBF,QAAnB,CAAX;AACA;AANF;AAQA,YAAI7jD,QAAQ,CAAC,KAAK1D,OAAL,CAAaJ,GAAb,GAAmB,KAAKI,OAAL,CAAaiP,KAAjC,IAA0Cs4C,QAA1C,GAAqD,KAAKvnD,OAAL,CAAaiP,KAA9E;;AAEA,eAAOvL,KAAP;AACD;;AAED;;;;;;AA/IW;AAAA;AAAA,oCAoJGA,KApJH,EAoJU;AACnB,eAAOkkD,QAAQ,KAAK5nD,OAAL,CAAa6nD,aAArB,EAAsCnkD,SAAO,KAAK1D,OAAL,CAAa6nD,aAAb,GAA2B,CAAlC,CAAD,GAAuC,CAA5E,CAAP;AACD;;AAED;;;;;;AAxJW;AAAA;AAAA,oCA6JGnkD,KA7JH,EA6JU;AACnB,eAAO,CAAC7C,KAAKiiC,GAAL,CAAS,KAAK9iC,OAAL,CAAa6nD,aAAtB,EAAqCnkD,KAArC,IAA8C,CAA/C,KAAqD,KAAK1D,OAAL,CAAa6nD,aAAb,GAA6B,CAAlF,CAAP;AACD;;AAED;;;;;;;;;;;AAjKW;AAAA;AAAA,oCA2KGC,KA3KH,EA2KU/3C,QA3KV,EA2KoBg4C,QA3KpB,EA2K8B5d,EA3K9B,EA2KkC;AAC3C;AACA,YAAI,KAAKjI,QAAL,CAAczN,QAAd,CAAuB,KAAKz0B,OAAL,CAAa+mD,aAApC,CAAJ,EAAwD;AACtD;AACD;AACD;AACAh3C,mBAAWrO,WAAWqO,QAAX,CAAX,CAN2C,CAMX;;AAEhC;AACA,YAAIA,WAAW,KAAK/P,OAAL,CAAaiP,KAA5B,EAAmC;AAAEc,qBAAW,KAAK/P,OAAL,CAAaiP,KAAxB;AAAgC,SAArE,MACK,IAAIc,WAAW,KAAK/P,OAAL,CAAaJ,GAA5B,EAAiC;AAAEmQ,qBAAW,KAAK/P,OAAL,CAAaJ,GAAxB;AAA8B;;AAEtE,YAAIknD,QAAQ,KAAK9mD,OAAL,CAAaknD,WAAzB;;AAEA,YAAIJ,KAAJ,EAAW;AAAE;AACX,cAAI,KAAKL,OAAL,CAAazwC,KAAb,CAAmB8xC,KAAnB,MAA8B,CAAlC,EAAqC;AACnC,gBAAIE,QAAQtmD,WAAW,KAAKylD,QAAL,CAAch6C,IAAd,CAAmB,eAAnB,CAAX,CAAZ;AACA4C,uBAAWA,YAAYi4C,KAAZ,GAAoBA,QAAQ,KAAKhoD,OAAL,CAAamuB,IAAzC,GAAgDpe,QAA3D;AACD,WAHD,MAGO;AACL,gBAAIk4C,QAAQvmD,WAAW,KAAKglD,OAAL,CAAav5C,IAAb,CAAkB,eAAlB,CAAX,CAAZ;AACA4C,uBAAWA,YAAYk4C,KAAZ,GAAoBA,QAAQ,KAAKjoD,OAAL,CAAamuB,IAAzC,GAAgDpe,QAA3D;AACD;AACF;;AAED;AACA;AACA,YAAI,KAAK/P,OAAL,CAAa6mD,QAAb,IAAyB,CAACkB,QAA9B,EAAwC;AACtCh4C,qBAAW,KAAK/P,OAAL,CAAaJ,GAAb,GAAmBmQ,QAA9B;AACD;;AAED,YAAIyyB,QAAQ,IAAZ;AAAA,YACI0lB,OAAO,KAAKloD,OAAL,CAAa6mD,QADxB;AAAA,YAEIsB,OAAOD,OAAO,QAAP,GAAkB,OAF7B;AAAA,YAGIE,OAAOF,OAAO,KAAP,GAAe,MAH1B;AAAA,YAIIG,YAAYP,MAAM,CAAN,EAAS96B,qBAAT,GAAiCm7B,IAAjC,CAJhB;AAAA,YAKIG,UAAU,KAAKpmB,QAAL,CAAc,CAAd,EAAiBlV,qBAAjB,GAAyCm7B,IAAzC,CALd;;AAMI;AACAZ,mBAAW,KAAKgB,SAAL,CAAex4C,QAAf,CAPf;;AAQI;AACAy4C,mBAAW,CAACF,UAAUD,SAAX,IAAwBd,QATvC;;AAUI;AACAkB,mBAAW,CAACz6B,QAAQw6B,QAAR,EAAkBF,OAAlB,IAA6B,GAA9B,EAAmCX,OAAnC,CAA2C,KAAK3nD,OAAL,CAAa0oD,OAAxD,CAXf;AAYI;AACA34C,mBAAWrO,WAAWqO,SAAS43C,OAAT,CAAiB,KAAK3nD,OAAL,CAAa0oD,OAA9B,CAAX,CAAX;AACA;AACJ,YAAIprC,MAAM,EAAV;;AAEA,aAAKqrC,UAAL,CAAgBb,KAAhB,EAAuB/3C,QAAvB;;AAEA;AACA,YAAI+2C,KAAJ,EAAW;AACT,cAAI8B,aAAa,KAAKnC,OAAL,CAAazwC,KAAb,CAAmB8xC,KAAnB,MAA8B,CAA/C;;AACI;AACAe,aAFJ;;AAGI;AACAC,sBAAa,CAAC,EAAE96B,QAAQq6B,SAAR,EAAmBC,OAAnB,IAA8B,GAAhC,CAJlB;AAKA;AACA,cAAIM,UAAJ,EAAgB;AACd;AACAtrC,gBAAI8qC,IAAJ,IAAeK,QAAf;AACA;AACAI,kBAAMnnD,WAAW,KAAKylD,QAAL,CAAc,CAAd,EAAiBlpC,KAAjB,CAAuBmqC,IAAvB,CAAX,IAA2CK,QAA3C,GAAsDK,SAA5D;AACA;AACA;AACA,gBAAI3e,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO,aAP/B,CAO+B;AAC9C,WARD,MAQO;AACL;AACA,gBAAI4e,YAAYrnD,WAAW,KAAKglD,OAAL,CAAa,CAAb,EAAgBzoC,KAAhB,CAAsBmqC,IAAtB,CAAX,CAAhB;AACA;AACA;AACAS,kBAAMJ,YAAYxlC,MAAM8lC,SAAN,IAAmB,CAAC,KAAK/oD,OAAL,CAAagpD,YAAb,GAA4B,KAAKhpD,OAAL,CAAaiP,KAA1C,KAAkD,CAAC,KAAKjP,OAAL,CAAaJ,GAAb,GAAiB,KAAKI,OAAL,CAAaiP,KAA/B,IAAsC,GAAxF,CAAnB,GAAkH85C,SAA9H,IAA2ID,SAAjJ;AACD;AACD;AACAxrC,uBAAW6qC,IAAX,IAAwBU,GAAxB;AACD;;AAED,aAAK3mB,QAAL,CAActhB,GAAd,CAAkB,qBAAlB,EAAyC,YAAW;AACpC;;;;AAIA4hB,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,iBAAvB,EAA0C,CAACmjC,KAAD,CAA1C;AACH,SANb;;AAQA;AACA,YAAImB,WAAW,KAAK/mB,QAAL,CAAc1mB,IAAd,CAAmB,UAAnB,IAAiC,OAAK,EAAtC,GAA2C,KAAKxb,OAAL,CAAaipD,QAAvE;;AAEA3nB,mBAAW+I,IAAX,CAAgB4e,QAAhB,EAA0BnB,KAA1B,EAAiC,YAAW;AAC1C;AACA;AACA;AACA,cAAI7kC,MAAMwlC,QAAN,CAAJ,EAAqB;AACnBX,kBAAMxqC,GAAN,CAAU8qC,IAAV,EAAmBb,WAAW,GAA9B;AACD,WAFD,MAGK;AACHO,kBAAMxqC,GAAN,CAAU8qC,IAAV,EAAmBK,QAAnB;AACD;;AAED,cAAI,CAACjmB,MAAMxiC,OAAN,CAAcknD,WAAnB,EAAgC;AAC9B;AACA1kB,kBAAMokB,KAAN,CAAYtpC,GAAZ,CAAgB6qC,IAAhB,EAAyBZ,WAAW,GAApC;AACD,WAHD,MAGO;AACL;AACA/kB,kBAAMokB,KAAN,CAAYtpC,GAAZ,CAAgBA,GAAhB;AACD;AACF,SAlBD;;AAqBA;;;;AAIAqV,qBAAa6P,MAAM9P,OAAnB;AACA8P,cAAM9P,OAAN,GAAgBlY,WAAW,YAAU;AACnCgoB,gBAAMN,QAAN,CAAevd,OAAf,CAAuB,mBAAvB,EAA4C,CAACmjC,KAAD,CAA5C;AACD,SAFe,EAEbtlB,MAAMxiC,OAAN,CAAckpD,YAFD,CAAhB;AAGD;;AAED;;;;;;;AAjSW;AAAA;AAAA,mCAuSE35C,GAvSF,EAuSO;AAChB,YAAI45C,UAAW55C,QAAQ,CAAR,GAAY,KAAKvP,OAAL,CAAagpD,YAAzB,GAAwC,KAAKhpD,OAAL,CAAaopD,UAApE;AACA,YAAIxgD,KAAK,KAAK49C,MAAL,CAAYhnD,EAAZ,CAAe+P,GAAf,EAAoBpC,IAApB,CAAyB,IAAzB,KAAkCm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,QAA1B,CAA3C;AACA,aAAKukB,MAAL,CAAYhnD,EAAZ,CAAe+P,GAAf,EAAoBpC,IAApB,CAAyB;AACvB,gBAAMvE,EADiB;AAEvB,iBAAO,KAAK5I,OAAL,CAAaJ,GAFG;AAGvB,iBAAO,KAAKI,OAAL,CAAaiP,KAHG;AAIvB,kBAAQ,KAAKjP,OAAL,CAAamuB;AAJE,SAAzB;AAMA,aAAKq4B,MAAL,CAAYhnD,EAAZ,CAAe+P,GAAf,EAAoBnC,GAApB,CAAwB+7C,OAAxB;AACA,aAAK1C,OAAL,CAAajnD,EAAb,CAAgB+P,GAAhB,EAAqBpC,IAArB,CAA0B;AACxB,kBAAQ,QADgB;AAExB,2BAAiBvE,EAFO;AAGxB,2BAAiB,KAAK5I,OAAL,CAAaJ,GAHN;AAIxB,2BAAiB,KAAKI,OAAL,CAAaiP,KAJN;AAKxB,2BAAiBk6C,OALO;AAMxB,8BAAoB,KAAKnpD,OAAL,CAAa6mD,QAAb,GAAwB,UAAxB,GAAqC,YANjC;AAOxB,sBAAY;AAPY,SAA1B;AASD;;AAED;;;;;;;;AA5TW;AAAA;AAAA,iCAmUAH,OAnUA,EAmUSt5C,GAnUT,EAmUc;AACvB,YAAImC,MAAM,KAAKvP,OAAL,CAAaknD,WAAb,GAA2B,KAAKT,OAAL,CAAazwC,KAAb,CAAmB0wC,OAAnB,CAA3B,GAAyD,CAAnE;AACA,aAAKF,MAAL,CAAYhnD,EAAZ,CAAe+P,GAAf,EAAoBnC,GAApB,CAAwBA,GAAxB;AACAs5C,gBAAQv5C,IAAR,CAAa,eAAb,EAA8BC,GAA9B;AACD;;AAED;;;;;;;;;;;;AAzUW;AAAA;AAAA,mCAoVErF,CApVF,EAoVK2+C,OApVL,EAoVct5C,GApVd,EAoVmB;AAC5B,YAAI1J,KAAJ,EAAW2lD,MAAX;AACA,YAAI,CAACj8C,GAAL,EAAU;AAAC;AACTrF,YAAE8a,cAAF;AACA,cAAI2f,QAAQ,IAAZ;AAAA,cACIqkB,WAAW,KAAK7mD,OAAL,CAAa6mD,QAD5B;AAAA,cAEIvrB,QAAQurB,WAAW,QAAX,GAAsB,OAFlC;AAAA,cAGInO,YAAYmO,WAAW,KAAX,GAAmB,MAHnC;AAAA,cAIIyC,cAAczC,WAAW9+C,EAAEkc,KAAb,GAAqBlc,EAAE8b,KAJzC;AAAA,cAKI0lC,eAAe,KAAK7C,OAAL,CAAa,CAAb,EAAgB15B,qBAAhB,GAAwCsO,KAAxC,IAAiD,CALpE;AAAA,cAMIkuB,SAAS,KAAKtnB,QAAL,CAAc,CAAd,EAAiBlV,qBAAjB,GAAyCsO,KAAzC,CANb;AAAA,cAOImuB,eAAe5C,WAAW1lB,EAAEzkC,MAAF,EAAUynB,SAAV,EAAX,GAAmCgd,EAAEzkC,MAAF,EAAUqnB,UAAV,EAPtD;;AAUA,cAAI2lC,aAAa,KAAKxnB,QAAL,CAAc/C,MAAd,GAAuBuZ,SAAvB,CAAjB;;AAEA;AACA;AACA,cAAI3wC,EAAEmc,OAAF,KAAcnc,EAAEkc,KAApB,EAA2B;AAAEqlC,0BAAcA,cAAcG,YAA5B;AAA2C;AACxE,cAAIE,eAAeL,cAAcI,UAAjC;AACA,cAAIE,KAAJ;AACA,cAAID,eAAe,CAAnB,EAAsB;AACpBC,oBAAQ,CAAR;AACD,WAFD,MAEO,IAAID,eAAeH,MAAnB,EAA2B;AAChCI,oBAAQJ,MAAR;AACD,WAFM,MAEA;AACLI,oBAAQD,YAAR;AACD;AACD,cAAIE,YAAY77B,QAAQ47B,KAAR,EAAeJ,MAAf,CAAhB;;AAEA9lD,kBAAQ,KAAKomD,MAAL,CAAYD,SAAZ,CAAR;;AAEA;AACA,cAAIvoB,WAAWG,GAAX,MAAoB,CAAC,KAAKzhC,OAAL,CAAa6mD,QAAtC,EAAgD;AAACnjD,oBAAQ,KAAK1D,OAAL,CAAaJ,GAAb,GAAmB8D,KAA3B;AAAkC;;AAEnFA,kBAAQ8+B,MAAMunB,YAAN,CAAmB,IAAnB,EAAyBrmD,KAAzB,CAAR;AACA;AACA2lD,mBAAS,KAAT;;AAEA,cAAI,CAAC3C,OAAL,EAAc;AAAC;AACb,gBAAIsD,eAAeC,YAAY,KAAKvD,OAAjB,EAA0BhO,SAA1B,EAAqCkR,KAArC,EAA4CtuB,KAA5C,CAAnB;AAAA,gBACI4uB,eAAeD,YAAY,KAAK9C,QAAjB,EAA2BzO,SAA3B,EAAsCkR,KAAtC,EAA6CtuB,KAA7C,CADnB;AAEIorB,sBAAUsD,gBAAgBE,YAAhB,GAA+B,KAAKxD,OAApC,GAA8C,KAAKS,QAA7D;AACL;AAEF,SA3CD,MA2CO;AAAC;AACNzjD,kBAAQ,KAAKqmD,YAAL,CAAkB,IAAlB,EAAwB38C,GAAxB,CAAR;AACAi8C,mBAAS,IAAT;AACD;;AAED,aAAK/B,aAAL,CAAmBZ,OAAnB,EAA4BhjD,KAA5B,EAAmC2lD,MAAnC;AACD;;AAED;;;;;;;;AAzYW;AAAA;AAAA,mCAgZE3C,OAhZF,EAgZWhjD,KAhZX,EAgZkB;AAC3B,YAAI0J,GAAJ;AAAA,YACE+gB,OAAO,KAAKnuB,OAAL,CAAamuB,IADtB;AAAA,YAEEpkB,MAAMrI,WAAWysB,OAAK,CAAhB,CAFR;AAAA,YAGElB,IAHF;AAAA,YAGQk9B,QAHR;AAAA,YAGkBC,QAHlB;AAIA,YAAI,CAAC,CAAC1D,OAAN,EAAe;AACbt5C,gBAAM1L,WAAWglD,QAAQv5C,IAAR,CAAa,eAAb,CAAX,CAAN;AACD,SAFD,MAGK;AACHC,gBAAM1J,KAAN;AACD;AACDupB,eAAO7f,MAAM+gB,IAAb;AACAg8B,mBAAW/8C,MAAM6f,IAAjB;AACAm9B,mBAAWD,WAAWh8B,IAAtB;AACA,YAAIlB,SAAS,CAAb,EAAgB;AACd,iBAAO7f,GAAP;AACD;AACDA,cAAMA,OAAO+8C,WAAWpgD,GAAlB,GAAwBqgD,QAAxB,GAAmCD,QAAzC;AACA,eAAO/8C,GAAP;AACD;;AAED;;;;;;AAraW;AAAA;AAAA,gCA0aD;AACR,aAAKi9C,gBAAL,CAAsB,KAAK3D,OAA3B;AACA,YAAG,KAAKD,OAAL,CAAa,CAAb,CAAH,EAAoB;AAClB,eAAK4D,gBAAL,CAAsB,KAAKlD,QAA3B;AACD;AACF;;AAGD;;;;;;;AAlbW;AAAA;AAAA,uCAwbMT,OAxbN,EAwbe;AACxB,YAAIlkB,QAAQ,IAAZ;AAAA,YACI8nB,SADJ;AAAA,YAEIz5B,KAFJ;;AAIE,aAAK21B,MAAL,CAAYrsC,GAAZ,CAAgB,kBAAhB,EAAoCuG,EAApC,CAAuC,kBAAvC,EAA2D,UAAS3Y,CAAT,EAAY;AACrE,cAAIwH,MAAMizB,MAAMgkB,MAAN,CAAaxwC,KAAb,CAAmBmrB,EAAE,IAAF,CAAnB,CAAV;AACAqB,gBAAM+nB,YAAN,CAAmBxiD,CAAnB,EAAsBy6B,MAAMikB,OAAN,CAAcjnD,EAAd,CAAiB+P,GAAjB,CAAtB,EAA6C4xB,EAAE,IAAF,EAAQ/zB,GAAR,EAA7C;AACD,SAHD;;AAKA,YAAI,KAAKpN,OAAL,CAAawqD,WAAjB,EAA8B;AAC5B,eAAKtoB,QAAL,CAAc/nB,GAAd,CAAkB,iBAAlB,EAAqCuG,EAArC,CAAwC,iBAAxC,EAA2D,UAAS3Y,CAAT,EAAY;AACrE,gBAAIy6B,MAAMN,QAAN,CAAe1mB,IAAf,CAAoB,UAApB,CAAJ,EAAqC;AAAE,qBAAO,KAAP;AAAe;;AAEtD,gBAAI,CAAC2lB,EAAEp5B,EAAEzH,MAAJ,EAAYgU,EAAZ,CAAe,sBAAf,CAAL,EAA6C;AAC3C,kBAAIkuB,MAAMxiC,OAAN,CAAcknD,WAAlB,EAA+B;AAC7B1kB,sBAAM+nB,YAAN,CAAmBxiD,CAAnB;AACD,eAFD,MAEO;AACLy6B,sBAAM+nB,YAAN,CAAmBxiD,CAAnB,EAAsBy6B,MAAMkkB,OAA5B;AACD;AACF;AACF,WAVD;AAWD;;AAEH,YAAI,KAAK1mD,OAAL,CAAayqD,SAAjB,EAA4B;AAC1B,eAAKhE,OAAL,CAAarZ,QAAb;;AAEA,cAAI2J,QAAQ5V,EAAE,MAAF,CAAZ;AACAulB,kBACGvsC,GADH,CACO,qBADP,EAEGuG,EAFH,CAEM,qBAFN,EAE6B,UAAS3Y,CAAT,EAAY;AACrC2+C,oBAAQ1yB,QAAR,CAAiB,aAAjB;AACAwO,kBAAMokB,KAAN,CAAY5yB,QAAZ,CAAqB,aAArB,EAFqC,CAED;AACpCwO,kBAAMN,QAAN,CAAe1mB,IAAf,CAAoB,UAApB,EAAgC,IAAhC;;AAEA8uC,wBAAYnpB,EAAEp5B,EAAE2a,aAAJ,CAAZ;;AAEAq0B,kBAAMr2B,EAAN,CAAS,qBAAT,EAAgC,UAAS3Y,CAAT,EAAY;AAC1CA,gBAAE8a,cAAF;AACA2f,oBAAM+nB,YAAN,CAAmBxiD,CAAnB,EAAsBuiD,SAAtB;AAED,aAJD,EAIG5pC,EAJH,CAIM,mBAJN,EAI2B,UAAS3Y,CAAT,EAAY;AACrCy6B,oBAAM+nB,YAAN,CAAmBxiD,CAAnB,EAAsBuiD,SAAtB;;AAEA5D,sBAAQryB,WAAR,CAAoB,aAApB;AACAmO,oBAAMokB,KAAN,CAAYvyB,WAAZ,CAAwB,aAAxB;AACAmO,oBAAMN,QAAN,CAAe1mB,IAAf,CAAoB,UAApB,EAAgC,KAAhC;;AAEAu7B,oBAAM58B,GAAN,CAAU,uCAAV;AACD,aAZD;AAaH,WAtBD;AAuBA;AAvBA,WAwBCuG,EAxBD,CAwBI,2CAxBJ,EAwBiD,UAAS3Y,CAAT,EAAY;AAC3DA,cAAE8a,cAAF;AACD,WA1BD;AA2BD;;AAED6jC,gBAAQvsC,GAAR,CAAY,mBAAZ,EAAiCuG,EAAjC,CAAoC,mBAApC,EAAyD,UAAS3Y,CAAT,EAAY;AACnE,cAAI2iD,WAAWvpB,EAAE,IAAF,CAAf;AAAA,cACI5xB,MAAMizB,MAAMxiC,OAAN,CAAcknD,WAAd,GAA4B1kB,MAAMikB,OAAN,CAAczwC,KAAd,CAAoB00C,QAApB,CAA5B,GAA4D,CADtE;AAAA,cAEIC,WAAWjpD,WAAW8gC,MAAMgkB,MAAN,CAAahnD,EAAb,CAAgB+P,GAAhB,EAAqBnC,GAArB,EAAX,CAFf;AAAA,cAGIw9C,QAHJ;;AAKA;AACAtpB,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,QAAjC,EAA2C;AACzC8iD,sBAAU,oBAAW;AACnBD,yBAAWD,WAAWnoB,MAAMxiC,OAAN,CAAcmuB,IAApC;AACD,aAHwC;AAIzC28B,sBAAU,oBAAW;AACnBF,yBAAWD,WAAWnoB,MAAMxiC,OAAN,CAAcmuB,IAApC;AACD,aANwC;AAOzC48B,2BAAe,yBAAW;AACxBH,yBAAWD,WAAWnoB,MAAMxiC,OAAN,CAAcmuB,IAAd,GAAqB,EAA3C;AACD,aATwC;AAUzC68B,2BAAe,yBAAW;AACxBJ,yBAAWD,WAAWnoB,MAAMxiC,OAAN,CAAcmuB,IAAd,GAAqB,EAA3C;AACD,aAZwC;AAazCwZ,qBAAS,mBAAW;AAAE;AACpB5/B,gBAAE8a,cAAF;AACA2f,oBAAM8kB,aAAN,CAAoBoD,QAApB,EAA8BE,QAA9B,EAAwC,IAAxC;AACD;AAhBwC,WAA3C;AAkBA;;;;AAID,SA7BD;AA8BD;;AAED;;;;AAjhBW;AAAA;AAAA,gCAohBD;AACR,aAAKnE,OAAL,CAAatsC,GAAb,CAAiB,YAAjB;AACA,aAAKqsC,MAAL,CAAYrsC,GAAZ,CAAgB,YAAhB;AACA,aAAK+nB,QAAL,CAAc/nB,GAAd,CAAkB,YAAlB;;AAEAwY,qBAAa,KAAKD,OAAlB;;AAEA4O,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA5hBU;;AAAA;AAAA;;AA+hBbokB,SAAO1W,QAAP,GAAkB;AAChB;;;;;AAKA5gC,WAAO,CANS;AAOhB;;;;;AAKArP,SAAK,GAZW;AAahB;;;;;AAKAuuB,UAAM,CAlBU;AAmBhB;;;;;AAKA66B,kBAAc,CAxBE;AAyBhB;;;;;AAKAI,gBAAY,GA9BI;AA+BhB;;;;;AAKApC,aAAS,KApCO;AAqChB;;;;;AAKAwD,iBAAa,IA1CG;AA2ChB;;;;;AAKA3D,cAAU,KAhDM;AAiDhB;;;;;AAKA4D,eAAW,IAtDK;AAuDhB;;;;;AAKAr6C,cAAU,KA5DM;AA6DhB;;;;;AAKA82C,iBAAa,KAlEG;AAmEhB;;;AAGA;AACA;;;;;AAKAwB,aAAS,CA5EO;AA6EhB;;;AAGA;AACA;;;;;AAKAO,cAAU,GAtFM,EAsFF;AACd;;;;;AAKAlC,mBAAe,UA5FC;AA6FhB;;;;;AAKAkE,oBAAgB,KAlGA;AAmGhB;;;;;AAKA/B,kBAAc,GAxGE;AAyGhB;;;;;AAKArB,mBAAe,CA9GC;AA+GhB;;;;;AAKAL,2BAAuB;AApHP,GAAlB;;AAuHA,WAASx5B,OAAT,CAAiBk9B,IAAjB,EAAuBxsD,GAAvB,EAA4B;AAC1B,WAAQwsD,OAAOxsD,GAAf;AACD;AACD,WAASurD,WAAT,CAAqBvD,OAArB,EAA8B14C,GAA9B,EAAmCm9C,QAAnC,EAA6C7vB,KAA7C,EAAoD;AAClD,WAAOz6B,KAAKosC,GAAL,CAAUyZ,QAAQt7B,QAAR,GAAmBpd,GAAnB,IAA2B04C,QAAQprB,KAAR,MAAmB,CAA/C,GAAqD6vB,QAA9D,CAAP;AACD;AACD,WAASvD,OAAT,CAAiBr2C,IAAjB,EAAuB7N,KAAvB,EAA8B;AAC5B,WAAO7C,KAAKuqD,GAAL,CAAS1nD,KAAT,IAAgB7C,KAAKuqD,GAAL,CAAS75C,IAAT,CAAvB;AACD;;AAED;AACA+vB,aAAWI,MAAX,CAAkB6kB,MAAlB,EAA0B,QAA1B;AAEC,CAnqBA,CAmqBChpD,MAnqBD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASPkqB,MATO;AAUX;;;;;;AAMA,oBAAY9lB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAasrD,OAAOxb,QAApB,EAA8B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA9B,EAAoDxb,OAApD,CAAf;;AAEA,WAAKuiC,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,QAAhC;AACD;;AAED;;;;;;;AAzBW;AAAA;AAAA,8BA8BH;AACN,YAAIoW,UAAU,KAAKhW,QAAL,CAAcj3B,MAAd,CAAqB,yBAArB,CAAd;AAAA,YACIrC,KAAK,KAAKs5B,QAAL,CAAc,CAAd,EAAiBt5B,EAAjB,IAAuB04B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,QAA1B,CADhC;AAAA,YAEIO,QAAQ,IAFZ;;AAIA,YAAI,CAAC0V,QAAQ55C,MAAb,EAAqB;AACnB,eAAKgtD,UAAL,GAAkB,IAAlB;AACD;AACD,aAAKC,UAAL,GAAkBrT,QAAQ55C,MAAR,GAAiB45C,OAAjB,GAA2B/W,EAAE,KAAKnhC,OAAL,CAAa2pB,SAAf,EAA0BwS,SAA1B,CAAoC,KAAK+F,QAAzC,CAA7C;AACA,aAAKqpB,UAAL,CAAgBv3B,QAAhB,CAAyB,KAAKh0B,OAAL,CAAa4gD,cAAtC;;AAEA,aAAK1e,QAAL,CAAclO,QAAd,CAAuB,KAAKh0B,OAAL,CAAawrD,WAApC,EACcr+C,IADd,CACmB,EAAC,eAAevE,EAAhB,EADnB;;AAGA,aAAK6iD,WAAL,GAAmB,KAAKzrD,OAAL,CAAa0rD,UAAhC;AACA,aAAKC,OAAL,GAAe,KAAf;AACAxqB,UAAEzkC,MAAF,EAAUkkB,GAAV,CAAc,gBAAd,EAAgC,YAAU;AACxC;AACA4hB,gBAAMopB,eAAN,GAAwBppB,MAAMN,QAAN,CAAe5kB,GAAf,CAAmB,SAAnB,KAAiC,MAAjC,GAA0C,CAA1C,GAA8CklB,MAAMN,QAAN,CAAe,CAAf,EAAkBlV,qBAAlB,GAA0CiC,MAAhH;AACAuT,gBAAM+oB,UAAN,CAAiBjuC,GAAjB,CAAqB,QAArB,EAA+BklB,MAAMopB,eAArC;AACAppB,gBAAMqpB,UAAN,GAAmBrpB,MAAMopB,eAAzB;AACA,cAAGppB,MAAMxiC,OAAN,CAAcsmC,MAAd,KAAyB,EAA5B,EAA+B;AAC7B9D,kBAAMwV,OAAN,GAAgB7W,EAAE,MAAMqB,MAAMxiC,OAAN,CAAcsmC,MAAtB,CAAhB;AACD,WAFD,MAEK;AACH9D,kBAAMspB,YAAN;AACD;;AAEDtpB,gBAAMupB,SAAN,CAAgB,YAAU;AACxB,gBAAIC,SAAStvD,OAAOsjC,WAApB;AACAwC,kBAAMypB,KAAN,CAAY,KAAZ,EAAmBD,MAAnB;AACA;AACA,gBAAI,CAACxpB,MAAMmpB,OAAX,EAAoB;AAClBnpB,oBAAM0pB,aAAN,CAAqBF,UAAUxpB,MAAM2pB,QAAjB,GAA6B,KAA7B,GAAqC,IAAzD;AACD;AACF,WAPD;AAQA3pB,gBAAMuN,OAAN,CAAcnnC,GAAGzE,KAAH,CAAS,GAAT,EAAcwS,OAAd,GAAwBvN,IAAxB,CAA6B,GAA7B,CAAd;AACD,SApBD;AAqBD;;AAED;;;;;;AArEW;AAAA;AAAA,qCA0EI;AACb,YAAIgC,MAAM,KAAKpL,OAAL,CAAaosD,SAAb,IAA0B,EAA1B,GAA+B,CAA/B,GAAmC,KAAKpsD,OAAL,CAAaosD,SAA1D;AAAA,YACIC,MAAM,KAAKrsD,OAAL,CAAassD,SAAb,IAAyB,EAAzB,GAA8B/vD,SAASuO,eAAT,CAAyBuzC,YAAvD,GAAsE,KAAKr+C,OAAL,CAAassD,SAD7F;AAAA,YAEIC,MAAM,CAACnhD,GAAD,EAAMihD,GAAN,CAFV;AAAA,YAGIG,SAAS,EAHb;AAIA,aAAK,IAAIptD,IAAI,CAAR,EAAWM,MAAM6sD,IAAIjuD,MAA1B,EAAkCc,IAAIM,GAAJ,IAAW6sD,IAAIntD,CAAJ,CAA7C,EAAqDA,GAArD,EAA0D;AACxD,cAAIm/C,EAAJ;AACA,cAAI,OAAOgO,IAAIntD,CAAJ,CAAP,KAAkB,QAAtB,EAAgC;AAC9Bm/C,iBAAKgO,IAAIntD,CAAJ,CAAL;AACD,WAFD,MAEO;AACL,gBAAIqtD,QAAQF,IAAIntD,CAAJ,EAAO+E,KAAP,CAAa,GAAb,CAAZ;AAAA,gBACImiC,SAASnF,QAAMsrB,MAAM,CAAN,CAAN,CADb;;AAGAlO,iBAAKjY,OAAOnH,MAAP,GAAgB/zB,GAArB;AACA,gBAAIqhD,MAAM,CAAN,KAAYA,MAAM,CAAN,EAAS5pD,WAAT,OAA2B,QAA3C,EAAqD;AACnD07C,oBAAMjY,OAAO,CAAP,EAAUtZ,qBAAV,GAAkCiC,MAAxC;AACD;AACF;AACDu9B,iBAAOptD,CAAP,IAAYm/C,EAAZ;AACD;;AAGD,aAAKP,MAAL,GAAcwO,MAAd;AACA;AACD;;AAED;;;;;;AApGW;AAAA;AAAA,8BAyGH5jD,EAzGG,EAyGC;AACV,YAAI45B,QAAQ,IAAZ;AAAA,YACIgM,iBAAiB,KAAKA,cAAL,kBAAmC5lC,EADxD;AAEA,YAAI,KAAK6yC,IAAT,EAAe;AAAE;AAAS;AAC1B,YAAI,KAAKiR,QAAT,EAAmB;AACjB,eAAKjR,IAAL,GAAY,IAAZ;AACAta,YAAEzkC,MAAF,EAAUyd,GAAV,CAAcq0B,cAAd,EACU9tB,EADV,CACa8tB,cADb,EAC6B,UAASzmC,CAAT,EAAY;AAC9B,gBAAIy6B,MAAMipB,WAAN,KAAsB,CAA1B,EAA6B;AAC3BjpB,oBAAMipB,WAAN,GAAoBjpB,MAAMxiC,OAAN,CAAc0rD,UAAlC;AACAlpB,oBAAMupB,SAAN,CAAgB,YAAW;AACzBvpB,sBAAMypB,KAAN,CAAY,KAAZ,EAAmBvvD,OAAOsjC,WAA1B;AACD,eAFD;AAGD,aALD,MAKO;AACLwC,oBAAMipB,WAAN;AACAjpB,oBAAMypB,KAAN,CAAY,KAAZ,EAAmBvvD,OAAOsjC,WAA1B;AACD;AACH,WAXT;AAYD;;AAED,aAAKkC,QAAL,CAAc/nB,GAAd,CAAkB,qBAAlB,EACcuG,EADd,CACiB,qBADjB,EACwC,UAAS3Y,CAAT,EAAYsV,EAAZ,EAAgB;AACvCmlB,gBAAMupB,SAAN,CAAgB,YAAW;AACzBvpB,kBAAMypB,KAAN,CAAY,KAAZ;AACA,gBAAIzpB,MAAMkqB,QAAV,EAAoB;AAClB,kBAAI,CAAClqB,MAAMiZ,IAAX,EAAiB;AACfjZ,sBAAMuN,OAAN,CAAcnnC,EAAd;AACD;AACF,aAJD,MAIO,IAAI45B,MAAMiZ,IAAV,EAAgB;AACrBjZ,oBAAMmqB,eAAN,CAAsBne,cAAtB;AACD;AACF,WATD;AAUhB,SAZD;AAaD;;AAED;;;;;;AA5IW;AAAA;AAAA,sCAiJKA,cAjJL,EAiJqB;AAC9B,aAAKiN,IAAL,GAAY,KAAZ;AACAta,UAAEzkC,MAAF,EAAUyd,GAAV,CAAcq0B,cAAd;;AAEA;;;;;AAKC,aAAKtM,QAAL,CAAcvd,OAAd,CAAsB,iBAAtB;AACF;;AAED;;;;;;;AA7JW;AAAA;AAAA,4BAmKLioC,UAnKK,EAmKOZ,MAnKP,EAmKe;AACxB,YAAIY,UAAJ,EAAgB;AAAE,eAAKb,SAAL;AAAmB;;AAErC,YAAI,CAAC,KAAKW,QAAV,EAAoB;AAClB,cAAI,KAAKf,OAAT,EAAkB;AAChB,iBAAKO,aAAL,CAAmB,IAAnB;AACD;AACD,iBAAO,KAAP;AACD;;AAED,YAAI,CAACF,MAAL,EAAa;AAAEA,mBAAStvD,OAAOsjC,WAAhB;AAA8B;;AAE7C,YAAIgsB,UAAU,KAAKG,QAAnB,EAA6B;AAC3B,cAAIH,UAAU,KAAKa,WAAnB,EAAgC;AAC9B,gBAAI,CAAC,KAAKlB,OAAV,EAAmB;AACjB,mBAAKmB,UAAL;AACD;AACF,WAJD,MAIO;AACL,gBAAI,KAAKnB,OAAT,EAAkB;AAChB,mBAAKO,aAAL,CAAmB,KAAnB;AACD;AACF;AACF,SAVD,MAUO;AACL,cAAI,KAAKP,OAAT,EAAkB;AAChB,iBAAKO,aAAL,CAAmB,IAAnB;AACD;AACF;AACF;;AAED;;;;;;;;AAhMW;AAAA;AAAA,mCAuME;AACX,YAAI1pB,QAAQ,IAAZ;AAAA,YACIuqB,UAAU,KAAK/sD,OAAL,CAAa+sD,OAD3B;AAAA,YAEIC,OAAOD,YAAY,KAAZ,GAAoB,WAApB,GAAkC,cAF7C;AAAA,YAGIE,aAAaF,YAAY,KAAZ,GAAoB,QAApB,GAA+B,KAHhD;AAAA,YAIIzvC,MAAM,EAJV;;AAMAA,YAAI0vC,IAAJ,IAAe,KAAKhtD,OAAL,CAAagtD,IAAb,CAAf;AACA1vC,YAAIyvC,OAAJ,IAAe,CAAf;AACAzvC,YAAI2vC,UAAJ,IAAkB,MAAlB;AACA,aAAKtB,OAAL,GAAe,IAAf;AACA,aAAKzpB,QAAL,CAAc7N,WAAd,wBAA+C44B,UAA/C,EACcj5B,QADd,qBACyC+4B,OADzC,EAEczvC,GAFd,CAEkBA,GAFlB;AAGa;;;;;AAHb,SAQcqH,OARd,wBAQ2CooC,OAR3C;AASA,aAAK7qB,QAAL,CAAcxhB,EAAd,CAAiB,iFAAjB,EAAoG,YAAW;AAC7G8hB,gBAAMupB,SAAN;AACD,SAFD;AAGD;;AAED;;;;;;;;;AAhOW;AAAA;AAAA,oCAwOGmB,KAxOH,EAwOU;AACnB,YAAIH,UAAU,KAAK/sD,OAAL,CAAa+sD,OAA3B;AAAA,YACII,aAAaJ,YAAY,KAD7B;AAAA,YAEIzvC,MAAM,EAFV;AAAA,YAGI8vC,WAAW,CAAC,KAAKpP,MAAL,GAAc,KAAKA,MAAL,CAAY,CAAZ,IAAiB,KAAKA,MAAL,CAAY,CAAZ,CAA/B,GAAgD,KAAKqP,YAAtD,IAAsE,KAAKxB,UAH1F;AAAA,YAIImB,OAAOG,aAAa,WAAb,GAA2B,cAJtC;AAAA,YAKIF,aAAaE,aAAa,QAAb,GAAwB,KALzC;AAAA,YAMIG,cAAcJ,QAAQ,KAAR,GAAgB,QANlC;;AAQA5vC,YAAI0vC,IAAJ,IAAY,CAAZ;;AAEA1vC,YAAI,QAAJ,IAAgB,MAAhB;AACA,YAAG4vC,KAAH,EAAU;AACR5vC,cAAI,KAAJ,IAAa,CAAb;AACD,SAFD,MAEO;AACLA,cAAI,KAAJ,IAAa8vC,QAAb;AACD;;AAED,aAAKzB,OAAL,GAAe,KAAf;AACA,aAAKzpB,QAAL,CAAc7N,WAAd,qBAA4C04B,OAA5C,EACc/4B,QADd,wBAC4Cs5B,WAD5C,EAEchwC,GAFd,CAEkBA,GAFlB;AAGa;;;;;AAHb,SAQcqH,OARd,4BAQ+C2oC,WAR/C;AASD;;AAED;;;;;;;AAtQW;AAAA;AAAA,gCA4QDnjB,EA5QC,EA4QG;AACZ,aAAKuiB,QAAL,GAAgBprB,WAAWuC,UAAX,CAAsBvvB,EAAtB,CAAyB,KAAKtU,OAAL,CAAautD,QAAtC,CAAhB;AACA,YAAI,CAAC,KAAKb,QAAV,EAAoB;AAClB,cAAIviB,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO;AAC9C;AACD,YAAI3H,QAAQ,IAAZ;AAAA,YACIgrB,eAAe,KAAKjC,UAAL,CAAgB,CAAhB,EAAmBv+B,qBAAnB,GAA2C9C,KAD9D;AAAA,YAEIujC,OAAO/wD,OAAO0sB,gBAAP,CAAwB,KAAKmiC,UAAL,CAAgB,CAAhB,CAAxB,CAFX;AAAA,YAGImC,QAAQ75B,SAAS45B,KAAK,cAAL,CAAT,EAA+B,EAA/B,CAHZ;AAAA,YAIIE,QAAQ95B,SAAS45B,KAAK,eAAL,CAAT,EAAgC,EAAhC,CAJZ;;AAMA,YAAI,KAAKzV,OAAL,IAAgB,KAAKA,OAAL,CAAa15C,MAAjC,EAAyC;AACvC,eAAK+uD,YAAL,GAAoB,KAAKrV,OAAL,CAAa,CAAb,EAAgBhrB,qBAAhB,GAAwCiC,MAA5D;AACD,SAFD,MAEO;AACL,eAAK68B,YAAL;AACD;;AAED,aAAK5pB,QAAL,CAAc5kB,GAAd,CAAkB;AAChB,uBAAgBkwC,eAAeE,KAAf,GAAuBC,KAAvC;AADgB,SAAlB;;AAIA,YAAIC,qBAAqB,KAAK1rB,QAAL,CAAc,CAAd,EAAiBlV,qBAAjB,GAAyCiC,MAAzC,IAAmD,KAAK28B,eAAjF;AACA,YAAI,KAAK1pB,QAAL,CAAc5kB,GAAd,CAAkB,SAAlB,KAAgC,MAApC,EAA4C;AAC1CswC,+BAAqB,CAArB;AACD;AACD,aAAKhC,eAAL,GAAuBgC,kBAAvB;AACA,aAAKrC,UAAL,CAAgBjuC,GAAhB,CAAoB;AAClB2R,kBAAQ2+B;AADU,SAApB;AAGA,aAAK/B,UAAL,GAAkB+B,kBAAlB;;AAEA,YAAI,CAAC,KAAKjC,OAAV,EAAmB;AACjB,cAAI,KAAKzpB,QAAL,CAAczN,QAAd,CAAuB,cAAvB,CAAJ,EAA4C;AAC1C,gBAAI24B,WAAW,CAAC,KAAKpP,MAAL,GAAc,KAAKA,MAAL,CAAY,CAAZ,IAAiB,KAAKuN,UAAL,CAAgBpsB,MAAhB,GAAyB/zB,GAAxD,GAA8D,KAAKiiD,YAApE,IAAoF,KAAKxB,UAAxG;AACA,iBAAK3pB,QAAL,CAAc5kB,GAAd,CAAkB,KAAlB,EAAyB8vC,QAAzB;AACD;AACF;;AAED,aAAKS,eAAL,CAAqBD,kBAArB,EAAyC,YAAW;AAClD,cAAIzjB,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO;AAC9C,SAFD;AAGD;;AAED;;;;;;;AAvTW;AAAA;AAAA,sCA6TK0hB,UA7TL,EA6TiB1hB,EA7TjB,EA6TqB;AAC9B,YAAI,CAAC,KAAKuiB,QAAV,EAAoB;AAClB,cAAIviB,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO,WAA7C,MACK;AAAE,mBAAO,KAAP;AAAe;AACvB;AACD,YAAI2jB,OAAOC,OAAO,KAAK/tD,OAAL,CAAaguD,SAApB,CAAX;AAAA,YACIC,OAAOF,OAAO,KAAK/tD,OAAL,CAAakuD,YAApB,CADX;AAAA,YAEI/B,WAAW,KAAKnO,MAAL,GAAc,KAAKA,MAAL,CAAY,CAAZ,CAAd,GAA+B,KAAKhG,OAAL,CAAa7Y,MAAb,GAAsB/zB,GAFpE;AAAA,YAGIyhD,cAAc,KAAK7O,MAAL,GAAc,KAAKA,MAAL,CAAY,CAAZ,CAAd,GAA+BmO,WAAW,KAAKkB,YAHjE;;AAII;AACA;AACApP,oBAAYvhD,OAAOwhD,WANvB;;AAQA,YAAI,KAAKl+C,OAAL,CAAa+sD,OAAb,KAAyB,KAA7B,EAAoC;AAClCZ,sBAAY2B,IAAZ;AACAjB,yBAAgBhB,aAAaiC,IAA7B;AACD,SAHD,MAGO,IAAI,KAAK9tD,OAAL,CAAa+sD,OAAb,KAAyB,QAA7B,EAAuC;AAC5CZ,sBAAalO,aAAa4N,aAAaoC,IAA1B,CAAb;AACApB,yBAAgB5O,YAAYgQ,IAA5B;AACD,SAHM,MAGA;AACL;AACD;;AAED,aAAK9B,QAAL,GAAgBA,QAAhB;AACA,aAAKU,WAAL,GAAmBA,WAAnB;;AAEA,YAAI1iB,MAAM,OAAOA,EAAP,KAAc,UAAxB,EAAoC;AAAEA;AAAO;AAC9C;;AAED;;;;;;;AA1VW;AAAA;AAAA,gCAgWD;AACR,aAAK+hB,aAAL,CAAmB,IAAnB;;AAEA,aAAKhqB,QAAL,CAAc7N,WAAd,CAA6B,KAAKr0B,OAAL,CAAawrD,WAA1C,6BACcluC,GADd,CACkB;AACH2R,kBAAQ,EADL;AAEH7jB,eAAK,EAFF;AAGHu6B,kBAAQ,EAHL;AAIH,uBAAa;AAJV,SADlB,EAOcxrB,GAPd,CAOkB,qBAPlB;AAQA,YAAI,KAAK69B,OAAL,IAAgB,KAAKA,OAAL,CAAa15C,MAAjC,EAAyC;AACvC,eAAK05C,OAAL,CAAa79B,GAAb,CAAiB,kBAAjB;AACD;AACDgnB,UAAEzkC,MAAF,EAAUyd,GAAV,CAAc,KAAKq0B,cAAnB;;AAEA,YAAI,KAAK8c,UAAT,EAAqB;AACnB,eAAKppB,QAAL,CAAc9F,MAAd;AACD,SAFD,MAEO;AACL,eAAKmvB,UAAL,CAAgBl3B,WAAhB,CAA4B,KAAKr0B,OAAL,CAAa4gD,cAAzC,EACgBtjC,GADhB,CACoB;AACH2R,oBAAQ;AADL,WADpB;AAID;AACDqS,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAzXU;;AAAA;AAAA;;AA4XbkpB,SAAOxb,QAAP,GAAkB;AAChB;;;;;AAKAlmB,eAAW,mCANK;AAOhB;;;;;AAKAojC,aAAS,KAZO;AAahB;;;;;AAKAzmB,YAAQ,EAlBQ;AAmBhB;;;;;AAKA8lB,eAAW,EAxBK;AAyBhB;;;;;AAKAE,eAAW,EA9BK;AA+BhB;;;;;AAKA0B,eAAW,CApCK;AAqChB;;;;;AAKAE,kBAAc,CA1CE;AA2ChB;;;;;AAKAX,cAAU,QAhDM;AAiDhB;;;;;AAKA/B,iBAAa,QAtDG;AAuDhB;;;;;AAKA5K,oBAAgB,kBA5DA;AA6DhB;;;;;AAKA8K,gBAAY,CAAC;AAlEG,GAAlB;;AAqEA;;;;AAIA,WAASqC,MAAT,CAAgBI,EAAhB,EAAoB;AAClB,WAAOt6B,SAASn3B,OAAO0sB,gBAAP,CAAwB7sB,SAASqnB,IAAjC,EAAuC,IAAvC,EAA6CwqC,QAAtD,EAAgE,EAAhE,IAAsED,EAA7E;AACD;;AAED;AACA7sB,aAAWI,MAAX,CAAkB2pB,MAAlB,EAA0B,QAA1B;AAEC,CA5cA,CA4cC9tD,MA5cD,CAAD;ACFA;;;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASPktB,IATO;AAUX;;;;;;;AAOA,kBAAY9oB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAasuD,KAAKxe,QAAlB,EAA4B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA5B,EAAkDxb,OAAlD,CAAf;;AAEA,WAAKuiC,KAAL;AACAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,MAAhC;AACAR,iBAAWwF,QAAX,CAAoB5rB,QAApB,CAA6B,MAA7B,EAAqC;AACnC,iBAAS,MAD0B;AAEnC,iBAAS,MAF0B;AAGnC,uBAAe,MAHoB;AAInC,oBAAY,UAJuB;AAKnC,sBAAc,MALqB;AAMnC,sBAAc;AACd;AACA;AARmC,OAArC;AAUD;;AAED;;;;;;AAnCW;AAAA;AAAA,8BAuCH;AACN,YAAIsnB,QAAQ,IAAZ;;AAEA,aAAKN,QAAL,CAAc/0B,IAAd,CAAmB,EAAC,QAAQ,SAAT,EAAnB;AACA,aAAKmhD,UAAL,GAAkB,KAAKpsB,QAAL,CAAcv2B,IAAd,OAAuB,KAAK3L,OAAL,CAAauuD,SAApC,CAAlB;AACA,aAAKra,WAAL,GAAmB/S,2BAAyB,KAAKe,QAAL,CAAc,CAAd,EAAiBt5B,EAA1C,QAAnB;;AAEA,aAAK0lD,UAAL,CAAgBtvD,IAAhB,CAAqB,YAAU;AAC7B,cAAIgkC,QAAQ7B,EAAE,IAAF,CAAZ;AAAA,cACI8U,QAAQjT,MAAMr3B,IAAN,CAAW,GAAX,CADZ;AAAA,cAEIqpC,WAAWhS,MAAMvO,QAAN,MAAkB+N,MAAMxiC,OAAN,CAAcwuD,eAAhC,CAFf;AAAA,cAGI1+C,OAAOmmC,MAAM,CAAN,EAASnmC,IAAT,CAAcjT,KAAd,CAAoB,CAApB,CAHX;AAAA,cAIIk3C,SAASkC,MAAM,CAAN,EAASrtC,EAAT,GAAcqtC,MAAM,CAAN,EAASrtC,EAAvB,GAA+BkH,IAA/B,WAJb;AAAA,cAKIokC,cAAc/S,QAAMrxB,IAAN,CALlB;;AAOAkzB,gBAAM71B,IAAN,CAAW,EAAC,QAAQ,cAAT,EAAX;;AAEA8oC,gBAAM9oC,IAAN,CAAW;AACT,oBAAQ,KADC;AAET,6BAAiB2C,IAFR;AAGT,6BAAiBklC,QAHR;AAIT,kBAAMjB;AAJG,WAAX;;AAOAG,sBAAY/mC,IAAZ,CAAiB;AACf,oBAAQ,UADO;AAEf,2BAAe,CAAC6nC,QAFD;AAGf,+BAAmBjB;AAHJ,WAAjB;;AAMA,cAAGiB,YAAYxS,MAAMxiC,OAAN,CAAcq5C,SAA7B,EAAuC;AACrClY,cAAEzkC,MAAF,EAAU8nB,IAAV,CAAe,YAAW;AACxB2c,gBAAE,YAAF,EAAgB7P,OAAhB,CAAwB,EAAEnN,WAAW6e,MAAM7D,MAAN,GAAe/zB,GAA5B,EAAxB,EAA2Do3B,MAAMxiC,OAAN,CAAcyuD,mBAAzE,EAA8F,YAAM;AAClGxY,sBAAMvxB,KAAN;AACD,eAFD;AAGD,aAJD;AAKD;;AAED;AACA,cAAI8d,MAAMxiC,OAAN,CAAcklD,QAAlB,EAA4B;AAC1B,gBAAI5e,SAAS5pC,OAAOqT,QAAP,CAAgBD,IAA7B;AACA;AACA,gBAAGw2B,OAAOhoC,MAAV,EAAkB;AAChB,kBAAI23C,QAAQjT,MAAMr3B,IAAN,CAAW,YAAU26B,MAAV,GAAiB,IAA5B,CAAZ;AACA,kBAAI2P,MAAM33C,MAAV,EAAkB;AAChBkkC,sBAAMksB,SAAN,CAAgBvtB,EAAEmF,MAAF,CAAhB;;AAEA;AACA,oBAAI9D,MAAMxiC,OAAN,CAAc2uD,cAAlB,EAAkC;AAChCxtB,oBAAEzkC,MAAF,EAAU8nB,IAAV,CAAe,YAAW;AACxB,wBAAI2a,SAAS6D,MAAM7D,MAAN,EAAb;AACAgC,sBAAE,YAAF,EAAgB7P,OAAhB,CAAwB,EAAEnN,WAAWgb,OAAO/zB,GAApB,EAAxB,EAAmDo3B,MAAMxiC,OAAN,CAAcyuD,mBAAjE;AACD,mBAHD;AAID;;AAED;;;;AAICzrB,sBAAMre,OAAN,CAAc,kBAAd,EAAkC,CAACsxB,KAAD,EAAQ9U,EAAEmF,MAAF,CAAR,CAAlC;AACD;AACH;AACF;AACF,SAxDD;;AA0DA,YAAG,KAAKtmC,OAAL,CAAa4uD,WAAhB,EAA6B;AAC3B,cAAI7N,UAAU,KAAK7M,WAAL,CAAiBvoC,IAAjB,CAAsB,KAAtB,CAAd;;AAEA,cAAIo1C,QAAQziD,MAAZ,EAAoB;AAClBgjC,uBAAWwK,cAAX,CAA0BiV,OAA1B,EAAmC,KAAK8N,UAAL,CAAgBpuB,IAAhB,CAAqB,IAArB,CAAnC;AACD,WAFD,MAEO;AACL,iBAAKouB,UAAL;AACD;AACF;;AAED,aAAK9e,OAAL;AACD;;AAED;;;;;AArHW;AAAA;AAAA,gCAyHD;AACR,aAAK+e,cAAL;AACA,aAAKC,gBAAL;AACA,aAAKC,mBAAL,GAA2B,IAA3B;;AAEA,YAAI,KAAKhvD,OAAL,CAAa4uD,WAAjB,EAA8B;AAC5B,eAAKI,mBAAL,GAA2B,KAAKH,UAAL,CAAgBpuB,IAAhB,CAAqB,IAArB,CAA3B;;AAEAU,YAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,KAAKsuC,mBAA3C;AACD;AACF;;AAED;;;;;AArIW;AAAA;AAAA,yCAyIQ;AACjB,YAAIxsB,QAAQ,IAAZ;;AAEA,aAAKN,QAAL,CACG/nB,GADH,CACO,eADP,EAEGuG,EAFH,CAEM,eAFN,QAE2B,KAAK1gB,OAAL,CAAauuD,SAFxC,EAEqD,UAASxmD,CAAT,EAAW;AAC5DA,YAAE8a,cAAF;AACA9a,YAAE+a,eAAF;AACA0f,gBAAMysB,gBAAN,CAAuB9tB,EAAE,IAAF,CAAvB;AACD,SANH;AAOD;;AAED;;;;;AArJW;AAAA;AAAA,uCAyJM;AACf,YAAIqB,QAAQ,IAAZ;;AAEA,aAAK8rB,UAAL,CAAgBn0C,GAAhB,CAAoB,iBAApB,EAAuCuG,EAAvC,CAA0C,iBAA1C,EAA6D,UAAS3Y,CAAT,EAAW;AACtE,cAAIA,EAAEwb,KAAF,KAAY,CAAhB,EAAmB;;AAGnB,cAAI2e,WAAWf,EAAE,IAAF,CAAf;AAAA,cACEgU,YAAYjT,SAASj3B,MAAT,CAAgB,IAAhB,EAAsBsK,QAAtB,CAA+B,IAA/B,CADd;AAAA,cAEE6/B,YAFF;AAAA,cAGEC,YAHF;;AAKAF,oBAAUn2C,IAAV,CAAe,UAASI,CAAT,EAAY;AACzB,gBAAI+hC,EAAE,IAAF,EAAQ7sB,EAAR,CAAW4tB,QAAX,CAAJ,EAA0B;AACxB,kBAAIM,MAAMxiC,OAAN,CAAckvD,UAAlB,EAA8B;AAC5B9Z,+BAAeh2C,MAAM,CAAN,GAAU+1C,UAAU11C,IAAV,EAAV,GAA6B01C,UAAU31C,EAAV,CAAaJ,IAAE,CAAf,CAA5C;AACAi2C,+BAAej2C,MAAM+1C,UAAU72C,MAAV,GAAkB,CAAxB,GAA4B62C,UAAU51C,KAAV,EAA5B,GAAgD41C,UAAU31C,EAAV,CAAaJ,IAAE,CAAf,CAA/D;AACD,eAHD,MAGO;AACLg2C,+BAAeD,UAAU31C,EAAV,CAAaqB,KAAKkrB,GAAL,CAAS,CAAT,EAAY3sB,IAAE,CAAd,CAAb,CAAf;AACAi2C,+BAAeF,UAAU31C,EAAV,CAAaqB,KAAKy0C,GAAL,CAASl2C,IAAE,CAAX,EAAc+1C,UAAU72C,MAAV,GAAiB,CAA/B,CAAb,CAAf;AACD;AACD;AACD;AACF,WAXD;;AAaA;AACAgjC,qBAAWwF,QAAX,CAAoBM,SAApB,CAA8Br/B,CAA9B,EAAiC,MAAjC,EAAyC;AACvCw1B,kBAAM,gBAAW;AACf2E,uBAASv2B,IAAT,CAAc,cAAd,EAA8B+Y,KAA9B;AACA8d,oBAAMysB,gBAAN,CAAuB/sB,QAAvB;AACD,aAJsC;AAKvCmS,sBAAU,oBAAW;AACnBe,2BAAazpC,IAAb,CAAkB,cAAlB,EAAkC+Y,KAAlC;AACA8d,oBAAMysB,gBAAN,CAAuB7Z,YAAvB;AACD,aARsC;AASvC3/B,kBAAM,gBAAW;AACf4/B,2BAAa1pC,IAAb,CAAkB,cAAlB,EAAkC+Y,KAAlC;AACA8d,oBAAMysB,gBAAN,CAAuB5Z,YAAvB;AACD,aAZsC;AAavC1N,qBAAS,mBAAW;AAClB5/B,gBAAE+a,eAAF;AACA/a,gBAAE8a,cAAF;AACD;AAhBsC,WAAzC;AAkBD,SAzCD;AA0CD;;AAED;;;;;;;AAxMW;AAAA;AAAA,uCA8MMssB,OA9MN,EA8Me;;AAExB;;;AAGA,YAAIA,QAAQ1a,QAAR,MAAoB,KAAKz0B,OAAL,CAAawuD,eAAjC,CAAJ,EAAyD;AACrD,cAAG,KAAKxuD,OAAL,CAAamvD,cAAhB,EAAgC;AAC5B,iBAAKC,YAAL,CAAkBjgB,OAAlB;;AAED;;;;AAIC,iBAAKjN,QAAL,CAAcvd,OAAd,CAAsB,kBAAtB,EAA0C,CAACwqB,OAAD,CAA1C;AACH;AACD;AACH;;AAED,YAAIkgB,UAAU,KAAKntB,QAAL,CACRv2B,IADQ,OACC,KAAK3L,OAAL,CAAauuD,SADd,SAC2B,KAAKvuD,OAAL,CAAawuD,eADxC,CAAd;AAAA,YAEMc,WAAWngB,QAAQxjC,IAAR,CAAa,cAAb,CAFjB;AAAA,YAGMmE,OAAOw/C,SAAS,CAAT,EAAYx/C,IAHzB;AAAA,YAIMy/C,iBAAiB,KAAKrb,WAAL,CAAiBvoC,IAAjB,CAAsBmE,IAAtB,CAJvB;;AAMA;AACA,aAAKs/C,YAAL,CAAkBC,OAAlB;;AAEA;AACA,aAAKG,QAAL,CAAcrgB,OAAd;;AAEA;AACA,YAAI,KAAKnvC,OAAL,CAAaklD,QAAjB,EAA2B;AACzB,cAAI5e,SAAS6I,QAAQxjC,IAAR,CAAa,GAAb,EAAkBwB,IAAlB,CAAuB,MAAvB,CAAb;;AAEA,cAAI,KAAKnN,OAAL,CAAayvD,aAAjB,EAAgC;AAC9BpQ,oBAAQC,SAAR,CAAkB,EAAlB,EAAsB,EAAtB,EAA0BhZ,MAA1B;AACD,WAFD,MAEO;AACL+Y,oBAAQ6G,YAAR,CAAqB,EAArB,EAAyB,EAAzB,EAA6B5f,MAA7B;AACD;AACF;;AAED;;;;AAIA,aAAKpE,QAAL,CAAcvd,OAAd,CAAsB,gBAAtB,EAAwC,CAACwqB,OAAD,EAAUogB,cAAV,CAAxC;;AAEA;AACAA,uBAAe5jD,IAAf,CAAoB,eAApB,EAAqCgZ,OAArC,CAA6C,qBAA7C;AACD;;AAED;;;;;;AAjQW;AAAA;AAAA,+BAsQFwqB,OAtQE,EAsQO;AACd,YAAImgB,WAAWngB,QAAQxjC,IAAR,CAAa,cAAb,CAAf;AAAA,YACImE,OAAOw/C,SAAS,CAAT,EAAYx/C,IADvB;AAAA,YAEIy/C,iBAAiB,KAAKrb,WAAL,CAAiBvoC,IAAjB,CAAsBmE,IAAtB,CAFrB;;AAIAq/B,gBAAQnb,QAAR,MAAoB,KAAKh0B,OAAL,CAAawuD,eAAjC;;AAEAc,iBAASniD,IAAT,CAAc,EAAC,iBAAiB,MAAlB,EAAd;;AAEAoiD,uBACGv7B,QADH,MACe,KAAKh0B,OAAL,CAAa0vD,gBAD5B,EAEGviD,IAFH,CAEQ,EAAC,eAAe,OAAhB,EAFR;AAGH;;AAED;;;;;;AApRW;AAAA;AAAA,mCAyREgiC,OAzRF,EAyRW;AACpB,YAAIwgB,iBAAiBxgB,QAClB9a,WADkB,MACH,KAAKr0B,OAAL,CAAawuD,eADV,EAElB7iD,IAFkB,CAEb,cAFa,EAGlBwB,IAHkB,CAGb,EAAE,iBAAiB,OAAnB,EAHa,CAArB;;AAKAg0B,gBAAMwuB,eAAexiD,IAAf,CAAoB,eAApB,CAAN,EACGknB,WADH,MACkB,KAAKr0B,OAAL,CAAa0vD,gBAD/B,EAEGviD,IAFH,CAEQ,EAAE,eAAe,MAAjB,EAFR;AAGD;;AAED;;;;;;AApSW;AAAA;AAAA,gCAySDhO,IAzSC,EAySK;AACd,YAAIywD,KAAJ;;AAEA,YAAI,QAAOzwD,IAAP,yCAAOA,IAAP,OAAgB,QAApB,EAA8B;AAC5BywD,kBAAQzwD,KAAK,CAAL,EAAQyJ,EAAhB;AACD,SAFD,MAEO;AACLgnD,kBAAQzwD,IAAR;AACD;;AAED,YAAIywD,MAAM5yD,OAAN,CAAc,GAAd,IAAqB,CAAzB,EAA4B;AAC1B4yD,wBAAYA,KAAZ;AACD;;AAED,YAAIzgB,UAAU,KAAKmf,UAAL,CAAgB3iD,IAAhB,aAA+BikD,KAA/B,SAA0C3kD,MAA1C,OAAqD,KAAKjL,OAAL,CAAauuD,SAAlE,CAAd;;AAEA,aAAKU,gBAAL,CAAsB9f,OAAtB;AACD;AAzTU;AAAA;;AA0TX;;;;;;;AA1TW,mCAiUE;AACX,YAAIpjB,MAAM,CAAV;AACA,aAAKmoB,WAAL,CACGvoC,IADH,OACY,KAAK3L,OAAL,CAAa6vD,UADzB,EAEGvyC,GAFH,CAEO,QAFP,EAEiB,EAFjB,EAGGte,IAHH,CAGQ,YAAW;AACf,cAAI8wD,QAAQ3uB,EAAE,IAAF,CAAZ;AAAA,cACI6T,WAAW8a,MAAMr7B,QAAN,MAAkB,KAAKz0B,OAAL,CAAa0vD,gBAA/B,CADf;;AAGA,cAAI,CAAC1a,QAAL,EAAe;AACb8a,kBAAMxyC,GAAN,CAAU,EAAC,cAAc,QAAf,EAAyB,WAAW,OAApC,EAAV;AACD;;AAED,cAAI/K,OAAO,KAAKya,qBAAL,GAA6BiC,MAAxC;;AAEA,cAAI,CAAC+lB,QAAL,EAAe;AACb8a,kBAAMxyC,GAAN,CAAU;AACR,4BAAc,EADN;AAER,yBAAW;AAFH,aAAV;AAID;;AAEDyO,gBAAMxZ,OAAOwZ,GAAP,GAAaxZ,IAAb,GAAoBwZ,GAA1B;AACD,SArBH,EAsBGzO,GAtBH,CAsBO,QAtBP,EAsBoByO,GAtBpB;AAuBD;;AAED;;;;;AA5VW;AAAA;AAAA,gCAgWD;AACR,aAAKmW,QAAL,CACGv2B,IADH,OACY,KAAK3L,OAAL,CAAauuD,SADzB,EAEGp0C,GAFH,CAEO,UAFP,EAEmBuT,IAFnB,GAE0B9tB,GAF1B,GAGG+L,IAHH,OAGY,KAAK3L,OAAL,CAAa6vD,UAHzB,EAIGniC,IAJH;;AAMA,YAAI,KAAK1tB,OAAL,CAAa4uD,WAAjB,EAA8B;AAC5B,cAAI,KAAKI,mBAAL,IAA4B,IAAhC,EAAsC;AACnC7tB,cAAEzkC,MAAF,EAAUyd,GAAV,CAAc,uBAAd,EAAuC,KAAK60C,mBAA5C;AACF;AACF;;AAED1tB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA9WU;;AAAA;AAAA;;AAiXbksB,OAAKxe,QAAL,GAAgB;AACd;;;;;AAKAqV,cAAU,KANI;;AAQd;;;;;AAKAyJ,oBAAgB,KAbF;;AAed;;;;;AAKAF,yBAAqB,GApBP;;AAsBd;;;;;AAKAgB,mBAAe,KA3BD;;AA6Bd;;;;;;AAMApW,eAAW,KAnCG;;AAqCd;;;;;AAKA6V,gBAAY,IA1CE;;AA4Cd;;;;;AAKAN,iBAAa,KAjDC;;AAmDd;;;;;AAKAO,oBAAgB,KAxDF;;AA0Dd;;;;;AAKAZ,eAAW,YA/DG;;AAiEd;;;;;AAKAC,qBAAiB,WAtEH;;AAwEd;;;;;AAKAqB,gBAAY,YA7EE;;AA+Ed;;;;;AAKAH,sBAAkB;AApFJ,GAAhB;;AAuFA;AACApuB,aAAWI,MAAX,CAAkB2sB,IAAlB,EAAwB,MAAxB;AAEC,CA3cA,CA2cC9wD,MA3cD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;AAFa,MASP4uB,OATO;AAUX;;;;;;;AAOA,qBAAYxqB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAagwD,QAAQlgB,QAArB,EAA+BtK,QAAQ/pB,IAAR,EAA/B,EAA+Cxb,OAA/C,CAAf;AACA,WAAKuL,SAAL,GAAiB,EAAjB;;AAEA,WAAKg3B,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,SAAhC;AACD;;AAED;;;;;;;AA5BW;AAAA;AAAA,8BAiCH;AACN,YAAI71B,KAAJ;AACA;AACA,YAAI,KAAKjM,OAAL,CAAasxB,OAAjB,EAA0B;AACxBrlB,kBAAQ,KAAKjM,OAAL,CAAasxB,OAAb,CAAqBntB,KAArB,CAA2B,GAA3B,CAAR;;AAEA,eAAKmgD,WAAL,GAAmBr4C,MAAM,CAAN,CAAnB;AACA,eAAKs4C,YAAL,GAAoBt4C,MAAM,CAAN,KAAY,IAAhC;AACD;AACD;AANA,aAOK;AACHA,oBAAQ,KAAKi2B,QAAL,CAAc1mB,IAAd,CAAmB,SAAnB,CAAR;AACA;AACA,iBAAKjQ,SAAL,GAAiBU,MAAM,CAAN,MAAa,GAAb,GAAmBA,MAAMpP,KAAN,CAAY,CAAZ,CAAnB,GAAoCoP,KAArD;AACD;;AAED;AACA,YAAIrD,KAAK,KAAKs5B,QAAL,CAAc,CAAd,EAAiBt5B,EAA1B;AACAu4B,2BAAiBv4B,EAAjB,yBAAuCA,EAAvC,0BAA8DA,EAA9D,SACGuE,IADH,CACQ,eADR,EACyBvE,EADzB;AAEA;AACA,aAAKs5B,QAAL,CAAc/0B,IAAd,CAAmB,eAAnB,EAAoC,KAAK+0B,QAAL,CAAc5tB,EAAd,CAAiB,SAAjB,IAA8B,KAA9B,GAAsC,IAA1E;AACD;;AAED;;;;;;AAzDW;AAAA;AAAA,gCA8DD;AACR,aAAK4tB,QAAL,CAAc/nB,GAAd,CAAkB,mBAAlB,EAAuCuG,EAAvC,CAA0C,mBAA1C,EAA+D,KAAKiN,MAAL,CAAY8S,IAAZ,CAAiB,IAAjB,CAA/D;AACD;;AAED;;;;;;;AAlEW;AAAA;AAAA,+BAwEF;AACP,aAAM,KAAKzgC,OAAL,CAAasxB,OAAb,GAAuB,gBAAvB,GAA0C,cAAhD;AACD;AA1EU;AAAA;AAAA,qCA4EI;AACb,aAAK4Q,QAAL,CAAc5N,WAAd,CAA0B,KAAK/oB,SAA/B;;AAEA,YAAIkwC,OAAO,KAAKvZ,QAAL,CAAczN,QAAd,CAAuB,KAAKlpB,SAA5B,CAAX;AACA,YAAIkwC,IAAJ,EAAU;AACR;;;;AAIA,eAAKvZ,QAAL,CAAcvd,OAAd,CAAsB,eAAtB;AACD,SAND,MAOK;AACH;;;;AAIA,eAAKud,QAAL,CAAcvd,OAAd,CAAsB,gBAAtB;AACD;;AAED,aAAKqrC,WAAL,CAAiBvU,IAAjB;AACA,aAAKvZ,QAAL,CAAcv2B,IAAd,CAAmB,eAAnB,EAAoCgZ,OAApC,CAA4C,qBAA5C;AACD;AAjGU;AAAA;AAAA,uCAmGM;AACf,YAAI6d,QAAQ,IAAZ;;AAEA,YAAI,KAAKN,QAAL,CAAc5tB,EAAd,CAAiB,SAAjB,CAAJ,EAAiC;AAC/BgtB,qBAAW2I,MAAX,CAAkBC,SAAlB,CAA4B,KAAKhI,QAAjC,EAA2C,KAAKoiB,WAAhD,EAA6D,YAAW;AACtE9hB,kBAAMwtB,WAAN,CAAkB,IAAlB;AACA,iBAAKrrC,OAAL,CAAa,eAAb;AACA,iBAAKhZ,IAAL,CAAU,eAAV,EAA2BgZ,OAA3B,CAAmC,qBAAnC;AACD,WAJD;AAKD,SAND,MAOK;AACH2c,qBAAW2I,MAAX,CAAkBG,UAAlB,CAA6B,KAAKlI,QAAlC,EAA4C,KAAKqiB,YAAjD,EAA+D,YAAW;AACxE/hB,kBAAMwtB,WAAN,CAAkB,KAAlB;AACA,iBAAKrrC,OAAL,CAAa,gBAAb;AACA,iBAAKhZ,IAAL,CAAU,eAAV,EAA2BgZ,OAA3B,CAAmC,qBAAnC;AACD,WAJD;AAKD;AACF;AApHU;AAAA;AAAA,kCAsHC82B,IAtHD,EAsHO;AAChB,aAAKvZ,QAAL,CAAc/0B,IAAd,CAAmB,eAAnB,EAAoCsuC,OAAO,IAAP,GAAc,KAAlD;AACD;;AAED;;;;;AA1HW;AAAA;AAAA,gCA8HD;AACR,aAAKvZ,QAAL,CAAc/nB,GAAd,CAAkB,aAAlB;AACAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAjIU;;AAAA;AAAA;;AAoIb4tB,UAAQlgB,QAAR,GAAmB;AACjB;;;;;AAKAve,aAAS;AANQ,GAAnB;;AASA;AACAgQ,aAAWI,MAAX,CAAkBquB,OAAlB,EAA2B,SAA3B;AAEC,CAhJA,CAgJCxyD,MAhJD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;AAFa,MAUP8uB,OAVO;AAWX;;;;;;;AAOA,qBAAY1qB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBqD,OAAhB;AACA,WAAKvlC,OAAL,GAAemhC,EAAEphC,MAAF,CAAS,EAAT,EAAakwD,QAAQpgB,QAArB,EAA+B,KAAK3N,QAAL,CAAc1mB,IAAd,EAA/B,EAAqDxb,OAArD,CAAf;;AAEA,WAAKg1C,QAAL,GAAgB,KAAhB;AACA,WAAKkb,OAAL,GAAe,KAAf;AACA,WAAK3tB,KAAL;;AAEAjB,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,SAAhC;AACD;;AAED;;;;;;AA7BW;AAAA;AAAA,8BAiCH;AACN,YAAIquB,SAAS,KAAKjuB,QAAL,CAAc/0B,IAAd,CAAmB,kBAAnB,KAA0Cm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,SAA1B,CAAvD;;AAEA,aAAKjiC,OAAL,CAAam4C,aAAb,GAA6B,KAAKn4C,OAAL,CAAam4C,aAAb,IAA8B,KAAKiY,iBAAL,CAAuB,KAAKluB,QAA5B,CAA3D;AACA,aAAKliC,OAAL,CAAaqwD,OAAb,GAAuB,KAAKrwD,OAAL,CAAaqwD,OAAb,IAAwB,KAAKnuB,QAAL,CAAc/0B,IAAd,CAAmB,OAAnB,CAA/C;AACA,aAAKmjD,QAAL,GAAgB,KAAKtwD,OAAL,CAAaswD,QAAb,GAAwBnvB,EAAE,KAAKnhC,OAAL,CAAaswD,QAAf,CAAxB,GAAmD,KAAKC,cAAL,CAAoBJ,MAApB,CAAnE;;AAEA,YAAI,KAAKnwD,OAAL,CAAawwD,SAAjB,EAA4B;AAC1B,eAAKF,QAAL,CAAcroC,QAAd,CAAuB1rB,SAASqnB,IAAhC,EACGoD,IADH,CACQ,KAAKhnB,OAAL,CAAaqwD,OADrB,EAEG3iC,IAFH;AAGD,SAJD,MAIO;AACL,eAAK4iC,QAAL,CAAcroC,QAAd,CAAuB1rB,SAASqnB,IAAhC,EACGvhB,IADH,CACQ,KAAKrC,OAAL,CAAaqwD,OADrB,EAEG3iC,IAFH;AAGD;;AAED,aAAKwU,QAAL,CAAc/0B,IAAd,CAAmB;AACjB,mBAAS,EADQ;AAEjB,8BAAoBgjD,MAFH;AAGjB,2BAAiBA,MAHA;AAIjB,yBAAeA,MAJE;AAKjB,yBAAeA;AALE,SAAnB,EAMGn8B,QANH,CAMY,KAAKh0B,OAAL,CAAaywD,YANzB;;AAQA;AACA,aAAKnY,aAAL,GAAqB,EAArB;AACA,aAAKD,OAAL,GAAe,CAAf;AACA,aAAKI,YAAL,GAAoB,KAApB;;AAEA,aAAK1I,OAAL;AACD;;AAED;;;;;AAlEW;AAAA;AAAA,wCAsEOxK,OAtEP,EAsEgB;AACzB,YAAI,CAACA,OAAL,EAAc;AAAE,iBAAO,EAAP;AAAY;AAC5B;AACA,YAAIna,WAAWma,QAAQ,CAAR,EAAWh6B,SAAX,CAAqBlD,KAArB,CAA2B,uBAA3B,CAAf;AACI+iB,mBAAWA,WAAWA,SAAS,CAAT,CAAX,GAAyB,EAApC;AACJ,eAAOA,QAAP;AACD;AA5EU;AAAA;;AA6EX;;;;AA7EW,qCAiFIxiB,EAjFJ,EAiFQ;AACjB,YAAI8nD,kBAAkB,CAAI,KAAK1wD,OAAL,CAAa2wD,YAAjB,SAAiC,KAAK3wD,OAAL,CAAam4C,aAA9C,SAA+D,KAAKn4C,OAAL,CAAa0wD,eAA5E,EAA+FvuD,IAA/F,EAAtB;AACA,YAAIyuD,YAAazvB,EAAE,aAAF,EAAiBnN,QAAjB,CAA0B08B,eAA1B,EAA2CvjD,IAA3C,CAAgD;AAC/D,kBAAQ,SADuD;AAE/D,yBAAe,IAFgD;AAG/D,4BAAkB,KAH6C;AAI/D,2BAAiB,KAJ8C;AAK/D,gBAAMvE;AALyD,SAAhD,CAAjB;AAOA,eAAOgoD,SAAP;AACD;;AAED;;;;;;AA7FW;AAAA;AAAA,kCAkGCxlC,QAlGD,EAkGW;AACpB,aAAKktB,aAAL,CAAmBv7C,IAAnB,CAAwBquB,WAAWA,QAAX,GAAsB,QAA9C;;AAEA;AACA,YAAI,CAACA,QAAD,IAAc,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,KAA3B,IAAoC,CAAtD,EAA0D;AACxD,eAAKszD,QAAL,CAAct8B,QAAd,CAAuB,KAAvB;AACD,SAFD,MAEO,IAAI5I,aAAa,KAAb,IAAuB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAlE,EAAsE;AAC3E,eAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B;AACD,SAFM,MAEA,IAAIA,aAAa,MAAb,IAAwB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,OAA3B,IAAsC,CAAlE,EAAsE;AAC3E,eAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,OADd;AAED,SAHM,MAGA,IAAI5I,aAAa,OAAb,IAAyB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAlE,EAAsE;AAC3E,eAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,MADd;AAED;;AAED;AALO,aAMF,IAAI,CAAC5I,QAAD,IAAc,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,KAA3B,IAAoC,CAAC,CAAnD,IAA0D,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAnG,EAAuG;AAC1G,iBAAKszD,QAAL,CAAct8B,QAAd,CAAuB,MAAvB;AACD,WAFI,MAEE,IAAI5I,aAAa,KAAb,IAAuB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAA/G,EAAmH;AACxH,iBAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B,EACK4I,QADL,CACc,MADd;AAED,WAHM,MAGA,IAAI5I,aAAa,MAAb,IAAwB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,OAA3B,IAAsC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAjH,EAAqH;AAC1H,iBAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B;AACD,WAFM,MAEA,IAAIA,aAAa,OAAb,IAAyB,KAAKktB,aAAL,CAAmBt7C,OAAnB,CAA2B,MAA3B,IAAqC,CAAC,CAA/D,IAAsE,KAAKs7C,aAAL,CAAmBt7C,OAAnB,CAA2B,QAA3B,IAAuC,CAAjH,EAAqH;AAC1H,iBAAKszD,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B;AACD;AACD;AAHO,eAIF;AACH,mBAAKklC,QAAL,CAAcj8B,WAAd,CAA0BjJ,QAA1B;AACD;AACD,aAAKqtB,YAAL,GAAoB,IAApB;AACA,aAAKJ,OAAL;AACD;;AAED;;;;;;AArIW;AAAA;AAAA,qCA0II;AACb,YAAIjtB,WAAW,KAAKglC,iBAAL,CAAuB,KAAKE,QAA5B,CAAf;AAAA,YACIO,WAAWvvB,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,KAAKirB,QAAlC,CADf;AAAA,YAEI3pB,cAAcrF,WAAW6D,GAAX,CAAeE,aAAf,CAA6B,KAAKnD,QAAlC,CAFlB;AAAA,YAGIwW,YAAattB,aAAa,MAAb,GAAsB,MAAtB,GAAiCA,aAAa,OAAd,GAAyB,MAAzB,GAAkC,KAHnF;AAAA,YAIIkQ,QAASod,cAAc,KAAf,GAAwB,QAAxB,GAAmC,OAJ/C;AAAA,YAKIvZ,SAAU7D,UAAU,QAAX,GAAuB,KAAKt7B,OAAL,CAAaumC,OAApC,GAA8C,KAAKvmC,OAAL,CAAawmC,OALxE;AAAA,YAMIhE,QAAQ,IANZ;;AAQA,YAAKquB,SAAS3mC,KAAT,IAAkB2mC,SAAS/qB,UAAT,CAAoB5b,KAAvC,IAAkD,CAAC,KAAKmuB,OAAN,IAAiB,CAAC/W,WAAW6D,GAAX,CAAeC,gBAAf,CAAgC,KAAKkrB,QAArC,CAAxE,EAAyH;AACvH,eAAKA,QAAL,CAAcnxB,MAAd,CAAqBmC,WAAW6D,GAAX,CAAeG,UAAf,CAA0B,KAAKgrB,QAA/B,EAAyC,KAAKpuB,QAA9C,EAAwD,eAAxD,EAAyE,KAAKliC,OAAL,CAAaumC,OAAtF,EAA+F,KAAKvmC,OAAL,CAAawmC,OAA5G,EAAqH,IAArH,CAArB,EAAiJlpB,GAAjJ,CAAqJ;AACrJ;AACE,qBAASqpB,YAAYb,UAAZ,CAAuB5b,KAAvB,GAAgC,KAAKlqB,OAAL,CAAawmC,OAAb,GAAuB,CAFmF;AAGnJ,sBAAU;AAHyI,WAArJ;AAKA,iBAAO,KAAP;AACD;;AAED,aAAK8pB,QAAL,CAAcnxB,MAAd,CAAqBmC,WAAW6D,GAAX,CAAeG,UAAf,CAA0B,KAAKgrB,QAA/B,EAAyC,KAAKpuB,QAA9C,EAAuD,aAAa9W,YAAY,QAAzB,CAAvD,EAA2F,KAAKprB,OAAL,CAAaumC,OAAxG,EAAiH,KAAKvmC,OAAL,CAAawmC,OAA9H,CAArB;;AAEA,eAAM,CAAClF,WAAW6D,GAAX,CAAeC,gBAAf,CAAgC,KAAKkrB,QAArC,CAAD,IAAmD,KAAKjY,OAA9D,EAAuE;AACrE,eAAKS,WAAL,CAAiB1tB,QAAjB;AACA,eAAK2tB,YAAL;AACD;AACF;;AAED;;;;;;;AApKW;AAAA;AAAA,6BA0KJ;AACL,YAAI,KAAK/4C,OAAL,CAAa8wD,MAAb,KAAwB,KAAxB,IAAiC,CAACxvB,WAAWuC,UAAX,CAAsBvvB,EAAtB,CAAyB,KAAKtU,OAAL,CAAa8wD,MAAtC,CAAtC,EAAqF;AACnF;AACA,iBAAO,KAAP;AACD;;AAED,YAAItuB,QAAQ,IAAZ;AACA,aAAK8tB,QAAL,CAAchzC,GAAd,CAAkB,YAAlB,EAAgC,QAAhC,EAA0CmP,IAA1C;AACA,aAAKssB,YAAL;;AAEA;;;;AAIA,aAAK7W,QAAL,CAAcvd,OAAd,CAAsB,oBAAtB,EAA4C,KAAK2rC,QAAL,CAAcnjD,IAAd,CAAmB,IAAnB,CAA5C;;AAGA,aAAKmjD,QAAL,CAAcnjD,IAAd,CAAmB;AACjB,4BAAkB,IADD;AAEjB,yBAAe;AAFE,SAAnB;AAIAq1B,cAAMwS,QAAN,GAAiB,IAAjB;AACA;AACA,aAAKsb,QAAL,CAAc3zC,IAAd,GAAqB+Q,IAArB,GAA4BpQ,GAA5B,CAAgC,YAAhC,EAA8C,EAA9C,EAAkD0U,MAAlD,CAAyD,KAAKhyB,OAAL,CAAa+wD,cAAtE,EAAsF,YAAW;AAC/F;AACD,SAFD;AAGA;;;;AAIA,aAAK7uB,QAAL,CAAcvd,OAAd,CAAsB,iBAAtB;AACD;;AAED;;;;;;AA3MW;AAAA;AAAA,6BAgNJ;AACL;AACA,YAAI6d,QAAQ,IAAZ;AACA,aAAK8tB,QAAL,CAAc3zC,IAAd,GAAqBxP,IAArB,CAA0B;AACxB,yBAAe,IADS;AAExB,4BAAkB;AAFM,SAA1B,EAGG8kB,OAHH,CAGW,KAAKjyB,OAAL,CAAagxD,eAHxB,EAGyC,YAAW;AAClDxuB,gBAAMwS,QAAN,GAAiB,KAAjB;AACAxS,gBAAM0tB,OAAN,GAAgB,KAAhB;AACA,cAAI1tB,MAAMiW,YAAV,EAAwB;AACtBjW,kBAAM8tB,QAAN,CACMj8B,WADN,CACkBmO,MAAM4tB,iBAAN,CAAwB5tB,MAAM8tB,QAA9B,CADlB,EAEMt8B,QAFN,CAEewO,MAAMxiC,OAAN,CAAcm4C,aAF7B;;AAID3V,kBAAM8V,aAAN,GAAsB,EAAtB;AACA9V,kBAAM6V,OAAN,GAAgB,CAAhB;AACA7V,kBAAMiW,YAAN,GAAqB,KAArB;AACA;AACF,SAfD;AAgBA;;;;AAIA,aAAKvW,QAAL,CAAcvd,OAAd,CAAsB,iBAAtB;AACD;;AAED;;;;;;AA1OW;AAAA;AAAA,gCA+OD;AACR,YAAI6d,QAAQ,IAAZ;AACA,YAAIouB,YAAY,KAAKN,QAArB;AACA,YAAIW,UAAU,KAAd;;AAEA,YAAI,CAAC,KAAKjxD,OAAL,CAAau6C,YAAlB,EAAgC;;AAE9B,eAAKrY,QAAL,CACCxhB,EADD,CACI,uBADJ,EAC6B,UAAS3Y,CAAT,EAAY;AACvC,gBAAI,CAACy6B,MAAMwS,QAAX,EAAqB;AACnBxS,oBAAM9P,OAAN,GAAgBlY,WAAW,YAAW;AACpCgoB,sBAAM/V,IAAN;AACD,eAFe,EAEb+V,MAAMxiC,OAAN,CAAck5C,UAFD,CAAhB;AAGD;AACF,WAPD,EAQCx4B,EARD,CAQI,uBARJ,EAQ6B,UAAS3Y,CAAT,EAAY;AACvC4qB,yBAAa6P,MAAM9P,OAAnB;AACA,gBAAI,CAACu+B,OAAD,IAAazuB,MAAM0tB,OAAN,IAAiB,CAAC1tB,MAAMxiC,OAAN,CAAco6C,SAAjD,EAA6D;AAC3D5X,oBAAM9U,IAAN;AACD;AACF,WAbD;AAcD;;AAED,YAAI,KAAK1tB,OAAL,CAAao6C,SAAjB,EAA4B;AAC1B,eAAKlY,QAAL,CAAcxhB,EAAd,CAAiB,sBAAjB,EAAyC,UAAS3Y,CAAT,EAAY;AACnDA,cAAEqd,wBAAF;AACA,gBAAIod,MAAM0tB,OAAV,EAAmB;AACjB;AACA;AACD,aAHD,MAGO;AACL1tB,oBAAM0tB,OAAN,GAAgB,IAAhB;AACA,kBAAI,CAAC1tB,MAAMxiC,OAAN,CAAcu6C,YAAd,IAA8B,CAAC/X,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,UAApB,CAAhC,KAAoE,CAACq1B,MAAMwS,QAA/E,EAAyF;AACvFxS,sBAAM/V,IAAN;AACD;AACF;AACF,WAXD;AAYD,SAbD,MAaO;AACL,eAAKyV,QAAL,CAAcxhB,EAAd,CAAiB,sBAAjB,EAAyC,UAAS3Y,CAAT,EAAY;AACnDA,cAAEqd,wBAAF;AACAod,kBAAM0tB,OAAN,GAAgB,IAAhB;AACD,WAHD;AAID;;AAED,YAAI,CAAC,KAAKlwD,OAAL,CAAakxD,eAAlB,EAAmC;AACjC,eAAKhvB,QAAL,CACCxhB,EADD,CACI,oCADJ,EAC0C,UAAS3Y,CAAT,EAAY;AACpDy6B,kBAAMwS,QAAN,GAAiBxS,MAAM9U,IAAN,EAAjB,GAAgC8U,MAAM/V,IAAN,EAAhC;AACD,WAHD;AAID;;AAED,aAAKyV,QAAL,CAAcxhB,EAAd,CAAiB;AACf;AACA;AACA,8BAAoB,KAAKgN,IAAL,CAAU+S,IAAV,CAAe,IAAf;AAHL,SAAjB;;AAMA,aAAKyB,QAAL,CACGxhB,EADH,CACM,kBADN,EAC0B,UAAS3Y,CAAT,EAAY;AAClCkpD,oBAAU,IAAV;AACA,cAAIzuB,MAAM0tB,OAAV,EAAmB;AACjB;AACA;AACA,gBAAG,CAAC1tB,MAAMxiC,OAAN,CAAco6C,SAAlB,EAA6B;AAAE6W,wBAAU,KAAV;AAAkB;AACjD,mBAAO,KAAP;AACD,WALD,MAKO;AACLzuB,kBAAM/V,IAAN;AACD;AACF,SAXH,EAaG/L,EAbH,CAaM,qBAbN,EAa6B,UAAS3Y,CAAT,EAAY;AACrCkpD,oBAAU,KAAV;AACAzuB,gBAAM0tB,OAAN,GAAgB,KAAhB;AACA1tB,gBAAM9U,IAAN;AACD,SAjBH,EAmBGhN,EAnBH,CAmBM,qBAnBN,EAmB6B,YAAW;AACpC,cAAI8hB,MAAMwS,QAAV,EAAoB;AAClBxS,kBAAMuW,YAAN;AACD;AACF,SAvBH;AAwBD;;AAED;;;;;AAjUW;AAAA;AAAA,+BAqUF;AACP,YAAI,KAAK/D,QAAT,EAAmB;AACjB,eAAKtnB,IAAL;AACD,SAFD,MAEO;AACL,eAAKjB,IAAL;AACD;AACF;;AAED;;;;;AA7UW;AAAA;AAAA,gCAiVD;AACR,aAAKyV,QAAL,CAAc/0B,IAAd,CAAmB,OAAnB,EAA4B,KAAKmjD,QAAL,CAAcjuD,IAAd,EAA5B,EACc8X,GADd,CACkB,yBADlB,EAEcka,WAFd,CAE0B,wBAF1B,EAGcpB,UAHd,CAGyB,sGAHzB;;AAKA,aAAKq9B,QAAL,CAAc54C,MAAd;;AAEA4pB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AA1VU;;AAAA;AAAA;;AA6Vb8tB,UAAQpgB,QAAR,GAAmB;AACjBqhB,qBAAiB,KADA;AAEjB;;;;;AAKAhY,gBAAY,GAPK;AAQjB;;;;;AAKA6X,oBAAgB,GAbC;AAcjB;;;;;AAKAC,qBAAiB,GAnBA;AAoBjB;;;;;AAKAzW,kBAAc,KAzBG;AA0BjB;;;;;AAKAmW,qBAAiB,EA/BA;AAgCjB;;;;;AAKAC,kBAAc,SArCG;AAsCjB;;;;;AAKAF,kBAAc,SA3CG;AA4CjB;;;;;AAKAK,YAAQ,OAjDS;AAkDjB;;;;;AAKAR,cAAU,EAvDO;AAwDjB;;;;;AAKAD,aAAS,EA7DQ;AA8DjBc,oBAAgB,eA9DC;AA+DjB;;;;;AAKA/W,eAAW,IApEM;AAqEjB;;;;;AAKAjC,mBAAe,EA1EE;AA2EjB;;;;;AAKA5R,aAAS,EAhFQ;AAiFjB;;;;;AAKAC,aAAS,EAtFQ;AAuFf;;;;;;AAMFgqB,eAAW;AA7FM,GAAnB;;AAgGA;;;;AAIA;AACAlvB,aAAWI,MAAX,CAAkBuuB,OAAlB,EAA2B,SAA3B;AAEC,CApcA,CAocC1yD,MApcD,CAAD;ACFA;;;;;;AAEA,CAAC,UAAS4jC,CAAT,EAAY;;AAEb;;;;;;;;;;AAFa,MAYPiwB,uBAZO;AAaX;;;;;;;AAOA,qCAAY7rB,OAAZ,EAAqBvlC,OAArB,EAA8B;AAAA;;AAC5B,WAAKkiC,QAAL,GAAgBf,EAAEoE,OAAF,CAAhB;AACA,WAAKvlC,OAAL,GAAgBmhC,EAAEphC,MAAF,CAAS,EAAT,EAAa,KAAKmiC,QAAL,CAAc1mB,IAAd,EAAb,EAAmCxb,OAAnC,CAAhB;AACA,WAAKm9C,KAAL,GAAa,KAAKjb,QAAL,CAAc1mB,IAAd,CAAmB,2BAAnB,CAAb;AACA,WAAK6nC,SAAL,GAAiB,IAAjB;AACA,WAAKC,aAAL,GAAqB,IAArB;AACA,UAAI,CAAC,KAAKphB,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAAL,EAA+B;AAC7B,aAAK+0B,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,EAAwBm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,yBAA1B,CAAxB;AACD;;AAED,WAAKM,KAAL;AACA,WAAKwN,OAAL;;AAEAzO,iBAAWQ,cAAX,CAA0B,IAA1B,EAAgC,yBAAhC;AACD;;AAED;;;;;;;AApCW;AAAA;AAAA,8BAyCH;AACN;AACA,YAAI,OAAO,KAAKqb,KAAZ,KAAsB,QAA1B,EAAoC;AAClC,cAAIoG,YAAY,EAAhB;;AAEA;AACA,cAAIpG,QAAQ,KAAKA,KAAL,CAAWh5C,KAAX,CAAiB,GAAjB,CAAZ;;AAEA;AACA,eAAK,IAAI/E,IAAI,CAAb,EAAgBA,IAAI+9C,MAAM7+C,MAA1B,EAAkCc,GAAlC,EAAuC;AACrC,gBAAIm+C,OAAOJ,MAAM/9C,CAAN,EAAS+E,KAAT,CAAe,GAAf,CAAX;AACA,gBAAIq/C,WAAWjG,KAAKj/C,MAAL,GAAc,CAAd,GAAkBi/C,KAAK,CAAL,CAAlB,GAA4B,OAA3C;AACA,gBAAIkG,aAAalG,KAAKj/C,MAAL,GAAc,CAAd,GAAkBi/C,KAAK,CAAL,CAAlB,GAA4BA,KAAK,CAAL,CAA7C;;AAEA,gBAAImG,YAAYD,UAAZ,MAA4B,IAAhC,EAAsC;AACpCF,wBAAUC,QAAV,IAAsBE,YAAYD,UAAZ,CAAtB;AACD;AACF;;AAED,eAAKtG,KAAL,GAAaoG,SAAb;AACD;;AAED,aAAK8N,cAAL;;AAEA,YAAI,CAAClwB,EAAEt/B,aAAF,CAAgB,KAAKs7C,KAArB,CAAL,EAAkC;AAChC,eAAKwG,kBAAL;AACD;AACF;AApEU;AAAA;AAAA,uCAsEM;AACf;AACA,YAAInhB,QAAQ,IAAZ;AACAA,cAAM8uB,UAAN,GAAmB,EAAnB;AACA,aAAK,IAAI3vD,GAAT,IAAgB+hD,WAAhB,EAA6B;AAC3B,cAAIA,YAAYtmD,cAAZ,CAA2BuE,GAA3B,CAAJ,EAAqC;AACnC,gBAAIP,MAAMsiD,YAAY/hD,GAAZ,CAAV;AACA,gBAAI;AACF,kBAAI4vD,cAAcpwB,EAAE,WAAF,CAAlB;AACA,kBAAIqwB,YAAY,IAAIpwD,IAAIsgC,MAAR,CAAe6vB,WAAf,EAA2B/uB,MAAMxiC,OAAjC,CAAhB;AACA,mBAAK,IAAIyxD,MAAT,IAAmBD,UAAUxxD,OAA7B,EAAsC;AACpC,oBAAIwxD,UAAUxxD,OAAV,CAAkB5C,cAAlB,CAAiCq0D,MAAjC,KAA4CA,WAAW,UAA3D,EAAuE;AACrE,sBAAIC,SAASF,UAAUxxD,OAAV,CAAkByxD,MAAlB,CAAb;AACAjvB,wBAAM8uB,UAAN,CAAiBG,MAAjB,IAA2BC,MAA3B;AACD;AACF;AACDF,wBAAU1N,OAAV;AACD,aAVD,CAWA,OAAM/7C,CAAN,EAAS,CACR;AACF;AACF;AACF;;AAED;;;;;;AA9FW;AAAA;AAAA,gCAmGD;AACR,YAAIy6B,QAAQ,IAAZ;;AAEArB,UAAEzkC,MAAF,EAAUgkB,EAAV,CAAa,uBAAb,EAAsC,YAAW;AAC/C8hB,gBAAMmhB,kBAAN;AACD,SAFD;AAGD;;AAED;;;;;;AA3GW;AAAA;AAAA,2CAgHU;AACnB,YAAIC,SAAJ;AAAA,YAAephB,QAAQ,IAAvB;AACA;AACArB,UAAEniC,IAAF,CAAO,KAAKm+C,KAAZ,EAAmB,UAASx7C,GAAT,EAAc;AAC/B,cAAI2/B,WAAWuC,UAAX,CAAsBoF,OAAtB,CAA8BtnC,GAA9B,CAAJ,EAAwC;AACtCiiD,wBAAYjiD,GAAZ;AACD;AACF,SAJD;;AAMA;AACA,YAAI,CAACiiD,SAAL,EAAgB;;AAEhB;AACA,YAAI,KAAKN,aAAL,YAA8B,KAAKnG,KAAL,CAAWyG,SAAX,EAAsBliB,MAAxD,EAAgE;;AAEhE;AACAP,UAAEniC,IAAF,CAAO0kD,WAAP,EAAoB,UAAS/hD,GAAT,EAAc+B,KAAd,EAAqB;AACvC8+B,gBAAMN,QAAN,CAAe7N,WAAf,CAA2B3wB,MAAMmgD,QAAjC;AACD,SAFD;;AAIA;AACA,aAAK3hB,QAAL,CAAclO,QAAd,CAAuB,KAAKmpB,KAAL,CAAWyG,SAAX,EAAsBC,QAA7C;;AAEA;AACA,YAAI,KAAKP,aAAT,EAAwB;AACtB;AACA,cAAI,CAAC,KAAKA,aAAL,CAAmBphB,QAAnB,CAA4B1mB,IAA5B,CAAiC,UAAjC,CAAD,IAAiD,KAAKm2C,WAA1D,EAAuE,KAAKrO,aAAL,CAAmBphB,QAAnB,CAA4B1mB,IAA5B,CAAiC,UAAjC,EAA4C,KAAKm2C,WAAjD;AACvE,eAAKrO,aAAL,CAAmBQ,OAAnB;AACD;AACD,aAAK8N,aAAL,CAAmB,KAAKzU,KAAL,CAAWyG,SAAX,EAAsBC,QAAzC;AACA,aAAKP,aAAL,GAAqB,IAAI,KAAKnG,KAAL,CAAWyG,SAAX,EAAsBliB,MAA1B,CAAiC,KAAKQ,QAAtC,EAAgD,EAAhD,CAArB;AACA,aAAKyvB,WAAL,GAAmB,KAAKrO,aAAL,CAAmBphB,QAAnB,CAA4B1mB,IAA5B,CAAiC,UAAjC,CAAnB;AAED;AAjJU;AAAA;AAAA,oCAmJGq2C,KAnJH,EAmJS;AAClB,YAAIrvB,QAAQ,IAAZ;AAAA,YAAkBsvB,aAAa,WAA/B;AACA,YAAIC,UAAU5wB,EAAE,wBAAsB,KAAKe,QAAL,CAAc/0B,IAAd,CAAmB,IAAnB,CAAtB,GAA+C,GAAjD,CAAd;AACA,YAAI4kD,QAAQzzD,MAAZ,EAAoBwzD,aAAa,MAAb;AACpB,YAAIA,eAAeD,KAAnB,EAA0B;AACxB;AACD;;AAED,YAAIG,YAAYxvB,MAAM8uB,UAAN,CAAiB/C,SAAjB,GAA2B/rB,MAAM8uB,UAAN,CAAiB/C,SAA5C,GAAsD,YAAtE;AACA,YAAI0D,YAAYzvB,MAAM8uB,UAAN,CAAiBzB,UAAjB,GAA4BrtB,MAAM8uB,UAAN,CAAiBzB,UAA7C,GAAwD,YAAxE;;AAEA,aAAK3tB,QAAL,CAAcjP,UAAd,CAAyB,MAAzB;AACA,YAAIi/B,WAAW,KAAKhwB,QAAL,CAAc3sB,QAAd,CAAuB,MAAIy8C,SAAJ,GAAc,wBAArC,EAA+D39B,WAA/D,CAA2E29B,SAA3E,EAAsF39B,WAAtF,CAAkG,gBAAlG,EAAoHpB,UAApH,CAA+H,qBAA/H,CAAf;AACA,YAAIk/B,YAAYD,SAAS38C,QAAT,CAAkB,GAAlB,EAAuB8e,WAAvB,CAAmC,iBAAnC,CAAhB;;AAEA,YAAIy9B,eAAe,MAAnB,EAA2B;AACzBC,oBAAUA,QAAQx8C,QAAR,CAAiB,MAAI08C,SAArB,EAAgC59B,WAAhC,CAA4C49B,SAA5C,EAAuDh/B,UAAvD,CAAkE,MAAlE,EAA0EA,UAA1E,CAAqF,aAArF,EAAoGA,UAApG,CAA+G,iBAA/G,CAAV;AACA8+B,kBAAQx8C,QAAR,CAAiB,GAAjB,EAAsB0d,UAAtB,CAAiC,MAAjC,EAAyCA,UAAzC,CAAoD,eAApD,EAAqEA,UAArE,CAAgF,eAAhF;AACD,SAHD,MAGK;AACH8+B,oBAAUG,SAAS38C,QAAT,CAAkB,oBAAlB,EAAwC8e,WAAxC,CAAoD,mBAApD,CAAV;AACD;;AAED09B,gBAAQz0C,GAAR,CAAY,EAACqL,SAAQ,EAAT,EAAY0C,YAAW,EAAvB,EAAZ;AACA6mC,iBAAS50C,GAAT,CAAa,EAACqL,SAAQ,EAAT,EAAY0C,YAAW,EAAvB,EAAb;AACA,YAAIwmC,UAAU,WAAd,EAA2B;AACzBE,kBAAQ/yD,IAAR,CAAa,UAAS2C,GAAT,EAAa+B,KAAb,EAAmB;AAC9By9B,cAAEz9B,KAAF,EAASukB,QAAT,CAAkBiqC,SAASzzD,GAAT,CAAakD,GAAb,CAAlB,EAAqCqyB,QAArC,CAA8C,mBAA9C,EAAmE7mB,IAAnE,CAAwE,kBAAxE,EAA2F,EAA3F,EAA+FknB,WAA/F,CAA2G,WAA3G,EAAwH/W,GAAxH,CAA4H,EAAC2R,QAAO,EAAR,EAA5H;AACAkS,cAAE,wBAAsBqB,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAAtB,GAAgD,GAAlD,EAAuD2a,KAAvD,CAA6D,+BAA6B0a,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAA7B,GAAuD,UAApH,EAAgIuK,MAAhI;AACAw6C,qBAASl+B,QAAT,CAAkB,gBAAlB,EAAoC7mB,IAApC,CAAyC,qBAAzC,EAA+D,EAA/D;AACAglD,sBAAUn+B,QAAV,CAAmB,iBAAnB;AACD,WALD;AAMD,SAPD,MAOM,IAAI69B,UAAU,MAAd,EAAqB;AACzB,cAAIO,eAAejxB,EAAE,wBAAsBqB,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAAtB,GAAgD,GAAlD,CAAnB;AACA,cAAIklD,eAAelxB,EAAE,uBAAqBqB,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAAvB,CAAnB;AACA,cAAIklD,aAAa/zD,MAAjB,EAAyB;AACvB8zD,2BAAejxB,EAAE,kCAAF,EAAsChZ,WAAtC,CAAkDkqC,YAAlD,EAAgEllD,IAAhE,CAAqE,mBAArE,EAAyFq1B,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAAzF,CAAf;AACAklD,yBAAa36C,MAAb;AACD,WAHD,MAGK;AACH06C,2BAAejxB,EAAE,kCAAF,EAAsChZ,WAAtC,CAAkDqa,MAAMN,QAAxD,EAAkE/0B,IAAlE,CAAuE,mBAAvE,EAA2Fq1B,MAAMN,QAAN,CAAe/0B,IAAf,CAAoB,IAApB,CAA3F,CAAf;AACD;AACD4kD,kBAAQ/yD,IAAR,CAAa,UAAS2C,GAAT,EAAa+B,KAAb,EAAmB;AAC9B,gBAAI4uD,YAAYnxB,EAAEz9B,KAAF,EAASukB,QAAT,CAAkBmqC,YAAlB,EAAgCp+B,QAAhC,CAAyCi+B,SAAzC,CAAhB;AACA,gBAAIniD,OAAOqiD,UAAU1zD,GAAV,CAAckD,GAAd,EAAmBmO,IAAnB,CAAwBjT,KAAxB,CAA8B,CAA9B,CAAX;AACA,gBAAI+L,KAAKu4B,EAAEz9B,KAAF,EAASyJ,IAAT,CAAc,IAAd,KAAuBm0B,WAAWW,WAAX,CAAuB,CAAvB,EAA0B,WAA1B,CAAhC;AACA,gBAAInyB,SAASlH,EAAb,EAAiB;AACf,kBAAIkH,SAAS,EAAb,EAAiB;AACfqxB,kBAAEz9B,KAAF,EAASyJ,IAAT,CAAc,IAAd,EAAmB2C,IAAnB;AACD,eAFD,MAEK;AACHA,uBAAOlH,EAAP;AACAu4B,kBAAEz9B,KAAF,EAASyJ,IAAT,CAAc,IAAd,EAAmB2C,IAAnB;AACAqxB,kBAAEgxB,UAAU1zD,GAAV,CAAckD,GAAd,CAAF,EAAsBwL,IAAtB,CAA2B,MAA3B,EAAkCg0B,EAAEgxB,UAAU1zD,GAAV,CAAckD,GAAd,CAAF,EAAsBwL,IAAtB,CAA2B,MAA3B,EAAmCpM,OAAnC,CAA2C,GAA3C,EAA+C,EAA/C,IAAmD,GAAnD,GAAuD+O,IAAzF;AACD;AACF;AACD,gBAAIklC,WAAW7T,EAAE+wB,SAASzzD,GAAT,CAAakD,GAAb,CAAF,EAAqB8yB,QAArB,CAA8B,WAA9B,CAAf;AACA,gBAAIugB,QAAJ,EAAc;AACZsd,wBAAUt+B,QAAV,CAAmB,WAAnB;AACD;AACF,WAjBD;AAkBAk+B,mBAASl+B,QAAT,CAAkBg+B,SAAlB;AACD;AACF;;AAED;;;;;AAjNW;AAAA;AAAA,gCAqND;AACR,YAAI,KAAK1O,aAAT,EAAwB,KAAKA,aAAL,CAAmBQ,OAAnB;AACxB3iB,UAAEzkC,MAAF,EAAUyd,GAAV,CAAc,6BAAd;AACAmnB,mBAAWa,gBAAX,CAA4B,IAA5B;AACD;AAzNU;;AAAA;AAAA;;AA4NbivB,0BAAwBvhB,QAAxB,GAAmC,EAAnC;;AAEA;AACA,MAAI6T,cAAc;AAChB6O,UAAM;AACJ1O,gBAAU,MADN;AAEJniB,cAAQJ,WAAWC,QAAX,CAAoBgxB,IAApB,IAA4B;AAFhC,KADU;AAKhBtO,eAAW;AACTJ,gBAAU,WADD;AAETniB,cAAQJ,WAAWC,QAAX,CAAoB0iB,SAApB,IAAiC;AAFhC;AALK,GAAlB;;AAWA;AACA3iB,aAAWI,MAAX,CAAkB0vB,uBAAlB,EAA2C,yBAA3C;AAEC,CA7OA,CA6OC7zD,MA7OD,CAAD;;;;;ACDA;;;;AAIA,CAAC,UAASwK,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,gBAAP,EAAwB,CAAC,QAAD,CAAxB,EAAmCh5B,CAAnC;AAAsC,CAAzD,CAA0D,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,iBAASg+C,CAAT,GAAY,CAAE,UAASC,CAAT,CAAW1qD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAGA,CAAH,EAAK,OAAM,MAAInZ,EAAE5D,KAAF,CAAQ,GAAR,EAAaiF,IAAb,CAAkB,KAAlB,EAAyBjF,KAAzB,CAA+B,KAA/B,EAAsCiF,IAAtC,CAA2C,SAA3C,EAAsDrI,OAAtD,CAA8D,KAA9D,EAAoE,KAApE,EAA2EA,OAA3E,CAAmF,KAAnF,EAAyF,KAAzF,EAAgGA,OAAhG,CAAwG,KAAxG,EAA8G,KAA9G,CAAJ,GAAyH,GAA/H,CAAmI,IAAIyT,IAAEzM,EAAE2qD,MAAF,CAAS,CAAT,CAAN;AAAA,gBAAkBF,IAAEzqD,EAAE4qD,SAAF,CAAY,CAAZ,CAApB,CAAmC,OAAM,QAAMn+C,CAAN,GAAQ,OAAKg+C,CAAL,GAAO,IAAf,GAAoB,QAAMh+C,CAAN,GAAQ,uBAAqBg+C,CAArB,GAAuB,IAA/B,GAAoC,MAAIzqD,CAAJ,GAAM,iBAApE;AAAsF,kBAAS3I,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,mBAAOzM,KAAG,EAAH,EAAMmZ,IAAEA,KAAG,CAAX,EAAa1M,IAAE0M,IAAEnZ,EAAEzJ,MAAnB,EAA0BkW,IAAEo+C,EAAE1xC,CAAF,EAAKyxC,SAAL,CAAe,CAAf,EAAiBn+C,CAAjB,IAAoBzM,CAAtB,GAAwBA,CAAzD;AAA2D,kBAASnC,CAAT,CAAWmC,CAAX,EAAa;AAAC,gBAAImZ,IAAEnZ,EAAEuV,GAAF,CAAMu1C,GAAGx1D,OAAH,CAAWmmC,WAAX,CAAuBlmB,GAAvB,GAA2B,YAAjC,KAAgDvV,EAAEuV,GAAF,CAAM,YAAN,CAAtD;AAAA,gBAA0E9I,IAAE0M,IAAEA,EAAE7Y,KAAF,CAAQyqD,EAAR,KAAa,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAS,CAAT,CAAf,GAA2B,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAS,CAAT,CAAvG;AAAA,gBAAmHN,IAAEO,GAAGhnC,GAAH,CAAO,CAACvX,EAAE,CAAF,CAAR,EAAa,EAAEA,EAAE,CAAF,KAAM,CAAR,CAAb,CAArH,CAA8I,OAAM,EAACyY,MAAK,CAACzY,EAAE,CAAF,CAAD,GAAMg+C,CAAZ,EAAc5sB,OAAM,CAACpxB,EAAE,CAAF,CAAD,GAAMg+C,CAA1B,EAA4B7sB,QAAO,CAACnxB,EAAE,CAAF,CAAD,GAAMg+C,CAAzC,EAAN;AAAkD,kBAAS76B,CAAT,CAAWzW,CAAX,EAAa1M,CAAb,EAAe;AAAC,gBAAIg+C,CAAJ;AAAA,gBAAMC,CAAN;AAAA,gBAAQrzD,CAAR;AAAA,gBAAUwG,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAcq7B,CAAd;AAAA,gBAAgBn9C,CAAhB;AAAA,gBAAkBo9C,IAAEC,GAAGC,OAAvB;AAAA,gBAA+BC,IAAEP,GAAGQ,WAApC;AAAA,gBAAgDC,IAAET,GAAGU,YAArD,CAAkE,OAAOryC,EAAEjW,MAAF,GAAWwpB,QAAX,CAAoB,uBAApB,KAA8Cu+B,IAAE9xC,EAAEjW,MAAF,CAAS,wBAAT,CAAF,EAAqC4K,IAAEm9C,EAAE,CAAF,EAAK/0C,KAA5C,EAAkD+0C,EAAE1+C,EAAF,CAAK,SAAL,KAAiB0+C,EAAEvmC,IAAF,EAAnE,EAA4E+lC,IAAEgB,GAAGxqD,IAAH,CAAQ6M,EAAEqU,KAAV,KAAkBspC,GAAGxqD,IAAH,CAAQ6M,EAAEoZ,MAAV,CAAhG,EAAkHujC,KAAGQ,EAAE11C,GAAF,CAAM,EAAC4M,OAAMkpC,EAAElyC,CAAF,CAAP,EAAY+N,QAAOqkC,EAAEpyC,CAAF,CAAnB,EAAwBuyC,WAAU,aAAlC,EAAgDC,cAAa,aAA7D,EAA2EC,iBAAgB,aAA3F,EAAN,CAAnK,KAAsRlB,IAAEvxC,EAAE,CAAF,EAAKjD,KAAL,CAAWiM,KAAb,EAAmB9qB,IAAE8hB,EAAE,CAAF,EAAKjD,KAAL,CAAWgR,MAAhC,EAAuCrpB,IAAE4tD,GAAGxqD,IAAH,CAAQypD,CAAR,CAAzC,EAAoD96B,IAAE67B,GAAGxqD,IAAH,CAAQ5J,CAAR,CAAtD,EAAiEozD,IAAE5sD,KAAG+xB,CAAtE,EAAwE,CAAC/xB,CAAD,KAAK,CAAC4O,CAAD,IAAIA,KAAGi+C,CAAZ,MAAiBA,IAAEW,EAAElyC,CAAF,CAAnB,CAAxE,EAAiG,CAACyW,CAAD,KAAK,CAACnjB,CAAD,IAAIA,KAAGpV,CAAZ,MAAiBA,IAAEk0D,EAAEpyC,CAAF,CAAnB,CAAjG,EAA0HA,EAAExB,IAAF,CAAO3X,EAAE,QAAF,EAAYisB,QAAZ,CAAqB,uBAArB,EAA8C1W,GAA9C,CAAkD,EAAC4M,OAAMuoC,CAAP,EAASxjC,QAAO7vB,CAAhB,EAAlD,CAAP,CAA1H,EAAwMozD,KAAGtxC,EAAE5D,GAAF,CAAM,EAAC4M,OAAM,MAAP,EAAc+E,QAAO,MAArB,EAA4BwkC,WAAU,YAAtC,EAAmDC,cAAa,YAAhE,EAA6EC,iBAAgB,YAA7F,EAAN,CAAje,GAAolBV,EAAEW,IAAF,IAAQb,GAAGc,KAAH,CAASZ,EAAE31D,OAAX,KAAqB,CAA7B,KAAiC4jB,EAAE5D,GAAF,CAAM,EAACw2C,MAAK,CAAN,EAAN,GAAgB5yC,EAAE3L,QAAF,CAAW,SAAX,EAAsB2U,KAAtB,CAA4BhJ,EAAEgJ,KAAF,EAA5B,CAAjD,CAAplB,EAA6qBhJ,EAAEjW,MAAF,EAAprB;AAA+rB,kBAAS+nD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAImZ,IAAE,CAAN;AAAA,gBAAQ1M,IAAElV,UAAUhB,MAApB,CAA2B,KAAI4iB,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgBrL,kBAAE9N,CAAF,EAAIzI,UAAU4hB,CAAV,CAAJ;AAAhB,aAAkC,OAAOnZ,CAAP;AAAS,kBAAS8N,CAAT,CAAW9N,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI1M,CAAJ;AAAA,gBAAMg+C,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAUrzD,CAAV;AAAA,gBAAYwG,CAAZ;AAAA,gBAAc+xB,IAAEk7B,GAAGr3C,IAAH,CAAQu4C,eAAxB;AAAA,gBAAwCf,IAAEH,GAAGr3C,IAAH,CAAQw4C,mBAAlD;AAAA,gBAAsEf,IAAEJ,GAAGr3C,IAAH,CAAQy4C,UAAhF;AAAA,gBAA2Fb,IAAEP,GAAGr3C,IAAH,CAAQ04C,sBAArG,CAA4H,KAAI1/C,CAAJ,IAAS0M,CAAT;AAAWsxC,oBAAEtxC,EAAE1M,CAAF,CAAF,EAAOi+C,WAASD,CAAT,yCAASA,CAAT,CAAP,EAAkBpzD,IAAEqzD,MAAI0B,EAAJ,IAAQ,SAAO3B,CAAf,GAAiBA,EAAEn0D,WAAnB,GAA+B,IAAnD,EAAwDe,KAAGA,MAAIkC,KAAP,IAAclC,MAAIu4B,CAAlB,IAAqBv4B,MAAI4zD,CAAzB,IAA4B5zD,MAAI6zD,CAAhC,IAAmC7zD,MAAIg0D,CAAvC,GAAyCZ,aAAaxuD,IAAb,GAAkB+D,EAAEyM,CAAF,IAAK,IAAIxQ,IAAJ,CAASwuD,EAAEvuB,OAAF,EAAT,CAAvB,GAA6C18B,EAAEirD,EAAEnyD,KAAJ,IAAW0H,EAAEyM,CAAF,IAAKg+C,EAAEnyD,KAAF,EAAhB,IAA2BuF,IAAEmC,EAAEyM,CAAF,CAAF,EAAOzM,EAAEyM,CAAF,IAAK,QAAO5O,CAAP,yCAAOA,CAAP,OAAWuuD,EAAX,GAAcvuD,KAAG,EAAjB,GAAoB,EAAhC,EAAmCiQ,EAAE9N,EAAEyM,CAAF,CAAF,EAAOg+C,CAAP,CAA9D,CAAtF,GAA+JC,MAAI2B,EAAJ,KAASrsD,EAAEyM,CAAF,IAAKg+C,CAAd,CAAvN;AAAX,aAAmP,OAAOzqD,CAAP;AAAS,kBAASkrD,CAAT,CAAWlrD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiB;AAAC,iBAAI,IAAIC,CAAR,IAAavxC,CAAb;AAAe,oBAAGA,EAAE9jB,cAAF,CAAiBq1D,CAAjB,KAAqBvxC,EAAEuxC,CAAF,EAAKzpD,IAAL,CAAUjB,CAAV,CAAxB,EAAqC,OAAO0qD,CAAP;AAApD,aAA6D,OAAOD,MAAIh+C,CAAJ,GAAMg+C,CAAN,GAAQzqD,CAAf;AAAiB,kBAASqrD,CAAT,CAAWrrD,CAAX,EAAa;AAAC,mBAAOA,EAAEhH,OAAF,CAAU,eAAV,EAA0B,UAASgH,CAAT,EAAW;AAAC,uBAAOA,EAAE2qD,MAAF,CAAS,CAAT,IAAY,GAAZ,GAAgB3qD,EAAE2qD,MAAF,CAAS,CAAT,EAAY7vD,WAAZ,EAAvB;AAAiD,aAAvF,CAAP;AAAgG,kBAASywD,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOA,EAAEhH,OAAF,CAAU,SAAV,EAAoB,UAASgH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOA,EAAEhjB,WAAF,EAAP;AAAuB,aAAzD,CAAP;AAAkE,kBAASgK,CAAT,CAAWgZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,gBAAIg+C,CAAJ;AAAA,gBAAMC,IAAE,EAAR,CAAW,OAAOl2D,SAAS4O,WAAT,IAAsB5O,SAAS4O,WAAT,CAAqBie,gBAA3C,IAA6DopC,IAAEj2D,SAAS4O,WAAT,CAAqBie,gBAArB,CAAsClI,CAAtC,EAAwC,EAAxC,CAAF,EAA8C1M,KAAGzM,EAAE/I,IAAF,CAAOwV,CAAP,EAAS,UAASzM,CAAT,EAAWmZ,CAAX,EAAa;AAACuxC,kBAAEvxC,CAAF,IAAKsxC,EAAE1nC,gBAAF,CAAmB5J,CAAnB,CAAL;AAA2B,aAAlD,CAA9G,KAAoKsxC,IAAEtxC,EAAEuoB,YAAJ,EAAiBj1B,KAAGzM,EAAE/I,IAAF,CAAOwV,CAAP,EAAS,UAASzM,CAAT,EAAWmZ,CAAX,EAAa;AAACuxC,kBAAEvxC,CAAF,IAAKsxC,EAAEc,EAAEpyC,CAAF,CAAF,CAAL;AAAa,aAApC,CAAxL,GAA+N2xC,GAAGhyB,IAAH,CAAQ4xB,CAAR,MAAaA,IAAED,CAAf,CAA/N,EAAiPC,CAAxP;AAA0P,kBAASnkC,CAAT,CAAWvmB,CAAX,EAAa;AAAC,gBAAGA,KAAGA,EAAEwD,SAAL,IAAgB,YAAU,OAAOxD,EAAEwD,SAAnC,IAA8CxD,EAAEwD,SAAF,CAAYvO,OAAZ,CAAoB,mBAApB,IAAyC,CAAC,CAA3F,EAA6F,OAAM,CAAC,CAAP,CAAS,IAAIkkB,IAAEhZ,EAAEH,CAAF,EAAI,CAAC,UAAD,CAAJ,EAAkB8nB,QAAxB,CAAiC,OAAM,UAAQ3O,CAAR,IAAW,YAAUA,CAA3B;AAA6B,kBAASmzC,CAAT,CAAWnzC,CAAX,EAAasxC,CAAb,EAAe;AAAC,gBAAIC,CAAJ;AAAA,gBAAMrzD,IAAE8zD,GAAGC,OAAH,CAAWmB,MAAnB;AAAA,gBAA0B1uD,IAAEstD,GAAGC,OAAH,CAAWoB,OAAvC;AAAA,gBAA+C58B,IAAEzW,aAAanZ,CAAb,GAAemZ,EAAE,CAAF,CAAf,GAAoBA,CAArE,CAAuE,IAAGA,CAAH,EAAK,OAAOuxC,IAAES,GAAGsB,KAAH,CAAStzC,CAAT,CAAF,EAAcsxC,MAAIh+C,CAAJ,GAAMi+C,KAAGrzD,CAAH,GAAKu4B,EAAE88B,WAAF,GAAc98B,EAAE+8B,WAAhB,GAA4B/8B,EAAE5T,UAAnC,GAA8CljB,KAAKosC,GAAL,CAAStV,EAAE5T,UAAX,CAApD,IAA4E4T,EAAE5T,UAAF,GAAa0uC,KAAGrzD,CAAH,GAAKu4B,EAAE88B,WAAF,GAAc98B,EAAE+8B,WAAhB,GAA4BlC,CAAjC,GAAmCC,KAAG7sD,CAAH,GAAK,CAAC4sD,CAAN,GAAQA,CAAxD,EAA0Dh+C,CAAtI,CAArB;AAA8J,kBAASmgD,CAAT,CAAW5sD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM1M,IAAE,CAAR,CAAU,KAAI0M,CAAJ,IAASnZ,CAAT;AAAWA,kBAAE3K,cAAF,CAAiB8jB,CAAjB,KAAqB,YAAUA,CAA/B,IAAkC1M,GAAlC;AAAX,aAAiD,OAAOA,CAAP;AAAS,kBAASs4B,CAAT,CAAW/kC,CAAX,EAAayM,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,gBAAIC,CAAJ,EAAMrzD,CAAN,EAAQwG,CAAR,CAAU,OAAO4O,MAAIA,IAAE,QAAN,GAAgBi+C,IAAE1qD,EAAEyM,CAAF,GAAlB,EAAyBpV,IAAE,EAACgM,KAAIqnD,EAAErnD,GAAP,EAAWw6B,OAAM6sB,EAAE7sB,KAAnB,EAAyBD,QAAO8sB,EAAE9sB,MAAlC,EAAyC1Y,MAAKwlC,EAAExlC,IAAhD,EAA3B,EAAiFimC,GAAGC,OAAH,CAAWS,IAAX,KAAkBV,GAAG0B,QAAH,IAAa1B,GAAG2B,UAAlC,KAA+C,CAACrC,CAAhD,KAAoD5sD,IAAEstD,GAAGsB,KAAH,CAASzsD,CAAT,IAAY,CAAZ,GAAc,CAAC,CAAjB,EAAmB3I,EAAEgM,GAAF,IAAO8V,EAAE8e,WAAF,GAAcp6B,IAAErJ,SAASuO,eAAT,CAAyBqZ,SAAnE,EAA6E/kB,EAAE6tB,IAAF,IAAQ/L,EAAE+e,WAAF,GAAcr6B,IAAErJ,SAASuO,eAAT,CAAyBiZ,UAAlL,CAAjF,EAA+Q3kB,CAAtR;AAAwR,kBAASy9B,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAImZ,IAAE,EAAN,CAAS,OAAO4zC,GAAG,YAAU,OAAO/sD,CAAjB,GAAmBA,EAAE5D,KAAF,CAAQ,GAAR,CAAnB,GAAgC4D,CAAnC,EAAqC,UAASA,CAAT,EAAW;AAACmZ,kBAAEnZ,CAAF,IAAK,IAAL;AAAU,aAA3D,GAA6DmZ,CAApE;AAAsE,kBAASrb,CAAT,CAAWkC,CAAX,EAAa;AAAC,mBAAO,IAAI8qD,GAAGkC,OAAH,CAAWC,OAAf,CAAuBjtD,CAAvB,CAAP;AAAiC,kBAASvL,CAAT,CAAWuL,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiBg+C,CAAjB,EAAmB;AAAC,mBAAO,QAAOzqD,CAAP,yCAAOA,CAAP,OAAWktD,EAAX,KAAgB1tD,EAAE2Z,CAAF,MAAOsxC,IAAEtxC,CAAF,EAAIA,IAAE,GAAN,EAAU1M,IAAE,CAAC,CAApB,GAAuBjN,EAAEiN,CAAF,MAAOg+C,IAAEh+C,CAAF,EAAIA,IAAE,CAAC,CAAd,CAAvB,EAAwC,QAAO0M,CAAP,yCAAOA,CAAP,OAAWg0C,EAAX,KAAgB1gD,IAAE0M,CAAF,EAAIA,IAAE,GAAtB,CAAxC,EAAmEnZ,IAAE,EAACgtD,SAAQhtD,CAAT,EAAWmmB,UAAShN,CAApB,EAAsBvK,SAAQnC,CAA9B,EAAgCsc,UAAS0hC,CAAzC,EAArF,GAAkI2C,GAAG,EAACJ,SAAQ,EAAT,EAAY7mC,UAAS,GAArB,EAAyBvX,SAAQ,CAAC,CAAlC,EAAoChZ,MAAKy3D,EAAzC,EAA4CjzC,UAASizC,EAArD,EAAwD1nC,MAAK,CAAC,CAA9D,EAAH,EAAoE3lB,CAApE,EAAsE,EAACstD,kBAAiBttD,EAAE+oB,QAApB,EAA6BA,UAASskC,EAAtC,EAAtE,CAAzI;AAA0P,kBAASE,CAAT,CAAWp0C,CAAX,EAAa1M,CAAb,EAAeg+C,CAAf,EAAiBC,CAAjB,EAAmBrzD,CAAnB,EAAqB;AAAC,iBAAI,IAAIwG,CAAJ,EAAM+xB,IAAE,CAAR,EAAUq7B,IAAE9xC,EAAE5iB,MAAlB,EAAyBq5B,IAAEq7B,CAA3B,EAA6Br7B,GAA7B;AAAiC/xB,oBAAEmC,EAAEmZ,EAAEyW,CAAF,CAAF,CAAF,EAAU/xB,EAAEyR,KAAF,CAAQ,YAAU;AAACk+C,sBAAEp9C,OAAF,CAAUvS,CAAV,EAAYpJ,EAAEgY,CAAF,EAAIg+C,CAAJ,EAAMC,CAAN,EAAQrzD,CAAR,CAAZ;AAAwB,iBAA3C,CAAV;AAAjC,aAAwF,OAAO8hB,CAAP;AAAS,kBAASs0C,CAAT,CAAWztD,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiBg+C,CAAjB,EAAmB;AAAC,mBAAOtxC,MAAIA,IAAEA,EAAE/c,KAAF,CAAQ,GAAR,CAAF,EAAe2wD,GAAG5zC,CAAH,EAAK,UAASA,CAAT,EAAW1M,CAAX,EAAa;AAACzM,kBAAEusB,WAAF,CAAc9f,CAAd,EAAgBg+C,CAAhB;AAAmB,aAAtC,CAAnB,GAA4DzqD,CAAnE;AAAqE,kBAAS0tD,CAAT,CAAW1tD,CAAX,EAAa;AAAC,mBAAM,CAAC,KAAGA,CAAJ,EAAOhH,OAAP,CAAe20D,CAAf,EAAiB,OAAjB,EAA0B30D,OAA1B,CAAkC40D,CAAlC,EAAoC,MAApC,EAA4C50D,OAA5C,CAAoD60D,CAApD,EAAsD,MAAtD,EAA8D70D,OAA9D,CAAsE80D,CAAtE,EAAwE,QAAxE,EAAkF90D,OAAlF,CAA0F+0D,CAA1F,EAA4F,OAA5F,CAAN;AAA2G,kBAASlpB,CAAT,CAAW7kC,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,CAAM,OAAO,MAAItxC,EAAElkB,OAAF,CAAU,MAAV,CAAJ,KAAwBkkB,IAAEA,EAAEyxC,SAAF,CAAY,CAAZ,CAAF,EAAiBzxC,IAAEA,EAAEwxC,MAAF,CAAS,CAAT,EAAY7vD,WAAZ,KAA0Bqe,EAAEyxC,SAAF,CAAY,CAAZ,CAArE,GAAqFzxC,IAAEA,EAAEngB,OAAF,CAAUg1D,EAAV,EAAa,KAAb,CAAvF,EAA2GvD,IAAEzqD,EAAEkB,YAAF,CAAe,UAAQ4pD,GAAGmD,EAAX,GAAc90C,CAA7B,CAA7G,EAA6I,SAAOsxC,CAAP,GAASA,IAAEh+C,CAAX,GAAa,WAASg+C,CAAT,GAAWA,IAAE,IAAb,GAAkB,WAASA,CAAT,GAAWA,IAAE,CAAC,CAAd,GAAgB,YAAUA,CAAV,GAAYA,IAAE,CAAC,CAAf,GAAiByD,GAAGjtD,IAAH,CAAQwpD,CAAR,IAAWA,IAAE9wD,WAAW8wD,CAAX,CAAb,GAA2B0D,GAAGltD,IAAH,CAAQwpD,CAAR,KAAY,CAAC2D,GAAGntD,IAAH,CAAQwpD,CAAR,CAAb,KAA0BA,IAAE7tB,SAAS,aAAW6tB,CAAX,GAAa,GAAtB,GAA5B,CAAxO,EAAkSA,CAAzS;AAA2S,kBAASnqB,CAAT,CAAWnnB,CAAX,EAAasxC,CAAb,EAAe;AAAC,gBAAIC,CAAJ;AAAA,gBAAMrzD,CAAN;AAAA,gBAAQwG,IAAE,EAAV,CAAa,KAAI6sD,CAAJ,IAASD,CAAT;AAAWpzD,oBAAEwtC,EAAE1rB,CAAF,EAAIuxC,CAAJ,CAAF,EAASrzD,MAAIoV,CAAJ,KAAQ4hD,GAAGptD,IAAH,CAAQypD,CAAR,MAAarzD,IAAEyzD,GAAGvC,QAAH,CAAYvoD,EAAE,MAAI3I,CAAN,EAAS4nB,IAAT,EAAZ,CAAf,GAA6CphB,EAAE6sD,CAAF,IAAKrzD,CAA1D,CAAT;AAAX,aAAiF,OAAOwG,CAAP;AAAS,kBAASywD,CAAT,CAAWn1C,CAAX,EAAa1M,CAAb,EAAe;AAAC,mBAAOzM,EAAE5C,QAAF,CAAW+b,CAAX,EAAa1M,CAAb,IAAgB,CAAC,CAAjB,GAAmB,CAA1B;AAA4B,kBAAS8hD,CAAT,GAAY;AAAC,gBAAIp1C,IAAEnZ,EAAE,IAAF,CAAN,CAAc,OAAOA,EAAE7E,OAAF,CAAUge,EAAE/T,IAAF,CAAO,UAAQ0lD,GAAGmD,EAAX,GAAc,MAArB,CAAV,EAAuC,CAAC,QAAD,EAAU,aAAV,CAAvC,IAAiE,CAAC,CAAlE,IAAqE90C,EAAE5M,EAAF,CAAK,UAAL,CAA5E;AAA6F,kBAASiiD,CAAT,CAAWxuD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI1M,IAAEzM,EAAEnF,QAAF,CAAWC,WAAX,EAAN,CAA+B,OAAM,CAAC,sCAAsCmG,IAAtC,CAA2CwL,CAA3C,IAA8C,CAACzM,EAAEqI,QAAjD,GAA0D,QAAMoE,CAAN,GAAQzM,EAAEmI,IAAF,IAAQgR,CAAhB,GAAkBA,CAA7E,KAAiFs1C,EAAEzuD,CAAF,CAAvF;AAA4F,kBAASyuD,CAAT,CAAWt1C,CAAX,EAAa;AAAC,mBAAOnZ,EAAEkF,IAAF,CAAO8D,OAAP,CAAesrB,OAAf,CAAuBnb,CAAvB,KAA2B,CAACnZ,EAAEmZ,CAAF,EAAK7K,OAAL,GAAeF,OAAf,GAAyBvK,MAAzB,CAAgC,YAAU;AAAC,uBAAM,aAAW7D,EAAEuV,GAAF,CAAM,IAAN,EAAW,YAAX,CAAjB;AAA0C,aAArF,EAAuFhf,MAA1H;AAAiI,kBAASm4D,CAAT,CAAW1uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAO,IAAIu1C,EAAE/4D,EAAF,CAAKC,IAAT,CAAcoK,CAAd,EAAgBmZ,CAAhB,CAAP;AAA0B,aAAIw1C,CAAJ;AAAA,YAAMnvD,CAAN;AAAA,YAAQovD,CAAR;AAAA,YAAUC,CAAV;AAAA,YAAYC,CAAZ;AAAA,YAAcC,CAAd;AAAA,YAAgBC,CAAhB;AAAA,YAAkBC,CAAlB;AAAA,YAAoBC,CAApB;AAAA,YAAsB91B,CAAtB;AAAA,YAAwB+1B,CAAxB;AAAA,YAA0BtE,CAA1B;AAAA,YAA4BjzD,CAA5B;AAAA,YAA8B41D,CAA9B;AAAA,YAAgCG,CAAhC;AAAA,YAAkCC,CAAlC;AAAA,YAAoCE,CAApC;AAAA,YAAsCC,CAAtC;AAAA,YAAwCF,CAAxC;AAAA,YAA0CuB,CAA1C;AAAA,YAA4CC,CAA5C;AAAA,YAA8CC,CAA9C;AAAA,YAAgDC,CAAhD;AAAA,YAAkDC,EAAlD;AAAA,YAAqDnB,EAArD;AAAA,YAAwDF,EAAxD;AAAA,YAA2DC,EAA3D;AAAA,YAA8DJ,EAA9D;AAAA,YAAiEyB,EAAjE;AAAA,YAAoEC,EAApE;AAAA,YAAuEC,EAAvE;AAAA,YAA0EC,EAA1E;AAAA,YAA6EC,EAA7E;AAAA,YAAgFC,EAAhF;AAAA,YAAmFC,EAAnF;AAAA,YAAsFC,EAAtF;AAAA,YAAyFC,EAAzF;AAAA,YAA4FC,EAA5F;AAAA,YAA+FC,EAA/F;AAAA,YAAkGC,EAAlG;AAAA,YAAqGtF,KAAG3xC,EAAEk3C,KAAF,GAAQl3C,EAAEk3C,KAAF,IAAS,EAACC,UAAS,EAAV,EAAzH;AAAA,YAAuIlD,KAAGptD,EAAEhI,MAA5I;AAAA,YAAmJ+0D,KAAG/sD,EAAE/I,IAAxJ;AAAA,YAA6Js5D,KAAGvwD,EAAErH,OAAlK;AAAA,YAA0K63D,KAAGxwD,EAAEnE,KAA/K;AAAA,YAAqLwxD,KAAGrtD,EAAE5G,IAA1L;AAAA,YAA+L4xD,KAAGlyD,IAAlM;AAAA,YAAuM23D,KAAGt3C,EAAE2U,IAAF,IAAQ,EAAlN;AAAA,YAAqNq9B,KAAG,EAAxN;AAAA,YAA2NM,KAAG,GAA9N;AAAA,YAAkOiF,KAAG,sBAArO;AAAA,YAA4P3F,KAAG,qEAA/P;AAAA,YAAqUmD,KAAG,sBAAxU;AAAA,YAA+VyC,KAAG,UAAlW;AAAA,YAA6WzD,KAAG,QAAhX;AAAA,YAAyX0D,KAAG,QAA5X;AAAA,YAAqYxE,KAAG,QAAxY;AAAA,YAAiZyE,KAAG,MAApZ;AAAA,YAA2Z1D,KAAG,SAA9Z;AAAA,YAAwad,KAAG,WAA3a;AAAA,YAAubyE,KAAG,EAA1b;AAAA,YAA6bC,KAAG,EAAhc;AAAA,YAAmcC,KAAG,GAAGl8D,KAAzc,CAA+cg2D,GAAGv1D,OAAH,GAAW,cAAcyD,OAAd,CAAsB,YAAtB,EAAmC,EAAnC,CAAX,EAAkDyxD,EAAEzyD,MAAF,GAAS,UAASgI,CAAT,EAAW;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM1M,CAAN;AAAA,gBAAQg+C,IAAE,SAAFA,CAAE,GAAU,CAAE,CAAtB;AAAA,gBAAuBC,IAAE,IAAzB;AAAA,gBAA8BrzD,IAAE2I,KAAGA,EAAEpK,IAAL,GAAUoK,EAAEpK,IAAZ,GAAiB,YAAU;AAAC80D,kBAAEpzD,KAAF,CAAQ,IAAR,EAAaC,SAAb;AAAwB,aAApF,CAAqFkzD,EAAEr0D,SAAF,GAAYs0D,EAAEt0D,SAAd,EAAwBqW,IAAEpV,EAAE1B,EAAF,GAAK0B,EAAEjB,SAAF,GAAY,IAAIq0D,CAAJ,EAA3C,CAAiD,KAAItxC,CAAJ,IAASnZ,CAAT;AAAWyM,kBAAE0M,CAAF,IAAK,QAAMnZ,EAAEmZ,CAAF,CAAN,IAAYnZ,EAAEmZ,CAAF,EAAK7iB,WAAL,KAAmB4E,MAA/B,GAAsCkyD,GAAG,CAAC,CAAJ,EAAM,EAAN,EAAS3C,EAAEr0D,SAAF,CAAY+iB,CAAZ,CAAT,EAAwBnZ,EAAEmZ,CAAF,CAAxB,CAAtC,GAAoEnZ,EAAEmZ,CAAF,CAAzE;AAAX,aAAyF,OAAO1M,EAAEnW,WAAF,GAAce,CAAd,EAAgBA,EAAEW,MAAF,GAAS0yD,EAAE1yD,MAA3B,EAAkCX,CAAzC;AAA2C,SAAjV,EAAkVozD,EAAEr0D,SAAF,CAAY66D,YAAZ,GAAyB,UAASjxD,CAAT,EAAW;AAAC,iBAAK/H,OAAL,GAAagzD,EAAE,EAAF,EAAK,KAAKhzD,OAAV,EAAkB+H,CAAlB,CAAb;AAAkC,SAAzZ,EAA0ZR,IAAEsrD,GAAGryD,UAAH,GAAc,UAASuH,CAAT,EAAW;AAAC,mBAAM,cAAY,OAAOA,CAAzB;AAA2B,SAAjd,EAAkd4uD,IAAE,aAAU;AAAC,iBAAKsC,iBAAL,GAAuB,CAAC,CAAxB;AAA0B,SAAzf,EAA0frC,IAAE,aAAU;AAAC,mBAAO,KAAKqC,iBAAL,KAAyB,CAAC,CAAjC;AAAmC,SAA1iB,EAA2iBpC,IAAErE,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAKoyC,OAAL,GAAa,EAAb;AAAgB,aAAjC,EAAkCtP,MAAK,cAAS14B,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIC,CAAJ;AAAA,oBAAMrzD,CAAN;AAAA,oBAAQwG,CAAR;AAAA,oBAAU+xB,EAAV;AAAA,oBAAYq7B,CAAZ;AAAA,oBAAcn9C,IAAE,IAAhB;AAAA,oBAAqBo9C,IAAE,QAAOlrD,CAAP,yCAAOA,CAAP,OAAWktD,EAAX,GAAc,CAACltD,CAAD,CAAd,GAAkBA,CAAzC;AAAA,oBAA2CqrD,IAAE,QAAOlyC,CAAP,yCAAOA,CAAP,OAAWw3C,EAAxD,CAA2D,IAAGx3C,MAAI1M,CAAP,EAAS;AAAC,yBAAIi+C,CAAJ,IAAS1qD,CAAT;AAAW8N,0BAAE4qB,IAAF,CAAOgyB,CAAP,EAAS1qD,EAAE0qD,CAAF,CAAT;AAAX,qBAA0B,OAAO58C,CAAP;AAAS,sBAAI48C,IAAE,CAAF,EAAIrzD,IAAE6zD,EAAE30D,MAAZ,EAAmBm0D,IAAErzD,CAArB,EAAuBqzD,GAAvB;AAA2B1qD,wBAAEkrD,EAAER,CAAF,CAAF,EAAO96B,KAAEy7B,IAAElyC,CAAF,GAAIA,EAAEnZ,CAAF,CAAb,EAAkB4vB,OAAI66B,MAAI5sD,IAAE+xB,EAAF,EAAIA,KAAE,aAAU;AAAC9hB,0BAAE6qB,MAAF,CAAS34B,CAAT,EAAW4vB,EAAX,GAAc/xB,EAAEvG,KAAF,CAAQwW,CAAR,EAAUvW,SAAV,CAAd;AAAmC,qBAApD,EAAqDq4B,GAAErU,QAAF,GAAW1d,CAApE,GAAuEotD,IAAEn9C,EAAEk6B,OAAF,CAAUhoC,CAAV,IAAa8N,EAAEk6B,OAAF,CAAUhoC,CAAV,KAAc,EAApG,EAAuGirD,EAAEj2D,IAAF,CAAO46B,EAAP,CAA3G,CAAlB;AAA3B,iBAAmK,OAAO9hB,CAAP;AAAS,aAA3U,EAA4U+K,KAAI,aAAS7Y,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,KAAKuf,IAAL,CAAU14B,CAAV,EAAYmZ,CAAZ,EAAc,CAAC,CAAf,CAAP;AAAyB,aAAvX,EAAwX3hB,OAAM,eAASwI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAUrzD,CAAV;AAAA,oBAAYwG,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE,QAAO5vB,CAAP,yCAAOA,CAAP,OAAWktD,EAAX,GAAc,CAACltD,CAAD,CAAd,GAAkBA,CAAvC;AAAA,oBAAyCirD,IAAE,QAAO9xC,CAAP,yCAAOA,CAAP,OAAWw3C,EAAtD,CAAyD,KAAIlkD,IAAE,CAAF,EAAIg+C,IAAE76B,EAAEr5B,MAAZ,EAAmBkW,IAAEg+C,CAArB,EAAuBh+C,GAAvB;AAA2BzM,wBAAE4vB,EAAEnjB,CAAF,CAAF,EAAOi+C,IAAEO,IAAE9xC,CAAF,GAAIA,EAAEnZ,CAAF,CAAb,EAAkB0qD,MAAIrzD,IAAEwG,EAAEmqC,OAAF,CAAUhoC,CAAV,IAAanC,EAAEmqC,OAAF,CAAUhoC,CAAV,KAAc,EAA7B,EAAgC3I,EAAE4N,OAAF,CAAUylD,CAAV,CAApC,CAAlB;AAA3B,iBAA+F,OAAO7sD,CAAP;AAAS,aAA7iB,EAA8iB+e,SAAQ,iBAAS5c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,IAAE,IAAV;AAAA,oBAAerzD,IAAEqzD,EAAE1iB,OAAF,CAAUhoC,CAAV,CAAjB,CAA8B,IAAG3I,CAAH,EAAK;AAAC,yBAAI8hB,IAAEA,KAAG,EAAL,EAAQA,EAAEg4C,MAAF,GAASzG,CAAjB,EAAmBvxC,EAAE+3C,iBAAF,GAAoB,CAAC,CAAxC,EAA0C/3C,EAAE2B,cAAF,GAAiB8zC,CAA3D,EAA6Dz1C,EAAE8D,kBAAF,GAAqB4xC,CAAlF,EAAoFx3D,IAAEA,EAAEvC,KAAF,EAAtF,EAAgG2X,IAAE,CAAlG,EAAoGg+C,IAAEpzD,EAAEd,MAA5G,EAAmHkW,IAAEg+C,CAArH,EAAuHh+C,GAAvH;AAA2HpV,0BAAEoV,CAAF,EAAKhW,IAAL,CAAUi0D,CAAV,EAAYvxC,CAAZ;AAA3H,qBAA0I,OAAOA,EAAE+3C,iBAAF,KAAsB,CAAC,CAA9B;AAAgC,wBAAM,CAAC,CAAP;AAAS,aAA3xB,EAA4xBv4B,QAAO,gBAAS34B,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMC,IAAE,IAAR;AAAA,oBAAarzD,IAAEqzD,EAAE1iB,OAAF,CAAUhoC,CAAV,CAAf,CAA4B,IAAGA,MAAIyM,CAAP,EAASi+C,EAAE1iB,OAAF,GAAU,EAAV,CAAT,KAA2B,IAAG3wC,CAAH,EAAK,IAAG8hB,CAAH,EAAK,KAAIsxC,IAAEpzD,EAAEd,MAAF,GAAS,CAAf,EAAiBk0D,KAAG,CAApB,EAAsBA,GAAtB;AAA0BpzD,sBAAEozD,CAAF,MAAOtxC,CAAP,IAAU9hB,EAAEozD,CAAF,EAAKlvC,QAAL,KAAgBpC,CAA1B,IAA6B9hB,EAAEU,MAAF,CAAS0yD,CAAT,EAAW,CAAX,CAA7B;AAA1B,iBAAL,MAA+EC,EAAE1iB,OAAF,CAAUhoC,CAAV,IAAa,EAAb,CAAgB,OAAO0qD,CAAP;AAAS,aAAr9B,EAAT,CAA7iB,EAA8gDqE,IAAE,MAAhhD,EAAuhDC,IAAE,gBAAzhD,EAA0iDC,IAAE,OAA5iD,EAAojDC,IAAE,YAAtjD,EAAmkD91B,IAAE,MAArkD,EAA4kD+1B,IAAE,YAA9kD,EAA2lDtE,IAAE,CAAC,EAAD,EAAI,GAAJ,EAAQ,IAAR,EAAa,KAAb,EAAmB,MAAnB,CAA7lD,EAAwnD8D,IAAE,EAACyC,WAAU,MAAX,EAAkBC,cAAa,CAAC,CAAhC,EAAkCC,QAAO,gBAAStxD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,IAAE,EAAV,CAAa,KAAIj+C,IAAE,CAAF,EAAIg+C,IAAEtxC,EAAE5iB,MAAZ,EAAmBkW,IAAEg+C,CAArB,EAAuBh+C,GAAvB;AAA2Bi+C,yBAAG1qD,EAAEmZ,EAAE1M,CAAF,CAAF,CAAH;AAA3B,iBAAsC,OAAOi+C,CAAP;AAAS,aAAnH,EAAoHhuD,SAAQ,iBAASsD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQpzD,CAAR;AAAA,oBAAUwG,IAAEuvD,GAAG,EAAH,EAAM,IAAN,EAAWj0C,CAAX,CAAZ;AAAA,oBAA0ByW,IAAE/xB,EAAEuzD,SAA9B;AAAA,oBAAwCnG,IAAEr7B,EAAEtvB,KAAF,CAAQyuD,CAAR,EAAW,CAAX,CAA1C;AAAA,oBAAwDjhD,IAAEjQ,EAAEwzD,YAA5D;AAAA,oBAAyEnG,IAAE,wDAA3E,CAAoI,IAAG1rD,EAAEQ,CAAF,CAAH,EAAQ,OAAOA,CAAP,CAAS,KAAIkrD,KAAGp9C,IAAE,UAAQ8hB,CAAR,GAAU,IAAZ,GAAiB,EAApB,EAAuBs7B,KAAG,eAA1B,EAA0CT,IAAEzqD,EAAEhH,OAAF,CAAUi2D,CAAV,EAAY,WAAZ,EAAyBj2D,OAAzB,CAAiCg2D,CAAjC,EAAmC,yBAAnC,EAA8Dh2D,OAA9D,CAAsEk2D,CAAtE,EAAwE,GAAxE,EAA6El2D,OAA7E,CAAqFogC,CAArF,EAAuF,WAAvF,EAAoGh9B,KAApG,CAA0G,GAA1G,CAA5C,EAA2J/E,IAAE,CAAjK,EAAmKA,IAAEozD,EAAEl0D,MAAvK,EAA8Kc,GAA9K;AAAkL6zD,yBAAGR,EAAED,EAAEpzD,CAAF,CAAF,EAAOA,IAAE,CAAF,KAAM,CAAb,CAAH;AAAlL,iBAAqM6zD,KAAGp9C,IAAE,IAAF,GAAO,GAAV,EAAco9C,KAAG,sBAAjB,EAAwCA,IAAEA,EAAElyD,OAAF,CAAUm2D,CAAV,EAAY,GAAZ,CAA1C,CAA2D,IAAG;AAAC,2BAAO1iD,IAAEmwB,SAASquB,CAAT,EAAWC,CAAX,CAAF,EAAgBz+C,EAAE8kD,UAAF,GAAaz4D,KAAKgzD,KAAL,CAAWrB,EAAEl0D,MAAF,GAAS,CAApB,CAA7B,EAAoDkW,CAA3D;AAA6D,iBAAjE,CAAiE,OAAM4+C,CAAN,EAAQ;AAAC,0BAAM32D,MAAMo2D,GAAG0G,MAAH,CAAU,6CAAV,EAAwDxxD,CAAxD,EAA0DkrD,CAA1D,CAAN,CAAN;AAA0E;AAAC,aAAprB,EAA1nD,EAAgzE,YAAU;AAAC,qBAASlrD,CAAT,CAAWA,CAAX,EAAa;AAAC,uBAAOnC,EAAE4zD,SAAF,GAAY,CAAZ,EAAc5zD,EAAEoD,IAAF,CAAOjB,CAAP,IAAU,MAAIA,EAAEhH,OAAF,CAAU6E,CAAV,EAAY,UAASmC,CAAT,EAAW;AAAC,wBAAImZ,IAAEyW,EAAE5vB,CAAF,CAAN,CAAW,OAAO,QAAOmZ,CAAP,yCAAOA,CAAP,OAAW+zC,EAAX,GAAc/zC,CAAd,GAAgB,QAAM,CAAC,SAAOnZ,EAAE0xD,UAAF,CAAa,CAAb,EAAgBv8D,QAAhB,CAAyB,EAAzB,CAAR,EAAsCL,KAAtC,CAA4C,CAAC,CAA7C,CAA7B;AAA6E,iBAAhH,CAAJ,GAAsH,GAAhI,GAAoI,MAAIkL,CAAJ,GAAM,GAA/J;AAAmK,sBAASmZ,CAAT,CAAW9hB,CAAX,EAAawG,CAAb,EAAe;AAAC,oBAAI+xB,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQo9C,CAAR;AAAA,oBAAUG,CAAV;AAAA,oBAAYE,CAAZ;AAAA,oBAAcprD,CAAd;AAAA,oBAAgBomB,IAAE9Z,CAAlB;AAAA,oBAAoB6/C,IAAEzuD,EAAExG,CAAF,CAAtB,CAA2B,IAAGi1D,KAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAWF,EAAd,IAAkB,QAAOE,EAAEqF,MAAT,MAAkBhB,EAApC,KAAyCrE,IAAEA,EAAEqF,MAAF,CAASt6D,CAAT,CAA3C,GAAwD,QAAOqzD,CAAP,yCAAOA,CAAP,OAAWiG,EAAX,KAAgBrE,IAAE5B,EAAEj0D,IAAF,CAAOoH,CAAP,EAASxG,CAAT,EAAWi1D,CAAX,CAAlB,CAAxD,EAAyFnsD,WAASmsD,CAAT,yCAASA,CAAT,CAAzF,EAAoGnsD,MAAI+sD,EAA3G,EAA8G,OAAOltD,EAAEssD,CAAF,CAAP,CAAY,IAAGnsD,MAAIywD,EAAP,EAAU,OAAO5rC,SAASsnC,CAAT,IAAYA,IAAE,EAAd,GAAiBuE,EAAxB,CAA2B,IAAG1wD,MAAIgtD,EAAJ,IAAQhtD,MAAI0wD,EAAf,EAAkB,OAAOvE,IAAE,EAAT,CAAY,IAAGnsD,MAAIisD,EAAP,EAAU;AAAC,wBAAG,CAACE,CAAJ,EAAM,OAAOuE,EAAP,CAAU,IAAGpkD,KAAGg+C,CAAH,EAAKc,IAAE,EAAP,EAAU,qBAAmBN,EAAE3zD,KAAF,CAAQg1D,CAAR,CAAhC,EAA2C;AAAC,6BAAIjB,IAAEiB,EAAE/1D,MAAJ,EAAWq5B,IAAE,CAAjB,EAAmBA,IAAEy7B,CAArB,EAAuBz7B,GAAvB;AAA2B27B,8BAAE37B,CAAF,IAAKzW,EAAEyW,CAAF,EAAI08B,CAAJ,KAAQuE,EAAb;AAA3B,yBAA2C,OAAO3F,IAAE,MAAIK,EAAEh1D,MAAN,GAAa,IAAb,GAAkBkW,IAAE,QAAMA,CAAN,GAAQ8+C,EAAElqD,IAAF,CAAO,QAAMoL,CAAb,CAAR,GAAwB,IAAxB,GAA6B8Z,CAA7B,GAA+B,GAAjC,GAAqC,MAAIglC,EAAElqD,IAAF,CAAO,GAAP,CAAJ,GAAgB,GAAzE,EAA6EoL,IAAE8Z,CAA/E,EAAiF2kC,CAAxF;AAA0F,yBAAGR,KAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAW0B,EAAjB,EAAoB,KAAIf,IAAEX,EAAEn0D,MAAJ,EAAWq5B,IAAE,CAAjB,EAAmBA,IAAEy7B,CAArB,EAAuBz7B,GAAvB;AAA2B,gCAAO86B,EAAE96B,CAAF,CAAP,MAAcs9B,EAAd,KAAmBp/C,IAAE48C,EAAE96B,CAAF,CAAF,EAAOs7B,IAAE/xC,EAAErL,CAAF,EAAIw+C,CAAJ,CAAT,EAAgBpB,KAAGK,EAAEv2D,IAAF,CAAOgL,EAAE8N,CAAF,KAAMrB,IAAE,IAAF,GAAO,GAAb,IAAkBy+C,CAAzB,CAAtC;AAA3B,qBAApB,MAAuH,KAAIp9C,CAAJ,IAASw+C,CAAT;AAAWpxD,+BAAO7F,cAAP,CAAsBoB,IAAtB,CAA2B61D,CAA3B,EAA6Bx+C,CAA7B,MAAkCo9C,IAAE/xC,EAAErL,CAAF,EAAIw+C,CAAJ,CAAF,EAASpB,KAAGK,EAAEv2D,IAAF,CAAOgL,EAAE8N,CAAF,KAAMrB,IAAE,IAAF,GAAO,GAAb,IAAkBy+C,CAAzB,CAA9C;AAAX,qBAAsF,OAAOA,IAAE,MAAIK,EAAEh1D,MAAN,GAAa,IAAb,GAAkBkW,IAAE,QAAMA,CAAN,GAAQ8+C,EAAElqD,IAAF,CAAO,QAAMoL,CAAb,CAAR,GAAwB,IAAxB,GAA6B8Z,CAA7B,GAA+B,GAAjC,GAAqC,MAAIglC,EAAElqD,IAAF,CAAO,GAAP,CAAJ,GAAgB,GAAzE,EAA6EoL,IAAE8Z,CAA/E,EAAiF2kC,CAAxF;AAA0F;AAAC,iBAAIz+C,CAAJ;AAAA,gBAAMg+C,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAU7sD,IAAE,0HAAZ;AAAA,gBAAuI+xB,IAAE,EAAC,MAAK,KAAN,EAAY,MAAK,KAAjB,EAAuB,MAAK,KAA5B,EAAkC,MAAK,KAAvC,EAA6C,MAAK,KAAlD,EAAwD,KAAI,KAA5D,EAAkE,MAAK,MAAvE,EAAzI;AAAA,gBAAwNq7B,IAAE,GAAG91D,QAA7N,CAAsO,QAAO8G,KAAK7F,SAAL,CAAeu7D,MAAtB,MAA+BhB,EAA/B,KAAoC10D,KAAK7F,SAAL,CAAeu7D,MAAf,GAAsB,YAAU;AAAC,oBAAI3xD,IAAE,IAAN,CAAW,OAAOglB,SAAShlB,EAAE4xD,OAAF,EAAT,IAAsBv6D,EAAE2I,EAAE6xD,cAAF,EAAF,EAAqB,CAArB,IAAwB,GAAxB,GAA4Bx6D,EAAE2I,EAAE8xD,WAAF,KAAgB,CAAlB,CAA5B,GAAiD,GAAjD,GAAqDz6D,EAAE2I,EAAE+xD,UAAF,EAAF,CAArD,GAAuE,GAAvE,GAA2E16D,EAAE2I,EAAEgyD,WAAF,EAAF,CAA3E,GAA8F,GAA9F,GAAkG36D,EAAE2I,EAAEiyD,aAAF,EAAF,CAAlG,GAAuH,GAAvH,GAA2H56D,EAAE2I,EAAEkyD,aAAF,EAAF,CAA3H,GAAgJ,GAAtK,GAA0K,IAAjL;AAAsL,aAAlO,EAAmOtyD,OAAOxJ,SAAP,CAAiBu7D,MAAjB,GAAwBQ,OAAO/7D,SAAP,CAAiBu7D,MAAjB,GAAwBS,QAAQh8D,SAAR,CAAkBu7D,MAAlB,GAAyB,YAAU;AAAC,uBAAO,KAAKC,OAAL,EAAP;AAAsB,aAAjX,GAAmX,QAAOnB,GAAG4B,SAAV,MAAsB1B,EAAtB,KAA2BF,GAAG4B,SAAH,GAAa,UAASryD,CAAT,EAAW3I,CAAX,EAAawG,CAAb,EAAe;AAAC,oBAAI+xB,CAAJ,CAAM,IAAGnjB,IAAE,EAAF,EAAKg+C,IAAE,EAAP,EAAU,QAAO5sD,CAAP,yCAAOA,CAAP,OAAW+yD,EAAxB,EAA2B,KAAIhhC,IAAE,CAAN,EAAQA,IAAE/xB,CAAV,EAAY+xB,KAAG,CAAf;AAAiB66B,yBAAG,GAAH;AAAjB,iBAA3B,MAAwD,QAAO5sD,CAAP,yCAAOA,CAAP,OAAWqvD,EAAX,KAAgBzC,IAAE5sD,CAAlB,EAAqB,IAAG6sD,IAAErzD,CAAF,EAAIA,KAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAWs5D,EAAd,KAAmB,QAAOt5D,CAAP,yCAAOA,CAAP,OAAW+0D,EAAX,IAAe,QAAO/0D,EAAEd,MAAT,MAAkBq6D,EAApD,CAAP,EAA+D,MAAMl8D,MAAM,gBAAN,CAAN,CAA8B,OAAOykB,EAAE,EAAF,EAAK,EAAC,IAAGnZ,CAAJ,EAAL,CAAP;AAAoB,aAA5P,CAAnX;AAAinB,SAA/uD,EAAhzE,EAAkiI,YAAU;AAAC,qBAASmZ,CAAT,CAAWnZ,CAAX,EAAa;AAAC,oBAAGA,CAAH,EAAK;AAAC,wBAAGA,EAAEsyD,YAAL,EAAkB,OAAOtyD,CAAP,CAAS,IAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAWktD,EAAd,EAAiB;AAAC,4BAAI/zC,IAAE2xC,GAAGwF,QAAT,CAAkB,OAAOn3C,EAAEnZ,CAAF,KAAMmZ,EAAEnZ,EAAE5D,KAAF,CAAQ,GAAR,EAAa,CAAb,CAAF,CAAN,IAA0B,IAAjC;AAAsC,4BAAO,IAAP;AAAY,wBAAO,IAAP;AAAY,sBAASquD,CAAT,CAAWzqD,CAAX,EAAa;AAAC,uBAAOA,MAAIA,IAAEmZ,EAAEnZ,CAAF,CAAN,GAAYA,KAAG8qD,GAAGwF,QAAH,CAAY9/B,OAAlC;AAA0C,sBAASk6B,CAAT,CAAW1qD,CAAX,EAAamZ,CAAb,EAAeuxC,CAAf,EAAiB;AAACA,oBAAED,EAAEC,CAAF,CAAF,CAAO,IAAI7sD,IAAE6sD,EAAE6H,SAAF,CAAYC,QAAlB;AAAA,oBAA2B5iC,IAAE/xB,EAAE40D,IAA/B;AAAA,oBAAoCxH,IAAEptD,EAAE60D,MAAxC,CAA+C,OAAOv5C,IAAEtb,EAAE4sC,QAAF,CAAWtxB,CAAX,KAAeA,CAAjB,EAAmBA,EAAEngB,OAAF,CAAUkyD,CAAV,EAAY,UAAS/xC,CAAT,EAAW;AAAC,wBAAIsxC,CAAJ,EAAMC,CAAN,EAAQ58C,CAAR,CAAU,OAAM,QAAMqL,CAAN,GAAQuxC,IAAE1qD,EAAE2yD,OAAF,EAAV,GAAsB,SAAOx5C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAE2yD,OAAF,EAAF,CAAX,GAA0B,UAAQx5C,CAAR,GAAUuxC,IAAE96B,EAAEgjC,SAAF,CAAY5yD,EAAE6yD,MAAF,EAAZ,CAAZ,GAAoC,WAAS15C,CAAT,GAAWuxC,IAAE96B,EAAEkjC,KAAF,CAAQ9yD,EAAE6yD,MAAF,EAAR,CAAb,GAAiC,QAAM15C,CAAN,GAAQuxC,IAAE1qD,EAAE+yD,QAAF,KAAa,CAAvB,GAAyB,SAAO55C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAE+yD,QAAF,KAAa,CAAf,CAAX,GAA6B,UAAQ55C,CAAR,GAAUuxC,IAAEO,EAAE2H,SAAF,CAAY5yD,EAAE+yD,QAAF,EAAZ,CAAZ,GAAsC,WAAS55C,CAAT,GAAWuxC,IAAEO,EAAE6H,KAAF,CAAQ9yD,EAAE+yD,QAAF,EAAR,CAAb,GAAmC,SAAO55C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAEgzD,WAAF,KAAgB,GAAlB,CAAX,GAAkC,WAAS75C,CAAT,GAAWuxC,IAAErzD,EAAE2I,EAAEgzD,WAAF,EAAF,EAAkB,CAAlB,CAAb,GAAkC,QAAM75C,CAAN,GAAQuxC,IAAE1qD,EAAEizD,QAAF,KAAa,EAAb,IAAiB,EAA3B,GAA8B,SAAO95C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAEizD,QAAF,KAAa,EAAb,IAAiB,EAAnB,CAAX,GAAkC,QAAM95C,CAAN,GAAQuxC,IAAE1qD,EAAEizD,QAAF,EAAV,GAAuB,SAAO95C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAEizD,QAAF,EAAF,CAAX,GAA2B,QAAM95C,CAAN,GAAQuxC,IAAE1qD,EAAEkzD,UAAF,EAAV,GAAyB,SAAO/5C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAEkzD,UAAF,EAAF,CAAX,GAA6B,QAAM/5C,CAAN,GAAQuxC,IAAE1qD,EAAEmzD,UAAF,EAAV,GAAyB,SAAOh6C,CAAP,GAASuxC,IAAErzD,EAAE2I,EAAEmzD,UAAF,EAAF,CAAX,GAA6B,QAAMh6C,CAAN,GAAQuxC,IAAEM,GAAGc,KAAH,CAAS9rD,EAAEozD,eAAF,KAAoB,GAA7B,CAAV,GAA4C,SAAOj6C,CAAP,IAAUuxC,IAAE1qD,EAAEozD,eAAF,EAAF,EAAsB1I,IAAE,EAAF,KAAOA,IAAEM,GAAGc,KAAH,CAASpB,IAAE,EAAX,CAAT,CAAtB,EAA+CA,IAAErzD,EAAEqzD,CAAF,CAA3D,IAAiE,UAAQvxC,CAAR,GAAUuxC,IAAErzD,EAAE2I,EAAEozD,eAAF,EAAF,EAAsB,CAAtB,CAAZ,GAAqC,SAAOj6C,CAAP,GAASuxC,IAAE1qD,EAAEizD,QAAF,KAAa,EAAb,GAAgBp1D,EAAEw1D,EAAF,CAAK,CAAL,CAAhB,GAAwBx1D,EAAEy1D,EAAF,CAAK,CAAL,CAAnC,GAA2C,UAAQn6C,CAAR,IAAWsxC,IAAEzqD,EAAEuzD,iBAAF,EAAF,EAAwBzlD,IAAE28C,IAAE,CAA5B,EAA8BC,IAAE,CAAC,KAAGM,GAAG9lB,GAAH,CAAOulB,IAAE,EAAT,CAAJ,EAAkBruD,KAAlB,CAAwB,GAAxB,EAA6B,CAA7B,CAAhC,EAAgEquD,IAAEO,GAAG9lB,GAAH,CAAOulB,CAAP,IAAU,KAAGC,CAA/E,EAAiFA,IAAE,CAAC58C,IAAE,GAAF,GAAM,GAAP,IAAYzW,EAAEqzD,CAAF,CAA/F,EAAoGA,KAAG,MAAIrzD,EAAEozD,CAAF,CAAtH,IAA4H,SAAOtxC,CAAP,IAAU,QAAMA,CAAhB,KAAoBuxC,IAAE1qD,EAAEuzD,iBAAF,KAAsB,EAAxB,EAA2BzlD,IAAE48C,IAAE,CAA/B,EAAiCA,IAAE,CAAC,KAAGM,GAAG9lB,GAAH,CAAOwlB,CAAP,CAAJ,EAAetuD,KAAf,CAAqB,GAArB,EAA0B,CAA1B,CAAnC,EAAgEsuD,IAAE,CAAC58C,IAAE,GAAF,GAAM,GAAP,KAAa,SAAOqL,CAAP,GAAS9hB,EAAEqzD,CAAF,CAAT,GAAcA,CAA3B,CAAtF,CAA/0B,EAAo8BA,MAAIj+C,CAAJ,GAAMi+C,CAAN,GAAQvxC,EAAErkB,KAAF,CAAQ,CAAR,EAAUqkB,EAAE5iB,MAAF,GAAS,CAAnB,CAAl9B;AAAw+B,iBAA1gC,CAA1B;AAAsiC,sBAASsH,CAAT,CAAWmC,CAAX,EAAamZ,CAAb,EAAeuxC,CAAf,EAAiB;AAACA,oBAAED,EAAEC,CAAF,CAAF,CAAO,IAAIrzD,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQiQ,CAAR;AAAA,oBAAUo9C,CAAV;AAAA,oBAAYz2D,CAAZ;AAAA,oBAAc84D,CAAd;AAAA,oBAAgBE,CAAhB;AAAA,oBAAkBC,CAAlB;AAAA,oBAAoB7oB,CAApB;AAAA,oBAAsBvE,CAAtB;AAAA,oBAAwBguB,CAAxB;AAAA,oBAA0BC,CAA1B;AAAA,oBAA4BC,CAA5B;AAAA,oBAA8BC,CAA9B;AAAA,oBAAgCC,CAAhC;AAAA,oBAAkCC,CAAlC;AAAA,oBAAoCnvD,CAApC;AAAA,oBAAsCovD,CAAtC;AAAA,oBAAwCC,CAAxC;AAAA,oBAA0CC,CAA1C;AAAA,oBAA4CC,CAA5C;AAAA,oBAA8CC,CAA9C;AAAA,oBAAgDC,CAAhD;AAAA,oBAAkDC,IAAExE,EAAE4H,YAAtD;AAAA,oBAAmEl5B,IAAE81B,EAAE5C,CAAF,CAArE;AAAA,oBAA0E6C,IAAED,EAAEsE,QAA9E;AAAA,oBAAuF3I,IAAEqE,EAAE5oD,OAAF,CAAU,CAAV,CAAzF;AAAA,oBAAsG1O,IAAE,EAAxG;AAAA,oBAA2G41D,IAAExtD,IAAE,CAA/G;AAAA,oBAAiH2tD,IAAEpnC,CAAnH;AAAA,oBAAqHqnC,IAAErnC,CAAvH;AAAA,oBAAyHunC,IAAE,CAAC,CAA5H,CAA8H,IAAG9tD,MAAIyM,CAAP,EAAS,OAAO8Z,CAAP,CAAS,IAAG,CAACvB,SAAShlB,CAAT,CAAJ,EAAgB,OAAOA,CAAP,CAAS,IAAG,CAACmZ,CAAJ,EAAM,OAAOuxC,EAAExyD,IAAF,CAAO3B,MAAP,GAAcyJ,EAAEyzD,cAAF,EAAd,GAAiC,KAAGzzD,CAA3C,CAA6C,IAAGvL,IAAE42D,EAAE1qD,IAAF,CAAOwY,CAAP,CAAL,EAAe;AAAC,wBAAGA,IAAE1kB,EAAE,CAAF,EAAKqG,WAAL,EAAF,EAAqB+C,IAAE,QAAMsb,CAA7B,EAA+BrL,IAAE,QAAMqL,CAAvC,EAAyC,CAACtb,KAAGiQ,CAAJ,MAASohD,IAAErxD,IAAEqxD,EAAEwE,QAAJ,GAAaxE,EAAEjpC,OAAjB,EAAyBmT,IAAE81B,EAAE5C,CAAF,CAA3B,EAAgC6C,IAAED,EAAEsE,QAApC,EAA6Cn8D,IAAE63D,EAAEyE,MAAjD,EAAwD9I,IAAEqE,EAAE5oD,OAAF,CAAUknD,IAAE,CAAF,GAAI,CAAd,CAAnE,CAAzC,EAA8HtC,IAAEz2D,EAAE,CAAF,CAAhI,EAAqIy2D,MAAIiE,IAAE,CAACjE,CAAP,CAArI,EAA+I,QAAM/xC,CAAxJ,EAA0J,OAAO+xC,IAAElrD,EAAE4zD,aAAF,CAAgBzE,CAAhB,CAAF,GAAqBnvD,EAAE4zD,aAAF,EAA5B,CAA8C,IAAG9lD,MAAI9N,KAAG,GAAP,GAAYA,IAAEirD,EAAEjrD,CAAF,EAAImvD,CAAJ,CAAd,EAAqB3B,IAAExtD,IAAE,CAAzB,EAA2BA,IAAEA,EAAE5D,KAAF,CAAQkwD,CAAR,CAA7B,EAAwCiB,IAAEvtD,EAAE,CAAF,CAA1C,EAA+CytD,IAAEztD,EAAE,CAAF,CAAjD,EAAsDwtD,MAAID,IAAEA,EAAE3C,SAAF,CAAY,CAAZ,CAAN,CAAtD,EAA4EgD,IAAEh+B,EAAE29B,CAAF,EAAI,CAAJ,EAAMA,EAAEh3D,MAAR,EAAe24D,CAAf,CAA9E,EAAgGzB,MAAIG,KAAGx0B,IAAEq0B,CAAT,CAAhG,EAA4G,QAAMt0C,CAAN,IAAS,CAACq0C,CAAzH,EAA2H,OAAOI,CAAP,CAAS,KAAI5tD,IAAEumB,CAAF,EAAI+Z,IAAE,CAAN,EAAQguB,IAAEzD,EAAEt0D,MAAhB,EAAuB+pC,IAAEguB,CAAzB,EAA2BhuB,GAA3B;AAA+BiuB,4BAAE1D,EAAEF,MAAF,CAASrqB,CAAT,CAAF,EAActgC,KAAG,QAAMuuD,CAAN,GAAQX,CAAR,GAAU,QAAMW,CAAN,IAAS,QAAMA,CAAf,GAAiBl3D,CAAjB,GAAmBk3D,CAA9C;AAA/B,qBAA+E,OAAOvuD,CAAP;AAAS,qBAAGwtD,MAAIxtD,IAAE,CAACA,CAAP,GAAU,CAACmZ,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAC,CAAhB,IAAmBkkB,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAC,CAAnC,IAAsCkkB,EAAElkB,OAAF,CAAU,IAAV,IAAgB,CAAC,CAAxD,MAA6DkkB,IAAEA,EAAEngB,OAAF,CAAUuyD,CAAV,EAAY,UAASvrD,CAAT,EAAW;AAAC,wBAAImZ,IAAEnZ,EAAE2qD,MAAF,CAAS,CAAT,EAAY3xD,OAAZ,CAAoB,IAApB,EAAyB,EAAzB,CAAN;AAAA,wBAAmCyT,IAAEzM,EAAElL,KAAF,CAAQ,CAAR,EAAWkE,OAAX,CAAmBmgB,CAAnB,EAAqB,EAArB,CAArC,CAA8D,OAAOvhB,EAAE5C,IAAF,CAAOyX,CAAP,GAAU3O,CAAjB;AAAmB,iBAAzG,CAA/D,CAAV,EAAqLqb,IAAEA,EAAE/c,KAAF,CAAQ,GAAR,CAAvL,EAAoMoxD,KAAGr0C,EAAE,CAAF,CAA1M,EAA+MA,IAAEA,EAAE,CAAF,CAAF,EAAOs1C,IAAE,CAAC,CAAV,CAA/M,KAAgO,IAAG,MAAIzuD,CAAP,EAAS;AAAC,wBAAGmZ,IAAEA,EAAE,CAAF,KAAMA,EAAE,CAAF,CAAR,EAAaA,EAAElkB,OAAF,CAAU8vC,CAAV,KAAc,CAAC,CAAf,IAAkB5rB,EAAElkB,OAAF,CAAU6/B,CAAV,KAAc,CAAC,CAAjD,EAAmD,OAAO3b,CAAP;AAAS,iBAAtE,MAA2EA,IAAEA,EAAE,CAAF,CAAF,CAAO,IAAG21C,IAAE31C,EAAElkB,OAAF,CAAU,GAAV,CAAF,EAAiB85D,IAAE51C,EAAElkB,OAAF,CAAU,GAAV,CAAnB,EAAkC6Y,IAAEghD,KAAG,CAAC,CAAxC,EAA0CjxD,IAAEkxD,KAAG,CAAC,CAAhD,EAAkDjhD,MAAI9N,KAAG,GAAP,CAAlD,EAA8DnC,KAAG,SAAOsb,EAAE41C,IAAE,CAAJ,CAAV,KAAmB51C,IAAEA,EAAE/c,KAAF,CAAQ,IAAR,EAAciF,IAAd,CAAmB,EAAnB,CAAF,EAAyBxD,IAAE,CAAC,CAA/C,CAA9D,EAAgH,CAACA,KAAGiQ,CAAJ,MAASohD,IAAErxD,IAAEqxD,EAAEwE,QAAJ,GAAaxE,EAAEjpC,OAAjB,EAAyBmT,IAAE81B,EAAE5C,CAAF,CAA3B,EAAgC6C,IAAED,EAAEsE,QAApC,EAA6Cn8D,IAAE63D,EAAEyE,MAA1D,CAAhH,EAAkLnF,IAAEr1C,EAAElkB,OAAF,CAAU23D,CAAV,IAAa,CAAC,CAAlM,EAAoM4B,MAAIr1C,IAAEA,EAAEngB,OAAF,CAAUmH,CAAV,EAAYomB,CAAZ,CAAN,CAApM,EAA0NmoC,IAAEv1C,EAAElkB,OAAF,CAAUq3D,CAAV,CAA5N,EAAyOgC,IAAEn1C,EAAE5iB,MAA7O,EAAoPm4D,KAAG,CAAC,CAAJ,IAAOjB,IAAE,CAAC,KAAGztD,CAAJ,EAAO5D,KAAP,CAAa,GAAb,CAAF,EAAoBqxD,IAAEA,EAAE,CAAF,IAAKxC,EAAEjrD,CAAF,EAAIlH,KAAKosC,GAAL,CAASuoB,EAAE,CAAF,CAAT,CAAJ,CAAL,GAAyBA,EAAE,CAAF,CAA/C,EAAoDA,IAAEA,EAAErxD,KAAF,CAAQkwD,CAAR,EAAW,CAAX,KAAe/lC,CAArE,EAAuE/mB,IAAE2Z,EAAE06C,WAAF,CAAc/+B,CAAd,IAAiB45B,CAA1F,EAA4FC,IAAEx1C,EAAE06C,WAAF,CAAc9uB,CAAd,IAAiB2pB,CAA/G,EAAiHE,IAAEpvD,IAAE,CAAC,CAAtH,EAAwHqvD,IAAEF,IAAE,CAAC,CAA7H,EAA+HruB,IAAEmtB,EAAEl3D,MAAnI,EAA0Iq4D,KAAGC,CAAH,KAAO11C,IAAEA,EAAEyxC,SAAF,CAAY,CAAZ,EAAc8D,CAAd,IAAiBv1C,EAAEyxC,SAAF,CAAY8D,IAAE,CAAd,CAAnB,EAAoCJ,IAAEn1C,EAAE5iB,MAAxC,EAA+Cm4D,IAAE,CAAC,CAAlD,EAAoDpuB,IAAE,CAA7D,CAA1I,EAA0MsuB,KAAGpvD,IAAEmvD,CAAL,GAAOruB,IAAE9gC,CAAT,GAAWmvD,IAAEnvD,CAAF,KAAMqvD,KAAGvuB,IAAEquB,CAAL,GAAOruB,IAAEquB,CAAT,GAAWC,KAAGtuB,IAAE9gC,CAAL,KAAS8gC,IAAE9gC,CAAX,CAAjB,CAArN,EAAqP8gC,IAAE,CAAC,CAAH,KAAOtgC,IAAEirD,EAAEjrD,CAAF,EAAIsgC,CAAJ,CAAT,CAA5P,IAA8QtgC,IAAEirD,EAAEjrD,CAAF,CAApgB,EAAygB2uD,IAAEx1C,EAAElkB,OAAF,CAAU8vC,CAAV,CAA3gB,EAAwhBiqB,IAAExvD,IAAE2Z,EAAElkB,OAAF,CAAU6/B,CAAV,CAA5hB,EAAyiBg5B,IAAEa,KAAG,CAAC,CAAJ,IAAOnvD,KAAG,CAAC,CAAX,GAAaA,CAAb,GAAemvD,KAAG,CAAC,CAAJ,IAAOnvD,KAAG,CAAC,CAAX,GAAamvD,CAAb,GAAeA,IAAEnvD,CAAF,GAAIA,CAAJ,GAAMmvD,CAA/kB,EAAilBA,IAAEx1C,EAAE06C,WAAF,CAAc9uB,CAAd,CAAnlB,EAAomBvlC,IAAE2Z,EAAE06C,WAAF,CAAc/+B,CAAd,CAAtmB,EAAunBm6B,IAAEN,KAAG,CAAC,CAAJ,IAAOnvD,KAAG,CAAC,CAAX,GAAaA,CAAb,GAAemvD,KAAG,CAAC,CAAJ,IAAOnvD,KAAG,CAAC,CAAX,GAAamvD,CAAb,GAAeA,IAAEnvD,CAAF,GAAImvD,CAAJ,GAAMnvD,CAA7pB,EAA+pBsuD,KAAGQ,CAAH,KAAOW,IAAEnB,CAAT,CAA/pB,EAA2qBA,KAAG,CAAC,CAAlrB,EAAorB;AAAC,yBAAIF,IAAE,CAAC,KAAG5tD,CAAJ,EAAO5D,KAAP,CAAakwD,CAAb,CAAF,EAAkBiB,IAAEK,EAAE,CAAF,CAApB,EAAyBH,IAAEG,EAAE,CAAF,KAAMrnC,CAAjC,EAAmCmnC,IAAEH,EAAEh3D,MAAvC,EAA8CsuC,IAAE4oB,EAAEl3D,MAAlD,EAAyDi3D,KAAGxtD,IAAE,CAAC,CAAH,IAAM,CAAT,KAAawtD,IAAE,CAAC,CAAhB,CAAzD,EAA4ExtD,IAAEmZ,EAAEyxC,SAAF,CAAY,CAAZ,EAAckD,CAAd,CAA9E,EAA+FN,KAAG,CAACiB,CAAJ,KAAQzuD,KAAG,GAAX,CAA/F,EAA+GsgC,IAAEwtB,CAArH,EAAuHxtB,IAAEguB,CAAzH,EAA2HhuB,GAA3H,EAA+H;AAAC,4BAAGiuB,IAAEp1C,EAAEwxC,MAAF,CAASrqB,CAAT,CAAF,EAAcouB,KAAG,CAAC,CAArB,EAAuB;AAAC,gCAAGO,IAAE3uB,CAAF,GAAIotB,CAAP,EAAS;AAAC1tD,qCAAGutD,CAAH,CAAK;AAAM;AAAC,yBAA9C,MAAmD,IAAG/tD,KAAG,CAAC,CAAJ,IAAOA,IAAE8gC,CAAT,KAAaqtB,IAAEpnC,CAAf,GAAkBmoC,IAAEpuB,CAAF,IAAKotB,CAAL,IAAQgB,IAAEpuB,CAAF,GAAI,CAAC,CAAb,KAAiBtgC,KAAGutD,CAAH,EAAKjtB,IAAEouB,CAAxB,CAAlB,EAA6CA,MAAIpuB,CAApD,EAAsD;AAACtgC,iCAAG,CAACytD,IAAEr0B,CAAF,GAAI7S,CAAL,IAAQknC,CAAX,EAAantB,KAAG2uB,IAAEP,CAAF,GAAI,CAApB,CAAsB;AAAS,+BAAI55B,CAAJ,IAAO90B,KAAGuuD,CAAH,EAAKZ,IAAEY,CAAd,IAAiBA,MAAIxpB,CAAJ,KAAQ/kC,KAAG2tD,CAAX,CAAjB;AAA+B,yBAAGa,MAAIxuD,IAAE4vB,EAAE5vB,CAAF,EAAI8tD,KAAGN,IAAE,CAAF,GAAI,CAAP,CAAJ,EAAc10D,KAAKkrB,GAAL,CAASirC,CAAT,EAAWvB,IAAEI,CAAb,CAAd,EAA8BoB,CAA9B,CAAN,GAAwCD,KAAGnB,CAAH,KAAO9tD,KAAGmZ,EAAEyxC,SAAF,CAAYqE,IAAE,CAAd,CAAV,CAAxC,EAAoEpxD,KAAGiQ,CAA1E,EAA4E;AAAC,6BAAI8/C,IAAErnC,CAAF,EAAI+Z,IAAE,CAAN,EAAQguB,IAAEtuD,EAAEzJ,MAAhB,EAAuB+pC,IAAEguB,CAAzB,EAA2BhuB,GAA3B;AAA+BiuB,gCAAEvuD,EAAE2qD,MAAF,CAASrqB,CAAT,CAAF,EAAcstB,KAAG,QAAMW,CAAN,IAAS,QAAMA,CAAf,GAAiBl3D,CAAjB,GAAmBk3D,CAApC;AAA/B,yBAAqEvuD,IAAE4tD,CAAF;AAAI,yBAAGU,IAAE12D,EAAErB,MAAP,EAAc,KAAI+pC,IAAE,CAAN,EAAQA,IAAEguB,CAAV,EAAYhuB,GAAZ;AAAgBtgC,4BAAEA,EAAEhH,OAAF,CAAU8E,CAAV,EAAYlG,EAAE0oC,CAAF,CAAZ,CAAF;AAAhB;AAAoC,wBAAOtgC,CAAP;AAAS,iBAAI4vB,CAAJ;AAAA,gBAAMq7B,CAAN;AAAA,gBAAQn9C,CAAR;AAAA,gBAAUo9C,IAAE,+FAAZ;AAAA,gBAA4GG,IAAE,mBAA9G;AAAA,gBAAkIE,IAAE,sCAApI;AAAA,gBAA2KprD,IAAE,KAA7K;AAAA,gBAAmLomB,IAAE,EAArL;AAAA,gBAAwL+lC,IAAE,GAA1L;AAAA,gBAA8LM,IAAE,GAAhM;AAAA,gBAAoM7nB,IAAE,GAAtM;AAAA,gBAA0MjQ,IAAE,GAA5M;AAAA,gBAAgNh3B,IAAE,IAAlN;AAAA,gBAAuNrJ,IAAE,OAAzN;AAAA,gBAAiO84D,IAAE,GAAGp4D,QAAtO,CAA+O21D,GAAGwF,QAAH,CAAY,OAAZ,IAAqB,EAACp4D,MAAKzD,CAAN,EAAQ69D,cAAa,EAAChsD,SAAQ,CAAC,IAAD,CAAT,EAAgBktD,UAAS,CAAzB,EAA2B,KAAI,GAA/B,EAAmC,KAAI,GAAvC,EAA2CM,WAAU,CAAC,CAAD,CAArD,EAAyD7tC,SAAQ,EAAC3f,SAAQ,CAAC,MAAD,EAAQ,KAAR,CAAT,EAAwBktD,UAAS,CAAjC,EAAmC,KAAI,GAAvC,EAA2C,KAAI,GAA/C,EAAmDM,WAAU,CAAC,CAAD,CAA7D,EAAiEH,QAAO,GAAxE,EAAjE,EAA8ID,UAAS,EAACx7D,MAAK,WAAN,EAAkB67D,MAAK,KAAvB,EAA6BztD,SAAQ,CAAC,MAAD,EAAQ,IAAR,CAArC,EAAmDktD,UAAS,CAA5D,EAA8D,KAAI,GAAlE,EAAsE,KAAI,GAA1E,EAA8EM,WAAU,CAAC,CAAD,CAAxF,EAA4FH,QAAO,GAAnG,EAAvJ,EAArB,EAAqRpB,WAAU,EAACC,UAAS,EAACC,MAAK,EAACK,OAAM,CAAC,QAAD,EAAU,QAAV,EAAmB,SAAnB,EAA6B,WAA7B,EAAyC,UAAzC,EAAoD,QAApD,EAA6D,UAA7D,CAAP,EAAgFF,WAAU,CAAC,KAAD,EAAO,KAAP,EAAa,KAAb,EAAmB,KAAnB,EAAyB,KAAzB,EAA+B,KAA/B,EAAqC,KAArC,CAA1F,EAAsIoB,YAAW,CAAC,IAAD,EAAM,IAAN,EAAW,IAAX,EAAgB,IAAhB,EAAqB,IAArB,EAA0B,IAA1B,EAA+B,IAA/B,CAAjJ,EAAN,EAA6LtB,QAAO,EAACI,OAAM,CAAC,SAAD,EAAW,UAAX,EAAsB,OAAtB,EAA8B,OAA9B,EAAsC,KAAtC,EAA4C,MAA5C,EAAmD,MAAnD,EAA0D,QAA1D,EAAmE,WAAnE,EAA+E,SAA/E,EAAyF,UAAzF,EAAoG,UAApG,CAAP,EAAuHF,WAAU,CAAC,KAAD,EAAO,KAAP,EAAa,KAAb,EAAmB,KAAnB,EAAyB,KAAzB,EAA+B,KAA/B,EAAqC,KAArC,EAA2C,KAA3C,EAAiD,KAAjD,EAAuD,KAAvD,EAA6D,KAA7D,EAAmE,KAAnE,CAAjI,EAApM,EAAgZS,IAAG,CAAC,IAAD,EAAM,IAAN,EAAW,IAAX,CAAnZ,EAAoaC,IAAG,CAAC,IAAD,EAAM,IAAN,EAAW,IAAX,CAAva,EAAwb7oB,UAAS,EAAC4gB,GAAE,UAAH,EAAcmD,GAAE,qBAAhB,EAAsCO,GAAE,gCAAxC,EAAyEnC,GAAE,kBAA3E,EAA8FiB,GAAE,qBAAhG,EAAsH1tD,GAAE,SAAxH,EAAkIotD,GAAE,SAApI,EAA8I39B,GAAE,6BAAhJ,EAA8KzW,GAAE,SAAhL,EAA0Lu0C,GAAE,YAA5L,EAAyMzC,GAAE,gCAA3M,EAA4OlmB,GAAE,YAA9O,EAA2P6oB,GAAE,YAA7P,EAAjc,EAA4sB,KAAI,GAAhtB,EAAotB,KAAI,GAAxtB,EAA4tBqG,UAAS,CAAruB,EAAuuBC,iBAAgB,IAAvvB,EAAV,EAA/R,EAArB,EAA6jCpJ,GAAGqJ,OAAH,GAAW,UAASn0D,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAMC,IAAEI,GAAGwF,QAAX,CAAoB,OAAOtwD,MAAIyM,CAAJ,GAAMi+C,EAAEl6B,OAAR,IAAiBi6B,IAAEtxC,EAAEnZ,CAAF,KAAM0qD,EAAEj2D,CAAF,CAAR,EAAag2D,EAAE2J,QAAF,GAAW3J,EAAE8H,SAAF,CAAYC,QAApC,EAA6C9H,EAAEl6B,OAAF,GAAUi6B,CAAvD,EAAyDh+C,CAA1E,CAAP;AAAoF,aAA5rC,EAA6rCq+C,GAAGuJ,WAAH,GAAel7C,CAA5sC,EAA8sC2xC,GAAGwJ,UAAH,GAAc7J,CAA5tC,EAA8tCK,GAAGqJ,OAAH,CAAW1/D,CAAX,CAA9tC,EAA4uCm7B,IAAE,WAAS5vB,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeC,CAAf,EAAiB;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQ+xB,CAAR;AAAA,oBAAUq7B,CAAV;AAAA,oBAAYn9C,CAAZ;AAAA,oBAAco9C,CAAd;AAAA,oBAAgBG,IAAErrD,EAAE/K,OAAF,CAAUy1D,EAAE4B,CAAF,CAAV,CAAlB;AAAA,oBAAkCf,IAAEb,EAAEoJ,SAAF,CAAYh/D,KAAZ,EAApC;AAAA,oBAAwDqL,IAAEorD,EAAE1pD,KAAF,EAA1D,CAAoE,IAAG4oD,IAAEY,MAAI,CAAC,CAAL,GAAOA,CAAP,GAASZ,IAAE,CAAb,EAAepzD,IAAE2I,EAAE4qD,SAAF,CAAYzxC,CAAZ,EAAcsxC,CAAd,CAAjB,EAAkC5sD,IAAExG,EAAEd,MAAtC,EAA6CsH,KAAGsC,CAAnD,EAAqD;AAAC,yBAAIyvB,IAAE/xB,CAAF,EAAIotD,IAAE,EAAV,EAAar7B,IAAE,CAAC,CAAhB;AAAmB,4BAAG9hB,IAAEzW,EAAEuzD,SAAF,CAAYh7B,IAAEzvB,CAAd,EAAgByvB,CAAhB,CAAF,EAAqB9hB,KAAGm9C,EAAEj2D,IAAF,CAAO8Y,CAAP,CAAxB,EAAkC8hB,KAAGzvB,CAArC,EAAuC+qD,IAAEK,EAAE1pD,KAAF,EAAzC,EAAmD1B,IAAE+qD,MAAIz+C,CAAJ,GAAMy+C,CAAN,GAAQ/qD,CAA7D,EAA+D,MAAIA,CAAtE,EAAwE;AAAC8qD,8BAAEj2D,IAAF,CAAOqC,EAAEuzD,SAAF,CAAY,CAAZ,EAAch7B,CAAd,CAAP,EAAyB;AAAM;AAA3H,qBAA2Hv4B,IAAE4zD,EAAEr8C,OAAF,GAAYvN,IAAZ,CAAiBqpD,EAAEkC,CAAF,CAAjB,CAAF,EAAyB5sD,IAAEA,EAAE4qD,SAAF,CAAY,CAAZ,EAAczxC,CAAd,IAAiB9hB,CAAjB,GAAmB2I,EAAE4qD,SAAF,CAAYH,CAAZ,CAA9C;AAA6D,wBAAOzqD,CAAP;AAAS,aAA3jD,EAA4jDirD,IAAE,WAASjrD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOA,IAAEA,KAAG,CAAL,EAAOnZ,IAAE,CAAC,KAAGA,CAAJ,EAAO5D,KAAP,CAAa,GAAb,CAAT,EAA2B4D,IAAElH,KAAKgiC,KAAL,CAAW,EAAE96B,EAAE,CAAF,IAAK,GAAL,IAAUA,EAAE,CAAF,IAAK,CAACA,EAAE,CAAF,CAAD,GAAMmZ,CAAX,GAAaA,CAAvB,CAAF,CAAX,CAA7B,EAAsEnZ,IAAE,CAAC,KAAGA,CAAJ,EAAO5D,KAAP,CAAa,GAAb,CAAxE,EAA0F4D,IAAE,EAAEA,EAAE,CAAF,IAAK,GAAL,IAAUA,EAAE,CAAF,IAAK,CAACA,EAAE,CAAF,CAAD,GAAMmZ,CAAX,GAAa,CAACA,CAAxB,CAAF,CAA5F,EAA0HnZ,EAAE4/C,OAAF,CAAU9mD,KAAKy0C,GAAL,CAASp0B,CAAT,EAAW,EAAX,CAAV,CAAjI;AAA2J,aAAvuD,EAAwuDrL,IAAE,WAAS9N,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAGtxC,CAAH,EAAK;AAAC,wBAAG,oBAAkBo0C,EAAE92D,IAAF,CAAOuJ,CAAP,CAArB,EAA+B,OAAO0qD,EAAE1qD,CAAF,EAAImZ,CAAJ,EAAMsxC,CAAN,CAAP,CAAgB,IAAG,QAAOzqD,CAAP,yCAAOA,CAAP,OAAW4wD,EAAd,EAAiB,OAAO/yD,EAAEmC,CAAF,EAAImZ,CAAJ,EAAMsxC,CAAN,CAAP;AAAgB,wBAAOzqD,MAAIyM,CAAJ,GAAMzM,CAAN,GAAQ,EAAf;AAAkB,aAAl2D,EAAm2D8qD,GAAG0G,MAAH,GAAU,UAASxxD,CAAT,EAAW;AAAC,oBAAImZ,IAAE5hB,SAAN,CAAgB,OAAOyI,EAAEhH,OAAF,CAAU03D,EAAV,EAAa,UAAS1wD,CAAT,EAAWyM,CAAX,EAAag+C,CAAb,EAAe;AAAC,wBAAIC,IAAEvxC,EAAE2S,SAASrf,CAAT,EAAW,EAAX,IAAe,CAAjB,CAAN,CAA0B,OAAOqB,EAAE48C,CAAF,EAAID,IAAEA,EAAEG,SAAF,CAAY,CAAZ,CAAF,GAAiB,EAArB,CAAP;AAAgC,iBAAvF,CAAP;AAAgG,aAAz+D,EAA0+DE,GAAGyJ,cAAH,GAAkB,UAASv0D,CAAT,EAAW;AAAC,uBAAM,UAAQA,EAAElL,KAAF,CAAQ,CAAR,EAAU,CAAV,CAAR,KAAuBkL,IAAEA,EAAElL,KAAF,CAAQ,CAAR,EAAUkL,EAAEzJ,MAAF,GAAS,CAAnB,CAAzB,GAAgDyJ,CAAtD;AAAwD,aAAhkE,EAAikE8qD,GAAG0J,cAAH,GAAkB,YAAU;AAAC,oBAAG;AAAC,2BAAOhgE,SAASyT,aAAhB;AAA8B,iBAAlC,CAAkC,OAAMjI,CAAN,EAAQ;AAAC,2BAAOxL,SAASuO,eAAT,CAAyBkF,aAAhC;AAA8C;AAAC,aAAxrE,EAAyrE6iD,GAAG2J,MAAH,GAAUxJ,CAAnsE,EAAqsEH,GAAGQ,WAAH,GAAe,UAASnyC,CAAT,EAAW1M,CAAX,EAAa;AAAC,uBAAOzM,EAAEmZ,CAAF,EAAKikC,UAAL,CAAgB3wC,KAAG,CAAC,CAApB,KAAwB,CAA/B;AAAiC,aAAnwE,EAAowEq+C,GAAGU,YAAH,GAAgB,UAASryC,CAAT,EAAW1M,CAAX,EAAa;AAAC,uBAAOzM,EAAEmZ,CAAF,EAAKkkC,WAAL,CAAiB5wC,KAAG,CAAC,CAArB,KAAyB,CAAhC;AAAkC,aAAp0E,EAAq0Eq+C,GAAG31D,QAAH,GAAY2Y,CAAj1E;AAAm1E,SAA7gM,EAAliI,EAAkjU,YAAU;AAAC,qBAASqL,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,uBAAM,EAAEzM,KAAGmZ,CAAH,IAAMnZ,KAAGyM,CAAX,CAAN;AAAoB,sBAASg+C,CAAT,CAAWzqD,CAAX,EAAa;AAAC,uBAAOA,EAAE2qD,MAAF,CAAS,CAAT,CAAP;AAAmB,sBAASD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,uBAAOnZ,EAAE7I,GAAF,CAAMgiB,CAAN,EAAQsxC,CAAR,CAAP;AAAkB,sBAASpzD,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe;AAACA,qBAAG,OAAKnZ,EAAEizD,QAAF,EAAR,IAAsBjzD,EAAE00D,QAAF,CAAW10D,EAAEizD,QAAF,KAAa,CAAxB,CAAtB;AAAiD,sBAASp1D,CAAT,CAAWmC,CAAX,EAAa;AAAC,qBAAI,IAAImZ,IAAE,CAAN,EAAQ1M,IAAEzM,EAAEzJ,MAAZ,EAAmBk0D,IAAE,EAAzB,EAA4BtxC,IAAE1M,CAA9B,EAAgC0M,GAAhC;AAAoCsxC,sBAAEtxC,CAAF,IAAK,CAACnZ,EAAEmZ,CAAF,IAAK,EAAN,EAAUre,WAAV,EAAL;AAApC,iBAAiE,OAAO2vD,CAAP;AAAS,sBAAS76B,CAAT,CAAW5vB,CAAX,EAAa;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM1M,IAAE,EAAR,CAAW,KAAI0M,CAAJ,IAASnZ,CAAT;AAAWyM,sBAAE0M,CAAF,IAAKtb,EAAEmC,EAAEmZ,CAAF,CAAF,CAAL;AAAX,iBAAwB,OAAO1M,CAAP;AAAS,sBAASw+C,CAAT,CAAWjrD,CAAX,EAAayqD,CAAb,EAAe5sD,CAAf,EAAiB;AAAC,oBAAG,CAACmC,CAAJ,EAAM,OAAO,IAAP,CAAY,IAAIirD,CAAJ;AAAA,oBAAMn9C,CAAN;AAAA,oBAAQo9C,CAAR;AAAA,oBAAUG,CAAV;AAAA,oBAAYE,CAAZ;AAAA,oBAAce,CAAd;AAAA,oBAAgBM,CAAhB;AAAA,oBAAkB7nB,CAAlB;AAAA,oBAAoBjQ,CAApB;AAAA,oBAAsBrgC,CAAtB;AAAA,oBAAwB84D,CAAxB;AAAA,oBAA0BE,CAA1B;AAAA,oBAA4BC,CAA5B;AAAA,oBAA8B7oB,IAAE,SAAFA,CAAE,CAAS7kC,CAAT,EAAW;AAAC,yBAAI,IAAImZ,IAAE,CAAV,EAAYsxC,EAAEsE,CAAF,MAAO/uD,CAAnB;AAAsBmZ,6BAAI41C,GAAJ;AAAtB,qBAA8B,OAAO51C,IAAE,CAAF,KAAM41C,KAAG,CAAT,GAAY51C,CAAnB;AAAqB,iBAA/F;AAAA,oBAAgGmnB,IAAE,SAAFA,CAAE,CAASnnB,CAAT,EAAW;AAAC,wBAAI1M,IAAE3O,EAAEqb,CAAF,KAAM1a,OAAO,YAAU0a,CAAV,GAAY,GAAnB,CAAZ;AAAA,wBAAoCsxC,IAAEzqD,EAAE20D,MAAF,CAAS3F,CAAT,EAAW71C,CAAX,EAAc7Y,KAAd,CAAoBmM,CAApB,CAAtC,CAA6D,OAAOg+C,KAAGA,IAAEA,EAAE,CAAF,CAAF,EAAOuE,KAAGvE,EAAEl0D,MAAZ,EAAmBu1B,SAAS2+B,CAAT,EAAW,EAAX,CAAtB,IAAsC,IAA7C;AAAkD,iBAA7N;AAAA,oBAA8N6D,IAAE,SAAFA,CAAE,CAASn1C,CAAT,EAAW1M,CAAX,EAAa;AAAC,yBAAI,IAAIg+C,CAAJ,EAAMC,CAAN,EAAQrzD,CAAR,EAAUwG,IAAE,CAAZ,EAAc+xB,IAAEzW,EAAE5iB,MAAlB,EAAyB00D,IAAE,CAA3B,EAA6Bn9C,IAAE,CAAnC,EAAqCjQ,IAAE+xB,CAAvC,EAAyC/xB,GAAzC;AAA6C4sD,4BAAEtxC,EAAEtb,CAAF,CAAF,EAAO6sD,IAAED,EAAEl0D,MAAX,EAAkBc,IAAE2I,EAAE20D,MAAF,CAAS3F,CAAT,EAAWtE,CAAX,CAApB,EAAkCj+C,MAAIpV,IAAEA,EAAEyD,WAAF,EAAN,CAAlC,EAAyDzD,KAAGozD,CAAH,IAAMC,IAAEO,CAAR,KAAYA,IAAEP,CAAF,EAAI58C,IAAEjQ,CAAlB,CAAzD;AAA7C,qBAA2H,OAAOotD,KAAG+D,KAAG/D,CAAH,EAAKn9C,IAAE,CAAV,IAAa,IAApB;AAAyB,iBAAlY;AAAA,oBAAmYygD,IAAE,SAAFA,CAAE,GAAU;AAAC,wBAAIp1C,IAAE,CAAC,CAAP,CAAS,OAAOnZ,EAAE2qD,MAAF,CAASqE,CAAT,MAAcvE,EAAEsE,CAAF,CAAd,KAAqBC,KAAI71C,IAAE,CAAC,CAA5B,GAA+BA,CAAtC;AAAwC,iBAAjc;AAAA,oBAAkcq1C,IAAE3wD,EAAE00D,SAAF,CAAYC,QAAhd;AAAA,oBAAyd/D,IAAE,IAA3d;AAAA,oBAAgeC,IAAE,IAAle;AAAA,oBAAueC,IAAE,IAAze;AAAA,oBAA8envD,IAAE,IAAhf;AAAA,oBAAqfovD,IAAE,IAAvf;AAAA,oBAA4fC,IAAE,IAA9f;AAAA,oBAAmgBC,IAAE,IAArgB;AAAA,oBAA0gBC,IAAE,CAA5gB;AAAA,oBAA8gBC,IAAE,CAAhhB;AAAA,oBAAkhBC,IAAE,CAAC,CAArhB;AAAA,oBAAuhBC,IAAE,IAAIjzD,IAAJ,EAAzhB;AAAA,oBAAkiBm9B,IAAEo1B,EAAE0F,eAAF,IAAmB,IAAvjB;AAAA,oBAA4jB/E,IAAED,EAAE8D,WAAF,EAA9jB,CAA8kB,KAAIvI,MAAIA,IAAE,GAAN,GAAWY,IAAEmD,EAAE/jB,QAAF,CAAWggB,CAAX,CAAb,EAA2BY,MAAIZ,IAAEY,CAAN,CAA3B,EAAoCZ,IAAEA,EAAEruD,KAAF,CAAQ,EAAR,CAAtC,EAAkD8uD,IAAET,EAAEl0D,MAA1D,EAAiEw4D,IAAE7D,CAAnE,EAAqE6D,GAArE;AAAyE,wBAAG9D,IAAER,EAAEsE,CAAF,CAAF,EAAOE,CAAV,EAAY,QAAMhE,CAAN,GAAQgE,IAAE,CAAC,CAAX,GAAaV,GAAb,CAAZ,KAAkC,IAAG,QAAMtD,CAAT,EAAW;AAAC,4BAAGn9C,IAAE+2B,EAAE,GAAF,CAAF,EAAS2pB,EAAEoG,UAAF,KAAepG,EAAEoG,UAAF,GAAahlC,EAAE4+B,EAAEiE,IAAJ,CAA5B,CAAT,EAAgD,SAAO9D,CAAP,IAAU7gD,IAAE,CAA/D,EAAiE,SAAS,IAAG6gD,IAAE7gD,IAAE,CAAF,GAAIwyB,EAAE,CAAF,CAAJ,GAASguB,EAAEE,EAAEoG,UAAF,CAAa,KAAG9mD,CAAH,GAAK,WAAL,GAAiB,OAA9B,CAAF,EAAyC,CAAC,CAA1C,CAAX,EAAwD,SAAO6gD,CAAP,IAAUx1C,EAAEw1C,CAAF,EAAI,CAAJ,EAAM,EAAN,CAArE,EAA+E,OAAO,IAAP;AAAY,qBAAjL,MAAsL,IAAG,QAAM1D,CAAT,EAAW;AAAC,4BAAGn9C,IAAE+2B,EAAE,GAAF,CAAF,EAAS2pB,EAAEqG,YAAF,KAAiBrG,EAAEqG,YAAF,GAAejlC,EAAE4+B,EAAEkE,MAAJ,CAAhC,CAAT,EAAsDhE,IAAE5gD,IAAE,CAAF,GAAIwyB,EAAE,CAAF,CAAJ,GAASguB,EAAEE,EAAEqG,YAAF,CAAe,KAAG/mD,CAAH,GAAK,WAAL,GAAiB,OAAhC,CAAF,EAA2C,CAAC,CAA5C,CAAjE,EAAgH,SAAO4gD,CAAP,IAAUv1C,EAAEu1C,CAAF,EAAI,CAAJ,EAAM,EAAN,CAA7H,EAAuI,OAAO,IAAP,CAAYA,KAAG,CAAH;AAAK,qBAApK,MAAyK,IAAG,QAAMzD,CAAT,EAAW;AAAC,4BAAGn9C,IAAE+2B,EAAE,GAAF,CAAF,EAAS4pB,IAAEnuB,EAAExyB,CAAF,CAAX,EAAgB,SAAO2gD,CAA1B,EAA4B,OAAO,IAAP,CAAY,KAAG3gD,CAAH,KAAO,YAAU,OAAOsrB,CAAjB,KAAqBA,IAAE+1B,IAAErjC,SAASsN,CAAT,EAAW,EAAX,CAAzB,GAAyCq1B,IAAEU,IAAEA,IAAE,GAAJ,GAAQV,CAAnD,EAAqDA,IAAEr1B,CAAF,KAAMq1B,KAAG,GAAT,CAA5D;AAA2E,qBAA/H,MAAoI,IAAG,QAAMxD,CAAT,EAAW;AAAC,4BAAGpmB,EAAE,GAAF,GAAOrlC,IAAE8gC,EAAE,CAAF,CAAT,EAAc,MAAI9gC,CAAJ,KAAQA,IAAE,CAAV,CAAd,EAA2B,SAAOA,CAAP,IAAU2Z,EAAE3Z,CAAF,EAAI,CAAJ,EAAM,EAAN,CAAxC,EAAkD,OAAO,IAAP;AAAY,qBAA1E,MAA+E,IAAG,QAAMyrD,CAAT,EAAW;AAAC,4BAAGpmB,EAAE,GAAF,GAAOrlC,IAAE8gC,EAAE,CAAF,CAAT,EAAc,SAAO9gC,CAAP,IAAU2Z,EAAE3Z,CAAF,EAAI,CAAJ,EAAM,EAAN,CAA3B,EAAqC,OAAO,IAAP;AAAY,qBAA7D,MAAkE,IAAG,QAAMyrD,CAAT,EAAW;AAAC,4BAAGpmB,EAAE,GAAF,GAAO+pB,IAAEtuB,EAAE,CAAF,CAAT,EAAc,SAAOsuB,CAAP,IAAUz1C,EAAEy1C,CAAF,EAAI,CAAJ,EAAM,EAAN,CAA3B,EAAqC,OAAO,IAAP;AAAY,qBAA7D,MAAkE,IAAG,QAAM3D,CAAT,EAAW;AAAC,4BAAGpmB,EAAE,GAAF,GAAOgqB,IAAEvuB,EAAE,CAAF,CAAT,EAAc,SAAOuuB,CAAP,IAAU11C,EAAE01C,CAAF,EAAI,CAAJ,EAAM,EAAN,CAA3B,EAAqC,OAAO,IAAP;AAAY,qBAA7D,MAAkE,IAAG,QAAM5D,CAAT,EAAW;AAAC,4BAAGn9C,IAAE+2B,EAAE,GAAF,CAAF,EAAS6oB,IAAE1tD,EAAE20D,MAAF,CAAS3F,CAAT,EAAWlhD,CAAX,EAAcxN,KAAd,CAAoBxC,EAAE,CAAF,CAApB,CAAX,EAAqCgxD,IAAExuB,EAAExyB,CAAF,CAAvC,EAA4C,SAAOghD,CAAP,KAAWA,IAAEn1D,WAAW,OAAK+zD,EAAE,CAAF,CAAhB,EAAqB,EAArB,CAAF,EAA2BoB,IAAEhE,GAAG2J,MAAH,CAAU3F,CAAV,EAAY,CAAZ,CAA7B,EAA4CA,KAAG,GAA1D,CAA5C,EAA2G,SAAOA,CAAP,IAAU31C,EAAE21C,CAAF,EAAI,CAAJ,EAAM,GAAN,CAAxH,EAAmI,OAAO,IAAP;AAAY,qBAA3J,MAAgK,IAAG,QAAM7D,CAAT,EAAW;AAAC,4BAAGn9C,IAAE+2B,EAAE,GAAF,CAAF,EAASE,IAAEypB,EAAE6E,EAAb,EAAgBv+B,IAAE05B,EAAE8E,EAApB,EAAuB,MAAIxlD,CAAJ,KAAQi3B,IAAE2lB,EAAE3lB,CAAF,CAAF,EAAOjQ,IAAE41B,EAAE51B,CAAF,CAAjB,CAAvB,EAA8Cy2B,IAAE+C,EAAEx5B,CAAF,CAAhD,EAAqD,CAACy2B,CAAD,IAAI,CAAC+C,EAAEvpB,CAAF,CAA7D,EAAkE,OAAO,IAAP;AAAY,qBAA1F,MAA+F,IAAG,QAAMkmB,CAAT,EAAW;AAAC,4BAAGqB,IAAE,CAAC,CAAH,EAAKx+C,IAAE+2B,EAAE,GAAF,CAAP,EAAc,QAAM7kC,EAAE20D,MAAF,CAAS3F,CAAT,EAAW,CAAX,CAAvB,EAAqC;AAACT,gCAAI;AAAS,6BAAG3B,IAAE5sD,EAAE20D,MAAF,CAAS3F,CAAT,EAAW,CAAX,EAAc1uD,KAAd,CAAoBwN,IAAE,CAAF,GAAIyY,CAAJ,GAAMpmB,CAA1B,CAAF,EAA+B,CAACysD,CAAnC,EAAqC,OAAO,IAAP,CAAY,IAAGA,IAAEA,EAAE,CAAF,EAAKxwD,KAAL,CAAW,GAAX,CAAF,EAAkB3H,IAAEm4D,EAAE,CAAF,CAApB,EAAyBW,IAAEX,EAAE,CAAF,CAA3B,EAAgC,CAACW,CAAD,IAAI94D,EAAE8B,MAAF,GAAS,CAAb,KAAiBy4D,IAAEv6D,EAAE8B,MAAF,GAAS,CAAX,EAAag3D,IAAE94D,EAAEm2D,SAAF,CAAYoE,CAAZ,CAAf,EAA8Bv6D,IAAEA,EAAEm2D,SAAF,CAAY,CAAZ,EAAcoE,CAAd,CAAjD,CAAhC,EAAmGv6D,IAAEq3B,SAASr3B,CAAT,EAAW,EAAX,CAArG,EAAoH0kB,EAAE1kB,CAAF,EAAI,CAAC,EAAL,EAAQ,EAAR,CAAvH,EAAmI,OAAO,IAAP,CAAY,IAAGqZ,IAAE,CAAF,KAAMy/C,IAAEzhC,SAASyhC,CAAT,EAAW,EAAX,CAAF,EAAiBryC,MAAMqyC,CAAN,KAAUp0C,EAAEo0C,CAAF,EAAI,CAAJ,EAAM,EAAN,CAAjC,CAAH,EAA+C,OAAO,IAAP;AAAY,qBAA1T,MAA+T,IAAG,QAAMtC,CAAT,EAAWgE,IAAE,CAAC,CAAH,EAAKV,GAAL,CAAX,KAAyB,IAAG,CAACA,GAAJ,EAAQ,OAAO,IAAP;AAAl8C,iBAA88C,OAAOd,IAAE,SAAOjuD,CAAP,IAAU,SAAOovD,CAAjB,IAAoBC,CAApB,IAAuB,IAAzB,EAA8B,SAAOJ,CAAP,IAAU,SAAOC,CAAjB,IAAoB,SAAOC,CAA3B,IAA8BlB,CAA9B,IAAiCgB,IAAEU,CAAF,EAAIT,IAAEQ,EAAE6D,QAAF,EAAN,EAAmBpE,IAAEO,EAAEyD,OAAF,EAAtD,KAAoE,SAAOlE,CAAP,KAAWA,IAAEU,CAAb,GAAgB,SAAOR,CAAP,KAAWA,IAAE,CAAb,CAApF,CAA9B,EAAmIpD,KAAG/rD,IAAE,EAAL,KAAUA,KAAG,EAAb,CAAnI,EAAoJ8sD,KAAG73D,MAAI+K,KAAG,CAAC/K,CAAR,GAAW84D,MAAIqB,KAAG,CAACrB,CAAR,CAAX,EAAsBvtD,IAAE,IAAI/D,IAAJ,CAASA,KAAK64D,GAAL,CAASrG,CAAT,EAAWC,CAAX,EAAaC,CAAb,EAAenvD,CAAf,EAAiBovD,CAAjB,EAAmBC,CAAnB,EAAqBC,CAArB,CAAT,CAA3B,KAA+D9uD,IAAE,IAAI/D,IAAJ,CAASwyD,CAAT,EAAWC,CAAX,EAAaC,CAAb,EAAenvD,CAAf,EAAiBovD,CAAjB,EAAmBC,CAAnB,EAAqBC,CAArB,CAAF,EAA0Bz3D,EAAE2I,CAAF,EAAIR,CAAJ,CAAzF,CAApJ,EAAqPivD,IAAE,GAAF,IAAOzuD,EAAE+0D,WAAF,CAActG,CAAd,CAA5P,EAA6QzuD,EAAE2yD,OAAF,OAAchE,CAAd,IAAiBrC,MAAI7/C,CAArB,GAAuB,IAAvB,GAA4BzM,CAAhT;AAAkT,sBAAS8N,CAAT,CAAW9N,CAAX,EAAa;AAAC,oBAAImZ,IAAE,QAAMnZ,EAAE20D,MAAF,CAAS,CAAT,EAAW,CAAX,CAAN,GAAoB,CAAC,CAArB,GAAuB,CAA7B,CAA+B,OAAO30D,IAAEA,EAAE4qD,SAAF,CAAY,CAAZ,CAAF,EAAiB5qD,IAAE,KAAG8rB,SAAS9rB,EAAE20D,MAAF,CAAS,CAAT,EAAW,CAAX,CAAT,EAAuB,EAAvB,CAAH,GAA8B7oC,SAAS9rB,EAAE4qD,SAAF,CAAY,CAAZ,CAAT,EAAwB,EAAxB,CAAjD,EAA6EzxC,IAAEnZ,CAAtF;AAAwF,sBAASkrD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM1M,CAAN;AAAA,oBAAQg+C,CAAR;AAAA,oBAAUC,IAAEM,GAAGhnC,GAAH,CAAO+gB,EAAExuC,MAAT,EAAgBu+B,EAAEv+B,MAAlB,CAAZ;AAAA,oBAAsCc,IAAE2I,EAAEo0D,QAAF,CAAW3pB,QAAnD;AAAA,oBAA4D5sC,IAAE,EAA9D,CAAiE,KAAI4sD,IAAE,CAAN,EAAQA,IAAEC,CAAV,EAAYD,GAAZ,EAAgB;AAAC,yBAAItxC,IAAE4rB,EAAE0lB,CAAF,CAAF,EAAOh+C,IAAE,CAAb,EAAeA,IAAE0M,EAAE5iB,MAAnB,EAA0BkW,GAA1B;AAA8B5O,0BAAE7I,IAAF,CAAOqC,EAAE8hB,EAAE1M,CAAF,CAAF,CAAP;AAA9B,qBAA8C5O,IAAEA,EAAE9I,MAAF,CAAS+/B,EAAE21B,CAAF,CAAT,CAAF;AAAiB,wBAAO5sD,CAAP;AAAS,iBAAIwtD,IAAE,SAAN;AAAA,gBAAgBE,IAAE,kBAAlB;AAAA,gBAAqCprD,IAAE,eAAvC;AAAA,gBAAuDomB,IAAE,sBAAzD;AAAA,gBAAgF+lC,IAAE,qBAAlF;AAAA,gBAAwGM,IAAE,SAA1G;AAAA,gBAAoH7nB,IAAE,CAAC,EAAD,EAAI,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,CAAJ,EAAkB,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,CAAlB,CAAtH;AAAA,gBAAmKjQ,IAAE,CAAC,CAAC,gCAAD,EAAkC,6BAAlC,EAAgE,4BAAhE,EAA6F,yBAA7F,EAAuH,0BAAvH,EAAkJ,wBAAlJ,EAA2K,qBAA3K,EAAiM,oBAAjM,EAAsN,qBAAtN,EAA4O,qBAA5O,EAAkQ,qBAAlQ,CAAD,EAA0R,CAAC,kBAAD,EAAoB,kBAApB,EAAuC,kBAAvC,CAA1R,EAAqV,CAAC,YAAD,EAAc,YAAd,EAA2B,UAA3B,EAAsC,OAAtC,CAArV,CAArK;AAAA,gBAA0iBh3B,IAAE,EAAC,GAAE,UAAH,EAAc,GAAE,UAAhB,EAA2B,GAAE,QAA7B,EAA5iB;AAAA,gBAAmlBrJ,IAAE,GAAGU,QAAxlB,CAAimB21D,GAAGkK,SAAH,GAAa,UAASh1D,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,oBAAIg+C,CAAJ,EAAMC,CAAN,EAAQrzD,CAAR,EAAUwG,CAAV,CAAY,IAAG,oBAAkBpJ,EAAEgC,IAAF,CAAOuJ,CAAP,CAArB,EAA+B,OAAOA,CAAP,CAAS,IAAGyqD,IAAE,CAAF,EAAIC,IAAE,IAAN,EAAW1qD,KAAG,MAAIA,EAAE/K,OAAF,CAAU,IAAV,CAAP,KAAyBy1D,IAAE4B,EAAE3rD,IAAF,CAAOX,CAAP,CAA3B,CAAd,EAAoD,OAAO0qD,IAAEA,EAAE,CAAF,CAAF,EAAO7sD,IAAE+uD,EAAEjsD,IAAF,CAAO+pD,EAAEE,SAAF,CAAY,CAAZ,CAAP,CAAT,EAAgCF,IAAE,IAAIzuD,IAAJ,CAAS6vB,SAAS4+B,CAAT,EAAW,EAAX,CAAT,CAAlC,EAA2D7sD,MAAIA,IAAEiQ,EAAEjQ,EAAE,CAAF,CAAF,CAAF,EAAU6sD,IAAEI,GAAGmK,QAAH,CAAY39D,KAAZ,CAAkBozD,CAAlB,EAAoB,CAApB,CAAZ,EAAmCA,IAAEI,GAAGmK,QAAH,CAAYC,OAAZ,CAAoBxK,CAApB,EAAsB,CAAtB,EAAwB,CAAC,CAAD,GAAG7sD,CAA3B,CAAzC,CAA3D,EAAmI6sD,CAA1I,CAA4I,KAAIj+C,IAAEq+C,GAAGwJ,UAAH,CAAc7nD,CAAd,CAAF,EAAmB0M,MAAIA,IAAE+xC,EAAEz+C,CAAF,CAAN,CAAnB,EAA+B0M,IAAEo3C,GAAGp3C,CAAH,IAAMA,CAAN,GAAQ,CAACA,CAAD,CAAzC,EAA6C9hB,IAAE8hB,EAAE5iB,MAArD,EAA4Dk0D,IAAEpzD,CAA9D,EAAgEozD,GAAhE;AAAoE,wBAAGC,IAAEO,EAAEjrD,CAAF,EAAImZ,EAAEsxC,CAAF,CAAJ,EAASh+C,CAAT,CAAL,EAAiB,OAAOi+C,CAAP;AAArF,iBAA8F,OAAOA,CAAP;AAAS,aAAxX,EAAyXI,GAAGh/B,QAAH,GAAY,UAAS9rB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,IAAEq+C,GAAGnxD,UAAH,CAAcqG,CAAd,EAAgBmZ,CAAhB,CAAN,CAAyB,OAAO1M,MAAIA,IAAE,IAAEA,CAAR,GAAWA,CAAlB;AAAoB,aAAhc,EAAicq+C,GAAGnxD,UAAH,GAAc,UAASqG,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,oBAAG,CAACzM,CAAD,IAAI,MAAIA,CAAX,EAAa,OAAO,IAAP,CAAY,IAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAW4wD,EAAd,EAAiB,OAAO5wD,CAAP,CAASA,IAAE,KAAGA,CAAL,EAAOmZ,IAAE2xC,GAAGwJ,UAAH,CAAcn7C,CAAd,CAAT,CAA0B,IAAIsxC,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQrzD,IAAE8hB,EAAEm5C,YAAZ;AAAA,oBAAyBz0D,IAAExG,EAAE4uB,OAA7B;AAAA,oBAAqC2J,IAAEv4B,EAAEq8D,QAAzC;AAAA,oBAAkDzI,IAAEr7B,EAAE+jC,MAAtD;AAAA,oBAA6D7lD,IAAEjQ,EAAE81D,MAAjE;AAAA,oBAAwEzI,IAAElrD,EAAE/K,OAAF,CAAU,GAAV,CAA1E,CAAyF,OAAOs2D,EAAEtqD,IAAF,CAAOjB,CAAP,KAAWA,IAAErG,WAAWqG,EAAEhH,OAAF,CAAU3B,EAAE,GAAF,CAAV,EAAiB,GAAjB,CAAX,CAAF,EAAoC6jB,MAAMlb,CAAN,MAAWA,IAAE,IAAb,CAApC,EAAuDA,CAAlE,IAAqEkrD,IAAE,CAAF,GAAI,IAAJ,IAAUA,IAAEA,IAAE,CAAC,CAAL,EAAOlrD,EAAE/K,OAAF,CAAUg2D,CAAV,IAAa,CAAC,CAAd,IAAiBx+C,KAAGA,EAAE3R,WAAF,GAAgB7F,OAAhB,CAAwB,GAAxB,IAA6B,CAAC,CAAlD,IAAqDoC,IAAEu4B,CAAF,EAAI66B,IAAEpzD,EAAEiP,OAAF,CAAU,CAAV,EAAatN,OAAb,CAAqB,GAArB,EAAyBiyD,CAAzB,EAA4B7uD,KAA5B,CAAkC,GAAlC,CAAN,EAA6C4D,EAAE/K,OAAF,CAAUw1D,EAAE,CAAF,CAAV,IAAgB,CAAC,CAAjB,IAAoBzqD,EAAE/K,OAAF,CAAUw1D,EAAE,CAAF,CAAV,IAAgB,CAAC,CAArC,KAAyCzqD,IAAEA,EAAEhH,OAAF,CAAUyxD,EAAE,CAAF,CAAV,EAAe,EAAf,EAAmBzxD,OAAnB,CAA2ByxD,EAAE,CAAF,CAA3B,EAAgC,EAAhC,CAAF,EAAsCS,IAAE,CAAC,CAAlF,CAAlG,IAAwLlrD,EAAE/K,OAAF,CAAU6Y,CAAV,IAAa,CAAC,CAAd,KAAkB48C,IAAE,CAAC,CAAH,EAAKrzD,IAAEwG,CAAP,EAASotD,IAAEn9C,CAA7B,CAA/L,EAA+N9N,IAAEA,EAAEhH,OAAF,CAAU,GAAV,EAAc,EAAd,EAAkBA,OAAlB,CAA0BiyD,CAA1B,EAA4B,EAA5B,EAAgCjyD,OAAhC,CAAwCqyD,CAAxC,EAA0C,GAA1C,EAA+CjvD,KAA/C,CAAqD/E,EAAE,GAAF,EAAO2B,OAAP,CAAeqyD,CAAf,EAAiB,GAAjB,CAArD,EAA4EhqD,IAA5E,CAAiF,EAAjF,EAAqFrI,OAArF,CAA6F3B,EAAE,GAAF,CAA7F,EAAoG,GAApG,CAAjO,EAA0U2I,IAAErG,WAAWqG,CAAX,CAA5U,EAA0Vkb,MAAMlb,CAAN,IAASA,IAAE,IAAX,GAAgBkrD,MAAIlrD,KAAG,CAAC,CAAR,CAA1W,EAAqXA,KAAG0qD,CAAH,KAAO1qD,KAAG,GAAV,CAArX,EAAoYA,CAA9Y,CAA5E;AAA6d,aAAlmC;AAAmmC,SAAxqJ,EAAljU,EAA6td,YAAU;AAAC,gBAAIyqD,CAAJ,EAAMC,CAAN,EAAQrzD,CAAR,EAAUwG,CAAV,EAAY+xB,CAAZ,EAAcq7B,CAAd,EAAgBn9C,CAAhB,CAAkBq9C,GAAGgK,UAAH,GAAc1oD,CAAd,EAAgB0+C,GAAGiK,SAAH,GAAa,UAASp1D,CAAT,EAAW;AAAC,oBAAGkb,MAAMiwC,GAAGgK,UAAT,KAAsBn1D,CAAzB,EAA2B;AAAC,wBAAImZ,CAAJ;AAAA,wBAAM1M,IAAEjY,SAAS6F,aAAT,CAAuB,KAAvB,CAAR,CAAsC,OAAOoS,EAAEyJ,KAAF,CAAQ6L,OAAR,GAAgB,mEAAhB,EAAoFtV,EAAExI,SAAF,GAAY,QAAhG,EAAyGzP,SAASqnB,IAAT,CAAcrhB,WAAd,CAA0BiS,CAA1B,CAAzG,EAAsI0+C,GAAGgK,UAAH,GAAch8C,IAAE1M,EAAE8X,WAAF,GAAc9X,EAAEigD,WAAtK,EAAkLl4D,SAASqnB,IAAT,CAAcnhB,WAAd,CAA0B+R,CAA1B,CAAlL,EAA+M0M,CAAtN;AAAwN,wBAAOgyC,GAAGgK,UAAV;AAAqB,aAAxV,EAAyVhK,GAAGsB,KAAH,GAAS,UAAStzC,CAAT,EAAW;AAAC,uBAAOnZ,EAAEmZ,CAAF,EAAKpL,OAAL,CAAa,QAAb,EAAuBxX,MAAvB,GAA8B,CAArC;AAAuC,aAArZ,EAAsZk0D,IAAEj2D,SAAS6F,aAAT,CAAuB,OAAvB,CAAxZ,CAAwb,IAAG;AAACowD,kBAAExmD,SAAF,GAAY,oBAAZ,EAAiCknD,GAAGkK,cAAH,GAAkB,CAAC,CAApD;AAAsD,aAA1D,CAA0D,OAAMhK,CAAN,EAAQ;AAACF,mBAAGkK,cAAH,GAAkB,CAAC,CAAnB;AAAqB,gBAAGC,KAAH,GAAS,kBAAiBn8C,CAA1B,EAA4BgyC,GAAG2B,UAAH,GAAc3zC,EAAEo8C,cAA5C,EAA2DpK,GAAG0B,QAAH,GAAY1zC,EAAEq8C,YAAzE,EAAsF9K,IAAES,GAAG1vB,WAAH,GAAe,CAAC,CAAxG,EAA0GpkC,IAAE8zD,GAAGsK,UAAH,GAAc,CAAC,CAA3H,EAA6H53D,IAAE,iBAAgBsb,CAAhB,GAAkBu8C,YAAYt/D,SAA9B,GAAwC,EAAvK,EAA0K+0D,GAAGwK,OAAH,GAAW,qBAAoBx8C,CAApB,IAAuB,SAAQ,IAAIA,EAAEy8C,eAAN,EAA/B,IAAsD,oBAAmBphE,SAASuO,eAAT,CAAyBmT,KAAlG,IAAyG,mBAAkB1hB,SAASuO,eAAT,CAAyBmT,KAAzU,EAA+U62C,GAAG,CAAC,KAAD,EAAO,QAAP,EAAgB,GAAhB,EAAoB,IAApB,CAAH,EAA6B,YAAU;AAAC,oBAAI/sD,CAAJ;AAAA,oBAAMmZ,IAAE,KAAG,IAAX;AAAA,oBAAgB1M,IAAE,QAAOg+C,EAAEv0C,KAAF,CAAQiD,IAAE,YAAV,CAAP,MAAiC+zC,EAAnD,CAAsD,IAAGzgD,KAAG,QAAOg+C,EAAEv0C,KAAF,CAAQiD,IAAE,WAAV,CAAP,MAAgC+zC,EAAtC,EAAyC,OAAOltD,IAAEmZ,EAAEre,WAAF,EAAF,EAAkBzD,IAAE,EAACke,KAAI,QAAMvV,CAAN,GAAQ,MAAIA,CAAJ,GAAM,GAAd,GAAkB,EAAvB,EAA0BslB,QAAOnM,CAAjC,EAAmCJ,OAAM,QAAM/Y,CAAN,IAAS,aAAWA,CAApB,GAAsBA,CAAtB,GAAwB,EAAjE,EAApB,EAAyFyM,MAAIi+C,IAAErzD,CAAF,EAAIqzD,EAAE3xC,KAAF,GAAQ2xC,EAAE3xC,KAAF,GAAQ2xC,EAAE3xC,KAAF,GAAQ,eAAhB,GAAgC,eAAhD,CAAzF,EAA0J,CAAC,CAAlK;AAAoK,aAA3S,CAA/U,EAA4nB0xC,IAAE,IAA9nB,EAAmoBU,GAAGsK,UAAH,GAAcp+D,CAAjpB,EAAmpB8zD,GAAG1vB,WAAH,GAAeivB,CAAlqB,EAAoqBS,GAAG0K,gBAAH,GAAoB18C,EAAE08C,gBAAF,KAAqBppD,CAArB,GAAuB,CAAvB,GAAyB0M,EAAE08C,gBAAntB,CAAouB,IAAG;AAAC1K,mBAAG2K,WAAH,GAAe38C,EAAEikC,UAAF,IAAcjkC,EAAE48C,MAAhB,GAAuB58C,EAAE48C,MAAF,CAASC,UAAhC,GAA2C78C,EAAE88C,UAA5D,EAAuE9K,GAAG+K,YAAH,GAAgB/8C,EAAEkkC,WAAF,IAAelkC,EAAE48C,MAAjB,GAAwB58C,EAAE48C,MAAF,CAASI,WAAjC,GAA6Ch9C,EAAEg9B,WAAtI;AAAkJ,aAAtJ,CAAsJ,OAAMkV,CAAN,EAAQ;AAACF,mBAAG2K,WAAH,GAAe38C,EAAE48C,MAAF,CAASC,UAAxB,EAAmC7K,GAAG+K,YAAH,GAAgB/8C,EAAE48C,MAAF,CAASI,WAA5D;AAAwE,gBAAGC,QAAH,GAAY,UAASp2D,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,IAAE,CAAC,CAAX;AAAA,oBAAarzD,IAAE,EAAf;AAAA,oBAAkBwG,IAAE,CAAC,iBAAiBoD,IAAjB,CAAsBjB,CAAtB,CAArB;AAAA,oBAA8C4vB,IAAE,EAACymC,IAAG,+CAAJ,EAAoD7mD,MAAK,8BAAzD,EAAwF8mD,SAAQ,kEAAhG,EAAmKC,QAAO,0CAA1K,EAAqNC,MAAK,iCAA1N,EAA4PC,OAAM,0CAAlQ,EAA6SC,OAAM,+BAAnT,EAAmVC,YAAW,mDAA9V,EAAkZC,UAAS,iDAA3Z,EAA6cC,SAAQ,+BAArd,EAAqfC,OAAM,0CAA3f,EAAsiBC,UAAS,+CAA/iB,EAA+lBC,MAAK,4CAApmB,EAAhD;AAAA,oBAAksB/L,IAAE,EAACgM,KAAI,qBAAL,EAA2BX,SAAQ,iBAAnC,EAAqDK,YAAW,uBAAhE,EAAwFE,SAAQ,SAAhG,EAA0GR,IAAG,IAA7G,EAAkHa,MAAK,sBAAvH,EAA8IT,OAAM,OAApJ,EAApsB;AAAA,oBAAi2B3oD,IAAE,EAACqpD,QAAO,qBAAR,EAAn2B;AAAA,oBAAk4B9L,IAAE,EAAC+L,OAAM,cAAP,EAAsBC,SAAQ,cAA9B,EAA6CC,SAAQ,iBAArD,EAAuEC,cAAa,oBAApF,EAAyG9H,IAAG,sBAA5G,EAAmI+H,QAAO,eAA1I,EAA0JjL,QAAO,SAAjK,EAAp4B,CAAgjC,KAAI9B,CAAJ,IAAS76B,CAAT;AAAW,wBAAGA,EAAEv6B,cAAF,CAAiBo1D,CAAjB,MAAsBpzD,IAAE2I,EAAEM,KAAF,CAAQsvB,EAAE66B,CAAF,CAAR,CAAxB,CAAH,EAA0C;AAAC,4BAAG,aAAWA,CAAX,IAAc,aAAYluB,SAA7B,EAAuC,OAAM,CAAC,CAAP,CAASmuB,IAAE,EAAF,EAAKA,EAAE+M,MAAF,GAAShN,CAAd,EAAgBC,EAAEyM,MAAF,GAASjM,EAAET,CAAF,EAAI38C,CAAJ,EAAM,CAAC,CAAP,CAAzB,EAAmC48C,EAAEU,OAAF,GAAUF,EAAElrD,CAAF,EAAIqrD,CAAJ,EAAM,SAAN,CAA7C,EAA8DX,EAAExyD,IAAF,GAAOgzD,EAAET,CAAF,EAAIQ,CAAJ,CAArE,EAA4EP,EAAEA,EAAExyD,IAAJ,IAAU,CAAC,CAAvF,EAAyFwyD,EAAEgN,YAAF,GAAergE,EAAE,CAAF,CAAxG,EAA6GqzD,EAAEiN,YAAF,GAAetgE,EAAE,CAAF,EAAK2B,OAAL,CAAa,GAAb,EAAiB,GAAjB,CAA5H,EAAkJyT,IAAEi+C,EAAEiN,YAAF,CAAe3+D,OAAf,CAAuB,GAAvB,EAA2B,EAA3B,EAA+B27D,MAA/B,CAAsC,CAAtC,EAAwC,CAAxC,CAApJ,EAA+LjK,EAAEkN,WAAF,GAAclN,EAAEgN,YAAF,GAAejrD,CAAf,GAAiBlT,MAAM,KAAGkT,EAAElW,MAAF,GAAS,CAAT,GAAWkW,EAAElW,MAAb,GAAoB,CAAvB,CAAN,EAAiC8K,IAAjC,CAAsC,GAAtC,CAA9N,EAAyQqpD,EAAEmN,OAAF,GAAU,QAAO1+C,EAAE2+C,QAAT,MAAoBzL,EAApB,IAAwB,QAAOlzC,EAAE0+C,OAAT,MAAmBxL,EAA9T,EAAiU3B,EAAEqN,OAAF,GAAU5+C,EAAEojB,SAAF,CAAYy7B,UAAZ,IAAwB,mBAAmB/2D,IAAnB,CAAwBkY,EAAEnR,QAAF,CAAWkpB,QAAnC,CAAxB,IAAsEw5B,EAAEmN,OAAnZ,EAA2ZnN,EAAE4L,OAAF,KAAYnL,GAAG0K,gBAAH,GAAoB,GAApB,IAAyBnL,EAAEkN,WAAF,GAAc,GAAvC,IAA4C/5D,CAAxD,MAA6DstD,GAAG2K,WAAH,GAAe,GAAf,IAAoB3K,GAAG+K,YAAH,GAAgB,GAAjG,MAAwGxL,EAAEyM,MAAF,GAAS1M,CAAjH,CAA3Z,CAA+gB;AAAM;AAA3nB,iBAA2nB,OAAOC,CAAP;AAAS,aAA5sD,EAA6sD96B,IAAEu7B,GAAG8M,QAAH,GAAY9M,GAAGiL,QAAH,CAAY75B,UAAUC,SAAtB,CAA3tD,EAA4vD2uB,GAAG+M,kBAAH,GAAsBtoC,EAAEymC,EAAF,GAAKN,OAAO5zC,KAAP,GAAa,GAAlB,GAAsB,CAAxyD,EAA0yDgpC,GAAGgN,mBAAH,GAAuBvoC,MAAIu7B,GAAGmK,KAAH,IAAUnK,GAAG2B,UAAb,IAAyB3B,GAAG0B,QAAhC,CAAj0D,EAA22D1B,GAAGiN,kBAAH,GAAsB,CAAC,CAAl4D,EAAo4D,CAACxoC,EAAEqnC,GAAF,IAAOrnC,EAAE0mC,OAAF,IAAW1mC,EAAE8nC,YAAF,GAAe,CAAjC,IAAoC9nC,EAAEymC,EAAvC,MAA6ClL,GAAGiN,kBAAH,GAAsBxoC,CAAnE,CAAp4D,EAA08Du7B,GAAGkN,YAAH,GAAgB,YAAU;AAAC,oBAAGlN,GAAGmK,KAAN,EAAY;AAAC,wBAAG1lC,EAAEqnC,GAAL,EAAS,OAAM,CAAC,CAAP,CAAS,IAAGrnC,EAAE0mC,OAAL,EAAa,OAAM,CAACnL,GAAGC,OAAH,CAAWoM,MAAZ,IAAoB,EAAErM,GAAGC,OAAH,CAAW71D,OAAX,GAAmB,EAArB,KAA0B,CAAC,CAACyK,EAAE,qBAAF,EAAyBoF,IAAzB,CAA8B,SAA9B,KAA0C,EAA3C,EAA+C9E,KAA/C,CAAqD,mBAArD,CAArD;AAA+H,wBAAM,CAAC,CAAP;AAAS,aAAzpE,EAA0pE6qD,GAAGmN,oBAAH,GAAwBnN,GAAGmK,KAAH,IAAU,EAAEnK,GAAG8M,QAAH,CAAYhB,GAAZ,IAAiB9L,GAAG8M,QAAH,CAAY3B,OAA/B,CAA5rE,EAAouEnL,GAAGoN,aAAH,GAAiB,UAASv4D,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM1M,IAAE,CAAC,CAAT;AAAA,oBAAWg+C,IAAE,EAAb;AAAA,oBAAgBC,IAAE,EAAC8N,MAAK,sBAAN,EAA6BjM,QAAO,wBAApC,EAA6DkM,QAAO,wBAApE,EAA6FC,OAAM,qCAAnG,EAAyI7M,MAAK,kCAA9I,EAAiLW,SAAQ,gCAAzL,EAAlB,CAA6O,KAAIrzC,CAAJ,IAASuxC,CAAT;AAAW,wBAAGA,EAAEr1D,cAAF,CAAiB8jB,CAAjB,MAAsBsxC,IAAEzqD,EAAEM,KAAF,CAAQoqD,EAAEvxC,CAAF,CAAR,CAAxB,CAAH,EAA0C;AAAC1M,4BAAE,EAAF,EAAKA,EAAE0M,CAAF,IAAK,CAAC,CAAX,EAAa1M,EAAEg+C,EAAE,CAAF,EAAK3vD,WAAL,GAAmBsB,KAAnB,CAAyB,GAAzB,EAA8B,CAA9B,EAAiCA,KAAjC,CAAuC,GAAvC,EAA4C,CAA5C,CAAF,IAAkD,CAAC,CAAhE,EAAkEqQ,EAAElX,OAAF,GAAUu2B,SAASt3B,SAASmkE,YAAT,IAAuBlO,EAAE,CAAF,CAAhC,EAAqC,EAArC,CAA5E,CAAqH;AAAM;AAAjL,iBAAiL,OAAOh+C,CAAP;AAAS,aAAxqF,EAAyqF0+C,GAAGC,OAAH,GAAWD,GAAGoN,aAAH,CAAiBh8B,UAAUC,SAA3B,CAAprF,EAA0tF2uB,GAAGyN,qBAAH,GAAyB,YAAU;AAAC,oBAAI54D,IAAE,EAAC5H,MAAK,CAAC,CAAC5D,SAASqkE,qBAAX,IAAkCrkE,SAASqkE,qBAAT,CAA+B,MAA/B,CAAxC,EAA+EC,KAAI,CAAC,CAACtkE,SAASqkE,qBAAX,IAAkCrkE,SAASqkE,qBAAT,CAA+B,KAA/B,CAArH,EAA2JE,OAAM,CAAC,CAACvkE,SAASqkE,qBAAX,IAAkCrkE,SAASqkE,qBAAT,CAA+B,OAA/B,CAAnM,EAAN,CAAkP,OAAO1N,GAAGC,OAAH,CAAWoM,MAAX,KAAoBx3D,EAAE+4D,KAAF,GAAQ,CAAC,CAAT,EAAW5N,GAAGC,OAAH,CAAW71D,OAAX,IAAoB,EAApB,KAAyByK,EAAE5H,IAAF,GAAO,CAAC,CAAR,EAAU4H,EAAE84D,GAAF,GAAM,CAAC,CAA1C,CAA/B,GAA6E94D,CAApF;AAAsF,aAAtkG,EAAukGmrD,GAAG6N,SAAH,GAAa7N,GAAGyN,qBAAH,EAAplG,EAA+mGzN,GAAG8N,SAAH,GAAa,YAAU;AAAC,oBAAIj5D,CAAJ,EAAMyM,CAAN,EAAQg+C,CAAR,CAAU,IAAG;AAAC,2BAAOzqD,IAAEmrD,GAAGC,OAAL,EAAa3+C,IAAE,CAAf,EAAiBg+C,IAAEj2D,SAASuO,eAA5B,EAA4C/C,EAAE6rD,IAAF,IAAQ,MAAI7rD,EAAEzK,OAAd,IAAuBk1D,EAAEnU,YAAF,GAAemU,EAAErU,YAAxC,IAAsD,CAAC+U,GAAGmK,KAA1D,KAAkE7oD,IAAE0+C,GAAGiK,SAAH,EAApE,CAA5C,EAAgIjK,GAAGmK,KAAH,GAAS7K,EAAEkC,WAAF,GAAcxzC,EAAE88C,UAAzB,GAAoCj2D,EAAE6rD,IAAF,IAAQ7rD,EAAEzK,OAAF,IAAW,EAAnB,GAAsB,CAAC,CAAC8N,OAAK8V,CAAN,EAAS3kB,QAAT,CAAkBuO,eAAlB,CAAkCwhB,WAAlC,GAA8C9X,CAA/C,IAAkD,CAACpJ,OAAK8V,CAAN,EAAS88C,UAAjF,GAA4F,CAAvQ;AAAyQ,iBAA7Q,CAA6Q,OAAMvL,CAAN,EAAQ;AAAC,2BAAO,CAAP;AAAS;AAAC,aAAj7G,EAAk7GS,GAAG+N,gBAAH,GAAoBzsD,MAAIjY,SAASuO,eAAT,CAAyBmT,KAAzB,CAA+BijD,aAAnC,IAAkD,EAAEhO,GAAGC,OAAH,CAAWS,IAAX,IAAiBV,GAAGC,OAAH,CAAW71D,OAAX,GAAmB,CAAtC,CAAx/G,EAAiiH,UAAS4jB,CAAT,EAAW;AAAC,oBAAI1M,IAAE,EAAN;AAAA,oBAASg+C,IAAEzqD,EAAExL,SAASuO,eAAX,CAAX;AAAA,oBAAuC2nD,IAAE5+B,SAAS3S,EAAE5jB,OAAX,EAAmB,EAAnB,CAAzC,CAAgE4jB,EAAE0yC,IAAF,GAAOp/C,IAAE,IAAT,GAAc0M,EAAEqzC,OAAF,GAAU//C,IAAE,IAAZ,GAAiB0M,EAAEs/C,MAAF,GAAShsD,IAAE,QAAX,GAAoB0M,EAAEozC,MAAF,GAAS9/C,IAAE,QAAX,GAAoB0M,EAAEu/C,KAAF,GAAQjsD,IAAE,OAAV,GAAkB0M,EAAEq/C,IAAF,KAAS/rD,IAAE,MAAX,CAAzF,EAA4GA,MAAIA,IAAE,OAAKA,CAAL,GAAO,KAAP,GAAaA,CAAb,GAAei+C,CAArB,CAA5G,EAAoIS,GAAG8M,QAAH,KAAcxrD,KAAG,WAAjB,CAApI,EAAkKg+C,EAAEx+B,QAAF,CAAWxf,CAAX,CAAlK;AAAgL,aAA5P,CAA6P0+C,GAAGC,OAAhQ,CAAjiH,EAA0yHD,GAAGiO,YAAH,GAAgB5kE,SAASuO,eAAT,CAAyBO,gBAAn1H,EAAo2H2nD,IAAEz2D,SAAS6F,aAAT,CAAuB,OAAvB,CAAt2H,EAAs4H8wD,GAAGkO,WAAH,GAAe,iBAAgBpO,CAAr6H,EAAu6HE,GAAGmO,mBAAH,GAAuB,sBAAqBrO,CAAn9H,EAAq9HE,GAAGjnD,KAAH,GAAS,YAAU;AAAC,qBAAI,IAAIlE,CAAJ,EAAMmZ,IAAE,CAAC,QAAD,EAAU,MAAV,EAAiB,MAAjB,EAAwB,OAAxB,EAAgC,MAAhC,EAAuC,UAAvC,EAAkD,gBAAlD,CAAR,EAA4E1M,IAAE0M,EAAE5iB,MAAhF,EAAuFk0D,IAAE,MAAzF,EAAgGC,IAAE,EAAlG,EAAqGrzD,IAAE,CAA3G,EAA6GA,IAAEoV,CAA/G,EAAiHpV,GAAjH;AAAqH2I,wBAAEmZ,EAAE9hB,CAAF,CAAF,EAAO4zD,EAAE9pD,YAAF,CAAe,MAAf,EAAsBnB,CAAtB,CAAP,EAAgCirD,EAAEtvD,KAAF,GAAQ8uD,CAAxC,EAA0CC,EAAE1qD,EAAEhH,OAAF,CAAU,GAAV,EAAc,EAAd,CAAF,IAAqB,WAASiyD,EAAE3xD,IAAX,IAAiB2xD,EAAEtvD,KAAF,KAAU8uD,CAA1F;AAArH,iBAAiN,OAAOC,CAAP;AAAS,aAArO,EAA99H,EAAssIO,EAAE/0C,KAAF,CAAQ6L,OAAR,GAAgB,aAAttI,EAAouIopC,GAAGoO,QAAH,GAAY,CAAC,CAACtO,EAAE/0C,KAAF,CAAQqjD,QAA1vI,EAAmwItO,IAAE,IAArwI,EAA0wIE,GAAGqO,UAAH,GAAc,YAAU;AAAC,oBAAIx5D,CAAJ;AAAA,oBAAMmZ,IAAE,GAAR;AAAA,oBAAY1M,IAAE,CAAC,EAACwB,OAAM,CAAP,EAASwrD,OAAM,GAAf,EAAD,CAAd,CAAoC,KAAIz5D,IAAE,CAAN,EAAQA,IAAEmZ,CAAV,EAAYnZ,GAAZ;AAAgByM,sBAAEzX,IAAF,CAAO,EAACiZ,OAAMjO,CAAP,EAASy5D,OAAM,GAAf,EAAP;AAAhB,iBAA4C,OAAOhtD,EAAE3U,IAAF,CAAO,UAASkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOnZ,EAAEy5D,KAAF,GAAQtgD,EAAEsgD,KAAV,GAAgB,CAAhB,GAAkBz5D,EAAEy5D,KAAF,GAAQtgD,EAAEsgD,KAAV,GAAgB,CAAC,CAAjB,GAAmB,CAA5C;AAA8C,iBAAnE,GAAqE,MAAIhtD,EAAE,CAAF,EAAKwB,KAArF;AAA2F,aAAtL,EAAxxI,EAAi9Ik9C,GAAGhnD,eAAH,GAAmBtG,EAAEuG,qBAAF,IAAyBvG,EAAEwG,kBAA3B,IAA+CxG,EAAE0G,iBAAjD,IAAoE1G,EAAEyG,gBAAtE,IAAwFzG,EAAEsG,eAA1F,IAA2GtG,EAAErC,OAA7G,IAAsH,UAAS2d,CAAT,EAAW;AAAC,qBAAI,IAAI1M,IAAEjY,SAAS+M,gBAAT,GAA0B,CAAC,KAAK9G,UAAL,IAAiBjG,QAAlB,EAA4B+M,gBAA5B,CAA6C4X,CAA7C,KAAiD,EAA3E,GAA8EnZ,EAAEmZ,CAAF,CAApF,EAAyFsxC,IAAEh+C,EAAElW,MAAjG,EAAwGk0D,GAAxG;AAA6G,wBAAGh+C,EAAEg+C,CAAF,KAAM,IAAT,EAAc,OAAM,CAAC,CAAP;AAA3H,iBAAoI,OAAM,CAAC,CAAP;AAAS,aAAnvJ,EAAovJU,GAAG5T,SAAH,GAAap+B,EAAEm+B,OAAF,IAAWn+B,EAAEm+B,OAAF,CAAUC,SAAtxJ,EAAgyJzpC,IAAEtZ,SAASmkE,YAA3yJ,EAAwzJxN,GAAGuO,UAAH,GAAc,kBAAiBvgD,CAAjB,IAAoB,EAAEgyC,GAAGC,OAAH,CAAWS,IAAX,KAAkB,CAAC/9C,CAAD,IAAIA,KAAG,CAAzB,CAAF,CAA11J,EAAy3Jq9C,GAAGwO,cAAH,GAAkB,qBAAoBxgD,EAAE3kB,QAAj6J;AAA06J,SAAl6M,EAA7td,EAAkoqBoD,IAAE,EAACstB,MAAK,EAACtW,SAAQ,OAAT,EAAN,EAAwBivB,OAAM,EAACjvB,SAAQ,MAAT,EAA9B,EAA+Cs9B,MAAK,EAACt9B,SAAQ,IAAT,EAApD,EAAmE29B,IAAG,EAAC39B,SAAQ,MAAT,EAAtE,EAAuFvL,KAAI,EAACuL,SAAQ,QAAT,EAA3F,EAA8GgvB,QAAO,EAAChvB,SAAQ,KAAT,EAArH,EAAqI,MAAK,EAACA,SAAQ,KAAT,EAA1I,EAA0JgrD,KAAI,EAAChrD,SAAQ,IAAT,EAA9J,EAApoqB,EAAkzqB4+C,IAAE,EAApzqB,EAAuzqBxtD,EAAEhI,MAAF,CAASw1D,CAAT,EAAW,EAACppB,SAAQ,CAAC,CAAV,EAAY6oB,SAAQ,iBAAS9zC,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,GAAax9B,EAAEmZ,CAAF,CAAb;AAAkB,aAAlD,EAAmD/I,SAAQ,iBAASpQ,CAAT,EAAWmZ,CAAX,EAAa;AAACnZ,kBAAEuM,EAAF,CAAK,UAAL,KAAkBvM,EAAEuV,GAAF,CAAM,EAACqL,SAAQ5gB,EAAEyT,IAAF,CAAO,YAAP,KAAsB,OAA/B,EAAN,EAA+C8B,GAA/C,CAAmD,SAAnD,CAAlB,EAAgF4D,EAAEwM,IAAF,IAAQ3lB,EAAEyT,IAAF,CAAO,YAAP,EAAoBzT,EAAEuV,GAAF,CAAM,SAAN,CAApB,EAAsCoQ,IAAtC,EAAxF,EAAqIxM,EAAEvjB,IAAF,IAAQujB,EAAEvjB,IAAF,EAA7I,EAAsJujB,EAAEm0C,gBAAF,IAAoBn0C,EAAEm0C,gBAAF,CAAmBttD,CAAnB,CAA1K,EAAgMA,EAAEwU,OAAF,EAAhM;AAA4M,aAArR,EAAsR3E,SAAQ,mBAAU;AAAC,qBAAKu0B,OAAL,GAAa,CAAC,CAAd,EAAgB,KAAKh0B,OAAL,GAAa,KAAKypD,WAAlC;AAA8C,aAAvV,EAAwVC,QAAO,kBAAU;AAAC,qBAAK11B,OAAL,GAAa,CAAC,CAAd,EAAgB,KAAKh0B,OAAL,GAAa,KAAK2pD,eAAlC;AAAkD,aAA5Z,EAAX,CAAvzqB,EAAiurBvM,EAAEqM,WAAF,GAAcrM,EAAEp9C,OAAjvrB,EAAyvrB,kBAAiBpQ,EAAErK,EAAnB,IAAuBy3D,GAAGptD,EAAErK,EAAL,EAAQ,EAACqkE,WAAU,mBAASh6D,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,KAAKvE,IAAL,CAAU5U,CAAV,EAAYmZ,CAAZ,CAAP;AAAsB,aAA/C,EAAgD8gD,cAAa,sBAASj6D,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,uBAAO8C,EAAE,IAAF,EAAOvtD,CAAP,EAASmZ,CAAT,EAAW1M,CAAX,EAAag+C,CAAb,CAAP;AAAuB,aAAtG,EAAuGyP,eAAc,uBAASl6D,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO2xC,GAAGv+B,WAAH,CAAe,IAAf,EAAoBvsB,CAApB,EAAsBmZ,CAAtB,EAAwB,CAAC,CAAzB,CAAP;AAAmC,aAAtK,EAAuKghD,kBAAiB,0BAASn6D,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO2xC,GAAGv+B,WAAH,CAAe,IAAf,EAAoBvsB,CAApB,EAAsBmZ,CAAtB,EAAwB,CAAC,CAAzB,CAAP;AAAmC,aAAzO,EAA0OihD,kBAAiB,0BAASp6D,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,uBAAOq+C,GAAGv+B,WAAH,CAAe,IAAf,EAAoBvsB,CAApB,EAAsBmZ,CAAtB,EAAwB1M,CAAxB,CAAP;AAAkC,aAA7S,EAAR,CAAhxrB,EAAwksBkhD,IAAE,IAA1ksB,EAA+ksBC,IAAE,IAAjlsB,EAAslsBE,IAAE,IAAxlsB,EAA6lsBC,IAAE,IAA/lsB,EAAomsBF,IAAE,IAAtmsB,EAA2msBuB,IAAE,WAASpvD,CAAT,EAAW;AAAC,mBAAOA,EAAEzH,MAAT;AAAgB,SAAzosB,EAA0osB4yD,GAAGmK,KAAH,KAAWlG,IAAE,WAASpvD,CAAT,EAAW;AAAC,gBAAImZ,IAAE,mBAAkBnZ,CAAlB,GAAoBA,EAAEsc,aAAF,CAAgBipB,cAApC,GAAmD,oBAAmBvlC,CAAnB,GAAqBA,EAAEulC,cAAvB,GAAsC,IAA/F,CAAoG,OAAOpsB,IAAE3kB,SAAS6lE,gBAAT,CAA0BlhD,EAAE,CAAF,EAAK4C,OAA/B,EAAuC5C,EAAE,CAAF,EAAKgD,OAA5C,CAAF,GAAuDnc,EAAEzH,MAAhE;AAAuE,SAAzL,EAA0Lw0D,GAAG,CAAC,OAAD,EAAS,WAAT,EAAqB,YAArB,EAAkC,SAAlC,EAA4C,WAA5C,EAAwD,WAAxD,EAAoE,KAApE,CAAH,EAA8E,UAAS5zC,CAAT,EAAW1M,CAAX,EAAa;AAACzM,cAAErK,EAAF,CAAK8W,CAAL,IAAQ,UAASzM,CAAT,EAAW;AAAC,uBAAO,KAAK04B,IAAL,CAAUjsB,CAAV,EAAYzM,CAAZ,CAAP;AAAsB,aAA1C;AAA2C,SAAvI,CAArM,CAA1osB,EAAy9sBmrD,GAAGmK,KAAH,GAASnK,GAAG8M,QAAH,IAAa9M,GAAGmP,SAAH,GAAa,YAAb,EAA0BnP,GAAGoP,OAAH,GAAW,UAArC,EAAgDpP,GAAGqP,SAAH,GAAa,WAA7D,EAAyErP,GAAGsP,WAAH,GAAe,aAAxF,EAAsGtP,GAAGruC,KAAH,GAAS,UAA/G,EAA0HquC,GAAGuP,MAAH,GAAU,mBAAjJ,KAAuKvP,GAAGmP,SAAH,GAAa,sBAAb,EAAoCnP,GAAGoP,OAAH,GAAW,kBAA/C,EAAkEpP,GAAGqP,SAAH,GAAa,qBAA/E,EAAqGrP,GAAGsP,WAAH,GAAe,wBAApH,EAA6ItP,GAAGruC,KAAH,GAAS,OAAtJ,EAA8JquC,GAAGuP,MAAH,GAAU,QAA/U,CAAT,GAAkWvP,GAAG0B,QAAH,IAAa1B,GAAGqP,SAAH,GAAa,aAAb,EAA2BrP,GAAGmP,SAAH,GAAa,aAAxC,EAAsDnP,GAAGoP,OAAH,GAAW,WAAjE,EAA6EpP,GAAGsP,WAAH,GAAe,eAA5F,EAA4GtP,GAAGruC,KAAH,GAAS,WAArH,EAAiIquC,GAAGuP,MAAH,GAAU,0BAAxJ,IAAoLvP,GAAG2B,UAAH,IAAe3B,GAAGqP,SAAH,GAAa,eAAb,EAA6BrP,GAAGmP,SAAH,GAAa,eAA1C,EAA0DnP,GAAGoP,OAAH,GAAW,aAArE,EAAmFpP,GAAGsP,WAAH,GAAe,iBAAlG,EAAoHtP,GAAGruC,KAAH,GAAS,aAA7H,EAA2IquC,GAAGuP,MAAH,GAAU,0BAApK,KAAiMvP,GAAGqP,SAAH,GAAa,WAAb,EAAyBrP,GAAGmP,SAAH,GAAa,WAAtC,EAAkDnP,GAAGoP,OAAH,GAAW,SAA7D,EAAuEpP,GAAGsP,WAAH,GAAe,YAAtF,EAAmGtP,GAAGruC,KAAH,GAAS,OAA5G,EAAoHquC,GAAGuP,MAAH,GAAU,QAA/T,CAA/+tB,EAAwzuBrL,IAAE,WAASrvD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAI1M,CAAJ;AAAA,gBAAMg+C,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAUrzD,CAAV;AAAA,gBAAYwG,IAAEsb,KAAG,GAAjB;AAAA,gBAAqByW,IAAE,CAAvB,CAAyB,KAAI66B,IAAE,CAAF,EAAIC,IAAE1qD,EAAEzJ,MAAZ,EAAmBk0D,IAAEC,CAArB,EAAuBD,GAAvB;AAA2BpzD,oBAAE2I,EAAEyqD,CAAF,CAAF,EAAO,OAAKpzD,CAAL,KAASoV,IAAEpV,EAAEpC,OAAF,CAAU,GAAV,CAAF,EAAiB,MAAIwX,CAAJ,KAAQA,KAAG,CAAC,CAAJ,GAAMpV,IAAE,MAAIA,CAAZ,IAAeu4B,KAAIv4B,IAAE,MAAIA,EAAEuzD,SAAF,CAAY,CAAZ,EAAcn+C,CAAd,CAAJ,GAAqB,SAArB,GAA+BpV,EAAEuzD,SAAF,CAAYn+C,CAAZ,CAApD,CAAR,CAAjB,EAA8FmjB,GAA9F,EAAkG/xB,KAAGxG,KAAGozD,IAAEC,IAAE,CAAJ,GAAM,SAAN,GAAgB,GAAnB,CAA9G,CAAP;AAA3B,aAAyK,OAAOnxD,MAAMq2B,CAAN,EAASvuB,IAAT,CAAc,GAAd,IAAmBxD,CAA1B;AAA4B,SAAtivB,EAAuivByxD,IAAE,kBAAzivB,EAA4jvBlC,GAAGtC,EAAH,EAAM,EAAC6P,SAAQ,EAAT,EAAYC,4BAA2B,EAAvC,EAA0CC,IAAG/P,GAAG+P,EAAH,IAAO,EAApD,EAAuDx0C,IAAGykC,GAAGzkC,EAAH,IAAOvoB,CAAjE,EAAmEkvD,SAAQlC,GAAGkC,OAAH,IAAYQ,CAAvF,EAAyFsN,QAAOhQ,GAAGgQ,MAAH,IAAW,EAA3G,EAA8GrnD,MAAKq3C,GAAGr3C,IAAH,IAAS,EAA5H,EAA+HsnD,SAAQjQ,GAAGiQ,OAAH,IAAY,EAAnJ,EAAsJC,SAAQlQ,GAAGkQ,OAAH,IAAY,EAA1K,EAA6KC,aAAY,EAACC,UAAS,EAAV,EAAzL,EAAuMx5D,MAAK,EAACy5D,QAAO,EAAR,EAAWC,QAAO,EAAlB,EAAqBC,WAAU,CAA/B,EAAiCC,KAAI,CAArC,EAAuCC,OAAM,EAA7C,EAAgDC,KAAI,EAApD,EAAuDC,MAAK,EAA5D,EAA+DC,IAAG,EAAlE,EAAqEC,OAAM,EAA3E,EAA8EC,MAAK,EAAnF,EAAsFC,KAAI,EAA1F,EAA6FC,MAAK,EAAlG,EAAqGC,UAAS,EAA9G,EAAiHC,QAAO,EAAxH,EAA2HC,UAAS,EAApI,EAAuIC,IAAG,GAA1I,EAA8IC,KAAI,GAAlJ,EAAsJC,KAAI,GAA1J,EAA8JC,aAAY,GAA1K,EAA8KC,cAAa,GAA3L,EAA+LC,YAAW,GAA1M,EAA5M,EAA2ZjnE,SAAQw1D,GAAGx1D,OAAH,IAAY61D,EAA/a,EAAkb5hC,SAAQuhC,GAAGvhC,OAAH,IAAYgkC,CAAtc,EAAwcU,IAAG,EAA3c,EAA8c7oD,MAAK,cAASpF,CAAT,EAAW;AAAC,uBAAM,UAAQ8qD,GAAGmD,EAAX,GAAcjuD,CAApB;AAAsB,aAArf,EAAsfw8D,YAAW3+D,CAAjgB,EAAmgB8Z,MAAKiY,CAAxgB,EAA0gB6sC,YAAWxR,CAArhB,EAAuhByR,mBAAkBv8D,CAAziB,EAA2iBw8D,eAAc7R,GAAG6R,aAAH,IAAkB,EAA3kB,EAA8kBC,cAAar2C,CAA3lB,EAA6lBvK,YAAWswC,CAAxmB,EAA0mBxzB,MAAK8zB,CAA/mB,EAAinBiQ,aAAYtR,CAA7nB,EAA+nBuR,WAAUzR,CAAzoB,EAA2oB0R,WAAUjS,GAAGiS,SAAH,IAAch4B,CAAnqB,EAAqqBi4B,cAAalS,GAAGkS,YAAH,IAAiBloC,CAAnsB,EAAqsBvI,aAAYu+B,GAAGv+B,WAAH,IAAgBkhC,CAAjuB,EAAmuBwP,YAAWnS,GAAGmS,UAAH,IAAerlE,CAA7vB,EAA+vBslE,YAAWpO,CAA1wB,EAA4wBqO,OAAM1S,CAAlxB,EAAoxB2S,UAASzO,CAA7xB,EAA+xBpG,UAASiI,GAAG7B,EAAEjyD,OAAL,EAAaiyD,CAAb,CAAxyB,EAAwzB2C,QAAOd,GAAG7B,EAAE2C,MAAL,EAAY3C,CAAZ,CAA/zB,EAA80B0D,WAAU7B,GAAGC,GAAG4B,SAAN,EAAgB5B,EAAhB,CAAx1B,EAA42B4M,aAAYjO,CAAx3B,EAA03BkO,YAAW5P,CAAr4B,EAAu4B6P,YAAW,oBAASv9D,CAAT,EAAW;AAAC,uBAAOA,KAAG,CAACsvD,EAAEruD,IAAF,CAAOjB,CAAP,CAAX;AAAqB,aAAn7B,EAAo7BkF,MAAK,cAASlF,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,uBAAOzM,IAAEA,KAAG,EAAL,EAAQ,QAAOmZ,CAAP,yCAAOA,CAAP,MAAU+zC,EAAV,KAAezgD,IAAE0M,CAAF,EAAIA,IAAE,CAAC,CAAtB,CAAR,EAAiC1M,IAAEA,KAAG,GAAtC,EAA0CzM,KAAG,QAAMA,EAAE2qD,MAAF,CAAS,CAAT,CAAT,KAAuB3qD,IAAE,MAAIA,CAA7B,CAA1C,EAA0EmZ,KAAGnZ,IAAEA,EAAEhH,OAAF,CAAU,qBAAV,EAAgC,eAAhC,CAAF,EAAmDgH,IAAEA,EAAEhH,OAAF,CAAU,qBAAV,EAAgC,eAAhC,CAArD,EAAsGgH,IAAEqvD,EAAErvD,EAAE5D,KAAF,CAAQ,GAAR,CAAF,EAAeqQ,CAAf,CAAxG,EAA0HzM,IAAEA,EAAEhH,OAAF,CAAU,YAAV,EAAuB,GAAvB,CAA/H,IAA4JgH,IAAEyM,IAAEzM,CAA1O,EAA4OA,CAAnP;AAAqP,aAA9rC,EAA+rCyrB,QAAO,gBAASzrB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,IAAEzM,IAAEmZ,CAAR,CAAU,OAAO23C,GAAGrkD,CAAH,IAAMqkD,GAAGrkD,CAAH,KAAOmwB,SAAS,GAAT,EAAa,YAAUkuB,GAAG5lD,IAAH,CAAQlF,CAAR,EAAUmZ,CAAV,CAAvB,CAApB;AAAyD,aAAvxC,EAAwxCtE,QAAO,gBAAS7U,CAAT,EAAW;AAAC,uBAAO+wD,GAAG/wD,CAAH,IAAM+wD,GAAG/wD,CAAH,KAAO48B,SAAS,SAAT,EAAmBkuB,GAAG5lD,IAAH,CAAQlF,CAAR,IAAW,QAA9B,CAApB;AAA4D,aAAv2C,EAAw2Cw9D,UAAS,kBAASx9D,CAAT,EAAW;AAAC,uBAAM,EAACtJ,KAAIo0D,GAAGr/B,MAAH,CAAUzrB,CAAV,CAAL,EAAkBwT,KAAIs3C,GAAGj2C,MAAH,CAAU7U,CAAV,CAAtB,EAAN;AAA0C,aAAv6C,EAAw6CpE,MAAK,gBAAU;AAAC,oBAAIoE,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ1M,IAAE,EAAV,CAAa,KAAIzM,IAAE,CAAN,EAAQA,IAAE,EAAV,EAAaA,GAAb;AAAiBmZ,wBAAE,KAAG6xC,GAAGjyD,MAAH,EAAH,GAAe,CAAjB,EAAmB,KAAGiH,CAAH,IAAM,MAAIA,CAAV,IAAa,MAAIA,CAAjB,IAAoB,MAAIA,CAAxB,KAA4ByM,KAAG,GAA/B,CAAnB,EAAuDA,KAAG,CAAC,MAAIzM,CAAJ,GAAM,CAAN,GAAQ,MAAIA,CAAJ,GAAM,IAAEmZ,CAAF,GAAI,CAAV,GAAYA,CAArB,EAAwBhkB,QAAxB,CAAiC,EAAjC,CAA1D;AAAjB,iBAAgH,OAAOsX,CAAP;AAAS,aAA9jD,EAA+jDgxD,cAAa,sBAASz9D,CAAT,EAAW;AAAC,uBAAOA,EAAEhH,OAAF,CAAU,QAAV,EAAmB,MAAI8xD,GAAG1lD,IAAH,CAAQ,MAAR,CAAJ,GAAoB,OAAvC,EAAgDtQ,KAAhD,CAAsD,CAAtD,EAAwD,CAAC,CAAzD,CAAP;AAAmE,aAA3pD,EAA4pD4oE,mBAAkB,2BAAS19D,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM1M,IAAEzM,EAAE5D,KAAF,CAAQ,GAAR,CAAR,CAAqB,IAAGqQ,CAAH,EAAK,KAAI0M,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB,8BAAQ1M,EAAE0M,CAAF,CAAR,KAAe1M,EAAE0M,CAAF,IAAK1M,EAAE0M,CAAF,EAAKngB,OAAL,CAAa,6BAAb,EAA2C,OAA3C,CAApB;AAAvB,iBAAgG,OAAOyT,EAAEpL,IAAF,CAAO,GAAP,EAAYrI,OAAZ,CAAoB,QAApB,EAA6B,kBAA7B,EAAiDlE,KAAjD,CAAuD,CAAvD,EAAyD,CAAC,CAA1D,CAAP;AAAoE,aAAx3D,EAAy3D6oE,kBAAiB,0BAAS39D,CAAT,EAAW;AAAC,uBAAM,oCAAmCiB,IAAnC,CAAwCjB,EAAEzH,MAAF,CAASqlE,OAAjD;AAAN;AAAgE,aAAt9D,EAAu9DC,oBAAmB,4BAAS79D,CAAT,EAAW;AAAC,qBAAI,IAAImZ,IAAE,CAAN,EAAQ1M,IAAEq+C,GAAG6P,OAAH,CAAWpkE,MAAzB,EAAgC4iB,IAAE1M,CAAlC,EAAoC0M,GAApC;AAAwCnZ,sBAAE8qD,GAAG6P,OAAH,CAAWxhD,CAAX,CAAF;AAAxC,iBAAyD2xC,GAAG8P,0BAAH,CAA8B5lE,IAA9B,CAAmCgL,CAAnC;AAAsC,aAArlE,EAAslE89D,cAAa,sBAAS99D,CAAT,EAAWyqD,CAAX,EAAa;AAAC,oBAAIC,IAAEvxC,EAAE0hB,OAAR,CAAgB,CAACiwB,GAAGiT,WAAJ,IAAiBtxD,MAAIi+C,CAArB,IAAwBA,EAAErH,GAA1B,IAA+BqH,EAAED,KAAG,KAAL,EAAYzqD,CAAZ,CAA/B;AAA8C,aAA/qE,EAAN,CAA5jvB,EAAovzBuvD,IAAET,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,IAAE,IAAR,CAAaA,EAAEjtB,OAAF,GAAUstB,GAAGt1D,MAAH,CAAUwK,CAAV,EAAamC,OAAb,CAAqBsoD,CAArB,CAAV,EAAkCA,EAAEuT,OAAF,CAAU,MAAV,EAAiB7kD,CAAjB,CAAlC,EAAsD21C,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,CAAtD,EAAwEh+C,IAAE0M,IAAEA,EAAE8kD,UAAJ,GAAe,IAAzF,EAA8FxxD,MAAI0M,IAAEi0C,GAAG,EAAH,EAAMj0C,CAAN,EAAQ,EAAC8kD,YAAW,EAAZ,EAAR,CAAN,CAA9F,EAA8H9kD,IAAEsxC,EAAExyD,OAAF,GAAUm1D,GAAG,CAAC,CAAJ,EAAM,EAAN,EAAS3C,EAAExyD,OAAX,EAAmBkhB,CAAnB,CAA1I,EAAgK1M,MAAI0M,EAAE8kD,UAAF,GAAaxxD,CAAjB,CAAhK,EAC3l+Bg+C,EAAEjtB,OAAF,CAAUp4B,IAAV,CAAe0lD,GAAG1lD,IAAH,CAAQ,MAAR,CAAf,KAAiCqlD,EAAEjtB,OAAF,CAAUp4B,IAAV,CAAe0lD,GAAG1lD,IAAH,CAAQ,MAAR,CAAf,EAA+B,CAAC+T,EAAEjhB,IAAF,IAAQ,EAAT,EAAa4C,WAAb,EAA/B,CAD0j+B,EAC//9B2vD,EAAEjtB,OAAF,CAAU/pB,IAAV,CAAe,UAAQ0F,EAAEmM,MAAV,GAAiBnM,EAAEjhB,IAAlC,EAAuCuyD,CAAvC,CAD+/9B,EACr99BA,EAAE/xB,IAAF,CAAO+xB,EAAEvxC,MAAT,EAAgBC,CAAhB,CADq99B;AACl89B,aADi69B,EACh69BD,QAAO,EADy59B,EACt59BjhB,SAAQ,EAACqtB,QAAO,EAAR,EAD849B,EACl49B44C,mBAAkB,6BAAU;AAAC,uBAAM,CAAC,CAAC,KAAK1gC,OAAL,CAAa,CAAb,EAAgB2gC,kBAAxB;AAA2C,aAD0z9B,EACzz9BC,WAAU,mBAASp+D,CAAT,EAAW;AAACA,oBAAEA,KAAG,KAAK2uC,OAAV,CAAkB,IAAIx1B,IAAE,KAAKqkB,OAAX;AAAA,oBAAmB/wB,IAAE,UAArB;AAAA,oBAAgCg+C,IAAEzqD,EAAEoF,IAAF,CAAOqH,CAAP,KAAW0M,EAAE/T,IAAF,CAAOqH,CAAP,CAA7C,CAAuD0M,EAAE+R,UAAF,CAAaze,CAAb,GAAgBzM,EAAEoF,IAAF,CAAOqH,CAAP,EAASyO,MAAMuvC,CAAN,IAAS,CAAT,GAAWA,CAApB,CAAhB;AAAuC,aADmr9B,EAClr9B4T,YAAW,oBAASllD,CAAT,EAAW;AAAC,qBAAKmlD,UAAL,CAAgBnlD,CAAhB,GAAmBnZ,EAAEhI,MAAF,CAAS,KAAKC,OAAd,EAAsBkhB,CAAtB,CAAnB;AAA4C,aAD+m9B,EAC9m9BmlD,YAAW,oBAASt+D,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAM1M,IAAE,IAAR,EAAag+C,IAAE,CAAf,EAAiBC,IAAEj+C,EAAEyM,MAAF,CAAS3iB,MAAhC,EAAuCk0D,IAAEC,CAAzC,EAA2CD,GAA3C;AAA+CtxC,wBAAE1M,EAAEyM,MAAF,CAASuxC,CAAT,CAAF,EAAch+C,EAAExU,OAAF,CAAUkhB,CAAV,KAAcnZ,EAAEmZ,CAAF,CAAd,IAAoB1M,EAAEksB,MAAF,CAASxf,CAAT,EAAW1M,EAAExU,OAAF,CAAUkhB,CAAV,CAAX,CAAlC;AAA/C,iBAA0G1M,EAAEisB,IAAF,CAAOjsB,EAAEyM,MAAT,EAAgBlZ,CAAhB;AAAmB,aAD098B,EACz98B06D,QAAO,gBAAS16D,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKolD,OAAL,EAAN;AAAA,oBAAqB9xD,IAAE,KAAK+xD,KAA5B,CAAkC,CAACx+D,KAAG,CAACmZ,EAAEgJ,KAAF,GAAQ,CAAR,IAAWhJ,EAAE+N,MAAF,GAAS,CAArB,MAA0B,CAACza,CAAD,IAAI0M,EAAEgJ,KAAF,KAAU1V,EAAE0V,KAAhB,IAAuBhJ,EAAE+N,MAAF,KAAWza,EAAEya,MAA9D,CAAJ,MAA6E,KAAKs3C,KAAL,GAAWrlD,CAAX,EAAa,KAAK+1B,OAAL,CAAa/1B,CAAb,EAAenZ,CAAf,CAAb,EAA+B,KAAK4c,OAAL,CAAa,QAAb,EAAsBzD,CAAtB,CAA5G;AAAsI,aAD8x8B,EAC7x8BolD,SAAQ,mBAAU;AAAC,uBAAOzT,GAAG2T,UAAH,CAAc,KAAKjhC,OAAnB,CAAP;AAAmC,aADuu8B,EACtu8B1E,MAAK,cAAS94B,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAK0+D,OAAL,CAAa1+D,CAAb,GAAgByM,CAAnB,IAAsB,KAAK8xD,OAAL,EAA7B;AAA4C,aADyq8B,EACxq8BG,SAAQ1+D,EAAE5G,IAD8p8B,EACzp8B81C,SAAQlvC,EAAE5G,IAD+o8B,EAC1o8B2iD,SAAQ,mBAAU;AAAC,oBAAI/7C,IAAE,IAAN,CAAWA,EAAEw9B,OAAF,CAAUppB,UAAV,CAAqB,UAAQpU,EAAE/H,OAAF,CAAUqtB,MAAlB,GAAyBtlB,EAAE/H,OAAF,CAAUC,IAAxD,GAA8D8H,EAAEw9B,OAAF,CAAUppB,UAAV,CAAqB,SAArB,CAA9D,EAA8FpU,EAAE24B,MAAF,EAA9F;AAAyG,aADmg8B,EAClg8BgmC,UAAS,oBAAU;AAAC,qBAAK5iB,OAAL;AAAe,aAD+97B,EAC997BiiB,SAAQ,mBAAU,CAAE,CAD087B,EACz87BY,oBAAmB,4BAAS5+D,CAAT,EAAW;AAAC,qBAAK6+D,WAAL,GAAiB,CAAC,CAAlB,EAAoB7+D,EAAEvJ,IAAF,CAAO,IAAP,CAApB,EAAiC,KAAKooE,WAAL,GAAiB,CAAC,CAAnD;AAAqD,aADq37B,EAAT,CAAtvzB,EACnnIrP,KAAGD,EAAEv3D,MAAF,CAAS,EAAC8mE,WAAU,qBAAU;AAAC,uBAAO,KAAKb,UAAL,CAAgBc,QAAhB,EAAP;AAAkC,aAAxD,EAAyDC,eAAc,uBAAS7lD,CAAT,EAAW;AAAC,oBAAI1M,IAAE,IAAN,CAAWA,EAAEuxD,OAAF,CAAU7kD,CAAV,EAAY,YAAU;AAAC,2BAAM,EAAChU,UAASsH,EAAEw2B,KAAF,EAAV,EAAoBxvB,MAAKzT,EAAE7I,GAAF,CAAMsV,EAAEqyD,SAAF,EAAN,EAAoB,UAAS9+D,CAAT,EAAW;AAAC,mCAAM,EAACi/D,UAASj/D,CAAV,EAAN;AAAmB,yBAAnD,CAAzB,EAAN;AAAqF,iBAA5G;AAA8G,aAA5M,EAAT,CADgnI,EACx5H8qD,GAAG2T,UAAH,GAAc,UAASz+D,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAI1M,IAAEzM,EAAE,CAAF,CAAN,CAAW,OAAOmZ,KAAGnZ,EAAEuV,GAAF,CAAM4D,CAAN,CAAH,EAAY,EAACgJ,OAAM1V,EAAE8X,WAAT,EAAqB2C,QAAOza,EAAE+X,YAA9B,EAAnB;AAA+D,SADkzH,EACjzHsmC,GAAGh6C,MAAH,GAAUu8C,EADuyH,EACpyHgB,KAAG,YADiyH,EACpxHF,KAAG,mDADixH,EAC7tHC,KAAG,uCAD0tH,EAClrHJ,KAAG,UAD+qH,EACpqHlD,GAAGoU,UAAH,GAAc,UAASzU,CAAT,EAAWC,CAAX,EAAarzD,CAAb,EAAe;AAAC,gBAAIwG,CAAJ,EAAM+xB,CAAN,EAAQq7B,CAAR,EAAUn9C,CAAV,EAAYo9C,CAAZ,EAAcG,CAAd,EAAgBE,CAAhB,EAAkBprD,CAAlB,EAAoBomB,CAApB,EAAsB+lC,CAAtB,EAAwBM,CAAxB,EAA0B7nB,CAA1B,EAA4BjQ,CAA5B,CAA8B,IAAGz9B,IAAEA,EAAE8nE,KAAF,KAAU9nE,IAAEA,EAAE8nE,KAAd,CAAF,GAAuB9nE,IAAEyzD,GAAG+P,EAAH,CAAMsE,KAA/B,EAAqC1U,IAAEA,EAAE5wD,QAAF,GAAW4wD,CAAX,GAAaA,EAAE,CAAF,CAApD,EAAyDY,IAAEZ,EAAEvpD,YAAF,CAAe,UAAQ4pD,GAAGmD,EAAX,GAAc,MAA7B,CAA9D,EAAmG;AAAC1nC,oBAAE8kC,EAAEp2D,OAAF,CAAU,GAAV,MAAiB,CAAC,CAApB,EAAsBg2D,IAAE1kC,IAAElvB,EAAEg0D,CAAF,CAAF,GAAOP,GAAGr/B,MAAH,CAAU4/B,CAAV,EAAalyC,CAAb,CAA/B,EAA+CyzC,IAAE5sD,EAAEyqD,CAAF,EAAKh3C,IAAL,EAAjD,EAA6DsxB,IAAEkmB,IAAE,UAAQA,EAAEt1D,EAAF,CAAKsC,OAAL,CAAaqtB,MAArB,GAA4B2lC,EAAEt1D,EAAF,CAAKsC,OAAL,CAAaC,IAA3C,GAAgD,EAA/G,EAAkHo0D,IAAE/lC,IAAE9nB,OAAO,aAAW4sD,CAAX,GAAa,GAApB,EAAwB,GAAxB,CAAF,GAA+B5sD,OAAO,MAAIsmC,CAAJ,GAAM,GAAb,EAAiB,GAAjB,CAAnJ,CAAyK,KAAIjQ,CAAJ,IAAS83B,CAAT;AAAW,wBAAG93B,EAAEx0B,KAAF,CAAQgsD,CAAR,CAAH,EAAc;AAAC,4BAAGx3B,MAAIiQ,CAAP,EAAS,OAAO6nB,EAAE93B,CAAF,CAAP,CAAYj3B,IAAE+uD,EAAE93B,CAAF,CAAF;AAAO;AAAtD,iBAAsD,IAAGm2B,CAAH,EAAK;AAAC,yBAAI9qD,IAAE0kC,EAAE4lB,CAAF,EAAI,YAAJ,CAAF,EAAoBC,IAAE1qD,EAAEhI,MAAF,CAAS,EAAT,EAAYsoC,EAAEmqB,CAAF,EAAIQ,EAAEt1D,EAAF,CAAKsC,OAAT,CAAZ,EAA8ByyD,CAA9B,CAAtB,EAAuDvqD,MAAIuqD,EAAEuT,UAAF,GAAa,QAAO99D,CAAP,yCAAOA,CAAP,OAAW+sD,EAAX,GAAcpC,GAAGr/B,MAAH,CAAUtrB,CAAV,EAAagZ,CAAb,CAAd,GAA8BhZ,CAA/C,CAAvD,EAAyG2N,IAAE,CAA3G,EAA6Go9C,IAAED,EAAEt1D,EAAF,CAAKujB,MAAL,CAAY3iB,MAA/H,EAAsIuX,IAAEo9C,CAAxI,EAA0Ip9C,GAA1I;AAA8I8hB,4BAAEq7B,EAAEt1D,EAAF,CAAKujB,MAAL,CAAYpL,CAAZ,CAAF,EAAiBy9C,IAAE1mB,EAAE4lB,CAAF,EAAI76B,CAAJ,CAAnB,EAA0B27B,MAAI9+C,CAAJ,KAAQi+C,EAAE96B,CAAF,IAAKk7B,GAAGr/B,MAAH,CAAU8/B,CAAV,EAAapyC,CAAb,CAAb,CAA1B;AAA9I,qBAAsM,OAAOtb,IAAEmC,EAAElG,aAAF,CAAgB4wD,CAAhB,KAAoB7sD,EAAEwgE,UAAF,CAAa3T,CAAb,CAAtB,GAAsC7sD,IAAE,IAAIotD,CAAJ,CAAMR,CAAN,EAAQC,CAAR,CAAxC,EAAmD7sD,CAA1D;AAA4D;AAAC;AAAC,SAD2hG,EAC1hGitD,GAAGsU,mBAAH,GAAuB,UAASp/D,CAAT,EAAW;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM1M,CAAN;AAAA,gBAAQg+C,IAAE,EAAV,CAAa,KAAIzqD,EAAE,CAAF,MAAOA,IAAE,CAAC8qD,GAAG+P,EAAJ,EAAO/P,GAAGiQ,OAAH,CAAWF,EAAlB,CAAT,GAAgC1hD,IAAE,CAAlC,EAAoC1M,IAAEzM,EAAEzJ,MAA5C,EAAmD4iB,IAAE1M,CAArD,EAAuD0M,GAAvD;AAA2DsxC,kBAAEtxC,CAAF,IAAKnZ,EAAEmZ,CAAF,EAAKgmD,KAAV;AAA3D,aAA2E,OAAO/R,GAAG91D,KAAH,CAAS,IAAT,EAAc,CAAC,EAAD,EAAKvC,MAAL,CAAY01D,EAAE77C,OAAF,EAAZ,CAAd,CAAP;AAA+C,SADg3F,EAC/2Fk8C,GAAGl1D,IAAH,GAAQ,UAASujB,CAAT,EAAW;AAAC,gBAAI1M,IAAEq+C,GAAGsU,mBAAH,CAAuBpO,GAAGv6D,IAAH,CAAQc,SAAR,EAAkB,CAAlB,CAAvB,CAAN,CAAmDyI,EAAEmZ,CAAF,EAAKvV,IAAL,CAAU,WAASknD,GAAGmD,EAAZ,GAAe,OAAzB,EAAkC7/C,OAAlC,GAA4CnX,IAA5C,CAAiD,YAAU;AAAC6zD,mBAAGoU,UAAH,CAAc,IAAd,EAAmB,EAAnB,EAAsBzyD,CAAtB;AAAyB,aAArF;AAAuF,SADitF,EAChtFq+C,GAAG/O,OAAH,GAAW,UAAS5iC,CAAT,EAAW;AAACnZ,cAAEmZ,CAAF,EAAKvV,IAAL,CAAU,WAASknD,GAAGmD,EAAZ,GAAe,OAAzB,EAAkC7/C,OAAlC,GAA4CnX,IAA5C,CAAiD,YAAU;AAAC,oBAAIkiB,CAAJ;AAAA,oBAAM1M,IAAEzM,EAAE,IAAF,EAAQyT,IAAR,EAAR,CAAuB,KAAI0F,CAAJ,IAAS1M,CAAT;AAAW,0BAAI0M,EAAElkB,OAAF,CAAU,OAAV,CAAJ,IAAwB,QAAOwX,EAAE0M,CAAF,EAAK4iC,OAAZ,MAAsB4U,EAA9C,IAAkDlkD,EAAE0M,CAAF,EAAK4iC,OAAL,EAAlD;AAAX;AAA4E,aAA/J;AAAiK,SADwhF,EACvhF+O,GAAG4P,MAAH,GAAU,UAASvhD,CAAT,EAAW1M,CAAX,EAAa;AAAC,gBAAIg+C,CAAJ;AAAA,gBAAMC,IAAE1qD,EAAEmZ,CAAF,EAAKvV,IAAL,CAAU,WAASknD,GAAGmD,EAAZ,GAAe,OAAzB,EAAkC7/C,OAAlC,GAA4CvK,MAA5C,CAAmD0qD,CAAnD,CAAR,CAA8D7D,EAAEn0D,MAAF,KAAWk0D,IAAEzqD,EAAEhF,SAAF,CAAY0vD,CAAZ,CAAF,EAAiBD,EAAE3yD,IAAF,CAAOw2D,CAAP,CAAjB,EAA2BtuD,EAAE/I,IAAF,CAAOwzD,CAAP,EAAS,YAAU;AAAC,oBAAItxC,IAAE2xC,GAAGuU,cAAH,CAAkBr/D,EAAE,IAAF,CAAlB,CAAN,CAAiCmZ,KAAGA,EAAEuhD,MAAF,CAASjuD,CAAT,CAAH;AAAe,aAApE,CAAtC;AAA6G,SADo1E,EACn1Eq+C,GAAGwU,YAAH,GAAgBh/B,CADm0E,EACj0E8sB,GAAGtC,GAAG+P,EAAN,EAAS,EAAC0E,QAAOhQ,CAAR,EAAUiQ,iBAAgBhQ,EAA1B,EAA6B2P,OAAM,EAAnC,EAAsCtuD,UAAS,kBAASsI,CAAT,EAAW1M,CAAX,EAAa;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQrzD,CAAR;AAAA,oBAAUwG,CAAV;AAAA,oBAAY+xB,IAAEzW,EAAEvV,IAAF,CAAO,iBAAP,CAAd;AAAA,oBAAwCqnD,IAAEH,GAAGx1D,OAA7C;AAAA,oBAAqDwY,IAAEm9C,EAAEG,OAAzD,CAAiE3+C,IAAEmjB,EAAEr5B,MAAF,KAAWk0D,IAAEQ,EAAEwB,KAAF,CAAQtzC,CAAR,CAAF,EAAauxC,IAAED,IAAE,OAAF,GAAU,MAAzB,EAAgC5sD,IAAEsb,EAAE6C,UAAF,EAAlC,EAAiD3kB,IAAEyW,EAAEy+C,MAAF,IAAU9B,CAAV,GAAYtxC,EAAE,CAAF,EAAKuzC,WAAL,GAAiBvzC,EAAEgJ,KAAF,EAAjB,GAA2B,IAAEtkB,CAAzC,GAA2C,CAA9F,EAAgG+xB,IAAE5vB,EAAE,8DAA4D8qD,GAAG+P,EAAH,CAAMhqD,QAAN,CAAeqqD,QAAf,CAAwBuE,OAApF,GAA4F,2EAA9F,EAA2Kt9C,KAA3K,CAAiL,MAAjL,EAAyL+E,MAAzL,CAAgM,MAAhM,EAAwM3R,GAAxM,CAA4M,KAA5M,EAAkN4D,EAAEiD,SAAF,EAAlN,EAAiO7G,GAAjO,CAAqOm1C,CAArO,EAAuO5xD,KAAKosC,GAAL,CAASrnC,CAAT,IAAYxG,CAAnP,EAAsP8oB,SAAtP,CAAgQhH,CAAhQ,CAA7G,CAAF,GAAmXyW,KAAGA,EAAEjgB,MAAF,EAAtX;AAAiY,aAA/f,EAAggBgqB,QAAO,gBAASxgB,CAAT,EAAWsxC,CAAX,EAAaC,CAAb,EAAe;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQ+xB,CAAR;AAAA,oBAAUq7B,CAAV;AAAA,oBAAYn9C,IAAEqL,EAAExjB,EAAF,CAAKsC,OAAL,CAAaC,IAA3B,CAAgC,KAAIuyD,IAAEA,KAAGK,GAAG+P,EAAR,EAAWnQ,IAAEA,KAAG,EAAhB,EAAmBD,EAAE38C,CAAF,IAAKqL,CAAxB,EAA0BsxC,EAAE0U,KAAF,CAAQrxD,EAAEhT,WAAF,EAAR,IAAyBqe,CAAnD,EAAqD9hB,IAAE,aAAWqzD,CAAX,GAAa58C,CAApE,EAAsEA,IAAE,UAAQ48C,CAAR,GAAU58C,CAAlF,EAAoFjQ,IAAE,EAAC3F,MAAK4V,CAAN,EAAQ4xD,QAAOvmD,CAAf,EAAiBmM,QAAOolC,KAAG,EAA3B,EAAtF,EAAqHI,GAAG6P,OAAH,CAAW3lE,IAAX,CAAgB6I,CAAhB,CAArH,EAAwI+xB,IAAE,CAA1I,EAA4Iq7B,IAAEH,GAAG8P,0BAAH,CAA8BrkE,MAAhL,EAAuLq5B,IAAEq7B,CAAzL,EAA2Lr7B,GAA3L;AAA+Lk7B,uBAAG8P,0BAAH,CAA8BhrC,CAA9B,EAAiC/xB,CAAjC;AAA/L,iBAAmOmC,EAAErK,EAAF,CAAKmY,CAAL,IAAQ,UAAS28C,CAAT,EAAW;AAAC,wBAAIC,CAAJ;AAAA,wBAAMrzD,IAAE,IAAR,CAAa,OAAO,QAAOozD,CAAP,yCAAOA,CAAP,OAAWyC,EAAX,IAAexC,IAAEsG,GAAGv6D,IAAH,CAAQc,SAAR,EAAkB,CAAlB,CAAF,EAAuB,KAAKN,IAAL,CAAU,YAAU;AAAC,4BAAIkiB,CAAJ;AAAA,4BAAMtb,CAAN;AAAA,4BAAQ+xB,IAAE5vB,EAAEyT,IAAF,CAAO,IAAP,EAAY3F,CAAZ,CAAV,CAAyB,IAAG,CAAC8hB,CAAJ,EAAM,MAAMl7B,MAAMo2D,GAAG0G,MAAH,CAAU,0DAAV,EAAqE/G,CAArE,EAAuE38C,CAAvE,CAAN,CAAN,CAAuF,IAAGqL,IAAEyW,EAAE66B,CAAF,CAAF,EAAO,QAAOtxC,CAAP,yCAAOA,CAAP,OAAWw3C,EAArB,EAAwB,MAAMj8D,MAAMo2D,GAAG0G,MAAH,CAAU,iCAAV,EAA4C/G,CAA5C,EAA8C38C,CAA9C,CAAN,CAAN,CAA8D,IAAGjQ,IAAEsb,EAAE7hB,KAAF,CAAQs4B,CAAR,EAAU86B,CAAV,CAAF,EAAe7sD,MAAI4O,CAAtB,EAAwB,OAAOpV,IAAEwG,CAAF,EAAI,CAAC,CAAZ;AAAc,qBAAvQ,CAAtC,IAAgT,KAAK5G,IAAL,CAAU,YAAU;AAAC,+BAAO,IAAIkiB,CAAJ,CAAM,IAAN,EAAWsxC,CAAX,CAAP;AAAqB,qBAA1C,CAAhT,EAA4VpzD,CAAnW;AAAqW,iBAAtY,EAAuY2I,EAAErK,EAAF,CAAKmY,CAAL,EAAQ4xD,MAAR,GAAevmD,CAAtZ,EAAwZnZ,EAAErK,EAAF,CAAK0B,CAAL,IAAQ,YAAU;AAAC,2BAAO,KAAKoc,IAAL,CAAU3F,CAAV,CAAP;AAAoB,iBAA/b;AAAgc,aAA1tC,EAAT,CADi0E,EAC3lCg9C,GAAG+P,EAAH,CAAMhqD,QAAN,CAAeqqD,QAAf,GAAwB,EAACuE,SAAQ,YAAT,EADmkC,EAC5iChQ,KAAG,EAAC/2B,MAAK,gBAAU;AAAC,uBAAO,IAAP;AAAY,aAA7B,EAA8BinC,YAAW,CAAC,CAA1C,EAA4C1nE,SAAQ,EAApD,EADyiC,EACj/By3D,KAAGH,EAAEv3D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACo2C,kBAAE55D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBuJ,CAApB,EAAsBmZ,CAAtB,GAAyB,KAAKqkB,OAAL,CAAaoiC,WAAb,EAAzB,EAAoD,KAAKjxB,OAAL,GAAa,KAAKnR,OAAtE,EAA8E,KAAKA,OAAL,CAAavR,QAAb,CAAsB,WAAtB,CAA9E;AAAiH,aAArI,EAAsI8vB,SAAQ,mBAAU;AAACwT,kBAAE55D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAK+mC,OAAL,CAAaqiC,YAAb,EAAxB;AAAoD,aAA7M,EAA8M5nE,SAAQ,EAACqtB,QAAO,QAAR,EAAtN,EAAwOpM,QAAO,EAA/O,EAAkPiI,MAAK,gBAAU;AAAC,oBAAInhB,IAAE,KAAKw9B,OAAL,CAAazvB,OAAb,CAAqB+8C,GAAG2S,YAAH,CAAgB,iCAAhB,CAArB,CAAN,CAA+E,OAAO3S,GAAGuU,cAAH,CAAkBr/D,CAAlB,EAAoB8qD,GAAGgQ,MAAH,CAAUD,EAA9B,KAAmCpL,EAA1C;AAA6C,aAA9X,EAA+XqQ,wBAAuB,kCAAU;AAAC,oBAAI9/D,IAAE,KAAKmhB,IAAL,EAAN,CAAkB,OAAOnhB,KAAGA,EAAE/H,OAAF,CAAU8nE,kBAApB;AAAuC,aAA1d,EAA2dn+C,WAAU,qBAAU;AAAC,oBAAI5hB,IAAE,KAAKw9B,OAAL,CAAazvB,OAAb,CAAqB+8C,GAAG2S,YAAH,CAAgB,wCAAhB,CAArB,CAAN,CAAsF,OAAO3S,GAAGuU,cAAH,CAAkBr/D,EAAEvI,EAAF,CAAK,CAAL,CAAlB,EAA0BqzD,GAAGgQ,MAAH,CAAUD,EAApC,KAAyCpL,EAAhD;AAAmD,aAAznB,EAAT,CAD8+B,EACzWrC,GAAGtC,GAAGgQ,MAAN,EAAa,EAACllE,MAAK,cAASoK,CAAT,EAAW;AAAC8qD,mBAAGl1D,IAAH,CAAQoK,CAAR,EAAU8qD,GAAGgQ,MAAH,CAAUD,EAApB,EAAuB/P,GAAG+P,EAA1B,EAA6B/P,GAAGiQ,OAAH,CAAWF,EAAxC;AAA4C,aAA9D,EAA+DmF,yBAAwB,mCAAU;AAAC,uBAAOlV,GAAGgQ,MAAH,CAAUmF,WAAV,IAAuBnV,GAAGgQ,MAAH,CAAUmF,WAAV,CAAsBhoE,OAA7C,IAAsD6yD,GAAGgQ,MAAH,CAAUmF,WAAV,CAAsBhoE,OAAtB,CAA8B8nE,kBAA3F;AAA8G,aAAhN,EAAiNZ,OAAM,EAAvN,EAA0NtE,IAAG,EAAC0E,QAAO7P,EAAR,EAAW8P,iBAAgBhQ,GAAGx3D,MAAH,CAAU03D,GAAGt5D,SAAb,CAA3B,EAAmD+oE,OAAM,EAAzD,EAA4DxlC,QAAO,gBAAS35B,CAAT,EAAW;AAAC8qD,uBAAG+P,EAAH,CAAMlhC,MAAN,CAAa35B,CAAb,EAAe8qD,GAAGgQ,MAAH,CAAUD,EAAzB,EAA4B,QAA5B;AAAsC,iBAArH,EAA7N,EAAb,CADyW,EACN5P,EAAEH,GAAGiQ,OAAL,EAAa,EAACnlE,MAAK,cAASoK,CAAT,EAAW;AAAC8qD,mBAAGl1D,IAAH,CAAQoK,CAAR,EAAU8qD,GAAGiQ,OAAH,CAAWF,EAArB;AAAyB,aAA3C,EAA4CA,IAAG,EAACsE,OAAM,EAAP,EAAUe,QAAO,EAAjB,EAAoBC,OAAM,EAA1B,EAA6BxmC,QAAO,gBAAS35B,CAAT,EAAW;AAAC8qD,uBAAG+P,EAAH,CAAMlhC,MAAN,CAAa35B,CAAb,EAAe8qD,GAAGiQ,OAAH,CAAWF,EAA1B;AAA8B,iBAA9E,EAA/C,EAA+HsE,OAAM,EAArI,EAAb,CADM,EACiJrU,GAAGsV,aAAH,GAAiB,UAASjnD,CAAT,EAAW1M,CAAX,EAAa;AAAC,mBAAOA,MAAIA,IAAE,EAAN,GAAUA,EAAE4zD,SAAF,GAAY,CAAC,CAAvB,EAAyBrgE,EAAEmZ,CAAF,EAAKhiB,GAAL,CAAS,UAASgiB,CAAT,EAAWsxC,CAAX,EAAa;AAAC,uBAAOA,IAAEzqD,EAAEyqD,CAAF,CAAF,EAAO,EAAE,CAACU,GAAGgN,mBAAJ,IAAyB,CAACrN,GAAGgQ,MAAH,CAAUD,EAAV,CAAayF,QAAvC,IAAiD7V,EAAEh3C,IAAF,CAAO,qBAAP,CAAnD,MAAoFg3C,EAAE8V,mBAAF,CAAsB9zD,CAAtB,GAAyBg+C,EAAEh3C,IAAF,CAAO,qBAAP,CAA7G,CAAd;AAA0J,aAAjL,EAAmL,CAAnL,CAAhC;AAAsN,SADtY,EACuYq3C,GAAGhwC,cAAH,GAAkB,UAAS9a,CAAT,EAAW;AAACA,cAAE8a,cAAF;AAAmB,SADxb,EACybgwC,GAAGuU,cAAH,GAAkB,UAASr/D,CAAT,EAAWyM,CAAX,EAAa;AAAC,gBAAIg+C,CAAJ;AAAA,gBAAMC,CAAN;AAAA,gBAAQrzD,CAAR;AAAA,gBAAUwG,CAAV;AAAA,gBAAY+xB,IAAE5vB,EAAEyT,IAAF,CAAOq3C,GAAGmD,EAAH,GAAM,MAAb,CAAd;AAAA,gBAAmChD,IAAE,EAArC,CAAwC,IAAGr7B,CAAH,EAAK;AAAC,oBAAG,cAAYA,CAAZ,KAAgBA,IAAE,UAAlB,GAA8BnjB,CAAjC;AAAmC,wBAAGA,EAAE,CAAF,CAAH,EAAQ,KAAIg+C,IAAE,CAAF,EAAIC,IAAEj+C,EAAElW,MAAZ,EAAmBk0D,IAAEC,CAArB,EAAuBD,GAAvB;AAA2BQ,0BAAEj2D,IAAF,CAAOyX,EAAEg+C,CAAF,EAAK0U,KAAL,CAAWvvC,CAAX,CAAP;AAA3B,qBAAR,MAA8Dq7B,EAAEj2D,IAAF,CAAOyX,EAAE0yD,KAAF,CAAQvvC,CAAR,CAAP;AAAjG,uBAAyHq7B,IAAE,CAACH,GAAG+P,EAAH,CAAMsE,KAAN,CAAYvvC,CAAZ,CAAD,EAAgBk7B,GAAGiQ,OAAH,CAAWF,EAAX,CAAcsE,KAAd,CAAoBvvC,CAApB,CAAhB,EAAuCk7B,GAAGgQ,MAAH,CAAUD,EAAV,CAAasE,KAAb,CAAmBvvC,CAAnB,CAAvC,CAAF,CAAgE,KAAIA,EAAE36B,OAAF,CAAU,GAAV,KAAgB,CAAhB,KAAoBg2D,IAAE,CAACH,GAAGr/B,MAAH,CAAUmE,CAAV,EAAazW,CAAb,CAAD,CAAtB,GAAyCsxC,IAAE,CAA3C,EAA6CC,IAAEO,EAAE10D,MAArD,EAA4Dk0D,IAAEC,CAA9D,EAAgED,GAAhE;AAAoE,wBAAGpzD,IAAE4zD,EAAER,CAAF,CAAF,EAAOpzD,MAAIwG,IAAEmC,EAAEyT,IAAF,CAAO,UAAQpc,EAAE1B,EAAF,CAAKsC,OAAL,CAAaqtB,MAArB,GAA4BjuB,EAAE1B,EAAF,CAAKsC,OAAL,CAAaC,IAAhD,CAAN,CAAV,EAAuE,OAAO2F,CAAP;AAA3I;AAAoJ;AAAC,SADr1B,EACs1BitD,GAAG0V,QAAH,GAAY,UAAS/zD,CAAT,EAAW;AAAC,gBAAIg+C,IAAEh+C,CAAN,CAAQ,OAAO0+C,GAAG8M,QAAH,CAAY3B,OAAZ,KAAsB7L,IAAE,aAAU;AAACh4C,2BAAWhG,CAAX,EAAa,GAAb;AAAkB,aAArD,GAAuDzM,EAAEmZ,CAAF,EAAKR,EAAL,CAAQwyC,GAAGuP,MAAX,EAAkBjQ,CAAlB,CAAvD,EAA4EA,CAAnF;AAAqF,SAD38B,EAC48BK,GAAG2V,YAAH,GAAgB,UAASh0D,CAAT,EAAW;AAACzM,cAAEmZ,CAAF,EAAK/G,GAAL,CAAS+4C,GAAGuP,MAAZ,EAAmBjuD,CAAnB;AAAsB,SAD9/B,EAC+/Bq+C,GAAG4V,SAAH,GAAa,UAAS1gE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,mBAAOnZ,EAAEyT,IAAF,CAAOq3C,GAAGmD,EAAH,GAAM90C,CAAb,CAAP;AAAuB,SADjjC,EACkjC2xC,GAAG2H,IAAH,GAAQ,EAACkO,QAAO,CAAR,EAAUC,QAAO,CAAjB,EAAmBC,SAAQ,CAA3B,EAA6BC,WAAU,CAAvC,EAAyCC,UAAS,CAAlD,EAAoDC,QAAO,CAA3D,EAA6DC,UAAS,CAAtE,EAD1jC,EACmoCjhE,EAAEhI,MAAF,CAASgI,EAAEkF,IAAF,CAAO,GAAP,CAAT,EAAqB,EAACg8D,gBAAe,wBAAS/nD,CAAT,EAAW;AAAC,oBAAI1M,IAAEzM,EAAEoF,IAAF,CAAO+T,CAAP,EAAS,UAAT,CAAN,CAA2B,OAAOq1C,EAAEr1C,CAAF,EAAI,CAAC+B,MAAMzO,CAAN,CAAD,IAAWA,IAAE,CAAC,CAAlB,CAAP;AAA4B,aAAnF,EAArB,CADnoC,EAC8uCkjD,KAAG,CAAC,WAAD,EAAa,WAAb,EAAyB,YAAzB,EAAsC,YAAtC,EAAmD,WAAnD,EAA+D,UAA/D,EAA0E,SAA1E,EAAoF,OAApF,CADjvC,EAC80CC,KAAG,mCADj1C,EACq3CC,KAAG,EAACsR,gBAAe,0BAAU;AAAC,oBAAIhoD,CAAJ;AAAA,oBAAM1M,IAAE,CAAR;AAAA,oBAAUg+C,IAAEkF,GAAGp5D,MAAf;AAAA,oBAAsBm0D,IAAEl2D,SAASuO,eAAjC,CAAiD,IAAG,CAAC8sD,GAAGuR,SAAJ,IAAejW,GAAGiO,YAArB,EAAkC,KAAIvJ,GAAGuR,SAAH,GAAa,CAAC,CAAd,EAAgBvR,GAAGwR,SAAH,GAAa,CAAC,CAA9B,EAAgCxR,GAAGyR,YAAH,GAAgB,CAAC,CAAjD,EAAmDnoD,IAAE,WAASA,GAAT,EAAW;AAAC02C,uBAAGyR,YAAH,KAAkB,YAAUnoD,IAAE7f,IAAZ,GAAiBu2D,GAAGwR,SAAH,IAAc,CAACrhE,EAAEmZ,IAAE5gB,MAAJ,EAAYgU,EAAZ,CAAeqjD,EAAf,CAAf,KAAoCz2C,IAAE2B,cAAF,IAAmB3B,IAAE4B,eAAF,EAAvD,CAAjB,GAA6F5B,IAAE4B,eAAF,EAA/G;AAAoI,iBAAzM,EAA0MtO,IAAEg+C,CAA5M,EAA8Mh+C,GAA9M;AAAkNi+C,sBAAEpnD,gBAAF,CAAmBqsD,GAAGljD,CAAH,CAAnB,EAAyB0M,CAAzB,EAA2B,CAAC,CAA5B;AAAlN;AAAiP,aAA/V,EAAgWooD,WAAU,mBAASvhE,CAAT,EAAW;AAAC6vD,mBAAGyR,YAAH,GAAgB,CAAC,CAAjB,EAAmBthE,EAAEyT,IAAF,CAAO4tD,SAAP,KAAmBxR,GAAGwR,SAAH,GAAa,CAAC,CAAjC,CAAnB,EAAuDz2C,aAAailC,GAAG2R,kBAAhB,CAAvD;AAA2F,aAAjd,EAAkdC,aAAY,uBAAU;AAAC72C,6BAAailC,GAAG2R,kBAAhB,GAAoC3R,GAAG2R,kBAAH,GAAsB/uD,WAAW,YAAU;AAACo9C,uBAAGyR,YAAH,GAAgB,CAAC,CAAjB,EAAmBzR,GAAGwR,SAAH,GAAa,CAAC,CAAjC;AAAmC,iBAAzD,EAA0D,GAA1D,CAA1D;AAAyH,aAAlmB,EADx3C,EAC49DvR,KAAG,EAAC5jB,MAAK,sBAAN,EAA6B1J,MAAK,qBAAlC,EAAwD+J,IAAG,8BAA3D,EAA0Fm1B,QAAO,wBAAjG,EAD/9D,EAC0lEvW,GAAGmK,KAAH,KAAWnK,GAAG8M,QAAH,CAAYhB,GAAZ,IAAiB9L,GAAG8M,QAAH,CAAY3B,OAAxC,IAAiDxG,KAAG,EAAC5jB,MAAK,YAAN,EAAmB1J,MAAK,WAAxB,EAAoC+J,IAAG,sBAAvC,EAA8Dm1B,QAAO,aAArE,EAApD,GAAwIvW,GAAG0B,QAAH,GAAYiD,KAAG,EAAC5jB,MAAK,aAAN,EAAoB1J,MAAK,aAAzB,EAAuC+J,IAAG,WAA1C,EAAsDm1B,QAAO,4BAA7D,EAAf,GAA0GvW,GAAG2B,UAAH,KAAgBgD,KAAG,EAAC5jB,MAAK,eAAN,EAAsB1J,MAAK,eAA3B,EAA2C+J,IAAG,aAA9C,EAA4Dm1B,QAAO,gCAAnE,EAAnB,CAD50E,EACq8E,CAACvW,GAAG2B,UAAJ,IAAgB,sBAAqB3zC,CAArC,IAAwCnZ,EAAE/I,IAAF,CAAO,EAAC0qE,gBAAe,eAAhB,EAAgCC,gBAAe,cAA/C,EAAP,EAAsE,UAASzoD,CAAT,EAAW1M,CAAX,EAAa;AAACzM,cAAE+Y,KAAF,CAAQM,OAAR,CAAgBF,CAAhB,IAAmB,EAACU,cAAapN,CAAd,EAAgBqN,UAASrN,CAAzB,EAA2BiN,QAAO,gBAASP,CAAT,EAAW;AAAC,wBAAIsxC,CAAJ;AAAA,wBAAMC,IAAE,IAAR;AAAA,wBAAarzD,IAAE8hB,EAAEyE,aAAjB;AAAA,wBAA+B/f,IAAEsb,EAAEC,SAAnC,CAA6C,OAAO/hB,MAAIA,MAAIqzD,CAAJ,IAAO1qD,EAAE5C,QAAF,CAAWstD,CAAX,EAAarzD,CAAb,CAAX,MAA8B8hB,EAAE7f,IAAF,GAAOuE,EAAE2b,QAAT,EAAkBixC,IAAE5sD,EAAEsE,OAAF,CAAU7K,KAAV,CAAgB,IAAhB,EAAqBC,SAArB,CAApB,EAAoD4hB,EAAE7f,IAAF,GAAOmT,CAAzF,GAA4Fg+C,CAAnG;AAAqG,iBAAhM,EAAnB;AAAqN,SAAzS,CAD7+E,EACwxFsF,KAAG,YAAS/vD,CAAT,EAAW;AAAC,mBAAO8vD,GAAG9vD,CAAH,KAAOA,CAAd;AAAgB,SADvzF,EACwzFgwD,KAAG,UAD3zF,EACs0FlF,GAAG+W,aAAH,GAAiB,UAAS7hE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,mBAAOnZ,IAAEA,EAAEhH,OAAF,CAAUg3D,EAAV,EAAaD,EAAb,CAAF,EAAmB52C,MAAInZ,IAAEA,EAAEhH,OAAF,CAAUg3D,EAAV,EAAa,QAAM72C,CAAnB,CAAN,CAAnB,EAAgDnZ,CAAvD;AAAyD,SAD95F,EAC+5FiwD,KAAGjwD,EAAErK,EAAF,CAAKgjB,EADv6F,EAC06Fy0C,GAAG,CAAC,CAAJ,EAAMsB,CAAN,EAAQ1uD,CAAR,CAD16F,EACq7F0uD,EAAE/4D,EAAF,GAAK+4D,EAAEt4D,SAAF,GAAY,IAAI4J,CAAJ,EADt8F,EAC48F0uD,EAAE/4D,EAAF,CAAKW,WAAL,GAAiBo4D,CAD79F,EAC+9FA,EAAE/4D,EAAF,CAAKC,IAAL,GAAU,UAASujB,CAAT,EAAW1M,CAAX,EAAa;AAAC,mBAAOA,KAAGA,aAAazM,CAAhB,IAAmB,EAAEyM,aAAaiiD,CAAf,CAAnB,KAAuCjiD,IAAEiiD,EAAEjiD,CAAF,CAAzC,GAA+CzM,EAAErK,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsB1M,CAAtB,EAAwByjD,EAAxB,CAAtD;AAAkF,SADzkG,EAC0kGxB,EAAE/4D,EAAF,CAAKC,IAAL,CAAUQ,SAAV,GAAoBs4D,EAAE/4D,EADhmG,EACmmGu6D,KAAGxB,EAAEl6D,QAAF,CADtmG,EACknG44D,GAAGsB,EAAE/4D,EAAL,EAAQ,EAACwM,SAAQ,iBAASnC,CAAT,EAAW;AAAC,uBAAO,KAAKyT,IAAL,CAAU,SAAV,EAAoBzT,CAApB,GAAuB,IAA9B;AAAmC,aAAxD,EAAyD4/D,aAAY,qBAAS5/D,CAAT,EAAW;AAAC,uBAAO,KAAKyT,IAAL,CAAU,SAAV,EAAoBzT,KAAG8qD,GAAGlvD,IAAH,EAAvB,GAAkC,IAAzC;AAA8C,aAA/H,EAAgI+c,IAAG,cAAU;AAAC,oBAAI3Y,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ1M,CAAR;AAAA,oBAAUg+C,CAAV;AAAA,oBAAYC,CAAZ;AAAA,oBAAcrzD,CAAd;AAAA,oBAAgBwG,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAE4V,IAAF,CAAO,SAAP,CAAzB,CAA2C,OAAO,MAAIlc,UAAUhB,MAAd,GAAqB05D,GAAGx5D,IAAH,CAAQoH,CAAR,EAAUtG,UAAU,CAAV,CAAV,CAArB,IAA8CyI,IAAEnC,CAAF,EAAIsb,IAAE63C,GAAGv6D,IAAH,CAAQc,SAAR,CAAN,EAAyB,QAAO4hB,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAAP,MAAuB81D,EAAvB,IAA2BlzC,EAAEnb,GAAF,EAApD,EAA4DyO,IAAE0M,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAA9D,EAA4Ek0D,IAAEK,GAAG+W,aAAH,CAAiB1oD,EAAE,CAAF,CAAjB,EAAsByW,CAAtB,CAA9E,EAAuGu7B,GAAGmN,oBAAH,IAAyB7N,EAAEqX,MAAF,CAAS,aAAT,IAAwB,CAAC,CAAlD,IAAqD,KAAK,CAAL,MAAUttE,SAASuO,eAAxE,KAA0F8sD,GAAGsR,cAAH,IAAoBzW,IAAE,MAAIvxC,EAAE5iB,MAAN,GAAa,IAAb,GAAkB4iB,EAAE,CAAF,CAAxC,EAA6C9hB,IAAEozD,EAAEx1D,OAAF,CAAU,OAAV,IAAmB,CAAC,CAApB,IAAuBw1D,EAAEx1D,OAAF,CAAU,UAAV,IAAsB,CAAC,CAA7F,EAA+Fg7D,GAAGx5D,IAAH,CAAQ,IAAR,EAAa,EAACgvC,YAAWoqB,GAAG0R,SAAf,EAAyB57B,UAASkqB,GAAG4R,WAArC,EAAb,EAA+D/W,CAA/D,EAAiE,EAAC2W,WAAUhqE,CAAX,EAAjE,CAAzL,CAAvG,EAAiX,QAAOoV,CAAP,yCAAOA,CAAP,OAAWygD,EAAX,KAAgBltD,IAAEnC,EAAE4V,IAAF,CAAO,SAAP,CAAF,EAAoBhH,IAAEzM,EAAEyM,CAAF,CAAtB,EAA2B0M,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,IAAc,UAAS4iB,CAAT,EAAW;AAAC1M,sBAAEhW,IAAF,CAAOuJ,CAAP,EAASmZ,CAAT;AAAY,iBAAjF,CAAjX,EAAocA,EAAE,CAAF,IAAKsxC,CAAzc,EAA2cwF,GAAG34D,KAAH,CAASuG,CAAT,EAAWsb,CAAX,CAA3c,EAAydtb,CAAvgB,CAAP;AAAihB,aAA1sB,EAA2sBgiE,cAAa,sBAAS7/D,CAAT,EAAW;AAAC,uBAAOA,IAAEA,KAAG,KAAKyT,IAAL,CAAU,SAAV,CAAL,EAA0BzT,KAAG,KAAKoS,GAAL,CAAS,MAAIpS,CAAb,CAA7B,EAA6C,IAApD;AAAyD,aAA7xB,EAAR,CADlnG,EAC05H8qD,GAAGt1D,MAAH,GAAUk5D,CADp6H,EACs6H5D,GAAGiX,QAAH,GAAYjS,EADl7H,EACq7HhF,GAAGmK,QAAH,GAAY,YAAU;AAAC,qBAASj1D,CAAT,CAAWA,CAAX,EAAamZ,CAAb,EAAe;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAUrzD,IAAE8hB,EAAE,CAAF,CAAZ;AAAA,oBAAiBtb,IAAEsb,EAAE,CAAF,CAAnB;AAAA,oBAAwByW,IAAEzW,EAAE,CAAF,CAA1B;AAAA,oBAA+B8xC,IAAE9xC,EAAE,CAAF,CAAjC,CAAsC,OAAO8xC,MAAI9xC,EAAE,CAAF,IAAK8xC,IAAE,EAAX,GAAeA,EAAEjrD,CAAF,IAAKirD,EAAEjrD,CAAF,CAAL,IAAWkb,MAAMrd,CAAN,IAAS,MAAIA,EAAE5I,OAAF,CAAU,MAAV,CAAJ,IAAuBwX,IAAE,IAAIxQ,IAAJ,CAASA,KAAK64D,GAAL,CAAS90D,CAAT,EAAWkrD,EAAE7zD,CAAF,IAAK,CAAhB,EAAkB,CAAlB,EAAoBu4B,EAAE,CAAF,IAAK,EAAzB,EAA4BA,EAAE,CAAF,CAA5B,EAAiCA,EAAE,CAAF,CAAjC,EAAsC,CAAtC,CAAT,CAAF,EAAqD66B,IAAEY,EAAExtD,EAAE82D,MAAF,CAAS,CAAT,EAAW,CAAX,CAAF,CAAvD,EAAwEjK,IAAEj+C,EAAEu1D,SAAF,EAA1E,EAAwFv1D,EAAEw1D,UAAF,CAAax1D,EAAEslD,UAAF,KAAetH,CAAf,GAAiBC,CAAjB,IAAoBD,IAAEC,CAAF,GAAI,CAAJ,GAAM,CAA1B,CAAb,CAA/G,IAA2J7sD,EAAE5I,OAAF,CAAU,IAAV,KAAiB,CAAjB,KAAqBwX,IAAE,IAAIxQ,IAAJ,CAASA,KAAK64D,GAAL,CAAS90D,CAAT,EAAWkrD,EAAE7zD,CAAF,CAAX,EAAgBwG,EAAE82D,MAAF,CAAS,CAAT,CAAhB,EAA4B/kC,EAAE,CAAF,CAA5B,EAAiCA,EAAE,CAAF,CAAjC,EAAsCA,EAAE,CAAF,CAAtC,EAA2C,CAA3C,CAAT,CAAF,EAA0D66B,IAAEY,EAAExtD,EAAE82D,MAAF,CAAS,CAAT,EAAW,CAAX,CAAF,CAA5D,EAA6EjK,IAAEj+C,EAAEu1D,SAAF,EAA/E,EAA6Fv1D,EAAEw1D,UAAF,CAAax1D,EAAEslD,UAAF,KAAetH,CAAf,GAAiBC,CAAjB,IAAoBD,IAAEC,CAAF,GAAI,CAAJ,GAAM,CAA1B,CAAb,CAAlH,CAApK,GAAkUj+C,IAAE,IAAIxQ,IAAJ,CAASA,KAAK64D,GAAL,CAAS90D,CAAT,EAAWkrD,EAAE7zD,CAAF,CAAX,EAAgBwG,CAAhB,EAAkB+xB,EAAE,CAAF,CAAlB,EAAuBA,EAAE,CAAF,CAAvB,EAA4BA,EAAE,CAAF,CAA5B,EAAiC,CAAjC,CAAT,CAApU,EAAkXq7B,EAAEjrD,CAAF,IAAKyM,CAAlY,CAAtB;AAA2Z,sBAAS0M,CAAT,CAAWA,CAAX,EAAa1M,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,oBAAIC,CAAJ,EAAMrzD,CAAN,EAAQwG,CAAR,EAAU+xB,CAAV,CAAY,OAAM,CAACnjB,IAAEA,EAAEg+C,CAAF,CAAH,KAAU5sD,IAAE,IAAI5B,IAAJ,CAASkd,CAAT,EAAY04C,cAAZ,EAAF,EAA+BplD,IAAEjX,OAAO6F,IAAP,CAAYoR,CAAZ,EAAc,UAASzM,CAAT,EAAW;AAAC,wBAAImZ,IAAEnZ,EAAE,CAAF,CAAN;AAAA,wBAAWyM,IAAEzM,EAAE,CAAF,CAAb,CAAkB,OAAOmZ,KAAGtb,CAAH,KAAO4O,KAAG5O,CAAH,IAAMsb,KAAGtb,CAAH,IAAM,UAAQ4O,CAApB,IAAuB,SAAOA,CAArC,CAAP;AAA+C,iBAA3F,CAAjC,EAA8HA,EAAEzX,IAAF,CAAOmkB,CAAP,CAA9H,EAAwI1M,EAAE3U,IAAF,CAAO,UAASqhB,CAAT,EAAW1M,CAAX,EAAa;AAAC,2BAAM,YAAU,OAAO0M,CAAjB,KAAqBA,IAAE,CAACnZ,EAAEnC,CAAF,EAAIsb,CAAJ,CAAxB,GAAgC,YAAU,OAAO1M,CAAjB,KAAqBA,IAAE,CAACzM,EAAEnC,CAAF,EAAI4O,CAAJ,CAAxB,CAAhC,EAAgE0M,IAAE1M,CAAxE;AAA0E,iBAA/F,CAAxI,EAAyOmjB,IAAEnjB,EAAEjX,OAAO2F,OAAP,CAAege,CAAf,EAAiB1M,CAAjB,IAAoB,CAAtB,KAA0BA,EAAEA,EAAElW,MAAF,GAAS,CAAX,CAArQ,EAAmR2kB,MAAM0U,CAAN,IAASA,CAAT,GAAW,IAAxS,KAA+S86B,IAAED,EAAEruD,KAAF,CAAQ,GAAR,CAAF,EAAe/E,IAAE,CAAjB,EAAmBqzD,EAAEn0D,MAAF,GAAS,CAAT,KAAac,IAAE,KAAGqzD,EAAE,CAAF,CAAH,GAAS,CAACA,EAAE,CAAF,CAAzB,CAAnB,EAAkD,CAAC,CAAC,GAAF,EAAM,KAAN,EAAY,GAAZ,EAAgB,KAAhB,EAAsB,CAAtB,EAAwB,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,CAAxB,EAAgCrzD,CAAhC,EAAkC,GAAlC,CAAjW,CAAN;AAA+Y,sBAASoV,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQrzD,CAAR;AAAA,oBAAUwG,IAAEsb,EAAE1M,CAAF,CAAZ,CAAiB,IAAG,YAAU,OAAO5O,CAAjB,KAAqBA,IAAEsb,EAAEtb,CAAF,CAAvB,GAA6B,CAACA,CAAjC,EAAmC,MAAMnJ,MAAM,eAAa+X,CAAb,GAAe,mEAArB,CAAN,CAAgG,KAAIg+C,IAAE5sD,EAAEtH,MAAF,GAAS,CAAf,EAAiBk0D,KAAG,CAAH,KAAOC,IAAE7sD,EAAE4sD,CAAF,EAAK,CAAL,CAAF,EAAU,EAAEC,KAAG1qD,IAAE0qD,CAAP,CAAjB,CAAjB,EAA6CD,GAA7C,IAAkD,IAAGpzD,IAAEwG,EAAE4sD,IAAE,CAAJ,CAAF,EAAS,CAACpzD,CAAb,EAAe,MAAM3C,MAAM,eAAa+X,CAAb,GAAe,iBAAf,GAAiCzM,CAAjC,GAAmC,GAAzC,CAAN,CAAoD,OAAO3I,CAAP;AAAS,sBAASozD,CAAT,CAAWzqD,CAAX,EAAayqD,CAAb,EAAeC,CAAf,EAAiBrzD,CAAjB,EAAmB;AAAC,wBAAO2I,CAAP,yCAAOA,CAAP,MAAU4wD,EAAV,KAAe5wD,IAAE/D,KAAK64D,GAAL,CAAS90D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,EAAzB,EAAsC/yD,EAAE2yD,OAAF,EAAtC,EAAkD3yD,EAAEizD,QAAF,EAAlD,EAA+DjzD,EAAEkzD,UAAF,EAA/D,EAA8ElzD,EAAEmzD,UAAF,EAA9E,EAA6FnzD,EAAEozD,eAAF,EAA7F,CAAjB,EAAoI,IAAIv1D,IAAE4O,EAAEzM,CAAF,EAAIyqD,CAAJ,EAAMpzD,CAAN,CAAN,CAAe,OAAM,EAAC6qE,MAAKrkE,CAAN,EAAQ23C,MAAKr8B,EAAEnZ,CAAF,EAAI0qD,CAAJ,EAAM7sD,EAAE,CAAF,CAAN,CAAb,EAAN;AAAgC,sBAAS6sD,CAAT,CAAW1qD,CAAX,EAAamZ,CAAb,EAAe;AAAC,oBAAI1M,CAAJ,EAAMi+C,CAAN,EAAQrzD,CAAR,CAAU,OAAM,aAAW8hB,CAAX,IAAc,aAAWA,CAAzB,GAA2B,CAA3B,IAA8B1M,IAAEg+C,EAAEzqD,CAAF,EAAI,KAAKmiE,KAAT,EAAe,KAAK/sB,KAApB,EAA0Bj8B,CAA1B,CAAF,EAA+BuxC,IAAEj+C,EAAEy1D,IAAnC,EAAwC7qE,IAAEoV,EAAE+oC,IAA5C,EAAiDsV,GAAGnxD,UAAH,CAActC,IAAEqzD,EAAE,CAAF,IAAKrzD,EAAE,CAAF,CAAP,GAAYqzD,EAAE,CAAF,CAA1B,CAA/E,CAAN;AAAsH,sBAASrzD,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe;AAAC,oBAAI1M,IAAEg+C,EAAEzqD,CAAF,EAAI,KAAKmiE,KAAT,EAAe,KAAK/sB,KAApB,EAA0Bj8B,CAA1B,CAAN;AAAA,oBAAmCuxC,IAAEj+C,EAAEy1D,IAAvC;AAAA,oBAA4C7qE,IAAEoV,EAAE+oC,IAAhD;AAAA,oBAAqD33C,IAAE6sD,EAAE,CAAF,CAAvD,CAA4D,OAAO7sD,EAAE5I,OAAF,CAAU,GAAV,KAAgB,CAAhB,GAAkB4I,EAAEzB,KAAF,CAAQ,GAAR,EAAa/E,KAAG,CAACA,EAAE,CAAF,CAAJ,GAAS,CAAT,GAAW,CAAxB,CAAlB,GAA6CwG,EAAE5I,OAAF,CAAU,IAAV,KAAiB,CAAjB,GAAmB4I,EAAE7E,OAAF,CAAU,IAAV,EAAe3B,KAAG,OAAKA,EAAE,CAAF,CAAR,GAAaA,EAAE,CAAF,CAAb,GAAkB,EAAjC,CAAnB,GAAwDwG,CAA5G;AAA8G,sBAASA,CAAT,CAAWmC,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,oBAAIg+C,CAAJ,EAAMC,CAAN,CAAQ,OAAO,QAAOvxC,CAAP,yCAAOA,CAAP,MAAU+zC,EAAV,KAAe/zC,IAAE,KAAKie,MAAL,CAAYp3B,CAAZ,EAAcmZ,CAAd,CAAjB,GAAmC,QAAO1M,CAAP,yCAAOA,CAAP,MAAUygD,EAAV,KAAezgD,IAAE,KAAK2qB,MAAL,CAAYp3B,CAAZ,EAAcyM,CAAd,CAAjB,CAAnC,EAAsEg+C,IAAEzqD,EAAEuzD,iBAAF,EAAxE,EAA8FvzD,IAAE,IAAI/D,IAAJ,CAAS+D,EAAEk8B,OAAF,KAAY,OAAK/iB,IAAE1M,CAAP,CAArB,CAAhG,EAAgIi+C,IAAE1qD,EAAEuzD,iBAAF,EAAlI,EAAwJ,IAAIt3D,IAAJ,CAAS+D,EAAEk8B,OAAF,KAAY,OAAKwuB,IAAED,CAAP,CAArB,CAA/J;AAA+L,sBAAS76B,CAAT,CAAW5vB,CAAX,EAAamZ,CAAb,EAAe;AAAC,uBAAO,KAAK+7C,OAAL,CAAal1D,CAAb,EAAeA,EAAEuzD,iBAAF,EAAf,EAAqCp6C,CAArC,CAAP;AAA+C,sBAAS8xC,CAAT,CAAWjrD,CAAX,EAAamZ,CAAb,EAAe;AAAC,uBAAO,KAAK+7C,OAAL,CAAal1D,CAAb,EAAemZ,CAAf,EAAiBnZ,EAAEuzD,iBAAF,EAAjB,CAAP;AAA+C,sBAASzlD,CAAT,CAAW9N,CAAX,EAAa;AAAC,uBAAO,KAAK1I,KAAL,CAAW,IAAI2E,IAAJ,CAAS+D,CAAT,CAAX,EAAuB,SAAvB,CAAP;AAAyC,iBAAIkrD,IAAE,EAACkX,KAAI,CAAL,EAAOC,KAAI,CAAX,EAAaC,KAAI,CAAjB,EAAmBC,KAAI,CAAvB,EAAyBC,KAAI,CAA7B,EAA+BC,KAAI,CAAnC,EAAqCC,KAAI,CAAzC,EAA2CC,KAAI,CAA/C,EAAiDC,KAAI,CAArD,EAAuDC,KAAI,CAA3D,EAA6DC,KAAI,EAAjE,EAAoEC,KAAI,EAAxE,EAAN;AAAA,gBAAkF1X,IAAE,EAAC2X,KAAI,CAAL,EAAOC,KAAI,CAAX,EAAaC,KAAI,CAAjB,EAAmBC,KAAI,CAAvB,EAAyBC,KAAI,CAA7B,EAA+BC,KAAI,CAAnC,EAAqCC,KAAI,CAAzC,EAApF,CAAgI,OAAM,EAACnB,OAAM,EAAP,EAAU/sB,OAAM,EAAhB,EAAmBhe,QAAOszB,CAA1B,EAA4BwK,SAAQr3D,CAApC,EAAsCvG,OAAMs4B,CAA5C,EAA8CjgB,QAAOs7C,CAArD,EAAuD8I,MAAK18D,CAA5D,EAA8DksE,aAAYz1D,CAA1E,EAAN;AAAmF,SAA/xE,EADj8H,EACmuMg9C,GAAGtf,IAAH,GAAQ,YAAU;AAAC,qBAASxrC,CAAT,CAAWA,CAAX,EAAamZ,CAAb,EAAe;AAAC,uBAAO,MAAIA,CAAJ,IAAO,OAAKnZ,EAAEizD,QAAF,EAAZ,KAA2BjzD,EAAE00D,QAAF,CAAW10D,EAAEizD,QAAF,KAAa,CAAxB,GAA2B,CAAC,CAAvD,CAAP;AAAiE,sBAAS95C,CAAT,CAAWA,CAAX,EAAa1M,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,oBAAIC,IAAEvxC,EAAE85C,QAAF,EAAN,CAAmBxI,IAAEA,KAAG,CAAL,EAAOh+C,IAAE,CAACA,IAAE0M,EAAE05C,MAAF,EAAF,GAAa,IAAEpI,CAAhB,IAAmB,CAA5B,EAA8BtxC,EAAEqqD,OAAF,CAAUrqD,EAAEw5C,OAAF,KAAYlmD,CAAtB,CAA9B,EAAuDzM,EAAEmZ,CAAF,EAAIuxC,CAAJ,CAAvD;AAA8D,sBAASj+C,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,uBAAOzqD,IAAE,IAAI/D,IAAJ,CAAS+D,CAAT,CAAF,EAAcmZ,EAAEnZ,CAAF,EAAIyM,CAAJ,EAAMg+C,CAAN,CAAd,EAAuBzqD,CAA9B;AAAgC,sBAASyqD,CAAT,CAAWzqD,CAAX,EAAa;AAAC,uBAAO,IAAI/D,IAAJ,CAAS+D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,EAAzB,EAAsC,CAAtC,CAAP;AAAgD,sBAASrI,CAAT,CAAW1qD,CAAX,EAAa;AAAC,oBAAImZ,IAAE,IAAIld,IAAJ,CAAS+D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,KAAa,CAAtC,EAAwC,CAAxC,CAAN;AAAA,oBAAiDtmD,IAAEg+C,EAAEzqD,CAAF,CAAnD;AAAA,oBAAwD0qD,IAAE5xD,KAAKosC,GAAL,CAAS/rB,EAAEo6C,iBAAF,KAAsB9mD,EAAE8mD,iBAAF,EAA/B,CAA1D,CAAgH,OAAO7I,KAAGvxC,EAAEu7C,QAAF,CAAWjoD,EAAEwmD,QAAF,KAAavI,IAAE,EAA1B,CAAH,EAAiCvxC,CAAxC;AAA0C,sBAAS9hB,CAAT,CAAW8hB,CAAX,EAAa;AAAC,uBAAOA,IAAE,IAAIld,IAAJ,CAASkd,EAAE65C,WAAF,EAAT,EAAyB75C,EAAE45C,QAAF,EAAzB,EAAsC55C,EAAEw5C,OAAF,EAAtC,EAAkD,CAAlD,EAAoD,CAApD,EAAsD,CAAtD,CAAF,EAA2D3yD,EAAEmZ,CAAF,EAAI,CAAJ,CAA3D,EAAkEA,CAAzE;AAA2E,sBAAStb,CAAT,CAAWmC,CAAX,EAAa;AAAC,uBAAO/D,KAAK64D,GAAL,CAAS90D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,EAAzB,EAAsC/yD,EAAE2yD,OAAF,EAAtC,EAAkD3yD,EAAEizD,QAAF,EAAlD,EAA+DjzD,EAAEkzD,UAAF,EAA/D,EAA8ElzD,EAAEmzD,UAAF,EAA9E,EAA6FnzD,EAAEozD,eAAF,EAA7F,CAAP;AAAyH,sBAASxjC,CAAT,CAAW5vB,CAAX,EAAa;AAAC,uBAAOA,EAAEk8B,OAAF,KAAY7kC,EAAE2I,CAAF,CAAnB;AAAwB,sBAASirD,CAAT,CAAWjrD,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,IAAE96B,EAAEzW,CAAF,CAAR;AAAA,oBAAa9hB,IAAEu4B,EAAEnjB,CAAF,CAAf,CAAoB,OAAM,CAACzM,CAAD,IAAI0qD,KAAGrzD,CAAP,KAAW8hB,KAAG1M,CAAH,KAAOA,KAAGs4B,CAAV,GAAa0lB,IAAE76B,EAAE5vB,CAAF,CAAf,EAAoB0qD,IAAED,CAAF,KAAMA,KAAG1lB,CAAT,CAApB,EAAgC1tC,IAAEqzD,CAAF,KAAMrzD,KAAG0tC,CAAT,CAAhC,EAA4C0lB,KAAGC,CAAH,IAAMD,KAAGpzD,CAAhE,CAAN;AAAyE,sBAASyW,CAAT,CAAW9N,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,IAAEvxC,EAAE+iB,OAAF,EAAR;AAAA,oBAAoB7kC,IAAEoV,EAAEyvB,OAAF,EAAtB,CAAkC,OAAOwuB,KAAGrzD,CAAH,KAAOA,KAAG0tC,CAAV,GAAa0lB,IAAEzqD,EAAEk8B,OAAF,EAAf,EAA2BuuB,KAAGC,CAAH,IAAMD,KAAGpzD,CAA3C;AAA6C,sBAAS6zD,CAAT,CAAW/xC,CAAX,EAAa1M,CAAb,EAAe;AAAC,oBAAIg+C,IAAEtxC,EAAE85C,QAAF,EAAN,CAAmB,OAAO95C,IAAE,IAAIld,IAAJ,CAASkd,CAAT,CAAF,EAAckyC,EAAElyC,CAAF,EAAI1M,IAAEs4B,CAAN,CAAd,EAAuB/kC,EAAEmZ,CAAF,EAAIsxC,CAAJ,CAAvB,EAA8BtxC,CAArC;AAAuC,sBAASkyC,CAAT,CAAWrrD,CAAX,EAAamZ,CAAb,EAAe1M,CAAf,EAAiB;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,IAAE1qD,EAAEuzD,iBAAF,EAAR,CAA8BvzD,EAAEyjE,OAAF,CAAUzjE,EAAEk8B,OAAF,KAAY/iB,CAAtB,GAAyB1M,MAAIg+C,IAAEzqD,EAAEuzD,iBAAF,KAAsB7I,CAAxB,EAA0B1qD,EAAEyjE,OAAF,CAAUzjE,EAAEk8B,OAAF,KAAYuuB,IAAEmC,CAAxB,CAA9B,CAAzB;AAAmF,sBAASrB,CAAT,CAAWpyC,CAAX,EAAa1M,CAAb,EAAe;AAAC,uBAAO0M,IAAE,IAAIld,IAAJ,CAAS6uD,GAAGtf,IAAH,CAAQmnB,OAAR,CAAgBx5C,CAAhB,EAAmB+iB,OAAnB,KAA6B4uB,GAAGtf,IAAH,CAAQ4nB,eAAR,CAAwB3mD,CAAxB,CAAtC,CAAF,EAAoEzM,EAAEmZ,CAAF,EAAI1M,EAAEwmD,QAAF,EAAJ,CAApE,EAAsF95C,CAA7F;AAA+F,sBAAShZ,CAAT,GAAY;AAAC,uBAAO9I,EAAE,IAAI4E,IAAJ,EAAF,CAAP;AAAmB,sBAASsqB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,uBAAO3I,EAAE2I,CAAF,EAAKk8B,OAAL,MAAgB/7B,IAAI+7B,OAAJ,EAAvB;AAAqC,sBAASowB,CAAT,CAAWtsD,CAAX,EAAa;AAAC,oBAAImZ,IAAE,IAAIld,IAAJ,CAAS,IAAT,EAAc,CAAd,EAAgB,CAAhB,EAAkB,CAAlB,EAAoB,CAApB,EAAsB,CAAtB,CAAN,CAA+B,OAAO+D,KAAGmZ,EAAEu7C,QAAF,CAAW10D,EAAEizD,QAAF,EAAX,EAAwBjzD,EAAEkzD,UAAF,EAAxB,EAAuClzD,EAAEmzD,UAAF,EAAvC,EAAsDnzD,EAAEozD,eAAF,EAAtD,CAAH,EAA8Ej6C,CAArF;AAAuF,iBAAIyzC,IAAE,GAAN;AAAA,gBAAU7nB,IAAE,KAAZ,CAAkB,OAAM,EAAC2+B,WAAU1jE,CAAX,EAAa2jE,WAAUl3D,CAAvB,EAAyBm3D,cAAazqD,CAAtC,EAAwCw5C,SAAQt7D,CAAhD,EAAkDwsE,eAAc/1D,CAAhE,EAAkEg2D,eAAc7Y,CAAhF,EAAkF8Y,SAAQx9C,CAA1F,EAA4Fy9C,SAAQ,iBAAShkE,CAAT,EAAW;AAAC,2BAAOkrD,EAAElrD,CAAF,EAAI,CAAJ,CAAP;AAAc,iBAA9H,EAA+HikE,aAAY,qBAASjkE,CAAT,EAAW;AAAC,2BAAOkrD,EAAElrD,CAAF,EAAI,CAAC,CAAL,CAAP;AAAe,iBAAtK,EAAuKkkE,WAAUrmE,CAAjL,EAAmLsmE,YAAWp/B,CAA9L,EAAgMq/B,aAAY,KAAGxX,CAA/M,EAAiNyX,eAAczX,CAA/N,EAAiO6W,SAAQpY,CAAzO,EAA2OqJ,UAASnJ,CAApP,EAAsP+Y,SAAQpZ,CAA9P,EAAgQqZ,OAAMpkE,CAAtQ,EAAwQqkE,iBAAgBlY,CAAxR,EAA0RmY,iBAAgBha,CAA1S,EAA4Sia,gBAAeha,CAA3T,EAA6T0I,iBAAgBxjC,CAA7U,EAAN;AAAsV,SAAxyD,EAD3uM,EACshQk7B,GAAG6Z,eAAH,GAAmB,UAAS3kE,CAAT,EAAW;AAAC,gBAAImZ,CAAJ,EAAM1M,CAAN,EAAQg+C,CAAR,CAAU,IAAGj2D,SAASowE,kBAAZ,EAA+B,KAAIzrD,IAAE3kB,SAASowE,kBAAT,CAA4B5kE,CAA5B,EAA8B6kE,WAAWC,SAAzC,EAAmD,UAAS3rD,CAAT,EAAW;AAAC,uBAAOA,EAAE1e,UAAF,IAAcuF,CAAd,GAAgB6kE,WAAWE,aAA3B,GAAyCF,WAAWG,aAA3D;AAAyE,aAAxI,EAAyI,CAAC,CAA1I,CAAN,EAAmJ7rD,EAAE8rD,QAAF,EAAnJ;AAAiK9rD,kBAAE+rD,aAAF,IAAiB,CAAC/rD,EAAE+rD,aAAF,CAAgBv/D,WAAhB,CAA4BvL,IAA5B,EAAlB,IAAsD+e,EAAE+rD,aAAF,CAAgBzqE,UAAhB,CAA2BC,WAA3B,CAAuCye,EAAE+rD,aAAzC,CAAtD;AAAjK,aAA/B,MAAmT,KAAIz4D,IAAE,CAAN,EAAQA,IAAEzM,EAAED,UAAF,CAAaxJ,MAAvB,EAA8BkW,GAA9B;AAAkCg+C,oBAAEzqD,EAAED,UAAF,CAAa0M,CAAb,CAAF,EAAkB,KAAGg+C,EAAE5wD,QAAL,IAAe,KAAKoH,IAAL,CAAUwpD,EAAE5kD,SAAZ,CAAf,KAAwC7F,EAAEtF,WAAF,CAAc+vD,CAAd,GAAiBh+C,GAAzD,CAAlB,EAAgF,KAAGg+C,EAAE5wD,QAAL,IAAeixD,GAAG6Z,eAAH,CAAmBla,CAAnB,CAA/F;AAAlC;AAAuJ,SADzgR,EAC0gR0F,KAAGh3C,EAAEijB,qBAAF,IAAyBjjB,EAAEgsD,2BAA3B,IAAwDhsD,EAAEisD,wBAA1D,IAAoFjsD,EAAEksD,sBAAtF,IAA8GlsD,EAAEmsD,uBAAhH,IAAyI,UAAStlE,CAAT,EAAW;AAACyS,uBAAWzS,CAAX,EAAa,MAAI,EAAjB;AAAqB,SADvrR,EACwrR8qD,GAAGya,cAAH,GAAkB,UAASvlE,CAAT,EAAW;AAACmwD,eAAG15D,IAAH,CAAQ0iB,CAAR,EAAUnZ,CAAV;AAAa,SADnuR,EACouRowD,KAAG,EADvuR,EAC0uRtF,GAAG0a,cAAH,GAAkB,UAASxlE,CAAT,EAAW;AAACowD,eAAGA,GAAG75D,MAAN,IAAcyJ,CAAd,EAAgB,MAAIowD,GAAG75D,MAAP,IAAeu0D,GAAG2a,gBAAH,EAA/B;AAAqD,SAD7zR,EAC8zR3a,GAAG2a,gBAAH,GAAoB,YAAU;AAAC3a,eAAGya,cAAH,CAAkB,YAAU;AAACnV,mBAAG,CAAH,MAAQA,GAAGvuD,KAAH,MAAauuD,GAAG,CAAH,KAAOtF,GAAG2a,gBAAH,EAA5B;AAAmD,aAAhF;AAAkF,SAD/6R,EACg7R3a,GAAG4a,sBAAH,GAA0B,UAAS1lE,CAAT,EAAW;AAAC,iBAAI,IAAImZ,IAAEnZ,EAAE5D,KAAF,CAAQ,GAAR,EAAa,CAAb,KAAiB,EAAvB,EAA0BqQ,IAAE,EAA5B,EAA+Bg+C,IAAEtxC,EAAE/c,KAAF,CAAQ,KAAR,CAAjC,EAAgDsuD,IAAED,EAAEl0D,MAApD,EAA2Dc,IAAE,CAAjE,EAAmEA,IAAEqzD,CAArE,EAAuErzD,KAAG,CAA1E;AAA4E,uBAAKozD,EAAEpzD,CAAF,CAAL,KAAYoV,EAAEs1B,mBAAmB0oB,EAAEpzD,CAAF,CAAnB,CAAF,IAA4B0qC,mBAAmB0oB,EAAEpzD,IAAE,CAAJ,CAAnB,CAAxC;AAA5E,aAAgJ,OAAOoV,CAAP;AAAS,SAD/mS,EACgnSq+C,GAAG6a,kBAAH,GAAsB,UAAS3lE,CAAT,EAAW;AAAC,gBAAGyM,MAAIzM,EAAE6kC,CAAF,CAAI+gC,MAAX,EAAkB,OAAOpxE,SAAS6lE,gBAAT,CAA0Br6D,EAAE6kC,CAAF,CAAI+gC,MAA9B,EAAqC5lE,EAAE+kC,CAAF,CAAI6gC,MAAzC,CAAP;AAAwD,SAD5tS,EAC6tS9a,GAAG+a,WAAH,GAAe,UAAS7lE,CAAT,EAAW;AAAC,gBAAImZ,CAAJ;AAAA,gBAAMsxC,IAAEzqD,EAAEsc,aAAV;AAAA,gBAAwBouC,IAAED,EAAEob,WAA5B,CAAwC,OAAOpb,EAAEqb,UAAF,GAAa,CAACpb,MAAIj+C,CAAJ,IAAOi+C,CAAR,MAAavxC,IAAEsxC,EAAEqb,UAAjB,CAAb,GAA0Crb,EAAEsb,MAAF,IAAUtb,EAAEub,IAAF,KAASvb,EAAEwb,aAArB,KAAqC9sD,IAAE,KAAG,CAACsxC,EAAEsb,MAA7C,CAA1C,EAA+F5sD,CAAtG;AAAwG,SADx4S,EACy4S2xC,GAAGnvB,QAAH,GAAY,UAAS37B,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAIsxC,CAAJ;AAAA,gBAAMC,CAAN;AAAA,gBAAQrzD,IAAE,CAAV,CAAY,OAAM,CAAC8hB,CAAD,IAAIA,KAAG,CAAP,GAASnZ,CAAT,IAAY0qD,IAAE,aAAU;AAAC,yBAASA,CAAT,GAAY;AAAC1qD,sBAAE1I,KAAF,CAAQuG,CAAR,EAAUotD,CAAV,GAAa5zD,IAAE,CAAC,IAAI4E,IAAJ,EAAhB;AAAyB,qBAAI4B,IAAE,IAAN;AAAA,oBAAW+xB,IAAE,CAAC,IAAI3zB,IAAJ,EAAD,GAAU5E,CAAvB;AAAA,oBAAyB4zD,IAAE1zD,SAA3B,CAAqC,OAAOF,KAAGozD,KAAG7/B,aAAa6/B,CAAb,CAAH,EAAmB76B,IAAEzW,CAAF,GAAIuxC,GAAJ,GAAQD,IAAEh4C,WAAWi4C,CAAX,EAAavxC,IAAEyW,CAAf,CAA7B,EAA+CnjB,CAAlD,IAAqDi+C,GAA5D;AAAgE,aAAxJ,EAAyJA,EAAEgX,MAAF,GAAS,YAAU;AAAC92C,6BAAa6/B,CAAb;AAAgB,aAA7L,EAA8LC,CAA1M,CAAN;AAAmN,SADloT,EACmoTI,GAAGob,KAAH,GAAS,UAAS/sD,CAAT,EAAWsxC,CAAX,EAAaC,CAAb,EAAe;AAAC,gBAAIrzD,CAAJ;AAAA,gBAAMwG,CAAN;AAAA,gBAAQ+xB,CAAR;AAAA,gBAAUq7B,CAAV;AAAA,gBAAYn9C,IAAE28C,MAAIh+C,CAAlB,CAAoB,IAAGi+C,MAAIj+C,CAAJ,KAAQi+C,IAAED,CAAV,GAAatxC,EAAE,CAAF,MAAOA,IAAEA,EAAE,CAAF,CAAT,CAAb,EAA4B,CAACrL,CAAD,IAAI,CAACqL,EAAE9Q,QAAtC,EAA+C;AAAC,oBAAG;AAAC8Q,sBAAEgtD,cAAF,KAAmB15D,CAAnB,GAAqBqB,KAAGqL,EAAEwD,KAAF,IAAUxD,EAAEitD,iBAAF,CAAoB3b,CAApB,EAAsBC,CAAtB,CAAb,IAAuCD,IAAE,CAACtxC,EAAEgtD,cAAH,EAAkBhtD,EAAEktD,YAApB,CAA9D,GAAgG7xE,SAASijB,SAAT,KAAqBzX,EAAEmZ,CAAF,EAAK5M,EAAL,CAAQ,UAAR,KAAqB4M,EAAEwD,KAAF,EAArB,EAA+BtlB,IAAE8hB,EAAEmtD,eAAF,EAAjC,EAAqDx4D,KAAGzW,EAAEkvE,QAAF,CAAW,CAAC,CAAZ,GAAelvE,EAAEmvE,SAAF,CAAY,WAAZ,EAAwB/b,CAAxB,CAAf,EAA0CpzD,EAAEovE,OAAF,CAAU,WAAV,EAAsB/b,IAAED,CAAxB,CAA1C,EAAqEpzD,EAAEsF,MAAF,EAAxE,KAAqFkB,IAAExG,EAAEqvE,SAAF,EAAF,EAAgBrvE,EAAEsvE,cAAF,CAAiBnyE,SAASijB,SAAT,CAAmBmvD,WAAnB,GAAiCC,WAAjC,EAAjB,CAAhB,EAAiFhpE,EAAEipE,WAAF,CAAc,YAAd,EAA2BzvE,CAA3B,CAAjF,EAA+Gu4B,IAAE/xB,EAAEvD,IAAF,CAAO/D,MAAxH,EAA+H00D,IAAEr7B,IAAEv4B,EAAEiD,IAAF,CAAO/D,MAA1I,EAAiJk0D,IAAE,CAAC76B,CAAD,EAAGq7B,CAAH,CAAxO,CAA1E,CAAhG;AAA0Z,iBAA9Z,CAA8Z,OAAMC,CAAN,EAAQ;AAACT,wBAAE,EAAF;AAAK,wBAAOA,CAAP;AAAS;AAAC,SADtpU,EACupUK,GAAGic,sBAAH,GAA0B,UAAS/mE,CAAT,EAAWyM,CAAX,EAAa;AAAC,gBAAIg+C,IAAEtxC,EAAE6kD,OAAR,CAAgB,OAAOh+D,EAAEoF,IAAF,CAAO,UAAQ0lD,GAAGmD,EAAX,GAAc,MAArB,EAA4BjuD,EAAE,CAAF,EAAK49D,OAAL,CAAa9iE,WAAb,GAA2B9B,OAA3B,CAAmC,eAAnC,EAAmD,EAAnD,EAAuDA,OAAvD,CAA+D,GAA/D,EAAmE,EAAnE,CAA5B,GAAoGyxD,EAAEjtB,OAAF,CAAUx9B,CAAV,EAAagnE,QAAb,GAAwBC,MAAxB,CAA+B,CAAC,UAAD,EAAY,UAAS9tD,CAAT,EAAW;AAACA,kBAAEnZ,CAAF,EAAKyM,CAAL,GAAQ,qBAAqBxL,IAArB,CAA0BwL,EAAEy6D,OAA5B,KAAsCz6D,EAAE06D,OAAF,EAA9C;AAA0D,aAAlF,CAA/B,CAApG,EAAwNrc,GAAGuU,cAAH,CAAkBr/D,CAAlB,EAAoB8qD,GAAGgQ,MAAH,CAAUD,EAA9B,CAA/N;AAAiQ,SADh9U,EACi9U/P,GAAGsc,iBAAH,GAAqB,YAAU;AAAC,gBAAIjuD,IAAE,EAAN;AAAA,gBAASsxC,IAAEzqD,EAAE,wCAAF,EAA4CoF,IAA5C,CAAiD,SAAjD,CAAX;AAAA,gBAAuEslD,IAAE1qD,EAAE,+CAAF,EAAmDoF,IAAnD,CAAwD,SAAxD,CAAzE,CAA4I,OAAOpF,EAAE,2CAAF,EAA+C/I,IAA/C,CAAoD,YAAU;AAACkiB,kBAAE,KAAKjhB,IAAP,IAAa,KAAKyD,KAAlB;AAAwB,aAAvF,GAAyF+uD,MAAIj+C,CAAJ,IAAOg+C,MAAIh+C,CAAX,KAAe0M,EAAEuxC,CAAF,IAAKD,CAApB,CAAzF,EAAgHtxC,CAAvH;AAAyH,SADtvV,EACuvV2xC,GAAGuc,SAAH,GAAa,UAASrnE,CAAT,EAAW;AAAC,qBAASmZ,CAAT,CAAWnZ,CAAX,EAAa;AAAC,oBAAImZ,IAAE2xC,GAAGuU,cAAH,CAAkBr/D,CAAlB,CAAN,CAA2BmZ,KAAGA,EAAEwD,KAAL,GAAWxD,EAAEwD,KAAF,EAAX,GAAqB3c,EAAE2c,KAAF,EAArB;AAA+B,iBAAIlQ,IAAEzM,EAAE4D,IAAF,CAAO,kBAAP,EAA2BpM,KAA3B,EAAN;AAAA,gBAAyCizD,IAAEzqD,EAAE4D,IAAF,CAAO,mBAAP,EAA4BlM,IAA5B,EAA3C,CAA8E+yD,EAAE9xC,EAAF,CAAK,SAAL,EAAe,UAAS3Y,CAAT,EAAW;AAACA,kBAAE0b,OAAF,IAAWovC,GAAGppD,IAAH,CAAQ45D,GAAnB,IAAwBt7D,EAAEk/B,QAA1B,KAAqCl/B,EAAE8a,cAAF,IAAmB3B,EAAE1M,CAAF,CAAxD;AAA8D,aAAzF,GAA2FA,EAAEkM,EAAF,CAAK,SAAL,EAAe,UAAS3Y,CAAT,EAAW;AAACA,kBAAE0b,OAAF,IAAWovC,GAAGppD,IAAH,CAAQ45D,GAAnB,IAAwBt7D,EAAEk/B,QAA1B,KAAqCl/B,EAAE8a,cAAF,IAAmB3B,EAAEsxC,CAAF,CAAxD;AAA8D,aAAzF,CAA3F;AAAsL,SAD5lW,EAC6lW,YAAU;AAAC,qBAASh+C,CAAT,CAAW0M,CAAX,EAAa1M,CAAb,EAAeg+C,CAAf,EAAiBC,CAAjB,EAAmB;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQ+xB,IAAE5vB,EAAE,QAAF,EAAYoF,IAAZ,CAAiB,EAACkiE,QAAO7c,CAAR,EAAUr3B,QAAO,MAAjB,EAAwB76B,QAAOmyD,CAA/B,EAAjB,CAAV;AAAA,oBAA8DO,IAAEH,GAAGsc,iBAAH,EAAhE,CAAuFnc,EAAEsc,QAAF,GAAW96D,CAAX,EAAapV,IAAE8hB,EAAE/c,KAAF,CAAQ,UAAR,CAAf,EAAmC6uD,EAAE55B,WAAF,GAAch6B,EAAE,CAAF,EAAK2B,OAAL,CAAa,OAAb,EAAqB,EAArB,CAAjD,EAA0EiyD,EAAEuc,MAAF,GAASnwE,EAAE,CAAF,CAAnF,CAAwF,KAAIwG,CAAJ,IAASotD,CAAT;AAAWA,sBAAE51D,cAAF,CAAiBwI,CAAjB,KAAqBmC,EAAE,SAAF,EAAaoF,IAAb,CAAkB,EAACzJ,OAAMsvD,EAAEptD,CAAF,CAAP,EAAY3F,MAAK2F,CAAjB,EAAmBvE,MAAK,QAAxB,EAAlB,EAAqD4mB,QAArD,CAA8D0P,CAA9D,CAArB;AAAX,iBAAiGA,EAAE1P,QAAF,CAAW,MAAX,EAAmBpX,MAAnB,GAA4B6G,MAA5B;AAAqC,sBAAS86C,CAAT,CAAWzqD,CAAX,EAAamZ,CAAb,EAAe;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAUrzD,CAAV;AAAA,oBAAYwG,CAAZ;AAAA,oBAAc+xB,IAAE5vB,CAAhB,CAAkB,IAAG,YAAU,OAAOA,CAApB,EAAsB;AAAC,yBAAIyM,IAAEzM,EAAE5D,KAAF,CAAQ,UAAR,CAAF,EAAsBquD,IAAEh+C,EAAE,CAAF,CAAxB,EAA6Bi+C,IAAE+c,KAAKh7D,EAAE,CAAF,CAAL,CAA/B,EAA0CpV,IAAE,IAAIqwE,UAAJ,CAAehd,EAAEn0D,MAAjB,CAA5C,EAAqEsH,IAAE,CAA3E,EAA6EA,IAAE6sD,EAAEn0D,MAAjF,EAAwFsH,GAAxF;AAA4FxG,0BAAEwG,CAAF,IAAK6sD,EAAEgH,UAAF,CAAa7zD,CAAb,CAAL;AAA5F,qBAAiH+xB,IAAE,IAAI+3C,IAAJ,CAAS,CAACtwE,EAAEuwE,MAAH,CAAT,EAAoB,EAACtuE,MAAKmxD,CAAN,EAApB,CAAF;AAAgC,2BAAUod,UAAV,CAAqBj4C,CAArB,EAAuBzW,CAAvB;AAA0B,sBAASuxC,CAAT,CAAW1qD,CAAX,EAAayM,CAAb,EAAe;AAAC0M,kBAAEwuD,IAAF,IAAQ3nE,aAAa2nE,IAArB,KAA4B3nE,IAAE8nE,IAAIC,eAAJ,CAAoB/nE,CAApB,CAA9B,GAAsD3I,EAAE2wE,QAAF,GAAWv7D,CAAjE,EAAmEpV,EAAE8Q,IAAF,GAAOnI,CAA1E,CAA4E,IAAIyqD,IAAEj2D,SAASwxC,WAAT,CAAqB,aAArB,CAAN,CAA0CykB,EAAExkB,cAAF,CAAiB,OAAjB,EAAyB,CAAC,CAA1B,EAA4B,CAAC,CAA7B,EAA+B9sB,CAA/B,EAAiC,CAAjC,EAAmC,CAAnC,EAAqC,CAArC,EAAuC,CAAvC,EAAyC,CAAzC,EAA2C,CAAC,CAA5C,EAA8C,CAAC,CAA/C,EAAiD,CAAC,CAAlD,EAAoD,CAAC,CAArD,EAAuD,CAAvD,EAAyD,IAAzD,GAA+D9hB,EAAE6uC,aAAF,CAAgBukB,CAAhB,CAA/D,EAAkFh4C,WAAW,YAAU;AAACq1D,wBAAIG,eAAJ,CAAoBjoE,CAApB;AAAuB,iBAA7C,CAAlF;AAAiI,iBAAI3I,IAAE7C,SAAS6F,aAAT,CAAuB,GAAvB,CAAN;AAAA,gBAAkCwD,IAAE,cAAaxG,CAAb,IAAgB,CAACyzD,GAAGx1D,OAAH,CAAW81D,OAAX,CAAmBoN,IAAxE,CAA6E1N,GAAGod,MAAH,GAAU,UAASloE,CAAT,EAAW;AAAC,oBAAImZ,IAAE1M,CAAN,CAAQzM,EAAEmoE,UAAF,KAAetqE,IAAEsb,IAAEuxC,CAAJ,GAAMnuB,UAAUsrC,UAAV,KAAuB1uD,IAAEsxC,CAAzB,CAArB,GAAkDtxC,EAAEnZ,EAAEooE,OAAJ,EAAYpoE,EAAEunE,QAAd,EAAuBvnE,EAAEqoE,QAAzB,EAAkCroE,EAAEsoE,WAApC,CAAlD;AAAmG,aAAjI;AAAkI,SAA9gC,EAD7lW,EAC8mYxd,GAAGyd,iBAAH,GAAqB,UAASvoE,CAAT,EAAW;AAAC,gBAAImZ,IAAE,EAAN,CAAS,OAAOje,OAAOwG,IAAP,CAAY1B,KAAG,EAAf,EAAmB26B,OAAnB,CAA2B,UAASluB,CAAT,EAAW;AAACvR,uBAAOmY,cAAP,CAAsB8F,CAAtB,EAAwB1M,CAAxB,EAA0B,EAAC/V,KAAI,eAAU;AAAC,+BAAOsJ,EAAEyM,CAAF,CAAP;AAAY,qBAA5B,EAA6B+G,KAAI,aAAS2F,CAAT,EAAW;AAACnZ,0BAAEyM,CAAF,IAAK0M,CAAL,EAAOnZ,EAAEwoE,KAAF,GAAQ,CAAC,CAAhB;AAAkB,qBAA/D,EAA1B;AAA4F,aAAnI,GAAqIrvD,CAA5I;AAA8I,SADtyY;AACuyY,KADrhjB,CACshjB3jB,MADthjB,EAC6hjBb,MAD7hjB,GACqijBA,OAAO07D,KADnjjB;AACyjjB,CAD9njB,EAC+njB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,KAACA,KAAG0M,CAAJ;AAAS,CADrsjB,CAAD,CACwsjB,CAAC,CAAC,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,gBAAP,EAAwB,CAAC,gBAAD,EAAkB,sBAAlB,EAAyC,oBAAzC,CAAxB,EAAuFh5B,CAAvF;AAA0F,CAA7G,CAA8G,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAAC,iBAASsxC,CAAT,CAAWzqD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmB;AAAC,mBAAO,UAASpV,CAAT,EAAW;AAAC,oBAAIwG,CAAJ;AAAA,oBAAM+xB,IAAE,EAAR,CAAW,KAAI/xB,CAAJ,IAASxG,CAAT;AAAWu4B,sBAAE/xB,CAAF,IAAKxG,EAAEwG,CAAF,CAAL;AAAX,iBAAqB+xB,EAAE6pC,KAAF,GAAQhtD,IAAEg+C,IAAE,GAAF,GAAMpzD,EAAEoiE,KAAV,GAAgBhP,CAAxB,EAA0BtxC,KAAGsyC,EAAH,IAAOzrD,EAAEyoE,aAAT,IAAwBzoE,EAAEyoE,aAAF,CAAgB74C,CAAhB,CAAlD,EAAqE5vB,EAAE4c,OAAF,CAAUzD,CAAV,EAAYyW,CAAZ,CAArE;AAAoF,aAAvI;AAAwI,kBAASnjB,CAAT,CAAW0M,CAAX,EAAasxC,CAAb,EAAe;AAAC,gBAAGtxC,MAAIsxC,CAAP,EAAS,OAAM,CAAC,CAAP,CAAS,IAAIpzD,CAAJ;AAAA,gBAAMwG,IAAEmC,EAAE1G,IAAF,CAAO6f,CAAP,CAAR;AAAA,gBAAkByW,IAAE5vB,EAAE1G,IAAF,CAAOmxD,CAAP,CAApB,CAA8B,IAAG5sD,MAAI+xB,CAAP,EAAS,OAAM,CAAC,CAAP,CAAS,IAAG,WAAS/xB,CAAZ,EAAc,OAAOsb,EAAE+iB,OAAF,OAAcuuB,EAAEvuB,OAAF,EAArB,CAAiC,IAAG,aAAWr+B,CAAX,IAAc,YAAUA,CAA3B,EAA6B,OAAM,CAAC,CAAP,CAAS,KAAIxG,CAAJ,IAAS8hB,CAAT;AAAW,oBAAG,CAAC1M,EAAE0M,EAAE9hB,CAAF,CAAF,EAAOozD,EAAEpzD,CAAF,CAAP,CAAJ,EAAiB,OAAM,CAAC,CAAP;AAA5B,aAAqC,OAAM,CAAC,CAAP;AAAS,kBAASA,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,CAAQ,KAAIA,CAAJ,IAASzM,CAAT,EAAW;AAAC,oBAAGyqD,IAAEzqD,EAAEyM,CAAF,CAAF,EAAO0jD,GAAG1F,CAAH,KAAOA,EAAEgP,KAAT,IAAgBhP,EAAEgP,KAAF,KAAUtgD,CAApC,EAAsC,OAAOsxC,CAAP,CAAS,IAAGA,MAAItxC,CAAP,EAAS,OAAOsxC,CAAP;AAAS,oBAAO,IAAP;AAAY,kBAAS5sD,CAAT,CAAWmC,CAAX,EAAa;AAAC,iBAAKyT,IAAL,GAAUzT,KAAG,EAAb;AAAgB,kBAAS4vB,CAAT,CAAW5vB,CAAX,EAAayqD,CAAb,EAAe;AAAC,gBAAGzqD,CAAH,EAAK;AAAC,oBAAIyM,IAAE,QAAOzM,CAAP,yCAAOA,CAAP,OAAWuwD,EAAX,GAAc,EAACkJ,OAAMz5D,CAAP,EAASiG,KAAIwkD,CAAb,EAAd,GAA8BzqD,CAApC;AAAA,oBAAsC3I,IAAEy4D,GAAGrjD,CAAH,IAAMA,CAAN,GAAQA,MAAI0M,CAAJ,GAAM,CAAC1M,CAAD,CAAN,GAAU,EAA1D,CAA6D,OAAO2jD,GAAG/4D,CAAH,EAAK,UAAS2I,CAAT,EAAW;AAAC,2BAAM,CAAC,CAACA,EAAEiG,GAAV;AAAc,iBAA/B,CAAP;AAAwC;AAAC,kBAASykD,CAAT,CAAW1qD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAMsxC,CAAN;AAAA,gBAAQh+C,CAAR;AAAA,gBAAUpV,CAAV;AAAA,gBAAYwG,IAAEmC,EAAEgJ,OAAhB,CAAwB,IAAGnL,CAAH,EAAK,KAAIsb,IAAE,CAAF,EAAIsxC,IAAE5sD,EAAEtH,MAAZ,EAAmB4iB,IAAEsxC,CAArB,EAAuBtxC,GAAvB;AAA2B1M,oBAAE5O,EAAEsb,CAAF,CAAF,EAAO9hB,IAAEoV,EAAElG,QAAX,EAAoBlP,KAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAWk5D,EAAd,KAAmB9jD,EAAElG,QAAF,GAAWgpD,EAAEl4D,EAAEyD,WAAF,EAAF,KAAoBzD,CAAlD,CAApB,EAAyEqzD,EAAEj+C,CAAF,CAAzE;AAA3B;AAAyG,kBAASw+C,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAGA,KAAG,CAACgwD,GAAGhwD,CAAH,CAAP,EAAa,OAAM,CAAC8vD,GAAG9vD,CAAH,CAAD,IAAQA,EAAEgJ,OAAV,KAAoBhJ,IAAE,EAAC0oE,OAAM,KAAP,EAAa1/D,SAAQ8mD,GAAG9vD,CAAH,IAAMA,CAAN,GAAQ,CAACA,CAAD,CAA7B,EAAtB,GAAyD0qD,EAAE1qD,CAAF,CAAzD,EAA8DA,CAApE;AAAsE,kBAAS8N,CAAT,CAAW9N,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAM,CAACnZ,EAAE0oE,KAAH,IAAU,CAACvvD,EAAEuvD,KAAb,IAAqB1oE,EAAEy5D,KAAF,KAAUtgD,EAAEsgD,KAAZ,IAAmBz5D,EAAErE,KAAF,KAAUwd,EAAExd,KAA/B,IAAsCqE,EAAEuG,QAAF,KAAa4S,EAAE5S,QAAhF;AAA0F,kBAAS8kD,CAAT,CAAWrrD,CAAX,EAAa;AAAC,mBAAOA,IAAEA,KAAG,EAAL,EAAQgwD,GAAGhwD,CAAH,IAAM,EAAC0oE,OAAM,KAAP,EAAa1/D,SAAQ,EAArB,EAAN,GAA+BiiD,EAAEjrD,CAAF,CAA9C;AAAmD,kBAASssD,CAAT,CAAWtsD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOA,EAAEuvD,KAAF,IAAS1oE,EAAEy5D,KAAF,GAAQtgD,EAAEsgD,KAAnB,GAAyB,CAAzB,GAA2Bz5D,EAAEy5D,KAAF,GAAQtgD,EAAEsgD,KAAV,GAAgB,CAAC,CAAjB,GAAmB,CAArD;AAAuD,kBAASlO,CAAT,CAAWvrD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,EAAQpV,CAAR,EAAUwG,CAAV,EAAY+xB,CAAZ,CAAc,IAAG5vB,IAAEqrD,EAAErrD,CAAF,CAAF,EAAOmZ,IAAEkyC,EAAElyC,CAAF,CAAT,EAAcnZ,EAAE0oE,KAAF,KAAUvvD,EAAEuvD,KAA7B,EAAmC,OAAM,CAAC,CAAP,CAAS,IAAGrxE,IAAE,CAAC2I,EAAEgJ,OAAF,IAAW,EAAZ,EAAgBlU,KAAhB,EAAF,EAA0B+I,IAAE,CAACsb,EAAEnQ,OAAF,IAAW,EAAZ,EAAgBlU,KAAhB,EAA5B,EAAoDuC,EAAEd,MAAF,KAAWsH,EAAEtH,MAApE,EAA2E,OAAM,CAAC,CAAP,CAAS,KAAIc,IAAEA,EAAES,IAAF,CAAOw0D,CAAP,CAAF,EAAYzuD,IAAEA,EAAE/F,IAAF,CAAOw0D,CAAP,CAAd,EAAwB18B,IAAE,CAA9B,EAAgCA,IAAEv4B,EAAEd,MAApC,EAA2Cq5B,GAA3C;AAA+C,oBAAG66B,IAAEpzD,EAAEu4B,CAAF,CAAF,EAAOnjB,IAAE5O,EAAE+xB,CAAF,CAAT,EAAc66B,EAAEie,KAAF,IAASj8D,EAAEi8D,KAA5B,EAAkC;AAAC,wBAAG,CAACnd,EAAEd,CAAF,EAAIh+C,CAAJ,CAAJ,EAAW,OAAM,CAAC,CAAP;AAAS,iBAAvD,MAA4D,IAAG,CAACqB,EAAE28C,CAAF,EAAIh+C,CAAJ,CAAJ,EAAW,OAAM,CAAC,CAAP;AAAtH,aAA+H,OAAM,CAAC,CAAP;AAAS,kBAASy+C,CAAT,CAAWlrD,CAAX,EAAa;AAAC,mBAAO8vD,GAAG9vD,CAAH,IAAMA,CAAN,GAAQ,CAACA,CAAD,CAAf;AAAmB,kBAAS4sD,CAAT,CAAW5sD,CAAX,EAAayqD,CAAb,EAAe;AAAC,gBAAIh+C,IAAE,QAAOzM,CAAP,yCAAOA,CAAP,OAAWuwD,EAAX,GAAc,EAACkJ,OAAMz5D,CAAP,EAASiG,KAAIwkD,CAAb,EAAd,GAA8BzqD,CAApC;AAAA,gBAAsC3I,IAAEy4D,GAAGrjD,CAAH,IAAMA,CAAN,GAAQA,MAAI0M,CAAJ,GAAM,CAAC1M,CAAD,CAAN,GAAU,EAA1D,CAA6D,OAAO+gD,EAAEn2D,CAAF,EAAI,UAAS2I,CAAT,EAAW;AAAC,uBAAM,EAACy5D,OAAMz5D,EAAEy5D,KAAT,EAAexzD,KAAIjG,EAAEiG,GAAF,IAAO,KAA1B,EAAgC0iE,YAAW3oE,EAAE2oE,UAA7C,EAAN;AAA+D,aAA/E,CAAP;AAAwF,kBAASpiD,CAAT,CAAWvmB,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,KAAGA,EAAEk8B,OAAL,IAAc/iB,CAAd,IAAiBA,EAAE+iB,OAAnB,GAA2Bl8B,EAAEk8B,OAAF,OAAc/iB,EAAE+iB,OAAF,EAAzC,GAAqDl8B,MAAImZ,CAAhE;AAAkE,kBAAS3Z,CAAT,CAAWQ,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmBpV,CAAnB,EAAqBwG,CAArB,EAAuB;AAAC,gBAAI+xB,CAAJ,EAAM86B,CAAN,EAAQO,CAAR,EAAUn9C,CAAV,EAAYu9C,CAAZ,CAAc,KAAIlyC,IAAEA,KAAG,EAAL,EAAQrL,IAAEqL,EAAE5iB,MAAZ,EAAmBq5B,IAAE,CAAzB,EAA2BA,IAAE9hB,CAA7B,EAA+B8hB,GAA/B;AAAmC86B,oBAAEvxC,EAAEyW,CAAF,CAAF,EAAOq7B,IAAEP,EAAEke,SAAX,EAAqBvd,IAAEX,EAAE+O,KAAzB,EAA+Bz5D,EAAEqrD,CAAF,IAAKrrD,EAAEqrD,CAAF,KAAM,EAA1C,EAA6CxtD,EAAEwtD,CAAF,IAAKxtD,EAAEwtD,CAAF,KAAM,EAAxD,EAA2DxtD,EAAEwtD,CAAF,EAAKJ,CAAL,IAAQptD,EAAEwtD,CAAF,EAAKJ,CAAL,KAAS,EAA5E,EAA+EjrD,EAAEqrD,CAAF,EAAKJ,CAAL,IAAQ2C,EAAE3C,EAAEnwD,WAAF,EAAF,EAAmBkF,EAAEqrD,CAAF,EAAKJ,CAAL,CAAnB,EAA2BR,CAA3B,EAA6BwF,GAAGuN,QAAH,CAAYnS,CAAZ,CAA7B,EAA4C5+C,CAA5C,EAA8CpV,CAA9C,EAAgDwG,EAAEwtD,CAAF,EAAKJ,CAAL,CAAhD,CAAvF;AAAnC;AAAmL,kBAASn2B,CAAT,CAAW90B,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAASG,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAOA,KAAGA,EAAEk8B,OAAZ;AAAoB,kBAAS6I,CAAT,CAAW/kC,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAMsxC,IAAEzqD,EAAEzJ,MAAV;AAAA,gBAAiBkW,IAAElT,MAAMkxD,CAAN,CAAnB,CAA4B,KAAItxC,IAAE,CAAN,EAAQA,IAAEsxC,CAAV,EAAYtxC,GAAZ;AAAgB1M,kBAAE0M,CAAF,IAAKnZ,EAAEmZ,CAAF,EAAKw4C,MAAL,EAAL;AAAhB,aAAmC,OAAOllD,CAAP;AAAS,kBAASghD,CAAT,CAAWztD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmBpV,CAAnB,EAAqB;AAAC,gBAAIwG,CAAJ;AAAA,gBAAM+xB,CAAN;AAAA,gBAAQ86B,CAAR;AAAA,gBAAUO,CAAV;AAAA,gBAAYn9C,CAAZ;AAAA,gBAAcu9C,IAAE,EAAhB,CAAmB,KAAIJ,IAAE,CAAF,EAAIn9C,IAAE9N,EAAEzJ,MAAZ,EAAmB00D,IAAEn9C,CAArB,EAAuBm9C,GAAvB,EAA2B;AAACptD,oBAAEmC,EAAEirD,CAAF,CAAF,CAAO,KAAIr7B,CAAJ,IAASzW,CAAT;AAAWuxC,wBAAErzD,EAAEu4B,CAAF,CAAF,EAAO86B,KAAGA,MAAI96B,CAAP,KAAWy7B,EAAEX,CAAF,MAAOW,EAAEX,CAAF,IAAKuF,GAAGp7C,MAAH,CAAU61C,CAAV,CAAZ,GAA0BW,EAAEX,CAAF,EAAK7sD,CAAL,EAAOsb,EAAEyW,CAAF,EAAK/xB,CAAL,CAAP,CAA1B,EAA0C,OAAOA,EAAE+xB,CAAF,CAA5D,CAAP;AAAX;AAAoF;AAAC,kBAAS9xB,CAAT,CAAWkC,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmBpV,CAAnB,EAAqB;AAAC,gBAAIwG,CAAJ,EAAM+xB,CAAN,EAAQ86B,CAAR,EAAUO,CAAV,EAAYn9C,CAAZ,CAAc,KAAIm9C,IAAE,CAAF,EAAIn9C,IAAE9N,EAAEzJ,MAAZ,EAAmB00D,IAAEn9C,CAArB,EAAuBm9C,GAAvB,EAA2B;AAACptD,oBAAEmC,EAAEirD,CAAF,CAAF,CAAO,KAAIr7B,CAAJ,IAASzW,CAAT;AAAWtb,sBAAE+xB,CAAF,IAAK66B,EAAEoe,MAAF,CAASj5C,CAAT,EAAWzW,EAAEyW,CAAF,EAAK/xB,CAAL,CAAX,CAAL,EAAyB6sD,IAAErzD,EAAEu4B,CAAF,CAA3B,EAAgC86B,KAAGA,MAAI96B,CAAP,IAAU,OAAO/xB,EAAE6sD,CAAF,CAAjD;AAAX;AAAiE;AAAC,kBAASj2D,CAAT,CAAWuL,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmBpV,CAAnB,EAAqB;AAAC,gBAAIwG,CAAJ,EAAM+xB,CAAN,EAAQ86B,CAAR,EAAUO,CAAV,CAAY,KAAIr7B,IAAE,CAAF,EAAIq7B,IAAEjrD,EAAEzJ,MAAZ,EAAmBq5B,IAAEq7B,CAArB,EAAuBr7B,GAAvB;AAA2B/xB,oBAAEmC,EAAE4vB,CAAF,CAAF,EAAO86B,IAAEj+C,EAAE5O,EAAE47D,KAAJ,CAAT,EAAoB/O,KAAGA,KAAG7sD,EAAE47D,KAAR,KAAgB57D,EAAE47D,KAAF,GAAQ/O,CAAxB,CAApB,EAA+C7sD,EAAElC,KAAF,GAAQ8uD,EAAEoe,MAAF,CAAShrE,EAAE47D,KAAX,EAAiB57D,EAAElC,KAAnB,CAAvD,EAAiFkC,EAAEirE,YAAF,GAAer0E,EAAEoJ,EAAEolC,KAAJ,EAAU9pB,CAAV,EAAYsxC,CAAZ,EAAch+C,CAAd,EAAgBpV,CAAhB,CAAf,GAAkCyG,EAAED,EAAEolC,KAAJ,EAAU9pB,CAAV,EAAYsxC,CAAZ,EAAch+C,CAAd,EAAgBpV,CAAhB,CAAnH;AAA3B;AAAiK,kBAASipC,CAAT,CAAWtgC,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmBpV,CAAnB,EAAqBwG,CAArB,EAAuB;AAAC,mBAAO,UAAS+xB,CAAT,EAAW;AAAC,uBAAOA,IAAE5vB,EAAE4vB,CAAF,CAAF,EAAOA,KAAG,CAACogC,GAAGvjD,CAAH,CAAJ,KAAY,qBAAmBs8D,GAAGtyE,IAAH,CAAQm5B,CAAR,CAAnB,IAA+BA,aAAao5C,EAA5C,KAAiDp5C,IAAE,CAACA,CAAD,CAAnD,GAAwD66B,EAAE76B,CAAF,EAAInjB,CAAJ,EAAM,IAAI0M,CAAJ,EAAN,EAAY9hB,CAAZ,EAAcwG,CAAd,CAApE,CAAP,EAA6F+xB,KAAG,EAAvG;AAA0G,aAA7H;AAA8H,kBAASiV,CAAT,CAAW7kC,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmB;AAAC,iBAAI,IAAIpV,CAAJ,EAAMwG,CAAN,EAAQ+xB,CAAR,EAAU86B,IAAE,CAAhB,EAAkBvxC,EAAE5iB,MAAF,IAAUkW,CAAV,KAAcpV,IAAE8hB,EAAEuxC,CAAF,CAAF,EAAO7sD,IAAExG,EAAE4rC,KAAX,EAAiBrT,IAAE/xB,EAAEtH,MAArB,EAA4ByJ,KAAGA,EAAEy5D,KAAF,KAAUpiE,EAAEoiE,KAAf,IAAsBz5D,EAAErE,KAAF,KAAUtE,EAAEsE,KAAlC,IAAyCqE,EAAE8oE,YAAF,IAAgB9oE,EAAEijC,KAAF,CAAQ1sC,MAAxB,GAA+BsuC,EAAE7kC,EAAEijC,KAAF,CAAQjjC,EAAEijC,KAAF,CAAQ1sC,MAAR,GAAe,CAAvB,CAAF,EAA4Bc,EAAE4rC,KAA9B,EAAoCwnB,CAApC,EAAsCh+C,CAAtC,CAA/B,IAAyE5O,IAAEA,EAAE/I,KAAF,CAAQ21D,CAAR,EAAUA,IAAEh+C,CAAZ,CAAF,EAAiBzM,EAAEijC,KAAF,GAAQjjC,EAAEijC,KAAF,CAAQluC,MAAR,CAAe8I,CAAf,CAAlG,GAAqHsb,EAAEphB,MAAF,CAAS2yD,GAAT,EAAa,CAAb,CAA9J,IAA+KrzD,EAAEyxE,YAAF,IAAgBjrE,EAAEtH,MAAlB,IAA0BsuC,EAAExtC,CAAF,EAAIwG,CAAJ,EAAM4sD,CAAN,EAAQh+C,CAAR,GAAWpV,EAAE4rC,KAAF,CAAQ1sC,MAAR,IAAgB4iB,EAAEphB,MAAF,CAAS2yD,GAAT,EAAa,CAAb,CAArD,KAAuE7sD,IAAEA,EAAE/I,KAAF,CAAQ21D,CAAR,EAAUA,IAAEh+C,CAAZ,CAAF,EAAiBpV,EAAE4rC,KAAF,GAAQplC,CAAzB,EAA2BxG,EAAE4rC,KAAF,CAAQ1sC,MAAR,IAAgB4iB,EAAEphB,MAAF,CAAS2yD,GAAT,EAAa,CAAb,CAAlH,CAA3M,EAA8U,MAAI7sD,EAAEtH,MAAN,GAAak0D,KAAG76B,CAAhB,IAAmB66B,IAAE,CAAF,EAAIh+C,KAAG5O,EAAEtH,MAA5B,CAA9U,EAAkX,EAAE,EAAEm0D,CAAF,IAAKvxC,EAAE5iB,MAAT,CAAhY,CAAlB,KAAsam0D,IAAEvxC,EAAE5iB,MAAJ,IAAY4iB,EAAEphB,MAAF,CAAS2yD,CAAT,EAAWvxC,EAAE5iB,MAAF,GAASm0D,CAApB,CAAZ;AAAmC,kBAASoD,CAAT,CAAW9tD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAMsxC,CAAN;AAAA,gBAAQh+C,CAAR;AAAA,gBAAUpV,CAAV;AAAA,gBAAYwG,CAAZ;AAAA,gBAAc+xB,IAAE,EAAhB,CAAmB,KAAIzW,IAAE,CAAF,EAAIsxC,IAAEzqD,EAAEzJ,MAAZ,EAAmB4iB,IAAEsxC,CAArB,EAAuBtxC,GAAvB;AAA2B,oBAAGtb,IAAEmC,EAAEipE,EAAF,CAAK9vD,CAAL,CAAF,EAAUtb,EAAEirE,YAAf,EAA4Bl5C,IAAEA,EAAE76B,MAAF,CAAS+4D,EAAEjwD,EAAEolC,KAAJ,CAAT,CAAF,CAA5B,KAAwD,KAAIx2B,IAAE5O,EAAEolC,KAAJ,EAAU5rC,IAAE,CAAhB,EAAkBA,IAAEoV,EAAElW,MAAtB,EAA6Bc,GAA7B;AAAiCu4B,sBAAE56B,IAAF,CAAOyX,EAAEw8D,EAAF,CAAK5xE,CAAL,CAAP;AAAjC;AAAnF,aAAoI,OAAOu4B,CAAP;AAAS,kBAAS4+B,CAAT,CAAWxuD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,EAAQpV,CAAR,CAAU,IAAG8hB,CAAH,EAAK,KAAIsxC,IAAE,CAAF,EAAIh+C,IAAEzM,EAAEzJ,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2BpzD,oBAAE2I,EAAEipE,EAAF,CAAKxe,CAAL,CAAF,EAAUpzD,EAAEyxE,YAAF,GAAeta,EAAEn3D,EAAE4rC,KAAJ,EAAU9pB,CAAV,CAAf,GAA4B9hB,EAAE4rC,KAAF,GAAQ,IAAIgsB,CAAJ,CAAM53D,EAAE4rC,KAAR,EAAc9pB,CAAd,CAA9C;AAA3B;AAA0F,kBAASs1C,CAAT,CAAWzuD,CAAX,EAAamZ,CAAb,EAAe;AAAC,iBAAI,IAAIsxC,IAAE,CAAN,EAAQh+C,IAAEzM,EAAEzJ,MAAhB,EAAuBk0D,IAAEh+C,CAAzB,EAA2Bg+C,GAA3B;AAA+B,oBAAGzqD,EAAEyqD,CAAF,EAAKqe,YAAR,EAAqB;AAAC,wBAAGra,EAAEzuD,EAAEyqD,CAAF,EAAKxnB,KAAP,EAAa9pB,CAAb,CAAH,EAAmB,OAAM,CAAC,CAAP;AAAS,iBAAlD,MAAuD,IAAGA,EAAEnZ,EAAEyqD,CAAF,EAAKxnB,KAAP,EAAajjC,EAAEyqD,CAAF,CAAb,CAAH,EAAsB,OAAM,CAAC,CAAP;AAA5G;AAAqH,kBAAS6D,CAAT,CAAWtuD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiBh+C,CAAjB,EAAmB;AAAC,iBAAI,IAAIpV,IAAE,CAAV,EAAYA,IAAE2I,EAAEzJ,MAAJ,IAAYyJ,EAAE3I,CAAF,EAAKoc,IAAL,KAAY0F,CAAxB,IAA2B,CAACo1C,EAAEvuD,EAAE3I,CAAF,EAAKoc,IAAP,EAAYg3C,CAAZ,EAAch+C,CAAd,CAAxC,EAAyDpV,GAAzD;AAA+D,kBAASk3D,CAAT,CAAWvuD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiB;AAAC,iBAAI,IAAIh+C,IAAE,CAAN,EAAQpV,IAAE2I,EAAEzJ,MAAhB,EAAuBkW,IAAEpV,CAAzB,EAA2BoV,GAA3B,EAA+B;AAAC,oBAAGzM,EAAEyM,CAAF,KAAMzM,EAAEyM,CAAF,EAAKq8D,YAAd,EAA2B,OAAOva,EAAEvuD,EAAEyM,CAAF,EAAKw2B,KAAP,EAAa9pB,CAAb,EAAesxC,CAAf,CAAP,CAAyB,IAAGzqD,EAAEyM,CAAF,MAAO0M,CAAP,IAAUnZ,EAAEyM,CAAF,MAAOg+C,CAApB,EAAsB,OAAOzqD,EAAEyM,CAAF,IAAKg+C,CAAL,EAAO,CAAC,CAAf;AAAiB;AAAC,kBAASuE,CAAT,CAAWhvD,CAAX,EAAayqD,CAAb,EAAeh+C,CAAf,EAAiBpV,CAAjB,EAAmBwG,CAAnB,EAAqB;AAAC,gBAAI+xB,CAAJ,EAAM86B,CAAN,EAAQO,CAAR,EAAUn9C,CAAV,CAAY,KAAI8hB,IAAE,CAAF,EAAI86B,IAAE1qD,EAAEzJ,MAAZ,EAAmBq5B,IAAE86B,CAArB,EAAuB96B,GAAvB;AAA2B,oBAAGq7B,IAAEjrD,EAAE4vB,CAAF,CAAF,EAAOq7B,KAAG,EAAEA,aAAa5zD,CAAf,CAAb,EAA+B,IAAG4zD,EAAE6d,YAAF,KAAiB3vD,CAAjB,IAAoBtb,CAAvB,EAAyB;AAAC,yBAAIiQ,IAAE,CAAN,EAAQA,IAAE28C,EAAEl0D,MAAZ,EAAmBuX,GAAnB;AAAuB,4BAAG28C,EAAE38C,CAAF,MAAOm9C,CAAV,EAAY;AAACjrD,8BAAE4vB,CAAF,IAAK66B,EAAEwe,EAAF,CAAKn7D,CAAL,CAAL,EAAawgD,EAAE7hD,CAAF,EAAIg+C,CAAJ,EAAMQ,CAAN,EAAQjrD,EAAE4vB,CAAF,CAAR,CAAb,CAA2B;AAAM;AAArE;AAAsE,iBAAhG,MAAqGo/B,EAAE/D,EAAEhoB,KAAJ,EAAUwnB,CAAV,EAAYh+C,CAAZ,EAAcpV,CAAd,EAAgBwG,CAAhB;AAA/J;AAAkL,kBAASixD,CAAT,CAAW9uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,EAAQpV,CAAR,CAAU,KAAIozD,IAAE,CAAF,EAAIh+C,IAAEzM,EAAEzJ,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2B,oBAAGpzD,IAAE2I,EAAEipE,EAAF,CAAKxe,CAAL,CAAF,EAAUpzD,EAAE6b,GAAF,IAAOiG,EAAEjG,GAAtB,EAA0B,OAAOlT,EAAEjI,MAAF,CAAS0yD,CAAT,EAAW,CAAX,GAAcpzD,CAArB;AAArD;AAA4E,kBAASq2D,CAAT,CAAW1tD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOA,IAAEy1C,EAAE5uD,CAAF,EAAI,UAASA,CAAT,EAAW;AAAC,uBAAOA,EAAEkT,GAAF,IAAOlT,EAAEkT,GAAF,IAAOiG,EAAEjG,GAAhB,IAAqBlT,EAAEmZ,EAAE+vD,OAAJ,MAAe/vD,EAAEtY,EAAjB,IAAqBsY,EAAEtY,EAAF,KAAOsY,EAAEgwD,UAA1D;AAAqE,aAArF,CAAF,GAAyF,CAAC,CAAjG;AAAmG,kBAASpa,CAAT,CAAW/uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOA,IAAEy1C,EAAE5uD,CAAF,EAAI,UAASA,CAAT,EAAW;AAAC,uBAAOA,EAAEkT,GAAF,IAAOiG,EAAEjG,GAAhB;AAAoB,aAApC,CAAF,GAAwC,CAAC,CAAhD;AAAkD,kBAAS07C,CAAT,CAAW5uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,CAAQ,KAAIg+C,IAAE,CAAF,EAAIh+C,IAAEzM,EAAEzJ,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2B,oBAAGtxC,EAAEnZ,EAAEyqD,CAAF,CAAF,CAAH,EAAW,OAAOA,CAAP;AAAtC,aAA+C,OAAM,CAAC,CAAP;AAAS,kBAASyE,CAAT,CAAWlvD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ,EAAMh+C,CAAN,CAAQ,OAAOzM,KAAG,CAACgwD,GAAGhwD,CAAH,CAAJ,IAAWyqD,IAAEzqD,EAAEmZ,CAAF,CAAF,EAAO1M,IAAE0jD,GAAG1F,CAAH,IAAMA,EAAE2e,IAAF,IAAQ3e,EAAEgP,KAAV,IAAiBtgD,CAAvB,GAAyBnZ,EAAEmZ,CAAF,KAAMA,CAAxC,EAA0C2xC,GAAGr+C,CAAH,IAAM0M,CAAN,GAAQ1M,CAA7D,IAAgE0M,CAAvE;AAAyE,kBAAS01C,CAAT,CAAW7uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ;AAAA,gBAAMh+C,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUwG,IAAE,EAAZ,CAAe,KAAIxG,CAAJ,IAAS2I,CAAT;AAAW,8BAAY3I,CAAZ,KAAgBwG,EAAExG,CAAF,IAAK2I,EAAE3I,CAAF,CAArB;AAAX,aAAsC,IAAG2I,EAAEgJ,OAAL,EAAa,KAAInL,EAAEmL,OAAF,GAAU,EAAV,EAAayhD,IAAE,CAAf,EAAiBh+C,IAAEzM,EAAEgJ,OAAF,CAAUzS,MAAjC,EAAwCk0D,IAAEh+C,CAA1C,EAA4Cg+C,GAA5C;AAAgD5sD,kBAAEmL,OAAF,CAAUyhD,CAAV,IAAaoE,EAAE7uD,EAAEgJ,OAAF,CAAUyhD,CAAV,CAAF,EAAetxC,CAAf,CAAb;AAAhD,aAAb,MAAiGtb,EAAE47D,KAAF,GAAQvK,EAAE/1C,EAAEkwD,MAAJ,EAAWxrE,EAAE47D,KAAb,CAAR,CAA4B,OAAO57D,CAAP;AAAS,kBAAS0vD,CAAT,CAAWvtD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAIsxC,CAAJ;AAAA,gBAAMh+C,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUwG,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc86B,IAAE,EAAhB,CAAmB,KAAID,IAAE,CAAF,EAAIh+C,IAAEzM,EAAEzJ,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB,EAA2B;AAACpzD,oBAAE,EAAF,EAAKwG,IAAEmC,EAAEyqD,CAAF,CAAP,CAAY,KAAI76B,CAAJ,IAAS/xB,CAAT;AAAWxG,sBAAEu4B,CAAF,IAAK/xB,EAAE+xB,CAAF,CAAL;AAAX,iBAAqBv4B,EAAEoiE,KAAF,GAAQvK,EAAE/1C,EAAEkwD,MAAJ,EAAWhyE,EAAEoiE,KAAb,CAAR,EAA4BpiE,EAAEsxE,UAAF,IAAc7Y,GAAGz4D,EAAEsxE,UAAL,CAAd,KAAiCtxE,EAAEsxE,UAAF,GAAapb,EAAEl2D,EAAEsxE,UAAJ,EAAexvD,CAAf,CAA9C,CAA5B,EAA6FuxC,EAAE11D,IAAF,CAAOqC,CAAP,CAA7F;AAAuG,oBAAOqzD,CAAP;AAAS,kBAAS9yD,CAAT,CAAWuhB,CAAX,EAAasxC,CAAb,EAAe;AAAC,gBAAIh+C,CAAJ,EAAMpV,CAAN,EAAQwG,CAAR,EAAU+xB,CAAV,EAAY86B,CAAZ,EAAcO,CAAd,EAAgBn9C,CAAhB,EAAkBu9C,CAAlB,EAAoBiB,CAApB,EAAsBf,CAAtB,CAAwB,KAAIpyC,IAAEnZ,EAAEmZ,CAAF,EAAK,CAAL,CAAF,EAAU1M,IAAE0M,EAAElhB,OAAd,EAAsBZ,IAAEozD,EAAE,CAAF,CAAxB,EAA6B5sD,IAAE4sD,EAAE,CAAF,CAA/B,EAAoC76B,IAAE,EAAtC,EAAyC86B,IAAE,CAA3C,EAA6CO,IAAEx+C,EAAElW,MAArD,EAA4Dm0D,IAAEO,CAA9D,EAAgEP,GAAhE;AAAoE4B,oBAAE,EAAF,EAAKjB,IAAE5+C,EAAEi+C,CAAF,CAAP,EAAY58C,IAAEu9C,EAAE5wD,UAAhB,EAA2BqT,MAAIqL,CAAJ,KAAQrL,IAAE,IAAV,CAA3B,EAA2Cu9C,EAAEhjD,QAAF,IAAYyF,KAAGA,EAAEzF,QAAjB,KAA4ByF,MAAIw+C,EAAEz1C,QAAF,GAAW/I,EAAEw7D,KAAjB,GAAwBhd,EAAEj1D,EAAEoiE,KAAJ,IAAWpO,EAAE/wD,IAArC,EAA0CixD,IAAEF,EAAE/sD,UAAF,CAAa3C,KAAzD,EAA+D4vD,IAAEA,KAAGA,EAAEjmD,SAAL,GAAe+lD,EAAE1vD,KAAjB,GAAuB0vD,EAAE/wD,IAA1F,EAA+FgyD,EAAEzuD,EAAE47D,KAAJ,IAAWlO,CAA1G,EAA4G37B,EAAE56B,IAAF,CAAOs3D,CAAP,CAAxI,CAA3C;AAApE,aAAkQ,OAAO18B,CAAP;AAAS,kBAASu/B,CAAT,CAAWh2C,CAAX,EAAasxC,CAAb,EAAe;AAAC,gBAAIh+C,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQwG,CAAR;AAAA,gBAAU+xB,CAAV;AAAA,gBAAY86B,CAAZ;AAAA,gBAAcO,CAAd;AAAA,gBAAgBn9C,CAAhB;AAAA,gBAAkBu9C,IAAErrD,EAAEmZ,CAAF,EAAK,CAAL,EAAQowD,OAAR,CAAgB,CAAhB,CAApB;AAAA,gBAAuCjd,IAAEjB,IAAEA,EAAEme,IAAJ,GAAS,EAAlD;AAAA,gBAAqDje,IAAEd,EAAEl0D,MAAzD;AAAA,gBAAgE20D,IAAE,EAAlE,CAAqE,KAAIz+C,IAAE,CAAF,EAAIpV,IAAEi1D,EAAE/1D,MAAZ,EAAmBkW,IAAEpV,CAArB,EAAuBoV,GAAvB,EAA2B;AAAC,qBAAIi+C,IAAE,EAAF,EAAK58C,IAAE,CAAC,CAAR,EAAU8hB,IAAE08B,EAAE7/C,CAAF,EAAKg9D,KAAjB,EAAuB5rE,IAAE,CAA7B,EAA+BA,IAAE0tD,CAAjC,EAAmC1tD,GAAnC;AAAuCotD,wBAAEr7B,EAAE/xB,CAAF,CAAF,EAAO,SAAOotD,EAAEpwD,QAAF,CAAWC,WAAX,EAAP,KAAkCgT,IAAE,CAAC,CAAH,EAAK48C,EAAED,EAAE5sD,CAAF,EAAK47D,KAAP,IAAcxO,EAAEhnD,SAAvD,CAAP;AAAvC,iBAAgH6J,KAAGo9C,EAAEl2D,IAAF,CAAO01D,CAAP,CAAH;AAAa,oBAAOQ,CAAP;AAAS,kBAAS2C,CAAT,CAAW7tD,CAAX,EAAa;AAAC,mBAAO,YAAU;AAAC,oBAAImZ,IAAE,KAAK9E,KAAX;AAAA,oBAAiBo2C,IAAE0D,GAAGx4D,EAAH,CAAMqK,CAAN,EAAS1I,KAAT,CAAe,IAAf,EAAoBoyE,GAAGjzE,IAAH,CAAQc,SAAR,CAApB,CAAnB,CAA2D,OAAO,KAAK8c,KAAL,IAAY8E,CAAZ,IAAe,KAAKwwD,qBAAL,EAAf,EAA4Clf,CAAnD;AAAqD,aAAlI;AAAmI,kBAASiE,CAAT,CAAWv1C,CAAX,EAAasxC,CAAb,EAAe;AAAC,qBAASh+C,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe;AAAC,uBAAOnZ,EAAE6D,MAAF,CAASsV,CAAT,EAAYhL,GAAZ,CAAgBnO,EAAE4D,IAAF,CAAOuV,CAAP,CAAhB,CAAP;AAAkC,iBAAI9hB,CAAJ;AAAA,gBAAMwG,CAAN;AAAA,gBAAQ+xB,CAAR;AAAA,gBAAU86B,CAAV;AAAA,gBAAYO,CAAZ;AAAA,gBAAcn9C,CAAd;AAAA,gBAAgBu9C,CAAhB;AAAA,gBAAkBiB,CAAlB;AAAA,gBAAoBf,IAAEvrD,EAAEmZ,CAAF,EAAK3L,QAAL,EAAtB;AAAA,gBAAsC09C,IAAE,EAAxC;AAAA,gBAA2C0B,IAAEnC,EAAE,CAAF,EAAKgP,KAAlD;AAAA,gBAAwDlzC,IAAEkkC,EAAE,CAAF,KAAMA,EAAE,CAAF,EAAKgP,KAArE;AAAA,gBAA2Ej6D,IAAEirD,EAAE,CAAF,KAAMA,EAAE,CAAF,EAAKgP,KAAxF;AAAA,gBAA8F3kC,IAAE21B,EAAE,CAAF,KAAMA,EAAE,CAAF,EAAKgP,KAA3G,CAAiH,KAAIpiE,IAAE,CAAF,EAAIwG,IAAE0tD,EAAEh1D,MAAZ,EAAmBc,IAAEwG,CAArB,EAAuBxG,GAAvB;AAA2Bu4B,oBAAE,EAACg6C,SAAQ,CAAC,CAAV,EAAF,EAAelf,IAAEa,EAAE9zD,EAAF,CAAKJ,CAAL,CAAjB,EAAyByW,IAAE48C,EAAE,CAAF,EAAK9kD,UAAhC,EAA2C0mD,IAAE5B,EAAEl9C,QAAF,EAA7C,EAA0D2L,IAAEmzC,EAAEzoD,MAAF,CAAS,IAAT,CAA5D,EAA2EyoD,IAAEA,EAAEzoD,MAAF,CAAS,UAAT,CAA7E,EAAkGonD,IAAEP,EAAEtlD,IAAF,CAAO,SAAP,CAApG,EAAsH6lD,MAAIr7B,EAAE/uB,EAAF,GAAKoqD,CAAT,CAAtH,EAAkIn9C,MAAI8hB,EAAEg9B,CAAF,IAAK,KAAG9+C,EAAEjU,QAAL,GAAciU,EAAEjI,SAAhB,GAA0BymD,EAAEhyD,IAAF,EAAnC,CAAlI,EAA+KisB,MAAIqJ,EAAErJ,CAAF,IAAK9Z,EAAE6/C,CAAF,EAAI,GAAJ,EAASlnD,IAAT,CAAc,MAAd,CAAT,CAA/K,EAA+M0vB,MAAIlF,EAAEkF,CAAF,IAAKroB,EAAE6/C,CAAF,EAAI,KAAJ,EAAWlnD,IAAX,CAAgB,KAAhB,CAAT,CAA/M,EAAgP5F,MAAI6rD,IAAE5+C,EAAE6/C,CAAF,EAAI,WAAJ,EAAiB54C,IAAjB,CAAsB,WAAtB,CAAF,EAAqCkc,EAAEpwB,CAAF,IAAK6rD,KAAGrrD,EAAE5F,IAAF,CAAOixD,EAAEryD,OAAF,CAAU,UAAV,EAAqB,EAArB,CAAP,CAAjD,CAAhP,EAAmUmgB,EAAE5iB,MAAF,KAAWq5B,EAAEqT,KAAF,GAAQyrB,EAAEv1C,EAAE1hB,EAAF,CAAK,CAAL,CAAF,EAAUgzD,CAAV,CAAnB,CAAnU,EAAoW,UAAQC,EAAEtlD,IAAF,CAAO,kBAAP,CAAR,KAAqCwqB,EAAEi6C,WAAF,GAAc,CAAC,CAApD,CAApW,EAA2Z3e,EAAEl2D,IAAF,CAAO46B,CAAP,CAA3Z;AAA3B,aAAgc,OAAOs7B,CAAP;AAAS,aAAIsC,CAAJ;AAAA,YAAMyB,CAAN;AAAA,YAAQN,CAAR;AAAA,YAAUhB,CAAV;AAAA,YAAYI,CAAZ;AAAA,YAAclD,CAAd;AAAA,YAAgBwE,CAAhB;AAAA,YAAkBD,CAAlB;AAAA,YAAoBh2B,CAApB;AAAA,YAAsBm2B,CAAtB;AAAA,YAAwB3B,CAAxB;AAAA,YAA0B0B,CAA1B;AAAA,YAA4BE,EAA5B;AAAA,YAA+BnB,EAA/B;AAAA,YAAkCD,EAAlC;AAAA,YAAqCD,EAArC;AAAA,YAAwCsB,EAAxC;AAAA,YAA2CC,EAA3C;AAAA,YAA8CC,EAA9C;AAAA,YAAiD3B,EAAjD;AAAA,YAAoD4B,EAApD;AAAA,YAAuDC,KAAG7vD,EAAEhI,MAA5D;AAAA,YAAmE+3D,KAAG/vD,EAAEnE,KAAxE;AAAA,YAA8Es0D,KAAGnwD,EAAEtH,aAAnF;AAAA,YAAiGs3D,KAAGhwD,EAAElG,aAAtG;AAAA,YAAoHg2D,KAAG9vD,EAAErH,OAAzH;AAAA,YAAiIy3D,KAAGpwD,EAAE3E,IAAtI;AAAA,YAA2I60D,KAAGlwD,EAAE4xB,IAAhJ;AAAA,YAAqJg/B,KAAG5wD,EAAE/I,IAA1J;AAAA,YAA+Jm2D,KAAGptD,EAAE5G,IAApK;AAAA,YAAyK62D,KAAGt7D,OAAO07D,KAAnL;AAAA,YAAyLvF,KAAGmF,GAAGx3D,UAA/L;AAAA,YAA0M40D,KAAG4C,GAAGiN,UAAhN;AAAA,YAA2NnQ,KAAGkD,GAAGkN,KAAjO;AAAA,YAAuO5M,KAAG,QAA1O;AAAA,YAAmPpF,KAAG,UAAtP;AAAA,YAAiQsF,KAAG,QAApQ;AAAA,YAA6QqZ,KAAG,MAAhR;AAAA,YAAuR/e,KAAG,QAA1R;AAAA,YAAmSmD,KAAG,SAAtS;AAAA,YAAgTzC,KAAG,QAAnT;AAAA,YAA4TiF,KAAG,MAA/T;AAAA,YAAsUI,KAAG,KAAzU;AAAA,YAA+U3D,KAAG,OAAlV;AAAA,YAA0VnC,KAAG,cAA7V;AAAA,YAA4WqB,KAAG,UAA/W;AAAA,YAA0XD,KAAG,YAA7X;AAAA,YAA0Y4E,KAAG,CAACP,EAAD,EAAIqZ,EAAJ,EAAO/e,EAAP,EAAUmD,EAAV,CAA7Y;AAAA,YAA2Z2C,KAAG,SAAHA,EAAG,CAAS7wD,CAAT,EAAW;AAAC,mBAAOA,CAAP;AAAS,SAAnb;AAAA,YAAobwwD,KAAGP,GAAGxkC,MAA1b;AAAA,YAAics+C,KAAG9Z,GAAGoC,SAAvc;AAAA,YAAid2X,KAAGlxE,IAApd;AAAA,YAAydmxE,KAAG,GAAGj1E,IAA/d;AAAA,YAAoe27D,KAAG,GAAGtvD,IAA1e;AAAA,YAA+e6oE,KAAG,GAAGlsE,GAArf;AAAA,YAAyf+yD,KAAG,GAAGh5D,MAA/f;AAAA,YAAsgBm1D,KAAG,GAAGrrD,KAA5gB;AAAA,YAAkhB6nE,KAAG,GAAG50E,KAAxhB;AAAA,YAA8hBq1E,KAAG,GAAGllE,OAApiB;AAAA,YAA4iB8jE,KAAG,GAAG5zE,QAAljB;AAAA,YAA2jBi1E,KAAGna,GAAG36D,OAAH,CAAWkkE,UAAzkB;AAAA,YAAolB6Q,KAAG,qBAAvlB;AAAA,YAA6mBC,KAAG,YAAhnB;AAAA,YAA6nBC,KAAG,YAAhoB;AAAA,YAA6oBvB,KAAG3b,GAAGr1D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,IAAN,CAAWA,EAAEnxD,IAAF,GAAO6f,KAAGw1C,CAAV,EAAYtB,GAAG13D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBg0D,CAAhB,CAAZ,EAA+BA,EAAEl0D,MAAF,GAASyJ,EAAEzJ,MAA1C,EAAiDk0D,EAAEv2B,OAAF,CAAUl0B,CAAV,EAAYyqD,CAAZ,CAAjD;AAAgE,aAA/F,EAAgGwe,IAAG,YAASjpE,CAAT,EAAW;AAAC,uBAAO,KAAKA,CAAL,CAAP;AAAe,aAA9H,EAA+H2xD,QAAO,kBAAU;AAAC,oBAAI3xD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,KAAKl0D,MAAf;AAAA,oBAAsBkW,IAAElT,MAAMkxD,CAAN,CAAxB,CAAiC,KAAIzqD,IAAE,CAAN,EAAQA,IAAEyqD,CAAV,EAAYzqD,GAAZ;AAAgBmZ,wBAAE,KAAKnZ,CAAL,CAAF,EAAUmZ,aAAaw1C,CAAb,KAAiBx1C,IAAEA,EAAEw4C,MAAF,EAAnB,CAAV,EAAyCllD,EAAEzM,CAAF,IAAKmZ,CAA9C;AAAhB,iBAAgE,OAAO1M,CAAP;AAAS,aAA3P,EAA4PvJ,QAAOkqD,EAAnQ,EAAsQl5B,SAAQ,iBAASl0B,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,IAAE,IAAV;AAAA,oBAAewG,IAAE,SAAFA,CAAE,GAAU;AAAC,2BAAOxG,CAAP;AAAS,iBAArC,CAAsC,KAAI8hB,IAAEA,KAAG,EAAL,EAAQsxC,IAAE,CAAV,EAAYh+C,IAAEzM,EAAEzJ,MAApB,EAA2Bk0D,IAAEh+C,CAA7B,EAA+Bg+C,GAA/B;AAAmCtxC,sBAAEsxC,CAAF,IAAKpzD,EAAEsgB,IAAF,CAAO3X,EAAEyqD,CAAF,CAAP,EAAY5sD,CAAZ,CAAL;AAAnC,iBAAuD,OAAOsb,CAAP;AAAS,aAAlY,EAAmYxB,MAAK,cAAS3X,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR,CAAa,OAAO,SAAOzM,CAAP,IAAU,sBAAoB+oE,GAAGtyE,IAAH,CAAQuJ,CAAR,CAA9B,KAA2CyqD,IAAEzqD,aAAayM,EAAEnT,IAAf,IAAqB0G,aAAa6qD,CAApC,EAAsCJ,MAAIzqD,IAAEA,aAAa2uD,CAAb,GAAe3uD,EAAE2xD,MAAF,EAAf,GAA0B3xD,CAA5B,EAA8BA,IAAE,IAAIyM,EAAEnT,IAAN,CAAW0G,CAAX,CAApC,CAAtC,EAAyFA,EAAEkD,MAAF,GAASiW,CAAlG,EAAoGnZ,EAAE04B,IAAF,CAAO+yB,EAAP,EAAU,UAASzrD,CAAT,EAAW;AAACyM,sBAAEmQ,OAAF,CAAU6uC,EAAV,EAAa,EAACgO,OAAMz5D,EAAEy5D,KAAT,EAAez2D,MAAKhD,EAAEgD,IAAtB,EAA2BiL,OAAMjO,EAAEiO,KAAnC,EAAyCg1B,OAAMjjC,EAAEijC,KAAF,IAAS,CAAC,IAAD,CAAxD,EAA+DqkC,QAAOtnE,EAAEgD,IAAF,GAAOhD,EAAEsnE,MAAF,IAAU,YAAjB,GAA8B,YAApG,EAAb;AAAgI,iBAAtJ,CAA/I,GAAwStnE,CAA/S;AAAiT,aAAptB,EAAqtBhL,MAAK,gBAAU;AAAC,oBAAIgL,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK5iB,MAAb;AAAA,oBAAoBk0D,IAAE,KAAKv2B,OAAL,CAAa38B,SAAb,CAAtB,CAA8C,OAAOyI,IAAEiqE,GAAG3yE,KAAH,CAAS,IAAT,EAAcmzD,CAAd,CAAF,EAAmB,KAAK7tC,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,KAAR,EAAcr5D,OAAMkL,CAApB,EAAsB8pB,OAAMwnB,CAA5B,EAAhB,CAAnB,EAAmEzqD,CAA1E;AAA4E,aAA/1B,EAAg2BlL,OAAM40E,EAAt2B,EAAy2B5xE,MAAK,GAAGA,IAAj3B,EAAs3BuJ,MAAKsvD,EAA33B,EAA83B3yD,KAAI,eAAU;AAAC,oBAAIgC,IAAE,KAAKzJ,MAAX;AAAA,oBAAkB4iB,IAAE+wD,GAAG5yE,KAAH,CAAS,IAAT,CAApB,CAAmC,OAAO0I,KAAG,KAAK4c,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,QAAR,EAAiBr5D,OAAMjO,IAAE,CAAzB,EAA2BijC,OAAM,CAAC9pB,CAAD,CAAjC,EAAhB,CAAH,EAA0DA,CAAjE;AAAmE,aAAn/B,EAAo/BphB,QAAO,gBAASiI,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,CAAR;AAAA,oBAAU+xB,IAAE,KAAKsE,OAAL,CAAaw1C,GAAGjzE,IAAH,CAAQc,SAAR,EAAkB,CAAlB,CAAb,CAAZ,CAA+C,IAAGkV,IAAEskD,GAAGz5D,KAAH,CAAS,IAAT,EAAc,CAAC0I,CAAD,EAAGmZ,CAAH,EAAMpkB,MAAN,CAAa66B,CAAb,CAAd,CAAF,EAAiCnjB,EAAElW,MAAtC,EAA6C,KAAI,KAAKqmB,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,QAAR,EAAiBr5D,OAAMjO,CAAvB,EAAyBijC,OAAMx2B,CAA/B,EAAhB,GAAmDpV,IAAE,CAArD,EAAuDwG,IAAE4O,EAAElW,MAA/D,EAAsEc,IAAEwG,CAAxE,EAA0ExG,GAA1E;AAA8EoV,sBAAEpV,CAAF,KAAMoV,EAAEpV,CAAF,EAAKmW,QAAX,IAAqBf,EAAEpV,CAAF,EAAKshC,MAAL,CAAY8yB,EAAZ,CAArB;AAA9E,iBAAmH,OAAOhB,KAAG,KAAK7tC,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,KAAR,EAAcr5D,OAAMjO,CAApB,EAAsBijC,OAAMrT,CAA5B,EAAhB,CAAH,EAAmDnjB,CAA1D;AAA4D,aAAtxC,EAAuxC5K,OAAM,iBAAU;AAAC,oBAAI7B,IAAE,KAAKzJ,MAAX;AAAA,oBAAkB4iB,IAAE+zC,GAAG51D,KAAH,CAAS,IAAT,CAApB,CAAmC,OAAO0I,KAAG,KAAK4c,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,QAAR,EAAiBr5D,OAAM,CAAvB,EAAyBg1B,OAAM,CAAC9pB,CAAD,CAA/B,EAAhB,CAAH,EAAwDA,CAA/D;AAAiE,aAA54C,EAA64ClU,SAAQ,mBAAU;AAAC,oBAAIjF,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK+a,OAAL,CAAa38B,SAAb,CAAR,CAAgC,OAAOyI,IAAEmqE,GAAG7yE,KAAH,CAAS,IAAT,EAAc6hB,CAAd,CAAF,EAAmB,KAAKyD,OAAL,CAAa6uC,EAAb,EAAgB,EAAC6b,QAAO,KAAR,EAAcr5D,OAAM,CAApB,EAAsBg1B,OAAM9pB,CAA5B,EAAhB,CAAnB,EAAmEnZ,CAA1E;AAA4E,aAA5gD,EAA6gD/K,SAAQ,iBAAS+K,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,IAAV,CAAe,KAAI0M,IAAE,CAAF,EAAIsxC,IAAEh+C,EAAElW,MAAZ,EAAmB4iB,IAAEsxC,CAArB,EAAuBtxC,GAAvB;AAA2B,wBAAG1M,EAAE0M,CAAF,MAAOnZ,CAAV,EAAY,OAAOmZ,CAAP;AAAvC,iBAAgD,OAAM,CAAC,CAAP;AAAS,aAAzmD,EAA0mDwhB,SAAQ,iBAAS36B,CAAT,EAAW;AAAC,qBAAI,IAAImZ,IAAE,CAAN,EAAQsxC,IAAE,KAAKl0D,MAAnB,EAA0B4iB,IAAEsxC,CAA5B,EAA8BtxC,GAA9B;AAAkCnZ,sBAAE,KAAKmZ,CAAL,CAAF,EAAUA,CAAV,EAAY,IAAZ;AAAlC;AAAoD,aAAlrD,EAAmrDhiB,KAAI,aAAS6I,CAAT,EAAW;AAAC,qBAAI,IAAImZ,IAAE,CAAN,EAAQsxC,IAAE,EAAV,EAAah+C,IAAE,KAAKlW,MAAxB,EAA+B4iB,IAAE1M,CAAjC,EAAmC0M,GAAnC;AAAuCsxC,sBAAEtxC,CAAF,IAAKnZ,EAAE,KAAKmZ,CAAL,CAAF,EAAUA,CAAV,EAAY,IAAZ,CAAL;AAAvC,iBAA8D,OAAOsxC,CAAP;AAAS,aAA1wD,EAA2wD3oB,QAAO,gBAAS9hC,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,CAAR;AAAA,oBAAUh+C,IAAE,KAAKlW,MAAjB,CAAwB,KAAI,KAAGgB,UAAUhB,MAAb,GAAoB4iB,IAAE5hB,UAAU,CAAV,CAAtB,GAAmCkzD,IAAEh+C,CAAF,KAAM0M,IAAE,KAAKsxC,GAAL,CAAR,CAAvC,EAA0DA,IAAEh+C,CAA5D,EAA8Dg+C,GAA9D;AAAkEtxC,wBAAEnZ,EAAEmZ,CAAF,EAAI,KAAKsxC,CAAL,CAAJ,EAAYA,CAAZ,EAAc,IAAd,CAAF;AAAlE,iBAAwF,OAAOtxC,CAAP;AAAS,aAAv5D,EAAw5DqxD,aAAY,qBAASxqE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,KAAKl0D,MAAL,GAAY,CAApB,CAAsB,KAAI,KAAGgB,UAAUhB,MAAb,GAAoB4iB,IAAE5hB,UAAU,CAAV,CAAtB,GAAmCkzD,IAAE,CAAF,KAAMtxC,IAAE,KAAKsxC,GAAL,CAAR,CAAvC,EAA0DA,KAAG,CAA7D,EAA+DA,GAA/D;AAAmEtxC,wBAAEnZ,EAAEmZ,CAAF,EAAI,KAAKsxC,CAAL,CAAJ,EAAYA,CAAZ,EAAc,IAAd,CAAF;AAAnE,iBAAyF,OAAOtxC,CAAP;AAAS,aAAxiE,EAAyiEtV,QAAO,gBAAS7D,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAMsxC,IAAE,CAAR,EAAUh+C,IAAE,EAAZ,EAAepV,IAAE,KAAKd,MAA1B,EAAiCk0D,IAAEpzD,CAAnC,EAAqCozD,GAArC;AAAyCtxC,wBAAE,KAAKsxC,CAAL,CAAF,EAAUzqD,EAAEmZ,CAAF,EAAIsxC,CAAJ,EAAM,IAAN,MAAch+C,EAAEA,EAAElW,MAAJ,IAAY4iB,CAA1B,CAAV;AAAzC,iBAAgF,OAAO1M,CAAP;AAAS,aAArpE,EAAspE7I,MAAK,cAAS5D,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAMsxC,IAAE,CAAR,EAAUh+C,IAAE,KAAKlW,MAArB,EAA4Bk0D,IAAEh+C,CAA9B,EAAgCg+C,GAAhC;AAAoC,wBAAGtxC,IAAE,KAAKsxC,CAAL,CAAF,EAAUzqD,EAAEmZ,CAAF,EAAIsxC,CAAJ,EAAM,IAAN,CAAb,EAAyB,OAAOtxC,CAAP;AAA7D;AAAsE,aAA7uE,EAA8uEsxD,OAAM,eAASzqE,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAMsxC,IAAE,CAAR,EAAUh+C,IAAE,KAAKlW,MAArB,EAA4Bk0D,IAAEh+C,CAA9B,EAAgCg+C,GAAhC;AAAoC,wBAAGtxC,IAAE,KAAKsxC,CAAL,CAAF,EAAU,CAACzqD,EAAEmZ,CAAF,EAAIsxC,CAAJ,EAAM,IAAN,CAAd,EAA0B,OAAM,CAAC,CAAP;AAA9D,iBAAuE,OAAM,CAAC,CAAP;AAAS,aAAh1E,EAAi1EigB,MAAK,cAAS1qE,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAMsxC,IAAE,CAAR,EAAUh+C,IAAE,KAAKlW,MAArB,EAA4Bk0D,IAAEh+C,CAA9B,EAAgCg+C,GAAhC;AAAoC,wBAAGtxC,IAAE,KAAKsxC,CAAL,CAAF,EAAUzqD,EAAEmZ,CAAF,EAAIsxC,CAAJ,EAAM,IAAN,CAAb,EAAyB,OAAM,CAAC,CAAP;AAA7D,iBAAsE,OAAM,CAAC,CAAP;AAAS,aAAj7E,EAAk7E96C,QAAO,gBAAS3P,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlkB,OAAL,CAAa+K,CAAb,CAAN,CAAsBmZ,MAAI,CAAC,CAAL,IAAQ,KAAKphB,MAAL,CAAYohB,CAAZ,EAAc,CAAd,CAAR;AAAyB,aAAp/E,EAAq/EvJ,OAAM,iBAAU;AAAC,qBAAK7X,MAAL,CAAY,CAAZ,EAAc,KAAKxB,MAAnB;AAA2B,aAAjiF,EAAV,CAAhpB,CAA8rG,eAAa,OAAO2F,MAApB,IAA4BA,OAAOC,QAAnC,IAA6C,CAAC6sE,GAAG5yE,SAAH,CAAa8F,OAAOC,QAApB,CAA9C,KAA8E6sE,GAAG5yE,SAAH,CAAa8F,OAAOC,QAApB,IAA8B,GAAGD,OAAOC,QAAV,CAA5G,GAAiI8yD,IAAE+Z,GAAGhxE,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACk0C,mBAAG13D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,GAAsB,KAAK6C,IAAL,GAAU6f,KAAGw1C,CAAnC,CAAqC,KAAI,IAAIlE,IAAE,CAAV,EAAYA,IAAEzqD,EAAEzJ,MAAhB,EAAuBk0D,GAAvB;AAA2B,yBAAKA,CAAL,IAAQzqD,EAAEyqD,CAAF,CAAR;AAA3B,iBAAwC,KAAKl0D,MAAL,GAAYk0D,CAAZ,EAAc,KAAKkgB,OAAL,GAAa5a,GAAG,YAAU;AAAC,2BAAO,IAAP;AAAY,iBAA1B,EAA2B,IAA3B,CAA3B;AAA4D,aAA7J,EAA8JkZ,IAAG,YAASjpE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKnZ,CAAL,CAAN,CAAc,OAAOmZ,aAAa,KAAK7f,IAAlB,GAAuB6f,EAAEjW,MAAF,GAAS,KAAKynE,OAArC,GAA6CxxD,IAAE,KAAKnZ,CAAL,IAAQ,KAAK2X,IAAL,CAAUwB,CAAV,EAAY,KAAKwxD,OAAjB,CAAvD,EAAiFxxD,CAAxF;AAA0F,aAArR,EAAV,CAAnI,EAAqaw1C,IAAEtB,GAAGr1D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,IAAV;AAAA,oBAAepV,IAAE,SAAFA,CAAE,GAAU;AAAC,2BAAOoV,CAAP;AAAS,iBAArC,CAAsC4gD,GAAG13D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,GAAsB,KAAKm0E,SAAL,GAAe,EAArC,CAAwC,KAAIngB,CAAJ,IAASzqD,CAAT;AAAWmZ,wBAAEnZ,EAAEyqD,CAAF,CAAF,EAAO,oBAAiBtxC,CAAjB,yCAAiBA,CAAjB,MAAoBA,CAApB,IAAuB,CAACA,EAAE+iB,OAA1B,IAAmC,OAAKuuB,EAAEE,MAAF,CAAS,CAAT,CAAxC,KAAsDxxC,IAAE1M,EAAEkL,IAAF,CAAOwB,CAAP,EAASsxC,CAAT,EAAWpzD,CAAX,CAAxD,CAAP,EAA8EoV,EAAEg+C,CAAF,IAAKtxC,CAAnF;AAAX,iBAAgG1M,EAAEyG,GAAF,GAAM+8C,GAAGr0D,IAAH,EAAN;AAAgB,aAAhN,EAAiNivE,iBAAgB,yBAAS7qE,CAAT,EAAW;AAAC,uBAAO,KAAK3K,cAAL,CAAoB2K,CAApB,KAAwB,gBAAcA,CAAtC,IAAyC,cAAYA,CAArD,IAAwD,QAAO,KAAKA,CAAL,CAAP,MAAiBmrD,EAAzE,IAA6E,UAAQnrD,CAA5F;AAA8F,aAA3U,EAA4U26B,SAAQ,iBAAS36B,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAR,IAAa,IAAb;AAAkB,yBAAK0xD,eAAL,CAAqB1xD,CAArB,KAAyBnZ,EAAE,KAAKmZ,CAAL,CAAF,EAAUA,CAAV,CAAzB;AAAlB;AAAwD,aAAxZ,EAAyZw4C,QAAO,kBAAU;AAAC,oBAAI3xD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,EAAV,CAAa,KAAItxC,CAAJ,IAAS,IAAT;AAAc,yBAAK0xD,eAAL,CAAqB1xD,CAArB,MAA0BnZ,IAAE,KAAKmZ,CAAL,CAAF,EAAU,CAACnZ,aAAa2uD,CAAb,IAAgB3uD,aAAagpE,EAA9B,MAAoChpE,IAAEA,EAAE2xD,MAAF,EAAtC,CAAV,EAA4DlH,EAAEtxC,CAAF,IAAKnZ,CAA3F;AAAd,iBAA4G,OAAOyqD,CAAP;AAAS,aAA7iB,EAA8iB/zD,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR,CAAa,OAAOA,EAAE7tC,OAAF,CAAUk0C,EAAV,EAAa,EAAC2I,OAAMz5D,CAAP,EAAb,GAAwBmZ,IAAE,WAASnZ,CAAT,GAAWyqD,CAAX,GAAawF,GAAGxkC,MAAH,CAAUzrB,CAAV,EAAY,CAAC,CAAb,EAAgByqD,CAAhB,CAA9C;AAAiE,aAA5oB,EAA6oBqgB,MAAK,cAAS9qE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUwG,IAAE,IAAZ;AAAA,oBAAiB+xB,IAAE5vB,EAAE/K,OAAF,CAAU,GAAV,KAAgB,CAAnC,CAAqC,IAAG26B,CAAH,EAAK,KAAI66B,IAAEzqD,EAAE5D,KAAF,CAAQ,GAAR,CAAF,EAAeqQ,IAAE,EAArB,EAAwBg+C,EAAEl0D,MAAF,GAAS,CAAjC,GAAoC;AAAC,wBAAGkW,KAAGg+C,EAAE5oD,KAAF,EAAH,EAAaxK,IAAE44D,GAAGxkC,MAAH,CAAUhf,CAAV,EAAY,CAAC,CAAb,EAAgB5O,CAAhB,CAAf,EAAkCxG,aAAas3D,CAAlD,EAAoD,OAAOt3D,EAAEmc,GAAF,CAAMi3C,EAAEppD,IAAF,CAAO,GAAP,CAAN,EAAkB8X,CAAlB,GAAqByW,CAA5B,CAA8BnjB,KAAG,GAAH;AAAO,wBAAOwjD,GAAGp7C,MAAH,CAAU7U,CAAV,EAAanC,CAAb,EAAesb,CAAf,GAAkByW,CAAzB;AAA2B,aAAn2B,EAAo2Bpc,KAAI,aAASxT,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,IAAN;AAAA,oBAAWh+C,IAAE,CAAC,CAAd;AAAA,oBAAgBpV,IAAE2I,EAAE/K,OAAF,CAAU,GAAV,KAAgB,CAAlC;AAAA,oBAAoC4I,IAAEoyD,GAAGxkC,MAAH,CAAUzrB,CAAV,EAAY,CAAC,CAAb,EAAgByqD,CAAhB,CAAtC,CAAyD,OAAO5sD,MAAIsb,CAAJ,KAAQtb,aAAawvD,EAAb,IAAiB,KAAKud,SAAL,CAAe5qE,CAAf,CAAjB,KAAqC,KAAK4qE,SAAL,CAAe5qE,CAAf,EAAkBtJ,GAAlB,IAAuBmH,EAAE86B,MAAF,CAASm4B,EAAT,EAAY,KAAK8Z,SAAL,CAAe5qE,CAAf,EAAkBtJ,GAA9B,CAAvB,EAA0DmH,EAAE86B,MAAF,CAAS8yB,EAAT,EAAY,KAAKmf,SAAL,CAAe5qE,CAAf,EAAkB+qE,MAA9B,CAA/F,GAAsIt+D,IAAEg+C,EAAE7tC,OAAF,CAAU,KAAV,EAAgB,EAAC68C,OAAMz5D,CAAP,EAASrE,OAAMwd,CAAf,EAAhB,CAAxI,EAA2K1M,MAAIpV,MAAI8hB,IAAEsxC,EAAE9yC,IAAF,CAAOwB,CAAP,EAASnZ,CAAT,EAAW,YAAU;AAAC,2BAAOyqD,CAAP;AAAS,iBAA/B,CAAN,GAAwC,CAAC,CAACA,EAAEqgB,IAAF,CAAO9qE,CAAP,EAASmZ,CAAT,CAAD,IAAcnZ,EAAE/K,OAAF,CAAU,GAAV,KAAgB,CAA9B,IAAiC+K,EAAE/K,OAAF,CAAU,GAAV,KAAgB,CAAlD,KAAsDw1D,EAAE7tC,OAAF,CAAU6uC,EAAV,EAAa,EAACgO,OAAMz5D,CAAP,EAAb,CAAlG,CAAnL,GAA+SyM,CAAtT;AAAwT,aAAvuC,EAAwuCvJ,QAAOkqD,EAA/uC,EAAkvCz1C,MAAK,cAAS3X,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,oBAAIpV,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQ+xB,CAAR;AAAA,oBAAU86B,CAAV;AAAA,oBAAYO,IAAE,IAAd;AAAA,oBAAmBn9C,IAAEi7D,GAAGtyE,IAAH,CAAQuJ,CAAR,CAArB,CAAgC,OAAO,QAAMA,CAAN,IAAS,sBAAoB8N,CAApB,IAAuB,qBAAmBA,CAAnD,KAAuD8hB,IAAE5vB,aAAagpE,EAAf,EAAkBte,IAAE1qD,aAAamuD,EAAjC,EAAoC,sBAAoBrgD,CAApB,IAAuB48C,CAAvB,IAA0B96B,CAA1B,GAA4B,CAAC,qBAAmB9hB,CAAnB,IAAsB8hB,CAAtB,IAAyB86B,CAA1B,MAA+B96B,KAAG86B,CAAH,KAAO1qD,IAAE,IAAIgpE,EAAJ,CAAOhpE,CAAP,CAAT,GAAoBnC,IAAE4sD,EAAEQ,CAAF,EAAIQ,EAAJ,EAAOtyC,CAAP,EAAS,CAAC,CAAV,CAAtB,EAAmCnZ,EAAE04B,IAAF,CAAO+yB,EAAP,EAAU5tD,CAAV,CAAnC,EAAgDotD,EAAE2f,SAAF,CAAYzxD,CAAZ,IAAe,EAAC4xD,QAAOltE,CAAR,EAA9F,CAA5B,IAAuImC,aAAa2uD,CAAb,KAAiB3uD,IAAE,IAAI2uD,CAAJ,CAAM3uD,CAAN,CAAnB,GAA6B3I,IAAEozD,EAAEQ,CAAF,EAAI6F,EAAJ,EAAO33C,CAAP,EAAS,CAAC,CAAV,CAA/B,EAA4CnZ,EAAE04B,IAAF,CAAOo4B,EAAP,EAAUz5D,CAAV,CAA5C,EAAyDwG,IAAE4sD,EAAEQ,CAAF,EAAIQ,EAAJ,EAAOtyC,CAAP,EAAS,CAAC,CAAV,CAA3D,EAAwEnZ,EAAE04B,IAAF,CAAO+yB,EAAP,EAAU5tD,CAAV,CAAxE,EAAqFotD,EAAE2f,SAAF,CAAYzxD,CAAZ,IAAe,EAACziB,KAAIW,CAAL,EAAO0zE,QAAOltE,CAAd,EAA3O,CAApC,EAAiSmC,EAAEkD,MAAF,GAASuJ,CAAjW,GAAoWzM,CAA3W;AAA6W,aAAppD,EAAV,CAAva,EAAwkE2tD,IAAE,EAACziB,QAAO,gBAASlrC,CAAT,EAAW;AAAC,uBAAOiwD,GAAGt2D,UAAH,CAAcqG,CAAd,CAAP;AAAwB,aAA5C,EAA6CwrC,MAAK,cAASxrC,CAAT,EAAW;AAAC,uBAAOiwD,GAAG+E,SAAH,CAAah1D,CAAb,CAAP;AAAuB,aAArF,EAAsF,WAAU,iBAASA,CAAT,EAAW;AAAC,uBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWuwD,EAAX,GAAc,WAASvwD,EAAElF,WAAF,EAAvB,GAAuC,QAAMkF,CAAN,GAAQ,CAAC,CAACA,CAAV,GAAYA,CAA1D;AAA4D,aAAxK,EAAyKpF,QAAO,gBAASoF,CAAT,EAAW;AAAC,uBAAO,QAAMA,CAAN,GAAQA,IAAE,EAAV,GAAaA,CAApB;AAAsB,aAAlN,EAAmN,WAAU,kBAASA,CAAT,EAAW;AAAC,uBAAOA,CAAP;AAAS,aAAlP,EAA1kE,EAA8zE+tD,IAAE,EAACnzD,QAAO,EAAR,EAAWswC,QAAO,CAAlB,EAAoBM,MAAK,IAAIvvC,IAAJ,EAAzB,EAAkC,WAAU,CAAC,CAA7C,EAA+C,WAAU,EAAzD,EAAh0E,EAA63E4uD,IAAE8D,EAAE32D,MAAF,CAAS,EAACpC,MAAK,cAAS60D,CAAT,EAAW;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,IAAE,IAAV,CAAe,IAAG,CAAC,CAAC4sD,CAAD,IAAIzqD,EAAElG,aAAF,CAAgB2wD,CAAhB,CAAL,MAA2BA,IAAEzqD,EAAEhI,MAAF,CAAS,EAAT,EAAY6F,EAAEiqC,QAAd,EAAuB2iB,CAAvB,CAAF,EAA4B5sD,EAAEmtE,aAAzD,CAAH,EAA2E,KAAIv+D,IAAE,CAAN,EAAQA,IAAE5O,EAAEmtE,aAAF,CAAgBz0E,MAA1B,EAAiCkW,GAAjC;AAAqCpV,wBAAEwG,EAAEmtE,aAAF,CAAgBv+D,CAAhB,CAAF,EAAqBg+C,EAAEpzD,CAAF,IAAKwG,EAAEiqC,QAAF,CAAWzwC,CAAX,GAA1B;AAArC,iBAA+Es3D,EAAEh5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeoH,CAAf,EAAiB4sD,CAAjB,GAAoB5sD,EAAE2qE,KAAF,GAAQ,CAAC,CAA7B,EAA+B3qE,EAAEqrE,OAAF,KAAYrrE,EAAEgD,EAAF,GAAKhD,EAAEnH,GAAF,CAAMmH,EAAEqrE,OAAR,CAAL,EAAsBrrE,EAAEgD,EAAF,KAAOsY,CAAP,KAAWtb,EAAEgD,EAAF,GAAKhD,EAAEsrE,UAAlB,CAAlC,CAA/B;AAAgG,aAA3R,EAA4R0B,iBAAgB,yBAAS7qE,CAAT,EAAW;AAAC,uBAAO2uD,EAAEh5D,EAAF,CAAKk1E,eAAL,CAAqBp0E,IAArB,CAA0B,IAA1B,EAA+BuJ,CAA/B,KAAmC,UAAQA,CAA3C,IAA8C,EAAE,SAAO,KAAKkpE,OAAZ,IAAqB,SAAOlpE,CAA9B,CAA9C,IAAgF,YAAUA,CAA1F,IAA6F,iBAAeA,CAAnH;AAAqH,aAA7a,EAA8a6oE,QAAO,gBAAS7oE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR;AAAA,oBAAa5O,IAAEmC,CAAf;AAAA,oBAAiB4vB,IAAEnjB,EAAE48D,MAAF,IAAU,EAA7B,CAAgC,OAAOrpE,IAAE4vB,EAAE5vB,CAAF,CAAF,EAAOA,MAAIA,IAAE3I,EAAEu4B,CAAF,EAAI/xB,CAAJ,CAAN,CAAP,EAAqBmC,MAAIyqD,IAAEzqD,EAAE+tB,KAAJ,EAAU,CAAC08B,CAAD,IAAIzqD,EAAE1G,IAAN,KAAamxD,IAAEkD,EAAE3tD,EAAE1G,IAAF,CAAOwB,WAAP,EAAF,CAAf,CAAd,CAArB,EAA4E2vD,IAAEA,EAAEtxC,CAAF,CAAF,GAAOA,CAA1F;AAA4F,aAA/jB,EAAgkBsvD,eAAc,uBAASzoE,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAEsnE,MAAR,CAAe,SAAOnuD,CAAP,IAAU,YAAUA,CAApB,KAAwB,KAAKqvD,KAAL,GAAW,CAAC,CAApC;AAAuC,aAAhpB,EAAipByC,UAAS,kBAASjrE,CAAT,EAAW;AAAC,uBAAOA,IAAE,CAAC,KAAKqpE,MAAL,IAAa,EAAd,EAAkBrpE,CAAlB,CAAF,EAAuB,CAACA,CAAD,IAAIA,EAAEirE,QAAF,KAAa,CAAC,CAAhD;AAAkD,aAAxtB,EAAytBz3D,KAAI,aAASxT,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIpzD,IAAE,IAAN;AAAA,oBAAWwG,IAAExG,EAAEmxE,KAAf,CAAqBnxE,EAAE4zE,QAAF,CAAWjrE,CAAX,MAAgBmZ,IAAE9hB,EAAEwxE,MAAF,CAAS7oE,CAAT,EAAWmZ,CAAX,CAAF,EAAgB1M,EAAE0M,CAAF,EAAI9hB,EAAEX,GAAF,CAAMsJ,CAAN,CAAJ,MAAgB3I,EAAEmxE,KAAF,GAAQ,CAAC,CAAT,EAAW7Z,EAAEh5D,EAAF,CAAK6d,GAAL,CAAS/c,IAAT,CAAcY,CAAd,EAAgB2I,CAAhB,EAAkBmZ,CAAlB,EAAoBsxC,CAApB,KAAwB,CAAC5sD,CAAzB,KAA6BxG,EAAEmxE,KAAF,GAAQ3qE,CAArC,CAA3B,CAAhC;AAAqG,aAAv2B,EAAw2BqtE,QAAO,gBAASlrE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,IAAV;AAAA,oBAAepV,IAAE,SAAFA,CAAE,GAAU;AAAC,2BAAOoV,CAAP;AAAS,iBAArC,CAAsC,KAAI0M,CAAJ,IAASnZ,CAAT;AAAWyqD,wBAAEzqD,EAAEmZ,CAAF,CAAF,EAAO,OAAKA,EAAEwxC,MAAF,CAAS,CAAT,CAAL,KAAmBF,IAAEh+C,EAAEkL,IAAF,CAAO3X,EAAEmZ,CAAF,CAAP,EAAYA,CAAZ,EAAc9hB,CAAd,CAArB,CAAP,EAA8CoV,EAAEq+D,IAAF,CAAO3xD,CAAP,EAASsxC,CAAT,CAA9C;AAAX,iBAAqEh+C,EAAEy8D,OAAF,KAAYz8D,EAAE5L,EAAF,GAAK4L,EAAE/V,GAAF,CAAM+V,EAAEy8D,OAAR,CAAjB,GAAmCz8D,EAAE+7D,KAAF,GAAQ,CAAC,CAA5C;AAA8C,aAAphC,EAAqhC2C,OAAM,iBAAU;AAAC,uBAAO,KAAKtqE,EAAL,KAAU,KAAKsoE,UAAtB;AAAiC,aAAvkC,EAAT,CAA/3E,EAAk9Gte,EAAE7xB,MAAF,GAAS,UAASh5B,CAAT,EAAWyqD,CAAX,EAAa;AAACA,kBAAItxC,CAAJ,KAAQsxC,IAAEzqD,CAAF,EAAIA,IAAE6qD,CAAd,EAAiB,IAAIp+C,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQwG,CAAR;AAAA,gBAAU+xB,CAAV;AAAA,gBAAY86B,CAAZ;AAAA,gBAAcO,CAAd;AAAA,gBAAgBn9C,CAAhB;AAAA,gBAAkBu9C,CAAlB;AAAA,gBAAoBiB,IAAEuD,GAAG,EAAC/nB,UAAS,EAAV,EAAH,EAAiB2iB,CAAjB,CAAtB;AAAA,gBAA0Cc,IAAE,EAA5C;AAAA,gBAA+CL,IAAEoB,EAAEzrD,EAAnD;AAAA,gBAAsD+rD,IAAE,EAAxD,CAA2D,IAAG1B,MAAIoB,EAAE4c,OAAF,GAAUhe,CAAd,GAAiBoB,EAAEzrD,EAAF,IAAM,OAAOyrD,EAAEzrD,EAAhC,EAAmCqqD,MAAIoB,EAAExkB,QAAF,CAAWojB,CAAX,IAAcoB,EAAE6c,UAAF,GAAa,EAA/B,CAAnC,EAAsE,qBAAmBJ,GAAGtyE,IAAH,CAAQ61D,EAAE+c,MAAV,CAA5F,EAA8G;AAAC,qBAAIpe,IAAE,CAAF,EAAIn9C,IAAEw+C,EAAE+c,MAAF,CAAS9yE,MAAnB,EAA0B00D,IAAEn9C,CAA5B,EAA8Bm9C,GAA9B;AAAkCptD,wBAAEyuD,EAAE+c,MAAF,CAASpe,CAAT,CAAF,EAAc,QAAOptD,CAAP,yCAAOA,CAAP,OAAW0yD,EAAX,GAAchF,EAAE1tD,CAAF,IAAK,EAAnB,GAAsBA,EAAE47D,KAAF,KAAUlO,EAAE1tD,EAAE47D,KAAJ,IAAW57D,CAArB,CAApC;AAAlC,iBAA8FyuD,EAAE+c,MAAF,GAAS9d,CAAT;AAAW,kBAAIl0D,CAAJ,IAASi1D,EAAE+c,MAAX;AAAkBxrE,oBAAEyuD,EAAE+c,MAAF,CAAShyE,CAAT,CAAF,EAAcu4B,IAAE/xB,EAAEvE,IAAF,IAAQ,SAAxB,EAAkCoxD,IAAE,IAApC,EAAyCW,IAAEh0D,CAA3C,EAA6CA,IAAE,QAAOwG,EAAE47D,KAAT,MAAiBlJ,EAAjB,GAAoB1yD,EAAE47D,KAAtB,GAA4BpiE,CAA3E,EAA6EwG,EAAEutE,QAAF,KAAa1gB,IAAE4B,EAAExkB,QAAF,CAAWujB,MAAIh0D,CAAJ,GAAMg0D,CAAN,GAAQh0D,CAAnB,IAAsBwG,EAAEqO,YAAF,KAAiBiN,CAAjB,GAAmBtb,EAAEqO,YAArB,GAAkC6hD,EAAEn+B,EAAE90B,WAAF,EAAF,CAA1D,EAA6E,cAAY,OAAO4vD,CAAnB,IAAsBkC,EAAE53D,IAAF,CAAOqC,CAAP,CAAhH,CAA7E,EAAwMozD,EAAE5pD,EAAF,KAAOxJ,CAAP,KAAWi1D,EAAE6c,UAAF,GAAaze,CAAxB,CAAxM,EAAmO4B,EAAExkB,QAAF,CAAWujB,MAAIh0D,CAAJ,GAAMg0D,CAAN,GAAQh0D,CAAnB,IAAsBqzD,CAAzP,EAA2P7sD,EAAEkwB,KAAF,GAAQlwB,EAAEkwB,KAAF,IAAS4/B,EAAE/9B,CAAF,CAA5Q;AAAlB,aAAmS,OAAOg9B,EAAEr2D,MAAF,GAAS,CAAT,KAAa+1D,EAAE0e,aAAF,GAAgBpe,CAA7B,GAAgCngD,IAAEzM,EAAEhI,MAAF,CAASs0D,CAAT,CAAlC,EAA8C7/C,EAAEusB,MAAF,GAAS,UAASh5B,CAAT,EAAW;AAAC,uBAAO6qD,EAAE7xB,MAAF,CAASvsB,CAAT,EAAWzM,CAAX,CAAP;AAAqB,aAAxF,EAAyFssD,EAAE+c,MAAF,KAAW58D,EAAE48D,MAAF,GAAS/c,EAAE+c,MAAX,EAAkB58D,EAAEy8D,OAAF,GAAU5c,EAAE4c,OAAzC,CAAzF,EAA2Iz8D,CAAlJ;AAAoJ,SAApsI,EAAqsI4iD,IAAE,EAAC55D,UAAS,kBAASuK,CAAT,EAAW;AAAC,uBAAO8qD,GAAG9qD,CAAH,IAAMA,CAAN,GAAQwwD,GAAGxwD,CAAH,CAAf;AAAqB,aAA3C,EAA4C4E,SAAQ,iBAAS5E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK1jB,QAAL,CAAcuK,CAAd,CAAN,CAAuB,OAAO,UAASA,CAAT,EAAWyqD,CAAX,EAAa;AAAC,2BAAOzqD,IAAEmZ,EAAEnZ,CAAF,CAAF,EAAOyqD,IAAEtxC,EAAEsxC,CAAF,CAAT,EAAc,QAAMzqD,CAAN,IAAS,QAAMyqD,CAAf,GAAiB,CAAjB,GAAmB,QAAMzqD,CAAN,GAAQ,CAAC,CAAT,GAAW,QAAMyqD,CAAN,GAAQ,CAAR,GAAUzqD,EAAEqrE,aAAF,GAAgBrrE,EAAEqrE,aAAF,CAAgB5gB,CAAhB,CAAhB,GAAmCzqD,IAAEyqD,CAAF,GAAI,CAAJ,GAAMzqD,IAAEyqD,CAAF,GAAI,CAAC,CAAL,GAAO,CAA7G;AAA+G,iBAApI;AAAqI,aAA5N,EAA6N6gB,QAAO,gBAAStrE,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAE4E,OAAF,IAAW,KAAKA,OAAL,CAAa5E,EAAEy5D,KAAf,CAAjB,CAAuC,OAAM,UAAQz5D,EAAEiG,GAAV,GAAc,UAASjG,CAAT,EAAWyqD,CAAX,EAAa;AAAC,2BAAOtxC,EAAEsxC,CAAF,EAAIzqD,CAAJ,EAAM,CAAC,CAAP,CAAP;AAAiB,iBAA7C,GAA8CmZ,CAApD;AAAsD,aAA7U,EAA8UoyD,SAAQ,iBAASvrE,CAAT,EAAW;AAAC,uBAAO,UAASmZ,CAAT,EAAWsxC,CAAX,EAAa;AAAC,wBAAIh+C,CAAJ;AAAA,wBAAMpV,CAAN;AAAA,wBAAQwG,IAAEmC,EAAE,CAAF,EAAKmZ,CAAL,EAAOsxC,CAAP,CAAV,CAAoB,KAAIh+C,IAAE,CAAF,EAAIpV,IAAE2I,EAAEzJ,MAAZ,EAAmBkW,IAAEpV,CAArB,EAAuBoV,GAAvB;AAA2B5O,4BAAEA,KAAGmC,EAAEyM,CAAF,EAAK0M,CAAL,EAAOsxC,CAAP,CAAL;AAA3B,qBAA0C,OAAO5sD,CAAP;AAAS,iBAA5F;AAA6F,aAA/b,EAAvsI,EAAwoJuxD,IAAES,GAAG,EAAH,EAAMR,CAAN,EAAQ,EAACmc,KAAI,aAASxrE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK1jB,QAAL,CAAcuK,CAAd,CAAN,CAAuB,OAAO,UAASA,CAAT,EAAWyqD,CAAX,EAAa;AAAC,wBAAIh+C,IAAE0M,EAAEnZ,CAAF,CAAN;AAAA,wBAAW3I,IAAE8hB,EAAEsxC,CAAF,CAAb,CAAkB,OAAOh+C,KAAGA,EAAEyvB,OAAL,IAAc7kC,CAAd,IAAiBA,EAAE6kC,OAAnB,KAA6BzvB,IAAEA,EAAEyvB,OAAF,EAAF,EAAc7kC,IAAEA,EAAE6kC,OAAF,EAA7C,GAA0DzvB,MAAIpV,CAAJ,GAAM2I,EAAEyrE,UAAF,GAAahhB,EAAEghB,UAArB,GAAgC,QAAMh/D,CAAN,GAAQ,CAAC,CAAT,GAAW,QAAMpV,CAAN,GAAQ,CAAR,GAAUoV,EAAE4+D,aAAF,GAAgB5+D,EAAE4+D,aAAF,CAAgBh0E,CAAhB,CAAhB,GAAmCoV,IAAEpV,CAAF,GAAI,CAAJ,GAAM,CAAC,CAAhK;AAAkK,iBAAzM;AAA0M,aAAlP,EAAmPq0E,MAAK,cAAS1rE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK1jB,QAAL,CAAcuK,CAAd,CAAN,CAAuB,OAAO,UAASA,CAAT,EAAWyqD,CAAX,EAAa;AAAC,wBAAIh+C,IAAE0M,EAAEnZ,CAAF,CAAN;AAAA,wBAAW3I,IAAE8hB,EAAEsxC,CAAF,CAAb,CAAkB,OAAOh+C,KAAGA,EAAEyvB,OAAL,IAAc7kC,CAAd,IAAiBA,EAAE6kC,OAAnB,KAA6BzvB,IAAEA,EAAEyvB,OAAF,EAAF,EAAc7kC,IAAEA,EAAE6kC,OAAF,EAA7C,GAA0DzvB,MAAIpV,CAAJ,GAAM2I,EAAEyrE,UAAF,GAAahhB,EAAEghB,UAArB,GAAgC,QAAMh/D,CAAN,GAAQ,CAAR,GAAU,QAAMpV,CAAN,GAAQ,CAAC,CAAT,GAAWA,EAAEg0E,aAAF,GAAgBh0E,EAAEg0E,aAAF,CAAgB5+D,CAAhB,CAAhB,GAAmCA,IAAEpV,CAAF,GAAI,CAAJ,GAAM,CAAC,CAAhK;AAAkK,iBAAzM;AAA0M,aAAre,EAAsei0E,QAAO,gBAAStrE,CAAT,EAAW;AAAC,uBAAO,KAAKA,EAAEiG,GAAP,EAAYjG,EAAEy5D,KAAd,CAAP;AAA4B,aAArhB,EAAR,CAA1oJ,EAA0qKjM,IAAE,WAASxtD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAIsxC,CAAJ;AAAA,gBAAMh+C,IAAEzM,EAAEzJ,MAAV;AAAA,gBAAiBc,IAAEkC,MAAMkT,CAAN,CAAnB,CAA4B,KAAIg+C,IAAE,CAAN,EAAQA,IAAEh+C,CAAV,EAAYg+C,GAAZ;AAAgBpzD,kBAAEozD,CAAF,IAAKtxC,EAAEnZ,EAAEyqD,CAAF,CAAF,EAAOA,CAAP,EAASzqD,CAAT,CAAL;AAAhB,aAAiC,OAAO3I,CAAP;AAAS,SAAhwK,EAAiwK+hC,IAAE,YAAU;AAAC,qBAASp5B,CAAT,CAAWA,CAAX,EAAa;AAAC,uBAAOA,EAAEhH,OAAF,CAAUuxE,EAAV,EAAa,IAAb,EAAmBvxE,OAAnB,CAA2BsxE,EAA3B,EAA8B,EAA9B,CAAP;AAAyC,sBAASnxD,CAAT,CAAWA,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,oBAAIwG,CAAJ,CAAM,OAAO,QAAM4O,CAAN,KAAU,QAAOA,CAAP,yCAAOA,CAAP,OAAW8jD,EAAX,KAAgB9jD,IAAEzM,EAAEyM,CAAF,CAAF,EAAO5O,IAAEwsE,GAAG1pE,IAAH,CAAQ8L,CAAR,CAAT,EAAoB5O,IAAE4O,IAAE,IAAIxQ,IAAJ,CAAU,CAAC4B,EAAE,CAAF,CAAX,CAAJ,GAAsBxG,KAAGoV,IAAE,MAAIA,EAAE3R,WAAF,EAAJ,GAAoB,GAAtB,EAA0B2vD,IAAE,OAAKA,CAAL,GAAO,2BAAtC,IAAmEh+C,IAAE,MAAIA,CAAJ,GAAM,GAArI,GAA0IA,EAAEyvB,OAAF,KAAYuuB,IAAE,MAAIA,CAAJ,GAAM,IAAN,GAAWA,CAAX,GAAa,WAAb,GAAyBA,CAAzB,GAA2B,aAA3B,GAAyCA,CAAzC,GAA2C,GAA7C,EAAiDh+C,IAAEA,EAAEyvB,OAAF,EAA/D,CAApJ,GAAiOuuB,IAAE,GAAF,GAAMtxC,CAAN,GAAQ,GAAR,GAAY1M,CAApP;AAAsP,oBAAM,EAACk/D,OAAM,eAASxyD,CAAT,EAAW;AAAC,2BAAOA,KAAGA,EAAE+iB,OAAL,GAAa,cAAY/iB,EAAE+iB,OAAF,EAAZ,GAAwB,GAArC,GAAyC,YAAU,OAAO/iB,CAAjB,GAAmB,MAAInZ,EAAEmZ,CAAF,CAAJ,GAAS,GAA5B,GAAgC,KAAGA,CAAnF;AAAqF,iBAAxG,EAAyG1hB,IAAG,YAASuI,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,IAAF,EAAOnZ,CAAP,EAASyqD,CAAT,EAAWh+C,CAAX,CAAP;AAAqB,iBAAjJ,EAAkJm/D,KAAI,aAAS5rE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,IAAF,EAAOnZ,CAAP,EAASyqD,CAAT,EAAWh+C,CAAX,CAAP;AAAqB,iBAA3L,EAA4Lo/D,IAAG,YAAS7rE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,GAAF,EAAMnZ,CAAN,EAAQyqD,CAAR,EAAUh+C,CAAV,CAAP;AAAoB,iBAAnO,EAAoOq/D,KAAI,aAAS9rE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,IAAF,EAAOnZ,CAAP,EAASyqD,CAAT,EAAWh+C,CAAX,CAAP;AAAqB,iBAA7Q,EAA8Qs/D,IAAG,YAAS/rE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,GAAF,EAAMnZ,CAAN,EAAQyqD,CAAR,EAAUh+C,CAAV,CAAP;AAAoB,iBAArT,EAAsTu/D,KAAI,aAAShsE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAO0M,EAAE,IAAF,EAAOnZ,CAAP,EAASyqD,CAAT,EAAWh+C,CAAX,CAAP;AAAqB,iBAA/V,EAAgWw/D,YAAW,oBAAS9yD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,gBAAF,GAAmBsxC,CAAnB,GAAqB,YAApG;AAAiH,iBAA5e,EAA6eyhB,kBAAiB,0BAAS/yD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,gBAAF,GAAmBsxC,CAAnB,GAAqB,aAApG;AAAkH,iBAAhoB,EAAioB0hB,UAAS,kBAAShzD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,YAAF,GAAesxC,CAAf,GAAiB,KAAjB,GAAuBtxC,CAAvB,GAAyB,YAAzB,GAAsC,CAACsxC,KAAG,EAAJ,EAAQl0D,MAA9C,GAAqD,QAApI;AAA6I,iBAAvyB,EAAwyB61E,gBAAe,wBAASjzD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,YAAF,GAAesxC,CAAf,GAAiB,KAAjB,GAAuBtxC,CAAvB,GAAyB,YAAzB,GAAsC,CAACsxC,KAAG,EAAJ,EAAQl0D,MAA9C,GAAqD,OAApI;AAA4I,iBAAn9B,EAAo9B6G,UAAS,kBAAS+b,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,YAAF,GAAesxC,CAAf,GAAiB,SAAhG;AAA0G,iBAAvlC,EAAwlC4hB,gBAAe,wBAASlzD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,2BAAOA,MAAI0M,IAAE,MAAIA,CAAJ,GAAM,uBAAR,EAAgCsxC,MAAIA,IAAEA,EAAE3vD,WAAF,EAAN,CAApC,GAA4D2vD,MAAIA,IAAEzqD,EAAEyqD,CAAF,CAAN,CAA5D,EAAwEtxC,IAAE,YAAF,GAAesxC,CAAf,GAAiB,UAAhG;AAA2G,iBAAluC,EAAmuC6hB,SAAQ,iBAAStsE,CAAT,EAAW;AAAC,2BAAOA,IAAE,SAAT;AAAmB,iBAA1wC,EAA2wCusE,YAAW,oBAASvsE,CAAT,EAAW;AAAC,2BAAOA,IAAE,SAAT;AAAmB,iBAArzC,EAAszCwsE,QAAO,gBAASxsE,CAAT,EAAW;AAAC,2BAAM,MAAIA,CAAJ,GAAM,eAAN,GAAsBA,CAAtB,GAAwB,iBAA9B;AAAgD,iBAAz3C,EAA03CysE,WAAU,mBAASzsE,CAAT,EAAW;AAAC,2BAAM,MAAIA,CAAJ,GAAM,eAAN,GAAsBA,CAAtB,GAAwB,iBAA9B;AAAgD,iBAAh8C,EAAN;AAAw8C,SAA1xD,EAAnwK,EAAgiOnC,EAAE6uE,UAAF,GAAa,UAAS1sE,CAAT,EAAW;AAAC,gBAAIyqD,CAAJ;AAAA,gBAAMh+C,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUu4B,CAAV;AAAA,gBAAY86B,CAAZ;AAAA,gBAAcO,CAAd;AAAA,gBAAgBn9C,IAAE,EAAlB;AAAA,gBAAqBu9C,IAAE,EAACshB,KAAI,MAAL,EAAYC,IAAG,MAAf,EAAvB;AAAA,gBAA8CtgB,IAAE,EAAhD;AAAA,gBAAmDf,IAAE,EAArD;AAAA,gBAAwDL,IAAElrD,EAAEgJ,OAA5D,CAAoE,KAAIyhD,IAAE,CAAF,EAAIh+C,IAAEy+C,EAAE30D,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2BpzD,oBAAE6zD,EAAET,CAAF,CAAF,EAAOC,IAAErzD,EAAEoiE,KAAX,EAAiBxO,IAAE5zD,EAAEkP,QAArB,EAA8BlP,EAAE2R,OAAF,IAAW4mB,IAAE/xB,EAAE6uE,UAAF,CAAar1E,CAAb,CAAF,EAAkBA,IAAEu4B,EAAEi9C,UAAF,CAAa7zE,OAAb,CAAqB,eAArB,EAAqC,UAASgH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOA,IAAE,CAACA,CAAH,EAAK,UAAQoyC,EAAEh1D,MAAF,GAAS4iB,CAAjB,IAAoB,GAAhC;AAAoC,iBAAvF,EAAyFngB,OAAzF,CAAiG,eAAjG,EAAiH,UAASgH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOA,IAAE,CAACA,CAAH,EAAK,UAAQmzC,EAAE/1D,MAAF,GAAS4iB,CAAjB,IAAoB,GAAhC;AAAoC,iBAAnK,CAApB,EAAyLoyC,EAAEv2D,IAAF,CAAOsC,KAAP,CAAai0D,CAAb,EAAe37B,EAAEk9C,SAAjB,CAAzL,EAAqNxgB,EAAEt3D,IAAF,CAAOsC,KAAP,CAAag1D,CAAb,EAAe18B,EAAEy5C,MAAjB,CAAhO,KAA2P,QAAO3e,CAAP,yCAAOA,CAAP,OAAWS,EAAX,IAAev7B,IAAE,SAAO08B,EAAE/1D,MAAT,GAAgB,MAAlB,EAAyB+1D,EAAEt3D,IAAF,CAAO01D,CAAP,CAAxC,IAAmD96B,IAAEqgC,GAAG/qD,IAAH,CAAQwlD,CAAR,CAArD,EAAgE,QAAOO,CAAP,yCAAOA,CAAP,OAAWE,EAAX,IAAe9zD,IAAE,SAAOk0D,EAAEh1D,MAAT,GAAgB,IAAhB,GAAqBq5B,CAArB,GAAuB,IAAvB,GAA4BwJ,EAAEuyC,KAAF,CAAQt0E,EAAEsE,KAAV,CAA5B,GAA6C,GAA/C,EAAmD4vD,EAAEv2D,IAAF,CAAOi2D,CAAP,CAAlE,IAA6E5zD,IAAE+hC,EAAE,CAAC6xB,KAAG,IAAJ,EAAUnwD,WAAV,EAAF,EAA2B80B,CAA3B,EAA6Bv4B,EAAEsE,KAA/B,EAAqCtE,EAAE01E,UAAF,KAAe5zD,CAAf,IAAkB9hB,EAAE01E,UAAzD,CAA1Y,CAA9B,EAA8ej/D,EAAE9Y,IAAF,CAAOqC,CAAP,CAA9e;AAA3B,aAAmhB,OAAM,EAACw1E,YAAW,MAAI/+D,EAAEzM,IAAF,CAAOgqD,EAAErrD,EAAE0oE,KAAJ,CAAP,CAAJ,GAAuB,GAAnC,EAAuCW,QAAO/c,CAA9C,EAAgDwgB,WAAUvhB,CAA1D,EAAN;AAAmE,SAAntP,EAAotPgE,IAAE,EAAC,MAAK,IAAN,EAAWyd,QAAO,IAAlB,EAAuBC,WAAU,IAAjC,EAAsCC,SAAQ,IAA9C,EAAmDC,OAAM,IAAzD,EAA8D,MAAK,KAAnE,EAAyEhf,IAAG,KAA5E,EAAkFif,WAAU,KAA5F,EAAkGC,cAAa,KAA/G,EAAqHC,YAAW,KAAhI,EAAsIC,UAAS,KAA/I,EAAqJ,KAAI,IAAzJ,EAA8JC,YAAW,IAAzK,EAA8KC,UAAS,IAAvL,EAA4LC,MAAK,IAAjM,EAAsM,MAAK,KAA3M,EAAiN7d,IAAG,KAApN,EAA0N8d,qBAAoB,KAA9O,EAAoPC,eAAc,KAAlQ,EAAwQ,KAAI,IAA5Q,EAAiRC,eAAc,IAA/R,EAAoSC,aAAY,IAAhT,EAAqTC,SAAQ,IAA7T,EAAkU,MAAK,KAAvU,EAA6UC,wBAAuB,KAApW,EAA0WC,kBAAiB,KAA3X,EAAiY7d,IAAG,KAApY,EAA0Y8d,gBAAe,gBAAzZ,EAA0a1B,QAAO,QAAjb,EAA0bF,SAAQ,SAAlc,EAA4cC,YAAW,YAAvd,EAAttP,EAA2rQ1uE,EAAEswE,eAAF,GAAkBljB,CAA7sQ,EAA+sQptD,EAAEuwE,cAAF,GAAiB7iB,CAAhuQ,EAAkuQ1tD,EAAEzH,SAAF,GAAY,EAACI,SAAQ,mBAAU;AAAC,uBAAO,KAAKid,IAAZ;AAAiB,aAArC,EAAsC46D,OAAM,eAASruE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,IAAItb,CAAJ,CAAM,KAAK4V,IAAL,CAAU3e,KAAV,CAAgBkL,CAAhB,EAAkBA,IAAEmZ,CAApB,CAAN,CAAP;AAAqC,aAA/F,EAAgGm1D,MAAK,cAAStuE,CAAT,EAAW;AAAC,uBAAO,IAAInC,CAAJ,CAAM,KAAK4V,IAAL,CAAU3e,KAAV,CAAgBkL,CAAhB,CAAN,CAAP;AAAiC,aAAlJ,EAAmJuuE,MAAK,cAASvuE,CAAT,EAAW;AAAC,uBAAO,IAAInC,CAAJ,CAAM,KAAK4V,IAAL,CAAU3e,KAAV,CAAgB,CAAhB,EAAkBkL,CAAlB,CAAN,CAAP;AAAmC,aAAvM,EAAwMrD,QAAO,gBAASqD,CAAT,EAAW;AAAC,uBAAO,IAAInC,CAAJ,CAAM2vD,EAAE,KAAK/5C,IAAP,EAAYzT,CAAZ,CAAN,CAAP;AAA6B,aAAxP,EAAyPwuE,OAAM,eAASxuE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,EAACxkD,KAAIkT,CAAL,EAAN,CAAc,OAAOnZ,MAAIA,EAAE4E,OAAF,GAAU6lD,EAAE7lD,OAAF,GAAU5E,EAAE4E,OAAtB,GAA8B6lD,EAAEgP,KAAF,GAAQz5D,CAA1C,GAA6C,IAAInC,CAAJ,CAAM,KAAK4V,IAAL,CAAU3e,KAAV,CAAgB,CAAhB,EAAmBgD,IAAnB,CAAwBu3D,EAAEic,MAAF,CAAS7gB,CAAT,CAAxB,CAAN,CAApD;AAAgG,aAA3X,EAA4XgkB,SAAQ,iBAASzuE,CAAT,EAAW;AAAC,uBAAO,KAAKwuE,KAAL,CAAWxuE,CAAX,EAAa,KAAb,CAAP;AAA2B,aAA3a,EAA4a0uE,mBAAkB,2BAAS1uE,CAAT,EAAW;AAAC,uBAAO,KAAKwuE,KAAL,CAAWxuE,CAAX,EAAa,MAAb,CAAP;AAA4B,aAAte,EAAuelI,MAAK,cAASkI,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,IAAE+xB,EAAE5vB,CAAF,EAAImZ,CAAJ,CAAV;AAAA,oBAAiBuxC,IAAE,EAAnB,CAAsB,IAAGD,IAAEA,KAAG4E,CAAL,EAAOxxD,EAAEtH,MAAZ,EAAmB;AAAC,yBAAIkW,IAAE,CAAF,EAAIpV,IAAEwG,EAAEtH,MAAZ,EAAmBkW,IAAEpV,CAArB,EAAuBoV,GAAvB;AAA2Bi+C,0BAAE11D,IAAF,CAAOy1D,EAAE6gB,MAAF,CAASztE,EAAE4O,CAAF,CAAT,CAAP;AAA3B,qBAAkD,OAAO,KAAKgiE,OAAL,CAAa,EAAC7pE,SAAQ6lD,EAAE8gB,OAAF,CAAU7gB,CAAV,CAAT,EAAb,CAAP;AAA4C,wBAAO,IAAP;AAAY,aAAhpB,EAAipB7mD,QAAO,gBAAS7D,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYu4B,CAAZ;AAAA,oBAAc86B,CAAd;AAAA,oBAAgB58C,CAAhB;AAAA,oBAAkBu9C,CAAlB;AAAA,oBAAoBiB,IAAE,KAAK74C,IAA3B;AAAA,oBAAgC83C,IAAE,EAAlC,CAAqC,IAAGvrD,IAAEirD,EAAEjrD,CAAF,CAAF,EAAO,CAACA,CAAD,IAAI,MAAIA,EAAEgJ,OAAF,CAAUzS,MAA5B,EAAmC,OAAO,IAAP,CAAY,KAAIc,IAAEwG,EAAE6uE,UAAF,CAAa1sE,CAAb,CAAF,EAAkB0qD,IAAErzD,EAAEgyE,MAAtB,EAA6Bv7D,IAAEzW,EAAEy1E,SAAjC,EAA2Cl9C,IAAEy7B,IAAEzuB,SAAS,aAAT,EAAuB,YAAUvlC,EAAEw1E,UAAnC,CAA/C,EAA8F,CAACniB,EAAEn0D,MAAF,IAAUuX,EAAEvX,MAAb,MAAuB80D,IAAE,WAASrrD,CAAT,EAAW;AAAC,2BAAO4vB,EAAE5vB,CAAF,EAAI0qD,CAAJ,EAAM58C,CAAN,CAAP;AAAgB,iBAArD,CAA9F,EAAqJqL,IAAE,CAAvJ,EAAyJ1M,IAAE6/C,EAAE/1D,MAAjK,EAAwK4iB,IAAE1M,CAA1K,EAA4K0M,GAA5K;AAAgLsxC,wBAAE6B,EAAEnzC,CAAF,CAAF,EAAOkyC,EAAEZ,CAAF,KAAMc,EAAEv2D,IAAF,CAAOy1D,CAAP,CAAb;AAAhL,iBAAuM,OAAO,IAAI5sD,CAAJ,CAAM0tD,CAAN,CAAP;AAAgB,aAA/8B,EAAg9BzW,OAAM,eAAS90C,CAAT,EAAWmZ,CAAX,EAAa;AAACnZ,oBAAE4sD,EAAE5sD,KAAG,EAAL,CAAF,EAAWmZ,IAAEA,KAAG,KAAK1F,IAArB,CAA0B,IAAIg3C,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR;AAAA,oBAAapV,IAAE,IAAIwG,CAAJ,CAAM4O,EAAEgH,IAAR,CAAf,CAA6B,OAAOzT,EAAEzJ,MAAF,GAAS,CAAT,KAAak0D,IAAEzqD,EAAE,CAAF,CAAF,EAAO3I,IAAEA,EAAEs3E,OAAF,CAAUlkB,CAAV,EAAa9tD,MAAb,CAAoB,UAAS8P,CAAT,EAAW;AAAC,wBAAIpV,IAAE,IAAIwG,CAAJ,CAAMsb,CAAN,EAAStV,MAAT,CAAgB,CAAC,EAAC41D,OAAMhtD,EAAEgtD,KAAT,EAAelzD,UAAS,IAAxB,EAA6B5K,OAAM8Q,EAAE9Q,KAArC,EAA2CoxE,YAAW,CAAC,CAAvD,EAAD,CAAhB,CAAN,CAAmF,OAAM,EAACtT,OAAMhtD,EAAEgtD,KAAT,EAAe99D,OAAM8Q,EAAE9Q,KAAvB,EAA6BsnC,OAAMjjC,EAAEzJ,MAAF,GAAS,CAAT,GAAW,IAAIsH,CAAJ,CAAM4O,EAAEw2B,KAAR,EAAe6R,KAAf,CAAqB90C,EAAElL,KAAF,CAAQ,CAAR,CAArB,EAAgCuC,EAAEb,OAAF,EAAhC,EAA6CA,OAA7C,EAAX,GAAkEiW,EAAEw2B,KAAvG,EAA6G6lC,cAAa9oE,EAAEzJ,MAAF,GAAS,CAAnI,EAAqIoyE,YAAWtxE,EAAEuxE,SAAF,CAAYne,EAAEke,UAAd,CAAhJ,EAAN;AAAiL,iBAApS,CAAtB,GAA6TtxE,CAApU;AAAsU,aAAj2C,EAAk2Cs3E,SAAQ,iBAAS3uE,CAAT,EAAW;AAAC,oBAAGgwD,GAAGhwD,CAAH,KAAO,CAAC,KAAKyT,IAAL,CAAUld,MAArB,EAA4B,OAAO,IAAIsH,CAAJ,CAAM,EAAN,CAAP,CAAiB,IAAIsb,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYu4B,IAAE5vB,EAAEy5D,KAAhB;AAAA,oBAAsB/O,IAAE,KAAKkkB,gBAAL,CAAsBh/C,CAAtB,EAAwB5vB,EAAEiG,GAAF,IAAO,KAA/B,CAAxB;AAAA,oBAA8DglD,IAAEgF,GAAGuN,QAAH,CAAY5tC,CAAZ,CAAhE;AAAA,oBAA+E9hB,IAAEm9C,EAAEv0D,GAAF,CAAMg0D,EAAE,CAAF,CAAN,EAAW96B,CAAX,CAAjF;AAAA,oBAA+Fy7B,IAAE,EAACoO,OAAM7pC,CAAP,EAASj0B,OAAMmS,CAAf,EAAiBm1B,OAAM,EAAvB,EAAjG;AAAA,oBAA4HqpB,IAAE,CAACjB,CAAD,CAA9H,CAAkI,KAAI5+C,IAAE,CAAF,EAAIpV,IAAEqzD,EAAEn0D,MAAZ,EAAmBkW,IAAEpV,CAArB,EAAuBoV,GAAvB;AAA2B0M,wBAAEuxC,EAAEj+C,CAAF,CAAF,EAAOg+C,IAAEQ,EAAEv0D,GAAF,CAAMyiB,CAAN,EAAQyW,CAAR,CAAT,EAAoBrJ,EAAEzY,CAAF,EAAI28C,CAAJ,MAAS38C,IAAE28C,CAAF,EAAIY,IAAE,EAACoO,OAAM7pC,CAAP,EAASj0B,OAAMmS,CAAf,EAAiBm1B,OAAM,EAAvB,EAAN,EAAiCqpB,EAAEt3D,IAAF,CAAOq2D,CAAP,CAA1C,CAApB,EAAyEA,EAAEpoB,KAAF,CAAQjuC,IAAR,CAAamkB,CAAb,CAAzE;AAA3B,iBAAoH,OAAO,IAAItb,CAAJ,CAAMyuD,CAAN,CAAP;AAAgB,aAAzqD,EAA0qDsiB,kBAAiB,0BAAS5uE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,IAAE,KAAKoc,IAAf,CAAoB,IAAG,CAAC22D,EAAJ,EAAO;AAAC,yBAAI3f,IAAE,CAAF,EAAIh+C,IAAEpV,EAAEd,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2BpzD,0BAAEozD,CAAF,EAAKghB,UAAL,GAAgBhhB,CAAhB;AAA3B,qBAA6C,KAAIpzD,IAAE,IAAIwG,CAAJ,CAAMxG,CAAN,EAASS,IAAT,CAAckI,CAAd,EAAgBmZ,CAAhB,EAAkBi2C,CAAlB,EAAqB54D,OAArB,EAAF,EAAiCi0D,IAAE,CAAnC,EAAqCh+C,IAAEpV,EAAEd,MAA7C,EAAoDk0D,IAAEh+C,CAAtD,EAAwDg+C,GAAxD;AAA4D,+BAAOpzD,EAAEozD,CAAF,EAAKghB,UAAZ;AAA5D,qBAAmF,OAAOp0E,CAAP;AAAS,wBAAO,KAAKS,IAAL,CAAUkI,CAAV,EAAYmZ,CAAZ,EAAe3iB,OAAf,EAAP;AAAgC,aAA94D,EAA+4DoyE,WAAU,mBAAS5oE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,EAAV;AAAA,oBAAapV,IAAE,EAAf,CAAkB,IAAG2I,KAAGA,EAAEzJ,MAAR,EAAe,KAAI4iB,IAAE,CAAF,EAAIsxC,IAAE,KAAKh3C,IAAL,CAAUld,MAApB,EAA2B4iB,IAAEsxC,CAA7B,EAA+BtxC,GAA/B;AAAmC3Z,sBAAEiN,CAAF,EAAIzM,CAAJ,EAAM,KAAKyT,IAAL,CAAU0F,CAAV,CAAN,EAAmBA,CAAnB,EAAqBsxC,CAArB,EAAuBpzD,CAAvB;AAAnC,iBAA6D,OAAOoV,CAAP;AAAS,aAA5gE,EAA9uQ,EAA4vUmhD,IAAE,EAACihB,KAAI,aAAS7uE,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,IAAEg+C,EAAE/zD,GAAF,CAAMyiB,CAAN,CAAN,CAAe,OAAO2b,EAAE90B,CAAF,IAAK80B,EAAEroB,CAAF,MAAOzM,KAAGyM,CAAV,CAAL,GAAkBzM,IAAEyM,CAApB,EAAsBzM,CAA7B;AAA+B,aAAnE,EAAoE+U,OAAM,eAAS/U,CAAT,EAAW;AAAC,uBAAM,CAACA,KAAG,CAAJ,IAAO,CAAb;AAAe,aAArG,EAAsG8uE,SAAQ,iBAAS9uE,CAAT,EAAWyqD,CAAX,EAAah+C,CAAb,EAAepV,CAAf,EAAiBwG,CAAjB,EAAmB+xB,CAAnB,EAAqB;AAAC,oBAAI86B,IAAEj+C,EAAE/V,GAAF,CAAM+zD,CAAN,CAAN,CAAe,OAAO76B,EAAE7a,KAAF,KAAUoE,CAAV,KAAcyW,EAAE7a,KAAF,GAAQ,CAAtB,GAAyB+f,EAAE90B,CAAF,IAAK80B,EAAE41B,CAAF,MAAO1qD,KAAG0qD,CAAV,CAAL,GAAkB1qD,IAAE0qD,CAA7C,EAA+C51B,EAAE41B,CAAF,KAAM96B,EAAE7a,KAAF,EAArD,EAA+D1d,KAAGwG,IAAE,CAAL,IAAQi3B,EAAE90B,CAAF,CAAR,KAAeA,KAAG4vB,EAAE7a,KAApB,CAA/D,EAA0F/U,CAAjG;AAAmG,aAAtP,EAAuPgkB,KAAI,aAAShkB,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,IAAEg+C,EAAE/zD,GAAF,CAAMyiB,CAAN,CAAN,CAAe,OAAO2b,EAAE90B,CAAF,KAAMG,EAAEH,CAAF,CAAN,KAAaA,IAAEyM,CAAf,GAAkBzM,IAAEyM,CAAF,KAAMqoB,EAAEroB,CAAF,KAAMtM,EAAEsM,CAAF,CAAZ,MAAoBzM,IAAEyM,CAAtB,CAAlB,EAA2CzM,CAAlD;AAAoD,aAA9U,EAA+UutC,KAAI,aAASvtC,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,IAAEg+C,EAAE/zD,GAAF,CAAMyiB,CAAN,CAAN,CAAe,OAAO2b,EAAE90B,CAAF,KAAMG,EAAEH,CAAF,CAAN,KAAaA,IAAEyM,CAAf,GAAkBzM,IAAEyM,CAAF,KAAMqoB,EAAEroB,CAAF,KAAMtM,EAAEsM,CAAF,CAAZ,MAAoBzM,IAAEyM,CAAtB,CAAlB,EAA2CzM,CAAlD;AAAoD,aAAta,EAA9vU,EAAsqVnC,EAAEkxE,OAAF,GAAU,UAAS/uE,CAAT,EAAWyqD,CAAX,EAAa;AAACA,gBAAEA,KAAG,EAAL,CAAQ,IAAIh+C,CAAJ;AAAA,gBAAMpV,IAAE,IAAIwG,CAAJ,CAAMmC,CAAN,CAAR;AAAA,gBAAiB0qD,IAAED,EAAE3V,KAArB;AAAA,gBAA2BmW,IAAE2B,EAAElC,KAAG,EAAL,EAAS31D,MAAT,CAAgB66B,EAAE66B,EAAE3yD,IAAF,IAAQ,EAAV,CAAhB,CAA7B;AAAA,gBAA4DgW,IAAE28C,EAAEukB,cAAhE;AAAA,gBAA+E3jB,IAAEZ,EAAE5mD,MAAnF;AAAA,gBAA0FyoD,IAAE7B,EAAE6jB,IAA9F;AAAA,gBAAmG/iB,IAAEd,EAAE8jB,IAAvG,CAA4G,OAAOljB,MAAIh0D,IAAEA,EAAEwM,MAAF,CAASwnD,CAAT,CAAF,EAAcv9C,MAAIzW,IAAEyW,EAAEzW,CAAF,CAAN,CAAd,EAA0BoV,IAAEpV,EAAEb,OAAF,GAAYD,MAA5C,GAAoD00D,MAAI5zD,IAAEA,EAAES,IAAF,CAAOmzD,CAAP,CAAF,EAAYP,MAAI1qD,IAAE3I,EAAEb,OAAF,EAAN,CAAhB,CAApD,EAAwF81D,MAAInzC,CAAJ,IAAOoyC,MAAIpyC,CAAX,KAAe9hB,IAAEA,EAAEg3E,KAAF,CAAQ/hB,CAAR,EAAUf,CAAV,CAAjB,CAAxF,EAAuHb,MAAIrzD,IAAEA,EAAEy9C,KAAF,CAAQ4V,CAAR,EAAU1qD,CAAV,CAAN,CAAvH,EAA2I,EAACivE,OAAMxiE,CAAP,EAASgH,MAAKpc,EAAEb,OAAF,EAAd,EAAlJ;AAA6K,SAA/9V,EAAg+V84D,IAAEvC,GAAG/0D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKyT,IAAL,GAAUzT,EAAEyT,IAAZ;AAAiB,aAAnC,EAAoCy7D,MAAK,cAASlvE,CAAT,EAAW;AAACA,kBAAEmzB,OAAF,CAAU,KAAK1f,IAAf;AAAqB,aAA1E,EAA2E07D,QAAO,gBAASnvE,CAAT,EAAW;AAACA,kBAAEmzB,OAAF,CAAUnzB,EAAEyT,IAAZ;AAAkB,aAAhH,EAAiH63D,QAAO,gBAAStrE,CAAT,EAAW;AAACA,kBAAEmzB,OAAF,CAAUnzB,EAAEyT,IAAZ;AAAkB,aAAtJ,EAAuJsoC,SAAQ,iBAAS/7C,CAAT,EAAW;AAACA,kBAAEmzB,OAAF,CAAUnzB,EAAEyT,IAAZ;AAAkB,aAA7L,EAAV,CAAl+V,EAA4qW+7C,KAAGzC,GAAG/0D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR,CAAazqD,IAAEyqD,EAAExyD,OAAF,GAAU43D,GAAG,EAAH,EAAMpF,EAAExyD,OAAR,EAAgB+H,CAAhB,CAAZ,EAA+B4wD,GAAGI,EAAH,EAAM,UAAS73C,CAAT,EAAWsxC,CAAX,EAAa;AAAC,4BAAOzqD,EAAEyqD,CAAF,CAAP,MAAc8F,EAAd,KAAmBvwD,EAAEyqD,CAAF,IAAK,EAACz5B,KAAIhxB,EAAEyqD,CAAF,CAAL,EAAxB;AAAoC,iBAAxD,CAA/B,EAAyFA,EAAE9oD,KAAF,GAAQ3B,EAAE2B,KAAF,GAAQ0sD,GAAGid,MAAH,CAAUtrE,EAAE2B,KAAZ,CAAR,GAA2B,EAACiC,MAAKwpD,EAAN,EAASj/C,KAAIi/C,EAAb,EAA5H,EAA6Ij0C,IAAEnZ,EAAEovE,YAAjJ,EAA8JtkB,GAAG9qD,EAAEhL,IAAL,MAAay1D,EAAEz1D,IAAF,GAAOgL,EAAEhL,IAAtB,CAA9J,EAA0Ly1D,EAAEz1D,IAAF,KAASy1D,EAAEz1D,IAAF,GAAO67D,EAAhB,CAA1L,EAA8MpG,EAAE2kB,YAAF,GAAetkB,GAAG3xC,CAAH,IAAMA,CAAN,GAAQ,UAASnZ,CAAT,EAAW;AAAC,wBAAIyqD,IAAE,EAAN,CAAS,OAAOmG,GAAG5wD,CAAH,EAAK,UAASA,CAAT,EAAWyM,CAAX,EAAa;AAACzM,6BAAKmZ,CAAL,KAASnZ,IAAEmZ,EAAEnZ,CAAF,CAAF,EAAOmwD,GAAGnwD,CAAH,MAAQyM,IAAEzM,EAAErE,KAAF,CAAQ8Q,CAAR,CAAF,EAAazM,IAAEA,EAAEpG,GAAzB,CAAhB,GAA+C6wD,EAAEzqD,CAAF,IAAKyM,CAApD;AAAsD,qBAAzE,GAA2Eg+C,CAAlF;AAAoF,iBAA9U;AAA+U,aAA9W,EAA+WxyD,SAAQ,EAACm3E,cAAave,EAAd,EAAvX,EAAyYya,QAAO,gBAAStrE,CAAT,EAAW;AAAC,uBAAOkwD,GAAG,KAAKj2C,KAAL,CAAWja,CAAX,EAAaywD,EAAb,CAAH,CAAP;AAA4B,aAAxb,EAAybye,MAAK,cAASzkB,CAAT,EAAW;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,CAAR;AAAA,oBAAU+xB,IAAE,IAAZ;AAAA,oBAAiB86B,IAAE96B,EAAEjuB,KAArB,CAA2B8oD,IAAE76B,EAAE3V,KAAF,CAAQwwC,CAAR,EAAUqf,EAAV,CAAF,EAAgBr9D,IAAEg+C,EAAEt3B,OAAF,IAAWi6B,EAA7B,EAAgC/1D,IAAEozD,EAAEvxD,KAAF,IAASk0D,EAA3C,EAA8CvvD,IAAE6sD,EAAE9mD,IAAF,CAAO6mD,EAAEh3C,IAAT,CAAhD,EAA+D5V,MAAIsb,CAAJ,GAAM1M,EAAE5O,CAAF,CAAN,IAAY4sD,EAAEt3B,OAAF,GAAU,UAASnzB,CAAT,EAAW;AAAC0qD,sBAAEv8C,GAAF,CAAMs8C,EAAEh3C,IAAR,EAAazT,CAAb,GAAgByM,EAAEzM,CAAF,CAAhB;AAAqB,iBAA3C,EAA4CA,EAAE4xB,IAAF,CAAO64B,CAAP,CAAxD,CAA/D;AAAkI,aAAvmB,EAAwmB0kB,QAAO,gBAASnvE,CAAT,EAAW;AAAC,uBAAOkwD,GAAG,KAAKj2C,KAAL,CAAWja,CAAX,EAAa+qD,EAAb,CAAH,CAAP;AAA4B,aAAvpB,EAAwpBhP,SAAQ,iBAAS/7C,CAAT,EAAW;AAAC,uBAAOkwD,GAAG,KAAKj2C,KAAL,CAAWja,CAAX,EAAakuD,EAAb,CAAH,CAAP;AAA4B,aAAxsB,EAAysBj0C,OAAM,eAASja,CAAT,EAAWmZ,CAAX,EAAa;AAACnZ,oBAAEA,KAAG,EAAL,CAAQ,IAAIyqD,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR;AAAA,oBAAapV,IAAEoV,EAAExU,OAAF,CAAUkhB,CAAV,CAAf;AAAA,oBAA4Btb,IAAEitD,GAAGzzD,EAAEoc,IAAL,IAAWpc,EAAEoc,IAAF,CAAOzT,EAAEyT,IAAT,CAAX,GAA0Bpc,EAAEoc,IAA1D,CAA+D,OAAOzT,IAAE6vD,GAAG,CAAC,CAAJ,EAAM,EAAN,EAASx4D,CAAT,EAAW2I,CAAX,CAAF,EAAgByqD,IAAEoF,GAAG,CAAC,CAAJ,EAAM,EAAN,EAAShyD,CAAT,EAAWmC,EAAEyT,IAAb,CAAlB,EAAqCzT,EAAEyT,IAAF,GAAOhH,EAAE2iE,YAAF,CAAe3kB,CAAf,EAAiBtxC,CAAjB,CAA5C,EAAgE2xC,GAAG9qD,EAAEgxB,GAAL,MAAYhxB,EAAEgxB,GAAF,GAAMhxB,EAAEgxB,GAAF,CAAMy5B,CAAN,CAAlB,CAAhE,EAA4FzqD,CAAnG;AAAqG,aAAz4B,EAAV,CAA/qW,EAAqkYquD,KAAGtB,GAAG/0D,MAAH,CAAU,EAACpC,MAAK,gBAAU;AAAC,qBAAKy5E,MAAL,GAAY,EAAZ;AAAe,aAAhC,EAAiClhE,KAAI,aAASnO,CAAT,EAAWyqD,CAAX,EAAa;AAACzqD,sBAAImZ,CAAJ,KAAQ,KAAKk2D,MAAL,CAAYtF,GAAG/pE,CAAH,CAAZ,IAAmByqD,CAA3B;AAA8B,aAAjF,EAAkF7mD,MAAK,cAAS5D,CAAT,EAAW;AAAC,uBAAO,KAAKqvE,MAAL,CAAYtF,GAAG/pE,CAAH,CAAZ,CAAP;AAA0B,aAA7H,EAA8H4qC,OAAM,iBAAU;AAAC,qBAAKykC,MAAL,GAAY,EAAZ;AAAe,aAA9J,EAA+J1/D,QAAO,gBAAS3P,CAAT,EAAW;AAAC,uBAAO,KAAKqvE,MAAL,CAAYtF,GAAG/pE,CAAH,CAAZ,CAAP;AAA0B,aAA5M,EAAV,CAAxkY,EAAiyYquD,GAAGid,MAAH,GAAU,UAAStrE,CAAT,EAAW;AAAC,gBAAImZ,IAAE,EAACm2D,UAAS,oBAAU;AAAC,2BAAO,IAAIjhB,EAAJ,EAAP;AAAc,iBAAnC,EAAN,CAA2C,OAAO8B,GAAGnwD,CAAH,KAAO8qD,GAAG9qD,EAAE4D,IAAL,CAAP,GAAkB5D,CAAlB,GAAoBA,MAAI,CAAC,CAAL,GAAO,IAAIquD,EAAJ,EAAP,GAAcl1C,EAAEnZ,CAAF,GAAzC;AAAgD,SAAl5Y,EAAm5YouD,KAAGrB,GAAG/0D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYwG,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB86B,CAAhB;AAAA,oBAAkBO,CAAlB;AAAA,oBAAoBn9C,CAApB;AAAA,oBAAsBu9C,CAAtB;AAAA,oBAAwBiB,CAAxB;AAAA,oBAA0Bf,CAA1B;AAAA,oBAA4BL,CAA5B;AAAA,oBAA8B0B,IAAE,IAAhC,CAAqC5sD,IAAEA,KAAG,EAAL,CAAQ,KAAImZ,CAAJ,IAASnZ,CAAT;AAAWyqD,wBAAEzqD,EAAEmZ,CAAF,CAAF,EAAOyzC,EAAEzzC,CAAF,IAAK,QAAOsxC,CAAP,yCAAOA,CAAP,OAAW8F,EAAX,GAAcC,GAAG/F,CAAH,CAAd,GAAoBA,CAAhC;AAAX,iBAA6CpzD,IAAE2I,EAAEuvE,SAAF,IAAa1kB,CAAf,EAAiBsF,GAAGvD,EAAE4iB,KAAL,MAAc5iB,EAAE4iB,KAAF,GAAQ/iE,IAAEpV,EAAE2hC,MAAF,CAAS4zB,EAAE4iB,KAAX,CAAxB,CAAjB,EAA4D3xE,IAAEkyD,GAAGnD,EAAEn5C,IAAL,EAAUm5C,CAAV,CAA9D,EAA2EA,EAAE6iB,mBAAF,GAAsB5xE,CAAjG,EAAmG+uD,EAAE4iB,KAAF,KAAU5/C,IAAEmgC,GAAGnD,EAAErsD,MAAL,EAAYqsD,CAAZ,CAAF,EAAiBlC,IAAEqF,GAAGnD,EAAE53B,SAAL,EAAe43B,CAAf,CAAnB,EAAqC3B,IAAE,EAAvC,EAA0Cn9C,IAAE,EAA5C,EAA+Cu9C,IAAE,EAAjD,EAAoDiB,IAAE,EAAtD,EAAyDf,IAAE,CAAC,CAA5D,EAA8D9+C,IAAEmgD,EAAE4iB,KAAlE,EAAwE/iE,EAAE48D,MAAF,KAAWzY,GAAGnkD,EAAE48D,MAAL,EAAY,UAASrpE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,wBAAIsxC,CAAJ,CAAMS,IAAElrD,CAAF,EAAImwD,GAAGh3C,CAAH,KAAOA,EAAEsgD,KAAT,GAAevO,IAAE/xC,EAAEsgD,KAAnB,GAAyB,QAAOtgD,CAAP,yCAAOA,CAAP,OAAWo3C,EAAX,KAAgBrF,IAAE/xC,CAAlB,CAA7B,EAAkDg3C,GAAGh3C,CAAH,KAAOA,EAAEiwD,IAAT,KAAgB3e,IAAEtxC,EAAEiwD,IAApB,CAAlD,EAA4E7d,IAAEA,KAAGd,KAAGA,MAAIzqD,CAAV,IAAakrD,MAAIlrD,CAA/F,EAAiG8N,EAAE9N,CAAF,IAAKwwD,GAAG/F,KAAGS,CAAN,CAAtG,EAA+GG,EAAErrD,CAAF,IAAKwwD,GAAGxwD,CAAH,CAApH,EAA0HirD,EAAER,KAAGS,CAAL,IAAQlrD,CAAlI,EAAoIssD,EAAEtsD,CAAF,IAAKyqD,KAAGS,CAA5I;AAA8I,iBAA9K,GAAgL,CAAClrD,EAAEg1B,SAAH,IAAcu2B,CAAd,KAAkBqB,EAAE53B,SAAF,GAAYsL,EAAEoqB,CAAF,EAAIj+C,CAAJ,EAAMghD,CAAN,EAAQpC,CAAR,EAAUJ,CAAV,EAAYqB,CAAZ,CAA9B,CAA3L,CAAxE,EAAkTM,EAAE6iB,mBAAF,GAAsB5xE,CAAxU,EAA0U+uD,EAAEn5C,IAAF,GAAO6sB,EAAEziC,CAAF,EAAI4O,CAAJ,EAAM3O,CAAN,EAAQgQ,CAAR,EAAUm9C,CAAV,EAAYqB,CAAZ,CAAjV,EAAgWM,EAAErsD,MAAF,GAAS+/B,EAAE1Q,CAAF,EAAInjB,CAAJ,EAAMhY,CAAN,EAAQqZ,CAAR,EAAUm9C,CAAV,EAAYqB,CAAZ,CAAnX,CAAnG;AAAse,aAAllB,EAAmlBojB,QAAO,gBAAS1vE,CAAT,EAAW;AAAC,uBAAOA,IAAEA,EAAE0vE,MAAJ,GAAW,IAAlB;AAAuB,aAA7nB,EAA8nB3hD,OAAM8iC,EAApoB,EAAuoBp9C,MAAKo9C,EAA5oB,EAA+oBoe,OAAM,eAASjvE,CAAT,EAAW;AAAC,uBAAOA,EAAEzJ,MAAT;AAAgB,aAAjrB,EAAkrBgK,QAAOswD,EAAzrB,EAA4rB8X,YAAW,sBAAU;AAAC,uBAAM,EAAN;AAAS,aAA3tB,EAA4tB3zC,WAAU,mBAASh1B,CAAT,EAAW;AAAC,uBAAOA,CAAP;AAAS,aAA3vB,EAAV,CAAt5Y,EAA8pamuD,KAAGd,GAAGr1D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUwG,IAAE,IAAZ,CAAiBmC,MAAIyM,IAAEzM,EAAEyT,IAAR,GAAczT,IAAEnC,EAAE5F,OAAF,GAAU43D,GAAG,EAAH,EAAMhyD,EAAE5F,OAAR,EAAgB+H,CAAhB,CAA1B,EAA6CnC,EAAE8xE,IAAF,GAAO,EAApD,EAAuD9xE,EAAE+xE,SAAF,GAAY,EAAnE,EAAsE/xE,EAAEwW,KAAF,GAAQ,EAA9E,EAAiFxW,EAAEgyE,aAAF,GAAgB,EAAjG,EAAoGhyE,EAAEiyE,OAAF,GAAU,EAA9G,EAAiHjyE,EAAEkyE,KAAF,GAAQ,EAAzH,EAA4HlyE,EAAEmyE,cAAF,GAAiB,CAA7I,EAA+InyE,EAAEoyE,UAAF,GAAa,EAA5J,EAA+JpyE,EAAEqyE,SAAF,GAAYlwE,EAAEmwE,QAA7K,EAAsLtyE,EAAEuyE,KAAF,GAAQpwE,EAAEqwE,IAAF,KAASrwE,EAAEmwE,QAAF,GAAW,CAAX,GAAah3D,CAAtB,CAA9L,EAAuNtb,EAAEyyE,KAAF,GAAQ1gD,EAAE5vB,EAAElI,IAAJ,CAA/N,EAAyO+F,EAAE0yE,OAAF,GAAUtlB,EAAEjrD,EAAE6D,MAAJ,CAAnP,EAA+PhG,EAAE2yE,MAAF,GAAS5jB,EAAE5sD,EAAE80C,KAAJ,CAAxQ,EAAmRj3C,EAAE4yE,UAAF,GAAazwE,EAAE4oE,SAAlS,EAA4S/qE,EAAE6yE,MAAF,GAAS1wE,EAAEivE,KAAvT,EAA6TpxE,EAAE8yE,8BAAF,GAAiC,CAAC,CAA/V,EAAiWtjB,GAAG13D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBoH,CAAhB,CAAjW,EAAoXA,EAAEg0B,SAAF,GAAY49B,GAAG6b,MAAH,CAAUtrE,CAAV,EAAYyM,CAAZ,EAAc5O,CAAd,CAAhY,EAAiZitD,GAAGjtD,EAAEg0B,SAAF,CAAY78B,IAAf,KAAsB6I,EAAEg0B,SAAF,CAAY78B,IAAZ,CAAiB,EAAC47E,YAAW7gB,GAAGlyD,EAAEgzE,WAAL,EAAiBhzE,CAAjB,CAAZ,EAAgCizE,YAAW/gB,GAAGlyD,EAAEkzE,WAAL,EAAiBlzE,CAAjB,CAA3C,EAA+DmzE,aAAYjhB,GAAGlyD,EAAEozE,YAAL,EAAkBpzE,CAAlB,CAA3E,EAAjB,CAAva,EAA0hB,QAAMmC,EAAEkxE,cAAR,KAAyB,YAAU,OAAOlxE,EAAEkxE,cAAnB,IAAmC75E,IAAE2I,EAAEkxE,cAAJ,EAAmBrzE,EAAEszE,QAAF,GAAW,EAACC,SAAQ,mBAAU;AAAC,+BAAOtjD,KAAKC,KAAL,CAAWsjD,aAAaD,OAAb,CAAqB/5E,CAArB,CAAX,CAAP;AAA2C,qBAA/D,EAAgEi6E,SAAQ,iBAAStxE,CAAT,EAAW;AAACqxE,qCAAaC,OAAb,CAAqBj6E,CAArB,EAAuB0yE,GAAGlsE,EAAE0zE,MAAF,CAASv8C,SAAT,CAAmBh1B,CAAnB,CAAH,CAAvB;AAAkD,qBAAtI,EAAjE,IAA0MnC,EAAEszE,QAAF,GAAWnxE,EAAEkxE,cAAhP,CAA1hB,EAA0xBrzE,EAAE0zE,MAAF,GAAS,IAAIthB,GAAGx8C,IAAH,CAAQ+9D,OAAR,CAAgBxxE,EAAEyxE,MAAF,CAASn4E,IAAT,IAAe,MAA/B,CAAJ,CAA2C0G,EAAEyxE,MAA7C,CAAnyB,EAAw1BhnB,IAAE5sD,EAAE0zE,MAAF,CAAS/B,KAAT,IAAgB,EAA12B,EAA62B3xE,EAAE6zE,wBAAF,EAA72B,EAA04B7zE,EAAEwW,KAAF,GAAQxW,EAAE8zE,QAAF,CAAW9zE,EAAEwW,KAAb,CAAl5B,EAAs6BxW,EAAE+zE,OAAF,GAAU,CAAC,CAAj7B,EAAm7B/zE,EAAE66B,IAAF,CAAO,CAAC,MAAD,EAAQy0B,EAAR,EAAW1B,EAAX,EAAcT,EAAd,EAAiB0F,EAAjB,EAAoBtE,EAApB,EAAuBC,EAAvB,CAAP,EAAkCrsD,CAAlC,CAAn7B;AAAw9B,aAA3/B,EAA4/B/H,SAAQ,EAACwb,MAAK,IAAN,EAAWg+D,QAAO,EAAClC,WAAU1kB,CAAX,EAAlB,EAAgCqmB,gBAAe,IAA/C,EAAoDW,eAAc,CAAC,CAAnE,EAAqEC,cAAa,CAAC,CAAnF,EAAqFC,iBAAgB,CAAC,CAAtG,EAAwGC,gBAAe,CAAC,CAAxH,EAA0HC,kBAAiB,CAAC,CAA5I,EAA8IC,OAAM,CAAC,CAArJ,EAApgC,EAA4pC55E,OAAM,iBAAU;AAAC,uBAAO,IAAP;AAAY,aAAzrC,EAA0rC65E,QAAO,gBAAS1nB,CAAT,EAAW;AAAC,uBAAOA,MAAItxC,CAAJ,GAAM,KAAKy4D,OAAL,IAAcnnB,CAAd,KAAkB,KAAKmnB,OAAL,GAAannB,CAAb,EAAeA,CAAjC,IAAoC,KAAK2nB,IAAL,EAApC,GAAgDpyE,EAAEgQ,QAAF,GAAae,OAAb,GAAuBX,OAAvB,EAAtD,GAAuF,KAAKwhE,OAAnG;AAA2G,aAAxzC,EAAyzCS,aAAY,qBAASryE,CAAT,EAAW;AAAC,uBAAO,QAAM,KAAK/H,OAAL,CAAai5E,cAAnB,GAAkC,IAAlC,GAAuClxE,MAAImZ,CAAJ,GAAM,KAAKg4D,QAAL,CAAcG,OAAd,CAAsBtxE,CAAtB,CAAN,GAA+B,KAAKmxE,QAAL,CAAcC,OAAd,MAAyB,EAAtG;AAAyG,aAA17C,EAA27CkB,kBAAiB,4BAAU;AAAC,oBAAItyE,IAAE,KAAK80C,KAAL,MAAc,EAApB,CAAuB,OAAO,KAAK78C,OAAL,CAAa+5E,cAAb,IAA6BhyE,EAAEzJ,MAAtC;AAA6C,aAA3hD,EAA4hDs6E,aAAY,qBAAS7wE,CAAT,EAAW;AAAC,qBAAKuyE,KAAL,CAAWvyE,CAAX,EAAa,YAAb;AAA2B,aAA/kD,EAAglD+wE,aAAY,qBAAS/wE,CAAT,EAAW;AAAC,qBAAKuyE,KAAL,CAAWvyE,CAAX,EAAa,YAAb;AAA2B,aAAnoD,EAAooDixE,cAAa,sBAASjxE,CAAT,EAAW;AAAC,qBAAKuyE,KAAL,CAAWvyE,CAAX,EAAa,aAAb;AAA4B,aAAzrD,EAA0rDuyE,OAAM,eAASvyE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,KAAK+nB,SAAL,CAAexyE,CAAf,CAAN,CAAwByqD,MAAIA,IAAEzqD,CAAN,GAAS,KAAKmZ,CAAL,EAAQsxC,CAAR,CAAT;AAAoB,aAA1vD,EAA2vDgoB,WAAU,mBAASzyE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAGnZ,CAAH,EAAK;AAAC,wBAAG,KAAKsyE,gBAAL,EAAH,EAA2B,OAAOxkB,EAAE9tD,CAAF,CAAP,CAAY,IAAG,CAACmZ,CAAJ,EAAM,KAAI,IAAIsxC,IAAE,CAAV,EAAYA,IAAEzqD,EAAEzJ,MAAhB,EAAuBk0D,GAAvB;AAA2BzqD,0BAAEipE,EAAF,CAAKxe,CAAL;AAA3B;AAAmC,wBAAOzqD,CAAP;AAAS,aAAl3D,EAAm3DkD,QAAOkqD,EAA13D,EAA63D12D,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,KAAKgmE,SAAL,CAAe,KAAKp+D,KAApB,CAAV,CAAqC,KAAI8E,IAAE,CAAF,EAAIsxC,IAAEh+C,EAAElW,MAAZ,EAAmB4iB,IAAEsxC,CAArB,EAAuBtxC,GAAvB;AAA2B,wBAAG1M,EAAE0M,CAAF,EAAKtY,EAAL,IAASb,CAAZ,EAAc,OAAOyM,EAAE0M,CAAF,CAAP;AAAzC;AAAqD,aAAv+D,EAAw+Du5D,UAAS,kBAAS1yE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,KAAKgmE,SAAL,CAAe,KAAKp+D,KAApB,CAAV,CAAqC,IAAG5H,CAAH,EAAK,KAAI0M,IAAE,CAAF,EAAIsxC,IAAEh+C,EAAElW,MAAZ,EAAmB4iB,IAAEsxC,CAArB,EAAuBtxC,GAAvB;AAA2B,wBAAG1M,EAAE0M,CAAF,EAAKjG,GAAL,IAAUlT,CAAb,EAAe,OAAOyM,EAAE0M,CAAF,CAAP;AAA1C;AAAsD,aAA7lE,EAA8lElkB,SAAQ,iBAAS+K,CAAT,EAAW;AAAC,uBAAO+uD,EAAE,KAAK16C,KAAP,EAAarU,CAAb,CAAP;AAAuB,aAAzoE,EAA0oEipE,IAAG,YAASjpE,CAAT,EAAW;AAAC,uBAAO,KAAKqU,KAAL,CAAW40D,EAAX,CAAcjpE,CAAd,CAAP;AAAwB,aAAjrE,EAAkrEyT,MAAK,cAASzT,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR,CAAa,IAAGzM,MAAImZ,CAAP,EAAS;AAAC,wBAAG1M,EAAE4H,KAAL,EAAW,KAAIo2C,IAAE,CAAN,EAAQA,IAAEh+C,EAAE4H,KAAF,CAAQ9d,MAAlB,EAAyBk0D,GAAzB;AAA6Bh+C,0BAAE4H,KAAF,CAAQ40D,EAAR,CAAWxe,CAAX;AAA7B,qBAA2C,OAAOh+C,EAAE4H,KAAT;AAAe,mBAAEq9D,wBAAF,IAA6BjlE,EAAE4H,KAAF,GAAQ,KAAKs9D,QAAL,CAAc3xE,CAAd,CAArC,EAAsDyM,EAAEojE,aAAF,GAAgB7vE,EAAElL,KAAF,CAAQ,CAAR,CAAtE,EAAiF2X,EAAEkmE,UAAF,EAAjF,EAAgGlmE,EAAEqjE,OAAF,GAAU,EAA1G,EAA6GrjE,EAAEmQ,OAAF,CAAU,OAAV,CAA7G,EAAgInQ,EAAEmmE,SAAF,CAAYnmE,EAAE4H,KAAd,CAAhI,EAAqJ5H,EAAEikE,MAAF,GAASjkE,EAAE4H,KAAF,CAAQ9d,MAAtK,EAA6KkW,EAAEujE,cAAF,GAAiBvjE,EAAEikE,MAAhM,EAAuMjkE,EAAEomE,QAAF,CAAWpmE,EAAE4H,KAAb,CAAvM;AAA2N,aAA1/E,EAA2/E8M,MAAK,cAASnhB,CAAT,EAAW;AAAC,uBAAOA,MAAImZ,CAAJ,GAAM,KAAK42D,KAAX,IAAkB,KAAKA,KAAL,GAAW,KAAK+C,YAAL,CAAkB9yE,CAAlB,CAAX,EAAgCmZ,CAAlD,CAAP;AAA4D,aAAxkF,EAAykF25D,cAAa,sBAAS9yE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR,CAAa,OAAOuE,EAAEhvD,CAAF,EAAIyqD,EAAEp2C,KAAN,EAAYo2C,EAAEqlB,OAAd,EAAsBrlB,EAAE8mB,MAAF,CAAS/B,KAAT,IAAgB7gB,CAAtC,EAAwClE,EAAE6nB,gBAAF,EAAxC,GAA8Dn5D,IAAE,IAAI81C,CAAJ,CAAMjvD,CAAN,EAAQyqD,EAAE8mB,MAAF,CAAS/B,KAAjB,CAAhE,EAAwFr2D,EAAEjW,MAAF,GAAS,YAAU;AAAC,2BAAOunD,EAAEvnD,MAAF,EAAP;AAAkB,iBAA9H,EAA+HiW,CAAtI;AAAwI,aAAvvF,EAAwvF4lD,UAAS,oBAAU;AAAC,oBAAI/+D,IAAE,KAAK80C,KAAL,MAAc,EAApB,CAAuB,OAAO90C,EAAEzJ,MAAF,GAASu3D,EAAE,KAAKiiB,KAAP,CAAT,GAAuB,KAAKA,KAAnC;AAAyC,aAA50F,EAA60F5hE,KAAI,aAASnO,CAAT,EAAW;AAAC,uBAAO,KAAKsgB,MAAL,CAAY,KAAKjM,KAAL,CAAW9d,MAAvB,EAA8ByJ,CAA9B,CAAP;AAAwC,aAAr4F,EAAs4F+yE,iBAAgB,yBAAS/yE,CAAT,EAAW;AAAC,uBAAO,KAAKuxE,MAAL,CAAY/B,KAAZ,GAAkB,IAAI,KAAK+B,MAAL,CAAY/B,KAAhB,CAAsBxvE,CAAtB,CAAlB,GAA2CA,aAAa2uD,CAAb,GAAe3uD,CAAf,GAAiB,IAAI2uD,CAAJ,CAAM3uD,CAAN,CAAnE;AAA4E,aAA9+F,EAA++FsgB,QAAO,gBAAStgB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOA,MAAIA,IAAEnZ,CAAF,EAAIA,IAAE,CAAV,GAAamZ,aAAa0xC,CAAb,KAAiB1xC,IAAE,KAAK45D,eAAL,CAAqB55D,CAArB,CAAnB,CAAb,EAAyD,KAAKm5D,gBAAL,KAAwB,KAAKj+D,KAAL,CAAWtc,MAAX,CAAkBiI,CAAlB,EAAoB,CAApB,EAAsB,KAAKgzE,iBAAL,CAAuB75D,CAAvB,CAAtB,CAAxB,GAAyE,KAAK9E,KAAL,CAAWtc,MAAX,CAAkBiI,CAAlB,EAAoB,CAApB,EAAsBmZ,CAAtB,CAAlI,EAA2JA,CAAlK;AAAoK,aAAxqG,EAAyqGy3D,YAAW,oBAAS5wE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAMsxC,CAAN,EAAQh+C,CAAR,EAAUpV,CAAV,EAAYwG,CAAZ,EAAc+xB,CAAd,CAAgBkgC,GAAG9vD,CAAH,MAAQA,IAAE,CAACA,CAAD,CAAV,GAAemZ,IAAE,EAAjB,EAAoBsxC,IAAE,KAAKxyD,OAAL,CAAag7E,QAAnC,EAA4C,KAAKh7E,OAAL,CAAag7E,QAAb,GAAsB,CAAC,CAAnE,CAAqE,IAAG;AAAC,yBAAIxmE,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuBpV,4BAAE2I,EAAEyM,CAAF,CAAF,EAAO5O,IAAE,KAAKsQ,GAAL,CAAS9W,CAAT,CAAT,EAAqB8hB,EAAEnkB,IAAF,CAAO6I,CAAP,CAArB,EAA+B+xB,IAAE/xB,EAAE8zD,MAAF,EAAjC,EAA4C,KAAK2gB,gBAAL,OAA0B1iD,IAAE,KAAKojD,iBAAL,CAAuBpjD,CAAvB,CAA5B,CAA5C,EAAmG,KAAKigD,aAAL,CAAmB76E,IAAnB,CAAwB46B,CAAxB,CAAnG;AAAvB;AAAqJ,iBAAzJ,SAAgK;AAAC,yBAAK33B,OAAL,CAAag7E,QAAb,GAAsBxoB,CAAtB;AAAwB,mBAAEl0D,MAAF,IAAU,KAAKqmB,OAAL,CAAa,MAAb,EAAoB,EAACtjB,MAAK,QAAN,EAAe2pC,OAAM9pB,CAArB,EAApB,CAAV;AAAuD,aAArgH,EAAsgH23D,YAAW,oBAAS9wE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAMsxC,CAAN,EAAQh+C,CAAR,EAAUpV,CAAV,EAAYwG,CAAZ,CAAc,KAAIiyD,GAAG9vD,CAAH,MAAQA,IAAE,CAACA,CAAD,CAAV,GAAemZ,IAAE,EAAjB,EAAoBsxC,IAAE,CAA1B,EAA4BA,IAAEzqD,EAAEzJ,MAAhC,EAAuCk0D,GAAvC;AAA2Ch+C,wBAAEzM,EAAEyqD,CAAF,CAAF,EAAOpzD,IAAE,KAAK07E,eAAL,CAAqBtmE,CAArB,CAAT,EAAiC5O,IAAE,KAAKnH,GAAL,CAASW,EAAEwJ,EAAX,CAAnC,EAAkDhD,KAAGsb,EAAEnkB,IAAF,CAAO6I,CAAP,GAAUA,EAAEqtE,MAAF,CAASz+D,CAAT,CAAV,EAAsB5O,EAAE+e,OAAF,CAAU6uC,EAAV,CAAtB,EAAoC,KAAKynB,uBAAL,CAA6Br1E,CAA7B,EAA+B4O,CAA/B,CAAvC,IAA0E,KAAKmkE,UAAL,CAAgBnkE,CAAhB,CAA5H;AAA3C,iBAA0L0M,EAAE5iB,MAAF,IAAU,KAAKqmB,OAAL,CAAa,MAAb,EAAoB,EAACtjB,MAAK,QAAN,EAAe2pC,OAAM9pB,CAArB,EAApB,CAAV;AAAuD,aAA5xH,EAA6xH63D,aAAY,qBAAShxE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKg6D,YAAL,CAAkBnzE,CAAlB,CAAN,CAA2BmZ,EAAE5iB,MAAF,IAAU,KAAKqmB,OAAL,CAAa,MAAb,EAAoB,EAACtjB,MAAK,SAAN,EAAgB2pC,OAAM9pB,CAAtB,EAApB,CAAV;AAAwD,aAAx4H,EAAy4Hg6D,cAAa,sBAASnzE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAMsxC,CAAN,EAAQh+C,CAAR,EAAUpV,CAAV,EAAYwG,CAAZ,EAAc+xB,CAAd,CAAgBkgC,GAAG9vD,CAAH,MAAQA,IAAE,CAACA,CAAD,CAAV,GAAemZ,IAAE,EAAjB,EAAoBsxC,IAAE,KAAKxyD,OAAL,CAAag7E,QAAnC,EAA4C,KAAKh7E,OAAL,CAAag7E,QAAb,GAAsB,CAAC,CAAnE,CAAqE,IAAG;AAAC,yBAAIxmE,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuBpV,4BAAE2I,EAAEyM,CAAF,CAAF,EAAO5O,IAAE,KAAKk1E,eAAL,CAAqB17E,CAArB,CAAT,EAAiCu4B,IAAE,CAAC,CAApC,EAAsC,KAAKwjD,SAAL,CAAe,KAAK/+D,KAApB,EAA0B,UAASrU,CAAT,EAAW;AAAC,gCAAIyqD,CAAJ,EAAMh+C,CAAN,CAAQ,KAAIg+C,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuB,oCAAGh+C,IAAEzM,EAAEipE,EAAF,CAAKxe,CAAL,CAAF,EAAUh+C,EAAE5L,EAAF,KAAOhD,EAAEgD,EAAtB,EAAyB;AAACsY,sCAAEnkB,IAAF,CAAOyX,CAAP,GAAUzM,EAAEjI,MAAF,CAAS0yD,CAAT,EAAW,CAAX,CAAV,EAAwB76B,IAAE,CAAC,CAA3B,CAA6B;AAAM;AAApF;AAAqF,yBAAnI,CAAtC,EAA2KA,MAAI,KAAKyjD,uBAAL,CAA6Bx1E,CAA7B,GAAgC,KAAKoyE,UAAL,CAAgBjyE,GAAhB,EAApC,CAA3K;AAAvB;AAA6P,iBAAjQ,SAAwQ;AAAC,yBAAK/F,OAAL,CAAag7E,QAAb,GAAsBxoB,CAAtB;AAAwB,wBAAOtxC,CAAP;AAAS,aAAjyI,EAAkyIxJ,QAAO,gBAAS3P,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR;AAAA,oBAAah+C,IAAEg+C,EAAE6nB,gBAAF,EAAf,CAAoC,OAAO,KAAKc,SAAL,CAAe3oB,EAAEp2C,KAAjB,EAAuB,UAAShd,CAAT,EAAW;AAAC,wBAAG8hB,IAAE21C,EAAEz3D,CAAF,EAAI2I,CAAJ,CAAF,EAASmZ,KAAG1M,CAAf,EAAiB,OAAO0M,EAAEgyD,KAAF,IAAShyD,EAAEgyD,KAAF,EAAT,IAAoB1gB,EAAEwlB,UAAF,CAAaj7E,IAAb,CAAkBmkB,CAAlB,CAApB,EAAyC,CAAC,CAAjD;AAAmD,iBAAvG,GAAyG,KAAKm6D,sBAAL,CAA4BtzE,CAA5B,CAAzG,EAAwI,KAAKuzE,mBAAL,EAAxI,EAAmKvzE,CAA1K;AAA4K,aAArgJ,EAAsgJwzE,WAAU,qBAAU;AAAC,uBAAO,KAAKvD,UAAZ;AAAuB,aAAljJ,EAAmjJwD,SAAQ,mBAAU;AAAC,oBAAIzzE,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,EAAV;AAAA,oBAAah+C,IAAE,KAAKgmE,SAAL,CAAe,KAAKp+D,KAApB,CAAf,CAA0C,KAAIrU,IAAE,CAAF,EAAImZ,IAAE1M,EAAElW,MAAZ,EAAmByJ,IAAEmZ,CAArB,EAAuBnZ,GAAvB;AAA2ByM,sBAAEzM,CAAF,EAAKmrE,KAAL,IAAY1+D,EAAEzM,CAAF,EAAKmrE,KAAL,EAAZ,IAA0B1gB,EAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,CAAP,CAA1B;AAA3B,iBAAkE,OAAOyqD,CAAP;AAAS,aAA3rJ,EAA4rJipB,SAAQ,mBAAU;AAAC,oBAAI1zE,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,EAAV;AAAA,oBAAah+C,IAAE,KAAKgmE,SAAL,CAAe,KAAKp+D,KAApB,CAAf,CAA0C,KAAIrU,IAAE,CAAF,EAAImZ,IAAE1M,EAAElW,MAAZ,EAAmByJ,IAAEmZ,CAArB,EAAuBnZ,GAAvB;AAA2ByM,sBAAEzM,CAAF,EAAKmrE,KAAL,IAAY,CAAC1+D,EAAEzM,CAAF,EAAKmrE,KAAL,EAAb,IAA2B1+D,EAAEzM,CAAF,EAAKwoE,KAAhC,IAAuC/d,EAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,CAAP,CAAvC;AAA3B,iBAA+E,OAAOyqD,CAAP;AAAS,aAAj1J,EAAk1J2nB,MAAK,gBAAU;AAAC,oBAAIj5D,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR;AAAA,oBAAah+C,IAAE,EAAf;AAAA,oBAAkBpV,IAAE,EAApB;AAAA,oBAAuBwG,IAAE4sD,EAAEwlB,UAA3B;AAAA,oBAAsCrgD,IAAE5vB,EAAEgQ,QAAF,GAAae,OAAb,GAAuBX,OAAvB,EAAxC,CAAyE,IAAGq6C,EAAE0nB,MAAF,EAAH,EAAc;AAAC,wBAAG,CAAC1nB,EAAE8mB,MAAF,CAAS/B,KAAb,EAAmB,OAAO5/C,CAAP,CAASnjB,IAAEg+C,EAAEgpB,OAAF,EAAF,EAAcp8E,IAAEozD,EAAEipB,OAAF,EAAhB,EAA4Bv6D,IAAE,EAA9B,EAAiCsxC,EAAExyD,OAAF,CAAUi6E,KAAV,IAAiBznB,EAAE54B,SAAF,CAAY/oB,MAA7B,GAAoCqQ,IAAEsxC,EAAEkpB,WAAF,CAAclnE,CAAd,EAAgBpV,CAAhB,EAAkBwG,CAAlB,CAAtC,IAA4Dsb,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAesxC,EAAEmpB,KAAF,CAAQ,QAAR,EAAiBnnE,CAAjB,CAAf,GAAoC0M,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAesxC,EAAEmpB,KAAF,CAAQ,QAAR,EAAiBv8E,CAAjB,CAAf,CAApC,EAAwE8hB,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAesxC,EAAEmpB,KAAF,CAAQ,SAAR,EAAkB/1E,CAAlB,CAAf,CAApI,CAAjC,EAA2M+xB,IAAE5vB,EAAEmR,IAAF,CAAO7Z,KAAP,CAAa,IAAb,EAAkB6hB,CAAlB,EAAqB3I,IAArB,CAA0B,YAAU;AAAC,4BAAIxQ,CAAJ,EAAMmZ,CAAN,CAAQ,KAAInZ,IAAE,CAAF,EAAImZ,IAAE5hB,UAAUhB,MAApB,EAA2ByJ,IAAEmZ,CAA7B,EAA+BnZ,GAA/B;AAAmCzI,sCAAUyI,CAAV,KAAcyqD,EAAEopB,OAAF,CAAUt8E,UAAUyI,CAAV,CAAV,CAAd;AAAnC,yBAAyEyqD,EAAEkoB,UAAF,CAAa,CAAC,CAAd,GAAiBloB,EAAEqpB,OAAF,CAAU,EAACxM,QAAO,MAAR,EAAV,CAAjB,EAA4C7c,EAAE7tC,OAAF,CAAU8zC,EAAV,CAA5C;AAA0D,qBAAhL,CAA7M;AAA+X,iBAA1a,MAA+ajG,EAAEkoB,UAAF,CAAa,CAAC,CAAd,GAAiBloB,EAAEqpB,OAAF,CAAU,EAACxM,QAAO,MAAR,EAAV,CAAjB,CAA4C,OAAO13C,CAAP;AAAS,aAA/4K,EAAg5KmkD,eAAc,uBAAS/zE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWnZ,aAAaiwD,GAAGx8C,IAAH,CAAQugE,KAArB,GAA2B76D,EAAE86D,YAAF,CAAej0E,CAAf,CAA3B,IAA8CmZ,EAAE82D,UAAF,GAAa,EAAb,EAAgB92D,EAAEu4D,wBAAF,EAAhB,EAA6Cv4D,EAAE9E,KAAF,GAAQ8E,EAAEw4D,QAAF,CAAWx4D,EAAE02D,aAAb,CAArD,EAAiF12D,EAAElhB,OAAF,CAAU65E,YAAV,KAAyB34D,EAAEu3D,MAAF,GAASv3D,EAAE62D,cAApC,CAAjF,EAAqI72D,EAAE22D,OAAF,GAAU,EAA/I,EAAkJ32D,EAAEy5D,SAAF,CAAYz5D,EAAE9E,KAAd,CAAlJ,EAAuK8E,EAAE26D,OAAF,EAAvK,EAAmL36D,EAAE+6D,0BAAF,EAAjO;AAAiQ,aAAtrL,EAAurLA,4BAA2B,sCAAU;AAAC,oBAAIl0E,IAAE,IAAN,CAAW,QAAMA,EAAE/H,OAAF,CAAUi5E,cAAhB,IAAgClxE,EAAEozE,SAAF,CAAYpzE,EAAEqU,KAAd,EAAoB,UAASrU,CAAT,EAAW;AAAC,wBAAImZ,CAAJ,EAAMsxC,CAAN,CAAQ,KAAItxC,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuBsxC,4BAAEzqD,EAAEipE,EAAF,CAAK9vD,CAAL,CAAF,EAAU,YAAUsxC,EAAE0pB,SAAZ,IAAuB,YAAU1pB,EAAE0pB,SAAnC,KAA+C1pB,EAAE+d,KAAF,GAAQ,CAAC,CAAxD,CAAV;AAAvB;AAA4F,iBAApI,CAAhC;AAAsK,aAA94L,EAA+4L4L,YAAW,sBAAU;AAAC,oBAAIp0E,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,KAAKgoB,SAAL,CAAe,KAAKp+D,KAApB,CAAV,CAAqC,IAAG,KAAK47D,UAAL,CAAgB15E,MAAnB,EAA0B,OAAM,CAAC,CAAP,CAAS,KAAIyJ,IAAE,CAAF,EAAImZ,IAAEsxC,EAAEl0D,MAAZ,EAAmByJ,IAAEmZ,CAArB,EAAuBnZ,GAAvB;AAA2B,wBAAGyqD,EAAEzqD,CAAF,EAAKmrE,KAAL,IAAY1gB,EAAEzqD,CAAF,EAAKmrE,KAAL,EAAZ,IAA0B1gB,EAAEzqD,CAAF,EAAKwoE,KAAlC,EAAwC,OAAM,CAAC,CAAP;AAAnE,iBAA4E,OAAM,CAAC,CAAP;AAAS,aAAlkM,EAAmkMqL,SAAQ,iBAAS16D,CAAT,EAAW;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR;AAAA,oBAAapV,IAAE8hB,EAAEk7D,MAAjB;AAAA,oBAAwBx2E,IAAEsb,EAAEkX,QAA5B;AAAA,oBAAqCT,IAAE,CAAvC;AAAA,oBAAyC86B,IAAEj+C,EAAE6lE,gBAAF,EAA3C;AAAA,oBAAgErnB,IAAEx+C,EAAEojE,aAApE;AAAA,oBAAkF/hE,IAAEqL,EAAE7f,IAAtF,CAA2F,IAAGmT,EAAEmQ,OAAF,CAAUwvC,EAAV,EAAa,EAAC/7B,UAASxyB,CAAV,EAAYvE,MAAKwU,CAAjB,EAAb,GAAkCjQ,KAAG,CAACmyD,GAAGnyD,CAAH,CAAzC,EAA+C;AAAC,wBAAGA,IAAE4O,EAAE8kE,MAAF,CAASxjD,KAAT,CAAelwB,CAAf,CAAF,EAAoB4O,EAAE6nE,mBAAF,CAAsBz2E,CAAtB,CAAvB,EAAgD,OAAOA,IAAE4O,EAAE8kE,MAAF,CAAS99D,IAAT,CAAc5V,CAAd,CAAF,EAAmBiyD,GAAGjyD,CAAH,MAAQA,IAAE,CAACA,CAAD,CAAV,CAAnB;AAAkC,iBAAzI,MAA8IA,IAAEmC,EAAE7I,GAAF,CAAME,CAAN,EAAQ,UAAS2I,CAAT,EAAW;AAAC,2BAAOA,EAAE2xD,MAAF,EAAP;AAAkB,iBAAtC,CAAF,CAA0C,KAAI,cAAY7jD,CAAZ,KAAgBrB,EAAEwjE,UAAF,GAAa,EAA7B,GAAiCrgD,IAAE,CAAnC,EAAqC66B,IAAEpzD,EAAEd,MAA7C,EAAoDq5B,IAAE66B,CAAtD,EAAwD76B,GAAxD;AAA4D,kCAAY9hB,CAAZ,IAAezW,EAAEu4B,CAAF,EAAKs7C,MAAL,CAAYrtE,EAAE+xB,CAAF,CAAZ,GAAkB,aAAW9hB,CAAX,GAAam9C,EAAEj2D,IAAF,CAAO01D,IAAEj+C,EAAEumE,iBAAF,CAAoB37E,EAAEu4B,CAAF,CAApB,CAAF,GAA4B/xB,EAAE+xB,CAAF,CAAnC,CAAb,GAAsD,aAAW9hB,CAAX,IAAcrB,EAAEymE,uBAAF,CAA0B77E,EAAEu4B,CAAF,CAA1B,EAA+B/xB,EAAE+xB,CAAF,CAA/B,CAArG,IAA2InjB,EAAE4mE,uBAAF,CAA0Bh8E,EAAEu4B,CAAF,CAA1B,CAA3I;AAA5D;AAAuO,aAAjlN,EAAklNsjD,yBAAwB,iCAASlzE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKo7D,0BAAL,CAAgCv0E,CAAhC,EAAkC,UAASA,CAAT,EAAWyqD,CAAX,EAAa;AAACwF,uBAAGwM,UAAH,CAAchS,EAAEzqD,CAAF,CAAd,EAAmBmZ,CAAnB;AAAsB,iBAAtE;AAAwE,aAAhsN,EAAisNo7D,4BAA2B,oCAASv0E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKq7D,iBAAL,CAAuB,UAAS/pB,CAAT,EAAW;AAAC,wBAAIh+C,IAAEihD,EAAEjD,CAAF,EAAIzqD,CAAJ,CAAN,CAAa,IAAGyM,IAAE,CAAC,CAAN,EAAQ,OAAO0M,EAAE1M,CAAF,EAAIg+C,CAAJ,GAAO,CAAC,CAAf;AAAiB,iBAAzE;AAA2E,aAArzN,EAAszN4oB,yBAAwB,iCAASrzE,CAAT,EAAW;AAAC,qBAAKu0E,0BAAL,CAAgCv0E,CAAhC,EAAkC,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAACA,sBAAEphB,MAAF,CAASiI,CAAT,EAAW,CAAX;AAAc,iBAA9D;AAAgE,aAA15N,EAA25NwyE,WAAU,mBAASxyE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKm5D,gBAAL,KAAwB,KAAKf,MAAL,CAAYhxE,MAApC,GAA2C,KAAKgxE,MAAL,CAAY99D,IAA7D,CAAkE,OAAO0F,EAAE1iB,IAAF,CAAO,KAAK86E,MAAZ,EAAmBvxE,CAAnB,CAAP;AAA6B,aAAhhO,EAAihOw0E,mBAAkB,2BAASx0E,CAAT,EAAW;AAAC,qBAAKozE,SAAL,CAAe,KAAKvD,aAApB,EAAkC7vE,CAAlC;AAAqC,aAAplO,EAAqlOozE,WAAU,mBAASpzE,CAAT,EAAWmZ,CAAX,EAAa;AAACnZ,qBAAGA,EAAEzJ,MAAL,KAAc,KAAK+7E,gBAAL,KAAwB7jB,EAAEzuD,CAAF,EAAImZ,CAAJ,CAAxB,GAA+BA,EAAEnZ,CAAF,CAA7C;AAAmD,aAAhqO,EAAiqOy0E,mBAAkB,2BAASz0E,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,WAASA,GAAT,EAAW;AAAC,wBAAGg+C,IAAEiD,EAAEjhD,GAAF,EAAIzM,CAAJ,CAAF,EAASyqD,IAAE,CAAC,CAAf,EAAiB,OAAOtxC,IAAE1M,IAAEg+C,CAAF,CAAF,EAAO,CAAC,CAAf;AAAiB,iBAAxD,CAAyD,OAAO,KAAK+pB,iBAAL,CAAuB/nE,CAAvB,GAA0B0M,CAAjC;AAAmC,aAA3xO,EAA4xO86D,cAAa,sBAASj0E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKs7D,iBAAL,CAAuBz0E,CAAvB,CAAN,CAAgC,KAAKozE,SAAL,CAAe,KAAK/+D,KAApB,EAA0B,UAASo2C,CAAT,EAAW;AAAC,wBAAIh+C,IAAEsiD,EAAEtE,CAAF,EAAIzqD,CAAJ,CAAN,CAAayM,KAAG,CAAH,KAAO,CAAC0M,CAAD,IAAInZ,EAAEmrE,KAAF,MAAW,CAAChyD,EAAEg7D,SAAlB,GAA4B1pB,EAAE1yD,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAA5B,IAA2Cg+C,EAAEh+C,CAAF,EAAKy+D,MAAL,CAAY/xD,CAAZ,GAAe,YAAUA,EAAEg7D,SAAZ,KAAwB1pB,EAAEh+C,CAAF,EAAK+7D,KAAL,GAAW,CAAC,CAApC,CAA1D,CAAP;AAA0G,iBAA7J;AAA+J,aAAp/O,EAAq/OkM,SAAQ,iBAASv7D,CAAT,EAAWsxC,CAAX,EAAa;AAAC,oBAAIh+C,IAAE,IAAN,CAAWA,EAAEmQ,OAAF,CAAUouC,EAAV,EAAa,EAAC1xD,MAAK,QAAN,EAAb,GAA8BmT,EAAEolB,SAAF,CAAY/oB,MAAZ,CAAmB+mD,GAAG,EAAC18B,SAAQ,iBAASs3B,CAAT,EAAWh+C,CAAX,EAAa;AAAC,4BAAIpV,IAAE2I,EAAE3E,IAAF,CAAO8d,CAAP,EAAS,UAASnZ,CAAT,EAAW;AAAC,mCAAOA,EAAE1G,IAAF,IAAQmT,CAAf;AAAiB,yBAAtC,EAAwC,CAAxC,CAAN,CAAiDpV,KAAGA,EAAE0Z,OAAF,CAAU,EAACsf,UAASo6B,CAAV,EAAY4pB,QAAOh9E,EAAEg9E,MAArB,EAA4B/6E,MAAKmT,CAAjC,EAAV,CAAH;AAAkD,qBAA1H,EAA2HvT,OAAM,eAAS8G,CAAT,EAAWyqD,CAAX,EAAapzD,CAAb,EAAe;AAAC,6BAAI,IAAIwG,IAAE,CAAV,EAAYA,IAAEsb,EAAE5iB,MAAhB,EAAuBsH,GAAvB;AAA2Bsb,8BAAEtb,CAAF,EAAKmT,MAAL,CAAYhR,CAAZ;AAA3B,yBAA0CyM,EAAEvT,KAAF,CAAQ8G,CAAR,EAAUyqD,CAAV,EAAYpzD,CAAZ;AAAe,qBAA1M,EAAH,EAA+MozD,CAA/M,CAAnB,CAA9B;AAAoQ,aAA1xP,EAA2xPkpB,aAAY,qBAASx6D,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,oBAAIpV,IAAE,IAAN;AAAA,oBAAWwG,IAAE,EAAb,CAAgB,OAAOxG,EAAEY,OAAF,CAAUi6E,KAAV,KAAkB/4D,EAAE5iB,MAAF,IAAUsH,EAAE7I,IAAF,CAAOgL,EAAEgQ,QAAF,CAAW,UAAShQ,CAAT,EAAW;AAACA,sBAAE1G,IAAF,GAAO,QAAP,EAAgB0G,EAAEq0E,MAAF,GAASl7D,CAAzB;AAA2B,iBAAlD,CAAP,CAAV,EAAsEsxC,EAAEl0D,MAAF,IAAUsH,EAAE7I,IAAF,CAAOgL,EAAEgQ,QAAF,CAAW,UAAShQ,CAAT,EAAW;AAACA,sBAAE1G,IAAF,GAAO,QAAP,EAAgB0G,EAAEq0E,MAAF,GAAS5pB,CAAzB;AAA2B,iBAAlD,CAAP,CAAhF,EAA4Ih+C,EAAElW,MAAF,IAAUsH,EAAE7I,IAAF,CAAOgL,EAAEgQ,QAAF,CAAW,UAAShQ,CAAT,EAAW;AAACA,sBAAE1G,IAAF,GAAO,SAAP,EAAiB0G,EAAEq0E,MAAF,GAAS5nE,CAA1B;AAA4B,iBAAnD,CAAP,CAAtJ,EAAmNpV,EAAEq9E,OAAF,CAAU72E,CAAV,EAAY,EAAC4V,MAAK,EAACggE,SAAQp8E,EAAEk6E,MAAF,CAASv8C,SAAT,CAAmB+P,EAAE5rB,CAAF,CAAnB,CAAT,EAAkCu6D,SAAQr8E,EAAEk6E,MAAF,CAASv8C,SAAT,CAAmB+P,EAAE0lB,CAAF,CAAnB,CAA1C,EAAmE+oB,WAAUn8E,EAAEk6E,MAAF,CAASv8C,SAAT,CAAmB+P,EAAEt4B,CAAF,CAAnB,CAA7E,EAAN,EAAZ,CAArO,GAAiW5O,CAAxW;AAA0W,aAAjrQ,EAAkrQ82E,UAAS,kBAASx7D,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,oBAAIpV,IAAE,IAAN,CAAW,OAAO2I,EAAEgQ,QAAF,CAAW,UAAShQ,CAAT,EAAW;AAAC3I,sBAAEulB,OAAF,CAAUouC,EAAV,EAAa,EAAC1xD,MAAKmT,CAAN,EAAb,GAAuBpV,EAAEw6B,SAAF,CAAYplB,CAAZ,EAAehW,IAAf,CAAoBY,EAAEw6B,SAAtB,EAAgCg+B,GAAG,EAAC18B,SAAQ,iBAASha,CAAT,EAAW;AAACnZ,8BAAE+Q,OAAF,CAAU,EAACsf,UAASlX,CAAV,EAAYk7D,QAAO5pB,CAAnB,EAAqBnxD,MAAKmT,CAA1B,EAAV;AAAwC,yBAA7D,EAA8DvT,OAAM,eAASigB,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAACzM,8BAAEgR,MAAF,CAASmI,CAAT,GAAY9hB,EAAE6B,KAAF,CAAQigB,CAAR,EAAUsxC,CAAV,EAAYh+C,CAAZ,CAAZ;AAA2B,yBAA/G,EAAH,EAAoH0M,CAApH,CAAhC,CAAvB;AAA+K,iBAAtM,EAAwM/I,OAAxM,EAAP;AAAyN,aAA/6Q,EAAg7QwjE,OAAM,eAAS5zE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,IAAE,IAAV;AAAA,oBAAewG,IAAE,EAAjB;AAAA,oBAAoB+xB,IAAEv4B,EAAEk6E,MAAF,CAASv8C,SAAT,CAAmB+P,EAAE5rB,CAAF,CAAnB,CAAtB,CAA+C,IAAG9hB,EAAEY,OAAF,CAAUi6E,KAAb,EAAmB/4D,EAAE5iB,MAAF,IAAUsH,EAAE7I,IAAF,CAAOqC,EAAEs9E,QAAF,CAAW,EAAClhE,MAAK,EAAC4gE,QAAOzkD,CAAR,EAAN,EAAX,EAA6BzW,CAA7B,EAA+BnZ,CAA/B,CAAP,CAAV,CAAnB,KAA4E,KAAIyqD,IAAE,CAAF,EAAIh+C,IAAE0M,EAAE5iB,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2B5sD,sBAAE7I,IAAF,CAAOqC,EAAEs9E,QAAF,CAAW,EAAClhE,MAAKmc,EAAE66B,CAAF,CAAN,EAAX,EAAuB,CAACtxC,EAAEsxC,CAAF,CAAD,CAAvB,EAA8BzqD,CAA9B,CAAP;AAA3B,iBAAoE,OAAOnC,CAAP;AAAS,aAA5oR,EAA6oRqxE,MAAK,cAAS/1D,CAAT,EAAW;AAC79hD,oBAAIsxC,IAAE,IAAN;AAAA,oBAAWh+C,IAAEg+C,EAAEmqB,OAAF,CAAUz7D,CAAV,CAAb;AAAA,oBAA0B9hB,IAAE2I,EAAEgQ,QAAF,EAA5B,CAAyC,OAAOy6C,EAAEoqB,aAAF,CAAgBpoE,CAAhB,EAAkB,YAAU;AAAC,wBAAIzM,IAAEyqD,EAAE7tC,OAAF,CAAUouC,EAAV,EAAa,EAAC1xD,MAAK,MAAN,EAAb,CAAN,CAAkC0G,KAAGyqD,EAAEqqB,eAAF,IAAoBz9E,EAAE0Z,OAAF,CAAU/Q,CAAV,CAAvB,KAAsCyqD,EAAE7tC,OAAF,CAAUyvC,EAAV,GAAc5B,EAAEqlB,OAAF,GAAU,EAAxB,EAA2BrlB,EAAE7tC,OAAF,CAAU,OAAV,CAA3B,EAA8C6tC,EAAE0nB,MAAF,KAAW1nB,EAAE54B,SAAF,CAAYq9C,IAAZ,CAAiB,EAACz7D,MAAKhH,CAAN,EAAQ0mB,SAAQ,iBAASnzB,CAAT,EAAW;AAACyqD,8BAAEqlB,OAAF,GAAU,EAAV,EAAarlB,EAAEt3B,OAAF,CAAUnzB,CAAV,EAAYyM,CAAZ,CAAb,EAA4BpV,EAAE0Z,OAAF,EAA5B;AAAwC,yBAApE,EAAqE7X,OAAM,iBAAU;AAAC,gCAAI8G,IAAE0pE,GAAGjzE,IAAH,CAAQc,SAAR,CAAN,CAAyBkzD,EAAEvxD,KAAF,CAAQ5B,KAAR,CAAcmzD,CAAd,EAAgBzqD,CAAhB,GAAmB3I,EAAE2Z,MAAF,CAAS1Z,KAAT,CAAeD,CAAf,EAAiB2I,CAAjB,CAAnB;AAAuC,yBAAtJ,EAAjB,CAAX,GAAqL,QAAMyqD,EAAExyD,OAAF,CAAUi5E,cAAhB,KAAiCzmB,EAAEt3B,OAAF,CAAUs3B,EAAE4nB,WAAF,EAAV,EAA0B5lE,CAA1B,GAA6BpV,EAAE0Z,OAAF,EAA9D,CAAzQ;AAAqV,iBAApZ,GAAsZ1Z,EAAE+Y,OAAF,EAA7Z;AAAya,aAD82vC,EAC72vC2kE,iBAAgB,yBAAS/0E,CAAT,EAAW;AAAC,uBAAO,KAAKuxE,MAAL,CAAY5I,UAAZ,CAAuB3oE,CAAvB,CAAP;AAAiC,aADgzvC,EAC/yvCmzB,SAAQ,iBAASnzB,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUwG,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc86B,CAAd;AAAA,oBAAgBO,CAAhB;AAAA,oBAAkBn9C,CAAlB;AAAA,oBAAoBu9C,IAAE,IAAtB;AAAA,oBAA2BiB,IAAEjB,EAAEpzD,OAA/B,CAAuC,IAAGozD,EAAEzuC,OAAF,CAAUwvC,EAAV,EAAa,EAAC/7B,UAASrwB,CAAV,EAAY1G,MAAK,MAAjB,EAAb,GAAuC+xD,EAAE8mB,MAAF,EAA1C,EAAqD;AAAC,wBAAGnyE,IAAEqrD,EAAEkmB,MAAF,CAASxjD,KAAT,CAAe/tB,CAAf,CAAF,EAAoBqrD,EAAEipB,mBAAF,CAAsBt0E,CAAtB,CAAvB,EAAgD,OAAOqrD,EAAEypB,eAAF,IAAoB37D,CAA3B,CAA6BkyC,EAAEqlB,MAAF,GAASrlB,EAAEkmB,MAAF,CAAStC,KAAT,CAAejvE,CAAf,CAAT,EAA2BqrD,EAAEolB,UAAF,IAAcnkB,EAAE2lB,gBAAhB,KAAmC5mB,EAAE2pB,gBAAF,GAAmB3pB,EAAE0pB,eAAF,CAAkB/0E,CAAlB,CAAtD,CAA3B,EAAuGA,IAAEqrD,EAAEmnB,SAAF,CAAYxyE,CAAZ,CAAzG,EAAwHqrD,EAAE4kB,UAAF,GAAa,EAArI;AAAwI,iBAA3Q,MAA+Q;AAAC,yBAAIjwE,IAAEqrD,EAAEmnB,SAAF,CAAYxyE,CAAZ,CAAF,EAAiByqD,IAAE,EAAnB,EAAsBh+C,IAAE,EAAxB,EAA2BpV,IAAEg0D,EAAEkmB,MAAF,CAAS/B,KAAtC,EAA4C3xE,IAAExG,IAAEA,EAAE6xE,OAAJ,GAAY,IAA1D,EAA+Dt5C,IAAE,CAArE,EAAuEA,IAAE,KAAKqgD,UAAL,CAAgB15E,MAAzF,EAAgGq5B,GAAhG;AAAoG86B,4BAAE,KAAKulB,UAAL,CAAgBrgD,CAAhB,EAAmB/xB,CAAnB,CAAF,EAAwB4O,EAAEi+C,CAAF,IAAKA,CAA7B;AAApG,qBAAmI,KAAI96B,IAAE,CAAN,EAAQA,IAAE5vB,EAAEzJ,MAAZ,EAAmBq5B,GAAnB;AAAuBq7B,4BAAEjrD,EAAE4vB,CAAF,CAAF,EAAO9hB,IAAEm9C,EAAEkpB,SAAX,EAAqB,aAAWrmE,CAAX,GAAarB,EAAEw+C,EAAEptD,CAAF,CAAF,KAAS,KAAKoyE,UAAL,CAAgBj7E,IAAhB,CAAqB,KAAK+9E,eAAL,CAAqB9nB,CAArB,CAArB,CAAtB,GAAoER,EAAEz1D,IAAF,CAAOi2D,CAAP,CAAzF;AAAvB,qBAA0HjrD,IAAEyqD,CAAF,EAAIY,EAAEqlB,MAAF,GAAS1wE,EAAEzJ,MAAf;AAAsB,mBAAEy5E,cAAF,GAAiB3kB,EAAEqlB,MAAnB,EAA0BrlB,EAAEwkB,aAAF,GAAgB7vE,EAAElL,KAAF,CAAQ,CAAR,CAA1C,EAAqDu2D,EAAEqmB,wBAAF,EAArD,EAAkFrmB,EAAEh3C,KAAF,GAAQg3C,EAAEsmB,QAAF,CAAW3xE,CAAX,CAA1F,EAAwGqrD,EAAE6oB,0BAAF,EAAxG,EAAuI7oB,EAAEsnB,UAAF,EAAvI,EAAsJtnB,EAAEunB,SAAF,CAAYvnB,EAAEh3C,KAAd,CAAtJ,EAA2Kg3C,EAAEwnB,QAAF,CAAWxnB,EAAEh3C,KAAb,CAA3K,EAA+Lg3C,EAAEypB,eAAF,EAA/L;AAAmN,aAD8/tC,EAC7/tCpD,0BAAyB,oCAAU;AAAC,oBAAG,KAAKr9D,KAAL,IAAY,KAAKs8D,8BAApB,EAAmD,KAAI,IAAI3wE,IAAE,CAAV,EAAYA,IAAE,KAAKqU,KAAL,CAAW9d,MAAzB,EAAgCyJ,GAAhC;AAAoC,yBAAKqU,KAAL,CAAWrU,CAAX,EAAckD,MAAd,KAAuB,KAAKmR,KAAL,CAAWrU,CAAX,EAAckD,MAAd,GAAqBkqD,EAA5C;AAApC;AAAoF,aADk1tC,EACj1tCulB,YAAW,oBAAS3yE,CAAT,EAAW;AAAC,yBAASmZ,CAAT,CAAWnZ,CAAX,EAAa;AAAC,wBAAIyqD,CAAJ;AAAA,wBAAMh+C,CAAN;AAAA,wBAAQpV,CAAR;AAAA,wBAAUwG,IAAE,EAAZ,CAAe,KAAI4sD,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuBh+C,4BAAEzM,EAAEipE,EAAF,CAAKxe,CAAL,CAAF,EAAUpzD,IAAEoV,EAAEklD,MAAF,EAAZ,EAAuB/hC,KAAGnjB,EAAEw2B,KAAL,GAAW5rC,EAAE4rC,KAAF,GAAQ9pB,EAAE1M,EAAEw2B,KAAJ,CAAnB,IAA+B5rC,EAAE6b,GAAF,GAAMzG,EAAEyG,GAAR,EAAYw3C,MAAIj+C,EAAE0+D,KAAF,KAAU9zE,EAAE88E,SAAF,GAAY,QAAtB,GAA+B1nE,EAAE+7D,KAAF,KAAUnxE,EAAE88E,SAAF,GAAY,QAAtB,CAAnC,CAA3C,CAAvB,EAAuIt2E,EAAE7I,IAAF,CAAOqC,CAAP,CAAvI;AAAvB,qBAAwK,OAAOwG,CAAP;AAAS,qBAAI4sD,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUwG,CAAV;AAAA,oBAAY+xB,IAAE,KAAK0iD,gBAAL,EAAd;AAAA,oBAAsC5nB,IAAE,KAAK6mB,MAAL,CAAY/B,KAApD,CAA0D,IAAG,QAAM,KAAKv3E,OAAL,CAAai5E,cAAtB,EAAqC;AAAC,yBAAIzmB,IAAEtxC,EAAE,KAAK9E,KAAP,CAAF,EAAgB5H,IAAE,EAAlB,EAAqBpV,IAAE,CAA3B,EAA6BA,IAAE,KAAK44E,UAAL,CAAgB15E,MAA/C,EAAsDc,GAAtD;AAA0DwG,4BAAE,KAAKoyE,UAAL,CAAgB54E,CAAhB,EAAmBs6D,MAAnB,EAAF,EAA8B9zD,EAAEs2E,SAAF,GAAY,SAA1C,EAAoD1nE,EAAEzX,IAAF,CAAO6I,CAAP,CAApD;AAA1D,qBAAwH,KAAKw0E,WAAL,CAAiB5nB,EAAE11D,MAAF,CAAS0X,CAAT,CAAjB,GAA8BzM,MAAI,KAAK6vE,aAAL,GAAmB,KAAK2C,SAAL,CAAe/nB,CAAf,CAAvB,CAA9B;AAAwE;AAAC,aAD20sC,EAC10sCmoB,WAAU,mBAAS5yE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAEtxC,EAAE87D,KAAF,IAAS,CAAtB;AAAA,oBAAwBxoE,IAAEg+C,IAAEtxC,EAAEs5D,SAAF,CAAYzyE,CAAZ,EAAc,CAAC,CAAf,EAAkBzJ,MAA9C,CAAqD4iB,EAAE22D,OAAF,CAAU96E,IAAV,CAAe,EAACkS,OAAMujD,CAAP,EAAS5yD,KAAI4U,CAAb,EAAegH,MAAKzT,CAApB,EAAsBk1E,WAAW,IAAIj5E,IAAJ,EAAD,CAAWigC,OAAX,EAAhC,EAAf,GAAsE/iB,EAAE22D,OAAF,CAAUh4E,IAAV,CAAe,UAASkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOnZ,EAAEkH,KAAF,GAAQiS,EAAEjS,KAAjB;AAAuB,iBAApD,CAAtE;AAA4H,aADmosC,EAClosChO,OAAM,eAAS8G,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,qBAAKqqB,eAAL,IAAuB,KAAKl4D,OAAL,CAAawvC,EAAb,EAAgB,EAAhB,CAAvB,EAA2C,KAAKxvC,OAAL,CAAauwC,EAAb,EAAgB,EAACj4B,KAAIl1B,CAAL,EAAO+yB,QAAO5Z,CAAd,EAAgBg8D,aAAY1qB,CAA5B,EAAhB,CAA3C;AAA2F,aADihsC,EAChhsCmqB,SAAQ,iBAAS50E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAEoF,GAAG,EAAC0e,MAAKp1D,EAAEo1D,IAAF,EAAN,EAAeD,MAAKn1D,EAAEm1D,IAAF,EAApB,EAA6B+B,MAAKl3D,EAAEk3D,IAAF,EAAlC,EAA2CF,UAASh3D,EAAEg3D,QAAF,EAApD,EAAiEr4E,MAAKqhB,EAAEm3D,KAAxE,EAA8EzsE,QAAOsV,EAAEo3D,OAAvF,EAA+Fz7B,OAAM37B,EAAEq3D,MAAvG,EAA8G5H,WAAUzvD,EAAEs3D,UAA1H,EAAH,EAAyIzwE,CAAzI,CAAb,CAAyJ,OAAOmZ,EAAElhB,OAAF,CAAU65E,YAAV,KAAyB,OAAOrnB,EAAE8jB,IAAT,EAAc,OAAO9jB,EAAE6jB,IAAvB,EAA4B,OAAO7jB,EAAE4lB,IAArC,EAA0C,OAAO5lB,EAAE0lB,QAA5E,GAAsFh3D,EAAElhB,OAAF,CAAU+5E,cAAV,GAAyB74D,EAAEo4D,MAAF,CAAS/B,KAAT,IAAgB/kB,EAAE3V,KAAlB,KAA0B2V,EAAE3V,KAAF,GAAQyY,EAAE9C,EAAE3V,KAAJ,EAAU37B,EAAEo4D,MAAF,CAAS/B,KAAnB,CAAlC,CAAzB,GAAsF,OAAO/kB,EAAE3V,KAArL,EAA2L37B,EAAElhB,OAAF,CAAU85E,eAAV,GAA0B54D,EAAEo4D,MAAF,CAAS/B,KAAT,IAAgB/kB,EAAE5mD,MAAlB,KAA2B4mD,EAAE5mD,MAAF,GAASgrD,EAAEpE,EAAE5mD,MAAJ,EAAWsV,EAAEo4D,MAAF,CAAS/B,KAApB,CAApC,CAA1B,GAA0F,OAAO/kB,EAAE5mD,MAA9R,EAAqSsV,EAAElhB,OAAF,CAAU45E,aAAV,GAAwB14D,EAAEo4D,MAAF,CAAS/B,KAAT,IAAgB/kB,EAAE3yD,IAAlB,KAAyB2yD,EAAE3yD,IAAF,GAAOy1D,EAAE9C,EAAE3yD,IAAJ,EAASqhB,EAAEo4D,MAAF,CAAS/B,KAAlB,CAAhC,CAAxB,GAAkF,OAAO/kB,EAAE3yD,IAAhY,EAAqYqhB,EAAElhB,OAAF,CAAUg6E,gBAAV,GAA2B94D,EAAEo4D,MAAF,CAAS/B,KAAT,IAAgB/kB,EAAEme,SAAlB,KAA8Bne,EAAEme,SAAF,GAAYrb,EAAE9C,EAAEme,SAAJ,EAAczvD,EAAEo4D,MAAF,CAAS/B,KAAvB,CAA1C,CAA3B,GAAoG,OAAO/kB,EAAEme,SAAlf,EAA4fne,CAAngB;AAAqgB,aAD81qC,EAC71qCoqB,eAAc,uBAAS70E,CAAT,EAAWyqD,CAAX,EAAa;AAAC,oBAAIh+C,IAAE,IAAN,CAAWA,EAAE2oE,kBAAF,GAAqB3oE,EAAE4oE,QAAF,GAAW,EAACn+E,UAAS64D,GAAGtF,CAAH,EAAKh+C,CAAL,CAAV,EAAkBxU,SAAQ+H,CAA1B,EAAhC,IAA8DyM,EAAE2oE,kBAAF,GAAqB,CAAC,CAAtB,EAAwB3oE,EAAE4oE,QAAF,GAAWl8D,CAAnC,EAAqCsxC,GAAnG;AAAwG,aAD8sqC,EAC7sqCqqB,iBAAgB,2BAAU;AAAC,oBAAI90E,IAAE,IAAN,CAAWA,EAAEo1E,kBAAF,GAAqB,CAAC,CAAtB,EAAwBp1E,EAAEq1E,QAAF,IAAYr1E,EAAE60E,aAAF,CAAgB70E,EAAEq1E,QAAF,CAAWp9E,OAA3B,EAAmC+H,EAAEq1E,QAAF,CAAWn+E,QAA9C,CAApC;AAA4F,aAD2kqC,EAC1kqCo9E,qBAAoB,6BAASt0E,CAAT,EAAW;AAAC,oBAAG,KAAKuxE,MAAL,CAAY7B,MAAf,EAAsB;AAAC,wBAAIv2D,IAAE,KAAKo4D,MAAL,CAAY7B,MAAZ,CAAmB1vE,CAAnB,CAAN,CAA4B,IAAGmZ,CAAH,EAAK,OAAO,KAAKyD,OAAL,CAAauwC,EAAb,EAAgB,EAACj4B,KAAI,IAAL,EAAUnC,QAAO,aAAjB,EAA+BoiD,aAAY,cAA3C,EAA0DzF,QAAOv2D,CAAjE,EAAhB,GAAqF,CAAC,CAA7F;AAA+F,wBAAM,CAAC,CAAP;AAAS,aAD04pC,EACz4pCm8D,aAAY,qBAASt1E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKo4D,MAAL,CAAY/B,KAAlB,CAAwB,OAAM,EAAE,CAACr2D,CAAD,IAAI,CAACnZ,EAAEzJ,MAAT,KAAkB,EAAEyJ,EAAE,CAAF,aAAemZ,CAAjB,CAAxB;AAA4C,aAD6ypC,EAC5ypCw4D,UAAS,kBAAS3xE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAE,IAAR;AAAA,oBAAah+C,IAAEg+C,EAAE8mB,MAAF,CAAS/B,KAAxB,CAA8B,OAAO/kB,EAAEkmB,8BAAF,GAAiC,CAAC,CAAlC,EAAoC3wE,aAAagpE,EAAb,IAAiBve,EAAEkmB,8BAAF,GAAiC,CAAC,CAAlC,EAAoClmB,EAAE6qB,WAAF,CAAct1E,CAAd,MAAmBA,EAAE1G,IAAF,GAAOmxD,EAAE8mB,MAAF,CAAS/B,KAAhB,EAAsBxvE,EAAEk0B,OAAF,CAAUl0B,CAAV,EAAYA,CAAZ,CAAzC,CAArD,KAAgHmZ,IAAEsxC,EAAE0lB,QAAF,MAAc,CAAC1lB,EAAExyD,OAAF,CAAU65E,YAAzB,GAAsC7iB,CAAtC,GAAwC+Z,EAA1C,EAA6ChpE,IAAE,IAAImZ,CAAJ,CAAMnZ,CAAN,EAAQyqD,EAAE8mB,MAAF,CAAS/B,KAAjB,CAA/C,EAAuExvE,EAAEkD,MAAF,GAAS,YAAU;AAAC,2BAAOunD,EAAEvnD,MAAF,EAAP;AAAkB,iBAA7N,CAApC,EAAmQunD,EAAE6nB,gBAAF,MAAsB9jB,EAAExuD,CAAF,EAAIyM,CAAJ,CAAzR,EAAgSg+C,EAAE8qB,cAAF,IAAkB9qB,EAAEp2C,KAApB,IAA2Bo2C,EAAEp2C,KAAF,YAAmB20D,EAA9C,GAAiDve,EAAEp2C,KAAF,CAAQskB,MAAR,CAAe8yB,EAAf,EAAkBhB,EAAE8qB,cAApB,CAAjD,GAAqF9qB,EAAE8qB,cAAF,GAAiBxlB,GAAGtF,EAAEqpB,OAAL,EAAarpB,CAAb,CAAtY,EAAsZzqD,EAAE04B,IAAF,CAAO+yB,EAAP,EAAUhB,EAAE8qB,cAAZ,CAA7Z;AAAyb,aADg0oC,EAC/zoCC,uBAAsB,+BAASx1E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,IAAN;AAAA,oBAAWh+C,IAAEqf,SAAS2+B,EAAEimB,MAAX,EAAkB,EAAlB,CAAb,CAAmC57C,EAAE21B,EAAEimB,MAAJ,MAAcjkE,IAAEqf,SAAS2+B,EAAEulB,cAAX,EAA0B,EAA1B,CAAhB,GAA+C,UAAQhwE,CAAR,GAAUyM,KAAG0M,EAAE5iB,MAAf,GAAsB,aAAWyJ,CAAX,GAAayM,KAAG0M,EAAE5iB,MAAlB,GAAyB,iBAAeyJ,CAAf,IAAkB,WAASA,CAA3B,IAA8ByqD,EAAExyD,OAAF,CAAU65E,YAAxC,GAAqD,WAAS9xE,CAAT,KAAayM,IAAEg+C,EAAEulB,cAAF,GAAiBlkD,SAAS2+B,EAAEimB,MAAX,EAAkB,EAAlB,CAAhC,CAArD,GAA4GjkE,IAAEg+C,EAAEulB,cAA9M,EAA6NvlB,EAAEimB,MAAF,GAASjkE,CAAtO;AAAwO,aADghoC,EAC/goCqnE,SAAQ,iBAAS9zE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,GAAR;AAAA,oBAAUpV,IAAE,IAAZ;AAAA,oBAAiBwG,IAAEmC,IAAEA,EAAEsnE,MAAJ,GAAW,EAA9B,CAAiC,IAAG,aAAWzpE,CAAd,EAAgB,KAAIsb,IAAE,CAAF,EAAIsxC,IAAEzqD,EAAEijC,KAAF,CAAQ1sC,MAAlB,EAAyB4iB,IAAEsxC,CAA3B,EAA6BtxC,GAA7B;AAAiCnZ,sBAAEijC,KAAF,CAAQ9pB,CAAR,EAAWgyD,KAAX,IAAkBnrE,EAAEijC,KAAF,CAAQ9pB,CAAR,EAAWgyD,KAAX,EAAlB,IAAsC9zE,EAAE44E,UAAF,CAAaj7E,IAAb,CAAkBgL,EAAEijC,KAAF,CAAQ9pB,CAAR,CAAlB,CAAtC;AAAjC,iBAAqG,CAAC9hB,EAAEY,OAAF,CAAUg7E,QAAX,IAAqB,UAAQp1E,CAAR,IAAW,aAAWA,CAAtB,IAAyB,iBAAeA,CAA7D,IAAgExG,EAAEm+E,qBAAF,CAAwB33E,CAAxB,EAA0BmC,IAAEA,EAAEijC,KAAJ,GAAU,EAApC,GAAwC5rC,EAAEw7E,QAAF,CAAWx7E,EAAEgd,KAAb,EAAmBrU,CAAnB,CAAxG,KAAgIyM,MAAE,WAAS0M,CAAT,EAAW;AAAC,+BAASA,EAAEmuD,MAAX,KAAoBjwE,EAAEshC,MAAF,CAAS,QAAT,EAAkBlsB,GAAlB,GAAqBpV,EAAEm+E,qBAAF,CAAwB33E,CAAxB,EAA0BmC,EAAEijC,KAA5B,CAAzC;AAA6E,iBAA3F,EAA4F5rC,EAAEG,KAAF,CAAQ,QAAR,EAAiBiV,GAAjB,CAA5F,EAAgHpV,EAAE+6E,IAAF,EAAhP;AAA0P,aAD2mnC,EAC1mnCqD,sBAAqB,8BAASz1E,CAAT,EAAWmZ,CAAX,EAAa;AAACA,oBAAEA,KAAG,EAAL,CAAQ,IAAIsxC,IAAE,IAAI5sD,CAAJ,CAAMmC,CAAN,CAAN;AAAA,oBAAeyM,IAAE0M,EAAEyvD,SAAnB;AAAA,oBAA6BvxE,IAAE8hB,EAAEtV,MAAjC,CAAwC,OAAOxM,MAAIozD,IAAEA,EAAE5mD,MAAF,CAASxM,CAAT,CAAN,GAAmBozD,EAAEme,SAAF,CAAYn8D,CAAZ,CAA1B;AAAyC,aAD8+mC,EAC7+mComE,UAAS,kBAAS7yE,CAAT,EAAWyqD,CAAX,EAAa;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,IAAE,IAAR;AAAA,oBAAawG,IAAE,EAAf,CAAkBxG,EAAEY,OAAF,CAAU65E,YAAV,KAAyB,CAAC,CAA1B,KAA8Bj0E,EAAEywE,IAAF,GAAOj3E,EAAE49E,KAAT,EAAep3E,EAAE0wE,IAAF,GAAOl3E,EAAEq+E,KAAF,IAASr+E,EAAE64E,SAAjC,EAA2CryE,EAAEywE,IAAF,KAASn1D,CAAT,IAAY9hB,EAAE+4E,KAAF,KAAUj3D,CAAtB,IAAyB9hB,EAAE64E,SAAF,KAAc/2D,CAAvC,KAA2Ctb,EAAEywE,IAAF,GAAO,CAACj3E,EAAE+4E,KAAF,GAAQ,CAAT,IAAY/4E,EAAE64E,SAAhE,CAAzE,GAAqJ74E,EAAEY,OAAF,CAAU45E,aAAV,KAA0B,CAAC,CAA3B,KAA+Bh0E,EAAE/F,IAAF,GAAOT,EAAEi5E,KAAxC,CAArJ,EAAoMj5E,EAAEY,OAAF,CAAU85E,eAAV,KAA4B,CAAC,CAA7B,KAAiCl0E,EAAEgG,MAAF,GAASxM,EAAEk5E,OAA5C,CAApM,EAAyPl5E,EAAEY,OAAF,CAAU+5E,cAAV,KAA2B,CAAC,CAA5B,KAAgCn0E,EAAEi3C,KAAF,GAAQz9C,EAAEm5E,MAA1C,CAAzP,EAA2Sn5E,EAAEY,OAAF,CAAUg6E,gBAAV,KAA6B,CAAC,CAA9B,KAAkCp0E,EAAE+qE,SAAF,GAAYvxE,EAAEo5E,UAAd,EAAyBp5E,EAAE29E,gBAAF,GAAmB39E,EAAEo+E,oBAAF,CAAuBz1E,CAAvB,EAAyBnC,CAAzB,CAA9E,CAA3S,EAAsZ4O,IAAEpV,EAAEs+E,aAAF,CAAgB31E,CAAhB,EAAkBnC,CAAlB,CAAxZ,EAA6axG,EAAE8pB,IAAF,CAAO1U,EAAEgH,IAAT,CAA7a,EAA4bhH,EAAEwiE,KAAF,KAAU91D,CAAV,IAAa9hB,EAAEY,OAAF,CAAU85E,eAAvB,KAAyC16E,EAAEq5E,MAAF,GAASjkE,EAAEwiE,KAApD,CAA5b,EAAufxkB,IAAEA,KAAG,EAA5f,EAA+fA,EAAExnB,KAAF,GAAQwnB,EAAExnB,KAAF,IAAS5rC,EAAE04E,KAAlhB,EAAwhB14E,EAAEulB,OAAF,CAAU6uC,EAAV,EAAahB,CAAb,CAAxhB;AAAwiB,aAD45lC,EAC35lCkrB,eAAc,uBAAS31E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOtb,EAAEkxE,OAAF,CAAU/uE,CAAV,EAAYmZ,CAAZ,CAAP;AAAsB,aADy2lC,EACx2lCy8D,aAAY,qBAAS51E,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,KAAQsxC,EAAEylB,SAAF,GAAYlwE,EAAEmwE,QAAd,EAAuB1lB,EAAE2lB,KAAF,GAAQpwE,EAAEqwE,IAAjC,EAAsC5lB,EAAE6lB,KAAF,GAAQtwE,EAAElI,IAAhD,EAAqD2yD,EAAE8lB,OAAF,GAAUvwE,EAAE6D,MAAjE,EAAwE4mD,EAAE+lB,MAAF,GAASxwE,EAAE80C,KAAnF,EAAyF2V,EAAEgmB,UAAF,GAAazwE,EAAE4oE,SAAxG,EAAkHne,EAAEwqB,KAAF,GAAQxqB,EAAEorB,kBAAF,GAAqB71E,EAAEsuE,IAAjJ,EAAsJ7jB,EAAEirB,KAAF,GAAQ11E,EAAEuuE,IAAhK,EAAqK9jB,EAAEwqB,KAAF,KAAU97D,CAAV,KAAcsxC,EAAEwqB,KAAF,GAAQxqB,EAAEorB,kBAAF,GAAqBprB,EAAE6jB,IAAF,EAA7B,EAAsCtuE,EAAEsuE,IAAF,GAAO7jB,EAAE6jB,IAAF,EAA3D,CAArK,EAA0O7jB,EAAEirB,KAAF,KAAUv8D,CAAV,IAAasxC,EAAEylB,SAAF,KAAc/2D,CAA3B,KAA+BsxC,EAAEirB,KAAF,GAAQjrB,EAAEylB,SAAV,EAAoBlwE,EAAEuuE,IAAF,GAAO9jB,EAAEirB,KAA5D,CAA1O,EAA6S11E,EAAElI,IAAF,KAAS2yD,EAAE6lB,KAAF,GAAQtwE,EAAElI,IAAF,GAAO83B,EAAE5vB,EAAElI,IAAJ,CAAxB,CAA7S,EAAgVkI,EAAE6D,MAAF,KAAW4mD,EAAE8lB,OAAF,GAAUvwE,EAAE6D,MAAF,GAASonD,EAAEjrD,EAAE6D,MAAJ,CAA9B,CAAhV,EAA2X7D,EAAE80C,KAAF,KAAU2V,EAAE+lB,MAAF,GAASxwE,EAAE80C,KAAF,GAAQ8X,EAAE5sD,EAAE80C,KAAJ,CAA3B,CAA3X,EAAka90C,EAAE4oE,SAAF,KAAcne,EAAEgmB,UAAF,GAAazwE,EAAE4oE,SAAF,GAAY1d,EAAElrD,EAAE4oE,SAAJ,CAAvC,CAA1a,GAAke5oE,CAAze;AAA2e,aAD01kC,EACz1kCmhC,OAAM,eAASspB,CAAT,EAAW;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,IAAE,KAAK5F,OAAL,CAAa45E,aAAb,IAA4B,KAAK55E,OAAL,CAAa65E,YAAzC,IAAuD,KAAK75E,OAAL,CAAa85E,eAApE,IAAqF,KAAK95E,OAAL,CAAa+5E,cAAlG,IAAkH,KAAK/5E,OAAL,CAAag6E,gBAAzI,CAA0J,OAAOp0E,KAAG,CAAC,KAAKwW,KAAL,KAAa8E,CAAb,IAAgB,MAAI,KAAK9E,KAAL,CAAW9d,MAAhC,KAAyC,CAAC,KAAK05E,UAAL,CAAgB15E,MAA7D,GAAoE,KAAK24E,IAAL,CAAU,KAAK0G,WAAL,CAAiBnrB,CAAjB,CAAV,CAApE,IAAoGpzD,IAAE,KAAKulB,OAAL,CAAaouC,EAAb,EAAgB,EAAC1xD,MAAK,MAAN,EAAhB,CAAF,EAAiCjC,MAAI,KAAKulB,OAAL,CAAayvC,EAAb,GAAiB5/C,IAAE,KAAKkpE,aAAL,CAAmB,KAAKthE,KAAxB,EAA8B,KAAKuhE,WAAL,CAAiBnrB,CAAjB,CAA9B,CAAnB,EAAsE,KAAKxyD,OAAL,CAAa85E,eAAb,KAA+B,KAAKrB,MAAL,GAAYjkE,EAAEwiE,KAAF,KAAU91D,CAAV,GAAY1M,EAAEwiE,KAAd,GAAoB,KAAK56D,KAAL,CAAW9d,MAA1E,CAAtE,EAAwJ,KAAKy+E,gBAAL,GAAsB,KAAKS,oBAAL,CAA0B,KAAKphE,KAA/B,EAAqCo2C,CAArC,CAA9K,EAAsN,KAAKtpC,IAAL,CAAU1U,EAAEgH,IAAZ,CAAtN,EAAwO,KAAKmJ,OAAL,CAAawvC,EAAb,EAAgB,EAAC9yD,MAAK,MAAN,EAAhB,CAAxO,EAAuQ,KAAKsjB,OAAL,CAAa6uC,EAAb,EAAgB,EAACxoB,OAAMx2B,EAAEgH,IAAT,EAAhB,CAA3Q,CAAjC,EAA6UzT,EAAEgQ,QAAF,GAAae,OAAb,CAAqB1Z,CAArB,EAAwB+Y,OAAxB,EAAjb,CAAP;AAA2d,aADktjC,EACjtjC0lE,OAAM,eAAS91E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAE,WAASA,GAAT,EAAW;AAACA,4BAAI,CAAC,CAAL,IAAQK,GAAG9qD,CAAH,CAAR,IAAeA,EAAEvJ,IAAF,CAAO0iB,CAAP,CAAf;AAAyB,iBAAlD,CAAmD,OAAO,KAAK48D,MAAL,GAAcvlE,IAAd,CAAmBi6C,CAAnB,CAAP;AAA6B,aAD+mjC,EAC9mjCsrB,QAAO,gBAAS/1E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOA,EAAEgoB,KAAF,CAAQ0uB,GAAG,EAAH,EAAM,EAACwgB,MAAKl3D,EAAEk3D,IAAF,EAAN,EAAeF,UAASh3D,EAAEg3D,QAAF,EAAxB,EAAqCr4E,MAAKqhB,EAAErhB,IAAF,EAA1C,EAAmD+L,QAAOsV,EAAEtV,MAAF,EAA1D,EAAqEixC,OAAM37B,EAAE27B,KAAF,EAA3E,EAAqF8zB,WAAUzvD,EAAEyvD,SAAF,EAA/F,EAAN,EAAoH5oE,CAApH,CAAR,CAAP;AAAuI,aADy8iC,EACx8iC0N,MAAK,cAAS1N,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAEtxC,EAAEk3D,IAAF,EAAb;AAAA,oBAAsB5jE,IAAE0M,EAAE81D,KAAF,EAAxB,CAAkC,IAAGjvE,IAAEA,KAAG,EAAL,EAAQyqD,KAAG,EAAEh+C,KAAGg+C,IAAE,CAAF,GAAItxC,EAAE68D,UAAF,EAAT,CAAd,EAAuC,OAAO78D,EAAE87D,KAAF,GAAQ97D,EAAE08D,kBAAF,GAAqBprB,IAAEtxC,EAAEo1D,IAAF,EAA/B,EAAwC9jB,KAAG,CAA3C,EAA6CzqD,EAAEqwE,IAAF,GAAO5lB,CAApD,EAAsDtxC,EAAE48D,MAAF,CAAS/1E,CAAT,CAAtD,EAAkEyqD,CAAzE;AAA2E,aADmyiC,EAClyiC98C,MAAK,cAAS3N,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAEtxC,EAAEk3D,IAAF,EAAb,CAAsB,IAAGrwE,IAAEA,KAAG,EAAL,EAAQyqD,KAAG,MAAIA,CAAlB,EAAoB,OAAOtxC,EAAE87D,KAAF,GAAQ97D,EAAE08D,kBAAF,GAAqB18D,EAAE87D,KAAF,GAAQ97D,EAAEo1D,IAAF,EAArC,EAA8C9jB,KAAG,CAAjD,EAAmDzqD,EAAEqwE,IAAF,GAAO5lB,CAA1D,EAA4DtxC,EAAE48D,MAAF,CAAS/1E,CAAT,CAA5D,EAAwEyqD,CAA/E;AAAiF,aADspiC,EACrpiC4lB,MAAK,cAASrwE,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAMh+C,IAAE,IAAR,CAAa,OAAOzM,MAAImZ,CAAJ,IAAOnZ,IAAEgqE,GAAGhmD,GAAH,CAAOgmD,GAAGz8B,GAAH,CAAOy8B,GAAGhmD,GAAH,CAAOhkB,CAAP,EAAS,CAAT,CAAP,EAAmByM,EAAEupE,UAAF,EAAnB,CAAP,EAA0C,CAA1C,CAAF,EAA+CvpE,EAAEspE,MAAF,CAAS,EAAC1F,MAAKrwE,CAAN,EAAT,CAA/C,EAAkEmZ,CAAzE,KAA6EsxC,IAAEh+C,EAAE6hE,IAAF,EAAF,EAAW7jB,MAAItxC,CAAJ,GAAM6wD,GAAGlvC,KAAH,CAAS,CAAC2vB,KAAG,CAAJ,KAAQh+C,EAAE8hE,IAAF,MAAU,CAAlB,CAAT,IAA+B,CAArC,GAAuCp1D,CAA/H,CAAP;AAAyI,aAD8+hC,EAC7+hCg3D,UAAS,kBAASnwE,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,IAAOsxC,EAAEsrB,MAAF,CAAS,EAAC5F,UAASnwE,CAAV,EAAYqwE,MAAK,CAAjB,EAAT,GAA8Bl3D,CAArC,IAAwCsxC,EAAE8jB,IAAF,EAA/C;AAAwD,aADq5hC,EACp5hCz2E,MAAK,cAASkI,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,IAAOsxC,EAAEsrB,MAAF,CAAS,EAACj+E,MAAKkI,CAAN,EAAT,GAAmBmZ,CAA1B,IAA6BsxC,EAAE6lB,KAAtC;AAA4C,aAD40hC,EAC30hCzsE,QAAO,gBAAS7D,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,GAAMsxC,EAAE8lB,OAAR,IAAiB9lB,EAAE7tC,OAAF,CAAU,OAAV,GAAmB6tC,EAAEsrB,MAAF,CAAS,EAAClyE,QAAO7D,CAAR,EAAUqwE,MAAK,CAAf,EAAT,CAAnB,EAA+Cl3D,CAAhE,CAAP;AAA0E,aADmuhC,EACluhC27B,OAAM,eAAS90C,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,IAAOsxC,EAAEsrB,MAAF,CAAS,EAACjhC,OAAM90C,CAAP,EAAT,GAAoBmZ,CAA3B,IAA8BsxC,EAAE+lB,MAAvC;AAA8C,aADuphC,EACtphCvB,OAAM,iBAAU;AAAC,uBAAOnjD,SAAS,KAAK4kD,MAAL,IAAa,CAAtB,EAAwB,EAAxB,CAAP;AAAmC,aADkmhC,EACjmhC9H,WAAU,mBAAS5oE,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,IAAN,CAAW,OAAOzqD,MAAImZ,CAAJ,IAAOsxC,EAAEsrB,MAAF,CAAS,EAACnN,WAAU5oE,CAAX,EAAT,GAAwBmZ,CAA/B,IAAkCsxC,EAAEgmB,UAA3C;AAAsD,aAD0ghC,EACzghC9H,YAAW,sBAAU;AAAC,oBAAI3oE,IAAE,KAAKg1E,gBAAX,CAA4B,OAAOhlB,GAAGhwD,CAAH,MAAQA,IAAE,KAAKi2E,gBAAL,CAAsB,KAAKrN,SAAL,EAAtB,CAAV,GAAmD5oE,CAA1D;AAA4D,aAD25gC,EAC15gCi2E,kBAAiB,0BAASj2E,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,EAAV,CAAa,IAAG,CAACujD,GAAGhwD,CAAH,CAAJ,EAAU,KAAImZ,IAAE,EAAF,EAAK22C,GAAG9vD,CAAH,MAAQA,IAAE,CAACA,CAAD,CAAV,CAAL,EAAoByqD,IAAE,CAA1B,EAA4BA,IAAEzqD,EAAEzJ,MAAhC,EAAuCk0D,GAAvC;AAA2CtxC,sBAAEnZ,EAAEyqD,CAAF,EAAKme,SAAP,IAAkB,CAAlB,EAAoBn8D,EAAEzM,EAAEyqD,CAAF,EAAKgP,KAAP,IAActgD,CAAlC;AAA3C,iBAA+E,OAAO1M,CAAP;AAAS,aAD8wgC,EAC7wgCumE,mBAAkB,2BAAShzE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYwG,IAAE,KAAKi3C,KAAL,EAAd,CAA2B,KAAIroC,IAAE5O,EAAEtH,MAAF,GAAS,CAAX,EAAac,IAAE,CAAnB,EAAqBoV,KAAGpV,CAAxB,EAA0BoV,GAA1B;AAA8Bg+C,wBAAE5sD,EAAE4O,CAAF,CAAF,EAAO0M,IAAE,EAACxd,OAAMqE,EAAEtJ,GAAF,CAAM+zD,EAAEgP,KAAR,CAAP,EAAsBA,OAAMhP,EAAEgP,KAA9B,EAAoCx2B,OAAM9pB,IAAE,CAACA,CAAD,CAAF,GAAM,CAACnZ,CAAD,CAAhD,EAAoD8oE,cAAa,CAAC,CAAC3vD,CAAnE,EAAqEwvD,YAAW,KAAKsN,gBAAL,CAAsBxrB,EAAEke,UAAxB,CAAhF,EAAT;AAA9B,iBAA4J,OAAOxvD,CAAP;AAAS,aAD+igC,EAC9igC68D,YAAW,sBAAU;AAAC,oBAAIh2E,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEmwE,QAAF,MAAcnwE,EAAEivE,KAAF,EAA3B,CAAqC,OAAOjF,GAAGkM,IAAH,CAAQ,CAACl2E,EAAEivE,KAAF,MAAW,CAAZ,IAAe91D,CAAvB,CAAP;AAAiC,aADk9/B,EACj9/Bg9D,SAAQ,iBAASn2E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,IAAN;AAAA,oBAAWh+C,IAAEu9D,GAAGz8B,GAAH,CAAOvtC,IAAEmZ,CAAT,EAAWsxC,EAAEwkB,KAAF,EAAX,CAAb,CAAmC,OAAM,CAACxkB,EAAExyD,OAAF,CAAU65E,YAAX,IAAyBrnB,EAAEp2C,KAAF,CAAQ9d,MAAR,GAAe,CAAxC,IAA2Ck0D,EAAE2rB,UAAF,CAAap2E,CAAb,EAAeyM,CAAf,EAAkBlW,MAAlB,GAAyB,CAA1E;AAA4E,aAD40/B,EAC30/B8/E,WAAU,qBAAU;AAAC,oBAAIr2E,IAAE,KAAK8vE,OAAX,CAAmB,OAAO9vE,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,KAAe,EAAC2Q,OAAM,CAAP,EAASrP,KAAI,CAAb,EAAe4b,MAAK,EAApB,EAAtB;AAA8C,aADqv/B,EACpv/B6iE,cAAa,wBAAU;AAAC,oBAAIt2E,IAAE,KAAK8vE,OAAX,CAAmB,OAAO9vE,EAAEzJ,MAAF,IAAUyJ,EAAE,CAAF,EAAKyT,IAAL,CAAUld,MAApB,IAA4ByJ,EAAE,CAAF,EAAKyT,IAAL,CAAU,CAAV,EAAaP,GAAhD;AAAoD,aADqp/B,EACpp/BqjE,0BAAyB,oCAAU;AAAC,qBAAKC,uBAAL,GAA6B,CAAC,CAA9B;AAAgC,aADgl/B,EAC/k/BC,YAAW,sBAAU;AAAC,uBAAO,IAAIx6E,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,aAD8h/B,EAC7h/BmyC,OAAM,eAASruE,CAAT,EAAWyqD,CAAX,EAAa;AAAC,oBAAIh+C,CAAJ,EAAMpV,CAAN,EAAQwG,CAAR,EAAU+xB,CAAV,EAAY86B,CAAZ,EAAcO,CAAd,EAAgBn9C,CAAhB,EAAkBu9C,CAAlB,CAAoB,IAAG,KAAKqrB,wBAAL,GAA8B,KAAKD,UAAL,EAA9B,EAAgD,KAAKD,uBAAL,GAA6B,CAAC,CAA9E,EAAgFx2E,IAAEgqE,GAAGz8B,GAAH,CAAOvtC,KAAG,CAAV,EAAY,KAAKivE,KAAL,EAAZ,CAAlF,EAA4GxiE,IAAE,IAA9G,EAAmHpV,IAAE2yE,GAAGhmD,GAAH,CAAOgmD,GAAGle,KAAH,CAAS9rD,IAAEyqD,CAAX,CAAP,EAAqB,CAArB,IAAwBA,CAA7I,EAA+I5sD,IAAEmsE,GAAGz8B,GAAH,CAAOl2C,IAAEozD,CAAT,EAAWh+C,EAAEwiE,KAAF,EAAX,CAAjJ,EAAuKr/C,IAAEnjB,EAAE2pE,UAAF,CAAap2E,CAAb,EAAegqE,GAAGz8B,GAAH,CAAOvtC,IAAEyqD,CAAT,EAAWh+C,EAAEwiE,KAAF,EAAX,CAAf,CAAzK,EAA+Mr/C,EAAEr5B,MAApN,EAA2N;AAACkW,sBAAE4oE,QAAF,GAAWl8D,CAAX,EAAa1M,EAAEwoE,KAAF,GAAQj1E,IAAEyM,EAAE6hE,IAAF,EAAF,GAAWtE,GAAGz8B,GAAH,CAAO1vC,CAAP,EAAS,CAAC4O,EAAEupE,UAAF,KAAe,CAAhB,IAAmBvpE,EAAE8hE,IAAF,EAA5B,CAAX,GAAiDl3E,CAAtE,EAAwEoV,EAAEopE,kBAAF,GAAqB71E,CAA7F,EAA+FyM,EAAEipE,KAAF,GAAQjrB,CAAvG,EAAyGC,IAAEj+C,EAAExU,OAAF,CAAU65E,YAArH,EAAkI7mB,IAAEx+C,EAAExU,OAAF,CAAU45E,aAA9I,EAA4J/jE,IAAErB,EAAExU,OAAF,CAAU85E,eAAxK,EAAwL1mB,IAAE5+C,EAAExU,OAAF,CAAUg6E,gBAApM,CAAqN,IAAG;AAACxlE,0BAAExU,OAAF,CAAU65E,YAAV,GAAuB,CAAC,CAAxB,EAA0BrlE,EAAE6lE,gBAAF,MAAsB7lE,EAAEqoC,KAAF,MAAWroC,EAAEqoC,KAAF,GAAUv+C,MAA3C,KAAoDkW,EAAExU,OAAF,CAAU45E,aAAV,GAAwB,CAAC,CAA7E,CAA1B,EAA0GplE,EAAExU,OAAF,CAAU85E,eAAV,GAA0B,CAAC,CAArI,EAAuItlE,EAAExU,OAAF,CAAU65E,YAAV,GAAuB,CAAC,CAA/J,EAAiKrlE,EAAExU,OAAF,CAAUg6E,gBAAV,GAA2B,CAAC,CAA7L,EAA+LvnB,MAAIj+C,EAAEilE,wBAAF,IAA6BjlE,EAAE4H,KAAF,GAAQub,IAAEnjB,EAAEklE,QAAF,CAAW/hD,CAAX,CAA3C,CAA/L,EAAyPnjB,EAAEomE,QAAF,CAAWjjD,CAAX,CAAzP;AAAuQ,qBAA3Q,SAAkR;AAACnjB,0BAAExU,OAAF,CAAU65E,YAAV,GAAuBpnB,CAAvB,EAAyBj+C,EAAExU,OAAF,CAAU45E,aAAV,GAAwB5mB,CAAjD,EAAmDx+C,EAAExU,OAAF,CAAU85E,eAAV,GAA0BjkE,CAA7E,EAA+ErB,EAAExU,OAAF,CAAUg6E,gBAAV,GAA2B5mB,CAA1G;AAA4G;AAAC,iBAAjzB,MAAszBZ,MAAItxC,CAAJ,KAAQ1M,EAAEkqE,YAAF,CAAet/E,CAAf,EAAiBwG,CAAjB,IAAoBxG,IAAE2I,CAAF,IAAKyM,EAAEmqE,QAAF,CAAW/4E,CAAX,EAAa4sD,CAAb,EAAe,YAAU;AAACh+C,sBAAE4hE,KAAF,CAAQruE,CAAR,EAAUyqD,CAAV;AAAa,iBAAvC,CAAzB,GAAkEh+C,EAAEmqE,QAAF,CAAWv/E,CAAX,EAAaozD,CAAb,EAAe,YAAU;AAACzqD,wBAAE3I,CAAF,IAAKwG,IAAE4O,EAAEwiE,KAAF,EAAP,IAAkB,CAACxiE,EAAEkqE,YAAF,CAAe94E,CAAf,EAAiBmsE,GAAGz8B,GAAH,CAAO1vC,IAAE4sD,CAAT,EAAWh+C,EAAEwiE,KAAF,EAAX,CAAjB,CAAnB,GAA2DxiE,EAAEmqE,QAAF,CAAW/4E,CAAX,EAAa4sD,CAAb,EAAe,YAAU;AAACh+C,0BAAE4hE,KAAF,CAAQruE,CAAR,EAAUyqD,CAAV;AAAa,qBAAvC,CAA3D,GAAoGh+C,EAAE4hE,KAAF,CAAQruE,CAAR,EAAUyqD,CAAV,CAApG;AAAiH,iBAA3I,CAA1E;AAAwN,aADu+8B,EACt+8B2rB,YAAW,oBAASp2E,CAAT,EAAWyqD,CAAX,EAAa;AAAC,oBAAIh+C,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQwG,CAAR;AAAA,oBAAU6sD,CAAV;AAAA,oBAAYO,CAAZ;AAAA,oBAAcn9C,CAAd;AAAA,oBAAgBu9C,CAAhB;AAAA,oBAAkBiB,CAAlB;AAAA,oBAAoBf,CAApB;AAAA,oBAAsBL,CAAtB;AAAA,oBAAwB3kC,CAAxB;AAAA,oBAA0B/mB,CAA1B;AAAA,oBAA4Bs1B,IAAE,IAA9B;AAAA,oBAAmC30B,IAAE20B,EAAEg7C,OAAvC;AAAA,oBAA+C/qC,IAAE,EAAjD;AAAA,oBAAoD0oB,IAAE34B,EAAE78B,OAAxD;AAAA,oBAAgE6F,IAAE2vD,EAAEokB,aAAF,IAAiBpkB,EAAEqkB,YAAnB,IAAiCrkB,EAAEskB,eAAnC,IAAoDtkB,EAAEukB,cAAtD,IAAsEvkB,EAAEwkB,gBAA1I,CAA2J,KAAI56E,IAAE,CAAF,EAAIkvB,IAAEpmB,EAAE5J,MAAZ,EAAmBc,IAAEkvB,CAArB,EAAuBlvB,GAAvB;AAA2B,wBAAGoV,IAAEtM,EAAE9I,CAAF,CAAF,EAAO2I,KAAGyM,EAAEvF,KAAL,IAAYlH,KAAGyM,EAAE5U,GAA3B,EAA+B;AAAC,6BAAIqzD,IAAE,CAAF,EAAIrtD,IAAExG,CAAV,EAAYwG,IAAE0oB,CAAd,EAAgB1oB,GAAhB;AAAoB,gCAAG4O,IAAEtM,EAAEtC,CAAF,CAAF,EAAO0tD,IAAEz2B,EAAE29C,SAAF,CAAYhmE,EAAEgH,IAAd,EAAmB,CAAC,CAApB,CAAT,EAAgC83C,EAAEh1D,MAAF,IAAUyJ,IAAEkrD,CAAF,IAAKz+C,EAAEvF,KAAjB,KAAyB4G,IAAErB,EAAEgH,IAAJ,EAAS43C,IAAE5+C,EAAE5U,GAAb,EAAiBiG,MAAI0B,IAAEotD,EAAE93B,EAAEggB,KAAF,MAAW,EAAb,EAAiB//C,MAAjB,CAAwB66B,EAAEkF,EAAEh9B,IAAF,MAAU,EAAZ,CAAxB,CAAF,EAA2Cw0D,IAAEx3B,EAAE6gD,aAAF,CAAgBlpE,EAAEgH,IAAlB,EAAuB,EAAC3b,MAAK0H,CAAN,EAAQqE,QAAOixB,EAAEjxB,MAAF,EAAf,EAAvB,CAA7C,EAAgG0nD,IAAEz9C,IAAEw+C,EAAE74C,IAAtG,EAA2G64C,EAAE2iB,KAAF,KAAU91D,CAAV,KAAckyC,IAAEiB,EAAE2iB,KAAlB,CAA/G,CAAjB,EAA0JvkB,IAAE,CAA5J,EAA8J1qD,IAAEkrD,CAAF,GAAIz+C,EAAEvF,KAAN,KAAcwjD,IAAE1qD,IAAEkrD,CAAF,GAAIz+C,EAAEvF,KAAtB,CAA9J,EAA2L+jD,IAAEM,EAAEh1D,MAA/L,EAAsM80D,IAAEZ,CAAF,KAAMQ,KAAGI,IAAEZ,CAAX,CAAtM,EAAoNS,KAAGD,IAAEP,CAAzN,EAA2N3lB,IAAEjQ,EAAE+hD,YAAF,CAAe9xC,CAAf,EAAiBj3B,CAAjB,EAAmB48C,CAAnB,EAAqBO,CAArB,CAA7N,EAAqPR,KAAGh+C,EAAE5U,GAAL,IAAUqzD,KAAGT,IAAEzqD,CAA7R,CAAnC,EAAmU,OAAO+kC,CAAP;AAAvV,yBAAgW;AAAM;AAAja,iBAAia,OAAM,EAAN;AAAS,aADw47B,EACv47B8xC,cAAa,sBAAS72E,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,oBAAG,KAAK6lE,gBAAL,EAAH,EAA2B;AAAC,wBAAIj7E,CAAJ;AAAA,wBAAMwG,IAAEsb,EAAEw4C,MAAF,EAAR,CAAmB,OAAO3xD,EAAEzJ,MAAF,KAAWc,IAAE2I,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAb,GAA4BsuC,EAAExtC,CAAF,EAAIwG,CAAJ,EAAM4sD,CAAN,EAAQh+C,CAAR,CAA5B,EAAuCzM,EAAEjL,MAAF,CAAS8I,CAAT,CAA9C;AAA0D,wBAAOmC,EAAEjL,MAAF,CAASokB,EAAErkB,KAAF,CAAQ21D,CAAR,EAAUh+C,CAAV,CAAT,CAAP;AAA8B,aADiu7B,EAChu7B6hE,MAAK,gBAAU;AAAC,oBAAItuE,IAAE,IAAN,CAAW,OAAOA,EAAEi1E,KAAF,KAAU97D,CAAV,GAAYnZ,EAAEowE,KAAF,KAAUj3D,CAAV,GAAY,CAACnZ,EAAEowE,KAAF,GAAQ,CAAT,KAAapwE,EAAEuuE,IAAF,MAAU,CAAvB,CAAZ,GAAsCp1D,CAAlD,GAAoDnZ,EAAEi1E,KAA7D;AAAmE,aADko7B,EACjo7B6B,mBAAkB,6BAAU;AAAC,uBAAO,KAAKjB,kBAAL,IAAyB,CAAhC;AAAkC,aADkk7B,EACjk7BtH,MAAK,gBAAU;AAAC,uBAAO,KAAKmH,KAAL,IAAY,KAAKxF,SAAxB;AAAkC,aAD+g7B,EAC9g7B6G,yBAAwB,iCAAS/2E,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,oBAAIpV,IAAE,IAAN;AAAA,oBAAWwG,IAAExG,EAAEo/E,UAAF,EAAb,CAA4B,OAAO,UAAS7mD,CAAT,EAAW;AAAC,wBAAI86B,CAAJ;AAAA,wBAAMO,CAAN;AAAA,wBAAQn9C,CAAR;AAAA,wBAAUu9C,IAAE,CAAC,CAAb;AAAA,wBAAeiB,IAAE,EAACplD,OAAMlH,CAAP,EAASnI,KAAIshB,CAAb,EAAe1F,MAAK,EAApB,EAAuByhE,WAAU79E,EAAEo/E,UAAF,EAAjC,EAAjB,CAAkE,IAAGp/E,EAAEy9E,eAAF,IAAoBz9E,EAAEulB,OAAF,CAAUwvC,EAAV,EAAa,EAAC/7B,UAAST,CAAV,EAAYt2B,MAAK,MAAjB,EAAb,CAApB,EAA2Ds2B,IAAEv4B,EAAEk6E,MAAF,CAASxjD,KAAT,CAAe6B,CAAf,CAA7D,EAA+E9hB,IAAEzW,EAAEm7E,SAAF,CAAY5iD,CAAZ,CAAjF,EAAgG9hB,EAAEvX,MAArG,EAA4G;AAAC,6BAAIm0D,IAAE,CAAF,EAAIO,IAAE5zD,EAAEy4E,OAAF,CAAUv5E,MAApB,EAA2Bm0D,IAAEO,CAA7B,EAA+BP,GAA/B;AAAmC,gCAAGrzD,EAAEy4E,OAAF,CAAUplB,CAAV,EAAaxjD,KAAb,KAAqBlH,CAAxB,EAA0B;AAACqrD,oCAAE,CAAC,CAAH,EAAKiB,IAAEj1D,EAAEy4E,OAAF,CAAUplB,CAAV,CAAP,CAAoB;AAAM;AAAxF,yBAAwFW,KAAGh0D,EAAEy4E,OAAF,CAAU96E,IAAV,CAAes3D,CAAf,CAAH;AAAqB,uBAAE74C,IAAF,GAAOpc,EAAEs6E,QAAF,CAAW7jE,CAAX,CAAP,EAAqBw+C,EAAEz0D,GAAF,GAAMy0D,EAAEplD,KAAF,GAAQ7P,EAAEo7E,SAAF,CAAYnmB,EAAE74C,IAAd,EAAmB,CAAC,CAApB,EAAuBld,MAA1D,EAAiEc,EAAEy4E,OAAF,CAAUh4E,IAAV,CAAe,UAASkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,+BAAOnZ,EAAEkH,KAAF,GAAQiS,EAAEjS,KAAjB;AAAuB,qBAApD,CAAjE,EAAuH7P,EAAEq5E,MAAF,GAASr5E,EAAEk6E,MAAF,CAAStC,KAAT,CAAer/C,CAAf,CAAhI,EAAkJ,CAACnjB,KAAG5O,KAAGxG,EAAEq/E,wBAAR,IAAkC,CAACr/E,EAAEm/E,uBAAtC,MAAiE/rB,KAAG38C,EAAEvX,MAAL,GAAYk0D,GAAZ,GAAgBpzD,EAAEulB,OAAF,CAAU6uC,EAAV,EAAa,EAAb,CAAjF,CAAlJ;AAAqP,iBAApiB;AAAqiB,aADm65B,EACl65BmrB,UAAS,kBAAS52E,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,IAAE,IAAN;AAAA,oBAAWpV,IAAE2yE,GAAGz8B,GAAH,CAAOvtC,IAAEmZ,CAAT,EAAW1M,EAAEwiE,KAAF,EAAX,CAAb;AAAA,oBAAmCpxE,IAAE,EAAC0wE,MAAKp1D,CAAN,EAAQm1D,MAAKtuE,CAAb,EAAeqwE,MAAKrwE,IAAEmZ,CAAF,GAAI,CAAxB,EAA0Bg3D,UAASh3D,CAAnC,EAAqCrhB,MAAK2U,EAAE6jE,KAA5C,EAAkDzsE,QAAO4I,EAAE8jE,OAA3D,EAAmEz7B,OAAMroC,EAAE+jE,MAA3E,EAAkF5H,WAAUn8D,EAAEgkE,UAA9F,EAArC,CAA+IhkE,EAAEkqE,YAAF,CAAe32E,CAAf,EAAiB3I,CAAjB,IAAoBozD,KAAGA,GAAvB,IAA4B7/B,aAAane,EAAEuqE,QAAf,GAAyBvqE,EAAEuqE,QAAF,GAAWvkE,WAAW,YAAU;AAAChG,sBAAEooE,aAAF,CAAgBh3E,CAAhB,EAAkB,YAAU;AAAC4O,0BAAEmQ,OAAF,CAAUouC,EAAV,EAAa,EAAC1xD,MAAK,MAAN,EAAb,IAA4BmT,EAAEqoE,eAAF,EAA5B,GAAgDroE,EAAEolB,SAAF,CAAYq9C,IAAZ,CAAiB,EAACz7D,MAAKhH,EAAEmoE,OAAF,CAAU/2E,CAAV,CAAN,EAAmBs1B,SAAQ1mB,EAAEsqE,uBAAF,CAA0B/2E,CAA1B,EAA4B3I,CAA5B,EAA8BozD,CAA9B,CAA3B,EAA4DvxD,OAAM,iBAAU;AAAC,oCAAI8G,IAAE0pE,GAAGjzE,IAAH,CAAQc,SAAR,CAAN,CAAyBkV,EAAEvT,KAAF,CAAQ5B,KAAR,CAAcmV,CAAd,EAAgBzM,CAAhB;AAAmB,6BAAzH,EAAjB,CAAhD;AAA6L,qBAA1N;AAA4N,iBAAlP,EAAmP,GAAnP,CAAhE;AAAyT,aADi84B,EACh84Bi3E,mBAAkB,2BAASj3E,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,oBAAIh+C,IAAE,IAAN;AAAA,oBAAWpV,IAAE2yE,GAAGz8B,GAAH,CAAOvtC,IAAEmZ,CAAT,EAAW1M,EAAEwiE,KAAF,EAAX,CAAb;AAAA,oBAAmCpxE,IAAE,EAAC0wE,MAAKp1D,CAAN,EAAQm1D,MAAKtuE,CAAb,EAAeqwE,MAAKrwE,IAAEmZ,CAAF,GAAI,CAAxB,EAA0Bg3D,UAASh3D,CAAnC,EAAqCrhB,MAAK2U,EAAE6jE,KAA5C,EAAkDzsE,QAAO4I,EAAE8jE,OAA3D,EAAmEz7B,OAAMroC,EAAE+jE,MAA3E,EAAkF5H,WAAUn8D,EAAEgkE,UAA9F,EAArC,CAA+IhkE,EAAEkqE,YAAF,CAAe32E,CAAf,EAAiB3I,CAAjB,IAAoBozD,KAAGA,GAAvB,GAA2Bh+C,EAAEmQ,OAAF,CAAUouC,EAAV,EAAa,EAAC1xD,MAAK,MAAN,EAAb,KAA6BmT,EAAEolB,SAAF,CAAYq9C,IAAZ,CAAiB,EAACz7D,MAAKhH,EAAEmoE,OAAF,CAAU/2E,CAAV,CAAN,EAAmBs1B,SAAQ1mB,EAAEsqE,uBAAF,CAA0B/2E,CAA1B,EAA4B3I,CAA5B,EAA8BozD,CAA9B,EAAgC,CAAC,CAAjC,CAA3B,EAAjB,CAAxD;AAA0I,aADqo4B,EACpo4BksB,cAAa,sBAAS32E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,IAAE,IAAV;AAAA,oBAAewG,IAAExG,EAAEy4E,OAAnB,CAA2B,KAAIrlB,IAAE,CAAF,EAAIh+C,IAAE5O,EAAEtH,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2B,wBAAG5sD,EAAE4sD,CAAF,EAAKvjD,KAAL,IAAYlH,CAAZ,IAAenC,EAAE4sD,CAAF,EAAK5yD,GAAL,IAAUshB,CAA5B,EAA8B,OAAM,CAAC,CAAP;AAAzD,iBAAkE,OAAM,CAAC,CAAP;AAAS,aADmg4B,EAClg4Bm6D,wBAAuB,gCAAStzE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAMsxC,CAAN,EAAQh+C,CAAR,EAAUpV,CAAV,EAAYwG,CAAZ,CAAc,KAAIxG,IAAE,CAAF,EAAIwG,IAAE,KAAKiyE,OAAL,CAAav5E,MAAvB,EAA8Bc,IAAEwG,CAAF,KAAM4O,IAAE,KAAKqjE,OAAL,CAAaz4E,CAAb,CAAF,EAAkB,KAAK+7E,SAAL,CAAe3mE,EAAEgH,IAAjB,EAAsB,UAAShH,CAAT,EAAW;AAAC0M,wBAAE21C,EAAEriD,CAAF,EAAIzM,CAAJ,CAAF,EAASmZ,MAAIsxC,IAAE,CAAC,CAAP,CAAT;AAAmB,iBAArD,CAAlB,EAAyE,CAACA,CAAhF,CAA9B,EAAiHpzD,GAAjH;AAAuH,aAD013B,EACz13Bk8E,qBAAoB,+BAAU;AAAC,oBAAIvzE,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUh+C,CAAV;AAAA,oBAAYpV,IAAE,CAAd,CAAgB,KAAIozD,IAAE,CAAF,EAAIh+C,IAAE,KAAKqjE,OAAL,CAAav5E,MAAvB,EAA8Bk0D,IAAEh+C,CAAhC,EAAkCg+C,GAAlC;AAAsCzqD,wBAAE,KAAK8vE,OAAL,CAAarlB,CAAb,CAAF,EAAkBzqD,EAAEkH,KAAF,GAAQlH,EAAEkH,KAAF,GAAQ7P,CAAlC,EAAoC8hB,IAAE,KAAKs5D,SAAL,CAAezyE,EAAEyT,IAAjB,EAAsB,CAAC,CAAvB,EAA0Bld,MAAhE,EAAuEc,IAAE2I,EAAEnI,GAAF,GAAMshB,CAA/E,EAAiFnZ,EAAEnI,GAAF,GAAMmI,EAAEkH,KAAF,GAAQiS,CAA/F;AAAtC;AAAuI,aADmq3B,EAAV,CAAjqa,EACr/cs2C,KAAG,EADk/c,EAC/+cA,GAAG6b,MAAH,GAAU,UAASnyD,CAAT,EAAWsxC,CAAX,EAAah+C,CAAb,EAAe;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMwG,IAAEsb,EAAE0Y,SAAF,GAAY7xB,EAAEhI,MAAF,CAAS,EAAT,EAAYmhB,EAAE0Y,SAAd,CAAZ,GAAqC,IAA7C,CAAkD,OAAOh0B,KAAGA,EAAEqxE,IAAF,GAAO,QAAOrxE,EAAEqxE,IAAT,MAAgB3e,EAAhB,GAAmB,EAACv/B,KAAInzB,EAAEqxE,IAAP,EAAnB,GAAgCrxE,EAAEqxE,IAAzC,EAA8C,WAAS/1D,EAAE7f,IAAX,KAAkBuE,EAAEogE,UAAF,GAAaxxD,CAA/B,CAA9C,EAAgF0M,EAAE7f,IAAF,KAAS22D,GAAGx8C,IAAH,CAAQgb,UAAR,GAAmBwhC,GAAGx8C,IAAH,CAAQgb,UAAR,IAAoB,EAAvC,EAA0CwhC,GAAGx8C,IAAH,CAAQyjE,OAAR,GAAgBjnB,GAAGx8C,IAAH,CAAQyjE,OAAR,IAAiB,EAA3E,EAA8EjnB,GAAGx8C,IAAH,CAAQgb,UAAR,CAAmBtV,EAAE7f,IAArB,IAA2B62D,GAAGF,GAAGx8C,IAAH,CAAQgb,UAAR,CAAmBtV,EAAE7f,IAArB,CAAH,IAA+BuE,IAAEgyD,GAAG,CAAC,CAAJ,EAAM,EAAN,EAASI,GAAGx8C,IAAH,CAAQgb,UAAR,CAAmBtV,EAAE7f,IAArB,CAAT,EAAoCuE,CAApC,CAAjC,GAAwExG,IAAE,IAAI44D,GAAGx8C,IAAH,CAAQgb,UAAR,CAAmBtV,EAAE7f,IAArB,CAAJ,CAA+Bu2D,GAAGhyD,CAAH,EAAK,EAAC4V,MAAKg3C,CAAN,EAAL,CAA/B,CAArG,GAAoJwF,GAAG6N,YAAH,CAAgB,wCAAsC3kD,EAAE7f,IAAxC,GAA6C,6FAA7D,EAA2J,MAA3J,CAAlO,EAAqY6f,EAAEs4D,MAAF,GAAS5hB,GAAG,CAAC,CAAJ,EAAM,EAAN,EAASI,GAAGx8C,IAAH,CAAQyjE,OAAR,CAAgB/9D,EAAE7f,IAAlB,CAAT,EAAiC6f,EAAEs4D,MAAnC,CAAvZ,CAAhF,EAAmhBp6E,MAAIA,IAAEyzD,GAAGjtD,EAAEqxE,IAAL,IAAWrxE,CAAX,GAAa,IAAI2xD,EAAJ,CAAO3xD,CAAP,CAAnB,CAAthB,IAAqjBxG,IAAE,IAAIi4D,CAAJ,CAAM,EAAC77C,MAAK0F,EAAE1F,IAAF,IAAQ,EAAd,EAAN,CAAvjB,EAAglBpc,CAAvlB;AAAylB,SAD00b,EACz0b82D,GAAGmd,MAAH,GAAU,UAAStrE,CAAT,EAAW;AAAC,aAAC8vD,GAAG9vD,CAAH,KAAOA,aAAagpE,EAArB,MAA2BhpE,IAAE,EAACyT,MAAKzT,CAAN,EAA7B,EAAuC,IAAIyqD,CAAJ;AAAA,gBAAMh+C,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUwG,IAAEmC,KAAG,EAAf;AAAA,gBAAkB4vB,IAAE/xB,EAAE4V,IAAtB;AAAA,gBAA2Bi3C,IAAE7sD,EAAEwrE,MAA/B;AAAA,gBAAsCpe,IAAEptD,EAAEs5E,KAA1C;AAAA,gBAAgDrpE,IAAEjQ,EAAElB,MAApD;AAAA,gBAA2D0uD,IAAE,EAA7D,CAAgE,IAAGz7B,KAAG,CAAC86B,CAAJ,IAAO7sD,EAAEg0B,SAAT,KAAqBo5B,IAAEr7B,IAAEu/B,EAAElE,CAAF,EAAIP,CAAJ,CAAJ,GAAW58C,MAAI8hB,IAAEh4B,EAAEkW,CAAF,EAAI48C,CAAJ,CAAF,EAAS7sD,EAAEi3C,KAAF,KAAU37B,CAAV,IAAayW,EAAE,CAAF,CAAb,IAAmBA,EAAE,CAAF,EAAK/Y,QAAL,KAAgBsC,CAAnC,KAAuCtb,EAAEi3C,KAAF,GAAQ,UAA/C,CAAb,CAAhC,GAA0Gmb,GAAGx8C,IAAH,CAAQugE,KAAR,IAAetpB,CAAf,KAAmB,CAAC7sD,EAAE4zE,MAAH,IAAW,CAAC5zE,EAAE4zE,MAAF,CAASjC,KAAxC,CAA7G,EAA4J;AAAC,qBAAI/kB,IAAE,CAAF,EAAIh+C,IAAEi+C,EAAEn0D,MAAZ,EAAmBk0D,IAAEh+C,CAArB,EAAuBg+C,GAAvB;AAA2BpzD,wBAAEqzD,EAAED,CAAF,CAAF,EAAOpzD,EAAEiC,IAAF,KAAS+xD,EAAEh0D,EAAEoiE,KAAJ,IAAWpiE,CAApB,CAAP;AAA3B,iBAAyD24D,GAAG3E,CAAH,MAAQxtD,EAAE4zE,MAAF,GAAS5hB,GAAG,CAAC,CAAJ,EAAMhyD,EAAE4zE,MAAR,EAAe,EAACjC,OAAM,EAACnG,QAAOhe,CAAR,EAAP,EAAf,CAAjB;AAAqD,oBAAOxtD,EAAE4V,IAAF,GAAOmc,CAAP,EAAS9hB,IAAE,IAAX,EAAgBjQ,EAAElB,MAAF,GAAS,IAAzB,EAA8BsuD,IAAE,IAAhC,EAAqCptD,EAAEs5E,KAAF,GAAQ,IAA7C,EAAkDt5E,aAAaswD,EAAb,GAAgBtwD,CAAhB,GAAkB,IAAIswD,EAAJ,CAAOtwD,CAAP,CAA3E;AAAqF,SAD42a,EAC32a6xD,KAAG7E,EAAE7xB,MAAF,CAAS,EAACkwC,SAAQ,IAAT,EAActzE,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAEtxC,EAAE0wD,WAAF,IAAe7pE,KAAGA,EAAE6pE,WAAjC;AAAA,oBAA6Cp9D,IAAE,OAA/C;AAAA,oBAAuDpV,IAAE,EAAzD,CAA4D44D,GAAGx8C,IAAH,CAAQugE,KAAR,CAAcr+E,EAAd,CAAiBC,IAAjB,CAAsBa,IAAtB,CAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,QAAOmZ,EAAE3L,QAAT,MAAoB+iD,EAApB,KAAyB9jD,IAAE0M,EAAE3L,QAA7B,CAAhC,EAAuEnW,IAAE,EAACo6E,QAAO,EAACh+D,MAAKhH,CAAN,EAAQ+iE,OAAM,EAAC3F,aAAYpf,CAAb,EAAe5pD,IAAGsY,EAAE+vD,OAApB,EAA4BG,QAAOlwD,EAAEkwD,MAArC,EAAd,EAAR,EAAzE,EAA8I,QAAOlwD,EAAE3L,QAAT,MAAoB+iD,EAApB,IAAwBV,GAAGx4D,CAAH,EAAK8hB,EAAE3L,QAAP,CAAtK,EAAuLnW,EAAEoc,IAAF,GAAOzT,CAA9L,EAAgMyqD,MAAIA,IAAEpzD,EAAEo6E,MAAF,CAASh+D,IAAf,CAAhM,EAAqN,QAAOg3C,CAAP,yCAAOA,CAAP,OAAW8F,EAAX,KAAgB9F,IAAEwF,GAAGxkC,MAAH,CAAUg/B,CAAV,CAAlB,CAArN,EAAqPK,GAAGL,CAAH,MAAQtxC,EAAE0wD,WAAF,GAAc,CAAC,CAACpf,EAAEh0D,IAAF,CAAO0iB,CAAP,EAASA,CAAT,CAAxB,CAArP,EAA0RA,EAAEi+D,gBAAF,GAAmB//E,CAA7S,EAA+S8hB,EAAE0wD,WAAF,IAAe1wD,EAAEk+D,aAAF,EAA9T,EAAgVl+D,EAAEywD,OAAF,GAAU,EAAE,CAAC5pE,CAAD,IAAI,CAACA,EAAE4pE,OAAT,CAA1V;AAA4W,aAAvc,EAAwcyN,eAAc,yBAAU;AAAC,oBAAIr3E,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUh+C,IAAE,IAAZ,CAAiBA,EAAEe,QAAF,YAAsBmiD,EAAtB,KAA2B3vD,IAAEyM,EAAEe,QAAF,GAAW,IAAImiD,EAAJ,CAAOljD,EAAE2qE,gBAAT,CAAb,EAAwCj+D,IAAEnZ,EAAE6xB,SAA5C,EAAsD44B,IAAEtxC,EAAEi2D,YAA1D,EAAuEj2D,EAAEi2D,YAAF,GAAe,UAASpvE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOnZ,EAAEyM,EAAEy8D,OAAF,IAAW,IAAb,IAAmBz8D,EAAE5L,EAArB,EAAwB4pD,MAAIzqD,IAAEyqD,EAAEzqD,CAAF,EAAImZ,CAAJ,CAAN,CAAxB,EAAsCnZ,CAA7C;AAA+C,iBAAnJ,EAAoJA,EAAEkD,MAAF,GAAS,YAAU;AAAC,2BAAOuJ,CAAP;AAAS,iBAAjL,EAAkLzM,EAAE04B,IAAF,CAAO+yB,EAAP,EAAU,UAASzrD,CAAT,EAAW;AAACA,sBAAEgD,IAAF,GAAOhD,EAAEgD,IAAF,IAAQyJ,CAAf,EAAiBA,EAAEmQ,OAAF,CAAU6uC,EAAV,EAAazrD,CAAb,CAAjB;AAAiC,iBAAvD,CAAlL,EAA2OA,EAAE04B,IAAF,CAAOy0B,EAAP,EAAU,UAASntD,CAAT,EAAW;AAAC,wBAAImZ,IAAE1M,EAAEvJ,MAAF,EAAN,CAAiBiW,MAAInZ,EAAEgD,IAAF,GAAOhD,EAAEgD,IAAF,IAAQyJ,CAAf,EAAiB0M,EAAEyD,OAAF,CAAUuwC,EAAV,EAAantD,CAAb,CAArB;AAAsC,iBAA7E,CAA3O,EAA0TyM,EAAE6qE,oBAAF,EAArV;AAA+W,aAAj2B,EAAk2B33D,QAAO,gBAAS3f,CAAT,EAAW;AAAC,qBAAKq3E,aAAL,IAAqB,KAAKE,MAAL,CAAY,CAAC,CAAb,CAArB,EAAqC,KAAK/pE,QAAL,CAAcW,GAAd,CAAkBnO,CAAlB,CAArC;AAA0D,aAA/6B,EAAg7B6pE,aAAY,CAAC,CAA77B,EAA+7B2N,OAAM,iBAAU;AAAC,qBAAI,IAAIx3E,IAAE,KAAKvF,UAAL,EAAN,EAAwB0e,IAAE,CAA9B,EAAgCnZ,KAAGA,EAAEvF,UAArC;AAAiD0e,yBAAInZ,IAAEA,EAAEvF,UAAF,GAAauF,EAAEvF,UAAF,EAAb,GAA4B,IAAlC;AAAjD,iBAAwF,OAAO0e,CAAP;AAAS,aAAjjC,EAAkjCm+D,sBAAqB,gCAAU;AAAC,oBAAIt3E,IAAE,KAAKo3E,gBAAL,CAAsB3F,MAAtB,CAA6Bh+D,IAAnC,CAAwC,KAAKzT,KAAG,OAAR,IAAiB,KAAKwN,QAAL,CAAciG,IAAd,EAAjB;AAAsC,aAAhqC,EAAiqCgkE,iBAAgB,2BAAU;AAAC,qBAAK7N,OAAL,GAAa,CAAC,CAAd,EAAgB,KAAK0N,oBAAL,EAAhB;AAA4C,aAAxuC,EAAyuC76D,MAAK,gBAAU;AAAC,oBAAIguC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,IAAE,EAAV;AAAA,oBAAawG,IAAE,QAAf,CAAwB,OAAO,KAAKgsE,WAAL,IAAkB,KAAKwN,aAAL,IAAqB5sB,IAAE,KAAKj9C,QAA5B,EAAqCnW,EAAE,KAAK6xE,OAAL,IAAc,IAAhB,IAAsB,KAAKroE,EAAhE,EAAmE,KAAK+oE,OAAL,KAAenf,EAAEp2C,KAAF,GAAQ8E,CAAR,EAAUtb,IAAE,MAA3B,CAAnE,EAAsG4sD,EAAE5xC,GAAF,CAAM4yC,EAAN,EAASsE,GAAG,KAAK0nB,eAAR,EAAwB,IAAxB,CAAT,CAAtG,EAA8IhrE,IAAEg+C,EAAE5sD,CAAF,EAAKxG,CAAL,CAAlK,IAA2K,KAAKkgF,MAAL,CAAY,CAAC,CAAb,CAA3K,EAA2L9qE,KAAGzM,EAAEgQ,QAAF,GAAae,OAAb,GAAuBX,OAAvB,EAArM;AAAsO,aAAv/C,EAAw/C3V,YAAW,sBAAU;AAAC,oBAAIuF,IAAE,KAAKkD,MAAL,EAAN,CAAoB,OAAOlD,EAAEkD,MAAF,EAAP;AAAkB,aAApjD,EAAqjDq0E,QAAO,gBAASv3E,CAAT,EAAW;AAAC,uBAAOA,MAAImZ,CAAJ,GAAM,KAAKywD,OAAX,IAAoB,KAAKA,OAAL,GAAa5pE,CAAb,EAAemZ,CAAnC,CAAP;AAA6C,aAArnD,EAAsnD0xD,iBAAgB,yBAAS7qE,CAAT,EAAW;AAAC,uBAAO6qD,EAAEl1D,EAAF,CAAKk1E,eAAL,CAAqBp0E,IAArB,CAA0B,IAA1B,EAA+BuJ,CAA/B,KAAmC,eAAaA,CAAhD,IAAmD,cAAYA,CAA/D,IAAkE,kBAAgBA,CAAlF,IAAqF,uBAAqBA,CAAjH;AAAmH,aAArwD,EAAT,CADw2a,EACvlX2vD,KAAGxB,GAAGn2D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAEu2C,GAAG12B,MAAH,CAAU,EAACxrB,UAASxN,CAAV,EAAV,CAAN,CAA8BmuD,GAAGx4D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBo5D,GAAG,CAAC,CAAJ,EAAM,EAAN,EAAS,EAAC4hB,QAAO,EAAClC,WAAUp2D,CAAX,EAAaq2D,OAAMr2D,CAAnB,EAAR,EAAT,EAAwCnZ,CAAxC,CAArB,GAAiE,KAAK2pE,qBAAL,EAAjE;AAA8F,aAA9I,EAA+IA,uBAAsB,iCAAU;AAAC,oBAAI3pE,IAAE,IAAN,CAAWA,EAAEqU,KAAF,CAAQqkB,IAAR,CAAay0B,EAAb,EAAgB,UAASh0C,CAAT,EAAW;AAACnZ,sBAAE4c,OAAF,CAAUuwC,EAAV,EAAah0C,CAAb;AAAgB,iBAA5C;AAA8C,aAAzO,EAA0OxJ,QAAO,gBAAS3P,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,IAAEzqD,EAAEvF,UAAF,EAAR;AAAA,oBAAuBgS,IAAE,IAAzB,CAA8B,OAAOg+C,KAAGA,EAAE4sB,aAAL,KAAqB5qE,IAAEg+C,EAAEj9C,QAAzB,GAAmC2L,IAAEg1C,GAAGx4D,EAAH,CAAMga,MAAN,CAAalZ,IAAb,CAAkBgW,CAAlB,EAAoBzM,CAApB,CAArC,EAA4DyqD,KAAG,CAACh+C,EAAEgH,IAAF,GAASld,MAAb,KAAsBk0D,EAAEof,WAAF,GAAc,CAAC,CAArC,CAA5D,EAAoG1wD,CAA3G;AAA6G,aAAxY,EAAyYga,SAAQ06B,EAAE,SAAF,CAAjZ,EAA8Zp6C,MAAKo6C,EAAE,MAAF,CAAna,EAA6avtC,QAAO,gBAAStgB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,KAAKvnD,MAAL,EAAN,CAAoB,OAAOunD,KAAGA,EAAE4sB,aAAL,KAAqB5sB,EAAEof,WAAF,GAAc,CAAC,CAAf,EAAiBpf,EAAE4sB,aAAF,EAAtC,GAAyDlpB,GAAGx4D,EAAH,CAAM2qB,MAAN,CAAa7pB,IAAb,CAAkB,IAAlB,EAAuBuJ,CAAvB,EAAyBmZ,CAAzB,CAAhE;AAA4F,aAAljB,EAAmjBu+D,OAAM,eAAS13E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,CAAJ;AAAA,oBAAMh+C,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUwG,CAAV;AAAA,oBAAY+xB,IAAE,KAAKvb,KAAnB,CAAyB,IAAGub,CAAH,EAAK;AAAC,wBAAGv4B,IAAE82D,GAAGx4D,EAAH,CAAMqK,CAAN,EAASvJ,IAAT,CAAc,IAAd,EAAmB0iB,CAAnB,CAAL,EAA2B,OAAO9hB,CAAP,CAAS,KAAIu4B,IAAE,KAAK6iD,SAAL,CAAe,KAAKp+D,KAApB,CAAF,EAA6Bo2C,IAAE,CAA/B,EAAiCh+C,IAAEmjB,EAAEr5B,MAAzC,EAAgDk0D,IAAEh+C,CAAlD,EAAoDg+C,GAApD;AAAwD,4BAAG5sD,IAAE+xB,EAAE66B,CAAF,EAAKj9C,QAAP,EAAgB3P,aAAa8xD,EAAb,KAAkBt4D,IAAEwG,EAAEmC,CAAF,EAAKmZ,CAAL,CAApB,CAAnB,EAAgD,OAAO9hB,CAAP;AAAxG;AAAiH;AAAC,aAA5vB,EAA6vBX,KAAI,aAASsJ,CAAT,EAAW;AAAC,uBAAO,KAAK03E,KAAL,CAAW,KAAX,EAAiB13E,CAAjB,CAAP;AAA2B,aAAxyB,EAAyyB0yE,UAAS,kBAAS1yE,CAAT,EAAW;AAAC,uBAAO,KAAK03E,KAAL,CAAW,UAAX,EAAsB13E,CAAtB,CAAP;AAAgC,aAA91B,EAAV,CADolX,EACzuV2vD,GAAG2b,MAAH,GAAU,UAAStrE,CAAT,EAAW;AAACA,gBAAEA,KAAGA,EAAEhL,IAAL,GAAU,EAACye,MAAKzT,CAAN,EAAV,GAAmBA,CAArB,CAAuB,IAAImZ,IAAEnZ,KAAG,EAAT;AAAA,gBAAYyqD,IAAEtxC,EAAE1F,IAAhB;AAAA,gBAAqBhH,IAAE0M,EAAEkwD,MAAzB;AAAA,gBAAgChyE,IAAE8hB,EAAEjb,IAApC,CAAyC,OAAOusD,KAAGA,EAAEktB,WAAL,GAAiBltB,EAAEktB,WAAnB,IAAgCltB,KAAG,CAACh+C,CAAJ,IAAO0M,EAAE0Y,SAAT,IAAoBx6B,MAAIozD,IAAEiE,EAAEr3D,CAAF,EAAIoV,CAAJ,CAAN,CAApB,EAAkC0M,EAAE1F,IAAF,GAAOg3C,CAAzC,EAA2CtxC,aAAaw2C,EAAb,GAAgBx2C,CAAhB,GAAkB,IAAIw2C,EAAJ,CAAOx2C,CAAP,CAA7F,CAAP;AAA+G,SADoiV,EACniV60C,KAAGiC,GAAGiN,UAAH,CAAcllE,MAAd,CAAqB,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAACwF,mBAAGiN,UAAH,CAAcvnE,EAAd,CAAiBC,IAAjB,CAAsBa,IAAtB,CAA2B,IAA3B,GAAiC,KAAKmhF,YAAL,GAAkB,CAAC,CAApD,EAAsD,KAAK3Z,UAAL,GAAgBj+D,CAAtE,EAAwE,KAAK42E,QAAL,GAAc,CAACnsB,CAAvF,CAAyF,IAAIh+C,IAAE,IAAN,CAAWzM,EAAE04B,IAAF,CAAO,QAAP,EAAgB,YAAU;AAACjsB,sBAAEqnE,OAAF;AAAY,iBAAvC,GAAyC9zE,EAAE04B,IAAF,CAAO,OAAP,EAAe,YAAU;AAACjsB,sBAAEmsC,MAAF;AAAW,iBAArC,CAAzC,EAAgF,KAAKi/B,mBAAL,EAAhF,EAA2G,KAAKC,WAAL,CAAiB3+D,CAAjB,CAA3G;AAA+H,aAAzP,EAA0P2+D,aAAY,qBAAS93E,CAAT,EAAW;AAAC,qBAAK+3E,QAAL,GAAc/3E,CAAd,EAAgB,KAAKg4E,YAAL,EAAhB;AAAoC,aAAtT,EAAuT/O,IAAG,YAASjpE,CAAT,EAAW;AAAC,oBAAIyqD,IAAE,KAAK0lB,QAAX;AAAA,oBAAoB1jE,IAAE,CAAC,CAAvB,CAAyB,OAAOzM,KAAG,KAAKivE,KAAL,EAAH,IAAiB,KAAKryD,OAAL,CAAa,YAAb,EAA0B,EAAC3O,OAAMjO,CAAP,EAA1B,GAAqC,IAAtD,IAA4D,KAAKi4E,SAAL,GAAe,KAAKA,SAAL,IAAgB,CAACj4E,IAAE,KAAKk4E,UAAP,IAAmBl4E,KAAG,KAAKsuE,IAAL,GAAU7jB,CAAjC,MAAsCh+C,IAAE,KAAK4hE,KAAL,CAAWv1E,KAAKgzD,KAAL,CAAW9rD,IAAEyqD,CAAb,IAAgBA,CAA3B,CAAxC,GAAuEzqD,MAAI,KAAKm4E,iBAAT,IAA4B,KAAKvI,SAAL,EAAnG,EAAoH5vE,MAAI,KAAKo4E,gBAAT,GAA0B,KAAK/J,KAAL,CAAW,KAAKgK,YAAhB,EAA6B,CAAC,CAA9B,CAA1B,GAA2Dr4E,MAAI,KAAKs4E,iBAAT,GAA2B,KAAKjK,KAAL,CAAW,KAAKkK,aAAhB,CAA3B,GAA0Dv4E,MAAI,KAAKw4E,iBAAT,IAA4B,KAAKnK,KAAL,CAAW,KAAKj3C,MAAL,KAAc,KAAKk3C,IAAnB,GAAwB,KAAKmK,gBAA7B,GAA8C,KAAKC,iBAA9D,CAArQ,EAAsVjsE,IAAE,KAAKwxD,UAAL,CAAgBgL,EAAhB,CAAmBjpE,IAAE,KAAKk4E,UAA1B,CAAF,IAAyC,KAAKt7D,OAAL,CAAa,YAAb,EAA0B,EAAC3O,OAAMjO,CAAP,EAA1B,GAAqC,IAA9E,CAAtW,IAA2bmZ,CAA1c,GAA4c,KAAK8kD,UAAL,CAAgB98C,IAAhB,GAAuBnhB,CAAvB,CAA/gB;AAAyiB,aAAx4B,EAAy4B/K,SAAQ,iBAAS+K,CAAT,EAAW;AAAC,uBAAO,KAAKi+D,UAAL,CAAgBxqD,IAAhB,GAAuBxe,OAAvB,CAA+B+K,CAA/B,IAAkC,KAAKk4E,UAA9C;AAAyD,aAAt9B,EAAu9BjJ,OAAM,iBAAU;AAAC,uBAAOnjD,SAAS,KAAKmyC,UAAL,CAAgBgR,KAAhB,EAAT,EAAiC,EAAjC,CAAP;AAA4C,aAAphC,EAAqhCvhE,MAAK,gBAAU;AAAC,oBAAI1N,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEmwE,QAAf;AAAA,oBAAwB1lB,IAAEzqD,EAAEsuE,IAAF,GAAOtuE,EAAE+3E,QAAT,GAAkB5+D,CAA5C;AAAA,oBAA8C1M,IAAEu9D,GAAGhmD,GAAH,CAAOgmD,GAAGle,KAAH,CAASrB,IAAEtxC,CAAX,CAAP,EAAqB,CAArB,IAAwBA,CAAxE,CAA0E,KAAKie,MAAL,GAAYqzB,CAAZ,EAAc,KAAKwT,UAAL,CAAgB2Y,QAAhB,CAAyBnqE,CAAzB,EAA2B0M,CAA3B,EAA6B,YAAU;AAACnZ,sBAAE24E,UAAF,CAAaluB,CAAb,EAAe,CAAC,CAAhB;AAAmB,iBAA3D,CAAd;AAA2E,aAA1rC,EAA2rC4jB,OAAM,eAASruE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,KAAKie,MAAL,KAAcp3B,CAAjB,EAAmB,OAAM,CAAC,CAAP,CAAS,IAAIyqD,IAAE,IAAN;AAAA,oBAAWh+C,IAAE,KAAK0jE,QAAlB;AAAA,oBAA2B94E,IAAE2yE,GAAGhmD,GAAH,CAAOgmD,GAAGle,KAAH,CAAS9rD,IAAEyM,CAAX,CAAP,EAAqB,CAArB,IAAwBA,CAArD;AAAA,oBAAuD5O,IAAE,KAAKogE,UAA9D,CAAyE,OAAO9kD,MAAI9hB,KAAGoV,CAAP,GAAU5O,EAAEs4E,OAAF,CAAUn2E,CAAV,EAAYyM,CAAZ,KAAgB,KAAK2qB,MAAL,GAAYp3B,CAAZ,EAAc,KAAKg4E,YAAL,EAAd,EAAkC,KAAKW,UAAL,CAAgB34E,CAAhB,CAAlC,EAAqD,CAAC,CAAtE,IAAyE,CAAC,KAAK42E,QAAN,KAAiB/4E,EAAE+4E,QAAF,CAAWv/E,CAAX,EAAaoV,CAAb,EAAe,YAAU;AAACg+C,sBAAErzB,MAAF,GAASp3B,CAAT,EAAWyqD,EAAEutB,YAAF,EAAX,EAA4BvtB,EAAEkuB,UAAF,CAAa34E,CAAb,EAAe,CAAC,CAAhB,CAA5B;AAA+C,iBAAzE,GAA2E,CAAC,CAA7F,CAA1F;AAA0L,aAA9+C,EAA++C44E,gBAAe,0BAAU;AAAC,oBAAI54E,IAAE,KAAKo3B,MAAX,CAAkB,KAAKA,MAAL,GAAY,IAAZ,EAAiB,KAAKi3C,KAAL,CAAWruE,CAAX,CAAjB;AAA+B,aAA1jD,EAA2jD+7C,SAAQ,mBAAU;AAAC,qBAAKpjB,MAAL;AAAc,aAA5lD,EAA6lDi3C,WAAU,qBAAU;AAAC,oBAAI5vE,IAAE,IAAN;AAAA,oBAAWmZ,IAAE,KAAKg3D,QAAlB;AAAA,oBAA2B1lB,IAAE,KAAK6jB,IAAL,GAAUn1D,CAAvC;AAAA,oBAAyC1M,IAAE,KAAKwxD,UAAhD,CAA2DxxD,EAAE0pE,OAAF,CAAU1rB,CAAV,EAAYtxC,CAAZ,KAAgB,KAAKy+D,YAArB,IAAmC,CAAC,KAAKhB,QAAzC,KAAoD,KAAKgB,YAAL,GAAkB,CAAC,CAAnB,EAAqB,KAAKh7D,OAAL,CAAa,aAAb,EAA2B,EAAC0xD,MAAK7jB,CAAN,EAAQ8jB,MAAKp1D,CAAb,EAA3B,CAArB,EAAiE1M,EAAEmqE,QAAF,CAAWnsB,CAAX,EAAatxC,CAAb,EAAe,YAAU;AAACnZ,sBAAE43E,YAAF,GAAe,CAAC,CAAhB,EAAkB53E,EAAE4c,OAAF,CAAU,YAAV,EAAuB,EAAC0xD,MAAK7jB,CAAN,EAAQ8jB,MAAKp1D,CAAb,EAAvB,CAAlB;AAA0D,iBAApF,CAArH;AAA4M,aAAz3D,EAA03Dw/D,YAAW,oBAAS34E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKie,MAAL,KAAcp3B,CAAd,KAAkB,KAAKk4E,UAAL,GAAgBl4E,CAAhB,EAAkB,KAAK64E,UAAL,GAAgB1/D,CAAlC,EAAoC,KAAK8kD,UAAL,CAAgBoQ,KAAhB,CAAsBruE,CAAtB,EAAwB,KAAKmwE,QAA7B,CAApC,EAA2E,KAAKlS,UAAL,CAAgBsY,wBAAhB,EAA7F;AAAyI,aAA5hE,EAA6hE39B,QAAO,kBAAU;AAAC,qBAAKkgC,YAAL,GAAkB,CAAC,CAAnB;AAAqB,aAApkE,EAAqkEhF,SAAQ,mBAAU;AAAC,oBAAI9zE,IAAE,KAAKi+D,UAAX,CAAsB,KAAK1nE,MAAL,GAAY,KAAK0hF,SAAL,GAAej4E,EAAEq2E,SAAF,GAAcx+E,GAA7B,GAAiCmI,EAAEmhB,IAAF,GAAS5qB,MAAtD,EAA6D,KAAKuiF,YAAL,KAAoB,KAAKjB,mBAAL,IAA2B,KAAKG,YAAL,EAA3B,EAA+C,KAAKc,YAAL,GAAkB,CAAC,CAAlE,EAAoE,KAAKl8D,OAAL,CAAa,OAAb,EAAqB,EAACwa,QAAO,KAAKA,MAAb,EAArB,CAAxF,CAA7D,EAAiM,KAAKxa,OAAL,CAAa,QAAb,CAAjM,EAAwN,KAAKi8D,UAAL,IAAiB,KAAKj8D,OAAL,CAAa,QAAb,CAAzO,EAAgQ,OAAO,KAAKi8D,UAA5Q;AAAuR,aAAr4E,EAAs4EhB,qBAAoB,+BAAU;AAAC,oBAAI73E,IAAE,KAAKi+D,UAAX,CAAsB,KAAK8a,aAAL,GAAmB/4E,EAAEs2E,YAAF,EAAnB,EAAoC,KAAK4B,UAAL,GAAgB,KAAK9gD,MAAL,GAAYp3B,EAAEsuE,IAAF,MAAU,CAA1E,EAA4E,KAAK6B,QAAL,GAAcnwE,EAAEmwE,QAAF,EAA1F,EAAuG,KAAK8H,SAAL,GAAej4E,EAAE/H,OAAF,CAAU65E,YAAhI;AAA6I,aAAxkF,EAAykFkG,cAAa,wBAAU;AAAC,oBAAIh4E,IAAE,KAAKmwE,QAAX;AAAA,oBAAoBh3D,IAAE,KAAKie,MAA3B;AAAA,oBAAkCqzB,IAAE,KAAKstB,QAAzC;AAAA,oBAAkDtrE,IAAE3T,KAAKo9E,IAAL,CAAU/8D,IAAEnZ,CAAZ,IAAeA,CAAnE,CAAqE,KAAKsuE,IAAL,GAAU7hE,CAAV,EAAY,KAAK2rE,gBAAL,GAAsB3rE,IAAEzM,CAAF,GAAI,CAAtC,EAAwC,KAAKs4E,iBAAL,GAAuB7rE,IAAEg+C,CAAF,GAAI,CAAnE,EAAqE,KAAK0tB,iBAAL,GAAuB1rE,IAAE3T,KAAKgzD,KAAL,CAAW9rD,IAAE,CAAF,GAAI,CAAf,CAA9F,EAAgH,KAAKw4E,iBAAL,GAAuB,KAAKphD,MAAL,GAAY,CAAnJ,EAAqJ,KAAKihD,YAAL,GAAkB5rE,IAAEzM,CAAF,GAAIyqD,CAA3K,EAA6K,KAAK8tB,aAAL,GAAmB9rE,CAAhM,EAAkM,KAAKgsE,gBAAL,GAAsBt/D,IAAEsxC,CAA1N,EAA4N,KAAKiuB,iBAAL,GAAuBjsE,IAAEzM,CAArP;AAAuP,aAA75F,EAArB,CADgiV,EAC3mP4vD,KAAGK,GAAGiN,UAAH,CAAcllE,MAAd,CAAqB,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAIsxC,IAAE,IAAN,CAAWwF,GAAGiN,UAAH,CAAcvnE,EAAd,CAAiBC,IAAjB,CAAsBa,IAAtB,CAA2Bg0D,CAA3B,GAA8B,KAAKwT,UAAL,GAAgBj+D,CAA9C,EAAgD,KAAKg5E,SAAL,GAAe7/D,CAA/D,EAAiE,KAAKu3D,MAAL,GAAY,CAA7E,EAA+E,KAAK9I,MAAL,GAAY,IAAI5Z,EAAJ,CAAOhuD,CAAP,EAAS,IAAEmZ,CAAX,CAA3F,EAAyG,KAAKyuD,MAAL,CAAYlvC,IAAZ,CAAiB,EAACugD,YAAW,oBAASj5E,CAAT,EAAW;AAACyqD,0BAAE7tC,OAAF,CAAU,YAAV,EAAuB,EAAC3O,OAAMjO,EAAEiO,KAAT,EAAvB;AAAwC,qBAAhE,EAAiEirE,aAAY,qBAASl5E,CAAT,EAAW;AAACyqD,0BAAE7tC,OAAF,CAAU,aAAV,EAAwB,EAAC0xD,MAAKtuE,EAAEsuE,IAAR,EAAaC,MAAKvuE,EAAEuuE,IAApB,EAAxB;AAAmD,qBAA5I,EAA6I4K,YAAW,oBAASn5E,CAAT,EAAW;AAACyqD,0BAAE7tC,OAAF,CAAU,YAAV,EAAuB,EAAC0xD,MAAKtuE,EAAEsuE,IAAR,EAAaC,MAAKvuE,EAAEuuE,IAApB,EAAvB;AAAkD,qBAAtN,EAAuNxlE,OAAM,iBAAU;AAAC0hD,0BAAEimB,MAAF,GAAS,CAAT,EAAWjmB,EAAE7tC,OAAF,CAAU,OAAV,CAAX;AAA8B,qBAAtQ,EAAuQ89C,QAAO,kBAAU;AAACjQ,0BAAEimB,MAAF,GAAS53E,KAAKo9E,IAAL,CAAU,KAAK3/E,MAAL,GAAYk0D,EAAEuuB,SAAxB,CAAT,EAA4CvuB,EAAE7tC,OAAF,CAAU,QAAV,EAAmB,EAACqyD,OAAMxkB,EAAEwkB,KAAF,EAAP,EAAiB73C,QAAO,KAAKA,MAA7B,EAAnB,CAA5C;AAAqG,qBAA9X,EAAjB,CAAzG;AAA2f,aAA1hB,EAA2hBwhD,gBAAe,0BAAU;AAAC,qBAAKhR,MAAL,CAAYgR,cAAZ;AAA6B,aAAllB,EAAmlB3P,IAAG,YAASjpE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAMsxC,CAAN;AAAA,oBAAQh+C,IAAE,KAAKm7D,MAAf;AAAA,oBAAsBvwE,IAAE2I,IAAE,KAAKg5E,SAA/B;AAAA,oBAAyCn7E,IAAE,KAAKm7E,SAAhD;AAAA,oBAA0DppD,IAAE,EAA5D,CAA+D,KAAInjB,EAAE2qB,MAAF,GAAS//B,CAAT,IAAYoV,EAAEw8D,EAAF,CAAKx8D,EAAE2qB,MAAF,GAAS,CAAd,CAAZ,EAA6BqzB,IAAE,CAAnC,EAAqCA,IAAE5sD,CAAF,KAAMsb,IAAE1M,EAAEw8D,EAAF,CAAK5xE,IAAEozD,CAAP,CAAF,EAAY,SAAOtxC,CAAzB,CAArC,EAAiEsxC,GAAjE;AAAqE76B,sBAAE56B,IAAF,CAAOmkB,CAAP;AAArE,iBAA+E,OAAOyW,CAAP;AAAS,aAAzvB,EAA0vBq/C,OAAM,iBAAU;AAAC,uBAAO,KAAKyB,MAAZ;AAAmB,aAA9xB,EAA+xB30B,SAAQ,mBAAU;AAAC,qBAAK6rB,MAAL,CAAY7rB,OAAZ,IAAsB,KAAKpjB,MAAL,EAAtB;AAAoC,aAAt1B,EAArB,CADwmP,EAC1vNk3B,GAAG,CAAC,CAAJ,EAAMI,GAAGx8C,IAAT,EAAc,EAAC+9D,SAAQ,EAACjgD,MAAK68B,EAAN,EAAT,EAAmBgrB,OAAMv7E,CAAzB,EAA2BquD,YAAWiC,EAAtC,EAAyChC,wBAAuBwD,EAAhE,EAAmE0pB,MAAK3pB,EAAxE,EAA2E4pB,kBAAiB3qB,CAA5F,EAA8F3C,iBAAgBgd,EAA9G,EAAiH/c,qBAAoBgD,CAArI,EAAuIsqB,gBAAejqB,CAAtJ,EAAwJkqB,iBAAgBhqB,EAAxK,EAA2KiqB,OAAMprB,EAAjL,EAAoLqrB,YAAWtrB,EAA/L,EAAkM4lB,OAAMnpB,CAAxM,EAA0M8uB,QAAO3rB,EAAjN,EAAoN4rB,aAAYhqB,EAAhO,EAAd,CAD0vN;AACvgN,KADx0F,CACy0Fj7D,OAAO07D,KAAP,CAAa76D,MADt1F,GAC81Fb,OAAO07D,KAD52F;AACk3F,CAD3+F,EAC4+F,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,KAACA,KAAGtxC,CAAJ;AAAS,CADljG,CAAD,CACqjG,CAAC,CAAC,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAAC,iBAAS1M,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI1M,IAAEzM,EAAE6kC,CAAF,CAAI78B,QAAV;AAAA,gBAAmB3Q,IAAE2I,EAAE+kC,CAAF,CAAI/8B,QAAzB;AAAA,gBAAkC0iD,IAAEvxC,EAAE0rB,CAAF,CAAI78B,QAAxC;AAAA,gBAAiDyiD,IAAEtxC,EAAE4rB,CAAF,CAAI/8B,QAAvD;AAAA,gBAAgE4nB,IAAEnjB,IAAEi+C,CAApE;AAAA,gBAAsE7sD,IAAExG,IAAEozD,CAA1E,CAA4E,OAAM,EAACovB,QAAO,EAACh1C,GAAE,CAACp4B,IAAEi+C,CAAH,IAAM,CAAT,EAAW3lB,GAAE,CAAC1tC,IAAEozD,CAAH,IAAM,CAAnB,EAAR,EAA8BqvB,UAAShhF,KAAKihF,IAAL,CAAUnqD,IAAEA,CAAF,GAAI/xB,IAAEA,CAAhB,CAAvC,EAAN;AAAiE,kBAASxG,CAAT,CAAW2I,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM1M,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUqzD,IAAE,EAAZ;AAAA,gBAAeD,IAAEzqD,EAAEsc,aAAnB;AAAA,gBAAiCze,IAAEmC,EAAE2a,aAArC;AAAA,gBAAmDuwC,IAAE,CAArD,CAAuD,IAAGlrD,EAAEg6E,GAAL,EAAStvB,EAAE11D,IAAF,CAAO,EAAC6L,IAAG,CAAJ,EAAMkY,OAAM/Y,CAAZ,EAAczH,QAAOyH,EAAEzH,MAAvB,EAA8BoiB,eAAc3a,EAAEzH,MAA9C,EAAqDyP,UAAShI,CAA9D,EAAgE1G,MAAK,KAArE,EAAP,EAAT,KAAkG,IAAG0G,EAAE1G,IAAF,CAAOgH,KAAP,CAAa,OAAb,CAAH,EAAyB,KAAImM,IAAEg+C,IAAEA,EAAEllB,cAAJ,GAAmB,EAArB,EAAwBpsB,IAAE1M,EAAElW,MAAhC,EAAuC20D,IAAE/xC,CAAzC,EAA2C+xC,GAA3C;AAA+C7zD,oBAAEoV,EAAEy+C,CAAF,CAAF,EAAOR,EAAE11D,IAAF,CAAO,EAACgT,UAAS3Q,CAAV,EAAY0hB,OAAM/Y,CAAlB,EAAoBzH,QAAOlB,EAAEkB,MAA7B,EAAoCoiB,eAAc9c,CAAlD,EAAoDgD,IAAGxJ,EAAEgH,UAAzD,EAAoE/E,MAAK,OAAzE,EAAP,CAAP;AAA/C,aAAzB,MAA8KoxD,EAAE11D,IAAF,CAAO46B,EAAEi9B,QAAF,IAAYj9B,EAAEk9B,UAAd,GAAyB,EAAC9kD,UAASyiD,CAAV,EAAY1xC,OAAM/Y,CAAlB,EAAoBzH,QAAOyH,EAAEzH,MAA7B,EAAoCoiB,eAAc9c,CAAlD,EAAoDgD,IAAG4pD,EAAEwvB,SAAzD,EAAmE3gF,MAAK,SAAxE,EAAzB,GAA4G,EAACuH,IAAG,CAAJ,EAAMkY,OAAM/Y,CAAZ,EAAczH,QAAOyH,EAAEzH,MAAvB,EAA8BoiB,eAAc9c,CAA5C,EAA8CmK,UAAShI,CAAvD,EAAyD1G,MAAK,OAA9D,EAAnH,EAA2L,OAAOoxD,CAAP;AAAS,kBAASA,CAAT,CAAW1qD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,IAAEsxC,EAAEsX,QAAF,CAAWx1B,EAAX,CAAcnwC,KAAd,CAAoB,GAApB,CAAN,EAA+BqQ,IAAE,CAAjC,EAAmCpV,IAAE8hB,EAAE5iB,MAA3C,EAAkDkW,IAAEpV,CAApD,EAAsDoV,GAAtD;AAA0DzM,kBAAEmZ,EAAE1M,CAAF,CAAF;AAA1D;AAAkE,aAAIg+C,IAAE91D,OAAO07D,KAAb;AAAA,YAAmBzgC,IAAE66B,EAAEn1D,OAAvB;AAAA,YAA+BuI,IAAE4sD,EAAE0S,KAAnC;AAAA,YAAyCjS,IAAET,EAAEyS,UAA7C;AAAA,YAAwDjS,IAAEjrD,EAAEhE,GAA5D;AAAA,YAAgEswD,IAAEtsD,EAAEhI,MAApE;AAAA,YAA2E8V,IAAE8hB,EAAEqoC,QAA/E;AAAA,YAAwF1xC,IAAEzY,KAAGA,EAAEwoD,OAA/F;AAAA,YAAuGjL,IAAE,GAAzG;AAAA,YAA6GE,IAAE37B,EAAEw7B,OAAF,CAAUS,IAAV,GAAe,CAAf,GAAiB,CAAhI;AAAA,YAAkI/2B,IAAE,OAApI;AAAA,YAA4I83B,IAAE,MAA9I;AAAA,YAAqJzsD,IAAE,QAAvJ;AAAA,YAAgKX,IAAE,OAAlK;AAAA,YAA0KkuD,IAAE,MAA5K;AAAA,YAAmL3oB,IAAE,KAArL;AAAA,YAA2LF,IAAE,QAA7L;AAAA,YAAsM0oB,IAAE,KAAxM;AAAA,YAA8M94D,IAAE,SAAhN;AAAA,YAA0Ni6D,IAAE,cAA5N;AAAA,YAA2OpuB,IAAE,eAA7O;AAAA,YAA6PkuB,IAAE,YAA/P;AAAA,YAA4QC,IAAE,YAA9Q;AAAA,YAA2R3wD,IAAE,EAACk8E,KAAI,CAAL,EAAO1kB,OAAM,CAAb,EAAe4kB,OAAM,CAArB,EAAuBC,SAAQ,CAA/B,EAA7R;AAAA,YAA+TvrB,IAAE,CAACh/B,EAAE0lC,KAAH,IAAU1lC,EAAE0oC,oBAA7U;AAAA,YAAkWpJ,IAAErxD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,IAAE,IAAN,CAAWA,EAAEu5D,IAAF,GAAOhmE,CAAP,EAASyM,EAAE2tE,mBAAF,CAAsBjhE,CAAtB,CAAT,EAAkC1M,EAAE4tE,aAAF,GAAgB5tE,EAAEzE,QAApD,EAA6DyE,EAAE6tE,QAAF,GAAW7tE,EAAE8tE,KAAF,GAAQ,CAAhF,EAAkF9tE,EAAE0Q,SAAF,GAAY8tC,GAA9F;AAAkG,aAAjI,EAAkIzoB,MAAK,cAASxiC,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW1M,IAAEzM,EAAE,SAAOmZ,EAAE6sD,IAAX,CAAb;AAAA,oBAA8B3uE,IAAE4zD,GAAhC;AAAA,oBAAoCP,IAAErzD,IAAE8hB,EAAEgE,SAAJ,IAAe,CAArD,CAAuD,CAAC1Q,CAAD,IAAI8Z,CAAJ,KAAQpN,EAAEohE,KAAF,GAAQ9tE,IAAE0M,EAAEnR,QAAZ,EAAqBmR,EAAEihE,mBAAF,CAAsBp6E,CAAtB,CAArB,EAA8CmZ,EAAEqhE,YAAF,GAAe/tE,IAAE0M,EAAEkhE,aAAjE,EAA+ElhE,EAAEmhE,QAAF,GAAWnhE,EAAEohE,KAAF,GAAQ7vB,CAAlG,EAAoGvxC,EAAEgE,SAAF,GAAY9lB,CAAxH;AAA2H,aAArU,EAAsU+iF,qBAAoB,6BAASp6E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW1M,IAAE0M,EAAE6sD,IAAf,CAAoB7sD,EAAEnR,QAAF,GAAWhI,EAAE,SAAOyM,CAAT,CAAX,EAAuB0M,EAAEysD,MAAF,GAAS5lE,EAAE,WAASyM,CAAX,CAAhC,EAA8C0M,EAAE48C,MAAF,GAAS/1D,EAAE,WAASyM,CAAX,CAAvD;AAAqE,aAA/b,EAAT,CAApW;AAAA,YAA+yBghD,IAAE5vD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC6/C,kBAAE,IAAF,EAAO,EAACznB,GAAE,IAAIqqB,CAAJ,CAAM,GAAN,EAAUziD,EAAEzE,QAAZ,CAAH,EAAyB+8B,GAAE,IAAImqB,CAAJ,CAAM,GAAN,EAAUziD,EAAEzE,QAAZ,CAA3B,EAAiD1O,MAAKmT,EAAEnT,IAAxD,EAA6DmhF,eAAcz6E,EAAEy6E,aAA7E,EAA2FhkC,WAAUz2C,EAAEy2C,SAAF,IAAa34C,EAAE2O,EAAEnT,IAAJ,CAAlH,EAA4HohF,YAAW16E,CAAvI,EAAyIzH,QAAO4gB,CAAhJ,EAAkJwB,eAAclO,EAAEkO,aAAlK,EAAgLggE,cAAaluE,EAAElU,MAA/L,EAAsMsI,IAAG4L,EAAE5L,EAA3M,EAA8M+5E,YAAWnuE,CAAzN,EAA2NouE,QAAO,CAAC,CAAnO,EAAqOC,WAAU,CAAC,CAAhP,EAAP;AAA2P,aAAjR,EAAkRC,OAAM,iBAAU;AAAC,qBAAKC,YAAL,GAAkBvoE,WAAWzS,EAAEnE,KAAF,CAAQ,IAAR,EAAa,OAAb,CAAX,EAAiC,KAAK6+E,UAAL,CAAgBO,OAAjD,CAAlB,EAA4E,KAAKC,QAAL,CAAcpmD,CAAd,EAAgB,KAAK8lD,UAArB,CAA5E;AAA6G,aAAhZ,EAAiZO,OAAM,iBAAU;AAAC,qBAAKD,QAAL,CAActuB,CAAd,EAAgB,KAAKguB,UAArB;AAAiC,aAAnc,EAAocp4C,MAAK,cAASxiC,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,IAAG,CAACA,EAAE2hE,SAAN,EAAgB;AAAC,wBAAG3hE,EAAE0rB,CAAF,CAAIrC,IAAJ,CAASxiC,EAAEgI,QAAX,GAAqBmR,EAAE4rB,CAAF,CAAIvC,IAAJ,CAASxiC,EAAEgI,QAAX,CAArB,EAA0C,CAACmR,EAAE0hE,MAAhD,EAAuD;AAAC,4BAAG1hE,EAAEiiE,sBAAF,EAAH,EAA8B,OAAO,IAAGtsB,EAAEt+B,OAAF,IAAWs+B,EAAEt+B,OAAF,KAAYrX,EAAEuhE,UAA5B,EAAuC,OAAOvhE,EAAEkiE,OAAF,EAAP,CAAmBliE,EAAEmiE,MAAF,CAASt7E,CAAT;AAAY,uBAAE86E,SAAF,IAAa3hE,EAAE+hE,QAAF,CAAWxtB,CAAX,EAAa1tD,CAAb,CAAb;AAA6B;AAAC,aAAlrB,EAAmrBnI,KAAI,aAASmI,CAAT,EAAW;AAAC,qBAAKu7E,OAAL,GAAatwB,GAAb,EAAiB,KAAK6vB,SAAL,KAAiB,KAAKA,SAAL,GAAe,CAAC,CAAhB,EAAkB,KAAKI,QAAL,CAAczmF,CAAd,EAAgBuL,CAAhB,CAAlB,EAAqC,KAAK66E,MAAL,GAAY,KAAKK,QAAL,CAAcn2C,CAAd,EAAgB/kC,CAAhB,CAAZ,GAA+B,KAAKy6E,aAAL,IAAoB,KAAKS,QAAL,CAAc3tB,CAAd,EAAgBvtD,CAAhB,CAAxF,EAA2G4qB,aAAa,KAAKowD,YAAlB,CAA3G,EAA2I,KAAKK,OAAL,EAA5J,CAAjB;AAA6L,aAAh4B,EAAi4BA,SAAQ,mBAAU;AAAC,oBAAIliE,IAAE,KAAKuhE,UAAX;AAAA,oBAAsBjuE,IAAE0M,EAAE2rB,OAA1B,CAAkC,KAAKg2C,SAAL,GAAe,CAAC,CAAhB,EAAkB,KAAKF,UAAL,GAAgB,IAAlC,EAAuChwD,aAAa,KAAKowD,YAAlB,CAAvC,EAAuEvuE,EAAE1U,MAAF,CAASiI,EAAE7E,OAAF,CAAU,IAAV,EAAesR,CAAf,CAAT,EAA2B,CAA3B,CAAvE;AAAqG,aAA3hC,EAA4hC6hE,MAAK,gBAAU;AAAC,qBAAK+M,OAAL;AAAe,aAA3jC,EAA4jC3Z,QAAO,kBAAU;AAAC,qBAAK2Z,OAAL;AAAe,aAA7lC,EAA8lCG,SAAQ,mBAAU;AAAC,uBAAO,KAAKX,MAAZ;AAAmB,aAApoC,EAAqoCS,QAAO,gBAASt7E,CAAT,EAAW;AAAC4qB,6BAAa,KAAKowD,YAAlB,GAAgC,KAAKxyD,SAAL,GAAeyiC,GAA/C,EAAmD,KAAK4vB,MAAL,GAAY,CAAC,CAAhE,EAAkE,KAAKK,QAAL,CAAc17E,CAAd,EAAgBQ,CAAhB,CAAlE;AAAqF,aAA7uC,EAA8uCk7E,UAAS,kBAASl7E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,IAAE,IAAN;AAAA,oBAAWpV,IAAE8hB,EAAEJ,KAAf;AAAA,oBAAqB2xC,IAAE,EAAC4K,OAAM7oD,CAAP,EAASo4B,GAAEp4B,EAAEo4B,CAAb,EAAeE,GAAEt4B,EAAEs4B,CAAnB,EAAqBxsC,QAAOkU,EAAElU,MAA9B,EAAqCwgB,OAAM1hB,CAA3C,EAAvB,CAAqEoV,EAAEiuE,UAAF,CAAa5pE,MAAb,CAAoB9Q,CAApB,EAAsB0qD,CAAtB,KAA0BrzD,EAAEyjB,cAAF,EAA1B;AAA6C,aAAv3C,EAAw3CsgE,wBAAuB,kCAAU;AAAC,oBAAIp7E,IAAE,KAAK6kC,CAAL,CAAO21C,YAAb;AAAA,oBAA0BrhE,IAAE,KAAK4rB,CAAL,CAAOy1C,YAAnC,CAAgD,OAAO1hF,KAAKihF,IAAL,CAAU/5E,IAAEA,CAAF,GAAImZ,IAAEA,CAAhB,KAAoB,KAAKs9B,SAAhC;AAA0C,aAAp/C,EAAT,CAAjzB;AAAA,YAAizEqY,IAAE5D,EAAElzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW1M,CAAX,EAAa;AAAC,oBAAIpV,CAAJ;AAAA,oBAAMwG,CAAN;AAAA,oBAAQotD,CAAR;AAAA,oBAAUn9C,IAAE,IAAZ;AAAA,oBAAiByY,IAAEkkC,EAAE7uD,IAAF,EAAnB,CAA4B6Q,IAAEA,KAAG,EAAL,EAAQpV,IAAEyW,EAAEjK,MAAF,GAAS4I,EAAE5I,MAArB,EAA4BiK,EAAE2oC,SAAF,GAAYhqC,EAAEgqC,SAAF,IAAa8U,CAArD,EAAuDz9C,EAAEmtE,OAAF,GAAUxuE,EAAEwuE,OAAF,IAAW5vB,CAA5E,EAA8Ev9C,EAAEg3B,OAAF,GAAU,EAAxF,EAA2Fh3B,EAAE2tE,WAAF,GAAchvE,EAAEivE,UAAF,GAAa,CAAb,GAAe,CAAxH,EAA0H5tE,EAAE6tE,cAAF,GAAiBlvE,EAAEkvE,cAA7I,EAA4J7tE,EAAE8tE,gBAAF,GAAmBnvE,EAAEmvE,gBAAjL,EAAkM9tE,EAAE2sE,aAAF,GAAgB,CAAChuE,EAAEovE,OAAH,IAAY,CAACjsD,EAAEyoC,YAAF,EAA/N,EAAgPvqD,EAAEguE,OAAF,GAAUv1D,CAA1P,EAA4PpN,IAAEnZ,EAAEmZ,CAAF,EAAKhX,OAAL,CAAa2L,CAAb,CAA9P,EAA8Qo9C,EAAEv1D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeqX,CAAf,CAA9Q,EAAgSw+C,EAAEx+C,CAAF,EAAI,EAAC0vB,SAAQrkB,CAAT,EAAW4iE,SAAQ/7E,EAAEyM,EAAErY,MAAF,IAAUw6D,CAAV,GAAYz1C,EAAE,CAAF,EAAKzY,aAAL,CAAmBqC,eAA/B,GAA+C0J,EAAEsvE,OAAF,IAAW5iE,CAA5D,CAAnB,EAAkF4B,iBAAgBtO,EAAEsO,eAApG,EAAoHihE,SAAQ,CAAC,CAA7H,EAAJ,CAAhS,EAAqaluE,EAAEiuE,OAAF,CAAU55E,OAAV,CAAkB2L,CAAlB,EAAqB6K,EAArB,CAAwB8xC,EAAEoX,aAAF,CAAgB,MAAhB,EAAuBt7C,CAAvB,CAAxB,EAAkD,OAAlD,EAA2D5N,EAA3D,CAA8D8xC,EAAEoX,aAAF,CAAgB,WAAhB,EAA4Bt7C,CAA5B,CAA9D,EAA6F,MAA7F,CAAra,EAA0gBpN,EAAER,EAAF,CAAK8xC,EAAEoX,aAAF,CAAgB,MAAhB,EAAuBt7C,CAAvB,CAAL,EAA+BlvB,CAA/B,EAAiC,QAAjC,CAA1gB,EAAqjByW,EAAE2sE,aAAF,IAAiBthE,EAAER,EAAF,CAAK8xC,EAAEoX,aAAF,CAAgB,OAAhB,EAAwBt7C,CAAxB,CAAL,EAAgClvB,CAAhC,EAAkC,QAAlC,CAAtkB,EAAknB,CAACu4B,EAAEi9B,QAAF,IAAYj9B,EAAEk9B,UAAf,MAA6Bl9B,EAAEw7B,OAAF,CAAU71D,OAAV,GAAkB,EAAlB,GAAqB4jB,EAAE5D,GAAF,CAAM,kBAAN,EAAyB,4BAAzB,CAArB,GAA4E4D,EAAE5D,GAAF,CAAM,cAAN,EAAqB9I,EAAEwvE,WAAF,IAAe,MAApC,CAAzG,CAAlnB,EAAwwBxvE,EAAEyvE,gBAAF,IAAoB/iE,EAAER,EAAF,CAAK8xC,EAAEoX,aAAF,CAAgB,WAAhB,EAA4Bt7C,CAA5B,CAAL,EAAoCkkC,EAAE3vC,cAAtC,CAA5xB,EAAk1B3B,EAAER,EAAF,CAAK8xC,EAAEoX,aAAF,CAAgB,WAAhB,EAA4Bt7C,CAA5B,CAAL,EAAoClvB,CAApC,EAAsC,EAAC8V,MAAKgM,CAAN,EAAtC,EAA+C,SAA/C,CAAl1B,EAA44BrL,EAAE8tE,gBAAF,IAAoBhsD,EAAEwpC,YAAtB,KAAqCv7D,IAAEiQ,EAAEiuE,OAAF,CAAU,CAAV,CAAF,EAAe9wB,IAAEjrD,EAAEnE,KAAF,CAAQiS,EAAEquE,eAAV,EAA0BruE,CAA1B,CAAjB,EAA8C48C,EAAE,UAAS1qD,CAAT,EAAW;AAACnC,sBAAEyF,gBAAF,CAAmBtD,CAAnB,EAAqBirD,CAArB,EAAuB,CAAC,CAAxB;AAA2B,iBAAzC,CAAnF,CAA54B,EAA2gCn9C,EAAE4qB,IAAF,CAAO,CAAC5D,CAAD,EAAG83B,CAAH,EAAKW,CAAL,EAAO/tD,CAAP,EAASkuD,CAAT,EAAW3oB,CAAX,EAAatwC,CAAb,EAAeowC,CAAf,EAAiB6pB,CAAjB,EAAmBpuB,CAAnB,EAAqBkuB,CAArB,EAAuBC,CAAvB,EAAyBtuD,CAAzB,CAAP,EAAmCsM,CAAnC,CAA3gC;AAAijC,aAAjmC,EAAkmC0vE,iBAAgB,yBAASn8E,CAAT,EAAW;AAAC,qBAAKo8E,QAAL,MAAiBp8E,EAAE8a,cAAF,EAAjB;AAAoC,aAAlqC,EAAmqCihC,SAAQ,mBAAU;AAAC,oBAAI/7C,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR,CAAaA,EAAE82D,UAAF,KAAe92D,EAAE82D,UAAF,GAAa,CAAC,CAAd,EAAgB92D,EAAEyiE,gBAAF,IAAoBhsD,EAAEwpC,YAAtB,KAAqCp5D,IAAEmZ,EAAE4iE,OAAF,CAAU,CAAV,CAAF,EAAerxB,EAAE,UAASj+C,CAAT,EAAW;AAACzM,sBAAEsS,mBAAF,CAAsB7F,CAAtB,EAAwB0M,EAAEgjE,eAA1B;AAA2C,iBAAzD,CAApD,CAAhB,EAAgIhjE,EAAEqkB,OAAF,CAAUqiC,YAAV,CAAuB1mD,EAAE2iE,OAAzB,CAAhI,EAAkK3iE,EAAE4iE,OAAF,CAAUlc,YAAV,CAAuB1mD,EAAE2iE,OAAzB,CAAlK,EAAoM3iE,EAAEqkB,OAAF,CAAUppB,UAAV,CAAqB,SAArB,CAApM,EAAoO+E,EAAE4iE,OAAF,CAAU3nE,UAAV,CAAqB,SAArB,CAApO,EAAoQ+E,EAAEkjE,WAAF,EAApQ,EAAoRljE,EAAEwf,MAAF,EAApR,EAA+R,OAAOxf,EAAE4iE,OAAxS,EAAgT,OAAO5iE,EAAEqkB,OAAzT,EAAiU,OAAOrkB,EAAEwB,aAAzV;AAAwW,aAA3iD,EAA4iD2hE,SAAQ,mBAAU;AAACxtB,kBAAEt+B,OAAF,GAAU,IAAV;AAAe,aAA9kD,EAA+kDkxC,QAAO,kBAAU;AAAC,qBAAK2a,WAAL,IAAmB,KAAKz/D,OAAL,CAAaioB,CAAb,CAAnB;AAAmC,aAApoD,EAAqoD/zB,QAAO,gBAAS9Q,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWqzD,IAAErzD,EAAEytC,OAAf,CAAuB,IAAG,KAAKy3C,aAAL,EAAH,EAAwB;AAAC,4BAAOv8E,CAAP,GAAU,KAAK0tD,CAAL;AAAO1tD,gCAAEsgC,CAAF,CAAI,MAAM,KAAKyE,CAAL;AAAO/kC,gCAAEwuD,CAAF,CAAI,MAAM,KAAKjB,CAAL;AAAOvtD,gCAAEyuD,CAAF,CAAnD,CAAuDnC,EAAEnzC,CAAF,EAAI,EAAC2rB,SAAQ4lB,CAAT,EAAJ,EAAgBj+C,EAAEi+C,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,CAAhB;AAA8B,wBAAO,KAAK9tC,OAAL,CAAa5c,CAAb,EAAessD,EAAEnzC,CAAF,EAAI,EAAC7f,MAAK0G,CAAN,EAAJ,CAAf,CAAP;AAAqC,aAAp0D,EAAq0D+6E,OAAM,eAAS/6E,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,qBAAK+vE,QAAL,CAAc,QAAd,EAAuBx8E,CAAvB,EAAyBmZ,CAAzB,EAA2B1M,CAA3B;AAA8B,aAAz3D,EAA03D+1B,MAAK,cAASxiC,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKqjE,QAAL,CAAc,OAAd,EAAsBx8E,CAAtB,EAAwBmZ,CAAxB;AAA2B,aAAx6D,EAAy6DthB,KAAI,aAASmI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKqjE,QAAL,CAAc,MAAd,EAAqBx8E,CAArB,EAAuBmZ,CAAvB;AAA0B,aAAr9D,EAAs9DojE,eAAc,yBAAU;AAAC,uBAAO,KAAKz3C,OAAL,CAAavuC,MAAb,GAAoB,CAA3B;AAA6B,aAA5gE,EAA6gEkmF,oBAAmB,8BAAU;AAAC,uBAAO,KAAK33C,OAAL,CAAavuC,MAAb,IAAqB,KAAKklF,WAAjC;AAA6C,aAAxlE,EAAylEY,aAAY,uBAAU;AAAC,qBAAI,IAAIr8E,IAAE,KAAK8kC,OAAf,EAAuB9kC,EAAEzJ,MAAF,GAAS,CAAhC;AAAmCyJ,sBAAEhC,GAAF,GAAQq9E,OAAR;AAAnC;AAAqD,aAArqE,EAAsqEe,UAAS,oBAAU;AAAC,uBAAOp8E,EAAE3E,IAAF,CAAO,KAAKypC,OAAZ,EAAoB,UAAS9kC,CAAT,EAAW;AAAC,2BAAOA,EAAEw7E,OAAF,EAAP;AAAmB,iBAAnD,EAAqDjlF,MAA5D;AAAmE,aAA7vE,EAA8vEmmF,SAAQ,iBAAS18E,CAAT,EAAW;AAAC,qBAAK27E,cAAL,IAAqB,CAAC,KAAK/+D,OAAL,CAAazc,CAAb,EAAe,EAAC4Y,OAAM/Y,CAAP,EAAf,CAAtB,IAAiDA,EAAE8a,cAAF,EAAjD;AAAoE,aAAt1E,EAAu1EwgE,QAAO,gBAASniE,CAAT,EAAW;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe76B,IAAE,CAAjB;AAAA,oBAAmB/xB,IAAE4sD,EAAE5mD,MAAvB;AAAA,oBAA8BqnD,IAAE7zD,EAAE8hB,CAAF,CAAhC;AAAA,oBAAqC8xC,IAAEC,EAAE30D,MAAzC;AAAA,oBAAgD+1D,IAAEnzC,EAAEqC,KAApD,CAA0D,IAAG,EAAE8wC,KAAGA,IAAE,CAAL,IAAQ7B,EAAEgyB,kBAAF,EAAV,CAAH,EAAqC,KAAI3tB,EAAEt+B,OAAF,GAAU,IAAV,EAAei6B,EAAE9vC,aAAF,GAAgBxB,EAAEwB,aAAjC,EAA+C8vC,EAAE1vC,eAAF,IAAmB5B,EAAE4B,eAAF,EAAtE,EAA0F6U,IAAEq7B,CAAF,IAAK,CAACR,EAAEgyB,kBAAF,EAAhG,EAAuH7sD,GAAvH;AAA2H86B,wBAAEQ,EAAEt7B,CAAF,CAAF,EAAOnjB,IAAE5O,IAAEmC,EAAE0qD,EAAE/vC,aAAJ,CAAF,GAAqB8vC,EAAEjtB,OAAhC,EAAwC/wB,EAAElW,MAAF,KAAWm0D,IAAE,IAAI+C,CAAJ,CAAMhD,CAAN,EAAQh+C,CAAR,EAAUi+C,CAAV,CAAF,EAAeD,EAAE3lB,OAAF,CAAU9vC,IAAV,CAAe01D,CAAf,CAAf,EAAiCA,EAAEqwB,KAAF,EAAjC,EAA2CtwB,EAAE8xB,aAAF,MAAmB9xB,EAAE35C,MAAF,CAAS,cAAT,EAAwB,EAAxB,CAAzE,CAAxC;AAA3H;AAAyQ,aAAltF,EAAmtF6rE,OAAM,eAAS38E,CAAT,EAAW;AAAC,qBAAK48E,UAAL,CAAgB,MAAhB,EAAuB58E,CAAvB;AAA0B,aAA/vF,EAAgwF68E,MAAK,cAAS78E,CAAT,EAAW;AAAC,qBAAK48E,UAAL,CAAgB,KAAhB,EAAsB58E,CAAtB;AAAyB,aAA1yF,EAA2yF88E,QAAO,gBAAS3jE,CAAT,EAAW;AAAC,oBAAI1M,IAAE,EAAC6oD,OAAM,EAACqlB,cAAaxhE,EAAE5gB,MAAhB,EAAuBA,QAAOyH,EAAEmZ,EAAEwB,aAAJ,CAA9B,EAAiD4gE,SAAQtwB,GAAzD,EAA6DpmB,GAAE,EAAC78B,UAASmR,EAAE2C,KAAZ,EAAkB8pD,QAAOzsD,EAAE4C,OAA3B,EAA/D,EAAmGgpB,GAAE,EAAC/8B,UAASmR,EAAE+C,KAAZ,EAAkB0pD,QAAOzsD,EAAEgD,OAA3B,EAArG,EAAP,EAAiJ0oB,GAAE1rB,EAAE2C,KAArJ,EAA2JipB,GAAE5rB,EAAE+C,KAA/J,EAAqK3jB,QAAOyH,EAAEmZ,EAAEwB,aAAJ,CAA5K,EAA+L5B,OAAMI,CAArM,EAAuM7f,MAAK,KAA5M,EAAN,CAAyN,KAAKsjB,OAAL,CAAa,KAAb,EAAmBnQ,CAAnB,KAAuB0M,EAAE2B,cAAF,EAAvB;AAA0C,aAAjkG,EAAkkG8hE,YAAW,oBAAS58E,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU76B,CAAV;AAAA,oBAAY/xB,IAAE,IAAd;AAAA,oBAAmBqtD,IAAE,EAArB;AAAA,oBAAwBD,IAAE5zD,EAAE8hB,CAAF,CAA1B;AAAA,oBAA+BmzC,IAAEzuD,EAAEinC,OAAnC,CAA2C,KAAIr4B,IAAE,CAAN,EAAQA,IAAE6/C,EAAE/1D,MAAZ,EAAmBkW,GAAnB;AAAuBi+C,wBAAE4B,EAAE7/C,CAAF,CAAF,EAAOy+C,EAAER,EAAE7pD,EAAJ,IAAQ6pD,CAAf;AAAvB,iBAAwC,KAAIj+C,IAAE,CAAN,EAAQA,IAAEw+C,EAAE10D,MAAZ,EAAmBkW,GAAnB;AAAuBg+C,wBAAEQ,EAAEx+C,CAAF,CAAF,EAAOmjB,IAAEs7B,EAAET,EAAE5pD,EAAJ,CAAT,EAAiB+uB,KAAGA,EAAE5vB,CAAF,EAAKyqD,CAAL,CAApB;AAAvB;AAAmD,aAAjuG,EAAkuG+xB,UAAS,kBAASrjE,CAAT,EAAW1M,CAAX,EAAapV,CAAb,EAAeqzD,CAAf,EAAiB;AAAC,qBAAKvxC,CAAL,EAAQ,EAAC6gE,KAAI,CAAC,CAAN,EAAQl+D,OAAMrP,CAAd,EAAgByP,OAAM7kB,CAAtB,EAAwB0kB,SAAQtP,CAAhC,EAAkC0P,SAAQ9kB,CAA1C,EAA4CkB,QAAOyH,EAAE0qD,KAAG,KAAKltB,OAAV,EAAmB,CAAnB,CAAnD,EAAyEziB,iBAAgB/a,EAAE5G,IAA3F,EAAgG0hB,gBAAe9a,EAAE5G,IAAjH,EAAR;AAAgI,aAA73G,EAAT,CAAnzE,CAA4rL01D,EAAEiuB,gBAAF,GAAmB,UAAS/8E,CAAT,EAAW;AAACurD,gBAAEvrD,CAAF;AAAI,SAAnC,EAAoC8uD,EAAEmsB,OAAF,GAAU,UAASj7E,CAAT,EAAW;AAACqrD,gBAAErrD,CAAF;AAAI,SAA9D,EAA+DyqD,EAAEuyB,UAAF,GAAa3lF,CAA5E,EAA8EozD,EAAEwyB,UAAF,GAAaxwE,CAA3F,EAA6Fg+C,EAAEyyB,UAAF,GAAapuB,CAA1G;AAA4G,KAA5jN,CAA6jNn6D,OAAO07D,KAAP,CAAa76D,MAA1kN,GAAklNb,OAAO07D,KAAhmN;AAAsmN,CAAzrN,EAA0rN,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa1M,CAAb,EAAe;AAAC,KAACA,KAAG0M,CAAJ;AAAS,CAAhwN,CAAD,CAAmwN,CAAC,CAAC,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,gBAAD,CAAzB,EAA4Ch5B,CAA5C;AAA+C,CAAlE,CAAmE,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,iBAASh+C,CAAT,CAAWzM,CAAX,EAAaurD,CAAb,EAAe;AAAC,gBAAI1tD,CAAJ,EAAMxG,CAAN,CAAQ,IAAG,QAAM2I,CAAN,IAAS,UAAQA,CAApB,EAAsB,OAAO,IAAP,CAAY,IAAGA,aAAa4vB,CAAhB,EAAkB,OAAO5vB,CAAP,CAAS,IAAGA,IAAEA,EAAElF,WAAF,EAAF,EAAkB+C,IAAE6sD,EAAE/pD,IAAF,CAAOX,CAAP,CAAvB,EAAiC,OAAOA,IAAE,iBAAenC,EAAE,CAAF,CAAf,GAAoB,IAAIotD,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,CAApB,GAAmCx+C,EAAE6/C,EAAE6wB,WAAF,CAAct/E,EAAE,CAAF,CAAd,CAAF,EAAsB0tD,CAAtB,CAArC,EAA8DvrD,EAAEM,KAAF,GAAQ,CAACzC,EAAE,CAAF,CAAD,CAAtE,EAA6EmC,CAApF,CAAsF,IAAG,CAACnC,IAAE,gDAAgD8C,IAAhD,CAAqDX,CAArD,CAAH,IAA4D3I,IAAE,IAAIyW,CAAJ,CAAM28C,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAN,EAAiB4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAjB,EAA4B4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAA5B,EAAuC,CAAvC,CAA9D,GAAwG,CAACA,IAAE,uCAAuC8C,IAAvC,CAA4CX,CAA5C,CAAH,IAAmD3I,IAAE,IAAIyW,CAAJ,CAAM28C,EAAE5sD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAN,EAAsB4sD,EAAE5sD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAtB,EAAsC4sD,EAAE5sD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAtC,EAAsD,CAAtD,CAArD,GAA8G,CAACA,IAAE,uDAAuD8C,IAAvD,CAA4DX,CAA5D,CAAH,IAAmE3I,IAAE,IAAIyW,CAAJ,CAAM28C,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAN,EAAiB4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAjB,EAA4B4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAA5B,EAAuC,CAAvC,CAArE,GAA+G,CAACA,IAAE,wEAAwE8C,IAAxE,CAA6EX,CAA7E,CAAH,IAAoF3I,IAAE,IAAIyW,CAAJ,CAAM28C,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAN,EAAiB4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAjB,EAA4B4sD,EAAE5sD,EAAE,CAAF,CAAF,EAAO,EAAP,CAA5B,EAAuCsb,EAAEtb,EAAE,CAAF,CAAF,CAAvC,CAAtF,GAAsI,CAACA,IAAE,qFAAqF8C,IAArF,CAA0FX,CAA1F,CAAH,IAAiG3I,IAAE,IAAI4zD,CAAJ,CAAM9xC,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAAd,EAAkBsb,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAA1B,EAA8Bsb,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAAtC,EAA0C,CAA1C,CAAnG,GAAgJ,CAACA,IAAE,sGAAsG8C,IAAtG,CAA2GX,CAA3G,CAAH,MAAoH3I,IAAE,IAAI4zD,CAAJ,CAAM9xC,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAAd,EAAkBsb,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAA1B,EAA8Bsb,EAAEtb,EAAE,CAAF,CAAF,IAAQ,GAAtC,EAA0Csb,EAAEtb,EAAE,CAAF,CAAF,CAA1C,CAAtH,CAA3lB,EAAqwBxG,CAAxwB,EAA0wBA,EAAEiJ,KAAF,GAAQzC,CAAR,CAA1wB,KAAyxB,IAAG,CAAC0tD,CAAJ,EAAM,MAAM72D,MAAM,yBAAuBsL,CAA7B,CAAN,CAAsC,OAAO3I,CAAP;AAAS,kBAASk0D,CAAT,CAAWvrD,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiB;AAAC,iBAAIA,MAAIA,IAAE,GAAN,GAAWzqD,IAAEA,EAAE7K,QAAF,CAAW,EAAX,CAAjB,EAAgCgkB,IAAEnZ,EAAEzJ,MAApC;AAA4CyJ,oBAAE,MAAIA,CAAN;AAA5C,aAAoD,OAAOA,CAAP;AAAS,kBAASnC,CAAT,CAAWmC,CAAX,EAAamZ,CAAb,EAAesxC,CAAf,EAAiB;AAAC,mBAAOA,IAAE,CAAF,KAAMA,KAAG,CAAT,GAAYA,IAAE,CAAF,KAAMA,KAAG,CAAT,CAAZ,EAAwBA,IAAE,IAAE,CAAJ,GAAMzqD,IAAE,KAAGmZ,IAAEnZ,CAAL,IAAQyqD,CAAhB,GAAkBA,IAAE,EAAF,GAAKtxC,CAAL,GAAOsxC,IAAE,IAAE,CAAJ,GAAMzqD,IAAE,CAACmZ,IAAEnZ,CAAH,KAAO,IAAE,CAAF,GAAIyqD,CAAX,IAAc,CAAtB,GAAwBzqD,CAAhF;AAAkF,aAAI0qD,CAAJ;AAAA,YAAMrzD,CAAN;AAAA,YAAQu4B,CAAR;AAAA,YAAUq7B,CAAV;AAAA,YAAYn9C,CAAZ;AAAA,YAAcu9C,CAAd;AAAA,YAAgBH,CAAhB;AAAA,YAAkBoB,IAAE,SAAFA,CAAE,CAAStsD,CAAT,EAAW;AAAC,gBAAImZ,CAAJ;AAAA,gBAAMsxC,CAAN;AAAA,gBAAQh+C,CAAR;AAAA,gBAAU8+C,CAAV;AAAA,gBAAY1tD,CAAZ;AAAA,gBAAc6sD,IAAE,IAAhB;AAAA,gBAAqBrzD,IAAEi1D,EAAE8wB,OAAzB,CAAiC,IAAG,MAAI7lF,UAAUhB,MAAjB,EAAwB,KAAIyJ,IAAE0qD,EAAE2yB,YAAF,CAAer9E,CAAf,CAAF,EAAoBurD,IAAE,CAA1B,EAA4BA,IAAEl0D,EAAEd,MAAhC,EAAuCg1D,GAAvC;AAA2CpyC,oBAAE9hB,EAAEk0D,CAAF,EAAK6C,EAAP,EAAU3D,IAAEpzD,EAAEk0D,CAAF,EAAKwjB,OAAjB,EAAyBtiE,IAAE0M,EAAExY,IAAF,CAAOX,CAAP,CAA3B,EAAqCyM,MAAI5O,IAAE4sD,EAAEh+C,CAAF,CAAF,EAAOi+C,EAAED,CAAF,GAAI5sD,EAAE,CAAF,CAAX,EAAgB6sD,EAAEkC,CAAF,GAAI/uD,EAAE,CAAF,CAApB,EAAyB6sD,EAAE5sD,CAAF,GAAID,EAAE,CAAF,CAAjC,CAArC;AAA3C,aAAxB,MAAoJ6sD,EAAED,CAAF,GAAIlzD,UAAU,CAAV,CAAJ,EAAiBmzD,EAAEkC,CAAF,GAAIr1D,UAAU,CAAV,CAArB,EAAkCmzD,EAAE5sD,CAAF,GAAIvG,UAAU,CAAV,CAAtC,CAAmDmzD,EAAED,CAAF,GAAIC,EAAE4yB,aAAF,CAAgB5yB,EAAED,CAAlB,CAAJ,EAAyBC,EAAEkC,CAAF,GAAIlC,EAAE4yB,aAAF,CAAgB5yB,EAAEkC,CAAlB,CAA7B,EAAkDlC,EAAE5sD,CAAF,GAAI4sD,EAAE4yB,aAAF,CAAgB5yB,EAAE5sD,CAAlB,CAAtD;AAA2E,SAAnV,CAAoVwuD,EAAEl2D,SAAF,GAAY,EAACmnF,OAAM,iBAAU;AAAC,oBAAIv9E,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEw9E,QAAf;AAAA,oBAAwB/yB,IAAEzqD,EAAEyqD,CAAF,CAAIt1D,QAAJ,CAAa,EAAb,CAA1B;AAAA,oBAA2CsX,IAAEzM,EAAE4sD,CAAF,CAAIz3D,QAAJ,CAAa,EAAb,CAA7C;AAAA,oBAA8Do2D,IAAEvrD,EAAElC,CAAF,CAAI3I,QAAJ,CAAa,EAAb,CAAhE,CAAiF,OAAM,MAAIgkB,EAAEsxC,CAAF,CAAJ,GAAStxC,EAAE1M,CAAF,CAAT,GAAc0M,EAAEoyC,CAAF,CAApB;AAAyB,aAA5H,EAA6H8xB,cAAa,sBAASr9E,CAAT,EAAW;AAAC,uBAAOA,IAAEA,KAAG,OAAL,EAAa,OAAKA,EAAE2qD,MAAF,CAAS,CAAT,CAAL,KAAmB3qD,IAAEA,EAAE20D,MAAF,CAAS,CAAT,EAAW,CAAX,CAArB,CAAb,EAAiD30D,IAAEA,EAAEhH,OAAF,CAAU,IAAV,EAAe,EAAf,CAAnD,EAAsEgH,IAAEA,EAAElF,WAAF,EAAxE,EAAwFkF,IAAEssD,EAAE6wB,WAAF,CAAcn9E,CAAd,KAAkBA,CAAnH;AAAqH,aAA3Q,EAA4Qs9E,eAAc,uBAASt9E,CAAT,EAAW;AAAC,uBAAOA,IAAE,CAAF,IAAKkb,MAAMlb,CAAN,CAAL,GAAc,CAAd,GAAgBA,IAAE,GAAF,GAAM,GAAN,GAAUA,CAAjC;AAAmC,aAAzU,EAA0Uw9E,UAAS,kBAASx9E,CAAT,EAAW;AAAC,uBAAO,MAAIA,EAAEzJ,MAAN,GAAa,MAAIyJ,CAAjB,GAAmBA,CAA1B;AAA4B,aAA3X,EAA4Xy9E,YAAW,oBAASz9E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAWsxC,IAAE3xD,KAAKgiC,KAAlB,CAAwB,OAAO3hB,EAAEsxC,CAAF,GAAIA,EAAEtxC,EAAEmkE,aAAF,CAAgBnkE,EAAEsxC,CAAF,GAAIzqD,CAApB,CAAF,CAAJ,EAA8BmZ,EAAEyzC,CAAF,GAAInC,EAAEtxC,EAAEmkE,aAAF,CAAgBnkE,EAAEyzC,CAAF,GAAI5sD,CAApB,CAAF,CAAlC,EAA4DmZ,EAAErb,CAAF,GAAI2sD,EAAEtxC,EAAEmkE,aAAF,CAAgBnkE,EAAErb,CAAF,GAAIkC,CAApB,CAAF,CAAhE,EAA0FmZ,CAAjG;AAAmG,aAA9gB,EAA+gBukE,gBAAe,0BAAU;AAAC,oBAAI19E,IAAE,IAAN,CAAW,OAAOlH,KAAKihF,IAAL,CAAU,OAAK/5E,EAAEyqD,CAAP,GAASzqD,EAAEyqD,CAAX,GAAa,OAAKzqD,EAAE4sD,CAAP,GAAS5sD,EAAE4sD,CAAxB,GAA0B,OAAK5sD,EAAElC,CAAP,GAASkC,EAAElC,CAA/C,CAAP;AAAyD,aAA7mB,EAAZ,EAA2nBwuD,EAAE8wB,OAAF,GAAU,CAAC,EAAChvB,IAAG,8CAAJ,EAAmD2gB,SAAQ,iBAAS/uE,CAAT,EAAW;AAAC,uBAAM,CAACyqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAD,EAAYyqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAZ,EAAuByqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAvB,CAAN;AAAyC,aAAhH,EAAD,EAAmH,EAACouD,IAAG,yBAAJ,EAA8B2gB,SAAQ,iBAAS/uE,CAAT,EAAW;AAAC,uBAAM,CAACyqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAD,EAAYyqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAZ,EAAuByqD,EAAEzqD,EAAE,CAAF,CAAF,EAAO,EAAP,CAAvB,CAAN;AAAyC,aAA3F,EAAnH,EAAgN,EAACouD,IAAG,yBAAJ,EAA8B2gB,SAAQ,iBAAS/uE,CAAT,EAAW;AAAC,uBAAM,CAACyqD,EAAEzqD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAD,EAAiByqD,EAAEzqD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAjB,EAAiCyqD,EAAEzqD,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAP,EAAY,EAAZ,CAAjC,CAAN;AAAwD,aAA1G,EAAhN,CAAroB,EAAk8BssD,EAAE6wB,WAAF,GAAc,EAACQ,WAAU,QAAX,EAAoBC,cAAa,QAAjC,EAA0CC,MAAK,QAA/C,EAAwDC,YAAW,QAAnE,EAA4EC,OAAM,QAAlF,EAA2FC,OAAM,QAAjG,EAA0GC,QAAO,QAAjH,EAA0HC,OAAM,QAAhI,EAAyIC,gBAAe,QAAxJ,EAAiKC,MAAK,QAAtK,EAA+KC,YAAW,QAA1L,EAAmMC,OAAM,QAAzM,EAAkNC,WAAU,QAA5N,EAAqOC,WAAU,QAA/O,EAAwPC,YAAW,QAAnQ,EAA4QC,WAAU,QAAtR,EAA+RC,OAAM,QAArS,EAA8SC,gBAAe,QAA7T,EAAsUC,UAAS,QAA/U,EAAwVC,SAAQ,QAAhW,EAAyWC,MAAK,QAA9W,EAAuXC,UAAS,QAAhY,EAAyYC,UAAS,QAAlZ,EAA2ZC,eAAc,QAAza,EAAkbC,UAAS,QAA3b,EAAocC,UAAS,QAA7c,EAAsdC,WAAU,QAAhe,EAAyeC,WAAU,QAAnf,EAA4fC,aAAY,QAAxgB,EAAihBC,gBAAe,QAAhiB,EAAyiBC,YAAW,QAApjB,EAA6jBC,YAAW,QAAxkB,EAAilBC,SAAQ,QAAzlB,EAAkmBC,YAAW,QAA7mB,EAAsnBC,cAAa,QAAnoB,EAA4oBC,eAAc,QAA1pB,EAAmqBC,eAAc,QAAjrB,EAA0rBC,eAAc,QAAxsB,EAAitBC,eAAc,QAA/tB,EAAwuBC,YAAW,QAAnvB,EAA4vBC,UAAS,QAArwB,EAA8wBC,aAAY,QAA1xB,EAAmyBC,SAAQ,QAA3yB,EAAozBC,SAAQ,QAA5zB,EAAq0BC,YAAW,QAAh1B,EAAy1BC,WAAU,QAAn2B,EAA42BC,aAAY,QAAx3B,EAAi4BC,aAAY,QAA74B,EAAs5BC,SAAQ,QAA95B,EAAu6BC,WAAU,QAAj7B,EAA07BC,YAAW,QAAr8B,EAA88BC,MAAK,QAAn9B,EAA49BC,WAAU,QAAt+B,EAA++BC,MAAK,QAAp/B,EAA6/BC,MAAK,QAAlgC,EAA2gCC,OAAM,QAAjhC,EAA0hCC,aAAY,QAAtiC,EAA+iCC,UAAS,QAAxjC,EAAikCC,SAAQ,QAAzkC,EAAklCC,WAAU,QAA5lC,EAAqmCC,QAAO,QAA5mC,EAAqnCC,OAAM,QAA3nC,EAAooCC,OAAM,QAA1oC,EAAmpCC,UAAS,QAA5pC,EAAqqCC,eAAc,QAAnrC,EAA4rCC,WAAU,QAAtsC,EAA+sCC,cAAa,QAA5tC,EAAquCC,WAAU,QAA/uC,EAAwvCC,YAAW,QAAnwC,EAA4wCC,WAAU,QAAtxC,EAA+xCC,sBAAqB,QAApzC,EAA6zCC,WAAU,QAAv0C,EAAg1CC,WAAU,QAA11C,EAAm2CC,YAAW,QAA92C,EAAu3CC,WAAU,QAAj4C,EAA04CC,aAAY,QAAt5C,EAA+5CC,eAAc,QAA76C,EAAs7CC,cAAa,QAAn8C,EAA48CC,gBAAe,QAA39C,EAAo+CC,gBAAe,QAAn/C,EAA4/CC,gBAAe,QAA3gD,EAAohDC,aAAY,QAAhiD,EAAyiDC,MAAK,QAA9iD,EAAujDC,WAAU,QAAjkD,EAA0kDC,OAAM,QAAhlD,EAAylDC,SAAQ,QAAjmD,EAA0mDC,QAAO,QAAjnD,EAA0nDC,kBAAiB,QAA3oD,EAAopDC,YAAW,QAA/pD,EAAwqDC,cAAa,QAArrD,EAA8rDC,cAAa,QAA3sD,EAAotDC,gBAAe,QAAnuD,EAA4uDC,iBAAgB,QAA5vD,EAAqwDC,mBAAkB,QAAvxD,EAAgyDC,iBAAgB,QAAhzD,EAAyzDC,iBAAgB,QAAz0D,EAAk1DC,cAAa,QAA/1D,EAAw2DC,WAAU,QAAl3D,EAA23DC,WAAU,QAAr4D,EAA84DC,UAAS,QAAv5D,EAAg6DC,aAAY,QAA56D,EAAq7DC,MAAK,QAA17D,EAAm8DC,SAAQ,QAA38D,EAAo9DC,OAAM,QAA19D,EAAm+DC,WAAU,QAA7+D,EAAs/DC,QAAO,QAA7/D,EAAsgEC,WAAU,QAAhhE,EAAyhEC,QAAO,QAAhiE,EAAyiEC,eAAc,QAAvjE,EAAgkEC,WAAU,QAA1kE,EAAmlEC,eAAc,QAAjmE,EAA0mEC,eAAc,QAAxnE,EAAioEC,YAAW,QAA5oE,EAAqpEC,WAAU,QAA/pE,EAAwqEC,MAAK,QAA7qE,EAAsrEC,MAAK,QAA3rE,EAAosEC,MAAK,QAAzsE,EAAktEC,YAAW,QAA7tE,EAAsuEC,QAAO,QAA7uE,EAAsvEC,KAAI,QAA1vE,EAAmwEC,WAAU,QAA7wE,EAAsxEC,WAAU,QAAhyE,EAAyyEC,aAAY,QAArzE,EAA8zEC,QAAO,QAAr0E,EAA80EC,YAAW,QAAz1E,EAAk2EC,UAAS,QAA32E,EAAo3EC,UAAS,QAA73E,EAAs4EC,QAAO,QAA74E,EAAs5EC,QAAO,QAA75E,EAAs6EC,SAAQ,QAA96E,EAAu7EC,WAAU,QAAj8E,EAA08EC,WAAU,QAAp9E,EAA69EC,WAAU,QAAv+E,EAAg/EC,MAAK,QAAr/E,EAA8/EC,aAAY,QAA1gF,EAAmhFC,WAAU,QAA7hF,EAAsiFC,KAAI,QAA1iF,EAAmjFC,MAAK,QAAxjF,EAAikFC,SAAQ,QAAzkF,EAAklFC,QAAO,QAAzlF,EAAkmFC,WAAU,QAA5mF,EAAqnFC,QAAO,QAA5nF,EAAqoFC,OAAM,QAA3oF,EAAopFC,OAAM,QAA1pF,EAAmqFC,YAAW,QAA9qF,EAAurFC,QAAO,QAA9rF,EAAusFC,aAAY,QAAntF,EAAh9B,EAA6qHn8B,IAAE,CAAC,aAAD,CAA/qH,CAA+rH,KAAIrzD,CAAJ,IAASi1D,EAAE6wB,WAAX;AAAuB7wB,cAAE6wB,WAAF,CAAc9nF,cAAd,CAA6BgC,CAA7B,KAAiCqzD,EAAE11D,IAAF,CAAOqC,CAAP,CAAjC;AAAvB,SAAkEqzD,IAAEjsD,OAAO,OAAKisD,EAAErpD,IAAF,CAAO,GAAP,CAAL,GAAiB,UAAxB,EAAmC,GAAnC,CAAF,EAA0CuuB,IAAEygC,MAAM8M,KAAN,CAAYnlE,MAAZ,CAAmB,EAAC8uF,OAAM,iBAAU;AAAC,uBAAO,IAAP;AAAY,aAA9B,EAA+BC,OAAM,iBAAU;AAAC,uBAAO,IAAP;AAAY,aAA5D,EAA6DxJ,OAAM,iBAAU;AAAC,uBAAO,KAAKyJ,OAAL,GAAezJ,KAAf,EAAP;AAA8B,aAA5G,EAA6GyJ,SAAQ,mBAAU;AAAC,uBAAO,IAAP;AAAY,aAA5I,EAA6IC,OAAM,iBAAU;AAAC,uBAAM,MAAI,KAAK1J,KAAL,EAAV;AAAuB,aAArL,EAAsL2J,WAAU,qBAAU;AAAC,oBAAIlnF,IAAE,KAAKgnF,OAAL,EAAN,CAAqB,OAAM,UAAQhnF,EAAEyqD,CAAV,GAAY,IAAZ,GAAiBzqD,EAAE4sD,CAAnB,GAAqB,IAArB,GAA0B5sD,EAAElC,CAA5B,GAA8B,IAA9B,GAAmCqb,EAAE,CAAC,CAAC,KAAKtb,CAAP,EAAU+hD,OAAV,CAAkB,CAAlB,CAAF,CAAnC,GAA2D,GAAjE;AAAqE,aAArS,EAAsSunC,WAAU,qBAAU;AAAC,uBAAO92B,MAAM/6D,OAAN,CAAc81D,OAAd,CAAsBS,IAAtB,IAA4BwE,MAAM/6D,OAAN,CAAc81D,OAAd,CAAsB71D,OAAtB,GAA8B,CAA1D,GAA4D,KAAK0xF,KAAL,EAA5D,GAAyE,KAAKC,SAAL,EAAhF;AAAiG,aAA5Z,EAA6Zla,QAAO,gBAAShtE,CAAT,EAAW;AAAC,uBAAOA,MAAI,IAAJ,IAAU,SAAOA,CAAP,IAAU,KAAKknF,SAAL,MAAkBz6E,EAAEzM,CAAF,EAAKknF,SAAL,EAA7C;AAA8D,aAA9e,EAA+e3kF,MAAK,cAASvC,CAAT,EAAW;AAAC,oBAAG,QAAMA,CAAT,EAAW,OAAOonF,GAAP,CAAW,IAAIjuE,IAAE,KAAK6tE,OAAL,EAAN,CAAqB,OAAOhnF,IAAEA,EAAEgnF,OAAF,EAAF,EAAcluF,KAAKihF,IAAL,CAAUjhF,KAAKiiC,GAAL,CAAS,MAAI5hB,EAAEsxC,CAAF,GAAIzqD,EAAEyqD,CAAV,CAAT,EAAsB,CAAtB,IAAyB3xD,KAAKiiC,GAAL,CAAS,OAAK5hB,EAAEyzC,CAAF,GAAI5sD,EAAE4sD,CAAX,CAAT,EAAuB,CAAvB,CAAzB,GAAmD9zD,KAAKiiC,GAAL,CAAS,OAAK5hB,EAAErb,CAAF,GAAIkC,EAAElC,CAAX,CAAT,EAAuB,CAAvB,CAA7D,CAArB;AAA6G,aAAxpB,EAAypBxF,OAAM,iBAAU;AAAC,oBAAI0H,IAAE,KAAKgnF,OAAL,EAAN,CAAqB,OAAOhnF,MAAI,IAAJ,KAAWA,IAAE,IAAI8N,CAAJ,CAAM9N,EAAEyqD,CAAR,EAAUzqD,EAAE4sD,CAAZ,EAAc5sD,EAAElC,CAAhB,EAAkBkC,EAAEnC,CAApB,CAAb,GAAqCmC,CAA5C;AAA8C,aAA7uB,EAAnB,CAA5C,EAA+yBirD,IAAEr7B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,qBAAKg+C,CAAL,GAAOzqD,CAAP,EAAS,KAAK4sD,CAAL,GAAOzzC,CAAhB,EAAkB,KAAKrb,CAAL,GAAO2sD,CAAzB,EAA2B,KAAK5sD,CAAL,GAAO4O,CAAlC;AAAoC,aAA5D,EAA6Dq6E,OAAM,iBAAU;AAAC,oBAAI9mF,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,IAAE,KAAKA,CAAf;AAAA,oBAAiBh+C,IAAE,KAAKmgD,CAAxB;AAAA,oBAA0BrB,IAAE,KAAKztD,CAAjC;AAAA,oBAAmCD,IAAE/E,KAAKy0C,GAAL,CAASkd,CAAT,EAAWh+C,CAAX,EAAa8+C,CAAb,CAArC;AAAA,oBAAqDb,IAAE5xD,KAAKkrB,GAAL,CAASymC,CAAT,EAAWh+C,CAAX,EAAa8+C,CAAb,CAAvD;AAAA,oBAAuEl0D,IAAEqzD,CAAzE;AAAA,oBAA2E96B,IAAE86B,IAAE7sD,CAA/E,CAAiF,OAAO,MAAI+xB,CAAJ,GAAM,IAAIy7B,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAUh0D,CAAV,EAAY,KAAKwG,CAAjB,CAAN,IAA2B,MAAI6sD,CAAJ,IAAOvxC,IAAEyW,IAAE86B,CAAJ,EAAM1qD,IAAEyqD,KAAGC,CAAH,GAAK,CAACj+C,IAAE8+C,CAAH,IAAM37B,CAAX,GAAanjB,KAAGi+C,CAAH,GAAK,IAAE,CAACa,IAAEd,CAAH,IAAM76B,CAAb,GAAe,IAAE,CAAC66B,IAAEh+C,CAAH,IAAMmjB,CAA5C,EAA8C5vB,KAAG,EAAjD,EAAoDA,IAAE,CAAF,KAAMA,KAAG,GAAT,CAA3D,KAA2EmZ,IAAE,CAAF,EAAInZ,IAAE,CAAC,CAAlF,GAAqF,IAAIqrD,CAAJ,CAAMrrD,CAAN,EAAQmZ,CAAR,EAAU9hB,CAAV,EAAY,KAAKwG,CAAjB,CAAhH,CAAP;AAA4I,aAA3S,EAA4SwpF,OAAM,iBAAU;AAAC,oBAAIrnF,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUh+C,IAAE,KAAKg+C,CAAjB;AAAA,oBAAmBc,IAAE,KAAKqB,CAA1B;AAAA,oBAA4B/uD,IAAE,KAAKC,CAAnC;AAAA,oBAAqC4sD,IAAE5xD,KAAKkrB,GAAL,CAASvX,CAAT,EAAW8+C,CAAX,EAAa1tD,CAAb,CAAvC;AAAA,oBAAuDxG,IAAEyB,KAAKy0C,GAAL,CAAS9gC,CAAT,EAAW8+C,CAAX,EAAa1tD,CAAb,CAAzD;AAAA,oBAAyE+xB,IAAE,CAAC86B,IAAErzD,CAAH,IAAM,CAAjF,CAAmF,IAAGqzD,KAAGrzD,CAAN,EAAQ2I,IAAEmZ,IAAE,CAAJ,CAAR,KAAkB;AAAC,4BAAOsxC,IAAEC,IAAErzD,CAAJ,EAAM8hB,IAAEyW,IAAE,EAAF,GAAK66B,KAAG,IAAEC,CAAF,GAAIrzD,CAAP,CAAL,GAAeozD,KAAGC,IAAErzD,CAAL,CAAvB,EAA+BqzD,CAAtC,GAAyC,KAAKj+C,CAAL;AAAOzM,gCAAE,CAACurD,IAAE1tD,CAAH,IAAM4sD,CAAN,IAASc,IAAE1tD,CAAF,GAAI,CAAJ,GAAM,CAAf,CAAF,CAAoB,MAAM,KAAK0tD,CAAL;AAAOvrD,gCAAE,CAACnC,IAAE4O,CAAH,IAAMg+C,CAAN,GAAQ,CAAV,CAAY,MAAM,KAAK5sD,CAAL;AAAOmC,gCAAE,CAACyM,IAAE8+C,CAAH,IAAMd,CAAN,GAAQ,CAAV,CAA1G,CAAsHzqD,KAAG,EAAH,EAAMmZ,KAAG,GAAT,EAAayW,KAAG,GAAhB;AAAoB,wBAAO,IAAIs7B,CAAJ,CAAMlrD,CAAN,EAAQmZ,CAAR,EAAUyW,CAAV,EAAY,KAAK/xB,CAAjB,CAAP;AAA2B,aAAxkB,EAAykBmpF,SAAQ,mBAAU;AAAC,uBAAO,IAAIl5E,CAAJ,CAAM,MAAI,KAAK28C,CAAf,EAAiB,MAAI,KAAKmC,CAA1B,EAA4B,MAAI,KAAK9uD,CAArC,EAAuC,KAAKD,CAA5C,CAAP;AAAsD,aAAlpB,EAAT,CAAjzB,EAA+8CiQ,IAAEm9C,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,qBAAKg+C,CAAL,GAAO3xD,KAAKgiC,KAAL,CAAW96B,CAAX,CAAP,EAAqB,KAAK4sD,CAAL,GAAO9zD,KAAKgiC,KAAL,CAAW3hB,CAAX,CAA5B,EAA0C,KAAKrb,CAAL,GAAOhF,KAAKgiC,KAAL,CAAW2vB,CAAX,CAAjD,EAA+D,KAAK5sD,CAAL,GAAO4O,CAAtE;AAAwE,aAAhG,EAAiGs6E,OAAM,iBAAU;AAAC,uBAAO,IAAI97B,CAAJ,CAAM,KAAKR,CAAL,GAAO,GAAb,EAAiB,KAAKmC,CAAL,GAAO,GAAxB,EAA4B,KAAK9uD,CAAL,GAAO,GAAnC,EAAuC,KAAKD,CAA5C,CAAP;AAAsD,aAAxK,EAAyKipF,OAAM,iBAAU;AAAC,uBAAO,KAAKC,KAAL,GAAaD,KAAb,EAAP;AAA4B,aAAtN,EAAuNO,OAAM,iBAAU;AAAC,uBAAO,KAAKN,KAAL,GAAaM,KAAb,EAAP;AAA4B,aAApQ,EAAqQ9J,OAAM,iBAAU;AAAC,uBAAOhyB,EAAE,KAAKd,CAAP,EAAS,CAAT,IAAYc,EAAE,KAAKqB,CAAP,EAAS,CAAT,CAAZ,GAAwBrB,EAAE,KAAKztD,CAAP,EAAS,CAAT,CAA/B;AAA2C,aAAjU,EAAkUkpF,SAAQ,mBAAU;AAAC,uBAAO,IAAP;AAAY,aAAjW,EAAT,CAAj9C,EAA8zD37B,IAAEz7B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,qBAAK6/C,CAAL,GAAOtsD,CAAP,EAAS,KAAK4vB,CAAL,GAAOzW,CAAhB,EAAkB,KAAK2b,CAAL,GAAO21B,CAAzB,EAA2B,KAAK5sD,CAAL,GAAO4O,CAAlC;AAAoC,aAA5D,EAA6Ds6E,OAAM,iBAAU;AAAC,oBAAI/mF,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUh+C,CAAV;AAAA,oBAAY8+C,CAAZ;AAAA,oBAAc1tD,CAAd;AAAA,oBAAgB6sD,CAAhB;AAAA,oBAAkBrzD,CAAlB;AAAA,oBAAoBu4B,IAAE,KAAK08B,CAA3B;AAAA,oBAA6Bx+C,IAAE,KAAK8hB,CAApC;AAAA,oBAAsCy7B,IAAE,KAAKv2B,CAA7C,CAA+C,IAAG,MAAIhnB,CAAP,EAASqL,IAAEsxC,IAAEh+C,IAAE4+C,CAAN,CAAT,KAAsB,QAAOz7B,KAAG,EAAH,EAAM5vB,IAAElH,KAAKgzD,KAAL,CAAWl8B,CAAX,CAAR,EAAsB27B,IAAE37B,IAAE5vB,CAA1B,EAA4BnC,IAAEwtD,KAAG,IAAEv9C,CAAL,CAA9B,EAAsC48C,IAAEW,KAAG,IAAEv9C,IAAEy9C,CAAP,CAAxC,EAAkDl0D,IAAEg0D,KAAG,IAAEv9C,KAAG,IAAEy9C,CAAL,CAAL,CAApD,EAAkEvrD,CAAzE,GAA4E,KAAK,CAAL;AAAOmZ,4BAAEkyC,CAAF,EAAIZ,IAAEpzD,CAAN,EAAQoV,IAAE5O,CAAV,CAAY,MAAM,KAAK,CAAL;AAAOsb,4BAAEuxC,CAAF,EAAID,IAAEY,CAAN,EAAQ5+C,IAAE5O,CAAV,CAAY,MAAM,KAAK,CAAL;AAAOsb,4BAAEtb,CAAF,EAAI4sD,IAAEY,CAAN,EAAQ5+C,IAAEpV,CAAV,CAAY,MAAM,KAAK,CAAL;AAAO8hB,4BAAEtb,CAAF,EAAI4sD,IAAEC,CAAN,EAAQj+C,IAAE4+C,CAAV,CAAY,MAAM,KAAK,CAAL;AAAOlyC,4BAAE9hB,CAAF,EAAIozD,IAAE5sD,CAAN,EAAQ4O,IAAE4+C,CAAV,CAAY,MAAM;AAAQlyC,4BAAEkyC,CAAF,EAAIZ,IAAE5sD,CAAN,EAAQ4O,IAAEi+C,CAAV,CAAjN,CAA6N,OAAO,IAAIO,CAAJ,CAAM9xC,CAAN,EAAQsxC,CAAR,EAAUh+C,CAAV,EAAY,KAAK5O,CAAjB,CAAP;AAA2B,aAA3Y,EAA4YwpF,OAAM,iBAAU;AAAC,uBAAO,KAAKN,KAAL,GAAaM,KAAb,EAAP;AAA4B,aAAzb,EAA0bL,SAAQ,mBAAU;AAAC,uBAAO,KAAKD,KAAL,GAAaC,OAAb,EAAP;AAA8B,aAA3e,EAAT,CAAh0D,EAAuzE97B,IAAEt7B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,qBAAK6/C,CAAL,GAAOtsD,CAAP,EAAS,KAAK4vB,CAAL,GAAOzW,CAAhB,EAAkB,KAAKrL,CAAL,GAAO28C,CAAzB,EAA2B,KAAK5sD,CAAL,GAAO4O,CAAlC;AAAoC,aAA5D,EAA6Ds6E,OAAM,iBAAU;AAAC,oBAAI/mF,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUh+C,CAAV;AAAA,oBAAY8+C,CAAZ;AAAA,oBAAcb,IAAE,KAAK4B,CAArB;AAAA,oBAAuBj1D,IAAE,KAAKu4B,CAA9B;AAAA,oBAAgCA,IAAE,KAAK9hB,CAAvC,CAAyC,OAAO,MAAIzW,CAAJ,GAAM2I,IAAEmZ,IAAEsxC,IAAE76B,CAAZ,IAAe86B,KAAG,GAAH,EAAOrzD,KAAG,GAAV,EAAcu4B,KAAG,GAAjB,EAAqBnjB,IAAEmjB,IAAE,EAAF,GAAKA,KAAG,IAAEv4B,CAAL,CAAL,GAAau4B,IAAEv4B,CAAF,GAAIu4B,IAAEv4B,CAA1C,EAA4Ck0D,IAAE,IAAE37B,CAAF,GAAInjB,CAAlD,EAAoDzM,IAAEnC,EAAE0tD,CAAF,EAAI9+C,CAAJ,EAAMi+C,IAAE,IAAE,CAAV,CAAtD,EAAmEvxC,IAAEtb,EAAE0tD,CAAF,EAAI9+C,CAAJ,EAAMi+C,CAAN,CAArE,EAA8ED,IAAE5sD,EAAE0tD,CAAF,EAAI9+C,CAAJ,EAAMi+C,IAAE,IAAE,CAAV,CAA/F,GAA6G,IAAIO,CAAJ,CAAMjrD,CAAN,EAAQmZ,CAAR,EAAUsxC,CAAV,EAAY,KAAK5sD,CAAjB,CAApH;AAAwI,aAA/P,EAAgQipF,OAAM,iBAAU;AAAC,uBAAO,KAAKC,KAAL,GAAaD,KAAb,EAAP;AAA4B,aAA7S,EAA8SE,SAAQ,mBAAU;AAAC,uBAAO,KAAKD,KAAL,GAAaC,OAAb,EAAP;AAA8B,aAA/V,EAAT,CAAzzE,EAAoqF16B,EAAEg7B,SAAF,GAAY,UAAStnF,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,mBAAO,IAAIqB,CAAJ,CAAM9N,CAAN,EAAQmZ,CAAR,EAAUsxC,CAAV,EAAY,QAAMh+C,CAAN,GAAQA,CAAR,GAAU,CAAtB,CAAP;AAAgC,SAAluF,EAAmuF6/C,EAAEi7B,OAAF,GAAU,UAASvnF,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,mBAAO,IAAIw+C,CAAJ,CAAMjrD,CAAN,EAAQmZ,CAAR,EAAUsxC,CAAV,EAAY,QAAMh+C,CAAN,GAAQA,CAAR,GAAU,CAAtB,CAAP;AAAgC,SAA/xF,EAAgyF6/C,EAAEk7B,OAAF,GAAU,UAASxnF,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,mBAAO,IAAI4+C,CAAJ,CAAMrrD,CAAN,EAAQmZ,CAAR,EAAUsxC,CAAV,EAAY,QAAMh+C,CAAN,GAAQA,CAAR,GAAU,CAAtB,CAAP;AAAgC,SAA51F,EAA61F6/C,EAAEm7B,OAAF,GAAU,UAASznF,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,mBAAO,IAAIy+C,CAAJ,CAAMlrD,CAAN,EAAQmZ,CAAR,EAAUsxC,CAAV,EAAY,QAAMh+C,CAAN,GAAQA,CAAR,GAAU,CAAtB,CAAP;AAAgC,SAAz5F,EAA05F4jD,MAAMq3B,KAAN,GAAYp7B,CAAt6F,EAAw6F+D,MAAMs3B,UAAN,GAAiBl7E,CAAz7F;AAA27F,KAA7uQ,CAA8uQ9X,OAAO07D,KAAP,CAAa76D,MAA3vQ,EAAkwQmE,UAAlwQ,EAA6wQmyB,QAA7wQ,CAAD;AAAwxQ,CAAt2Q,EAAu2Q,cAAY,OAAOkN,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAasxC,CAAb,EAAe;AAAC,KAACA,KAAGtxC,CAAJ;AAAS,CAA76Q,CAAD,CAAg7Q,CAAC,CAAC,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,gBAAD,CAAzB,EAA4Ch5B,CAA5C;AAA+C,CAAlE,CAAmE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAAC,iBAASuxC,CAAT,CAAWvxC,CAAX,EAAauxC,CAAb,EAAe;AAAC,mBAAM,EAAE,CAACvxC,CAAD,IAAI,CAACuxC,CAAP,MAAYvxC,MAAIuxC,CAAJ,IAAO1qD,EAAE5C,QAAF,CAAW+b,CAAX,EAAauxC,CAAb,CAAnB,CAAN;AAA0C,aAAIj+C,IAAE9X,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAEoV,EAAEouD,EAAvB;AAAA,YAA0BjrC,IAAEv4B,EAAEkoE,MAA9B;AAAA,YAAqC9U,IAAEh+C,EAAEnX,OAAzC;AAAA,YAAiDuI,IAAE4O,EAAEswD,SAArD;AAAA,YAA+DjvD,IAAErB,EAAE6+C,WAAnE;AAAA,YAA+E/kC,IAAE9Z,EAAE++C,YAAnF;AAAA,YAAgGH,IAAE,MAAlG;AAAA,YAAyGH,IAAE,OAA3G;AAAA,YAAmHK,IAAE,YAArH;AAAA,YAAkIN,IAAE,UAApI;AAAA,YAA+I9qD,IAAE,QAAjJ;AAAA,YAA0JmsD,IAAE,MAA5J;AAAA,YAAmKM,IAAE,OAArK;AAAA,YAA6Kn4D,IAAE,KAA/K;AAAA,YAAqLqgC,IAAE,QAAvL;AAAA,YAAgMt1B,IAAE,UAAlM;AAAA,YAA6M8gC,IAAE,QAA/M;AAAA,YAAwNyE,IAAE,MAA1N;AAAA,YAAiOwpB,IAAE,UAAnO;AAAA,YAA8OzwD,IAAE,UAAhP;AAAA,YAA2P2wD,IAAE,SAA7P;AAAA,YAAuQ5pB,IAAE,SAAzQ;AAAA,YAAmR6oB,IAAE,gBAArR;AAAA,YAAsSoB,IAAE,gBAAxS;AAAA,YAAyTJ,IAAE,sBAA3T;AAAA,YAAkVjB,IAAE,2CAApV;AAAA,YAAgYa,IAAE,MAAlY;AAAA,YAAyYU,IAAEhvD,EAAExL,SAASuO,eAAX,CAA3Y;AAAA,YAAuamsD,IAAElvD,EAAErL,MAAF,CAAza;AAAA,YAAmbi6D,IAAE,QAArb;AAAA,YAA8bJ,IAAE/D,EAAEhvB,WAAF,CAAclmB,GAA9c;AAAA,YAAkdo5C,IAAEH,IAAE,WAAtd;AAAA,YAAkeW,IAAEnvD,EAAEhI,MAAte;AAAA,YAA6e6yD,IAAE,aAA/e;AAAA,YAA6fjzD,IAAE,CAAC,WAAD,EAAa,aAAb,EAA2B,cAA3B,EAA0C,YAA1C,EAAuD,aAAvD,EAAqE,aAArE,CAA/f;AAAA,YAAmlB21D,IAAE39B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWuxC,CAAX,EAAa;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMwG,IAAE,IAAR,CAAa6sD,IAAEA,KAAG,EAAL,EAAQA,EAAE+B,KAAF,KAAU/B,EAAEk9B,MAAF,GAASl9B,EAAEk9B,MAAF,IAAU9yD,IAAE,GAAF,GAAM83B,CAAzB,EAA2BlC,EAAErnC,QAAF,GAAWqnC,EAAErnC,QAAF,IAAY5uB,IAAE,GAAF,GAAMm4D,CAAlE,CAAR,EAA6Eh9B,EAAEj6B,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeoH,CAAf,EAAiBsb,CAAjB,EAAmBuxC,CAAnB,CAA7E,EAAmGvxC,IAAEtb,EAAE2/B,OAAvG,EAA+GktB,IAAE7sD,EAAE5F,OAAnH,EAA2H4F,EAAEgqF,UAAF,GAAan9B,EAAEo9B,SAAF,GAAYp9B,EAAEo9B,SAAF,CAAY1rF,KAAZ,CAAkB,GAAlB,CAAZ,GAAmC,EAA3K,EAA8KyB,EAAEkqF,SAAF,GAAYt7E,EAAEo1D,aAAF,CAAgBvT,CAAhB,EAAkB7hD,EAAE7Q,IAAF,EAAlB,CAA1L,EAAsN,MAAIiC,EAAEgqF,UAAF,CAAatxF,MAAjB,IAAyBsH,EAAEgqF,UAAF,CAAa7yF,IAAb,CAAkB6I,EAAEgqF,UAAF,CAAa,CAAb,CAAlB,CAA/O,EAAkRxwF,IAAE2I,EAAEnC,EAAE5F,OAAF,CAAUsmC,MAAZ,EAAoBxwB,OAApB,CAA4B,mBAA5B,EAAiDlK,MAAjD,CAAwD,oBAAxD,CAApR,EAAkW6mD,EAAExqC,QAAF,GAAWlgB,EAAEA,EAAE0qD,EAAExqC,QAAJ,EAAc,CAAd,KAAkB7oB,EAAE,CAAF,CAAlB,IAAwB0tC,CAA1B,CAA7W,EAA0YlnC,EAAE2/B,OAAF,CAAU7X,IAAV,GAAiBsG,QAAjB,CAA0B,yBAA1B,EAAqDM,WAArD,CAAiE,OAAjE,EAAyE,CAAC,CAACm+B,EAAE+B,KAA7E,EAAoFl3C,GAApF,CAAwF,EAAC8N,UAAS7jB,CAAV,EAAxF,EAAsG0gB,QAAtG,CAA+GwqC,EAAExqC,QAAjH,EAA2HvH,EAA3H,CAA8H,eAAakyC,CAA3I,EAA6I,YAAU;AAAChtD,sBAAEmqF,QAAF,GAAW,CAAC,CAAZ;AAAc,iBAAtK,EAAwKrvE,EAAxK,CAA2K,eAAakyC,CAAxL,EAA0L,YAAU;AAAChtD,sBAAEmqF,QAAF,GAAW,CAAC,CAAZ;AAAc,iBAAnN,CAA1Y,EAA+lBnqF,EAAE8wC,OAAF,GAAU3uC,GAAzmB,EAA6mB0qD,EAAEtjC,SAAF,KAAc,CAAC,CAAf,KAAmBsjC,EAAEtjC,SAAF,GAAY,EAACoO,MAAK,EAACw3B,SAAQ,EAAT,EAAN,EAAmBjsC,OAAM,EAAC4E,MAAK,CAAC,CAAP,EAASqnC,SAAQ,EAAjB,EAAzB,EAA/B,CAA7mB,EAA4rBmC,EAAEzE,EAAEtjC,SAAF,CAAYoO,IAAd,EAAmB,EAACzM,UAAS,oBAAU;AAAClrB,0BAAE8wC,OAAF,CAAUp5B,GAAV,CAAc,EAACuS,UAAS2mC,CAAV,EAAd,GAA4B5wD,EAAEoqF,UAAF,GAAa,CAAC,CAA1C,EAA4CpqF,EAAEq9E,QAAF,CAAWjwB,CAAX,CAA5C;AAA0D,qBAA/E,EAAnB,CAA5rB,EAAiyBkE,EAAEzE,EAAEtjC,SAAF,CAAYrG,KAAd,EAAoB,EAACgI,UAAS,oBAAU;AAAClrB,0BAAEqqF,eAAF;AAAoB,qBAAzC,EAApB,CAAjyB,EAAi2BrqF,EAAEsqF,eAAF,GAAkB,UAASnoF,CAAT,EAAW;AAACnC,sBAAEuqF,UAAF,CAAapoF,CAAb;AAAgB,iBAA/4B,EAAg5BnC,EAAEwqF,YAAF,GAAe59B,EAAEwN,QAAF,CAAW3B,OAAX,GAAmB,UAASt2D,CAAT,EAAW;AAACyS,+BAAW,YAAU;AAAC5U,0BAAEqxC,OAAF,CAAUlvC,CAAV;AAAa,qBAAnC,EAAoC,GAApC;AAAyC,iBAAxE,GAAyE,UAASA,CAAT,EAAW;AAACnC,sBAAEqxC,OAAF,CAAUlvC,CAAV;AAAa,iBAAjgC,EAAkgC0qD,EAAE49B,YAAF,IAAgBtoF,EAAE0qD,EAAE49B,YAAJ,EAAkB3vE,EAAlB,CAAqB+xC,EAAE69B,WAAF,GAAc19B,CAAnC,EAAqC7qD,EAAEnE,KAAF,CAAQgC,EAAE+nB,MAAV,EAAiB/nB,CAAjB,CAArC,CAAlhC;AAA4kC,aAA7mC,EAA8mCqb,QAAO,CAACmyC,CAAD,EAAGJ,CAAH,EAAKC,CAAL,EAAOK,CAAP,CAArnC,EAA+nCtzD,SAAQ,EAACC,MAAK,OAAN,EAAcqwF,aAAY,OAA1B,EAAkCX,QAAO9yD,IAAE,GAAF,GAAMw3B,CAA/C,EAAiDjpC,UAAS5uB,IAAE,GAAF,GAAM63D,CAAhE,EAAkE/tB,QAAOwG,CAAzE,EAA2E7kB,UAAS,IAApF,EAAyF4nE,WAAU,UAAnG,EAA8GU,UAAS7zF,MAAvH,EAA8H8zF,kBAAiB,CAAC,CAAhJ,EAAkJC,UAAS,CAAC,CAA5J,EAA8JC,OAAM,CAAC,CAArK,EAAuKC,YAAW,EAACzmE,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAlL,EAAqME,WAAU,EAACoO,MAAK,EAACw3B,SAAQ,cAAT,EAAwBrV,YAAW,CAAC,CAApC,EAAsCxxB,UAAS,GAA/C,EAAN,EAA0DpF,OAAM,EAACoF,UAAS,GAAV,EAAcR,MAAK,CAAC,CAApB,EAAhE,EAA/M,EAAvoC,EAA+6CuiE,iBAAgB,2BAAU;AAAC,oBAAIloF,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE2uC,OAAF,CAAUl7B,IAAV,CAAe86C,CAAf,CAAb,CAA+BvuD,EAAE2uC,OAAF,CAAUhpB,IAAV,IAAiBxM,KAAGnZ,EAAE2uC,OAAF,CAAUp5B,GAAV,CAAc4D,CAAd,CAApB,EAAqCnZ,EAAE/H,OAAF,CAAUsmC,MAAV,IAAkBwG,CAAlB,IAAqB/kC,EAAE6oF,aAAF,EAA1D,EAA4E7oF,EAAE8oF,QAAF,GAAW,CAAC,CAAxF,EAA0F9oF,EAAEk7E,QAAF,CAAW3vB,CAAX,CAA1F;AAAwG,aAAjlD,EAAklDxP,SAAQ,mBAAU;AAAC,oBAAI5iC,CAAJ;AAAA,oBAAMuxC,IAAE,IAAR;AAAA,oBAAarzD,IAAEqzD,EAAEzyD,OAAjB;AAAA,oBAAyBwyD,IAAEC,EAAEltB,OAAF,CAAUprB,GAAV,CAAcy4C,CAAd,CAA3B,CAA4Cj7B,EAAEj6B,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkBi0D,CAAlB,GAAqBrzD,EAAEixF,YAAF,IAAgBtoF,EAAE3I,EAAEixF,YAAJ,EAAkBl2E,GAAlB,CAAsBy4C,CAAtB,CAArC,EAA8DxzD,EAAEsxF,KAAF,KAAU35B,EAAEr2B,MAAF,CAAS+xB,EAAEq9B,SAAX,EAAqBr9B,EAAEy9B,eAAvB,GAAwCz9B,EAAEq+B,aAAF,CAAgB,CAAC,CAAjB,CAAlD,CAA9D,EAAqIt8E,EAAEsvC,OAAF,CAAU2O,EAAEltB,OAAF,CAAUhwB,QAAV,EAAV,CAArI,EAAqKi9C,EAAEr2C,UAAF,EAArK,EAAoL/c,EAAE6oB,QAAF,CAAW,CAAX,MAAgB1rB,SAASqnB,IAAzB,KAAgC1C,IAAEsxC,EAAEvnD,MAAF,CAAS,wBAAT,CAAF,EAAqCiW,EAAE,CAAF,IAAKA,EAAExJ,MAAF,EAAL,GAAgB86C,EAAE96C,MAAF,EAArF,CAApL;AAAqR,aAAt6D,EAAu6D6lB,MAAK,cAASrc,CAAT,EAAWuxC,CAAX,EAAa;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMu4B,CAAN;AAAA,oBAAQ/xB,IAAE,IAAV;AAAA,oBAAeiQ,IAAE,EAACk7E,SAAQ,CAAC9tE,MAAM4Q,SAAS4+B,CAAT,EAAW,EAAX,CAAN,CAAV,EAAgC7lB,GAAE1rB,CAAlC,EAAoC4rB,GAAE2lB,CAAtC,EAAjB;AAAA,oBAA0DnkC,IAAE1oB,EAAE2/B,OAA9D;AAAA,oBAAsE0tB,IAAErtD,EAAE5F,OAA1E;AAAA,oBAAkFszD,IAAEvrD,EAAEkrD,EAAE3sB,MAAJ,CAApF;AAAA,oBAAgG0sB,IAAE1kC,EAAE,CAAF,KAAMA,EAAEmG,QAAF,CAAW,WAAX,CAAxG,CAAgI,IAAG,CAAC7uB,EAAEy2B,OAAF,EAAJ,EAAgB;AAAC,wBAAG42B,EAAEu9B,gBAAF,KAAqBx9B,KAAG,eAAarzD,EAAE,CAAF,CAAhB,IAAsBA,EAAEiK,KAAF,EAAtB,EAAgC0kB,EAAEhR,GAAF,CAAM9I,EAAEiwD,iBAAF,CAAoBnR,EAAE,CAAF,CAApB,EAAyB3zD,CAAzB,CAAN,CAArD,GAAyF2uB,EAAE9S,IAAF,CAAO,WAAP,KAAqB5V,EAAEq9E,QAAF,CAAW7vB,CAAX,CAAjH,EAA+H,OAAOxtD,EAAEoqF,UAAF,GAAa,CAAC,CAAd,EAAgB/8B,EAAEy9B,KAAF,KAAU35B,EAAEr2B,MAAF,CAAS96B,EAAEkqF,SAAX,EAAqBlqF,EAAEsqF,eAAvB,EAAwCzvD,IAAxC,CAA6C76B,EAAEkqF,SAA/C,EAAyDlqF,EAAEsqF,eAA3D,GAA4EtqF,EAAEkrF,aAAF,CAAgB,CAAC,CAAjB,CAA5E,EAAgGlrF,EAAEkrF,aAAF,CAAgB,CAAC,CAAjB,CAA1G,CAAhB,EAA+IlrF,EAAE8wC,OAAF,GAAU/e,IAAEnjB,EAAEkL,IAAF,CAAO4O,CAAP,EAAS2kC,EAAEw9B,QAAX,EAAqBnzE,GAArB,CAAyB,EAACuS,UAASwY,CAAV,EAAY1f,SAAQ,OAApB,EAA4ByC,UAAS7jB,CAArC,EAAzB,CAA3J,EAA6NirD,EAAEwN,QAAF,CAAW3B,OAAX,IAAoB1mC,EAAEra,GAAF,CAAMo5C,CAAN,EAAQ,eAAR,CAAjP,EAA0Q/+B,EAAEra,GAAF,CAAMzX,CAAN,CAA1Q,EAAmRkC,EAAEkrD,EAAEhrC,QAAJ,EAAc,CAAd,KAAkB1rB,SAASqnB,IAA3B,IAAiC+T,EAAEra,GAAF,CAAM9gB,CAAN,EAAQ,UAAR,CAApT,EAAwUoJ,EAAEorF,OAAF,GAAUprF,EAAEqrF,SAAF,CAAYp7E,CAAZ,CAAlV,EAAiWzW,IAAEwG,EAAEsrF,cAAF,EAAnW,EAAsXj+B,EAAE3sB,MAAF,IAAUwG,CAAV,IAAalnC,EAAEurF,aAAF,CAAgB/xF,CAAhB,CAAnY,EAAsZkvB,EAAE9S,IAAF,CAAOoxB,CAAP,EAASxtC,EAAE21D,OAAX,EAAoBgN,SAApB,CAA8B,CAAC,CAA/B,EAAkCC,YAAlC,CAA+C5iE,CAA/C,CAAtZ;AAAwc;AAAC,aAA1pF,EAA2pF8xF,gBAAe,0BAAU;AAAC,oBAAInpF,IAAEmvD,EAAE,CAAC,CAAH,EAAK,EAAL,EAAQ,KAAKl3D,OAAL,CAAamvB,SAAb,CAAuBoO,IAA/B,CAAN,CAA2C,OAAOx1B,EAAEgtD,OAAF,GAAUvgD,EAAEuwD,YAAF,CAAeh9D,EAAEgtD,OAAjB,EAAyB,KAAKi8B,OAA9B,CAAV,EAAiDjpF,CAAxD;AAA0D,aAA1xF,EAA2xF6oF,eAAc,yBAAU;AAAC,oBAAI1vE,IAAEnZ,EAAE,KAAK/H,OAAL,CAAasmC,MAAf,CAAN;AAAA,oBAA6BmsB,IAAE,CAAC,CAACvxC,EAAE/T,IAAF,CAAO,OAAP,KAAiB,EAAlB,EAAsB9E,KAAtB,CAA4BouD,CAA5B,KAAgC,CAAC,EAAD,EAAI,MAAJ,CAAjC,EAA8C,CAA9C,CAA/B;AAAA,oBAAgFr3D,IAAEy3D,IAAE,GAAF,GAAMpE,CAAxF,CAA0FvxC,EAAEmT,WAAF,CAAcj1B,CAAd,EAAiBmW,QAAjB,CAA0BigD,CAA1B,EAA6BnhC,WAA7B,CAAyCohC,CAAzC,EAA4CphC,WAA5C,CAAwDj1B,CAAxD,GAA2D,KAAKmmC,OAAL,CAAalR,WAAb,CAAyBwiC,IAAE,GAAF,GAAMriD,EAAEwwD,UAAF,CAAavS,CAAb,EAAgB97C,OAA/C,CAA3D;AAAmH,aAAjgG,EAAkgGw6E,eAAc,uBAASjwE,CAAT,EAAW;AAAC,oBAAIuxC,IAAEvxC,EAAE6zC,OAAF,CAAUq8B,OAAV,GAAkBlwE,EAAE6zC,OAAF,CAAUq8B,OAAV,CAAkB14C,SAApC,GAA8C,MAApD;AAAA,oBAA2Dt5C,IAAEy3D,IAAE,GAAF,GAAMpE,CAAnE,CAAqE1qD,EAAE,KAAK/H,OAAL,CAAasmC,MAAf,EAAuBtS,QAAvB,CAAgC50B,CAAhC,EAAmCmW,QAAnC,CAA4CigD,CAA5C,EAA+CxhC,QAA/C,CAAwDyhC,CAAxD,EAA2DzhC,QAA3D,CAAoE50B,CAApE,GAAuE,KAAKmmC,OAAL,CAAavR,QAAb,CAAsB6iC,IAAE,GAAF,GAAMriD,EAAEwwD,UAAF,CAAavS,CAAb,EAAgB97C,OAA5C,CAAvE;AAA4H,aAA7tG,EAA8tGyU,UAAS,oBAAU;AAAC,qBAAKiR,OAAL,OAAiB,KAAK20D,OAAL,GAAa,KAAKC,SAAL,EAA9B;AAAgD,aAAlyG,EAAmyGtjE,QAAO,kBAAU;AAAC,oBAAI5lB,IAAE,IAAN,CAAWA,EAAEA,EAAEs0B,OAAF,KAAY42B,CAAZ,GAAcG,CAAhB;AAAqB,aAAr1G,EAAs1G/2B,SAAQ,mBAAU;AAAC,uBAAO,KAAKkJ,OAAL,CAAajxB,EAAb,CAAgB,MAAIkiD,CAApB,CAAP;AAA8B,aAAv4G,EAAw4G1tC,OAAM,eAAS2pC,CAAT,EAAW;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMu4B,CAAN;AAAA,oBAAQ66B,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAYiQ,IAAE,IAAd;AAAA,oBAAmByY,IAAEzY,EAAE7V,OAAvB,CAA+B,IAAG6V,EAAEwmB,OAAF,EAAH,EAAe;AAAC,wBAAGj9B,IAAEyW,EAAE6gC,OAAF,CAAU,CAAV,IAAa7gC,EAAE6gC,OAAf,GAAuBliC,EAAEkL,IAAF,CAAO7J,EAAE0vB,OAAT,EAAkB7X,IAAlB,EAAzB,EAAkD7X,EAAEi7E,aAAF,CAAgB,CAAC,CAAjB,CAAlD,EAAsEj7E,EAAEg7E,QAAF,IAAYh7E,EAAEotE,QAAF,CAAWhwB,CAAX,CAArF,EAAmG,OAAOp9C,EAAEi7E,aAAF,CAAgB,CAAC,CAAjB,GAAoB5vE,CAA3B,CAA6BrL,EAAE0vB,OAAF,CAAU55B,IAAV,CAAe,UAAf,EAA2B3M,IAA3B,CAAgC,YAAU;AAAC,4BAAIkiB,IAAEnZ,EAAE,IAAF,CAAN;AAAA,4BAAcyM,IAAE0M,EAAE1F,IAAF,CAAO,YAAP,CAAhB,CAAqChH,KAAGA,EAAEsU,KAAF,CAAQ2pC,CAAR,CAAH;AAAc,qBAA9F,GAAgGsE,EAAEr2B,MAAF,CAAS7qB,EAAEi6E,SAAX,EAAqBj6E,EAAEq6E,eAAvB,CAAhG,EAAwIz9B,IAAE96B,IAAE,EAACjK,MAAK,CAAC,CAAP,EAASqnC,SAAQ,EAAjB,EAAJ,IAA0Bp9B,IAAEu/B,EAAE,CAAC,CAAH,EAAK,EAAL,EAAQ5oC,EAAEa,SAAF,CAAYrG,KAApB,CAAF,EAA6B0pC,IAAE38C,EAAE0vB,OAAF,CAAU/pB,IAAV,CAAeoxB,CAAf,CAA/B,EAAiDhnC,IAAE+xB,EAAEo9B,OAArD,EAA6D,CAACnvD,CAAD,IAAI,CAAC4O,EAAEqsB,IAAF,CAAOj7B,CAAP,CAAL,IAAgB4sD,CAAhB,IAAmBh+C,EAAEqsB,IAAF,CAAO2xB,CAAP,CAAnB,KAA+B76B,EAAEo9B,OAAF,GAAUvC,CAAV,EAAY76B,EAAEhhB,OAAF,GAAU,CAAC,CAAtD,CAA7D,EAAsHd,EAAEg7E,QAAF,GAAW,CAAC,CAA5J,CAAxI,EAAuSh7E,EAAE0vB,OAAF,CAAUw8B,SAAV,CAAoB,CAAC,CAArB,CAAvS,EAA+T3iE,EAAEke,GAAF,CAAM,EAACuS,UAASwY,CAAV,EAAN,CAA/T,EAAmVxyB,EAAE0vB,OAAF,CAAUy8B,YAAV,CAAuBrqC,CAAvB,CAAnV,EAA6W86B,KAAG58C,EAAEo6E,eAAF,EAAhX;AAAoY;AAAC,aAA98H,EAA+8HhN,UAAS,kBAASl7E,CAAT,EAAW;AAAC,uBAAO,KAAK4c,OAAL,CAAa5c,CAAb,EAAe,EAAC1G,MAAK0G,CAAN,EAAf,CAAP;AAAgC,aAApgI,EAAqgIkvC,SAAQ,iBAASlvC,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWsxC,EAAEiQ,MAAF,CAASzlE,OAAT,CAAiB+K,EAAE1G,IAAnB,MAA2B,CAAC,CAA5B,IAA+BsxB,aAAazR,EAAEmwE,cAAf,GAA+BnwE,EAAEmwE,cAAF,GAAiB72E,WAAW,YAAU;AAAC0G,sBAAE+vE,SAAF,IAAc/vE,EAAEmwE,cAAF,GAAiB,IAA/B;AAAoC,iBAA1D,EAA2D,EAA3D,CAA/E,IAA+I,CAAC,CAACnwE,EAAE6uE,QAAH,IAAa7uE,EAAE8uE,UAAF,IAAc9uE,EAAEqkB,OAAF,CAAU9Q,QAAV,CAAmB,kBAAnB,CAA5B,KAAqEvT,EAAE4H,KAAF,EAApN;AAA8N,aAAlwI,EAAmwIgoE,eAAc,uBAAS/oF,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,IAAE,IAAF,GAAO,KAAb;AAAA,oBAAmB0qD,IAAED,EAAEiQ,MAAvB,CAA8BjQ,EAAEwN,QAAF,CAAWhB,GAAX,IAAgBxM,EAAEwN,QAAF,CAAW3B,OAA3B,KAAqC5L,KAAG,MAAIkE,CAA5C,GAA+C,KAAK26B,kBAAL,GAA0BpwE,CAA1B,EAA6By1C,CAA7B,EAA+B,KAAKy5B,YAApC,CAA/C,EAAiGn5B,EAAE/1C,CAAF,EAAKuxC,CAAL,EAAO,KAAK29B,YAAZ,CAAjG;AAA2H,aAAt7I,EAAu7ID,YAAW,oBAASjvE,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWu4B,IAAEv4B,EAAEmmC,OAAF,CAAU,CAAV,CAAb;AAAA,oBAA0BitB,IAAEpzD,EAAEY,OAA9B;AAAA,oBAAsC4F,IAAEmC,EAAEyqD,EAAElsB,MAAJ,EAAY,CAAZ,CAAxC;AAAA,oBAAuDzwB,IAAE28C,EAAE69B,YAA3D;AAAA,oBAAwE/hE,IAAE9Z,EAAE4wD,WAAF,CAAclkD,CAAd,CAA1E;AAAA,oBAA2FkyC,IAAErrD,EAAEumB,CAAF,EAAKxY,OAAL,CAAa,UAAb,CAA7F;AAAA,oBAAsHm9C,IAAEG,EAAEnoD,MAAF,GAAWA,MAAX,CAAkB,UAAlB,EAA8B3M,MAAtJ,CAA6J80D,IAAEA,EAAE,CAAF,CAAF,EAAO,CAACH,CAAD,IAAIG,CAAJ,IAAOA,MAAIh0D,EAAEmmC,OAAF,CAAU,CAAV,CAAX,IAAyB,cAAYx9B,EAAEmZ,EAAE5gB,MAAJ,EAAYwV,OAAZ,CAAoB,GAApB,EAAyB0F,IAAzB,CAA8B,KAA9B,CAAZ,KAAmDi3C,EAAE96B,CAAF,EAAIrJ,CAAJ,KAAQmkC,EAAE7sD,CAAF,EAAI0oB,CAAJ,CAAR,IAAgBzY,KAAG48C,EAAE1qD,EAAE8N,CAAF,EAAK,CAAL,CAAF,EAAUyY,CAAV,CAAnB,IAAiClvB,EAAE0pB,KAAF,EAApF,CAAhC;AAA+H,aAA1uJ,EAA2uJyoE,MAAK,cAASxpF,CAAT,EAAWmZ,CAAX,EAAauxC,CAAb,EAAe;AAAC,oBAAIj+C,IAAE,CAAN,CAAQ,OAAOzM,IAAEmZ,CAAF,GAAIuxC,CAAJ,KAAQj+C,IAAEi+C,KAAG1qD,IAAEmZ,CAAL,CAAV,GAAmBnZ,IAAE,CAAF,KAAMyM,IAAE,CAACzM,CAAT,CAAnB,EAA+ByM,CAAtC;AAAwC,aAAhzJ,EAAizJg9E,OAAM,eAASzpF,CAAT,EAAWmZ,CAAX,EAAauxC,CAAb,EAAej+C,CAAf,EAAiBpV,CAAjB,EAAmBu4B,CAAnB,EAAqB66B,CAArB,EAAuB;AAAC,oBAAI5sD,IAAE,CAAN,CAAQ,OAAO4sD,IAAEA,KAAGtxC,CAAL,EAAOyW,MAAIv4B,CAAJ,IAAOu4B,MAAIzvB,CAAX,IAAc9I,MAAI8I,CAAlB,KAAsBH,IAAEyqD,CAAF,GAAIh+C,CAAJ,KAAQ5O,KAAG,EAAE6sD,IAAEvxC,CAAJ,CAAX,GAAmBnZ,IAAEnC,CAAF,GAAI,CAAJ,KAAQA,KAAG6sD,IAAEvxC,CAAb,CAAzC,CAAP,EAAiEtb,CAAxE;AAA0E,aAAj6J,EAAk6J0rF,oBAAmB,8BAAU;AAAC,uBAAOvpF,EAAE,KAAK/H,OAAL,CAAasmC,MAAf,EAAuBhwB,YAAvB,CAAoC,MAApC,EAA4C1K,MAA5C,CAAmD,UAAS7D,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAO1M,EAAEmwD,YAAF,CAAezjD,CAAf,CAAP;AAAyB,iBAA1F,CAAP;AAAmG,aAAniK,EAAoiK+vE,WAAU,mBAAS/vE,CAAT,EAAW;AAAC,oBAAIuxC,CAAJ;AAAA,oBAAMrzD,CAAN;AAAA,oBAAQu4B,CAAR;AAAA,oBAAUy7B,CAAV;AAAA,oBAAYH,CAAZ;AAAA,oBAAcK,CAAd;AAAA,oBAAgBN,CAAhB;AAAA,oBAAkB9qD,CAAlB;AAAA,oBAAoBmsD,CAApB;AAAA,oBAAsBM,CAAtB;AAAA,oBAAwBn4D,CAAxB;AAAA,oBAA0BqgC,CAA1B;AAAA,oBAA4BwL,CAA5B;AAAA,oBAA8ByE,CAA9B;AAAA,oBAAgC0pB,CAAhC;AAAA,oBAAkC5pB,CAAlC;AAAA,oBAAoC6oB,IAAE,IAAtC;AAAA,oBAA2CoB,IAAEpB,EAAElwB,OAA/C;AAAA,oBAAuDkxB,IAAEhB,EAAE/e,OAA3D;AAAA,oBAAmE8e,IAAEC,EAAEz1D,OAAvE;AAAA,oBAA+Eq2D,IAAEtuD,EAAEytD,EAAE+6B,QAAJ,CAAjF;AAAA,oBAA+Fx5B,IAAEvE,EAAEwO,SAAF,EAAjG;AAAA,oBAA+G/J,IAAE,CAAC,EAAEZ,EAAE,CAAF,KAAM35D,MAAN,IAAcA,OAAOshE,UAArB,IAAiCjH,KAAG,IAAtC,CAAlH;AAAA,oBAA8JJ,IAAE5uD,EAAEytD,EAAElvB,MAAJ,CAAhK;AAAA,oBAA4KiwB,IAAEf,EAAEm6B,MAAF,CAAS9sF,WAAT,GAAuBsB,KAAvB,CAA6B,GAA7B,CAA9K;AAAA,oBAAgNuyD,IAAElB,EAAEpqC,QAAF,CAAWvoB,WAAX,GAAyBsB,KAAzB,CAA+B,GAA/B,CAAlN;AAAA,oBAAsPyuD,IAAE6C,EAAEm6B,UAA1P;AAAA,oBAAqQjwF,IAAE,KAAvQ;AAAA,oBAA6Q21D,IAAE,CAA/Q;AAAA,oBAAiRwB,IAAEv6D,SAASuO,eAA5R,CAA4S,IAAGmoD,IAAEuC,EAAE+6B,QAAF,KAAa7zF,MAAb,GAAoB,EAAC0O,KAAI1O,OAAOsjC,WAAP,IAAoBzjC,SAASuO,eAAT,CAAyBqZ,SAA7C,IAAwD,CAA7D,EAA+D8I,MAAKvwB,OAAOujC,WAAP,IAAoB1jC,SAASuO,eAAT,CAAyBiZ,UAA7C,IAAyD,CAA7H,EAApB,GAAoJsyC,EAAEl3B,MAAF,EAAtJ,EAAiK83B,KAAG3D,IAAE52D,OAAOshE,UAAT,EAAoBhL,IAAEt2D,OAAOwhD,WAAhC,KAA8CoV,IAAE+C,EAAEnsC,KAAF,EAAF,EAAY8oC,IAAEqD,EAAEpnC,MAAF,EAA5D,CAAjK,EAAyOgoC,KAAGH,EAAEzY,YAAF,GAAeyY,EAAE3Y,YAAjB,GAA8B,CAAjC,KAAqCmV,KAAG9+C,EAAEnX,OAAF,CAAU8/D,SAAV,EAAxC,CAAzO,EAAwS1K,IAAEkE,EAAEtgD,OAAF,GAAYzK,MAAZ,CAAmB6qD,EAAEliD,QAAF,EAAnB,CAA1S,EAA2Uk+C,EAAE,CAAF,CAA9U,EAAmV,IAAG96B,IAAE92B,KAAKkrB,GAAL,CAAS,CAAC0mC,EAAEn1C,GAAF,CAAM,QAAN,CAAV,EAA0B,CAA1B,CAAL,EAAkC3d,IAAEg4B,IAAE,EAAJ,CAAlC,KAA8C,KAAIv4B,IAAEu3D,EAAErgD,YAAF,CAAem8C,CAAf,CAAF,EAAoBW,IAAEh0D,EAAEd,MAA5B,EAAmCg3D,IAAElC,CAArC,EAAuCkC,GAAvC;AAA2C39B,wBAAE,CAAC5vB,EAAE3I,EAAEk2D,CAAF,CAAF,EAAQh4C,GAAR,CAAY,QAAZ,CAAH,EAAyBqa,KAAGh4B,IAAEg4B,CAAL,KAASh4B,IAAEg4B,IAAE,EAAb,CAAzB;AAA3C,iBAAqF,OAAO8+B,EAAEn5C,GAAF,CAAM,QAAN,EAAe3d,CAAf,GAAkB82D,EAAEn5C,GAAF,CAAM4D,KAAGA,EAAE6vE,OAAL,GAAa,EAAC9jE,MAAK/L,EAAE0rB,CAAR,EAAUxhC,KAAI8V,EAAE4rB,CAAhB,EAAb,GAAgC2oB,EAAEg8B,MAAF,CAASl7B,CAAT,EAAWG,CAAX,CAAtC,CAAlB,EAAuExuD,IAAEtC,EAAE6wD,CAAF,EAAI5wD,CAAJ,EAAM8wD,EAAE,CAAF,MAAOF,EAAEv2B,YAAF,GAAiB,CAAjB,CAAb,CAAzE,EAA2Gm0B,IAAEzuD,EAAE6wD,CAAF,CAA7G,EAAkH9B,IAAEgC,EAAEz2B,YAAF,GAAiBj1B,MAAjB,CAAwB,0CAAxB,CAApH,EAAwL0pD,EAAEr2D,MAAF,KAAW4J,IAAEtC,EAAE6wD,CAAF,EAAI5wD,CAAJ,EAAM,CAAC,CAAP,CAAF,EAAYwuD,IAAEzuD,EAAE6wD,CAAF,CAAzB,CAAxL,EAAuNpC,EAAEjpD,GAAF,IAAO6nD,EAAE7nD,GAAhO,EAAoOipD,EAAEpnC,IAAF,IAAQgmC,EAAEhmC,IAA9O,EAAmPwoC,EAAE/e,OAAF,CAAUl7B,IAAV,CAAe86C,CAAf,KAAmBG,EAAEj7C,IAAF,CAAO86C,CAAP,EAASY,EAAE,EAAF,EAAKhvD,CAAL,CAAT,CAAtQ,EAAwR1L,IAAE06D,EAAE,EAAF,EAAK7C,CAAL,CAA1R,EAAkSx3B,IAAEq6B,EAAE,EAAF,EAAKhvD,CAAL,CAApS,EAA4SmgC,IAAEmtB,EAAEm7B,UAAhT,EAA2T,UAAQ/9B,EAAE,CAAF,CAAR,KAAe/1B,EAAEzxB,GAAF,IAAOqqD,EAAE87B,IAAF,CAAO/0F,EAAE4O,GAAT,EAAakjB,EAAEmoC,CAAF,IAAKpuB,EAAEpZ,MAApB,EAA2B+jC,IAAE+D,CAA7B,CAAtB,CAA3T,EAAkX,UAAQnE,EAAE,CAAF,CAAR,KAAe/1B,EAAE5P,IAAF,IAAQwoC,EAAE87B,IAAF,CAAO/0F,EAAEywB,IAAT,EAAcpX,EAAE4gD,CAAF,IAAKpuB,EAAEne,KAArB,EAA2BopC,IAAEyD,CAA7B,CAAvB,CAAlX,EAA0ajqB,IAAEoqB,EAAE,EAAF,EAAKr6B,CAAL,CAA5a,EAAob25B,IAAEloC,EAAEuoC,CAAF,CAAtb,EAA2bjqB,IAAEte,EAAEmoC,CAAF,CAA7b,EAAkc,CAACA,EAAExnC,MAAF,EAAD,IAAaunC,CAAb,KAAiB5pB,KAAG4pB,CAApB,CAAlc,EAAyd,WAAS5D,EAAE,CAAF,CAAT,KAAgB/1B,EAAEzxB,GAAF,IAAOqqD,EAAE+7B,KAAF,CAAQh1F,EAAE4O,GAAV,EAAcorD,CAAd,EAAgBloC,EAAEqoC,CAAF,CAAhB,EAAqB3D,IAAE+D,CAAvB,EAAyBR,EAAE,CAAF,CAAzB,EAA8BG,EAAE,CAAF,CAA9B,EAAmC9pB,CAAnC,CAAvB,CAAzd,EAAuhB,WAASgmB,EAAE,CAAF,CAAT,KAAgB/1B,EAAE5P,IAAF,IAAQwoC,EAAE+7B,KAAF,CAAQh1F,EAAEywB,IAAV,EAAepX,EAAEghD,CAAF,CAAf,EAAoBhhD,EAAE8gD,CAAF,CAApB,EAAyBrD,IAAEyD,CAA3B,EAA6BR,EAAE,CAAF,CAA7B,EAAkCG,EAAE,CAAF,CAAlC,EAAuC7gD,EAAE4gD,CAAF,CAAvC,CAAxB,CAAvhB,EAA6lBI,EAAEv5C,GAAF,CAAMzX,CAAN,EAAQ0B,CAAR,CAA7lB,EAAwmBkvD,EAAEn5C,GAAF,CAAMuf,CAAN,CAAxmB,EAAinBA,EAAE5P,IAAF,IAAQ6f,EAAE7f,IAAV,IAAgB4P,EAAEzxB,GAAF,IAAO0hC,EAAE1hC,GAAjpB;AAAqpB,aAAj9M,EAAk9MqmF,QAAO,gBAASvwE,CAAT,EAAWuxC,CAAX,EAAa;AAAC,oBAAIj+C,CAAJ;AAAA,oBAAMpV,IAAE,IAAR;AAAA,oBAAau4B,IAAEv4B,EAAEs3C,OAAjB;AAAA,oBAAyB8b,IAAEzqD,EAAE3I,EAAEY,OAAF,CAAUsmC,MAAZ,CAA3B;AAAA,oBAA+C8sB,IAAElyC,EAAE,CAAF,CAAjD;AAAA,oBAAsD+xC,IAAE/xC,EAAE,CAAF,CAAxD;AAAA,oBAA6DoyC,IAAEb,EAAE,CAAF,CAA/D;AAAA,oBAAoEO,IAAEP,EAAE,CAAF,CAAtE;AAAA,oBAA2E4B,IAAEzuD,EAAE4sD,CAAF,CAA7E;AAAA,oBAAkFh2D,IAAEuL,EAAE3I,EAAEY,OAAF,CAAUioB,QAAZ,CAApF;AAAA,oBAA0G1gB,IAAEsO,EAAE8hB,CAAF,CAA5G;AAAA,oBAAiH0Q,IAAE/Z,EAAEqJ,CAAF,CAAnH;AAAA,oBAAwHmV,IAAEj3B,EAAE28C,CAAF,CAA1H;AAAA,oBAA+H8D,IAAEhoC,EAAEkkC,CAAF,CAAjI;AAAA,oBAAsI3sD,IAAEwuD,EAAEjpD,GAA1I;AAAA,oBAA8IorD,IAAEnC,EAAEpnC,IAAlJ;AAAA,oBAAuJ2f,IAAE/rC,KAAKgiC,KAA9J,CAAoK,OAAOrmC,EAAE,CAAF,KAAMD,SAASqnB,IAAf,KAAsBpP,IAAE5O,EAAEpJ,CAAF,CAAF,EAAOqJ,KAAG2O,EAAEpJ,GAAZ,EAAgBorD,KAAGhiD,EAAEyY,IAA3C,GAAiDmmC,MAAIv2B,CAAJ,KAAQh3B,KAAGywD,CAAX,CAAjD,EAA+DlD,MAAIlrD,CAAJ,KAAQrC,KAAG+mC,EAAE0pB,IAAE,CAAJ,CAAX,CAA/D,EAAkFhD,MAAIz2B,CAAJ,KAAQh3B,KAAGwiC,CAAX,CAAlF,EAAgGirB,MAAIprD,CAAJ,KAAQrC,KAAG+mC,EAAEvE,IAAE,CAAJ,CAAX,CAAhG,EAAmH4qB,MAAI0B,CAAJ,KAAQ6B,KAAG1pB,CAAX,CAAnH,EAAiImmB,MAAI/qD,CAAJ,KAAQsuD,KAAG5pB,EAAEE,IAAE,CAAJ,CAAX,CAAjI,EAAoJkmB,MAAI2B,CAAJ,KAAQ6B,KAAGjvD,CAAX,CAApJ,EAAkKyrD,MAAI9qD,CAAJ,KAAQsuD,KAAG5pB,EAAErlC,IAAE,CAAJ,CAAX,CAAlK,EAAqL,EAAC6D,KAAIvF,CAAL,EAAOonB,MAAKupC,CAAZ,EAA5L;AAA2M,aAAt1N,EAAT,CAArlB,CAAu7Op3D,EAAEsiC,MAAF,CAAS4zB,CAAT;AAAY,KAA3gP,CAA4gP54D,OAAO07D,KAAP,CAAa76D,MAAzhP,GAAiiPb,OAAO07D,KAA/iP;AAAqjP,CAAnoP,EAAooP,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAauxC,CAAb,EAAe;AAAC,KAACA,KAAGvxC,CAAJ;AAAS,CAA1sP,CAAD,CAA6sP,CAAC,CAAC,UAASA,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0C7f,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW41C,CAAlB;AAAoB,kBAAS/uD,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAEoV,EAAEzM,CAAF,CAAN,CAAW,OAAOuuD,EAAEzzB,KAAF,CAAQ3hB,IAAE9hB,CAAV,IAAaA,CAApB;AAAsB,kBAASoV,CAAT,CAAW0M,CAAX,EAAa;AAAC,mBAAOA,IAAEo1C,EAAExzB,GAAF,CAAM,EAAN,EAAS5hB,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS9hB,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,mBAAO8hD,EAAEvqC,GAAF,CAAMuqC,EAAEhhB,GAAF,CAAMp0B,CAAN,EAAQ1M,CAAR,CAAN,EAAiBzM,CAAjB,CAAP;AAA2B,kBAASyqD,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAOA,IAAEq1C,CAAT;AAAW,kBAAS9D,CAAT,CAAWvxC,CAAX,EAAa;AAAC,mBAAOA,IAAEq1C,CAAT;AAAW,kBAAS5+B,CAAT,CAAWzW,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAAC+B,MAAM/B,CAAN,CAA3B;AAAoC,kBAAStb,CAAT,CAAWmC,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAO0M,EAAEnZ,CAAF,IAAKA,CAAL,GAAOyM,CAAd;AAAgB,kBAAS6/C,CAAT,CAAWnzC,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASrL,CAAT,CAAWqL,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE,EAAR,CAAW,KAAIzM,CAAJ,IAASmZ,CAAT;AAAW1M,kBAAEzX,IAAF,CAAOgL,IAAEmZ,EAAEnZ,CAAF,CAAT;AAAX,aAA0B,OAAOyM,EAAE3U,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS6pD,CAAT,CAAW/xC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE,UAAR,CAAmB,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuByM,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG0M,EAAEu4C,UAAF,CAAa1xD,CAAb,CAA1C;AAAvB,aAAiF,OAAOyM,MAAI,CAAX;AAAa,kBAASw+C,CAAT,CAAW9xC,CAAX,EAAa;AAAC,mBAAO+xC,EAAEp9C,EAAEqL,CAAF,CAAF,CAAP;AAAe,kBAASoyC,CAAT,CAAWpyC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE0M,EAAE5iB,MAAV;AAAA,gBAAiBc,IAAE83D,CAAnB;AAAA,gBAAqB1E,IAAEyE,CAAvB,CAAyB,KAAIlvD,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgByqD,oBAAE8D,EAAEvqC,GAAF,CAAMymC,CAAN,EAAQtxC,EAAEnZ,CAAF,CAAR,CAAF,EAAgB3I,IAAEk3D,EAAEhhB,GAAF,CAAMl2C,CAAN,EAAQ8hB,EAAEnZ,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACutC,KAAIl2C,CAAL,EAAO2sB,KAAIymC,CAAX,EAAN;AAAoB,kBAASY,CAAT,CAAWlyC,CAAX,EAAa;AAAC,mBAAOoyC,EAAEpyC,CAAF,EAAKo0B,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWpN,CAAX,EAAa;AAAC,mBAAOoyC,EAAEpyC,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS7jB,CAAT,CAAWgZ,CAAX,EAAa;AAAC,mBAAO2b,EAAE3b,CAAF,EAAKo0B,GAAZ;AAAgB,kBAASqf,CAAT,CAAWzzC,CAAX,EAAa;AAAC,mBAAO2b,EAAE3b,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS8Q,CAAT,CAAW3b,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUozD,IAAE0E,CAAZ;AAAA,gBAAczE,IAAEwE,CAAhB,CAAkB,KAAIlvD,IAAE,CAAF,EAAIyM,IAAE0M,EAAE5iB,MAAZ,EAAmByJ,IAAEyM,CAArB,EAAuBzM,GAAvB;AAA2B3I,oBAAE8hB,EAAEnZ,CAAF,CAAF,EAAO,SAAO3I,CAAP,IAAU2tB,SAAS3tB,CAAT,CAAV,KAAwBozD,IAAE8D,EAAEhhB,GAAF,CAAMkd,CAAN,EAAQpzD,CAAR,CAAF,EAAaqzD,IAAE6D,EAAEvqC,GAAF,CAAM0mC,CAAN,EAAQrzD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACk2C,KAAIkd,MAAI0E,CAAJ,GAAM,KAAK,CAAX,GAAa1E,CAAlB,EAAoBzmC,KAAI0mC,MAAIwE,CAAJ,GAAM,KAAK,CAAX,GAAaxE,CAArC,EAAN;AAA8C,kBAAS7lB,CAAT,CAAW1rB,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASwuC,CAAT,CAAW5rB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAenZ,CAAf,GAAkBmZ,CAAzB;AAA2B,kBAAS1kB,CAAT,CAAW0kB,CAAX,EAAa;AAAC,mBAAOo0C,EAAEhF,QAAF,CAAWpvC,CAAX,EAAa,EAACk4C,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAStzD,CAAT,CAAWkC,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAO0M,EAAE1M,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAIzM,CAAJ,GAAM,IAAN,GAAWyM,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASjN,CAAT,CAAW2Z,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE,EAAR,CAAW,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuByM,qBAAG3O,EAAEqb,EAAEnZ,CAAF,EAAK,CAAL,CAAF,EAAUmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAOyM,CAAP;AAAS,kBAASgiD,CAAT,CAAWzuD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQozD,IAAE,EAAV,CAAa,KAAIh+C,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuBpV,oBAAE2I,EAAEyM,CAAF,EAAK,CAAL,CAAF,EAAU0M,EAAE9hB,CAAF,MAAOozD,KAAGzqD,EAAEyM,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYpV,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKozD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASiD,CAAT,CAAWv0C,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASmnB,CAAT,CAAWnnB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQpV,IAAE,EAAV,CAAa,IAAG8hB,CAAH,EAAK,KAAInZ,IAAEutD,EAAEuP,SAAF,CAAY3jD,CAAZ,EAAe/c,KAAf,CAAqB,GAArB,CAAF,EAA4BqQ,IAAE,CAAlC,EAAoCA,IAAEzM,EAAEzJ,MAAxC,EAA+CkW,GAA/C;AAAmDpV,kBAAErC,IAAF,CAAO,WAASgL,EAAEyM,CAAF,CAAhB;AAAnD,aAAyE,OAAOpV,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASosD,CAAT,CAAWztD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACmZ,EAAEnZ,CAAF,CAAxD;AAA6D,kBAAS0uD,CAAT,CAAWv1C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8OyM,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUpV,IAAE,EAA7U,EAAgV8hB,IAAE,CAAlV;AAAqVA,oBAAE1M,EAAE,CAAF,CAAF,GAAOA,EAAE5K,KAAF,EAAP,IAAkBxK,KAAG2I,EAAEyM,EAAE,CAAF,CAAF,CAAH,EAAW0M,KAAG1M,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOpV,CAAP;AAAS,kBAASy3D,CAAT,CAAW31C,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,EAAUozD,CAAV,EAAYC,CAAZ,CAAc,KAAIvxC,IAAEA,EAAEre,WAAF,EAAF,EAAkBkF,IAAE,EAAC3I,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DsM,IAAE,CAA5D,EAA8DpV,IAAE,CAAhE,EAAkEozD,IAAE,CAAxE,EAA0EA,IAAEtxC,EAAE5iB,MAA9E,EAAqF,EAAEk0D,CAAvF,EAAyF;AAAC,oBAAGC,IAAE1qD,EAAEmZ,EAAEwxC,MAAF,CAASF,CAAT,CAAF,CAAF,EAAiB,CAACC,CAArB,EAAuB,OAAO,IAAP,CAAYj+C,KAAGi+C,CAAH,EAAKA,IAAErzD,CAAF,KAAMoV,KAAG,IAAEpV,CAAX,CAAL,EAAmBA,IAAEqzD,CAArB;AAAuB,oBAAOj+C,CAAP;AAAS,kBAASmiD,CAAT,CAAWz1C,CAAX,EAAa;AAAC,gBAAInZ,IAAE9E,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAI7+D,CAAJ;AAAA,oBAAMpV,IAAE,EAAR,CAAW,KAAIoV,IAAElV,UAAUhB,MAAhB,EAAuB,EAAEkW,CAAF,IAAK,CAA5B;AAA+BpV,yBAAG,MAAIE,UAAUkV,CAAV,CAAP;AAA/B,iBAAmD,OAAOpV,KAAK2I,CAAL,GAAOA,EAAE3I,CAAF,CAAP,GAAY2I,EAAE3I,CAAF,IAAK8hB,EAAE7hB,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAAS+2D,CAAT,CAAWn1C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,IAAE,EAAV,EAAaozD,IAAE,CAAf,EAAiBC,IAAEvxC,EAAE5iB,MAAzB,EAAgCk0D,IAAEC,CAAlC;AAAqC1qD,oBAAEmZ,EAAEu4C,UAAF,CAAajH,GAAb,CAAF,EAAoBzqD,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoByqD,IAAEC,CAAtB,IAAyBj+C,IAAE0M,EAAEu4C,UAAF,CAAajH,GAAb,CAAF,EAAoB,UAAQ,QAAMh+C,CAAd,IAAiBpV,EAAErC,IAAF,CAAO,CAAC,CAAC,OAAKgL,CAAN,KAAU,EAAX,KAAgB,OAAKyM,CAArB,IAAwB,KAA/B,CAAjB,IAAwDpV,EAAErC,IAAF,CAAOgL,CAAP,GAAUyqD,GAAlE,CAA7C,IAAqHpzD,EAAErC,IAAF,CAAOgL,CAAP,CAAzI;AAArC,aAAwL,OAAO3I,CAAP;AAAS,kBAASw3D,CAAT,CAAW11C,CAAX,EAAa;AAAC,mBAAOA,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,CAApB,CAAvF;AAA8G,aAAzI,EAA2I9X,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAAS2tD,CAAT,CAAW71C,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAASyM,CAAT,CAAW0M,CAAX,EAAa1M,CAAb,EAAe;AAAC,qBAAI,IAAIpV,IAAE,EAAN,EAASozD,IAAE,CAAX,EAAaC,IAAE,CAAf,EAAiB96B,IAAE,CAAvB,EAAyB66B,IAAEtxC,EAAE5iB,MAAJ,IAAYm0D,IAAEj+C,EAAElW,MAAzC;AAAiDyJ,sBAAEmZ,EAAEsxC,CAAF,CAAF,EAAOh+C,EAAEi+C,CAAF,CAAP,KAAc,CAAd,GAAgBrzD,EAAEu4B,GAAF,IAAOzW,EAAEsxC,GAAF,CAAvB,GAA8BpzD,EAAEu4B,GAAF,IAAOnjB,EAAEi+C,GAAF,CAArC;AAAjD,iBAA6F,OAAOD,IAAEtxC,EAAE5iB,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe8hB,EAAErkB,KAAF,CAAQ21D,CAAR,CAAf,CAAZ,EAAuCC,IAAEj+C,EAAElW,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAeoV,EAAE3X,KAAF,CAAQ41D,CAAR,CAAf,CAAnD,EAA8ErzD,CAArF;AAAuF,oBAAO8hB,EAAE5iB,MAAF,GAAS,CAAT,GAAW4iB,EAAErkB,KAAF,EAAX,GAAqB,SAASuC,CAAT,CAAW8hB,CAAX,EAAa;AAAC,oBAAInZ,CAAJ,EAAMyqD,CAAN,EAAQC,CAAR,CAAU,OAAOvxC,EAAE5iB,MAAF,IAAU,CAAV,GAAY4iB,CAAZ,IAAenZ,IAAElH,KAAKgzD,KAAL,CAAW3yC,EAAE5iB,MAAF,GAAS,CAApB,CAAF,EAAyBk0D,IAAEtxC,EAAErkB,KAAF,CAAQ,CAAR,EAAUkL,CAAV,CAA3B,EAAwC0qD,IAAEvxC,EAAErkB,KAAF,CAAQkL,CAAR,CAA1C,EAAqDyqD,IAAEpzD,EAAEozD,CAAF,CAAvD,EAA4DC,IAAErzD,EAAEqzD,CAAF,CAA9D,EAAmEj+C,EAAEg+C,CAAF,EAAIC,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HvxC,CAA1H,CAA5B;AAAyJ,aAAIo1C,IAAEz1D,IAAN;AAAA,YAAWy0D,IAAE54D,OAAO07D,KAApB;AAAA,YAA0B7C,IAAED,EAAEkP,UAA9B;AAAA,YAAyCjO,IAAED,EAAE7nC,EAAF,GAAK,GAAhD;AAAA,YAAoDyoC,IAAEgD,OAAOw3B,SAA7D;AAAA,YAAuEz6B,IAAE,CAACiD,OAAOw3B,SAAjF;AAAA,YAA2F56B,IAAE,WAA7F;AAAA,YAAyGlB,IAAE5xD,KAAKD,GAAhH,CAAoH6xD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI5xD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CsxB,EAAED,CAAF,EAAI,EAAC7xB,MAAK,EAACkuD,SAAQz6B,CAAT,EAAW06B,SAAQ36B,CAAnB,EAAqBvvC,QAAOolB,CAA5B,EAA8B+kD,aAAYv+B,CAA1C,EAA4Cw+B,UAAS1+B,CAArD,EAAuD2+B,UAASzjE,CAAhE,EAAkE0jE,SAAQ9wE,CAA1E,EAA4E+wE,KAAIx/B,CAAhF,EAAkFy/B,SAAQj/B,CAA1F,EAA4Fk/B,YAAWn/B,CAAvG,EAAyGo/B,UAASz6D,CAAlH,EAAoH06D,eAAc78B,CAAlI,EAAoI/1D,MAAKmtC,CAAzI,EAA2I0lD,YAAWlzF,CAAtJ,EAAwJ2E,KAAI6xD,CAA5J,EAA8J28B,WAAU18E,CAAxK,EAA0KgtB,OAAM96B,CAAhL,EAAkLyqF,KAAIhgC,CAAtL,EAAwLigC,YAAW5sF,CAAnM,EAAqM6sF,eAAcnrF,CAAnN,EAAqNorF,WAAUtqD,CAA/N,EAAiOuqD,YAAWn9B,CAA5O,EAA8Oo9B,aAAYr8B,CAA1P,EAA4Ps8B,gBAAet2F,CAA3Q,EAA6Qu2F,mBAAkBl2D,CAA/R,EAAiSm2D,gBAAe9qF,CAAhT,EAAkT+qF,gBAAet+B,CAAjU,EAAmUu+B,KAAI7+B,CAAvU,EAAyU8+B,gBAAevtF,CAAxV,EAA0VwtF,eAAcv8B,CAAxW,EAA0Ww8B,eAAc58B,CAAxX,EAA0X68B,SAAQ38B,CAAlY,EAAoY48B,YAAW38B,CAA/Y,EAAiZ48B,YAAWn9B,CAA5Z,EAA8Zo9B,WAAU18B,CAAxa,EAAN,EAAJ,CAA9C,EAAqezB,EAAEyN,OAAF,CAAUt/B,IAAV,GAAe6xB,EAAE7xB,IAAtf,EAA2f6xB,EAAEwN,OAAF,CAAUr/B,IAAV,GAAe6xB,EAAE7xB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkE7f,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,GAAY;AAAC,mBAAM,EAACmiB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASl/E,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,mBAAOw+C,EAAEz6B,OAAF,CAAUo7D,OAAV,CAAkBzyE,CAAlB,EAAoBnZ,CAApB,EAAsByM,CAAtB,CAAP;AAAgC,kBAASpV,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAE,EAAN,CAAS,IAAG0M,EAAE5iB,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACp/E,wBAAE0M,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,+BAAO3kB,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBtD,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM9hB,CAAN,EAAQ;AAACqzD,sBAAEoT,YAAF,CAAezmE,CAAf;AAAkB,yBAAQpB,GAAR,CAAYwW,CAAZ,EAAe+D,IAAf,CAAoBxQ,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIyqD,IAAEj2D,QAAN;AAAA,YAAek2D,IAAE/1D,OAAO07D,KAAxB;AAAA,YAA8BzgC,IAAE86B,EAAEyS,KAAlC;AAAA,YAAwCt/D,IAAE6sD,EAAEhvB,IAA5C;AAAA,YAAiD4wB,IAAEzuD,EAAEosF,OAArD;AAAA,YAA6Dn8E,IAAE8hB,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKqlD,KAAL,GAAWrlD,CAAX,EAAa,KAAK2yE,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS5yE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAWpV,IAAEoV,EAAEkjE,IAAf;AAAA,oBAAoBllB,IAAE,EAAC7wD,KAAIuf,CAAL,EAAOxd,OAAMqE,CAAb,EAAtB,CAAsC3I,EAAE8hB,CAAF,IAAKsxC,CAAL,EAAOh+C,EAAEu/E,KAAF,IAASv/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAczhC,CAAd,EAAgBA,EAAE0hC,KAAF,GAAQ1/E,EAAEw/E,KAA1B,EAAgCx/E,EAAEw/E,KAAF,GAAQxhC,CAAjD,IAAoDh+C,EAAEu/E,KAAF,GAAQv/E,EAAEw/E,KAAF,GAAQxhC,CAA3E,EAA6Eh+C,EAAEq/E,OAAF,IAAWr/E,EAAE+xD,KAAb,IAAoBnnE,EAAEoV,EAAEu/E,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoB6S,EAAEu/E,KAAF,GAAQv/E,EAAEu/E,KAAF,CAAQE,KAApC,EAA0Cz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF1/E,EAAEq/E,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASyiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE2vE,IAAF,CAAOx2D,CAAP,CAAb,CAAuB,IAAG1M,CAAH,EAAK,OAAOA,MAAIzM,EAAEgsF,KAAN,IAAav/E,MAAIzM,EAAEisF,KAAnB,KAA2BjsF,EAAEgsF,KAAF,GAAQv/E,EAAEy/E,KAAV,EAAgBlsF,EAAEgsF,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D1/E,MAAIzM,EAAEisF,KAAN,KAAcx/E,EAAE0/E,KAAF,KAAU1/E,EAAE0/E,KAAF,CAAQD,KAAR,GAAcz/E,EAAEy/E,KAAhB,EAAsBz/E,EAAEy/E,KAAF,CAAQC,KAAR,GAAc1/E,EAAE0/E,KAAhD,GAAuD1/E,EAAE0/E,KAAF,GAAQnsF,EAAEisF,KAAjE,EAAuEx/E,EAAEy/E,KAAF,GAAQ,IAA/E,EAAoFlsF,EAAEisF,KAAF,CAAQC,KAAR,GAAcz/E,CAAlG,EAAoGzM,EAAEisF,KAAF,GAAQx/E,CAA1H,CAA/D,EAA4LA,EAAE9Q,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBuvD,IAAE/xC,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4B8xC,IAAEr7B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKizE,MAAL,GAAY,IAAIt+E,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKmjD,YAAL,CAAkB93C,CAAlB,CAAvB;AAA4C,aAA9D,EAA+DlhB,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASn/E,CAAT,EAAWpV,CAAX,EAAaqzD,CAAb,EAAe;AAAC,oBAAI96B,CAAJ,EAAM9hB,CAAN,EAAQm9C,CAAR,EAAUM,CAAV,EAAYF,CAAZ,EAAc9kC,CAAd,EAAgBpmB,CAAhB,EAAkBysD,CAAlB,CAAoB,IAAG,CAACngD,CAAJ,EAAM,OAAOzM,GAAP,CAAW,IAAG4vB,IAAE/xB,EAAE2sF,SAAF,CAAYnzF,CAAZ,CAAF,EAAiByW,IAAEjQ,EAAEssF,OAAF,CAAU19E,IAAEmjB,CAAZ,CAAnB,EAAkCq7B,IAAE,KAAKmhC,MAAL,CAAY11F,GAAZ,CAAgBoX,CAAhB,CAApC,EAAuDm9C,CAA1D,EAA4D,OAAOA,CAAP,CAASM,IAAEvrD,GAAF,EAAMqrD,IAAEX,IAAEA,CAAF,GAAIQ,CAAZ,EAAc3kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI/X,CAAJ,IAAS9I,CAAT;AAAWu1D,wBAAEv1D,EAAE8I,CAAF,CAAF,EAAOmsD,EAAEM,CAAF,MAAOvB,EAAEn1C,KAAF,CAAQ/V,CAAR,IAAWysD,CAAlB,CAAP;AAAX,iBAAuC,OAAOzzC,EAAEkyC,CAAF,EAAK/wD,IAAL,CAAUmS,CAAV,GAAa4+C,EAAE7wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BkkC,EAAE5uC,IAAF,CAAOrhB,WAAP,CAAmB6wD,CAAnB,CAA9B,EAAoD,CAAC5+C,IAAE,EAAH,EAAOlW,MAAP,KAAgBg1D,EAAEppC,KAAF,GAAQkpC,EAAE9mC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsD9gC,EAAErkC,MAAF,GAASmkC,EAAE7mC,YAAjE,EAA8E+mC,EAAEogC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0M9gC,EAAEppC,KAAF,GAAQ,CAAR,IAAWopC,EAAErkC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgBj+E,CAAhB,EAAkBy9C,CAAlB,CAAjO,EAAsPF,EAAE5wD,UAAF,CAAaC,WAAb,CAAyB2wD,CAAzB,CAAtP,EAAkRE,CAAzR;AAA2R,aAAvlB,EAAwlB+gC,iBAAgB,2BAAU;AAAC,uBAAOnzE,EAAE,kGAAgG,KAAKlhB,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDphC,EAAEz6B,OAAF,GAAU,IAAIy6B,CAAJ,EAAV,EAAgBP,EAAEhvB,IAAF,CAAO8wD,WAAP,GAAmBvhC,CAAnC,EAAqCP,EAAEhvB,IAAF,CAAO+wD,QAAP,GAAgB3+E,CAArD,EAAuD48C,EAAEhvB,IAAF,CAAOgxD,SAAP,GAAiBr1F,CAAxE,EAA0EqzD,EAAEhvB,IAAF,CAAOixD,WAAP,GAAmBlgF,CAA7F;AAA+F,KAAvlE,CAAwlE9X,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2C7f,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI1M,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQozD,CAAR;AAAA,gBAAU76B,CAAV;AAAA,gBAAY/xB,CAAZ;AAAA,gBAAcyuD,CAAd;AAAA,gBAAgBx+C,CAAhB;AAAA,gBAAkBo9C,IAAE,EAApB;AAAA,gBAAuBD,IAAE,CAAzB,CAA2B,KAAI9xC,IAAEnZ,EAAEmZ,CAAF,CAAN,EAAW8xC,IAAE9xC,EAAE5iB,MAAf;AAAuBkW,oBAAE0M,EAAEu4C,UAAF,CAAazG,GAAb,CAAF,EAAoB5zD,IAAE8hB,EAAEu4C,UAAF,CAAazG,GAAb,CAAtB,EAAwCR,IAAEtxC,EAAEu4C,UAAF,CAAazG,GAAb,CAA1C,EAA4Dr7B,IAAEnjB,KAAG,CAAjE,EAAmE5O,IAAE,CAAC,IAAE4O,CAAH,KAAO,CAAP,GAASpV,KAAG,CAAjF,EAAmFi1D,IAAE,CAAC,KAAGj1D,CAAJ,KAAQ,CAAR,GAAUozD,KAAG,CAAlG,EAAoG38C,IAAE,KAAG28C,CAAzG,EAA2GvvC,MAAM7jB,CAAN,IAASi1D,IAAEx+C,IAAE,EAAb,GAAgBoN,MAAMuvC,CAAN,MAAW38C,IAAE,EAAb,CAA3H,EAA4Io9C,IAAEA,IAAER,EAAEC,MAAF,CAAS/6B,CAAT,CAAF,GAAc86B,EAAEC,MAAF,CAAS9sD,CAAT,CAAd,GAA0B6sD,EAAEC,MAAF,CAAS2B,CAAT,CAA1B,GAAsC5B,EAAEC,MAAF,CAAS78C,CAAT,CAApL;AAAvB,aAAuN,OAAOo9C,CAAP;AAAS,kBAASlrD,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQpV,IAAE,EAAV,CAAa,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuByM,oBAAE0M,EAAEu4C,UAAF,CAAa1xD,CAAb,CAAF,EAAkByM,IAAE,GAAF,GAAMpV,KAAGozD,EAAEh+C,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQpV,KAAGozD,EAAE,MAAIh+C,MAAI,CAAV,CAAH,EAAgBpV,KAAGozD,EAAE,MAAI,KAAGh+C,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUpV,KAAGozD,EAAE,MAAIh+C,MAAI,EAAV,CAAH,EAAiBpV,KAAGozD,EAAE,MAAIh+C,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCpV,KAAGozD,EAAE,MAAI,KAAGh+C,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOpV,CAAP;AAAS,aAAIoV,IAAE9X,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAEoV,EAAEgwD,UAAvB;AAAA,YAAkChS,IAAE7qD,OAAOC,YAA3C;AAAA,YAAwD6qD,IAAE,mEAA1D,CAA8HrzD,EAAEoV,EAAEivB,IAAJ,EAAS,EAACkxD,cAAazzE,CAAd,EAAgB0zE,YAAW7sF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBrL,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAInZ,IAAElH,IAAN;AAAA,YAAW2T,IAAE9X,OAAO07D,KAApB;AAAA,YAA0Bh5D,IAAEoV,EAAEgwD,UAA9B;AAAA,YAAyChS,IAAEtxC,EAAEhe,OAA7C;AAAA,YAAqDuvD,IAAE,EAACoiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAS7zE,CAAT,EAAW;AAAC,uBAAO,KAAK4zE,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBmkB,CAArB,CAAhB,GAAwC,KAAK4zE,UAAL,GAAgB,CAAC5zE,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmK8zE,gBAAe,wBAAS9zE,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8sF,SAAL,EAAN;AAAA,oBAAuBrgF,IAAEg+C,EAAEtxC,CAAF,EAAInZ,CAAJ,CAAzB,CAAgC,OAAOyM,KAAG,CAAC,CAAJ,IAAOzM,EAAEjI,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQmQ,SAAQ,iBAASzD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,IAAE,KAAKsiC,UAAf,CAA0B,IAAGtiC,KAAG,CAAC,KAAKyiC,UAAZ,EAAuB,KAAI71F,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuBoV,wBAAEg+C,EAAEpzD,CAAF,CAAF,EAAOoV,EAAE0M,CAAF,KAAM1M,EAAE0M,CAAF,EAAKnZ,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYmtF,eAAc,uBAASh0E,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEqkB,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6BzD,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdi0E,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBltF,EAAEgkB,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASp0E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmZ,CAAL,KAAS,KAAKA,CAAL,EAAQ8zE,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAK9zE,CAAL,IAAQnZ,CAA9C,EAAgDA,EAAEgtF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20B31F,EAAEoV,CAAF,EAAI,EAAC+gF,QAAO,EAACC,gBAAe/iC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B/1D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,eAAD,EAAiB,sBAAjB,CAA9B,EAAuE7f,CAAvE;AAA0E,CAA7F,CAA8F,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,SAAOA,CAAP,GAAS,IAAT,GAAcA,aAAau1C,CAAb,GAAev1C,CAAf,GAAiB,IAAIu1C,CAAJ,CAAMv1C,CAAN,CAAtC;AAA+C,kBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,mBAAOA,KAAG01C,EAAEp2D,UAAF,CAAa0gB,EAAEu0E,MAAf,CAAH,GAA0Bv0E,EAAEu0E,MAAF,EAA1B,GAAqCv0E,CAA5C;AAA8C,kBAAS1M,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,gBAAIozD,IAAE,CAAN;AAAA,gBAAQC,IAAE,CAAV,CAAY,OAAOrzD,MAAIozD,IAAEmE,EAAE++B,KAAF,CAAQt2F,EAAE6zD,CAAF,GAAIz+C,CAAZ,EAAcpV,EAAEwG,CAAF,GAAImC,CAAlB,CAAF,EAAuB,MAAI3I,EAAEyG,CAAN,KAAU4sD,IAAEkE,EAAE++B,KAAF,CAAQt2F,EAAEg0D,CAAF,GAAI5+C,CAAZ,EAAcpV,EAAEyG,CAAF,GAAIkC,CAAlB,CAAZ,CAA3B,GAA8D,EAAC6kC,GAAE4lB,CAAH,EAAK1lB,GAAE2lB,CAAP,EAArE;AAA+E,kBAASrzD,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAKmZ,IAAEnZ,CAAP;AAAUmZ,qBAAG,EAAH;AAAV,aAAgB,OAAOA,CAAP;AAAS,kBAASsxC,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,KAAIh+C,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuBpV,oBAAE2I,EAAEyM,CAAF,CAAF,EAAOg+C,IAAEpzD,EAAEszD,MAAF,CAAS,CAAT,EAAYx0D,WAAZ,KAA0BkB,EAAEuzD,SAAF,CAAY,CAAZ,EAAcvzD,EAAEd,MAAhB,CAAnC,EAA2D4iB,EAAE,QAAMsxC,CAAR,IAAWC,EAAErzD,CAAF,CAAtE,EAA2E8hB,EAAE,QAAMsxC,CAAR,IAAW76B,EAAEv4B,CAAF,CAAtF;AAAvB;AAAkH,kBAASqzD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,mBAAO,UAASnZ,CAAT,EAAW;AAAC,uBAAO,KAAKmZ,CAAL,MAAUnZ,CAAV,KAAc,KAAKmZ,CAAL,IAAQnZ,CAAR,EAAU,KAAKotF,cAAL,EAAxB,GAA+C,IAAtD;AAA2D,aAA9E;AAA+E,kBAASx9D,CAAT,CAAWzW,CAAX,EAAa;AAAC,mBAAO,YAAU;AAAC,uBAAO,KAAKA,CAAL,CAAP;AAAe,aAAjC;AAAkC,kBAAStb,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC0M,gBAAEnZ,CAAF,KAAMA,KAAG,GAAT,EAAc,IAAI3I,IAAEu3D,EAAE1pB,GAAF,CAAMllC,IAAEmZ,CAAR,CAAN,CAAiB,OAAO1M,MAAIpV,IAAE,MAAIA,CAAV,GAAaA,CAApB;AAAsB,kBAASi1D,CAAT,CAAWnzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqBC,CAArB,EAAuB;AAAC,gBAAI96B,IAAEm/B,EAAE,CAACtE,IAAEtxC,CAAH,IAAM1M,CAAR,EAAU,CAAV,CAAN;AAAA,gBAAmB5O,IAAEkxD,EAAE,CAACrE,IAAE1qD,CAAH,IAAM3I,CAAR,EAAU,CAAV,CAArB,CAAkC,OAAO03D,EAAEG,EAAEN,EAAE++B,KAAF,CAAQ9vF,CAAR,EAAU+xB,CAAV,CAAF,CAAF,CAAP;AAA0B,kBAAS9hB,CAAT,CAAWqL,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqBC,CAArB,EAAuB96B,CAAvB,EAAyB9hB,CAAzB,EAA2B;AAAC,gBAAIo9C,CAAJ,EAAMD,CAAN,EAAQM,CAAR,EAAUF,CAAV,EAAY9kC,CAAZ,EAAcpmB,CAAd,EAAgBysD,CAAhB,EAAkB93B,CAAlB,EAAoB+P,CAApB,EAAsBE,CAAtB,EAAwBtwC,CAAxB,EAA0BqJ,CAA1B,EAA4B0B,CAA5B,EAA8BivD,CAA9B,EAAgCf,CAAhC,EAAkCptB,CAAlC,EAAoCmtB,CAApC,EAAsCiB,CAAtC,CAAwC,IAAG1uD,MAAI3I,CAAP,EAASwtC,IAAEp4B,IAAE0M,CAAJ,EAAM4rB,IAAE1tC,IAAE2I,CAAV,EAAYvL,IAAE65D,EAAE7D,CAAF,EAAI,CAAJ,CAAd,EAAqB3sD,IAAEwwD,EAAE5D,CAAF,EAAI,CAAJ,CAAvB,EAA8BlrD,IAAE,CAAC1B,IAAE+mC,CAAF,IAAK1rB,IAAE1M,CAAP,IAAUhY,IAAEswC,CAAF,IAAK/kC,IAAE3I,CAAP,CAAX,KAAuB,IAAE5C,CAAF,GAAIswC,CAA3B,CAAhC,EAA8D0pB,IAAEjvD,IAAEnI,CAAlE,EAAoEq2D,IAAE,EAAE7oB,IAAE/mC,CAAJ,KAAQrJ,IAAEswC,CAAV,CAAtE,EAAmFxe,IAAE,IAAE9xB,CAAF,GAAI65D,EAAEZ,CAAF,EAAI,CAAJ,IAAO5vD,CAAhG,EAAkGqC,IAAE,KAAGutD,IAAEe,CAAF,GAAI3wD,CAAJ,GAAM2O,IAAEhY,CAAX,CAApG,EAAkHm4D,IAAE0B,EAAE7hD,CAAF,EAAI,CAAJ,IAAOhY,CAAP,GAAS65D,EAAEG,CAAF,EAAI,CAAJ,IAAO3wD,CAAhB,GAAkB,CAAtI,EAAwIg3B,IAAE85B,EAAEmrB,IAAF,CAAOzrB,EAAEnuD,CAAF,EAAI,CAAJ,IAAO,IAAEomB,CAAF,GAAIqmC,CAAlB,CAA1I,EAA+J1B,IAAE,CAAC,CAAC/qD,CAAD,GAAG20B,CAAJ,KAAQ,IAAEvO,CAAV,CAAjK,EAA8K0kC,IAAEzrD,IAAEkuD,IAAExC,CAApL,EAAsLK,IAAE,CAAC,CAACprD,CAAD,GAAG20B,CAAJ,KAAQ,IAAEvO,CAAV,CAAxL,EAAqM8kC,IAAE7rD,IAAEkuD,IAAEnC,CAA3M,CAAT,KAA0N;AAAC,oBAAGpyC,MAAI1M,CAAP,EAAS,OAAM,CAAC,CAAP,CAAStM,IAAE,CAAC,CAAD,GAAG9I,CAAL,EAAOu1D,IAAE0B,EAAE,CAAC7hD,IAAE0M,CAAH,IAAMuxC,CAAN,IAAS,IAAED,CAAX,CAAF,EAAgB,CAAhB,IAAmB6D,EAAEj3D,CAAF,EAAI,CAAJ,CAAnB,GAA0Bi3D,EAAE5D,CAAF,EAAI,CAAJ,CAAnC,EAA0C51B,IAAE85B,EAAEmrB,IAAF,CAAOzrB,EAAEnuD,CAAF,EAAI,CAAJ,IAAO,IAAEysD,CAAhB,CAA5C,EAA+D1B,IAAEK,IAAE,CAACpyC,IAAE1M,CAAH,IAAM,CAAzE,EAA2Ew+C,IAAE,CAAC,CAAC9qD,CAAD,GAAG20B,CAAJ,IAAO,CAApF,EAAsFu2B,IAAE,CAAC,CAAClrD,CAAD,GAAG20B,CAAJ,IAAO,CAA/F;AAAiG,oBAAOwL,IAAEgsB,EAAEpB,CAAF,EAAID,CAAJ,EAAMR,CAAN,EAAQC,CAAR,EAAUvxC,CAAV,EAAYnZ,CAAZ,CAAF,EAAiBytD,IAAEnB,EAAEpB,CAAF,EAAID,CAAJ,EAAMR,CAAN,EAAQC,CAAR,EAAUj+C,CAAV,EAAYpV,CAAZ,CAAnB,EAAkCq3D,IAAE7wD,EAAEyiC,CAAF,EAAImtB,CAAJ,EAAM3/C,CAAN,CAApC,EAA6C,CAAC8hB,KAAG8+B,KAAG,GAAN,IAAW,CAAC9+B,CAAD,IAAI8+B,IAAE,GAAlB,MAAyBxD,IAAEK,CAAF,EAAIN,IAAEI,CAAN,EAAQ/qB,IAAEgsB,EAAEpB,CAAF,EAAID,CAAJ,EAAMR,CAAN,EAAQC,CAAR,EAAUvxC,CAAV,EAAYnZ,CAAZ,CAAV,EAAyBytD,IAAEnB,EAAEpB,CAAF,EAAID,CAAJ,EAAMR,CAAN,EAAQC,CAAR,EAAUj+C,CAAV,EAAYpV,CAAZ,CAApD,CAA7C,EAAiH,EAACwiF,QAAO,IAAIzgD,CAAJ,CAAM8xB,CAAN,EAAQD,CAAR,CAAR,EAAmB2iC,YAAWttD,CAA9B,EAAgCutD,UAASpgC,CAAzC,EAAxH;AAAoK,kBAASvC,CAAT,CAAW/xC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,gBAAG,MAAI8hB,CAAP,EAAS,OAAOrb,EAAEkC,CAAF,EAAIyM,CAAJ,EAAMpV,CAAN,CAAP,CAAgB,IAAIozD,CAAJ;AAAA,gBAAMC,CAAN;AAAA,gBAAQ96B,CAAR;AAAA,gBAAU/xB,CAAV;AAAA,gBAAYyuD,CAAZ;AAAA,gBAAcx+C,CAAd;AAAA,gBAAgBo9C,CAAhB;AAAA,gBAAkBD,IAAE,CAAC,IAAE9xC,CAAF,GAAI1M,CAAJ,GAAMmiD,EAAE7zB,GAAF,CAAM/6B,CAAN,EAAQ,CAAR,CAAP,KAAoB,IAAE4uD,EAAE7zB,GAAF,CAAM5hB,CAAN,EAAQ,CAAR,CAAtB,CAApB;AAAA,gBAAsDoyC,IAAE,CAAC,IAAEqD,EAAE7zB,GAAF,CAAM/6B,CAAN,EAAQ,CAAR,CAAF,GAAa,IAAEmZ,CAAF,GAAInZ,CAAJ,GAAMyM,CAAnB,GAAqB,KAAGmiD,EAAE7zB,GAAF,CAAM5hB,CAAN,EAAQ,CAAR,CAAH,GAAc9hB,CAApC,KAAwC,KAAGu3D,EAAE7zB,GAAF,CAAM5hB,CAAN,EAAQ,CAAR,CAA3C,CAAxD;AAAA,gBAA+GkyC,IAAEuD,EAAE7zB,GAAF,CAAMkwB,IAAE,CAAR,EAAU,CAAV,IAAa2D,EAAE7zB,GAAF,CAAMwwB,IAAE,CAAR,EAAU,CAAV,CAA9H;AAAA,gBAA2IhlC,IAAE,IAAIuoC,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAA7I;AAAA,gBAAwJ3uD,IAAE,CAACH,CAAD,IAAI,IAAEmZ,CAAN,CAA1J;AAAA,gBAAmKyzC,IAAE,EAArK,CAAwK,OAAOvB,IAAE,CAAF,IAAKZ,IAAE,IAAIqE,CAAJ,CAAM,CAACvD,CAAD,GAAG,CAAT,EAAWqD,EAAEmrB,IAAF,CAAO,CAAC1uB,CAAR,CAAX,EAAuByiC,OAAvB,CAA+B,CAA/B,CAAF,EAAoCpjC,IAAE,IAAIoE,CAAJ,CAAM,CAACvD,CAAD,GAAG,CAAT,EAAY,CAACqD,EAAEmrB,IAAF,CAAO,CAAC1uB,CAAR,CAAb,EAA0ByiC,OAA1B,CAAkC,CAAlC,CAA3C,KAAkFrjC,IAAE,CAACc,CAAD,GAAG,CAAH,GAAKqD,EAAEmrB,IAAF,CAAO1uB,CAAP,CAAP,EAAiBZ,IAAE,IAAIqE,CAAJ,CAAMjqB,EAAE4lB,CAAF,IAAKmE,EAAE7zB,GAAF,CAAM6zB,EAAE1pB,GAAF,CAAMulB,CAAN,CAAN,EAAe,IAAE,CAAjB,CAAX,CAAnB,EAAmDC,IAAE,CAACa,CAAD,GAAG,CAAH,GAAKqD,EAAEmrB,IAAF,CAAO1uB,CAAP,CAA1D,EAAoEX,IAAE,IAAIoE,CAAJ,CAAMjqB,EAAE6lB,CAAF,IAAKkE,EAAE7zB,GAAF,CAAM6zB,EAAE1pB,GAAF,CAAMwlB,CAAN,CAAN,EAAe,IAAE,CAAjB,CAAX,CAAxJ,GAAyL96B,IAAE66B,EAAEt8C,GAAF,CAAMu8C,CAAN,CAA3L,EAAoM58C,IAAE28C,EAAEt8C,GAAF,CAAMu8C,CAAN,EAASqjC,gBAAT,CAA0B,CAAC,EAA3B,CAAtM,EAAqO7iC,IAAET,EAAEt8C,GAAF,CAAMu8C,EAAEsjC,MAAF,EAAN,EAAkBD,gBAAlB,CAAmCn/B,EAAEmrB,IAAF,CAAO,CAAP,IAAU,CAA7C,CAAvO,EAAuRl8E,IAAEiQ,EAAEK,GAAF,CAAMoY,EAAE0nE,QAAF,CAAW/iC,CAAX,CAAN,CAAzR,EAA8SoB,IAAEx+C,EAAEK,GAAF,CAAMoY,EAAEynE,MAAF,GAAWC,QAAX,CAAoB/iC,CAApB,CAAN,CAAhT,EAA8Ut7B,EAAEs+D,MAAF,MAAYthC,EAAE53D,IAAF,CAAO+5D,EAAEn/B,EAAEu+D,IAAF,GAAOhuF,CAAT,EAAW2tD,CAAX,CAAP,CAA1V,EAAgXjwD,EAAEqwF,MAAF,MAAYthC,EAAE53D,IAAF,CAAO+5D,EAAElxD,EAAEswF,IAAF,GAAOhuF,CAAT,EAAW2tD,CAAX,CAAP,CAA5X,EAAkZxB,EAAE4hC,MAAF,MAAYthC,EAAE53D,IAAF,CAAO+5D,EAAEzC,EAAE6hC,IAAF,GAAOhuF,CAAT,EAAW2tD,CAAX,CAAP,CAA9Z,EAAoblB,CAA3b;AAA6b,kBAAS3B,CAAT,CAAW9xC,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAM,CAAC,CAACmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAD,GAAS,IAAEmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAX,GAAmB,IAAEmZ,EAAE,CAAF,EAAKnZ,CAAL,CAArB,GAA6BmZ,EAAE,CAAF,EAAKnZ,CAAL,CAA9B,EAAsC,KAAGmZ,EAAE,CAAF,EAAKnZ,CAAL,IAAQ,IAAEmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAV,GAAkBmZ,EAAE,CAAF,EAAKnZ,CAAL,CAArB,CAAtC,EAAoE,KAAG,CAACmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAD,GAASmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAZ,CAApE,EAAyFmZ,EAAE,CAAF,EAAKnZ,CAAL,CAAzF,CAAN;AAAwG,kBAASurD,CAAT,CAAWpyC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAE,IAAE8hB,CAAR,CAAU,OAAOy1C,EAAE7zB,GAAF,CAAM1jC,CAAN,EAAQ,CAAR,IAAWoV,EAAE,CAAF,EAAKzM,CAAL,CAAX,GAAmB,IAAE4uD,EAAE7zB,GAAF,CAAM1jC,CAAN,EAAQ,CAAR,CAAF,GAAa8hB,CAAb,GAAe1M,EAAE,CAAF,EAAKzM,CAAL,CAAlC,GAA0C,IAAE4uD,EAAE7zB,GAAF,CAAM5hB,CAAN,EAAQ,CAAR,CAAF,GAAa9hB,CAAb,GAAeoV,EAAE,CAAF,EAAKzM,CAAL,CAAzD,GAAiE4uD,EAAE7zB,GAAF,CAAM5hB,CAAN,EAAQ,CAAR,IAAW1M,EAAE,CAAF,EAAKzM,CAAL,CAAnF;AAA2F,kBAASqrD,CAAT,CAAWlyC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAU96B,IAAEq7B,EAAE9xC,CAAF,EAAI,GAAJ,CAAZ;AAAA,gBAAqBtb,IAAEqtD,EAAEt7B,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,EAAYA,EAAE,CAAF,CAAZ,EAAiBA,EAAE,CAAF,IAAK5vB,EAAE6kC,CAAxB,CAAvB;AAAA,gBAAkDynB,IAAE,CAApD,CAAsD,KAAI5B,IAAE,CAAN,EAAQA,IAAE7sD,EAAEtH,MAAZ,EAAmBm0D,GAAnB;AAAuBrzD,oBAAEk0D,EAAE1tD,EAAE6sD,CAAF,CAAF,EAAO,GAAP,EAAWvxC,CAAX,CAAF,EAAgBsxC,IAAEmC,EAAEv1D,CAAF,EAAI2I,EAAE+kC,CAAN,KAAU1tC,IAAE2I,EAAE+kC,CAAhC,EAAkC0lB,MAAI,CAAC,MAAI5sD,EAAE6sD,CAAF,CAAJ,IAAU,MAAI7sD,EAAE6sD,CAAF,CAAf,KAAsBj+C,EAAE2hF,WAAF,GAAgBvpD,CAAhB,GAAkB7kC,EAAE6kC,CAA1C,IAA6C,IAAEhnC,EAAE6sD,CAAF,CAAF,IAAQ7sD,EAAE6sD,CAAF,IAAK,CAA9D,KAAkE4B,GAApG;AAAvB,aAA+H,OAAOA,CAAP;AAAS,kBAAS/lC,CAAT,CAAWpN,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ,EAAMozD,CAAN,EAAQC,CAAR,EAAU96B,CAAV,EAAY/xB,CAAZ,EAAcyuD,CAAd,CAAgB,OAAOnzC,EAAE0rB,CAAF,IAAK7kC,EAAE6kC,CAAP,KAAW4lB,IAAEmE,EAAErhB,GAAF,CAAMp0B,EAAE0rB,CAAR,EAAU7kC,EAAE6kC,CAAZ,CAAF,EAAiB6lB,IAAEkE,EAAE5qC,GAAF,CAAM7K,EAAE0rB,CAAR,EAAU7kC,EAAE6kC,CAAZ,CAAnB,EAAkCjV,IAAEg/B,EAAErhB,GAAF,CAAMp0B,EAAE4rB,CAAR,EAAU/kC,EAAE+kC,CAAZ,CAApC,EAAmDlnC,IAAE+wD,EAAE5qC,GAAF,CAAM7K,EAAE4rB,CAAR,EAAU/kC,EAAE+kC,CAAZ,CAArD,EAAoEunB,IAAE7B,KAAGh+C,EAAEo4B,CAAL,IAAQp4B,EAAEo4B,CAAF,GAAI6lB,CAAlF,EAAoFrzD,IAAEu4B,KAAG/xB,CAAH,GAAK4O,EAAEs4B,CAAF,IAAKnV,CAAL,IAAQ08B,CAAb,GAAeA,KAAG,CAACzuD,IAAE+xB,CAAH,KAAO,CAACzW,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAP,KAAW1rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAjB,IAAoB,CAApB,GAAsBt4B,EAAEo4B,CAAF,GAAI4lB,CAA1B,GAA4BC,IAAEj+C,EAAEo4B,CAAvC,KAA2C6lB,IAAED,CAA7C,IAAgD76B,CAAhD,GAAkDnjB,EAAEs4B,CAApD,IAAuD,CAA1K,GAA6K1tC,IAAE,CAAF,GAAI,CAAxL;AAA0L,kBAAS8I,CAAT,CAAWgZ,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,gBAAIozD,IAAEzqD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAZ;AAAA,gBAAc6lB,IAAErzD,EAAEwtC,CAAF,GAAIp4B,EAAEo4B,CAAtB;AAAA,gBAAwBjV,IAAE5vB,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAhC;AAAA,gBAAkClnC,IAAExG,EAAE0tC,CAAF,GAAIt4B,EAAEs4B,CAA1C;AAAA,gBAA4CunB,IAAEnzC,EAAE0rB,CAAF,GAAIp4B,EAAEo4B,CAApD;AAAA,gBAAsD/2B,IAAEqL,EAAE4rB,CAAF,GAAIt4B,EAAEs4B,CAA9D;AAAA,gBAAgEmmB,IAAET,IAAE5sD,CAAF,GAAI6sD,IAAE96B,CAAxE;AAAA,gBAA0Eq7B,IAAE,CAACR,IAAE38C,CAAF,GAAI8hB,IAAE08B,CAAP,IAAUpB,CAAtF;AAAA,gBAAwFK,IAAE,CAACb,IAAE58C,CAAF,GAAIjQ,IAAEyuD,CAAP,IAAUpB,CAApG,CAAsG,IAAGD,KAAG,CAAH,IAAMA,KAAG,CAAT,IAAYM,KAAG,CAAf,IAAkBA,KAAG,CAAxB,EAA0B,OAAO,IAAInyB,CAAJ,CAAMjgB,EAAE0rB,CAAF,GAAI0mB,IAAEd,CAAZ,EAActxC,EAAE4rB,CAAF,GAAIwmB,IAAE37B,CAApB,CAAP;AAA8B,kBAASg9B,CAAT,CAAWzzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,mBAAO,MAAIsiD,EAAEH,EAAE1pB,GAAF,CAAM/rB,IAAEnZ,CAAR,CAAF,EAAayM,KAAGqhD,CAAhB,CAAX;AAA8B,kBAASh5B,CAAT,CAAW3b,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,mBAAO0M,IAAEnZ,CAAF,IAAK4sD,EAAEzzC,CAAF,EAAInZ,CAAJ,EAAMyM,CAAN,CAAZ;AAAqB,kBAASo4B,CAAT,CAAW1rB,CAAX,EAAa;AAAC,mBAAOA,IAAE,CAAF,GAAI,CAAC,CAAL,GAAO,CAAd;AAAgB,kBAAS4rB,CAAT,CAAW/kC,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,gBAAIozD,IAAE+C,EAAE08B,GAAF,CAAMt7B,EAAE++B,KAAF,CAAQlhF,EAAEs4B,CAAF,GAAI/kC,EAAE+kC,CAAd,EAAgBt4B,EAAEo4B,CAAF,GAAI7kC,EAAE6kC,CAAtB,CAAN,CAAN;AAAA,gBAAsC6lB,IAAErzD,EAAEg3F,aAAF,CAAgBl1E,IAAIm1E,MAAJ,CAAW,CAAC7jC,CAAZ,EAAczqD,CAAd,CAAhB,CAAxC,CAA0E,OAAO0qD,EAAE7lB,CAAF,GAAI7kC,EAAE6kC,CAAb;AAAe,kBAASpwC,CAAT,CAAW0kB,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,gBAAIC,CAAJ;AAAA,gBAAM96B,CAAN;AAAA,gBAAQ/xB,IAAEotD,EAAE9xC,CAAF,EAAI9hB,CAAJ,CAAV;AAAA,gBAAiBi1D,IAAEpB,EAAErtD,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,EAAYA,EAAE,CAAF,CAAZ,EAAiBA,EAAE,CAAF,IAAKmC,EAAE3I,CAAF,CAAtB,CAAnB,CAA+C,KAAIu4B,IAAE,CAAN,EAAQA,IAAE08B,EAAE/1D,MAAZ,EAAmBq5B,GAAnB;AAAuB,oBAAG,KAAG08B,EAAE18B,CAAF,CAAH,IAAS08B,EAAE18B,CAAF,KAAM,CAAf,KAAmB86B,IAAEa,EAAEe,EAAE18B,CAAF,CAAF,EAAOnjB,CAAP,EAAS0M,CAAT,CAAF,EAAcy1C,EAAE1pB,GAAF,CAAMwlB,IAAE1qD,EAAEyM,CAAF,CAAR,KAAeg+C,CAAhD,CAAH,EAAsD,OAAM,CAAC,CAAP;AAA7E;AAAsF,kBAAS3sD,CAAT,CAAWqb,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAEu3D,EAAEmrB,IAAF,CAAOnrB,EAAE7zB,GAAF,CAAM/6B,CAAN,EAAQ,CAAR,IAAW,IAAEmZ,CAAF,GAAI1M,CAAtB,CAAN,CAA+B,OAAM,CAAC,CAAC,CAACzM,CAAD,GAAG3I,CAAJ,KAAQ,IAAE8hB,CAAV,CAAD,EAAc,CAAC,CAACnZ,CAAD,GAAG3I,CAAJ,KAAQ,IAAE8hB,CAAV,CAAd,CAAN;AAAkC,aAAI3Z,CAAJ;AAAA,YAAMivD,CAAN;AAAA,YAAQf,CAAR;AAAA,YAAUptB,CAAV;AAAA,YAAYmtB,CAAZ;AAAA,YAAciB,CAAd;AAAA,YAAgBI,CAAhB;AAAA,YAAkBF,IAAE91D,IAApB;AAAA,YAAyBw1D,IAAEM,EAAE7zB,GAA7B;AAAA,YAAiC8zB,IAAEl6D,OAAO07D,KAA1C;AAAA,YAAgDrB,IAAEH,EAAEsO,KAApD;AAAA,YAA0D5O,IAAEM,EAAE4N,UAA9D;AAAA,YAAyElP,IAAEsB,EAAE2+B,MAAF,CAASC,cAApF;AAAA,YAAmGjgC,IAAEqB,EAAEnzB,IAAvG;AAAA,YAA4G8yB,IAAEhB,EAAEy8B,OAAhH;AAAA,YAAwH96B,IAAE3B,EAAEi9B,GAA5H;AAAA,YAAgIv7B,IAAE1B,EAAE08B,GAApI;AAAA,YAAwIn7B,IAAEvB,EAAE1yB,KAA5I;AAAA,YAAkJ+yB,IAAEe,EAAEloC,EAAF,GAAK,CAAzJ;AAAA,YAA2J9uB,IAAE41D,EAAEq8B,OAA/J;AAAA,YAAuKl7B,IAAEnB,EAAEo8B,OAA3K;AAAA,YAAmL97B,IAAE,EAArL;AAAA,YAAwL10B,IAAE41B,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK6kC,CAAL,GAAO1rB,KAAG,CAAV,EAAY,KAAK4rB,CAAL,GAAO/kC,KAAG,CAAtB;AAAwB,aAA5C,EAA6CgtE,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAE0rB,CAAF,KAAM,KAAKA,CAAd,IAAiB1rB,EAAE4rB,CAAF,KAAM,KAAKA,CAAnC;AAAqC,aAArG,EAAsGzsC,OAAM,iBAAU;AAAC,uBAAO,IAAI8gC,CAAJ,CAAM,KAAKyL,CAAX,EAAa,KAAKE,CAAlB,CAAP;AAA4B,aAAnJ,EAAoJupD,QAAO,gBAAStuF,CAAT,EAAWyM,CAAX,EAAa;AAAC,uBAAO,KAAK8hF,SAAL,CAAep1E,IAAIm1E,MAAJ,CAAWtuF,CAAX,EAAayM,CAAb,CAAf,CAAP;AAAuC,aAAhN,EAAiN+hF,WAAU,mBAASr1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAK6kC,CAAL,IAAQ1rB,CAAR,EAAU,KAAK4rB,CAAL,IAAQ/kC,CAAlB,EAAoB,KAAKotF,cAAL,EAApB,EAA0C,IAAjD;AAAsD,aAA/R,EAAgSqB,eAAc,uBAASt1E,CAAT,EAAW;AAAC,uBAAO,KAAKq1E,SAAL,CAAer1E,EAAE0rB,CAAjB,EAAmB1rB,EAAE4rB,CAArB,CAAP;AAA+B,aAAzV,EAA0VvC,MAAK,cAASrpB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAK6kC,CAAL,GAAO,KAAKE,CAAL,GAAO,CAAd,EAAgB,KAAKypD,SAAL,CAAer1E,CAAf,EAAiBnZ,CAAjB,CAAvB;AAA2C,aAAxZ,EAAyZ4V,OAAM,eAASuD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOwuD,EAAExuD,CAAF,MAAOA,IAAEmZ,CAAT,GAAY,KAAK0rB,CAAL,IAAQ1rB,CAApB,EAAsB,KAAK4rB,CAAL,IAAQ/kC,CAA9B,EAAgC,KAAKotF,cAAL,EAAhC,EAAsD,IAA7D;AAAkE,aAA/e,EAAgfsB,WAAU,mBAASv1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAK1H,KAAL,GAAasd,KAAb,CAAmBuD,CAAnB,EAAqBnZ,CAArB,CAAP;AAA+B,aAAviB,EAAwiBuuF,WAAU,mBAASp1E,CAAT,EAAW;AAAC,oBAAI1M,IAAEzM,EAAEmZ,CAAF,CAAN;AAAA,oBAAW9hB,IAAE,KAAKwtC,CAAlB;AAAA,oBAAoB4lB,IAAE,KAAK1lB,CAA3B,CAA6B,OAAO,KAAKF,CAAL,GAAOp4B,EAAE5O,CAAF,GAAIxG,CAAJ,GAAMoV,EAAEy+C,CAAF,GAAIT,CAAV,GAAYh+C,EAAEzM,CAArB,EAAuB,KAAK+kC,CAAL,GAAOt4B,EAAE3O,CAAF,GAAIzG,CAAJ,GAAMoV,EAAE4+C,CAAF,GAAIZ,CAAV,GAAYh+C,EAAE8+C,CAA5C,EAA8C,KAAK6hC,cAAL,EAA9C,EAAoE,IAA3E;AAAgF,aAA3qB,EAA4qBiB,eAAc,uBAASl1E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK1H,KAAL,EAAN,CAAmB,OAAO6gB,KAAGnZ,EAAEuuF,SAAF,CAAYp1E,CAAZ,CAAH,EAAkBnZ,CAAzB;AAA2B,aAApvB,EAAqvB2uF,YAAW,oBAASx1E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK6kC,CAAL,GAAO1rB,EAAE0rB,CAAf;AAAA,oBAAiBp4B,IAAE,KAAKs4B,CAAL,GAAO5rB,EAAE4rB,CAA5B,CAA8B,OAAO6pB,EAAEmrB,IAAF,CAAO/5E,IAAEA,CAAF,GAAIyM,IAAEA,CAAb,CAAP;AAAuB,aAAj0B,EAAk0BquB,OAAM,eAAS3hB,CAAT,EAAW;AAAC,uBAAO,KAAK0rB,CAAL,GAAOkqB,EAAE,KAAKlqB,CAAP,EAAS1rB,CAAT,CAAP,EAAmB,KAAK4rB,CAAL,GAAOgqB,EAAE,KAAKhqB,CAAP,EAAS5rB,CAAT,CAA1B,EAAsC,KAAKi0E,cAAL,EAAtC,EAA4D,IAAnE;AAAwE,aAA55B,EAA65B52F,SAAQ,iBAAS2iB,CAAT,EAAW;AAAC,oBAAInZ,IAAEwuD,EAAEr1C,CAAF,CAAN;AAAA,oBAAW1M,IAAEzM,IAAE+uD,EAAE,KAAKlqB,CAAP,EAAS1rB,CAAT,CAAF,GAAc,KAAK0rB,CAAhC;AAAA,oBAAkCxtC,IAAE2I,IAAE+uD,EAAE,KAAKhqB,CAAP,EAAS5rB,CAAT,CAAF,GAAc,KAAK4rB,CAAvD,CAAyD,OAAM,CAACt4B,CAAD,EAAGpV,CAAH,CAAN;AAAY,aAAt/B,EAAT,CAA1L,CAA4rCozD,EAAErxB,EAAEzjC,EAAJ,EAAO,CAAC,GAAD,EAAK,GAAL,CAAP,GAAkB44D,EAAEn1B,EAAEzjC,EAAJ,EAAO43D,CAAP,CAAlB,EAA4Bn0B,EAAEzjC,EAAF,CAAKR,QAAL,GAAc,UAASgkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAIyM,IAAE,KAAKo4B,CAAX;AAAA,gBAAaxtC,IAAE,KAAK0tC,CAApB,CAAsB,OAAOypB,EAAEr1C,CAAF,MAAO1M,IAAEsiD,EAAEtiD,CAAF,EAAI0M,CAAJ,CAAF,EAAS9hB,IAAE03D,EAAE13D,CAAF,EAAI8hB,CAAJ,CAAlB,GAA0BnZ,IAAEA,KAAG,GAA/B,EAAmCyM,IAAEzM,CAAF,GAAI3I,CAA9C;AAAgD,SAA9H,EAA+H+hC,EAAEkyC,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAGwuD,EAAEr1C,CAAF,CAAH,EAAQ,OAAOA,aAAaigB,CAAb,GAAejgB,CAAf,GAAiB,MAAI5hB,UAAUhB,MAAd,IAAsB,MAAI4iB,EAAE5iB,MAA5B,GAAmC,IAAI6iC,CAAJ,CAAMjgB,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,CAAnC,GAAoD,IAAIigB,CAAJ,CAAMjgB,CAAN,EAAQnZ,CAAR,CAA5E;AAAuF,SAArP,EAAsPo5B,EAAEmU,GAAF,GAAM,YAAU;AAAC,gBAAIp0B,CAAJ;AAAA,gBAAMnZ,CAAN;AAAA,gBAAQyM,IAAE+gD,EAAEo8B,OAAZ;AAAA,gBAAoBvyF,IAAEm2D,EAAEo8B,OAAxB,CAAgC,KAAIzwE,IAAE,CAAN,EAAQA,IAAE5hB,UAAUhB,MAApB,EAA2B4iB,GAA3B;AAA+BnZ,oBAAEzI,UAAU4hB,CAAV,CAAF,EAAe1M,IAAEmiD,EAAErhB,GAAF,CAAMvtC,EAAE6kC,CAAR,EAAUp4B,CAAV,CAAjB,EAA8BpV,IAAEu3D,EAAErhB,GAAF,CAAMvtC,EAAE+kC,CAAR,EAAU1tC,CAAV,CAAhC;AAA/B,aAA4E,OAAO,IAAI+hC,CAAJ,CAAM3sB,CAAN,EAAQpV,CAAR,CAAP;AAAkB,SAArY,EAAsY+hC,EAAEpV,GAAF,GAAM,YAAU;AAAC,gBAAI7K,CAAJ;AAAA,gBAAMnZ,CAAN;AAAA,gBAAQyM,IAAE+gD,EAAEq8B,OAAZ;AAAA,gBAAoBxyF,IAAEm2D,EAAEq8B,OAAxB,CAAgC,KAAI1wE,IAAE,CAAN,EAAQA,IAAE5hB,UAAUhB,MAApB,EAA2B4iB,GAA3B;AAA+BnZ,oBAAEzI,UAAU4hB,CAAV,CAAF,EAAe1M,IAAEmiD,EAAE5qC,GAAF,CAAMhkB,EAAE6kC,CAAR,EAAUp4B,CAAV,CAAjB,EAA8BpV,IAAEu3D,EAAE5qC,GAAF,CAAMhkB,EAAE+kC,CAAR,EAAU1tC,CAAV,CAAhC;AAA/B,aAA4E,OAAO,IAAI+hC,CAAJ,CAAM3sB,CAAN,EAAQpV,CAAR,CAAP;AAAkB,SAArhB,EAAshB+hC,EAAEw1D,QAAF,GAAW,YAAU;AAAC,mBAAO,IAAIx1D,CAAJ,CAAMxhC,CAAN,EAAQA,CAAR,CAAP;AAAkB,SAA9jB,EAA+jBwhC,EAAEy1D,QAAF,GAAW,YAAU;AAAC,mBAAO,IAAIz1D,CAAJ,CAAMu1B,CAAN,EAAQA,CAAR,CAAP;AAAkB,SAAvmB,EAAwmBv1B,EAAE01D,IAAF,GAAO,IAAI11D,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAA/mB,EAA0nB55B,IAAEwvD,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmiB,KAAL,GAAWhJ,KAAG,CAAd,EAAgB,KAAK+N,MAAL,GAAYlnB,KAAG,CAA/B;AAAiC,aAArD,EAAsDgtE,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAEgJ,KAAF,KAAU,KAAKA,KAAlB,IAAyBhJ,EAAE+N,MAAF,KAAW,KAAKA,MAAhD;AAAuD,aAAhI,EAAiI5uB,OAAM,iBAAU;AAAC,uBAAO,IAAIkH,CAAJ,CAAM,KAAK2iB,KAAX,EAAiB,KAAK+E,MAAtB,CAAP;AAAqC,aAAvL,EAAwL1wB,SAAQ,iBAAS2iB,CAAT,EAAW;AAAC,oBAAInZ,IAAEwuD,EAAEr1C,CAAF,CAAN;AAAA,oBAAW1M,IAAEzM,IAAE+uD,EAAE,KAAK5sC,KAAP,EAAahJ,CAAb,CAAF,GAAkB,KAAKgJ,KAApC;AAAA,oBAA0C9qB,IAAE2I,IAAE+uD,EAAE,KAAK7nC,MAAP,EAAc/N,CAAd,CAAF,GAAmB,KAAK+N,MAApE,CAA2E,OAAM,CAACza,CAAD,EAAGpV,CAAH,CAAN;AAAY,aAAnS,EAAT,CAA5nB,EAA26BozD,EAAEjrD,EAAE7J,EAAJ,EAAO,CAAC,OAAD,EAAS,QAAT,CAAP,CAA36B,EAAs8B44D,EAAE/uD,EAAE7J,EAAJ,EAAO43D,CAAP,CAAt8B,EAAg9B/tD,EAAE8rE,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAGwuD,EAAEr1C,CAAF,CAAH,EAAQ,OAAOA,aAAa3Z,CAAb,GAAe2Z,CAAf,GAAiB,MAAI5hB,UAAUhB,MAAd,IAAsB,MAAI4iB,EAAE5iB,MAA5B,GAAmC,IAAIiJ,CAAJ,CAAM2Z,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,CAAnC,GAAoD,IAAI3Z,CAAJ,CAAM2Z,CAAN,EAAQnZ,CAAR,CAA5E;AAAuF,SAAtkC,EAAukCR,EAAEsvF,IAAF,GAAO,IAAItvF,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAA9kC,EAAylCivD,IAAEO,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+uF,SAAL,CAAe51E,KAAG,IAAIigB,CAAJ,EAAlB,GAAyB,KAAKslC,OAAL,CAAa1+D,KAAG,IAAIR,CAAJ,EAAhB,CAAzB;AAAgD,aAApE,EAAqElH,OAAM,iBAAU;AAAC,uBAAO,IAAIm2D,CAAJ,CAAM,KAAKm5B,MAAL,CAAYtvF,KAAZ,EAAN,EAA0B,KAAKwgC,IAAL,CAAUxgC,KAAV,EAA1B,CAAP;AAAoD,aAA1I,EAA2I00E,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAEyuE,MAAF,CAAS5a,MAAT,CAAgB,KAAK4a,MAArB,CAAH,IAAiCzuE,EAAE2f,IAAF,CAAOk0C,MAAP,CAAc,KAAKl0C,IAAnB,CAAxC;AAAiE,aAA/N,EAAgOi2D,WAAU,mBAAS51E,CAAT,EAAW;AAAC,uBAAO,KAAKo0E,cAAL,CAAoB,QAApB,EAA6Bn0D,EAAEkyC,MAAF,CAASnyD,CAAT,CAA7B,GAA0C,KAAKi0E,cAAL,EAA1C,EAAgE,IAAvE;AAA4E,aAAlU,EAAmU4B,WAAU,qBAAU;AAAC,uBAAO,KAAKpH,MAAZ;AAAmB,aAA3W,EAA4WlpB,SAAQ,iBAASvlD,CAAT,EAAW;AAAC,uBAAO,KAAKo0E,cAAL,CAAoB,MAApB,EAA2B/tF,EAAE8rE,MAAF,CAASnyD,CAAT,CAA3B,GAAwC,KAAKi0E,cAAL,EAAxC,EAA8D,IAArE;AAA0E,aAA1c,EAA2c7uB,SAAQ,mBAAU;AAAC,uBAAO,KAAKzlC,IAAZ;AAAiB,aAA/e,EAAgf3W,OAAM,iBAAU;AAAC,uBAAO,KAAK2W,IAAL,CAAU3W,KAAjB;AAAuB,aAAxhB,EAAyhB+E,QAAO,kBAAU;AAAC,uBAAO,KAAK4R,IAAL,CAAU5R,MAAjB;AAAwB,aAAnkB,EAAokB+nE,SAAQ,mBAAU;AAAC,uBAAO,KAAKrH,MAAL,CAAYtvF,KAAZ,EAAP;AAA2B,aAAlnB,EAAmnB81F,aAAY,uBAAU;AAAC,uBAAO,KAAKxG,MAAL,CAAYtvF,KAAZ,GAAoBk2F,SAApB,CAA8B,KAAKrsE,KAAL,EAA9B,EAA2C,KAAK+E,MAAL,EAA3C,CAAP;AAAiE,aAA3sB,EAA4sBgoE,UAAS,oBAAU;AAAC,uBAAO,KAAKtH,MAAL,CAAYtvF,KAAZ,GAAoBk2F,SAApB,CAA8B,KAAKrsE,KAAL,EAA9B,EAA2C,CAA3C,CAAP;AAAqD,aAArxB,EAAsxBgtE,YAAW,sBAAU;AAAC,uBAAO,KAAKvH,MAAL,CAAYtvF,KAAZ,GAAoBk2F,SAApB,CAA8B,CAA9B,EAAgC,KAAKtnE,MAAL,EAAhC,CAAP;AAAsD,aAAl2B,EAAm2B2yD,QAAO,kBAAU;AAAC,uBAAO,KAAK+N,MAAL,CAAYtvF,KAAZ,GAAoBk2F,SAApB,CAA8B,KAAKrsE,KAAL,KAAa,CAA3C,EAA6C,KAAK+E,MAAL,KAAc,CAA3D,CAAP;AAAqE,aAA17B,EAA27BkoE,MAAK,cAASj2E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKivF,OAAL,GAAeZ,aAAf,CAA6Bl1E,CAA7B,CAAN;AAAA,oBAAsC1M,IAAE,KAAKyiF,QAAL,GAAgBb,aAAhB,CAA8Bl1E,CAA9B,CAAxC;AAAA,oBAAyE9hB,IAAE,KAAK+2F,WAAL,GAAmBC,aAAnB,CAAiCl1E,CAAjC,CAA3E;AAAA,oBAA+GsxC,IAAE,KAAK0kC,UAAL,GAAkBd,aAAlB,CAAgCl1E,CAAhC,CAAjH,CAAoJ,OAAOs1C,EAAE4gC,UAAF,CAAarvF,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,CAAP;AAA6B,aAA7nC,EAA8nC4jC,eAAc,uBAASl1E,CAAT,EAAW;AAAC,uBAAOs1C,EAAE4gC,UAAF,CAAa,KAAKJ,OAAL,GAAeV,SAAf,CAAyBp1E,CAAzB,CAAb,EAAyC,KAAKi1E,WAAL,GAAmBG,SAAnB,CAA6Bp1E,CAA7B,CAAzC,CAAP;AAAiF,aAAzuC,EAA0uCqM,QAAO,gBAASrM,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOwuD,EAAExuD,CAAF,MAAOA,IAAEmZ,CAAT,GAAY,KAAK2f,IAAL,CAAU3W,KAAV,IAAiB,IAAEhJ,CAA/B,EAAiC,KAAK2f,IAAL,CAAU5R,MAAV,IAAkB,IAAElnB,CAArD,EAAuD,KAAK4nF,MAAL,CAAY4G,SAAZ,CAAsB,CAACr1E,CAAvB,EAAyB,CAACnZ,CAA1B,CAAvD,EAAoF,IAA3F;AAAgG,aAA/1C,EAAg2CsvF,YAAW,oBAASn2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAK1H,KAAL,GAAaktB,MAAb,CAAoBrM,CAApB,EAAsBnZ,CAAtB,CAAP;AAAgC,aAAz5C,EAA05CuvF,eAAc,uBAASp2E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK4nF,MAAX;AAAA,oBAAkBn7E,IAAE,KAAK2hF,WAAL,EAApB,CAAuC,OAAM,EAAEj1E,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAN,IAAS1rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAf,IAAkBt4B,EAAEo4B,CAAF,GAAI1rB,EAAE0rB,CAAxB,IAA2Bp4B,EAAEs4B,CAAF,GAAI5rB,EAAE4rB,CAAnC,CAAN;AAA4C,aAAvgD,EAAwgDyqD,WAAU,mBAASr2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,KAAK6iF,UAAL,CAAgBtvF,CAAhB,EAAkBA,CAAlB,CAAN;AAAA,oBAA2B3I,IAAE,KAAKi4F,UAAL,CAAgB,CAACtvF,CAAjB,EAAmB,CAACA,CAApB,CAA7B,CAAoD,OAAOyM,EAAE8iF,aAAF,CAAgBp2E,CAAhB,KAAoB,CAAC9hB,EAAEk4F,aAAF,CAAgBp2E,CAAhB,CAA5B;AAA+C,aAAnoD,EAAT,CAA3lC,EAA0uFo1C,EAAEE,EAAE94D,EAAJ,EAAO43D,CAAP,CAA1uF,EAAovFkB,EAAE4gC,UAAF,GAAa,YAAU;AAAC,gBAAIl2E,IAAEigB,EAAEmU,GAAF,CAAMj2C,KAAN,CAAY,IAAZ,EAAiBC,SAAjB,CAAN;AAAA,gBAAkCyI,IAAEo5B,EAAEpV,GAAF,CAAM1sB,KAAN,CAAY,IAAZ,EAAiBC,SAAjB,CAApC;AAAA,gBAAgEkV,IAAE,IAAIjN,CAAJ,CAAMQ,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAZ,EAAc7kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAApB,CAAlE,CAAyF,OAAO,IAAI0pB,CAAJ,CAAMt1C,CAAN,EAAQ1M,CAAR,CAAP;AAAkB,SAAv3F,EAAw3FgiD,EAAEghC,KAAF,GAAQ,UAASt2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAOyuD,EAAE4gC,UAAF,CAAaj2D,EAAEmU,GAAF,CAAMp0B,EAAE81E,OAAF,EAAN,EAAkBjvF,EAAEivF,OAAF,EAAlB,CAAb,EAA4C71D,EAAEpV,GAAF,CAAM7K,EAAEi1E,WAAF,EAAN,EAAsBpuF,EAAEouF,WAAF,EAAtB,CAA5C,CAAP;AAA2F,SAAz+F,EAA0+F3/B,EAAEihC,SAAF,GAAY,UAASv2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAGmZ,IAAE,EAAC+L,MAAK/L,EAAE81E,OAAF,GAAYpqD,CAAlB,EAAoBxhC,KAAI8V,EAAE81E,OAAF,GAAYlqD,CAApC,EAAsClH,OAAM1kB,EAAEi1E,WAAF,GAAgBvpD,CAA5D,EAA8DjH,QAAOzkB,EAAEi1E,WAAF,GAAgBrpD,CAArF,EAAF,EAA0F/kC,IAAE,EAACklB,MAAKllB,EAAEivF,OAAF,GAAYpqD,CAAlB,EAAoBxhC,KAAIrD,EAAEivF,OAAF,GAAYlqD,CAApC,EAAsClH,OAAM79B,EAAEouF,WAAF,GAAgBvpD,CAA5D,EAA8DjH,QAAO59B,EAAEouF,WAAF,GAAgBrpD,CAArF,EAA5F,EAAoL5rB,EAAE+L,IAAF,IAAQllB,EAAE69B,KAAV,IAAiB79B,EAAEklB,IAAF,IAAQ/L,EAAE0kB,KAA3B,IAAkC1kB,EAAE9V,GAAF,IAAOrD,EAAE49B,MAA3C,IAAmD59B,EAAEqD,GAAF,IAAO8V,EAAEykB,MAAnP,EAA0P,OAAO6wB,EAAE4gC,UAAF,CAAa,IAAIj2D,CAAJ,CAAMw1B,EAAE5qC,GAAF,CAAM7K,EAAE+L,IAAR,EAAallB,EAAEklB,IAAf,CAAN,EAA2B0pC,EAAE5qC,GAAF,CAAM7K,EAAE9V,GAAR,EAAYrD,EAAEqD,GAAd,CAA3B,CAAb,EAA4D,IAAI+1B,CAAJ,CAAMw1B,EAAErhB,GAAF,CAAMp0B,EAAE0kB,KAAR,EAAc79B,EAAE69B,KAAhB,CAAN,EAA6B+wB,EAAErhB,GAAF,CAAMp0B,EAAEykB,MAAR,EAAe59B,EAAE49B,MAAjB,CAA7B,CAA5D,CAAP;AAA2H,SAAz3G,EAA03G8vB,IAAEsB,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK2vF,SAAL,CAAex2E,KAAG,IAAIigB,CAAJ,EAAlB,GAAyB,KAAKw2D,SAAL,CAAe5vF,KAAG,CAAlB,CAAzB;AAA8C,aAAlE,EAAmE2vF,WAAU,mBAASx2E,CAAT,EAAW;AAAC,uBAAO,KAAKo0E,cAAL,CAAoB,QAApB,EAA6Bn0D,EAAEkyC,MAAF,CAASnyD,CAAT,CAA7B,GAA0C,KAAKi0E,cAAL,EAA1C,EAAgE,IAAvE;AAA4E,aAArK,EAAsKyC,WAAU,qBAAU;AAAC,uBAAO,KAAKhW,MAAZ;AAAmB,aAA9M,EAA+M7M,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAE0gE,MAAF,CAAS7M,MAAT,CAAgB,KAAK6M,MAArB,CAAH,IAAiC1gE,EAAE22E,MAAF,KAAW,KAAKA,MAAxD;AAA+D,aAAjS,EAAkSx3F,OAAM,iBAAU;AAAC,uBAAO,IAAIo1D,CAAJ,CAAM,KAAKmsB,MAAL,CAAYvhF,KAAZ,EAAN,EAA0B,KAAKw3F,MAA/B,CAAP;AAA8C,aAAjW,EAAkWC,SAAQ,iBAAS52E,CAAT,EAAW;AAAC,uBAAO,KAAK62E,QAAL,CAAc7gC,EAAEh2C,CAAF,CAAd,CAAP;AAA2B,aAAjZ,EAAkZi2E,MAAK,cAASj2E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,IAAEwJ,EAAEy1D,QAAF,EAAd;AAAA,oBAA2BhxF,IAAEu7B,EAAEw1D,QAAF,EAA7B;AAAA,oBAA0CtiC,IAAE7/C,EAAE,KAAKotE,MAAP,EAAc,KAAKiW,MAAnB,EAA0B,KAAKA,MAA/B,EAAsC32E,CAAtC,CAA5C,CAAqF,KAAInZ,IAAE,CAAN,EAAQA,IAAE,CAAV,EAAYA,GAAZ;AAAgB3I,wBAAE,KAAK24F,QAAL,CAAc1jC,EAAEznB,CAAF,GAAI7kC,IAAE6tD,CAApB,EAAuBwgC,aAAvB,CAAqCl1E,CAArC,CAAF,EAA0CsxC,IAAE,KAAKulC,QAAL,CAAc1jC,EAAEvnB,CAAF,GAAI/kC,IAAE6tD,CAApB,EAAuBwgC,aAAvB,CAAqCl1E,CAArC,CAA5C,EAAoFuxC,IAAE,IAAItxB,CAAJ,CAAM/hC,EAAEwtC,CAAR,EAAU4lB,EAAE1lB,CAAZ,CAAtF,EAAqGnV,IAAEwJ,EAAEmU,GAAF,CAAM3d,CAAN,EAAQ86B,CAAR,CAAvG,EAAkH7sD,IAAEu7B,EAAEpV,GAAF,CAAMnmB,CAAN,EAAQ6sD,CAAR,CAApH;AAAhB,iBAA+I,OAAO+D,EAAE4gC,UAAF,CAAaz/D,CAAb,EAAe/xB,CAAf,CAAP;AAAyB,aAAhqB,EAAiqBmyF,UAAS,kBAAS72E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK65E,MAAX;AAAA,oBAAkBptE,IAAE,KAAKqjF,MAAzB,CAAgC,OAAO,IAAI12D,CAAJ,CAAMp5B,EAAE6kC,CAAF,GAAIp4B,IAAEmiD,EAAEnoC,GAAF,CAAMtN,CAAN,CAAZ,EAAqBnZ,EAAE+kC,CAAF,GAAIt4B,IAAEmiD,EAAEqhC,GAAF,CAAM92E,CAAN,CAA3B,CAAP;AAA4C,aAAlwB,EAAmwBo2E,eAAc,uBAASp2E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK65E,MAAX;AAAA,oBAAkBptE,IAAEmiD,EAAE7zB,GAAF,CAAM5hB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAZ,EAAc,CAAd,IAAiB+pB,EAAE7zB,GAAF,CAAM5hB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAZ,EAAc,CAAd,CAAjB,IAAmC6pB,EAAE7zB,GAAF,CAAM,KAAK+0D,MAAX,EAAkB,CAAlB,CAAvD,CAA4E,OAAOrjF,CAAP;AAAS,aAAl3B,EAAm3B+iF,WAAU,mBAASr2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,KAAKotE,MAAX;AAAA,oBAAkBxiF,IAAE,KAAKy4F,MAAzB;AAAA,oBAAgCrlC,IAAEh+C,EAAEkiF,UAAF,CAAax1E,CAAb,CAAlC,CAAkD,OAAO9hB,IAAE2I,CAAF,IAAKyqD,CAAL,IAAQA,KAAGpzD,IAAE2I,CAApB;AAAsB,aAAn9B,EAAT,CAA53G,EAA21IyqD,EAAEiD,EAAE/3D,EAAJ,EAAO,CAAC,QAAD,CAAP,CAA31I,EAA82I44D,EAAEb,EAAE/3D,EAAJ,EAAO43D,CAAP,CAA92I,EAAw3IjtB,IAAE0uB,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK2vF,SAAL,CAAex2E,KAAG,IAAIigB,CAAJ,EAAlB,GAAyBp5B,IAAEA,KAAG,EAA9B,EAAiC,KAAKkwF,OAAL,GAAalwF,EAAEkwF,OAAhD,EAAwD,KAAKC,OAAL,GAAanwF,EAAEmwF,OAAF,IAAWnwF,EAAEkwF,OAAlF,EAA0F,KAAKtC,UAAL,GAAgB5tF,EAAE4tF,UAA5G,EAAuH,KAAKC,QAAL,GAAc7tF,EAAE6tF,QAAvI,EAAgJ,KAAKuC,aAAL,GAAmBpwF,EAAEowF,aAAF,IAAiB,CAAC,CAArL;AAAuL,aAA3M,EAA4M93F,OAAM,iBAAU;AAAC,uBAAO,IAAIgoC,CAAJ,CAAM,KAAKu5C,MAAX,EAAkB,EAACqW,SAAQ,KAAKA,OAAd,EAAsBC,SAAQ,KAAKA,OAAnC,EAA2CvC,YAAW,KAAKA,UAA3D,EAAsEC,UAAS,KAAKA,QAApF,EAA6FuC,eAAc,KAAKA,aAAhH,EAAlB,CAAP;AAAyJ,aAAtX,EAAuXT,WAAU,mBAASx2E,CAAT,EAAW;AAAC,uBAAO,KAAKo0E,cAAL,CAAoB,QAApB,EAA6Bn0D,EAAEkyC,MAAF,CAASnyD,CAAT,CAA7B,GAA0C,KAAKi0E,cAAL,EAA1C,EAAgE,IAAvE;AAA4E,aAAzd,EAA0dyC,WAAU,qBAAU;AAAC,uBAAO,KAAKhW,MAAZ;AAAmB,aAAlgB,EAAmgBwW,cAAa,EAAhhB,EAAmhBN,SAAQ,iBAAS52E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK65E,MAAX;AAAA,oBAAkBptE,IAAE0iD,EAAEh2C,CAAF,CAApB,CAAyB,OAAO,IAAIigB,CAAJ,CAAMp5B,EAAE6kC,CAAF,GAAI,KAAKqrD,OAAL,GAAathC,EAAEnoC,GAAF,CAAMha,CAAN,CAAvB,EAAgCzM,EAAE+kC,CAAF,GAAI,KAAKorD,OAAL,GAAavhC,EAAEqhC,GAAF,CAAMxjF,CAAN,CAAjD,CAAP;AAAkE,aAAloB,EAAmoB6jF,aAAY,uBAAU;AAAC,oBAAIn3E,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,IAAE,KAAKu2F,UAAjB;AAAA,oBAA4BnjC,IAAE,KAAK2lC,aAAL,GAAmB,CAAC,CAApB,GAAsB,CAApD;AAAA,oBAAsD1lC,IAAE,CAAC,KAAKqlC,OAAL,CAAa14F,CAAb,CAAD,CAAxD;AAAA,oBAA0Eu4B,IAAEv4B,CAA5E;AAAA,oBAA8EwG,IAAE,KAAK0yF,YAAL,EAAhF;AAAA,oBAAoGjkC,IAAEzuD,EAAEgwF,QAAF,GAAWhwF,EAAE+vF,UAAnH;AAAA,oBAA8H9/E,IAAE8gD,EAAEsnB,IAAF,CAAO5pB,IAAE,KAAK+jC,YAAd,CAAhI;AAAA,oBAA4JnlC,IAAEoB,IAAEx+C,CAAhK,CAAkK,KAAIqL,IAAE,CAAN,EAAQA,KAAGrL,CAAX,EAAaqL,GAAb;AAAiBnZ,wBAAE4vB,IAAE66B,IAAES,CAAN,EAAQz+C,IAAE,KAAK+jF,oBAAL,CAA0B5gE,CAA1B,EAA4B5vB,CAA5B,CAAV,EAAyC0qD,EAAE11D,IAAF,CAAOyX,EAAEgkF,GAAT,EAAahkF,EAAEikF,GAAf,EAAmBjkF,EAAEkkF,EAArB,CAAzC,EAAkE/gE,IAAE5vB,CAApE;AAAjB,iBAAuF,OAAO0qD,CAAP;AAAS,aAA55B,EAA65B0kC,MAAK,cAASj2E,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAJ,EAAMyqD,CAAN,EAAQC,IAAE,IAAV,EAAe96B,IAAE86B,EAAE6lC,YAAF,EAAjB,EAAkC1yF,IAAE+xB,EAAEg+D,UAAtC,EAAiDthC,IAAE18B,EAAEi+D,QAArD,EAA8D//E,IAAErB,EAAE,KAAKotE,MAAP,EAAc,KAAKqW,OAAnB,EAA2B,KAAKC,OAAhC,EAAwCh3E,CAAxC,CAAhE,EAA2G+xC,IAAEgE,EAAEphD,EAAE+2B,CAAJ,CAA7G,EAAoHomB,IAAEiE,EAAEphD,EAAEi3B,CAAJ,CAAtH,EAA6HwmB,IAAEb,EAAEqlC,OAAF,CAAUlyF,CAAV,EAAawwF,aAAb,CAA2Bl1E,CAA3B,CAA/H,EAA6JkyC,IAAEX,EAAEqlC,OAAF,CAAUzjC,CAAV,EAAa+hC,aAAb,CAA2Bl1E,CAA3B,CAA/J,EAA6LoN,IAAE6S,EAAEmU,GAAF,CAAMge,CAAN,EAAQF,CAAR,CAA/L,EAA0MlrD,IAAEi5B,EAAEpV,GAAF,CAAMunC,CAAN,EAAQF,CAAR,CAA5M,EAAuNuB,IAAEv1D,EAAE6zD,CAAF,EAAIrtD,CAAJ,CAAzN,EAAgOi3B,IAAEz9B,EAAE4zD,CAAF,EAAIptD,CAAJ,CAAtO,EAA6O+uD,IAAEN,CAAF,IAAKx3B,IAAEw3B,CAApP;AAAuPM,wBAAEN,CAAF,KAAMtsD,IAAE0qD,EAAEqlC,OAAF,CAAUnjC,CAAV,EAAayhC,aAAb,CAA2Bl1E,CAA3B,CAAF,EAAgCyzC,KAAG,EAAzC,GAA6C93B,IAAEw3B,CAAF,KAAM7B,IAAEC,EAAEqlC,OAAF,CAAUj7D,CAAV,EAAau5D,aAAb,CAA2Bl1E,CAA3B,CAAF,EAAgC2b,KAAG,EAAzC,CAA7C,EAA0Fy2B,IAAE,IAAInyB,CAAJ,CAAMp5B,EAAE6kC,CAAR,EAAU4lB,EAAE1lB,CAAZ,CAA5F,EAA2Gxe,IAAE6S,EAAEmU,GAAF,CAAMhnB,CAAN,EAAQglC,CAAR,CAA7G,EAAwHprD,IAAEi5B,EAAEpV,GAAF,CAAM7jB,CAAN,EAAQorD,CAAR,CAA1H;AAAvP,iBAA4X,OAAOkD,EAAE4gC,UAAF,CAAa9oE,CAAb,EAAepmB,CAAf,CAAP;AAAyB,aAAn0C,EAAo0CowF,cAAa,wBAAU;AAAC,oBAAIp3E,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK4tF,UAAb;AAAA,oBAAwBnhF,IAAE,KAAKohF,QAA/B;AAAA,oBAAwCx2F,IAAE,KAAK+4F,aAA/C,CAA6D,OAAO/4F,MAAI8hB,IAAEnZ,CAAF,EAAIA,IAAEyM,CAAN,EAAQA,IAAE0M,CAAd,GAAiB,CAACnZ,IAAEyM,CAAF,IAAKpV,KAAG2I,MAAIyM,CAAb,MAAkBA,KAAG,GAArB,CAAjB,EAA2C,EAACmhF,YAAW5tF,CAAZ,EAAc6tF,UAASphF,CAAvB,EAAlD;AAA4E,aAAr+C,EAAs+C+jF,sBAAqB,8BAASr3E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAWpV,IAAEoV,EAAEsjF,OAAF,CAAU52E,CAAV,CAAb;AAAA,oBAA0BsxC,IAAEh+C,EAAEsjF,OAAF,CAAU/vF,CAAV,CAA5B;AAAA,oBAAyC0qD,IAAEj+C,EAAEmkF,aAAF,CAAgBz3E,CAAhB,CAA3C;AAAA,oBAA8DyW,IAAEnjB,EAAEmkF,aAAF,CAAgB5wF,CAAhB,CAAhE;AAAA,oBAAmFnC,IAAE,CAACsxD,EAAEnvD,CAAF,IAAKmvD,EAAEh2C,CAAF,CAAN,IAAY,CAAjG;AAAA,oBAAmGmzC,IAAE,IAAIlzB,CAAJ,CAAM/hC,EAAEwtC,CAAF,GAAIhnC,IAAE6sD,EAAE7lB,CAAd,EAAgBxtC,EAAE0tC,CAAF,GAAIlnC,IAAE6sD,EAAE3lB,CAAxB,CAArG;AAAA,oBAAgIj3B,IAAE,IAAIsrB,CAAJ,CAAMqxB,EAAE5lB,CAAF,GAAIhnC,IAAE+xB,EAAEiV,CAAd,EAAgB4lB,EAAE1lB,CAAF,GAAIlnC,IAAE+xB,EAAEmV,CAAxB,CAAlI,CAA6J,OAAM,EAAC8rD,IAAGx5F,CAAJ,EAAMo5F,KAAInkC,CAAV,EAAYokC,KAAI5iF,CAAhB,EAAkB6iF,IAAGlmC,CAArB,EAAN;AAA8B,aAApsD,EAAqsDmmC,eAAc,uBAASz3E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAWyM,IAAE0iD,EAAEh2C,CAAF,CAAb,CAAkB,OAAO,IAAIigB,CAAJ,CAAM,CAACp5B,EAAEkwF,OAAH,GAAWthC,EAAEqhC,GAAF,CAAMxjF,CAAN,CAAjB,EAA0BzM,EAAEmwF,OAAF,GAAUvhC,EAAEnoC,GAAF,CAAMha,CAAN,CAApC,CAAP;AAAqD,aAAtyD,EAAuyD8iF,eAAc,uBAASp2E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,IAAE,KAAK8lC,YAAL,EAAZ;AAAA,oBAAgC7lC,IAAED,EAAEojC,QAAF,GAAWpjC,EAAEmjC,UAA/C;AAAA,oBAA0Dh+D,IAAE,KAAKiqD,MAAjE;AAAA,oBAAwEh8E,IAAE+xB,EAAE++D,UAAF,CAAax1E,CAAb,CAA1E;AAAA,oBAA0FrL,IAAE8gD,EAAE++B,KAAF,CAAQx0E,EAAE4rB,CAAF,GAAInV,EAAEmV,CAAd,EAAgB5rB,EAAE0rB,CAAF,GAAIjV,EAAEiV,CAAtB,CAA5F;AAAA,oBAAqHqmB,IAAE,KAAKglC,OAAL,GAAa,KAAKC,OAAlB,GAA0BvhC,EAAEmrB,IAAF,CAAOnrB,EAAE7zB,GAAF,CAAM,KAAKm1D,OAAX,EAAmB,CAAnB,IAAsBthC,EAAE7zB,GAAF,CAAM6zB,EAAEqhC,GAAF,CAAMniF,CAAN,CAAN,EAAe,CAAf,CAAtB,GAAwC8gD,EAAE7zB,GAAF,CAAM,KAAKo1D,OAAX,EAAmB,CAAnB,IAAsBvhC,EAAE7zB,GAAF,CAAM6zB,EAAEnoC,GAAF,CAAM3Y,CAAN,CAAN,EAAe,CAAf,CAArE,CAAjJ;AAAA,oBAAyOm9C,IAAE,KAAK8kC,OAAL,CAAa,KAAKnC,UAAlB,EAA8B9yD,KAA9B,CAAoCgzB,CAApC,CAA3O;AAAA,oBAAkRvC,IAAE,KAAKwkC,OAAL,CAAa,KAAKlC,QAAlB,EAA4B/yD,KAA5B,CAAkCgzB,CAAlC,CAApR;AAAA,oBAAyTzC,IAAElrD,EAAEyvB,CAAF,EAAIzW,EAAE2hB,KAAF,CAAQgzB,CAAR,CAAJ,EAAe7C,CAAf,EAAiBM,CAAjB,CAA3T,CAA+U,OAAOb,IAAE,GAAF,GAAM1qD,IAAEqrD,KAAGv2B,EAAElF,EAAE++D,UAAF,CAAatjC,CAAb,CAAF,EAAkBxtD,CAAlB,CAAH,IAAyBi3B,EAAEj3B,CAAF,EAAIqtD,CAAJ,CAAjC,IAAyCz+C,IAAE6/C,EAAE18B,EAAEiV,CAAJ,EAAMjV,EAAEmV,CAAR,EAAU,KAAKmrD,OAAf,EAAuB,KAAKC,OAA5B,EAAoCh3E,EAAE0rB,CAAtC,EAAwC1rB,EAAE4rB,CAA1C,CAAF,EAA+C,OAAKt4B,CAAL,KAASA,IAAE,CAAC,MAAIA,CAAL,IAAQ,GAAnB,CAA/C,EAAuEpV,IAAEozD,EAAEmjC,UAAF,IAAcnhF,CAAd,IAAiBA,KAAGg+C,EAAEojC,QAA/F,EAAwG7tF,IAAE3I,KAAGy9B,EAAEj3B,CAAF,EAAIqtD,CAAJ,CAAH,IAAW,CAAC7zD,CAAD,KAAK,CAACg0D,CAAD,IAAIA,EAAE2hB,MAAF,CAAS7zD,CAAT,CAAT,CAA9J,GAAqLnZ,CAA5L;AAA8L,aAA90E,EAA+0EwvF,WAAU,mBAASr2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,KAAKk5F,YAAL,EAAR;AAAA,oBAA4B9lC,IAAE,KAAKovB,MAAnC;AAAA,oBAA0CnvB,IAAE4B,EAAE7B,EAAE5lB,CAAJ,EAAM4lB,EAAE1lB,CAAR,EAAU,KAAKmrD,OAAf,EAAuB,KAAKC,OAA5B,EAAoCh3E,EAAE0rB,CAAtC,EAAwC1rB,EAAE4rB,CAA1C,CAA5C,CAAyF,OAAO,OAAK2lB,CAAL,KAASA,IAAE,CAAC,MAAIA,CAAL,IAAQ,GAAnB,GAAwBj+C,IAAEpV,EAAEu2F,UAAF,IAAcljC,CAAd,IAAiBA,KAAGrzD,EAAEw2F,QAAhD,EAAyDphF,KAAG,KAAKsjF,OAAL,CAAarlC,CAAb,EAAgBikC,UAAhB,CAA2Bx1E,CAA3B,KAA+BnZ,CAAlG;AAAoG,aAApiF,EAAT,CAA13I,EAA06NyqD,EAAEnqB,EAAE3qC,EAAJ,EAAO,CAAC,SAAD,EAAW,SAAX,EAAqB,YAArB,EAAkC,UAAlC,EAA6C,eAA7C,CAAP,CAA16N,EAAg/N44D,EAAEjuB,EAAE3qC,EAAJ,EAAO43D,CAAP,CAAh/N,EAA0/NjtB,EAAE+uD,UAAF,GAAa,UAASl2E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmBC,CAAnB,EAAqB;AAAC,gBAAI96B,IAAE9hB,EAAEqL,EAAE0rB,CAAJ,EAAM1rB,EAAE4rB,CAAR,EAAU/kC,EAAE6kC,CAAZ,EAAc7kC,EAAE+kC,CAAhB,EAAkBt4B,CAAlB,EAAoBpV,CAApB,EAAsBozD,CAAtB,EAAwBC,CAAxB,CAAN,CAAiC,OAAO,IAAIpqB,CAAJ,CAAM1Q,EAAEiqD,MAAR,EAAe,EAAC+T,YAAWh+D,EAAEg+D,UAAd,EAAyBC,UAASj+D,EAAEi+D,QAApC,EAA6CqC,SAAQzjF,CAArD,EAAuD0jF,SAAQ94F,CAA/D,EAAiE+4F,eAAc,MAAI1lC,CAAnF,EAAf,CAAP;AAA6G,SAA3qO,EAA4qO+C,IAAEuB,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmBC,CAAnB,EAAqB;AAAC,qBAAK7sD,CAAL,GAAOsb,KAAG,CAAV,EAAY,KAAKrb,CAAL,GAAOkC,KAAG,CAAtB,EAAwB,KAAKkrD,CAAL,GAAOz+C,KAAG,CAAlC,EAAoC,KAAK4+C,CAAL,GAAOh0D,KAAG,CAA9C,EAAgD,KAAK2I,CAAL,GAAOyqD,KAAG,CAA1D,EAA4D,KAAKc,CAAL,GAAOb,KAAG,CAAtE;AAAwE,aAApG,EAAqGomC,cAAa,sBAAS33E,CAAT,EAAW;AAAC,uBAAO,IAAIs0C,CAAJ,CAAM,KAAK5vD,CAAL,GAAOsb,EAAEtb,CAAT,GAAW,KAAKqtD,CAAL,GAAO/xC,EAAErb,CAA1B,EAA4B,KAAKA,CAAL,GAAOqb,EAAEtb,CAAT,GAAW,KAAKwtD,CAAL,GAAOlyC,EAAErb,CAAhD,EAAkD,KAAKD,CAAL,GAAOsb,EAAE+xC,CAAT,GAAW,KAAKA,CAAL,GAAO/xC,EAAEkyC,CAAtE,EAAwE,KAAKvtD,CAAL,GAAOqb,EAAE+xC,CAAT,GAAW,KAAKG,CAAL,GAAOlyC,EAAEkyC,CAA5F,EAA8F,KAAKxtD,CAAL,GAAOsb,EAAEnZ,CAAT,GAAW,KAAKkrD,CAAL,GAAO/xC,EAAEoyC,CAApB,GAAsB,KAAKvrD,CAAzH,EAA2H,KAAKlC,CAAL,GAAOqb,EAAEnZ,CAAT,GAAW,KAAKqrD,CAAL,GAAOlyC,EAAEoyC,CAApB,GAAsB,KAAKA,CAAtJ,CAAP;AAAgK,aAA9R,EAA+RjwD,QAAO,kBAAU;AAAC,oBAAI6d,IAAE,KAAKtb,CAAX;AAAA,oBAAamC,IAAE,KAAKlC,CAApB;AAAA,oBAAsB2O,IAAE,KAAKy+C,CAA7B;AAAA,oBAA+B7zD,IAAE,KAAKg0D,CAAtC;AAAA,oBAAwCZ,IAAE,KAAKzqD,CAA/C;AAAA,oBAAiD0qD,IAAE,KAAKa,CAAxD;AAAA,oBAA0D37B,IAAEzW,IAAE9hB,CAAF,GAAI2I,IAAEyM,CAAlE,CAAoE,OAAO,MAAImjB,CAAJ,GAAM,IAAN,GAAW,IAAI69B,CAAJ,CAAMp2D,IAAEu4B,CAAR,EAAU,CAAC5vB,CAAD,GAAG4vB,CAAb,EAAe,CAACnjB,CAAD,GAAGmjB,CAAlB,EAAoBzW,IAAEyW,CAAtB,EAAwB,CAACnjB,IAAEi+C,CAAF,GAAIrzD,IAAEozD,CAAP,IAAU76B,CAAlC,EAAoC,CAAC5vB,IAAEyqD,CAAF,GAAItxC,IAAEuxC,CAAP,IAAU96B,CAA9C,CAAlB;AAAmE,aAAxb,EAAybt3B,OAAM,iBAAU;AAAC,uBAAO,IAAIm1D,CAAJ,CAAM,KAAK5vD,CAAX,EAAa,KAAKC,CAAlB,EAAoB,KAAKotD,CAAzB,EAA2B,KAAKG,CAAhC,EAAkC,KAAKrrD,CAAvC,EAAyC,KAAKurD,CAA9C,CAAP;AAAwD,aAAlgB,EAAmgByhB,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAM,CAAC,CAACA,CAAF,IAAM,KAAKtb,CAAL,KAASsb,EAAEtb,CAAX,IAAc,KAAKC,CAAL,KAASqb,EAAErb,CAAzB,IAA4B,KAAKotD,CAAL,KAAS/xC,EAAE+xC,CAAvC,IAA0C,KAAKG,CAAL,KAASlyC,EAAEkyC,CAArD,IAAwD,KAAKrrD,CAAL,KAASmZ,EAAEnZ,CAAnE,IAAsE,KAAKurD,CAAL,KAASpyC,EAAEoyC,CAA7F;AAAgG,aAAtnB,EAAunBzwB,OAAM,eAAS3hB,CAAT,EAAW;AAAC,uBAAO,KAAKtb,CAAL,GAAOkxD,EAAE,KAAKlxD,CAAP,EAASsb,CAAT,CAAP,EAAmB,KAAKrb,CAAL,GAAOixD,EAAE,KAAKjxD,CAAP,EAASqb,CAAT,CAA1B,EAAsC,KAAK+xC,CAAL,GAAO6D,EAAE,KAAK7D,CAAP,EAAS/xC,CAAT,CAA7C,EAAyD,KAAKkyC,CAAL,GAAO0D,EAAE,KAAK1D,CAAP,EAASlyC,CAAT,CAAhE,EAA4E,KAAKnZ,CAAL,GAAO+uD,EAAE,KAAK/uD,CAAP,EAASmZ,CAAT,CAAnF,EAA+F,KAAKoyC,CAAL,GAAOwD,EAAE,KAAKxD,CAAP,EAASpyC,CAAT,CAAtG,EAAkH,IAAzH;AAA8H,aAAvwB,EAAwwB3iB,SAAQ,iBAAS2iB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,CAAC,KAAK5O,CAAN,EAAQ,KAAKC,CAAb,EAAe,KAAKotD,CAApB,EAAsB,KAAKG,CAA3B,EAA6B,KAAKrrD,CAAlC,EAAoC,KAAKurD,CAAzC,CAAR,CAAoD,IAAGiD,EAAEr1C,CAAF,CAAH,EAAQ,KAAInZ,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuByM,sBAAEzM,CAAF,IAAK+uD,EAAEtiD,EAAEzM,CAAF,CAAF,EAAOmZ,CAAP,CAAL;AAAvB,iBAAsC,OAAO1M,CAAP;AAAS,aAAv4B,EAAT,CAA9qO,EAAikQghD,EAAE93D,EAAF,CAAKR,QAAL,GAAc,UAASgkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO,KAAKxJ,OAAL,CAAa2iB,CAAb,EAAgB9X,IAAhB,CAAqBrB,KAAG,GAAxB,CAAP;AAAoC,SAAjoQ,EAAkoQytD,EAAE+gC,SAAF,GAAY,UAASr1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO,IAAIytD,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,EAAct0C,CAAd,EAAgBnZ,CAAhB,CAAP;AAA0B,SAAtrQ,EAAurQytD,EAAE13C,IAAF,GAAO,YAAU;AAAC,mBAAO,IAAI03C,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,EAAc,CAAd,EAAgB,CAAhB,CAAP;AAA0B,SAAnuQ,EAAouQA,EAAE6gC,MAAF,GAAS,UAASn1E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAE,IAAIo2D,CAAJ,EAAN,CAAY,OAAOp2D,EAAEwG,CAAF,GAAI+wD,EAAEnoC,GAAF,CAAM0oC,EAAEh2C,CAAF,CAAN,CAAJ,EAAgB9hB,EAAEyG,CAAF,GAAI8wD,EAAEqhC,GAAF,CAAM9gC,EAAEh2C,CAAF,CAAN,CAApB,EAAgC9hB,EAAE6zD,CAAF,GAAI,CAAC7zD,EAAEyG,CAAvC,EAAyCzG,EAAEg0D,CAAF,GAAIh0D,EAAEwG,CAA/C,EAAiDxG,EAAE2I,CAAF,GAAIA,IAAEA,IAAE3I,EAAEwG,CAAN,GAAQ4O,IAAEpV,EAAEyG,CAAZ,IAAe,CAApE,EAAsEzG,EAAEk0D,CAAF,GAAI9+C,IAAEA,IAAEpV,EAAEwG,CAAN,GAAQmC,IAAE3I,EAAEyG,CAAZ,IAAe,CAAzF,EAA2FzG,CAAlG;AAAoG,SAA72Q,EAA82Qo2D,EAAE73C,KAAF,GAAQ,UAASuD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO,IAAIytD,CAAJ,CAAMt0C,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAYnZ,CAAZ,EAAc,CAAd,EAAgB,CAAhB,CAAP;AAA0B,SAA95Q,EAA+5QytD,EAAEsjC,QAAF,GAAWtjC,EAAE13C,IAAF,EAA16Q,EAAm7Q24C,IAAEM,EAAEh3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK63E,OAAL,GAAa73E,KAAGs0C,EAAE13C,IAAF,EAAhB;AAAyB,aAA3C,EAA4Czd,OAAM,iBAAU;AAAC,uBAAO,IAAIo2D,CAAJ,CAAM,KAAKsiC,OAAL,CAAa14F,KAAb,EAAN,CAAP;AAAmC,aAAhG,EAAiG00E,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAE63E,OAAF,CAAUhkB,MAAV,CAAiB,KAAKgkB,OAAtB,CAAV;AAAyC,aAA7J,EAA8JC,gBAAe,0BAAU;AAAC,qBAAK9D,aAAL,CAAmB,EAAC1zB,OAAM,WAAP,EAAmB99D,OAAM,IAAzB,EAAnB;AAAmD,aAA3O,EAA4O6yF,WAAU,mBAASr1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKgxF,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrjC,EAAE+gC,SAAF,CAAYr1E,CAAZ,EAAcnZ,CAAd,CAA1B,CAAb,EAAyD,KAAKixF,cAAL,EAAzD,EAA+E,IAAtF;AAA2F,aAA/V,EAAgWr7E,OAAM,eAASuD,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,uBAAO+hD,EAAExuD,CAAF,MAAOA,IAAEmZ,CAAT,GAAY1M,MAAIA,IAAE2sB,EAAEkyC,MAAF,CAAS7+D,CAAT,CAAF,EAAc,KAAKukF,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrjC,EAAE+gC,SAAF,CAAY/hF,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,CAA1B,CAA/B,CAAZ,EAA4F,KAAKisD,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrjC,EAAE73C,KAAF,CAAQuD,CAAR,EAAUnZ,CAAV,CAA1B,CAAzG,EAAiJyM,MAAI,KAAKukF,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrjC,EAAE+gC,SAAF,CAAY,CAAC/hF,EAAEo4B,CAAf,EAAiB,CAACp4B,EAAEs4B,CAApB,CAA1B,CAAjB,CAAjJ,EAAqN,KAAKksD,cAAL,EAArN,EAA2O,IAAlP;AAAuP,aAA7mB,EAA8mB3C,QAAO,gBAASn1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOA,IAAEo5B,EAAEkyC,MAAF,CAAStrE,CAAT,KAAao5B,EAAE01D,IAAjB,EAAsB,KAAKkC,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrjC,EAAE6gC,MAAF,CAASn1E,CAAT,EAAWnZ,EAAE6kC,CAAb,EAAe7kC,EAAE+kC,CAAjB,CAA1B,CAAnC,EAAkF,KAAKksD,cAAL,EAAlF,EAAwG,IAA/G;AAAoH,aAAvvB,EAAwvBhD,UAAS,kBAAS90E,CAAT,EAAW;AAAC,oBAAI1M,IAAEzM,EAAEmZ,CAAF,CAAN,CAAW,OAAO,KAAK63E,OAAL,GAAa,KAAKA,OAAL,CAAaF,YAAb,CAA0BrkF,CAA1B,CAAb,EAA0C,KAAKwkF,cAAL,EAA1C,EAAgE,IAAvE;AAA4E,aAAp2B,EAAq2BvD,QAAO,gBAASv0E,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAK63E,OAAL,GAAa73E,CAAb,EAAe,KAAK83E,cAAL,EAAf,EAAqC,IAAxC,IAA8C,KAAKD,OAA1D;AAAkE,aAA17B,EAAT,CAAr7Q,EAA23SziC,EAAEG,EAAE/4D,EAAJ,EAAO43D,CAAP,CAA33S,EAAq4SuB,IAAE,WAAS31C,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAKmuF,IAAL,GAAUh1E,KAAG,CAAb,EAAe,KAAK+3E,GAAL,GAASlxF,KAAG,CAA3B;AAA6B,SAAl7S,EAAm7S8uD,EAAEn5D,EAAF,GAAKm5D,EAAE14D,SAAF,GAAY,EAAC+X,KAAI,aAASgL,CAAT,EAAW;AAAC,uBAAO,IAAI21C,CAAJ,CAAMC,EAAE,KAAKo/B,IAAL,GAAUh1E,EAAEg1E,IAAd,EAAmBrgC,CAAnB,CAAN,EAA4BiB,EAAE,KAAKmiC,GAAL,GAAS/3E,EAAE+3E,GAAb,EAAiBpjC,CAAjB,CAA5B,CAAP;AAAwD,aAAzE,EAA0EqjC,aAAY,qBAASh4E,CAAT,EAAW;AAAC,uBAAO,IAAI21C,CAAJ,CAAM,KAAKq/B,IAAL,GAAUh1E,CAAhB,EAAkB,KAAK+3E,GAAvB,CAAP;AAAmC,aAArI,EAAsIlD,QAAO,kBAAU;AAAC,uBAAO,IAAIl/B,CAAJ,CAAO,CAAC,KAAKq/B,IAAb,EAAoB,CAAC,KAAK+C,GAA1B,CAAP;AAAuC,aAA/L,EAAgMjD,UAAS,kBAAS90E,CAAT,EAAW;AAAC,uBAAO,IAAI21C,CAAJ,CAAM,KAAKq/B,IAAL,GAAUh1E,EAAEg1E,IAAZ,GAAiB,KAAK+C,GAAL,GAAS/3E,EAAE+3E,GAAlC,EAAsC,KAAK/C,IAAL,GAAUh1E,EAAE+3E,GAAZ,GAAgB,KAAKA,GAAL,GAAS/3E,EAAEg1E,IAAjE,CAAP;AAA8E,aAAnS,EAAoSJ,kBAAiB,0BAAS50E,CAAT,EAAW;AAAC,uBAAO,IAAI21C,CAAJ,CAAM,KAAKq/B,IAAL,GAAUh1E,CAAhB,EAAkB,KAAK+3E,GAAL,GAAS/3E,CAA3B,CAAP;AAAqC,aAAtW,EAAuW20E,SAAQ,iBAAS30E,CAAT,EAAW;AAAC,oBAAInZ,IAAE4uD,EAAE++B,KAAF,CAAQ,KAAKuD,GAAb,EAAiB,KAAK/C,IAAtB,CAAN;AAAA,oBAAkC1hF,IAAEmiD,EAAEmrB,IAAF,CAAOnrB,EAAE7zB,GAAF,CAAM,KAAKm2D,GAAX,EAAe,CAAf,IAAkBtiC,EAAE7zB,GAAF,CAAM,KAAKozD,IAAX,EAAgB,CAAhB,CAAzB,CAApC;AAAA,oBAAiF92F,IAAEu3D,EAAE7zB,GAAF,CAAMtuB,CAAN,EAAQ,IAAE0M,CAAV,CAAnF,CAAgG,OAAO,IAAI21C,CAAJ,CAAMz3D,IAAEu3D,EAAEnoC,GAAF,CAAMzmB,IAAEmZ,CAAR,CAAR,EAAmB9hB,IAAEu3D,EAAEqhC,GAAF,CAAMjwF,IAAEmZ,CAAR,CAArB,CAAP;AAAwC,aAAngB,EAAogB6zD,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAO,KAAKg1E,IAAL,KAAYh1E,EAAEg1E,IAAd,IAAoB,KAAK+C,GAAL,KAAW/3E,EAAE+3E,GAAxC;AAA4C,aAAnkB,EAAokBhD,QAAO,kBAAU;AAAC,uBAAO,MAAI,KAAKgD,GAAhB;AAAoB,aAA1mB,EAAp8S,EAAgjU3iC,EAAEM,CAAF,EAAI,EAACuiC,UAAS,EAACC,KAAI/wD,CAAL,EAAOgxD,QAAO5jC,CAAd,EAAgB6jC,yBAAwBlmC,CAAxC,EAA0CmmC,wBAAuBjrE,CAAjE,EAAmEkrE,QAAOhkC,CAA1E,EAA4EikC,OAAMt4D,CAAlF,EAAoFu4D,MAAKljC,CAAzF,EAA2FmjC,MAAKpyF,CAAhG,EAAkGqyF,gBAAenjC,CAAjH,EAAmH6/B,WAAUp1E,CAA7H,EAA+H24E,UAAS9xF,CAAxI,EAA0I+xF,iBAAgBhtD,CAA1J,EAA4JitD,iBAAgBv9F,CAA5K,EAAV,EAAJ,CAAhjU,EAA+uUo6D,EAAEkM,OAAF,CAAUq2B,QAAV,GAAmBviC,EAAEuiC,QAApwU;AAA6wU,KAA5nd,IAA+ndz8F,OAAO07D,KAA7od;AAAmpd,CAA5vd,EAA6vd,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAn0d,CAA98P,EAAmxtB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,kBAAP,EAA0B,CAAC,sBAAD,EAAwB,iBAAxB,CAA1B,EAAqE7f,CAArE;AAAwE,CAA3F,CAA4F,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,OAAO0M,EAAEm8C,KAAF,IAASt1D,IAAEmZ,EAAE0rB,CAAF,CAAI78B,QAAN,EAAeyE,IAAE0M,EAAE4rB,CAAF,CAAI/8B,QAA9B,KAAyChI,IAAEmZ,EAAE2C,KAAF,IAAS3C,EAAE4C,OAAX,IAAoB,CAAtB,EAAwBtP,IAAE0M,EAAE+C,KAAF,IAAS/C,EAAEgD,OAAX,IAAoB,CAAvF,GAA0F,EAAC0oB,GAAE7kC,CAAH,EAAK+kC,GAAEt4B,CAAP,EAAjG;AAA2G,aAAIA,CAAJ;AAAA,YAAMpV,CAAN;AAAA,YAAQozD,CAAR;AAAA,YAAUC,CAAV;AAAA,YAAY96B,IAAEzW,EAAE/f,IAAhB;AAAA,YAAqByE,IAAE3C,OAAO9E,SAAP,CAAiBjB,QAAxC;AAAA,YAAiDm3D,IAAE33D,OAAO07D,KAA1D;AAAA,YAAgEviD,IAAEw+C,EAAEhB,WAApE;AAAA,YAAgFJ,IAAEoB,EAAEd,YAApF;AAAA,YAAiGP,IAAEqB,EAAE6Q,KAArG;AAAA,YAA2G5R,IAAEe,EAAEuO,EAAF,CAAK0E,MAAlH;AAAA,YAAyHlU,IAAEiB,EAAEmQ,UAA7H;AAAA,YAAwIl2C,IAAE+lC,EAAE5wB,IAA5I;AAAA,YAAiJv7B,IAAEomB,EAAE0jE,OAArJ;AAAA,YAA6Jr9B,IAAErmC,EAAEgkE,UAAjK;AAAA,YAA4Kz1D,IAAEw3B,EAAE8kC,QAAhL;AAAA,YAAyLvsD,IAAE1rB,EAAEtd,KAA7L;AAAA,YAAmMkpC,IAAE,QAArM;AAAA,YAA8MtwC,IAAE,oEAAhN;AAAA,YAAqRqJ,IAAE,sFAAvR;AAAA,YAA8W0B,IAAE+rD,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK/H,OAAL,GAAaozD,EAAE,EAAF,EAAK,KAAKpzD,OAAV,EAAkB+H,CAAlB,CAAb,EAAkCurD,EAAE51D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsB,KAAKlhB,OAA3B,CAAlC,EAAsE,KAAK6kF,MAAL,GAAY,KAAKmV,QAAL,CAAc,OAAd,CAAlF,EAAyG,KAAKC,WAAL,GAAiB,KAAKD,QAAL,CAAc,YAAd,CAA1H,EAAsJ,KAAKE,WAAL,GAAiB,KAAKF,QAAL,CAAc,YAAd,CAAvK,EAAmM,KAAKG,UAAL,GAAgB,KAAKH,QAAL,CAAc,WAAd,CAAnN,EAA8O,KAAKI,OAAL,GAAa,IAAI/lC,EAAE0O,OAAF,CAAUs3B,KAAd,EAA3P,EAA+Q,KAAKr6F,OAAL,CAAakqB,KAAb,IAAoB,KAAKqb,OAAL,CAAajoB,GAAb,CAAiB,OAAjB,EAAyB,KAAKtd,OAAL,CAAakqB,KAAtC,CAAnS,EAAgV,KAAKlqB,OAAL,CAAaivB,MAAb,IAAqB,KAAKsW,OAAL,CAAajoB,GAAb,CAAiB,QAAjB,EAA0B,KAAKtd,OAAL,CAAaivB,MAAvC,CAArW,EAAoZ,KAAKqrE,eAAL,EAApZ;AAA2a,aAA/b,EAAgct6F,SAAQ,EAACC,MAAK,SAAN,EAAgBs6F,SAAQ,EAAxB,EAAxc,EAAoet5E,QAAO,CAAC,OAAD,EAAS,YAAT,EAAsB,YAAtB,EAAmC,WAAnC,EAA+C,QAA/C,EAAwD,aAAxD,EAAsE,cAAtE,CAA3e,EAAikBu5E,MAAK,cAASt5E,CAAT,EAAW;AAAC,qBAAKk5E,OAAL,CAAa7kF,QAAb,CAAsBxY,IAAtB,CAA2BmkB,CAA3B;AAA8B,aAAhnB,EAAinByxB,OAAM,iBAAU;AAAC,qBAAKynD,OAAL,CAAa7kF,QAAb,GAAsB,EAAtB,EAAyB,KAAKklF,WAAL,EAAzB;AAA4C,aAA9qB,EAA+qB32C,SAAQ,mBAAU;AAAC,qBAAKs2C,OAAL,GAAa,IAAb,EAAkB,KAAKM,QAAL,KAAgB,KAAKA,QAAL,CAAc52C,OAAd,IAAwB,OAAO,KAAK42C,QAApD,CAAlB,EAAgFpnC,EAAE51D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAhF;AAAwG,aAA1yB,EAA2yBm8F,cAAa,wBAAU;AAAC,uBAAO,KAAKP,OAAZ;AAAoB,aAAv1B,EAAw1B9zB,SAAQ,mBAAU;AAAC,uBAAM,EAACp8C,OAAM,KAAKqb,OAAL,CAAarb,KAAb,EAAP,EAA4B+E,QAAO,KAAKsW,OAAL,CAAatW,MAAb,EAAnC,EAAN;AAAgE,aAA36B,EAA46Bw3C,SAAQ,iBAASvlD,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,CAAajoB,GAAb,CAAiB,EAAC4M,OAAMhJ,EAAEgJ,KAAT,EAAe+E,QAAO/N,EAAE+N,MAAxB,EAAjB,GAAkD,KAAKs3C,KAAL,GAAWrlD,CAA7D,EAA+D,KAAK+1B,OAAL,EAA/D;AAA8E,aAA9gC,EAA+gCmuB,aAAY,qBAASr9D,CAAT,EAAW;AAAC,qBAAI,IAAIyM,CAAJ,EAAMpV,IAAE8hB,EAAEnZ,EAAEs1D,KAAF,GAAQt1D,EAAEs1D,KAAF,CAAQqlB,YAAhB,GAA6B36E,EAAEzH,MAAjC,CAAZ,EAAqD,CAACkU,CAAD,IAAIpV,EAAEd,MAAF,GAAS,CAAb,KAAiBkW,IAAEpV,EAAE,CAAF,EAAKw7F,UAAP,EAAkB,CAACx7F,EAAEkV,EAAF,CAAK,KAAKixB,OAAV,CAAD,IAAqB,MAAInmC,EAAEd,MAA9D,CAArD;AAA4Hc,wBAAEA,EAAE6L,MAAF,EAAF;AAA5H,iBAAyI,IAAGuJ,CAAH,EAAK,OAAOA,EAAEqmF,UAAT;AAAoB,aAAzsC,EAA0sCC,aAAY,qBAAS55E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK2yF,QAAL,IAAe,KAAKA,QAAL,CAAcjuE,IAAd,CAAmBvL,CAAnB,EAAqBnZ,CAArB,CAAf;AAAuC,aAA3wC,EAA4wC0yF,aAAY,uBAAU;AAAC,qBAAKC,QAAL,IAAe,KAAKA,QAAL,CAAchtE,IAAd,EAAf;AAAoC,aAAv0C,EAAw0CqtE,iBAAgB,2BAAU;AAAC,qBAAKC,kBAAL,GAAwB,CAAC,CAAzB,EAA2B,KAAKP,WAAL,EAA3B;AAA8C,aAAj5C,EAAk5CQ,gBAAe,0BAAU;AAAC,qBAAKD,kBAAL,GAAwB,CAAC,CAAzB;AAA2B,aAAv8C,EAAw8C/jD,SAAQtf,CAAh9C,EAAk9CqiE,UAAS,kBAAS94E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,OAAO,UAASyM,CAAT,EAAW;AAAC,wBAAIpV,IAAE2I,EAAEq9D,WAAF,CAAc5wD,CAAd,CAAN,CAAuBpV,KAAG,CAAC2I,EAAEizF,kBAAN,IAA0BjzF,EAAE4c,OAAF,CAAUzD,CAAV,EAAY,EAACqkB,SAAQnmC,CAAT,EAAWilB,eAAc7P,CAAzB,EAA2BnT,MAAK6f,CAAhC,EAAZ,CAA1B;AAA0E,iBAApH;AAAqH,aAAvmD,EAAwmDo5E,iBAAgB,2BAAU;AAACjmC,kBAAEuO,EAAF,CAAKs4B,KAAL,KAAa,KAAKR,QAAL,GAAc,IAAIjoC,CAAJ,CAAM,IAAN,EAAW,KAAKzyD,OAAL,CAAau6F,OAAb,IAAsB,EAAjC,CAA3B;AAAiE,aAApsD,EAAqsDY,gBAAe,0BAAU;AAAC,oBAAIj6E,IAAE,KAAKqkB,OAAX;AAAA,oBAAmBx9B,IAAEmZ,EAAEie,MAAF,EAArB;AAAA,oBAAgC3qB,IAAEqf,SAAS3S,EAAE5D,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,CAAlC;AAAA,oBAAoEle,IAAEy0B,SAAS3S,EAAE5D,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAAtE,CAAuG,OAAM,EAAC2P,MAAKllB,EAAEklB,IAAF,GAAOzY,CAAb,EAAepJ,KAAIrD,EAAEqD,GAAF,GAAMhM,CAAzB,EAAN;AAAkC,aAAx2D,EAAy2Dg8F,eAAc,uBAASl6E,CAAT,EAAW;AAAC,oBAAI1M,IAAE,KAAK2mF,cAAL,EAAN;AAAA,oBAA4B/7F,IAAE2I,EAAEmZ,CAAF,CAA9B;AAAA,oBAAmCsxC,IAAEpzD,EAAEwtC,CAAF,GAAIp4B,EAAEyY,IAA3C;AAAA,oBAAgDwlC,IAAErzD,EAAE0tC,CAAF,GAAIt4B,EAAEpJ,GAAxD,CAA4D,OAAO,IAAIyxB,EAAE48D,KAAN,CAAYjnC,CAAZ,EAAcC,CAAd,CAAP;AAAwB,aAAv9D,EAAT,CAAhX,CAAm1E4B,EAAEuO,EAAF,CAAKlhC,MAAL,CAAYn6B,CAAZ,GAAeA,EAAE8rE,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAOyqD,EAAEj6B,OAAF,CAAU86C,MAAV,CAAiBnyD,CAAjB,EAAmBnZ,CAAnB,CAAP;AAA6B,SAAnE,EAAoEyM,IAAEw+C,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKpZ,UAAL,GAAgB,EAAhB,EAAmB,KAAKmD,MAAL,GAAY,IAA/B,EAAoCiW,MAAI,KAAK25E,UAAL,GAAgB35E,CAAhB,EAAkB,KAAKouB,OAAL,EAAtB,CAApC;AAA0E,aAA5F,EAA6FwU,SAAQ,mBAAU;AAAC,oBAAI5iC,CAAJ,EAAMnZ,CAAN,CAAQ,KAAI,KAAK8yF,UAAL,IAAiB,KAAKA,UAAL,CAAgB7F,cAAhB,CAA+B,IAA/B,CAAjB,EAAsD9zE,IAAE,KAAKpZ,UAA7D,EAAwEC,IAAE,CAA9E,EAAgFA,IAAEmZ,EAAE5iB,MAApF,EAA2FyJ,GAA3F;AAA+F,yBAAKD,UAAL,CAAgBC,CAAhB,EAAmB+7C,OAAnB;AAA/F,iBAA4H,KAAK74C,MAAL,GAAY,IAAZ;AAAiB,aAArQ,EAAsQuZ,MAAKmT,CAA3Q,EAA6Q2X,SAAQ,mBAAU;AAAC,qBAAKurD,UAAL,IAAiB,KAAKA,UAAL,CAAgB9F,WAAhB,CAA4B,IAA5B,CAAjB;AAAmD,aAAnV,EAAoVrtE,QAAO,gBAASxG,CAAT,EAAW;AAAC,qBAAKpZ,UAAL,CAAgB/K,IAAhB,CAAqBmkB,CAArB,GAAwBA,EAAEjW,MAAF,GAAS,IAAjC;AAAsC,aAA7Y,EAA8YowF,UAAS,kBAASn6E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKD,UAAL,CAAgBhI,MAAhB,CAAuBiI,CAAvB,EAAyB,CAAzB,EAA2BmZ,CAA3B,GAA8BA,EAAEjW,MAAF,GAAS,IAAvC;AAA4C,aAAjd,EAAkdyM,QAAO,gBAASwJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE8hB,IAAEnZ,CAAV,CAAY,KAAIyM,IAAE0M,CAAN,EAAQ1M,IAAEpV,CAAV,EAAYoV,GAAZ;AAAgB,yBAAK1M,UAAL,CAAgB0M,CAAhB,EAAmB8mF,UAAnB;AAAhB,iBAAgD,KAAKxzF,UAAL,CAAgBhI,MAAhB,CAAuBohB,CAAvB,EAAyBnZ,CAAzB;AAA4B,aAA/jB,EAAgkBuzF,YAAW,sBAAU;AAAC,qBAAK3oD,KAAL,IAAa,KAAKmR,OAAL,EAAb;AAA4B,aAAlnB,EAAmnBnR,OAAM,iBAAU;AAAC,qBAAKj7B,MAAL,CAAY,CAAZ,EAAc,KAAK5P,UAAL,CAAgBxJ,MAA9B;AAAsC,aAA1qB,EAA2qBi9F,YAAW,sBAAU;AAAC,qBAAKtwF,MAAL,IAAa,KAAKA,MAAL,CAAYswF,UAAZ,EAAb;AAAsC,aAAvuB,EAAwuBpG,gBAAe,0BAAU;AAAC,qBAAKoG,UAAL;AAAkB,aAApxB,EAAqxBrG,eAAc,yBAAU;AAAC,qBAAKqG,UAAL;AAAkB,aAAh0B,EAAi0BC,gBAAe,wBAASt6E,CAAT,EAAW;AAAC,0BAAQA,EAAEmuD,MAAV,GAAiB,KAAK7qD,IAAL,CAAUtD,EAAE8pB,KAAZ,EAAkB9pB,EAAElL,KAApB,CAAjB,GAA4C,aAAWkL,EAAEmuD,MAAb,IAAqB,KAAK33D,MAAL,CAAYwJ,EAAElL,KAAd,EAAoBkL,EAAE8pB,KAAF,CAAQ1sC,MAA5B,CAAjE,EAAqG,KAAKi9F,UAAL,EAArG;AAAuH,aAAn9B,EAAT,CAAtE,EAAqiCn8F,IAAE4zD,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMpV,CAAN,CAAQ,KAAKiuB,MAAL,GAAYtlB,KAAG,EAAf,CAAkB,KAAIyM,CAAJ,IAAS0M,CAAT;AAAW9hB,wBAAE8hB,EAAE1M,CAAF,CAAF,EAAOpV,IAAE,KAAKq8F,KAAL,CAAWr8F,CAAX,EAAaoV,CAAb,CAAT,EAAyB,KAAKA,CAAL,IAAQpV,CAAjC;AAAX;AAA8C,aAA5F,EAA6FX,KAAI,aAASyiB,CAAT,EAAW;AAAC,uBAAOmzC,EAAE7gC,MAAF,CAAStS,CAAT,EAAW,CAAC,CAAZ,EAAe,IAAf,CAAP;AAA4B,aAAzI,EAA0I3F,KAAI,aAAS2F,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAEi1D,EAAE7gC,MAAF,CAAStS,CAAT,EAAW,CAAC,CAAZ,EAAe,IAAf,CAAR,CAA6B9hB,MAAI2I,CAAJ,KAAQyM,IAAE,KAAKq+D,IAAL,CAAU3xD,CAAV,EAAY,KAAKu6E,KAAL,CAAW1zF,CAAX,EAAamZ,CAAb,CAAZ,CAAF,EAA+B1M,KAAG,KAAK0gF,aAAL,CAAmB,EAAC1zB,OAAM,KAAKn0C,MAAL,GAAYnM,CAAnB,EAAqBxd,OAAMqE,CAA3B,EAAnB,CAA1C;AAA6F,aAAtR,EAAuR8qE,MAAK,cAAS3xD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAU96B,IAAEzW,EAAElkB,OAAF,CAAU,GAAV,KAAgB,CAA5B,CAA8B,IAAG26B,CAAH,EAAK,KAAInjB,IAAE0M,EAAE/c,KAAF,CAAQ,GAAR,CAAF,EAAequD,IAAE,EAArB,EAAwBh+C,EAAElW,MAAF,GAAS,CAAjC,GAAoC;AAAC,wBAAGk0D,KAAGh+C,EAAE5K,KAAF,EAAH,EAAa6oD,IAAE4B,EAAE7gC,MAAF,CAASg/B,CAAT,EAAW,CAAC,CAAZ,EAAe,IAAf,CAAf,EAAoCC,MAAIA,IAAE,IAAIrzD,CAAJ,CAAM,EAAN,EAASozD,IAAE,GAAX,CAAF,EAAkBC,EAAEsiC,WAAF,CAAc,IAAd,CAAlB,EAAsC,KAAKviC,CAAL,IAAQC,CAAlD,CAApC,EAAyFA,aAAarzD,CAAzG,EAA2G,OAAOqzD,EAAEl3C,GAAF,CAAM/G,EAAEpL,IAAF,CAAO,GAAP,CAAN,EAAkBrB,CAAlB,GAAqB4vB,CAA5B,CAA8B66B,KAAG,GAAH;AAAO,wBAAO,KAAKkpC,MAAL,CAAYx6E,CAAZ,GAAemzC,EAAEz3C,MAAF,CAASsE,CAAT,EAAY,IAAZ,EAAiBnZ,CAAjB,CAAf,EAAmC4vB,CAA1C;AAA4C,aAA9iB,EAA+iB+jE,QAAO,gBAASx6E,CAAT,EAAW;AAAC,oBAAInZ,IAAEssD,EAAE7gC,MAAF,CAAStS,CAAT,EAAW,CAAC,CAAZ,EAAe,IAAf,CAAN,CAA2BnZ,KAAGA,EAAEitF,cAAL,IAAqBjtF,EAAEitF,cAAF,CAAiB,IAAjB,CAArB;AAA4C,aAAzoB,EAA0oByG,OAAM,eAASv6E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE5O,EAAEpH,IAAF,CAAO0iB,CAAP,CAAN,CAAgB,OAAO,SAAOA,CAAP,IAAUhZ,EAAEgZ,CAAF,CAAV,IAAgB,sBAAoB1M,CAApC,KAAwC0M,aAAa9hB,CAAb,IAAgB8hB,aAAa8xC,CAA7B,KAAiC9xC,IAAE,IAAI9hB,CAAJ,CAAM8hB,CAAN,EAAQ,KAAKmM,MAAL,GAAYtlB,CAAZ,GAAc,GAAtB,CAAnC,GAA+DmZ,EAAE6zE,WAAF,CAAc,IAAd,CAAvG,GAA4H7zE,CAAnI;AAAqI,aAAnzB,EAAT,CAAviC,EAAs2DkyC,EAAEh0D,EAAE1B,EAAJ,EAAO22D,EAAEkhC,MAAF,CAASC,cAAhB,CAAt2D,EAAs4DhjC,IAAE,aAAU;AAAC,iBAAKmpC,MAAL,GAAY,EAAZ;AAAe,SAAl6D,EAAm6DnpC,EAAEr0D,SAAF,GAAY,EAAC+c,UAAS,kBAASgG,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,IAAE,KAAKu8F,MAAX;AAAA,oBAAkBnpC,IAAEpzD,EAAE,CAAF,CAApB;AAAA,oBAAyBqzD,IAAE,EAACxyD,MAAKihB,CAAN,EAAQ7f,MAAK0G,CAAb,EAAewuE,OAAM/hE,CAArB,EAA3B,CAAmD,CAACg+C,CAAD,IAAIh+C,IAAEg+C,EAAE+jB,KAAR,GAAcn3E,EAAE4N,OAAF,CAAUylD,CAAV,CAAd,GAA2BrzD,EAAErC,IAAF,CAAO01D,CAAP,CAA3B;AAAqC,aAAlH,EAAmH4gB,QAAO,gBAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,IAAE,KAAKmpC,MAAf;AAAA,oBAAsBlpC,IAAED,EAAE,CAAF,CAAxB,CAA6B,IAAGzqD,KAAGA,EAAE1G,IAAR,EAAa,KAAImT,IAAEzM,EAAE1G,IAAF,CAAOwB,WAAP,EAAF,EAAuBzD,IAAE,CAA7B,EAA+BA,IAAEozD,EAAEl0D,MAAnC,EAA0Cc,GAA1C;AAA8C,wBAAGozD,EAAEpzD,CAAF,EAAKa,IAAL,KAAYuU,CAAf,EAAiB;AAACi+C,4BAAED,EAAEpzD,CAAF,CAAF,CAAO;AAAM;AAA7E,iBAA6E,OAAOqzD,IAAE,IAAIA,EAAEpxD,IAAN,CAAW6f,CAAX,EAAanZ,CAAb,CAAF,GAAkB,KAAKssD,EAAEwR,YAAF,CAAe,2IAAyIvhC,UAAUC,SAAnJ,GAA6J,+CAA5K,CAA9B;AAA2P,aAA1f,EAA/6D,EAA26EiuB,EAAEj6B,OAAF,GAAU,IAAIi6B,CAAJ,EAAr7E,EAA27EC,IAAEO,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAK+wB,OAAL,GAAarkB,EAAE1kB,CAAF,CAAb,EAAkB,KAAK0pB,OAAL,GAAa,KAAKqf,OAAL,CAAahwB,QAAb,CAAsB,oBAAtB,CAA/B,EAA2Ef,IAAEA,KAAG,EAAhF,EAAmF,KAAKxU,OAAL,GAAaozD,EAAE,EAAF,EAAK,KAAKpzD,OAAV,EAAkB,KAAK47F,eAAL,CAAqBpnF,CAArB,CAAlB,CAAhG,EAA2I,KAAKqnF,KAAL,GAAW,IAAIxnC,EAAEuO,EAAF,CAAKs4B,KAAT,CAAe,KAAK31D,OAApB,EAA4B,EAACtd,UAASzT,EAAEyT,QAAZ,EAAqBkH,WAAU3a,EAAE2a,SAAjC,EAA2CqhE,kBAAiB,CAAC,CAA7D,EAA+DX,WAAU,SAAzE,EAA5B,CAAtJ,EAAuQ,KAAKiM,iBAAL,GAAuB56E,EAAEtd,KAAF,CAAQ,KAAKm4F,UAAb,EAAwB,IAAxB,CAA9R,EAA4T,KAAKjY,OAAL,GAAa/7E,CAAzU,EAA2U,KAAKi0F,WAAL,EAA3U;AAA8V,aAAlX,EAAmXh8F,SAAQ,EAACorB,UAAS,KAAV,EAAgB0lC,QAAO,YAAvB,EAAoC3xB,QAAO,CAA3C,EAA6C88D,UAAS,CAAC,CAAvD,EAAyDj2C,WAAU,CAAnE,EAAqEk2C,WAAU,GAA/E,EAA3X,EAA+cF,aAAY,uBAAU;AAAC,qBAAKG,YAAL,GAAkBvvD,EAAE,KAAKwvD,UAAP,EAAkB,IAAlB,CAAlB,EAA0C,KAAKC,oBAAL,GAA0BzvD,EAAE,KAAK0vD,aAAP,EAAqB,IAArB,CAApE,EAA+F,KAAKC,kBAAL,GAAwB3vD,EAAE,KAAKstD,WAAP,EAAmB,IAAnB,CAAvH,EAAgJ,KAAKsC,iBAAL,GAAuB5vD,EAAE,KAAKutD,UAAP,EAAkB,IAAlB,CAAvK,EAA+L,KAAKrW,OAAL,CAAarjD,IAAb,CAAkB,OAAlB,EAA0B,KAAK07D,YAA/B,CAA/L,EAA4O,KAAKrY,OAAL,CAAarjD,IAAb,CAAkB,YAAlB,EAA+B,KAAK07D,YAApC,CAA5O,EAA8R,KAAKrY,OAAL,CAAarjD,IAAb,CAAkB,YAAlB,EAA+B,KAAK87D,kBAApC,CAA9R,EAAsV,KAAKzY,OAAL,CAAarjD,IAAb,CAAkB,WAAlB,EAA8B,KAAK+7D,iBAAnC,CAAtV,EAA4Y,KAAK1Y,OAAL,CAAav+C,OAAb,CAAqB7kB,EAArB,CAAwB,eAAaosB,CAArC,EAAuC,KAAKuvD,oBAA5C,CAA5Y,EAA8c,KAAK92D,OAAL,CAAa7kB,EAAb,CAAgB,UAAQosB,CAAxB,EAA0B,mBAA1B,EAA8CF,EAAE,KAAK6vD,UAAP,EAAkB,IAAlB,CAA9C,CAA9c;AAAqhB,aAA3/B,EAA4/B34C,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,KAAK26E,KAAX,CAAiB,KAAK/X,OAAL,CAAapjD,MAAb,CAAoB,OAApB,EAA4B,KAAKy7D,YAAjC,GAA+C,KAAKrY,OAAL,CAAapjD,MAAb,CAAoB,YAApB,EAAiC,KAAKy7D,YAAtC,CAA/C,EAAmG,KAAKrY,OAAL,CAAapjD,MAAb,CAAoB,YAApB,EAAiC,KAAK67D,kBAAtC,CAAnG,EAA6J,KAAKzY,OAAL,CAAapjD,MAAb,CAAoB,WAApB,EAAgC,KAAK87D,iBAArC,CAA7J,EAAqN,KAAK1Y,OAAL,CAAav+C,OAAb,CAAqBprB,GAArB,CAAyB,eAAa2yB,CAAtC,EAAwC,KAAKuvD,oBAA7C,CAArN,EAAwR,KAAK92D,OAAL,CAAaprB,GAAb,CAAiB,UAAQ2yB,CAAzB,CAAxR,EAAoT5rB,MAAIA,EAAE4iC,OAAF,IAAY,OAAO,KAAK+3C,KAA5B,CAApT,EAAuVlpE,aAAa,KAAKosD,QAAlB,CAAvV,EAAmX,OAAO,KAAK8c,KAA/X,EAAqY,OAAO,KAAKt2D,OAAjZ,EAAyZ,OAAO,KAAKrf,OAAra,EAA6a,OAAO,KAAK49D,OAAzb;AAAic,aAAj+C,EAAk+C8X,iBAAgB,yBAAS16E,CAAT,EAAW;AAAC,uBAAOA,IAAEA,KAAG,EAAL,EAAQ,EAACkK,UAASlK,EAAEkK,QAAZ,EAAqB0lC,QAAO5vC,EAAE4vC,MAA9B,EAAqC3xB,QAAOje,EAAEie,MAA9C,EAAqD88D,UAAS/6E,EAAE+6E,QAAhE,EAAyE/xE,OAAMhJ,EAAEgJ,KAAjF,EAAuF+E,QAAO/N,EAAE+N,MAAhG,EAAuG/I,SAAQhF,EAAEgF,OAAjH,EAAyHw2E,QAAOx7E,EAAEw7E,MAAlI,EAAyI12C,WAAU9kC,EAAE8kC,SAArJ,EAA+Jk2C,WAAUh7E,EAAEg7E,SAA3K,EAAf;AAAqM,aAAnsD,EAAosDS,eAAc,uBAASz7E,CAAT,EAAW;AAAC,uBAAKA,KAAG,CAACA,EAAElhB,OAAF,CAAUu6F,OAAnB;AAA4Br5E,wBAAEA,EAAEjW,MAAJ;AAA5B,iBAAuC,OAAOiW,CAAP;AAAS,aAA9wD,EAA+wD07E,gBAAe,wBAAS17E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,IAAEoV,EAAE0R,OAAR,CAAgB,IAAGmuC,EAAE7zD,UAAF,CAAapB,CAAb,MAAkBA,IAAEA,EAAE,EAACmmC,SAAQx9B,CAAT,EAAWzH,QAAO4gB,CAAlB,EAAF,CAApB,GAA6C9hB,CAAhD,EAAkD,OAAO,KAAK8mB,OAAL,CAAac,IAAb,CAAkB5nB,CAAlB,GAAqB,CAAC,CAA7B;AAA+B,aAA/4D,EAAg5D6xF,WAAU,mBAAS/vE,CAAT,EAAW1M,CAAX,EAAapV,CAAb,EAAeozD,CAAf,EAAiB;AAAC,oBAAIC,CAAJ;AAAA,oBAAM96B,IAAEnjB,EAAE4W,QAAV;AAAA,oBAAmBxlB,IAAE4O,EAAE2qB,MAAF,IAAU,CAA/B;AAAA,oBAAiCk1B,IAAE,KAAKyvB,OAAxC;AAAA,oBAAgDjuE,IAAEw+C,EAAE8mC,cAAF,EAAlD;AAAA,oBAAqEloC,IAAEoB,EAAEiS,OAAF,EAAvE;AAAA,oBAAmFtT,IAAEqB,EAAEwoC,OAAvF;AAAA,oBAA+FvpC,IAAEpyC,EAAEi2E,IAAF,EAAjG;AAAA,oBAA0G/jC,IAAEh0D,EAAE8qB,KAA9G;AAAA,oBAAoHoE,IAAElvB,EAAE6vB,MAAxH;AAAA,oBAA+H/mB,IAAE,CAAjI;AAAA,oBAAmI20B,IAAE,CAArI,CAAuI,OAAOy2B,EAAEq8B,MAAF,CAAS4G,SAAT,CAAmB1gF,EAAEoX,IAArB,EAA0BpX,EAAEzK,GAA5B,GAAiC4nD,KAAGM,EAAEq8B,MAAF,CAAS4G,SAAT,CAAmB,CAACvjC,EAAEpmB,CAAtB,EAAwB,CAAComB,EAAElmB,CAA3B,CAApC,EAAkE,YAAUnV,CAAV,IAAa66B,CAAb,IAAgBC,IAAE1qD,EAAEyqD,CAAF,CAAF,EAAOtqD,IAAEuqD,EAAE7lB,CAAF,GAAIwmB,IAAE,CAAf,EAAiBv2B,IAAE41B,EAAE3lB,CAAF,GAAIxe,CAAJ,GAAM1oB,CAAzC,IAA4C,UAAQ+xB,CAAR,IAAWzvB,IAAEorD,EAAEq8B,MAAF,CAAS/iD,CAAT,GAAWwmB,CAAX,GAAaxtD,CAAf,EAAiBi3B,IAAEy2B,EAAEsuB,MAAF,GAAW90C,CAAX,GAAaxe,IAAE,CAA7C,IAAgD,WAASqJ,CAAT,IAAYzvB,IAAEorD,EAAE6iC,WAAF,GAAgBvpD,CAAhB,GAAkBhnC,CAApB,EAAsBi3B,IAAEy2B,EAAEsuB,MAAF,GAAW90C,CAAX,GAAaxe,IAAE,CAAnD,IAAsD,YAAUqJ,CAAV,IAAazvB,IAAEorD,EAAEsuB,MAAF,GAAWh1C,CAAX,GAAawmB,IAAE,CAAjB,EAAmBv2B,IAAEy2B,EAAE6iC,WAAF,GAAgBrpD,CAAhB,GAAkBlnC,CAApD,KAAwDsC,IAAEorD,EAAEsuB,MAAF,GAAWh1C,CAAX,GAAawmB,IAAE,CAAjB,EAAmBv2B,IAAEy2B,EAAEq8B,MAAF,CAAS7iD,CAAT,GAAWxe,CAAX,GAAa1oB,CAA1F,CAApN,EAAiT,EAACqnB,MAAK0nC,EAAEzsD,CAAF,EAAI2N,EAAEoX,IAAN,EAAWpX,EAAEoX,IAAF,GAAOgmC,EAAE/oC,KAApB,CAAN,EAAiC9e,KAAIupD,EAAE93B,CAAF,EAAIhnB,EAAEzK,GAAN,EAAUyK,EAAEzK,GAAF,GAAM6nD,EAAEhkC,MAAlB,CAArC,EAAxT;AAAwX,aAA36E,EAA46ExC,MAAK,cAASvL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK8uC,KAAL,CAAW31B,CAAX,EAAaA,CAAb,EAAekyC,EAAE,EAAF,EAAK,KAAKpzD,OAAV,EAAkB,KAAK47F,eAAL,CAAqB16E,EAAElhB,OAAF,CAAUu6F,OAA/B,CAAlB,EAA0DxyF,CAA1D,CAAf;AAA6E,aAA5gF,EAA6gF2lB,MAAK,gBAAU;AAAC,oBAAIxM,IAAE,KAAK47E,QAAX,CAAoB,OAAO,KAAKA,QAAZ,EAAqBnqE,aAAa,KAAKoqE,YAAlB,CAArB,EAAqD,KAAKlB,KAAL,CAAWx/D,OAAX,MAAsBnb,CAAtB,IAAyB,CAAC,KAAK4iE,OAAL,CAAan/D,OAAb,CAAqB,cAArB,EAAoC,EAAC4gB,SAAQrkB,EAAE87E,KAAX,EAAiB18F,QAAO4gB,EAAE5gB,MAA1B,EAAiCu7F,OAAM,KAAKA,KAA5C,EAApC,CAA1B,IAAmH,KAAKA,KAAL,CAAW/yE,KAAX,EAAxK;AAA2L,aAA5uF,EAA6uF2zE,YAAW,oBAASv7E,CAAT,EAAW;AAACA,kBAAE2B,cAAF,IAAmB,KAAK6K,IAAL,EAAnB;AAA+B,aAAnyF,EAAoyFmpB,OAAM,eAAS31B,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,oBAAIC,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ/xB,IAAE,KAAKk3F,QAAf,CAAwBnqE,aAAa,KAAKosD,QAAlB,GAA4Bn5E,MAAIA,EAAEo3F,KAAF,KAAUj1F,CAAV,IAAayM,EAAEkoF,MAAf,IAAuB92F,EAAEtF,MAAF,KAAW4gB,CAAtC,MAA2CyR,aAAa,KAAKoqE,YAAlB,GAAgC,CAAC,KAAKjZ,OAAL,CAAan/D,OAAb,CAAqB,aAArB,EAAmC,EAAC4gB,SAAQx9B,CAAT,EAAWzH,QAAO4gB,CAAlB,EAAoB26E,OAAM,KAAKA,KAA/B,EAAnC,CAAD,IAA4E,KAAKe,cAAL,CAAoB17E,CAApB,EAAsBnZ,CAAtB,EAAwByM,CAAxB,CAA5E,KAAyG,KAAKyoF,SAAL,CAAezoF,CAAf,GAAkBi+C,IAAE,KAAKyqC,QAAL,CAAc1oF,CAAd,CAApB,EAAqCmjB,IAAE,KAAKkkE,KAA5C,EAAkDlkE,EAAE0E,OAAF,MAAa1E,EAAE7O,KAAF,CAAQ,CAAC,CAAT,CAA/D,EAA2E,KAAKg0E,QAAL,GAAc,EAAC98F,SAAQwU,CAAT,EAAW2oF,aAAY1qC,CAAvB,EAAyBuqC,OAAMj1F,CAA/B,EAAiCzH,QAAO4gB,CAAxC,EAA0CkK,UAAS,KAAK6lE,SAAL,CAAez8E,EAAEkoF,MAAF,GAAS30F,CAAT,GAAWmZ,CAA1B,EAA4B1M,CAA5B,EAA8Bi+C,CAA9B,EAAgCrzD,CAAhC,CAAnD,EAAzF,EAAgLozD,IAAE,KAAKuqC,YAAL,GAAkBviF,WAAW,KAAKshF,iBAAhB,EAAkCtnF,EAAE0nF,SAAF,IAAa,CAA/C,CAApB,GAAsE,KAAKH,UAAL,EAA/V,CAA3E,CAA5B;AAA0d,aAAhzG,EAAizGA,YAAW,sBAAU;AAAC,oBAAI76E,IAAE,KAAK47E,QAAX;AAAA,oBAAoB/0F,IAAEmZ,EAAEkK,QAAxB,CAAiC,KAAKywE,KAAL,CAAWt+D,IAAX,CAAgBx1B,EAAEklB,IAAlB,EAAuBllB,EAAEqD,GAAzB;AAA8B,aAAt4G,EAAu4G6xF,WAAU,mBAASl1F,CAAT,EAAW;AAACA,kBAAEk0F,QAAF,IAAY,KAAKmB,YAAjB,KAAgC,KAAK73D,OAAL,CAAalR,WAAb,CAAyB,oBAAzB,GAA+C,KAAK+oE,YAAL,CAAkB1lF,MAAlB,EAA/C,EAA0E,OAAO,KAAK0lF,YAAtH,GACh01Er1F,EAAEk0F,QAAF,IAAY,KAAKmB,YAAjB,KAAgC,KAAK73D,OAAL,CAAavR,QAAb,CAAsB,oBAAtB,GAA4C,KAAKopE,YAAL,GAAkBl8E,EAAErb,CAAF,EAAKqiB,SAAL,CAAe,KAAKqd,OAApB,CAA9F,CADg01E;AACps1E,aADuyuE,EACtyuE62D,YAAW,oBAASl7E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKmoF,aAAL,CAAmBz7E,EAAEqkB,OAArB,CAAR,CAAsC/wB,MAAIzM,IAAEqrD,EAAE,EAAF,EAAK,KAAKpzD,OAAV,EAAkB,KAAK47F,eAAL,CAAqBpnF,EAAExU,OAAF,CAAUu6F,OAA/B,CAAlB,CAAF,EAA6DxyF,KAAGA,EAAE+oD,MAAF,IAAU5vC,EAAE7f,IAAf,IAAqB,KAAKw1C,KAAL,CAAW31B,EAAEqkB,OAAb,EAAqB/wB,CAArB,EAAuBzM,CAAvB,EAAyBmZ,EAAEmD,aAA3B,EAAyC,CAAC,CAA1C,CAAtF;AAAoI,aADqmuE,EACpmuE64E,UAAS,kBAASh8E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,CAAU,OAAO,KAAKmmC,OAAL,CAAajoB,GAAb,CAAiB,EAAC4M,OAAM,MAAP,EAAc+E,QAAO,MAArB,EAAjB,GAA+C7vB,IAAE,KAAKy8F,KAAL,CAAWx/D,OAAX,EAAjD,EAAsEj9B,KAAG,KAAKy8F,KAAL,CAAWnlD,OAAX,CAAmBjqB,IAAnB,EAAzE,EAAmG,KAAK8Y,OAAL,CAAajoB,GAAb,CAAiB,EAAC4M,OAAMhiB,EAAEgZ,EAAEgJ,KAAJ,IAAWhJ,EAAEgJ,KAAb,GAAmB,MAA1B,EAAiC+E,QAAO/mB,EAAEgZ,EAAE+N,MAAJ,IAAY/N,EAAE+N,MAAd,GAAqB,MAA7D,EAAjB,CAAnG,EAA0LlnB,IAAE8N,EAAE,KAAK0vB,OAAP,CAA5L,EAA4M/wB,IAAEy+C,EAAE,KAAK1tB,OAAP,CAA9M,EAA8NnmC,KAAG,KAAKy8F,KAAL,CAAWnlD,OAAX,CAAmBhpB,IAAnB,EAAjO,EAA2P,EAACxD,OAAMniB,CAAP,EAASknB,QAAOza,CAAhB,EAAlQ;AAAqR,aADgztE,EAC/ytE0lF,aAAY,qBAASh5E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,KAAK6oF,mBAAL,CAAyBn8E,EAAEmD,aAA3B,MAA4Ctc,IAAE,IAAF,EAAOyM,IAAEzM,EAAE+0F,QAAX,EAAoBtoF,KAAGA,EAAExU,OAAF,CAAUi8F,QAAb,KAAwBl0F,EAAEg3E,QAAF,GAAWvkE,WAAW,YAAU;AAACmY,iCAAa5qB,EAAEg1F,YAAf,GAA6Bh1F,EAAE2lB,IAAF,EAA7B;AAAsC,iBAA5D,EAA6DlZ,EAAExU,OAAF,CAAUgmD,SAAV,IAAqB,CAAlF,CAAnC,CAAhE;AAA0L,aADqltE,EACpltEm0C,YAAW,oBAASj5E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,KAAK09F,QAAf,CAAwB19F,KAAG8hB,EAAEqkB,OAAL,KAAex9B,IAAE3I,EAAEY,OAAJ,EAAY,YAAU+H,EAAEqjB,QAAZ,KAAuB5W,IAAE,KAAKy8E,SAAL,CAAe/vE,EAAEqkB,OAAjB,EAAyBx9B,CAAzB,EAA2B3I,EAAE+9F,WAA7B,EAAyCj8E,EAAEmD,aAA3C,CAAF,EAA4DjlB,EAAEgsB,QAAF,GAAW5W,CAAvE,EAAyE,KAAKqnF,KAAL,CAAWnlD,OAAX,CAAmBp5B,GAAnB,CAAuB,EAAC2P,MAAKzY,EAAEyY,IAAR,EAAa7hB,KAAIoJ,EAAEpJ,GAAnB,EAAvB,CAAhG,CAA3B;AAA6K,aADw3sE,EACv3sEkxF,eAAc,uBAASp7E,CAAT,EAAW;AAAC,qBAAKm8E,mBAAL,CAAyBn8E,CAAzB,MAA8ByR,aAAa,KAAKoqE,YAAlB,GAAgC,KAAKrvE,IAAL,EAA9D;AAA2E,aADkxsE,EACjxsE2vE,qBAAoB,6BAASt1F,CAAT,EAAW;AAAC,uBAAOA,EAAE4d,aAAF,IAAiBzE,EAAEnZ,EAAE4d,aAAJ,EAAmB7P,OAAnB,CAA2B,KAAK+lF,KAAL,CAAWnlD,OAAtC,EAA+Cp4C,MAAvE;AAA8E,aADmqsE,EAAT,CAA77E,EAC1tnE80D,EAAEiB,CAAF,EAAI,EAAC0O,SAAQ,EAACu6B,aAAY,EAACC,KAAI,CAAC,GAAD,EAAK,GAAL,CAAL,EAAeC,MAAK,CAAC,CAAD,EAAG,GAAH,CAApB,EAA4BC,UAAS,CAAC,CAAD,EAAG,GAAH,CAArC,EAA6CC,SAAQ,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,CAArD,EAAuEC,aAAY,CAAC,CAAD,EAAG,GAAH,EAAO,GAAP,EAAW,GAAX,CAAnF,EAAmGC,gBAAe,CAAC,CAAD,EAAG,GAAH,EAAO,GAAP,EAAW,GAAX,EAAe,GAAf,EAAmB,GAAnB,CAAlH,EAAb,EAAwJnO,OAAMp7B,EAAEo7B,KAAhK,EAAsKoO,UAASrpF,CAA/K,EAAiLspF,cAAa1+F,CAA9L,EAAgM2+F,SAAQx2F,CAAxM,EAA0My2F,gBAAexrC,CAAzN,EAA2NyrC,gBAAexrC,CAA1O,EAAT,EAAJ,CAD0tnE,EAC99mE4B,EAAEyO,OAAF,CAAUC,OAAV,GAAkB1O,EAAE0O,OAD08mE;AACl8mE,KADk+hE,CACj+hErmE,OAAO07D,KAAP,CAAa76D,MADo9hE,CAAD;AAC38hE,CADo2hE,EACn2hE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAD6xhE,CAAnxtB,EACxg0C,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,oBAAP,EAA4B,CAAC,kBAAD,CAA5B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,KAAC,YAAU;AAAC,YAAIA,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBrwD,IAAEmZ,EAAEsjD,UAAvB;AAAA,YAAkChwD,IAAE0M,EAAEuiB,IAAF,CAAOuuD,OAA3C;AAAA,YAAmD5yF,IAAE8hB,EAAEi4E,QAAvD;AAAA,YAAgE3mC,IAAE,UAAlE;AAAA,YAA6EC,IAAE,KAAGrzD,EAAEo6F,MAAF,CAASV,QAA3F;AAAA,YAAoGnhE,IAAE,EAAC53B,QAAO,gBAASmhB,CAAT,EAAW;AAACA,kBAAEg9E,IAAF,GAAO,KAAKA,IAAZ,EAAiBh9E,EAAEi9E,MAAF,GAAS,KAAKA,MAA/B;AAAsC,aAA1D,EAA2DD,MAAK,cAASh9E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMqzD,IAAE,KAAKzyD,OAAb,CAAqB,OAAOwU,EAAE0M,CAAF,KAAMA,KAAGA,EAAEtf,QAAF,IAAY4wD,CAAf,IAAkBpzD,IAAE,EAACu0C,OAAMzyB,CAAP,EAAF,EAAY1M,EAAEzM,CAAF,MAAO3I,EAAEwtB,OAAF,GAAU7kB,CAAjB,CAAZ,EAAgC0qD,EAAEl3C,GAAF,CAAM,MAAN,EAAanc,CAAb,CAAlD,IAAmEqzD,EAAEl3C,GAAF,CAAM,MAAN,EAAa2F,CAAb,CAAnE,EAAmF,IAAzF,IAA+FuxC,EAAEh0D,GAAF,CAAM,MAAN,CAAtG;AAAoH,aAAvN,EAAwN0/F,QAAO,gBAASj9E,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAOoV,EAAE0M,CAAF,KAAM,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,cAAjB,EAAgC2F,CAAhC,GAAmC1M,EAAEzM,CAAF,KAAM,KAAK/H,OAAL,CAAaub,GAAb,CAAiB,cAAjB,EAAgCxT,CAAhC,CAAzC,EAA4EyM,EAAEpV,CAAF,KAAM,KAAKY,OAAL,CAAaub,GAAb,CAAiB,gBAAjB,EAAkCnc,CAAlC,CAAlF,EAAuH,IAA7H,IAAmI,KAAKY,OAAL,CAAavB,GAAb,CAAiB,QAAjB,CAA1I;AAAqK,aAApZ,EAAtG;AAAA,YAA4fmH,IAAE,EAAC7F,QAAO,gBAASmhB,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,kBAAEk9E,QAAF,GAAW,UAASl9E,CAAT,EAAW;AAAC,wBAAI1M,CAAJ;AAAA,wBAAMpV,CAAN;AAAA,wBAAQozD,IAAE,KAAKzqD,CAAL,CAAV,CAAkB,KAAIyM,IAAE,CAAN,EAAQA,IAAEg+C,EAAEl0D,MAAZ,EAAmBkW,GAAnB;AAAuBpV,4BAAEozD,EAAEh+C,CAAF,CAAF,EAAOpV,EAAEg/F,QAAF,GAAWh/F,EAAEg/F,QAAF,CAAWl9E,CAAX,CAAX,GAAyBA,EAAE9hB,CAAF,CAAhC;AAAvB,qBAA4D,OAAO,IAAP;AAAY,iBAAjH;AAAkH,aAAxI,EAA9f;AAAA,YAAwoBi1D,IAAE,EAACt0D,QAAO,gBAASmhB,CAAT,EAAW;AAACA,kBAAEi2E,IAAF,GAAO,KAAKA,IAAZ,EAAiBj2E,EAAEi0E,cAAF,GAAiB,KAAKA,cAAvC;AAAsD,aAA1E,EAA2EgC,MAAK,cAASj2E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQg+C,IAAEpzD,EAAEy6F,QAAF,CAAW,KAAKwE,gBAAL,CAAsBn9E,CAAtB,CAAX,CAAV;AAAA,oBAA+CyW,IAAE66B,IAAE,KAAGA,CAAL,GAAOC,CAAxD,CAA0D,OAAO,KAAK6rC,UAAL,IAAiB,KAAKC,WAAL,IAAkB5mE,CAAnC,GAAqC5vB,IAAE,KAAKu2F,UAAL,CAAgBj+F,KAAhB,EAAvC,IAAgE0H,IAAE,KAAKy2F,KAAL,CAAWhsC,CAAX,CAAF,EAAgB,KAAK8rC,UAAL,GAAgBv2F,IAAEA,EAAE1H,KAAF,EAAF,GAAY,IAA5C,EAAiD,KAAKk+F,WAAL,GAAiB5mE,CAAlI,GAAqInjB,IAAE,KAAKxU,OAAL,CAAavB,GAAb,CAAiB,cAAjB,CAAvI,EAAwK+V,KAAGzM,CAAH,IAAMA,EAAEwlB,MAAF,CAAS/Y,IAAE,CAAX,CAA9K,EAA4LzM,CAAnM;AAAqM,aAA3V,EAA4VotF,gBAAe,0BAAU;AAAC,uBAAO,KAAKmJ,UAAZ,EAAuB,KAAK35E,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B,CAAvB;AAAqE,aAA3b,EAA1oB,CAAukCx9B,EAAEmZ,EAAE6hD,OAAJ,EAAY,EAACwyB,QAAO,EAACkJ,WAAU9mE,CAAX,EAAa+mE,aAAY94F,CAAzB,EAA2B+4F,YAAWtqC,CAAtC,EAAR,EAAZ;AAA+D,KAAjpC,EAAD;AAAqpC,CAAxuC,EAAyuC,cAAY,OAAOtzB,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA/yC,CADwg0C,EACvtxC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,oBAAP,EAA4B,CAAC,kBAAD,EAAoB,oBAApB,EAAyC,uBAAzC,EAAiE,sBAAjE,CAA5B,EAAqH7f,CAArH;AAAwH,CAA3I,CAA4I,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ,EAAMozD,CAAN,EAAQC,CAAR,EAAU96B,CAAV,CAAY,KAAI66B,IAAE,CAAN,EAAQA,IAAEtxC,EAAE5iB,MAAZ,EAAmBk0D,GAAnB;AAAuBC,oBAAEvxC,EAAEsxC,CAAF,CAAF,EAAOC,EAAEp2B,OAAF,OAAc1E,IAAE5vB,IAAE0qD,EAAE0kC,IAAF,CAAO3iF,CAAP,CAAF,GAAYi+C,EAAEmsC,OAAF,EAAd,EAA0BjnE,MAAIv4B,IAAEA,IAAEk4D,EAAEoiC,IAAF,CAAOlC,KAAP,CAAap4F,CAAb,EAAeu4B,CAAf,CAAF,GAAoBA,CAA1B,CAAxC,CAAP;AAAvB,aAAoG,OAAOv4B,CAAP;AAAS,kBAASoV,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,EAAUC,CAAV,CAAY,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBozD,oBAAEtxC,EAAE9hB,CAAF,CAAF,EAAOozD,EAAEn2B,OAAF,OAAco2B,IAAED,EAAEqsC,WAAF,CAAc92F,CAAd,CAAF,EAAmB0qD,MAAIj+C,IAAEA,IAAE8iD,EAAEoiC,IAAF,CAAOlC,KAAP,CAAahjF,CAAb,EAAei+C,CAAf,CAAF,GAAoBA,CAA1B,CAAjC,CAAP;AAAvB,aAA6F,OAAOj+C,CAAP;AAAS,kBAASpV,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,iBAAI,IAAIyM,IAAE,CAAV,EAAYA,IAAEzM,EAAEzJ,MAAhB,EAAuBkW,GAAvB;AAA2B0M,kBAAEnZ,EAAEyM,CAAF,CAAF,IAAQg+C,EAAEzqD,EAAEyM,CAAF,CAAF,CAAR;AAA3B;AAA2C,kBAASg+C,CAAT,CAAWtxC,CAAX,EAAa;AAAC,gBAAInZ,IAAE,MAAImZ,CAAV,CAAY,OAAO,UAASA,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKo0E,cAAL,CAAoBvtF,CAApB,EAAsBmZ,CAAtB,GAAyB,KAAKi0E,cAAL,EAAzB,EAA+C,IAAtD,IAA4D,KAAKptF,CAAL,CAAnE;AAA2E,aAA9F;AAA+F,kBAAS0qD,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,iBAAI,IAAIyM,IAAE,CAAV,EAAYA,IAAEzM,EAAEzJ,MAAhB,EAAuBkW,GAAvB;AAA2B0M,kBAAEnZ,EAAEyM,CAAF,CAAF,IAAQmjB,EAAE5vB,EAAEyM,CAAF,CAAF,CAAR;AAA3B;AAA2C,kBAASmjB,CAAT,CAAWzW,CAAX,EAAa;AAAC,gBAAInZ,IAAE,MAAImZ,CAAV,CAAY,OAAO,UAASA,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKo0E,cAAL,CAAoBvtF,CAApB,EAAsBivD,EAAEqc,MAAF,CAASnyD,CAAT,CAAtB,GAAmC,KAAKi0E,cAAL,EAAnC,EAAyD,IAAhE,IAAsE,KAAKptF,CAAL,CAA7E;AAAqF,aAAxG;AAAyG,kBAASnC,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAe;AAAC,iBAAI,IAAIyM,IAAE,CAAV,EAAYA,IAAEzM,EAAEzJ,MAAhB,EAAuBkW,GAAvB;AAA2B0M,kBAAEnZ,EAAEyM,CAAF,CAAF,IAAQ6/C,EAAEtsD,EAAEyM,CAAF,CAAF,CAAR;AAA3B;AAA2C,kBAAS6/C,CAAT,CAAWnzC,CAAX,EAAa;AAAC,mBAAO,UAASnZ,CAAT,EAAW;AAAC,uBAAO+2F,GAAG/2F,CAAH,KAAO,KAAK/H,OAAL,CAAaub,GAAb,CAAiB2F,CAAjB,EAAmBnZ,CAAnB,GAAsB,IAA7B,IAAmC,KAAK/H,OAAL,CAAavB,GAAb,CAAiByiB,CAAjB,CAA1C;AAA8D,aAAjF;AAAkF,kBAASrL,CAAT,GAAY;AAAC,mBAAM,SAAO0oC,IAAb;AAAkB,kBAAS0U,CAAT,CAAW/xC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC3O,cAAEqb,CAAF,EAAInZ,CAAJ,EAAMyM,CAAN,EAAQ,GAAR,EAAY,OAAZ;AAAqB,kBAASw+C,CAAT,CAAW9xC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC3O,cAAEqb,CAAF,EAAInZ,CAAJ,EAAMyM,CAAN,EAAQ,GAAR,EAAY,QAAZ;AAAsB,kBAAS8+C,CAAT,CAAWpyC,CAAX,EAAa;AAAC1kB,cAAEswC,EAAE5rB,CAAF,CAAF,EAAO,GAAP,EAAW,GAAX,EAAe,OAAf;AAAwB,kBAASkyC,CAAT,CAAWlyC,CAAX,EAAa;AAAC1kB,cAAEswC,EAAE5rB,CAAF,CAAF,EAAO,GAAP,EAAW,GAAX,EAAe,QAAf;AAAyB,kBAASoN,CAAT,CAAWpN,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO4sD,EAAEzzC,CAAF,EAAInZ,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAc,OAAd,CAAP;AAA8B,kBAASG,CAAT,CAAWgZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO4sD,EAAEzzC,CAAF,EAAInZ,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAc,QAAd,CAAP;AAA+B,kBAAS4sD,CAAT,CAAWzzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,gBAAIC,CAAJ;AAAA,gBAAM96B,CAAN;AAAA,gBAAQ/xB,CAAR;AAAA,gBAAUyuD,CAAV;AAAA,gBAAYx+C,IAAE,EAAd;AAAA,gBAAiBo9C,IAAErmB,EAAE1rB,CAAF,EAAInZ,CAAJ,EAAMyqD,CAAN,CAAnB;AAAA,gBAA4BQ,IAAEjrD,EAAE4nF,MAAF,CAAStvF,KAAT,EAA9B,CAA+C,KAAIg0D,IAAE,CAAN,EAAQA,IAAEpB,EAAE30D,MAAZ,EAAmB+1D,GAAnB;AAAuB,qBAAIzuD,IAAEqtD,EAAEoB,CAAF,CAAF,EAAO5B,IAAE7sD,EAAE,CAAF,CAAT,EAAcotD,EAAE5zD,CAAF,IAAKqzD,EAAE0kC,IAAF,CAAOxH,MAAP,CAAcvwF,CAAd,CAAnB,EAAoCq2D,EAAEzC,CAAF,EAAIP,EAAE0kC,IAAN,EAAW1kC,EAAEltB,OAAb,CAApC,EAA0DktB,EAAE0kC,IAAF,CAAOxH,MAAP,CAAcn7E,CAAd,IAAiBw+C,EAAEx+C,CAAF,CAA3E,EAAgFhY,EAAEoJ,CAAF,EAAI4O,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAhF,EAA2F38C,EAAE9Y,IAAF,CAAO,EAAP,CAA3F,EAAsG46B,IAAE,CAA5G,EAA8GA,IAAE/xB,EAAEtH,MAAlH,EAAyHq5B,GAAzH;AAA6H9hB,sBAAEw+C,CAAF,EAAKt3D,IAAL,CAAU6I,EAAE+xB,CAAF,EAAK4N,OAAf;AAA7H;AAAvB,aAA4K,OAAO1vB,CAAP;AAAS,kBAASgnB,CAAT,CAAW3b,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQozD,IAAEtxC,EAAE29E,WAAF,EAAV;AAAA,gBAA0BpsC,IAAED,EAAE3xB,IAA9B;AAAA,gBAAmClJ,IAAE5vB,EAAE84B,IAAvC,CAA4C,CAAClJ,EAAEzN,KAAF,GAAQuoC,EAAEvoC,KAAV,IAAiByN,EAAE1I,MAAF,GAASwjC,EAAExjC,MAA7B,MAAuCza,IAAEkhD,EAAEpgB,GAAF,CAAM3d,EAAEzN,KAAF,GAAQuoC,EAAEvoC,KAAhB,EAAsByN,EAAE1I,MAAF,GAASwjC,EAAExjC,MAAjC,CAAF,EAA2C7vB,IAAE8hB,EAAEo1E,SAAF,MAAeh/B,EAAEg/B,SAAF,EAA5D,EAA0El3F,EAAEue,KAAF,CAAQnJ,CAAR,EAAUA,CAAV,CAA1E,EAAuF0M,EAAEo1E,SAAF,CAAYl3F,CAAZ,CAA9H;AAA8I,kBAASwtC,CAAT,CAAW1rB,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAU96B,CAAV;AAAA,gBAAY/xB,IAAEmC,EAAE84B,IAAF,CAAOrsB,CAAP,CAAd;AAAA,gBAAwB6/C,IAAE,CAA1B;AAAA,gBAA4Bx+C,IAAE,EAA9B;AAAA,gBAAiCo9C,IAAE,EAAnC;AAAA,gBAAsCD,IAAE,SAAFA,CAAE,GAAU;AAACC,kBAAEl2D,IAAF,CAAO,EAACwoC,SAAQnmC,CAAT,EAAW+3F,MAAK1kC,CAAhB,EAAP;AAA2B,aAA9E,CAA+E,KAAI96B,IAAE,CAAN,EAAQA,IAAEzW,EAAE5iB,MAAZ,EAAmBq5B,GAAnB;AAAuBv4B,oBAAE8hB,EAAEyW,CAAF,CAAF,EAAO86B,IAAErzD,EAAEy/F,WAAF,EAAT,EAAyBpsC,MAAID,IAAEC,EAAE5xB,IAAF,CAAOrsB,CAAP,CAAF,EAAY6/C,IAAE7B,CAAF,GAAI5sD,CAAJ,GAAMqtD,EAAE30D,MAAF,IAAUuX,EAAE9Y,IAAF,CAAOk2D,CAAP,GAAUA,IAAE,EAAZ,EAAeD,GAAf,EAAmBqB,IAAE7B,CAA/B,KAAmCQ,KAAIn9C,EAAE9Y,IAAF,CAAOk2D,CAAP,CAAJ,EAAcA,IAAE,EAAhB,EAAmBoB,IAAE,CAAxD,CAAN,IAAkErB,KAAIqB,KAAG7B,CAAzE,CAAhB,CAAzB;AAAvB,aAA6I,OAAOS,EAAE30D,MAAF,IAAUuX,EAAE9Y,IAAF,CAAOk2D,CAAP,CAAV,EAAoBp9C,CAA3B;AAA6B,kBAASi3B,CAAT,CAAW5rB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUozD,IAAE,EAAZ,CAAe,KAAIpzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuB2I,oBAAEmZ,EAAE9hB,CAAF,CAAF,EAAOoV,IAAEzM,EAAE82F,WAAF,EAAT,EAAyBrqF,KAAGg+C,EAAEz1D,IAAF,CAAO,EAACwoC,SAAQx9B,CAAT,EAAWovF,MAAK3iF,CAAhB,EAAP,CAA5B;AAAvB,aAA8E,OAAOg+C,CAAP;AAAS,kBAASh2D,CAAT,CAAW0kB,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,gBAAIozD,CAAJ,EAAMC,CAAN,EAAQ96B,CAAR,EAAU/xB,CAAV,EAAYyuD,CAAZ,CAAc,IAAGnzC,EAAE5iB,MAAF,GAAS,CAAZ,EAAc,KAAIk0D,IAAEtxC,EAAE,CAAF,EAAKi2E,IAAP,EAAY1kC,IAAE,IAAIuE,CAAJ,EAAd,EAAoB3C,IAAE,CAA1B,EAA4BA,IAAEnzC,EAAE5iB,MAAhC,EAAuC+1D,GAAvC;AAA2C18B,oBAAEzW,EAAEmzC,CAAF,EAAK9uB,OAAP,EAAe3/B,IAAEsb,EAAEmzC,CAAF,EAAK8iC,IAAtB,EAA2B1kC,EAAE1qD,CAAF,IAAKyqD,EAAEm9B,MAAF,CAAS5nF,CAAT,IAAYyqD,EAAE3xB,IAAF,CAAOzhC,CAAP,CAA5C,EAAsDqzD,EAAEj+C,CAAF,IAAK5O,EAAE+pF,MAAF,CAASn7E,CAAT,CAA3D,EAAuEihD,EAAEhD,CAAF,EAAI7sD,CAAJ,EAAM+xB,CAAN,CAAvE,EAAgF/xB,EAAE+pF,MAAF,CAAS5nF,CAAT,IAAY0qD,EAAE1qD,CAAF,CAA5F,EAAiGyqD,IAAE5sD,CAAnG;AAA3C;AAAgJ,kBAASC,CAAT,CAAWqb,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,gBAAIC,CAAJ,EAAM96B,CAAN,EAAQ/xB,CAAR,CAAU,KAAI4O,IAAEA,KAAG,OAAL,EAAa5O,IAAE,CAAnB,EAAqBA,IAAEsb,EAAE5iB,MAAzB,EAAgCsH,GAAhC;AAAoC6sD,oBAAEvxC,EAAEtb,CAAF,EAAKi5F,WAAL,EAAF,EAAqBpsC,MAAI96B,IAAE86B,EAAEk9B,MAAF,CAAStvF,KAAT,EAAF,EAAmBs3B,EAAEv4B,CAAF,IAAKmI,EAAEkrD,EAAE5xB,IAAF,CAAO2xB,CAAP,CAAF,EAAYzqD,CAAZ,EAAcyM,CAAd,EAAgBpV,CAAhB,EAAkBozD,CAAlB,CAAxB,EAA6CiD,EAAE99B,CAAF,EAAI86B,CAAJ,EAAMvxC,EAAEtb,CAAF,CAAN,CAAjD,CAArB;AAApC;AAAuH,kBAAS2B,CAAT,CAAW2Z,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,gBAAIC,CAAJ,CAAM,OAAOA,IAAEj+C,KAAGuqF,EAAH,GAAMh3F,EAAE4nF,MAAF,CAASvwF,CAAT,CAAN,GAAkBoV,KAAGo/D,EAAH,GAAM7rE,EAAE4nF,MAAF,CAASvwF,CAAT,IAAY2I,EAAE84B,IAAF,CAAO2xB,CAAP,CAAZ,GAAsBtxC,CAA5B,GAA8BnZ,EAAE4nF,MAAF,CAASvwF,CAAT,IAAY,CAAC2I,EAAE84B,IAAF,CAAO2xB,CAAP,IAAUtxC,CAAX,IAAc,CAAnF;AAAqF,kBAASs1C,CAAT,CAAWt1C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAEoV,EAAE8hF,SAAF,MAAeh/B,EAAEg/B,SAAF,EAArB;AAAA,gBAAmC9jC,IAAEpzD,EAAEq2F,MAAF,EAArC,CAAgDjjC,EAAEzqD,CAAF,IAAKmZ,CAAL,EAAOsxC,EAAEc,CAAF,IAAKvrD,CAAZ,EAAc3I,EAAEq2F,MAAF,CAASjjC,CAAT,CAAd,EAA0Bh+C,EAAE8hF,SAAF,CAAYl3F,CAAZ,CAA1B;AAAyC,kBAASq2D,CAAT,CAAWv0C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAACgiD,cAAEt1C,EAAE0rB,CAAF,GAAI7kC,EAAE4nF,MAAF,CAAS/iD,CAAf,EAAiB1rB,EAAE4rB,CAAF,GAAI/kC,EAAE4nF,MAAF,CAAS7iD,CAA9B,EAAgCt4B,CAAhC;AAAmC,aAAI6zB,CAAJ;AAAA,YAAMmtB,CAAN;AAAA,YAAQiB,CAAR;AAAA,YAAUI,CAAV;AAAA,YAAYF,CAAZ;AAAA,YAAcN,CAAd;AAAA,YAAgBO,CAAhB;AAAA,YAAkBG,CAAlB;AAAA,YAAoBT,CAApB;AAAA,YAAsBhB,CAAtB;AAAA,YAAwBC,CAAxB;AAAA,YAA0BgB,CAA1B;AAAA,YAA4BW,CAA5B;AAAA,YAA8BD,CAA9B;AAAA,YAAgCH,CAAhC;AAAA,YAAkClB,CAAlC;AAAA,YAAoCj2D,CAApC;AAAA,YAAsC+2D,IAAEh6D,OAAO07D,KAA/C;AAAA,YAAqDvC,IAAEa,EAAEwO,KAAzD;AAAA,YAA+D/jC,IAAEu1B,EAAE8N,UAAnE;AAAA,YAA8ElN,IAAEZ,EAAEyiC,QAAlF;AAAA,YAA2FniC,IAAEM,EAAEmiC,KAA/F;AAAA,YAAqG9jC,IAAE2B,EAAEqiC,IAAzG;AAAA,YAA8G7jC,IAAEwB,EAAEkiC,MAAlH;AAAA,YAAyH5mC,IAAE0E,EAAEuiC,QAA7H;AAAA,YAAsIziC,IAAEV,EAAEqM,OAA1I;AAAA,YAAkJ1L,IAAED,EAAE0mC,YAAtJ;AAAA,YAAmKpoC,IAAE70D,IAArK;AAAA,YAA0Ks2D,IAAEzB,EAAE5yB,GAA9K;AAAA,YAAkLk8D,KAAGtoC,EAAEjzB,IAAvL;AAAA,YAA4Lw7D,KAAGD,GAAGt3E,MAAlM;AAAA,YAAyMw3E,KAAGF,GAAGnN,WAA/M;AAAA,YAA2NiN,KAAGE,GAAGhN,OAAjO;AAAA,YAAyOmN,KAAGH,GAAGv/F,IAA/O;AAAA,YAAoP2/F,KAAGJ,GAAG7L,cAA1P;AAAA,YAAyQkM,KAAG3oC,EAAE6+B,MAAF,CAASC,cAArR;AAAA,YAAoSxkB,KAAG9vD,EAAEhe,OAAzS;AAAA,YAAiTo8F,KAAG,GAAGviG,IAAvT;AAAA,YAA4T+2E,KAAG,GAAG/tE,GAAlU;AAAA,YAAsU8xB,KAAG,GAAG/3B,MAA5U;AAAA,YAAmVy/F,KAAG,GAAG31F,KAAzV;AAAA,YAA+V41F,KAAG,GAAG3iG,KAArW;AAAA,YAA2W4iG,KAAG,GAAGzyF,OAAjX;AAAA,YAAyXuxC,KAAG,CAA5X;AAAA,YAA8XwgD,KAAG,OAAjY;AAAA,YAAyYnrB,KAAG,KAA5Y;AAAA,YAAkZ8rB,KAAG,YAArZ;AAAA,YAAkaC,KAAG9pC,EAAE91D,MAAF,CAAS,EAAC6B,UAAS,SAAV,EAAoBjE,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK83C,YAAL,CAAkB93C,CAAlB;AAAqB,aAA1D,EAA2D83C,cAAa,sBAAS93C,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ0M,IAAEA,KAAG,EAAL,EAAQnZ,IAAEmZ,EAAEo1E,SAAZ,EAAsB9hF,IAAE0M,EAAE0+E,IAA1B,EAA+B73F,MAAImZ,EAAEo1E,SAAF,GAAYh/B,EAAEg/B,SAAF,CAAYvuF,CAAZ,CAAhB,CAA/B,EAA+DyM,KAAG,CAACA,EAAE5L,EAAN,KAAW4L,EAAE5L,EAAF,GAAKiN,GAAhB,CAA/D,EAAoF,KAAK7V,OAAL,GAAa,IAAIq3D,CAAJ,CAAMn2C,CAAN,CAAjG,EAA0G,KAAKlhB,OAAL,CAAa+0F,WAAb,CAAyB,IAAzB,CAA1G;AAAyI,aAArO,EAAsOuB,WAAU,mBAASp1E,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,IAAM,KAAK,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,WAAjB,EAA6B+7C,EAAEg/B,SAAF,CAAYp1E,CAAZ,CAA7B,CAAX,GAAwD,KAAKlhB,OAAL,CAAavB,GAAb,CAAiB,WAAjB,CAA/D;AAA6F,aAAzV,EAA0VohG,iBAAgB,2BAAU;AAAC,qBAAI,IAAI3+E,CAAJ,EAAMnZ,CAAN,EAAQyM,IAAE,IAAd,EAAmBA,EAAEvJ,MAArB;AAA6BuJ,wBAAEA,EAAEvJ,MAAJ,EAAWiW,IAAE1M,EAAE8hF,SAAF,EAAb,EAA2Bp1E,MAAInZ,IAAEmZ,EAAEu0E,MAAF,GAAWoD,YAAX,CAAwB9wF,KAAG+tD,EAAEh4C,IAAF,EAA3B,CAAN,CAA3B;AAA7B,iBAAoG,IAAG/V,CAAH,EAAK,OAAOuvD,EAAEg/B,SAAF,CAAYvuF,CAAZ,CAAP;AAAsB,aAApf,EAAqfs2F,kBAAiB,0BAASn9E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,KAAKk3F,SAAL,EAAV;AAAA,oBAA2B9jC,IAAEI,EAAExzD,CAAF,CAA7B,CAAkC,IAAG0/F,GAAG59E,CAAH,MAAQA,IAAE,KAAK2+E,eAAL,EAAV,GAAkC93F,IAAE6qD,EAAE1xC,CAAF,CAApC,EAAyC1M,IAAEg+C,KAAGzqD,CAAH,GAAKA,EAAE8wF,YAAF,CAAermC,CAAf,CAAL,GAAuBA,KAAGzqD,CAAxE,EAA0E,OAAOuvD,EAAEg/B,SAAF,CAAY9hF,CAAZ,CAAP;AAAsB,aAAppB,EAAqpB6nB,SAAQ,iBAASnb,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,SAAjB,EAA2B2F,CAA3B,GAA8B,IAArC,IAA2C,KAAKlhB,OAAL,CAAavB,GAAb,CAAiB,SAAjB,MAA8B,CAAC,CAAjF;AAAmF,aAA5vB,EAA6vBmhG,MAAK,cAAS1+E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX,CAAmB,OAAO8+F,GAAG59E,CAAH,KAAOA,KAAG,CAACA,EAAEtY,EAAN,KAAWsY,EAAEtY,EAAF,GAAKiN,GAAhB,GAAqB9N,EAAEwT,GAAF,CAAM,MAAN,EAAa2F,CAAb,CAArB,EAAqC,IAA5C,IAAkDnZ,EAAEtJ,GAAF,CAAM,MAAN,CAAzD;AAAuE,aAAx2B,EAAy2BmuB,SAAQ,iBAAS1L,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,SAAjB,EAA2B2F,CAA3B,GAA8B,IAArC,IAA2Ck+E,GAAG,KAAKp/F,OAAL,CAAavB,GAAb,CAAiB,SAAjB,CAAH,EAA+B,CAA/B,CAAlD;AAAoF,aAAj9B,EAAk9BogG,aAAY,qBAAS39E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKsrF,YAAL,CAAkB5+E,CAAlB,CAAR,CAA6B,IAAG1M,CAAH,EAAK,OAAOzM,IAAE,KAAK63F,IAAL,EAAF,EAAc73F,IAAEuvD,EAAEoiC,IAAF,CAAOjC,SAAP,CAAiBjjF,CAAjB,EAAmBzM,EAAEovF,IAAF,CAAOj2E,CAAP,CAAnB,CAAF,GAAgC1M,CAArD;AAAuD,aAAnkC,EAAokC8iF,eAAc,uBAASp2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG,KAAKs0B,OAAL,EAAH,EAAkB;AAAC,wBAAI7nB,IAAE,KAAK6pF,gBAAL,CAAsBt2F,CAAtB,CAAN,CAA+B,OAAOyM,MAAI0M,IAAEA,EAAEk1E,aAAF,CAAgB5hF,EAAEihF,MAAF,GAAWpyF,MAAX,EAAhB,CAAN,GAA4C,KAAK08F,QAAL,MAAiB,KAAKC,cAAL,CAAoB9+E,CAApB,CAAjB,IAAyC,KAAKq2E,SAAL,IAAgB,KAAK0I,UAAL,EAAhB,IAAmC,KAAK1I,SAAL,CAAer2E,CAAf,CAA/H;AAAiJ,wBAAM,CAAC,CAAP;AAAS,aAA5yC,EAA6yC6+E,UAAS,oBAAU;AAAC,oBAAI7+E,IAAE,KAAKlhB,OAAL,CAAak+F,IAAnB,CAAwB,OAAOh9E,KAAG,CAAC89E,GAAG3M,aAAH,CAAiBnxE,EAAEyyB,KAAnB,CAAX;AAAqC,aAA93C,EAA+3CssD,YAAW,sBAAU;AAAC,oBAAI/+E,IAAE,KAAKlhB,OAAL,CAAam+F,MAAnB,CAA0B,OAAOj9E,KAAGA,EAAEgJ,KAAF,GAAQ,CAAX,IAAc,CAAC80E,GAAG3M,aAAH,CAAiBnxE,EAAEyyB,KAAnB,CAAtB;AAAgD,aAA/9C,EAAg+CmsD,cAAa,sBAAS5+E,CAAT,EAAW;AAAC,uBAAO,KAAKi2E,IAAL,CAAUj2E,CAAV,CAAP;AAAoB,aAA7gD,EAAT,CAAra,CAA87DigB,EAAEw+D,GAAGjiG,EAAL,EAAQ2hG,EAAR,GAAYh3D,IAAEwtB,EAAE91D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQ,KAAK5iB,MAAL,GAAY,CAApB,EAAsB,KAAK4hG,OAAL,CAAa,CAAb,EAAeh/E,EAAE5iB,MAAjB,EAAwB4iB,CAAxB,CAAtB;AAAiD,aAAnE,EAAoEhU,UAAS,kBAASgU,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKg/E,OAAL,CAAa,CAAb,EAAe,KAAK5hG,MAApB,EAA2B4iB,CAA3B,GAA8B,KAAK26D,OAAL,EAA9B,EAA6C,IAAhD,IAAsD,KAAKh/E,KAAL,CAAW,CAAX,CAA7D;AAA2E,aAApK,EAAqKE,MAAK,gBAAU;AAAC,oBAAImkB,IAAE5hB,SAAN;AAAA,oBAAgByI,IAAEu3F,GAAGjgG,KAAH,CAAS,IAAT,EAAc6hB,CAAd,CAAlB,CAAmC,OAAO,KAAKi/E,IAAL,CAAUj/E,CAAV,GAAanZ,CAApB;AAAsB,aAA9O,EAA+OlL,OAAM2iG,EAArP,EAAwPz5F,KAAI,eAAU;AAAC,oBAAImb,IAAE,KAAK5iB,MAAX;AAAA,oBAAkByJ,IAAE+rE,GAAGz0E,KAAH,CAAS,IAAT,CAApB,CAAmC,OAAO6hB,KAAG,KAAKk/E,OAAL,CAAa,CAACr4F,CAAD,CAAb,CAAH,EAAqBA,CAA5B;AAA8B,aAAxU,EAAyUjI,QAAO,gBAASohB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAEgrF,GAAGhhG,IAAH,CAAQc,SAAR,EAAkB,CAAlB,CAAN;AAAA,oBAA2BF,IAAE,KAAK8gG,OAAL,CAAah/E,CAAb,EAAenZ,CAAf,EAAiByM,CAAjB,CAA7B,CAAiD,OAAO,KAAKqnE,OAAL,IAAez8E,CAAtB;AAAwB,aAAva,EAAwawK,OAAM,iBAAU;AAAC,oBAAIsX,IAAE,KAAK5iB,MAAX;AAAA,oBAAkByJ,IAAEw3F,GAAGlgG,KAAH,CAAS,IAAT,CAApB,CAAmC,OAAO6hB,KAAG,KAAKk/E,OAAL,CAAa,CAACr4F,CAAD,CAAb,CAAH,EAAqBA,CAA5B;AAA8B,aAA1f,EAA2fiF,SAAQ,mBAAU;AAAC,oBAAIkU,IAAE5hB,SAAN;AAAA,oBAAgByI,IAAE03F,GAAGpgG,KAAH,CAAS,IAAT,EAAc6hB,CAAd,CAAlB,CAAmC,OAAO,KAAKi/E,IAAL,CAAUj/E,CAAV,GAAanZ,CAApB;AAAsB,aAAvkB,EAAwkB/K,SAAQ,iBAASkkB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,IAAV,CAAe,KAAI2I,IAAE,CAAF,EAAIyM,IAAEpV,EAAEd,MAAZ,EAAmByJ,IAAEyM,CAArB,EAAuBzM,GAAvB;AAA2B,wBAAG3I,EAAE2I,CAAF,MAAOmZ,CAAV,EAAY,OAAOnZ,CAAP;AAAvC,iBAAgD,OAAM,CAAC,CAAP;AAAS,aAApqB,EAAqqBm4F,SAAQ,iBAASh/E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,IAAEy4B,GAAGx4B,KAAH,CAAS,IAAT,EAAc,CAAC6hB,CAAD,EAAGnZ,CAAH,EAAMjL,MAAN,CAAa0X,CAAb,CAAd,CAAN,CAAqC,OAAO,KAAK6rF,cAAL,CAAoBjhG,CAApB,GAAuB,KAAKkhG,YAAL,CAAkB9rF,CAAlB,CAAvB,EAA4CpV,CAAnD;AAAqD,aAAvxB,EAAwxB+gG,MAAK,cAASj/E,CAAT,EAAW;AAAC,qBAAKo/E,YAAL,CAAkBp/E,CAAlB,GAAqB,KAAK26D,OAAL,EAArB;AAAoC,aAA70B,EAA80BukB,SAAQ,iBAASl/E,CAAT,EAAW;AAAC,qBAAKm/E,cAAL,CAAoBn/E,CAApB,GAAuB,KAAK26D,OAAL,EAAvB;AAAsC,aAAx4B,EAAy4BykB,cAAa,sBAASp/E,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2BmZ,sBAAEnZ,CAAF,EAAKgtF,WAAL,CAAiB,IAAjB;AAA3B;AAAkD,aAAp9B,EAAq9BsL,gBAAe,wBAASn/E,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2BmZ,sBAAEnZ,CAAF,EAAKitF,cAAL,CAAoB,IAApB;AAA3B;AAAqD,aAAriC,EAAsiCnZ,SAAQ,mBAAU,CAAE,CAA1jC,EAAT,CAAd,EAAolC16C,EAAEkH,EAAE3qC,EAAJ,EAAO2hG,EAAP,CAAplC,EAA+lC7pC,IAAEmqC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,OAAV,EAAkBjE,MAAK,cAASujB,CAAT,EAAW;AAACy+E,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,GAAwB,KAAK3L,QAAL,GAAc,EAAtC;AAAyC,aAA5E,EAA6EimF,gBAAe,wBAASt6E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKmQ,OAAL,CAAa,gBAAb,EAA8B,EAAC0qD,QAAOnuD,CAAR,EAAU8pB,OAAMjjC,CAAhB,EAAkBiO,OAAMxB,CAAxB,EAA9B;AAA0D,aAAtK,EAAuKkT,QAAO,kBAAU;AAAC,uBAAOu3E,GAAG,KAAK1pF,QAAR,EAAiBjW,SAAjB,GAA4B,KAAKihG,SAAL,CAAejhG,SAAf,EAAyB,IAAzB,CAA5B,EAA2D,KAAKk8F,cAAL,CAAoB,KAApB,EAA0Bl8F,SAA1B,CAA3D,EAAgG,IAAvG;AAA4G,aAArS,EAAsS+oB,QAAO,gBAASnH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKwN,QAAL,CAAczV,MAAd,CAAqBohB,CAArB,EAAuB,CAAvB,EAAyBnZ,CAAzB,GAA4BA,EAAEkD,MAAF,GAAS,IAArC,EAA0C,KAAKuwF,cAAL,CAAoB,KAApB,EAA0B,CAACzzF,CAAD,CAA1B,EAA8BmZ,CAA9B,CAA1C,EAA2E,IAAlF;AAAuF,aAAlZ,EAAmZm6E,UAAS,kBAASn6E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKsgB,MAAL,CAAYtgB,CAAZ,EAAcmZ,CAAd,CAAP;AAAwB,aAAlc,EAAmcxJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,IAAEipE,GAAG9vD,CAAH,EAAK,KAAK3L,QAAV,CAAN,CAA0B,OAAOxN,KAAG,CAAH,KAAO,KAAKwN,QAAL,CAAczV,MAAd,CAAqBiI,CAArB,EAAuB,CAAvB,GAA0BmZ,EAAEjW,MAAF,GAAS,IAAnC,EAAwC,KAAKuwF,cAAL,CAAoB,QAApB,EAA6B,CAACt6E,CAAD,CAA7B,EAAiCnZ,CAAjC,CAA/C,GAAoF,IAA3F;AAAgG,aAAhlB,EAAilBy4F,UAAS,kBAASt/E,CAAT,EAAW;AAAC,oBAAG,KAAGA,CAAH,IAAMA,IAAE,KAAK3L,QAAL,CAAcjX,MAAzB,EAAgC;AAAC,wBAAIyJ,IAAE,KAAKwN,QAAL,CAAc2L,CAAd,CAAN,CAAuB,KAAK3L,QAAL,CAAczV,MAAd,CAAqBohB,CAArB,EAAuB,CAAvB,GAA0BnZ,EAAEkD,MAAF,GAAS,IAAnC,EAAwC,KAAKuwF,cAAL,CAAoB,QAApB,EAA6B,CAACzzF,CAAD,CAA7B,EAAiCmZ,CAAjC,CAAxC;AAA4E,wBAAO,IAAP;AAAY,aAAtvB,EAAuvByxB,OAAM,iBAAU;AAAC,oBAAIzxB,IAAE,KAAK3L,QAAX,CAAoB,OAAO,KAAKA,QAAL,GAAc,EAAd,EAAiB,KAAKgrF,SAAL,CAAer/E,CAAf,EAAiB,IAAjB,CAAjB,EAAwC,KAAKs6E,cAAL,CAAoB,QAApB,EAA6Bt6E,CAA7B,EAA+B,CAA/B,CAAxC,EAA0E,IAAjF;AAAsF,aAAl3B,EAAm3Bi2E,MAAK,cAASj2E,CAAT,EAAW;AAAC,uBAAOnZ,EAAE,KAAKwN,QAAP,EAAgB,CAAC,CAAjB,EAAmB,KAAK8oF,gBAAL,CAAsBn9E,CAAtB,CAAnB,CAAP;AAAoD,aAAx7B,EAAy7B09E,SAAQ,mBAAU;AAAC,uBAAO72F,EAAE,KAAKwN,QAAP,EAAgB,CAAC,CAAjB,CAAP;AAA2B,aAAv+B,EAAw+BuqF,cAAa,sBAAS5+E,CAAT,EAAW;AAAC,uBAAO1M,EAAE,KAAKe,QAAP,EAAgB,KAAK8oF,gBAAL,CAAsBn9E,CAAtB,CAAhB,CAAP;AAAiD,aAAljC,EAAmjCm9E,kBAAiB,0BAASn9E,CAAT,EAAW;AAAC,uBAAOy+E,GAAGjiG,EAAH,CAAM2gG,gBAAN,CAAuB7/F,IAAvB,CAA4B,IAA5B,EAAiC0iB,CAAjC,KAAqC,IAA5C;AAAiD,aAAjoC,EAAkoCo2E,eAAc,uBAASp2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,IAAG,KAAKn2B,OAAL,EAAH,EAAkB,KAAI7nB,IAAE,KAAKe,QAAP,EAAgBnW,IAAE,KAAKi/F,gBAAL,CAAsBt2F,CAAtB,CAAlB,EAA2CyqD,IAAE,CAAjD,EAAmDA,IAAEh+C,EAAElW,MAAvD,EAA8Dk0D,GAA9D;AAAkE,wBAAGh+C,EAAEg+C,CAAF,EAAK8kC,aAAL,CAAmBp2E,CAAnB,EAAqB9hB,CAArB,CAAH,EAA2B,OAAM,CAAC,CAAP;AAA7F,iBAAsG,OAAM,CAAC,CAAP;AAAS,aAAzyC,EAA0yCmhG,WAAU,mBAASr/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,KAAIh+C,IAAE,CAAN,EAAQA,IAAE0M,EAAE5iB,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAE8hB,EAAE1M,CAAF,CAAF,EAAOg+C,IAAEpzD,EAAE6L,MAAX,EAAkBunD,KAAGA,KAAG,IAAN,IAAYA,EAAE96C,MAAd,IAAsB86C,EAAE96C,MAAF,CAAStY,CAAT,CAAxC,EAAoDA,EAAE6L,MAAF,GAASlD,CAA7D;AAAvB;AAAsF,aAAl6C,EAAV,CAAjmC,EAAghFqvD,EAAEm+B,MAAF,CAASmJ,WAAT,CAAqB3+F,MAArB,CAA4By1D,EAAE93D,EAA9B,EAAiC,UAAjC,CAAhhF,EAA6jF+4D,IAAEkpC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,MAAV,EAAiBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAACmrF,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBgW,CAArB,GAAwB,KAAK0R,OAAL,CAAahF,CAAb,CAAxB,EAAwC,KAAKkK,QAAL,CAAcrjB,KAAG,IAAIuvD,EAAEmiC,KAAN,EAAjB,CAAxC,EAAsE,KAAKz5F,OAAL,CAAaygG,IAAb,KAAoB,KAAKzgG,OAAL,CAAaygG,IAAb,GAAkB,iBAAtC,CAAtE,EAA+H3B,GAAG,KAAK9+F,OAAL,CAAak+F,IAAhB,KAAuB,KAAKA,IAAL,CAAU,MAAV,CAAtJ;AAAwK,aAA9M,EAA+Mh4E,SAAQ,iBAAShF,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,SAAjB,EAA2B2F,CAA3B,GAA8B,IAArC,IAA2C,KAAKlhB,OAAL,CAAavB,GAAb,CAAiB,SAAjB,CAAlD;AAA8E,aAAjT,EAAkTk1F,SAAQ,mBAAU;AAAC,oBAAIzyE,IAAE89E,GAAGtK,WAAH,CAAe,KAAKxuE,OAAL,EAAf,EAA8B,EAACu6E,MAAK,KAAKzgG,OAAL,CAAavB,GAAb,CAAiB,MAAjB,CAAN,EAA9B,CAAN,CAAqE,OAAOyiB,CAAP;AAAS,aAAnZ,EAAoZ8kB,MAAK,gBAAU;AAAC,oBAAI9kB,IAAE,KAAKyyE,OAAL,EAAN;AAAA,oBAAqB5rF,IAAE,KAAKqjB,QAAL,GAAgB/qB,KAAhB,EAAvB,CAA+C,OAAO,IAAIi3D,EAAEoiC,IAAN,CAAW3xF,CAAX,EAAa,CAACmZ,EAAEgJ,KAAH,EAAShJ,EAAE+N,MAAX,CAAb,CAAP;AAAwC,aAA3f,EAA4fkoE,MAAK,cAASj2E,CAAT,EAAW;AAAC,oBAAInZ,IAAE6qD,EAAE,KAAKyrC,gBAAL,CAAsBn9E,CAAtB,CAAF,CAAN,CAAkC,OAAO,KAAK8kB,IAAL,GAAYmxD,IAAZ,CAAiBpvF,CAAjB,CAAP;AAA2B,aAA1kB,EAA2kB62F,SAAQ,mBAAU;AAAC,uBAAO,KAAK54D,IAAL,GAAYmxD,IAAZ,EAAP;AAA0B,aAAxnB,EAAynB6I,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,uBAAO,KAAK8kB,IAAL,GAAYsxD,aAAZ,CAA0Bp2E,CAA1B,CAAP;AAAoC,aAAxrB,EAAV,CAA/jF,EAAowGk2C,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0B02D,EAAE/4D,EAA5B,CAApwG,EAAoyG+0D,EAAEgE,EAAE/4D,EAAJ,EAAO,CAAC,UAAD,CAAP,CAApyG,EAAyzGm5D,IAAE8oC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,QAAV,EAAmBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC43F,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,GAAwB,KAAKoxF,QAAL,CAAcj4E,KAAG,IAAIo2C,EAAE+hC,MAAN,EAAjB,CAAxB,EAAuDyF,GAAG,KAAK9+F,OAAL,CAAam+F,MAAhB,KAAyB,KAAKA,MAAL,CAAY,MAAZ,CAAhF;AAAoG,aAA1I,EAA2IK,OAAM,eAASt9E,CAAT,EAAW;AAAC,uBAAO,KAAKw/E,SAAL,CAAevJ,IAAf,CAAoBj2E,CAApB,CAAP;AAA8B,aAA3L,EAA4L09E,SAAQ,mBAAU;AAAC,uBAAO,KAAK8B,SAAL,CAAevJ,IAAf,EAAP;AAA6B,aAA5O,EAA6O6I,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,uBAAO,KAAKi4E,QAAL,GAAgB7B,aAAhB,CAA8Bp2E,CAA9B,CAAP;AAAwC,aAAhT,EAAiTq2E,WAAU,mBAASr2E,CAAT,EAAW;AAAC,uBAAO,KAAKi4E,QAAL,GAAgB5B,SAAhB,CAA0Br2E,CAA1B,EAA4B,KAAKlhB,OAAL,CAAam+F,MAAb,CAAoBj0E,KAApB,GAA0B,CAAtD,CAAP;AAAgE,aAAvY,EAAV,CAA3zG,EAA+sHktC,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0B82D,EAAEn5D,EAA5B,CAA/sH,EAA+uH05D,EAAEm+B,MAAF,CAASoJ,UAAT,CAAoB5+F,MAApB,CAA2B82D,EAAEn5D,EAA7B,CAA/uH,EAAgxH0B,EAAEy3D,EAAEn5D,EAAJ,EAAO,CAAC,UAAD,CAAP,CAAhxH,EAAqyHi5D,IAAEgpC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,KAAV,EAAgBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC43F,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,GAAwB,KAAKoxF,QAAL,CAAcj4E,KAAG,IAAIo2C,EAAE8hC,GAAN,EAAjB,CAAxB,EAAoD0F,GAAG,KAAK9+F,OAAL,CAAam+F,MAAhB,KAAyB,KAAKA,MAAL,CAAY,MAAZ,CAA7E;AAAiG,aAApI,EAAqIK,OAAM,eAASt9E,CAAT,EAAW;AAAC,uBAAO,KAAKw/E,SAAL,CAAevJ,IAAf,CAAoBj2E,CAApB,CAAP;AAA8B,aAArL,EAAsL09E,SAAQ,mBAAU;AAAC,uBAAO,KAAKzF,QAAL,GAAgBhC,IAAhB,EAAP;AAA8B,aAAvO,EAAwOwJ,QAAO,kBAAU;AAAC,oBAAIz/E,CAAJ;AAAA,oBAAMnZ,IAAE,IAAIgvD,CAAJ,EAAR;AAAA,oBAAcviD,IAAE,KAAK2kF,QAAL,GAAgBd,WAAhB,EAAhB,CAA8C,IAAG7jF,EAAElW,MAAF,GAAS,CAAZ,EAAc,KAAIyJ,EAAE64F,MAAF,CAASpsF,EAAE,CAAF,EAAKo4B,CAAd,EAAgBp4B,EAAE,CAAF,EAAKs4B,CAArB,GAAwB5rB,IAAE,CAA9B,EAAgCA,IAAE1M,EAAElW,MAApC,EAA2C4iB,KAAG,CAA9C;AAAgDnZ,sBAAE84F,OAAF,CAAUrsF,EAAE0M,CAAF,CAAV,EAAe1M,EAAE0M,IAAE,CAAJ,CAAf,EAAsB1M,EAAE0M,IAAE,CAAJ,CAAtB;AAAhD,iBAA8E,OAAOnZ,CAAP;AAAS,aAA7Y,EAA8Yi4F,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,uBAAO,KAAKi4E,QAAL,GAAgB7B,aAAhB,CAA8Bp2E,CAA9B,CAAP;AAAwC,aAAjd,EAAkdq2E,WAAU,mBAASr2E,CAAT,EAAW;AAAC,uBAAO,KAAKi4E,QAAL,GAAgB5B,SAAhB,CAA0Br2E,CAA1B,EAA4B,KAAKlhB,OAAL,CAAam+F,MAAb,CAAoBj0E,KAApB,GAA0B,CAAtD,CAAP;AAAgE,aAAxiB,EAAV,CAAvyH,EAA41IktC,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0B42D,EAAEj5D,EAA5B,CAA51I,EAA43I05D,EAAEm+B,MAAF,CAASoJ,UAAT,CAAoB5+F,MAApB,CAA2B42D,EAAEj5D,EAA7B,CAA53I,EAA65I0B,EAAEu3D,EAAEj5D,EAAJ,EAAO,CAAC,UAAD,CAAP,CAA75I,EAAk7I24D,IAAEhuB,EAAEtoC,MAAF,CAAS,EAAC87E,SAAQ,mBAAU;AAAC,qBAAKsZ,cAAL;AAAsB,aAA1C,EAAT,CAAp7I,EAA0+Iv+B,IAAEf,EAAE91D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAK8xB,MAAL,CAAYplB,KAAG,IAAI81C,CAAJ,EAAf,GAAsB,KAAK8pC,SAAL,CAAe/4F,CAAf,CAAtB,EAAwC,KAAKg5F,UAAL,CAAgBvsF,CAAhB,CAAxC;AAA2D,aAAjF,EAAkFwsF,QAAO,gBAAS9/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,KAAKknC,MAAL,GAAc8vD,aAAd,CAA4BruF,CAA5B,CAAR;AAAA,oBAAuCyqD,IAAEtxC,EAAEolB,MAAF,GAAW8vD,aAAX,CAAyBruF,CAAzB,CAAzC,CAAqE,OAAOyM,IAAE,KAAKusF,UAAL,MAAmB7/E,EAAE4/E,SAAF,EAAnB,GAAiC,KAAKG,iBAAL,CAAuB7hG,CAAvB,EAAyB,KAAK2hG,UAAL,GAAkB3K,aAAlB,CAAgCruF,CAAhC,CAAzB,EAA4DmZ,EAAE4/E,SAAF,GAAc1K,aAAd,CAA4BruF,CAA5B,CAA5D,EAA2FyqD,CAA3F,CAAjC,GAA+H,KAAK0uC,gBAAL,CAAsB9hG,CAAtB,EAAwBozD,CAAxB,CAAxI;AAAmK,aAA/U,EAAgV0uC,kBAAiB,0BAAShgF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOuvD,EAAEoiC,IAAF,CAAOtC,UAAP,CAAkBl2E,CAAlB,EAAoBnZ,CAApB,CAAP;AAA8B,aAA7Y,EAA8Yk5F,mBAAkB,2BAAS//E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,oBAAIozD,IAAE,CAACtxC,CAAD,EAAGnZ,CAAH,EAAKyM,CAAL,EAAOpV,CAAP,CAAN;AAAA,oBAAgBqzD,IAAE,KAAK0uC,iBAAL,CAAuB3uC,CAAvB,EAAyB,GAAzB,CAAlB;AAAA,oBAAgD76B,IAAE,KAAKwpE,iBAAL,CAAuB3uC,CAAvB,EAAyB,GAAzB,CAAlD;AAAA,oBAAgF5sD,IAAEs5F,GAAG,CAACzsC,EAAEnd,GAAH,EAAOmd,EAAE1mC,GAAT,EAAa7K,EAAE0rB,CAAf,EAAiBxtC,EAAEwtC,CAAnB,CAAH,CAAlF;AAAA,oBAA4GynB,IAAE6qC,GAAG,CAACvnE,EAAE2d,GAAH,EAAO3d,EAAE5L,GAAT,EAAa7K,EAAE4rB,CAAf,EAAiB1tC,EAAE0tC,CAAnB,CAAH,CAA9G,CAAwI,OAAOwqB,EAAEoiC,IAAF,CAAOtC,UAAP,CAAkB,IAAIpgC,CAAJ,CAAMpxD,EAAE0vC,GAAR,EAAY+e,EAAE/e,GAAd,CAAlB,EAAqC,IAAI0hB,CAAJ,CAAMpxD,EAAEmmB,GAAR,EAAYsoC,EAAEtoC,GAAd,CAArC,CAAP;AAAgE,aAA1nB,EAA2nBo1E,mBAAkB,2BAASjgF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,KAAK4sF,cAAL,CAAoBlgF,EAAE,CAAF,EAAKnZ,CAAL,CAApB,EAA4BmZ,EAAE,CAAF,EAAKnZ,CAAL,CAA5B,EAAoCmZ,EAAE,CAAF,EAAKnZ,CAAL,CAApC,EAA4CmZ,EAAE,CAAF,EAAKnZ,CAAL,CAA5C,CAAN,CAA2D,OAAM,EAACutC,KAAI,KAAK+rD,iBAAL,CAAuB7sF,EAAE8gC,GAAzB,EAA6BvtC,CAA7B,EAA+BmZ,CAA/B,CAAL,EAAuC6K,KAAI,KAAKs1E,iBAAL,CAAuB7sF,EAAEuX,GAAzB,EAA6BhkB,CAA7B,EAA+BmZ,CAA/B,CAA3C,EAAN;AAAoF,aAA1yB,EAA2yBmgF,mBAAkB,2BAASngF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,IAAE,IAAE8hB,CAAR,CAAU,OAAOi2C,EAAE/3D,CAAF,EAAI,CAAJ,IAAOoV,EAAE,CAAF,EAAKzM,CAAL,CAAP,GAAe,IAAEovD,EAAE/3D,CAAF,EAAI,CAAJ,CAAF,GAAS8hB,CAAT,GAAW1M,EAAE,CAAF,EAAKzM,CAAL,CAA1B,GAAkC,IAAEovD,EAAEj2C,CAAF,EAAI,CAAJ,CAAF,GAAS9hB,CAAT,GAAWoV,EAAE,CAAF,EAAKzM,CAAL,CAA7C,GAAqDovD,EAAEj2C,CAAF,EAAI,CAAJ,IAAO1M,EAAE,CAAF,EAAKzM,CAAL,CAAnE;AAA2E,aAAl6B,EAAm6Bq5F,gBAAe,wBAASlgF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ96B,IAAEzW,IAAE,IAAEnZ,CAAJ,GAAM,IAAEyM,CAAR,GAAUpV,CAApB;AAAA,oBAAsBwG,IAAE,CAAC,CAAD,IAAIsb,IAAE,IAAEnZ,CAAJ,GAAMyM,CAAV,CAAxB;AAAA,oBAAqC6/C,IAAEnzC,IAAEnZ,CAAzC;AAAA,oBAA2C8N,IAAE6/C,EAAEosB,IAAF,CAAOl8E,IAAEA,CAAF,GAAI,IAAE+xB,CAAF,GAAI08B,CAAf,CAA7C;AAAA,oBAA+DpB,IAAE,CAAjE;AAAA,oBAAmED,IAAE,CAArE,CAAuE,OAAO,MAAIr7B,CAAJ,GAAM,MAAI/xB,CAAJ,KAAQqtD,IAAED,IAAE,CAACqB,CAAD,GAAGzuD,CAAf,CAAN,GAAwBqd,MAAMpN,CAAN,MAAWo9C,IAAE,CAAC,CAACrtD,CAAD,GAAGiQ,CAAJ,KAAQ,IAAE8hB,CAAV,CAAF,EAAeq7B,IAAE,CAAC,CAACptD,CAAD,GAAGiQ,CAAJ,KAAQ,IAAE8hB,CAAV,CAA5B,CAAxB,EAAkE66B,IAAEkD,EAAE3pC,GAAF,CAAM2pC,EAAEpgB,GAAF,CAAM2d,CAAN,EAAQD,CAAR,CAAN,EAAiB,CAAjB,CAApE,EAAwF,CAACR,IAAE,CAAF,IAAKA,IAAE,CAAR,MAAaA,IAAE,CAAf,CAAxF,EAA0GC,IAAEiD,EAAEpgB,GAAF,CAAMogB,EAAE3pC,GAAF,CAAMknC,CAAN,EAAQD,CAAR,CAAN,EAAiB,CAAjB,CAA5G,EAAgI,CAACP,IAAE,CAAF,IAAKA,IAAE,CAAR,MAAaA,IAAE,CAAf,CAAhI,EAAkJ,EAACnd,KAAIkd,CAAL,EAAOzmC,KAAI0mC,CAAX,EAAzJ;AAAuK,aAAlrC,EAAmrC6uC,kBAAiB,0BAASpgF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,CAAM,OAAOA,IAAE,KAAKusF,UAAL,MAAmB7/E,EAAE4/E,SAAF,EAAnB,GAAiCxpC,EAAEgiC,uBAAF,CAA0B,CAAC,KAAKhzD,MAAL,EAAD,EAAe,KAAKy6D,UAAL,EAAf,EAAiC7/E,EAAE4/E,SAAF,EAAjC,EAA+C5/E,EAAEolB,MAAF,EAA/C,CAA1B,EAAqFv+B,CAArF,EAAuF,KAAKi5F,MAAL,CAAY9/E,CAAZ,CAAvF,CAAjC,GAAwIo2C,EAAEiiC,sBAAF,CAAyB,KAAKjzD,MAAL,EAAzB,EAAuCplB,EAAEolB,MAAF,EAAvC,EAAkDv+B,CAAlD,CAAjJ;AAAsM,aAA95C,EAA+5Cw5F,cAAa,sBAASrgF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ96B,CAAR;AAAA,oBAAU/xB,CAAV;AAAA,oBAAYyuD,CAAZ;AAAA,oBAAcx+C,CAAd;AAAA,oBAAgBo9C,CAAhB;AAAA,oBAAkBD,CAAlB;AAAA,oBAAoBM,IAAE,KAAK0tC,MAAL,CAAY9/E,CAAZ,EAAeqM,MAAf,CAAsB/Y,CAAtB,EAAwBA,CAAxB,CAAtB,CAAiD,IAAG8+C,EAAEgkC,aAAF,CAAgBvvF,CAAhB,CAAH,EAAsB,OAAOyqD,IAAE,KAAKlsB,MAAL,EAAF,EAAgBmsB,IAAE,KAAKsuC,UAAL,EAAlB,EAAoCppE,IAAEzW,EAAE4/E,SAAF,EAAtC,EAAoDl7F,IAAEsb,EAAEolB,MAAF,EAAtD,EAAiE,WAASlnC,CAAT,IAAYozD,EAAEkkC,UAAF,CAAa3uF,CAAb,KAAiByM,CAA7B,GAA+B,CAAC8iD,EAAEwiC,eAAF,CAAkBtnC,CAAlB,EAAoBC,CAApB,EAAsB1qD,CAAtB,CAAhC,GAAyD,SAAO3I,CAAP,IAAUwG,EAAE8wF,UAAF,CAAa3uF,CAAb,KAAiByM,CAA3B,GAA6B,CAAC8iD,EAAEwiC,eAAF,CAAkBl0F,CAAlB,EAAoB+xB,CAApB,EAAsB5vB,CAAtB,CAA9B,IAAwDssD,IAAEiD,EAAEyiC,eAAJ,EAAoBlkF,IAAE,CAAC28C,CAAD,EAAGC,CAAH,EAAK96B,CAAL,EAAO/xB,CAAP,CAAtB,EAAgC,EAAE,CAACyuD,EAAEx+C,CAAF,EAAI9N,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAcyM,CAAd,CAAD,IAAmB,CAAC6/C,EAAEx+C,CAAF,EAAI9N,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAcyM,CAAd,CAAtB,MAA0Cy+C,IAAEqE,EAAEg/B,SAAF,GAAcD,MAAd,CAAqB,EAArB,EAAwBtuF,CAAxB,CAAF,EAA6BirD,IAAE,CAACR,EAAE4jC,aAAF,CAAgBnjC,CAAhB,CAAD,EAAoBR,EAAE2jC,aAAF,CAAgBnjC,CAAhB,CAApB,EAAuCt7B,EAAEy+D,aAAF,CAAgBnjC,CAAhB,CAAvC,EAA0DrtD,EAAEwwF,aAAF,CAAgBnjC,CAAhB,CAA1D,CAA/B,EAA6GoB,EAAErB,CAAF,EAAIjrD,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAcyM,CAAd,KAAkB6/C,EAAErB,CAAF,EAAIjrD,CAAJ,EAAM,GAAN,EAAU,GAAV,EAAcyM,CAAd,CAAzK,CAAxF,CAAjI;AAAqZ,aAA15D,EAA25DgtF,aAAY,qBAAStgF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,IAAE,KAAKknC,MAAL,EAAN;AAAA,oBAAoBksB,IAAEtxC,EAAEolB,MAAF,EAAtB;AAAA,oBAAiCmsB,IAAEusC,GAAG/M,GAAH,CAAOv8B,EAAEggC,KAAF,CAAQljC,EAAE1lB,CAAF,GAAI1tC,EAAE0tC,CAAd,EAAgB0lB,EAAE5lB,CAAF,GAAIxtC,EAAEwtC,CAAtB,CAAP,CAAnC;AAAA,oBAAoEjV,IAAE,IAAI2/B,EAAEoiC,IAAN,CAAW,CAACt6F,EAAEwtC,CAAH,EAAKxtC,EAAE0tC,CAAF,GAAIt4B,IAAE,CAAX,CAAX,EAAyB,CAACpV,EAAEs3F,UAAF,CAAalkC,CAAb,CAAD,EAAiBh+C,CAAjB,CAAzB,CAAtE,CAAoH,OAAOmjB,EAAE2/D,aAAF,CAAgBvvF,EAAEquF,aAAF,CAAgB9+B,EAAEg/B,SAAF,GAAcD,MAAd,CAAqB,CAAC5jC,CAAtB,EAAwBrzD,CAAxB,CAAhB,CAAhB,CAAP;AAAoE,aAA/mE,EAAgnEqiG,aAAY,qBAASvgF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ,CAAM,OAAOA,IAAE,KAAKuuC,UAAL,MAAmB7/E,EAAE4/E,SAAF,EAAnB,GAAiC,KAAKS,YAAL,CAAkBrgF,CAAlB,EAAoBnZ,CAApB,EAAsByM,IAAE,CAAxB,EAA0BpV,CAA1B,CAAjC,GAA8D,KAAKoiG,WAAL,CAAiBtgF,CAAjB,EAAmBnZ,CAAnB,EAAqByM,CAArB,CAAvE;AAA+F,aAAnvE,EAAT,CAA5+I,EAA2uNi+C,EAAEmE,EAAEl5D,EAAJ,EAAO,CAAC,QAAD,EAAU,WAAV,EAAsB,YAAtB,CAAP,CAA3uN,EAAuxNyjC,EAAEy1B,EAAEl5D,EAAJ,EAAO2hG,EAAP,CAAvxN,EAAkyNtoC,IAAE4oC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,MAAV,EAAiBjE,MAAK,cAASujB,CAAT,EAAW;AAACy+E,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,GAAwB,KAAKwgF,QAAL,GAAc,IAAIrrC,CAAJ,EAAtC,EAA4C,KAAKqrC,QAAL,CAAc3M,WAAd,CAA0B,IAA1B,CAA5C,EAA4E+J,GAAG,KAAK9+F,OAAL,CAAam+F,MAAhB,MAA0B,KAAKA,MAAL,CAAY,MAAZ,GAAoBW,GAAG,KAAK9+F,OAAL,CAAam+F,MAAb,CAAoBwD,QAAvB,KAAkC,KAAK3hG,OAAL,CAAaub,GAAb,CAAiB,iBAAjB,EAAmC,OAAnC,CAAhF,CAA5E;AAAyM,aAA3O,EAA4OqlF,QAAO,gBAAS1/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKqtF,OAAL,IAAe,KAAKsM,QAAL,CAAcx0F,QAAd,CAAuB,EAAvB,CAAf,EAA0C,KAAKmoF,MAAL,EAA1C,EAAwD,KAAKuM,MAAL,CAAY1gF,CAAZ,EAAcnZ,CAAd,CAAxD,EAAyE,IAAhF;AAAqF,aAAtV,EAAuV65F,QAAO,gBAAS1gF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAEsqF,GAAG/2F,CAAH,IAAM,IAAIivD,CAAJ,CAAM91C,CAAN,EAAQnZ,CAAR,CAAN,GAAiBmZ,CAAvB;AAAA,oBAAyB9hB,IAAE,IAAIw3D,CAAJ,CAAMpiD,CAAN,CAA3B,CAAoC,OAAO,KAAKktF,QAAL,CAAc3kG,IAAd,CAAmBqC,CAAnB,GAAsB,IAA7B;AAAkC,aAAlb,EAAmbyhG,SAAQ,iBAAS3/E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,CAAJ,EAAMozD,CAAN,CAAQ,OAAO,KAAKkvC,QAAL,CAAcpjG,MAAd,GAAqB,CAArB,KAAyBc,IAAE+/F,GAAG,KAAKuC,QAAR,CAAF,EAAoBlvC,IAAE,IAAIoE,CAAJ,CAAMpiD,CAAN,EAAQzM,CAAR,CAAtB,EAAiC,KAAKqtF,OAAL,EAAjC,EAAgDh2F,EAAE2hG,UAAF,CAAa7/E,CAAb,CAAhD,EAAgE,KAAKm0E,MAAL,EAAhE,EAA8E,KAAKqM,QAAL,CAAc3kG,IAAd,CAAmBy1D,CAAnB,CAAvG,GAA8H,IAArI;AAA0I,aAA7lB,EAA8lBqvC,KAAI,aAAS3gF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,oBAAIC,CAAJ,EAAM96B,CAAN,EAAQ/xB,CAAR,EAAUyuD,CAAV,EAAYx+C,CAAZ,CAAc,OAAO,KAAK6rF,QAAL,CAAcpjG,MAAd,GAAqB,CAArB,KAAyBm0D,IAAE0sC,GAAG,KAAKuC,QAAR,CAAF,EAAoB/pE,IAAE86B,EAAEnsB,MAAF,EAAtB,EAAiC1gC,IAAEo5F,GAAGxM,GAAH,CAAOtxE,CAAP,CAAnC,EAA6CmzC,IAAE,IAAI2C,CAAJ,CAAMr/B,EAAEiV,CAAF,GAAIp4B,IAAEkhD,EAAElnC,GAAF,CAAM5oB,CAAN,CAAZ,EAAqB+xB,EAAEmV,CAAF,GAAI1tC,IAAEs2D,EAAEsiC,GAAF,CAAMpyF,CAAN,CAA3B,CAA/C,EAAoFiQ,IAAE,IAAIyhD,EAAE8hC,GAAN,CAAU/kC,CAAV,EAAY,EAACshC,YAAWz0E,CAAZ,EAAc00E,UAAS7tF,CAAvB,EAAyBkwF,SAAQzjF,CAAjC,EAAmC0jF,SAAQ94F,CAA3C,EAA6C+4F,eAAc3lC,CAA3D,EAAZ,CAAtF,EAAiK,KAAKsvC,eAAL,CAAqBjsF,CAArB,CAA1L,GAAmN,IAA1N;AAA+N,aAAn2B,EAAo2BksF,OAAM,eAAS7gF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,oBAAIC,CAAJ,EAAM96B,CAAN,EAAQ/xB,CAAR,CAAU,OAAO,KAAK87F,QAAL,CAAcpjG,MAAd,GAAqB,CAArB,KAAyBm0D,IAAE0sC,GAAG,KAAKuC,QAAR,CAAF,EAAoB/pE,IAAE86B,EAAEnsB,MAAF,EAAtB,EAAiC1gC,IAAE0xD,EAAE8hC,GAAF,CAAMhC,UAAN,CAAiBz/D,CAAjB,EAAmBzW,CAAnB,EAAqBnZ,CAArB,EAAuByM,CAAvB,EAAyBpV,CAAzB,EAA2BozD,CAA3B,CAAnC,EAAiE,KAAKsvC,eAAL,CAAqBl8F,CAArB,CAA1F,GAAmH,IAA1H;AAA+H,aAAvgC,EAAwgCk8F,iBAAgB,yBAAS5gF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,KAAI,KAAK4gF,OAAL,IAAertF,IAAEmZ,EAAEm3E,WAAF,EAAjB,EAAiC7jF,IAAE,CAAvC,EAAyCA,IAAEzM,EAAEzJ,MAA7C,EAAoDkW,KAAG,CAAvD;AAAyD,yBAAKqsF,OAAL,CAAa94F,EAAEyM,CAAF,CAAb,EAAkBzM,EAAEyM,IAAE,CAAJ,CAAlB,EAAyBzM,EAAEyM,IAAE,CAAJ,CAAzB;AAAzD,iBAA0F,KAAK6gF,MAAL,IAAc,KAAKF,cAAL,EAAd;AAAoC,aAA1qC,EAA2qCrsE,OAAM,iBAAU;AAAC,uBAAO,KAAK9oB,OAAL,CAAagiG,MAAb,GAAoB,CAAC,CAArB,EAAuB,KAAK7M,cAAL,EAAvB,EAA6C,IAApD;AAAyD,aAArvC,EAAsvCyJ,SAAQ,mBAAU;AAAC,uBAAO,KAAKJ,KAAL,EAAP;AAAoB,aAA7xC,EAA8xCwB,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,IAAE,KAAKkvC,QAAjB;AAAA,oBAA0BjvC,IAAED,EAAEl0D,MAA9B;AAAA,oBAAqCq5B,IAAE,CAAvC,CAAyC,KAAIv4B,IAAE,CAAN,EAAQA,IAAEqzD,CAAV,EAAYrzD,GAAZ;AAAgB2I,wBAAEyqD,EAAEpzD,IAAE,CAAJ,CAAF,EAASoV,IAAEg+C,EAAEpzD,CAAF,CAAX,EAAgBu4B,KAAG5vB,EAAEu5F,gBAAF,CAAmB9sF,CAAnB,EAAqB0M,CAArB,CAAnB;AAAhB,iBAA2D,OAAM,CAAC,KAAKlhB,OAAL,CAAagiG,MAAd,IAAsBxvC,EAAE,CAAF,EAAKlsB,MAAL,GAAcyuC,MAAd,CAAqBviB,EAAEC,IAAE,CAAJ,EAAOnsB,MAAP,EAArB,CAAtB,KAA8D3O,KAAG2/B,EAAEiiC,sBAAF,CAAyB/mC,EAAE,CAAF,EAAKlsB,MAAL,EAAzB,EAAuCksB,EAAEC,IAAE,CAAJ,EAAOnsB,MAAP,EAAvC,EAAuDplB,CAAvD,CAAjE,GAA4HyW,IAAE,CAAF,KAAM,CAAxI;AAA0I,aAAviD,EAAwiD4/D,WAAU,mBAASr2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,KAAKsiG,QAAb;AAAA,oBAAsBlvC,IAAEpzD,EAAEd,MAA1B,CAAiC,IAAGyJ,IAAEA,KAAG,KAAK/H,OAAL,CAAam+F,MAAb,CAAoBj0E,KAAzB,EAA+BsoC,IAAE,CAApC,EAAsC;AAAC,wBAAGpzD,EAAE,CAAF,EAAKqiG,WAAL,CAAiBriG,EAAE,CAAF,CAAjB,EAAsB8hB,CAAtB,EAAwBnZ,CAAxB,EAA0B,OAA1B,CAAH,EAAsC,OAAM,CAAC,CAAP,CAAS,KAAIyM,IAAE,CAAN,EAAQA,KAAGg+C,IAAE,CAAb,EAAeh+C,GAAf;AAAmB,4BAAGpV,EAAEoV,IAAE,CAAJ,EAAOitF,WAAP,CAAmBriG,EAAEoV,CAAF,CAAnB,EAAwB0M,CAAxB,EAA0BnZ,CAA1B,CAAH,EAAgC,OAAM,CAAC,CAAP;AAAnD,qBAA4D,IAAG3I,EAAEozD,IAAE,CAAJ,EAAOivC,WAAP,CAAmBriG,EAAEozD,IAAE,CAAJ,CAAnB,EAA0BtxC,CAA1B,EAA4BnZ,CAA5B,EAA8B,KAA9B,CAAH,EAAwC,OAAM,CAAC,CAAP;AAAS,wBAAM,CAAC,CAAP;AAAS,aAA7yD,EAA8yDy2F,OAAM,eAASt9E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,CAAV;AAAA,oBAAYC,IAAE,KAAKivC,QAAnB;AAAA,oBAA4B/pE,IAAE86B,EAAEn0D,MAAhC,CAAuC,IAAG,MAAIq5B,CAAP,EAASnjB,IAAEi+C,EAAE,CAAF,EAAKnsB,MAAL,GAAc8vD,aAAd,CAA4Bl1E,CAA5B,CAAF,EAAiCnZ,IAAE,IAAIuvD,EAAEoiC,IAAN,CAAWllF,CAAX,EAAamhD,EAAEkhC,IAAf,CAAnC,CAAT,KAAsE,IAAGl/D,IAAE,CAAL,EAAO,KAAIv4B,IAAE,CAAN,EAAQA,IAAEu4B,CAAV,EAAYv4B,GAAZ;AAAgBozD,wBAAEC,EAAErzD,IAAE,CAAJ,EAAO4hG,MAAP,CAAcvuC,EAAErzD,CAAF,CAAd,EAAmB8hB,CAAnB,CAAF,EAAwBnZ,IAAEA,IAAEuvD,EAAEoiC,IAAF,CAAOlC,KAAP,CAAazvF,CAAb,EAAeyqD,CAAf,CAAF,GAAoBA,CAA9C;AAAhB,iBAAgE,OAAOzqD,CAAP;AAAS,aAA7/D,EAAV,CAApyN,EAA8yRqvD,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0Bg3D,EAAEr5D,EAA5B,CAA9yR,EAA80R05D,EAAEm+B,MAAF,CAASoJ,UAAT,CAAoB5+F,MAApB,CAA2Bg3D,EAAEr5D,EAA7B,CAA90R,EAA+2Rq5D,EAAEkrC,QAAF,GAAW,UAAS/gF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO,IAAIgvD,CAAJ,CAAMhvD,CAAN,EAAS64F,MAAT,CAAgB1/E,EAAE81E,OAAF,EAAhB,EAA6B4K,MAA7B,CAAoC1gF,EAAE+1E,QAAF,EAApC,EAAkD2K,MAAlD,CAAyD1gF,EAAEi1E,WAAF,EAAzD,EAA0EyL,MAA1E,CAAiF1gF,EAAEg2E,UAAF,EAAjF,EAAiGpuE,KAAjG,EAAP;AAAgH,SAAx/R,EAAy/RiuC,EAAEqgC,UAAF,GAAa,UAASl2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,IAAGtxC,CAAH,EAAK;AAAC,qBAAI1M,IAAE,IAAIuiD,CAAJ,CAAMhvD,CAAN,CAAF,EAAW3I,IAAE,CAAjB,EAAmBA,IAAE8hB,EAAE5iB,MAAvB,EAA8Bc,GAA9B;AAAkCozD,wBAAEwE,EAAEqc,MAAF,CAASnyD,EAAE9hB,CAAF,CAAT,CAAF,EAAiBozD,MAAI,MAAIpzD,CAAJ,GAAMoV,EAAEosF,MAAF,CAASpuC,CAAT,CAAN,GAAkBh+C,EAAEotF,MAAF,CAASpvC,CAAT,CAAtB,CAAjB;AAAlC,iBAAsF,OAAOh+C,CAAP;AAAS;AAAC,SAApoS,EAAqoSuiD,EAAEmrC,OAAF,GAAU,UAAShhF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAIyM,IAAE,IAAIuiD,CAAJ,CAAMhvD,CAAN,CAAN;AAAA,gBAAe3I,IAAE8hB,EAAEy0E,UAAnB;AAAA,gBAA8BnjC,IAAEtxC,EAAE42E,OAAF,CAAU14F,CAAV,CAAhC,CAA6C,OAAOoV,EAAEosF,MAAF,CAASpuC,EAAE5lB,CAAX,EAAa4lB,EAAE1lB,CAAf,GAAkBt4B,EAAEqtF,GAAF,CAAMziG,CAAN,EAAQ8hB,EAAE00E,QAAV,EAAmB10E,EAAE+2E,OAArB,EAA6B/2E,EAAEg3E,OAA/B,EAAuCh3E,EAAEi3E,aAAzC,CAAlB,EAA0E3jF,CAAjF;AAAmF,SAA7xS,EAA8xS8hD,IAAEqpC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,WAAV,EAAsBjE,MAAK,cAASujB,CAAT,EAAW;AAACy+E,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,GAAwB,KAAKihF,KAAL,GAAW,IAAI9rC,CAAJ,EAAnC,EAAyC,KAAK8rC,KAAL,CAAWpN,WAAX,CAAuB,IAAvB,CAAzC,EAAsE+J,GAAG,KAAK9+F,OAAL,CAAam+F,MAAhB,KAAyB,KAAKA,MAAL,CAAY,MAAZ,CAA/F;AAAmH,aAA1J,EAA2JyC,QAAO,gBAAS1/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAIuiD,CAAJ,EAAN,CAAY,OAAOviD,EAAEosF,MAAF,CAAS1/E,CAAT,EAAWnZ,CAAX,GAAc,KAAKo6F,KAAL,CAAWplG,IAAX,CAAgByX,CAAhB,CAAd,EAAiC,IAAxC;AAA6C,aAAzO,EAA0OotF,QAAO,gBAAS1gF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKo6F,KAAL,CAAW7jG,MAAX,GAAkB,CAAlB,IAAqB6gG,GAAG,KAAKgD,KAAR,EAAeP,MAAf,CAAsB1gF,CAAtB,EAAwBnZ,CAAxB,CAArB,EAAgD,IAAvD;AAA4D,aAA3T,EAA4T84F,SAAQ,iBAAS3/E,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,uBAAO,KAAK2tF,KAAL,CAAW7jG,MAAX,GAAkB,CAAlB,IAAqB6gG,GAAG,KAAKgD,KAAR,EAAetB,OAAf,CAAuB3/E,CAAvB,EAAyBnZ,CAAzB,EAA2ByM,CAA3B,CAArB,EAAmD,IAA1D;AAA+D,aAAnZ,EAAoZqtF,KAAI,aAAS3gF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,uBAAO,KAAK2vC,KAAL,CAAW7jG,MAAX,GAAkB,CAAlB,IAAqB6gG,GAAG,KAAKgD,KAAR,EAAeN,GAAf,CAAmB3gF,CAAnB,EAAqBnZ,CAArB,EAAuByM,CAAvB,EAAyBpV,CAAzB,EAA2BozD,CAA3B,CAArB,EAAmD,IAA1D;AAA+D,aAA3e,EAA4euvC,OAAM,eAAS7gF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,uBAAO,KAAK2vC,KAAL,CAAW7jG,MAAX,GAAkB,CAAlB,IAAqB6gG,GAAG,KAAKgD,KAAR,EAAeJ,KAAf,CAAqB7gF,CAArB,EAAuBnZ,CAAvB,EAAyByM,CAAzB,EAA2BpV,CAA3B,EAA6BozD,CAA7B,CAArB,EAAqD,IAA5D;AAAiE,aAAvkB,EAAwkB1pC,OAAM,iBAAU;AAAC,uBAAO,KAAKq5E,KAAL,CAAW7jG,MAAX,GAAkB,CAAlB,IAAqB6gG,GAAG,KAAKgD,KAAR,EAAer5E,KAAf,EAArB,EAA4C,IAAnD;AAAwD,aAAjpB,EAAkpB01E,OAAM,eAASt9E,CAAT,EAAW;AAAC,uBAAOnZ,EAAE,KAAKo6F,KAAP,EAAa,CAAC,CAAd,EAAgBjhF,CAAhB,CAAP;AAA0B,aAA9rB,EAA+rB09E,SAAQ,mBAAU;AAAC,uBAAO72F,EAAE,KAAKo6F,KAAP,EAAa,CAAC,CAAd,CAAP;AAAwB,aAA1uB,EAA2uBnC,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAK2tF,KAAb,CAAmB,KAAIp6F,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAGyM,EAAEzM,CAAF,EAAKi4F,cAAL,CAAoB9+E,CAApB,CAAH,EAA0B,OAAM,CAAC,CAAP;AAAjD,iBAA0D,OAAM,CAAC,CAAP;AAAS,aAA51B,EAA61Bq2E,WAAU,mBAASr2E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAK2tF,KAAb;AAAA,oBAAmB/iG,IAAE,KAAKY,OAAL,CAAam+F,MAAb,CAAoBj0E,KAAzC,CAA+C,KAAIniB,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAGyM,EAAEzM,CAAF,EAAKwvF,SAAL,CAAer2E,CAAf,EAAiB9hB,CAAjB,CAAH,EAAuB,OAAM,CAAC,CAAP;AAA9C,iBAAuD,OAAM,CAAC,CAAP;AAAS,aAAl+B,EAAm+B0gG,cAAa,sBAAS5+E,CAAT,EAAW;AAAC,uBAAO1M,EAAE,KAAK2tF,KAAP,EAAa,KAAK9D,gBAAL,CAAsBn9E,CAAtB,CAAb,CAAP;AAA8C,aAA1iC,EAAV,CAAhyS,EAAu1Uk2C,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0Bu2D,EAAE54D,EAA5B,CAAv1U,EAAu3U05D,EAAEm+B,MAAF,CAASoJ,UAAT,CAAoB5+F,MAApB,CAA2Bu2D,EAAE54D,EAA7B,CAAv3U,EAAw5U43D,IAAEqqC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,OAAV,EAAkBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAACmrF,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBgW,CAArB,GAAwB,KAAKtU,GAAL,CAASghB,CAAT,CAAxB,EAAoC,KAAK8kB,IAAL,CAAUj+B,KAAG,IAAIuvD,EAAEoiC,IAAN,EAAb,CAApC;AAA6D,aAApG,EAAqGx5F,KAAI,aAASghB,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKlhB,OAAL,CAAaub,GAAb,CAAiB,KAAjB,EAAuB2F,CAAvB,GAA0B,IAAjC,IAAuC,KAAKlhB,OAAL,CAAavB,GAAb,CAAiB,KAAjB,CAA9C;AAAsE,aAA3L,EAA4L04F,MAAK,cAASj2E,CAAT,EAAW;AAAC,oBAAInZ,IAAE6qD,EAAE,KAAKyrC,gBAAL,CAAsBn9E,CAAtB,CAAF,CAAN,CAAkC,OAAO,KAAKkhF,KAAL,CAAWjL,IAAX,CAAgBpvF,CAAhB,CAAP;AAA0B,aAAzQ,EAA0Q62F,SAAQ,mBAAU;AAAC,uBAAO,KAAKwD,KAAL,CAAWjL,IAAX,EAAP;AAAyB,aAAtT,EAAuT6I,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,uBAAO,KAAKkhF,KAAL,CAAW9K,aAAX,CAAyBp2E,CAAzB,CAAP;AAAmC,aAArX,EAAsX6+E,UAAS,oBAAU;AAAC,uBAAO,KAAK7/F,GAAL,EAAP;AAAkB,aAA5Z,EAAV,CAA15U,EAAm0Vd,EAAEk2D,EAAE53D,EAAJ,EAAO,CAAC,MAAD,CAAP,CAAn0V,EAAo1V63D,IAAEM,EAAE91D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKxU,OAAL,GAAa,IAAIq3D,CAAJ,CAAM,EAACl4B,QAAOje,CAAR,EAAUyyB,OAAM5rC,CAAhB,EAAkB6kB,SAAQkyE,GAAGtqF,CAAH,IAAMA,CAAN,GAAQ,CAAlC,EAAN,CAAb,EAAyD,KAAKxU,OAAL,CAAa+0F,WAAb,CAAyB,IAAzB,CAAzD;AAAwF,aAA9G,EAAT,CAAt1V,EAAg9VnvF,EAAE2vD,EAAE73D,EAAJ,EAAO,CAAC,QAAD,EAAU,OAAV,EAAkB,SAAlB,CAAP,CAAh9V,EAAq/VyjC,EAAEo0B,EAAE73D,EAAJ,EAAO2hG,EAAP,CAAr/V,EAAggW9pC,EAAE8d,MAAF,GAAS,UAASnyD,CAAT,EAAW;AAAC,gBAAG49E,GAAG59E,CAAH,CAAH,EAAS;AAAC,oBAAInZ,CAAJ,CAAM,OAAOA,IAAEmZ,aAAaq0C,CAAb,GAAer0C,CAAf,GAAiBA,EAAE5iB,MAAF,GAAS,CAAT,GAAW,IAAIi3D,CAAJ,CAAMr0C,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,EAAgBA,EAAE,CAAF,CAAhB,CAAX,GAAiC,IAAIq0C,CAAJ,CAAMr0C,EAAEie,MAAR,EAAeje,EAAEyyB,KAAjB,EAAuBzyB,EAAE0L,OAAzB,CAA3D;AAA6F;AAAC,SAAnoW,EAAooW2pC,IAAEluB,EAAEtoC,MAAF,CAAS,EAAC87E,SAAQ,mBAAU;AAAC,qBAAKqZ,aAAL,CAAmB,EAAC1zB,OAAM,OAAP,EAAnB;AAAoC,aAAxD,EAAT,CAAtoW,EAA0sWtK,IAAErB,EAAE91D,MAAF,CAAS,EAAC6B,UAAS,UAAV,EAAqBjE,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKmhF,KAAL,GAAW,IAAI9rC,CAAJ,CAAM,KAAK+rC,YAAL,CAAkBphF,EAAEmhF,KAApB,CAAN,CAAX,EAA6C,KAAKA,KAAL,CAAWtN,WAAX,CAAuB,IAAvB,CAA7C,EAA0E,KAAKwN,UAAL,GAAgBrhF,EAAEshF,SAA5F,EAAsG,KAAK55F,EAAL,GAAQiN,GAA9G;AAAkH,aAAxJ,EAAyJ2sF,WAAU,mBAASthF,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKqhF,UAAL,GAAgBrhF,CAAhB,EAAkB,KAAKg0E,aAAL,EAAlB,EAAuC,IAA9C,IAAoD,KAAKqN,UAAhE;AAA2E,aAA1P,EAA2PD,cAAa,sBAASphF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,EAAR,CAAW,KAAI0M,IAAEA,KAAG,EAAL,EAAQnZ,IAAE,CAAd,EAAgBA,IAAEmZ,EAAE5iB,MAApB,EAA2ByJ,GAA3B;AAA+ByM,sBAAEzX,IAAF,CAAOw4D,EAAE8d,MAAF,CAASnyD,EAAEnZ,CAAF,CAAT,CAAP;AAA/B,iBAAsD,OAAOyM,CAAP;AAAS,aAA9V,EAA+ViuF,SAAQ,iBAASvhF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAK6tF,KAAL,CAAWtlG,IAAX,CAAgB,IAAIw4D,CAAJ,CAAMr0C,CAAN,EAAQnZ,CAAR,EAAUyM,CAAV,CAAhB;AAA8B,aAArZ,EAAsZkuF,YAAW,oBAASxhF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKs6F,KAAL,CAAWrlG,OAAX,CAAmBkkB,CAAnB,CAAN,CAA4BnZ,KAAG,CAAH,IAAM,KAAKs6F,KAAL,CAAWviG,MAAX,CAAkBiI,CAAlB,EAAoB,CAApB,CAAN;AAA6B,aAAte,EAAT,CAA5sW,EAA8rXo5B,EAAE+1B,EAAEx5D,EAAJ,EAAO2hG,EAAP,EAAU,EAACnK,eAAc,uBAASh0E,CAAT,EAAW;AAAC,qBAAKyD,OAAL,CAAa,eAAb,EAA6B,EAAC68C,OAAM,cAAYtgD,IAAE,MAAIA,EAAEsgD,KAAR,GAAc,EAA1B,CAAP,EAAqC99D,OAAM,IAA3C,EAA7B;AAA+E,aAA1G,EAA2GyxF,gBAAe,0BAAU;AAAC,qBAAKD,aAAL;AAAqB,aAA1J,EAAV,CAA9rX,EAAq2Xj+B,IAAEC,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQg2C,EAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAR,EAA+B,KAAKjS,KAAL,CAAWiS,EAAEjS,KAAF,IAAS,IAAI+nD,CAAJ,EAApB,CAA/B,EAA0D,KAAKp3D,GAAL,CAASshB,EAAEthB,GAAF,IAAO,IAAIo3D,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAhB,CAA1D;AAAsF,aAAxG,EAAT,CAAv2X,EAA29XvE,EAAEwE,EAAEv5D,EAAJ,EAAO,CAAC,OAAD,EAAS,KAAT,CAAP,CAA39X,EAAm/Xo5D,IAAEI,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQg2C,EAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAR,EAA+B,KAAK0gE,MAAL,CAAY1gE,EAAE0gE,MAAF,IAAU,IAAI5qB,CAAJ,EAAtB,CAA/B,EAA4D,KAAK2rC,OAAL,GAAa7D,GAAG59E,EAAE22E,MAAL,IAAa32E,EAAE22E,MAAf,GAAsB,CAA/F,EAAiG,KAAK+K,aAAL,GAAmB1hF,EAAE2hF,YAAtH;AAAmI,aAArJ,EAAsJhL,QAAO,gBAAS32E,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAKyhF,OAAL,GAAazhF,CAAb,EAAe,KAAKi0E,cAAL,EAAf,EAAqC,IAA5C,IAAkD,KAAKwN,OAA9D;AAAsE,aAA/O,EAAgPE,cAAa,sBAAS3hF,CAAT,EAAW;AAAC,uBAAO49E,GAAG59E,CAAH,KAAO,KAAK0hF,aAAL,GAAmB1hF,CAAnB,EAAqB,KAAKg0E,aAAL,EAArB,EAA0C,IAAjD,IAAuD,KAAK0N,aAAnE;AAAiF,aAA1V,EAAT,CAAr/X,EAA21YnwC,EAAEqE,EAAEp5D,EAAJ,EAAO,CAAC,QAAD,CAAP,CAA31Y,EAA82Yk4D,IAAE+pC,GAAG5/F,MAAH,CAAU,EAAC6B,UAAS,MAAV,EAAiBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC43F,mBAAGjiG,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,GAAwB,KAAKoxF,QAAL,CAAcj4E,KAAG,IAAIo2C,EAAEoiC,IAAN,EAAjB,CAAxB,EAAqDoF,GAAG,KAAK9+F,OAAL,CAAam+F,MAAhB,KAAyB,KAAKA,MAAL,CAAY,MAAZ,CAA9E;AAAkG,aAAtI,EAAuIK,OAAM,eAASt9E,CAAT,EAAW;AAAC,uBAAO,KAAKw/E,SAAL,CAAevJ,IAAf,CAAoBj2E,CAApB,CAAP;AAA8B,aAAvL,EAAwL09E,SAAQ,mBAAU;AAAC,uBAAO,KAAK8B,SAAL,CAAevJ,IAAf,EAAP;AAA6B,aAAxO,EAAyO6I,gBAAe,wBAAS9+E,CAAT,EAAW;AAAC,uBAAO,KAAKw/E,SAAL,CAAepJ,aAAf,CAA6Bp2E,CAA7B,CAAP;AAAuC,aAA3S,EAA4Sq2E,WAAU,mBAASr2E,CAAT,EAAW;AAAC,uBAAO,KAAKi4E,QAAL,GAAgB5B,SAAhB,CAA0Br2E,CAA1B,EAA4B,KAAKlhB,OAAL,CAAam+F,MAAb,CAAoBj0E,KAApB,GAA0B,CAAtD,CAAP;AAAgE,aAAlY,EAAV,CAAh3Y,EAA+vZktC,EAAEm+B,MAAF,CAASkJ,SAAT,CAAmB1+F,MAAnB,CAA0B61D,EAAEl4D,EAA5B,CAA/vZ,EAA+xZ05D,EAAEm+B,MAAF,CAASoJ,UAAT,CAAoB5+F,MAApB,CAA2B61D,EAAEl4D,EAA7B,CAA/xZ,EAAg0Z0B,EAAEw2D,EAAEl4D,EAAJ,EAAO,CAAC,UAAD,CAAP,CAAh0Z,EAAq1ZiC,IAAE61D,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACytD,kBAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBk4D,EAAE8N,UAAF,CAAa,EAAb,EAAgB,KAAKs+B,SAArB,EAA+B/6F,CAA/B,CAApB,GAAuD,KAAKq6F,KAAL,GAAWlhF,CAAlE,EAAoE,KAAK6hF,SAAL,GAAe,EAAnF;AAAsF,aAA1G,EAA2GD,WAAU,EAACE,cAAajE,EAAd,EAAiBkE,gBAAelE,EAAhC,EAAmCmE,YAAWnE,EAA9C,EAAiDoE,SAAQ,CAAzD,EAA2DC,aAAY1D,EAAvE,EAA0E2D,aAAY,CAAtF,EAAwF3jF,MAAK,CAAC,CAA9F,EAArH,EAAsNsmB,MAAK,cAAS9kB,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKkhF,KAAL,GAAWlhF,CAAX,EAAa,IAAhB,IAAsB,KAAKkhF,KAAlC;AAAwC,aAA/Q,EAAgRkB,UAAS,oBAAU;AAAC,oBAAIpiF,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAKg7F,SAA1B,CAAoC7hF,EAAEkiF,WAAF,IAAe1D,EAAf,IAAmB33F,EAAEw7F,SAAF,GAAY,OAAZ,EAAoBx7F,EAAEy7F,eAAF,GAAkB,QAAtC,EAA+Cz7F,EAAE07F,SAAF,GAAY,GAA3D,EAA+D17F,EAAE27F,UAAF,GAAa,GAA/F,KAAqG37F,EAAEw7F,SAAF,GAAY,QAAZ,EAAqBx7F,EAAEy7F,eAAF,GAAkB,OAAvC,EAA+Cz7F,EAAE07F,SAAF,GAAY,GAA3D,EAA+D17F,EAAE27F,UAAF,GAAa,GAAjL;AAAsL,aAA9f,EAA+f3gE,QAAO,kBAAU;AAAC,oBAAI7hB,CAAJ,EAAMnZ,CAAN,EAAQyM,CAAR,EAAUpV,CAAV,EAAYozD,CAAZ,EAAcC,CAAd,EAAgB96B,CAAhB,EAAkB/xB,CAAlB,EAAoByuD,CAApB,EAAsBx+C,CAAtB,EAAwBo9C,CAAxB,EAA0BD,CAA1B,EAA4BM,CAA5B,EAA8BF,CAA9B,EAAgC9kC,CAAhC,EAAkCpmB,CAAlC,EAAoCysD,CAApC,EAAsC93B,CAAtC,EAAwC+P,CAAxC,EAA0CE,CAA1C,EAA4CtwC,CAA5C,EAA8CqJ,CAA9C,EAAgD2wD,CAAhD,EAAkDnuB,CAAlD,EAAoDmtB,CAApD,EAAsDiB,CAAtD,CAAwD,IAAG,KAAK2rC,KAAL,IAAY,MAAI,KAAK7sF,QAAL,CAAcjX,MAAjC,EAAwC;AAAC,yBAAI,KAAKglG,QAAL,IAAgB,KAAKtjG,OAAL,CAAas2F,SAAb,IAAwB,KAAKA,SAAL,CAAe,IAAf,CAAxC,EAA6Dp1E,IAAE,KAAKlhB,OAApE,EAA4E+H,IAAE,KAAKg7F,SAAnF,EAA6FvuF,IAAE,KAAK4tF,KAApG,EAA0GhjG,IAAE,KAAKukG,WAAL,EAA5G,EAA+HnxC,IAAEpzD,EAAEkJ,MAAnI,EAA0ImqD,IAAErzD,EAAEwkG,UAA9I,EAAyJjsE,IAAE5vB,EAAEw7F,SAA7J,EAAuK39F,IAAEmC,EAAEy7F,eAA3K,EAA2LnvC,IAAEtsD,EAAE07F,SAA/L,EAAyM5tF,IAAE9N,EAAE27F,UAA7M,EAAwNzwC,IAAE1rD,EAAEkrD,CAAF,EAAIj+C,CAAJ,EAAM0M,EAAE8hF,YAAR,EAAqBntF,CAArB,EAAuBjQ,CAAvB,CAA1N,EAAoPotD,IAAE,IAAIgE,CAAJ,EAAtP,EAA4P1D,IAAE,IAAI0D,CAAJ,EAA9P,EAAoQ5D,IAAE,IAAIkE,EAAEqiC,IAAN,EAAtQ,EAAiR7sD,IAAE,CAAvR,EAAyRA,IAAE0lB,EAAEl0D,MAA7R,EAAoSwuC,GAApS,EAAwS;AAAC,6BAAIjQ,IAAE21B,EAAE1lB,CAAF,CAAF,EAAOkmB,EAAEqB,CAAF,IAAK/lC,IAAE/mB,EAAEs1B,EAAEgE,IAAJ,EAASrsB,CAAT,EAAW0M,EAAE+hF,cAAb,EAA4B5uC,CAA5B,EAA8B18B,CAA9B,CAAd,EAA+Cq7B,EAAEn9C,CAAF,IAAKo9C,CAApD,EAAsDG,EAAEz7B,CAAF,IAAKkF,EAAEgE,IAA7D,EAAkEuyB,EAAExtD,CAAF,IAAKi3B,EAAEgnE,QAAzE,EAAkFj3D,IAAE,IAAI0qB,EAAEoiC,IAAN,CAAW1mC,CAAX,EAAaI,CAAb,CAApF,EAAoG52D,IAAE,CAA1G,EAA4GA,IAAEqgC,EAAEinE,MAAF,CAASxlG,MAAvH,EAA8H9B,GAA9H;AAAkIm4D,gCAAE93B,EAAE3vB,QAAF,CAAW1Q,CAAX,CAAF,EAAgB0L,IAAE20B,EAAEinE,MAAF,CAAStnG,CAAT,CAAlB,EAA8B82D,EAAEe,CAAF,IAAK/lC,CAAnC,EAAqCglC,EAAEz9C,CAAF,IAAKtO,EAAEW,EAAE24B,IAAF,CAAOj7B,CAAP,CAAF,EAAYgnC,CAAZ,EAAc1rB,EAAEgiF,UAAhB,EAA2BrtF,CAA3B,EAA6BjQ,CAA7B,CAA1C,EAA0E6vD,EAAEnC,CAAF,EAAIprD,CAAJ,EAAMysD,CAAN,CAA1E,EAAmFrmC,KAAGpmB,EAAE24B,IAAF,CAAOlJ,CAAP,IAAUzW,EAAEiiF,OAAlG;AAAlI,yBAA4OlwC,KAAGp2B,EAAEgnE,QAAF,GAAW3iF,EAAEmiF,WAAhB;AAA4B,sBAACniF,EAAExB,IAAH,IAASmd,EAAEgE,IAAF,GAAOrsB,EAAEqsB,IAAF,CAAOlJ,CAAP,CAAhB,KAA4B9xB,IAAE2O,EAAEqsB,IAAF,CAAOlJ,CAAP,IAAUiV,EAAE/L,IAAF,CAAOlJ,CAAP,CAAZ,EAAsB6+B,IAAE5pB,EAAEoqD,OAAF,GAAYr5E,KAAZ,CAAkB9X,CAAlB,EAAoBA,CAApB,CAAxB,EAA+CwiC,IAAEuE,EAAE/L,IAAF,CAAOj7B,CAAP,IAAUC,CAA3D,EAA6D2vD,IAAEjuD,EAAE8gC,CAAF,EAAI7zB,CAAJ,EAAM0M,EAAE8hF,YAAR,EAAqBntF,CAArB,EAAuBjQ,CAAvB,CAA/D,EAAyF6wD,IAAEa,EAAEg/B,SAAF,EAA3F,EAAyG,QAAMjiC,CAAN,GAAQoC,EAAE8/B,SAAF,CAAY/hF,EAAEm7E,MAAF,CAAS/iD,CAAT,GAAW4pB,EAAE5pB,CAAzB,EAA2B4oB,IAAEgB,EAAE1pB,CAA/B,CAAR,GAA0C2pB,EAAE8/B,SAAF,CAAY/gC,IAAEgB,EAAE5pB,CAAhB,EAAkBp4B,EAAEm7E,MAAF,CAAS7iD,CAAT,GAAW0pB,EAAE1pB,CAA/B,CAAnJ,EAAqL2pB,EAAE94C,KAAF,CAAQ9X,CAAR,EAAUA,CAAV,CAArL,EAAkM,KAAKywF,SAAL,CAAe7/B,CAAf,CAA9N;AAAiP;AAAC,aAAr5C,EAAs5CktC,aAAY,uBAAU;AAAC,oBAAIziF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,IAAE,KAAKY,OAAjB;AAAA,oBAAyBwyD,IAAE,KAAKj9C,QAAhC;AAAA,oBAAyCk9C,IAAErzD,EAAEikG,WAA7C;AAAA,oBAAyD1rE,IAAE,KAAKorE,SAAL,CAAeQ,SAA1E;AAAA,oBAAoF39F,IAAE,CAAC6sD,CAAvF;AAAA,oBAAyF4B,IAAE,EAA3F;AAAA,oBAA8Fx+C,IAAE,KAAKkuF,SAAL,EAAhG;AAAA,oBAAiH9wC,IAAE,SAAFA,CAAE,GAAU;AAACoB,sBAAEt3D,IAAF,CAAO8Y,CAAP,GAAUjQ,KAAGiQ,EAAEguF,QAAF,GAAWpxC,CAAxB;AAA0B,iBAAxJ,CAAyJ,KAAIj+C,IAAE,CAAN,EAAQA,IAAEg+C,EAAEl0D,MAAZ,EAAmBkW,GAAnB;AAAuBzM,wBAAEyqD,EAAEh+C,CAAF,CAAF,EAAO0M,IAAEsxC,EAAEh+C,CAAF,EAAKqqF,WAAL,EAAT,EAA4B92F,EAAEs0B,OAAF,MAAanb,CAAb,KAAiB9hB,EAAEsgB,IAAF,IAAQ7J,EAAEgrB,IAAF,GAAO3f,EAAE2f,IAAF,CAAOlJ,CAAP,CAAP,GAAiBv4B,EAAE+jG,OAAnB,GAA2B,KAAKf,KAAL,CAAWvhE,IAAX,CAAgBlJ,CAAhB,CAAnC,GAAsD,MAAI9hB,EAAEiuF,MAAF,CAASxlG,MAAb,IAAqB,KAAK0lG,WAAL,CAAiBnuF,CAAjB,EAAmBqL,CAAnB,EAAqBnZ,CAArB,GAAwBkrD,GAAxB,EAA4Bp9C,IAAE,KAAKkuF,SAAL,EAAnD,KAAsE9wC,KAAIp9C,IAAE,KAAKkuF,SAAL,EAAN,EAAuB,KAAKC,WAAL,CAAiBnuF,CAAjB,EAAmBqL,CAAnB,EAAqBnZ,CAArB,CAA7F,CAAtD,GAA4K,KAAKi8F,WAAL,CAAiBnuF,CAAjB,EAAmBqL,CAAnB,EAAqBnZ,CAArB,CAA7L,CAA5B;AAAvB,iBAAyQ,OAAO8N,EAAEiuF,MAAF,CAASxlG,MAAT,IAAiB20D,GAAjB,EAAqB,EAAC3qD,QAAO+rD,CAAR,EAAUuvC,YAAWh+F,CAArB,EAA5B;AAAoD,aAAn4D,EAAo4Do+F,aAAY,qBAAS9iF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC0M,kBAAE2f,IAAF,IAAQ94B,EAAE84B,IAAF,CAAO,KAAKkiE,SAAL,CAAeQ,SAAtB,IAAiC,KAAKvjG,OAAL,CAAamjG,OAAtD,EAA8DjiF,EAAE2iF,QAAF,GAAWhjG,KAAKkrB,GAAL,CAAShkB,EAAE84B,IAAF,CAAO,KAAKkiE,SAAL,CAAeS,eAAtB,CAAT,EAAgDtiF,EAAE2iF,QAAlD,CAAzE,EAAqI3iF,EAAE4iF,MAAF,CAAS/mG,IAAT,CAAcgL,CAAd,CAArI,EAAsJmZ,EAAEhU,QAAF,CAAWnQ,IAAX,CAAgByX,CAAhB,CAAtJ;AAAyK,aAAzkE,EAA0kEuvF,WAAU,qBAAU;AAAC,uBAAM,EAACF,UAAS,CAAV,EAAYhjE,MAAK,CAAC,KAAK7gC,OAAL,CAAamjG,OAA/B,EAAuCW,QAAO,EAA9C,EAAiD52F,UAAS,EAA1D,EAAN;AAAoE,aAAnqE,EAAT,CAAv1Z,EAAsgei0B,EAAEi2B,CAAF,EAAI,EAAC6sC,OAAMhxC,CAAP,EAASmmC,KAAIziC,CAAb,EAAe0iC,QAAOxiC,CAAtB,EAAwB7B,SAAQ2qC,EAAhC,EAAmCuE,eAAc77D,CAAjD,EAAmD87D,KAAItnE,CAAvD,EAAyDunE,UAASltC,CAAlE,EAAoEmtC,cAAa9uC,CAAjF,EAAmF8kC,OAAM7kC,CAAzF,EAA2F8uC,OAAMhvC,CAAjG,EAAmGivC,QAAO5kG,CAA1G,EAA4G6kG,gBAAevtC,CAA3H,EAA6HwtC,WAAUnuC,CAAvI,EAAyIouC,MAAK3tC,CAA9I,EAAgJ4tC,gBAAe7tC,CAA/J,EAAiK4iC,MAAK9jC,CAAtK,EAAwKgvC,SAAQhuC,CAAhL,EAAkLiuC,OAAMvxC,CAAxL,EAA0LwxC,MAAKruC,CAA/L,EAAiMsuC,QAAO/xC,CAAxM,EAA0MgyC,QAAO5xC,CAAjN,EAAmN6xC,OAAM/8F,CAAzN,EAA2NwX,MAAK4O,CAAhO,EAAJ,CAAtge;AAA8ue,KAArpnB,CAAspnB5xB,OAAO07D,KAAP,CAAa76D,MAAnqnB,CAAD;AAA4qnB,CAAn0nB,EAAo0nB,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA14nB,CADutxC,EAC30pB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,oBAAP,EAA4B,CAAC,oBAAD,CAA5B,EAAmD7f,CAAnD;AAAsD,CAAzE,CAA0E,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,EAAEngB,OAAF,CAAUmH,CAAV,EAAY,UAASgZ,CAAT,EAAW1M,CAAX,EAAa;AAACzM,kBAAEhL,IAAF,CAAO2E,WAAW8S,CAAX,CAAP;AAAsB,aAAhD,GAAkDzM,CAAzD;AAA2D,kBAASyM,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,IAAEzqD,IAAE,CAAF,GAAI,CAAZ,CAAc,KAAI3I,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,KAAG,CAAtB;AAAwB8hB,kBAAEphB,MAAF,CAASV,IAAEozD,CAAX,EAAa,CAAb,EAAeh+C,CAAf;AAAxB;AAA0C,kBAASpV,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAGmZ,KAAGnZ,CAAN,EAAQ,OAAOA,EAAE0uF,SAAF,CAAY,CAAZ,EAAeF,SAAf,CAAyB,CAACr1E,EAAE0rB,CAA5B,EAA8B,CAAC1rB,EAAE4rB,CAAjC,CAAP;AAA2C,kBAAS0lB,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAE,IAAE,CAAR,CAAU,OAAO2I,IAAEA,EAAE1H,KAAF,GAAUsd,KAAV,CAAgB,IAAE,CAAlB,CAAF,EAAuB,EAACojF,YAAWh5F,EAAE1H,KAAF,GAAUm2F,aAAV,CAAwBt1E,EAAEu1E,SAAF,CAAYr3F,CAAZ,CAAxB,CAAZ,EAAoD0hG,WAAU/4F,EAAEyuF,aAAF,CAAgBhiF,EAAEiiF,SAAF,CAAYr3F,CAAZ,CAAhB,CAA9D,EAA9B;AAA6H,aAAIqzD,IAAE/1D,OAAO07D,KAAb;AAAA,YAAmBzgC,IAAE86B,EAAEsQ,OAAvB;AAAA,YAA+Bn9D,IAAE6sD,EAAE0mC,QAAnC;AAAA,YAA4C9kC,IAAE5B,EAAEyS,KAAhD;AAAA,YAAsDrvD,KAAEjQ,EAAE6zF,KAA1D;AAAA,YAAgExmC,IAAER,EAAE+R,UAApE;AAAA,YAA+ExR,IAAE9xC,EAAE/e,IAAnF;AAAA,YAAwFmxD,IAAEb,EAAEhvB,IAA5F;AAAA,YAAiG2vB,IAAEE,EAAE7zD,IAArG;AAAA,YAA0G6uB,IAAE,iCAA5G;AAAA,YAA8IpmB,IAAE,mDAAhJ;AAAA,YAAoMysD,IAAE,GAAtM;AAAA,YAA0M93B,IAAE,GAA5M;AAAA,YAAgN+P,IAAEynB,EAAEt0D,MAAF,CAAS,EAAC+1B,OAAM,eAAS5U,CAAT,EAAW1M,CAAX,EAAa;AAAC,oBAAIpV,CAAJ;AAAA,oBAAMozD,IAAE,IAAI76B,EAAE8sE,SAAN,CAAgBjwF,CAAhB,CAAR;AAAA,oBAA2Bi+C,IAAE,IAAI58C,EAAJ,EAA7B,CAAmC,OAAOqL,EAAEngB,OAAF,CAAUutB,CAAV,EAAY,UAASpN,CAAT,EAAW1M,CAAX,EAAamjB,CAAb,EAAe/xB,CAAf,EAAiB;AAAC,wBAAIyuD,IAAE7/C,EAAE3R,WAAF,EAAN;AAAA,wBAAsBgT,IAAEw+C,MAAI7/C,CAA5B;AAAA,wBAA8By+C,IAAElrD,EAAEirD,EAAEr7B,CAAF,CAAF,CAAhC,CAAwC,IAAG08B,MAAIM,CAAJ,KAAQ9+C,KAAG48C,EAAE7lB,CAAF,IAAKqmB,EAAE,CAAF,CAAL,EAAUR,EAAE3lB,CAAF,IAAKmmB,EAAE,CAAF,CAAlB,KAAyBR,EAAE7lB,CAAF,GAAIqmB,EAAE,CAAF,CAAJ,EAASR,EAAE3lB,CAAF,GAAImmB,EAAE,CAAF,CAAtC,GAA4CT,EAAEouC,MAAF,CAASnuC,EAAE7lB,CAAX,EAAa6lB,EAAE3lB,CAAf,CAA5C,EAA8DmmB,EAAE30D,MAAF,GAAS,CAAT,KAAa+1D,IAAE,GAAF,EAAMpB,EAAEnzD,MAAF,CAAS,CAAT,EAAW,CAAX,CAAnB,CAAtE,GAAyGgtC,EAAEunB,CAAF,CAA5G,EAAiHvnB,EAAEunB,CAAF,EAAK7B,CAAL,EAAO,EAAC0yC,YAAWjyC,CAAZ,EAAc7nC,UAASqnC,CAAvB,EAAyB0yC,YAAWtvF,CAApC,EAAsCuvF,iBAAgBhmG,CAAtD,EAAP,GAAiEwG,KAAGA,EAAE/C,WAAF,OAAkBg6B,CAArB,IAAwB21B,EAAE1pC,KAAF,EAAzF,CAAjH,KAAyN,IAAGurC,MAAIM,CAAP,EAAS,MAAMl4D,MAAM,wDAAsD43D,CAA5D,CAAN,CAAqEj1D,IAAEi1D,CAAF;AAAI,iBAAjX,GAAmX7B,CAA1X;AAA4X,aAApb,EAAT,CAAlN;AAAA,YAAkpB1lB,IAAE,EAACj3B,GAAE,WAASqL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,IAAEzqD,EAAEm9F,UAAZ;AAAA,oBAAuBzyC,IAAE1qD,EAAEqjB,QAA3B,CAAoC,KAAI5W,IAAE,CAAN,EAAQA,IAAEg+C,EAAEl0D,MAAZ,EAAmBkW,KAAG,CAAtB;AAAwBpV,wBAAE,IAAIyW,EAAJ,CAAM28C,EAAEh+C,CAAF,CAAN,EAAWg+C,EAAEh+C,IAAE,CAAJ,CAAX,CAAF,EAAqBzM,EAAEo9F,UAAF,IAAc/lG,EAAEo3F,aAAF,CAAgB/jC,CAAhB,CAAnC,EAAsDvxC,EAAE0gF,MAAF,CAASxiG,EAAEwtC,CAAX,EAAaxtC,EAAE0tC,CAAf,CAAtD,EAAwE2lB,EAAE7lB,CAAF,GAAIxtC,EAAEwtC,CAA9E,EAAgF6lB,EAAE3lB,CAAF,GAAI1tC,EAAE0tC,CAAtF;AAAxB;AAAgH,aAArK,EAAsKmmB,GAAE,WAAS/xC,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,IAAE5vB,EAAEm9F,UAAhB;AAAA,oBAA2Bt/F,IAAEmC,EAAEqjB,QAA/B,CAAwC,KAAIqnC,IAAE,CAAN,EAAQA,IAAE96B,EAAEr5B,MAAZ,EAAmBm0D,KAAG,CAAtB;AAAwBj+C,wBAAE,IAAIqB,EAAJ,CAAM8hB,EAAE86B,CAAF,CAAN,EAAW96B,EAAE86B,IAAE,CAAJ,CAAX,CAAF,EAAqBrzD,IAAE,IAAIyW,EAAJ,CAAM8hB,EAAE86B,IAAE,CAAJ,CAAN,EAAa96B,EAAE86B,IAAE,CAAJ,CAAb,CAAvB,EAA4CD,IAAE,IAAI38C,EAAJ,CAAM8hB,EAAE86B,IAAE,CAAJ,CAAN,EAAa96B,EAAE86B,IAAE,CAAJ,CAAb,CAA9C,EAAmE1qD,EAAEo9F,UAAF,KAAe/lG,EAAEo3F,aAAF,CAAgB5wF,CAAhB,GAAmB4O,EAAEgiF,aAAF,CAAgB5wF,CAAhB,CAAnB,EAAsC4sD,EAAEgkC,aAAF,CAAgB5wF,CAAhB,CAArD,CAAnE,EAA4Isb,EAAE2/E,OAAF,CAAUrsF,CAAV,EAAYpV,CAAZ,EAAcozD,CAAd,CAA5I,EAA6J5sD,EAAEgnC,CAAF,GAAI4lB,EAAE5lB,CAAnK,EAAqKhnC,EAAEknC,CAAF,GAAI0lB,EAAE1lB,CAA3K;AAAxB;AAAqM,aAAna,EAAoajQ,GAAE,WAAS3b,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE2I,EAAEo9F,UAAF,GAAa,CAAb,GAAep9F,EAAEqjB,QAAF,CAAWwhB,CAAhC,CAAkCp4B,EAAEzM,EAAEm9F,UAAJ,EAAe,CAAC,CAAhB,EAAkB9lG,CAAlB,GAAqB,KAAKyW,CAAL,CAAOqL,CAAP,EAASnZ,CAAT,CAArB;AAAiC,aAAvf,EAAwfssD,GAAE,WAASnzC,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE2I,EAAEo9F,UAAF,GAAa,CAAb,GAAep9F,EAAEqjB,QAAF,CAAW0hB,CAAhC,CAAkCt4B,EAAEzM,EAAEm9F,UAAJ,EAAe,CAAC,CAAhB,EAAkB9lG,CAAlB,GAAqB,KAAKyW,CAAL,CAAOqL,CAAP,EAASnZ,CAAT,CAArB;AAAiC,aAA3kB,EAA4kBnC,GAAE,WAASsb,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc/xB,CAAd;AAAA,oBAAgByuD,IAAEtsD,EAAEm9F,UAApB;AAAA,oBAA+BjyC,IAAElrD,EAAEqjB,QAAnC,CAA4C,KAAI5W,IAAE,CAAN,EAAQA,IAAE6/C,EAAE/1D,MAAZ,EAAmBkW,KAAG,CAAtB;AAAwBpV,wBAAEi1D,EAAE7/C,CAAF,CAAF,EAAOg+C,IAAE6B,EAAE7/C,IAAE,CAAJ,CAAT,EAAgBi+C,IAAE4B,EAAE7/C,IAAE,CAAJ,CAAlB,EAAyBmjB,IAAE08B,EAAE7/C,IAAE,CAAJ,CAA3B,EAAkC5O,IAAE,IAAIiQ,EAAJ,CAAMw+C,EAAE7/C,IAAE,CAAJ,CAAN,EAAa6/C,EAAE7/C,IAAE,CAAJ,CAAb,CAApC,EAAyDzM,EAAEo9F,UAAF,IAAcv/F,EAAE4wF,aAAF,CAAgBvjC,CAAhB,CAAvE,EAA0F/xC,EAAE6gF,KAAF,CAAQn8F,CAAR,EAAUxG,CAAV,EAAYozD,CAAZ,EAAcC,CAAd,EAAgB96B,CAAhB,CAA1F,EAA6Gs7B,EAAErmB,CAAF,GAAIhnC,EAAEgnC,CAAnH,EAAqHqmB,EAAEnmB,CAAF,GAAIlnC,EAAEknC,CAA3H;AAAxB;AAAqJ,aAA7xB,EAA8xBnV,GAAE,WAASzW,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY/xB,CAAZ;AAAA,oBAAcyuD,IAAEtsD,EAAEm9F,UAAlB;AAAA,oBAA6BjyC,IAAElrD,EAAEqjB,QAAjC;AAAA,oBAA0C4nC,IAAEjrD,EAAEq9F,eAA9C,CAA8D,KAAI,OAAKpyC,CAAL,IAAQ,OAAKA,CAAb,KAAiBr7B,IAAEy7B,EAAEA,EAAElyC,EAAEihF,KAAJ,EAAWT,QAAb,EAAuBZ,SAAvB,EAAnB,GAAuDl7F,IAAE,CAA7D,EAA+DA,IAAEyuD,EAAE/1D,MAAnE,EAA0EsH,KAAG,CAA7E;AAA+E6sD,wBAAE,IAAI58C,EAAJ,CAAMw+C,EAAEzuD,CAAF,CAAN,EAAWyuD,EAAEzuD,IAAE,CAAJ,CAAX,CAAF,EAAqB4sD,IAAE,IAAI38C,EAAJ,CAAMw+C,EAAEzuD,IAAE,CAAJ,CAAN,EAAayuD,EAAEzuD,IAAE,CAAJ,CAAb,CAAvB,EAA4CmC,EAAEo9F,UAAF,KAAe1yC,EAAE+jC,aAAF,CAAgBvjC,CAAhB,GAAmBT,EAAEgkC,aAAF,CAAgBvjC,CAAhB,CAAlC,CAA5C,EAAkGz+C,IAAEmjB,IAAEv4B,EAAEu4B,CAAF,EAAIs7B,CAAJ,CAAF,GAASA,EAAE5yD,KAAF,EAA7G,EAAuHs3B,IAAE86B,CAAzH,EAA2HvxC,EAAE2/E,OAAF,CAAUrsF,CAAV,EAAYi+C,CAAZ,EAAcD,CAAd,CAA3H,EAA4IS,EAAErmB,CAAF,GAAI4lB,EAAE5lB,CAAlJ,EAAoJqmB,EAAEnmB,CAAF,GAAI0lB,EAAE1lB,CAA1J;AAA/E;AAA2O,aAAvlC,EAAwlC+oB,GAAE,WAAS30C,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQqzD,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY/xB,IAAEmC,EAAEm9F,UAAhB;AAAA,oBAA2B7wC,IAAEtsD,EAAEqjB,QAA/B,CAAwC,KAAIuM,IAAE,CAAN,EAAQA,IAAE/xB,EAAEtH,MAAZ,EAAmBq5B,KAAG,CAAtB;AAAwB86B,wBAAE,IAAI58C,EAAJ,CAAMjQ,EAAE+xB,CAAF,CAAN,EAAW/xB,EAAE+xB,IAAE,CAAJ,CAAX,CAAF,EAAqBv4B,IAAE,IAAIyW,EAAJ,CAAMjQ,EAAE+xB,IAAE,CAAJ,CAAN,EAAa/xB,EAAE+xB,IAAE,CAAJ,CAAb,CAAvB,EAA4C5vB,EAAEo9F,UAAF,KAAe1yC,EAAE+jC,aAAF,CAAgBniC,CAAhB,GAAmBj1D,EAAEo3F,aAAF,CAAgBniC,CAAhB,CAAlC,CAA5C,EAAkG7/C,IAAEg+C,EAAE6B,CAAF,EAAI5B,CAAJ,EAAMrzD,CAAN,CAApG,EAA6G8hB,EAAE2/E,OAAF,CAAUrsF,EAAEusF,UAAZ,EAAuBvsF,EAAEssF,SAAzB,EAAmC1hG,CAAnC,CAA7G,EAAmJi1D,EAAEznB,CAAF,GAAIxtC,EAAEwtC,CAAzJ,EAA2JynB,EAAEvnB,CAAF,GAAI1tC,EAAE0tC,CAAjK;AAAxB;AAA2L,aAA30C,EAA40C5rB,GAAE,WAASA,GAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,CAAR;AAAA,oBAAU/xB,CAAV;AAAA,oBAAYyuD,CAAZ;AAAA,oBAAcpB,IAAElrD,EAAEm9F,UAAlB;AAAA,oBAA6BlyC,IAAEjrD,EAAEqjB,QAAjC;AAAA,oBAA0CkoC,IAAEvrD,EAAEq9F,eAA9C,CAA8D,KAAI,OAAK9xC,CAAL,IAAQ,OAAKA,CAAb,KAAiB1tD,IAAEwtD,EAAEA,EAAElyC,IAAEihF,KAAJ,EAAWT,QAAb,CAAF,EAAyBjvC,IAAE7sD,EAAEk7F,SAAF,GAAczgG,KAAd,GAAsBm2F,aAAtB,CAAoCxjC,EAAEyjC,SAAF,CAAY,CAAC,CAAD,GAAG,CAAf,CAApC,EAAuD94E,KAAvD,CAA6D,GAA7D,CAA5C,GAA+G02C,IAAE,CAArH,EAAuHA,IAAEpB,EAAE30D,MAA3H,EAAkI+1D,KAAG,CAArI;AAAuI18B,wBAAE,IAAI9hB,EAAJ,CAAMo9C,EAAEoB,CAAF,CAAN,EAAWpB,EAAEoB,IAAE,CAAJ,CAAX,CAAF,EAAqBtsD,EAAEo9F,UAAF,IAAcxtE,EAAE6+D,aAAF,CAAgBxjC,CAAhB,CAAnC,EAAsDP,IAAEA,IAAErzD,EAAEqzD,CAAF,EAAIO,CAAJ,CAAF,GAASA,EAAE3yD,KAAF,EAAjE,EAA2EmU,IAAEg+C,EAAEQ,CAAF,EAAIP,CAAJ,EAAM96B,CAAN,CAA7E,EAAsFzW,IAAE2/E,OAAF,CAAUrsF,EAAEusF,UAAZ,EAAuBvsF,EAAEssF,SAAzB,EAAmCnpE,CAAnC,CAAtF,EAA4Hq7B,EAAEpmB,CAAF,GAAIjV,EAAEiV,CAAlI,EAAoIomB,EAAElmB,CAAF,GAAInV,EAAEmV,CAA1I;AAAvI;AAAmR,aAA7qD,EAAppB,CAAm0EF,EAAErU,OAAF,GAAU,IAAIqU,CAAJ,EAAV,EAAgBjV,EAAE+sE,IAAF,CAAO5uE,KAAP,GAAa,UAAS5U,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO6kC,EAAErU,OAAF,CAAUzC,KAAV,CAAgB5U,CAAhB,EAAkBnZ,CAAlB,CAAP;AAA4B,SAAvE,EAAwEkrD,EAAEt7B,CAAF,EAAI,EAAC0tE,YAAWz4D,CAAZ,EAAJ,CAAxE;AAA4F,KAAnyF,CAAoyFlwC,OAAO07D,KAAP,CAAa76D,MAAjzF,CAAD;AAA0zF,CAA/4F,EAAg5F,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAt9F,CAD20pB,EACn3jB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,oBAAP,EAA4B,CAAC,oBAAD,CAA5B,EAAmD7f,CAAnD;AAAsD,CAAzE,CAA0E,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAEokF,OAAF,GAAUv9F,EAAEu9F,OAAZ,GAAoB,CAApB,GAAsBpkF,EAAEokF,OAAF,GAAUv9F,EAAEu9F,OAAZ,GAAoB,CAAC,CAArB,GAAuB,CAApD;AAAsD,aAAI9wF,IAAE9X,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAEoV,EAAEuuD,OAAvB;AAAA,YAA+BvQ,IAAEh+C,EAAE2kF,QAAnC;AAAA,YAA4C1mC,IAAEj+C,EAAE0wD,KAAhD;AAAA,YAAsDvtC,IAAE66B,EAAEknC,IAA1D;AAAA,YAA+D9zF,IAAE4O,EAAEgwD,UAAnE;AAAA,YAA8EnQ,IAAEnzC,EAAExgB,OAAlF;AAAA,YAA0FmV,IAAEqL,EAAEhe,OAA9F;AAAA,YAAsG+vD,IAAEpyD,IAAxG;AAAA,YAA6GmyD,IAAE,GAA/G;AAAA,YAAmHM,IAAE,EAArH;AAAA,YAAwHF,IAAEX,EAAE1yD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAK4nG,MAAL,GAAY,EAAZ;AAAe,aAAhC,EAAiCpF,MAAK,cAASj/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9F,MAAL,CAAYxoG,IAAZ,CAAiB,EAACo6F,MAAKpvF,CAAN,EAAQi1F,OAAM97E,CAAd,EAAjB,GAAmCA,EAAEskF,SAAF,GAAY,IAA/C;AAAoD,aAAxG,EAAyGC,aAAY,qBAASvkF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAK+wF,MAAb;AAAA,oBAAoBnmG,IAAEoV,EAAElW,MAAxB;AAAA,oBAA+Bk0D,IAAE,EAAjC,CAAoC,KAAIzqD,IAAE,CAAN,EAAQA,IAAE3I,CAAV,EAAY2I,GAAZ;AAAgByM,sBAAEzM,CAAF,EAAKovF,IAAL,CAAUG,aAAV,CAAwBp2E,CAAxB,KAA4BsxC,EAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,EAAKi1F,KAAZ,CAA5B;AAAhB,iBAA+D,OAAOxqC,CAAP;AAAS,aAA7O,EAA8OnqC,QAAO,gBAASnH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKo4F,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ;AAAe,aAAlR,EAAmR2P,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAK+wF,MAAb;AAAA,oBAAoBnmG,IAAEoV,EAAElW,MAAxB,CAA+B,KAAIyJ,IAAE,CAAN,EAAQA,IAAE3I,CAAV,EAAY2I,GAAZ;AAAgB,wBAAGyM,EAAEzM,CAAF,EAAKi1F,KAAL,KAAa97E,CAAhB,EAAkB;AAAC1M,0BAAE1U,MAAF,CAASiI,CAAT,EAAW,CAAX,EAAc;AAAM;AAAvD;AAAwD,aAA7X,EAAT,CAA1H;AAAA,YAAmgBumB,IAAE8kC,EAAErzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACkyC,kBAAE11D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAK+W,QAAL,GAAc,EAAnC,EAAsC,KAAKywB,IAAL,GAAU9kB,CAAhD;AAAkD,aAApE,EAAqEwkF,UAAS,kBAASxkF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKi+B,IAAX;AAAA,oBAAgBxxB,IAAEzM,EAAEouF,WAAF,EAAlB;AAAA,oBAAkC/2F,IAAE8hB,EAAEi1E,WAAF,EAApC;AAAA,oBAAoD3jC,IAAEzqD,EAAE4nF,MAAF,CAAS/iD,CAAT,IAAY1rB,EAAEyuE,MAAF,CAAS/iD,CAArB,IAAwB7kC,EAAE4nF,MAAF,CAAS7iD,CAAT,IAAY5rB,EAAEyuE,MAAF,CAAS7iD,CAA7C,IAAgD1tC,EAAEwtC,CAAF,IAAKp4B,EAAEo4B,CAAvD,IAA0DxtC,EAAE0tC,CAAF,IAAKt4B,EAAEs4B,CAAvH,CAAyH,OAAO0lB,CAAP;AAAS,aAA5N,EAA6NizC,aAAY,qBAASvkF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKe,QAAb;AAAA,oBAAsBnW,IAAEoV,EAAElW,MAA1B;AAAA,oBAAiCk0D,IAAEY,EAAE11D,EAAF,CAAK+nG,WAAL,CAAiBjnG,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,CAAnC,CAAiE,KAAInZ,IAAE,CAAN,EAAQA,IAAE3I,CAAV,EAAY2I,GAAZ;AAAgByqD,wBAAEA,EAAE11D,MAAF,CAAS0X,EAAEzM,CAAF,EAAK09F,WAAL,CAAiBvkF,CAAjB,CAAT,CAAF;AAAhB,iBAAgD,OAAOsxC,CAAP;AAAS,aAA/W,EAAgXnqC,QAAO,gBAASnH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,CAAC,CAAT;AAAA,oBAAWozD,IAAE,KAAKj9C,QAAlB,CAA2B,IAAG,KAAKmwF,QAAL,CAAc39F,CAAd,CAAH,EAAoB;AAAC,wBAAG,KAAKw9F,MAAL,CAAYjnG,MAAZ,GAAmB,CAAtB,EAAwB,KAAK6hG,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ,EAAxB,KAA2C;AAAC,6BAAIyqD,EAAEl0D,MAAF,IAAU,KAAK8gF,aAAL,EAAV,EAA+B5qE,IAAE,CAArC,EAAuCA,IAAEg+C,EAAEl0D,MAA3C,EAAkDkW,GAAlD;AAAsD,gCAAGg+C,EAAEh+C,CAAF,EAAK6T,MAAL,CAAYnH,CAAZ,EAAcnZ,CAAd,CAAH,EAAoB;AAAC3I,oCAAE,CAAC,CAAH,CAAK;AAAM;AAAtF,yBAAsFA,KAAG,KAAK+gG,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ,CAAH;AAAkB,yBAAE,CAAC,CAAH;AAAK,wBAAO3I,CAAP;AAAS,aAAvlB,EAAwlBggF,eAAc,yBAAU;AAAC,oBAAIl+D,IAAE,KAAK8kB,IAAX;AAAA,oBAAgBj+B,IAAE,KAAKwN,QAAvB;AAAA,oBAAgCf,IAAE0M,EAAE0gE,MAAF,EAAlC;AAAA,oBAA6CxiF,IAAE8hB,EAAEgJ,KAAF,KAAU,CAAzD;AAAA,oBAA2DsoC,IAAEtxC,EAAE+N,MAAF,KAAW,CAAxE,CAA0ElnB,EAAEhL,IAAF,CAAO,IAAIuxB,CAAJ,CAAM,IAAIqJ,CAAJ,CAAM,CAACzW,EAAEyuE,MAAF,CAAS/iD,CAAV,EAAY1rB,EAAEyuE,MAAF,CAAS7iD,CAArB,CAAN,EAA8B,CAAC1tC,CAAD,EAAGozD,CAAH,CAA9B,CAAN,CAAP,EAAmD,IAAIlkC,CAAJ,CAAM,IAAIqJ,CAAJ,CAAM,CAACnjB,EAAEo4B,CAAH,EAAK1rB,EAAEyuE,MAAF,CAAS7iD,CAAd,CAAN,EAAuB,CAAC1tC,CAAD,EAAGozD,CAAH,CAAvB,CAAN,CAAnD,EAAwF,IAAIlkC,CAAJ,CAAM,IAAIqJ,CAAJ,CAAM,CAACzW,EAAEyuE,MAAF,CAAS/iD,CAAV,EAAYp4B,EAAEs4B,CAAd,CAAN,EAAuB,CAAC1tC,CAAD,EAAGozD,CAAH,CAAvB,CAAN,CAAxF,EAA6H,IAAIlkC,CAAJ,CAAM,IAAIqJ,CAAJ,CAAM,CAACnjB,EAAEo4B,CAAH,EAAKp4B,EAAEs4B,CAAP,CAAN,EAAgB,CAAC1tC,CAAD,EAAGozD,CAAH,CAAhB,CAAN,CAA7H;AAA4J,aAAv1B,EAAT,CAArgB;AAAA,YAAw2CtqD,IAAEuqD,EAAE1yD,MAAF,CAAS,EAAC4lG,WAAU,GAAX,EAAehoG,MAAK,gBAAU;AAAC,qBAAKioG,SAAL;AAAiB,aAAhD,EAAiDA,WAAU,qBAAU;AAAC,qBAAKC,OAAL,GAAa,EAAb,EAAgB,KAAK3wF,IAAL,GAAU,IAAIk+C,CAAJ,EAA1B,EAAgC,KAAK0yC,YAAL,GAAkB,EAAlD;AAAqD,aAA3H,EAA4HnzD,OAAM,iBAAU;AAAC,oBAAIzxB,CAAJ;AAAA,oBAAMnZ,IAAE,IAAR;AAAA,oBAAayM,IAAEzM,EAAE+9F,YAAjB,CAA8B,KAAI5kF,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB,yBAAKxJ,MAAL,CAAYlD,EAAE0M,CAAF,CAAZ;AAAvB,iBAAyC,KAAK0kF,SAAL;AAAiB,aAArO,EAAsOG,YAAW,oBAAS7kF,CAAT,EAAW;AAAC,oBAAI1M,CAAJ;AAAA,oBAAMpV,IAAE,KAAKumG,SAAb;AAAA,oBAAuBnzC,IAAE,KAAKt9C,IAAL,CAAUuwF,WAAV,CAAsBvkF,CAAtB,CAAzB;AAAA,oBAAkDuxC,IAAE,CAAC,KAAKozC,OAAL,CAAa5yC,EAAEY,KAAF,CAAQ3yC,EAAE0rB,CAAF,GAAIxtC,CAAZ,CAAb,KAA8B,EAA/B,EAAmC6zD,EAAEY,KAAF,CAAQ3yC,EAAE4rB,CAAF,GAAI1tC,CAAZ,CAAnC,CAApD,CAAuG,KAAIqzD,MAAID,IAAEA,EAAE11D,MAAF,CAAS21D,EAAEgzC,WAAF,CAAcvkF,CAAd,CAAT,CAAN,GAAkC,KAAK8kF,YAAL,CAAkBxzC,CAAlB,CAAlC,EAAuDA,EAAE3yD,IAAF,CAAOkI,CAAP,CAAvD,EAAiEyM,IAAE,CAAvE,EAAyEA,IAAEg+C,EAAEl0D,MAA7E,EAAoFkW,GAApF;AAAwF,wBAAGg+C,EAAEh+C,CAAF,EAAK8iF,aAAL,CAAmBp2E,CAAnB,CAAH,EAAyB,OAAOsxC,EAAEh+C,CAAF,CAAP;AAAjH;AAA6H,aAAje,EAAkewxF,cAAa,sBAAS9kF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,EAAUozD,CAAV,EAAYC,CAAZ,CAAc,KAAIA,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAZ,EAAmBm0D,GAAnB,EAAuB;AAAC,yBAAI1qD,IAAEmZ,EAAEuxC,CAAF,CAAF,EAAOrzD,IAAE,CAAT,EAAWoV,IAAEy+C,EAAEnwB,GAAF,CAAMkwB,CAAN,EAAQM,CAAR,CAAb,EAAwBd,IAAE,EAA9B,EAAiCzqD,CAAjC;AAAoCyqD,0BAAEz1D,IAAF,CAAOgL,CAAP,GAAUA,IAAEA,EAAEkD,MAAd;AAApC,qBAAyD,OAAKunD,EAAEl0D,MAAP;AAAeyJ,4BAAEyqD,EAAEzsD,GAAF,EAAF,EAAU3G,KAAG,CAACyW,EAAE9N,CAAF,EAAIA,EAAEkD,MAAF,GAASlD,EAAEkD,MAAF,CAASsK,QAAlB,GAA2B,KAAKuwF,YAApC,IAAkD,CAAnD,IAAsDtxF,CAAnE,EAAqEA,KAAGw+C,CAAxE;AAAf,qBAAyF9xC,EAAEuxC,CAAF,EAAK6yC,OAAL,GAAalmG,CAAb;AAAe;AAAC,aAAnsB,EAAosB81F,eAAc,uBAASh0E,CAAT,EAAW;AAAC,+BAAaA,EAAEsgD,KAAf,IAAsB,kBAAgBtgD,EAAEsgD,KAAxC,IAA+C,KAAKykC,UAAL,CAAgB/kF,EAAEqkB,OAAlB,CAA/C;AAA0E,aAAxyB,EAAyyB4vD,gBAAe,wBAASj0E,CAAT,EAAW;AAAC,qBAAK+kF,UAAL,CAAgB/kF,EAAEqkB,OAAlB;AAA2B,aAA/1B,EAAg2B0gE,YAAW,oBAAS/kF,CAAT,EAAW;AAAC,oBAAG,YAAUA,EAAEtf,QAAf,EAAwB,KAAI,IAAImG,IAAE,CAAV,EAAYA,IAAEmZ,EAAE3L,QAAF,CAAWjX,MAAzB,EAAgCyJ,GAAhC;AAAoC,yBAAKk+F,UAAL,CAAgB/kF,EAAE3L,QAAF,CAAWxN,CAAX,CAAhB;AAApC,iBAAxB,MAAgGmZ,EAAEskF,SAAF,IAAatkF,EAAEskF,SAAF,CAAY9tF,MAAZ,CAAmBwJ,CAAnB,CAAb,EAAmC,KAAKglF,YAAL,CAAkBhlF,CAAlB,CAAnC;AAAwD,aAA/gC,EAAghChL,KAAI,aAASgL,CAAT,EAAW;AAAC,oBAAInZ,IAAEssD,EAAEnzC,CAAF,IAAKA,EAAErkB,KAAF,CAAQ,CAAR,CAAL,GAAgB,CAACqkB,CAAD,CAAtB,CAA0B,KAAK4kF,YAAL,CAAkB/oG,IAAlB,CAAuBsC,KAAvB,CAA6B,KAAKymG,YAAlC,EAA+C/9F,CAA/C,GAAkD,KAAKo+F,OAAL,CAAap+F,CAAb,CAAlD;AAAkE,aAA5nC,EAA6nCyzF,gBAAe,wBAASt6E,CAAT,EAAW;AAAC,oBAAG,YAAUA,EAAEmuD,MAAf,EAAsB,KAAI,IAAItnE,IAAE,CAAV,EAAYA,IAAEmZ,EAAE8pB,KAAF,CAAQ1sC,MAAtB,EAA6ByJ,GAA7B;AAAiC,yBAAK2P,MAAL,CAAYwJ,EAAE8pB,KAAF,CAAQjjC,CAAR,CAAZ;AAAjC,iBAAtB,MAAoF,KAAKo+F,OAAL,CAAa7kG,MAAMnD,SAAN,CAAgBtB,KAAhB,CAAsB2B,IAAtB,CAA2B0iB,EAAE8pB,KAA7B,EAAmC,CAAnC,CAAb;AAAoD,aAAhyC,EAAiyCm7D,SAAQ,iBAASjlF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAR,EAAUmZ,EAAE5iB,MAAF,GAAS,CAAnB;AAAsByJ,wBAAEmZ,EAAEnb,GAAF,EAAF,EAAUgC,EAAEgtF,WAAF,CAAc,IAAd,CAAV,EAA8B,WAAShtF,EAAEnG,QAAX,GAAoBsf,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAenZ,EAAEwN,QAAjB,CAApB,GAA+C,KAAK2wF,YAAL,CAAkBn+F,CAAlB,CAA7E;AAAtB;AAAwH,aAA76C,EAA86Cm+F,cAAa,sBAAShlF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,CAAV;AAAA,oBAAYC,IAAEvxC,EAAEi2E,IAAF,EAAd,CAAuB1kC,MAAI1qD,IAAE,KAAK49F,SAAP,EAAiBnxF,IAAE,KAAK4xF,UAAL,CAAgB3zC,CAAhB,CAAnB,EAAsCrzD,IAAEoV,EAAE,CAAF,EAAK,CAAL,CAAxC,EAAgDg+C,IAAEh+C,EAAE,CAAF,EAAK,CAAL,CAAlD,EAA0D,KAAK6xF,MAAL,CAAY7xF,CAAZ,IAAe,KAAKU,IAAL,CAAUmT,MAAV,CAAiBnH,CAAjB,EAAmBuxC,CAAnB,CAAf,IAAsC,KAAKozC,OAAL,CAAazmG,CAAb,MAAkB,KAAKymG,OAAL,CAAazmG,CAAb,IAAgB,EAAlC,GAAsC,KAAKymG,OAAL,CAAazmG,CAAb,EAAgBozD,CAAhB,MAAqB,KAAKqzC,OAAL,CAAazmG,CAAb,EAAgBozD,CAAhB,IAAmB,IAAIlkC,CAAJ,CAAM,IAAIqJ,CAAJ,CAAM,CAACv4B,IAAE2I,CAAH,EAAKyqD,IAAEzqD,CAAP,CAAN,EAAgB,CAACA,CAAD,EAAGA,CAAH,CAAhB,CAAN,CAAxC,CAAtC,EAA6G,KAAK89F,OAAL,CAAazmG,CAAb,EAAgBozD,CAAhB,EAAmBnqC,MAAnB,CAA0BnH,CAA1B,EAA4BuxC,CAA5B,CAAnJ,CAA9D;AAAkP,aAAhtD,EAAitD/6C,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,IAAG0M,EAAE8zE,cAAF,CAAiB,IAAjB,GAAuB,WAAS9zE,EAAEtf,QAArC,EAA8C,KAAImG,IAAEmZ,EAAE3L,QAAJ,EAAaf,IAAE,CAAnB,EAAqBA,IAAEzM,EAAEzJ,MAAzB,EAAgCkW,GAAhC;AAAoC,yBAAKkD,MAAL,CAAY3P,EAAEyM,CAAF,CAAZ;AAApC,iBAA9C,MAAyG0M,EAAEskF,SAAF,KAActkF,EAAEskF,SAAF,CAAY9tF,MAAZ,CAAmBwJ,CAAnB,GAAsB,OAAOA,EAAEskF,SAA7C;AAAwD,aAA74D,EAA84Da,QAAO,gBAASnlF,CAAT,EAAW;AAAC,uBAAOA,EAAE,CAAF,EAAK5iB,MAAL,GAAY,CAAZ,IAAe4iB,EAAE,CAAF,EAAK5iB,MAAL,GAAY,CAAlC;AAAoC,aAAr8D,EAAs8D8nG,YAAW,oBAASllF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,KAAKumG,SAAf;AAAA,oBAAyBnzC,IAAEtxC,EAAEi1E,WAAF,EAA3B;AAAA,oBAA2C1jC,IAAEQ,EAAEY,KAAF,CAAQrB,EAAE5lB,CAAF,GAAIxtC,CAAZ,CAA7C;AAAA,oBAA4Du4B,IAAEs7B,EAAEY,KAAF,CAAQrB,EAAE1lB,CAAF,GAAI1tC,CAAZ,CAA9D;AAAA,oBAA6EwG,IAAE,CAAC,EAAD,EAAI,EAAJ,CAA/E,CAAuF,KAAImC,IAAEkrD,EAAEY,KAAF,CAAQ3yC,EAAEyuE,MAAF,CAAS/iD,CAAT,GAAWxtC,CAAnB,CAAN,EAA4B2I,KAAG0qD,CAA/B,EAAiC1qD,GAAjC;AAAqCnC,sBAAE,CAAF,EAAK7I,IAAL,CAAUgL,CAAV;AAArC,iBAAkD,KAAIyM,IAAEy+C,EAAEY,KAAF,CAAQ3yC,EAAEyuE,MAAF,CAAS7iD,CAAT,GAAW1tC,CAAnB,CAAN,EAA4BoV,KAAGmjB,CAA/B,EAAiCnjB,GAAjC;AAAqC5O,sBAAE,CAAF,EAAK7I,IAAL,CAAUyX,CAAV;AAArC,iBAAkD,OAAO5O,CAAP;AAAS,aAAjqE,EAAT,CAA12C,CAAuhHA,EAAExG,CAAF,EAAI,EAACknG,gBAAep+F,CAAhB,EAAkBq+F,UAASj4E,CAA3B,EAAJ;AAAmC,KAA5oH,CAA6oH5xB,OAAO07D,KAAP,CAAa76D,MAA1pH,CAAD;AAAmqH,CAAxvH,EAAyvH,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA/zH,CADm3jB,EACljc,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,oBAAD,EAAsB,eAAtB,CAAzB,EAAgE7f,CAAhE;AAAmE,CAAtF,CAAuF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,EAAUozD,CAAV,CAAY,IAAG;AAACzqD,oBAAEmZ,EAAEslF,YAAF,GAAetlF,EAAEslF,YAAF,EAAf,GAAgC,IAAlC;AAAuC,aAA3C,CAA2C,OAAM/zC,CAAN,EAAQ,CAAE,OAAIj+C,IAAE,CAACzM,EAAEA,CAAH,GAAK,CAAP,EAAS3I,IAAE,CAAC2I,EAAEurD,CAAH,GAAK,CAAhB,EAAkBd,IAAEtxC,EAAEjD,KAAtB,EAA4B,MAAIzJ,CAAJ,IAAO,MAAIpV,CAAX,KAAeozD,EAAEvlC,IAAF,GAAOzY,IAAE,IAAT,EAAcg+C,EAAEpnD,GAAF,GAAMhM,IAAE,IAArC,CAAhC;AAA4E,kBAASoV,CAAT,GAAY;AAAC,gBAAI0M,IAAE3kB,SAASsM,oBAAT,CAA8B,MAA9B,EAAsC,CAAtC,CAAN;AAAA,gBAA+Cd,IAAE,EAAjD;AAAA,gBAAoDyM,IAAEjY,SAASwT,QAAT,CAAkBG,IAAxE;AAAA,gBAA6E9Q,IAAEoV,EAAExX,OAAF,CAAU,GAAV,CAA/E,CAA8F,OAAOkkB,KAAG,CAAC+xC,EAAE51D,OAAF,CAAU81D,OAAV,CAAkBS,IAAtB,KAA6Bx0D,MAAI,CAAC,CAAL,KAASoV,IAAEA,EAAEm+C,SAAF,CAAY,CAAZ,EAAcvzD,CAAd,CAAX,GAA6B2I,IAAEyM,CAA5D,GAA+DzM,CAAtE;AAAwE,kBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAM,SAAO1M,GAAP,GAAW,GAAX,GAAe0M,CAAf,GAAiB,GAAvB;AAA2B,kBAASsxC,CAAT,CAAWtxC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQpV,CAAR;AAAA,gBAAUozD,IAAE,IAAI8C,CAAJ,EAAZ;AAAA,gBAAkB7C,IAAEvxC,EAAE29E,WAAF,EAApB,CAAoC,OAAOpsC,MAAI1qD,IAAE0qD,EAAEskC,SAAF,EAAF,EAAgBviF,IAAE,IAAI4+C,EAAEinC,KAAN,EAAlB,EAA8B7lF,EAAE8hF,SAAF,CAAYhjC,EAAEgjC,SAAF,GAAcC,SAAd,CAAwB,CAACxuF,EAAE6kC,CAA3B,EAA6B,CAAC7kC,EAAE+kC,CAAhC,CAAZ,CAA9B,EAA8Et4B,EAAEe,QAAF,CAAWxY,IAAX,CAAgBmkB,CAAhB,CAA9E,EAAiGA,IAAE1M,CAAvG,GAA0Gg+C,EAAEhuC,IAAF,CAAO,CAACtD,CAAD,CAAP,CAA1G,EAAsH9hB,IAAE,uCAAqCu3D,CAArC,GAAuC,6DAAvC,GAAqGnE,EAAE6G,MAAF,EAArG,GAAgH,QAAxO,EAAiP7G,EAAE1O,OAAF,EAAjP,EAA6P1kD,CAApQ;AAAsQ,kBAASqzD,CAAT,CAAW1qD,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAEozD,EAAEzqD,CAAF,CAAN,CAAW,OAAOyM,KAAGA,EAAEoG,GAAL,KAAWxb,IAAE,+BAA6B8I,EAAEysF,YAAF,CAAev1F,CAAf,CAA1C,GAA6D8hB,EAAEnJ,QAAF,GAAae,OAAb,CAAqB1Z,CAArB,EAAwB+Y,OAAxB,EAApE;AAAsG,kBAASwf,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAM,UAAQmZ,CAAR,IAAW,UAAQA,CAAR,KAAY,CAACnZ,CAAD,IAAIA,EAAEnG,QAAF,IAAY6zD,CAA5B,CAAjB;AAAgD,kBAAS7vD,CAAT,CAAWsb,CAAX,EAAa;AAAC,gBAAG,CAACA,CAAD,IAAI,CAACA,EAAElkB,OAAP,IAAgBkkB,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAlC,EAAoC,OAAOkkB,CAAP,CAAS,IAAInZ,IAAEnC,EAAE6gG,QAAR,CAAiB,OAAO1+F,EAAEiE,SAAF,GAAYkV,CAAZ,EAAcnZ,EAAE2F,WAAF,IAAe3F,EAAE4H,SAAtC;AAAgD,aAAI0kD,CAAJ;AAAA,YAAMx+C,IAAEtZ,QAAR;AAAA,YAAiB02D,IAAEv2D,OAAO07D,KAA1B;AAAA,YAAgCpF,IAAEC,EAAEuR,UAApC;AAAA,YAA+ClR,IAAEL,EAAEkmC,QAAnD;AAAA,YAA4D/lC,IAAEH,EAAE8P,OAAhE;AAAA,YAAwEz0C,IAAE8kC,EAAEyqC,QAA5E;AAAA,YAAqF31F,IAAE+qD,EAAExvB,IAAzF;AAAA,YAA8FkxB,IAAEzsD,EAAE8pF,OAAlG;AAAA,YAA0Gn1D,IAAE30B,EAAEmqF,aAA9G;AAAA,YAA4HzlD,IAAE1kC,EAAEuqF,UAAhI;AAAA,YAA2I3lD,IAAE5kC,EAAEwqF,aAA/I;AAAA,YAA6Jl2F,IAAE0L,EAAE4qF,cAAjK;AAAA,YAAgLjtF,IAAEqb,EAAEhe,OAApL;AAAA,YAA4LqE,IAAE,MAA9L;AAAA,YAAqMivD,IAAEpD,EAAEkqC,WAAzM;AAAA,YAAqN7nC,IAAE,UAAvN;AAAA,YAAkOptB,IAAE,MAApO;AAAA,YAA2OmtB,IAAE,QAA7O;AAAA,YAAsPiB,IAAE,OAAxP;AAAA,YAAgQI,IAAE,GAAlQ;AAAA,YAAsQF,IAAE,4BAAxQ;AAAA,YAAqSN,IAAE,WAAvS;AAAA,YAAmTO,IAAE,WAArT;AAAA,YAAiUG,IAAE3D,EAAE2qC,OAAF,CAAUh+F,MAAV,CAAiB,EAACpC,MAAK,cAASujB,CAAT,EAAW1M,CAAX,EAAa;AAAC4+C,kBAAE2qC,OAAF,CAAUrgG,EAAV,CAAaC,IAAb,CAAkBa,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,EAA8B1M,CAA9B,GAAiC,KAAKkyF,KAAL,GAAW,IAAIpxC,CAAJ,CAAM,KAAKt1D,OAAX,CAA5C,EAAgEo3D,EAAE,KAAK7xB,OAAL,CAAa,CAAb,CAAF,EAAkB,KAAKohE,SAAL,CAAe,IAAf,CAAlB,CAAhE,EAAwG,KAAKC,YAAL,GAAkB,KAAKrhE,OAAL,CAAa,CAAb,EAAgBrJ,iBAA1I,EAA4Jn0B,EAAE,KAAK6+F,YAAP,CAA5J,EAAiL,KAAKF,KAAL,CAAWG,QAAX,CAAoB,KAAKD,YAAzB,CAAjL,EAAwN,KAAKrhE,OAAL,CAAa7kB,EAAb,CAAgB,UAAQ80C,CAAxB,EAA0B,KAAKqvB,MAA/B,CAAxN,EAA+P,KAAKt/C,OAAL,CAAa7kB,EAAb,CAAgB,cAAY80C,CAA5B,EAA8B,KAAKykC,WAAnC,CAA/P,EAC/g+B,KAAK10D,OAAL,CAAa7kB,EAAb,CAAgB,aAAW80C,CAA3B,EAA6B,KAAK0kC,WAAlC,CAD+g+B,EACh+9B,KAAK30D,OAAL,CAAa7kB,EAAb,CAAgB,cAAY80C,CAA5B,EAA8B,KAAK2kC,UAAnC,CADg+9B,EACj79B,KAAK13B,MAAL,EADi79B;AACn69B,aAD+49B,EAC949BphE,MAAK,KADy49B,EACn49ByiD,SAAQ,mBAAU;AAAC,qBAAK4iD,KAAL,KAAa,KAAKA,KAAL,CAAW5iD,OAAX,IAAqB,KAAK4iD,KAAL,GAAW,IAAhC,EAAqC,KAAKE,YAAL,GAAkB,IAAvD,EAA4D,KAAKrhE,OAAL,CAAaprB,GAAb,CAAiBq7C,CAAjB,CAAzE,GAA8FpC,EAAE2qC,OAAF,CAAUrgG,EAAV,CAAaomD,OAAb,CAAqBtlD,IAArB,CAA0B,IAA1B,CAA9F;AAA8H,aADkv9B,EACjv9B+3F,WAAU,mBAASr1E,CAAT,EAAW;AAAC,oBAAInZ,IAAEkrD,EAAEsG,MAAF,CAAS,iBAAT,EAA2B14D,KAAKgiC,KAAL,CAAW3hB,EAAE0rB,CAAb,CAA3B,EAA2C/rC,KAAKgiC,KAAL,CAAW3hB,EAAE4rB,CAAb,CAA3C,EAA2D,KAAKy5B,KAAL,CAAWr8C,KAAtE,EAA4E,KAAKq8C,KAAL,CAAWt3C,MAAvF,CAAN,CAAqG,KAAK4tE,OAAL,GAAa37E,CAAb,EAAe,KAAK0lF,YAAL,CAAkB19F,YAAlB,CAA+B,SAA/B,EAAyCnB,CAAzC,CAAf;AAA2D,aAD2j9B,EAC1j9ByyF,MAAK,cAASt5E,CAAT,EAAW;AAACkyC,kBAAE2qC,OAAF,CAAUrgG,EAAV,CAAa88F,IAAb,CAAkBh8F,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,GAA+B,KAAKwlF,KAAL,CAAWliF,IAAX,CAAgB,CAACtD,CAAD,CAAhB,CAA/B;AAAoD,aADq/8B,EACp/8ByxB,OAAM,iBAAU;AAACygB,kBAAE2qC,OAAF,CAAUrgG,EAAV,CAAai1C,KAAb,CAAmBn0C,IAAnB,CAAwB,IAAxB,GAA8B,KAAKkoG,KAAL,CAAW/zD,KAAX,EAA9B;AAAiD,aADk78B,EACj78Bm0D,KAAI,eAAU;AAAC,uBAAM,2BAAyB,KAAKH,SAAL,CAAe,IAAf,CAA/B;AAAoD,aAD828B,EAC728BhM,cAAa,wBAAU;AAAC,oBAAIz5E,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKqyF,OAAb;AAAA,oBAAqB5lF,IAAE,KAAKqoF,OAA5B,CAAoC,OAAOroF,MAAI0M,IAAE,IAAIkyC,EAAEinC,KAAN,EAAF,EAAcn5E,EAAE3L,QAAF,CAAWxY,IAAX,CAAgBgL,CAAhB,CAAd,EAAiCmZ,EAAEo1E,SAAF,CAAYhjC,EAAEgjC,SAAF,GAAcC,SAAd,CAAwB,CAAC/hF,EAAEo4B,CAA3B,EAA6B,CAACp4B,EAAEs4B,CAAhC,CAAZ,CAAjC,EAAiF/kC,IAAEmZ,CAAvF,GAA0FnZ,CAAjG;AAAmG,aAD8s8B,EAC7s8BkvC,SAAQ,mBAAU;AAAC,qBAAK4lD,OAAL,IAAc,KAAKtG,SAAL,CAAe,KAAKsG,OAApB,CAAd;AAA2C,aAD+o8B,EAC9o8B8J,WAAUnqG,EAAE,sEAAoEm6D,CAApE,GAAsE,wFAAxE,CADoo8B,EAAjB,CAAnU;AAAA,YAC5o7BL,IAAEhoC,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACoN,kBAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAK6lF,WAAL,GAAiB,EAAxC;AAA2C,aAA7D,EAA8DjjD,SAAQ,mBAAU;AAAC,qBAAKve,OAAL,KAAe,KAAKA,OAAL,CAAaq1D,UAAb,GAAwB,IAAxB,EAA6B,KAAKr1D,OAAL,GAAa,IAAzD,GAA+D,KAAKyhE,gBAAL,EAA/D,EAAuF14E,EAAE5wB,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAvF;AAA+G,aAAhM,EAAiMgmB,MAAK,cAAStD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,IAAE,IAAd;AAAA,oBAAmB/xB,IAAE+xB,EAAE4N,OAAvB,CAA+B,KAAIktB,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAZ,EAAmBm0D,GAAnB;AAAuBrzD,wBAAE8hB,EAAEuxC,CAAF,CAAF,EAAOD,IAAEpzD,EAAEmW,QAAX,EAAoBf,IAAE,IAAIo+C,EAAExzD,EAAEwC,QAAJ,CAAJ,CAAkBxC,CAAlB,CAAtB,EAA2Cu1D,EAAE5sD,CAAF,IAAK4vB,EAAE0jE,QAAF,CAAW7mF,CAAX,EAAazM,CAAb,CAAL,GAAqB4vB,EAAEjQ,MAAF,CAASlT,CAAT,CAAhE,EAA4EA,EAAEyyF,iBAAF,EAA5E,EAAkGz0C,KAAGA,EAAEl0D,MAAF,GAAS,CAAZ,IAAekW,EAAEgQ,IAAF,CAAOguC,CAAP,CAAjH,EAA2H5sD,KAAG4O,EAAEqyF,QAAF,CAAWjhG,CAAX,EAAamC,CAAb,CAA9H;AAAvB;AAAqK,aAAxZ,EAAyZmN,MAAK,gBAAU;AAAC,qBAAI,IAAIgM,IAAE,IAAV,EAAeA,EAAEjW,MAAjB;AAAyBiW,wBAAEA,EAAEjW,MAAJ;AAAzB,iBAAoC,OAAOiW,CAAP;AAAS,aAAtd,EAAud2lF,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAEyW,EAAEzT,aAAF,CAAgB,KAAhB,CAAR,CAA+Bg1D,EAAEh4D,CAAF,EAAI,iBAAeu3D,CAAf,GAAiB,kBAAjB,GAAoC,KAAK0C,MAAL,EAApC,GAAkD,QAAtD,GAAgE7kD,IAAEpV,EAAEuO,UAAF,CAAaA,UAA/E,EAA0F6G,MAAImgD,EAAE5sD,CAAF,IAAKmZ,EAAE0G,YAAF,CAAepT,CAAf,EAAiB0M,EAAEpZ,UAAF,CAAaC,CAAb,KAAiB,IAAlC,CAAL,GAA6CmZ,EAAE3e,WAAF,CAAciS,CAAd,CAA7C,EAA8D,KAAK0yF,UAAL,CAAgB1yF,CAAhB,CAAlE,CAA1F;AAAgL,aAA7rB,EAA8rB0yF,YAAW,oBAAShmF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,KAAK0I,UAAf,CAA0B,KAAI,KAAKy9B,OAAL,KAAe,KAAKA,OAAL,CAAaq1D,UAAb,GAAwB,IAAvC,GAA6C,KAAKr1D,OAAL,GAAarkB,CAA1D,EAA4D,KAAKqkB,OAAL,CAAaq1D,UAAb,GAAwB,IAApF,EAAyFpmF,IAAE,CAA/F,EAAiGA,IAAEpV,EAAEd,MAArG,EAA4GkW,GAA5G;AAAgHzM,wBAAEmZ,EAAEpZ,UAAF,CAAa0M,CAAb,CAAF,EAAkBpV,EAAEoV,CAAF,EAAK0yF,UAAL,CAAgBn/F,CAAhB,CAAlB;AAAhH;AAAqJ,aAAp4B,EAAq4B4qC,OAAM,iBAAU;AAAC,oBAAIzxB,CAAJ,EAAMnZ,CAAN,CAAQ,KAAI,KAAKi/F,gBAAL,IAAwB,KAAKzhE,OAAL,KAAe,KAAKA,OAAL,CAAav5B,SAAb,GAAuB,EAAtC,CAAxB,EAAkEkV,IAAE,KAAKpZ,UAAzE,EAAoFC,IAAE,CAA1F,EAA4FA,IAAEmZ,EAAE5iB,MAAhG,EAAuGyJ,GAAvG;AAA2GmZ,sBAAEnZ,CAAF,EAAK+7C,OAAL;AAA3G,iBAA0H,KAAKh8C,UAAL,GAAgB,EAAhB;AAAmB,aAA3iC,EAA4iCwzF,YAAW,sBAAU;AAAC,oBAAG,KAAK/1D,OAAR,EAAgB;AAAC,wBAAIrkB,IAAE,KAAKqkB,OAAL,CAAa/iC,UAAnB,CAA8B0e,KAAGA,EAAEze,WAAF,CAAc,KAAK8iC,OAAnB,CAAH,EAA+B,KAAKA,OAAL,GAAa,IAA5C;AAAiD,mBAAE7nC,EAAF,CAAK49F,UAAL,CAAgB98F,IAAhB,CAAqB,IAArB;AAA2B,aAA7rC,EAA8rC8xD,UAAS9zD,EAAE,yBAAF,CAAvsC,EAAouC68D,QAAO,kBAAU;AAAC,uBAAO,KAAK/I,QAAL,CAAc,IAAd,CAAP;AAA2B,aAAjxC,EAAkxC62C,gBAAe,0BAAU;AAAC,oBAAIjmF,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKD,UAAb;AAAA,oBAAwB0M,IAAE,EAA1B,CAA6B,KAAI0M,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB1M,yBAAGzM,EAAEmZ,CAAF,EAAKm4C,MAAL,EAAH;AAAvB,iBAAwC,OAAO7kD,CAAP;AAAS,aAA13C,EAA23C0gF,eAAc,uBAASh0E,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEsgD,KAAR;AAAA,oBAAchtD,IAAE0M,EAAExd,KAAlB,CAAwB,cAAYqE,CAAZ,GAAc,KAAKuV,GAAL,CAAS,SAAT,EAAmB9I,IAAE,EAAF,GAAK6zB,CAAxB,CAAd,GAAyCgsB,EAAEtsD,CAAF,KAAM4vB,EAAE5vB,CAAF,EAAIyM,CAAJ,CAAN,GAAa,KAAK4yF,gBAAL,CAAsBr/F,CAAtB,EAAwByM,CAAxB,CAAb,GAAwC,cAAYzM,CAAZ,IAAe,KAAKoF,IAAL,CAAU,SAAV,EAAoBqH,CAApB,CAAhG,EAAuH8Z,EAAE5wB,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAvH;AAAuJ,aAApkD,EAAqkD/T,MAAK,cAAS+T,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,IAAc,KAAKA,OAAL,CAAar8B,YAAb,CAA0BgY,CAA1B,EAA4BnZ,CAA5B,CAAd;AAA6C,aAAroD,EAAsoDs/F,SAAQ,iBAASnmF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKoF,IAAL,CAAU+T,EAAEnZ,CAAF,EAAK,CAAL,CAAV,EAAkBmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAlB;AAA3B;AAAsD,aAAhtD,EAAitDuV,KAAI,aAAS4D,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,KAAe,KAAKA,OAAL,CAAatnB,KAAb,CAAmBiD,CAAnB,IAAsBnZ,CAArC;AAAwC,aAA3wD,EAA4wDu/F,QAAO,gBAASpmF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKuV,GAAL,CAAS4D,EAAEnZ,CAAF,EAAK,CAAL,CAAT,EAAiBmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAjB;AAA3B;AAAqD,aAAp1D,EAAq1DkrB,YAAW,oBAAS/R,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,IAAc,KAAKA,OAAL,CAAa/7B,eAAb,CAA6B0X,CAA7B,CAAd;AAA8C,aAA15D,EAA25DqmF,cAAa,sBAASrmF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,KAAGnZ,EAAEhL,IAAF,CAAO,CAACs5D,CAAD,EAAG,YAAUn1C,EAAEu0E,MAAF,GAAWv4F,QAAX,CAAoB,CAApB,CAAV,GAAiC,GAApC,CAAP,CAAH,EAAoD6K,CAA3D;AAA6D,aAA1/D,EAA2/Dy/F,iBAAgB,2BAAU;AAAC,uBAAO16D,EAAE,KAAKy6D,YAAL,CAAkB,KAAK1M,UAAL,CAAgBvE,SAAhB,EAAlB,CAAF,CAAP;AAAyD,aAA/kE,EAAglEmR,iBAAgB,yBAASvmF,CAAT,EAAW;AAACA,oBAAE,KAAKmmF,OAAL,CAAa,KAAKE,YAAL,CAAkBrmF,CAAlB,CAAb,CAAF,GAAqC,KAAK+R,UAAL,CAAgBojC,CAAhB,CAArC;AAAwD,aAApqE,EAAqqEqxC,UAAS,oBAAU;AAAC,oBAAIxmF,IAAE,KAAK25E,UAAL,CAAgB76F,OAAtB;AAAA,oBAA8B+H,IAAE,CAAC,CAAC,QAAD,EAAUmZ,EAAEymF,MAAZ,CAAD,CAAhC,CAAsD,OAAOzmF,EAAEmb,OAAF,KAAY,CAAC,CAAb,IAAgBt0B,EAAEhL,IAAF,CAAO,CAAC,SAAD,EAAWsrC,CAAX,CAAP,CAAhB,EAAsCtgC,CAA7C;AAA+C,aAA9xE,EAA+xE8qF,aAAY,uBAAU;AAAC,uBAAOjmD,EAAE,OAAF,EAAU1kC,EAAE2qF,WAAF,CAAc,KAAK6U,QAAL,CAAc,CAAC,CAAf,CAAd,CAAV,CAAP;AAAmD,aAAz2E,EAA02EE,eAAc,yBAAU;AAAC,uBAAOh7D,EAAE,SAAF,EAAY,KAAKiuD,UAAL,CAAgB76F,OAAhB,CAAwB4sB,OAApC,CAAP;AAAoD,aAAv7E,EAAw7Eq6E,mBAAkB,6BAAU;AAAC,oBAAI/lF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYozD,IAAE,KAAKqoC,UAAnB;AAAA,oBAA8BpoC,IAAE,KAAKs0C,WAArC,CAAiD,IAAGv0C,CAAH,EAAK;AAACh+C,wBAAEg+C,EAAExyD,OAAJ,CAAY,KAAI+H,CAAJ,IAASssD,CAAT;AAAWnzC,4BAAE1M,EAAE/V,GAAF,CAAMsJ,CAAN,CAAF,EAAWmZ,KAAGyW,EAAE5vB,CAAF,EAAImZ,CAAJ,CAAH,KAAYuxC,EAAE1qD,CAAF,IAAKmZ,CAAL,EAAO9hB,IAAE,CAAC,CAAtB,CAAX;AAAX,qBAA+CA,KAAG,KAAKyoG,gBAAL,CAAsB,EAACx4B,QAAO,KAAR,EAAc03B,aAAYt0C,CAA1B,EAAtB,CAAH;AAAuD;AAAC,aAA/nF,EAAgoFo1C,kBAAiB,0BAAS3mF,CAAT,EAAW;AAAC,qBAAKjW,MAAL,IAAa,KAAKA,MAAL,CAAY48F,gBAAZ,CAA6B3mF,CAA7B,CAAb;AAA6C,aAA1sF,EAA2sFkmF,kBAAiB,0BAASlmF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,KAAKuyF,WAAX;AAAA,oBAAuBv0C,IAAEh+C,EAAE0M,CAAF,CAAzB;AAAA,oBAA8BuxC,IAAE4B,EAAEnzC,CAAF,CAAhC;AAAA,oBAAqCyW,IAAE,EAAvC,CAA0C66B,MAAI76B,EAAEzW,CAAF,IAAKsxC,CAAL,EAAO,KAAKq1C,gBAAL,CAAsB,EAACx4B,QAAO,QAAR,EAAiB03B,aAAYpvE,CAA7B,EAAtB,CAAP,EAA8D,OAAOnjB,EAAE0M,CAAF,CAAzE,GAA+EnZ,KAAG4vB,EAAEzW,CAAF,IAAKnZ,CAAL,EAAO,KAAK8/F,gBAAL,CAAsB,EAACx4B,QAAO,KAAR,EAAc03B,aAAYpvE,CAA1B,EAAtB,CAAP,EAA2DnjB,EAAE0M,CAAF,IAAKnZ,CAAhE,EAAkE,KAAKoF,IAAL,CAAUslD,CAAV,EAAYrzD,EAAE2I,EAAEa,EAAJ,CAAZ,CAArE,IAA2F4pD,KAAG,KAAKv/B,UAAL,CAAgBw/B,CAAhB,CAA7K;AAAgM,aAAp9F,EAAq9Fu0C,kBAAiB,4BAAU;AAAC,oBAAI9lF,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKg/F,WAAb,CAAyB,KAAI7lF,CAAJ,IAASnZ,CAAT,EAAW;AAAC,yBAAK8/F,gBAAL,CAAsB,EAACx4B,QAAO,QAAR,EAAiB03B,aAAYh/F,CAA7B,EAAtB,GAAuD,KAAKg/F,WAAL,GAAiB,EAAxE,CAA2E;AAAM;AAAC,aAAxmG,EAAymGe,mBAAkB,6BAAU;AAAC,uBAAOh7D,EAAE,KAAKi7D,cAAL,EAAF,CAAP;AAAgC,aAAtqG,EAAuqGA,gBAAe,0BAAU;AAAC,oBAAI7mF,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKg/F,WAAb;AAAA,oBAAyBvyF,IAAE,EAA3B,CAA8B,KAAI0M,CAAJ,IAASnZ,CAAT;AAAWyM,sBAAEzX,IAAF,CAAO,CAACs3D,EAAEnzC,CAAF,CAAD,EAAM9hB,EAAE2I,EAAEmZ,CAAF,EAAKtY,EAAP,CAAN,CAAP;AAAX,iBAAqC,OAAO4L,CAAP;AAAS,aAA7wG,EAAT,CAD0o7B;AAAA,YACj30B8gD,IAAEgB,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACo1C,kBAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAKwB,OAAL,GAAakhB,CAAlC,EAAoC,KAAK8mF,IAAL,GAAU,IAAIzyC,CAAJ,EAA9C;AAAoD,aAAtE,EAAuEsxC,UAAS,kBAAS3lF,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,GAAarkB,CAAb,EAAe,KAAK8mF,IAAL,CAAUnB,QAAV,CAAmB3lF,EAAEgb,iBAArB,CAAf;AAAuD,aAAnJ,EAAoJyW,OAAM,iBAAU;AAACrkB,kBAAE5wB,EAAF,CAAKi1C,KAAL,CAAWn0C,IAAX,CAAgB,IAAhB;AAAsB,aAA3L,EAA4L8xD,UAAS9zD,EAAE,2CAAF,CAArM,EAAoPqrG,kBAAiB,0BAAS3mF,CAAT,EAAW;AAAC,qBAAK8mF,IAAL,CAAUH,gBAAV,CAA2B3mF,CAA3B;AAA8B,aAA/S,EAAT,CAD+20B;AAAA,YACpj0Bq0C,IAAEe,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC24D,kBAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAKypG,aAAL,GAAmB,EAAxC;AAA2C,aAA5D,EAA6DpB,UAAS,kBAAS3lF,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,GAAarkB,CAAb;AAAe,aAAjG,EAAkGovC,UAAS9zD,EAAE,qCAAF,CAA3G,EAAoJqrG,kBAAiB,0BAAS3mF,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE6lF,WAAR;AAAA,oBAAoBvyF,IAAE0M,EAAEmuD,MAAxB,CAA+B,SAAO76D,CAAP,GAAS,KAAK0zF,cAAL,CAAoBngG,CAApB,CAAT,GAAgC,YAAUyM,CAAV,IAAa,KAAK2zF,iBAAL,CAAuBpgG,CAAvB,CAA7C;AAAuE,aAAvR,EAAwRqgG,kBAAiB,0BAASlnF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,CAAM,OAAM,UAAQ0M,CAAR,GAAU1M,IAAE+hD,CAAZ,GAAc,UAAQr1C,CAAR,KAAYnZ,aAAaqrD,EAAEoxC,cAAf,GAA8BhwF,IAAEwiD,CAAhC,GAAkCjvD,aAAaqrD,EAAEuxC,cAAf,KAAgCnwF,IAAEmhD,CAAlC,CAA9C,CAAd,EAAkG,IAAInhD,CAAJ,CAAMzM,CAAN,CAAxG;AAAiH,aAA9a,EAA+amgG,gBAAe,wBAAShnF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAR,IAAamZ,CAAb;AAAe,yBAAKmnF,aAAL,CAAmBtgG,CAAnB,EAAqBmZ,EAAEnZ,CAAF,CAArB;AAAf;AAA0C,aAApf,EAAqfsgG,eAAc,uBAASnnF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,KAAK6oG,aAAb;AAAA,oBAA2Bz1C,IAAEzqD,EAAEa,EAA/B;AAAA,oBAAkC6pD,IAAE,KAAKltB,OAAzC;AAAA,oBAAiD5N,IAAEv4B,EAAEozD,CAAF,CAAnD,CAAwD76B,IAAEA,EAAE7a,KAAF,EAAF,IAAatI,IAAE,KAAK4zF,gBAAL,CAAsBlnF,CAAtB,EAAwBnZ,CAAxB,CAAF,EAA6B3I,EAAEozD,CAAF,IAAK,EAACjtB,SAAQ/wB,CAAT,EAAWsI,OAAM,CAAjB,EAAlC,EAAsD,KAAK4K,MAAL,CAAYlT,CAAZ,CAAtD,EAAqEi+C,KAAGj+C,EAAEqyF,QAAF,CAAW,KAAKthE,OAAhB,CAArF;AAA+G,aAAxrB,EAAyrB4iE,mBAAkB,2BAASjnF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAR,IAAamZ,CAAb;AAAe,yBAAKonF,gBAAL,CAAsBpnF,EAAEnZ,CAAF,CAAtB;AAAf;AAA2C,aAAlwB,EAAmwBugG,kBAAiB,0BAASpnF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKkgG,aAAX;AAAA,oBAAyBzzF,IAAE0M,EAAEtY,EAA7B;AAAA,oBAAgCxJ,IAAE2I,EAAEyM,CAAF,CAAlC,CAAuCpV,MAAIA,EAAE0d,KAAF,IAAU,MAAI1d,EAAE0d,KAAN,KAAc,KAAKpF,MAAL,CAAY7R,EAAEzG,EAAEmmC,OAAJ,EAAY,KAAKz9B,UAAjB,CAAZ,EAAyC,CAAzC,GAA4C,OAAOC,EAAEyM,CAAF,CAAjE,CAAd;AAAsF,aAA75B,EAAT,CADkj0B;AAAA,YACzoyB+hD,IAAED,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACo1C,kBAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAKq8F,UAAL,GAAgB35E,CAArC,EAAuC,KAAKtY,EAAL,GAAQsY,EAAEtY,EAAjD,EAAoD,KAAK4b,IAAL,CAAU,CAACtD,CAAD,CAAV,CAApD;AAAmE,aAArF,EAAsFovC,UAAS9zD,EAAE,0DAAF,CAA/F,EAAT,CADuoyB;AAAA,YAC/9xB06D,IAAEZ,EAAEv2D,MAAF,CAAS,EAACuwD,UAAS9zD,EAAE,qHAAF,CAAV,EAAmI04F,eAAc,uBAASh0E,CAAT,EAAW;AAACA,kBAAEsgD,KAAF,IAASnL,CAAT,IAAY,KAAKoxC,eAAL,CAAqBvmF,EAAExd,KAAvB,CAAZ,EAA0C4yD,EAAE54D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAA1C;AAA0E,aAAvO,EAAT,CAD69xB;AAAA,YAC1uxB+1C,IAAEX,EAAEv2D,MAAF,CAAS,EAACo1F,gBAAe,0BAAU;AAAC,qBAAKhoF,IAAL,CAAU,GAAV,EAAc,KAAKo7F,UAAL,EAAd,GAAiC,KAAKhN,UAAL,EAAjC;AAAmD,aAA9E,EAA+ErG,eAAc,uBAASh0E,CAAT,EAAW;AAAC,wBAAOA,EAAEsgD,KAAT,GAAgB,KAAI,MAAJ;AAAWtgD,0BAAExd,KAAF,GAAQ,KAAK2jG,OAAL,CAAa,KAAKmB,OAAL,CAAatnF,EAAExd,KAAf,CAAb,CAAR,GAA4C,KAAKuvB,UAAL,CAAgB,MAAhB,CAA5C,CAAoE,MAAM,KAAI,YAAJ;AAAiB,6BAAKo0E,OAAL,CAAa,KAAKmB,OAAL,CAAa,EAAC70D,OAAMzyB,EAAExd,KAAT,EAAb,CAAb,EAA4C,MAAM,KAAI,QAAJ;AAAawd,0BAAExd,KAAF,GAAQ,KAAK2jG,OAAL,CAAa,KAAKoB,SAAL,CAAevnF,EAAExd,KAAjB,CAAb,CAAR,GAA8C,KAAKuvB,UAAL,CAAgB,QAAhB,CAA9C,CAAwE,MAAM,KAAKojC,CAAL;AAAO,6BAAKoxC,eAAL,CAAqBvmF,EAAExd,KAAvB,EAA8B,MAAM;AAAQ,4BAAIqE,IAAE,KAAK2gG,YAAL,CAAkBxnF,EAAEsgD,KAApB,CAAN,CAAiCz5D,KAAG,KAAKoF,IAAL,CAAUpF,CAAV,EAAYmZ,EAAExd,KAAd,CAAH,CAAvV,CAA+W4yD,EAAE54D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B;AAAgC,aAAxf,EAAyfwnF,cAAa,EAAC,gBAAe,cAAhB,EAA+B,gBAAe,QAA9C,EAAuD,gBAAe,cAAtE,EAAqF,kBAAiB,gBAAtG,EAAtgB,EAA8nBxiF,SAAQ,mBAAU;AAAC,qBAAKqf,OAAL,KAAe,KAAKA,OAAL,CAAa73B,WAAb,GAAyB,KAAKmtF,UAAL,CAAgB30E,OAAhB,EAAxC;AAAmE,aAAptB,EAAqtBqiF,YAAW,sBAAU;AAAC,uBAAO,KAAKI,SAAL,CAAe,KAAK9N,UAApB,CAAP;AAAuC,aAAlxB,EAAmxB8N,WAAU,mBAASznF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,CAAV;AAAA,oBAAYC,CAAZ;AAAA,oBAAc96B,IAAEzW,EAAEwgF,QAAlB;AAAA,oBAA2B97F,IAAE+xB,EAAEr5B,MAA/B,CAAsC,IAAGsH,IAAE,CAAL,EAAO;AAAC,yBAAImC,IAAE,EAAF,EAAK0qD,IAAE,CAAX,EAAaA,IAAE7sD,CAAf,EAAiB6sD,GAAjB;AAAqBrzD,4BAAE,KAAKwpG,WAAL,CAAiBjxE,EAAE86B,IAAE,CAAJ,CAAjB,EAAwB96B,EAAE86B,CAAF,CAAxB,CAAF,EAAgCrzD,MAAIozD,CAAJ,KAAQA,IAAEpzD,CAAF,EAAI2I,EAAEhL,IAAF,CAAOqC,CAAP,CAAZ,CAAhC,EAAuD2I,EAAEhL,IAAF,CAAO,QAAMqC,CAAN,GAAQ,KAAKypG,WAAL,CAAiBlxE,EAAE86B,CAAF,EAAKnsB,MAAL,EAAjB,CAAR,GAAwC,KAAKuiE,WAAL,CAAiBlxE,EAAE86B,IAAE,CAAJ,EAAOsuC,UAAP,EAAjB,EAAqCppE,EAAE86B,CAAF,EAAKquC,SAAL,EAArC,EAAsDnpE,EAAE86B,CAAF,EAAKnsB,MAAL,EAAtD,CAA/C,CAAvD;AAArB,qBAAiM,OAAO9xB,IAAE,MAAI,KAAKq0F,WAAL,CAAiBlxE,EAAE,CAAF,EAAK2O,MAAL,EAAjB,CAAJ,GAAoCuwB,CAApC,GAAsC9uD,EAAEqB,IAAF,CAAOytD,CAAP,CAAxC,EAAkD31C,EAAElhB,OAAF,CAAUgiG,MAAV,KAAmBxtF,KAAG,GAAtB,CAAlD,EAA6EA,CAApF;AAAsF;AAAC,aAA/mC,EAAgnCq0F,aAAY,uBAAU;AAAC,oBAAI3nF,CAAJ;AAAA,oBAAMnZ,IAAEzI,SAAR;AAAA,oBAAkBkV,IAAEzM,EAAEzJ,MAAtB;AAAA,oBAA6Bc,IAAE,EAA/B,CAAkC,KAAI8hB,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,sBAAErC,IAAF,CAAOgL,EAAEmZ,CAAF,EAAKhkB,QAAL,CAAc,CAAd,CAAP;AAAhB,iBAAyC,OAAOkC,EAAEgK,IAAF,CAAOytD,CAAP,CAAP;AAAiB,aAAnuC,EAAouC+xC,aAAY,qBAAS1nF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,EAAE6/E,UAAF,MAAgBh5F,EAAE+4F,SAAF,EAAhB,GAA8B,GAA9B,GAAkC,GAAzC;AAA6C,aAA3yC,EAA4yC2H,WAAU,mBAASvnF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,KAAG,CAAC2b,EAAE3b,EAAEyyB,KAAJ,CAAJ,IAAgB5rC,EAAEhL,IAAF,CAAO,CAAC,QAAD,EAAUmkB,EAAEyyB,KAAZ,CAAP,GAA2B5rC,EAAEhL,IAAF,CAAO,CAAC,cAAD,EAAgBmkB,EAAEgJ,KAAlB,CAAP,CAA3B,EAA4DniB,EAAEhL,IAAF,CAAO,CAAC,gBAAD,EAAkB,KAAK+rG,aAAL,CAAmB5nF,CAAnB,CAAlB,CAAP,CAA5D,EAA6GnZ,EAAEhL,IAAF,CAAO,CAAC,iBAAD,EAAmBmkB,EAAEygF,QAArB,CAAP,CAA7G,EAAoJhtC,EAAEzzC,EAAE0L,OAAJ,KAAc7kB,EAAEhL,IAAF,CAAO,CAAC,gBAAD,EAAkBmkB,EAAE0L,OAApB,CAAP,CAAlK,EAAuM+nC,EAAEzzC,EAAE6nF,QAAJ,KAAehhG,EAAEhL,IAAF,CAAO,CAAC,kBAAD,EAAoB,KAAKisG,cAAL,CAAoB9nF,CAApB,CAApB,CAAP,CAAtO,IAA2RnZ,EAAEhL,IAAF,CAAO,CAAC,QAAD,EAAUsrC,CAAV,CAAP,CAA3R,EAAgTtgC,CAAvT;AAAyT,aAApoD,EAAqoDkhG,cAAa,wBAAU;AAAC,uBAAOn8D,EAAE,KAAK27D,SAAL,CAAe,KAAK5N,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAAvC,CAAF,CAAP;AAAyD,aAAttD,EAAutD6K,gBAAe,wBAAS9nF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUozD,IAAEtxC,EAAEgJ,KAAF,IAAS,CAArB;AAAA,oBAAuBuoC,IAAEvxC,EAAE6nF,QAA3B,CAAoC,IAAGt2C,KAAGA,KAAGgE,CAAT,EAAW;AAAC,yBAAI1uD,IAAEyuD,EAAE/D,EAAE5vD,WAAF,EAAF,CAAF,EAAqB2R,IAAE,EAAvB,EAA0BpV,IAAE,CAAhC,EAAkCA,IAAE2I,EAAEzJ,MAAtC,EAA6Cc,GAA7C;AAAiDoV,0BAAEzX,IAAF,CAAOgL,EAAE3I,CAAF,IAAKozD,CAAZ;AAAjD,qBAAgE,OAAOh+C,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB;AAAC,aAAt3D,EAAu3D0/F,eAAc,uBAAS5nF,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE6nF,QAAR;AAAA,oBAAiBv0F,IAAE0M,EAAEgoF,OAArB,CAA6B,OAAOnhG,KAAGA,KAAG0uD,CAAN,GAAQlvD,CAAR,GAAUiN,CAAjB;AAAmB,aAAj8D,EAAk8Dg0F,SAAQ,iBAAStnF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,KAAGA,EAAEtf,QAAF,IAAY6zD,CAAf,KAAmBv0C,KAAG,CAAC2b,EAAE3b,EAAEyyB,KAAJ,CAAJ,IAAgB5rC,EAAEhL,IAAF,CAAO,CAAC,MAAD,EAAQmkB,EAAEyyB,KAAV,CAAP,GAAyBghB,EAAEzzC,EAAE0L,OAAJ,KAAc7kB,EAAEhL,IAAF,CAAO,CAAC,cAAD,EAAgBmkB,EAAE0L,OAAlB,CAAP,CAAvD,IAA2F7kB,EAAEhL,IAAF,CAAO,CAAC,MAAD,EAAQsrC,CAAR,CAAP,CAA9G,GAAkItgC,CAAzI;AAA2I,aAA1mE,EAA2mEohG,YAAW,sBAAU;AAAC,uBAAOr8D,EAAE,KAAK07D,OAAL,CAAa,KAAK3N,UAAL,CAAgB76F,OAAhB,CAAwBk+F,IAArC,CAAF,CAAP;AAAqD,aAAtrE,EAAurE5tC,UAAS9zD,EAAE,yMAAF,CAAhsE,EAAT,CADwuxB;AAAA,YACh1sBs6D,IAAEG,EAAEl3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,uBAAO,KAAKI,SAAL,CAAe,KAAK9N,UAAL,CAAgB8F,MAAhB,EAAf,CAAP;AAAgD,aAAvE,EAAT,CAD80sB;AAAA,YAC3vsB/qC,IAAEqB,EAAEl3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,oBAAIrnF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,IAAE,KAAKqmF,UAAL,CAAgBsH,KAA1B,CAAgC,IAAG3tF,EAAElW,MAAF,GAAS,CAAZ,EAAc;AAAC,yBAAI4iB,IAAE,EAAF,EAAKnZ,IAAE,CAAX,EAAaA,IAAEyM,EAAElW,MAAjB,EAAwByJ,GAAxB;AAA4BmZ,0BAAEnkB,IAAF,CAAO,KAAK4rG,SAAL,CAAen0F,EAAEzM,CAAF,CAAf,CAAP;AAA5B,qBAAyD,OAAOmZ,EAAE9X,IAAF,CAAO,GAAP,CAAP;AAAmB;AAAC,aAAnJ,EAAT,CADyvsB;AAAA,YAC1lsBzJ,IAAEs3D,EAAEl3D,MAAF,CAAS,EAACo1F,gBAAe,0BAAU;AAAC,oBAAIj0E,IAAE,KAAK0gE,MAAL,EAAN,CAAoB,KAAKz0E,IAAL,CAAU,IAAV,EAAe+T,EAAE0rB,CAAjB,GAAoB,KAAKz/B,IAAL,CAAU,IAAV,EAAe+T,EAAE4rB,CAAjB,CAApB,EAAwC,KAAK3/B,IAAL,CAAU,GAAV,EAAc,KAAK0qF,MAAL,EAAd,CAAxC,EAAqE,KAAK0D,UAAL,EAArE;AAAuF,aAAtI,EAAuI3Z,QAAO,kBAAU;AAAC,uBAAO,KAAKiZ,UAAL,CAAgB1B,QAAhB,GAA2BvX,MAAlC;AAAyC,aAAlM,EAAmMiW,QAAO,kBAAU;AAAC,uBAAO,KAAKgD,UAAL,CAAgB1B,QAAhB,GAA2BtB,MAAlC;AAAyC,aAA9P,EAA+PvnC,UAAS9zD,EAAE,gOAAF,CAAxQ,EAAT,CADwlsB;AAAA,YACjmrBk6D,IAAEO,EAAEl3D,MAAF,CAAS,EAACo1F,gBAAe,0BAAU;AAAC,oBAAIj0E,IAAE,KAAKnL,GAAL,EAAN,CAAiB,KAAK5I,IAAL,CAAU,GAAV,EAAc+T,EAAE0rB,CAAhB,GAAmB,KAAKz/B,IAAL,CAAU,GAAV,EAAc+T,EAAE4rB,CAAhB,CAAnB,EAAsC,KAAKyuD,UAAL,EAAtC;AAAwD,aAApG,EAAqGrG,eAAc,uBAASh0E,CAAT,EAAW;AAAC,2BAASA,EAAEsgD,KAAX,IAAkB,KAAKr0D,IAAL,CAAU,OAAV,EAAkBjF,EAAE2qF,WAAF,CAAc,KAAK6U,QAAL,EAAd,CAAlB,GAAkD,KAAKvS,cAAL,EAApE,IAA2F,cAAYj0E,EAAEsgD,KAAd,IAAqBvK,EAAEv5D,EAAF,CAAKwoB,OAAL,CAAa1nB,IAAb,CAAkB,IAAlB,EAAuB,KAAKq8F,UAAL,CAAgB30E,OAAhB,EAAvB,CAAhH,EAAkK+wC,EAAEv5D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAlK;AAAkM,aAAjU,EAAkUwmF,UAAS,kBAASxmF,CAAT,EAAW;AAAC,oBAAInZ,IAAEkvD,EAAEv5D,EAAF,CAAKgqG,QAAL,CAAclpG,IAAd,CAAmB,IAAnB,EAAwB0iB,CAAxB,CAAN;AAAA,oBAAiC1M,IAAE,KAAKqmF,UAAL,CAAgB76F,OAAhB,CAAwBygG,IAA3D,CAAgE,OAAOv/E,MAAI1M,IAAEy+C,EAAEoS,UAAF,CAAa7wD,CAAb,CAAN,GAAuBzM,EAAEhL,IAAF,CAAO,CAAC,MAAD,EAAQyX,CAAR,CAAP,CAAvB,EAA0CzM,CAAjD;AAAmD,aAA1c,EAA2cgO,KAAI,eAAU;AAAC,oBAAImL,IAAE,KAAK25E,UAAL,CAAgBzvE,QAAhB,EAAN;AAAA,oBAAiCrjB,IAAE,KAAK8yF,UAAL,CAAgBlH,OAAhB,EAAnC,CAA6D,OAAOzyE,EAAE7gB,KAAF,GAAU+oG,IAAV,CAAeloF,EAAE4rB,CAAF,GAAI/kC,EAAE2rF,QAArB,CAAP;AAAsC,aAA7jB,EAA8jB2V,eAAc,yBAAU;AAAC,oBAAInoF,IAAE,KAAK25E,UAAL,CAAgB30E,OAAhB,EAAN,CAAgC,OAAOhF,IAAEtb,EAAEsb,CAAF,CAAF,EAAOA,IAAE+xC,EAAEoS,UAAF,CAAankD,CAAb,CAAhB;AAAgC,aAAvpB,EAAwpBovC,UAAS9zD,EAAE,2NAAF,CAAjqB,EAAT,CAD+lrB;AAAA,YACptpBq5D,IAAEoB,EAAEl3D,MAAF,CAAS,EAACo1F,gBAAe,0BAAU;AAAC,qBAAKkS,OAAL,CAAa,KAAKiC,WAAL,EAAb,GAAiC,KAAK/N,UAAL,EAAjC;AAAmD,aAA9E,EAA+ErG,eAAc,uBAASh0E,CAAT,EAAW;AAAC,0BAAQA,EAAEsgD,KAAV,IAAiB,KAAK6lC,OAAL,CAAa,KAAKkC,SAAL,EAAb,CAAjB,EAAgDtyC,EAAEv5D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAhD;AAAgF,aAAzL,EAA0LooF,aAAY,uBAAU;AAAC,oBAAIpoF,IAAE,KAAK25E,UAAL,CAAgB70D,IAAhB,EAAN;AAAA,oBAA6Bj+B,IAAEmZ,EAAE81E,OAAF,EAA/B,CAA2C,OAAM,CAAC,CAAC,GAAD,EAAKjvF,EAAE6kC,CAAP,CAAD,EAAW,CAAC,GAAD,EAAK7kC,EAAE+kC,CAAP,CAAX,EAAqB,CAAC,OAAD,EAAS5rB,EAAEgJ,KAAF,KAAU,IAAnB,CAArB,EAA8C,CAAC,QAAD,EAAUhJ,EAAE+N,MAAF,KAAW,IAArB,CAA9C,CAAN;AAAgF,aAA5U,EAA6Uu6E,gBAAe,0BAAU;AAAC,uBAAO18D,EAAE,KAAKw8D,WAAL,EAAF,CAAP;AAA6B,aAApY,EAAqYC,WAAU,mBAASroF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB36F,GAAhB,EAAN,CAA4B,OAAOghB,MAAInZ,IAAEkrD,EAAEoS,UAAF,CAAat9D,CAAb,CAAN,GAAuB,CAAC,CAAC,YAAD,EAAcA,CAAd,CAAD,CAA9B;AAAiD,aAAxe,EAAye0hG,cAAa,wBAAU;AAAC,uBAAO38D,EAAE,KAAKy8D,SAAL,CAAe,CAAC,CAAhB,CAAF,CAAP;AAA6B,aAA9hB,EAA+hBj5C,UAAS9zD,EAAE,wLAAF,CAAxiB,EAAT,CADktpB;AAAA,YACn+nB2kC,IAAEm1B,EAAEv2D,MAAF,CAAS,EAACuwD,UAAS9zD,EAAE,iDAAF,CAAV,EAA+DktG,cAAa,wBAAU;AAAC,uBAAO98D,EAAE,QAAF,EAAW,KAAKiuD,UAAL,CAAgB17D,MAAhB,EAAX,CAAP;AAA4C,aAAnI,EAAoIuoE,UAAS,oBAAU;AAAC,oBAAIxmF,IAAE,KAAK25E,UAAX,CAAsB,OAAM,CAAC,CAAC,YAAD,EAAc35E,EAAEyyB,KAAF,EAAd,CAAD,EAA0B,CAAC,cAAD,EAAgBzyB,EAAE0L,OAAF,EAAhB,CAA1B,CAAN;AAA8D,aAA5O,EAA6OsoE,eAAc,uBAASh0E,CAAT,EAAW;AAAC,4BAAUA,EAAEsgD,KAAZ,GAAkB,KAAKr0D,IAAL,CAAU+T,EAAEsgD,KAAZ,EAAkBtgD,EAAExd,KAApB,CAAlB,GAA6C,WAASwd,EAAEsgD,KAAX,IAAkB,aAAWtgD,EAAEsgD,KAA/B,IAAsC,KAAKlkD,GAAL,CAAS,UAAQ4D,EAAEsgD,KAAnB,EAAyBtgD,EAAExd,KAA3B,CAAnF;AAAqH,aAA5X,EAAT,CADi+nB;AAAA,YACzlnB4zD,IAAEhB,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACo1C,kBAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKtY,EAAL,GAAQsY,EAAEtY,EAAjC,EAAoC,KAAK+gG,SAAL,EAApC;AAAqD,aAAvE,EAAwEA,WAAU,qBAAU;AAAC,oBAAIzoF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,IAAE,KAAKqmF,UAAf;AAAA,oBAA0Bz7F,IAAEoV,EAAE6tF,KAA9B;AAAA,oBAAoC7vC,IAAE,KAAKjtB,OAA3C,CAAmD,KAAIx9B,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAE,IAAIigB,CAAJ,CAAM/hC,EAAE2I,CAAF,CAAN,CAAF,EAAc,KAAK2f,MAAL,CAAYxG,CAAZ,CAAd,EAA6BsxC,KAAGtxC,EAAE2lF,QAAF,CAAWr0C,CAAX,CAAhC;AAAvB;AAAqE,aAArN,EAAsN0iC,eAAc,uBAASh0E,CAAT,EAAW;AAAC,oCAAkBA,EAAEsgD,KAApB,IAA2BlzC,EAAE5wB,EAAF,CAAKi1C,KAAL,CAAWn0C,IAAX,CAAgB,IAAhB,GAAsB,KAAKmrG,SAAL,EAAjD,IAAmEzoF,EAAEsgD,KAAF,IAAS/L,CAAT,IAAY,KAAK4xC,OAAL,CAAa,KAAKuC,cAAL,EAAb,CAA/E;AAAmH,aAAnW,EAAoWC,mBAAkB,6BAAU;AAAC,uBAAO/8D,EAAE,KAAK88D,cAAL,EAAF,CAAP;AAAgC,aAAja,EAAkaE,UAAS,oBAAU;AAAC,uBAAM,CAAC,eAAD,EAAiB,KAAKjP,UAAL,CAAgB2H,SAAhB,KAA4B,gBAA5B,GAA6C,mBAA9D,CAAN;AAAyF,aAA/gB,EAAT,CADulnB;AAAA,YAC5jmBxrC,IAAEM,EAAEv3D,MAAF,CAAS,EAACuwD,UAAS9zD,EAAE,+FAAF,CAAV,EAA6GotG,gBAAe,0BAAU;AAAC,oBAAI1oF,IAAE,KAAK25E,UAAX;AAAA,oBAAsB9yF,IAAEmZ,EAAEjS,KAAF,EAAxB;AAAA,oBAAkCuF,IAAE0M,EAAEthB,GAAF,EAApC;AAAA,oBAA4CR,IAAE,CAAC,CAAC,IAAD,EAAM2I,EAAE6kC,CAAR,CAAD,EAAY,CAAC,IAAD,EAAM7kC,EAAE+kC,CAAR,CAAZ,EAAuB,CAAC,IAAD,EAAMt4B,EAAEo4B,CAAR,CAAvB,EAAkC,CAAC,IAAD,EAAMp4B,EAAEs4B,CAAR,CAAlC,EAA6C,KAAKg9D,QAAL,EAA7C,CAA9C,CAA4G,OAAO1qG,CAAP;AAAS,aAA5P,EAAT,CAD0jmB;AAAA,YAClzlBu2D,IAAE2B,EAAEv3D,MAAF,CAAS,EAACuwD,UAAS9zD,EAAE,+FAAF,CAAV,EAA6GotG,gBAAe,0BAAU;AAAC,oBAAI1oF,IAAE,KAAK25E,UAAX;AAAA,oBAAsB9yF,IAAEmZ,EAAE0gE,MAAF,EAAxB;AAAA,oBAAmCptE,IAAE0M,EAAE22E,MAAF,EAArC;AAAA,oBAAgDz4F,IAAE,CAAC,CAAC,IAAD,EAAM2I,EAAE6kC,CAAR,CAAD,EAAY,CAAC,IAAD,EAAM7kC,EAAE+kC,CAAR,CAAZ,EAAuB,CAAC,GAAD,EAAKt4B,CAAL,CAAvB,EAA+B,KAAKs1F,QAAL,EAA/B,CAAlD,CAAkG,OAAO1qG,CAAP;AAAS,aAAlP,EAAT,CADgzlB;AAAA,YACljlB02D,IAAEmB,EAAEl3D,MAAF,CAAS,EAACo1F,gBAAe,0BAAU;AAAC,oBAAIj0E,IAAE,KAAK25E,UAAL,CAAgB1B,QAAhB,EAAN,CAAiC,KAAKhsF,IAAL,CAAU,GAAV,EAAc+T,EAAEyuE,MAAF,CAAS/iD,CAAvB,GAA0B,KAAKz/B,IAAL,CAAU,GAAV,EAAc+T,EAAEyuE,MAAF,CAAS7iD,CAAvB,CAA1B,EAAoD,KAAK3/B,IAAL,CAAU,OAAV,EAAkB+T,EAAE2f,IAAF,CAAO3W,KAAzB,CAApD,EAAoF,KAAK/c,IAAL,CAAU,QAAV,EAAmB+T,EAAE2f,IAAF,CAAO5R,MAA1B,CAApF,EAAsH,KAAKssE,UAAL,EAAtH;AAAwI,aAApM,EAAqM16D,MAAK,gBAAU;AAAC,uBAAO,KAAKg6D,UAAL,CAAgB1B,QAAhB,GAA2Bt4D,IAAlC;AAAuC,aAA5P,EAA6P8uD,QAAO,kBAAU;AAAC,uBAAO,KAAKkL,UAAL,CAAgB1B,QAAhB,GAA2BxJ,MAAlC;AAAyC,aAAxT,EAAyTr/B,UAAS9zD,EAAE,yPAAF,CAAlU,EAAT,CADgjlB;AAAA,YACt+jBo2D,IAAE,EAACynC,OAAMnjC,CAAP,EAAS4tC,MAAKpuC,CAAd,EAAgBguC,MAAKztC,CAArB,EAAuBwtC,WAAU7uC,CAAjC,EAAmCyjC,QAAO15F,CAA1C,EAA4Cy5F,KAAItiC,CAAhD,EAAkDwtC,OAAMzuC,CAAxD,EAA0D6jC,MAAK5jC,CAA/D,EADo+jB;AAAA,YACl6jBsB,IAAE,WAASl2C,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,cAAElV,SAAF,GAAYjE,CAAZ;AAAc,SADo4jB,CACn4jB,CAAC,YAAU;AAAC,gBAAImZ,IAAE,iBAAey1C,CAAf,GAAiB,UAAvB;AAAA,gBAAkC5uD,IAAE8N,EAAEzT,aAAF,CAAgB,KAAhB,CAApC;AAAA,gBAA2DoS,IAAE,QAAOwhB,SAAP,yCAAOA,SAAP,MAAkB4gC,CAA/E,CAAiF7uD,EAAEiE,SAAF,GAAYkV,CAAZ,EAAc1M,KAAGzM,EAAE4F,UAAF,CAAao8F,YAAb,IAA2BpzC,CAA9B,KAAkCS,IAAE,WAASl2C,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAIwhB,SAAJ,EAAN;AAAA,oBAAoB52B,IAAEoV,EAAEyhB,eAAF,CAAkBluB,CAAlB,EAAoB,UAApB,CAAtB;AAAA,oBAAsDyqD,IAAE38C,EAAEm0F,SAAF,CAAY5qG,EAAE0L,eAAd,CAAxD,CAAuFoW,EAAElV,SAAF,GAAY,EAAZ,EAAekV,EAAE3e,WAAF,CAAciwD,CAAd,CAAf;AAAgC,aAAzK,CAAd;AAAyL,SAArR,EAAD,EAAyR5sD,EAAE6gG,QAAF,GAAWlqG,SAAS6F,aAAT,CAAuB,MAAvB,CAApS,EAAmUiyD,IAAE,EAACurC,MAAK,WAAN,EAAkB1B,MAAK,MAAvB,EAArU,EAAoWjrC,EAAE51D,OAAF,CAAUypG,GAAV,GAAc,YAAU;AAAC,mBAAOjxF,EAAEo0F,cAAF,CAAiBC,UAAjB,CAA4B,mDAA5B,EAAgF,KAAhF,CAAP;AAA8F,SAAzG,EAAlX,EAA8dj3C,EAAE51D,OAAF,CAAUypG,GAAV,IAAe1zC,EAAE4qC,cAAF,CAAiBzlE,OAAjB,CAAyBrd,QAAzB,CAAkC,KAAlC,EAAwC67C,CAAxC,EAA0C,EAA1C,CAA7e,EAA2hB/D,EAAEI,CAAF,EAAI,EAAC+2C,WAAU13C,CAAX,EAAaq0C,KAAI,EAACsD,SAAQtzC,CAAT,EAAWuzC,YAAW1qG,CAAtB,EAAwB2qG,UAAS/zC,CAAjC,EAAmCg0C,gBAAeh1C,CAAlD,EAAoDi1C,kBAAiBrpE,CAArE,EAAuEspE,WAAUvzC,CAAjF,EAAmFwzC,WAAU70C,CAA7F,EAA+F80C,oBAAmB3zC,CAAlH,EAAoH4zC,eAAch1C,CAAlI,EAAoIwrB,MAAK9qB,CAAzI,EAA2Iu0C,UAAS5zC,CAApJ,EAAsJ6zC,oBAAmBn1C,CAAzK,EAA2Ko1C,UAASj1C,CAApL,EAAsLk1C,UAAS11C,CAA/L,EAAiMyoC,SAAQhnC,CAAzM,EAA2Mk0C,UAASv0C,CAApN,EAAsNw0C,cAAa14C,CAAnO,EAAjB,EAAJ,CAA3hB;AAAwxB,KADmngB,CAClngB91D,OAAO07D,KAAP,CAAa76D,MADqmgB,CAAD;AAC5lgB,CAD0/f,EACz/f,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CADm7f,CADkjc,EAEn+7B,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,oBAAP,EAA4B,CAAC,oBAAD,EAAsB,iBAAtB,CAA5B,EAAqE7f,CAArE;AAAwE,CAA3F,CAA4F,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWA,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAU96B,CAAV;AAAA,gBAAY/xB,CAAZ;AAAA,gBAAcyuD,CAAd;AAAA,gBAAgBx+C,IAAE,EAACqU,OAAM,OAAP,EAAe+E,QAAO,OAAtB,EAA8BoO,MAAK,WAAnC,EAAlB;AAAA,gBAAkE41B,IAAElrD,EAAE82F,WAAF,EAApE,CAAoF,OAAO5rC,MAAI7zD,IAAE6zD,EAAE8jC,SAAF,EAAF,EAAgBvkC,IAAE,IAAI3sD,EAAEw0F,KAAN,EAAlB,EAA8B7nC,EAAE8jC,SAAF,CAAY95F,EAAE85F,SAAF,GAAcC,SAAd,CAAwB,CAACn3F,EAAEwtC,CAA3B,EAA6B,CAACxtC,EAAE0tC,CAAhC,CAAZ,CAA9B,EAA8E0lB,EAAEj9C,QAAF,CAAWxY,IAAX,CAAgBgL,CAAhB,CAA9E,EAAiGA,IAAEyqD,CAAnG,EAAqGC,IAAEQ,EAAEqT,OAAF,EAAvG,EAAmHzwD,EAAEqU,KAAF,GAAQuoC,EAAEvoC,KAAF,GAAQ,IAAnI,EAAwIrU,EAAEoZ,MAAF,GAASwjC,EAAExjC,MAAF,GAAS,IAA9J,GAAoKza,IAAE8Z,EAAEzY,CAAF,EAAIrB,CAAJ,CAAtK,EAA6KmjB,IAAEzW,EAAE,SAAF,EAAa5D,GAAb,CAAiB,EAACqL,SAAQ,MAAT,EAAgBuB,OAAM1V,EAAE0V,KAAxB,EAA8B+E,QAAOza,EAAEya,MAAvC,EAAjB,EAAiEhH,QAAjE,CAA0E1rB,SAASqnB,IAAnF,CAA/K,EAAwQhe,IAAE,IAAI+wD,CAAJ,CAAMh/B,CAAN,EAAQnjB,CAAR,CAA1Q,EAAqR5O,EAAEm1F,eAAF,EAArR,EAAySn1F,EAAE40F,IAAF,CAAOzyF,CAAP,CAAzS,EAAmTssD,IAAEzuD,EAAEgL,KAAF,EAArT,EAA+TyjD,EAAEj8C,MAAF,CAAS,YAAU;AAACxS,kBAAEk+C,OAAF,IAAYnsB,EAAEjgB,MAAF,EAAZ;AAAuB,aAA3C,CAA/T,EAA4W28C,CAAnX;AAAqX,kBAAS7/C,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,KAAIA,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuBpzD,oBAAE2I,EAAEyqD,CAAF,CAAF,EAAOh+C,IAAE4+C,EAAEs8B,UAAF,CAAatwF,EAAEu0C,KAAF,EAAb,CAAT,EAAiCn/B,EAAE5O,CAAF,IAAKxG,EAAEwtB,OAAF,EAAtC,EAAkD1L,EAAEiqF,YAAF,CAAe/rG,EAAE+/B,MAAF,EAAf,EAA0B3qB,EAAEy6E,SAAF,EAA1B,CAAlD;AAAvB;AAAkH,aAAI7vF,CAAJ;AAAA,YAAMozD,CAAN;AAAA,YAAQC,CAAR;AAAA,YAAU96B,CAAV;AAAA,YAAY/xB,CAAZ;AAAA,YAAcyuD,CAAd;AAAA,YAAgBx+C,CAAhB;AAAA,YAAkBo9C,CAAlB;AAAA,YAAoBD,CAApB;AAAA,YAAsBM,IAAE/2D,QAAxB;AAAA,YAAiC62D,IAAE12D,OAAO07D,KAA1C;AAAA,YAAgD9pC,IAAE8kC,EAAEoR,UAApD;AAAA,YAA+Dt8D,IAAEkrD,EAAE3vB,IAAnE;AAAA,YAAwEkxB,IAAEzsD,EAAE8pF,OAA5E;AAAA,YAAoFn1D,IAAE30B,EAAEmqF,aAAxF;AAAA,YAAsGzlD,IAAE1kC,EAAE4qF,cAA1G;AAAA,YAAyHhmD,IAAE5kC,EAAEirF,cAA7H;AAAA,YAA4I32F,IAAE42D,EAAE+lC,QAAhJ;AAAA,YAAyJtzF,IAAEutD,EAAE2P,OAA7J;AAAA,YAAqKx7D,IAAE1B,EAAEg4F,QAAzK;AAAA,YAAkLrnC,IAAEt1C,EAAEtd,KAAtL;AAAA,YAA4L6xD,IAAE,MAA9L;AAAA,YAAqMptB,IAAExiC,EAAEy3F,WAAzM;AAAA,YAAqN9nC,IAAE,MAAI,EAA3N;AAAA,YAA8NiB,IAAE,OAAhO;AAAA,YAAwOI,IAAE,QAA1O;AAAA,YAAmPF,IAAE9wD,EAAEk4F,OAAF,CAAUh+F,MAAV,CAAiB,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC3O,kBAAEk4F,OAAF,CAAUrgG,EAAV,CAAaC,IAAb,CAAkBa,IAAlB,CAAuB,IAAvB,EAA4BuJ,CAA5B,EAA8ByM,CAA9B,GAAiC,KAAK+wB,OAAL,CAAa,CAAb,EAAgBv5B,SAAhB,GAA0B,KAAK26F,SAAL,CAAe,IAAf,CAA3D,CAAgF,IAAIn0C,IAAE,KAAKjtB,OAAL,CAAa,CAAb,EAAgBrJ,iBAAtB,CAAwCs2B,EAAEtoC,KAAF,GAAQhJ,EAAEnZ,CAAF,EAAKmiB,KAAL,EAAR,EAAqBsoC,EAAEvjC,MAAF,GAAS/N,EAAEnZ,CAAF,EAAKknB,MAAL,EAA9B,EAA4C,KAAK23E,YAAL,GAAkBp0C,CAA9D,EAAgE,KAAKk0C,KAAL,GAAW,IAAItnG,CAAJ,CAAMozD,CAAN,CAA3E;AAAoF,aAAhO,EAAiO1O,SAAQ,mBAAU;AAACj+C,kBAAEk4F,OAAF,CAAUrgG,EAAV,CAAaomD,OAAb,CAAqBtlD,IAArB,CAA0B,IAA1B,GAAgC,KAAKkoG,KAAL,KAAa,KAAKA,KAAL,CAAW5iD,OAAX,IAAqB,KAAK4iD,KAAL,GAAW,IAA7C,CAAhC,EAAmF,KAAK0E,WAAL,KAAmB,KAAKA,WAAL,CAAiBz4D,KAAjB,IAAyB,OAAO,KAAKy4D,WAAxD,CAAnF,EAAwJ,KAAK7lE,OAAL,CAAaprB,GAAb,CAAiB08C,CAAjB,CAAxJ;AAA4K,aAAha,EAAiax1D,MAAK,QAAta,EAA+am5F,MAAK,cAASt5E,CAAT,EAAW;AAACrb,kBAAEk4F,OAAF,CAAUrgG,EAAV,CAAa88F,IAAb,CAAkBh8F,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,GAA+B,KAAKwlF,KAAL,CAAWliF,IAAX,CAAgB,CAACtD,CAAD,CAAhB,EAAoB,KAAK,CAAzB,EAA2B,KAAKlhB,OAAL,CAAaq9B,IAAxC,CAA/B,EAA6E,KAAK+tE,WAAL,IAAkB,KAAKA,WAAL,CAAiBl1F,GAAjB,CAAqB,CAACgL,CAAD,CAArB,CAA/F;AAAyH,aAAzjB,EAA0jByxB,OAAM,iBAAU;AAAC9sC,kBAAEk4F,OAAF,CAAUrgG,EAAV,CAAai1C,KAAb,CAAmBn0C,IAAnB,CAAwB,IAAxB,GAA8B,KAAKkoG,KAAL,CAAW/zD,KAAX,EAA9B,EAAiD,KAAKy4D,WAAL,IAAkB,KAAKA,WAAL,CAAiBz4D,KAAjB,EAAnE;AAA4F,aAAvqB,EAAwqByyB,aAAY,qBAASlkD,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,IAAG,KAAK42F,WAAR,EAAoB,OAAOrjG,IAAE,KAAKqzF,aAAL,CAAmBl6E,CAAnB,CAAF,EAAwB1M,IAAE,KAAK42F,WAAL,CAAiBrF,UAAjB,CAA4Bh+F,CAA5B,CAAjC;AAAgE,aAA5xB,EAA6xB6I,OAAM,iBAAU;AAAC,oBAAI7I,CAAJ;AAAA,oBAAMyM,IAAE,KAAKkyF,KAAb;AAAA,oBAAmBtnG,IAAE,KAAKwnG,YAA1B;AAAA,oBAAuCp0C,IAAE,EAAzC,CAA4C,OAAOh+C,EAAE4pF,QAAF,CAAW,UAASl9E,CAAT,EAAW;AAACA,sBAAEsmD,OAAF,IAAWhV,EAAEz1D,IAAF,CAAOmkB,EAAEsmD,OAAT,CAAX;AAA6B,iBAApD,GAAsDz/D,IAAEmZ,EAAEnJ,QAAF,EAAxD,EAAqEmJ,EAAEhI,IAAF,CAAO7Z,KAAP,CAAa6hB,CAAb,EAAesxC,CAAf,EAAkBltD,IAAlB,CAAuB,YAAU;AAACkP,sBAAE62F,WAAF,GAAgB,IAAG;AAAC,4BAAInqF,IAAE9hB,EAAEksG,SAAF,EAAN,CAAoBvjG,EAAE+Q,OAAF,CAAUoI,CAAV;AAAa,qBAArC,CAAqC,OAAMsxC,CAAN,EAAQ;AAACzqD,0BAAEgR,MAAF,CAASy5C,CAAT;AAAY;AAAC,iBAA7G,EAA+Gl6C,IAA/G,CAAoH,UAAS4I,CAAT,EAAW;AAACnZ,sBAAEgR,MAAF,CAASmI,CAAT;AAAY,iBAA5I,CAArE,EAAmNnZ,EAAEoQ,OAAF,EAA1N;AAAsO,aAAhkC,EAAikC4iF,iBAAgB,2BAAU;AAACl1F,kBAAEk4F,OAAF,CAAUrgG,EAAV,CAAaq9F,eAAb,CAA6Bv8F,IAA7B,CAAkC,IAAlC,GAAwC,KAAK4sG,WAAL,KAAmB,KAAKA,WAAL,CAAiBz4D,KAAjB,IAAyB,OAAO,KAAKy4D,WAAxD,CAAxC;AAA6G,aAAzsC,EAA0sCnQ,gBAAe,0BAAU;AAAC,oBAAI/5E,CAAJ,EAAMnZ,CAAN,EAAQyM,CAAR,CAAU,IAAG3O,EAAEk4F,OAAF,CAAUrgG,EAAV,CAAau9F,cAAb,CAA4Bz8F,IAA5B,CAAiC,IAAjC,GAAuC,CAAC,KAAK4sG,WAAhD,EAA4D;AAAC,yBAAI,KAAKA,WAAL,GAAiB,IAAIvlG,EAAEygG,cAAN,EAAjB,EAAsCplF,IAAE,KAAKwlF,KAAL,CAAW5+F,UAAnD,EAA8DC,IAAE,EAAhE,EAAmEyM,IAAE,CAAzE,EAA2EA,IAAE0M,EAAE5iB,MAA/E,EAAsFkW,GAAtF;AAA0FzM,0BAAEhL,IAAF,CAAOmkB,EAAE1M,CAAF,EAAKqmF,UAAZ;AAA1F,qBAAkH,KAAKuQ,WAAL,CAAiBl1F,GAAjB,CAAqBnO,CAArB;AAAwB;AAAC,aAAt7C,EAAu7CkvC,SAAQ,mBAAU;AAAC,qBAAK2vD,YAAL,CAAkB18E,KAAlB,GAAwB,KAAKq8C,KAAL,CAAWr8C,KAAnC,EAAyC,KAAK08E,YAAL,CAAkB33E,MAAlB,GAAyB,KAAKs3C,KAAL,CAAWt3C,MAA7E,EAAoF,KAAKy3E,KAAL,CAAWnL,UAAX,EAApF;AAA4G,aAAtjD,EAAujDoL,WAAU/5D,EAAE,sDAAF,CAAjkD,EAA2nD0tD,iBAAgB,2BAAU;AAAC,qBAAK8Q,WAAL,GAAiB,IAAIvlG,EAAEygG,cAAN,EAAjB,EAAsC,KAAKiF,kBAAL,GAAwB/0C,EAAE,KAAKg1C,WAAP,EAAmB,IAAnB,CAA9D,EAAuF,KAAKjmE,OAAL,CAAa7kB,EAAb,CAAgB,UAAQm2C,CAAxB,EAA0B,KAAK00C,kBAA/B,CAAvF,EAA0I,KAAKhmE,OAAL,CAAa7kB,EAAb,CAAgB,cAAYm2C,CAA5B,EAA8B,KAAK00C,kBAAnC,CAA1I,EAAiM1lG,EAAEk4F,OAAF,CAAUrgG,EAAV,CAAa48F,eAAb,CAA6B97F,IAA7B,CAAkC,IAAlC,CAAjM;AAAyO,aAA/3D,EAAg4DgtG,aAAY,qBAAStqF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,KAAKwmF,kBAAL,KAA0BjzF,IAAE,KAAKq9D,WAAL,CAAiBlkD,CAAjB,CAAF,EAAsB,WAASA,EAAE7f,IAAX,IAAiBmT,IAAE,KAAKi3F,aAAP,EAAqBj3F,KAAGA,MAAIzM,CAAP,IAAU,KAAK4c,OAAL,CAAa,YAAb,EAA0B,EAAC4gB,SAAQ/wB,CAAT,EAAW6P,eAAcnD,CAAzB,EAA2B7f,MAAK,YAAhC,EAA1B,CAA/B,EAAwG0G,KAAGyM,MAAIzM,CAAP,IAAU,KAAK4c,OAAL,CAAa,YAAb,EAA0B,EAAC4gB,SAAQx9B,CAAT,EAAWsc,eAAcnD,CAAzB,EAA2B7f,MAAK,YAAhC,EAA1B,CAAlH,EAA2L,KAAKsjB,OAAL,CAAa,WAAb,EAAyB,EAAC4gB,SAAQx9B,CAAT,EAAWsc,eAAcnD,CAAzB,EAA2B7f,MAAK,WAAhC,EAAzB,CAA3L,EAAkQ,KAAKoqG,aAAL,GAAmB1jG,CAAtS,IAAySA,KAAG,KAAK4c,OAAL,CAAa,OAAb,EAAqB,EAAC4gB,SAAQx9B,CAAT,EAAWsc,eAAcnD,CAAzB,EAA2B7f,MAAK,OAAhC,EAArB,CAA5V;AAA4Z,aAA5zE,EAAjB,CAArP;AAAA,YAAqkFg1D,IAAE9uD,EAAExH,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC3Z,kBAAE7J,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuBA,KAAG,KAAKwqF,QAAL,EAA1B;AAA0C,aAA5D,EAA6DA,UAAS,oBAAU;AAAC,oBAAIxqF,IAAE,KAAK25E,UAAL,CAAgB+E,IAAhB,EAAN,CAA6B1+E,MAAI,KAAK0+E,IAAL,GAAU1+E,CAAV,EAAYA,EAAE6zE,WAAF,CAAc,IAAd,CAAhB;AAAqC,aAAnJ,EAAoJpiD,OAAM,iBAAU;AAAC,qBAAKkoD,UAAL,IAAiB,KAAKA,UAAL,CAAgB7F,cAAhB,CAA+B,IAA/B,CAAjB,EAAsD,KAAK2W,SAAL,EAAtD,EAAuEpkG,EAAE7J,EAAF,CAAKi1C,KAAL,CAAWn0C,IAAX,CAAgB,IAAhB,CAAvE;AAA6F,aAAlQ,EAAmQmtG,WAAU,qBAAU;AAAC,qBAAK/L,IAAL,KAAY,KAAKA,IAAL,CAAU5K,cAAV,CAAyB,IAAzB,GAA+B,OAAO,KAAK4K,IAAvD;AAA6D,aAArV,EAAsVgM,SAAQ,iBAAS1qF,CAAT,EAAW;AAAC,qBAAK0+E,IAAL,KAAY1+E,EAAE2qF,SAAF,IAAcr5C,EAAE90D,EAAF,CAAKouG,YAAL,CAAkB5qF,CAAlB,EAAoB,KAAK0+E,IAAzB,CAAd,EAA6C1+E,EAAE0+E,IAAF,EAAzD;AAAmE,aAA7a,EAA8a1K,eAAc,uBAASh0E,CAAT,EAAW;AAAC,0BAAQA,EAAEsgD,KAAV,KAAkB,KAAKmqC,SAAL,IAAiB,KAAKD,QAAL,EAAnC,GAAoDnkG,EAAE7J,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAApD;AAAoF,aAA5hB,EAA6hB6qF,cAAa,sBAAS7qF,CAAT,EAAW;AAAC,oBAAG,KAAK25E,UAAR,EAAmB;AAAC,wBAAI9yF,IAAE,KAAK8yF,UAAL,CAAgBvE,SAAhB,EAAN,CAAkCvuF,KAAGmZ,EAAEo1E,SAAF,CAAYj3F,KAAZ,CAAkB6hB,CAAlB,EAAoBnZ,EAAE0tF,MAAF,GAAWl3F,OAAX,CAAmB,CAAnB,CAApB,CAAH;AAA8C;AAAC,aAA3pB,EAA4pBytG,cAAa,sBAAS9qF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIpV,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY/xB,IAAE,IAAd,CAAmB,KAAI+xB,IAAE,CAAN,EAAQA,IAAEzW,EAAE5iB,MAAZ,EAAmBq5B,GAAnB;AAAuB66B,wBAAEtxC,EAAEyW,CAAF,CAAF,EAAO86B,IAAED,EAAEj9C,QAAX,EAAoBnW,IAAE,IAAI4zD,EAAER,EAAE5wD,QAAJ,CAAJ,CAAkB4wD,CAAlB,EAAoBh+C,CAApB,CAAtB,EAA6Ci+C,KAAGA,EAAEn0D,MAAF,GAAS,CAAZ,IAAec,EAAEolB,IAAF,CAAOiuC,CAAP,EAAS1qD,CAAT,EAAWyM,CAAX,CAA5D,EAA0EmgD,EAAE5sD,CAAF,IAAKnC,EAAEy1F,QAAF,CAAWj8F,CAAX,EAAa2I,CAAb,CAAL,GAAqBnC,EAAE8hB,MAAF,CAAStoB,CAAT,CAA/F;AAAvB;AAAkI,aAA90B,EAA+0BolB,MAAK,cAAStD,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKw3F,YAAL,CAAkB9qF,CAAlB,EAAoBnZ,CAApB,EAAsByM,CAAtB,GAAyB,KAAK+mF,UAAL,EAAzB;AAA2C,aAA/4B,EAAg5B0Q,YAAW,oBAAS/qF,CAAT,EAAW;AAAC,oBAAG,KAAK25E,UAAR,EAAmB;AAAC,wBAAI9yF,IAAE,KAAK8yF,UAAL,CAAgBjuE,OAAhB,EAAN,CAAgC+nC,EAAE5sD,CAAF,KAAM,KAAKmkG,WAAL,CAAiBhrF,CAAjB,EAAmBnZ,CAAnB,CAAN;AAA4B;AAAC,aAAx/B,EAAy/BmkG,aAAY,qBAAShrF,CAAT,EAAWnZ,CAAX,EAAa;AAACA,qBAAGmZ,EAAEgrF,WAAL,KAAmBnkG,KAAGmZ,EAAEgrF,WAAxB,GAAqChrF,EAAEgrF,WAAF,GAAcnkG,CAAnD;AAAqD,aAAxkC,EAAykCs0B,SAAQ,mBAAU;AAAC,oBAAInb,IAAE,KAAK25E,UAAX,CAAsB,OAAM,CAAC35E,CAAD,IAAIA,KAAGA,EAAElhB,OAAF,CAAUq8B,OAAV,KAAoB,CAAC,CAAlC;AAAoC,aAAtpC,EAAT,CAAvkF;AAAA,YAAyuHu6B,IAAEP,EAAEt2D,MAAF,CAAS,EAACosG,UAAS,kBAASjrF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,CAAU,IAAG,KAAKi9B,OAAL,EAAH,EAAkB;AAAC,yBAAInb,EAAEkrF,IAAF,IAAS,KAAKL,YAAL,CAAkB7qF,CAAlB,CAAT,EAA8B,KAAK0qF,OAAL,CAAa1qF,CAAb,CAA9B,EAA8C,KAAK+qF,UAAL,CAAgB/qF,CAAhB,CAA9C,EAAiEnZ,IAAE,KAAKD,UAAxE,EAAmF0M,IAAE,CAAzF,EAA2FA,IAAEzM,EAAEzJ,MAA/F,EAAsGkW,GAAtG;AAA0GpV,4BAAE2I,EAAEyM,CAAF,CAAF,EAAOpV,EAAEi9B,OAAF,MAAaj9B,EAAE+sG,QAAF,CAAWjrF,CAAX,CAApB;AAA1G,qBAA4IA,EAAEmrF,OAAF;AAAY;AAAC,aAA5M,EAAT,CAA3uH,CAAm8HxmG,EAAE0vF,MAAF,CAASmJ,WAAT,CAAqB3+F,MAArB,CAA4B62D,EAAEl5D,EAA9B,EAAiC,YAAjC,GAA+C0B,IAAEw3D,EAAE72D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC01C,kBAAEl5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAK8tG,MAAL,GAAYprF,CAAjC,EAAmC,KAAKqrF,GAAL,GAASrrF,EAAEsrF,UAAF,CAAa,IAAb,CAA5C,CAA+D,IAAIzkG,IAAEyuD,EAAE,KAAK60C,WAAP,EAAmB,IAAnB,CAAN,CAA+B,KAAK9P,UAAL,GAAgBnoC,EAAE1vB,QAAF,CAAW,YAAU;AAAC0vB,sBAAEka,cAAF,CAAiBvlE,CAAjB;AAAoB,iBAA1C,EAA2CytD,CAA3C,CAAhB;AAA8D,aAA9K,EAA+K1R,SAAQ,mBAAU;AAAC8S,kBAAEl5D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAK8tG,MAAL,GAAY,IAApC,EAAyC,KAAKC,GAAL,GAAS,IAAlD;AAAuD,aAAzP,EAA0P/nF,MAAK,cAAStD,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKw3F,YAAL,CAAkB9qF,CAAlB,EAAoBnZ,CAApB,EAAsByM,CAAtB,GAAyB,KAAK62F,WAAL,EAAzB;AAA4C,aAA3T,EAA4TA,aAAY,uBAAU;AAAC,qBAAKkB,GAAL,KAAW,KAAKA,GAAL,CAASE,SAAT,CAAmB,CAAnB,EAAqB,CAArB,EAAuB,KAAKH,MAAL,CAAYpiF,KAAnC,EAAyC,KAAKoiF,MAAL,CAAYr9E,MAArD,GAA6D,KAAKk9E,QAAL,CAAc,KAAKI,GAAnB,CAAxE;AAAiG,aAApb,EAAT,CAAjD,EAAif1mG,EAAE0vF,MAAF,CAASmJ,WAAT,CAAqB3+F,MAArB,CAA4BX,EAAE1B,EAA9B,EAAiC,YAAjC,CAAjf,EAAgiB80D,IAAE6D,EAAEt2D,MAAF,CAAS,EAACosG,UAAS,kBAASjrF,CAAT,EAAW;AAACA,kBAAEkrF,IAAF,IAAS,KAAKL,YAAL,CAAkB7qF,CAAlB,CAAT,EAA8B,KAAK0qF,OAAL,CAAa1qF,CAAb,CAA9B,EAA8C,KAAK+qF,UAAL,CAAgB/qF,CAAhB,CAA9C,EAAiEA,EAAE2qF,SAAF,EAAjE,EAA+E,KAAKC,YAAL,CAAkB5qF,CAAlB,EAAoB,KAAK25E,UAAzB,CAA/E,EAAoH,KAAK6R,WAAL,CAAiBxrF,CAAjB,CAApH,EAAwI,KAAKyrF,UAAL,CAAgBzrF,CAAhB,CAAxI,EAA2J,KAAK0rF,WAAL,CAAiB1rF,CAAjB,CAA3J,EAA+K,KAAK2rF,OAAL,CAAa3rF,CAAb,CAA/K,EAA+L,KAAK4rF,SAAL,CAAe5rF,CAAf,CAA/L,EAAiNA,EAAEmrF,OAAF,EAAjN;AAA6N,aAAnP,EAAoPQ,SAAQ,iBAAS3rF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB76F,OAAhB,CAAwBk+F,IAA9B;AAAA,oBAAmC1pF,IAAE,CAAC,CAAtC,CAAwC,OAAOzM,MAAI,cAAYA,EAAEnG,QAAd,IAAwB,KAAKmrG,eAAL,CAAqB7rF,CAArB,EAAuBnZ,CAAvB,GAA0ByM,IAAE,CAAC,CAArD,IAAwDqoB,EAAE90B,EAAE4rC,KAAJ,MAAazyB,EAAE8rF,SAAF,GAAYjlG,EAAE4rC,KAAd,EAAoBzyB,EAAEkrF,IAAF,EAApB,EAA6B,KAAKF,WAAL,CAAiBhrF,CAAjB,EAAmBnZ,EAAE6kB,OAArB,CAA7B,EAA2D1L,EAAEg9E,IAAF,EAA3D,EAAoEh9E,EAAEmrF,OAAF,EAApE,EAAgF73F,IAAE,CAAC,CAAhG,CAA5D,GAAgKA,CAAvK;AAAyK,aAAzd,EAA0du4F,iBAAgB,yBAAS7rF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQC,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY/xB,IAAE,KAAKi1F,UAAL,CAAgB+D,OAAhB,EAAd,CAAwC72F,aAAalC,EAAE2+F,cAAf,IAA+BhyC,IAAEzqD,EAAEkH,KAAF,EAAF,EAAYwjD,IAAE1qD,EAAEnI,GAAF,EAAd,EAAsBR,IAAE8hB,EAAE+rF,oBAAF,CAAuBz6C,EAAE5lB,CAAzB,EAA2B4lB,EAAE1lB,CAA7B,EAA+B2lB,EAAE7lB,CAAjC,EAAmC6lB,EAAE3lB,CAArC,CAAvD,IAAgG/kC,aAAalC,EAAE8+F,cAAf,KAAgChtE,IAAE5vB,EAAE65E,MAAF,EAAF,EAAaxiF,IAAE8hB,EAAEgsF,oBAAF,CAAuBv1E,EAAEiV,CAAzB,EAA2BjV,EAAEmV,CAA7B,EAA+B,CAA/B,EAAiCnV,EAAEiV,CAAnC,EAAqCjV,EAAEmV,CAAvC,EAAyC/kC,EAAE8vF,MAAF,EAAzC,CAA/C,CAAhG,EAAqMrjF,EAAEpV,CAAF,EAAI2I,EAAEs6F,KAAN,CAArM,EAAkNnhF,EAAEkrF,IAAF,EAAlN,EAA2NrkG,EAAEy6F,SAAF,MAAethF,EAAEo1E,SAAF,CAAY1wF,EAAEskB,KAAF,EAAZ,EAAsB,CAAtB,EAAwB,CAAxB,EAA0BtkB,EAAEqpB,MAAF,EAA1B,EAAqCrpB,EAAE+pF,MAAF,CAAS/iD,CAA9C,EAAgDhnC,EAAE+pF,MAAF,CAAS7iD,CAAzD,CAA1O,EAAsS5rB,EAAE8rF,SAAF,GAAY5tG,CAAlT,EAAoT8hB,EAAEg9E,IAAF,EAApT,EAA6Th9E,EAAEmrF,OAAF,EAA7T;AAAyU,aAAz2B,EAA02BS,WAAU,mBAAS5rF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAA9B,CAAqC,IAAGp2F,KAAG,CAAC80B,EAAE90B,EAAE4rC,KAAJ,CAAJ,IAAgB5rC,EAAEmiB,KAAF,GAAQ,CAA3B,EAA6B,OAAOhJ,EAAEisF,WAAF,GAAcplG,EAAE4rC,KAAhB,EAAsBzyB,EAAEksF,SAAF,GAAYtgE,EAAE/kC,EAAEmiB,KAAJ,EAAU,CAAV,CAAlC,EAA+ChJ,EAAEkrF,IAAF,EAA/C,EAAwD,KAAKF,WAAL,CAAiBhrF,CAAjB,EAAmBnZ,EAAE6kB,OAArB,CAAxD,EAAsF1L,EAAEi9E,MAAF,EAAtF,EAAiGj9E,EAAEmrF,OAAF,EAAjG,EAA6G,CAAC,CAArH;AAAuH,aAAzjC,EAA0jCtD,UAAS,oBAAU;AAAC,oBAAI7nF,IAAE,KAAK25E,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAA9B,CAAqC,IAAGj9E,KAAGA,EAAE6nF,QAAR,EAAiB,OAAO7nF,EAAE6nF,QAAF,CAAWlmG,WAAX,EAAP;AAAgC,aAApqC,EAAqqC6pG,aAAY,qBAASxrF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKu0F,QAAL,EAAR,CAAwBv0F,KAAGA,KAAGiiD,CAAN,KAAU1uD,IAAEsgC,EAAE7zB,CAAF,CAAF,EAAO0M,EAAEwrF,WAAF,GAAcxrF,EAAEwrF,WAAF,CAAc3kG,CAAd,CAAd,IAAgCmZ,EAAEmsF,OAAF,GAAUtlG,CAAV,EAAYmZ,EAAEosF,cAAF,GAAiBvlG,CAA7D,CAAjB;AAAkF,aAAvyC,EAAwyC4kG,YAAW,oBAASzrF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKghG,QAAL,EAAN;AAAA,oBAAsBv0F,IAAE,KAAKqmF,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAAhD,CAAuDp2F,KAAGA,MAAI0uD,CAAP,GAASv1C,EAAEgoF,OAAF,GAAUzzC,CAAnB,GAAqBjhD,KAAGA,EAAE00F,OAAL,KAAehoF,EAAEgoF,OAAF,GAAU10F,EAAE00F,OAA3B,CAArB;AAAyD,aAA/6C,EAAg7C0D,aAAY,qBAAS1rF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAA9B,CAAqCp2F,KAAGA,EAAE45F,QAAL,KAAgBzgF,EAAEygF,QAAF,GAAW55F,EAAE45F,QAA7B;AAAuC,aAAphD,EAAqhDmK,cAAa,sBAAS5qF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc/xB,CAAd;AAAA,oBAAgByuD,IAAEtsD,EAAE25F,QAApB,CAA6B,IAAG,MAAIrtC,EAAE/1D,MAAT,EAAgB;AAAC,yBAAIkW,IAAE6/C,EAAE,CAAF,CAAF,EAAOj1D,IAAEoV,EAAE8xB,MAAF,EAAT,EAAoBplB,EAAE0/E,MAAF,CAASxhG,EAAEwtC,CAAX,EAAaxtC,EAAE0tC,CAAf,CAApB,EAAsC0lB,IAAE,CAA5C,EAA8CA,IAAE6B,EAAE/1D,MAAlD,EAAyDk0D,GAAzD;AAA6Dh+C,4BAAE6/C,EAAE7B,CAAF,CAAF,EAAOpzD,IAAEoV,EAAE8xB,MAAF,EAAT,EAAoBmsB,IAAE4B,EAAE7B,IAAE,CAAJ,CAAtB,EAA6B76B,IAAE86B,EAAEsuC,UAAF,EAA/B,EAA8Cn7F,IAAE4O,EAAEssF,SAAF,EAAhD,EAA8DnpE,KAAG/xB,CAAH,GAAKsb,EAAEqsF,aAAF,CAAgB51E,EAAEiV,CAAlB,EAAoBjV,EAAEmV,CAAtB,EAAwBlnC,EAAEgnC,CAA1B,EAA4BhnC,EAAEknC,CAA9B,EAAgC1tC,EAAEwtC,CAAlC,EAAoCxtC,EAAE0tC,CAAtC,CAAL,GAA8C5rB,EAAE0gF,MAAF,CAASxiG,EAAEwtC,CAAX,EAAaxtC,EAAE0tC,CAAf,CAA5G;AAA7D,qBAA2L/kC,EAAE/H,OAAF,CAAUgiG,MAAV,IAAkB9gF,EAAEssF,SAAF,EAAlB;AAAgC;AAAC,aAA1zD,EAAT,CAAliB,EAAw2E/6C,IAAED,EAAEzyD,MAAF,CAAS,EAAC+rG,cAAa,sBAAS5qF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKqmF,UAAL,CAAgBsH,KAAxB,CAA8B,KAAIp6F,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuByqD,sBAAE90D,EAAF,CAAKouG,YAAL,CAAkB5qF,CAAlB,EAAoB1M,EAAEzM,CAAF,CAApB;AAAvB;AAAiD,aAAzG,EAAT,CAA12E,EAA+9E4vB,IAAE66B,EAAEzyD,MAAF,CAAS,EAAC+rG,cAAa,sBAAS5qF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB1B,QAAhB,EAAN;AAAA,oBAAiC3kF,IAAEzM,EAAE65E,MAArC;AAAA,oBAA4CxiF,IAAE2I,EAAE8vF,MAAhD,CAAuD32E,EAAE2gF,GAAF,CAAMrtF,EAAEo4B,CAAR,EAAUp4B,EAAEs4B,CAAZ,EAAc1tC,CAAd,EAAgB,CAAhB,EAAkB,IAAEyB,KAAK4tB,EAAzB;AAA6B,aAA9G,EAAT,CAAj+E,EAA2lF7oB,IAAE4sD,EAAEzyD,MAAF,CAAS,EAAC+rG,cAAa,sBAAS5qF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB8F,MAAhB,EAAN,CAA+BnuC,EAAE90D,EAAF,CAAKouG,YAAL,CAAkBttG,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,EAA8BnZ,CAA9B;AAAiC,aAA1F,EAAT,CAA7lF,EAAmsFssD,IAAE7B,EAAEzyD,MAAF,CAAS,EAACosG,UAAS,kBAASjrF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAX;AAAA,oBAAsBrmF,IAAEzM,EAAEqjB,QAAF,EAAxB;AAAA,oBAAqChsB,IAAE2I,EAAE4rF,OAAF,EAAvC,CAAmDzyE,EAAEkrF,IAAF,IAAS,KAAKL,YAAL,CAAkB7qF,CAAlB,CAAT,EAA8B,KAAK0qF,OAAL,CAAa1qF,CAAb,CAA9B,EAA8C,KAAK+qF,UAAL,CAAgB/qF,CAAhB,CAA9C,EAAiEA,EAAE2qF,SAAF,EAAjE,EAA+E3qF,EAAEu/E,IAAF,GAAO14F,EAAE/H,OAAF,CAAUygG,IAAhG,EAAqG,KAAKoM,OAAL,CAAa3rF,CAAb,KAAiBA,EAAEusF,QAAF,CAAW1lG,EAAEme,OAAF,EAAX,EAAuB1R,EAAEo4B,CAAzB,EAA2Bp4B,EAAEs4B,CAAF,GAAI1tC,EAAEs0F,QAAjC,CAAtH,EAAiK,KAAKoZ,SAAL,CAAe5rF,CAAf,MAAoB,KAAKwrF,WAAL,CAAiBxrF,CAAjB,GAAoBA,EAAEwsF,UAAF,CAAa3lG,EAAEme,OAAF,EAAb,EAAyB1R,EAAEo4B,CAA3B,EAA6Bp4B,EAAEs4B,CAAF,GAAI1tC,EAAEs0F,QAAnC,CAAxC,CAAjK,EAAuPxyE,EAAEmrF,OAAF,EAAvP;AAAmQ,aAA5U,EAAT,CAArsF,EAA6hGx2F,IAAE28C,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAACg+C,kBAAE90D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBuJ,CAApB,GAAuB,KAAK4lG,MAAL,GAAYn3C,EAAE,KAAKm3C,MAAP,EAAc,IAAd,CAAnC,EAAuD,KAAKC,OAAL,GAAap3C,EAAE,KAAKo3C,OAAP,EAAe,IAAf,CAApE,EAAyF,KAAKpmC,OAAL,GAAatmD,EAAEnJ,QAAF,EAAtG,CAAmH,IAAI3Y,IAAE,KAAK65F,GAAL,GAAS,IAAIqL,KAAJ,EAAf,CAAyB9vF,KAAG,CAAC,UAAUxL,IAAV,CAAejB,EAAE7H,GAAF,EAAf,CAAJ,KAA8Bd,EAAEyuG,WAAF,GAAcr5F,CAA5C,GAA+CpV,EAAEc,GAAF,GAAM6H,EAAE7H,GAAF,EAArD,EAA6Dd,EAAE0xB,QAAF,GAAW,KAAK68E,MAAL,EAAX,IAA0BvuG,EAAEs+B,MAAF,GAAS,KAAKiwE,MAAd,EAAqBvuG,EAAEu+B,OAAF,GAAU,KAAKiwE,OAA9D,CAA7D;AAAoI,aAApS,EAAqSzB,UAAS,kBAASjrF,CAAT,EAAW;AAAC,+BAAa,KAAKsmD,OAAL,CAAatvD,KAAb,EAAb,KAAoCgJ,EAAEkrF,IAAF,IAAS,KAAKL,YAAL,CAAkB7qF,CAAlB,CAAT,EAA8B,KAAK0qF,OAAL,CAAa1qF,CAAb,CAA9B,EAA8C,KAAK4sF,SAAL,CAAe5sF,CAAf,CAA9C,EAAgEA,EAAEmrF,OAAF,EAApG;AAAiH,aAA3a,EAA4anX,eAAc,uBAASntF,CAAT,EAAW;AAAC,0BAAQA,EAAEy5D,KAAV,IAAiB,KAAKgG,OAAL,GAAatmD,EAAEnJ,QAAF,EAAb,EAA0B,KAAKkhF,GAAL,CAAS/4F,GAAT,GAAa,KAAK26F,UAAL,CAAgB36F,GAAhB,EAAxD,IAA+EsyD,EAAE90D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6BuJ,CAA7B,CAA/E;AAA+G,aAArjB,EAAsjB4lG,QAAO,kBAAU;AAAC,qBAAKnmC,OAAL,CAAa1uD,OAAb,IAAuB,KAAKyiF,UAAL,EAAvB;AAAyC,aAAjnB,EAAknBqS,SAAQ,mBAAU;AAAC,qBAAKpmC,OAAL,CAAazuD,MAAb,CAAoBtc,MAAM,2BAAyB,KAAKw8F,GAAL,CAAS/4F,GAAlC,GAAsC,oDAA5C,CAApB;AAAuH,aAA5vB,EAA6vB4tG,WAAU,mBAAS5sF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB70D,IAAhB,EAAN;AAAA,oBAA6BxxB,IAAEzM,EAAEivF,OAAF,EAA/B,CAA2C91E,EAAE4sF,SAAF,CAAY,KAAK7U,GAAjB,EAAqBzkF,EAAEo4B,CAAvB,EAAyBp4B,EAAEs4B,CAA3B,EAA6B/kC,EAAEmiB,KAAF,EAA7B,EAAuCniB,EAAEknB,MAAF,EAAvC;AAAmD,aAAj3B,EAAT,CAA/hG,EAA45HgkC,IAAET,EAAEzyD,MAAF,CAAS,EAAC+rG,cAAa,sBAAS5qF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB1B,QAAhB,EAAN;AAAA,oBAAiC3kF,IAAEzM,EAAE4nF,MAArC;AAAA,oBAA4CvwF,IAAE2I,EAAE84B,IAAhD,CAAqD3f,EAAE8kB,IAAF,CAAOxxB,EAAEo4B,CAAT,EAAWp4B,EAAEs4B,CAAb,EAAe1tC,EAAE8qB,KAAjB,EAAuB9qB,EAAE6vB,MAAzB;AAAiC,aAAhH,EAAT,CAA95H,EAA0hI+jC,IAAE,EAACqnC,OAAMzjC,CAAP,EAASkuC,MAAKzwC,CAAd,EAAgBqwC,MAAKlyC,CAArB,EAAuBiyC,WAAUhyC,CAAjC,EAAmC4mC,QAAO1hE,CAA1C,EAA4CyhE,KAAIxzF,CAAhD,EAAkD0+F,OAAMzuF,CAAxD,EAA0D6jF,MAAKzmC,CAA/D,EAA5hI,EAA8lIG,EAAE/1D,OAAF,CAAUivG,MAAV,GAAiB,YAAU;AAAC,mBAAM,CAAC,CAACh5C,EAAElxD,aAAF,CAAgB,QAAhB,EAA0BoqG,UAAlC;AAA6C,SAAxD,EAA/mI,EAA0qIp5C,EAAE/1D,OAAF,CAAUivG,MAAV,IAAkBzmG,EAAEm4F,cAAF,CAAiBzlE,OAAjB,CAAyBrd,QAAzB,CAAkC,QAAlC,EAA2Cy7C,CAA3C,EAA6C,EAA7C,CAA5rI,EAA6uIroC,EAAE8kC,EAAE2P,OAAJ,EAAY,EAACgrC,aAAYhmG,CAAb,EAAeukG,QAAO,EAAClC,SAAQxkG,CAAT,EAAWykG,YAAW1yE,CAAtB,EAAwB8yE,WAAU7zC,CAAlC,EAAoC8zC,WAAU70F,CAA9C,EAAgD+0F,eAAcn4C,CAA9D,EAAgE2uB,MAAK/qB,CAArE,EAAuEw0C,UAASr4C,CAAhF,EAAkFu4C,UAAS93C,CAA3F,EAA6F+3C,UAAS5rG,CAAtG,EAAwG2+F,SAAQpnC,CAAhH,EAAkHs0C,UAAS52C,CAA3H,EAAtB,EAAZ,CAA7uI;AAA+4I,KAAn8R,CAAo8R33D,OAAO07D,KAAP,CAAa76D,MAAj9R,CAAD;AAA09R,CAAjkS,EAAkkS,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAxoS,CAFm+7B,EAEz1pB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,oBAAD,EAAsB,iBAAtB,CAAzB,EAAkE7f,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,GAAY;AAAC,gBAAGirD,EAAE1xC,UAAF,IAAc,CAAC0xC,EAAE1xC,UAAF,CAAa0sF,IAA/B,EAAoC;AAACh7C,kBAAE1xC,UAAF,CAAapL,GAAb,CAAiB,MAAjB,EAAwB,+BAAxB,EAAyD,IAAIgL,IAAE8xC,EAAEi7C,WAAF,CAAc3vG,MAAd,GAAqB,EAArB,GAAwB00D,EAAEi7C,WAAF,CAAc,CAAd,CAAxB,GAAyCj7C,EAAEk7C,gBAAF,EAA/C,CAAoEhtF,EAAEitF,OAAF,CAAU,OAAV,EAAkB,4BAAlB;AAAgD;AAAC,kBAAS35F,CAAT,CAAW0M,CAAX,EAAa;AAAC,gBAAInZ,IAAEirD,EAAE5wD,aAAF,CAAgB,UAAQ8e,CAAxB,CAAN,CAAiC,OAAOnZ,EAAEwD,SAAF,GAAY,MAAZ,EAAmBxD,CAA1B;AAA4B,kBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE0M,EAAE5iB,MAAV;AAAA,gBAAiBc,IAAE,EAAnB,CAAsB,KAAI2I,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgB3I,kBAAErC,IAAF,CAAOmkB,EAAEnZ,CAAF,EAAK0uF,SAAL,CAAe1/B,CAAf,EAAkB75D,QAAlB,CAA2B,CAA3B,EAA6B,GAA7B,CAAP;AAAhB,aAA0D,OAAOkC,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASopD,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMg+C,CAAN;AAAA,gBAAQ76B,CAAR;AAAA,gBAAU/xB,CAAV;AAAA,gBAAYyuD,CAAZ;AAAA,gBAAcx+C,IAAEqL,EAAEwgF,QAAlB;AAAA,gBAA2BzuC,IAAEp9C,EAAEvX,MAA/B,CAAsC,IAAG20D,IAAE,CAAL,EAAO;AAAC,qBAAIz+C,IAAE,EAAF,EAAK6/C,IAAE,CAAX,EAAaA,IAAEpB,CAAf,EAAiBoB,GAAjB;AAAqB18B,wBAAE86B,EAAE58C,EAAEw+C,IAAE,CAAJ,CAAF,EAASx+C,EAAEw+C,CAAF,CAAT,CAAF,EAAiB18B,MAAI/xB,CAAJ,KAAQA,IAAE+xB,CAAF,EAAInjB,EAAEzX,IAAF,CAAO46B,CAAP,CAAZ,CAAjB,EAAwCnjB,EAAEzX,IAAF,CAAO,QAAM46B,CAAN,GAAQv4B,EAAE,CAACyW,EAAEw+C,CAAF,EAAK/tB,MAAL,EAAD,CAAF,CAAR,GAA2BlnC,EAAE,CAACyW,EAAEw+C,IAAE,CAAJ,EAAO0sC,UAAP,EAAD,EAAqBlrF,EAAEw+C,CAAF,EAAKysC,SAAL,EAArB,EAAsCjrF,EAAEw+C,CAAF,EAAK/tB,MAAL,EAAtC,CAAF,CAAlC,CAAxC;AAArB,iBAAwJ,OAAOksB,IAAE,OAAKpzD,EAAE,CAACyW,EAAE,CAAF,EAAKywB,MAAL,EAAD,CAAF,CAAL,GAAwB,GAAxB,GAA4B9xB,EAAEpL,IAAF,CAAO,GAAP,CAA9B,EAA0C8X,EAAElhB,OAAF,CAAUgiG,MAAV,KAAmBxvC,KAAG,IAAtB,CAA1C,EAAsEzqD,MAAI,CAAC,CAAL,KAASyqD,KAAG,IAAZ,CAAtE,EAAwFA,CAA/F;AAAiG;AAAC,kBAASC,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAE6/E,UAAF,MAAgBh5F,EAAE+4F,SAAF,EAAhB,GAA8B,GAA9B,GAAkC,GAAzC;AAA6C,kBAASnpE,CAAT,CAAWzW,CAAX,EAAa;AAAC,mBAAO,MAAIA,EAAElkB,OAAF,CAAU,MAAV,CAAJ,IAAuB,MAAIkkB,EAAElkB,OAAF,CAAUs4D,CAAV,CAAlC;AAA+C,kBAAS1vD,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,IAAEh+C,IAAEmiD,EAAE5uD,EAAE6kB,OAAF,EAAF,EAAc,CAAd,CAAV,CAA2B,OAAOxtB,IAAE8hB,IAAEmzC,EAAEnzC,CAAF,EAAInZ,EAAE4rC,KAAF,EAAJ,EAAc6e,CAAd,CAAF,GAAmB6B,EAAEtsD,EAAE4rC,KAAF,EAAF,EAAY,MAAZ,EAAmB,IAAE6e,CAArB,CAA5B;AAAoD,kBAAS6B,CAAT,CAAWnzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAE,IAAIo3D,CAAJ,CAAMt1C,CAAN,CAAN;AAAA,gBAAesxC,IAAE,IAAIgE,CAAJ,CAAMzuD,CAAN,CAAjB;AAAA,gBAA0B0qD,IAAE58C,EAAEzW,EAAEozD,CAAJ,EAAMA,EAAEA,CAAR,EAAUh+C,CAAV,CAA5B;AAAA,gBAAyCmjB,IAAE9hB,EAAEzW,EAAEu1D,CAAJ,EAAMnC,EAAEmC,CAAR,EAAUngD,CAAV,CAA3C;AAAA,gBAAwD5O,IAAEiQ,EAAEzW,EAAEyG,CAAJ,EAAM2sD,EAAE3sD,CAAR,EAAU2O,CAAV,CAA1D,CAAuE,OAAO,IAAIgiD,CAAJ,CAAM/D,CAAN,EAAQ96B,CAAR,EAAU/xB,CAAV,EAAa0/E,KAAb,EAAP;AAA4B,kBAASzvE,CAAT,CAAWqL,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,mBAAO8+C,EAAEzwB,KAAF,CAAQruB,IAAEzM,CAAF,GAAI,CAAC,IAAEyM,CAAH,IAAM0M,CAAlB,CAAP;AAA4B,aAAI+xC,CAAJ;AAAA,YAAMD,IAAEz2D,QAAR;AAAA,YAAiB+2D,IAAEzyD,IAAnB;AAAA,YAAwBuyD,IAAEE,EAAEoiC,KAA5B;AAAA,YAAkCpnE,IAAEglC,EAAE2qB,IAAtC;AAAA,YAA2C/1E,IAAEorD,EAAEwuB,IAA/C;AAAA,YAAoDntB,IAAEj4D,OAAO07D,KAA7D;AAAA,YAAmEv7B,IAAE83B,EAAE6P,UAAvE;AAAA,YAAkF53B,IAAE1rB,EAAE/f,IAAtF;AAAA,YAA2F2rC,IAAE6nB,EAAEoO,OAA/F;AAAA,YAAuGvmE,IAAEswC,EAAE+wD,QAA3G;AAAA,YAAoHh4F,IAAE8uD,EAAEwkC,QAAxH;AAAA,YAAiI5xF,IAAE1B,EAAEg0F,QAArI;AAAA,YAA8IrjC,IAAE7B,EAAE86B,KAAlJ;AAAA,YAAwJh6B,IAAEd,EAAElxB,IAA5J;AAAA,YAAiK4E,IAAEotB,EAAE48B,aAArK;AAAA,YAAmL78B,IAAEC,EAAEu8B,OAAvL;AAAA,YAA+Lv7B,IAAEhB,EAAEw8B,GAAnM;AAAA,YAAuMp7B,IAAEpB,EAAE5yB,KAA3M;AAAA,YAAiN8zB,IAAElB,EAAE09B,cAArN;AAAA,YAAoO98B,IAAE,MAAtO;AAAA,YAA6OO,IAAE,QAA/O;AAAA,YAAwPG,IAAE,GAA1P;AAAA,YAA8PT,IAAES,IAAEA,CAAlQ;AAAA,YAAoQzB,IAAE,UAAtQ;AAAA,YAAiRC,IAAE,CAAnR;AAAA,YAAqRgB,IAAEzpB,EAAEixD,OAAF,CAAUh+F,MAAV,CAAiB,EAACpC,MAAK,cAASujB,CAAT,EAAW1M,CAAX,EAAa;AAACs4B,kBAAEixD,OAAF,CAAUrgG,EAAV,CAAaC,IAAb,CAAkBa,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,EAA8B1M,CAA9B,GAAiCzM,GAAjC,EAAqC,KAAKw9B,OAAL,CAAa5tB,KAAb,EAArC,EAA0D,KAAK+uF,KAAL,GAAW,IAAIzvC,CAAJ,EAArE,EAA2E,KAAKyvC,KAAL,CAAWG,QAAX,CAAoB,KAAKthE,OAAL,CAAa,CAAb,CAApB,CAA3E,EAAgH,KAAKA,OAAL,CAAa7kB,EAAb,CAAgB,UAAQk2C,CAAxB,EAA0B,KAAKiuB,MAA/B,CAAhH,EAAuJ,KAAKt/C,OAAL,CAAa7kB,EAAb,CAAgB,cAAYk2C,CAA5B,EAA8B,KAAKqjC,WAAnC,CAAvJ,EAAuM,KAAK10D,OAAL,CAAa7kB,EAAb,CAAgB,aAAWk2C,CAA3B,EAA6B,KAAKsjC,WAAlC,CAAvM,EAAsP,KAAK30D,OAAL,CAAa7kB,EAAb,CAAgB,cAAYk2C,CAA5B,EAA8B,KAAKujC,UAAnC,CAAtP;AAAqS,aAAzT,EAA0T94F,MAAK,KAA/T,EAAqUyiD,SAAQ,mBAAU;AAAC,qBAAK4iD,KAAL,KAAa,KAAKA,KAAL,CAAW5iD,OAAX,IAAqB,KAAK4iD,KAAL,GAAW,IAAhC,EAAqC,KAAKnhE,OAAL,CAAaprB,GAAb,CAAiBy8C,CAAjB,CAAlD,GAAuE9pB,EAAEixD,OAAF,CAAUrgG,EAAV,CAAaomD,OAAb,CAAqBtlD,IAArB,CAA0B,IAA1B,CAAvE;AAAuG,aAA/b,EAAgcg8F,MAAK,cAASt5E,CAAT,EAAW;AAAC4rB,kBAAEixD,OAAF,CAAUrgG,EAAV,CAAa88F,IAAb,CAAkBh8F,IAAlB,CAAuB,IAAvB,EAA4B0iB,CAA5B,GAA+B,KAAKwlF,KAAL,CAAWliF,IAAX,CAAgB,CAACtD,CAAD,CAAhB,EAAoB,KAAK,CAAzB,EAA2B,IAA3B,CAA/B;AAAgE,aAAjhB,EAAkhByxB,OAAM,iBAAU;AAAC7F,kBAAEixD,OAAF,CAAUrgG,EAAV,CAAai1C,KAAb,CAAmBn0C,IAAnB,CAAwB,IAAxB,GAA8B,KAAKkoG,KAAL,CAAW/zD,KAAX,EAA9B;AAAiD,aAAplB,EAAjB,CAAvR;AAAA,YAA+3BukB,IAAE16D,EAAEuD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC1kB,kBAAEkB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAK9e,aAAL,EAAvB,EAA4C,KAAKgsG,eAAL,EAA5C;AAAmE,aAArF,EAAsF9+D,SAAQ1C,CAA9F,EAAgGkX,SAAQ,mBAAU;AAAC,qBAAKve,OAAL,KAAe,KAAKA,OAAL,CAAaq1D,UAAb,GAAwB,IAAxB,EAA6B,KAAKr1D,OAAL,GAAa,IAAzD,GAA+D/oC,EAAEkB,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAA/D;AAAuF,aAA1M,EAA2Mm0C,OAAM,iBAAU;AAAC,oBAAIzxB,CAAJ,EAAMnZ,CAAN,CAAQ,KAAI,KAAKw9B,OAAL,KAAe,KAAKA,OAAL,CAAav5B,SAAb,GAAuB,EAAtC,GAA0CkV,IAAE,KAAKpZ,UAAjD,EAA4DC,IAAE,CAAlE,EAAoEA,IAAEmZ,EAAE5iB,MAAxE,EAA+EyJ,GAA/E;AAAmFmZ,sBAAEnZ,CAAF,EAAK+7C,OAAL;AAAnF,iBAAkG,KAAKh8C,UAAL,GAAgB,EAAhB;AAAmB,aAAzV,EAA0VwzF,YAAW,sBAAU;AAAC,qBAAK/1D,OAAL,KAAe,KAAKA,OAAL,CAAa/iC,UAAb,CAAwBC,WAAxB,CAAoC,KAAK8iC,OAAzC,GAAkD,KAAKA,OAAL,GAAa,IAA9E,GAAoF/oC,EAAEkB,EAAF,CAAK49F,UAAL,CAAgB98F,IAAhB,CAAqB,IAArB,CAApF;AAA+G,aAA/d,EAAge4D,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAaytB,EAAE5wD,aAAF,CAAgB,KAAhB,CAAb;AAAoC,aAA7hB,EAA8hBgsG,iBAAgB,2BAAU;AAAC,qBAAK7oE,OAAL,CAAaq1D,UAAb,GAAwB,IAAxB;AAA6B,aAAtlB,EAAulBp2E,MAAK,cAAStD,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAepV,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ,EAAMC,CAAN,EAAQ96B,CAAR,EAAU/xB,CAAV,EAAYyuD,CAAZ,EAAcx+C,CAAd,CAAgB,KAAIzW,IAAEu3D,EAAEv3D,CAAF,EAAI,CAAJ,CAAF,EAAS,KAAKy7F,UAAL,KAAkBz7F,KAAGu3D,EAAE,KAAKkkC,UAAL,CAAgB76F,OAAhB,CAAwB4sB,OAA1B,EAAkC,CAAlC,CAArB,CAAT,EAAoE4lC,IAAE,CAA1E,EAA4EA,IAAEtxC,EAAE5iB,MAAhF,EAAuFk0D,GAAvF;AAA2FC,wBAAEvxC,EAAEsxC,CAAF,CAAF,EAAO76B,IAAE86B,EAAEl9C,QAAX,EAAoB3P,IAAE6sD,EAAE4rC,gBAAF,CAAmB7pF,CAAnB,CAAtB,EAA4C6/C,IAAEj1D,IAAEu3D,EAAElE,EAAEzyD,OAAF,CAAU4sB,OAAZ,EAAoB,CAApB,CAAhD,EAAuE/W,IAAE,IAAIypF,GAAG7sC,EAAE7wD,QAAL,CAAJ,CAAmB6wD,CAAnB,EAAqB7sD,CAArB,EAAuByuD,CAAvB,CAAzE,EAAmG18B,KAAGA,EAAEr5B,MAAF,GAAS,CAAZ,IAAeuX,EAAE2O,IAAF,CAAOmT,CAAP,EAAS5vB,CAAT,EAAWnC,CAAX,EAAaxG,CAAb,CAAlH,EAAkIo2D,EAAEztD,CAAF,IAAK,KAAKszF,QAAL,CAAcxlF,CAAd,EAAgB9N,CAAhB,CAAL,GAAwB,KAAK2f,MAAL,CAAY7R,CAAZ,CAA1J,EAAyKA,EAAEgxF,QAAF,CAAW,KAAKthE,OAAhB,EAAwBx9B,CAAxB,CAAzK;AAA3F;AAA+R,aAA75B,EAA85B8+F,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAACytD,kBAAEztD,CAAF,IAAKmZ,EAAE0G,YAAF,CAAe,KAAK2d,OAApB,EAA4BrkB,EAAE3L,QAAF,CAAWxN,CAAX,KAAe,IAA3C,CAAL,GAAsDmZ,EAAE3e,WAAF,CAAc,KAAKgjC,OAAnB,CAAtD;AAAkF,aAAvgC,EAAwgC2vD,eAAc,uBAASh0E,CAAT,EAAW;AAAC,6BAAWA,EAAEsgD,KAAb,IAAoB,KAAKlkD,GAAL,CAAS,SAAT,EAAmB4D,EAAExd,KAAF,KAAU,CAAC,CAAX,GAAa,EAAb,GAAgB2yD,CAAnC,CAApB;AAA0D,aAA5lC,EAA6lCg4C,UAAS,oBAAU;AAAC,qBAAK/G,MAAL,CAAY,KAAKI,QAAL,EAAZ;AAA6B,aAA9oC,EAA+oCA,UAAS,oBAAU;AAAC,oBAAIxmF,IAAE,EAAN,CAAS,OAAO,KAAK25E,UAAL,IAAiB,KAAKA,UAAL,CAAgB76F,OAAhB,CAAwBq8B,OAAxB,KAAkC,CAAC,CAApD,IAAuDnb,EAAEnkB,IAAF,CAAO,CAAC,SAAD,EAAWs5D,CAAX,CAAP,CAAvD,EAA6En1C,CAApF;AAAsF,aAAlwC,EAAmwCotF,cAAa,sBAASptF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAEmiD,EAAE,KAAK/pC,OAAP,EAAe,CAAf,CAAN,CAAwBpY,KAAGmiD,EAAE5uD,CAAF,EAAI,CAAJ,CAAH,EAAUmZ,EAAEnkB,IAAF,CAAO,CAAC,SAAD,EAAWyX,CAAX,CAAP,CAAV;AAAgC,aAAt1C,EAAu1CrH,MAAK,cAAS+T,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,KAAe,KAAKA,OAAL,CAAarkB,CAAb,IAAgBnZ,CAA/B;AAAkC,aAA54C,EAA64Cs/F,SAAQ,iBAASnmF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKoF,IAAL,CAAU+T,EAAEnZ,CAAF,EAAK,CAAL,CAAV,EAAkBmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAlB;AAA3B;AAAsD,aAAv9C,EAAw9CuV,KAAI,aAAS4D,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,KAAe,KAAKA,OAAL,CAAatnB,KAAb,CAAmBiD,CAAnB,IAAsBnZ,CAArC;AAAwC,aAAlhD,EAAmhDu/F,QAAO,gBAASpmF,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKuV,GAAL,CAAS4D,EAAEnZ,CAAF,EAAK,CAAL,CAAT,EAAiBmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAjB;AAA3B;AAAqD,aAA3lD,EAAT,CAAj4B;AAAA,YAAw+EkvD,IAAEC,EAAEn3D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC80D,kBAAEx5D,EAAF,CAAK0E,aAAL,CAAmB5D,IAAnB,CAAwB,IAAxB,GAA8B,KAAK8oG,MAAL,CAAY,CAAC,CAAC,OAAD,EAAS,MAAT,CAAD,EAAkB,CAAC,QAAD,EAAU,MAAV,CAAlB,EAAoC,CAAC,UAAD,EAAY,UAAZ,CAApC,EAA4D,CAAC,YAAD,EAAc,SAAd,CAA5D,CAAZ,CAA9B;AAAiI,aAA3J,EAA4J8G,iBAAgBxhE,CAA5K,EAAT,CAA1+E;AAAA,YAAmqFkqB,IAAEnC,EAAEuQ,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK8yF,UAAL,GAAgB35E,CAAhB,EAAkB,KAAKqtF,QAAL,GAAcxmG,CAAhC,EAAkCmZ,EAAE6zE,WAAF,CAAc,IAAd,CAAlC;AAAsD,aAA1E,EAA2EI,gBAAe,0BAAU;AAAC,qBAAKoZ,QAAL,CAAcrZ,aAAd,CAA4B,EAAC1zB,OAAM,MAAP,EAAc99D,OAAM,KAAKm3F,UAAzB,EAA5B;AAAkE,aAAvK,EAAwKloD,OAAM,iBAAU;AAAC,qBAAKkoD,UAAL,CAAgB7F,cAAhB,CAA+B,IAA/B;AAAqC,aAA9N,EAAf,CAArqF;AAAA,YAAq5Fp/B,IAAEsB,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACg2C,kBAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuBA,KAAG,KAAKwqF,QAAL,EAA1B;AAA0C,aAA5D,EAA6Dp8D,SAAQ,mBAAU;AAAC9yC,kBAAEkB,EAAF,CAAK4xC,OAAL,CAAa9wC,IAAb,CAAkB,IAAlB;AAAwB,aAAxG,EAAyGkpG,UAAS,oBAAU;AAAC,oBAAIxmF,IAAEg2C,EAAEx5D,EAAF,CAAKgqG,QAAL,CAAclpG,IAAd,CAAmB,IAAnB,CAAN,CAA+B,OAAO,KAAKq8F,UAAL,IAAiB,KAAKA,UAAL,CAAgB+E,IAAhB,EAAjB,IAAyC1+E,EAAEnkB,IAAF,CAAO,CAAC,MAAD,EAAQ,KAAKyxG,QAAL,EAAR,CAAP,CAAzC,EAA0EttF,CAAjF;AAAmF,aAA/O,EAAgPg0E,eAAc,uBAASh0E,CAAT,EAAW;AAAC,0BAAQA,EAAEsgD,KAAV,KAAkB,KAAKmqC,SAAL,IAAiB,KAAKD,QAAL,EAAjB,EAAiC,KAAKE,OAAL,EAAnD,GAAmE10C,EAAEx5D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAnE;AAAmG,aAA7W,EAA8WyxB,OAAM,iBAAU;AAAC,qBAAKg5D,SAAL,IAAiBz0C,EAAEx5D,EAAF,CAAKi1C,KAAL,CAAWn0C,IAAX,CAAgB,IAAhB,CAAjB;AAAuC,aAAta,EAAuaktG,UAAS,oBAAU;AAAC,qBAAK7Q,UAAL,CAAgB+E,IAAhB,OAAyB,KAAKA,IAAL,GAAU,IAAI9oC,CAAJ,CAAM,KAAK+jC,UAAL,CAAgB+E,IAAhB,EAAN,EAA6B,IAA7B,CAAV,EAA6C,KAAKA,IAAL,CAAU2O,QAAV,GAAmB,IAAzF;AAA+F,aAA1hB,EAA2hB5C,WAAU,qBAAU;AAAC,qBAAK/L,IAAL,KAAY,KAAKA,IAAL,CAAUjtD,KAAV,IAAkB,KAAKitD,IAAL,GAAU,IAA5B,EAAiC,KAAKtiF,GAAL,CAAS,MAAT,EAAgB,KAAKkxF,QAAL,EAAhB,CAA7C;AAA+E,aAA/nB,EAAgoB5C,SAAQ,mBAAU;AAAC,qBAAKhM,IAAL,IAAW,KAAKtiF,GAAL,CAAS,MAAT,EAAgB,KAAKkxF,QAAL,EAAhB,CAAX;AAA4C,aAA/rB,EAAgsBA,UAAS,oBAAU;AAAC,oBAAIttF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,IAAE6zD,CAAZ;AAAA,oBAAcT,IAAE,KAAKqoC,UAAL,CAAgB+E,IAAhB,EAAhB,CAAuC,OAAOptC,MAAItxC,IAAE,KAAKutF,QAAL,CAAcj8C,CAAd,CAAF,EAAmBzqD,IAAEmZ,EAAE81E,OAAF,EAArB,EAAiCxiF,IAAE0M,EAAEi1E,WAAF,EAAnC,EAAmD/2F,IAAEu1D,EAAE4E,MAAF,CAAS,+BAAT,EAAyCxxD,EAAE+kC,CAA3C,EAA6Ct4B,EAAEo4B,CAA/C,EAAiDp4B,EAAEs4B,CAAnD,EAAqD/kC,EAAE6kC,CAAvD,CAAzD,GAAoHxtC,CAA3H;AAA6H,aAAx3B,EAAy3BqvG,UAAS,kBAASvtF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB+D,OAAhB,GAA0B5H,OAA1B,EAAN;AAAA,oBAA0CxiF,IAAE0M,EAAE09E,OAAF,EAA5C,CAAwD,OAAOpqF,EAAEm7E,MAAF,CAAS4G,SAAT,CAAmB,CAACxuF,EAAE6kC,CAAtB,EAAwB,CAAC7kC,EAAE+kC,CAA3B,GAA8Bt4B,CAArC;AAAuC,aAA7+B,EAAT,CAAv5F;AAAA,YAAg5H7U,IAAEi2D,EAAE71D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC80D,kBAAEx5D,EAAF,CAAK0E,aAAL,CAAmB5D,IAAnB,CAAwB,IAAxB,GAA8B,KAAK6vG,QAAL,EAA9B;AAA8C,aAAxE,EAAyExH,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKuV,GAAL,CAAS,SAAT,EAAmB+4C,CAAnB,GAAsBa,EAAEx5D,EAAF,CAAKmpG,QAAL,CAAcroG,IAAd,CAAmB,IAAnB,EAAwB0iB,CAAxB,EAA0BnZ,CAA1B,CAAtB,EAAmD,KAAK8yF,UAAL,CAAgB76F,OAAhB,CAAwBq8B,OAAxB,KAAkC,CAAC,CAAnC,IAAsC,KAAK/e,GAAL,CAAS,SAAT,EAAmB,EAAnB,CAAzF;AAAgH,aAAhN,EAAiNoxF,WAAU,mBAASxtF,CAAT,EAAW;AAAC,oBAAInZ,IAAExL,SAASqjB,sBAAT,EAAN,CAAwC7X,EAAExF,WAAF,CAAc,KAAKgjC,OAAnB,GAA4BrkB,EAAE3e,WAAF,CAAcwF,CAAd,CAA5B;AAA6C,aAA5T,EAA6T2/F,UAAS,oBAAU;AAAC,oBAAIxmF,IAAE00C,EAAEl4D,EAAF,CAAKgqG,QAAL,CAAclpG,IAAd,CAAmB,IAAnB,CAAN,CAA+B,OAAO0iB,EAAEnkB,IAAF,CAAO,CAAC,UAAD,EAAY,UAAZ,CAAP,GAAgCmkB,EAAEnkB,IAAF,CAAO,CAAC,aAAD,EAAe,QAAf,CAAP,CAAhC,EAAiEmkB,CAAxE;AAA0E,aAA1b,EAA2bg0E,eAAc,uBAASh0E,CAAT,EAAW;AAAC,gCAAcA,EAAEsgD,KAAhB,IAAuB,KAAKmtC,gBAAL,EAAvB,EAA+C,cAAYztF,EAAEsgD,KAAd,IAAqB,KAAKotC,cAAL,EAApE,EAA0Fh5C,EAAEl4D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAA1F;AAA0H,aAA/kB,EAAglBytF,kBAAiB,0BAASztF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKqmF,UAAL,CAAgBwD,gBAAhB,CAAiCn9E,CAAjC,CAAR;AAAA,oBAA4C9hB,IAAE,KAAK0I,UAAnD;AAAA,oBAA8D0qD,IAAEpzD,EAAEd,MAAlE,CAAyE,KAAI,KAAKstG,OAAL,IAAe7jG,IAAE,CAArB,EAAuBA,IAAEyqD,CAAzB,EAA2BzqD,GAA3B;AAA+B3I,sBAAE2I,CAAF,EAAK4mG,gBAAL,CAAsBn6F,CAAtB;AAA/B;AAAwD,aAA9uB,EAA+uBq6F,gBAAe,0BAAU;AAAC,oBAAI3tF,IAAEy1C,EAAE,KAAKkkC,UAAL,CAAgB76F,OAAhB,CAAwB4sB,OAA1B,EAAkC,CAAlC,CAAN,CAA2C,OAAO,KAAK3hB,MAAL,IAAa,KAAKA,MAAL,CAAY4jG,cAAzB,KAA0C3tF,KAAG,KAAKjW,MAAL,CAAY4jG,cAAZ,EAA7C,GAA2E3tF,CAAlF;AAAoF,aAAx4B,EAAy4B0tF,gBAAe,0BAAU;AAAC,oBAAI1tF,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKD,UAAb;AAAA,oBAAwB0M,IAAEzM,EAAEzJ,MAA5B;AAAA,oBAAmCc,IAAE,KAAKyvG,cAAL,EAArC,CAA2D,KAAI3tF,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgBnZ,sBAAEmZ,CAAF,EAAK0tF,cAAL,CAAoBxvG,CAApB;AAAhB;AAAuC,aAArgC,EAAsgCssG,UAAS,oBAAU;AAAC,oBAAG91C,EAAEl4D,EAAF,CAAKguG,QAAL,CAAcltG,IAAd,CAAmB,IAAnB,GAAyB,KAAKohG,IAAjC,EAAsC;AAAC,wBAAI1+E,IAAE,KAAK0+E,IAAL,CAAU/E,UAAV,CAAqB1D,IAArB,CAA0B,KAAK0D,UAAL,CAAgBwD,gBAAhB,EAA1B,CAAN,CAAoEn9E,MAAI,KAAK5D,GAAL,CAAS,OAAT,EAAiB4D,EAAEgJ,KAAF,KAAUhJ,EAAEyuE,MAAF,CAAS/iD,CAApC,GAAuC,KAAKtvB,GAAL,CAAS,QAAT,EAAkB4D,EAAE+N,MAAF,KAAW/N,EAAEyuE,MAAF,CAAS7iD,CAAtC,CAA3C;AAAqF;AAAC,aAA3tC,EAA4tC2hE,UAAS,kBAASvtF,CAAT,EAAW;AAAC,uBAAOA,EAAEi2E,IAAF,CAAO,KAAK0D,UAAL,CAAgBwD,gBAAhB,EAAP,CAAP;AAAkD,aAAnyC,EAAoyCsN,WAAU,qBAAU;AAAC/1C,kBAAEl4D,EAAF,CAAKiuG,SAAL,CAAentG,IAAf,CAAoB,IAApB;AAA0B,aAAn1C,EAAT,CAAl5H;AAAA,YAAivKk4D,IAAEQ,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK6kB,OAAL,GAAa7kB,CAAb,EAAemvD,EAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAf;AAAsC,aAA1D,EAA2D9e,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,QAAF,CAAb,EAAyB,KAAKy3F,UAAL,EAAzB;AAA2C,aAA/H,EAAgI/W,eAAc,uBAASh0E,CAAT,EAAW;AAAC,sBAAIA,EAAEsgD,KAAF,CAAQxkE,OAAR,CAAgB,QAAhB,CAAJ,IAA+B,KAAK8vG,SAAL,EAA/B;AAAgD,aAA1M,EAA2M8B,gBAAe,wBAAS1tF,CAAT,EAAW;AAAC,qBAAK0L,OAAL,GAAa1L,CAAb,EAAe,KAAK4rF,SAAL,EAAf;AAAgC,aAAtQ,EAAuQA,WAAU,qBAAU;AAAC,qBAAKzF,OAAL,CAAa,KAAKoB,SAAL,EAAb;AAA+B,aAA3T,EAA4TwD,YAAW,sBAAU;AAAC,qBAAKa,SAAL;AAAiB,aAAnW,EAAoWrE,WAAU,qBAAU;AAAC,oBAAIvnF,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK8yF,UAAL,CAAgB76F,OAAhB,CAAwBm+F,MAAhC;AAAA,oBAAuC3pF,IAAE,EAAzC,CAA4C,OAAOzM,KAAG,CAACsgC,EAAEtgC,EAAE4rC,KAAJ,CAAJ,IAAgB,MAAI5rC,EAAEmiB,KAAtB,IAA6B1V,EAAEzX,IAAF,CAAO,CAAC,IAAD,EAAM,MAAN,CAAP,GAAsByX,EAAEzX,IAAF,CAAO,CAAC,OAAD,EAASgL,EAAE4rC,KAAX,CAAP,CAAtB,EAAgDn/B,EAAEzX,IAAF,CAAO,CAAC,QAAD,EAAU,CAACgL,EAAEmiB,KAAF,IAAS,CAAV,IAAa,IAAvB,CAAP,CAAhD,EAAqF,KAAKokF,YAAL,CAAkB95F,CAAlB,EAAoBzM,EAAE6kB,OAAtB,CAArF,EAAoH4oC,EAAEztD,EAAEghG,QAAJ,KAAev0F,EAAEzX,IAAF,CAAO,CAAC,WAAD,EAAagL,EAAEghG,QAAf,CAAP,CAAnI,EAAoKvzC,EAAEztD,EAAE45F,QAAJ,KAAentF,EAAEzX,IAAF,CAAO,CAAC,WAAD,EAAagL,EAAE45F,QAAf,CAAP,CAAnL,EAAoNnsC,EAAEztD,EAAEmhG,OAAJ,MAAehoF,IAAEnZ,EAAEmhG,OAAF,CAAUrmG,WAAV,EAAF,EAA0B,WAASqe,CAAT,KAAaA,IAAE,WAASA,CAAT,GAAW,MAAX,GAAkBA,CAAjC,CAA1B,EAA8D1M,EAAEzX,IAAF,CAAO,CAAC,QAAD,EAAUmkB,CAAV,CAAP,CAA7E,CAAjP,IAAqV1M,EAAEzX,IAAF,CAAO,CAAC,IAAD,EAAM,OAAN,CAAP,CAArV,EAA4WyX,CAAnX;AAAqX,aAA1xB,EAAT,CAAnvK;AAAA,YAAyhMqhD,IAAEqB,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKoY,OAAL,GAAapY,CAAb,EAAe0iD,EAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAf;AAAsC,aAA5D,EAA6D9e,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,MAAF,CAAb,EAAuB,KAAKq4F,OAAL,EAAvB;AAAsC,aAA5H,EAA6H3X,eAAc,uBAASh0E,CAAT,EAAW;AAACyW,kBAAEzW,EAAEsgD,KAAJ,KAAY,KAAKqrC,OAAL,EAAZ;AAA2B,aAAlL,EAAmL+B,gBAAe,wBAAS1tF,CAAT,EAAW;AAAC,qBAAK0L,OAAL,GAAa1L,CAAb,EAAe,KAAK+qF,UAAL,EAAf;AAAiC,aAA/O,EAAgPY,SAAQ,mBAAU;AAAC,qBAAKxF,OAAL,CAAa,KAAKmB,OAAL,EAAb;AAA6B,aAAhS,EAAiSyD,YAAW,sBAAU;AAAC,qBAAKY,OAAL;AAAe,aAAtU,EAAuU1/F,MAAK,cAAS+T,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE,KAAKmmC,OAAb,CAAqB,IAAGnmC,CAAH,EAAK;AAAC,yBAAIoV,IAAE0M,EAAE/c,KAAF,CAAQ,GAAR,CAAN,EAAmBqQ,EAAElW,MAAF,GAAS,CAA5B;AAA+Bc,4BAAEA,EAAEoV,EAAE5K,KAAF,EAAF,CAAF;AAA/B,qBAA8CxK,EAAEoV,EAAE,CAAF,CAAF,IAAQzM,CAAR;AAAU;AAAC,aAA9a,EAA+aygG,SAAQ,mBAAU;AAAC,oBAAItnF,IAAE,KAAK25E,UAAL,CAAgBqD,IAAhB,EAAN;AAAA,oBAA6Bn2F,IAAE,CAAC,CAAC,IAAD,EAAM,OAAN,CAAD,CAA/B,CAAgD,OAAOmZ,MAAIA,EAAEtf,QAAF,IAAY0zD,CAAZ,GAAcvtD,IAAE,KAAK+mG,WAAL,CAAiB5tF,CAAjB,CAAhB,GAAoCmnB,EAAEnnB,EAAEyyB,KAAJ,MAAa5rC,IAAE,KAAKgnG,YAAL,CAAkB7tF,CAAlB,CAAf,CAAxC,GAA8EnZ,CAArF;AAAuF,aAAzkB,EAA0kBgnG,cAAa,sBAAS7tF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAC,CAAC,IAAD,EAAM,MAAN,CAAD,EAAe,CAAC,OAAD,EAASmZ,EAAEyyB,KAAX,CAAf,CAAN,CAAwC,OAAO,KAAK26D,YAAL,CAAkBvmG,CAAlB,EAAoBmZ,EAAE0L,OAAtB,GAA+B7kB,CAAtC;AAAwC,aAAnrB,EAAorB+mG,aAAY,qBAAS5tF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAE,KAAKqmF,UAAL,CAAgB76F,OAAxB;AAAA,oBAAgCZ,IAAEoV,EAAEquF,YAAF,IAAgB3hF,EAAE2hF,YAAF,IAAgB3hF,EAAE2hF,YAAF,EAAlE,CAAmF,OAAO96F,IAAEmZ,aAAa4rB,EAAE03D,cAAf,GAA8B,KAAKwK,iBAAL,CAAuB9tF,CAAvB,CAA9B,GAAwDA,aAAa4rB,EAAE63D,cAAf,IAA+BzjF,EAAE+tF,UAAjC,GAA4C,KAAKC,iBAAL,CAAuBhuF,CAAvB,CAA5C,GAAsE9hB,IAAE,KAAK2vG,YAAL,CAAkB3vG,CAAlB,CAAF,GAAuB,CAAC,CAAC,IAAD,EAAM,OAAN,CAAD,CAA9J;AAA+K,aAA98B,EAA+8B4vG,mBAAkB,2BAAS9tF,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEjS,KAAF,EAAN;AAAA,oBAAgBuF,IAAE0M,EAAEthB,GAAF,EAAlB;AAAA,oBAA0BR,IAAEq2D,EAAEw8B,GAAF,CAAM7+B,EAAE5+C,EAAEs4B,CAAF,GAAI/kC,EAAE+kC,CAAR,EAAUt4B,EAAEo4B,CAAF,GAAI7kC,EAAE6kC,CAAhB,CAAN,CAA5B;AAAA,oBAAsD4lB,IAAE,CAAC,CAAC,IAAD,EAAM,MAAN,CAAD,EAAe,CAAC,MAAD,EAAQ8C,CAAR,CAAf,EAA0B,CAAC,OAAD,EAAS,CAAT,CAA1B,EAAsC,CAAC,QAAD,EAAU,MAAV,CAAtC,EAAwD,CAAC,OAAD,EAAS,MAAIl2D,CAAb,CAAxD,CAAxD,CAAiI,OAAO,KAAK+vG,SAAL,CAAe38C,CAAf,GAAkBA,CAAzB;AAA2B,aAAzoC,EAA0oC08C,mBAAkB,2BAAShuF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8yF,UAAL,CAAgB+D,OAAhB,EAAN;AAAA,oBAAgCpqF,IAAE0M,EAAE0gE,MAAF,EAAlC;AAAA,oBAA6CxiF,IAAE,CAACoV,EAAEo4B,CAAF,GAAI7kC,EAAE4nF,MAAF,CAAS/iD,CAAd,IAAiB7kC,EAAEmiB,KAAF,EAAhE;AAAA,oBAA0EsoC,IAAE,CAACh+C,EAAEs4B,CAAF,GAAI/kC,EAAE4nF,MAAF,CAAS7iD,CAAd,IAAiB/kC,EAAEknB,MAAF,EAA7F;AAAA,oBAAwGwjC,IAAE,CAAC,CAAC,IAAD,EAAM,MAAN,CAAD,EAAe,CAAC,MAAD,EAAQ,eAAR,CAAf,EAAwC,CAAC,OAAD,EAAS,MAAT,CAAxC,EAAyD,CAAC,eAAD,EAAiBrzD,IAAE,GAAF,GAAMozD,CAAvB,CAAzD,EAAmF,CAAC,QAAD,EAAU,MAAV,CAAnF,CAA1G;AACpr+B,uBAAO,KAAK28C,SAAL,CAAe18C,CAAf,GAAkBA,CAAzB;AAA2B,aADi/7B,EACh/7B08C,WAAU,mBAASjuF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQpV,IAAE,KAAKy7F,UAAL,CAAgB76F,OAA1B;AAAA,oBAAkCwyD,IAAEmE,EAAE,KAAK/pC,OAAP,EAAe,CAAf,CAApC;AAAA,oBAAsD6lC,IAAE,EAAxD;AAAA,oBAA2D96B,IAAEv4B,EAAE8+F,IAAF,CAAOmE,KAApE;AAAA,oBAA0EhuC,IAAEj1D,EAAEgwG,SAA9E;AAAA,oBAAwFv5F,IAAE,KAAK0vB,OAAL,CAAa8pE,MAAb,GAAoB,cAApB,GAAmC,QAA7H;AAAA,oBAAsIp8C,IAAErtD,EAAEyuD,CAAF,EAAI18B,EAAE,CAAF,CAAJ,EAAS66B,CAAT,CAAxI;AAAA,oBAAoJQ,IAAEptD,EAAEyuD,CAAF,EAAI18B,EAAEA,EAAEr5B,MAAF,GAAS,CAAX,CAAJ,EAAkBk0D,CAAlB,CAAtJ,CAA2K,KAAIh+C,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB;AAAuBzM,wBAAE4vB,EAAEnjB,CAAF,CAAF,EAAOi+C,EAAE11D,IAAF,CAAOu2D,EAAEzwB,KAAF,CAAQ,MAAI96B,EAAEo3B,MAAF,EAAZ,IAAwB,IAAxB,GAA6Bv5B,EAAEyuD,CAAF,EAAItsD,CAAJ,EAAMyqD,CAAN,CAApC,CAAP;AAAvB,iBAA4EtxC,EAAEnkB,IAAF,CAAO,CAAC8Y,CAAD,EAAG48C,EAAErpD,IAAF,CAAO,GAAP,CAAH,CAAP,EAAuB,CAAC,OAAD,EAAS6pD,CAAT,CAAvB,EAAmC,CAAC,QAAD,EAAUD,CAAV,CAAnC;AAAiD,aADkr7B,EAAT,CAA3hM;AAAA,YAC3ovB7xB,IAAE+1B,EAAEn3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKuuF,SAAL,GAAevuF,CAAf,EAAiBmvD,EAAEx5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAjB;AAAwC,aAA5D,EAA6D9e,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,MAAF,CAAb,EAAuB,KAAKu3F,YAAL,EAAvB;AAA2C,aAAjI,EAAkI7W,eAAc,uBAASh0E,CAAT,EAAW;AAAC,gCAAcA,EAAEsgD,KAAhB,IAAuB,KAAK8tC,OAAL,CAAa,KAAKzU,UAAL,CAAgBwD,gBAAhB,EAAb,CAAvB;AAAwE,aAApO,EAAqOiR,SAAQ,iBAASpuF,CAAT,EAAW;AAAC,qBAAKo1E,SAAL,GAAep1E,CAAf,EAAiB,KAAK6qF,YAAL,EAAjB;AAAqC,aAA9R,EAA+RwD,iBAAgB,2BAAU;AAAC,uBAAM,WAAN;AAAkB,aAA5U,EAA6UxD,cAAa,wBAAU;AAAC,qBAAK1E,OAAL,CAAa,KAAKE,YAAL,EAAb;AAAkC,aAAvY,EAAwYA,cAAa,wBAAU;AAAC,oBAAIrmF,IAAE,KAAKo1E,SAAX;AAAA,oBAAqBvuF,IAAE,EAAvB;AAAA,oBAA0ByM,IAAEjN,EAAE2Z,CAAF,CAA5B,CAAiC,OAAO1M,KAAGA,EAAEquB,KAAF,CAAQ0yB,CAAR,GAAWxtD,EAAEhL,IAAF,CAAO,CAAC,IAAD,EAAM,MAAN,CAAP,EAAqB,CAAC,QAAD,EAAU,CAACyX,EAAE5O,CAAH,EAAK4O,EAAEy+C,CAAP,EAASz+C,EAAE3O,CAAX,EAAa2O,EAAE4+C,CAAf,EAAiB,CAAjB,EAAmB,CAAnB,EAAsBhqD,IAAtB,CAA2B,GAA3B,CAAV,CAArB,EAAgE,CAAC,QAAD,EAAUoL,EAAEzM,CAAF,GAAI,KAAJ,GAAUyM,EAAE8+C,CAAZ,GAAc,IAAxB,CAAhE,EAA8F,CAAC,QAAD,EAAU,KAAKi8C,eAAL,EAAV,CAA9F,CAAd,IAAgJxnG,EAAEhL,IAAF,CAAO,CAAC,IAAD,EAAM,OAAN,CAAP,CAAhJ,EAAuKgL,CAA9K;AAAgL,aAAjnB,EAAT,CADyovB;AAAA,YAC5guBuvD,IAAE1B,EAAE71D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAK0pF,IAAL,GAAU,KAAKsR,cAAL,CAAoBtuF,CAApB,EAAsBnZ,CAAtB,EAAwByM,CAAxB,CAAV,EAAqC,KAAK2pF,MAAL,GAAY,IAAIznC,CAAJ,CAAMx1C,CAAN,EAAQ1M,CAAR,CAAjD,EAA4D,KAAK8hF,SAAL,GAAe,KAAKmZ,mBAAL,CAAyBvuF,CAAzB,EAA2BnZ,CAA3B,CAA3E,EAAyG6tD,EAAEl4D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAzG;AAAgI,aAAtJ,EAAuJ2lF,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKm2F,IAAL,CAAU2I,QAAV,CAAmB,KAAKthE,OAAxB,GAAiC,KAAK44D,MAAL,CAAY0I,QAAZ,CAAqB,KAAKthE,OAA1B,CAAjC,EAAoE,KAAK+wD,SAAL,CAAeuQ,QAAf,CAAwB,KAAKthE,OAA7B,CAApE,EAA0G2xB,EAAEx5D,EAAF,CAAKmpG,QAAL,CAAcroG,IAAd,CAAmB,IAAnB,EAAwB0iB,CAAxB,EAA0BnZ,CAA1B,CAA1G;AAAuI,aAArT,EAAsTynG,gBAAe,wBAAStuF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,uBAAO,IAAIqhD,CAAJ,CAAM30C,CAAN,EAAQnZ,CAAR,EAAUyM,CAAV,CAAP;AAAoB,aAAzW,EAA0Wi7F,qBAAoB,6BAASvuF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,IAAIo5B,CAAJ,CAAMjgB,CAAN,EAAQnZ,CAAR,CAAP;AAAkB,aAA9Z,EAA+Z3F,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,OAAF,CAAb,EAAwB,KAAKk7F,YAAL,EAAxB,EAA4C,KAAKrB,QAAL,EAA5C;AAA4D,aAApf,EAAqfnZ,eAAc,uBAASh0E,CAAT,EAAW;AAACyW,kBAAEzW,EAAEsgD,KAAJ,IAAW,KAAK08B,IAAL,CAAUhJ,aAAV,CAAwBh0E,CAAxB,CAAX,GAAsC,MAAIA,EAAEsgD,KAAF,CAAQxkE,OAAR,CAAgB,QAAhB,CAAJ,GAA8B,KAAKmhG,MAAL,CAAYjJ,aAAZ,CAA0Bh0E,CAA1B,CAA9B,GAA2D,gBAAcA,EAAEsgD,KAAhB,GAAsB,KAAK80B,SAAL,CAAepB,aAAf,CAA6Bh0E,CAA7B,CAAtB,GAAsD,cAAYA,EAAEsgD,KAAd,KAAsB,KAAK08B,IAAL,CAAU+N,UAAV,IAAuB,KAAK9N,MAAL,CAAY8N,UAAZ,EAA7C,CAAvJ,EAA8Nr2C,EAAEl4D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAA9N;AAA8P,aAA7wB,EAA8wBytF,kBAAiB,0BAASztF,CAAT,EAAW;AAAC,qBAAKo1E,SAAL,CAAegZ,OAAf,CAAuB,KAAKzU,UAAL,CAAgBwD,gBAAhB,CAAiCn9E,CAAjC,CAAvB;AAA4D,aAAv2B,EAAw2B0tF,gBAAe,wBAAS1tF,CAAT,EAAW;AAACA,qBAAGy1C,EAAE,KAAKkkC,UAAL,CAAgB76F,OAAhB,CAAwB4sB,OAA1B,EAAkC,CAAlC,CAAH,EAAwC,KAAKsxE,IAAL,CAAU0Q,cAAV,CAAyB1tF,CAAzB,CAAxC,EAAoE,KAAKi9E,MAAL,CAAYyQ,cAAZ,CAA2B1tF,CAA3B,CAApE;AAAkG,aAAr+B,EAAs+BwmF,UAAS,kBAASxmF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAEw2D,EAAEl4D,EAAF,CAAKgqG,QAAL,CAAclpG,IAAd,CAAmB,IAAnB,CAAR,CAAiC,OAAO0iB,KAAGnZ,CAAH,KAAOmZ,IAAEnZ,IAAEgvD,CAAX,GAAc33D,EAAErC,IAAF,CAAO,CAAC,UAAD,EAAY,UAAZ,CAAP,EAA+B,CAAC,OAAD,EAASmkB,IAAE,IAAX,CAA/B,EAAgD,CAAC,QAAD,EAAUnZ,IAAE,IAAZ,CAAhD,CAAd,EAAiFyM,IAAE,KAAKqmF,UAAL,CAAgB76F,OAAhB,CAAwB2nG,MAA3G,EAAkHnzF,KAAGpV,EAAErC,IAAF,CAAO,CAAC,QAAD,EAAUyX,CAAV,CAAP,CAArH,EAA0IpV,CAAjJ;AAAmJ,aAAjrC,EAAkrCswG,cAAa,wBAAU;AAAC,qBAAKrI,OAAL,CAAa,CAAC,CAAC,aAAD,EAAe,KAAf,CAAD,EAAuB,CAAC,WAAD,EAAa/wC,IAAE,GAAF,GAAMA,CAAnB,CAAvB,CAAb;AAA4D,aAAtwC,EAAT,CAD0guB;AAAA,YACxvrBU,IAAEE,EAAEn3D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,MAAF,CAAb,EAAuB,KAAKm7F,WAAL,EAAvB;AAA0C,aAApE,EAAqExa,gBAAe,0BAAU;AAAC,qBAAKwa,WAAL;AAAmB,aAAlH,EAAmHA,aAAY,uBAAU;AAAC,qBAAKxiG,IAAL,CAAU,GAAV,EAAc,KAAKo7F,UAAL,EAAd;AAAiC,aAA3K,EAA4KA,YAAW,sBAAU;AAAC,uBAAO/1C,EAAE,KAAKqoC,UAAP,CAAP;AAA0B,aAA5N,EAAT,CADsvrB;AAAA,YAC9grBllC,IAAE2B,EAAEv3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKo7F,QAAL,GAAc,KAAKC,cAAL,CAAoB3uF,CAApB,CAAd,EAAqCo2C,EAAE55D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,EAAwByM,CAAxB,CAArC;AAAgE,aAAtF,EAAuFqyF,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK6nG,QAAL,CAAc/I,QAAd,CAAuB,KAAKthE,OAA5B,GAAqC+xB,EAAE55D,EAAF,CAAKmpG,QAAL,CAAcroG,IAAd,CAAmB,IAAnB,EAAwB0iB,CAAxB,EAA0BnZ,CAA1B,CAArC;AAAkE,aAAhL,EAAiL8nG,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAI81C,CAAJ,CAAM91C,CAAN,CAAP;AAAgB,aAA5N,EAA6Ni0E,gBAAe,0BAAU;AAAC,qBAAKya,QAAL,CAAcza,cAAd,IAA+B79B,EAAE55D,EAAF,CAAKy3F,cAAL,CAAoB32F,IAApB,CAAyB,IAAzB,CAA/B;AAA8D,aAArT,EAAT,CAD4grB;AAAA,YAC3sqBs3D,IAAEkB,EAAEj3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,oBAAIrnF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,IAAE,KAAKy7F,UAAL,CAAgBsH,KAA5B,CAAkC,IAAG/iG,EAAEd,MAAF,GAAS,CAAZ,EAAc;AAAC,yBAAI4iB,IAAE,EAAF,EAAKnZ,IAAE,CAAX,EAAaA,IAAE3I,EAAEd,MAAjB,EAAwByJ,GAAxB;AAA4ByM,4BAAEzM,IAAE3I,EAAEd,MAAF,GAAS,CAAb,EAAe4iB,EAAEnkB,IAAF,CAAOy1D,EAAEpzD,EAAE2I,CAAF,CAAF,EAAOyM,CAAP,CAAP,CAAf;AAA5B,qBAA6D,OAAO0M,EAAE9X,IAAF,CAAO,GAAP,CAAP;AAAmB;AAAC,aAAzJ,EAAT,CADysqB;AAAA,YACpiqBwpD,IAAE+C,EAAE51D,MAAF,CAAS,EAAC8vG,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAI40C,CAAJ,CAAM50C,CAAN,CAAP;AAAgB,aAA5C,EAAT,CADkiqB;AAAA,YAC1+pBk2C,IAAEj2B,EAAEphC,MAAF,CAAS,EAACwvG,iBAAgB,2BAAU;AAAC,oBAAIruF,IAAE,KAAK25E,UAAL,CAAgB1B,QAAhB,GAA2BhC,IAA3B,EAAN;AAAA,oBAAwCpvF,IAAEmZ,EAAE0gE,MAAF,EAA1C;AAAA,oBAAqDptE,IAAE,CAAC8Z,EAAEvmB,EAAE6kC,CAAJ,CAAD,GAAQte,EAAEpN,EAAEgJ,KAAF,EAAF,CAA/D;AAAA,oBAA4E9qB,IAAE,CAACkvB,EAAEvmB,EAAE+kC,CAAJ,CAAD,GAAQxe,EAAEpN,EAAE+N,MAAF,EAAF,CAAtF,CAAoG,OAAOza,IAAE,GAAF,GAAMpV,CAAb;AAAe,aAA/I,EAAT,CADw+pB;AAAA,YAC70pBi4D,IAAEC,EAAEv3D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,MAAF,CAAb,EAAuB,KAAK65F,QAAL,EAAvB;AAAuC,aAAjE,EAAkEoB,qBAAoB,6BAASvuF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,IAAIqvD,CAAJ,CAAMl2C,CAAN,EAAQnZ,CAAR,CAAP;AAAkB,aAAtH,EAAuHotF,gBAAe,0BAAU;AAAC79B,kBAAE55D,EAAF,CAAKy3F,cAAL,CAAoB32F,IAApB,CAAyB,IAAzB,GAA+B,KAAK6vG,QAAL,EAA/B,EAA+C,KAAKM,gBAAL,EAA/C;AAAuE,aAAxN,EAAyNjH,UAAS,oBAAU;AAAC,oBAAIxmF,IAAE,KAAK25E,UAAL,CAAgB1B,QAAhB,EAAN;AAAA,oBAAiCpxF,IAAEmZ,EAAE22E,MAArC;AAAA,oBAA4CrjF,IAAE0M,EAAE0gE,MAAhD;AAAA,oBAAuDxiF,IAAEkvB,EAAE,IAAEvmB,CAAJ,CAAzD;AAAA,oBAAgEyqD,IAAE8E,EAAE55D,EAAF,CAAKgqG,QAAL,CAAclpG,IAAd,CAAmB,IAAnB,EAAwBY,CAAxB,EAA0BA,CAA1B,CAAlE,CAA+F,OAAOozD,EAAEz1D,IAAF,CAAO,CAAC,MAAD,EAAQuxB,EAAE9Z,EAAEo4B,CAAF,GAAI7kC,CAAN,IAAS,IAAjB,CAAP,EAA8B,CAAC,KAAD,EAAOumB,EAAE9Z,EAAEs4B,CAAF,GAAI/kC,CAAN,IAAS,IAAhB,CAA9B,GAAqDyqD,CAA5D;AAA8D,aAA1Y,EAAT,CAD20pB;AAAA,YACr7oBkD,IAAEsB,EAAEj3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,uBAAO/1C,EAAE,KAAKqoC,UAAL,CAAgB8F,MAAhB,EAAF,CAAP;AAAmC,aAA1D,EAAT,CADm7oB;AAAA,YAC72oBxpC,IAAExB,EAAE51D,MAAF,CAAS,EAAC8vG,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAIw0C,CAAJ,CAAMx0C,CAAN,CAAP;AAAgB,aAA5C,EAAT,CAD22oB;AAAA,YACnzoB89E,KAAGhoC,EAAEj3D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC40D,kBAAEt5D,EAAF,CAAK0E,aAAL,CAAmB5D,IAAnB,CAAwB,IAAxB,GAA8B,KAAK2O,IAAL,CAAU,YAAV,EAAuB,CAAC,CAAxB,CAA9B;AAAyD,aAAnF,EAAoFo7F,YAAW,sBAAU;AAAC,oBAAIrnF,IAAE,KAAK25E,UAAL,CAAgB70D,IAAhB,EAAN;AAAA,oBAA6Bj+B,IAAEmZ,EAAE0gE,MAAF,EAA/B,CAA0C,OAAM,OAAKxiF,EAAE,CAAC,IAAIyG,EAAE4zF,KAAN,CAAYv4E,EAAE81E,OAAF,GAAYpqD,CAAxB,EAA0B7kC,EAAE+kC,CAA5B,CAAD,CAAF,CAAL,GAAyC,KAAzC,GAA+C1tC,EAAE,CAAC,IAAIyG,EAAE4zF,KAAN,CAAYv4E,EAAEi1E,WAAF,GAAgBvpD,CAA5B,EAA8B7kC,EAAE+kC,CAAhC,CAAD,CAAF,CAArD;AAA6F,aAAjP,EAAT,CADgzoB;AAAA,YACnjoBmyD,KAAG/nC,EAAEn3D,MAAF,CAAS,EAACqC,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,UAAF,CAAb,EAA2B,KAAKrH,IAAL,CAAU,IAAV,EAAe,CAAC,CAAhB,CAA3B,EAA8C,KAAKA,IAAL,CAAU,SAAV,EAAoB,CAAC,CAArB,CAA9C,EAAsE,KAAKkhG,QAAL,EAAtE,EAAsF,KAAKyB,SAAL,EAAtF;AAAuG,aAAjI,EAAkI5a,eAAc,uBAASh0E,CAAT,EAAW;AAAC,8BAAYA,EAAEsgD,KAAd,GAAoB,KAAKsuC,SAAL,EAApB,GAAqC,KAAKzB,QAAL,EAArC,EAAqDn3C,EAAEx5D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAArD;AAAqF,aAAjP,EAAkPwmF,UAAS,oBAAU;AAAC,uBAAM,CAAC,CAAC,MAAD,EAAQ,KAAK7M,UAAL,CAAgB76F,OAAhB,CAAwBygG,IAAhC,CAAD,CAAN;AAA8C,aAApT,EAAqTqP,WAAU,qBAAU;AAAC,qBAAK3iG,IAAL,CAAU,QAAV,EAAmB,KAAK0tF,UAAL,CAAgB30E,OAAhB,EAAnB;AAA8C,aAAxX,EAAT,CADgjoB;AAAA,YAC5qnBg5E,KAAGvpC,EAAE51D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKgpC,IAAL,GAAU,IAAIyhD,EAAJ,CAAO/9E,CAAP,CAAV,EAAoBy0C,EAAEj4D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,EAAwByM,CAAxB,CAApB;AAA+C,aAArE,EAAsEq7F,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAI89E,EAAJ,CAAO99E,CAAP,CAAP;AAAiB,aAAlH,EAAmH2lF,UAAS,kBAAS3lF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKy1C,IAAL,CAAUqpD,QAAV,CAAmB,KAAKthE,OAAxB,GAAiCowB,EAAEj4D,EAAF,CAAKmpG,QAAL,CAAcroG,IAAd,CAAmB,IAAnB,EAAwB0iB,CAAxB,EAA0BnZ,CAA1B,CAAjC;AAA8D,aAAxM,EAAyMmtF,eAAc,uBAASh0E,CAAT,EAAW;AAAC,2BAASA,EAAEsgD,KAAX,IAAkB,cAAYtgD,EAAEsgD,KAAhC,KAAwC,KAAKhkB,IAAL,CAAU03C,aAAV,CAAwBh0E,CAAxB,GAA2B,KAAK0uF,QAAL,CAAcza,cAAd,CAA6Bj0E,CAA7B,CAAnE,GAAoGy0C,EAAEj4D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAApG;AAAoI,aAAvW,EAAT,CADyqnB;AAAA,YACtzmB49E,KAAG9nC,EAAEj3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,oBAAIrnF,IAAE,KAAK25E,UAAL,CAAgB70D,IAAhB,EAAN;AAAA,oBAA6Bj+B,IAAG,IAAI+kC,EAAE43D,IAAN,EAAD,CAAa9D,MAAb,CAAoB1/E,EAAE81E,OAAF,EAApB,EAAiC4K,MAAjC,CAAwC1gF,EAAE+1E,QAAF,EAAxC,EAAsD2K,MAAtD,CAA6D1gF,EAAEi1E,WAAF,EAA7D,EAA8EyL,MAA9E,CAAqF1gF,EAAEg2E,UAAF,EAArF,EAAqGpuE,KAArG,EAA/B,CAA4I,OAAO0pC,EAAEzqD,CAAF,CAAP;AAAY,aAA/K,EAAT,CADmzmB;AAAA,YACxnmBo3F,KAAGh+D,EAAEphC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAKoY,OAAL,GAAapY,CAAb,EAAe2sB,EAAEzjC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,CAAf;AAAwC,aAA9D,EAA+D3F,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAa/wB,EAAE,MAAF,CAAb,EAAuB,KAAKrH,IAAL,CAAU,MAAV,EAAiB,OAAjB,CAAvB,EAAiD,KAAKA,IAAL,CAAU,QAAV,EAAmB,CAAC,CAApB,CAAjD,EAAwE,KAAK8+F,UAAL,EAAxE,EAA0F,KAAK8D,MAAL,EAA1F,EAAwG,KAAKhE,YAAL,EAAxG;AAA4H,aAApN,EAAqN7W,eAAc,uBAASh0E,CAAT,EAAW;AAAC,0BAAQA,EAAEsgD,KAAV,IAAiB,KAAKuuC,MAAL,EAAjB,EAA+B5uE,EAAEzjC,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAA/B;AAA+D,aAA9S,EAA+Si0E,gBAAe,0BAAU;AAAC,qBAAKma,OAAL;AAAe,aAAxV,EAAyVV,gBAAe,wBAAS1tF,CAAT,EAAW;AAAC,qBAAK0L,OAAL,GAAa1L,CAAb,EAAe,KAAK+qF,UAAL,EAAf;AAAiC,aAArZ,EAAsZA,YAAW,sBAAU;AAAC,oBAAI/qF,IAAE,EAAN,CAAS,KAAKotF,YAAL,CAAkBptF,CAAlB,EAAoB,KAAK25E,UAAL,CAAgB76F,OAAhB,CAAwB4sB,OAA5C,GAAqD,KAAKy6E,OAAL,CAAanmF,CAAb,CAArD;AAAqE,aAA1f,EAA2f6uF,QAAO,kBAAU;AAAC,qBAAK5iG,IAAL,CAAU,KAAV,EAAgB,KAAK0tF,UAAL,CAAgB36F,GAAhB,EAAhB;AAAuC,aAApjB,EAAqjBqnG,cAAa,wBAAU;AAAC,oBAAIrmF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUpV,CAAV;AAAA,oBAAYozD,CAAZ;AAAA,oBAAcC,CAAd;AAAA,oBAAgB96B,CAAhB;AAAA,oBAAkB/xB,CAAlB;AAAA,oBAAoByuD,IAAE,KAAKwmC,UAA3B;AAAA,oBAAsChlF,IAAEw+C,EAAEuqC,OAAF,EAAxC;AAAA,oBAAoD3rC,IAAEp9C,EAAE+rE,MAAF,EAAtD;AAAA,oBAAiE5uB,IAAE+D,IAAE,CAArE;AAAA,oBAAuEzD,IAAEyD,CAAzE;AAAA,oBAA2EzoC,IAAEzY,EAAEqU,KAAF,KAAUopC,CAAvF;AAAA,oBAAyFqB,IAAE9+C,EAAEoZ,MAAF,KAAWqkC,CAAtG;AAAA,oBAAwGz2B,IAAE,CAA1G;AAAA,oBAA4G+P,IAAE,KAAK0pD,SAAnH,CAA6H,OAAO1pD,KAAGp4B,IAAEjN,EAAEqlC,CAAF,CAAF,EAAOxtC,IAAE8I,EAAEsM,EAAE5O,CAAF,GAAI4O,EAAE5O,CAAN,GAAQ4O,EAAE3O,CAAF,GAAI2O,EAAE3O,CAAhB,CAAT,EAA4B2sD,IAAEtqD,EAAEsM,EAAEy+C,CAAF,GAAIz+C,EAAEy+C,CAAN,GAAQz+C,EAAE4+C,CAAF,GAAI5+C,EAAE4+C,CAAhB,CAA9B,EAAiD9kC,KAAGlvB,CAApD,EAAsDu1D,KAAGnC,CAAzD,EAA2DC,IAAEgE,EAAErD,EAAE5+C,EAAE3O,CAAJ,EAAM2O,EAAE4+C,CAAR,CAAF,CAA7D,EAA2Ez7B,IAAE8+B,EAAErD,EAAE,CAAC5+C,EAAEy+C,CAAL,EAAOz+C,EAAE5O,CAAT,CAAF,CAA7E,EAA4Fi3B,IAAE,CAAC41B,IAAE96B,CAAH,IAAM,CAApG,EAAsG,MAAIkF,CAAJ,IAAOj3B,IAAEyuD,EAAE8iC,IAAF,GAASvV,MAAT,EAAF,EAAoB1gE,IAAE,CAACtb,EAAEgnC,CAAF,GAAIomB,CAAL,IAAQM,CAA9B,EAAgCvrD,IAAE,CAACnC,EAAEknC,CAAF,GAAIkmB,CAAL,IAAQM,CAAjD,KAAqDpyC,IAAE,CAAC+xC,EAAErmB,CAAF,GAAIxtC,CAAJ,GAAMoV,EAAEzM,CAAR,GAAUirD,CAAX,IAAcM,CAAhB,EAAkBvrD,IAAE,CAACkrD,EAAEnmB,CAAF,GAAI0lB,CAAJ,GAAMh+C,EAAE8+C,CAAR,GAAUN,CAAX,IAAcM,CAAvF,CAAzG,KAAqMpyC,IAAE,CAAC+xC,EAAErmB,CAAF,GAAIomB,CAAL,IAAQM,CAAV,EAAYvrD,IAAE,CAACkrD,EAAEnmB,CAAF,GAAIkmB,CAAL,IAAQM,CAA3N,GAA8NhlC,IAAEuoC,EAAEvoC,CAAF,EAAIinC,CAAJ,CAAhO,EAAuOZ,IAAEkC,EAAElC,CAAF,EAAIY,CAAJ,CAAzO,EAAgPr0C,IAAE21C,EAAE31C,CAAF,EAAIq0C,CAAJ,CAAlP,EAAyPxtD,IAAE8uD,EAAE9uD,CAAF,EAAIwtD,CAAJ,CAA3P,EAAkQ14B,IAAEg6B,EAAEh6B,CAAF,EAAI04B,CAAJ,CAApQ,EAA2Q,CAAC,CAAC,MAAD,EAAQjnC,IAAE,GAAF,GAAMqmC,CAAd,CAAD,EAAkB,CAAC,UAAD,EAAYzzC,IAAE,GAAF,GAAMnZ,CAAlB,CAAlB,EAAuC,CAAC,OAAD,EAAS80B,CAAT,CAAvC,CAAlR;AAAsU,aAAhhC,EAAT,CADqnmB;AAAA,YACzlkBuiE,KAAGzpC,EAAE51D,MAAF,CAAS,EAACyvG,gBAAe,wBAAStuF,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,uBAAO,IAAI2qF,EAAJ,CAAOj+E,CAAP,EAASnZ,CAAT,EAAWyM,CAAX,CAAP;AAAqB,aAArD,EAAsDq7F,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAI49E,EAAJ,CAAO59E,CAAP,CAAP;AAAiB,aAAlG,EAAmGg0E,eAAc,uBAASh0E,CAAT,EAAW;AAAC,0BAAQA,EAAEsgD,KAAV,IAAiB,gBAActgD,EAAEsgD,KAAjC,IAAwC,KAAK08B,IAAL,CAAUhJ,aAAV,CAAwBh0E,CAAxB,CAAxC,EAAmEy0C,EAAEj4D,EAAF,CAAKw3F,aAAL,CAAmB12F,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAnE;AAAmG,aAAhO,EAAiOi0E,gBAAe,0BAAU;AAAC,qBAAK+I,IAAL,CAAU/I,cAAV,IAA2Bx/B,EAAEj4D,EAAF,CAAKy3F,cAAL,CAAoB32F,IAApB,CAAyB,IAAzB,CAA3B;AAA0D,aAArT,EAAsTmwG,kBAAiB,0BAASztF,CAAT,EAAW;AAACy0C,kBAAEj4D,EAAF,CAAKixG,gBAAL,CAAsBnwG,IAAtB,CAA2B,IAA3B,EAAgC0iB,CAAhC,GAAmC,KAAKg9E,IAAL,CAAUoR,OAAV,CAAkB,KAAKzU,UAAL,CAAgBwD,gBAAhB,CAAiCn9E,CAAjC,CAAlB,CAAnC;AAA0F,aAA7a,EAAT,CADslkB;AAAA,YAC7pjBm+E,KAAGroC,EAAEj3D,MAAF,CAAS,EAACwoG,YAAW,sBAAU;AAAC,oBAAIrnF,IAAE,KAAK25E,UAAL,CAAgB1B,QAAhB,EAAN;AAAA,oBAAiCpxF,IAAE,CAAC,GAAD,EAAK3I,EAAE,CAAC8hB,EAAE81E,OAAF,EAAD,CAAF,CAAL,EAAsB,GAAtB,EAA0B53F,EAAE,CAAC8hB,EAAE+1E,QAAF,EAAD,EAAc/1E,EAAEi1E,WAAF,EAAd,EAA8Bj1E,EAAEg2E,UAAF,EAA9B,CAAF,CAA1B,EAA2E,KAA3E,CAAnC,CAAqH,OAAOnvF,EAAEqB,IAAF,CAAO,GAAP,CAAP;AAAmB,aAA/J,EAAT,CAD0pjB;AAAA,YAC/+iB4nE,KAAGrb,EAAE51D,MAAF,CAAS,EAAC8vG,gBAAe,wBAAS3uF,CAAT,EAAW;AAAC,uBAAO,IAAIm+E,EAAJ,CAAOn+E,CAAP,CAAP;AAAiB,aAA7C,EAAT,CAD4+iB;AAAA,YACn7iBo+E,KAAG,EAACjF,OAAM16F,CAAP,EAASmlG,MAAK5F,EAAd,EAAiBwF,MAAK/uC,CAAtB,EAAwB8uC,WAAU7xC,CAAlC,EAAoCymC,QAAOhiC,CAA3C,EAA6C+hC,KAAIjiC,CAAjD,EAAmDmtC,OAAMlF,EAAzD,EAA4D1F,MAAK1oB,EAAjE,EADg7iB,CAC32iBrc,EAAEt3D,OAAF,CAAU2yG,GAAV,GAAc,YAAU;AAAC,gBAAI9uF,IAAEyzC,EAAEt3D,OAAF,CAAU81D,OAAhB,CAAwB,OAAOjyC,EAAE0yC,IAAF,IAAQ1yC,EAAE5jB,OAAF,GAAU,CAAzB;AAA2B,SAA9D,EAAd,EAA+E21D,IAAE,SAAjF,EAA2F0B,EAAEt3D,OAAF,CAAU81D,OAAV,CAAkBS,IAAlB,IAAwBe,EAAEt3D,OAAF,CAAU81D,OAAV,CAAkB71D,OAAlB,GAA0B,CAAlD,KAAsD21D,IAAE,2BAAxD,CAA3F,EAAgL0B,EAAEt3D,OAAF,CAAU2yG,GAAV,IAAeljE,EAAEkxD,cAAF,CAAiBzlE,OAAjB,CAAyBrd,QAAzB,CAAkC,KAAlC,EAAwCq7C,CAAxC,EAA0C,EAA1C,CAA/L,EAA6O15B,EAAEiQ,CAAF,EAAI,EAACkjE,KAAI,EAACC,aAAYv6C,CAAb,EAAe00C,SAAQjzC,CAAvB,EAAyB+4C,qBAAoB94C,CAA7C,EAA+CizC,YAAWhzC,CAA1D,EAA4D84C,UAASt6C,CAArE,EAAuE40C,WAAU9qG,CAAjF,EAAmF+qG,WAAUtL,EAA7F,EAAgGgR,eAAcjR,EAA9G,EAAiHkR,mBAAkBvR,EAAnI,EAAsIwR,mBAAkBx6C,CAAxJ,EAA0J80C,eAAch4C,CAAxK,EAA0KwuB,MAAKlqB,CAA/K,EAAiLq5C,cAAav5C,CAA9L,EAAgM6zC,UAASl1C,CAAzM,EAA2M66C,cAAanR,EAAxN,EAA2N0L,UAAS/5B,EAApO,EAAuOg6B,UAAS/zC,CAAhP,EAAkPw5C,YAAW/5C,CAA7P,EAA+PqnC,SAAQxnC,CAAvQ,EAAyQ00C,UAAS/L,EAAlR,EAAqRwR,cAAazR,EAAlS,EAAqS0R,kBAAiB3R,EAAtT,EAAyT4R,eAAczvE,CAAvU,EAAL,EAAJ,CAA7O;AAAkkB,KAD2sf,CAC1sfzkC,OAAO07D,KAAP,CAAa76D,MAD6rf,CAAD;AACprf,CADglf,EAC/kf,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CADygf,CAFy1pB,EAGh2oC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,kBAAP,EAA0B,CAAC,iBAAD,EAAmB,oBAAnB,EAAwC,eAAxC,EAAwD,uBAAxD,CAA1B,EAA2G7f,CAA3G;AAA8G,CAAjI,CAAkI,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC;AAAa,iBAASpV,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,GAAmB,EAAC0rB,GAAE1rB,CAAH,EAAK4rB,GAAE5rB,CAAP,EAAnB,GAA6B5f,MAAMZ,OAAN,CAAcwgB,CAAd,IAAiB,EAAC0rB,GAAE1rB,EAAE,CAAF,CAAH,EAAQ4rB,GAAE5rB,EAAE,CAAF,CAAV,EAAjB,GAAiC,EAAC0rB,GAAE1rB,EAAE0rB,CAAL,EAAOE,GAAE5rB,EAAE4rB,CAAX,EAApE;AAAkF,kBAAS0lB,CAAT,CAAWh+C,CAAX,EAAag+C,CAAb,EAAe;AAAC,qBAAS76B,CAAT,CAAW5vB,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAI8qF,GAAGjF,KAAP,EAAN;AAAA,oBAAmBj7F,IAAE2I,EAAEilB,qBAAF,EAArB,CAA+C,OAAO+pC,EAAEviD,CAAF,EAAI,CAACw+C,EAAEpmB,CAAH,EAAK,CAAL,EAAO,CAAP,EAASomB,EAAElmB,CAAX,EAAa,CAAC1tC,EAAE6tB,IAAH,GAAQ+lC,EAAEpmB,CAAvB,EAAyB,CAACxtC,EAAEgM,GAAH,GAAO4nD,EAAElmB,CAAlC,CAAJ,GAA0C8mC,GAAGi9B,QAAH,GAAY,CAAC,CAAvD,EAAyDj9B,GAAGmlB,OAAH,GAAWjlB,GAAG0lB,MAAH,CAAU17E,IAAV,EAApE,EAAqF81D,GAAGk9B,gBAAH,GAAoB,EAACvrE,SAAQx9B,CAAT,EAAW80C,OAAMroC,CAAjB,EAAzG,EAA6Ho/D,GAAGm9B,WAAH,GAAev+C,EAAEw+C,UAAF,KAAe,CAAC,CAAhB,GAAkB,GAAlB,GAAsBx+C,EAAEw+C,UAApK,EAA+K9vF,EAAEnZ,CAAF,EAAKisB,QAAL,CAAc,cAAd,CAA/K,EAA6MirE,GAAGl3F,CAAH,EAAKyM,CAAL,CAA7M,EAAqN0M,EAAEnZ,CAAF,EAAKssB,WAAL,CAAiB,cAAjB,CAArN,EAAsP7f,CAA7P;AAA+P,sBAAS5O,CAAT,CAAWmC,CAAX,EAAa;AAAC,oBAAG,QAAMA,CAAT,EAAW,OAAM,YAAU,OAAOA,CAAjB,KAAqBA,IAAEqwD,MAAM9H,QAAN,CAAevoD,EAAEhH,OAAF,CAAU,YAAV,EAAuB,EAAvB,CAAf,CAAvB,GAAmE,cAAY,OAAOgH,CAAnB,GAAqB,UAASyM,CAAT,EAAW;AAAC,wBAAIpV,IAAE2I,EAAEyM,CAAF,CAAN,CAAW,IAAGpV,CAAH,EAAK,OAAM,YAAU,OAAOA,CAAjB,KAAqBA,IAAEA,EAAE2B,OAAF,CAAU,YAAV,EAAuB,EAAvB,CAAvB,GAAmDmgB,EAAE9hB,CAAF,EAAK,CAAL,CAAzD;AAAiE,iBAAlH,GAAmH,YAAU;AAAC,2BAAO8hB,EAAEnZ,CAAF,EAAK1H,KAAL,GAAa,CAAb,CAAP;AAAuB,iBAA9N;AAA+N,sBAASg0D,CAAT,CAAWtsD,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY96B,IAAE5vB,EAAEkY,SAAF,CAAY,CAAC,CAAb,CAAd,CAA8B,IAAG,KAAGlY,EAAEnG,QAAR,EAAiB;AAAC4S,wBAAE0M,EAAEnZ,CAAF,CAAF,EAAO3I,IAAE8hB,EAAEyW,CAAF,CAAT,EAAc86B,IAAEj+C,EAAEgH,IAAF,EAAhB,CAAyB,KAAIg3C,CAAJ,IAASC,CAAT;AAAWrzD,0BAAEoc,IAAF,CAAOg3C,CAAP,EAASC,EAAED,CAAF,CAAT;AAAX,qBAA0B,IAAG,YAAYxpD,IAAZ,CAAiBjB,EAAE49D,OAAnB,CAAH,EAA+BhuC,EAAE60E,UAAF,CAAa,IAAb,EAAmBsB,SAAnB,CAA6B/lG,CAA7B,EAA+B,CAA/B,EAAiC,CAAjC,EAA/B,KAAwE,IAAG,WAAWiB,IAAX,CAAgBjB,EAAE49D,OAAlB,CAAH,EAA8B59D,EAAEyB,eAAF,CAAkB,MAAlB,EAA9B,KAA6D,KAAIgpD,IAAEzqD,EAAE4F,UAAR,EAAmB6kD,CAAnB,EAAqBA,IAAEA,EAAEhoD,WAAzB;AAAqCmtB,0BAAEp1B,WAAF,CAAc8xD,EAAE7B,CAAF,CAAd;AAArC;AAAyD,wBAAO76B,CAAP;AAAS,sBAAS9hB,CAAT,CAAWrB,CAAX,EAAapV,CAAb,EAAeozD,CAAf,EAAiBC,CAAjB,EAAmB96B,CAAnB,EAAqB9hB,CAArB,EAAuBo9C,CAAvB,EAAyB;AAAC,yBAASD,CAAT,GAAY;AAAC,6BAAS9xC,CAAT,GAAY;AAACkyC,0BAAE/qB,CAAF,EAAI,YAAU;AAAC7zB,8BAAE,EAACy8F,OAAM5oE,CAAP,EAAS1e,WAAU8sC,CAAnB,EAAF;AAAyB,yBAAxC;AAA0C,yBAAI1uD,CAAJ,EAAM3I,CAAN,CAAQ,CAAC,OAAKozD,CAAL,IAAQ76B,CAAT,KAAazvB,EAAEstD,CAAF,CAAb,EAAkBztD,IAAE6kC,GAApB,EAAwB4oB,EAAEhzD,UAAF,CAAaolB,YAAb,CAA0B7f,CAA1B,EAA4BytD,CAA5B,CAAxB,EAAuDztD,EAAExF,WAAF,CAAcizD,CAAd,CAAvD,EAAwEgB,KAAGp3D,IAAEipC,EAAE/pC,MAAJ,EAAW+pC,EAAE3F,OAAF,CAAU,UAAS36B,CAAT,EAAWyM,CAAX,EAAa;AAAC,4BAAIg+C,IAAEgE,EAAE,EAACjxB,SAAQx9B,CAAT,EAAWmpG,SAAQ18F,IAAE,CAArB,EAAuBupE,YAAW11C,EAAE/pC,MAApC,EAAF,CAAN,CAAqDk0D,MAAIzqD,EAAExF,WAAF,CAAciwD,CAAd,GAAiBlkC,EAAEkkC,CAAF,EAAI,YAAU;AAAC,kCAAI,EAAEpzD,CAAN,IAAS8hB,GAAT;AAAa,yBAA5B,CAArB;AAAoD,qBAAjI,CAAd,IAAkJA,GAA1N;AAA8N,0BAASoyC,CAAT,CAAWpyC,CAAX,EAAa;AAAC,wBAAG+xC,EAAEk+C,YAAF,IAAgBjwF,EAAE5M,EAAF,CAAK2+C,EAAEk+C,YAAP,CAAhB,IAAsCjwF,EAAE+N,MAAF,MAAY0I,IAAEk/B,CAAvD,EAAyD,OAAM,CAAC,CAAP,CAAS,IAAI9uD,IAAEmZ,EAAE,CAAF,EAAKykD,OAAX,CAAmB,OAAM,EAAE,YAAY38D,IAAZ,CAAiBjB,CAAjB,KAAqBmZ,EAAE+N,MAAF,MAAY0I,IAAEk/B,CAArC,MAA0C31C,EAAE1F,IAAF,CAAO,YAAP,KAAsB,2FAA2FxS,IAA3F,CAAgGjB,CAAhG,CAAhE,CAAN;AAA0K,0BAASG,CAAT,CAAWsM,CAAX,EAAa;AAAC,wBAAIpV,CAAJ;AAAA,wBAAMqzD,CAAN;AAAA,wBAAQ7sD,CAAR;AAAA,wBAAUyuD,CAAV;AAAA,wBAAYx+C,IAAEhQ,EAAE2O,CAAF,CAAd;AAAA,wBAAmBy+C,IAAElrD,EAAER,EAAEsO,CAAF,EAAI,gBAAJ,CAAF,CAArB;AAAA,wBAA8Cm9C,IAAEjrD,EAAER,EAAEsO,CAAF,EAAI,qBAAJ,CAAF,CAAhD;AAAA,wBAA8Eu9C,IAAEyD,CAAhF,CAAkF,KAAIA,KAAG5D,IAAED,CAAL,EAAO5zD,IAAE,CAAC,CAAV,EAAYqzD,IAAEj+C,EAAE7G,UAApB,EAA+B8kD,CAA/B,EAAiCA,IAAEA,EAAEjoD,WAArC;AAAiD,4BAAG,KAAGioD,EAAE7wD,QAAR,EAAiB;AAAC,gCAAGxC,IAAE,CAAC,CAAH,EAAKwG,IAAEsb,EAAEuxC,CAAF,CAAP,EAAY7sD,EAAE0O,EAAF,CAAKk+C,CAAL,CAAf,EAAuB;AAAC31B,kCAAE41B,CAAF,EAAK;AAAS,iCAAG,CAAC96B,CAAJ,EAAM;AAACzvB,kCAAEuqD,CAAF,EAAK;AAAS,iCAAG,CAAC,wBAAwBzpD,IAAxB,CAA6BzB,EAAE1B,EAAE4sD,CAAF,CAAF,EAAO,UAAP,CAA7B,CAAJ,EAAqD,SAAS4B,IAAEvnB,EAAE2lB,CAAF,CAAF,EAAO,KAAG4B,CAAH,GAAKx3B,EAAE41B,CAAF,CAAL,GAAU4B,KAAGf,EAAE1tD,CAAF,CAAH,GAAQi3B,EAAE41B,CAAF,CAAR,GAAavqD,EAAEuqD,CAAF,CAA9B;AAAmC,yBAA9K,MAAmL,KAAGA,EAAE7wD,QAAL,IAAe+1B,CAAf,KAAmBn7B,EAAEi2D,CAAF,EAAIrzD,CAAJ,GAAOA,IAAE,CAAC,CAA7B;AAApO,qBAAoQy3D,IAAEzD,CAAF;AAAI,0BAASuB,CAAT,CAAWzzC,CAAX,EAAa;AAAC,wBAAInZ,IAAEmZ,EAAE1e,UAAR;AAAA,wBAAmBgS,IAAEzM,EAAE4F,UAAvB,CAAkC,IAAGuT,MAAI1M,CAAP,EAAS,OAAM,CAAC,CAAP,CAAS,IAAG0M,MAAInZ,EAAEwN,QAAF,CAAW,CAAX,CAAP,EAAqB;AAAC,4BAAG,KAAGf,EAAE5S,QAAL,IAAe,KAAG4S,EAAE5S,QAAvB,EAAgC,OAAM,CAAC,CAAP,CAAS,IAAG,KAAG4S,EAAE5S,QAAR,EAAiB,OAAM,CAAC,KAAKoH,IAAL,CAAUwL,EAAEgH,IAAZ,CAAP;AAAyB,4BAAM,CAAC,CAAP;AAAS,0BAASqhB,CAAT,CAAW90B,CAAX,EAAa;AAAC,wBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,EAAUC,CAAV,EAAY96B,CAAZ,EAAc/xB,CAAd,EAAgByuD,CAAhB,CAAkB,OAAO,KAAGtsD,EAAEnG,QAAL,IAAemG,MAAIytD,CAAnB,IAAsBb,EAAE5sD,CAAF,CAAtB,GAA2B80B,EAAE90B,EAAEvF,UAAJ,CAA3B,IAA4CgS,IAAE0M,EAAEnZ,CAAF,EAAK+N,OAAL,CAAa,OAAb,CAAF,EAAwB1W,IAAEoV,EAAE7I,IAAF,CAAO,gBAAP,CAA1B,EAAmDsnD,EAAEm+C,aAAF,KAAkB5+C,IAAEh+C,EAAE7I,IAAF,CAAO,aAAP,CAAF,EAAwB8mD,IAAEvxC,EAAEnZ,CAAF,EAAK+N,OAAL,CAAa,2BAAb,CAA1B,EAAoE28C,EAAE,CAAF,KAAMA,EAAE,CAAF,EAAK4+C,aAAL,CAAmB,oBAAnB,CAAN,KAAiD15E,IAAE86B,EAAE9mD,IAAF,CAAO,sBAAP,CAAnD,CAAtF,CAAnD,EAA6N/F,IAAEgnC,GAA/N,EAAmOynB,IAAEoB,EAAEkZ,WAAF,EAArO,EAAqPta,EAAEi9C,cAAF,CAAiB97C,CAAjB,CAArP,EAAyQnB,EAAEk9C,YAAF,CAAexpG,CAAf,CAAzQ,EAA2RnC,EAAErD,WAAF,CAAc8xD,EAAEm9C,eAAF,EAAd,CAA3R,EAA8Th8C,EAAEhzD,UAAF,CAAaolB,YAAb,CAA0BhiB,CAA1B,EAA4B4vD,CAA5B,CAA9T,EAA6VhhD,EAAE,CAAF,MAAOA,IAAE0M,EAAEnZ,CAAF,EAAK+N,OAAL,CAAa,OAAb,CAAF,EAAwBm9C,EAAEm+C,aAAF,IAAiB5+C,EAAE,CAAF,CAAjB,IAAuBA,EAAEnyD,KAAF,GAAU6nB,SAAV,CAAoB1T,CAApB,CAA/C,EAAsEpV,EAAE,CAAF,KAAMA,EAAEiB,KAAF,GAAU6nB,SAAV,CAAoB1T,CAApB,CAAnF,CAA7V,EAAwc,MAAKy+C,EAAEm+C,aAAF,IAAiBz5E,CAAjB,IAAoBA,EAAE,CAAF,CAApB,KAA2B86B,IAAEvxC,EAAEnZ,CAAF,EAAK+N,OAAL,CAAa,2BAAb,CAAF,EAA4C6hB,EAAE,CAAF,KAAMA,EAAEt3B,KAAF,GAAU6nB,SAAV,CAAoBuqC,CAApB,CAA7E,CAAL,CAApf,CAAP;AAAumB,0BAAS7lB,CAAT,GAAY;AAAC,wBAAI7kC,IAAE0tD,EAAErzD,aAAF,CAAgB,gBAAhB,CAAN,CAAwC,OAAO8e,EAAEnZ,CAAF,EAAKuV,GAAL,CAAS,EAACqL,SAAQ,OAAT,EAAiB8qC,WAAU,aAA3B,EAAyCvpC,OAAMuoC,KAAG,MAAlD,EAAyDtlC,SAAQtX,EAAEzK,GAAF,GAAM,KAAN,GAAYyK,EAAE+vB,KAAd,GAAoB,KAApB,GAA0B/vB,EAAE8vB,MAA5B,GAAmC,KAAnC,GAAyC9vB,EAAEoX,IAA3C,GAAgD,IAAjH,EAAsH7B,UAAS,UAA/H,EAA0I6D,QAAO0I,KAAG,MAApJ,EAA2J9H,UAAS8H,KAAG86B,CAAH,GAAK,QAAL,GAAc,SAAlL,EAA4L9f,OAAM,MAAlM,EAAT,GAAoNsgB,KAAGA,EAAEw+C,aAAL,KAAqB1pG,EAAEwD,SAAF,GAAY0nD,EAAEw+C,aAAnC,CAApN,EAAsQppE,EAAEtrC,IAAF,CAAOgL,CAAP,CAAtQ,EAAgRA,CAAvR;AAAyR,0BAAS+kC,CAAT,CAAW5rB,CAAX,EAAa;AAAC,wBAAInZ,CAAJ;AAAA,wBAAMyM,CAAN;AAAA,wBAAQpV,IAAE8hB,EAAE8L,qBAAF,EAAV,CAAoC,OAAO,MAAI5tB,EAAE8qB,KAAN,IAAa,MAAI9qB,EAAE6vB,MAAnB,GAA0B,CAA1B,IAA6BlnB,IAAEytD,EAAExoC,qBAAF,GAA0B5hB,GAA5B,EAAgCoJ,IAAEmjB,IAAEk/B,CAApC,EAAsCz3D,EAAE6vB,MAAF,GAASza,CAAT,GAAW,CAAX,GAAapV,EAAEgM,GAAF,GAAMrD,CAAN,GAAQyM,CAAR,GAAU,CAAV,GAAYpV,EAAEumC,MAAF,GAAS59B,CAAT,GAAWyM,CAAX,GAAa,CAAb,GAAe,CAA3G,CAAP;AAAqH,0BAAShY,CAAT,CAAW0kB,CAAX,EAAanZ,CAAb,EAAe;AAAC,wBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,EAAUC,CAAV,EAAY96B,CAAZ,CAAc,KAAK3uB,IAAL,CAAUkY,EAAE1F,IAAZ,MAAoBhH,IAAE0M,EAAE1F,IAAF,CAAOld,MAAT,EAAgBc,IAAEq2D,EAAEkZ,WAAF,EAAlB,EAAkCvvE,EAAEsyG,kBAAF,CAAqBxwF,CAArB,CAAlC,EAA0DsxC,IAAE1lB,EAAE1tC,CAAF,CAA5D,EAAiEozD,MAAIC,IAAEvxC,CAAF,EAAI,KAAGsxC,CAAH,GAAK31B,EAAE90B,IAAEmZ,EAAE1e,UAAJ,GAAe0e,CAAjB,CAAL,IAA0B,CAAC,SAAStb,CAAT,CAAWmC,CAAX,EAAayM,CAAb,EAAeg+C,CAAf,EAAiB;AAAC,+BAAOpzD,EAAEuyG,MAAF,CAASzwF,CAAT,EAAW1M,CAAX,GAAczM,KAAGyM,CAAH,IAAMA,KAAGg+C,CAAT,GAAWh+C,CAAX,GAAas4B,EAAE1tC,CAAF,IAAKwG,EAAEmC,CAAF,EAAIA,IAAEyM,CAAF,IAAK,CAAT,EAAWA,CAAX,CAAL,GAAmB5O,EAAE4O,CAAF,EAAIA,IAAEg+C,CAAF,IAAK,CAAT,EAAWA,CAAX,CAArD;AAAmE,qBAArF,CAAsF,CAAtF,EAAwFh+C,KAAG,CAA3F,EAA6FA,CAA7F,CAAD,EAAiG,CAAC,KAAKxL,IAAL,CAAU,KAAG5J,CAAb,CAAD,IAAkB2I,CAAlB,GAAoB80B,EAAE3b,EAAE1e,UAAJ,CAApB,IAAqCiwD,IAAEvxC,EAAE0wF,SAAF,CAAYxyG,EAAEyyG,SAAd,CAAF,EAA2Bl6E,IAAEiV,GAA7B,EAAiCxtC,EAAEkyG,cAAF,CAAiB97C,CAAjB,CAAjC,EAAqD79B,EAAEp1B,WAAF,CAAcnD,EAAEoyG,eAAF,EAAd,CAArD,EAAwFh8C,EAAEhzD,UAAF,CAAaolB,YAAb,CAA0B+P,CAA1B,EAA4B69B,CAA5B,CAA7H,CAA3H,CAAJ,EAA6Rh5D,EAAEi2D,CAAF,CAAjS,CAArF;AAA6X,qBAAI+D,IAAE5wD,EAAEqtD,EAAE3C,QAAJ,CAAN;AAAA,oBAAoBmF,IAAEr2D,EAAEqJ,aAAxB;AAAA,oBAAsC4/B,IAAE,EAAxC;AAAA,oBAA2CmtB,IAAEvC,EAAE6+C,YAAF,GAAe1yG,CAAf,GAAiBi1D,EAAEj1D,CAAF,CAA9D;AAAA,oBAAmEq3D,IAAEhB,EAAErzD,aAAF,CAAgB,oBAAhB,CAArE;AAAA,oBAA2Gy0D,IAAE,CAA7G,CAA+G31C,EAAEs0C,CAAF,EAAK7pD,IAAL,CAAU,OAAV,EAAmB3M,IAAnB,CAAwB,YAAU;AAAC,yBAAKwD,UAAL,CAAgBD,WAAhB,CAA4B,IAA5B;AAAkC,iBAArE,GAAuE2e,EAAEs0C,CAAF,EAAK7pD,IAAL,CAAU,IAAV,EAAgB3M,IAAhB,CAAqB,YAAU;AAACkiB,sBAAE,IAAF,EAAQ3L,QAAR,GAAmBvW,IAAnB,CAAwB,UAASkiB,CAAT,EAAW;AAAC,6BAAKhY,YAAL,CAAkB,mBAAlB,EAAsCgY,CAAtC;AAAyC,qBAA7E;AAA+E,iBAA/G,CAAvE,EAAwLA,EAAEu1C,CAAF,EAAKn5C,GAAL,CAAS,EAACqL,SAAQ,OAAT,EAAiByC,UAAS,UAA1B,EAAqCqoC,WAAU,aAA/C,EAA6DxmC,MAAK,UAAlE,EAA6E7hB,KAAI,UAAjF,EAAT,CAAxL,EAA+RqnD,MAAIvxC,EAAEu1C,CAAF,EAAKn5C,GAAL,CAAS,EAAC4M,OAAMuoC,CAAP,EAASs/C,aAAYl8F,EAAEoX,IAAvB,EAA4B+kF,cAAan8F,EAAE+vB,KAA3C,EAAT,GAA4D1kB,EAAEs0C,CAAF,EAAKl4C,GAAL,CAAS,EAACuS,UAAS,QAAV,EAAT,CAAhE,CAA/R,EAA8XzwB,EAAEoD,UAAF,CAAaolB,YAAb,CAA0B6uC,CAA1B,EAA4Br3D,CAA5B,CAA9X,EAA6Zq3D,EAAEl0D,WAAF,CAAcizD,CAAd,CAA7Z,EAA8avC,EAAEg/C,eAAF,GAAkBz3F,WAAW,YAAU;AAACy4C,sBAAEg/C,eAAF,CAAkBx7C,CAAlB,EAAoBzD,CAApB;AAAuB,iBAA7C,EAA8C,EAA9C,CAAlB,GAAoEx4C,WAAWw4C,CAAX,EAAa,EAAb,CAAlf;AAAmgB,iBAAIC,CAAJ,EAAMD,CAAN,CAAQ,IAAGR,MAAIA,IAAE,EAAN,GAAUS,IAAE/xC,EAAEnJ,QAAF,EAAZ,EAAyBvD,IAAE0M,EAAE1M,CAAF,EAAK,CAAL,CAA3B,EAAmC,CAACA,CAAvC,EAAyC,OAAOy+C,EAAEl6C,MAAF,CAAS,sBAAT,CAAP,CAAwC,IAAG,cAAY,OAAOrc,OAAO0sB,gBAA7B,EAA8C,MAAM3sB,MAAM,kLAAN,CAAN,CAAgM,OAAO27D,MAAM85C,GAAN,IAAW95C,MAAM85C,GAAN,CAAUC,UAAV,CAAqB1/C,EAAEj+C,EAAE/L,aAAJ,CAArB,CAAX,EAAoDuqD,IAAE5zD,EAAEozD,EAAE70C,KAAF,IAAS,CAAX,CAAtD,EAAoE2Q,EAAE9Z,CAAF,EAAI,YAAU;AAAC,oBAAI0M,CAAJ;AAAA,oBAAMnZ,IAAEyqD,KAAGA,EAAE4/C,cAAb;AAAA,oBAA4BhzG,IAAEozD,KAAGA,EAAE6/C,SAAL,IAAgB,UAAQ7/C,EAAE6/C,SAAxD;AAAA,oBAAkE5/C,IAAE2F,MAAM85C,GAAN,CAAUI,eAAV,CAA0B,UAASpxF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAM,eAAamZ,CAAb,GAAe9hB,IAAEozD,EAAEtxC,CAAF,CAAF,GAAO,IAAtB,GAA2BA,KAAKsxC,CAAL,GAAOA,EAAEtxC,CAAF,CAAP,GAAYnZ,CAA7C;AAA+C,iBAAvF,CAApE;AAAA,oBAA6JnC,IAAExG,KAAGqzD,EAAE4/C,SAAF,CAAY,CAAZ,CAAlK;AAAA,oBAAiLh+C,IAAEj1D,KAAGqzD,EAAE4/C,SAAF,CAAY,CAAZ,CAAtL;AAAA,oBAAqM/+C,IAAEd,EAAEtlC,MAAF,IAAUulC,EAAEvlC,MAAnN;AAAA,oBAA0NkmC,IAAE,CAAC,CAACE,CAA9N,CAAgOvrD,KAAGssD,CAAH,IAAMf,MAAIA,IAAE,EAACrmC,MAAK,CAAN,EAAQ7hB,KAAI,CAAZ,EAAcw6B,OAAM,CAApB,EAAsBD,QAAO,CAA7B,EAAN,GAAuC//B,MAAIA,KAAGotD,EAAEpmB,CAAT,CAAvC,EAAmDynB,MAAIA,KAAGrB,EAAElmB,CAAT,CAAnD,EAA+DwmB,EAAErmC,IAAF,IAAQ+lC,EAAEpmB,CAAzE,EAA2E0mB,EAAE1tB,KAAF,IAASotB,EAAEpmB,CAAtF,EAAwF0mB,EAAEloD,GAAF,IAAO4nD,EAAElmB,CAAjG,EAAmGwmB,EAAE3tB,MAAF,IAAUqtB,EAAElmB,CAA/G,EAAiH5rB,IAAE,IAAIo+E,GAAGjF,KAAP,CAAa,EAAC6X,KAAI,EAACK,WAAU,CAAC,CAAZ,EAAcF,WAAUjzG,IAAEqzD,EAAE4/C,SAAJ,GAAc,MAAtC,EAA6CG,eAAcp/C,CAA3D,EAAL,EAAb,CAAnH,EAAqMv9C,EAAE,UAAS9N,CAAT,EAAW;AAAC,wBAAGyqD,EAAE55C,QAAL,EAAc;AAAC,4BAAIpE,IAAE,CAAC,CAAP;AAAA,4BAASpV,IAAE,CAAX,CAAa,CAAC,SAASqzD,CAAT,GAAY;AAAC,gCAAGrzD,IAAE2I,EAAEkpG,KAAF,CAAQ3yG,MAAb,EAAoB;AAAC,oCAAIsH,IAAE+xB,EAAE5vB,EAAEkpG,KAAF,CAAQ7xG,CAAR,CAAF,CAAN,CAAoB8hB,EAAEwG,MAAF,CAAS9hB,CAAT,GAAY4sD,EAAE55C,QAAF,CAAW,EAACw/D,MAAKxyE,CAAN,EAAQsrG,SAAQ,EAAE9xG,CAAlB,EAAoB2+E,YAAWh2E,EAAEkpG,KAAF,CAAQ3yG,MAAvC,EAA8CmrE,QAAO,kBAAU;AAACj1D,4CAAE,CAAC,CAAH;AAAK,qCAArE,EAAX,CAAZ,EAA+FA,IAAEzM,EAAE4hB,SAAF,CAAYnnB,UAAZ,CAAuBC,WAAvB,CAAmCsF,EAAE4hB,SAArC,CAAF,GAAkDnP,WAAWi4C,CAAX,CAAjJ;AAA+J,6BAAxM,MAA6M1qD,EAAE4hB,SAAF,CAAYnnB,UAAZ,CAAuBC,WAAvB,CAAmCsF,EAAE4hB,SAArC,GAAgDspC,EAAEn6C,OAAF,CAAUoI,CAAV,CAAhD;AAA6D,yBAAvR,EAAD;AAA2R,qBAAvT,MAA4TnZ,EAAEkpG,KAAF,CAAQvuE,OAAR,CAAgB,UAAS36B,CAAT,EAAW;AAACmZ,0BAAEwG,MAAF,CAASiQ,EAAE5vB,CAAF,CAAT;AAAe,qBAA3C,GAA6CA,EAAE4hB,SAAF,CAAYnnB,UAAZ,CAAuBC,WAAvB,CAAmCsF,EAAE4hB,SAArC,CAA7C,EAA6FspC,EAAEn6C,OAAF,CAAUoI,CAAV,CAA7F;AAA0G,iBAApb,EAAqb1M,CAArb,EAAubzM,CAAvb,EAAybnC,IAAEA,IAAE0tD,EAAErmC,IAAJ,GAASqmC,EAAE1tB,KAAb,GAAmB,IAA5c,EAAidyuB,IAAEA,IAAEf,EAAEloD,GAAJ,GAAQkoD,EAAE3tB,MAAZ,GAAmB,IAApe,EAAye2tB,CAAze,EAA2ed,CAA3e,CAA3M,IAA0rBS,EAAEn6C,OAAF,CAAU6e,EAAEnjB,CAAF,CAAV,CAA1rB;AAA0sB,aAAz7B,CAApE,EAA+/By+C,EAAE96C,OAAF,EAAtgC;AAAkhC,kBAASs6C,CAAT,CAAWvxC,CAAX,EAAa;AAAC,qBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,oBAAGA,CAAH,EAAK;AAAC,wBAAInZ,IAAE,IAAN,CAAW,IAAG;AAACA,4BAAEmZ,EAAEuxF,QAAJ;AAAa,qBAAjB,CAAiB,OAAMj+F,CAAN,EAAQ,CAAE,MAAGpV,EAAE8hB,CAAF,EAAInZ,CAAJ,CAAH;AAAU;AAAC,sBAASyM,CAAT,CAAW0M,CAAX,EAAa;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyM,IAAEjN,EAAE2Z,EAAEjD,KAAJ,EAAU,KAAV,CAAR,CAAyB,OAAOzJ,IAAE4qF,GAAG5qF,CAAH,EAAMq1B,MAAN,CAAa,UAAS3oB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAIyM,IAAE6qF,GAAGt3F,CAAH,CAAN,CAAY,OAAOyM,KAAG0M,EAAEnkB,IAAF,CAAOyX,CAAP,CAAH,EAAa0M,CAApB;AAAsB,iBAA7D,EAA8D,EAA9D,CAAF,IAAqEnZ,IAAEs3F,GAAGn+E,EAAE4I,OAAL,CAAF,EAAgB/hB,IAAE,CAACA,CAAD,CAAF,GAAM,EAA3F,CAAP;AAAsG,sBAAS3I,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIqzD,CAAJ,EAAM96B,CAAN,EAAQ/xB,CAAR,EAAUyuD,CAAV,EAAYx+C,CAAZ,EAAco9C,CAAd,EAAgBD,CAAhB,CAAkB,KAAIP,IAAE,CAAN,EAAQA,IAAErzD,EAAEd,MAAZ,EAAmB,EAAEm0D,CAArB;AAAuB,4BAAO96B,IAAEv4B,EAAEqzD,CAAF,CAAF,EAAO96B,EAAEt2B,IAAhB,GAAsB,KAAK,CAAL;AAAO0G,8BAAE4vB,EAAEgS,UAAJ,EAAgB,MAAM,KAAK,CAAL;AAAO/jC,gCAAE+xB,EAAE1Z,KAAJ,EAAUo2C,IAAE+qC,GAAG73F,EAAE3B,CAAF,EAAI,aAAJ,CAAH,CAAZ,EAAmCiQ,IAAE,sBAAsB7M,IAAtB,CAA2BzB,EAAE3B,CAAF,EAAI,aAAJ,CAA3B,CAArC,EAAoFqtD,IAAE,YAAU1rD,EAAE3B,CAAF,EAAI,YAAJ,CAAhG,EAAkHotD,IAAEx+C,EAAEmjB,CAAF,CAApH,EAAyHq7B,EAAE10D,MAAF,GAAS,CAAT,IAAYk0D,EAAEtxC,CAAF,EAAImzC,CAAJ,EAAMx+C,CAAN,EAAQo9C,CAAR,EAAUD,EAAE,CAAF,CAAV,CAArI,CAA1D;AAAvB;AAAuO,sBAASR,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,0BAAUxpD,IAAV,CAAewpD,CAAf,KAAmB,gBAAgBxpD,IAAhB,CAAqBwpD,CAArB,CAAnB,IAA4C,MAAMxpD,IAAN,CAAWwpD,CAAX,CAA5C,KAA4DA,IAAE,CAACtxC,EAAEhR,IAAF,GAAO,EAAR,EAAYnP,OAAZ,CAAoB,SAApB,EAA8B,EAA9B,IAAkCyxD,CAAhG,GAAmGzqD,EAAE26B,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAACA,wBAAEA,EAAEngB,OAAF,CAAU,kBAAV,EAA6B,IAA7B,CAAF,EAAqCyT,MAAI0M,KAAG,OAAP,CAArC,EAAqD9hB,MAAI8hB,KAAG,SAAP,CAArD,EAAuEuxC,EAAEvxC,CAAF,IAAKsxC,CAA5E;AAA8E,iBAApG,CAAnG;AAAyM,iBAAIC,CAAJ,EAAM96B,CAAN,CAAQ,KAAI,QAAMzW,CAAN,KAAUA,IAAE3kB,QAAZ,GAAsBk2D,IAAE,EAAxB,EAA2B96B,IAAE,CAAjC,EAAmCA,IAAEzW,EAAE+sF,WAAF,CAAc3vG,MAAnD,EAA0D,EAAEq5B,CAA5D;AAA8D5vB,kBAAEmZ,EAAE+sF,WAAF,CAAct2E,CAAd,CAAF;AAA9D,aAAkF,OAAO86B,CAAP;AAAS,kBAAS96B,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO9E,OAAO9E,SAAP,CAAiBf,cAAjB,CAAgCoB,IAAhC,CAAqC0iB,CAArC,EAAuCnZ,CAAvC,CAAP;AAAiD,kBAASnC,CAAT,CAAWsb,CAAX,EAAa;AAAC,mBAAOA,IAAE,cAAYA,CAAd,EAAgB0yD,GAAG1yD,CAAH,CAAvB;AAA6B,kBAASmzC,CAAT,CAAWnzC,CAAX,EAAa;AAAC,gBAAInZ,IAAE,EAAN;AAAA,gBAASyM,IAAEo/D,EAAX,CAAc,KAAI1yD,IAAE,cAAYA,CAAlB,EAAoB1M,CAApB;AAAuBmjB,kBAAEnjB,CAAF,EAAI0M,CAAJ,KAAQnZ,EAAEhL,IAAF,CAAOyX,EAAE0M,CAAF,CAAP,CAAR,EAAqB1M,IAAEvR,OAAOyvG,cAAP,CAAsBl+F,CAAtB,CAAvB;AAAvB,aAAuE,OAAOzM,EAAE4O,OAAF,EAAP;AAAmB,kBAASd,CAAT,CAAWqL,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAEo/D,EAAN,CAAS,KAAI1yD,IAAE,cAAYA,CAAlB,EAAoB1M,KAAG,CAACmjB,EAAEnjB,CAAF,EAAI0M,CAAJ,CAAxB;AAAgC1M,oBAAEvR,OAAOyvG,cAAP,CAAsBl+F,CAAtB,CAAF;AAAhC,aAA2DA,MAAIA,IAAEo/D,GAAG8yB,KAAT,GAAgBlyF,EAAE0M,CAAF,IAAK,CAAC1M,EAAE0M,CAAF,KAAM,CAAP,KAAW,QAAMnZ,CAAN,GAAQ,CAAR,GAAUA,CAArB,CAArB;AAA6C,kBAASkrD,CAAT,CAAW/xC,CAAX,EAAanZ,CAAb,EAAe;AAACmZ,gBAAE,cAAYA,CAAd,EAAgB0yD,GAAG1yD,CAAH,IAAM,QAAMnZ,CAAN,GAAQ,CAAR,GAAUA,CAAhC;AAAkC,kBAASirD,CAAT,CAAW9xC,CAAX,EAAa1M,CAAb,EAAepV,CAAf,EAAiB;AAAC,gBAAIozD,CAAJ,EAAMC,CAAN,EAAQ96B,CAAR,CAAU,KAAI66B,IAAE,CAAN,EAAQA,IAAEtxC,EAAE5iB,MAAZ;AAAoBm0D,oBAAEvxC,EAAEsxC,GAAF,CAAF,EAAS76B,IAAE5vB,EAAEmZ,EAAEsxC,CAAF,CAAF,CAAX,EAAmBvvC,MAAM0U,CAAN,IAASnjB,EAAEi+C,CAAF,EAAIrzD,CAAJ,CAAT,IAAiBoV,EAAEi+C,CAAF,EAAI96B,CAAJ,GAAO,EAAE66B,CAA1B,CAAnB;AAApB;AAAoE,kBAASc,CAAT,CAAWpyC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAE4jD,MAAMs3B,UAAN,CAAiBxuE,CAAjB,CAAN,CAA0B,OAAO1M,MAAIA,IAAEA,EAAEs6E,KAAF,EAAF,EAAY/mF,IAAEyM,IAAEA,EAAEy6E,SAAF,EAAJ,GAAkB,MAAIz6E,EAAE5O,CAAN,KAAU4O,IAAE,IAAZ,CAAlC,GAAqDA,CAA5D;AAA8D,kBAAS4+C,CAAT,CAAWlyC,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAASyM,CAAT,GAAY;AAAC,kBAAEpV,CAAF,IAAK,CAAL,IAAQ2I,GAAR;AAAY,iBAAI3I,IAAE,CAAN,CAAQ8hB,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAMyqD,CAAN;AAAA,oBAAQC,IAAEvxC,EAAE5X,gBAAF,CAAmB,KAAnB,CAAV,CAAoC,KAAIvB,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuByqD,wBAAEC,EAAE1qD,CAAF,CAAF,EAAOyqD,EAAE1hC,QAAF,KAAa1xB,KAAIozD,EAAE90B,MAAF,GAAS80B,EAAE70B,OAAF,GAAUnpB,CAApC,CAAP;AAAvB;AAAqE,aAA/H,GAAiIpV,KAAGoV,GAApI;AAAwI,kBAAS8Z,CAAT,CAAWpN,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAASyM,CAAT,CAAW0M,CAAX,EAAa;AAAC69E,mBAAG79E,CAAH,MAAQ69E,GAAG79E,CAAH,IAAM,CAAC,CAAP,EAASuxC,EAAE11D,IAAF,CAAOmkB,CAAP,CAAjB;AAA4B,sBAAS9hB,CAAT,GAAY;AAAC,kBAAEozD,CAAF,IAAK,CAAL,IAAQzqD,GAAR;AAAY,iBAAIyqD,CAAJ;AAAA,gBAAMC,IAAE,EAAR,CAAW,CAAC,SAAS96B,CAAT,CAAWzW,CAAX,EAAa;AAAC,yBAASlY,IAAT,CAAckY,EAAEykD,OAAhB,KAA0BnxD,EAAE0M,EAAEhhB,GAAJ,CAA1B,EAAmCi/F,GAAG53F,EAAE1B,EAAEqb,CAAF,CAAF,EAAO,kBAAP,CAAH,EAA+BwhB,OAA/B,CAAuC,UAASxhB,CAAT,EAAW;AAAC,6BAAOA,EAAE7f,IAAT,IAAemT,EAAE0M,EAAE6X,GAAJ,CAAf;AAAwB,iBAA3E,CAAnC,EAAgH7X,EAAE3L,QAAF,IAAYsiB,GAAGr5B,IAAH,CAAQ0iB,EAAE3L,QAAV,EAAoBmtB,OAApB,CAA4B/K,CAA5B,CAA5H;AAA2J,aAAzK,CAA0KzW,CAA1K,CAAD,EAA8KsxC,IAAEC,EAAEn0D,MAAlL,EAAyL,MAAIk0D,CAAJ,IAAOpzD,GAAhM,EAAoMqzD,EAAE/vB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,oBAAInZ,IAAEg3F,GAAG79E,CAAH,IAAM,IAAIojF,KAAJ,EAAZ,CAAsB,UAAUt7F,IAAV,CAAekY,CAAf,MAAoBnZ,EAAE8lG,WAAF,GAAc,WAAlC,GAA+C9lG,EAAE7H,GAAF,GAAMghB,CAArD,EAAuDnZ,EAAE+oB,QAAF,GAAW1xB,GAAX,IAAgB2I,EAAE21B,MAAF,GAASt+B,CAAT,EAAW2I,EAAE41B,OAAF,GAAU,YAAU;AAACohE,uBAAG79E,CAAH,IAAM,IAAN,EAAW9hB,GAAX;AAAe,iBAA/D,CAAvD;AAAwH,aAApK,CAApM;AAA0W,kBAAS8I,CAAT,CAAWgZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW;AAAG2I,oBAAEmZ,IAAE,EAAJ,EAAO9hB,IAAEuI,OAAOC,YAAP,CAAoB,KAAGG,CAAvB,IAA0B3I,CAAnC,EAAqC8hB,IAAE1M,EAAEq/C,KAAF,CAAQ3yC,IAAE,EAAV,CAAvC;AAAH,qBAA8DA,IAAE,CAAhE,EAAmE,OAAO9hB,CAAP;AAAS,kBAASu1D,CAAT,CAAWzzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,CAAJ,EAAMozD,CAAN,CAAQohB,KAAG3wE,OAAOowE,MAAP,CAAcO,EAAd,CAAH,EAAqBA,GAAG1yD,EAAEykD,OAAF,CAAU9iE,WAAV,EAAH,IAA4B,EAAC0iC,SAAQrkB,CAAT,EAAWjD,OAAMlW,CAAjB,EAAjD,EAAqE3I,IAAEmI,EAAEQ,CAAF,EAAI,iBAAJ,CAAvE,EAA8F3I,KAAG,UAAQA,CAAX,KAAeozD,IAAEjrD,EAAEQ,CAAF,EAAI,OAAJ,CAAF,EAAe3I,EAAE+E,KAAF,CAAQ,MAAR,EAAgBu+B,OAAhB,CAAwB,UAASxhB,CAAT,EAAW;AAAC0yD,mBAAG1yD,CAAH,MAAQ0yD,GAAG1yD,CAAH,IAAMsxC,CAAd;AAAiB,aAArD,CAA9B,CAA9F,EAAoLh2D,EAAEuL,CAAF,MAAO6rE,GAAGk9B,gBAAH,GAAoB,EAACvrE,SAAQrkB,CAAT,EAAW27B,OAAMroC,CAAjB,EAA3B,CAApL;AAAoO,kBAASqoB,CAAT,GAAY;AAAC+2C,iBAAG3wE,OAAOyvG,cAAP,CAAsB9+B,EAAtB,CAAH;AAA6B,kBAAShnC,CAAT,CAAW1rB,CAAX,EAAa;AAAC,gBAAG,QAAM0yD,GAAGi9B,QAAZ,EAAqB;AAAC,oBAAI9oG,IAAEmZ,EAAEi2E,IAAF,CAAOvjB,GAAGmlB,OAAV,CAAN,CAAyBnlB,GAAGi9B,QAAH,GAAYj9B,GAAGi9B,QAAH,GAAY/8B,GAAG4lB,IAAH,CAAQjC,SAAR,CAAkB7jB,GAAGi9B,QAArB,EAA8B9oG,CAA9B,CAAZ,GAA6CA,CAAzD;AAA2D;AAAC,kBAAS+kC,CAAT,GAAY;AAAC,gBAAI5rB,IAAE0yD,GAAGi9B,QAAT,CAAkB,OAAO,QAAM3vF,CAAN,KAAUA,IAAE,MAAIA,EAAEgJ,KAAF,EAAJ,IAAe,MAAIhJ,EAAE+N,MAAF,EAArB,GAAgC,KAAK,CAA/C,CAAP;AAAyD,kBAASzyB,CAAT,CAAW0kB,CAAX,EAAa;AAAC,qBAASnZ,CAAT,CAAWA,CAAX,EAAa;AAAC,uBAAOR,EAAE2Z,CAAF,EAAInZ,CAAJ,CAAP;AAAc,iBAAG,UAAQA,EAAE,WAAF,CAAR,IAAwB,YAAUA,EAAE,UAAF,CAAV,IAAyB,UAAQA,EAAE,SAAF,CAAzD,IAAuEA,EAAE,SAAF,IAAa,CAAvF,EAAyF,OAAM,CAAC,CAAP;AAAS,kBAASlC,CAAT,CAAWqb,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOrL,OAAO0sB,gBAAP,CAAwBlI,CAAxB,EAA0BnZ,KAAG,IAA7B,CAAP;AAA0C,kBAASR,CAAT,CAAW2Z,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAE0M,EAAE4J,gBAAF,CAAmB/iB,CAAnB,CAAN,CAA4B,OAAO,QAAMyM,CAAN,IAAS,OAAKA,CAAd,KAAkB+qF,GAAGjrC,MAAH,GAAU9/C,IAAE0M,EAAE4J,gBAAF,CAAmB,aAAW/iB,CAA9B,CAAZ,GAA6Cw3F,GAAGhrC,OAAH,GAAW//C,IAAE0M,EAAE4J,gBAAF,CAAmB,UAAQ/iB,CAA3B,CAAb,GAA2Cw3F,GAAG9+B,KAAH,GAASjsD,IAAE0M,EAAE4J,gBAAF,CAAmB,QAAM/iB,CAAzB,CAAX,GAAuCw3F,GAAG3rC,IAAH,KAAUp/C,IAAE0M,EAAE4J,gBAAF,CAAmB,SAAO/iB,CAA1B,CAAZ,CAAjJ,GAA4LyM,CAAnM;AAAqM,kBAASgiD,CAAT,CAAWt1C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC8hB,cAAEyxF,WAAF,CAAc5qG,CAAd,EAAgByM,CAAhB,EAAkBpV,CAAlB,GAAqBmgG,GAAGjrC,MAAH,GAAUpzC,EAAEyxF,WAAF,CAAc,aAAW5qG,CAAzB,EAA2ByM,CAA3B,EAA6BpV,CAA7B,CAAV,GAA0CmgG,GAAGhrC,OAAH,GAAWrzC,EAAEyxF,WAAF,CAAc,UAAQ5qG,CAAtB,EAAwByM,CAAxB,EAA0BpV,CAA1B,CAAX,GAAwCmgG,GAAG9+B,KAAH,GAASv/C,EAAEyxF,WAAF,CAAc,QAAM5qG,CAApB,EAAsByM,CAAtB,EAAwBpV,CAAxB,CAAT,GAAoCmgG,GAAG3rC,IAAH,KAAU1yC,EAAEyxF,WAAF,CAAc,SAAO5qG,CAArB,EAAuByM,CAAvB,EAAyBpV,CAAzB,GAA4B2I,IAAE,OAAKA,EAAEhH,OAAF,CAAU,eAAV,EAA0B,UAASmgB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,uBAAOzM,IAAEyM,EAAEtW,WAAF,EAAT;AAAyB,aAAnE,CAAnC,EAAwGgjB,EAAEnZ,CAAF,IAAKyM,CAAvH,CAA3I;AAAqQ,kBAASihD,CAAT,CAAWv0C,CAAX,EAAa1M,CAAb,EAAe;AAAC,mBAAOA,IAAE,YAAUA,CAAZ,EAAc,EAAC0V,OAAMniB,EAAER,EAAE2Z,CAAF,EAAI1M,IAAE,QAAN,CAAF,CAAP,EAA0ByJ,OAAM1W,EAAE2Z,CAAF,EAAI1M,IAAE,QAAN,CAAhC,EAAgDm/B,OAAM2f,EAAE/rD,EAAE2Z,CAAF,EAAI1M,IAAE,QAAN,CAAF,EAAkB,CAAC,CAAnB,CAAtD,EAArB;AAAkG,kBAAS6zB,CAAT,CAAWnnB,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAE0M,EAAEjD,KAAF,CAAQ6L,OAAd;AAAA,gBAAsB1qB,IAAE2I,GAAxB,CAA4B,OAAOmZ,EAAEjD,KAAF,CAAQ6L,OAAR,GAAgBtV,CAAhB,EAAkBpV,CAAzB;AAA2B,kBAASo2D,CAAT,CAAWt0C,CAAX,EAAa1M,CAAb,EAAe;AAAC,gBAAIpV,IAAEmI,EAAE2Z,CAAF,EAAI,YAAU1M,CAAV,GAAY,SAAhB,EAA2BrQ,KAA3B,CAAiC,MAAjC,EAAyCjF,GAAzC,CAA6C6I,CAA7C,CAAN,CAAsD,OAAO,KAAG3I,EAAEd,MAAL,IAAac,EAAErC,IAAF,CAAOqC,EAAE,CAAF,CAAP,CAAb,EAA0Bm2D,EAAE,EAAC3oB,GAAExtC,EAAE,CAAF,CAAH,EAAQ0tC,GAAE1tC,EAAE,CAAF,CAAV,EAAF,CAAjC;AAAoD,kBAASq3D,CAAT,CAAWv1C,CAAX,EAAa;AAAC,gBAAInZ,IAAEmZ,EAAE8L,qBAAF,EAAN,CAAgC,OAAOjlB,IAAE8uD,EAAE9uD,CAAF,EAAI,gBAAJ,EAAqBmZ,CAArB,CAAF,EAA0BnZ,IAAE8uD,EAAE9uD,CAAF,EAAI,WAAJ,EAAgBmZ,CAAhB,CAAnC;AAAsD,kBAAS21C,CAAT,CAAW31C,CAAX,EAAa1M,CAAb,EAAepV,CAAf,EAAiB;AAAC,gBAAIozD,CAAJ,EAAMC,CAAN,EAAQ96B,CAAR,EAAU/xB,CAAV,EAAYyuD,CAAZ,CAAc,OAAM,YAAU,OAAO7/C,CAAjB,IAAoBg+C,IAAE3sD,EAAEzG,CAAF,CAAF,EAAOqzD,IAAE1qD,EAAER,EAAEirD,CAAF,EAAIh+C,EAAEzT,OAAF,CAAU,GAAV,EAAc,KAAd,CAAJ,CAAF,CAAT,EAAsC42B,IAAE5vB,EAAER,EAAEirD,CAAF,EAAIh+C,EAAEzT,OAAF,CAAU,GAAV,EAAc,OAAd,CAAJ,CAAF,CAAxC,EAAuE6E,IAAEmC,EAAER,EAAEirD,CAAF,EAAIh+C,EAAEzT,OAAF,CAAU,GAAV,EAAc,QAAd,CAAJ,CAAF,CAAzE,EAAyGszD,IAAEtsD,EAAER,EAAEirD,CAAF,EAAIh+C,EAAEzT,OAAF,CAAU,GAAV,EAAc,MAAd,CAAJ,CAAF,CAA/H,IAA8J,YAAU,OAAOyT,CAAjB,KAAqBi+C,IAAE96B,IAAE/xB,IAAEyuD,IAAE7/C,CAA7B,CAA9J,EAA8L,EAACpJ,KAAI8V,EAAE9V,GAAF,GAAMqnD,CAAX,EAAa7sB,OAAM1kB,EAAE0kB,KAAF,GAAQjO,CAA3B,EAA6BgO,QAAOzkB,EAAEykB,MAAF,GAAS//B,CAA7C,EAA+CqnB,MAAK/L,EAAE+L,IAAF,GAAOonC,CAA3D,EAA6DnqC,OAAMhJ,EAAE0kB,KAAF,GAAQ1kB,EAAE+L,IAAV,GAAe0K,CAAf,GAAiB08B,CAApF,EAAsFplC,QAAO/N,EAAEykB,MAAF,GAASzkB,EAAE9V,GAAX,GAAexF,CAAf,GAAiB6sD,CAA9G,EAApM;AAAqT,kBAASkE,CAAT,CAAWz1C,CAAX,EAAa;AAAC,gBAAI1M,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQozD,IAAEjrD,EAAE2Z,CAAF,EAAI,WAAJ,CAAV,CAA2B,OAAM,UAAQsxC,CAAR,GAAU,IAAV,IAAgBh+C,IAAE,gCAAgC9L,IAAhC,CAAqC8pD,CAArC,CAAF,EAA0Ch+C,KAAGpV,IAAEmI,EAAE2Z,CAAF,EAAI,kBAAJ,CAAF,EAA0B1M,IAAEA,EAAE,CAAF,EAAKrQ,KAAL,CAAW,UAAX,EAAuBjF,GAAvB,CAA2B6I,CAA3B,CAA5B,EAA0D3I,IAAEA,EAAE+E,KAAF,CAAQ,MAAR,EAAgBjF,GAAhB,CAAoB6I,CAApB,CAA5D,EAAmF,EAAC0tF,QAAOjhF,CAAR,EAAUm7E,QAAOvwF,CAAjB,EAAtF,IAA2G,KAAK,CAA1K,CAAN;AAAmL,kBAASi3D,CAAT,CAAWn1C,CAAX,EAAa;AAAC,mBAAO,MAAIA,CAAJ,GAAM1M,EAAEia,EAAR,GAAW,GAAlB;AAAsB,kBAASmoC,CAAT,CAAW11C,CAAX,EAAa;AAAC,gBAAI9hB,IAAE2I,EAAEmZ,CAAF,CAAN,CAAW,OAAM,SAAQlY,IAAR,CAAakY,CAAb,IAAgB1M,EAAEia,EAAF,GAAKrvB,CAAL,GAAO,GAAvB,GAA2B,OAAO4J,IAAP,CAAYkY,CAAZ,IAAe9hB,CAAf,GAAiB,QAAQ4J,IAAR,CAAakY,CAAb,IAAgB1M,EAAEia,EAAF,GAAKrvB,CAAL,GAAO,CAAvB,GAAyB,OAAO4J,IAAP,CAAYkY,CAAZ,IAAe1M,EAAEia,EAAF,GAAKrvB,CAAL,GAAO,GAAtB,GAA0B,KAAK;AAA1G;AAA4G,kBAAS23D,CAAT,CAAW71C,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOA,IAAE,IAAI+rE,GAAG0lB,MAAP,CAAczxF,EAAE,CAAF,CAAd,EAAmBA,EAAE,CAAF,CAAnB,EAAwBA,EAAE,CAAF,CAAxB,EAA6BA,EAAE,CAAF,CAA7B,EAAkCA,EAAE,CAAF,CAAlC,EAAuCA,EAAE,CAAF,CAAvC,CAAF,EAA+CmZ,EAAEo1E,SAAF,CAAYvuF,CAAZ,CAA/C,EAA8DA,CAArE;AAAuE,kBAASuuD,CAAT,CAAWp1C,CAAX,EAAanZ,CAAb,EAAe;AAACmZ,cAAE0+E,IAAF,CAAO73F,CAAP;AAAU,kBAASutD,CAAT,CAAWp0C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmB;AAAC,iBAAI,IAAIozD,IAAE,IAAIshB,GAAGslB,GAAP,CAAW,CAACrxF,CAAD,EAAGyM,CAAH,CAAX,EAAiBpV,CAAjB,EAAoBi5F,WAApB,EAAN,EAAwC5lC,IAAE,CAA9C,EAAgDA,IAAED,EAAEl0D,MAApD;AAA4D4iB,kBAAE2/E,OAAF,CAAUruC,EAAEC,GAAF,CAAV,EAAiBD,EAAEC,GAAF,CAAjB,EAAwBD,EAAEC,GAAF,CAAxB;AAA5D;AAA4F,kBAAS8C,CAAT,CAAWr0C,CAAX,EAAa;AAAC,mBAAM,CAACA,EAAE0rB,CAAF,IAAK,CAAL,IAAQ1rB,EAAE4rB,CAAF,IAAK,CAAd,MAAmB5rB,EAAE0rB,CAAF,GAAI1rB,EAAE4rB,CAAF,GAAI,CAA3B,GAA8B5rB,CAApC;AAAsC,kBAASq1C,CAAT,CAAWr1C,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiBozD,CAAjB,EAAmBC,CAAnB,EAAqB;AAAC,gBAAI96B,IAAEnjB,EAAEuX,GAAF,CAAM,CAAN,EAAQhkB,EAAE6kC,CAAV,CAAN;AAAA,gBAAmBhnC,IAAE4O,EAAEuX,GAAF,CAAM,CAAN,EAAQhkB,EAAE+kC,CAAV,CAArB;AAAA,gBAAkCunB,IAAE7/C,EAAEuX,GAAF,CAAM,CAAN,EAAQ3sB,EAAEwtC,CAAV,CAApC;AAAA,gBAAiD/2B,IAAErB,EAAEuX,GAAF,CAAM,CAAN,EAAQ3sB,EAAE0tC,CAAV,CAAnD;AAAA,gBAAgEmmB,IAAEz+C,EAAEuX,GAAF,CAAM,CAAN,EAAQymC,EAAE5lB,CAAV,CAAlE;AAAA,gBAA+EomB,IAAEx+C,EAAEuX,GAAF,CAAM,CAAN,EAAQymC,EAAE1lB,CAAV,CAAjF;AAAA,gBAA8FwmB,IAAE9+C,EAAEuX,GAAF,CAAM,CAAN,EAAQ0mC,EAAE7lB,CAAV,CAAhG;AAAA,gBAA6GwmB,IAAE5+C,EAAEuX,GAAF,CAAM,CAAN,EAAQ0mC,EAAE3lB,CAAV,CAA/G;AAAA,gBAA4Hxe,IAAE9Z,EAAE8gC,GAAF,CAAMp0B,EAAEgJ,KAAF,IAASyN,IAAE08B,CAAX,CAAN,EAAoBnzC,EAAE+N,MAAF,IAAUpZ,IAAEm9C,CAAZ,CAApB,EAAmC9xC,EAAEgJ,KAAF,IAAS+oC,IAAEK,CAAX,CAAnC,EAAiDpyC,EAAE+N,MAAF,IAAUmkC,IAAExtD,CAAZ,CAAjD,CAA9H,CAA+L,OAAO0oB,IAAE,CAAF,KAAMqJ,KAAGrJ,CAAH,EAAK1oB,KAAG0oB,CAAR,EAAU+lC,KAAG/lC,CAAb,EAAezY,KAAGyY,CAAlB,EAAoB2kC,KAAG3kC,CAAvB,EAAyB0kC,KAAG1kC,CAA5B,EAA8BglC,KAAGhlC,CAAjC,EAAmC8kC,KAAG9kC,CAA5C,GAA+C,EAACskF,IAAG,EAAChmE,GAAEjV,CAAH,EAAKmV,GAAElnC,CAAP,EAAJ,EAAc6Y,IAAG,EAACmuB,GAAEynB,CAAH,EAAKvnB,GAAEj3B,CAAP,EAAjB,EAA2Bg9F,IAAG,EAACjmE,GAAEqmB,CAAH,EAAKnmB,GAAEkmB,CAAP,EAA9B,EAAwC8/C,IAAG,EAAClmE,GAAE0mB,CAAH,EAAKxmB,GAAEsmB,CAAP,EAA3C,EAAtD;AAA4G,kBAAS8D,CAAT,CAAWh2C,CAAX,EAAa1M,CAAb,EAAepV,CAAf,EAAiB;AAAC,gBAAIozD,CAAJ;AAAA,gBAAMC,CAAN;AAAA,gBAAQ96B,CAAR;AAAA,gBAAU/xB,CAAV;AAAA,gBAAYyuD,CAAZ;AAAA,gBAAcx+C,CAAd;AAAA,gBAAgBo9C,CAAhB;AAAA,gBAAkBD,CAAlB;AAAA,gBAAoBM,IAAEztD,EAAEqb,CAAF,CAAtB;AAAA,gBAA2BkyC,IAAEoC,EAAElC,CAAF,EAAI,UAAJ,CAA7B;AAAA,gBAA6ChlC,IAAEknC,EAAElC,CAAF,EAAI,WAAJ,CAA/C;AAAA,gBAAgEprD,IAAEstD,EAAElC,CAAF,EAAI,aAAJ,CAAlE;AAAA,gBAAqFqB,IAAEa,EAAElC,CAAF,EAAI,cAAJ,CAAvF,CAA2G,OAAM,aAAWl0D,CAAX,IAAc,aAAWA,CAAzB,KAA6BozD,IAAEiD,EAAEnC,CAAF,EAAI,KAAJ,CAAF,EAAab,IAAEgD,EAAEnC,CAAF,EAAI,OAAJ,CAAf,EAA4B37B,IAAE89B,EAAEnC,CAAF,EAAI,QAAJ,CAA9B,EAA4C1tD,IAAE6vD,EAAEnC,CAAF,EAAI,MAAJ,CAA9C,EAA0DF,EAAExmB,CAAF,IAAKhnC,EAAEskB,KAAjE,EAAuEkpC,EAAEtmB,CAAF,IAAK0lB,EAAEtoC,KAA9E,EAAoFoE,EAAEse,CAAF,IAAK6lB,EAAEvoC,KAA3F,EAAiGoE,EAAEwe,CAAF,IAAK0lB,EAAEtoC,KAAxG,EAA8GyqC,EAAE/nB,CAAF,IAAK6lB,EAAEvoC,KAArH,EAA2HyqC,EAAE7nB,CAAF,IAAKnV,EAAEzN,KAAlI,EAAwIhiB,EAAE0kC,CAAF,IAAKhnC,EAAEskB,KAA/I,EAAqJhiB,EAAE4kC,CAAF,IAAKnV,EAAEzN,KAA5J,EAAkK,aAAW9qB,CAAX,KAAei1D,IAAEtsD,EAAER,EAAE+rD,CAAF,EAAI,aAAJ,CAAF,CAAF,EAAwBz9C,IAAE9N,EAAER,EAAE+rD,CAAF,EAAI,eAAJ,CAAF,CAA1B,EAAkDL,IAAElrD,EAAER,EAAE+rD,CAAF,EAAI,gBAAJ,CAAF,CAApD,EAA6EN,IAAEjrD,EAAER,EAAE+rD,CAAF,EAAI,cAAJ,CAAF,CAA/E,EAAsGF,EAAExmB,CAAF,IAAKomB,CAA3G,EAA6GI,EAAEtmB,CAAF,IAAKunB,CAAlH,EAAoH/lC,EAAEse,CAAF,IAAK/2B,CAAzH,EAA2HyY,EAAEwe,CAAF,IAAKunB,CAAhI,EAAkIM,EAAE/nB,CAAF,IAAK/2B,CAAvI,EAAyI8+C,EAAE7nB,CAAF,IAAKmmB,CAA9I,EAAgJ/qD,EAAE0kC,CAAF,IAAKomB,CAArJ,EAAuJ9qD,EAAE4kC,CAAF,IAAKmmB,CAA3K,CAA/L,GAA8W,YAAU,OAAO7zD,CAAjB,KAAqBg0D,EAAExmB,CAAF,IAAKxtC,CAAL,EAAOg0D,EAAEtmB,CAAF,IAAK1tC,CAAZ,EAAckvB,EAAEse,CAAF,IAAKxtC,CAAnB,EAAqBkvB,EAAEwe,CAAF,IAAK1tC,CAA1B,EAA4Bu1D,EAAE/nB,CAAF,IAAKxtC,CAAjC,EAAmCu1D,EAAE7nB,CAAF,IAAK1tC,CAAxC,EAA0C8I,EAAE0kC,CAAF,IAAKxtC,CAA/C,EAAiD8I,EAAE4kC,CAAF,IAAK1tC,CAA3E,CAA9W,EAA4b63D,EAAEziD,CAAF,EAAI4+C,CAAJ,EAAM9kC,CAAN,EAAQqmC,CAAR,EAAUzsD,CAAV,CAAlc;AAA+c,kBAAS+uD,CAAT,CAAW/1C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBpV,CAAjB,EAAmBozD,CAAnB,EAAqB;AAAC,gBAAIC,IAAE8D,EAAEr1C,CAAF,EAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,EAAUozD,CAAV,CAAN;AAAA,gBAAmB76B,IAAE86B,EAAEmgD,EAAvB;AAAA,gBAA0BhtG,IAAE6sD,EAAEh0C,EAA9B;AAAA,gBAAiC41C,IAAE5B,EAAEogD,EAArC;AAAA,gBAAwCh9F,IAAE48C,EAAEqgD,EAA5C;AAAA,gBAA+C7/C,IAAE,IAAIqsC,GAAGoF,IAAP,CAAY,EAACxG,MAAK,IAAN,EAAWC,QAAO,IAAlB,EAAZ,CAAjD,CAAsF,OAAOlrC,EAAE2tC,MAAF,CAAS1/E,EAAE+L,IAAX,EAAgB/L,EAAE9V,GAAF,GAAMusB,EAAEmV,CAAxB,GAA2BnV,EAAEiV,CAAF,IAAK0oB,EAAErC,CAAF,EAAI/xC,EAAE+L,IAAF,GAAO0K,EAAEiV,CAAb,EAAe1rB,EAAE9V,GAAF,GAAMusB,EAAEmV,CAAvB,EAAyB,EAAC6oD,YAAW,CAAC,GAAb,EAAiBC,UAAS,CAAC,EAA3B,EAA8BqC,SAAQtgE,EAAEiV,CAAxC,EAA0CsrD,SAAQvgE,EAAEmV,CAApD,EAAzB,CAAhC,EAAiHmmB,EAAE2uC,MAAF,CAAS1gF,EAAE0kB,KAAF,GAAQhgC,EAAEgnC,CAAnB,EAAqB1rB,EAAE9V,GAAvB,CAAjH,EAA6IxF,EAAEgnC,CAAF,IAAK0oB,EAAErC,CAAF,EAAI/xC,EAAE0kB,KAAF,GAAQhgC,EAAEgnC,CAAd,EAAgB1rB,EAAE9V,GAAF,GAAMxF,EAAEknC,CAAxB,EAA0B,EAAC6oD,YAAW,CAAC,EAAb,EAAgBC,UAAS,CAAzB,EAA2BqC,SAAQryF,EAAEgnC,CAArC,EAAuCsrD,SAAQtyF,EAAEknC,CAAjD,EAA1B,CAAlJ,EAAiOmmB,EAAE2uC,MAAF,CAAS1gF,EAAE0kB,KAAX,EAAiB1kB,EAAEykB,MAAF,GAAS0uB,EAAEvnB,CAA5B,CAAjO,EAAgQunB,EAAEznB,CAAF,IAAK0oB,EAAErC,CAAF,EAAI/xC,EAAE0kB,KAAF,GAAQyuB,EAAEznB,CAAd,EAAgB1rB,EAAEykB,MAAF,GAAS0uB,EAAEvnB,CAA3B,EAA6B,EAAC6oD,YAAW,CAAZ,EAAcC,UAAS,EAAvB,EAA0BqC,SAAQ5jC,EAAEznB,CAApC,EAAsCsrD,SAAQ7jC,EAAEvnB,CAAhD,EAA7B,CAArQ,EAAsVmmB,EAAE2uC,MAAF,CAAS1gF,EAAE+L,IAAF,GAAOpX,EAAE+2B,CAAlB,EAAoB1rB,EAAEykB,MAAtB,CAAtV,EAAoX9vB,EAAE+2B,CAAF,IAAK0oB,EAAErC,CAAF,EAAI/xC,EAAE+L,IAAF,GAAOpX,EAAE+2B,CAAb,EAAe1rB,EAAEykB,MAAF,GAAS9vB,EAAEi3B,CAA1B,EAA4B,EAAC6oD,YAAW,EAAZ,EAAeC,UAAS,GAAxB,EAA4BqC,SAAQpiF,EAAE+2B,CAAtC,EAAwCsrD,SAAQriF,EAAEi3B,CAAlD,EAA5B,CAAzX,EAA2cmmB,EAAEnqC,KAAF,EAAld;AAA4d,kBAASguC,CAAT,CAAW51C,CAAX,EAAa1M,CAAb,EAAe;AAAC,gBAAIpV,IAAE2I,EAAEmZ,CAAF,IAAK,EAAX,CAAc,QAAO1M,CAAP,GAAU,KAAI,sBAAJ;AAA2B,2BAAOpV,EAAEd,MAAF,GAAS,CAAT,KAAac,IAAE,MAAIA,CAAnB,GAAsBA,CAA7B,CAA+B,KAAI,aAAJ;AAAkB,2BAAOogG,GAAGt+E,CAAH,EAAMre,WAAN,EAAP,CAA2B,KAAI,aAAJ;AAAkB,2BAAO28F,GAAGt+E,CAAH,EAAMhjB,WAAN,EAAP,CAA2B,KAAI,aAAJ,CAAkB,KAAI,aAAJ;AAAkB,2BAAOgK,EAAEgZ,IAAE,CAAJ,CAAP,CAAc,KAAI,aAAJ,CAAkB,KAAI,aAAJ;AAAkB,2BAAOhZ,EAAEgZ,IAAE,CAAJ,EAAOhjB,WAAP,EAAP,CAA4B;AAAQ,2BAAOkB,CAAP,CAAxR;AAAkS,kBAASw2D,CAAT,CAAW10C,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAASyM,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,uBAAOA,KAAGA,IAAEA,EAAEzT,OAAF,CAAU,sBAAV,EAAiC,IAAjC,CAAF,EAAyCszD,EAAEnzC,CAAF,EAAKhiB,GAAL,CAAS,UAASgiB,CAAT,EAAW;AAAC,2BAAO41C,EAAE51C,CAAF,EAAInZ,CAAJ,CAAP;AAAc,iBAAnC,EAAqCqB,IAArC,CAA0CoL,CAA1C,CAA5C,IAA0FsiD,EAAElxD,EAAEsb,CAAF,KAAM,CAAR,EAAUnZ,CAAV,CAAjG;AAA8G,iBAAI3I,CAAJ;AAAA,gBAAMozD,IAAE4sC,GAAGr3F,CAAH,EAAK,MAAL,CAAR;AAAA,gBAAqB0qD,IAAE,EAAvB,CAA0B,OAAOD,EAAE9vB,OAAF,CAAU,UAAS36B,CAAT,EAAW;AAAC,oBAAIyqD,CAAJ,CAAM,CAACpzD,IAAE,uBAAuBsJ,IAAvB,CAA4BX,CAA5B,CAAH,IAAmC0qD,EAAE11D,IAAF,CAAOqC,EAAE,CAAF,EAAK2B,OAAL,CAAa,mBAAb,EAAiC,UAASmgB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAOJ,OAAOC,YAAP,CAAoBisB,SAAS9rB,CAAT,EAAW,EAAX,CAApB,CAAP;AAA2C,iBAA1F,CAAP,CAAnC,GAAuI,CAAC3I,IAAE,2BAA2BsJ,IAA3B,CAAgCX,CAAhC,CAAH,KAAwCyqD,IAAE4sC,GAAGhgG,EAAE,CAAF,CAAH,CAAF,EAAWqzD,EAAE11D,IAAF,CAAOyX,EAAEg+C,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,CAAP,CAAnD,IAAyE,CAACpzD,IAAE,4BAA4BsJ,IAA5B,CAAiCX,CAAjC,CAAH,KAAyCyqD,IAAE4sC,GAAGhgG,EAAE,CAAF,CAAH,CAAF,EAAWqzD,EAAE11D,IAAF,CAAOyX,EAAEg+C,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,EAAYA,EAAE,CAAF,CAAZ,CAAP,CAApD,IAA+EC,EAAE11D,IAAF,CAAO,CAACqC,IAAE,wBAAwBsJ,IAAxB,CAA6BX,CAA7B,CAAH,IAAoCmZ,EAAEjY,YAAF,CAAe7J,EAAE,CAAF,CAAf,KAAsB,EAA1D,GAA6D2I,CAApE,CAA/R;AAAsW,aAAlY,GAAoY0qD,EAAErpD,IAAF,CAAO,EAAP,CAA3Y;AAAsZ,kBAASzJ,CAAT,CAAWuhB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAMyM,CAAN,CAAQ,IAAG0M,EAAE4I,OAAL,EAAa,OAAO5I,EAAE4I,OAAT,CAAiB,KAAI/hB,IAAE,EAAF,EAAKyM,IAAE,CAAX,EAAaA,IAAE0M,EAAE5iB,MAAjB,EAAwB,EAAEkW,CAA1B;AAA4BzM,kBAAEhL,IAAF,CAAOmkB,EAAE1M,CAAF,IAAK,IAAL,GAAUjN,EAAE2Z,CAAF,EAAIA,EAAE1M,CAAF,CAAJ,CAAjB;AAA5B,aAAwD,OAAOzM,EAAEqB,IAAF,CAAO,KAAP,CAAP;AAAqB,kBAASstD,CAAT,CAAWx1C,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAASyM,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMC,IAAE5sD,EAAEqb,CAAF,EAAInZ,CAAJ,CAAR,CAAe0qD,EAAEvsC,OAAF,IAAW,YAAUusC,EAAEvsC,OAAvB,IAAgC,UAAQusC,EAAEvsC,OAA1C,IAAmD,SAAOusC,EAAEvoC,KAA5D,KAAoEsoC,IAAEtxC,EAAEzY,aAAF,CAAgBrG,aAAhB,CAA8Bm8C,EAA9B,CAAF,EAAoCiU,EAAEv0C,KAAF,CAAQ6L,OAAR,GAAgBnqB,EAAE8yD,CAAF,CAApD,EAAyDD,EAAE9kD,WAAF,GAAckoD,EAAE10C,CAAF,EAAIuxC,EAAEvsC,OAAN,CAAvE,EAAsFhF,EAAE0G,YAAF,CAAe4qC,CAAf,EAAiBh+C,CAAjB,CAAtF,EAA0GpV,EAAErC,IAAF,CAAOy1D,CAAP,CAA9K;AAAyL,iBAAIpzD,CAAJ,EAAMozD,CAAN,CAAQ,OAAOtxC,EAAEykD,OAAF,IAAWpnB,EAAX,GAAc,KAAKsX,EAAE30C,CAAF,EAAInZ,CAAJ,CAAnB,IAA2B3I,IAAE,EAAF,EAAKoV,EAAE,SAAF,EAAY0M,EAAEvT,UAAd,CAAL,EAA+B6G,EAAE,QAAF,EAAW,IAAX,CAA/B,EAAgDg+C,IAAEtxC,EAAE3V,SAApD,EAA8D2V,EAAE3V,SAAF,IAAa,iCAA3E,EAA6GsqD,EAAE30C,CAAF,EAAInZ,CAAJ,CAA7G,EAAoHmZ,EAAE3V,SAAF,GAAYinD,CAAhI,EAAkI,KAAKpzD,EAAEsjC,OAAF,CAAU,UAAS36B,CAAT,EAAW;AAACmZ,kBAAEze,WAAF,CAAcsF,CAAd;AAAiB,aAAvC,CAAlK,CAAP;AAAmN,kBAAS8tD,CAAT,CAAWz2D,CAAX,EAAaozD,CAAb,EAAe;AAAC,qBAASC,CAAT,CAAWvxC,CAAX,EAAa;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,EAAQg+C,CAAR,EAAUC,CAAV,EAAY96B,CAAZ,EAAc/xB,CAAd,CAAgB,IAAG,QAAQoD,IAAR,CAAa5J,EAAEumE,OAAf,MAA0B59D,IAAE6rE,GAAGsL,KAAL,EAAWn3E,KAAG,cAAYR,EAAEQ,EAAEkW,KAAJ,EAAU,iBAAV,CAApD,CAAH,EAAqF;AAAC,wBAAGzJ,IAAEihD,EAAE1tD,EAAEkW,KAAJ,EAAU,MAAV,EAAkBiM,KAApB,EAA0BsoC,IAAEiD,EAAE1tD,EAAEkW,KAAJ,EAAU,KAAV,EAAiBiM,KAA7C,EAAmD,MAAI1V,CAAJ,IAAO,MAAIg+C,CAAjE,EAAmE,OAAOtxC,CAAP,CAAS,IAAGuxC,IAAE1qD,EAAEw9B,OAAF,CAAUvY,qBAAV,EAAF,EAAoC2K,IAAE5vB,EAAEw9B,OAAF,CAAUgsC,IAAV,CAAe,CAAf,EAAkBC,KAAlB,CAAwB,CAAxB,CAAtC,EAAiE5rE,IAAE+xB,EAAE3K,qBAAF,EAAnE,EAA6FpnB,EAAEwF,GAAF,IAAOqnD,EAAErnD,GAAT,IAAcxF,EAAEqnB,IAAF,IAAQwlC,EAAExlC,IAAxH,EAA6H,OAAO4K,GAAGr5B,IAAH,CAAQ0iB,CAAR,EAAWhiB,GAAX,CAAe,UAASgiB,CAAT,EAAW;AAAC,+BAAM,EAAC+L,MAAK/L,EAAE+L,IAAF,GAAOzY,CAAb,EAAepJ,KAAI8V,EAAE9V,GAAF,GAAMonD,CAAzB,EAA2B5sB,OAAM1kB,EAAE0kB,KAAF,GAAQpxB,CAAzC,EAA2CmxB,QAAOzkB,EAAEykB,MAAF,GAAS6sB,CAA3D,EAA6DvjC,QAAO/N,EAAE+N,MAAtE,EAA6E/E,OAAMhJ,EAAEgJ,KAArF,EAAN;AAAkG,qBAA7H,CAAP;AAAsI,wBAAOhJ,CAAP;AAAS,sBAASyW,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiBqzD,CAAjB,EAAmB96B,CAAnB,EAAqB/xB,CAArB,EAAuByuD,CAAvB,EAAyBx+C,CAAzB,EAA2B;AAAC,yBAASo9C,CAAT,CAAWlrD,CAAX,EAAayqD,CAAb,EAAeC,CAAf,EAAiB;AAAC,wBAAI96B,IAAEnjB,EAAEia,EAAF,GAAK,CAAL,GAAO1mB,CAAP,IAAUA,IAAE3I,CAAZ,CAAN;AAAA,wBAAqBwG,IAAE,EAACgnC,GAAE4lB,EAAE5lB,CAAF,GAAI7kC,CAAP,EAAS+kC,GAAE0lB,EAAE1lB,CAAF,GAAI1tC,CAAf,EAAvB;AAAA,wBAAyCi1D,IAAE,IAAIirC,GAAGoF,IAAP,CAAY,EAACxG,MAAK,EAACvqD,OAAMzyB,CAAP,EAAN,EAAgBi9E,QAAO,IAAvB,EAAZ,EAA0CyC,MAA1C,CAAiD,CAAjD,EAAmD,CAAnD,CAA3C,CAAiG7pC,EAAE1C,CAAF,EAAI5B,CAAJ,GAAO6C,EAAEjB,CAAF,EAAI,CAAJ,EAAM7B,EAAE1lB,CAAR,EAAU,EAAC6oD,YAAW,CAAC,EAAb,EAAgBC,UAAS,CAACv/B,EAAE1+B,CAAF,CAA1B,EAA+BsgE,SAAQzlC,EAAE5lB,CAAzC,EAA2CsrD,SAAQ1lC,EAAE1lB,CAArD,EAAV,CAAP,EAA0ElnC,EAAEgnC,CAAF,GAAI,CAAJ,IAAOhnC,EAAEknC,CAAF,GAAI,CAAX,IAAcunB,EAAEutC,MAAF,CAASh8F,EAAEgnC,CAAF,GAAIp4B,EAAEga,GAAF,CAAMmJ,CAAN,CAAb,EAAsB66B,EAAE1lB,CAAF,GAAIlnC,EAAEknC,CAAF,GAAIt4B,EAAEwjF,GAAF,CAAMrgE,CAAN,CAA9B,GAAwC29B,EAAEjB,CAAF,EAAI,CAAJ,EAAM7B,EAAE1lB,CAAR,EAAU,EAAC6oD,YAAW,CAACt/B,EAAE1+B,CAAF,CAAb,EAAkBi+D,UAAS,CAAC,EAA5B,EAA+BqC,SAAQryF,EAAEgnC,CAAzC,EAA2CsrD,SAAQtyF,EAAEknC,CAArD,EAAuDqrD,eAAc,CAAC,CAAtE,EAAV,CAAtD,IAA2IvyF,EAAEgnC,CAAF,GAAI,CAAJ,GAAMynB,EAAEutC,MAAF,CAASh8F,EAAEgnC,CAAX,EAAaxtC,CAAb,EAAgBwiG,MAAhB,CAAuB,CAAvB,EAAyBxiG,CAAzB,CAAN,GAAkCi1D,EAAEutC,MAAF,CAASh8F,EAAEgnC,CAAX,EAAaxtC,CAAb,EAAgBwiG,MAAhB,CAAuBh8F,EAAEgnC,CAAzB,EAA2B,CAA3B,CAAvP,EAAqR0mB,EAAE5rC,MAAF,CAAS2sC,EAAEvrC,KAAF,EAAT,CAArR;AAAyS,qBAAG,EAAE1pB,KAAG,CAAL,CAAH,EAAW;AAAC,wBAAI4zD,CAAJ;AAAA,wBAAMM,IAAE,IAAIgsC,GAAGjF,KAAP,EAAR,CAAqBtjC,EAAEzD,CAAF,EAAIz9C,CAAJ,GAAO28C,EAAE9qC,MAAF,CAAS4rC,CAAT,CAAP,EAAmBiC,EAAE3vD,CAAF,CAAnB,EAAwB2vD,EAAElB,CAAF,CAAxB,EAA6BrB,IAAE,IAAIssC,GAAGoF,IAAP,CAAY,EAACxG,MAAK,EAACvqD,OAAMzyB,CAAP,EAAN,EAAgBi9E,QAAO,IAAvB,EAAZ,CAA/B,EAAyE7qC,EAAE5rC,MAAF,CAASsrC,CAAT,CAAzE,EAAqFA,EAAE4tC,MAAF,CAASh7F,EAAEgnC,CAAF,GAAIp4B,EAAEuX,GAAF,CAAMnmB,EAAEgnC,CAAR,EAAU6lB,CAAV,CAAJ,GAAiB,CAA1B,EAA4B,CAA5B,EAA+BmvC,MAA/B,CAAsC75F,KAAGssD,EAAEznB,CAAF,GAAIp4B,EAAEuX,GAAF,CAAMsoC,EAAEznB,CAAR,EAAUjV,CAAV,CAAJ,GAAiB,CAApB,CAAtC,EAA6D,CAA7D,EAAgEiqE,MAAhE,CAAuE75F,IAAEyM,EAAEuX,GAAF,CAAMsoC,EAAEznB,CAAR,EAAUjV,CAAV,CAAzE,EAAsFv4B,CAAtF,EAAyFwiG,MAAzF,CAAgGptF,EAAEuX,GAAF,CAAMnmB,EAAEgnC,CAAR,EAAU6lB,CAAV,CAAhG,EAA6GrzD,CAA7G,EAAgH0pB,KAAhH,EAArF,EAA6MljB,EAAEgnC,CAAF,IAAKqmB,EAAER,CAAF,EAAI7sD,CAAJ,EAAM,CAAC,CAAC,CAAF,EAAI,CAAJ,EAAM,CAAN,EAAQ,CAAR,EAAUA,EAAEgnC,CAAZ,EAAc,CAAd,CAAN,CAAlN,EAA0OynB,EAAEznB,CAAF,IAAKqmB,EAAEt7B,CAAF,EAAI08B,CAAJ,EAAM,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAStsD,IAAEssD,EAAEznB,CAAb,EAAe,CAAf,CAAN,CAA/O;AAAwQ;AAAC,sBAAShnC,CAAT,CAAWmC,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,IAAE,IAAI2nE,GAAGjF,KAAP,EAAV,CAAuB,KAAI/jC,EAAE3+B,CAAF,EAAIs/B,EAAElvD,CAAF,EAAI8tD,CAAJ,EAAMmB,CAAN,EAAQpE,CAAR,EAAU+C,CAAV,CAAJ,GAAkBnD,EAAE9qC,MAAF,CAASiQ,CAAT,CAAlB,EAA8B,OAAKv4B,EAAEumE,OAAP,IAAgBvmE,EAAE8Q,IAAlB,IAAwB,CAAC,OAAOlH,IAAP,CAAYkY,EAAE9hB,CAAF,EAAK+N,IAAL,CAAU,MAAV,CAAZ,CAAzB,KAA0DymE,GAAGm9B,WAAH,IAAgB7vF,EAAE9hB,CAAF,EAAKkV,EAAL,CAAQs/D,GAAGm9B,WAAX,CAAhB,KAA0Cp5E,EAAEo7E,QAAF,GAAW,EAACh6E,KAAI35B,EAAE8Q,IAAP,EAAY9E,KAAIrD,EAAEqD,GAAlB,EAAsBw6B,OAAM79B,EAAE69B,KAA9B,EAAoCD,QAAO59B,EAAE49B,MAA7C,EAAoD1Y,MAAKllB,EAAEklB,IAA3D,EAArD,CAA1D,CAA9B,EAAgNoqC,MAAI7iD,IAAE,IAAI8qF,GAAGoF,IAAP,CAAY,EAACxG,MAAK,EAACvqD,OAAM0jB,EAAE43B,SAAF,EAAP,EAAN,EAA4BkP,QAAO,IAAnC,EAAZ,CAAF,EAAwD3pF,EAAEosF,MAAF,CAAS74F,EAAEklB,IAAX,EAAgBllB,EAAEqD,GAAlB,EAAuBw2F,MAAvB,CAA8B75F,EAAE69B,KAAhC,EAAsC79B,EAAEqD,GAAxC,EAA6Cw2F,MAA7C,CAAoD75F,EAAE69B,KAAtD,EAA4D79B,EAAE49B,MAA9D,EAAsEi8D,MAAtE,CAA6E75F,EAAEklB,IAA/E,EAAoFllB,EAAE49B,MAAtF,EAA8F7c,KAA9F,EAAxD,EAA8J6O,EAAEjQ,MAAF,CAASlT,CAAT,CAAlK,CAAhN,EAA+Xi+C,IAAEO,EAAE10D,MAAvY,EAA8Y,EAAEm0D,CAAF,IAAK,CAAnZ;AAAsZ4B,sBAAE18B,CAAF,EAAI5vB,CAAJ,EAAMirD,EAAEP,CAAF,CAAN,EAAWW,EAAEX,IAAEW,EAAE90D,MAAN,CAAX,EAAyBgwB,EAAEmkC,IAAEnkC,EAAEhwB,MAAN,CAAzB,EAAuCq2D,EAAElC,IAAEkC,EAAEr2D,MAAN,CAAvC,EAAqDu+B,EAAE41B,IAAE51B,EAAEv+B,MAAN,CAArD;AAAtZ;AAA0d,sBAAS+1D,CAAT,CAAWnzC,CAAX,EAAasxC,CAAb,EAAeC,CAAf,EAAiB96B,CAAjB,EAAmB/xB,CAAnB,EAAqByuD,CAArB,EAAuBx+C,CAAvB,EAAyB;AAAC,yBAASo9C,CAAT,CAAW/xC,CAAX,EAAasxC,CAAb,EAAeC,CAAf,EAAiBQ,CAAjB,EAAmBD,CAAnB,EAAqB;AAAC,6BAASM,CAAT,GAAY;AAAC,+BAAK1mB,EAAE+iD,MAAF,CAAS/iD,CAAT,GAAW4lB,EAAEvlC,IAAlB;AAAwB2f,8BAAE+iD,MAAF,CAAS/iD,CAAT,IAAY6lB,CAAZ;AAAxB;AAAsC,8BAASW,CAAT,GAAY;AAAC,+BAAKxmB,EAAE+iD,MAAF,CAAS7iD,CAAT,GAAW0lB,EAAEpnD,GAAlB;AAAuBwhC,8BAAE+iD,MAAF,CAAS7iD,CAAT,IAAYmmB,CAAZ;AAAvB;AAAqC,8BAAS3kC,CAAT,GAAY;AAAC,+BAAKse,EAAE+iD,MAAF,CAAS/iD,CAAT,GAAW4lB,EAAE5sB,KAAlB;AAAyBotB,8BAAE9xC,CAAF,EAAI0rB,EAAEvsC,KAAF,EAAJ,GAAeusC,EAAE+iD,MAAF,CAAS/iD,CAAT,IAAY6lB,CAA3B;AAAzB;AAAsD,yBAAIvqD,CAAJ;AAAA,wBAAMysD,CAAN;AAAA,wBAAQ93B,CAAR;AAAA,wBAAU+P,CAAV;AAAA,wBAAYE,CAAZ;AAAA,wBAActwC,IAAEi2D,IAAEQ,CAAlB;AAAA,wBAAoBptD,IAAE2sD,CAAtB,CAAwB,IAAG,iBAAe6B,CAAf,IAAkBxuD,IAAEgxD,EAAEhxD,CAAF,EAAI,gBAAJ,EAAqBzG,CAArB,CAAF,EAA0ByG,IAAEgxD,EAAEhxD,CAAF,EAAI,WAAJ,EAAgBzG,CAAhB,CAA9C,IAAkE,iBAAei1D,CAAf,KAAmBxuD,IAAEgxD,EAAEhxD,CAAF,EAAI,gBAAJ,EAAqBzG,CAArB,CAArB,CAAlE,EAAgH,yBAAyB4J,IAAzB,CAA8B6M,CAA9B,MAAmC,aAAWA,CAAX,IAAc3N,IAAEsM,EAAE8gC,GAAF,CAAMzvC,EAAEqkB,KAAF,GAAQuoC,CAAd,EAAgB5sD,EAAEopB,MAAF,GAASgkC,CAAzB,CAAF,EAA8BR,KAAGvqD,CAAjC,EAAmC+qD,KAAG/qD,CAApD,IAAuD,WAAS2N,CAAT,IAAY3N,IAAEsM,EAAEuX,GAAF,CAAMlmB,EAAEqkB,KAAF,GAAQuoC,CAAd,EAAgB5sD,EAAEopB,MAAF,GAASgkC,CAAzB,CAAF,EAA8BR,KAAGvqD,CAAjC,EAAmC+qD,KAAG/qD,CAAlD,KAAsDysD,IAAE9+C,EAAE1R,KAAF,CAAQ,MAAR,CAAF,EAAkBsuD,IAAE,KAAKzpD,IAAL,CAAU2rD,EAAE,CAAF,CAAV,IAAgB9uD,EAAEqkB,KAAF,GAAQniB,EAAE4sD,EAAE,CAAF,CAAF,CAAR,GAAgB,GAAhC,GAAoC5sD,EAAE4sD,EAAE,CAAF,CAAF,CAAxD,EAAgE1B,IAAE,KAAG0B,EAAEr2D,MAAL,IAAa,UAAQq2D,EAAE,CAAF,CAArB,GAA0BlC,IAAEj2D,CAA5B,GAA8B,KAAKwM,IAAL,CAAU2rD,EAAE,CAAF,CAAV,IAAgB9uD,EAAEopB,MAAF,GAASlnB,EAAE4sD,EAAE,CAAF,CAAF,CAAT,GAAiB,GAAjC,GAAqC5sD,EAAE4sD,EAAE,CAAF,CAAF,CAA3L,CAA1F,CAAhH,EAA+Y93B,IAAE,CAACj3B,IAAE,EAAH,EAAOzB,KAAP,CAAa,KAAb,CAAjZ,EAAqa,KAAG04B,EAAEv+B,MAAL,KAAcu+B,EAAE,CAAF,IAAK,KAAnB,CAAra,EAA+bA,EAAE,CAAF,IAAK,KAAK7zB,IAAL,CAAU6zB,EAAE,CAAF,CAAV,IAAgB90B,EAAE80B,EAAE,CAAF,CAAF,IAAQ,GAAR,IAAah3B,EAAEqkB,KAAF,GAAQuoC,CAArB,CAAhB,GAAwC1qD,EAAE80B,EAAE,CAAF,CAAF,CAA5e,EAAofA,EAAE,CAAF,IAAK,KAAK7zB,IAAL,CAAU6zB,EAAE,CAAF,CAAV,IAAgB90B,EAAE80B,EAAE,CAAF,CAAF,IAAQ,GAAR,IAAah3B,EAAEopB,MAAF,GAASgkC,CAAtB,CAAhB,GAAyClrD,EAAE80B,EAAE,CAAF,CAAF,CAAliB,EAA0iB+P,IAAE,IAAIknC,GAAG4lB,IAAP,CAAY,CAAC7zF,EAAEonB,IAAF,GAAO4P,EAAE,CAAF,CAAR,EAAah3B,EAAEuF,GAAF,GAAMyxB,EAAE,CAAF,CAAnB,CAAZ,EAAqC,CAAC41B,CAAD,EAAGQ,CAAH,CAArC,CAA5iB,EAAwlB,eAAat7B,CAAxmB,EAA0mBq7B,EAAE9xC,CAAF,EAAI0rB,CAAJ,EAA1mB,KAAsnB,IAAG,cAAYjV,CAAf,EAAiB27B,KAAIhlC,GAAJ,CAAjB,KAA8B,IAAG,cAAYqJ,CAAf,EAAiB,KAAIy7B,GAAJ,EAAQxmB,EAAE+iD,MAAF,CAAS7iD,CAAT,GAAW0lB,EAAE7sB,MAArB;AAA6BqtB,0BAAE9xC,CAAF,EAAI0rB,EAAEvsC,KAAF,EAAJ,GAAeusC,EAAE+iD,MAAF,CAAS7iD,CAAT,IAAYmmB,CAA3B;AAA7B,qBAAjB,MAAgF,IAAG,YAAUt7B,CAAb,EAAe,KAAI27B,KAAIF,GAAJ,EAAQtmB,IAAEF,EAAE+iD,MAAF,CAAStvF,KAAT,EAAd,EAA+BusC,EAAE+iD,MAAF,CAAS7iD,CAAT,GAAW0lB,EAAE7sB,MAA5C;AAAoDiH,0BAAE+iD,MAAF,CAAS/iD,CAAT,GAAWE,EAAEF,CAAb,EAAete,GAAf,EAAmBse,EAAE+iD,MAAF,CAAS7iD,CAAT,IAAYmmB,CAA/B;AAApD;AAAqF,qBAAGR,KAAG,UAAQA,CAAd,EAAgB,IAAG,SAAOA,EAAEpxD,IAAZ,EAAiB;AAAC,wBAAG,2BAA2B2H,IAA3B,CAAgCypD,EAAE15B,GAAlC,CAAH,EAA0C,OAAO,IAAIi6B,IAAE+rC,GAAGtsC,EAAE15B,GAAL,CAAN,CAAgBi6B,KAAGA,EAAE9oC,KAAF,GAAQ,CAAX,IAAc8oC,EAAE/jC,MAAF,GAAS,CAAvB,IAA0BgkC,EAAE/xC,CAAF,EAAIsxC,CAAJ,EAAMQ,EAAE9oC,KAAR,EAAc8oC,EAAE/jC,MAAhB,EAAuB,UAAS/N,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,0BAAEwG,MAAF,CAAS,IAAI43E,GAAGgF,KAAP,CAAa7xC,EAAE15B,GAAf,EAAmBhxB,CAAnB,CAAT;AAAgC,qBAArE,CAA1B;AAAiG,iBAApL,MAAwL;AAAC,wBAAG,YAAU0qD,EAAEpxD,IAAf,EAAoB,OAAO4xD,EAAE/xC,CAAF,EAAIsxC,CAAJ,EAAMA,EAAEtoC,KAAR,EAAcsoC,EAAEvjC,MAAhB,EAAuBkS,EAAEsxB,CAAF,CAAvB;AAA6B;AAAC,sBAAS58C,CAAT,GAAY;AAAC,yBAASqL,CAAT,CAAWA,CAAX,EAAa;AAACmnB,sBAAEjpC,CAAF,EAAI,YAAU;AAACA,0BAAE6e,KAAF,CAAQmN,QAAR,GAAiB,UAAjB,CAA4B,IAAIrjB,IAAE3I,EAAEqJ,aAAF,CAAgBrG,aAAhB,CAA8Bm8C,EAA9B,CAAN,CAAwCx2C,EAAEkW,KAAF,CAAQmN,QAAR,GAAiB,UAAjB,EAA4BrjB,EAAEkW,KAAF,CAAQw1C,SAAR,GAAkB,YAA9C,EAA2D,aAAWj/C,CAAX,IAAczM,EAAEkW,KAAF,CAAQiM,KAAR,GAAc,KAAd,EAAoBniB,EAAEkW,KAAF,CAAQgP,IAAR,GAAa,QAAjC,EAA0CllB,EAAEkW,KAAF,CAAQ+0F,SAAR,GAAkB,OAA1E,IAAmFjrG,EAAEkW,KAAF,CAAQgP,IAAR,GAAa,KAA3J,EAAiK/L,EAAEnZ,CAAF,CAAjK,EAAsK3I,EAAEwoB,YAAF,CAAe7f,CAAf,EAAiB3I,EAAEuO,UAAnB,CAAtK,EAAqMsxF,GAAGl3F,CAAH,EAAKyqD,CAAL,CAArM,EAA6MpzD,EAAEqD,WAAF,CAAcsF,CAAd,CAA7M;AAA8N,qBAAjT;AAAmT,0BAASA,CAAT,CAAWmZ,CAAX,EAAa;AAAC,wBAAInZ,CAAJ;AAAA,wBAAMyM,IAAEpV,EAAEoD,UAAF,CAAa+S,QAArB;AAAA,wBAA8Bi9C,IAAEpzD,EAAE6J,YAAF,CAAe,mBAAf,CAAhC,CAAoE,IAAG,QAAMupD,CAAT,EAAW,OAAOtxC,EAAE,IAAEsxC,CAAJ,EAAMh+C,EAAElW,MAAR,CAAP,CAAuB,KAAIyJ,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuB,4BAAGyM,EAAEzM,CAAF,MAAO3I,CAAV,EAAY,OAAO8hB,EAAEnZ,CAAF,EAAIyM,EAAElW,MAAN,CAAP;AAAnC;AAAwD,qBAAIkW,CAAJ;AAAA,oBAAMi+C,IAAElrD,EAAEqvD,CAAF,EAAI,iBAAJ,CAAR,CAA+B,IAAG,UAAQnE,CAAX,EAAa,QAAOj+C,IAAEjN,EAAEqvD,CAAF,EAAI,qBAAJ,CAAF,EAA6BnE,CAApC,GAAuC,KAAI,QAAJ,CAAa,KAAI,MAAJ,CAAW,KAAI,QAAJ;AAAavxC,0BAAE,UAASA,CAAT,EAAW;AAACA,8BAAEjD,KAAF,CAAQmwC,QAAR,GAAiB,KAAjB,EAAuBltC,EAAEjD,KAAF,CAAQg1F,UAAR,GAAmB,MAA1C,EAAiD/xF,EAAEjD,KAAF,CAAQ+zF,YAAR,GAAqB,OAAtE,EAA8E9wF,EAAEjD,KAAF,CAAQi1F,UAAR,GAAmB,cAAjG,EAAgHhyF,EAAElV,SAAF,GAAY,EAACmnG,MAAK,GAAN,EAAUC,QAAO,GAAjB,EAAqBC,QAAO,GAA5B,GAAiC5gD,CAAjC,CAA5H;AAAgK,yBAA9K,EAAgL,MAAM,KAAI,SAAJ,CAAc,KAAI,sBAAJ;AAA2BvxC,0BAAE,UAASA,CAAT,EAAW;AAACnZ,8BAAE,UAASA,CAAT,EAAW;AAAC,kCAAEA,CAAF,EAAI,0BAAwB0qD,CAAxB,IAA2B,CAAC1qD,IAAE,EAAH,EAAOzJ,MAAP,GAAc,CAAzC,KAA6CyJ,IAAE,MAAIA,CAAnD,CAAJ,EAA0DmZ,EAAElV,SAAF,GAAYjE,IAAE,GAAxE;AAA4E,6BAA1F;AAA4F,yBAA1G,EAA4G,MAAM,KAAI,aAAJ,CAAkB,KAAI,aAAJ;AAAkBmZ,0BAAE,UAASA,CAAT,EAAW;AAACnZ,8BAAE,UAASA,CAAT,EAAW;AAACA,oCAAEy3F,GAAGz3F,IAAE,CAAL,CAAF,EAAU,iBAAe0qD,CAAf,KAAmB1qD,IAAEA,EAAE7J,WAAF,EAArB,CAAV,EAAgDgjB,EAAElV,SAAF,GAAYjE,IAAE,GAA9D;AAAkE,6BAAhF;AAAkF,yBAAhG,EAAkG,MAAM,KAAI,aAAJ,CAAkB,KAAI,aAAJ,CAAkB,KAAI,aAAJ,CAAkB,KAAI,aAAJ;AAAkBmZ,0BAAE,UAASA,CAAT,EAAW;AAACnZ,8BAAE,UAASA,CAAT,EAAW;AAACA,oCAAEG,EAAEH,CAAF,CAAF,EAAO,UAAUiB,IAAV,CAAeypD,CAAf,MAAoB1qD,IAAEA,EAAE7J,WAAF,EAAtB,CAAP,EAA8CgjB,EAAElV,SAAF,GAAYjE,IAAE,GAA5D;AAAgE,6BAA9E;AAAgF,yBAA9F,EAAjnB;AAAktB,sBAASkrD,CAAT,CAAW/xC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,yBAASi+C,CAAT,CAAWvxC,CAAX,EAAa;AAAC,2BAAM,EAAC0rB,GAAE1rB,EAAE4rB,CAAL,EAAOA,GAAE5rB,EAAE0rB,CAAX,EAAN;AAAoB,qBAAIynB,CAAJ,EAAMx+C,CAAN,EAAQo9C,CAAR,EAAUD,CAAV,EAAYM,CAAZ,EAAcF,CAAd,EAAgB9kC,CAAhB,EAAkBpmB,CAAlB,CAAoB,IAAG,MAAIgZ,EAAEgJ,KAAN,IAAa,MAAIhJ,EAAE+N,MAAnB,KAA4BrpB,EAAEsb,CAAF,GAAKmzC,IAAEqC,EAAExsC,KAAF,GAAQ,CAAR,KAAYniB,KAAG,SAAOqvD,CAAV,IAAa5iD,KAAG,SAAO4iD,CAAnC,CAAP,EAA6CvhD,IAAE+/C,EAAE1rC,KAAF,GAAQ,CAAR,KAAY1V,KAAG,SAAO4iD,CAAV,IAAarvD,KAAG,SAAOqvD,CAAnC,CAA/C,EAAqF,MAAIN,EAAE5sC,KAAN,IAAa,MAAIwsC,EAAExsC,KAAnB,IAA0B,MAAI0rC,EAAE1rC,KAAhC,IAAuC,MAAIvqB,EAAEuqB,KAA9J,CAAH,EAAwK;AAAC,wBAAG4sC,EAAEnjB,KAAF,IAASiiB,EAAEjiB,KAAX,IAAkBmjB,EAAEnjB,KAAF,IAASh0C,EAAEg0C,KAA7B,IAAoCmjB,EAAEnjB,KAAF,IAAS+iB,EAAE/iB,KAA/C,IAAsDmjB,EAAE5sC,KAAF,IAAS0rC,EAAE1rC,KAAjE,IAAwE4sC,EAAE5sC,KAAF,IAASvqB,EAAEuqB,KAAnF,IAA0F4sC,EAAE5sC,KAAF,IAASwsC,EAAExsC,KAArG,IAA4GmqC,CAA5G,IAA+Gx+C,CAAlH,EAAoH,OAAOqL,IAAE21C,EAAE31C,CAAF,EAAI41C,EAAE5sC,KAAF,GAAQ,CAAZ,CAAF,EAAiB+oC,IAAEiE,EAAE93D,CAAF,EAAI8hB,CAAJ,EAAM41C,EAAE5sC,KAAF,GAAQ,CAAd,CAAnB,EAAoC+oC,EAAEjzD,OAAF,CAAUm+F,MAAV,GAAiB,EAACxqD,OAAMmjB,EAAEnjB,KAAT,EAAezpB,OAAM4sC,EAAE5sC,KAAvB,EAArD,EAAmF,KAAKsoC,EAAE9qC,MAAF,CAASurC,CAAT,CAA/F,CAA2G,IAAG,MAAI4C,EAAEjpB,CAAN,IAAS,MAAIoqB,EAAEpqB,CAAf,IAAkB,MAAIgmB,EAAEhmB,CAAxB,IAA2B,MAAI+oB,EAAE/oB,CAAjC,IAAoCkqB,EAAE5sC,KAAF,GAAQ,CAA5C,IAA+CwsC,EAAExsC,KAAF,GAAQ,CAAvD,IAA0D0rC,EAAE1rC,KAAF,GAAQ,CAAlE,IAAqEvqB,EAAEuqB,KAAF,GAAQ,CAAhF,EAAkF,OAAO4sC,EAAE5sC,KAAF,GAAQ,CAAR,IAAWsoC,EAAE9qC,MAAF,CAAS,IAAI43E,GAAGoF,IAAP,CAAY,EAACvG,QAAO,EAACj0E,OAAM4sC,EAAE5sC,KAAT,EAAeypB,OAAMmjB,EAAEnjB,KAAvB,EAAR,EAAZ,EAAoDitD,MAApD,CAA2D1/E,EAAE+L,IAA7D,EAAkE/L,EAAE9V,GAAF,GAAM0rD,EAAE5sC,KAAF,GAAQ,CAAhF,EAAmF03E,MAAnF,CAA0F1gF,EAAE0kB,KAA5F,EAAkG1kB,EAAE9V,GAAF,GAAM0rD,EAAE5sC,KAAF,GAAQ,CAAhH,CAAT,CAAX,EAAwIvqB,EAAEuqB,KAAF,GAAQ,CAAR,IAAWsoC,EAAE9qC,MAAF,CAAS,IAAI43E,GAAGoF,IAAP,CAAY,EAACvG,QAAO,EAACj0E,OAAMvqB,EAAEuqB,KAAT,EAAeypB,OAAMh0C,EAAEg0C,KAAvB,EAAR,EAAZ,EAAoDitD,MAApD,CAA2D1/E,EAAE+L,IAA7D,EAAkE/L,EAAEykB,MAAF,GAAShmC,EAAEuqB,KAAF,GAAQ,CAAnF,EAAsF03E,MAAtF,CAA6F1gF,EAAE0kB,KAA/F,EAAqG1kB,EAAEykB,MAAF,GAAShmC,EAAEuqB,KAAF,GAAQ,CAAtH,CAAT,CAAnJ,EAAsRmqC,KAAG7B,EAAE9qC,MAAF,CAAS,IAAI43E,GAAGoF,IAAP,CAAY,EAACvG,QAAO,EAACj0E,OAAMwsC,EAAExsC,KAAT,EAAeypB,OAAM+iB,EAAE/iB,KAAvB,EAAR,EAAZ,EAAoDitD,MAApD,CAA2D1/E,EAAE+L,IAAF,GAAOypC,EAAExsC,KAAF,GAAQ,CAA1E,EAA4EhJ,EAAE9V,GAA9E,EAAmFw2F,MAAnF,CAA0F1gF,EAAE+L,IAAF,GAAOypC,EAAExsC,KAAF,GAAQ,CAAzG,EAA2GhJ,EAAEykB,MAA7G,CAAT,CAAzR,EAAwZ,MAAK9vB,KAAG28C,EAAE9qC,MAAF,CAAS,IAAI43E,GAAGoF,IAAP,CAAY,EAACvG,QAAO,EAACj0E,OAAM0rC,EAAE1rC,KAAT,EAAeypB,OAAMiiB,EAAEjiB,KAAvB,EAAR,EAAZ,EAAoDitD,MAApD,CAA2D1/E,EAAE0kB,KAAF,GAAQgwB,EAAE1rC,KAAF,GAAQ,CAA3E,EAA6EhJ,EAAE9V,GAA/E,EAAoFw2F,MAApF,CAA2F1gF,EAAE0kB,KAAF,GAAQgwB,EAAE1rC,KAAF,GAAQ,CAA3G,EAA6GhJ,EAAEykB,MAA/G,CAAT,CAAR,CAA/Z,CAAyiBqtB,IAAEuD,EAAEr1C,CAAF,EAAI20C,CAAJ,EAAMmB,CAAN,EAAQpE,CAAR,EAAU+C,CAAV,CAAF,EAAerC,IAAEN,EAAE4/C,EAAnB,EAAsBx/C,IAAEJ,EAAEv0C,EAA1B,EAA6B6P,IAAE0kC,EAAE6/C,EAAjC,EAAoC3qG,IAAE8qD,EAAE8/C,EAAxC,EAA2Cn7E,EAAEm/B,EAAEnjB,KAAJ,EAAUzyB,EAAEgJ,KAAZ,EAAkB4sC,EAAE5sC,KAApB,EAA0BwsC,EAAExsC,KAA5B,EAAkC0rC,EAAE1rC,KAApC,EAA0CopC,CAA1C,EAA4CF,CAA5C,EAA8C,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAASlyC,EAAE+L,IAAX,EAAgB/L,EAAE9V,GAAlB,CAA9C,CAA3C,EAAiHusB,EAAEh4B,EAAEg0C,KAAJ,EAAUzyB,EAAEgJ,KAAZ,EAAkBvqB,EAAEuqB,KAApB,EAA0B0rC,EAAE1rC,KAA5B,EAAkCwsC,EAAExsC,KAApC,EAA0CoE,CAA1C,EAA4CpmB,CAA5C,EAA8C,CAAC,CAAC,CAAF,EAAI,CAAJ,EAAM,CAAN,EAAQ,CAAC,CAAT,EAAWgZ,EAAE0kB,KAAb,EAAmB1kB,EAAEykB,MAArB,CAA9C,CAAjH,EAA6LhO,EAAE++B,EAAE/iB,KAAJ,EAAUzyB,EAAE+N,MAAZ,EAAmBynC,EAAExsC,KAArB,EAA2BvqB,EAAEuqB,KAA7B,EAAmC4sC,EAAE5sC,KAArC,EAA2CuoC,EAAEvqD,CAAF,CAA3C,EAAgDuqD,EAAEa,CAAF,CAAhD,EAAqD,CAAC,CAAD,EAAG,CAAC,CAAJ,EAAM,CAAN,EAAQ,CAAR,EAAUpyC,EAAE+L,IAAZ,EAAiB/L,EAAEykB,MAAnB,CAArD,CAA7L,EAA8QhO,EAAEi+B,EAAEjiB,KAAJ,EAAUzyB,EAAE+N,MAAZ,EAAmB2mC,EAAE1rC,KAArB,EAA2B4sC,EAAE5sC,KAA7B,EAAmCvqB,EAAEuqB,KAArC,EAA2CuoC,EAAEW,CAAF,CAA3C,EAAgDX,EAAEnkC,CAAF,CAAhD,EAAqD,CAAC,CAAD,EAAG,CAAH,EAAK,CAAC,CAAN,EAAQ,CAAR,EAAUpN,EAAE0kB,KAAZ,EAAkB1kB,EAAE9V,GAApB,CAArD,CAA9Q;AAA6V;AAAC,iBAAI4nD,CAAJ;AAAA,gBAAMI,CAAN;AAAA,gBAAQ9kC,CAAR;AAAA,gBAAUqmC,CAAV;AAAA,gBAAY93B,CAAZ;AAAA,gBAAciQ,CAAd;AAAA,gBAAgBtwC,CAAhB;AAAA,gBAAkBg6D,CAAlB;AAAA,gBAAoBC,CAApB;AAAA,gBAAsBE,CAAtB;AAAA,gBAAwBC,IAAE/wD,EAAEzG,CAAF,CAA1B;AAAA,gBAA+B03D,IAAErB,EAAEmB,CAAF,EAAI,KAAJ,CAAjC;AAAA,gBAA4ChB,IAAEH,EAAEmB,CAAF,EAAI,OAAJ,CAA9C;AAAA,gBAA2Dj3D,IAAE81D,EAAEmB,CAAF,EAAI,QAAJ,CAA7D;AAAA,gBAA2EF,IAAEjB,EAAEmB,CAAF,EAAI,MAAJ,CAA7E;AAAA,gBAAyFf,IAAEL,EAAEoB,CAAF,EAAI,UAAJ,CAA3F;AAAA,gBAA2GI,IAAExB,EAAEoB,CAAF,EAAI,WAAJ,CAA7G;AAAA,gBAA8HjB,IAAEH,EAAEoB,CAAF,EAAI,aAAJ,CAAhI;AAAA,gBAAmJhE,IAAE4C,EAAEoB,CAAF,EAAI,cAAJ,CAArJ;AAAA,gBAAyKQ,IAAE7vD,EAAEqvD,CAAF,EAAI,WAAJ,CAA3K;AAAA,gBAA4LS,IAAE9vD,EAAEqvD,CAAF,EAAI,kBAAJ,CAA9L,CAAsN,IAAGS,IAAE/D,EAAE+D,CAAF,CAAF,EAAOrE,IAAEmsC,GAAG53F,EAAEqvD,CAAF,EAAI,kBAAJ,CAAH,CAAT,EAAqCxD,IAAEgsC,GAAG73F,EAAEqvD,CAAF,EAAI,mBAAJ,CAAH,CAAvC,EAAoEtoC,IAAE8wE,GAAG73F,EAAEqvD,CAAF,EAAI,qBAAJ,CAAH,CAAtE,EAAqGjC,IAAEyqC,GAAG73F,EAAEqvD,CAAF,EAAI,mBAAJ,CAAH,CAAvG,EAAoI/5B,IAAEuiE,GAAG73F,EAAEqvD,CAAF,EAAI,iBAAJ,CAAH,CAAtI,EAAiK2oC,GAAG3rC,IAAH,IAAS2rC,GAAGjiG,OAAH,GAAW,EAApB,KAAyBgxB,IAAE8wE,GAAGhgG,EAAEqqC,YAAF,CAAe6pE,kBAAlB,CAA3B,CAAjK,EAAmOxmE,IAAE+pB,EAAEz3D,EAAE4tB,qBAAF,EAAF,EAA4B,gBAA5B,EAA6C5tB,CAA7C,CAArO,EAAqR,YAAU;AAAC,oBAAI8hB,CAAJ;AAAA,oBAAM1M,CAAN;AAAA,oBAAQpV,CAAR;AAAA,oBAAUqzD,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc/xB,CAAd;AAAA,oBAAgByuD,CAAhB;AAAA,oBAAkBx+C,IAAEtO,EAAEqvD,CAAF,EAAI,MAAJ,CAApB;AAAA,oBAAgC3D,IAAE,uBAAuBvqD,IAAvB,CAA4BmN,CAA5B,CAAlC,CAAiEo9C,MAAI/xC,IAAE+xC,EAAE,CAAF,EAAK9uD,KAAL,CAAW,QAAX,CAAF,EAAuBqQ,IAAE,UAAQ0M,EAAE,CAAF,CAAR,GAAa4rB,EAAE1hC,GAAf,GAAmBrD,EAAEmZ,EAAE,CAAF,CAAF,IAAQ4rB,EAAE1hC,GAAtD,EAA0DhM,IAAE,UAAQ8hB,EAAE,CAAF,CAAR,GAAa4rB,EAAElH,KAAf,GAAqB79B,EAAEmZ,EAAE,CAAF,CAAF,IAAQ4rB,EAAE7f,IAA3F,EAAgGwlC,IAAE,UAAQvxC,EAAE,CAAF,CAAR,GAAa4rB,EAAEnH,MAAf,GAAsB59B,EAAEmZ,EAAE,CAAF,CAAF,IAAQ4rB,EAAE1hC,GAAlI,EAAsIusB,IAAE,UAAQzW,EAAE,CAAF,CAAR,GAAa4rB,EAAE7f,IAAf,GAAoBllB,EAAEmZ,EAAE,CAAF,CAAF,IAAQ4rB,EAAE7f,IAAtK,EAA2KrnB,IAAE,IAAI05F,GAAGjF,KAAP,EAA7K,EAA0LhmC,IAAG,IAAIirC,GAAGoF,IAAP,EAAD,CAAc9D,MAAd,CAAqBjpE,CAArB,EAAuBnjB,CAAvB,EAA0BotF,MAA1B,CAAiCxiG,CAAjC,EAAmCoV,CAAnC,EAAsCotF,MAAtC,CAA6CxiG,CAA7C,EAA+CqzD,CAA/C,EAAkDmvC,MAAlD,CAAyDjqE,CAAzD,EAA2D86B,CAA3D,EAA8D3pC,KAA9D,EAA5L,EAAkQwtC,EAAE1wD,CAAF,EAAIyuD,CAAJ,CAAlQ,EAAyQ7B,EAAE9qC,MAAF,CAAS9hB,CAAT,CAAzQ,EAAqR4sD,IAAE5sD,CAAvR,EAAyRgnC,EAAEynB,CAAF,CAA7R;AAAmS,aAA/W,EAArR,EAAuoBsC,IAAEpvD,EAAEqvD,CAAF,EAAI,SAAJ,CAAzoB,EAAwpB,eAAaD,CAAxqB,EAA0qB,KAAIn6D,IAAE,EAAF,EAAKg6D,IAAE,CAAP,EAASC,IAAEr3D,EAAEmW,QAAjB,EAA0BihD,IAAEC,EAAEn4D,MAA9B,EAAqC,EAAEk4D,CAAvC;AAAyCh6D,kBAAEO,IAAF,CAAO05D,EAAED,CAAF,EAAKxpC,qBAAL,EAAP;AAAzC,aAA1qB,MAA6vBxwB,IAAE4C,EAAEk9B,cAAF,EAAF,EAAqB,KAAG9/B,EAAE8B,MAAL,KAAc9B,IAAE,CAAC4C,EAAE4tB,qBAAF,EAAD,CAAhB,CAArB,CAAkE,KAAIxwB,IAAEi2D,EAAEj2D,CAAF,CAAF,EAAOg6D,IAAE,CAAb,EAAeA,IAAEh6D,EAAE8B,MAAnB,EAA0B,EAAEk4D,CAA5B;AAA8BvD,kBAAEz2D,EAAEg6D,CAAF,CAAF,EAAO,MAAIA,CAAX,EAAaA,KAAGh6D,EAAE8B,MAAF,GAAS,CAAzB;AAA9B,aAA0D,OAAO9B,EAAE8B,MAAF,GAAS,CAAT,IAAY,eAAaq4D,CAAzB,IAA4B9gD,EAAErZ,EAAE,CAAF,CAAF,CAA5B,EAAoC,YAAU;AAAC,yBAAS0kB,CAAT,GAAY;AAAC,wBAAIA,IAAEg2C,EAAE93D,CAAF,EAAI0tC,CAAJ,EAAM,SAAN,CAAN;AAAA,wBAAuB/kC,IAAE,IAAIu3F,GAAGjF,KAAP,EAAzB,CAAsC/jC,EAAEvuD,CAAF,EAAImZ,CAAJ,GAAOsxC,EAAE9qC,MAAF,CAAS3f,CAAT,CAAP,EAAmByqD,IAAEzqD,CAArB,EAAuB6kC,EAAE1rB,CAAF,CAAvB;AAA4B,mBAAE9hB,CAAF,IAAK8hB,GAAL,GAAS,wBAAwBlY,IAAxB,CAA6BzB,EAAEqvD,CAAF,EAAI,UAAJ,CAA7B,IAA8C11C,GAA9C,GAAkD,wBAAwBlY,IAAxB,CAA6BzB,EAAEqvD,CAAF,EAAI,YAAJ,CAA7B,IAAgD11C,GAAhD,GAAoD,wBAAwBlY,IAAxB,CAA6BzB,EAAEqvD,CAAF,EAAI,YAAJ,CAA7B,KAAiD11C,GAAhK;AAAoK,aAA9P,EAApC,EAAqSo2C,EAAEl4D,CAAF,EAAIozD,CAAJ,KAAQkD,EAAEt2D,CAAF,EAAIozD,CAAJ,CAA7S,EAAoTA,CAA3T;AAA6T,kBAASrxB,CAAT,CAAWjgB,CAAX,EAAa;AAAC,mBAAO,UAAS9hB,CAAT,EAAWozD,CAAX,EAAa;AAAC,oBAAIC,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ/xB,CAAR;AAAA,oBAAUyuD,CAAV;AAAA,oBAAYx+C,CAAZ;AAAA,oBAAco9C,CAAd;AAAA,oBAAgBD,CAAhB;AAAA,oBAAkBM,CAAlB;AAAA,oBAAoBF,CAApB;AAAA,oBAAsB9kC,CAAtB;AAAA,oBAAwBpmB,CAAxB;AAAA,oBAA0BysD,CAA1B;AAAA,oBAA4B93B,CAA5B;AAAA,oBAA8B+P,IAAE4lB,EAAEtoC,KAAF,EAAhC;AAAA,oBAA0C4iB,IAAE0lB,EAAEvjC,MAAF,EAA5C,CAAuD,QAAO/N,EAAE7f,IAAT,GAAe,KAAI,QAAJ;AAAa,gCAAOoxD,IAAE,QAAMvxC,EAAEqyF,KAAR,GAAcryF,EAAEqyF,KAAhB,GAAsB/+F,EAAEia,EAA1B,EAA6BvN,EAAEmQ,EAAtC,GAA0C,KAAI,KAAJ;AAAUohC,oCAAE,CAAF,CAAI,MAAM,KAAI,MAAJ;AAAWA,oCAAE,CAACj+C,EAAEia,EAAH,GAAM,CAAR,CAAU,MAAM,KAAI,QAAJ;AAAagkC,oCAAEj+C,EAAEia,EAAJ,CAAO,MAAM,KAAI,OAAJ;AAAYgkC,oCAAEj+C,EAAEia,EAAF,GAAK,CAAP,CAAS,MAAM,KAAI,UAAJ,CAAe,KAAI,UAAJ;AAAegkC,oCAAE,CAACj+C,EAAEkhF,KAAF,CAAQ5oD,CAAR,EAAUF,CAAV,CAAH,CAAgB,MAAM,KAAI,WAAJ,CAAgB,KAAI,WAAJ;AAAgB6lB,oCAAEj+C,EAAEkhF,KAAF,CAAQ5oD,CAAR,EAAUF,CAAV,CAAF,CAAe,MAAM,KAAI,aAAJ,CAAkB,KAAI,aAAJ;AAAkB6lB,oCAAEj+C,EAAEia,EAAF,GAAKja,EAAEkhF,KAAF,CAAQ5oD,CAAR,EAAUF,CAAV,CAAP,CAAoB,MAAM,KAAI,cAAJ,CAAmB,KAAI,cAAJ;AAAmB6lB,oCAAEj+C,EAAEia,EAAF,GAAKja,EAAEkhF,KAAF,CAAQ5oD,CAAR,EAAUF,CAAV,CAAP,CAA3V,CAA+W1rB,EAAEvK,OAAF,KAAY87C,KAAGj+C,EAAEia,EAAjB,GAAqBgkC,KAAG,IAAEj+C,EAAEia,EAA5B,EAA+BgkC,IAAE,CAAF,KAAMA,KAAG,IAAEj+C,EAAEia,EAAb,CAA/B,EAAgDkJ,IAAEnjB,EAAEy4B,GAAF,CAAML,IAAEp4B,EAAEwjF,GAAF,CAAMvlC,CAAN,CAAR,IAAkBj+C,EAAEy4B,GAAF,CAAMH,IAAEt4B,EAAEga,GAAF,CAAMikC,CAAN,CAAR,CAApE,EAAsF7sD,IAAE4O,EAAEg/F,IAAF,CAAO5mE,IAAEp4B,EAAE05E,GAAF,CAAMz7B,CAAN,CAAF,GAAW3lB,CAAlB,CAAxF,EAA6GunB,IAAE7/C,EAAEwjF,GAAF,CAAMpyF,CAAN,CAA/G,EAAwHiQ,IAAErB,EAAEga,GAAF,CAAM5oB,CAAN,CAA1H,EAAmIqtD,IAAEz+C,EAAEy4B,GAAF,CAAMonB,CAAN,IAAS7/C,EAAEy4B,GAAF,CAAMp3B,CAAN,CAA9I,EAAuJm9C,IAAEC,IAAE,CAAF,GAAIoB,CAA7J,EAA+Jf,IAAEL,IAAE,CAAF,GAAIp9C,CAArK,EAAuK48C,IAAEj+C,EAAEia,EAAF,GAAK,CAAP,IAAUgkC,KAAG,IAAEj+C,EAAEia,EAAJ,GAAO,CAApB,KAAwBukC,IAAE,CAACA,CAAH,EAAKM,IAAE,CAACA,CAAhC,CAAvK,EAA0MF,IAAE,EAA5M,EAA+M9kC,IAAE,CAAjN,EAAmNpmB,IAAEgZ,EAAEmhF,KAAF,CAAQnjG,GAAR,CAAY,UAASsV,CAAT,EAAWpV,CAAX,EAAa;AAAC,gCAAIozD,CAAJ;AAAA,gCAAMC,IAAEj+C,EAAEwZ,OAAV,CAAkB,OAAOykC,IAAEA,IAAE1qD,EAAE0qD,CAAF,IAAK,GAAT,GAAaj+C,EAAElW,MAAF,GAASm0D,IAAE1qD,EAAEyM,EAAElW,MAAJ,IAAYq5B,CAAvB,GAAyB,MAAIv4B,CAAJ,GAAMqzD,IAAE,CAAR,GAAUrzD,KAAG8hB,EAAEmhF,KAAF,CAAQ/jG,MAAR,GAAe,CAAlB,KAAsBm0D,IAAE,CAAxB,CAAhD,EAA2ED,IAAE,EAAC7e,OAAMn/B,EAAEm/B,KAAF,CAAQs7C,SAAR,EAAP,EAA2B9vD,QAAOszB,CAAlC,EAA7E,EAAkH,QAAMA,CAAN,IAASnkC,IAAEmkC,CAAF,EAAIW,EAAE1wB,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oCAAIyM,IAAE0M,EAAEvE,IAAR,CAAanI,EAAE2qB,MAAF,GAASje,EAAE+L,IAAF,GAAO,CAACqB,IAAEpN,EAAE+L,IAAL,KAAYllB,IAAE,CAAd,KAAkBqrD,EAAE90D,MAAF,GAAS,CAA3B,CAAhB;AAA8C,6BAAnF,CAAJ,EAAyF80D,IAAE,EAApG,IAAwGA,EAAEr2D,IAAF,CAAO,EAACkwB,MAAKqB,CAAN,EAAQ3R,MAAK61C,CAAb,EAAP,CAA1N,EAAkPA,CAAzP;AAA2P,yBAAvS,CAArN,EAA8fmC,IAAE,CAAC,KAAG3B,CAAJ,EAAM,KAAGM,CAAT,CAAhgB,EAA4gBz2B,IAAE,CAAC,KAAGm2B,CAAJ,EAAM,KAAGM,CAAT,CAA9gB,EAA0hBl0D,EAAEsoB,MAAF,CAAS43E,GAAGoF,IAAH,CAAQzC,QAAR,CAAiBzvC,CAAjB,EAAoB2rC,MAApB,CAA2B,IAA3B,EAAiCD,IAAjC,CAAsC,IAAIoB,GAAGkF,cAAP,CAAsB,EAACv1F,OAAM0lD,CAAP,EAAS/0D,KAAIi9B,CAAb,EAAewlE,OAAMn6F,CAArB,EAAuBs6F,WAAU,CAAC,CAAlC,EAAtB,CAAtC,CAAT,CAA1hB,CAAuoB,MAAM,KAAI,QAAJ;AAAa9lG,+BAAOkmC,OAAP,IAAgBlmC,OAAOkmC,OAAP,CAAewoB,GAA/B,IAAoC1uD,OAAOkmC,OAAP,CAAewoB,GAAf,CAAmB,yDAAnB,CAApC,CAAriC;AAAwpC,aAApuC;AAAquC,kBAASkM,CAAT,CAAWvvD,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,CAAJ,EAAMozD,CAAN,EAAQC,CAAR,EAAU96B,CAAV,CAAY,IAAG5vB,EAAEkB,YAAF,CAAemvD,MAAMjrD,IAAN,CAAW,MAAX,CAAf,MAAqC/N,IAAEg5D,MAAMgP,cAAN,CAAqBlmD,EAAEnZ,CAAF,CAArB,CAAF,EAA6B3I,MAAIA,EAAEq0G,eAAF,IAAmBr0G,EAAEu7F,YAAzB,CAAlE,CAAH,EAA6G,OAAM,CAAC,EAAEnoC,IAAEpzD,EAAEq0G,eAAF,GAAkBr0G,EAAEq0G,eAAF,EAAlB,GAAsCr0G,EAAEu7F,YAAF,EAA1C,CAAD,KAA+DloC,IAAE,IAAI6sC,GAAGjF,KAAP,EAAF,EAAe5nC,EAAEl9C,QAAF,CAAWxY,IAAX,CAAgBy1D,CAAhB,CAAf,EAAkC76B,IAAE5vB,EAAEilB,qBAAF,EAApC,EAA8DylC,EAAE6jC,SAAF,CAAYxiB,GAAGwiB,SAAH,GAAeC,SAAf,CAAyB5+D,EAAE1K,IAA3B,EAAgC0K,EAAEvsB,GAAlC,CAAZ,CAA9D,EAAkHoJ,EAAEkT,MAAF,CAAS+qC,CAAT,CAAlH,EAA8H,CAAC,CAA9L,CAAN;AAAuM,kBAASuE,CAAT,CAAW91C,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIpV,IAAEq3D,EAAEv1C,CAAF,CAAN;AAAA,gBAAWsxC,IAAE,IAAIshB,GAAG4lB,IAAP,CAAY,CAACt6F,EAAE6tB,IAAH,EAAQ7tB,EAAEgM,GAAV,CAAZ,EAA2B,CAAChM,EAAE8qB,KAAH,EAAS9qB,EAAE6vB,MAAX,CAA3B,CAAb;AAAA,gBAA4DwjC,IAAE,IAAI6sC,GAAGgF,KAAP,CAAav8F,CAAb,EAAeyqD,CAAf,CAA9D,CAAgF8D,EAAE7D,CAAF,EAAIyE,EAAEh2C,CAAF,EAAI9hB,CAAJ,EAAM,SAAN,CAAJ,GAAsBoV,EAAEkT,MAAF,CAAS+qC,CAAT,CAAtB;AAAkC,kBAASkD,CAAT,CAAWz0C,CAAX,EAAa1M,CAAb,EAAe;AAAC,gBAAIpV,IAAEyG,EAAEqb,CAAF,CAAN;AAAA,gBAAWsxC,IAAE3sD,EAAE2O,CAAF,CAAb;AAAA,gBAAkBi+C,IAAE1qD,EAAER,EAAEnI,CAAF,EAAI,SAAJ,CAAF,CAApB;AAAA,gBAAsCu4B,IAAE5vB,EAAER,EAAEirD,CAAF,EAAI,SAAJ,CAAF,CAAxC;AAAA,gBAA0D5sD,IAAE2B,EAAEnI,CAAF,EAAI,UAAJ,CAA5D;AAAA,gBAA4Ei1D,IAAE9sD,EAAEirD,CAAF,EAAI,UAAJ,CAA9E,CAA8F,OAAOvvC,MAAMwvC,CAAN,KAAUxvC,MAAM0U,CAAN,CAAV,GAAmB,kBAAkB3uB,IAAlB,CAAuBpD,CAAvB,KAA2B,kBAAkBoD,IAAlB,CAAuBqrD,CAAvB,CAA3B,GAAqD,CAArD,GAAuD,YAAUzuD,CAAV,GAAY,CAAC,CAAb,GAAe,YAAUyuD,CAAV,GAAY,CAAZ,GAAc,CAAvG,GAAyGpxC,MAAMwvC,CAAN,IAAS,MAAI96B,CAAJ,GAAM,CAAN,GAAQA,IAAE,CAAF,GAAI,CAAC,CAAL,GAAO,CAAxB,GAA0B1U,MAAM0U,CAAN,IAAS,MAAI86B,CAAJ,GAAM,CAAN,GAAQA,IAAE,CAAF,GAAI,CAAJ,GAAM,CAAC,CAAxB,GAA0B1qD,EAAE0qD,CAAF,IAAK1qD,EAAE4vB,CAAF,CAAzK;AAA8K,kBAASm+B,CAAT,CAAW50C,CAAX,EAAa;AAAC,mBAAM,gCAA+BlY,IAA/B,CAAoCkY,EAAEykD,OAAtC;AAAN;AAAqD,kBAAS/S,CAAT,CAAW1xC,CAAX,EAAa;AAAC,mBAAOA,EAAEwyF,eAAF,IAAmBxyF,EAAEwyF,eAAF,CAAkBp1G,MAAlB,GAAyB,CAA5C,GAA8C4iB,EAAEwyF,eAAF,CAAkB,CAAlB,CAA9C,GAAmExyF,EAAElhB,OAAF,CAAUkhB,EAAE3Q,aAAZ,CAA1E;AAAqG,kBAAS6mD,CAAT,CAAWl2C,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAEyG,EAAEqb,CAAF,CAAN;AAAA,gBAAWsxC,IAAEjrD,EAAEnI,CAAF,EAAI,OAAJ,CAAb;AAAA,gBAA0BqzD,IAAEvxC,EAAE8L,qBAAF,EAA5B,CAAsD,cAAY9L,EAAE7f,IAAd,IAAoB0G,EAAE2f,MAAF,CAAS43E,GAAGoF,IAAH,CAAQzC,QAAR,CAAiB,IAAInuB,GAAG4lB,IAAP,CAAY,CAACjnC,EAAExlC,IAAF,GAAO,CAAR,EAAUwlC,EAAErnD,GAAF,GAAM,CAAhB,CAAZ,EAA+B,CAACqnD,EAAEvoC,KAAF,GAAQ,CAAT,EAAWuoC,EAAExjC,MAAF,GAAS,CAApB,CAA/B,CAAjB,EAAyEkvE,MAAzE,CAAgF3rC,CAAhF,EAAkF,CAAlF,CAAT,GAA+FtxC,EAAE7Q,OAAF,IAAWtI,EAAE2f,MAAF,CAAU,IAAI43E,GAAGoF,IAAP,EAAD,CAAcvG,MAAd,CAAqB3rC,CAArB,EAAuB,GAAvB,EAA4BouC,MAA5B,CAAmCnuC,EAAExlC,IAAF,GAAO,MAAIwlC,EAAEvoC,KAAhD,EAAsDuoC,EAAErnD,GAAF,GAAM,MAAIqnD,EAAExjC,MAAlE,EAA0E2yE,MAA1E,CAAiFnvC,EAAExlC,IAAF,GAAO,MAAIwlC,EAAEvoC,KAA9F,EAAoGuoC,EAAErnD,GAAF,GAAM,MAAIqnD,EAAExjC,MAAhH,EAAwH2yE,MAAxH,CAA+HnvC,EAAExlC,IAAF,GAAO,MAAIwlC,EAAEvoC,KAA5I,EAAkJuoC,EAAErnD,GAAF,GAAM,MAAIqnD,EAAEvoC,KAA9J,CAAT,CAA9H,KAA+SniB,EAAE2f,MAAF,CAAS,IAAI43E,GAAGjG,MAAP,CAAc,IAAIvlB,GAAGulB,MAAP,CAAc,CAAC,CAAC5mC,EAAExlC,IAAF,GAAOwlC,EAAE7sB,KAAV,IAAiB,CAAlB,EAAoB,CAAC6sB,EAAErnD,GAAF,GAAMqnD,EAAE9sB,MAAT,IAAiB,CAArC,CAAd,EAAsDnxB,EAAE8gC,GAAF,CAAMmd,EAAEvoC,KAAF,GAAQ,CAAd,EAAgBuoC,EAAExjC,MAAF,GAAS,CAAzB,IAA4B,CAAlF,CAAd,EAAoGkvE,MAApG,CAA2G3rC,CAA3G,EAA6G,CAA7G,CAAT,GAA0HtxC,EAAE7Q,OAAF,IAAWtI,EAAE2f,MAAF,CAAS,IAAI43E,GAAGjG,MAAP,CAAc,IAAIvlB,GAAGulB,MAAP,CAAc,CAAC,CAAC5mC,EAAExlC,IAAF,GAAOwlC,EAAE7sB,KAAV,IAAiB,CAAlB,EAAoB,CAAC6sB,EAAErnD,GAAF,GAAMqnD,EAAE9sB,MAAT,IAAiB,CAArC,CAAd,EAAsDnxB,EAAE8gC,GAAF,CAAMmd,EAAEvoC,KAAF,GAAQ,CAAd,EAAgBuoC,EAAExjC,MAAF,GAAS,CAAzB,IAA4B,CAAlF,CAAd,EAAoGivE,IAApG,CAAyG1rC,CAAzG,EAA4G2rC,MAA5G,CAAmH,IAAnH,CAAT,CAApb;AAAwjB,kBAAS9mC,CAAT,CAAWn2C,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMpV,CAAN;AAAA,gBAAQozD,CAAR;AAAA,gBAAUC,CAAV;AAAA,gBAAY96B,CAAZ;AAAA,gBAAc/xB,IAAEsb,EAAEykD,OAAF,CAAU9iE,WAAV,EAAhB,CAAwC,IAAG,WAAS+C,CAAT,KAAa,cAAYsb,EAAE7f,IAAd,IAAoB,WAAS6f,EAAE7f,IAA5C,CAAH,EAAqD,OAAO+1D,EAAEl2C,CAAF,EAAInZ,CAAJ,CAAP,CAAc,IAAGyM,IAAE0M,EAAE1e,UAAJ,EAAepD,IAAE8hB,EAAEzY,aAAnB,EAAiC+pD,IAAEpzD,EAAEgD,aAAF,CAAgBm8C,EAAhB,CAAnC,EAAuDiU,EAAEv0C,KAAF,CAAQ6L,OAAR,GAAgBnqB,EAAEkG,EAAEqb,CAAF,CAAF,CAAvE,EAA+E,WAAStb,CAAT,KAAa4sD,EAAEv0C,KAAF,CAAQ01F,UAAR,GAAmB,KAAhC,CAA/E,EAAsH,YAAU/tG,CAAV,IAAa,cAAYA,CAAzB,KAA6B4sD,EAAEv0C,KAAF,CAAQ4R,QAAR,GAAiB,MAA9C,CAAtH,EAA4K,YAAUjqB,CAAzL;AAA2L,oBAAGsb,EAAE0yF,QAAL,EAAc,KAAIj8E,IAAE,CAAN,EAAQA,IAAEzW,EAAElhB,OAAF,CAAU1B,MAApB,EAA2B,EAAEq5B,CAA7B;AAA+B86B,wBAAErzD,EAAEgD,aAAF,CAAgBm8C,EAAhB,CAAF,EAAsBkU,EAAEx0C,KAAF,CAAQ6L,OAAR,GAAgBnqB,EAAEkG,EAAEqb,EAAElhB,OAAF,CAAU23B,CAAV,CAAF,CAAF,CAAtC,EAAyD86B,EAAEx0C,KAAF,CAAQ0K,OAAR,GAAgB,OAAzE,EAAiF8pC,EAAE/kD,WAAF,GAAcwT,EAAElhB,OAAF,CAAU23B,CAAV,EAAajqB,WAA5G,EAAwH8kD,EAAEjwD,WAAF,CAAckwD,CAAd,CAAxH;AAA/B,iBAAd,MAA2LA,IAAEG,EAAE1xC,CAAF,CAAF,EAAOuxC,MAAID,EAAE9kD,WAAF,GAAc+kD,EAAE/kD,WAApB,CAAP;AAAtX,mBAAma8kD,EAAE9kD,WAAF,GAAcwT,EAAExd,KAAhB,CAAsB8Q,EAAEoT,YAAF,CAAe4qC,CAAf,EAAiBtxC,CAAjB,GAAoBsxC,EAAEzuC,UAAF,GAAa7C,EAAE6C,UAAnC,EAA8CyuC,EAAEruC,SAAF,GAAYjD,EAAEiD,SAA5D,EAAsEjD,EAAEjD,KAAF,CAAQ0K,OAAR,GAAgB,MAAtF,EAA6F+sC,EAAElD,CAAF,EAAIzqD,CAAJ,CAA7F,EAAoGmZ,EAAEjD,KAAF,CAAQ0K,OAAR,GAAgB,EAApH,EAAuHnU,EAAE/R,WAAF,CAAc+vD,CAAd,CAAvH;AAAwI,kBAASkD,CAAT,CAAWx0C,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,EAAUC,CAAV,EAAY96B,CAAZ,EAAc/xB,CAAd,EAAgByuD,CAAhB,EAAkBx+C,CAAlB,EAAoBo9C,CAApB,CAAsB,QAAO2gB,GAAGk9B,gBAAH,CAAoBvrE,OAApB,KAA8BrkB,CAA9B,KAAkC0yD,GAAGk9B,gBAAH,CAAoBj0D,KAApB,GAA0B90C,CAA5D,GAA+DmZ,EAAEykD,OAAF,CAAU9iE,WAAV,EAAtE,GAA+F,KAAI,KAAJ;AAAUm0D,sBAAE91C,CAAF,EAAIA,EAAEhhB,GAAN,EAAU6H,CAAV,EAAa,MAAM,KAAI,QAAJ;AAAa,wBAAG;AAACivD,0BAAE91C,CAAF,EAAIA,EAAEoqF,SAAF,CAAY,WAAZ,CAAJ,EAA6BvjG,CAA7B;AAAgC,qBAApC,CAAoC,OAAMirD,CAAN,EAAQ,CAAE;AAC9x+B,0BAAM,KAAI,UAAJ,CAAe,KAAI,OAAJ,CAAY,KAAI,QAAJ;AAAaqE,sBAAEn2C,CAAF,EAAInZ,CAAJ,EAAO,MAAM;AAAQ,yBAAIyM,IAAE,EAAF,EAAKpV,IAAE,EAAP,EAAUozD,IAAE,EAAZ,EAAeC,IAAE,EAAjB,EAAoB96B,IAAEzW,EAAEvT,UAA5B,EAAuCgqB,CAAvC,EAAyCA,IAAEA,EAAEntB,WAA7C;AAAyD,gCAAOmtB,EAAE/1B,QAAT,GAAmB,KAAK,CAAL;AAAO,qCAAKoH,IAAL,CAAU2uB,EAAEnc,IAAZ,KAAmB27C,EAAEj2C,CAAF,EAAIyW,CAAJ,EAAM5vB,CAAN,CAAnB,CAA4B,MAAM,KAAK,CAAL;AAAOnC,oCAAEC,EAAE8xB,CAAF,CAAF,EAAO08B,IAAE9sD,EAAE3B,CAAF,EAAI,SAAJ,CAAT,EAAwBiQ,IAAEtO,EAAE3B,CAAF,EAAI,OAAJ,CAA1B,EAAuCqtD,IAAE1rD,EAAE3B,CAAF,EAAI,UAAJ,CAAzC,EAAyD,YAAUqtD,CAAV,GAAYR,EAAE11D,IAAF,CAAO46B,CAAP,CAAZ,GAAsB,YAAU08B,CAAV,GAAY,UAAQx+C,CAAR,GAAUzW,EAAErC,IAAF,CAAO46B,CAAP,CAAV,GAAoBnjB,EAAEzX,IAAF,CAAO46B,CAAP,CAAhC,GAA0C66B,EAAEz1D,IAAF,CAAO46B,CAAP,CAAzH,CAAnE;AAAzD,qBAA+P8nE,GAAGjrF,CAAH,EAAKmhD,CAAL,EAAQjzB,OAAR,CAAgB,UAASxhB,CAAT,EAAW;AAAC+9E,2BAAG/9E,CAAH,EAAKnZ,CAAL;AAAQ,qBAApC,GAAsC03F,GAAGrgG,CAAH,EAAKu2D,CAAL,EAAQjzB,OAAR,CAAgB,UAASxhB,CAAT,EAAW;AAAC+9E,2BAAG/9E,CAAH,EAAKnZ,CAAL;AAAQ,qBAApC,CAAtC,EAA4E03F,GAAGjtC,CAAH,EAAKmD,CAAL,EAAQjzB,OAAR,CAAgB,UAASxhB,CAAT,EAAW;AAAC+9E,2BAAG/9E,CAAH,EAAKnZ,CAAL;AAAQ,qBAApC,CAA5E,EAAkH03F,GAAGhtC,CAAH,EAAKkD,CAAL,EAAQjzB,OAAR,CAAgB,UAASxhB,CAAT,EAAW;AAAC+9E,2BAAG/9E,CAAH,EAAKnZ,CAAL;AAAQ,qBAApC,CAAlH,CADqy9B;AAC5o9B,kBAASovD,CAAT,CAAWj2C,CAAX,EAAa9hB,CAAb,EAAeozD,CAAf,EAAiB;AAAC,qBAASC,CAAT,CAAWvxC,CAAX,EAAa;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQozD,CAAR,EAAUC,CAAV,CAAY,IAAG8sC,GAAG3rC,IAAH,IAAS2rC,GAAGhgC,MAAf,EAAsB;AAAC,yBAAIx3D,IAAEmZ,EAAEob,cAAF,EAAF,EAAqBl9B,IAAE,EAACgM,KAAI,EAAE,IAAE,CAAJ,CAAL,EAAYw6B,OAAM,EAAE,IAAE,CAAJ,CAAlB,EAAyBD,QAAO,EAAE,IAAE,CAAJ,CAAhC,EAAuC1Y,MAAK,EAAE,IAAE,CAAJ,CAA5C,EAAvB,EAA2EulC,IAAE,CAAjF,EAAmFA,IAAEzqD,EAAEzJ,MAAvF,EAA8F,EAAEk0D,CAAhG;AAAkGC,4BAAE1qD,EAAEyqD,CAAF,CAAF,EAAOC,EAAEvoC,KAAF,IAAS,CAAT,IAAYuoC,EAAE9sB,MAAF,KAAW8wB,CAAvB,KAA2Br3D,EAAE6tB,IAAF,GAAOzY,EAAE8gC,GAAF,CAAMmd,EAAExlC,IAAR,EAAa7tB,EAAE6tB,IAAf,CAAP,EAA4B7tB,EAAEgM,GAAF,GAAMoJ,EAAE8gC,GAAF,CAAMmd,EAAErnD,GAAR,EAAYhM,EAAEgM,GAAd,CAAlC,EAAqDhM,EAAEwmC,KAAF,GAAQpxB,EAAEuX,GAAF,CAAM0mC,EAAE7sB,KAAR,EAAcxmC,EAAEwmC,KAAhB,CAA7D,EAAoFxmC,EAAEumC,MAAF,GAASnxB,EAAEuX,GAAF,CAAM0mC,EAAE9sB,MAAR,EAAevmC,EAAEumC,MAAjB,CAAxH,CAAP;AAAlG,qBAA2P,OAAOvmC,EAAE8qB,KAAF,GAAQ9qB,EAAEwmC,KAAF,GAAQxmC,EAAE6tB,IAAlB,EAAuB7tB,EAAE6vB,MAAF,GAAS7vB,EAAEumC,MAAF,GAASvmC,EAAEgM,GAA3C,EAA+ChM,CAAtD;AAAwD,wBAAO8hB,EAAE8L,qBAAF,EAAP;AAAiC,sBAAS2K,CAAT,GAAY;AAAC,oBAAIzW,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyqD,CAAR;AAAA,oBAAU76B,CAAV;AAAA,oBAAY08B,CAAZ;AAAA,oBAAcx+C,CAAd;AAAA,oBAAgBu9C,CAAhB;AAAA,oBAAkB9kC,IAAE0kC,CAApB;AAAA,oBAAsB9qD,IAAE+qD,EAAEyJ,MAAF,CAAS1J,CAAT,EAAY6W,MAAZ,CAAmB,IAAnB,CAAxB,CAAiD,IAAG7W,KAAG9qD,CAAH,EAAKA,IAAE,CAAF,IAAK8qD,KAAGM,CAAhB,EAAkB,OAAM,CAAC,CAAP,CAAS,IAAGz2B,EAAEg3E,QAAF,CAAWz0G,CAAX,EAAa4zD,CAAb,GAAgBn2B,EAAE80E,MAAF,CAASvyG,CAAT,EAAW4zD,IAAE,CAAb,CAAhB,EAAgC9xC,IAAEuxC,EAAE51B,CAAF,CAAlC,EAAuC90B,IAAE,CAAC,CAA1C,EAA4CvL,MAAI0L,IAAE+qD,EAAEyJ,MAAF,CAAS1J,CAAT,EAAY6W,MAAZ,CAAmB,IAAnB,CAAF,EAA2B3hE,KAAG,CAAH,KAAO20B,EAAE80E,MAAF,CAASvyG,CAAT,EAAW4zD,IAAE9qD,CAAb,GAAgBsqD,IAAEC,EAAE51B,CAAF,CAAlB,EAAuB21B,EAAE7sB,MAAF,IAAUzkB,EAAEykB,MAAZ,KAAqBzkB,IAAEsxC,CAAF,EAAIzqD,IAAE,CAAC,CAAP,EAASirD,KAAG9qD,CAAjC,CAA9B,CAA/B,CAA5C,EAA+I,CAACH,CAAnJ,EAAqJ;AAAC,wBAAGG,IAAE,SAASysD,CAAT,CAAW5sD,CAAX,EAAayM,CAAb,EAAeg+C,CAAf,EAAiB;AAAC31B,0BAAE80E,MAAF,CAASvyG,CAAT,EAAWoV,CAAX,EAAc,IAAImjB,IAAE86B,EAAE51B,CAAF,CAAN,CAAW,OAAOlF,EAAEgO,MAAF,IAAUzkB,EAAEykB,MAAZ,IAAoB59B,IAAEyM,CAAtB,GAAwBmgD,EAAE5sD,CAAF,EAAIA,IAAEyM,CAAF,IAAK,CAAT,EAAWA,CAAX,CAAxB,GAAsCmjB,EAAEiO,KAAF,IAAS1kB,EAAE0kB,KAAX,IAAkB1kB,IAAEyW,CAAF,EAAInjB,IAAEg+C,CAAF,GAAImC,EAAEngD,CAAF,EAAIA,IAAEg+C,CAAF,IAAK,CAAT,EAAWA,CAAX,CAAJ,GAAkBh+C,CAAxC,IAA2CA,CAAxF;AAA0F,qBAArI,CAAsIw+C,CAAtI,EAAwIx+C,EAAE8gC,GAAF,CAAMge,CAAN,EAAQN,IAAEwC,CAAV,CAAxI,EAAqJlC,CAArJ,CAAF,EAA0JprD,KAAG8qD,CAAhK,EAAkK,OAAM,CAAC,CAAP,CAAS,IAAGA,IAAE9qD,CAAF,EAAIA,IAAE,CAAC,KAAG20B,CAAJ,EAAOgtC,MAAP,CAAc,MAAd,CAAN,EAA4B,MAAI3hE,CAAnC,EAAqC,OAAOA,IAAE,CAAF,KAAM20B,EAAE80E,MAAF,CAASvyG,CAAT,EAAWy9B,EAAEi3E,WAAF,GAAc5rG,CAAzB,GAA4BgZ,IAAEuxC,EAAE51B,CAAF,CAApC;AAA0C,qBAAG0iE,GAAG3rC,IAAH,KAAU1yC,IAAE2b,EAAEP,cAAF,GAAmB,CAAnB,CAAZ,GAAmC3E,IAAE,KAAGkF,CAAxC,EAA0C,sBAAsB7zB,IAAtB,CAA2BwtD,CAA3B,CAA7C,EAA2E;AAAC,wBAAG,KAAKxtD,IAAL,CAAU2uB,CAAV,CAAH,EAAgB;AAAC,6BAAI08B,IAAE,CAAF,EAAInsD,IAAEomB,CAAV,EAAYpmB,IAAE20B,EAAEi3E,WAAhB,EAA4B,EAAE5rG,CAA9B;AAAgC2N,gCAAEo9C,EAAEwG,UAAF,CAAavxD,CAAb,CAAF,EAAkB,KAAG2N,CAAH,GAAKw+C,KAAG,IAAEA,IAAE,CAAZ,GAAc,MAAIx+C,CAAJ,IAAO,MAAIA,CAAX,GAAaw+C,IAAE,CAAf,GAAiBA,GAAjD;AAAhC,yBAAqF,OAAK,CAACnsD,IAAEyvB,EAAEkyC,MAAF,CAAS,IAAT,CAAH,KAAoB,CAAzB;AAA4BzW,gCAAE,WAAWsJ,MAAX,CAAkB,CAAlB,EAAoB,IAAE,CAACrI,IAAEnsD,CAAH,IAAM,CAA5B,CAAF,EAAiCyvB,IAAEA,EAAE+kC,MAAF,CAAS,CAAT,EAAWx0D,CAAX,IAAckrD,CAAd,GAAgBz7B,EAAE+kC,MAAF,CAASx0D,IAAE,CAAX,CAAnD;AAA5B;AAA6F;AAAC,iBAAhR,MAAqRyvB,IAAEA,EAAE52B,OAAF,CAAU,MAAV,EAAiB,GAAjB,CAAF,CAAwBgH,MAAI0uD,IAAEv1C,EAAEykB,MAAR,GAAgB//B,EAAE+xB,CAAF,EAAIzW,CAAJ,CAAhB;AAAuB,sBAAStb,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAe;AAAC,oBAAIyM,CAAJ,EAAMpV,CAAN,EAAQqzD,CAAR,CAAU8sC,GAAG3rC,IAAH,IAAS,CAAC3wC,MAAMqL,CAAN,CAAV,KAAqB9Z,IAAEw8D,GAAG9oE,CAAH,CAAF,EAAQ9I,IAAE,CAAC2I,EAAEqD,GAAF,GAAMrD,EAAE49B,MAAR,GAAenxB,CAAhB,IAAmB,CAA7B,EAA+BzM,IAAE,EAACqD,KAAIhM,CAAL,EAAOwmC,OAAM79B,EAAE69B,KAAf,EAAqBD,QAAOvmC,IAAEoV,CAA9B,EAAgCyY,MAAKllB,EAAEklB,IAAvC,EAA4CgC,QAAOza,CAAnD,EAAqD0V,OAAMniB,EAAE69B,KAAF,GAAQ79B,EAAEklB,IAArE,EAAtD,GAAkIwlC,IAAE,IAAIqsC,EAAJ,CAAO59E,CAAP,EAAS,IAAI4yD,GAAG4lB,IAAP,CAAY,CAAC3xF,EAAEklB,IAAH,EAAQllB,EAAEqD,GAAV,CAAZ,EAA2B,CAACrD,EAAEmiB,KAAH,EAASniB,EAAEknB,MAAX,CAA3B,CAAT,EAAwD,EAACwxE,MAAKv4F,CAAN,EAAQg2F,MAAK,EAACvqD,OAAMghB,CAAP,EAAb,EAAxD,CAApI,EAAqNnC,EAAE9qC,MAAF,CAAS+qC,CAAT,CAArN,EAAiO4B,EAAEtsD,CAAF,CAAjO;AAAsO,sBAASssD,CAAT,CAAWnzC,CAAX,EAAa;AAAC,yBAASnZ,CAAT,CAAWA,CAAX,EAAayM,CAAb,EAAe;AAAC,wBAAIpV,CAAJ,EAAMqzD,CAAN,CAAQ1qD,MAAI3I,IAAEg0D,IAAE,EAAJ,EAAOX,IAAE,IAAI6sC,GAAGoF,IAAP,CAAY,EAACvG,QAAO,EAACj0E,OAAM9qB,CAAP,EAASu0C,OAAM5rC,CAAf,EAAR,EAAZ,CAAT,EAAiDyM,KAAGpV,CAApD,EAAsDqzD,EAAEmuC,MAAF,CAAS1/E,EAAE+L,IAAX,EAAgBzY,CAAhB,EAAmBotF,MAAnB,CAA0B1gF,EAAE0kB,KAA5B,EAAkCpxB,CAAlC,CAAtD,EAA2Fg+C,EAAE9qC,MAAF,CAAS+qC,CAAT,CAA/F;AAA4G,mBAAEmhB,GAAGmgC,SAAL,EAAe7yF,EAAEykB,MAAjB,GAAyB59B,EAAE6rE,GAAG,cAAH,CAAF,EAAqB1yD,EAAEykB,MAAF,GAASzkB,EAAE+N,MAAF,GAAS,GAAvC,CAAzB,EAAqElnB,EAAE6rE,GAAGogC,QAAL,EAAc9yF,EAAE9V,GAAhB,CAArE;AAA0F,iBAAIyK,CAAJ,EAAMo9C,CAAN,EAAQD,CAAR,EAAUM,CAAV,EAAYF,CAAZ,EAAc9kC,CAAd,EAAgBpmB,CAAhB,EAAkBysD,CAAlB,EAAoB93B,CAApB,EAAsB+P,CAAtB,EAAwBpwC,CAAxB,EAA0Bg6D,CAA1B,EAA4Bf,CAA5B,EAA8BptB,CAA9B,EAAgCmtB,CAAhC,EAAkCiB,CAAlC,CAAoC,IAAG,CAAC3pB,GAAD,KAAOj3B,IAAEhQ,EAAEqb,CAAF,CAAF,EAAO,EAAEnZ,EAAER,EAAEsO,CAAF,EAAI,aAAJ,CAAF,IAAsB,CAAC,GAAzB,MAAgCo9C,IAAE7zD,EAAEoc,IAAJ,EAASw3C,IAAE,CAAX,EAAaM,IAAEL,EAAE4W,MAAF,CAAS,QAAT,IAAmB,CAAlC,EAAoCvW,MAAIF,IAAE7rD,EAAEsO,CAAF,EAAI,WAAJ,CAAF,EAAmByY,IAAE/mB,EAAEsO,CAAF,EAAI,aAAJ,CAArB,EAAwC3N,IAAE,CAACX,EAAEsO,CAAF,EAAI,YAAJ,CAAD,EAAmBtO,EAAEsO,CAAF,EAAI,cAAJ,CAAnB,EAAuCtO,EAAEsO,CAAF,EAAI,aAAJ,CAAvC,EAA0Du9C,CAA1D,EAA4D7rD,EAAEsO,CAAF,EAAI,aAAJ,CAA5D,EAAgFzM,IAAhF,CAAqF,GAArF,CAA1C,EAAoIgqD,IAAErrD,EAAEqrD,CAAF,CAAtI,EAA2I9kC,IAAEvmB,EAAEumB,CAAF,CAA7I,EAAkJ,MAAI8kC,CAA1J,CAApE,CAAd,CAAH,EAAoP;AAAC,qBAAIuB,IAAEptD,EAAEsO,CAAF,EAAI,OAAJ,CAAF,EAAegnB,IAAE3b,EAAEzY,aAAF,CAAgBkmE,WAAhB,EAAjB,EAA+C/hC,IAAErlC,EAAEsO,CAAF,EAAI,YAAJ,CAAjD,EAAmErZ,IAAE,aAAWowC,CAAhF,EAAkF4pB,IAAEjvD,EAAEsO,CAAF,EAAI,aAAJ,CAApF,EAAuG0pF,GAAG3rC,IAAH,KAAU6B,IAAE5/C,EAAEo+F,YAAJ,EAAiB,cAAYx+C,CAAZ,KAAgBptB,IAAEnnB,EAAEjD,KAAF,CAAQg2F,YAAV,EAAuB/yF,EAAEjD,KAAF,CAAQg2F,YAAR,GAAqB,MAA5D,CAA3B,CAAvG,EAAuMz+C,IAAEt0C,EAAE8L,qBAAF,GAA0B9C,KAA1B,GAAgCkpC,CAAhC,GAAkC,CAA3O,EAA6O,MAAIoC,CAAJ,KAAQA,IAAE,GAAV,CAA7O,EAA4PiB,IAAE,IAAlQ,EAAuQ,CAAC9+B,GAAxQ,KAA8Q4nE,GAAG3rC,IAAH,IAAS,cAAY6B,CAArB,KAAyBv0C,EAAEjD,KAAF,CAAQg2F,YAAR,GAAqB5rE,CAA9C;AAAiD;AAAC,kBAAS22D,EAAT,CAAY99E,CAAZ,EAAc1M,CAAd,EAAgBpV,CAAhB,EAAkB;AAAC,gBAAIozD,CAAJ,EAAMC,CAAN,EAAQ96B,CAAR,EAAU/xB,CAAV,EAAYyuD,CAAZ,EAAcx+C,CAAd,CAAgB,KAAI,UAAQzW,CAAR,IAAWozD,IAAEohB,GAAGk9B,gBAAH,CAAoBj0D,KAAtB,EAA4Bz9C,IAAE2I,EAAE3I,CAAF,CAAzC,KAAgDozD,IAAEh+C,CAAF,EAAIpV,IAAE,CAAtD,GAAyDqzD,IAAED,EAAEj9C,QAA7D,EAAsEoiB,IAAE,CAA5E,EAA8EA,IAAE86B,EAAEn0D,MAAJ,IAAY,EAAE,QAAMm0D,EAAE96B,CAAF,EAAKu8E,WAAX,IAAwBzhD,EAAE96B,CAAF,EAAKu8E,WAAL,GAAiB90G,CAA3C,CAA1F,EAAwI,EAAEu4B,CAA1I,IAA6I,OAAO/xB,IAAE,IAAI05F,GAAGjF,KAAP,EAAF,EAAe7nC,EAAE6oC,QAAF,CAAWz1F,CAAX,EAAa+xB,CAAb,CAAf,EAA+B/xB,EAAEsuG,WAAF,GAAc90G,CAA7C,EAA+CozD,MAAIh+C,CAAJ,IAAOo/D,GAAGi9B,QAAV,KAAqBx8C,IAAEuf,GAAGmlB,OAAH,CAAW11F,MAAX,EAAF,EAAsBwS,IAAE+9D,GAAGi9B,QAAH,CAAYza,aAAZ,CAA0B/hC,CAA1B,CAAxB,EAAqDiC,EAAE1wD,CAAF,EAAI05F,GAAGoF,IAAH,CAAQzC,QAAR,CAAiBpsF,CAAjB,CAAJ,CAA1E,CAA/C,EAAmJjQ,CAA1J;AAA4J,kBAASq5F,EAAT,CAAY/9E,CAAZ,EAAc1M,CAAd,EAAgB;AAAC,gBAAIpV,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQC,CAAR;AAAA,gBAAU96B,CAAV;AAAA,gBAAY/xB,CAAZ;AAAA,gBAAcyuD,CAAd;AAAA,gBAAgBf,CAAhB;AAAA,gBAAkBF,IAAEvtD,EAAEqb,CAAF,CAApB;AAAA,gBAAyBoN,IAAE/mB,EAAE6rD,CAAF,EAAI,eAAJ,CAA3B,CAAgD9kC,KAAG0kC,EAAEosC,GAAG9wE,CAAH,EAAK,MAAL,CAAF,EAAe2kC,CAAf,EAAiB,CAAjB,CAAH,EAAuB7zD,IAAEmI,EAAE6rD,CAAF,EAAI,mBAAJ,CAAzB,EAAkDh0D,KAAG4zD,EAAEosC,GAAGhgG,CAAH,EAAK,MAAL,CAAF,EAAeyW,CAAf,EAAiB,CAAjB,CAArD,EAAyE,sDAAsD7M,IAAtD,CAA2DkY,EAAEykD,OAA7D,KAAuE,QAAMiO,GAAGi9B,QAAT,KAAoBr+C,IAAEzqD,EAAER,EAAE6rD,CAAF,EAAI,SAAJ,CAAF,CAAF,EAAoBX,IAAElrD,EAAE6rD,CAAF,EAAI,YAAJ,CAAtB,EAAwCz7B,IAAEpwB,EAAE6rD,CAAF,EAAI,SAAJ,CAA1C,EAAyD,MAAIZ,CAAJ,IAAO,YAAUC,CAAjB,IAAoB,UAAQ96B,CAA5B,KAAgC/xB,IAAE+wD,EAAEvD,CAAF,CAAF,EAAOE,IAAE/rD,EAAE6rD,CAAF,EAAI,SAAJ,CAAT,EAAwB,CAACxtD,KAAG4sD,IAAE,CAAN,KAAU,UAAQc,CAAlB,KAAsBA,IAAE,CAAxB,CAAxB,EAAmDe,IAAE2qC,GAAG99E,CAAH,EAAK1M,CAAL,EAAO8+C,CAAP,CAArD,EAA+Dd,IAAE,CAAF,IAAK6B,EAAEznC,OAAF,CAAU4lC,IAAE6B,EAAEznC,OAAF,EAAZ,CAApE,EAA6F+nC,EAAEzzC,CAAF,EAAIkyC,CAAJ,EAAMiB,CAAN,CAA7F,EAAsGzuD,IAAEyiC,EAAEnnB,CAAF,EAAI,YAAU;AAAC,oBAAInZ,CAAJ,EAAMyM,CAAN,EAAQpV,CAAR,EAAUozD,CAAV,CAAYgE,EAAEt1C,EAAEjD,KAAJ,EAAU,WAAV,EAAsB,MAAtB,EAA6B,WAA7B,GAA0Cu4C,EAAEt1C,EAAEjD,KAAJ,EAAU,YAAV,EAAuB,MAAvB,EAA8B,WAA9B,CAA1C,EAAqF,YAAU1W,EAAE6rD,CAAF,EAAI,UAAJ,CAAV,IAA2BoD,EAAEt1C,EAAEjD,KAAJ,EAAU,UAAV,EAAqB,UAArB,EAAgC,WAAhC,CAAhH,EAA6JlW,IAAEmZ,EAAE8L,qBAAF,EAA/J,EAAyLxY,IAAEzM,EAAEklB,IAAF,GAAOrnB,EAAE+pF,MAAF,CAAS,CAAT,CAAlM,EAA8MvwF,IAAE2I,EAAEqD,GAAF,GAAMxF,EAAE+pF,MAAF,CAAS,CAAT,CAAtN,EAAkOn9B,IAAE,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAS,CAACh+C,CAAV,EAAY,CAACpV,CAAb,CAApO,EAAoPozD,IAAE0sC,GAAG1sC,CAAH,EAAK5sD,EAAE6vF,MAAP,CAAtP,EAAqQjjC,IAAE0sC,GAAG1sC,CAAH,EAAK,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAASh+C,CAAT,EAAWpV,CAAX,CAAL,CAAvQ,EAA2RozD,IAAEuE,EAAE1C,CAAF,EAAI7B,CAAJ,CAA7R,EAAoSohB,GAAGmlB,OAAH,GAAWnlB,GAAGmlB,OAAH,CAAWF,YAAX,CAAwBrmC,CAAxB,CAA/S,EAA0UkE,EAAEx1C,CAAF,EAAImzC,CAAJ,CAA1U;AAAiV,aAA5W,CAAF,GAAgXqC,EAAEx1C,CAAF,EAAImzC,CAAJ,CAAtd,EAA6dx3B,GAA7f,CAA7E,CAAhJ;AAAguB,kBAASqiE,EAAT,CAAYh+E,CAAZ,EAAcnZ,CAAd,EAAgB;AAAC,gBAAIyM,IAAE0M,EAAE,CAAF,CAAN;AAAA,gBAAW9hB,IAAE8hB,EAAE,CAAF,CAAb;AAAA,gBAAkBsxC,IAAEtxC,EAAE,CAAF,CAApB;AAAA,gBAAyBuxC,IAAEvxC,EAAE,CAAF,CAA3B;AAAA,gBAAgCyW,IAAEzW,EAAE,CAAF,CAAlC;AAAA,gBAAuCtb,IAAEsb,EAAE,CAAF,CAAzC;AAAA,gBAA8CmzC,IAAEtsD,EAAE,CAAF,CAAhD;AAAA,gBAAqD8N,IAAE9N,EAAE,CAAF,CAAvD;AAAA,gBAA4DkrD,IAAElrD,EAAE,CAAF,CAA9D;AAAA,gBAAmEirD,IAAEjrD,EAAE,CAAF,CAArE;AAAA,gBAA0EurD,IAAEvrD,EAAE,CAAF,CAA5E;AAAA,gBAAiFqrD,IAAErrD,EAAE,CAAF,CAAnF,CAAwF,OAAM,CAACyM,IAAE6/C,CAAF,GAAIj1D,IAAE6zD,CAAP,EAASz+C,IAAEqB,CAAF,GAAIzW,IAAE4zD,CAAf,EAAiBR,IAAE6B,CAAF,GAAI5B,IAAEQ,CAAvB,EAAyBT,IAAE38C,CAAF,GAAI48C,IAAEO,CAA/B,EAAiCr7B,IAAE08B,CAAF,GAAIzuD,IAAEqtD,CAAN,GAAQK,CAAzC,EAA2C37B,IAAE9hB,CAAF,GAAIjQ,IAAEotD,CAAN,GAAQI,CAAnD,CAAN;AAA4D,aAAI0rC,EAAJ;AAAA,YAAOK,EAAP;AAAA,YAAUC,EAAV;AAAA,YAAaC,EAAb;AAAA,YAAgBruB,EAAhB;AAAA,YAAmBsuB,KAAGlnC,MAAM2K,OAA5B;AAAA,YAAoC+Q,KAAG1b,MAAM+gC,QAA7C;AAAA,YAAsDthE,KAAGv2B,MAAMnD,SAAN,CAAgBtB,KAAzE;AAAA,YAA+E0iG,KAAGnnC,MAAM/6D,OAAN,CAAc81D,OAAhG;AAAA,YAAwGqsC,KAAGpnC,MAAM30B,IAAN,CAAW4vD,aAAtH;AAAA,YAAoIoM,KAAGrnC,MAAM30B,IAAN,CAAWgwD,SAAlJ;AAAA,YAA4Jl1C,KAAG,sBAA/J;AAAA,YAAsLwgD,KAAG,EAAzL;AAAA,YAA4LnrB,KAAG,EAA/L,CAAkMA,GAAG8yB,KAAH,GAAS9yB,EAAT,EAAYkrB,KAAGQ,GAAGwF,IAAH,CAAQ/kG,MAAR,CAAe,EAAC6B,UAAS,MAAV,EAAiBjE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC8qF,mBAAGwF,IAAH,CAAQpnG,EAAR,CAAWC,IAAX,CAAgBa,IAAhB,CAAqB,IAArB,EAA0B0iB,CAA1B,EAA4BnZ,EAAEgvF,SAAF,EAA5B,EAA0CviF,CAA1C,GAA6C,KAAK2/F,QAAL,GAAcpsG,CAA3D;AAA6D,aAAnG,EAAoGi+B,MAAK,gBAAU;AAAC,uBAAO,KAAKmuE,QAAZ;AAAqB,aAAzI,EAA0IvV,SAAQ,mBAAU;AAAC,uBAAO,KAAKuV,QAAZ;AAAqB,aAAlL,EAAf,CAAf,EAAmN7U,GAAG8U,OAAH,GAAW5hD,CAA9N,EAAgOA,EAAE6hD,YAAF,GAAe5hD,CAA/O,EAAiP0sC,KAAG,YAAU;AAAC,qBAASj+E,CAAT,CAAWA,CAAX,EAAa;AAAC,yBAASoN,CAAT,GAAY;AAAC,wBAAIvmB,IAAEnC,EAAE8C,IAAF,CAAOwY,CAAP,CAAN,CAAgBnZ,MAAImZ,IAAEA,EAAEw7C,MAAF,CAAS30D,EAAE,CAAF,EAAKzJ,MAAd,CAAN;AAA6B,0BAAS4J,CAAT,CAAWH,CAAX,EAAa;AAACumB,wBAAI,IAAI9Z,IAAEzM,EAAEW,IAAF,CAAOwY,CAAP,CAAN,CAAgB,IAAG1M,CAAH,EAAK,OAAO0M,IAAEA,EAAEw7C,MAAF,CAASloD,EAAE,CAAF,EAAKlW,MAAd,CAAF,EAAwBkW,EAAE,CAAF,CAA/B;AAAoC,0BAASmgD,CAAT,GAAY;AAAC,wBAAI5sD,CAAJ;AAAA,wBAAMyqD,CAAN;AAAA,wBAAQC,IAAE2F,MAAMs3B,UAAN,CAAiBxuE,CAAjB,EAAmB,CAAC,CAApB,CAAV,CAAiC,IAAGuxC,CAAH,EAAK,OAAOvxC,IAAEA,EAAEw7C,MAAF,CAASjK,EAAEpqD,KAAF,CAAQ,CAAR,EAAW/J,MAApB,CAAF,EAA8Bm0D,IAAEA,EAAEq8B,KAAF,EAAhC,EAA0C,CAAC/mF,IAAEG,EAAE9I,CAAF,CAAH,MAAWozD,IAAEtqD,EAAEsM,CAAF,CAAb,CAA1C,EAA6D,EAACm/B,OAAM8e,CAAP,EAASn0D,QAAOyJ,CAAhB,EAAkBimB,SAAQwkC,CAA1B,EAApE;AAAiG,0BAAS31B,CAAT,CAAW90B,CAAX,EAAa;AAAC,wBAAI3I,CAAJ;AAAA,wBAAMu4B,CAAN;AAAA,wBAAQ/xB,CAAR;AAAA,wBAAUotD,CAAV;AAAA,wBAAYM,CAAZ;AAAA,wBAAcF,CAAd;AAAA,wBAAgB9kC,IAAE,EAAlB;AAAA,wBAAqBuO,IAAE,CAAC,CAAxB,CAA0B,IAAG30B,EAAEmsD,CAAF,CAAH,EAAQ;AAAC,6BAAIj1D,IAAE8I,EAAEuqD,CAAF,CAAF,EAAOrzD,KAAGA,IAAEw3D,EAAEx3D,CAAF,CAAF,EAAO8I,EAAE+qD,CAAF,CAAV,KAAiBt7B,IAAEzvB,EAAEsqD,CAAF,CAAF,EAAO,QAAM76B,CAAN,GAAQA,IAAEzvB,EAAEsqD,CAAF,CAAV,GAAe76B,KAAG,KAAK3uB,IAAL,CAAUjB,CAAV,CAAH,KAAkB80B,IAAE,CAAC,CAArB,CAAtB,EAA8Cj3B,IAAEsC,EAAEsqD,CAAF,CAAhD,EAAqDtqD,EAAE+qD,CAAF,CAAtE,CAAP,EAAmF,QAAQjqD,IAAR,CAAajB,CAAb,KAAiB,QAAM3I,CAAvB,IAA0B,QAAMu4B,CAAhC,KAAoCq7B,IAAE9qD,EAAEsM,CAAF,CAAF,EAAO8+C,IAAEprD,EAAEsM,CAAF,CAAT,EAAcqoB,IAAE,CAAC,CAAjB,EAAmB,QAAMm2B,CAAN,GAAQr7B,IAAE,MAAV,GAAiB,UAAQq7B,CAAR,KAAYr7B,IAAE,OAAd,CAApC,EAA2D,QAAM27B,CAAN,GAAQ1tD,IAAE,KAAV,GAAgB,UAAQ0tD,CAAR,KAAY1tD,IAAE,QAAd,CAA3E,EAAmGsC,EAAE+qD,CAAF,CAAvI,CAAvF,EAAoO/xC,KAAG,CAAChZ,EAAE2N,CAAF,CAAJ,KAAWu9C,IAAEuB,GAAb,CAApO;AAAuPrmC,8BAAEvxB,IAAF,CAAOq2D,CAAP,GAAUlrD,EAAE+qD,CAAF,CAAV;AAAvP,yBAAsQ,OAAM,EAAC5xD,MAAK,QAAN,EAAekyG,OAAMn0G,CAArB,EAAuBiyB,IAAGsG,KAAG/xB,CAAH,GAAK+xB,IAAE,GAAF,GAAM/xB,CAAX,GAAa+xB,IAAEA,CAAF,GAAI/xB,IAAEA,CAAF,GAAI,IAA/C,EAAoDy8F,OAAM/zE,CAA1D,EAA4D3X,SAAQkmB,CAApE,EAAN;AAA6E;AAAC,0BAAS+P,CAAT,GAAY;AAAC,wBAAG1kC,EAAEmsD,CAAF,CAAH,EAAQ;AAAC,4BAAInzC,IAAEhZ,EAAEorD,CAAF,CAAN,CAAW,OAAOpyC,IAAEA,EAAEngB,OAAF,CAAU,gBAAV,EAA2B,EAA3B,CAAF,EAAiCmH,EAAE2N,CAAF,CAAjC,EAAsC,EAACxU,MAAK,KAAN,EAAY03B,KAAI7X,CAAhB,EAA7C;AAAgE;AAAC,qBAAI4rB,CAAJ;AAAA,oBAAMtwC,IAAE0kB,CAAR,CAAU,OAAOyW,EAAEy7B,CAAF,EAAI52D,CAAJ,IAAO42D,EAAE52D,CAAF,CAAP,IAAa,CAACswC,IAAE5kC,EAAEH,CAAF,CAAH,IAAS+kC,IAAEjQ,EAAEiQ,CAAF,CAAX,GAAgB,CAACA,IAAE5kC,EAAE8qD,CAAF,CAAH,MAAWlmB,IAAEF,GAAb,CAAhB,EAAkCwmB,EAAE52D,CAAF,IAAKswC,KAAG,EAACzrC,MAAK,MAAN,EAAvD,CAAP;AAA6E,iBAAI0G,IAAE,mDAAN;AAAA,gBAA0DyM,IAAE,cAA5D;AAAA,gBAA2EpV,IAAE,eAA7E;AAAA,gBAA6FozD,IAAE,sCAA/F;AAAA,gBAAsIC,IAAE,gCAAxI;AAAA,gBAAyK7sD,IAAE,QAA3K;AAAA,gBAAoLyuD,IAAE,OAAtL;AAAA,gBAA8Lx+C,IAAE,OAAhM;AAAA,gBAAwMo9C,IAAE,MAA1M;AAAA,gBAAiND,IAAE,UAAnN;AAAA,gBAA8NM,IAAE,UAAhO;AAAA,gBAA2OF,IAAE,EAA7O;AAAA,gBAAgP9kC,IAAE,EAAlP,CAAqP,OAAO,UAASvmB,CAAT,EAAW;AAAC,uBAAO4vB,EAAErJ,CAAF,EAAIvmB,CAAJ,IAAOumB,EAAEvmB,CAAF,CAAP,GAAYumB,EAAEvmB,CAAF,IAAKq3F,GAAGr3F,CAAH,EAAM7I,GAAN,CAAUgiB,CAAV,CAAxB;AAAqC,aAAxD;AAAyD,SAA9pC,EAApP,EAAq5Ck+E,KAAG,YAAU;AAAC,gBAAIl+E,IAAE,EAAN,CAAS,OAAO,UAASnZ,CAAT,EAAWyM,CAAX,EAAa;AAAC,yBAASpV,CAAT,CAAW8hB,CAAX,EAAa;AAAC,2BAAOoyC,IAAEpyC,EAAExY,IAAF,CAAOX,EAAE20D,MAAF,CAAS7mD,CAAT,CAAP,CAAT;AAA6B,0BAAS28C,CAAT,CAAWtxC,CAAX,EAAa;AAAC,2BAAOA,EAAEngB,OAAF,CAAU,YAAV,EAAuB,EAAvB,CAAP;AAAkC,qBAAI0xD,CAAJ,EAAM7sD,CAAN,EAAQyuD,CAAR,EAAUx+C,CAAV,EAAYo9C,CAAZ,EAAcD,CAAd,EAAgBM,CAAhB,CAAkB,IAAG9+C,MAAIA,IAAE,UAAN,GAAkBi+C,IAAE1qD,IAAEyM,CAAtB,EAAwBmjB,EAAEzW,CAAF,EAAIuxC,CAAJ,CAA3B,EAAkC,OAAOvxC,EAAEuxC,CAAF,CAAP,CAAY,KAAI7sD,IAAE,EAAF,EAAKyuD,IAAE,CAAP,EAASx+C,IAAE,CAAX,EAAao9C,IAAE,CAAf,EAAiBD,IAAE,CAAC,CAAxB,EAA0Bn9C,IAAE9N,EAAEzJ,MAA9B;AAAsC,qBAAC00D,CAAD,IAAI5zD,EAAE,WAAF,CAAJ,IAAoB6zD,KAAIp9C,GAAxB,IAA6B,CAACm9C,CAAD,IAAI5zD,EAAE,WAAF,CAAJ,IAAoB6zD,KAAIp9C,GAAxB,IAA6B,CAACm9C,CAAD,IAAI5zD,EAAE,SAAF,CAAJ,IAAkB4zD,IAAEM,EAAE,CAAF,CAAF,EAAOz9C,GAAzB,IAA8B,OAAKm9C,CAAL,IAAQ5zD,EAAE,OAAF,CAAR,GAAmByW,KAAG,CAAtB,GAAwB,OAAKm9C,CAAL,IAAQ5zD,EAAE,OAAF,CAAR,GAAmByW,KAAG,CAAtB,GAAwB,OAAKm9C,CAAL,IAAQ5zD,EAAE,KAAF,CAAR,IAAkB4zD,IAAE,CAAC,CAAH,EAAKn9C,GAAvB,IAA4B,OAAKm9C,CAAL,IAAQ5zD,EAAE,KAAF,CAAR,IAAkB4zD,IAAE,CAAC,CAAH,EAAKn9C,GAAvB,IAA4BzW,EAAEoV,CAAF,KAAM,CAACw+C,CAAD,IAAI,CAACC,CAAL,IAAQp9C,IAAEw+C,CAAV,KAAczuD,EAAE7I,IAAF,CAAOy1D,EAAEzqD,EAAE4qD,SAAF,CAAY0B,CAAZ,EAAcx+C,CAAd,CAAF,CAAP,GAA4Bw+C,IAAEx+C,IAAEy9C,EAAE,CAAF,EAAKh1D,MAAnD,GAA2DuX,KAAGy9C,EAAE,CAAF,EAAKh1D,MAAzE,IAAiFuX,GAAjR;AAAtC,iBAA2T,OAAOw+C,IAAEx+C,CAAF,IAAKjQ,EAAE7I,IAAF,CAAOy1D,EAAEzqD,EAAE4qD,SAAF,CAAY0B,CAAZ,EAAcx+C,CAAd,CAAF,CAAP,CAAL,EAAiCqL,EAAEuxC,CAAF,IAAK7sD,CAA7C;AAA+C,aAA1hB;AAA2hB,SAA/iB,EAAx5C,EAA08Dy5F,KAAG,UAASn+E,CAAT,EAAW;AAAC,mBAAO,UAASnZ,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,IAAE8hB,EAAEnZ,CAAF,CAAR,CAAa,OAAO3I,MAAI,CAACoV,IAAE,2DAA2D9L,IAA3D,CAAgEX,CAAhE,CAAH,IAAuE3I,IAAE8hB,EAAEnZ,CAAF,IAAKyM,EAAE,CAAF,CAA9E,GAAmF,CAACA,IAAE,kCAAkC9L,IAAlC,CAAuCX,CAAvC,CAAH,MAAgD3I,IAAE8hB,EAAEnZ,CAAF,IAAKyM,EAAE,CAAF,CAAvD,CAAvF,GAAqJpV,CAA5J;AAA8J,aAA9L;AAA+L,SAA3M,CAA4M6D,OAAOowE,MAAP,CAAc,IAAd,CAA5M,CAA78D,EAA8qErC,KAAG,UAAS9vD,CAAT,EAAW;AAAC,mBAAO,UAASnZ,CAAT,EAAW;AAAC,oBAAIyM,IAAE0M,EAAEnZ,CAAF,CAAN,CAAW,OAAO,QAAMyM,CAAN,KAAUA,IAAE0M,EAAEnZ,CAAF,IAAKqwD,MAAM30B,IAAN,CAAWixD,WAAX,CAAuB,MAAvB,EAA8B,EAAC+L,MAAK14F,CAAN,EAA9B,EAAwCknB,MAAzD,GAAiEza,CAAxE;AAA0E,aAAxG;AAAyG,SAArH,CAAsHvR,OAAOowE,MAAP,CAAc,IAAd,CAAtH,CAAjrE;AAA4zE,KADi7B,CACh7B32E,OAAO07D,KAAP,CAAa76D,MADm6B,EAC55BmE,UAD45B,EACj5Bb,IADi5B,CAAD;AAC14B,CAD6vB,EAC5vB,cAAY,OAAOkgC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CADsrB,CAHg2oC,EAIphqC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,sBAAD,EAAwB,kBAAxB,CAA/B,EAA2E7f,CAA3E;AAA8E,CAAjG,CAAkG,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,YAAInZ,IAAEmZ,EAAE/f,IAAR;AAAA,YAAaqT,IAAE9X,OAAO07D,KAAtB;AAAA,YAA4Bh5D,IAAEoV,EAAE0wD,KAAhC;AAAA,YAAsC1S,IAAEh+C,EAAEivB,IAA1C;AAAA,YAA+CgvB,IAAEj+C,EAAE84D,cAAnD;AAAA,YAAkE31C,IAAEnjB,EAAEgwD,UAAtE;AAAA,YAAiF5+D,IAAExG,EAAEW,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN,CAAWA,EAAExU,OAAF,GAAU23B,EAAE,EAAF,EAAKnjB,EAAExU,OAAP,EAAe+H,CAAf,CAAV,EAA4ByM,EAAE+wB,OAAF,GAAUrkB,CAAtC;AAAwC,aAAvE,EAAwElhB,SAAQ,EAACkuB,UAAS,GAAV,EAAcL,QAAO,OAArB,EAAhF,EAA8G7L,OAAMja,CAApH,EAAsHomB,MAAKpmB,CAA3H,EAA6HusG,MAAK,gBAAU;AAAC,oBAAIvsG,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAE2M,MAAF,CAASrZ,EAAEqZ,MAAX,CAAzB;AAAA,oBAA4C8J,IAAEnjB,EAAE0Z,QAAhD;AAAA,oBAAyDtoB,IAAE4O,EAAEge,KAAF,IAAS,CAApE;AAAA,oBAAsE6hC,IAAE7B,EAAEzuD,GAAF,KAAQ6B,CAAhF;AAAA,oBAAkFiQ,IAAEw+C,IAAE18B,CAAtF,CAAwF,MAAIA,CAAJ,IAAO5vB,EAAEomB,IAAF,CAAO,CAAP,GAAUpmB,EAAEgzB,KAAF,EAAjB,IAA4BvgB,WAAW,YAAU;AAAC,wBAAI0G,IAAE,SAAFA,CAAE,GAAU;AAAC,4BAAI1M,CAAJ,EAAM5O,CAAN,EAAQqtD,CAAR,EAAUD,CAAV,CAAYjrD,EAAEwsG,QAAF,KAAa//F,IAAEg+C,EAAEzuD,GAAF,EAAF,EAAU6B,IAAE4sD,EAAE8/B,UAAF,CAAa99E,IAAE6/C,CAAf,EAAiB,CAAjB,EAAmB18B,CAAnB,CAAZ,EAAkCs7B,IAAErtD,IAAE+xB,CAAtC,EAAwCq7B,IAAE5zD,EAAE6zD,CAAF,EAAIrtD,CAAJ,EAAM,CAAN,EAAQ,CAAR,EAAU+xB,CAAV,CAA1C,EAAuD5vB,EAAEomB,IAAF,CAAO6kC,CAAP,CAAvD,EAAiEx+C,IAAEqB,CAAF,GAAI48C,EAAEvxC,CAAF,CAAJ,GAASnZ,EAAEgzB,KAAF,EAAvF;AAAkG,qBAA/H,CAAgI7Z;AAAI,iBAA1J,EAA2Jtb,CAA3J,CAA5B;AAA0L,aAA/Z,EAAgam1B,OAAM,iBAAU;AAAC,qBAAKw5E,QAAL,GAAc,CAAC,CAAf;AAAiB,aAAlc,EAAmczwD,SAAQ,mBAAU;AAAC,qBAAK/oB,KAAL;AAAa,aAAne,EAAT,CAAnF;AAAA,YAAkkBs5B,IAAE,SAAFA,CAAE,GAAU;AAAC,iBAAKsnC,MAAL,GAAY,EAAZ;AAAe,SAA9lB,CAA+lBtnC,EAAEl2D,SAAF,GAAY,EAAC+c,UAAS,kBAASgG,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK4zF,MAAL,CAAY5+F,IAAZ,CAAiB,EAACkD,MAAKihB,CAAN,EAAQ7f,MAAK0G,CAAb,EAAjB;AAAkC,aAA1D,EAA2DsrE,QAAO,gBAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMpV,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,IAAE,KAAKkpC,MAAjB,CAAwB,IAAG5zF,KAAGA,EAAE1G,IAAR,EAAa,KAAIjC,IAAE2I,EAAE1G,IAAF,CAAOwB,WAAP,EAAF,EAAuB2vD,IAAE,CAA7B,EAA+BA,IAAEC,EAAEn0D,MAAnC,EAA0Ck0D,GAA1C;AAA8C,wBAAGC,EAAED,CAAF,EAAKvyD,IAAL,CAAU4C,WAAV,OAA0BzD,CAA7B,EAA+B;AAACoV,4BAAEi+C,EAAED,CAAF,CAAF,CAAO;AAAM;AAA3F,iBAA2F,IAAGh+C,CAAH,EAAK,OAAO,IAAIA,EAAEnT,IAAN,CAAW6f,CAAX,EAAanZ,CAAb,CAAP;AAAuB,aAA5O,EAAZ,EAA0PssD,EAAE97B,OAAF,GAAU,IAAI87B,CAAJ,EAApQ,EAA0QzuD,EAAEytE,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAO6/C,EAAE97B,OAAF,CAAU86C,MAAV,CAAiBnyD,CAAjB,EAAmBnZ,CAAnB,EAAqByM,CAArB,CAAP;AAA+B,SAAlU,EAAmUmjB,EAAEnjB,EAAEuuD,OAAJ,EAAY,EAAC3zC,WAAUxpB,CAAX,EAAa4uG,kBAAiBngD,CAA9B,EAAZ,CAAnU;AAAiX,KAA59B,CAA69B33D,OAAO07D,KAAP,CAAa76D,MAA1+B,CAAD;AAAm/B,CAAhmC,EAAimC,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAvqC,CAJohqC,EAI32nC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,mBAAP,EAA2B,CAAC,iBAAD,EAAmB,eAAnB,EAAmC,uBAAnC,EAA2D,iBAA3D,EAA6E,sBAA7E,EAAoG,sBAApG,EAA2H,kBAA3H,EAA8I,oBAA9I,EAAmK,oBAAnK,EAAwL,oBAAxL,EAA6M,oBAA7M,EAAkO,iBAAlO,EAAoP,oBAApP,EAAyQ,iBAAzQ,EAA2R,kBAA3R,EAA8S,uBAA9S,CAA3B,EAAkW7f,CAAlW;AAAqW,CAAxX,CAAyX,YAAU,CAAE,CAArY,EAAsY,cAAY,OAAO6f,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAA5c,CAJ22nC,CAI75mC,CAAC,CAAC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0C7f,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWm1C,CAAlB;AAAoB,kBAASj3D,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAI2I,IAAEyM,EAAEpV,CAAF,CAAN,CAAW,OAAO83D,EAAEr0B,KAAF,CAAQ3hB,IAAEnZ,CAAV,IAAaA,CAApB;AAAsB,kBAASyM,CAAT,CAAW0M,CAAX,EAAa;AAAC,mBAAOA,IAAEg2C,EAAEp0B,GAAF,CAAM,EAAN,EAAS5hB,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAASnZ,CAAT,CAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,mBAAO0iD,EAAEnrC,GAAF,CAAMmrC,EAAE5hB,GAAF,CAAMp0B,CAAN,EAAQ1M,CAAR,CAAN,EAAiBpV,CAAjB,CAAP;AAA2B,kBAASqzD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,mBAAOA,IAAEvhB,CAAT;AAAW,kBAAS6yD,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAOA,IAAEvhB,CAAT;AAAW,kBAASiG,CAAT,CAAWsb,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAAC+B,MAAM/B,CAAN,CAA3B;AAAoC,kBAASyW,CAAT,CAAWv4B,CAAX,EAAaoV,CAAb,EAAe;AAAC,mBAAO0M,EAAE9hB,CAAF,IAAKA,CAAL,GAAOoV,CAAd;AAAgB,kBAASqB,CAAT,CAAWqL,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAAS8xC,CAAT,CAAW9xC,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,IAAE,EAAR,CAAW,KAAIpV,CAAJ,IAAS8hB,CAAT;AAAW1M,kBAAEzX,IAAF,CAAOqC,IAAE8hB,EAAE9hB,CAAF,CAAT;AAAX,aAA0B,OAAOoV,EAAE3U,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS6pD,CAAT,CAAW/xC,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,IAAE,UAAR,CAAmB,KAAIpV,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmB,EAAEc,CAArB;AAAuBoV,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG0M,EAAEu4C,UAAF,CAAar6D,CAAb,CAA1C;AAAvB,aAAiF,OAAOoV,MAAI,CAAX;AAAa,kBAAS6/C,CAAT,CAAWnzC,CAAX,EAAa;AAAC,mBAAO+xC,EAAED,EAAE9xC,CAAF,CAAF,CAAP;AAAe,kBAASoN,CAAT,CAAWpN,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,IAAE0M,EAAE5iB,MAAV;AAAA,gBAAiByJ,IAAE0uD,CAAnB;AAAA,gBAAqBhE,IAAEuE,CAAvB,CAAyB,KAAI53D,IAAE,CAAN,EAAQA,IAAEoV,CAAV,EAAYpV,GAAZ;AAAgBqzD,oBAAEyE,EAAEnrC,GAAF,CAAM0mC,CAAN,EAAQvxC,EAAE9hB,CAAF,CAAR,CAAF,EAAgB2I,IAAEmvD,EAAE5hB,GAAF,CAAMvtC,CAAN,EAAQmZ,EAAE9hB,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACk2C,KAAIvtC,CAAL,EAAOgkB,KAAI0mC,CAAX,EAAN;AAAoB,kBAASa,CAAT,CAAWpyC,CAAX,EAAa;AAAC,mBAAOoN,EAAEpN,CAAF,EAAKo0B,GAAZ;AAAgB,kBAAS8d,CAAT,CAAWlyC,CAAX,EAAa;AAAC,mBAAOoN,EAAEpN,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS6gB,CAAT,CAAW1rB,CAAX,EAAa;AAAC,mBAAOyzC,EAAEzzC,CAAF,EAAKo0B,GAAZ;AAAgB,kBAASptC,CAAT,CAAWgZ,CAAX,EAAa;AAAC,mBAAOyzC,EAAEzzC,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAWzzC,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQzM,CAAR;AAAA,gBAAU0qD,IAAEgE,CAAZ;AAAA,gBAAcjE,IAAEwE,CAAhB,CAAkB,KAAI53D,IAAE,CAAF,EAAIoV,IAAE0M,EAAE5iB,MAAZ,EAAmBc,IAAEoV,CAArB,EAAuBpV,GAAvB;AAA2B2I,oBAAEmZ,EAAE9hB,CAAF,CAAF,EAAO,SAAO2I,CAAP,IAAUglB,SAAShlB,CAAT,CAAV,KAAwB0qD,IAAEyE,EAAE5hB,GAAF,CAAMmd,CAAN,EAAQ1qD,CAAR,CAAF,EAAayqD,IAAE0E,EAAEnrC,GAAF,CAAMymC,CAAN,EAAQzqD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACutC,KAAImd,MAAIgE,CAAJ,GAAM,KAAK,CAAX,GAAahE,CAAlB,EAAoB1mC,KAAIymC,MAAIwE,CAAJ,GAAM,KAAK,CAAX,GAAaxE,CAArC,EAAN;AAA8C,kBAAS31B,CAAT,CAAW3b,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASwuC,CAAT,CAAW5rB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO8hB,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAe9hB,CAAf,GAAkB8hB,CAAzB;AAA2B,kBAASrb,CAAT,CAAWqb,CAAX,EAAa;AAAC,mBAAOq0C,EAAEjF,QAAF,CAAWpvC,CAAX,EAAa,EAACk4C,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAS38D,CAAT,CAAW4C,CAAX,EAAaoV,CAAb,EAAe;AAAC,mBAAO0M,EAAE1M,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAIpV,CAAJ,GAAM,IAAN,GAAWoV,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASihD,CAAT,CAAWv0C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,qBAAGhY,EAAE0kB,EAAE9hB,CAAF,EAAK,CAAL,CAAF,EAAU8hB,EAAE9hB,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAOoV,CAAP;AAAS,kBAAS6zB,CAAT,CAAWjpC,CAAX,EAAa;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMzM,CAAN;AAAA,gBAAQ0qD,IAAE,EAAV,CAAa,KAAIj+C,IAAE,CAAN,EAAQA,IAAEpV,EAAEd,MAAZ,EAAmBkW,GAAnB;AAAuBzM,oBAAE3I,EAAEoV,CAAF,EAAK,CAAL,CAAF,EAAU0M,EAAEnZ,CAAF,MAAO0qD,KAAGrzD,EAAEoV,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYzM,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAK0qD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASlrD,CAAT,CAAW2Z,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASo0C,CAAT,CAAWp0C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQzM,IAAE,EAAV,CAAa,IAAGmZ,CAAH,EAAK,KAAI9hB,IAAEm2D,EAAEsP,SAAF,CAAY3jD,CAAZ,EAAe/c,KAAf,CAAqB,GAArB,CAAF,EAA4BqQ,IAAE,CAAlC,EAAoCA,IAAEpV,EAAEd,MAAxC,EAA+CkW,GAA/C;AAAmDzM,kBAAEhL,IAAF,CAAO,WAASqC,EAAEoV,CAAF,CAAhB;AAAnD,aAAyE,OAAOzM,EAAEqB,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASosD,CAAT,CAAWp2D,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAAC8hB,EAAE9hB,CAAF,CAAxD;AAA6D,kBAASu3D,CAAT,CAAWz1C,CAAX,EAAa;AAAC,iBAAI,IAAI9hB,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8OoV,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUzM,IAAE,EAA7U,EAAgVmZ,IAAE,CAAlV;AAAqVA,oBAAE1M,EAAE,CAAF,CAAF,GAAOA,EAAE5K,KAAF,EAAP,IAAkB7B,KAAG3I,EAAEoV,EAAE,CAAF,CAAF,CAAH,EAAW0M,KAAG1M,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOzM,CAAP;AAAS,kBAAS+tD,CAAT,CAAW50C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ,EAAMoV,CAAN,EAAQzM,CAAR,EAAU0qD,CAAV,EAAYD,CAAZ,CAAc,KAAItxC,IAAEA,EAAEre,WAAF,EAAF,EAAkBzD,IAAE,EAACA,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DsM,IAAE,CAA5D,EAA8DzM,IAAE,CAAhE,EAAkE0qD,IAAE,CAAxE,EAA0EA,IAAEvxC,EAAE5iB,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAGD,IAAEpzD,EAAE8hB,EAAEwxC,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAACD,CAArB,EAAuB,OAAO,IAAP,CAAYh+C,KAAGg+C,CAAH,EAAKA,IAAEzqD,CAAF,KAAMyM,KAAG,IAAEzM,CAAX,CAAL,EAAmBA,IAAEyqD,CAArB;AAAuB,oBAAOh+C,CAAP;AAAS,kBAASuiD,CAAT,CAAW71C,CAAX,EAAa;AAAC,gBAAI9hB,IAAE6D,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAI7+D,CAAJ;AAAA,oBAAMzM,IAAE,EAAR,CAAW,KAAIyM,IAAElV,UAAUhB,MAAhB,EAAuB,EAAEkW,CAAF,IAAK,CAA5B;AAA+BzM,yBAAG,MAAIzI,UAAUkV,CAAV,CAAP;AAA/B,iBAAmD,OAAOzM,KAAK3I,CAAL,GAAOA,EAAE2I,CAAF,CAAP,GAAY3I,EAAE2I,CAAF,IAAKmZ,EAAE7hB,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASu3D,CAAT,CAAW31C,CAAX,EAAa;AAAC,iBAAI,IAAI9hB,CAAJ,EAAMoV,CAAN,EAAQzM,IAAE,EAAV,EAAa0qD,IAAE,CAAf,EAAiBD,IAAEtxC,EAAE5iB,MAAzB,EAAgCm0D,IAAED,CAAlC;AAAqCpzD,oBAAE8hB,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoBrzD,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBqzD,IAAED,CAAtB,IAAyBh+C,IAAE0M,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMj+C,CAAd,IAAiBzM,EAAEhL,IAAF,CAAO,CAAC,CAAC,OAAKqC,CAAN,KAAU,EAAX,KAAgB,OAAKoV,CAArB,IAAwB,KAA/B,CAAjB,IAAwDzM,EAAEhL,IAAF,CAAOqC,CAAP,GAAUqzD,GAAlE,CAA7C,IAAqH1qD,EAAEhL,IAAF,CAAOqC,CAAP,CAAzI;AAArC,aAAwL,OAAO2I,CAAP;AAAS,kBAASuuD,CAAT,CAAWp1C,CAAX,EAAa;AAAC,mBAAOA,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,EAAN,CAAS,OAAO8hB,IAAE,KAAF,KAAUA,KAAG,KAAH,EAAS9hB,KAAGuI,OAAOC,YAAP,CAAoBsZ,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6E9hB,KAAGuI,OAAOC,YAAP,CAAoBsZ,CAApB,CAAvF;AAA8G,aAAzI,EAA2I9X,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASotD,CAAT,CAAWt1C,CAAX,EAAa9hB,CAAb,EAAe;AAAC,qBAASoV,CAAT,CAAW0M,CAAX,EAAa1M,CAAb,EAAe;AAAC,qBAAI,IAAIzM,IAAE,EAAN,EAAS0qD,IAAE,CAAX,EAAaD,IAAE,CAAf,EAAiB5sD,IAAE,CAAvB,EAAyB6sD,IAAEvxC,EAAE5iB,MAAJ,IAAYk0D,IAAEh+C,EAAElW,MAAzC;AAAiDc,sBAAE8hB,EAAEuxC,CAAF,CAAF,EAAOj+C,EAAEg+C,CAAF,CAAP,KAAc,CAAd,GAAgBzqD,EAAEnC,GAAF,IAAOsb,EAAEuxC,GAAF,CAAvB,GAA8B1qD,EAAEnC,GAAF,IAAO4O,EAAEg+C,GAAF,CAArC;AAAjD,iBAA6F,OAAOC,IAAEvxC,EAAE5iB,MAAJ,IAAYyJ,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAemZ,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuCD,IAAEh+C,EAAElW,MAAJ,IAAYyJ,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAeyM,EAAE3X,KAAF,CAAQ21D,CAAR,CAAf,CAAnD,EAA8EzqD,CAArF;AAAuF,oBAAOmZ,EAAE5iB,MAAF,GAAS,CAAT,GAAW4iB,EAAErkB,KAAF,EAAX,GAAqB,SAASkL,CAAT,CAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ,EAAMqzD,CAAN,EAAQD,CAAR,CAAU,OAAOtxC,EAAE5iB,MAAF,IAAU,CAAV,GAAY4iB,CAAZ,IAAe9hB,IAAEyB,KAAKgzD,KAAL,CAAW3yC,EAAE5iB,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAEvxC,EAAErkB,KAAF,CAAQ,CAAR,EAAUuC,CAAV,CAA3B,EAAwCozD,IAAEtxC,EAAErkB,KAAF,CAAQuC,CAAR,CAA1C,EAAqDqzD,IAAE1qD,EAAE0qD,CAAF,CAAvD,EAA4DD,IAAEzqD,EAAEyqD,CAAF,CAA9D,EAAmEh+C,EAAEi+C,CAAF,EAAID,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HtxC,CAA1H,CAA5B;AAAyJ,aAAIg2C,IAAEr2D,IAAN;AAAA,YAAW00D,IAAE74D,OAAO07D,KAApB;AAAA,YAA0BnB,IAAE1B,EAAEiP,UAA9B;AAAA,YAAyC7kE,IAAEu3D,EAAEzoC,EAAF,GAAK,GAAhD;AAAA,YAAoDgoC,IAAEyD,OAAOw3B,SAA7D;AAAA,YAAuE16B,IAAE,CAACkD,OAAOw3B,SAAjF;AAAA,YAA2Fr7B,IAAE,WAA7F;AAAA,YAAyGE,IAAEvyD,KAAKD,GAAhH,CAAoHwyD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAIvyD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CgzB,EAAE1B,CAAF,EAAI,EAAC9xB,MAAK,EAACkuD,SAAQl7B,CAAT,EAAWm7B,SAAQ56B,CAAnB,EAAqBtvC,QAAOolB,CAA5B,EAA8B+kD,aAAYvjE,CAA1C,EAA4CwjE,UAASx+B,CAArD,EAAuDy+B,UAAS3+B,CAAhE,EAAkE4+B,SAAQ9wE,CAA1E,EAA4E+wE,KAAIz/B,CAAhF,EAAkF0/B,SAAQj/B,CAA1F,EAA4Fk/B,YAAW99B,CAAvG,EAAyG+9B,UAASxsF,CAAlH,EAAoHysF,eAAc78B,CAAlI,EAAoI/1D,MAAKo9B,CAAzI,EAA2Iy1D,YAAWvqF,CAAtJ,EAAwJhE,KAAIwyD,CAA5J,EAA8Jg8B,WAAUv/B,CAAxK,EAA0KnwB,OAAMzjC,CAAhL,EAAkLozF,KAAI//B,CAAtL,EAAwLggC,YAAWj2F,CAAnM,EAAqMk2F,eAAcj9B,CAAnN,EAAqNk9B,WAAUr9B,CAA/N,EAAiOs9B,YAAWrrF,CAA5O,EAA8OsrF,aAAYxqD,CAA1P,EAA4PyqD,gBAAejtF,CAA3Q,EAA6QktF,mBAAkBp+B,CAA/R,EAAiSq+B,gBAAepmD,CAAhT,EAAkTqmD,gBAAe/qF,CAAjU,EAAmUgrF,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAct9B,CAAxW,EAA0Wu9B,eAAc18B,CAAxX,EAA0X28B,SAAQv8B,CAAlY,EAAoYw8B,YAAWj9B,CAA/Y,EAAiZk9B,YAAW38B,CAA5Z,EAA8Z48B,WAAUj9B,CAAxa,EAAN,EAAJ,CAA9C,EAAqejB,EAAEwN,OAAF,CAAUt/B,IAAV,GAAe8xB,EAAE9xB,IAAtf,EAA2f8xB,EAAEuN,OAAF,CAAUr/B,IAAV,GAAe8xB,EAAE9xB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAAS8hB,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkE7f,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAAS9hB,CAAT,GAAY;AAAC,mBAAM,EAAC8qB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASl/E,CAAT,CAAW0M,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,mBAAO6/C,EAAE97B,OAAF,CAAUo7D,OAAV,CAAkBzyE,CAAlB,EAAoB9hB,CAApB,EAAsBoV,CAAtB,CAAP;AAAgC,kBAASzM,CAAT,CAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE,EAAN,CAAS,IAAG0M,EAAE5iB,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACp/E,wBAAE0M,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,+BAAO3kB,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBtD,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAMnZ,CAAN,EAAQ;AAACyqD,sBAAEqT,YAAF,CAAe99D,CAAf;AAAkB,yBAAQ/J,GAAR,CAAYwW,CAAZ,EAAe+D,IAAf,CAAoBnZ,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIqzD,IAAEl2D,QAAN;AAAA,YAAei2D,IAAE91D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE4sD,EAAE0S,KAAlC;AAAA,YAAwCvtC,IAAE66B,EAAE/uB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6Dh/B,IAAEptD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKqlD,KAAL,GAAWrlD,CAAX,EAAa,KAAK2yE,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS5yE,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAEyM,EAAEkjE,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIuf,CAAL,EAAOxd,OAAMtE,CAAb,EAAtB,CAAsC2I,EAAEmZ,CAAF,IAAKuxC,CAAL,EAAOj+C,EAAEu/E,KAAF,IAASv/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQ1/E,EAAEw/E,KAA1B,EAAgCx/E,EAAEw/E,KAAF,GAAQvhC,CAAjD,IAAoDj+C,EAAEu/E,KAAF,GAAQv/E,EAAEw/E,KAAF,GAAQvhC,CAA3E,EAA6Ej+C,EAAEq/E,OAAF,IAAWr/E,EAAE+xD,KAAb,IAAoBx+D,EAAEyM,EAAEu/E,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoB6S,EAAEu/E,KAAF,GAAQv/E,EAAEu/E,KAAF,CAAQE,KAApC,EAA0Cz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF1/E,EAAEq/E,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASyiB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEs4E,IAAF,CAAOx2D,CAAP,CAAb,CAAuB,IAAG1M,CAAH,EAAK,OAAOA,MAAIpV,EAAE20F,KAAN,IAAav/E,MAAIpV,EAAE40F,KAAnB,KAA2B50F,EAAE20F,KAAF,GAAQv/E,EAAEy/E,KAAV,EAAgB70F,EAAE20F,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D1/E,MAAIpV,EAAE40F,KAAN,KAAcx/E,EAAE0/E,KAAF,KAAU1/E,EAAE0/E,KAAF,CAAQD,KAAR,GAAcz/E,EAAEy/E,KAAhB,EAAsBz/E,EAAEy/E,KAAF,CAAQC,KAAR,GAAc1/E,EAAE0/E,KAAhD,GAAuD1/E,EAAE0/E,KAAF,GAAQ90F,EAAE40F,KAAjE,EAAuEx/E,EAAEy/E,KAAF,GAAQ,IAA/E,EAAoF70F,EAAE40F,KAAF,CAAQC,KAAR,GAAcz/E,CAAlG,EAAoGpV,EAAE40F,KAAF,GAAQx/E,CAA1H,CAA/D,EAA4LA,EAAE9Q,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBuvD,IAAE/xC,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BmzC,IAAEzuD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKizE,MAAL,GAAY,IAAInhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKgG,YAAL,CAAkB93C,CAAlB,CAAvB;AAA4C,aAA9D,EAA+DlhB,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASn/E,CAAT,EAAWzM,CAAX,EAAayqD,CAAb,EAAe;AAAC,oBAAI5sD,CAAJ,EAAMotD,CAAN,EAAQqB,CAAR,EAAU/lC,CAAV,EAAYglC,CAAZ,EAAcF,CAAd,EAAgBxmB,CAAhB,EAAkB1kC,CAAlB,CAAoB,IAAG,CAACsM,CAAJ,EAAM,OAAOpV,GAAP,CAAW,IAAGwG,IAAE+xB,EAAE46D,SAAF,CAAYxqF,CAAZ,CAAF,EAAiBirD,IAAEr7B,EAAEu6D,OAAF,CAAU19E,IAAE5O,CAAZ,CAAnB,EAAkCyuD,IAAE,KAAK8/B,MAAL,CAAY11F,GAAZ,CAAgBu0D,CAAhB,CAApC,EAAuDqB,CAA1D,EAA4D,OAAOA,CAAP,CAAS/lC,IAAElvB,GAAF,EAAMk0D,IAAEd,IAAEA,CAAF,GAAIS,CAAZ,EAAcG,IAAE,KAAKihC,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI2sB,CAAJ,IAAS7kC,CAAT;AAAWG,wBAAEH,EAAE6kC,CAAF,CAAF,EAAO/2B,EAAE3N,CAAF,MAAOorD,EAAEr1C,KAAF,CAAQ2uB,CAAR,IAAW1kC,CAAlB,CAAP;AAAX,iBAAuC,OAAOgZ,EAAEoyC,CAAF,EAAKjxD,IAAL,CAAUmS,CAAV,GAAa8+C,EAAE/wD,WAAF,CAAc6wD,CAAd,CAAb,EAA8BX,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAAC9+C,IAAE,EAAH,EAAOlW,MAAP,KAAgBgwB,EAAEpE,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsD9lE,EAAEW,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E+B,EAAEolE,QAAF,GAAWtgC,EAAEkhC,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0M9lE,EAAEpE,KAAF,GAAQ,CAAR,IAAWoE,EAAEW,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB9gC,CAAhB,EAAkB1kC,CAAlB,CAAjO,EAAsPglC,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRhlC,CAAzR;AAA2R,aAAvlB,EAAwlB+lE,iBAAgB,2BAAU;AAAC,uBAAOnzE,EAAE,kGAAgG,KAAKlhB,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tD//B,EAAE97B,OAAF,GAAU,IAAI87B,CAAJ,EAAV,EAAgB7B,EAAE/uB,IAAF,CAAO8wD,WAAP,GAAmBlgC,CAAnC,EAAqC7B,EAAE/uB,IAAF,CAAO+wD,QAAP,GAAgBxhC,CAArD,EAAuDR,EAAE/uB,IAAF,CAAOgxD,SAAP,GAAiB1sF,CAAxE,EAA0EyqD,EAAE/uB,IAAF,CAAOixD,WAAP,GAAmBlgF,CAA7F;AAA+F,KAAvlE,CAAwlE9X,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAAS8hB,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2C7f,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI1M,CAAJ;AAAA,gBAAMzM,CAAN;AAAA,gBAAQ0qD,CAAR;AAAA,gBAAU7sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBm9C,CAAhB;AAAA,gBAAkBC,IAAE,EAApB;AAAA,gBAAuBoB,IAAE,CAAzB,CAA2B,KAAInzC,IAAE9hB,EAAE8hB,CAAF,CAAN,EAAWmzC,IAAEnzC,EAAE5iB,MAAf;AAAuBkW,oBAAE0M,EAAEu4C,UAAF,CAAapF,GAAb,CAAF,EAAoBtsD,IAAEmZ,EAAEu4C,UAAF,CAAapF,GAAb,CAAtB,EAAwC5B,IAAEvxC,EAAEu4C,UAAF,CAAapF,GAAb,CAA1C,EAA4DzuD,IAAE4O,KAAG,CAAjE,EAAmEmjB,IAAE,CAAC,IAAEnjB,CAAH,KAAO,CAAP,GAASzM,KAAG,CAAjF,EAAmF8N,IAAE,CAAC,KAAG9N,CAAJ,KAAQ,CAAR,GAAU0qD,KAAG,CAAlG,EAAoGO,IAAE,KAAGP,CAAzG,EAA2GxvC,MAAMlb,CAAN,IAAS8N,IAAEm9C,IAAE,EAAb,GAAgB/vC,MAAMwvC,CAAN,MAAWO,IAAE,EAAb,CAA3H,EAA4IC,IAAEA,IAAET,EAAEE,MAAF,CAAS9sD,CAAT,CAAF,GAAc4sD,EAAEE,MAAF,CAAS/6B,CAAT,CAAd,GAA0B66B,EAAEE,MAAF,CAAS78C,CAAT,CAA1B,GAAsC28C,EAAEE,MAAF,CAASM,CAAT,CAApL;AAAvB,aAAuN,OAAOC,CAAP;AAAS,kBAAS7zD,CAAT,CAAW8hB,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQzM,IAAE,EAAV,CAAa,KAAI3I,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,oBAAE0M,EAAEu4C,UAAF,CAAar6D,CAAb,CAAF,EAAkBoV,IAAE,GAAF,GAAMzM,KAAG0qD,EAAEj+C,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQzM,KAAG0qD,EAAE,MAAIj+C,MAAI,CAAV,CAAH,EAAgBzM,KAAG0qD,EAAE,MAAI,KAAGj+C,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUzM,KAAG0qD,EAAE,MAAIj+C,MAAI,EAAV,CAAH,EAAiBzM,KAAG0qD,EAAE,MAAIj+C,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCzM,KAAG0qD,EAAE,MAAI,KAAGj+C,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOzM,CAAP;AAAS,aAAIyM,IAAE9X,OAAO07D,KAAb;AAAA,YAAmBrwD,IAAEyM,EAAEgwD,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwD4qD,IAAE,mEAA1D,CAA8HzqD,EAAEyM,EAAEivB,IAAJ,EAAS,EAACkxD,cAAazzE,CAAd,EAAgB0zE,YAAWx1F,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nB1C,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAAS8hB,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAI9hB,IAAEyB,IAAN;AAAA,YAAW2T,IAAE9X,OAAO07D,KAApB;AAAA,YAA0BrwD,IAAEyM,EAAEgwD,UAA9B;AAAA,YAAyC/R,IAAEvxC,EAAEhe,OAA7C;AAAA,YAAqDsvD,IAAE,EAACqiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAS7zE,CAAT,EAAW;AAAC,uBAAO,KAAK4zE,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBmkB,CAArB,CAAhB,GAAwC,KAAK4zE,UAAL,GAAgB,CAAC5zE,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmK8zE,gBAAe,wBAAS9zE,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKy1F,SAAL,EAAN;AAAA,oBAAuBrgF,IAAEi+C,EAAEvxC,CAAF,EAAI9hB,CAAJ,CAAzB,CAAgC,OAAOoV,KAAG,CAAC,CAAJ,IAAOpV,EAAEU,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQmQ,SAAQ,iBAASzD,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,CAAN;AAAA,oBAAQ0qD,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAIltF,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuByM,wBAAEi+C,EAAE1qD,CAAF,CAAF,EAAOyM,EAAE0M,CAAF,KAAM1M,EAAE0M,CAAF,EAAK9hB,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgY81F,eAAc,uBAASh0E,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEqkB,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6BzD,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdi0E,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgB71F,EAAE2sB,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASp0E,CAAT,EAAW9hB,CAAX,EAAa;AAAC,qBAAK8hB,CAAL,KAAS,KAAKA,CAAL,EAAQ8zE,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAK9zE,CAAL,IAAQ9hB,CAA9C,EAAgDA,EAAE21F,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20BhtF,EAAEyM,CAAF,EAAI,EAAC+gF,QAAO,EAACC,gBAAehjC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B91D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAAS8hB,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,wBAAP,EAAgC,CAAC,gBAAD,EAAkB,mBAAlB,CAAhC,EAAuE7f,CAAvE;AAA0E,CAA7F,CAA8F,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW9hB,CAAX,EAAa;AAAC,iBAASoV,CAAT,CAAW0M,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE,EAACpJ,KAAI,CAAL,EAAOw6B,OAAM,CAAb,EAAeD,QAAO,CAAtB,EAAwB1Y,MAAK,CAA7B,EAAN,CAAsC,OAAO7tB,IAAEA,KAAG,CAAL,EAAO,YAAU,OAAO8hB,CAAjB,GAAmB1M,EAAEigG,EAAF,IAAMjgG,EAAEkgG,EAAF,IAAMlgG,EAAE8qF,EAAF,IAAM9qF,EAAEmgG,EAAF,IAAMzzF,CAA3C,IAA8C1M,EAAEigG,EAAF,IAAMvzF,EAAEuzF,EAAF,KAAOr1G,CAAb,EAAeoV,EAAEkgG,EAAF,IAAMxzF,EAAEwzF,EAAF,KAAOt1G,CAA5B,EAA8BoV,EAAE8qF,EAAF,IAAMp+E,EAAEo+E,EAAF,KAAOlgG,CAA3C,EAA6CoV,EAAEmgG,EAAF,IAAMzzF,EAAEyzF,EAAF,KAAOv1G,CAAxG,CAAP,EAAkHoV,CAAzH;AAA2H,kBAASzM,CAAT,CAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE0M,EAAE0zF,KAAR;AAAA,gBAAc7sG,IAAEmZ,EAAE2zF,KAAlB;AAAA,gBAAwBpiD,IAAEvxC,EAAEkK,QAA5B;AAAA,gBAAqConC,IAAE,IAAIrxB,EAAEujE,IAAN,CAAW,EAACvG,QAAO,EAACj0E,OAAM9qB,EAAE8qB,KAAT,EAAeypB,OAAMv0C,EAAEu0C,KAAvB,EAAR,EAAX,CAAvC,CAA0F,OAAOzyB,EAAE2lC,QAAF,GAAW2L,EAAEouC,MAAF,CAASpsF,CAAT,EAAWi+C,CAAX,EAAcmvC,MAAd,CAAqBptF,IAAEpV,EAAEyhC,IAAzB,EAA8B4xB,CAA9B,CAAX,GAA4CD,EAAEouC,MAAF,CAASnuC,CAAT,EAAW1qD,CAAX,EAAc65F,MAAd,CAAqBnvC,CAArB,EAAuB1qD,IAAE3I,EAAEyhC,IAA3B,CAA5C,EAA6ErkC,EAAEg2D,CAAF,CAA7E,EAAkFA,CAAzF;AAA2F,kBAASC,CAAT,CAAWvxC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE0M,EAAE4zF,SAAR;AAAA,gBAAkB/sG,IAAEmZ,EAAE6zF,OAAtB;AAAA,gBAA8BtiD,IAAEvxC,EAAEkK,QAAlC;AAAA,gBAA2ConC,IAAE,IAAIrxB,EAAEujE,IAAN,CAAW,EAACvG,QAAO,EAACj0E,OAAM9qB,EAAE8qB,KAAT,EAAeypB,OAAMv0C,EAAEu0C,KAAvB,EAA6Bo1D,UAAS3pG,EAAE2pG,QAAxC,EAAR,EAAX,CAA7C,CAAoH,OAAO7nF,EAAE2lC,QAAF,GAAW2L,EAAEouC,MAAF,CAASpsF,CAAT,EAAWi+C,CAAX,EAAcmvC,MAAd,CAAqB75F,CAArB,EAAuB0qD,CAAvB,CAAX,GAAqCD,EAAEouC,MAAF,CAASnuC,CAAT,EAAWj+C,CAAX,EAAcotF,MAAd,CAAqBnvC,CAArB,EAAuB1qD,CAAvB,CAArC,EAA+DvL,EAAEg2D,CAAF,CAA/D,EAAoEA,CAA3E;AAA6E,kBAASA,CAAT,CAAWtxC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMzM,CAAN;AAAA,gBAAQ0qD,CAAR;AAAA,gBAAUD,IAAE6B,EAAEj1D,IAAE8hB,CAAJ,EAAM8zF,KAAG,CAAT,CAAZ,CAAwB,IAAG,MAAIxiD,CAAP,EAAS;AAAC,oBAAG,MAAIpzD,CAAP,EAAS,OAAM,EAAN,CAASozD,IAAE6sC,GAAGpyD,GAAH,CAAO7tC,CAAP,CAAF;AAAY,oBAAOoV,IAAE6qF,GAAGv8D,GAAH,CAAO,EAAP,EAAUu8D,GAAGxrC,KAAH,CAASwrC,GAAGj0C,GAAH,CAAOoH,CAAP,IAAU6sC,GAAGj0C,GAAH,CAAO,EAAP,CAAnB,CAAV,CAAF,EAA4CrjD,IAAEssD,EAAE7B,IAAEh+C,CAAJ,EAAMwgG,EAAN,CAA9C,EAAwDviD,IAAE,CAA1D,EAA4DA,IAAE1qD,IAAE,QAAF,GAAW,EAAX,GAAcA,IAAE,QAAF,GAAW,EAAX,GAAcA,IAAE,QAAF,GAAW,CAAX,GAAa,CAAvG,EAAyGssD,EAAE7/C,IAAEi+C,CAAJ,EAAMuiD,EAAN,CAAhH;AAA0H,kBAASpvG,CAAT,CAAWsb,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiBzM,CAAjB,EAAmB0qD,CAAnB,EAAqB;AAAC,gBAAID,IAAEC,IAAEwiD,EAAR,CAAW,OAAO,IAAIC,EAAJ,CAAO1gG,IAAE,CAAC0M,IAAE1M,CAAH,IAAM6qF,GAAG7wE,GAAH,CAAOgkC,CAAP,CAAR,GAAkB,CAACpzD,IAAE2I,CAAH,IAAMs3F,GAAGrH,GAAH,CAAOxlC,CAAP,CAA/B,EAAyCzqD,IAAE,CAACmZ,IAAE1M,CAAH,IAAM6qF,GAAGrH,GAAH,CAAOxlC,CAAP,CAAR,GAAkB,CAACpzD,IAAE2I,CAAH,IAAMs3F,GAAG7wE,GAAH,CAAOgkC,CAAP,CAAjE,CAAP;AAAmF,kBAAS76B,CAAT,CAAWv4B,CAAX,EAAaoV,CAAb,EAAe;AAAC,gBAAGpV,EAAE+1G,EAAF,IAAM3gG,EAAE2gG,EAAR,IAAY/1G,EAAEg2G,EAAF,IAAM5gG,EAAE4gG,EAApB,IAAwBh2G,EAAEi2G,EAAF,IAAM7gG,EAAE6gG,EAAhC,IAAoCj2G,EAAEk2G,EAAF,IAAM9gG,EAAE8gG,EAA/C,EAAkD,OAAO9gG,CAAP,CAAS,IAAIzM,IAAEs3F,GAAG/pD,GAAH,CAAOl2C,EAAE+1G,EAAT,EAAY3gG,EAAE2gG,EAAd,CAAN;AAAA,gBAAwB1iD,IAAE4sC,GAAGtzE,GAAH,CAAO3sB,EAAE+1G,EAAT,EAAY3gG,EAAE2gG,EAAd,CAA1B;AAAA,gBAA4C3iD,IAAE6sC,GAAG/pD,GAAH,CAAOl2C,EAAEi2G,EAAT,EAAY7gG,EAAE6gG,EAAd,CAA9C;AAAA,gBAAgEzvG,IAAEy5F,GAAGtzE,GAAH,CAAO3sB,EAAEi2G,EAAT,EAAY7gG,EAAE6gG,EAAd,CAAlE;AAAA,gBAAoF19E,IAAE0nE,GAAG/pD,GAAH,CAAOl2C,EAAEg2G,EAAT,EAAY5gG,EAAE4gG,EAAd,CAAtF;AAAA,gBAAwGv/F,IAAEwpF,GAAGtzE,GAAH,CAAO3sB,EAAEg2G,EAAT,EAAY5gG,EAAE4gG,EAAd,CAA1G;AAAA,gBAA4HpiD,IAAEqsC,GAAG/pD,GAAH,CAAOl2C,EAAEk2G,EAAT,EAAY9gG,EAAE8gG,EAAd,CAA9H;AAAA,gBAAgJriD,IAAEosC,GAAGtzE,GAAH,CAAO3sB,EAAEk2G,EAAT,EAAY9gG,EAAE8gG,EAAd,CAAlJ;AAAA,gBAAoKjhD,IAAE,EAAtK,CAAyK,OAAOA,EAAE,CAAF,IAAKmB,GAAE/C,CAAF,EAAI96B,CAAJ,EAAM66B,CAAN,EAAQ38C,CAAR,CAAL,EAAgBw+C,EAAE,CAAF,IAAKmB,GAAEztD,CAAF,EAAI8N,CAAJ,EAAM48C,CAAN,EAAQO,CAAR,CAArB,EAAgCqB,EAAE,CAAF,IAAKmB,GAAEhD,CAAF,EAAI38C,CAAJ,EAAMjQ,CAAN,EAAQotD,CAAR,CAArC,EAAgDqB,EAAE,CAAF,IAAKmB,GAAE/C,CAAF,EAAIO,CAAJ,EAAMR,CAAN,EAAQS,CAAR,CAArD,EAAgE7zD,EAAE+1G,EAAF,IAAMptG,CAAN,IAAS3I,EAAEg2G,EAAF,IAAMz9E,CAAf,IAAkBnjB,EAAE2gG,EAAF,IAAMptG,CAAN,IAASyM,EAAE4gG,EAAF,IAAMz9E,CAAjC,IAAoC08B,EAAE,CAAF,IAAKmB,GAAEztD,CAAF,EAAI4vB,CAAJ,EAAM86B,CAAN,EAAQ58C,CAAR,CAAL,EAAgBw+C,EAAE,CAAF,IAAKmB,GAAEhD,CAAF,EAAIQ,CAAJ,EAAMptD,CAAN,EAAQqtD,CAAR,CAAzD,KAAsEoB,EAAE,CAAF,IAAKmB,GAAEhD,CAAF,EAAI76B,CAAJ,EAAM/xB,CAAN,EAAQiQ,CAAR,CAAL,EAAgBw+C,EAAE,CAAF,IAAKmB,GAAEztD,CAAF,EAAIirD,CAAJ,EAAMP,CAAN,EAAQQ,CAAR,CAA3F,CAAhE,EAAuK/xC,EAAE9d,IAAF,CAAOixD,CAAP,EAAS,UAASnzC,CAAT,EAAW;AAAC,uBAAOA,EAAE+N,MAAF,KAAW,CAAX,IAAc/N,EAAEgJ,KAAF,KAAU,CAA/B;AAAiC,aAAtD,EAAwD,CAAxD,CAA9K;AAAyO,kBAASrU,CAAT,CAAWqL,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAOggG,GAAGl+E,CAAH,EAAK9hB,CAAL,KAAS,CAAC,CAAjB;AAAmB,kBAAS4zD,CAAT,CAAW9xC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAOi1D,EAAEgrC,GAAGphB,IAAH,CAAQ/8D,IAAE9hB,CAAV,IAAaA,CAAf,EAAiB41G,EAAjB,CAAP;AAA4B,kBAAS/hD,CAAT,CAAW/xC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAOi1D,EAAEgrC,GAAGxrC,KAAH,CAAS3yC,IAAE9hB,CAAX,IAAcA,CAAhB,EAAkB41G,EAAlB,CAAP;AAA6B,kBAAS3gD,CAAT,CAAWnzC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE6qF,GAAGv8D,GAAH,CAAO,EAAP,EAAU1jC,KAAG,CAAb,CAAN,CAAsB,OAAOigG,GAAGx8D,KAAH,CAAS3hB,IAAE1M,CAAX,IAAcA,CAArB;AAAuB,kBAAS8Z,CAAT,CAAWpN,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAOigG,GAAGj0C,GAAH,CAAOlqC,CAAP,IAAUm+E,GAAGj0C,GAAH,CAAOhsD,CAAP,CAAjB;AAA2B,kBAASk0D,CAAT,CAAWpyC,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,gBAAIzM,IAAEssD,EAAEgrC,GAAGpyD,GAAH,CAAO/rB,IAAE9hB,CAAT,CAAF,EAAc41G,EAAd,CAAN;AAAA,gBAAwBviD,IAAErzD,KAAG,IAAEoV,CAAL,CAA1B,CAAkC,OAAO,MAAIzM,CAAJ,IAAOA,IAAE0qD,CAAhB;AAAkB,kBAASW,CAAT,CAAWlyC,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,mBAAO6/C,EAAEnzC,IAAE,CAAC9hB,IAAE8hB,CAAH,IAAM1M,CAAV,EAAYgrF,EAAZ,CAAP;AAAuB,kBAAS5yD,CAAT,CAAW1rB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO8hB,IAAE9hB,CAAT;AAAW,kBAAS8I,CAAT,CAAWgZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO8hB,EAAE7Y,KAAF,CAAQktG,EAAR,IAAYj+C,EAAEiC,MAAF,CAASl6D,KAAT,CAAe,IAAf,EAAoBC,SAApB,CAAZ,GAA2Cg4D,EAAEp6D,QAAF,CAAWkC,CAAX,EAAa8hB,CAAb,CAAlD;AAAkE,kBAASyzC,CAAT,CAAWzzC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAM,CAAC8hB,EAAE0rB,CAAH,GAAKxtC,EAAE0tC,CAAP,GAAS5rB,EAAE4rB,CAAF,GAAI1tC,EAAEwtC,CAAf,GAAiB,CAAvB;AAAyB,kBAAS/P,CAAT,CAAW3b,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO8hB,KAAG9hB,CAAH,GAAK8hB,EAAE+iB,OAAF,KAAY7kC,EAAE6kC,OAAF,EAAjB,GAA6B,CAAC,CAArC;AAAuC,kBAAS6I,CAAT,CAAW5rB,CAAX,EAAa;AAAC,gBAAI9hB,IAAE8hB,EAAEmD,aAAR;AAAA,gBAAsB7P,IAAE,CAAxB,CAA0B,OAAOpV,EAAEyuE,UAAF,KAAer5D,IAAE,CAACpV,EAAEyuE,UAAH,GAAc,GAAhB,EAAoBr5D,IAAEA,IAAE,CAAF,GAAI6qF,GAAGphB,IAAH,CAAQzpE,CAAR,CAAJ,GAAe6qF,GAAGxrC,KAAH,CAASr/C,CAAT,CAApD,GAAiEpV,EAAE0uE,MAAF,KAAWt5D,IAAE6/C,EAAEj1D,EAAE0uE,MAAF,GAAS,CAAX,CAAb,CAAjE,EAA6Ft5D,CAApG;AAAsG,kBAAS3O,CAAT,CAAWqb,CAAX,EAAa;AAAC,gBAAG,CAACA,CAAD,IAAI,CAACA,EAAElkB,OAAP,IAAgBkkB,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAlC,EAAoC,OAAOkkB,CAAP,CAAS,IAAI9hB,IAAEyG,EAAE4gG,QAAR,CAAiB,OAAOrnG,EAAE4M,SAAF,GAAYkV,CAAZ,EAAc9hB,EAAEsO,WAAF,IAAetO,EAAEuQ,SAAtC;AAAgD,kBAASnT,CAAT,CAAW0kB,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ,EAAMoV,CAAN,CAAQ,IAAG,CAAC8iD,EAAEj6D,OAAF,CAAU2yG,GAAd,EAAkB,KAAI5wG,IAAE,EAAF,EAAK8hB,EAAElhB,OAAF,CAAUm+F,MAAV,IAAkBhnC,EAAEj2C,EAAElhB,OAAF,CAAUm+F,MAAV,CAAiBj0E,KAAnB,CAAlB,IAA6ChJ,EAAElhB,OAAF,CAAUm+F,MAAV,CAAiBj0E,KAAjB,GAAuB,CAAvB,KAA2B,CAAxE,KAA4E9qB,IAAE,CAA9E,CAAL,EAAsFoV,IAAE,CAA5F,EAA8FA,IAAE0M,EAAEwgF,QAAF,CAAWpjG,MAA3G,EAAkHkW,GAAlH;AAAsH0M,kBAAEwgF,QAAF,CAAWltF,CAAX,EAAc8xB,MAAd,GAAuBzD,KAAvB,CAA6B,CAA7B,EAAgC0zD,SAAhC,CAA0Cn3F,CAA1C,EAA4CA,CAA5C;AAAtH,aAAqK,OAAO8hB,CAAP;AAAS,kBAASu0C,CAAT,CAAWv0C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQzM,IAAEmZ,EAAEmhF,KAAZ;AAAA,gBAAkB5vC,IAAEvxC,EAAEs0F,WAAF,GAAct0F,EAAE22E,MAAhB,GAAuB,GAA3C;AAAA,gBAA+CrlC,IAAEzqD,EAAEzJ,MAAnD;AAAA,gBAA0DsH,IAAE,EAA5D,CAA+D,KAAIxG,IAAE,CAAN,EAAQA,IAAEozD,CAAV,EAAYpzD,GAAZ;AAAgBoV,oBAAEs/D,GAAG,EAAH,EAAM/rE,EAAE3I,CAAF,CAAN,CAAF,EAAcoV,EAAE2qB,MAAF,GAAS,CAAC3qB,EAAE2qB,MAAF,IAAU,MAAIszB,CAAd,IAAiBA,CAAlB,IAAqB,GAA5C,EAAgD7sD,EAAE7I,IAAF,CAAOyX,CAAP,CAAhD;AAAhB,aAA0E,OAAO5O,CAAP;AAAS,kBAASyiC,CAAT,CAAWnnB,CAAX,EAAa;AAAC,gBAAI9hB,IAAE8hB,EAAEyuE,MAAR;AAAA,gBAAen7E,IAAE0M,EAAEi1E,WAAF,EAAjB,CAAiC,OAAO,IAAI3gC,EAAJ,CAAMp2D,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAct4B,EAAEo4B,CAAhB,EAAkBp4B,EAAEs4B,CAApB,CAAP;AAA8B,kBAASvlC,CAAT,CAAWnI,CAAX,EAAa;AAACA,gBAAEA,KAAG,EAAL,CAAQ,IAAIoV,IAAE0M,EAAE9hB,EAAEi+D,KAAF,GAAQj+D,EAAEi+D,KAAF,CAAQqlB,YAAhB,GAA6BtjF,EAAEkB,MAAjC,CAAN,CAA+C,OAAOkU,CAAP;AAAS,kBAAS8gD,CAAT,CAAWp0C,CAAX,EAAa;AAAC,mBAAOm+E,GAAGtzE,GAAH,CAAOszE,GAAG/pD,GAAH,CAAOp0B,CAAP,EAASu0F,EAAT,CAAP,EAAoB,CAACA,EAArB,CAAP;AAAgC,aAAIjgD,EAAJ;AAAA,YAAMmB,CAAN;AAAA,YAAQb,CAAR;AAAA,YAAUiB,CAAV;AAAA,YAAYF,CAAZ;AAAA,YAAcP,CAAd;AAAA,YAAgBE,CAAhB;AAAA,YAAkBU,CAAlB;AAAA,YAAoB3B,CAApB;AAAA,YAAsB0B,CAAtB;AAAA,YAAwBt3D,CAAxB;AAAA,YAA0B82D,CAA1B;AAAA,YAA4BO,CAA5B;AAAA,YAA8BX,CAA9B;AAAA,YAAgCE,CAAhC;AAAA,YAAkCX,CAAlC;AAAA,YAAoCgB,CAApC;AAAA,YAAsCE,CAAtC;AAAA,YAAwCJ,CAAxC;AAAA,YAA0CY,IAAE56D,OAAO07D,KAAnD;AAAA,YAAyDxF,IAAE0E,EAAE7zB,IAA7D;AAAA,YAAkEoyB,IAAEjD,EAAElrC,MAAtE;AAAA,YAA6EyvC,IAAEvE,EAAEo/B,OAAjF;AAAA,YAAyFr8B,IAAE/C,EAAEnzD,IAA7F;AAAA,YAAkG23D,IAAExE,EAAEugC,cAAtG;AAAA,YAAqHz9B,IAAE4B,EAAEwL,OAAzH;AAAA,YAAiIzL,IAAE3B,EAAEyjC,QAArI;AAAA,YAA8Ih4D,IAAEu0B,EAAEqN,OAAlJ;AAAA,YAA0Ji8B,KAAG79D,EAAEsC,IAAF,CAAOixD,WAApK;AAAA,YAAgLoK,KAAGxnC,EAAE4N,KAArL;AAAA,YAA2Lg6B,KAAG5nC,EAAEhH,QAAhM;AAAA,YAAyM2uC,KAAG/9E,EAAE/f,IAA9M;AAAA,YAAmNi+F,KAAGl+E,EAAEhe,OAAxN;AAAA,YAAgOi8F,KAAGj+E,EAAEzgB,aAArO;AAAA,YAAmPuwE,KAAG9vD,EAAE/e,IAAxP;AAAA,YAA6Pk9F,KAAGx+F,IAAhQ;AAAA,YAAqQizE,KAAGxc,EAAEkN,UAA1Q;AAAA,YAAqR+6B,KAAG,gBAAxR;AAAA,YAAyS1nE,KAAG,MAA5S;AAAA,YAAmTynE,KAAG,QAAtT;AAAA,YAA+T/gD,KAAG,QAAlU;AAAA,YAA2UihD,KAAG,CAA9U;AAAA,YAAgVC,KAAG,MAAnV;AAAA,YAA0VE,KAAG,QAA7V;AAAA,YAAsWZ,KAAG,OAAzW;AAAA,YAAiXnrB,KAAG,iBAApX;AAAA,YAAsY8rB,KAAG,GAAzY;AAAA,YAA6YgW,KAAG,CAAhZ;AAAA,YAAkZV,KAAG,EAArZ;AAAA,YAAwZW,KAAG,GAA3Z;AAAA,YAA+ZV,KAAG5V,GAAG5wE,EAAH,GAAM,GAAxa;AAAA,YAA4a8mF,KAAG,SAA/a;AAAA,YAAybK,KAAG,QAA5b;AAAA,YAAqcH,KAAGn+C,EAAEj6D,OAAF,CAAU2yG,GAAV,GAAc,GAAd,GAAkB,GAA1d;AAAA,YAA8d6F,KAAG,GAAje;AAAA,YAAqeC,KAAG,QAAxe;AAAA,YAAifnB,KAAG,MAApf;AAAA,YAA2foB,KAAG,QAA9f;AAAA,YAAugBC,KAAG97C,OAAOw3B,SAAjhB;AAAA,YAA2hBukB,KAAG,CAAC/7C,OAAOw3B,SAAtiB;AAAA,YAAgjBwkB,KAAGr1G,KAAKiiC,GAAL,CAAS,EAAT,EAAY,CAACkyE,EAAD,GAAI,CAAhB,CAAnjB;AAAA,YAAskBmB,KAAG,MAAzkB;AAAA,YAAglBC,KAAG,WAAnlB;AAAA,YAA+lBC,KAAG,WAAlmB;AAAA,YAA8mBC,KAAG,SAAjnB;AAAA,YAA2nBC,KAAG,QAA9nB;AAAA,YAAuoB7B,KAAG,OAA1oB;AAAA,YAAkpBD,KAAG,KAArpB;AAAA,YAA2pB+B,KAAG,UAA9pB;AAAA,YAAyqBC,KAAG,OAA5qB;AAAA,YAAorBC,KAAG,MAAvrB;AAAA,YAA8rBC,KAAG,GAAjsB;AAAA,YAAqsBC,KAAG,GAAxsB;AAAA,YAA4sBC,KAAG,EAA/sB;AAAA,YAAktB3B,KAAG,SAAHA,EAAG,CAASh0F,CAAT,EAAW1M,CAAX,EAAa;AAAC,gBAAIzM,IAAE,IAAN,CAAW,OAAOA,aAAamtG,EAAb,IAAiBntG,EAAE6kC,CAAF,GAAI1rB,KAAG,CAAP,EAASnZ,EAAE+kC,CAAF,GAAIt4B,KAAG,CAAhB,EAAkBpV,CAAnC,IAAsC,IAAI81G,EAAJ,CAAOh0F,CAAP,EAAS1M,CAAT,CAA7C;AAAyD,SAAvyB,CAAwyB0gG,GAAGx3G,EAAH,GAAMw3G,GAAG/2G,SAAH,GAAa,EAACkC,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAN,CAAW,OAAO,IAAIg0F,EAAJ,CAAOh0F,EAAE0rB,CAAT,EAAW1rB,EAAE4rB,CAAb,CAAP;AAAuB,aAApD,EAAqDioC,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAE0rB,CAAF,KAAM,KAAKA,CAAd,IAAiB1rB,EAAE4rB,CAAF,KAAM,KAAKA,CAAnC;AAAqC,aAA7G,EAA8GupD,QAAO,gBAASn1E,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAE3I,IAAE61G,EAAf;AAAA,oBAAkBxiD,IAAE4sC,GAAG7wE,GAAH,CAAOzmB,CAAP,CAApB;AAAA,oBAA8ByqD,IAAE6sC,GAAGrH,GAAH,CAAOjwF,CAAP,CAAhC;AAAA,oBAA0CnC,IAAEsb,EAAE0rB,CAA9C;AAAA,oBAAgDjV,IAAEzW,EAAE4rB,CAApD;AAAA,oBAAsDj3B,IAAErB,EAAEo4B,CAA1D;AAAA,oBAA4DomB,IAAEx+C,EAAEs4B,CAAhE,CAAkE,OAAOt4B,EAAEo4B,CAAF,GAAIynB,EAAEzuD,IAAE,CAACiQ,IAAEjQ,CAAH,IAAM6sD,CAAR,GAAU,CAACO,IAAEr7B,CAAH,IAAM66B,CAAlB,EAAoBgtC,EAApB,CAAJ,EAA4BhrF,EAAEs4B,CAAF,GAAIunB,EAAE18B,IAAE,CAACq7B,IAAEr7B,CAAH,IAAM86B,CAAR,GAAU,CAAC58C,IAAEjQ,CAAH,IAAM4sD,CAAlB,EAAoBgtC,EAApB,CAAhC,EAAwDhrF,CAA/D;AAAiE,aAAtQ,EAAuQwhF,UAAS,kBAAS90E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAW,OAAOA,EAAEwtC,CAAF,IAAK1rB,CAAL,EAAO9hB,EAAE0tC,CAAF,IAAK5rB,CAAZ,EAAc9hB,CAArB;AAAuB,aAA9T,EAA+Ts3F,YAAW,oBAASx1E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKwtC,CAAL,GAAO1rB,EAAE0rB,CAAf;AAAA,oBAAiBp4B,IAAE,KAAKs4B,CAAL,GAAO5rB,EAAE4rB,CAA5B,CAA8B,OAAOuyD,GAAGvd,IAAH,CAAQ1iF,IAAEA,CAAF,GAAIoV,IAAEA,CAAd,CAAP;AAAwB,aAA5Y,EAAnB,EAAia0gG,GAAG4B,QAAH,GAAY,UAAS51F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,mBAAOpV,KAAG61G,EAAH,EAAM,IAAIC,EAAJ,CAAOh0F,EAAE0rB,CAAF,GAAIp4B,IAAE6qF,GAAG7wE,GAAH,CAAOpvB,CAAP,CAAb,EAAuB8hB,EAAE4rB,CAAF,GAAIt4B,IAAE6qF,GAAGrH,GAAH,CAAO54F,CAAP,CAA7B,CAAb;AAAqD,SAAlf,EAAmfo2D,KAAE,WAASt0C,CAAT,EAAW1M,CAAX,EAAazM,CAAb,EAAe0qD,CAAf,EAAiB;AAAC,gBAAID,IAAE,IAAN,CAAW,OAAOA,aAAagD,EAAb,IAAgBhD,EAAE2iD,EAAF,GAAKj0F,KAAG,CAAR,EAAUsxC,EAAE6iD,EAAF,GAAKttG,KAAG,CAAlB,EAAoByqD,EAAE4iD,EAAF,GAAK5gG,KAAG,CAA5B,EAA8Bg+C,EAAE8iD,EAAF,GAAK7iD,KAAG,CAAtC,EAAwCrzD,CAAxD,IAA2D,IAAIo2D,EAAJ,CAAMt0C,CAAN,EAAQ1M,CAAR,EAAUzM,CAAV,EAAY0qD,CAAZ,CAAlE;AAAiF,SAAnmB,EAAomB+C,GAAE93D,EAAF,GAAK83D,GAAEr3D,SAAF,GAAY,EAAC+rB,OAAM,iBAAU;AAAC,uBAAO,KAAKmrF,EAAL,GAAQ,KAAKF,EAApB;AAAuB,aAAzC,EAA0ClmF,QAAO,kBAAU;AAAC,uBAAO,KAAKqmF,EAAL,GAAQ,KAAKF,EAApB;AAAuB,aAAnF,EAAoF7e,WAAU,mBAASr1E,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAW,OAAOA,EAAE2gG,EAAF,IAAMj0F,CAAN,EAAQ1M,EAAE6gG,EAAF,IAAMn0F,CAAd,EAAgB1M,EAAE4gG,EAAF,IAAMh2G,CAAtB,EAAwBoV,EAAE8gG,EAAF,IAAMl2G,CAA9B,EAAgCoV,CAAvC;AAAyC,aAAhK,EAAiK+1B,MAAK,cAASrpB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAEyM,EAAEya,MAAF,EAAb;AAAA,oBAAwBwjC,IAAEj+C,EAAE0V,KAAF,EAA1B,CAAoC,OAAOitC,EAAEj2C,CAAF,MAAO1M,EAAE2gG,EAAF,GAAKj0F,CAAL,EAAO1M,EAAE6gG,EAAF,GAAK7gG,EAAE2gG,EAAF,GAAK1iD,CAAxB,GAA2B0E,EAAE/3D,CAAF,MAAOoV,EAAE4gG,EAAF,GAAKh2G,CAAL,EAAOoV,EAAE8gG,EAAF,GAAK9gG,EAAE4gG,EAAF,GAAKrtG,CAAxB,CAA3B,EAAsDyM,CAA7D;AAA+D,aAAvR,EAAwRkL,MAAK,cAASwB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAW,OAAOA,EAAE+1G,EAAF,GAAK9V,GAAG/pD,GAAH,CAAOl2C,EAAE+1G,EAAT,EAAYj0F,EAAEi0F,EAAd,CAAL,EAAuB/1G,EAAEg2G,EAAF,GAAK/V,GAAG/pD,GAAH,CAAOl2C,EAAEg2G,EAAT,EAAYl0F,EAAEk0F,EAAd,CAA5B,EAA8Ch2G,EAAEi2G,EAAF,GAAKhW,GAAGtzE,GAAH,CAAO3sB,EAAEi2G,EAAT,EAAYn0F,EAAEm0F,EAAd,CAAnD,EAAqEj2G,EAAEk2G,EAAF,GAAKjW,GAAGtzE,GAAH,CAAO3sB,EAAEk2G,EAAT,EAAYp0F,EAAEo0F,EAAd,CAA1E,EAA4Fl2G,CAAnG;AAAqG,aAAzZ,EAA0Z23G,WAAU,mBAAS71F,CAAT,EAAW;AAAC,uBAAO,KAAKxB,IAAL,CAAU,IAAI81C,EAAJ,CAAMt0C,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAE0rB,CAAhB,EAAkB1rB,EAAE4rB,CAApB,CAAV,GAAkC,IAAzC;AAA8C,aAA9d,EAA+dkqE,QAAO,gBAAS91F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAW,OAAOpV,KAAGu3G,EAAH,IAAOv3G,CAAP,KAAWoV,EAAE2gG,EAAF,GAAKj0F,EAAEi0F,EAAP,EAAU3gG,EAAE6gG,EAAF,GAAKn0F,EAAEm0F,EAA5B,GAAgCj2G,KAAGw3G,EAAH,IAAOx3G,CAAP,KAAWoV,EAAE4gG,EAAF,GAAKl0F,EAAEk0F,EAAP,EAAU5gG,EAAE8gG,EAAF,GAAKp0F,EAAEo0F,EAA5B,CAAhC,EAAgE9gG,CAAvE;AAAyE,aAAxkB,EAAykByiG,SAAQ,iBAAS/1F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,CAAN;AAAA,oBAAQ0qD,IAAE,IAAV;AAAA,oBAAeD,IAAEC,EAAExjC,MAAF,EAAjB;AAAA,oBAA4BrpB,IAAE6sD,EAAEvoC,KAAF,EAA9B;AAAA,oBAAwCyN,IAAEv4B,KAAGq1G,EAAH,IAAOr1G,KAAGkgG,EAAV,GAAasX,EAAb,GAAgBD,EAA1D;AAAA,oBAA6D9gG,IAAE8hB,KAAGi/E,EAAH,GAAMpkD,CAAN,GAAQ5sD,CAAvE,CAAyE,OAAOxG,MAAIm/C,EAAJ,IAAQ/pC,IAAE0M,EAAE0gE,MAAF,EAAF,EAAa75E,IAAE0qD,EAAEmvB,MAAF,EAAf,EAA0BnvB,EAAE0iD,EAAF,IAAM3gG,EAAEo4B,CAAF,GAAI7kC,EAAE6kC,CAAtC,EAAwC6lB,EAAE2iD,EAAF,IAAM5gG,EAAEs4B,CAAF,GAAI/kC,EAAE+kC,CAA5D,IAA+D2lB,EAAE96B,IAAE,CAAJ,IAAOv4B,MAAIq1G,EAAJ,IAAQr1G,MAAIu1G,EAAZ,GAAezzF,EAAEyW,IAAE,CAAJ,IAAO9hB,CAAtB,GAAwBqL,EAAEyW,IAAE,CAAJ,CAA9F,EAAqG86B,EAAE4iD,EAAF,GAAK5iD,EAAE0iD,EAAF,GAAKvvG,CAA/G,EAAiH6sD,EAAE6iD,EAAF,GAAK7iD,EAAE2iD,EAAF,GAAK5iD,CAA3H,EAA6HC,CAApI;AAAsI,aAA9yB,EAA+yBykD,QAAO,gBAASh2F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAW,OAAOA,EAAE6gG,EAAF,IAAMn0F,CAAN,EAAQ1M,EAAE8gG,EAAF,IAAMl2G,CAAd,EAAgBoV,CAAvB;AAAyB,aAAx2B,EAAy2B+Y,QAAO,gBAASrM,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAO,KAAK83G,MAAL,CAAY,CAACh2F,CAAb,EAAe,CAAC9hB,CAAhB,GAAmB,IAA1B;AAA+B,aAA75B,EAA85B+3G,KAAI,aAASj2F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAW2I,IAAEyM,EAAE0M,CAAF,CAAb,CAAkB,OAAO9hB,EAAE+1G,EAAF,IAAMptG,EAAEklB,IAAR,EAAa7tB,EAAEi2G,EAAF,IAAMttG,EAAE69B,KAArB,EAA2BxmC,EAAEg2G,EAAF,IAAMrtG,EAAEqD,GAAnC,EAAuChM,EAAEk2G,EAAF,IAAMvtG,EAAE49B,MAA/C,EAAsDvmC,CAA7D;AAA+D,aAA//B,EAAggCg4G,OAAM,eAASl2F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAW2I,IAAEyM,EAAE0M,CAAF,CAAb,CAAkB,OAAOnZ,EAAEklB,IAAF,GAAO,CAACllB,EAAEklB,IAAV,EAAellB,EAAEqD,GAAF,GAAM,CAACrD,EAAEqD,GAAxB,EAA4BrD,EAAE69B,KAAF,GAAQ,CAAC79B,EAAE69B,KAAvC,EAA6C79B,EAAE49B,MAAF,GAAS,CAAC59B,EAAE49B,MAAzD,EAAgEvmC,EAAE+3G,GAAF,CAAMpvG,CAAN,CAAvE;AAAgF,aAApnC,EAAqnC1H,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAN,CAAW,OAAO,IAAIs0C,EAAJ,CAAMt0C,EAAEi0F,EAAR,EAAWj0F,EAAEk0F,EAAb,EAAgBl0F,EAAEm0F,EAAlB,EAAqBn0F,EAAEo0F,EAAvB,CAAP;AAAkC,aAAnrC,EAAorC1zB,QAAO,kBAAU;AAAC,oBAAI1gE,IAAE,IAAN,CAAW,OAAO,IAAIg0F,EAAJ,CAAOh0F,EAAEi0F,EAAF,GAAKj0F,EAAEgJ,KAAF,KAAU,CAAtB,EAAwBhJ,EAAEk0F,EAAF,GAAKl0F,EAAE+N,MAAF,KAAW,CAAxC,CAAP;AAAkD,aAAnwC,EAAowCqoE,eAAc,uBAASp2E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAW,OAAO8hB,EAAE0rB,CAAF,IAAKxtC,EAAE+1G,EAAP,IAAWj0F,EAAE0rB,CAAF,IAAKxtC,EAAEi2G,EAAlB,IAAsBn0F,EAAE4rB,CAAF,IAAK1tC,EAAEg2G,EAA7B,IAAiCl0F,EAAE4rB,CAAF,IAAK1tC,EAAEk2G,EAA/C;AAAkD,aAA31C,EAA41Ct3D,QAAO,kBAAU;AAAC,oBAAI98B,IAAE,IAAN,CAAW,OAAM,CAAC,IAAIg0F,EAAJ,CAAOh0F,EAAEi0F,EAAT,EAAYj0F,EAAEk0F,EAAd,CAAD,EAAmB,IAAIF,EAAJ,CAAOh0F,EAAEm0F,EAAT,EAAYn0F,EAAEk0F,EAAd,CAAnB,EAAqC,IAAIF,EAAJ,CAAOh0F,EAAEm0F,EAAT,EAAYn0F,EAAEo0F,EAAd,CAArC,EAAuD,IAAIJ,EAAJ,CAAOh0F,EAAEi0F,EAAT,EAAYj0F,EAAEo0F,EAAd,CAAvD,CAAN;AAAgF,aAAz8C,EAA08C+B,SAAQ,mBAAU;AAAC,oBAAIn2F,IAAE,IAAN,CAAW,OAAM,CAACA,EAAEi0F,EAAH,EAAMj0F,EAAEk0F,EAAR,EAAWl0F,EAAEm0F,EAAb,EAAgBn0F,EAAEo0F,EAAlB,EAAsBlsG,IAAtB,CAA2B,GAA3B,CAAN;AAAsC,aAA9gD,EAA+gDkuG,UAAS,kBAASp2F,CAAT,EAAW;AAAC,uBAAM,EAAEA,EAAEo0F,EAAF,GAAK,KAAKF,EAAV,IAAc,KAAKE,EAAL,GAAQp0F,EAAEk0F,EAAxB,IAA4Bl0F,EAAEm0F,EAAF,GAAK,KAAKF,EAAtC,IAA0C,KAAKE,EAAL,GAAQn0F,EAAEi0F,EAAtD,CAAN;AAAgE,aAApmD,EAAqmD9e,QAAO,gBAASn1E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE8qB,KAAF,EAAb;AAAA,oBAAuBniB,IAAE3I,EAAE6vB,MAAF,EAAzB;AAAA,oBAAoCwjC,IAAErzD,EAAEwiF,MAAF,EAAtC;AAAA,oBAAiDpvB,IAAEC,EAAE7lB,CAArD;AAAA,oBAAuDjV,IAAE86B,EAAE3lB,CAA3D;AAAA,oBAA6Dj3B,IAAEjQ,EAAE,CAAF,EAAI,CAAJ,EAAM4sD,CAAN,EAAQ76B,CAAR,EAAUzW,CAAV,CAA/D;AAAA,oBAA4E8xC,IAAEptD,EAAE4O,CAAF,EAAI,CAAJ,EAAMg+C,CAAN,EAAQ76B,CAAR,EAAUzW,CAAV,CAA9E;AAAA,oBAA2F+xC,IAAErtD,EAAE4O,CAAF,EAAIzM,CAAJ,EAAMyqD,CAAN,EAAQ76B,CAAR,EAAUzW,CAAV,CAA7F;AAAA,oBAA0GmzC,IAAEzuD,EAAE,CAAF,EAAImC,CAAJ,EAAMyqD,CAAN,EAAQ76B,CAAR,EAAUzW,CAAV,CAA5G,CAAyH,OAAO1M,IAAE6qF,GAAGtzE,GAAH,CAAOlW,EAAE+2B,CAAT,EAAWomB,EAAEpmB,CAAb,EAAeqmB,EAAErmB,CAAjB,EAAmBynB,EAAEznB,CAArB,IAAwByyD,GAAG/pD,GAAH,CAAOz/B,EAAE+2B,CAAT,EAAWomB,EAAEpmB,CAAb,EAAeqmB,EAAErmB,CAAjB,EAAmBynB,EAAEznB,CAArB,CAA1B,EAAkD7kC,IAAEs3F,GAAGtzE,GAAH,CAAOlW,EAAEi3B,CAAT,EAAWkmB,EAAElmB,CAAb,EAAemmB,EAAEnmB,CAAjB,EAAmBunB,EAAEvnB,CAArB,IAAwBuyD,GAAG/pD,GAAH,CAAOz/B,EAAEi3B,CAAT,EAAWkmB,EAAElmB,CAAb,EAAemmB,EAAEnmB,CAAjB,EAAmBunB,EAAEvnB,CAArB,CAA5E,EAAoG1tC,EAAEi2G,EAAF,GAAKj2G,EAAE+1G,EAAF,GAAK3gG,CAA9G,EAAgHpV,EAAEk2G,EAAF,GAAKl2G,EAAEg2G,EAAF,GAAKrtG,CAA1H,EAA4H3I,CAAnI;AAAqI,aAAt3D,EAAu3Dm4G,QAAO,kBAAU;AAAC,uBAAO,IAAIlgD,EAAEqiC,IAAN,CAAW,CAAC,KAAKyb,EAAN,EAAS,KAAKC,EAAd,CAAX,EAA6B,CAAC,KAAKlrF,KAAL,EAAD,EAAc,KAAK+E,MAAL,EAAd,CAA7B,CAAP;AAAkE,aAA38D,EAA48DuoF,SAAQ,mBAAU;AAAC,uBAAO,MAAI,KAAKttF,KAAL,EAAJ,IAAkB,MAAI,KAAK+E,MAAL,EAA7B;AAA2C,aAA1gE,EAA2gEg1E,OAAM,eAAS/iF,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,IAAN;AAAA,oBAAW0qD,IAAErzD,IAAE,CAAf;AAAA,oBAAiBozD,IAAEpzD,IAAE,CAArB;AAAA,oBAAuBwG,IAAExG,MAAIu3G,EAAJ,GAAOF,EAAP,GAAUb,EAAnC;AAAA,oBAAsCj+E,IAAE5vB,EAAEnC,CAAF,GAAxC,CAA+CiQ,EAAErB,CAAF,EAAI,CAACmgG,EAAD,EAAIF,EAAJ,CAAJ,KAAc1sG,EAAE0qD,CAAF,IAAKvxC,EAAEuxC,CAAF,CAAL,EAAU1qD,EAAEyqD,CAAF,IAAKzqD,EAAE0qD,CAAF,IAAK96B,CAAlC,IAAqC9hB,EAAErB,CAAF,EAAI,CAACkgG,EAAD,EAAIpV,EAAJ,CAAJ,KAAcv3F,EAAEyqD,CAAF,IAAKtxC,EAAEsxC,CAAF,CAAL,EAAUzqD,EAAE0qD,CAAF,IAAK1qD,EAAEyqD,CAAF,IAAK76B,CAAlC,IAAqCnjB,KAAG+pC,EAAH,KAAQx2C,EAAE0qD,CAAF,IAAKvxC,EAAEuxC,CAAF,IAAK,CAACvxC,EAAEtb,CAAF,MAAO+xB,CAAR,IAAW,CAArB,EAAuB5vB,EAAEyqD,CAAF,IAAKzqD,EAAE0qD,CAAF,IAAK96B,CAAzC,CAA1E;AAAsH,aAAtsE,EAArnB,EAA6zFg/B,IAAEmoC,GAAG/+F,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmB;AAAC,oBAAID,IAAE,IAAN,CAAWA,EAAES,CAAF,GAAI/xC,CAAJ,EAAMsxC,EAAEilD,EAAF,GAAKr4G,CAAX,EAAaozD,EAAEA,CAAF,GAAIh+C,CAAjB,EAAmBg+C,EAAEmjC,UAAF,GAAa5tF,CAAhC,EAAkCyqD,EAAE+gD,KAAF,GAAQ9gD,CAA1C;AAA4C,aAAjF,EAAkFpyD,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAN,CAAW,OAAO,IAAIy1C,CAAJ,CAAMz1C,EAAE+xC,CAAR,EAAU/xC,EAAEu2F,EAAZ,EAAev2F,EAAEsxC,CAAjB,EAAmBtxC,EAAEy0E,UAArB,EAAgCz0E,EAAEqyF,KAAlC,CAAP;AAAgD,aAA9J,EAA+JmE,QAAO,kBAAU;AAAC,uBAAO,KAAK/hB,UAAL,GAAgB,KAAK4d,KAAL,GAAW,CAAlC;AAAoC,aAArN,EAAsN1b,QAAO,gBAAS32E,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAW,OAAOpV,IAAEoV,EAAEijG,EAAF,GAAKv2F,CAAP,GAAS1M,EAAEg+C,CAAF,GAAItxC,CAAb,EAAe1M,CAAtB;AAAwB,aAA9Q,EAA+QmjG,OAAM,eAASz2F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAEmZ,IAAE+zF,EAAf;AAAA,oBAAkBxiD,IAAE4sC,GAAG7wE,GAAH,CAAOzmB,CAAP,CAApB;AAAA,oBAA8ByqD,IAAE6sC,GAAGrH,GAAH,CAAOjwF,CAAP,CAAhC;AAAA,oBAA0CnC,IAAExG,IAAEoV,EAAEijG,EAAJ,GAAOjjG,EAAEg+C,CAArD;AAAA,oBAAuD76B,IAAE08B,EAAE7/C,EAAEy+C,CAAF,CAAIrmB,CAAJ,GAAM6lB,IAAE7sD,CAAV,EAAY45F,EAAZ,CAAzD;AAAA,oBAAyE3pF,IAAEw+C,EAAE7/C,EAAEy+C,CAAF,CAAInmB,CAAJ,GAAM0lB,IAAE5sD,CAAV,EAAY45F,EAAZ,CAA3E,CAA2F,OAAO,IAAI0V,EAAJ,CAAOv9E,CAAP,EAAS9hB,CAAT,CAAP;AAAmB,aAAjZ,EAAkZ+hG,aAAY,qBAAS12F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,KAAK1H,KAAL,GAAaktB,MAAb,CAAoBrM,CAApB,CAAN;AAAA,oBAA6BuxC,IAAE1qD,EAAE2vG,MAAF,EAA/B;AAAA,oBAA0CllD,IAAEzqD,EAAE4vG,KAAF,CAAQllD,CAAR,CAA5C;AAAA,oBAAuD7sD,IAAExG,IAAE,CAA3D;AAAA,oBAA6Du4B,IAAEnjB,IAAE,CAAjE;AAAA,oBAAmEqB,IAAE28C,EAAE5lB,CAAF,GAAIhnC,CAAzE;AAAA,oBAA2EotD,IAAER,EAAE1lB,CAAF,GAAInV,CAAjF;AAAA,oBAAmFs7B,IAAEosC,GAAGrH,GAAH,CAAOvlC,IAAEwiD,EAAT,CAArF;AAAA,oBAAkG5gD,IAAEgrC,GAAG7wE,GAAH,CAAOikC,IAAEwiD,EAAT,CAApG,CAAiH,OAAO5V,GAAGpyD,GAAH,CAAOgmB,CAAP,IAAU,EAAV,KAAep9C,KAAGjQ,IAAE,CAACyuD,CAAH,GAAKgrC,GAAGpyD,GAAH,CAAOonB,CAAP,CAAvB,GAAkCgrC,GAAGpyD,GAAH,CAAOonB,CAAP,IAAU,EAAV,KAAerB,KAAGr7B,IAAE,CAACs7B,CAAH,GAAKosC,GAAGpyD,GAAH,CAAOgmB,CAAP,CAAvB,CAAlC,EAAoE,IAAIuC,EAAJ,CAAM3/C,CAAN,EAAQm9C,CAAR,EAAUn9C,IAAEzW,CAAZ,EAAc4zD,IAAEx+C,CAAhB,CAA3E;AAA8F,aAA7nB,EAA8nB8iF,eAAc,uBAASp2E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE6zD,CAAf;AAAA,oBAAiBlrD,IAAE3I,EAAEq4G,EAArB;AAAA,oBAAwBhlD,IAAErzD,EAAEozD,CAA5B;AAAA,oBAA8BA,IAAEpzD,EAAEu2F,UAAlC;AAAA,oBAA6C/vF,IAAExG,EAAEu2F,UAAF,GAAav2F,EAAEm0G,KAA9D;AAAA,oBAAoE57E,IAAEzW,EAAE0rB,CAAF,GAAIp4B,EAAEo4B,CAA5E;AAAA,oBAA8E/2B,IAAEqL,EAAE4rB,CAAF,GAAIt4B,EAAEs4B,CAAtF;AAAA,oBAAwFkmB,IAAE,IAAIkiD,EAAJ,CAAOv9E,CAAP,EAAS9hB,CAAT,CAA1F;AAAA,oBAAsGo9C,IAAE7zD,EAAEu4G,KAAF,CAAQnlD,CAAR,CAAxG;AAAA,oBAAmHlkC,IAAE,IAAI4mF,EAAJ,CAAOjiD,EAAErmB,CAAF,GAAIp4B,EAAEo4B,CAAb,EAAeqmB,EAAEnmB,CAAF,GAAIt4B,EAAEs4B,CAArB,CAArH;AAAA,oBAA6IwmB,IAAEl0D,EAAEu4G,KAAF,CAAQ/xG,CAAR,CAA/I;AAAA,oBAA0JwtD,IAAE,IAAI8hD,EAAJ,CAAO5hD,EAAE1mB,CAAF,GAAIp4B,EAAEo4B,CAAb,EAAe0mB,EAAExmB,CAAF,GAAIt4B,EAAEs4B,CAArB,CAA5J;AAAA,oBAAoLF,IAAEynB,EAAE18B,IAAEA,CAAF,GAAI9hB,IAAEA,CAAR,EAAU2pF,EAAV,CAAtL,CAAoM,OAAM,CAAClxE,EAAEymD,MAAF,CAAS/hB,CAAT,KAAa2B,EAAErmC,CAAF,EAAI0kC,CAAJ,CAAd,KAAuB,CAAC2B,EAAEvB,CAAF,EAAIJ,CAAJ,CAAxB,IAAgCpmB,KAAG7kC,IAAEA,CAArC,IAAwC6kC,KAAG6lB,IAAEA,CAAnD;AAAqD,aAAj5B,EAAk5BolD,SAAQ,mBAAU;AAAC,oBAAI32F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,IAAE,IAAZ;AAAA,oBAAiB0qD,IAAE,IAAI+C,EAAJ,CAAMwgD,EAAN,EAASA,EAAT,EAAYC,EAAZ,EAAeA,EAAf,CAAnB;AAAA,oBAAsCzjD,IAAE6B,EAAEtsD,EAAE4tF,UAAF,GAAa,GAAf,CAAxC;AAAA,oBAA4D/vF,IAAEyuD,EAAE,CAAC7B,IAAEzqD,EAAEwrG,KAAL,IAAY,GAAd,CAA9D;AAAA,oBAAiF57E,IAAE5vB,EAAE0vG,EAArF;AAAA,oBAAwF5hG,IAAE,CAAC,CAAD,EAAG,EAAH,EAAM,GAAN,EAAU,GAAV,EAAc28C,CAAd,EAAgB5sD,CAAhB,EAAmB/F,IAAnB,CAAwB+sC,CAAxB,CAA1F;AAAA,oBAAqHomB,IAAEosC,GAAG5sC,CAAH,EAAK38C,CAAL,CAAvH;AAAA,oBAA+Ho9C,IAAEmsC,GAAGx5F,CAAH,EAAKiQ,CAAL,CAAjI,CAAyI,KAAIqL,IAAEsxC,KAAG5sD,CAAH,GAAKiQ,CAAL,GAAOm9C,IAAEC,CAAF,GAAIp9C,EAAEhZ,KAAF,CAAQm2D,CAAR,EAAUC,IAAE,CAAZ,CAAJ,GAAmB,GAAGn2D,MAAH,CAAU+Y,EAAEhZ,KAAF,CAAQ,CAAR,EAAUo2D,IAAE,CAAZ,CAAV,EAAyBp9C,EAAEhZ,KAAF,CAAQm2D,CAAR,EAAUn9C,EAAEvX,MAAZ,CAAzB,CAA5B,EAA0Ec,IAAE,CAAhF,EAAkFA,IAAE8hB,EAAE5iB,MAAtF,EAA6Fc,GAA7F;AAAiGoV,wBAAEzM,EAAE4vG,KAAF,CAAQz2F,EAAE9hB,CAAF,CAAR,CAAF,EAAgBqzD,EAAEskD,SAAF,CAAYviG,CAAZ,CAAhB,EAA+Bi+C,EAAEskD,SAAF,CAAYviG,CAAZ,EAAcmjB,CAAd,CAA/B;AAAjG,iBAAiJ,OAAOA,KAAG86B,EAAEskD,SAAF,CAAYhvG,EAAEkrD,CAAd,CAAH,EAAoBR,CAA3B;AAA6B,aAA5tC,EAA6tCllC,QAAO,gBAASrM,CAAT,EAAW;AAAC,uBAAO,KAAKsxC,CAAL,IAAQtxC,CAAR,EAAU,IAAjB;AAAsB,aAAtwC,EAAV,CAA/zF,EAAklI40C,IAAEa,EAAE52D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB;AAAC4uD,kBAAEj5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsB,CAAtB,EAAwB9hB,CAAxB,EAA0BoV,CAA1B,EAA4BzM,CAA5B;AAA+B,aAAvD,EAAwDwlB,QAAO,gBAASrM,CAAT,EAAW;AAAC,uBAAOy1C,EAAEj5D,EAAF,CAAK6vB,MAAL,CAAY/uB,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAP;AAAgC,aAA3G,EAA4G7gB,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAN,CAAW,OAAO,IAAI40C,CAAJ,CAAM50C,EAAE+xC,CAAR,EAAU/xC,EAAEsxC,CAAZ,EAActxC,EAAEy0E,UAAhB,EAA2Bz0E,EAAEqyF,KAA7B,CAAP;AAA2C,aAAnL,EAAoL1b,QAAO,gBAAS32E,CAAT,EAAW;AAAC,uBAAOy1C,EAAEj5D,EAAF,CAAKm6F,MAAL,CAAYr5F,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAP;AAAgC,aAAvO,EAAwOy2F,OAAM,eAASz2F,CAAT,EAAW;AAAC,uBAAOy1C,EAAEj5D,EAAF,CAAKi6G,KAAL,CAAWn5G,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,CAAP;AAA+B,aAAzR,EAAT,CAAplI,EAAy3I61C,IAAE,aAAU,CAAE,CAAv4I,EAAw4IA,EAAEr5D,EAAF,GAAKq5D,EAAE54D,SAAF,GAAY,EAAC25G,YAAW,oBAAS52F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAEmZ,EAAEy0E,UAAF,GAAa,GAArB;AAAA,oBAAyBljC,IAAEvxC,EAAEqyF,KAAF,GAAQxrG,CAAnC;AAAA,oBAAqCyqD,IAAE,IAAI6E,EAAEoiC,KAAN,CAAYv4E,EAAE+xC,CAAF,CAAIrmB,CAAhB,EAAkB1rB,EAAE+xC,CAAF,CAAInmB,CAAtB,CAAvC;AAAA,oBAAgElnC,IAAEy5F,GAAGtzE,GAAH,CAAO7K,EAAEsxC,CAAT,EAAW,CAAX,CAAlE;AAAA,oBAAgF76B,IAAE0nE,GAAGtzE,GAAH,CAAO7K,EAAEu2F,EAAT,EAAY,CAAZ,CAAlF;AAAA,oBAAiG5hG,IAAE,IAAIwhD,EAAE+hC,GAAN,CAAU5mC,CAAV,EAAY,EAACmjC,YAAW5tF,CAAZ,EAAc6tF,UAASnjC,CAAvB,EAAyBwlC,SAAQryF,CAAjC,EAAmCsyF,SAAQtyF,CAA3C,EAAZ,CAAnG;AAAA,oBAA8JotD,IAAE7xB,EAAEujE,IAAF,CAAOxC,OAAP,CAAersF,CAAf,EAAiBzW,CAAjB,EAAoB0pB,KAApB,EAAhK,CAA4L,OAAO6O,KAAG9hB,EAAEoiF,OAAF,GAAUpiF,EAAEqiF,OAAF,GAAUvgE,CAApB,EAAsBnjB,IAAEqB,EAAEiiF,OAAF,CAAUrlC,CAAV,CAAxB,EAAqCO,EAAE4uC,MAAF,CAASptF,EAAEo4B,CAAX,EAAap4B,EAAEs4B,CAAf,CAArC,EAAuDkmB,EAAE6uC,GAAF,CAAMpvC,CAAN,EAAQ1qD,CAAR,EAAU4vB,CAAV,EAAYA,CAAZ,EAAc,CAAC,CAAf,CAA1D,IAA6Eq7B,EAAE4uC,MAAF,CAASpvC,EAAE5lB,CAAX,EAAa4lB,EAAE1lB,CAAf,CAA7E,EAA+FkmB,CAAtG;AAAwG,aAA9T,EAAz5I,EAAytJ+D,EAAEx+B,OAAF,GAAU,IAAIw+B,CAAJ,EAAnuJ,EAAyuJF,IAAEioC,GAAG/+F,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAEmW,QAAF,GAAW,EAAX,EAAcnW,EAAEY,OAAF,GAAU8zE,GAAG,EAAH,EAAM10E,EAAEY,OAAR,EAAgBkhB,CAAhB,CAAxB;AAA2C,aAAxE,EAAyE6hB,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEl9C,QAArB,CAA8B,KAAIf,IAAE,CAAN,EAAQA,IAAEg+C,EAAEl0D,MAAZ,EAAmBkW,GAAnB;AAAuBzM,wBAAEyqD,EAAEh+C,CAAF,CAAF,EAAOzM,EAAEg7B,MAAF,CAAS7hB,CAAT,CAAP,EAAmB9hB,IAAEA,IAAEA,EAAEsgB,IAAF,CAAO3X,EAAEg4B,GAAT,CAAF,GAAgBh4B,EAAEg4B,GAAF,CAAM1/B,KAAN,EAArC;AAAvB,iBAA0EoyD,EAAE1yB,GAAF,GAAM3gC,KAAG8hB,CAAT;AAAW,aAA/M,EAAgN4iC,SAAQ,mBAAU;AAAC,oBAAI5iC,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEmW,QAAjB,CAA0B,KAAI,KAAK4Z,SAAL,IAAgB,KAAKA,SAAL,CAAe20B,OAAf,EAAhB,EAAyC5iC,IAAE,CAA/C,EAAiDA,IAAE1M,EAAElW,MAArD,EAA4D4iB,GAA5D;AAAgE1M,sBAAE0M,CAAF,EAAK4iC,OAAL;AAAhE;AAA+E,aAA5U,EAA6Ui0D,SAAQ,mBAAU;AAAC,oBAAI72F,IAAE,KAAKjW,MAAX,CAAkB,OAAOiW,IAAEA,EAAE62F,OAAF,EAAF,GAAc,IAArB;AAA0B,aAA5Y,EAA6YC,UAAS,oBAAU;AAAC,oBAAI92F,IAAE,KAAK62F,OAAL,EAAN,CAAqB,IAAG72F,CAAH,EAAK,OAAOA,EAAE+2F,KAAT;AAAe,aAA1c,EAA2cC,mBAAkB,2BAASh3F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAE,IAAR;AAAA,oBAAa0qD,IAAE1qD,EAAEwN,QAAjB;AAAA,oBAA0Bi9C,IAAEC,EAAEn0D,MAA9B,CAAqC,KAAIkW,IAAE,CAAN,EAAQA,IAAEg+C,CAAV,EAAYh+C,GAAZ;AAAgBi+C,sBAAEj+C,CAAF,EAAKurB,GAAL,CAASw2D,SAAT,CAAmBr1E,CAAnB,EAAqB9hB,CAArB;AAAhB;AAAwC,aAAxjB,EAAyjBsoB,QAAO,kBAAU;AAACmuC,kBAAE,KAAKtgD,QAAP,EAAgBjW,SAAhB,EAA2B,KAAI,IAAI4hB,IAAE,CAAV,EAAYA,IAAE5hB,UAAUhB,MAAxB,EAA+B4iB,GAA/B;AAAmC5hB,8BAAU4hB,CAAV,EAAajW,MAAb,GAAoB,IAApB;AAAnC;AAA4D,aAAlqB,EAAmqBktG,cAAa,wBAAU;AAAC,qBAAKn4G,OAAL,CAAaq8B,OAAb,KAAuB,CAAC,CAAxB,KAA4B,KAAK+7E,YAAL,IAAoB,KAAKC,SAAL,EAApB,EAAqC,KAAKlR,cAAL,EAArC,EAA2D,KAAKmR,eAAL,EAA3D,EAAkF,KAAKC,cAAL,EAA9G;AAAqI,aAAh0B,EAAi0BF,WAAU,qBAAU;AAAC,qBAAKG,MAAL,KAAc,KAAKA,MAAL,CAAYC,YAAZ,GAAyB,IAAzB,EAA8B,KAAKxtG,MAAL,IAAa,KAAKA,MAAL,CAAYytG,YAAZ,CAAyB,KAAKF,MAA9B,CAAzD;AAAgG,aAAt7B,EAAu7BrR,gBAAe,0BAAU;AAAC,oBAAIjmF,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKmW,QAAb,CAAsB,KAAI2L,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,sBAAE8hB,CAAF,EAAKi3F,YAAL;AAAvB;AAA2C,aAAlhC,EAAmhCC,cAAa,wBAAU;AAAC,qBAAKI,MAAL,GAAY,IAAI9iD,EAAEqN,OAAF,CAAUs3B,KAAd,CAAoB,EAACse,QAAO,KAAK34G,OAAL,CAAa24G,MAArB,EAA4Bt8E,SAAQ+6B,EAAE,KAAKp3D,OAAL,CAAaq8B,OAAf,EAAuB,CAAC,CAAxB,CAApC,EAApB,CAAZ;AAAiG,aAA5oC,EAA6oCi8E,iBAAgB,2BAAU;AAAC,qBAAKE,MAAL,KAAc,KAAKrpF,SAAL,GAAegS,EAAE/R,SAAF,CAAYikD,MAAZ,CAAmB,KAAKmlC,MAAxB,EAA+B,KAAKx4G,OAAL,CAAamvB,SAA5C,CAA7B;AAAqF,aAA7vC,EAA8vCupF,cAAa,sBAASx3F,CAAT,EAAW;AAACA,kBAAEu3F,YAAF,KAAiBv3F,EAAEu3F,YAAF,GAAe,IAAhC,GAAsCv3F,EAAElhB,OAAF,CAAU44G,MAAV,GAAiB,KAAKC,QAAL,GAAgBL,MAAhB,CAAuB9wF,MAAvB,CAA8BxG,CAA9B,CAAjB,GAAkDi2C,EAAEj2C,EAAElhB,OAAF,CAAU24G,MAAZ,IAAoB,KAAKG,SAAL,GAAiBC,WAAjB,CAA6B73F,CAA7B,CAApB,GAAoD,KAAKs3F,MAAL,GAAY,KAAKA,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAZ,GAAkC,KAAKjW,MAAL,CAAYytG,YAAZ,CAAyBx3F,CAAzB,CAA9K;AAA0M,aAAj+C,EAAk+C23F,UAAS,oBAAU;AAAC,uBAAO,KAAK5tG,MAAL,GAAY,KAAKA,MAAL,CAAY4tG,QAAZ,EAAZ,GAAmC,IAA1C;AAA+C,aAAriD,EAAsiDC,WAAU,qBAAU;AAAC,uBAAO,KAAK7tG,MAAL,GAAY,KAAKA,MAAL,CAAY6tG,SAAZ,EAAZ,GAAoC,IAA3C;AAAgD,aAA3mD,EAA4mDC,aAAY,qBAAS73F,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,IAAEvxC,EAAElhB,OAAF,CAAU24G,MAAV,IAAkB,CAA9B;AAAA,oBAAgCnmD,IAAE,KAAKgmD,MAAL,CAAYjjG,QAA9C,CAAuD,KAAInW,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAJ,KAAakW,IAAEg+C,EAAEpzD,CAAF,CAAF,EAAO2I,IAAEqvD,EAAE5iD,EAAExU,OAAF,CAAU24G,MAAZ,EAAmB,CAAnB,CAAT,EAA+B,EAAE5wG,IAAE0qD,CAAJ,CAA5C,CAAR,EAA4DrzD,GAA5D,IAAiE,KAAKo5G,MAAL,CAAYnd,QAAZ,CAAqBn6E,CAArB,EAAuB9hB,CAAvB;AAA0B,aAAtxD,EAAuxDg/F,UAAS,kBAASl9E,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,IAAE,KAAKwN,QAAf,CAAwB,KAAInW,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuBoV,wBAAEzM,EAAE3I,CAAF,CAAF,EAAO8hB,EAAE1M,CAAF,CAAP,EAAYA,EAAE4pF,QAAF,IAAY5pF,EAAE4pF,QAAF,CAAWl9E,CAAX,CAAxB;AAAvB;AAA6D,aAAj4D,EAAk4DpL,SAAQ,iBAASoL,CAAT,EAAW;AAAC,qBAAI,IAAI9hB,IAAE,IAAN,EAAWoV,IAAE,CAAC,CAAlB,EAAoBpV,KAAG,CAACoV,CAAxB;AAA2BA,wBAAE0M,EAAE9hB,CAAF,CAAF,EAAOoV,MAAIpV,IAAEA,EAAE6L,MAAR,CAAP;AAA3B,iBAAkD,IAAGuJ,CAAH,EAAK,OAAOpV,CAAP;AAAS,aAAt9D,EAAu9Dm5G,gBAAer3F,EAAE/f,IAAx+D,EAA6+D63G,cAAa,wBAAU;AAAC,oBAAI93F,IAAE,CAAC,KAAKlhB,OAAL,IAAc,EAAf,EAAmBi5G,SAAzB,CAAmC,OAAM,EAAE,CAAC,KAAKC,eAAN,IAAuBh4F,KAAGA,EAAEmb,OAAF,KAAY,CAAC,CAAzC,CAAN;AAAkD,aAA1lE,EAA2lE88E,iBAAgB,yBAAS/5G,CAAT,EAAW;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAE,IAAR;AAAA,oBAAa0qD,IAAE1qD,EAAEqxG,UAAjB;AAAA,oBAA4B5mD,IAAE,CAACzqD,EAAE/H,OAAF,IAAW,EAAZ,EAAgBi5G,SAA9C;AAAA,oBAAwDrzG,IAAE,CAAC4sD,KAAG,EAAJ,EAAQgmD,MAAlE,CAAyE,IAAG,CAAC/lD,CAAJ,EAAM;AAAC,wBAAGj+C,IAAE,EAAC0pF,MAAK,EAACvqD,OAAM+iE,EAAP,EAAU9pF,SAAQ,EAAlB,EAAN,EAA4BuxE,QAAO,EAACxqD,OAAM+iE,EAAP,EAAUxsF,OAAM,CAAhB,EAAkB0C,SAAQ,EAA1B,EAAnC,EAAF,EAAoEhnB,CAAvE,EAAyE;AAAC,4BAAG6sD,IAAE1qD,EAAEqxG,UAAF,GAAaxzG,EAAEsb,EAAEnhB,MAAF,CAASgI,EAAEsxG,mBAAF,EAAT,EAAiC,EAACjB,cAAa,wBAAU;AAAC,uCAAOrwG,EAAEmxG,eAAF,CAAkB1kG,CAAlB,CAAP;AAA4B,6BAArD,EAAsD0kD,QAAOnxD,EAAEiwG,QAAF,EAA7D,EAA0EsB,QAAOvxG,EAAEuxG,MAAnF,EAA0FtyC,UAASj/D,EAAEi/D,QAArG,EAA8GuyC,UAASxxG,EAAEwxG,QAAzH,EAAkI71G,OAAMqE,EAAErE,KAA1I,EAAgJ81G,YAAWzxG,EAAEyxG,UAA7J,EAAwKC,YAAW1xG,EAAE0xG,UAArL,EAAgMC,cAAa3xG,EAAE2xG,YAA/M,EAA4N1iC,OAAMjvE,EAAEivE,KAApO,EAAjC,CAAF,CAAf,EAA+R,CAACvkB,CAAnS,EAAqS;AAAO,qBAAtX,MAA2XA,IAAE1qD,EAAEqxG,UAAF,GAAarxG,EAAEmxG,eAAF,CAAkB1kG,CAAlB,CAAf,CAAoCi+C,EAAEzyD,OAAF,CAAU24G,MAAV,GAAiB5wG,EAAE/H,OAAF,CAAU24G,MAA3B,EAAkC5wG,EAAE2wG,YAAF,CAAejmD,CAAf,CAAlC;AAAoD,mBAAEp2B,OAAF,CAAUj9B,CAAV;AAAa,aAAvqF,EAAwqFu6G,uBAAsB,+BAASz4F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,IAAIo5B,EAAEujE,IAAN,CAAW5wB,GAAG,EAACqqB,QAAO,EAACxqD,OAAMwiE,EAAP,EAAR,EAAmBjY,MAAK,KAAK0b,cAAL,CAAoBplG,CAApB,CAAxB,EAA+CwtF,QAAO9gF,EAAElhB,OAAF,CAAUgiG,MAAhE,EAAH,EAA2E5iG,CAA3E,CAAX,CAAN,CAAgG,OAAO2I,EAAE25F,QAAF,CAAWx0F,QAAX,CAAoBgU,EAAEwgF,QAAF,CAAWx0F,QAAX,EAApB,GAA2CnF,CAAlD;AAAoD,aAAl2F,EAAm2F6xG,gBAAe,wBAAS14F,CAAT,EAAW;AAAC,oBAAG,KAAKjW,MAAR,EAAe,OAAO,KAAKA,MAAL,CAAY2uG,cAAZ,CAA2B14F,CAA3B,CAAP;AAAqC,aAAl7F,EAAV,CAA3uJ,EAA0qPo1C,IAAEO,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAEy6G,SAAF,GAAY,EAAZ,EAAehjD,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,CAAf;AAAmC,aAAhE,EAAiElhB,SAAQ,EAACkqB,OAAMyrF,EAAP,EAAU1mF,QAAOywE,EAAjB,EAAoBoa,YAAWpD,EAA/B,EAAkCtpF,QAAO,EAACumB,OAAM9b,EAAP,EAAU3N,OAAM,CAAhB,EAAzC,EAA4DgD,QAAO1Y,EAAE,CAAF,CAAnE,EAAwEmkG,QAAO,CAAC,CAAhF,EAAzE,EAA4J51E,QAAO,kBAAU;AAAC,oBAAI7hB,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyB+H,IAAE3I,EAAEmW,QAA7B;AAAA,oBAAsCk9C,IAAE,IAAI+C,EAAJ,CAAM,CAAN,EAAQ,CAAR,EAAUhhD,EAAE0V,KAAZ,EAAkB1V,EAAEya,MAApB,CAAxC,CAAoE,KAAI7vB,EAAE2gC,GAAF,GAAM0yB,EAAE2kD,KAAF,CAAQ5iG,EAAE0Y,MAAV,CAAN,EAAwBhM,IAAE,CAA9B,EAAgCA,IAAEnZ,EAAEzJ,MAApC,EAA2C4iB,GAA3C;AAA+CnZ,sBAAEmZ,CAAF,EAAK6hB,MAAL,CAAY0vB,CAAZ,GAAeA,IAAE96B,EAAE86B,CAAF,EAAI1qD,EAAEmZ,CAAF,EAAK6e,GAAT,KAAey1B,IAAhC;AAA/C;AAAmF,aAArU,EAAsU4iD,cAAa,wBAAU;AAAC,qBAAKI,MAAL,GAAY,IAAIr3E,EAAEk5D,KAAN,EAAZ,EAAwB,KAAK0f,gBAAL,EAAxB;AAAgD,aAA9Y,EAA+YA,kBAAiB,4BAAU;AAAC,oBAAI74F,IAAE,KAAKlhB,OAAX;AAAA,oBAAmBZ,IAAE8hB,EAAEkM,MAAF,IAAU,EAA/B;AAAA,oBAAkC5Y,IAAE,KAAKurB,GAAL,CAAS1/B,KAAT,GAAiB82G,GAAjB,CAAqBj2F,EAAEgM,MAAvB,EAA+BkqF,KAA/B,CAAqCh4G,EAAE8qB,KAAvC,CAApC;AAAA,oBAAkFniB,IAAEo5B,EAAEujE,IAAF,CAAOzC,QAAP,CAAgBztF,EAAE+iG,MAAF,EAAhB,EAA2B,EAACpZ,QAAO,EAACxqD,OAAMv0C,EAAE8qB,KAAF,GAAQ9qB,EAAEu0C,KAAV,GAAgB,EAAvB,EAA0BzpB,OAAM9qB,EAAE8qB,KAAlC,EAAwC6+E,UAAS3pG,EAAE2pG,QAAnD,EAAR,EAAqE7K,MAAK,EAACvqD,OAAMzyB,EAAE44F,UAAT,EAAoBltF,SAAQ1L,EAAE0L,OAA9B,EAA1E,EAAiH+rF,QAAO,CAAC,EAAzH,EAA3B,CAApF,CAA6O,KAAKH,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB;AAAsB,aAA9qB,EAA+qBgwG,SAAQ,mBAAU;AAAC,uBAAO,IAAP;AAAY,aAA9sB,EAA+sB6B,gBAAe,wBAAS14F,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,IAAE,KAAK8xG,SAAf;AAAA,oBAAyBpnD,IAAEG,EAAE2/B,SAAF,CAAYrxE,CAAZ,CAA3B;AAAA,oBAA0CsxC,IAAEkD,EAAEskD,SAAF,CAAY94F,EAAE+4F,QAAd,CAA5C,CAAoE,OAAOlyG,EAAE0qD,CAAF,IAAKrzD,IAAE2I,EAAE0qD,CAAF,CAAP,IAAaj+C,IAAEs/D,GAAG,EAAH,EAAMthB,CAAN,EAAQtxC,CAAR,CAAF,EAAa,YAAUsxC,EAAEnxD,IAAZ,GAAiBjC,IAAE,IAAI+hC,EAAEqjE,cAAN,CAAqBhwF,CAArB,CAAnB,IAA4C0M,EAAEs0F,WAAF,KAAgBhhG,EAAE6tF,KAAF,GAAQ5sC,EAAEjhD,CAAF,CAAxB,GAA8BpV,IAAE,IAAI+hC,EAAEwjE,cAAN,CAAqBnwF,CAArB,CAAhC,EAAwDpV,EAAE6vG,UAAF,GAAaz8C,EAAEy8C,UAAF,KAAe,CAAC,CAAjI,CAAb,EAAiJlnG,EAAE0qD,CAAF,IAAKrzD,CAAnK,GAAsKA,CAA7K;AAA+K,aAA79B,EAAT,CAA5qP,EAAqpRo3D,IAAEK,EAAE92D,MAAF,CAAS,EAACC,SAAQ,EAACikG,OAAM0Q,EAAP,EAAU5P,QAAO0P,EAAjB,EAAoBvnF,QAAO,EAA3B,EAA8BC,SAAQ,EAAtC,EAAyCC,QAAO,EAACumB,OAAM9b,EAAP,EAAU3N,OAAM,CAAhB,EAAhD,EAAmE4vF,YAAW,EAA9E,EAAiFI,aAAY,CAAC,CAA9F,EAAgGhwF,OAAM,CAAtG,EAAwG+E,QAAO,CAA/G,EAAiHoN,SAAQ,CAAC,CAA1H,EAAT,EAAsI0G,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,GAAY;AAACu4B,sBAAEssE,KAAF,CAAQ/iF,CAAR,EAAUy1F,EAAV,EAAa9gG,EAAEouF,KAAf,GAAsBtsE,EAAEssE,KAAF,CAAQ/iF,CAAR,EAAU01F,EAAV,EAAa/gG,EAAEkvF,MAAf,CAAtB,EAA6CptE,EAAEwiF,UAAF,GAAapyG,EAAE1H,KAAF,GAAU+2G,KAAV,CAAgB9jD,CAAhB,EAAmB8jD,KAAnB,CAAyBxqE,CAAzB,CAA1D;AAAsF,qBAAI7kC,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,IAAE,IAAd;AAAA,oBAAmB9hB,IAAE8hB,EAAE33B,OAAvB;AAAA,oBAA+BgzD,IAAEn9C,EAAEqU,KAAnC;AAAA,oBAAyC+oC,IAAEp9C,EAAEoZ,MAA7C;AAAA,oBAAoDolC,IAAErB,KAAGC,CAAzD;AAAA,oBAA2D3kC,IAAEzY,EAAEqkG,WAA/D;AAAA,oBAA2E5mD,IAAE9+C,EAAEqB,EAAEqX,MAAJ,CAA7E;AAAA,oBAAyFkmC,IAAE5+C,EAAEqB,EAAEsX,OAAJ,CAA3F;AAAA,oBAAwGyf,IAAE/2B,EAAEuX,MAAF,CAASlD,KAAnH;AAAA,oBAAyHhiB,IAAEyvB,EAAEpiB,QAA7H,CAAsI,KAAIk9C,IAAEvxC,EAAE7gB,KAAF,EAAF,EAAYg0D,MAAI5B,EAAE4iD,EAAF,GAAK5iD,EAAE0iD,EAAF,GAAKniD,CAAV,EAAYP,EAAE6iD,EAAF,GAAK7iD,EAAE2iD,EAAF,GAAKniD,CAA1B,CAAZ,EAAyC3kC,KAAGmkC,EAAE2kD,KAAF,CAAQ9jD,CAAR,EAAW8jD,KAAX,CAAiBxqE,CAAjB,EAAoBwqE,KAApB,CAA0BhkD,CAA1B,CAA5C,EAAyEyD,EAAEn5D,EAAF,CAAKqlC,MAAL,CAAYvkC,IAAZ,CAAiBm5B,CAAjB,EAAmB86B,CAAnB,CAAzE,EAA+F1qD,IAAEssD,IAAE18B,EAAEoI,GAAF,GAAMy1B,GAAE,CAAF,EAAI,CAAJ,EAAMxC,CAAN,EAAQC,CAAR,CAAR,GAAmBt7B,EAAEoI,GAAtH,EAA0HzR,KAAG+lC,CAAH,IAAMj1D,KAAIqzD,IAAE96B,EAAEyiF,UAAF,GAAaziF,EAAEwiF,UAAF,CAAa95G,KAAb,GAAqB+2G,KAArB,CAA2BhkD,CAA3B,CAAzB,KAAyDX,IAAE96B,EAAEyiF,UAAF,GAAaryG,EAAE1H,KAAF,EAAf,EAAyB0H,EAAEovG,GAAF,CAAM/jD,CAAN,EAAS+jD,GAAT,CAAavqE,CAAb,EAAgBuqE,GAAhB,CAAoB7jD,CAApB,CAAzB,EAAgDl0D,GAAzG,CAA1H,EAAwOu4B,EAAEugF,iBAAF,CAAoBnwG,EAAEotG,EAAF,GAAK1iD,EAAE0iD,EAAP,GAAU7hD,EAAErmC,IAAZ,GAAiB2f,CAAjB,GAAmBwmB,EAAEnmC,IAAzC,EAA8CllB,EAAEqtG,EAAF,GAAK3iD,EAAE2iD,EAAP,GAAU9hD,EAAEloD,GAAZ,GAAgBwhC,CAAhB,GAAkBwmB,EAAEhoD,GAAlE,CAAxO,EAA+SonD,IAAE,CAArT,EAAuTA,IAAEtqD,EAAE5J,MAA3T,EAAkUk0D,GAAlU;AAAsU5sD,wBAAEsC,EAAEsqD,CAAF,CAAF,EAAO5sD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAX,CAAP;AAAtU;AAA6V,aAA/tB,EAAguBkkE,OAAM,eAAS/iF,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,qBAAKurB,GAAL,CAASkkE,KAAT,CAAe/iF,CAAf,EAAiB9hB,CAAjB,EAAmBoV,CAAnB;AAAsB,aAA5wB,EAA6wB6lG,QAAO,kBAAU;AAAC,oBAAIn5F,IAAE,KAAKlhB,OAAX,CAAmB,OAAOkhB,EAAEkM,MAAF,CAASlD,KAAT,IAAgBhJ,EAAE44F,UAAzB;AAAoC,aAAt1B,EAAu1B1B,cAAa,wBAAU;AAACvhD,kBAAEn5D,EAAF,CAAK06G,YAAL,CAAkB55G,IAAlB,CAAuB,IAAvB,EAA6B,IAAI0iB,IAAE,KAAKlhB,OAAX,CAAmBkhB,EAAEmb,OAAF,IAAW,KAAKg+E,MAAL,EAAX,IAA0B,KAAK7B,MAAL,CAAY9wF,MAAZ,CAAmByZ,EAAEujE,IAAF,CAAOzC,QAAP,CAAgB,KAAKkY,UAAL,CAAgB5C,MAAhB,EAAhB,EAAyC,KAAK+C,WAAL,EAAzC,CAAnB,CAA1B;AAA2G,aAA1gC,EAA2gCA,aAAY,uBAAU;AAAC,oBAAIp5F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEguB,MAAF,IAAU,EAAnC,CAAsC,OAAM,EAAC+wE,QAAO,EAACj0E,OAAM1V,EAAE0V,KAAT,EAAeypB,OAAMn/B,EAAEm/B,KAAvB,EAA6B/mB,SAAQwqC,EAAE5iD,EAAEoY,OAAJ,EAAYxtB,EAAEwtB,OAAd,CAArC,EAA4Dm8E,UAASv0F,EAAEu0F,QAAvE,EAAR,EAAyF7K,MAAK,EAACvqD,OAAMv0C,EAAE06G,UAAT,EAAoBltF,SAAQxtB,EAAEwtB,OAA9B,EAA9F,EAAqI+6E,QAAOvoG,EAAEuoG,MAA9I,EAAN;AAA4J,aAApuC,EAAT,CAAvpR,EAAu4TzwC,IAAEL,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAWqiD,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBpV,CAAjB,GAAoBoV,EAAE0R,OAAF,GAAUhF,CAA9B,EAAgC1M,EAAEuuB,MAAF,CAASyyB,IAAT,CAAhC;AAA8C,aAA7E,EAA8Ex1D,SAAQ,EAACygG,MAAK7sB,EAAN,EAASjgC,OAAM9b,EAAf,EAAkBosE,OAAM0Q,EAAxB,EAA2B5P,QAAO,EAAlC,EAAtF,EAA4HhiE,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAazM,IAAEyM,EAAExU,OAAjB,CAAyBZ,IAAE2I,EAAE84B,IAAF,GAAOm+D,GAAGxqF,EAAE0R,OAAL,EAAa,EAACu6E,MAAK14F,EAAE04F,IAAR,EAAb,CAAT,EAAqCjsF,EAAEk/E,QAAF,GAAWt0F,EAAEs0F,QAAlD,EAA2Dl/E,EAAEurB,GAAF,GAAMy1B,GAAEt0C,EAAEi0F,EAAJ,EAAOj0F,EAAEk0F,EAAT,EAAYl0F,EAAEi0F,EAAF,GAAK/1G,EAAE8qB,KAAnB,EAAyBhJ,EAAEk0F,EAAF,GAAKh2G,EAAE6vB,MAAhC,CAAjE;AAAyG,aAAjR,EAAkRmpF,cAAa,wBAAU;AAAC,oBAAIl3F,IAAE,KAAKlhB,OAAX,CAAmB,KAAKw4G,MAAL,GAAY,IAAIr3E,EAAE2jE,IAAN,CAAW,KAAK5+E,OAAhB,EAAwB,KAAK6Z,GAAL,CAASw3E,MAAT,GAAkBvgB,OAAlB,EAAxB,EAAoD,EAACyJ,MAAKv/E,EAAEu/E,IAAR,EAAavC,MAAK,EAACvqD,OAAMzyB,EAAEyyB,KAAT,EAAe/mB,SAAQ1L,EAAE0L,OAAzB,EAAlB,EAAoD+6E,QAAOzmF,EAAEymF,MAA7D,EAApD,CAAZ;AAAsI,aAAnc,EAAT,CAAz4T,EAAw1UpyC,IAAEsB,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC21C,kBAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKq5F,cAAL,EAAvB;AAA6C,aAA/D,EAAgEA,gBAAe,0BAAU;AAAC,oBAAIr5F,IAAE,KAAKlhB,OAAX,CAAmBkhB,EAAE2lC,QAAF,IAAY,KAAK48C,SAAL,GAAekT,EAAf,EAAkB,KAAK6D,WAAL,GAAiB5D,EAAnC,EAAsC,KAAK6D,cAAL,GAAoBhE,EAA1D,EAA6D,KAAKiE,gBAAL,GAAsB9E,EAAnF,EAAsF,KAAK+E,YAAL,GAAkBz5F,EAAEiiF,OAA1G,EAAkH,KAAKyX,cAAL,GAAoB15F,EAAE25F,QAApJ,KAA+J,KAAKpX,SAAL,GAAemT,EAAf,EAAkB,KAAK4D,WAAL,GAAiB7D,EAAnC,EAAsC,KAAK8D,cAAL,GAAoB7E,EAA1D,EAA6D,KAAK8E,gBAAL,GAAsBjE,EAAnF,EAAsF,KAAKkE,YAAL,GAAkBz5F,EAAE25F,QAA1G,EAAmH,KAAKD,cAAL,GAAoB15F,EAAEiiF,OAAxS;AAAiT,aAA9Z,EAA+ZnjG,SAAQ,EAAC6mD,UAAS,CAAC,CAAX,EAAannC,MAAK,CAAC,CAAnB,EAAqBm7F,UAAS,CAA9B,EAAgC1X,SAAQ,CAAxC,EAAva,EAAkdpgE,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,qBAAK6e,GAAL,GAAS7e,EAAE7gB,KAAF,EAAT,EAAmB,KAAKy6G,cAAL,EAAnB;AAAyC,aAA9gB,EAA+gBA,gBAAe,0BAAU;AAAC,oBAAI55F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,CAAlB;AAAA,oBAAoB9hB,CAApB;AAAA,oBAAsBm9C,CAAtB;AAAA,oBAAwBC,IAAE,IAA1B;AAAA,oBAA+BoB,IAAEpB,EAAElzB,GAAnC;AAAA,oBAAuCzR,IAAE2kC,EAAEunD,WAA3C;AAAA,oBAAuDlnD,IAAEL,EAAEwwC,SAA3D;AAAA,oBAAqErwC,IAAEH,EAAEynD,gBAAzE;AAAA,oBAA0F9tE,IAAEqmB,EAAEwnD,cAA9F;AAAA,oBAA6GvyG,IAAE+qD,EAAE8nD,YAAF,EAA/G;AAAA,oBAAgIpmD,IAAEzsD,EAAEI,MAApI;AAAA,oBAA2Iu0B,IAAE83B,EAAEr2D,MAA/I;AAAA,oBAAsJwuC,IAAEunB,EAAEf,IAAE,CAAJ,IAAOL,EAAE+nD,UAAF,CAAa9yG,EAAE07F,UAAf,EAA0BvvC,EAAEznB,CAAF,GAA1B,CAA/J;AAAA,oBAAiM/mC,IAAEinC,CAAnM,CAAqM,IAAGjQ,CAAH,EAAK;AAAC,yBAAIj3B,IAAE,CAAN,EAAQA,IAAEi3B,CAAV,EAAYj3B,GAAZ,EAAgB;AAAC,6BAAI4O,IAAEmgD,EAAE/uD,CAAF,CAAF,EAAOmC,IAAEyM,EAAEymG,aAAX,EAAyBxoD,IAAE1qD,EAAEzJ,MAA7B,EAAoC4iB,IAAEmzC,EAAE/lC,IAAE,CAAJ,CAAtC,EAA6CkkC,IAAE,CAAnD,EAAqDA,IAAEC,CAAvD,EAAyDD,GAAzD;AAA6D76B,gCAAE5vB,EAAEyqD,CAAF,CAAF,EAAOQ,IAAEC,EAAEkqC,WAAF,CAAcxlE,CAAd,CAAT,EAA0Bv4B,IAAEyG,IAAEotD,EAAE+nD,UAAF,CAAahoD,EAAEpmB,CAAF,CAAb,EAAkBp4B,EAAEqnD,SAApB,CAA9B,EAA6DhmD,IAAE2/C,IAA/D,EAAmE3/C,EAAEy9C,IAAE,CAAJ,IAAOl0D,CAA1E,EAA4EyW,EAAEy9C,IAAE,CAAJ,IAAOl0D,IAAE4zD,EAAEpmB,CAAF,CAArF,EAA0F/2B,EAAEyY,IAAE,CAAJ,IAAOpN,CAAjG,EAAmGrL,EAAEyY,IAAE,CAAJ,IAAOpN,IAAE8xC,EAAEI,CAAF,CAA5G,EAAiHz7B,EAAEoL,MAAF,CAASltB,CAAT,CAAjH,EAA6HqL,KAAG8xC,EAAEI,CAAF,IAAKH,EAAE2nD,cAAvI;AAA7D,yBAAmN/0G,KAAG2O,EAAEqnD,SAAF,GAAY5I,EAAE0nD,YAAjB;AAA8B,uBAAErnD,IAAE,CAAJ,IAAOxmB,CAAP,EAASunB,EAAEf,IAAE,CAAJ,IAAOxmB,IAAE5kC,EAAE07F,UAApB,EAA+BvvC,EAAE/lC,IAAE,CAAJ,IAAO+lC,EAAE/lC,IAAE,CAAJ,IAAOpmB,EAAEgzG,oBAA/C;AAAoE;AAAC,aAA3jC,EAA4jCF,YAAW,oBAAS95F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,CAAN;AAAA,oBAAQzM,IAAE,KAAK/H,OAAL,CAAaikG,KAAvB,CAA6B,OAAOl8F,KAAG2sG,EAAH,IAAO3sG,KAAGu3F,EAAV,GAAa9qF,IAAEpV,IAAE8hB,CAAjB,GAAmBnZ,KAAGw2C,EAAH,KAAQ/pC,IAAE,CAACpV,IAAE8hB,CAAH,IAAM,CAAhB,CAAnB,EAAsC1M,CAA7C;AAA+C,aAAjqC,EAAkqCumG,cAAa,wBAAU;AAAC,oBAAI75F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAezM,IAAEyM,EAAEurB,GAAnB;AAAA,oBAAuB0yB,IAAEj+C,EAAEe,QAA3B;AAAA,oBAAoCi9C,IAAEC,EAAEn0D,MAAxC;AAAA,oBAA+CsH,IAAE,KAAK80G,gBAAtD;AAAA,oBAAuE/iF,IAAE,KAAK8iF,cAA9E;AAAA,oBAA6F5kG,IAAE,KAAK+kG,cAApG;AAAA,oBAAmH5nD,IAAE,KAAK2nD,YAA1H;AAAA,oBAAuI1nD,IAAEoB,EAAEtsD,EAAEnC,CAAF,GAAF,CAAzI;AAAA,oBAAmJ0oB,IAAE,CAArJ;AAAA,oBAAuJglC,IAAE,CAAzJ;AAAA,oBAA2JF,IAAE,CAA7J;AAAA,oBAA+JxmB,IAAE,CAAjK;AAAA,oBAAmK1kC,IAAE,EAArK;AAAA,oBAAwKysD,IAAE,EAA1K;AAAA,oBAA6K93B,IAAE,CAA/K,CAAiL,KAAIvO,IAAE,CAAN,EAAQA,IAAEkkC,CAAV,EAAYlkC,GAAZ;AAAgBlvB,wBAAEqzD,EAAEnkC,CAAF,CAAF,EAAOlvB,EAAE2gC,GAAF,IAAO3gC,EAAE2jC,MAAF,CAASh7B,CAAT,CAAd,EAA0BmZ,IAAE,KAAKi8E,WAAL,CAAiB/9F,CAAjB,CAA5B,EAAgDoV,EAAExU,OAAF,CAAU0f,IAAV,IAAgB20C,EAAEjB,IAAEv9C,CAAF,GAAIqL,EAAEtb,CAAF,CAAN,IAAYqtD,CAA5B,KAAgC/qD,EAAEnL,IAAF,CAAO,EAACk+G,eAActmD,CAAf,EAAiBkH,WAAUvI,CAA3B,EAA6B6nD,mBAAkB/nD,CAA/C,EAAP,GAA0Dv2B,IAAEwiE,GAAGtzE,GAAH,CAAO8Q,CAAP,EAASu2B,CAAT,CAA5D,EAAwExmB,KAAGomB,IAAEM,CAA7E,EAA+EA,IAAE,CAAjF,EAAmFF,IAAE,CAArF,EAAuFuB,IAAE,EAAzH,CAAhD,EAA6KrB,IAAE+rC,GAAGtzE,GAAH,CAAOunC,CAAP,EAASpyC,EAAEyW,CAAF,CAAT,CAA/K,EAA8Ly7B,IAAE,CAAF,KAAMA,KAAGv9C,CAAT,CAA9L,EAA0Mu9C,KAAGlyC,EAAEtb,CAAF,CAA7M,EAAkN+uD,EAAE53D,IAAF,CAAOqC,CAAP,CAAlN;AAAhB,iBAA4O,OAAO8I,EAAEnL,IAAF,CAAO,EAACk+G,eAActmD,CAAf,EAAiBkH,WAAUvI,CAA3B,EAA6B6nD,mBAAkB/nD,CAA/C,EAAP,GAA0Dv2B,IAAEwiE,GAAGtzE,GAAH,CAAO8Q,CAAP,EAASu2B,CAAT,CAA5D,EAAwExmB,KAAG0mB,CAA3E,EAA6E,EAAChrD,QAAOJ,CAAR,EAAU07F,YAAWh3D,CAArB,EAAuBsuE,sBAAqBr+E,CAA5C,EAApF;AAAmI,aAA1tD,EAA2tDsgE,aAAY,qBAASj8E,CAAT,EAAW;AAAC,uBAAM,EAACgJ,OAAMhJ,EAAE6e,GAAF,CAAM7V,KAAN,EAAP,EAAqB+E,QAAO/N,EAAE6e,GAAF,CAAM9Q,MAAN,EAA5B,EAAN;AAAkD,aAAryD,EAAsyDmpF,cAAanZ,EAAnzD,EAAT,CAA11U,EAA2pYhoC,IAAET,EAAEz2D,MAAF,CAAS,EAACq7G,kBAAiB,SAAlB,EAA4Bz9G,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAWA,EAAE0R,OAAF,GAAUhF,CAAV,EAAYs1C,EAAE94D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBpV,CAAjB,CAAZ,EAAgCoV,EAAE6mG,cAAF,EAAhC,EAAmD7mG,EAAEuuB,MAAF,CAASyyB,IAAT,CAAnD;AAAiE,aAA3H,EAA4H6lD,gBAAe,0BAAU;AAAC,oBAAIn6F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAezM,IAAEyM,EAAExU,OAAnB;AAAA,oBAA2ByyD,IAAE,CAACj+C,EAAE0R,OAAF,GAAU,EAAX,EAAe/hB,KAAf,CAAqBqQ,EAAE4mG,gBAAvB,CAA7B;AAAA,oBAAsE5oD,IAAE,IAAI+C,CAAJ,CAAM,EAAC1O,UAAS,CAAC,CAAX,EAAao9C,OAAMl8F,EAAEk8F,KAArB,EAA2BvkF,MAAK,CAAC,CAAjC,EAAN,CAAxE;AAAA,oBAAmH9Z,IAAEkuE,GAAG,EAAH,EAAM/rE,CAAN,EAAQ,EAAC6kB,SAAQ,CAAT,EAAWuC,WAAU,IAArB,EAAR,CAArH,CAAyJ,KAAI3a,EAAEmV,SAAF,GAAY6oC,CAAZ,EAAch+C,EAAEkT,MAAF,CAAS8qC,CAAT,CAAd,EAA0BpzD,IAAE,CAAhC,EAAkCA,IAAEqzD,EAAEn0D,MAAtC,EAA6Cc,GAA7C;AAAiD8hB,wBAAE,IAAIg2C,CAAJ,CAAM8Z,GAAGve,EAAErzD,CAAF,CAAH,CAAN,EAAewG,CAAf,CAAF,EAAoB4sD,EAAE9qC,MAAF,CAASxG,CAAT,CAApB;AAAjD;AAAiF,aAAhY,EAAiY6hB,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAM2I,CAAN;AAAA,oBAAQ0qD,CAAR;AAAA,oBAAUD,IAAE,KAAKxyD,OAAjB;AAAA,oBAAyB4F,IAAE4sD,EAAEgmD,MAA7B,CAAoC,KAAK7uF,SAAL,CAAe3pB,OAAf,CAAuBikG,KAAvB,GAA6BzxC,EAAEyxC,KAA/B,EAAqCr+F,KAAG,CAAC,KAAK01G,UAAT,IAAqBp6F,EAAEs2F,OAAF,OAAc,KAAK8D,UAAL,GAAgB,CAAC,CAAjB,EAAmB,KAAKv4E,MAAL,CAAY7hB,CAAZ,CAAnB,EAAkC,KAAKo6F,UAAL,GAAgB,CAAC,CAAnD,EAAqDp6F,IAAE,KAAK6e,GAA1E,GAA+E,KAAKy4E,MAAL,GAAY5yG,EAAE,KAAK21G,aAAL,CAAmBr6F,CAAnB,CAAF,CAA3F,EAAoH9hB,IAAE8hB,CAAtH,EAAwH,KAAKs3F,MAAL,KAAcp5G,IAAEipC,EAAE,KAAKmwE,MAAL,CAAY3Z,WAAZ,MAA2B,IAAIxnC,EAAEqiC,IAAN,EAA7B,CAAF,EAA2C,KAAK8e,MAAL,CAAYx4G,OAAZ,CAAoB24G,MAApB,GAA2BnmD,EAAEmmD,MAAxE,EAA+E,KAAKH,MAAL,CAAYx4G,OAAZ,CAAoB44G,MAApB,GAA2BpmD,EAAEomD,MAA1H,CAAxH,EAA0P,KAAK74E,GAAL,GAAS,KAAKq6E,UAAL,GAAgB,KAAKD,UAAL,GAAgB/6G,CAAxT,KAA4To3D,EAAE94D,EAAF,CAAKqlC,MAAL,CAAYvkC,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,GAAyBsxC,EAAEgpD,QAAF,KAAazzG,IAAEyM,EAAEg+C,EAAEtlC,MAAJ,CAAF,EAAculC,IAAE,KAAK1yB,GAAL,CAASq3E,KAAT,CAAervG,CAAf,CAAhB,EAAkC,KAAK0zG,SAAL,GAAev6F,CAAjD,EAAmD,KAAKw6F,SAAL,GAAejpD,EAAEpyD,KAAF,EAAlE,EAA4EoyD,IAAE,KAAK4jC,MAAL,EAA9E,EAA4F5jC,EAAE8jC,SAAF,CAAYxuF,EAAEklB,IAAF,GAAOllB,EAAE69B,KAArB,EAA2B79B,EAAEqD,GAAF,GAAMrD,EAAE49B,MAAnC,CAA5F,EAAuI,KAAKg2E,UAAL,GAAgBlpD,EAAEpyD,KAAF,EAAvJ,EAAiKoyD,EAAE0kD,GAAF,CAAMpvG,CAAN,CAA9K,CAArV,CAArC;AAAmjB,aAA3+B,EAA4+BqwG,cAAa,wBAAU;AAAC,oBAAIl3F,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKY,OAAb,CAAqBZ,EAAEi9B,OAAF,KAAY,KAAKm8E,MAAL,GAAY,IAAI9iD,EAAEqN,OAAF,CAAUs3B,KAAd,CAAoB,EAAC/D,WAAU,KAAKslB,iBAAL,EAAX,EAAoCjD,QAAOv5G,EAAEu5G,MAA7C,EAAoDC,QAAOx5G,EAAEw5G,MAA7D,EAApB,CAAZ,EAAsG,KAAKyB,MAAL,OAAgBn5F,IAAEigB,EAAEujE,IAAF,CAAOzC,QAAP,CAAgB,KAAKkY,UAAL,CAAgB5C,MAAhB,EAAhB,EAAyC,KAAK+C,WAAL,EAAzC,CAAF,EAA+D,KAAK9B,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAA/E,CAAlH;AAAyN,aAAlvC,EAAmvCi3F,cAAa,wBAAU;AAAC,qBAAKn4G,OAAL,CAAaw4G,MAAb,IAAqB,KAAKH,SAAL,IAAiB,KAAKC,eAAL,EAAtC,IAA8D9hD,EAAE94D,EAAF,CAAKy6G,YAAL,CAAkB35G,IAAlB,CAAuB,IAAvB,CAA9D;AAA2F,aAAt2C,EAAu2Cq9G,eAAc,yBAAU;AAAC,oBAAI36F,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAAC85G,YAAW54F,EAAE44F,UAAd,EAAyB1sF,QAAOlM,EAAEkM,MAAlC,EAAyCumB,OAAMzyB,EAAEyyB,KAAjD,EAAuD8sD,MAAKv/E,EAAEu/E,IAA9D,EAAmEvzE,QAAOhM,EAAEgM,MAA5E,EAAmFC,SAAQjM,EAAEiM,OAA7F,EAAqGkP,SAAQnb,EAAEmb,OAA/G,EAAN;AAA8H,aAAjhD,EAAkhDk/E,eAAc,uBAASr6F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAW,OAAM,EAACiD,MAAKjD,EAAE8mB,OAAR,EAAgB8f,MAAK9kB,EAAEq2F,MAAF,EAArB,EAAgCr+C,QAAO,KAAK8+C,QAAL,EAAvC,EAAuDh4G,SAAQZ,EAAEy8G,aAAF,EAA/D,EAAiFzD,cAAa,wBAAU;AAAC,+BAAOh5G,EAAEk8G,UAAF,GAAa,CAAC,CAAd,EAAgBl8G,EAAE2jC,MAAF,CAAS7hB,CAAT,CAAhB,EAA4B9hB,EAAEk8G,UAAF,GAAa,CAAC,CAA1C,EAA4Cl8G,EAAE08G,gBAAF,EAAnD;AAAwE,qBAAjL,EAAN;AAAyL,aAAhvD,EAAivDA,kBAAiB,4BAAU;AAAC,qBAAK1D,YAAL,IAAoB,KAAKjR,cAAL,EAApB,CAA0C,IAAIjmF,IAAE,KAAKs3F,MAAX,CAAkB,OAAO,OAAO,KAAKA,MAAZ,EAAmBt3F,CAA1B;AAA4B,aAAr2D,EAAs2Dm1E,QAAO,kBAAU;AAAC,oBAAIn1E,IAAE,KAAKlhB,OAAX,CAAmB,OAAO,KAAK+/B,GAAL,CAASs2D,MAAT,CAAgBn1E,EAAEs6F,QAAlB,GAA4B,KAAKvX,KAAL,CAAW,KAAKwX,SAAhB,EAA0B9E,EAA1B,EAA6Bz1F,EAAE+iF,KAA/B,CAA5B,EAAkE,KAAKA,KAAL,CAAW,KAAKwX,SAAhB,EAA0B7E,EAA1B,EAA6B11F,EAAE6jF,MAA/B,CAAlE,EAAyG,KAAKhlE,GAArH;AAAyH,aAApgE,EAAqgE67E,mBAAkB,6BAAU;AAAC,oBAAI16F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,IAAE,KAAKzyD,OAAL,CAAaw7G,QAA3B,CAAoC,OAAO/oD,KAAGvxC,IAAE,KAAKw6F,SAAL,CAAe95B,MAAf,EAAF,EAA0BxiF,IAAE8hB,EAAE0rB,CAA9B,EAAgCp4B,IAAE0M,EAAE4rB,CAApC,EAAsC/kC,IAAE,KAAK4zG,UAAL,CAAgB/5B,MAAhB,EAAxC,EAAiEvqB,EAAEi/B,SAAF,GAAcC,SAAd,CAAwBxuF,EAAE6kC,CAAF,GAAIxtC,CAA5B,EAA8B2I,EAAE+kC,CAAF,GAAIt4B,CAAlC,EAAqC6hF,MAArC,CAA4C5jC,CAA5C,EAA8C,CAACrzD,CAAD,EAAGoV,CAAH,CAA9C,CAApE,IAA0H,IAAjI;AAAsI,aAA5sE,EAAT,CAA7pY,EAAq3c7U,IAAEk3D,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAWy3D,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,GAAoBA,IAAE9hB,EAAEY,OAAxB,EAAgCZ,EAAEsoB,MAAF,CAAS,IAAIuvC,CAAJ,CAAM/1C,EAAE7e,IAAR,EAAayxE,GAAG,EAAH,EAAM5yD,CAAN,EAAQ,EAAC6jF,QAAO7jF,EAAEkK,QAAV,EAAR,CAAb,CAAT,CAAhC;AAAqF,aAAlH,EAAmHprB,SAAQ,EAAC2zC,OAAM9b,EAAP,EAAUzM,UAASqpF,EAAnB,EAAsBxQ,OAAM1lD,EAA5B,EAA+BrxB,QAAO1Y,EAAE,CAAF,CAAtC,EAA2C2Y,SAAQ3Y,EAAE,CAAF,CAAnD,EAA3H,EAAoLuuB,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAWy3D,EAAEn5D,EAAF,CAAKqlC,MAAL,CAAYvkC,IAAZ,CAAiBY,CAAjB,EAAmB8hB,CAAnB,GAAsB9hB,EAAE2gC,GAAF,CAAMi3E,MAAN,CAAa91F,CAAb,EAAey1F,EAAf,CAAtB;AAAyC,aAA3P,EAAT,CAAv3c,EAA8ndh3G,EAAEo8G,UAAF,GAAa,UAAS76F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,gBAAIzM,CAAJ,CAAM,OAAM,YAAU,OAAOmZ,CAAjB,KAAqBA,IAAE,EAAC7e,MAAK6e,CAAN,EAAvB,GAAiCA,IAAE4yD,GAAG,EAACz3C,SAAQ,CAAC,CAAV,EAAH,EAAgB7nB,CAAhB,EAAkB0M,CAAlB,CAAnC,EAAwDA,KAAGA,EAAEmb,OAAL,IAAcnb,EAAE7e,IAAhB,KAAuB0F,IAAE,IAAIpI,CAAJ,CAAMuhB,CAAN,CAAF,EAAW9hB,EAAEsoB,MAAF,CAAS3f,CAAT,CAAlC,CAAxD,EAAuGA,CAA7G;AAA+G,SAAhxd,EAAixd0uD,IAAEQ,EAAEl3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmB;AAAC,oBAAID,IAAE,IAAN,CAAWA,EAAEnwD,IAAF,GAAOjD,CAAP,EAASozD,EAAE9uD,KAAF,GAAQwd,CAAjB,EAAmBsxC,EAAEx8C,KAAF,GAAQxB,CAA3B,EAA6Bg+C,EAAEwU,QAAF,GAAWj/D,CAAxC,EAA0CkvD,EAAEv5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,EAAiBpzD,CAAjB,EAAmBqzD,CAAnB,CAA1C;AAAgE,aAArG,EAAsG8oD,eAAc,uBAASr6F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE63D,EAAEv5D,EAAF,CAAK69G,aAAL,CAAmB/8G,IAAnB,CAAwB,IAAxB,EAA6B0iB,CAA7B,CAAN,CAAsC,OAAO9hB,EAAEsE,KAAF,GAAQ,KAAKA,KAAb,EAAmBtE,EAAE4nE,QAAF,GAAW,KAAKA,QAAnC,EAA4C5nE,EAAEm6D,MAAF,GAAS,KAAKv5D,OAAL,CAAau5D,MAAlE,EAAyEn6D,EAAE88D,OAAF,GAAU,KAAKl8D,OAAL,CAAak8D,OAAhG,EAAwG98D,CAA/G;AAAiH,aAAvR,EAAwRylB,OAAM,eAAS3D,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAW0M,EAAEyD,OAAF,CAAU46E,EAAV,EAAa,EAACh6D,SAAQh+B,EAAEnI,CAAF,CAAT,EAAcsE,OAAM8Q,EAAE9Q,KAAtB,EAA4BrB,MAAKmS,EAAEnS,IAAnC,EAAwC2T,OAAMxB,EAAEwB,KAAhD,EAAsDgxD,UAASxyD,EAAEwyD,QAAjE,EAA0E+G,MAAKv5D,EAAEvJ,MAAF,CAASjL,OAAxF,EAAb;AAA+G,aAAta,EAAuaq2F,QAAO,kBAAU;AAAC,oBAAIn1E,CAAJ,EAAM9hB,CAAN,CAAQ,OAAO,KAAKY,OAAL,CAAag8G,aAAb,IAA4Bz9D,EAA5B,IAAgCr9B,IAAE,KAAKw6F,SAAL,CAAenE,MAAf,EAAF,EAA0Bn4G,IAAE,KAAKw8G,iBAAL,EAA5B,EAAqD,KAAK77E,GAAL,GAASsI,EAAEnnB,EAAEi2E,IAAF,CAAO/3F,EAAEq2F,MAAF,EAAP,CAAF,CAA9F,IAAqHx+B,EAAEv5D,EAAF,CAAK24F,MAAL,CAAY73F,IAAZ,CAAiB,IAAjB,CAArH,EAA4I,KAAKuhC,GAAxJ;AAA4J,aAA7lB,EAA8lB67E,mBAAkB,6BAAU;AAAC,oBAAI16F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,CAAlB;AAAA,oBAAoB9hB,CAApB;AAAA,oBAAsBm9C,CAAtB;AAAA,oBAAwBC,CAAxB;AAAA,oBAA0B3kC,CAA1B;AAAA,oBAA4BglC,CAA5B;AAAA,oBAA8BF,CAA9B;AAAA,oBAAgCxmB,CAAhC;AAAA,oBAAkC1kC,CAAlC;AAAA,oBAAoCysD,CAApC;AAAA,oBAAsC93B,CAAtC;AAAA,oBAAwCiQ,IAAE,KAAK9sC,OAA/C;AAAA,oBAAuD6F,IAAEinC,EAAE0uE,QAA3D,CAAoE,OAAO31G,IAAEinC,EAAEkvE,aAAF,IAAiBz9D,EAAjB,GAAoB0Y,EAAEv5D,EAAF,CAAKk+G,iBAAL,CAAuBp9G,IAAvB,CAA4B,IAA5B,CAApB,IAAuD0iB,IAAEm2C,EAAEi/B,SAAF,GAAcD,MAAd,CAAqBxwF,CAArB,EAAwB4vF,MAAxB,EAAF,EAAmCr2F,IAAE,KAAKs8G,SAAL,CAAenE,MAAf,EAArC,EAA6D/iG,IAAE,KAAKinG,SAAL,CAAelE,MAAf,EAA/D,EAAuFxvG,IAAE+kC,EAAEmvE,cAAF,IAAkBxH,EAA3G,EAA8GhiD,IAAE1qD,KAAG0sG,EAAH,IAAO1sG,KAAGu3F,EAAV,GAAaqX,EAAb,GAAgBC,EAAhI,EAAmIpkD,IAAEzqD,KAAG0sG,EAAH,IAAO1sG,KAAGu3F,EAAV,GAAasX,EAAb,GAAgBD,EAArJ,EAAwJ/wG,IAAEmC,KAAG0sG,EAAH,IAAO1sG,KAAG4sG,EAAV,GAAangG,EAAEm7E,MAAf,GAAsBn7E,EAAE2hF,WAAF,EAAhL,EAAgMx+D,IAAEv4B,EAAE43F,OAAF,GAAYZ,aAAZ,CAA0Bl1E,CAA1B,CAAlM,EAA+NrL,IAAEzW,EAAE63F,QAAF,GAAab,aAAb,CAA2Bl1E,CAA3B,CAAjO,EAA+P8xC,IAAE5zD,EAAE+2F,WAAF,GAAgBC,aAAhB,CAA8Bl1E,CAA9B,CAAjQ,EAAkS+xC,IAAE7zD,EAAE83F,UAAF,GAAed,aAAf,CAA6Bl1E,CAA7B,CAApS,EAAoUoN,IAAE+oC,EAAEqiC,IAAF,CAAOtC,UAAP,CAAkBz/D,CAAlB,EAAoB9hB,CAApB,EAAsBm9C,CAAtB,EAAwBC,CAAxB,CAAtU,EAAiWK,IAAE,EAAnW,EAAsWA,EAAEd,CAAF,IAAKh+C,EAAEm7E,MAAF,CAASn9B,CAAT,IAAYlkC,EAAEqhE,MAAF,CAASn9B,CAAT,CAAvX,EAAmYY,IAAEisC,GAAGpyD,GAAH,CAAOtV,EAAE66B,CAAF,IAAKc,EAAEd,CAAF,CAAL,GAAU5sD,EAAE4sD,CAAF,CAAjB,CAArY,EAA4Z5lB,IAAEyyD,GAAGpyD,GAAH,CAAOp3B,EAAE28C,CAAF,IAAKc,EAAEd,CAAF,CAAL,GAAU5sD,EAAE4sD,CAAF,CAAjB,CAA9Z,EAAqb6B,EAAEjB,CAAF,EAAI4hD,EAAJ,MAAU3gD,EAAEznB,CAAF,EAAIooE,EAAJ,CAAV,IAAmB9sG,IAAEyvB,CAAF,EAAIg9B,IAAE9+C,CAAzB,IAA4B+2B,IAAEwmB,CAAF,IAAKlrD,IAAE2N,CAAF,EAAI8+C,IAAE3B,CAAX,KAAe9qD,IAAEyvB,CAAF,EAAIg9B,IAAE1B,CAArB,CAAjd,EAAyep2B,IAAE30B,EAAEuqD,CAAF,IAAK,CAACkC,EAAElC,CAAF,IAAKvqD,EAAEuqD,CAAF,CAAN,IAAY,CAA5f,EAA8fa,EAAEb,CAAF,IAAKj+C,EAAEotE,MAAF,GAAWnvB,CAAX,IAAc51B,CAAjhB,EAAmhBw6B,EAAEi/B,SAAF,GAAcC,SAAd,CAAwBjjC,EAAE1mB,CAA1B,EAA4B0mB,EAAExmB,CAA9B,EAAiCupD,MAAjC,CAAwCxwF,CAAxC,CAA1kB,CAAF,GAAwnB,IAA/nB;AAAooB,aAAn0C,EAAT,CAAnxd,EAAkmgBmxD,IAAEH,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN,CAAWy3D,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,GAAoB9hB,EAAEY,OAAF,CAAUq8B,OAAV,KAAoBj9B,EAAEY,OAAF,GAAU8zE,GAAG,EAAH,EAAM10E,EAAEY,OAAR,EAAgB,EAAC2wC,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAR,EAAqB6/E,MAAK,EAAC7/E,SAAQ,CAAC,CAAV,EAA1B,EAAuCnP,QAAO,CAA9C,EAAgDivF,eAAc,CAA9D,EAAgEC,eAAc,CAA9E,EAAhB,CAA9B,CAApB,EAAqJh9G,EAAEY,OAAF,CAAUq8G,UAAV,GAAqBvoC,GAAG,EAAH,EAAM,EAACngC,OAAMv0C,EAAEY,OAAF,CAAUk8G,IAAV,CAAevoE,KAAtB,EAA4BzpB,OAAM9qB,EAAEY,OAAF,CAAUk8G,IAAV,CAAehyF,KAAjD,EAAuDmS,SAAQj9B,EAAEY,OAAF,CAAUs8G,aAAV,IAAyBnG,EAAxF,EAAN,EAAkG/2G,EAAEY,OAAF,CAAUq8G,UAA5G,EAAuH,EAACx7E,MAAKzhC,EAAEY,OAAF,CAAUo8G,aAAhB,EAA8BnY,OAAM7kG,EAAEY,OAAF,CAAUs8G,aAA9C,EAAvH,CAA1K,EAA+Vl9G,EAAEY,OAAF,CAAUu8G,UAAV,GAAqBzoC,GAAG,EAAH,EAAM,EAACngC,OAAMv0C,EAAEY,OAAF,CAAUk8G,IAAV,CAAevoE,KAAtB,EAA4BzpB,OAAM9qB,EAAEY,OAAF,CAAUk8G,IAAV,CAAehyF,KAAjD,EAAuDmS,SAAQj9B,EAAEY,OAAF,CAAUw8G,aAAV,IAAyBrG,EAAxF,EAAN,EAAkG/2G,EAAEY,OAAF,CAAUu8G,UAA5G,EAAuH,EAAC17E,MAAKzhC,EAAEY,OAAF,CAAUm8G,aAAhB,EAA8BlY,OAAM7kG,EAAEY,OAAF,CAAUw8G,aAA9C,EAAvH,CAApX,EAAyiB,KAAKx8G,OAAL,CAAay8G,YAAb,IAA2Br9G,EAAEs9G,YAAF,EAApkB,EAAqlBt9G,EAAEu9G,WAAF,EAArlB,EAAqmBv9G,EAAEw9G,WAAF,EAArmB;AAAqnB,aAAlpB,EAAmpB58G,SAAQ,EAAC2wC,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAYm/E,UAAS,CAArB,EAAuBqB,QAAO,CAAC,CAA/B,EAAiC1uF,MAAK,CAAtC,EAAwCkoD,MAAK,CAA7C,EAAR,EAAwD6lC,MAAK,EAAChyF,OAAM,CAAP,EAASypB,OAAM9b,EAAf,EAAkBwE,SAAQ,CAAC,CAA3B,EAA7D,EAA2F8pB,OAAM,EAAC9pB,SAAQ,CAAC,CAAV,EAAYjR,UAASmzB,EAArB,EAAjG,EAA0Hg+D,YAAW,EAACtY,OAAMqS,EAAP,EAAUz1E,MAAK,CAAf,EAAiBw1C,MAAK,CAAtB,EAAwBloD,MAAK,CAA7B,EAArI,EAAqKkuF,YAAW,EAACpY,OAAMqS,EAAP,EAAUz1E,MAAK,CAAf,EAAiBw1C,MAAK,CAAtB,EAAwBloD,MAAK,CAA7B,EAAhL,EAAgN2uF,mBAAkB,CAAlO,EAAoON,eAAclG,EAAlP,EAAqPgG,eAAcnG,EAAnQ,EAAsQ4G,gBAAe,EAAC1mC,MAAK,CAAN,EAAQloD,MAAK,CAAb,EAArR,EAAqS6uF,gBAAe,EAAC3gF,SAAQ,CAAC,CAAV,EAAYnS,OAAM,CAAlB,EAAoBypB,OAAM9b,EAA1B,EAA6Bw+C,MAAK,CAAlC,EAAoCloD,MAAK,CAAzC,EAApT,EAAgWjB,QAAO,CAAvW,EAAyWmP,SAAQ,CAAC,CAAlX,EAAoX1lB,SAAQ,CAAC,CAA7X,EAA+XsmG,WAAU,CAAC,CAA1Y,EAA4YC,OAAM,EAAC7rC,OAAM,EAAChvE,MAAK,EAAN,EAAP,EAAlZ,EAAoa86G,aAAY,CAAC,CAAjb,EAAmbV,cAAa,CAAC,CAAjc,EAA3pB,EAA+lCW,aAAY,uBAAU;AAAC,uBAAM,EAAC9nE,KAAI,KAAKt1C,OAAL,CAAa2wC,MAAb,CAAoB0lC,IAAzB,EAA8BtqD,KAAI,KAAKsxF,WAAL,EAAlC,EAAN;AAA4D,aAAlrC,EAAmrCX,cAAa,wBAAU;AAAC,oBAAIt9G,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAExyD,OAAvB;AAAA,oBAA+B23B,IAAE/xB,EAAEihD,QAAF,GAAW6tD,EAAX,GAAcn2D,EAA/C;AAAA,oBAAkD1oC,IAAEi+D,GAAG,EAAH,EAAMluE,EAAE+qC,MAAR,EAAe,EAACszD,OAAMtsE,CAAP,EAASghF,QAAO/yG,EAAE+yG,MAAlB,EAAf,CAApD;AAAA,oBAA8F3lD,IAAEqsC,GAAGtzE,GAAH,CAAO,CAAP,EAASlW,EAAEsY,IAAX,CAAhG,CAAiH,IAAGqkC,EAAEj9C,QAAF,GAAW2L,EAAE9d,IAAF,CAAOovD,EAAEj9C,QAAT,EAAkB,UAAS2L,CAAT,EAAW;AAAC,2BAAM,EAAEA,aAAau1C,CAAf,CAAN;AAAwB,iBAAtD,CAAX,EAAmEjE,EAAE7hB,MAAF,GAAS,EAA5E,EAA+E96B,EAAEwmB,OAApF,EAA4F,KAAIj9B,IAAEozD,EAAE4qD,WAAF,EAAF,EAAkB5oG,IAAEqB,EAAE2lG,QAAtB,EAA+Brc,GAAG3qF,CAAH,MAAQqB,EAAEmmG,aAAF,GAAgBxnG,EAAEyvF,KAAlB,EAAwBpuF,EAAE2lG,QAAF,GAAWhnG,EAAE++F,KAA7C,CAA/B,EAAmF,UAAQ19F,EAAE2lG,QAAV,KAAqB3lG,EAAE2lG,QAAF,GAAW,CAAX,EAAa51G,EAAE03G,gBAAF,GAAmB,CAAC,CAAtD,CAAnF,EAA4I7qD,IAAErzD,EAAEk2C,GAApJ,EAAwJmd,IAAErzD,EAAE2sB,GAA5J,EAAgK0mC,KAAGO,CAAnK;AAAqKjrD,wBAAEyqD,EAAE+qD,eAAF,CAAkB9qD,CAAlB,EAAoB58C,CAApB,CAAF,EAAyB9N,MAAIyqD,EAAE9qC,MAAF,CAAS3f,CAAT,GAAYyqD,EAAE7hB,MAAF,CAAS5zC,IAAT,CAAcgL,CAAd,CAAhB,CAAzB;AAArK;AAAgO,aAAxnD,EAAynDy1G,SAAQ,mBAAU;AAAC,oBAAIt8F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAE6e,GAA3B;AAAA,oBAA+Bh4B,IAAE3I,EAAEynD,QAAnC;AAAA,oBAA4C4L,IAAErzD,EAAEuxC,MAAF,CAASksE,MAAvD;AAAA,oBAA8DrqD,IAAEC,IAAEj+C,EAAE2gG,EAAJ,GAAO3gG,EAAE6gG,EAAzE;AAAA,oBAA4EzvG,IAAE6sD,IAAEj+C,EAAE8gG,EAAJ,GAAO9gG,EAAE4gG,EAAvF;AAAA,oBAA0Fz9E,IAAEv4B,EAAE88G,IAAF,CAAOhyF,KAAP,IAAc,CAA1G,CAA4G,OAAOniB,IAAEytD,GAAEhD,CAAF,EAAIh+C,EAAE4gG,EAAN,EAAS5iD,CAAT,EAAWh+C,EAAE8gG,EAAF,GAAK39E,CAAhB,CAAF,GAAqB69B,GAAEhhD,EAAE2gG,EAAJ,EAAOvvG,CAAP,EAAS4O,EAAE6gG,EAAF,GAAK19E,CAAd,EAAgB/xB,CAAhB,CAA5B;AAA+C,aAAvyD,EAAwyD+2G,aAAY,uBAAU;AAAC,oBAAIz7F,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyB+H,IAAE+rE,GAAG,EAAC0nC,UAAShnG,EAAEqyC,QAAF,GAAW,CAAC,EAAZ,GAAe,CAAzB,EAA2BxkD,MAAK,EAAhC,EAAmCs2G,QAAO,CAA1C,EAA4C8E,YAAW,CAAC,CAAxD,EAAH,EAA8DjpG,EAAE2xC,KAAhE,CAA3B,CAAkGp+C,EAAEs0B,OAAF,IAAWt0B,EAAE1F,IAAb,KAAoB6e,IAAE,IAAI+1C,CAAJ,CAAMlvD,EAAE1F,IAAR,EAAa0F,CAAb,CAAF,EAAkB3I,EAAEsoB,MAAF,CAASxG,CAAT,CAAlB,EAA8B9hB,EAAE+mD,KAAF,GAAQjlC,CAA1D;AAA6D,aAA99D,EAA+9D07F,aAAY,uBAAU;AAAC,oBAAI17F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,IAAE,IAAZ;AAAA,oBAAiB0qD,IAAE1qD,EAAE/H,OAArB;AAAA,oBAA6BwyD,IAAEC,EAAEyqD,KAAjC;AAAA,oBAAuCt3G,IAAE4sD,EAAEh3C,IAAF,IAAQ,EAAjD,CAAoD,KAAIzT,EAAEm1G,KAAF,GAAQ,EAAR,EAAWh8F,IAAE,CAAjB,EAAmBA,IAAEtb,EAAEtH,MAAvB,EAA8B4iB,GAA9B;AAAkC9hB,wBAAE00E,GAAG,EAAH,EAAMthB,CAAN,EAAQ5sD,EAAEsb,CAAF,CAAR,CAAF,EAAgB9hB,EAAEsE,KAAF,GAAQqE,EAAE21G,cAAF,CAAiBt+G,EAAEsE,KAAnB,CAAxB,EAAkD8Q,IAAE,IAAI6hD,CAAJ,CAAMj3D,EAAEsE,KAAR,EAActE,EAAEiyE,KAAF,CAAQhvE,IAAtB,EAA2BjD,CAA3B,EAA6B,IAA7B,EAAkC,IAAlC,EAAuCA,CAAvC,CAApD,EAA8FoV,EAAExU,OAAF,CAAUq8B,OAAV,KAAoB86B,EAAE3iD,EAAExU,OAAF,CAAUorB,QAAZ,IAAsBqnC,EAAE5L,QAAF,IAAY,CAAChxC,EAAErB,EAAExU,OAAF,CAAUorB,QAAZ,EAAqB,CAACupF,EAAD,EAAID,EAAJ,CAArB,CAAb,GAA2ClgG,EAAExU,OAAF,CAAUorB,QAAV,GAAmBqnC,EAAE97C,OAAF,GAAUg+F,EAAV,GAAaD,EAA3E,GAA8EjiD,EAAE5L,QAAF,IAAYhxC,EAAErB,EAAExU,OAAF,CAAUorB,QAAZ,EAAqB,CAACqpF,EAAD,EAAInV,EAAJ,CAArB,CAAZ,KAA4C9qF,EAAExU,OAAF,CAAUorB,QAAV,GAAmBqnC,EAAE97C,OAAF,GAAU2oF,EAAV,GAAamV,EAA5E,CAApG,GAAoLjgG,EAAExU,OAAF,CAAUorB,QAAV,GAAmBqnC,EAAE5L,QAAF,GAAW4L,EAAE97C,OAAF,GAAUg+F,EAAV,GAAaD,EAAxB,GAA2BjiD,EAAE97C,OAAF,GAAU2oF,EAAV,GAAamV,EAA/O,EAAkP1sG,EAAE2f,MAAF,CAASlT,CAAT,CAAlP,EAA8PzM,EAAEm1G,KAAF,CAAQngH,IAAR,CAAayX,CAAb,CAAlR,CAA9F;AAAlC;AAAma,aAA78E,EAA88EkpG,gBAAe,wBAASx8F,CAAT,EAAW;AAAC,uBAAOA,CAAP;AAAS,aAAl/E,EAAm/Ei3F,cAAa,wBAAU;AAACthD,kBAAEn5D,EAAF,CAAKy6G,YAAL,CAAkB35G,IAAlB,CAAuB,IAAvB,GAA6B,KAAKm/G,eAAL,EAA7B;AAAoD,aAA/jF,EAAgkFvF,cAAa,wBAAU;AAACvhD,kBAAEn5D,EAAF,CAAK06G,YAAL,CAAkB55G,IAAlB,CAAuB,IAAvB,GAA6B,KAAKu7G,gBAAL,EAA7B,EAAqD,KAAK6D,UAAL,EAArD;AAAuE,aAA/pF,EAAgqFC,iBAAgB,2BAAU;AAAC,oBAAI38F,IAAE,KAAK48F,UAAX,CAAsB,OAAO58F,MAAIA,IAAE,KAAK48F,UAAL,GAAgB,IAAI38E,EAAEk5D,KAAN,CAAY,EAACse,QAAO,CAAC,CAAT,EAAZ,CAAlB,EAA2C,KAAKD,YAAL,CAAkB,KAAKoF,UAAvB,CAA/C,GAAmF58F,CAA1F;AAA4F,aAA7yF,EAA8yF68F,aAAY,qBAAS78F,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,CAAWA,CAAX,EAAaoV,CAAb,EAAei+C,CAAf,EAAiB;AAAC,wBAAI96B,CAAJ;AAAA,wBAAMq7B,IAAE5zD,EAAEd,MAAV;AAAA,wBAAiB20D,IAAEosC,GAAGtzE,GAAH,CAAO,CAAP,EAASvX,EAAE2Z,IAAX,CAAnB,CAAoC,IAAG3Z,EAAE6nB,OAAL,EAAa,KAAI1E,IAAEnjB,EAAE6hE,IAAR,EAAa1+C,IAAEq7B,CAAf,EAAiBr7B,KAAGs7B,CAApB;AAAsBkE,0BAAE1E,CAAF,KAAM96B,IAAE86B,CAAF,KAAM,CAAZ,KAAgB58C,EAAE++F,KAAF,GAAQhvG,IAAE4sD,EAAE6iD,EAAJ,GAAO7iD,EAAE6iD,EAAF,GAAK7gG,EAAEqsB,IAAtB,EAA2BhrB,EAAEg/F,KAAF,GAAQjvG,IAAE4sD,EAAE4iD,EAAF,GAAK5gG,EAAEqsB,IAAT,GAAc2xB,EAAE4iD,EAAnD,EAAsDv/F,EAAEuV,QAAF,GAAWhsB,EAAEu4B,CAAF,CAAjE,EAAsEzW,EAAEwG,MAAF,CAAS3f,EAAE8N,CAAF,EAAIrB,CAAJ,CAAT,CAAtF;AAAtB;AAA8H,qBAAIA,IAAE,IAAN;AAAA,oBAAWi+C,IAAEj+C,EAAExU,OAAf;AAAA,oBAAuBwyD,IAAEh+C,EAAEgpG,OAAF,EAAzB;AAAA,oBAAqC53G,IAAE6sD,EAAE9hB,MAAF,CAASksE,MAAhD;AAAA,oBAAuDllF,IAAE86B,EAAE8pD,UAAF,CAAalgF,OAAb,GAAqBo2B,EAAEurD,SAAvB,GAAiC,CAA1F;AAAA,oBAA4FnoG,IAAE,EAACgxC,UAAS4L,EAAE5L,QAAZ,EAA9F,CAAoHznD,EAAEoV,EAAEypG,qBAAF,EAAF,EAA4BxrD,EAAE8pD,UAA9B,GAA0Cn9G,EAAEoV,EAAE0pG,qBAAF,EAAF,EAA4BzrD,EAAE4pD,UAA9B,EAAyC1kF,IAAE86B,EAAE0rD,SAA7C,CAA1C;AAAkG,aAA7tG,EAA8tGP,YAAW,sBAAU;AAAC,oBAAI18F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAezM,IAAEyM,EAAExU,OAAnB;AAAA,oBAA2ByyD,IAAE1qD,EAAEm0G,IAA/B;AAAA,oBAAoC1pD,IAAEh+C,EAAEgpG,OAAF,EAAtC,CAAkD/qD,EAAEvoC,KAAF,GAAQ,CAAR,IAAWuoC,EAAEp2B,OAAb,KAAuBnb,IAAE,IAAIigB,EAAEujE,IAAN,CAAW,EAACvG,QAAO,EAACj0E,OAAMuoC,EAAEvoC,KAAT,EAAeypB,OAAM8e,EAAE9e,KAAvB,EAA6Bo1D,UAASt2C,EAAEs2C,QAAxC,EAAR,EAAX,CAAF,EAAyE7nF,EAAE0/E,MAAF,CAASpuC,EAAE2iD,EAAX,EAAc3iD,EAAE4iD,EAAhB,EAAoBxT,MAApB,CAA2BpvC,EAAE6iD,EAA7B,EAAgC7iD,EAAE8iD,EAAlC,CAAzE,EAA+GvtG,EAAEo1G,WAAF,IAAe3gH,EAAE0kB,CAAF,CAA9H,EAAmI9hB,IAAE,KAAKg/G,UAAL,GAAgB,IAAIj9E,EAAEk5D,KAAN,EAArJ,EAAiKj7F,EAAEsoB,MAAF,CAASxG,CAAT,CAAjK,EAA6K,KAAKs3F,MAAL,CAAY9wF,MAAZ,CAAmBtoB,CAAnB,CAA7K,EAAmM,KAAK2+G,WAAL,CAAiB3+G,CAAjB,CAA1N;AAA+O,aAArhH,EAAshHi/G,mBAAkB,6BAAU;AAAC,oBAAIn9F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE,CAAzB,CAA2B,OAAOpV,EAAEm9G,UAAF,CAAalgF,OAAb,IAAsBj9B,EAAEi9G,UAAF,CAAahgF,OAAnC,GAA2C7nB,IAAE6qF,GAAGtzE,GAAH,CAAO3sB,EAAEm9G,UAAF,CAAa17E,IAApB,EAAyBzhC,EAAEi9G,UAAF,CAAax7E,IAAtC,CAA7C,GAAyFzhC,EAAEm9G,UAAF,CAAalgF,OAAb,GAAqB7nB,IAAEpV,EAAEm9G,UAAF,CAAa17E,IAApC,GAAyCzhC,EAAEi9G,UAAF,CAAahgF,OAAb,KAAuB7nB,IAAEpV,EAAEi9G,UAAF,CAAax7E,IAAtC,CAAlI,EACn+uCrsB,CAD49uC;AAC19uC,aAD44nC,EAC34nCulG,kBAAiB,4BAAU;AAAC,oBAAI74F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAE06G,UAA3B;AAAA,oBAAsC/xG,IAAEmZ,EAAE6e,GAA1C,CAA8CvrB,MAAI0M,EAAEo9F,eAAF,GAAkBn9E,EAAEujE,IAAF,CAAOzC,QAAP,CAAgBl6F,EAAEwvG,MAAF,EAAhB,EAA2B,EAACrZ,MAAK,EAACvqD,OAAMn/B,CAAP,EAAN,EAAgB2pF,QAAO,IAAvB,EAA3B,CAAlB,EAA2E,KAAKqa,MAAL,CAAY9wF,MAAZ,CAAmBxG,EAAEo9F,eAArB,CAA/E;AAAsH,aAD2snC,EAC1snCX,iBAAgB,2BAAU;AAAC,oBAAIv+G,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,IAAE,IAAlB;AAAA,oBAAuB9hB,IAAE8hB,EAAE33B,OAA3B;AAAA,oBAAmCgzD,IAAEn9C,EAAE0oG,SAAF,IAAa,EAAlD;AAAA,oBAAqDtrD,IAAEp9C,EAAEgxC,QAAzD;AAAA,oBAAkEwN,IAAE18B,EAAE6mF,QAAtE,CAA+E,MAAIxrD,EAAE10D,MAAN,KAAek0D,IAAE,KAAKisD,cAAL,GAAoB,IAAIt9E,EAAEk5D,KAAN,CAAY,EAACse,QAAO,CAAC,CAAT,EAAZ,CAAtB,EAA+C/yG,IAAEsb,EAAE9d,IAAF,CAAOu0B,EAAE+mF,IAAF,CAAOC,IAAd,EAAmB,UAASz9F,CAAT,EAAW;AAAC,2BAAOA,EAAElhB,OAAF,CAAU6mD,QAAV,KAAqBlvB,EAAE33B,OAAF,CAAU6mD,QAAtC;AAA+C,iBAA9E,EAAgF,CAAhF,CAAjD,EAAoI3lC,EAAEliB,IAAF,CAAOg0D,CAAP,EAAS,UAAS9xC,CAAT,EAAWrL,CAAX,EAAa;AAAC,wBAAIm9C,CAAJ,EAAM1kC,CAAN,CAAQvmB,IAAEqvD,EAAEvhD,EAAEs7D,IAAJ,EAAS8kC,EAAT,CAAF,EAAexjD,IAAE2E,EAAEvhD,EAAEwb,EAAJ,EAAO2kF,EAAP,CAAjB,EAA4B/iD,KAAG7zD,IAAE,CAACwG,KAAGyuD,EAAEuqD,KAAN,EAAapB,OAAb,EAAF,EAAyBhpG,IAAEmjB,EAAEknF,OAAF,CAAUhpG,EAAEs7D,IAAZ,EAAiBt7D,EAAEwb,EAAnB,EAAsB,CAAC,CAAvB,CAA9B,KAA0DjyB,IAAEu4B,EAAEknF,OAAF,CAAUhpG,EAAEs7D,IAAZ,EAAiBt7D,EAAEwb,EAAnB,EAAsB,CAAC,CAAvB,CAAF,EAA4B7c,IAAE,CAAC5O,KAAGyuD,EAAEyqD,KAAN,EAAatB,OAAb,EAAxF,CAA5B,EAA4I,MAAIp+G,EAAE8qB,KAAF,EAAJ,IAAe,MAAI1V,EAAEya,MAAF,EAAnB,KAAgC+jC,IAAE,IAAIqE,EAAEqiC,IAAN,CAAW,CAACt6F,EAAE+1G,EAAH,EAAM3gG,EAAE4gG,EAAR,CAAX,EAAuB,CAACh2G,EAAE8qB,KAAF,EAAD,EAAW1V,EAAEya,MAAF,EAAX,CAAvB,CAAF,EAAiDX,IAAE6S,EAAEujE,IAAF,CAAOzC,QAAP,CAAgBjvC,CAAhB,EAAkB,EAACkrC,MAAK,EAACvqD,OAAM99B,EAAE89B,KAAT,EAAe/mB,SAAQ/W,EAAE+W,OAAzB,EAAN,EAAwCuxE,QAAO,IAA/C,EAAlB,CAAnD,EAA2H3rC,EAAE9qC,MAAF,CAAS4G,CAAT,CAA3J,CAA5I;AAAoT,iBAAnV,CAApI,EAAydqJ,EAAE+gF,YAAF,CAAelmD,CAAf,CAAxe;AAA2f,aADqmmC,EACpmmCusD,iBAAgB,yBAAS79F,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe2I,CAAf,EAAiB;AAAC,wBAAIyqD,CAAJ;AAAA,wBAAM76B,IAAEzW,EAAE5iB,MAAV;AAAA,wBAAiB00D,IAAEqsC,GAAGtzE,GAAH,CAAO,CAAP,EAAS3sB,EAAE+uB,IAAX,CAAnB,CAAoC,IAAG/uB,EAAEi9B,OAAL,EAAa,KAAIm2B,IAAEpzD,EAAEi3E,IAAR,EAAa7jB,IAAE76B,CAAf,EAAiB66B,KAAGQ,CAApB;AAAsBx+C,4BAAE6/C,EAAEnzC,EAAEsxC,CAAF,CAAF,CAAF,EAAU38C,EAAErB,CAAF,EAAIo4B,CAAJ,KAAQ4lB,IAAEzqD,CAAF,KAAM,CAAd,IAAiBnC,KAAG0tD,MAAI9+C,CAAxB,KAA4B4+C,EAAEhoC,QAAF,GAAW5W,CAAX,EAAatM,EAAEwf,MAAF,CAAS+qC,EAAEW,CAAF,EAAIh0D,CAAJ,CAAT,CAAb,EAA8BwtC,EAAE7vC,IAAF,CAAOyX,CAAP,CAA1D,CAAV;AAAtB;AAAqG,qBAAIA,CAAJ;AAAA,oBAAMzM,IAAE,IAAR;AAAA,oBAAayqD,IAAEzqD,EAAE/H,OAAjB;AAAA,oBAAyB4F,IAAEsb,EAAElhB,OAAF,CAAUk8G,IAAV,CAAe7/E,OAA1C;AAAA,oBAAkD1E,IAAE66B,EAAEuqD,cAAtD;AAAA,oBAAqE/pD,IAAEr7B,EAAE0E,OAAF,GAAUm2B,EAAEwrD,SAAZ,GAAsB,CAA7F;AAAA,oBAA+F/qD,IAAET,EAAE3L,QAAnG;AAAA,oBAA4Gv4B,IAAEpN,EAAEs8F,OAAF,EAA9G;AAAA,oBAA0HlqD,IAAEhlC,EAAE2kC,IAAE,IAAF,GAAO,IAAT,CAA5H;AAAA,oBAA2IG,IAAE,EAAC0hD,WAAUxmF,EAAE2kC,IAAE,IAAF,GAAO,IAAT,CAAX,EAA0B8hD,SAAQzmF,EAAE2kC,IAAE,IAAF,GAAO,IAAT,CAAlC,EAAiDpM,UAASoM,CAA1D,EAA7I;AAAA,oBAA0MrmB,IAAE,EAA5M;AAAA,oBAA+M1kC,IAAE,KAAK21G,eAAL,EAAjN,CAAwO,OAAOz+G,EAAE2I,EAAEk2G,qBAAF,EAAF,EAA4BzrD,EAAEuqD,cAA9B,GAA8C39G,EAAE2I,EAAEm2G,qBAAF,EAAF,EAA4B1rD,EAAEwqD,cAA9B,EAA6ChqD,IAAER,EAAE2rD,SAAjD,CAA9C,EAA0Gj2G,EAAEqN,QAAnH;AAA4H,aAD4jlC,EAC3jlCwtB,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,IAAE,IAAV;AAAA,oBAAe0qD,IAAE1qD,EAAE/H,OAAnB;AAAA,oBAA2BwyD,IAAEC,EAAE5L,QAA/B;AAAA,oBAAwCjhD,IAAEmC,EAAE4oC,MAA5C;AAAA,oBAAmDhZ,IAAE/xB,EAAEtH,MAAvD;AAAA,oBAA8DuX,IAAE9N,EAAEo+C,KAAlE;AAAA,oBAAwE6M,IAAER,IAAEikD,EAAF,GAAKb,EAA/E;AAAA,oBAAkF3iD,IAAEp9C,IAAEA,EAAEkqB,GAAF,CAAMizB,CAAN,GAAF,GAAa,CAAjG;AAAA,oBAAmGqB,IAAEtsD,EAAEs2G,iBAAF,KAAsB5rD,EAAEvlC,MAAxB,GAA+B+lC,CAApI;AAAA,oBAAsI3kC,IAAE,CAAxI;AAAA,oBAA0IglC,IAAE,CAAC,KAAKykD,OAAL,MAAgB,EAAjB,EAAqBh4E,GAArB,IAA0B7e,CAAtK;AAAA,oBAAwKkyC,IAAEE,EAAEN,CAAF,GAA1K,CAAiL,KAAIx+C,IAAE,CAAN,EAAQA,IAAEmjB,CAAV,EAAYnjB,GAAZ;AAAgBpV,wBAAEwG,EAAE4O,CAAF,EAAKurB,GAAL,CAASizB,CAAT,GAAF,EAAgB5zD,IAAEi1D,CAAF,IAAKjB,CAAL,KAAS9kC,IAAE+wE,GAAGtzE,GAAH,CAAOuC,CAAP,EAASlvB,CAAT,CAAX,CAAhB;AAAhB,iBAAwD2I,EAAEg4B,GAAF,GAAMyyB,IAAEgD,GAAEt0C,EAAEi0F,EAAJ,EAAOj0F,EAAEk0F,EAAT,EAAYl0F,EAAEi0F,EAAF,GAAK7mF,CAAL,GAAO+lC,CAAnB,EAAqBnzC,EAAEo0F,EAAvB,CAAF,GAA6B9/C,GAAEt0C,EAAEi0F,EAAJ,EAAOj0F,EAAEk0F,EAAT,EAAYl0F,EAAEm0F,EAAd,EAAiBn0F,EAAEk0F,EAAF,GAAK9mF,CAAL,GAAO+lC,CAAxB,CAAnC,EAA8DtsD,EAAEi3G,YAAF,EAA9D,EAA+Ej3G,EAAEk3G,aAAF,EAA/E,EAAiGl3G,EAAEm3G,YAAF,EAAjG;AAAkH,aAD6skC,EAC5skCC,wBAAuB,kCAAU;AAAC,uBAAO,KAAKlB,qBAAL,EAAP;AAAoC,aADsokC,EACrokCmB,gBAAe,wBAASl+F,CAAT,EAAW;AAAC,uBAAOA,EAAElL,KAAT;AAAe,aAD2lkC,EAC1lkCipG,eAAc,yBAAU;AAAC,oBAAI/9F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,CAAlB;AAAA,oBAAoB9hB,CAApB;AAAA,oBAAsBm9C,CAAtB;AAAA,oBAAwBC,CAAxB;AAAA,oBAA0BoB,IAAE,IAA5B;AAAA,oBAAiC/lC,IAAE+lC,EAAEr0D,OAArC;AAAA,oBAA6CszD,IAAEe,EAAE1jB,MAAjD;AAAA,oBAAwDyiB,IAAE,CAAC9kC,EAAE2uF,SAA7D;AAAA,oBAAuErwE,IAAEte,EAAEu4B,QAA3E;AAAA,oBAAoF3+C,IAAEmsD,EAAEmpD,OAAF,EAAtF;AAAA,oBAAkG7oD,IAAErmC,EAAEqiB,MAAF,CAASksE,MAA7G;AAAA,oBAAoHhgF,IAAEw3B,EAAE8qD,sBAAF,EAAtH;AAAA,oBAAiJryE,IAAEunB,EAAEgqD,iBAAF,KAAsB/vF,EAAEpB,MAA3K,CAAkL,KAAI1Y,IAAE,CAAN,EAAQA,IAAE8+C,EAAEh1D,MAAZ,EAAmBkW,GAAnB;AAAuBzM,wBAAEurD,EAAE9+C,CAAF,CAAF,EAAOi+C,IAAE4B,EAAE+qD,cAAF,CAAiBr3G,CAAjB,CAAT,EAA6ByqD,IAAE5lB,IAAE7kC,EAAEg4B,GAAF,CAAM9Q,MAAN,EAAF,GAAiBlnB,EAAEg4B,GAAF,CAAM7V,KAAN,EAAhD,EAA8DtkB,IAAEi3B,EAAE41B,CAAF,IAAKD,IAAE,CAAvE,EAAyE5lB,KAAGwmB,MAAIz7B,IAAEkF,EAAE41B,CAAF,CAAF,EAAO58C,IAAEgnB,EAAE41B,IAAE,CAAJ,CAAT,EAAgBO,IAAEr7B,IAAE,CAAC9hB,IAAE8hB,CAAH,IAAM,CAA1B,EAA4B/xB,IAAEotD,IAAER,IAAE,CAAtC,GAAyCS,IAAE/qD,EAAEmtG,EAA7C,EAAgD1gD,KAAG1B,KAAGnmB,CAAH,EAAK/kC,EAAE/H,OAAF,CAAUi8G,cAAV,GAAyBtH,EAAjC,KAAsC1hD,KAAGnmB,IAAE/kC,EAAEg4B,GAAF,CAAM7V,KAAN,EAAL,EAAmBniB,EAAE/H,OAAF,CAAUi8G,cAAV,GAAyBvH,EAAlF,CAAhD,EAAsIxzF,IAAEnZ,EAAEg4B,GAAF,CAAMwK,IAAN,CAAW0oB,CAAX,EAAartD,CAAb,CAA3I,KAA6JwtD,KAAGz7B,IAAEkF,EAAE41B,CAAF,CAAF,EAAO58C,IAAEgnB,EAAE41B,IAAE,CAAJ,CAAZ,KAAqB96B,IAAE/xB,CAAF,EAAIiQ,IAAEjQ,IAAE4sD,CAA7B,GAAgCpzD,IAAE8I,EAAEktG,EAApC,EAAuCzgD,KAAGv1D,KAAG0tC,IAAE/kC,EAAEg4B,GAAF,CAAM9Q,MAAN,EAAL,EAAoBlnB,EAAE/H,OAAF,CAAUi8G,cAAV,GAAyB3c,EAAhD,KAAqDlgG,KAAG0tC,CAAH,EAAK/kC,EAAE/H,OAAF,CAAUi8G,cAAV,GAAyBxH,EAAnF,CAAvC,EAA8HvzF,IAAEs0C,GAAE79B,CAAF,EAAIv4B,CAAJ,EAAMyW,CAAN,EAAQzW,IAAE2I,EAAEg4B,GAAF,CAAM9Q,MAAN,EAAV,CAA7R,CAAzE,EAAiYlnB,EAAEg7B,MAAF,CAAS7hB,CAAT,CAAjY;AAAvB;AAAoa,aAD2+iC,EAC1+iCo8F,kBAAiB,4BAAU;AAAC,oBAAIp8F,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUzM,CAAV,EAAY0qD,CAAZ,EAAcD,CAAd,CAAgB,IAAG,KAAKxyD,OAAL,CAAas9G,gBAAb,IAA+B,CAAC,KAAKt9G,OAAL,CAAa6mD,QAAhD,EAAyD;AAAC,yBAAI3lC,IAAE,KAAK+8F,qBAAL,EAAF,EAA+B7+G,IAAE,KAAKuxC,MAAtC,EAA6C6hB,IAAE,CAAnD,EAAqDA,IAAEpzD,EAAEd,MAAzD,EAAgEk0D,GAAhE;AAAoE,4BAAGC,IAAEvxC,EAAEsxC,IAAE,CAAJ,IAAOtxC,EAAEsxC,CAAF,CAAT,EAAch+C,IAAEpV,EAAEozD,CAAF,EAAKzyB,GAArB,EAAyBvrB,EAAE0V,KAAF,KAAUuoC,CAAtC,EAAwC;AAAC,gCAAGj+C,EAAEya,MAAF,KAAWwjC,CAAd,EAAgB;AAAC1qD,oCAAE,CAAC,EAAH,CAAM;AAAM,iCAAE,CAAC,EAAH;AAAM;AAAhJ,qBAAgJ,IAAGA,CAAH,EAAK;AAAC,6BAAIyqD,IAAE,CAAN,EAAQA,IAAEpzD,EAAEd,MAAZ,EAAmBk0D,GAAnB;AAAuBpzD,8BAAEozD,CAAF,EAAKxyD,OAAL,CAAaw7G,QAAb,GAAsBzzG,CAAtB,EAAwB3I,EAAEozD,CAAF,EAAKzvB,MAAL,CAAYyyB,IAAZ,CAAxB;AAAvB,yBAAgE,OAAM,CAAC,CAAP;AAAS;AAAC;AAAC,aADmqiC,EAClqiCwpD,cAAa,wBAAU;AAAC,oBAAI99F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEuxC,MAAF,CAASksE,MAAlC;AAAA,oBAAyC90G,IAAE3I,EAAEynD,QAA7C;AAAA,oBAAsD4L,IAAEvxC,EAAEilC,KAA1D,CAAgEsM,MAAI1qD,KAAG0qD,EAAEzyD,OAAF,CAAUikG,KAAV,GAAgBzvF,IAAEkgG,EAAF,GAAKC,EAArB,EAAwBliD,EAAEzyD,OAAF,CAAU+kG,MAAV,GAAiBtyC,EAAEzyD,OAAF,CAAUorB,QAAtD,KAAiEqnC,EAAEzyD,OAAF,CAAUikG,KAAV,GAAgBxxC,EAAEzyD,OAAF,CAAUorB,QAA1B,EAAmCqnC,EAAEzyD,OAAF,CAAU+kG,MAAV,GAAiBvwF,IAAEigG,EAAF,GAAKnV,EAA1H,GAA8H7sC,EAAE1vB,MAAF,CAAS7hB,EAAE6e,GAAX,CAAlI;AAAmJ,aADu7hC,EACt7hCm/E,cAAa,wBAAU;AAAC,oBAAIh+F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,IAAE,IAAd,CAAmB,KAAIvxC,IAAE,CAAN,EAAQA,IAAEuxC,EAAEyqD,KAAF,CAAQ5+G,MAAlB,EAAyB4iB,GAAzB;AAA6B9hB,wBAAEqzD,EAAEyqD,KAAF,CAAQh8F,CAAR,CAAF,EAAanZ,IAAE3I,EAAEY,OAAF,CAAU0D,KAAzB,EAA+ByzD,EAAEpvD,CAAF,KAAM0qD,EAAE4sD,gBAAF,CAAmBt3G,CAAnB,IAAsB3I,EAAEqtB,IAAF,EAAtB,GAA+BrtB,EAAEsuB,IAAF,EAA/B,EAAwClZ,IAAEi+C,EAAEosD,OAAF,CAAU92G,CAAV,CAAhD,IAA8D3I,EAAEsuB,IAAF,EAA7F,EAAsGtuB,EAAE2jC,MAAF,CAASvuB,KAAGi+C,EAAE+qD,OAAF,EAAZ,CAAtG;AAA7B;AAA4J,aAD+uhC,EAC9uhCvG,SAAQ,iBAAS/1F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEs8F,OAAF,EAAb;AAAA,oBAAyBz1G,IAAE3I,EAAEY,OAAF,CAAU6mD,QAArC;AAAA,oBAA8C4L,IAAE1qD,IAAE6uG,EAAF,GAAKD,EAArD,CAAwDv3G,EAAE2gC,GAAF,CAAMi3E,MAAN,CAAaxiG,CAAb,EAAei+C,CAAf,GAAkB1qD,IAAE3I,EAAE2gC,GAAF,CAAMm3E,MAAN,CAAa,CAAb,EAAe93G,EAAEo+G,OAAF,GAAYvuF,MAAZ,KAAqBza,EAAEya,MAAF,EAApC,CAAF,GAAkD7vB,EAAE2gC,GAAF,CAAMm3E,MAAN,CAAa93G,EAAEo+G,OAAF,GAAYtzF,KAAZ,KAAoB1V,EAAE0V,KAAF,EAAjC,EAA2C,CAA3C,CAApE,EAAkH9qB,EAAE2gC,GAAF,CAAM0yB,IAAE,CAAR,KAAYrzD,EAAEo+G,OAAF,GAAY/qD,IAAE,CAAd,IAAiBj+C,EAAEi+C,IAAE,CAAJ,CAA/I,EAAsJrzD,EAAE2gC,GAAF,CAAM0yB,IAAE,CAAR,KAAYrzD,EAAEo+G,OAAF,GAAY/qD,IAAE,CAAd,IAAiBj+C,EAAEi+C,IAAE,CAAJ,CAAnL;AAA0L,aADw+gC,EACv+gC6sD,eAAc,uBAASp+F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,IAAEvxC,CAAR,CAAU,OAAO1M,EAAE87C,QAAF,IAAYvoD,IAAEm3F,GAAG1qF,EAAE87C,QAAL,CAAF,EAAiBmC,IAAE1qD,EAAE,EAACrE,OAAMwd,CAAP,EAAS8lD,UAAS5nE,CAAlB,EAAoBm6D,QAAO/kD,EAAE+kD,MAA7B,EAAoC2C,SAAQ1nD,EAAE0nD,OAA9C,EAAF,CAA/B,IAA0F1nD,EAAE+kD,MAAF,KAAW9G,IAAEj+C,EAAE+kD,MAAF,CAASlxD,KAAT,CAAektG,EAAf,IAAmBj+C,EAAEiC,MAAF,CAAS/kD,EAAE+kD,MAAX,EAAkBr4C,CAAlB,CAAnB,GAAwCo2C,EAAEp6D,QAAF,CAAWgkB,CAAX,EAAa1M,EAAE+kD,MAAf,EAAsB/kD,EAAE0nD,OAAxB,CAArD,CAA1F,EAAiLzJ,CAAxL;AAA0L,aADqwgC,EACpwgC8sD,MAAK,cAASr+F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,KAAK82G,OAAL,CAAa39F,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,CAAN,CAA0B,IAAGzM,CAAH,EAAK,OAAOA,EAAEwvG,MAAF,EAAP;AAAkB,aAD8rgC,EAC7rgC6C,YAAW,sBAAU;AAAC,oBAAIl5F,IAAE,KAAK6e,GAAL,CAAS1/B,KAAT,EAAN;AAAA,oBAAuBjB,IAAE,KAAKuxC,MAA9B,CAAqC,OAAOvxC,EAAEd,MAAF,KAAWc,EAAE,CAAF,EAAKY,OAAL,CAAaq8B,OAAb,IAAsBnb,EAAExB,IAAF,CAAOtgB,EAAE,CAAF,EAAK2gC,GAAZ,CAAtB,EAAuC41B,EAAEv2D,CAAF,EAAKY,OAAL,CAAaq8B,OAAb,IAAsBnb,EAAExB,IAAF,CAAOi2C,EAAEv2D,CAAF,EAAK2gC,GAAZ,CAAxE,GAA0F7e,CAAjG;AAAmG,aAD+hgC,EAC9hgCs+F,YAAW,oBAASt+F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmB;AAAC,oBAAID,CAAJ;AAAA,oBAAM5sD,IAAE,KAAK5F,OAAb,CAAqB,IAAG,EAAEkhB,IAAE1M,CAAF,IAAKi+C,IAAE,CAAP,KAAW,CAAC0E,EAAEvxD,EAAE0vC,GAAJ,CAAD,IAAW1vC,EAAE0vC,GAAF,IAAO9gC,CAA7B,KAAiCzM,IAAE3I,CAAF,IAAKqzD,IAAE,CAAP,KAAW,CAAC0E,EAAEvxD,EAAEmmB,GAAJ,CAAD,IAAWhkB,KAAGnC,EAAEmmB,GAA3B,CAAnC,CAAH,EAAuE,OAAO3sB,IAAEoV,CAAF,IAAKi+C,IAAE,CAAP,IAAU1qD,IAAEmZ,CAAF,IAAKuxC,IAAE,CAAjB,GAAmB,EAACnd,KAAIp0B,CAAL,EAAO6K,KAAI3sB,CAAX,EAAnB,IAAkCozD,IAAEpzD,IAAE8hB,CAAJ,EAAMA,IAAE1M,CAAF,IAAK0M,IAAE0xC,EAAE0/B,UAAF,CAAapxE,CAAb,EAAe1M,CAAf,EAAiBzM,CAAjB,CAAF,EAAsB3I,IAAEwzD,EAAE0/B,UAAF,CAAapxE,IAAEsxC,CAAf,EAAiBh+C,IAAEg+C,CAAnB,EAAqBzqD,CAArB,CAA7B,IAAsD3I,IAAE2I,CAAF,KAAM3I,IAAEwzD,EAAE0/B,UAAF,CAAalzF,CAAb,EAAeoV,CAAf,EAAiBzM,CAAjB,CAAF,EAAsBmZ,IAAE0xC,EAAE0/B,UAAF,CAAalzF,IAAEozD,CAAf,EAAiBh+C,CAAjB,EAAmBzM,IAAEyqD,CAArB,CAA9B,CAA5D,EAAmH,EAACld,KAAIp0B,CAAL,EAAO6K,KAAI3sB,CAAX,EAArJ,CAAP;AAA2K,aADwv/B,EACvv/BqgH,YAAW,sBAAU;AAAC,uBAAM,EAACnqE,KAAI,KAAKoqE,SAAV,EAAoB3zF,KAAI,KAAK4zF,SAA7B,EAAN;AAA8C,aADmr/B,EAAT,CAApmgB,EACnkftpD,IAAEG,EAAEz2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmBD,CAAnB,EAAqB;AAAC,oBAAI5sD,IAAE,IAAN,CAAW4wD,EAAE94D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeoH,CAAf,EAAiB4sD,CAAjB,GAAoB5sD,EAAElC,KAAF,GAAQwd,CAA5B,EAA8Btb,EAAEvD,IAAF,GAAOjD,CAArC,EAAuCwG,EAAEohE,QAAF,GAAWxyD,CAAlD,EAAoD5O,EAAE2zG,QAAF,GAAWxxG,CAA/D,EAAiEnC,EAAE0zG,MAAF,GAAS7mD,CAA1E,EAA4E7sD,EAAEyzD,MAAF,EAA5E;AAAuF,aAA9H,EAA+Hr5D,SAAQ,EAAC4/G,MAAK,EAACvjF,SAAQ,CAAC,CAAV,EAAYh7B,MAAKs+F,EAAjB,EAAN,EAA2BtuB,OAAM,EAACjmD,UAAS0qF,EAAV,EAAaz5E,SAAQ,CAAC,CAAtB,EAAwB4nE,OAAM1lD,EAA9B,EAAiCwmD,QAAOxmD,EAAxC,EAAjC,EAA6E29D,MAAK,EAAC7/E,SAAQ,CAAC,CAAV,EAAlF,EAA+FA,SAAQ,CAAC,CAAxG,EAA0GjR,UAASqpF,EAAnH,EAAsHkE,QAAO,CAA7H,EAAvI,EAAuQjrF,MAAK,gBAAU;AAAC,qBAAK1tB,OAAL,CAAaq8B,OAAb,GAAqB,CAAC,CAAtB;AAAwB,aAA/S,EAAgT5P,MAAK,gBAAU;AAAC,qBAAKzsB,OAAL,CAAaq8B,OAAb,GAAqB,CAAC,CAAtB;AAAwB,aAAxV,EAAyVg9B,QAAO,kBAAU;AAAC,oBAAIn4C,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUzM,CAAV;AAAA,oBAAY0qD,IAAE,IAAd;AAAA,oBAAmBD,IAAEC,EAAEzyD,OAAvB;AAAA,oBAA+B4F,IAAE4sD,EAAE6e,KAAnC;AAAA,oBAAyC15C,IAAE86B,EAAEpwD,IAA7C;AAAA,oBAAkDwT,IAAE28C,EAAEotD,IAAtD;AAAA,oBAA2D5sD,IAAEn9C,EAAEgrB,IAA/D;AAAA,oBAAoEoyB,IAAEuC,IAAtE,CAA0EhD,EAAEn2B,OAAF,KAAY86B,EAAEvxD,CAAF,KAAMA,EAAEy2B,OAAR,KAAkBz2B,EAAE0qD,QAAF,IAAYvoD,IAAEm3F,GAAGt5F,EAAE0qD,QAAL,CAAF,EAAiB34B,IAAE5vB,EAAE,EAACi/D,UAASvU,EAAEuU,QAAZ,EAAqBuyC,UAAS9mD,EAAE8mD,QAAhC,EAAyC71G,OAAM+uD,EAAE/uD,KAAjD,EAAuDrB,MAAKs1B,CAA5D,EAA8D2hF,QAAO7mD,EAAE6mD,MAAvE,EAAF,CAA/B,IAAkH1zG,EAAE2zD,MAAF,KAAW5hC,IAAEzvB,EAAEtC,EAAE2zD,MAAJ,EAAW5hC,CAAX,CAAb,CAAlH,EAA8I86B,EAAE4e,KAAF,GAAQ,IAAIpa,CAAJ,CAAMt/B,CAAN,EAAQm8C,GAAG,EAAH,EAAMluE,CAAN,CAAR,CAAtJ,EAAwKA,EAAEwlB,QAAF,KAAa0qF,EAAb,IAAiB3+C,EAAEnE,CAAF,CAAjB,KAAwBn9C,EAAExU,IAAF,KAASs+F,EAAT,GAAY3sC,IAAEqsC,GAAGtzE,GAAH,CAAO0mC,EAAE4e,KAAF,CAAQtxC,GAAR,CAAY7V,KAAZ,EAAP,EAA2BuoC,EAAE4e,KAAF,CAAQtxC,GAAR,CAAY9Q,MAAZ,EAA3B,CAAd,IAAgE7vB,IAAEqzD,EAAE4e,KAAF,CAAQtxC,GAAR,CAAY7V,KAAZ,EAAF,EAAsB1V,IAAEi+C,EAAE4e,KAAF,CAAQtxC,GAAR,CAAY9Q,MAAZ,EAAxF,GAA8GgkC,EAAEvzC,IAAF,CAAO+yC,EAAE4e,KAAF,CAAQtxC,GAAf,CAAtI,CAA1L,GAAsVlqB,EAAEqU,KAAF,GAAQ9qB,KAAG4zD,CAAH,IAAM0iD,EAApW,EAAuW7/F,EAAEoZ,MAAF,GAASza,KAAGw+C,CAAH,IAAM0iD,EAAtX,EAAyXx0F,IAAE,IAAIq1C,CAAJ,CAAMud,GAAG,EAAH,EAAMj+D,CAAN,CAAN,CAA3X,EAA2Y48C,EAAEotD,MAAF,GAAS3+F,CAApZ,EAAsZuxC,EAAE/qC,MAAF,CAASxG,CAAT,CAAtZ,EAAkauxC,EAAE4e,KAAF,IAAS5e,EAAE/qC,MAAF,CAAS+qC,EAAE4e,KAAX,CAA3a,EAA6bnwD,EAAE6hB,MAAF,CAASyyB,IAAT,CAA7b,EAA2c/C,EAAEqtD,UAAF,GAAa7sD,EAAEvzC,IAAF,CAAOwB,EAAE6e,GAAT,CAApe;AAAmf,aAAx6B,EAAy6BgD,QAAO,gBAAS7hB,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAEsb,EAAE0gE,MAAF,EAA/B;AAAA,oBAA0CjqD,IAAE86B,EAAEqtD,UAA9C;AAAA,oBAAyD9sD,IAAER,EAAE0pD,IAAF,CAAO59G,MAAlE;AAAA,oBAAyE20D,IAAET,EAAEpnC,QAA7E;AAAA,oBAAsFipC,IAAE5B,EAAE4e,KAA1F;AAAA,oBAAgG/iD,IAAEmkC,EAAEotD,MAApG,CAA2GrtD,EAAEn2B,OAAF,KAAYxmB,EAAEo9C,CAAF,EAAI,CAAC0hD,EAAD,EAAID,EAAJ,CAAJ,IAAazhD,MAAI0hD,EAAJ,IAAQ5sG,IAAE4vB,EAAEs/E,OAAF,CAAU/1F,CAAV,EAAY+xC,CAAZ,EAAesjC,SAAf,CAAyB,CAACvjC,CAA1B,EAA4B9xC,EAAE0gE,MAAF,GAAW90C,CAAX,GAAanV,EAAEiqD,MAAF,GAAW90C,CAApD,CAAF,EAAyD0lB,EAAE0pD,IAAF,CAAO7/E,OAAP,KAAiBj9B,IAAE,CAAC8hB,EAAEi0F,EAAH,EAAMvvG,EAAEknC,CAAR,CAAF,EAAa2lB,EAAEstD,UAAF,GAAa,CAAC3gH,CAAD,EAAG,CAAC2I,EAAEstG,EAAH,EAAMzvG,EAAEknC,CAAR,CAAH,CAA1B,EAAyCt4B,IAAEzM,EAAE1H,KAAF,GAAU02G,SAAV,CAAoB33G,CAApB,CAA5D,CAAjE,KAAuJ2I,IAAE4vB,EAAEs/E,OAAF,CAAU/1F,CAAV,EAAY+xC,CAAZ,EAAesjC,SAAf,CAAyBvjC,CAAzB,EAA2B9xC,EAAE0gE,MAAF,GAAW90C,CAAX,GAAanV,EAAEiqD,MAAF,GAAW90C,CAAnD,CAAF,EAAwD0lB,EAAE0pD,IAAF,CAAO7/E,OAAP,KAAiBj9B,IAAE,CAAC8hB,EAAEm0F,EAAH,EAAMzvG,EAAEknC,CAAR,CAAF,EAAa2lB,EAAEstD,UAAF,GAAa,CAAC3gH,CAAD,EAAG,CAAC2I,EAAEotG,EAAH,EAAMvvG,EAAEknC,CAAR,CAAH,CAA1B,EAAyCt4B,IAAEzM,EAAE1H,KAAF,GAAU02G,SAAV,CAAoB33G,CAApB,CAA5D,CAA/M,CAAb,GAAiT6zD,MAAIqsC,EAAJ,IAAQv3F,IAAE4vB,EAAEs/E,OAAF,CAAU/1F,CAAV,EAAY+xC,CAAZ,EAAesjC,SAAf,CAAyBr1E,EAAE0gE,MAAF,GAAWh1C,CAAX,GAAajV,EAAEiqD,MAAF,GAAWh1C,CAAjD,EAAmDomB,CAAnD,CAAF,EAAwDR,EAAE0pD,IAAF,CAAO7/E,OAAP,KAAiBj9B,IAAE,CAACwG,EAAEgnC,CAAH,EAAK1rB,EAAEo0F,EAAP,CAAF,EAAa7iD,EAAEstD,UAAF,GAAa,CAAC3gH,CAAD,EAAG,CAACwG,EAAEgnC,CAAH,EAAK7kC,EAAEqtG,EAAP,CAAH,CAA1B,EAAyC5gG,IAAEzM,EAAE1H,KAAF,GAAU02G,SAAV,CAAoB33G,CAApB,CAA5D,CAAhE,KAAsJ2I,IAAE4vB,EAAEs/E,OAAF,CAAU/1F,CAAV,EAAY+xC,CAAZ,EAAesjC,SAAf,CAAyBr1E,EAAE0gE,MAAF,GAAWh1C,CAAX,GAAajV,EAAEiqD,MAAF,GAAWh1C,CAAjD,EAAmD,CAAComB,CAApD,CAAF,EAAyDR,EAAE0pD,IAAF,CAAO7/E,OAAP,KAAiBj9B,IAAE,CAACwG,EAAEgnC,CAAH,EAAK1rB,EAAEk0F,EAAP,CAAF,EAAa3iD,EAAEstD,UAAF,GAAa,CAAC3gH,CAAD,EAAG,CAACwG,EAAEgnC,CAAH,EAAK7kC,EAAEutG,EAAP,CAAH,CAA1B,EAAyC9gG,IAAEzM,EAAE1H,KAAF,GAAU02G,SAAV,CAAoB33G,CAApB,CAA5D,CAA/M,CAAjT,EAAqlBkvB,KAAGA,EAAEyU,MAAF,CAASh7B,CAAT,CAAxlB,EAAomBssD,MAAIA,EAAEtxB,MAAF,CAASh7B,CAAT,GAAYumB,MAAIkkC,EAAE6e,KAAF,CAAQjmD,QAAR,KAAmBkrF,EAAnB,IAAuBjiD,EAAEt0B,GAAF,CAAMk3E,OAAN,CAAc3oF,EAAEyR,GAAhB,EAAoBkzB,CAApB,CAAvB,EAA8CoB,EAAEtxB,MAAF,CAASsxB,EAAEt0B,GAAX,CAAlD,CAAhB,CAApmB,EAAwrB0yB,EAAE2nD,UAAF,GAAaryG,CAArsB,EAAusB0qD,EAAEgpD,SAAF,GAAYv6F,CAAntB,EAAqtBuxC,EAAE1yB,GAAF,GAAMvrB,KAAGzM,CAA1uB;AAA6uB,aAApxD,EAAqxDqwG,cAAa,wBAAU;AAAC5hD,kBAAE94D,EAAF,CAAK06G,YAAL,CAAkB55G,IAAlB,CAAuB,IAAvB,GAA6B,KAAKg6G,MAAL,CAAYx4G,OAAZ,CAAoB44G,MAApB,GAA2B,KAAK54G,OAAL,CAAa44G,MAArE,EAA4E,KAAK54G,OAAL,CAAaq8B,OAAb,IAAsB,KAAKuhF,UAAL,EAAlG;AAAoH,aAAj6D,EAAk6DzF,cAAa,wBAAU;AAAC,oBAAIj3F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEo5G,MAA3B,CAAkCp5G,EAAEi9B,OAAF,IAAW7nB,CAAX,IAAc0M,EAAEs3F,MAAF,GAAShkG,EAAE,EAACwyD,UAAS9lD,EAAE8lD,QAAZ,EAAqBuyC,UAASr4F,EAAEq4F,QAAhC,EAAyC71G,OAAMwd,EAAExd,KAAjD,EAAuDrB,MAAK6e,EAAE7e,IAA9D,EAAmE62D,QAAOh4C,EAAE82F,QAAF,EAA1E,EAAuFsB,QAAOp4F,EAAEo4F,MAAhG,EAAuGtzE,MAAK9kB,EAAEu6F,SAAF,CAAYlE,MAAZ,EAA5G,EAAiIv3G,SAAQ,EAAC85G,YAAW16G,EAAE06G,UAAd,EAAyB1sF,QAAOhuB,EAAE06G,UAAlC,EAA6C8F,MAAKxgH,EAAEwgH,IAApD,EAAyDvuC,OAAMjyE,EAAEiyE,KAAjE,EAAuE6qC,MAAK98G,EAAE88G,IAA9E,EAAmF9wF,UAAShsB,EAAEgsB,QAA9F,EAAuGiR,SAAQj9B,EAAEi9B,OAAjH,EAAzI,EAAmQ+7E,cAAa,wBAAU;AAACl3F,0BAAEk3F,YAAF,IAAiBl3F,EAAEimF,cAAF,EAAjB,CAAoC,IAAI/nG,IAAE8hB,EAAEs3F,MAAR,CAAe,OAAO,OAAOt3F,EAAEs3F,MAAT,EAAgBp5G,CAAvB;AAAyB,qBAAvW,EAAF,CAAT,EAAqX8hB,EAAEm3F,SAAF,EAAnY,IAAkZ7hD,EAAE94D,EAAF,CAAKy6G,YAAL,CAAkB35G,IAAlB,CAAuB0iB,CAAvB,CAAlZ;AAA4a,aAAx4E,EAAy4E08F,YAAW,sBAAU;AAAC,oBAAI18F,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKY,OAAL,CAAak8G,IAArB,CAA0B,KAAK6D,UAAL,KAAkB7+F,IAAEigB,EAAEujE,IAAF,CAAOtN,UAAP,CAAkB,KAAK2oB,UAAvB,EAAkC,EAAC5hB,QAAO,EAACxqD,OAAMv0C,EAAEu0C,KAAT,EAAezpB,OAAM9qB,EAAE8qB,KAAvB,EAA6B6+E,UAAS3pG,EAAE2pG,QAAxC,EAAR,EAAlC,CAAF,EAAgGvsG,EAAE0kB,CAAF,CAAhG,EAAqG,KAAKs3F,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAvH;AAA8I,aAAvkF,EAAwkF2D,OAAM,eAAS3D,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAKwrG,SAAL,CAAe5gH,CAAf,CAAN,CAAwB8hB,EAAEyD,OAAF,CAAUyxF,EAAV,EAAa5hG,CAAb,KAAiBpV,EAAEyjB,cAAF,EAAjB;AAAoC,aAAxpF,EAAypFyS,OAAM,eAASpU,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAKwrG,SAAL,CAAe5gH,CAAf,CAAN,CAAwB8hB,EAAEyD,OAAF,CAAU0xF,EAAV,EAAa7hG,CAAb,KAAiBpV,EAAEyjB,cAAF,EAAjB;AAAoC,aAAzuF,EAA0uFo9F,OAAM,eAAS/+F,CAAT,EAAW;AAACA,kBAAEg/F,iBAAF;AAAsB,aAAlxF,EAAmxFF,WAAU,mBAAS9+F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf,CAAuB,OAAM,EAACulC,SAAQh+B,EAAE2Z,CAAF,CAAT,EAAc7e,MAAK80D,EAAE3iD,EAAE68D,KAAJ,IAAW78D,EAAE68D,KAAF,CAAQhvE,IAAnB,GAAwB,EAA3C,EAA8C2kE,UAAS5nE,EAAE4nE,QAAzD,EAAkEsyC,QAAOl6G,EAAEk6G,MAA3E,EAAkF51G,OAAMtE,EAAEsE,KAA1F,EAAgG61G,UAASn6G,EAAEm6G,QAA3G,EAAoHf,QAAOp5G,EAAEo5G,MAA7H,EAAN;AAA2I,aAA38F,EAAT,CADikf,EAC1mZjiD,IAAEC,EAAEz2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,qBAAK+gH,SAAL,GAAe/gH,CAAf,EAAiBo3D,EAAE94D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAjB;AAAwC,aAA5D,EAA6DlhB,SAAQ,EAACqB,MAAKs+F,EAAN,EAASsE,OAAM1lD,EAAf,EAAkBwmD,QAAOxmD,EAAzB,EAArE,EAAkG6hE,YAAW,sBAAU;AAAC,oBAAIl/F,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAezM,IAAEyM,EAAExU,OAAnB;AAAA,oBAA2ByyD,IAAE1qD,EAAE1G,IAA/B;AAAA,oBAAoCmxD,IAAEzqD,EAAEyzG,QAAxC;AAAA,oBAAiD51G,IAAE4O,EAAE2lG,UAArD;AAAA,oBAAgExiF,IAAE/xB,EAAEg8E,MAAF,EAAlE;AAAA,oBAA6E/rE,IAAEjQ,EAAEskB,KAAF,KAAU,CAAzF,CAA2F,IAAGniB,EAAEs0B,OAAF,IAAW7nB,EAAE6lG,MAAF,EAAd,EAAyB,OAAOj7G,IAAEoV,EAAE8lG,WAAF,EAAF,EAAkB7nD,MAAIktC,EAAJ,GAAOz+E,IAAE,IAAIigB,EAAEk4D,MAAN,CAAa,IAAIhiC,EAAEgiC,MAAN,CAAa,CAAChlC,EAAEzuD,EAAEuvG,EAAF,GAAKt/F,CAAP,EAAS2pF,EAAT,CAAD,EAAcnrC,EAAEzuD,EAAEwvG,EAAF,GAAKxvG,EAAEqpB,MAAF,KAAW,CAAlB,EAAoBuwE,EAApB,CAAd,CAAb,EAAoD3pF,CAApD,CAAb,EAAoEzW,CAApE,CAAT,GAAgFqzD,MAAI+jD,EAAJ,GAAOt1F,IAAEigB,EAAEujE,IAAF,CAAOtN,UAAP,CAAkB,CAAC,CAACxxF,EAAEuvG,EAAF,GAAKt/F,CAAN,EAAQjQ,EAAEwvG,EAAV,CAAD,EAAe,CAACxvG,EAAEuvG,EAAH,EAAMvvG,EAAE0vG,EAAR,CAAf,EAA2B,CAAC1vG,EAAEyvG,EAAH,EAAMzvG,EAAE0vG,EAAR,CAA3B,CAAlB,EAA0Dl2G,CAA1D,EAA6D0pB,KAA7D,EAAT,GAA8E2pC,MAAIssC,EAAJ,IAAQ79E,IAAE,IAAIigB,EAAEsjE,SAAN,CAAgBrlG,CAAhB,CAAF,EAAqB8hB,EAAE0/E,MAAF,CAASh7F,EAAEuvG,EAAX,EAAcvvG,EAAEwvG,EAAhB,EAAoBxT,MAApB,CAA2Bh8F,EAAEyvG,EAA7B,EAAgCzvG,EAAE0vG,EAAlC,CAArB,EAA2Dp0F,EAAE0/E,MAAF,CAASh7F,EAAEuvG,EAAX,EAAcvvG,EAAE0vG,EAAhB,EAAoB1T,MAApB,CAA2Bh8F,EAAEyvG,EAA7B,EAAgCzvG,EAAEwvG,EAAlC,CAAnE,IAA0Gl0F,IAAEigB,EAAEujE,IAAF,CAAOzC,QAAP,CAAgBr8F,EAAE2xG,MAAF,EAAhB,EAA2Bn4G,CAA3B,CAA5R,EAA0TozD,KAAGtxC,EAAEo1E,SAAF,CAAYj/B,EAAEi/B,SAAF,GAAcD,MAAd,CAAqB,CAAC7jC,CAAtB,EAAwB,CAAC76B,EAAEiV,CAAH,EAAKjV,EAAEmV,CAAP,CAAxB,CAAZ,CAA7T,EAA6W5rB,EAAElhB,OAAF,CAAU24G,MAAV,GAAiB,KAAK34G,OAAL,CAAa24G,MAA3Y,EAAkZz3F,CAAzZ;AAA2Z,aAAvoB,EAAwoB9e,eAAc,yBAAU;AAAC,oBAAI8e,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAF,CAAUw4G,MAAzB;AAAA,oBAAgCzwG,IAAE3I,EAAE+gH,SAAF,IAAa,EAA/C,CAAkD,OAAOj/F,IAAE1M,IAAEA,EAAE,EAAC9Q,OAAMqE,EAAErE,KAAT,EAAesjE,UAASj/D,EAAEi/D,QAA1B,EAAmC9N,QAAO95D,EAAE44G,QAAF,EAA1C,EAAuDsB,QAAOvxG,EAAEuxG,MAAhE,EAAuEC,UAASxxG,EAAEwxG,QAAlF,EAA2FvzE,MAAK5mC,EAAE+6G,UAAF,CAAa5C,MAAb,EAAhG,EAAsHv3G,SAAQZ,EAAEy8G,aAAF,EAA9H,EAAgJzD,cAAa,wBAAU;AAAC,+BAAOh5G,EAAEghH,UAAF,EAAP;AAAsB,qBAA9L,EAAF,CAAF,GAAqMhhH,EAAEghH,UAAF,EAA9M;AAA6N,aAAh7B,EAAi7BvE,eAAc,yBAAU;AAAC,oBAAI36F,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAAC85G,YAAW54F,EAAE44F,UAAd,EAAyB1sF,QAAOlM,EAAEkM,MAAlC,EAAyCF,QAAOhM,EAAEgM,MAAlD,EAAyDC,SAAQjM,EAAEiM,OAAnE,EAA2E9rB,MAAK6f,EAAE7f,IAAlF,EAAuFw/B,MAAK3f,EAAEgJ,KAA9F,EAAoGmS,SAAQnb,EAAEmb,OAA9G,EAAN;AAA6H,aAA1lC,EAA2lC+7E,cAAa,wBAAU;AAAC,qBAAKI,MAAL,GAAY,KAAKp2G,aAAL,EAAZ;AAAiC,aAAppC,EAAT,CADwmZ,EACx8WwzD,IAAEoB,EAAEj3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,IAAN;AAAA,oBAAW0qD,IAAE1qD,EAAEs4G,YAAF,CAAen/F,CAAf,EAAiB9hB,CAAjB,EAAmBoV,CAAnB,CAAb,CAAmC,KAAKkrG,SAAL,GAAex+F,CAAf,EAAiB,KAAKy+F,SAAL,GAAevgH,CAAhC,EAAkC43D,EAAEt5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,EAAiB0qD,CAAjB,CAAlC;AAAsD,aAA/G,EAAgH6tD,YAAW,sBAAU;AAAC,uBAAO,CAAP;AAAS,aAA/I,EAAgJtgH,SAAQ,EAACqB,MAAK,SAAN,EAAgBi0C,KAAI,CAApB,EAAsBvpB,KAAI,CAA1B,EAA4B86B,UAAS,CAAC,CAAtC,EAAwCk2D,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAYnS,OAAM,CAAlB,EAAoBypB,OAAM9b,EAA1B,EAAvD,EAAqF8Y,QAAO,EAAC4oB,QAAO,wBAAR,EAA5F,EAA8Ho/C,QAAO,CAArI,EAAxJ,EAAgS0H,cAAa,sBAASn/F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,IAAE,IAAR;AAAA,oBAAa7sD,IAAE4O,EAAE+rG,WAAjB;AAAA,oBAA6B5oF,IAAE86B,EAAE+tD,WAAF,CAAct/F,CAAd,EAAgB9hB,CAAhB,EAAkBwG,CAAlB,CAA/B;AAAA,oBAAoDiQ,IAAE48C,EAAEguD,WAAF,CAAcv/F,CAAd,EAAgB9hB,CAAhB,EAAkBwG,CAAlB,CAAtD;AAAA,oBAA2EyuD,IAAE7B,EAAE76B,CAAF,EAAI9hB,CAAJ,CAA7E;AAAA,oBAAoFyY,IAAE,EAAC0vF,WAAU3pD,CAAX,EAAtF,CAAoG,OAAO7/C,EAAEksG,gBAAF,KAAqB,CAAC,CAAtB,KAA0B/oF,IAAE,CAAF,IAAK27B,EAAE37B,CAAF,EAAI08B,CAAJ,EAAM,IAAE,CAAR,CAAL,KAAkB18B,KAAG08B,CAArB,GAAwBx+C,IAAE,CAAF,IAAKy9C,EAAEz9C,CAAF,EAAIw+C,CAAJ,EAAM,IAAE,CAAR,CAAL,KAAkBx+C,KAAGw+C,CAArB,CAAlD,GAA2E/lC,EAAEgnB,GAAF,GAAM2d,EAAEt7B,CAAF,EAAI08B,CAAJ,CAAjF,EAAwF/lC,EAAEvC,GAAF,GAAMinC,EAAEn9C,CAAF,EAAIw+C,CAAJ,CAA9F,EAAqG,KAAKssD,QAAL,GAAcxpD,EAAE3iD,EAAE8gC,GAAJ,IAAS+pD,GAAG/pD,GAAH,CAAOhnB,EAAEgnB,GAAT,EAAa9gC,EAAE8gC,GAAf,CAAT,GAA6BhnB,EAAEgnB,GAAlJ,EAAsJ,KAAKsrE,QAAL,GAAczpD,EAAE3iD,EAAEuX,GAAJ,IAASszE,GAAGtzE,GAAH,CAAOuC,EAAEvC,GAAT,EAAavX,EAAEuX,GAAf,CAAT,GAA6BuC,EAAEvC,GAAnM,EAAuM,KAAK80F,cAAL,GAAoBxsD,CAA3N,EAA6N7/C,MAAIzM,IAAEovD,EAAE3iD,EAAE8gC,GAAJ,KAAU6hB,EAAE3iD,EAAEuX,GAAJ,CAAZ,EAAqBhkB,KAAGyM,EAAE8gC,GAAF,KAAQ9gC,EAAEuX,GAAb,KAAmBvX,EAAE8gC,GAAF,GAAM,CAAN,GAAQ9gC,EAAE8gC,GAAF,GAAM,CAAd,GAAgB9gC,EAAEuX,GAAF,GAAM,CAAzC,CAArB,EAAiEvX,EAAEwpG,SAAF,IAAa1vF,EAAEgnB,GAAF,GAAM2d,EAAE3kC,EAAEgnB,GAAJ,EAAQ9gC,EAAEwpG,SAAV,CAAN,EAA2B1vF,EAAEvC,GAAF,GAAMinC,EAAE1kC,EAAEvC,GAAJ,EAAQvX,EAAEwpG,SAAV,CAA9C,IAAoEj2G,MAAIyM,IAAEs/D,GAAGxlD,CAAH,EAAK9Z,CAAL,CAAF,EAAU8Z,EAAE0vF,SAAF,GAAYxrD,EAAEh+C,EAAE8gC,GAAJ,EAAQ9gC,EAAEuX,GAAV,CAA1B,CAAzI,CAA7N,EAAiZuC,EAAE6vF,SAAF,GAAY,CAAC3pG,EAAEwpG,SAAF,IAAa1vF,EAAE0vF,SAAhB,IAA2B,CAAxb,EAA0blqC,GAAGxlD,CAAH,EAAK9Z,CAAL,CAAjc;AAAyc,aAA12B,EAA22B4hE,OAAM,iBAAU;AAAC,oBAAIl1D,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAACs1C,KAAIp0B,EAAEo0B,GAAP,EAAWvpB,KAAI7K,EAAE6K,GAAjB,EAAN;AAA4B,aAA36B,EAA46B00F,aAAY,qBAASv/F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ,EAAM0qD,CAAN,CAAQ,IAAG,CAACvxC,CAAD,IAAI,CAAC9hB,CAAR,EAAU,OAAO,CAAP,CAAS,IAAG8hB,KAAG,CAAH,IAAM9hB,KAAG,CAAZ,EAAc;AAAC,wBAAGA,IAAE8hB,KAAG9hB,CAAH,GAAK,CAAL,GAAOA,CAAT,EAAWqzD,IAAE4sC,GAAGpyD,GAAH,CAAO,CAAC7tC,IAAE8hB,CAAH,IAAM9hB,CAAb,CAAb,EAA6BoV,MAAI,CAAC,CAAL,IAAQ,CAACA,CAAD,IAAIi+C,IAAEokD,EAA9C,EAAiD,OAAO,CAAP,CAAS9uG,IAAEs3F,GAAG/pD,GAAH,CAAO,CAAP,EAASl2C,IAAE,CAAC8hB,IAAE9hB,CAAH,IAAM,CAAjB,CAAF;AAAsB,iBAA/F,MAAoG8hB,IAAEA,KAAG9hB,CAAH,GAAK,CAAL,GAAO8hB,CAAT,EAAWnZ,IAAE3I,CAAb,CAAe,OAAO2I,CAAP;AAAS,aAA/lC,EAAgmCy4G,aAAY,qBAASt/F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ,EAAM0qD,CAAN,CAAQ,IAAG,CAACvxC,CAAD,IAAI,CAAC9hB,CAAR,EAAU,OAAO,CAAP,CAAS,IAAG8hB,KAAG,CAAH,IAAM9hB,KAAG,CAAZ,EAAc;AAAC,wBAAG8hB,IAAEA,KAAG9hB,CAAH,GAAK,CAAL,GAAO8hB,CAAT,EAAWuxC,IAAE,CAACrzD,IAAE8hB,CAAH,IAAM9hB,CAAnB,EAAqBoV,MAAI,CAAC,CAAL,IAAQ,CAACA,CAAD,IAAIi+C,IAAEokD,EAAtC,EAAyC,OAAO,CAAP,CAAS9uG,IAAEs3F,GAAGtzE,GAAH,CAAO,CAAP,EAAS7K,IAAE,CAAC9hB,IAAE8hB,CAAH,IAAM,CAAjB,CAAF;AAAsB,iBAAvF,MAA4F9hB,IAAE8hB,KAAG9hB,CAAH,GAAK,CAAL,GAAOA,CAAT,EAAW2I,IAAEmZ,CAAb,CAAe,OAAOnZ,CAAP;AAAS,aAA3wC,EAA4wC+4G,cAAa,sBAAS5/F,CAAT,EAAW;AAAC,oBAAG,MAAIA,CAAP,EAAS,OAAO,CAAP,CAAS,IAAI9hB,IAAE,KAAKY,OAAX;AAAA,oBAAmBwU,IAAEpV,EAAE2sB,GAAF,GAAM3sB,EAAEk2C,GAA7B,CAAiC,OAAO+pD,GAAGxrC,KAAH,CAASQ,EAAE7/C,IAAE0M,CAAJ,EAAMs+E,EAAN,CAAT,IAAoB,CAA3B;AAA6B,aAAr3C,EAAs3CuhB,kBAAiB,0BAAS7/F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAE,IAAR;AAAA,oBAAa0qD,IAAE1qD,EAAE/H,OAAjB;AAAA,oBAAyBwyD,IAAEC,EAAE5L,QAA7B;AAAA,oBAAsCjhD,IAAE6sD,EAAE97C,OAA1C;AAAA,oBAAkDghB,IAAE5vB,EAAEy1G,OAAF,EAApD;AAAA,oBAAgE3nG,IAAE28C,IAAE76B,EAAE1I,MAAF,EAAF,GAAa0I,EAAEzN,KAAF,EAA/E;AAAA,oBAAyF8oC,IAAEP,EAAE1mC,GAAF,GAAM0mC,EAAEnd,GAAnG;AAAA,oBAAuG2d,IAAEp9C,IAAEm9C,CAA3G;AAAA,oBAA6G1kC,IAAEpN,IAAE+xC,CAAjH;AAAA,oBAAmHK,IAAE,CAArH;AAAA,oBAAuHF,IAAErrD,EAAE+4G,YAAF,CAAe5/F,CAAf,CAAzH;AAAA,oBAA2I0rB,IAAE,CAAC4lB,IAAE,CAAC,CAAH,GAAK,CAAN,KAAU5sD,IAAE,CAAC,CAAH,GAAK,CAAf,CAA7I;AAAA,oBAA+JsC,IAAE,MAAI0kC,CAAJ,GAAM,CAAN,GAAQ,CAAzK;AAAA,oBAA2K+nB,IAAEh9B,EAAE,CAAC66B,IAAEokD,EAAF,GAAKD,EAAN,IAAUzuG,CAAZ,CAA7K;AAAA,oBAA4L20B,IAAE,EAA9L,CAAiM,KAAIz9B,MAAIk0D,IAAEl0D,IAAE8hB,CAAR,GAAW1M,IAAE,CAAjB,EAAmBA,IAAE4+C,CAArB,EAAuB5+C,GAAvB;AAA2BA,wBAAE8+C,CAAF,KAAM,CAAN,IAASz2B,EAAE9/B,IAAF,CAAOs3D,EAAEM,CAAF,EAAI6qC,EAAJ,CAAP,CAAT,EAAyB7qC,KAAGrmC,IAAEse,CAA9B;AAA3B,iBAA2D,OAAO/P,CAAP;AAAS,aAA1pD,EAA2pDohF,uBAAsB,iCAAU;AAAC,oBAAI/8F,IAAE,IAAN,CAAW,OAAOA,EAAE6/F,gBAAF,CAAmB7/F,EAAElhB,OAAF,CAAUg+G,SAA7B,CAAP;AAA+C,aAAtvD,EAAuvDE,uBAAsB,iCAAU;AAAC,oBAAIh9F,IAAE,IAAN,CAAW,OAAOA,EAAE6/F,gBAAF,CAAmB7/F,EAAElhB,OAAF,CAAUm+G,SAA7B,CAAP;AAA+C,aAAl1D,EAAm1DU,SAAQ,iBAAS39F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE4sD,EAAExyD,OAAnB;AAAA,oBAA2B23B,IAAE/xB,EAAE+Q,OAA/B;AAAA,oBAAuCd,IAAEjQ,EAAEihD,QAA3C;AAAA,oBAAoDmM,IAAEn9C,IAAE+gG,EAAF,GAAKD,EAA3D;AAAA,oBAA8D1jD,IAAET,EAAEgrD,OAAF,EAAhE;AAAA,oBAA4EnpD,IAAEpB,EAAED,KAAGr7B,IAAE,CAAF,GAAI,CAAP,CAAF,CAA9E;AAAA,oBAA2FrJ,IAAEzY,IAAEo9C,EAAEhkC,MAAF,EAAF,GAAagkC,EAAE/oC,KAAF,EAA1G;AAAA,oBAAoHopC,IAAE37B,IAAE,CAAC,CAAH,GAAK,CAA3H;AAAA,oBAA6Hy7B,IAAEE,KAAGhlC,KAAG1oB,EAAEmmB,GAAF,GAAMnmB,EAAE0vC,GAAX,CAAH,CAA/H;AAAA,oBAAmJ1I,IAAE,IAAI4oB,EAAJ,CAAMvC,EAAEkiD,EAAR,EAAWliD,EAAEmiD,EAAb,EAAgBniD,EAAEkiD,EAAlB,EAAqBliD,EAAEmiD,EAAvB,CAArJ,CAAgL,OAAOj+C,EAAEj2C,CAAF,MAAOA,IAAE9hB,KAAG,CAAZ,GAAe+3D,EAAE/3D,CAAF,MAAOA,IAAE8hB,KAAG,CAAZ,CAAf,EAA8B1M,MAAI0M,IAAEm+E,GAAGtzE,GAAH,CAAOszE,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAStb,EAAEmmB,GAAX,CAAP,EAAuBnmB,EAAE0vC,GAAzB,CAAF,EAAgCl2C,IAAEigG,GAAGtzE,GAAH,CAAOszE,GAAG/pD,GAAH,CAAOl2C,CAAP,EAASwG,EAAEmmB,GAAX,CAAP,EAAuBnmB,EAAE0vC,GAAzB,CAAtC,CAA9B,EAAmGz/B,KAAG9N,IAAEnC,EAAEmmB,GAAF,GAAMszE,GAAGtzE,GAAH,CAAO7K,CAAP,EAAS9hB,CAAT,CAAR,EAAoBqzD,IAAE7sD,EAAEmmB,GAAF,GAAMszE,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAS9hB,CAAT,CAA/B,KAA6C2I,IAAEs3F,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAS9hB,CAAT,IAAYwG,EAAE0vC,GAAhB,EAAoBmd,IAAE4sC,GAAGtzE,GAAH,CAAO7K,CAAP,EAAS9hB,CAAT,IAAYwG,EAAE0vC,GAAjF,CAAnG,EAAyL1I,EAAEomB,IAAE,CAAJ,IAAOsC,EAAEjB,IAAEjB,KAAGz7B,IAAE86B,CAAF,GAAI1qD,CAAP,CAAJ,CAAhM,EAA+M6kC,EAAEomB,IAAE,CAAJ,IAAOsC,EAAEjB,IAAEjB,KAAGz7B,IAAE5vB,CAAF,GAAI0qD,CAAP,CAAJ,CAAtN,EAAqO7lB,CAA5O;AAA8O,aAAzwE,EAA0wEo0E,UAAS,kBAAS9/F,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAazM,IAAEyM,EAAExU,OAAjB;AAAA,oBAAyByyD,IAAE1qD,EAAE4O,OAA7B;AAAA,oBAAqC67C,IAAEzqD,EAAE8+C,QAAzC;AAAA,oBAAkDjhD,IAAE,IAAEmC,EAAEgkB,GAAxD;AAAA,oBAA4D4L,IAAE,IAAE5vB,EAAEutC,GAAlE;AAAA,oBAAsEz/B,IAAE28C,IAAEokD,EAAF,GAAKD,EAA7E;AAAA,oBAAgF3jD,IAAEx+C,EAAEgpG,OAAF,EAAlF;AAAA,oBAA8FvqD,IAAED,EAAEn9C,KAAG48C,IAAE,CAAF,GAAI,CAAP,CAAF,CAAhG;AAAA,oBAA6GnkC,IAAEkkC,IAAEQ,EAAE/jC,MAAF,EAAF,GAAa+jC,EAAE9oC,KAAF,EAA5H;AAAA,oBAAsIopC,IAAEb,IAAE,CAAC,CAAH,GAAK,CAA7I;AAAA,oBAA+IW,IAAEE,KAAGpyC,EAAErL,CAAF,IAAKo9C,CAAR,CAAjJ;AAAA,oBAA4JrmB,IAAE,CAAChnC,IAAE+xB,CAAH,IAAMrJ,CAApK;AAAA,oBAAsKpmB,IAAEkrD,IAAExmB,CAA1K,CAA4K,OAAOwmB,IAAE,CAAF,IAAKA,IAAE9kC,CAAP,GAAS,IAAT,IAAelvB,IAAEozD,IAAE5sD,IAAEsC,CAAJ,GAAMyvB,IAAEzvB,CAAV,EAAYmsD,EAAEj1D,CAAF,EAAI41G,EAAJ,CAA3B,CAAP;AAA2C,aAAt/E,EAAu/EiM,gBAAe,wBAAS//F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuB+H,IAAE3I,EAAEo+G,OAAF,EAAzB;AAAA,oBAAqC/qD,IAAEj+C,EAAEqyC,QAAzC;AAAA,oBAAkD2L,IAAEh+C,EAAEmC,OAAtD;AAAA,oBAA8D/Q,IAAE6sD,IAAE1qD,EAAEknB,MAAF,EAAF,GAAalnB,EAAEmiB,KAAF,EAA7E;AAAA,oBAAuFyN,IAAEnjB,EAAEuX,GAAF,GAAMvX,EAAE8gC,GAAjG;AAAA,oBAAqGz/B,IAAEjQ,IAAE+xB,CAAzG;AAAA,oBAA2Gq7B,IAAEqB,EAAEnzC,IAAErL,CAAJ,EAAMm/F,EAAN,CAA7G,CAAuH,OAAM,CAACviD,CAAD,IAAI,CAACD,CAAL,IAAQC,KAAGD,CAAX,KAAeQ,IAAE,CAACA,CAAlB,GAAqB,EAAC1d,KAAI9gC,EAAE8gC,GAAF,GAAM0d,CAAX,EAAajnC,KAAIvX,EAAEuX,GAAF,GAAMinC,CAAvB,EAA3B;AAAqD,aAA9rF,EAA+rFkuD,YAAW,oBAAShgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuB+H,IAAE,CAACmZ,CAAD,GAAG1M,EAAEwpG,SAA9B,CAAwC,OAAM,EAAC1oE,KAAI9gC,EAAE8gC,GAAF,GAAMvtC,CAAX,EAAagkB,KAAIvX,EAAEuX,GAAF,GAAMhkB,CAAvB,EAAN;AAAgC,aAA9xF,EAA+xFs1G,aAAY,uBAAU;AAAC,uBAAO,KAAKyD,YAAL,CAAkB,KAAK9gH,OAAL,CAAag+G,SAA/B,CAAP;AAAiD,aAAv2F,EAAw2FT,iBAAgB,yBAASr8F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAEyM,EAAExU,OAAf;AAAA,oBAAuByyD,IAAE4B,EAAEtsD,EAAEutC,GAAF,GAAMp0B,IAAEnZ,EAAEi2G,SAAZ,EAAsBhJ,EAAtB,CAAzB;AAAA,oBAAmDxiD,IAAEh+C,EAAE8qG,aAAF,CAAgB7sD,CAAhB,EAAkB,IAAlB,EAAuBrzD,CAAvB,CAArD,CAA+E,OAAO,IAAIq3D,CAAJ,CAAMhE,CAAN,EAAQD,CAAR,EAAUtxC,CAAV,EAAY,IAAZ,EAAiB9hB,CAAjB,CAAP;AAA2B,aAAh/F,EAAi/FigH,kBAAiB,0BAASn+F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKg3E,KAAL,EAAN,CAAmB,OAAOh3E,EAAEk2C,GAAF,IAAOp0B,CAAP,IAAUA,KAAG9hB,EAAE2sB,GAAtB;AAA0B,aAA3jG,EAA4jGo1F,KAAI,aAASjgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAK6hH,cAAL,CAAoB//F,CAApB,CAAN,CAA6B,OAAO,KAAKs+F,UAAL,CAAgBpgH,EAAEk2C,GAAlB,EAAsBl2C,EAAE2sB,GAAxB,EAA4B,KAAK40F,QAAjC,EAA0C,KAAKC,QAA/C,CAAP;AAAgE,aAAzqG,EAA0qGQ,aAAY,qBAASlgG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAKwsG,QAAL,CAAc9/F,CAAd,CAAN;AAAA,oBAAuBnZ,IAAE,KAAKi5G,QAAL,CAAc5hH,CAAd,CAAzB;AAAA,oBAA0CqzD,IAAE4sC,GAAG/pD,GAAH,CAAO9gC,CAAP,EAASzM,CAAT,CAA5C;AAAA,oBAAwDyqD,IAAE6sC,GAAGtzE,GAAH,CAAOvX,CAAP,EAASzM,CAAT,CAA1D,CAAsE,IAAG,KAAKs5G,YAAL,CAAkB5uD,CAAlB,EAAoBD,CAApB,CAAH,EAA0B,OAAM,EAACld,KAAImd,CAAL,EAAO1mC,KAAIymC,CAAX,EAAN;AAAoB,aAAxzG,EAAyzG8uD,WAAU,mBAASpgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAK8hH,UAAL,CAAgBhgG,CAAhB,CAAN;AAAA,oBAAyB1M,IAAE,KAAKosG,QAAhC;AAAA,oBAAyC74G,IAAE,KAAK44G,QAAhD;AAAA,oBAAyDluD,IAAEG,EAAE0/B,UAAF,CAAalzF,EAAEk2C,GAAf,EAAmBvtC,CAAnB,EAAqByM,CAArB,CAA3D;AAAA,oBAAmFg+C,IAAEI,EAAE0/B,UAAF,CAAalzF,EAAE2sB,GAAf,EAAmBhkB,CAAnB,EAAqByM,CAArB,CAArF,CAA6G,IAAG,KAAK6sG,YAAL,CAAkB5uD,CAAlB,EAAoBD,CAApB,CAAH,EAA0B,OAAM,EAACld,KAAImd,CAAL,EAAO1mC,KAAIymC,CAAX,EAAN;AAAoB,aAA1+G,EAA2+G6uD,cAAa,sBAASngG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAOA,IAAE8hB,CAAF,GAAIg1F,EAAX;AAAc,aAAphH,EAAT,CADs8W,EACt6Pt/C,IAAEI,EAAEj3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,qBAAKxU,OAAL,GAAa,KAAKg5D,YAAL,CAAkB93C,CAAlB,EAAoB9hB,CAApB,EAAsBoV,CAAtB,CAAb,EAAsC,KAAKkrG,SAAL,GAAex+F,CAArD,EAAuD,KAAKy+F,SAAL,GAAevgH,CAAtE,EAAwE43D,EAAEt5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBgW,CAApB,CAAxE;AAA+F,aAArH,EAAsH8rG,YAAW,sBAAU;AAAC,uBAAO,KAAKtgH,OAAL,CAAas1C,GAApB;AAAwB,aAApK,EAAqKt1C,SAAQ,EAACqB,MAAK,KAAN,EAAY28G,WAAU,EAAtB,EAAyBG,WAAU,CAAnC,EAAqCrB,mBAAkB,CAAvD,EAAyDj2D,UAAS,CAAC,CAAnE,EAAqEk2D,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAYnS,OAAM,CAAlB,EAAoBypB,OAAM9b,EAA1B,EAApF,EAAkH8gF,QAAO,CAAzH,EAA7K,EAAySkG,SAAQ,iBAAS39F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE4sD,EAAExyD,OAAnB;AAAA,oBAA2B23B,IAAE/xB,EAAE+Q,OAA/B;AAAA,oBAAuCd,IAAEjQ,EAAEihD,QAA3C;AAAA,oBAAoDmM,IAAEn9C,IAAE+gG,EAAF,GAAKD,EAA3D;AAAA,oBAA8D1jD,IAAET,EAAEgrD,OAAF,EAAhE;AAAA,oBAA4EnpD,IAAEpB,EAAED,KAAGr7B,IAAE,CAAF,GAAI,CAAP,CAAF,CAA9E;AAAA,oBAA2F27B,IAAEz9C,IAAEo9C,EAAEhkC,MAAF,EAAF,GAAagkC,EAAE/oC,KAAF,EAA1G;AAAA,oBAAoHkpC,IAAEz7B,IAAE,CAAC,CAAH,GAAK,CAA3H;AAAA,oBAA6HiV,IAAEhnC,EAAEo4G,SAAjI;AAAA,oBAA2I91G,IAAEsqD,EAAE+uD,MAA/I;AAAA,oBAAsJ5sD,IAAEnC,EAAEgvD,MAA1J;AAAA,oBAAiK3kF,IAAEu2B,KAAGE,KAAGqB,IAAEzsD,CAAL,CAAH,CAAnK;AAAA,oBAA+K4kC,IAAE,IAAI0oB,EAAJ,CAAMvC,EAAEkiD,EAAR,EAAWliD,EAAEmiD,EAAb,EAAgBniD,EAAEkiD,EAAlB,EAAqBliD,EAAEmiD,EAAvB,CAAjL,CAA4M,IAAGj+C,EAAEj2C,CAAF,MAAOA,IAAE9hB,KAAG,CAAZ,GAAe+3D,EAAE/3D,CAAF,MAAOA,IAAE8hB,KAAG,CAAZ,CAAf,EAA8B,EAAEA,KAAG,CAAH,IAAM9hB,KAAG,CAAX,CAAjC,EAA+C,OAAOoV,MAAI0M,IAAEm+E,GAAGtzE,GAAH,CAAOszE,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAStb,EAAEmmB,GAAX,CAAP,EAAuBnmB,EAAE0vC,GAAzB,CAAF,EAAgCl2C,IAAEigG,GAAGtzE,GAAH,CAAOszE,GAAG/pD,GAAH,CAAOl2C,CAAP,EAASwG,EAAEmmB,GAAX,CAAP,EAAuBnmB,EAAE0vC,GAAzB,CAAtC,GAAqEp0B,IAAEoN,EAAEpN,CAAF,EAAI0rB,CAAJ,CAAvE,EAA8ExtC,IAAEkvB,EAAElvB,CAAF,EAAIwtC,CAAJ,CAAhF,EAAuF/2B,KAAG9N,IAAE4sD,IAAE0qC,GAAGtzE,GAAH,CAAO7K,CAAP,EAAS9hB,CAAT,CAAJ,EAAgBqzD,IAAEkC,IAAE0qC,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAS9hB,CAAT,CAAvB,KAAqC2I,IAAEs3F,GAAG/pD,GAAH,CAAOp0B,CAAP,EAAS9hB,CAAT,IAAY8I,CAAd,EAAgBuqD,IAAE4sC,GAAGtzE,GAAH,CAAO7K,CAAP,EAAS9hB,CAAT,IAAY8I,CAAnE,CAAvF,EAA6J4kC,EAAEkmB,IAAE,CAAJ,IAAOsC,EAAEjB,IAAEx3B,KAAGlF,IAAE86B,CAAF,GAAI1qD,CAAP,CAAJ,CAApK,EAAmL+kC,EAAEkmB,IAAE,CAAJ,IAAOsC,EAAEjB,IAAEx3B,KAAGlF,IAAE5vB,CAAF,GAAI0qD,CAAP,CAAJ,CAA1L,EAAyM3lB,CAAhN;AAAkN,aAA9wB,EAA+wBk0E,UAAS,kBAAS9/F,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAazM,IAAEyM,EAAExU,OAAjB;AAAA,oBAAyByyD,IAAE1qD,EAAE4O,OAA7B;AAAA,oBAAqC67C,IAAEzqD,EAAE8+C,QAAzC;AAAA,oBAAkDjhD,IAAE4O,EAAEgpG,OAAF,EAApD;AAAA,oBAAgE7lF,IAAE5vB,EAAEi2G,SAApE;AAAA,oBAA8EnoG,IAAErB,EAAE+sG,MAAlF;AAAA,oBAAyFvuD,IAAEx+C,EAAEgtG,MAA7F;AAAA,oBAAoGvuD,IAAET,MAAIC,CAAJ,GAAM,CAAN,GAAQ,CAAC,CAA/G;AAAA,oBAAiHnkC,IAAE,MAAI2kC,CAAJ,GAAM,CAAN,GAAQ,CAA3H;AAAA,oBAA6HK,IAAEd,IAAE5sD,EAAEqpB,MAAF,EAAF,GAAarpB,EAAEskB,KAAF,EAA5I;AAAA,oBAAsJkpC,IAAE,CAACJ,IAAEn9C,CAAH,IAAMy9C,CAA9J;AAAA,oBAAgK1mB,IAAE4lB,IAAEokD,EAAF,GAAKD,EAAvK;AAAA,oBAA0KzuG,IAAEtC,EAAEgnC,IAAEte,CAAJ,CAA5K;AAAA,oBAAmLqmC,IAAE1B,KAAG/xC,EAAE0rB,CAAF,IAAK1kC,CAAR,CAArL;AAAA,oBAAgM20B,IAAE83B,IAAEvB,CAApM,CAAsM,OAAOuB,IAAE,CAAF,IAAKA,IAAErB,CAAP,GAAS,IAAT,IAAel0D,IAAEyW,IAAEgnB,CAAJ,EAAMw3B,EAAEgrC,GAAGv8D,GAAH,CAAOnL,CAAP,EAASv4B,CAAT,CAAF,EAAc41G,EAAd,CAArB,CAAP;AAA+C,aAAzhC,EAA0hC5+B,OAAM,iBAAU;AAAC,oBAAIl1D,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAACs1C,KAAIp0B,EAAEo0B,GAAP,EAAWvpB,KAAI7K,EAAE6K,GAAjB,EAAN;AAA4B,aAA1lC,EAA2lCm1F,YAAW,oBAAShgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuB+H,IAAEyM,EAAEwpG,SAA3B;AAAA,oBAAqCvrD,IAAE,CAACvxC,CAAxC,CAA0C,OAAM,EAACo0B,KAAI+pD,GAAGv8D,GAAH,CAAO/6B,CAAP,EAAS3I,EAAEmiH,MAAF,GAAS9uD,CAAlB,CAAL,EAA0B1mC,KAAIszE,GAAGv8D,GAAH,CAAO/6B,CAAP,EAAS3I,EAAEoiH,MAAF,GAAS/uD,CAAlB,CAA9B,EAAN;AAA0D,aAAttC,EAAutCwuD,gBAAe,wBAAS//F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuB+H,IAAEyM,EAAEwpG,SAA3B;AAAA,oBAAqCvrD,IAAErzD,EAAEo+G,OAAF,EAAvC;AAAA,oBAAmDhrD,IAAEh+C,EAAEqyC,QAAvD;AAAA,oBAAgEjhD,IAAE4O,EAAEmC,OAApE;AAAA,oBAA4EghB,IAAE66B,IAAEC,EAAExjC,MAAF,EAAF,GAAawjC,EAAEvoC,KAAF,EAA3F;AAAA,oBAAqGrU,IAAE8hB,KAAGv4B,EAAEoiH,MAAF,GAASpiH,EAAEmiH,MAAd,CAAvG;AAAA,oBAA6HvuD,IAAEqB,EAAEnzC,IAAErL,CAAJ,EAAMm/F,EAAN,CAA/H,CAAyI,OAAM,CAACxiD,CAAD,IAAI,CAAC5sD,CAAL,IAAQ4sD,KAAG5sD,CAAX,KAAeotD,IAAE,CAACA,CAAlB,GAAqB,EAAC1d,KAAI+pD,GAAGv8D,GAAH,CAAO/6B,CAAP,EAAS3I,EAAEmiH,MAAF,GAASvuD,CAAlB,CAAL,EAA0BjnC,KAAIszE,GAAGv8D,GAAH,CAAO/6B,CAAP,EAAS3I,EAAEoiH,MAAF,GAASxuD,CAAlB,CAA9B,EAA3B;AAA+E,aAA18C,EAA28CqqD,aAAY,uBAAU;AAAC,oBAAIn8F,IAAE,IAAN;AAAA,oBAAW9hB,IAAEigG,GAAGxrC,KAAH,CAAS3yC,EAAEsgG,MAAX,CAAb;AAAA,oBAAgChtG,IAAE6qF,GAAGxrC,KAAH,CAASz0D,IAAE8hB,EAAEqgG,MAAb,IAAqB,CAAvD,CAAyD,OAAO/sG,CAAP;AAAS,aAApiD,EAAqiDypG,uBAAsB,iCAAU;AAAC,oBAAI/8F,IAAE,IAAN;AAAA,oBAAW9hB,IAAE,EAAb,CAAgB,OAAO8hB,EAAEugG,2BAAF,CAA8B,UAASvgG,CAAT,EAAW;AAAC9hB,sBAAErC,IAAF,CAAOmkB,CAAP;AAAU,iBAApD,EAAqD,EAACiN,MAAK,CAAN,EAAQkoD,MAAK,CAAb,EAArD,GAAsEj3E,CAA7E;AAA+E,aAArqD,EAAsqD2+G,aAAY,qBAAS78F,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,CAAWA,CAAX,EAAaoV,CAAb,EAAe;AAACy+C,sBAAE2hD,KAAF,GAAQj9E,IAAE/xB,EAAEyvG,EAAJ,GAAOzvG,EAAEyvG,EAAF,GAAK7gG,EAAEqsB,IAAtB,EAA2BoyB,EAAE4hD,KAAF,GAAQl9E,IAAE/xB,EAAEwvG,EAAF,GAAK5gG,EAAEqsB,IAAT,GAAcj7B,EAAEwvG,EAAnD,EAAsDniD,EAAE7nC,QAAF,GAAWhsB,CAAjE,EAAmE8hB,EAAEwG,MAAF,CAAS3f,EAAEkrD,CAAF,EAAIz+C,CAAJ,CAAT,CAAnE;AAAoF,qBAAIA,IAAE,IAAN;AAAA,oBAAWi+C,IAAE,EAAb;AAAA,oBAAgBD,IAAEh+C,EAAExU,OAApB;AAAA,oBAA4B4F,IAAE4O,EAAEgpG,OAAF,EAA9B;AAAA,oBAA0C7lF,IAAE66B,EAAE7hB,MAAF,CAASksE,MAArD;AAAA,oBAA4DhnG,IAAE28C,EAAE+pD,UAAhE;AAAA,oBAA2EvpD,IAAER,EAAE6pD,UAA/E;AAAA,oBAA0FppD,IAAE,EAACpM,UAAS2L,EAAE3L,QAAZ,EAA5F,CAAkH,OAAOhxC,EAAEwmB,OAAF,IAAW7nB,EAAEitG,2BAAF,CAA8BriH,CAA9B,EAAgCyW,CAAhC,CAAX,EAA8Cm9C,EAAE32B,OAAF,IAAW7nB,EAAEktG,2BAAF,CAA8BtiH,CAA9B,EAAgC4zD,CAAhC,CAAzD,EAA4FP,CAAnG;AAAqG,aAAz/D,EAA0/DssD,iBAAgB,yBAAS79F,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe;AAACyW,sBAAEqL,CAAF,EAAImzC,CAAJ,MAASpB,EAAE7nC,QAAF,GAAWlK,CAAX,EAAaoN,EAAE5G,MAAF,CAAS+qC,EAAEQ,CAAF,EAAI7zD,CAAJ,CAAT,CAAb,EAA8Bi1D,EAAEt3D,IAAF,CAAOmkB,CAAP,CAAvC;AAAkD,qBAAI1M,IAAE,IAAN;AAAA,oBAAWzM,IAAEyM,EAAExU,OAAf;AAAA,oBAAuBwyD,IAAEzqD,EAAEg1G,cAA3B;AAAA,oBAA0Cn3G,IAAEmC,EAAEi1G,cAA9C;AAAA,oBAA6DrlF,IAAE5vB,EAAE8+C,QAAjE;AAAA,oBAA0EmM,IAAE9xC,EAAEs8F,OAAF,EAA5E;AAAA,oBAAwFvqD,IAAE,EAAC6hD,WAAU9hD,EAAEr7B,IAAE,IAAF,GAAO,IAAT,CAAX,EAA0Bo9E,SAAQ/hD,EAAEr7B,IAAE,IAAF,GAAO,IAAT,CAAlC,EAAiDkvB,UAASlvB,CAA1D,EAA1F;AAAA,oBAAuJ08B,IAAE,EAAzJ;AAAA,oBAA4J/lC,IAAE,KAAKuvF,eAAL,EAA9J,CAAqL,OAAOrrD,EAAEn2B,OAAF,IAAW7nB,EAAEitG,2BAAF,CAA8BriH,CAA9B,EAAgCozD,CAAhC,CAAX,EAA8C5sD,EAAEy2B,OAAF,IAAW7nB,EAAEktG,2BAAF,CAA8BtiH,CAA9B,EAAgCwG,CAAhC,CAAzD,EAA4F0oB,EAAE/Y,QAArG;AAA8G,aAA33E,EAA43EksG,6BAA4B,qCAASvgG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,CAAN;AAAA,oBAAQ0qD,IAAE,IAAV;AAAA,oBAAeD,IAAEC,EAAEkvD,YAAF,EAAjB;AAAA,oBAAkC/7G,IAAE4sD,EAAEsiD,SAAtC;AAAA,oBAAgDn9E,IAAE66B,EAAErkC,IAApD;AAAA,oBAAyDtY,IAAE48C,EAAE8uD,MAA7D;AAAA,oBAAoEvuD,IAAEP,EAAE+uD,MAAxE,CAA+E,KAAIhtG,IAAE6qF,GAAGphB,IAAH,CAAQpoE,CAAR,IAAWzW,EAAEi3E,IAAnB,EAAwB7hE,KAAGw+C,CAA3B,EAA6Bx+C,KAAGpV,EAAE+uB,IAAlC;AAAuCpmB,wBAAEssD,EAAEzuD,IAAE+xB,KAAGnjB,IAAEqB,CAAL,CAAJ,EAAYm/F,EAAZ,CAAF,EAAkB9zF,EAAEnZ,CAAF,EAAI3I,CAAJ,CAAlB;AAAvC;AAAgE,aAArjF,EAAsjFsiH,6BAA4B,qCAASxgG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,CAAN;AAAA,oBAAQ0qD,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,IAAE,IAAhB;AAAA,oBAAqB9hB,IAAE8hB,EAAE33B,OAAzB;AAAA,oBAAiCgzD,IAAEr7B,EAAEgqF,YAAF,EAAnC;AAAA,oBAAoD1uD,IAAED,EAAE8hD,SAAxD;AAAA,oBAAkExhD,IAAEN,EAAE7kC,IAAtE;AAAA,oBAA2EilC,IAAEv9C,EAAEmoG,SAA/E;AAAA,oBAAyFpxE,IAAEjV,EAAE4pF,MAA7F;AAAA,oBAAoGr5G,IAAEyvB,EAAE6pF,MAAxG;AAAA,oBAA+G7sD,IAAE0qC,GAAGxrC,KAAH,CAASjnB,CAAT,CAAjH;AAAA,oBAA6H/P,IAAEhnB,EAAEkW,GAAjI;AAAA,oBAAqI+gB,IAAEj3B,EAAEy/B,GAAzI;AAAA,oBAA6IzvC,IAAEgQ,EAAEsoG,SAAjJ,CAA2J,KAAI3pG,IAAEmgD,CAAN,EAAQngD,IAAEtM,CAAV,EAAYsM,GAAZ;AAAgB,yBAAIg+C,IAAE76B,EAAEiqF,qBAAF,CAAwBptG,CAAxB,CAAF,EAA6B5O,IAAExG,EAAEi3E,IAArC,EAA0CzwE,IAAEC,CAAF,KAAMkC,IAAEyqD,EAAE9uD,KAAF,GAAQkC,IAAE4sD,EAAEqvD,SAAd,EAAwB,EAAE95G,IAAE80B,CAAJ,CAA9B,CAA1C,EAAgFj3B,KAAGxG,EAAE+uB,IAArF;AAA0FpmB,6BAAG+kC,CAAH,KAAO2lB,IAAE4B,EAAEpB,IAAEK,KAAGhlC,EAAEvmB,CAAF,EAAIqrD,CAAJ,IAAOxmB,CAAV,CAAJ,EAAiBooE,EAAjB,CAAF,EAAuB9zF,EAAEuxC,CAAF,EAAIrzD,CAAJ,CAA9B;AAA1F;AAAhB;AAAgJ,aAA34F,EAA44Fm+G,iBAAgB,yBAASr8F,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWzM,IAAEyM,EAAExU,OAAf;AAAA,oBAAuByyD,IAAE4sC,GAAGphB,IAAH,CAAQzpE,EAAE+sG,MAAF,GAASrgG,CAAjB,CAAzB;AAAA,oBAA6CsxC,IAAE3xD,KAAKiiC,GAAL,CAAS/6B,EAAEi2G,SAAX,EAAqBvrD,CAArB,CAA/C;AAAA,oBAAuE7sD,IAAE4O,EAAE8qG,aAAF,CAAgB9sD,CAAhB,EAAkB,IAAlB,EAAuBpzD,CAAvB,CAAzE,CAAmG,OAAO,IAAIq3D,CAAJ,CAAMjE,CAAN,EAAQ5sD,CAAR,EAAUsb,CAAV,EAAY,IAAZ,EAAiB9hB,CAAjB,CAAP;AAA2B,aAAxiG,EAAyiGigH,kBAAiB,0BAASn+F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKg3E,KAAL,EAAN,CAAmB,OAAOh3E,EAAEk2C,GAAF,IAAOp0B,CAAP,IAAUA,KAAG9hB,EAAE2sB,GAAtB;AAA0B,aAAnnG,EAAonG+1F,2BAA0B,qCAAU;AAAC,sBAAMrlH,MAAM,2DAAN,CAAN;AAAyE,aAAluG,EAAmuGu8D,cAAa,sBAAS93C,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,IAAN;AAAA,oBAAW0qD,IAAEqhB,GAAG,EAAH,EAAM/rE,EAAE/H,OAAR,EAAgB,EAACs1C,KAAIp0B,CAAL,EAAO6K,KAAI3sB,CAAX,EAAhB,EAA8BoV,CAA9B,CAAb;AAAA,oBAA8Cg+C,IAAEC,EAAEnd,GAAlD;AAAA,oBAAsD1vC,IAAE6sD,EAAE1mC,GAA1D;AAAA,oBAA8D4L,IAAE86B,EAAEurD,SAAlE;AAAA,oBAA4EnoG,IAAE,KAAKksG,QAAL,CAAc3iH,CAAd,EAAgBu4B,CAAhB,CAA9E;AAAA,oBAAiGq7B,IAAE,KAAKgvD,QAAL,CAAc9gG,CAAd,EAAgB9hB,CAAhB,EAAkBqzD,CAAlB,CAAnG,CAAwH,OAAOA,EAAEqqD,iBAAF,IAAqB,CAArB,IAAwB/0G,EAAE+5G,yBAAF,EAAxB,EAAsD3qD,EAAE3iD,EAAEuX,GAAJ,IAASvX,EAAEuX,GAAF,IAAO,CAAP,IAAUhkB,EAAE+5G,yBAAF,EAAnB,GAAiDl8G,IAAEiQ,CAAzG,EAA2GshD,EAAE3iD,EAAE8gC,GAAJ,IAAS9gC,EAAE8gC,GAAF,IAAO,CAAP,IAAUvtC,EAAE+5G,yBAAF,EAAnB,GAAiDtvD,IAAEQ,CAA9J,EAAgK,KAAK2tD,QAAL,GAAcxpD,EAAE3iD,EAAE8gC,GAAJ,IAAS+pD,GAAG/pD,GAAH,CAAO0d,CAAP,EAASx+C,EAAE8gC,GAAX,CAAT,GAAyB0d,CAAvM,EAAyM,KAAK4tD,QAAL,GAAczpD,EAAE3iD,EAAEuX,GAAJ,IAASszE,GAAGtzE,GAAH,CAAOlW,CAAP,EAASrB,EAAEuX,GAAX,CAAT,GAAyBlW,CAAhP,EAAkP9N,EAAEw5G,MAAF,GAASltD,EAAE/lC,EAAEkkC,CAAF,EAAI76B,CAAJ,CAAF,EAASq9E,EAAT,CAA3P,EAAwQjtG,EAAEy5G,MAAF,GAASntD,EAAE/lC,EAAE1oB,CAAF,EAAI+xB,CAAJ,CAAF,EAASq9E,EAAT,CAAjR,EAA8RviD,EAAE1mC,GAAF,GAAMnmB,CAApS,EAAsS6sD,EAAEnd,GAAF,GAAMkd,CAA5S,EAA8SC,EAAE0rD,SAAF,GAAY3pG,EAAE2pG,SAAF,IAAa9pD,EAAE18B,IAAE,CAAJ,EAAMq9E,EAAN,CAAvU,EAAiVviD,CAAxV;AAA0V,aAAltH,EAAmtHuvD,UAAS,kBAAS9gG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAEmZ,CAAN;AAAA,oBAAQuxC,IAAEj+C,EAAEwpG,SAAZ,CAAsB,OAAO98F,KAAG,CAAH,GAAKnZ,IAAE3I,KAAG,CAAH,GAAKigG,GAAGv8D,GAAH,CAAO2vB,CAAP,EAAS,CAAC,CAAV,CAAL,GAAkB,CAAzB,GAA2Bj+C,EAAE+rG,WAAF,KAAgBx4G,IAAEs3F,GAAGv8D,GAAH,CAAO2vB,CAAP,EAAS4sC,GAAGxrC,KAAH,CAASvlC,EAAEpN,CAAF,EAAIuxC,CAAJ,CAAT,CAAT,CAAlB,CAA3B,EAAyE1qD,CAAhF;AAAkF,aAAp1H,EAAq1Hg6G,UAAS,kBAAS7gG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAEssD,EAAE/lC,EAAEpN,CAAF,EAAI9hB,CAAJ,CAAF,EAAS41G,EAAT,IAAa,CAArB,CAAuB,OAAOxgG,IAAE0M,KAAG,CAAH,GAAK9hB,CAAL,GAAO,MAAI2I,CAAJ,KAAQA,IAAE,EAAF,IAAMA,IAAE,EAAhB,IAAoBs3F,GAAGv8D,GAAH,CAAO1jC,CAAP,EAASkvB,EAAEpN,CAAF,EAAI9hB,CAAJ,IAAO,EAAhB,CAApB,GAAwCigG,GAAGv8D,GAAH,CAAO1jC,CAAP,EAASigG,GAAGphB,IAAH,CAAQ3vD,EAAEpN,CAAF,EAAI9hB,CAAJ,CAAR,CAAT,CAAxD;AAAkF,aAAr9H,EAAs9H+hH,KAAI,aAASjgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAK6hH,cAAL,CAAoB//F,CAApB,CAAN,CAA6B,OAAO,KAAKs+F,UAAL,CAAgBpgH,EAAEk2C,GAAlB,EAAsBl2C,EAAE2sB,GAAxB,EAA4B,KAAK40F,QAAjC,EAA0C,KAAKC,QAA/C,EAAwD,CAAC1/F,CAAzD,CAAP;AAAmE,aAAtkI,EAAukIkgG,aAAY,qBAASlgG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAKwsG,QAAL,CAAc9/F,CAAd,CAAN;AAAA,oBAAuBnZ,IAAE,KAAKi5G,QAAL,CAAc5hH,CAAd,CAAzB;AAAA,oBAA0CqzD,IAAE4sC,GAAG/pD,GAAH,CAAO9gC,CAAP,EAASzM,CAAT,CAA5C;AAAA,oBAAwDyqD,IAAE6sC,GAAGtzE,GAAH,CAAOvX,CAAP,EAASzM,CAAT,CAA1D,CAAsE,OAAM,EAACutC,KAAImd,CAAL,EAAO1mC,KAAIymC,CAAX,EAAN;AAAoB,aAA3rI,EAA4rI8uD,WAAU,mBAASpgG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKY,OAAX;AAAA,oBAAmBwU,IAAE,KAAK0sG,UAAL,CAAgBhgG,CAAhB,CAArB;AAAA,oBAAwCnZ,IAAE,KAAK64G,QAA/C;AAAA,oBAAwDnuD,IAAE,KAAKkuD,QAA/D;AAAA,oBAAwEnuD,IAAEI,EAAE0/B,UAAF,CAAa99E,EAAE8gC,GAAf,EAAmBmd,CAAnB,EAAqB1qD,CAArB,CAA1E;AAAA,oBAAkGnC,IAAEgtD,EAAE0/B,UAAF,CAAa99E,EAAEuX,GAAf,EAAmB0mC,CAAnB,EAAqB1qD,CAArB,CAApG;AAAA,oBAA4H4vB,IAAEv4B,EAAE4+G,SAAhI;AAAA,oBAA0InoG,IAAEjQ,IAAE4sD,CAAF,IAAKpzD,EAAEk2C,GAAP,IAAYl2C,EAAE2sB,GAAd,IAAmBsoC,EAAE/lC,EAAElvB,EAAE2sB,GAAJ,EAAQ4L,CAAR,IAAWrJ,EAAElvB,EAAEk2C,GAAJ,EAAQ3d,CAAR,CAAb,EAAwBq9E,EAAxB,IAA4B,CAA3L;AAAA,oBAA6LhiD,IAAE,EAAE5zD,EAAEk2C,GAAF,KAAQmd,CAAR,IAAWrzD,EAAE2sB,GAAF,KAAQhkB,CAArB,KAAyBssD,EAAE/lC,EAAE1oB,CAAF,EAAI+xB,CAAJ,IAAOrJ,EAAEkkC,CAAF,EAAI76B,CAAJ,CAAT,EAAgBq9E,EAAhB,KAAqB,CAA7O,CAA+O,IAAGn/F,KAAGm9C,CAAN,EAAQ,OAAM,EAAC1d,KAAIkd,CAAL,EAAOzmC,KAAInmB,CAAX,EAAN;AAAoB,aAA79I,EAA89Ig8G,uBAAsB,+BAAS1gG,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKY,OAAL,CAAag+G,SAAnB;AAAA,oBAA6BxpG,IAAE6qF,GAAGv8D,GAAH,CAAO1jC,CAAP,EAAS8hB,CAAT,CAA/B;AAAA,oBAA2CnZ,IAAEs3F,GAAGv8D,GAAH,CAAO1jC,CAAP,EAAS8hB,IAAE,CAAX,CAA7C;AAAA,oBAA2DuxC,IAAE1qD,IAAEyM,CAA/D;AAAA,oBAAiEg+C,IAAEC,IAAE,KAAKzyD,OAAL,CAAam+G,SAAlF,CAA4F,OAAM,EAACz6G,OAAM8Q,CAAP,EAASqtG,WAAUrvD,CAAnB,EAAN;AAA4B,aAAxnJ,EAAynJmvD,cAAa,wBAAU;AAAC,oBAAIzgG,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEuX,OAA3B;AAAA,oBAAmC5O,IAAE3I,EAAEynD,QAAvC;AAAA,oBAAgD4L,IAAE1qD,IAAE6uG,EAAF,GAAKD,EAAvD;AAAA,oBAA0DnkD,IAAEtxC,EAAEs8F,OAAF,EAA5D;AAAA,oBAAwE53G,IAAEmC,MAAIyM,CAAJ,GAAM,CAAN,GAAQ,CAAC,CAAnF;AAAA,oBAAqFmjB,IAAE,MAAI/xB,CAAJ,GAAM,CAAN,GAAQ,CAA/F;AAAA,oBAAiGiQ,IAAE9N,IAAEyqD,EAAEvjC,MAAF,EAAF,GAAaujC,EAAEtoC,KAAF,EAAhH;AAAA,oBAA0H8oC,IAAEptD,KAAGiQ,KAAGqL,EAAEsgG,MAAF,GAAStgG,EAAEqgG,MAAd,CAAH,CAA5H;AAAA,oBAAsJtuD,IAAET,EAAEC,IAAE96B,CAAJ,CAAxJ,CAA+J,OAAM,EAACxJ,MAAK6kC,CAAN,EAAQ8hD,WAAU7hD,CAAlB,EAAoBuqD,SAAQhrD,CAA5B,EAAN;AAAqC,aAAr1J,EAAT,CADo6P,EACnkGkD,EAAEskD,SAAF,GAAY,EAACiI,OAAM,EAAC5gH,MAAK00G,EAAN,EAASyF,UAAS,CAAlB,EAAoBnZ,OAAM,CAAC,EAACljE,QAAO,CAAR,EAAUwU,OAAM+iE,EAAhB,EAAmB9pF,SAAQ,CAA3B,EAAD,EAA+B,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,EAA7B,EAA/B,EAAgE,EAACuS,QAAO,CAAR,EAAUwU,OAAM+iE,EAAhB,EAAmB9pF,SAAQ,CAA3B,EAAhE,CAA1B,EAAP,EAAiIs1F,YAAW,EAAC7gH,MAAKk1G,EAAN,EAASlU,OAAM,CAAC,EAACljE,QAAO,CAAR,EAAUwU,OAAM+iE,EAAhB,EAAmB9pF,SAAQ,GAA3B,EAAD,EAAiC,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,CAA7B,EAAjC,EAAiE,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAAjE,CAAf,EAA5I,EAAgQu1F,cAAa,EAAC9gH,MAAKk1G,EAAN,EAASlU,OAAM,CAAC,EAACljE,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAAD,EAAmC,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,EAA7B,EAAnC,EAAoE,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,CAA7B,EAApE,CAAf,EAA7Q,EAAkYw1F,cAAa,EAAC/gH,MAAKk1G,EAAN,EAAStH,YAAW,CAAC,CAArB,EAAuB5M,OAAM,CAAC,EAACljE,QAAO,CAAR,EAAUwU,OAAM+iE,EAAhB,EAAmB9pF,SAAQ,CAA3B,EAAD,EAA+B,EAACuS,QAAO,EAAR,EAAWwU,OAAM+iE,EAAjB,EAAoB9pF,SAAQ,EAA5B,EAA/B,EAA+D,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,CAA7B,EAA/D,CAA7B,EAA/Y,EAA6gBy1F,YAAW,EAAChhH,MAAKk1G,EAAN,EAAStH,YAAW,CAAC,CAArB,EAAuB5M,OAAM,CAAC,EAACljE,QAAO,CAAR,EAAUwU,OAAM+iE,EAAhB,EAAmB9pF,SAAQ,EAA3B,EAAD,EAAgC,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAAhC,EAAkE,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAAlE,EAAoG,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAApG,EAAsI,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,GAA7B,EAAtI,EAAwK,EAACuS,QAAO,GAAR,EAAYwU,OAAM+iE,EAAlB,EAAqB9pF,SAAQ,CAA7B,EAAxK,CAA7B,EAAxhB,EADujG,EACvzEkqC,IAAE,EAAC/2D,QAAO,gBAASmhB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAG,CAAC8hB,EAAEy5E,YAAN,EAAmB,MAAMl+F,MAAM,kDAAN,CAAN,CAAgEykB,EAAEipF,SAAF,GAAY,KAAKA,SAAjB,EAA2BjpF,EAAE6sF,WAAF,GAAc,KAAKA,WAA9C,EAA0D7sF,EAAEohG,SAAF,GAAY,KAAKA,SAA3E,EAAqFljH,MAAI8hB,EAAE4lF,GAAF,GAAM,KAAKA,GAAX,EAAe5lF,EAAEqhG,YAAF,GAAe,KAAKA,YAAvC,CAArF;AAA0I,aAAnP,EAAoPpY,WAAU,mBAASjpF,CAAT,EAAW;AAAC,uBAAOigB,EAAEgpE,SAAF,CAAY,KAAKxP,YAAL,EAAZ,EAAgCz5E,CAAhC,CAAP;AAA0C,aAApT,EAAqT6sF,aAAY,qBAAS7sF,CAAT,EAAW;AAAC,uBAAOigB,EAAE4sE,WAAF,CAAc,KAAKpT,YAAL,CAAkBz5E,CAAlB,CAAd,EAAmCA,CAAnC,CAAP;AAA6C,aAA1X,EAA2XohG,WAAU,mBAASphG,CAAT,EAAW;AAAC,uBAAOigB,EAAEmhF,SAAF,CAAY,KAAK3nB,YAAL,EAAZ,EAAgCz5E,CAAhC,CAAP;AAA0C,aAA3b,EAA4b4lF,KAAI,eAAU;AAAC,oBAAG3lE,EAAE2lE,GAAF,CAAM/I,OAAT,EAAiB,OAAO58D,EAAE2lE,GAAF,CAAMoE,YAAN,CAAmB,KAAKvQ,YAAL,EAAnB,CAAP,CAA+C,MAAMl+F,MAAM,2EAAN,CAAN;AAAyF,aAApmB,EAAqmB8lH,cAAa,wBAAU;AAAC,oBAAInjH,CAAJ,EAAMoV,CAAN,EAAQzM,CAAR,CAAU,IAAG,CAACuvD,EAAEj6D,OAAF,CAAUivG,MAAd,EAAqB,OAAO,IAAP,CAAY,IAAGnrE,EAAEmrE,MAAF,CAASvO,OAAZ,EAAoB,OAAO3+F,IAAE8hB,EAAE,SAAF,EAAa5D,GAAb,CAAiB,EAACqL,SAAQ,MAAT,EAAgBuB,OAAM,KAAKqb,OAAL,CAAarb,KAAb,EAAtB,EAA2C+E,QAAO,KAAKsW,OAAL,CAAatW,MAAb,EAAlD,EAAjB,EAA2FhH,QAA3F,CAAoG1rB,SAASqnB,IAA7G,CAAF,EAAqHpP,IAAE,IAAI2sB,EAAEmrE,MAAF,CAASvO,OAAb,CAAqB3+F,CAArB,CAAvH,EAA+IoV,EAAEgmF,IAAF,CAAO,KAAKG,YAAL,EAAP,CAA/I,EAA2K5yF,IAAEyM,EAAEoyF,YAAF,CAAe0E,SAAf,EAA7K,EAAwM92F,EAAEsvC,OAAF,EAAxM,EAAoN1kD,EAAEsY,MAAF,EAApN,EAA+N3P,CAAtO,CAAwO,MAAMtL,MAAM,gFAAN,CAAN;AAA8F,aAAlgC,EADqzE,EACjzCi6D,IAAE,WAASx1C,CAAT,EAAW;AAAC,iBAAK8gF,MAAL,GAAY9gF,CAAZ;AAAc,SADqxC,EACpxCw1C,EAAEv4D,SAAF,GAAYu4D,EAAEh5D,EAAF,GAAK,EAAC8kH,QAAO,IAAR,EAAaC,4BAA2B,GAAxC,EAA4C3rC,SAAQ,iBAAS51D,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQzM,CAAR;AAAA,oBAAU0qD,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBm9C,CAApB;AAAA,oBAAsBC,CAAtB;AAAA,oBAAwBoB,IAAE,IAA1B;AAAA,oBAA+B/lC,IAAE+lC,EAAE2tC,MAAnC;AAAA,oBAA0C1uC,IAAEpyC,EAAErkB,KAAF,CAAQ,CAAR,CAA5C;AAAA,oBAAuDu2D,IAAEE,EAAEh1D,MAA3D;AAAA,oBAAkEsuC,IAAE,EAApE,CAAuE,IAAGwmB,IAAE,CAAF,KAAMiB,EAAEquD,gBAAF,CAAmB,CAAnB,EAAqBpvD,CAArB,GAAwBF,IAAEE,EAAEh1D,MAAlC,GAA0C80D,IAAE,CAAF,IAAK,KAAGA,CAAH,IAAME,EAAE,CAAF,EAAKyhB,MAAL,CAAYzhB,EAAE,CAAF,CAAZ,CAAxD,EAA0E,OAAO1mB,CAAP,CAAS,KAAIxtC,IAAEk0D,EAAE,CAAF,CAAF,EAAO9+C,IAAE8+C,EAAE,CAAF,CAAT,EAAcvrD,IAAEurD,EAAE,CAAF,CAAhB,EAAqB1mB,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAcxlG,CAAd,CAAP,CAAzB,EAAkDA,EAAE21E,MAAF,CAASzhB,EAAEF,IAAE,CAAJ,CAAT,CAAlD;AAAoE9kC,wBAAE,CAAC,CAAH,EAAKglC,EAAEvtD,GAAF,EAAL,EAAaqtD,GAAb;AAApE,iBAAqF,IAAG,KAAGA,CAAN,EAAQ,OAAOz7B,IAAE08B,EAAEsuD,OAAF,CAAUvjH,CAAV,EAAYoV,CAAZ,EAAcmiG,EAAd,EAAiBC,EAAjB,CAAF,EAAuBjhD,EAAE/oB,CAAF,EAAKm0D,UAAL,CAAgB1sC,EAAEuuD,iBAAF,CAAoBjrF,CAApB,EAAsBv4B,CAAtB,EAAwBoV,CAAxB,EAA0BmiG,EAA1B,EAA6BC,EAA7B,CAAhB,CAAvB,EAAyEhqE,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAcpwF,CAAd,EAAgB6/C,EAAEwuD,kBAAF,CAAqBlrF,CAArB,EAAuBv4B,CAAvB,EAAyBoV,CAAzB,EAA2BmiG,EAA3B,EAA8BC,EAA9B,CAAhB,CAAP,CAAzE,EAAoIhqE,CAA3I,CAA6I,KAAIte,KAAGlvB,IAAEk0D,EAAEF,IAAE,CAAJ,CAAF,EAAS5+C,IAAE8+C,EAAE,CAAF,CAAX,EAAgBvrD,IAAEurD,EAAE,CAAF,CAAlB,EAAuBb,IAAE4B,EAAEyuD,aAAF,CAAgB1jH,CAAhB,EAAkBoV,CAAlB,EAAoBzM,CAApB,CAAzB,EAAgDyqD,IAAEC,EAAE,CAAF,CAAlD,EAAuD7sD,IAAE6sD,EAAE,CAAF,CAA5D,KAAmE96B,IAAE08B,EAAEsuD,OAAF,CAAUvjH,CAAV,EAAYoV,CAAZ,EAAcmiG,EAAd,EAAiBC,EAAjB,CAAF,EAAuBpkD,IAAE6B,EAAEuuD,iBAAF,CAAoBjrF,CAApB,EAAsBv4B,CAAtB,EAAwBoV,CAAxB,EAA0BmiG,EAA1B,EAA6BC,EAA7B,CAA5F,GAA8H/gG,IAAE28C,CAAhI,EAAkIQ,IAAE,CAAxI,EAA0IA,KAAGI,IAAE,CAA/I,EAAiJJ,GAAjJ;AAAqJqB,sBAAEquD,gBAAF,CAAmB1vD,CAAnB,EAAqBM,CAArB,GAAwBF,IAAEE,EAAEh1D,MAA5B,EAAmC00D,IAAE,CAAF,IAAKI,CAAL,KAASh0D,IAAEk0D,EAAEN,CAAF,CAAF,EAAOx+C,IAAE8+C,EAAEN,IAAE,CAAJ,CAAT,EAAgBjrD,IAAEurD,EAAEN,IAAE,CAAJ,CAAlB,EAAyBP,IAAE4B,EAAEyuD,aAAF,CAAgB1jH,CAAhB,EAAkBoV,CAAlB,EAAoBzM,CAApB,CAA3B,EAAkD4tD,EAAE/oB,CAAF,EAAKm0D,UAAL,CAAgBlrF,CAAhB,CAAlD,EAAqEA,IAAE48C,EAAE,CAAF,CAAvE,EAA4EQ,IAAER,EAAE,CAAF,CAA9E,EAAmF7lB,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAcpwF,CAAd,EAAgBy+C,CAAhB,CAAP,CAA5F,CAAnC;AAArJ,iBAAgT,OAAO3kC,KAAGlvB,IAAEk0D,EAAEF,IAAE,CAAJ,CAAF,EAAS5+C,IAAE8+C,EAAEF,IAAE,CAAJ,CAAX,EAAkBrrD,IAAEurD,EAAE,CAAF,CAApB,EAAyBb,IAAE4B,EAAEyuD,aAAF,CAAgB1jH,CAAhB,EAAkBoV,CAAlB,EAAoBzM,CAApB,CAA3B,EAAkD4tD,EAAE/oB,CAAF,EAAKm0D,UAAL,CAAgBlrF,CAAhB,CAAlD,EAAqE+2B,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAcpwF,CAAd,EAAgBi+C,EAAE,CAAF,CAAhB,CAAP,CAArE,EAAmGkD,EAAE/oB,CAAF,EAAKm0D,UAAL,CAAgBtuC,EAAE,CAAF,CAAhB,CAAnG,EAAyH7lB,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAc78F,CAAd,EAAgBnC,CAAhB,CAAP,CAA5H,KAAyJ+xB,IAAE08B,EAAEsuD,OAAF,CAAUnuG,CAAV,EAAYzM,CAAZ,EAAc4uG,EAAd,EAAiBC,EAAjB,CAAF,EAAuBjhD,EAAE/oB,CAAF,EAAKm0D,UAAL,CAAgBlrF,CAAhB,CAAvB,EAA0C+2B,EAAE7vC,IAAF,CAAO,IAAIokC,EAAEyjE,OAAN,CAAc78F,CAAd,EAAgBssD,EAAEwuD,kBAAF,CAAqBlrF,CAArB,EAAuBnjB,CAAvB,EAAyBzM,CAAzB,EAA2B4uG,EAA3B,EAA8BC,EAA9B,CAAhB,CAAP,CAAnM,GAA+PhqE,CAAtQ;AAAwQ,aAA5/B,EAA6/B81E,kBAAiB,0BAASxhG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAKA,EAAE8hB,IAAE,CAAJ,MAAS9hB,EAAE8hB,CAAF,EAAK6zD,MAAL,CAAY31E,EAAE8hB,IAAE,CAAJ,CAAZ,KAAqB9hB,EAAE8hB,IAAE,CAAJ,EAAO6zD,MAAP,CAAc31E,EAAE8hB,IAAE,CAAJ,CAAd,CAA9B,CAAL;AAA2D9hB,sBAAEU,MAAF,CAASohB,IAAE,CAAX,EAAa,CAAb;AAA3D;AAA2E,aAAvmC,EAAwmC6hG,YAAW,oBAAS7hG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE,CAAC,CAAlB,CAAoB,OAAOsb,EAAE0rB,CAAF,KAAMxtC,EAAEwtC,CAAR,GAAUhnC,IAAE,CAAC,CAAb,GAAexG,EAAEwtC,CAAF,KAAMp4B,EAAEo4B,CAAR,GAAU,CAACxtC,EAAE0tC,CAAF,GAAIt4B,EAAEs4B,CAAN,IAAS5rB,EAAE4rB,CAAF,IAAK1tC,EAAE0tC,CAAhB,IAAmBt4B,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAN,IAAS1tC,EAAE0tC,CAAF,IAAK5rB,EAAE4rB,CAApC,MAAyClnC,IAAE,CAAC,CAA5C,CAAV,IAA0DmC,IAAEyqD,EAAEwwD,YAAF,CAAe9hG,CAAf,EAAiB9hB,CAAjB,CAAF,EAAsBqzD,IAAED,EAAEywD,iBAAF,CAAoBl7G,CAApB,EAAsByM,EAAEo4B,CAAxB,CAAxB,EAAmD1rB,EAAE4rB,CAAF,IAAK1tC,EAAE0tC,CAAP,IAAUt4B,EAAEs4B,CAAF,IAAK2lB,CAAf,IAAkBrzD,EAAE0tC,CAAF,IAAK5rB,EAAE4rB,CAAP,IAAUt4B,EAAEs4B,CAAF,IAAK2lB,CAAjC,KAAqC7sD,IAAE,CAAC,CAAxC,CAA7G,CAAf,EAAwKA,CAA/K;AAAiL,aAAx0C,EAAy0Cs9G,QAAO,gBAAShiG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,IAAE,IAAN;AAAA,oBAAW0qD,IAAE1qD,EAAEi7G,YAAF,CAAe9hG,CAAf,EAAiB9hB,CAAjB,CAAb;AAAA,oBAAiCozD,IAAEzqD,EAAEk7G,iBAAF,CAAoBxwD,CAApB,EAAsBj+C,EAAEo4B,CAAxB,CAAnC,CAA8D,OAAO1rB,EAAE0rB,CAAF,IAAKxtC,EAAEwtC,CAAP,IAAUxtC,EAAEwtC,CAAF,IAAKp4B,EAAEo4B,CAAjB,IAAoBynB,EAAE7B,CAAF,EAAI,CAAJ,MAAS6B,EAAE7/C,EAAEs4B,CAAJ,EAAM,CAAN,CAApC;AAA6C,aAA38C,EAA48Ck2E,cAAa,sBAAS9hG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,CAACpV,EAAE0tC,CAAF,GAAI5rB,EAAE4rB,CAAP,KAAW1tC,EAAEwtC,CAAF,GAAI1rB,EAAE0rB,CAAjB,CAAN;AAAA,oBAA0B7kC,IAAEmZ,EAAE4rB,CAAF,GAAIt4B,IAAE0M,EAAE0rB,CAApC,CAAsC,OAAM,CAAC7kC,CAAD,EAAGyM,CAAH,CAAN;AAAY,aAAzhD,EAA0hDsuG,eAAc,uBAAS5hG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIzM,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,CAAd;AAAA,oBAAgBm9C,IAAE,IAAlB;AAAA,oBAAuBC,IAAE0jD,EAAzB;AAAA,oBAA4BtiD,IAAEuiD,EAA9B;AAAA,oBAAiCtoF,IAAE,CAAC,CAApC;AAAA,oBAAsCglC,IAAE,CAAC,CAAzC;AAAA,oBAA2CF,IAAEJ,EAAEyvD,0BAA/C,CAA0E,OAAOzvD,EAAEkwD,MAAF,CAAShiG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,IAAgBzM,IAAEirD,EAAE2vD,OAAF,CAAUzhG,CAAV,EAAY9hB,CAAZ,EAAcu3G,EAAd,EAAiBC,EAAjB,CAAlB,IAAwCnkD,IAAE,EAAC7lB,GAAEomB,EAAEmwD,kBAAF,CAAqBjiG,CAArB,EAAuB9hB,CAAvB,EAAyBoV,CAAzB,EAA2BmiG,EAA3B,CAAH,EAAkC7pE,GAAEkmB,EAAEmwD,kBAAF,CAAqBjiG,CAArB,EAAuB9hB,CAAvB,EAAyBoV,CAAzB,EAA2BoiG,EAA3B,CAApC,EAAF,EAAsEnkD,EAAE7lB,CAAF,IAAK6lB,EAAE3lB,CAAP,IAAU/kC,IAAEirD,EAAE2vD,OAAF,CAAUzhG,CAAV,EAAY1M,CAAZ,EAAcmiG,EAAd,EAAiBC,EAAjB,CAAF,EAAuBtoF,IAAE,CAAC,CAApC,KAAwC0kC,EAAE+vD,UAAF,CAAa7hG,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,MAAsBy+C,IAAE2jD,EAAF,EAAKviD,IAAEsiD,EAA7B,GAAiClkD,EAAEQ,CAAF,IAAKlrD,IAAE,CAAP,IAAU4vB,IAAEnjB,EAAE6/C,CAAF,IAAKnzC,EAAEmzC,CAAF,CAAL,IAAWnzC,EAAEmzC,CAAF,KAAMj1D,EAAEi1D,CAAF,CAAjB,IAAuBnzC,EAAEmzC,CAAF,IAAK7/C,EAAE6/C,CAAF,CAAL,IAAWj1D,EAAEi1D,CAAF,KAAMnzC,EAAEmzC,CAAF,CAAxC,GAA6CrB,EAAEowD,IAAF,CAAO,CAAC5uG,EAAE6/C,CAAF,IAAKnzC,EAAEmzC,CAAF,CAAN,KAAaj1D,EAAE6zD,CAAF,IAAK/xC,EAAE+xC,CAAF,CAAlB,CAAP,CAA7C,GAA6E,CAACD,EAAEowD,IAAF,CAAO,CAAC5uG,EAAEy+C,CAAF,IAAK/xC,EAAE+xC,CAAF,CAAN,KAAa7zD,EAAEi1D,CAAF,IAAKnzC,EAAEmzC,CAAF,CAAlB,CAAP,CAAhF,EAAgHtsD,IAAEqrD,IAAEz7B,CAApH,EAAsH27B,IAAE,CAAC,CAAnI,CAAzE,CAA9G,GAA+T1tD,IAAEotD,EAAE6vD,kBAAF,CAAqB96G,CAArB,EAAuBmZ,CAAvB,EAAyB9hB,CAAzB,EAA2B6zD,CAA3B,EAA6BoB,CAA7B,CAAjU,EAAiWf,MAAIz9C,IAAEo9C,CAAF,EAAIA,IAAEoB,CAAN,EAAQA,IAAEx+C,CAAd,CAAjW,EAAkX28C,IAAEQ,EAAE4vD,iBAAF,CAAoB76G,CAApB,EAAsB3I,CAAtB,EAAwBoV,CAAxB,EAA0By+C,CAA1B,EAA4BoB,CAA5B,CAApX,EAAmZ/lC,MAAI0kC,EAAEqwD,oBAAF,CAAuBniG,CAAvB,EAAyB9hB,CAAzB,EAA2BwG,CAA3B,EAA6BmC,CAA7B,GAAgCirD,EAAEqwD,oBAAF,CAAuBjkH,CAAvB,EAAyBoV,CAAzB,EAA2Bg+C,CAA3B,EAA6BzqD,CAA7B,CAApC,CAAnZ,EAAwd,CAACnC,CAAD,EAAG4sD,CAAH,CAA/d;AAAqe,aAAvmE,EAAwmE4wD,MAAK,cAASliG,CAAT,EAAW;AAAC,uBAAOA,KAAG,CAAH,GAAK,CAAC,CAAN,GAAQ,CAAf;AAAiB,aAA1oE,EAA2oEmiG,sBAAqB,8BAASniG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB;AAACmZ,kBAAE4rB,CAAF,GAAI1tC,EAAE0tC,CAAN,GAAQ1tC,EAAE0tC,CAAF,GAAIt4B,EAAEs4B,CAAN,IAASt4B,EAAEo4B,CAAF,GAAI1rB,EAAE0rB,CAAF,GAAI,CAACxtC,EAAE0tC,CAAF,GAAI5rB,EAAE4rB,CAAP,IAAU/kC,CAAlB,EAAoByM,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAnC,IAAsCt4B,EAAEs4B,CAAF,GAAI5rB,EAAE4rB,CAAN,KAAUt4B,EAAEo4B,CAAF,GAAIxtC,EAAEwtC,CAAF,GAAI,CAACxtC,EAAE0tC,CAAF,GAAI5rB,EAAE4rB,CAAP,IAAU/kC,CAAlB,EAAoByM,EAAEs4B,CAAF,GAAI5rB,EAAE4rB,CAApC,CAA9C,GAAqFt4B,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAN,IAASt4B,EAAEo4B,CAAF,GAAI1rB,EAAE0rB,CAAF,GAAI,CAAC1rB,EAAE4rB,CAAF,GAAI1tC,EAAE0tC,CAAP,IAAU/kC,CAAlB,EAAoByM,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAnC,IAAsC5rB,EAAE4rB,CAAF,GAAIt4B,EAAEs4B,CAAN,KAAUt4B,EAAEo4B,CAAF,GAAIxtC,EAAEwtC,CAAF,GAAI,CAAC1rB,EAAE4rB,CAAF,GAAI1tC,EAAE0tC,CAAP,IAAU/kC,CAAlB,EAAoByM,EAAEs4B,CAAF,GAAI5rB,EAAE4rB,CAApC,CAA3H;AAAkK,aAAp1E,EAAq1E61E,SAAQ,iBAASzhG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB;AAAC,oBAAI0qD,CAAJ;AAAA,oBAAMD,IAAEpzD,EAAEoV,CAAF,IAAK0M,EAAE1M,CAAF,CAAb;AAAA,oBAAkB5O,IAAExG,EAAE2I,CAAF,IAAKmZ,EAAEnZ,CAAF,CAAzB,CAA8B,OAAO0qD,IAAE,MAAID,CAAJ,GAAM,CAAN,GAAQ5sD,IAAE4sD,CAAnB;AAAqB,aAAl6E,EAAm6E2wD,oBAAmB,4BAASjiG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB;AAAC,uBAAOyM,EAAEzM,CAAF,IAAK3I,EAAE2I,CAAF,CAAL,IAAW3I,EAAE2I,CAAF,IAAKmZ,EAAEnZ,CAAF,CAAhB,IAAsByM,EAAEzM,CAAF,IAAK3I,EAAE2I,CAAF,CAAL,IAAW3I,EAAE2I,CAAF,IAAKmZ,EAAEnZ,CAAF,CAA7C;AAAkD,aAA1/E,EAA2/E66G,mBAAkB,2BAAS1hG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmB;AAAC,oBAAID,IAAE,IAAN;AAAA,oBAAW5sD,IAAExG,EAAE2I,CAAF,CAAb;AAAA,oBAAkB4vB,IAAEnjB,EAAEzM,CAAF,CAApB;AAAA,oBAAyB8N,IAAE,CAAC8hB,IAAE/xB,CAAH,IAAM4sD,EAAEgwD,MAAnC,CAA0C,OAAOhwD,EAAEmlD,KAAF,CAAQ/xG,IAAEiQ,CAAV,EAAYzW,EAAEqzD,CAAF,IAAK58C,IAAEqL,CAAnB,EAAqBnZ,CAArB,EAAuB0qD,CAAvB,CAAP;AAAiC,aAA5mF,EAA6mFowD,oBAAmB,4BAAS3hG,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB0qD,CAAjB,EAAmB;AAAC,oBAAID,IAAE,IAAN;AAAA,oBAAW5sD,IAAExG,EAAE2I,CAAF,CAAb;AAAA,oBAAkB4vB,IAAEnjB,EAAEzM,CAAF,CAApB;AAAA,oBAAyB8N,IAAE,CAAC8hB,IAAE/xB,CAAH,IAAM4sD,EAAEgwD,MAAnC,CAA0C,OAAOhwD,EAAEmlD,KAAF,CAAQhgF,IAAE9hB,CAAV,EAAYrB,EAAEi+C,CAAF,IAAK58C,IAAEqL,CAAnB,EAAqBnZ,CAArB,EAAuB0qD,CAAvB,CAAP;AAAiC,aAA/tF,EAAguFklD,OAAM,eAASz2F,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAezM,CAAf,EAAiB;AAAC,oBAAI0qD,IAAE,IAAI4E,EAAEoiC,KAAN,EAAN,CAAkB,OAAOhnC,EAAEj+C,CAAF,IAAK0M,CAAL,EAAOuxC,EAAE1qD,CAAF,IAAK3I,CAAZ,EAAcqzD,CAArB;AAAuB,aAAjyF,EAAkyFwwD,mBAAkB,2BAAS/hG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMzM,IAAE,CAAR;AAAA,oBAAU0qD,IAAEvxC,EAAE5iB,MAAd,CAAqB,KAAIkW,IAAE,CAAN,EAAQA,IAAEi+C,CAAV,EAAYj+C,GAAZ;AAAgBzM,yBAAGlH,KAAKiiC,GAAL,CAAS1jC,CAAT,EAAWoV,CAAX,IAAc0M,EAAE1M,CAAF,CAAjB;AAAhB,iBAAsC,OAAOzM,CAAP;AAAS,aAAt4F,EADmwC,EACqoDlC,EAAE4gG,QAAF,GAAWlqG,SAAS6F,aAAT,CAAuB,MAAvB,CADhpD,EAC+qD0xE,GAAGxc,EAAEwL,OAAL,EAAa,EAACwgD,kBAAiB/jB,EAAlB,EAAqBgkB,iBAAgB/jB,EAArC,EAAwCgkB,mBAAkBxO,EAA1D,EAA6DyO,eAAc9N,EAA3E,EAA8E+N,gBAAehkB,EAA7F,EAAgGikB,cAAa/vC,EAA7G,EAAgHgwC,4BAA2B/N,EAA3I,EAA8IgO,YAAWzN,EAAzJ,EAA4J0N,YAAWzN,EAAvK,EAA0K0N,MAAKtkB,EAA/K,EAAkLukB,MAAKhtD,CAAvL,EAAyLitD,WAAUxtD,CAAnM,EAAqMytD,OAAM1uD,EAA3M,EAA6M2uD,YAAW3tD,CAAxN,EAA0N4tD,cAAavtD,CAAvO,EAAyOwtD,gBAAe3tD,CAAxP,EAA0P4tD,aAAYxtD,CAAtQ,EAAwQytD,cAAahvD,CAArR,EAAuRivD,iBAAgB5tD,CAAvS,EAAyS6tD,MAAKpuD,CAA9S,EAAgTquD,aAAY9uD,CAA5T,EAA8T+uD,SAAQzP,EAAtU,EAAyU0P,MAAKjuD,CAA9U,EAAgVkuD,aAAYvuD,CAA5V,EAA8VwuD,QAAOhvD,CAArW,EAAuWivD,cAAahuD,CAApX,EAAsXiuD,cAAazuD,CAAnY,EAAqYuuC,MAAK5tC,CAA1Y,EAA4Y+tD,SAAQhuD,CAApZ,EAAsZiuD,OAAMvlH,CAA5Z,EAA8ZwlH,kBAAiB3oH,CAA/a,EAAib4oH,YAAWl9G,CAA5b,EAA8bm9G,eAAc7yD,CAA5c,EAA8c8yD,SAAQ3tF,CAAtd,EAAwd4tF,cAAa1oF,CAAre,EAAue2oF,gBAAe3/G,CAAtf,EAAwf4/G,oBAAmBl+G,CAA3gB,EAA6gBm+G,YAAWlxG,CAAxhB,EAA0hBtR,SAAQ2S,CAAliB,EAAoiB8vG,kBAAiBvyD,CAArjB,EAAujBwyD,SAAQ94E,CAA/jB,EAAikB+4E,WAAUx9E,CAA3kB,EAA6kBy9E,aAAYlgH,CAAzlB,EAA2lBi9B,OAAMwxB,CAAjmB,EAAmmB4pB,MAAKjrB,CAAxmB,EAA0mBa,OAAMZ,CAAhnB,EAAb,CAD/qD;AACgzE,KADjzL,CACkzLv2D,OAAO07D,KAAP,CAAa76D,MAD/zL,GACu0Lb,OAAO07D,KADr1L;AAC21L,CADp8L,EACq8L,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAD3gM,CAA98P,CAC29b,CAAC,CAAC,UAASqzD,CAAT,EAAW1xB,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0C0xB,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW4D,CAAlB;AAAoB,kBAAStuD,CAAT,CAAW0qD,CAAX,EAAa1qD,CAAb,EAAe;AAAC,gBAAI8N,IAAE28C,EAAEzqD,CAAF,CAAN,CAAW,OAAO6tD,EAAE/yB,KAAF,CAAQ4vB,IAAE58C,CAAV,IAAaA,CAApB;AAAsB,kBAAS28C,CAAT,CAAWC,CAAX,EAAa;AAAC,mBAAOA,IAAEmD,EAAE9yB,GAAF,CAAM,EAAN,EAAS2vB,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS58C,CAAT,CAAW48C,CAAX,EAAa1qD,CAAb,EAAeyqD,CAAf,EAAiB;AAAC,mBAAOoD,EAAE7pC,GAAF,CAAM6pC,EAAEtgB,GAAF,CAAMmd,CAAN,EAAQD,CAAR,CAAN,EAAiBzqD,CAAjB,CAAP;AAA2B,kBAASkrD,CAAT,CAAWR,CAAX,EAAa;AAAC,mBAAOA,IAAEwE,CAAT;AAAW,kBAASrxD,CAAT,CAAW6sD,CAAX,EAAa;AAAC,mBAAOA,IAAEwE,CAAT;AAAW,kBAAS/1C,CAAT,CAAWuxC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACxvC,MAAMwvC,CAAN,CAA3B;AAAoC,kBAASj+C,CAAT,CAAWzM,CAAX,EAAayqD,CAAb,EAAe;AAAC,mBAAOC,EAAE1qD,CAAF,IAAKA,CAAL,GAAOyqD,CAAd;AAAgB,kBAASpzD,CAAT,CAAWqzD,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASa,CAAT,CAAWb,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,IAAE,EAAR,CAAW,KAAIzqD,CAAJ,IAAS0qD,CAAT;AAAWD,kBAAEz1D,IAAF,CAAOgL,IAAE0qD,EAAE1qD,CAAF,CAAT;AAAX,aAA0B,OAAOyqD,EAAE3yD,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAASuuB,CAAT,CAAW86B,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,IAAE,UAAR,CAAmB,KAAIzqD,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuByqD,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAGC,EAAEgH,UAAF,CAAa1xD,CAAb,CAA1C;AAAvB,aAAiF,OAAOyqD,MAAI,CAAX;AAAa,kBAASY,CAAT,CAAWX,CAAX,EAAa;AAAC,mBAAO96B,EAAE27B,EAAEb,CAAF,CAAF,CAAP;AAAe,kBAAS5sD,CAAT,CAAW4sD,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,IAAEC,EAAEn0D,MAAV;AAAA,gBAAiBuX,IAAE+gD,CAAnB;AAAA,gBAAqB3D,IAAEuC,CAAvB,CAAyB,KAAIztD,IAAE,CAAN,EAAQA,IAAEyqD,CAAV,EAAYzqD,GAAZ;AAAgBkrD,oBAAE2C,EAAE7pC,GAAF,CAAMknC,CAAN,EAAQR,EAAE1qD,CAAF,CAAR,CAAF,EAAgB8N,IAAE+/C,EAAEtgB,GAAF,CAAMz/B,CAAN,EAAQ48C,EAAE1qD,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACutC,KAAIz/B,CAAL,EAAOkW,KAAIknC,CAAX,EAAN;AAAoB,kBAASD,CAAT,CAAWP,CAAX,EAAa;AAAC,mBAAO5sD,EAAE4sD,CAAF,EAAKnd,GAAZ;AAAgB,kBAAS+e,CAAT,CAAW5B,CAAX,EAAa;AAAC,mBAAO5sD,EAAE4sD,CAAF,EAAK1mC,GAAZ;AAAgB,kBAASsc,CAAT,CAAWoqB,CAAX,EAAa;AAAC,mBAAOvqD,EAAEuqD,CAAF,EAAKnd,GAAZ;AAAgB,kBAASqf,CAAT,CAAWlC,CAAX,EAAa;AAAC,mBAAOvqD,EAAEuqD,CAAF,EAAK1mC,GAAZ;AAAgB,kBAAS7jB,CAAT,CAAWuqD,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,CAAN;AAAA,gBAAQ38C,CAAR;AAAA,gBAAUo9C,IAAE2D,CAAZ;AAAA,gBAAchxD,IAAE4vD,CAAhB,CAAkB,KAAIztD,IAAE,CAAF,EAAIyqD,IAAEC,EAAEn0D,MAAZ,EAAmByJ,IAAEyqD,CAArB,EAAuBzqD,GAAvB;AAA2B8N,oBAAE48C,EAAE1qD,CAAF,CAAF,EAAO,SAAO8N,CAAP,IAAUkX,SAASlX,CAAT,CAAV,KAAwBo9C,IAAE2C,EAAEtgB,GAAF,CAAM2d,CAAN,EAAQp9C,CAAR,CAAF,EAAajQ,IAAEgwD,EAAE7pC,GAAF,CAAMnmB,CAAN,EAAQiQ,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACy/B,KAAI2d,MAAI2D,CAAJ,GAAM,KAAK,CAAX,GAAa3D,CAAlB,EAAoBlnC,KAAInmB,MAAI4vD,CAAJ,GAAM,KAAK,CAAX,GAAa5vD,CAArC,EAAN;AAA8C,kBAAS0oB,CAAT,CAAWmkC,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEn0D,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASu+B,CAAT,CAAW41B,CAAX,EAAa1qD,CAAb,EAAe;AAAC,mBAAO0qD,EAAE11D,IAAF,CAAOsC,KAAP,CAAaozD,CAAb,EAAe1qD,CAAf,GAAkB0qD,CAAzB;AAA2B,kBAASj2D,CAAT,CAAWi2D,CAAX,EAAa;AAAC,mBAAOoE,EAAEvG,QAAF,CAAWmC,CAAX,EAAa,EAAC2G,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAS3C,CAAT,CAAWzuD,CAAX,EAAayqD,CAAb,EAAe;AAAC,mBAAOC,EAAED,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAIzqD,CAAJ,GAAM,IAAN,GAAWyqD,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAAS1lB,CAAT,CAAW2lB,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,IAAE,EAAR,CAAW,KAAIzqD,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuByqD,qBAAGgE,EAAE/D,EAAE1qD,CAAF,EAAK,CAAL,CAAF,EAAU0qD,EAAE1qD,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAOyqD,CAAP;AAAS,kBAAS+D,CAAT,CAAWxuD,CAAX,EAAa;AAAC,gBAAIyqD,CAAJ;AAAA,gBAAM38C,CAAN;AAAA,gBAAQo9C,IAAE,EAAV,CAAa,KAAIT,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuB38C,oBAAE9N,EAAEyqD,CAAF,EAAK,CAAL,CAAF,EAAUC,EAAE58C,CAAF,MAAOo9C,KAAGlrD,EAAEyqD,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAY38C,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKo9C,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASrmB,CAAT,CAAW6lB,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAAS8C,CAAT,CAAW9C,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,CAAN;AAAA,gBAAQ38C,IAAE,EAAV,CAAa,IAAG48C,CAAH,EAAK,KAAI1qD,IAAE8uD,EAAEgO,SAAF,CAAYpS,CAAZ,EAAetuD,KAAf,CAAqB,GAArB,CAAF,EAA4BquD,IAAE,CAAlC,EAAoCA,IAAEzqD,EAAEzJ,MAAxC,EAA+Ck0D,GAA/C;AAAmD38C,kBAAE9Y,IAAF,CAAO,WAASgL,EAAEyqD,CAAF,CAAhB;AAAnD,aAAyE,OAAO38C,EAAEzM,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAAS7B,CAAT,CAAWQ,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAAC0qD,EAAE1qD,CAAF,CAAxD;AAA6D,kBAAS4uD,CAAT,CAAWlE,CAAX,EAAa;AAAC,iBAAI,IAAI1qD,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8OyqD,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuU38C,IAAE,EAA7U,EAAgV48C,IAAE,CAAlV;AAAqVA,oBAAED,EAAE,CAAF,CAAF,GAAOA,EAAE5oD,KAAF,EAAP,IAAkBiM,KAAG9N,EAAEyqD,EAAE,CAAF,CAAF,CAAH,EAAWC,KAAGD,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAO38C,CAAP;AAAS,kBAASqhD,CAAT,CAAWzE,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ,EAAMyqD,CAAN,EAAQ38C,CAAR,EAAUo9C,CAAV,EAAYrtD,CAAZ,CAAc,KAAI6sD,IAAEA,EAAE5vD,WAAF,EAAF,EAAkBkF,IAAE,EAAC3I,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DsqD,IAAE,CAA5D,EAA8D38C,IAAE,CAAhE,EAAkEo9C,IAAE,CAAxE,EAA0EA,IAAER,EAAEn0D,MAA9E,EAAqF,EAAE20D,CAAvF,EAAyF;AAAC,oBAAGrtD,IAAEmC,EAAE0qD,EAAEC,MAAF,CAASO,CAAT,CAAF,CAAF,EAAiB,CAACrtD,CAArB,EAAuB,OAAO,IAAP,CAAY4sD,KAAG5sD,CAAH,EAAKA,IAAEiQ,CAAF,KAAM28C,KAAG,IAAE38C,CAAX,CAAL,EAAmBA,IAAEjQ,CAArB;AAAuB,oBAAO4sD,CAAP;AAAS,kBAAS8D,CAAT,CAAW7D,CAAX,EAAa;AAAC,gBAAI1qD,IAAE9E,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAI7gB,CAAJ;AAAA,oBAAM38C,IAAE,EAAR,CAAW,KAAI28C,IAAElzD,UAAUhB,MAAhB,EAAuB,EAAEk0D,CAAF,IAAK,CAA5B;AAA+B38C,yBAAG,MAAIvW,UAAUkzD,CAAV,CAAP;AAA/B,iBAAmD,OAAO38C,KAAK9N,CAAL,GAAOA,EAAE8N,CAAF,CAAP,GAAY9N,EAAE8N,CAAF,IAAK48C,EAAEpzD,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASm2D,CAAT,CAAWhD,CAAX,EAAa;AAAC,iBAAI,IAAI1qD,CAAJ,EAAMyqD,CAAN,EAAQ38C,IAAE,EAAV,EAAao9C,IAAE,CAAf,EAAiBrtD,IAAE6sD,EAAEn0D,MAAzB,EAAgC20D,IAAErtD,CAAlC;AAAqCmC,oBAAE0qD,EAAEgH,UAAF,CAAaxG,GAAb,CAAF,EAAoBlrD,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBkrD,IAAErtD,CAAtB,IAAyB4sD,IAAEC,EAAEgH,UAAF,CAAaxG,GAAb,CAAF,EAAoB,UAAQ,QAAMT,CAAd,IAAiB38C,EAAE9Y,IAAF,CAAO,CAAC,CAAC,OAAKgL,CAAN,KAAU,EAAX,KAAgB,OAAKyqD,CAArB,IAAwB,KAA/B,CAAjB,IAAwD38C,EAAE9Y,IAAF,CAAOgL,CAAP,GAAUkrD,GAAlE,CAA7C,IAAqHp9C,EAAE9Y,IAAF,CAAOgL,CAAP,CAAzI;AAArC,aAAwL,OAAO8N,CAAP;AAAS,kBAASlW,CAAT,CAAW8yD,CAAX,EAAa;AAAC,mBAAOA,EAAEvzD,GAAF,CAAM,UAASuzD,CAAT,EAAW;AAAC,oBAAI1qD,IAAE,EAAN,CAAS,OAAO0qD,IAAE,KAAF,KAAUA,KAAG,KAAH,EAAS1qD,KAAGJ,OAAOC,YAAP,CAAoB6qD,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6E1qD,KAAGJ,OAAOC,YAAP,CAAoB6qD,CAApB,CAAvF;AAA8G,aAAzI,EAA2IrpD,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASksD,CAAT,CAAW7C,CAAX,EAAa1qD,CAAb,EAAe;AAAC,qBAASyqD,CAAT,CAAWC,CAAX,EAAaD,CAAb,EAAe;AAAC,qBAAI,IAAI38C,IAAE,EAAN,EAASo9C,IAAE,CAAX,EAAartD,IAAE,CAAf,EAAiBsb,IAAE,CAAvB,EAAyB+xC,IAAER,EAAEn0D,MAAJ,IAAYsH,IAAE4sD,EAAEl0D,MAAzC;AAAiDyJ,sBAAE0qD,EAAEQ,CAAF,CAAF,EAAOT,EAAE5sD,CAAF,CAAP,KAAc,CAAd,GAAgBiQ,EAAEqL,GAAF,IAAOuxC,EAAEQ,GAAF,CAAvB,GAA8Bp9C,EAAEqL,GAAF,IAAOsxC,EAAE5sD,GAAF,CAArC;AAAjD,iBAA6F,OAAOqtD,IAAER,EAAEn0D,MAAJ,IAAYuX,EAAE9Y,IAAF,CAAOsC,KAAP,CAAawW,CAAb,EAAe48C,EAAE51D,KAAF,CAAQo2D,CAAR,CAAf,CAAZ,EAAuCrtD,IAAE4sD,EAAEl0D,MAAJ,IAAYuX,EAAE9Y,IAAF,CAAOsC,KAAP,CAAawW,CAAb,EAAe28C,EAAE31D,KAAF,CAAQ+I,CAAR,CAAf,CAAnD,EAA8EiQ,CAArF;AAAuF,oBAAO48C,EAAEn0D,MAAF,GAAS,CAAT,GAAWm0D,EAAE51D,KAAF,EAAX,GAAqB,SAASgZ,CAAT,CAAW48C,CAAX,EAAa;AAAC,oBAAI1qD,CAAJ,EAAMkrD,CAAN,EAAQrtD,CAAR,CAAU,OAAO6sD,EAAEn0D,MAAF,IAAU,CAAV,GAAYm0D,CAAZ,IAAe1qD,IAAElH,KAAKgzD,KAAL,CAAWpB,EAAEn0D,MAAF,GAAS,CAApB,CAAF,EAAyB20D,IAAER,EAAE51D,KAAF,CAAQ,CAAR,EAAUkL,CAAV,CAA3B,EAAwCnC,IAAE6sD,EAAE51D,KAAF,CAAQkL,CAAR,CAA1C,EAAqDkrD,IAAEp9C,EAAEo9C,CAAF,CAAvD,EAA4DrtD,IAAEiQ,EAAEjQ,CAAF,CAA9D,EAAmE4sD,EAAES,CAAF,EAAIrtD,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0H6sD,CAA1H,CAA5B;AAAyJ,aAAImD,IAAE/0D,IAAN;AAAA,YAAWg2D,IAAEn6D,OAAO07D,KAApB;AAAA,YAA0BxF,IAAEiE,EAAE2N,UAA9B;AAAA,YAAyCvN,IAAErB,EAAEnnC,EAAF,GAAK,GAAhD;AAAA,YAAoDmoC,IAAEsD,OAAOw3B,SAA7D;AAAA,YAAuEl8B,IAAE,CAAC0E,OAAOw3B,SAAjF;AAAA,YAA2Fr7B,IAAE,WAA7F;AAAA,YAAyGI,IAAEzyD,KAAKD,GAAhH,CAAoH0yD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAIzyD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8C2uB,EAAEiE,CAAF,EAAI,EAACpzB,MAAK,EAACkuD,SAAQ/6B,CAAT,EAAWg7B,SAAQp8B,CAAnB,EAAqB9tC,QAAOmV,CAA5B,EAA8Bg1D,aAAYhsF,CAA1C,EAA4CisF,UAAS9+B,CAArD,EAAuD++B,UAAS19B,CAAhE,EAAkE29B,SAAQv/B,CAA1E,EAA4Ew/B,KAAIrsF,CAAhF,EAAkFssF,SAAQv6D,CAA1F,EAA4Fw6D,YAAW/+B,CAAvG,EAAyGg/B,UAASlxE,CAAlH,EAAoHmxE,eAAc9qF,CAAlI,EAAoI9H,MAAK6uB,CAAzI,EAA2IgkE,YAAWz8E,CAAtJ,EAAwJ9R,KAAI0yD,CAA5J,EAA8J87B,WAAUj/B,CAAxK,EAA0KzwB,OAAM96B,CAAhL,EAAkLyqF,KAAIv/B,CAAtL,EAAwLw/B,YAAWj8B,CAAnM,EAAqMk8B,eAAc5lD,CAAnN,EAAqN6lD,WAAUp9B,CAA/N,EAAiOq9B,YAAWhmD,CAA5O,EAA8OimD,aAAYt8B,CAA1P,EAA4Pu8B,gBAAet2F,CAA3Q,EAA6Qu2F,mBAAkB7qF,CAA/R,EAAiS8qF,gBAAe3qD,CAAhT,EAAkT4qD,gBAAet+B,CAAjU,EAAmUu+B,KAAI9zF,CAAvU,EAAyU+zF,gBAAe3+E,CAAxV,EAA0V4+E,eAAcl8B,CAAxW,EAA0Wm8B,eAAc18B,CAAxX,EAA0X28B,SAAQh9B,CAAlY,EAAoYi9B,YAAW5zF,CAA/Y,EAAiZ6zF,YAAW/9B,CAA5Z,EAA8Zg+B,WAAUn+B,CAAxa,EAAN,EAAJ,CAA9C,EAAqeuB,EAAEkM,OAAF,CAAUt/B,IAAV,GAAeozB,EAAEpzB,IAAtf,EAA2fozB,EAAEiM,OAAF,CAAUr/B,IAAV,GAAeozB,EAAEpzB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS0xB,CAAT,EAAW1qD,CAAX,EAAayqD,CAAb,EAAe;AAAC,KAACA,KAAGzqD,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAAS0qD,CAAT,EAAW1xB,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkE0xB,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAAS1qD,CAAT,GAAY;AAAC,mBAAM,EAACmiB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASlhC,CAAT,CAAWC,CAAX,EAAa1qD,CAAb,EAAeyqD,CAAf,EAAiB;AAAC,mBAAOY,EAAE76B,OAAF,CAAUo7D,OAAV,CAAkBlhC,CAAlB,EAAoB1qD,CAApB,EAAsByqD,CAAtB,CAAP;AAAgC,kBAAS38C,CAAT,CAAW48C,CAAX,EAAa1qD,CAAb,EAAe;AAAC,gBAAIyqD,IAAE,EAAN,CAAS,IAAGC,EAAEn0D,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACphC,wBAAEC,EAAEvzD,GAAF,CAAM,UAASuzD,CAAT,EAAW;AAAC,+BAAOl2D,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBiuC,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM58C,CAAN,EAAQ;AAACjQ,sBAAEigE,YAAF,CAAehwD,CAAf;AAAkB,yBAAQ7X,GAAR,CAAYw0D,CAAZ,EAAej6C,IAAf,CAAoBxQ,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIkrD,IAAE12D,QAAN;AAAA,YAAeqJ,IAAElJ,OAAO07D,KAAxB;AAAA,YAA8Bl3C,IAAEtb,EAAEs/D,KAAlC;AAAA,YAAwC1wD,IAAE5O,EAAE69B,IAA5C;AAAA,YAAiDrkC,IAAEoV,EAAEw9E,OAArD;AAAA,YAA6D1+B,IAAEpyC,EAAEnhB,MAAF,CAAS,EAACpC,MAAK,cAAS80D,CAAT,EAAW;AAAC,qBAAK8T,KAAL,GAAW9T,CAAX,EAAa,KAAKohC,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAASrhC,CAAT,EAAW1qD,CAAX,EAAa;AAAC,oBAAIyqD,IAAE,IAAN;AAAA,oBAAW38C,IAAE28C,EAAEklB,IAAf;AAAA,oBAAoBzkB,IAAE,EAACtxD,KAAI8wD,CAAL,EAAO/uD,OAAMqE,CAAb,EAAtB,CAAsC8N,EAAE48C,CAAF,IAAKQ,CAAL,EAAOT,EAAEuhC,KAAF,IAASvhC,EAAEwhC,KAAF,CAAQC,KAAR,GAAchhC,CAAd,EAAgBA,EAAEihC,KAAF,GAAQ1hC,EAAEwhC,KAA1B,EAAgCxhC,EAAEwhC,KAAF,GAAQ/gC,CAAjD,IAAoDT,EAAEuhC,KAAF,GAAQvhC,EAAEwhC,KAAF,GAAQ/gC,CAA3E,EAA6ET,EAAEqhC,OAAF,IAAWrhC,EAAE+T,KAAb,IAAoB1wD,EAAE28C,EAAEuhC,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoB6wD,EAAEuhC,KAAF,GAAQvhC,EAAEuhC,KAAF,CAAQE,KAApC,EAA0CzhC,EAAEuhC,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF1hC,EAAEqhC,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASg0D,CAAT,EAAW;AAAC,oBAAI1qD,IAAE,IAAN;AAAA,oBAAWyqD,IAAEzqD,EAAE2vE,IAAF,CAAOjlB,CAAP,CAAb,CAAuB,IAAGD,CAAH,EAAK,OAAOA,MAAIzqD,EAAEgsF,KAAN,IAAavhC,MAAIzqD,EAAEisF,KAAnB,KAA2BjsF,EAAEgsF,KAAF,GAAQvhC,EAAEyhC,KAAV,EAAgBlsF,EAAEgsF,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D1hC,MAAIzqD,EAAEisF,KAAN,KAAcxhC,EAAE0hC,KAAF,KAAU1hC,EAAE0hC,KAAF,CAAQD,KAAR,GAAczhC,EAAEyhC,KAAhB,EAAsBzhC,EAAEyhC,KAAF,CAAQC,KAAR,GAAc1hC,EAAE0hC,KAAhD,GAAuD1hC,EAAE0hC,KAAF,GAAQnsF,EAAEisF,KAAjE,EAAuExhC,EAAEyhC,KAAF,GAAQ,IAA/E,EAAoFlsF,EAAEisF,KAAF,CAAQC,KAAR,GAAczhC,CAAlG,EAAoGzqD,EAAEisF,KAAF,GAAQxhC,CAA1H,CAA/D,EAA4LA,EAAE9uD,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBi0B,IAAE86B,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BW,IAAElyC,EAAEnhB,MAAF,CAAS,EAACpC,MAAK,cAAS80D,CAAT,EAAW;AAAC,qBAAK0hC,MAAL,GAAY,IAAI7gC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAK0F,YAAL,CAAkBvG,CAAlB,CAAvB;AAA4C,aAA9D,EAA+DzyD,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASnhC,CAAT,EAAW38C,CAAX,EAAajQ,CAAb,EAAe;AAAC,oBAAIsb,CAAJ,EAAMoyC,CAAN,EAAQF,CAAR,EAAUvtD,CAAV,EAAYmtD,CAAZ,EAAcqB,CAAd,EAAgBhsB,CAAhB,EAAkBssB,CAAlB,CAAoB,IAAG,CAACnC,CAAJ,EAAM,OAAOzqD,GAAP,CAAW,IAAGmZ,IAAE1M,EAAE+9E,SAAF,CAAY18E,CAAZ,CAAF,EAAiBy9C,IAAE9+C,EAAE09E,OAAF,CAAU1/B,IAAEtxC,CAAZ,CAAnB,EAAkCkyC,IAAE,KAAK+gC,MAAL,CAAY11F,GAAZ,CAAgB60D,CAAhB,CAApC,EAAuDF,CAA1D,EAA4D,OAAOA,CAAP,CAASvtD,IAAEkC,GAAF,EAAMirD,IAAEptD,IAAEA,CAAF,GAAI+xB,CAAZ,EAAc08B,IAAE,KAAKggC,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAIooB,CAAJ,IAASxyB,CAAT;AAAW8+C,wBAAE9+C,EAAEwyB,CAAF,CAAF,EAAOjpC,EAAEu1D,CAAF,MAAO3B,EAAE/0C,KAAF,CAAQoqB,CAAR,IAAWssB,CAAlB,CAAP;AAAX,iBAAuC,OAAOlC,EAAEO,CAAF,EAAK3wD,IAAL,CAAUmwD,CAAV,GAAaQ,EAAEzwD,WAAF,CAAc8xD,CAAd,CAAb,EAA8BpB,EAAErvC,IAAF,CAAOrhB,WAAP,CAAmBywD,CAAnB,CAA9B,EAAoD,CAACR,IAAE,EAAH,EAAOl0D,MAAP,KAAgBuH,EAAEqkB,KAAF,GAAQ8oC,EAAE1mC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDvuF,EAAEopB,MAAF,GAAS+jC,EAAEzmC,YAAjE,EAA8E1mB,EAAE6tF,QAAF,GAAWr/B,EAAEigC,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MvuF,EAAEqkB,KAAF,GAAQ,CAAR,IAAWrkB,EAAEopB,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgBxgC,CAAhB,EAAkBztD,CAAlB,CAAjO,EAAsPmtD,EAAExwD,UAAF,CAAaC,WAAb,CAAyBuwD,CAAzB,CAAtP,EAAkRntD,CAAzR;AAA2R,aAAvlB,EAAwlBwuF,iBAAgB,2BAAU;AAAC,uBAAO5hC,EAAE,kGAAgG,KAAKzyD,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDhhC,EAAE76B,OAAF,GAAU,IAAI66B,CAAJ,EAAV,EAAgBxtD,EAAE69B,IAAF,CAAO8wD,WAAP,GAAmBnhC,CAAnC,EAAqCxtD,EAAE69B,IAAF,CAAO+wD,QAAP,GAAgBlhC,CAArD,EAAuD1tD,EAAE69B,IAAF,CAAOgxD,SAAP,GAAiB5+E,CAAxE,EAA0EjQ,EAAE69B,IAAF,CAAOixD,WAAP,GAAmBliC,CAA7F;AAA+F,KAAvlE,CAAwlE91D,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS0xB,CAAT,EAAW1qD,CAAX,EAAayqD,CAAb,EAAe;AAAC,KAACA,KAAGzqD,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAAS0qD,CAAT,EAAW1xB,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2C0xB,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAID,CAAJ;AAAA,gBAAM38C,CAAN;AAAA,gBAAQo9C,CAAR;AAAA,gBAAU/xC,CAAV;AAAA,gBAAY1M,CAAZ;AAAA,gBAAcpV,CAAd;AAAA,gBAAgBk0D,CAAhB;AAAA,gBAAkB37B,IAAE,EAApB;AAAA,gBAAuBy7B,IAAE,CAAzB,CAA2B,KAAIX,IAAE1qD,EAAE0qD,CAAF,CAAN,EAAWW,IAAEX,EAAEn0D,MAAf;AAAuBk0D,oBAAEC,EAAEgH,UAAF,CAAarG,GAAb,CAAF,EAAoBv9C,IAAE48C,EAAEgH,UAAF,CAAarG,GAAb,CAAtB,EAAwCH,IAAER,EAAEgH,UAAF,CAAarG,GAAb,CAA1C,EAA4DlyC,IAAEsxC,KAAG,CAAjE,EAAmEh+C,IAAE,CAAC,IAAEg+C,CAAH,KAAO,CAAP,GAAS38C,KAAG,CAAjF,EAAmFzW,IAAE,CAAC,KAAGyW,CAAJ,KAAQ,CAAR,GAAUo9C,KAAG,CAAlG,EAAoGK,IAAE,KAAGL,CAAzG,EAA2GhwC,MAAMpN,CAAN,IAASzW,IAAEk0D,IAAE,EAAb,GAAgBrwC,MAAMgwC,CAAN,MAAWK,IAAE,EAAb,CAA3H,EAA4I37B,IAAEA,IAAE/xB,EAAE8sD,MAAF,CAASxxC,CAAT,CAAF,GAActb,EAAE8sD,MAAF,CAASl+C,CAAT,CAAd,GAA0B5O,EAAE8sD,MAAF,CAAStzD,CAAT,CAA1B,GAAsCwG,EAAE8sD,MAAF,CAASY,CAAT,CAApL;AAAvB,aAAuN,OAAO37B,CAAP;AAAS,kBAAS5vB,CAAT,CAAW0qD,CAAX,EAAa;AAAC,gBAAI1qD,CAAJ;AAAA,gBAAMyqD,CAAN;AAAA,gBAAQ38C,IAAE,EAAV,CAAa,KAAI9N,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuByqD,oBAAEC,EAAEgH,UAAF,CAAa1xD,CAAb,CAAF,EAAkByqD,IAAE,GAAF,GAAM38C,KAAGo9C,EAAET,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQ38C,KAAGo9C,EAAE,MAAIT,MAAI,CAAV,CAAH,EAAgB38C,KAAGo9C,EAAE,MAAI,KAAGT,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAU38C,KAAGo9C,EAAE,MAAIT,MAAI,EAAV,CAAH,EAAiB38C,KAAGo9C,EAAE,MAAIT,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoC38C,KAAGo9C,EAAE,MAAI,KAAGT,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAO38C,CAAP;AAAS,aAAI28C,IAAE91D,OAAO07D,KAAb;AAAA,YAAmBviD,IAAE28C,EAAEgS,UAAvB;AAAA,YAAkCvR,IAAEtrD,OAAOC,YAA3C;AAAA,YAAwDhC,IAAE,mEAA1D,CAA8HiQ,EAAE28C,EAAE/uB,IAAJ,EAAS,EAACkxD,cAAaliC,CAAd,EAAgBmiC,YAAW7sF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBrL,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS0xB,CAAT,EAAW1qD,CAAX,EAAayqD,CAAb,EAAe;AAAC,KAACA,KAAGzqD,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAAS0qD,CAAT,EAAW1xB,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD0xB,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAI1qD,IAAElH,IAAN;AAAA,YAAW2xD,IAAE91D,OAAO07D,KAApB;AAAA,YAA0BviD,IAAE28C,EAAEgS,UAA9B;AAAA,YAAyCvR,IAAER,EAAEvvD,OAA7C;AAAA,YAAqD0C,IAAE,EAACivF,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAStiC,CAAT,EAAW;AAAC,uBAAO,KAAKqiC,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqB01D,CAArB,CAAhB,GAAwC,KAAKqiC,UAAL,GAAgB,CAACriC,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKuiC,gBAAe,wBAASviC,CAAT,EAAW;AAAC,oBAAI1qD,IAAE,KAAK8sF,SAAL,EAAN;AAAA,oBAAuBriC,IAAES,EAAER,CAAF,EAAI1qD,CAAJ,CAAzB,CAAgC,OAAOyqD,KAAG,CAAC,CAAJ,IAAOzqD,EAAEjI,MAAF,CAAS0yD,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQ7tC,SAAQ,iBAAS8tC,CAAT,EAAW1qD,CAAX,EAAa;AAAC,oBAAIyqD,CAAJ;AAAA,oBAAM38C,CAAN;AAAA,oBAAQo9C,IAAE,KAAK6hC,UAAf,CAA0B,IAAG7hC,KAAG,CAAC,KAAKgiC,UAAZ,EAAuB,KAAIp/E,IAAE,CAAN,EAAQA,IAAEo9C,EAAE30D,MAAZ,EAAmBuX,GAAnB;AAAuB28C,wBAAES,EAAEp9C,CAAF,CAAF,EAAO28C,EAAEC,CAAF,KAAMD,EAAEC,CAAF,EAAK1qD,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYmtF,eAAc,uBAASziC,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEltB,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B8tC,CAA7B,CAAvB;AAAuD,aAAjd,EAAkd0iC,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBltF,EAAEgkB,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAAS7iC,CAAT,EAAW1qD,CAAX,EAAa;AAAC,qBAAK0qD,CAAL,KAAS,KAAKA,CAAL,EAAQuiC,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKviC,CAAL,IAAQ1qD,CAA9C,EAAgDA,EAAEgtF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20Bl/E,EAAE28C,CAAF,EAAI,EAAC+iC,QAAO,EAACC,gBAAe5vF,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3BlJ,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS0xB,CAAT,EAAW1qD,CAAX,EAAayqD,CAAb,EAAe;AAAC,KAACA,KAAGzqD,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAAS0qD,CAAT,EAAW1xB,MAAX,EAAkB;AAACA,WAAO,0BAAP,EAAkC,CAAC,wBAAD,CAAlC,EAA6D0xB,CAA7D;AAAgE,CAAnF,CAAoF,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,iBAAS1qD,CAAT,CAAWA,CAAX,EAAayqD,CAAb,EAAe;AAAC,mBAAOC,EAAEvzD,GAAF,CAAM6I,CAAN,EAAQ,UAAS0qD,CAAT,EAAW1qD,CAAX,EAAa;AAAC,uBAAM,CAAC,CAAC0qD,CAAD,EAAGD,EAAEzqD,CAAF,CAAH,CAAD,CAAN;AAAiB,aAAvC,CAAP;AAAgD,aAAIyqD,IAAE91D,OAAO07D,KAAb;AAAA,YAAmBviD,IAAE28C,EAAEsQ,OAAF,CAAUF,EAA/B;AAAA,YAAkC3P,IAAET,EAAEgS,UAAtC;AAAA,YAAiD5+D,IAAE,GAAnD;AAAA,YAAuDsb,IAAE,EAAzD;AAAA,YAA4D1M,IAAE,MAA9D;AAAA,YAAqEpV,IAAE,4BAAvE;AAAA,YAAoGk0D,IAAE,UAAQl0D,CAA9G;AAAA,YAAgHu4B,IAAE,UAAQv4B,CAA1H;AAAA,YAA4Hg0D,IAAE,UAAQh0D,CAAtI;AAAA,YAAwIyG,IAAE,MAA1I;AAAA,YAAiJmtD,IAAE,EAAC7M,OAAM,EAACs6C,MAAKrtC,CAAN,EAAP,EAAgB2yD,QAAO,EAACp1E,QAAO,EAAC8vD,MAAK9oE,CAAN,EAAR,EAAvB,EAAyCquF,gBAAe,EAAC3pF,SAAQ,CAAC,CAAV,EAAYsU,QAAO,EAAC8vD,MAAKntC,CAAN,EAAnB,EAA4B2yD,OAAM,EAAC/4F,QAAO,CAAR,EAAlC,EAA6CgvF,MAAK,EAAChyF,OAAM,CAAP,EAAlD,EAA4Dg8F,aAAY,EAACh8F,OAAM,CAAP,EAAxE,EAAkFi8F,aAAY,EAACj8F,OAAM,CAAP,EAA9F,EAAwGk8F,MAAK,EAACx5F,SAAQ,EAAT,EAAYy5F,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAYwE,MAAK,CAAjB,EAApB,EAAwCo4E,WAAU,EAACoN,SAAQ,EAACj5F,QAAO,EAACumB,OAAM,MAAP,EAAc/mB,SAAQ,CAAtB,EAAwB1C,OAAM,CAA9B,EAAR,EAAT,EAAlD,EAAsGgyF,MAAK,EAACtvF,SAAQ,CAAT,EAAW1C,OAAM,CAAjB,EAA3G,EAA7G,EAA6Oo8F,cAAa,EAAC15F,SAAQ,EAAT,EAAYy5F,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAYwE,MAAK,CAAjB,EAApB,EAAwCq7E,MAAK,EAACtvF,SAAQ,CAAT,EAAW1C,OAAM,CAAjB,EAA7C,EAA1P,EAA4Tq8F,WAAU,EAACr8F,OAAM,CAAP,EAASm8F,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAjB,EAAtU,EAAqWmqF,WAAU,EAAC55F,SAAQ,EAAT,EAAYy5F,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAYwE,MAAK,CAAjB,EAApB,EAAwCq7E,MAAK,EAACtvF,SAAQ,CAAT,EAAW1C,OAAM,CAAjB,EAA7C,EAA/W,EAAibu8F,aAAY,EAACvK,MAAK,EAAChyF,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAAN,EAAwB4Y,QAAO,EAAClD,OAAM,CAAP,EAASw8F,aAAY,EAArB,EAA/B,EAAwDC,KAAI,CAA5D,EAA8DxjB,SAAQ,EAAtE,EAAyEyjB,WAAU/gH,CAAnF,EAAqFozG,WAAU,EAACiD,MAAK,EAAChyF,OAAM,CAAP,EAAN,EAAgBkD,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAvB,EAA/F,EAA7b,EAAykBi6F,MAAK,EAAC3K,MAAK,EAAChyF,OAAM,CAAP,EAAN,EAAgBy8F,KAAI,CAApB,EAAsBxjB,SAAQ,EAA9B,EAAiC8V,WAAU,EAACiD,MAAK,EAAChyF,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAN,EAA3C,EAA9kB,EAAqpBk6F,QAAO,EAACl6F,SAAQ,EAAT,EAAYQ,QAAO,EAAClD,OAAM,CAAP,EAAnB,EAA6BymB,QAAO,EAACmpE,YAAW,aAAZ,EAApC,EAA5pB,EAA4tBiN,KAAI,EAACJ,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAhuB,EAAkvB8lG,QAAO,EAACL,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAzvB,EAA2wB+lG,aAAY,EAACN,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAvxB,EAAyyBgmG,UAAS,EAACP,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAlzB,EAAo0BimG,WAAU,EAACR,KAAI,EAAL,EAAQxjB,SAAQjiF,CAAhB,EAAkBg7F,MAAK,EAAChyF,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAAvB,EAA90B,EAAw3B4yG,qBAAoB,EAACT,KAAI,EAAL,EAAQxjB,SAAQjiF,CAAhB,EAAkBg7F,MAAK,EAAChyF,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAAvB,EAA54B,EAAs7B6yG,QAAO,EAACV,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAiB5gB,QAAO,EAACqzC,OAAM,SAAP,EAAxB,EAA77B,EAAw+B2zE,gBAAe,EAACX,KAAI/gH,CAAL,EAAOu9F,SAAQjiF,CAAf,EAAiB5gB,QAAO,EAACqzC,OAAM,SAAP,EAAxB,EAAv/B,EAAkiC4zE,SAAQ,EAACC,eAAc,EAAf,EAAkBC,WAAU,EAA5B,EAA+BC,UAAS,EAACx9F,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAAxC,EAA0DmzG,MAAK,EAACz9F,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAA/D,EAAiFozG,QAAO,EAAC19F,OAAM,CAAP,EAASypB,OAAMn/B,CAAf,EAAxF,EAA0G4Y,QAAO,EAAClD,OAAM,CAAP,EAASw8F,aAAY,EAArB,EAAjH,EAA0IC,KAAI,CAA9I,EAAgJxjB,SAAQ,EAAxJ,EAA2JyjB,WAAU/gH,CAArK,EAAuKozG,WAAU,EAACyO,UAAS,EAACx9F,OAAM,CAAP,EAAV,EAAoBkD,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAA3B,EAAjL,EAA1iC,EAA4wCi7F,QAAO,EAACl3E,QAAO,EAACgD,OAAM,EAAP,EAAUmmE,YAAW,EAArB,EAAR,EAAnxC,EAAqzCoD,OAAM,EAAC0C,MAAK,EAACxyF,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAN,EAAyBmnD,OAAM,EAAClkD,SAAQ,CAAT,EAAWszE,MAAK9oE,CAAhB,EAA/B,EAAkDukF,MAAK,EAAC59G,QAAO,EAAR,EAAW4rB,OAAM,CAAjB,EAAvD,EAA2EmS,SAAQ,CAAC,CAApF,EAA3zC,EAAxD,EAA28CyrF,cAAa,EAAC/K,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAhB,EAAx9C,EAAs/C0rF,cAAa,EAACp3E,QAAO,EAAC8vD,MAAK9oE,CAAN,EAAR,EAAiBwuB,OAAM,EAACs6C,MAAKrtC,CAAN,EAAQlmC,QAAO,CAAf,EAAvB,EAAyC86F,WAAU,EAACztB,SAAQ,EAACkG,MAAK9oE,CAAN,EAAT,EAAnD,EAAsEulF,OAAM,EAAC0C,MAAK,EAAC/+E,MAAK,CAAN,EAAQzT,QAAO,EAAClD,OAAM,CAAP,EAAf,EAAN,EAAgCmnD,OAAM,EAAClkD,SAAQ,CAAT,EAAWszE,MAAK9oE,CAAhB,EAAtC,EAAyDukF,MAAK,EAAC59G,QAAO,EAAR,EAAW4rB,OAAM,CAAjB,EAA9D,EAAkFmS,SAAQ,CAAC,CAA3F,EAA5E,EAAngD,EAA8qDk+D,SAAQ,EAACkG,MAAK9oE,CAAN,EAAtrD,EAA+rD2M,WAAU,EAACo6E,MAAK,EAACzvF,QAAO,EAAR,EAAW/B,QAAO,EAAC9hB,KAAI,EAAL,EAAlB,EAAN,EAAzsD,EAAnJ;AAAA,YAAg4DipD,IAAE,EAAC12C,OAAM,EAACgzB,QAAO,EAAC8vD,MAAK9oE,CAAN,EAAR,EAAP,EAAl4D;AAAA,YAA45D0Q,IAAE,EAAC4/E,eAAc,EAAC3yF,OAAM,EAAC1I,SAAQ,EAAT,EAAP,EAAoBuxE,QAAO,EAACj0E,OAAM,CAAP,EAA3B,EAAf,EAAqD8oD,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACv8B,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAT,EAAR,EAA9D,EAAoGi5F,YAAW,EAAC/pB,QAAO,EAACj0E,OAAM,CAAP,EAAS6+E,UAAS,KAAlB,EAAR,EAA/G,EAAiJof,oBAAmB,EAAChqB,QAAO,EAACj0E,OAAM,CAAP,EAAR,EAAkB1K,WAAU,EAACinC,SAAQ,EAACv8B,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAT,EAA5B,EAAyD+jD,UAAS,EAACo1C,OAAM,CAAC,MAAD,EAAQ,QAAR,CAAP,EAAlE,EAApK,EAA95D;AAAA,YAAgqEzzD,IAAE9+C,EAAEoyD,MAApqE;AAAA,YAA2qE//D,IAAE2N,EAAEwyG,aAAF,GAAgB,UAAS51D,CAAT,EAAW1qD,CAAX,EAAa;AAAC,gBAAIyqD,CAAJ;AAAA,gBAAM38C,IAAE,EAAR,CAAWA,EAAEoiG,KAAF,GAAQhlD,EAAE,EAAF,EAAKD,CAAL,EAAOjrD,EAAEkwG,KAAT,CAAR,EAAwBpiG,EAAEyyG,KAAF,GAAQr1D,EAAE,EAAF,EAAKoB,CAAL,EAAOtsD,EAAEugH,KAAT,CAAhC,EAAgDzyG,EAAE0yG,OAAF,GAAUt1D,EAAE,EAAF,EAAK5qB,CAAL,EAAOtgC,EAAEwgH,OAAT,CAA1D,EAA4E1yG,EAAE2yG,OAAF,GAAUv1D,EAAE,EAAF,EAAKlrD,EAAEygH,OAAP,CAAtF,EAAsGh2D,IAAE38C,EAAEoiG,KAAF,CAAQ+N,cAAhH,EAA+HxzD,EAAEi2D,YAAF,GAAex1D,EAAE,EAAF,EAAKT,EAAE0pD,IAAP,CAA9I,EAA2J1pD,EAAE8zD,YAAF,GAAerzD,EAAE,EAAF,EAAKT,EAAE4zD,IAAP,CAA1K,EAAuL5zD,EAAEk2D,eAAF,GAAkBz1D,EAAE,EAAF,EAAKT,EAAE+0D,OAAP,CAAzM,EAAyN/0D,EAAEm2D,SAAF,GAAY11D,EAAE,EAAF,EAAKT,EAAEg0D,SAAP,CAArO,EAAuPh0D,EAAEo2D,SAAF,GAAY31D,EAAE,EAAF,EAAKT,EAAE+zD,SAAP,CAAnQ,EAAqR5xD,EAAElC,CAAF,IAAK58C,CAA1R;AAA4R,SAAl/E,CAAm/E3N,EAAE,OAAF,EAAU,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM9tC,CAAP,EAAP,EAAiBkgH,QAAO,EAACp1E,QAAO,EAACgD,OAAM9tC,CAAP,EAAR,EAAkBgjH,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAhC,EAAxB,EAA8GqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM9tC,CAAP,EAAR,EAAkBijH,WAAU,EAACn1E,OAAM9tC,CAAP,EAA5B,EAAsCq3G,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM9tC,CAAP,EAA5D,EAAsEq2G,MAAK,EAACvoE,OAAM,SAAP,EAA3E,EAA5C,EAA0Io1E,KAAI,EAACnpE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAA9I,EAAgLgM,OAAM,EAACrmE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAAtL,EAAwNiC,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA7N,EAA8PkP,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAtQ,EAAuSqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAnT,EAAoVqN,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA9V,EAAuXyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA3Y,EAAoa8yE,aAAY,EAACG,WAAU,MAAX,EAAkB1K,MAAK,EAACvoE,OAAM9tC,CAAP,EAAvB,EAAiCunB,QAAO,EAACs5F,aAAY,GAAb,EAAiB95F,SAAQ,CAAzB,EAAxC,EAAoEqsF,WAAU,EAAC7rF,QAAO,EAACumB,OAAM9tC,CAAP,EAAS+mB,SAAQ,EAAjB,EAAR,EAA9E,EAAhb,EAA6hBi6F,MAAK,EAAC3K,MAAK,EAACvoE,OAAM9tC,CAAP,EAAN,EAAliB,EAA7H,EAAirBojH,WAAU,EAACnP,YAAW,SAAZ,EAA3rB,EAAktBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA/tB,EAA6xBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM9tC,CAAP,EAA/B,EAAyCk3G,gBAAe,EAACppE,OAAM,SAAP,EAAxD,EAA0EqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAzF,EAA2GwS,OAAM,EAACxS,OAAM9tC,CAAP,EAAjH,EAA2HmiH,WAAU,EAACr0E,OAAM,SAAP,EAArI,EAAuJupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM9tC,CAAP,EAA5D,EAAsEq2G,MAAK,EAACvoE,OAAM,SAAP,EAA3E,EAA7J,EAA1yB,EAAP,EAA8iC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM9tC,CAAP,EAAxC,EAAkDw2G,YAAW,EAAC1oE,OAAM9tC,CAAP,EAA7D,EAAuE02G,YAAW,EAAC5oE,OAAM9tC,CAAP,EAAlF,EAA4Fq2G,MAAK,EAACvoE,OAAM9tC,CAAP,EAAjG,EAAjC,EAApjC,EAAksC0iH,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAA1C,EAA4IztB,SAAQ,EAACytB,OAAM9tC,CAAP,EAApJ,EAAf,EAA8KmtE,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM9tC,CAAP,EAAvB,EAA/C,EAAT,EAAR,EAAoGwwF,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBq4F,MAAK,EAACvqD,OAAM9tC,CAAP,EAAvB,EAAP,EAA3G,EAAvL,EAA6UqiH,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAxV,EAA2WsiH,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA1B,EAAoC2Z,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAAT,EAA9C,EAA9X,EAA1sC,EAAorD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA5rD,EAAV,GAAu1DnnG,EAAE,UAAF,EAAa,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAMn/B,CAAP,EAASslG,YAAWj0G,CAApB,EAAsB+mB,SAAQ,EAA9B,EAAR,EAA0Ck8F,WAAU,EAACn1E,OAAM,SAAP,EAApD,EAAsE8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAlF,EAA+HwzE,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAzI,EAAkKyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAtL,EAA+MupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAArN,EAA7I,EAA6cu1E,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA1d,EAAwhBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDopE,gBAAe,EAACppE,OAAM,SAAP,EAAhE,EAAkFqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAriB,EAAP,EAAq0B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAA30B,EAAy/B40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAAT,EAA9D,EAAta,EAAjgC,EAAmiD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA3iD,EAAb,CAAv1D,EAAgiHnnG,EAAE,cAAF,EAAiB,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bm1E,WAAU,EAACn1E,OAAM,SAAP,EAApC,EAAsDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5D,EAAsKo1E,KAAI,EAACnpE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAA1K,EAA4MgM,OAAM,EAACrmE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAAlN,EAAoPiC,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAzP,EAA0RkP,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAlS,EAAmUqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA/U,EAAgXsM,MAAK,EAACx5F,SAAQ,EAAT,EAArX,EAAkYu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA5Y,EAAqayzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAzb,EAAkd8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAA4CvmB,QAAO,EAACs5F,aAAY,GAAb,EAAiB95F,SAAQ,CAAzB,EAAnD,EAA+EqsF,WAAU,EAAC7rF,QAAO,EAACumB,OAAM,SAAP,EAAiB/mB,SAAQ,CAAzB,EAAR,EAAzF,EAA9d,EAA6lBi6F,MAAK,EAAC3K,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAlmB,EAA7I,EAAywBs1E,WAAU,EAACnP,YAAW,SAAZ,EAAnxB,EAA0yBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAvzB,EAAq3BnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDopE,gBAAe,EAACppE,OAAM,SAAP,EAAhE,EAAkFqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAl4B,EAAP,EAAkqC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAAxqC,EAAs1C40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAA/C,EAA1C,EAAoIqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA5I,EAAf,EAAsKmtE,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM9tC,CAAP,EAAvB,EAA/C,EAAT,EAAR,EAAoGwwF,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBq4F,MAAK,EAACvqD,OAAM9tC,CAAP,EAAvB,EAAP,EAA3G,EAA/K,EAAqUqiH,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAhV,EAAmWsiH,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA1B,EAAoC2Z,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAT,EAA9C,EAAtX,EAA91C,EAAwzD2iH,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAAh0D,EAAjB,CAAhiH,EAAkgLnnG,EAAE,SAAF,EAAY,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAMn/B,CAAP,EAASslG,YAAWj0G,CAApB,EAAsB+mB,SAAQ,EAA9B,EAAR,EAA0Ck8F,WAAU,EAACn1E,OAAM,SAAP,EAApD,EAAsE8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAlF,EAA+HwzE,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAzI,EAAkKyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAtL,EAA+MupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAArN,EAA7I,EAA6cu1E,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA1d,EAAwhBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAhE,EAAkFopE,gBAAe,EAACppE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAriB,EAAP,EAAq0B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAA30B,EAAy/B40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAA9D,EAAta,EAAjgC,EAA2hD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAAniD,EAAZ,CAAlgL,EAAksOnnG,EAAE,QAAF,EAAW,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAiBmmE,YAAW,SAA5B,EAAsCltF,SAAQ,EAA9C,EAAR,EAA0Dk8F,WAAU,EAACn1E,OAAM,SAAP,EAApE,EAAsFupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5F,EAAsMuoE,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA3M,EAA4OkP,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAApP,EAAqRqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAjS,EAAkUiP,KAAI,EAACO,YAAW,EAAC31E,OAAM,SAAP,EAAZ,EAAtU,EAAqWsyE,OAAM,EAACqD,YAAW,EAAC31E,OAAM,SAAP,EAAZ,EAA3W,EAA0YwzE,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAApZ,EAA6ayzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAjc,EAA0d8yE,aAAY,EAACG,WAAU,SAAX,EAAte,EAA7I,EAA0oBqC,WAAU,EAACnP,YAAW,SAAZ,EAAppB,EAA2qBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAxrB,EAAsvBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDopE,gBAAe,EAACppE,OAAM,SAAP,EAAhE,EAAkFqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAnwB,EAAP,EAAmiC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAAziC,EAAutC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAA9D,EAAta,EAA/tC,EAAyvD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAAjwD,EAAX,CAAlsO,EAA+lSnnG,EAAE,OAAF,EAAU,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAMn/B,CAAP,EAAR,EAAkBs0G,WAAU,EAACn1E,OAAM,SAAP,EAA5B,EAA8CupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAApD,EAA8J8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAA1K,EAAuNwzE,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAjO,EAA0PyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA9Q,EAAuSiM,SAAQ,EAACq6D,UAAS,MAAV,EAA/S,EAAiU7sF,QAAO,EAACs5F,aAAY,CAAb,EAAxU,EAA7I,EAAsewC,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,EAA6D,SAA7D,EAAuE,SAAvE,EAAiF,SAAjF,EAA2F,SAA3F,CAAnf,EAAylBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAhE,EAAkFopE,gBAAe,EAACppE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAtmB,EAAP,EAAs4B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,MAAP,EAAxC,EAAuD0oE,YAAW,EAAC1oE,OAAM,MAAP,EAAlE,EAAiF4oE,YAAW,EAAC5oE,OAAM,MAAP,EAA5F,EAA2GuoE,MAAK,EAACvoE,OAAM,MAAP,EAAhH,EAAjC,EAA54B,EAA8iC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAMn/B,CAAP,EAAN,EAAgB2pF,QAAO,EAACxqD,OAAM9tC,CAAP,EAAvB,EAAiCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAMn/B,CAAP,EAAvB,EAAvC,EAA1C,EAAoH0R,SAAQ,EAACytB,OAAM,MAAP,EAA5H,EAAf,EAA2Jq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAApK,EAA0Vu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAArW,EAAgYw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,MAAP,EAAlC,EAAiDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAA3D,EAAnZ,EAAtjC,EAA0jD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,EAAqI,CAAC,SAAD,EAAW,SAAX,CAArI,EAA2J,CAAC,SAAD,EAAW,SAAX,CAA3J,EAAiL,CAAC,SAAD,EAAW,SAAX,CAAjL,EAAuM,CAAC,SAAD,EAAW,SAAX,CAAvM,CAAR,EAAlkD,EAAV,CAA/lS,EAAo5VnnG,EAAE,YAAF,EAAe,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAAC54F,QAAO,EAACs5F,aAAY,CAAb,EAAR,EAAwB/1E,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDm1E,WAAU,EAACn1E,OAAM,SAAP,EAA3D,EAA6EupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAAnF,EAA6LuoE,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAlM,EAAmOgN,QAAO,EAACl6F,SAAQ,EAAT,EAA1O,EAAuPo8F,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA/P,EAAgSqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA5S,EAA6U2M,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAzV,EAAsYwzE,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAhZ,EAAyayzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA7b,EAAsdiM,SAAQ,EAACq6D,UAAS,MAAV,EAA9d,EAA7I,EAA8nBgP,WAAU,EAACnP,YAAW,SAAZ,EAAxoB,EAA+pBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,EAA6D,SAA7D,EAAuE,SAAvE,EAAiF,SAAjF,EAA2F,SAA3F,CAA5qB,EAAkxBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAhE,EAAkFopE,gBAAe,EAACppE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAA/xB,EAAP,EAA+jC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAArkC,EAAmvC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAA/C,EAA1C,EAAoIqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA5I,EAAf,EAAsKmtE,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAAiDre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAAvD,EAAT,EAAR,EAA4H0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBq4F,MAAK,EAACvqD,OAAM9tC,CAAP,EAAvB,EAAP,EAAnI,EAA/K,EAA6VqiH,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxW,EAAmYw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA1B,EAAoC2Z,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAT,EAA9C,EAAtZ,EAA3vC,EAAqvD2iH,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,EAAqI,CAAC,SAAD,EAAW,SAAX,CAArI,EAA2J,CAAC,SAAD,EAAW,SAAX,CAA3J,EAAiL,CAAC,SAAD,EAAW,SAAX,CAAjL,EAAuM,CAAC,SAAD,EAAW,SAAX,CAAvM,CAAR,EAA7vD,EAAf,CAAp5V,EAAy4ZnnG,EAAE,WAAF,EAAc,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bm1E,WAAU,EAACn1E,OAAM,SAAP,EAApC,EAAsDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5D,EAAsKo1E,KAAI,EAACnpE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAA1K,EAA4MgM,OAAM,EAACrmE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAAlN,EAAoPiC,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAzP,EAA0RgN,QAAO,EAACl6F,SAAQ,EAAT,EAAjS,EAA8So8F,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAtT,EAAuVqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAnW,EAAoYsM,MAAK,EAACx5F,SAAQ,EAAT,EAAzY,EAAsZ65F,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAA4CvmB,QAAO,EAACs5F,aAAY,GAAb,EAAiB95F,SAAQ,CAAzB,EAAnD,EAA+EqsF,WAAU,EAAC7rF,QAAO,EAACumB,OAAM9tC,CAAP,EAAS+mB,SAAQ,EAAjB,EAAR,EAAzF,EAAla,EAA0hBu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAApiB,EAA6jByzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAjlB,EAA0mBkzE,MAAK,EAAC3K,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA/mB,EAA7I,EAAsxBs1E,WAAU,EAACnP,YAAW,SAAZ,EAAhyB,EAAuzBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAp0B,EAAk4BnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwB0oE,YAAW,EAAC1oE,OAAM,SAAP,EAAnC,EAAqD4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAhE,EAAkFhD,QAAO,EAACgD,OAAM,SAAP,EAAzF,EAA2GopE,gBAAe,EAACppE,OAAM,SAAP,EAA1H,EAA4IqpE,gBAAe,EAACrpE,OAAM,SAAP,EAA3J,EAA6KwS,OAAM,EAACxS,OAAM,SAAP,EAAnL,EAAqMq0E,WAAU,EAACr0E,OAAM,SAAP,EAA/M,EAAiOupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAAvO,EAA/4B,EAAP,EAAyuC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM9tC,CAAP,EAAxC,EAAkDw2G,YAAW,EAAC1oE,OAAM,SAAP,EAA7D,EAA+E4oE,YAAW,EAAC5oE,OAAM,SAAP,EAA1F,EAA4GuoE,MAAK,EAACvoE,OAAM,SAAP,EAAjH,EAAjC,EAA/uC,EAAq5C40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAA/C,EAA1C,EAAoIqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA5I,EAAf,EAAsKmtE,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM9tC,CAAP,EAAvB,EAA/C,EAAT,EAAR,EAAoGwwF,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBq4F,MAAK,EAACvqD,OAAM9tC,CAAP,EAAvB,EAAP,EAA3G,EAA/K,EAAqUqiH,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAhV,EAAmWsiH,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM9tC,CAAP,EAAR,EAAkBqgB,SAAQ,EAACytB,OAAM9tC,CAAP,EAA1B,EAAoC2Z,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAT,EAA9C,EAAtX,EAA75C,EAAu3D2iH,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA/3D,EAAd,CAAz4Z,EAAu6dnnG,EAAE,SAAF,EAAY,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bm1E,WAAU,EAACn1E,OAAM,SAAP,EAApC,EAAsDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5D,EAAsKo1E,KAAI,EAACnpE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAA1K,EAA4MgM,OAAM,EAACrmE,SAAQ,EAACq6D,UAAS,YAAV,EAAT,EAAlN,EAAoPiC,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAzP,EAA0RgN,QAAO,EAACl6F,SAAQ,EAAT,EAAjS,EAA8So8F,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAtT,EAAuVqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAnW,EAAoYsM,MAAK,EAACx5F,SAAQ,EAAT,EAAzY,EAAsZ65F,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAA4CvmB,QAAO,EAACs5F,aAAY,GAAb,EAAiB95F,SAAQ,CAAzB,EAAnD,EAA+EqsF,WAAU,EAAC7rF,QAAO,EAACumB,OAAM,SAAP,EAAiB/mB,SAAQ,EAAzB,EAAR,EAAzF,EAAla,EAAkiBu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA5iB,EAAqkByzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAzlB,EAAknBkzE,MAAK,EAAC3K,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAvnB,EAA7I,EAA8xBs1E,WAAU,EAACnP,YAAW,SAAZ,EAAxyB,EAA+zBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA50B,EAA04BnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwB0oE,YAAW,EAAC1oE,OAAM,SAAP,EAAnC,EAAqD4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAhE,EAAkFhD,QAAO,EAACgD,OAAM,SAAP,EAAzF,EAA2GopE,gBAAe,EAACppE,OAAM,SAAP,EAA1H,EAA4IqpE,gBAAe,EAACrpE,OAAM,SAAP,EAA3J,EAA6KwS,OAAM,EAACxS,OAAM,SAAP,EAAnL,EAAqMq0E,WAAU,EAACr0E,OAAM,SAAP,EAA/M,EAAiOupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAAvO,EAAv5B,EAAP,EAAivC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAAvvC,EAAq6C40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAA9D,EAAta,EAA76C,EAAu8D60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA/8D,EAAZ,CAAv6d,EAAmhiBnnG,EAAE,WAAF,EAAc,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0BiM,SAAQ,EAACq6D,UAAS,MAAV,EAAlC,EAAoD6O,WAAU,EAACn1E,OAAM,SAAP,EAA9D,EAAgFupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM,SAAP,EAA5D,EAA8EuoE,MAAK,EAACvoE,OAAM,SAAP,EAAnF,EAAtF,EAA4Lo1E,KAAI,EAACnpE,SAAQ,EAACq6D,UAAS,MAAV,EAAT,EAAhM,EAA4NgM,OAAM,EAACrmE,SAAQ,EAACq6D,UAAS,MAAV,EAAT,EAAlO,EAA8PiC,MAAK,EAACmK,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAnQ,EAAoSgN,QAAO,EAACl6F,SAAQ,EAAT,EAA3S,EAAwTo8F,SAAQ,EAAC3C,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAAhU,EAAiWqM,aAAY,EAACE,SAAQ,EAACvM,YAAW,SAAZ,EAAT,EAA7W,EAA8YsM,MAAK,EAACx5F,SAAQ,EAAT,EAAnZ,EAAga65F,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAA4CvmB,QAAO,EAACs5F,aAAY,GAAb,EAAiB95F,SAAQ,CAAzB,EAAnD,EAA+EqsF,WAAU,EAAC7rF,QAAO,EAACumB,OAAM,SAAP,EAAiB/mB,SAAQ,EAAzB,EAAR,EAAzF,EAA5a,EAA4iBu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAtjB,EAA+kByzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAnmB,EAA4nBkzE,MAAK,EAAC3K,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAjoB,EAA7I,EAAwyBs1E,WAAU,EAACnP,YAAW,SAAZ,EAAlzB,EAAy0BoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAt1B,EAAo5BnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwB0oE,YAAW,EAAC1oE,OAAM,SAAP,EAAnC,EAAqD4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAhE,EAAkFhD,QAAO,EAACgD,OAAM,SAAP,EAAzF,EAA2GopE,gBAAe,EAACppE,OAAM,SAAP,EAA1H,EAA4IqpE,gBAAe,EAACrpE,OAAM,SAAP,EAA3J,EAA6KwS,OAAM,EAACxS,OAAM,SAAP,EAAnL,EAAqMq0E,WAAU,EAACr0E,OAAM,SAAP,EAA/M,EAAiOupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM,SAAP,EAA5D,EAA8EuoE,MAAK,EAACvoE,OAAM,SAAP,EAAnF,EAAvO,EAAj6B,EAAP,EAAuvC20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAA7vC,EAA26C40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAAmDwqD,QAAO,EAACxqD,OAAM,SAAP,EAA1D,EAA9D,EAAta,EAAn7C,EAAs+D60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA9+D,EAAd,CAAnhiB,EAAgqmBnnG,EAAE,MAAF,EAAS,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bm1E,WAAU,EAACn1E,OAAM,SAAP,EAApC,EAAsDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5D,EAAsK8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAlL,EAA+NyyE,MAAK,EAACx5F,SAAQ,EAAT,EAApO,EAAiPu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA3P,EAAoRyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAxS,EAAiUiM,SAAQ,EAACq6D,UAAS,MAAV,EAAzU,EAA2V7sF,QAAO,EAACs5F,aAAY,CAAb,EAAlW,EAA7I,EAAggBwC,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,EAA6D,SAA7D,CAA7gB,EAAqlBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAhE,EAAkFopE,gBAAe,EAACppE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAlmB,EAAP,EAAk4B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAAx4B,EAAsjC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM;AAAP,qBAAlC,EACh8qDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAAmDwqD,QAAO,EAACxqD,OAAM,SAAP,EAA1D,EADs7qD,EAAta,EAA9jC,EACn4nD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,EAAqI,CAAC,SAAD,EAAW,SAAX,CAArI,CAAR,EAD23nD,EAAT,CAAhqmB,EAC3ihCnnG,EAAE,UAAF,EAAa,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,SAAP,EAAP,EAAyBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAxC,EAAhC,EAA8HqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0Bm1E,WAAU,EAACn1E,OAAM,SAAP,EAApC,EAAsDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA5D,EAAsK8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAlL,EAA+NyyE,MAAK,EAACx5F,SAAQ,EAAT,EAApO,EAAiPu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA3P,EAAoRyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAxS,EAAiUiM,SAAQ,EAACq6D,UAAS,MAAV,EAAzU,EAA2V7sF,QAAO,EAACs5F,aAAY,CAAb,EAAlW,EAA7I,EAAggBwC,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA7gB,EAA2kBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,SAAP,EAA/B,EAAiDqpE,gBAAe,EAACrpE,OAAM,SAAP,EAAhE,EAAkFopE,gBAAe,EAACppE,OAAM,SAAP,EAAjG,EAAmHwS,OAAM,EAACxS,OAAM,SAAP,EAAzH,EAA2Iq0E,WAAU,EAACr0E,OAAM,SAAP,EAArJ,EAAuKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,SAAP,EAAhE,EAAkFuoE,MAAK,EAACvoE,OAAM,SAAP,EAAvF,EAA7K,EAAxlB,EAAP,EAAw3B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,SAAP,EAAxC,EAA0D0oE,YAAW,EAAC1oE,OAAM,SAAP,EAArE,EAAuF4oE,YAAW,EAAC5oE,OAAM,SAAP,EAAlG,EAAoHuoE,MAAK,EAACvoE,OAAM,SAAP,EAAzH,EAAjC,EAA93B,EAA4iC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,SAAP,EAA5I,EAAf,EAA8Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAyCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAA/C,EAAT,EAAR,EAAoH0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BuqD,MAAK,EAACvqD,OAAM,SAAP,EAA/B,EAAP,EAA3H,EAAvL,EAA6Wu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAAxX,EAAmZw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,SAAP,EAAlC,EAAoDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAAT,EAAmDwqD,QAAO,EAACxqD,OAAM,SAAP,EAA1D,EAA9D,EAAta,EAApjC,EAAumD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA/mD,EAAb,CAD2ihC,EAC9x9BnnG,EAAE,eAAF,EAAkB,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM,MAAP,EAAP,EAAsBoyE,QAAO,EAACp1E,QAAO,EAACgD,OAAM,MAAP,EAAR,EAAuBk1E,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAArC,EAA7B,EAAwHqyE,gBAAe,EAACr1E,QAAO,EAACgD,OAAM,MAAP,EAAR,EAAuBm1E,WAAU,EAACn1E,OAAM,MAAP,EAAjC,EAAgDupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,MAAP,EAAhE,EAA+EuoE,MAAK,EAACvoE,OAAM,SAAP,EAApF,EAAtD,EAA6J8yE,aAAY,EAACG,WAAU,SAAX,EAAqB1K,MAAK,EAACvoE,OAAM,SAAP,EAA1B,EAAzK,EAAsNyyE,MAAK,EAACx5F,SAAQ,EAAT,EAA3N,EAAwOu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAlP,EAA2QyzE,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAA/R,EAAwTiM,SAAQ,EAACq6D,UAAS,MAAV,EAAhU,EAAkV7sF,QAAO,EAACs5F,aAAY,CAAb,EAAzV,EAAvI,EAAifuC,WAAU,EAACnP,YAAW,SAAZ,EAA3f,EAAkhBoP,cAAa,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAA/hB,EAA6lBnB,cAAa,EAAC7L,MAAK,EAACvoE,OAAM,SAAP,EAAN,EAAwBhD,QAAO,EAACgD,OAAM,MAAP,EAA/B,EAA8CqpE,gBAAe,EAACrpE,OAAM,SAAP,EAA7D,EAA+EopE,gBAAe,EAACppE,OAAM,SAAP,EAA9F,EAAgHwS,OAAM,EAACxS,OAAM,MAAP,EAAtH,EAAqIq0E,WAAU,EAACr0E,OAAM,SAAP,EAA/I,EAAiKupE,OAAM,EAAC0C,MAAK,EAAC9F,YAAW,aAAZ,EAA0B1sF,QAAO,EAACumB,OAAM,SAAP,EAAjC,EAAN,EAA0D09B,OAAM,EAAC19B,OAAM,MAAP,EAAhE,EAA+EuoE,MAAK,EAACvoE,OAAM,SAAP,EAApF,EAAvK,EAA1mB,EAAP,EAAi4B20E,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM,SAAP,EAAT,EAA2Bh2B,OAAM,EAACwrG,uBAAsB,SAAvB,EAAiCx4E,QAAO,EAACgD,OAAM,MAAP,EAAxC,EAAuD0oE,YAAW,EAAC1oE,OAAM,MAAP,EAAlE,EAAiF4oE,YAAW,EAAC5oE,OAAM,MAAP,EAA5F,EAA2GuoE,MAAK,EAACvoE,OAAM,MAAP,EAAhH,EAAjC,EAAv4B,EAAyiC40E,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBy1E,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM9tC,CAAP,EAA/B,EAAyCyvB,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,SAAP,EAAvB,EAA/C,EAA1C,EAAoIztB,SAAQ,EAACytB,OAAM,MAAP,EAA5I,EAAf,EAA2Kq/B,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,MAAP,EAAvB,EAAsCre,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,MAAP,EAAN,EAAqBwqD,QAAO,EAACxqD,OAAM,MAAP,EAA5B,EAA5C,EAAT,EAAR,EAA2G0iD,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAM,MAAP,EAAR,EAAuBuqD,MAAK,EAACvqD,OAAM,MAAP,EAA5B,EAAP,EAAlH,EAApL,EAA2Vu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,MAAP,EAAR,EAAtW,EAA8Xw0E,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAM,SAAP,EAAR,EAA0BztB,SAAQ,EAACytB,OAAM,MAAP,EAAlC,EAAiDn0B,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM9tC,CAAP,EAAN,EAAgBs4F,QAAO,EAACxqD,OAAM,MAAP,EAAvB,EAAT,EAAgDwqD,QAAO,EAACxqD,OAAM,MAAP,EAAvD,EAA3D,EAAjZ,EAAjjC,EAAskD60E,SAAQ,EAACnZ,QAAO,CAAC,CAAC,SAAD,EAAW,SAAX,CAAD,EAAuB,CAAC,SAAD,EAAW,SAAX,CAAvB,EAA6C,CAAC,SAAD,EAAW,SAAX,CAA7C,EAAmE,CAAC,SAAD,EAAW,SAAX,CAAnE,EAAyF,CAAC,SAAD,EAAW,SAAX,CAAzF,EAA+G,CAAC,SAAD,EAAW,SAAX,CAA/G,CAAR,EAA9kD,EAAlB,CAD8x9B,EAC7i6B,YAAU;AAAC,qBAAS58C,CAAT,GAAY;AAAC,uBAAM,EAACmtD,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM,SAAP,EAA5D,EAA8EuoE,MAAK,EAACvoE,OAAM/tC,CAAP,EAAnF,EAAN;AAAoG,iBAAI4sD,IAAE,SAAN;AAAA,gBAAgB38C,IAAE,SAAlB;AAAA,gBAA4Bo9C,IAAE,SAA9B;AAAA,gBAAwCrtD,IAAE,SAA1C;AAAA,gBAAoDsb,IAAE,SAAtD;AAAA,gBAAgE1M,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlE;AAAA,gBAAgIpV,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlI;AAAA,gBAAgMk0D,IAAE9+C,EAAE,CAAF,CAAlM;AAAA,gBAAuMmjB,IAAE9xB,CAAzM,CAA2MqC,EAAE,OAAF,EAAU,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM6e,CAAP,EAAP,EAAiBuzD,QAAO,EAACp1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBq2D,eAAc,EAACl4E,QAAO,EAACgD,OAAM99B,CAAP,EAAR,EAAkBwwG,SAAQ,EAAC1yE,OAAM99B,CAAP,EAA1B,EAAhC,EAAxB,EAA8FmwG,gBAAe,EAACr1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBs2D,WAAU,EAACn1E,OAAM6e,CAAP,EAA5B,EAAsC0qD,OAAMzqD,GAA5C,EAAgDg0D,aAAY,EAACG,WAAUhhH,CAAX,EAAas2G,MAAK,EAACvoE,OAAMsf,CAAP,EAAlB,EAA5D,EAAyFmzD,MAAK,EAACx5F,SAAQ,EAAT,EAA9F,EAA2Gu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAArH,EAAsIwhH,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAA1J,EAA2Kg6C,SAAQ,EAACq6D,UAAS,MAAV,EAAnL,EAAqM7sF,QAAO,EAACs5F,aAAY,CAAb,EAA5M,EAA7G,EAA0UwC,cAAa10G,CAAvV,EAAyVuzG,cAAa,EAAC7L,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAAgB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAvB,EAAiCwqD,gBAAe,EAACrpE,OAAMzyB,CAAP,EAAhD,EAA0D67F,gBAAe,EAACppE,OAAM/tC,CAAP,EAAzE,EAAmFugD,OAAM,EAACxS,OAAM6e,CAAP,EAAzF,EAAmGw1D,WAAU,EAACr0E,OAAM99B,CAAP,EAA7G,EAAuHqnG,OAAMzqD,GAA7H,EAAtW,EAAP,EAAgf61D,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM2f,CAAP,EAAT,EAAmB31C,OAAM,EAACwrG,uBAAsBvjH,CAAvB,EAAyB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAhC,EAA0C6pD,YAAW,EAAC1oE,OAAM6e,CAAP,EAArD,EAA+D+pD,YAAW,EAAC5oE,OAAM6e,CAAP,EAA1E,EAAoF0pD,MAAK,EAACvoE,OAAM6e,CAAP,EAAzF,EAAzB,EAAtf,EAAonB+1D,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM2f,CAAP,EAAN,EAAgB81D,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM6e,CAAP,EAAN,EAAgB2rC,QAAO,EAACxqD,OAAMhc,CAAP,EAAvB,EAAiCrC,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAM6e,CAAP,EAAvB,EAAvC,EAAlC,EAA4GtsC,SAAQ,EAACytB,OAAM6e,CAAP,EAApH,EAAf,EAA8IwgB,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAiC39B,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMsf,CAAP,EAAN,EAAgBkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAvC,EAAT,EAAR,EAA4FojC,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkBirC,MAAK,EAACvqD,OAAMsf,CAAP,EAAvB,EAAP,EAAnG,EAAvJ,EAAqSi1D,YAAW,EAAC/pB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAhT,EAAmUk1D,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkB/sC,SAAQ,EAACytB,OAAMsf,CAAP,EAA1B,EAAoCzzC,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAT,EAA2CkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAlD,EAA9C,EAAtV,EAA5nB,EAA+jCu1D,SAAQ,EAACnZ,QAAOtnG,EAAEyM,CAAF,EAAIpV,CAAJ,CAAR,EAAvkC,EAAV;AAAmmC,SAA16C,EAD6i6B,EACho3B,YAAU;AAAC,qBAASqzD,CAAT,GAAY;AAAC,uBAAM,EAACmtD,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM,SAAP,EAA5D,EAA8EuoE,MAAK,EAACvoE,OAAM/tC,CAAP,EAAnF,EAAN;AAAoG,iBAAI4sD,IAAE,SAAN;AAAA,gBAAgB38C,IAAE,SAAlB;AAAA,gBAA4Bo9C,IAAE,SAA9B;AAAA,gBAAwCrtD,IAAE,SAA1C;AAAA,gBAAoDsb,IAAE,SAAtD;AAAA,gBAAgE1M,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlE;AAAA,gBAAgIpV,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlI;AAAA,gBAAgMk0D,IAAE9+C,EAAE,CAAF,CAAlM;AAAA,gBAAuMmjB,IAAE9xB,CAAzM,CAA2MqC,EAAE,WAAF,EAAc,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM6e,CAAP,EAAP,EAAiBuzD,QAAO,EAACp1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBq2D,eAAc,EAACl4E,QAAO,EAACgD,OAAM99B,CAAP,EAAR,EAAkBwwG,SAAQ,EAAC1yE,OAAM99B,CAAP,EAA1B,EAAhC,EAAxB,EAA8FmwG,gBAAe,EAACr1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBs2D,WAAU,EAACn1E,OAAM6e,CAAP,EAA5B,EAAsC0qD,OAAMzqD,GAA5C,EAAgDg0D,aAAY,EAACG,WAAUhhH,CAAX,EAAas2G,MAAK,EAACvoE,OAAMsf,CAAP,EAAlB,EAA5D,EAAyFmzD,MAAK,EAACx5F,SAAQ,EAAT,EAA9F,EAA2Gu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAArH,EAAsIwhH,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAA1J,EAA2Kg6C,SAAQ,EAACq6D,UAAS,MAAV,EAAnL,EAAqM7sF,QAAO,EAACs5F,aAAY,CAAb,EAA5M,EAA7G,EAA0UwC,cAAa10G,CAAvV,EAAyVuzG,cAAa,EAAC7L,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAAgB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAvB,EAAiCwqD,gBAAe,EAACrpE,OAAMzyB,CAAP,EAAhD,EAA0D67F,gBAAe,EAACppE,OAAM/tC,CAAP,EAAzE,EAAmFugD,OAAM,EAACxS,OAAM6e,CAAP,EAAzF,EAAmGw1D,WAAU,EAACr0E,OAAM99B,CAAP,EAA7G,EAAuHqnG,OAAMzqD,GAA7H,EAAtW,EAAP,EAAgf61D,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM2f,CAAP,EAAT,EAAmB31C,OAAM,EAACwrG,uBAAsBvjH,CAAvB,EAAyB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAhC,EAA0C6pD,YAAW,EAAC1oE,OAAM6e,CAAP,EAArD,EAA+D+pD,YAAW,EAAC5oE,OAAM6e,CAAP,EAA1E,EAAoF0pD,MAAK,EAACvoE,OAAM6e,CAAP,EAAzF,EAAzB,EAAtf,EAAonB+1D,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM2f,CAAP,EAAN,EAAgB81D,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM6e,CAAP,EAAN,EAAgB2rC,QAAO,EAACxqD,OAAMhc,CAAP,EAAvB,EAAiCrC,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAM6e,CAAP,EAAvB,EAAvC,EAAlC,EAA4GtsC,SAAQ,EAACytB,OAAM6e,CAAP,EAApH,EAAf,EAA8IwgB,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAiC39B,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMsf,CAAP,EAAN,EAAgBkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAvC,EAAT,EAAR,EAA4FojC,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkBirC,MAAK,EAACvqD,OAAMsf,CAAP,EAAvB,EAAP,EAAnG,EAAvJ,EAAqSi1D,YAAW,EAAC/pB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAhT,EAAmUk1D,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkB/sC,SAAQ,EAACytB,OAAMsf,CAAP,EAA1B,EAAoCzzC,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAT,EAA2CkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAlD,EAA9C,EAAtV,EAA5nB,EAA+jCu1D,SAAQ,EAACnZ,QAAOtnG,EAAEyM,CAAF,EAAIpV,CAAJ,CAAR,EAAvkC,EAAd;AAAumC,SAA96C,EADgo3B,EAC/s0B,YAAU;AAAC,qBAASqzD,CAAT,GAAY;AAAC,uBAAM,EAACmtD,MAAK,EAAC9F,YAAW,SAAZ,EAAsB1sF,QAAO,EAACumB,OAAM,SAAP,EAA7B,EAAN,EAAsD09B,OAAM,EAAC19B,OAAM,SAAP,EAA5D,EAA8EuoE,MAAK,EAACvoE,OAAM/tC,CAAP,EAAnF,EAAN;AAAoG,iBAAI4sD,IAAE,SAAN;AAAA,gBAAgB38C,IAAE,SAAlB;AAAA,gBAA4Bo9C,IAAE,SAA9B;AAAA,gBAAwCrtD,IAAE,SAA1C;AAAA,gBAAoDsb,IAAE,SAAtD;AAAA,gBAAgE1M,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlE;AAAA,gBAAgIpV,IAAE,CAAC,SAAD,EAAW,SAAX,EAAqB,SAArB,EAA+B,SAA/B,EAAyC,SAAzC,EAAmD,SAAnD,CAAlI;AAAA,gBAAgMk0D,IAAE9+C,EAAE,CAAF,CAAlM;AAAA,gBAAuMmjB,IAAE9xB,CAAzM,CAA2MqC,EAAE,MAAF,EAAS,EAAC+vG,OAAM,EAAC9xD,OAAM,EAACxS,OAAM6e,CAAP,EAAP,EAAiBuzD,QAAO,EAACp1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBq2D,eAAc,EAACl4E,QAAO,EAACgD,OAAM99B,CAAP,EAAR,EAAkBwwG,SAAQ,EAAC1yE,OAAM99B,CAAP,EAA1B,EAAhC,EAAxB,EAA8FmwG,gBAAe,EAACr1E,QAAO,EAACgD,OAAM6e,CAAP,EAAR,EAAkBs2D,WAAU,EAACn1E,OAAM6e,CAAP,EAA5B,EAAsC0qD,OAAMzqD,GAA5C,EAAgDg0D,aAAY,EAACG,WAAUhhH,CAAX,EAAas2G,MAAK,EAACvoE,OAAMsf,CAAP,EAAlB,EAA5D,EAAyFmzD,MAAK,EAACx5F,SAAQ,EAAT,EAA9F,EAA2Gu6F,WAAU,EAACjL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAArH,EAAsIwhH,qBAAoB,EAAClL,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAA1J,EAA2Kg6C,SAAQ,EAACq6D,UAAS,MAAV,EAAnL,EAAqM7sF,QAAO,EAACs5F,aAAY,CAAb,EAA5M,EAA7G,EAA0UwC,cAAa10G,CAAvV,EAAyVuzG,cAAa,EAAC7L,MAAK,EAACvoE,OAAM/tC,CAAP,EAAN,EAAgB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAvB,EAAiCwqD,gBAAe,EAACrpE,OAAMzyB,CAAP,EAAhD,EAA0D67F,gBAAe,EAACppE,OAAM/tC,CAAP,EAAzE,EAAmFugD,OAAM,EAACxS,OAAM6e,CAAP,EAAzF,EAAmGw1D,WAAU,EAACr0E,OAAM6e,CAAP,EAA7G,EAAuH0qD,OAAMzqD,GAA7H,EAAtW,EAAP,EAAgf61D,OAAM,EAACpmC,SAAQ,EAACvuC,OAAM2f,CAAP,EAAT,EAAmB31C,OAAM,EAACwrG,uBAAsBvjH,CAAvB,EAAyB+qC,QAAO,EAACgD,OAAM6e,CAAP,EAAhC,EAA0C6pD,YAAW,EAAC1oE,OAAM6e,CAAP,EAArD,EAA+D+pD,YAAW,EAAC5oE,OAAM6e,CAAP,EAA1E,EAAoF0pD,MAAK,EAACvoE,OAAM6e,CAAP,EAAzF,EAAzB,EAAtf,EAAonB+1D,SAAQ,EAACN,eAAc,EAAC/pB,MAAK,EAACvqD,OAAM2f,CAAP,EAAN,EAAgB81D,mBAAkB,EAAClrB,MAAK,EAACvqD,OAAM6e,CAAP,EAAN,EAAgB2rC,QAAO,EAACxqD,OAAMhc,CAAP,EAAvB,EAAiCrC,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAM6e,CAAP,EAAvB,EAAvC,EAAlC,EAA4GtsC,SAAQ,EAACytB,OAAM6e,CAAP,EAApH,EAAf,EAA8IwgB,UAAS,EAACvQ,QAAO,EAAChc,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAiC39B,OAAM,EAAC4oE,MAAK,EAACvqD,OAAMsf,CAAP,EAAN,EAAgBkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAvC,EAAT,EAAR,EAA4FojC,QAAO,EAACgzB,OAAM,EAAClrB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkBirC,MAAK,EAACvqD,OAAMsf,CAAP,EAAvB,EAAP,EAAnG,EAAvJ,EAAqSi1D,YAAW,EAAC/pB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAhT,EAAmUk1D,oBAAmB,EAAChqB,QAAO,EAACxqD,OAAMsf,CAAP,EAAR,EAAkB/sC,SAAQ,EAACytB,OAAMsf,CAAP,EAA1B,EAAoCzzC,WAAU,EAACinC,SAAQ,EAACy3C,MAAK,EAACvqD,OAAMhc,CAAP,EAAN,EAAgBwmE,QAAO,EAACxqD,OAAMsf,CAAP,EAAvB,EAAT,EAA2CkrC,QAAO,EAACxqD,OAAMsf,CAAP,EAAlD,EAA9C,EAAtV,EAA5nB,EAA+jCu1D,SAAQ,EAACnZ,QAAOtnG,EAAEyM,CAAF,EAAIpV,CAAJ,CAAR,EAAvkC,EAAT;AAAkmC,SAAz6C,EAD+s0B;AACnyxB,KADousB,CACnusB1C,OAAO07D,KAAP,CAAa76D,MADstsB,GAC9ssBb,OAAO07D,KADgssB;AAC1rsB,CAD2lsB,EAC1lsB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS0xB,CAAT,EAAW1qD,CAAX,EAAayqD,CAAb,EAAe;AAAC,KAACA,KAAGzqD,CAAJ;AAAS,CADohsB,CAA98P,CACpkc,CAAC,CAAC,UAASA,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW+uD,CAAlB;AAAoB,kBAAS51C,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI1M,IAAEpV,EAAE8hB,CAAF,CAAN,CAAW,OAAOg2C,EAAEr0B,KAAF,CAAQ96B,IAAEyM,CAAV,IAAaA,CAApB;AAAsB,kBAASpV,CAAT,CAAW2I,CAAX,EAAa;AAAC,mBAAOA,IAAEmvD,EAAEp0B,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAASyM,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAO83D,EAAEnrC,GAAF,CAAMmrC,EAAE5hB,GAAF,CAAMvtC,CAAN,EAAQ3I,CAAR,CAAN,EAAiB8hB,CAAjB,CAAP;AAA2B,kBAASuxC,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAEutD,CAAT;AAAW,kBAAS9C,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAEutD,CAAT;AAAW,kBAAS1vD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWzW,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO2I,EAAEmZ,CAAF,IAAKA,CAAL,GAAO9hB,CAAd;AAAgB,kBAASyW,CAAT,CAAW9N,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASkrD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,CAAJ,IAASnZ,CAAT;AAAW3I,kBAAErC,IAAF,CAAOmkB,IAAEnZ,EAAEmZ,CAAF,CAAT;AAAX,aAA0B,OAAO9hB,EAAES,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAASirD,CAAT,CAAWtsD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,UAAR,CAAmB,KAAI8hB,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB,EAAE4iB,CAArB;AAAuB9hB,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG2I,EAAE0xD,UAAF,CAAav4C,CAAb,CAA1C;AAAvB,aAAiF,OAAO9hB,MAAI,CAAX;AAAa,kBAAS4zD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,mBAAOssD,EAAEpB,EAAElrD,CAAF,CAAF,CAAP;AAAe,kBAASumB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE2I,EAAEzJ,MAAV;AAAA,gBAAiBkW,IAAE8hD,CAAnB;AAAA,gBAAqB7D,IAAE4D,CAAvB,CAAyB,KAAIn1C,IAAE,CAAN,EAAQA,IAAE9hB,CAAV,EAAY8hB,GAAZ;AAAgBuxC,oBAAEyE,EAAEnrC,GAAF,CAAM0mC,CAAN,EAAQ1qD,EAAEmZ,CAAF,CAAR,CAAF,EAAgB1M,IAAE0iD,EAAE5hB,GAAF,CAAM9gC,CAAN,EAAQzM,EAAEmZ,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACo0B,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAAN;AAAoB,kBAASa,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOumB,EAAEvmB,CAAF,EAAKutC,GAAZ;AAAgB,kBAAS8d,CAAT,CAAWrrD,CAAX,EAAa;AAAC,mBAAOumB,EAAEvmB,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAO6kC,EAAE7kC,CAAF,EAAKutC,GAAZ;AAAgB,kBAASptC,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO6kC,EAAE7kC,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS6gB,CAAT,CAAW7kC,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE6D,CAAZ;AAAA,gBAAc9D,IAAE6D,CAAhB,CAAkB,KAAIn1C,IAAE,CAAF,EAAI9hB,IAAE2I,EAAEzJ,MAAZ,EAAmB4iB,IAAE9hB,CAArB,EAAuB8hB,GAAvB;AAA2B1M,oBAAEzM,EAAEmZ,CAAF,CAAF,EAAO,SAAO1M,CAAP,IAAUuY,SAASvY,CAAT,CAAV,KAAwBi+C,IAAEyE,EAAE5hB,GAAF,CAAMmd,CAAN,EAAQj+C,CAAR,CAAF,EAAag+C,IAAE0E,EAAEnrC,GAAF,CAAMymC,CAAN,EAAQh+C,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAAC8gC,KAAImd,MAAI6D,CAAJ,GAAM,KAAK,CAAX,GAAa7D,CAAlB,EAAoB1mC,KAAIymC,MAAI6D,CAAJ,GAAM,KAAK,CAAX,GAAa7D,CAArC,EAAN;AAA8C,kBAAS31B,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASwuC,CAAT,CAAW/kC,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAemZ,CAAf,GAAkBnZ,CAAzB;AAA2B,kBAASR,CAAT,CAAWQ,CAAX,EAAa;AAAC,mBAAO0uD,EAAEnG,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAStzD,CAAT,CAAWqb,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO2I,EAAE3I,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI8hB,CAAJ,GAAM,IAAN,GAAW9hB,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAAS5C,CAAT,CAAWuL,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,qBAAGyG,EAAEkC,EAAEmZ,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAEmZ,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO9hB,CAAP;AAAS,kBAASu3D,CAAT,CAAWz1C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE,EAAV,CAAa,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,oBAAE0M,EAAE9hB,CAAF,EAAK,CAAL,CAAF,EAAU2I,EAAEyM,CAAF,MAAOi+C,KAAGvxC,EAAE9hB,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYoV,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKi+C,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASpqB,CAAT,CAAWtgC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASytD,CAAT,CAAWztD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,IAAGzM,CAAH,EAAK,KAAImZ,IAAEu1C,EAAEoO,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B/E,IAAE,CAAlC,EAAoCA,IAAE8hB,EAAE5iB,MAAxC,EAA+Cc,GAA/C;AAAmDoV,kBAAEzX,IAAF,CAAO,WAASmkB,EAAE9hB,CAAF,CAAhB;AAAnD,aAAyE,OAAOoV,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASotD,CAAT,CAAWt1C,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACnZ,EAAEmZ,CAAF,CAAxD;AAA6D,kBAAS21C,CAAT,CAAW9uD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O9hB,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUoV,IAAE,EAA7U,EAAgVzM,IAAE,CAAlV;AAAqVA,oBAAE3I,EAAE,CAAF,CAAF,GAAOA,EAAEwK,KAAF,EAAP,IAAkB4K,KAAG0M,EAAE9hB,EAAE,CAAF,CAAF,CAAH,EAAW2I,KAAG3I,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOoV,CAAP;AAAS,kBAASihD,CAAT,CAAW1tD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAYD,CAAZ,CAAc,KAAIzqD,IAAEA,EAAElF,WAAF,EAAF,EAAkBqe,IAAE,EAAC9hB,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0D9I,IAAE,CAA5D,EAA8DoV,IAAE,CAAhE,EAAkEi+C,IAAE,CAAxE,EAA0EA,IAAE1qD,EAAEzJ,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAGD,IAAEtxC,EAAEnZ,EAAE2qD,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAACD,CAArB,EAAuB,OAAO,IAAP,CAAYpzD,KAAGozD,CAAH,EAAKA,IAAEh+C,CAAF,KAAMpV,KAAG,IAAEoV,CAAX,CAAL,EAAmBA,IAAEg+C,CAArB;AAAuB,oBAAOpzD,CAAP;AAAS,kBAAS23D,CAAT,CAAWhvD,CAAX,EAAa;AAAC,gBAAImZ,IAAEje,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAIj0E,CAAJ;AAAA,oBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAEE,UAAUhB,MAAhB,EAAuB,EAAEc,CAAF,IAAK,CAA5B;AAA+BoV,yBAAG,MAAIlV,UAAUF,CAAV,CAAP;AAA/B,iBAAmD,OAAOoV,KAAK0M,CAAL,GAAOA,EAAE1M,CAAF,CAAP,GAAY0M,EAAE1M,CAAF,IAAKzM,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAAS23D,CAAT,CAAWlvD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,IAAE,EAAV,EAAai+C,IAAE,CAAf,EAAiBD,IAAEzqD,EAAEzJ,MAAzB,EAAgCm0D,IAAED,CAAlC;AAAqCtxC,oBAAEnZ,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoBvxC,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBuxC,IAAED,CAAtB,IAAyBpzD,IAAE2I,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMrzD,CAAd,IAAiBoV,EAAEzX,IAAF,CAAO,CAAC,CAAC,OAAKmkB,CAAN,KAAU,EAAX,KAAgB,OAAK9hB,CAArB,IAAwB,KAA/B,CAAjB,IAAwDoV,EAAEzX,IAAF,CAAOmkB,CAAP,GAAUuxC,GAAlE,CAA7C,IAAqHj+C,EAAEzX,IAAF,CAAOmkB,CAAP,CAAzI;AAArC,aAAwL,OAAO1M,CAAP;AAAS,kBAASshD,CAAT,CAAW/tD,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAImZ,IAAE,EAAN,CAAS,OAAOnZ,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASmZ,KAAGvZ,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EmZ,KAAGvZ,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASmsD,CAAT,CAAWxtD,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAS9hB,CAAT,CAAW2I,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAI,IAAIoV,IAAE,EAAN,EAASi+C,IAAE,CAAX,EAAaD,IAAE,CAAf,EAAiB5sD,IAAE,CAAvB,EAAyB6sD,IAAE1qD,EAAEzJ,MAAJ,IAAYk0D,IAAEpzD,EAAEd,MAAzC;AAAiD4iB,sBAAEnZ,EAAE0qD,CAAF,CAAF,EAAOrzD,EAAEozD,CAAF,CAAP,KAAc,CAAd,GAAgBh+C,EAAE5O,GAAF,IAAOmC,EAAE0qD,GAAF,CAAvB,GAA8Bj+C,EAAE5O,GAAF,IAAOxG,EAAEozD,GAAF,CAArC;AAAjD,iBAA6F,OAAOC,IAAE1qD,EAAEzJ,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAezM,EAAElL,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuCD,IAAEpzD,EAAEd,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAepV,EAAEvC,KAAF,CAAQ21D,CAAR,CAAf,CAAnD,EAA8Eh+C,CAArF;AAAuF,oBAAOzM,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAAS2X,CAAT,CAAWzM,CAAX,EAAa;AAAC,oBAAImZ,CAAJ,EAAMuxC,CAAN,EAAQD,CAAR,CAAU,OAAOzqD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAemZ,IAAErgB,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAE1qD,EAAElL,KAAF,CAAQ,CAAR,EAAUqkB,CAAV,CAA3B,EAAwCsxC,IAAEzqD,EAAElL,KAAF,CAAQqkB,CAAR,CAA1C,EAAqDuxC,IAAEj+C,EAAEi+C,CAAF,CAAvD,EAA4DD,IAAEh+C,EAAEg+C,CAAF,CAA9D,EAAmEpzD,EAAEqzD,CAAF,EAAID,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HzqD,CAA1H,CAA5B;AAAyJ,aAAImvD,IAAEr2D,IAAN;AAAA,YAAW41D,IAAE/5D,OAAO07D,KAApB;AAAA,YAA0B7B,IAAEE,EAAE+N,UAA9B;AAAA,YAAyClP,IAAE4B,EAAEzoC,EAAF,GAAK,GAAhD;AAAA,YAAoD6nC,IAAE4D,OAAOw3B,SAA7D;AAAA,YAAuEr7B,IAAE,CAAC6D,OAAOw3B,SAAjF;AAAA,YAA2F56B,IAAE,WAA7F;AAAA,YAAyGE,IAAEhzD,KAAKD,GAAhH,CAAoHizD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAIhzD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CsyB,EAAEE,CAAF,EAAI,EAAChzB,MAAK,EAACkuD,SAAQr7B,CAAT,EAAWs7B,SAAQv7B,CAAnB,EAAqB3uC,QAAOolB,CAA5B,EAA8B+kD,aAAYvjE,CAA1C,EAA4CwjE,UAASx+B,CAArD,EAAuDy+B,UAAS3+B,CAAhE,EAAkE4+B,SAAQjqF,CAA1E,EAA4EkqF,KAAIz/B,CAAhF,EAAkF0/B,SAAQ79B,CAA1F,EAA4F89B,YAAWn/B,CAAvG,EAAyGo/B,UAASxsF,CAAlH,EAAoHysF,eAAc77B,CAAlI,EAAoI/2D,MAAKo9B,CAAzI,EAA2Iy1D,YAAW99E,CAAtJ,EAAwJzQ,KAAIizD,CAA5J,EAA8Ju7B,WAAUt/B,CAAxK,EAA0KpwB,OAAM3hB,CAAhL,EAAkLsxE,KAAI//B,CAAtL,EAAwLggC,YAAW5sF,CAAnM,EAAqM6sF,eAAcl2F,CAAnN,EAAqNm2F,WAAUn9B,CAA/N,EAAiOo9B,YAAWvqD,CAA5O,EAA8OwqD,aAAYl8B,CAA1P,EAA4Pm8B,gBAAevrF,CAA3Q,EAA6QwrF,mBAAkBnmD,CAA/R,EAAiSomD,gBAAer+B,CAAhT,EAAkTs+B,gBAAe/qF,CAAjU,EAAmUgrF,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAc39B,CAAxW,EAA0W49B,eAAcx8B,CAAxX,EAA0Xy8B,SAAQv8B,CAAlY,EAAoYw8B,YAAWz9B,CAA/Y,EAAiZ09B,YAAWv8B,CAA5Z,EAA8Zw8B,WAAUl+B,CAAxa,EAAN,EAAJ,CAA9C,EAAqekB,EAAEsM,OAAF,CAAUt/B,IAAV,GAAegzB,EAAEhzB,IAAtf,EAA2fgzB,EAAEqM,OAAF,CAAUr/B,IAAV,GAAegzB,EAAEhzB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASmZ,CAAT,GAAY;AAAC,mBAAM,EAACgJ,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASt0F,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAO4zD,EAAEz6B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoBmZ,CAApB,EAAsB9hB,CAAtB,CAAP;AAAgC,kBAASoV,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE,EAAN,CAAS,IAAG2I,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACx0F,wBAAE2I,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAMyM,CAAN,EAAQ;AAACg+C,sBAAEqT,YAAF,CAAerxD,CAAf;AAAkB,yBAAQxW,GAAR,CAAYoB,CAAZ,EAAemZ,IAAf,CAAoB2I,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIuxC,IAAEl2D,QAAN;AAAA,YAAei2D,IAAE91D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE4sD,EAAE0S,KAAlC;AAAA,YAAwCvtC,IAAE66B,EAAE/uB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6D/+B,IAAErtD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEs4E,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIoG,CAAL,EAAOrE,OAAMwd,CAAb,EAAtB,CAAsC1M,EAAEzM,CAAF,IAAK0qD,CAAL,EAAOrzD,EAAE20F,KAAF,IAAS30F,EAAE40F,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQ90F,EAAE40F,KAA1B,EAAgC50F,EAAE40F,KAAF,GAAQvhC,CAAjD,IAAoDrzD,EAAE20F,KAAF,GAAQ30F,EAAE40F,KAAF,GAAQvhC,CAA3E,EAA6ErzD,EAAEy0F,OAAF,IAAWz0F,EAAEmnE,KAAb,IAAoB/xD,EAAEpV,EAAE20F,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBvC,EAAE20F,KAAF,GAAQ30F,EAAE20F,KAAF,CAAQE,KAApC,EAA0C70F,EAAE20F,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF90F,EAAEy0F,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAG3I,CAAH,EAAK,OAAOA,MAAI8hB,EAAE6yE,KAAN,IAAa30F,MAAI8hB,EAAE8yE,KAAnB,KAA2B9yE,EAAE6yE,KAAF,GAAQ30F,EAAE60F,KAAV,EAAgB/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D90F,MAAI8hB,EAAE8yE,KAAN,KAAc50F,EAAE80F,KAAF,KAAU90F,EAAE80F,KAAF,CAAQD,KAAR,GAAc70F,EAAE60F,KAAhB,EAAsB70F,EAAE60F,KAAF,CAAQC,KAAR,GAAc90F,EAAE80F,KAAhD,GAAuD90F,EAAE80F,KAAF,GAAQhzE,EAAE8yE,KAAjE,EAAuE50F,EAAE60F,KAAF,GAAQ,IAA/E,EAAoF/yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAc70F,CAAlG,EAAoG8hB,EAAE8yE,KAAF,GAAQ50F,CAA1H,CAA/D,EAA4LA,EAAEsE,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmB2wD,IAAEtsD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BirD,IAAEptD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAIlhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAK+F,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASv0F,CAAT,EAAWoV,CAAX,EAAag+C,CAAb,EAAe;AAAC,oBAAI5sD,CAAJ,EAAMqtD,CAAN,EAAQD,CAAR,EAAU1kC,CAAV,EAAYglC,CAAZ,EAAcF,CAAd,EAAgBuB,CAAhB,EAAkBzsD,CAAlB,CAAoB,IAAG,CAAC9I,CAAJ,EAAM,OAAO8hB,GAAP,CAAW,IAAGtb,IAAE+xB,EAAE46D,SAAF,CAAY/9E,CAAZ,CAAF,EAAiBy+C,IAAEt7B,EAAEu6D,OAAF,CAAU9yF,IAAEwG,CAAZ,CAAnB,EAAkCotD,IAAE,KAAKmhC,MAAL,CAAY11F,GAAZ,CAAgBw0D,CAAhB,CAApC,EAAuDD,CAA1D,EAA4D,OAAOA,CAAP,CAAS1kC,IAAEpN,GAAF,EAAMoyC,IAAEd,IAAEA,CAAF,GAAI6B,CAAZ,EAAcjB,IAAE,KAAKihC,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI00C,CAAJ,IAASngD,CAAT;AAAWtM,wBAAEsM,EAAEmgD,CAAF,CAAF,EAAO9+C,EAAE3N,CAAF,MAAOorD,EAAEr1C,KAAF,CAAQ02C,CAAR,IAAWzsD,CAAlB,CAAP;AAAX,iBAAuC,OAAOH,EAAEurD,CAAF,EAAKjxD,IAAL,CAAUjD,CAAV,GAAak0D,EAAE/wD,WAAF,CAAc6wD,CAAd,CAAb,EAA8BX,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACl0D,IAAE,EAAH,EAAOd,MAAP,KAAgBgwB,EAAEpE,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsD9lE,EAAEW,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E+B,EAAEolE,QAAF,GAAWtgC,EAAEkhC,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0M9lE,EAAEpE,KAAF,GAAQ,CAAR,IAAWoE,EAAEW,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB7gC,CAAhB,EAAkB3kC,CAAlB,CAAjO,EAAsPglC,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRhlC,CAAzR;AAA2R,aAAvlB,EAAwlB+lE,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDphC,EAAEz6B,OAAF,GAAU,IAAIy6B,CAAJ,EAAV,EAAgBR,EAAE/uB,IAAF,CAAO8wD,WAAP,GAAmBvhC,CAAnC,EAAqCR,EAAE/uB,IAAF,CAAO+wD,QAAP,GAAgBvhC,CAArD,EAAuDT,EAAE/uB,IAAF,CAAOgxD,SAAP,GAAiBjgF,CAAxE,EAA0Eg+C,EAAE/uB,IAAF,CAAOixD,WAAP,GAAmBt1F,CAA7F;AAA+F,KAAvlE,CAAwlE1C,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAU7sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBo9C,CAAhB;AAAA,gBAAkBoB,IAAE,EAApB;AAAA,gBAAuBrB,IAAE,CAAzB,CAA2B,KAAIjrD,IAAEmZ,EAAEnZ,CAAF,CAAN,EAAWirD,IAAEjrD,EAAEzJ,MAAf;AAAuBc,oBAAE2I,EAAE0xD,UAAF,CAAazG,GAAb,CAAF,EAAoBx+C,IAAEzM,EAAE0xD,UAAF,CAAazG,GAAb,CAAtB,EAAwCP,IAAE1qD,EAAE0xD,UAAF,CAAazG,GAAb,CAA1C,EAA4DptD,IAAExG,KAAG,CAAjE,EAAmEu4B,IAAE,CAAC,IAAEv4B,CAAH,KAAO,CAAP,GAASoV,KAAG,CAAjF,EAAmFqB,IAAE,CAAC,KAAGrB,CAAJ,KAAQ,CAAR,GAAUi+C,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GxvC,MAAMzO,CAAN,IAASqB,IAAEo9C,IAAE,EAAb,GAAgBhwC,MAAMwvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4IoB,IAAEA,IAAE7B,EAAEE,MAAF,CAAS9sD,CAAT,CAAF,GAAc4sD,EAAEE,MAAF,CAAS/6B,CAAT,CAAd,GAA0B66B,EAAEE,MAAF,CAAS78C,CAAT,CAA1B,GAAsC28C,EAAEE,MAAF,CAASO,CAAT,CAApL;AAAvB,aAAuN,OAAOoB,CAAP;AAAS,kBAASnzC,CAAT,CAAWnZ,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,KAAI0M,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAE2I,EAAE0xD,UAAF,CAAav4C,CAAb,CAAF,EAAkB9hB,IAAE,GAAF,GAAMoV,KAAGi+C,EAAErzD,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAV,CAAH,EAAgBoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUoV,KAAGi+C,EAAE,MAAIrzD,MAAI,EAAV,CAAH,EAAiBoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOoV,CAAP;AAAS,aAAIpV,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEolE,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwD4qD,IAAE,mEAA1D,CAA8Hh+C,EAAEpV,EAAEqkC,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAW1zE,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBxkB,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAImZ,IAAErgB,IAAN;AAAA,YAAWzB,IAAE1C,OAAO07D,KAApB;AAAA,YAA0B5jD,IAAEpV,EAAEolE,UAA9B;AAAA,YAAyC/R,IAAE1qD,EAAE7E,OAA7C;AAAA,YAAqDsvD,IAAE,EAACqiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK2zE,SAAL,EAAN;AAAA,oBAAuBz1F,IAAEqzD,EAAE1qD,CAAF,EAAImZ,CAAJ,CAAzB,CAAgC,OAAO9hB,KAAG,CAAC,CAAJ,IAAO8hB,EAAEphB,MAAF,CAASV,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQulB,SAAQ,iBAAS5c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAIzgF,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,EAAE2I,CAAF,KAAM3I,EAAE2I,CAAF,EAAKmZ,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYg0E,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgB/zE,EAAE6K,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKnZ,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQmZ,CAA9C,EAAgDA,EAAE6zE,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20BvgF,EAAEpV,CAAF,EAAI,EAACm2F,QAAO,EAACC,gBAAehjC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B91D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,yBAAP,EAAiC,CAAC,iBAAD,EAAmB,gBAAnB,EAAoC,wBAApC,EAA6D,0BAA7D,EAAwF,mBAAxF,EAA4G,sBAA5G,CAAjC,EAAqKh5B,CAArK;AAAwK,CAA3L,CAA4L,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAAC,iBAAS9hB,CAAT,GAAY;AAAC,mBAAO,IAAP;AAAY,kBAASoV,CAAT,GAAY;AAAC,iBAAKsuF,SAAL,GAAe,EAAf;AAAkB,kBAASrwC,CAAT,CAAW1qD,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,EAAmB;AAAC,gBAAIi+C,CAAJ;AAAA,gBAAMD,CAAN;AAAA,gBAAQ5sD,IAAE,CAAC4O,EAAEo4B,CAAF,GAAIxtC,EAAEwtC,CAAP,KAAW7kC,EAAE+kC,CAAF,GAAI1tC,EAAE0tC,CAAjB,IAAoB,CAACt4B,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAP,KAAW/kC,EAAE6kC,CAAF,GAAIxtC,EAAEwtC,CAAjB,CAA9B;AAAA,gBAAkDjV,IAAE,CAACnjB,EAAEs4B,CAAF,GAAI1tC,EAAE0tC,CAAP,KAAW5rB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAjB,IAAoB,CAACp4B,EAAEo4B,CAAF,GAAIxtC,EAAEwtC,CAAP,KAAW1rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAjB,CAAxE,CAA4F,OAAO,MAAInV,CAAJ,KAAQ66B,IAAE5sD,IAAE+xB,CAAJ,EAAM86B,IAAE,IAAImQ,EAAJ,CAAO76D,EAAE6kC,CAAF,GAAI4lB,KAAGtxC,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAT,CAAX,EAAuB7kC,EAAE+kC,CAAF,GAAI0lB,KAAGtxC,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAT,CAA3B,CAAhB,GAAyD2lB,CAAhE;AAAkE,kBAASD,CAAT,CAAWzqD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAUD,IAAEzqD,EAAEuxG,MAAd;AAAA,gBAAqB3hF,IAAE66B,EAAEl0D,MAAzB;AAAA,gBAAgCuX,IAAE9N,EAAEi+G,cAApC;AAAA,gBAAmD/yD,IAAE4jD,GAAG,EAAH,EAAM9uG,EAAEi+G,cAAR,CAArD;AAAA,gBAA6E3xD,IAAEnzC,IAAE21F,GAAG,EAAH,EAAM31F,EAAE8kG,cAAR,CAAF,GAA0B,EAAzG;AAAA,gBAA4GhzD,IAAE6jD,GAAG,EAAH,EAAMxiD,CAAN,CAA9G,CAAuH,KAAIzuD,EAAEqtD,CAAF,GAAKrtD,EAAEotD,CAAF,CAAL,EAAU5zD,IAAE,CAAhB,EAAkBA,IAAEu4B,CAApB,EAAsBv4B,GAAtB;AAA0BoV,oBAAEg+C,EAAEpzD,CAAF,EAAKiC,IAAL,IAAW0G,EAAEi+G,cAAF,CAAiB3kH,IAA9B,EAAmCoxD,IAAEokD,GAAG,EAACr7F,MAAK,EAAN,EAAH,EAAaw3C,CAAb,EAAeqB,EAAE7/C,CAAF,CAAf,EAAoB,EAAC+lF,SAAQxyF,EAAEwyF,OAAX,EAApB,EAAwCtnC,CAAxC,EAA0Cp9C,EAAErB,CAAF,CAA1C,CAArC,EAAqFg+C,EAAEpzD,CAAF,EAAK0jG,SAAL,GAAerwC,CAApG,EAAsGD,EAAEpzD,CAAF,IAAKy3G,GAAG,EAAH,EAAMpkD,CAAN,EAAQD,EAAEpzD,CAAF,CAAR,CAA3G;AAA1B;AAAmJ,kBAASwG,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAOA,EAAEg/G,GAAT,EAAa,OAAOh/G,EAAEi/G,MAAtB,EAA6B,OAAOj/G,EAAEk/G,WAAtC,EAAkD,OAAOl/G,EAAEm0G,IAA3D,EAAgE,OAAOn0G,EAAE0gH,YAAzE,EAAsF,OAAO1gH,EAAEghH,GAA/F,EAAmG,OAAOhhH,EAAEk+G,KAA5G,EAAkH,OAAOl+G,EAAEq+G,IAA3H,EAAgI,OAAOr+G,EAAEu+G,YAAzI,EAAsJ,OAAOv+G,EAAEihH,OAA/J,EAAuK,OAAOjhH,EAAEo+G,WAAhL,EAA4L,OAAOp+G,EAAE++G,MAArM,EAA4M,OAAO/+G,EAAE0+G,WAArN,EAAiO,OAAO1+G,EAAE8+G,IAA1O,EAA+O,OAAO9+G,EAAEw/G,OAAxP,EAAgQ,OAAOx/G,EAAEs/G,MAAzQ,EAAgR,OAAOt/G,EAAEu/G,cAAzR,EAAwS,OAAOv/G,EAAE4gH,SAAjT,EAA2T,OAAO5gH,EAAE6gH,SAApU,EAA8U,OAAO7gH,EAAEy+G,SAAvV,EAAiW,OAAOz+G,EAAEw+G,SAA1W,EAAoX,OAAOx+G,EAAEo/G,SAA7X;AAAuY,kBAASxvF,CAAT,CAAW5vB,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,CAAV;AAAA,gBAAYD,IAAEzqD,EAAEuxG,MAAhB;AAAA,gBAAuB1zG,IAAEmC,EAAEmhH,YAAF,IAAgB,EAAzC,CAA4C,KAAIhoG,IAAE,CAAN,EAAQA,IAAEsxC,EAAEl0D,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAEozD,EAAEtxC,CAAF,CAAF,EAAO1M,IAAE5O,EAAEsb,IAAEtb,EAAEtH,MAAN,CAAT,EAAuBc,EAAEu0C,KAAF,GAAQv0C,EAAEu0C,KAAF,IAASn/B,CAAxC,EAA0Ci+C,IAAErzD,EAAE0jG,SAA9C,EAAwDrwC,MAAIA,EAAE9e,KAAF,GAAQ8e,EAAE9e,KAAF,IAASn/B,CAArB,CAAxD;AAAvB;AAAuG,kBAASqB,CAAT,CAAW9N,CAAX,EAAa;AAAC,gBAAImZ,CAAJ,CAAMq1F,GAAG,CAACgT,EAAD,EAAIC,EAAJ,EAAOC,EAAP,EAAUC,EAAV,CAAH,EAAiB,YAAU;AAACxoG,oBAAE,OAAK,MAAP,EAAcnZ,EAAEmZ,CAAF,MAAOnZ,EAAE,OAAK,MAAP,IAAeA,EAAEmZ,CAAF,CAAf,EAAoB,OAAOnZ,EAAEmZ,CAAF,CAAlC,CAAd;AAAsD,aAAlF;AAAoF,kBAAS+xC,CAAT,CAAW/xC,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE,CAACpV,KAAG,EAAJ,EAAQ2oH,YAAR,IAAsB,EAA5B,CAA+BxR,GAAG,CAACgT,EAAD,EAAIC,EAAJ,EAAOC,EAAP,EAAUC,EAAV,CAAH,EAAiB,YAAU;AAAC,oBAAItqH,IAAE,OAAK,MAAX;AAAA,oBAAkBqzD,IAAE,GAAG31D,MAAH,CAAUokB,EAAE9hB,CAAF,CAAV,CAApB;AAAA,oBAAoCozD,IAAEtxC,EAAE6mG,YAAF,IAAgB,EAAtD,CAAyDt1D,IAAE1qD,EAAE7I,GAAF,CAAMuzD,CAAN,EAAQ,UAAS1qD,CAAT,EAAW;AAAC,wBAAImZ,IAAE,CAACnZ,KAAG,EAAJ,EAAQ4rC,KAAd;AAAA,wBAAoB8e,IAAEokD,GAAG,EAAH,EAAMriG,CAAN,EAAQA,EAAEpV,CAAF,CAAR,EAAaozD,CAAb,EAAeA,EAAEpzD,CAAF,CAAf,EAAoB,EAAC88G,MAAK,EAACvoE,OAAMzyB,CAAP,EAAN,EAAgByvB,QAAO,EAACgD,OAAMzyB,CAAP,EAAvB,EAAiCilC,OAAM,EAACxS,OAAMzyB,CAAP,EAAvC,EAApB,EAAsEnZ,CAAtE,CAAtB,CAA+F,OAAO,OAAO0qD,EAAErzD,CAAF,CAAP,EAAYqzD,CAAnB;AAAqB,iBAAxI,CAAF,EAA4IvxC,EAAE9hB,CAAF,IAAKqzD,EAAEn0D,MAAF,GAAS,CAAT,GAAWm0D,CAAX,GAAaA,EAAE,CAAF,CAA9J;AAAmK,aAAxP;AAA0P,kBAAS4B,CAAT,CAAWtsD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE2I,EAAEzJ,MAAV;AAAA,gBAAiBkW,IAAE,CAAnB,CAAqB,KAAI0M,IAAE,CAAN,EAAQA,IAAE9hB,CAAV,EAAY8hB,GAAZ;AAAgB1M,oBAAEigG,GAAG1oF,GAAH,CAAOvX,CAAP,EAASzM,EAAEmZ,CAAF,EAAK1F,IAAL,CAAUld,MAAnB,CAAF;AAAhB,aAA6C,OAAOkW,CAAP;AAAS,kBAASw+C,CAAT,CAAWjrD,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASumB,CAAT,CAAWvmB,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAG,SAAOA,CAAV,EAAY,OAAOA,CAAP,CAAS,IAAI9hB,IAAE81G,GAAGntG,CAAH,EAAK,CAAC,CAAN,CAAN,CAAe,OAAO3I,EAAE8hB,CAAF,CAAP;AAAY,kBAASoyC,CAAT,CAAWvrD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAG,SAAOA,CAAV,EAAY,OAAOA,CAAP,CAAS,IAAI9hB,IAAE,WAAS2I,CAAf;AAAA,gBAAiByM,IAAE0M,EAAE9hB,CAAF,CAAnB,CAAwB,OAAOoV,MAAIA,IAAE4+C,EAAE8hD,GAAGntG,CAAH,EAAK,CAAC,CAAN,EAASmZ,CAAT,CAAF,CAAF,EAAiBA,EAAE9hB,CAAF,IAAKoV,CAA1B,GAA6BA,CAApC;AAAsC,kBAAS4+C,CAAT,CAAWrrD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ,EAAM9hB,CAAN,CAAQ,IAAG2I,aAAa/D,IAAhB,EAAqBkd,IAAEnZ,CAAF,CAArB,KAA8B,IAAG,QAAOA,CAAP,yCAAOA,CAAP,OAAW4hH,EAAd,EAAiBzoG,IAAEw1F,GAAG35C,SAAH,CAAah1D,CAAb,KAAiB,IAAI/D,IAAJ,CAAS+D,CAAT,CAAnB,CAAjB,KAAqD,IAAGA,CAAH,EAAK,IAAGyuG,GAAGzuG,CAAH,CAAH,EAAS,KAAImZ,IAAE,EAAF,EAAK9hB,IAAE,CAAX,EAAaA,IAAE2I,EAAEzJ,MAAjB,EAAwBc,GAAxB;AAA4B8hB,kBAAEnkB,IAAF,CAAOq2D,EAAErrD,EAAE3I,CAAF,CAAF,CAAP;AAA5B,aAAT,MAA0D8hB,IAAE,IAAIld,IAAJ,CAAS+D,CAAT,CAAF,CAAc,OAAOmZ,CAAP;AAAS,kBAASyzC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAOyuG,GAAGzuG,CAAH,IAAMkuG,GAAGluG,CAAH,EAAK4sD,CAAL,CAAN,GAAc5sD,IAAEqrD,EAAErrD,CAAF,EAAKk8B,OAAL,EAAF,GAAiB/iB,CAAtC;AAAwC,kBAAShZ,CAAT,CAAWH,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,EAAmB;AAAC,gBAAIi+C,CAAJ;AAAA,gBAAMD,IAAEzqD,CAAR,CAAU,OAAOA,MAAIA,IAAEqrD,EAAErrD,CAAF,CAAF,EAAO0qD,IAAE1qD,EAAEizD,QAAF,EAAT,EAAsB57D,MAAIwqH,EAAJ,IAAQp3D,IAAE,IAAIxuD,IAAJ,CAAS+D,EAAEgzD,WAAF,KAAgB75C,CAAzB,EAA2B,CAA3B,EAA6B,CAA7B,CAAF,EAAkCw1F,GAAGnjE,IAAH,CAAQk4B,SAAR,CAAkBjZ,CAAlB,EAAoB,CAApB,CAA1C,IAAkEpzD,MAAIyqH,EAAJ,IAAQr3D,IAAE,IAAIxuD,IAAJ,CAAS+D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,KAAa55C,CAAtC,EAAwC,CAAxC,CAAF,EAA6Cw1F,GAAGnjE,IAAH,CAAQk4B,SAAR,CAAkBjZ,CAAlB,EAAoBC,CAApB,CAArD,IAA6ErzD,MAAI0qH,EAAJ,IAAQt3D,IAAEtqD,EAAE0kC,EAAE7kC,CAAF,EAAIyM,CAAJ,CAAF,EAAS,IAAE0M,CAAX,EAAa6oG,EAAb,CAAF,EAAmBrT,GAAGnjE,IAAH,CAAQk4B,SAAR,CAAkBjZ,CAAlB,EAAoBC,CAApB,CAA3B,IAAmDrzD,MAAI2qH,EAAJ,IAAQv3D,IAAE,IAAIxuD,IAAJ,CAAS+D,EAAEgzD,WAAF,EAAT,EAAyBhzD,EAAE+yD,QAAF,EAAzB,EAAsC/yD,EAAE2yD,OAAF,KAAYx5C,CAAlD,CAAF,EAAuDw1F,GAAGnjE,IAAH,CAAQk4B,SAAR,CAAkBjZ,CAAlB,EAAoBC,CAApB,CAA/D,IAAuFrzD,MAAI4qH,EAAJ,IAAQjiH,IAAE,IAAI/D,IAAJ,CAAS+D,CAAT,CAAF,EAAcA,EAAEkiH,aAAF,CAAgB,CAAhB,EAAkB,CAAlB,EAAoB,CAApB,CAAd,EAAqCz3D,IAAEh2D,EAAEuL,CAAF,EAAImZ,IAAEgpG,EAAN,CAA/C,IAA0D9qH,MAAI+qH,EAAJ,IAAQ33D,IAAEh2D,EAAEuL,CAAF,EAAImZ,IAAEkpG,EAAN,CAAF,EAAY53D,EAAE0I,UAAF,KAAe,CAAf,IAAkB1I,EAAE63D,UAAF,CAAa,CAAb,CAAtC,IAAuDjrH,MAAIkrH,EAAJ,GAAO93D,IAAEh2D,EAAEuL,CAAF,EAAImZ,IAAEqpG,EAAN,CAAT,GAAmBnrH,MAAIorH,EAAJ,KAASh4D,IAAEh2D,EAAEuL,CAAF,EAAImZ,CAAJ,CAAX,CAAnb,EAAsc9hB,MAAIorH,EAAJ,IAAQh4D,EAAE2I,eAAF,KAAoB,CAA5B,IAA+B3I,EAAEi4D,eAAF,CAAkB,CAAlB,CAAze,GAA+fj4D,CAAtgB;AAAwgB,kBAAS5lB,CAAT,CAAW7kC,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE2I,EAAE6yD,MAAF,EAAN;AAAA,gBAAiBpmD,IAAE,CAAnB,CAAqB,IAAG,CAACyO,MAAM7jB,CAAN,CAAJ,EAAa,KAAI8hB,IAAEA,KAAG,CAAT,EAAW9hB,MAAI8hB,CAAf;AAAkB,sBAAI9hB,CAAJ,GAAMA,IAAE,CAAR,GAAUA,GAAV,EAAcoV,GAAd;AAAlB,aAAoC,OAAOhY,EAAEuL,CAAF,EAAI,CAACyM,CAAD,GAAGk2G,EAAP,CAAP;AAAkB,kBAAS7tF,CAAT,CAAW90B,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAO2I,IAAEqrD,EAAErrD,CAAF,CAAF,EAAOG,EAAEH,CAAF,EAAI,CAAJ,EAAMmZ,CAAN,EAAQ9hB,CAAR,CAAd;AAAyB,kBAAS0tC,CAAT,CAAW/kC,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAO2I,IAAEqrD,EAAErrD,CAAF,CAAF,EAAOA,KAAG80B,EAAE90B,CAAF,EAAImZ,CAAJ,EAAM9hB,CAAN,EAAS6kC,OAAT,OAAqBl8B,EAAEk8B,OAAF,EAAxB,GAAoCl8B,CAApC,GAAsCG,EAAEH,CAAF,EAAI,CAAJ,EAAMmZ,CAAN,EAAQ9hB,CAAR,CAApD;AAA+D,kBAASmI,CAAT,CAAWQ,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,EAAEk8B,OAAF,KAAY/iB,CAAnB;AAAqB,kBAASrb,CAAT,CAAWkC,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE2I,EAAEk8B,OAAF,KAAY/iB,CAAlB;AAAA,gBAAoB1M,IAAEzM,EAAEuzD,iBAAF,KAAsBp6C,EAAEo6C,iBAAF,EAA5C,CAAkE,OAAOl8D,IAAEoV,IAAE41G,EAAX;AAAc,kBAAS5tH,CAAT,CAAWuL,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAO,IAAIld,IAAJ,CAAS+D,EAAEk8B,OAAF,KAAY/iB,CAArB,CAAP;AAA+B,kBAASy1C,CAAT,CAAW5uD,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,gBAAIoV,CAAJ,CAAM,OAAOA,IAAEpV,MAAIwqH,EAAJ,GAAO1oG,EAAE65C,WAAF,KAAgBhzD,EAAEgzD,WAAF,EAAvB,GAAuC37D,MAAIyqH,EAAJ,GAAO,KAAGlzD,EAAE5uD,CAAF,EAAImZ,CAAJ,EAAM0oG,EAAN,CAAH,GAAa1oG,EAAE45C,QAAF,EAAb,GAA0B/yD,EAAE+yD,QAAF,EAAjC,GAA8C25C,GAAG5gD,KAAH,CAASz0D,MAAI2qH,EAAJ,GAAOxiH,EAAE2Z,CAAF,EAAInZ,CAAJ,IAAO2iH,EAAd,GAAiBnjH,EAAE2Z,CAAF,EAAInZ,CAAJ,IAAO0vG,GAAGr4G,CAAH,CAAjC,CAA9F;AAAsI,kBAASipC,CAAT,CAAWtgC,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,EAAmB;AAAC,gBAAIi+C,CAAJ;AAAA,gBAAMD,IAAEY,EAAErrD,CAAF,CAAR;AAAA,gBAAanC,IAAEwtD,EAAElyC,CAAF,CAAf,CAAoB,OAAOuxC,IAAErzD,KAAGyqH,EAAH,GAAMr3D,EAAEsI,QAAF,KAAal1D,EAAEk1D,QAAF,EAAb,GAA0B,MAAItI,EAAEuI,WAAF,KAAgBn1D,EAAEm1D,WAAF,EAApB,CAA1B,GAA+DvF,EAAEhD,CAAF,EAAI,IAAIxuD,IAAJ,CAASwuD,EAAEuI,WAAF,EAAT,EAAyBvI,EAAEsI,QAAF,EAAzB,CAAJ,EAA2CivD,EAA3C,IAA+C,IAAI/lH,IAAJ,CAASwuD,EAAEuI,WAAF,EAAT,EAAyBvI,EAAEsI,QAAF,KAAa,CAAtC,EAAwC,CAAxC,EAA2CJ,OAA3C,EAApH,GAAyKt7D,KAAGwqH,EAAH,GAAMp3D,EAAEuI,WAAF,KAAgBn1D,EAAEm1D,WAAF,EAAhB,GAAgC1yB,EAAEmqB,CAAF,EAAI,IAAIxuD,IAAJ,CAASwuD,EAAEuI,WAAF,EAAT,EAAyB,CAAzB,CAAJ,EAAgC8uD,EAAhC,EAAmC,CAAnC,IAAsC,EAA5E,GAA+EzqH,KAAG2qH,EAAH,IAAO3qH,KAAG0qH,EAAV,GAAat0D,EAAEhD,CAAF,EAAI5sD,CAAJ,EAAMxG,CAAN,CAAb,GAAsBmI,EAAEirD,CAAF,EAAItxC,CAAJ,IAAOu2F,GAAGr4G,CAAH,CAAvR,EAA6RqzD,IAAEj+C,CAAtS;AAAwS,kBAASghD,CAAT,CAAWztD,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAOyG,EAAEkC,CAAF,EAAImZ,CAAJ,IAAOu2F,GAAGr4G,CAAH,CAAd;AAAoB,kBAASo3D,CAAT,CAAWzuD,CAAX,EAAa;AAAC,mBAAO,MAAIA,EAAEzJ,MAAN,GAAayJ,EAAE,CAAF,CAAb,GAAkBA,CAAzB;AAA2B,kBAAS8uD,CAAT,CAAW9uD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE1qD,EAAEzJ,MAAd,CAAqB,IAAGm0D,IAAE,CAAL,EAAO,KAAIrzD,IAAE,CAAN,EAAQA,IAAEqzD,CAAV,EAAYrzD,GAAZ;AAAgBoV,oBAAEzM,EAAE3I,CAAF,EAAKg7G,UAAL,EAAF,EAAoBl5F,IAAEA,EAAExB,IAAF,CAAOlL,CAAP,CAAF,GAAY0M,IAAE1M,EAAEnU,KAAF,EAAlC;AAAhB,aAA4D,OAAO6gB,KAAGypG,IAAV;AAAe,kBAASl1D,CAAT,CAAW1tD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,KAAGmZ,CAAH,GAAKnZ,EAAElF,WAAF,OAAkBqe,EAAEre,WAAF,EAAvB,GAAuCkF,MAAImZ,CAAlD;AAAoD,kBAAS61C,CAAT,CAAWhvD,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,KAAGmZ,CAAH,GAAKyzC,EAAE5sD,CAAF,MAAO4sD,EAAEzzC,CAAF,CAAZ,GAAiBnZ,MAAImZ,CAA5B;AAA8B,kBAAS+1C,CAAT,CAAWlvD,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAOA,CAAP,IAAUnZ,EAAEhL,IAAF,CAAOmkB,CAAP,CAAV;AAAoB,kBAAS40C,CAAT,CAAW/tD,CAAX,EAAamZ,CAAb,EAAe;AAAC,iBAAI,IAAI9hB,CAAJ,EAAMoV,CAAN,EAAQi+C,IAAE,CAAV,EAAYD,IAAEtxC,EAAE5iB,MAAF,GAAS,CAA3B,EAA6Bm0D,KAAGD,CAAhC;AAAmC,oBAAGpzD,IAAEq1G,GAAG5gD,KAAH,CAAS,CAACpB,IAAED,CAAH,IAAM,CAAf,CAAF,EAAoBh+C,IAAE0M,EAAE9hB,CAAF,CAAtB,EAA2BoV,IAAEzM,CAAhC,EAAkC0qD,IAAErzD,IAAE,CAAJ,CAAlC,KAA4C;AAAC,wBAAG,EAAEoV,IAAEzM,CAAJ,CAAH,EAAU;AAAC,+BAAKgvD,EAAE71C,EAAE9hB,IAAE,CAAJ,CAAF,EAAS2I,CAAT,CAAL;AAAkB3I;AAAlB,yBAAsB,OAAOA,CAAP;AAAS,yBAAEA,IAAE,CAAJ;AAAM;AAAhI,aAAgI,OAAO8hB,EAAE9hB,CAAF,KAAM2I,CAAN,GAAQ3I,CAAR,GAAUA,IAAE,CAAnB;AAAqB,kBAASm2D,CAAT,CAAWxtD,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAASmvD,CAAT,CAAWnvD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAEzM,EAAEzJ,MAAZ;AAAA,gBAAmBm0D,IAAE,CAArB,CAAuB,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,oBAAE2I,EAAEmZ,CAAF,CAAF,EAAOq0C,EAAEn2D,CAAF,KAAMqzD,GAAb;AAAhB,aAAiC,OAAOA,CAAP;AAAS,kBAASgE,CAAT,CAAW1uD,CAAX,EAAa;AAAC,mBAAOmvD,EAAEnvD,CAAF,MAAOA,EAAEzJ,MAAhB;AAAuB,kBAASi4D,CAAT,CAAWxuD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE,EAAZ,CAAe,KAAIvxC,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAE2I,EAAEmZ,CAAF,CAAF,EAAO1M,IAAEpV,EAAEY,OAAF,CAAUC,IAAnB,EAAwBuU,MAAIi+C,EAAEj+C,CAAF,IAAKpV,EAAEg3E,KAAF,EAAT,CAAxB;AAAvB,aAAmE,OAAO3jB,CAAP;AAAS,kBAAS6C,CAAT,CAAWvtD,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiBoV,CAAjB,EAAmB;AAAC,gBAAIi+C,CAAJ;AAAA,gBAAMD,CAAN;AAAA,gBAAQ5sD,CAAR;AAAA,gBAAU+xB,CAAV;AAAA,gBAAY9hB,CAAZ;AAAA,gBAAco9C,IAAE,CAAC,CAAjB,CAAmB,IAAG7zD,IAAEA,KAAG,EAAL,EAAQwG,IAAExG,EAAEwrH,QAAF,GAAWxrH,EAAEwrH,QAAF,IAAY,EAAjC,EAAoCjzF,IAAEv4B,EAAEywC,QAAF,GAAWzwC,EAAEywC,QAAF,IAAY,EAA7D,EAAgEh6B,IAAEzW,EAAEyrH,KAAF,GAAQzrH,EAAEyrH,KAAF,IAAS,CAAnF,EAAqF,EAAEh1G,IAAEwb,EAAJ,CAAxF,EAAgG;AAAC,qBAAIohC,CAAJ,IAAS1qD,CAAT;AAAW,qBAAC+iH,GAAGr4D,CAAH,EAAKrzD,EAAEwrH,QAAP,CAAD,IAAmB7iH,EAAE3K,cAAF,CAAiBq1D,CAAjB,CAAnB,KAAyCD,IAAEzqD,EAAE0qD,CAAF,CAAF,EAAOs4D,GAAGv4D,CAAH,KAAOS,IAAE,CAAC,CAAH,EAAKz+C,MAAIzM,EAAE0qD,CAAF,IAAKu4D,GAAGx4D,EAAEtxC,CAAF,CAAH,EAAQyW,EAAE86B,CAAF,CAAR,CAAT,CAAZ,IAAqC,QAAOD,CAAP,yCAAOA,CAAP,OAAWy4D,EAAX,KAAgBz2G,MAAIpV,EAAEywC,QAAF,GAAWlY,EAAE86B,CAAF,CAAf,GAAqBrzD,EAAEyrH,KAAF,EAArB,EAA+B53D,IAAEqC,EAAE9C,CAAF,EAAItxC,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,KAAYy+C,CAA7C,EAA+C7zD,EAAEyrH,KAAF,EAA/D,CAArF;AAAX,iBAA2K,OAAO53D,CAAP;AAAS;AAAC,kBAASqD,CAAT,CAAWvuD,CAAX,EAAa3I,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMi+C,CAAN;AAAA,gBAAQD,CAAR;AAAA,gBAAU5sD,IAAE,EAAZ;AAAA,gBAAe+xB,IAAE5vB,EAAEmjH,iBAAnB;AAAA,gBAAqCr1G,IAAEzW,EAAEd,MAAzC,CAAgD,IAAG,MAAIuX,CAAP,EAAS,OAAO28C,IAAEqkD,GAAG,EAAH,EAAM9uG,CAAN,CAAF,EAAWyqD,EAAE24D,eAAF,GAAkB,CAAC,CAA9B,EAAgC,CAAC34D,CAAD,CAAvC,CAA2C,KAAI44D,GAAGzzF,CAAH,KAAO++E,GAAG7wC,YAAH,CAAgB,0HAAhB,GAA4IluC,MAAInjB,IAAE62G,GAAG1zF,CAAH,CAAN,CAAnJ,KAAkKnjB,IAAE62G,GAAGtjH,EAAE9H,IAAF,IAAQ,EAAX,CAAF,EAAiB,MAAIuU,EAAE8kD,UAAN,KAAmB9kD,IAAE62G,GAAGD,GAAGrjH,EAAE9H,IAAL,IAAW,oCAAX,GAAgD,kBAAnD,CAArB,CAAnL,GAAiRwyD,IAAE,CAAvR,EAAyRA,IAAE58C,CAA3R,EAA6R48C,GAA7R;AAAiSD,oBAAEqkD,GAAG,EAAH,EAAM9uG,CAAN,CAAF,EAAWgjH,GAAGv4D,EAAE7e,KAAL,MAAc6e,EAAE7e,KAAF,GAAQzyB,CAAtB,CAAX,EAAoCsxC,EAAE84D,QAAF,GAAW74D,CAA/C,EAAiDD,EAAE+4D,WAAF,GAAcnsH,EAAEqzD,CAAF,EAAK/uD,KAApE,EAA0EkC,EAAE7I,IAAF,CAAOy1D,CAAP,CAA1E,EAAoFh+C,MAAIg+C,EAAEvyD,IAAF,GAAOuU,EAAE,EAAC8kG,QAAO9mD,CAAR,EAAU3V,OAAMz9C,EAAEqzD,CAAF,CAAhB,EAAF,CAAX,CAApF;AAAjS,aAA0Z,OAAO7sD,CAAP;AAAS,kBAASywD,CAAT,CAAWtuD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE,EAAV,CAAa,KAAIvxC,IAAE,GAAGpkB,MAAH,CAAUokB,CAAV,CAAF,EAAe9hB,IAAE,CAArB,EAAuBA,IAAE2I,EAAEzJ,MAA3B,EAAkCc,GAAlC;AAAsCoV,oBAAEzM,EAAE3I,CAAF,CAAF,EAAO0rH,GAAGt2G,EAAEnT,IAAL,EAAU6f,CAAV,KAAcuxC,EAAE11D,IAAF,CAAOyX,CAAP,CAArB;AAAtC,aAAqE,OAAOi+C,CAAP;AAAS,kBAASqE,CAAT,CAAW51C,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAG8hB,aAAald,IAAhB,EAAqB;AAAC,qBAAI,IAAIwQ,IAAE,CAAN,EAAQi+C,IAAErzD,EAAEd,MAAhB,EAAuBkW,IAAEi+C,CAAzB,EAA2Bj+C,GAA3B;AAA+B,wBAAGuiD,EAAE33D,EAAEoV,CAAF,CAAF,EAAO0M,CAAP,CAAH,EAAa,OAAO1M,CAAP;AAA5C,iBAAqD,OAAM,CAAC,CAAP;AAAS,oBAAOzM,EAAE7E,OAAF,CAAUge,CAAV,EAAY9hB,CAAZ,CAAP;AAAsB,kBAAS43D,CAAT,CAAWjvD,CAAX,EAAamZ,CAAb,EAAe;AAACA,gBAAEA,KAAGsqG,EAAL,CAAQ,KAAI,IAAIpsH,IAAE,CAAN,EAAQoV,IAAEzM,EAAEzJ,MAAhB,EAAuBc,IAAEoV,CAAzB,EAA2BpV,GAA3B;AAA+B,oBAAG8hB,EAAEnZ,EAAE3I,CAAF,CAAF,EAAO2I,EAAE3I,IAAE,CAAJ,CAAP,IAAe,CAAlB,EAAoB;AAAC2I,sBAAElI,IAAF,CAAOqhB,CAAP,EAAU;AAAM;AAApE,aAAoE,OAAOnZ,CAAP;AAAS,kBAAS2uD,CAAT,CAAW3uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,IAAEwiD,EAAEjvD,CAAF,EAAImZ,CAAJ,CAAR;AAAA,gBAAeuxC,IAAEj+C,EAAElW,MAAnB;AAAA,gBAA0Bk0D,IAAEC,IAAE,CAAF,GAAI,CAACj+C,EAAE,CAAF,CAAD,CAAJ,GAAW,EAAvC,CAA0C,KAAI0M,IAAEA,KAAGsqG,EAAL,EAAQpsH,IAAE,CAAd,EAAgBA,IAAEqzD,CAAlB,EAAoBrzD,GAApB;AAAwB,sBAAI8hB,EAAE1M,EAAEpV,CAAF,CAAF,EAAOqsH,GAAGj5D,CAAH,CAAP,CAAJ,IAAmBA,EAAEz1D,IAAF,CAAOyX,EAAEpV,CAAF,CAAP,CAAnB;AAAxB,aAAwD,OAAOozD,CAAP;AAAS,kBAASoE,CAAT,CAAW7uD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE2I,EAAE1G,IAAR;AAAA,gBAAamT,IAAE0M,aAAald,IAA5B,CAAiC,OAAM,CAAC5E,CAAD,IAAIoV,CAAJ,IAAOihD,EAAEr2D,CAAF,EAAIssH,EAAJ,CAAb;AAAqB,kBAAS/rH,CAAT,CAAWoI,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,CAAV;AAAA,gBAAYD,IAAE,EAAd;AAAA,gBAAiB5sD,IAAEmC,EAAEzJ,MAArB,CAA4B,KAAI4iB,IAAE,CAAN,EAAQA,IAAEtb,CAAV,EAAYsb,GAAZ;AAAgB,qBAAI9hB,IAAE2I,EAAEmZ,CAAF,CAAF,EAAOuxC,IAAErzD,EAAEd,MAAX,EAAkBkW,IAAE,CAAxB,EAA0BA,IAAEi+C,CAA5B,EAA8Bj+C,GAA9B;AAAkCg+C,sBAAEh+C,CAAF,IAAKg+C,EAAEh+C,CAAF,KAAM,EAAX,EAAcg+C,EAAEh+C,CAAF,EAAKzX,IAAL,CAAUqC,EAAEoV,CAAF,CAAV,CAAd;AAAlC;AAAhB,aAAgF,OAAOg+C,CAAP;AAAS,kBAASoD,CAAT,CAAW7tD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAGnZ,EAAE/K,OAAF,CAAU,GAAV,IAAe,CAAC,CAAnB,EAAqB,KAAI,IAAIoC,CAAJ,EAAMoV,IAAEzM,EAAE5D,KAAF,CAAQ,GAAR,CAAR,EAAqBsuD,IAAE,EAA3B,EAA8Bj+C,EAAElW,MAAF,GAAS,CAAvC;AAA0Cm0D,qBAAGj+C,EAAE5K,KAAF,EAAH,EAAaxK,IAAEs3G,GAAGljF,MAAH,CAAUi/B,CAAV,EAAavxC,CAAb,KAAiB,EAAhC,EAAmCw1F,GAAG95F,MAAH,CAAU61C,CAAV,EAAavxC,CAAb,EAAe9hB,CAAf,CAAnC,EAAqDqzD,KAAG,GAAxD;AAA1C;AAAsG,kBAASoD,CAAT,CAAW9tD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE1qD,EAAEyT,IAAd;AAAA,gBAAmBg3C,IAAE,CAArB,CAAuB,KAAItxC,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAE22D,GAAGx9B,OAAH,CAAWozF,SAAX,CAAqB5jH,CAArB,EAAuBmZ,CAAvB,CAAF,EAA4B1M,IAAEpV,EAAEwsH,WAAF,CAAcloH,KAA5C,EAAkD,QAAO8Q,CAAP,yCAAOA,CAAP,OAAWm1G,EAAX,KAAgBn1G,IAAE9S,WAAW8S,CAAX,CAAlB,CAAlD,EAAmF+gD,EAAE/gD,CAAF,KAAMpV,EAAEgyE,MAAF,CAAS/0C,OAAT,KAAmB,CAAC,CAA1B,KAA8Bm2B,KAAGiiD,GAAGxnE,GAAH,CAAOz4B,CAAP,CAAjC,CAAnF;AAAvB,aAAsJ,OAAOg+C,CAAP;AAAS,kBAASmD,CAAT,CAAW5tD,CAAX,EAAa;AAAC,gBAAImZ,IAAEnZ,EAAE63C,OAAR,CAAgB,OAAO1+B,KAAGA,EAAE+4F,QAAL,IAAe,UAAQ/4F,EAAE+4F,QAAhC;AAAyC,kBAAS3iD,CAAT,CAAWvvD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,IAAE,CAAV,EAAYA,IAAEnZ,EAAEzJ,MAAhB,EAAuB4iB,GAAvB;AAA2B,oBAAGkqG,GAAGrjH,EAAEmZ,CAAF,EAAKy3F,MAAR,CAAH,EAAmB,OAAM,CAAC,CAAP;AAA9C;AAAuD,kBAAS/lD,CAAT,GAAY;AAAC,iBAAKqG,iBAAL,GAAuB,CAAC,CAAxB;AAA0B,kBAAS5B,CAAT,CAAWtvD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAGnZ,CAAH,EAAK,KAAI,IAAI3I,IAAE,CAAV,EAAYA,IAAE2I,EAAEzJ,MAAhB,EAAuBc,GAAvB;AAA2B,oBAAG2I,EAAE3I,CAAF,EAAKm6G,QAAL,KAAgBr4F,CAAnB,EAAqB,OAAM,CAACnZ,EAAE3I,CAAF,CAAD,CAAN;AAAhD;AAA6D,kBAAS+3D,CAAT,CAAWpvD,CAAX,EAAa;AAAC,mBAAOqjH,GAAGrjH,CAAH,KAAO,SAAOA,CAArB;AAAuB,kBAASqvD,CAAT,CAAWrvD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,KAAIpV,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuB8hB,oBAAEnZ,EAAE3I,CAAF,CAAF,EAAO8hB,EAAE6sD,IAAF,CAAO/tE,OAAP,CAAeC,IAAf,KAAsBuU,EAAE0M,EAAE6sD,IAAF,CAAO/tE,OAAP,CAAeC,IAAjB,IAAuB,EAACq1C,KAAIp0B,EAAEk1D,KAAF,CAAQ9gC,GAAb,EAAiBvpB,KAAI7K,EAAEk1D,KAAF,CAAQrqD,GAA7B,EAA7C,CAAP;AAAvB,aAA8G,OAAOvX,CAAP;AAAS,kBAAS2sB,CAAT,CAAWp5B,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE,CAAC8hB,KAAG,EAAJ,EAAQre,WAAR,EAAN;AAAA,gBAA4B2R,IAAE,UAAQpV,CAAR,IAAW,EAAE2I,EAAEm/B,OAAF,IAAWn/B,EAAEk/B,QAAb,IAAuBl/B,EAAEo/B,MAA3B,CAAX,IAA+Cp/B,EAAE3I,IAAE,KAAJ,CAA7E,CAAwF,OAAOoV,CAAP;AAAS,kBAASkhD,CAAT,CAAW3tD,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE,EAAN,CAASm4D,GAAGxvD,CAAH,EAAK3I,CAAL,GAAQs3G,GAAGjzE,IAAH,CAAQgxD,SAAR,CAAkBr1F,CAAlB,EAAoB8hB,CAApB,CAAR;AAA+B,kBAASq2C,EAAT,CAAYxvD,CAAZ,EAAcmZ,CAAd,EAAgB9hB,CAAhB,EAAkB;AAAC,gBAAIoV,IAAE,CAAN,CAAQpV,IAAEA,KAAG,EAACyrH,OAAM,CAAP,EAAL,EAAe,CAAC9iH,CAAD,IAAI3I,EAAEyrH,KAAF,GAAQr2G,CAAZ,IAAe,CAACjY,SAASq3F,KAAzB,IAAgC3wF,OAAOwG,IAAP,CAAY1B,CAAZ,EAAe26B,OAAf,CAAuB,UAASluB,CAAT,EAAW;AAAC,oBAAIi+C,IAAE1qD,EAAEyM,CAAF,CAAN,CAAW,iBAAeA,CAAf,IAAkB,QAAMA,EAAE,CAAF,CAAxB,IAA8Bi+C,CAA9B,KAAkC,WAASj+C,CAAT,GAAW0M,EAAEnkB,IAAF,CAAO01D,CAAP,CAAX,GAAqB,oBAAiBA,CAAjB,yCAAiBA,CAAjB,OAAqBrzD,EAAEyrH,KAAF,IAAUtzD,GAAG9E,CAAH,EAAKvxC,CAAL,EAAO9hB,CAAP,CAAV,EAAoBA,EAAEyrH,KAAF,EAAzC,CAAvD;AAA4G,aAA1J,CAA/C;AAA2M,kBAASz0D,EAAT,CAAYruD,CAAZ,EAAcmZ,CAAd,EAAgB;AAAC,gBAAI9hB,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAUD,CAAV,CAAY,KAAIC,CAAJ,IAASvxC,CAAT;AAAW9hB,oBAAE8hB,EAAEuxC,CAAF,CAAF,EAAOj+C,IAAEzM,EAAE0qD,CAAF,CAAT,EAAc24D,GAAG52G,CAAH,MAAQg+C,IAAE,SAAOpzD,CAAT,EAAWozD,KAAG,CAAC44D,GAAGhsH,CAAH,CAAJ,IAAW,OAAO2I,EAAE0qD,CAAF,CAAP,EAAYD,KAAG,OAAOtxC,EAAEuxC,CAAF,CAAjC,IAAuCj+C,KAAGihG,GAAGr2G,CAAH,CAAH,IAAUq2G,GAAGr2G,CAAH,CAAV,IAAiBg3D,GAAG5hD,CAAH,EAAKpV,CAAL,CAA3E,CAAd;AAAX;AAA6G,kBAASo4D,EAAT,CAAYzvD,CAAZ,EAAcmZ,CAAd,EAAgB;AAAC,gBAAI9hB,CAAJ,EAAMoV,CAAN,CAAQ,KAAIpV,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuB,oBAAGoV,IAAEzM,EAAE3I,CAAF,CAAF,EAAOoV,KAAGA,EAAEkqG,IAAF,KAASx9F,CAAtB,EAAwB,OAAO1M,CAAP;AAA/C;AAAwD,aAAI0hD,EAAJ;AAAA,YAAOH,EAAP;AAAA,YAAUI,EAAV;AAAA,YAAasB,EAAb;AAAA,YAAgBC,EAAhB;AAAA,YAAmBE,EAAnB;AAAA,YAAsBC,EAAtB;AAAA,YAAyBK,EAAzB;AAAA,YAA4BP,EAA5B;AAAA,YAA+BM,EAA/B;AAAA,YAAkCF,EAAlC;AAAA,YAAqCD,EAArC;AAAA,YAAwCK,EAAxC;AAAA,YAA2CH,EAA3C;AAAA,YAA8CQ,EAA9C;AAAA,YAAiDrD,EAAjD;AAAA,YAAoDtC,EAApD;AAAA,YAAuD8F,EAAvD;AAAA,YAA0D7D,EAA1D;AAAA,YAA6DwD,EAA7D;AAAA,YAAgEnE,EAAhE;AAAA,YAAmEjB,EAAnE;AAAA,YAAsEkC,EAAtE;AAAA,YAAyEa,EAAzE;AAAA,YAA4Ef,EAA5E;AAAA,YAA+EnC,EAA/E;AAAA,YAAkF8F,EAAlF;AAAA,YAAqFE,EAArF;AAAA,YAAwFmZ,EAAxF;AAAA,YAA2FD,EAA3F;AAAA,YAA8FF,EAA9F;AAAA,YAAiGrZ,EAAjG;AAAA,YAAoG5F,EAApG;AAAA,YAAuGyF,EAAvG;AAAA,YAA0GE,EAA1G;AAAA,YAA6GjF,EAA7G;AAAA,YAAgHY,EAAhH;AAAA,YAAmH0E,EAAnH;AAAA,YAAsH7D,EAAtH;AAAA,YAAyH2D,EAAzH;AAAA,YAA4HkZ,EAA5H;AAAA,YAA+HE,EAA/H;AAAA,YAAkIH,EAAlI;AAAA,YAAqId,EAArI;AAAA,YAAwIuB,EAAxI;AAAA,YAA2IxB,EAA3I;AAAA,YAA8I+6C,EAA9I;AAAA,YAAiJz5C,EAAjJ;AAAA,YAAoJD,EAApJ;AAAA,YAAuJE,EAAvJ;AAAA,YAA0JZ,EAA1J;AAAA,YAA6JwtB,EAA7J;AAAA,YAAgKD,EAAhK;AAAA,YAAmKF,EAAnK;AAAA,YAAsKI,EAAtK;AAAA,YAAyKE,EAAzK;AAAA,YAA4KD,EAA5K;AAAA,YAA+KnuB,EAA/K;AAAA,YAAkLquB,EAAlL;AAAA,YAAqLvrB,EAArL;AAAA,YAAwLj8C,EAAxL;AAAA,YAA2LynE,EAA3L;AAAA,YAA8LC,EAA9L;AAAA,YAAiMhhD,EAAjM;AAAA,YAAoMihD,EAApM;AAAA,YAAuMC,EAAvM;AAAA,YAA0M7rB,EAA1M;AAAA,YAA6MmrB,EAA7M;AAAA,YAAgNY,EAAhN;AAAA,YAAmND,EAAnN;AAAA,YAAsNgW,EAAtN;AAAA,YAAyNE,EAAzN;AAAA,YAA4NZ,EAA5N;AAAA,YAA+NW,EAA/N;AAAA,YAAkOG,EAAlO;AAAA,YAAqOP,EAArO;AAAA,YAAwOM,EAAxO;AAAA,YAA2OK,EAA3O;AAAA,YAA8OF,EAA9O;AAAA,YAAiPf,EAAjP;AAAA,YAAoPc,EAApP;AAAA,YAAuPM,EAAvP;AAAA,YAA0P1B,EAA1P;AAAA,YAA6PyB,EAA7P;AAAA,YAAgQD,EAAhQ;AAAA,YAAmQI,KAAGxuG,EAAE/I,IAAxQ;AAAA,YAA6Qw3G,KAAGzuG,EAAErH,OAAlR;AAAA,YAA0R+0G,KAAG1tG,EAAEtH,aAA/R;AAAA,YAA6Sw1G,KAAGluG,EAAE7I,GAAlT;AAAA,YAAsTu1G,KAAG5zG,IAAzT;AAAA,YAA8T81G,KAAG5uG,EAAE5G,IAAnU;AAAA,YAAwUuzG,KAAG3sG,EAAEhI,MAA7U;AAAA,YAAoV62G,KAAG7uG,EAAEnE,KAAzV;AAAA,YAA+V8yG,KAAGh6G,OAAO07D,KAAzW;AAAA,YAA+Wk+C,KAAGI,GAAGxxC,KAArX;AAAA,YAA2XuxC,KAAGC,GAAGzxC,UAAjY;AAAA,YAA4Y6mD,KAAGpV,GAAGl7F,IAAH,CAAQy4C,UAAvZ;AAAA,YAAka83D,KAAGrV,GAAG9zC,EAAH,CAAM0E,MAA3a;AAAA,YAAkbuvC,KAAGH,GAAGlyC,UAAxb;AAAA,YAAmc0wC,KAAGwB,GAAGljF,MAAzc;AAAA,YAAgdu3F,KAAGrU,GAAGl2G,UAAtd;AAAA,YAAie6qH,KAAG3U,GAAGpmD,QAAve;AAAA,YAAgf07D,KAAGtV,GAAGrjD,WAAtf;AAAA,YAAkgB44D,KAAGvV,GAAGnjD,YAAxgB;AAAA,YAAqhB24D,KAAGxV,GAAG5zC,OAA3hB;AAAA,YAAmiBqpD,KAAGD,GAAGlI,IAAziB;AAAA,YAA8iBoI,KAAGF,GAAGjI,SAApjB;AAAA,YAA8jB0G,KAAGuB,GAAGhI,KAApkB;AAAA,YAA0kBmI,KAAGH,GAAG/H,UAAhlB;AAAA,YAA2lBmI,KAAGJ,GAAG9H,YAAjmB;AAAA,YAA8mBmI,KAAG7V,GAAG3zC,OAAH,CAAW0sB,KAA5nB;AAAA,YAAkoB+8B,KAAGN,GAAG7H,cAAxoB;AAAA,YAAupBoI,KAAGP,GAAG3H,YAA7pB;AAAA,YAA0qBmI,KAAGR,GAAGzH,IAAhrB;AAAA,YAAqrBkI,KAAGT,GAAG1H,eAA3rB;AAAA,YAA2sBoI,KAAGV,GAAGxH,WAAjtB;AAAA,YAA6tB9hD,KAAGspD,GAAGvH,OAAnuB;AAAA,YAA2uBkI,KAAGX,GAAGrH,WAAjvB;AAAA,YAA6vBiI,KAAGZ,GAAGtH,IAAnwB;AAAA,YAAwwBmI,KAAGb,GAAGlH,YAA9wB;AAAA,YAA2xBgI,KAAGd,GAAGnH,YAAjyB;AAAA,YAA8yBkI,KAAGf,GAAGjH,OAApzB;AAAA,YAA4zBiI,KAAGhB,GAAGhH,KAAl0B;AAAA,YAAw0BiI,KAAGjB,GAAG/G,gBAA90B;AAAA,YAA+1BiI,KAAGlB,GAAG9G,UAAr2B;AAAA,YAAg3BoG,KAAGU,GAAG3G,YAAt3B;AAAA,YAAm4B8H,KAAGnB,GAAGzG,kBAAz4B;AAAA,YAA45B6H,KAAGpB,GAAGxG,UAAl6B;AAAA,YAA66BoF,KAAGoB,GAAGhpH,OAAn7B;AAAA,YAA27BqqH,KAAGrB,GAAGvG,gBAAj8B;AAAA,YAAk9B6H,KAAGtB,GAAGtG,OAAx9B;AAAA,YAAg+B6H,KAAGvB,GAAGrpF,KAAt+B;AAAA,YAA4+B6qF,KAAGhX,GAAGjzE,IAAl/B;AAAA,YAAu/BkqF,KAAGD,GAAGhmG,MAA7/B;AAAA,YAAogC0jG,KAAGsC,GAAG17B,OAA1gC;AAAA,YAAkhCy5B,KAAGiC,GAAGjuH,IAAxhC;AAAA,YAA6hCmuH,KAAGF,GAAGp7B,UAAniC;AAAA,YAA8iCu7B,KAAGH,GAAG36B,iBAApjC;AAAA,YAAskC+6B,KAAGJ,GAAG16B,cAA5kC;AAAA,YAA2lC+6B,KAAGL,GAAGz6B,cAAjmC;AAAA,YAAgnC+6B,KAAGN,GAAG56B,cAAtnC;AAAA,YAAqoCk4B,KAAG0C,GAAGv6B,cAA3oC;AAAA,YAA0pC86B,KAAG/B,GAAG/yB,QAAhqC;AAAA,YAAyqC+0B,KAAGhC,GAAGnpD,OAA/qC;AAAA,YAAurCorD,KAAG,aAA1rC;AAAA,YAAwsCC,KAAG,OAA3sC;AAAA,YAAmtCC,KAAG,MAAttC;AAAA,YAA6tCC,KAAG,MAAhuC;AAAA,YAAuuCC,KAAG,KAA1uC;AAAA,YAAgvCC,KAAGtC,GAAG5I,gBAAtvC;AAAA,YAAuwCmL,KAAG,KAA1wC;AAAA,YAAgxCC,KAAG,CAAnxC;AAAA,YAAqxCC,KAAG,EAAxxC;AAAA,YAA2xCC,KAAG,OAA9xC;AAAA,YAAsyCC,KAAG,MAAzyC;AAAA,YAAgzCC,KAAG,MAAnzC;AAAA,YAA0zCC,KAAG,QAA7zC;AAAA,YAAs0CC,KAAG,SAAz0C;AAAA,YAAm1CC,KAAG,QAAt1C;AAAA,YAA+1CC,KAAG,QAAl2C;AAAA,YAA22CC,KAAG,aAA92C;AAAA,YAA43C5F,KAAG,UAA/3C;AAAA,YAA04C7oG,KAAG,QAA74C;AAAA,YAAs5C0uG,KAAG,QAAz5C;AAAA,YAAk6CC,KAAG,QAAr6C;AAAA,YAA86CC,KAAG,gBAAcnB,EAA/7C;AAAA,YAAk8CpxE,KAAGmvE,GAAGnI,IAAx8C;AAAA,YAA68CwL,KAAG,OAAh9C;AAAA,YAAw9CC,KAAG,QAA39C;AAAA,YAAo+CC,KAAGvD,GAAG3I,eAA1+C;AAAA,YAA0/CmM,KAAG,OAA7/C;AAAA,YAAqgDhyH,KAAG,IAAxgD;AAAA,YAA6gDiyH,KAAG,QAAhhD;AAAA,YAAyhDC,KAAG,WAA5hD;AAAA,YAAwiDlE,KAAG,MAA3iD;AAAA,YAAkjD3B,KAAG,MAArjD;AAAA,YAA4jD8F,KAAG3D,GAAGvI,YAAlkD;AAAA,YAA+kDmM,KAAG5D,GAAGxI,cAArlD;AAAA,YAAomDqM,KAAG7D,GAAG1I,iBAA1mD;AAAA,YAA4nDwM,KAAG9D,GAAGzI,aAAloD;AAAA,YAAgpDwM,KAAG,CAAnpD;AAAA,YAAqpDC,KAAG,OAAxpD;AAAA,YAAgqDC,KAAG,EAAnqD;AAAA,YAAsqDC,KAAG,MAAzqD;AAAA,YAAgrDC,KAAG,SAAnrD;AAAA,YAA6rDC,KAAG,WAAhsD;AAAA,YAA4sDC,KAAG,UAA/sD;AAAA,YAA0tDC,KAAG,WAA7tD;AAAA,YAAyuDC,KAAG,WAA5uD;AAAA,YAAwvDC,KAAG,YAA3vD;AAAA,YAAwwDC,KAAG,WAA3wD;AAAA,YAAuxDC,KAAG,YAA1xD;AAAA,YAAuyDC,KAAG,QAA1yD;AAAA,YAAmzDC,KAAG,OAAtzD;AAAA,YAA8zDC,KAAG,MAAj0D;AAAA,YAAw0DC,KAAG,QAA30D;AAAA,YAAo1DC,KAAG,OAAv1D;AAAA,YAA+1DC,KAAG,YAAl2D;AAAA,YAA+2DC,KAAG,qBAAl3D;AAAA,YAAw4DnH,KAAG,OAA34D;AAAA,YAAm5DoH,KAAGlF,GAAGtI,0BAAz5D;AAAA,YAAo7DyN,KAAG,YAAv7D;AAAA,YAAo8DC,KAAG,WAAv8D;AAAA,YAAm9DC,KAAG,aAAt9D;AAAA,YAAo+DC,KAAG,OAAv+D;AAAA,YAA++DC,KAAG,MAAl/D;AAAA,YAAy/DC,KAAG,iBAA5/D;AAAA,YAA8gEC,KAAG,iBAAjhE;AAAA,YAAmiEC,KAAG,MAAtiE;AAAA,YAA6iEC,KAAG,CAAhjE;AAAA,YAAkjEC,KAAG,QAArjE;AAAA,YAA8jEC,KAAG,KAAjkE;AAAA,YAAukEC,KAAG,KAA1kE;AAAA,YAAglE3gG,KAAG,CAAnlE;AAAA,YAAqlE4gG,KAAG/3D,OAAOw3B,SAA/lE;AAAA,YAAymEwgC,KAAG,KAA5mE;AAAA,YAAknEC,KAAG,GAArnE;AAAA,YAAynEC,KAAG,CAACl4D,OAAOw3B,SAApoE;AAAA,YAA8oEy4B,KAAG,SAAjpE;AAAA,YAA2pEN,KAAG,QAA9pE;AAAA,YAAuqEwI,KAAG,eAAalE,EAAvrE;AAAA,YAA0rEmE,KAAG,oBAA7rE;AAAA,YAAktEC,KAAG,cAAYpE,EAAjuE;AAAA,YAAouEqE,KAAG,EAAvuE;AAAA,YAA0uEC,KAAG,GAA7uE;AAAA,YAAivEC,KAAG,mBAAiBvE,EAAjB,GAAoB,aAApB,GAAkCA,EAAtxE;AAAA,YAAyxEwE,KAAGzG,GAAGrI,UAA/xE;AAAA,YAA0yE+O,KAAG1G,GAAGpI,UAAhzE;AAAA,YAA2zE+O,KAAG,UAA9zE;AAAA,YAAy0E5H,KAAG,QAA50E;AAAA,YAAq1E6H,KAAG,MAAx1E;AAAA,YAA+1EC,KAAG,YAAl2E;AAAA,YAA+2EC,KAAG,KAAl3E;AAAA,YAAw3EC,KAAG,EAA33E;AAAA,YAA83EC,KAAG,eAAj4E;AAAA,YAAi5EC,KAAG,eAAp5E;AAAA,YAAo6EC,KAAG,SAAv6E;AAAA,YAAi7EC,KAAG,UAAp7E;AAAA,YAA+7EC,KAAG,aAAl8E;AAAA,YAAg9EC,KAAG,QAAn9E;AAAA,YAA49EC,KAAG,OAA/9E;AAAA,YAAu+EC,KAAG,cAA1+E;AAAA,YAAy/EC,KAAG,cAA5/E;AAAA,YAA2gFC,KAAG,SAA9gF;AAAA,YAAwhFC,KAAG,aAA3hF;AAAA,YAAyiFtJ,KAAG,SAA5iF;AAAA,YAAsjFE,KAAG,cAAzjF;AAAA,YAAwkFqJ,KAAG,aAA3kF;AAAA,YAAylFC,KAAG,QAA5lF;AAAA,YAAqmFC,KAAG,WAAxmF;AAAA,YAAonFC,KAAG,aAAvnF;AAAA,YAAqoFC,KAAG,aAAxoF;AAAA,YAAspFC,KAAGxd,GAAGr5G,OAAH,CAAW81D,OAAX,CAAmBS,IAAnB,IAAyB,OAAK8iD,GAAGr5G,OAAH,CAAW81D,OAAX,CAAmB71D,OAAjD,GAAyD,IAAzD,GAA8D,CAAvtF;AAAA,YAAytF62H,KAAG,MAA5tF;AAAA,YAAmuFC,KAAG,QAAtuF;AAAA,YAA+uFC,KAAG,QAAlvF;AAAA,YAA2vFC,KAAG,QAA9vF;AAAA,YAAuwF3K,KAAG,QAA1wF;AAAA,YAAmxF4K,KAAG,SAAtxF;AAAA,YAAgyFC,KAAG,CAAnyF;AAAA,YAAqyFjK,KAAG,MAAIiK,EAA5yF;AAAA,YAA+yFpK,KAAG,KAAGG,EAArzF;AAAA,YAAwzFL,KAAG,KAAGE,EAA9zF;AAAA,YAAi0FM,KAAG,KAAGR,EAAv0F;AAAA,YAA00FuK,KAAG,IAAE/J,EAA/0F;AAAA,YAAk1FrnF,KAAG,KAAGqnF,EAAx1F;AAAA,YAA21FjsG,KAAG,MAAIisG,EAAl2F;AAAA,YAAq2FjT,KAAG,EAACid,OAAMj2G,EAAP,EAAUg8C,QAAOp3B,EAAjB,EAAoBsxF,OAAMF,EAA1B,EAA6Bj6D,MAAKkwD,EAAlC,EAAqCkK,OAAM1K,EAA3C,EAA8C2K,SAAQzK,EAAtD,EAAyD0K,SAAQvK,EAAjE,EAAoEwK,cAAaP,EAAjF,EAAx2F;AAAA,YAA67FQ,KAAG,IAAh8F;AAAA,YAAq8FrgD,KAAG,KAAx8F;AAAA,YAA88FsgD,KAAG,GAAj9F;AAAA,YAAq9FC,KAAG,CAAx9F;AAAA,YAA09FC,KAAG,GAA79F;AAAA,YAAi+FC,KAAG,GAAp+F;AAAA,YAAw+FC,KAAG,uBAA3+F;AAAA,YAAmgG7L,KAAG,OAAtgG;AAAA,YAA8gG8L,KAAG,cAAjhG;AAAA,YAAgiGC,KAAG,iBAAniG;AAAA,YAAqjGC,KAAG,gBAAxjG;AAAA,YAAykGC,KAAG,cAA5kG;AAAA,YAA2lGC,KAAG,WAA9lG;AAAA,YAA0mG5L,KAAG,OAA7mG;AAAA,YAAqnG6L,KAAG,MAAxnG;AAAA,YAA+nGlM,KAAG,GAAloG;AAAA,YAAsoGC,KAAG,GAAzoG;AAAA,YAA6oGE,KAAG,OAAhpG;AAAA,YAAwpG/W,KAAG,MAA3pG;AAAA,YAAkqG+iB,KAAG,CAArqG;AAAA,YAAuqGC,KAAG,WAA1qG;AAAA,YAAsrGC,KAAG,MAAzrG;AAAA,YAAgsGC,KAAG,SAAnsG;AAAA,YAA6sGC,KAAG,CAACxL,EAAD,EAAIF,EAAJ,EAAOH,EAAP,EAAUH,EAAV,EAAaD,EAAb,EAAgBD,EAAhB,EAAmBD,EAAnB,EAAsBD,EAAtB,CAAhtG;AAAA,YAA0uGqM,KAAG,CAACxH,EAAD,EAAIe,EAAJ,EAAOsD,EAAP,EAAU3D,EAAV,EAAaH,EAAb,EAAgBuG,EAAhB,EAAmBrG,EAAnB,EAAsBoE,EAAtB,EAAyBD,EAAzB,EAA4BqC,EAA5B,EAA+BvE,EAA/B,CAA7uG;AAAA,YAAgxG+E,KAAG,EAACnB,cAAa,cAAd,EAA6BD,SAAQ,UAArC,EAAgDD,SAAQ,OAAxD,EAAgED,OAAM,OAAtE,EAA8Ep6D,MAAK,KAAnF,EAAyFm6D,OAAM,KAA/F,EAAqGl6D,QAAO,SAA5G,EAAsHi6D,OAAM,MAA5H,EAAnxG;AAAA,YAAu5GyB,KAAGpK,GAAGhsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW3I,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV,CAAekkD,GAAG5yD,OAAH,CAAW/7C,CAAX,GAAcgkH,GAAGruH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBg0D,CAAhB,EAAkBzqD,CAAlB,CAAd,EAAmCyqD,EAAEjtB,OAAF,CAAUvR,QAAV,CAAmBt2B,KAAG,KAAKsC,OAAL,CAAaC,IAAb,CAAkB4C,WAAlB,EAAtB,EAAuDya,GAAvD,CAA2D,UAA3D,EAAsE,UAAtE,CAAnC,EAAqHle,MAAIqzD,IAAErzD,EAAE4mE,UAAJ,EAAe5mE,EAAE4mE,UAAF,GAAa9kD,CAAhC,CAArH,EAAwJ1M,IAAEqiG,GAAG,EAAH,EAAMrkD,EAAExyD,OAAR,EAAgBZ,CAAhB,CAA1J,EAA6KozD,EAAE4jE,gBAAF,GAAmBvf,GAAG,EAAH,EAAMriG,CAAN,CAAhM,EAAyMg+C,EAAE6jE,UAAF,CAAa7hH,CAAb,CAAzM,EAAyNg+C,EAAE8jE,YAAF,EAAzN,EAA0O9jE,EAAE/xB,IAAF,CAAO+xB,EAAEvxC,MAAT,EAAgBuxC,EAAExyD,OAAlB,CAA1O,EAAqQwyD,EAAE9b,OAAF,GAAU8b,EAAEjtB,OAAjR,EAAyRnmC,MAAIA,EAAE4mE,UAAF,GAAavT,CAAjB,CAAzR,EAA6SD,EAAE+jE,eAAF,CAAkBn3H,CAAlB,CAA7S,EAAkUs3G,GAAG79F,MAAH,CAAU25C,CAAV,EAAY05D,GAAGtpD,EAAf,CAAlU;AAAqV,aAAxX,EAAyXyzD,YAAW,oBAASj3H,CAAT,EAAW;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAE05D,GAAGtpD,EAAH,CAAMqF,MAAN,IAAc,EAA7B;AAAA,oBAAgCriE,IAAExG,EAAEo3H,KAApC;AAAA,oBAA0CvjE,IAAET,EAAE5sD,CAAF,KAAM4sD,EAAE5sD,EAAE/C,WAAF,EAAF,CAAlD;AAAA,oBAAqEwxD,IAAEzuD,KAAGqtD,CAAH,GAAKA,EAAEglD,KAAP,GAAa,EAApF;AAAA,oBAAuFjlD,IAAE,EAAzF;AAAA,oBAA4F1kC,IAAElvB,EAAEk6G,MAAF,IAAU,EAAxG,CAA2G,KAAI9kG,IAAE,CAAN,EAAQA,IAAE8Z,EAAEhwB,MAAZ,EAAmBkW,GAAnB;AAAuBw+C,sBAAEj2D,IAAF,CAAOgL,EAAEhI,MAAF,CAAS,EAAT,EAAYuuB,EAAE9Z,CAAF,CAAZ,CAAP;AAAvB,iBAAiDpV,EAAEk6G,MAAF,GAAStmD,CAAT,EAAWn9C,EAAEzW,CAAF,CAAX,EAAgBqzD,EAAEgkE,cAAF,CAAiBr3H,CAAjB,EAAmBi1D,CAAnB,CAAhB,EAAsC,SAAOj1D,EAAE8pH,YAAT,KAAwB9pH,EAAE8pH,YAAF,GAAehoG,CAAvC,CAAtC,EAAgFuxC,EAAEzyD,OAAF,GAAU62G,GAAG,EAAH,EAAMxiD,CAAN,EAAQj1D,CAAR,CAA1F,EAAqGu4B,EAAE86B,EAAEzyD,OAAJ,CAArG;AAAkH,aAA9pB,EAA+pBu2H,iBAAgB,yBAASxuH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE,CAAC2I,KAAG,EAAJ,EAAQi+D,UAArB,CAAgC9kD,EAAEw1G,kBAAF,GAAqB9f,GAAG11F,EAAEy1G,cAAL,EAAoBz1G,CAApB,CAArB,EAA4CA,EAAE8kD,UAAF,GAAa8lD,GAAGz4C,MAAH,CAAUj0E,CAAV,EAAaqhC,IAAb,CAAkB2uF,EAAlB,EAAqBluG,EAAEw1G,kBAAvB,CAAzD,EAAoGx1G,EAAE01G,eAAF,EAApG,EAAwHx3H,MAAI8hB,EAAE21G,cAAF,GAAiB,CAAC,CAAtB,CAAxH,EAAiJnhE,EAAE3tD,CAAF,EAAI,YAAU;AAACmZ,sBAAE41G,OAAF,IAAY51G,EAAE61G,aAAF,EAAZ;AAA8B,iBAA7C,CAAjJ,EAAgM33H,KAAG8hB,EAAElhB,OAAF,CAAUg3H,QAAb,IAAuB91G,EAAE8kD,UAAF,CAAa6X,KAAb,EAAvN;AAA4O,aAAv8B,EAAw8Bo5C,eAAc,uBAASlvH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAE8kD,UAAF,CAAatlC,MAAb,CAAoB0uF,EAApB,EAAuBluG,EAAEw1G,kBAAzB,GAA6Cx1G,EAAE8kD,UAAF,GAAaj+D,IAAE+jH,GAAGz4C,MAAH,CAAUtrE,CAAV,CAA5D,EAAyEmZ,EAAE21G,cAAF,GAAiB,CAAC,CAA3F,EAA6F31G,EAAEg2G,QAAF,GAAW,CAAC,CAAzG,EAA2GnvH,EAAE04B,IAAF,CAAO2uF,EAAP,EAAUluG,EAAEw1G,kBAAZ,CAA3G,EAA2Ix1G,EAAElhB,OAAF,CAAUg3H,QAAV,IAAoBjvH,EAAE81E,KAAF,EAA/J;AAAyK,aAAtpC,EAAupC58D,QAAO,CAAC2uG,EAAD,EAAIoE,EAAJ,EAAOC,EAAP,EAAUzF,EAAV,EAAakD,EAAb,EAAgBC,EAAhB,EAAmBuB,EAAnB,EAAsBC,EAAtB,EAAyB7C,EAAzB,EAA4BF,EAA5B,EAA+BC,EAA/B,EAAkCwF,EAAlC,EAAqCC,EAArC,EAAwCC,EAAxC,EAA2ClC,EAA3C,EAA8CC,EAA9C,EAAiDC,EAAjD,EAAoDpB,EAApD,EAAuDC,EAAvD,EAA0DW,EAA1D,CAA9pC,EAA4tCvoF,OAAM,iBAAU;AAAC,uBAAOjjC,GAAP;AAAW,aAAxvC,EAAyvC/H,SAAQ,EAACC,MAAK,OAAN,EAAck3H,UAAS,EAAvB,EAA0BX,OAAM,SAAhC,EAA0CvN,WAAU,EAApD,EAAuDlD,QAAO,EAAC1pF,SAAQ,CAAC,CAAV,EAAYsU,QAAO,EAAnB,EAA9D,EAAqFm3E,cAAa,EAAlG,EAAqGkP,UAAS,CAAC,CAA/G,EAAiHhR,gBAAe,EAAC3kH,MAAKmuH,EAAN,EAASh0G,MAAK,EAAd,EAAiBy9F,WAAU,EAAC58E,SAAQ,CAAC,CAAV,EAA3B,EAAwCsU,QAAO,EAA/C,EAAkDymF,gBAAe,EAAC/6F,SAAQ,CAAC,CAAV,EAAjE,EAAhI,EAA+Mi9E,QAAO,EAAtN,EAAyN4P,cAAa,IAAtO,EAA2O3uB,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAAnP,EAAgQmH,aAAY,CAAC,CAA7Q,EAA+Q6zF,WAAU,EAAzR,EAA4R7Y,UAAS,EAArS,EAAwSr4D,OAAM,EAA9S,EAAiTmxE,OAAM,EAAvT,EAA0TC,OAAM,EAAhU,EAAmUC,OAAM,CAAC,EAAD,CAAzU,EAA8UC,UAAS,CAAC,CAAxV,EAA0VC,UAAS,CAAC,CAApW,EAAjwC,EAAwmDpoB,SAAQ,mBAAU;AAAC,oBAAIvnG,IAAE,IAAN,CAAWA,EAAE0uH,cAAF,CAAiB1uH,EAAE/H,OAAnB,GAA4B23B,EAAE5vB,EAAE/H,OAAJ,CAA5B,EAAyC+H,EAAE4vH,WAAF,EAAzC,EAAyD5vH,EAAE6uH,eAAF,EAAzD,EAA6E7uH,EAAE4c,OAAF,CAAUirG,EAAV,CAA7E,EAA2F7nH,EAAE+uH,OAAF,EAA3F;AAAuG,aAA7uD,EAA8uDxwD,SAAQ,mBAAU;AAAC,uBAAOowC,GAAGlwC,UAAH,CAAc,KAAKjhC,OAAnB,CAAP;AAAmC,aAApyD,EAAqyD0R,SAAQ,mBAAU;AAAC,oBAAIlvC,IAAE,KAAK/H,OAAL,CAAawjC,WAAnB,CAA+B,KAAKxjC,OAAL,CAAawjC,WAAb,GAAyB,CAAC,CAA1B,EAA4B,KAAKszF,OAAL,EAA5B,EAA2C,KAAK92H,OAAL,CAAawjC,WAAb,GAAyBz7B,CAApE;AAAsE,aAA75D,EAA85D6vH,QAAO,gBAAS7vH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV,CAAeA,EAAEiiH,cAAF,CAAiBjiH,EAAExU,OAAnB,GAA4B23B,EAAEnjB,EAAExU,OAAJ,CAA5B,EAAyC+H,KAAG3I,IAAEoV,EAAEqjH,MAAF,CAASC,SAAX,EAAqB52G,IAAE9hB,EAAE24H,QAAF,CAAWhwH,CAAX,CAAvB,EAAqC3I,EAAEw4H,MAAF,CAAS12G,CAAT,CAAxC,IAAqD1M,EAAEsiH,OAAF,EAA9F;AAA0G,aAA1iE,EAA2iEkB,SAAQ,iBAASjwH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAK04H,SAAL,CAAenZ,IAAvB,CAA4B,KAAIz9F,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,EAAE8hB,CAAF,EAAKlhB,OAAL,CAAaC,IAAb,KAAoB8H,CAAvB,EAAyB,OAAO,IAAIquG,EAAJ,CAAOh3G,EAAE8hB,CAAF,CAAP,CAAP;AAAhD;AAAoE,aAA/pE,EAAgqE+2G,gBAAe,wBAASlwH,CAAT,EAAW;AAAC,uBAAO,KAAKiwH,OAAL,CAAajwH,CAAb,CAAP;AAAuB,aAAltE,EAAmtEy2G,UAAS,oBAAU;AAAC,uBAAO,IAAInI,EAAJ,CAAO,KAAKyhB,SAAZ,CAAP;AAA8B,aAArwE,EAAswEI,gBAAe,wBAASnwH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAK04H,SAAL,CAAeN,KAAvB,CAA6B,KAAIt2G,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,EAAE8hB,CAAF,EAAKlhB,OAAL,CAAaC,IAAb,KAAoB8H,CAAvB,EAAyB,OAAO,IAAI4sG,EAAJ,CAAO,IAAP,EAAYv1G,EAAE8hB,CAAF,CAAZ,CAAP;AAAhD;AAAyE,aAAv4E,EAAw4Ei3G,iBAAgB,yBAASpwH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK42G,SAAL,CAAeN,KAArB,CAA2B,IAAGt2G,EAAEnZ,CAAF,CAAH,EAAQ,OAAO,IAAI4sG,EAAJ,CAAO,IAAP,EAAYzzF,EAAEnZ,CAAF,CAAZ,CAAP;AAAyB,aAAh+E,EAAi+EqwH,YAAW,oBAASrwH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAK04H,SAAb;AAAA,oBAAuBtjH,IAAEpV,EAAEi5H,SAAF,IAAaj5H,EAAEk6G,MAAxC,CAA+C,KAAIp4F,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAGnZ,EAAEyM,EAAE0M,CAAF,CAAF,CAAH,EAAW,OAAO,IAAIi1F,EAAJ,CAAO,IAAP,EAAY3hG,EAAE0M,CAAF,CAAZ,CAAP;AAAlC;AAA2D,aAAlmF,EAAmmFo3G,kBAAiB,0BAASvwH,CAAT,EAAW;AAAC,uBAAO,KAAKwwH,aAAL,CAAmB,EAACt4H,MAAK8H,CAAN,EAAnB,CAAP;AAAoC,aAApqF,EAAqqFywH,mBAAkB,2BAASzwH,CAAT,EAAW;AAAC,uBAAO,KAAKwwH,aAAL,CAAmB,EAACviH,OAAMjO,CAAP,EAAnB,CAAP;AAAqC,aAAxuF,EAAyuFwwH,eAAc,uBAASxwH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKu3G,cAAL,CAAoB1wH,CAApB,CAAN,CAA6B,IAAGmZ,CAAH,EAAK,OAAO,IAAIi1F,EAAJ,CAAO,IAAP,EAAYj1F,CAAZ,CAAP;AAAsB,aAA3zF,EAA4zFu3G,gBAAe,wBAAS1wH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKsjH,SAAf;AAAA,oBAAyBrlE,IAAEj+C,EAAE6jH,SAAF,IAAa7jH,EAAE8kG,MAA1C,CAAiD,IAAG8R,GAAGrjH,EAAEiO,KAAL,CAAH,EAAekL,IAAEuxC,EAAE1qD,EAAEiO,KAAJ,CAAF,CAAf,KAAiC,IAAGo1G,GAAGrjH,EAAE9H,IAAL,CAAH,EAAc,KAAIb,IAAE,CAAN,EAAQA,IAAEqzD,EAAEn0D,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAGqzD,EAAErzD,CAAF,EAAKa,IAAL,KAAY8H,EAAE9H,IAAjB,EAAsB;AAACihB,4BAAEuxC,EAAErzD,CAAF,CAAF,CAAO;AAAM;AAA3D,iBAA2D,OAAO8hB,CAAP;AAAS,aAA3/F,EAA4/Fi4F,iBAAgB,yBAASpxG,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAE,KAAKslE,SAAjB;AAAA,oBAA2BlyH,IAAE,CAAC4sD,EAAE6lE,SAAF,IAAa7lE,EAAE8mD,MAAf,IAAuB,EAAxB,EAA4B,CAA5B,CAA7B,CAA4D5C,GAAGl2G,UAAH,CAAc0gB,CAAd,IAAiBuxC,IAAED,EAAEkmE,YAAF,CAAex3G,CAAf,CAAnB,IAAsCu0F,GAAGv0F,CAAH,KAAO9hB,IAAE8hB,EAAEo4F,MAAJ,EAAW9kG,IAAE0M,EAAEq4F,QAAtB,IAAgCn6G,IAAEoV,IAAE0M,CAApC,EAAsCuxC,IAAE7sD,EAAEvE,IAAF,KAAS6uH,EAAT,GAAY74D,EAAE7E,EAAEmmE,kBAAF,CAAqBv5H,CAArB,CAAF,EAA0BoV,CAA1B,CAAZ,GAAyC5O,EAAEvE,IAAF,KAAS2xH,EAAT,IAAaptH,EAAEvE,IAAF,KAAS2vH,EAAtB,GAAyB35D,EAAE,CAAC7E,EAAEomE,MAAF,CAAS,CAAT,KAAa,EAAd,EAAkB56E,MAApB,EAA2BxpC,CAA3B,CAAzB,GAAuDg+C,EAAEmmE,kBAAF,CAAqBv5H,CAArB,CAA9K,GAAuMqzD,KAAG,KAAKomE,sBAAL,CAA4B9wH,CAA5B,EAA8B0qD,CAA9B,CAA1M;AAA2O,aAAj0G,EAAk0GomE,wBAAuB,gCAAS9wH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,KAAK4kG,UAAb,CAAwB,KAAIh6G,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,sBAAEskH,oBAAF,CAAuB53G,EAAE9hB,CAAF,CAAvB,EAA4B2I,CAA5B;AAAvB;AAAsD,aAAr7G,EAAs7G+yF,aAAY,qBAAS/yF,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAKsmE,cAAL,EAAZ;AAAA,oBAAkCvmE,IAAE,KAAKkoC,QAAzC;AAAA,oBAAkD90F,IAAE,KAAKkyH,SAAzD,CAAmEphB,GAAGl2G,UAAH,CAAcuH,CAAd,KAAkBmZ,IAAEtb,EAAEozH,SAAF,CAAYjxH,CAAZ,CAAF,EAAiBmZ,KAAGuxC,CAAH,KAAOrzD,IAAE8hB,EAAE+3G,UAAX,CAAnC,IAA2DxmE,KAAG24D,GAAGrjH,CAAH,CAAH,KAAW3I,IAAEwG,EAAEkiH,YAAF,CAAeoR,aAAf,CAA6BnxH,CAA7B,CAAb,CAA3D,EAAyG0qD,IAAErzD,KAAG,CAAH,KAAOoV,IAAE,KAAKsjH,SAAL,CAAeqB,qBAAf,CAAqC/5H,CAArC,CAAF,EAA0CozD,EAAE4mE,MAAF,CAAS5kH,CAAT,CAAjD,CAAF,GAAgE0M,KAAGsxC,EAAE/lC,IAAF,CAAOvL,CAAP,CAA5K;AAAsL,aAAvsH,EAAwsHu5E,aAAY,uBAAU;AAAC,qBAAKC,QAAL,CAAchtE,IAAd;AAAqB,aAApvH,EAAqvH4oG,cAAa,wBAAU;AAAC,oBAAIvuH,IAAE,KAAK+7E,OAAX;AAAA,oBAAmB5iE,IAAE,KAAKm4G,YAAL,EAArB;AAAA,oBAAyCj6H,IAAE,KAAKY,OAAL,CAAaipH,SAAxD,CAAkE7pH,EAAE8qB,KAAF,IAAShJ,EAAE5D,GAAF,CAAM,OAAN,EAAcle,EAAE8qB,KAAhB,CAAT,EAAgC9qB,EAAE6vB,MAAF,IAAU/N,EAAE5D,GAAF,CAAM,QAAN,EAAele,EAAE6vB,MAAjB,CAA1C,EAAmElnB,KAAGA,EAAE/H,OAAF,CAAUqB,IAAV,KAAiB,KAAKrB,OAAL,CAAam3H,QAAjC,IAA2C,KAAKrzC,OAAL,CAAanxC,KAAb,IAAqB,KAAKmxC,OAAL,CAAarhB,MAAb,EAAhE,KAAwF16D,KAAGA,EAAE+7C,OAAF,EAAH,EAAe,KAAKggC,OAAL,GAAaoqC,GAAGnwB,OAAH,CAAW1qB,MAAX,CAAkBnyD,CAAlB,EAAoB,EAAC7f,MAAK,KAAKrB,OAAL,CAAam3H,QAAnB,EAApB,CAApH,CAAnE;AAA0O,aAAzjI,EAA0jIkC,cAAa,wBAAU;AAAC,uBAAO,KAAK9zF,OAAZ;AAAoB,aAAtmI,EAAumIuxF,SAAQ,mBAAU;AAAC,oBAAI/uH,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAEo4G,SAAF,EAAf,CAA6Bp4G,EAAEq4G,YAAF,IAAiBr4G,EAAE22G,MAAF,GAASz4H,CAA1B,EAA4B8hB,EAAE42G,SAAF,GAAY14H,EAAE04H,SAA1C,EAAoD14H,EAAE+4G,YAAF,EAApD,EAAqE,KAAKn4G,OAAL,CAAawjC,WAAb,KAA2B,CAAC,CAA5B,IAA+BpkC,EAAEg/F,QAAF,CAAW,UAASr2F,CAAT,EAAW;AAACA,sBAAEonB,SAAF,IAAapnB,EAAEonB,SAAF,CAAYnN,KAAZ,EAAb;AAAiC,iBAAxD,CAApG,EAA8Jd,EAAEo1G,YAAF,EAA9J,EAA+Kp1G,EAAE4iE,OAAF,CAAU0W,IAAV,CAAep7F,EAAEo5G,MAAjB,CAA/K,EAAwM,KAAKx4G,OAAL,CAAawjC,WAAb,KAA2B,CAAC,CAA5B,IAA+BpkC,EAAEg/F,QAAF,CAAW,UAASr2F,CAAT,EAAW;AAACA,sBAAEonB,SAAF,IAAapnB,EAAEonB,SAAF,CAAYmlF,IAAZ,EAAb;AAAgC,iBAAvD,CAAvO,EAAgSpzF,EAAEw5E,QAAF,GAAWx5E,EAAEs4G,cAAF,EAA3S,EAA8Tt4G,EAAEk4F,UAAF,GAAa,IAAI1Z,EAAJ,CAAO33F,CAAP,CAA3U,EAAqVmZ,EAAEu4G,eAAF,EAArV,EAAyWv4G,EAAEw4G,eAAF,EAAzW,EAA6Xx4G,EAAEy4G,oBAAF,EAA7X,EAAsZz4G,EAAE04G,qBAAF,EAAtZ,EAAgb14G,EAAE21G,cAAF,IAAkB,CAAC31G,EAAEg2G,QAArB,IAA+Bh2G,EAAElhB,OAAF,CAAUg3H,QAAzC,IAAmD91G,EAAEyD,OAAF,CAAU4uG,EAAV,CAAne;AAAif,aAAxoJ,EAAyoJ54B,cAAa,sBAAS5yF,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,OAAO1qD,MAAIA,EAAEmiB,KAAF,IAASniB,EAAEknB,MAAf,KAAwB7vB,IAAE,KAAKY,OAAL,CAAaipH,SAAf,EAAyBz0G,IAAE,KAAK4hH,gBAAL,CAAsBnN,SAAjD,EAA2DpS,GAAGz3G,CAAH,EAAK2I,CAAL,CAA3D,EAAmE0qD,IAAE,KAAK6mE,SAAL,EAArE,EAAsFl6H,EAAE8qB,KAAF,GAAQ1V,EAAE0V,KAAhG,EAAsG9qB,EAAE6vB,MAAF,GAASza,EAAEya,MAAjH,EAAwHwjC,EAAE0lD,YAAF,EAAxH,EAAyIj3F,IAAEuxC,EAAE+lD,MAArK,IAA6Kt3F,IAAE,KAAK4iE,OAAL,CAAa6W,YAAb,EAA/K,EAA2Mz5E,CAAlN;AAAoN,aAAl4J,EAAm4J63G,gBAAe,0BAAU;AAAC,oBAAIhxH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf,CAAuB,OAAO+H,EAAE+vH,SAAF,YAAuBv4B,EAAvB,IAA2Br+E,EAAEq5E,OAAF,CAAUmC,MAA5C;AAAmD,aAAv+J,EAAw+Jg9B,iBAAgB,2BAAU;AAAC,oBAAI3xH,IAAE,KAAK/H,OAAX,CAAmB+H,EAAE0vH,QAAF,KAAa,CAAC,CAAd,KAAkB,KAAKoC,SAAL,GAAe,IAAI3jB,EAAJ,CAAO,KAAK4hB,SAAZ,EAAsB/vH,EAAE0vH,QAAxB,CAAjC;AAAoE,aAA1lK,EAA2lKkC,sBAAqB,gCAAU;AAAC,oBAAI5xH,IAAE,KAAK/H,OAAL,CAAa03H,QAAnB;AAAA,oBAA4Bx2G,IAAE,CAACnZ,KAAG,EAAJ,EAAQyX,SAAtC,CAAgDzX,MAAI,CAAC,CAAL,IAAQmZ,MAAI,CAAC,CAAb,KAAiB,KAAK44G,cAAL,GAAoB,IAAI9jB,EAAJ,CAAO,IAAP,EAAY90F,CAAZ,CAArC;AAAqD,aAAhuK,EAAiuK04G,uBAAsB,iCAAU;AAAC,oBAAI7xH,IAAE,KAAK/H,OAAL,CAAa03H,QAAnB;AAAA,oBAA4Bx2G,IAAE,CAACnZ,KAAG,EAAJ,EAAQgyH,UAAtC,CAAiDhyH,MAAI,CAAC,CAAL,IAAQmZ,MAAI,CAAC,CAAb,KAAiB,KAAK84G,eAAL,GAAqB,IAAI/kB,EAAJ,CAAO,IAAP,EAAY/zF,CAAZ,CAAtC;AAAsD,aAAz2K,EAA02Ks4G,gBAAe,0BAAU;AAAC,oBAAIzxH,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAE0M,EAAEqkB,OAA7B,CAAqC,OAAOx9B,IAAEmZ,EAAE63G,cAAF,KAAmB,IAAI/jB,EAAJ,CAAOxgG,CAAP,EAAS0M,EAAE42G,SAAX,EAAqB14H,EAAEm7F,OAAvB,CAAnB,GAAmD,IAAIqb,EAAJ,CAAOphG,CAAP,EAASpV,EAAEm7F,OAAX,CAArD,EAAyExyF,EAAE04B,IAAF,CAAO+wF,EAAP,EAAU5a,GAAG11F,EAAE+4G,aAAL,EAAmB/4G,CAAnB,CAAV,CAAzE,EAA0GnZ,CAAjH;AAAmH,aAA5hL,EAA6hLkyH,eAAc,yBAAU;AAAC,oBAAIlyH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE+vH,SAAf;AAAA,oBAAyB14H,IAAE2I,EAAEqxG,UAA7B,CAAwCl4F,EAAEg5G,cAAF,IAAmB96H,EAAEsuB,IAAF,EAAnB;AAA4B,aAA1nL,EAA2nL+oG,gBAAe,wBAAS1uH,CAAT,EAAWmZ,CAAX,EAAa;AAAC+xC,kBAAElrD,CAAF,EAAImZ,CAAJ,GAAOsxC,EAAEzqD,CAAF,EAAImZ,CAAJ,CAAP;AAAc,aAAtqL,EAAuqLo4G,WAAU,qBAAU;AAAC,oBAAIvxH,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAE,IAAIq4G,EAAJ,CAAO3rG,EAAEi5G,aAAF,EAAP,CAA3B,CAAqD,OAAO3lH,EAAEyjG,KAAF,GAAQ/2F,CAAR,EAAUgsG,GAAGnR,UAAH,CAAc38G,EAAE+mD,KAAhB,EAAsB3xC,CAAtB,CAAV,EAAmCzM,IAAEyM,EAAEsjH,SAAF,GAAY52G,EAAEk5G,eAAF,EAAjD,EAAqEh7H,EAAE2mH,MAAF,CAAS1pF,OAAT,IAAkB7nB,EAAEkT,MAAF,CAAS,IAAIkwC,EAAJ,CAAO7vD,EAAE/H,OAAF,CAAU+lH,MAAjB,CAAT,CAAvF,EAA0HvxG,EAAEkT,MAAF,CAAS3f,CAAT,CAA1H,EAAsIyM,EAAEuuB,MAAF,EAAtI,EAAiJvuB,CAAxJ;AAA0J,aAA34L,EAA44L2lH,eAAc,yBAAU;AAAC,oBAAIpyH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE2I,EAAEw9B,OAA3B;AAAA,oBAAmC/wB,IAAEigG,GAAG5gD,KAAH,CAASz0D,EAAE6vB,MAAF,EAAT,CAArC;AAAA,oBAA0DwjC,IAAEgiD,GAAG5gD,KAAH,CAASz0D,EAAE8qB,KAAF,EAAT,CAA5D,CAAgF,OAAOniB,EAAEw+D,KAAF,GAAQ,IAAR,EAAaswC,GAAG,EAAC3sF,OAAMuoC,KAAGu9D,EAAV,EAAa/gG,QAAOza,KAAGs7G,EAAvB,EAA0BtsF,aAAYtiB,EAAEsiB,WAAxC,EAAH,EAAwDtiB,EAAE+nG,SAA1D,CAApB;AAAyF,aAA9kM,EAA+kMmR,iBAAgB,yBAASryH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf,CAAuB,OAAOk2D,GAAG39B,OAAH,CAAW86C,MAAX,CAAkBtrE,IAAE,EAAF,GAAK3I,EAAEk6G,MAAzB,EAAgCl6G,CAAhC,CAAP;AAA0C,aAA5qM,EAA6qMq6H,iBAAgB,2BAAU;AAAC,oBAAI1xH,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAEkyH,SAA3B;AAAA,oBAAqCjiH,IAAE8hB,EAAEgnF,IAAzC;AAAA,oBAA8C1rD,IAAErtD,EAAEy0H,WAAF,GAAc,EAA9D,CAAiE,KAAIz0H,EAAE00H,mBAAF,KAAwB10H,EAAE00H,mBAAF,GAAsB1jB,GAAGhxG,EAAE20H,YAAL,EAAkB30H,CAAlB,CAAtB,EAA2CA,EAAE40H,cAAF,GAAiB5jB,GAAGhxG,EAAE6+E,OAAL,EAAa7+E,CAAb,CAA5D,EAA4EA,EAAE60H,iBAAF,GAAoB7jB,GAAGhxG,EAAE80H,UAAL,EAAgB90H,CAAhB,CAAxH,GAA4Isb,IAAE,CAAlJ,EAAoJA,IAAErL,EAAEvX,MAAxJ,EAA+J4iB,GAA/J;AAAmK9hB,wBAAEyW,EAAEqL,CAAF,CAAF,EAAOsxC,IAAEpzD,EAAEY,OAAX,EAAmBZ,aAAay4D,EAAb,IAAiBrF,EAAE9tD,MAAnB,IAA2B,CAAC8tD,EAAE3L,QAA9B,KAAyCryC,IAAE,CAAF,EAAIi+C,IAAED,EAAEmoE,UAAF,CAAar8H,MAAb,GAAoB,CAA1B,EAA4Bc,aAAa84D,EAAb,KAAkB1jD,IAAEg+C,EAAEmoE,UAAF,CAAanmH,CAAb,CAAF,EAAkBi+C,IAAED,EAAEmoE,UAAF,CAAaloE,CAAb,CAAtC,CAA5B,EAAmFD,EAAEyqD,SAAF,KAAc79G,aAAa84D,EAAb,GAAgBzF,IAAEvqD,EAAEuqD,CAAF,EAAI,CAAJ,EAAMD,EAAEooE,QAAR,EAAiBpoE,EAAEqoE,YAAnB,CAAlB,GAAmDpoE,GAAjE,CAAnF,EAAyJ1qD,IAAE,IAAI8tG,EAAJ,CAAOjwG,CAAP,EAASxG,CAAT,EAAWy3G,GAAG,EAACvhE,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAAH,EAAiBD,EAAE9tD,MAAnB,CAAX,CAA3J,EAAkMqD,EAAE04B,IAAF,CAAOozF,EAAP,EAAUjuH,EAAE00H,mBAAZ,CAAlM,EAAmOvyH,EAAE04B,IAAF,CAAOqzF,EAAP,EAAUluH,EAAE40H,cAAZ,CAAnO,EAA+PzyH,EAAE04B,IAAF,CAAOszF,EAAP,EAAUnuH,EAAE60H,iBAAZ,CAA/P,EAA8RxnE,EAAEl2D,IAAF,CAAOgL,CAAP,CAAvU,CAAnB;AAAnK;AAAwgB,aAAjxN,EAAkxNwyH,cAAa,sBAASxyH,CAAT,EAAW;AAAC,uBAAO,KAAK4c,OAAL,CAAakvG,EAAb,EAAgB9rH,CAAhB,CAAP;AAA0B,aAAr0N,EAAs0N08E,SAAQ,iBAAS18E,CAAT,EAAW;AAAC,uBAAO,KAAK4c,OAAL,CAAamvG,EAAb,EAAgB/rH,CAAhB,CAAP;AAA0B,aAAp3N,EAAq3N2yH,YAAW,oBAAS3yH,CAAT,EAAW;AAAC,uBAAO,KAAK4c,OAAL,CAAaovG,EAAb,EAAgBhsH,CAAhB,CAAP;AAA0B,aAAt6N,EAAu6NgvH,eAAc,yBAAU;AAAC,oBAAIhvH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEw9B,OAAf;AAAA,oBAAuBnmC,IAAE2I,EAAE+7E,OAA3B,CAAmC1kF,EAAEqhC,IAAF,CAAO,YAAP,EAAoBm2E,GAAG7uG,EAAE+yH,UAAL,EAAgB/yH,CAAhB,CAApB,GAAwC3I,EAAEqhC,IAAF,CAAO,YAAP,EAAoBm2E,GAAG7uG,EAAEgzH,SAAL,EAAehzH,CAAf,CAApB,CAAxC,EAA+EmZ,EAAER,EAAF,CAAK4uG,EAAL,EAAQ1Y,GAAG7uG,EAAE88E,MAAL,EAAY98E,CAAZ,CAAR,CAA/E,EAAuGmZ,EAAER,EAAF,CAAKgyG,EAAL,EAAQ9b,GAAG7uG,EAAEizH,WAAL,EAAiBjzH,CAAjB,CAAR,CAAvG,EAAoImZ,EAAER,EAAF,CAAK2xG,EAAL,EAAQzb,GAAG7uG,EAAEmyF,WAAL,EAAiBnyF,CAAjB,CAAR,CAApI,EAAiKA,EAAEoyF,UAAF,GAAauc,GAAGhzE,QAAH,CAAYkzE,GAAG7uG,EAAEoyF,UAAL,EAAgBpyF,CAAhB,CAAZ,EAA+ByqH,EAA/B,CAA9K,EAAiNzqH,EAAEkzH,sBAAF,MAA4B/5G,EAAER,EAAF,CAAK6xG,EAAL,EAAQxqH,EAAEoyF,UAAV,CAA7O,EAAmQuc,GAAGzxB,UAAH,KAAgBl9E,EAAEmzH,WAAF,GAAc,IAAIxkB,GAAGzxB,UAAP,CAAkB/jE,CAAlB,EAAoB,EAAC/kB,QAAO,CAAC,CAAT,EAAWsnF,YAAW,CAAC,CAAvB,EAAyBG,SAAQ,CAAC,CAAlC,EAAoCu3C,KAAIvkB,GAAG7uG,EAAEqzH,IAAL,EAAUrzH,CAAV,CAAxC,EAAqDkH,OAAM2nG,GAAG7uG,EAAEs7E,MAAL,EAAYt7E,CAAZ,CAA3D,EAA0EwiC,MAAKqsE,GAAG7uG,EAAE28E,KAAL,EAAW38E,CAAX,CAA/E,EAA6FnI,KAAIg3G,GAAG7uG,EAAE68E,IAAL,EAAU78E,CAAV,CAAjG,EAA8GszH,cAAazkB,GAAG7uG,EAAEuzH,aAAL,EAAmBvzH,CAAnB,CAA3H,EAAiJwzH,eAAc3kB,GAAG7uG,EAAEyzH,cAAL,EAAoBzzH,CAApB,CAA/J,EAAsL0zH,YAAW7kB,GAAG7uG,EAAE2zH,WAAL,EAAiB3zH,CAAjB,CAAjM,EAApB,CAA9B,CAAnQ;AAA6gB,aAAh/O,EAAi/OuzH,eAAc,uBAASvzH,CAAT,EAAW;AAAC,qBAAKiyH,eAAL,KAAuB,KAAK2B,gBAAL,GAAsB5zH,EAAE85E,QAAxB,EAAiC,KAAKq+B,iBAAL,EAAjC,EAA0D,KAAKp8B,OAAL,CAAaiX,eAAb,EAAjF;AAAiH,aAA5nP,EAA6nP2gC,aAAY,uBAAU;AAAC,qBAAKE,QAAL,KAAgB,KAAK93C,OAAL,IAAc,KAAKA,OAAL,CAAamX,cAAb,EAAd,EAA4C,KAAK2gC,QAAL,GAAc,CAAC,CAA3D,EAA6D,KAAKj3G,OAAL,CAAaoxG,EAAb,EAAgB,EAAhB,CAA7E;AAAkG,aAAtvP,EAAuvPyF,gBAAe,wBAASzzH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAEwnE,eAAvB,CAAuCp0H,MAAImC,EAAE8a,cAAF,IAAmB3B,IAAEsxC,EAAEmpE,gBAAvB,EAAwCv8H,IAAE,CAAC2I,EAAE85E,QAAH,GAAY3gE,CAAZ,GAAc,CAAxD,EAA0DuzF,GAAGxnE,GAAH,CAAO7tC,CAAP,KAAW,EAAX,KAAgBA,IAAEq1G,GAAG5xE,KAAH,CAAS,KAAGzjC,CAAZ,CAAF,EAAiBozD,EAAEmpE,gBAAF,GAAmB5zH,EAAE85E,QAAtC,EAA+CrtE,IAAE,EAAC8tE,OAAMljF,CAAP,EAASy8H,YAAWtlE,EAAE/D,EAAEslE,SAAF,CAAYnZ,IAAd,CAApB,EAAwCt6F,eAActc,CAAtD,EAAjD,EAA0G,CAACyqD,EAAEopE,QAAH,IAAappE,EAAE7tC,OAAF,CAAUkxG,EAAV,EAAarhH,CAAb,CAAb,KAA+Bg+C,EAAEopE,QAAF,KAAappE,EAAEopE,QAAF,GAAW,CAAC,CAAzB,GAA4BnpE,IAAEj+C,EAAEqnH,UAAF,GAAaj2H,EAAEk2H,YAAF,CAAe18H,CAAf,CAA3C,EAA6DqzD,KAAG,CAACD,EAAE7tC,OAAF,CAAUmxG,EAAV,EAAathH,CAAb,CAAJ,IAAqB5O,EAAEkuD,IAAF,EAAjH,CAA1H,CAA9D;AAAqT,aAA9mQ,EAA+mQinE,WAAU,mBAAShzH,CAAT,EAAW;AAAC,oBAAGA,EAAEw9B,OAAL,EAAa;AAAC,wBAAIrkB,IAAE,KAAK66G,oBAAL,CAA0Bh0H,EAAEw9B,OAA5B,EAAoCx9B,CAApC,CAAN,CAA6CmZ,KAAGA,EAAE++F,KAAL,IAAY/+F,EAAE++F,KAAF,CAAQ,IAAR,EAAal4G,EAAEsc,aAAf,CAAZ;AAA0C;AAAC,aAA3uQ,EAA4uQg/D,QAAO,gBAASt7E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE6uB,OAAf;AAAA,oBAAuBv7B,IAAE0M,EAAE86G,iBAAF,CAAoBj0H,CAApB,CAAzB,CAAgDmZ,EAAE42G,SAAF,CAAYmE,uBAAZ,CAAoCznH,CAApC,MAAyC42G,GAAGhsH,EAAEkxH,EAAF,KAAOlxH,EAAEgxH,EAAF,CAAP,IAAchxH,EAAEixH,EAAF,CAAjB,KAAyBnvG,EAAEg7G,gBAAF,CAAmBn0H,CAAnB,EAAqByM,CAArB,EAAuB87G,EAAvB,CAAzB,EAAoDpvG,EAAE24G,SAAF,IAAa34G,EAAE24G,SAAF,CAAY5qH,KAAZ,CAAkBlH,CAAlB,CAAb,KAAoC,KAAK+7E,OAAL,CAAaiX,eAAb,IAA+B,KAAKmlB,iBAAL,EAAnE,CAApD,EAAiJh/F,EAAE44G,cAAF,IAAkB54G,EAAE44G,cAAF,CAAiB7qH,KAAjB,CAAuBlH,CAAvB,CAAlB,IAA6C,KAAK4c,OAAL,CAAakxG,EAAb,EAAgB,EAACgG,YAAWtlE,EAAE,KAAKuhE,SAAL,CAAenZ,IAAjB,CAAZ,EAAmCt6F,eAActc,CAAjD,EAAhB,CAAvO;AAA6S,aAA5lR,EAA6lR28E,OAAM,eAAS38E,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,IAAE,IAAlB;AAAA,oBAAuB9hB,IAAE8hB,EAAEwkG,SAA3B;AAAA,oBAAqClpE,IAAEt7B,EAAEkiG,SAAzC;AAAA,oBAAmDxlE,IAAE,EAArD,CAAwD,IAAGpB,CAAH,EAAKlrD,EAAE8a,cAAF,IAAmBwxC,IAAEpB,EAAE1oB,IAAF,CAAOxiC,CAAP,CAArB,EAA+BssD,KAAG,CAAC18B,EAAEhT,OAAF,CAAUyrG,EAAV,EAAa,EAACyL,YAAWxnE,CAAZ,EAAchwC,eAActc,CAA5B,EAAb,CAAJ,IAAkDkrD,EAAEkuD,GAAF,EAAjF,CAAL,KAAmG,IAAGtrG,CAAH,EAAK;AAAC,yBAAI9N,EAAE8a,cAAF,IAAmB3B,IAAErL,EAAE8oG,IAAvB,EAA4Bv/G,IAAE,CAAlC,EAAoCA,IAAE8hB,EAAE5iB,MAAxC,EAA+Cc,GAA/C;AAAmDoV,4BAAE0M,EAAE9hB,CAAF,CAAF,EAAOqzD,IAAEj+C,EAAExU,OAAF,CAAUC,IAAnB,EAAwBwyD,MAAID,IAAEh+C,EAAExU,OAAF,CAAU6mD,QAAV,GAAmB9+C,EAAE+kC,CAArB,GAAuB/kC,EAAE6kC,CAA3B,EAA6BhnC,IAAE4sD,EAAE4vB,aAAF,GAAgB5vB,EAAEziD,QAAjD,EAA0D,MAAInK,CAAJ,KAAQyuD,EAAE7/C,EAAExU,OAAF,CAAUC,IAAZ,IAAkBuU,EAAEysG,cAAF,CAAiBr7G,CAAjB,CAA1B,CAA9D,CAAxB;AAAnD,qBAAyLiQ,EAAEgmH,UAAF,GAAaxnE,CAAb,EAAe18B,EAAEhT,OAAF,CAAUyrG,EAAV,EAAa,EAACyL,YAAWxnE,CAAZ,EAAchwC,eAActc,CAA5B,EAAb,CAAf;AAA4D,mBAAE+xH,cAAF,IAAkBniG,EAAEmiG,cAAF,CAAiBvvF,IAAjB,CAAsBxiC,CAAtB,CAAlB;AAA2C,aAAhjS,EAAijS68E,MAAK,cAAS78E,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKy6H,SAAb,CAAuBz6H,KAAGA,EAAEQ,GAAF,CAAMmI,CAAN,CAAH,IAAa,KAAK+7E,OAAL,CAAamX,cAAb,IAA8B,KAAKt2E,OAAL,CAAa0rG,EAAb,EAAgB,EAACwL,YAAWtlE,EAAE,KAAKuhE,SAAL,CAAenZ,IAAjB,CAAZ,EAAmCt6F,eAActc,CAAjD,EAAhB,CAA3C,IAAiH,KAAKq0H,cAAL,CAAoBr0H,CAApB,EAAsBsoH,EAAtB,CAAjH,EAA2I,KAAKyJ,cAAL,KAAsB54G,IAAE,KAAK44G,cAAL,CAAoBl6H,GAApB,CAAwBmI,CAAxB,CAAF,EAA6BmZ,KAAG,CAAC,KAAKyD,OAAL,CAAamxG,EAAb,EAAgB,EAAC+F,YAAW36G,CAAZ,EAAcmD,eAActc,CAA5B,EAAhB,CAAJ,KAAsD,KAAK+xH,cAAL,CAAoBhmE,IAApB,IAA2B,KAAKnvC,OAAL,CAAaoxG,EAAb,EAAgB,EAAC8F,YAAW36G,CAAZ,EAAcmD,eAActc,CAA5B,EAAhB,CAAjF,CAAnD,CAA3I;AAAiU,aAA15S,EAA25SizH,aAAY,qBAASjzH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,IAAE,IAApB;AAAA,oBAAyBo9C,IAAElrD,EAAEsc,aAA7B;AAAA,oBAA2CgwC,IAAEm5D,GAAGzlH,CAAH,CAA7C;AAAA,oBAAmDirD,IAAEn9C,EAAEsmH,SAAvD;AAAA,oBAAiE7tG,IAAE,EAAnE;AAAA,oBAAsEglC,IAAEz9C,EAAEmkH,eAA1E;AAAA,oBAA0F5mE,IAAEv9C,EAAEmmH,iBAAF,CAAoB/oE,CAApB,CAA5F,CAAmH,IAAGp9C,EAAEiiH,SAAF,CAAYmE,uBAAZ,CAAoC7oE,CAApC,CAAH,EAA0C,IAAGE,CAAH,EAAK37B,IAAE,EAAC2qD,OAAMjuB,CAAP,EAASwnE,YAAWtlE,EAAE,KAAKuhE,SAAL,CAAenZ,IAAjB,CAApB,EAA2Ct6F,eAActc,CAAzD,EAAF,EAA8D,CAAC8N,EAAE+lH,QAAH,IAAa/lH,EAAE8O,OAAF,CAAUkxG,EAAV,EAAal+F,CAAb,CAAb,KAA+B5vB,EAAE8a,cAAF,IAAmBhN,EAAE+lH,QAAF,KAAa/lH,EAAEqqG,iBAAF,IAAsBrqG,EAAEiuE,OAAF,CAAUiX,eAAV,EAAtB,EAAkDllF,EAAE+lH,QAAF,GAAW,CAAC,CAA3E,CAAnB,EAAiG/lH,EAAEwmH,UAAF,IAAc1pG,aAAa9c,EAAEwmH,UAAf,CAA/G,EAA0I1kG,EAAEkkG,UAAF,GAAavtG,IAAEglC,EAAEwoE,YAAF,CAAeznE,CAAf,CAAzJ,EAA2K/lC,KAAG,CAACzY,EAAE8O,OAAF,CAAUmxG,EAAV,EAAan+F,CAAb,CAAJ,IAAqB27B,EAAEQ,IAAF,EAAhM,EAAyMj+C,EAAEwmH,UAAF,GAAa7hH,WAAW,YAAU;AAAC3E,sBAAE8O,OAAF,CAAUoxG,EAAV,EAAap+F,CAAb,GAAgB9hB,EAAE+lH,QAAF,GAAW,CAAC,CAA5B,EAA8B/lH,EAAEiuE,OAAF,IAAWjuE,EAAEiuE,OAAF,CAAUmX,cAAV,EAAzC;AAAoE,iBAA1F,EAA2Fw3B,EAA3F,CAArP,CAA9D,CAAL,KAA6Z,IAAGz/D,MAAI9xC,IAAErL,EAAEqmH,gBAAF,CAAmBjpE,CAAnB,EAAqBG,CAArB,EAAuByiE,EAAvB,CAAF,EAA6B30G,MAAI8xC,IAAEn9C,EAAEsmH,SAAR,CAAjC,GAAqDnpE,CAAxD,EAA0D;AAAC,yBAAI5zD,IAAE4zD,EAAEspE,UAAF,IAAcjoE,CAAhB,EAAkBrB,EAAEspE,UAAF,GAAal9H,IAAEi1D,CAAjC,EAAmC7/C,IAAEqB,EAAEsmH,SAAF,CAAYxd,IAAjD,EAAsDlsD,IAAE,CAA5D,EAA8DA,IAAEj+C,EAAElW,MAAlE,EAAyEm0D,GAAzE;AAA6ED,4BAAEh+C,EAAEi+C,CAAF,CAAF,EAAO7sD,IAAE4sD,EAAExyD,OAAF,CAAUC,IAAnB,EAAwB2F,MAAI0oB,EAAE1oB,CAAF,IAAK4sD,EAAE0uD,UAAF,CAAa,CAAC9hH,CAAd,CAAT,CAAxB;AAA7E,qBAAgIyW,EAAE8O,OAAF,CAAUmxG,EAAV,EAAa,EAACxzC,OAAMjuB,CAAP,EAASwnE,YAAWvtG,CAApB,EAAsBjK,eAActc,CAApC,EAAb,GAAqD8N,EAAEwmH,UAAF,IAAc1pG,aAAa9c,EAAEwmH,UAAf,CAAnE,EAA8FxmH,EAAEwmH,UAAF,GAAa7hH,WAAW,YAAU;AAAC3E,0BAAEumH,cAAF,CAAiBr0H,CAAjB,EAAmBguH,EAAnB;AAAuB,qBAA7C,EAA8CtD,EAA9C,CAA3G;AAA6J;AAAC,aAAt0U,EAAu0UyJ,kBAAiB,0BAASn0H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE4sD,EAAEqlE,MAAF,CAASC,SAA1B;AAAA,oBAAoCngG,IAAE/xB,EAAE22H,aAAF,CAAgBr7G,CAAhB,CAAtC;AAAA,oBAAyDrL,IAAEjQ,EAAE+4G,IAAF,CAAO9hH,KAAP,CAAa,CAAb,CAA3D,CAA2E86B,MAAI86B,IAAE8D,EAAE1gD,CAAF,CAAF,EAAOrB,IAAEg+C,EAAE7tC,OAAF,CAAUvlB,CAAV,EAAY,EAACy8H,YAAWppE,CAAZ,EAAcpuC,eAActc,CAA5B,EAAZ,CAAT,EAAqDyM,IAAEg+C,EAAE0oE,WAAF,CAAczxD,MAAd,EAAF,IAA0BjX,EAAEgqE,cAAF,GAAiB,CAAC,CAAlB,EAAoBhqE,EAAE0tD,iBAAF,EAApB,EAA0C1tD,EAAE2pE,SAAF,GAAY,EAACN,YAAWppE,CAAZ,EAAcisD,MAAK/mF,CAAnB,EAAqBgnF,MAAK9oG,CAA1B,EAAhF,CAAzD;AAAwK,aAA3lV,EAA4lVumH,gBAAe,wBAASr0H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAE+8H,SAAF,KAAc/8H,EAAEulB,OAAF,CAAUzD,CAAV,EAAY,EAAC26G,YAAWz8H,EAAE+8H,SAAF,CAAYN,UAAxB,EAAmCx3G,eAActc,CAAjD,EAAZ,GAAiE3I,EAAEo9H,cAAF,GAAiB,CAAC,CAAnF,EAAqFp9H,EAAE+8H,SAAF,GAAY,IAA/G;AAAqH,aAAzvV,EAA0vVM,kBAAiB,0BAAS10H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAK0kF,OAAL,CAAa1e,WAAb,CAAyBr9D,CAAzB,CAAN,CAAkC,IAAG3I,CAAH,EAAK,OAAO,KAAK28H,oBAAL,CAA0B38H,CAA1B,EAA4B2I,CAA5B,EAA8BmZ,CAA9B,CAAP;AAAwC,aAAx2V,EAAy2V66G,sBAAqB,8BAASh0H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,qBAAI,IAAIoV,CAAR,EAAUzM,KAAG,CAACyM,CAAd;AAAiBA,wBAAEzM,EAAE0wG,YAAJ,EAAiB1wG,IAAEA,EAAEkD,MAArB;AAAjB,iBAA6C,IAAGuJ,CAAH,EAAK,OAAOA,EAAEkoH,QAAF,KAAaloH,IAAEA,EAAEkoH,QAAF,CAAWx7G,CAAX,EAAa,KAAK86G,iBAAL,CAAuB96G,CAAvB,CAAb,CAAf,GAAwD9hB,MAAIoV,IAAEA,EAAEsB,OAAF,CAAU1W,CAAV,CAAN,CAAxD,EAA4EoV,CAAnF;AAAqF,aAArhW,EAAshWwnH,mBAAkB,2BAASj0H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAEgsH,GAAG,CAACrjH,EAAE6kC,CAAF,IAAK,EAAN,EAAU+gC,MAAb,CAAb;AAAA,oBAAkCn5D,IAAEpV,IAAE2I,EAAE6kC,CAAF,CAAI+gC,MAAN,GAAa5lE,EAAE+b,OAAnD;AAAA,oBAA2D2uC,IAAErzD,IAAE2I,EAAE+kC,CAAF,CAAI6gC,MAAN,GAAa5lE,EAAEmc,OAA5E,CAAoF,OAAOhD,EAAEy7G,mBAAF,CAAsBnoH,CAAtB,EAAwBi+C,CAAxB,CAAP;AAAkC,aAA1qW,EAA2qWkqE,qBAAoB,6BAASz7G,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAK+wB,OAAX;AAAA,oBAAmBktB,IAAEj+C,EAAE2qB,MAAF,EAArB;AAAA,oBAAgCqzB,IAAE3+B,SAASrf,EAAE8I,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,CAAlC;AAAA,oBAAoE1X,IAAEiuB,SAASrf,EAAE8I,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAAtE;AAAA,oBAAuGqa,IAAE5vB,EAAErL,MAAF,CAAzG,CAAmH,OAAO,IAAIkmE,EAAJ,CAAO1hD,IAAEuxC,EAAExlC,IAAJ,GAASulC,CAAT,GAAW76B,EAAE5T,UAAF,EAAlB,EAAiC3kB,IAAEqzD,EAAErnD,GAAJ,GAAQxF,CAAR,GAAU+xB,EAAExT,SAAF,EAA3C,CAAP;AAAiE,aAAj4W,EAAk4Wi3G,MAAK,cAASrzH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE4iE,OAAF,CAAU1e,WAAV,CAAsBr9D,CAAtB,CAAb;AAAA,oBAAsCyM,IAAE0M,EAAE66G,oBAAF,CAAuB38H,CAAvB,EAAyB2I,CAAzB,CAAxC,CAAoEmZ,EAAE07G,YAAF,KAAiBpoH,CAAjB,GAAmB0M,EAAE27G,eAAF,CAAkBroH,CAAlB,EAAoBzM,CAApB,CAAnB,IAA2CmZ,EAAE47G,WAAF,CAAc19H,CAAd,EAAgB2I,CAAhB,KAAoBmZ,EAAEg/F,iBAAF,EAApB,EAA0Ch/F,EAAE27G,eAAF,CAAkBroH,CAAlB,EAAoBzM,CAApB,CAArF,GAA6GmZ,EAAE67G,kBAAF,GAAqB,CAAC,CAAnI,EAAqIviH,WAAW,YAAU;AAAC0G,sBAAE67G,kBAAF,GAAqB,CAAC,CAAtB;AAAwB,iBAA9C,EAA+C,CAA/C,CAArI;AAAuL,aAA9oX,EAA+oXl4C,QAAO,gBAAS98E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEu7G,gBAAF,CAAmB10H,CAAnB,CAAb,CAAmCmZ,EAAE27G,eAAF,CAAkBz9H,CAAlB,EAAoB2I,CAApB;AAAuB,aAA5tX,EAA6tX80H,iBAAgB,yBAAS90H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAKnZ,CAAL;AAAQA,sBAAE8c,KAAF,IAAS9c,EAAE8c,KAAF,CAAQ,IAAR,EAAa3D,CAAb,CAAT,EAAyBnZ,IAAEA,EAAEkD,MAA7B;AAAR;AAA4C,aAAvyX,EAAwyX6xH,aAAY,qBAAS/0H,CAAT,EAAW3I,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEC,EAAEspE,oBAAF,CAAuBh0H,CAAvB,EAAyB3I,CAAzB,CAAf;AAAA,oBAA2CwG,IAAE6sD,EAAEioC,QAA/C;AAAA,oBAAwD/iE,IAAE86B,EAAE2mD,UAA5D;AAAA,oBAAuEvjG,IAAE48C,EAAEzyD,OAAF,CAAUu6F,OAAnF,CAA2F,IAAG,CAAC9nC,EAAE+pE,cAAH,IAAmB7kG,CAAnB,IAAsB,CAACA,EAAEqlG,aAAF,CAAgBxqE,CAAhB,CAAvB,IAA2C,CAACC,EAAEsmE,cAAF,EAA/C,EAAkE,OAAOvkH,IAAEi+C,EAAEspE,oBAAF,CAAuBh0H,CAAvB,EAAyB3I,CAAzB,EAA2B,UAAS2I,CAAT,EAAW;AAAC,2BAAOA,EAAEutB,KAAF,IAAS,EAAEvtB,aAAa8vB,EAAf,CAAhB;AAAmC,iBAA1E,CAAF,EAA8ErjB,KAAG,CAACA,EAAE8gB,KAAF,CAAQm9B,CAAR,EAAUrzD,CAAV,CAAJ,IAAkBqzD,EAAEmqE,YAAF,GAAepoH,CAAf,EAAiBqB,IAAEghG,GAAG,EAAH,EAAMhhG,CAAN,EAAQrB,EAAExU,OAAF,CAAUu6F,OAAlB,CAAnB,EAA8C1kF,EAAEwmB,OAAF,IAAWz2B,EAAE6mB,IAAF,CAAOjY,CAAP,CAAzD,EAAmEmjB,EAAElL,IAAF,CAAOjY,CAAP,CAAnE,EAA6EA,CAA/F,IAAkG0M,CAAvL;AAAyL,aAAxpY,EAAypY45G,YAAW,oBAAS55G,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE09H,WAAF,CAAc57G,EAAEqkB,OAAhB,EAAwBrkB,EAAEmD,aAA1B,CAAb,CAAsD7P,KAAGA,EAAEyoH,eAAL,IAAsBl1H,EAAExL,QAAF,EAAYmkB,EAAZ,CAAe4xG,EAAf,EAAkB1b,GAAGx3G,EAAE89H,kBAAL,EAAwB99H,CAAxB,CAAlB,CAAtB;AAAoE,aAA1yY,EAA2yY89H,oBAAmB,4BAASh8G,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEC,EAAEzyD,OAAnB;AAAA,oBAA2B4F,IAAE6sD,EAAEioC,QAA/B;AAAA,oBAAwC/iE,IAAE86B,EAAE2mD,UAA5C;AAAA,oBAAuDvjG,IAAE48C,EAAEupE,iBAAF,CAAoB96G,CAApB,CAAzD;AAAA,oBAAgF+xC,IAAER,EAAEmqE,YAApF,CAAiGnqE,EAAEqlE,SAAF,CAAY/3F,GAAZ,CAAgBu3D,aAAhB,CAA8BzhF,CAA9B,IAAiCo9C,KAAGA,EAAEgqE,eAAL,IAAsBhqE,EAAEqmD,MAAxB,IAAgCrmD,EAAEhoD,MAAF,CAASkyH,eAAzC,KAA2D3oH,IAAEy+C,EAAEhoD,MAAF,CAASkyH,eAAT,CAAyBtnH,EAAE+2B,CAA3B,EAA6B/2B,EAAEi3B,CAA/B,EAAiCmmB,EAAEmqE,QAAnC,CAAF,EAA+C5oH,KAAGA,KAAGy+C,CAAN,KAAUz+C,EAAE8gB,KAAF,CAAQm9B,CAAR,EAAUvxC,CAAV,GAAauxC,EAAEmqE,YAAF,GAAepoH,CAA5B,EAA8BpV,IAAEy3G,GAAG,EAAH,EAAMrkD,EAAE+nC,OAAR,EAAgBtnC,EAAEjzD,OAAF,CAAUu6F,OAA1B,CAAhC,EAAmEn7F,EAAEi9B,OAAF,IAAWz2B,EAAE6mB,IAAF,CAAOjY,CAAP,CAA9E,EAAwFmjB,EAAElL,IAAF,CAAOjY,CAAP,CAAlG,CAA1G,CAAjC,IAA0PzM,EAAExL,QAAF,EAAY4d,GAAZ,CAAgBm4G,EAAhB,GAAoB7/D,EAAEytD,iBAAF,EAA9Q;AAAqS,aAAhtZ,EAAitZ/lB,YAAW,oBAASpyF,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK86G,iBAAL,CAAuBj0H,CAAvB,CAAN,CAAgC,KAAKs1H,gBAAL,CAAsBn8G,CAAtB,GAC37uC,KAAK42G,SAAL,CAAexiG,KAAf,IAAsB,KAAKwiG,SAAL,CAAexiG,KAAf,CAAqB,IAArB,EAA0BvtB,CAA1B,CADq6uC,EACx4uC,KAAKgxH,cAAL,MAAuB,KAAKuE,mBAAL,CAAyBp8G,CAAzB,EAA2BnZ,CAA3B,CADi3uC;AACn1uC,aAD2k1B,EAC1k1Bs1H,kBAAiB,0BAASt1H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKsjH,SAAL,CAAeyF,UAAzB,CAAoC,KAAIr8G,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAEoV,EAAE0M,CAAF,CAAF,EAAO9hB,EAAE2gC,GAAF,CAAMu3D,aAAN,CAAoBvvF,CAApB,IAAuB3I,EAAEg6H,MAAF,CAASrxH,CAAT,CAAvB,GAAmC3I,EAAEsuB,IAAF,EAA1C;AAAvB;AAA0E,aAD+70B,EAC970B4vG,qBAAoB,6BAASp8G,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,IAAE,IAAd;AAAA,oBAAmB9hB,IAAE8hB,EAAE33B,OAAvB;AAAA,oBAA+BizD,IAAEt7B,EAAEmgG,SAAnC;AAAA,oBAA6CzjE,IAAEpB,EAAE60D,YAAjD;AAAA,oBAA8D90D,IAAEr7B,EAAE+iE,QAAlE;AAAA,oBAA2EpsE,IAAEzY,EAAE0kF,OAA/E;AAAA,oBAAuFjnC,IAAE37B,EAAEyhF,UAA3F,CAAsGnmD,EAAElzB,GAAF,CAAMu3D,aAAN,CAAoBp2E,CAApB,MAAyB1M,IAAE6/C,EAAEmpE,kBAAF,CAAqBt8G,CAArB,CAAF,EAA0B1M,MAAImjB,EAAE8lG,kBAAN,KAA2BhrE,IAAEQ,EAAEkmE,qBAAF,CAAwB3kH,CAAxB,CAAF,EAA6Bg+C,IAAEzqD,EAAE7I,GAAF,CAAMuzD,CAAN,EAAQ,UAAS1qD,CAAT,EAAW;AAAC,2BAAOA,EAAEi4G,SAAF,CAAY5gH,CAAZ,CAAP;AAAsB,iBAA1C,CAA/B,EAA2EwG,IAAE4sD,EAAE,CAAF,KAAM,EAAnF,EAAsF5sD,EAAE83H,cAAF,GAAiBlrE,CAAvG,EAAyGC,EAAEn0D,MAAF,GAAS,CAAT,IAAY,CAAC,KAAKqmB,OAAL,CAAasvG,EAAb,EAAgBruH,CAAhB,CAAb,IAAiC0oB,EAAE+N,OAAF,IAAW22B,EAAEomE,MAAF,CAAS3mE,CAAT,EAAWvxC,CAAX,CAAX,EAAyBoyC,EAAE7mC,IAAF,CAAOgmC,CAAP,CAA1D,IAAqEO,EAAEtlC,IAAF,EAA9K,EAAuLiK,EAAE8lG,kBAAF,GAAqBjpH,CAAvO,CAAnD;AAA8R,aADwh0B,EACvh0B0lF,aAAY,qBAASh5E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE04H,SAAf;AAAA,oBAAyBrlE,IAAErzD,EAAEs7F,QAA7B;AAAA,oBAAsCloC,IAAEpzD,EAAEg6G,UAA1C;AAAA,oBAAqDxzG,IAAEsb,EAAEyE,aAAzD,CAAuE/f,KAAGmC,EAAEnC,CAAF,EAAKkQ,OAAL,CAAa28C,EAAEltB,OAAf,EAAwBjnC,MAA3B,IAAmCc,EAAE29H,kBAArC,KAA0D39H,EAAE+6F,UAAF,CAAa1wB,MAAb,IAAsBj1D,EAAE0lH,cAAF,EAAtB,EAAyC1nE,EAAE9kC,IAAF,EAAzC,EAAkDlT,WAAWo8F,GAAGnkD,EAAE/kC,IAAL,EAAU+kC,CAAV,CAAX,EAAwB2iE,EAAxB,CAAlD,EAA8Eh2H,EAAEq+H,kBAAF,GAAqB,IAA7J;AAAmK,aADqxzB,EACpxzBvd,mBAAkB,6BAAU;AAAC,oBAAIn4G,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE2yF,QAAf;AAAA,oBAAwBt7F,IAAE2I,EAAEqxG,UAA5B,CAAuCrxG,EAAE60H,YAAF,GAAe,IAAf,EAAoB17G,KAAGA,EAAEwM,IAAF,EAAvB,EAAgCtuB,KAAGA,EAAEsuB,IAAF,EAAnC;AAA4C,aADoqzB,EACnqzBipG,gBAAe,wBAAS5uH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAExU,OAAnB;AAAA,oBAA2BwyD,IAAEh+C,EAAEmpH,aAAF,IAAiBlrE,EAAE6mD,MAAhD;AAAA,oBAAuD1zG,IAAE4sD,EAAEl0D,MAA3D;AAAA,oBAAkEuX,IAAErB,EAAEwxD,UAAF,CAAa98C,IAAb,EAApE;AAAA,oBAAwF+pC,IAAE,CAACz+C,EAAEwxD,UAAF,CAAanpB,KAAb,MAAsB,EAAvB,EAA2Bv+C,MAA3B,GAAkC,CAA5H;AAAA,oBAA8H+1D,IAAE,EAAhI,CAAmI,KAAInzC,IAAE,CAAN,EAAQA,IAAEtb,CAAV,EAAYsb,GAAZ;AAAgB9hB,wBAAEozD,EAAEtxC,CAAF,CAAF,EAAO1M,EAAEopH,WAAF,CAAcx+H,CAAd,KAAkB6zD,CAAlB,IAAqB06D,GAAGt5D,CAAH,EAAKiC,EAAEl3D,CAAF,EAAIyW,CAAJ,CAAL,GAAa,KAAKgoH,uBAAL,CAA6BxpE,CAA7B,EAA+BtsD,CAA/B,CAAlC,IAAqEssD,EAAEt3D,IAAF,CAAOqC,KAAG,EAAV,CAA5E;AAAhB,iBAA0GoV,EAAEmpH,aAAF,GAAgBnrE,CAAhB,EAAkBC,EAAE6mD,MAAF,GAASjlD,CAA3B,EAA6B18B,EAAEnjB,EAAExU,OAAJ,CAA7B,EAA0CwU,EAAEmjH,WAAF,EAA1C,EAA0DnjH,EAAEoiH,eAAF,EAA1D,EAA8EpiH,EAAE0iH,QAAF,GAAW,CAAC,CAA1F,EAA4F1iH,EAAEspH,YAAF,EAA5F;AAA6G,aAD8yyB,EAC7yyBD,yBAAwB,iCAAS91H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ,EAAMoV,CAAN,CAAQ,IAAG0M,KAAGA,EAAEmuD,MAAR,EAAe,KAAIjwE,IAAE,KAAK2+H,kBAAL,GAAwB,KAAKA,kBAAL,IAAyB,EAAnD,EAAsDvpH,IAAE,CAA5D,EAA8DA,IAAEzM,EAAEzJ,MAAlE,EAAyEkW,GAAzE;AAA6EpV,sBAAE2I,EAAEyM,CAAF,EAAK+2G,WAAP,MAAsB,CAAC,CAAvB,KAA2BxjH,EAAEyM,CAAF,EAAK6nB,OAAL,GAAa,CAAC,CAAzC;AAA7E,iBAAf,MAA6I,OAAO,KAAK0hG,kBAAZ;AAA+B,aADmlyB,EACllyBC,wBAAuB,gCAASj2H,CAAT,EAAW;AAACqjH,mBAAGrjH,EAAEwjH,WAAL,MAAoB,KAAKwS,kBAAL,KAA0B,KAAKA,kBAAL,GAAwB,EAAlD,GAAsD,KAAKA,kBAAL,CAAwBh2H,EAAEwjH,WAA1B,IAAuCxjH,EAAEs0B,OAAnH;AAA4H,aADm7xB,EACl7xByhG,cAAa,wBAAU;AAAC,oBAAI/1H,IAAE,IAAN,CAAW2uG,GAAGr5G,OAAH,CAAW2yG,GAAX,IAAgBjoG,EAAEk2H,mBAAF,IAAwBl2H,EAAEm2H,cAAF,GAAiB1jH,WAAW,YAAU;AAACzS,sBAAE+7E,OAAF,KAAY/7E,EAAE4c,OAAF,CAAUirG,EAAV,GAAc7nH,EAAE+uH,OAAF,EAA1B;AAAuC,iBAA7D,EAA8D,CAA9D,CAAzD,KAA4H/uH,EAAE4c,OAAF,CAAUirG,EAAV,GAAc7nH,EAAE+uH,OAAF,EAA1I;AAAuJ,aADwvxB,EACvvxBmH,qBAAoB,+BAAU;AAAC,qBAAKC,cAAL,KAAsB7rG,cAAc,KAAK6rG,cAAnB,GAAmC,KAAKA,cAAL,GAAoB,IAA7E;AAAmF,aADqoxB,EACpoxBvG,aAAY,uBAAU;AAAC,oBAAI5vH,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,IAAd;AAAA,oBAAmBD,IAAEC,EAAEuT,UAAF,CAAa98C,IAAb,EAArB;AAAA,oBAAyCtjB,IAAE6sD,EAAEzyD,OAAF,CAAUs5G,MAArD;AAAA,oBAA4D3hF,IAAE/xB,EAAEtH,MAAhE,CAAuE,KAAIyJ,IAAE,CAAN,EAAQA,IAAE4vB,CAAV,EAAY5vB,GAAZ;AAAgBmZ,wBAAEtb,EAAEmC,CAAF,CAAF,EAAO0qD,EAAEmrE,WAAF,CAAc18G,CAAd,MAAmB9hB,IAAE8hB,EAAEoqG,QAAJ,EAAa92G,IAAE42G,GAAGhsH,CAAH,IAAM,CAACozD,EAAEpzD,CAAF,KAAM,EAAP,EAAW4rC,KAAjB,GAAuBwnB,CAAtC,EAAwCtxC,EAAE81G,QAAF,KAAa,CAAC,CAAd,KAAkB91G,EAAE1F,IAAF,GAAOhH,CAAzB,CAA3D,CAAP;AAAhB;AAA+G,aADu7wB,EACt7wBoiH,iBAAgB,2BAAU;AAAC,oBAAI7uH,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAE4mE,UAAF,CAAa98C,IAAb,MAAqB,EAAtC;AAAA,oBAAyCupC,IAAE,CAACrzD,EAAE4mE,UAAF,CAAanpB,KAAb,MAAsB,EAAvB,EAA2Bv+C,MAA3B,GAAkC,CAA7E;AAAA,oBAA+Ek0D,IAAEh+C,CAAjF;AAAA,oBAAmF5O,IAAExG,EAAEY,OAAvF;AAAA,oBAA+F23B,IAAE,GAAG76B,MAAH,CAAU8I,EAAEkiH,YAAZ,CAAjG,CAA2H,KAAIr1D,KAAGj+C,EAAElW,MAAL,KAAck0D,IAAEh+C,EAAE,CAAF,EAAKw2B,KAArB,GAA4BjjC,IAAE,CAAlC,EAAoCA,IAAE4vB,EAAEr5B,MAAxC,EAA+CyJ,GAA/C;AAAmDmZ,wBAAEyW,EAAE5vB,CAAF,CAAF,EAAOmZ,EAAE81G,QAAF,KAAa,CAAC,CAAd,IAAiB53H,EAAE++H,iBAAF,CAAoBj9G,CAApB,EAAsBsxC,CAAtB,EAAwBzqD,CAAxB,CAAxB;AAAnD;AAAsG,aAD0rwB,EACzrwBo2H,mBAAkB,2BAASp2H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,IAAE,CAACsb,KAAG,EAAJ,EAAQ5iB,MAApB,CAA2B,IAAGyJ,EAAEy5D,KAAL,EAAW,KAAIz5D,EAAE4yH,UAAF,GAAa,EAAb,EAAgBnmH,IAAE,CAAtB,EAAwBA,IAAE5O,CAA1B,EAA4B4O,GAA5B;AAAgCg+C,wBAAEtxC,EAAE1M,CAAF,CAAF,EAAOi+C,IAAEnkC,EAAEvmB,EAAEy5D,KAAJ,EAAUhP,CAAV,CAAT,EAAsB,MAAIh+C,CAAJ,IAAOzM,EAAE4yH,UAAF,GAAa,CAACloE,CAAD,CAAb,EAAiB1qD,EAAE8+D,SAAF,GAAY,CAACrU,CAAD,CAApC,KAA0CzqD,EAAE4yH,UAAF,CAAa59H,IAAb,CAAkB01D,CAAlB,GAAqB1qD,EAAE8+D,SAAF,CAAY9pE,IAAZ,CAAiBy1D,CAAjB,CAA/D,CAAtB;AAAhC,iBAAX,MAA0J,KAAK4rE,2BAAL,CAAiCr2H,CAAjC,EAAmC3I,CAAnC;AAAsC,aAD47vB,EAC37vBg/H,6BAA4B,qCAASr2H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB9hB,CAAhB;AAAA,oBAAkBo9C,CAAlB;AAAA,oBAAoBoB,CAApB;AAAA,oBAAsBrB,CAAtB;AAAA,oBAAwBI,CAAxB;AAAA,oBAA0BuB,IAAE,IAA5B;AAAA,oBAAiCzsD,IAAE,EAAnC;AAAA,oBAAsC0kC,IAAE+nB,EAAE30D,OAAF,CAAUs5G,MAAlD;AAAA,oBAAyDz8E,IAAE+P,EAAEtuC,MAA7D;AAAA,oBAAoEwuC,IAAE,EAAtE,CAAyE,KAAIt4B,IAAE,CAAN,EAAQA,IAAEqoB,CAAV,EAAYroB,GAAZ;AAAgB,wBAAGi+C,IAAE7lB,EAAEp4B,CAAF,CAAF,EAAOg+C,IAAEC,EAAEq1D,YAAF,KAAiB//G,EAAE9H,IAAnB,IAAyB,CAACwyD,EAAEq1D,YAAH,IAAiB,MAAI5mG,CAAvD,EAAyDtb,IAAE6sD,EAAEj3C,IAA7D,EAAkE3F,IAAEjQ,EAAEtH,MAAtE,EAA6Em0D,EAAE4rE,aAAF,IAAiB7rE,CAAjB,IAAoB38C,IAAE,CAAtG,EAAwG,KAAIu9C,IAAEwD,EAAE7uD,CAAF,EAAIumB,EAAEmkC,EAAE4rE,aAAJ,EAAkBz4H,EAAE,CAAF,CAAlB,CAAJ,CAAF,EAA+BotD,IAAEI,IAAEE,CAAF,GAAIhlC,CAArC,EAAuCqJ,IAAE,CAA7C,EAA+CA,IAAE9hB,CAAjD,EAAmD8hB,GAAnD;AAAuDs7B,4BAAErtD,EAAE+xB,CAAF,CAAF,EAAO08B,IAAErB,EAAEP,EAAE4rE,aAAJ,EAAkBprE,CAAlB,CAAT,EAA8B,CAACG,CAAD,IAAItmB,EAAEunB,CAAF,CAAJ,KAAWnsD,EAAEnL,IAAF,CAAO,CAACs3D,CAAD,EAAGpB,CAAH,CAAP,GAAcG,MAAItmB,EAAEunB,CAAF,IAAK,CAAC,CAAV,CAAzB,CAA9B;AAAvD;AAAxH,iBAAoPnsD,EAAE5J,MAAF,GAAS,CAAT,KAAa80D,MAAIlrD,IAAEwuD,EAAExuD,CAAF,EAAI,UAASH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,2BAAOsqG,GAAGzjH,EAAE,CAAF,CAAH,EAAQmZ,EAAE,CAAF,CAAR,CAAP;AAAqB,iBAAvC,CAAN,GAAgD9hB,IAAEO,EAAEuI,CAAF,CAAlD,EAAuDH,EAAE4yH,UAAF,GAAav7H,EAAE,CAAF,CAApE,EAAyE2I,EAAE8+D,SAAF,GAAYznE,EAAE,CAAF,CAAlG;AAAwG,aAD4+uB,EAC3+uBw+H,aAAY,qBAAS71H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEuhD,GAAGx9B,OAAH,CAAWqzF,WAAX,CAAuB7jH,CAAvB,CAAV;AAAA,oBAAoC0qD,IAAE,CAAC,CAAvC,CAAyC,KAAIrzD,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAG8hB,IAAE1M,EAAEpV,CAAF,CAAF,EAAO8hB,MAAIsoG,EAAJ,GAAOtoG,IAAE,OAAT,GAAiBA,KAAG,OAA3B,EAAmC,CAACkqG,GAAGrjH,EAAEmZ,CAAF,CAAH,CAAvC,EAAgD;AAACuxC,4BAAE,CAAC,CAAH,CAAK;AAAM;AAAnF,iBAAmF,OAAOA,CAAP;AAAS,aAD80uB,EAC70uB6rE,kBAAiB,0BAASv2H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEC,EAAEqlE,SAAnB;AAAA,oBAA6BlyH,IAAE,CAAC4sD,EAAE6lE,SAAF,IAAa7lE,EAAE8mD,MAAhB,EAAwBvxG,CAAxB,CAA/B,CAA0D+iH,GAAGllH,EAAEvE,IAAL,EAAU,CAAC2xH,EAAD,EAAI9C,EAAJ,EAAOc,EAAP,CAAV,KAAuBx8G,IAAE5O,EAAE4V,IAAF,CAAO0F,CAAP,CAAF,EAAY9hB,IAAE,CAAC,CAACgsH,GAAG52G,EAAE6nB,OAAL,CAAF,IAAiB,CAAC7nB,EAAE6nB,OAAlC,EAA0C7nB,EAAE6nB,OAAF,GAAUj9B,CAA3E,KAA+EwG,EAAEy2B,OAAF,GAAU,CAACz2B,EAAEy2B,OAAb,EAAqB,KAAK2hG,sBAAL,CAA4Bp4H,CAA5B,CAApG,GAAoI,KAAK24H,oBAAL,EAApI;AAAgK,aADoluB,EACnluBA,sBAAqB,gCAAU;AAAC,oBAAIx2H,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKlhB,OAAb,CAAqBkhB,EAAEsiB,WAAF,KAAgBtiB,EAAEsiB,WAAF,GAAc,CAAC,CAAf,EAAiBz7B,IAAE,CAAC,CAApC,GAAuC,KAAK6vH,MAAL,EAAvC,EAAqD7vH,MAAImZ,EAAEsiB,WAAF,GAAc,CAAC,CAAnB,CAArD;AAA2E,aADm9tB,EACl9tBg7F,kBAAiB,0BAASz2H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAEj+C,EAAEsjH,SAAjB;AAAA,oBAA2BtlE,IAAEh+C,EAAE4kG,UAA/B;AAAA,oBAA0CxzG,IAAE,CAAC6sD,EAAE4lE,SAAF,IAAa5lE,EAAE6mD,MAAhB,EAAwBvxG,CAAxB,CAA5C,CAAuE3I,IAAE0rH,GAAGllH,EAAEvE,IAAL,EAAU,CAAC2xH,EAAD,EAAI9C,EAAJ,EAAOc,EAAP,CAAV,IAAsBv+D,EAAEumE,SAAF,CAAY,UAAS55H,CAAT,EAAW;AAAC,2BAAOA,EAAEk6G,MAAF,CAAStjG,KAAT,KAAiBjO,CAAjB,IAAoB3I,EAAE4W,KAAF,KAAUkL,CAArC;AAAuC,iBAA/D,CAAtB,GAAuFuxC,EAAEgsE,mBAAF,CAAsB12H,CAAtB,CAAzF,EAAkHyqD,EAAE/lC,IAAF,CAAOrtB,CAAP,CAAlH;AAA4H,aADgvtB,EAC/utB67H,wBAAuB,kCAAU;AAAC,oBAAIlzH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEgoC,OAAf,CAAuB,OAAOhoC,EAAE+vH,SAAF,CAAYyF,UAAZ,CAAuBj/H,MAAvB,IAA+ByJ,EAAE2yF,QAAF,IAAY3yF,EAAEgxH,cAAF,EAA3C,IAA+D3N,GAAGlqG,EAAEiyG,EAAF,CAAH,CAAtE;AAAgF,aADsmtB,EACrmtB/sD,YAAW,oBAAShnE,CAAT,EAAW;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAWi+C,IAAErzD,EAAE4mE,UAAf,CAA0B5mE,EAAE4mE,UAAF,GAAa9kD,CAAb,EAAek1C,GAAG5hD,EAAE4hH,gBAAL,EAAsBh3H,CAAtB,CAAf,EAAwCoV,EAAE4hH,gBAAF,GAAmBvf,GAAGriG,EAAE4hH,gBAAL,EAAsBh3H,CAAtB,CAA3D,EAAoFoV,EAAExU,OAAF,GAAU62G,GAAG,EAAH,EAAMriG,EAAE4hH,gBAAR,CAA9F,EAAwH5hH,EAAEmpH,aAAF,GAAgB,IAAxI,EAA6I51H,EAAExL,QAAF,EAAY4d,GAAZ,CAAgBo4G,EAAhB,CAA7I,EAAiKxG,GAAGruH,EAAH,CAAM2oE,UAAN,CAAiB7nE,IAAjB,CAAsBgW,CAAtB,EAAwBpV,CAAxB,CAAjK,EAA4LoV,EAAE6hH,UAAF,CAAa7hH,EAAExU,OAAf,CAA5L,EAAoNyyD,KAAGj+C,EAAEyiH,aAAF,CAAgBxkE,CAAhB,CAAvN,EAA0Oj+C,EAAEqiH,cAAF,GAAiBriH,EAAEmiH,cAAF,EAAjB,IAAqCniH,EAAEoiH,eAAF,IAAoBpiH,EAAEojH,MAAF,EAAzD,CAA1O,EAA+SpjH,EAAEymH,sBAAF,MAA4BzmH,EAAE+wB,OAAF,CAAU7kB,EAAV,CAAa6xG,EAAb,EAAgB/9G,EAAE2lF,UAAlB,CAA3U;AAAyW,aAD2ssB,EAC1ssBr2C,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE8kD,UAAf,CAA0B9kD,EAAEqkB,OAAF,CAAUprB,GAAV,CAAcg0G,EAAd,GAAkB/uH,KAAGA,EAAEshC,MAAF,CAAS0uF,EAAT,EAAYluG,EAAEw1G,kBAAd,CAArB,EAAuD3uH,EAAExL,QAAF,EAAY4d,GAAZ,CAAgBm4G,EAAhB,CAAvD,EAA2EpxG,EAAEg6G,WAAF,IAAeh6G,EAAEg6G,WAAF,CAAcp3E,OAAd,EAA1F,EAAkH5iC,EAAEq4G,YAAF,EAAlH,EAAmIr4G,EAAE4iE,OAAF,CAAUhgC,OAAV,EAAnI,EAAuJ5iC,EAAE4iE,OAAF,GAAU,IAAjK,EAAsK5iE,EAAE+8G,mBAAF,EAAtK,EAA8LlS,GAAGruH,EAAH,CAAMomD,OAAN,CAActlD,IAAd,CAAmB0iB,CAAnB,CAA9L;AAAoN,aADy8rB,EACx8rBq4G,cAAa,wBAAU;AAAC,oBAAIxxH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE8vH,MAAf;AAAA,oBAAsBz4H,IAAE2I,EAAEsyH,WAA1B,CAAsC,IAAGn5G,MAAIA,EAAE4iC,OAAF,IAAY/7C,EAAE8vH,MAAF,GAAS,IAAzB,GAA+Bz4H,CAAlC,EAAoC,OAAKA,EAAEd,MAAF,GAAS,CAAd;AAAiBc,sBAAEwK,KAAF,GAAUk6C,OAAV;AAAjB,iBAAqC/7C,EAAEm4G,iBAAF,IAAsBn4G,EAAE2yF,QAAF,IAAY3yF,EAAE2yF,QAAF,CAAW52C,OAAX,EAAlC,EAAuD/7C,EAAEqxG,UAAF,IAAcrxG,EAAEqxG,UAAF,CAAat1D,OAAb,EAArE,EAA4F/7C,EAAE+xH,cAAF,KAAmB/xH,EAAE+xH,cAAF,CAAiBh2E,OAAjB,IAA2B,OAAO/7C,EAAE+xH,cAAvD,CAA5F,EAAmK/xH,EAAE8xH,SAAF,KAAc9xH,EAAE8xH,SAAF,CAAY/1E,OAAZ,IAAsB,OAAO/7C,EAAE8xH,SAA7C,CAAnK,EAA2N9xH,EAAEiyH,eAAF,KAAoBjyH,EAAEiyH,eAAF,CAAkBl2E,OAAlB,IAA4B,OAAO/7C,EAAEiyH,eAAzD,CAA3N;AAAqS,aAD4hrB,EAAV,CAA15G,CACrnkB9N,GAAG5H,WAAH,CAAevkH,MAAf,CAAsBo2H,GAAGz4H,EAAzB,GAA6Bg5G,GAAGgoB,QAAH,IAAahoB,GAAGgoB,QAAH,CAAY3+H,MAAZ,CAAmBo2H,GAAGz4H,EAAtB,CAA1C,EAAoEw4D,KAAGogD,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,gBAAU;AAAC,qBAAKghI,SAAL,GAAe,EAAf;AAAkB,aAAnC,EAAoCzjH,UAAS,kBAASnT,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKy9G,SAAL,CAAe5hI,IAAf,CAAoB,EAACsE,MAAK0G,CAAN,EAAQ62H,aAAY19G,CAApB,EAApB;AAA4C,aAAvG,EAAwGmyD,QAAO,gBAAStrE,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAE,KAAKmsE,SAAjB;AAAA,oBAA2B/4H,IAAE4sD,EAAE,CAAF,CAA7B,CAAkC,KAAIpzD,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAGoV,IAAEg+C,EAAEpzD,CAAF,CAAF,EAAOqzD,IAAE4D,EAAEtuD,CAAF,EAAIyM,EAAEoqH,WAAN,CAAT,EAA4BnsE,EAAEn0D,MAAF,GAAS,CAAxC,EAA0C;AAACsH,4BAAE4O,CAAF,CAAI;AAAM;AAA5E,iBAA4E,OAAO,IAAI5O,EAAEvE,IAAN,CAAWoxD,CAAX,EAAavxC,CAAb,CAAP;AAAuB,aAAlQ,EAAV,CAAvE,EAAsVg1C,GAAG39B,OAAH,GAAW,IAAI29B,EAAJ,EAAjW,EAAwWH,KAAGugD,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,gBAAU;AAAC,qBAAKkhI,YAAL,GAAkB,EAAlB,EAAqB,KAAKC,YAAL,GAAkB,EAAvC,EAA0C,KAAKC,UAAL,GAAgB,EAA1D,EAA6D,KAAKC,eAAL,GAAqB,EAAlF;AAAqF,aAAtG,EAAuG9jH,UAAS,kBAASnT,CAAT,EAAW3I,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAMD,CAAN;AAAA,oBAAQ5sD,IAAE,IAAV,CAAe,KAAIxG,IAAEA,KAAG,CAACoqH,EAAD,CAAL,EAAU/2D,IAAE,CAAhB,EAAkBA,IAAE1qD,EAAEzJ,MAAtB,EAA6Bm0D,GAA7B;AAAiCD,wBAAEzqD,EAAE0qD,CAAF,CAAF,EAAO7sD,EAAEi5H,YAAF,CAAersE,CAAf,IAAkBpzD,CAAzB,EAA2BwG,EAAEk5H,YAAF,CAAetsE,CAAf,IAAkBh+C,CAA7C,EAA+C5O,EAAEm5H,UAAF,CAAavsE,CAAb,IAAgB5sD,EAAEq5H,UAAF,CAAa7/H,CAAb,EAAe,IAAf,CAA/D,EAAoFwG,EAAEo5H,eAAF,CAAkBxsE,CAAlB,IAAqB5sD,EAAEq5H,UAAF,CAAa7/H,CAAb,EAAe8hB,CAAf,CAAzG;AAAjC;AAA4J,aAA3S,EAA4Sg+G,iBAAgB,yBAASn3H,CAAT,EAAW;AAAC,uBAAO,KAAK6jH,WAAL,CAAiB7jH,CAAjB,EAAoBjL,MAApB,CAA2B,KAAKqiI,WAAL,CAAiBp3H,CAAjB,CAA3B,CAAP;AAAuD,aAA/X,EAAgY6jH,aAAY,qBAAS7jH,CAAT,EAAW;AAAC,uBAAO,KAAK82H,YAAL,CAAkB92H,EAAE1G,IAApB,KAA2B,CAACmoH,EAAD,CAAlC;AAAuC,aAA/b,EAAgc2V,aAAY,qBAASp3H,CAAT,EAAW;AAAC,uBAAO,KAAK+2H,YAAL,CAAkB/2H,EAAE1G,IAApB,KAA2B,CAACmoH,EAAD,CAAlC;AAAuC,aAA/f,EAAggBmC,WAAU,mBAAS5jH,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAhB;AAAA,oBAAqBo9C,IAAElrD,EAAEyT,IAAzB;AAAA,oBAA8B64C,IAAE+2D,GAAGhsH,CAAH,IAAMA,CAAN,GAAQ6zD,EAAE/xC,CAAF,CAAxC;AAAA,oBAA6C8xC,IAAE,EAAC44D,aAAY,EAACloH,OAAM2wD,CAAP,EAAb,EAA/C;AAAA,oBAAuE/lC,IAAEzY,EAAE+1G,WAAF,CAAc7jH,CAAd,CAAzE;AAAA,oBAA0FurD,IAAEz9C,EAAEipH,YAAF,CAAe/2H,EAAE1G,IAAjB,CAA5F,CAAmH,OAAO,SAAOgzD,CAAP,GAAS18B,IAAE9hB,EAAEkpH,UAAF,CAAah3H,EAAE1G,IAAf,CAAX,GAAgC+pH,GAAG/2D,CAAH,IAAMmiD,GAAGniD,CAAH,KAAO5B,IAAE4B,EAAEx3D,KAAF,CAAQyxB,EAAEhwB,MAAV,CAAF,EAAoBq5B,IAAE9hB,EAAEupH,cAAF,CAAiB/qE,CAAjB,EAAmB/lC,CAAnB,CAAtB,EAA4C9Z,IAAEqB,EAAEupH,cAAF,CAAiB3sE,CAAjB,EAAmBa,CAAnB,CAArD,IAA4E,QAAOe,CAAP,yCAAOA,CAAP,OAAW42D,EAAX,KAAgBz4D,IAAE38C,EAAEwpH,YAAF,CAAet3H,CAAf,EAAiBumB,CAAjB,CAAF,EAAsB1oB,IAAEiQ,EAAEwpH,YAAF,CAAet3H,CAAf,EAAiBurD,CAAjB,CAAxB,EAA4C37B,IAAE9hB,EAAEypH,eAAF,CAAkBjrE,CAAlB,EAAoB/lC,CAApB,EAAsBkkC,CAAtB,CAA9C,EAAuEh+C,IAAEqB,EAAEypH,eAAF,CAAkBjrE,CAAlB,EAAoBf,CAApB,EAAsB1tD,CAAtB,CAAzF,CAAlF,GAAqM+xB,IAAE9hB,EAAEmpH,eAAF,CAAkBj3H,EAAE1G,IAApB,CAAvO,EAAiQ+pH,GAAGzzF,CAAH,MAAQ,MAAIrJ,EAAEhwB,MAAN,GAAa00D,EAAE44D,WAAF,CAAcloH,KAAd,GAAoBi0B,EAAErJ,EAAE,CAAF,CAAF,CAAjC,GAAyC0kC,EAAE44D,WAAF,GAAcj0F,CAA/D,CAAjQ,EAAmUq7B,EAAEoe,MAAF,GAAS58D,KAAG,EAA/U,EAAkVw+C,CAAzV;AAA2V,aAAx+B,EAAy+BisE,YAAW,oBAASl3H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,EAAV;AAAA,oBAAaD,IAAEzqD,EAAEzJ,MAAjB,CAAwB,KAAIc,IAAE,CAAN,EAAQA,IAAEozD,CAAV,EAAYpzD,GAAZ;AAAgBoV,wBAAEzM,EAAE3I,CAAF,CAAF,EAAOqzD,EAAEj+C,CAAF,IAAK0M,CAAZ;AAAhB,iBAA8B,OAAOuxC,CAAP;AAAS,aAAjkC,EAAkkC2sE,gBAAe,wBAASr3H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,EAAV,CAAa,IAAGvxC,CAAH,EAAK,KAAI1M,IAAEigG,GAAGn/D,GAAH,CAAOp0B,EAAE5iB,MAAT,EAAgByJ,EAAEzJ,MAAlB,CAAF,EAA4Bc,IAAE,CAAlC,EAAoCA,IAAEoV,CAAtC,EAAwCpV,GAAxC;AAA4CqzD,sBAAEvxC,EAAE9hB,CAAF,CAAF,IAAQ2I,EAAE3I,CAAF,CAAR;AAA5C,iBAAyD,OAAOqzD,CAAP;AAAS,aAAnrC,EAAorC6sE,iBAAgB,yBAASv3H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,IAAE,EAAd,CAAiB,IAAGzW,CAAH,EAAK,KAAIuxC,IAAEvxC,EAAE5iB,MAAJ,EAAWc,IAAEA,KAAG8hB,CAAhB,EAAkB1M,IAAE,CAAxB,EAA0BA,IAAEi+C,CAA5B,EAA8Bj+C,GAA9B;AAAkCg+C,wBAAEtxC,EAAE1M,CAAF,CAAF,EAAO5O,IAAExG,EAAEoV,CAAF,CAAT,EAAcmjB,EAAE66B,CAAF,IAAKlkC,EAAE1oB,CAAF,EAAImC,CAAJ,CAAnB;AAAlC,iBAA4D,OAAO4vB,CAAP;AAAS,aAA/yC,EAAgzC0nG,cAAa,sBAASt3H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAUD,CAAV,EAAY5sD,CAAZ,CAAc,IAAGsb,CAAH,EAAK,KAAI1M,IAAE0M,EAAE5iB,MAAJ,EAAWk0D,IAAE,EAAb,EAAgBpzD,IAAE,CAAtB,EAAwBA,IAAEoV,CAA1B,EAA4BpV,GAA5B;AAAgCqzD,wBAAEvxC,EAAE9hB,CAAF,CAAF,EAAOwG,IAAE6sD,MAAI+2D,EAAJ,GAAO,OAAP,GAAe/2D,IAAE,OAA1B,EAAkCD,EAAEz1D,IAAF,CAAOgL,EAAEnC,CAAF,KAAM6sD,CAAb,CAAlC;AAAhC,iBAAkF,OAAOD,CAAP;AAAS,aAAz7C,EAAV,CAA3W,EAAizDuD,GAAGx9B,OAAH,GAAW,IAAIw9B,EAAJ,EAA5zD,EAAm0DI,KAAGm2D,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB,KAAKq+G,OAAL,GAAa,IAAItS,EAAJ,CAAOllH,CAAP,EAAS3I,EAAEY,OAAX,CAAlC,EAAsDZ,EAAEsoB,MAAF,CAAS,KAAK63G,OAAd,CAAtD;AAA6E,aAA5G,EAA6Gv/H,SAAQ,EAACorB,UAAS2nG,EAAV,EAAa7lG,QAAOogG,GAAG,CAAH,CAApB,EAA0BngG,SAAQmgG,GAAG,CAAH,CAAlC,EAAwC35E,OAAMk7E,EAA9C,EAAiD/U,YAAW,EAA5D,EAA+D1sF,QAAO,EAAClD,OAAM,CAAP,EAASypB,OAAM,EAAf,EAAtE,EAAyF6rF,WAAU,CAAC,CAApG,EAAsG34E,UAAS,CAAC,CAAhH,EAAkH13B,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAM4+F,EAAf,EAA5H,EAA+IzY,QAAO,CAAtJ,EAArH,EAA8QP,cAAa,wBAAU;AAAC,qBAAKmnB,OAAL,CAAav/H,OAAb,CAAqB44G,MAArB,GAA4B,KAAK54G,OAAL,CAAa44G,MAAzC;AAAgD,aAAtV,EAAuV71E,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEynD,QAA3B;AAAA,oBAAoC4L,IAAErzD,EAAEogI,SAAxC;AAAA,oBAAkDhtE,IAAEtxC,EAAE3L,QAAF,CAAW,CAAX,CAApD;AAAA,oBAAkE3P,IAAE4sD,EAAEzyB,GAAtE;AAAA,oBAA0EpI,IAAE66B,EAAExyD,OAAF,CAAUmtB,OAAtF,CAA8FqlC,EAAExyD,OAAF,CAAUikG,KAAV,GAAgBzvF,IAAEkM,EAAF,GAAK+wG,EAArB,EAAwBj/D,EAAExyD,OAAF,CAAU+kG,MAAV,GAAiBvwF,IAAEmgE,EAAF,GAAKj0D,EAA9C,EAAiDthB,EAAEgsB,QAAF,IAAYkmG,EAAZ,GAAe98G,KAAGg+C,EAAExyD,OAAF,CAAU+kG,MAAV,GAAiBpwB,EAAjB,EAAoB,CAACliB,CAAD,IAAI7sD,EAAEqpB,MAAF,KAAWlnB,EAAEknB,MAAF,EAAf,KAA4BujC,EAAExyD,OAAF,CAAU+kG,MAAV,GAAiBgqB,EAA7C,CAAvB,IAAyEv8D,EAAExyD,OAAF,CAAUikG,KAAV,GAAgBxxC,IAAE+gE,EAAF,GAAK/B,EAA7G,GAAgHryH,EAAEgsB,QAAF,IAAY1K,EAAZ,IAAgB8xC,EAAExyD,OAAF,CAAU+kG,MAAV,GAAiBrkF,EAAjB,EAAoB8xC,EAAExyD,OAAF,CAAUikG,KAAV,GAAgBvjF,EAApD,IAAwDthB,EAAEgsB,QAAF,IAAYimG,EAAZ,GAAe78G,IAAEg+C,EAAExyD,OAAF,CAAU+kG,MAAV,GAAiBtyC,IAAEs8D,EAAF,GAAKp6C,EAAxB,GAA2BniB,EAAExyD,OAAF,CAAUikG,KAAV,GAAgBxxC,IAAEg/D,EAAF,GAAK+B,EAA/D,GAAkEp0H,EAAEgsB,QAAF,IAAY2nG,EAAZ,KAAiBv+G,IAAEzM,IAAE0qD,IAAE,IAAIk4D,EAAJ,CAAO5iH,EAAEotG,EAAT,EAAYptG,EAAEqtG,EAAF,GAAKxvG,EAAEqpB,MAAF,EAAjB,EAA4BlnB,EAAEstG,EAA9B,EAAiCttG,EAAEqtG,EAAnC,CAAF,GAAyC,IAAIuV,EAAJ,CAAO5iH,EAAEotG,EAAT,EAAYptG,EAAEutG,EAAd,EAAiBvtG,EAAEstG,EAAnB,EAAsBttG,EAAEutG,EAAF,GAAK1vG,EAAEqpB,MAAF,EAA3B,CAA7C,IAAqFujC,EAAExyD,OAAF,CAAUikG,KAAV,GAAgBvjF,EAAhB,EAAmB3Y,IAAE0qD,IAAE,IAAIk4D,EAAJ,CAAO5iH,EAAEstG,EAAT,EAAYttG,EAAEqtG,EAAd,EAAiBrtG,EAAEstG,EAAF,GAAKzvG,EAAEskB,KAAF,EAAtB,EAAgCniB,EAAEutG,EAAlC,CAAF,GAAwC,IAAIqV,EAAJ,CAAO5iH,EAAEotG,EAAF,GAAKvvG,EAAEskB,KAAF,EAAZ,EAAsBniB,EAAEqtG,EAAxB,EAA2BrtG,EAAEotG,EAA7B,EAAgCptG,EAAEutG,EAAlC,CAAlJ,CAAjB,CAA3R,EAAsel2G,EAAEo8G,QAAF,KAAahnG,IAAEmjB,EAAE1K,IAAF,GAAO0K,EAAEiO,KAAF,GAAQ,CAAC79B,EAAEmiB,KAAF,KAAUsoC,EAAE4nD,UAAF,CAAalwF,KAAb,EAAX,IAAiC,CAAlD,GAAoDyN,EAAEvsB,GAAF,GAAMusB,EAAEgO,MAAF,GAAS,CAAC59B,EAAEknB,MAAF,KAAWujC,EAAE4nD,UAAF,CAAanrF,MAAb,EAAZ,IAAmC,CAAnH,CAAte,EAA4lBujC,EAAEzvB,MAAF,CAASh7B,CAAT,CAA5lB;AAAwmB,aAAhjC,EAAijC03H,gBAAe,wBAAS13H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAF,CAAU6mD,QAAzB;AAAA,oBAAkC4L,IAAEj+C,IAAEk1G,EAAF,GAAKD,EAAzC;AAAA,oBAA4Cj3D,IAAEC,IAAE,GAAhD;AAAA,oBAAoD7sD,IAAE6sD,IAAE,GAAxD;AAAA,oBAA4D96B,IAAEv4B,EAAEmW,QAAF,CAAW,CAAX,CAA9D;AAAA,oBAA4EM,IAAEzW,EAAE6L,MAAF,CAAS80B,GAAvF,CAA2F,CAAClqB,EAAE28C,CAAF,IAAKzqD,EAAEyqD,CAAF,CAAL,IAAWzqD,EAAEnC,CAAF,IAAKiQ,EAAEjQ,CAAF,CAAjB,MAAyBsb,IAAEyW,EAAEwiF,UAAF,CAAa95G,KAAb,EAAF,EAAuB6gB,EAAEsxC,CAAF,IAAKiiD,GAAG1oF,GAAH,CAAOlW,EAAE28C,CAAF,CAAP,EAAYzqD,EAAEyqD,CAAF,CAAZ,CAA5B,EAA8CtxC,EAAEtb,CAAF,IAAK6uG,GAAGn/D,GAAH,CAAOz/B,EAAEjQ,CAAF,CAAP,EAAYmC,EAAEnC,CAAF,CAAZ,CAAnD,EAAqE,KAAKm9B,MAAL,CAAY7hB,CAAZ,CAA9F;AAA8G,aAArxC,EAAV,CAAt0D,EAAwmGu2C,KAAG40D,GAAGtsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWmrG,GAAG3uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,GAAqBmZ,EAAEw+G,eAAF,EAArB,EAAyCx+G,EAAEy+G,YAAF,EAAzC,EAA0Dz+G,EAAE0+G,WAAF,EAA1D;AAA0E,aAAvG,EAAwGF,iBAAgB,2BAAU;AAAC,oBAAI33H,IAAE,IAAN,CAAWA,EAAE4hB,SAAF,GAAY,IAAI8iG,EAAJ,CAAO,EAAC5lE,UAAS,CAAC,CAAX,EAAannC,MAAK,CAAC,CAAnB,EAAqBukF,OAAMvjF,EAA3B,EAAP,CAAZ,EAAmD3Y,EAAE2f,MAAF,CAAS3f,EAAE4hB,SAAX,CAAnD;AAAyE,aAAvN,EAAwNg2G,cAAa,wBAAU;AAAC,qBAAKh2G,SAAL,CAAejC,MAAf,CAAsB,IAAIqlG,EAAJ,CAAO,KAAK8S,aAAL,EAAP,CAAtB;AAAoD,aAApS,EAAqSA,eAAc,yBAAU;AAAC,oBAAI93H,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAEnZ,EAAE+3H,WAAvB,CAAmC,OAAOjpB,GAAG,EAAH,EAAM9uG,EAAEs+G,OAAR,EAAgB,EAACvM,YAAW54F,CAAZ,EAAckM,QAAO,EAACumB,OAAMzyB,CAAP,EAArB,EAAhB,CAAP;AAAwD,aAAzZ,EAA0Z0+G,aAAY,uBAAU;AAAC,oBAAI73H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAEy3G,GAAG,EAAH,EAAM31F,EAAEyvB,MAAR,CAAzB,CAAyC5oC,EAAE4hB,SAAF,CAAYjC,MAAZ,CAAmB,IAAIulG,EAAJ,CAAO/rG,EAAE7e,IAAT,EAAcjD,CAAd,CAAnB;AAAqC,aAA/f,EAAggBm5G,gBAAe,0BAAU;AAAC,oBAAIxwG,CAAJ,EAAMmZ,CAAN,CAAQorG,GAAG5uH,EAAH,CAAM66G,cAAN,CAAqB/5G,IAArB,CAA0B,IAA1B,GAAgCuJ,IAAE,KAAK/H,OAAL,CAAa2nG,MAAb,IAAqB,EAAvD,EAA0DzmF,IAAE,KAAK6+G,YAAL,GAAkB7R,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKt4E,SAAL,CAAeoW,GAAf,CAAmBw3E,MAAnB,EAAjB,EAA6C,EAACrZ,MAAK,EAACvqD,OAAMgiF,EAAP,EAAU/oG,SAAQ,CAAlB,EAAN,EAA2BuxE,QAAO,IAAlC,EAAuCwJ,QAAO5/F,EAAEkW,KAAF,IAASlW,CAAvD,EAA7C,CAA9E,EAAsL,KAAK2wG,YAAL,CAAkBx3F,CAAlB,CAAtL;AAA2M,aAA7uB,EAA8uB2D,OAAM,eAAS9c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAK4gH,SAAL,CAAe9+F,CAAf,CAAN,CAAwBnZ,EAAE4c,OAAF,CAAU+sG,EAAV,EAAatyH,CAAb,MAAkB8hB,EAAE2B,cAAF,IAAmB9a,EAAEu2H,gBAAF,CAAmBl/H,EAAE4gI,WAArB,EAAiC5gI,EAAE6gI,UAAnC,CAArC;AAAqF,aAA/2B,EAAg3B3qG,OAAM,eAASvtB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAK4gH,SAAL,CAAe9+F,CAAf,CAAN,CAAwB,OAAOnZ,EAAE4c,OAAF,CAAUgtG,EAAV,EAAavyH,CAAb,MAAkB8hB,EAAE2B,cAAF,IAAmB9a,EAAEy2H,gBAAF,CAAmBp/H,EAAE4gI,WAArB,EAAiC5gI,EAAE6gI,UAAnC,CAArC,GAAqF,CAAC,CAA7F;AAA+F,aAA3/B,EAA4/BhgB,OAAM,eAASl4G,CAAT,EAAW;AAACA,kBAAEm4G,iBAAF;AAAsB,aAApiC,EAAqiCF,WAAU,mBAASj4G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAACulC,SAAQ8nF,GAAGtlH,CAAH,CAAT,EAAe1F,MAAK6e,EAAE7e,IAAtB,EAA2Bi3G,QAAOp4F,EAAEo4F,MAApC,EAA2C0mB,aAAY9+G,EAAEo4F,MAAF,CAAStjG,KAAhE,EAAsEiqH,YAAW/+G,EAAE++G,UAAnF,EAAN;AAAqG,aAAnrC,EAAorC9nB,cAAa,wBAAU;AAAC,oBAAIpwG,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAEs3F,MAA3B,CAAkCp5G,KAAG2I,EAAEywG,MAAF,GAASp5G,EAAE,EAACw5B,QAAO1X,EAAE0X,MAAV,EAAiB0gF,QAAOp4F,EAAEo4F,MAA1B,EAAiC2mB,YAAW/+G,EAAE++G,UAA9C,EAAyDjgI,SAAQ,EAACqmH,SAAQt+G,EAAE83H,aAAF,EAAT,EAA2BlvF,QAAOzvB,EAAEyvB,MAApC,EAAjE,EAA6GynE,cAAa,wBAAU;AAACrwG,0BAAEqwG,YAAF,IAAiBrwG,EAAEo/F,cAAF,EAAjB,EAAoCp/F,EAAEwwG,cAAF,EAApC,CAAuD,IAAIr3F,IAAEnZ,EAAEywG,MAAR,CAAe,OAAO,OAAOzwG,EAAEywG,MAAT,EAAgBt3F,CAAvB;AAAyB,qBAApO,EAAF,CAAT,EAAkP,KAAKm3F,SAAL,EAArP,IAAuQiU,GAAG5uH,EAAH,CAAMy6G,YAAN,CAAmB35G,IAAnB,CAAwBuJ,CAAxB,CAAvQ;AAAkS,aAAhhD,EAAV,CAA3mG,EAAwoJ2vD,KAAG40D,GAAGvsH,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKmW,QAAf;AAAA,oBAAwBf,IAAE,KAAKxU,OAA/B;AAAA,oBAAuCyyD,IAAEj+C,EAAEqyC,QAA3C,CAAoD,KAAI,KAAK2xD,MAAL,GAAY,IAAI0V,GAAG3pB,MAAP,CAAc,IAAd,EAAmB,EAACpB,SAAQ1wC,IAAE,CAAF,GAAIj+C,EAAE2uF,OAAf,EAAuBE,aAAY5wC,IAAEj+C,EAAE2uF,OAAJ,GAAY,CAA/C,EAAiDC,aAAY3wC,IAAE,UAAF,GAAa,YAA1E,EAAnB,CAAZ,EAAwHvxC,IAAE,CAA9H,EAAgIA,IAAE9hB,EAAEd,MAApI,EAA2I4iB,GAA3I;AAA+InZ,wBAAE3I,EAAE8hB,CAAF,CAAF,EAAOnZ,EAAEg7B,MAAF,CAAS,IAAI4nF,EAAJ,EAAT,CAAP,EAAwB5iH,EAAEowG,YAAF,EAAxB;AAA/I;AAAwL,aAA/P,EAAgQp1E,QAAO,gBAASh7B,CAAT,EAAW;AAAC,qBAAKywG,MAAL,CAAYxyE,IAAZ,CAAiBj+B,EAAEwvG,MAAF,EAAjB,GAA6B,KAAKiB,MAAL,CAAYz1E,MAAZ,EAA7B,CAAkD,IAAI7hB,IAAE,KAAKs3F,MAAL,CAAY3Z,WAAZ,EAAN,CAAgC,KAAK9+D,GAAL,GAAS7e,IAAEgrG,GAAGrG,SAAH,CAAa3kG,CAAb,CAAF,GAAkB,IAAIypG,EAAJ,EAA3B;AAAkC,aAAvY,EAAwYxS,cAAa,wBAAU;AAAC,qBAAKE,SAAL;AAAiB,aAAjb,EAAkbD,cAAazB,EAA/b,EAAV,CAA3oJ,EAAylK/+C,KAAG00D,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWorG,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,GAAqB+iH,GAAG5pG,EAAElhB,OAAF,CAAUorB,QAAb,EAAsB,CAACupD,EAAD,EAAI6+C,EAAJ,EAAOzE,EAAP,EAAU0C,EAAV,EAAa9B,EAAb,CAAtB,MAA0CzuG,EAAElhB,OAAF,CAAUorB,QAAV,GAAmBooG,EAA7D,CAArB,EAAsFtyG,EAAEw+G,eAAF,EAAtF,EAA0Gx+G,EAAEg/G,WAAF,EAA1G;AAA0H,aAAvJ,EAAwJlgI,SAAQ,EAACorB,UAASooG,EAAV,EAAaxoF,OAAM,EAAnB,EAAsB2F,QAAO,EAACzjB,QAAO,EAACD,MAAK,CAAN,EAAR,EAA7B,EAA+CkzG,SAAQ,CAAvD,EAAyDC,SAAQ,CAAjE,EAAmElzG,QAAOogG,GAAG,CAAH,CAA1E,EAAgFngG,SAAQmgG,GAAG,CAAH,CAAxF,EAA8FlgG,QAAO,EAACumB,OAAMk7E,EAAP,EAAU3kG,OAAM,CAAhB,EAArG,EAAwHm2G,MAAK,EAAC14B,QAAOyrB,EAAR,EAA7H,EAAyIjwB,SAAQ,CAAjJ,EAAmJ2W,YAAW,EAA9J,EAAiKnB,QAAO,CAAxK,EAA0K0N,SAAQ,EAACj5F,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAkBA,OAAM,CAAxB,EAA0B+E,QAAO,CAAjC,EAAmC5tB,MAAK,MAAxC,EAA+C4iG,OAAMwtB,EAArD,EAAwD1sB,QAAOrkF,EAA/D,EAAlL,EAAhK,EAAsZg/G,iBAAgB,2BAAU;AAAC,oBAAI33H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAE+iF,KAA3B;AAAA,oBAAiCzvF,IAAE0M,EAAEkK,QAArC;AAAA,oBAA8CqnC,IAAEj+C,CAAhD;AAAA,oBAAkDg+C,IAAE9xC,EAApD,CAAuDlM,KAAGm7G,EAAH,GAAMl9D,IAAEg/D,EAAR,GAAW3G,GAAGt2G,CAAH,EAAK,CAACmgE,EAAD,EAAIo6C,EAAJ,CAAL,KAAet8D,IAAE,WAASrzD,CAAT,GAAWqyH,EAAX,GAAc,SAAOryH,CAAP,GAASo0H,EAAT,GAAY9yG,EAA5B,EAA+B8xC,IAAEh+C,CAAhD,IAAmDpV,MAAI,WAASA,CAAT,GAAWozD,IAAEmiB,EAAb,GAAgB,SAAOv1E,CAAP,KAAWozD,IAAEu8D,EAAb,CAApB,CAA9D,EAAoGhnH,EAAE4hB,SAAF,GAAY,IAAI0iG,EAAJ,CAAO,EAACn/F,QAAOhM,EAAEgM,MAAV,EAAiBC,SAAQjM,EAAEiM,OAA3B,EAAmC2sF,YAAW54F,EAAE44F,UAAhD,EAA2D1sF,QAAOlM,EAAEkM,MAApE,EAA2E23E,QAAOvyC,CAAlF,EAAoFyxC,OAAMxxC,CAA1F,EAA4FkmD,QAAOz3F,EAAEy3F,MAArG,EAA4GuB,aAAY,CAAC,CAAzH,EAAP,CAAhH,EAAoPnyG,EAAE2f,MAAF,CAAS3f,EAAE4hB,SAAX,CAApP;AAA0Q,aAAlvB,EAAmvBu2G,aAAY,uBAAU;AAAC,oBAAIn4H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,IAAZ;AAAA,oBAAiBi+C,IAAEj+C,EAAExU,OAArB;AAAA,oBAA6BwyD,IAAEC,EAAEznB,KAAjC;AAAA,oBAAuCplC,IAAE4sD,EAAEl0D,MAA3C;AAAA,oBAAkDq5B,IAAEnjB,EAAE8rH,UAAF,EAApD,CAAmE,KAAIv4H,IAAE,IAAI2vD,EAAJ,CAAO,EAAC7Q,UAASlvB,CAAV,EAAYwrE,SAAQ1wC,EAAE0wC,OAAtB,EAAP,CAAF,EAAyC1wC,EAAE97C,OAAF,KAAY67C,IAAEA,EAAE31D,KAAF,CAAQ,CAAR,EAAW8Z,OAAX,EAAd,CAAzC,EAA6EuK,IAAE,CAAnF,EAAqFA,IAAEtb,CAAvF,EAAyFsb,GAAzF;AAA6F9hB,wBAAEozD,EAAEtxC,CAAF,CAAF,EAAOnZ,EAAE2f,MAAF,CAAS,IAAI+vC,EAAJ,CAAOo/C,GAAG,EAAH,EAAM,EAACwP,SAAQ5zD,EAAE4zD,OAAX,EAAmB11E,QAAO8hB,EAAE9hB,MAA5B,EAAN,EAA0C8hB,EAAE4tE,IAA5C,EAAiDjhI,CAAjD,CAAP,CAAT,CAAP;AAA7F,iBAA0K2I,EAAEsxD,MAAF,IAAW7kD,EAAEmV,SAAF,CAAYjC,MAAZ,CAAmB3f,CAAnB,CAAX;AAAiC,aAAxhC,EAAyhCu4H,YAAW,sBAAU;AAAC,oBAAIv4H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAEkiF,WAA3B;AAAA,oBAAuC5uF,IAAE0M,EAAEkK,QAA3C;AAAA,oBAAoDqnC,IAAEj+C,KAAGm7G,EAAH,IAAOvwH,KAAG8xH,EAAV,KAAe9F,GAAGhsH,CAAH,IAAMA,KAAG8xH,EAAT,GAAYpG,GAAGt2G,CAAH,EAAK,CAACi9G,EAAD,EAAI+B,EAAJ,CAAL,CAA3B,CAAtD,CAAgG,OAAO/gE,CAAP;AAAS,aAAxpC,EAAypC8tE,UAAS,oBAAU;AAAC,uBAAO,KAAK52G,SAAL,CAAepU,QAAf,CAAwB,CAAxB,EAA2BA,QAA3B,CAAoCjX,MAApC,GAA2C,CAAlD;AAAoD,aAAjuC,EAAkuCykC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf,CAAuB,OAAO+H,IAAEA,EAAE1H,KAAF,EAAF,EAAYjB,EAAEmhI,QAAF,MAAc/rH,EAAE4W,QAAF,KAAaukG,EAAb,IAAiBvwH,EAAEohI,qBAAF,CAAwBz4H,CAAxB,GAA2B3I,EAAE2gC,GAAF,GAAMh4B,CAAlD,IAAqD3I,EAAEqhI,eAAF,CAAkB14H,CAAlB,CAArD,EAA0EmZ,CAAxF,KAA4F9hB,EAAE2gC,GAAF,GAAMh4B,CAAN,EAAQmZ,CAApG,CAAnB;AAA0H,aAAt4C,EAAu4Cu/G,iBAAgB,yBAAS14H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyByyD,IAAEj+C,EAAE4W,QAA7B;AAAA,oBAAsConC,IAAEC,KAAGkiB,EAAH,IAAOliB,KAAGs8D,EAAV,GAAatF,EAAb,GAAgBC,EAAxD;AAAA,oBAA2D9jH,IAAEmC,EAAE1H,KAAF,EAA7D;AAAA,oBAAuEs3B,IAAEv4B,EAAEuqB,SAA3E;AAAA,oBAAqF9T,IAAErB,EAAE0V,KAAzF;AAAA,oBAA+F+oC,IAAEz+C,EAAEya,MAAnG;AAAA,oBAA0GolC,IAAEj1D,EAAEkhI,UAAF,EAA5G;AAAA,oBAA2HttE,IAAEjrD,EAAE1H,KAAF,EAA7H,CAAuIoyD,KAAGg/D,EAAH,IAAOh/D,KAAG+gE,EAAV,KAAe5tH,EAAEwvG,EAAF,GAAKpiD,EAAEoiD,EAAF,GAAK,CAAzB,GAA4B/gD,KAAGpB,CAAH,IAAMrtD,EAAE0vG,EAAF,GAAK1vG,EAAEwvG,EAAF,GAAKniD,CAAV,EAAYrtD,EAAEq+F,KAAF,CAAQjxC,CAAR,EAAU02D,EAAV,EAAa/xF,EAAE33B,OAAF,CAAU+kG,MAAvB,CAAlB,IAAkD,CAAC1wC,CAAD,IAAIx+C,CAAJ,KAAQjQ,EAAEyvG,EAAF,GAAKzvG,EAAEuvG,EAAF,GAAKt/F,CAAV,EAAYjQ,EAAEq+F,KAAF,CAAQjxC,CAAR,EAAUy2D,EAAV,EAAa9xF,EAAE33B,OAAF,CAAUikG,KAAvB,CAApB,CAA9E,EAAiItsE,EAAEoL,MAAF,CAASn9B,CAAT,CAAjI,EAA6IA,IAAE+xB,EAAEoI,GAAjJ,EAAqJ7e,IAAEtb,EAAEvF,KAAF,EAAvJ,EAAiK,CAACmU,EAAE2rH,OAAF,IAAW3rH,EAAE4rH,OAAd,MAAyBx6H,EAAE2wF,SAAF,CAAY/hF,EAAE2rH,OAAd,EAAsB3rH,EAAE4rH,OAAxB,GAAiChhI,EAAEuqB,SAAF,CAAYoZ,MAAZ,CAAmBn9B,CAAnB,CAA1D,CAAjK,EAAkPsb,EAAEsxC,IAAE,CAAJ,IAAOzqD,EAAEyqD,IAAE,CAAJ,CAAzP,EAAgQtxC,EAAEsxC,IAAE,CAAJ,IAAOzqD,EAAEyqD,IAAE,CAAJ,CAAvQ,EAA8QpzD,EAAE2gC,GAAF,GAAM7e,CAApR;AAAsR,aAAh0D,EAAi0Ds/G,uBAAsB,+BAASz4H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAE+gI,OAA3B;AAAA,oBAAmC1tE,IAAErzD,EAAEghI,OAAvC;AAAA,oBAA+C5tE,IAAEtxC,EAAEyI,SAAnD;AAAA,oBAA6D/jB,IAAExG,EAAE8qB,KAAjE;AAAA,oBAAuEyN,IAAEv4B,EAAE6vB,MAA3E;AAAA,oBAAkFpZ,IAAEqL,EAAEo/G,UAAF,EAApF;AAAA,oBAAmGrtE,IAAElrD,EAAE1H,KAAF,EAArG,CAA+GwV,KAAG8hB,CAAH,GAAKs7B,EAAEqiD,EAAF,GAAKriD,EAAEmiD,EAAF,GAAKz9E,CAAf,GAAiB,CAAC9hB,CAAD,IAAIjQ,CAAJ,KAAQqtD,EAAEoiD,EAAF,GAAKpiD,EAAEkiD,EAAF,GAAKvvG,CAAlB,CAAjB,EAAsC4sD,EAAEzvB,MAAF,CAASkwB,CAAT,CAAtC,EAAkDA,IAAET,EAAEzyB,GAAtD,EAA0DyyB,EAAEzvB,MAAF,CAAS4nF,GAAGn2G,CAAH,EAAKi+C,CAAL,EAAOj+C,IAAEy+C,EAAE/oC,KAAF,EAAT,EAAmBuoC,IAAEQ,EAAEhkC,MAAF,EAArB,CAAT,CAA1D;AAAqG,aAAvjE,EAAwjEkpF,cAAa,wBAAU;AAAC,qBAAKooB,QAAL,MAAiBjU,GAAG5uH,EAAH,CAAMy6G,YAAN,CAAmB35G,IAAnB,CAAwB,IAAxB,CAAjB;AAA+C,aAA/nE,EAAV,CAA5lK,EAAwuOq5D,KAAGs0D,GAAGpsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWnZ,IAAEA,KAAG,EAAL,EAAQ,KAAK24H,WAAL,EAAR,EAA2B,KAAKC,eAAL,CAAqB54H,CAArB,CAA3B,EAAmDokH,GAAGzuH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,CAAnD;AAAwE,aAArG,EAAsG24H,aAAY,uBAAU;AAAC,qBAAKE,MAAL,GAAY,EAAZ,EAAe,KAAKC,aAAL,GAAmB,CAAlC,EAAoC,KAAKC,aAAL,GAAmB,CAAvD;AAAyD,aAAtL,EAAuLH,iBAAgB,yBAAS54H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,CAACzM,EAAE4yH,UAAF,IAAc,EAAf,EAAmB99H,KAAnB,CAAyB,CAAzB,CAAV;AAAA,oBAAsC41D,IAAE24D,GAAGrjH,EAAEutC,GAAL,CAAxC;AAAA,oBAAkDkd,IAAE44D,GAAGrjH,EAAEgkB,GAAL,CAApD,CAA8DhkB,EAAE4yH,UAAF,GAAanmH,CAAb,EAAe,CAACi+C,KAAGD,CAAJ,KAAQh+C,EAAElW,MAAV,KAAmByJ,EAAEg5H,aAAF,GAAgBh5H,EAAE4yH,UAAlB,EAA6Bz5G,IAAEuxC,IAAEgiD,GAAG5gD,KAAH,CAAS9rD,EAAEutC,GAAX,CAAF,GAAkB,CAAjD,EAAmDl2C,IAAEozD,IAAEzqD,EAAEk1G,SAAF,GAAYxI,GAAG5gD,KAAH,CAAS9rD,EAAEgkB,GAAX,IAAgB,CAA5B,GAA8B0oF,GAAGx2B,IAAH,CAAQl2E,EAAEgkB,GAAV,CAAhC,GAA+CvX,EAAElW,MAAtG,EAA6GyJ,EAAE4yH,UAAF,GAAa5yH,EAAE4yH,UAAF,CAAa99H,KAAb,CAAmBqkB,CAAnB,EAAqB9hB,CAArB,CAA7I,CAAf;AAAqL,aAAtc,EAAucY,SAAQ,EAACqB,MAAKkoH,EAAN,EAASoR,YAAW,EAApB,EAAuB9zE,UAAS,CAAC,CAAjC,EAAmCk2D,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAYnS,OAAM,CAAlB,EAAoBypB,OAAMk7E,EAA1B,EAAlD,EAAgFl+E,QAAO,EAACgoE,QAAO,CAAR,EAAvF,EAAkGsE,WAAU,CAAC,CAA7G,EAA/c,EAA+jB+jB,cAAa,wBAAU;AAAC,oBAAIj5H,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKlhB,OAAb;AAAA,oBAAqBZ,IAAE8hB,EAAEy5G,UAAF,CAAar8H,MAAb,IAAqB,CAA5C;AAAA,oBAA8CkW,IAAE+gD,EAAEr0C,EAAEo0B,GAAJ,IAASp0B,EAAEo0B,GAAF,GAAM,CAAf,GAAiB,CAAjE,CAAmE,OAAOvtC,IAAEwtD,EAAEr0C,EAAE6K,GAAJ,KAAU7K,EAAE6K,GAAF,GAAM,CAAN,KAAU,CAApB,IAAuB7K,EAAE6K,GAAF,GAAM,KAAKk1G,UAAL,GAAkBl1G,GAA/C,GAAmD3sB,KAAG,IAAE8hB,EAAE6K,GAAF,GAAM,CAAX,CAAnD,GAAiE3sB,KAAG8hB,EAAE+7F,SAAF,GAAY,CAAZ,GAAc,CAAjB,CAAnE,EAAuF,EAAC3nE,KAAI9gC,CAAL,EAAOuX,KAAIhkB,CAAX,EAA9F;AAA4G,aAAtwB,EAAuwBm5H,mBAAkB,2BAASn5H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKxU,OAAf;AAAA,oBAAuByyD,IAAE8C,EAAE/gD,EAAE8gC,GAAJ,IAAS9gC,EAAE8gC,GAAX,GAAe,CAAxC,CAA0C,OAAOp0B,IAAEq0C,EAAE/gD,EAAEuX,GAAJ,IAASvX,EAAEuX,GAAX,GAAewpC,EAAE/gD,EAAE8gC,GAAJ,IAASmd,IAAEj+C,EAAEmmH,UAAF,CAAar8H,MAAxB,GAA+B,CAACkW,EAAEusH,aAAF,IAAiBvsH,EAAEmmH,UAApB,EAAgCr8H,MAAhC,IAAwCkW,EAAEyoG,SAAF,GAAY,CAAZ,GAAc,CAAtD,KAA0D,CAA1G,EAA4Gl1G,MAAI3I,IAAE,KAAK6hI,UAAL,EAAF,EAAoBxuE,IAAEm7D,GAAGn7D,CAAH,EAAK,CAAL,EAAOrzD,EAAE2sB,GAAT,CAAtB,EAAoC7K,IAAE0sG,GAAG1sG,CAAH,EAAK,CAAL,EAAO9hB,EAAE2sB,GAAT,CAA1C,CAA5G,EAAqK,EAACupB,KAAImd,CAAL,EAAO1mC,KAAI7K,CAAX,EAA5K;AAA0L,aAAzgC,EAA0gCk1D,OAAM,iBAAU;AAAC,oBAAIruE,IAAE,KAAK/H,OAAX,CAAmB,OAAM,EAACs1C,KAAIigB,EAAExtD,EAAEutC,GAAJ,IAASvtC,EAAEutC,GAAX,GAAe,CAApB,EAAsBvpB,KAAIwpC,EAAExtD,EAAEgkB,GAAJ,IAAShkB,EAAEgkB,GAAX,GAAehkB,EAAE4yH,UAAF,CAAar8H,MAAtD,EAAN;AAAoE,aAAlnC,EAAmnC2iI,YAAW,sBAAU;AAAC,oBAAIl5H,IAAE,KAAK/H,OAAX,CAAmB,OAAM,EAACs1C,KAAI,CAAL,EAAOvpB,KAAI0oF,GAAG1oF,GAAH,CAAO,KAAKo1G,UAAL,IAAiB,CAAxB,EAA0B,CAACp5H,EAAEg5H,aAAF,IAAiBh5H,EAAE4yH,UAApB,EAAgCr8H,MAA1D,KAAmEyJ,EAAEk1G,SAAF,GAAY,CAAZ,GAAc,CAAjF,CAAX,EAAN;AAAsG,aAAlwC,EAAmwCmkB,UAAS,oBAAU;AAAC,oBAAIr5H,IAAE,KAAKi5H,YAAL,EAAN;AAAA,oBAA0B9/G,IAAEnZ,EAAEutC,GAA9B;AAAA,oBAAkCl2C,IAAE2I,EAAEgkB,GAAtC;AAAA,oBAA0CvX,IAAE,KAAKgpG,OAAL,EAA5C;AAAA,oBAA2D/qD,IAAE,KAAKzyD,OAAL,CAAa6mD,QAAb,GAAsBryC,EAAEya,MAAF,EAAtB,GAAiCza,EAAE0V,KAAF,EAA9F;AAAA,oBAAwGsoC,IAAEC,KAAGrzD,IAAE8hB,CAAF,IAAK,CAAR,CAA1G,CAAqH,OAAOsxC,KAAG,KAAKxyD,OAAL,CAAa2W,OAAb,GAAqB,CAAC,CAAtB,GAAwB,CAA3B,CAAP;AAAqC,aAAj7C,EAAk7CoqG,kBAAiB,0BAASh5G,CAAT,EAAW;AAAC,qBAAI,IAAImZ,IAAE,IAAN,EAAW9hB,IAAE8hB,EAAElhB,OAAf,EAAuBwU,IAAEpV,EAAEynD,QAA3B,EAAoC4L,IAAEvxC,EAAEs8F,OAAF,EAAtC,EAAkDhrD,IAAEpzD,EAAEuX,OAAtD,EAA8D/Q,IAAEsb,EAAEkgH,QAAF,EAAhE,EAA6EzpG,IAAEzW,EAAE8/G,YAAF,EAA/E,EAAgGnrH,IAAE8hB,EAAE2d,GAApG,EAAwG2d,IAAEt7B,EAAE5L,GAA5G,EAAgHsoC,IAAEx+C,IAAE,CAAF,KAAM,CAAN,GAAQ4+F,GAAG5gD,KAAH,CAASh+C,IAAE,CAAX,IAAc9N,CAAtB,GAAwB8N,CAA1I,EAA4Im9C,IAAEP,EAAE,CAACj+C,IAAEk1G,EAAF,GAAKD,EAAN,KAAWj3D,IAAE,CAAF,GAAI,CAAf,CAAF,CAA9I,EAAmKlkC,IAAE,EAAzK,EAA4K+lC,KAAGpB,CAA/K;AAAkL3kC,sBAAEvxB,IAAF,CAAOi2D,IAAEy6D,GAAG7nH,KAAGyuD,IAAEx+C,CAAL,CAAH,EAAW45G,EAAX,CAAT,GAAyBp7D,KAAGtsD,CAA5B;AAAlL,iBAAgN,OAAOumB,CAAP;AAAS,aAAxqD,EAAyqD6wF,wBAAuB,kCAAU;AAAC,oBAAIp3G,IAAE,KAAKk2G,qBAAL,GAA6BphH,KAA7B,CAAmC,CAAnC,CAAN;AAAA,oBAA4CqkB,IAAE,KAAK8/G,YAAL,EAA9C;AAAA,oBAAkE5hI,IAAE,KAAKgiI,QAAL,EAApE;AAAA,oBAAoF5sH,IAAE,KAAKgpG,OAAL,EAAtF;AAAA,oBAAqG/qD,IAAE,KAAKzyD,OAA5G;AAAA,oBAAoHwyD,IAAEC,EAAE5L,QAAF,GAAW6iE,EAAX,GAAcD,EAApI;AAAA,oBAAuI7jH,IAAE6sD,EAAE97C,OAAF,GAAU,CAAV,GAAY,CAArJ;AAAA,oBAAuJghB,IAAE86B,EAAE97C,OAAF,GAAU,CAAV,GAAY,CAArK,CAAuK,OAAOuK,EAAEo0B,GAAF,GAAM,CAAN,KAAU,CAAV,IAAavtC,EAAEiF,OAAF,CAAUwH,EAAEg+C,IAAE5sD,CAAJ,IAAOxG,KAAG8hB,EAAEo0B,GAAF,GAAM,CAAT,CAAjB,CAAb,EAA2Cp0B,EAAE6K,GAAF,GAAM,CAAN,KAAU,CAAV,IAAahkB,EAAEhL,IAAF,CAAOyX,EAAEg+C,IAAE76B,CAAJ,IAAOv4B,KAAG,IAAE8hB,EAAE6K,GAAF,GAAM,CAAX,CAAd,CAAxD,EAAqFhkB,CAA5F;AAA8F,aAAh9D,EAAi9Dq3G,gBAAe,wBAASr3G,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAEiO,KAAR;AAAA,oBAAc5W,IAAE,KAAK4hI,YAAL,EAAhB,CAAoC,OAAO5hI,EAAEk2C,GAAF,GAAM,CAAN,KAAUp0B,KAAGuzF,GAAG5gD,KAAH,CAASz0D,EAAEk2C,GAAX,CAAb,GAA8Bp0B,CAArC;AAAuC,aAAvjE,EAAwjE+9F,eAAc,yBAAU;AAACkN,mBAAGzuH,EAAH,CAAMuhH,aAAN,CAAoBzgH,IAApB,CAAyB,IAAzB,GAA+B,KAAK6iI,oBAAL,EAA/B;AAA2D,aAA5oE,EAA6oEA,sBAAqB,gCAAU;AAAC,oBAAIt5H,IAAE,KAAKg4B,GAAX;AAAA,oBAAe7e,IAAE,KAAKyvB,MAAtB;AAAA,oBAA6BvxC,IAAE,KAAKY,OAAL,CAAa6mD,QAAb,GAAsB6iE,EAAtB,GAAyBD,EAAxD;AAAA,oBAA2Dj1G,IAAEzM,EAAE3I,IAAE,CAAJ,CAA7D;AAAA,oBAAoEqzD,IAAE1qD,EAAE3I,IAAE,CAAJ,CAAtE;AAAA,oBAA6EozD,IAAEtxC,EAAE,CAAF,CAA/E;AAAA,oBAAoFtb,IAAE6lH,GAAGvqG,CAAH,CAAtF,CAA4FA,EAAE5iB,MAAF,KAAW,CAACk0D,EAAEzyB,GAAF,CAAM3gC,IAAE,CAAR,IAAWqzD,CAAX,IAAcD,EAAEzyB,GAAF,CAAM3gC,IAAE,CAAR,IAAWoV,CAA1B,MAA+Bg+C,EAAExyD,OAAF,CAAUq8B,OAAV,GAAkB,CAAC,CAAlD,GAAqD,CAACz2B,EAAEm6B,GAAF,CAAM3gC,IAAE,CAAR,IAAWqzD,CAAX,IAAc7sD,EAAEm6B,GAAF,CAAM3gC,IAAE,CAAR,IAAWoV,CAA1B,MAA+B5O,EAAE5F,OAAF,CAAUq8B,OAAV,GAAkB,CAAC,CAAlD,CAAhE;AAAsH,aAA/3E,EAAg4E4hF,uBAAsB,iCAAU;AAAC,uBAAO,KAAKqjB,QAAL,GAAgB/kB,UAAvB;AAAkC,aAAn8E,EAAo8E2B,uBAAsB,iCAAU;AAAC,uBAAO,KAAKojB,QAAL,GAAgBjlB,UAAvB;AAAkC,aAAvgF,EAAwgFilB,UAAS,oBAAU;AAAC,oBAAIv5H,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAE0/G,MAAjB;AAAA,oBAAwBpsH,IAAE0M,EAAElhB,OAA5B;AAAA,oBAAoCyyD,IAAEvxC,EAAE8/G,YAAF,EAAtC;AAAA,oBAAuDxuE,IAAEh+C,EAAEmC,OAA3D;AAAA,oBAAmE/Q,IAAE4O,EAAEyoG,SAAvE;AAAA,oBAAiFtlF,IAAEzW,EAAEs8F,OAAF,EAAnF,CAA+F,OAAOz1G,IAAE4vB,EAAE0/E,OAAF,KAAY5kD,EAAEnd,GAAd,GAAkB,GAAlB,GAAsBmd,EAAE1mC,GAAxB,GAA4BymC,CAA5B,GAA8B5sD,CAAhC,EAAkCxG,EAAEmiI,KAAF,KAAUx5H,CAAV,KAAc3I,EAAEmiI,KAAF,GAAQx5H,CAAR,EAAU3I,EAAEm9G,UAAF,GAAar7F,EAAE6/F,gBAAF,CAAmB,CAAnB,CAAvB,EAA6C3hH,EAAEi9G,UAAF,GAAan7F,EAAE6/F,gBAAF,CAAmB,EAAnB,CAAxE,CAAlC,EAAkI3hH,CAAzI;AAA2I,aAAtwF,EAAuwFy/G,SAAQ,iBAAS92G,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE4sD,EAAExyD,OAAnB;AAAA,oBAA2B23B,IAAE/xB,EAAE+Q,OAA/B;AAAA,oBAAuCd,IAAEjQ,EAAEq3G,SAA3C;AAAA,oBAAqDhqD,IAAErtD,EAAEihD,QAAF,GAAW6iE,EAAX,GAAcD,EAArE;AAAA,oBAAwEp1D,IAAE7B,EAAEgrD,OAAF,EAA1E;AAAA,oBAAsFxqD,IAAER,EAAEwuE,YAAF,EAAxF;AAAA,oBAAyG1yG,IAAE0kC,EAAE1d,GAA7G;AAAA,oBAAiHge,IAAE,KAAK8tE,QAAL,EAAnH;AAAA,oBAAmIhuE,IAAEiB,EAAEpB,KAAGt7B,IAAE,CAAF,GAAI,CAAP,CAAF,CAArI;AAAA,oBAAkJg9B,IAAEN,EAAEh0D,KAAF,EAApJ;AAAA,oBAA8J6H,IAAE,CAACkjH,GAAGlqG,CAAH,CAAjK,CAAuK,OAAOnZ,IAAEijH,GAAGjjH,CAAH,EAAK,CAAL,CAAF,EAAUmZ,IAAE8pG,GAAG9pG,CAAH,EAAKnZ,CAAL,CAAZ,EAAoBmZ,IAAEuzF,GAAG1oF,GAAH,CAAO7K,IAAE,CAAT,EAAWnZ,CAAX,CAAtB,EAAoCmZ,IAAEuzF,GAAG1oF,GAAH,CAAOhkB,CAAP,EAASmZ,CAAT,CAAtC,EAAkD1M,IAAE4+C,IAAE,CAACrrD,IAAEumB,CAAH,IAAMglC,CAA5D,EAA8Db,IAAEW,IAAE,CAAClyC,IAAE,CAAF,GAAIoN,CAAL,IAAQglC,CAA1E,EAA4EprD,KAAG2N,CAAH,KAAO48C,IAAEj+C,CAAT,CAA5E,EAAwFpV,MAAIoV,IAAEo5G,GAAGp5G,CAAH,EAAK6/C,EAAEpB,IAAE,CAAJ,CAAL,EAAYoB,EAAEpB,IAAE,CAAJ,CAAZ,CAAF,EAAsBR,IAAEm7D,GAAGn7D,CAAH,EAAK4B,EAAEpB,IAAE,CAAJ,CAAL,EAAYoB,EAAEpB,IAAE,CAAJ,CAAZ,CAA5B,CAAxF,EAAyI0B,EAAE1B,IAAE,CAAJ,IAAOt7B,IAAE86B,CAAF,GAAIj+C,CAApJ,EAAsJmgD,EAAE1B,IAAE,CAAJ,IAAOt7B,IAAEnjB,CAAF,GAAIi+C,CAAjK,EAAmKkC,CAA1K;AAA4K,aAAlnG,EAAmnG4qD,MAAK,cAASx3G,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,uBAAM,YAAU,OAAO2I,CAAjB,KAAqBA,IAAE,KAAKmxH,aAAL,CAAmBnxH,CAAnB,CAAvB,GAA8C,YAAU,OAAOmZ,CAAjB,KAAqBA,IAAE,KAAKg4G,aAAL,CAAmBh4G,CAAnB,CAAvB,CAA9C,EAA4FirG,GAAGzuH,EAAH,CAAM6hH,IAAN,CAAW/gH,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,EAAuBmZ,CAAvB,EAAyB9hB,CAAzB,CAAlG;AAA8H,aAAtwG,EAAuwGo+H,oBAAmB,4BAASz1H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE4sD,EAAE77C,OAAjC;AAAA,oBAAyCghB,IAAE66B,EAAEyqD,SAA7C;AAAA,oBAAuDpnG,IAAE28C,EAAE3L,QAAF,GAAW6iE,EAAX,GAAcD,EAAvE;AAAA,oBAA0Ex2D,IAAER,EAAE+qD,OAAF,EAA5E;AAAA,oBAAwFnpD,IAAE5B,EAAEuuE,YAAF,EAA1F;AAAA,oBAA2GhuE,IAAEptD,IAAEyuD,EAAEtoC,GAAJ,GAAQsoC,EAAE/e,GAAvH;AAAA,oBAA2HhnB,IAAE,KAAK8yG,QAAL,EAA7H;AAAA,oBAA6I9tE,IAAEL,EAAEp9C,IAAE,CAAJ,CAA/I;AAAA,oBAAsJu9C,IAAEH,EAAEp9C,IAAE,CAAJ,CAAxJ;AAAA,oBAA+J8+C,IAAE5sD,EAAE8N,CAAF,CAAjK,CAAsK,OAAO8+C,IAAErB,CAAF,IAAKqB,IAAEvB,CAAP,GAAS,IAAT,IAAelyC,IAAEyzC,IAAErB,CAAJ,EAAMl0D,IAAE8hB,IAAEoN,CAAV,EAAYlvB,IAAE4zD,IAAE5zD,CAAhB,EAAkBoV,IAAEpV,IAAE,CAAtB,EAAwBu4B,IAAEv4B,IAAEq1G,GAAG5xE,KAAH,CAASzjC,CAAT,CAAJ,GAAgB,MAAIoV,CAAJ,IAAOpV,IAAE,CAAT,IAAYA,GAApD,EAAwDq1G,GAAG5gD,KAAH,CAASz0D,CAAT,CAAvE,CAAP;AAA2F,aAAviH,EAAwiHoiI,aAAY,qBAASz5H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKs8G,kBAAL,CAAwBz1H,CAAxB,CAAN,CAAiC,OAAO,SAAOmZ,CAAP,GAAS,IAAT,GAAc,KAAKlhB,OAAL,CAAa26H,UAAb,CAAwBz5G,CAAxB,CAArB;AAAgD,aAAjpH,EAAkpHg4G,eAAc,uBAASnxH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlhB,OAAX;AAAA,oBAAmBZ,IAAE03D,EAAE/uD,CAAF,EAAImZ,EAAE6/G,aAAF,IAAiB7/G,EAAEy5G,UAAvB,CAArB,CAAwD,OAAOv7H,IAAEq1G,GAAG5gD,KAAH,CAAS3yC,EAAEo0B,GAAF,IAAO,CAAhB,CAAT;AAA4B,aAAhwH,EAAiwH2rE,gBAAe,wBAASl5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAEs8F,OAAF,EAAzB;AAAA,oBAAqC/qD,IAAErzD,EAAEynD,QAAF,GAAWryC,EAAEya,MAAF,EAAX,GAAsBza,EAAE0V,KAAF,EAA7D;AAAA,oBAAuEsoC,IAAEpzD,EAAEu7H,UAAF,CAAar8H,MAAtF;AAAA,oBAA6FsH,IAAE6sD,IAAED,CAAjG;AAAA,oBAAmG76B,IAAE81F,GAAG1lH,IAAEnC,CAAL,EAAOmqH,EAAP,CAArG,CAAgH,OAAM,EAACz6E,KAAI3d,CAAL,EAAO5L,KAAIymC,IAAE76B,CAAb,EAAN;AAAsB,aAAl6H,EAAm6H2pF,WAAU,mBAASv5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKggH,iBAAL,EAAN;AAAA,oBAA+B9hI,IAAE,KAAK6hI,UAAL,EAAjC;AAAA,oBAAmDzsH,IAAEpV,EAAE2sB,GAAvD;AAAA,oBAA2D0mC,IAAErzD,EAAEk2C,GAA/D;AAAA,oBAAmEkd,IAAEo7D,GAAG1sG,EAAEo0B,GAAF,GAAMvtC,CAAT,EAAW0qD,CAAX,EAAaj+C,CAAb,CAArE;AAAA,oBAAqF5O,IAAEgoH,GAAG1sG,EAAE6K,GAAF,GAAMhkB,CAAT,EAAW0qD,CAAX,EAAaj+C,CAAb,CAAvF,CAAuG,IAAG5O,IAAE4sD,CAAF,GAAI,CAAP,EAAS,OAAM,EAACld,KAAIkd,CAAL,EAAOzmC,KAAInmB,CAAX,EAAN;AAAoB,aAA7jI,EAA8jIs7G,YAAW,oBAASn5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEu7H,UAAF,CAAar8H,MAAtC;AAAA,oBAA6Cm0D,IAAE1qD,IAAEyM,CAAjD,CAAmD,OAAM,EAAC8gC,KAAI,CAACmd,CAAN,EAAQ1mC,KAAIvX,IAAEi+C,CAAd,EAAN;AAAuB,aAA/pI,EAAgqI4qD,aAAY,uBAAU;AAAC,oBAAIt1G,IAAE,KAAKq1G,WAAL,EAAN,CAAyB,OAAOr1G,EAAEgkB,GAAF,GAAMhkB,EAAEutC,GAAf;AAAmB,aAAnuI,EAAouI8nE,aAAY,uBAAU;AAAC,oBAAIr1G,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKlhB,OAAb;AAAA,oBAAqBZ,IAAE8hB,EAAEyvB,MAAzB;AAAA,oBAAgCn8B,IAAE0M,EAAE+7F,SAApC;AAAA,oBAA8CxqD,IAAE,KAAKyuE,iBAAL,CAAuB,CAAC,CAAxB,CAAhD;AAAA,oBAA2E1uE,IAAEC,EAAEnd,GAA/E;AAAA,oBAAmF1vC,IAAE6sD,EAAE1mC,GAAvF;AAAA,oBAA2F4L,IAAE88E,GAAG5gD,KAAH,CAASrB,CAAT,CAA7F,CAAyG,OAAOh+C,KAAGg+C,IAAEiiD,GAAGx2B,IAAH,CAAQzrB,CAAR,CAAF,EAAa5sD,IAAE6uG,GAAG5gD,KAAH,CAASjuD,CAAT,CAAlB,KAAgC4sD,IAAEiiD,GAAG5gD,KAAH,CAASrB,CAAT,CAAF,EAAc5sD,IAAE6uG,GAAGx2B,IAAH,CAAQr4E,CAAR,CAAhD,GAA4DmC,IAAEyqD,IAAEpzD,EAAEi3E,IAAJ,GAASj3E,EAAEi3E,IAAF,GAAOj3E,EAAE+uB,IAAF,GAAOsmF,GAAGx2B,IAAH,CAAQ,CAACzrB,IAAEpzD,EAAEi3E,IAAL,IAAWj3E,EAAE+uB,IAArB,CAAvB,GAAkD/uB,EAAEi3E,IAAlH,EAAuH,EAAC/gC,KAAIvtC,IAAE4vB,CAAP,EAAS5L,KAAI,CAAC7K,EAAEy5G,UAAF,CAAar8H,MAAb,GAAoBsH,KAAG4O,IAAE,CAAF,GAAI,CAAP,CAApB,GAA8B,CAA/B,IAAkCmjB,CAA/C,EAA9H;AAAgL,aAAphJ,EAAqhJ4lF,iBAAgB,yBAASx1G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEqyD,SAAF,GAAYryD,EAAEqyD,SAAF,CAAY9+D,CAAZ,CAAZ,GAA2B,IAApD;AAAA,oBAAyDyqD,IAAEw4D,GAAGx2G,EAAEmmH,UAAF,CAAa5yH,CAAb,CAAH,EAAmB,EAAnB,CAA3D;AAAA,oBAAkFnC,IAAExG,EAAEkgH,aAAF,CAAgB9sD,CAAhB,EAAkBC,CAAlB,EAAoBvxC,CAApB,CAApF,CAA2G,OAAO,IAAIkrG,EAAJ,CAAO55D,CAAP,EAAS5sD,CAAT,EAAWmC,CAAX,EAAa0qD,CAAb,EAAevxC,CAAf,CAAP;AAAyB,aAAvrJ,EAAwrJm+F,kBAAiB,0BAASt3G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlhB,OAAL,CAAa26H,UAAnB,CAA8B,OAAOz5G,EAAE5iB,MAAF,IAAU4iB,EAAE5iB,MAAF,GAASyJ,CAAnB,IAAsBA,KAAG,CAAhC;AAAkC,aAArxJ,EAAsxJo5G,KAAI,aAASp5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKggH,iBAAL,CAAuB,CAAC,CAAxB,CAAN;AAAA,oBAAiC9hI,IAAE,KAAKgiI,QAAL,EAAnC;AAAA,oBAAmD5sH,IAAEi5G,GAAG1lH,IAAE3I,CAAL,EAAO2wH,EAAP,CAArD;AAAA,oBAAgEt9D,IAAE,KAAKwuE,UAAL,EAAlE;AAAA,oBAAoFzuE,IAAEtxC,EAAEo0B,GAAF,GAAM9gC,CAA5F;AAAA,oBAA8F5O,IAAEsb,EAAE6K,GAAF,GAAMvX,CAAtG,CAAwG,OAAO,KAAKgrG,UAAL,CAAgBhtD,CAAhB,EAAkB5sD,CAAlB,EAAoB,CAApB,EAAsB6sD,EAAE1mC,GAAxB,EAA4BvX,CAA5B,CAAP;AAAsC,aAAp7J,EAAq7J4sG,aAAY,qBAASr5G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEmC,OAA3B;AAAA,oBAAmC67C,IAAEh+C,EAAEqyC,QAAF,GAAW6iE,EAAX,GAAcD,EAAnD;AAAA,oBAAsD7jH,IAAExG,EAAEo+G,OAAF,EAAxD;AAAA,oBAAoE7lF,IAAEv4B,EAAE8hI,iBAAF,CAAoB,CAAC,CAArB,CAAtE;AAAA,oBAA8FrrH,IAAE,KAAKurH,QAAL,EAAhG;AAAA,oBAAgHnuE,IAAErtD,EAAE4sD,KAAGC,IAAE,CAAF,GAAI,CAAP,CAAF,CAAlH;AAAA,oBAA+H4B,IAAEtsD,EAAEyqD,CAAF,IAAKS,CAAtI;AAAA,oBAAwID,IAAE9xC,EAAEsxC,CAAF,IAAKS,CAA/I;AAAA,oBAAiJ3kC,IAAEqJ,EAAE2d,GAAF,GAAM+e,IAAEx+C,CAA3J;AAAA,oBAA6Jy9C,IAAE37B,EAAE2d,GAAF,GAAM0d,IAAEn9C,CAAvK;AAAA,oBAAyKu9C,IAAEqhD,GAAGn/D,GAAH,CAAOhnB,CAAP,EAASglC,CAAT,CAA3K;AAAA,oBAAuLqB,IAAE8/C,GAAG1oF,GAAH,CAAOuC,CAAP,EAASglC,CAAT,CAAzL,CAAqM,IAAGqB,IAAEvB,CAAF,IAAK++D,EAAR,EAAW,OAAM,EAAC78E,KAAI8d,CAAL,EAAOrnC,KAAI4oC,CAAX,EAAN;AAAoB,aAAnrK,EAAorK8qD,YAAW,sBAAU;AAAC,uBAAO,KAAKrpC,KAAL,EAAP;AAAoB,aAA9tK,EAAV,CAA3uO,EAAs9Yle,KAAGL,GAAG93D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV,CAAezM,IAAEA,KAAG,EAAL,EAAQA,IAAE8uG,GAAG,EAAC4qB,iBAAgB,CAAC,CAAlB,EAAH,EAAwB15H,CAAxB,EAA0B,EAAC4yH,YAAWvnE,EAAErrD,EAAE4yH,UAAJ,CAAZ,EAA4BrlF,KAAI8d,EAAErrD,EAAEutC,GAAJ,CAAhC,EAAyCvpB,KAAIqnC,EAAErrD,EAAEgkB,GAAJ,CAA7C,EAA1B,CAAV,EAA4FhkB,EAAE25H,eAAF,GAAkB35H,EAAE25H,eAAF,IAAmB35H,EAAE6yH,QAAnI,EAA4I7yH,EAAE45H,mBAAF,GAAsB55H,EAAE45H,mBAAF,IAAuB55H,EAAE65H,YAA3L,EAAwM75H,EAAE4yH,UAAF,IAAc5yH,EAAE4yH,UAAF,CAAar8H,MAAb,GAAoB,CAAlC,IAAqC4iB,IAAE,CAACnZ,EAAE6yH,QAAF,IAAY,EAAb,EAAiB/3H,WAAjB,EAAF,EAAiCzD,IAAE8hB,MAAIqtG,EAAJ,IAAQ,CAACzD,GAAG5pG,CAAH,EAAK80G,EAAL,CAA5C,EAAqD52H,MAAI2I,EAAE6yH,QAAF,GAAWpmH,EAAEqtH,eAAF,CAAkB95H,CAAlB,CAAf,CAArD,EAA0FmZ,MAAIqtG,EAAJ,IAAQxmH,EAAE65H,YAAF,KAAiBtT,EAAzB,IAA6B95G,EAAEstH,YAAF,CAAe/5H,CAAf,CAAvH,EAAyI,KAAKg6H,YAAL,GAAkB75H,EAAEH,EAAE4yH,UAAF,CAAa,CAAb,CAAF,EAAkB,CAAlB,EAAoB5yH,EAAE6yH,QAAtB,EAA+B7yH,EAAE8yH,YAAjC,CAA3J,EAA0MrmH,EAAEwtH,eAAF,CAAkBj6H,CAAlB,CAA/O,IAAqQA,EAAE6yH,QAAF,GAAW7yH,EAAE6yH,QAAF,IAAY7Q,EAApe,EAAue,KAAK2W,WAAL,EAAve,EAA0fvU,GAAGzuH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,EAAkBzM,CAAlB,CAA1f;AAA+gB,aAAhjB,EAAijB/H,SAAQ,EAACqB,MAAKqqH,EAAN,EAAS/6E,QAAO,EAACsxF,aAAY/L,EAAb,EAAhB,EAAiCgM,mBAAkB,EAACnN,cAAa,CAAC,CAAD,EAAG,EAAH,EAAM,GAAN,CAAd,EAAyBD,SAAQ,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,EAAP,EAAU,EAAV,CAAjC,EAA+CD,SAAQ,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,EAAP,EAAU,EAAV,CAAvD,EAAqED,OAAM,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,CAA3E,EAAmFp6D,MAAK,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,CAAxF,EAAgGm6D,OAAM,CAAC,CAAD,EAAG,CAAH,CAAtG,EAA4Gl6D,QAAO,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,CAAnH,EAA6Hi6D,OAAM,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAS,EAAT,EAAY,EAAZ,EAAe,EAAf,CAAnI,EAAnD,EAA0MyN,eAAc,EAAxN,EAAzjB,EAAqxB9iB,kBAAiB,0BAASt3G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEk1D,KAAF,EAAb;AAAA,oBAAuB5hE,IAAE0M,EAAElhB,OAAF,CAAU26H,UAAV,IAAsB,EAA/C,CAAkD,OAAOnP,GAAGzjH,CAAH,EAAK3I,EAAEk2C,GAAP,KAAa,CAAb,IAAgBk2E,GAAGzjH,CAAH,EAAK3I,EAAE2sB,GAAP,KAAa,CAA7B,IAAgCvX,EAAElW,MAAzC;AAAgD,aAAp5B,EAAq5Bo/G,gBAAe,wBAAS31G,CAAT,EAAW;AAAC,uBAAOqrD,EAAErrD,CAAF,CAAP;AAAY,aAA57B,EAA67Bk5G,gBAAe,wBAASl5G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAExU,OAAnB;AAAA,oBAA2BwyD,IAAEC,EAAEmoE,QAA/B;AAAA,oBAAwCh1H,IAAE6sD,EAAEooE,YAA5C;AAAA,oBAAyDljG,IAAEnjB,EAAEgpG,OAAF,EAA3D;AAAA,oBAAuE3nG,IAAE48C,EAAE5L,QAAF,GAAWlvB,EAAE1I,MAAF,EAAX,GAAsB0I,EAAEzN,KAAF,EAA/F;AAAA,oBAAyG+oC,IAAEz+C,EAAE4hE,KAAF,EAA3G;AAAA,oBAAqH/hB,IAAEx+C,KAAGo9C,EAAElnC,GAAF,GAAMknC,EAAE3d,GAAX,CAAvH;AAAA,oBAAuI0d,IAAEy6D,GAAG1lH,IAAEssD,CAAL,EAAO07D,EAAP,CAAzI,CAAoJ,OAAO98D,EAAE3d,GAAF,IAAO2d,EAAElnC,GAAT,KAAe7K,IAAE1kB,EAAEi2D,EAAEnd,GAAF,IAAO2d,EAAE3d,GAAX,EAAe0d,CAAf,CAAF,EAAoB5zD,IAAE5C,EAAEi2D,EAAE1mC,GAAF,IAAOknC,EAAElnC,GAAX,EAAeinC,CAAf,CAAtB,EAAwCC,IAAE,EAAC3d,KAAIptC,EAAEgZ,CAAF,EAAI,CAAJ,EAAMsxC,CAAN,EAAQ5sD,CAAR,CAAL,EAAgBmmB,KAAI7jB,EAAE9I,CAAF,EAAI,CAAJ,EAAMozD,CAAN,EAAQ5sD,CAAR,CAApB,EAAzD,GAA0FqtD,CAAjG;AAAmG,aAA/sC,EAAgtCiuD,YAAW,oBAASn5G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEigG,GAAGxnE,GAAH,CAAOllC,CAAP,CAAf;AAAA,oBAAyB0qD,IAAErzD,EAAEg3E,KAAF,EAA3B;AAAA,oBAAqC5jB,IAAEC,EAAEnd,GAAzC;AAAA,oBAA6C1vC,IAAE6sD,EAAE1mC,GAAjD,CAAqD,IAAG0mC,EAAEnd,GAAF,IAAOmd,EAAE1mC,GAAZ,EAAgB;AAAC,2BAAKvX,GAAL;AAAUi+C,4BAAElrD,EAAEirD,CAAF,EAAI5sD,CAAJ,CAAF,EAASsb,IAAEuzF,GAAG5xE,KAAH,CAAS,KAAG4vB,CAAZ,CAAX,EAA0B1qD,IAAE,CAAF,IAAKyqD,IAAEh2D,EAAEg2D,CAAF,EAAItxC,CAAJ,CAAF,EAAStb,IAAEpJ,EAAEoJ,CAAF,EAAI,CAACsb,CAAL,CAAhB,KAA0BsxC,IAAEh2D,EAAEg2D,CAAF,EAAI,CAACtxC,CAAL,CAAF,EAAUtb,IAAEpJ,EAAEoJ,CAAF,EAAIsb,CAAJ,CAAtC,CAA1B;AAAV,qBAAkFuxC,IAAE,EAACnd,KAAIkd,CAAL,EAAOzmC,KAAInmB,CAAX,EAAF;AAAgB,wBAAO6sD,CAAP;AAAS,aAAx5C,EAAy5CovE,iBAAgB,yBAAS95H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAEmC,EAAE4yH,UAAlB;AAAA,oBAA6BhjG,IAAEyzF,GAAGxlH,CAAH,IAAMA,EAAEtH,MAAR,GAAe,CAA9C;AAAA,oBAAgDuX,IAAEo8G,EAAlD,CAAqD,KAAI/wG,IAAE,CAAN,EAAQA,IAAEyW,CAAV,EAAYzW,GAAZ;AAAgB9hB,wBAAEwG,EAAEsb,CAAF,CAAF,EAAO9hB,KAAGqzD,CAAH,KAAOj+C,IAAE3O,EAAEzG,CAAF,EAAIqzD,CAAJ,CAAF,EAASj+C,IAAE,CAAF,KAAMqB,IAAE4+F,GAAGn/D,GAAH,CAAOz/B,CAAP,EAASrB,CAAT,CAAF,EAAcg+C,IAAE38C,KAAG4I,EAAH,GAAMmrG,EAAN,GAAS/zG,KAAGwtB,KAAG,IAAEqnF,EAAR,GAAWb,EAAX,GAAch0G,KAAG4+G,EAAH,GAAM3K,EAAN,GAASj0G,KAAG60G,EAAH,GAAMX,EAAN,GAASl0G,KAAGq0G,EAAH,GAAMF,EAAN,GAASn0G,KAAGu0G,EAAH,GAAMD,EAAN,GAASG,EAAjF,CAAhB,CAAP,EAA6G73D,IAAErzD,CAA/G;AAAhB,iBAAiI,OAAOozD,KAAGu3D,EAAV;AAAa,aAAxnD,EAAynDqY,gBAAe,wBAASr6H,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAEs6H,MAAR,CAAe,OAAOnhH,MAAIA,IAAEnZ,EAAEs6H,MAAF,GAASxU,GAAG9lH,CAAH,CAAf,GAAsBmZ,CAA7B;AAA+B,aAAlsD,EAAmsD+/G,YAAW,sBAAU;AAAC,uBAAM,EAAC3rF,KAAI,CAAL,EAAOvpB,KAAI,KAAK/rB,OAAL,CAAa26H,UAAb,CAAwBr8H,MAAnC,EAAN;AAAiD,aAA1wD,EAA2wD0iI,cAAa,wBAAU;AAAC,oBAAIj5H,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAEnZ,EAAE6yH,QAAvB;AAAA,oBAAgCx7H,IAAE2I,EAAE65H,YAAF,IAAgB,CAAlD;AAAA,oBAAoDptH,IAAEzM,EAAE4yH,UAAxD;AAAA,oBAAmEloE,IAAE,KAAK6vE,eAAL,EAArE;AAAA,oBAA4F9vE,IAAEY,EAAErrD,EAAEutC,GAAF,IAAOmd,EAAEnd,GAAX,CAA9F;AAAA,oBAA8G1vC,IAAEwtD,EAAErrD,EAAEgkB,GAAF,IAAO0mC,EAAE1mC,GAAX,CAAhH;AAAA,oBAAgI4L,IAAE,CAAlI;AAAA,oBAAoI9hB,IAAE,CAAtI,CAAwI,OAAOrB,EAAElW,MAAF,KAAWq5B,IAAE0Q,EAAEmqB,CAAF,EAAIh+C,EAAE,CAAF,CAAJ,EAAS0M,CAAT,EAAW9hB,CAAX,CAAF,EAAgByW,IAAEwyB,EAAEziC,CAAF,EAAI4O,EAAE,CAAF,CAAJ,EAAS0M,CAAT,EAAW9hB,CAAX,CAAlB,EAAgC2I,EAAE05H,eAAF,KAAoB9pG,IAAE88E,GAAG5gD,KAAH,CAASl8B,CAAT,CAAF,EAAc9hB,IAAE9N,EAAEk1G,SAAF,GAAYxI,GAAG5gD,KAAH,CAASh+C,CAAT,CAAZ,GAAwB4+F,GAAGx2B,IAAH,CAAQpoE,CAAR,CAA5D,CAA3C,GAAoH,EAACy/B,KAAI3d,CAAL,EAAO5L,KAAIlW,CAAX,EAA3H;AAAyI,aAApjE,EAAqjEunG,aAAY,uBAAU;AAAC,oBAAIr1G,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAEnZ,EAAE4oC,MAAvB;AAAA,oBAA8BvxC,IAAE,KAAK4hI,YAAL,EAAhC;AAAA,oBAAoDxsH,IAAEigG,GAAG5gD,KAAH,CAASz0D,EAAEk2C,GAAX,CAAtD;AAAA,oBAAsEmd,IAAEgiD,GAAGx2B,IAAH,CAAQ7+E,EAAE2sB,GAAV,CAAxE,CAAuF,OAAM,EAACupB,KAAI9gC,IAAE0M,EAAEm1D,IAAT,EAActqD,KAAIhkB,EAAE4yH,UAAF,CAAar8H,MAAb,GAAoBm0D,KAAG1qD,EAAEk1G,SAAF,GAAY,CAAZ,GAAc,CAAjB,CAApB,GAAwC,CAA1D,EAAN;AAAmE,aAAtuE,EAAuuEqlB,iBAAgB,2BAAU;AAAC,oBAAIv6H,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAE,KAAKkhH,cAAL,CAAoBr6H,EAAEg5H,aAAF,IAAiBh5H,EAAE4yH,UAAvC,CAArB;AAAA,oBAAwEv7H,IAAEg0D,EAAElyC,EAAE6K,GAAJ,CAA1E,CAAmF,OAAM,CAAChkB,EAAEk1G,SAAH,IAAclmD,EAAE33D,CAAF,EAAI,KAAKmjI,iBAAL,CAAuBnjI,CAAvB,EAAyB2I,CAAzB,EAA2B,CAAC,CAA5B,CAAJ,CAAd,KAAoD3I,IAAE,KAAKmjI,iBAAL,CAAuBnjI,CAAvB,EAAyB2I,CAAzB,EAA2B,CAAC,CAA5B,EAA8B,CAAC,CAA/B,CAAtD,GAAyF,EAACutC,KAAI8d,EAAElyC,EAAEo0B,GAAJ,CAAL,EAAcvpB,KAAI3sB,CAAlB,EAA/F;AAAoH,aAAz8E,EAA08EojI,cAAa,wBAAU;AAAC,oBAAIz6H,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAEnZ,EAAE05H,eAAF,KAAoB,CAAC,CAA1C;AAAA,oBAA4CriI,IAAE,KAAKkjI,eAAL,EAA9C;AAAA,oBAAqE9tH,IAAEzM,EAAEutC,GAAzE;AAAA,oBAA6Emd,IAAE1qD,EAAEgkB,GAAjF,CAAqF,OAAOvX,MAAIA,IAAE0M,IAAE,KAAKqhH,iBAAL,CAAuBnjI,EAAEk2C,GAAzB,EAA6BvtC,CAA7B,EAA+B,CAAC,CAAhC,CAAF,GAAqC3I,EAAEk2C,GAA7C,GAAkDmd,MAAIA,IAAEvxC,IAAE,KAAKqhH,iBAAL,CAAuBnjI,EAAE2sB,GAAzB,EAA6BhkB,CAA7B,EAA+B,CAACA,EAAEk1G,SAAlC,CAAF,GAA+C79G,EAAE2sB,GAAvD,CAAlD,EAA8G,EAACupB,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAArH;AAAmI,aAA1rF,EAA2rFgwE,YAAW,sBAAU;AAAC,oBAAI16H,IAAE,KAAKq6H,cAAL,CAAoB,KAAKpiI,OAAL,CAAa+gI,aAAb,IAA4B,KAAK/gI,OAAL,CAAa26H,UAA7D,CAAN,CAA+E,OAAM,EAACrlF,KAAI8d,EAAErrD,EAAEutC,GAAJ,CAAL,EAAcvpB,KAAIqnC,EAAErrD,EAAEgkB,GAAJ,CAAlB,EAAN;AAAkC,aAAl0F,EAAm0Fo1F,KAAI,aAASp5G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE4sD,EAAEooE,QAAjC;AAAA,oBAA0CjjG,IAAE86B,EAAE+qD,OAAF,EAA5C;AAAA,oBAAwD3nG,IAAE28C,EAAE3L,QAAF,GAAWlvB,EAAE1I,MAAF,EAAX,GAAsB0I,EAAEzN,KAAF,EAAhF;AAAA,oBAA0F+oC,IAAE,KAAKuvE,YAAL,EAA5F;AAAA,oBAAgHnuE,IAAE,KAAKquE,WAAL,EAAlH;AAAA,oBAAqI1vE,IAAEC,EAAE3d,GAAzI;AAAA,oBAA6IhnB,IAAE2kC,EAAElnC,GAAjJ;AAAA,oBAAqJunC,IAAEz9C,KAAGyY,IAAE0kC,CAAL,CAAvJ;AAAA,oBAA+J9qD,IAAEulH,GAAG1lH,IAAEurD,CAAL,EAAOy8D,EAAP,CAAjK,CAA4K,IAAG3wH,IAAE5C,EAAEw2D,CAAF,EAAI9qD,CAAJ,CAAF,EAASsM,IAAEhY,EAAE8xB,CAAF,EAAIpmB,CAAJ,CAAX,EAAkBgZ,IAAE,KAAKs+F,UAAL,CAAgB7qD,EAAEv1D,CAAF,CAAhB,EAAqBu1D,EAAEngD,CAAF,CAArB,EAA0BmgD,EAAEN,EAAE/e,GAAJ,CAA1B,EAAmCqf,EAAEN,EAAEtoC,GAAJ,CAAnC,EAA4C7jB,CAA5C,CAAvB,EAAsE,OAAOgZ,EAAEo0B,GAAF,GAAM8d,EAAElyC,EAAEo0B,GAAJ,CAAN,EAAep0B,EAAE6K,GAAF,GAAMqnC,EAAElyC,EAAE6K,GAAJ,CAArB,EAA8B7K,EAAE05G,QAAF,GAAWh1H,CAAzC,EAA2Csb,EAAE0gH,YAAF,GAAepvE,EAAEovE,YAAF,IAAgB,CAA1E,EAA4E1gH,EAAEwgH,eAAF,GAAkBlvE,EAAEkvE,eAAhG,EAAgHxgH,EAAEygH,mBAAF,GAAsBnvE,EAAEmvE,mBAAxI,EAA4JzgH,CAAnK;AAAqK,aAA1uG,EAA2uGkgG,aAAY,qBAASr5G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAEy4D,GAAGn6D,EAAH,CAAM0jH,WAAN,CAAkB5iH,IAAlB,CAAuB,IAAvB,EAA4BuJ,CAA5B,EAA8BmZ,CAA9B,CAAN;AAAA,oBAAuC1M,IAAE,KAAKguH,YAAL,EAAzC;AAAA,oBAA6D/vE,IAAE,KAAKuuE,YAAL,EAA/D;AAAA,oBAAmFxuE,IAAEjrD,EAAEiN,EAAEuX,GAAJ,EAAQvX,EAAE8gC,GAAV,KAAgBmd,EAAE1mC,GAAF,GAAM0mC,EAAEnd,GAAxB,CAArF;AAAA,oBAAkH1vC,IAAE,KAAK5F,OAAzH;AAAA,oBAAiI23B,IAAEn7B,EAAEgY,EAAE8gC,GAAJ,EAAQl2C,EAAEk2C,GAAF,GAAMkd,CAAd,CAAnI;AAAA,oBAAoJ38C,IAAErZ,EAAEgY,EAAE8gC,GAAJ,EAAQl2C,EAAE2sB,GAAF,GAAMymC,CAAd,CAAtJ,CAAuK,OAAM,EAACld,KAAI3d,CAAL,EAAO5L,KAAIlW,CAAX,EAAa+kH,UAASh1H,EAAE87H,eAAxB,EAAwCE,cAAah8H,EAAE+7H,mBAAvD,EAAN;AAAkF,aAA9/G,EAA+/GrgB,WAAU,mBAASv5G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,IAAE,KAAKr0D,OAA7B;AAAA,oBAAqCgzD,IAAE,KAAK0vE,WAAL,EAAvC;AAAA,oBAA0Dp0G,IAAE,KAAKk0G,YAAL,EAA5D;AAAA,oBAAgFlvE,IAAEe,EAAEumE,QAApF;AAAA,oBAA6FjmE,IAAEN,EAAEutE,YAAF,IAAgB,CAA/G;AAAA,oBAAiHh1F,IAAEynB,EAAEwmE,YAArH;AAAA,oBAAkIh+F,IAAEvO,EAAEvC,GAAtI;AAAA,oBAA0I+gB,IAAExe,EAAEgnB,GAA9I;AAAA,oBAAkJzvC,IAAEqC,EAAE4kC,CAAF,EAAI/kC,IAAE4sD,CAAN,EAAQrB,CAAR,EAAU1mB,CAAV,CAApJ;AAAA,oBAAiK+pB,IAAEzuD,EAAE20B,CAAF,EAAI,CAAC90B,CAAD,GAAG4sD,CAAP,EAASrB,CAAT,EAAW1mB,CAAX,CAAnK,CAAiL,IAAGynB,EAAEqtE,eAAF,IAAmBnT,EAAtB,EAAyB,IAAGrtG,IAAEmzC,EAAE6tE,iBAAJ,EAAsB9iI,IAAEi1D,EAAE8tE,aAA1B,EAAwC3tH,IAAEsiD,EAAExD,CAAF,EAAI0iE,EAAJ,CAA1C,EAAkDxjE,IAAEjrD,EAAEovD,CAAF,EAAI9wD,CAAJ,CAApD,EAA2DD,IAAE6lH,GAAGvqG,EAAEoyC,CAAF,CAAH,IAASl0D,CAAT,GAAWq4G,GAAGnkD,CAAH,CAAxE,EAA8E37B,IAAEpwB,EAAEs1B,CAAF,EAAIiQ,CAAJ,CAAhF,EAAuF0lB,IAAEilD,GAAGnkD,CAAH,CAAF,IAASA,MAAIk3D,EAAvG,EAA0Gl3D,IAAE0iE,GAAGxhH,IAAE,CAAL,CAAF,EAAUi+C,IAAEg5D,GAAGvqG,EAAEoyC,CAAF,CAAH,CAAZ,EAAqBz9C,IAAE,CAAC8hB,IAAE,CAACv4B,IAAE,CAAH,IAAMqzD,CAAN,GAAQglD,GAAGnkD,CAAH,CAAX,IAAkB,CAAzC,EAA2CztD,IAAErJ,EAAEswC,CAAF,EAAIj3B,CAAJ,CAA7C,EAAoD8gD,IAAEn6D,EAAEqgC,CAAF,EAAI,CAAChnB,CAAL,CAAtD,CAA1G,KAA6K,IAAG28C,IAAE5sD,CAAF,IAAK0tD,MAAIs2D,EAAZ,EAAe;AAAC32D,wBAAE,CAAF,CAAI,GAAE;AAACz+C,6BAAI8+C,IAAE0iE,GAAGxhH,CAAH,CAAN,EAAYy+C,IAAE,CAAd,EAAgBp9C,IAAE,IAAE4hG,GAAGnkD,CAAH,CAApB,CAA0B;AAAGb,gCAAEvxC,EAAEoyC,CAAF,EAAKL,CAAL,CAAF,EAAUA,GAAV;AAAH,iCAAuBA,IAAE/xC,EAAEoyC,CAAF,EAAKh1D,MAAP,IAAeuX,IAAE48C,CAAF,GAAI96B,CAA1C;AAA6C,qBAA1E,QAAgF27B,MAAIs2D,EAAJ,IAAQ/zG,IAAE48C,CAAF,GAAI96B,CAA5F,EAA+F9hB,IAAE,CAACA,IAAE48C,CAAF,GAAI96B,CAAL,IAAQ,CAAV,EAAY9hB,IAAE,CAAF,KAAMhQ,IAAErJ,EAAEswC,CAAF,EAAI,CAACj3B,CAAL,CAAF,EAAU8gD,IAAEn6D,EAAEqgC,CAAF,EAAIhnB,CAAJ,CAAZ,EAAmBhQ,IAAErJ,EAAEqJ,CAAF,EAAI+nH,GAAGj3D,CAAH,EAAK3D,EAAE1d,GAAP,EAAW0d,EAAEjnC,GAAb,IAAkB4qC,CAAtB,CAArB,EAA8CA,IAAEn6D,EAAEm6D,CAAF,EAAIi3D,GAAG/nH,CAAH,EAAKmtD,EAAE1d,GAAP,EAAW0d,EAAEjnC,GAAb,IAAkBlmB,CAAtB,CAAtD,CAAZ;AAA4F,qBAAGA,IAAEutD,EAAEw6D,GAAG/nH,CAAH,EAAKmtD,EAAE1d,GAAP,EAAW0d,EAAEjnC,GAAb,CAAF,CAAF,EAAuB4qC,IAAEvD,EAAEw6D,GAAGj3D,CAAH,EAAK3D,EAAE1d,GAAP,EAAW0d,EAAEjnC,GAAb,CAAF,CAAzB,EAA8ClmB,KAAG8wD,CAAH,IAAMpvD,EAAEovD,CAAF,EAAI9wD,CAAJ,IAAO,CAA9D,EAAgE,OAAM,EAACyvC,KAAIzvC,CAAL,EAAOkmB,KAAI4qC,CAAX,EAAaikE,UAASvmE,EAAEqtE,eAAxB,EAAwCE,cAAavtE,EAAEstE,mBAAvD,EAAN;AAAkF,aAA7uI,EAA8uIe,aAAY,uBAAU;AAAC,oBAAI36H,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAE,KAAKuhH,UAAL,EAArB;AAAA,oBAAuCrjI,IAAE,KAAKmjI,iBAAL,CAAuBnvE,EAAElyC,EAAEo0B,GAAJ,CAAvB,EAAgCvtC,CAAhC,EAAkC,CAAC,CAAnC,CAAzC;AAAA,oBAA+EyM,IAAE0M,EAAE6K,GAAnF,CAAuF,OAAOhkB,EAAEk1G,SAAF,KAAczoG,IAAE,KAAK+tH,iBAAL,CAAuB/tH,CAAvB,EAAyBzM,CAAzB,EAA2B,CAAC,CAA5B,EAA8BgvD,EAAEviD,CAAF,EAAI,KAAK+tH,iBAAL,CAAuB/tH,CAAvB,EAAyBzM,CAAzB,EAA2B,CAAC,CAA5B,CAAJ,CAA9B,CAAhB,GAAoF,EAACutC,KAAIl2C,CAAL,EAAO2sB,KAAIvX,CAAX,EAA3F;AAAyG,aAAr8I,EAAs8I4hE,OAAM,eAASruE,CAAT,EAAW;AAACA,oBAAEA,KAAG,KAAK/H,OAAV,CAAkB,IAAIkhB,IAAEnZ,EAAE4yH,UAAR;AAAA,oBAAmBv7H,IAAE2I,EAAE6yH,QAAF,KAAarM,EAAlC;AAAA,oBAAqC/5G,IAAEpV,IAAE42H,GAAG,CAAH,CAAF,GAAQjuH,EAAE6yH,QAAjD;AAAA,oBAA0DnoE,IAAE1qD,EAAE65H,YAAF,IAAgB,CAA5E;AAAA,oBAA8EpvE,IAAE,EAACooE,UAASpmH,CAAV,EAAYotH,cAAanvE,CAAzB,EAA2BooE,cAAa9yH,EAAE8yH,YAA1C,EAAhF;AAAA,oBAAwIj1H,IAAE,KAAKw8H,cAAL,CAAoBlhH,CAApB,CAA1I;AAAA,oBAAiKyW,IAAEy7B,EAAErrD,EAAEutC,GAAF,IAAO1vC,EAAE0vC,GAAX,CAAnK;AAAA,oBAAmLz/B,IAAEu9C,EAAErrD,EAAEgkB,GAAF,IAAOnmB,EAAEmmB,GAAX,CAArL,CAAqM,OAAM,EAACupB,KAAI,KAAKitF,iBAAL,CAAuB5qG,CAAvB,EAAyB66B,CAAzB,EAA2B,CAAC,CAA5B,CAAL,EAAoCzmC,KAAI,KAAKw2G,iBAAL,CAAuB1sH,CAAvB,EAAyB28C,CAAzB,EAA2B,CAAC,CAA5B,EAA8B,CAAC,CAA/B,CAAxC,EAAN;AAAiF,aAAhwJ,EAAiwJsvE,cAAa,sBAAS/5H,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,IAAE,IAAZ,EAAiBD,IAAE,KAAK4vE,cAAL,CAAoBr6H,EAAE4yH,UAAtB,CAAnB,EAAqD/0H,IAAEwtD,EAAErrD,EAAEutC,GAAF,IAAOkd,EAAEld,GAAX,CAAvD,EAAuE3d,IAAEy7B,EAAErrD,EAAEgkB,GAAF,IAAOymC,EAAEzmC,GAAX,CAAzE,EAAyFlW,IAAE9N,EAAE6yH,QAAF,KAAarM,EAAxG,EAA2Gt7D,IAAE,CAA7G,EAA+GoB,IAAEx+C,IAAEmgH,GAAG/iE,GAAH,CAAF,GAAUlrD,EAAE6yH,QAA7H,EAAsI5nE,IAAEr7B,IAAE/xB,CAA1I,EAA4I0oB,IAAE0kC,IAAEykD,GAAGpjD,CAAH,CAAhJ,EAAsJf,IAAEhlC,CAAxJ,EAA0JqmC,IAAE5sD,EAAEo6H,aAAF,IAAiB1vE,EAAEzyD,OAAF,CAAUmiI,aAAvL,EAAqMj6H,IAAE2uG,GAAG,EAAH,EAAMpkD,EAAEzyD,OAAF,CAAUkiI,iBAAhB,EAAkCn6H,EAAEm6H,iBAApC,CAA3M,EAAkQ,CAAC9iI,CAAD,IAAIkvB,KAAGqmC,CAAzQ;AAA4Q,wBAAGzzC,IAAEA,KAAGhZ,EAAEmsD,CAAF,EAAKx3D,KAAL,CAAW,CAAX,CAAL,EAAmB2X,IAAE0M,EAAEtX,KAAF,EAAxB,EAAkCxK,IAAEoV,CAAF,EAAI8Z,IAAEglC,IAAEl0D,CAAR,CAAlC,KAAgD;AAAC,4BAAGi1D,MAAIo3D,GAAGuK,EAAH,CAAP,EAAc;AAAC52H,gCAAEq1G,GAAGx2B,IAAH,CAAQ3qB,IAAEqB,CAAV,CAAF,CAAe;AAAM,6BAAG,CAAC9+C,CAAJ,EAAM;AAACyY,gCAAEqmC,CAAF,KAAMv1D,IAAEq1G,GAAGx2B,IAAH,CAAQ3qB,IAAEqB,CAAV,CAAR,EAAsB;AAAM,6BAAEqhE,GAAG/iE,GAAH,KAASw4D,GAAGuK,EAAH,CAAX,EAAkB1iE,IAAEN,IAAEykD,GAAGpjD,CAAH,CAAtB,EAA4BnzC,IAAE,IAA9B;AAAmC;AAAva,iBAAuanZ,EAAE65H,YAAF,GAAexiI,CAAf,EAAiB2I,EAAE6yH,QAAF,GAAWvmE,CAA5B;AAA8B,aAA/tK,EAAguKsuE,YAAW,sBAAU;AAAC,oBAAI56H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,IAAZ;AAAA,oBAAiBi+C,IAAEj+C,EAAE4hE,KAAF,EAAnB;AAAA,oBAA6B5jB,IAAEh+C,EAAExU,OAAjC;AAAA,oBAAyC4F,IAAE4O,EAAEgpG,OAAF,EAA3C;AAAA,oBAAuD7lF,IAAE66B,EAAE3L,QAA3D;AAAA,oBAAoEhxC,IAAE8hB,IAAE/xB,EAAEqpB,MAAF,EAAF,GAAarpB,EAAEskB,KAAF,EAAnF,CAA6F,OAAOsoC,EAAEyqD,SAAF,IAAazqD,EAAEowE,SAAF,KAAc,CAAC,CAA5B,IAA+B1hH,IAAE,KAAKkhH,cAAL,CAAoB5vE,EAAEmoE,UAAtB,CAAF,EAAoCv7H,IAAEu1D,EAAEzzC,EAAE6K,GAAJ,CAAtC,EAA+ChkB,IAAEqrD,EAAEh0D,CAAF,IAAKqzD,EAAEnd,GAAvF,IAA4FvtC,IAAE0qD,EAAE1mC,GAAF,GAAM0mC,EAAEnd,GAAtG,EAA0Gz/B,IAAE9N,CAAnH;AAAqH,aAAx8K,EAAy8Ki6H,iBAAgB,yBAASj6H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAE1qD,EAAE4yH,UAAnB;AAAA,oBAA8BnoE,IAAEY,EAAE26D,GAAGt7D,CAAH,CAAF,CAAhC;AAAA,oBAAyC7sD,IAAEmC,EAAE6yH,QAA7C;AAAA,oBAAsDjjG,IAAE5vB,EAAE65H,YAAF,IAAgB,CAAxE;AAAA,oBAA0E/rH,IAAErB,EAAE4hE,KAAF,CAAQruE,CAAR,CAA5E;AAAA,oBAAuFkrD,IAAEp9C,EAAEkW,GAA3F;AAAA,oBAA+FsoC,IAAE,EAAjG,CAAoG,KAAInzC,IAAErL,EAAEy/B,GAAR,EAAYp0B,IAAE+xC,CAAF,KAAMoB,EAAEt3D,IAAF,CAAOmkB,CAAP,GAAU9hB,IAAE8I,EAAEgZ,CAAF,EAAIyW,CAAJ,EAAM/xB,CAAN,EAAQmC,EAAE8yH,YAAV,CAAZ,EAAoC,EAAEz7H,IAAEozD,CAAJ,KAAQzqD,EAAEgkB,GAApD,CAAZ,EAAqE7K,IAAE9hB,CAAvE,IAA0E2I,EAAEg5H,aAAF,GAAgBtuE,CAAhB,EAAkB1qD,EAAE4yH,UAAF,GAAatmE,CAA/B;AAAiC,aAAprL,EAAqrLkuE,mBAAkB,2BAASx6H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,EAAMD,CAAN,EAAQ5sD,CAAR,EAAU+xB,CAAV,EAAY9hB,CAAZ,CAAc,OAAOqL,IAAEA,KAAG,KAAKlhB,OAAV,EAAkByyD,IAAEvxC,EAAE05G,QAAtB,EAA+BpoE,IAAEtxC,EAAE0gH,YAAF,IAAgB,CAAjD,EAAmDh8H,IAAE,KAAKm8H,YAA1D,EAAuEn8H,KAAG+xB,IAAE0Q,EAAEtgC,CAAF,EAAInC,CAAJ,EAAM6sD,CAAN,EAAQD,CAAR,CAAF,EAAa38C,IAAEzW,IAAEq1G,GAAGx2B,IAAH,CAAQtmD,CAAR,CAAF,GAAa88E,GAAG5gD,KAAH,CAASl8B,CAAT,CAA5B,EAAwCnjB,KAAGqB,GAA3C,EAA+C3N,EAAEtC,CAAF,EAAIiQ,IAAE28C,CAAN,EAAQC,CAAR,EAAUvxC,EAAE25G,YAAZ,CAAlD,IAA6E3yH,EAAEH,CAAF,EAAI3I,IAAEozD,CAAF,GAAI,CAAR,EAAUC,CAAV,EAAYvxC,EAAE25G,YAAd,CAA3J;AAAuL,aAA95L,EAA+5Ltd,iBAAgB,yBAASx1G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKzyD,OAAf;AAAA,oBAAuBwyD,IAAEC,EAAEoU,SAAF,GAAYpU,EAAEoU,SAAF,CAAY9+D,CAAZ,CAAZ,GAA2B,IAApD;AAAA,oBAAyDnC,IAAE6sD,EAAEkoE,UAAF,CAAa5yH,CAAb,CAA3D;AAAA,oBAA2E4vB,IAAE86B,EAAEmoE,QAA/E;AAAA,oBAAwF/kH,IAAE,CAAC,CAA3F;AAAA,oBAA6Fo9C,IAAE/xC,EAAE+gH,WAAF,CAActqG,CAAd,CAA/F,CAAgH,IAAG86B,EAAEwqD,SAAF,IAAa79G,IAAEy9B,EAAEj3B,CAAF,EAAI+xB,CAAJ,EAAM86B,EAAEooE,YAAR,CAAF,EAAwBhlH,IAAEkhD,EAAE33D,CAAF,EAAIwG,CAAJ,CAAvC,IAA+C6sD,EAAEgvE,eAAF,KAAoB5rH,IAAE,CAACkhD,EAAE,KAAKqf,KAAL,GAAarqD,GAAf,EAAmBnmB,CAAnB,CAAvB,CAA/C,EAA6FiQ,MAAIqL,EAAEq4C,MAAF,GAASr4C,EAAEq4C,MAAF,IAAUtG,CAAnB,EAAqBz+C,IAAE,KAAK8qG,aAAL,CAAmB15G,CAAnB,EAAqB4sD,CAArB,EAAuBtxC,CAAvB,CAA3B,CAAhG,EAAsJ,OAAO,IAAIkrG,EAAJ,CAAOxmH,CAAP,EAAS4O,CAAT,EAAWzM,CAAX,EAAayqD,CAAb,EAAetxC,CAAf,CAAP;AAAyB,aAA5tM,EAA6tMg4G,eAAc,uBAASnxH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEu7H,UAA3B;AAAA,oBAAsCloE,IAAE,CAAC,CAAzC,CAA2C,OAAOj+C,EAAElW,MAAF,KAAWm0D,IAAEgiD,GAAG5gD,KAAH,CAASxrB,EAAE+qB,EAAErrD,CAAF,CAAF,EAAOyM,EAAE,CAAF,CAAP,EAAYpV,EAAEw7H,QAAd,EAAuBx7H,EAAEwiI,YAAF,IAAgB,CAAvC,CAAT,CAAb,GAAkEnvE,CAAzE;AAA2E,aAA72M,EAA82MosD,SAAQ,iBAAS92G,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAW,OAAO,QAAOzM,CAAP,yCAAOA,CAAP,OAAWkjH,EAAX,KAAgBljH,IAAEyM,EAAE0kH,aAAF,CAAgBnxH,CAAhB,CAAlB,GAAsC,QAAOmZ,CAAP,yCAAOA,CAAP,OAAW+pG,EAAX,KAAgB/pG,IAAE1M,EAAE0kH,aAAF,CAAgBh4G,CAAhB,CAAlB,CAAtC,EAA4E22C,GAAGn6D,EAAH,CAAMmhH,OAAN,CAAcrgH,IAAd,CAAmBgW,CAAnB,EAAqBzM,CAArB,EAAuBmZ,CAAvB,EAAyB9hB,CAAzB,CAAnF;AAA+G,aAAhgN,EAAigNqgH,YAAW,sBAAU;AAAC,oBAAI13G,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAE,KAAKkhH,cAAL,CAAoBr6H,EAAEg5H,aAAF,IAAiBh5H,EAAE4yH,UAAvC,CAArB,CAAwE,OAAM,EAACrlF,KAAI8d,EAAElyC,EAAEo0B,GAAJ,CAAL,EAAcvpB,KAAIqnC,EAAElyC,EAAE6K,GAAJ,CAAlB,EAAN;AAAkC,aAAjoN,EAAV,CAAz9Y,EAAummB4rC,KAAGw0D,GAAGpsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAWpV,IAAEA,KAAG,EAAL,EAAQy3G,GAAGz3G,CAAH,EAAK,EAACk2C,KAAI8d,EAAEh0D,EAAEk2C,GAAJ,CAAL,EAAcvpB,KAAIqnC,EAAEh0D,EAAE2sB,GAAJ,CAAlB,EAA2B+wF,mBAAkB1pD,EAAEh0D,EAAEyjI,kBAAF,IAAsBzjI,EAAE09G,iBAA1B,CAA7C,EAAL,CAAR,EAAyG,KAAK4C,SAAL,GAAetsD,EAAErrD,CAAF,CAAxH,EAA6H,KAAK43G,SAAL,GAAevsD,EAAElyC,CAAF,CAA5I,EAAiJ9hB,IAAEoV,EAAEsuH,aAAF,CAAgB,KAAKpjB,SAArB,EAA+B,KAAKC,SAApC,EAA8CvgH,CAA9C,CAAnJ,EAAoM+sH,GAAGzuH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,EAAkBpV,CAAlB,CAApM;AAAyN,aAA1P,EAA2PY,SAAQ,EAACqB,MAAKqqH,EAAN,EAAS3O,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAYnS,OAAM,CAAlB,EAAoBypB,OAAMk7E,EAA1B,EAAxB,EAAsDl+E,QAAO,EAACsxF,aAAY/L,EAAb,EAA7D,EAAnQ,EAAkV4M,eAAc,uBAAS/6H,CAAT,EAAW3I,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIi+C,IAAE,IAAN;AAAA,oBAAWD,IAAEh+C,EAAE8gC,GAAF,IAAOvtC,CAApB;AAAA,oBAAsBnC,IAAE4O,EAAEuX,GAAF,IAAO3sB,CAA/B;AAAA,oBAAiCu4B,IAAEnjB,EAAEomH,QAAF,KAAah1H,KAAG4sD,CAAH,GAAKC,EAAEswE,SAAF,CAAYl9H,EAAED,CAAF,EAAI4sD,CAAJ,CAAZ,CAAL,GAAyBw3D,EAAtC,CAAnC;AAAA,oBAA6En0G,IAAE4hG,GAAG9/E,CAAH,CAA/E;AAAA,oBAAqFs7B,IAAEp2B,EAAE83B,EAAEnC,CAAF,IAAK,CAAP,EAAS76B,CAAT,KAAay7B,EAAExtD,CAAF,CAApG;AAAA,oBAAyGyuD,IAAEvnB,EAAE6nB,EAAE/uD,CAAF,IAAK,CAAP,EAAS+xB,CAAT,CAA3G;AAAA,oBAAuHq7B,IAAEx+C,EAAEwpG,SAAF,GAAYxpG,EAAEwpG,SAAd,GAAwB98F,CAAjJ;AAAA,oBAAmJoN,IAAE0kC,KAAGk5D,GAAGjuC,IAAH,CAAQiuC,GAAG7G,aAAH,CAAiBpyD,EAAEhvB,OAAF,EAAjB,EAA6BowB,EAAEpwB,OAAF,EAA7B,CAAR,EAAkDpuB,CAAlD,IAAqDA,CAA7M;AAAA,oBAA+My9C,IAAEqD,EAAE1D,CAAF,EAAIoB,CAAJ,EAAM18B,CAAN,CAAjN;AAAA,oBAA0NiV,IAAEs/E,GAAGjuC,IAAH,CAAQ3qB,CAAR,EAAUhlC,CAAV,CAA5N;AAAA,oBAAyO/mB,IAAEqlC,IAAE0mB,CAA7O;AAAA,oBAA+O92D,IAAEi4G,GAAG5gD,KAAH,CAAStsD,IAAE,CAAX,CAAjP;AAAA,oBAA+P8gC,IAAE9gC,IAAE/K,CAAnQ,CAAqQ,OAAOgY,EAAEomH,QAAF,IAAY,OAAOpmH,EAAEomH,QAArB,EAA8BpmH,EAAEomH,QAAF,GAAWpmH,EAAEomH,QAAF,IAAYjjG,CAArD,EAAuDnjB,EAAE8gC,GAAF,GAAM9gC,EAAE8gC,GAAF,IAAOptC,EAAE+qD,CAAF,EAAI,CAACz2D,CAAL,EAAOm7B,CAAP,CAApE,EAA8EnjB,EAAEuX,GAAF,GAAMvX,EAAEuX,GAAF,IAAO7jB,EAAEmsD,CAAF,EAAIhsB,CAAJ,EAAM1Q,CAAN,CAA3F,EAAoGnjB,EAAE2pG,SAAF,GAAY3pG,EAAE2pG,SAAF,IAAa7vF,IAAE,CAA/H,EAAiI9Z,EAAEwpG,SAAF,GAAY1vF,CAA7I,EAA+I,KAAKqyF,QAAL,GAAchsD,EAAE93B,EAAE83B,EAAE5sD,CAAF,IAAK,CAAP,EAAS4vB,CAAT,CAAF,CAA7J,EAA4K,KAAKipF,QAAL,GAAcjsD,EAAE7nB,EAAE6nB,EAAEv1D,CAAF,IAAK,CAAP,EAASu4B,CAAT,CAAF,CAA1L,EAAyMnjB,CAAhN;AAAkN,aAAv0B,EAAw0B4hE,OAAM,iBAAU;AAAC,oBAAIruE,IAAE,KAAK/H,OAAX,CAAmB,OAAM,EAACs1C,KAAIvtC,EAAEutC,GAAP,EAAWvpB,KAAIhkB,EAAEgkB,GAAjB,EAAN;AAA4B,aAAx4B,EAAy4B+0F,cAAa,sBAAS/4G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlhB,OAAX,CAAmB,OAAOy0G,GAAG5gD,KAAH,CAAS8C,EAAEz1C,EAAEo0B,GAAJ,EAAQp0B,EAAE6K,GAAV,EAAc7K,EAAE05G,QAAhB,IAA0B7yH,CAA1B,GAA4B,CAArC,CAAP;AAA+C,aAAp+B,EAAq+Bg5G,kBAAiB,0BAASh5G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAKzyD,OAAjB;AAAA,oBAAyBwyD,IAAEC,EAAE5L,QAA7B;AAAA,oBAAsCjhD,IAAE6sD,EAAE97C,OAA1C;AAAA,oBAAkDghB,IAAE,KAAK6lF,OAAL,EAApD;AAAA,oBAAmE3nG,IAAE,CAAC28C,IAAE,CAAC,CAAH,GAAK,CAAN,KAAU5sD,IAAE,CAAC,CAAH,GAAK,CAAf,CAArE;AAAA,oBAAuFqtD,IAAE,MAAIp9C,CAAJ,GAAM,CAAN,GAAQ,CAAjG;AAAA,oBAAmGw+C,IAAE18B,EAAE,CAAC66B,IAAEk3D,EAAF,GAAKD,EAAN,IAAUx2D,CAAZ,CAArG;AAAA,oBAAoHD,IAAE,KAAK8tD,YAAL,CAAkB/4G,CAAlB,CAAtH;AAAA,oBAA2IumB,IAAE/mB,EAAEkrD,EAAE1mC,GAAJ,EAAQ0mC,EAAEnd,GAAV,CAA7I;AAAA,oBAA4Jge,IAAEd,IAAE76B,EAAE1I,MAAF,EAAF,GAAa0I,EAAEzN,KAAF,EAA3K;AAAA,oBAAqLkpC,IAAEE,IAAEhlC,CAAzL;AAAA,oBAA2LqmC,IAAE,CAACN,CAAD,CAA7L,CAAiM,KAAInzC,IAAE,CAAN,EAAQA,IAAE8xC,CAAV,EAAY9xC,GAAZ;AAAgB9hB,wBAAE8I,EAAEuqD,EAAEnd,GAAJ,EAAQp0B,IAAEnZ,CAAV,EAAY0qD,EAAEmoE,QAAd,CAAF,EAA0BpmH,IAAE6/C,IAAE9sD,EAAEnI,CAAF,EAAIqzD,EAAEnd,GAAN,IAAW8d,CAAX,GAAav9C,CAA3C,EAA6C8+C,EAAE53D,IAAF,CAAO0wH,GAAGj5G,CAAH,EAAKi7G,EAAL,CAAP,CAA7C;AAAhB,iBAA8E,OAAO96D,CAAP;AAAS,aAA1xC,EAA2xCspD,uBAAsB,iCAAU;AAAC,oBAAIl2G,IAAE,IAAN,CAAW,OAAOA,EAAEg5G,gBAAF,CAAmBh5G,EAAE/H,OAAF,CAAUg+G,SAA7B,CAAP;AAA+C,aAAt3C,EAAu3CE,uBAAsB,iCAAU;AAAC,oBAAIn2G,IAAE,IAAN,CAAW,OAAOA,EAAEg5G,gBAAF,CAAmBh5G,EAAE/H,OAAF,CAAUm+G,SAA7B,CAAP;AAA+C,aAAl9C,EAAm9CU,SAAQ,iBAAS92G,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,uBAAOwtH,GAAGlvH,EAAH,CAAMmhH,OAAN,CAAcrgH,IAAd,CAAmB,IAAnB,EAAwB40D,EAAErrD,CAAF,CAAxB,EAA6BqrD,EAAElyC,CAAF,CAA7B,EAAkC9hB,CAAlC,CAAP;AAA4C,aAAvhD,EAAwhD4hH,UAAS,kBAASj5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE0rG,GAAGlvH,EAAH,CAAMsjH,QAAN,CAAexiH,IAAf,CAAoB,IAApB,EAAyBuJ,CAAzB,CAAN,CAAkC,OAAO,SAAOmZ,CAAP,GAASkyC,EAAElyC,CAAF,CAAT,GAAc,IAArB;AAA0B,aAAzmD,EAA0mDm8F,aAAY,uBAAU;AAAC,uBAAO,KAAKyD,YAAL,CAAkB,KAAK9gH,OAAL,CAAag+G,SAA/B,CAAP;AAAiD,aAAlrD,EAAmrDT,iBAAgB,yBAASx1G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKzyD,OAAf;AAAA,oBAAuBwyD,IAAEzqD,IAAE0qD,EAAEurD,SAA7B;AAAA,oBAAuCp4G,IAAE6sD,EAAEnd,GAA3C,CAA+C,OAAOkd,IAAE,CAAF,KAAM5sD,IAAEsC,EAAEtC,CAAF,EAAI4sD,CAAJ,EAAMC,EAAEmoE,QAAR,CAAR,GAA2Bx7H,IAAE8hB,EAAE+gH,WAAF,CAAcxvE,EAAEmoE,QAAhB,CAA7B,EAAuD15G,EAAEq4C,MAAF,GAASr4C,EAAEq4C,MAAF,IAAUn6D,CAA1E,EAA4EoV,IAAE,KAAK8qG,aAAL,CAAmB15G,CAAnB,EAAqB,IAArB,EAA0Bsb,CAA1B,CAA9E,EAA2G,IAAIkrG,EAAJ,CAAOxmH,CAAP,EAAS4O,CAAT,EAAWzM,CAAX,EAAa,IAAb,EAAkBmZ,CAAlB,CAAlH;AAAuI,aAAv4D,EAAw4D6hH,WAAU,mBAASh7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE8oG,EAAN,CAAS,OAAOjiH,KAAG0W,EAAH,GAAMyC,IAAE0oG,EAAR,GAAW7hH,KAAGs7B,EAAH,GAAMniB,IAAE2oG,EAAR,GAAW9hH,KAAG0sH,EAAH,GAAMvzG,IAAE4oG,EAAR,GAAW/hH,KAAG2iH,EAAH,KAAQxpG,IAAE6oG,EAAV,CAAjC,EAA+C7oG,CAAtD;AAAwD,aAA/9D,EAAg+D+/F,gBAAe,wBAASl5G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEomH,QAA3B;AAAA,oBAAoCpoE,IAAEh+C,EAAEqmH,YAAxC;AAAA,oBAAqDj1H,IAAExG,EAAEo+G,OAAF,EAAvD;AAAA,oBAAmE7lF,IAAEnjB,EAAEqyC,QAAF,GAAWjhD,EAAEqpB,MAAF,EAAX,GAAsBrpB,EAAEskB,KAAF,EAA3F;AAAA,oBAAqGrU,IAAEzW,EAAEg3E,KAAF,EAAvG;AAAA,oBAAiHnjB,IAAEt7B,IAAEpwB,EAAEsO,EAAEkW,GAAJ,EAAQlW,EAAEy/B,GAAV,CAArH;AAAA,oBAAoI+e,IAAEo5D,GAAG1lH,IAAEkrD,CAAL,EAAO88D,EAAP,CAAtI;AAAA,oBAAiJ/8D,IAAEx2D,EAAEgY,EAAE8gC,GAAJ,EAAQ+e,CAAR,CAAnJ;AAAA,oBAA8J/lC,IAAE9xB,EAAEgY,EAAEuX,GAAJ,EAAQsoC,CAAR,CAAhK,CAA2K,OAAOnzC,MAAI8xC,IAAE9qD,EAAE8qD,CAAF,EAAI,CAAJ,EAAMP,CAAN,EAAQD,CAAR,CAAF,EAAalkC,IAAEpmB,EAAEomB,CAAF,EAAI,CAAJ,EAAMmkC,CAAN,EAAQD,CAAR,CAAnB,GAA+B,EAACld,KAAI0d,CAAL,EAAOjnC,KAAIuC,CAAX,EAAtC;AAAoD,aAA5tE,EAA6tE4yF,YAAW,oBAASn5G,CAAT,EAAW;AAAC,qBAAI,IAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,IAAE,IAAV,EAAei+C,IAAEj+C,EAAExU,OAAnB,EAA2BwyD,IAAEiiD,GAAGxnE,GAAH,CAAOllC,CAAP,CAA7B,EAAuCnC,IAAE6sD,EAAEnd,GAA3C,EAA+C3d,IAAE86B,EAAE1mC,GAAvD,EAA2DymC,GAA3D;AAAgEtxC,wBAAE3Z,EAAE3B,CAAF,EAAI+xB,CAAJ,CAAF,EAASv4B,IAAEq1G,GAAG5xE,KAAH,CAAS,KAAG3hB,CAAZ,CAAX,EAA0BnZ,IAAE,CAAF,IAAKnC,IAAEpJ,EAAEoJ,CAAF,EAAIxG,CAAJ,CAAF,EAASu4B,IAAEn7B,EAAEm7B,CAAF,EAAI,CAACv4B,CAAL,CAAhB,KAA0BwG,IAAEpJ,EAAEoJ,CAAF,EAAI,CAACxG,CAAL,CAAF,EAAUu4B,IAAEn7B,EAAEm7B,CAAF,EAAIv4B,CAAJ,CAAtC,CAA1B;AAAhE,iBAAwI,OAAM,EAACk2C,KAAI1vC,CAAL,EAAOmmB,KAAI4L,CAAX,EAAN;AAAoB,aAAh5E,EAAi5E0nF,kBAAiB,0BAASt3G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKk1D,KAAL,EAAN,CAAmB,OAAOo1C,GAAGzjH,CAAH,EAAKmZ,EAAEo0B,GAAP,KAAa,CAAb,IAAgBk2E,GAAGzjH,CAAH,EAAKmZ,EAAE6K,GAAP,KAAa,CAApC;AAAsC,aAAv+E,EAAw+Eo1F,KAAI,aAASp5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK+/F,cAAL,CAAoBl5G,CAApB,EAAsB,CAAC,CAAvB,CAAN;AAAA,oBAAgC3I,IAAE,KAAKogH,UAAL,CAAgB7qD,EAAEzzC,EAAEo0B,GAAJ,CAAhB,EAAyBqf,EAAEzzC,EAAE6K,GAAJ,CAAzB,EAAkC,KAAK40F,QAAvC,EAAgD,KAAKC,QAArD,CAAlC,CAAiG,IAAGxhH,CAAH,EAAK,OAAM,EAACk2C,KAAI8d,EAAEh0D,EAAEk2C,GAAJ,CAAL,EAAcvpB,KAAIqnC,EAAEh0D,EAAE2sB,GAAJ,CAAlB,EAAN;AAAkC,aAAhoF,EAAioFq1F,aAAY,qBAASr5G,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAK4hH,QAAL,CAAcj5G,CAAd,CAAN;AAAA,oBAAuByM,IAAE,KAAKwsG,QAAL,CAAc9/F,CAAd,CAAzB;AAAA,oBAA0CuxC,IAAEgiD,GAAGn/D,GAAH,CAAOl2C,CAAP,EAASoV,CAAT,CAA5C;AAAA,oBAAwDg+C,IAAEiiD,GAAG1oF,GAAH,CAAO3sB,CAAP,EAASoV,CAAT,CAA1D,CAAsE,OAAM,EAAC8gC,KAAI8d,EAAEX,CAAF,CAAL,EAAU1mC,KAAIqnC,EAAEZ,CAAF,CAAd,EAAN;AAA0B,aAA3vF,EAA4vF8uD,WAAU,mBAASv5G,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKggG,UAAL,CAAgBn5G,CAAhB,CAAN;AAAA,oBAAyB3I,IAAEg0D,EAAEw6D,GAAGj5D,EAAEzzC,EAAEo0B,GAAJ,CAAH,EAAY,KAAKqrE,QAAjB,EAA0B,KAAKC,QAA/B,CAAF,CAA3B;AAAA,oBAAuEpsG,IAAE4+C,EAAEw6D,GAAGj5D,EAAEzzC,EAAE6K,GAAJ,CAAH,EAAY,KAAK40F,QAAjB,EAA0B,KAAKC,QAA/B,CAAF,CAAzE,CAAqH,OAAM,EAACtrE,KAAIl2C,CAAL,EAAO2sB,KAAIvX,CAAX,EAAN;AAAoB,aAA35F,EAAV,CAA1mmB,EAAkhsByjD,KAAGq0D,GAAGvsH,MAAH,CAAU,EAACC,SAAQ,EAAC6mD,UAAS,CAAC,CAAX,EAAa8/D,KAAI,CAAjB,EAAmBxjB,SAAQ,CAA3B,EAAT,EAAuCpgE,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAExU,OAAnB;AAAA,oBAA2BwyD,IAAEC,EAAE5L,QAA/B;AAAA,oBAAwCjhD,IAAE4sD,IAAEk3D,EAAF,GAAKD,EAA/C;AAAA,oBAAkD9xF,IAAEnjB,EAAEe,QAAtD;AAAA,oBAA+DM,IAAE48C,EAAEk0D,GAAnE;AAAA,oBAAuE1zD,IAAER,EAAE0wC,OAA3E;AAAA,oBAAmF9uC,IAAE18B,EAAEr5B,MAAvF;AAAA,oBAA8F00D,IAAEqB,IAAEx+C,CAAF,GAAIo9C,KAAGoB,IAAE,CAAL,CAApG;AAAA,oBAA4G/lC,IAAE,CAACkkC,IAAEzqD,EAAEknB,MAAF,EAAF,GAAalnB,EAAEmiB,KAAF,EAAd,IAAyB8oC,CAAvI;AAAA,oBAAyIM,IAAEvrD,EAAEnC,IAAE,CAAJ,IAAO0oB,KAAGzY,IAAE,CAAL,CAAlJ,CAA0J,KAAIzW,IAAE,CAAN,EAAQA,IAAEi1D,CAAV,EAAYj1D,GAAZ;AAAgB8hB,wBAAE,CAACyW,EAAEv4B,CAAF,EAAK2gC,GAAL,IAAUh4B,CAAX,EAAc1H,KAAd,EAAF,EAAwB6gB,EAAEtb,IAAE,CAAJ,IAAO0tD,CAA/B,EAAiCpyC,EAAEtb,IAAE,CAAJ,IAAO0tD,IAAEhlC,CAA1C,EAA4CqJ,EAAEv4B,CAAF,EAAK2jC,MAAL,CAAY7hB,CAAZ,CAA5C,EAA2D9hB,IAAEi1D,IAAE,CAAJ,KAAQf,KAAGhlC,IAAE2kC,CAAb,CAA3D,EAA2EK,KAAGhlC,CAA9E;AAAhB;AAAgG,aAApT,EAAV,CAArhsB,EAAs1sBypC,KAAGu0D,GAAGvsH,MAAH,CAAU,EAACC,SAAQ,EAAC6mD,UAAS,CAAC,CAAX,EAAT,EAAuB9jB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAKzyD,OAAjB;AAAA,oBAAyBwyD,IAAEC,EAAE5L,QAA7B;AAAA,oBAAsCjhD,IAAE4sD,IAAEi3D,EAAF,GAAKC,EAA7C;AAAA,oBAAgD/xF,IAAE,KAAKpiB,QAAvD;AAAA,oBAAgEM,IAAE,KAAKkqB,GAAL,GAAS,IAAI4qF,EAAJ,EAA3E;AAAA,oBAAkF13D,IAAEt7B,EAAEr5B,MAAtF,CAA6F,KAAI4iB,IAAE,CAAN,EAAQA,IAAE+xC,CAAV,EAAY/xC,GAAZ;AAAgB9hB,wBAAEu4B,EAAEzW,CAAF,CAAF,EAAO9hB,EAAEi9B,OAAF,KAAY,CAAC,CAAb,KAAiB7nB,IAAEpV,EAAE2gC,GAAF,CAAM1/B,KAAN,EAAF,EAAgBmU,EAAEwiG,MAAF,CAASjvG,CAAT,EAAWnC,CAAX,CAAhB,EAA8B,MAAIsb,CAAJ,KAAQrL,IAAE,KAAKkqB,GAAL,GAASvrB,EAAEnU,KAAF,EAAnB,CAA9B,EAA4DjB,EAAE2jC,MAAF,CAASvuB,CAAT,CAA5D,EAAwEqB,EAAE6J,IAAF,CAAOlL,CAAP,CAAzF,CAAP;AAAhB;AAA2H,aAAlQ,EAAV,CAAz1sB,EAAwmtBsjD,KAAG,EAACjzC,OAAM,eAAS9c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOnZ,EAAE4c,OAAF,CAAUqvG,EAAV,EAAa,KAAKhU,SAAL,CAAe9+F,CAAf,CAAb,CAAP;AAAuC,aAA5D,EAA6DoU,OAAM,eAASvtB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOnZ,EAAE4c,OAAF,CAAUsvG,EAAV,EAAa,KAAKjU,SAAL,CAAe9+F,CAAf,CAAb,CAAP;AAAuC,aAAxH,EAAyH8+F,WAAU,mBAASj4G,CAAT,EAAW;AAAC,uBAAM,EAACrE,OAAM,KAAKA,KAAZ,EAAkB+1G,YAAW,KAAKA,UAAlC,EAA6CD,YAAW,KAAKA,UAA7D,EAAwED,UAAS,KAAKA,QAAtF,EAA+FD,QAAO,KAAKA,MAA3G,EAAkHtyC,UAAS,KAAKA,QAAhI,EAAyI0yC,cAAa,KAAKA,YAA3J,EAAwK1iC,OAAM,KAAKA,KAAnL,EAAyLzxC,SAAQ8nF,GAAGtlH,CAAH,CAAjM,EAAuMsc,eAActc,CAArN,EAAuN4vG,OAAM,IAA7N,EAAN;AAAyO,aAAxX,EAA3mtB,EAAq+tBx/C,KAAG,EAAC6qE,YAAW,sBAAU;AAAC,oBAAIj7H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAF,CAAUk9G,KAAvB;AAAA,oBAA6B99G,IAAE2I,EAAEk7H,QAAF,IAAY/hH,EAAEmwD,KAAF,CAAQhvE,IAAnD,CAAwD6e,EAAEmb,OAAF,KAAY,CAAC,CAAb,IAAgB+uF,GAAGhsH,CAAH,CAAhB,IAAuB,SAAOA,CAA9B,KAAkC2I,EAAEm7H,IAAF,GAAO,IAAIxW,EAAJ,CAAO3kH,EAAErE,KAAT,EAAetE,CAAf,EAAiB2I,EAAEi/D,QAAnB,EAA4Bj/D,EAAEwxG,QAA9B,EAAuCxxG,EAAEuxG,MAAzC,EAAgDvxG,EAAE/H,OAAF,CAAUk9G,KAA1D,CAAP,EAAwEn1G,EAAE2f,MAAF,CAAS3f,EAAEm7H,IAAX,CAA1G;AAA4H,aAA3M,EAAx+tB,EAAqruBlrE,KAAGs0D,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,GAAmBA,EAAEY,OAAF,GAAUkhB,CAA7B,EAA+B9hB,EAAEu0C,KAAF,GAAQzyB,EAAEyyB,KAAF,IAASgiF,EAAhD,EAAmDv2H,EAAEogI,SAAF,GAAYxU,GAAG5rH,EAAEY,OAAF,CAAUw/H,SAAb,EAAuB,CAAC,CAAxB,CAA/D,EAA0FpgI,EAAEsE,KAAF,GAAQqE,CAAlG;AAAoG,aAAnI,EAAoI8nC,UAAS,EAACziB,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAkB28B,UAAS,CAAC,CAA5B,EAA8BjH,SAAQ,EAACq6D,UAASgX,EAAV,EAAtC,EAAoDtgF,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAYk9B,QAAO,KAAnB,EAA3D,EAAqF3sC,SAAQ,CAA7F,EAA+FswF,OAAM,EAAC7rC,OAAM,EAAP,EAArG,EAA7I,EAA8PhY,QAAO,kBAAU;AAAC,qBAAK8pE,SAAL,KAAiB,KAAKA,SAAL,GAAe,CAAC,CAAhB,EAAkB,KAAKvD,WAAL,EAAlB,EAAqC,KAAKoD,UAAL,EAArC,EAAuD,KAAKI,QAAL,IAAe,KAAK17G,MAAL,CAAY,KAAK07G,QAAjB,CAAvF;AAAmH,aAAnY,EAAoYxD,aAAY,uBAAU;AAAC,oBAAI73H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKY,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEuxC,MAA3B,CAAkCn8B,EAAE6nB,OAAF,KAAY7nB,EAAE87C,QAAF,IAAYpvC,IAAEmqG,GAAG72G,EAAE87C,QAAL,CAAF,EAAiBvoD,IAAEmZ,EAAE,EAAC8lD,UAAS,KAAKA,QAAf,EAAwBuyC,UAAS,KAAKA,QAAtC,EAA+C71G,OAAM,KAAKA,KAA1D,EAAgE+1G,YAAW,KAAKA,UAAhF,EAA2FD,YAAW,KAAKA,UAA3G,EAAsHE,cAAa,KAAKA,YAAxI,EAAqJ1iC,OAAM,KAAKA,KAAhK,EAAsKsiC,QAAO,KAAKA,MAAlL,EAAF,CAA/B,IAA6NvxG,IAAE,KAAKs7H,WAAL,CAAiB7uH,EAAE+kD,MAAnB,CAA/N,EAA0P,KAAK8X,KAAL,GAAW,IAAIlb,EAAJ,CAAOpuD,CAAP,EAAS8uG,GAAG,EAAChwD,UAASznD,EAAEynD,QAAZ,EAAH,EAAyBznD,EAAEuxC,MAA3B,CAAT,CAArQ,EAAkT,KAAKjpB,MAAL,CAAY,KAAK2pD,KAAjB,CAA9T;AAAuV,aAApxB,EAAqxBgyD,aAAY,qBAASt7H,CAAT,EAAW;AAAC,uBAAO,KAAKgT,KAAL,CAAWuoH,gBAAX,CAA4B,IAA5B,EAAiCv7H,CAAjC,CAAP;AAA2C,aAAx1B,EAAy1Bg7B,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,CAAU,IAAG,KAAK6kD,MAAL,IAAcn4C,IAAE,IAAhB,EAAqB9hB,IAAE8hB,EAAEmwD,KAAzB,EAA+BnwD,EAAE6e,GAAF,GAAMh4B,CAArC,EAAuC3I,MAAIA,EAAEY,OAAF,CAAUw/H,SAAV,GAAoBt+G,EAAEs+G,SAAtB,EAAgCpgI,EAAE2jC,MAAF,CAASh7B,CAAT,CAApC,CAAvC,EAAwFmZ,EAAEgiH,IAAF,IAAQhiH,EAAEgiH,IAAF,CAAOngG,MAAP,CAAch7B,CAAd,CAAhG,EAAiHmZ,EAAE4nG,SAAtH,EAAgI,KAAIt0G,IAAE,CAAN,EAAQA,IAAE0M,EAAE4nG,SAAF,CAAYxqH,MAAtB,EAA6BkW,GAA7B;AAAiC0M,sBAAE4nG,SAAF,CAAYt0G,CAAZ,EAAeuuB,MAAf,CAAsBh7B,CAAtB;AAAjC;AAA0D,aAAhjC,EAAijCqwG,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAE6e,GAAjB;AAAA,oBAAqBvrB,IAAE0M,EAAElhB,OAAzB;AAAA,oBAAiCyyD,IAAEj+C,EAAEgkG,MAArC,CAA4Ct3F,EAAEmb,OAAF,KAAY,CAAC,CAAb,KAAiBiwF,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB0iB,CAAxB,GAA2BuxC,KAAG1qD,IAAE,KAAKw7H,UAAL,GAAgB9wE,EAAE,EAAC8mD,UAASr4F,EAAEq4F,QAAZ,EAAqBvyC,UAAS9lD,EAAE8lD,QAAhC,EAAyCtjE,OAAMwd,EAAExd,KAAjD,EAAuDw1D,QAAOh4C,EAAE82F,QAAF,EAA9D,EAA2EsB,QAAOp4F,EAAEo4F,MAApF,EAA2FG,YAAWv4F,EAAEu4F,UAAxG,EAAmHD,YAAW,KAAKA,UAAnI,EAA8IE,cAAax4F,EAAEw4F,YAA7J,EAA0K1iC,OAAM91D,EAAE81D,KAAlL,EAAwLhxC,MAAK5mC,EAAEm4G,MAAF,EAA7L,EAAwMa,cAAa,wBAAU;AAAC,4BAAIrwG,IAAE,IAAImmH,GAAG7zB,KAAP,EAAN,CAAmB,OAAOn5E,EAAEsiH,UAAF,CAAaz7H,CAAb,GAAgBA,CAAvB;AAAyB,qBAA5Q,EAA6Q/H,SAAQwU,CAArR,EAAF,CAAlB,EAA6SzM,KAAGmZ,EAAEs3F,MAAF,CAAS9wF,MAAT,CAAgB3f,CAAhB,CAAnT,IAAuU3I,EAAE8qB,KAAF,KAAU,CAAV,IAAa9qB,EAAE6vB,MAAF,KAAW,CAAxB,IAA2B/N,EAAEsiH,UAAF,CAAatiH,EAAEs3F,MAAf,CAA9Y;AAAsa,aAA3hD,EAA4hDgrB,YAAW,oBAASz7H,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,KAAK5F,OAAnB;AAAA,oBAA2B23B,IAAE/xB,EAAEwnB,MAA/B;AAAA,oBAAsCvX,IAAEu1G,GAAGzzF,EAAE/K,OAAL,IAAc+K,EAAE/K,OAAhB,GAAwBhnB,EAAEgnB,OAAlE;AAAA,oBAA0EqmC,IAAE,KAAKlzB,GAAL,CAASw3E,MAAT,EAA5E,CAA8FtkD,EAAEpyB,IAAF,CAAO3W,KAAP,GAAarpB,KAAKgiC,KAAL,CAAWowB,EAAEpyB,IAAF,CAAO3W,KAAlB,CAAb,EAAsC9qB,IAAE,KAAKmkI,UAAL,GAAgBrV,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiBhvC,CAAjB,EAAmB,EAACirC,MAAK,EAACvqD,OAAM,KAAKA,KAAZ,EAAkB/mB,SAAQhnB,EAAEgnB,OAA5B,EAAN,EAA2CuxE,QAAO,EAACxqD,OAAM,KAAK8vF,cAAL,EAAP,EAA6Bv5G,OAAMyN,EAAEzN,KAArC,EAA2C0C,SAAQ/W,CAAnD,EAAqDkzF,UAASpxE,EAAEoxE,QAAhE,EAAlD,EAAnB,CAAxD,EAAyMv0F,IAAE,KAAKurB,GAAL,CAAS7V,KAAT,EAA3M,EAA4NuoC,IAAE,KAAK1yB,GAAL,CAAS9Q,MAAT,EAA9N,EAAgPujC,IAAE5sD,EAAEihD,QAAF,GAAWryC,CAAX,GAAai+C,CAA/P,EAAiQD,IAAEk8D,EAAF,KAAOvB,GAAG/tH,CAAH,GAAM,CAACoV,IAAE,CAAF,IAAKi+C,IAAE,CAAR,MAAarzD,EAAEY,OAAF,CAAUm+F,MAAV,CAAiBwD,QAAjB,GAA0B,OAAvC,CAAb,CAAjQ,EAA+T55F,EAAE2f,MAAF,CAAStoB,CAAT,CAA/T,EAA2Uu2D,EAAE/vD,CAAF,KAAMmC,EAAE2f,MAAF,CAAS,KAAKiyF,qBAAL,CAA2Bv6G,CAA3B,EAA6B,EAACgwG,WAAU,KAAKz7D,KAAhB,EAA7B,EAAoDkjE,GAAG,EAACj3G,KAAIgG,EAAEihD,QAAF,GAAW3lC,CAAX,GAAa,CAAC,CAAD,EAAG,CAAH,CAAlB,EAAH,EAA4Btb,EAAEg6C,OAA9B,CAApD,CAAT,CAAjV;AAAub,aAAxkE,EAAykEs5D,iBAAgB,yBAASnxG,CAAT,EAAW;AAAC,oBAAImZ,IAAEgtG,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKliE,GAAL,CAASw3E,MAAT,EAAjB,EAAmCxvG,CAAnC,CAAN,CAA4C,OAAOolH,GAAGjsG,CAAH,CAAP;AAAa,aAA9pE,EAA+pEwiH,iBAAgB,2BAAU;AAAC,uBAAO,KAAKH,UAAZ;AAAuB,aAAjtE,EAAktElqB,qBAAoB,+BAAU;AAAC,uBAAM,EAACr5G,SAAQ,KAAKA,OAAd,EAAsBgmC,MAAK,KAAKjG,GAAL,CAASw3E,MAAT,EAA3B,EAA6CiB,QAAO,KAAK+qB,UAAzD,EAAN;AAA2E,aAA5zE,EAA6zEE,gBAAe,0BAAU;AAAC,oBAAI17H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE2I,EAAE4rC,KAA3B;AAAA,oBAAiCn/B,IAAE0M,EAAEkM,MAArC;AAAA,oBAA4CqlC,IAAEj+C,EAAEm/B,KAAhD;AAAA,oBAAsD6e,IAAEh+C,EAAEkyG,WAAF,IAAeiI,EAAvE,CAA0E,OAAOvD,GAAG34D,CAAH,MAAQA,IAAE,IAAI85D,EAAJ,CAAOntH,CAAP,EAAUomF,UAAV,CAAqBhzB,CAArB,EAAwB8yB,KAAxB,EAAV,GAA2C7yB,CAAlD;AAAoD,aAAr9E,EAAs9EkxE,eAAc,uBAAS57H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE/xB,EAAE5F,OAAvB;AAAA,oBAA+B6V,IAAEjQ,EAAEm6B,GAAnC;AAAA,oBAAuCkzB,IAAEt7B,EAAEkvB,QAA3C;AAAA,oBAAoDwN,IAAEzuD,EAAE45H,SAAxD;AAAA,oBAAkExsE,IAAEptD,EAAEmV,KAAF,CAAQ2jG,IAAR,CAAaklB,OAAb,MAAwB/tH,CAA5F,CAA8F,OAAOo9C,KAAG7zD,IAAEq1G,GAAGn/D,GAAH,CAAOz/B,EAAEw/F,EAAT,EAAYriD,EAAEqiD,EAAd,IAAkB6f,EAApB,EAAuB1gH,IAAE6/C,IAAEogD,GAAG1oF,GAAH,CAAOlW,EAAEu/F,EAAT,EAAYpiD,EAAEoiD,EAAd,CAAF,GAAoBX,GAAGn/D,GAAH,CAAOz/B,EAAEy/F,EAAT,EAAYtiD,EAAEsiD,EAAd,IAAkBp0F,CAAlE,KAAsEuxC,IAAEgiD,GAAG1oF,GAAH,CAAOlW,EAAEs/F,EAAT,EAAYniD,EAAEmiD,EAAd,CAAF,EAAoB3iD,IAAEiiD,GAAGn/D,GAAH,CAAOz/B,EAAEw/F,EAAT,EAAYriD,EAAEqiD,EAAd,CAAtB,EAAwC19E,EAAEksG,SAAF,IAAazkI,IAAEi1D,IAAE7B,IAAEzqD,CAAJ,GAAM0qD,CAAR,EAAUj+C,IAAEigG,GAAG1oF,GAAH,CAAOlW,EAAEu/F,EAAT,EAAYpiD,EAAEoiD,EAAd,IAAkBl0F,CAAlB,GAAoBg0G,EAA7C,KAAkD91H,IAAEi1D,IAAE7B,IAAE0iE,EAAJ,GAAOziE,IAAE1qD,CAAF,GAAImtH,EAAb,EAAgB1gH,IAAEigG,GAAG1oF,GAAH,CAAOlW,EAAEu/F,EAAT,EAAYpiD,EAAEoiD,EAAd,CAApE,CAA9G,GAAsM,IAAIxyC,EAAJ,CAAOxjE,CAAP,EAASoV,CAAT,CAA7M;AAAyN,aAAzyF,EAA0yFsvH,aAAY,qBAAS/7H,CAAT,EAAW;AAAC,uBAAO,KAAKg4B,GAAL,CAASu3E,QAAT,CAAkBvvG,CAAlB,CAAP;AAA4B,aAA91F,EAAV,CAAxruB,EAAmi0B8uG,GAAG7+C,GAAGt6D,EAAN,EAASo6D,EAAT,CAAni0B,EAAgj0B++C,GAAG7+C,GAAGt6D,EAAN,EAASy6D,EAAT,CAAhj0B,EAA6j0BK,KAAG01D,GAAG9+F,SAAH,CAAarvB,MAAb,CAAoB,EAACC,SAAQ,EAACkuB,UAASkjG;AAAV,aAAT,EAC5u+BpvG,OAAM,iBAAU;AAAC,oBAAIja,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKmmC,OAAf;AAAA,oBAAuB/wB,IAAE,KAAKxU,OAA9B;AAAA,oBAAsCyyD,IAAErzD,EAAE+3F,IAAF,EAAxC,CAAiD1kC,KAAG,KAAKk9B,MAAL,GAAYn7E,EAAEm7E,MAAd,EAAqB5nF,IAAEyM,EAAEqyC,QAAF,GAAW6iE,EAAX,GAAcD,EAArC,EAAwCvoG,IAAE,KAAK6iH,SAAL,GAAe,IAAI9V,GAAGx0B,KAAP,CAAa,CAAb,EAAe,CAAf,CAAzD,EAA2Ev4E,EAAEnZ,CAAF,IAAKmsH,EAAhF,EAAmF90H,EAAEk3F,SAAF,CAAY23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqBuD,EAAE0rB,CAAvB,EAAyB1rB,EAAE4rB,CAA3B,CAAZ,CAAtF,IAAkI,KAAK/R,KAAL,EAAlI;AAA+I,aAD2h+B,EAC1h+B5M,MAAK,cAASpmB,CAAT,EAAW;AAAC,oBAAImZ,IAAEqsG,GAAG,KAAKwW,SAAL,CAAen3F,CAAlB,EAAoB,CAApB,EAAsB7kC,CAAtB,CAAN;AAAA,oBAA+B3I,IAAEmuH,GAAG,KAAKwW,SAAL,CAAej3F,CAAlB,EAAoB,CAApB,EAAsB/kC,CAAtB,CAAjC,CAA0D,KAAKw9B,OAAL,CAAa+wD,SAAb,CAAuB23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqBuD,CAArB,EAAuB9hB,CAAvB,EAAyB,KAAKuwF,MAA9B,CAAvB;AAA8D,aADi59B,EACh59B50D,OAAM,iBAAU;AAACmzF,mBAAG9+F,SAAH,CAAa1xB,EAAb,CAAgBq9B,KAAhB,CAAsBv8B,IAAtB,CAA2B,IAA3B,GAAiC,KAAK+mC,OAAL,CAAa+wD,SAAb,CAAuB,IAAvB,CAAjC;AAA8D,aADi09B,EAApB,CAAhk0B,EAC1uJ43B,GAAG1Z,gBAAH,CAAoBj8E,OAApB,CAA4Brd,QAA5B,CAAqCuzG,EAArC,EAAwCj2D,EAAxC,CAD0uJ,EAC9rJrD,KAAG+4D,GAAG9+F,SAAH,CAAarvB,MAAb,CAAoB,EAACC,SAAQ,EAACkuB,UAAS,GAAV,EAAcL,QAAOikG,EAArB,EAAT,EAAkC9vG,OAAM,iBAAU;AAAC,qBAAKoP,MAAL,GAAY,KAAKmU,OAAL,CAAa3Y,OAAb,EAAZ,EAAmC,KAAK2Y,OAAL,CAAa3Y,OAAb,CAAqB,CAArB,CAAnC;AAA2D,aAA9G,EAA+GuB,MAAK,cAASpmB,CAAT,EAAW;AAAC,qBAAKw9B,OAAL,CAAa3Y,OAAb,CAAqB7kB,IAAE,KAAKqpB,MAA5B;AAAoC,aAApK,EAApB,CAD2rJ,EAChgJ88F,GAAG1Z,gBAAH,CAAoBj8E,OAApB,CAA4Brd,QAA5B,CAAqC21G,EAArC,EAAwC17D,EAAxC,CADggJ,EACp9ItC,KAAG,YAAS9qD,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,IAAE,IAAN,CAAWA,EAAEwvH,gBAAF,CAAmBj8H,CAAnB,EAAqBmZ,CAArB,EAAuB9hB,CAAvB;AAA0B,SAD45I,EAC35IyzD,GAAG10D,SAAH,GAAa00D,GAAGn1D,EAAH,GAAM,EAACumI,cAAa,yBAAd,EAAwCC,wBAAuB19H,OAAO,MAAI8tH,EAAJ,GAAO,gCAAd,CAA/D,EAA+G0P,kBAAiB,0BAASj8H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAhB;AAAA,oBAAqBo9C,IAAE/xC,EAAE1F,IAAzB;AAAA,oBAA8B64C,IAAEx+C,EAAEquH,sBAAF,CAAyBx7H,IAAzB,CAA8BX,CAA9B,CAAhC,CAAiEssD,KAAGx+C,EAAEsuH,WAAF,GAActuH,EAAEuuH,iBAAF,CAAoBljH,CAApB,EAAsB9hB,CAAtB,CAAd,EAAuCoV,IAAEqB,EAAEwuH,UAAF,CAAapxE,CAAb,CAAzC,EAAyDR,IAAE58C,EAAEyuH,oBAAF,CAAuBrxE,CAAvB,EAAyBz+C,CAAzB,EAA2B,CAAC,CAA5B,CAA3D,EAA0Fg+C,IAAE6B,EAAE,CAAF,IAAK3yD,WAAW2yD,EAAE,CAAF,CAAX,CAAL,GAAsB,CAAlH,EAAoHzuD,IAAE,EAAC2+H,KAAI/vH,EAAE9Q,KAAF,GAAQ+uD,IAAED,CAAf,EAAiB9qD,MAAK8M,EAAE9Q,KAAF,GAAQ+uD,IAAED,CAAhC,EAAtH,EAAyJ38C,EAAE2uH,WAAF,GAAc,YAAU;AAAC,2BAAO5+H,CAAP;AAAS,iBAA9L,IAAgMmC,EAAE/K,OAAF,IAAW+K,EAAE/K,OAAF,CAAUq3H,EAAV,KAAe,CAA1B,KAA8Bx+G,EAAEsuH,WAAF,GAActuH,EAAEuuH,iBAAF,CAAoBljH,CAApB,EAAsB9hB,CAAtB,CAAd,EAAuCu4B,IAAE9hB,EAAE4uH,gBAAF,CAAmBxxE,CAAnB,EAAqBp9C,EAAEwuH,UAAF,CAAapxE,CAAb,CAArB,CAAzC,EAA+Ep9C,EAAE2uH,WAAF,GAAc,UAASz8H,CAAT,EAAW;AAAC,2BAAM,EAACw8H,KAAIx8H,IAAE4vB,CAAP,EAASjwB,MAAKK,IAAE4vB,CAAhB,EAAN;AAAyB,iBAAhK,CAAhM;AAAkW,aAAnjB,EAAojBysG,mBAAkB,2BAASr8H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAEzqD,EAAEyT,IAAd;AAAA,oBAAmB5V,IAAEmwD,GAAGx9B,OAAxB;AAAA,oBAAgCZ,IAAE/xB,EAAEgmH,WAAF,CAAc7jH,CAAd,CAAlC;AAAA,oBAAmD8N,IAAEu1G,GAAG54D,EAAE,CAAF,CAAH,IAASA,EAAE,CAAF,CAAT,GAAc,EAAnE,CAAsE,OAAOgkD,GAAG3gG,CAAH,KAAOzW,IAAE8hB,IAAE41C,EAAE51C,CAAF,EAAIyW,CAAJ,CAAF,GAAS,CAAX,EAAa86B,IAAEyiD,GAAG,MAAI91G,CAAJ,GAAM,GAAT,CAAtB,IAAqCm2D,EAAE1/C,CAAF,IAAK48C,IAAEyiD,IAAP,GAAY,QAAOr/F,CAAP,yCAAOA,CAAP,OAAWo1G,EAAX,KAAgBz2G,IAAE5O,EAAEy5H,YAAF,CAAet3H,CAAf,EAAiB4vB,CAAjB,CAAF,EAAsB86B,IAAEyiD,GAAG1gG,EAAEsiD,EAAE51C,CAAF,EAAIyW,CAAJ,CAAF,CAAH,CAAxC,CAAjD,EAAwG86B,CAA/G;AAAiH,aAA3wB,EAA4wBiyE,eAAc,uBAAS38H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd,CAAmB,IAAGwlH,GAAGlqG,CAAH,CAAH,EAAS;AAAC,wBAAGtb,EAAE4+H,WAAL,EAAiB,OAAO5+H,EAAE4+H,WAAF,CAAcz8H,CAAd,CAAP,CAAwB,IAAGyuG,GAAGt1F,CAAH,CAAH,EAAS9hB,IAAE2I,IAAEmZ,EAAE,CAAF,CAAJ,EAAS1M,IAAEzM,IAAEmZ,EAAE,CAAF,CAAb,CAAT,KAAgC,IAAGq0C,EAAE9C,IAAE/wD,WAAWwf,CAAX,CAAJ,CAAH,EAAsB9hB,IAAE2I,IAAE0qD,CAAJ,EAAMj+C,IAAEzM,IAAE0qD,CAAV,CAAtB,KAAsC;AAAC,4BAAG,EAAEA,IAAE7sD,EAAEq+H,YAAF,CAAev7H,IAAf,CAAoBwY,CAApB,CAAJ,CAAH,EAA+B,MAAMzkB,MAAM,6BAA2BykB,CAAjC,CAAN,CAA0CsxC,IAAEzqD,KAAGrG,WAAW+wD,EAAE,CAAF,CAAX,IAAiB,GAApB,CAAF,EAA2BrzD,IAAE2I,IAAE0sG,GAAGxnE,GAAH,CAAOulB,CAAP,CAA/B,EAAyCh+C,IAAEzM,IAAE0sG,GAAGxnE,GAAH,CAAOulB,CAAP,CAA7C;AAAuD,4BAAM,EAAC+xE,KAAInlI,CAAL,EAAOsI,MAAK8M,CAAZ,EAAN;AAAqB;AAAC,aAA3kC,EAA4kCiwH,kBAAiB,0BAAS18H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,KAAKojH,oBAAL,CAA0Bv8H,CAA1B,EAA4BmZ,CAA5B,EAA8B,CAAC,CAA/B,IAAkCuzF,GAAG3yB,IAAH,CAAQ5gE,EAAEpE,KAAV,CAAzC;AAA0D,aAArqC,EAAsqCwnH,sBAAqB,8BAASv8H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,CAAV;AAAA,oBAAY5sD,IAAEmC,EAAEzJ,MAAhB;AAAA,oBAAuBq5B,IAAEv4B,IAAE8hB,EAAEpE,KAAF,GAAQ,CAAV,GAAYoE,EAAEpE,KAAvC,CAA6C,KAAI21C,IAAE,CAAN,EAAQA,IAAE7sD,CAAV,EAAY6sD,GAAZ;AAAgBj+C,wBAAE,KAAK2vH,WAAL,CAAiBp8H,EAAE0qD,CAAF,CAAjB,CAAF,EAAyB8C,EAAE/gD,CAAF,MAAOg+C,KAAGiiD,GAAG3xE,GAAH,CAAOtuB,IAAE0M,EAAExd,KAAX,EAAiB,CAAjB,CAAV,CAAzB;AAAhB,iBAAwE,OAAO+wG,GAAG3yB,IAAH,CAAQtvB,IAAE76B,CAAV,CAAP;AAAoB,aAAp1C,EAAq1C0sG,YAAW,oBAASt8H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,CAAV;AAAA,oBAAYi+C,IAAE,CAAd;AAAA,oBAAgBD,IAAEzqD,EAAEzJ,MAApB,CAA2B,KAAIc,IAAE,CAAN,EAAQA,IAAEozD,CAAV,EAAYpzD,GAAZ;AAAgB8hB,wBAAE,KAAKijH,WAAL,CAAiBp8H,EAAE3I,CAAF,CAAjB,CAAF,EAAyBm2D,EAAEr0C,CAAF,MAAO1M,KAAG0M,CAAH,EAAKuxC,GAAZ,CAAzB;AAAhB,iBAA0D,OAAM,EAAC/uD,OAAM8Q,IAAEi+C,CAAT,EAAW31C,OAAM21C,CAAjB,EAAN;AAA0B,aAA39C,EADw4I,EAC36FkG,KAAG2zD,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEo/G,QAAF,GAAWz2G,CAAhC,EAAkC3I,EAAE0oH,YAAF,GAAe//G,EAAE48H,kBAAF,CAAqBzjH,EAAEo4F,MAAF,CAAS,CAAT,CAArB,CAAjD,EAAmFl6G,EAAEwlI,eAAF,GAAkB,EAArG,EAAwGxlI,EAAE4+C,MAAF,GAAS,EAAjH,EAAoH5+C,EAAEs+H,cAAF,GAAiB,EAArI,EAAwIt+H,EAAEylI,YAAF,GAAe,EAAvJ,EAA0JzlI,EAAE0lI,aAAF,GAAgB,EAA1K,EAA6K1lI,EAAE2lI,WAAF,GAAc,EAA3L,EAA8L3lI,EAAEi6D,MAAF,EAA9L;AAAyM,aAAxO,EAAyOr5D,SAAQ,EAACs5G,QAAO,EAAR,EAAW0rB,YAAW,CAAC,CAAvB,EAAyBnB,WAAU,CAAC,CAApC,EAAsCjkC,MAAK,CAAC,CAA5C,EAAjP,EAAgSvmC,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAWA,EAAEk9H,kBAAF,CAAqBruB,GAAG7uG,EAAEm9H,QAAL,EAAcn9H,CAAd,CAArB;AAAuC,aAApW,EAAqWo9H,cAAa,sBAASp9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,KAAKswH,aAAL,CAAmB5jH,CAAnB,CAAR,CAA8B,OAAO1M,MAAIpV,IAAE,KAAKgmI,SAAL,GAAiB1nI,EAAjB,CAAoBmyC,QAAtB,EAA+B,KAAKi1F,aAAL,CAAmB5jH,CAAnB,IAAsB1M,IAAEqiG,GAAG,EAAH,EAAMz3G,CAAN,EAAQ,EAACynD,UAAS,CAAC,KAAK7mD,OAAL,CAAaglI,UAAxB,EAAR,EAA4Cj9H,CAA5C,CAA3D,GAA2GyM,CAAlH;AAAoH,aAAlhB,EAAmhB6wH,WAAU,mBAASt9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAYD,CAAZ,EAAc5sD,CAAd,EAAgB+xB,CAAhB,EAAkB9hB,CAAlB,CAAoB,IAAG,CAAC9N,CAAJ,EAAM,OAAO,CAAP,CAAS,IAAG,KAAK/H,OAAL,CAAaslI,YAAb,IAA2B/vE,EAAExtD,EAAErE,KAAJ,CAA9B,EAAyC;AAAC,yBAAIwd,IAAEnZ,EAAEkxH,UAAJ,EAAe75H,IAAE,KAAKs+H,cAAL,CAAoBx8G,CAApB,CAAjB,EAAwC1M,IAAE,CAA1C,EAA4Ci+C,IAAE,EAA9C,EAAiDD,IAAE,CAAvD,EAAyDA,IAAEpzD,EAAEd,MAA7D,EAAoEk0D,GAApE;AAAwE,4BAAG5sD,IAAExG,EAAEozD,CAAF,CAAL,EAAU;AAAC,gCAAG76B,IAAE5vB,EAAEuxG,MAAF,CAASzU,KAAX,EAAiBhvF,IAAEjQ,EAAE0zG,MAAF,CAASzU,KAA5B,EAAkCltE,KAAG9hB,CAAH,IAAM8hB,EAAEklB,KAAF,KAAUhnC,EAAEgnC,KAAvD,EAA6D,SAAS0Y,EAAE3vD,EAAElC,KAAJ,MAAa8Q,KAAGigG,GAAGxnE,GAAH,CAAOrnC,EAAElC,KAAT,CAAH,EAAmB+uD,EAAE11D,IAAF,CAAO03G,GAAGxnE,GAAH,CAAOrnC,EAAElC,KAAT,CAAP,CAAhC;AAAyD;AAAlN,qBAAkN,IAAG8Q,IAAE,CAAL,EAAO,OAAOzM,EAAErE,KAAF,GAAQ8Q,CAAf;AAAiB,wBAAOzM,EAAErE,KAAT;AAAe,aAA/2B,EAAg3B6hI,WAAU,mBAASx9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB9hB,CAAhB;AAAA,oBAAkBo9C,CAAlB;AAAA,oBAAoBoB,CAApB;AAAA,oBAAsBrB,CAAtB;AAAA,oBAAwB1kC,CAAxB;AAAA,oBAA0BglC,CAA1B;AAAA,oBAA4BF,IAAErrD,EAAEkxH,UAAhC;AAAA,oBAA2CtkE,IAAE,KAAK+oE,cAAL,CAAoBtqE,CAApB,CAA7C,CAAoE,IAAG,KAAKpzD,OAAL,CAAa6jI,SAAhB,EAA0B;AAAC,yBAAI3iH,IAAEA,KAAG,CAAL,EAAO9hB,IAAE,KAAKimI,SAAL,CAAet9H,CAAf,CAAT,EAA2ByM,IAAEpV,KAAG,CAAhC,EAAkCqzD,IAAEvxC,CAApC,EAAsCsxC,IAAE,CAAC,CAAzC,EAA2C5sD,IAAE,CAAjD,EAAmDA,IAAE+uD,EAAEr2D,MAAJ,KAAaq5B,IAAEg9B,EAAE/uD,CAAF,CAAF,EAAOmC,MAAI4vB,CAAxB,CAAnD,EAA8E/xB,GAA9E,EAAkF;AAAC,4BAAGiQ,IAAE9N,EAAEuxG,MAAF,CAASzU,KAAX,EAAiB5xC,IAAEt7B,EAAE2hF,MAAF,CAASzU,KAA5B,EAAkChvF,KAAGo9C,CAAxC,EAA0C;AAAC,gCAAG,QAAOp9C,CAAP,yCAAOA,CAAP,OAAW8zG,EAAX,IAAe9zG,MAAIo9C,CAAtB,EAAwB,SAAS,IAAGp9C,EAAEgnC,KAAF,IAAShnC,EAAEgnC,KAAF,KAAUoW,EAAEpW,KAAxB,EAA8B;AAAS,6BAAE,KAAKwoF,SAAL,CAAe1tG,CAAf,CAAF,EAAoB,CAAC08B,KAAG,CAAH,IAAM7/C,CAAN,IAAS6/C,IAAE,CAAF,IAAK,CAAC7/C,CAAhB,MAAqBi+C,KAAG4B,CAAH,EAAKj1D,KAAGi1D,CAAR,EAAU7B,IAAE,CAAC,CAAb,EAAe,KAAKxyD,OAAL,CAAaslI,YAAb,KAA4BlmI,IAAEq1G,GAAGn/D,GAAH,CAAOl2C,CAAP,EAAS,CAAT,CAA9B,CAApC,CAApB;AAAoG,4BAAOozD,MAAIC,KAAGvxC,CAAP,GAAU,CAACuxC,CAAD,EAAGrzD,CAAH,CAAjB;AAAuB,wBAAO4zD,IAAEjrD,EAAEuxG,MAAJ,EAAWhrF,IAAE,KAAKk3G,eAAL,CAAqBxyE,CAArB,CAAb,EAAqCM,IAAE,KAAKmyE,yBAAL,CAA+Bn3G,CAA/B,CAAvC,EAAyE,CAACglC,CAAD,EAAGvrD,EAAErE,KAAF,IAAS4vD,CAAZ,CAAhF;AAA+F,aAAv4C,EAAw4CoyE,aAAY,qBAAS39H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,IAAEs6F,EAAhB;AAAA,oBAAmBp8G,IAAEu8G,EAArB,CAAwB,KAAIhzH,IAAE,CAAN,EAAQA,IAAE,KAAKs+H,cAAL,CAAoBp/H,MAA9B,EAAqCc,GAArC;AAAyC,wBAAGoV,IAAE,KAAKkpH,cAAL,CAAoBt+H,CAApB,CAAL,EAA4B,KAAIqzD,IAAE,CAAN,EAAQA,IAAEj+C,EAAElW,MAAZ,EAAmBm0D,GAAnB;AAAuBD,4BAAEh+C,EAAEi+C,CAAF,CAAF,EAAOD,MAAIA,EAAE8mD,MAAF,CAASzU,KAAT,KAAiB3jF,CAAjB,IAAoBsxC,EAAE8mD,MAAF,CAASvrC,IAAT,KAAgBhmE,CAApC,KAAwCnC,IAAE,KAAK2/H,SAAL,CAAe/yE,CAAf,EAAiB,CAAjB,EAAoB,CAApB,CAAF,EAAyB44D,GAAGxlH,CAAH,KAAOmnB,SAASnnB,CAAT,CAAP,KAAqBiQ,IAAE4+F,GAAG1oF,GAAH,CAAOlW,CAAP,EAASjQ,CAAT,CAAF,EAAc+xB,IAAE88E,GAAGn/D,GAAH,CAAO3d,CAAP,EAAS/xB,CAAT,CAArC,CAAjE,CAAJ,CAAP;AAAvB;AAArE,iBAA4N,OAAM,EAAC0vC,KAAI3d,CAAL,EAAO5L,KAAIlW,CAAX,EAAN;AAAoB,aAA1qD,EAA2qD8vH,kBAAiB,4BAAU;AAAC,oBAAI59H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAE5F,OAAF,CAAUs5G,MAAnC;AAAA,oBAA0CzjG,IAAEjQ,EAAE5F,OAAF,CAAU6jI,SAAtD;AAAA,oBAAgE5wE,IAAE,EAAlE,CAAqE,IAAGp9C,CAAH,EAAK,KAAIqL,IAAE,CAAN,EAAQA,IAAEyW,EAAEr5B,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAEu4B,EAAEzW,CAAF,CAAF,EAAO1M,IAAEpV,EAAE2uE,IAAX,EAAgBtb,IAAEj+C,IAAEpV,EAAEylG,KAAtB,EAA4B98F,IAAEkrD,EAAER,CAAF,CAA9B,EAAmC1qD,MAAIA,IAAEnC,EAAE8/H,WAAF,CAAclxH,CAAd,EAAgBpV,EAAEylG,KAAlB,CAAF,EAA2BryC,IAAE5sD,EAAEggI,WAA/B,EAA2CpzE,MAAIA,EAAEqzE,QAAF,CAAWvnI,MAAX,KAAoByJ,EAAEutC,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOvtC,EAAEutC,GAAT,EAAaw4E,GAAGt7D,EAAEqzE,QAAL,CAAb,CAA1B,GAAwDrzE,EAAEszE,QAAF,CAAWxnI,MAAX,KAAoByJ,EAAEgkB,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOhkB,EAAEgkB,GAAT,EAAagiG,GAAGv7D,EAAEszE,QAAL,CAAb,CAA1B,CAA5D,CAA3C,EAAgK/9H,EAAEutC,GAAF,KAAQ28E,EAAR,IAAYlqH,EAAEgkB,GAAF,KAAQqmG,EAApB,GAAuBn/D,EAAER,CAAF,IAAK1qD,CAA5B,GAA8BA,IAAE,IAApM,CAAnC,EAA6OA,MAAInC,EAAEg/H,eAAF,CAAkBpwH,CAAlB,IAAqBzM,CAAzB,CAA7O;AAAvB;AAAgS,aAAjjE,EAAkjEg+H,aAAY,qBAASh+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEzqD,EAAErE,KAAjB;AAAA,oBAAuBkC,IAAEmC,EAAEuxG,MAA3B;AAAA,oBAAkC3hF,IAAE5vB,EAAEq1H,QAAtC;AAAA,oBAA+CvnH,IAAE9N,EAAE/H,OAAF,CAAU8oH,SAA3D;AAAA,oBAAqE71D,IAAE/xC,EAAEkwD,MAAF,CAASm/C,EAAT,CAAvE;AAAA,oBAAoFl8D,IAAEnzC,EAAEkwD,MAAF,CAASo/C,EAAT,CAAtF,CAAmGj7D,EAAEtC,CAAF,KAAMsC,EAAElB,CAAF,CAAN,GAAW7/C,IAAE,EAAC+vH,KAAItxE,CAAL,EAAOvrD,MAAK2sD,CAAZ,EAAb,GAA4Bx+C,KAAGu1G,GAAGv1G,EAAEnS,KAAL,CAAH,KAAiB+uD,EAAEuzE,iBAAF,GAAoBvzE,EAAEuzE,iBAAF,IAAqB,EAAzC,EAA4CvzE,EAAEuzE,iBAAF,CAAoBruG,CAApB,IAAuB86B,EAAEuzE,iBAAF,CAAoBruG,CAApB,KAAwB,IAAIk7B,EAAJ,CAAOh9C,EAAEnS,KAAT,EAAekC,CAAf,EAAiB4jH,EAAjB,CAA3F,EAAgHh1G,IAAEi+C,EAAEuzE,iBAAF,CAAoBruG,CAApB,EAAuB+sG,aAAvB,CAAqClyE,CAArC,EAAuC38C,EAAEnS,KAAzC,CAAnI,CAA5B,EAAgN8Q,MAAIzM,EAAEw8H,GAAF,GAAM/vH,EAAE+vH,GAAR,EAAYx8H,EAAEL,IAAF,GAAO8M,EAAE9M,IAArB,EAA0B+qD,EAAEwzE,gBAAF,CAAmBl+H,CAAnB,EAAqB3I,CAArB,CAA9B,CAAhN;AAAuQ,aAAx7E,EAAy7E6mI,kBAAiB,0BAASl+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAE,IAAZ;AAAA,oBAAiB5sD,IAAEmC,EAAEuxG,MAArB;AAAA,oBAA4B3hF,IAAE5vB,EAAEw8H,GAAhC;AAAA,oBAAoC1uH,IAAE9N,EAAEL,IAAxC;AAAA,oBAA6CurD,IAAE,CAACT,EAAExyD,OAAF,CAAUglI,UAA1D;AAAA,oBAAqE3wE,IAAEtsD,EAAE/H,OAAF,CAAU8oH,SAAjF,CAA2Ft2D,EAAExyD,OAAF,CAAU6jI,SAAV,IAAqBrvH,IAAEg+C,EAAE0zE,iBAAF,CAAoBn+H,CAApB,EAAsBmZ,CAAtB,CAAF,EAA2ByW,IAAEnjB,EAAE+vH,GAA/B,EAAmC1uH,IAAErB,EAAE9M,IAA5D,KAAmE+qD,IAAE,EAACwmE,YAAW/3G,CAAZ,EAAco4F,QAAO1zG,CAArB,EAAF,EAA0B4sD,EAAE2zE,WAAF,CAAc,EAACziI,OAAMi0B,CAAP,EAAd,EAAwB86B,CAAxB,CAA1B,EAAqDD,EAAE2zE,WAAF,CAAc,EAACziI,OAAMmS,CAAP,EAAd,EAAwB48C,CAAxB,CAAxH,GAAoJrzD,IAAE,IAAI2zD,EAAJ,CAAOp7B,CAAP,EAAS9hB,CAAT,EAAWo9C,CAAX,EAAaT,CAAb,EAAe5sD,CAAf,EAAiByuD,CAAjB,CAAtJ,EAA0KtsD,EAAE+gH,SAAF,GAAY,CAAC1pH,CAAD,CAAtL,EAA0L2I,EAAE2f,MAAF,CAAStoB,CAAT,CAA1L;AAAsM,aAAzvF,EAA0vF8mI,mBAAkB,2BAASn+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEmmI,SAAF,CAAYx9H,CAAZ,EAAc,CAAd,EAAiB,CAAjB,IAAoBA,EAAErE,KAAnC;AAAA,oBAAyC+uD,IAAE1qD,EAAEw8H,GAAF,GAAM/vH,CAAjD;AAAA,oBAAmDg+C,IAAEzqD,EAAEL,IAAF,GAAO8M,CAA5D,CAA8D,OAAOpV,EAAEwmI,WAAF,GAAcxmI,EAAEwmI,WAAF,IAAe,EAACE,UAAS,EAAV,EAAaD,UAAS,EAAtB,EAA7B,EAAuDpzE,IAAE,CAAF,KAAMrzD,EAAEwmI,WAAF,CAAcC,QAAd,CAAuB3kH,CAAvB,IAA0BuzF,GAAGn/D,GAAH,CAAOl2C,EAAEwmI,WAAF,CAAcC,QAAd,CAAuB3kH,CAAvB,KAA2B,CAAlC,EAAoCuxC,CAApC,CAAhC,CAAvD,EAA+HD,IAAE,CAAF,KAAMpzD,EAAEwmI,WAAF,CAAcE,QAAd,CAAuB5kH,CAAvB,IAA0BuzF,GAAG1oF,GAAH,CAAO3sB,EAAEwmI,WAAF,CAAcE,QAAd,CAAuB5kH,CAAvB,KAA2B,CAAlC,EAAoCsxC,CAApC,CAAhC,CAA/H,EAAuM,EAAC+xE,KAAI9xE,CAAL,EAAO/qD,MAAK8qD,CAAZ,EAA9M;AAA6N,aAArjG,EAAsjG0yE,UAAS,kBAAShkH,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAExG,EAAE65H,UAAnB;AAAA,oBAA8BthG,IAAEv4B,EAAEk6G,MAAlC;AAAA,oBAAyCzjG,IAAEzW,EAAEg+H,QAA7C;AAAA,oBAAsDnqE,IAAET,EAAEkrE,cAAF,CAAiB93H,CAAjB,CAAxD,CAA4EqtD,MAAIT,EAAEkrE,cAAF,CAAiB93H,CAAjB,IAAoBqtD,IAAE,EAA1B,GAA8Bz+C,IAAEg+C,EAAEqyE,YAAF,CAAehvH,CAAf,CAAhC,EAAkDrB,MAAIg+C,EAAEqyE,YAAF,CAAehvH,CAAf,IAAkBrB,IAAE,EAAxB,CAAlD,EAA8Ei+C,IAAED,EAAE4zE,WAAF,CAAcllH,CAAd,EAAgB9hB,CAAhB,CAAhF,EAAmGqzD,MAAI1qD,EAAEhI,MAAF,CAAS0yD,CAAT,EAAWrzD,CAAX,GAAcqzD,EAAE13C,KAAF,GAAQy3C,CAAtB,EAAwBC,EAAEuU,QAAF,GAAWrvC,EAAEnc,IAAF,CAAO5V,CAAP,CAAnC,EAA6C6sD,EAAEwwE,QAAF,GAAW/hH,EAAEkwD,MAAF,CAAS6xD,QAAjE,EAA0EzwE,EAAEuzE,WAAF,CAActzE,CAAd,EAAgBvxC,CAAhB,EAAkBtb,CAAlB,CAA9E,CAAnG,EAAuM4sD,EAAExU,MAAF,CAASjhD,IAAT,CAAc01D,CAAd,CAAvM,EAAwNj+C,EAAEzX,IAAF,CAAO01D,CAAP,CAAxN,EAAkOQ,EAAEl2D,IAAF,CAAO01D,CAAP,CAAlO,EAA4OD,EAAE2zE,WAAF,CAAcjlH,EAAE0qG,WAAhB,EAA4BxsH,CAA5B,CAA5O;AAA2Q,aAAp6G,EAAq6GinI,kBAAiB,0BAASt+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmBD,CAAnB,EAAqB;AAAC,oBAAI5sD,IAAE,EAACiqC,UAAS4iB,EAAEqwC,SAAZ,EAAsB8nB,UAAS,CAAC,MAAD,EAAQ,WAAR,EAAoB,SAApB,EAA8B,SAA9B,EAAwC,UAAxC,EAAmD,QAAnD,EAA4D,QAA5D,EAAqE,qBAArE,EAA2F,qBAA3F,CAA/B,EAAN;AAAA,oBAAwJjzF,IAAE,KAAKotG,WAAL,CAAiBvyE,CAAjB,CAA1J,CAA8K,OAAO44D,GAAGzzF,CAAH,MAAQ,KAAKotG,WAAL,CAAiBvyE,CAAjB,IAAoB76B,IAAE29B,EAAEvtD,CAAF,EAAI,EAAJ,EAAOnC,CAAP,EAAS,CAAC,CAAV,CAA9B,GAA4C+xB,MAAI5vB,IAAE8uG,GAAG,EAAH,EAAM9uG,CAAN,CAAF,EAAWutD,EAAEvtD,CAAF,EAAI,EAACrE,OAAMwd,CAAP,EAASq4F,UAASn6G,CAAlB,EAAoB4W,OAAMxB,CAA1B,EAA4B8kG,QAAO7mD,CAAnC,EAAqCuU,UAASvU,EAAEj3C,IAAF,CAAOhH,CAAP,CAA9C,EAAJ,EAA6D5O,CAA7D,CAAf,CAA5C,EAA4HmC,CAAnI;AAAqI,aAA/vH,EAAgwHo+H,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEo4F,MAAF,CAASvrC,IAAtB;AAAA,oBAA2Btb,IAAE1qD,EAAErE,KAA/B;AAAA,oBAAqC8uD,IAAEpzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,CAAvC,CAA4DuY,SAAS0lC,CAAT,KAAa,SAAOA,CAApB,KAAwBD,IAAEpzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqBg+C,KAAG,EAACld,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAA1B,EAA0C5/D,EAAEld,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOkd,EAAEld,GAAT,EAAamd,CAAb,CAAhD,EAAgED,EAAEzmC,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOymC,EAAEzmC,GAAT,EAAa0mC,CAAb,CAA9F;AAA+G,aAAr8H,EAAs8H+yE,iBAAgB,yBAASz9H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKs9F,QAAX;AAAA,oBAAoBp/G,IAAE2I,EAAEgmE,IAAxB;AAAA,oBAA6Bv5D,IAAEpV,IAAE8hB,EAAEolH,cAAF,CAAiBlnI,CAAjB,CAAF,GAAsB8hB,EAAEm2G,SAAvD,CAAiE,IAAG,CAAC7iH,CAAJ,EAAM,MAAM/X,MAAM,2CAAyC2C,CAA/C,CAAN,CAAwD,OAAOoV,CAAP;AAAS,aAA1mI,EAA2mIuuB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAE,CAAnB;AAAA,oBAAqB5sD,IAAE6sD,EAAE8zE,aAAF,GAAgB,EAAvC;AAAA,oBAA0C5uG,IAAE86B,EAAEzU,MAA9C;AAAA,oBAAqDnoC,IAAE48C,EAAEq1D,YAAzD,CAAsEr1D,EAAEwyE,kBAAF,CAAqB,UAASl9H,CAAT,EAAWkrD,CAAX,EAAa;AAAC,wBAAIoB,CAAJ;AAAA,wBAAMrB,CAAN;AAAA,wBAAQ1kC,CAAR;AAAA,wBAAUglC,CAAV;AAAA,wBAAYF,IAAEH,EAAEgmE,UAAhB;AAAA,wBAA2BtkE,IAAE1B,EAAEqmD,MAA/B,CAAsCp4F,IAAEuxC,EAAE+zE,UAAF,CAAaz+H,CAAb,CAAF,EAAkB3I,IAAEqzD,EAAE+yE,eAAF,CAAkB7wE,CAAlB,CAApB,EAAyCngD,IAAEmjB,EAAE66B,GAAF,CAA3C,EAAkD6B,IAAEzuD,EAAEwtD,CAAF,CAApD,EAAyDiB,MAAIzuD,EAAEwtD,CAAF,IAAKiB,IAAE5B,EAAEg0E,YAAF,CAAe5wH,CAAf,EAAiBu9C,CAAjB,EAAmBh0D,CAAnB,CAAX,CAAzD,EAA2FoV,MAAIw+C,IAAEP,EAAE8yE,SAAF,CAAY/wH,CAAZ,EAAcpV,EAAEkhH,UAAF,EAAd,CAAF,EAAgChyF,IAAElvB,EAAEy/G,OAAF,CAAU7rD,EAAE,CAAF,CAAV,EAAeA,EAAE,CAAF,CAAf,EAAoB,CAACP,EAAEzyD,OAAF,CAAU4/F,IAA/B,CAAlC,EAAuEtxE,KAAGglC,IAAEb,EAAEi0E,SAAF,CAAYryE,CAAZ,EAAc/lC,CAAd,CAAF,EAAmB9Z,EAAEgrH,SAAF,GAAY/sE,EAAE+sE,SAAF,CAAYhrH,CAAZ,EAAcpV,CAAd,CAA/B,EAAgDoV,EAAEglG,UAAF,GAAaxmD,EAAE,CAAF,CAA7D,EAAkEP,EAAEzyD,OAAF,CAAUslI,YAAV,KAAyB9wH,EAAEilG,UAAF,GAAahnD,EAAE4yE,SAAF,CAAY7wH,CAAZ,CAAtC,CAAlE,EAAwHi+C,EAAEk0E,WAAF,CAAcnyH,CAAd,EAAgB8+C,CAAhB,CAA3H,IAA+I9+C,EAAE6nB,OAAF,GAAU,CAAC,CAArO,CAA3F;AAAmU,iBAA5Y,GAA8Yo2B,EAAEm0E,gBAAF,CAAmBhhI,CAAnB,CAA9Y,EAAoa6sD,EAAE1yB,GAAF,GAAMh4B,CAA1a;AAA4a,aAAhnJ,EAAinJy3H,WAAU,mBAASz3H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAKqmI,yBAAL,CAA+BvkH,CAA/B,CAAN;AAAA,oBAAwC1M,IAAEzM,EAAErE,KAA5C,CAAkD,OAAOwd,EAAElhB,OAAF,CAAU2W,OAAV,GAAkBnC,IAAEpV,CAApB,GAAsBoV,KAAGpV,CAAhC;AAAkC,aAA7tJ,EAA8tJqmI,2BAA0B,mCAAS19H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK4mG,YAAX;AAAA,oBAAwB1oH,IAAE2I,EAAE/H,OAA5B;AAAA,oBAAoCwU,IAAE,GAAG1X,MAAH,CAAUsC,EAAEyjI,kBAAF,IAAsBzjI,EAAE09G,iBAAlC,CAAtC,CAA2F,OAAOtoG,EAAE0M,EAAE2lH,SAAF,IAAa,CAAf,KAAmB,CAA1B;AAA4B,aAA33J,EAA43JF,aAAY,qBAAS5+H,CAAT,EAAWmZ,CAAX,EAAa;AAACnZ,kBAAEg7B,MAAF,CAAS7hB,CAAT;AAAY,aAAl6J,EAAm6J0lH,kBAAiB,4BAAU,CAAE,CAAh8J,EAAi8JF,WAAU,mBAAS3+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEwwH,UAA3B;AAAA,oBAAsCxyE,IAAEC,IAAEvxC,CAAF,GAAInZ,CAA5C;AAAA,oBAA8CnC,IAAE6sD,IAAE1qD,CAAF,GAAImZ,CAApD,CAAsD,OAAO,IAAIypG,EAAJ,CAAOn4D,EAAE2iD,EAAT,EAAYvvG,EAAEwvG,EAAd,EAAiB5iD,EAAE6iD,EAAnB,EAAsBzvG,EAAE0vG,EAAxB,CAAP;AAAmC,aAAljK,EAAmjKmxB,cAAa,sBAAS1+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOnZ,EAAE82G,OAAF,CAAU39F,CAAV,CAAP;AAAoB,aAAlmK,EAAmmK+jH,oBAAmB,4BAASl9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,IAAhB;AAAA,oBAAqB+xB,IAAE/xB,EAAE5F,OAAzB;AAAA,oBAAiC6V,IAAE8hB,EAAE2hF,MAArC;AAAA,oBAA4CrmD,IAAErtD,EAAEkiH,YAAF,CAAe9nH,OAAf,CAAuB26H,UAAvB,IAAmC,EAAjF;AAAA,oBAAoF3nE,IAAEqB,EAAEx+C,CAAF,CAAtF;AAAA,oBAA2FyY,IAAEzY,EAAEvX,MAA/F,CAAsG,KAAIc,IAAE,CAAN,EAAQA,IAAEkvB,CAAV,EAAYlvB,GAAZ;AAAgB,yBAAK0nI,mBAAL,CAAyBjxH,EAAEzW,CAAF,CAAzB,EAA8B,qBAA9B,EAAoDA,CAApD,EAAsD2I,CAAtD;AAAhB,iBAAyE,KAAImZ,IAAE,CAAN,EAAQA,IAAE8xC,CAAV,EAAY9xC,GAAZ;AAAgB,yBAAI9hB,IAAE,CAAN,EAAQA,IAAEkvB,CAAV,EAAYlvB,GAAZ;AAAgBozD,4BAAE38C,EAAEzW,CAAF,CAAF,EAAOqzD,IAAEQ,EAAE/xC,CAAF,CAAT,EAAc1M,IAAE,KAAKuyH,UAAL,CAAgBv0E,CAAhB,EAAkBpzD,CAAlB,EAAoB8hB,CAApB,CAAhB,EAAuCnZ,EAAEyM,CAAF,EAAI,EAAC+kG,UAAS9mD,CAAV,EAAYwmE,YAAW/3G,CAAvB,EAAyBo4F,QAAO9mD,CAAhC,EAAkC4qE,UAASh+H,CAA3C,EAAJ,CAAvC;AAAhB;AAAhB,iBAA0H,KAAIA,IAAE,CAAN,EAAQA,IAAEkvB,CAAV,EAAYlvB,GAAZ;AAAgB,yBAAK0nI,mBAAL,CAAyBjxH,EAAEzW,CAAF,CAAzB,EAA8B,qBAA9B,EAAoDA,CAApD,EAAsD2I,CAAtD;AAAhB;AAAyE,aAAp/K,EAAq/K++H,qBAAoB,6BAAS/+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAMD,CAAN;AAAA,oBAAQ5sD,IAAEmC,EAAEmZ,CAAF,CAAV,CAAetb,MAAI6sD,IAAE7sD,EAAEqzH,UAAJ,EAAezmE,IAAE,KAAKu0E,UAAL,CAAgBh/H,CAAhB,EAAkB3I,CAAlB,EAAoBqzD,CAApB,EAAsB7sD,EAAEy6H,IAAxB,CAAjB,EAA+C7rH,EAAEg+C,CAAF,EAAI,EAAC+mD,UAAS3zG,EAAE2zG,QAAZ,EAAqB0f,YAAWxmE,CAAhC,EAAkC6mD,QAAOvxG,CAAzC,EAA2Cq1H,UAASh+H,CAApD,EAAJ,CAAnD;AAAgH,aAA1pL,EAA2pL2nI,YAAW,oBAASh/H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,EAAMD,CAAN,CAAQ,OAAO,KAAKw0E,UAAL,KAAkB,KAAKA,UAAL,GAAgB,EAAlC,GAAsCv0E,IAAE,KAAKu0E,UAAL,CAAgB9lH,CAAhB,CAAxC,EAA2DuxC,MAAIA,IAAE,KAAKu0E,UAAL,CAAgB9lH,CAAhB,IAAmB,EAAzB,CAA3D,EAAwFsxC,IAAEC,EAAErzD,CAAF,CAA1F,EAA+FozD,MAAIA,IAAEC,EAAErzD,CAAF,IAAK22D,GAAGx9B,OAAH,CAAWozF,SAAX,CAAqB5jH,CAArB,EAAuB3I,CAAvB,EAAyBoV,CAAzB,CAAX,CAA/F,EAAuIg+C,CAA9I;AAAgJ,aAAh1L,EAAi1L8wE,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,SAAOnZ,EAAErE,KAAT,GAAe,EAAf,GAAkB0pH,GAAGlsG,CAAH,EAAKnZ,EAAErE,KAAP,CAAzB;AAAuC,aAAv5L,EAAw5L8iI,YAAW,oBAASz+H,CAAT,EAAW;AAAC,uBAAOA,EAAE6jH,WAAF,CAAcloH,KAArB;AAA2B,aAA18L,EAAV,CADw6F,EAC+iGoxD,KAAG6D,GAAG54D,MAAH,CAAU,EAACC,SAAQ,EAACmvB,WAAU,EAAC9tB,MAAKotH,EAAN,EAAX,EAAT,EAA+Bp1D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAW4wD,GAAGj7D,EAAH,CAAM27D,MAAN,CAAah6D,KAAb,CAAmB0I,CAAnB,GAAsBA,EAAE49H,gBAAF,EAAtB;AAA2C,aAAvG,EAAwGP,WAAU,qBAAU;AAAC,uBAAOptE,EAAP;AAAU,aAAvI,EAAwIivE,aAAY,uBAAU;AAAC,uBAAOhvE,EAAP;AAAU,aAAzK,EAA0KivE,WAAU,qBAAU;AAAC,uBAAOnvE,EAAP;AAAU,aAAzM,EAA0M2tE,aAAY,qBAAS39H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAEu5D,GAAGj7D,EAAH,CAAMgoI,WAAN,CAAkBlnI,IAAlB,CAAuB,IAAvB,EAA4BuJ,CAA5B,EAA8BmZ,CAA9B,CAAN,CAAuC,OAAO9hB,CAAP;AAAS,aAApR,EAAqRgnI,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAEzW,EAAE+3G,UAAvB;AAAA,oBAAkCpjH,IAAEqL,EAAEq4F,QAAtC;AAAA,oBAA+CtmD,IAAE/xC,EAAEo4F,MAAnD;AAAA,oBAA0DjlD,IAAEnzC,EAAEk8G,QAA9D;AAAA,oBAAuEpqE,IAAEptD,EAAE4gI,UAAF,CAAaz+H,CAAb,CAAzE;AAAA,oBAAyFumB,IAAE1oB,EAAE5F,OAA7F;AAAA,oBAAqGszD,IAAE1tD,EAAE2P,QAAzG;AAAA,oBAAkH69C,IAAExtD,EAAE5F,OAAF,CAAU6jI,SAA9H;AAAA,oBAAwIlvE,IAAE/uD,EAAEw/H,SAAF,EAA1I;AAAA,oBAAwJl9H,IAAEtC,EAAEqhI,WAAF,EAA1J;AAAA,oBAA0Kr6F,IAAE,KAAKu4F,YAAL,CAAkBlyE,CAAlB,EAAoBoB,CAApB,CAA5K;AAAA,oBAAmMx3B,IAAE+P,EAAE+D,MAAvM,CAA8M,OAAOyiB,KAAGv2B,EAAEzR,QAAF,IAAY2nG,EAAf,KAAoBl2F,EAAEzR,QAAF,GAAWkmG,EAA/B,GAAmC1kF,EAAEi3F,SAAF,GAAYzwE,CAA/C,EAAiDX,IAAE1qD,EAAEqpE,MAAF,CAASz9B,KAAT,IAAgBsf,EAAEtf,KAArE,EAA2Eqf,IAAE,CAAF,IAAKpmB,EAAEu6F,aAAP,KAAuB10E,IAAE7lB,EAAEu6F,aAA3B,CAA3E,EAAqHv6F,IAAEhnC,EAAEygI,gBAAF,CAAmBz5F,CAAnB,EAAqBomB,CAArB,EAAuBn9C,CAAvB,EAAyB8hB,CAAzB,EAA2Bs7B,CAA3B,EAA6BoB,CAA7B,CAAvH,EAAuJqiD,GAAGl2G,UAAH,CAAcyyD,EAAEtf,KAAhB,MAAyB8e,IAAE7lB,EAAE+G,KAA7B,CAAvJ,EAA2Lv0C,IAAE,IAAIu1D,CAAJ,CAAM3B,CAAN,EAAQpmB,CAAR,CAA7L,EAAwMxtC,EAAEu0C,KAAF,GAAQ8e,CAAhN,EAAkNj+C,IAAE8+C,EAAE37B,CAAF,CAApN,EAAyNnjB,MAAIA,IAAE,IAAItM,CAAJ,CAAM,EAAC2+C,UAASv4B,EAAE02G,UAAZ,EAAuBre,KAAIr4F,EAAEq4F,GAA7B,EAAiCxjB,SAAQ70E,EAAE60E,OAA3C,EAAN,CAAF,EAA6Dv9F,EAAE8hB,MAAF,CAASlT,CAAT,CAAjE,CAAzN,EAAuS4+C,KAAGZ,IAAE5sD,EAAEwhI,YAAF,CAAen0E,CAAf,EAAiBz+C,CAAjB,CAAF,EAAsBg+C,EAAE9qC,MAAF,CAAStoB,CAAT,CAAzB,IAAsCoV,EAAEkT,MAAF,CAAStoB,CAAT,CAA7U,EAAyVA,CAAhW;AAAkW,aAA/1B,EAAg2BgoI,cAAa,sBAASr/H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAEzqD,EAAE88F,KAAd;AAAA,oBAAoBj/F,IAAE4sD,IAAEA,EAAE3V,KAAF,IAAS2V,CAAX,GAAaA,CAAnC;AAAA,oBAAqC76B,IAAEzW,EAAE3L,QAAzC,CAAkD,IAAG,QAAO3P,CAAP,yCAAOA,CAAP,OAAW+jH,EAAd,EAAiB;AAAC,yBAAIn1G,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB;AAAuB,4BAAGmjB,EAAEnjB,CAAF,EAAK6yH,WAAL,KAAmBzhI,CAAtB,EAAwB;AAACxG,gCAAEu4B,EAAEnjB,CAAF,CAAF,CAAO;AAAM;AAA7D;AAA8D,iBAAhF,MAAqFpV,IAAEu4B,EAAE,CAAF,CAAF,CAAO,OAAOv4B,MAAIqzD,IAAE,KAAKy0E,SAAL,EAAF,EAAmB9nI,IAAE,IAAIqzD,CAAJ,CAAM,EAAC5L,UAAS,CAAC,KAAK7mD,OAAL,CAAaglI,UAAxB,EAAN,CAArB,EAAgE5lI,EAAEioI,WAAF,GAAczhI,CAA9E,EAAgFsb,EAAEwG,MAAF,CAAStoB,CAAT,CAApF,GAAiGA,CAAxG;AAA0G,aAAnnC,EAAonCqnI,cAAa,sBAAS1+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV;AAAA,oBAAe5sD,IAAE4sD,EAAExyD,OAAnB;AAAA,oBAA2B23B,IAAE5vB,EAAE82G,OAAF,CAAU39F,CAAV,CAA7B;AAAA,oBAA0CrL,IAAEzW,EAAEkhH,UAAF,EAA5C,CAA2D,OAAO16G,EAAEi+H,SAAF,KAAcpxE,IAAErzD,EAAEy/G,OAAF,CAAUhpG,CAAV,EAAYA,CAAZ,EAAc,CAAC,CAAf,CAAF,EAAoBrB,IAAE5O,EAAEo/H,UAAF,GAAavb,EAAb,GAAgBC,EAAtC,EAAyC/xF,EAAEnjB,IAAE,CAAJ,IAAOmjB,EAAEnjB,IAAE,CAAJ,IAAOi+C,EAAEj+C,IAAE,CAAJ,CAArE,GAA6EmjB,CAApF;AAAsF,aAAlyC,EAAmyCivG,kBAAiB,0BAAS7+H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEmW,QAAjB;AAAA,oBAA0Bk9C,IAAEj+C,EAAElW,MAA9B,CAAqC,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB1M,sBAAE0M,CAAF,EAAK6hB,MAAL,CAAYh7B,EAAEmZ,CAAF,CAAZ;AAAhB;AAAkC,aAAv4C,EAAw4Co3F,iBAAgB,2BAAU;AAAC,qBAAKgvB,oBAAL,IAA4Bhb,GAAG5uH,EAAH,CAAM46G,eAAN,CAAsB95G,IAAtB,CAA2B,IAA3B,CAA5B,EAA6D84D,EAAE,KAAKt3D,OAAL,CAAas5G,MAAf,KAAwB,KAAKiuB,qBAAL,EAArF;AAAkH,aAArhD,EAAshDA,uBAAsB,iCAAU;AAAC,oBAAIx/H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,KAAKwpC,MAAjB,CAAwB,KAAI5+C,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuB2I,wBAAEyM,EAAEpV,CAAF,CAAF,EAAO8hB,IAAEnZ,EAAEywG,MAAX,EAAkBt3F,KAAGkqG,GAAGlqG,EAAElhB,OAAF,CAAU24G,MAAb,CAAH,KAA0B5wG,EAAE/H,OAAF,CAAUmvB,SAAV,GAAoB,KAAKnvB,OAAL,CAAamvB,SAAjC,EAA2CpnB,EAAEuwG,eAAF,EAArE,CAAlB;AAAvB;AAAmI,aAAltD,EAAmtDgvB,sBAAqB,gCAAU;AAAC,oBAAIv/H,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKY,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAE+vB,SAAF,IAAa,EAAtC,CAAyC,KAAKnvB,OAAL,CAAa6jI,SAAb,IAAwB3iH,IAAE,KAAKskH,eAAL,CAAqBpmI,EAAEk6G,MAAF,CAAS,CAAT,CAArB,CAAF,EAAoCvxG,IAAEmZ,EAAE29F,OAAF,CAAU39F,EAAEo/F,UAAF,EAAV,CAA9D,IAAyFv4G,IAAE,KAAK+/G,YAAL,CAAkBjJ,OAAlB,CAA0B,CAA1B,CAA3F,EAAwHrqG,EAAEm7E,MAAF,GAAS,IAAIs+B,GAAGx0B,KAAP,CAAa1xF,EAAEotG,EAAf,EAAkBptG,EAAEqtG,EAApB,CAAjI,EAAyJ5gG,EAAEqyC,QAAF,GAAW,CAACznD,EAAE4lI,UAAvK;AAAkL,aAA98D,EAAV,CADljG,EAC6gK1sE,KAAGN,GAAGj4D,MAAH,CAAU,EAAC8vC,UAAS,EAACc,QAAO,EAAC4oB,QAAO,WAAR,EAAR,EAA6BghC,SAAQ,EAAChhC,QAAO,KAAR,EAArC,EAAV,EAA+DqmE,aAAY,uBAAU;AAAC,oBAAI73H,IAAE,KAAK/H,OAAL,CAAa2wC,MAAnB;AAAA,oBAA0BzvB,IAAE21F,GAAG,EAAH,EAAM9uG,CAAN,EAAQA,EAAEopE,IAAV,CAA5B;AAAA,oBAA4C/xE,IAAEy3G,GAAG,EAAH,EAAM9uG,CAAN,EAAQA,EAAEspB,EAAV,CAA9C,CAA4DnQ,EAAEmb,OAAF,KAAY,KAAKmrG,SAAL,GAAe,KAAKC,YAAL,CAAkBvmH,CAAlB,CAAf,EAAoC,KAAKwG,MAAL,CAAY,KAAK8/G,SAAjB,CAAhD,GAA6EpoI,EAAEi9B,OAAF,KAAY,KAAKqrG,OAAL,GAAa,KAAKD,YAAL,CAAkBroI,CAAlB,CAAb,EAAkC,KAAKsoB,MAAL,CAAY,KAAKggH,OAAjB,CAA9C,CAA7E;AAAsJ,aAAxS,EAAySD,cAAa,sBAAS1/H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,CAAQ,OAAO2I,EAAEuoD,QAAF,IAAYlxD,IAAEisH,GAAGtjH,EAAEuoD,QAAL,CAAF,EAAiBpvC,IAAE9hB,EAAE,EAAC4nE,UAAS,KAAKA,QAAf,EAAwBuyC,UAAS,KAAKA,QAAtC,EAA+C71G,OAAM,KAAKA,KAA1D,EAAgE+1G,YAAW,KAAKA,UAAhF,EAA2FC,cAAa,KAAKA,YAA7G,EAA0H1iC,OAAM,KAAKA,KAArI,EAA2IsiC,QAAO,KAAKA,MAAvJ,EAAF,CAA/B,IAAkMp4F,IAAE,KAAKmiH,WAAL,CAAiBt7H,EAAEwxD,MAAnB,CAApM,EAA+N,IAAIpD,EAAJ,CAAOj1C,CAAP,EAAS21F,GAAG,EAAChwD,UAAS,KAAK7mD,OAAL,CAAa6mD,QAAvB,EAAH,EAAoC9+C,CAApC,CAAT,CAAtO;AAAuR,aAAjmB,EAAkmBg7B,QAAO,gBAASh7B,CAAT,EAAW;AAAC,qBAAKsxD,MAAL,GAAc,IAAIn4C,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEsmH,SAAf;AAAA,oBAAyBhzH,IAAE0M,EAAEwmH,OAA7B,CAAqCxmH,EAAE6e,GAAF,GAAMh4B,CAAN,EAAQ3I,MAAIA,EAAEY,OAAF,CAAUw/H,SAAV,GAAoBt+G,EAAExd,KAAF,CAAQytE,IAAR,GAAajwD,EAAExd,KAAF,CAAQ2tB,EAAzC,EAA4CjyB,EAAE2jC,MAAF,CAASh7B,CAAT,CAAhD,CAAR,EAAqEyM,MAAIA,EAAExU,OAAF,CAAUw/H,SAAV,GAAoBt+G,EAAExd,KAAF,CAAQ2tB,EAAR,GAAWnQ,EAAExd,KAAF,CAAQytE,IAAvC,EAA4C38D,EAAEuuB,MAAF,CAASh7B,CAAT,CAAhD,CAArE,EAAkImZ,EAAEgiH,IAAF,IAAQhiH,EAAEgiH,IAAF,CAAOngG,MAAP,CAAch7B,CAAd,CAA1I;AAA2J,aAAn0B,EAAV,CADhhK,EACg2LosD,KAAGW,GAAG/0D,MAAH,CAAU,EAACqlI,WAAU,qBAAU;AAAC,uBAAO9sE,EAAP;AAAU,aAAhC,EAAiCkuE,YAAW,oBAASz+H,CAAT,EAAW;AAAC,uBAAOA,EAAE6jH,WAAT;AAAqB,aAA7E,EAA8E0X,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,SAAOnZ,EAAErE,KAAF,CAAQytE,IAAf,IAAqB,SAAOppE,EAAErE,KAAF,CAAQ2tB,EAApC,GAAuC,EAAvC,GAA0C+7F,GAAGlsG,CAAH,EAAKnZ,EAAErE,KAAF,CAAQytE,IAAb,EAAkBppE,EAAErE,KAAF,CAAQ2tB,EAA1B,CAAjD;AAA+E,aAA5L,EAA6Ls2G,YAAWhvE,GAAGj7D,EAAH,CAAMiqI,UAA9M,EAAyNpC,WAAU,mBAASx9H,CAAT,EAAW;AAAC,uBAAOA,IAAE,CAACA,EAAErE,KAAF,CAAQytE,IAAT,EAAcppE,EAAErE,KAAF,CAAQ2tB,EAAtB,CAAF,GAA4B,CAAnC;AAAqC,aAApR,EAAqR80G,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEo4F,MAAF,CAASvrC,IAAtB;AAAA,oBAA2Btb,IAAE1qD,EAAEopE,IAA/B;AAAA,oBAAoC3e,IAAEzqD,EAAEspB,EAAxC;AAAA,oBAA2CzrB,IAAExG,EAAEwlI,eAAF,CAAkBpwH,CAAlB,CAA7C,CAAkE,SAAOzM,CAAP,IAAUwtD,EAAE9C,CAAF,CAAV,IAAgB8C,EAAE/C,CAAF,CAAhB,KAAuB5sD,IAAExG,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqB5O,KAAG,EAAC0vC,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAA1B,EAA0CxsH,EAAE0vC,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAO1vC,EAAE0vC,GAAT,EAAamd,CAAb,CAAhD,EAAgE7sD,EAAEmmB,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOnmB,EAAEmmB,GAAT,EAAa0mC,CAAb,CAAtE,EAAsF7sD,EAAE0vC,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAO1vC,EAAE0vC,GAAT,EAAakd,CAAb,CAA5F,EAA4G5sD,EAAEmmB,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOnmB,EAAEmmB,GAAT,EAAaymC,CAAb,CAAzI;AAA0J,aAA3gB,EAA4gBgtE,WAAU,mBAASz3H,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAErE,KAAR,CAAc,OAAOwd,EAAEiwD,IAAF,GAAOjwD,EAAEmQ,EAAhB;AAAmB,aAAnkB,EAAV,CADn2L,EACm7M6hC,KAAGyF,GAAG54D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAEwoI,QAAF,CAAW1mH,CAAX,GAAcy3C,GAAGj7D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB2I,CAAlB,EAAoBmZ,CAApB,CAAd;AAAqC,aAApE,EAAqElhB,SAAQ,EAACmvB,WAAU,EAAC9tB,MAAKotH,EAAN,EAAX,EAA7E,EAAmGmZ,UAAS,kBAAS7/H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE1qD,EAAEuxG,MAAd,CAAqB,KAAIp4F,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuB1M,wBAAEi+C,EAAEvxC,CAAF,CAAF,EAAO9hB,IAAEoV,EAAEgH,IAAX,EAAgBpc,KAAG,CAACo3G,GAAGp3G,EAAE,CAAF,CAAH,CAAJ,IAAc,QAAOA,EAAE,CAAF,CAAP,KAAa6rH,EAA3B,KAAgCz2G,EAAEgH,IAAF,GAAO,CAACpc,CAAD,CAAvC,CAAhB;AAAvB;AAAmF,aAAhO,EAAiOwnI,kBAAiB,0BAAS7+H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEmW,QAAjB;AAAA,oBAA0Bk9C,IAAEj+C,EAAElW,MAA9B,CAAqC,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB1M,sBAAE0M,CAAF,EAAK6hB,MAAL,CAAYh7B,EAAEmZ,CAAF,CAAZ;AAAhB;AAAkC,aAArU,EAAsUqkH,WAAU,mBAASx9H,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAEuxG,MAAR;AAAA,oBAAel6G,IAAE,KAAKomI,eAAL,CAAqBtkH,CAArB,CAAjB;AAAA,oBAAyC1M,IAAE,KAAKixH,yBAAL,CAA+BrmI,CAA/B,CAA3C,CAA6E,OAAM,CAACoV,CAAD,EAAGzM,EAAErE,KAAF,CAAQ60B,OAAR,IAAiB/jB,CAApB,CAAN;AAA6B,aAAtc,EAAuc4xH,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEtxC,EAAE+3G,UAAnB;AAAA,oBAA8BrzH,IAAEsb,EAAEq4F,QAAlC;AAAA,oBAA2C5hF,IAAEzW,EAAEo4F,MAA/C;AAAA,oBAAsDzjG,IAAEqL,EAAEk8G,QAA1D;AAAA,oBAAmEnqE,IAAElrD,EAAE6jH,WAAvE;AAAA,oBAAmFv3D,IAAE5B,EAAEzyD,OAAvF;AAAA,oBAA+FgzD,IAAEP,EAAEl9C,QAAnG;AAAA,oBAA4G+Y,IAAEuoF,GAAG,EAAChwD,UAAS,CAACwN,EAAE2wE,UAAb,EAAwBplF,SAAQjoB,EAAEioB,OAAlC,EAA0Cq5E,YAAWzmE,CAArD,EAAuDwyE,YAAW3wE,EAAE2wE,UAApE,EAAH,EAAmFrtG,CAAnF,CAA9G;AAAA,oBAAoM27B,IAAEvrD,EAAEqpE,MAAF,CAASz9B,KAAT,IAAgBhc,EAAEgc,KAAxN,CAA8N,OAAOrlB,IAAEmkC,EAAE4zE,gBAAF,CAAmB/3G,CAAnB,EAAqB2kC,CAArB,EAAuBrtD,CAAvB,EAAyB4sD,CAAzB,EAA2B76B,CAA3B,EAA6B9hB,CAA7B,CAAF,EAAkC6gG,GAAGl2G,UAAH,CAAcm3B,EAAEgc,KAAhB,MAAyB2f,IAAEhlC,EAAEqlB,KAA7B,CAAlC,EAAsEv0C,IAAE,IAAIg2D,EAAJ,CAAOnC,CAAP,EAAS3kC,CAAT,CAAxE,EAAoFlvB,EAAEu0C,KAAF,GAAQ2f,CAA5F,EAA8F9+C,IAAEw+C,EAAER,CAAF,CAAhG,EAAqGh+C,MAAIA,IAAE,IAAIyjD,EAAJ,CAAO,EAACpR,UAASwN,EAAE2wE,UAAZ,EAAuBre,KAAItyD,EAAEsyD,GAA7B,EAAiCxjB,SAAQ9uC,EAAE8uC,OAA3C,EAAP,CAAF,EAA8D1wC,EAAE/qC,MAAF,CAASlT,CAAT,CAAlE,CAArG,EAAoLA,EAAEkT,MAAF,CAAStoB,CAAT,CAApL,EAAgMA,CAAvM;AAAyM,aAAx4B,EAAy4B+mI,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEo4F,MAAF,CAASvrC,IAAtB;AAAA,oBAA2Btb,IAAE1qD,EAAEwwB,OAA/B;AAAA,oBAAuCi6B,IAAEzqD,EAAEzH,MAA3C;AAAA,oBAAkDsF,IAAExG,EAAEwlI,eAAF,CAAkBpwH,CAAlB,CAApD,CAAyE42G,GAAG34D,CAAH,KAAO,CAACxvC,MAAMwvC,CAAN,CAAR,IAAkB24D,GAAG54D,KAAG,CAACvvC,MAAMuvC,CAAN,CAAP,CAAlB,KAAqC5sD,IAAExG,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqB5O,KAAG,EAAC0vC,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAA1B,EAA0CxsH,EAAE0vC,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOj2C,KAAP,CAAao1G,EAAb,EAAgB,CAAC7uG,EAAE0vC,GAAH,EAAOmd,CAAP,EAASD,CAAT,CAAhB,CAAhD,EAA6E5sD,EAAEmmB,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAO1sB,KAAP,CAAao1G,EAAb,EAAgB,CAAC7uG,EAAEmmB,GAAH,EAAO0mC,CAAP,EAASD,CAAT,CAAhB,CAAxH;AAAsJ,aAAloC,EAAmoC8wE,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOksG,GAAGlsG,CAAH,EAAKnZ,EAAErE,KAAF,CAAQ60B,OAAb,EAAqBxwB,EAAErE,KAAF,CAAQpD,MAA7B,CAAP;AAA4C,aAA9sC,EAA+sCkmI,YAAW,oBAASz+H,CAAT,EAAW;AAAC,uBAAOA,EAAE6jH,WAAF,CAAcrzF,OAArB;AAA6B,aAAnwC,EAAowCinG,WAAU,mBAASz3H,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAErE,KAAF,CAAQ60B,OAAd,CAAsB,OAAOrX,IAAE,CAAT;AAAW,aAA3zC,EAA4zCo3F,iBAAgB,2BAAU;AAAC,oBAAIvwG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAK4+C,MAAf,CAAsB,KAAI,KAAKspF,oBAAL,IAA4BpmH,IAAE,CAAlC,EAAoCA,IAAE9hB,EAAEd,MAAxC,EAA+C4iB,GAA/C;AAAmDnZ,wBAAE3I,EAAE8hB,CAAF,CAAF,EAAOnZ,EAAE/H,OAAF,CAAUmvB,SAAV,GAAoB,KAAKnvB,OAAL,CAAamvB,SAAxC,EAAkDpnB,EAAEuwG,eAAF,EAAlD;AAAnD;AAAyH,aAAt+C,EAAu+CgvB,sBAAqBxyE,GAAGp3D,EAAH,CAAM4pI,oBAAlgD,EAAV,CADt7M,EACy9PlyE,KAAGk3D,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEogI,SAAF,GAAYpgI,EAAEY,OAAF,CAAUw/H,SAA3C,EAAqDpgI,EAAEu0C,KAAF,GAAQzyB,EAAEyyB,KAAF,IAASgiF,EAAtE,EAAyEv2H,EAAEsE,KAAF,GAAQqE,CAAjF;AAAmF,aAAlH,EAAmH/H,SAAQ,EAACotB,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAkB28B,UAAS,CAAC,CAA5B,EAA8Bj6B,SAAQ,CAAtC,EAAwCtsB,QAAO,EAAC08F,OAAM,EAAP,EAAU5vE,QAAO,EAAClD,OAAM,CAAP,EAASypB,OAAM,OAAf,EAAjB,EAAyCuoE,MAAK,EAAChyF,OAAM,CAAP,EAA9C,EAA/C,EAAwGqwE,SAAQ,EAAChhC,QAAO,8BAAR,EAAhH,EAA3H,EAAoRF,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf,CAAuB+H,EAAEo7H,SAAF,KAAcp7H,EAAEo7H,SAAF,GAAY,CAAC,CAAb,EAAe/X,GAAGrjH,EAAErE,KAAF,CAAQpD,MAAX,MAAqByH,EAAEzH,MAAF,GAAS,IAAI21D,EAAJ,CAAO,EAAC50D,MAAK6f,EAAE5gB,MAAF,CAAS08F,KAAf,EAAqB8c,YAAW54F,EAAE5gB,MAAF,CAASqzC,KAAT,IAAgB5rC,EAAE4rC,KAAlD,EAAwD/mB,SAAQ1L,EAAE0L,OAAlE,EAA0E+rF,QAAOz3F,EAAEy3F,MAAnF,EAA0FvrF,QAAOlM,EAAE5gB,MAAF,CAAS8sB,MAA1G,EAAiH23E,QAAOpwB,EAAxH,EAA2HsvB,OAAMuvB,EAAjI,EAAP,CAAT,EAAsJzrH,EAAEzH,MAAF,CAASoD,KAAT,GAAe,KAAKA,KAA1K,EAAgLqE,EAAEzH,MAAF,CAAS0mE,QAAT,GAAkB,KAAKA,QAAvM,EAAgNj/D,EAAEzH,MAAF,CAASg5G,MAAT,GAAgB,KAAKA,MAArO,EAA4OvxG,EAAE2f,MAAF,CAAS3f,EAAEzH,MAAX,CAAjQ,CAAf,EAAoSyH,EAAEi7H,UAAF,EAAlT;AAAkU,aAA/nB,EAAgoBjgG,QAAO,gBAASh7B,CAAT,EAAW;AAAC,qBAAKsxD,MAAL,GAAc,IAAIn4C,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyByyD,IAAErzD,EAAE2b,KAA7B;AAAA,oBAAmCy3C,IAAEpzD,EAAEkB,MAAvC;AAAA,oBAA8CsF,IAAE4O,EAAEwwH,UAAlD;AAAA,oBAA6DrtG,IAAE86B,EAAE+yE,eAAF,CAAkBpmI,EAAEY,OAApB,CAA/D;AAAA,oBAA4F6V,IAAE48C,EAAEg0E,YAAF,CAAeh0E,EAAEq1D,YAAjB,EAA8BtzG,EAAEykH,UAAhC,EAA2CthG,CAA3C,CAA9F;AAAA,oBAA4Is7B,IAAEt7B,EAAEknF,OAAF,CAAUz/G,EAAEsE,KAAF,CAAQpD,MAAlB,CAA9I;AAAA,oBAAwK+zD,IAAEzuD,IAAEqtD,CAAF,GAAIp9C,CAA9K;AAAA,oBAAgLm9C,IAAEptD,IAAEiQ,CAAF,GAAIo9C,CAAtL,CAAwLT,MAAItxC,IAAE,IAAIypG,EAAJ,CAAOt2D,EAAE8gD,EAAT,EAAYniD,EAAEoiD,EAAd,EAAiB/gD,EAAEghD,EAAnB,EAAsBriD,EAAEsiD,EAAxB,CAAF,EAA8B9iD,EAAExyD,OAAF,CAAUivB,MAAV,GAAiBrpB,IAAEsb,EAAE+N,MAAF,EAAF,GAAaza,EAAElU,MAAF,CAAS47G,IAAT,CAAchyF,KAA1E,EAAgFsoC,EAAExyD,OAAF,CAAUkqB,KAAV,GAAgBtkB,IAAE4O,EAAElU,MAAF,CAAS47G,IAAT,CAAchyF,KAAhB,GAAsBhJ,EAAEgJ,KAAF,EAAtH,EAAgIsoC,EAAEzvB,MAAF,CAAS7hB,CAAT,CAApI,GAAiJ9hB,EAAE8jI,IAAF,IAAQ9jI,EAAE8jI,IAAF,CAAOngG,MAAP,CAAch7B,CAAd,CAAzJ,EAA0K3I,EAAE2gC,GAAF,GAAMh4B,CAAhL;AAAkL,aAA3gC,EAA4gCqwG,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ,EAAMmZ,CAAN,CAAQorG,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8BuJ,IAAE,KAAK/H,OAArC,EAA6CkhB,IAAEgtG,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKliE,GAAL,CAASw3E,MAAT,EAAjB,EAAmC,EAACrZ,MAAK,EAACvqD,OAAM,KAAKA,KAAZ,EAAkB/mB,SAAQ7kB,EAAE6kB,OAA5B,EAAN,EAA2CuxE,QAAO,IAAlD,EAAnC,CAA/C,EAA2Ip2F,EAAEqlB,MAAF,CAASlD,KAAT,GAAe,CAAf,IAAkBhJ,EAAElhB,OAAF,CAAUub,GAAV,CAAc,QAAd,EAAuB,EAACo4B,OAAM5rC,EAAEqlB,MAAF,CAASumB,KAAT,IAAgB,KAAKA,KAA5B,EAAkCzpB,OAAMniB,EAAEqlB,MAAF,CAASlD,KAAjD,EAAuD6+E,UAAShhG,EAAEqlB,MAAF,CAAS27E,QAAzE,EAAkFn8E,SAAQo+F,GAAGjjH,EAAEqlB,MAAF,CAASR,OAAZ,EAAoB7kB,EAAE6kB,OAAtB,CAA1F,EAAvB,CAA7J,EAA+S,KAAKi7G,UAAL,GAAgB3mH,CAA/T,EAAiUisG,GAAGjsG,CAAH,CAAjU,EAAuU,KAAKs3F,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAvU;AAA6V,aAAz4C,EAA04Co3F,iBAAgB,2BAAU;AAAC,qBAAKuvB,UAAL,KAAkB,KAAK14G,SAAL,GAAe++F,GAAG9+F,SAAH,CAAaikD,MAAb,CAAoB,KAAKw0D,UAAzB,EAAoC,KAAK7nI,OAAL,CAAamvB,SAAjD,CAAjC;AAA8F,aAAngD,EAAogDw0G,eAAc3rE,GAAGt6D,EAAH,CAAMimI,aAAxhD,EAAsiDzqB,iBAAgB,yBAASnxG,CAAT,EAAW;AAAC,uBAAOmmH,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKliE,GAAL,CAASw3E,MAAT,EAAjB,EAAmCxvG,CAAnC,CAAP;AAA6C,aAA/mD,EAAgnD27H,iBAAgB,2BAAU;AAAC,uBAAO,KAAKmE,UAAZ;AAAuB,aAAlqD,EAAmqDxuB,qBAAoB,+BAAU;AAAC,uBAAM,EAACrzE,MAAK,KAAKjG,GAAL,CAASw3E,MAAT,EAAN,EAAwBiB,QAAO,KAAKqvB,UAApC,EAA+C7nI,SAAQ,KAAKA,OAA5D,EAAN;AAA2E,aAA7wD,EAA8wDqjI,aAAY,qBAASt7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOA,EAAEnG,KAAF,CAAQuoH,gBAAR,CAAyBpiH,CAAzB,EAA2BnZ,CAA3B,CAAP;AAAqC,aAAt1D,EAAV,CAD59P,EAC+zT8uG,GAAGzhD,GAAG13D,EAAN,EAASo6D,EAAT,CAD/zT,EAC40T++C,GAAGzhD,GAAG13D,EAAN,EAASy6D,EAAT,CAD50T,EACy1TlC,KAAG82D,GAAGhtH,MAAH,EAD51T,EACw2T82G,GAAG5gD,GAAGv4D,EAAN,EAASo6D,EAAT,CADx2T,EACq3T5C,KAAGo3D,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmBD,CAAnB,EAAqB;AAAC,oBAAI5sD,IAAE,IAAN,CAAWA,EAAE2+H,GAAF,GAAMx8H,CAAN,EAAQnC,EAAE8B,IAAF,GAAOwZ,CAAf,EAAiBtb,EAAE06H,UAAF,GAAalhI,CAA9B,EAAgCwG,EAAEqyG,KAAF,GAAQzjG,CAAxC,EAA0C5O,EAAE0zG,MAAF,GAAS7mD,CAAnD,EAAqD65D,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBoH,CAAhB,EAAkB4sD,CAAlB,CAArD;AAA0E,aAAjH,EAAkHxyD,SAAQ,EAACmvB,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAM4+F,EAAf,EAAX,EAA8B0W,SAAQ,CAAC,CAAvC,EAAyC5rB,MAAK,EAAChyF,OAAM,CAAP,EAA9C,EAAwDyuF,QAAO,CAA/D,EAA1H,EAA4Lqf,SAAQ,mBAAU,CAAE,CAAhN,EAAiNj1F,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAF,CAAU8nI,OAAzB;AAAA,oBAAiCr1E,IAAErzD,EAAEkhI,UAArC;AAAA,oBAAgD9tE,IAAEpzD,EAAE44H,OAAF,EAAlD;AAAA,oBAA8DpyH,IAAE4sD,EAAEqsD,OAAF,CAAUz/G,EAAEmlI,GAAZ,EAAgBnlI,EAAEsI,IAAlB,CAAhE;AAAA,oBAAwFiwB,IAAE5vB,EAAE65E,MAAF,EAA1F;AAAA,oBAAqG/rE,IAAEzW,EAAE2oI,YAAF,CAAehgI,CAAf,EAAiB0qD,CAAjB,CAAvG;AAAA,oBAA2HQ,IAAER,IAAE96B,EAAEiV,CAAJ,GAAMjV,EAAEmV,CAArI;AAAA,oBAAuIunB,IAAEpB,IAAEp9C,CAA3I;AAAA,oBAA6Im9C,IAAEC,IAAEp9C,CAAjJ,CAAmJ48C,KAAGvxC,IAAE,CAAC0hD,GAAGjrC,EAAEiV,CAAL,EAAOhnC,EAAEwvG,EAAT,CAAD,EAAcxyC,GAAGjrC,EAAEiV,CAAL,EAAOhnC,EAAE0vG,EAAT,CAAd,CAAF,EAA8B9gG,KAAG0M,EAAEnkB,IAAF,CAAO6lE,GAAGvO,CAAH,EAAKzuD,EAAEwvG,EAAP,CAAP,EAAkBxyC,GAAG5P,CAAH,EAAKptD,EAAEwvG,EAAP,CAAlB,EAA6BxyC,GAAGvO,CAAH,EAAKzuD,EAAE0vG,EAAP,CAA7B,EAAwC1yC,GAAG5P,CAAH,EAAKptD,EAAE0vG,EAAP,CAAxC,CAAjC,EAAqFl2G,EAAE2gC,GAAF,GAAM4qF,GAAGt2D,CAAH,EAAKzuD,EAAEwvG,EAAP,EAAUpiD,CAAV,EAAYptD,EAAE0vG,EAAd,CAA9F,KAAkHp0F,IAAE,CAAC0hD,GAAGh9D,EAAEuvG,EAAL,EAAQx9E,EAAEmV,CAAV,CAAD,EAAc81B,GAAGh9D,EAAEyvG,EAAL,EAAQ19E,EAAEmV,CAAV,CAAd,CAAF,EAA8Bt4B,KAAG0M,EAAEnkB,IAAF,CAAO6lE,GAAGh9D,EAAEuvG,EAAL,EAAQ9gD,CAAR,CAAP,EAAkBuO,GAAGh9D,EAAEuvG,EAAL,EAAQniD,CAAR,CAAlB,EAA6B4P,GAAGh9D,EAAEyvG,EAAL,EAAQhhD,CAAR,CAA7B,EAAwCuO,GAAGh9D,EAAEyvG,EAAL,EAAQriD,CAAR,CAAxC,CAAjC,EAAqF5zD,EAAE2gC,GAAF,GAAM4qF,GAAG/kH,EAAEuvG,EAAL,EAAQ9gD,CAAR,EAAUzuD,EAAEyvG,EAAZ,EAAeriD,CAAf,CAA7M,GAAgO5zD,EAAE2gH,UAAF,GAAa7+F,CAA7O;AAA+O,aAAtmB,EAAumB6mH,cAAa,sBAAShgI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE8hB,IAAEnZ,EAAEmiB,KAAF,EAAF,GAAYniB,EAAEknB,MAAF,EAAlB;AAAA,oBAA6Bza,IAAEigG,GAAGn/D,GAAH,CAAOm/D,GAAG5gD,KAAH,CAASz0D,IAAE,CAAX,CAAP,EAAqB6wH,EAArB,KAA0BA,EAAzD,CAA4D,OAAOz7G,CAAP;AAAS,aAAvsB,EAAwsB4jG,cAAa,wBAAU;AAAC,oBAAIrwG,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAEs3F,MAA3B,CAAkCp5G,IAAE2I,EAAEywG,MAAF,GAASp5G,EAAE,EAACmlI,KAAIx8H,EAAEw8H,GAAP,EAAW78H,MAAKK,EAAEL,IAAlB,EAAuBs+B,MAAKj+B,EAAEg4B,GAAF,CAAMw3E,MAAN,EAA5B,EAA2Cr+C,QAAOnxD,EAAEiwG,QAAF,EAAlD,EAA+Dh4G,SAAQ,EAAC8nI,SAAQ5mH,EAAE4mH,OAAX,EAAmBn0F,OAAMzyB,EAAEyyB,KAA3B,EAAiCuoE,MAAKh7F,EAAEg7F,IAAxC,EAAvE,EAAqH9D,cAAa,wBAAU;AAACrwG,0BAAEigI,mBAAF,GAAwB,IAAI9mH,IAAEnZ,EAAEywG,MAAR,CAAe,OAAO,OAAOzwG,EAAEywG,MAAT,EAAgBt3F,CAAvB;AAAyB,qBAA7M,EAAF,CAAX,GAA6NnZ,EAAEigI,mBAAF,EAA7N;AAAqP,aAAv/B,EAAw/BA,qBAAoB,+BAAU;AAAC,oBAAIjgI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEY,OAAnB;AAAA,oBAA2ByyD,IAAE,EAAC0rC,QAAO,EAACxqD,OAAMn/B,EAAEm/B,KAAT,EAAezpB,OAAM1V,EAAE0nG,IAAF,CAAOhyF,KAA5B,EAAkC6+E,UAASv0F,EAAE0nG,IAAF,CAAOnT,QAAlD,EAAR,EAA7B;AAAA,oBAAkGv2C,IAAEpzD,EAAE2gH,UAAtG,CAAiH,KAAIuM,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8BuJ,IAAE,CAApC,EAAsCA,IAAEyqD,EAAEl0D,MAA1C,EAAiDyJ,KAAG,CAApD;AAAsDmZ,wBAAE,IAAIgtG,GAAGxpB,IAAP,CAAYjyC,CAAZ,EAAemuC,MAAf,CAAsBpuC,EAAEzqD,CAAF,EAAK6kC,CAA3B,EAA6B4lB,EAAEzqD,CAAF,EAAK+kC,CAAlC,EAAqC80D,MAArC,CAA4CpvC,EAAEzqD,IAAE,CAAJ,EAAO6kC,CAAnD,EAAqD4lB,EAAEzqD,IAAE,CAAJ,EAAO+kC,CAA5D,CAAF,EAAiE,KAAK0rE,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAjE;AAAtD;AAA6I,aAArxC,EAAV,CADx3T,EAC0pW6xC,KAAGmC,GAAGn1D,MAAH,CAAU,EAACi4H,SAAQ,mBAAU;AAAC,oBAAIjwH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEkwG,KAAf;AAAA,oBAAqB74G,IAAE2I,EAAEuxG,MAAzB;AAAA,oBAAgC9kG,IAAE0M,EAAEskH,eAAF,CAAkBpmI,CAAlB,CAAlC,CAAuD,OAAOoV,CAAP;AAAS,aAApF,EAAV,CAD7pW,EAC8vWqkD,KAAG3D,GAAGn1D,MAAH,CAAU,EAACi4H,SAAQ,mBAAU;AAAC,oBAAIjwH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEkwG,KAAf;AAAA,oBAAqB74G,IAAE2I,EAAEuxG,MAAzB;AAAA,oBAAgC9kG,IAAE0M,EAAE+mH,UAAF,CAAa7oI,CAAb,CAAlC;AAAA,oBAAkDqzD,IAAE1qD,EAAEu4H,UAAF,GAAa9rH,EAAEs4B,CAAf,GAAiBt4B,EAAEo4B,CAAvE,CAAyE,OAAO6lB,CAAP;AAAS,aAAtG,EAAV,CADjwW,EACo3WsG,KAAGuzD,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,GAAmBA,EAAEsE,KAAF,GAAQqE,CAA3B,EAA6B3I,EAAEY,OAAF,GAAUkhB,CAAvC,EAAyC9hB,EAAEogI,SAAF,GAAYxU,GAAG5rH,EAAEY,OAAF,CAAUw/H,SAAb,EAAuB,CAAC,CAAxB,CAArD,EAAgFpgI,EAAE69H,eAAF,GAAkB,CAAC,CAAnG;AAAqG,aAApI,EAAqIptF,UAAS,EAACgX,UAAS,CAAC,CAAX,EAAaw/D,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAYy9E,YAAW6b,EAAvB,EAA0B90F,MAAKgxF,EAA/B,EAAkCxwH,MAAKguH,EAAvC,EAA0CjiG,QAAO,EAAClD,OAAM,CAAP,EAAjD,EAA2D0C,SAAQ,CAAnE,EAArB,EAA2F+jB,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAYjR,UAASgjG,EAArB,EAAwBlhG,QAAOogG,GAAG,CAAH,CAA/B,EAAqCngG,SAAQmgG,GAAG,CAAH,CAA7C,EAAmDn+F,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAM4+F,EAAf,EAA7D,EAAlG,EAAmLlU,OAAM,EAAC7rC,OAAM,EAAP,EAAzL,EAAoM4nC,WAAU,EAACoN,SAAQ,EAACj5F,QAAO,EAAR,EAAT,EAA9M,EAA9I,EAAmXisC,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAEpV,EAAEinH,OAA7B;AAAA,oBAAqC5zD,IAAErzD,EAAEuxC,MAAzC;AAAA,oBAAgD6hB,IAAEtxC,EAAExd,KAApD,CAA0Dwd,EAAEiiH,SAAF,KAAcjiH,EAAEiiH,SAAF,GAAY,CAAC,CAAb,EAAe3uH,EAAE6nB,OAAF,IAAW7nB,EAAEqsB,IAAb,KAAoB3f,EAAE2+F,MAAF,GAAS3+F,EAAEy+G,YAAF,EAAT,EAA0Bz+G,EAAEwG,MAAF,CAASxG,EAAE2+F,MAAX,CAA9C,CAAf,EAAiFptD,EAAEp2B,OAAF,KAAYo2B,EAAEnC,QAAF,IAAYvoD,IAAEsjH,GAAG54D,EAAEnC,QAAL,CAAF,EAAiBkC,IAAEzqD,EAAE,EAACi/D,UAAS9lD,EAAE8lD,QAAZ,EAAqBuyC,UAASr4F,EAAEq4F,QAAhC,EAAyC71G,OAAMwd,EAAExd,KAAjD,EAAuD+1G,YAAWv4F,EAAEu4F,UAApE,EAA+ED,YAAW,KAAKA,UAA/F,EAA0GF,QAAOp4F,EAAEo4F,MAAnH,EAAF,CAA/B,IAA8J7mD,EAAE8G,MAAF,KAAW/G,IAAEtxC,EAAEmiH,WAAF,CAAc5wE,EAAE8G,MAAhB,CAAb,CAA9J,EAAoMr4C,EAAEmwD,KAAF,GAAQ,IAAI47C,EAAJ,CAAOz6D,CAAP,EAASqkD,GAAG,EAAC5S,OAAMvjF,EAAP,EAAUqkF,QAAOrkF,EAAjB,EAAoBwM,QAAO,EAACD,MAAK,CAAN,EAAQ2Y,OAAM,CAAd,EAA3B,EAA4C+yE,QAAOqS,GAAGv4D,EAAEkmD,MAAL,EAAY,KAAKW,MAAL,CAAYX,MAAxB,CAAnD,EAAH,EAAuFlmD,CAAvF,CAAT,CAA5M,EAAgTvxC,EAAEwG,MAAF,CAASxG,EAAEmwD,KAAX,CAA5T,CAAjF,EAAganwD,EAAE8hH,UAAF,EAAha,EAA+a9hH,EAAEkiH,QAAF,IAAYliH,EAAEwG,MAAF,CAASxG,EAAEkiH,QAAX,CAAzc;AAA+d,aAA95B,EAA+5B8E,cAAa,wBAAU;AAAC,oBAAIngI,IAAE,KAAK/H,OAAL,CAAaqmH,OAAnB;AAAA,oBAA2BnlG,IAAEnZ,EAAE+xG,UAA/B;AAAA,oBAA0C16G,IAAEy3G,GAAG,EAACljE,OAAM,KAAKA,KAAZ,EAAH,EAAsB5rC,EAAEqlB,MAAxB,CAA5C,CAA4E,OAAOg+F,GAAGhsH,EAAEu0C,KAAL,MAAcv0C,EAAEu0C,KAAF,GAAQ,IAAI44E,EAAJ,CAAOrrG,CAAP,EAAUskE,UAAV,CAAqBmpC,EAArB,EAAyBrpC,KAAzB,EAAtB,GAAwDlmF,CAA/D;AAAiE,aAApkC,EAAqkCg5G,cAAazB,EAAllC,EAAqlCgpB,cAAa,wBAAU;AAAC,oBAAI53H,IAAE,KAAK/H,OAAL,CAAaqmH,OAAnB;AAAA,oBAA2BnlG,IAAE,IAAI6rG,EAAJ,CAAO,EAAC1rH,MAAK0G,EAAE1G,IAAR,EAAa6oB,OAAMniB,EAAE84B,IAArB,EAA0B5R,QAAOlnB,EAAE84B,IAAnC,EAAwC26E,UAASzzG,EAAEyzG,QAAnD,EAA4D1B,YAAW/xG,EAAE+xG,UAAzE,EAAoF1sF,QAAO,KAAK86G,YAAL,EAA3F,EAA+Gt7G,SAAQ7kB,EAAE6kB,OAAzH,EAAiI+rF,QAAOqS,GAAGjjH,EAAE4wG,MAAL,EAAY,KAAKW,MAAL,CAAYX,MAAxB,CAAxI,EAAwKxpF,WAAUpnB,EAAEonB,SAApL,EAA8LqpF,QAAOzwG,EAAEywG,MAAvM,EAAP,EAAsN,EAACxxC,UAAS,KAAKA,QAAf,EAAwBtjE,OAAM,KAAKA,KAAnC,EAAyC41G,QAAO,KAAKA,MAArD,EAA4DC,UAAS,KAAKA,QAA1E,EAAtN,CAA7B,CAAwU,OAAOr4F,CAAP;AAAS,aAA97C,EAA+7CinH,WAAU,qBAAU;AAAC,uBAAO,KAAKtoB,MAAL,KAAc,KAAKA,MAAL,GAAY,KAAK8f,YAAL,EAAZ,EAAgC,KAAK9f,MAAL,CAAY98E,MAAZ,CAAmB,KAAKqlG,SAAxB,CAA9C,GAAkF,KAAKvoB,MAAL,CAAY9/E,GAArG;AAAyG,aAA7jD,EAA8jDgD,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAExyD,OAAvB;AAAA,oBAA+B23B,IAAE/xB,EAAEihD,QAAnC;AAAA,oBAA4ChxC,IAAE28C,EAAEgtE,SAAhD,CAA0D,IAAGhtE,EAAE6G,MAAF,IAAW7G,EAAEzyB,GAAF,GAAMh4B,CAAjB,EAAmBmZ,IAAEnZ,EAAE1H,KAAF,EAArB,EAA+Bs3B,IAAE9hB,IAAEqL,EAAEk0F,EAAF,IAAMl0F,EAAE+N,MAAF,EAAR,GAAmB/N,EAAEo0F,EAAF,IAAMp0F,EAAE+N,MAAF,EAA3B,GAAsCpZ,IAAEqL,EAAEi0F,EAAF,IAAMj0F,EAAEgJ,KAAF,EAAR,GAAkBhJ,EAAEm0F,EAAF,IAAMn0F,EAAEgJ,KAAF,EAA7F,EAAuGsoC,EAAE41E,SAAF,GAAYlnH,CAAnH,EAAqHsxC,EAAEqtD,MAAF,IAAUrtD,EAAEqtD,MAAF,CAAS98E,MAAT,CAAgB7hB,CAAhB,CAA/H,EAAkJsxC,EAAE61E,WAAF,CAAcnnH,CAAd,CAAlJ,EAAmKsxC,EAAEs2D,SAAxK,EAAkL,KAAIt0G,IAAE,CAAN,EAAQA,IAAEg+C,EAAEs2D,SAAF,CAAYxqH,MAAtB,EAA6BkW,GAA7B;AAAiCg+C,sBAAEs2D,SAAF,CAAYt0G,CAAZ,EAAeuuB,MAAf,CAAsB7hB,CAAtB;AAAjC,iBAA0DsxC,EAAE0wE,IAAF,KAASzwE,IAAED,EAAE21E,SAAF,EAAF,EAAgBviI,EAAEygH,OAAF,CAAUhqF,OAAV,IAAmBz2B,EAAEygH,OAAF,CAAUxlF,IAA7B,KAAoCzhC,IAAEqzD,EAAEmvB,MAAF,EAAF,EAAanvB,IAAEk4D,GAAGvrH,EAAEwtC,CAAL,EAAOxtC,EAAE0tC,CAAT,EAAW1tC,EAAEwtC,CAAb,EAAextC,EAAE0tC,CAAjB,CAAnD,CAAhB,EAAwF0lB,EAAE0wE,IAAF,CAAOngG,MAAP,CAAc0vB,CAAd,CAAjG;AAAmH,aAA1+D,EAA2+D41E,aAAY,qBAAStgI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAEmwD,KAA3B;AAAA,oBAAiC5e,IAAErzD,EAAEuxC,MAAF,CAASvlB,QAA5C,CAAqD5W,MAAIi+C,IAAEA,MAAI27D,EAAJ,GAAOz5C,EAAP,GAAUliB,CAAZ,EAAcA,IAAEA,MAAIm8D,EAAJ,GAAOG,EAAP,GAAUt8D,CAA1B,EAA4Bj+C,EAAEuuB,MAAF,CAASh7B,CAAT,CAA5B,EAAwCyM,EAAEurB,GAAF,CAAMk3E,OAAN,CAAc/1F,EAAEinH,SAAF,EAAd,EAA4B11E,CAA5B,CAAxC,EAAuEj+C,EAAEuuB,MAAF,CAASvuB,EAAEurB,GAAX,CAA3E;AAA4F,aAAppE,EAAqpEm5E,iBAAgB,2BAAU;AAAC,oBAAInxG,IAAE,KAAK/H,OAAL,CAAai5G,SAAnB;AAAA,oBAA6B/3F,IAAEnZ,EAAEs+G,OAAjC;AAAA,oBAAyCjnH,IAAE,KAAK8oI,YAAL,GAAoBv0F,KAA/D;AAAA,oBAAqEn/B,IAAE,KAAKxU,OAAL,CAAaqmH,OAApF;AAAA,oBAA4F5zD,IAAE,IAAIs6D,EAAJ,CAAO,EAAC1rH,MAAKmT,EAAEnT,IAAR,EAAa6oB,OAAM1V,EAAEqsB,IAArB,EAA0B5R,QAAOza,EAAEqsB,IAAnC,EAAwC26E,UAAShnG,EAAEgnG,QAAnD,EAA4D1B,YAAW54F,EAAEyyB,KAAF,IAASv0C,CAAhF,EAAkFguB,QAAO,EAACumB,OAAMzyB,EAAEkM,MAAF,CAASumB,KAAhB,EAAsBzpB,OAAMhJ,EAAEkM,MAAF,CAASlD,KAArC,EAA2C0C,SAAQo+F,GAAG9pG,EAAEkM,MAAF,CAASR,OAAZ,EAAoB,CAApB,CAAnD,EAAzF,EAAoKA,SAAQo+F,GAAG9pG,EAAE0L,OAAL,EAAa,CAAb,CAA5K,EAAP,CAA9F,CAAmS,OAAO6lC,EAAE1vB,MAAF,CAAS,KAAKqlG,SAAd,GAAyB31E,EAAE2tD,UAAF,EAAhC;AAA+C,aAAlgF,EAAmgFsjB,iBAAgB,2BAAU;AAAC,uBAAM,CAAC,KAAK7jB,MAAL,IAAa,EAAd,EAAkBrH,MAAxB;AAA+B,aAA7jF,EAA8jFa,qBAAoB,+BAAU;AAAC,oBAAItxG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,IAAE,KAAKqtD,MAArB,CAA4B,OAAOrtD,KAAGtxC,IAAEsxC,EAAE2nD,UAAF,CAAa5C,MAAb,EAAF,EAAwBxvG,IAAEyqD,EAAEgmD,MAA/B,KAAwCp5G,IAAE,KAAKY,OAAL,CAAaqmH,OAAb,CAAqBxlF,IAAvB,EAA4BrsB,IAAEpV,IAAE,CAAhC,EAAkCqzD,IAAE,KAAK1yB,GAAL,CAAS6hD,MAAT,EAApC,EAAsD1gE,IAAE,IAAI+sG,GAAGv0B,IAAP,CAAY,CAACjnC,EAAE7lB,CAAF,GAAIp4B,CAAL,EAAOi+C,EAAE3lB,CAAF,GAAIt4B,CAAX,CAAZ,EAA0B,CAACpV,CAAD,EAAGA,CAAH,CAA1B,CAAhG,GAAkI,EAACY,SAAQ,KAAKA,OAAd,EAAsBgmC,MAAK9kB,CAA3B,EAA6Bs3F,QAAOzwG,CAApC,EAAzI;AAAgL,aAAzyF,EAA0yF47H,eAAc,uBAAS57H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE+oI,SAAF,EAAb;AAAA,oBAA2B11E,IAAErzD,EAAEogI,SAA/B;AAAA,oBAAyChtE,IAAEh+C,EAAE6gG,EAAF,GAAK6f,EAAhD;AAAA,oBAAmDtvH,IAAE6sD,IAAEj+C,EAAE4gG,EAAF,GAAKl0F,CAAP,GAAS1M,EAAE8gG,EAAhE;AAAA,oBAAmE39E,IAAEv4B,EAAE2b,KAAF,CAAQ2jG,IAAR,CAAaklB,OAAb,EAArE;AAAA,oBAA4F/tH,IAAE,CAAC8hB,CAAD,IAAIA,EAAE2/E,QAAF,CAAW9iG,CAAX,CAAlG,CAAgH,IAAGqB,CAAH,EAAK,OAAO+sD,GAAGpQ,CAAH,EAAK5sD,CAAL,CAAP;AAAe,aAA18F,EAA28Fy9H,aAAY,qBAASt7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOA,EAAEnG,KAAF,CAAQuoH,gBAAR,CAAyBpiH,CAAzB,EAA2BnZ,CAA3B,CAAP;AAAqC,aAAnhG,EAAohG+7H,aAAY,qBAAS/7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKinH,SAAL,EAAN,CAAuB,OAAOjnH,EAAEo2F,QAAF,CAAWvvG,CAAX,CAAP;AAAqB,aAAxlG,EAAV,CADv3W,EAC49c8uG,GAAG99C,GAAGr7D,EAAN,EAASo6D,EAAT,CAD59c,EACy+c++C,GAAG99C,GAAGr7D,EAAN,EAASy6D,EAAT,CADz+c,EACs/c+Z,KAAGnZ,GAAGh5D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAW25D,GAAGr7D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB2I,CAAlB,EAAoBmZ,CAApB,GAAuB9hB,EAAEm6G,QAAF,GAAWxxG,EAAEwxG,QAApC;AAA6C,aAA5E,EAA6E1pE,UAAS,EAACc,QAAO,EAACvlB,UAAS1K,EAAV,EAAR,EAAsBu4F,WAAU,EAACrsF,SAAQ,CAAT,EAAWQ,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAlB,EAAhC,EAAtF,EAA8JssF,iBAAgB,2BAAU;AAAC,oBAAInxG,IAAE,KAAK/H,OAAL,CAAai5G,SAAnB;AAAA,oBAA6B/3F,IAAEnZ,EAAEqlB,MAAjC;AAAA,oBAAwChuB,IAAE,KAAKY,OAAL,CAAaqmH,OAAvD;AAAA,oBAA+D7xG,IAAE,KAAKurB,GAAL,CAAS6hD,MAAT,EAAjE;AAAA,oBAAmFnvB,IAAErzD,EAAEyhC,IAAF,GAAO,CAAP,GAAS3f,EAAEgJ,KAAF,GAAQ,CAAtG;AAAA,oBAAwGsoC,IAAE,IAAI07D,GAAG70B,MAAP,CAAc,IAAI40B,GAAG50B,MAAP,CAAc,CAAC7kF,EAAEo4B,CAAH,EAAKp4B,EAAEs4B,CAAP,CAAd,EAAwB2lB,CAAxB,CAAd,EAAyC,EAAC0rC,QAAO,EAACxqD,OAAMzyB,EAAEyyB,KAAF,IAAS,IAAI44E,EAAJ,CAAOntH,EAAE06G,UAAT,EAAqBt0B,UAArB,CAAgCmpC,EAAhC,EAAoCrpC,KAApC,EAAhB,EAA4Dp7D,OAAMhJ,EAAEgJ,KAApE,EAA0E0C,SAAQ1L,EAAE0L,OAApF,EAAR,EAAqGsxE,MAAK,EAACvqD,OAAMv0C,EAAE06G,UAAT,EAAoBltF,SAAQ7kB,EAAE6kB,OAA9B,EAA1G,EAAzC,CAA1G,CAAsS,OAAO4lC,CAAP;AAAS,aAAxe,EAAV,CADz/c,EAC8+dyf,KAAGq6C,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAW83G,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,GAAmBA,EAAEurG,UAAF,GAAah4G,CAAhC,EAAkCyM,EAAE8kG,MAAF,GAASp4F,CAA3C,EAA6C1M,EAAE4oH,QAAF,GAAWh+H,CAAxD;AAA0D,aAA3F,EAA4FY,SAAQ,EAACgiG,QAAO,CAAC,CAAT,EAApG,EAAgHhkD,QAAO,gBAASj2C,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEurG,UAAF,CAAajjH,MAAb,CAAoBiL,KAAG,EAAvB,CAAjB;AAAA,oBAA4CyqD,IAAE,EAA9C,CAAiD,KAAItxC,IAAE,CAAF,EAAI9hB,IAAEqzD,EAAEn0D,MAAZ,EAAmB4iB,IAAE9hB,CAArB,EAAuB8hB,GAAvB;AAA2BuxC,sBAAEvxC,CAAF,EAAKmb,OAAL,KAAe,CAAC,CAAhB,IAAmBm2B,EAAEz1D,IAAF,CAAO01D,EAAEvxC,CAAF,EAAKknH,SAAL,CAAe7wB,MAAf,GAAwB31B,MAAxB,EAAP,CAAnB;AAA3B,iBAAuF,OAAOpvB,CAAP;AAAS,aAApR,EAAqR4lD,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKlhB,OAAb;AAAA,oBAAqBZ,IAAE,KAAKk6G,MAA5B;AAAA,oBAAmC9kG,IAAEpV,EAAE0jG,SAAvC;AAAA,oBAAiDrwC,IAAErzD,EAAEu0C,KAArD,CAA2Do3E,GAAGt4D,CAAH,KAAOj+C,CAAP,KAAWi+C,IAAEj+C,EAAEm/B,KAAf,GAAsB5rC,IAAEmmH,GAAGxpB,IAAH,CAAQtN,UAAR,CAAmB,KAAKp5C,MAAL,EAAnB,EAAiC,EAACmgD,QAAO,EAACxqD,OAAM8e,CAAP,EAASvoC,OAAM9qB,EAAE8qB,KAAjB,EAAuB0C,SAAQxtB,EAAEwtB,OAAjC,EAAyCm8E,UAAS3pG,EAAE2pG,QAApD,EAAR,EAAsE4P,QAAOv5G,EAAEu5G,MAA/E,EAAjC,CAAxB,EAAiJz3F,EAAE8gF,MAAF,IAAUj6F,EAAE+gB,KAAF,EAA3J,EAAqK,KAAK0vF,MAAL,GAAYzwG,CAAjL;AAAmL,aAA3hB,EAA4hB20H,UAAS,kBAAS30H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEg+H,QAAf,CAAwB,OAAOh+H,EAAE6L,MAAF,CAASkyH,eAAT,CAAyBj8G,EAAE0rB,CAA3B,EAA6B1rB,EAAE4rB,CAA/B,EAAiCt4B,CAAjC,CAAP;AAA2C,aAAtnB,EAAV,CADj/d,EAConfu9D,KAAG,EAACu2D,gBAAe,0BAAU;AAAC,oBAAIvgI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,CAAlB;AAAA,oBAAoB9hB,IAAE,IAAtB;AAAA,oBAA2Bo9C,IAAEp9C,EAAE7V,OAA/B;AAAA,oBAAuCq0D,IAAEpB,EAAEqmD,MAA3C;AAAA,oBAAkDtmD,IAAEn9C,EAAEgvH,YAAtD;AAAA,oBAAmEv2G,IAAE0kC,EAAE10D,MAAvE,CAA8E,KAAI,KAAKiqI,SAAL,GAAe,EAAf,EAAkBrnH,IAAE,CAAxB,EAA0BA,IAAEoN,CAA5B,EAA8BpN,GAA9B,EAAkC;AAAC,yBAAInZ,IAAEssD,EAAEnzC,CAAF,CAAF,EAAO9hB,IAAEyW,EAAE2yH,UAAF,CAAax1E,EAAE9xC,CAAF,CAAb,CAAT,EAA4Btb,IAAExG,EAAEd,MAAhC,EAAuCkW,IAAE,EAAzC,EAA4Cg+C,IAAE,CAAlD,EAAoDA,IAAE5sD,CAAtD,EAAwD4sD,GAAxD;AAA4DC,4BAAErzD,EAAEozD,CAAF,CAAF,EAAOC,IAAEj+C,EAAEzX,IAAF,CAAO01D,CAAP,CAAF,GAAY58C,EAAE4yH,mBAAF,CAAsB1gI,CAAtB,MAA2BwpH,EAA3B,KAAgC/8G,EAAElW,MAAF,GAAS,CAAT,KAAaq5B,IAAE9hB,EAAE6yH,aAAF,CAAgBl0H,CAAhB,EAAkBzM,CAAlB,EAAoBmZ,CAApB,EAAsByW,CAAtB,CAAF,EAA2B,KAAKgxG,WAAL,CAAiBhxG,CAAjB,CAAxC,GAA6DnjB,IAAE,EAA/F,CAAnB;AAA5D,qBAAkLA,EAAElW,MAAF,GAAS,CAAT,KAAaq5B,IAAE9hB,EAAE6yH,aAAF,CAAgBl0H,CAAhB,EAAkBzM,CAAlB,EAAoBmZ,CAApB,EAAsByW,CAAtB,CAAF,EAA2B,KAAKgxG,WAAL,CAAiBhxG,CAAjB,CAAxC;AAA6D,sBAAKpiB,QAAL,CAAcvI,OAAd,CAAsB3N,KAAtB,CAA4B,KAAKkW,QAAjC,EAA0C,KAAKgzH,SAA/C;AAA0D,aAArb,EAAsbI,aAAY,qBAAS5gI,CAAT,EAAW;AAAC,qBAAKwgI,SAAL,CAAexrI,IAAf,CAAoBgL,CAApB,GAAuBA,EAAEkD,MAAF,GAAS,IAAhC;AAAqC,aAAnf,EAAofu9H,YAAW,oBAASzgI,CAAT,EAAW;AAAC,uBAAOA,CAAP;AAAS,aAAphB,EAAqhB0gI,qBAAoB,6BAAS1gI,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAE6gI,aAAR;AAAA,oBAAsBxpI,IAAE,CAAC8hB,CAAD,IAAI,KAAKlhB,OAAL,CAAa6jI,SAAzC,CAAmD,OAAOzkI,IAAEyzG,EAAF,GAAK3xF,KAAGqwG,EAAf;AAAkB,aAA1nB,EAA2nB4L,iBAAgB,yBAASp1H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAI+sD,EAAJ,CAAO76D,CAAP,EAASmZ,CAAT,CAAhB;AAAA,oBAA4B+xC,IAAE,KAAK4xE,YAAL,CAAkBzlI,CAAlB,CAA9B;AAAA,oBAAmDi1D,IAAE49D,EAArD,CAAwD,KAAIx/D,IAAE,CAAN,EAAQA,IAAEQ,EAAE30D,MAAZ,EAAmBm0D,GAAnB;AAAuBD,wBAAES,EAAER,CAAF,CAAF,EAAOD,KAAG44D,GAAG54D,EAAE9uD,KAAL,CAAH,IAAgB,SAAO8uD,EAAE9uD,KAAzB,IAAgC8uD,EAAEn2B,OAAF,KAAY,CAAC,CAA7C,KAAiDz2B,IAAE4sD,EAAEzyB,GAAJ,EAAQpI,IAAE/xB,EAAEg8E,MAAF,GAAW8U,UAAX,CAAsB7gF,CAAtB,CAAV,EAAmC8hB,IAAE08B,CAAF,KAAM7/C,IAAEg+C,CAAF,EAAI6B,IAAE18B,CAAZ,CAApF,CAAP;AAAvB,iBAAkI,OAAOnjB,CAAP;AAAS,aAA91B,EADvnf,EACu9gBkkD,KAAG,EAAC4/C,iBAAgB,2BAAU;AAAC,oBAAIvwG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAK24G,OAAL,EAAV,CAAyB34G,KAAG,CAACA,EAAEY,OAAF,IAAW,EAAZ,EAAgBwjC,WAAhB,KAA8B,CAAC,CAAlC,KAAsCz7B,IAAE3I,EAAE2gC,GAAJ,EAAQ7e,IAAEgtG,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiBl6F,EAAEwvG,MAAF,EAAjB,CAAV,EAAuC,KAAKiB,MAAL,CAAY5Y,IAAZ,CAAiB1+E,CAAjB,CAAvC,EAA2D,KAAKiO,SAAL,GAAe,IAAIopC,EAAJ,CAAOr3C,CAAP,EAAS,EAAC6e,KAAIh4B,CAAL,EAAT,CAA1E,EAA4FuvD,EAAE,KAAKt3D,OAAL,CAAas5G,MAAf,KAAwB,KAAKiuB,qBAAL,CAA2BrmH,CAA3B,CAA1J;AAAyL,aAA9O,EAA+OqmH,uBAAsB,+BAASx/H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKq0H,eAAL,EAAV,CAAiC,KAAIzpI,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAE1M,EAAEpV,CAAF,CAAF,EAAO8hB,KAAGA,EAAEs3F,MAAL,IAAa4S,GAAGlqG,EAAEs3F,MAAF,CAASx4G,OAAT,CAAiB24G,MAApB,CAAb,IAA0Cz3F,EAAEs3F,MAAF,CAAS5Y,IAAT,CAAc73F,CAAd,CAAjD;AAAvB;AAAyF,aAA3Y,EAD19gB,EACu2hB+qD,KAAG6F,GAAG54D,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAW4wD,GAAGj7D,EAAH,CAAM27D,MAAN,CAAah6D,KAAb,CAAmB0I,CAAnB,GAAsBA,EAAE49H,gBAAF,EAAtB,EAA2C59H,EAAEugI,cAAF,EAA3C;AAA8D,aAA5F,EAA6FlD,WAAU,qBAAU;AAAC,uBAAOrsE,EAAP;AAAU,aAA5H,EAA6HqtE,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAE,IAAZ;AAAA,oBAAiB5sD,IAAEsb,EAAE+3G,UAArB;AAAA,oBAAgCthG,IAAEzW,EAAEq4F,QAApC;AAAA,oBAA6C1jG,IAAEqL,EAAEo4F,MAAjD;AAAA,oBAAwDrmD,IAAE/xC,EAAEk8G,QAA5D;AAAA,oBAAqE/oE,IAAEtsD,EAAE6jH,WAAF,CAAcloH,KAArF;AAAA,oBAA2FsvD,IAAER,EAAEi2E,mBAAF,CAAsB5yH,CAAtB,CAA7F,CAAsH,IAAG,CAACu1G,GAAG/2D,CAAH,CAAD,IAAQ,SAAOA,CAAlB,EAAoB;AAAC,wBAAGrB,MAAI6/C,EAAP,EAAU,OAAO,IAAP,CAAYx+C,IAAE,CAAF;AAAI,wBAAO7/C,IAAE,KAAK2wH,YAAL,CAAkBtvH,CAAlB,EAAoBo9C,CAApB,CAAF,EAAyBz+C,IAAEg+C,EAAE6zE,gBAAF,CAAmB7xH,CAAnB,EAAqB6/C,CAArB,EAAuB18B,CAAvB,EAAyB/xB,CAAzB,EAA2BiQ,CAA3B,EAA6Bo9C,CAA7B,CAA3B,EAA2DR,IAAE1qD,EAAEqpE,MAAF,CAASz9B,KAAT,IAAgB99B,EAAE89B,KAA/E,EAAqF+iE,GAAGl2G,UAAH,CAAcqV,EAAE89B,KAAhB,MAAyB8e,IAAEj+C,EAAEm/B,KAA7B,CAArF,EAAyHv0C,IAAE,IAAI25D,EAAJ,CAAO1E,CAAP,EAAS7/C,CAAT,CAA3H,EAAuIpV,EAAEu0C,KAAF,GAAQ8e,CAA/I,EAAiJD,EAAE9qC,MAAF,CAAStoB,CAAT,CAAjJ,EAA6JA,CAApK;AAAsK,aAAle,EAAmemmI,WAAU,mBAASx9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,KAAK6yE,SAAL,CAAet9H,CAAf,CAAd,CAAgC,IAAG,KAAK/H,OAAL,CAAa6jI,SAAhB,EAA0B,KAAI3iH,IAAEnZ,EAAEkxH,UAAJ,EAAe75H,IAAE,KAAKs+H,cAAL,CAAoBx8G,CAApB,CAAjB,EAAwC1M,IAAE,CAA9C,EAAgDA,IAAEpV,EAAEd,MAAJ,KAAam0D,IAAErzD,EAAEoV,CAAF,CAAF,EAAOzM,MAAI0qD,CAAxB,CAAhD,EAA2Ej+C,GAA3E;AAA+Eg+C,yBAAG,KAAK6yE,SAAL,CAAe5yE,CAAf,CAAH,EAAqB,KAAKzyD,OAAL,CAAaslI,YAAb,KAA4B9yE,IAAEiiD,GAAGn/D,GAAH,CAAOkd,CAAP,EAAS,CAAT,CAA9B,CAArB;AAA/E,iBAA+I,OAAM,CAACA,CAAD,EAAGA,CAAH,CAAN;AAAY,aAA9sB,EAA+sBk2E,eAAc,uBAAS3gI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAEvxC,EAAEjD,KAAV,CAAgB,OAAO,KAAIzJ,IAAEi+C,MAAI0hE,EAAJ,GAAO17D,EAAP,GAAUhG,MAAI2hE,EAAJ,GAAO5gE,EAAP,GAAUye,EAA1B,EAA8BlqE,CAA9B,EAAgCmZ,CAAhC,EAAkC9hB,CAAlC,CAAP;AAA4C,aAAzyB,EAA0yBypI,iBAAgB,2BAAU;AAAC,oBAAI9gI,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK88B,MAAb;AAAA,oBAAoB5+C,IAAE,EAAtB,CAAyB,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,sBAAErC,IAAF,CAAO,CAACmkB,EAAEnZ,CAAF,KAAM,EAAP,EAAW83G,MAAlB;AAAvB,iBAAiD,OAAOzgH,EAAEtC,MAAF,CAAS,KAAKyrI,SAAd,CAAP;AAAgC,aAA/6B,EAAV,CAD12hB,EACsyjB1xB,GAAG/jD,GAAGp1D,EAAN,EAASq0E,EAAT,EAAYrZ,EAAZ,CADtyjB,EACszjBH,KAAG21D,GAAG9+F,SAAH,CAAarvB,MAAb,CAAoB,EAACC,SAAQ,EAACkuB,UAASkjG,EAAV,EAAT,EAAuBpvG,OAAM,iBAAU;AAAC,qBAAK8mH,OAAL,CAAa,KAAK9oI,OAAL,CAAa+/B,GAAb,CAAiBo1E,EAA9B;AAAkC,aAA1E,EAA2EhnF,MAAK,cAASpmB,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKlhB,OAAL,CAAa+/B,GAAnB,CAAuB,KAAK+oG,OAAL,CAAavb,GAAGrsG,EAAEi0F,EAAL,EAAQj0F,EAAEm0F,EAAV,EAAattG,CAAb,CAAb;AAA8B,aAAjJ,EAAkJ+gI,SAAQ,iBAAS/gI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKqkB,OAAX;AAAA,oBAAmBnmC,IAAE8hB,EAAEwgF,QAAvB;AAAA,oBAAgCltF,IAAEpV,EAAE,CAAF,EAAKknC,MAAL,EAAlC;AAAA,oBAAgDmsB,IAAErzD,EAAE,CAAF,EAAKknC,MAAL,EAAlD,CAAgEplB,EAAEk0E,OAAF,IAAY5gF,EAAEu0H,IAAF,CAAOhhI,CAAP,CAAZ,EAAsBmZ,EAAEm0E,MAAF,EAAtB,EAAiC5iC,EAAEs2E,IAAF,CAAOhhI,CAAP,CAAjC;AAA2C,aAAjR,EAApB,CADzzjB,EACimkBmmH,GAAG1Z,gBAAH,CAAoBj8E,OAApB,CAA4Brd,QAA5B,CAAqC6hC,EAArC,EAAwCwb,EAAxC,CADjmkB,EAC6okBE,KAAGwZ,GAAGlyE,MAAH,CAAU,EAACi+C,QAAO,gBAASj2C,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR,CAAa,OAAO8hB,IAAE9hB,EAAE4pI,mBAAF,CAAsB5pI,EAAE2gH,UAAxB,CAAF,EAAsCh4G,KAAGA,EAAEzJ,MAAL,KAAc4iB,IAAEA,EAAEpkB,MAAF,CAASsC,EAAE4pI,mBAAF,CAAsBjhI,CAAtB,EAAyB4O,OAAzB,EAAT,CAAhB,CAAtC,EAAoGuK,CAA3G;AAA6G,aAA9I,EAA+I8nH,qBAAoB,6BAASjhI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,IAAhB;AAAA,oBAAqB+xB,IAAE/xB,EAAEqF,MAAzB;AAAA,oBAAgC4K,IAAE8hB,EAAE6mF,QAApC;AAAA,oBAA6CvrD,IAAEp9C,EAAE8uH,kBAAF,CAAqB/+H,EAAE0zG,MAAvB,CAA/C;AAAA,oBAA8EjlD,IAAE18B,EAAE8wG,mBAAF,CAAsB7iI,EAAE0zG,MAAxB,MAAkCiY,EAAlH;AAAA,oBAAqHv+D,IAAEjrD,EAAEzJ,MAAzH;AAAA,oBAAgIgwB,IAAE2kC,EAAEjzD,OAAF,CAAU2W,OAA5I;AAAA,oBAAoJ28C,IAAEL,EAAEjzD,OAAF,CAAU6mD,QAAhK;AAAA,oBAAyKuM,IAAE9kC,IAAE,CAAF,GAAI,CAA/K;AAAA,oBAAiLqmC,IAAErmC,IAAE,CAAF,GAAI,CAAvL;AAAA,oBAAyLpmB,IAAE,EAA3L,CAA8L,KAAIsM,IAAE,CAAN,EAAQA,IAAEw+C,CAAV,EAAYx+C,GAAZ;AAAgB0M,wBAAEnZ,EAAEyM,IAAE,CAAJ,CAAF,EAASpV,IAAE2I,EAAEyM,CAAF,CAAX,EAAgBi+C,IAAEvxC,EAAEinH,SAAF,GAAcvmD,MAAd,EAAlB,EAAyCpvB,IAAEpzD,EAAE+oI,SAAF,GAAcvmD,MAAd,EAA3C,EAAkE3uB,EAAEjzD,OAAF,CAAUi9G,SAAV,IAAqB/0G,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAahnC,EAAE7lB,CAAf,EAAiB6lB,EAAE3lB,CAAnB,CAAP,GAA8B5kC,EAAEnL,IAAF,CAAOu2D,IAAE,IAAI26D,GAAGx0B,KAAP,CAAahnC,EAAE7lB,CAAf,EAAiB4lB,EAAE1lB,CAAnB,CAAF,GAAwB,IAAImhF,GAAGx0B,KAAP,CAAajnC,EAAE5lB,CAAf,EAAiB6lB,EAAE3lB,CAAnB,CAA/B,CAA9B,EAAoF5kC,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAajnC,EAAE5lB,CAAf,EAAiB4lB,EAAE1lB,CAAnB,CAAP,CAAzG,IAAwIwmB,KAAGprD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAahnC,EAAE7lB,CAAf,EAAiB1rB,EAAE6e,GAAF,CAAM2pF,KAAGt2D,CAAT,CAAjB,CAAP,GAAsClrD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAahnC,EAAE7lB,CAAf,EAAiB1rB,EAAE6e,GAAF,CAAM2pF,KAAG/0D,CAAT,CAAjB,CAAP,CAAtC,EAA4EN,KAAGnsD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAahnC,EAAE7lB,CAAf,EAAiBxtC,EAAE2gC,GAAF,CAAM2pF,KAAGt2D,CAAT,CAAjB,CAAP,CAA/E,EAAqHlrD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAajnC,EAAE5lB,CAAf,EAAiBxtC,EAAE2gC,GAAF,CAAM2pF,KAAGt2D,CAAT,CAAjB,CAAP,CAArH,EAA2JlrD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAajnC,EAAE5lB,CAAf,EAAiBxtC,EAAE2gC,GAAF,CAAM2pF,KAAG/0D,CAAT,CAAjB,CAAP,CAA9J,KAAsMzsD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAav4E,EAAE6e,GAAF,CAAM0pF,KAAGr2D,CAAT,CAAb,EAAyBX,EAAE3lB,CAA3B,CAAP,GAAsC5kC,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAav4E,EAAE6e,GAAF,CAAM0pF,KAAG90D,CAAT,CAAb,EAAyBlC,EAAE3lB,CAA3B,CAAP,CAAtC,EAA4EunB,KAAGnsD,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAar6F,EAAE2gC,GAAF,CAAM0pF,KAAGr2D,CAAT,CAAb,EAAyBX,EAAE3lB,CAA3B,CAAP,CAA/E,EAAqH5kC,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAar6F,EAAE2gC,GAAF,CAAM0pF,KAAGr2D,CAAT,CAAb,EAAyBZ,EAAE1lB,CAA3B,CAAP,CAArH,EAA2J5kC,EAAEnL,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAar6F,EAAE2gC,GAAF,CAAM0pF,KAAG90D,CAAT,CAAb,EAAyBnC,EAAE1lB,CAA3B,CAAP,CAAjW,CAA1M;AAAhB,iBAAkmB,OAAO5kC,KAAG,EAAV;AAAa,aAA59B,EAAV,CADhpkB,EACynmBsrD,KAAGye,GAAGlyE,MAAH,CAAU,EAACq4G,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,KAAK8kG,MAAjB;AAAA,oBAAwB7mD,IAAEj+C,EAAEsuF,SAA5B;AAAA,oBAAsCtwC,IAAEh+C,EAAEm/B,KAA1C,CAAgDo3E,GAAGv4D,CAAH,KAAOC,CAAP,KAAWD,IAAEC,EAAE9e,KAAf,GAAsB5rC,IAAE,IAAIykH,EAAJ,CAAO,KAAKxsH,OAAL,CAAagiG,MAApB,CAAxB,EAAoD9gF,IAAEnZ,EAAE+uE,OAAF,CAAU,KAAK94B,MAAL,EAAV,CAAtD,EAA+E5+C,IAAE,IAAI8uH,GAAGxpB,IAAP,CAAY,EAACvG,QAAO,EAACxqD,OAAM6e,CAAP,EAAStoC,OAAM1V,EAAE0V,KAAjB,EAAuB0C,SAAQpY,EAAEoY,OAAjC,EAAyCm8E,UAASv0F,EAAEu0F,QAApD,EAAR,EAAsE4P,QAAOnkG,EAAEmkG,MAA/E,EAAZ,CAAjF,EAAqLv5G,EAAEsiG,QAAF,CAAW3kG,IAAX,CAAgBsC,KAAhB,CAAsBD,EAAEsiG,QAAxB,EAAiCxgF,CAAjC,CAArL,EAAyN,KAAKs3F,MAAL,GAAYp5G,CAArO;AAAuO,aAAhT,EAAV,CAD5nmB,EACy7mBg1D,KAAG,EAACpW,QAAO,kBAAU;AAAC,oBAAIj2C,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAE6L,MAAnB;AAAA,oBAA0BwnD,IAAEj+C,EAAEgqG,QAA9B;AAAA,oBAAuChsD,IAAEh+C,EAAExU,OAAF,CAAUglI,UAAnD;AAAA,oBAA8Dp/H,IAAE4O,EAAEgxH,eAAF,CAAkBpmI,EAAEk6G,MAApB,CAAhE;AAAA,oBAA4F3hF,IAAE/xB,EAAE43G,OAAF,EAA9F;AAAA,oBAA0G3nG,IAAE48C,EAAEkyE,kBAAF,CAAqBvlI,EAAEk6G,MAAvB,CAA5G;AAAA,oBAA2IrmD,IAAEp9C,EAAE2nG,OAAF,EAA7I;AAAA,oBAAyJnpD,IAAE7B,IAAES,EAAEkiD,EAAJ,GAAOliD,EAAEmiD,EAApK;AAAA,oBAAuKpiD,IAAE5zD,EAAE6pI,WAA3K;AAAA,oBAAuL36G,IAAElvB,EAAE8pI,WAAF,CAAcl2E,CAAd,CAAzL;AAAA,oBAA0MM,IAAEd,IAAEi3D,EAAF,GAAKC,EAAjN,CAAoN,OAAOr1D,IAAEu5D,GAAGv5D,CAAH,EAAK18B,EAAE27B,IAAE,CAAJ,CAAL,EAAY37B,EAAE27B,IAAE,CAAJ,CAAZ,CAAF,EAAsB,CAACl0D,EAAE6pI,WAAH,IAAgB36G,EAAEhwB,MAAF,GAAS,CAAzB,KAA6ByJ,IAAEumB,EAAE,CAAF,CAAF,EAAOpN,IAAEuqG,GAAGn9F,CAAH,CAAT,EAAekkC,KAAGlkC,EAAEthB,OAAF,CAAU,IAAIihH,GAAGx0B,KAAP,CAAaplC,CAAb,EAAetsD,EAAE+kC,CAAjB,CAAV,GAA+Bxe,EAAEvxB,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAaplC,CAAb,EAAenzC,EAAE4rB,CAAjB,CAAP,CAAlC,KAAgExe,EAAEthB,OAAF,CAAU,IAAIihH,GAAGx0B,KAAP,CAAa1xF,EAAE6kC,CAAf,EAAiBynB,CAAjB,CAAV,GAA+B/lC,EAAEvxB,IAAF,CAAO,IAAIkxH,GAAGx0B,KAAP,CAAav4E,EAAE0rB,CAAf,EAAiBynB,CAAjB,CAAP,CAA/F,CAA5C,CAAtB,EAA+L/lC,CAAtM;AAAwM,aAA/a,EAAgb8pF,cAAa,wBAAU;AAAC,oBAAIrwG,IAAE,KAAKuxG,MAAX;AAAA,oBAAkBp4F,IAAEnZ,EAAE+6F,SAAtB;AAAA,oBAAgC1jG,IAAE2I,EAAE4rC,KAApC,CAA0Co3E,GAAG3rH,CAAH,KAAO8hB,CAAP,KAAW9hB,IAAE8hB,EAAEyyB,KAAf,GAAsB,KAAK6kE,MAAL,GAAY,IAAI0V,GAAG7zB,KAAP,CAAa,EAACse,QAAO5wG,EAAE4wG,MAAV,EAAb,CAAlC,EAAkE,KAAKwwB,UAAL,CAAgB/pI,CAAhB,CAAlE,EAAqF,KAAKw+G,UAAL,CAAgBx+G,CAAhB,CAArF;AAAwG,aAA1lB,EAA2lBw+G,YAAW,oBAAS71G,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKk6G,MAAb;AAAA,oBAAoB9kG,IAAEqiG,GAAG,EAACljE,OAAM5rC,CAAP,EAAS6kB,SAAQxtB,EAAEwtB,OAAnB,EAAH,EAA+BxtB,EAAE88G,IAAjC,CAAtB,CAA6D1nG,EAAE6nB,OAAF,KAAY,CAAC,CAAb,IAAgB7nB,EAAE0V,KAAF,GAAQ,CAAxB,KAA4BhJ,IAAEgtG,GAAGxpB,IAAH,CAAQtN,UAAR,CAAmB,KAAK8xC,WAAL,EAAnB,EAAsC,EAAC/qC,QAAO,EAACxqD,OAAMn/B,EAAEm/B,KAAT,EAAezpB,OAAM1V,EAAE0V,KAAvB,EAA6B0C,SAAQpY,EAAEoY,OAAvC,EAA+Cm8E,UAASv0F,EAAEu0F,QAA1D,EAAmEG,SAAQ,MAA3E,EAAR,EAAtC,CAAF,EAAqI,KAAKsP,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAjK;AAAwL,aAAv2B,EAAw2BioH,YAAW,oBAASphI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKo4F,MAAX;AAAA,oBAAkBl6G,IAAE8uH,GAAGxpB,IAAH,CAAQtN,UAAR,CAAmB,KAAKp5C,MAAL,EAAnB,EAAiC,EAACkgD,MAAK,EAACvqD,OAAM5rC,CAAP,EAAS6kB,SAAQ1L,EAAE0L,OAAnB,EAAN,EAAkCuxE,QAAO,IAAzC,EAAjC,CAApB,CAAqG,KAAKqa,MAAL,CAAY9wF,MAAZ,CAAmBtoB,CAAnB;AAAsB,aAA1/B,EAD57mB,EACw7oB05D,KAAGmZ,GAAGlyE,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,IAAE,IAAN,CAAWA,EAAEw2E,WAAF,GAAc/nH,CAAd,EAAgB+wD,GAAGv0E,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBi0D,CAAhB,EAAkB1qD,CAAlB,EAAoB3I,CAApB,EAAsBoV,CAAtB,CAAhB;AAAyC,aAA5E,EAA6E00H,aAAYj3D,GAAGv0E,EAAH,CAAMsgD,MAA/F,EAAV,CAD37oB,EAC6ipB64D,GAAG/9C,GAAGp7D,EAAN,EAAS02D,EAAT,CAD7ipB,EAC0jpBa,KAAGnC,GAAG/yD,MAAH,CAAU,EAAC2oI,eAAc,uBAAS3gI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAMD,CAAN;AAAA,oBAAQ5sD,CAAR;AAAA,oBAAU+xB,IAAE,IAAZ;AAAA,oBAAiB9hB,IAAE8hB,EAAE33B,OAArB;AAAA,oBAA6BizD,IAAEp9C,EAAEguH,SAAjC;AAAA,oBAA2CxvE,IAAE,CAACnzC,EAAEg7F,IAAF,IAAQ,EAAT,EAAaj+F,KAA1D,CAAgE,OAAOg1C,KAAG7zD,IAAE,CAAL,IAAQoV,CAAR,KAAY5O,IAAE,KAAK6iI,mBAAL,CAAyBvnH,CAAzB,CAAF,EAA8BuxC,IAAE,SAAO7sD,CAAP,GAAS4O,EAAEurG,UAAX,GAAsB,KAAKqpB,eAAL,CAAqBrhI,CAArB,EAAuB3I,CAAvB,EAAyBi1D,CAAzB,CAAtD,EAAkFA,MAAI8/D,EAAJ,KAAS1hE,IAAEA,EAAE51D,KAAF,CAAQ,CAAR,EAAW8Z,OAAX,EAAX,CAA9F,GAAgI09C,MAAI+/D,EAAJ,GAAO,IAAIx7D,EAAJ,CAAO7wD,CAAP,EAASyM,CAAT,EAAWy+C,CAAX,EAAa/xC,CAAb,EAAe9hB,CAAf,CAAP,GAAyB,KAAIozD,IAAE6B,MAAI8/D,EAAJ,GAAOriD,EAAP,GAAUhZ,EAAhB,EAAoB/wD,CAApB,EAAsB0qD,CAAtB,EAAwBvxC,CAAxB,EAA0B9hB,CAA1B,CAAhK;AAA6L,aAA9R,EAA+R2jC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,IAAGK,GAAGp1D,EAAH,CAAMqlC,MAAN,CAAavkC,IAAb,CAAkB,IAAlB,EAAuBuJ,CAAvB,GAA0BmZ,IAAE,KAAKmoH,YAApC,EAAiD,KAAI52E,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAZ,EAAmBm0D,GAAnB;AAAuBrzD,wBAAE8hB,EAAEuxC,CAAF,CAAF,EAAOj+C,IAAE,KAAKszG,YAAL,CAAkBjJ,OAAlB,CAA0Bz/G,EAAE65H,UAA5B,CAAT,EAAiD75H,EAAE2jC,MAAF,CAASvuB,CAAT,CAAjD;AAAvB;AAAoF,aAAnc,EAAoc40H,iBAAgB,yBAASrhI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,IAAE,KAAKktG,YAAnB;AAAA,oBAAgChvH,IAAE9N,EAAE,CAAF,EAAKkxH,UAAvC;AAAA,oBAAkDhmE,IAAEp9C,IAAE9N,EAAEzJ,MAAxD;AAAA,oBAA+D+1D,IAAE,EAAjE,CAAoE,KAAI,KAAKg1E,YAAL,GAAkB,KAAKA,YAAL,IAAmB,EAArC,EAAwCzjI,IAAEiQ,CAA9C,EAAgDjQ,IAAEqtD,CAAlD,EAAoDrtD,GAApD,EAAwD;AAAC4O,wBAAE0M,CAAF,CAAI;AAAG1M,6BAAIi+C,IAAE96B,EAAEnjB,CAAF,EAAK5O,CAAL,CAAN;AAAH,6BAAuB4O,IAAE,CAAF,IAAK,CAACi+C,CAA7B,EAAgCA,KAAGrzD,MAAI+0H,EAAJ,IAAQvuH,IAAEiQ,CAAV,IAAa,CAAC8hB,EAAEnjB,CAAF,EAAK5O,IAAE,CAAP,CAAd,IAAyByuD,EAAEt3D,IAAF,CAAO,KAAKusI,qBAAL,CAA2B1jI,CAA3B,EAA6BA,IAAE,CAA/B,EAAiC4O,CAAjC,CAAP,CAAzB,EAAqE6/C,EAAEt3D,IAAF,CAAO01D,CAAP,CAArE,EAA+ErzD,MAAI+0H,EAAJ,IAAQvuH,IAAE,CAAF,GAAIqtD,CAAZ,IAAe,CAACt7B,EAAEnjB,CAAF,EAAK5O,IAAE,CAAP,CAAhB,IAA2ByuD,EAAEt3D,IAAF,CAAO,KAAKusI,qBAAL,CAA2B1jI,CAA3B,EAA6BA,IAAE,CAA/B,EAAiC4O,CAAjC,CAAP,CAA7G,KAA2Jg+C,IAAE,KAAK+2E,oBAAL,CAA0B3jI,CAA1B,CAAF,EAA+B,KAAKyjI,YAAL,CAAkBtsI,IAAlB,CAAuBy1D,CAAvB,CAA/B,EAAyD6B,EAAEt3D,IAAF,CAAOy1D,CAAP,CAApN;AAA+N,wBAAO6B,CAAP;AAAS,aAA72B,EAA82Bi1E,uBAAsB,+BAASvhI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,qBAAI,IAAIoV,CAAJ,EAAMi+C,IAAE,KAAKoyE,YAAjB,EAA8BzlI,IAAE,CAAF,IAAK,CAACoV,CAApC;AAAuCpV,yBAAIoV,IAAEi+C,EAAErzD,CAAF,EAAK8hB,CAAL,CAAN;AAAvC,iBAAqD,OAAO1M,IAAEA,IAAEi+C,EAAErzD,CAAF,EAAK2I,CAAL,CAAJ,IAAayM,IAAE,KAAK+0H,oBAAL,CAA0BxhI,CAA1B,CAAF,EAA+B,KAAKshI,YAAL,CAAkBtsI,IAAlB,CAAuByX,CAAvB,CAA5C,GAAuEA,CAA9E;AAAgF,aAAzhC,EAA0hC+0H,sBAAqB,8BAASxhI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKikH,YAAL,CAAkB,EAAlB,EAAqB,CAArB,CAAN;AAAA,oBAA8B/lI,IAAE,IAAI25D,EAAJ,CAAO,CAAP,EAAS73C,CAAT,CAAhC,CAA4C,OAAO9hB,EAAE65H,UAAF,GAAalxH,CAAb,EAAe3I,EAAEk6G,MAAF,GAAS,EAAxB,EAA2Bl6G,CAAlC;AAAoC,aAA3oC,EAA4oCqpI,qBAAoB,6BAAS1gI,CAAT,EAAW;AAAC,uBAAOA,EAAE6gI,aAAF,IAAiB/1B,EAAxB;AAA2B,aAAvsC,EAAV,CAD7jpB,EACixrBj6C,KAAGE,GAAG/4D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAID,IAAE,IAAN,CAAWA,EAAEg3E,WAAF,GAActoH,CAAd,EAAgBsxC,EAAEqxE,SAAF,GAAYzkI,CAA5B,EAA8B6yE,GAAGv0E,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBg0D,CAAhB,EAAkBzqD,CAAlB,EAAoByM,CAApB,EAAsBi+C,CAAtB,CAA9B;AAAuD,aAA5F,EAA6Fg3E,gBAAe,0BAAU;AAAC,oBAAI1hI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKsqI,eAAf,CAA+B,OAAOtqI,MAAI2I,IAAE,IAAIykH,EAAJ,CAAO,KAAKxsH,OAAL,CAAagiG,MAApB,CAAF,EAA8B9gF,IAAE+wD,GAAGv0E,EAAH,CAAMsgD,MAAN,CAAax/C,IAAb,CAAkB,IAAlB,CAAhC,EAAwDY,IAAE,KAAKsqI,eAAL,GAAqB3hI,EAAE+uE,OAAF,CAAU51D,CAAV,CAAnF,GAAiG9hB,CAAxG;AAA0G,aAAhQ,EAAiQg5G,cAAa,wBAAU;AAAC,oBAAIrwG,IAAE,KAAKuxG,MAAX;AAAA,oBAAkBp4F,IAAEnZ,EAAE+6F,SAAtB;AAAA,oBAAgC1jG,IAAE2I,EAAE4rC,KAApC,CAA0Co3E,GAAG3rH,CAAH,KAAO8hB,CAAP,KAAW9hB,IAAE8hB,EAAEyyB,KAAf,GAAsB,KAAK6kE,MAAL,GAAY,IAAI0V,GAAG7zB,KAAP,CAAa,EAACse,QAAO5wG,EAAE4wG,MAAV,EAAb,CAAlC,EAAkE,KAAKgxB,UAAL,CAAgB,EAACzrC,MAAK,EAACvqD,OAAMv0C,CAAP,EAASwtB,SAAQ7kB,EAAE6kB,OAAnB,EAAN,EAAkCuxE,QAAO,IAAzC,EAAhB,CAAlE,EAAkI,KAAKyrC,YAAL,CAAkB,EAACzrC,QAAO0Y,GAAG,EAACljE,OAAMv0C,CAAP,EAASwtB,SAAQ7kB,EAAE6kB,OAAnB,EAA2Bs8E,SAAQ,MAAnC,EAAH,EAA8CnhG,EAAEm0G,IAAhD,CAAR,EAAlB,CAAlI;AAAoN,aAAvhB,EAAwhBytB,YAAW,oBAASzoH,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,IAAE,KAAK8xG,cAAL,EAAhB;AAAA,oBAAsC5zH,IAAE8hB,EAAE96B,KAAF,CAAQ,CAAR,CAAxC;AAAA,oBAAmDo2D,IAAE,KAAKu2E,WAA1D,CAAsE,KAAK3F,SAAL,IAAgB5wE,CAAhB,KAAoB7zD,IAAE6zD,EAAEw2E,cAAF,EAAF,EAAqBj1H,IAAEi3G,GAAGrsH,CAAH,EAAMknC,MAAN,EAAvB,EAAsCzwB,EAAE9Y,IAAF,CAAO,IAAImxH,GAAGtpB,OAAP,CAAepwF,CAAf,EAAiBA,CAAjB,EAAmBi3G,GAAG9zF,CAAH,EAAM2O,MAAN,EAAnB,CAAP,CAAtC,EAAiFmsB,IAAE1qD,EAAE7I,GAAF,CAAME,CAAN,EAAQ,UAAS2I,CAAT,EAAW;AAAC,2BAAO,IAAImmH,GAAGtpB,OAAP,CAAe78F,EAAEu+B,MAAF,EAAf,EAA0Bv+B,EAAEg5F,UAAF,EAA1B,EAAyCh5F,EAAE+4F,SAAF,EAAzC,CAAP;AAA+D,iBAAnF,EAAqFnqF,OAArF,EAAnF,EAAkLg3G,GAAG93G,CAAH,EAAK48C,CAAL,CAAlL,EAA0LD,IAAE38C,EAAE,CAAF,EAAKywB,MAAL,EAA5L,EAA0MzwB,EAAE9Y,IAAF,CAAO,IAAImxH,GAAGtpB,OAAP,CAAepyC,CAAf,EAAiBA,CAAjB,EAAmBi5D,GAAGh5D,CAAH,EAAMnsB,MAAN,EAAnB,CAAP,CAA9N,GAA0Q1gC,IAAE,IAAIsoH,GAAGxpB,IAAP,CAAYxjF,CAAZ,CAA5Q,EAA2Rtb,EAAE87F,QAAF,CAAW3kG,IAAX,CAAgBsC,KAAhB,CAAsBuG,EAAE87F,QAAxB,EAAiC7rF,CAAjC,CAA3R,EAA+T,KAAKg0H,SAAL,CAAejkI,CAAf,CAA/T,EAAiV,KAAK4yG,MAAL,CAAY9wF,MAAZ,CAAmB9hB,CAAnB,CAAjV;AAAuW,aAA59B,EAA69BikI,WAAU,mBAAS9hI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEjW,MAAf;AAAA,oBAAsBuJ,IAAE0M,EAAEsoH,WAA1B;AAAA,oBAAsC/2E,IAAErzD,EAAEo/G,QAA1C;AAAA,oBAAmDhsD,IAAEpzD,EAAEY,OAAF,CAAUglI,UAA/D;AAAA,oBAA0Ep/H,IAAExG,EAAEomI,eAAF,CAAkBtkH,EAAEo4F,MAApB,CAA5E;AAAA,oBAAwG3hF,IAAE/xB,EAAE43G,OAAF,EAA1G;AAAA,oBAAsH3nG,IAAE48C,EAAEkyE,kBAAF,CAAqBzjH,EAAEo4F,MAAvB,CAAxH;AAAA,oBAAuJrmD,IAAEp9C,EAAE2nG,OAAF,EAAzJ;AAAA,oBAAqKnpD,IAAE7B,IAAES,EAAEkiD,EAAJ,GAAOliD,EAAEmiD,EAAhL;AAAA,oBAAmLpiD,IAAER,IAAEi3D,EAAF,GAAKC,EAA1L;AAAA,oBAA6Lp7F,IAAEpN,EAAEuoH,cAAF,EAA/L;AAAA,oBAAkNn2E,IAAEhlC,EAAE,CAAF,EAAKgY,MAAL,EAApN;AAAA,oBAAkO8sB,IAAEq4D,GAAGn9F,CAAH,EAAMgY,MAAN,EAApO,CAAmP+tB,IAAEu5D,GAAGv5D,CAAH,EAAK18B,EAAEq7B,IAAE,CAAJ,CAAL,EAAYr7B,EAAEq7B,IAAE,CAAJ,CAAZ,CAAF,EAAsB5zD,EAAEY,OAAF,CAAU6jI,SAAV,IAAqBrvH,CAArB,IAAwB,EAAE8Z,EAAEhwB,MAAF,GAAS,CAAX,CAAxB,KAAwCk0D,IAAEzqD,EAAE65F,MAAF,CAASvtC,CAAT,EAAWjB,EAAEtmB,CAAb,EAAgB80D,MAAhB,CAAuBvtC,CAAvB,EAAyBf,EAAExmB,CAA3B,CAAF,GAAgC/kC,EAAE65F,MAAF,CAASxuC,EAAExmB,CAAX,EAAaynB,CAAb,EAAgButC,MAAhB,CAAuBtuC,EAAE1mB,CAAzB,EAA2BynB,CAA3B,CAAxE,CAAtB;AAA6H,aAAn2C,EAAo2Cu1E,cAAa,sBAAS7hI,CAAT,EAAW;AAAC,oBAAGA,EAAEo2F,MAAF,CAASj0E,KAAT,GAAe,CAAlB,EAAoB;AAAC,wBAAIhJ,IAAE,IAAIgtG,GAAGxpB,IAAP,CAAY38F,CAAZ,CAAN,CAAqBmZ,EAAEwgF,QAAF,CAAW3kG,IAAX,CAAgBsC,KAAhB,CAAsB6hB,EAAEwgF,QAAxB,EAAiC,KAAK+nC,cAAL,EAAjC,GAAwD,KAAKjxB,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAxD;AAA8E;AAAC,aAAt/C,EAAV,CADpxrB,EACuxuB4wD,KAAGrZ,GAAG14D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,IAAE,IAAN,CAAWA,EAAEw2E,WAAF,GAAc/nH,CAAd,EAAgBu3C,GAAG/6D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBi0D,CAAhB,EAAkB1qD,CAAlB,EAAoB3I,CAApB,EAAsBoV,CAAtB,CAAhB;AAAyC,aAA5E,EAA6E00H,aAAYzwE,GAAG/6D,EAAH,CAAMsgD,MAA/F,EAAV,CAD1xuB,EAC44uB64D,GAAG/kC,GAAGp0E,EAAN,EAAS02D,EAAT,CAD54uB,EACy5uB4d,KAAGs6C,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEo/G,QAAF,GAAWz2G,CAAhC,EAAkC3I,EAAE0qI,WAAF,GAAc,EAAhD,EAAmD1qI,EAAE2qI,WAAF,GAAc,EAAjE,EAAoE3qI,EAAE4+C,MAAF,GAAS,EAA7E,EAAgF5+C,EAAEylI,YAAF,GAAe,EAA/F,EAAkGzlI,EAAE0lI,aAAF,GAAgB,EAAlH,EAAqH1lI,EAAE2lI,WAAF,GAAc,EAAnI,EAAsI3lI,EAAEi6D,MAAF,EAAtI;AAAiJ,aAAhL,EAAiLr5D,SAAQ,EAACs5G,QAAO,EAAR,EAAW/e,SAAQ,EAAChhC,QAAO,UAAR,EAAnB,EAAuC5oB,QAAO,EAAC4oB,QAAO,UAAR,EAA9C,EAAkEqmC,MAAK,CAAC,CAAxE,EAAzL,EAAoQvmC,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAWA,EAAEk9H,kBAAF,CAAqBruB,GAAG7uG,EAAEm9H,QAAL,EAAcn9H,CAAd,CAArB;AAAuC,aAAxU,EAAyUg+H,aAAY,qBAASh+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEzqD,EAAErE,KAAF,CAAQwd,CAAR,CAAf;AAAA,oBAA0Btb,IAAEsb,IAAE,OAA9B;AAAA,oBAAsCyW,IAAEzW,IAAE,UAA1C;AAAA,oBAAqDrL,IAAEqL,IAAE,WAAzD;AAAA,oBAAqE+xC,IAAE7zD,EAAEg+H,QAAzE;AAAA,oBAAkF/oE,IAAEj1D,EAAEk6G,MAAtF;AAAA,oBAA6FtmD,IAAEjrD,EAAE/H,OAAF,CAAU8oH,SAAzG;AAAA,oBAAmHx6F,IAAElvB,EAAEu4B,CAAF,CAArH;AAAA,oBAA0H27B,IAAEl0D,EAAEyW,CAAF,CAA5H,CAAiI0/C,EAAE/C,CAAF,MAAO+C,EAAEjnC,CAAF,KAAMinC,EAAEjC,CAAF,CAAN,KAAa9+C,IAAE,EAAC+vH,KAAIj2G,CAAL,EAAO5mB,MAAK4rD,CAAZ,EAAf,GAA+BN,KAAGo4D,GAAGp4D,EAAEptD,CAAF,CAAH,CAAH,KAAc6sD,EAAEuzE,iBAAF,GAAoBvzE,EAAEuzE,iBAAF,IAAqB,EAACp5F,GAAE,EAAH,EAAME,GAAE,EAAR,EAAzC,EAAqD2lB,EAAEuzE,iBAAF,CAAoB9kH,CAApB,EAAuB+xC,CAAvB,IAA0BR,EAAEuzE,iBAAF,CAAoB9kH,CAApB,EAAuB+xC,CAAvB,KAA2B,IAAIJ,EAAJ,CAAOG,EAAEptD,CAAF,CAAP,EAAYyuD,CAAZ,EAAcnzC,CAAd,CAA1G,EAA2H1M,IAAEi+C,EAAEuzE,iBAAF,CAAoB9kH,CAApB,EAAuB+xC,CAAvB,EAA0ByxE,aAA1B,CAAwClyE,CAAxC,EAA0CQ,EAAEptD,CAAF,CAA1C,CAA3I,CAA/B,EAA2N4O,KAAGi+C,EAAEwzE,gBAAF,CAAmBzxH,CAAnB,EAAqBzM,CAArB,EAAuBmZ,CAAvB,CAArO;AAAgQ,aAAtuB,EAAuuB+kH,kBAAiB,0BAASl+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEzqD,EAAEw8H,GAAjB;AAAA,oBAAqB3+H,IAAEmC,EAAEL,IAAzB;AAAA,oBAA8BiwB,IAAEzW,EAAEo4F,MAAlC;AAAA,oBAAyCzjG,IAAEzW,MAAIsqH,EAA/C;AAAA,oBAAkDz2D,IAAE/xC,EAAElhB,OAAF,CAAU8oH,SAA9D;AAAA,oBAAwEz0D,IAAE,EAA1E,CAA6EnzC,EAAE9hB,IAAE,KAAJ,IAAWozD,CAAX,EAAatxC,EAAE9hB,IAAE,MAAJ,IAAYwG,CAAzB,EAA2Bsb,EAAE4nG,SAAF,GAAY5nG,EAAE4nG,SAAF,IAAa,EAApD,EAAuDt0G,IAAE,IAAIqkD,EAAJ,CAAOrG,CAAP,EAAS5sD,CAAT,EAAWiQ,CAAX,EAAa48C,CAAb,EAAe96B,CAAf,EAAiBs7B,CAAjB,CAAzD,EAA6E/xC,EAAE4nG,SAAF,CAAY/rH,IAAZ,CAAiByX,CAAjB,CAA7E,EAAiG0M,EAAEwG,MAAF,CAASlT,CAAT,CAAjG,EAA6G6/C,EAAEj1D,CAAF,IAAKozD,CAAlH,EAAoHC,EAAE0zE,WAAF,CAAc9xE,CAAd,EAAgB18B,CAAhB,CAApH,EAAuI08B,EAAEj1D,CAAF,IAAKwG,CAA5I,EAA8I6sD,EAAE0zE,WAAF,CAAc9xE,CAAd,EAAgB18B,CAAhB,CAA9I;AAAiK,aAAt/B,EAAu/ButG,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAE1qD,EAAE6kC,CAAjB;AAAA,oBAAmB4lB,IAAEzqD,EAAE+kC,CAAvB;AAAA,oBAAyBlnC,IAAEsb,EAAEk8G,QAA7B;AAAA,oBAAsCzlG,IAAE,KAAK33B,OAAL,CAAas5G,MAAb,CAAoB1zG,CAApB,CAAxC;AAAA,oBAA+DiQ,IAAE,KAAK4yH,mBAAL,CAAyB9wG,CAAzB,CAAjE;AAAA,oBAA6Fs7B,IAAEz+C,EAAEqwH,YAAF,CAAej/H,CAAf,CAA/F,CAAiHuxD,EAAE1E,CAAF,KAAM0E,EAAE3E,CAAF,CAAN,KAAazqD,IAAE,KAAKiiI,kBAAL,CAAwBjiI,CAAxB,EAA0B8N,CAA1B,CAAf,GAA6C9N,MAAI3I,IAAEoV,EAAE4xH,WAAF,CAAcr+H,CAAd,EAAgBmZ,CAAhB,CAAF,EAAqB9hB,MAAIs1G,GAAGt1G,CAAH,EAAK8hB,CAAL,GAAQ1M,EAAEuxH,WAAF,CAAc3mI,CAAd,EAAgBqqH,EAAhB,EAAmBvoG,CAAnB,CAAR,EAA8B1M,EAAEuxH,WAAF,CAAc3mI,CAAd,EAAgBsqH,EAAhB,EAAmBxoG,CAAnB,CAAlC,CAArB,EAA8E1M,EAAE2xH,WAAF,CAAcp+H,CAAd,EAAgBmZ,EAAEo4F,MAAlB,CAAlF,CAA7C,EAA0J9kG,EAAEwpC,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAA1J,EAA2K6zD,EAAEl2D,IAAF,CAAOqC,CAAP,CAA3K;AAAqL,aAApzC,EAAqzCqpI,qBAAoB,6BAAS1gI,CAAT,EAAW;AAAC,uBAAOA,EAAE6gI,aAAT;AAAuB,aAA52C,EAA62CoB,oBAAmBrzB,EAAh4C,EAAm4CwvB,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEzM,EAAE6kC,CAAf;AAAA,oBAAiB6lB,IAAE1qD,EAAE+kC,CAArB;AAAA,oBAAuB0lB,IAAEtxC,EAAEo2G,KAA3B;AAAA,oBAAiC1xH,IAAEsb,EAAEq2G,KAArC;AAAA,oBAA2C5/F,IAAEv4B,EAAE0qI,WAAF,CAAct3E,CAAd,CAA7C;AAAA,oBAA8D38C,IAAEzW,EAAE2qI,WAAF,CAAcnkI,CAAd,CAAhE,CAAiFuxD,EAAE3iD,CAAF,MAAOmjB,IAAEv4B,EAAE0qI,WAAF,CAAct3E,CAAd,IAAiB76B,KAAG,EAAC2d,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAAtB,EAAsC,QAAO59G,CAAP,yCAAOA,CAAP,OAAWm1G,EAAX,KAAgBn1G,IAAE4+C,EAAE5+C,CAAF,CAAlB,CAAtC,EAA8DmjB,EAAE2d,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAO3d,EAAE2d,GAAT,EAAa9gC,CAAb,CAApE,EAAoFmjB,EAAE5L,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAO4L,EAAE5L,GAAT,EAAavX,CAAb,CAAjG,GAAkH2iD,EAAE1E,CAAF,MAAO58C,IAAEzW,EAAE2qI,WAAF,CAAcnkI,CAAd,IAAiBiQ,KAAG,EAACy/B,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAAtB,EAAsC,QAAO3/D,CAAP,yCAAOA,CAAP,OAAWk3D,EAAX,KAAgBl3D,IAAEW,EAAEX,CAAF,CAAlB,CAAtC,EAA8D58C,EAAEy/B,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOz/B,EAAEy/B,GAAT,EAAamd,CAAb,CAApE,EAAoF58C,EAAEkW,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOlW,EAAEkW,GAAT,EAAa0mC,CAAb,CAAjG,CAAlH;AAAoO,aAAltD,EAAmtD4zE,kBAAiB,0BAASt+H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAEpV,EAAEk6G,MAAR;AAAA,oBAAe7mD,IAAErzD,EAAEg+H,QAAnB;AAAA,oBAA4B5qE,IAAE,EAAC3iB,UAASr7B,EAAEsuF,SAAZ,EAAsB8nB,UAAS,CAAC,MAAD,EAAQ,SAAR,EAAkB,SAAlB,EAA4B,QAA5B,EAAqC,QAArC,EAA8C,qBAA9C,EAAoE,qBAApE,CAA/B,EAA9B;AAAA,oBAAyJhlH,IAAE,KAAKm/H,WAAL,CAAiBtyE,CAAjB,CAA3J,CAA+K,OAAO24D,GAAGxlH,CAAH,MAAQ,KAAKm/H,WAAL,CAAiBtyE,CAAjB,IAAoB7sD,IAAE0vD,EAAEvtD,CAAF,EAAI,EAAJ,EAAOyqD,CAAP,EAAS,CAAC,CAAV,CAA9B,GAA4C5sD,MAAImC,IAAE8uG,GAAG,EAAH,EAAM9uG,CAAN,CAAF,EAAWutD,EAAEvtD,CAAF,EAAI,EAACrE,OAAMwd,CAAP,EAASo4F,QAAO9kG,CAAhB,EAAkBwyD,UAAS5nE,EAAE4nE,QAA7B,EAAJ,EAA2CxU,CAA3C,CAAf,CAA5C,EAA0GzqD,CAAjH;AAAmH,aAAthE,EAAuhEq9H,WAAU,qBAAU;AAAC,uBAAOrsE,EAAP;AAAU,aAAtjE,EAAujEosE,cAAa,sBAASp9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,KAAKswH,aAAL,CAAmB5jH,CAAnB,CAAR,CAA8B,OAAO1M,MAAIpV,IAAE,KAAKgmI,SAAL,GAAiB1nI,EAAjB,CAAoBmyC,QAAtB,EAA+B,KAAKi1F,aAAL,CAAmB5jH,CAAnB,IAAsB1M,IAAEqiG,GAAG,EAAH,EAAMz3G,CAAN,EAAQ,EAACinH,SAAQ,EAACz5F,SAAQ7kB,EAAE6kB,OAAX,EAAT,EAA6B2tE,SAAQ,EAAChhC,QAAO,KAAKv5D,OAAL,CAAau6F,OAAb,CAAqBhhC,MAA7B,EAArC,EAA0E5oB,QAAO,EAAC4oB,QAAO,KAAKv5D,OAAL,CAAa2wC,MAAb,CAAoB4oB,MAA5B,EAAjF,EAAR,EAA8HxxD,CAA9H,CAA3D,GAA6LyM,CAApM;AAAsM,aAAtzE,EAAuzE4xH,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAEvxC,EAAEo4F,MAAjB;AAAA,oBAAwB9mD,IAAE,KAAK2yE,YAAL,CAAkB1yE,CAAlB,EAAoBvxC,EAAEk8G,QAAtB,CAA1B;AAAA,oBAA0Dx3H,IAAEsb,EAAEyyB,KAAF,IAAS8e,EAAE9e,KAAvE,CAA6E,OAAO6e,IAAEh+C,EAAE6xH,gBAAF,CAAmB7zE,CAAnB,EAAqBzqD,CAArB,EAAuBmZ,CAAvB,CAAF,EAA4Bw1F,GAAGl2G,UAAH,CAAciyD,EAAE9e,KAAhB,MAAyB/tC,IAAE4sD,EAAE7e,KAA7B,CAA5B,EAAgEv0C,IAAE,IAAI25D,EAAJ,CAAOhxD,CAAP,EAASyqD,CAAT,CAAlE,EAA8EpzD,EAAEu0C,KAAF,GAAQ/tC,CAAtF,EAAwF4O,EAAEkT,MAAF,CAAStoB,CAAT,CAAxF,EAAoGA,CAA3G;AAA6G,aAA3gF,EAA4gF6oI,YAAW,oBAASlgI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKs9F,QAAX;AAAA,oBAAoBp/G,IAAE2I,EAAEuvH,KAAxB;AAAA,oBAA8B9iH,IAAEpV,IAAE8hB,EAAE+oH,UAAF,CAAa7qI,CAAb,CAAF,GAAkB8hB,EAAE09F,KAApD;AAAA,oBAA0DnsD,IAAE1qD,EAAEwvH,KAA9D;AAAA,oBAAoE/kE,IAAEC,IAAEvxC,EAAEgpH,UAAF,CAAaz3E,CAAb,CAAF,GAAkBvxC,EAAE49F,KAA1F,CAAgG,IAAG,CAACtqG,CAAJ,EAAM,MAAM/X,MAAM,uCAAqC2C,CAA3C,CAAN,CAAoD,IAAG,CAACozD,CAAJ,EAAM,MAAM/1D,MAAM,uCAAqCg2D,CAA3C,CAAN;AAC/v+B,uBAAM,EAAC7lB,GAAEp4B,CAAH,EAAKs4B,GAAE0lB,CAAP,EAAN;AAAgB,aAD4i5B,EAC3i5BzvB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEwpC,MAAnB;AAAA,oBAA0BwU,IAAE,CAA5B;AAAA,oBAA8B5sD,IAAE,CAAC4O,EAAExU,OAAF,CAAU4/F,IAA3C,CAAgDprF,EAAEywH,kBAAF,CAAqB,UAASl9H,CAAT,EAAW4vB,CAAX,EAAa;AAACzW,wBAAEuxC,EAAED,GAAF,CAAF,EAASpzD,IAAEoV,EAAEyzH,UAAF,CAAatwG,EAAE2hF,MAAf,CAAX,CAAkC,IAAIzjG,CAAJ;AAAA,wBAAMo9C,IAAE7zD,EAAEwtC,CAAF,CAAIiyE,OAAJ,CAAY92G,EAAE6kC,CAAd,EAAgB7kC,EAAE6kC,CAAlB,EAAoBhnC,CAApB,CAAR;AAAA,wBAA+ByuD,IAAEj1D,EAAE0tC,CAAF,CAAI+xE,OAAJ,CAAY92G,EAAE+kC,CAAd,EAAgB/kC,EAAE+kC,CAAlB,EAAoBlnC,CAApB,CAAjC,CAAwDsb,MAAI+xC,KAAGoB,CAAH,IAAMx+C,IAAErB,EAAEkyH,SAAF,CAAYzzE,CAAZ,EAAcoB,CAAd,CAAF,EAAmBnzC,EAAE6hB,MAAF,CAASltB,CAAT,CAAzB,IAAsCqL,EAAEmb,OAAF,GAAU,CAAC,CAArD;AAAwD,iBAArL,GAAuL7nB,EAAEurB,GAAF,GAAMh4B,CAA7L;AAA+L,aADyy4B,EACxy4B2+H,WAAU,mBAAS3+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO,IAAIypG,EAAJ,CAAO5iH,EAAEotG,EAAT,EAAYj0F,EAAEk0F,EAAd,EAAiBrtG,EAAEstG,EAAnB,EAAsBn0F,EAAEo0F,EAAxB,CAAP;AAAmC,aAD6u4B,EAC5u4B2vB,oBAAmB,4BAASl9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,IAAE,IAApB;AAAA,oBAAyBo9C,IAAEp9C,EAAE7V,OAA7B;AAAA,oBAAqCq0D,IAAEpB,EAAEqmD,MAAzC;AAAA,oBAAgDtmD,IAAEn9C,EAAEgvH,YAApD,CAAiE,KAAIzlI,IAAE,CAAN,EAAQA,IAAEi1D,EAAE/1D,MAAZ,EAAmBc,GAAnB;AAAuB,yBAAIoV,IAAE6/C,EAAEj1D,CAAF,CAAF,EAAOqzD,IAAEO,EAAE5zD,CAAF,CAAT,EAAcqzD,MAAIO,EAAE5zD,CAAF,IAAK,EAAT,CAAd,EAA2B8hB,IAAE,CAAjC,EAAmCA,IAAE1M,EAAEgH,IAAF,CAAOld,MAA5C,EAAmD4iB,GAAnD;AAAuDsxC,4BAAE,KAAKu0E,UAAL,CAAgBvyH,CAAhB,EAAkBpV,CAAlB,EAAoB8hB,CAApB,CAAF,EAAyBtb,IAAE4sD,EAAEo5D,WAA7B,EAAyCj0F,IAAE66B,EAAE4e,MAA7C,EAAoDrpE,EAAEnC,CAAF,EAAIixG,GAAG,EAACszB,SAAQjpH,CAAT,EAAWo4F,QAAO9kG,CAAlB,EAAoB4oH,UAASh+H,CAA7B,EAA+B4nE,UAASxyD,EAAEgH,IAAF,CAAO0F,CAAP,CAAxC,EAAkDnG,OAAMlF,CAAxD,EAAH,EAA8D8hB,CAA9D,CAAJ,CAApD;AAAvD;AAAvB;AAAwM,aADo83B,EACn83BovG,YAAWpuE,GAAGj7D,EAAH,CAAMqpI,UADk73B,EACv63BzD,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAErE,KAAR,CAAc,OAAO0pH,GAAGlsG,CAAH,EAAK9hB,EAAEwtC,CAAP,EAASxtC,EAAE0tC,CAAX,CAAP;AAAqB,aADq23B,EACp23B+7F,iBAAgB,2BAAU;AAAC,oBAAI9gI,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK88B,MAAb;AAAA,oBAAoB5+C,IAAE,EAAtB,CAAyB,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,sBAAErC,IAAF,CAAO,CAACmkB,EAAEnZ,CAAF,KAAM,EAAP,EAAW83G,MAAlB;AAAvB,iBAAiD,OAAOzgH,CAAP;AAAS,aADsv3B,EAAV,CAD55uB,EAE70Iy3G,GAAG7kC,GAAGt0E,EAAN,EAASg7D,EAAT,CAF60I,EAEh0ImZ,KAAGG,GAAGjyE,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAWiqE,GAAGt0E,EAAH,CAAM27D,MAAN,CAAa76D,IAAb,CAAkBuJ,CAAlB,GAAqBA,EAAEugI,cAAF,EAArB;AAAwC,aAAtE,EAAuEI,eAAc,uBAAS3gI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAEvxC,EAAEjD,KAAV,CAAgB,OAAO,KAAIzJ,IAAEi+C,MAAI2hE,EAAJ,GAAO5gE,EAAP,GAAUye,EAAhB,EAAoBlqE,CAApB,EAAsBmZ,CAAtB,EAAwB9hB,CAAxB,CAAP;AAAkC,aAAvJ,EAAwJypI,iBAAgB,2BAAU;AAAC,oBAAI9gI,IAAEiqE,GAAGt0E,EAAH,CAAMmrI,eAAN,CAAsBrqI,IAAtB,CAA2B,IAA3B,CAAN,CAAuC,OAAOuJ,EAAEjL,MAAF,CAAS,KAAKyrI,SAAd,CAAP;AAAgC,aAA1P,EAA2PyB,oBAAmB,4BAASjiI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAGA,MAAI2xF,EAAP,EAAU;AAAC,wBAAIzzG,IAAE,EAACwtC,GAAE7kC,EAAE6kC,CAAL,EAAOE,GAAE/kC,EAAE+kC,CAAX,EAAN,CAAoB,OAAOqqB,EAAE/3D,EAAEwtC,CAAJ,MAASxtC,EAAEwtC,CAAF,GAAI,CAAb,GAAgBuqB,EAAE/3D,EAAE0tC,CAAJ,MAAS1tC,EAAE0tC,CAAF,GAAI,CAAb,CAAhB,EAAgC1tC,CAAvC;AAAyC;AAAC,aAArW,EAAV,CAF6zI,EAE38Hy3G,GAAGhlC,GAAGn0E,EAAN,EAASq0E,EAAT,CAF28H,EAE97HhB,KAAGiB,GAAGjyE,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKkpH,QAAL,GAAchY,EAAd,EAAiBpgD,GAAGt0E,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,EAAuBmZ,CAAvB,CAAjB;AAA2C,aAA/D,EAAgElhB,SAAQ,EAACu6F,SAAQ,EAAChhC,QAAO,KAAR,EAAT,EAAwB5oB,QAAO,EAAC4oB,QAAO,KAAR,EAA/B,EAAxE,EAAuH2rE,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,yBAAOnZ,EAAE84B,IAAT,KAAgB94B,EAAE84B,IAAF,GAAO,CAAP,IAAU94B,EAAE84B,IAAF,GAAO,CAAP,IAAU3f,EAAEo4F,MAAF,CAAS8d,cAAT,CAAwB/6F,OAA5D,KAAsE,KAAK+tG,QAAL,GAAc31B,GAAG1oF,GAAH,CAAO,KAAKq+G,QAAZ,EAAqB31B,GAAGxnE,GAAH,CAAOllC,EAAE84B,IAAT,CAArB,CAAd,EAAmDmxC,GAAGt0E,EAAH,CAAMwnI,QAAN,CAAe1mI,IAAf,CAAoB,IAApB,EAAyBuJ,CAAzB,EAA2BmZ,CAA3B,CAAzH,KAAyJ,KAAK88B,MAAL,CAAYjhD,IAAZ,CAAiB,IAAjB,GAAuB,KAAK8nI,YAAL,CAAkB3jH,EAAEk8G,QAApB,EAA8BrgI,IAA9B,CAAmC,IAAnC,CAAhL;AAA0N,aAAxW,EAAyWgmC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAEmpH,iBAAF,CAAoBtiI,CAApB,GAAuBiqE,GAAGt0E,EAAH,CAAMqlC,MAAN,CAAavkC,IAAb,CAAkB0iB,CAAlB,EAAoBnZ,CAApB,CAAvB;AAA8C,aAArb,EAAsbq9H,WAAU,qBAAU;AAAC,uBAAOlzD,EAAP;AAAU,aAArd,EAAsdk0D,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEtxC,EAAEo4F,MAAnB;AAAA,oBAA0B1zG,IAAE4sD,EAAEh3C,IAAF,CAAOld,MAAnC;AAAA,oBAA0Cq5B,IAAEzW,EAAEipH,OAAF,IAAW/Y,KAAGxrH,CAAd,CAA5C;AAAA,oBAA6DiQ,IAAE,EAAC2c,OAAMmF,CAAP,EAASzJ,UAASkjG,KAAGz5F,CAArB,EAAuBt2B,MAAK4tH,EAA5B,EAA/D;AAAA,oBAA+Fh8D,IAAE/xC,EAAEyyB,KAAF,IAAS6e,EAAE7e,KAA5G,CAAkH,OAAO5rC,EAAE84B,IAAF,GAAO,CAAP,IAAU2xB,EAAE4kE,cAAF,CAAiB/6F,OAA3B,KAAqC42B,IAAE+3D,GAAGx4D,EAAE4kE,cAAF,CAAiBzjF,KAApB,EAA0Bsf,CAA1B,CAAvC,GAAqEz+C,IAAEqiG,GAAG,EAAClmE,QAAO,EAACxhB,WAAU,EAACqD,OAAMmF,CAAP,EAASzJ,UAASkjG,KAAGz5F,CAArB,EAAX,EAAR,EAAH,EAAgD,KAAKwtG,YAAL,CAAkB3yE,CAAlB,EAAoBtxC,EAAEk8G,QAAtB,CAAhD,EAAgF,EAAC/W,SAAQ,EAAChlH,MAAKguH,EAAN,EAASjiG,QAAOolC,EAAEplC,MAAlB,EAAyBR,SAAQ4lC,EAAE5lC,OAAnC,EAA2CuC,WAAUtZ,CAArD,EAAT,EAAhF,CAAvE,EAA0NrB,IAAEi+C,EAAE4zE,gBAAF,CAAmB7xH,CAAnB,EAAqBzM,CAArB,EAAuBmZ,CAAvB,CAA5N,EAAsPw1F,GAAGl2G,UAAH,CAAcgyD,EAAE7e,KAAhB,MAAyBsf,IAAEz+C,EAAEm/B,KAA7B,CAAtP,EAA0Rn/B,EAAE6xG,OAAF,CAAUvM,UAAV,GAAqB7mD,CAA/S,EAAiT7zD,IAAE,IAAI8yE,EAAJ,CAAOnqE,CAAP,EAASyM,CAAT,CAAnT,EAA+TpV,EAAEu0C,KAAF,GAAQsf,CAAvU,EAAyUR,EAAE/qC,MAAF,CAAStoB,CAAT,CAAzU,EAAqVA,CAA5V;AAA8V,aAAh8B,EAAi8BirI,mBAAkB,2BAAStiI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,CAAtB;AAAA,oBAAwBrB,CAAxB;AAAA,oBAA0B1kC,CAA1B;AAAA,oBAA4BglC,CAA5B;AAAA,oBAA8BF,CAA9B;AAAA,oBAAgCuB,CAAhC;AAAA,oBAAkCzsD,CAAlC;AAAA,oBAAoC0kC,CAApC;AAAA,oBAAsC/P,IAAE,IAAxC;AAAA,oBAA6CiQ,IAAEjQ,EAAE78B,OAAjD;AAAA,oBAAyDuH,IAAEulC,EAAEwsE,MAA7D;AAAA,oBAAoEzzG,IAAE4uG,GAAGn/D,GAAH,CAAOvtC,EAAEmiB,KAAF,EAAP,EAAiBniB,EAAEknB,MAAF,EAAjB,CAAtE,CAAmG,KAAI/N,IAAE,CAAN,EAAQA,IAAE3Z,EAAEjJ,MAAZ,EAAmB4iB,GAAnB;AAAuB,yBAAI1M,IAAEjN,EAAE2Z,CAAF,CAAF,EAAOuxC,IAAE51B,EAAEgoG,YAAF,CAAe3jH,CAAf,CAAT,EAA2BsxC,IAAEh+C,EAAE81H,OAAF,IAAW71B,GAAG1oF,GAAH,CAAO,MAAIlmB,CAAX,EAAa,EAAb,CAAxC,EAAyDD,IAAE4O,EAAE+1H,OAAF,IAAW,KAAG1kI,CAAzE,EAA2E8xB,IAAE66B,IAAE,CAA/E,EAAiF38C,IAAEjQ,IAAE,CAArF,EAAuFqtD,IAAEwhD,GAAGhmF,EAAH,GAAMkJ,CAAN,GAAQA,CAAjG,EAAmG08B,IAAEogD,GAAGhmF,EAAH,GAAM5Y,CAAN,GAAQA,CAA7G,EAA+Gm9C,IAAEqB,IAAEpB,CAAnH,EAAqH3kC,IAAE0kC,IAAEn2B,EAAEutG,QAA3H,EAAoIhrI,IAAE,CAA1I,EAA4IA,IAAEqzD,EAAEn0D,MAAhJ,EAAuJc,GAAvJ;AAA2Jk0D,4BAAEb,EAAErzD,CAAF,CAAF,EAAOk0D,MAAIF,IAAEqhD,GAAGxnE,GAAH,CAAOqmB,EAAE5vD,KAAF,CAAQm9B,IAAf,IAAqBvS,CAAvB,EAAyBqmC,IAAE8/C,GAAG3yB,IAAH,CAAQ,CAAC7uB,IAAEG,CAAH,IAAMqhD,GAAGhmF,EAAjB,CAA3B,EAAgDvmB,IAAE8iH,GAAG13D,EAAEtzD,OAAF,CAAU24G,MAAb,EAAoB,CAApB,CAAlD,EAAyE/rE,IAAE1kC,KAAG,IAAEysD,IAAE9+C,CAAP,CAA3E,EAAqFghG,GAAGvjD,EAAEtzD,OAAL,EAAa,EAAC24G,QAAO/rE,CAAR,EAAUy5E,SAAQ,EAACxlF,MAAK,IAAE8zB,CAAR,EAAUgkD,QAAO/rE,CAAjB,EAAlB,EAAsC+D,QAAO,EAACgoE,QAAO/rE,IAAE,CAAV,EAA7C,EAAb,CAAzF,CAAP;AAA3J;AAAvB;AAA4V,aAA95C,EAA+5C02F,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAErE,KAAR,CAAc,OAAO0pH,GAAGlsG,CAAH,EAAK9hB,EAAEwtC,CAAP,EAASxtC,EAAE0tC,CAAX,EAAa1tC,EAAEyhC,IAAf,EAAoB94B,EAAEwxG,QAAtB,CAAP;AAAuC,aAAn/C,EAAo/CjB,iBAAgB3B,EAApgD,EAAugDyB,cAAazB,EAAphD,EAAV,CAF27H,EAEx5ErkC,KAAGg6C,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACorG,mBAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,GAAwB,KAAKxd,KAAL,GAAWqE,CAAnC;AAAqC,aAAzD,EAA0D/H,SAAQ,EAAC6mD,UAAS,CAAC,CAAX,EAAaz5B,QAAO,EAACs5F,aAAY,EAAb,EAApB,EAAqCxK,MAAK,EAAChyF,OAAM,CAAP,EAA1C,EAAoD01B,SAAQ,EAACq6D,UAASgX,EAAV,EAA5D,EAA0E12B,SAAQ,EAAChhC,QAAO,yNAAR,EAAlF,EAAqT0/C,WAAU,EAACrsF,SAAQ,CAAT,EAAWQ,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAlB,EAAsCsvF,MAAK,EAAChyF,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAA3C,EAA/T,EAA+XswF,OAAM,EAAC7gF,SAAQ,CAAC,CAAV,EAAYg1C,OAAM,EAAlB,EAArY,EAAlE,EAA8dtuC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE6sD,EAAE13C,KAAjC;AAAA,oBAAuC4c,IAAE86B,EAAE/uD,KAA3C;AAAA,oBAAiDmS,IAAEjQ,EAAE4/H,eAAF,CAAkBhzE,CAAlB,CAAnD;AAAA,oBAAwES,IAAE,EAA1E,CAA6E7zD,IAAEyW,EAAEgpG,OAAF,CAAUlnF,EAAE4F,IAAZ,EAAiB5F,EAAE7O,KAAnB,CAAF,EAA4BtU,IAAEqB,EAAEgpG,OAAF,CAAUlnF,EAAE4sG,GAAZ,EAAgB5sG,EAAEjwB,IAAlB,CAA9B,EAAsDtI,EAAE+1G,EAAF,GAAK3gG,EAAE2gG,EAAF,GAAKptG,EAAEotG,EAAlE,EAAqE/1G,EAAEi2G,EAAF,GAAK7gG,EAAE6gG,EAAF,GAAKttG,EAAEstG,EAAjF,EAAoF5iD,EAAE+3E,QAAF,GAAWprI,CAA/F,EAAiG8hB,IAAE1M,EAAEotE,MAAF,GAAWh1C,CAA9G,EAAgHqmB,EAAEl2D,IAAF,CAAO,CAAC,CAACmkB,CAAD,EAAG1M,EAAE4gG,EAAL,CAAD,EAAU,CAACl0F,CAAD,EAAG9hB,EAAEg2G,EAAL,CAAV,CAAP,CAAhH,EAA4IniD,EAAEl2D,IAAF,CAAO,CAAC,CAACmkB,CAAD,EAAG9hB,EAAEk2G,EAAL,CAAD,EAAU,CAACp0F,CAAD,EAAG1M,EAAE8gG,EAAL,CAAV,CAAP,CAA5I,EAAwK7iD,EAAEg4E,KAAF,GAAQx3E,CAAhL,EAAkLR,EAAE1yB,GAAF,GAAMvrB,EAAEnU,KAAF,GAAUqf,IAAV,CAAetgB,CAAf,CAAxL,EAA0MqzD,EAAE0wE,SAAF,KAAc1wE,EAAE0wE,SAAF,GAAY,CAAC,CAAb,EAAe1wE,EAAEuwE,UAAF,EAA7B,CAA1M,EAAuPvwE,EAAEi4E,UAAF,EAAvP;AAAsQ,aAAp0B,EAAq0BA,YAAW,sBAAU;AAAC,oBAAI3iI,IAAE,IAAN,CAAWA,EAAEm7H,IAAF,IAAQn7H,EAAEm7H,IAAF,CAAOngG,MAAP,CAAch7B,EAAEg4B,GAAhB,CAAR;AAA6B,aAAn4B,EAAo4Bq4E,cAAa,wBAAU;AAACkU,mBAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8B,KAAKmsI,WAAL,GAAiB,KAAKC,UAAL,CAAgB,KAAK5qI,OAArB,CAA/C,EAA6E,KAAKw4G,MAAL,CAAY9wF,MAAZ,CAAmB,KAAKijH,WAAxB,CAA7E,EAAkH,KAAKE,aAAL,EAAlH;AAAuI,aAAniC,EAAoiCD,YAAW,oBAAS7iI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAIgtG,GAAG7zB,KAAP,EAAN,CAAmB,OAAO,KAAKywC,UAAL,CAAgB5pH,CAAhB,EAAkBnZ,CAAlB,GAAqB,KAAKgjI,WAAL,CAAiB7pH,CAAjB,EAAmBnZ,CAAnB,CAArB,EAA2CmZ,CAAlD;AAAoD,aAAloC,EAAmoC4pH,YAAW,oBAAS/iI,CAAT,EAAW3I,CAAX,EAAa;AAAC,oBAAIoV,IAAE05G,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKuoC,QAAL,CAAcjzB,MAAd,EAAjB,EAAwC,EAACrZ,MAAK,EAACvqD,OAAM,KAAKA,KAAZ,EAAkB/mB,SAAQxtB,EAAEwtB,OAA5B,EAAN,EAA2CuxE,QAAO,IAAlD,EAAxC,CAAN,CAAuG/+F,EAAEguB,MAAF,CAASlD,KAAT,GAAe,CAAf,IAAkB1V,EAAExU,OAAF,CAAUub,GAAV,CAAc,QAAd,EAAuB,EAACo4B,OAAM,KAAK8vF,cAAL,EAAP,EAA6Bv5G,OAAM9qB,EAAEguB,MAAF,CAASlD,KAA5C,EAAkD6+E,UAAS3pG,EAAEguB,MAAF,CAAS27E,QAApE,EAA6En8E,SAAQo+F,GAAG5rH,EAAEguB,MAAF,CAASR,OAAZ,EAAoBxtB,EAAEwtB,OAAtB,CAArF,EAAvB,CAAlB,EAA+JugG,GAAG34G,CAAH,CAA/J,EAAqKzM,EAAE2f,MAAF,CAASlT,CAAT,CAArK,EAAiLmhD,EAAEv2D,CAAF,KAAM2I,EAAE2f,MAAF,CAAS,KAAKiyF,qBAAL,CAA2BnlG,CAA3B,EAA6B,EAAC46F,WAAU,KAAKz7D,KAAhB,EAA7B,EAAoDkjE,GAAG,EAACj3G,KAAIR,EAAEynD,QAAF,GAAW3lC,CAAX,GAAa,CAAC,CAAD,EAAG,CAAH,CAAlB,EAAH,EAA4B9hB,EAAEwgD,OAA9B,CAApD,CAAT,CAAvL;AAA6R,aAAhiD,EAAiiDmrF,aAAY,qBAAShjI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK8pH,SAAL,CAAejjI,CAAf,EAAiBmZ,CAAjB,EAAmB,KAAKupH,KAAxB,EAA8BvpH,EAAEg7F,IAAhC;AAAsC,aAAjmD,EAAkmD8uB,WAAU,mBAASjjI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,EAAMD,CAAN,EAAQ5sD,CAAR,CAAU,IAAGxG,CAAH,EAAK,KAAIqzD,IAAE,EAAC0rC,QAAO,EAACxqD,OAAMn/B,EAAEm/B,KAAF,IAAS,KAAKA,KAArB,EAA2B/mB,SAAQo+F,GAAGx2G,EAAEoY,OAAL,EAAa1L,EAAE0L,OAAf,CAAnC,EAA2D1C,OAAM1V,EAAE0V,KAAnE,EAAyE6+E,UAASv0F,EAAEu0F,QAApF,EAA6FG,SAAQ,MAArG,EAAR,EAAF,EAAwH12C,IAAE,CAA9H,EAAgIA,IAAEpzD,EAAEd,MAApI,EAA2Ik0D,GAA3I;AAA+I5sD,wBAAEsoH,GAAGxpB,IAAH,CAAQtN,UAAR,CAAmBh4F,EAAEozD,CAAF,CAAnB,EAAwBC,CAAxB,CAAF,EAA6B06D,GAAGvnH,CAAH,CAA7B,EAAmCmC,EAAE2f,MAAF,CAAS9hB,CAAT,CAAnC;AAA/I;AAA8L,aAA30D,EAA40D69H,gBAAe,0BAAU;AAAC,oBAAI17H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAEkM,MAA3B;AAAA,oBAAkC5Y,IAAEpV,EAAEu0C,KAAtC,CAA4C,OAAOy3E,GAAG52G,CAAH,MAAQA,IAAE,IAAI+3G,EAAJ,CAAOxkH,EAAE4rC,KAAT,EAAgB6xC,UAAhB,CAA2BpmF,EAAEsnH,WAA7B,EAA0CphC,KAA1C,EAAV,GAA6D9wE,CAApE;AAAsE,aAAx9D,EAAy9Dq2H,eAAc,yBAAU;AAAC,oBAAI9iI,IAAEmmH,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB,KAAKliE,GAAL,CAASw3E,MAAT,EAAjB,EAAmC,EAACrZ,MAAK,EAACvqD,OAAMgiF,EAAP,EAAU/oG,SAAQ,CAAlB,EAAN,EAA2BuxE,QAAO,IAAlC,EAAnC,CAAN,CAAkF,KAAKqa,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB;AAAsB,aAA1lE,EAA2lEmxG,iBAAgB,2BAAU;AAAC,oBAAInxG,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKlhB,OAAL,CAAai5G,SAArB;AAAA,oBAA+B75G,IAAE,KAAKu0C,KAAtC,CAA4C,OAAO,KAAKA,KAAL,GAAWzyB,EAAEyyB,KAAF,IAAS,KAAKA,KAAzB,EAA+B5rC,IAAE,KAAK6iI,UAAL,CAAgB/zB,GAAG,EAAH,EAAM,KAAK72G,OAAX,EAAmB,EAACk8G,MAAK,EAACvoE,OAAM,KAAK8vF,cAAL,EAAP,EAAN,EAAnB,EAAwDviH,CAAxD,CAAhB,CAAjC,EAA6G,KAAKyyB,KAAL,GAAWv0C,CAAxH,EAA0H2I,CAAjI;AAAmI,aAAryE,EAAsyE27H,iBAAgB,2BAAU;AAAC,uBAAO,KAAKiH,WAAZ;AAAwB,aAAz1E,EAA01EtxB,qBAAoB,+BAAU;AAAC,uBAAM,EAACr5G,SAAQ,KAAKA,OAAd,EAAsBgmC,MAAK,KAAKjG,GAAL,CAASw3E,MAAT,EAA3B,EAA6CiB,QAAO,KAAKmyB,WAAzD,EAAN;AAA4E,aAAr8E,EAAs8EhH,eAAc,yBAAU;AAAC,oBAAI57H,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEg4B,GAAf;AAAA,oBAAmB3gC,IAAE2I,EAAEgT,KAAF,CAAQ2jG,IAAR,CAAaklB,OAAb,MAAwB1iH,CAA7C,CAA+C,OAAO,IAAI0hD,EAAJ,CAAO1hD,EAAEm0F,EAAF,GAAK6f,EAAZ,EAAezgB,GAAG1oF,GAAH,CAAO7K,EAAEk0F,EAAT,EAAYh2G,EAAEg2G,EAAd,IAAkB8f,EAAjC,CAAP;AAA4C,aAA1jF,EAA2jFmO,aAAY,qBAASt7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOA,EAAEnG,KAAF,CAAQuoH,gBAAR,CAAyBpiH,CAAzB,EAA2BnZ,CAA3B,CAAP;AAAqC,aAAnoF,EAAooF+7H,aAAY,qBAAS/7H,CAAT,EAAW;AAAC,uBAAO,KAAKg4B,GAAL,CAASu3E,QAAT,CAAkBvvG,CAAlB,CAAP;AAA4B,aAAxrF,EAAV,CAFq5E,EAEgT8uG,GAAGvkC,GAAG50E,EAAN,EAASo6D,EAAT,CAFhT,EAE6T++C,GAAGvkC,GAAG50E,EAAN,EAASy6D,EAAT,CAF7T,EAE0U2Y,KAAGnY,GAAG54D,MAAH,CAAU,EAACC,SAAQ,EAAT,EAAY4mI,kBAAiB,0BAAS7+H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEmW,QAAjB;AAAA,oBAA0Bk9C,IAAEj+C,EAAElW,MAA9B,CAAqC,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB1M,sBAAE0M,CAAF,EAAK6hB,MAAL,CAAYh7B,EAAEmZ,CAAF,CAAZ;AAAhB;AAAkC,aAAhH,EAAiHgkH,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEtxC,EAAE+3G,UAAnB;AAAA,oBAA8BrzH,IAAEsb,EAAEq4F,QAAlC;AAAA,oBAA2C5hF,IAAEzW,EAAEo4F,MAA/C;AAAA,oBAAsDzjG,IAAEqL,EAAEk8G,QAA1D;AAAA,oBAAmEnqE,IAAER,EAAEzyD,OAAvE;AAAA,oBAA+Eq0D,IAAEtsD,EAAE6jH,WAAnF;AAAA,oBAA+F54D,IAAEP,EAAEl9C,QAAnG;AAAA,oBAA4G+Y,IAAEmkC,EAAEw4E,UAAF,CAAa52E,CAAb,CAA9G;AAAA,oBAA8Hf,IAAEmD,EAAEnoC,CAAF,CAAhI;AAAA,oBAAqI8kC,IAAEX,EAAEirE,cAAF,CAAiBlrE,CAAjB,CAAvI;AAAA,oBAA2JmC,IAAEh9B,EAAEnc,IAAF,CAAOg3C,CAAP,CAA7J,CAAuKY,MAAIX,EAAEirE,cAAF,CAAiBlrE,CAAjB,IAAoBY,IAAE,EAA1B,GAA8BE,MAAIl0D,IAAEqzD,EAAE2zE,WAAF,CAAcr+H,CAAd,EAAgBmZ,CAAhB,CAAN,CAA9B,EAAwD1M,IAAEw+C,EAAER,CAAF,CAA1D,EAA+Dh+C,MAAIA,IAAE,IAAIyjD,EAAJ,CAAO,EAACpR,UAASoM,EAAE+xE,UAAZ,EAAuBre,KAAI1zD,EAAE0zD,GAA7B,EAAiCxjB,SAAQlwC,EAAEkwC,OAA3C,EAAP,CAAF,EAA8D1wC,EAAE/qC,MAAF,CAASlT,CAAT,CAAlE,CAA/D,EAA8IpV,MAAIqzD,EAAE0zE,WAAF,CAAc9xE,CAAd,EAAgBnzC,CAAhB,GAAmB1M,EAAEkT,MAAF,CAAStoB,CAAT,CAAnB,EAA+BA,EAAE65H,UAAF,GAAazmE,CAA5C,EAA8CpzD,EAAEm6G,QAAF,GAAW3zG,CAAzD,EAA2DxG,EAAEk6G,MAAF,GAAS3hF,CAApE,EAAsEv4B,EAAEg+H,QAAF,GAAWvnH,CAAjF,EAAmFzW,EAAE2b,KAAF,GAAQ03C,CAA3F,EAA6FrzD,EAAE4nE,QAAF,GAAWrS,CAAxG,EAA0Gv1D,EAAE6jI,QAAF,GAAWl7H,EAAEqpE,MAAF,CAAS6xD,QAAlI,CAA9I,EAA0RxwE,EAAEzU,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAA1R,EAA2Sg0D,EAAEr2D,IAAF,CAAOqC,CAAP,CAA3S;AAAqT,aAApmB,EAAqmBgmI,WAAU,qBAAU;AAAC,uBAAO9yD,EAAP;AAAU,aAApoB,EAAqoB8zD,aAAY,qBAASr+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAEvxC,EAAE+3G,UAAjB;AAAA,oBAA4BzmE,IAAEtxC,EAAEq4F,QAAhC;AAAA,oBAAyC3zG,IAAEsb,EAAEo4F,MAA7C;AAAA,oBAAoD3hF,IAAEzW,EAAEk8G,QAAxD;AAAA,oBAAiEvnH,IAAE9N,EAAE6jH,WAArE;AAAA,oBAAiF34D,IAAE4jD,GAAG,EAAH,EAAMjxG,CAAN,CAAnF;AAAA,oBAA4FyuD,IAAE7/C,EAAE4wH,SAAF,EAA9F;AAAA,oBAA4GpyE,IAAEjrD,EAAEqpE,MAAF,CAASz9B,KAAT,IAAgB/tC,EAAE+tC,KAAhI,CAAsI,OAAOsf,IAAEz+C,EAAE6xH,gBAAF,CAAmBpzE,CAAnB,EAAqBp9C,CAArB,EAAuB28C,CAAvB,EAAyBC,CAAzB,EAA2B7sD,CAA3B,EAA6B+xB,CAA7B,CAAF,EAAkC/xB,EAAEvE,IAAF,IAAQ8tH,EAAR,IAAYt5G,EAAE0nB,IAAF,GAAO1nB,EAAEiT,KAArB,KAA6BkqC,IAAEjrD,EAAEqpE,MAAF,CAASw1C,SAAT,IAAoBhhH,EAAEghH,SAAtB,IAAiChhH,EAAE+tC,KAAlE,CAAlC,EAA2G+iE,GAAGl2G,UAAH,CAAcoF,EAAE+tC,KAAhB,MAAyBqf,IAAEC,EAAEtf,KAA7B,CAA3G,EAA+Isf,EAAEpM,QAAF,GAAW,CAACryC,EAAExU,OAAF,CAAUglI,UAArK,EAAgL5lI,IAAE,IAAIi1D,CAAJ,CAAMx+C,CAAN,EAAQo9C,CAAR,CAAlL,EAA6L7zD,EAAEu0C,KAAF,GAAQqf,CAArM,EAAuM5zD,CAA9M;AAAgN,aAAr/B,EAAs/B6rI,YAAW,oBAASljI,CAAT,EAAW;AAAC,uBAAM,CAACA,EAAEw8H,GAAH,EAAOx8H,EAAEw1B,IAAT,EAAcx1B,EAAE+gB,KAAhB,EAAsB/gB,EAAEL,IAAxB,CAAN;AAAoC,aAAjjC,EAAkjCy+H,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEo4F,MAAF,CAASvrC,IAAtB;AAAA,oBAA2Btb,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,CAA7B;AAAA,oBAAkDg+C,IAAEpzD,EAAE6rI,UAAF,CAAaljI,CAAb,CAApD,CAAoE0qD,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqBi+C,KAAG,EAACnd,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAA1B,EAA0C3/D,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqB,EAAC8gC,KAAIm/D,GAAGn/D,GAAH,CAAOj2C,KAAP,CAAao1G,EAAb,EAAgBjiD,EAAE11D,MAAF,CAAS,CAAC21D,EAAEnd,GAAH,CAAT,CAAhB,CAAL,EAAwCvpB,KAAI0oF,GAAG1oF,GAAH,CAAO1sB,KAAP,CAAao1G,EAAb,EAAgBjiD,EAAE11D,MAAF,CAAS,CAAC21D,EAAE1mC,GAAH,CAAT,CAAhB,CAA5C,EAAjE;AAAiJ,aAAjyC,EAAkyCu3G,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAErE,KAAR,CAAc,OAAO0pH,GAAGlsG,CAAH,EAAK9hB,EAAEm+B,IAAP,EAAYn+B,EAAEsI,IAAd,EAAmBtI,EAAEmlI,GAArB,EAAyBnlI,EAAE0pB,KAA3B,EAAiC/gB,EAAEwxG,QAAnC,CAAP;AAAoD,aAAn4C,EAAo4CsvB,iBAAgB,2BAAU;AAAC,uBAAO,KAAK7qF,MAAZ;AAAmB,aAAl7C,EAAV,CAF7U,EAE4wD64D,GAAG/lC,GAAGpzE,EAAN,EAASg7D,EAAT,CAF5wD,EAEyxDmzD,KAAGv5C,GAAGvyE,MAAH,CAAU,EAACgjC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAExyD,OAAvB;AAAA,oBAA+B23B,IAAE66B,EAAEz3C,KAAnC;AAAA,oBAAyClF,IAAE28C,EAAE9uD,KAA7C;AAAA,oBAAmDuvD,IAAEt7B,EAAE6tG,eAAF,CAAkB5/H,CAAlB,CAArD;AAAA,oBAA0EyuD,IAAE,EAA5E;AAAA,oBAA+ErB,IAAE,EAAjF;AAAA,oBAAoF1kC,IAAE,EAAtF,CAAyFmkC,IAAEQ,EAAE4rD,OAAF,CAAUhpG,EAAE0uH,GAAZ,EAAgB1uH,EAAEnO,IAAlB,CAAF,EAA0BtI,IAAE6zD,EAAE4rD,OAAF,CAAUhpG,EAAE0nB,IAAZ,EAAiB1nB,EAAE0nB,IAAnB,CAA5B,EAAqD/oB,IAAEy+C,EAAE4rD,OAAF,CAAUhpG,EAAEiT,KAAZ,EAAkBjT,EAAEiT,KAApB,CAAvD,EAAkF1pB,EAAE+1G,EAAF,GAAK3gG,EAAE2gG,EAAF,GAAK1iD,EAAE0iD,EAAF,GAAKptG,EAAEotG,EAAnG,EAAsG/1G,EAAEi2G,EAAF,GAAK7gG,EAAE6gG,EAAF,GAAK5iD,EAAE4iD,EAAF,GAAKttG,EAAEstG,EAAvH,EAA0Hn0F,IAAEuxC,EAAEmvB,MAAF,GAAWh1C,CAAvI,EAAyIynB,EAAEt3D,IAAF,CAAO,CAACqC,EAAE+1G,EAAH,EAAM/1G,EAAEg2G,EAAR,CAAP,CAAzI,EAA6J/gD,EAAEt3D,IAAF,CAAO,CAACmkB,CAAD,EAAG9hB,EAAEg2G,EAAL,CAAP,CAA7J,EAA8KpiD,EAAEj2D,IAAF,CAAO,CAACmkB,CAAD,EAAG1M,EAAE4gG,EAAL,CAAP,CAA9K,EAA+LpiD,EAAEj2D,IAAF,CAAO,CAACyX,EAAE6gG,EAAH,EAAM7gG,EAAE4gG,EAAR,CAAP,CAA/L,EAAmN9mF,EAAEvxB,IAAF,CAAO,CAACmkB,CAAD,EAAGuxC,EAAE2iD,EAAL,CAAP,CAAnN,EAAoO9mF,EAAEvxB,IAAF,CAAO,CAACmkB,CAAD,EAAGuxC,EAAE6iD,EAAL,CAAP,CAApO,EAAqP9iD,EAAEi4E,KAAF,GAAQ,CAACp2E,CAAD,EAAGrB,CAAH,EAAK1kC,CAAL,CAA7P,EAAqQkkC,EAAEzyB,GAAF,GAAM0yB,EAAEpyD,KAAF,GAAUqf,IAAV,CAAetgB,EAAEiB,KAAF,GAAUqf,IAAV,CAAelL,CAAf,CAAf,CAA3Q,EAA6Sg+C,EAAEk4E,UAAF,EAA7S;AAA4T,aAAza,EAA0aI,YAAW/iI,EAAE5G,IAAvb,EAAV,CAF5xD,EAEouEixE,KAAGtB,GAAG/wE,MAAH,CAAU,EAACqlI,WAAU,qBAAU;AAAC,uBAAOvZ,EAAP;AAAU,aAAhC,EAAV,CAFvuE,EAEoxE15C,KAAGrB,GAAG/wE,MAAH,CAAU,EAACmlI,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEtxC,EAAE+3G,UAAnB;AAAA,oBAA8BrzH,IAAEsb,EAAEq4F,QAAlC;AAAA,oBAA2C5hF,IAAEzW,EAAEo4F,MAA/C;AAAA,oBAAsDzjG,IAAEqL,EAAEk8G,QAA1D;AAAA,oBAAmEnqE,IAAER,EAAEzyD,OAAvE;AAAA,oBAA+Eq0D,IAAE5B,EAAEl9C,QAAnF;AAAA,oBAA4Fy9C,IAAEjrD,EAAE6jH,WAAhG;AAAA,oBAA4Gt9F,IAAEmkC,EAAEw4E,UAAF,CAAaj4E,CAAb,CAA9G;AAAA,oBAA8HM,IAAEmD,EAAEnoC,CAAF,CAAhI;AAAA,oBAAqI8kC,IAAEX,EAAEirE,cAAF,CAAiBlrE,CAAjB,CAAvI;AAAA,oBAA2JmC,IAAEh9B,EAAEnc,IAAF,CAAOg3C,CAAP,CAA7J,CAAuKY,MAAIX,EAAEirE,cAAF,CAAiBlrE,CAAjB,IAAoBY,IAAE,EAA1B,GAA8BE,MAAIl0D,IAAEqzD,EAAE2zE,WAAF,CAAcr+H,CAAd,EAAgBmZ,CAAhB,CAAN,CAA9B,EAAwD1M,IAAE6/C,EAAE7B,CAAF,CAA1D,EAA+Dh+C,MAAIA,IAAE,IAAIyjD,EAAJ,CAAO,EAACpR,UAASoM,EAAE+xE,UAAZ,EAAuBre,KAAI1zD,EAAE0zD,GAA7B,EAAiCxjB,SAAQlwC,EAAEkwC,OAA3C,EAAP,CAAF,EAA8D1wC,EAAE/qC,MAAF,CAASlT,CAAT,CAAlE,CAA/D,EAA8IpV,MAAIqzD,EAAE0zE,WAAF,CAAcnzE,CAAd,EAAgB9xC,CAAhB,GAAmB1M,EAAEkT,MAAF,CAAStoB,CAAT,CAAnB,EAA+BA,EAAE65H,UAAF,GAAazmE,CAA5C,EAA8CpzD,EAAEm6G,QAAF,GAAW3zG,CAAzD,EAA2DxG,EAAEk6G,MAAF,GAAS3hF,CAApE,EAAsEv4B,EAAEg+H,QAAF,GAAWvnH,CAAjF,EAAmFzW,EAAE2b,KAAF,GAAQ03C,CAA3F,EAA6FrzD,EAAE4nE,QAAF,GAAWrS,CAA5G,CAA9I,EAA6PlC,EAAEzU,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAA7P,EAA8Qg0D,EAAEr2D,IAAF,CAAOqC,CAAP,CAA9Q;AAAwR,aAAvd,EAAwdgmI,WAAU,qBAAU;AAAC,uBAAO,KAAKplI,OAAL,CAAaglI,UAAb,GAAwBvzD,EAAxB,GAA2BY,EAAlC;AAAqC,aAAlhB,EAAmhB44D,YAAW,oBAASljI,CAAT,EAAW;AAAC,uBAAM,CAACA,EAAEmjI,KAAH,EAASnjI,EAAEojI,EAAX,EAAcpjI,EAAE6/G,MAAhB,EAAuB7/G,EAAEqjI,EAAzB,EAA4BrjI,EAAEsjI,KAA9B,CAAN;AAA2C,aAArlB,EAAslBlF,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAE0M,EAAEo4F,MAAF,CAASvrC,IAAtB;AAAA,oBAA2Btb,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,CAA7B;AAAA,oBAAkDg+C,IAAEpzD,EAAE6rI,UAAF,CAAaljI,CAAb,EAAgBjL,MAAhB,CAAuBsC,EAAEksI,cAAF,CAAiBvjI,EAAEwjI,QAAnB,CAAvB,CAApD,CAAyGngB,GAAGrjH,EAAE4/G,IAAL,MAAan1D,IAAEA,EAAE11D,MAAF,CAASiL,EAAE4/G,IAAX,CAAf,GAAiCl1D,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqBi+C,KAAG,EAACnd,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAA3D,EAA2E3/D,IAAErzD,EAAEwlI,eAAF,CAAkBpwH,CAAlB,IAAqB,EAAC8gC,KAAIm/D,GAAGn/D,GAAH,CAAOj2C,KAAP,CAAao1G,EAAb,EAAgBjiD,EAAE11D,MAAF,CAAS,CAAC21D,EAAEnd,GAAH,CAAT,CAAhB,CAAL,EAAwCvpB,KAAI0oF,GAAG1oF,GAAH,CAAO1sB,KAAP,CAAao1G,EAAb,EAAgBjiD,EAAE11D,MAAF,CAAS,CAAC21D,EAAE1mC,GAAH,CAAT,CAAhB,CAA5C,EAAlG;AAAkL,aAA34B,EAA44Bu3G,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAErE,KAAR,CAAc,OAAO0pH,GAAGlsG,CAAH,EAAK9hB,EAAE8rI,KAAP,EAAa9rI,EAAE+rI,EAAf,EAAkB/rI,EAAEwoH,MAApB,EAA2BxoH,EAAEgsI,EAA7B,EAAgChsI,EAAEisI,KAAlC,EAAwCjsI,EAAEuoH,IAA1C,EAA+C5/G,EAAEwxG,QAAjD,CAAP;AAAkE,aAA3/B,EAA4/B+xB,gBAAe,wBAASvjI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,CAACzM,KAAG,EAAJ,EAAQzJ,MAAlB;AAAA,oBAAyBm0D,IAAE,EAA3B,CAA8B,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOkqG,GAAGhsH,CAAH,KAAO63D,EAAExE,CAAF,EAAIrzD,CAAJ,CAAd;AAAhB,iBAAqC,OAAOqzD,CAAP;AAAS,aAAnmC,EAAV,CAFvxE,EAEu4G4f,KAAGC,GAAGvyE,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEsE,KAAF,GAAQqE,CAA7B,EAA+B3I,EAAE4jI,UAAF,EAA/B;AAA8C,aAA7E,EAA8EhjI,SAAQ,EAACotB,QAAO,EAACs5F,aAAY,EAAb,EAAR,EAAyBxK,MAAK,EAAChyF,OAAM,CAAP,EAA9B,EAAwCy9F,MAAK,EAACz9F,OAAM,CAAP,EAAS6+E,UAAS,MAAlB,EAA7C,EAAuEnpD,SAAQ,EAACq6D,UAASgX,EAAV,EAA/E,EAA6F12B,SAAQ,EAAChhC,QAAO,mSAAR,EAArG,EAAkZ0/C,WAAU,EAACrsF,SAAQ,CAAT,EAAWQ,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAlB,EAAsCsvF,MAAK,EAAChyF,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAA3C,EAA5Z,EAA4dswF,OAAM,EAAC7gF,SAAQ,CAAC,CAAV,EAAYg1C,OAAM,EAAlB,EAAle,EAAwfk6D,UAAS,EAAClvG,SAAQ,CAAC,CAAV,EAAYwE,MAAKgxF,EAAjB,EAAoBxwH,MAAKquH,EAAzB,EAA4B5V,YAAW6b,EAAvC,EAA0CvoG,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAjD,EAAqEA,SAAQ,CAA7E,EAAjgB,EAAilB4+G,UAAS,EAACnvG,SAAQ,CAAC,CAAV,EAAYwE,MAAKgxF,EAAjB,EAAoBxwH,MAAKguH,EAAzB,EAA4BvV,YAAW6b,EAAvC,EAA0CvoG,QAAO,EAAClD,OAAM,CAAP,EAAS0C,SAAQ,CAAjB,EAAjD,EAAqEA,SAAQ,CAA7E,EAA1lB,EAAtF,EAAiwBmW,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAExyD,OAAvB;AAAA,oBAA+B23B,IAAE66B,EAAEz3C,KAAnC;AAAA,oBAAyClF,IAAE28C,EAAE9uD,KAA7C;AAAA,oBAAmDuvD,IAAEt7B,EAAE6tG,eAAF,CAAkB5/H,CAAlB,CAArD,CAA0E4sD,EAAEi5E,OAAF,GAAUrsI,IAAE6zD,EAAE4rD,OAAF,CAAUhpG,EAAEs1H,EAAZ,EAAet1H,EAAEu1H,EAAjB,CAAZ,EAAiC54E,EAAEg4E,QAAF,GAAWprI,CAA5C,EAA8CozD,EAAEk5E,aAAF,CAAgB3jI,CAAhB,CAA9C,EAAiEyqD,EAAEm5E,WAAF,GAAczqH,IAAE+xC,EAAE4rD,OAAF,CAAUhpG,EAAEq1H,KAAZ,EAAkBr1H,EAAEw1H,KAApB,CAAjF,EAA4G74E,EAAEo5E,iBAAF,CAAoB7jI,CAApB,CAA5G,EAAmIyM,IAAEy+C,EAAE4rD,OAAF,CAAUhpG,EAAE+xG,MAAZ,CAArI,EAAyJ/xG,EAAE8xG,IAAF,KAASl1D,IAAEQ,EAAE4rD,OAAF,CAAUhpG,EAAE8xG,IAAZ,CAAF,EAAoBn1D,EAAEq5E,UAAF,GAAar5E,EAAEs5E,cAAF,CAAiB/jI,CAAjB,EAAmB0qD,CAAnB,CAA1C,CAAzJ,EAA0ND,EAAEu5E,aAAF,GAAgBv5E,EAAEw5E,iBAAF,CAAoB5sI,CAApB,EAAsB8hB,CAAtB,CAA1O,EAAmQsxC,EAAEy5E,YAAF,GAAez5E,EAAE05E,gBAAF,CAAmBnkI,CAAnB,EAAqByM,CAArB,CAAlR,EAA0Sg+C,EAAEzyB,GAAF,GAAM7e,EAAE7gB,KAAF,GAAUqf,IAAV,CAAetgB,CAAf,CAAhT,EAAkUozD,EAAEk4E,UAAF,EAAlU;AAAiV,aAA/qC,EAAgrCgB,eAAc,uBAAS3jI,CAAT,EAAW;AAAC,qBAAK0jI,OAAL,CAAat2B,EAAb,GAAgBptG,EAAEotG,EAAlB,EAAqB,KAAKs2B,OAAL,CAAap2B,EAAb,GAAgBttG,EAAEstG,EAAvC;AAA0C,aAApvC,EAAqvCu2B,mBAAkB,2BAAS7jI,CAAT,EAAW;AAAC,qBAAK4jI,WAAL,CAAiBx2B,EAAjB,GAAoBptG,EAAEotG,EAAtB,EAAyB,KAAKw2B,WAAL,CAAiBt2B,EAAjB,GAAoBttG,EAAEstG,EAA/C;AAAkD,aAAr0C,EAAs0Cy2B,gBAAe,wBAAS/jI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAM,CAAC,CAAC,CAACnZ,EAAEotG,EAAH,EAAMj0F,EAAEk0F,EAAR,CAAD,EAAa,CAACrtG,EAAEstG,EAAH,EAAMn0F,EAAEk0F,EAAR,CAAb,CAAD,CAAN;AAAkC,aAAr4C,EAAs4C42B,mBAAkB,2BAASjkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE8hB,EAAE0gE,MAAF,GAAWh1C,CAAjB,CAAmB,OAAM,CAAC,CAAC,CAACxtC,IAAE,CAAH,EAAK8hB,EAAEk0F,EAAP,CAAD,EAAY,CAACh2G,IAAE,CAAH,EAAK8hB,EAAEk0F,EAAP,CAAZ,EAAuB,CAACh2G,CAAD,EAAG8hB,EAAEk0F,EAAL,CAAvB,EAAgC,CAACh2G,CAAD,EAAG2I,EAAEqtG,EAAL,CAAhC,CAAD,EAA2C,CAAC,CAACh2G,IAAE,CAAH,EAAK8hB,EAAEo0F,EAAP,CAAD,EAAY,CAACl2G,IAAE,CAAH,EAAK8hB,EAAEo0F,EAAP,CAAZ,EAAuB,CAACl2G,CAAD,EAAG8hB,EAAEo0F,EAAL,CAAvB,EAAgC,CAACl2G,CAAD,EAAG2I,EAAEutG,EAAL,CAAhC,CAA3C,CAAN;AAA4F,aAArhD,EAAshD42B,kBAAiB,0BAASnkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAM,CAAC,CAAC,CAACnZ,EAAEotG,EAAH,EAAMj0F,EAAEk0F,EAAR,CAAD,EAAa,CAACrtG,EAAEstG,EAAH,EAAMn0F,EAAEk0F,EAAR,CAAb,CAAD,CAAN;AAAkC,aAAvlD,EAAwlD+2B,gBAAe,wBAASpkI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAEmC,EAAEs+G,OAAF,IAAW,EAAhC;AAAA,oBAAmC1uF,IAAE66B,EAAE9uD,KAAvC;AAAA,oBAA6CmS,IAAE8hB,EAAE4zG,QAAF,IAAY,EAA3D;AAAA,oBAA8Dt4E,IAAE,IAAEwhD,GAAGxnE,GAAH,CAAOtV,EAAEyzG,EAAF,GAAKzzG,EAAEwzG,EAAd,CAAlE;AAAA,oBAAoF92E,IAAE,EAAtF,CAAyF,KAAI5B,IAAE,CAAN,EAAQA,IAAE58C,EAAEvX,MAAZ,EAAmBm0D,GAAnB;AAAuBj+C,wBAAEqB,EAAE48C,CAAF,CAAF,EAAO7sD,IAAE4O,IAAEmjB,EAAEyzG,EAAF,GAAKn4E,CAAP,IAAUz+C,IAAEmjB,EAAEwzG,EAAF,GAAKl4E,CAAjB,GAAmBlrD,EAAEwjI,QAArB,GAA8BxjI,EAAEyjI,QAAzC,EAAkDtqH,IAAE21F,GAAG,EAAH,EAAMjxG,EAAEwnB,MAAR,CAApD,EAAoEg+F,GAAGlqG,EAAEyyB,KAAL,MAAczyB,EAAEyyB,KAAF,GAAQy3E,GAAG54D,EAAE7e,KAAL,IAAY6e,EAAE7e,KAAd,GAAoB,IAAI44E,EAAJ,CAAO3mH,EAAEk0G,UAAT,EAAqBt0B,UAArB,CAAgCmpC,EAAhC,EAAoCrpC,KAApC,EAA1C,CAApE,EAA2JlmF,IAAE,IAAI2tH,EAAJ,CAAO,EAAC1rH,MAAKuE,EAAEvE,IAAR,EAAa6oB,OAAMtkB,EAAEi7B,IAArB,EAA0B5R,QAAOrpB,EAAEi7B,IAAnC,EAAwC26E,UAAS51G,EAAE41G,QAAnD,EAA4D1B,YAAWl0G,EAAEk0G,UAAzE,EAAoF1sF,QAAOlM,CAA3F,EAA6F0L,SAAQhnB,EAAEgnB,OAAvG,EAAP,CAA7J,EAAqRxtB,EAAEsE,KAAF,GAAQ8Q,CAA7R,EAA+R6/C,EAAEt3D,IAAF,CAAOqC,CAAP,CAA/R;AAAvB,iBAAgU,OAAO,KAAKgtI,cAAL,CAAoB/3E,CAApB,GAAuBA,CAA9B;AAAgC,aAA5iE,EAA6iE+3E,gBAAe,wBAASrkI,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAE,KAAKz3C,KAAL,CAAWyqH,eAAX,CAA2B,KAAKxlI,OAAhC,CAAZ;AAAA,oBAAqD4F,IAAE,KAAKm6B,GAAL,CAAS6hD,MAAT,EAAvD,CAAyE,KAAIxiF,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuBoV,wBAAEzM,EAAE3I,CAAF,EAAKsE,KAAP,EAAa+uD,IAAED,EAAEqsD,OAAF,CAAUrqG,CAAV,CAAf,EAA4B,KAAKxU,OAAL,CAAa6mD,QAAb,GAAsB4L,EAAEloB,IAAF,CAAO3kC,EAAEgnC,CAAT,CAAtB,GAAkC6lB,EAAEloB,IAAF,CAAOrpB,CAAP,EAAStb,EAAEknC,CAAX,CAA9D,EAA4E,KAAK/M,GAAL,GAAS,KAAKA,GAAL,CAASrgB,IAAT,CAAc+yC,CAAd,CAArF,EAAsG1qD,EAAE3I,CAAF,EAAK2jC,MAAL,CAAY0vB,CAAZ,CAAtG;AAAvB;AAA4I,aAA7xE,EAA8xEm4E,YAAW,oBAAS7iI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE89D,GAAG50E,EAAH,CAAMktI,UAAN,CAAiBpsI,IAAjB,CAAsB,IAAtB,EAA2BuJ,CAA3B,CAAV;AAAA,oBAAwC0qD,IAAE,KAAK05E,cAAL,CAAoBpkI,CAApB,CAA1C,CAAiE,KAAImZ,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAEqzD,EAAEvxC,CAAF,EAAKk/F,UAAL,EAAF,EAAoBhhH,KAAGoV,EAAEkT,MAAF,CAAStoB,CAAT,CAAvB;AAAvB,iBAA0D,OAAOoV,CAAP;AAAS,aAAz7E,EAA07Eu2H,aAAY,qBAAShjI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK8pH,SAAL,CAAejjI,CAAf,EAAiBmZ,CAAjB,EAAmB,KAAK6qH,aAAxB,EAAsC7qH,EAAEg7F,IAAxC,GAA8C,KAAK8uB,SAAL,CAAejjI,CAAf,EAAiBmZ,CAAjB,EAAmB,KAAK+qH,YAAxB,EAAqC/qH,EAAE0mG,MAAvC,CAA9C,EAA6F,KAAKojB,SAAL,CAAejjI,CAAf,EAAiBmZ,CAAjB,EAAmB,KAAK2qH,UAAxB,EAAmC3qH,EAAEymG,IAArC,CAA7F;AAAwI,aAA5lF,EAA6lF8b,gBAAe,0BAAU;AAAC,uBAAO,KAAK9vF,KAAL,GAAW,KAAKA,KAAhB,GAAsB2+B,GAAGmxD,cAAH,CAAkBjlI,IAAlB,CAAuB,IAAvB,CAA7B;AAA0D,aAAjrF,EAAV,CAF14G,EAEwkMq4G,GAAGxkC,GAAG30E,EAAN,EAASo6D,EAAT,CAFxkM,EAEqlM2Z,KAAGY,GAAGtyE,MAAH,CAAU,EAAC2rI,eAAc,uBAAS3jI,CAAT,EAAW;AAAC,qBAAK0jI,OAAL,CAAar2B,EAAb,GAAgBrtG,EAAEqtG,EAAlB,EAAqB,KAAKq2B,OAAL,CAAan2B,EAAb,GAAgBvtG,EAAEutG,EAAvC;AAA0C,aAArE,EAAsEs2B,mBAAkB,2BAAS7jI,CAAT,EAAW;AAAC,qBAAK4jI,WAAL,CAAiBv2B,EAAjB,GAAoBrtG,EAAEqtG,EAAtB,EAAyB,KAAKu2B,WAAL,CAAiBr2B,EAAjB,GAAoBvtG,EAAEutG,EAA/C;AAAkD,aAAtJ,EAAuJw2B,gBAAe,wBAAS/jI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAM,CAAC,CAAC,CAACA,EAAEi0F,EAAH,EAAMptG,EAAEqtG,EAAR,CAAD,EAAa,CAACl0F,EAAEi0F,EAAH,EAAMptG,EAAEutG,EAAR,CAAb,CAAD,CAAN;AAAkC,aAAtN,EAAuN02B,mBAAkB,2BAASjkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE8hB,EAAE0gE,MAAF,GAAW90C,CAAjB,CAAmB,OAAM,CAAC,CAAC,CAAC5rB,EAAEi0F,EAAH,EAAM/1G,IAAE,CAAR,CAAD,EAAY,CAAC8hB,EAAEi0F,EAAH,EAAM/1G,IAAE,CAAR,CAAZ,EAAuB,CAAC8hB,EAAEi0F,EAAH,EAAM/1G,CAAN,CAAvB,EAAgC,CAAC2I,EAAEotG,EAAH,EAAM/1G,CAAN,CAAhC,CAAD,EAA2C,CAAC,CAAC8hB,EAAEm0F,EAAH,EAAMj2G,IAAE,CAAR,CAAD,EAAY,CAAC8hB,EAAEm0F,EAAH,EAAMj2G,IAAE,CAAR,CAAZ,EAAuB,CAAC8hB,EAAEm0F,EAAH,EAAMj2G,CAAN,CAAvB,EAAgC,CAAC2I,EAAEstG,EAAH,EAAMj2G,CAAN,CAAhC,CAA3C,CAAN;AAA4F,aAAtW,EAAuW8sI,kBAAiB,0BAASnkI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAM,CAAC,CAAC,CAACA,EAAEi0F,EAAH,EAAMptG,EAAEqtG,EAAR,CAAD,EAAa,CAACl0F,EAAEi0F,EAAH,EAAMptG,EAAEutG,EAAR,CAAb,CAAD,CAAN;AAAkC,aAAxa,EAAV,CAFxlM,EAE6gNrW,KAAGqtB,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAWA,EAAE9Q,KAAF,GAAQqE,CAAR,EAAUyM,EAAE63H,MAAF,GAASnrH,CAAnB,EAAqBorG,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,EAAkBpV,CAAlB,CAArB;AAA0C,aAA3E,EAA4EY,SAAQ,EAAC2zC,OAAMgiF,EAAP,EAAU/1E,SAAQ,EAACq6D,UAASwZ,EAAV,EAAlB,EAAgCrmG,QAAO,EAAClD,OAAM,EAAP,EAAvC,EAAkDymB,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAYwlD,UAAS,EAArB,EAAwB4e,MAAKovB,EAA7B,EAAgC3iG,QAAOogG,GAAG,EAAH,CAAvC,EAA8CrpB,OAAMorB,EAApD,EAAuD1W,QAAO,CAA9D,EAAgEvtF,UAAS2nG,EAAzE,EAAzD,EAAsI5jG,WAAU,EAAC9tB,MAAK2xH,EAAN,EAAhJ,EAA0J/Z,WAAU,EAAC58E,SAAQ,CAAC,CAAV,EAAYjP,QAAO,EAAClD,OAAM,CAAP,EAAnB,EAApK,EAAkMmS,SAAQ,CAAC,CAA3M,EAApF,EAAkSg9B,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAEpV,EAAEuxC,MAA7B;AAAA,oBAAoC8hB,IAAEvxC,EAAExd,KAAxC,CAA8Cwd,EAAEiiH,SAAF,IAAajiH,EAAEmb,OAAF,KAAY,CAAC,CAA1B,KAA8Bnb,EAAEiiH,SAAF,GAAY,CAAC,CAAb,EAAe3uH,EAAE87C,QAAF,IAAYvoD,IAAEsjH,GAAG72G,EAAE87C,QAAL,CAAF,EAAiBmC,IAAE1qD,EAAE,EAACi/D,UAAS9lD,EAAE8lD,QAAZ,EAAqBuyC,UAASr4F,EAAEq4F,QAAhC,EAAyC71G,OAAMwd,EAAExd,KAAjD,EAAuD41G,QAAOp4F,EAAEo4F,MAAhE,EAAuEG,YAAWv4F,EAAEu4F,UAApF,EAAF,CAA/B,IAAmIjlG,EAAE+kD,MAAF,KAAW9G,IAAE26D,GAAG54G,EAAE+kD,MAAL,EAAY9G,CAAZ,CAAb,CAAlJ,EAA+Kj+C,EAAE6nB,OAAF,IAAWo2B,CAAX,KAAevxC,EAAEmwD,KAAF,GAAQ,IAAI47C,EAAJ,CAAOx6D,CAAP,EAASokD,GAAG,EAAH,EAAMriG,CAAN,EAAQ,EAACyvF,OAAMvjF,EAAP,EAAUqkF,QAAO,EAAjB,EAAoB51E,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAMtR,EAAEorH,cAAjB,EAA9B,EAAR,CAAT,CAAR,EAA2FprH,EAAEwG,MAAF,CAASxG,EAAEmwD,KAAX,CAA1G,CAA7M;AAA2U,aAA7qB,EAA8qBtuC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAEm4C,MAAF,IAAWn4C,EAAE6e,GAAF,GAAMh4B,CAAjB,EAAmBmZ,EAAEmnH,WAAF,EAAnB;AAAmC,aAA/uB,EAAgvBA,aAAY,uBAAU;AAAC,oBAAItgI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,IAAd;AAAA,oBAAmBD,IAAEC,EAAE45E,MAAF,CAAShsI,KAAT,EAArB;AAAA,oBAAsCuF,IAAE6sD,EAAEzyD,OAA1C;AAAA,oBAAkD23B,IAAE86B,EAAE4e,KAAtD;AAAA,oBAA4Dx7D,IAAEjQ,EAAE+qC,MAAhE;AAAA,oBAAuEsiB,IAAEp9C,EAAEgsE,QAA3E;AAAA,oBAAoFxtB,IAAE7B,EAAEklD,MAAF,EAAtF,CAAiG//E,MAAInjB,IAAEmjB,EAAEoI,GAAF,CAAM9Q,MAAN,EAAF,EAAiB7vB,IAAEu4B,EAAEoI,GAAF,CAAM7V,KAAN,EAAnB,EAAiCrU,EAAEuV,QAAF,IAAY1K,EAAZ,IAAgB8xC,EAAEA,CAAF,GAAIiiD,GAAGxnE,GAAH,CAAO,CAACulB,EAAEA,CAAF,GAAIh+C,CAAL,IAAQ,CAAf,IAAkBA,CAAtB,EAAwBzM,IAAEyqD,EAAEmlD,KAAF,CAAQtjD,CAAR,CAA1B,EAAqC18B,EAAEoL,MAAF,CAAS4nF,GAAG5iH,EAAE6kC,CAAL,EAAO7kC,EAAE+kC,CAAF,GAAIt4B,IAAE,CAAb,EAAezM,EAAE6kC,CAAjB,EAAmB7kC,EAAE+kC,CAArB,CAAT,CAArD,IAAwFj3B,EAAEuV,QAAF,IAAYkmG,EAAZ,IAAgB9+D,EAAEA,CAAF,GAAIA,EAAEA,CAAF,GAAIh+C,IAAE,CAAV,EAAYzM,IAAEyqD,EAAEmlD,KAAF,CAAQtjD,CAAR,CAAd,EAAyB18B,EAAEoL,MAAF,CAAS4nF,GAAG5iH,EAAE6kC,CAAL,EAAO7kC,EAAE+kC,CAAF,GAAIt4B,IAAE,CAAb,EAAezM,EAAE6kC,CAAjB,EAAmB7kC,EAAE+kC,CAArB,CAAT,CAAzC,KAA6E/kC,IAAEyqD,EAAEnyD,KAAF,GAAUktB,MAAV,CAAiB0lC,CAAjB,EAAoB0kD,KAApB,CAA0BtjD,CAA1B,CAAF,EAA+BtsD,EAAE6kC,CAAF,IAAK4lB,EAAES,CAAF,CAAIrmB,CAAT,IAAY1rB,IAAEnZ,EAAE6kC,CAAF,GAAIxtC,CAAN,EAAQu4B,EAAEyrE,WAAF,GAAcowB,EAAlC,KAAuCtyG,IAAEnZ,EAAE6kC,CAAF,GAAIxtC,CAAN,EAAQu4B,EAAEyrE,WAAF,GAAcquB,EAA7D,CAA/B,EAAgG95F,EAAEoL,MAAF,CAAS4nF,GAAGzpG,CAAH,EAAKnZ,EAAE+kC,CAAF,GAAIt4B,CAAT,EAAWzM,EAAE6kC,CAAb,EAAe7kC,EAAE+kC,CAAjB,CAAT,CAA7K,CAA7H;AAA0U,aAAlrC,EAAmrCsrE,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEitI,MAAnB;AAAA,oBAA0B55E,IAAErzD,EAAEY,OAA9B,CAAsCssH,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8BY,EAAEsE,KAAF,KAAU+uD,EAAE+lD,MAAF,IAAUzwG,IAAE,CAACyM,EAAEmhF,UAAF,GAAa,GAAd,IAAmB,GAArB,EAAyBz0E,IAAEuxC,EAAE+lD,MAAF,CAAS,EAACe,UAASn6G,EAAEm6G,QAAZ,EAAqBvyC,UAAS5nE,EAAE4nE,QAAhC,EAAyCtjE,OAAMtE,EAAEsE,KAAjD,EAAuD41G,QAAOl6G,EAAEk6G,MAAhE,EAAuEG,YAAWr6G,EAAEq6G,UAApF,EAA+F73B,QAAO,IAAIqsC,GAAGx0B,KAAP,CAAajlF,EAAEy+C,CAAF,CAAIrmB,CAAjB,EAAmBp4B,EAAEy+C,CAAF,CAAInmB,CAAvB,CAAtG,EAAgI+qD,QAAOrjF,EAAEg+C,CAAzI,EAA2IgjD,aAAYhhG,EAAEijG,EAAzJ,EAA4J9hB,YAAW5tF,CAAvK,EAAyK6tF,UAAS7tF,IAAEyM,EAAE++F,KAAtL,EAA4LvzG,SAAQyyD,CAApM,EAAsM2lD,cAAa,wBAAU;AAAC,4BAAIrwG,IAAE,IAAImmH,GAAG7zB,KAAP,EAAN,CAAmB,OAAOj7F,EAAEmtI,mBAAF,CAAsBxkI,CAAtB,GAAyBA,CAAhC;AAAkC,qBAAnR,EAAT,CAA3B,EAA0TmZ,KAAG9hB,EAAEo5G,MAAF,CAAS9wF,MAAT,CAAgBxG,CAAhB,CAAvU,IAA2V9hB,EAAEmtI,mBAAF,CAAsBntI,EAAEo5G,MAAxB,CAArW,CAA9B;AAAoa,aAArpD,EAAspD+zB,qBAAoB,6BAASxkI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEitI,MAAjB;AAAA,oBAAwB55E,IAAErzD,EAAEY,OAA5B;AAAA,oBAAoCwyD,IAAEC,EAAErlC,MAAF,IAAU,EAAhD;AAAA,oBAAmDxnB,IAAE4sD,EAAEtoC,KAAF,GAAQ,CAAR,GAAU,EAACi0E,QAAO,EAACxqD,OAAM6e,EAAE7e,KAAT,EAAezpB,OAAMsoC,EAAEtoC,KAAvB,EAA6B0C,SAAQ4lC,EAAE5lC,OAAvC,EAA+Cm8E,UAASv2C,EAAEu2C,QAA1D,EAAR,EAAV,GAAuF,EAA5I;AAAA,oBAA+IpxE,IAAE86B,EAAE9e,KAAnJ;AAAA,oBAAyJ99B,IAAE,EAAC89B,OAAMhc,CAAP,EAAS/K,SAAQ6lC,EAAE7lC,OAAnB,EAA3J,CAAuL1L,IAAE9hB,EAAEspI,aAAF,CAAgBl0H,CAAhB,EAAkBqiG,GAAG,EAAC3Y,MAAKroF,CAAN,EAAQsoF,QAAO,EAACvxE,SAAQ6lC,EAAE7lC,OAAX,EAAf,EAAmC+rF,QAAOlmD,EAAEkmD,MAA5C,EAAH,EAAuD/yG,CAAvD,CAAlB,CAAF,EAA+EmC,EAAE2f,MAAF,CAASxG,CAAT,CAA/E,EAA2Fy0C,EAAElD,CAAF,KAAM1qD,EAAE2f,MAAF,CAAS,KAAKiyF,qBAAL,CAA2Bz4F,CAA3B,EAA6B,EAACkuF,WAAUz3E,CAAX,EAAakrE,cAAahtF,CAA1B,EAA7B,EAA0DghG,GAAG,EAACj1B,QAAO,CAACptE,EAAEy+C,CAAF,CAAIrmB,CAAL,EAAOp4B,EAAEy+C,CAAF,CAAInmB,CAAX,CAAR,EAAsB0oE,aAAYhhG,EAAEijG,EAApC,EAAuC5f,QAAOrjF,EAAEg+C,CAAhD,EAAkDgwC,WAAU,CAAC,CAA7D,EAAH,EAAmE/vC,EAAE7S,OAArE,CAA1D,CAAT,CAAjG;AAAoP,aAAjmE,EAAkmE8oF,eAAc,uBAAS3gI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOA,EAAEsrH,aAAF,GAAgB,IAAIte,GAAG70B,MAAP,CAAc,IAAI40B,GAAG50B,MAAP,CAAc,IAAI40B,GAAGx0B,KAAP,CAAa1xF,EAAEkrD,CAAF,CAAIrmB,CAAjB,EAAmB7kC,EAAEkrD,CAAF,CAAInmB,CAAvB,CAAd,EAAwC/kC,EAAEyqD,CAA1C,CAAd,EAA2DtxC,CAA3D,CAAhB,GAA8E8rG,GAAGz0F,OAAH,CAAWu/E,UAAX,CAAsB/vG,CAAtB,EAAwBmZ,CAAxB,CAArF;AAAgH,aAA9uE,EAA+uEo3F,iBAAgB,2BAAU;AAAC,oBAAIvwG,IAAE,KAAK/H,OAAX;AAAA,oBAAmBkhB,IAAE,KAAKmrH,MAAL,CAAYp5E,CAAjC,CAAmC4jD,GAAG9uG,CAAH,EAAK,EAAConB,WAAU,EAACyyD,QAAO,CAAC1gE,EAAE0rB,CAAH,EAAK1rB,EAAE4rB,CAAP,CAAR,EAAkBta,OAAM,KAAK85G,cAA7B,EAAX,EAAL,GAA+DhgB,GAAG5uH,EAAH,CAAM46G,eAAN,CAAsB95G,IAAtB,CAA2B,IAA3B,CAA/D;AAAgG,aAA74E,EAA84E06G,iBAAgB,yBAASnxG,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAF,CAAUi5G,SAAV,IAAqB,EAAlC;AAAA,oBAAqCzkG,IAAEpV,EAAEguB,MAAF,IAAU,EAAjD,CAAoD,OAAOlM,EAAEwnH,aAAF,CAAgBxnH,EAAEmrH,MAAlB,EAAyBx1B,GAAG,EAAH,EAAM9uG,CAAN,EAAQ,EAACm2F,MAAK,EAACvqD,OAAMv0C,EAAEu0C,KAAT,EAAe/mB,SAAQxtB,EAAEwtB,OAAzB,EAAN,EAAwCuxE,QAAO,EAACvxE,SAAQpY,EAAEoY,OAAX,EAAmB1C,OAAM1V,EAAE0V,KAA3B,EAAiCypB,OAAMn/B,EAAEm/B,KAAzC,EAA/C,EAAR,CAAzB,CAAP;AAA0I,aAAxmF,EAAymF+vF,iBAAgB,2BAAU;AAAC,uBAAO,KAAKlrB,MAAL,CAAYjjG,QAAZ,CAAqB,CAArB,CAAP;AAA+B,aAAnqF,EAAoqF8jG,qBAAoB,+BAAU;AAAC,oBAAItxG,IAAE,KAAKskI,MAAX,CAAkB,OAAM,EAACrsI,SAAQ,KAAKA,OAAd,EAAsB63F,QAAO9vF,EAAEyqD,CAA/B,EAAiCgjD,aAAYztG,EAAE0vG,EAA/C,EAAkD71B,QAAO,IAAIqsC,GAAGx0B,KAAP,CAAa1xF,EAAEkrD,CAAF,CAAIrmB,CAAjB,EAAmB7kC,EAAEkrD,CAAF,CAAInmB,CAAvB,CAAzD,EAAmF6oD,YAAW5tF,EAAE4tF,UAAhG,EAA2GC,UAAS7tF,EAAEwrG,KAAF,GAAQxrG,EAAE4tF,UAA9H,EAAyI6iB,QAAO,KAAKA,MAArJ,EAAN;AAAmK,aAAx3F,EAAy3FmrB,eAAc,uBAAS57H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEitI,MAAF,CAASz0B,WAAT,CAAqBsd,EAArB,EAAwBntH,CAAxB,EAA0BmZ,CAA1B,CAAb,CAA0C,OAAO,IAAI0hD,EAAJ,CAAOpuD,EAAE2gG,EAAT,EAAY3gG,EAAE4gG,EAAd,CAAP;AAAyB,aAAx9F,EAAy9FiuB,aAAY,qBAASt7H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOA,EAAEnG,KAAF,CAAQuoH,gBAAR,CAAyBpiH,CAAzB,EAA2BnZ,CAA3B,CAAP;AAAqC,aAAjiG,EAAV,CAFhhN,EAE8jT8uG,GAAG5X,GAAGvhG,EAAN,EAASo6D,EAAT,CAF9jT,EAE2kTknC,KAAG,EAACytC,kBAAiB,0BAAS1kI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAhB;AAAA,oBAAqBo9C,IAAEp9C,EAAE7V,OAAF,CAAU+lH,MAAV,IAAkB,EAAzC;AAAA,oBAA4C1xD,IAAEpB,EAAEtiB,MAAF,IAAU,EAAxD;AAAA,oBAA2DqiB,IAAEC,EAAE41D,aAAF,IAAiB,EAA9E;AAAA,oBAAiFv6F,IAAE0kC,EAAEriB,MAAF,IAAU,EAA7F,CAAgGvxC,KAAGA,EAAE+rH,eAAF,KAAoB,CAAC,CAAxB,KAA4BxzF,IAAEv4B,EAAEi9B,OAAF,KAAY,CAAC,CAAf,EAAiB7nB,IAAEpV,EAAEm6G,QAAF,IAAY,EAA/B,EAAkC9mD,IAAE96B,IAAE08B,EAAE/D,QAAJ,GAAahiC,EAAEgiC,QAAF,IAAY+D,EAAE/D,QAA/D,EAAwEmC,MAAIj+C,IAAE62G,GAAG54D,CAAH,EAAM,EAACpwD,MAAKmS,CAAN,EAAQ8kG,QAAOl6G,EAAEk6G,MAAjB,EAAwBtyC,UAAS5nE,EAAE4nE,QAAnC,EAA4CyyC,YAAWr6G,EAAEq6G,UAAzD,EAAoE/1G,OAAMqE,CAA1E,EAAN,CAAN,CAAxE,EAAmK4vB,KAAG/xB,IAAE,EAAF,EAAK4sD,IAAEtxC,EAAEyyB,KAAZ,KAAoB/tC,IAAE,EAAC+tC,OAAMrlB,EAAEqlB,KAAT,EAAe8sD,MAAKnyE,EAAEmyE,IAAtB,EAAF,EAA8BjuC,IAAE,CAACQ,EAAEqzD,OAAF,IAAW,EAAZ,EAAgB1yE,KAApE,CAAnK,EAA8On/B,KAAGqB,EAAE62H,WAAF,CAAc3vI,IAAd,CAAmB,EAACkjI,YAAW7gI,EAAE4W,KAAd,EAAoB3T,MAAKmS,CAAzB,EAA2B8kG,QAAOl6G,EAAEk6G,MAApC,EAA2CwmB,aAAYttE,CAAvD,EAAyD7hB,QAAO/qC,CAAhE,EAAnB,CAA7Q;AAAqW,aAAve,EAF9kT,EAEujUk5F,KAAGwtB,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEo/G,QAAF,GAAWz2G,CAAhC,EAAkC3I,EAAE4+C,MAAF,GAAS,EAA3C,EAA8C5+C,EAAEstI,WAAF,GAAc,EAA5D,EAA+DttI,EAAEi6D,MAAF,EAA/D;AAA0E,aAAzG,EAA0Gr5D,SAAQ,EAAC21F,YAAW,EAAZ,EAAe2zB,YAAW,EAACp/F,OAAM,CAAP,EAASypB,OAAM,SAAf,EAAyBxmB,SAAQ,CAAjC,EAA1B,EAA8D07F,eAAc,EAACxC,SAAQ,EAAT,EAAY11E,QAAO,EAAnB,EAA5E,EAAlH,EAAsN0oB,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAWA,EAAEk9H,kBAAF,CAAqBruB,GAAG7uG,EAAEm9H,QAAL,EAAcn9H,CAAd,CAArB;AAAuC,aAA1R,EAA2Rk9H,oBAAmB,4BAASl9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,CAAtB;AAAA,oBAAwBrB,CAAxB;AAAA,oBAA0B1kC,CAA1B;AAAA,oBAA4BglC,CAA5B;AAAA,oBAA8BF,IAAE,IAAhC;AAAA,oBAAqCuB,IAAEvB,EAAEpzD,OAAzC;AAAA,oBAAiDkI,IAAEkrD,EAAEorD,QAAF,CAAWx+G,OAAX,CAAmBkpH,YAAnB,IAAiC,EAApF;AAAA,oBAAuFt8E,IAAE1kC,EAAE5J,MAA3F;AAAA,oBAAkGu+B,IAAE83B,EAAE2kD,MAAtG;AAAA,oBAA6GxsE,IAAEjQ,EAAEv+B,MAAjH;AAAA,oBAAwHiJ,IAAE,CAA1H,CAA4H,KAAIkrD,IAAE,CAAN,EAAQA,IAAE3lB,CAAV,EAAY2lB,GAAZ,EAAgB;AAAC,yBAAIvxC,IAAE2b,EAAE41B,CAAF,CAAF,EAAO7sD,IAAEsb,EAAE1F,IAAX,EAAgBw3C,IAAE6C,EAAE30C,CAAF,CAAlB,EAAuByW,IAAE,MAAIq7B,CAA7B,EAA+B1kC,IAAE88F,GAAGlqG,EAAEy0E,UAAL,IAAiBz0E,EAAEy0E,UAAnB,GAA8BhhC,EAAEghC,UAAjE,EAA4EljC,KAAG3lB,IAAE,CAAL,IAAQ5rB,EAAEyvB,MAAF,CAASvlB,QAAT,IAAmB2nG,EAA3B,KAAgC7xG,EAAEyvB,MAAF,CAASvlB,QAAT,GAAkB1K,EAAlD,CAA5E,EAAkI4yC,IAAE,CAAxI,EAA0IA,IAAE1tD,EAAEtH,MAA9I,EAAqJg1D,GAArJ;AAAyJl0D,4BAAE22D,GAAGx9B,OAAH,CAAWozF,SAAX,CAAqBzqG,CAArB,EAAuBoyC,CAAvB,CAAF,EAA4Bz9C,IAAEzW,EAAEwsH,WAAF,CAAcloH,KAA5C,EAAkDuvD,IAAEwhD,GAAGxnE,GAAH,CAAOp3B,CAAP,CAApD,EAA8DrB,IAAEpV,EAAEgyE,MAAlE,EAAyE5e,IAAES,IAAEt7B,CAA7E,EAA+E08B,IAAE,KAAGzuD,EAAEtH,MAAL,IAAa,CAAC,CAACkW,EAAEm4H,OAAlG,EAA0G5hB,GAAG7pG,EAAEyyB,KAAL,MAAczyB,EAAEyyB,KAAF,GAAQn/B,EAAEm/B,KAAF,IAASzrC,EAAEorD,IAAE1mB,CAAJ,CAA/B,CAA1G,EAAiJ7kC,EAAE8N,CAAF,EAAI,IAAIi3G,EAAJ,CAAO,IAAP,EAAY,CAAZ,EAAc,CAAd,EAAgBx+F,CAAhB,EAAkBkkC,CAAlB,CAAJ,EAAyB,EAACz3C,OAAMq4C,CAAP,EAASmmD,UAAS/kG,EAAE+kG,QAAF,IAAY,EAA9B,EAAiCvjG,OAAMzO,CAAvC,EAAyC+xG,QAAOp4F,CAAhD,EAAkDk8G,UAAS3qE,CAA3D,EAA6DuU,UAASphE,EAAE0tD,CAAF,CAAtE,EAA2EmmD,YAAW,MAAIzmD,CAAJ,GAAMC,IAAED,CAAR,GAAU,CAAhG,EAAkG25E,SAAQt4E,CAA1G,EAA4G82D,iBAAgB32G,EAAE22G,eAA9H,EAA8I9uF,SAAQ7nB,EAAE6nB,OAAxJ,EAAgKs8E,QAAO7rE,IAAE2lB,CAAzK,EAA2K65E,gBAAel5E,EAAEk5E,cAAF,CAAiBh5E,CAAjB,EAAmBb,CAAnB,EAAqB3lB,CAArB,CAA1L,EAAzB,CAAjJ,EAA8X1tC,EAAEgyE,MAAF,CAAS/0C,OAAT,KAAmB,CAAC,CAApB,KAAwB/N,KAAGkkC,CAA3B,CAA9X,EAA4ZjrD,GAA5Z;AAAzJ,qBAAyjBA,IAAE,CAAF;AAAI;AAAC,aAArgC,EAAsgCqlI,oBAAmB,4BAAS7kI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAEpV,EAAEk6G,MAAR,CAAehkD,EAAEvtD,CAAF,EAAI,EAACrE,OAAMwd,CAAP,EAASo4F,QAAO9kG,CAAhB,EAAkBwyD,UAAS5nE,EAAE4nE,QAA7B,EAAsCuyC,UAASn6G,EAAEm6G,QAAjD,EAA0DE,YAAWr6G,EAAEq6G,UAAvE,EAAJ,EAAuF,EAAC5pE,UAASr7B,EAAEsuF,SAAZ,EAAsB8nB,UAAS,CAAC,MAAD,EAAQ,UAAR,EAAmB,QAAnB,EAA4B,QAA5B,CAA/B,EAAvF;AAA8J,aAAttC,EAAutCsa,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEqkD,GAAG,EAAH,EAAMz3G,EAAEk6G,MAAR,EAAe,EAACtjG,OAAM5W,EAAE4W,KAAT,EAAf,CAAf,CAA+Cy8C,EAAEm6E,kBAAF,CAAqBp6E,CAArB,EAAuBzqD,CAAvB,EAAyB3I,CAAzB,GAA4BqzD,EAAEg6E,gBAAF,CAAmB1kI,CAAnB,EAAqByqD,CAArB,EAAuBpzD,CAAvB,CAA5B,EAAsDA,EAAEi9B,OAAF,KAAY,CAAC,CAAb,KAAiB7nB,IAAE,IAAIyqF,EAAJ,CAAOl3F,CAAP,EAASmZ,CAAT,EAAWsxC,CAAX,CAAF,EAAgBkiD,GAAGlgG,CAAH,EAAKpV,CAAL,CAAhB,EAAwBqzD,EAAE/qC,MAAF,CAASlT,CAAT,CAAxB,EAAoCi+C,EAAEzU,MAAF,CAASjhD,IAAT,CAAcyX,CAAd,CAArD,CAAtD;AAA6H,aAA55C,EAA65CuuB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,IAAE,IAAtB;AAAA,oBAA2BoB,IAAEpB,EAAEjzD,OAA/B;AAAA,oBAAuCgzD,IAAEjrD,EAAE1H,KAAF,EAAzC;AAAA,oBAAmDiuB,IAAE,CAArD;AAAA,oBAAuDglC,IAAEmhD,GAAGn/D,GAAH,CAAO0d,EAAE9oC,KAAF,EAAP,EAAiB8oC,EAAE/jC,MAAF,EAAjB,CAAzD;AAAA,oBAAsFmkC,IAAEE,IAAE,CAA1F;AAAA,oBAA4FqB,IAAErB,IAAE,MAAIA,CAApG;AAAA,oBAAsGprD,IAAE8iH,GAAG32D,EAAElnC,OAAL,EAAawnC,CAAb,CAAxG;AAAA,oBAAwH/nB,IAAE+9E,GAAG33D,EAAEmiD,EAAL,EAAQniD,EAAEoiD,EAAV,EAAapiD,EAAEmiD,EAAF,GAAK7hD,CAAlB,EAAoBN,EAAEoiD,EAAF,GAAK9hD,CAAzB,CAA1H;AAAA,oBAAsJz2B,IAAE+P,EAAEg1C,MAAF,EAAxJ;AAAA,oBAAmK90C,IAAEmmB,EAAE45E,aAAF,IAAiB,EAAtL;AAAA,oBAAyLtlI,IAAEyrD,EAAE4uB,MAAF,EAA3L;AAAA,oBAAsM/7E,IAAEotD,EAAEjV,MAA1M;AAAA,oBAAiNxhD,IAAEqJ,EAAEvH,MAArN;AAAA,oBAA4Nq4D,IAAEtC,EAAEilD,MAAF,CAASh7G,MAAvO;AAAA,oBAA8O+pC,IAAE,EAAhP;AAAA,oBAAmPmtB,IAAE,EAArP,CAAwP,KAAIttD,IAAEA,IAAEkrD,IAAE9kC,CAAJ,GAAM8kC,IAAE9kC,CAAR,GAAUpmB,CAAZ,EAAc0kC,EAAE2pD,SAAF,CAAYhvF,EAAEqlC,CAAF,GAAI/P,EAAE+P,CAAlB,EAAoBrlC,EAAEulC,CAAF,GAAIjQ,EAAEiQ,CAA1B,CAAd,EAA2ClnC,IAAEwtD,IAAElrD,CAA/C,EAAiD2N,IAAE+sD,GAAGh9D,IAAEgnC,EAAEuoE,EAAJ,GAAOjtG,CAAV,EAAYtC,IAAEgnC,EAAEwoE,EAAJ,GAAOltG,CAAnB,CAAnD,EAAyEyvB,IAAE,CAA/E,EAAiFA,IAAEn7B,CAAnF,EAAqFm7B,GAArF;AAAyF86B,wBAAE5sD,EAAE8xB,CAAF,CAAF,EAAO66B,IAAEC,EAAE45E,MAAX,EAAkB75E,EAAEA,CAAF,GAAI5sD,CAAtB,EAAwB4sD,EAAES,CAAF,GAAIp9C,CAA5B,EAA8BzW,IAAEqzD,EAAE2qE,QAAlC,EAA2CtwF,EAAExuC,MAAF,KAAW4iB,IAAE4rB,EAAE1tC,CAAF,CAAF,EAAOozD,EAAEilD,EAAF,GAAKv2F,EAAEu2F,EAAd,EAAiBjlD,EAAEA,CAAF,GAAItxC,EAAEsxC,CAAlC,CAA3C,EAAgFpzD,KAAGu3D,IAAE,CAAL,IAAQlE,EAAEk6E,OAAV,KAAoBn6E,EAAES,CAAF,GAAIT,EAAEnyD,KAAF,GAAUw3F,MAAV,CAAiB,MAAIrlC,EAAEA,CAAvB,EAA0BmlD,KAA1B,CAAgCnlD,EAAEklD,MAAF,EAAhC,CAAxB,CAAhF,EAAqJjlD,EAAE1vB,MAAF,CAAS6J,CAAT,CAArJ,EAAiKp4B,IAAEi+C,EAAE4e,KAArK,EAA2K78D,KAAGA,EAAExU,OAAF,CAAUorB,QAAV,KAAqB2nG,EAAxB,IAA4B3zH,KAAGu3D,IAAE,CAAjC,KAAqCniD,EAAE4uF,WAAF,KAAgBowB,EAAhB,GAAmBh+D,EAAEz4D,IAAF,CAAOyX,CAAP,CAAnB,GAA6B6zB,EAAEtrC,IAAF,CAAOyX,CAAP,CAAlE,CAA3K;AAAzF,iBAAiV6zB,EAAE/pC,MAAF,GAAS,CAAT,KAAa+pC,EAAExoC,IAAF,CAAOozD,EAAE65E,eAAF,CAAkB,CAAC,CAAnB,CAAP,GAA8B75E,EAAE85E,gBAAF,CAAmB1kG,CAAnB,CAA3C,GAAkEmtB,EAAEl3D,MAAF,GAAS,CAAT,KAAak3D,EAAE31D,IAAF,CAAOozD,EAAE65E,eAAF,CAAkB,CAAC,CAAnB,CAAP,GAA8B75E,EAAE+5E,iBAAF,CAAoBx3E,CAApB,CAA3C,CAAlE,EAAqIvC,EAAElzB,GAAF,GAAM6M,CAA3I;AAA6I,aAAtoE,EAAuoEmgG,kBAAiB,0BAAShlI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE+rH,qBAAF,CAAwBllI,CAAxB,CAAb,CAAwCmZ,EAAEgsH,gBAAF,CAAmB9tI,CAAnB,EAAqB2I,CAArB;AAAwB,aAApuE,EAAquEilI,mBAAkB,2BAASjlI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE+rH,qBAAF,CAAwBllI,CAAxB,CAAb,CAAwCmZ,EAAEgsH,gBAAF,CAAmB9tI,CAAnB,EAAqB2I,CAArB;AAAwB,aAAn0E,EAAo0EklI,uBAAsB,+BAASllI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzU,MAArB;AAAA,oBAA4Bp4C,IAAE4sD,EAAEA,EAAEl0D,MAAF,GAAS,CAAX,CAA9B;AAAA,oBAA4Cq5B,IAAE/xB,EAAEymI,MAAhD;AAAA,oBAAuDx2H,IAAE9N,EAAE,CAAF,EAAKg4B,GAA9D;AAAA,oBAAkEkzB,IAAElrD,EAAEzJ,MAAF,GAAS,CAA7E;AAAA,oBAA+E+1D,IAAE18B,EAAE66B,CAAF,GAAI5sD,EAAE5F,OAAF,CAAU2wC,MAAV,CAAiBkxC,QAAtG;AAAA,oBAA+G7uB,IAAE,EAAjH,CAAoH,KAAI5zD,IAAEquH,GAAG53G,EAAEu/F,EAAF,IAAMz9E,EAAEs7B,CAAF,CAAInmB,CAAJ,GAAMunB,CAAN,GAAQx+C,EAAEoZ,MAAF,EAAR,GAAmBpZ,EAAEoZ,MAAF,KAAW,CAApC,CAAH,CAAF,EAA6C+jC,EAAEj2D,IAAF,CAAOqC,CAAP,CAA7C,EAAuDoV,IAAE,CAA7D,EAA+DA,IAAEy+C,CAAjE,EAAmEz+C,GAAnE;AAAuEqB,wBAAE9N,EAAEyM,CAAF,EAAKurB,GAAP,EAAW7e,IAAEnZ,EAAEyM,IAAE,CAAJ,EAAOurB,GAApB,EAAwB3gC,IAAEquH,GAAGvsG,EAAEk0F,EAAF,GAAKv/F,EAAEy/F,EAAV,CAA1B,EAAwCtiD,EAAEj2D,IAAF,CAAOqC,CAAP,CAAxC;AAAvE,iBAAyH,OAAOA,IAAEquH,GAAG91F,EAAEs7B,CAAF,CAAInmB,CAAJ,GAAMunB,CAAN,GAAQtsD,EAAEkrD,CAAF,EAAKlzB,GAAL,CAASu1E,EAAjB,GAAoBvtG,EAAEkrD,CAAF,EAAKlzB,GAAL,CAAS9Q,MAAT,KAAkB,CAAzC,CAAF,EAA8C+jC,EAAEj2D,IAAF,CAAOqC,CAAP,CAA9C,EAAwD4zD,CAA/D;AAAiE,aAAppF,EAAqpFk6E,kBAAiB,0BAASnlI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE5vB,EAAEzJ,MAAvB,CAA8B,KAAIk0D,IAAE,CAAN,EAAQA,IAAE76B,CAAV,EAAY66B,GAAZ;AAAgB,yBAAIh+C,IAAEi+C,IAAED,CAAJ,EAAMpzD,IAAE,CAAC2I,EAAEyqD,CAAF,CAAb,EAAkBpzD,IAAE,CAAF,KAAMoV,KAAG,CAAH,IAAMi+C,IAAE96B,CAAd,CAAlB;AAAoCv4B,4BAAEwG,EAAEunI,aAAF,CAAgBplI,CAAhB,EAAkByqD,CAAlB,EAAoB,EAAEh+C,CAAtB,EAAwBpV,CAAxB,CAAF,EAA6BA,IAAEwG,EAAEunI,aAAF,CAAgBplI,CAAhB,EAAkByqD,CAAlB,EAAoB,EAAEC,CAAtB,EAAwBrzD,CAAxB,CAA/B;AAApC;AAAhB,iBAA8GwG,EAAEwnI,YAAF,CAAerlI,CAAf,EAAiBmZ,CAAjB;AAAoB,aAAp1F,EAAq1FisH,eAAc,uBAASplI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAGzM,EAAE3I,CAAF,IAAK,CAAR,EAAU;AAAC,wBAAIqzD,IAAEgiD,GAAGn/D,GAAH,CAAOvtC,EAAE3I,CAAF,CAAP,EAAYoV,CAAZ,CAAN,CAAqBA,KAAGi+C,CAAH,EAAK1qD,EAAE3I,CAAF,KAAMqzD,CAAX,EAAa1qD,EAAEmZ,CAAF,KAAMuxC,CAAnB;AAAqB,wBAAOj+C,CAAP;AAAS,aAAn7F,EAAo7F44H,cAAa,sBAASrlI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE/xB,EAAEo4C,MAAvB;AAAA,oBAA8BnoC,IAAE8hB,EAAEA,EAAEr5B,MAAF,GAAS,CAAX,CAAhC;AAAA,oBAA8C20D,IAAEp9C,EAAEw2H,MAAlD;AAAA,oBAAyDh4E,IAAEnzC,EAAE5iB,MAA7D;AAAA,oBAAoE00D,IAAEn9C,EAAE7V,OAAF,CAAU2wC,MAAhF;AAAA,oBAAuFriB,IAAE0kC,EAAE6uB,QAA3F;AAAA,oBAAoGvuB,IAAEL,EAAEA,CAAF,CAAInmB,CAAJ,IAAOmmB,EAAET,CAAF,GAAIlkC,CAAX,IAAcpN,EAAE,CAAF,EAAK6e,GAAL,CAAS9Q,MAAT,EAApH,CAAsI,KAAIlnB,EAAE,CAAF,KAAM,CAAN,EAAQyqD,IAAE,CAAd,EAAgBA,IAAE6B,CAAlB,EAAoB7B,GAApB;AAAwBpzD,wBAAE8hB,EAAEsxC,CAAF,CAAF,EAAOc,KAAGvrD,EAAEyqD,CAAF,CAAV,EAAeC,IAAErzD,EAAE2gC,GAAnB,EAAuBvrB,IAAE5O,EAAEynI,WAAF,CAAc56E,EAAE4iD,EAAhB,EAAmBpiD,EAAE5yD,KAAF,GAAUktB,MAAV,CAAiBe,CAAjB,CAAnB,EAAuCglC,CAAvC,EAAyCA,IAAEb,EAAExjC,MAAF,EAA3C,EAAsD7vB,EAAEgkG,WAAF,IAAeowB,EAArE,CAAzB,EAAkGp0H,EAAEgkG,WAAF,IAAeowB,EAAf,IAAmBxgE,EAAEixC,KAAF,KAAUorB,EAAV,KAAe76G,IAAEy+C,EAAET,CAAF,GAAIS,EAAEA,CAAF,CAAIrmB,CAAR,GAAUte,CAA3B,GAA8BlvB,EAAE2jC,MAAF,CAAS4nF,GAAGn2G,IAAEi+C,EAAEvoC,KAAF,EAAL,EAAeopC,CAAf,EAAiB9+C,CAAjB,EAAmB8+C,CAAnB,CAAT,CAAjD,KAAmFN,EAAEixC,KAAF,KAAUorB,EAAV,KAAe76G,IAAEy+C,EAAEA,CAAF,CAAIrmB,CAAJ,GAAMqmB,EAAET,CAAR,GAAUlkC,CAA3B,GAA8BlvB,EAAE2jC,MAAF,CAAS4nF,GAAGn2G,IAAEi+C,EAAEvoC,KAAF,EAAL,EAAeopC,CAAf,EAAiB9+C,CAAjB,EAAmB8+C,CAAnB,CAAT,CAAjH,CAAlG,EAAoPA,KAAGb,EAAExjC,MAAF,EAAvP;AAAxB;AAA0R,aAA/2G,EAAg3GmpF,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYg+C,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,CAAtB;AAAA,oBAAwBrB,CAAxB;AAAA,oBAA0B1kC,CAA1B;AAAA,oBAA4BglC,CAA5B;AAAA,oBAA8BF,CAA9B;AAAA,oBAAgCuB,CAAhC;AAAA,oBAAkCzsD,IAAE,IAApC;AAAA,oBAAyC0kC,IAAE1kC,EAAElI,OAA7C;AAAA,oBAAqD68B,IAAE+P,EAAE08E,UAAzD;AAAA,oBAAoEx8E,IAAE5kC,EAAE81C,MAAxE;AAAA,oBAA+Ez2C,IAAEulC,EAAExuC,MAAnF;AAAA,oBAA0FuH,IAAE,CAA5F,CAA8F,KAAIymH,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8B,KAAK8uI,eAAL,GAAqB,EAAnD,EAAsDz3H,IAAE,CAA5D,EAA8DA,IAAEtO,CAAhE,EAAkEsO,GAAlE;AAAsE28C,wBAAE1lB,EAAEj3B,CAAF,CAAF,EAAOzW,IAAEozD,EAAE65E,MAAX,EAAkB73H,IAAEpV,EAAEs4G,MAAF,EAApB,EAA+B//E,IAAE66B,EAAE6e,KAAnC,EAAyCzrE,IAAE,EAAC2nI,UAAS/6E,EAAE4qE,QAAZ,EAA3C,EAAiEl8G,IAAE,CAACsxC,EAAExyD,OAAF,CAAUspH,UAAV,IAAsB,EAAvB,EAA2B31E,KAA3B,IAAkC9W,EAAE8W,KAAvG,EAA6Ghc,MAAI5vB,IAAE,IAAImmH,GAAGxpB,IAAP,CAAY,EAACvG,QAAO,EAACxqD,OAAMzyB,CAAP,EAASgJ,OAAM2S,EAAE3S,KAAjB,EAAR,EAAgCiF,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAMggC,EAAE85E,cAAjB,EAA1C,EAAZ,CAAF,EAA2F30G,EAAE33B,OAAF,CAAUorB,QAAV,KAAqB2nG,EAArB,IAAyB,MAAIvgE,EAAE9uD,KAA/B,KAAuCuvD,IAAEt7B,EAAEoI,GAAJ,EAAQs0B,IAAEj1D,EAAE6zD,CAAZ,EAAcD,IAAE5zD,EAAEu4G,KAAF,CAAQnjG,CAAR,CAAhB,EAA2B8Z,IAAEs0C,GAAG3P,EAAEkiD,EAAL,EAAQliD,EAAE2uB,MAAF,GAAW90C,CAAnB,CAA7B,EAAmDkmB,IAAE5zD,EAAEiB,KAAF,GAAUktB,MAAV,CAAiBsP,EAAE1P,OAAnB,EAA4BwqF,KAA5B,CAAkCnjG,CAAlC,CAArD,EAA0FzM,EAAE64F,MAAF,CAAS5tC,EAAEpmB,CAAX,EAAaomB,EAAElmB,CAAf,CAA1F,EAA4GnV,EAAEyrE,WAAF,IAAeowB,EAAf,IAAmBpgE,IAAEwP,GAAG3P,EAAEkiD,EAAF,GAAKt4E,EAAE1P,OAAV,EAAkB8lC,EAAE2uB,MAAF,GAAW90C,CAA7B,CAAF,EAAkC6nB,IAAElC,EAAE4B,CAAF,EAAIrB,CAAJ,EAAM1kC,CAAN,EAAQ8kC,CAAR,CAApC,EAA+C9kC,IAAEs0C,GAAGxP,EAAExmB,CAAF,GAAI/mC,CAAP,EAASutD,EAAEtmB,CAAX,CAAjD,EAA+D6nB,IAAEA,KAAGrmC,CAApE,EAAsEqmC,EAAE/nB,CAAF,GAAI6nE,GAAGn/D,GAAH,CAAOqf,EAAE/nB,CAAT,EAAWte,EAAEse,CAAb,CAA1E,EAA0F1kC,EAAEslI,aAAF,CAAgB74E,CAAhB,EAAkBv1D,EAAE6zD,CAApB,EAAsB7zD,EAAEozD,CAAF,GAAI3sD,CAA1B,KAA8B8uD,EAAE/nB,CAAF,GAAIxtC,EAAE6zD,CAAF,CAAIrmB,CAAtC,IAAyC0mB,IAAEl0D,EAAE6zD,CAAF,CAAIrmB,CAAJ,GAAMxtC,EAAEozD,CAAR,GAAU3sD,CAAZ,EAAc2sD,EAAExyD,OAAF,CAAU2wC,MAAV,CAAiBszD,KAAjB,KAAyBurB,EAAzB,GAA4Bl8D,IAAEhlC,EAAEse,CAAJ,GAAM7kC,EAAE65F,MAAF,CAAStuC,CAAT,EAAWN,EAAElmB,CAAb,CAAN,GAAsB/kC,EAAE65F,MAAF,CAAS5uC,EAAEpmB,CAAF,GAAI,IAAE/mC,CAAf,EAAiBmtD,EAAElmB,CAAnB,CAAlD,GAAwE/kC,EAAE65F,MAAF,CAAStuC,CAAT,EAAWN,EAAElmB,CAAb,CAAtF,EAAsG/kC,EAAE65F,MAAF,CAAStzE,EAAEse,CAAX,EAAawmB,EAAEtmB,CAAf,CAA/I,KAAmK6nB,EAAE7nB,CAAF,GAAIsmB,EAAEtmB,CAAN,EAAQ/kC,EAAE65F,MAAF,CAASjtC,EAAE/nB,CAAX,EAAa+nB,EAAE7nB,CAAf,CAA3K,CAA7G,KAA6SsmB,IAAEwP,GAAG3P,EAAEoiD,EAAF,GAAKx4E,EAAE1P,OAAV,EAAkB8lC,EAAE2uB,MAAF,GAAW90C,CAA7B,CAAF,EAAkC6nB,IAAElC,EAAE4B,CAAF,EAAIrB,CAAJ,EAAM1kC,CAAN,EAAQ8kC,CAAR,CAApC,EAA+C9kC,IAAEs0C,GAAGxP,EAAExmB,CAAF,GAAI/mC,CAAP,EAASutD,EAAEtmB,CAAX,CAAjD,EAA+D6nB,IAAEA,KAAGrmC,CAApE,EAAsEqmC,EAAE/nB,CAAF,GAAI6nE,GAAG1oF,GAAH,CAAO4oC,EAAE/nB,CAAT,EAAWte,EAAEse,CAAb,CAA1E,EAA0F1kC,EAAEslI,aAAF,CAAgB74E,CAAhB,EAAkBv1D,EAAE6zD,CAApB,EAAsB7zD,EAAEozD,CAAF,GAAI3sD,CAA1B,KAA8B8uD,EAAE/nB,CAAF,GAAIxtC,EAAE6zD,CAAF,CAAIrmB,CAAtC,IAAyC0mB,IAAEl0D,EAAE6zD,CAAF,CAAIrmB,CAAJ,GAAMxtC,EAAEozD,CAAR,GAAU3sD,CAAZ,EAAc2sD,EAAExyD,OAAF,CAAU2wC,MAAV,CAAiBszD,KAAjB,KAAyBurB,EAAzB,GAA4Bl8D,IAAEhlC,EAAEse,CAAJ,GAAM7kC,EAAE65F,MAAF,CAAStuC,CAAT,EAAWN,EAAElmB,CAAb,CAAN,GAAsB/kC,EAAE65F,MAAF,CAAS5uC,EAAEpmB,CAAF,GAAI,IAAE/mC,CAAf,EAAiBmtD,EAAElmB,CAAnB,CAAlD,GAAwE/kC,EAAE65F,MAAF,CAAStuC,CAAT,EAAWN,EAAElmB,CAAb,CAAtF,EAAsG/kC,EAAE65F,MAAF,CAAStzE,EAAEse,CAAX,EAAawmB,EAAEtmB,CAAf,CAA/I,KAAmK6nB,EAAE7nB,CAAF,GAAIsmB,EAAEtmB,CAAN,EAAQ/kC,EAAE65F,MAAF,CAASjtC,EAAE/nB,CAAX,EAAa+nB,EAAE7nB,CAAf,CAA3K,CAAvY,CAA5G,EAAkrB/kC,EAAE65F,MAAF,CAASxuC,EAAExmB,CAAX,EAAawmB,EAAEtmB,CAAf,CAAlrB,EAAosB,KAAKwgG,eAAL,CAAqBvwI,IAArB,CAA0BgL,CAA1B,CAApsB,EAAiuB,KAAKywG,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB,CAAxwB,CAA/F,CAA7G;AAAtE;AAAkjC,aAAxhJ,EAAyhJ+kI,iBAAgB,yBAAS/kI,CAAT,EAAW;AAAC,uBAAOA,IAAEA,IAAE,CAAC,CAAH,GAAK,CAAP,EAAS,UAASmZ,CAAT,EAAW9hB,CAAX,EAAa;AAAC,2BAAO8hB,IAAE,CAACA,EAAEjW,MAAF,CAASohI,MAAT,CAAgB30B,MAAhB,KAAyB,GAA1B,IAA+B,GAAjC,EAAqCt4G,IAAE,CAACA,EAAE6L,MAAF,CAASohI,MAAT,CAAgB30B,MAAhB,KAAyB,GAA1B,IAA+B,GAAtE,EAA0E,CAACx2F,IAAE9hB,CAAH,IAAM2I,CAAvF;AAAyF,iBAAvH;AAAwH,aAA7qJ,EAA8qJslI,aAAY,qBAAStlI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAID,IAAEtxC,EAAE+xC,CAAF,CAAIrmB,CAAV;AAAA,oBAAYhnC,IAAEsb,EAAE+xC,CAAF,CAAInmB,CAAlB;AAAA,oBAAoBnV,IAAEzW,EAAEsxC,CAAxB;AAAA,oBAA0B38C,IAAE4+F,GAAGn/D,GAAH,CAAOm/D,GAAGxnE,GAAH,CAAOrnC,IAAExG,CAAT,CAAP,EAAmBq1G,GAAGxnE,GAAH,CAAOrnC,IAAE4O,CAAT,CAAnB,CAA5B,CAA4D,OAAOqB,IAAE8hB,CAAF,GAAI5vB,CAAJ,GAAMyqD,IAAEiiD,GAAG3yB,IAAH,CAAQnqD,IAAEA,CAAF,GAAI9hB,IAAEA,CAAd,KAAkB48C,IAAE,CAAF,GAAI,CAAC,CAAvB,CAAf;AAAyC,aAAnzJ,EAAozJ+6E,eAAc,uBAASzlI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,uBAAO4zD,EAAE9xC,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAR,IAAWomB,EAAE9xC,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAR,CAAX,GAAsBkmB,EAAE5zD,CAAF,CAA7B;AAAkC,aAAp3J,EAAq3JkkI,kBAAiB,0BAASv7H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAOksG,GAAGlsG,CAAH,EAAKnZ,EAAErE,KAAP,CAAP;AAAqB,aAAz6J,EAA06J4oI,gBAAe,wBAASvkI,CAAT,EAAW;AAAC,uBAAOA,IAAEkrH,EAAT;AAAY,aAAj9J,EAAV,CAF1jU,EAEwhepc,GAAG/X,GAAGphG,EAAN,EAASshG,EAAT,CAFxhe,EAEqieE,KAAGD,GAAGl/F,MAAH,CAAU,EAACC,SAAQ,EAAC4/C,SAAQ,EAACq6D,UAASyZ,EAAV,EAAT,EAAuB/iF,QAAO,EAACvlB,UAAS1K,EAAV,EAA9B,EAA4CyO,WAAU,EAAC9tB,MAAK2xH,EAAN,EAAtD,EAAT,EAA0EqV,aAAY,uBAAU;AAAC,oBAAItgI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEitI,MAAF,CAAShsI,KAAT,EAAjB;AAAA,oBAAkCoyD,IAAErzD,EAAEY,OAAtC;AAAA,oBAA8CwyD,IAAEpzD,EAAEiyE,KAAlD;AAAA,oBAAwDzrE,IAAE6sD,EAAE9hB,MAA5D;AAAA,oBAAmEhZ,IAAEnjB,EAAEkjG,MAAF,EAArE,CAAgFllD,MAAItxC,IAAEsxC,EAAEzyB,GAAF,CAAM9Q,MAAN,EAAF,EAAiBrpB,EAAEwlB,QAAF,IAAY1K,EAAZ,IAAgBlM,EAAEg+C,CAAF,IAAK,CAACh+C,EAAEg+C,CAAF,GAAIh+C,EAAEijG,EAAP,IAAW,CAAhB,EAAkB1vG,IAAEyM,EAAEmjG,KAAF,CAAQhgF,CAAR,CAApB,EAA+B66B,EAAEzvB,MAAF,CAAS,IAAI4nF,EAAJ,CAAO5iH,EAAE6kC,CAAT,EAAW7kC,EAAE+kC,CAAF,GAAI5rB,IAAE,CAAjB,EAAmBnZ,EAAE6kC,CAArB,EAAuB7kC,EAAE+kC,CAAzB,CAAT,CAA/C,IAAsFmyD,GAAGvhG,EAAH,CAAM2qI,WAAN,CAAkB7pI,IAAlB,CAAuBY,CAAvB,CAA3G;AAAsI,aAAvT,EAAwTspI,eAAc,uBAAS3gI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,uBAAO8rG,GAAGz0F,OAAH,CAAWu/E,UAAX,CAAsB/vG,CAAtB,EAAwBmZ,CAAxB,CAAP;AAAkC,aAAtX,EAAV,CAFxie,EAE26e21F,GAAG3X,GAAGxhG,EAAN,EAASo6D,EAAT,CAF36e,EAEw7esnC,KAAGN,GAAG/+F,MAAH,CAAU,EAACC,SAAQ,EAAC21F,YAAW,EAAZ,EAAe2zB,YAAW,EAACp/F,OAAM,CAAP,EAASypB,OAAM,SAAf,EAAyBxmB,SAAQ,CAAjC,EAA1B,EAAT,EAAwE+3G,UAAS,kBAASn9H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEqkD,GAAG,EAAH,EAAMz3G,EAAEk6G,MAAR,EAAe,EAACtjG,OAAM5W,EAAE4W,KAAT,EAAf,CAAf,CAA+Cy8C,EAAEm6E,kBAAF,CAAqBp6E,CAArB,EAAuBzqD,CAAvB,EAAyB3I,CAAzB,GAA4BqzD,EAAEg6E,gBAAF,CAAmB1kI,CAAnB,EAAqByqD,CAArB,EAAuBpzD,CAAvB,CAA5B,EAAsD2I,KAAG3I,EAAEi9B,OAAF,KAAY,CAAC,CAAhB,KAAoB7nB,IAAE,IAAI0qF,EAAJ,CAAOn3F,CAAP,EAASmZ,CAAT,EAAWsxC,CAAX,CAAF,EAAgBkiD,GAAGlgG,CAAH,EAAKpV,CAAL,CAAhB,EAAwBqzD,EAAE/qC,MAAF,CAASlT,CAAT,CAAxB,EAAoCi+C,EAAEzU,MAAF,CAASjhD,IAAT,CAAcyX,CAAd,CAAxD,CAAtD;AAAgI,aAAhR,EAAiRuuB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,IAAE,IAAlB;AAAA,oBAAuB9hB,IAAE8hB,EAAE33B,OAA3B;AAAA,oBAAmCizD,IAAElrD,EAAE1H,KAAF,EAArC;AAAA,oBAA+Cg0D,IAAE,CAAjD;AAAA,oBAAmDrB,IAAEyhD,GAAGn/D,GAAH,CAAO2d,EAAE/oC,KAAF,EAAP,EAAiB+oC,EAAEhkC,MAAF,EAAjB,CAArD;AAAA,oBAAkFX,IAAE0kC,IAAE,CAAtF;AAAA,oBAAwFM,IAAEN,IAAE,MAAIA,CAAhG;AAAA,oBAAkGI,IAAE43D,GAAGn1G,EAAEsX,OAAL,EAAammC,CAAb,CAApG;AAAA,oBAAoHqB,IAAE9+C,EAAEyjG,MAAxH;AAAA,oBAA+HpxG,IAAEysD,EAAEr2D,MAAnI;AAAA,oBAA0IsuC,IAAE,CAA5I;AAAA,oBAA8I/P,IAAE,CAAhJ;AAAA,oBAAkJiQ,IAAE,CAApJ;AAAA,oBAAsJvlC,IAAE,CAAxJ,CAA0J,KAAIowB,EAAEk1G,aAAF,GAAgB,EAAhB,EAAmBz5E,IAAEA,IAAE9kC,IAAE+lC,CAAJ,GAAM/lC,IAAE+lC,CAAR,GAAUjB,CAA/B,EAAiC5+C,IAAE8Z,IAAE8kC,CAArC,EAAuCZ,IAAE,CAA7C,EAA+CA,IAAEtqD,CAAjD,EAAmDsqD,GAAnD;AAAuDtxC,wBAAEyzC,EAAEnC,CAAF,CAAF,EAAO,MAAIA,CAAJ,IAAO44D,GAAGlqG,EAAEusH,QAAL,CAAP,KAAwBruI,IAAE8hB,EAAEusH,QAAJ,EAAaj5H,KAAG0M,EAAEusH,QAA1C,CAAP,EAA2DriB,GAAGlqG,EAAE2f,IAAL,IAAWrsB,KAAG0M,EAAE2f,IAAhB,GAAqB+L,GAAhF,EAAoFw+E,GAAGlqG,EAAEgM,MAAL,KAAcslC,KAAGtqD,IAAE,CAAnB,KAAuBsM,KAAG0M,EAAEgM,MAA5B,CAApF;AAAvD,iBAA+K,KAAIk+F,GAAGhsH,CAAH,MAAQmI,IAAE,CAAC+mB,IAAE8kC,CAAH,KAAOlrD,IAAE,GAAT,CAAF,EAAgB9I,IAAE,MAAImI,CAAtB,EAAwBiN,KAAGpV,CAAnC,GAAsC0tC,IAAE1tC,CAAxC,EAA0CozD,IAAE,CAAhD,EAAkDA,IAAEtqD,CAApD,EAAsDsqD,GAAtD;AAA0DtxC,wBAAEyzC,EAAEnC,CAAF,CAAF,EAAOC,IAAEu4D,GAAG9pG,EAAE2f,IAAL,EAAUrsB,IAAEo4B,CAAZ,CAAT,EAAwBE,KAAGjQ,CAA3B,EAA6Bj3B,IAAEknC,IAAE2lB,CAAjC,EAAmC96B,EAAEk1G,aAAF,CAAgB9vI,IAAhB,CAAqB,EAAC06G,IAAG3qE,CAAJ,EAAM0lB,GAAE5sD,CAAR,EAArB,CAAnC,EAAoEi3B,IAAE3b,EAAEgM,MAAF,IAAU,CAAhF,EAAkF4f,IAAElnC,CAApF;AAA1D,iBAAgJk5F,GAAGphG,EAAH,CAAMqlC,MAAN,CAAavkC,IAAb,CAAkBm5B,CAAlB,EAAoB5vB,CAApB;AAAuB,aAApxB,EAAqxBukI,gBAAe,wBAASvkI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,uBAAO2I,IAAEooH,EAAF,GAAKiB,MAAIlwG,IAAE,CAAN,KAAU9hB,IAAE,CAAZ,CAAZ;AAA2B,aAA/0B,EAAV,CAF37e,EAEuxgB+/F,KAAGrqC,GAAG/0D,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAACvE,mBAAGp3D,EAAH,CAAM27D,MAAN,CAAa76D,IAAb,CAAkB,IAAlB,GAAwB,KAAKkvI,cAAL,EAAxB;AAA8C,aAAjE,EAAkEzI,oBAAmB,4BAASl9H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBD,CAAtB;AAAA,oBAAwB1kC,IAAE,KAAKtuB,OAAL,CAAas5G,MAAvC;AAAA,oBAA8ChmD,IAAE,KAAKw0D,YAAL,CAAkB9nH,OAAlB,CAA0B26H,UAA1B,IAAsC,EAAtF;AAAA,oBAAyFvnE,IAAEiB,EAAE/lC,CAAF,CAA3F;AAAA,oBAAgGqmC,IAAE,CAAC,KAAK30D,OAAL,CAAaglI,UAAhH,CAA2H,KAAI9jH,IAAE,CAAN,EAAQA,IAAEoN,EAAEhwB,MAAZ,EAAmB4iB,GAAnB;AAAuB,yBAAI9hB,IAAEkvB,EAAEpN,CAAF,CAAF,EAAO1M,IAAE,CAAT,EAAWi+C,IAAE,CAAb,EAAeD,IAAE,CAArB,EAAuBA,IAAEY,CAAzB,EAA2BZ,GAA3B;AAA+B5sD,4BAAEmwD,GAAGx9B,OAAH,CAAWozF,SAAX,CAAqBvsH,CAArB,EAAuBozD,CAAvB,CAAF,EAA4B76B,IAAE/xB,EAAEgmH,WAAF,CAAcloH,KAA5C,EAAkDmS,IAAEjQ,EAAEwrE,MAAF,CAASu8D,OAA7D,EAAqE16E,IAAEz+C,CAAvE,EAAyEqB,IAAE,YAAUA,EAAEhT,WAAF,EAAV,IAA2B+C,EAAEgmH,WAAF,CAAcloH,KAAd,GAAoB8Q,CAApB,EAAsBy+C,IAAE,CAAxB,EAA0BD,IAAEx+C,CAAvD,KAA2D5O,EAAEgmH,WAAF,CAAcloH,KAAd,GAAoB+uD,CAApB,EAAsBO,IAAEC,IAAER,CAA1B,EAA4BA,IAAE,CAAzF,CAAF,GAA8F8C,EAAE59B,CAAF,MAAO86B,KAAG96B,CAAH,EAAKnjB,KAAGmjB,CAAR,EAAUq7B,IAAEx+C,CAAnB,CAAvK,EAA6LzM,EAAEnC,CAAF,EAAI,EAAC2zG,UAASjmD,EAAEd,CAAF,CAAV,EAAeymE,YAAWzmE,CAA1B,EAA4B8mD,QAAOl6G,CAAnC,EAAqCg+H,UAASl8G,CAA9C,EAAgD81D,OAAMxiE,CAAtD,EAAwDklG,cAAajnD,CAArE,EAAuE0e,MAAKle,CAA5E,EAA8E5hC,IAAG2hC,CAAjF,EAAmFstE,YAAW3rE,CAA9F,EAAJ,CAA7L;AAA/B;AAAvB;AAAyV,aAArjB,EAAsjBwxE,aAAY,qBAASp+H,CAAT,EAAWmZ,CAAX,EAAa;AAAC4zC,mBAAGp3D,EAAH,CAAMyoI,WAAN,CAAkB3nI,IAAlB,CAAuB,IAAvB,EAA4B,EAACkF,OAAMwd,EAAEmQ,EAAT,EAA5B,EAAyCnQ,CAAzC;AAA4C,aAA5nB,EAA6nBs+G,WAAU,mBAASz3H,CAAT,EAAW;AAAC,uBAAOA,EAAErE,KAAF,IAAS,CAAhB;AAAkB,aAArqB,EAAsqB6hI,WAAU,mBAASx9H,CAAT,EAAW;AAAC,uBAAM,CAACA,EAAEopE,IAAH,EAAQppE,EAAEspB,EAAV,CAAN;AAAoB,aAAhtB,EAAitBq8G,gBAAe,0BAAU;AAAC,oBAAI3lI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,IAAE,KAAK33B,OAAL,CAAas5G,MAAjC;AAAA,oBAAwCzjG,IAAE,KAAKgvH,YAA/C;AAAA,oBAA4D5xE,IAAE,KAAKyuC,QAAL,GAAc,EAA5E,CAA+E,KAAI35F,IAAE,CAAN,EAAQA,IAAE4vB,EAAEr5B,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAGmZ,IAAEyW,EAAE5vB,CAAF,CAAF,EAAO3I,IAAEyW,EAAE9N,CAAF,CAAZ,EAAiB,KAAI0qD,IAAE,CAAN,EAAQA,IAAErzD,EAAEd,MAAZ,EAAmBm0D,GAAnB;AAAuBD,4BAAEpzD,EAAEqzD,CAAF,CAAF,EAAOD,KAAGh+C,CAAH,KAAO5O,IAAE,IAAIorE,EAAJ,CAAOx8D,CAAP,EAASg+C,CAAT,EAAWtxC,CAAX,CAAF,EAAgB+xC,EAAEl2D,IAAF,CAAO6I,CAAP,CAAhB,EAA0B,KAAK8hB,MAAL,CAAY9hB,CAAZ,CAAjC,CAAP,EAAwD4O,IAAEg+C,CAA1D;AAAvB;AAAxC;AAA2H,aAAr7B,EAAV,CAF1xgB,EAE4tiBwe,KAAGs7C,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAW83G,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,GAAmBA,EAAE28D,IAAF,GAAOppE,CAA1B,EAA4ByM,EAAE6c,EAAF,GAAKnQ,CAAjC,EAAmC1M,EAAE8kG,MAAF,GAASl6G,CAA5C;AAA8C,aAA/E,EAAgFY,SAAQ,EAACmvB,WAAU,EAAC9tB,MAAKwvH,EAAN,EAASr+F,OAAM4+F,EAAf,EAAX,EAAxF,EAAuHrR,YAAW,sBAAU;AAAC,oBAAIh4G,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,EAAV;AAAA,oBAAaoV,IAAE,KAAK28D,IAApB;AAAA,oBAAyB1e,IAAEj+C,EAAEurB,GAA7B;AAAA,oBAAiCyyB,IAAE,KAAKnhC,EAAL,CAAQ0O,GAA3C,CAA+C,OAAOvrB,EAAE8rH,UAAF,IAAcv4H,IAAEyM,EAAEgrH,SAAF,GAAY/sE,EAAE2iD,EAAd,GAAiB3iD,EAAE6iD,EAArB,EAAwBl2G,EAAErC,IAAF,CAAO,CAAC01D,EAAE0iD,EAAH,EAAMptG,CAAN,CAAP,EAAgB,CAACyqD,EAAE6iD,EAAH,EAAMttG,CAAN,CAAhB,CAAtC,KAAkEmZ,IAAE1M,EAAEgrH,SAAF,GAAY/sE,EAAE4iD,EAAd,GAAiB5iD,EAAE0iD,EAArB,EAAwB/1G,EAAErC,IAAF,CAAO,CAACmkB,CAAD,EAAGuxC,EAAE2iD,EAAL,CAAP,EAAgB,CAACl0F,CAAD,EAAGsxC,EAAE8iD,EAAL,CAAhB,CAA1F,GAAqHl2G,CAA5H;AAA8H,aAA1T,EAA2Tg5G,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ,EAAMmZ,CAAN,CAAQorG,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8BuJ,IAAE,KAAKuxG,MAAL,CAAY4C,IAAZ,IAAkB,EAAlD,EAAqDh7F,IAAEgtG,GAAGxpB,IAAH,CAAQtN,UAAR,CAAmB,KAAK2oB,UAAL,EAAnB,EAAqC,EAAC5hB,QAAO,EAACxqD,OAAM5rC,EAAE4rC,KAAT,EAAezpB,OAAMniB,EAAEmiB,KAAvB,EAA6B0C,SAAQ7kB,EAAE6kB,OAAvC,EAA+Cm8E,UAAShhG,EAAEghG,QAA1D,EAAR,EAArC,CAAvD,EAA0KokB,GAAGjsG,CAAH,CAA1K,EAAgL,KAAKs3F,MAAL,CAAY9wF,MAAZ,CAAmBxG,CAAnB,CAAhL;AAAsM,aAAjiB,EAAV,CAF/tiB,EAE6wjBm+E,KAAGgtB,GAAGtsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWmrG,GAAG3uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,GAAqBA,IAAEmZ,EAAElhB,OAAzB,EAAiCkhB,EAAEtY,EAAF,GAAK8tG,GAAG/yG,IAAH,EAAtC,EAAgDud,EAAEy7F,WAAF,EAAhD,EAAgEz7F,EAAEgF,OAAF,GAAU,IAAIomG,EAAJ,EAA1E,EAAiFprG,EAAE0sH,cAAF,GAAiB,IAAI95D,EAAJ,CAAO,EAAP,EAAU5yD,CAAV,CAAlG,EAA+GA,EAAEwG,MAAF,CAASxG,EAAEgF,OAAX,CAA/G,EAAmIhF,EAAEy9F,IAAF,GAAO,EAA1I,EAA6Iz9F,EAAE03G,MAAF,GAAS,EAAtJ;AAAyJ,aAAtL,EAAuL54H,SAAQ,EAAC24G,QAAO,CAAC,CAAT,EAAWuB,aAAY,CAAC,CAAxB,EAA0B/zD,OAAM,EAAC89C,OAAMwtB,EAAP,EAAhC,EAA2Cp1F,SAAQ,CAAC,CAApD,EAA/L,EAAsPsgF,aAAY,uBAAU;AAAC,oBAAI50G,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAF,CAAUmmD,KAAvB,CAA6B,QAAOjlC,CAAP,yCAAOA,CAAP,OAAW+pG,EAAX,KAAgB/pG,IAAE21F,GAAG,EAAH,EAAM31F,CAAN,EAAQ,EAAC+iF,OAAM/iF,EAAEkK,QAAT,EAAkBA,UAASupD,EAA3B,EAAR,CAAlB,GAA2D5sE,EAAEo+C,KAAF,GAAQ+mE,GAAGnR,UAAH,CAAc76F,CAAd,EAAgBnZ,CAAhB,EAAkBs3F,GAAG3hG,EAAH,CAAMsC,OAAN,CAAcmmD,KAAhC,CAAnE;AAA0G,aAApZ,EAAqZ0nF,YAAW,oBAAS9lI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAEgF,OAAF,CAAUwB,MAAV,CAAiB3f,CAAjB,GAAoBmZ,EAAEy9F,IAAF,CAAO5hH,IAAP,CAAYgL,CAAZ,CAApB,EAAmCA,EAAE22G,IAAF,GAAOx9F,CAA1C;AAA4C,aAAne,EAAoe4sH,aAAY,qBAAS/lI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAE0sH,cAAF,CAAiB3iI,MAAjB,KAA0BiW,EAAEgF,OAA5B,IAAqChF,EAAEgF,OAAF,CAAUwB,MAAV,CAAiBxG,EAAE0sH,cAAnB,CAArC,EAAwE1sH,EAAE03G,MAAF,CAAS77H,IAAT,CAAcgL,CAAd,CAAxE,EAAyFmZ,EAAE0sH,cAAF,CAAiBlmH,MAAjB,CAAwB3f,CAAxB,CAAzF,EAAoHA,EAAE22G,IAAF,GAAOx9F,CAA3H;AAA6H,aAApoB,EAAqoBvJ,OAAM,iBAAU;AAAC,oBAAI5P,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAEjW,MAAjB,CAAwB,IAAG7L,CAAH,EAAK;AAAC,yBAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAEy9F,IAAF,CAAOrgH,MAAjB,EAAwByJ,GAAxB;AAA4B3I,0BAAE2uI,UAAF,CAAa7sH,EAAEy9F,IAAF,CAAO52G,CAAP,CAAb;AAA5B,qBAAoD,KAAIA,IAAE,CAAN,EAAQA,IAAEmZ,EAAE03G,MAAF,CAASt6H,MAAnB,EAA0ByJ,GAA1B;AAA8B3I,0BAAE4uI,WAAF,CAAc9sH,EAAE03G,MAAF,CAAS7wH,CAAT,CAAd;AAA9B;AAAyD,mBAAE42G,IAAF,GAAO,EAAP,EAAUz9F,EAAE03G,MAAF,GAAS,EAAnB,EAAsB13G,EAAEgF,OAAF,CAAU49B,OAAV,EAAtB,EAA0C5iC,EAAEgF,OAAF,CAAU3Q,QAAV,GAAmB,EAA7D,EAAgE2L,EAAE0sH,cAAF,CAAiBr4H,QAAjB,GAA0B,EAA1F;AAA6F,aAA93B,EAA+3BwtB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR,CAAaqsH,GAAGrsH,EAAEmW,QAAL,MAAiBnW,EAAE8mB,OAAnB,KAA6BhF,IAAE9hB,EAAEmW,QAAF,CAAWxP,GAAX,EAA/B,GAAiDsmH,GAAG3uH,EAAH,CAAMqlC,MAAN,CAAavkC,IAAb,CAAkBY,CAAlB,EAAoB2I,CAApB,CAAjD,EAAwEmZ,KAAG9hB,EAAEmW,QAAF,CAAWxY,IAAX,CAAgBmkB,CAAhB,CAA3E,EAA8F9hB,EAAE+mD,KAAF,KAAU/mD,EAAEg7G,UAAF,CAAahF,EAAb,IAAiBh2G,EAAE+mD,KAAF,CAAQpmB,GAAR,CAAY9Q,MAAZ,EAA3B,CAA9F;AAA+I,aAA9iC,EAA+iCqrF,aAAY,uBAAU;AAAC,oBAAIvyG,IAAEskH,GAAG3uH,EAAH,CAAM48G,WAAN,CAAkB97G,IAAlB,CAAuB,IAAvB,CAAN,CAAmC,OAAOuJ,EAAE4wG,MAAF,GAAS,CAAC,EAAV,EAAa5wG,CAApB;AAAsB,aAA/nC,EAAgoCwwG,gBAAe,0BAAU;AAAC,qBAAKv4G,OAAL,CAAaq8B,OAAb,IAAsB,KAAK0iF,eAAL,EAAtB;AAA6C,aAAvsC,EAAwsCjG,WAAU15G,CAAltC,EAAotCy5G,UAASz5G,CAA7tC,EAA+tC2/G,iBAAgB,2BAAU;AAAC,oBAAIh3G,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAE+4G,IAA3B;AAAA,oBAAgC9oG,IAAE8hB,EAAE76B,MAAF,CAAS8I,EAAEqF,MAAF,CAAS0zG,IAAlB,CAAlC;AAAA,oBAA0D1rD,IAAE,EAA5D;AAAA,oBAA+DoB,IAAE,EAAjE,CAAoE,KAAInzC,IAAE,CAAN,EAAQA,IAAEyW,EAAEr5B,MAAZ,EAAmB4iB,GAAnB;AAAuB,yBAAI1M,IAAEmjB,EAAEzW,CAAF,CAAF,EAAOuxC,IAAEj+C,EAAExU,OAAF,CAAU6mD,QAAnB,EAA4B9+C,IAAE0qD,IAAEQ,CAAF,GAAIoB,CAAlC,EAAoCj1D,IAAE,CAA1C,EAA4CA,IAAEyW,EAAEvX,MAAhD,EAAuDc,GAAvD;AAA2D,8BAAI2I,EAAEzJ,MAAN,KAAek0D,IAAE38C,EAAEzW,CAAF,CAAF,EAAOqzD,MAAID,EAAExyD,OAAF,CAAU6mD,QAAd,IAAwB8mE,GAAG5lH,CAAH,EAAKyM,EAAEuqG,eAAF,CAAkBvsD,CAAlB,CAAL,CAA9C;AAA3D;AAAvB;AAA4J,aAA19C,EAA29C88C,SAAQ,mBAAU;AAAC,qBAAKkJ,MAAL,CAAY7lE,KAAZ,IAAoB,KAAKzsB,OAAL,CAAajb,MAAb,GAAoB,IAAxC,EAA6C,KAAKib,OAAL,CAAa0zF,cAAb,GAA4B7xG,EAAEnE,KAAF,CAAQ,KAAKg2G,cAAb,EAA4B,IAA5B,CAAzE,EAA2G,KAAK1zF,OAAL,CAAaiyF,YAAb,EAA3G,EAAuI,KAAKjyF,OAAL,CAAajb,MAAb,GAAoB,IAA3J,EAAgK,KAAKk7C,KAAL,IAAY,KAAKqyD,MAAL,CAAY9wF,MAAZ,CAAmB,KAAKy+B,KAAL,CAAWqyD,MAA9B,CAA5K,EAAkN,KAAKA,MAAL,CAAY9wF,MAAZ,CAAmB,KAAKxB,OAAL,CAAasyF,MAAhC,CAAlN,EAA0P,KAAKD,cAAL,EAA1P;AAAgR,aAA9vD,EAA+vD01B,WAAU,qBAAU;AAAC,oBAAIlmI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,IAAE,KAAKmsD,IAArB;AAAA,oBAA0B/4G,IAAE4sD,EAAEl0D,MAA9B;AAAA,oBAAqCq5B,IAAE,IAAIgzF,EAAJ,EAAvC,CAA8C,KAAIn2G,IAAE,CAAN,EAAQA,IAAE5O,CAAV,EAAY4O,GAAZ;AAAgBpV,wBAAEozD,EAAEh+C,CAAF,CAAF,EAAOzM,IAAE3I,EAAEY,OAAF,CAAU6mD,QAAV,GAAmB6iE,EAAnB,GAAsBD,EAA/B,EAAkCvoG,IAAE9hB,EAAEo+G,OAAF,EAApC,EAAgD7lF,EAAE5vB,IAAE,CAAJ,IAAOmZ,EAAEnZ,IAAE,CAAJ,CAAvD,EAA8D4vB,EAAE5vB,IAAE,CAAJ,IAAOmZ,EAAEnZ,IAAE,CAAJ,CAArE;AAAhB,iBAA4F,IAAG,MAAI4vB,EAAE09E,EAAT,EAAY,KAAI5iD,IAAE,KAAKxnD,MAAL,CAAY0zG,IAAd,EAAmB/4G,IAAE6sD,EAAEn0D,MAAvB,EAA8BkW,IAAE,CAApC,EAAsCA,IAAE5O,CAAxC,EAA0C4O,GAA1C;AAA8CpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,EAAEY,OAAF,CAAU6mD,QAAV,KAAqB3lC,IAAE9hB,EAAEo+G,OAAF,EAAF,EAAc7lF,EAAEw9E,EAAF,GAAKj0F,EAAEi0F,EAArB,EAAwBx9E,EAAE09E,EAAF,GAAKn0F,EAAEm0F,EAApD,CAAP;AAA9C,iBAA6G,OAAO19E,CAAP;AAAS,aAAhiE,EAAiiEisG,SAAQ,mBAAU;AAAC,uBAAO,KAAKgK,cAAL,CAAoBhK,OAA3B;AAAmC,aAAvlE,EAAV,CAFhxjB,EAEo3nB9vD,KAAGw4C,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB2I,CAAlB,GAAqB3I,EAAEs/G,IAAF,GAAOx9F,CAA5B;AAA8B,aAA7D,EAA8DgtH,YAAW,sBAAU;AAAC,oBAAInmI,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAE3L,QAAjB;AAAA,oBAA0Bf,IAAEpV,EAAEd,MAA9B,CAAqC,KAAIyJ,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgB,wBAAG3I,EAAE2I,CAAF,EAAK/H,OAAL,CAAa4/F,IAAb,KAAoB,CAAC,CAAxB,EAA0B,OAAM,CAAC,CAAP;AAA1C,iBAAmD,OAAM,CAAC,CAAP;AAAS,aAArL,EAAsLuuC,UAAS,oBAAU;AAAC,uBAAO,KAAKzvB,IAAL,CAAUuvB,SAAV,EAAP;AAA6B,aAAvO,EAAwO71B,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ,EAAMmZ,CAAN,EAAQ9hB,CAAR,CAAU,KAAKo5G,MAAL,GAAY,IAAI0V,GAAG7zB,KAAP,CAAa,EAACse,QAAO,CAAR,EAAb,CAAZ,EAAqC,KAAKu1B,UAAL,OAAoBnmI,IAAE,KAAK67H,OAAL,GAAa,KAAKuK,QAAL,EAAf,EAA+BjtH,IAAEnZ,EAAEwvG,MAAF,EAAjC,EAA4Cn4G,IAAE8uH,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB/gF,CAAjB,CAA9C,EAAkE,KAAKs3F,MAAL,CAAY5Y,IAAZ,CAAiBxgG,CAAjB,CAAlE,EAAsF,KAAKgvI,YAAL,EAA1G,CAArC;AAAoK,aAA9a,EAA+at1B,WAAU15G,CAAzb,EAA2bgvI,cAAa,wBAAU;AAAC,oBAAIrmI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkB+xB,IAAE,IAApB;AAAA,oBAAyB9hB,IAAE8hB,EAAEpiB,QAA7B;AAAA,oBAAsC09C,IAAEt7B,EAAEisG,OAA1C,CAAkD,KAAIxkI,IAAE,CAAN,EAAQA,IAAEyW,EAAEvX,MAAZ,EAAmBc,GAAnB;AAAuB,yBAAI2I,IAAE8N,EAAEzW,CAAF,EAAK4+C,MAAL,IAAa,EAAf,EAAkByU,IAAE1qD,EAAEzJ,MAAtB,EAA6BkW,IAAE,CAAnC,EAAqCA,IAAEi+C,CAAvC,EAAyCj+C,GAAzC;AAA6C0M,4BAAEnZ,EAAEyM,CAAF,CAAF,EAAO0M,KAAGA,EAAE4iH,WAAL,IAAkB5iH,EAAE4iH,WAAF,CAAc7wE,CAAd,CAAlB,KAAqCT,IAAEtxC,EAAEmwD,KAAJ,EAAUzrE,IAAEsb,EAAEgiH,IAAd,EAAmB1wE,KAAGA,EAAExyD,OAAF,CAAUq8B,OAAb,KAAuBm2B,EAAEitE,cAAF,IAAkBjtE,EAAEitE,cAAF,CAAiBxsE,CAAjB,CAAlB,EAAsCT,EAAExyD,OAAF,CAAU44G,MAAV,GAAiB,CAAC,CAA/E,CAAnB,EAAqGhzG,KAAGA,EAAE5F,OAAF,CAAUq8B,OAAb,KAAuBz2B,EAAE5F,OAAF,CAAU44G,MAAV,GAAiB,CAAC,CAAzC,CAA1I,CAAP;AAA7C;AAAvB;AAAkQ,aAAvwB,EAAwwB90D,SAAQ,mBAAU;AAACwoE,mBAAG5uH,EAAH,CAAMomD,OAAN,CAActlD,IAAd,CAAmB,IAAnB,GAAyB,OAAO,KAAKyM,MAArC;AAA4C,aAAv0B,EAAV,CAFv3nB,EAE2spB4sB,KAAGy0F,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWktH,GAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB8hB,CAAlB,GAAqB9hB,EAAEk6G,MAAF,GAASvxG,CAA9B,EAAgC3I,EAAEivI,UAAF,EAAhC,EAA+CjvI,EAAEw5H,MAAF,GAAS,EAAxD,EAA2Dx5H,EAAEY,OAAF,CAAU+lH,MAAV,CAAiB/6E,KAAjB,GAAuB,EAAlF,EAAqF5rC,EAAEu/G,IAAF,GAAO,EAA5F,EAA+Fv/G,EAAEm+H,UAAF,GAAa,EAA5G,EAA+Gn+H,EAAEkvI,WAAF,EAA/G,EAA+HlvI,EAAEi6D,MAAF,EAA/H,EAA0Ij6D,EAAEmvI,gBAAF,EAA1I;AAA+J,aAA9L,EAA+LvuI,SAAQ,EAACs5G,QAAO,EAAR,EAAWkF,UAAS,EAACtxF,QAAO,EAAR,EAApB,EAAgC4sF,YAAW,EAA3C,EAA8C1sF,QAAO,EAACumB,OAAMk7E,EAAP,EAAU3kG,OAAM,CAAhB,EAArD,EAAwE67F,QAAO,EAAC8C,eAAc,EAACl4E,QAAO,EAACgD,OAAM,SAAP,EAAR,EAA0B0yE,SAAQ,EAAC1yE,OAAM,SAAP,EAAlC,EAAf,EAA/E,EAAvM,EAA4V06F,YAAW,sBAAU;AAAC,oBAAItmI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKk6G,MAAf,CAAsB,KAAIvxG,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAE9hB,EAAE2I,CAAF,CAAF,EAAOmZ,EAAElL,KAAF,GAAQjO,CAAf;AAAvB;AAAwC,aAAhb,EAAibumI,aAAY,uBAAU;AAAC,yBAASvmI,CAAT,CAAWA,CAAX,EAAamZ,CAAb,EAAe;AAAC,gCAAU,OAAOnZ,EAAEo+C,KAAnB,KAA2Bp+C,EAAEo+C,KAAF,GAAQ,EAAC9jD,MAAK0F,EAAEo+C,KAAR,EAAnC,GAAmDp+C,EAAEo+C,KAAF,GAAQ0wD,GAAG,EAAH,EAAM31F,EAAEilC,KAAR,EAAcp+C,EAAEo+C,KAAhB,CAA3D;AAAkF,qBAAIjlC,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAE,EAACrM,OAAM,EAACxS,OAAM,CAAC8e,EAAEzyD,OAAF,CAAUmmD,KAAV,IAAiB,EAAlB,EAAsBxS,KAA7B,EAAP,EAAnB;AAAA,oBAA+D/tC,IAAE,EAAjE;AAAA,oBAAoE+xB,IAAE86B,EAAEzyD,OAAF,CAAUw3H,KAAV,IAAiB,EAAvF;AAAA,oBAA0F3hH,IAAE4+F,GAAG1oF,GAAH,CAAO4L,EAAEr5B,MAAT,EAAgB,CAAhB,CAA5F,CAA+G,KAAI4iB,IAAE,CAAN,EAAQA,IAAErL,CAAV,EAAYqL,GAAZ;AAAgB1M,wBAAEmjB,EAAEzW,CAAF,KAAM,EAAR,EAAWnZ,EAAEyM,CAAF,EAAIg+C,CAAJ,CAAX,EAAkBpzD,IAAE,IAAIigG,EAAJ,CAAO7qF,CAAP,CAApB,EAA8BpV,EAAEovI,SAAF,GAAYttH,CAA1C,EAA4Ctb,EAAE7I,IAAF,CAAOqC,CAAP,CAA5C,EAAsDqzD,EAAE/qC,MAAF,CAAStoB,CAAT,CAAtD;AAAhB,iBAAkFqzD,EAAE+kE,KAAF,GAAQ5xH,CAAR;AAAU,aAArvB,EAAsvB2oI,kBAAiB,0BAASxmI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,IAAhB,CAAqB,KAAImC,IAAEA,KAAGnC,EAAE4xH,KAAP,EAAat2G,IAAE,CAAnB,EAAqBA,IAAEnZ,EAAEzJ,MAAzB,EAAgC4iB,GAAhC;AAAoC,yBAAI1M,IAAEzM,EAAEmZ,CAAF,CAAF,EAAO9hB,IAAE,CAAb,EAAeA,IAAEoV,EAAEmqG,IAAF,CAAOrgH,MAAxB,EAA+Bc,GAA/B;AAAmCqzD,4BAAEj+C,EAAEmqG,IAAF,CAAOv/G,CAAP,CAAF,EAAYqzD,EAAEzyD,OAAF,CAAUgoH,SAAV,IAAqBv1D,EAAEzyD,OAAF,CAAUgoH,SAAV,CAAoB3rF,OAAzC,KAAmDm2B,IAAE,IAAImjD,EAAJ,CAAOljD,CAAP,EAASA,EAAEzyD,OAAF,CAAUgoH,SAAnB,CAAF,EAAgCpiH,EAAE23H,UAAF,CAAaxgI,IAAb,CAAkBy1D,CAAlB,CAAhC,EAAqDh+C,EAAE0R,OAAF,CAAUwB,MAAV,CAAiB8qC,CAAjB,CAAxG,CAAZ;AAAnC;AAApC;AAAgN,aAAx/B,EAAy/Bi8E,kBAAiB,0BAAS1mI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAE+oH,UAAnB;AAAA,oBAA8B/qE,IAAEzqD,EAAE42G,IAAlC,CAAuC,KAAIz9F,IAAEuxC,EAAEn0D,MAAF,GAAS,CAAf,EAAiB4iB,KAAG,CAApB,EAAsBA,GAAtB;AAA0B,yBAAI9hB,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB,4BAAGqzD,EAAEvxC,CAAF,EAAK6sD,IAAL,KAAYvb,EAAEpzD,CAAF,CAAf,EAAoB;AAACqzD,8BAAE3yD,MAAF,CAASohB,CAAT,EAAW,CAAX,EAAc;AAAM;AAAhE;AAA1B;AAA2F,aAAxpC,EAAypCg5G,gBAAe,0BAAU;AAAC,oBAAInyH,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKq8G,UAAb,CAAwB,KAAIx1H,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,sBAAEnZ,CAAF,EAAK2lB,IAAL;AAAvB;AAAmC,aAA9uC,EAA+uCqqG,UAAS,kBAAShwH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEgjH,KAAnB,CAAyB,KAAIt2G,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAGuxC,EAAEvxC,CAAF,EAAKlhB,OAAL,CAAaC,IAAb,KAAoB8H,CAAvB,EAAyB;AAAC3I,4BAAEqzD,EAAEvxC,CAAF,CAAF,CAAO;AAAM;AAA9D,iBAA8D,OAAO9hB,KAAGqzD,EAAE,CAAF,CAAV;AAAe,aAA12C,EAA22C8pE,eAAc,uBAASx0H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEgjH,KAAnB,CAAyB,KAAIt2G,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAGuxC,EAAEvxC,CAAF,EAAK6e,GAAL,CAASu3D,aAAT,CAAuBvvF,CAAvB,CAAH,EAA6B;AAAC3I,4BAAEqzD,EAAEvxC,CAAF,CAAF,CAAO;AAAM;AAAlE,iBAAkE,OAAO9hB,CAAP;AAAS,aAAz+C,EAA0+CyuI,YAAW,oBAAS9lI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE62G,QAAF,CAAWhwH,EAAE/H,OAAF,CAAU0+G,IAArB,CAAb,CAAwCt/G,EAAEyuI,UAAF,CAAa9lI,CAAb,GAAgBmZ,EAAEy9F,IAAF,CAAO5hH,IAAP,CAAYgL,CAAZ,CAAhB,EAA+BA,EAAEy2G,QAAF,GAAWt9F,CAA1C;AAA4C,aAArlD,EAAslD6sH,YAAW,oBAAShmI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAE,EAAjB,CAAoB,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,EAAEmqG,IAAF,CAAOrgH,MAAjB,EAAwB4iB,GAAxB;AAA4B9hB,wBAAEoV,EAAEmqG,IAAF,CAAOz9F,CAAP,CAAF,EAAYnZ,MAAI3I,CAAJ,GAAMqzD,EAAE11D,IAAF,CAAOqC,CAAP,CAAN,GAAgBA,EAAE0kD,OAAF,EAA5B;AAA5B,iBAAoEtvC,EAAEmqG,IAAF,GAAOlsD,CAAP;AAAS,aAA9sD,EAA+sDq7E,aAAY,qBAAS/lI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAEw5H,MAAF,CAAS77H,IAAT,CAAcgL,CAAd,GAAiBmZ,IAAEA,EAAE4sH,WAAF,CAAc/lI,CAAd,CAAF,GAAmB3I,EAAEsoB,MAAF,CAAS3f,CAAT,CAApC;AAAgD,aAApyD,EAAqyDimI,aAAY,qBAASjmI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAE,EAAjB,CAAoB,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,EAAEokH,MAAF,CAASt6H,MAAnB,EAA0B4iB,GAA1B;AAA8B9hB,wBAAEoV,EAAEokH,MAAF,CAAS13G,CAAT,CAAF,EAAc9hB,MAAI2I,CAAJ,GAAM0qD,EAAE11D,IAAF,CAAOqC,CAAP,CAAN,GAAgBA,EAAE0kD,OAAF,EAA9B;AAA9B,iBAAwEtvC,EAAEokH,MAAF,GAASnmE,CAAT;AAAW,aAAp6D,EAAq6Di8E,aAAY,qBAAS3mI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,IAAEtsD,EAAEzJ,MAA1B;AAAA,oBAAiC00D,IAAE,EAAnC;AAAA,oBAAsC1kC,IAAE,KAAKtuB,OAAL,CAAa+lH,MAArD;AAAA,oBAA4DzyD,IAAEhlC,EAAEqiB,MAAF,IAAU,EAAxE;AAAA,oBAA2EyiB,IAAE9kC,EAAEu6F,aAAF,IAAiB,EAA9F;AAAA,oBAAiGl0D,IAAEvB,EAAEziB,MAAF,IAAU,EAA7G,CAAgH,KAAIzvB,IAAE,CAAN,EAAQA,IAAEmzC,CAAV,EAAYnzC,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOrL,IAAEzW,EAAEi9B,OAAF,KAAY,CAAC,CAAtB,EAAwBj9B,EAAE+rH,eAAF,KAAoB,CAAC,CAArB,KAAyB32G,IAAEpV,EAAEa,IAAF,IAAQ,EAAV,EAAagzD,IAAEp9C,IAAEy9C,EAAEhD,QAAJ,GAAaqE,EAAErE,QAAF,IAAYgD,EAAEhD,QAA1C,EAAmD2C,MAAIz+C,IAAE62G,GAAGp4D,CAAH,EAAM,EAAC5wD,MAAKmS,CAAN,EAAQ8kG,QAAOl6G,CAAf,EAAN,CAAN,CAAnD,EAAmFqzD,IAAErzD,EAAEu0C,KAAvF,EAA6Fhc,IAAEv4B,EAAE0jG,SAAjG,EAA2GioB,GAAGt4D,CAAH,KAAO96B,CAAP,KAAW86B,IAAE96B,EAAEgc,KAAf,CAA3G,EAAiI99B,KAAG28C,IAAE,EAAF,EAAK5sD,IAAE6sD,CAAV,KAAcD,IAAE,EAAC7e,OAAMghB,EAAEhhB,KAAT,EAAe8sD,MAAK9rC,EAAE8rC,IAAtB,EAAF,EAA8B76F,IAAEwtD,EAAEizD,OAAF,CAAU1yE,KAAxD,CAAjI,EAAgMn/B,KAAGw+C,EAAEj2D,IAAF,CAAO,EAACsF,MAAKmS,CAAN,EAAQm8B,QAAO6hB,CAAf,EAAiBstE,aAAYl6H,CAA7B,EAA+B0zG,QAAOl6G,CAAtC,EAAwCw5B,QAAO/iB,CAA/C,EAAP,CAA5N,CAAxB;AAAhB,iBAA+T83G,GAAGr/F,EAAE0c,KAAL,EAAWgoB,CAAX;AAAc,aAA13E,EAA23E27E,WAAU,mBAAS5mI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,EAAd;AAAA,oBAAiB5sD,IAAE,EAAnB,CAAsB,KAAI4O,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB,yBAAI0M,IAAEnZ,EAAEyM,CAAF,EAAKmqG,IAAP,EAAYlsD,IAAE,CAAlB,EAAoBA,IAAEvxC,EAAE5iB,MAAxB,EAA+Bm0D,GAA/B;AAAmCrzD,4BAAE8hB,EAAEuxC,CAAF,CAAF,EAAOrzD,EAAEY,OAAF,CAAU6mD,QAAV,GAAmBjhD,EAAE7I,IAAF,CAAOqC,CAAP,CAAnB,GAA6BozD,EAAEz1D,IAAF,CAAOqC,CAAP,CAApC;AAAnC;AAAvB,iBAAwG,OAAM,EAACwtC,GAAE4lB,CAAH,EAAK1lB,GAAElnC,CAAP,EAASgpI,KAAIp8E,EAAE11D,MAAF,CAAS8I,CAAT,CAAb,EAAN;AAAgC,aAA/iF,EAAgjFipI,mBAAkB,6BAAU;AAAC,oBAAI9mI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,IAAZ;AAAA,oBAAiBi+C,IAAEj+C,EAAE8kG,MAArB;AAAA,oBAA4B9mD,IAAE,EAA9B,CAAiC,KAAIzqD,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAEqzD,EAAE1qD,CAAF,CAAF,EAAOmZ,IAAE1M,EAAEs6H,cAAF,CAAiB1vI,CAAjB,CAAT,EAA6BozD,EAAEtxC,CAAF,IAAKsxC,EAAEtxC,CAAF,EAAKnkB,IAAL,CAAUqC,CAAV,CAAL,GAAkBozD,EAAEtxC,CAAF,IAAK,CAAC9hB,CAAD,CAApD;AAAvB,iBAA+E,OAAOozD,CAAP;AAAS,aAAtsF,EAAusFu8E,qBAAoB,6BAAShnI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,EAAV,CAAa,KAAI0M,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAO9hB,EAAEi9B,OAAF,KAAY,CAAC,CAAb,IAAgB7nB,EAAEzX,IAAF,CAAOqC,CAAP,CAAvB;AAAvB,iBAAwD,OAAOoV,CAAP;AAAS,aAArzF,EAAszFuuB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAF,CAAUw+G,QAAvB;AAAA,oBAAgChqG,IAAE0M,EAAEs2G,KAApC;AAAA,oBAA0C/kE,IAAE66D,GAAGluH,EAAE8tB,MAAL,CAA5C,CAAyDhM,EAAE6e,GAAF,GAAMh4B,EAAE1H,KAAF,GAAU+2G,KAAV,CAAgB3kD,CAAhB,CAAN,EAAyBvxC,EAAE8tH,WAAF,EAAzB,EAAyC9tH,EAAE+tH,UAAF,CAAaz6H,CAAb,CAAzC,EAAyD0M,EAAEguH,YAAF,CAAe16H,CAAf,CAAzD;AAA2E,aAA78F,EAA88FojH,QAAO,gBAAS7vH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR,CAAa,KAAI2I,IAAE,GAAGjL,MAAH,CAAUiL,CAAV,CAAF,EAAe,KAAKsmI,UAAL,EAAf,EAAiCntH,IAAE,CAAvC,EAAyCA,IAAEnZ,EAAEzJ,MAA7C,EAAoD4iB,GAApD;AAAwD9hB,sBAAEqvI,gBAAF,CAAmB1mI,EAAEmZ,CAAF,CAAnB,GAAyBnZ,EAAEmZ,CAAF,EAAKvJ,KAAL,EAAzB;AAAxD,iBAA8F,KAAIvY,EAAEi6D,MAAF,CAAStxD,CAAT,GAAY3I,EAAE6vI,UAAF,CAAa7vI,EAAEo4H,KAAf,CAAZ,EAAkCp4H,EAAE8vI,YAAF,CAAennI,CAAf,CAAlC,EAAoD3I,EAAEmvI,gBAAF,CAAmBxmI,CAAnB,CAApD,EAA0EmZ,IAAE,CAAhF,EAAkFA,IAAEnZ,EAAEzJ,MAAtF,EAA6F4iB,GAA7F;AAAiGnZ,sBAAEmZ,CAAF,EAAKouF,OAAL;AAAjG;AAAgH,aAA5rG,EAA6rGuzB,oBAAmB,4BAAS96H,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAEzM,EAAE/H,OAAV;AAAA,oBAAkByyD,IAAE,GAAG31D,MAAH,CAAU0X,EAAEquH,kBAAF,IAAsBruH,EAAEsoG,iBAAlC,CAApB;AAAA,oBAAyEtqD,IAAEtxC,EAAE5iB,MAAF,GAASm0D,EAAEn0D,MAAtF;AAAA,oBAA6FsH,IAAE6sD,EAAE,CAAF,KAAM,CAArG,CAAuG,KAAIrzD,IAAE,CAAN,EAAQA,IAAEozD,CAAV,EAAYpzD,GAAZ;AAAgBqzD,sBAAE11D,IAAF,CAAO6I,CAAP;AAAhB,iBAA0B,OAAO6sD,CAAP;AAAS,aAAx2G,EAAy2G08E,aAAY,qBAASpnI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,IAAE1qD,EAAE82G,OAAF,CAAUz/G,CAAV,EAAYA,CAAZ,EAAc,CAAC,CAAf,CAAN;AAAA,oBAAwBozD,IAAEzqD,EAAE/H,OAAF,CAAU2W,OAAV,GAAkB,CAAlB,GAAoB,CAA9C;AAAA,oBAAgD/Q,IAAEsb,EAAE29F,OAAF,CAAUrqG,CAAV,EAAYA,CAAZ,EAAc,CAAC,CAAf,CAAlD;AAAA,oBAAoEmjB,IAAEzW,EAAElhB,OAAF,CAAU2W,OAAV,GAAkB,CAAlB,GAAoB,CAA1F;AAAA,oBAA4Fd,IAAE9N,EAAEg4B,GAAF,CAAMw2D,SAAN,CAAgB3wF,EAAE6jH,KAAG9xF,CAAL,IAAQ86B,EAAEg3D,KAAGj3D,CAAL,CAAxB,EAAgC5sD,EAAE8jH,KAAG/xF,CAAL,IAAQ86B,EAAEi3D,KAAGl3D,CAAL,CAAxC,CAA9F,CAA+IzqD,EAAE22G,IAAF,KAASx9F,EAAEw9F,IAAX,IAAiB7oG,EAAE0gF,SAAF,CAAY,CAAZ,EAAcxuF,EAAE22G,IAAF,CAAO3+E,GAAP,CAAWq1E,EAAX,GAAcl0F,EAAEw9F,IAAF,CAAO3+E,GAAP,CAAWq1E,EAAvC,CAAjB,EAA4DrtG,EAAEg7B,MAAF,CAASltB,CAAT,CAA5D;AAAwE,aAA9lH,EAA+lHu5H,WAAU,mBAASrnI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB9hB,IAAE,IAAlB;AAAA,oBAAuBo9C,IAAElrD,EAAE,CAAF,CAAzB;AAAA,oBAA8BssD,IAAEnzC,EAAE,CAAF,CAAhC;AAAA,oBAAqC8xC,IAAEn9C,EAAEgtH,kBAAF,CAAqB5vE,CAArB,EAAuB/xC,CAAvB,CAAvC;AAAA,oBAAiEoN,IAAEzY,EAAEgtH,kBAAF,CAAqBxuE,CAArB,EAAuBtsD,CAAvB,CAAnE;AAAA,oBAA6FurD,IAAE,EAA/F;AAAA,oBAAkGF,IAAE,EAApG;AAAA,oBAAuGuB,IAAE,EAAzG;AAAA,oBAA4GzsD,IAAE,EAA9G,CAAiH,KAAIyvB,IAAE,CAAN,EAAQA,IAAEzW,EAAE5iB,MAAZ,EAAmBq5B,GAAnB;AAAuB/xB,wBAAEsb,EAAEyW,CAAF,CAAF,EAAO86B,IAAE7sD,EAAE84G,IAAX,EAAgBlsD,IAAEC,EAAE7pD,EAApB,EAAuBxJ,IAAEo4D,GAAGzvD,CAAH,EAAK0qD,CAAL,KAASQ,CAAlC,EAAoCz+C,IAAEw+C,CAAtC,EAAwC5zD,MAAI6zD,CAAJ,KAAQz+C,IAAEqB,EAAEgtH,kBAAF,CAAqBzjI,CAArB,EAAuB8hB,CAAvB,CAAV,CAAxC,EAA6ErL,EAAEs5H,WAAF,CAAcvpI,CAAd,EAAgBxG,CAAhB,EAAkBkvB,EAAEqJ,CAAF,CAAlB,EAAuBnjB,EAAEmjB,CAAF,CAAvB,CAA7E,EAA0G/xB,EAAE5F,OAAF,CAAUqvI,QAAV,KAAqB5hB,GAAG7nH,EAAE43G,OAAF,GAAYrI,EAAf,MAAqBsY,GAAGruH,EAAEo+G,OAAF,GAAYrI,EAAf,CAArB,KAA0C7hD,EAAEd,CAAF,KAAM5sD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMk3E,OAAN,CAAc3jD,EAAEd,CAAF,EAAKzyB,GAAnB,EAAuB0xF,EAAvB,EAA2Bl7B,SAA3B,CAAqC,CAAC3wF,EAAE5F,OAAF,CAAUktB,MAAhD,EAAuD,CAAvD,CAAT,CAAN,EAA0EomC,EAAEd,CAAF,IAAK5sD,CAAzH,GAA4H6nH,GAAG7nH,EAAE43G,OAAF,GAAYnI,EAAf,MAAqBoY,GAAGruH,EAAEo+G,OAAF,GAAYnI,EAAf,CAArB,KAA0CzvG,EAAE0pI,SAAF,KAAc1pI,EAAE5F,OAAF,CAAU2wC,MAAV,CAAiBksE,MAAjB,GAAwB,CAACj3G,EAAE5F,OAAF,CAAU2wC,MAAV,CAAiBksE,MAA1C,EAAiDj3G,EAAE0pI,SAAF,GAAY,CAAC,CAA5E,GAA+Ez5H,EAAEs5H,WAAF,CAAcvpI,CAAd,EAAgBxG,CAAhB,EAAkBkvB,EAAEqJ,CAAF,CAAlB,EAAuBnjB,EAAEmjB,CAAF,CAAvB,CAA/E,EAA4Gy7B,EAAEZ,CAAF,KAAM5sD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMk3E,OAAN,CAAc7jD,EAAEZ,CAAF,EAAKzyB,GAAnB,EAAuByzF,EAAvB,EAA2Bj9B,SAA3B,CAAqC3wF,EAAE5F,OAAF,CAAUktB,MAA/C,EAAsD,CAAtD,CAAT,CAAlH,EAAqLkmC,EAAEZ,CAAF,IAAK5sD,CAApO,CAA5H,EAAmW,MAAI+xB,CAAJ,IAAO08B,EAAEqqD,IAAF,KAAS94G,EAAE84G,IAAlB,KAAyB94G,EAAEqxG,OAAF,CAAU5iD,CAAV,GAAazuD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAX,CAAtC,CAAxX,CAA1G;AAAvB,iBAAijB,KAAIpI,IAAE,CAAN,EAAQA,IAAE5vB,EAAEzJ,MAAZ,EAAmBq5B,GAAnB;AAAuB/xB,wBAAEmC,EAAE4vB,CAAF,CAAF,EAAO86B,IAAE7sD,EAAE84G,IAAX,EAAgBlsD,IAAEC,EAAE7pD,EAApB,EAAuBxJ,IAAEo4D,GAAGt2C,CAAH,EAAKuxC,CAAL,KAAS4B,CAAlC,EAAoC7/C,IAAE8Z,CAAtC,EAAwClvB,MAAIi1D,CAAJ,KAAQ7/C,IAAEqB,EAAEgtH,kBAAF,CAAqBzjI,CAArB,EAAuB2I,CAAvB,CAAV,CAAxC,EAA6E8N,EAAEs5H,WAAF,CAAcvpI,CAAd,EAAgBxG,CAAhB,EAAkB4zD,EAAEr7B,CAAF,CAAlB,EAAuBnjB,EAAEmjB,CAAF,CAAvB,CAA7E,EAA0G/xB,EAAE5F,OAAF,CAAUqvI,QAAV,KAAqB5hB,GAAG7nH,EAAE43G,OAAF,GAAYpI,EAAf,MAAqBqY,GAAGruH,EAAEo+G,OAAF,GAAYpI,EAAf,CAArB,KAA0CxvG,EAAE0pI,SAAF,KAAc1pI,EAAE5F,OAAF,CAAU2wC,MAAV,CAAiBksE,MAAjB,GAAwB,CAACj3G,EAAE5F,OAAF,CAAU2wC,MAAV,CAAiBksE,MAA1C,EAAiDj3G,EAAE0pI,SAAF,GAAY,CAAC,CAA5E,GAA+Ez5H,EAAEs5H,WAAF,CAAcvpI,CAAd,EAAgBxG,CAAhB,EAAkB4zD,EAAEr7B,CAAF,CAAlB,EAAuBnjB,EAAEmjB,CAAF,CAAvB,CAA/E,EAA4Gg9B,EAAEnC,CAAF,KAAM5sD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMk3E,OAAN,CAActiD,EAAEnC,CAAF,EAAKzyB,GAAnB,EAAuB40C,EAAvB,EAA2B4hB,SAA3B,CAAqC,CAArC,EAAuC,CAAC3wF,EAAE5F,OAAF,CAAUktB,MAAlD,CAAT,CAAlH,EAAsLynC,EAAEnC,CAAF,IAAK5sD,CAArO,GAAwO6nH,GAAG7nH,EAAE43G,OAAF,GAAYlI,EAAf,EAAkBma,EAAlB,MAAwBhC,GAAGruH,EAAEo+G,OAAF,GAAYlI,EAAf,EAAkBma,EAAlB,CAAxB,KAAgDvnH,EAAEsqD,CAAF,KAAM5sD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMk3E,OAAN,CAAc/uG,EAAEsqD,CAAF,EAAKzyB,GAAnB,EAAuBgvF,EAAvB,EAA2Bx4B,SAA3B,CAAqC,CAArC,EAAuC3wF,EAAE5F,OAAF,CAAUktB,MAAjD,CAAT,CAAN,EAAyEhlB,EAAEsqD,CAAF,IAAK5sD,CAA9H,CAAxO,EAAyW,MAAI+xB,CAAJ,KAAQ/xB,EAAEqxG,OAAF,CAAUhkD,CAAV,GAAartD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAX,CAArB,CAA9X,CAA1G;AAAvB;AAAsiB,aAA/zJ,EAAg0JwvG,iBAAgB,yBAASxnI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEk8E,SAAF,CAAY5mI,CAAZ,EAAe6mI,GAAlC;AAAA,oBAAsChpI,IAAEixD,EAAErE,CAAF,CAAxC;AAAA,oBAA6C76B,IAAE,CAA/C,CAAiD,KAAIzW,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAO9hB,EAAEu/G,IAAF,CAAOrgH,MAAP,GAAc,CAAd,KAAkBq5B,IAAE88E,GAAG1oF,GAAH,CAAO4L,CAAP,EAAS/xB,EAAEskB,KAAF,KAAU9qB,EAAEg7G,UAAF,CAAalwF,KAAb,EAAnB,CAApB,CAAP;AAAvB,iBAA4F,IAAG,MAAIyN,CAAP,EAAS,KAAIzW,IAAE,CAAN,EAAQA,IAAEsxC,EAAEl0D,MAAZ,EAAmB4iB,GAAnB;AAAuB1M,wBAAEg+C,EAAEtxC,CAAF,CAAF,EAAO1M,EAAExU,OAAF,CAAU6mD,QAAV,IAAoBryC,EAAEuuB,MAAF,CAASvuB,EAAEurB,GAAF,CAAMm3E,MAAN,CAAav/E,CAAb,EAAe,CAAf,CAAT,CAA3B;AAAvB;AAA8E,aAAhkK,EAAikK63G,kBAAiB,0BAASznI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAYD,CAAZ,EAAc5sD,CAAd,EAAgB+xB,CAAhB,CAAkB,KAAIzW,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,IAAE2I,EAAEmZ,CAAF,CAAF,EAAO1M,IAAEpV,EAAEu/G,IAAX,EAAgBlsD,IAAEgiD,GAAG1oF,GAAH,CAAO,CAAP,EAAS8qC,EAAEriD,CAAF,EAAKya,MAAL,KAAc7vB,EAAEg7G,UAAF,CAAanrF,MAAb,EAAvB,CAAlB,EAAgE,MAAIwjC,CAAvE,EAAyE;AAAC,6BAAID,IAAE,CAAN,EAAQA,IAAEh+C,EAAElW,MAAZ,EAAmBk0D,GAAnB;AAAuB5sD,gCAAE4O,EAAEg+C,CAAF,CAAF,EAAO5sD,EAAE5F,OAAF,CAAU6mD,QAAV,IAAoBjhD,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMm3E,MAAN,CAAa,CAAb,EAAezkD,CAAf,CAAT,CAA3B;AAAvB,yBAA8E96B,IAAE,CAAC,CAAH;AAAK;AAApL,iBAAoL,OAAOA,CAAP;AAAS,aAA7yK,EAA8yK83G,SAAQ,iBAAS1nI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,IAAE,IAAtB;AAAA,oBAA2BoB,IAAEpB,EAAE07E,SAAF,CAAY5mI,CAAZ,EAAe6mI,GAA5C;AAAA,oBAAgD57E,IAAE,CAAlD,CAAoD,KAAIr7B,IAAE,CAAN,EAAQA,IAAE5vB,EAAEzJ,MAAZ,EAAmBq5B,GAAnB;AAAuB,wBAAG66B,IAAEzqD,EAAE4vB,CAAF,CAAF,EAC1v+BzW,IAAEsxC,EAAEmsD,IADsv+B,EACjv+Bv/G,IAAEozD,EAAE4nD,UAD6u+B,EAClu+Bl5F,EAAE5iB,MAAF,GAAS,CADst+B,EACpt+B,KAAIkW,IAAEqiD,EAAE31C,CAAF,CAAF,EAAO8xC,IAAEyhD,GAAG1oF,GAAH,CAAOinC,CAAP,EAAS5zD,EAAE+1G,EAAF,GAAK3gG,EAAE2gG,EAAhB,CAAT,EAA6B1iD,IAAEgiD,GAAG1oF,GAAH,CAAO3sB,EAAEg2G,EAAF,GAAK5gG,EAAE4gG,EAAd,EAAiBh2G,EAAEk2G,EAAF,GAAK9gG,EAAE8gG,EAAxB,CAA/B,EAA2Dz/F,IAAE,CAAjE,EAAmEA,IAAEqL,EAAE5iB,MAAvE,EAA8EuX,GAA9E;AAAkFjQ,4BAAEsb,EAAErL,CAAF,CAAF,EAAOjQ,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMw2D,SAAN,CAAgB,CAAhB,EAAkB9jC,CAAlB,CAAT,CAAP;AAAlF;AAD6r+B,iBACrk+B,KAAI96B,IAAE,CAAN,EAAQA,IAAE08B,EAAE/1D,MAAZ,EAAmBq5B,GAAnB;AAAuB/xB,wBAAEyuD,EAAE18B,CAAF,CAAF,EAAO/xB,EAAEm9B,MAAF,CAASn9B,EAAEm6B,GAAF,CAAMw2D,SAAN,CAAgBvjC,CAAhB,EAAkB,CAAlB,CAAT,CAAP;AAAvB;AAA6D,aADkpzB,EACjpzBi8E,YAAW,oBAASlnI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEuvI,SAAF,CAAY5mI,CAAZ,CAAf,CAA8B,KAAImZ,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,sBAAEswI,cAAF,CAAiB3nI,EAAEmZ,CAAF,CAAjB;AAAvB,iBAA8C1M,EAAEo4B,CAAF,CAAItuC,MAAJ,GAAW,CAAX,IAAckW,EAAEs4B,CAAF,CAAIxuC,MAAJ,GAAW,CAAzB,KAA6Bc,EAAEgwI,SAAF,CAAY56H,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,GAAqB1tC,EAAEmwI,eAAF,CAAkBxnI,CAAlB,CAArB,EAA0C3I,EAAEuwI,oBAAF,CAAuBn7H,CAAvB,CAA1C,EAAoEpV,EAAEgwI,SAAF,CAAY56H,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,CAApE,EAAyF1tC,EAAEmwI,eAAF,CAAkBxnI,CAAlB,KAAsB3I,EAAEgwI,SAAF,CAAY56H,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,CAA/G,EAAoI1tC,EAAEowI,gBAAF,CAAmBznI,CAAnB,CAApI,EAA0J3I,EAAEgwI,SAAF,CAAY56H,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,CAA1J,EAA+K1tC,EAAEowI,gBAAF,CAAmBznI,CAAnB,KAAuB3I,EAAEgwI,SAAF,CAAY56H,EAAEo4B,CAAd,EAAgBp4B,EAAEs4B,CAAlB,CAAtM,EAA2N1tC,EAAEqwI,OAAF,CAAU1nI,CAAV,CAAxP;AAAsQ,aADwyyB,EACvyyB4nI,sBAAqB,8BAAS5nI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAKksD,IAAjB;AAAA,oBAAsBnsD,IAAE,KAAKglE,KAA7B,CAAmC,KAAIp4H,IAAE,CAAN,EAAQA,IAAEqzD,EAAEn0D,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAEuxC,EAAErzD,CAAF,CAAF,EAAO8hB,EAAEo8F,gBAAF,OAAuB9oG,IAAE,CAAC,CAA1B,CAAP;AAAvB,iBAA2D,IAAGA,CAAH,EAAK;AAAC,yBAAIpV,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB,6BAAKswI,cAAL,CAAoBl9E,EAAEpzD,CAAF,CAApB;AAAvB,qBAAiD2I,EAAE6kC,CAAF,CAAItuC,MAAJ,GAAW,CAAX,IAAcyJ,EAAE+kC,CAAF,CAAIxuC,MAAJ,GAAW,CAAzB,KAA6B,KAAK8wI,SAAL,CAAernI,EAAE6kC,CAAjB,EAAmB7kC,EAAE+kC,CAArB,GAAwB,KAAKyiG,eAAL,CAAqB/8E,CAArB,CAArD;AAA8E;AAAC,aADkiyB,EACjiyBk9E,gBAAe,wBAAS3nI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE2I,EAAE42G,IAAV;AAAA,oBAAenqG,IAAEpV,EAAEd,MAAnB,CAA0B,IAAGkW,IAAE,CAAL,EAAO,KAAI0M,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,sBAAE8hB,CAAF,EAAK6hB,MAAL,CAAYh7B,EAAEqyG,UAAd;AAAhB;AAA0C,aAD27xB,EAC17xB80B,cAAa,sBAASnnI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEokH,MAAnB;AAAA,oBAA0BpmE,IAAEC,EAAEn0D,MAA9B;AAAA,oBAAqCsH,IAAE4O,EAAEurB,GAAzC,CAA6C,KAAI3gC,IAAE,CAAN,EAAQA,IAAEozD,CAAV,EAAYpzD,GAAZ;AAAgB8hB,wBAAEuxC,EAAErzD,CAAF,EAAKs/G,IAAP,EAAYx9F,KAAG,CAAC4pG,GAAG5pG,CAAH,EAAKnZ,CAAL,CAAJ,IAAa0qD,EAAErzD,CAAF,EAAK2jC,MAAL,CAAYn9B,CAAZ,CAAzB;AAAhB;AAAwD,aAD4zxB,EAC3zxBopI,aAAY,uBAAU;AAAC,oBAAIjnI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,IAAE,IAAhB;AAAA,oBAAqB5sD,IAAE4sD,EAAEzyB,GAAzB;AAAA,oBAA6BpI,IAAE66B,EAAEglE,KAAjC;AAAA,oBAAuC3hH,IAAE8hB,EAAEr5B,MAA3C;AAAA,oBAAkD20D,IAAErtD,EAAEqpB,MAAF,EAApD;AAAA,oBAA+DolC,IAAEx+C,CAAjE;AAAA,oBAAmEm9C,IAAE,CAArE;AAAA,oBAAuE1kC,IAAE1oB,EAAEwvG,EAA3E,CAA8E,KAAIrtG,IAAE,CAAN,EAAQA,IAAE8N,CAAV,EAAY9N,GAAZ;AAAgBmZ,wBAAEyW,EAAE5vB,CAAF,CAAF,EAAOyM,IAAE0M,EAAElhB,OAAF,CAAUivB,MAAnB,EAA0B/N,EAAElhB,OAAF,CAAUkqB,KAAV,GAAgBtkB,EAAEskB,KAAF,EAA1C,EAAoDhJ,EAAElhB,OAAF,CAAUivB,MAAV,IAAkBza,EAAExX,OAAF,IAAWwX,EAAExX,OAAF,CAAU,GAAV,CAAX,KAA4By1D,IAAE5+B,SAASrf,CAAT,EAAW,EAAX,IAAe,GAAjB,EAAqB0M,EAAElhB,OAAF,CAAUivB,MAAV,GAAiBwjC,IAAE7sD,EAAEqpB,MAAF,EAApE,GAAgF/N,EAAE6hB,MAAF,CAASn9B,EAAEvF,KAAF,EAAT,CAAhF,EAAoG4yD,KAAG/xC,EAAElhB,OAAF,CAAUivB,MAAnI,IAA2I+jC,GAA/L;AAAhB,iBAAmN,KAAIjrD,IAAE,CAAN,EAAQA,IAAE8N,CAAV,EAAY9N,GAAZ;AAAgBmZ,wBAAEyW,EAAE5vB,CAAF,CAAF,EAAOmZ,EAAElhB,OAAF,CAAUivB,MAAV,KAAmB/N,EAAElhB,OAAF,CAAUivB,MAAV,GAAiBgkC,IAAED,CAAtC,CAAP;AAAhB,iBAAgE,KAAIjrD,IAAE,CAAN,EAAQA,IAAE8N,CAAV,EAAY9N,GAAZ;AAAgBmZ,wBAAEyW,EAAE5vB,CAAF,CAAF,EAAO3I,IAAEwG,EAAEvF,KAAF,GAAUkqC,IAAV,CAAe3kC,EAAEuvG,EAAjB,EAAoB7mF,CAApB,CAAT,EAAgCpN,EAAE6hB,MAAF,CAAS3jC,CAAT,CAAhC,EAA4Ci1D,GAA5C,EAAgD/lC,KAAGpN,EAAElhB,OAAF,CAAUivB,MAA7D;AAAhB;AAAoF,aAD+2wB,EAC92wB2gH,eAAc,yBAAU;AAAC,oBAAI7nI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAE+4G,IAA3B;AAAA,oBAAgC9oG,IAAE8hB,EAAEr5B,MAApC,CAA2C,KAAIc,IAAE,CAAN,EAAQA,IAAEyW,CAAV,EAAYzW,GAAZ;AAAgB,yBAAIqzD,IAAE96B,EAAEv4B,CAAF,CAAF,EAAOoV,IAAE,CAAb,EAAeA,IAAEqB,CAAjB,EAAmBrB,GAAnB;AAAuBg+C,4BAAE76B,EAAEnjB,CAAF,CAAF,EAAOi+C,EAAEzyD,OAAF,CAAU6mD,QAAV,KAAqB2L,EAAExyD,OAAF,CAAU6mD,QAA/B,KAA0C9+C,IAAE0qD,EAAE+qD,OAAF,GAAYn9G,KAAZ,GAAoBqf,IAApB,CAAyB8yC,EAAEgrD,OAAF,EAAzB,CAAF,EAAwCt8F,IAAEA,IAAEA,EAAExB,IAAF,CAAO3X,CAAP,CAAF,GAAYA,CAAhG,CAAP;AAAvB;AAAhB,iBAAiJ,OAAOmZ,KAAGtb,EAAEm6B,GAAZ;AAAgB,aADyowB,EACxowB8vG,aAAY,uBAAU;AAAC,oBAAI9nI,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKs2G,KAAb;AAAA,oBAAmBp4H,IAAE,EAArB,CAAwB,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,sBAAErC,IAAF,CAAOmkB,EAAEnZ,CAAF,EAAKkmI,SAAL,EAAP;AAAvB,iBAAgD,OAAO7uI,CAAP;AAAS,aADgiwB,EAC/hwB0wI,oBAAmB,4BAAS/nI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKywI,WAAL,EAAR,CAA2B,KAAI3uH,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,sBAAEo6F,KAAF,CAAQplG,IAAR,CAAamxH,GAAGxpB,IAAH,CAAQzC,QAAR,CAAiB7iG,EAAE8hB,CAAF,EAAKq2F,MAAL,EAAjB,CAAb;AAAvB;AAAqE,aADg6vB,EAC/5vB0kB,yBAAwB,iCAASl0H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKywI,WAAL,EAAR,CAA2B,KAAI3uH,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,EAAE8hB,CAAF,EAAKo2E,aAAL,CAAmBvvF,CAAnB,CAAH,EAAyB,OAAM,CAAC,CAAP;AAAhD;AAAyD,aADuyvB,EACtyvBqwG,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ,EAAMmZ,CAAN,EAAQ9hB,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,CAAc65D,GAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,GAA8BuJ,IAAE,KAAK/H,OAAL,CAAaw+G,QAA7C,EAAsDt9F,IAAEnZ,EAAEqlB,MAAF,IAAU,EAAlE,EAAqEhuB,IAAE2I,EAAE+xG,UAAzE,EAAoFtlG,IAAEzM,EAAE6kB,OAAxF,EAAgG8gG,GAAGr7B,aAAH,CAAiBjzF,CAAjB,MAAsBA,IAAEu2H,EAAF,EAAKnhH,IAAE,CAA7B,CAAhG,EAAgIi+C,IAAE,KAAKs9E,SAAL,GAAe,IAAI7hB,GAAGzpB,SAAP,CAAiB,EAACvG,MAAK,EAACvqD,OAAMv0C,CAAP,EAASwtB,SAAQpY,CAAjB,EAAN,EAA0B2pF,QAAO,EAACxqD,OAAMzyB,EAAEgJ,KAAF,GAAQhJ,EAAEyyB,KAAV,GAAgB,EAAvB,EAA0BzpB,OAAMhJ,EAAEgJ,KAAlC,EAAwC6+E,UAAS7nF,EAAE6nF,QAAnD,EAAjC,EAA8F4P,QAAO,CAAC,CAAtG,EAAjB,CAAjJ,EAA4Q,KAAKm3B,kBAAL,CAAwBr9E,CAAxB,CAA5Q,EAAuS,KAAKimD,YAAL,CAAkBjmD,CAAlB,CAAvS;AAA4T,aADo8uB,EACn8uB0mE,uBAAsB,+BAASpxH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,KAAKgzH,MAArB;AAAA,oBAA4BjhG,IAAE,EAA9B,CAAiC,IAAG,SAAO5vB,CAAV,EAAY,KAAImZ,IAAE,CAAN,EAAQA,IAAEtb,EAAEtH,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAGsxC,IAAE5sD,EAAEsb,CAAF,CAAF,EAAO,iBAAesxC,EAAEksD,IAAF,CAAO1+G,OAAP,CAAeC,IAA9B,KAAqCuU,IAAE5O,EAAEsb,CAAF,EAAKw8G,cAAL,CAAoB31H,CAApB,CAAF,EAAyByM,KAAGA,EAAElW,MAAnE,CAAV,EAAqF,KAAIc,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuBqzD,4BAAEj+C,EAAEpV,CAAF,CAAF,EAAOqzD,KAAG24D,GAAG34D,EAAE/uD,KAAL,CAAH,IAAgB,SAAO+uD,EAAE/uD,KAAzB,IAAgCi0B,EAAE56B,IAAF,CAAO01D,CAAP,CAAvC;AAAvB;AAA5G,iBAAoL,OAAO96B,CAAP;AAAS,aADuruB,EACtruB8mG,qBAAoB,6BAAS12H,CAAT,EAAW;AAAC,uBAAO,KAAK2wH,YAAL,CAAkB,UAASx3G,CAAT,EAAW;AAAC,2BAAOA,EAAEo4F,MAAF,CAAStjG,KAAT,KAAiBjO,CAAxB;AAA0B,iBAAxD,CAAP;AAAiE,aADqluB,EACpluB4wH,oBAAmB,4BAAS5wH,CAAT,EAAW;AAAC,uBAAO,KAAK2wH,YAAL,CAAkB,UAASx3G,CAAT,EAAW;AAAC,2BAAOA,EAAEo4F,MAAF,CAASr5G,IAAT,KAAgB8H,CAAvB;AAAyB,iBAAvD,CAAP;AAAgE,aADq/tB,EACp/tB2wH,cAAa,sBAAS3wH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,KAAKgzH,MAArB;AAAA,oBAA4BjhG,IAAE,EAA9B,CAAiC,KAAInjB,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB,yBAAIg+C,IAAE5sD,EAAE4O,CAAF,CAAF,EAAO0M,IAAEsxC,EAAExU,MAAX,EAAkByU,IAAE,CAAxB,EAA0BA,IAAEvxC,EAAE5iB,MAA9B,EAAqCm0D,GAArC;AAAyCrzD,4BAAE8hB,EAAEuxC,CAAF,CAAF,EAAOrzD,KAAG2I,EAAE3I,CAAF,CAAH,IAASu4B,EAAE56B,IAAF,CAAOqC,CAAP,CAAhB;AAAzC;AAAvB,iBAA0F,OAAOu4B,CAAP;AAAS,aADu1tB,EACt1tBqhG,WAAU,mBAASjxH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,KAAKgzH,MAArB,CAA4B,KAAIpkH,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB,yBAAIg+C,IAAE5sD,EAAE4O,CAAF,CAAF,EAAO0M,IAAEsxC,EAAExU,MAAX,EAAkByU,IAAE,CAAxB,EAA0BA,IAAEvxC,EAAE5iB,MAA9B,EAAqCm0D,GAArC;AAAyC,4BAAGrzD,IAAE8hB,EAAEuxC,CAAF,CAAF,EAAOrzD,KAAG2I,EAAE3I,CAAF,CAAb,EAAkB,OAAOA,CAAP;AAA3D;AAAvB;AAA2F,aADystB,EACxstB4wI,aAAY,qBAASjoI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEgjH,KAAnB,CAAyB,KAAIp4H,IAAE,CAAN,EAAQA,IAAEqzD,EAAEn0D,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAG8hB,IAAEuxC,EAAErzD,CAAF,CAAF,EAAO8hB,EAAE6e,GAAF,CAAMu3D,aAAN,CAAoBvvF,CAApB,CAAV,EAAiC,OAAOmZ,CAAP;AAAxD;AAAiE,aADsltB,EAAV,CAF9spB,EAG33Do+E,KAAG,EAAChqE,OAAM,eAASvtB,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK+uH,cAAL,CAAoBloI,CAApB,EAAsBmZ,CAAtB,EAAwBiyG,EAAxB;AAA4B,aAAjD,EAAkDtuG,OAAM,eAAS9c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK+uH,cAAL,CAAoBloI,CAApB,EAAsBmZ,CAAtB,EAAwBgyG,EAAxB;AAA4B,aAAlG,EAHw3D,EAGpxD3zB,KAAG1nE,GAAG93B,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV,CAAe,IAAGA,EAAEy9E,iBAAF,GAAoB,EAApB,EAAuBz9E,EAAE6zE,cAAF,GAAiB,EAAxC,EAA2C7zE,EAAE09E,qBAAF,GAAwB,IAAI5xF,EAAJ,EAAnE,EAA0Ex2C,EAAEzJ,MAAF,GAAS,CAAtF,EAAwF,KAAIm0D,EAAEuyE,UAAF,GAAala,GAAG/iH,EAAE,CAAF,EAAK1G,IAAR,EAAa,CAACotH,EAAD,EAAIS,EAAJ,EAAOuG,EAAP,EAAUH,EAAV,EAAajC,EAAb,EAAgBlC,EAAhB,EAAmBoE,EAAnB,CAAb,CAAb,EAAkDn2H,IAAE,CAAxD,EAA0DA,IAAE2I,EAAEzJ,MAA9D,EAAqEc,GAArE;AAAyE,wBAAGoV,IAAEzM,EAAE3I,CAAF,EAAKylG,KAAP,EAAarwF,KAAG,WAASA,EAAEnT,IAA9B,EAAmC;AAACoxD,0BAAE29E,QAAF,GAAW,CAAC,CAAZ,CAAc;AAAM;AAAjI,iBAAiIv4G,GAAGn6B,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBi0D,CAAhB,EAAkB1qD,CAAlB,EAAoBmZ,CAApB;AAAuB,aAAnR,EAAoRlhB,SAAQ,EAAC8nH,cAAa,EAAC6S,YAAW,EAAZ,EAAd,EAA8BtD,WAAU,EAAxC,EAA5R,EAAwUh+D,QAAO,gBAAStxD,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWnZ,IAAEA,KAAGmZ,EAAEs2G,KAAP,EAAat2G,EAAEmvH,kBAAF,CAAqBtoI,CAArB,CAAb,EAAqCmZ,EAAEovH,mBAAF,CAAsBvoI,CAAtB,CAArC,EAA8DmZ,EAAEqvH,wBAAF,CAA2BxoI,CAA3B,CAA9D,EAA4FmZ,EAAEsvH,YAAF,CAAezoI,CAAf,CAA5F,EAA8GmZ,EAAEuvH,eAAF,CAAkB1oI,CAAlB,CAA9G;AAAmI,aAAze,EAA0egmI,YAAW,oBAAShmI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE/H,OAAF,CAAUC,IAAvB,CAA4B43B,GAAGn6B,EAAH,CAAMqwI,UAAN,CAAiBvvI,IAAjB,CAAsB0iB,CAAtB,EAAwBnZ,CAAxB,GAA2BA,aAAa8vD,EAAb,GAAgB,OAAO32C,EAAEgvH,iBAAF,CAAoB9wI,CAApB,CAAvB,IAA+C8hB,EAAEivH,qBAAF,CAAwBr/H,KAAxB,CAA8B1R,CAA9B,GAAiC,OAAO8hB,EAAEolH,cAAF,CAAiBlnI,CAAjB,CAAvF,CAA3B,EAAuI2I,MAAImZ,EAAE4mG,YAAN,IAAoB,OAAO5mG,EAAE4mG,YAApK,EAAiL//G,MAAImZ,EAAEm2G,SAAN,IAAiB,OAAOn2G,EAAEm2G,SAA3M;AAAqN,aAAlvB,EAAmvBmZ,cAAa,sBAASzoI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,IAAE,KAAKk3G,iBAAL,EAAlB,CAA2C,KAAI3tH,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,IAAE2I,EAAEmZ,CAAF,CAAF,EAAO1M,IAAEmjB,EAAEv4B,EAAEY,OAAF,CAAUC,IAAV,IAAgB,SAAlB,KAA8B,EAAvC,EAA0C,KAAKyuI,WAAL,CAAiBl6H,CAAjB,CAA1C,EAA8Di+C,IAAE,KAAKs8E,mBAAL,CAAyBv6H,CAAzB,CAAnE,EAA+F,KAAIg+C,IAAE,KAAKk+E,yBAAL,CAA+Bj+E,CAA/B,CAAF,EAAoC7sD,IAAE,CAA1C,EAA4CA,IAAE4sD,EAAEl0D,MAAhD,EAAuDsH,GAAvD;AAA2D,6BAAK+qI,gBAAL,CAAsBn+E,EAAE5sD,CAAF,CAAtB,EAA2BxG,CAA3B;AAA3D;AAAtH;AAA+M,aAAtgC,EAAugCuxI,kBAAiB,0BAAS5oI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK0vH,eAAL,CAAqBv6E,EAAEtuD,CAAF,EAAI,CAACsmH,EAAD,EAAIiH,EAAJ,CAAJ,CAArB,EAAkCp0G,CAAlC,GAAqC,KAAK2vH,cAAL,CAAoBx6E,EAAEtuD,CAAF,EAAI,CAACynH,EAAD,EAAIf,EAAJ,CAAJ,CAApB,EAAiCvtG,CAAjC,CAArC,EAAyE,KAAK4vH,mBAAL,CAAyBz6E,EAAEtuD,CAAF,EAAI,CAACurH,EAAD,EAAID,EAAJ,CAAJ,CAAzB,EAAsCnyG,CAAtC,CAAzE,EAAkH,KAAK6vH,iBAAL,CAAuB16E,EAAEtuD,CAAF,EAAI,CAACmnH,EAAD,EAAIsG,EAAJ,CAAJ,CAAvB,EAAoCt0G,CAApC,CAAlH,EAAyJ,KAAK8vH,sBAAL,CAA4B36E,EAAEtuD,CAAF,EAAIonH,EAAJ,CAA5B,EAAoCjuG,CAApC,CAAzJ,EAAgM,KAAK+vH,kBAAL,CAAwB56E,EAAEtuD,CAAF,EAAI,CAACinH,EAAD,EAAIuG,EAAJ,CAAJ,CAAxB,EAAqCr0G,CAArC,CAAhM,EAAwO,KAAKgwH,eAAL,CAAqB76E,EAAEtuD,CAAF,EAAI+qH,EAAJ,CAArB,EAA6B5xG,CAA7B,CAAxO,EAAwQ,KAAKiwH,oBAAL,CAA0B96E,EAAEtuD,CAAF,EAAI,CAAC2tH,EAAD,EAAIvE,EAAJ,CAAJ,CAA1B,EAAuCjwG,CAAvC,CAAxQ,EAAkT,KAAKkwH,eAAL,CAAqB/6E,EAAEtuD,CAAF,EAAI,CAAC6pH,EAAD,EAAI6D,EAAJ,CAAJ,CAArB,EAAkCv0G,CAAlC,CAAlT;AAAuV,aAA73C,EAA83CovH,qBAAoB,6BAASvoI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,IAAhB;AAAA,oBAAqB+xB,IAAE/xB,EAAEyyH,SAAF,IAAazyH,EAAE0zG,MAAtC;AAAA,oBAA6CzjG,IAAE,EAA/C,CAAkD,KAAIqL,IAAE,CAAN,EAAQA,IAAEyW,EAAEr5B,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAEu4B,EAAEzW,CAAF,CAAF,EAAO1M,IAAE5O,EAAE++H,kBAAF,CAAqBvlI,CAArB,CAAT,EAAiCqzD,IAAE7sD,EAAEmyH,QAAF,CAAWvjH,EAAExU,OAAF,CAAU0+G,IAArB,CAAnC,EAA8DlsD,IAAEiD,EAAEjhD,EAAExU,OAAF,CAAUqB,IAAZ,EAAiBqqH,EAAjB,CAAhE,EAAqF,CAACl5D,KAAGpzD,EAAEi/H,aAAN,KAAsBvT,GAAGr4D,CAAH,EAAK1qD,CAAL,CAAtB,GAA8B3I,IAAEwG,EAAEyrI,eAAF,CAAkBjyI,CAAlB,EAAoBoV,CAApB,CAAhC,GAAuD,CAAC+gD,EAAE/gD,EAAExU,OAAF,CAAUs1C,GAAZ,KAAkBigB,EAAE/gD,EAAExU,OAAF,CAAU+rB,GAAZ,CAAnB,MAAuC3sB,IAAEwG,EAAE0rI,YAAF,CAAelyI,CAAf,EAAiBoV,CAAjB,CAAzC,CAA5I,EAA0MqB,EAAE9Y,IAAF,CAAOqC,CAAP,CAA1M;AAAvB,iBAA2OwG,EAAEyyH,SAAF,GAAY1gG,CAAZ,EAAc/xB,EAAE0zG,MAAF,GAASzjG,CAAvB;AAAyB,aAAptD,EAAqtDy7H,cAAa,sBAASvpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,IAAEtxC,EAAEggH,iBAAF,EAAZ;AAAA,oBAAkCt7H,IAAEsb,EAAElhB,OAAF,CAAUi9G,SAA9C;AAAA,oBAAwDtlF,IAAEmzF,GAAG/iH,EAAE1G,IAAL,EAAU,CAACuwH,EAAD,EAAI6D,EAAJ,EAAOpH,EAAP,EAAUiH,EAAV,CAAV,CAA1D,CAAmF,OAAO9iE,EAAEld,GAAF,GAAMigB,EAAEr0C,EAAElhB,OAAF,CAAUs1C,GAAZ,IAAiBm/D,GAAG5gD,KAAH,CAASrB,EAAEld,GAAX,CAAjB,GAAiC,CAAvC,EAAyCkd,EAAEzmC,GAAF,GAAMwpC,EAAEr0C,EAAElhB,OAAF,CAAU+rB,GAAZ,IAAiBnmB,IAAE6uG,GAAG5gD,KAAH,CAASrB,EAAEzmC,GAAX,IAAgB,CAAlB,GAAoB0oF,GAAGx2B,IAAH,CAAQzrB,EAAEzmC,GAAV,CAArC,GAAoDhkB,EAAEyT,IAAF,CAAOld,MAA1G,EAAiHyJ,IAAE8uG,GAAG,EAAH,EAAM9uG,CAAN,CAAnH,EAA4H4vB,MAAInjB,IAAEg+C,EAAEld,GAAF,GAAM,CAAR,EAAUmd,IAAEvxC,EAAElhB,OAAF,CAAU+gI,aAAV,IAAyB,EAArC,EAAwCvsH,KAAG,CAAH,IAAMA,IAAEzM,EAAEyT,IAAF,CAAOld,MAAf,KAAwBc,IAAEoV,CAAF,EAAIzM,EAAEwpI,mBAAF,GAAsB,EAAClR,MAAKt4H,EAAEyT,IAAF,CAAOpc,CAAP,CAAN,EAAgBm6G,UAAS9mD,EAAErzD,CAAF,CAAzB,EAA8B65H,YAAW,CAAC,CAA1C,EAAlD,CAAxC,EAAwIzmE,EAAEzmC,GAAF,GAAMhkB,EAAEyT,IAAF,CAAOld,MAAb,KAAsBc,IAAEozD,EAAEzmC,GAAJ,EAAQhkB,EAAEypI,mBAAF,GAAsB,EAACnR,MAAKt4H,EAAEyT,IAAF,CAAOpc,CAAP,CAAN,EAAgBm6G,UAAS9mD,EAAErzD,CAAF,CAAzB,EAA8B65H,YAAWzmE,EAAEzmC,GAAF,GAAMymC,EAAEld,GAAjD,EAApD,CAA5I,CAA5H,EAAoXp0B,EAAEigH,UAAF,GAAa1sB,GAAG1oF,GAAH,CAAO7K,EAAEigH,UAAF,IAAc,CAArB,EAAuBp5H,EAAEyT,IAAF,CAAOld,MAA9B,CAAjY,EAAuayJ,EAAEyT,IAAF,GAAO,CAACzT,EAAEyT,IAAF,IAAQ,EAAT,EAAa3e,KAAb,CAAmB21D,EAAEld,GAArB,EAAyBkd,EAAEzmC,GAA3B,CAA9a,EAA8chkB,CAArd;AAAud,aAA1xE,EAA2xEspI,iBAAgB,yBAAStpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMqzD,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,CAAd;AAAA,oBAAgBo9C,CAAhB;AAAA,oBAAkBoB,IAAEnzC,EAAElhB,OAAtB;AAAA,oBAA8BgzD,IAAEyC,EAAEv0C,EAAElhB,OAAF,CAAUqB,IAAZ,EAAiBqqH,EAAjB,CAAhC;AAAA,oBAAqDt4D,IAAEiB,EAAEsmE,UAAzD;AAAA,oBAAoEhmE,IAAEN,EAAE0sE,aAAF,IAAiB3tE,CAAvF;AAAA,oBAAyFlrD,IAAEH,EAAEyT,IAA7F;AAAA,oBAAkGoxB,IAAE,EAApG;AAAA,oBAAuG/P,IAAEg6E,GAAG,EAAH,EAAM9uG,CAAN,CAAzG;AAAA,oBAAkH+kC,IAAE+pE,GAAG,EAAH,EAAM9uG,CAAN,CAApH;AAAA,oBAA6HR,IAAE8sD,EAAEwS,SAAF,IAAa,EAA5I;AAAA,oBAA+IhhE,IAAEyoB,CAAjJ;AAAA,oBAAmJ9xB,IAAEkxH,GAAG97B,OAAxJ;AAAA,oBAAgKj7B,IAAE+2D,GAAG/7B,OAArK;AAAA,oBAA6KtpD,IAAEyiF,GAAG/iH,EAAE1G,IAAL,EAAU,CAACuwH,EAAD,EAAI6D,EAAJ,EAAOpH,EAAP,EAAUiH,EAAV,CAAV,CAA/K,CAAwM,KAAIz4F,EAAErhB,IAAF,GAAO5V,IAAE,EAAT,EAAYotD,MAAIntD,IAAEytD,CAAN,CAAZ,EAAqBl0D,IAAE,CAA3B,EAA6BA,IAAE8I,EAAE5J,MAAjC,EAAwCc,GAAxC;AAA4CqzD,wBAAE1qD,EAAEs2H,aAAF,GAAgBx4H,EAAEkC,EAAEs2H,aAAJ,EAAkBn2H,EAAE9I,CAAF,CAAlB,CAAhB,GAAwCu1D,EAAEv1D,CAAF,CAA1C,EAA+CgsH,GAAG34D,CAAH,MAAQD,IAAEtxC,EAAEg4G,aAAF,CAAgBzmE,CAAhB,CAAF,EAAqB,KAAGD,CAAH,IAAMA,IAAEY,EAAE90D,MAAV,IAAkBsuC,EAAE4lB,CAAF,IAAK5lB,EAAE4lB,CAAF,KAAM,EAAX,EAAc5lB,EAAE4lB,CAAF,EAAKz1D,IAAL,CAAUqC,CAAV,CAAhC,IAA8CipC,MAAImqB,IAAE,CAAF,GAAIA,KAAGh2D,CAAH,GAAKqZ,EAAEmoC,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAAL,GAAsBozD,IAAEh2D,CAAF,KAAMA,IAAEg2D,CAAF,EAAI38C,IAAE,EAAC0jG,UAAS9mD,CAAV,EAAYzU,QAAO,CAAC5+C,CAAD,CAAnB,EAAZ,CAA1B,GAA+DozD,KAAGY,EAAE90D,MAAL,KAAck0D,KAAGmE,CAAH,GAAK1D,EAAEjV,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAAL,GAAsBozD,IAAEmE,CAAF,KAAMA,IAAEnE,CAAF,EAAIS,IAAE,EAACsmD,UAAS9mD,CAAV,EAAYzU,QAAO,CAAC5+C,CAAD,CAAnB,EAAZ,CAApC,CAAnE,CAA3E,CAA/C;AAA5C,iBAAqT,KAAIu4B,IAAE,IAAIo+E,EAAJ,CAAOjpE,CAAP,EAASipB,GAAGx9B,OAAZ,EAAoB/jB,EAAE+jB,OAAtB,CAAF,EAAiCn5B,IAAE,CAAvC,EAAyCA,IAAEg0D,EAAE90D,MAA7C,EAAoDc,GAApD;AAAwDwG,sBAAExG,CAAF,IAAKu4B,EAAE85G,eAAF,CAAkB7kG,EAAExtC,CAAF,CAAlB,EAAuBg0D,EAAEh0D,CAAF,CAAvB,CAAL,EAAkCwtC,EAAExtC,CAAF,MAAOmI,EAAEnI,CAAF,IAAKwG,EAAExG,CAAF,CAAZ,CAAlC;AAAxD,iBAA4G,OAAOyW,KAAGjQ,EAAEtH,MAAL,KAAcu+B,EAAE00G,mBAAF,GAAsB,EAAClR,MAAK1oG,EAAE85G,eAAF,CAAkB57H,EAAEmoC,MAApB,EAA2BnoC,EAAE0jG,QAA7B,CAAN,EAA6C0f,YAAWz8H,CAAxD,EAA0D+8G,UAAS1jG,EAAE0jG,QAArE,EAApC,GAAoHtmD,KAAGrtD,EAAEtH,MAAL,KAAcu+B,EAAE20G,mBAAF,GAAsB,EAACnR,MAAK1oG,EAAE85G,eAAF,CAAkBx+E,EAAEjV,MAApB,EAA2BiV,EAAEsmD,QAA7B,CAAN,EAA6C0f,YAAWtiE,CAAxD,EAA0D4iD,UAAStmD,EAAEsmD,QAArE,EAApC,CAApH,EAAwOr4F,EAAElhB,OAAF,CAAU6mE,SAAV,GAAoBt/D,CAA5P,EAA8Ps1B,CAArQ;AAAuQ,aAAzqG,EAA0qGixG,aAAY,qBAAS/lI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAI,IAAI9hB,IAAE,IAAN,EAAWoV,IAAEzM,EAAE/H,OAAF,CAAUs5G,MAAvB,EAA8B7mD,IAAErzD,EAAEulI,kBAAF,CAAqBnwH,EAAE,CAAF,CAArB,CAAhC,EAA2Dg+C,IAAEC,EAAEzyD,OAAF,CAAU26H,UAAvE,EAAkF/0H,IAAE6uG,GAAG1oF,GAAH,CAAO,CAAP,EAASsoC,EAAE7/C,CAAF,IAAKg+C,EAAEl0D,MAAhB,CAAxF,EAAgHsH,GAAhH;AAAqH4sD,sBAAEz1D,IAAF,CAAO,EAAP;AAArH,iBAAgIqC,EAAE+wI,qBAAF,CAAwBj5D,MAAxB,CAA+BnvE,EAAE68H,eAAjC,GAAkD/sG,GAAGn6B,EAAH,CAAMowI,WAAN,CAAkBtvI,IAAlB,CAAuBY,CAAvB,EAAyB2I,CAAzB,EAA2BmZ,CAA3B,CAAlD;AAAgF,aAAp5G,EAAq5G4tH,gBAAe,wBAAS5tH,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEvxC,EAAE6sD,IAA3B;AAAA,oBAAgCvb,IAAE,GAAG11D,MAAH,CAAU0X,EAAE6iH,SAAZ,CAAlC;AAAA,oBAAyDzxH,IAAEmC,EAAE3E,IAAF,CAAOovD,CAAP,EAAS,UAASzqD,CAAT,EAAW;AAAC,2BAAOA,EAAE9H,IAAF,KAASwyD,CAAhB;AAAkB,iBAAvC,EAAyC,CAAzC,CAA3D;AAAA,oBAAuG96B,IAAEnjB,EAAEgjH,KAAF,IAAS,CAAC,EAAD,CAAlH;AAAA,oBAAuH3hH,IAAE,CAAC8hB,EAAE,CAAF,KAAM,EAAP,EAAW13B,IAAX,IAAiB,SAA1I;AAAA,oBAAoJgzD,IAAE,CAACrtD,KAAG,EAAJ,EAAQ84G,IAAR,IAAc7oG,CAApK,CAAsK,OAAOo9C,CAAP;AAAS,aAA/lH,EAAgmH0xE,oBAAmB,4BAAS58H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE+/G,YAAf;AAAA,oBAA4BtzG,IAAEpV,IAAE8hB,EAAEgvH,iBAAF,CAAoB9wI,CAApB,CAAF,GAAyB8hB,EAAE4mG,YAAzD,CAAsE,IAAG,CAACtzG,CAAJ,EAAM,MAAM/X,MAAM,8CAA4C2C,CAAlD,CAAN,CAA2D,OAAOoV,CAAP;AAAS,aAA/wH,EAAgxHk9H,uBAAsB,+BAAS3pI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAE88F,KAAR;AAAA,oBAAcrwF,IAAEpV,KAAG,WAASA,EAAEiC,IAA9B;AAAA,oBAAmCoxD,IAAEvxC,EAAElhB,OAAF,CAAU4/F,IAA/C,CAAoD,OAAM,EAACikC,WAAUzkI,CAAX,EAAakmI,cAAa9wH,CAA1B,EAA4BorF,MAAKntC,CAAjC,EAAN;AAA0C,aAAl5H,EAAm5Hi+E,2BAA0B,mCAASxvH,CAAT,EAAW;AAAC,yBAAS9hB,CAAT,CAAWA,CAAX,EAAaoV,CAAb,EAAe;AAAC,2BAAOzM,EAAE3E,IAAF,CAAO8d,CAAP,EAAS,UAASnZ,CAAT,EAAW;AAAC,+BAAO,MAAIyM,CAAJ,IAAO,CAACzM,EAAE+/G,YAAV,IAAwB//G,EAAE+/G,YAAF,IAAgB1oH,CAA/C;AAAiD,qBAAtE,CAAP;AAA+E,qBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,IAAE,EAAZ;AAAA,oBAAe+xB,IAAE5vB,EAAE7I,GAAF,CAAMgiB,CAAN,EAAQ,UAASnZ,CAAT,EAAW;AAAC,wBAAImZ,IAAEnZ,EAAE+/G,YAAF,IAAgB,aAAtB,CAAoC,IAAG,CAACliH,EAAExI,cAAF,CAAiB8jB,CAAjB,CAAJ,EAAwB,OAAOtb,EAAEsb,CAAF,IAAK,CAAC,CAAN,EAAQA,CAAf;AAAiB,iBAAjG,CAAjB;AAAA,oBAAoHrL,IAAE,EAAtH,CAAyH,KAAIrB,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB;AAAuBi+C,wBAAE96B,EAAEnjB,CAAF,CAAF,EAAOg+C,IAAEpzD,EAAEqzD,CAAF,EAAIj+C,CAAJ,CAAT,EAAgB,MAAIg+C,EAAEl0D,MAAN,IAAcuX,EAAE9Y,IAAF,CAAOy1D,CAAP,CAA9B;AAAvB,iBAA+D,OAAO38C,CAAP;AAAS,aAAztI,EAA0tIg7H,gBAAe,wBAAS9oI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAIqC,EAAJ,CAAO11D,CAAP,EAASs1G,GAAG,EAAC4E,QAAOvxG,CAAR,EAAUi9H,YAAW5lI,EAAE4lI,UAAvB,EAAkCre,KAAInyG,EAAEmyG,GAAxC,EAA4CxjB,SAAQ3uF,EAAE2uF,OAAtD,EAAH,EAAkE/jG,EAAEsyI,qBAAF,CAAwBl9H,CAAxB,EAA0B0M,CAA1B,CAAlE,CAAT,CAApB,CAA8H9hB,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAA15I,EAA25I4vH,qBAAoB,6BAAS/oI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAI0B,EAAJ,CAAO/0D,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAUi9H,YAAW5lI,EAAE4lI,UAAvB,EAAkCre,KAAInyG,EAAEmyG,GAAxC,EAA4CxjB,SAAQ3uF,EAAE2uF,OAAtD,EAAT,CAApB,CAA6F/jG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAA/jJ,EAAgkJ6vH,mBAAkB,2BAAShpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAIS,EAAJ,CAAO9zD,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAUi9H,YAAW5lI,EAAE4lI,UAAvB,EAAkCre,KAAInyG,EAAEmyG,GAAxC,EAA4CxjB,SAAQ3uF,EAAE2uF,OAAtD,EAA8DvD,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAA7E,EAAT,CAApB,CAAiHxgG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAAtvJ,EAAuvJkwH,iBAAgB,yBAASrpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAIK,EAAJ,CAAO1zD,CAAP,EAASs1G,GAAG,EAACswB,YAAW5lI,EAAE4lI,UAAd,EAAyB1rB,QAAOvxG,CAAhC,EAAH,EAAsC3I,EAAEsyI,qBAAF,CAAwBl9H,CAAxB,EAA0B0M,CAA1B,CAAtC,CAAT,CAApB,CAAkG9hB,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAA55J,EAA65J0vH,iBAAgB,yBAAS7oI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAIwC,EAAJ,CAAO71D,CAAP,EAASs1G,GAAG,EAACswB,YAAW5lI,EAAE4lI,UAAd,EAAyB1rB,QAAOvxG,CAAhC,EAAH,EAAsC3I,EAAEsyI,qBAAF,CAAwBl9H,CAAxB,EAA0B0M,CAA1B,CAAtC,CAAT,CAApB,CAAkG9hB,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAAlkK,EAAmkKgwH,iBAAgB,yBAASnpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAI2f,EAAJ,CAAOhzE,CAAP,EAAS,EAAC4lI,YAAW5lI,EAAE4lI,UAAd,EAAyBre,KAAInyG,EAAEmyG,GAA/B,EAAmCrN,QAAOvxG,CAA1C,EAA4Co7F,SAAQ3uF,EAAE2uF,OAAtD,EAA8DvD,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAA7E,EAAT,CAApB,CAAiHxgG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAAvvK,EAAwvK8vH,wBAAuB,gCAASjpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAIqe,EAAJ,CAAO1xE,CAAP,EAAS,EAAC4lI,YAAW5lI,EAAE4lI,UAAd,EAAyBre,KAAInyG,EAAEmyG,GAA/B,EAAmCrN,QAAOvxG,CAA1C,EAA4Co7F,SAAQ3uF,EAAE2uF,OAAtD,EAA8DvD,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAA7E,EAAT,CAApB,CAAiHxgG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAAn7K,EAAo7K+vH,oBAAmB,4BAASlpI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAI0f,EAAJ,CAAO/yE,CAAP,EAAS,EAAC4lI,YAAW5lI,EAAE4lI,UAAd,EAAyBre,KAAInyG,EAAEmyG,GAA/B,EAAmCrN,QAAOvxG,CAA1C,EAA4Co7F,SAAQ3uF,EAAE2uF,OAAtD,EAA8DvD,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAA7E,EAAT,CAApB,CAAiHxgG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAA3mL,EAA4mLiwH,sBAAqB,8BAASppI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAG,MAAInZ,EAAEzJ,MAAT,EAAgB;AAAC,wBAAIc,IAAE,IAAN;AAAA,wBAAWoV,IAAEzM,EAAE,CAAF,CAAb;AAAA,wBAAkB0qD,IAAE,IAAI0sC,EAAJ,CAAO//F,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAUi9H,YAAW5lI,EAAE4lI,UAAvB,EAAkCre,KAAInyG,EAAEmyG,GAAxC,EAA4CxjB,SAAQ3uF,EAAE2uF,OAAtD,EAAT,CAApB,CAA6F/jG,EAAE0uI,WAAF,CAAcr7E,CAAd,EAAgBvxC,CAAhB;AAAmB;AAAC,aAAjxL,EAAkxLywH,sBAAqB,8BAAS5pI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE0+B,EAAEzwD,EAAE0zG,MAAJ,EAAW2c,EAAX,CAArB,CAAoC,KAAI72H,IAAE,CAAN,EAAQA,IAAEwG,EAAE0zG,MAAF,CAASh7G,MAAnB,EAA0Bc,GAA1B;AAA8BqzD,wBAAE7sD,EAAE0zG,MAAF,CAASl6G,CAAT,CAAF,EAAcqzD,EAAEpxD,IAAF,KAASuwH,EAAT,IAAan/D,EAAEpxD,IAAF,KAASgtH,EAAtB,KAA2B77D,IAAEC,EAAEypD,IAAJ,EAAS1pD,KAAGA,EAAEv0C,KAAF,KAAUk2G,EAAb,IAAiBx8F,EAAE56B,IAAF,CAAO01D,CAAP,CAArD,CAAd;AAA9B,iBAA4G,KAAIrzD,IAAE,CAAN,EAAQA,IAAEu4B,EAAEr5B,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAGoV,IAAEmjB,EAAEv4B,CAAF,EAAK0oH,YAAL,IAAmB,EAArB,EAAwBtzG,MAAIzM,CAAJ,IAAO,CAACyM,CAAD,IAAI,MAAI0M,CAA1C,EAA4C,OAAM,CAAC,CAAP;AAAnE;AAA4E,aAAjhM,EAAkhM0wH,gBAAe,wBAAS7pI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAeD,IAAEC,EAAE6mD,MAAnB,CAA0B,KAAIl6G,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAGoV,IAAEg+C,EAAEpzD,CAAF,EAAK0oH,YAAL,IAAmB,EAArB,EAAwB,CAACtzG,MAAIzM,CAAJ,IAAO,CAACyM,CAAD,IAAI,MAAI0M,CAAhB,KAAoBsxC,EAAEpzD,CAAF,EAAKi/H,aAApD,EAAkE,OAAM,CAAC,CAAP;AAAzF;AAAkG,aAA3qM,EAA4qMkS,0BAAyB,oCAAU;AAAC,oBAAIxoI,CAAJ;AAAA,oBAAMmZ,IAAE,KAAKy9F,IAAb,CAAkB,KAAI52G,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,sBAAEnZ,CAAF,aAAe8vD,EAAf,IAAmB32C,EAAEnZ,CAAF,EAAK20G,YAAL,EAAnB;AAAvB;AAA8D,aAAhyM,EAAiyM2zB,oBAAmB,4BAAStoI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,IAAE,IAAtB;AAAA,oBAA2BoB,IAAEpB,EAAE+xE,UAA/B;AAAA,oBAA0ChyE,IAAE,GAAGl2D,MAAH,CAAUm2D,EAAEjzD,OAAF,CAAU8nH,YAApB,CAA5C;AAAA,oBAA8Ex5F,IAAE,EAAhF,CAAmF,KAAIpN,IAAE,CAAN,EAAQA,IAAE8xC,EAAE10D,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,IAAE4zD,EAAE9xC,CAAF,CAAF,EAAO1M,IAAEy+C,EAAE8kE,QAAF,CAAW34H,EAAEs/G,IAAb,CAAT,EAA4BoM,GAAGt2G,CAAH,EAAKzM,CAAL,CAA/B,EAAuC;AAAC,4BAAGnC,IAAExG,EAAEa,IAAJ,EAASwyD,IAAErzD,EAAEu7H,UAAF,IAAc,EAAzB,EAA4BnoE,IAAEpzD,EAAEiC,IAAF,IAAQ,EAAtC,EAAyCjC,IAAEy3G,GAAG,EAAChwD,UAASwN,CAAV,EAAYyoD,mBAAkBzoD,IAAE49D,EAAF,GAAK,CAAnC,EAAqCxV,cAAa,CAAC,CAAnD,EAAH,EAAyDr9G,CAAzD,CAA3C,EAAuGgsH,GAAGhsH,EAAE69G,SAAL,MAAkB79G,EAAE69G,SAAF,GAAYhqD,EAAE4+E,WAAF,EAA9B,CAAvG,EAAsJ5+E,EAAE0+E,oBAAF,CAAuB/rI,CAAvB,EAAyBsb,CAAzB,MAA8B9hB,EAAE69G,SAAF,GAAY,CAAC,CAA3C,CAAtJ,EAAoMtlF,IAAEi/B,EAAEx3D,CAAF,EAAIqzD,EAAE,CAAF,CAAJ,IAAU,IAAIyF,EAAJ,CAAO94D,CAAP,CAAV,GAAoB,IAAIy4D,EAAJ,CAAOz4D,CAAP,CAA1N,EAAoOwG,CAAvO,EAAyO;AAAC,gCAAGqtD,EAAEi9E,iBAAF,CAAoBtqI,CAApB,CAAH,EAA0B,MAAMnJ,MAAM,6BAA2BmJ,CAA3B,GAA6B,qBAAnC,CAAN,CAAgEqtD,EAAEi9E,iBAAF,CAAoBtqI,CAApB,IAAuB+xB,CAAvB;AAAyB,2BAAEkvG,SAAF,GAAY3lH,CAAZ,EAAcoN,EAAEvxB,IAAF,CAAO46B,CAAP,CAAd,EAAwBs7B,EAAE46E,UAAF,CAAal2G,CAAb,CAAxB;AAAwC;AAApc,iBAAoc9hB,IAAEo9C,EAAE60D,YAAF,IAAgBx5F,EAAE,CAAF,CAAlB,EAAuB2kC,EAAE60D,YAAF,GAAejyG,CAAtC,EAAwCw+C,IAAEpB,EAAE6rD,KAAF,GAAQjpG,CAAV,GAAYo9C,EAAE2rD,KAAF,GAAQ/oG,CAA5D;AAA8D,aAAr5N,EAAs5Ng8H,aAAY,uBAAU;AAAC,oBAAI9pI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEk6G,MAAnB,CAA0B,KAAIvxG,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAGmZ,IAAE1M,EAAEzM,CAAF,CAAF,EAAO,CAAC+iH,GAAG5pG,EAAE7f,IAAL,EAAU,CAACgtH,EAAD,EAAIiH,EAAJ,CAAV,CAAX,EAA8B,OAAM,CAAC,CAAP;AAArD,iBAA8D,OAAM,CAAC,CAAP;AAAS,aAA9gO,EAA+gOmb,iBAAgB,yBAAS1oI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgB+xB,CAAhB;AAAA,oBAAkB9hB,CAAlB;AAAA,oBAAoBo9C,CAApB;AAAA,oBAAsBoB,IAAE,IAAxB;AAAA,oBAA6BrB,IAAEqB,EAAE87E,qBAAjC;AAAA,oBAAuD7hH,IAAE0kC,EAAE9pB,KAAF,EAAzD;AAAA,oBAAmEoqB,IAAE,GAAGx2D,MAAH,CAAUu3D,EAAEr0D,OAAF,CAAUq3H,SAApB,CAArE;AAAA,oBAAoGjkE,IAAEiB,EAAE2wE,UAAxG;AAAA,oBAAmHrwE,IAAE,EAAC9N,UAAS,CAACuM,CAAX,EAArH;AAAA,oBAAmIlrD,IAAE,EAArI,CAAwI,KAAImsD,EAAE+7E,QAAF,KAAaz7E,EAAE+rD,gBAAF,GAAmB,CAAC,CAApB,EAAsB/rD,EAAEhkB,MAAF,GAAS,EAAC4oB,QAAO,IAAR,EAA5C,GAA2DtG,IAAE,CAAjE,EAAmEA,IAAEK,EAAEh1D,MAAvE,EAA8E20D,GAA9E;AAAkF,wBAAG/xC,IAAEoyC,EAAEL,CAAF,CAAF,EAAO7zD,IAAEi1D,EAAE0jE,QAAF,CAAW72G,EAAEw9F,IAAb,CAAT,EAA4BoM,GAAG1rH,CAAH,EAAK2I,CAAL,CAA/B,EAAuC;AAAC,4BAAG8N,IAAEqL,EAAEjhB,IAAJ,EAAS03B,IAAE89B,EAAEv0C,EAAE7f,IAAJ,EAAS0wH,EAAT,IAAa,EAACz8E,KAAI,EAAL,EAAQvpB,KAAI,CAAZ,EAAb,GAA4B,EAACupB,KAAI,CAAL,EAAOvpB,KAAI,CAAX,EAAvC,EAAqDymC,IAAEQ,EAAE9pB,KAAF,CAAQrzB,CAAR,KAAYyY,CAAZ,IAAeqJ,CAAtE,EAAwE,MAAIs7B,CAAJ,IAAOT,CAAP,IAAUlkC,CAAV,KAAckkC,EAAEld,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOkd,EAAEld,GAAT,EAAahnB,EAAEgnB,GAAf,CAAN,EAA0Bkd,EAAEzmC,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAOymC,EAAEzmC,GAAT,EAAauC,EAAEvC,GAAf,CAA9C,CAAxE,EAA2InmB,IAAE6vD,EAAEv0C,EAAE7f,IAAJ,EAAS0wH,EAAT,IAAapF,EAAb,GAAgBC,EAA7J,EAAgKp4G,IAAE,IAAI5O,CAAJ,CAAM4sD,EAAEld,GAAR,EAAYkd,EAAEzmC,GAAd,EAAkB8qF,GAAG,EAAH,EAAMliD,CAAN,EAAQzzC,CAAR,CAAlB,CAAlK,EAAgMrL,CAAnM,EAAqM;AAAC,gCAAGw+C,EAAEiyE,cAAF,CAAiBzwH,CAAjB,CAAH,EAAuB,MAAMpZ,MAAM,0BAAwBoZ,CAAxB,GAA0B,qBAAhC,CAAN,CAA6Dw+C,EAAEiyE,cAAF,CAAiBzwH,CAAjB,IAAoBrB,CAApB;AAAsB,2BAAEqyH,SAAF,GAAY5zE,CAAZ,EAAc/qD,EAAEnL,IAAF,CAAOyX,CAAP,CAAd,EAAwB6/C,EAAEw5E,UAAF,CAAar5H,CAAb,CAAxB;AAAwC;AAAld,iBAAkdi+C,IAAE4B,EAAEgjE,SAAF,IAAanvH,EAAE,CAAF,CAAf,EAAoBmsD,EAAEgjE,SAAF,GAAY5kE,CAAhC,EAAkCW,IAAEiB,EAAEuqD,KAAF,GAAQnsD,CAAV,GAAY4B,EAAEyqD,KAAF,GAAQrsD,CAAtD;AAAwD,aAA7rP,EAA8rPw9E,gBAAe,wBAASloI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,IAAE,IAAZ;AAAA,oBAAiB+xB,IAAE5vB,EAAEi0H,iBAAF,CAAoB96G,CAApB,CAAnB;AAAA,oBAA0CrL,IAAE,IAAI+sD,EAAJ,CAAOjrC,EAAEiV,CAAT,EAAWjV,EAAEmV,CAAb,CAA5C;AAAA,oBAA4DmmB,IAAErtD,EAAEksI,SAAF,CAAYj8H,CAAZ,CAA9D;AAAA,oBAA6Ew+C,IAAE,EAA/E;AAAA,oBAAkFrB,IAAE,EAApF,CAAuF,IAAGC,CAAH,EAAK;AAAC,yBAAIz+C,IAAEy+C,EAAE0rD,IAAJ,EAASlsD,IAAE,CAAf,EAAiBA,IAAEj+C,EAAElW,MAArB,EAA4Bm0D,GAA5B;AAAgCD,4BAAEh+C,EAAEi+C,CAAF,CAAF,EAAOD,EAAEwuD,QAAF,GAAW/pD,EAAEjE,CAAF,EAAIR,EAAEwuD,QAAF,CAAWnrG,CAAX,CAAJ,CAAX,GAA8BohD,EAAE5C,CAAF,EAAI7B,EAAEgvE,WAAF,CAAc3rH,CAAd,CAAJ,CAArC;AAAhC,qBAA2F,MAAIw+C,EAAE/1D,MAAN,IAAc24D,EAAE5C,CAAF,EAAIzuD,EAAEkiH,YAAF,CAAe0Z,WAAf,CAA2B3rH,CAA3B,CAAJ,CAAd,EAAiDw+C,EAAE/1D,MAAF,GAAS,CAAT,IAAY00D,EAAE10D,MAAF,GAAS,CAArB,IAAwByJ,EAAE4c,OAAF,CAAUvlB,CAAV,EAAY,EAACmmC,SAAQ8nF,GAAGnsG,CAAH,CAAT,EAAemD,eAAcnD,CAA7B,EAA+Bq4F,UAAS/iD,EAAEnC,CAAF,CAAxC,EAA6C3wD,OAAM8yD,EAAExD,CAAF,CAAnD,EAAZ,CAAzE;AAA+I;AAAC,aAAriQ,EAAsiQ8+E,WAAU,mBAAS/pI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEgjH,KAAnB,CAAyB,KAAIp4H,IAAE,CAAN,EAAQA,IAAEqzD,EAAEn0D,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAG8hB,IAAEuxC,EAAErzD,CAAF,CAAF,EAAO8hB,EAAEk5F,UAAF,CAAa9iB,aAAb,CAA2BvvF,CAA3B,CAAV,EAAwC,OAAOmZ,CAAP;AAA/D;AAAwE,aAA7pQ,EAA8pQ6wH,mBAAkB,2BAAShqI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,GAAGtC,MAAH,CAAUiL,aAAa8vD,EAAb,GAAgB,KAAK73D,OAAL,CAAa8nH,YAA7B,GAA0C,KAAK9nH,OAAL,CAAaq3H,SAAjE,CAAN,CAAkFxgB,GAAGz3G,EAAE2I,EAAE8+H,SAAJ,CAAH,EAAkB3lH,CAAlB;AAAqB,aAAryQ,EAAV,CAHixD,EAGiiN21F,GAAGtX,GAAG7hG,EAAN,EAAS4hG,EAAT,CAHjiN,EAG8iN/gD,KAAG+3D,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,gBAAU;AAAC,oBAAIoK,IAAE,IAAN,CAAWA,EAAE8zH,UAAF,GAAa,EAAb;AAAgB,aAA5C,EAA6C3kD,QAAO,gBAASnvE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEopE,UAArB,CAAgC,KAAIrnH,CAAJ,IAASzM,CAAT;AAAWmZ,wBAAEsxC,EAAEh+C,CAAF,CAAF,EAAOpV,IAAE2I,EAAEyM,CAAF,CAAT,EAAcg+C,EAAEh+C,CAAF,IAAK0M,IAAEA,KAAG,EAACo0B,KAAI28E,EAAL,EAAQlmG,KAAIqmG,EAAZ,EAAxB,EAAwClxG,EAAEo0B,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOp0B,EAAEo0B,GAAT,EAAal2C,EAAEk2C,GAAf,CAA9C,EAAkEp0B,EAAE6K,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAO7K,EAAE6K,GAAT,EAAa3sB,EAAE2sB,GAAf,CAAxE;AAAX;AAAuG,aAAvM,EAAwMjb,OAAM,eAAS/I,CAAT,EAAW;AAAC,qBAAK8zH,UAAL,CAAgB9zH,CAAhB,IAAmBmZ,CAAnB;AAAqB,aAA/O,EAAgPgoB,OAAM,eAASnhC,CAAT,EAAW;AAAC,uBAAO,KAAK8zH,UAAL,CAAgB9zH,CAAhB,CAAP;AAA0B,aAA5R,EAAV,CAHjjN,EAG01Ny3F,KAAG3nE,GAAG93B,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAE6qI,UAAF,GAAa,EAAb,EAAgB7qI,EAAE8qI,UAAF,GAAa,EAA7B,EAAgC9qI,EAAE4yI,iBAAF,GAAoB,IAAIzzF,EAAJ,EAApD,EAA2Dn/C,EAAE6yI,iBAAF,GAAoB,IAAI1zF,EAAJ,EAA/E,EAAsF1mB,GAAGn6B,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkB2I,CAAlB,EAAoBmZ,CAApB,CAAtF;AAA6G,aAA5I,EAA6IlhB,SAAQ,EAACs3H,OAAM,EAAP,EAAUC,OAAM,EAAhB,EAArJ,EAAyKl+D,QAAO,gBAAStxD,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAEq8E,iBAAF,EAArB,CAA2C,KAAI9mI,IAAEA,KAAGyqD,EAAEglE,KAAP,EAAat2G,IAAE,CAAnB,EAAqBA,IAAEnZ,EAAEzJ,MAAzB,EAAgC4iB,GAAhC;AAAoC9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAO1M,IAAE5O,EAAExG,EAAEY,OAAF,CAAUC,IAAV,IAAgB,SAAlB,KAA8B,EAAvC,EAA0CuyD,EAAEk8E,WAAF,CAAcl6H,CAAd,CAA1C,EAA2Di+C,IAAED,EAAEu8E,mBAAF,CAAsBv6H,CAAtB,CAA7D,EAAsFi+C,MAAID,EAAE0/E,kBAAF,CAAqB77E,EAAE5D,CAAF,EAAIkhE,EAAJ,CAArB,EAA6Bv0H,CAA7B,GAAgCozD,EAAE2/E,sBAAF,CAAyB97E,EAAE5D,CAAF,EAAImhE,EAAJ,CAAzB,EAAiCx0H,CAAjC,CAAhC,EAAoEozD,EAAE4/E,iBAAF,CAAoB/7E,EAAE5D,CAAF,EAAIw8D,EAAJ,CAApB,EAA4B7vH,CAA5B,CAAxE,CAAtF;AAApC,iBAAkOozD,EAAE6/E,UAAF,CAAatqI,CAAb;AAAgB,aAAzd,EAA0d+lI,aAAY,qBAAS/lI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAWA,EAAE4yI,iBAAF,CAAoB96D,MAApB,CAA2BnvE,EAAE+hI,WAA7B,GAA0C1qI,EAAE6yI,iBAAF,CAAoB/6D,MAApB,CAA2BnvE,EAAEgiI,WAA7B,CAA1C,EAAoFlyG,GAAGn6B,EAAH,CAAMowI,WAAN,CAAkBtvI,IAAlB,CAAuBY,CAAvB,EAAyB2I,CAAzB,EAA2BmZ,CAA3B,CAApF;AAAkH,aAAjnB,EAAknB6sH,YAAW,oBAAShmI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE/H,OAAF,CAAUC,IAAvB,CAA4B43B,GAAGn6B,EAAH,CAAMqwI,UAAN,CAAiBvvI,IAAjB,CAAsB0iB,CAAtB,EAAwBnZ,CAAxB,GAA2BA,EAAE/H,OAAF,CAAU6mD,QAAV,IAAoB3lC,EAAE+wH,iBAAF,CAAoBnhI,KAApB,CAA0B1R,CAA1B,GAA6B,OAAO8hB,EAAEgpH,UAAF,CAAa9qI,CAAb,CAAxD,KAA0E8hB,EAAE8wH,iBAAF,CAAoBlhI,KAApB,CAA0B1R,CAA1B,GAA6B,OAAO8hB,EAAE+oH,UAAF,CAAa7qI,CAAb,CAA9G,CAA3B,EAA0J2I,MAAImZ,EAAE09F,KAAN,IAAa,OAAO19F,EAAE09F,KAAhL,EAAsL72G,MAAImZ,EAAE49F,KAAN,IAAa,OAAO59F,EAAE49F,KAA5M;AAAkN,aAAv3B,EAAw3BgwB,gBAAe,wBAAS5tH,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEvxC,EAAEo2G,KAA3B;AAAA,oBAAiC9kE,IAAE,GAAG11D,MAAH,CAAU0X,EAAE8iH,KAAZ,CAAnC;AAAA,oBAAsD1xH,IAAEmC,EAAE3E,IAAF,CAAOovD,CAAP,EAAS,UAASzqD,CAAT,EAAW;AAAC,2BAAOA,EAAE9H,IAAF,KAASwyD,CAAhB;AAAkB,iBAAvC,EAAyC,CAAzC,CAAxD;AAAA,oBAAoG96B,IAAEzW,EAAEq2G,KAAxG;AAAA,oBAA8G1hH,IAAE,GAAG/Y,MAAH,CAAU0X,EAAE+iH,KAAZ,CAAhH;AAAA,oBAAmItkE,IAAElrD,EAAE3E,IAAF,CAAOyS,CAAP,EAAS,UAAS9N,CAAT,EAAW;AAAC,2BAAOA,EAAE9H,IAAF,KAAS03B,CAAhB;AAAkB,iBAAvC,EAAyC,CAAzC,CAArI;AAAA,oBAAiL08B,IAAE7/C,EAAEgjH,KAAF,IAAS,CAAC,EAAD,CAA5L;AAAA,oBAAiMxkE,IAAEqB,EAAE,CAAF,EAAKp0D,IAAL,IAAW,SAA9M;AAAA,oBAAwNquB,IAAE,CAAC1oB,KAAG,EAAJ,EAAQ84G,IAAR,IAAc,CAACzrD,KAAG,EAAJ,EAAQyrD,IAAtB,IAA4B1rD,CAAtP,CAAwP,OAAO1kC,CAAP;AAAS,aAAppC,EAAqpC4jH,oBAAmB,4BAASnqI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAW2I,EAAEzJ,MAAF,GAAS,CAAT,IAAYc,EAAE0uI,WAAF,CAAc,IAAI97D,EAAJ,CAAO5yE,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAU63F,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAAzB,EAAT,CAAd,EAAuD1+E,CAAvD,CAAZ;AAAsE,aAAvwC,EAAwwCixH,wBAAuB,gCAASpqI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAW2I,EAAEzJ,MAAF,GAAS,CAAT,IAAYc,EAAE0uI,WAAF,CAAc,IAAIj8D,EAAJ,CAAOzyE,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAU63F,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAAzB,EAAT,CAAd,EAAuD1+E,CAAvD,CAAZ;AAAsE,aAA93C,EAA+3CkxH,mBAAkB,2BAASrqI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN,CAAW2I,EAAEzJ,MAAF,GAAS,CAAT,IAAYc,EAAE0uI,WAAF,CAAc,IAAI/8D,EAAJ,CAAO3xE,CAAP,EAAS,EAACk6G,QAAOvxG,CAAR,EAAU63F,MAAK1+E,EAAElhB,OAAF,CAAU4/F,IAAzB,EAAT,CAAd,EAAuD1+E,CAAvD,CAAZ;AAAsE,aAAh/C,EAAi/CoxH,cAAa,sBAASvqI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,CAAd;AAAA,oBAAgBo9C,CAAhB;AAAA,oBAAkBoB,CAAlB;AAAA,oBAAoBrB,IAAE,IAAtB;AAAA,oBAA2B1kC,IAAEvmB,EAAE9H,IAA/B;AAAA,oBAAoCqzD,IAAEpyC,IAAE8xC,EAAEk3E,UAAJ,GAAel3E,EAAEi3E,UAAvD;AAAA,oBAAkE72E,IAAElyC,IAAE8xC,EAAEi/E,iBAAJ,GAAsBj/E,EAAEg/E,iBAA5F;AAAA,oBAA8Gr9E,IAAEkiD,GAAG,EAAH,EAAM9uG,CAAN,EAAQ,EAAC8+C,UAAS3lC,CAAV,EAAR,CAAhH;AAAA,oBAAsIhZ,IAAEutD,EAAEd,EAAEtzD,IAAJ,EAAS0wH,EAAT,CAAxI;AAAA,oBAAqJnlF,IAAEwmB,EAAElqB,KAAF,EAAvJ;AAAA,oBAAiKrM,IAAE30B,IAAE,EAACotC,KAAI,EAAL,EAAQvpB,KAAI,CAAZ,EAAF,GAAiB,EAACupB,KAAI,CAAL,EAAOvpB,KAAI,CAAX,EAApL;AAAA,oBAAkM+gB,IAAEsmB,EAAElqB,KAAF,CAAQ5a,CAAR,KAAYse,CAAZ,IAAe/P,CAAnN;AAAA,oBAAqNt1B,IAAEyrD,EAAEsmD,MAAzN;AAAA,oBAAgOzzG,IAAE,CAAC8uD,EAAErf,GAAH,EAAOqf,EAAE5oC,GAAT,CAAlO,CAAgP,KAAIymC,IAAE,CAAN,EAAQA,IAAEjrD,EAAEjJ,MAAZ,EAAmBk0D,GAAnB;AAAuB,wBAAG5sD,IAAE2B,EAAEirD,CAAF,CAAF,EAAO76B,IAAE/xB,EAAEsb,IAAE,OAAF,GAAU,OAAZ,CAAT,EAA8ByW,KAAGg9B,EAAE10D,IAAL,IAAW,MAAIb,CAAJ,IAAO,CAACu4B,CAApD,EAAsD;AAAC9hB,4BAAEkgD,GAAGx9B,OAAH,CAAWozF,SAAX,CAAqB/lH,CAArB,EAAuB,CAAvB,EAA0BgmH,WAA5B,EAAwC/lH,EAAE9I,IAAF,CAAO8Y,EAAEqL,IAAE,GAAF,GAAM,GAAR,CAAP,CAAxC,CAA6D;AAAM;AAAjJ,iBAAiJ,KAAI,MAAI9hB,CAAJ,IAAOwtC,CAAP,KAAWE,EAAEwI,GAAF,GAAMm/D,GAAGn/D,GAAH,CAAOxI,EAAEwI,GAAT,EAAa1I,EAAE0I,GAAf,CAAN,EAA0BxI,EAAE/gB,GAAF,GAAM0oF,GAAG1oF,GAAH,CAAO+gB,EAAE/gB,GAAT,EAAa6gB,EAAE7gB,GAAf,CAA3C,GAAgEsoC,IAAE,CAAtE,EAAwEA,IAAExuD,EAAEvH,MAA5E,EAAmF+1D,GAAnF;AAAuF,wBAAGxuD,EAAEwuD,CAAF,aAAerwD,IAAlB,EAAuB;AAACivD,4BAAE,CAAC,CAAH,CAAK;AAAM;AAA1H,iBAA0H,IAAGR,IAAEgD,EAAEd,EAAEtzD,IAAJ,EAASqqH,EAAT,KAAc,CAAC/2D,EAAEtzD,IAAH,IAAS4xD,CAAvB,GAAyB0E,EAAzB,GAA4BzvD,IAAEykH,EAAF,GAAKC,EAAnC,EAAsCp4G,IAAE,IAAIi+C,CAAJ,CAAM3lB,EAAEwI,GAAR,EAAYxI,EAAE/gB,GAAd,EAAkB4oC,CAAlB,CAAxC,EAA6DrmC,CAAhE,EAAkE;AAAC,wBAAGglC,EAAEhlC,CAAF,CAAH,EAAQ,MAAM7xB,MAAM,CAACykB,IAAE,GAAF,GAAM,GAAP,IAAY,kBAAZ,GAA+BoN,CAA/B,GAAiC,qBAAvC,CAAN,CAAoEglC,EAAEhlC,CAAF,IAAK9Z,CAAL;AAAO,wBAAOw+C,EAAE66E,UAAF,CAAar5H,CAAb,GAAgBA,CAAvB;AAAyB,aAAxrE,EAAyrE69H,YAAW,oBAAStqI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyByyD,IAAE,GAAG31D,MAAH,CAAU0X,EAAE8iH,KAAZ,CAA3B;AAAA,oBAA8C9kE,IAAE,EAAhD;AAAA,oBAAmD5sD,IAAE,GAAG9I,MAAH,CAAU0X,EAAE+iH,KAAZ,CAArD;AAAA,oBAAwE5/F,IAAE,EAA1E,CAA6E4+E,GAAG9jD,CAAH,EAAK,UAASj+C,CAAT,EAAW;AAAC0M,wBAAE9hB,EAAE24H,QAAF,CAAW,KAAKrZ,IAAhB,CAAF,EAAwBoM,GAAG5pG,CAAH,EAAKnZ,CAAL,KAASyqD,EAAEz1D,IAAF,CAAOqC,EAAEkzI,YAAF,CAAe,IAAf,EAAoB,CAAC,CAArB,EAAuB99H,CAAvB,CAAP,CAAjC;AAAmE,iBAApF,GAAsF+hG,GAAG3wG,CAAH,EAAK,UAAS4O,CAAT,EAAW;AAAC0M,wBAAE9hB,EAAE24H,QAAF,CAAW,KAAKrZ,IAAhB,CAAF,EAAwBoM,GAAG5pG,CAAH,EAAKnZ,CAAL,KAAS4vB,EAAE56B,IAAF,CAAOqC,EAAEkzI,YAAF,CAAe,IAAf,EAAoB,CAAC,CAArB,EAAuB99H,CAAvB,CAAP,CAAjC;AAAmE,iBAApF,CAAtF,EAA4KpV,EAAEw/G,KAAF,GAAQx/G,EAAEw/G,KAAF,IAASpsD,EAAE,CAAF,CAA7L,EAAkMpzD,EAAE0/G,KAAF,GAAQ1/G,EAAE0/G,KAAF,IAASnnF,EAAE,CAAF,CAAnN;AAAwN,aAAr/E,EAAs/Es4G,gBAAe,wBAASloI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,IAAE,IAAd;AAAA,oBAAmB9hB,IAAE9N,EAAEi0H,iBAAF,CAAoB96G,CAApB,CAArB;AAAA,oBAA4C+xC,IAAE,IAAI2P,EAAJ,CAAO/sD,EAAE+2B,CAAT,EAAW/2B,EAAEi3B,CAAb,CAA9C;AAAA,oBAA8DunB,IAAE18B,EAAEgnF,IAAlE;AAAA,oBAAuE3rD,IAAEqB,EAAE/1D,MAA3E;AAAA,oBAAkFgwB,IAAE,EAApF;AAAA,oBAAuFglC,IAAE,EAAzF,CAA4F,KAAI9+C,IAAE,CAAN,EAAQA,IAAEw+C,CAAV,EAAYx+C,GAAZ;AAAgBi+C,wBAAE4B,EAAE7/C,CAAF,CAAF,EAAO5O,IAAE6sD,EAAEzyD,OAAF,CAAU6mD,QAAV,GAAmByM,CAAnB,GAAqBhlC,CAA9B,EAAgCkkC,IAAEC,EAAEuuD,QAAF,CAAW/tD,CAAX,CAAlC,EAAgD,SAAOT,CAAP,IAAU5sD,EAAE7I,IAAF,CAAOy1D,CAAP,CAA1D;AAAhB,iBAAoFlkC,EAAEhwB,MAAF,GAAS,CAAT,IAAYg1D,EAAEh1D,MAAF,GAAS,CAArB,IAAwByJ,EAAE4c,OAAF,CAAUvlB,CAAV,EAAY,EAACmmC,SAAQ8nF,GAAGnsG,CAAH,CAAT,EAAemD,eAAcnD,CAA7B,EAA+B0rB,GAAE4pB,EAAEloC,CAAF,CAAjC,EAAsCwe,GAAE0pB,EAAElD,CAAF,CAAxC,EAAZ,CAAxB;AAAmF,aAAxxF,EAAyxFy+E,mBAAkB,2BAAShqI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE2I,EAAE/H,OAAF,CAAU6mD,QAAhB;AAAA,oBAAyBryC,IAAE,KAAKm6H,SAAL,CAAe,KAAKnX,KAApB,CAA3B;AAAA,oBAAsD/kE,IAAEqE,EAAE/uD,CAAF,EAAI3I,IAAEoV,EAAEs4B,CAAJ,GAAMt4B,EAAEo4B,CAAZ,CAAxD;AAAA,oBAAuE4lB,IAAE,GAAG11D,MAAH,CAAUsC,IAAE,KAAKY,OAAL,CAAau3H,KAAf,GAAqB,KAAKv3H,OAAL,CAAas3H,KAA5C,EAAmD7kE,CAAnD,CAAzE,CAA+HokD,GAAGrkD,CAAH,EAAKtxC,CAAL;AAAQ,aAAh8F,EAAV,CAH71N,EAG0yT21F,GAAGrX,GAAG9hG,EAAN,EAAS4hG,EAAT,CAH1yT,EAGuzTG,KAAG5nE,GAAG93B,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEuxG,MAAf,CAAsBvxG,EAAEwqI,cAAF,CAAiBrxH,CAAjB;AAAoB,aAA7D,EAA8DqxH,gBAAe,wBAASxqI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE,CAAF,CAAb;AAAA,oBAAkByM,IAAE,IAAIsqF,EAAJ,CAAO59E,CAAP,EAAS,EAACo4F,QAAOvxG,CAAR,EAAUolB,SAAQ/tB,EAAE+tB,OAApB,EAA4BwoE,YAAWv2F,EAAEu2F,UAAzC,EAAoD2zB,YAAWlqH,EAAEkqH,UAAjE,EAA4EvD,QAAO7kG,EAAElhB,OAAF,CAAU+lH,MAA7F,EAAT,CAApB,CAAmI7kG,EAAE4sH,WAAF,CAAct5H,CAAd;AAAiB,aAA7O,EAA8Os5H,aAAY,qBAAS/lI,CAAT,EAAWmZ,CAAX,EAAa;AAAC2W,mBAAGn6B,EAAH,CAAMowI,WAAN,CAAkBtvI,IAAlB,CAAuB,IAAvB,EAA4BuJ,CAA5B,EAA8BmZ,CAA9B,GAAiCysG,GAAG,KAAK3tH,OAAL,CAAa+lH,MAAb,CAAoB/6E,KAAvB,EAA6BjjC,EAAE2kI,WAA/B,CAAjC;AAA6E,aAArV,EAAV,CAH1zT,EAG4pU94D,KAAG6rB,GAAG1/F,MAAH,CAAU,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEuxG,MAAf,CAAsBvxG,EAAEyqI,gBAAF,CAAmBtxH,CAAnB;AAAsB,aAA/D,EAAgEsxH,kBAAiB,0BAASzqI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE,CAAF,CAAb;AAAA,oBAAkByM,IAAE,IAAI4qF,EAAJ,CAAOl+E,CAAP,EAAS,EAACo4F,QAAOvxG,CAAR,EAAUolB,SAAQ/tB,EAAE+tB,OAApB,EAA4Bm8F,YAAWlqH,EAAEkqH,UAAzC,EAAoDvD,QAAO7kG,EAAElhB,OAAF,CAAU+lH,MAArE,EAAT,CAApB,CAA2G7kG,EAAE4sH,WAAF,CAAct5H,CAAd;AAAiB,aAAzN,EAAV,CAH/pU,EAGq4UuqF,KAAGmvB,GAAG9+F,SAAH,CAAarvB,MAAb,CAAoB,EAACC,SAAQ,EAAC6tB,QAAO,gBAAR,EAAyBK,UAASkjG,EAAlC,EAAT,EAA+CpvG,OAAM,iBAAU;AAAC,qBAAKujB,OAAL,CAAa+wD,SAAb,CAAuB23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqBu2G,EAArB,EAAwBA,EAAxB,EAA2B,KAAKl0H,OAAL,CAAa4hF,MAAxC,CAAvB;AAAwE,aAAxI,EAAyIzzD,MAAK,cAASpmB,CAAT,EAAW;AAAC,qBAAKw9B,OAAL,CAAa+wD,SAAb,CAAuB23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqB5V,CAArB,EAAuBA,CAAvB,EAAyB,KAAK/H,OAAL,CAAa4hF,MAAtC,CAAvB;AAAsE,aAAhO,EAApB,CAHx4U,EAG+nVssC,GAAG1Z,gBAAH,CAAoBj8E,OAApB,CAA4Brd,QAA5B,CAAqC83G,EAArC,EAAwCj0B,EAAxC,CAH/nV,EAG2qVY,KAAGuuB,GAAG9+F,SAAH,CAAarvB,MAAb,CAAoB,EAACC,SAAQ,EAAC6tB,QAAO,gBAAR,EAAT,EAAmC7L,OAAM,iBAAU;AAAC,oBAAIja,IAAE,KAAK65E,MAAL,GAAY,KAAKr8C,OAAL,CAAa4xD,IAAb,GAAoBvV,MAApB,EAAlB,CAA+C,KAAKr8C,OAAL,CAAa+wD,SAAb,CAAuB23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqBu2G,EAArB,EAAwBA,EAAxB,EAA2BnsH,CAA3B,CAAvB;AAAsD,aAAzJ,EAA0JomB,MAAK,cAASpmB,CAAT,EAAW;AAAC,qBAAKw9B,OAAL,CAAa+wD,SAAb,CAAuB23B,GAAG33B,SAAH,GAAe34E,KAAf,CAAqB5V,CAArB,EAAuBA,CAAvB,EAAyB,KAAK65E,MAA9B,CAAvB;AAA8D,aAAzO,EAApB,CAH9qV,EAG86VssC,GAAG1Z,gBAAH,CAAoBj8E,OAApB,CAA4Brd,QAA5B,CAAqC+zG,EAArC,EAAwCtvB,EAAxC,CAH96V,EAG09VD,KAAG4W,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,gBAAU;AAAC,qBAAK80I,OAAL,GAAa,EAAb;AAAgB,aAAjC,EAAkC3uF,SAAQ,mBAAU;AAAC,qBAAK2uF,OAAL,GAAa,EAAb;AAAgB,aAArE,EAAsEhmH,MAAK,cAAS1kB,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,CAAQ,KAAI2I,IAAE,GAAGjL,MAAH,CAAUiL,CAAV,CAAF,EAAe,KAAK2lB,IAAL,EAAf,EAA2BxM,IAAE,CAAjC,EAAmCA,IAAEnZ,EAAEzJ,MAAvC,EAA8C4iB,GAA9C;AAAkD9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAO9hB,KAAGA,EAAE+5G,eAAL,IAAsB/5G,EAAE45G,YAAF,EAAtB,KAAyC,KAAK8f,oBAAL,CAA0B15H,CAA1B,EAA4B,CAAC,CAA7B,GAAgC,KAAKqzI,OAAL,CAAa11I,IAAb,CAAkBqC,CAAlB,CAAzE,CAAP;AAAlD;AAAwJ,aAAvP,EAAwP05H,sBAAqB,8BAAS/wH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,CAACzM,EAAE/H,OAAF,CAAUi5G,SAAV,IAAqB,EAAtB,EAA0BtrF,MAAlC,CAAyCnZ,KAAGpV,IAAE,EAACm6G,UAASxxG,EAAEwxG,QAAZ,EAAqBD,QAAOvxG,EAAEuxG,MAA9B,EAAqCtyC,UAASj/D,EAAEi/D,QAAhD,EAAyDtjE,OAAMqE,EAAErE,KAAjE,EAAuE81G,YAAWzxG,EAAEyxG,UAApF,EAA+F32F,gBAAe+vC,CAA9G,EAAgH4lD,QAAOzwG,EAAE27H,eAAF,EAAvH,EAA2Ij3G,MAAKvL,CAAhJ,EAAF,EAAqJ1M,EAAEpV,CAAF,CAArJ,EAA0JA,EAAE65D,iBAAF,IAAqBlxD,EAAEoxG,eAAF,CAAkBj4F,CAAlB,CAAlL,IAAwMnZ,EAAEoxG,eAAF,CAAkBj4F,CAAlB,CAAxM;AAA6N,aAAjiB,EAAkiBwM,MAAK,gBAAU;AAAC,qBAAI,IAAI3lB,IAAE,KAAK0qI,OAAf,EAAuB1qI,EAAEzJ,MAAzB;AAAiC,yBAAKw6H,oBAAL,CAA0B/wH,EAAEhC,GAAF,EAA1B,EAAkC,CAAC,CAAnC;AAAjC;AAAuE,aAAznB,EAA0nBi3H,eAAc,uBAASj1H,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKi+H,OAAf,CAAuB,KAAIvxH,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG9hB,IAAEoV,EAAE0M,CAAF,CAAF,EAAOnZ,KAAG3I,CAAb,EAAe,OAAM,CAAC,CAAP;AAAtC,iBAA+C,OAAM,CAAC,CAAP;AAAS,aAAnuB,EAAV,CAH79V,EAG6sXs2G,KAAGe,GAAG12G,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQD,IAAE,IAAV,CAAeikD,GAAG/4G,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBg0D,CAAhB,GAAmBA,EAAExyD,OAAF,GAAU62G,GAAG,EAAH,EAAMrkD,EAAExyD,OAAR,EAAgBZ,CAAhB,CAA7B,EAAgDozD,EAAEimD,YAAF,GAAev3F,CAA/D,EAAiEsxC,EAAElC,QAAF,GAAWolD,GAAGplD,QAA/E,EAAwFkC,EAAElC,QAAF,KAAakC,EAAElC,QAAF,GAAWolD,GAAGplD,QAAH,GAAY09D,GAAG,iBAAetwH,EAAf,GAAkB,UAAlB,GAA6BA,EAA7B,GAAgC,6LAAnC,CAApC,CAAxF,EAA+V8W,IAAE84G,GAAG96D,EAAExyD,OAAF,CAAUmtB,OAAV,IAAmB,EAAtB,EAAyB,MAAzB,CAAjW,EAAkYqlC,EAAEjtB,OAAF,GAAUx9B,EAAEyqD,EAAElC,QAAF,CAAWkC,EAAExyD,OAAb,CAAF,EAAyBsd,GAAzB,CAA6B,EAAC,eAAc9I,EAAEpJ,GAAjB,EAAqB,iBAAgBoJ,EAAEoxB,KAAvC,EAA6C,kBAAiBpxB,EAAEmxB,MAAhE,EAAuE,gBAAenxB,EAAEyY,IAAxF,EAA7B,CAA5Y,EAAwgBulC,EAAEjoB,IAAF,GAAOqsE,GAAGpkD,EAAEjoB,IAAL,EAAUioB,CAAV,CAA/gB,EAA4hBA,EAAE0nC,WAAF,GAAc0c,GAAGpkD,EAAE0nC,WAAL,EAAiB1nC,CAAjB,CAA1iB,EAA8jBC,IAAEikD,GAAGn9C,MAAH,CAAU,kCAAV,EAA6Cm9C,GAAGvpG,IAAH,CAAQ,MAAR,CAA7C,CAAhkB,EAA8nBqlD,EAAEkgF,eAAF,GAAkBxxH,EAAEpL,OAAF,CAAU28C,CAAV,EAAaj3C,IAAb,CAAkB,qBAAlB,CAAhpB;AAAyrB,aAA5tB,EAA6tBsoC,SAAQ,mBAAU;AAAC,qBAAK6uF,iBAAL,IAAyB,KAAKptG,OAAL,KAAe,KAAKA,OAAL,CAAaprB,GAAb,CAAiBk4G,EAAjB,EAAqB36G,MAArB,IAA8B,KAAK6tB,OAAL,GAAa,IAA1D,CAAzB;AAAyF,aAAz0B,EAA00BvlC,SAAQ,EAACotB,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAkB0C,SAAQ,CAA1B,EAA4BuC,WAAU,EAACjB,UAAS+mG,EAAV,EAAtC,EAAl1B,EAAu4B1qF,MAAK,gBAAU;AAAC,oBAAIxiC,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAE0M,EAAEqkB,OAA7B,CAAqCrkB,EAAEolB,MAAF,IAAUplB,EAAEqkB,OAAZ,KAAsBx9B,IAAEmZ,EAAE27E,OAAF,EAAF,EAAc37E,EAAEmb,OAAF,IAAW7nB,EAAE8I,GAAF,CAAM,EAAClS,KAAIrD,EAAEqD,GAAP,EAAW6hB,MAAKllB,EAAEklB,IAAlB,EAAN,CAAzB,EAAwD/L,EAAEmb,OAAF,GAAU,CAAC,CAAnE,EAAqEnb,EAAE0xH,cAAF,CAAiBr2I,SAASqnB,IAA1B,CAArE,EAAqGpP,EAAEmI,IAAF,CAAO,CAAC,CAAR,EAAU,CAAC,CAAX,EAAc8P,IAAd,GAAqB6E,OAArB,CAA6B,EAACrE,MAAKllB,EAAEklB,IAAR,EAAa7hB,KAAIrD,EAAEqD,GAAnB,EAA7B,EAAqDhM,EAAE+vB,SAAF,CAAYjB,QAAjE,CAA3H;AAAuM,aAAnoC,EAAooCykH,mBAAkB,6BAAU;AAAC,qBAAKE,WAAL,KAAmBlgH,aAAa,KAAKkgH,WAAlB,GAA+B,KAAKA,WAAL,GAAiB,IAAnE;AAAyE,aAA1uC,EAA2uCC,UAAS,oBAAU;AAAC,oBAAG,CAAC,KAAKC,aAAT,EAAuB;AAAC,wBAAIhrI,IAAE,KAAK0wG,YAAX,CAAwB,KAAKs6B,aAAL,GAAmB,EAAC3nI,KAAIyoB,SAAS9rB,EAAEuV,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAAL,EAAsC2P,MAAK4G,SAAS9rB,EAAEuV,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,CAA3C,EAAnB;AAAiG,wBAAO,KAAKy1H,aAAZ;AAA0B,aAA16C,EAA26Cl2C,SAAQ,mBAAU;AAAC,oBAAI37E,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAE0oF,QAAF,EAAjB;AAAA,oBAA8B1qC,IAAEh+C,EAAE8xB,MAAlC;AAAA,oBAAyC1gC,IAAE4O,EAAEs+H,QAAF,EAA3C;AAAA,oBAAwDn7G,IAAEnjB,EAAEikG,YAAF,CAAet5E,MAAf,EAA1D;AAAA,oBAAkFtpB,IAAE43G,GAAGj7D,EAAE1lB,CAAF,GAAIlnC,EAAEwF,GAAN,GAAUusB,EAAEvsB,GAAf,CAApF;AAAA,oBAAwG6nD,IAAEw6D,GAAGj7D,EAAE5lB,CAAF,GAAIhnC,EAAEqnB,IAAN,GAAW0K,EAAE1K,IAAhB,CAA1G;AAAA,oBAAgIonC,IAAEqiD,GAAGr5G,OAAH,CAAW2jE,SAAX,EAAlI;AAAA,oBAAyJhO,IAAEjrD,EAAErL,MAAF,CAA3J;AAAA,oBAAqK4xB,IAAE5xB,OAAOsjC,WAAP,IAAoBzjC,SAASuO,eAAT,CAAyBqZ,SAA7C,IAAwD,CAA/N;AAAA,oBAAiOmvC,IAAE52D,OAAOujC,WAAP,IAAoB1jC,SAASuO,eAAT,CAAyBiZ,UAA7C,IAAyD,CAA5R;AAAA,oBAA8RqvC,IAAE,CAAC,KAAKs/E,eAAL,IAAsB,EAAvB,EAA2BM,OAA3T,CAAmU,OAAO5/E,KAAG,MAAIA,EAAEz1C,KAAT,IAAgBuD,IAAE+sG,GAAG33B,SAAH,GAAe34E,KAAf,CAAqBy1C,EAAEz1C,KAAvB,EAA6By1C,EAAEz1C,KAA/B,EAAqC,CAACy1C,EAAExmB,CAAH,EAAKwmB,EAAEtmB,CAAP,CAArC,CAAF,EAAkD1tC,IAAE,IAAI6uH,GAAGx0B,KAAP,CAAaxmC,CAAb,EAAep9C,CAAf,EAAkBygF,SAAlB,CAA4Bp1E,CAA5B,CAApD,EAAmF+xC,IAAE7zD,EAAEwtC,CAAvF,EAAyF/2B,IAAEzW,EAAE0tC,CAA7G,KAAiHj3B,KAAGrB,EAAE+8E,IAAF,CAAO17E,IAAEyY,CAAT,EAAWmkC,EAAExjC,MAAb,EAAoBg9F,GAAGj5D,CAAH,IAAMqB,CAA1B,CAAH,EAAgCpB,KAAGz+C,EAAE+8E,IAAF,CAAOt+B,IAAEK,CAAT,EAAWb,EAAEvoC,KAAb,EAAmB8hG,GAAGh5D,CAAH,IAAMqB,CAAzB,CAApJ,GAAiL,EAACjpD,KAAIyK,CAAL,EAAOoX,MAAKgmC,CAAZ,EAAxL;AAAuM,aAAx8D,EAAy8Do7C,UAAS,kBAAStmG,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE1qD,EAAE+xG,UAAZ;AAAA,oBAAuBtnD,IAAEzqD,EAAEqlB,MAAF,CAASumB,KAAlC,CAAwCzyB,MAAI9hB,IAAE8hB,EAAEyyB,KAAF,IAASzyB,EAAElhB,OAAF,CAAU2zC,KAArB,EAA2B8e,IAAEu4D,GAAGv4D,CAAH,EAAKrzD,CAAL,CAA7B,EAAqCozD,IAAEw4D,GAAGx4D,CAAH,EAAKpzD,CAAL,CAA3C,GAAoDgsH,GAAGrjH,EAAE4rC,KAAL,MAAcn/B,IAAE,IAAI+3G,EAAJ,CAAO95D,CAAP,EAAUgzB,cAAV,EAAF,EAA6B,KAAKlgD,OAAL,CAAajR,WAAb,CAAyB52B,KAAG23H,EAA5B,EAA+B7gH,IAAE,GAAjC,CAA3C,CAApD,EAAsI,KAAK+wB,OAAL,CAAajoB,GAAb,CAAiB,EAAC21H,iBAAgBxgF,CAAjB,EAAmBygF,aAAY1gF,CAA/B,EAAiCiuC,MAAK14F,EAAE04F,IAAxC,EAA6C9sD,OAAM5rC,EAAE4rC,KAArD,EAA2D/mB,SAAQ7kB,EAAE6kB,OAArE,EAA6EumH,aAAYprI,EAAEqlB,MAAF,CAASlD,KAAlG,EAAjB,CAAtI;AAAiQ,aAAzwE,EAA0wEuC,MAAK,gBAAU;AAAC,qBAAKkmH,iBAAL,IAAyB,KAAKE,WAAL,GAAiBr4H,WAAW,KAAK+vB,IAAhB,EAAqB4qF,EAArB,CAA1C;AAAmE,aAA71E,EAA81EznG,MAAK,gBAAU;AAAC,oBAAI3lB,IAAE,IAAN,CAAW4qB,aAAa5qB,EAAE8qI,WAAf,GAA4B9qI,EAAEqrI,YAAF,EAA5B,EAA6CrrI,EAAEs0B,OAAF,KAAYt0B,EAAE4vG,KAAF,GAAQ,IAAR,EAAa5vG,EAAEs0B,OAAF,GAAU,CAAC,CAAxB,EAA0Bt0B,EAAEiO,KAAF,GAAQ,IAA9C,CAA7C;AAAiG,aAA19E,EAA29EknF,UAAS,oBAAU;AAAC,qBAAK01C,cAAL,GAAsB,IAAI7qI,IAAE,EAACmiB,OAAM8hG,GAAG,KAAKzmF,OAAR,CAAP,EAAwBtW,QAAOg9F,GAAG,KAAK1mF,OAAR,CAA/B,EAAN,CAAuD,OAAOx9B,CAAP;AAAS,aAArkF,EAAskF6qI,gBAAe,0BAAU;AAAC,qBAAKrtG,OAAL,IAAc,KAAKA,OAAL,CAAatd,QAAb,CAAsB1rB,SAASqnB,IAA/B,EAAqClD,EAArC,CAAwC2xG,EAAxC,EAA2C,KAAKn4B,WAAhD,CAAd;AAA2E,aAA3qF,EAA4qFA,aAAY,qBAASh5E,CAAT,EAAW;AAAC,oBAAI9hB,IAAE8hB,EAAEyE,aAAR;AAAA,oBAAsBnR,IAAE,KAAKikG,YAAL,CAAkB,CAAlB,CAAxB,CAA6Cr5G,KAAGA,MAAIoV,CAAP,IAAU,CAACzM,EAAE5C,QAAF,CAAWqP,CAAX,EAAapV,CAAb,CAAX,KAA6B,KAAKulB,OAAL,CAAa6sG,EAAb,GAAiB,KAAK9jG,IAAL,EAA9C;AAA2D,aAA5yF,EAA6yF0lH,cAAa,wBAAU;AAAC,oBAAIrrI,IAAE,IAAN;AAAA,oBAAWmZ,IAAE,KAAKqkB,OAAlB,CAA0BrkB,KAAGA,EAAE+Q,OAAF,CAAU,EAAC7Z,QAAO,kBAAU;AAACrQ,0BAAEs0B,OAAF,IAAWnb,EAAE/G,GAAF,CAAMk4G,EAAN,EAAU36G,MAAV,EAAX;AAA8B,qBAAjD,EAAV,CAAH;AAAiE,aAAh6F,EAAi6F27H,eAAc,uBAAStrI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEokD,GAAG,EAAH,EAAMriG,EAAExU,OAAR,EAAgB+H,EAAE/H,OAAF,CAAUu6F,OAA1B,CAAjB,CAAoD,OAAO6wB,GAAGrjH,EAAErE,KAAL,MAAcwd,IAAE,KAAGnZ,EAAErE,KAArB,GAA4B+uD,EAAEnC,QAAF,IAAYlxD,IAAEisH,GAAG54D,EAAEnC,QAAL,CAAF,EAAiBpvC,IAAE9hB,EAAE,EAACsE,OAAMqE,EAAErE,KAAT,EAAe61G,UAASxxG,EAAEwxG,QAA1B,EAAmCD,QAAOvxG,EAAEuxG,MAA5C,EAAmDtyC,UAASj/D,EAAEi/D,QAA9D,EAAuEyyC,YAAW1xG,EAAE0xG,UAApF,EAA+FC,cAAa3xG,EAAE2xG,YAA9G,EAA2H1iC,OAAMjvE,EAAEivE,KAAnI,EAAyIutD,KAAIx8H,EAAEw8H,GAA/I,EAAmJ78H,MAAKK,EAAEL,IAA1J,EAA+J4rI,MAAKvrI,EAAEurI,IAAtK,EAA2KC,OAAMxrI,EAAEwrI,KAAnL,EAAyLC,MAAKzrI,EAAEyrI,IAAhM,EAAqMC,OAAM1rI,EAAE0rI,KAA7M,EAAF,CAA/B,IAAuPhhF,EAAE8G,MAAF,KAAWr4C,IAAEnZ,EAAEs7H,WAAF,CAAc5wE,EAAE8G,MAAhB,CAAb,CAAnR,EAAyTr4C,CAAhU;AAAkU,aAAjzG,EAAkzGwyH,cAAa,sBAAS3rI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKg8E,QAAL,EAAN,CAAsB,OAAOn1F,EAAE47H,aAAF,CAAgBziH,EAAEgJ,KAAlB,EAAwBhJ,EAAE+N,MAA1B,CAAP;AAAyC,aAA14G,EAA24GsiE,MAAK,cAASxpF,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,CAAN,CAAQ,OAAOzM,IAAEmZ,CAAF,GAAI9hB,CAAJ,KAAQoV,IAAEpV,KAAG2I,IAAEmZ,CAAL,CAAV,GAAmBnZ,IAAE,CAAF,KAAMyM,IAAE,CAACzM,CAAT,CAAnB,EAA+ByM,CAAtC;AAAwC,aAAh9G,EAAV,CAHhtX,EAG6qeohG,KAAGF,GAAG31G,MAAH,CAAU,EAAC0sB,MAAK,cAAS1kB,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAEy3G,GAAG,EAAH,EAAM31F,EAAElhB,OAAR,EAAgB+H,EAAE/H,OAAF,CAAUu6F,OAA1B,CAAb,CAAgDxyF,KAAGA,EAAE47H,aAAL,IAAoBziH,EAAEqkB,OAAtB,KAAgCrkB,EAAEqkB,OAAF,CAAUve,IAAV,CAAe9F,EAAEmyH,aAAF,CAAgBtrI,CAAhB,CAAf,GAAmCmZ,EAAEolB,MAAF,GAASplB,EAAEwyH,YAAF,CAAe3rI,CAAf,CAA5C,EAA8DmZ,EAAEolB,MAAF,IAAUplB,EAAEmtF,QAAF,CAAWjvG,CAAX,EAAa2I,CAAb,GAAgB2tG,GAAGh4G,EAAH,CAAM+uB,IAAN,CAAWjuB,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,CAA1B,IAAgDmZ,EAAEwM,IAAF,EAA9I;AAAwJ,aAA1N,EAAV,CAHhre,EAGu5esnF,KAAGU,GAAG31G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAWkhG,GAAGh4G,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBgW,CAAhB,EAAkBzM,CAAlB,EAAoB3I,CAApB,GAAuBoV,EAAEgqG,QAAF,GAAWt9F,CAAlC;AAAoC,aAArE,EAAsElhB,SAAQ,EAAC2zI,gBAAe,yOAAhB,EAA0PC,gBAAe,OAAzQ,EAA9E,EAAgWxa,QAAO,gBAASl4G,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQD,CAAR,CAAUtxC,IAAEnZ,EAAE3E,IAAF,CAAO8d,CAAP,EAAS,UAASnZ,CAAT,EAAW;AAAC,wBAAImZ,IAAEnZ,EAAEuxG,MAAF,CAAS/e,OAAf;AAAA,wBAAuBn7F,IAAE8hB,KAAGA,EAAEmb,OAAF,KAAY,CAAC,CAAzC,CAA2C,OAAM,CAACj9B,CAAP;AAAS,iBAAzE,CAAF,EAA6E8hB,EAAE5iB,MAAF,GAAS,CAAT,KAAakW,IAAE0M,EAAE,CAAF,CAAF,EAAOuxC,IAAE,KAAK+rD,QAAL,CAAcsJ,YAAd,CAA2BjJ,OAA3B,CAAmCrqG,EAAEykH,UAArC,CAAT,EAA0DzmE,IAAE,KAAKqhF,QAAL,CAAc3yH,CAAd,EAAgB1M,EAAE+kG,QAAlB,CAA5D,EAAwF,KAAKh0E,OAAL,CAAave,IAAb,CAAkBwrC,CAAlB,CAAxF,EAA6G,KAAKlsB,MAAL,GAAYlnC,IAAE,KAAK00I,WAAL,CAAiB10I,CAAjB,EAAmBqzD,CAAnB,CAAF,GAAwB,KAAKshF,cAAL,CAAoBv/H,CAApB,EAAsBi+C,CAAtB,CAAjJ,EAA0K,KAAK47C,QAAL,CAAc,KAAKruG,OAAnB,EAA2BwU,CAA3B,CAA1K,EAAwMkhG,GAAGh4G,EAAH,CAAM+uB,IAAN,CAAWjuB,IAAX,CAAgB,IAAhB,CAArN,CAA7E;AAAyT,aAAxrB,EAAyrBs1I,aAAY,qBAAS/rI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAEj+C,EAAEgqG,QAAjB;AAAA,oBAA0BhsD,IAAEC,EAAEq1D,YAA9B;AAAA,oBAA2CliH,IAAE,KAAKs3F,QAAL,EAA7C;AAAA,oBAA6DvlE,IAAE5vB,EAAE+kC,CAAF,GAAIlnC,EAAEqpB,MAAF,GAAS,CAA5E,CAA8E,OAAO7vB,IAAEozD,EAAExyD,OAAF,CAAU6mD,QAAV,GAAmB+b,GAAG76D,EAAE6kC,CAAL,EAAOjV,CAAP,CAAnB,GAA6BirC,GAAG1hD,EAAE0gE,MAAF,GAAWh1C,CAAd,EAAgBjV,CAAhB,CAAtC;AAAyD,aAA11B,EAA21Bo8G,gBAAe,wBAAShsI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAEzM,EAAEgT,KAAF,CAAQ2jG,IAAR,CAAauvB,SAAb,EAAR;AAAA,oBAAiCx7E,IAAE,KAAK+rD,QAAL,CAAcsJ,YAAd,CAA2B9nH,OAA3B,CAAmC6mD,QAAtE;AAAA,oBAA+E2L,IAAEh+C,EAAEotE,MAAF,EAAjF;AAAA,oBAA4Fh8E,IAAEsb,EAAE0gE,MAAF,EAA9F;AAAA,oBAAyGjqD,IAAE,KAAKulE,QAAL,EAA3G,CAA2H,OAAO99F,IAAEqzD,IAAE,IAAImQ,EAAJ,CAAOpQ,EAAE5lB,CAAT,EAAWhnC,EAAEknC,CAAb,CAAF,GAAkB,IAAI81B,EAAJ,CAAOh9D,EAAEgnC,CAAT,EAAW4lB,EAAE1lB,CAAb,CAApB,EAAoC1tC,EAAEwtC,CAAF,IAAKjV,EAAEzN,KAAF,GAAQ,CAAjD,EAAmD9qB,EAAE0tC,CAAF,IAAKnV,EAAE1I,MAAF,GAAS,CAAjE,EAAmE7vB,CAA1E;AAA4E,aAA/jC,EAAgkCy0I,UAAS,kBAAS9rI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV,CAAe,OAAOrzD,IAAEs3G,GAAGpmD,QAAH,CAAYmC,EAAEzyD,OAAF,CAAU2zI,cAAtB,CAAF,EAAwCn/H,IAAEpV,EAAE,EAAC4+C,QAAOj2C,CAAR,EAAUwxG,UAASr4F,CAAnB,EAAqB8yH,cAAa5mB,GAAG36D,EAAEzyD,OAAF,CAAU4zI,cAAb,EAA4B1yH,CAA5B,CAAlC,EAAiEgF,SAAQusC,EAAE4gF,aAA3E,EAAF,CAAjD;AAA8I,aAApvC,EAAV,CAH15e,EAG2phB19B,KAAG2W,GAAGvsH,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACorG,mBAAG5uH,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqB0iB,CAArB,GAAwB,KAAK6sD,IAAL,GAAUhmE,CAAlC,EAAoC,KAAKksI,UAAL,GAAgBlsI,aAAa8vD,EAAjE;AAAoE,aAAxF,EAAyF73D,SAAQ,EAAC2zC,OAAMk7E,EAAP,EAAU3kG,OAAM,CAAhB,EAAkByuF,QAAO,CAAC,CAA1B,EAA4Bpe,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAApC,EAAjG,EAAmJ+8F,QAAO,gBAASrxH,CAAT,EAAW;AAAC,qBAAK4vG,KAAL,GAAW5vG,CAAX,EAAa,KAAKmsI,QAAL,EAAb,EAA6B,KAAKh4B,IAAL,CAAU7/E,OAAV,CAAkB,CAAC,CAAnB,CAA7B,CAAmD,IAAInb,IAAE,KAAKlhB,OAAL,CAAau6F,OAAnB,CAA2Br5E,EAAEmb,OAAF,KAAY,KAAKk+D,OAAL,KAAe,KAAKA,OAAL,GAAa,IAAIub,EAAJ,CAAO,IAAP,EAAYe,GAAG,EAAH,EAAM31F,CAAN,EAAQ,EAAC+yH,YAAW,KAAKA,UAAjB,EAAR,CAAZ,CAA5B,GAAgF,KAAK15C,OAAL,CAAa6+B,MAAb,CAAoBrxH,CAApB,CAA5F;AAAoH,aAAxW,EAAyW2lB,MAAK,gBAAU;AAAC,qBAAKwuF,IAAL,CAAU7/E,OAAV,CAAkB,CAAC,CAAnB,GAAsB,KAAKk+D,OAAL,IAAc,KAAKA,OAAL,CAAa7sE,IAAb,EAApC;AAAwD,aAAjb,EAAkbwmH,UAAS,oBAAU;AAAC,oBAAInsI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,IAAZ;AAAA,oBAAiBi+C,IAAEj+C,EAAEu5D,IAArB;AAAA,oBAA0Bvb,IAAEC,EAAEzyD,OAAF,CAAU6mD,QAAtC;AAAA,oBAA+CjhD,IAAE4O,EAAE2/H,MAAF,EAAjD;AAAA,oBAA4Dx8G,IAAEnjB,EAAEmjG,KAAhE;AAAA,oBAAsE9hG,IAAE28C,IAAEk3D,EAAF,GAAKD,EAA7E,CAAgFvoG,IAAE,IAAI+sG,GAAGx0B,KAAP,CAAa7zF,EAAEuvG,EAAf,EAAkBvvG,EAAEwvG,EAApB,CAAF,EAA0Bh2G,IAAEozD,IAAE,IAAIy7D,GAAGx0B,KAAP,CAAa7zF,EAAEyvG,EAAf,EAAkBzvG,EAAEwvG,EAApB,CAAF,GAA0B,IAAI6Y,GAAGx0B,KAAP,CAAa7zF,EAAEuvG,EAAf,EAAkBvvG,EAAE0vG,EAApB,CAAtD,EAA8E39E,MAAInjB,EAAEy/H,UAAF,IAAclsI,IAAE0qD,EAAEosD,OAAF,CAAUpsD,EAAE+qE,kBAAF,CAAqB7lG,CAArB,CAAV,CAAF,EAAqCzW,EAAErL,CAAF,IAAKzW,EAAEyW,CAAF,IAAK9N,EAAE65E,MAAF,GAAW/rE,CAAX,CAA7D,IAA4EqL,EAAErL,CAAF,IAAKzW,EAAEyW,CAAF,IAAK8hB,EAAE9hB,CAAF,CAA1F,CAA9E,EAA8KrB,EAAEurB,GAAF,GAAMn6B,CAApL,EAAsL,KAAKs2G,IAAL,CAAUtb,MAAV,CAAiB1/E,CAAjB,EAAoB0gF,MAApB,CAA2BxiG,CAA3B,CAAtL;AAAoN,aAA1uB,EAA2uB+0I,QAAO,kBAAU;AAAC,oBAAIpsI,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,IAAZ;AAAA,oBAAiBi+C,IAAEj+C,EAAEu5D,IAArB;AAAA,oBAA0Bvb,IAAEC,EAAEisD,IAAF,CAAOC,IAAnC;AAAA,oBAAwC/4G,IAAE4sD,EAAEl0D,MAA5C;AAAA,oBAAmDq5B,IAAE86B,EAAEzyD,OAAF,CAAU6mD,QAA/D;AAAA,oBAAwEhxC,IAAE48C,EAAE+qD,OAAF,GAAYn9G,KAAZ,EAA1E;AAAA,oBAA8F4yD,IAAEt7B,IAAE8xF,EAAF,GAAKC,EAArG,CAAwG,KAAItqH,IAAE,CAAN,EAAQA,IAAEwG,CAAV,EAAYxG,GAAZ;AAAgB8hB,wBAAEsxC,EAAEpzD,CAAF,CAAF,EAAO8hB,EAAElhB,OAAF,CAAU6mD,QAAV,IAAoBlvB,CAApB,KAAwB5vB,IAAEA,EAAE2X,IAAF,CAAOwB,EAAEs8F,OAAF,EAAP,CAAF,GAAsBz1G,IAAEmZ,EAAEs8F,OAAF,GAAYn9G,KAAZ,EAAhD,CAAP;AAAhB,iBAA4F,OAAOwV,EAAEo9C,IAAE,CAAJ,IAAOlrD,EAAEkrD,IAAE,CAAJ,CAAP,EAAcp9C,EAAEo9C,IAAE,CAAJ,IAAOlrD,EAAEkrD,IAAE,CAAJ,CAArB,EAA4Bp9C,CAAnC;AAAqC,aAAt+B,EAAu+BuiG,cAAa,wBAAU;AAACkU,mBAAG5uH,EAAH,CAAM06G,YAAN,CAAmB55G,IAAnB,CAAwB,IAAxB,EAA8B,IAAIuJ,IAAE,KAAK/H,OAAX,CAAmB,KAAKk8G,IAAL,GAAU,IAAIgS,GAAGxpB,IAAP,CAAY,EAACvG,QAAO,EAACxqD,OAAM5rC,EAAE4rC,KAAT,EAAezpB,OAAMniB,EAAEmiB,KAAvB,EAA6B0C,SAAQ7kB,EAAE6kB,OAAvC,EAA+Cm8E,UAAShhG,EAAEghG,QAA1D,EAAR,EAA4E1sE,SAAQ,CAAC,CAArF,EAAZ,CAAV,EAA+G,KAAK63G,QAAL,EAA/G,EAA+H,KAAK17B,MAAL,CAAY9wF,MAAZ,CAAmB,KAAKw0F,IAAxB,CAA/H;AAA6J,aAA7sC,EAA8sCp4D,SAAQ,mBAAU;AAAC,oBAAI/7C,IAAE,IAAN,CAAWA,EAAEwyF,OAAF,IAAWxyF,EAAEwyF,OAAF,CAAUz2C,OAAV,EAAX,EAA+BwoE,GAAG5uH,EAAH,CAAMomD,OAAN,CAActlD,IAAd,CAAmBuJ,CAAnB,CAA/B;AAAqD,aAAjyC,EAAV,CAH9phB,EAG48jB+tG,KAAGJ,GAAG31G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEzM,EAAEgmE,IAAF,CAAOgqC,OAAP,GAAiBE,KAAjB,CAAuB1yE,OAApC,CAA4CnmC,EAAE4oH,SAAF,GAAYjgH,CAAZ,EAAc2tG,GAAGh4G,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBY,CAAhB,EAAkBoV,CAAlB,EAAoBqiG,GAAG,EAAH,EAAMz3G,EAAEY,OAAR,EAAgB,EAAC85G,YAAW/xG,EAAEgmE,IAAF,CAAOywC,QAAP,CAAgBx+G,OAAhB,CAAwBkpH,YAAxB,CAAqC,CAArC,CAAZ,EAAhB,EAAqEhoG,CAArE,CAApB,CAAd,EAA2G9hB,EAAEivG,QAAF,CAAWjvG,EAAEY,OAAb,CAA3G;AAAiI,aAAjM,EAAkMA,SAAQ,EAACmtB,SAAQ,EAAT,EAA1M,EAAuNisG,QAAO,gBAASrxH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEqkB,OAAf,CAAuBnmC,MAAI8hB,EAAEy2F,KAAF,GAAQ5vG,CAAR,EAAUmZ,EAAEqkB,OAAF,CAAUve,IAAV,CAAe9F,EAAEgF,OAAF,CAAUne,CAAV,CAAf,CAAV,EAAuCmZ,EAAEolB,MAAF,GAASplB,EAAEkzH,SAAF,EAAhD,EAA8DlzH,EAAEqpB,IAAF,EAAlE;AAA4E,aAA7U,EAA8UA,MAAK,gBAAU;AAAC,oBAAIxiC,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEw9B,OAAf;AAAA,oBAAuBnmC,IAAE2I,EAAE80F,OAAF,EAAzB,CAAqC90F,EAAE6qI,cAAF,IAAmB1xH,EAAE5D,GAAF,CAAM,EAAClS,KAAIhM,EAAEgM,GAAP,EAAW6hB,MAAK7tB,EAAE6tB,IAAlB,EAAN,EAA+BR,IAA/B,EAAnB;AAAyD,aAA5b,EAA6bvG,SAAQ,iBAASne,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE6sD,EAAEu1D,SAAF,CAAYj6C,IAA3C;AAAA,oBAAgDp2C,IAAE/xB,EAAE5F,OAApD,CAA4D,OAAOZ,IAAE8hB,IAAEtb,EAAE4sD,EAAEyhF,UAAF,GAAa,aAAb,GAA2B,UAA7B,EAAyClsI,CAAzC,CAAJ,EAAgDyqD,EAAElC,QAAF,IAAY97C,IAAE62G,GAAG74D,EAAElC,QAAL,CAAF,EAAiBpvC,IAAE1M,EAAE,EAAC9Q,OAAMtE,CAAP,EAAF,CAA/B,IAA6CozD,EAAE+G,MAAF,GAASr4C,IAAEksG,GAAG56D,EAAE+G,MAAL,EAAYn6D,CAAZ,CAAX,GAA0Bu4B,EAAEt2B,IAAF,KAASqqH,EAAT,KAAcxqG,IAAEksG,GAAGz1F,EAAEgZ,MAAF,CAASsxF,WAAT,CAAqBtqG,EAAEijG,QAAvB,CAAH,EAAoCx7H,CAApC,CAAhB,CAAvH,EAA+K8hB,CAAtL;AAAwL,aAArsB,EAAssBkzH,WAAU,qBAAU;AAAC,oBAAIrsI,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwU,IAAEpV,EAAEgsB,QAA7B;AAAA,oBAAsCqnC,IAAE,KAAKu1D,SAA7C;AAAA,oBAAuDx1D,IAAE,CAACC,EAAEsb,IAAF,CAAO/tE,OAAP,CAAe6mD,QAAzE;AAAA,oBAAkFjhD,IAAE6sD,EAAEypD,IAAF,CAAO/kB,IAAP,EAApF;AAAA,oBAAkGx/D,IAAE,KAAKulE,QAAL,EAApG;AAAA,oBAAoHrnF,IAAE8hB,EAAEzN,KAAF,GAAQ,CAA9H;AAAA,oBAAgI+oC,IAAEt7B,EAAE1I,MAAF,GAAS,CAA3I;AAAA,oBAA6IolC,IAAEj1D,EAAE+tB,OAAjJ,CAAyJ,OAAOplB,IAAEyqD,IAAEh+C,MAAIu6G,EAAJ,GAAOnpH,EAAEsxF,UAAF,GAAeX,SAAf,CAAyB,CAAC1gF,CAA1B,EAA4Bw+C,CAA5B,CAAP,GAAsCzuD,EAAEoxF,OAAF,GAAYT,SAAZ,CAAsB,CAAC1gF,CAAvB,EAAyB,CAAC8hB,EAAE1I,MAAH,GAAUolC,CAAnC,CAAxC,GAA8E7/C,MAAIi9G,EAAJ,GAAO7rH,EAAEoxF,OAAF,GAAYT,SAAZ,CAAsB,CAAC5+D,EAAEzN,KAAH,GAASmqC,CAA/B,EAAiC,CAACpB,CAAlC,CAAP,GAA4CrtD,EAAEqxF,QAAF,GAAaV,SAAb,CAAuBliC,CAAvB,EAAyB,CAACpB,CAA1B,CAAnI;AAAgK,aAAphC,EAAqhCvlC,MAAK,gBAAU;AAAC,qBAAK6X,OAAL,CAAa7X,IAAb,IAAoB,KAAKiqF,KAAL,GAAW,IAA/B;AAAoC,aAAzkC,EAA0kC7zD,SAAQ,mBAAU;AAAC4xD,mBAAGh4G,EAAH,CAAMomD,OAAN,CAActlD,IAAd,CAAmB,IAAnB,GAAyB,KAAKm5G,KAAL,GAAW,IAApC;AAAyC,aAAtoC,EAAV,CAH/8jB,EAGkmmBpC,KAAG,EAACjgE,KAAI,aAASvtC,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEy9G,EAAV;AAAA,oBAAax/D,IAAE1qD,EAAEzJ,MAAjB,CAAwB,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOq0C,EAAEn2D,CAAF,MAAOoV,IAAEigG,GAAGn/D,GAAH,CAAO9gC,CAAP,EAASpV,CAAT,CAAT,CAAP;AAAhB,iBAA6C,OAAOoV,MAAIy9G,EAAJ,GAAOlqH,EAAE,CAAF,CAAP,GAAYyM,CAAnB;AAAqB,aAA3G,EAA4GuX,KAAI,aAAShkB,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE49G,EAAV;AAAA,oBAAa3/D,IAAE1qD,EAAEzJ,MAAjB,CAAwB,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOq0C,EAAEn2D,CAAF,MAAOoV,IAAEigG,GAAG1oF,GAAH,CAAOvX,CAAP,EAASpV,CAAT,CAAT,CAAP;AAAhB,iBAA6C,OAAOoV,MAAI49G,EAAJ,GAAOrqH,EAAE,CAAF,CAAP,GAAYyM,CAAnB;AAAqB,aAAtN,EAAuNoiE,KAAI,aAAS7uE,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEzM,EAAEzJ,MAAZ;AAAA,oBAAmBm0D,IAAE,CAArB,CAAuB,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOq0C,EAAEn2D,CAAF,MAAOqzD,KAAGrzD,CAAV,CAAP;AAAhB,iBAAoC,OAAOqzD,CAAP;AAAS,aAA3S,EAA4S4hF,WAAU,mBAAStsI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOg2C,EAAEnvD,CAAF,MAAOmZ,IAAEq0F,GAAG3+B,GAAH,CAAO7uE,CAAP,CAAT,GAAoBmZ,CAA3B;AAA6B,aAA1W,EAA2WpE,OAAM,eAAS/U,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEzM,EAAEzJ,MAAZ;AAAA,oBAAmBm0D,IAAE,CAArB,CAAuB,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAO,SAAO9hB,CAAP,IAAUgsH,GAAGhsH,CAAH,CAAV,IAAiBqzD,GAAxB;AAAhB,iBAA4C,OAAOA,CAAP;AAAS,aAAzc,EAA0c6hF,KAAI,aAASvsI,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,EAAE,CAAF,CAAN;AAAA,oBAAW3I,IAAE83D,EAAEnvD,CAAF,CAAb,CAAkB,OAAO3I,IAAE,CAAF,KAAM8hB,IAAEq0F,GAAG3+B,GAAH,CAAO7uE,CAAP,IAAU3I,CAAlB,GAAqB8hB,CAA5B;AAA8B,aAA1gB,EAA2gB3hB,OAAM,eAASwI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEzM,EAAEzJ,MAAZ,CAAmB,KAAI4iB,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgB,wBAAG9hB,IAAE2I,EAAEmZ,CAAF,CAAF,EAAO,SAAO9hB,CAAP,IAAUgsH,GAAGhsH,CAAH,CAApB,EAA0B,OAAOA,CAAP;AAA1C,iBAAmD,OAAO2I,EAAE,CAAF,CAAP;AAAY,aAA/mB,EAHrmmB,EAGstnByM,EAAErW,SAAF,GAAY,EAAC+c,UAAS,kBAASnT,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAI,IAAI9hB,IAAE,CAAV,EAAYA,IAAE2I,EAAEzJ,MAAhB,EAAuBc,GAAvB;AAA2B,yBAAK0jG,SAAL,CAAe/6F,EAAE3I,CAAF,CAAf,IAAqB8hB,CAArB;AAA3B;AAAkD,aAA1E,EAA2EgoB,OAAM,eAASnhC,CAAT,EAAW;AAAC,uBAAO,KAAK+6F,SAAL,CAAe/6F,CAAf,CAAP;AAAyB,aAAtH,EAHlunB,EAG01nByM,EAAE+jB,OAAF,GAAU,IAAI/jB,CAAJ,EAHp2nB,EAG02nBqhG,KAAGY,GAAG12G,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAMD,CAAN;AAAA,oBAAQ5sD,IAAE,IAAV;AAAA,oBAAe+xB,IAAEzW,EAAEqkB,OAAnB;AAAA,oBAA2B1vB,IAAEzW,EAAEo+G,OAAF,EAA7B;AAAA,oBAAyCvqD,IAAErtD,EAAE2uI,YAAF,CAAen1I,CAAf,CAA3C;AAAA,oBAA6Di1D,IAAEpB,EAAEuqD,OAAF,EAA/D;AAAA,oBAA2ExqD,IAAE,MAAIt1D,EAAjF,CAAoF+4G,GAAG/4G,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBoH,CAAhB,GAAmBA,EAAE5F,OAAF,GAAU62G,GAAG,EAAH,EAAMjxG,EAAE5F,OAAR,EAAgBwU,CAAhB,CAA7B,EAAgDA,IAAE5O,EAAE5F,OAApD,EAA4D4F,EAAEqyG,KAAF,GAAQ/2F,CAApE,EAAsEtb,EAAE6yG,YAAF,GAAe9gF,CAArF,EAAuF/xB,EAAEkiH,YAAF,GAAe1oH,CAAtG,EAAwGwG,EAAE4uI,SAAF,GAAY5uI,EAAEkiH,YAAF,YAA0B5vD,EAA9I,EAAiJtyD,EAAEyxH,SAAF,GAAYpkE,CAA7J,EAA+JrtD,EAAE4uI,SAAF,IAAa39B,GAAGriG,CAAH,EAAK,EAAC8gC,KAAI8d,EAAE5+C,EAAE8gC,GAAJ,CAAL,EAAcvpB,KAAIqnC,EAAE5+C,EAAEuX,GAAJ,CAAlB,EAA2BolD,MAAK/d,EAAE5+C,EAAE28D,IAAJ,CAAhC,EAA0C9/C,IAAG+hC,EAAE5+C,EAAE6c,EAAJ,CAA7C,EAAL,CAA5K,EAAwOzrB,EAAE0qD,QAAF,GAAWulD,GAAGvlD,QAAtP,EAA+P1qD,EAAE0qD,QAAF,KAAa1qD,EAAE0qD,QAAF,GAAWulD,GAAGvlD,QAAH,GAAY09D,GAAG,iBAAetwH,EAAf,GAAkB,sIAAlB,GAAyJA,EAAzJ,GAA4J,0BAA5J,GAAuLA,EAAvL,GAA0L,0BAA1L,GAAqNA,EAArN,GAAwN,yBAAxN,GAAkPA,EAAlP,GAAqP,kCAArP,GAAwRA,EAAxR,GAA2R,SAA3R,GAAqSA,EAArS,GAAwS,2CAAxS,GAAoVA,EAApV,GAAuV,SAAvV,GAAiWA,EAAjW,GAAoW,4CAAvW,CAApC,CAA/P,EAAyrB80D,IAAE,EAACvlC,MAAK4G,SAAS8D,EAAEra,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,CAAN,EAAwCsoB,OAAM/R,SAAS8D,EAAEra,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAA9C,EAA3rB,EAA2wB1X,EAAE5F,OAAF,GAAU62G,GAAG,EAAH,EAAM,EAAC3sF,OAAMrU,EAAEqU,KAAF,EAAP,EAAiB+E,QAAOolC,EAAEplC,MAAF,EAAxB,EAAmC9B,SAAQqlC,CAA3C,EAA6CrzB,QAAO,EAAClS,MAAKonC,EAAEghD,EAAF,GAAK7iD,EAAEvlC,IAAb,EAAkB7hB,KAAIipD,EAAE+gD,EAAF,GAAK5iD,EAAE5sB,KAA7B,EAApD,EAAwFurC,MAAK38D,EAAE8gC,GAA/F,EAAmGjkB,IAAG7c,EAAEuX,GAAxG,EAAN,EAAmHvX,CAAnH,CAArxB,EAA24B5O,EAAE5F,OAAF,CAAUq8B,OAAV,KAAoBz2B,EAAE8wC,OAAF,GAAU+b,IAAE1qD,EAAEnC,EAAE0qD,QAAF,CAAW1qD,EAAE5F,OAAb,CAAF,EAAyBioB,QAAzB,CAAkC0P,CAAlC,CAAZ,EAAiD/xB,EAAE4Z,SAAF,GAAYizC,EAAE9mD,IAAF,CAAOqnD,IAAE,WAAT,CAA7D,EAAmFptD,EAAE6uI,QAAF,GAAWhiF,EAAE9mD,IAAF,CAAOqnD,IAAE,MAAT,EAAiBzzD,KAAjB,EAA9F,EAAuHqG,EAAE8uI,SAAF,GAAYjiF,EAAE9mD,IAAF,CAAOqnD,IAAE,MAAT,EAAiBvzD,IAAjB,EAAnI,EAA2JmG,EAAE+uI,UAAF,GAAaliF,EAAE9mD,IAAF,CAAOqnD,IAAE,YAAT,CAAxK,EAA+LptD,EAAEgvI,WAAF,GAAcniF,EAAE9mD,IAAF,CAAOqnD,IAAE,aAAT,CAA7M,EAAqOptD,EAAE5F,OAAF,CAAUwf,SAAV,GAAoB,EAAC4N,QAAO,EAACH,MAAKvrB,WAAWkE,EAAE4Z,SAAF,CAAYlC,GAAZ,CAAgB,mBAAhB,CAAX,EAAgD,EAAhD,CAAN,EAA0DsoB,OAAMlkC,WAAWkE,EAAE4Z,SAAF,CAAYlC,GAAZ,CAAgB,oBAAhB,CAAX,EAAiD,EAAjD,CAAhE,EAAR,EAAzP,EAAwX1X,EAAE+uI,UAAF,CAAar3H,GAAb,CAAiB,KAAjB,EAAuB,CAAC1X,EAAE4Z,SAAF,CAAYyP,MAAZ,KAAqBrpB,EAAE+uI,UAAF,CAAa1lH,MAAb,EAAtB,IAA6C,CAApE,CAAxX,EAA+brpB,EAAEgvI,WAAF,CAAct3H,GAAd,CAAkB,KAAlB,EAAwB,CAAC1X,EAAE4Z,SAAF,CAAYyP,MAAZ,KAAqBrpB,EAAEgvI,WAAF,CAAc3lH,MAAd,EAAtB,IAA8C,CAAtE,CAA/b,EAAwgBrpB,EAAE2V,GAAF,CAAM3V,EAAEivI,MAAF,CAASrgI,EAAE28D,IAAX,CAAN,EAAuBvrE,EAAEivI,MAAF,CAASrgI,EAAE6c,EAAX,CAAvB,CAAxgB,EAA+iBzrB,EAAE66B,IAAF,CAAO76B,EAAEqb,MAAT,EAAgBrb,EAAE5F,OAAlB,CAA/iB,EAA0kB4F,EAAE8wC,OAAF,CAAU,CAAV,EAAaz4B,KAAb,CAAmB6L,OAAnB,GAA2BlkB,EAAE8wC,OAAF,CAAU,CAAV,EAAaz4B,KAAb,CAAmB6L,OAAxnB,EAAgoBlkB,EAAE5F,OAAF,CAAU+5H,UAAV,KAAuB,CAAC,CAAxB,GAA0Bn0H,EAAE8wC,OAAF,CAAUh2B,EAAV,CAAagyG,EAAb,EAAgB9b,GAAGhxG,EAAEo1H,WAAL,EAAiBp1H,CAAjB,CAAhB,CAA1B,GAA+DA,EAAE8wC,OAAF,CAAUh2B,EAAV,CAAagyG,EAAb,EAAgB,UAAS3qH,CAAT,EAAW;AAACA,sBAAE+a,eAAF;AAAoB,iBAAhD,CAA/rB,EAAivB4zF,GAAGzxB,UAAH,GAAcr/E,EAAE68E,UAAF,GAAa,IAAIi0B,GAAGzxB,UAAP,CAAkBr/E,EAAE8wC,OAApB,EAA4B,EAACv6C,QAAO,CAAC,CAAT,EAAW2mB,iBAAgB,CAAC,CAA5B,EAA8B2gE,YAAW,CAAC,CAA1C,EAA4CG,SAAQ,CAAC,CAArD,EAAuDd,OAAM8zB,GAAGhxG,EAAEkvI,MAAL,EAAYlvI,CAAZ,CAA7D,EAA4EqJ,OAAM2nG,GAAGhxG,EAAEy9E,MAAL,EAAYz9E,CAAZ,CAAlF,EAAiG2kC,MAAKqsE,GAAGhxG,EAAE8+E,KAAL,EAAW9+E,CAAX,CAAtG,EAAoHhG,KAAIg3G,GAAGhxG,EAAEg/E,IAAL,EAAUh/E,CAAV,CAAxH,EAAqIu1H,KAAIvkB,GAAGhxG,EAAEw1H,IAAL,EAAUx1H,CAAV,CAAzI,EAAsJy1H,cAAazkB,GAAGhxG,EAAE41H,cAAL,EAAoB51H,CAApB,CAAnK,EAA0L21H,eAAc3kB,GAAGhxG,EAAE41H,cAAL,EAAoB51H,CAApB,CAAxM,EAA5B,CAA3B,GAAwRA,EAAE+uI,UAAF,CAAaz+H,GAAb,CAAiBtQ,EAAEgvI,WAAnB,EAAgCvgH,WAAhC,CAA4C32B,KAAG,QAA/C,CAA7hC,CAA34B;AAAk+D,aAA5kE,EAA6kEujB,QAAO,CAAC4yG,EAAD,EAAIC,EAAJ,EAAOC,EAAP,CAAplE,EAA+lE/zH,SAAQ,EAACq8B,SAAQ,CAAC,CAAV,EAAY09F,YAAW,EAACjmE,MAAKg7D,EAAN,EAAvB,EAAiCx5E,KAAI88E,EAArC,EAAwCrmG,KAAIkmG,EAA5C,EAAvmE,EAAupEnuE,SAAQ,mBAAU;AAAC,oBAAI/7C,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE06E,UAAf,CAA0BvhE,KAAGA,EAAE4iC,OAAF,EAAH,EAAenxB,aAAa5qB,EAAEs0H,UAAf,CAAf,EAA0Ct0H,EAAEgtI,MAAF,GAAS,IAAnD,EAAwDhtI,EAAE2uC,OAAF,IAAW3uC,EAAE2uC,OAAF,CAAUh/B,MAAV,EAAnE;AAAsF,aAA1xE,EAA2xEs9H,iBAAgB,yBAASjtI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAM,EAAC6sD,MAAK7sD,EAAE4mG,YAAF,CAAe9nH,OAArB,EAA6BmxE,MAAKjwD,EAAE4oC,MAAF,CAAS/hD,EAAEopE,IAAX,CAAlC,EAAmD9/C,IAAGnQ,EAAE4oC,MAAF,CAAS/hD,EAAEspB,EAAX,CAAtD,EAAN;AAA4E,aAA94E,EAA+4EgyD,QAAO,gBAASniE,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,IAAR;AAAA,oBAAai+C,IAAEj+C,EAAExU,OAAjB;AAAA,oBAAyBwyD,IAAEzqD,EAAEmZ,EAAEJ,KAAF,CAAQxgB,MAAV,CAA3B,CAA6C,CAACkU,EAAEugI,MAAH,IAAWviF,CAAX,KAAeh+C,EAAEyjG,KAAF,CAAQiI,iBAAR,IAA4B1rG,EAAEugI,MAAF,GAAS,EAACE,YAAWziF,EAAEn8C,OAAF,CAAU,WAAV,EAAuBH,GAAvB,CAA2Bs8C,CAA3B,EAA8BjzD,KAA9B,EAAZ,EAAkD6iF,eAAclhE,EAAE0rB,CAAF,GAAI1rB,EAAE0rB,CAAF,CAAI78B,QAAR,GAAiB,CAAjF,EAAmFqmE,OAAM,EAACjF,MAAK38D,EAAEqgI,MAAF,CAASpiF,EAAE0e,IAAX,CAAN,EAAuB9/C,IAAG7c,EAAEqgI,MAAF,CAASpiF,EAAEphC,EAAX,CAA1B,EAAzF,EAArC,EAAyKjyB,IAAEoV,EAAEwgI,eAAF,CAAkB,EAAC7jE,MAAK38D,EAAEqgI,MAAF,CAASpiF,EAAE0e,IAAX,CAAN,EAAuB9/C,IAAG7c,EAAEqgI,MAAF,CAASpiF,EAAEphC,EAAX,CAA1B,EAAlB,CAA3K,EAAwO7c,EAAEmQ,OAAF,CAAUkvG,EAAV,EAAaz0H,CAAb,MAAkBoV,EAAEiuE,UAAF,CAAahZ,MAAb,IAAsBj1D,EAAEugI,MAAF,GAAS,IAAjD,CAAvP;AAA+S,aAA9vF,EAA+vFD,QAAO,gBAAS5zH,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ,EAAMoV,CAAN,CAAQ,KAAKugI,MAAL,GAAY31I,IAAE,KAAK21I,MAAL,CAAYE,UAA1B,IAAsCzgI,IAAEzM,EAAEmZ,EAAEJ,KAAF,CAAQxgB,MAAV,CAAF,EAAoBlB,IAAEoV,EAAE6B,OAAF,CAAU,WAAV,EAAuBH,GAAvB,CAA2B1B,CAA3B,EAA8BjV,KAA9B,EAA5D,GAAmGH,EAAE40B,QAAF,CAAW,iBAAX,CAAnG;AAAiI,aAA35F,EAA45F0wD,OAAM,eAAS38E,CAAT,EAAW;AAAC,oBAAG,KAAKgtI,MAAR,EAAe;AAAC,wBAAI7zH,IAAE,IAAN;AAAA,wBAAW9hB,IAAE8hB,EAAE6zH,MAAf;AAAA,wBAAsBvgI,IAAE0M,EAAElhB,OAA1B;AAAA,wBAAkCyyD,IAAEvxC,EAAE4mG,YAAF,CAAe9nH,OAAf,CAAuB26H,UAA3D;AAAA,wBAAsEnoE,IAAEtxC,EAAE2zH,MAAF,CAASrgI,EAAE28D,IAAX,CAAxE;AAAA,wBAAyFvrE,IAAEsb,EAAE2zH,MAAF,CAASrgI,EAAE6c,EAAX,CAA3F;AAAA,wBAA0GsG,IAAEzW,EAAE2zH,MAAF,CAASrgI,EAAE8gC,GAAX,CAA5G;AAAA,wBAA4Hz/B,IAAEqL,EAAE2zH,MAAF,CAASrgI,EAAEuX,GAAX,CAA9H;AAAA,wBAA8IknC,IAAE7zD,EAAEgjF,aAAF,GAAgBr6E,EAAE6kC,CAAF,CAAI78B,QAApK;AAAA,wBAA6KskD,IAAEj1D,EAAEg3E,KAAjL;AAAA,wBAAuLpjB,IAAE,EAACme,MAAK9c,EAAE8c,IAAR,EAAa9/C,IAAGgjC,EAAEhjC,EAAlB,EAAzL;AAAA,wBAA+M/C,IAAE+lC,EAAEhjC,EAAF,GAAKgjC,EAAE8c,IAAxN;AAAA,wBAA6N7d,IAAEl0D,EAAE61I,UAAjO;AAAA,wBAA4O7hF,IAAElyC,EAAEw1B,OAAF,CAAUxsB,KAAV,MAAmBuoC,EAAEn0D,MAAF,GAAS,CAA5B,CAA9O;AAAA,wBAA6Qq2D,IAAE8/C,GAAG5xE,KAAH,CAASowB,IAAEG,CAAX,CAA/Q,CAA6RE,MAAIvrD,EAAE8a,cAAF,IAAmBywC,EAAEh/C,EAAF,CAAK,+BAAL,KAAuC+/C,EAAE8c,IAAF,GAAOsjC,GAAGn/D,GAAH,CAAOm/D,GAAG1oF,GAAH,CAAO4L,CAAP,EAAS66B,IAAEmC,CAAX,CAAP,EAAqB9+C,IAAEyY,CAAvB,CAAP,EAAiC+lC,EAAEhjC,EAAF,GAAKojF,GAAGn/D,GAAH,CAAO+e,EAAE8c,IAAF,GAAO7iD,CAAd,EAAgBzY,CAAhB,CAA7E,IAAiGy9C,EAAEh/C,EAAF,CAAK,eAAL,KAAuB+/C,EAAE8c,IAAF,GAAOsjC,GAAGn/D,GAAH,CAAOm/D,GAAG1oF,GAAH,CAAO4L,CAAP,EAAS66B,IAAEmC,CAAX,CAAP,EAAqB9+C,IAAE,CAAvB,CAAP,EAAiCw+C,EAAEhjC,EAAF,GAAKojF,GAAG1oF,GAAH,CAAOsoC,EAAE8c,IAAF,GAAO,CAAd,EAAgB9c,EAAEhjC,EAAlB,CAA7D,IAAoFiiC,EAAEh/C,EAAF,CAAK,gBAAL,MAAyB+/C,EAAEhjC,EAAF,GAAKojF,GAAGn/D,GAAH,CAAOm/D,GAAG1oF,GAAH,CAAO4L,IAAE,CAAT,EAAW/xB,IAAE+uD,CAAb,CAAP,EAAuB9+C,CAAvB,CAAL,EAA+Bw+C,EAAE8c,IAAF,GAAOsjC,GAAGn/D,GAAH,CAAO+e,EAAEhjC,EAAF,GAAK,CAAZ,EAAcgjC,EAAE8c,IAAhB,CAA/D,CAAxM,EAA8R9c,EAAE8c,IAAF,KAASne,EAAEme,IAAX,IAAiB9c,EAAEhjC,EAAF,KAAO2hC,EAAE3hC,EAA1B,KAA+BnQ,EAAEqpB,IAAF,CAAO8pB,EAAE8c,IAAT,EAAc9c,EAAEhjC,EAAhB,GAAoBnQ,EAAEyD,OAAF,CAAUmvG,EAAV,EAAa5yG,EAAE8zH,eAAF,CAAkB3gF,CAAlB,CAAb,CAAnD,CAAlS;AAA0X;AAAC,aAAtlH,EAAulHuwB,MAAK,gBAAU;AAAC,oBAAI78E,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK6zH,MAAL,CAAY3+D,KAApB,CAA0B,KAAK2+D,MAAL,KAAchtI,IAAE,KAAKgtI,MAAL,CAAYE,UAAd,EAAyBltI,KAAGA,EAAEssB,WAAF,CAAc,iBAAd,CAA5B,EAA6D,OAAO,KAAK0gH,MAAvF,GAA+F,KAAKx5H,GAAL,CAAS2F,EAAEiwD,IAAX,EAAgBjwD,EAAEmQ,EAAlB,CAA/F,EAAqH,KAAK1M,OAAL,CAAaovG,EAAb,EAAgB,KAAKihB,eAAL,CAAqB9zH,CAArB,CAAhB,CAArH;AAA8J,aAA/xH,EAAgyHs6G,gBAAe,wBAASzzH,CAAT,EAAW;AAAC,oBAAG,KAAKgtI,MAAR,EAAe;AAAC,wBAAI7zH,IAAE,IAAN;AAAA,wBAAW9hB,IAAE8hB,EAAE+2F,KAAf;AAAA,wBAAqBzjG,IAAE0M,EAAE6zH,MAAzB;AAAA,wBAAgCtiF,IAAEvxC,EAAElhB,OAApC;AAAA,wBAA4CwyD,IAAEtxC,EAAE4mG,YAAhD;AAAA,wBAA6DliH,IAAE4O,EAAE4hE,KAAjE;AAAA,wBAAuEz+C,IAAEv4B,EAAEu9H,mBAAF,CAAsB50H,EAAE8kC,OAAF,CAAU,CAAV,EAAaD,CAAb,CAAe78B,QAArC,EAA+C68B,CAAxH;AAAA,wBAA0H/2B,IAAEzW,EAAEu9H,mBAAF,CAAsB50H,EAAE8kC,OAAF,CAAU,CAAV,EAAaD,CAAb,CAAe78B,QAArC,EAA+C68B,CAA3K;AAAA,wBAA6KqmB,IAAEwhD,GAAGn/D,GAAH,CAAO3d,CAAP,EAAS9hB,CAAT,CAA/K;AAAA,wBAA2Lw+C,IAAEogD,GAAG1oF,GAAH,CAAO4L,CAAP,EAAS9hB,CAAT,CAA7L,CAAyM9N,EAAE8a,cAAF,IAAmBrO,EAAEygI,UAAF,GAAa,IAAhC,EAAqCrvI,EAAEurE,IAAF,GAAO3e,EAAEgrE,kBAAF,CAAqB,IAAItR,GAAGvH,OAAP,CAAe1xD,CAAf,CAArB,KAAyCR,EAAEnd,GAAvF,EAA2F1vC,EAAEyrB,EAAF,GAAKmhC,EAAEgrE,kBAAF,CAAqB,IAAItR,GAAGvH,OAAP,CAAetwD,CAAf,CAArB,KAAyC5B,EAAE1mC,GAA3I,EAA+I7K,EAAEqpB,IAAF,CAAO3kC,EAAEurE,IAAT,EAAcvrE,EAAEyrB,EAAhB,CAA/I;AAAmK;AAAC,aAAxrI,EAAyrI+pG,MAAK,cAASrzH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAE+2F,KAAF,CAAQ+jB,iBAAR,CAA0Bj0H,CAA1B,CAAzB;AAAA,oBAAsD0qD,IAAEvxC,EAAE4mG,YAA1D;AAAA,oBAAuEt1D,IAAEC,EAAE+qE,kBAAF,CAAqB,IAAItR,GAAGvH,OAAP,CAAenwG,EAAEo4B,CAAjB,EAAmB6lB,EAAE1yB,GAAF,CAAMq1E,EAAzB,CAArB,CAAzE;AAAA,oBAA4HxvG,IAAEsb,EAAE2zH,MAAF,CAASz1I,EAAE+xE,IAAX,CAA9H;AAAA,oBAA+Ix5C,IAAEzW,EAAE2zH,MAAF,CAASz1I,EAAEiyB,EAAX,CAAjJ;AAAA,oBAAgKxb,IAAEqL,EAAE2zH,MAAF,CAASz1I,EAAEk2C,GAAX,CAAlK;AAAA,oBAAkL2d,IAAE/xC,EAAE2zH,MAAF,CAASz1I,EAAE2sB,GAAX,CAApL;AAAA,oBAAoMsoC,IAAE18B,IAAE/xB,CAAxM;AAAA,oBAA0MotD,IAAEptD,IAAEyuD,IAAE,CAAhN;AAAA,oBAAkN/lC,IAAEmmF,GAAG5xE,KAAH,CAASmwB,IAAER,CAAX,CAApN;AAAA,oBAAkOc,IAAE,EAApO;AAAA,oBAAuOF,IAAE,MAAIrrD,EAAE+Y,KAAF,CAAQyC,KAArP,CAA2PrC,EAAE6zH,MAAF,IAAU3hF,CAAV,KAAcrrD,EAAE8a,cAAF,IAAmB3B,EAAE+2F,KAAF,CAAQiI,iBAAR,EAAnB,EAA+CztD,EAAEzyD,OAAF,CAAUi9G,SAAV,IAAqB3uF,GAApE,EAAwEglC,EAAE6d,IAAF,GAAOsjC,GAAGn/D,GAAH,CAAOm/D,GAAG1oF,GAAH,CAAOlW,CAAP,EAASjQ,IAAE0oB,CAAX,CAAP,EAAqB2kC,IAAEoB,CAAvB,CAA/E,EAAyGf,EAAEjiC,EAAF,GAAKojF,GAAGn/D,GAAH,CAAOge,EAAE6d,IAAF,GAAO9c,CAAd,EAAgBpB,CAAhB,CAA9G,EAAiI/xC,EAAEmiE,MAAF,CAASt7E,CAAT,CAAjI,EAA6ImZ,EAAE6zH,MAAF,KAAW7zH,EAAE6zH,MAAF,CAAS3+D,KAAT,GAAe9iB,CAAf,EAAiBpyC,EAAEyD,OAAF,CAAUmvG,EAAV,EAAa5yG,EAAE8zH,eAAF,CAAkB1hF,CAAlB,CAAb,CAAjB,EAAoDpyC,EAAE0jE,IAAF,EAA/D,CAA3J;AAAqO,aAA1qJ,EAA2qJo2C,aAAY,qBAASjzH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaoV,IAAEpV,EAAEY,OAAjB;AAAA,oBAAyByyD,IAAE+6D,GAAGzlH,CAAH,CAA3B,CAAiC3I,EAAEikF,MAAF,CAAS,EAACviE,OAAM,EAACxgB,QAAOlB,EAAEogB,SAAV,EAAP,EAAT,GAAuCpgB,EAAE21I,MAAF,KAAW7zH,IAAE9hB,EAAE21I,MAAF,CAAS3+D,KAAX,EAAiBruE,EAAE8a,cAAF,EAAjB,EAAoC9a,EAAE+a,eAAF,EAApC,EAAwD2xF,GAAGxnE,GAAH,CAAOwlB,CAAP,IAAU,CAAV,KAAcA,KAAGmjE,EAAjB,CAAxD,EAA6EphH,EAAEulH,UAAF,CAAapjH,OAAb,KAAuB87C,KAAG,CAAC,CAA3B,CAA7E,EAA2GrzD,EAAEmuB,MAAF,CAASklC,CAAT,KAAarzD,EAAEulB,OAAF,CAAUmvG,EAAV,EAAa,EAAC/lD,MAAK3uE,EAAE0oH,YAAF,CAAe9nH,OAArB,EAA6BsiF,OAAM7vB,CAAnC,EAAqCpuC,eAActc,CAAnD,EAAqDopE,MAAK/xE,EAAE0qD,MAAF,CAAS5oC,EAAEiwD,IAAX,CAA1D,EAA2E9/C,IAAGjyB,EAAE0qD,MAAF,CAAS5oC,EAAEmQ,EAAX,CAA9E,EAAb,CAAxH,EAAoOjyB,EAAEi9H,UAAF,IAAc1pG,aAAavzB,EAAEi9H,UAAf,CAAlP,EAA6Qj9H,EAAEi9H,UAAF,GAAa7hH,WAAW,YAAU;AAACpb,sBAAEwlF,IAAF;AAAS,iBAA/B,EAAgC6tC,EAAhC,CAArS,CAAvC;AAAiX,aAArlK,EAAslKoiB,QAAO,gBAAS9sI,CAAT,EAAW;AAAC,oBAAImZ,IAAEnZ,CAAN,CAAQ,OAAOA,aAAa/D,IAAb,KAAoBkd,IAAE,KAAK4mG,YAAL,CAAkBoR,aAAlB,CAAgCnxH,CAAhC,CAAtB,GAA0DmZ,CAAjE;AAAmE,aAAprK,EAAqrK4oC,QAAO,gBAAS/hD,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK4mG,YAAL,CAAkB9nH,OAAlB,CAA0B26H,UAAhC;AAAA,oBAA2Cv7H,IAAE2I,CAA7C,CAA+C,OAAO,KAAKysI,SAAL,KAAiBp1I,IAAE2I,IAAEmZ,EAAE5iB,MAAF,GAAS,CAAX,GAAa,KAAK0B,OAAL,CAAa+rB,GAA1B,GAA8B7K,EAAEuzF,GAAGx2B,IAAH,CAAQl2E,CAAR,CAAF,CAAjD,GAAgE3I,CAAvE;AAAyE,aAAh0K,EAAi0K81I,OAAM,eAASntI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK4mG,YAAX;AAAA,oBAAwB1oH,IAAE,KAAKy1I,MAAL,CAAY9sI,CAAZ,CAA1B,CAAyC,OAAOmZ,EAAE29F,OAAF,CAAUz/G,CAAV,EAAYA,CAAZ,EAAc,CAAC,CAAf,CAAP;AAAyB,aAAr5K,EAAs5KmrC,MAAK,cAASxiC,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,IAAd;AAAA,oBAAmB+xB,IAAE/xB,EAAE5F,OAAvB;AAAA,oBAA+B6V,IAAE8hB,EAAEwH,MAAnC;AAAA,oBAA0C8zB,IAAEt7B,EAAExK,OAA9C;AAAA,oBAAsDknC,IAAE18B,EAAEnY,SAAF,CAAY4N,MAApE,CAA2EqlC,IAAE7sD,EAAEsvI,KAAF,CAAQntI,CAAR,CAAF,EAAa3I,IAAEquH,GAAGh7D,EAAE0iD,EAAF,GAAKt/F,EAAEoX,IAAP,GAAYgmC,EAAEhmC,IAAjB,CAAf,EAAsCrnB,EAAE6uI,QAAF,CAAWvqH,KAAX,CAAiB9qB,CAAjB,CAAtC,EAA0DwG,EAAE4Z,SAAF,CAAYlC,GAAZ,CAAgB,MAAhB,EAAuBle,CAAvB,CAA1D,EAAoFqzD,IAAE7sD,EAAEsvI,KAAF,CAAQh0H,CAAR,CAAtF,EAAiG1M,IAAEi5G,GAAG91F,EAAEzN,KAAF,IAASuoC,EAAE0iD,EAAF,GAAKt/F,EAAEoX,IAAP,GAAYgmC,EAAEhmC,IAAvB,CAAH,CAAnG,EAAoIrnB,EAAE8uI,SAAF,CAAYxqH,KAAZ,CAAkB1V,CAAlB,CAApI,EAAyJg+C,IAAE76B,EAAEzN,KAAF,GAAQ1V,CAAnK,EAAqKg+C,KAAG76B,EAAEzN,KAAL,KAAasoC,KAAG6B,EAAEzuB,KAAlB,CAArK,EAA8LhgC,EAAE8uI,SAAF,CAAYp3H,GAAZ,CAAgB,MAAhB,EAAuBk1C,CAAvB,CAA9L,EAAwN5sD,EAAE4Z,SAAF,CAAY0K,KAAZ,CAAkBuqF,GAAG1oF,GAAH,CAAO4L,EAAEzN,KAAF,IAAS9qB,IAAEoV,CAAX,IAAc6/C,EAAEzuB,KAAvB,EAA6B,CAA7B,CAAlB,CAAxN;AAA2Q,aAA/vL,EAAgwLrqB,KAAI,aAASxT,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAErzD,EAAEy1I,MAAF,CAASrgI,EAAE8gC,GAAX,CAAzB;AAAA,oBAAyCkd,IAAEpzD,EAAEy1I,MAAF,CAASrgI,EAAEuX,GAAX,CAA3C,CAA2DhkB,IAAE6lH,GAAGxuH,EAAEy1I,MAAF,CAAS9sI,CAAT,CAAH,EAAe0qD,CAAf,EAAiBD,CAAjB,CAAF,EAAsBtxC,IAAE0sG,GAAGxuH,EAAEy1I,MAAF,CAAS3zH,CAAT,CAAH,EAAenZ,IAAE,CAAjB,EAAmByqD,CAAnB,CAAxB,EAA8Ch+C,EAAE6nB,OAAF,IAAWj9B,EAAEmrC,IAAF,CAAOxiC,CAAP,EAASmZ,CAAT,CAAzD,EAAqE1M,EAAE28D,IAAF,GAAO/xE,EAAE0qD,MAAF,CAAS/hD,CAAT,CAA5E,EAAwFyM,EAAE6c,EAAF,GAAKjyB,EAAE0qD,MAAF,CAAS5oC,CAAT,CAA7F;AAAyG,aAAt7L,EAAu7LqM,QAAO,gBAASxlB,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAE2zH,MAAF,CAASz1I,EAAEk2C,GAAX,CAAzB;AAAA,oBAAyCmd,IAAEvxC,EAAE2zH,MAAF,CAASz1I,EAAE2sB,GAAX,CAA3C;AAAA,oBAA2DymC,IAAEpzD,EAAE26H,UAAF,CAAajmE,IAA1E;AAAA,oBAA+EluD,IAAEsb,EAAE2zH,MAAF,CAASz1I,EAAE+xE,IAAX,CAAjF;AAAA,oBAAkGx5C,IAAEzW,EAAE2zH,MAAF,CAASz1I,EAAEiyB,EAAX,CAApG;AAAA,oBAAmHxb,IAAE,EAACs7D,MAAKvrE,CAAN,EAAQyrB,IAAGsG,CAAX,EAArH;AAAA,oBAAmIs7B,IAAE4jD,GAAG,EAAH,EAAMhhG,CAAN,CAArI,CAA8I,IAAGqL,EAAE6zH,MAAF,KAAWl/H,IAAEqL,EAAE6zH,MAAF,CAAS3+D,KAAtB,GAA6B5jB,MAAIghE,EAAJ,KAAS39G,EAAEs7D,IAAF,GAAOy8C,GAAGA,GAAGhoH,IAAEmC,CAAL,EAAO,CAAP,EAAS4vB,IAAE,CAAX,CAAH,EAAiBnjB,CAAjB,EAAmBi+C,CAAnB,CAAhB,CAA7B,EAAoED,MAAIi/D,EAAJ,KAAS57G,EAAEwb,EAAF,GAAKu8F,GAAGA,GAAGj2F,IAAE5vB,CAAL,EAAO8N,EAAEs7D,IAAF,GAAO,CAAd,EAAgB1e,CAAhB,CAAH,EAAsBj+C,CAAtB,EAAwBi+C,CAAxB,CAAd,CAApE,EAA8G58C,EAAEs7D,IAAF,KAASle,EAAEke,IAAX,IAAiBt7D,EAAEwb,EAAF,KAAO4hC,EAAE5hC,EAA3I,EAA8I,OAAOnQ,EAAE3F,GAAF,CAAM1F,EAAEs7D,IAAR,EAAat7D,EAAEwb,EAAf,GAC1v+B,CAAC,CADkv+B;AAChv+B,aAD0gyB,EACzgyBkjH,cAAa,sBAASxsI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEzM,EAAE22G,IAAF,CAAOC,IAAjB;AAAA,oBAAsBlsD,IAAEj+C,EAAElW,MAA1B,CAAiC,KAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,CAAV,EAAYvxC,GAAZ;AAAgB,wBAAG9hB,IAAEoV,EAAE0M,CAAF,CAAF,EAAO9hB,EAAEY,OAAF,CAAU6mD,QAAV,KAAqB9+C,EAAE/H,OAAF,CAAU6mD,QAAzC,EAAkD,OAAOznD,CAAP;AAAlE;AAA2E,aADo4xB,EAAV,CAH72nB,EAI1gK82G,KAAGI,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKs9F,QAAL,GAAcz2G,CAAd,EAAgB,KAAK/H,OAAL,GAAa62G,GAAG,EAAH,EAAM,KAAK72G,OAAX,EAAmBkhB,CAAnB,CAA7B;AAAmD,aAAvE,EAAwElhB,SAAQ,EAAC2B,KAAI,MAAL,EAAYkW,MAAK,MAAjB,EAAhF,EAAyG5I,OAAM,eAASlH,CAAT,EAAW;AAAC,uBAAO,KAAKotI,OAAL,GAAah0G,EAAEp5B,EAAE+Y,KAAJ,EAAU,KAAK9gB,OAAL,CAAa2B,GAAvB,CAApB;AAAgD,aAA3K,EAA4K4oC,MAAK,cAASxiC,CAAT,EAAW;AAAC,oBAAG,KAAKotI,OAAR,EAAgB;AAAC,wBAAIj0H,IAAE,KAAK26G,UAAL,GAAgB,KAAKuZ,QAAL,CAAcrtI,CAAd,EAAgB0hH,EAAhB,EAAoB3sH,MAApB,CAA2B,KAAKs4I,QAAL,CAAcrtI,CAAd,EAAgB2hH,EAAhB,CAA3B,CAAtB,CAAsE,IAAGxoG,EAAE5iB,MAAL,EAAY,OAAO,KAAKu9H,UAAL,GAAgB36G,CAAhB,EAAkBk2C,EAAEl2C,CAAF,CAAzB;AAA8B;AAAC,aAA/T,EAAgUthB,KAAI,eAAU;AAAC,oBAAImI,IAAE,KAAKotI,OAAX,CAAmB,OAAO,KAAKA,OAAL,GAAa,CAAC,CAAd,EAAgBptI,CAAvB;AAAyB,aAA3X,EAA4Xo5G,KAAI,eAAU;AAAC,oBAAIp5G,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,KAAKo/G,QAAf;AAAA,oBAAwBhqG,IAAE,KAAKqnH,UAA/B,CAA0C,IAAGrnH,EAAElW,MAAL,EAAY;AAAC,yBAAI4iB,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,4BAAEyM,EAAE0M,CAAF,CAAF,EAAO9hB,EAAE2yI,iBAAF,CAAoBhqI,EAAEgmE,IAAtB,EAA2BhmE,EAAEquE,KAA7B,CAAP;AAAvB,qBAAkEh3E,EAAEw4H,MAAF,CAASx4H,EAAEo4H,KAAX;AAAkB;AAAC,aAAvhB,EAAwhB1zE,SAAQ,mBAAU;AAAC,uBAAO,KAAK06D,QAAZ;AAAqB,aAAhkB,EAAikB42B,UAAS,kBAASrtI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,KAAK44G,QAAnB;AAAA,oBAA4B7mF,IAAE,CAAC5vB,EAAEmZ,CAAF,EAAKohE,KAApC;AAAA,oBAA0CzsE,IAAE,CAAC,KAAK7V,OAAL,CAAa6X,IAAb,IAAmB,EAApB,EAAwBhV,WAAxB,EAA5C;AAAA,oBAAkFowD,IAAE,EAApF,CAAuF,IAAG,MAAIt7B,CAAJ,IAAO,CAAC9hB,KAAG,EAAJ,EAAQhT,WAAR,MAAuBqe,CAAjC,EAAmC,KAAI9hB,IAAEwG,EAAE+4G,IAAJ,EAASnsD,IAAE,CAAf,EAAiBA,IAAEpzD,EAAEd,MAArB,EAA4Bk0D,GAA5B;AAAgCh+C,wBAAEpV,EAAEozD,CAAF,CAAF,EAAO,CAACtxC,KAAGuoG,EAAH,IAAO,CAACj1G,EAAExU,OAAF,CAAU6mD,QAAlB,IAA4B3lC,KAAGwoG,EAAH,IAAOl1G,EAAExU,OAAF,CAAU6mD,QAA9C,MAA0D4L,IAAEj+C,EAAE2sG,GAAF,CAAMxpF,CAAN,CAAF,EAAW86B,MAAIA,EAAE+sD,UAAF,GAAa,CAAC,CAAd,EAAgBvsD,EAAEl2D,IAAF,CAAO,EAACgxE,MAAKv5D,CAAN,EAAQ4hE,OAAM3jB,CAAd,EAAP,CAApB,CAArE,CAAP;AAAhC,iBAA2J,OAAOQ,CAAP;AAAS,aAAt3B,EAAV,CAJugK,EAIpoI+iD,KAAGM,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,qBAAK64G,KAAL,GAAW/2F,CAAX,EAAa,KAAKlhB,OAAL,GAAa62G,GAAG,EAAH,EAAM,KAAK72G,OAAX,EAAmBZ,CAAnB,CAA1B,EAAgD,KAAKi2I,QAAL,GAActtI,EAAE,kEAAF,CAA9D;AAAoI,aAAxJ,EAAyJ/H,SAAQ,EAAC2B,KAAI,OAAL,EAAakW,MAAK,MAAlB,EAAjK,EAA2L5I,OAAM,eAASlH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAYD,CAAZ,CAAc,OAAM,CAAC,EAAErxB,EAAEp5B,EAAE+Y,KAAJ,EAAU,KAAK9gB,OAAL,CAAa2B,GAAvB,MAA8Buf,IAAE,KAAK+2F,KAAP,EAAa74G,IAAE8hB,EAAEy7G,mBAAF,CAAsB50H,EAAE6kC,CAAF,CAAI+gC,MAA1B,EAAiC5lE,EAAE+kC,CAAF,CAAI6gC,MAArC,CAAf,EAA4Dn5D,IAAE,KAAK8gI,SAAL,GAAep0H,EAAE42G,SAAF,CAAYkY,WAAZ,CAAwB5wI,CAAxB,CAA7E,EAAwGoV,KAAGA,EAAEovH,OAAF,EAAzI,CAAF,CAAD,KAA4JnxE,IAAEj+C,EAAEovH,OAAF,GAAYvjI,KAAZ,EAAF,EAAsBmyD,IAAE,KAAK2oC,cAAL,EAAxB,EAA8C1oC,EAAE8jC,SAAF,CAAY/jC,EAAEvlC,IAAd,EAAmBulC,EAAEpnD,GAArB,CAA9C,EAAwE,KAAKmqI,gBAAL,GAAsB9iF,CAA9F,EAAgG,KAAK4iF,QAAL,CAAcptH,QAAd,CAAuB1rB,SAASqnB,IAAhC,EAAsCtG,GAAtC,CAA0C,EAAC2P,MAAKllB,EAAE6kC,CAAF,CAAI+gC,MAAJ,GAAW,CAAjB,EAAmBviE,KAAIrD,EAAE+kC,CAAF,CAAI6gC,MAAJ,GAAW,CAAlC,EAAoCzjD,OAAM,CAA1C,EAA4C+E,QAAO,CAAnD,EAA1C,CAAhG,EAAiM,CAAC,CAA9V,CAAN;AAAuW,aAAlkB,EAAmkBksE,gBAAe,0BAAU;AAAC,oBAAIpzF,IAAE,KAAKkwG,KAAL,CAAW1yE,OAAjB;AAAA,oBAAyBrkB,IAAEnZ,EAAEo3B,MAAF,EAA3B,CAAsC,OAAM,EAAClS,MAAK4G,SAAS9rB,EAAEuV,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,IAAiC4D,EAAE+L,IAAzC,EAA8C7hB,KAAIyoB,SAAS9rB,EAAEuV,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,IAAkC4D,EAAE9V,GAAtF,EAAN;AAAiG,aAApuB,EAAquBm/B,MAAK,cAASxiC,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKk2I,SAAb,CAAuBl2I,MAAI8hB,IAAE,KAAKs0H,kBAAL,CAAwBztI,CAAxB,CAAF,EAA6B,KAAKstI,QAAL,CAAc/3H,GAAd,CAAkB4D,CAAlB,CAAjC;AAAuD,aAAp0B,EAAq0BthB,KAAI,aAASmI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,KAAK8iF,SAAnB,CAA6B,IAAG9iF,CAAH,EAAK,OAAOtxC,IAAE,KAAKi6E,cAAL,EAAF,EAAwB/7F,IAAE,KAAKo2I,kBAAL,CAAwBztI,CAAxB,CAA1B,EAAqD3I,EAAE6tB,IAAF,IAAQ/L,EAAE+L,IAA/D,EAAoE7tB,EAAEgM,GAAF,IAAO8V,EAAE9V,GAA7E,EAAiFoJ,IAAE,EAACo4B,GAAExtC,EAAE6tB,IAAL,EAAU6f,GAAE1tC,EAAEgM,GAAd,EAAnF,EAAsGqnD,IAAE,EAAC7lB,GAAExtC,EAAE6tB,IAAF,GAAO7tB,EAAE8qB,KAAZ,EAAkB4iB,GAAE1tC,EAAEgM,GAAF,GAAMhM,EAAE6vB,MAA5B,EAAxG,EAA4I,KAAKwmH,iBAAL,CAAuBjhI,CAAvB,EAAyBi+C,CAAzB,CAA5I,EAAwK,KAAK4iF,QAAL,CAAc39H,MAAd,EAAxK,EAA+L,OAAO,KAAK49H,SAA3M,EAAqNl+E,EAAE,KAAKykE,UAAP,CAA5N;AAA+O,aAAtmC,EAAumC/nE,MAAK,gBAAU;AAAC,oBAAI/rD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,KAAKqnH,UAAjB,CAA4B,IAAGrnH,KAAGA,EAAElW,MAAR,EAAe;AAAC,yBAAIyJ,IAAE,KAAKkwG,KAAL,CAAW6f,SAAb,EAAuB14H,IAAE,CAA7B,EAA+BA,IAAEoV,EAAElW,MAAnC,EAA0Cc,GAA1C;AAA8C8hB,4BAAE1M,EAAEpV,CAAF,CAAF,EAAO2I,EAAEgqI,iBAAF,CAAoB7wH,EAAE6sD,IAAtB,EAA2B7sD,EAAEk1D,KAA7B,CAAP;AAA9C,qBAAyFruE,EAAE6vH,MAAF,CAAS7vH,EAAEyvH,KAAX;AAAkB;AAAC,aAA/wC,EAAgxC1zE,SAAQ,mBAAU;AAAC,qBAAKuxF,QAAL,CAAc39H,MAAd,IAAuB,OAAO,KAAK29H,QAAnC,EAA4C,OAAO,KAAKp9B,KAAxD;AAA8D,aAAj2C,EAAk2Cw9B,mBAAkB,2BAAS1tI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,CAAC,KAAK5F,OAAL,CAAa6X,IAAb,IAAmB,EAApB,EAAwBhV,WAAxB,EAAd;AAAA,oBAAoD80B,IAAE,EAAtD;AAAA,oBAAyD9hB,IAAE,KAAKy/H,SAAL,CAAe32B,IAA1E,CAA+E,KAAIlsD,IAAE,CAAN,EAAQA,IAAE58C,EAAEvX,MAAZ,EAAmBm0D,GAAnB;AAAuBrzD,wBAAEyW,EAAE48C,CAAF,CAAF,EAAOj+C,IAAEpV,EAAEY,OAAF,CAAU6mD,QAAnB,EAA4BjhD,KAAG6jH,EAAH,IAAO,CAACj1G,CAAR,IAAW5O,MAAI8jH,EAAJ,IAAQl1G,CAAnB,KAAuBg+C,IAAEpzD,EAAEgiH,WAAF,CAAcr5G,CAAd,EAAgBmZ,CAAhB,CAAF,EAAqBsxC,KAAG76B,EAAE56B,IAAF,CAAO,EAACgxE,MAAK3uE,CAAN,EAAQg3E,OAAM5jB,CAAd,EAAP,CAA/C,CAA5B;AAAvB,iBAA4H,KAAKqpE,UAAL,GAAgBlkG,CAAhB;AAAkB,aAA/lD,EAAgmD69G,oBAAmB,4BAASztI,CAAT,EAAW;AAAC,oBAAImZ,IAAE,CAAC,KAAKlhB,OAAL,CAAa6X,IAAb,IAAmB,EAApB,EAAwBhV,WAAxB,EAAN;AAAA,oBAA4CzD,IAAEq1G,GAAGn/D,GAAH,CAAOvtC,EAAE6kC,CAAF,CAAIw1C,aAAX,EAAyBr6E,EAAE6kC,CAAF,CAAI78B,QAA7B,CAA9C;AAAA,oBAAqFyE,IAAEigG,GAAGn/D,GAAH,CAAOvtC,EAAE+kC,CAAF,CAAIs1C,aAAX,EAAyBr6E,EAAE+kC,CAAF,CAAI/8B,QAA7B,CAAvF;AAAA,oBAA8H0iD,IAAEgiD,GAAGxnE,GAAH,CAAOllC,EAAE6kC,CAAF,CAAI21C,YAAX,CAAhI;AAAA,oBAAyJ/vB,IAAEiiD,GAAGxnE,GAAH,CAAOllC,EAAE+kC,CAAF,CAAIy1C,YAAX,CAA3J;AAAA,oBAAoL38E,IAAE,KAAK2vI,gBAA3L,CAA4M,OAAOr0H,KAAGuoG,EAAH,KAAQrqH,IAAEwG,EAAEuvG,EAAJ,EAAO1iD,IAAE7sD,EAAEskB,KAAF,EAAjB,GAA4BhJ,KAAGwoG,EAAH,KAAQl1G,IAAE5O,EAAEwvG,EAAJ,EAAO5iD,IAAE5sD,EAAEqpB,MAAF,EAAjB,CAA5B,EAAyDlnB,EAAE6kC,CAAF,CAAI78B,QAAJ,GAAanK,EAAEyvG,EAAf,KAAoB5iD,IAAE7sD,EAAEyvG,EAAF,GAAKttG,EAAE6kC,CAAF,CAAIw1C,aAA/B,CAAzD,EAAuGr6E,EAAE6kC,CAAF,CAAI78B,QAAJ,GAAanK,EAAEuvG,EAAf,KAAoB1iD,IAAE1qD,EAAE6kC,CAAF,CAAIw1C,aAAJ,GAAkBx8E,EAAEuvG,EAA1C,CAAvG,EAAqJptG,EAAE+kC,CAAF,CAAI/8B,QAAJ,GAAanK,EAAE0vG,EAAf,KAAoB9iD,IAAE5sD,EAAE0vG,EAAF,GAAKvtG,EAAE+kC,CAAF,CAAIs1C,aAA/B,CAArJ,EAAmMr6E,EAAE+kC,CAAF,CAAI/8B,QAAJ,GAAanK,EAAEwvG,EAAf,KAAoB5iD,IAAEzqD,EAAE+kC,CAAF,CAAIs1C,aAAJ,GAAkBx8E,EAAEwvG,EAA1C,CAAnM,EAAiP,EAACnoF,MAAKwnF,GAAG1oF,GAAH,CAAO3sB,CAAP,EAASwG,EAAEuvG,EAAX,CAAN,EAAqB/pG,KAAIqpG,GAAG1oF,GAAH,CAAOvX,CAAP,EAAS5O,EAAEwvG,EAAX,CAAzB,EAAwClrF,OAAMuoC,CAA9C,EAAgDxjC,QAAOujC,CAAvD,EAAxP;AAAkT,aAA7nE,EAAV,CAJioI,EAIv/DyiD,KAAGqB,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK+2F,KAAL,GAAWlwG,CAAX,EAAa,KAAK/H,OAAL,GAAa62G,GAAG,EAAH,EAAM,KAAK72G,OAAX,EAAmBkhB,CAAnB,CAA1B;AAAgD,aAApE,EAAqE46G,cAAa,sBAAS/zH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,CAAC,KAAKxyD,OAAL,CAAa6X,IAAb,IAAmB,EAApB,EAAwBhV,WAAxB,EAAd;AAAA,oBAAoD+C,IAAE,EAAtD;AAAA,oBAAyD+xB,IAAE,KAAKsgF,KAAL,CAAW6f,SAAX,CAAqBnZ,IAAhF,CAAqF,KAAInqG,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB;AAAuB0M,wBAAEyW,EAAEnjB,CAAF,CAAF,EAAOpV,IAAE8hB,EAAElhB,OAAF,CAAU6mD,QAAnB,EAA4B2L,KAAGi3D,EAAH,IAAO,CAACrqH,CAAR,IAAWozD,MAAIk3D,EAAJ,IAAQtqH,CAAnB,KAAuBqzD,IAAEvxC,EAAEogG,SAAF,CAAY,CAACv5G,CAAb,CAAF,EAAkB0qD,KAAG7sD,EAAE7I,IAAF,CAAO,EAACgxE,MAAK7sD,CAAN,EAAQk1D,OAAM3jB,CAAd,EAAP,CAA5C,CAA5B;AAAvB,iBAAyH,OAAO,KAAKopE,UAAL,GAAgBj2H,CAAhB,EAAkBwxD,EAAExxD,CAAF,CAAzB;AAA8B,aAA1U,EAA2UkuD,MAAK,gBAAU;AAAC,oBAAI/rD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,IAAE,KAAKqnH,UAAjB,CAA4B,IAAGrnH,KAAGA,EAAElW,MAAR,EAAe;AAAC,yBAAIyJ,IAAE,KAAKkwG,KAAL,CAAW6f,SAAb,EAAuB14H,IAAE,CAA7B,EAA+BA,IAAEoV,EAAElW,MAAnC,EAA0Cc,GAA1C;AAA8C8hB,4BAAE1M,EAAEpV,CAAF,CAAF,EAAO2I,EAAEgqI,iBAAF,CAAoB7wH,EAAE6sD,IAAtB,EAA2B7sD,EAAEk1D,KAA7B,CAAP;AAA9C,qBAAyFruE,EAAE6vH,MAAF,CAAS7vH,EAAEyvH,KAAX;AAAkB;AAAC,aAAnf,EAAof1zE,SAAQ,mBAAU;AAAC,uBAAO,KAAKm0D,KAAZ;AAAkB,aAAzhB,EAAV,CAJo/D,EAI98ClC,KAAG,YAAShuG,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMi+C,CAAN;AAAA,gBAAQD,CAAR;AAAA,gBAAU5sD,IAAE,IAAZ;AAAA,gBAAiB+xB,IAAEzW,EAAEg+G,eAAF,CAAkBn3H,CAAlB,CAAnB;AAAA,gBAAwC8N,IAAEqL,EAAE0qG,WAAF,CAAc7jH,CAAd,CAA1C;AAAA,gBAA2DkrD,IAAE/xC,EAAEm+G,YAAF,CAAet3H,CAAf,EAAiB4vB,CAAjB,CAA7D;AAAA,gBAAiF08B,IAAEzuD,EAAE8vI,aAAF,GAAgB,EAAnG;AAAA,gBAAsG1iF,IAAE5zD,EAAE8pC,KAAF,CAAQnhC,EAAE1G,IAAV,CAAxG;AAAA,gBAAwHitB,IAAEvmB,EAAE4oE,SAAF,IAAa3d,CAAvI,CAAyI,KAAIptD,EAAE+vI,OAAF,GAAU5tI,CAAV,EAAYnC,EAAEgwI,OAAF,GAAU10H,CAAtB,EAAwB1M,IAAE,CAA9B,EAAgCA,IAAEmjB,EAAEr5B,MAApC,EAA2CkW,GAA3C,EAA+C;AAAC,oBAAGi+C,IAAE96B,EAAEnjB,CAAF,CAAF,EAAO,QAAO8Z,CAAP,yCAAOA,CAAP,OAAW28F,EAArB,EAAwBz4D,IAAElkC,EAAEmkC,CAAF,CAAF,CAAxB,KAAmC;AAAC,wBAAG,MAAIj+C,CAAJ,IAAO,CAACs2G,GAAGr4D,CAAH,EAAK58C,CAAL,CAAX,EAAmB,MAAM28C,IAAElkC,CAAF;AAAI,sBAAG+lC,EAAEt3D,IAAF,CAAO,EAAC84I,eAAcpjF,CAAf,EAAiBxyD,MAAKgzD,EAAEz+C,CAAF,CAAtB,EAA2B8hF,WAAUy0B,GAAGv4D,CAAH,IAAMA,CAAN,GAAQ+iD,GAAG/iD,CAAH,CAA7C,EAAP,CAAH;AAA+D;AAAC,SAJioC,EAIhoCujD,GAAG53G,SAAH,GAAa,EAACszI,iBAAgB,yBAAS1pI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,IAAE,IAAhB;AAAA,oBAAqB9hB,IAAE8hB,EAAEm+G,WAAF,CAAc/tI,KAAG,EAAjB,CAAvB;AAAA,oBAA4CkrD,IAAEt7B,EAAEg+G,OAAhD;AAAA,oBAAwDthF,IAAE18B,EAAE+9G,aAA5D;AAAA,oBAA0E1iF,IAAEn9C,EAAEgxD,SAAF,CAAY,CAAZ,CAA5E;AAAA,oBAA2Fv4C,IAAE,EAA7F,CAAgG,KAAI,CAAC0kC,CAAD,IAAIuC,EAAEvC,CAAF,CAAJ,IAAUwjD,GAAGxjD,CAAH,CAAV,KAAkBptD,IAAE,aAAU,CAAE,CAAd,EAAeA,EAAEzH,SAAF,GAAY60D,CAA3B,EAA6B1kC,IAAE,IAAI1oB,CAAJ,EAAjD,GAAwDxG,IAAE,CAA9D,EAAgEA,IAAEi1D,EAAE/1D,MAApE,EAA2Ec,GAA3E,EAA+E;AAAC,wBAAGoV,IAAE6/C,EAAEj1D,CAAF,CAAF,EAAOqzD,IAAE96B,EAAEo+G,UAAF,CAAalgI,EAAE0D,MAAf,EAAsB/E,EAAEqhI,aAAxB,CAAT,EAAgDrjF,IAAEh+C,EAAE8hF,SAAF,CAAY7jC,CAAZ,EAAcQ,CAAd,EAAgBp9C,EAAEgxD,SAAlB,EAA4B3lD,CAA5B,CAAlD,EAAiF,EAAE,SAAOsxC,CAAP,IAAU,QAAOA,CAAP,yCAAOA,CAAP,OAAWy4D,EAArB,IAAyBG,GAAG54D,EAAEl0D,MAAL,CAAzB,IAAuCk0D,aAAaxuD,IAAtD,CAApF,EAAgJ;AAACsqB,4BAAEkkC,CAAF,CAAI;AAAM,wBAAGA,CAAH,MAAQoD,EAAEphD,EAAEvU,IAAJ,EAASquB,CAAT,GAAYooF,GAAG95F,MAAH,CAAUpI,EAAEvU,IAAZ,EAAkBquB,CAAlB,EAAoBkkC,CAApB,CAApB;AAA4C,wBAAOlkC,CAAP;AAAS,aAA/Z,EAAgawnH,aAAY,qBAAS/tI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEohI,OAAnB;AAAA,oBAA2BpjF,IAAEh+C,EAAEmhI,OAA/B;AAAA,oBAAuC/vI,IAAE,EAAzC;AAAA,oBAA4C+xB,IAAE,EAA9C,CAAiD,KAAIzW,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,wBAAE2I,EAAEmZ,CAAF,CAAF,EAAOtb,EAAE7I,IAAF,CAAO01D,EAAEk5D,SAAF,CAAYn5D,CAAZ,EAAcpzD,CAAd,CAAP,CAAP,EAAgCu4B,EAAE56B,IAAF,CAAOy1D,EAAEh3C,IAAF,CAAOpc,CAAP,CAAP,CAAhC;AAAvB,iBAAyE,OAAM,EAACma,QAAO3T,CAAR,EAAUihE,WAAUlvC,CAApB,EAAN;AAA6B,aAA/kB,EAAglBo+G,YAAW,oBAAShuI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,IAAE,EAAd;AAAA,oBAAiB+xB,IAAE5vB,EAAEzJ,MAArB,CAA4B,KAAIc,IAAE,CAAN,EAAQA,IAAEu4B,CAAV,EAAYv4B,GAAZ;AAAgBoV,wBAAEzM,EAAE3I,CAAF,CAAF,EAAOozD,IAAEh+C,EAAEo3G,WAAX,EAAuBn5D,IAAE24D,GAAG54D,EAAEtxC,CAAF,CAAH,IAASsxC,EAAEtxC,CAAF,CAAT,GAAc1M,EAAE48D,MAAF,CAASlwD,CAAT,CAAvC,EAAmDtb,EAAE7I,IAAF,CAAO01D,CAAP,CAAnD;AAAhB,iBAA6E,OAAO7sD,CAAP;AAAS,aAA3tB,EAJmnC,EAItZywG,KAAGC,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAK+vH,SAAL,GAAe/vH,CAAf,EAAiB,KAAKywG,MAAL,GAAYzwG,EAAEywG,MAA/B,EAAsC,KAAKw9B,gBAAL,GAAsBjuI,EAAEgoI,SAA9D;AAAwE,aAA1F,EAAV,CAJmZ,EAI5Sp7B,KAAG2B,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK+0H,MAAL,GAAYluI,CAAZ,EAAc,KAAKmuI,KAAL,GAAWh1H,CAAzB,EAA2B,KAAKs3F,MAAL,GAAYt3F,EAAEs3F,MAAzC,EAAgD,KAAK29B,YAAL,GAAkBj1H,EAAE0sH,cAAF,CAAiBp1B,MAAnF,EAA0F,KAAKv4G,IAAL,GAAUihB,EAAElhB,OAAF,CAAUC,IAA9G;AAAmH,aAAvI,EAAwIq5G,QAAO,kBAAU;AAAC,oBAAIvxG,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK+0H,MAAb;AAAA,oBAAoB72I,IAAE8hB,EAAE42G,SAAF,CAAY+W,iBAAZ,EAAtB;AAAA,oBAAsDr6H,IAAEpV,EAAE,KAAKa,IAAL,IAAW,SAAb,CAAxD;AAAA,oBAAgFwyD,IAAE,EAAlF,CAAqF,IAAGj+C,CAAH,EAAK,KAAIzM,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB0qD,sBAAE11D,IAAF,CAAO,IAAIo5G,EAAJ,CAAOj1F,CAAP,EAAS1M,EAAEzM,CAAF,CAAT,CAAP;AAAvB,iBAA8C,OAAO0qD,CAAP;AAAS,aAA3S,EAAV,CAJyS,EAIe2jD,KAAGE,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKquI,KAAL,GAAWruI,CAAX,EAAa,KAAK/H,OAAL,GAAa+H,EAAE/H,OAA5B;AAAoC,aAAtD,EAAuD0D,OAAM,eAASqE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAKk1H,KAAX;AAAA,oBAAiBh3I,IAAE8hB,EAAEsgH,WAAF,GAActgH,EAAEsgH,WAAF,CAAcz5H,CAAd,CAAd,GAA+BmZ,EAAE8/F,QAAF,CAAWj5G,CAAX,CAAlD,CAAgE,OAAO3I,CAAP;AAAS,aAAlJ,EAAmJmgH,MAAK,cAASx3G,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,uBAAOgsH,GAAGhsH,CAAH,MAAQA,IAAE,CAAC,CAAX,GAAc,KAAKg3I,KAAL,CAAW72B,IAAX,CAAgBx3G,CAAhB,EAAkBmZ,CAAlB,EAAoB9hB,CAApB,CAArB;AAA4C,aAApN,EAAqNg3E,OAAM,iBAAU;AAAC,uBAAO,KAAKggE,KAAL,CAAWhgE,KAAX,EAAP;AAA0B,aAAhQ,EAAiQqpC,YAAW,sBAAU;AAAC,uBAAO,KAAK22B,KAAL,CAAW32B,UAAX,EAAP;AAA+B,aAAtT,EAAV,CAJlB,EAIqVtJ,KAAGG,GAAGv2G,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAK+0H,MAAL,GAAYluI,CAAZ,EAAc,KAAKsuI,QAAL,GAAcn1H,CAA5B;AAA8B,aAAlD,EAAmD88B,QAAO,gBAASj2C,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAKi+H,OAAf,CAAuB,OAAOj+H,MAAI0M,IAAE,KAAKu3G,cAAL,EAAF,EAAwBr5H,IAAE,KAAK62I,MAAL,CAAYne,SAAtC,EAAgD,KAAK2a,OAAL,GAAaj+H,IAAEpV,EAAEq/H,mBAAF,CAAsBv9G,EAAElL,KAAxB,CAAnE,GAAmG0gG,GAAGl2G,UAAH,CAAcuH,CAAd,MAAmByM,IAAE,KAAK8hI,aAAL,CAAmB9hI,CAAnB,EAAqBzM,CAArB,CAArB,CAAnG,EAAiJyM,CAAxJ;AAA0J,aAAvP,EAAwPgH,MAAK,cAASzT,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,KAAKimE,cAAL,EAAd,CAAoC,OAAO1wH,MAAImZ,IAAE,KAAK+0H,MAAP,EAAc72I,IAAE8hB,EAAE42G,SAAlB,EAA4BtlE,EAAEh3C,IAAF,GAAOzT,CAAnC,EAAqCyqD,EAAE6rE,aAAF,KAAkB7pH,IAAEpV,EAAEulI,kBAAF,CAAqBnyE,CAArB,CAAF,EAA0BC,IAAE,GAAG31D,MAAH,CAAUokB,EAAElhB,OAAF,CAAU8nH,YAApB,CAA5B,EAA8D5mG,EAAEk9G,2BAAF,CAA8B3rE,EAAEj+C,EAAEqyH,SAAJ,CAA9B,EAA6CryH,EAAEqyH,SAA/C,CAAhF,CAArC,EAAgL3lH,EAAEq9G,oBAAF,EAAhL,EAAyM,KAAKgY,YAAL,EAA7M,GAAkO/jF,EAAEh3C,IAA3O;AAAgP,aAA7hB,EAA8hBw9G,WAAU,mBAASjxH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAK4+C,MAAL,EAAR,CAAsB,KAAI98B,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAGnZ,EAAE3I,EAAE8hB,CAAF,CAAF,CAAH,EAAW,OAAO9hB,EAAE8hB,CAAF,CAAP;AAAlC;AAA8C,aAAxnB,EAAynBi4F,iBAAgB,yBAASpxG,CAAT,EAAWmZ,CAAX,EAAa;AAACA,oBAAEA,IAAEw1F,GAAGl2G,UAAH,CAAc0gB,CAAd,IAAiB,KAAK88B,MAAL,CAAY98B,CAAZ,CAAjB,GAAgCs1F,GAAGt1F,CAAH,IAAMA,CAAN,GAAQ,CAACA,CAAD,CAA1C,GAA8C,KAAK88B,MAAL,EAAhD,EAA8D,KAAKi4F,MAAL,CAAYpd,sBAAZ,CAAmC9wH,CAAnC,EAAqCmZ,CAArC,CAA9D;AAAsG,aAA7vB,EAA8vBs1H,kBAAiB,0BAASzuI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKwjF,MAAf;AAAA,oBAAsBzjF,IAAE,KAAKimE,cAAL,EAAxB;AAAA,oBAA8C7yH,IAAE8wG,GAAGl2G,UAAH,CAAc0gB,CAAd,CAAhD,CAAiE,IAAGtb,CAAH;AAAK,wBAAGklH,GAAGt4D,EAAEnxD,IAAL,EAAU,CAAC2xH,EAAD,EAAI9C,EAAJ,EAAOc,EAAP,CAAV,CAAH,EAAyB,KAAI5xH,IAAE,KAAKq3I,WAAL,CAAiBv1H,CAAjB,CAAF,EAAsB1M,IAAE,CAA5B,EAA8BA,IAAEpV,EAAEd,MAAlC,EAAyCkW,GAAzC;AAA6CpV,0BAAEoV,CAAF,EAAK6nB,OAAL,GAAat0B,CAAb;AAA7C,qBAAzB,MAA0FyqD,EAAEn2B,OAAF,GAAU,UAASj9B,CAAT,EAAW;AAAC,+BAAM,CAAC8hB,EAAE9hB,EAAE4nE,QAAJ,CAAD,IAAgBj/D,CAAtB;AAAwB,qBAA9C;AAA/F,uBAAmJyqD,EAAEn2B,OAAF,GAAUt0B,CAAV,EAAY0qD,EAAEurE,sBAAF,CAAyBxrE,CAAzB,CAAZ,CAAwCC,EAAE8rE,oBAAF,IAAyB,KAAKgY,YAAL,EAAzB;AAA6C,aAAtkC,EAAukCE,aAAY,qBAAS1uI,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKq5H,cAAL,GAAsBj9G,IAA9B;AAAA,oBAAmChH,IAAEpV,EAAEd,MAAvC;AAAA,oBAA8Cm0D,IAAE,EAAhD,CAAmD,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,CAAV,EAAY0M,GAAZ;AAAgBnZ,sBAAE3I,EAAE8hB,CAAF,CAAF,KAASuxC,EAAE11D,IAAF,CAAOqC,EAAE8hB,CAAF,CAAP,CAAT;AAAhB,iBAAsC,OAAOuxC,CAAP;AAAS,aAAjsC,EAAksC6jF,eAAc,uBAASvuI,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,EAAR;AAAA,oBAAWi+C,IAAE1qD,EAAEzJ,MAAf,CAAsB,KAAIc,IAAE,CAAN,EAAQA,IAAEqzD,CAAV,EAAYrzD,GAAZ;AAAgB8hB,sBAAEnZ,EAAE3I,CAAF,CAAF,KAASoV,EAAEzX,IAAF,CAAOgL,EAAE3I,CAAF,CAAP,CAAT;AAAhB,iBAAsC,OAAOoV,CAAP;AAAS,aAAnyC,EAAoyCikH,gBAAe,0BAAU;AAAC,oBAAI1wH,IAAE,KAAK4tI,OAAX,CAAmB,OAAO5tI,MAAIA,IAAE,KAAK4tI,OAAL,GAAa,KAAKM,MAAL,CAAYxd,cAAZ,CAA2B,KAAK4d,QAAhC,CAAnB,GAA8DtuI,CAArE;AAAuE,aAAx5C,EAAy5CwuI,cAAa,wBAAU;AAAC,uBAAO,KAAK9D,OAAZ,EAAoB,OAAO,KAAKkD,OAAhC;AAAwC,aAAz9C,EAAV,CAJxV,EAI8zDjhC,GAAG3sG,EAAE8lB,MAAL,EAAY,EAAC6oH,gBAAe,wBAAS3uI,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,IAAE,OAAN;AAAA,oBAAcD,IAAE,CAAhB;AAAA,oBAAkB5sD,IAAE4O,CAApB,CAAsB,OAAO,MAAIzM,CAAJ,GAAM3I,CAAN,GAAQ,MAAI2I,CAAJ,GAAM3I,IAAEoV,CAAR,IAAWg+C,MAAIA,IAAE,EAAN,GAAU5sD,IAAE6uG,GAAGxnE,GAAH,CAAOz4B,CAAP,CAAF,IAAa5O,IAAE4O,CAAF,EAAIi+C,IAAED,IAAE,CAArB,IAAwBC,IAAED,KAAG,IAAEiiD,GAAGhmF,EAAR,IAAYgmF,GAAGkiC,IAAH,CAAQniI,IAAE5O,CAAV,CAAhD,EAA6DA,IAAE6uG,GAAG3xE,GAAH,CAAO,CAAP,EAAS,CAAC,EAAD,GAAI/6B,CAAb,CAAF,GAAkB0sG,GAAGzc,GAAH,CAAO,CAAC,IAAEjwF,CAAF,GAAI0qD,CAAL,KAAS,MAAIgiD,GAAGhmF,EAAhB,IAAoB+jC,CAA3B,CAAlB,GAAgDh+C,CAAhD,GAAkDpV,CAA1H,CAAf;AAA4I,aAApM,EAAZ,CAJ9zD,EAIihE8sH,GAAGtpD,EAAH,CAAMlhC,MAAN,CAAay0F,EAAb,CAJjhE,EAIkiEjgE,GAAG39B,OAAH,CAAWrd,QAAX,CAAoBqkF,EAApB,EAAuB,CAACkvB,EAAD,EAAIe,EAAJ,EAAOoC,EAAP,EAAU6D,EAAV,EAAapH,EAAb,EAAgBiH,EAAhB,EAAmBnG,EAAnB,EAAsB2D,EAAtB,EAAyB5D,EAAzB,EAA4BsG,EAA5B,EAA+BxG,EAA/B,EAAkCuG,EAAlC,EAAqCjC,EAArC,EAAwCD,EAAxC,EAA2CqC,EAA3C,EAA8CvE,EAA9C,CAAvB,CAJliE,EAI4mEj7D,GAAG39B,OAAH,CAAWrd,QAAX,CAAoBskF,EAApB,EAAuB,CAACm0B,EAAD,EAAIC,EAAJ,EAAO3E,EAAP,CAAvB,CAJ5mE,EAI+oE/4D,GAAG39B,OAAH,CAAWrd,QAAX,CAAoBukF,EAApB,EAAuB,CAACuzB,EAAD,CAAvB,CAJ/oE,EAI4qE98D,GAAG39B,OAAH,CAAWrd,QAAX,CAAoB04D,EAApB,EAAuB,CAACs8C,EAAD,CAAvB,CAJ5qE,EAIysEn6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACuzG,EAAD,EAAIe,EAAJ,EAAOoC,EAAP,EAAU6D,EAAV,EAAapH,EAAb,EAAgBiH,EAAhB,CAApB,EAAwC,CAAC9L,EAAD,CAAxC,EAA6C,CAACD,EAAD,EAAIgG,EAAJ,EAAOsD,EAAP,EAAUtC,EAAV,EAAaC,EAAb,CAA7C,CAJzsE,EAIwwEz6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACo4G,EAAD,EAAID,EAAJ,CAApB,EAA4B,CAACtC,EAAD,EAAIiE,EAAJ,CAA5B,EAAoC,CAACzL,EAAD,EAAIgG,EAAJ,EAAOsD,EAAP,CAApC,CAJxwE,EAIwzE98D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACw6G,EAAD,EAAIvE,EAAJ,CAApB,EAA4B,CAAC3H,EAAD,CAA5B,EAAiC,CAACD,EAAD,EAAIgG,EAAJ,EAAOsD,EAAP,EAAU0B,EAAV,CAAjC,CAJxzE,EAIw2E//G,EAAE+jB,OAAF,CAAUrd,QAAV,CAAmB,CAACuzG,EAAD,EAAIe,EAAJ,EAAOoC,EAAP,EAAU6D,EAAV,EAAapH,EAAb,EAAgBiH,EAAhB,EAAmBI,EAAnB,EAAsBvE,EAAtB,CAAnB,EAA6C,EAACztH,OAAMsuH,EAAP,EAAUr+E,OAAMm9E,EAAhB,EAAmBmS,UAASnS,EAA5B,EAA+B8lB,UAAS1kB,EAAxC,EAA2C2kB,WAAU7kB,EAArD,EAA7C,CAJx2E,EAI+8Ex9G,EAAE+jB,OAAF,CAAUrd,QAAV,CAAmB,CAACo4G,EAAD,EAAID,EAAJ,CAAnB,EAA2B,EAACliD,MAAK+gD,EAAN,EAAS7gG,IAAG2gG,EAAZ,EAAer+E,OAAMm9E,EAArB,EAAwBmS,UAASnS,EAAjC,EAA3B,CAJ/8E,EAIghF/6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACy4G,EAAD,EAAIC,EAAJ,EAAO3E,EAAP,CAApB,EAA+B,CAACxF,EAAD,EAAIC,EAAJ,CAA/B,EAAuC,CAAC6F,EAAD,EAAIsD,EAAJ,EAAOpC,EAAP,EAAUC,EAAV,EAAaC,EAAb,EAAgBC,EAAhB,CAAvC,CAJhhF,EAI4kF76D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAAC+zG,EAAD,CAApB,EAAyB,CAACxF,EAAD,EAAIC,EAAJ,EAAO,MAAP,CAAzB,EAAwC,CAAC6F,EAAD,EAAIhG,EAAJ,EAAOsJ,EAAP,CAAxC,CAJ5kF,EAIgoF98D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACi0G,EAAD,EAAI2D,EAAJ,CAApB,EAA4B,CAAC,MAAD,EAAQ,MAAR,EAAe,KAAf,EAAqB,OAArB,CAA5B,EAA0D,CAACvJ,EAAD,EAAIgG,EAAJ,EAAO,WAAP,EAAmBsD,EAAnB,CAA1D,CAJhoF,EAIktFr+G,EAAE+jB,OAAF,CAAUrd,QAAV,CAAmB,CAACi0G,EAAD,EAAI2D,EAAJ,CAAnB,EAA2B,EAACv1F,MAAKy0F,EAAN,EAAStqH,MAAKsqH,EAAd,EAAiBuS,KAAIrS,EAArB,EAAwBppG,OAAMkpG,EAA9B,EAAiCr+E,OAAMm9E,EAAvC,EAA0ClK,WAAUkK,EAApD,EAAuDmS,UAASnS,EAAhE,EAA3B,CAJltF,EAIkzF/6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAAC8zG,EAAD,EAAIuG,EAAJ,CAApB,EAA4B,CAAC,OAAD,EAAS,IAAT,EAAc,QAAd,EAAuB,IAAvB,EAA4B,OAA5B,EAAoC,MAApC,EAA2C,UAA3C,CAA5B,EAAmF,CAAChM,EAAD,EAAIgG,EAAJ,EAAOsD,EAAP,CAAnF,CAJlzF,EAIi5Fr+G,EAAE+jB,OAAF,CAAUrd,QAAV,CAAmB,CAAC8zG,EAAD,EAAIuG,EAAJ,CAAnB,EAA2B,EAAC2V,OAAMlZ,EAAP,EAAUmZ,IAAGnZ,EAAb,EAAgBpK,QAAOoK,EAAvB,EAA0BoZ,IAAGpZ,EAA7B,EAAgCqZ,OAAMrZ,EAAtC,EAAyCrK,MAAKqK,EAA9C,EAAiDuZ,UAASza,EAA1D,EAA6Dn9E,OAAMm9E,EAAnE,EAAsEmS,UAASnS,EAA/E,EAA3B,CAJj5F,EAIggG/6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAACg0G,EAAD,EAAIsG,EAAJ,CAApB,EAA4B,CAAC,SAAD,EAAW,QAAX,CAA5B,EAAiD,CAACjM,EAAD,EAAIgG,EAAJ,EAAO,iBAAP,EAAyBsD,EAAzB,CAAjD,CAJhgG,EAI+kGr+G,EAAE+jB,OAAF,CAAUrd,QAAV,CAAmB,CAACg0G,EAAD,EAAIsG,EAAJ,CAAnB,EAA2B,EAACj9F,SAAQy5F,EAAT,EAAY1xH,QAAO0xH,EAAnB,EAAsBr+E,OAAMm9E,EAA5B,EAA+BmS,UAASnS,EAAxC,EAA3B,CAJ/kG,EAIupG/6D,GAAGx9B,OAAH,CAAWrd,QAAX,CAAoB,CAAC83G,EAAD,EAAI9C,EAAJ,CAApB,EAA4B,CAAC1G,EAAD,CAA5B,EAAiC,CAACD,EAAD,EAAIgG,EAAJ,EAAO,SAAP,EAAiB,iBAAjB,EAAmC,SAAnC,CAAjC,CAJvpG,EAIuuG1Y,GAAGqV,EAAH,EAAM,EAAC4qB,uBAAsB7gB,EAAvB,EAA0B8gB,YAAWxhC,EAArC,EAAwCyhC,WAAU/hF,EAAlD,EAAqDgiF,aAAYn+E,EAAjE,EAAoEo+E,uBAAsB34F,EAA1F,EAA6F44F,KAAIn/E,EAAjG,EAAoGo/E,UAAStiF,EAA7G,EAAgHuiF,UAASlhF,EAAzH,EAA4HmhF,aAAYvmE,EAAxI,EAA2IwmE,QAAOniF,EAAlJ,EAAqJoiF,aAAYtkF,EAAjK,EAAoKukF,kBAAiB3mE,EAArL,EAAwL4mE,aAAYplE,EAApM,EAAuMqlE,kBAAiBh/E,EAAxN,EAA2Ni/E,qBAAoB7kF,EAA/O,EAAkP8kF,qBAAoBt4C,EAAtQ,EAAyQu4C,cAAajgF,EAAtR,EAAyRkgF,WAAU3hC,EAAnS,EAAsS4hC,gBAAelkE,EAArT,EAAwTmkE,WAAUtjC,EAAlU,EAAqUujC,eAAc7hC,EAAnV,EAAsV8hC,aAAYhiC,EAAlW,EAAqWiiC,eAAc7/E,EAAnX,EAAsX8/E,eAAcpgF,EAApY,EAAuYqgF,WAAU3iC,EAAjZ,EAAoZ4iC,kBAAiBziC,EAAra,EAAwa0iC,kBAAiBtgF,EAAzb,EAA4bugF,eAAc9gF,EAA1c,EAA6c+gF,mBAAkBlkI,CAA/d,EAAiemkI,YAAWv5C,EAA5e,EAA+ew5C,eAAchlE,EAA7f,EAAggBilE,cAAa35C,EAA7gB,EAAghB45C,cAAa5jF,EAA7hB,EAAgiB6jF,sBAAqBlmF,EAArjB,EAAwjBmmF,WAAUt5C,EAAlkB,EAAqkBu5C,eAAcjkC,EAAnlB,EAAslBkkC,QAAOthF,EAA7lB,EAAgmBuhF,YAAW1hF,EAA3mB,EAA8mB2hF,cAAa1hF,EAA3nB,EAA8nB2hF,WAAUvmF,EAAxoB,EAA2oBwmF,WAAUvgF,EAArpB,EAAwpBwgF,aAAYtnE,EAApqB,EAAuqBunE,MAAKn6C,EAA5qB,EAA+qBo6C,cAAa16C,EAA5rB,EAA+rB26C,UAAS56C,EAAxsB,EAA2sB66C,eAAc36C,EAAztB,EAA4tB46C,aAAYn6C,EAAxuB,EAA2uBo6C,YAAW56C,EAAtvB,EAAyvB66C,cAAajiH,EAAtwB,EAAywBkiH,qBAAoBz6C,EAA7xB,EAAgyB06C,iBAAgB9jF,EAAhzB,EAAmzB+jF,kBAAiBniF,EAAp0B,EAAu0BoiF,UAAS5hF,EAAh1B,EAAm1B6hF,eAAchmF,EAAj2B,EAAo2BimF,cAAapoE,EAAj3B,EAAo3BqoE,iBAAgBxhF,EAAp4B,EAAu4ByhF,kBAAiBzoE,EAAx5B,EAA25B0oE,WAAU1kC,EAAr6B,EAAw6B2kC,kBAAiBzkC,EAAz7B,EAA47B0kC,cAAa1kF,EAAz8B,EAA48BivD,cAAa+H,EAAz9B,EAA49B2tB,eAAclnF,EAA1+B,EAA6+BmnF,mBAAkB/hF,EAA//B,EAAkgCgiF,WAAU7iF,EAA5gC,EAA+gC9H,SAAQ2lD,EAAvhC,EAA0hCilC,WAAUzoE,EAApiC,EAAuiC0oE,WAAUjvB,EAAjjC,EAAojCkvB,gBAAe57C,EAAnkC,EAAskC67C,kBAAiBhqE,EAAvlC,EAA0lCiqE,YAAWz7C,EAArmC,EAAwmC07C,gBAAejmC,EAAvnC,EAA0nCkmC,eAAcnlC,EAAxoC,EAA2oColC,UAASllC,EAAppC,EAAupCmlC,aAAYnzI,CAAnqC,EAAqqCozI,YAAW7kF,CAAhrC,EAAkrC8kF,cAAa1kF,CAA/rC,EAAisC2kF,iBAAgBnnF,CAAjtC,EAAmtConF,UAAS3uG,CAA5tC,EAA8tC4uG,cAAaxkF,CAA3uC,EAA6uChpC,UAASyoC,CAAtvC,EAAwvCglF,YAAW/lF,CAAnwC,EAAqwC54D,SAAQ85D,CAA7wC,EAA+wCs7B,UAAS78B,CAAxxC,EAA0xCqmF,WAAU/+G,CAApyC,EAAsyCg/G,oBAAmBxlF,CAAzzC,EAA2zCylF,UAAS3kF,CAAp0C,EAAs0C4kF,cAAajmF,CAAn1C,EAAq1CkmF,aAAY1mF,CAAj2C,EAAm2C2mF,aAAYpmF,CAA/2C,EAAi3CqmF,mBAAkB1lF,CAAn4C,EAAq4C2lF,WAAUnlF,CAA/4C,EAAi5ColF,aAAYxvG,CAA75C,EAA+5CyvG,WAAU18I,CAAz6C,EAA26C28I,QAAOlpF,CAAl7C,EAAo7CmpF,QAAO5nF,CAA37C,EAA67C6nF,aAAY9lF,CAAz8C,EAAN,CAJvuG;AAI0rJ,KALu8M,CAKt8Mh6D,OAAO07D,KAAP,CAAa76D,MALy7M,GAKj7Mb,OAAO07D,KALm6M;AAK75M,CALstM,EAKrtM,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAL+oM,CAA98P,CAKi0D,CAAC,CAAC,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWuuD,CAAlB;AAAoB,kBAAS9hD,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAE8hB,EAAE1M,CAAF,CAAN,CAAW,OAAO+gD,EAAE1yB,KAAF,CAAQ96B,IAAE3I,CAAV,IAAaA,CAApB;AAAsB,kBAAS8hB,CAAT,CAAWnZ,CAAX,EAAa;AAAC,mBAAOA,IAAEwtD,EAAEzyB,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS3I,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAOq0C,EAAExpC,GAAF,CAAMwpC,EAAEjgB,GAAF,CAAMvtC,CAAN,EAAQmZ,CAAR,CAAN,EAAiB1M,CAAjB,CAAP;AAA2B,kBAASg+C,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAEivD,CAAT;AAAW,kBAASvE,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAEivD,CAAT;AAAW,kBAASpxD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWnjB,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEyM,CAAF,IAAKA,CAAL,GAAO0M,CAAd;AAAgB,kBAASrL,CAAT,CAAW9N,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASirD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,CAAJ,IAASzM,CAAT;AAAWmZ,kBAAEnkB,IAAF,CAAOyX,IAAEzM,EAAEyM,CAAF,CAAT;AAAX,aAA0B,OAAO0M,EAAErhB,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS6pD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,UAAR,CAAmB,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmB,EAAEkW,CAArB;AAAuB0M,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAGnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAA1C;AAAvB,aAAiF,OAAO0M,MAAI,CAAX;AAAa,kBAASmzC,CAAT,CAAWtsD,CAAX,EAAa;AAAC,mBAAOkrD,EAAED,EAAEjrD,CAAF,CAAF,CAAP;AAAe,kBAASqrD,CAAT,CAAWrrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAEnZ,EAAEzJ,MAAV;AAAA,gBAAiBc,IAAEi3D,CAAnB;AAAA,gBAAqB7D,IAAEoE,CAAvB,CAAyB,KAAIpiD,IAAE,CAAN,EAAQA,IAAE0M,CAAV,EAAY1M,GAAZ;AAAgBg+C,oBAAE+C,EAAExpC,GAAF,CAAMymC,CAAN,EAAQzqD,EAAEyM,CAAF,CAAR,CAAF,EAAgBpV,IAAEm2D,EAAEjgB,GAAF,CAAMl2C,CAAN,EAAQ2I,EAAEyM,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAAC8gC,KAAIl2C,CAAL,EAAO2sB,KAAIymC,CAAX,EAAN;AAAoB,kBAASc,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOqrD,EAAErrD,CAAF,EAAKutC,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,mBAAOqrD,EAAErrD,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAO6kC,EAAE7kC,CAAF,EAAKutC,GAAZ;AAAgB,kBAASptC,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO6kC,EAAE7kC,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS6gB,CAAT,CAAW7kC,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,CAAR;AAAA,gBAAUozD,IAAE6D,CAAZ;AAAA,gBAAc5D,IAAEmE,CAAhB,CAAkB,KAAIpiD,IAAE,CAAF,EAAI0M,IAAEnZ,EAAEzJ,MAAZ,EAAmBkW,IAAE0M,CAArB,EAAuB1M,GAAvB;AAA2BpV,oBAAE2I,EAAEyM,CAAF,CAAF,EAAO,SAAOpV,CAAP,IAAU2tB,SAAS3tB,CAAT,CAAV,KAAwBozD,IAAE+C,EAAEjgB,GAAF,CAAMkd,CAAN,EAAQpzD,CAAR,CAAF,EAAaqzD,IAAE8C,EAAExpC,GAAF,CAAM0mC,CAAN,EAAQrzD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACk2C,KAAIkd,MAAI6D,CAAJ,GAAM,KAAK,CAAX,GAAa7D,CAAlB,EAAoBzmC,KAAI0mC,MAAImE,CAAJ,GAAM,KAAK,CAAX,GAAanE,CAArC,EAAN;AAA8C,kBAAS51B,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASq4D,CAAT,CAAW5uD,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAOzM,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAeyM,CAAf,GAAkBzM,CAAzB;AAA2B,kBAAS+kC,CAAT,CAAW/kC,CAAX,EAAa;AAAC,mBAAO+tD,EAAExF,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAS38D,CAAT,CAAWgY,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEmZ,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI1M,CAAJ,GAAM,IAAN,GAAW0M,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASrb,CAAT,CAAWkC,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,qBAAG1kB,EAAEuL,EAAEyM,CAAF,EAAK,CAAL,CAAF,EAAUzM,EAAEyM,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO0M,CAAP;AAAS,kBAASs1C,CAAT,CAAWhiD,CAAX,EAAa;AAAC,gBAAI0M,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,IAAE,EAAV,CAAa,KAAItxC,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAEoV,EAAE0M,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAE3I,CAAF,MAAOozD,KAAGh+C,EAAE0M,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAY9hB,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKozD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAAS0E,CAAT,CAAWnvD,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASytD,CAAT,CAAWztD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,IAAG2I,CAAH,EAAK,KAAIyM,IAAEshD,EAAE+O,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B+c,IAAE,CAAlC,EAAoCA,IAAE1M,EAAElW,MAAxC,EAA+C4iB,GAA/C;AAAmD9hB,kBAAErC,IAAF,CAAO,WAASyX,EAAE0M,CAAF,CAAhB;AAAnD,aAAyE,OAAO9hB,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASi/B,CAAT,CAAW7zB,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACzM,EAAEyM,CAAF,CAAxD;AAA6D,kBAASjN,CAAT,CAAWQ,CAAX,EAAa;AAAC,iBAAI,IAAIyM,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O0M,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuU9hB,IAAE,EAA7U,EAAgV2I,IAAE,CAAlV;AAAqVA,oBAAEmZ,EAAE,CAAF,CAAF,GAAOA,EAAEtX,KAAF,EAAP,IAAkBxK,KAAGoV,EAAE0M,EAAE,CAAF,CAAF,CAAH,EAAWnZ,KAAGmZ,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAO9hB,CAAP;AAAS,kBAASO,CAAT,CAAWoI,CAAX,EAAa;AAAC,gBAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,CAAR,EAAUozD,CAAV,EAAYC,CAAZ,CAAc,KAAI1qD,IAAEA,EAAElF,WAAF,EAAF,EAAkB2R,IAAE,EAACpV,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DgZ,IAAE,CAA5D,EAA8D9hB,IAAE,CAAhE,EAAkEozD,IAAE,CAAxE,EAA0EA,IAAEzqD,EAAEzJ,MAA9E,EAAqF,EAAEk0D,CAAvF,EAAyF;AAAC,oBAAGC,IAAEj+C,EAAEzM,EAAE2qD,MAAF,CAASF,CAAT,CAAF,CAAF,EAAiB,CAACC,CAArB,EAAuB,OAAO,IAAP,CAAYvxC,KAAGuxC,CAAH,EAAKA,IAAErzD,CAAF,KAAM8hB,KAAG,IAAE9hB,CAAX,CAAL,EAAmBA,IAAEqzD,CAArB;AAAuB,oBAAOvxC,CAAP;AAAS,kBAAS00C,CAAT,CAAW7tD,CAAX,EAAa;AAAC,gBAAIyM,IAAEvR,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAInyD,CAAJ;AAAA,oBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE5hB,UAAUhB,MAAhB,EAAuB,EAAE4iB,CAAF,IAAK,CAA5B;AAA+B9hB,yBAAG,MAAIE,UAAU4hB,CAAV,CAAP;AAA/B,iBAAmD,OAAO9hB,KAAKoV,CAAL,GAAOA,EAAEpV,CAAF,CAAP,GAAYoV,EAAEpV,CAAF,IAAK2I,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASu3D,CAAT,CAAW9uD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,IAAE,EAAV,EAAaozD,IAAE,CAAf,EAAiBC,IAAE1qD,EAAEzJ,MAAzB,EAAgCk0D,IAAEC,CAAlC;AAAqCj+C,oBAAEzM,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoBh+C,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBg+C,IAAEC,CAAtB,IAAyBvxC,IAAEnZ,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoB,UAAQ,QAAMtxC,CAAd,IAAiB9hB,EAAErC,IAAF,CAAO,CAAC,CAAC,OAAKyX,CAAN,KAAU,EAAX,KAAgB,OAAK0M,CAArB,IAAwB,KAA/B,CAAjB,IAAwD9hB,EAAErC,IAAF,CAAOyX,CAAP,GAAUg+C,GAAlE,CAA7C,IAAqHpzD,EAAErC,IAAF,CAAOyX,CAAP,CAAzI;AAArC,aAAwL,OAAOpV,CAAP;AAAS,kBAASk2D,CAAT,CAAWvtD,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,EAAN,CAAS,OAAOzM,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASyM,KAAG7M,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EyM,KAAG7M,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASqsD,CAAT,CAAW1tD,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAS0M,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAI,IAAI9hB,IAAE,EAAN,EAASozD,IAAE,CAAX,EAAaC,IAAE,CAAf,EAAiB7sD,IAAE,CAAvB,EAAyB4sD,IAAEzqD,EAAEzJ,MAAJ,IAAYm0D,IAAEvxC,EAAE5iB,MAAzC;AAAiDkW,sBAAEzM,EAAEyqD,CAAF,CAAF,EAAOtxC,EAAEuxC,CAAF,CAAP,KAAc,CAAd,GAAgBrzD,EAAEwG,GAAF,IAAOmC,EAAEyqD,GAAF,CAAvB,GAA8BpzD,EAAEwG,GAAF,IAAOsb,EAAEuxC,GAAF,CAArC;AAAjD,iBAA6F,OAAOD,IAAEzqD,EAAEzJ,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe2I,EAAElL,KAAF,CAAQ21D,CAAR,CAAf,CAAZ,EAAuCC,IAAEvxC,EAAE5iB,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe8hB,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAnD,EAA8ErzD,CAArF;AAAuF,oBAAO2I,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAASuC,CAAT,CAAW2I,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMg+C,CAAN,EAAQC,CAAR,CAAU,OAAO1qD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAeyM,IAAE3T,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBk0D,IAAEzqD,EAAElL,KAAF,CAAQ,CAAR,EAAU2X,CAAV,CAA3B,EAAwCi+C,IAAE1qD,EAAElL,KAAF,CAAQ2X,CAAR,CAA1C,EAAqDg+C,IAAEpzD,EAAEozD,CAAF,CAAvD,EAA4DC,IAAErzD,EAAEqzD,CAAF,CAA9D,EAAmEvxC,EAAEsxC,CAAF,EAAIC,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0H1qD,CAA1H,CAA5B;AAAyJ,aAAIwtD,IAAE10D,IAAN;AAAA,YAAWi1D,IAAEp5D,OAAO07D,KAApB;AAAA,YAA0BrB,IAAEjB,EAAE0O,UAA9B;AAAA,YAAyCxN,IAAEzB,EAAE9mC,EAAF,GAAK,GAAhD;AAAA,YAAoD4nC,IAAE6D,OAAOw3B,SAA7D;AAAA,YAAuE96B,IAAE,CAACsD,OAAOw3B,SAAjF;AAAA,YAA2Fp7B,IAAE,WAA7F;AAAA,YAAyGW,IAAEjzD,KAAKD,GAAhH,CAAoHkzD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAIjzD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8C8yB,EAAEjB,CAAF,EAAI,EAACryB,MAAK,EAACkuD,SAAQt7B,CAAT,EAAWu7B,SAAQh7B,CAAnB,EAAqBlvC,QAAOivC,CAA5B,EAA8Bk7B,aAAYz+B,CAA1C,EAA4C0+B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQjqF,CAA1E,EAA4EkqF,KAAIx/B,CAAhF,EAAkFy/B,SAAQj/B,CAA1F,EAA4Fk/B,YAAW99B,CAAvG,EAAyG+9B,UAASxsF,CAAlH,EAAoHysF,eAAchqD,CAAlI,EAAoI5oC,MAAKo9B,CAAzI,EAA2Iy1D,YAAWlzF,CAAtJ,EAAwJ2E,KAAIkzD,CAA5J,EAA8Js7B,WAAUv/B,CAAxK,EAA0KnwB,OAAMruB,CAAhL,EAAkLg+E,KAAIhgC,CAAtL,EAAwLigC,YAAWj2F,CAAnM,EAAqMk2F,eAAc7sF,CAAnN,EAAqN8sF,WAAUn9B,CAA/N,EAAiOo9B,YAAW17B,CAA5O,EAA8O27B,aAAYr8B,CAA1P,EAA4Ps8B,gBAAehmD,CAA3Q,EAA6QimD,mBAAkBnmD,CAA/R,EAAiSomD,gBAAer+B,CAAhT,EAAkTs+B,gBAAe/qF,CAAjU,EAAmUgrF,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAczzF,CAAxW,EAA0W0zF,eAAc9rF,CAAxX,EAA0X+rF,SAAQ19B,CAAlY,EAAoY29B,YAAWj+B,CAA/Y,EAAiZk+B,YAAW38B,CAA5Z,EAA8Z48B,WAAUh+B,CAAxa,EAAN,EAAJ,CAA9C,EAAqeK,EAAEiN,OAAF,CAAUt/B,IAAV,GAAeqyB,EAAEryB,IAAtf,EAA2fqyB,EAAEgN,OAAF,CAAUr/B,IAAV,GAAeqyB,EAAEryB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASyM,CAAT,GAAY;AAAC,mBAAM,EAAC0V,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASxyE,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAOmzC,EAAE97B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoByM,CAApB,EAAsB0M,CAAtB,CAAP;AAAgC,kBAAS9hB,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAE,EAAN,CAAS,IAAGnZ,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAAC1yE,wBAAEnZ,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM3I,CAAN,EAAQ;AAACqzD,sBAAEoT,YAAF,CAAezmE,CAAf;AAAkB,yBAAQpB,GAAR,CAAYkjB,CAAZ,EAAe3I,IAAf,CAAoB/D,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIg+C,IAAEj2D,QAAN;AAAA,YAAek2D,IAAE/1D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE6sD,EAAEyS,KAAlC;AAAA,YAAwCvtC,IAAE86B,EAAEhvB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6Dh/B,IAAEptD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAf;AAAA,oBAAoBllB,IAAE,EAAC7wD,KAAIoG,CAAL,EAAOrE,OAAM8Q,CAAb,EAAtB,CAAsCpV,EAAE2I,CAAF,IAAKyqD,CAAL,EAAOtxC,EAAE6yE,KAAF,IAAS7yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAczhC,CAAd,EAAgBA,EAAE0hC,KAAF,GAAQhzE,EAAE8yE,KAA1B,EAAgC9yE,EAAE8yE,KAAF,GAAQxhC,CAAjD,IAAoDtxC,EAAE6yE,KAAF,GAAQ7yE,EAAE8yE,KAAF,GAAQxhC,CAA3E,EAA6EtxC,EAAE2yE,OAAF,IAAW3yE,EAAEqlD,KAAb,IAAoBnnE,EAAE8hB,EAAE6yE,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBuf,EAAE6yE,KAAF,GAAQ7yE,EAAE6yE,KAAF,CAAQE,KAApC,EAA0C/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkFhzE,EAAE2yE,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEkjE,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAGmZ,CAAH,EAAK,OAAOA,MAAI1M,EAAEu/E,KAAN,IAAa7yE,MAAI1M,EAAEw/E,KAAnB,KAA2Bx/E,EAAEu/E,KAAF,GAAQ7yE,EAAE+yE,KAAV,EAAgBz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+DhzE,MAAI1M,EAAEw/E,KAAN,KAAc9yE,EAAEgzE,KAAF,KAAUhzE,EAAEgzE,KAAF,CAAQD,KAAR,GAAc/yE,EAAE+yE,KAAhB,EAAsB/yE,EAAE+yE,KAAF,CAAQC,KAAR,GAAchzE,EAAEgzE,KAAhD,GAAuDhzE,EAAEgzE,KAAF,GAAQ1/E,EAAEw/E,KAAjE,EAAuE9yE,EAAE+yE,KAAF,GAAQ,IAA/E,EAAoFz/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAc/yE,CAAlG,EAAoG1M,EAAEw/E,KAAF,GAAQ9yE,CAA1H,CAA/D,EAA4LA,EAAExd,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBuvD,IAAElrD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BssD,IAAEzuD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAInhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKgG,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASzyE,CAAT,EAAW9hB,CAAX,EAAaqzD,CAAb,EAAe;AAAC,oBAAI7sD,CAAJ,EAAMotD,CAAN,EAAQqB,CAAR,EAAUjB,CAAV,EAAYE,CAAZ,EAAchlC,CAAd,EAAgBqmC,CAAhB,EAAkBzsD,CAAlB,CAAoB,IAAG,CAACgZ,CAAJ,EAAM,OAAO1M,GAAP,CAAW,IAAG5O,IAAE+xB,EAAE46D,SAAF,CAAYnzF,CAAZ,CAAF,EAAiB4zD,IAAEr7B,EAAEu6D,OAAF,CAAUhxE,IAAEtb,CAAZ,CAAnB,EAAkCyuD,IAAE,KAAK8/B,MAAL,CAAY11F,GAAZ,CAAgBu0D,CAAhB,CAApC,EAAuDqB,CAA1D,EAA4D,OAAOA,CAAP,CAASjB,IAAE5+C,GAAF,EAAM8+C,IAAEb,IAAEA,CAAF,GAAIQ,CAAZ,EAAc3kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI00C,CAAJ,IAASv1D,CAAT;AAAW8I,wBAAE9I,EAAEu1D,CAAF,CAAF,EAAO9+C,EAAE3N,CAAF,MAAOorD,EAAEr1C,KAAF,CAAQ02C,CAAR,IAAWzsD,CAAlB,CAAP;AAAX,iBAAuC,OAAOH,EAAEurD,CAAF,EAAKjxD,IAAL,CAAU6e,CAAV,GAAaoyC,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BkkC,EAAE5uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACpyC,IAAE,EAAH,EAAO5iB,MAAP,KAAgB80D,EAAElpC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDhhC,EAAEnkC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E6mC,EAAEsgC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MhhC,EAAElpC,KAAF,GAAQ,CAAR,IAAWkpC,EAAEnkC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB9gC,CAAhB,EAAkBI,CAAlB,CAAjO,EAAsPE,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRF,CAAzR;AAA2R,aAAvlB,EAAwlBihC,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tD//B,EAAE97B,OAAF,GAAU,IAAI87B,CAAJ,EAAV,EAAgB5B,EAAEhvB,IAAF,CAAO8wD,WAAP,GAAmBlgC,CAAnC,EAAqC5B,EAAEhvB,IAAF,CAAO+wD,QAAP,GAAgBxhC,CAArD,EAAuDP,EAAEhvB,IAAF,CAAOgxD,SAAP,GAAiBr1F,CAAxE,EAA0EqzD,EAAEhvB,IAAF,CAAOixD,WAAP,GAAmBxzE,CAA7F;AAA+F,KAAvlE,CAAwlExkB,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,CAAR;AAAA,gBAAU5sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBm9C,CAAhB;AAAA,gBAAkBC,IAAE,EAApB;AAAA,gBAAuBoB,IAAE,CAAzB,CAA2B,KAAItsD,IAAEyM,EAAEzM,CAAF,CAAN,EAAWssD,IAAEtsD,EAAEzJ,MAAf;AAAuB4iB,oBAAEnZ,EAAE0xD,UAAF,CAAapF,GAAb,CAAF,EAAoBj1D,IAAE2I,EAAE0xD,UAAF,CAAapF,GAAb,CAAtB,EAAwC7B,IAAEzqD,EAAE0xD,UAAF,CAAapF,GAAb,CAA1C,EAA4DzuD,IAAEsb,KAAG,CAAjE,EAAmEyW,IAAE,CAAC,IAAEzW,CAAH,KAAO,CAAP,GAAS9hB,KAAG,CAAjF,EAAmFyW,IAAE,CAAC,KAAGzW,CAAJ,KAAQ,CAAR,GAAUozD,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GvvC,MAAM7jB,CAAN,IAASyW,IAAEm9C,IAAE,EAAb,GAAgB/vC,MAAMuvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4IC,IAAEA,IAAER,EAAEC,MAAF,CAAS9sD,CAAT,CAAF,GAAc6sD,EAAEC,MAAF,CAAS/6B,CAAT,CAAd,GAA0B86B,EAAEC,MAAF,CAAS78C,CAAT,CAA1B,GAAsC48C,EAAEC,MAAF,CAASM,CAAT,CAApL;AAAvB,aAAuN,OAAOC,CAAP;AAAS,kBAASz+C,CAAT,CAAWzM,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,KAAIoV,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,oBAAEnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAAF,EAAkB0M,IAAE,GAAF,GAAM9hB,KAAGozD,EAAEtxC,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQ9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAV,CAAH,EAAgB9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAU9hB,KAAGozD,EAAE,MAAItxC,MAAI,EAAV,CAAH,EAAiB9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoC9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAO9hB,CAAP;AAAS,aAAI8hB,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAE8hB,EAAEsjD,UAAvB;AAAA,YAAkChS,IAAE7qD,OAAOC,YAA3C;AAAA,YAAwD6qD,IAAE,mEAA1D,CAA8HrzD,EAAE8hB,EAAEuiB,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAWpgF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nB9X,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAIyM,IAAE3T,IAAN;AAAA,YAAWqgB,IAAExkB,OAAO07D,KAApB;AAAA,YAA0Bh5D,IAAE8hB,EAAEsjD,UAA9B;AAAA,YAAyChS,IAAEzqD,EAAE7E,OAA7C;AAAA,YAAqDuvD,IAAE,EAACoiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKqgF,SAAL,EAAN;AAAA,oBAAuB3zE,IAAEsxC,EAAEzqD,CAAF,EAAIyM,CAAJ,CAAzB,CAAgC,OAAO0M,KAAG,CAAC,CAAJ,IAAO1M,EAAE1U,MAAF,CAASohB,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQyD,SAAQ,iBAAS5c,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,IAAE,KAAKsiC,UAAf,CAA0B,IAAGtiC,KAAG,CAAC,KAAKyiC,UAAZ,EAAuB,KAAI71F,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAEsxC,EAAEpzD,CAAF,CAAF,EAAO8hB,EAAEnZ,CAAF,KAAMmZ,EAAEnZ,CAAF,EAAKyM,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgY0gF,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBzgF,EAAEuX,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAKzM,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQyM,CAA9C,EAAgDA,EAAEugF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20B31F,EAAE8hB,CAAF,EAAI,EAACq0E,QAAO,EAACC,gBAAe/iC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B/1D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,+BAAP,EAAuC,CAAC,yBAAD,EAA2B,mBAA3B,CAAvC,EAAuFh5B,CAAvF;AAA0F,CAA7G,CAA8G,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWyM,CAAX,EAAa;AAAC,iBAAS0M,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAOzM,EAAErE,KAAF,CAAQkpC,CAAR,GAAUp4B,EAAE9Q,KAAF,CAAQkpC,CAAzB;AAA2B,kBAASxtC,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAO,MAAI0iD,EAAEjqB,GAAF,CAAMiqB,EAAEjqB,GAAF,CAAMllC,IAAEyM,CAAR,IAAW,GAAjB,CAAX;AAAiC,aAAIg+C,CAAJ;AAAA,YAAMC,CAAN;AAAA,YAAQ7sD,CAAR;AAAA,YAAU+xB,CAAV;AAAA,YAAY9hB,CAAZ;AAAA,YAAcm9C,CAAd;AAAA,YAAgBC,CAAhB;AAAA,YAAkBoB,CAAlB;AAAA,YAAoBjB,CAApB;AAAA,YAAsBE,CAAtB;AAAA,YAAwBhlC,CAAxB;AAAA,YAA0BqmC,CAA1B;AAAA,YAA4BzsD,CAA5B;AAAA,YAA8B0kC,CAA9B;AAAA,YAAgC/P,CAAhC;AAAA,YAAkC85B,CAAlC;AAAA,YAAoC7pB,CAApC;AAAA,YAAsCtwC,CAAtC;AAAA,YAAwCqJ,CAAxC;AAAA,YAA0C2wD,CAA1C;AAAA,YAA4CU,IAAEr2D,IAA9C;AAAA,YAAmD20D,IAAE94D,OAAO07D,KAA5D;AAAA,YAAkE/vB,IAAEmtB,EAAEgP,UAAtE;AAAA,YAAiFj9D,IAAEiuD,EAAE/xB,IAArF;AAAA,YAA0F9jC,IAAE4H,EAAEmgB,MAA9F;AAAA,YAAqGkuC,IAAEJ,EAAEuN,OAAzG;AAAA,YAAiHlM,IAAErB,EAAE2jC,QAArH;AAAA,YAA8H7jC,IAAEE,EAAEsN,OAAlI;AAAA,YAA0IrN,IAAEH,EAAE2hF,WAA9I;AAAA,YAA0J1hF,IAAED,EAAE0uD,IAA9J;AAAA,YAAmKluD,IAAER,EAAE4hF,qBAAvK;AAAA,YAA6LngF,IAAEzB,EAAE8hF,QAAjM;AAAA,YAA0MpgF,IAAE1B,EAAE4uD,KAA9M;AAAA,YAAoN7tD,IAAEf,EAAEwiF,YAAxN;AAAA,YAAqOlhF,IAAEtB,EAAEqiF,gBAAzO;AAAA,YAA0PrhF,IAAEhB,EAAEuiF,mBAA9P;AAAA,YAAkR5gF,IAAE3B,EAAE8uD,YAAtR;AAAA,YAAmS3tD,IAAEnB,EAAE+uD,cAAvS;AAAA,YAAsT9tD,IAAEjB,EAAEujF,YAA1T;AAAA,YAAuU/hF,IAAExB,EAAE+jF,SAA3U;AAAA,YAAqV/hF,IAAEhC,EAAEikF,WAAzV;AAAA,YAAqWpiF,IAAE7B,EAAEkvD,eAAzW;AAAA,YAAyX7uD,IAAEL,EAAEovD,WAA7X;AAAA,YAAyY7uD,IAAEP,EAAEwkF,YAA7Y;AAAA,YAA0Z1iF,IAAE9B,EAAEykF,mBAA9Z;AAAA,YAAkbrjF,IAAEpB,EAAE0kF,eAAtb;AAAA,YAAscpnF,IAAE0C,EAAEqvD,OAA1c;AAAA,YAAkdjvD,IAAEJ,EAAEsvD,IAAtd;AAAA,YAA2dvtD,IAAE/B,EAAE8kF,YAA/d;AAAA,YAA4ej5G,IAAEm0B,EAAEglF,gBAAhf;AAAA,YAAigB/iF,KAAGjC,EAAEmlF,YAAtgB;AAAA,YAAmhBvkF,KAAGZ,EAAEyvD,YAAxhB;AAAA,YAAqiB3uD,KAAGd,EAAEolF,aAA1iB;AAAA,YAAwjBljF,KAAGlC,EAAEqlF,iBAA7jB;AAAA,YAA+kBxkF,KAAGb,EAAEmwD,kBAAplB;AAAA,YAAumB1vD,KAAGT,EAAEowD,UAA5mB;AAAA,YAAunBjuD,KAAGnC,EAAEumF,kBAA5nB;AAAA,YAA+oBnkF,KAAGnwD,EAAE+qF,UAAppB;AAAA,YAA+pB16B,KAAGtC,EAAEzyB,KAApqB;AAAA,YAA0qB80B,KAAG,KAA7qB;AAAA,YAAmrBE,KAAG,MAAtrB;AAAA,YAA6rBK,KAAG5C,EAAEiuD,eAAlsB;AAAA,YAAktBzrD,KAAG,GAArtB;AAAA,YAAytBC,KAAGb,EAAEzoC,EAAF,GAAK,GAAjuB;AAAA,YAAquBwpC,KAAG,KAAxuB;AAAA,YAA8uBE,KAAG,aAAjvB;AAAA,YAA+vBH,KAAG,KAAlwB;AAAA,YAAwwBQ,KAAG,WAA3wB;AAAA,YAAuxBrD,KAAG,WAA1xB;AAAA,YAAsyBhB,KAAG,cAAzyB;AAAA,YAAwzBtB,KAAG,WAA3zB;AAAA,YAAu0ByF,KAAG,aAA10B;AAAA,YAAw1BxD,KAAG,WAA31B;AAAA,YAAu2BmB,KAAG,QAA12B;AAAA,YAAm3B8b,KAAG,GAAt3B;AAAA,YAA03B3c,KAAG,GAA73B;AAAA,YAAi4BlC,KAAG,MAAp4B;AAAA,YAA24ByF,KAAG,CAACH,EAAD,EAAIrD,EAAJ,EAAOhB,EAAP,CAA94B;AAAA,YAAy5B2d,KAAG,CAACjf,EAAD,EAAIyF,EAAJ,EAAOxD,EAAP,CAA55B;AAAA,YAAu6Bkd,KAAG,EAAC+sC,iBAAgB,yBAASh3G,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeozD,IAAEpzD,EAAEY,OAAnB;AAAA,oBAA2ByyD,IAAEyE,EAAEjqB,GAAF,CAAM7tC,EAAE2gC,GAAF,CAAM6hD,MAAN,GAAe90C,CAAf,GAAiB/kC,EAAEy1G,OAAF,GAAYpI,EAAnC,CAA7B;AAAA,oBAAoExvG,IAAE,CAAC,CAAvE;AAAA,oBAAyE+xB,IAAE,EAA3E,CAA8E,OAAO66B,EAAEuqD,cAAF,CAAiB1gF,OAAjB,KAA2B7nB,IAAEpV,EAAEq9I,mBAAF,CAAsB10I,CAAtB,CAAF,EAA2BnC,IAAE,CAAC,CAA9B,EAAgC+xB,IAAEv4B,EAAEs9I,oBAAF,CAAuBloI,CAAvB,EAAyBi+C,CAAzB,EAA2BD,EAAEuqD,cAA7B,CAA7D,GAA2GvqD,EAAEwqD,cAAF,CAAiB3gF,OAAjB,KAA2Bnb,IAAE9hB,EAAEu9I,mBAAF,CAAsB50I,CAAtB,EAAwBnC,CAAxB,CAAF,EAA6BjG,EAAEg4B,CAAF,EAAIv4B,EAAEw9I,oBAAF,CAAuB17H,CAAvB,EAAyBuxC,CAAzB,EAA2BD,EAAEwqD,cAA7B,EAA4Cj1G,CAA5C,EAA8CnC,CAA9C,CAAJ,CAAxD,CAA3G,EAA0N+xB,CAAjO;AAAmO,aAA9U,EAA+U+kH,sBAAqB,8BAAS30I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,uBAAO,KAAK27H,eAAL,CAAqB90I,CAArB,EAAuByM,CAAvB,EAAyB0M,CAAzB,CAAP;AAAmC,aAAvZ,EAAwZ07H,sBAAqB,8BAAS70I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiBozD,CAAjB,EAAmB;AAAC,oBAAIC,IAAE,KAAKqqF,cAAL,IAAqB,KAAKA,cAAL,CAAoBtoI,CAApB,EAAsBpV,CAAtB,EAAwBozD,CAAxB,CAA3B,CAAsD,OAAO,KAAKqqF,eAAL,CAAqB90I,CAArB,EAAuByM,CAAvB,EAAyB0M,CAAzB,EAA2BuxC,CAA3B,CAAP;AAAqC,aAA5hB,EAA6hBoqF,iBAAgB,yBAAS90I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ7sD,IAAE,EAACu4F,QAAO,EAACj0E,OAAMhJ,EAAEgJ,KAAT,EAAeypB,OAAMzyB,EAAEyyB,KAAvB,EAA6Bo1D,UAAS7nF,EAAE6nF,QAAxC,EAAR,EAAV;AAAA,oBAAqEpxE,IAAE,KAAKoI,GAAL,CAAS6hD,MAAT,EAAvE;AAAA,oBAAyF/rE,IAAE,IAAIghD,EAAEwiC,MAAN,CAAa,CAAC1hE,EAAEiV,CAAH,EAAKjV,EAAEmV,CAAP,CAAb,EAAuBt4B,CAAvB,CAA3F;AAAA,oBAAqHw+C,IAAE,KAAK6qD,eAAL,EAAvH,CAA8I,KAAIrrD,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuBC,wBAAE,IAAImD,EAAE8uC,IAAN,CAAW9+F,CAAX,CAAF,EAAgBxG,MAAIyW,EAAEgiF,MAAF,GAASz4F,EAAE2I,EAAEyqD,CAAF,CAAF,CAAb,CAAhB,EAAsCC,EAAEmuC,MAAF,CAAS/qF,EAAE+rE,MAAX,EAAmBggB,MAAnB,CAA0B/rF,EAAEiiF,OAAF,CAAU/vF,EAAEyqD,CAAF,CAAV,CAA1B,CAAtC,EAAiFQ,EAAEtrC,MAAF,CAAS+qC,CAAT,CAAjF;AAAvB,iBAAoH,OAAOO,EAAEz9C,QAAT;AAAkB,aAAn1B,EAAo1BwnI,gBAAe,wBAASvoI,CAAT,EAAW0M,CAAX,EAAa9hB,CAAb,EAAeozD,CAAf,EAAiBC,CAAjB,EAAmB;AAAC,oBAAI7sD,IAAE,IAAN;AAAA,oBAAW+xB,IAAE/xB,EAAEo3I,SAAF,CAAY97H,CAAZ,EAAc9hB,CAAd,EAAgBozD,CAAhB,EAAkBC,CAAlB,CAAb;AAAA,oBAAkC58C,IAAErB,EAAExU,OAAtC;AAAA,oBAA8CgzD,IAAEn9C,EAAEwmB,OAAF,IAAW,CAACxmB,EAAEqmG,IAAF,IAAQ,EAAT,EAAa7/E,OAAb,KAAuB,CAAC,CAAnF,CAAqF,OAAOt0B,EAAE7I,GAAF,CAAMy4B,CAAN,EAAQ,UAAS5vB,CAAT,EAAW;AAAC,wBAAIyM,IAAE5O,EAAEq3I,aAAF,CAAgBl1I,CAAhB,CAAN,CAAyB,IAAG,CAACirD,CAAD,IAAI,OAAKx+C,CAAZ,EAAc,OAAOA,CAAP;AAAS,iBAApE,CAAP;AAA6E,aAAzhC,EAA16B;AAAA,YAAq8D0gD,KAAGmB,EAAEt2D,MAAF,CAAS,EAACC,SAAQ,EAAC21F,YAAW,EAAZ,EAAehlD,QAAO,EAACzjB,QAAO6oC,GAAG,EAAH,CAAR,EAAtB,EAAsCgnD,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAArD,EAAkE4gF,WAAU,CAAC,CAA7E,EAAT,EAAyF7mC,OAAM,iBAAU;AAAC,uBAAM,EAAC9gC,KAAI,CAAL,EAAOvpB,KAAI,KAAK/rB,OAAL,CAAa26H,UAAb,CAAwBr8H,MAAnC,EAAN;AAAiD,aAA3J,EAA4JykC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,qBAAKg4B,GAAL,GAASh4B,CAAT,EAAW,KAAKqlI,YAAL,EAAX;AAA+B,aAA9M,EAA+M5vB,SAAQ,mBAAU;AAAC,uBAAO,KAAKz9E,GAAZ;AAAgB,aAAlP,EAAmPqtG,cAAa,wBAAU;AAAC,oBAAIrlI,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,IAAV;AAAA,oBAAe9hB,IAAE8hB,EAAElhB,OAAF,CAAU2wC,MAA3B;AAAA,oBAAkC6hB,IAAEpzD,EAAEi3E,IAAF,IAAQ,CAA5C;AAAA,oBAA8C5jB,IAAErzD,EAAE+uB,IAAF,IAAQ,CAAxD;AAAA,oBAA0DvoB,IAAE,IAAIoxD,CAAJ,EAA5D;AAAA,oBAAkEr/B,IAAEzW,EAAEyvB,MAAtE,CAA6E,KAAIn8B,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB;AAAuBmjB,sBAAEnjB,CAAF,EAAKuuB,MAAL,CAAYn9B,CAAZ,GAAemC,IAAE4vB,EAAEnjB,CAAF,EAAKurB,GAAtB,EAA0BpI,EAAEnjB,CAAF,EAAKuuB,MAAL,CAAY7hB,EAAE29F,OAAF,CAAUrsD,IAAEh+C,IAAEi+C,CAAd,EAAiBmlD,WAAjB,CAA6B,CAA7B,EAA+B7vG,EAAEmiB,KAAF,EAA/B,EAAyCniB,EAAEknB,MAAF,EAAzC,CAAZ,CAA1B;AAAvB;AAAmH,aAA3c,EAA4c+tH,WAAU,mBAASj1I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,IAAE,IAAR;AAAA,oBAAa7sD,IAAE6sD,EAAEzyD,OAAjB;AAAA,oBAAyB23B,IAAE/xB,EAAE+0H,UAAF,CAAar8H,MAAxC;AAAA,oBAA+CuX,IAAE,CAAjD;AAAA,oBAAmDm9C,IAAEr7B,IAAE5vB,CAAF,IAAK,CAA1D;AAAA,oBAA4DkrD,IAAE,MAAID,CAAlE;AAAA,oBAAoEqB,IAAE,EAAtE,CAAyE,KAAI7/C,IAAEA,KAAG,CAAL,EAAO0M,IAAEA,KAAG,CAAZ,EAAcsxC,IAAEh+C,CAApB,EAAsBg+C,IAAEQ,CAAxB,EAA0BR,KAAGtxC,CAA7B;AAA+BrL,wBAAEjQ,EAAE+Q,OAAF,GAAU,MAAI67C,IAAES,CAAhB,GAAkBT,IAAES,CAAtB,EAAwBp9C,IAAE+hD,GAAG/hD,CAAH,EAAKqiD,EAAL,IAAS,GAAnC,EAAuC94D,KAAGk2D,EAAEpyD,OAAF,CAAU2S,CAAV,EAAYzW,CAAZ,CAAH,IAAmBi1D,EAAEt3D,IAAF,CAAO8Y,CAAP,CAA1D;AAA/B,iBAAmG,OAAOw+C,CAAP;AAAS,aAA7pB,EAA8pB6oF,gBAAe,0BAAU;AAAC,uBAAO,KAAKF,SAAL,CAAe,CAAf,CAAP;AAAyB,aAAjtB,EAAktBG,gBAAe,0BAAU;AAAC,uBAAO,KAAKH,SAAL,CAAe,EAAf,CAAP;AAA0B,aAAtwB,EAAuwBC,eAAc,uBAASl1I,CAAT,EAAW;AAAC,uBAAM,CAAC,MAAIA,CAAJ,GAAM,KAAK/H,OAAL,CAAa21F,UAApB,IAAgC,GAAtC;AAA0C,aAA30B,EAA40BynD,aAAY,uBAAU;AAAC,uBAAOr1I,EAAE7I,GAAF,CAAM,KAAKg+I,cAAL,EAAN,EAA4Bn1I,EAAEnE,KAAF,CAAQ,KAAKq5I,aAAb,EAA2B,IAA3B,CAA5B,CAAP;AAAqE,aAAx6B,EAAy6Br/B,YAAW,sBAAU;AAAC,uBAAM,EAAN;AAAS,aAAx8B,EAAy8B6+B,qBAAoB,6BAAS10I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKxU,OAAL,CAAa+8G,cAAnB,CAAkC,OAAO,KAAKggC,cAAL,CAAoBh1I,CAApB,EAAsB,CAAtB,EAAwByM,EAAE6hE,IAA1B,EAA+B7hE,EAAE2Z,IAAjC,CAAP;AAA8C,aAAzjC,EAA0jCwuH,qBAAoB,6BAAS50I,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,KAAKlhB,OAAX;AAAA,oBAAmBZ,IAAE8hB,EAAE87F,cAAvB;AAAA,oBAAsCxqD,IAAEtxC,EAAE67F,cAA1C;AAAA,oBAAyDtqD,IAAEj+C,IAAE,KAAKwoI,SAAL,CAAe,CAAf,EAAiBxqF,EAAE6jB,IAAnB,EAAwB7jB,EAAErkC,IAA1B,CAAF,GAAkC,IAA7F,CAAkG,OAAO,KAAK4uH,cAAL,CAAoBh1I,CAApB,EAAsB,EAAtB,EAAyB3I,EAAEi3E,IAA3B,EAAgCj3E,EAAE+uB,IAAlC,EAAuCskC,CAAvC,CAAP;AAAiD,aAA/uC,EAAgvCqqF,gBAAe,wBAAS/0I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ,EAAMozD,CAAN,EAAQC,CAAR,EAAU7sD,CAAV,CAAY,IAAG4O,EAAExU,OAAF,CAAUqB,IAAV,KAAiBs2D,EAApB,EAAuB,OAAOv4D,IAAE,OAAK,IAAE,KAAKY,OAAL,CAAa26H,UAAb,CAAwBr8H,MAA/B,CAAF,EAAyCk0D,IAAE0E,EAAE1oC,GAAF,CAAMpvB,IAAE24D,EAAR,IAAYhwD,CAAvD,EAAyD0qD,IAAE,KAAK2qF,WAAL,EAA3D,EAA8Ex3I,IAAE,WAAS4O,CAAT,EAAW;AAAC,2BAAM,CAAC0M,CAAD,IAAIo0C,EAAEpyD,OAAF,CAAUsR,CAAV,EAAYi+C,CAAZ,CAAJ,GAAmB1qD,CAAnB,GAAqByqD,CAA3B;AAA6B,iBAAhI;AAAiI,aAAn7C,EAAo7CmrD,iBAAgB,2BAAU;AAAC,oBAAI51G,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYozD,CAAZ;AAAA,oBAAcC,CAAd;AAAA,oBAAgB7sD,CAAhB;AAAA,oBAAkB+xB,IAAE,IAApB;AAAA,oBAAyB9hB,IAAE8hB,EAAE33B,OAA7B;AAAA,oBAAqCgzD,IAAEn9C,EAAE0oG,SAAF,IAAa,EAApD;AAAA,oBAAuDtrD,IAAE,KAAKwrD,cAAL,GAAoB,IAAI7oD,EAAEykC,KAAN,CAAY,EAACse,QAAO,CAAC,CAAT,EAAZ,CAA7E,CAAsG,KAAI5wG,IAAE,CAAN,EAAQA,IAAEirD,EAAE10D,MAAZ,EAAmByJ,GAAnB;AAAuByM,wBAAEw+C,EAAEjrD,CAAF,CAAF,EAAOmZ,IAAEyW,EAAE0lH,YAAF,CAAe7oI,CAAf,CAAT,EAA2BpV,IAAEu4B,EAAEknF,OAAF,CAAUrqG,EAAE28D,IAAZ,CAA7B,EAA+C3e,IAAEh+C,EAAE28D,IAAF,GAAOja,EAAErD,KAAF,CAAQr/C,EAAE28D,IAAV,CAAxD,EAAwEjwD,EAAEy0E,UAAF,IAAcnjC,IAAEpzD,EAAEm0G,KAA1F,EAAgG9gD,IAAEyE,EAAE+mB,IAAF,CAAOzpE,EAAE6c,EAAT,IAAa7c,EAAE6c,EAAjH,EAAoHnQ,EAAEqyF,KAAF,IAAS,CAAC9gD,IAAED,CAAH,IAAMpzD,EAAEm0G,KAArI,EAA2I3tG,IAAEswD,GAAG39B,OAAH,CAAWu/E,UAAX,CAAsB52F,CAAtB,EAAwB,EAACg9E,MAAK,EAACvqD,OAAMn/B,EAAEm/B,KAAT,EAAe/mB,SAAQpY,EAAEoY,OAAzB,EAAN,EAAwCuxE,QAAO,EAACvxE,SAAQpY,EAAEoY,OAAX,EAA/C,EAAxB,CAA7I,EAA0OqmC,EAAEvrC,MAAF,CAAS9hB,CAAT,CAA1O;AAAvB,iBAA6Q+xB,EAAE+gF,YAAF,CAAezlD,CAAf;AAAkB,aAAp1D,EAAq1DoqF,cAAa,sBAASt1I,CAAT,EAAW;AAAC,uBAAO,KAAK82G,OAAL,CAAa92G,EAAEopE,IAAf,EAAoBppE,EAAEspB,EAAF,GAAK,CAAzB,CAAP;AAAmC,aAAj5D,EAAk5DwtF,SAAQ,iBAAS92G,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,IAAE,IAAZ;AAAA,oBAAiB7sD,IAAE6sD,EAAEzyD,OAArB;AAAA,oBAA6B23B,IAAE/xB,EAAEq3G,SAAjC;AAAA,oBAA2CpnG,IAAE48C,EAAE1yB,GAA/C;AAAA,oBAAmDizB,IAAEP,EAAE2qF,WAAF,EAArD;AAAA,oBAAqEnqF,IAAED,EAAE10D,MAAzE;AAAA,oBAAgF+1D,IAAE,MAAIpB,CAAtF,CAAwF,OAAOrtD,EAAE+Q,OAAF,IAAW,CAACghB,CAAZ,KAAgB5vB,IAAE,CAACA,IAAE,CAAH,IAAMkrD,CAAxB,GAA2BlrD,IAAE2vD,GAAGR,EAAErD,KAAF,CAAQ9rD,CAAR,CAAH,EAAc,CAAd,EAAgBkrD,IAAE,CAAlB,CAA7B,EAAkD7zD,IAAE4zD,EAAEjrD,CAAF,CAApD,EAAyD4vB,MAAIv4B,KAAGi1D,IAAE,CAAL,EAAOj1D,IAAE,CAAF,KAAMA,KAAG,GAAT,CAAX,CAAzD,EAAmFoV,IAAEkjD,GAAGR,EAAE+mB,IAAF,CAAOzpE,KAAGzM,CAAV,CAAH,EAAgBA,CAAhB,EAAkBkrD,IAAE,CAApB,CAArF,EAA4G/xC,IAAE1M,IAAEzM,CAAF,GAAI,CAAlH,EAAoHyqD,IAAE6B,IAAEnzC,CAAxH,EAA0H,IAAIw0C,CAAJ,CAAM7/C,EAAE+rE,MAAF,EAAN,EAAiB,CAAjB,EAAmB/rE,EAAEoZ,MAAF,KAAW,CAA9B,EAAgC7vB,CAAhC,EAAkCozD,CAAlC,CAAjI;AAAsK,aAAtqE,EAAuqE+sD,MAAK,cAASx3G,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,KAAK29F,OAAL,CAAa92G,CAAb,EAAeyM,CAAf,CAAN;AAAA,oBAAwBpV,IAAE8hB,EAAEy0E,UAAF,GAAa,GAAvC;AAAA,oBAA2CnjC,IAAEpzD,IAAE8hB,EAAEqyF,KAAjD,CAAuD,OAAO,IAAI18C,EAAEuiC,GAAN,CAAU,CAACl4E,EAAE+xC,CAAF,CAAIrmB,CAAL,EAAO1rB,EAAE+xC,CAAF,CAAInmB,CAAX,CAAV,EAAwB,EAAC6oD,YAAWv2F,CAAZ,EAAcw2F,UAASpjC,CAAvB,EAAyBylC,SAAQ/2E,EAAEsxC,CAAnC,EAAqC0lC,SAAQh3E,EAAEsxC,CAA/C,EAAxB,CAAP;AAAkF,aAAn0E,EAAo0EgrE,oBAAmB,4BAASz1H,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeozD,IAAE,IAAjB;AAAA,oBAAsBC,IAAErzD,EAAEY,OAAF,CAAU26H,UAAV,CAAqBr8H,MAA7C,CAAoD,KAAIkW,IAAE,CAAN,EAAQA,IAAEi+C,CAAV,EAAYj+C,GAAZ;AAAgB,wBAAG0M,IAAE9hB,EAAEy/G,OAAF,CAAUrqG,CAAV,CAAF,EAAe0M,EAAEo2E,aAAF,CAAgBvvF,CAAhB,CAAlB,EAAqC;AAACyqD,4BAAEh+C,CAAF,CAAI;AAAM;AAAhE,iBAAgE,OAAOg+C,CAAP;AAAS,aAAh+E,EAAT,CAAx8D,CAAo7InqB,EAAE6sB,GAAGx3D,EAAL,EAAQs0E,EAAR,GAAYxf,IAAE,EAACxyD,SAAQ,EAAC+8G,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAAhB,EAAT,EAAuCshF,iBAAgB,2BAAU;AAAC,oBAAI51G,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYozD,CAAZ;AAAA,oBAAcC,CAAd;AAAA,oBAAgB7sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAE5F,OAA3B;AAAA,oBAAmC6V,IAAE8hB,EAAE4mF,SAAF,IAAa,EAAlD;AAAA,oBAAqDvrD,IAAEr7B,EAAEolF,cAAF,CAAiB17G,IAAxE;AAAA,oBAA6E4xD,IAAErtD,EAAE44G,QAAF,CAAW8+B,SAA1F;AAAA,oBAAoGjpF,IAAEpB,EAAEmqF,WAAF,EAAtG;AAAA,oBAAsHhqF,IAAEH,EAAElzB,GAAF,CAAM6hD,MAAN,EAAxH;AAAA,oBAAuItuB,IAAE,KAAKmrD,cAAL,GAAoB,IAAI7oD,EAAEykC,KAAN,CAAY,EAACse,QAAO,CAAC,CAAT,EAAZ,CAA7J,CAAsL,KAAI5wG,IAAE,CAAN,EAAQA,IAAE8N,EAAEvX,MAAZ,EAAmByJ,GAAnB;AAAuByM,wBAAEqB,EAAE9N,CAAF,CAAF,EAAOmZ,IAAE,EAACg9E,MAAK,EAACvqD,OAAMn/B,EAAEm/B,KAAT,EAAe/mB,SAAQpY,EAAEoY,OAAzB,EAAN,EAAwCuxE,QAAO,EAACvxE,SAAQpY,EAAEoY,OAAX,EAA/C,EAAT,EAA6ExtB,IAAEwG,EAAEi5G,OAAF,CAAUrqG,EAAE28D,IAAZ,EAAiB38D,EAAE6c,EAAnB,EAAsB,CAAC,CAAvB,CAA/E,EAAyGmhC,IAAE,IAAIkD,CAAJ,CAAMtC,CAAN,EAAQA,EAAEtmB,CAAF,GAAI1tC,EAAEk2G,EAAd,EAAiBliD,EAAEtmB,CAAF,GAAI1tC,EAAEg2G,EAAvB,EAA0B,CAA1B,EAA4B,GAA5B,CAA3G,EAA4I3iD,IAAEO,MAAI2E,EAAJ,GAAOzB,GAAG39B,OAAH,CAAWu/E,UAAX,CAAsBtlD,CAAtB,EAAwBtxC,CAAxB,CAAP,GAAkC00C,EAAE8uC,IAAF,CAAOtN,UAAP,CAAkBxxF,EAAE23I,cAAF,CAAiB/qF,CAAjB,EAAmB6B,CAAnB,CAAlB,EAAwCnzC,CAAxC,EAA2C4H,KAA3C,EAAhL,EAAmOwqC,EAAE5rC,MAAF,CAAS+qC,CAAT,CAAnO;AAAvB,iBAAsQ7sD,EAAE8yG,YAAF,CAAeplD,CAAf;AAAkB,aAAhhB,EAAihBiqF,gBAAe,wBAASx1I,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,IAAE,EAAR;AAAA,oBAAWozD,IAAE,EAAb;AAAA,oBAAgBC,IAAE,CAAC1qD,EAAEkrD,CAAF,CAAIrmB,CAAL,EAAO7kC,EAAEkrD,CAAF,CAAInmB,CAAX,CAAlB;AAAA,oBAAgClnC,IAAE,IAAIixD,EAAEwiC,MAAN,CAAa5mC,CAAb,EAAe1qD,EAAE0vG,EAAjB,CAAlC;AAAA,oBAAuD9/E,IAAE,IAAIk/B,EAAEwiC,MAAN,CAAa5mC,CAAb,EAAe1qD,EAAEyqD,CAAjB,CAAzD,CAA6E,KAAItxC,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,sBAAErC,IAAF,CAAO6I,EAAEkyF,OAAF,CAAUtjF,EAAE0M,CAAF,CAAV,CAAP,GAAwBsxC,EAAEz1D,IAAF,CAAO46B,EAAEmgE,OAAF,CAAUtjF,EAAE0M,CAAF,CAAV,CAAP,CAAxB;AAAvB,iBAAuE,OAAO9hB,EAAEuX,OAAF,IAAYvX,EAAErC,IAAF,CAAOqC,EAAE,CAAF,CAAP,CAAZ,EAAyBozD,EAAEz1D,IAAF,CAAOy1D,EAAE,CAAF,CAAP,CAAzB,EAAsCA,EAAE11D,MAAF,CAASsC,CAAT,CAA7C;AAAyD,aAA3vB,EAA4vB2/G,iBAAgB,yBAASh3G,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyBwyD,IAAEtxC,EAAEs8H,2BAAF,EAA3B;AAAA,oBAA2D/qF,IAAE1qD,EAAEq1I,WAAF,EAA7D;AAAA,oBAA6Ex3I,IAAEmC,EAAEg4B,GAAF,CAAM6hD,MAAN,EAA/E;AAAA,oBAA8FjqD,IAAE,EAAhG,CAAmG,OAAOv4B,EAAE29G,cAAF,CAAiB1gF,OAAjB,KAA2B1E,IAAEzW,EAAE27H,eAAF,CAAkBj3I,CAAlB,EAAoB4sD,CAApB,EAAsBC,CAAtB,EAAwBrzD,EAAE29G,cAA1B,CAA7B,GAAwE39G,EAAE49G,cAAF,CAAiB3gF,OAAjB,KAA2B7nB,IAAE0M,EAAEu8H,2BAAF,EAAF,EAAkC99I,EAAEg4B,CAAF,EAAIzW,EAAE27H,eAAF,CAAkBj3I,CAAlB,EAAoB4O,CAApB,EAAsBi+C,CAAtB,EAAwBrzD,EAAE49G,cAA1B,CAAJ,CAA7D,CAAxE,EAAqLrlF,CAA5L;AAA8L,aAAzjC,EAA0jCklH,iBAAgB,yBAAS90I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ7sD,CAAR;AAAA,oBAAU+xB,CAAV;AAAA,oBAAY9hB,CAAZ;AAAA,oBAAcm9C,IAAE,EAACmrC,QAAO,EAACj0E,OAAM9qB,EAAE8qB,KAAT,EAAeypB,OAAMv0C,EAAEu0C,KAAvB,EAA6Bo1D,UAAS3pG,EAAE2pG,QAAxC,EAAR,EAAhB;AAAA,oBAA2E91C,IAAE7zD,EAAEi3E,IAAF,IAAQ,CAArF;AAAA,oBAAuFhiB,IAAEj1D,EAAE+uB,IAAF,IAAQ,CAAjG;AAAA,oBAAmGilC,IAAE,KAAKyqD,eAAL,EAArG,CAA4H,KAAIprD,IAAEQ,CAAN,EAAQR,IAAEj+C,EAAElW,MAAZ,EAAmBm0D,KAAG4B,CAAtB;AAAwB,wBAAG7B,IAAEzqD,EAAE+kC,CAAF,GAAIt4B,EAAEi+C,CAAF,CAAN,EAAWD,IAAE,CAAhB,EAAkB,IAAG76B,IAAE,IAAIk/B,EAAEwiC,MAAN,CAAa,CAACtxF,EAAE6kC,CAAH,EAAK7kC,EAAE+kC,CAAP,CAAb,EAAuB0lB,CAAvB,CAAF,EAA4BpzD,EAAEiC,IAAF,KAASs2D,EAAxC,EAA2CvE,EAAE1rC,MAAF,CAAS,IAAIkuC,EAAEyjC,MAAN,CAAa1hE,CAAb,EAAeq7B,CAAf,CAAT,EAA3C,KAA2E;AAAC,6BAAIn9C,IAAE,IAAI+/C,EAAE8uC,IAAN,CAAW1xC,CAAX,CAAF,EAAgBptD,IAAE,CAAtB,EAAwBA,IAAEsb,EAAE5iB,MAA5B,EAAmCsH,GAAnC;AAAuCiQ,8BAAE+rF,MAAF,CAASjqE,EAAEmgE,OAAF,CAAU52E,EAAEtb,CAAF,CAAV,CAAT;AAAvC,yBAAiEiQ,EAAEiT,KAAF,IAAUsqC,EAAE1rC,MAAF,CAAS7R,CAAT,CAAV;AAAsB;AAA7M,iBAA6M,OAAOu9C,EAAE79C,QAAT;AAAkB,aAAv7C,EAAw7CyrG,UAAS,kBAASj5G,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQsxC,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY7sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB9hB,CAAhB;AAAA,oBAAkBm9C,IAAE,IAApB;AAAA,oBAAyBC,IAAED,EAAEhzD,OAA7B;AAAA,oBAAqCq0D,IAAErB,EAAEwqD,OAAF,EAAvC;AAAA,oBAAmDpqD,IAAEJ,EAAEwrD,QAAF,CAAW8+B,SAAhE;AAAA,oBAA0EhqF,IAAEF,EAAEgqF,WAAF,EAA5E;AAAA,oBAA4F9uH,IAAE8kC,EAAErzB,GAAF,CAAM6hD,MAAN,EAA9F;AAAA,oBAA6GjtB,IAAE5sD,EAAE2uF,UAAF,CAAapoE,CAAb,CAA/G;AAAA,oBAA+HpmB,IAAEysD,CAAjI,CAAmI,OAAO1B,EAAE8pD,cAAF,CAAiB17G,IAAjB,KAAwBs2D,EAAxB,IAA4BrE,EAAEh1D,MAAF,GAAS,CAArC,KAAyCkW,IAAEzM,EAAE6kC,CAAF,GAAIte,EAAEse,CAAR,EAAU1rB,IAAEnZ,EAAE+kC,CAAF,GAAIxe,EAAEwe,CAAlB,EAAoB0lB,IAAE,CAAC0E,EAAEw+B,KAAF,CAAQx0E,CAAR,EAAU1M,CAAV,IAAaujD,EAAb,GAAgB,GAAjB,IAAsB,GAA5C,EAAgDzE,EAAEzzD,IAAF,CAAO,UAASkI,CAAT,EAAWyM,CAAX,EAAa;AAAC,2BAAOpV,EAAE2I,CAAF,EAAIyqD,CAAJ,IAAOpzD,EAAEoV,CAAF,EAAIg+C,CAAJ,CAAd;AAAqB,iBAA1C,CAAhD,EAA4FC,IAAErzD,EAAEk0D,EAAE,CAAF,CAAF,EAAOA,EAAE,CAAF,CAAP,IAAa,CAA3G,EAA6G1tD,IAAExG,EAAEozD,CAAF,EAAIc,EAAE,CAAF,CAAJ,CAA/G,EAAyH37B,IAAE,KAAG86B,CAA9H,EAAgI58C,IAAE,MAAIjQ,CAAJ,GAAM+xB,CAAxI,EAA0IzvB,IAAEysD,KAAGuC,EAAE8gC,GAAF,CAAMniF,IAAEkiD,EAAR,IAAYb,EAAE8gC,GAAF,CAAMrgE,IAAEogC,EAAR,CAAf,CAArL,GAAkN/E,EAAE0qF,QAAF,GAAahgJ,EAAb,CAAgBsjH,QAAhB,CAAyBxiH,IAAzB,CAA8Bw0D,CAA9B,EAAgC,IAAIJ,CAAJ,CAAMyB,EAAE8gD,EAAR,EAAW9gD,EAAEihD,EAAF,GAAKptG,CAAhB,CAAhC,CAAzN;AAA6Q,aAA71D,EAAd,EAA62DuqD,IAAEkD,EAAE51D,MAAF,CAAS,EAACy9I,6BAA4B,uCAAU;AAAC,uBAAO,KAAKz8B,gBAAL,CAAsB,KAAK/gH,OAAL,CAAag+G,SAAnC,CAAP;AAAqD,aAA7F,EAA8Fy/B,6BAA4B,uCAAU;AAAC,oBAAI11I,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE/H,OAAf;AAAA,oBAAuBkhB,IAAE,CAAzB,CAA2B,OAAO1M,EAAEuoG,cAAF,CAAiB1gF,OAAjB,KAA2Bnb,IAAE1M,EAAEwpG,SAA/B,GAA0Cj2G,EAAEg5G,gBAAF,CAAmBvsG,EAAE2pG,SAArB,EAA+Bj9F,CAA/B,CAAjD;AAAmF,aAAnP,EAAoPw8H,UAAS,oBAAU;AAAC,uBAAO/nF,CAAP;AAAS,aAAjR,EAAT,CAA/2D,EAA4oEttB,EAAEoqB,EAAE/0D,EAAJ,EAAO80D,CAAP,CAA5oE,EAAspE5sD,IAAEuxD,EAAEp3D,MAAF,CAAS,EAACy9I,6BAA4B,uCAAU;AAAC,oBAAIz1I,IAAE,IAAN;AAAA,oBAAWyM,IAAE,EAAb,CAAgB,OAAOzM,EAAE05G,2BAAF,CAA8B,UAAS15G,CAAT,EAAW;AAACyM,sBAAEzX,IAAF,CAAOgL,CAAP;AAAU,iBAApD,EAAqDA,EAAE/H,OAAF,CAAU+8G,cAA/D,GAA+EvoG,CAAtF;AAAwF,aAAhJ,EAAiJipI,6BAA4B,uCAAU;AAAC,oBAAI11I,IAAE,IAAN;AAAA,oBAAWyM,IAAE,EAAb,CAAgB,OAAOzM,EAAE25G,2BAAF,CAA8B,UAAS35G,CAAT,EAAW;AAACyM,sBAAEzX,IAAF,CAAOgL,CAAP;AAAU,iBAApD,EAAqDA,EAAE/H,OAAF,CAAUg9G,cAA/D,GAA+ExoG,CAAtF;AAAwF,aAAhS,EAAiSkpI,UAAS,oBAAU;AAAC,uBAAOvmF,CAAP;AAAS,aAA9T,EAAT,CAAxpE,EAAk+E9uB,EAAEziC,EAAElI,EAAJ,EAAO80D,CAAP,CAAl+E,EAA4+E76B,IAAE49B,EAAEx1D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAW+gD,EAAE73D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBzM,CAAjB,GAAoBA,IAAEyM,EAAExU,OAAxB,EAAgC+H,EAAEo2G,SAAF,GAAYp2G,EAAEo2G,SAAF,IAAa3pG,EAAExU,OAAF,CAAUg+G,SAAV,GAAoB,CAA7E;AAA+E,aAA5G,EAA6Gh+G,SAAQ,EAACqB,MAAK,OAAN,EAAcs0F,YAAW,CAAzB,EAA2Bh/E,SAAQ,CAAC,CAApC,EAAsCqnG,WAAU,EAAhD,EAAmD1oE,KAAI,CAAvD,EAAyDvpB,KAAI,GAA7D,EAAiE4kB,QAAO,EAACzjB,QAAO6oC,GAAG,EAAH,CAAR,EAAxE,EAAwFgnD,gBAAe,EAACppE,OAAMkkB,EAAP,EAAUx7B,SAAQ,CAAC,CAAnB,EAAqBnS,OAAM,CAA3B,EAAvG,EAAqI8yF,gBAAe,EAACrpE,OAAM,MAAP,EAApJ,EAArH,EAAyRmtE,cAAa,sBAAS/4G,CAAT,EAAW;AAAC,uBAAO4tD,EAAEj4D,EAAF,CAAKojH,YAAL,CAAkBtiH,IAAlB,CAAuB,IAAvB,EAA4BuJ,CAA5B,IAA+B,CAAtC;AAAwC,aAA1V,EAA2Vg7B,QAAO,gBAASh7B,CAAT,EAAW;AAAC,qBAAKg4B,GAAL,GAASh4B,CAAT,EAAW,KAAKqlI,YAAL,EAAX;AAA+B,aAA7Y,EAA8YA,cAAa,wBAAU;AAAC,oBAAIrlI,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,IAAV;AAAA,oBAAe9hB,IAAE8hB,EAAElhB,OAAnB;AAAA,oBAA2BwyD,IAAEpzD,EAAEuxC,MAA/B;AAAA,oBAAsC8hB,IAAED,EAAE6jB,IAAF,IAAQ,CAAhD;AAAA,oBAAkDzwE,IAAE4sD,EAAErkC,IAAF,IAAQ,CAA5D;AAAA,oBAA8DwJ,IAAE,IAAIq/B,CAAJ,EAAhE;AAAA,oBAAsEnhD,IAAEqL,EAAE87H,SAAF,CAAY59I,EAAE4+G,SAAd,EAAwBvrD,CAAxB,EAA0B7sD,CAA1B,CAAxE;AAAA,oBAAqGotD,IAAE9xC,EAAEyvB,MAAzG,CAAgH,KAAIn8B,IAAE,CAAN,EAAQA,IAAEw+C,EAAE10D,MAAZ,EAAmBkW,GAAnB;AAAuBw+C,sBAAEx+C,CAAF,EAAKuuB,MAAL,CAAYpL,CAAZ,GAAe5vB,IAAEirD,EAAEx+C,CAAF,EAAKurB,GAAtB,EAA0BizB,EAAEx+C,CAAF,EAAKuuB,MAAL,CAAY7hB,EAAE29F,OAAF,CAAUhpG,EAAErB,CAAF,CAAV,EAAgBojG,WAAhB,CAA4B,CAA5B,EAA8B7vG,EAAEmiB,KAAF,EAA9B,EAAwCniB,EAAEknB,MAAF,EAAxC,CAAZ,CAA1B;AAAvB;AAAkH,aAAxoB,EAAyoBuuF,SAAQ,mBAAU;AAAC,uBAAO,KAAKz9E,GAAZ;AAAgB,aAA5qB,EAA6qBi9G,WAAU,mBAASj1I,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ7sD,IAAE,IAAV;AAAA,oBAAe+xB,IAAE/xB,EAAE5F,OAAnB;AAAA,oBAA2B6V,IAAEjQ,EAAEk7G,YAAF,CAAe/4G,CAAf,CAA7B;AAAA,oBAA+CirD,IAAEr7B,EAAE2d,GAAnD;AAAA,oBAAuD2d,IAAE,EAAzD,CAA4D,KAAIz+C,IAAEA,KAAG,CAAL,EAAO0M,IAAEA,KAAG,CAAZ,EAAcuxC,IAAEj+C,CAApB,EAAsBi+C,IAAE58C,CAAxB,EAA0B48C,KAAGvxC,CAA7B;AAA+BsxC,wBAAE,CAAC,MAAIQ,CAAJ,GAAMP,IAAE1qD,CAAT,IAAY,GAAd,EAAkB3I,KAAGk2D,EAAEpyD,OAAF,CAAUsvD,CAAV,EAAYpzD,CAAZ,CAAH,IAAmB6zD,EAAEl2D,IAAF,CAAOy1D,CAAP,CAArC;AAA/B,iBAA8E,OAAOS,CAAP;AAAS,aAA51B,EAA61BiqF,gBAAe,0BAAU;AAAC,uBAAO,KAAKF,SAAL,CAAe,KAAKh9I,OAAL,CAAag+G,SAA5B,CAAP;AAA8C,aAAr6B,EAAs6Bm/B,gBAAe,0BAAU;AAAC,uBAAO,KAAKH,SAAL,CAAe,KAAKh9I,OAAL,CAAam+G,SAA5B,CAAP;AAA8C,aAA9+B,EAA++B8+B,eAAc,uBAASl1I,CAAT,EAAW;AAAC,uBAAM,CAAC,MAAIA,CAAJ,GAAM,KAAK/H,OAAL,CAAa21F,UAApB,IAAgC,GAAtC;AAA0C,aAAnjC,EAAojCynD,aAAYloF,GAAGx3D,EAAH,CAAM0/I,WAAtkC,EAAklCx/B,YAAW,sBAAU;AAAC,uBAAM,EAAN;AAAS,aAAjnC,EAAknC6+B,qBAAoB,6BAAS10I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKxU,OAAL,CAAa+8G,cAAnB,CAAkC,OAAO,KAAKggC,cAAL,CAAoBh1I,CAApB,EAAsB,KAAK/H,OAAL,CAAag+G,SAAnC,EAA6CxpG,EAAE6hE,IAA/C,EAAoD7hE,EAAE2Z,IAAtD,CAAP;AAAmE,aAAvvC,EAAwvCwuH,qBAAoB,6BAAS50I,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,KAAKlhB,OAAX;AAAA,oBAAmBZ,IAAE8hB,EAAE87F,cAAvB;AAAA,oBAAsCxqD,IAAEtxC,EAAE67F,cAA1C;AAAA,oBAAyDtqD,IAAEj+C,IAAE,KAAKwoI,SAAL,CAAe97H,EAAE88F,SAAjB,EAA2BxrD,EAAE6jB,IAA7B,EAAkC7jB,EAAErkC,IAApC,CAAF,GAA4C,IAAvG,CAA4G,OAAO,KAAK4uH,cAAL,CAAoBh1I,CAApB,EAAsB,KAAK/H,OAAL,CAAam+G,SAAnC,EAA6C/+G,EAAEi3E,IAA/C,EAAoDj3E,EAAE+uB,IAAtD,EAA2DskC,CAA3D,CAAP;AAAqE,aAA38C,EAA48CkrD,iBAAgBzoD,GAAGx3D,EAAH,CAAMigH,eAAl+C,EAAk/C0/B,cAAa,sBAASt1I,CAAT,EAAW;AAAC,uBAAO,KAAK82G,OAAL,CAAa92G,EAAEopE,IAAf,EAAoBppE,EAAEspB,EAAtB,CAAP;AAAiC,aAA5iD,EAA6iDwtF,SAAQ,iBAAS92G,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaozD,IAAEpzD,EAAEY,OAAjB;AAAA,oBAAyByyD,IAAED,EAAEmjC,UAA7B;AAAA,oBAAwC/vF,IAAExG,EAAE2gC,GAA5C,CAAgD,OAAOh4B,IAAE2vD,GAAG3vD,CAAH,EAAKyqD,EAAEld,GAAP,EAAWkd,EAAEzmC,GAAb,CAAF,EAAoBvX,IAAEkjD,GAAGljD,KAAGzM,CAAN,EAAQA,CAAR,EAAUyqD,EAAEzmC,GAAZ,CAAtB,EAAuCymC,EAAE77C,OAAF,KAAY5O,KAAG,CAAC,CAAJ,EAAMyM,KAAG,CAAC,CAAtB,CAAvC,EAAgEzM,IAAE,CAAC,MAAIA,CAAJ,GAAM0qD,CAAP,IAAU,GAA5E,EAAgFj+C,IAAE,CAAC,MAAIA,CAAJ,GAAMi+C,CAAP,IAAU,GAA5F,EAAgGj+C,IAAEzM,CAAF,KAAMmZ,IAAEnZ,CAAF,EAAIA,IAAEyM,CAAN,EAAQA,IAAE0M,CAAhB,CAAhG,EAAmH,IAAIw0C,CAAJ,CAAM9vD,EAAEg8E,MAAF,EAAN,EAAiB,CAAjB,EAAmBh8E,EAAEqpB,MAAF,KAAW,CAA9B,EAAgClnB,CAAhC,EAAkCyM,IAAEzM,CAApC,CAA1H;AAAiK,aAApxD,EAAqxDw3G,MAAK,cAASx3G,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY7sD,IAAE,KAAK5F,OAAnB;AAAA,oBAA2B23B,IAAE,MAAI/xB,EAAE+vF,UAAnC;AAAA,oBAA8C9/E,IAAE,KAAKgpG,OAAL,CAAa92G,CAAb,EAAeyM,CAAf,CAAhD,CAAkE,OAAO8gD,EAAE7xB,IAAF,CAAOuuD,OAAP,CAAex9E,CAAf,MAAoBA,IAAEzM,CAAtB,GAAyByqD,IAAE0E,EAAE5hB,GAAF,CAAMvtC,CAAN,EAAQyM,CAAR,CAA3B,EAAsCi+C,IAAEyE,EAAEnrC,GAAF,CAAMhkB,CAAN,EAAQyM,CAAR,CAAxC,EAAmD5O,EAAE+Q,OAAF,IAAWuK,IAAEsxC,CAAF,EAAIpzD,IAAEqzD,CAAjB,KAAqBvxC,IAAE,MAAIuxC,CAAN,EAAQrzD,IAAE,MAAIozD,CAAnC,CAAnD,EAAyFtxC,IAAE,CAACA,IAAEyW,CAAH,IAAM,GAAjG,EAAqGv4B,IAAE,CAACA,IAAEu4B,CAAH,IAAM,GAA7G,EAAiH,IAAIk/B,EAAEuiC,GAAN,CAAU,CAACvjF,EAAEo9C,CAAF,CAAIrmB,CAAL,EAAO/2B,EAAEo9C,CAAF,CAAInmB,CAAX,CAAV,EAAwB,EAAC6oD,YAAWz0E,CAAZ,EAAc00E,UAASx2F,CAAvB,EAAyB64F,SAAQpiF,EAAE28C,CAAnC,EAAqC0lC,SAAQriF,EAAE28C,CAA/C,EAAxB,CAAxH;AAAmM,aAA7iE,EAA8iEwuD,UAAS,kBAASj5G,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAExU,OAAf;AAAA,oBAAuBZ,IAAEoV,EAAEurB,GAAF,CAAM6hD,MAAN,EAAzB;AAAA,oBAAwCpvB,IAAEzqD,EAAE6kC,CAAF,GAAIxtC,EAAEwtC,CAAhD;AAAA,oBAAkD6lB,IAAE1qD,EAAE+kC,CAAF,GAAI1tC,EAAE0tC,CAA1D;AAAA,oBAA4DlnC,IAAEsxD,EAAEr0B,KAAF,CAAQq0B,EAAEw+B,KAAF,CAAQjjC,CAAR,EAAUD,CAAV,IAAauF,EAArB,CAA9D;AAAA,oBAAuFpgC,IAAEzW,EAAEy0E,UAA3F,CAAsG,OAAOz0E,EAAEvK,OAAF,KAAY/Q,KAAG,CAAC,CAAJ,EAAM+xB,KAAG,CAAC,CAAtB,GAAyB,CAAC/xB,IAAE+xB,CAAF,GAAI,GAAL,IAAU,GAA1C;AAA8C,aAAvtE,EAAwtE8nF,YAAW,sBAAU;AAAC,uBAAM,EAACnqE,KAAI,CAAL,EAAOvpB,KAAI,IAAEmrC,EAAEzoC,EAAf,EAAN;AAAyB,aAAvwE,EAAwwE2nD,OAAMzgB,EAAEj4D,EAAF,CAAK04E,KAAnxE,EAAyxEinC,aAAY1nD,EAAEj4D,EAAF,CAAK2/G,WAA1yE,EAAszEE,iBAAgB5nD,EAAEj4D,EAAF,CAAK6/G,eAA30E,EAAT,CAA9+E,EAAo1Jl1E,EAAE1Q,EAAEj6B,EAAJ,EAAOs0E,EAAP,CAAp1J,EAA+1Jn8D,IAAEohD,EAAEl3D,MAAF,CAAS,EAACC,SAAQ,EAAC2mH,KAAI,CAAL,EAAOxjB,SAAQ,CAAf,EAAT,EAA2BpgE,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeozD,IAAEpzD,EAAEY,OAAnB;AAAA,oBAA2ByyD,IAAErzD,EAAEmW,QAA/B;AAAA,oBAAwC3P,IAAE4sD,EAAEm0D,GAA5C;AAAA,oBAAgDhvF,IAAE66B,EAAE2wC,OAApD;AAAA,oBAA4DttF,IAAE48C,EAAEn0D,MAAhE;AAAA,oBAAuE00D,IAAEn9C,IAAEjQ,CAAF,GAAI+xB,KAAG9hB,IAAE,CAAL,CAA7E;AAAA,oBAAqFo9C,IAAElrD,EAAEwrG,KAAF,GAAQvgD,CAA/F;AAAA,oBAAiGqB,IAAEtsD,EAAE4tF,UAAF,GAAa1iC,KAAGrtD,IAAE,CAAL,CAAhH,CAAwH,KAAIsb,IAAE,CAAN,EAAQA,IAAErL,CAAV,EAAYqL,GAAZ;AAAgB1M,wBAAEzM,EAAE1H,KAAF,EAAF,EAAYmU,EAAEmhF,UAAF,GAAathC,CAAzB,EAA2B7/C,EAAE++F,KAAF,GAAQtgD,CAAnC,EAAqCR,EAAEvxC,CAAF,EAAKmrH,MAAL,KAAc73H,EAAEg+C,CAAF,GAAIC,EAAEvxC,CAAF,EAAKmrH,MAAL,CAAY75E,CAA9B,CAArC,EAAsEC,EAAEvxC,CAAF,EAAK6hB,MAAL,CAAYvuB,CAAZ,CAAtE,EAAqFi+C,EAAEvxC,CAAF,EAAKmrH,MAAL,GAAY73H,CAAjG,EAAmG6/C,KAAGpB,IAAEA,IAAEt7B,CAA1G;AAAhB;AAA4H,aAAlS,EAAT,CAAj2J,EAA+oKq7B,IAAEiE,EAAEl3D,MAAF,CAAS,EAACgjC,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeozD,IAAEpzD,EAAEY,OAAF,CAAU29I,UAA3B;AAAA,oBAAsClrF,IAAErzD,EAAEmW,QAA1C;AAAA,oBAAmD3P,IAAE6sD,EAAEn0D,MAAvD;AAAA,oBAA8Dq5B,IAAE66B,IAAE5sD,IAAE,CAAJ,GAAM,CAAtE;AAAA,oBAAwEiQ,IAAE28C,IAAE,CAAC,CAAH,GAAK,CAA/E,CAAiF,KAAIpzD,EAAE2gC,GAAF,GAAM,IAAIi3B,CAAJ,EAAN,EAAY91C,IAAEyW,CAAlB,EAAoBzW,KAAG,CAAH,IAAMA,IAAEtb,CAA5B,EAA8Bsb,KAAGrL,CAAjC;AAAmCrB,wBAAEi+C,EAAEvxC,CAAF,EAAKmrH,MAAP,EAAc73H,EAAEmhF,UAAF,GAAa5tF,EAAE4tF,UAA7B,EAAwCnhF,EAAE++F,KAAF,GAAQxrG,EAAEwrG,KAAlD;AAAnC;AAA2F,aAAhM,EAAT,CAAjpK,EAA61KtgD,IAAEsD,EAAEx2D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC+hD,kBAAE74D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBuJ,CAApB,EAAsB,IAAtB,EAA2ByM,CAA3B;AAA8B,aAAlD,EAAmDxU,SAAQ,EAAC4/C,SAAQ,EAACq6D,UAAS,IAAV,EAAT,EAAyBtpE,QAAO,EAACkxC,UAAS,EAAV,EAAhC,EAA3D,EAAT,CAA/1K,EAAo9KxtB,IAAE0C,EAAEh3D,MAAF,CAAS,EAACqlI,WAAU,qBAAU;AAAC,uBAAOnyE,CAAP;AAAS,aAA/B,EAAgCg0E,aAAY,uBAAU;AAAC,uBAAOpxH,CAAP;AAAS,aAAhE,EAAiEqxH,WAAU,qBAAU;AAAC,uBAAOl0E,CAAP;AAAS,aAA/F,EAAgGyzE,cAAa,sBAAS1+H,CAAT,EAAWyM,CAAX,EAAa;AAAC,uBAAOzM,EAAE82G,OAAF,CAAUrqG,CAAV,CAAP;AAAoB,aAA/I,EAAgJkyH,WAAU,mBAAS3+H,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAEnZ,EAAE1H,KAAF,EAAN;AAAA,oBAAgBjB,IAAE2I,EAAEkrD,CAAF,CAAInmB,CAAtB,CAAwB,OAAO5rB,EAAEsxC,CAAF,GAAIpzD,IAAEoV,EAAE4gG,EAAR,EAAWl0F,EAAEu2F,EAAF,GAAKr4G,IAAEoV,EAAE8gG,EAApB,EAAuBp0F,CAA9B;AAAgC,aAAhO,EAAiO6hB,QAAO6zB,EAAEl5D,EAAF,CAAKqlC,MAA7O,EAAoP4jG,aAAY,qBAAS5+H,CAAT,EAAWyM,CAAX,EAAa;AAACzM,kBAAEskI,MAAF,GAAS73H,CAAT,EAAWzM,EAAEg7B,MAAF,EAAX;AAAsB,aAApS,EAAqS/iC,SAAQ,EAAC4/F,MAAK,CAAC,CAAP,EAASzwE,WAAU,EAAC9tB,MAAK,KAAN,EAAnB,EAA7S,EAA8Ui3G,iBAAgB,2BAAU;AAAC,qBAAKt4G,OAAL,CAAamvB,SAAb,CAAuByyD,MAAvB,GAA8B,KAAK7hD,GAAL,CAASw3E,MAAT,GAAkB31B,MAAlB,EAA9B,EAAyD7qB,EAAEr5D,EAAF,CAAK46G,eAAL,CAAqB95G,IAArB,CAA0B,IAA1B,CAAzD;AAAyF,aAAlc,EAAT,CAAt9K,EAAo6L40D,IAAE0D,EAAE/2D,MAAF,CAAS,EAACC,SAAQ,EAAC4/F,MAAK,CAAC,CAAP,EAAT,EAAmB8mC,WAAU,mBAAS3+H,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAEnZ,EAAEkrD,CAAF,CAAInmB,CAAJ,GAAMt4B,EAAE4gG,EAAd;AAAA,oBAAiBh2G,IAAEwzD,EAAEkkD,QAAF,CAAW/uG,EAAEkrD,CAAb,EAAelrD,EAAE2vG,MAAF,EAAf,EAA0Bx2F,CAA1B,CAAnB,CAAgD,OAAO,IAAI81C,CAAJ,CAAM53D,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAc1tC,EAAEwtC,CAAhB,EAAkBxtC,EAAE0tC,CAApB,CAAP;AAA8B,aAAzH,EAA0H47F,eAAc,uBAAS3gI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQC,IAAEj+C,EAAEyJ,KAAZ,CAAkB,OAAOu0C,IAAEC,KAAGwD,EAAH,GAAMG,EAAN,GAASkB,CAAX,EAAal4D,IAAE,IAAIozD,CAAJ,CAAMzqD,CAAN,EAAQyM,CAAR,EAAU0M,CAAV,CAAf,EAA4BnZ,EAAEzJ,MAAF,KAAWkW,EAAEgH,IAAF,CAAOld,MAAlB,KAA2Bc,EAAEY,OAAF,CAAUgiG,MAAV,GAAiB,CAAC,CAA7C,CAA5B,EAA4E5iG,CAAnF;AAAqF,aAA/P,EAAT,CAAt6L,EAAirMk0D,IAAEmC,EAAE11D,MAAF,CAAS,EAACi+C,QAAO,kBAAU;AAAC,uBAAOsZ,EAAE55D,EAAF,CAAKsgD,MAAL,CAAYx/C,IAAZ,CAAiB,IAAjB,EAAsB,KAAKyqI,WAA3B,CAAP;AAA+C,aAAlE,EAAT,CAAnrM,EAAiwM36G,IAAEkpC,GAAGz3D,MAAH,CAAU,EAAC8pI,WAAU9hI,EAAE5G,IAAb,EAAV,CAAnwM,EAAiyMwzD,IAAEvB,EAAErzD,MAAF,CAAS,EAAC2oI,eAAc,uBAAS3gI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMC,CAAN;AAAA,oBAAQ7sD,IAAE,IAAV;AAAA,oBAAe+xB,IAAE/xB,EAAE5F,OAAnB;AAAA,oBAA2B6V,IAAE8hB,EAAEksG,SAA/B;AAAA,oBAAyC7wE,IAAE,CAACx+C,EAAE0nG,IAAF,IAAQ,EAAT,EAAaj+F,KAAxD,CAA8D,OAAO+0C,MAAIiD,EAAJ,IAAQxD,IAAE,IAAInkC,CAAJ,CAAMvmB,CAAN,EAAQ3I,CAAR,EAAUyW,CAAV,EAAYrB,CAAZ,EAAc0M,CAAd,CAAF,EAAmBuxC,EAAEzyD,OAAF,CAAUgiG,MAAV,GAAiB,CAAC,CAA7C,KAAiDnsF,KAAGqL,IAAE,CAAL,IAAQ9hB,CAAR,KAAYozD,IAAEpzD,EAAE2gH,UAAF,CAAaljH,KAAb,CAAmB,CAAnB,EAAsB8Z,OAAtB,EAAd,GAA+C5O,EAAEhL,IAAF,CAAOgL,EAAE,CAAF,CAAP,CAA/C,EAA4D0qD,IAAE,IAAIa,CAAJ,CAAMvrD,CAAN,EAAQyqD,CAAR,EAAUh+C,CAAV,EAAY0M,CAAZ,CAA/G,GAA+HuxC,CAAtI;AAAwI,aAAvO,EAAwOg2E,qBAAoB,6BAAS1gI,CAAT,EAAW;AAAC,uBAAOA,EAAE6gI,aAAF,IAAiB11E,EAAxB;AAA2B,aAAnS,EAAT,CAAnyM,EAAklNhrD,IAAEmvD,EAAEt3D,MAAF,CAAS,EAAC2mI,WAAU,mBAAS3+H,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAEnZ,EAAEkrD,CAAF,CAAInmB,CAAJ,GAAMt4B,EAAE4gG,EAAd;AAAA,oBAAiBh2G,IAAEwzD,EAAEkkD,QAAF,CAAW/uG,EAAEkrD,CAAb,EAAelrD,EAAE4tF,UAAjB,EAA4Bz0E,CAA5B,CAAnB,CAAkD,OAAO,IAAI81C,CAAJ,CAAM53D,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAc1tC,EAAEwtC,CAAhB,EAAkBxtC,EAAE0tC,CAApB,CAAP;AAA8B,aAAzG,EAA0G9sC,SAAQ,EAAC4/F,MAAK,CAAC,CAAP,EAAlH,EAAT,CAAplN,EAA2tNhzD,IAAEzL,EAAEphC,MAAF,CAAS,EAAC2mI,WAAUx+H,EAAExK,EAAF,CAAKgpI,SAAhB,EAA0B1mI,SAAQ,EAAC4/F,MAAK,CAAC,CAAP,EAAlC,EAAT,CAA7tN,EAAoxN/iE,IAAE44B,EAAE11D,MAAF,CAAS,EAACi+C,QAAO,kBAAU;AAAC,oBAAIj2C,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEkD,MAAf;AAAA,oBAAsBiW,IAAE1M,EAAEgqG,QAA1B;AAAA,oBAAmCp/G,IAAE8hB,EAAEo8H,SAAvC;AAAA,oBAAiD9qF,IAAEpzD,EAAE2gC,GAAF,CAAM6hD,MAAN,EAAnD;AAAA,oBAAkEnvB,IAAE1qD,EAAEkhI,WAAtE;AAAA,oBAAkFrjI,IAAE0xD,EAAE55D,EAAF,CAAKsgD,MAAL,CAAYx/C,IAAZ,CAAiBuJ,CAAjB,EAAmB0qD,CAAnB,CAApF,CAA0G,OAAO7sD,EAAEoH,OAAF,CAAU,CAACwlD,EAAE5lB,CAAH,EAAK4lB,EAAE1lB,CAAP,CAAV,GAAqBlnC,EAAE7I,IAAF,CAAO,CAACy1D,EAAE5lB,CAAH,EAAK4lB,EAAE1lB,CAAP,CAAP,CAArB,EAAuClnC,CAA9C;AAAgD,aAA7K,EAAT,CAAtxN,EAA+8N+wD,IAAEa,GAAGz3D,MAAH,CAAU,EAAC8pI,WAAU,mBAAS9hI,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKopI,gBAAL,EAAN,CAA8B71I,EAAE65F,MAAF,CAASptF,EAAEo4B,CAAX,EAAap4B,EAAEs4B,CAAf;AAAkB,aAAvE,EAAwE8wG,kBAAiB,4BAAU;AAAC,oBAAI71I,IAAE,KAAKkD,MAAX;AAAA,oBAAkBuJ,IAAEzM,EAAEy2G,QAAtB;AAAA,oBAA+Bt9F,IAAE1M,EAAE8oI,SAAnC;AAAA,oBAA6Cl+I,IAAE8hB,EAAE6e,GAAF,CAAM6hD,MAAN,EAA/C,CAA8D,OAAOxiF,CAAP;AAAS,aAA3K,EAA4KqqI,gBAAe,0BAAU;AAAC,oBAAI1hI,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,IAAE,KAAKsqI,eAAjB,CAAiC,OAAOtqI,MAAI2I,IAAE,KAAK61I,gBAAL,EAAF,EAA0BppI,IAAE,IAAIiiD,CAAJ,CAAO,CAAC,CAAR,CAA5B,EAAwCv1C,IAAEo2C,EAAE55D,EAAF,CAAKsgD,MAAL,CAAYx/C,IAAZ,CAAiB,IAAjB,CAA1C,EAAiE0iB,EAAEnkB,IAAF,CAAOgL,CAAP,CAAjE,EAA2E3I,IAAE,KAAKsqI,eAAL,GAAqBl1H,EAAEsiE,OAAF,CAAU51D,CAAV,CAAlG,EAA+G9hB,EAAE2G,GAAF,EAAnH,GAA4H3G,CAAnI;AAAqI,aAA5W,EAAV,CAAj9N,EAA00O0tC,IAAEF,EAAE7sC,MAAF,CAAS,EAAC2oI,eAAc,uBAAS3gI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMozD,IAAE,CAACh+C,EAAE0nG,IAAF,IAAQ,EAAT,EAAaj+F,KAArB,CAA2B,OAAO7e,IAAEozD,KAAGyD,EAAH,GAAM,IAAIU,CAAJ,CAAM5uD,CAAN,EAAQ,IAAR,EAAc,CAAC,CAAf,EAAkByM,CAAlB,EAAoB0M,CAApB,CAAN,GAA6B,IAAI2b,CAAJ,CAAM90B,CAAN,EAAQ,EAAR,EAAWyM,CAAX,EAAa0M,CAAb,CAAtC;AAAsD,aAAhH,EAAiH8oH,oBAAmB,4BAASjiI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ,CAAM,OAAOo0C,EAAEwmF,QAAF,CAAW/zI,EAAE6kC,CAAb,KAAiBp4B,KAAG2jD,EAApB,KAAyBj3C,IAAE,EAAC0rB,GAAE7kC,EAAE6kC,CAAL,EAAOE,GAAE/kC,EAAE+kC,CAAX,EAAF,EAAgBt4B,KAAG0+C,EAAH,KAAQhyC,EAAE4rB,CAAF,GAAI,CAAZ,CAAzC,GAAyD5rB,CAAhE;AAAkE,aAA1N,EAA2NunH,qBAAoB,6BAAS1gI,CAAT,EAAW;AAAC,uBAAOA,EAAE6gI,aAAF,IAAiB11E,EAAxB;AAA2B,aAAtR,EAAuR2qF,sBAAqB,gCAAU;AAAC,oBAAI91I,CAAJ;AAAA,oBAAMyM,IAAE,KAAKxU,OAAL,CAAas5G,MAArB,CAA4B,KAAIvxG,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAG,KAAK0gI,mBAAL,CAAyBj0H,EAAEzM,CAAF,CAAzB,MAAiCkwD,EAApC,EAAuC,OAAM,CAAC,CAAP;AAA9D;AAAuE,aAA1Z,EAA2ZuwE,YAAW,oBAASzgI,CAAT,EAAW;AAAC,oBAAIyM,CAAJ,EAAMpV,CAAN,EAAQozD,CAAR,CAAU,IAAGzqD,EAAElI,IAAF,CAAOqhB,CAAP,GAAU,KAAK28H,oBAAL,EAAb,EAAyC,KAAIrrF,IAAE,CAAN,EAAQA,IAAEzqD,EAAEzJ,MAAZ,EAAmBk0D,GAAnB;AAAuBpzD,wBAAE2I,EAAEyqD,CAAF,CAAF,EAAOpzD,MAAIoV,IAAEpV,EAAEsE,KAAJ,EAAU4xD,EAAEwmF,QAAF,CAAWtnI,EAAEs4B,CAAb,KAAiB,KAAK27F,mBAAL,CAAyBrpI,EAAEk6G,MAA3B,MAAqCrhD,EAAtD,IAA0D,OAAOlwD,EAAEyqD,CAAF,CAA/E,CAAP;AAAvB,iBAAmH,OAAOzqD,CAAP;AAAS,aAAjmB,EAAT,CAA50O,EAAy7PvL,IAAEq5D,EAAE91D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWA,EAAEivH,qBAAF,GAAwB,IAAIr6E,CAAJ,EAAxB,EAA8BD,EAAEn4D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe0iB,CAAf,EAAiBnZ,CAAjB,EAAmByM,CAAnB,CAA9B;AAAoD,aAAnF,EAAoF6kD,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN,CAAWA,EAAE2mI,WAAF,CAAc3mI,EAAEuxG,MAAhB,GAAwBvxG,EAAE+1I,eAAF,EAAxB,EAA4C/1I,EAAEyoI,YAAF,EAA5C,EAA6DzoI,EAAEg2I,eAAF,EAA7D;AAAiF,aAAlM,EAAmM3O,WAAU,qBAAU;AAAC,oBAAIrnI,IAAE,KAAKsvH,SAAX;AAAA,oBAAqB7iH,IAAEzM,EAAEquE,KAAF,EAAvB;AAAA,oBAAiCl1D,IAAEnZ,EAAE/H,OAAF,CAAU2W,OAAV,GAAkBnC,EAAEuX,GAApB,GAAwBvX,EAAE8gC,GAA7D;AAAA,oBAAiEl2C,IAAE2I,EAAE82G,OAAF,CAAU39F,CAAV,CAAnE;AAAA,oBAAgFsxC,IAAE,KAAK8qF,SAAL,CAAez+B,OAAf,CAAuB,CAAvB,EAA0B5rD,CAA5G;AAAA,oBAA8GR,IAAE1qD,EAAEg4B,GAAF,CAAMw2D,SAAN,CAAgB/jC,EAAE5lB,CAAF,GAAIxtC,EAAE+1G,EAAtB,EAAyB3iD,EAAE1lB,CAAF,GAAI1tC,EAAEg2G,EAA/B,CAAhH,CAAmJrtG,EAAEg7B,MAAF,CAAS0vB,CAAT;AAAY,aAAvX,EAAwXsrF,iBAAgB,2BAAU;AAAC,oBAAIh2I,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYozD,IAAE,IAAd;AAAA,oBAAmB76B,IAAE66B,EAAE29E,qBAAvB;AAAA,oBAA6Ct6H,IAAE8hB,EAAEuR,KAAF,EAA/C;AAAA,oBAAyD8pB,IAAER,EAAEwrF,gBAAF,CAAmB,EAACt9B,kBAAiB,CAAC,CAAnB,EAAqB/H,QAAO,CAAC,CAA7B,EAAnB,CAA3D,CAA+G3lD,EAAE3xD,IAAF,KAAS22D,EAAT,IAAa92C,IAAEtb,CAAF,EAAIxG,IAAE,EAACk2C,KAAI,EAAL,EAAQvpB,KAAI,CAAZ,EAAnB,KAAoC7K,IAAEuxC,CAAF,EAAIrzD,IAAE,EAACk2C,KAAI,CAAL,EAAOvpB,KAAI,CAAX,EAA1C,GAAyDhkB,IAAE4vB,EAAEuR,KAAF,CAAQjpC,IAAR,KAAe4V,CAAf,IAAkBzW,CAA7E,EAA+E2I,KAAG8N,CAAH,KAAO9N,EAAEutC,GAAF,GAAM4hB,EAAE5hB,GAAF,CAAMvtC,EAAEutC,GAAR,EAAYz/B,EAAEy/B,GAAd,CAAN,EAAyBvtC,EAAEgkB,GAAF,GAAMmrC,EAAEnrC,GAAF,CAAMhkB,EAAEgkB,GAAR,EAAYlW,EAAEkW,GAAd,CAAtC,CAA/E,EAAyIvX,IAAE,IAAI0M,CAAJ,CAAMnZ,EAAEutC,GAAR,EAAYvtC,EAAEgkB,GAAd,EAAkBinC,CAAlB,CAA3I,EAAgKR,EAAE6kE,SAAF,GAAY7iH,CAA5K,EAA8Kg+C,EAAEq7E,UAAF,CAAar5H,CAAb,CAA9K;AAA8L,aAAhsB,EAAisBy6H,YAAW,sBAAU;AAAC,oBAAIlnI,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAF,CAAUw+G,QAAzB;AAAA,oBAAkCp/G,IAAEoV,EAAE6iH,SAAtC;AAAA,oBAAgD7kE,IAAEh+C,EAAE8oI,SAApD;AAAA,oBAA8D7qF,IAAEj+C,EAAEurB,GAAlE;AAAA,oBAAsEn6B,IAAEsxD,EAAE5hB,GAAF,CAAMmd,EAAEvoC,KAAF,EAAN,EAAgBuoC,EAAExjC,MAAF,EAAhB,IAA4B6oC,EAApG;AAAA,oBAAuGngC,IAAEo+B,GAAG70C,EAAEiM,OAAF,IAAW,EAAd,EAAiBvnB,CAAjB,CAAzG;AAAA,oBAA6HiQ,IAAE48C,EAAEpyD,KAAF,GAAU+2G,KAAV,CAAgBz/E,CAAhB,CAA/H;AAAA,oBAAkJq7B,IAAEn9C,EAAExV,KAAF,GAAU62G,MAAV,CAAiB,CAAjB,EAAmBrhG,EAAEoZ,MAAF,KAAW,CAA9B,CAApJ,CAAqLujC,EAAEzvB,MAAF,CAASltB,CAAT,GAAYzW,EAAE2jC,MAAF,CAASiwB,CAAT,CAAZ,EAAwBjrD,IAAE3I,EAAEo+G,OAAF,GAAYvuF,MAAZ,KAAqB7vB,EAAE2gC,GAAF,CAAM9Q,MAAN,EAA/C,EAA8D7vB,EAAE2jC,MAAF,CAAS3jC,EAAE2gC,GAAF,CAAMq3E,KAAN,CAAY,EAAChsG,KAAIrD,CAAL,EAAZ,CAAT,CAA9D,EAA6FyM,EAAEypI,OAAF,GAAUpoI,CAAvG,EAAyGrB,EAAE46H,SAAF,CAAYv5H,CAAZ,CAAzG;AAAwH,aAApgC,EAAqgC+5H,eAAc,yBAAU;AAAC,uBAAO,KAAK7vG,GAAZ;AAAgB,aAA9iC,EAAT,CAA37P,EAAq/Rl6B,IAAErJ,EAAEuD,MAAF,CAAS,EAACC,SAAQ,EAAC8nH,cAAa,EAAC6S,YAAW,EAAZ,EAAd,EAA8BtD,WAAU,EAAxC,EAAT,EAAqDymB,iBAAgB,2BAAU;AAAC,oBAAI/1I,CAAJ;AAAA,oBAAMyM,IAAE,IAAR,CAAazM,IAAE,IAAImtD,EAAJ,CAAO1gD,EAAExU,OAAF,CAAU8nH,YAAjB,CAAF,EAAiCtzG,EAAE8oI,SAAF,GAAYv1I,CAA7C,EAA+CyM,EAAEszG,YAAF,GAAe//G,CAA9D,EAAgEyM,EAAEq5H,UAAF,CAAa9lI,CAAb,CAAhE,EAAgFyM,EAAE87H,mBAAF,EAAhF;AAAwG,aAArM,EAAsM0N,kBAAiB,0BAASj2I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAW,OAAOA,EAAE0pI,aAAF,IAAiB71G,EAAEtgC,CAAF,EAAI,EAACg1G,gBAAe,EAAC17G,MAAKs2D,EAAN,EAAhB,EAA0BqlD,gBAAe,EAAC37G,MAAKs2D,EAAN,EAAzC,EAAJ,CAAjB,EAA0EnjD,EAAE2pI,aAAF,IAAiB91G,EAAEtgC,CAAF,EAAI,EAAC24G,kBAAiB,CAAC,CAAnB,EAAqB/vE,QAAO,EAAC4oB,QAAO,IAAR,EAA5B,EAAJ,CAA3F,EAA2IlxB,EAAEtgC,CAAF,EAAIyM,EAAExU,OAAF,CAAUq3H,SAAd,CAAlJ;AAA2K,aAAzZ,EAA0ZyW,aAAYx3E,EAAE54D,EAAF,CAAKowI,WAA3a,EAAubuD,iBAAgB/6E,EAAE54D,EAAF,CAAK2zI,eAA5c,EAA4df,qBAAoB,+BAAU;AAACh6E,kBAAE54D,EAAF,CAAK4yI,mBAAL,CAAyB9xI,IAAzB,CAA8B,IAA9B,EAAmC,KAAKg5H,KAAxC;AAA+C,aAA1iB,EAA2iB8Z,cAAa,sBAASvpI,CAAT,EAAW;AAAC,uBAAOA,CAAP;AAAS,aAA7kB,EAA8kByoI,cAAa,wBAAU;AAAC,oBAAIzoI,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEgnI,mBAAF,CAAsBhnI,EAAEuxG,MAAxB,CAAb;AAAA,oBAA6Cp4F,IAAEnZ,EAAEyvH,KAAF,CAAQ,CAAR,CAA/C,CAA0DzvH,EAAE6oI,eAAF,CAAkBn5E,GAAGjjD,CAAH,EAAK,CAACq+C,EAAD,CAAL,CAAlB,EAA6B3xC,CAA7B,GAAgCnZ,EAAEqpI,eAAF,CAAkB35E,GAAGjjD,CAAH,EAAK,CAACsgD,EAAD,CAAL,CAAlB,EAA6B5zC,CAA7B,CAAhC,EAAgEnZ,EAAE8oI,cAAF,CAAiBp5E,GAAGjjD,CAAH,EAAK,CAAC8jD,EAAD,CAAL,CAAjB,EAA4Bp3C,CAA5B,CAAhE;AAA+F,aAA/vB,EAAgwBk9H,cAAa,sBAASr2I,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,EAACk6G,QAAOvxG,CAAR,EAAV;AAAA,oBAAqByqD,IAAEzqD,EAAE,CAAF,CAAvB,CAA4B,OAAOyqD,MAAIh+C,IAAE,KAAKu6H,mBAAL,CAAyBhnI,CAAzB,CAAF,EAA8BmZ,IAAEsxC,EAAEqyC,KAAlC,EAAwCzlG,EAAEykI,SAAF,GAAY3iH,KAAG1M,EAAElW,MAAF,GAAS,CAAhE,EAAkEc,EAAEkmI,YAAF,GAAepkH,KAAG,WAASA,EAAE7f,IAAd,IAAoBmT,EAAElW,MAAF,GAAS,CAA9G,EAAgHc,EAAEkmI,YAAF,KAAiB,KAAK6Y,aAAL,GAAmB,CAAC,CAArC,CAApH,GAA6J/+I,CAApK;AAAsK,aAA39B,EAA49BwxI,iBAAgB,yBAAS7oI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAG,MAAIzM,EAAEzJ,MAAT,EAAgB;AAAC,wBAAI4iB,IAAE,IAAIyzC,CAAJ,CAAM,IAAN,EAAW,KAAKypF,YAAL,CAAkBr2I,CAAlB,CAAX,CAAN,CAAuC,KAAK+lI,WAAL,CAAiB5sH,CAAjB,EAAmB1M,CAAnB;AAAsB;AAAC,aAAzkC,EAA0kC48H,iBAAgB,yBAASrpI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAG,MAAIzM,EAAEzJ,MAAT,EAAgB;AAAC,wBAAI4iB,IAAE,IAAIkyC,CAAJ,CAAM,IAAN,EAAW,KAAKgrF,YAAL,CAAkBr2I,CAAlB,CAAX,CAAN,CAAuC,KAAK+lI,WAAL,CAAiB5sH,CAAjB,EAAmB1M,CAAnB;AAAsB;AAAC,aAAvrC,EAAwrCq8H,gBAAe,wBAAS9oI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ,EAAM9hB,CAAN,EAAQozD,CAAR,CAAU,MAAIzqD,EAAEzJ,MAAN,KAAe4iB,IAAEnZ,EAAE,CAAF,CAAF,EAAO3I,IAAE,KAAKg/I,YAAL,CAAkBr2I,CAAlB,CAAT,EAA8B3I,EAAEunH,GAAF,GAAMzlG,EAAEylG,GAAtC,EAA0CvnH,EAAE+jG,OAAF,GAAUjiF,EAAEiiF,OAAtD,EAA8D3wC,IAAE,IAAI6B,CAAJ,CAAM,IAAN,EAAWj1D,CAAX,CAAhE,EAA8E,KAAK0uI,WAAL,CAAiBt7E,CAAjB,EAAmBh+C,CAAnB,CAA9E,EAAoG,KAAK0pI,aAAL,GAAmB,CAAC,CAAvI;AAA0I,aAAz2C,EAA02CvZ,oBAAmB,8BAAU;AAAC,uBAAO,KAAK7c,YAAZ;AAAyB,aAAj6C,EAAk6CmoB,gBAAe,wBAASloI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQC,IAAE,IAAV;AAAA,oBAAe7sD,IAAEmC,EAAEi0H,iBAAF,CAAoBxnH,CAApB,CAAjB;AAAA,oBAAwCmjB,IAAE,IAAIi7B,CAAJ,CAAMhtD,EAAEgnC,CAAR,EAAUhnC,EAAEknC,CAAZ,CAA1C,CAAyD1tC,IAAEqzD,EAAEq1D,YAAF,CAAe0Z,WAAf,CAA2B7pG,CAA3B,CAAF,EAAgC66B,IAAEC,EAAE4kE,SAAF,CAAYrW,QAAZ,CAAqBrpF,CAArB,CAAlC,EAA0D,SAAOv4B,CAAP,IAAU,SAAOozD,CAAjB,IAAoBzqD,EAAE4c,OAAF,CAAUzD,CAAV,EAAY,EAACqkB,SAAQ4wB,GAAG3hD,CAAH,CAAT,EAAe+kG,UAASn6G,CAAxB,EAA0BsE,OAAM8uD,CAAhC,EAAZ,CAA9E;AAA8H,aAAxnD,EAAynD+7E,kBAAiBxmI,EAAE5G,IAA5oD,EAAT,CAAv/R,EAAmpVknC,EAAExiC,EAAEnI,EAAJ,EAAO05D,CAAP,CAAnpV,EAA6pVZ,IAAEh6D,EAAEuD,MAAF,CAAS,EAACC,SAAQ,EAACs3H,OAAM,EAAP,EAAUC,OAAM,EAAhB,EAAT,EAA6BumB,iBAAgB,2BAAU;AAAC,oBAAI/1I,CAAJ;AAAA,oBAAMyM,IAAE,IAAR,CAAazM,IAAE,IAAI4vB,CAAJ,CAAMnjB,EAAExU,OAAF,CAAUs3H,KAAhB,CAAF,EAAyB9iH,EAAE8oI,SAAF,GAAYv1I,CAArC,EAAuCyM,EAAEoqG,KAAF,GAAQ72G,CAA/C,EAAiDyM,EAAEq5H,UAAF,CAAa9lI,CAAb,CAAjD;AAAiE,aAAtI,EAAuIi2I,kBAAiB,0BAASj2I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAW,OAAO6zB,EAAEtgC,CAAF,EAAI,EAACg1G,gBAAe,EAAC17G,MAAKs2D,EAAN,EAAhB,EAA0BqlD,gBAAe,EAAC37G,MAAKs2D,EAAN,EAAzC,EAAJ,EAAwDnjD,EAAExU,OAAF,CAAUu3H,KAAlE,CAAP;AAAgF,aAA/P,EAAgQwmB,iBAAgB,2BAAU;AAAC,oBAAIh2I,IAAE,IAAN,CAAWvL,EAAEkB,EAAF,CAAKqgJ,eAAL,CAAqBv/I,IAArB,CAA0BuJ,CAA1B,GAA6BA,EAAE+2G,KAAF,GAAQ/2G,EAAEsvH,SAAvC;AAAiD,aAAvV,EAAwVyW,aAAY,qBAAS/lI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWA,EAAEivH,qBAAF,CAAwBj5D,MAAxB,CAA+BnvE,EAAEgiI,WAAjC,GAA8Cl0E,EAAEn4D,EAAF,CAAKowI,WAAL,CAAiBtvI,IAAjB,CAAsB0iB,CAAtB,EAAwBnZ,CAAxB,EAA0ByM,CAA1B,CAA9C;AAA2E,aAAxc,EAAycg8H,cAAa,wBAAU;AAAC,oBAAIzoI,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEgnI,mBAAF,CAAsBhnI,EAAEuxG,MAAxB,CAAb;AAAA,oBAA6Cp4F,IAAEnZ,EAAEyvH,KAAF,CAAQ,CAAR,CAA/C,CAA0DzvH,EAAEqpI,eAAF,CAAkB35E,GAAGjjD,CAAH,EAAK,CAAC2gD,EAAD,CAAL,CAAlB,EAA6Bj0C,CAA7B,GAAgCnZ,EAAEmqI,kBAAF,CAAqBz6E,GAAGjjD,CAAH,EAAK,CAAC2/C,EAAD,CAAL,CAArB,EAAgCjzC,CAAhC,CAAhC,EAAmEnZ,EAAE6oI,eAAF,CAAkBn5E,GAAGjjD,CAAH,EAAK,CAACgkD,EAAD,CAAL,CAAlB,EAA6Bt3C,CAA7B,CAAnE;AAAmG,aAA9nB,EAA+nBkwH,iBAAgB,yBAASrpI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAG,MAAIzM,EAAEzJ,MAAT,EAAgB;AAAC,wBAAI4iB,IAAE,IAAN;AAAA,wBAAW9hB,IAAE,IAAIwtC,CAAJ,CAAM1rB,CAAN,EAAQ,EAACo4F,QAAOvxG,CAAR,EAAR,CAAb,CAAiCmZ,EAAE4sH,WAAF,CAAc1uI,CAAd,EAAgBoV,CAAhB;AAAmB;AAAC,aAAnuB,EAAouB09H,oBAAmB,4BAASnqI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAG,MAAIzM,EAAEzJ,MAAT,EAAgB;AAAC,wBAAI4iB,IAAE,IAAN;AAAA,wBAAW9hB,IAAE,IAAI8I,CAAJ,CAAMgZ,CAAN,EAAQ,EAACo4F,QAAOvxG,CAAR,EAAR,CAAb,CAAiCmZ,EAAE4sH,WAAF,CAAc1uI,CAAd,EAAgBoV,CAAhB;AAAmB;AAAC,aAA30B,EAA40Bo8H,iBAAgB,yBAAS7oI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAG,MAAIzM,EAAEzJ,MAAT,EAAgB;AAAC,wBAAI4iB,IAAE,IAAN;AAAA,wBAAW9hB,IAAE,IAAI0tC,CAAJ,CAAM5rB,CAAN,EAAQ,EAACo4F,QAAOvxG,CAAR,EAAR,CAAb,CAAiCmZ,EAAE4sH,WAAF,CAAc1uI,CAAd,EAAgBoV,CAAhB;AAAmB;AAAC,aAAh7B,EAAi7By7H,gBAAe,wBAASloI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQC,IAAE,IAAV;AAAA,oBAAe7sD,IAAEmC,EAAEi0H,iBAAF,CAAoBxnH,CAApB,CAAjB;AAAA,oBAAwCmjB,IAAE,IAAIi7B,CAAJ,CAAMhtD,EAAEgnC,CAAR,EAAUhnC,EAAEknC,CAAZ,CAA1C,CAAyD1tC,IAAEqzD,EAAEmsD,KAAF,CAAQoC,QAAR,CAAiBrpF,CAAjB,CAAF,EAAsB66B,IAAEC,EAAEqsD,KAAF,CAAQkC,QAAR,CAAiBrpF,CAAjB,CAAxB,EAA4C,SAAOv4B,CAAP,IAAU,SAAOozD,CAAjB,IAAoBzqD,EAAE4c,OAAF,CAAUzD,CAAV,EAAY,EAACqkB,SAAQ4wB,GAAG3hD,CAAH,CAAT,EAAeo4B,GAAExtC,CAAjB,EAAmB0tC,GAAE0lB,CAArB,EAAZ,CAAhE;AAAqG,aAA9mC,EAA+mC+7E,kBAAiBxmI,EAAE5G,IAAloC,EAAT,CAA/pV,EAAizXknC,EAAEmuB,EAAE94D,EAAJ,EAAO05D,CAAP,CAAjzX,EAA2zXV,EAAEn+B,OAAF,CAAUrd,QAAV,CAAmBs7C,CAAnB,EAAqBmC,EAArB,CAA3zX,EAAo1XjC,EAAEn+B,OAAF,CAAUrd,QAAV,CAAmBrV,CAAnB,EAAqBisE,EAArB,CAAp1X,EAA62Xva,GAAGh/B,OAAH,CAAWrd,QAAX,CAAoBy9C,EAApB,EAAuB,CAACoZ,EAAD,EAAI3c,EAAJ,CAAvB,EAA+B,CAAC,OAAD,CAA/B,CAA72X,EAAu5XmC,GAAGh/B,OAAH,CAAWrd,QAAX,CAAoB42D,EAApB,EAAuB,CAAC,OAAD,CAAvB,EAAiC,CAAC,OAAD,CAAjC,CAAv5X,EAAm8Xxc,EAAEojF,iBAAF,CAAoBngH,OAApB,CAA4Brd,QAA5B,CAAqC42D,EAArC,EAAwC,EAACpuE,OAAM,KAAP,EAAaiwC,OAAM,OAAnB,EAAxC,CAAn8X,EAAwgYtL,EAAEitB,CAAF,EAAI,EAAC+oF,gBAAevxG,CAAhB,EAAkBwxG,WAAU3mH,CAA5B,EAA8B4mH,gBAAe3xG,CAA7C,EAA+C4xG,eAAchoF,CAA7D,EAA+DioF,gBAAe9pF,CAA9E,EAAgF+pF,eAAcrqF,CAA9F,EAAgGsqF,mBAAkBzpF,EAAlH,EAAqH0pF,oBAAmB/oI,CAAxI,EAA0IgpI,gBAAezrF,CAAzJ,EAA2J0rF,kBAAiBrsF,CAA5K,EAA8KssF,eAAcl5I,CAA5L,EAA8Lm5I,wBAAuBroF,CAArN,EAAuNsoF,wBAAuB3wH,CAA9O,EAAgP4wH,kBAAiBlsF,CAAjQ,EAAJ,CAAxgY;AAAixY,KAA/yhB,CAAgzhBt2D,OAAO07D,KAAP,CAAa76D,MAA7zhB,GAAq0hBb,OAAO07D,KAAn1hB;AAAy1hB,CAAl9hB,EAAm9hB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAzhiB,CAA98P,CAAy+xB,CAAC,CAAC,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW0uD,CAAlB;AAAoB,kBAASjiD,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAE8hB,EAAE1M,CAAF,CAAN,CAAW,OAAOsiD,EAAEj0B,KAAF,CAAQ96B,IAAE3I,CAAV,IAAaA,CAApB;AAAsB,kBAAS8hB,CAAT,CAAWnZ,CAAX,EAAa;AAAC,mBAAOA,IAAE+uD,EAAEh0B,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS3I,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAO41C,EAAE/qC,GAAF,CAAM+qC,EAAExhB,GAAF,CAAMvtC,CAAN,EAAQmZ,CAAR,CAAN,EAAiB1M,CAAjB,CAAP;AAA2B,kBAASg+C,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAE+tD,CAAT;AAAW,kBAASrD,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAE+tD,CAAT;AAAW,kBAASlwD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWnjB,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEyM,CAAF,IAAKA,CAAL,GAAO0M,CAAd;AAAgB,kBAASrL,CAAT,CAAW9N,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASirD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,CAAJ,IAASzM,CAAT;AAAWmZ,kBAAEnkB,IAAF,CAAOyX,IAAEzM,EAAEyM,CAAF,CAAT;AAAX,aAA0B,OAAO0M,EAAErhB,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS6pD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,UAAR,CAAmB,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmB,EAAEkW,CAArB;AAAuB0M,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAGnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAA1C;AAAvB,aAAiF,OAAO0M,MAAI,CAAX;AAAa,kBAASmzC,CAAT,CAAWtsD,CAAX,EAAa;AAAC,mBAAOkrD,EAAED,EAAEjrD,CAAF,CAAF,CAAP;AAAe,kBAASqrD,CAAT,CAAWrrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAEnZ,EAAEzJ,MAAV;AAAA,gBAAiBc,IAAEO,CAAnB;AAAA,gBAAqB6yD,IAAEkE,CAAvB,CAAyB,KAAIliD,IAAE,CAAN,EAAQA,IAAE0M,CAAV,EAAY1M,GAAZ;AAAgBg+C,oBAAEsE,EAAE/qC,GAAF,CAAMymC,CAAN,EAAQzqD,EAAEyM,CAAF,CAAR,CAAF,EAAgBpV,IAAE03D,EAAExhB,GAAF,CAAMl2C,CAAN,EAAQ2I,EAAEyM,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAAC8gC,KAAIl2C,CAAL,EAAO2sB,KAAIymC,CAAX,EAAN;AAAoB,kBAASc,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOqrD,EAAErrD,CAAF,EAAKutC,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,mBAAOqrD,EAAErrD,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKutC,GAAZ;AAAgB,kBAASptC,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS8Q,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,CAAR;AAAA,gBAAUozD,IAAE7yD,CAAZ;AAAA,gBAAc8yD,IAAEiE,CAAhB,CAAkB,KAAIliD,IAAE,CAAF,EAAI0M,IAAEnZ,EAAEzJ,MAAZ,EAAmBkW,IAAE0M,CAArB,EAAuB1M,GAAvB;AAA2BpV,oBAAE2I,EAAEyM,CAAF,CAAF,EAAO,SAAOpV,CAAP,IAAU2tB,SAAS3tB,CAAT,CAAV,KAAwBozD,IAAEsE,EAAExhB,GAAF,CAAMkd,CAAN,EAAQpzD,CAAR,CAAF,EAAaqzD,IAAEqE,EAAE/qC,GAAF,CAAM0mC,CAAN,EAAQrzD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACk2C,KAAIkd,MAAI7yD,CAAJ,GAAM,KAAK,CAAX,GAAa6yD,CAAlB,EAAoBzmC,KAAI0mC,MAAIiE,CAAJ,GAAM,KAAK,CAAX,GAAajE,CAArC,EAAN;AAA8C,kBAAS3lB,CAAT,CAAW/kC,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAAS9B,CAAT,CAAWuL,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAOzM,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAeyM,CAAf,GAAkBzM,CAAzB;AAA2B,kBAAS6kC,CAAT,CAAW7kC,CAAX,EAAa;AAAC,mBAAOmvD,EAAE5G,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAStzD,CAAT,CAAW2O,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEmZ,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI1M,CAAJ,GAAM,IAAN,GAAW0M,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAAS3Z,CAAT,CAAWQ,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,qBAAGrb,EAAEkC,EAAEyM,CAAF,EAAK,CAAL,CAAF,EAAUzM,EAAEyM,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO0M,CAAP;AAAS,kBAASmnB,CAAT,CAAW7zB,CAAX,EAAa;AAAC,gBAAI0M,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,IAAE,EAAV,CAAa,KAAItxC,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAEoV,EAAE0M,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAE3I,CAAF,MAAOozD,KAAGh+C,EAAE0M,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAY9hB,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKozD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASgE,CAAT,CAAWzuD,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAAS4uD,CAAT,CAAW5uD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,IAAG2I,CAAH,EAAK,KAAIyM,IAAE0iD,EAAE2N,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B+c,IAAE,CAAlC,EAAoCA,IAAE1M,EAAElW,MAAxC,EAA+C4iB,GAA/C;AAAmD9hB,kBAAErC,IAAF,CAAO,WAASyX,EAAE0M,CAAF,CAAhB;AAAnD,aAAyE,OAAO9hB,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASytD,CAAT,CAAWriD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACzM,EAAEyM,CAAF,CAAxD;AAA6D,kBAAS8gD,CAAT,CAAWvtD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O0M,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuU9hB,IAAE,EAA7U,EAAgV2I,IAAE,CAAlV;AAAqVA,oBAAEmZ,EAAE,CAAF,CAAF,GAAOA,EAAEtX,KAAF,EAAP,IAAkBxK,KAAGoV,EAAE0M,EAAE,CAAF,CAAF,CAAH,EAAWnZ,KAAGmZ,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAO9hB,CAAP;AAAS,kBAASo2D,CAAT,CAAWztD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,CAAR,EAAUozD,CAAV,EAAYC,CAAZ,CAAc,KAAI1qD,IAAEA,EAAElF,WAAF,EAAF,EAAkB2R,IAAE,EAACpV,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DgZ,IAAE,CAA5D,EAA8D9hB,IAAE,CAAhE,EAAkEozD,IAAE,CAAxE,EAA0EA,IAAEzqD,EAAEzJ,MAA9E,EAAqF,EAAEk0D,CAAvF,EAAyF;AAAC,oBAAGC,IAAEj+C,EAAEzM,EAAE2qD,MAAF,CAASF,CAAT,CAAF,CAAF,EAAiB,CAACC,CAArB,EAAuB,OAAO,IAAP,CAAYvxC,KAAGuxC,CAAH,EAAKA,IAAErzD,CAAF,KAAM8hB,KAAG,IAAE9hB,CAAX,CAAL,EAAmBA,IAAEqzD,CAArB;AAAuB,oBAAOvxC,CAAP;AAAS,kBAASm1C,CAAT,CAAWtuD,CAAX,EAAa;AAAC,gBAAIyM,IAAEvR,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAInyD,CAAJ;AAAA,oBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE5hB,UAAUhB,MAAhB,EAAuB,EAAE4iB,CAAF,IAAK,CAA5B;AAA+B9hB,yBAAG,MAAIE,UAAU4hB,CAAV,CAAP;AAA/B,iBAAmD,OAAO9hB,KAAKoV,CAAL,GAAOA,EAAEpV,CAAF,CAAP,GAAYoV,EAAEpV,CAAF,IAAK2I,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAAS23D,CAAT,CAAWlvD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,IAAE,EAAV,EAAaozD,IAAE,CAAf,EAAiBC,IAAE1qD,EAAEzJ,MAAzB,EAAgCk0D,IAAEC,CAAlC;AAAqCj+C,oBAAEzM,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoBh+C,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBg+C,IAAEC,CAAtB,IAAyBvxC,IAAEnZ,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoB,UAAQ,QAAMtxC,CAAd,IAAiB9hB,EAAErC,IAAF,CAAO,CAAC,CAAC,OAAKyX,CAAN,KAAU,EAAX,KAAgB,OAAK0M,CAArB,IAAwB,KAA/B,CAAjB,IAAwD9hB,EAAErC,IAAF,CAAOyX,CAAP,GAAUg+C,GAAlE,CAA7C,IAAqHpzD,EAAErC,IAAF,CAAOyX,CAAP,CAAzI;AAArC,aAAwL,OAAOpV,CAAP;AAAS,kBAASw3D,CAAT,CAAW7uD,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,EAAN,CAAS,OAAOzM,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASyM,KAAG7M,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EyM,KAAG7M,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASktD,CAAT,CAAWvuD,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAS0M,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAI,IAAI9hB,IAAE,EAAN,EAASozD,IAAE,CAAX,EAAaC,IAAE,CAAf,EAAiB7sD,IAAE,CAAvB,EAAyB4sD,IAAEzqD,EAAEzJ,MAAJ,IAAYm0D,IAAEvxC,EAAE5iB,MAAzC;AAAiDkW,sBAAEzM,EAAEyqD,CAAF,CAAF,EAAOtxC,EAAEuxC,CAAF,CAAP,KAAc,CAAd,GAAgBrzD,EAAEwG,GAAF,IAAOmC,EAAEyqD,GAAF,CAAvB,GAA8BpzD,EAAEwG,GAAF,IAAOsb,EAAEuxC,GAAF,CAArC;AAAjD,iBAA6F,OAAOD,IAAEzqD,EAAEzJ,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe2I,EAAElL,KAAF,CAAQ21D,CAAR,CAAf,CAAZ,EAAuCC,IAAEvxC,EAAE5iB,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe8hB,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAnD,EAA8ErzD,CAArF;AAAuF,oBAAO2I,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAASuC,CAAT,CAAW2I,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMg+C,CAAN,EAAQC,CAAR,CAAU,OAAO1qD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAeyM,IAAE3T,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBk0D,IAAEzqD,EAAElL,KAAF,CAAQ,CAAR,EAAU2X,CAAV,CAA3B,EAAwCi+C,IAAE1qD,EAAElL,KAAF,CAAQ2X,CAAR,CAA1C,EAAqDg+C,IAAEpzD,EAAEozD,CAAF,CAAvD,EAA4DC,IAAErzD,EAAEqzD,CAAF,CAA9D,EAAmEvxC,EAAEsxC,CAAF,EAAIC,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0H1qD,CAA1H,CAA5B;AAAyJ,aAAI+uD,IAAEj2D,IAAN;AAAA,YAAWq2D,IAAEx6D,OAAO07D,KAApB;AAAA,YAA0B3C,IAAEyB,EAAEsN,UAA9B;AAAA,YAAyC1O,IAAEgB,EAAEroC,EAAF,GAAK,GAAhD;AAAA,YAAoD9uB,IAAEu6D,OAAOw3B,SAA7D;AAAA,YAAuEh7B,IAAE,CAACwD,OAAOw3B,SAAjF;AAAA,YAA2Fj7B,IAAE,WAA7F;AAAA,YAAyGM,IAAE/yD,KAAKD,GAAhH,CAAoHgzD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI/yD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CwxB,EAAEyB,CAAF,EAAI,EAACzzB,MAAK,EAACkuD,SAAQhyF,CAAT,EAAWiyF,SAAQl7B,CAAnB,EAAqBhvC,QAAOlrB,CAA5B,EAA8Bq1F,aAAYz+B,CAA1C,EAA4C0+B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQjqF,CAA1E,EAA4EkqF,KAAIx/B,CAAhF,EAAkFy/B,SAAQj/B,CAA1F,EAA4Fk/B,YAAW99B,CAAvG,EAAyG+9B,UAASxsF,CAAlH,EAAoHysF,eAAcx7B,CAAlI,EAAoIp3D,MAAKqtC,CAAzI,EAA2IwlD,YAAWlzF,CAAtJ,EAAwJ2E,KAAIgzD,CAA5J,EAA8Jw7B,WAAUv/B,CAAxK,EAA0KnwB,OAAMruB,CAAhL,EAAkLg+E,KAAIhgC,CAAtL,EAAwLigC,YAAW5sF,CAAnM,EAAqM6sF,eAAcnrF,CAAnN,EAAqNorF,WAAUh8B,CAA/N,EAAiOi8B,YAAWp8B,CAA5O,EAA8Oq8B,aAAYxqD,CAA1P,EAA4PyqD,gBAAelmD,CAA3Q,EAA6QmmD,mBAAkBl2D,CAA/R,EAAiSm2D,gBAAer+B,CAAhT,EAAkTs+B,gBAAe/qF,CAAjU,EAAmUgrF,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAc59B,CAAxW,EAA0W69B,eAAc/9B,CAAxX,EAA0Xg+B,SAAQj9B,CAAlY,EAAoYk9B,YAAW38B,CAA/Y,EAAiZ48B,YAAWv8B,CAA5Z,EAA8Zw8B,WAAUn9B,CAAxa,EAAN,EAAJ,CAA9C,EAAqeY,EAAE6L,OAAF,CAAUt/B,IAAV,GAAeyzB,EAAEzzB,IAAtf,EAA2fyzB,EAAE4L,OAAF,CAAUr/B,IAAV,GAAeyzB,EAAEzzB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASyM,CAAT,GAAY;AAAC,mBAAM,EAAC0V,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASxyE,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAOmzC,EAAE97B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoByM,CAApB,EAAsB0M,CAAtB,CAAP;AAAgC,kBAAS9hB,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAE,EAAN,CAAS,IAAGnZ,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAAC1yE,wBAAEnZ,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM3I,CAAN,EAAQ;AAACqzD,sBAAEoT,YAAF,CAAezmE,CAAf;AAAkB,yBAAQpB,GAAR,CAAYkjB,CAAZ,EAAe3I,IAAf,CAAoB/D,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIg+C,IAAEj2D,QAAN;AAAA,YAAek2D,IAAE/1D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE6sD,EAAEyS,KAAlC;AAAA,YAAwCvtC,IAAE86B,EAAEhvB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6Dh/B,IAAEptD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAf;AAAA,oBAAoBllB,IAAE,EAAC7wD,KAAIoG,CAAL,EAAOrE,OAAM8Q,CAAb,EAAtB,CAAsCpV,EAAE2I,CAAF,IAAKyqD,CAAL,EAAOtxC,EAAE6yE,KAAF,IAAS7yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAczhC,CAAd,EAAgBA,EAAE0hC,KAAF,GAAQhzE,EAAE8yE,KAA1B,EAAgC9yE,EAAE8yE,KAAF,GAAQxhC,CAAjD,IAAoDtxC,EAAE6yE,KAAF,GAAQ7yE,EAAE8yE,KAAF,GAAQxhC,CAA3E,EAA6EtxC,EAAE2yE,OAAF,IAAW3yE,EAAEqlD,KAAb,IAAoBnnE,EAAE8hB,EAAE6yE,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBuf,EAAE6yE,KAAF,GAAQ7yE,EAAE6yE,KAAF,CAAQE,KAApC,EAA0C/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkFhzE,EAAE2yE,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEkjE,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAGmZ,CAAH,EAAK,OAAOA,MAAI1M,EAAEu/E,KAAN,IAAa7yE,MAAI1M,EAAEw/E,KAAnB,KAA2Bx/E,EAAEu/E,KAAF,GAAQ7yE,EAAE+yE,KAAV,EAAgBz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+DhzE,MAAI1M,EAAEw/E,KAAN,KAAc9yE,EAAEgzE,KAAF,KAAUhzE,EAAEgzE,KAAF,CAAQD,KAAR,GAAc/yE,EAAE+yE,KAAhB,EAAsB/yE,EAAE+yE,KAAF,CAAQC,KAAR,GAAchzE,EAAEgzE,KAAhD,GAAuDhzE,EAAEgzE,KAAF,GAAQ1/E,EAAEw/E,KAAjE,EAAuE9yE,EAAE+yE,KAAF,GAAQ,IAA/E,EAAoFz/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAc/yE,CAAlG,EAAoG1M,EAAEw/E,KAAF,GAAQ9yE,CAA1H,CAA/D,EAA4LA,EAAExd,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBuvD,IAAElrD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BssD,IAAEzuD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAInhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKgG,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASzyE,CAAT,EAAW9hB,CAAX,EAAaqzD,CAAb,EAAe;AAAC,oBAAI7sD,CAAJ,EAAMotD,CAAN,EAAQqB,CAAR,EAAUjB,CAAV,EAAYE,CAAZ,EAAchlC,CAAd,EAAgBqmC,CAAhB,EAAkBzsD,CAAlB,CAAoB,IAAG,CAACgZ,CAAJ,EAAM,OAAO1M,GAAP,CAAW,IAAG5O,IAAE+xB,EAAE46D,SAAF,CAAYnzF,CAAZ,CAAF,EAAiB4zD,IAAEr7B,EAAEu6D,OAAF,CAAUhxE,IAAEtb,CAAZ,CAAnB,EAAkCyuD,IAAE,KAAK8/B,MAAL,CAAY11F,GAAZ,CAAgBu0D,CAAhB,CAApC,EAAuDqB,CAA1D,EAA4D,OAAOA,CAAP,CAASjB,IAAE5+C,GAAF,EAAM8+C,IAAEb,IAAEA,CAAF,GAAIQ,CAAZ,EAAc3kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI00C,CAAJ,IAASv1D,CAAT;AAAW8I,wBAAE9I,EAAEu1D,CAAF,CAAF,EAAO9+C,EAAE3N,CAAF,MAAOorD,EAAEr1C,KAAF,CAAQ02C,CAAR,IAAWzsD,CAAlB,CAAP;AAAX,iBAAuC,OAAOH,EAAEurD,CAAF,EAAKjxD,IAAL,CAAU6e,CAAV,GAAaoyC,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BkkC,EAAE5uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACpyC,IAAE,EAAH,EAAO5iB,MAAP,KAAgB80D,EAAElpC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDhhC,EAAEnkC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E6mC,EAAEsgC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MhhC,EAAElpC,KAAF,GAAQ,CAAR,IAAWkpC,EAAEnkC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB9gC,CAAhB,EAAkBI,CAAlB,CAAjO,EAAsPE,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRF,CAAzR;AAA2R,aAAvlB,EAAwlBihC,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tD//B,EAAE97B,OAAF,GAAU,IAAI87B,CAAJ,EAAV,EAAgB5B,EAAEhvB,IAAF,CAAO8wD,WAAP,GAAmBlgC,CAAnC,EAAqC5B,EAAEhvB,IAAF,CAAO+wD,QAAP,GAAgBxhC,CAArD,EAAuDP,EAAEhvB,IAAF,CAAOgxD,SAAP,GAAiBr1F,CAAxE,EAA0EqzD,EAAEhvB,IAAF,CAAOixD,WAAP,GAAmBxzE,CAA7F;AAA+F,KAAvlE,CAAwlExkB,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,CAAR;AAAA,gBAAU5sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBm9C,CAAhB;AAAA,gBAAkBC,IAAE,EAApB;AAAA,gBAAuBoB,IAAE,CAAzB,CAA2B,KAAItsD,IAAEyM,EAAEzM,CAAF,CAAN,EAAWssD,IAAEtsD,EAAEzJ,MAAf;AAAuB4iB,oBAAEnZ,EAAE0xD,UAAF,CAAapF,GAAb,CAAF,EAAoBj1D,IAAE2I,EAAE0xD,UAAF,CAAapF,GAAb,CAAtB,EAAwC7B,IAAEzqD,EAAE0xD,UAAF,CAAapF,GAAb,CAA1C,EAA4DzuD,IAAEsb,KAAG,CAAjE,EAAmEyW,IAAE,CAAC,IAAEzW,CAAH,KAAO,CAAP,GAAS9hB,KAAG,CAAjF,EAAmFyW,IAAE,CAAC,KAAGzW,CAAJ,KAAQ,CAAR,GAAUozD,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GvvC,MAAM7jB,CAAN,IAASyW,IAAEm9C,IAAE,EAAb,GAAgB/vC,MAAMuvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4IC,IAAEA,IAAER,EAAEC,MAAF,CAAS9sD,CAAT,CAAF,GAAc6sD,EAAEC,MAAF,CAAS/6B,CAAT,CAAd,GAA0B86B,EAAEC,MAAF,CAAS78C,CAAT,CAA1B,GAAsC48C,EAAEC,MAAF,CAASM,CAAT,CAApL;AAAvB,aAAuN,OAAOC,CAAP;AAAS,kBAASz+C,CAAT,CAAWzM,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,KAAIoV,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,oBAAEnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAAF,EAAkB0M,IAAE,GAAF,GAAM9hB,KAAGozD,EAAEtxC,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQ9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAV,CAAH,EAAgB9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAU9hB,KAAGozD,EAAE,MAAItxC,MAAI,EAAV,CAAH,EAAiB9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoC9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAO9hB,CAAP;AAAS,aAAI8hB,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAE8hB,EAAEsjD,UAAvB;AAAA,YAAkChS,IAAE7qD,OAAOC,YAA3C;AAAA,YAAwD6qD,IAAE,mEAA1D,CAA8HrzD,EAAE8hB,EAAEuiB,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAWpgF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nB9X,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAIyM,IAAE3T,IAAN;AAAA,YAAWqgB,IAAExkB,OAAO07D,KAApB;AAAA,YAA0Bh5D,IAAE8hB,EAAEsjD,UAA9B;AAAA,YAAyChS,IAAEzqD,EAAE7E,OAA7C;AAAA,YAAqDuvD,IAAE,EAACoiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKqgF,SAAL,EAAN;AAAA,oBAAuB3zE,IAAEsxC,EAAEzqD,CAAF,EAAIyM,CAAJ,CAAzB,CAAgC,OAAO0M,KAAG,CAAC,CAAJ,IAAO1M,EAAE1U,MAAF,CAASohB,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQyD,SAAQ,iBAAS5c,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,IAAE,KAAKsiC,UAAf,CAA0B,IAAGtiC,KAAG,CAAC,KAAKyiC,UAAZ,EAAuB,KAAI71F,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAEsxC,EAAEpzD,CAAF,CAAF,EAAO8hB,EAAEnZ,CAAF,KAAMmZ,EAAEnZ,CAAF,EAAKyM,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgY0gF,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBzgF,EAAEuX,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAKzM,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQyM,CAA9C,EAAgDA,EAAEugF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20B31F,EAAE8hB,CAAF,EAAI,EAACq0E,QAAO,EAACC,gBAAe/iC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B/1D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,gCAAP,EAAwC,CAAC,yBAAD,EAA2B,mBAA3B,CAAxC,EAAwFh5B,CAAxF;AAA2F,CAA9G,CAA+G,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWyM,CAAX,EAAa;AAAC,YAAI0M,CAAJ;AAAA,YAAM9hB,IAAE1C,OAAO07D,KAAf;AAAA,YAAqB5F,IAAEpzD,EAAEolE,UAAzB;AAAA,YAAoC/R,IAAE1qD,EAAEhI,MAAxC;AAAA,YAA+C6F,IAAExG,EAAEoB,UAAnD;AAAA,YAA8Dm3B,IAAEv4B,EAAEkxD,QAAlE;AAAA,YAA2Ez6C,IAAEzW,EAAEqkC,IAA/E;AAAA,YAAoFuvB,IAAEn9C,EAAE6R,MAAxF;AAAA,YAA+FurC,IAAE7zD,EAAE2jE,OAAnG;AAAA,YAA2G1O,IAAEj1D,EAAE+5F,QAA/G;AAAA,YAAwH/lC,IAAEh0D,EAAE0jE,OAA5H;AAAA,YAAoIxP,IAAEl0D,EAAE2jE,OAAF,CAAU0sB,KAAhJ;AAAA,YAAsJnhE,IAAE8kC,EAAEgxD,YAA1J;AAAA,YAAuKzvD,IAAEvB,EAAEumF,aAA3K;AAAA,YAAyLzxI,IAAEkrD,EAAE0mF,YAA7L;AAAA,YAA0Mj9G,IAAEu2B,EAAE4mF,eAA9M;AAAA,YAA8NltG,IAAEsmB,EAAEuxD,OAAlO;AAAA,YAA0OnoH,IAAE42D,EAAE8wD,KAA9O;AAAA,YAAoPt3E,IAAEwmB,EAAEqnF,YAAxP;AAAA,YAAqQ50I,IAAEutD,EAAE6xD,OAAzQ;AAAA,YAAiR19G,IAAE6rD,EAAEgyD,UAArR;AAAA,YAAgS/8E,IAAE+qB,EAAE4oF,WAApS;AAAA,YAAgTxlF,IAAE3gD,EAAEy8E,UAApT;AAAA,YAA+T37B,IAAEvD,EAAE6oF,WAAnU;AAAA,YAA+UplF,IAAE,UAAjV;AAAA,YAA4VvB,IAAE,OAA9V;AAAA,YAAsWE,IAAE,QAAxW;AAAA,YAAiXa,IAAE,OAAnX;AAAA,YAA2XY,IAAE,OAA7X;AAAA,YAAqYL,IAAE,OAAvY;AAAA,YAA+YN,IAAEpuD,EAAEnI,MAAF,CAAS,EAACs5D,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEuxG,MAAf,CAAsBvxG,EAAEo3I,iBAAF,CAAoB3qI,CAApB;AAAuB,aAAhE,EAAiE2qI,mBAAkB,2BAASp3I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAEnZ,EAAE,CAAF,CAAb;AAAA,oBAAkB3I,IAAE,IAAI03D,CAAJ,CAAMtiD,CAAN,EAAQ,EAAC8kG,QAAOvxG,CAAR,EAAUg+G,QAAOvxG,EAAExU,OAAF,CAAU+lH,MAA3B,EAAkCq5B,WAAUl+H,EAAEk+H,SAA9C,EAAwDC,eAAcn+H,EAAEm+H,aAAxE,EAAsFC,cAAap+H,EAAEo+H,YAArG,EAAkHC,gBAAer+H,EAAEq+H,cAAnI,EAAkJtmC,WAAU/3F,EAAE+3F,SAA9J,EAAR,CAApB,CAAsMzkG,EAAEs5H,WAAF,CAAc1uI,CAAd;AAAiB,aAAtT,EAAuT0uI,aAAY,qBAAS/lI,CAAT,EAAWyM,CAAX,EAAa;AAACtM,kBAAExK,EAAF,CAAKowI,WAAL,CAAiBtvI,IAAjB,CAAsB,IAAtB,EAA2BuJ,CAA3B,EAA6ByM,CAA7B,GAAgCw+C,EAAE,KAAKhzD,OAAL,CAAa+lH,MAAb,CAAoB/6E,KAAtB,EAA4BjjC,EAAE2kI,WAA9B,CAAhC;AAA2E,aAA5Z,EAAT,CAAjZ;AAAA,YAAyzB51E,IAAExoC,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWoN,EAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe0iB,CAAf,EAAiB1M,CAAjB,GAAoB0M,EAAEs9F,QAAF,GAAWz2G,CAA/B,EAAiCmZ,EAAE88B,MAAF,GAAS,EAA1C,EAA6C98B,EAAEyvB,MAAF,GAAS,EAAtD,EAAyDzvB,EAAEwrH,WAAF,GAAc,EAAvE,EAA0ExrH,EAAEm4C,MAAF,EAA1E;AAAqF,aAApH,EAAqHr5D,SAAQ,EAACo/I,WAAU,EAAX,EAAcl1H,OAAM,GAApB,EAAwBo1H,cAAa,CAAC,CAAtC,EAAwCD,eAAc,CAAC,CAAvD,EAAyDE,gBAAe,CAAxE,EAA0E5uG,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAY4nE,OAAM,QAAlB,EAA2B74E,UAAS,QAApC,EAAjF,EAA7H,EAA6Pk4G,kBAAiB,0BAASv7H,CAAT,EAAWyM,CAAX,EAAa;AAAC,uBAAOjN,EAAEiN,CAAF,EAAIzM,EAAErE,KAAN,CAAP;AAAoB,aAAhT,EAAiT21D,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUqzD,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc9hB,CAAd;AAAA,oBAAgBm9C,CAAhB;AAAA,oBAAkBC,IAAE,IAApB;AAAA,oBAAyBoB,IAAEpB,EAAEjzD,OAA7B;AAAA,oBAAqCozD,IAAEH,EAAEurD,QAAF,CAAWx+G,OAAX,CAAmBkpH,YAAnB,IAAiC,EAAxE;AAAA,oBAA2E51D,IAAEF,EAAE90D,MAA/E;AAAA,oBAAsFgwB,IAAE+lC,EAAEilD,MAAF,CAAS,CAAT,CAAxF;AAAA,oBAAoG3kD,IAAErmC,EAAE9S,IAAxG,CAA6G,IAAGm5C,CAAH,EAAK,KAAIv1D,IAAEu3D,EAAEroC,CAAF,CAAF,EAAOqJ,IAAE,CAAb,EAAeA,IAAEg9B,EAAEr2D,MAAnB,EAA0Bq5B,GAA1B;AAA8B5vB,wBAAE6kC,EAAErU,OAAF,CAAUozF,SAAV,CAAoBr9F,CAApB,EAAsBqJ,CAAtB,CAAF,EAA2B86B,IAAE1qD,EAAE6jH,WAAF,CAAcloH,KAA3C,EAAiD,SAAO+uD,CAAP,IAAUA,MAAIj+C,CAAd,KAAkB0M,IAAEnZ,EAAEqpE,MAAJ,EAAWxrE,EAAE0oB,EAAEqlB,KAAJ,MAAarlB,EAAEqlB,KAAF,GAAQzyB,EAAEyyB,KAAF,IAASyf,EAAEz7B,IAAE27B,CAAJ,CAA9B,CAAX,EAAiDpyC,IAAEsxC,EAAE,EAACx8C,OAAM2hB,CAAP,EAAS5c,OAAMk4C,CAAf,EAAiBqmD,QAAOhrF,CAAxB,EAA0BirF,UAASr4F,EAAEq4F,QAArC,EAA8CvyC,UAASrS,EAAEh9B,CAAF,CAAvD,EAA4D8hF,YAAW54G,KAAKosC,GAAL,CAASwlB,CAAT,IAAYrzD,CAAnF,EAAqF+rH,iBAAgBjqG,EAAEiqG,eAAvG,EAAuH9uF,SAAQnb,EAAEmb,OAAjI,EAAF,EAA4Inb,CAA5I,CAAnD,EAAkMrL,IAAEo9C,EAAEy1E,aAAF,CAAgBj2E,CAAhB,EAAkBvxC,CAAlB,CAApM,EAAyN8xC,IAAEC,EAAE2sE,WAAF,CAAcntE,CAAd,EAAgBvxC,CAAhB,CAA3N,EAA8OrL,KAAGm9C,CAAH,IAAMn9C,EAAE6R,MAAF,CAASsrC,CAAT,CAAtQ,CAAjD;AAA9B;AAAkW,aAAvxB,EAAwxB45E,oBAAmB,4BAAS7kI,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,IAAE8hB,EAAEo4F,MAAR,CAAejxE,EAAEtgC,CAAF,EAAI,EAACrE,OAAM8Q,CAAP,EAAS8kG,QAAOl6G,CAAhB,EAAkB4nE,UAAS9lD,EAAE8lD,QAA7B,EAAsChxD,OAAMkL,EAAElL,KAA9C,EAAJ,EAAyD,EAAC65B,UAASzwC,EAAE0jG,SAAZ,EAAsB8nB,UAAS,CAAC,MAAD,EAAQ,QAAR,EAAiB,QAAjB,CAA/B,EAAzD;AAAqH,aAA/7B,EAAg8B8d,eAAc,uBAAS3gI,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAIpV,CAAJ;AAAA,oBAAMwG,IAAE,IAAR;AAAA,oBAAa+xB,IAAE66B,EAAE,EAAF,EAAKh+C,EAAE8kG,MAAP,CAAf,CAA8B,IAAG1zG,EAAEgnI,kBAAF,CAAqBj1G,CAArB,EAAuB5vB,CAAvB,EAAyByM,CAAzB,GAA4B5O,EAAE6mI,gBAAF,CAAmB1kI,CAAnB,EAAqB4vB,CAArB,EAAuBnjB,CAAvB,CAA5B,EAAsDA,EAAE6nB,OAAF,KAAY,CAAC,CAAtE,EAAwE,OAAOj9B,IAAE,IAAI8hB,CAAJ,CAAMnZ,CAAN,EAAQ4vB,CAAR,EAAUnjB,CAAV,CAAF,EAAei+C,EAAErzD,CAAF,EAAIoV,CAAJ,CAAf,EAAsB5O,EAAE8hB,MAAF,CAAStoB,CAAT,CAAtB,EAAkCwG,EAAEo4C,MAAF,CAASjhD,IAAT,CAAcqC,CAAd,CAAlC,EAAmDA,CAA1D;AAA4D,aAA9nC,EAA+nCwgI,aAAY,qBAAS73H,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQqzD,CAAR;AAAA,oBAAU7sD,IAAE,IAAZ;AAAA,oBAAiBiQ,IAAErB,EAAE8kG,MAArB;AAAA,oBAA4BtmD,IAAEx+C,EAAEwyD,QAAhC;AAAA,oBAAyC/T,IAAET,EAAE,EAAF,EAAK5sD,EAAE5F,OAAF,CAAU2wC,MAAf,EAAsB96B,EAAE86B,MAAxB,CAA3C;AAAA,oBAA2E0jB,IAAEtsD,CAA7E,CAA+E,IAAGkrD,EAAE52B,OAAL,EAAa,OAAO42B,EAAE3C,QAAF,IAAYlxD,IAAEu4B,EAAEs7B,EAAE3C,QAAJ,CAAF,EAAgB+D,IAAEj1D,EAAE,EAAC4nE,UAAShU,CAAV,EAAYtvD,OAAMqE,CAAlB,EAAoB0xG,YAAWjlG,EAAEilG,UAAjC,EAA4CF,UAAS/kG,EAAE+kG,QAAvD,EAAgED,QAAOzjG,CAAvE,EAAF,CAA9B,IAA4Go9C,EAAEsG,MAAF,KAAWlF,IAAE9sD,EAAE0rD,EAAEsG,MAAJ,EAAWlF,CAAX,CAAb,CAA5G,EAAwIpB,EAAEtf,KAAF,IAAS,aAAWsf,EAAEgxC,KAAtB,KAA8BxxC,IAAE,IAAIa,CAAJ,CAAMz9C,EAAE89B,KAAR,EAAe8xC,cAAf,EAAF,EAAkCxyB,EAAEtf,KAAF,GAAQ8e,IAAE,GAAF,GAAMwE,CAAN,GAAQL,CAAhF,CAAxI,EAA2NhxD,EAAEgnI,kBAAF,CAAqB35E,CAArB,EAAuBlrD,CAAvB,EAAyByM,CAAzB,CAA3N,EAAuP0M,IAAE,IAAIrb,CAAJ,CAAMwuD,CAAN,EAAQ7B,EAAE,EAACuyC,QAAO9xC,EAAE7nC,QAAV,EAAF,EAAsB6nC,CAAtB,CAAR,CAAzP,EAA2RrtD,EAAE+qC,MAAF,CAAS5zC,IAAT,CAAcmkB,CAAd,CAA3R,EAA4SA,CAAnT;AAAqT,aAA1iD,EAA2iDs+H,cAAa,wBAAU;AAAC,oBAAIz3I,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYozD,IAAE,KAAK7hB,MAAnB;AAAA,oBAA0B8hB,IAAE,EAACxlC,MAAK,CAAN,EAAQ2Y,OAAM,CAAd,EAA5B,CAA6C,KAAIxmC,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB2I,wBAAEyqD,EAAEpzD,CAAF,CAAF,EAAOoV,IAAEzM,EAAE/H,OAAF,CAAUikG,KAAnB,EAAyB,aAAWzvF,CAAX,KAAe0M,IAAEsxC,EAAEpzD,CAAF,EAAK2gC,GAAL,CAAS7V,KAAT,EAAF,EAAmB,WAAS1V,CAAT,GAAWi+C,EAAExlC,IAAF,GAAOpsB,KAAKkrB,GAAL,CAAS0mC,EAAExlC,IAAX,EAAgB/L,CAAhB,CAAlB,GAAqCuxC,EAAE7sB,KAAF,GAAQ/kC,KAAKkrB,GAAL,CAAS0mC,EAAE7sB,KAAX,EAAiB1kB,CAAjB,CAA/E,CAAzB;AAAvB,iBAAoJ,OAAOuxC,CAAP;AAAS,aAA7wD,EAA8wD1vB,QAAO,gBAASvuB,CAAT,EAAW;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAUC,CAAV;AAAA,oBAAY7sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgB9hB,CAAhB;AAAA,oBAAkBm9C,CAAlB;AAAA,oBAAoBC,CAApB;AAAA,oBAAsBG,CAAtB;AAAA,oBAAwBE,CAAxB;AAAA,oBAA0BhlC,CAA1B;AAAA,oBAA4BqmC,IAAE,IAA9B;AAAA,oBAAmCzsD,IAAEysD,EAAE30D,OAAvC;AAAA,oBAA+C68B,IAAE83B,EAAE3W,MAAnD;AAAA,oBAA0DlR,IAAEjQ,EAAEv+B,MAA9D;AAAA,oBAAqE9B,IAAE0L,EAAEk3I,SAAF,IAAa,CAApF;AAAA,oBAAsFxyG,IAAEp4B,EAAEnU,KAAF,GAAU+2G,KAAV,CAAgBziD,EAAE6qF,YAAF,EAAhB,CAAxF;AAAA,oBAA0H35I,IAAE+mC,EAAE1iB,KAAF,EAA5H;AAAA,oBAAsI3iB,IAAE,CAAxI;AAAA,oBAA0I8gC,IAAE7rC,IAAE,CAAF,GAAI,CAACqJ,IAAEA,IAAEqC,EAAEk3I,SAAP,IAAkB,CAAlK;AAAA,oBAAoKzoF,IAAEzuD,EAAEq3I,cAAxK;AAAA,oBAAuL1oF,IAAE3uD,EAAEo3I,YAA3L;AAAA,oBAAwMhqF,IAAE1oB,EAAE3d,MAAF,KAAW0nC,KAAG7pB,IAAE,CAAL,CAArN;AAAA,oBAA6N0oB,IAAEh5D,IAAE0L,EAAEk3I,SAAF,GAAYv5I,CAAd,GAAgBA,CAA/O,CAAiP,IAAGinC,CAAH,EAAK;AAAC,wBAAG+pB,CAAH,EAAK,KAAIhhD,IAAEgnB,EAAE,CAAF,CAAF,EAAOm2B,IAAEn9C,CAAT,EAAW9N,EAAE/I,IAAF,CAAO69B,CAAP,EAAS,UAAS90B,CAAT,EAAWyM,CAAX,EAAa;AAACA,0BAAEilG,UAAF,GAAazmD,EAAEymD,UAAf,KAA4BzmD,IAAEx+C,CAA9B;AAAiC,qBAAxD,CAAX,EAAqEg+C,IAAE38C,EAAE4jG,UAAF,GAAazmD,EAAEymD,UAAf,GAA0B5zG,CAAjG,EAAmGwiC,IAAE,CAACxiC,IAAE2sD,CAAH,IAAM,CAA3G,EAA6GtxC,IAAE,CAAnH,EAAqHA,IAAE4rB,CAAvH,EAAyH5rB,GAAzH;AAA6Htb,4BAAEi3B,EAAE3b,CAAF,EAAKu4F,UAAP,EAAkBxmD,IAAEp2B,EAAE3b,IAAE,CAAJ,CAApB,EAA2BkyC,IAAEH,IAAEA,EAAEwmD,UAAJ,GAAe7zG,CAA5C,EAA8C6sD,IAAE51B,EAAE3b,CAAF,EAAK88B,MAAL,GAAY,EAA5D,EAA+D5+C,IAAE8I,EAAEm3I,aAAF,GAAgB/pF,IAAE1vD,CAAlB,GAAoB0vD,IAAExoB,CAAvF,EAAyFnV,IAAE/xB,IAAE,CAACC,IAAE2sD,KAAGY,IAAExtD,CAAL,CAAH,IAAY,CAAd,GAAgBwtD,IAAE,CAAF,GAAIvtD,IAAE,CAAjH,EAAmH8xB,IAAE6+B,EAAE7+B,CAAF,EAAI,CAAJ,EAAM9xB,CAAN,CAArH,EAA8H4sD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAK9sE,CAAjB,EAAmBuE,EAAEwoE,EAAF,GAAK7tG,CAAxB,CAAP,CAA9H,EAAiKkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAKtvG,CAAL,GAAOwiC,CAAnB,EAAqBuE,EAAEwoE,EAAF,GAAK7tG,CAA1B,CAAP,CAAjK,EAAsMkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAKtvG,CAAL,GAAO8xB,CAAnB,EAAqBiV,EAAEwoE,EAAF,GAAKh2G,CAAL,GAAOmI,CAA5B,CAAP,CAAtM,EAA6OkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAKx9E,CAAjB,EAAmBiV,EAAEwoE,EAAF,GAAKh2G,CAAL,GAAOmI,CAA1B,CAAP,CAA7O,EAAkR8gC,IAAE1Q,CAApR,EAAsRpwB,KAAGnI,IAAEu3D,CAA3R,EAA6RnE,IAAEgE,EAAE3wD,IAAE,IAAE8xB,CAAN,EAAQ,CAAR,EAAU9xB,CAAV,CAA/R;AAA7H,qBAAL,MAAmb,KAAIytD,IAAE92D,IAAEqJ,CAAF,GAAIA,IAAE,IAAEwiC,CAAV,EAAY/Z,IAAE,CAACglC,IAAEkC,CAAH,IAAM,CAApB,EAAsBt0C,IAAE,CAA5B,EAA8BA,IAAE4rB,CAAhC,EAAkC5rB,GAAlC;AAAsCuxC,4BAAE51B,EAAE3b,CAAF,EAAK88B,MAAL,GAAY,EAAd,EAAiBp4C,IAAEi3B,EAAE3b,CAAF,EAAKu4F,UAAxB,EAAmC9hF,IAAEzvB,EAAEm3I,aAAF,GAAgB/wH,IAAE1oB,CAAlB,GAAoB0oB,IAAEwe,CAA3D,EAA6D1tC,IAAE8I,EAAEm3I,aAAF,GAAgB/pF,IAAE1vD,CAAlB,GAAoB0vD,IAAExoB,CAArF,EAAuF2lB,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAK9sE,CAAjB,EAAmBuE,EAAEwoE,EAAF,GAAK7tG,CAAxB,CAAP,CAAvF,EAA0HkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAKtvG,CAAL,GAAOwiC,CAAnB,EAAqBuE,EAAEwoE,EAAF,GAAK7tG,CAA1B,CAAP,CAA1H,EAA+JkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAKtvG,CAAL,GAAOwiC,CAAP,GAAS1Q,CAArB,EAAuBiV,EAAEwoE,EAAF,GAAKh2G,CAAL,GAAOmI,CAA9B,CAAP,CAA/J,EAAwMkrD,EAAE11D,IAAF,CAAO,IAAIs3D,EAAEolC,KAAN,CAAY7sD,EAAEuoE,EAAF,GAAK9sE,CAAL,GAAO1Q,CAAnB,EAAqBiV,EAAEwoE,EAAF,GAAKh2G,CAAL,GAAOmI,CAA5B,CAAP,CAAxM,EAA+O8gC,KAAG1Q,CAAlP,EAAoPpwB,KAAGnI,IAAEu3D,CAAzP;AAAtC,qBAAiS,KAAIz1C,IAAE,CAAN,EAAQA,IAAE4rB,CAAV,EAAY5rB,GAAZ;AAAgB2b,0BAAE3b,CAAF,EAAK6hB,MAAL,CAAYvuB,CAAZ;AAAhB;AAA+B;AAAC,aAA5wF,EAAT,CAA3zB,CAAmlHg+C,EAAEsE,EAAEp5D,EAAJ,EAAOi3D,CAAP,GAAUzzC,IAAEoN,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,IAAE,IAAN,CAAWkvB,EAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiBoV,CAAjB,GAAoBpV,EAAEsE,KAAF,GAAQqE,CAA5B,EAA8B3I,EAAEY,OAAF,CAAUgW,KAAV,GAAgBkL,EAAElL,KAAhD;AAAsD,aAAvF,EAAwFhW,SAAQ,EAAC2zC,OAAMijB,CAAP,EAASxpC,QAAO,EAAClD,OAAM,CAAP,EAAhB,EAAhG,EAA2H6Y,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEwpC,MAAf;AAAA,oBAAsB5+C,IAAEoV,EAAEe,QAAF,CAAW,CAAX,CAAxB,CAAsCf,EAAEurB,GAAF,GAAM,IAAIvjC,CAAJ,CAAM0kB,EAAE,CAAF,EAAK0rB,CAAX,EAAa1rB,EAAE,CAAF,EAAK4rB,CAAlB,EAAoB5rB,EAAE,CAAF,EAAK0rB,CAAzB,EAA2B1rB,EAAE,CAAF,EAAK4rB,CAAhC,CAAN,EAAyC1tC,KAAGA,EAAE2jC,MAAF,CAAS,IAAIvmC,CAAJ,CAAMuL,EAAEotG,EAAR,EAAWj0F,EAAE,CAAF,EAAK4rB,CAAhB,EAAkB/kC,EAAEstG,EAApB,EAAuBn0F,EAAE,CAAF,EAAK4rB,CAA5B,CAAT,CAA5C;AAAqF,aAAzQ,EAA0QsrE,cAAa,wBAAU;AAAC,oBAAIrwG,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAjB,CAAyBsuB,EAAE5wB,EAAF,CAAK06G,YAAL,CAAkB55G,IAAlB,CAAuB,IAAvB,GAA6BuJ,IAAEmZ,EAAEs3F,MAAF,GAASt3F,EAAEs3F,MAAF,CAAS,EAACe,UAAS/kG,EAAE+kG,QAAZ,EAAqBvyC,UAASxyD,EAAEwyD,QAAhC,EAAyCtjE,OAAM8Q,EAAE9Q,KAAjD,EAAuD41G,QAAO9kG,EAAE8kG,MAAhE,EAAuEG,YAAWjlG,EAAEilG,UAApF,EAA+Fz7D,QAAOxpC,EAAEwpC,MAAxG,EAA+Gh+C,SAAQkhB,CAAvH,EAAyHk3F,cAAa,wBAAU;AAAC,+BAAO5jG,EAAEirI,UAAF,EAAP;AAAsB,qBAAvK,EAAT,CAAT,GAA4LjrI,EAAEirI,UAAF,EAA3N,EAA0O13I,KAAG,KAAKywG,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB,CAA7O;AAAmQ,aAA9jB,EAA+jB03I,YAAW,sBAAU;AAAC,oBAAI13I,IAAE,KAAK/H,OAAX;AAAA,oBAAmBwU,IAAEzM,EAAEqlB,MAAvB;AAAA,oBAA8BlM,IAAE+xC,EAAEyxC,IAAF,CAAOtN,UAAP,CAAkB,KAAKp5C,MAAvB,EAA8B,EAACkgD,MAAK,EAACvqD,OAAM5rC,EAAE4rC,KAAT,EAAe/mB,SAAQ7kB,EAAE6kB,OAAzB,EAAN,EAAwCuxE,QAAO,EAACxqD,OAAMn/B,EAAEm/B,KAAT,EAAe/mB,SAAQpY,EAAEoY,OAAzB,EAAiC1C,OAAM1V,EAAE0V,KAAzC,EAA/C,EAA9B,EAA+HpB,KAA/H,EAAhC,CAAuK,OAAO5H,CAAP;AAAS,aAArwB,EAAswBg4F,iBAAgB,yBAASnxG,CAAT,EAAW;AAAC,uBAAOkrD,EAAEyxC,IAAF,CAAOtN,UAAP,CAAkB,KAAKp5C,MAAvB,EAA8Bj2C,CAA9B,CAAP;AAAwC,aAA10B,EAA20B27H,iBAAgB,2BAAU;AAAC,uBAAO,KAAKlrB,MAAL,CAAYjjG,QAAZ,CAAqB,CAArB,CAAP;AAA+B,aAAr4B,EAAs4B8jG,qBAAoB,+BAAU;AAAC,oBAAItxG,IAAEkrD,EAAEyxC,IAAF,CAAOtN,UAAP,CAAkB,KAAKp5C,MAAvB,EAA+Bl1B,KAA/B,EAAN,CAA6C,OAAM,EAAC9oB,SAAQ,KAAKA,OAAd,EAAsBw9C,MAAKz1C,CAA3B,EAAN;AAAoC,aAAt/B,EAAu/B23I,kBAAiB,0BAAS33I,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,CAAR;AAAA,oBAAU5sD,IAAE,KAAK5F,OAAjB;AAAA,oBAAyB23B,IAAE/xB,EAAEqzG,SAAF,IAAa,EAAxC,CAA2C,IAAGthF,EAAE0E,OAAF,KAAY,CAAC,CAAhB,EAAkB,OAAOnb,IAAEyW,EAAEvK,MAAF,IAAU,EAAZ,EAAehuB,IAAEqzD,EAAE,EAAF,EAAKj+C,CAAL,EAAO,EAAC0pF,MAAKvmE,EAAEgc,KAAR,EAAcwqD,QAAOj9E,EAAEyyB,KAAvB,EAA6BgsG,eAAcz+H,EAAE0L,OAA7C,EAAqDgzH,aAAY1+H,EAAEgJ,KAAnE,EAAyE21H,aAAYloH,EAAE/K,OAAvF,EAAP,CAAjB,EAAyH4lC,IAAEzqD,EAAE+3I,cAAF,CAAiB,KAAK9hG,MAAtB,EAA6B,CAAC,CAA9B,EAAgC5+C,CAAhC,CAAlI;AAAqK,aAAxvC,EAAyvCukI,eAAc,uBAAS57H,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKurB,GAAX,CAAe,OAAO,IAAI+M,CAAJ,CAAMt4B,EAAEotE,MAAF,GAAWh1C,CAAX,GAAa7kC,IAAE,CAArB,EAAuByM,EAAE4gG,EAAzB,CAAP;AAAoC,aAAt0C,EAAu0CiuB,aAAY,qBAASt7H,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAW,OAAOA,EAAEuG,KAAF,CAAQuoH,gBAAR,CAAyB9uH,CAAzB,EAA2BzM,CAA3B,CAAP;AAAqC,aAA/4C,EAAT,CAAZ,EAAu6CyqD,EAAEtxC,EAAExjB,EAAJ,EAAO01D,EAAE6mF,gBAAT,CAAv6C,EAAk8Cp9G,EAAEtE,OAAF,CAAUrd,QAAV,CAAmBo7C,CAAnB,EAAqB,CAACd,CAAD,CAArB,CAAl8C,EAA49C5oB,EAAErU,OAAF,CAAUrd,QAAV,CAAmB,CAACs6C,CAAD,CAAnB,EAAuB,CAACa,CAAD,CAAvB,EAA2B,CAACQ,CAAD,EAAGvB,CAAH,EAAK,iBAAL,EAAuB,SAAvB,CAA3B,CAA59C,EAA0hD9C,EAAEY,CAAF,EAAI,EAAC2sF,aAAYjpF,CAAb,EAAekpF,eAAc9+H,CAA7B,EAAJ,CAA1hD;AAA+jD,KAAhqK,CAAiqKxkB,OAAO07D,KAAP,CAAa76D,MAA9qK,GAAsrKb,OAAO07D,KAApsK;AAA0sK,CAAp0K,EAAq0K,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA34K,CAA98P,CAA21a,CAAC,CAAC,UAAS0M,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,cAAP,EAAsB,CAAC,gBAAD,CAAtB,EAAyC7f,CAAzC;AAA4C,CAA/D,CAAgE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAO2S,SAAS3S,CAAT,EAAW,EAAX,CAAP;AAAsB,kBAASsxC,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO3I,EAAE8hB,EAAE5D,GAAF,CAAMvV,CAAN,CAAF,CAAP;AAAmB,kBAASyM,CAAT,CAAW0M,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW,KAAI2I,CAAJ,IAASmZ,CAAT;AAAW9hB,kBAAErC,IAAF,CAAOgL,CAAP;AAAX,aAAqB,OAAO3I,CAAP;AAAS,kBAASu4B,CAAT,CAAWzW,CAAX,EAAa;AAAC,iBAAI,IAAInZ,CAAR,IAAamZ,CAAb;AAAeg2C,kBAAEl6D,OAAF,CAAU+K,CAAV,KAAc,CAAC,CAAf,IAAkBqvD,EAAEp6D,OAAF,CAAU+K,CAAV,KAAc,CAAC,CAAjC,IAAoC,OAAOmZ,EAAEnZ,CAAF,CAA3C;AAAf,aAA+D,OAAOmZ,CAAP;AAAS,kBAASuxC,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQh+C,CAAR;AAAA,gBAAUmjB,CAAV;AAAA,gBAAY86B,IAAE,EAAd;AAAA,gBAAiB7sD,IAAE,EAAnB,CAAsB,KAAI4sD,CAAJ,IAASzqD,CAAT;AAAW3I,oBAAEozD,EAAE3vD,WAAF,EAAF,EAAkB80B,IAAE++B,KAAGQ,EAAEl6D,OAAF,CAAUoC,CAAV,KAAc,CAAC,CAAtC,EAAwC,CAACq3D,EAAEiH,OAAH,IAAY/lC,CAAZ,IAAey/B,EAAEp6D,OAAF,CAAUoC,CAAV,KAAc,CAAC,CAA9B,GAAgC,OAAO2I,EAAEyqD,CAAF,CAAvC,IAA6Ch+C,IAAEzM,EAAEyqD,CAAF,CAAF,EAAO76B,IAAE86B,EAAE11D,IAAF,CAAOy1D,IAAE,GAAF,GAAMh+C,CAAN,GAAQ,GAAf,CAAF,GAAsB5O,EAAE4sD,CAAF,IAAKh+C,CAA/E,CAAxC;AAAX,aAAqI,OAAOi+C,EAAEn0D,MAAF,KAAWsH,EAAEorE,EAAF,IAAMve,EAAErpD,IAAF,CAAO,GAAP,CAAjB,GAA8BxD,CAArC;AAAuC,kBAASA,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyqD,CAAJ,EAAMh+C,CAAN,EAAQmjB,CAAR,CAAU,OAAO++B,KAAGlE,IAAEtxC,EAAE5D,GAAF,CAAM0zD,EAAN,CAAF,EAAYxe,KAAGkD,CAAH,GAAK,WAAS3tD,CAAT,GAAW,CAAX,GAAa,CAAlB,IAAqByM,IAAEg+C,EAAEnqD,KAAF,CAAQ7B,OAAOuB,IAAE,uBAAT,CAAR,CAAF,EAA6C4vB,IAAE,CAA/C,EAAiDnjB,IAAEmjB,IAAEv4B,EAAEoV,EAAE,CAAF,CAAF,CAAJ,IAAaA,IAAEg+C,EAAEnqD,KAAF,CAAQmtD,CAAR,KAAY,CAAC,CAAD,EAAG,CAAH,EAAK,CAAL,EAAO,CAAP,EAAS,CAAT,CAAd,EAA0BztD,IAAEA,EAAElF,WAAF,EAA5B,EAA4CizD,EAAE9sD,IAAF,CAAOjB,CAAP,IAAU4vB,IAAEj2B,WAAW8S,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAhB,CAAZ,GAAkC,gBAAczM,CAAd,GAAgB4vB,IAAEj2B,WAAW8S,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAhB,CAAlB,GAAwC,WAASzM,CAAT,GAAW4vB,IAAEj2B,WAAW8S,EAAE,CAAF,CAAX,CAAb,GAA8B,YAAUzM,CAAV,KAAc4vB,IAAEj2B,WAAWb,KAAK60F,KAAL,CAAWlhF,EAAE,CAAF,CAAX,EAAgBA,EAAE,CAAF,CAAhB,CAAX,CAAhB,CAAjK,CAAjD,EAAsQmjB,CAA3R,CAAf,IAA8Sj2B,WAAWwf,EAAE5D,GAAF,CAAMvV,CAAN,CAAX,CAArT;AAA0U,kBAASkrD,CAAT,CAAW/xC,CAAX,EAAa;AAAC,mBAAOA,EAAEwxC,MAAF,CAAS,CAAT,EAAYx0D,WAAZ,KAA0BgjB,EAAEyxC,SAAF,CAAY,CAAZ,CAAjC;AAAgD,kBAAS98C,CAAT,CAAWqL,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAEi1D,EAAEt0D,MAAF,CAASgI,CAAT,CAAN;AAAA,gBAAkByqD,IAAEpzD,EAAEjB,SAAF,CAAY6mE,UAAhC,CAA2CvP,EAAExC,EAAE/xC,CAAF,CAAF,IAAQ9hB,CAAR,EAAUq2D,EAAET,OAAF,CAAU72D,SAAV,CAAoB+iB,CAApB,IAAuB,UAASA,CAAT,EAAWnZ,CAAX,EAAayqD,CAAb,EAAeh+C,CAAf,EAAiB;AAAC,uBAAO,IAAIpV,CAAJ,CAAM,KAAKmmC,OAAX,EAAmBrkB,CAAnB,EAAqBnZ,CAArB,EAAuByqD,CAAvB,EAAyBh+C,CAAzB,CAAP;AAAmC,aAAtF,EAAuFoiD,EAAEpE,CAAF,EAAI,UAASzqD,CAAT,EAAWyqD,CAAX,EAAa;AAACiD,kBAAET,OAAF,CAAU72D,SAAV,CAAoB+iB,IAAE+xC,EAAET,CAAF,CAAtB,IAA4B,UAAStxC,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,2BAAO,IAAIpV,CAAJ,CAAM,KAAKmmC,OAAX,EAAmBitB,CAAnB,EAAqBtxC,CAArB,EAAuBnZ,CAAvB,EAAyByM,CAAzB,CAAP;AAAmC,iBAA/E;AAAgF,aAAlG,CAAvF;AAA2L,kBAAS4+C,CAAT,CAAWlyC,CAAX,EAAa9hB,CAAb,EAAeozD,CAAf,EAAiBh+C,CAAjB,EAAmB;AAACqB,cAAEqL,CAAF,EAAI,EAAC8jD,YAAWnoC,CAAZ,EAAcyjF,YAAW,oBAASp/F,CAAT,EAAW;AAAC,2BAAO,KAAK++H,WAAL,GAAiB/+H,CAAjB,EAAmB,IAA1B;AAA+B,iBAApE,EAAqEg/H,UAAS,kBAASh/H,CAAT,EAAW;AAAC,2BAAO,KAAKi/H,SAAL,GAAej/H,CAAf,EAAiB,IAAxB;AAA6B,iBAAvH,EAAwHk/H,YAAW,sBAAU;AAAC,2BAAO,KAAKC,WAAZ;AAAwB,iBAAtK,EAAuKC,SAAQ,iBAASp/H,CAAT,EAAWyW,CAAX,EAAa;AAAC,wBAAI86B,CAAJ;AAAA,wBAAM7sD,CAAN;AAAA,wBAAQqtD,IAAE,IAAV;AAAA,wBAAep9C,IAAE,UAAQ,KAAK0qI,UAA9B;AAAA,wBAAyCntF,IAAEH,EAAE1tB,OAAF,CAAU/pB,IAAV,CAAepc,CAAf,CAA3C;AAAA,wBAA6D4zD,IAAE,EAAE/vC,MAAMmwC,CAAN,KAAUA,KAAGZ,CAAf,CAA/D,CAAiFC,IAAEO,IAAEI,CAAF,GAAIrrD,MAAI,KAAKk4I,WAAT,GAAqB,KAAKA,WAA1B,GAAsCpqI,IAAE28C,CAAF,GAAIh+C,CAAhD,EAAkD5O,IAAEmC,MAAI,KAAKo4I,SAAT,GAAmB,KAAKA,SAAxB,GAAkCtqI,IAAErB,CAAF,GAAIg+C,CAA1F,EAA4F,KAAKguF,QAAL,IAAet/H,EAAE9hB,CAAF,IAAKwG,CAAL,EAAO+xB,EAAEv4B,CAAF,IAAKqzD,CAA3B,KAA+BvxC,EAAE9hB,CAAF,IAAKqzD,CAAL,EAAO96B,EAAEv4B,CAAF,IAAKwG,CAA3C,CAA5F,EAA0IqtD,EAAEotF,WAAF,GAAc1oH,EAAEv4B,CAAF,MAAOoV,CAA/J;AAAiK,iBAA/a,EAAJ;AAAsb,kBAASw+C,CAAT,CAAW9xC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAEo3D,EAAEwO,UAAF,CAAaj9D,CAAb,EAAgB8+C,QAAtB;AAAA,gBAA+B2L,IAAEtxC,EAAE9hB,IAAEu2D,CAAF,GAAI2B,CAAN,MAAW,CAAX,GAAa,IAA9C,CAAmD,OAAO/vD,EAAEQ,CAAF,EAAKhH,OAAL,CAAa,OAAb,EAAqByxD,CAArB,CAAP;AAA+B,aAAIc,CAAJ;AAAA,YAAMhlC,CAAN;AAAA,YAAQ+lC,CAAR;AAAA,YAAUnsD,CAAV;AAAA,YAAY20B,CAAZ;AAAA,YAAc+P,CAAd;AAAA,YAAgBrlC,CAAhB;AAAA,YAAkBotD,CAAlB;AAAA,YAAoB7nB,CAApB;AAAA,YAAsBzE,CAAtB;AAAA,YAAwBxiC,CAAxB;AAAA,YAA0BrJ,CAA1B;AAAA,YAA4Bg6D,IAAE95D,OAAO07D,KAArC;AAAA,YAA2C3C,IAAEe,EAAEzB,OAA/C;AAAA,YAAuD6B,IAAE11C,EAAEliB,IAA3D;AAAA,YAAgE63D,IAAE31C,EAAEnhB,MAApE;AAAA,YAA2Eu2D,IAAEp1C,EAAEtd,KAA/E;AAAA,YAAqF6yD,IAAED,EAAEn5D,OAAzF;AAAA,YAAiG05D,IAAEN,EAAEtD,OAArG;AAAA,YAA6GuD,IAAED,EAAE+G,UAAjH;AAAA,YAA4HjH,IAAEE,EAAEjzB,WAAhI;AAAA,YAA4I6yB,IAAE,EAAC14C,OAAM,CAAP,EAAS8iI,QAAO,CAAhB,EAAkBC,QAAO,CAAzB,EAA2BC,SAAQ,CAAnC,EAA9I;AAAA,YAAoL7pF,IAAE,EAACy/B,WAAU,CAAX,EAAaqqD,YAAW,CAAxB,EAA0BC,YAAW,CAArC,EAAuCC,aAAY,CAAnD,EAAtL;AAAA,YAA4O7pF,IAAElvD,MAAIxL,SAASuO,eAAT,CAAyBmT,KAAzB,CAA+B61C,IAAnC,IAAyC,CAAC4C,CAAxR;AAAA,YAA0RlB,IAAE,gGAA5R;AAAA,YAA6XmB,IAAE,mDAA/X;AAAA,YAAmbb,IAAE,eAArb;AAAA,YAAqcD,IAAE,yBAAvc;AAAA,YAAieP,IAAE,oBAAne;AAAA,YAAwfn0B,IAAE,QAA1f;AAAA,YAAmgB+1B,IAAE,CAAC,aAAD,EAAe,QAAf,EAAwB,SAAxB,EAAkC,SAAlC,EAA4C,SAA5C,EAAsD,UAAtD,EAAiE,OAAjE,EAAyE,QAAzE,EAAkF,QAAlF,EAA2F,QAA3F,EAAoG,SAApG,EAA8G,MAA9G,EAAqH,OAArH,EAA6H,OAA7H,EAAqI,WAArI,EAAiJ,YAAjJ,EAA8J,YAA9J,EAA2K,YAA3K,EAAwL,aAAxL,EAAsM,QAAtM,EAA+M,UAA/M,CAArgB;AAAA,YAAguBE,IAAE,CAAC,QAAD,EAAU,OAAV,EAAkB,QAAlB,EAA2B,QAA3B,EAAoC,MAApC,EAA2C,OAA3C,EAAmD,OAAnD,EAA2D,WAA3D,EAAuE,YAAvE,EAAoF,YAApF,EAAiG,QAAjG,CAAluB;AAAA,YAA60BxE,IAAE,EAACyjC,QAAO,KAAR,EAAc14E,OAAM,EAApB,EAAuBojI,MAAK,IAA5B,EAAiCxqD,WAAU,IAA3C,EAA/0B;AAAA,YAAg4B52F,IAAE+2D,EAAEp5C,GAAp4B;AAAA,YAAw4Bi4C,IAAE10D,KAAKgiC,KAA/4B;AAAA,YAAq5Bm0B,IAAE,EAAv5B;AAAA,YAA05BpB,IAAE,IAA55B;AAAA,YAAi6BF,IAAE,MAAn6B;AAAA,YAA06ByB,IAAE,MAA56B;AAAA,YAAm7BG,IAAE,OAAr7B;AAAA,YAA67B3B,IAAE,QAA/7B;AAAA,YAAw8B0B,IAAE,QAA18B;AAAA,YAAm9B2nC,KAAG,QAAt9B;AAAA,YAA+9BC,KAAG,SAAl+B;AAAA,YAA4+BH,KAAG,UAA/+B;AAAA,YAA0/BK,KAAG,WAA7/B;AAAA,YAAygCD,KAAG,UAA5gC;AAAA,YAAuhCG,KAAG,kBAA1hC;AAAA,YAA6iCD,KAAGz/F,IAAE,YAAljC;AAAA,YAA+jCqxE,KAAGrxE,IAAE,WAApkC;AAAA,YAAglCk4B,KAAGl4B,IAAE,qBAArlC;AAAA,YAA2mCm0E,KAAGn0E,IAAE,aAAhnC;AAAA,YAA8nC8/F,KAAG,QAAjoC;AAAA,YAA0oCF,KAAG,iBAAeE,EAAf,GAAkB,GAA/pC;AAAA,YAAmqCD,KAAG,EAACvyE,MAAK,EAACtW,SAAQ,OAAT,EAAiBqqI,UAAS,MAA1B,EAAiCthG,YAAW,YAA5C,EAAyDmH,UAAS,CAAC,CAAnE,EAAqEo6F,UAAS,CAAC,CAA/E,EAAN,EAAwFr7G,OAAM,EAACjvB,SAAQ,MAAT,EAAgBqqI,UAAS,MAAzB,EAAgCthG,YAAW,YAA3C,EAAwDmH,UAAS,CAAC,CAAlE,EAAoEo6F,UAAS,CAA7E,EAA9F,EAA8KhtG,MAAK,EAACt9B,SAAQ,IAAT,EAAcqqI,UAAS,KAAvB,EAA6BthG,YAAW,YAAxC,EAAqDmH,UAAS,CAAC,CAA/D,EAAiEo6F,UAAS,CAA1E,EAAnL,EAAgQ3sG,IAAG,EAAC39B,SAAQ,MAAT,EAAgBqqI,UAAS,KAAzB,EAA+BthG,YAAW,YAA1C,EAAuDmH,UAAS,CAAC,CAAjE,EAAmEo6F,UAAS,CAAC,CAA7E,EAAnQ,EAAmV71I,KAAI,EAACuL,SAAQ,QAAT,EAAvV,EAA0WgvB,QAAO,EAAChvB,SAAQ,KAAT,EAAjX,EAAiY,MAAK,EAACA,SAAQ,KAAT,EAAesqI,UAAS,CAAC,CAAzB,EAAtY,EAAkat/E,KAAI,EAAChrD,SAAQ,IAAT,EAAcsqI,UAAS,CAAvB,EAAta,EAAgcp6F,UAAS,EAAClwC,SAAQ,UAAT,EAAzc,EAA8duqI,YAAW,EAACvqI,SAAQ,YAAT,EAAze,EAAtqC,CAAuqD6/C,EAAEwO,UAAF,GAAaw6B,EAAb,EAAgB3oC,EAAE31C,EAAExjB,EAAJ,EAAO,EAACqkE,WAAU,mBAAS7gD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOwuD,IAAEd,EAAE/jC,SAAF,CAAY,IAAZ,EAAiBxQ,KAAG,CAAC,CAArB,EAAuBnZ,KAAG,CAAC,CAA3B,CAAF,GAAgC,KAAK4U,IAAL,CAAUuE,CAAV,EAAYnZ,CAAZ,CAAvC;AAAsD,aAA/E,EAAP,CAAhB,EAAyG2uD,KAAG,CAACH,CAAJ,KAAQK,EAAEQ,CAAF,EAAI,UAASh4D,CAAT,EAAWozD,CAAX,EAAa;AAACtxC,cAAExjB,EAAF,CAAK80D,CAAL,IAAQ,UAASpzD,CAAT,EAAW;AAAC,oBAAG2I,MAAI3I,CAAP,EAAS,OAAOwG,EAAE,IAAF,EAAO4sD,CAAP,CAAP,CAAiB,IAAIh+C,IAAE0M,EAAE,IAAF,EAAQ,CAAR,CAAN;AAAA,oBAAiByW,IAAE66B,IAAE,GAAF,GAAMpzD,CAAN,GAAQwzD,EAAEJ,EAAEzxD,OAAF,CAAUogC,CAAV,EAAY,EAAZ,CAAF,CAAR,GAA2B,GAA9C,CAAkD,OAAO3sB,EAAEyJ,KAAF,CAAQ6L,OAAR,CAAgB9sB,OAAhB,CAAwBg0E,EAAxB,KAA6B,CAAC,CAA9B,GAAgC9vD,EAAE,IAAF,EAAQ5D,GAAR,CAAY0zD,EAAZ,EAAer5C,CAAf,CAAhC,GAAkDnjB,EAAEyJ,KAAF,CAAQ6L,OAAR,GAAgBtV,EAAEyJ,KAAF,CAAQ6L,OAAR,CAAgB/oB,OAAhB,CAAwByF,OAAOgsD,IAAE,WAAT,EAAqB,GAArB,CAAxB,EAAkD76B,CAAlD,CAAlE,EAAuH,IAA9H;AAAmI,aAAnO,EAAoOzW,EAAEkN,EAAF,CAAKD,IAAL,CAAUqkC,CAAV,IAAa,UAASzqD,CAAT,EAAW;AAACmZ,kBAAEnZ,EAAE5I,IAAJ,EAAUqzD,CAAV,EAAazqD,EAAEhE,GAAf;AAAoB,aAAjR;AAAkR,SAApS,GAAsSuvD,IAAEpyC,EAAEkN,EAAF,CAAKjwB,SAAL,CAAekM,GAAvT,EAA2T6W,EAAEkN,EAAF,CAAKjwB,SAAL,CAAekM,GAAf,GAAmB,YAAU;AAAC,mBAAO+sD,EAAEp6D,OAAF,CAAU,KAAKye,IAAf,KAAsB,CAAC,CAAvB,GAAyB/Z,WAAWwf,EAAE,KAAK/hB,IAAP,EAAa,KAAKsc,IAAlB,GAAX,CAAzB,GAA+D63C,EAAEj0D,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAtE;AAA8F,SAA/b,CAAzG,EAA0iBk3D,EAAEliC,WAAF,GAAc,UAASpT,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeozD,CAAf,EAAiB;AAAC,mBAAOzqD,MAAIA,IAAEA,EAAE5D,KAAF,CAAQ,GAAR,CAAF,EAAeoyD,MAAIn3D,IAAEy3D,EAAE,EAACsqF,WAAU,KAAX,EAAiBjzH,UAAS,GAA1B,EAA8BkzH,MAAK,UAAnC,EAAF,EAAiDhiJ,CAAjD,CAAF,EAAsD8hB,EAAE5D,GAAF,CAAM8hF,EAAN,EAAShgG,EAAE+hJ,SAAF,GAAY,GAAZ,GAAgB/hJ,EAAE8uB,QAAlB,GAA2B,KAA3B,GAAiC9uB,EAAEgiJ,IAA5C,CAAtD,EAAwG5mI,WAAW,YAAU;AAAC0G,kBAAE5D,GAAF,CAAM8hF,EAAN,EAAS,EAAT,EAAa9hF,GAAb,CAAiBq4C,CAAjB;AAAoB,aAA1C,EAA2Cv2D,EAAE8uB,QAA7C,CAA5G,CAAf,EAAmL0oC,EAAE7uD,CAAF,EAAI,UAASA,CAAT,EAAW3I,CAAX,EAAa;AAAC8hB,kBAAEoT,WAAF,CAAcl1B,CAAd,EAAgBozD,CAAhB;AAAmB,aAArC,CAAvL,GAA+NtxC,CAAtO;AAAwO,SAAlzB,EAAmzBs1C,EAAEuO,YAAF,GAAe,UAAS7jD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAI3I,IAAE,EAAN,CAAS,OAAM,YAAU,OAAO8hB,CAAjB,GAAmB01C,EAAE11C,EAAE/c,KAAF,CAAQ,GAAR,CAAF,EAAe,UAAS+c,CAAT,EAAWsxC,CAAX,EAAa;AAAC,oBAAIh+C,IAAE,CAAC8gD,EAAEtsD,IAAF,CAAOwpD,CAAP,CAAP;AAAA,oBAAiB76B,IAAE66B,EAAEzxD,OAAF,CAAU80D,CAAV,EAAY,UAAS30C,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,2BAAO2I,IAAE,GAAF,GAAM3I,EAAEyD,WAAF,EAAb;AAA6B,iBAAzD,CAAnB;AAAA,oBAA8E4vD,IAAE96B,EAAExzB,KAAF,CAAQ,GAAR,CAAhF;AAAA,oBAA6FyB,IAAE6sD,EAAE,CAAF,CAA/F;AAAA,oBAAoGQ,IAAE,EAAtG,CAAyGR,EAAEn0D,MAAF,GAAS,CAAT,KAAa20D,EAAEva,SAAF,GAAY3wC,KAAGyM,CAAH,GAAKgrF,GAAG55F,CAAH,EAAM+Q,OAAX,GAAmB/Q,CAA5C,GAA+CxG,EAAEqzD,EAAE,CAAF,CAAF,IAAQQ,CAAvD;AAAyD,aAA/L,CAAnB,GAAoN2D,EAAE11C,CAAF,EAAI,UAASA,CAAT,EAAW;AAAC,oBAAIsxC,IAAE,KAAK9Z,SAAX,CAAqB8Z,KAAGzqD,CAAH,IAAM,CAACutD,EAAEtsD,IAAF,CAAOkY,CAAP,CAAP,KAAmB,KAAKw3B,SAAL,GAAe8mD,GAAGhtC,CAAH,EAAM77C,OAAxC,GAAiDvX,EAAE8hB,CAAF,IAAK,IAAtD;AAA2D,aAAhG,CAApN,EAAsT9hB,CAA5T;AAA8T,SAAvpC,EAAwpCm3D,KAAGM,EAAEpB,CAAF,EAAI,EAAC/V,YAAW,oBAAS33C,CAAT,EAAW3I,CAAX,EAAaozD,CAAb,EAAe;AAAC,oBAAI76B,CAAJ;AAAA,oBAAM/xB,CAAN;AAAA,oBAAQqtD,CAAR;AAAA,oBAAUp9C,CAAV;AAAA,oBAAYu9C,IAAE,CAAd;AAAA,oBAAgBJ,IAAEjrD,EAAEyT,IAAF,CAAO,MAAP,KAAgB,EAAlC,CAAqCg3C,IAAEqE,EAAE,EAAC3oC,UAAS,GAAV,EAAckzH,MAAK,UAAnB,EAA8BtwH,UAAS,IAAvC,EAA4CqwH,WAAU,KAAtD,EAAF,EAA+D3uF,CAA/D,CAAF,EAAoES,IAAE,CAAC,CAAvE,EAAyEp9C,IAAE,aAAU;AAACo9C,0BAAIA,IAAE,CAAC,CAAH,EAAKrtD,MAAI+sB,aAAa/sB,CAAb,GAAgBA,IAAE,IAAtB,CAAL,EAAiCmC,EAAEoU,UAAF,CAAa8iF,EAAb,EAAiB1iF,OAAjB,GAA2Be,GAA3B,CAA+B8hF,EAA/B,EAAkC,EAAlC,EAAsC9hF,GAAtC,CAA0C8hF,EAA1C,CAAjC,EAA+E5sC,EAAE1hC,QAAF,CAAWtyB,IAAX,CAAgBuJ,CAAhB,CAAnF;AAAuG,iBAA7L,EAA8LyqD,EAAEtkC,QAAF,GAAWhN,EAAEkN,EAAF,GAAKlN,EAAEkN,EAAF,CAAK+C,MAAL,CAAYqhC,EAAEtkC,QAAd,KAAyBskC,EAAEtkC,QAAhC,GAAyCskC,EAAEtkC,QAApP,EAA6PyJ,IAAE86B,EAAE1qD,CAAF,EAAI3I,CAAJ,CAA/P,EAAsQ8hB,EAAEpiB,KAAF,CAAQk0D,CAAR,EAAUx+C,EAAEmjB,CAAF,CAAV,CAAtQ,EAAsR5vB,EAAEyT,IAAF,CAAO,MAAP,EAAc0F,EAAEhN,MAAF,CAAS8+C,CAAT,CAAd,EAA2B/jC,MAA3B,EAAtR,EAA0TlnB,EAAEuV,GAAF,CAAM8hF,EAAN,EAAS5sC,EAAE2uF,SAAF,GAAY,GAAZ,GAAgB3uF,EAAEtkC,QAAlB,GAA2B,KAA3B,GAAiCskC,EAAE4uF,IAA5C,EAAkD9jI,GAAlD,CAAsD8hF,EAAtD,CAA1T,EAAoXr3F,EAAEuV,GAAF,CAAMqa,CAAN,EAASra,GAAT,CAAa0zD,EAAb,CAApX,EAAqYza,EAAEz1C,KAAF,KAAU/Y,EAAE6Y,GAAF,CAAM21C,EAAEz1C,KAAR,EAAcjL,CAAd,GAAiB,MAAI28C,EAAEtkC,QAAN,KAAiBklC,IAAE,GAAnB,CAA3B,CAArY,EAAybxtD,IAAE4U,WAAW3E,CAAX,EAAa28C,EAAEtkC,QAAF,GAAWklC,CAAxB,CAA3b,EAAsdrrD,EAAEyT,IAAF,CAAOyjF,EAAP,EAAUr5F,CAAV,CAAtd,EAAmemC,EAAEyT,IAAF,CAAO6jF,EAAP,EAAUxpF,CAAV,CAAne;AAAgf,aAAjjB,EAAkjB6b,WAAU,mBAASxQ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIozD,CAAJ;AAAA,oBAAMh+C,IAAE0M,EAAE1F,IAAF,CAAO,MAAP,CAAR;AAAA,oBAAuBmc,IAAE,CAACv4B,CAAD,IAAIoV,CAA7B;AAAA,oBAA+Bi+C,IAAEvxC,EAAE1F,IAAF,CAAO6jF,EAAP,CAAjC,CAA4C,OAAO1nE,MAAI66B,IAAEgE,EAAEiO,iBAAF,CAAoBvjD,EAAE,CAAF,CAApB,EAAyB1M,CAAzB,CAAN,GAAmCi+C,KAAGA,GAAtC,EAA0C96B,KAAGzW,EAAE5D,GAAF,CAAMk1C,CAAN,CAA7C,EAAsDtxC,EAAE/E,UAAF,CAAa,MAAb,EAAqBQ,IAArB,CAA0B5U,CAA1B,CAA7D;AAA0F,aAAltB,EAAJ,CAA3pC,EAAo3DumB,IAAEkoC,EAAE0O,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWA,EAAEmmC,OAAF,GAAUrkB,CAAV,EAAY9hB,EAAE21D,OAAF,GAAU,EAAtB,EAAyB31D,EAAEY,OAAF,GAAU+H,CAAnC,EAAqC3I,EAAEitG,OAAF,GAAU,EAA/C;AAAkD,aAAjF,EAAkFt+E,KAAI,aAAShmB,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMozD,CAAN;AAAA,oBAAQh+C,CAAR;AAAA,oBAAU5O,CAAV;AAAA,oBAAYqtD,CAAZ;AAAA,oBAAcp9C,CAAd;AAAA,oBAAgBu9C,CAAhB;AAAA,oBAAkBJ,IAAE,IAApB;AAAA,oBAAyBM,IAAEvrD,EAAEzJ,MAA7B;AAAA,oBAAoCgwB,IAAE0kC,EAAEztB,OAAxC;AAAA,oBAAgD8uB,IAAErB,EAAEhzD,OAApD;AAAA,oBAA4DkI,IAAEgZ,EAAEnJ,QAAF,EAA9D;AAAA,oBAA2E8kB,IAAE,EAA7E;AAAA,oBAAgF+P,IAAE,EAAlF,CAAqF,KAAIomB,EAAE+B,OAAF,GAAUhtD,CAAV,EAAYG,EAAEqQ,IAAF,CAAO2I,EAAEtd,KAAF,CAAQovD,CAAR,EAAU,UAAV,CAAP,CAAZ,EAA0C1kC,EAAE9S,IAAF,CAAO,WAAP,EAAmB,CAAC,CAApB,CAA1C,EAAiEg3C,IAAE,CAAvE,EAAyEA,IAAEc,CAA3E,EAA6Ed,GAA7E;AAAiF,yBAAIpzD,IAAE2I,EAAEyqD,CAAF,CAAF,EAAOpzD,EAAEiiJ,UAAF,CAAahtF,EAAE19C,OAAf,CAAP,EAA+BvX,EAAEgnE,UAAF,CAAa/R,CAAb,CAA/B,EAA+CrB,EAAEsuF,oBAAF,CAAuBliJ,EAAEitG,OAAzB,CAA/C,EAAiFjtG,EAAEkhJ,OAAF,CAAUzjH,CAAV,EAAY+P,CAAZ,CAAjF,EAAgGqmB,IAAE7zD,EAAEmW,QAAF,EAAlG,EAA+Gf,IAAE,CAAjH,EAAmHqB,IAAEo9C,EAAE30D,MAA3H,EAAkIkW,IAAEqB,CAApI,EAAsIrB,GAAtI;AAA0Iy+C,0BAAEz+C,CAAF,EAAK0Z,QAAL,CAAcmmC,EAAEnmC,QAAhB,EAA0BH,GAA1B;AAA1I;AAAjF,iBAA2P,KAAIqlC,CAAJ,IAASiB,EAAEU,OAAX;AAAmB8B,sBAAEjqB,CAAF,EAAIynB,EAAEU,OAAF,CAAU3B,CAAV,EAAaljC,UAAjB;AAAnB,iBAAgD,KAAI5B,EAAEha,EAAF,CAAK,UAAL,KAAkBuiD,EAAEh6B,CAAF,EAAI,EAAClU,SAAQ2F,EAAE9S,IAAF,CAAO,YAAP,KAAsB,OAA/B,EAAJ,CAAlB,EAA+Dk7C,KAAG,CAACrC,EAAEvjD,KAAN,KAAclL,IAAE0oB,EAAE9S,IAAF,CAAO,iBAAP,CAAF,EAA4B5V,MAAIi3B,IAAEg6B,EAAEjxD,CAAF,EAAIi3B,CAAJ,CAAN,CAA1C,CAA/D,EAAwHA,IAAE41B,EAAEnkC,CAAF,EAAIuO,CAAJ,CAA1H,EAAiI65B,KAAG,CAACH,CAAJ,KAAQ15B,IAAElF,EAAEkF,CAAF,CAAV,CAAjI,EAAiJvO,EAAEhR,GAAF,CAAMuf,CAAN,EAASvf,GAAT,CAAa0zD,EAAb,CAAjJ,EAAkKxe,IAAE,CAAxK,EAA0KA,IAAEc,CAA5K,EAA8Kd,GAA9K;AAAkLzqD,sBAAEyqD,CAAF,EAAKxwC,KAAL;AAAlL,iBAA+L,OAAOqyC,EAAE12D,IAAF,IAAQ02D,EAAE12D,IAAF,EAAR,EAAiB2wB,EAAE9S,IAAF,CAAO,iBAAP,EAAyBoxB,CAAzB,CAAjB,EAA6C6oB,EAAEnkC,OAAF,CAAUhD,CAAV,EAAYse,CAAZ,EAAciqB,EAAE,EAAF,EAAKxC,CAAL,EAAO,EAACvjC,UAAS5oB,EAAE4Q,OAAZ,EAAP,CAAd,CAA7C,EAAyF5Q,EAAEiQ,OAAF,EAAhG;AAA4G,aAA7wB,EAA8wBwE,MAAK,gBAAU;AAACuE,kBAAE,KAAKqkB,OAAP,EAAgBw8B,SAAhB,CAA0B,CAAC,CAA3B,EAA6B,CAAC,CAA9B;AAAiC,aAA/zB,EAAg0Bu/E,sBAAqB,8BAASpgI,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAJ,EAAM3I,IAAE,KAAKmmC,OAAb,EAAqBitB,IAAE,CAAvB,EAAyBh+C,IAAE0M,EAAE5iB,MAAjC,EAAwCk0D,IAAEh+C,CAA1C,EAA4Cg+C,GAA5C;AAAgDzqD,wBAAEmZ,EAAEsxC,CAAF,CAAF,EAAO,KAAK65C,OAAL,CAAatvG,IAAb,CAAkBgL,CAAlB,CAAP,EAA4B3I,EAAEoc,IAAF,CAAOzT,CAAP,KAAW3I,EAAEoc,IAAF,CAAOzT,CAAP,EAAS3I,EAAEke,GAAF,CAAMvV,CAAN,CAAT,CAAvC;AAAhD;AAA0G,aAA38B,EAA48Bw5I,iBAAgB,2BAAU;AAAC,oBAAIrgI,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUozD,IAAE,KAAKjtB,OAAjB,CAAyB,KAAIrkB,IAAE,CAAF,EAAInZ,IAAE,KAAKskG,OAAL,CAAa/tG,MAAvB,EAA8B4iB,IAAEnZ,CAAhC,EAAkCmZ,GAAlC;AAAsC9hB,wBAAE,KAAKitG,OAAL,CAAanrF,CAAb,CAAF,EAAkBsxC,EAAEl1C,GAAF,CAAMle,CAAN,EAAQozD,EAAEh3C,IAAF,CAAOpc,CAAP,CAAR,CAAlB;AAAtC;AAA2E,aAA3kC,EAA4kC0xB,UAAS,oBAAU;AAAC,oBAAI/oB,IAAE,IAAN;AAAA,oBAAW3I,IAAE,CAAb;AAAA,oBAAeozD,IAAEzqD,EAAEw9B,OAAnB;AAAA,oBAA2B/wB,IAAEzM,EAAE/H,OAA/B;AAAA,oBAAuC23B,IAAE5vB,EAAEgtD,OAA3C;AAAA,oBAAmDtC,IAAE96B,EAAEr5B,MAAvD,CAA8D,KAAIk0D,EAAEr2C,UAAF,CAAa,WAAb,EAA0BI,OAA1B,IAAoC/H,EAAEkZ,IAAF,IAAQ8kC,EAAEh3C,IAAF,CAAO,YAAP,EAAoBg3C,EAAEl1C,GAAF,CAAM,SAAN,CAApB,EAAsCoQ,IAAtC,EAA5C,EAAyF,KAAK6zH,eAAL,EAAzF,EAAgHtqF,KAAG,CAACP,CAAJ,IAAOl8C,WAAW0G,EAAEtd,KAAF,CAAQ,IAAR,EAAa,iBAAb,CAAX,EAA2C,CAA3C,CAA3H,EAAyKxE,IAAEqzD,CAA3K,EAA6KrzD,GAA7K;AAAiLu4B,sBAAEv4B,CAAF,EAAK+iB,QAAL;AAAjL,iBAAiM3N,EAAE6gD,gBAAF,IAAoB7gD,EAAE6gD,gBAAF,CAAmB7C,CAAnB,CAApB;AAA0C,aAAz4C,EAAf,CAAt3D,EAAixGiD,EAAEt9C,OAAF,GAAU,UAAS+I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMozD,CAAN;AAAA,gBAAQh+C,CAAR;AAAA,gBAAUmjB,IAAE,EAAZ;AAAA,gBAAe86B,IAAE,IAAInkC,CAAJ,CAAMpN,CAAN,EAAQnZ,CAAR,CAAjB;AAAA,gBAA4BnC,IAAE4wD,EAAEuO,YAAF,CAAeh9D,EAAEgtD,OAAjB,CAA9B,CAAwDhtD,EAAEgtD,OAAF,GAAUnvD,CAAV,CAAY,KAAI4O,CAAJ,IAAS5O,CAAT;AAAWxG,oBAAEq2D,EAAExC,EAAEz+C,CAAF,CAAF,CAAF,EAAUpV,MAAIozD,IAAE,IAAIpzD,CAAJ,CAAM8hB,CAAN,EAAQtb,EAAE4O,CAAF,EAAKkkC,SAAb,CAAF,EAA0B/gB,EAAE56B,IAAF,CAAOy1D,CAAP,CAA9B,CAAV;AAAX,aAA8D76B,EAAE,CAAF,IAAK86B,EAAE1kC,GAAF,CAAM4J,CAAN,CAAL,IAAezW,EAAE5M,EAAF,CAAK,UAAL,KAAkB4M,EAAE5D,GAAF,CAAM,EAACqL,SAAQzH,EAAE1F,IAAF,CAAO,YAAP,KAAsB,OAA/B,EAAN,EAA+C8B,GAA/C,CAAmD,SAAnD,CAAlB,EAAgFvV,EAAEpK,IAAF,IAAQoK,EAAEpK,IAAF,EAAxF,EAAiGujB,EAAE3E,OAAF,EAAjG,EAA6Gk2C,EAAE3hC,QAAF,EAA5H;AAA0I,SAArjH,EAAsjH+lC,EAAEpB,CAAF,EAAI,EAACnkC,SAAQ,iBAASlyB,CAAT,EAAWoV,CAAX,EAAai+C,CAAb,EAAe;AAAC,oBAAI7sD,IAAE6sD,EAAE/S,UAAF,KAAe,CAAC,CAAtB,CAAwB,OAAO+S,EAAE/S,UAAT,EAAoB6W,KAAG,gBAAed,CAAlB,IAAqB7vD,CAArB,GAAuB6vD,EAAE/V,UAAF,CAAatgD,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,CAAvB,GAA2CiE,IAAEt3D,EAAEkyB,OAAF,CAAUqG,EAAEnjB,CAAF,CAAV,EAAe,EAAC6C,OAAM,CAAC,CAAR,EAAUoV,MAAK,CAAC,CAAhB,EAAkBiB,MAAK,CAAC,CAAxB,EAA0BQ,UAASukC,EAAEvkC,QAArC,EAA8C4C,UAAS2hC,EAAE3hC,QAAzD,EAAf,CAAF,GAAqF1xB,EAAEJ,IAAF,CAAO,YAAU;AAAC,wBAAII,IAAE8hB,EAAE,IAAF,CAAN;AAAA,wBAAcyW,IAAE,EAAhB,CAAmBi/B,EAAEM,CAAF,EAAI,UAASh2C,CAAT,EAAWuxC,CAAX,EAAa;AAAC,4BAAI7sD,CAAJ;AAAA,4BAAMqtD,CAAN;AAAA,4BAAQp9C,CAAR;AAAA,4BAAUu9C,CAAV;AAAA,4BAAYJ,CAAZ;AAAA,4BAAcM,CAAd;AAAA,4BAAgBhlC,CAAhB;AAAA,4BAAkB+lC,IAAE7/C,IAAEA,EAAEi+C,CAAF,IAAK,GAAP,GAAW,IAA/B,CAAoC4B,MAAIpB,IAAEz+C,CAAF,EAAIi+C,KAAK4D,CAAL,IAAQ7hD,EAAEi+C,CAAF,MAAO1qD,CAAf,IAAkBnC,IAAEyuD,EAAEhsD,KAAF,CAAQsuD,CAAR,CAAF,EAAaD,KAAGG,EAAE5D,CAAF,EAAI,EAACt1C,OAAM,CAAC/X,EAAE,CAAF,CAAR,EAAJ,CAAlC,IAAsD6sD,KAAKqE,CAAL,IAAQtiD,EAAEi+C,CAAF,MAAO1qD,CAAf,KAAmB8N,IAAEzW,EAAEke,GAAF,CAAM4hF,EAAN,CAAF,EAAY9rC,IAAE,cAAYv9C,CAAZ,IAAe,WAASA,CAAtC,EAAwCzW,EAAEoc,IAAF,CAAO2jF,EAAP,MAAa/rC,IAAEh0D,EAAEoc,IAAF,CAAO2jF,EAAP,EAAU,EAAC/zF,KAAIonD,EAAEpzD,CAAF,EAAI,KAAJ,KAAY,CAAjB,EAAmB6tB,MAAKulC,EAAEpzD,CAAF,EAAI,MAAJ,KAAa,CAArC,EAAuCumC,QAAO6sB,EAAEpzD,CAAF,EAAI,QAAJ,CAA9C,EAA4DwmC,OAAM4sB,EAAEpzD,CAAF,EAAI,OAAJ,CAAlE,EAAV,CAAF,GAA6FA,EAAEoc,IAAF,CAAO2jF,EAAP,EAAU,EAAC/zF,KAAIonD,EAAEpzD,CAAF,EAAI,WAAJ,KAAkB,CAAvB,EAAyB6tB,MAAKulC,EAAEpzD,CAAF,EAAI,YAAJ,KAAmB,CAAjD,EAAV,CAA1G,CAAxC,EAAkN4zD,IAAE5zD,EAAEoc,IAAF,CAAO2jF,EAAP,CAApN,EAA+Nv5F,IAAEyuD,EAAEhsD,KAAF,CAAQsuD,CAAR,CAAjO,EAA4O/wD,MAAI0tD,IAAEb,KAAG0sC,KAAG,GAAN,GAAU,CAAV,GAAY,CAACv5F,EAAE,CAAF,CAAf,EAAoB0oB,IAAEmkC,KAAG0sC,KAAG,GAAN,GAAU,CAACv5F,EAAE,CAAF,CAAX,GAAgB,CAACA,EAAE,CAAF,CAAvC,EAA4CwtD,KAAGnwC,MAAM+vC,EAAEptB,KAAR,IAAe3iB,MAAMqwC,CAAN,KAAUuD,EAAE5D,CAAF,EAAI,EAAChmC,MAAK+lC,EAAE/lC,IAAF,GAAOqmC,CAAb,EAAJ,CAAzB,GAA8CrwC,MAAMqwC,CAAN,KAAUuD,EAAE5D,CAAF,EAAI,EAACrtB,OAAMotB,EAAEptB,KAAF,GAAQ0tB,CAAf,EAAJ,CAAxD,EAA+ErwC,MAAM+vC,EAAErtB,MAAR,IAAgB1iB,MAAMqL,CAAN,KAAUuoC,EAAE5D,CAAF,EAAI,EAAC7nD,KAAI4nD,EAAE5nD,GAAF,GAAMkjB,CAAX,EAAJ,CAA1B,GAA6CrL,MAAMqL,CAAN,KAAUuoC,EAAE5D,CAAF,EAAI,EAACttB,QAAOqtB,EAAErtB,MAAF,GAASrX,CAAjB,EAAJ,CAAzI,KAAoKrL,MAAMqwC,CAAN,KAAUuD,EAAE5D,CAAF,EAAI,EAAChpC,YAAW+oC,EAAE/lC,IAAF,GAAOqmC,CAAnB,EAAJ,CAAV,EAAqCrwC,MAAMqL,CAAN,KAAUuoC,EAAE5D,CAAF,EAAI,EAACjF,WAAUgF,EAAE5nD,GAAF,GAAMkjB,CAAjB,EAAJ,CAAnN,CAAhD,CAA/P,CAA1D,EAAwlB,CAACooC,CAAD,IAAI,WAASjE,CAAb,IAAgBA,KAAKQ,CAArB,IAAwB,OAAOA,EAAER,CAAF,CAAvnB,EAA4nBQ,KAAG4D,EAAEl/B,CAAF,EAAIs7B,CAAJ,CAAnoB;AAA2oB,qBAAjsB,GAAmsB8D,EAAEnD,IAAF,IAAQ,OAAOj8B,EAAEha,KAAptB,EAA0tBve,EAAEkyB,OAAF,CAAUqG,CAAV,EAAY,EAACtgB,OAAM,CAAC,CAAR,EAAUoV,MAAK,CAAC,CAAhB,EAAkBiB,MAAK,CAAC,CAAxB,EAA0BQ,UAASukC,EAAEvkC,QAArC,EAA8C4C,UAAS2hC,EAAE3hC,QAAzD,EAAZ,CAA1tB;AAA0yB,iBAA/0B,CAApJ;AAAq+B,aAAthC,EAAJ,CAAtjH,EAAmlJ2kC,EAAEqM,eAAF,GAAkBrM,EAAEt9C,OAAvmJ,EAA+mJk8C,IAAEmC,EAAE0O,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWA,EAAEmmC,OAAF,GAAUrkB,CAAV,EAAY9hB,EAAEmhJ,UAAF,GAAax4I,CAAzB,EAA2B3I,EAAEY,OAAF,GAAU,EAArC,EAAwCZ,EAAEoiJ,kBAAF,GAAqB,EAA7D,EAAgEpiJ,EAAEitG,OAAF,KAAYjtG,EAAEitG,OAAF,GAAU,EAAtB,CAAhE;AAA0F,aAAzH,EAA0H11F,SAAQ,mBAAU;AAAC,uBAAO,KAAK6pI,QAAL,GAAc,CAAC,CAAf,EAAiB,KAAKzyH,GAAL,EAAxB;AAAmC,aAAhL,EAAiLumF,MAAK,gBAAU;AAAC,uBAAO,KAAKksC,QAAL,GAAc,CAAC,CAAf,EAAiB,KAAKzyH,GAAL,EAAxB;AAAmC,aAApO,EAAqO7X,KAAI,aAASgL,CAAT,EAAW;AAAC,uBAAO,KAAKsgI,kBAAL,CAAwBzkJ,IAAxB,CAA6BmkB,CAA7B,GAAgC,IAAvC;AAA4C,aAAjS,EAAkSw3B,WAAU,mBAASx3B,CAAT,EAAW;AAAC,uBAAO,KAAKq/H,UAAL,GAAgBr/H,CAAhB,EAAkB,IAAzB;AAA8B,aAAtV,EAAuVgN,UAAS,kBAAShN,CAAT,EAAW;AAAC,uBAAO,KAAKugI,SAAL,GAAevgI,CAAf,EAAiB,IAAxB;AAA6B,aAAzY,EAA0YwgI,cAAa,wBAAU;AAAC,oBAAIxgI,IAAE,IAAN;AAAA,oBAAWnZ,IAAE,IAAIumB,CAAJ,CAAMpN,EAAEqkB,OAAR,EAAgB,EAAC5uB,SAAQuK,EAAEs/H,QAAX,EAAoBtyH,UAAShN,EAAEugI,SAA/B,EAAhB,CAAb;AAAA,oBAAwEriJ,IAAE8hB,EAAEsgI,kBAAF,CAAqB1kJ,MAArB,CAA4B,CAACokB,CAAD,CAA5B,CAA1E,CAA2G,OAAOnZ,EAAEgmB,GAAF,CAAM3uB,CAAN,CAAP;AAAgB,aAA7hB,EAA8hB2uB,KAAI,eAAU;AAAC,oBAAG,KAAKyzH,kBAAL,IAAyB,KAAKA,kBAAL,CAAwB,CAAxB,CAA5B,EAAuD,OAAO,KAAKE,YAAL,EAAP,CAA2B,IAAI35I,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQozD,IAAE,IAAV;AAAA,oBAAeh+C,IAAEg+C,EAAEjtB,OAAnB;AAAA,oBAA2B3/B,IAAE,CAA7B;AAAA,oBAA+BqtD,IAAET,EAAE65C,OAAnC;AAAA,oBAA2Cx2F,IAAEo9C,EAAE30D,MAA/C;AAAA,oBAAsD80D,IAAElyC,EAAEnJ,QAAF,EAAxD;AAAA,oBAAqEi7C,IAAE,EAAvE;AAAA,oBAA0EM,IAAE,EAA5E;AAAA,oBAA+EhlC,IAAEkkC,EAAEj9C,QAAF,EAAjF;AAAA,oBAA8F8+C,IAAE/lC,EAAEhwB,MAAlG,CAAyG,KAAI80D,EAAE76C,IAAF,CAAO2I,EAAEtd,KAAF,CAAQ4uD,CAAR,EAAU,WAAV,CAAP,GAA+Bh+C,EAAEgH,IAAF,CAAO,WAAP,EAAmB,CAAC,CAApB,CAA/B,EAAsD5V,IAAE,CAA5D,EAA8DA,IAAEiQ,CAAhE,EAAkEjQ,GAAlE;AAAsEmC,wBAAEkrD,EAAErtD,CAAF,CAAF,EAAO4O,EAAEgH,IAAF,CAAOzT,CAAP,KAAWyM,EAAEgH,IAAF,CAAOzT,CAAP,EAASyM,EAAE8I,GAAF,CAAMvV,CAAN,CAAT,CAAlB;AAAtE,iBAA2G,KAAInC,IAAE,CAAN,EAAQA,IAAEyuD,CAAV,EAAYzuD,GAAZ;AAAgB0oB,sBAAE1oB,CAAF,EAAKsoB,QAAL,CAAcskC,EAAEivF,SAAhB,EAA2B1zH,GAA3B;AAAhB,iBAAiD,OAAOykC,EAAE8tF,OAAF,CAAUttF,CAAV,EAAYM,CAAZ,GAAe9+C,EAAEF,EAAF,CAAK,UAAL,KAAkBuiD,EAAE7D,CAAF,EAAI,EAACrqC,SAAQnU,EAAEgH,IAAF,CAAO,YAAP,KAAsB,OAA/B,EAAJ,CAAjC,EAA8Ek7C,MAAIt3D,IAAEoV,EAAEgH,IAAF,CAAO,iBAAP,CAAF,EAA4Bpc,MAAI4zD,IAAE6D,EAAEz3D,CAAF,EAAI4zD,CAAJ,CAAN,CAAhC,CAA9E,EAA6HA,IAAEP,EAAEj+C,CAAF,EAAIw+C,CAAJ,CAA/H,EAAsI0D,KAAG,CAACH,CAAJ,KAAQvD,IAAEr7B,EAAEq7B,CAAF,CAAV,CAAtI,EAAsJx+C,EAAE8I,GAAF,CAAM01C,CAAN,EAAS11C,GAAT,CAAa0zD,EAAb,CAAtJ,EAAuKxe,EAAExwC,KAAF,EAAvK,EAAiLxN,EAAEgH,IAAF,CAAO,iBAAP,EAAyB83C,CAAzB,CAAjL,EAA6MmC,EAAEnkC,OAAF,CAAU9c,CAAV,EAAY8+C,CAAZ,EAAc,EAACplC,UAASskC,EAAEivF,SAAZ,EAAsB3wH,UAASsiC,EAAEt6C,OAAjC,EAAd,CAA7M,EAAsQs6C,EAAEj7C,OAAF,EAA7Q;AAAyR,aAA7pC,EAA8pCwE,MAAK,gBAAU;AAAC,oBAAI5U,IAAE,CAAN;AAAA,oBAAQ3I,IAAE,KAAKmW,QAAL,EAAV;AAAA,oBAA0Bi9C,IAAEpzD,EAAEd,MAA9B,CAAqC,KAAIyJ,IAAE,CAAN,EAAQA,IAAEyqD,CAAV,EAAYzqD,GAAZ;AAAgB3I,sBAAE2I,CAAF,EAAK4U,IAAL;AAAhB,iBAA4B,OAAOuE,EAAE,KAAKqkB,OAAP,EAAgBw8B,SAAhB,CAA0B,CAAC,CAA3B,EAA6B,CAAC,CAA9B,GAAiC,IAAxC;AAA6C,aAA5xC,EAA6xCw/E,iBAAgB,2BAAU;AAAC,oBAAIrgI,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUozD,IAAE,KAAKjtB,OAAjB,CAAyB,KAAIrkB,IAAE,CAAF,EAAInZ,IAAE,KAAKskG,OAAL,CAAa/tG,MAAvB,EAA8B4iB,IAAEnZ,CAAhC,EAAkCmZ,GAAlC;AAAsC9hB,wBAAE,KAAKitG,OAAL,CAAanrF,CAAb,CAAF,EAAkBsxC,EAAEl1C,GAAF,CAAMle,CAAN,EAAQozD,EAAEh3C,IAAF,CAAOpc,CAAP,CAAR,CAAlB;AAAtC;AAA2E,aAA55C,EAA65CuiJ,WAAU,qBAAU;AAAC,oBAAI55I,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEw9B,OAAf,CAAuBnmC,EAAE+c,UAAF,CAAa,WAAb,EAA0BI,OAA1B,IAAoCxU,EAAEw5I,eAAF,EAApC,EAAwDx5I,EAAEq4I,UAAF,MAAgBhhJ,EAAEoc,IAAF,CAAO,YAAP,EAAoBpc,EAAEke,GAAF,CAAM,SAAN,CAApB,EAAsCoQ,IAAtC,EAAxE,EAAqHupC,KAAG,CAACP,CAAJ,IAAOl8C,WAAW0G,EAAEtd,KAAF,CAAQmE,CAAR,EAAU,iBAAV,CAAX,EAAwC,CAAxC,CAA5H,EAAuKA,EAAEoa,QAAF,EAAvK;AAAoL,aAA7nD,EAA8nDikD,YAAW,oBAASllD,CAAT,EAAW;AAAC21C,kBAAE,CAAC,CAAH,EAAK,KAAK72D,OAAV,EAAkBkhB,CAAlB;AAAqB,aAA1qD,EAA2qD3L,UAAS,oBAAU;AAAC,uBAAM,EAAN;AAAS,aAAxsD,EAAysD6qI,YAAWl/H,EAAE/f,IAAttD,EAA2tD6gB,OAAMd,EAAE/f,IAAnuD,EAAwuDm/I,SAAQp/H,EAAE/f,IAAlvD,EAAuvDghB,UAASjB,EAAE/f,IAAlwD,EAAuwD6jE,YAAW,EAAlxD,EAAqxDq8E,YAAW,oBAASngI,CAAT,EAAW;AAAC,uBAAO,KAAKs/H,QAAL,GAAct/H,CAAd,EAAgB,IAAvB;AAA4B,aAAx0D,EAAf,CAAjnJ,EAA28MhZ,IAAE,CAAC,MAAD,EAAQ,OAAR,EAAgB,IAAhB,EAAqB,MAArB,CAA78M,EAA0+M20B,IAAE,CAAC,IAAD,EAAM,KAAN,CAA5+M,EAAy/MhnB,EAAE,SAAF,EAAY,EAACmvD,YAAW98D,CAAZ,EAAc05I,SAAQ,iBAAS1gI,CAAT,EAAW;AAAC,uBAAO,KAAKlhB,OAAL,CAAa4hJ,OAAb,GAAqB1gI,CAArB,EAAuB,IAA9B;AAAmC,aAArE,EAAsEo/H,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMozD,IAAE,IAAR;AAAA,oBAAah+C,IAAEg+C,EAAEjtB,OAAjB;AAAA,oBAAyB5N,IAAE6+B,EAAEnD,WAA7B;AAAA,oBAAyCZ,IAAE+D,EAAEjD,YAA7C;AAAA,oBAA0D3tD,IAAE45F,GAAGhtC,EAAE+tF,UAAL,CAA5D;AAAA,oBAA6EttF,IAAE,CAACrtD,EAAEq7I,QAAH,IAAar7I,EAAEihD,QAAF,GAAW4L,EAAEj+C,CAAF,CAAX,GAAgBmjB,EAAEnjB,CAAF,CAA7B,CAA/E;AAAA,oBAAkHqB,IAAEo9C,KAAGT,EAAExyD,OAAF,IAAWwyD,EAAExyD,OAAF,CAAU4hJ,OAArB,IAA8B,CAAjC,IAAoChsF,CAAxJ;AAAA,oBAA0JxC,IAAE,KAA5J,CAAkKZ,EAAEguF,QAAF,KAAaphJ,IAAE8hB,CAAF,EAAIA,IAAEnZ,CAAN,EAAQA,IAAE3I,CAAvB,GAA0Bs3D,KAAGx1C,EAAEtb,EAAE85C,UAAJ,IAAgB7pC,CAAhB,EAAkB9N,EAAEnC,EAAE85C,UAAJ,IAAgB0T,CAArC,KAAyClyC,EAAEtb,EAAEo7I,QAAJ,IAAcnrI,CAAd,EAAgB9N,EAAEnC,EAAEo7I,QAAJ,IAAc5tF,CAAvE,CAA1B;AAAoG,aAAlW,EAAZ,CAAz/M,EAA02Nv9C,EAAE,MAAF,EAAS,EAACmvD,YAAW98D,CAAZ,EAAcvK,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAACi1D,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,KAAK/H,OAAL,GAAa,EAACq0C,UAASj1C,CAAV,EAA7C;AAA0D,aAA7F,EAA8FyiJ,iBAAgB,yBAAS3gI,CAAT,EAAW;AAAC,uBAAO,KAAKlhB,OAAL,CAAa6hJ,eAAb,GAA6B3gI,CAA7B,EAA+B,IAAtC;AAA2C,aAArK,EAAsK3L,UAAS,oBAAU;AAAC,oBAAI2L,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEs/H,QAAf;AAAA,oBAAwBphJ,IAAE8hB,EAAElhB,OAAF,CAAUq0C,QAApC;AAAA,oBAA6Cme,IAAEtxC,EAAElhB,OAAF,CAAU6hJ,eAAV,IAA2B,CAA1E;AAAA,oBAA4ErtI,IAAE0M,EAAEq/H,UAAhF;AAAA,oBAA2F5oH,IAAE,CAAC6+B,EAAEpoC,EAAF,CAAKlN,EAAEqkB,OAAP,EAAgB6rD,OAAhB,CAAwB58E,CAAxB,EAA2B6sI,UAA3B,CAAsCt5I,CAAtC,CAAD,CAA7F,CAAwI,OAAO3I,KAAGu4B,EAAE56B,IAAF,CAAOy5D,EAAEpoC,EAAF,CAAKhvB,CAAL,EAAQgyF,OAAR,CAAgBoO,GAAGhrF,CAAH,EAAMmC,OAAtB,EAA+BirI,OAA/B,CAAuCpvF,CAAvC,EAA0C6uF,UAA1C,CAAqD,CAACt5I,CAAtD,CAAP,CAAH,EAAoE4vB,CAA3E;AAA6E,aAA/Y,EAAT,CAA12N,EAAqwOy7B,EAAE,MAAF,EAAS,SAAT,EAAmB,CAAnB,EAAqB,CAArB,CAArwO,EAA6xOA,EAAE,MAAF,EAAS,OAAT,EAAiB,CAAjB,EAAmB,GAAnB,CAA7xO,EAAqzOv9C,EAAE,aAAF,EAAgB,EAACyqI,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMozD,IAAE,IAAR;AAAA,oBAAah+C,IAAEg+C,EAAEjtB,OAAjB;AAAA,oBAAyB5N,IAAE66B,EAAExyD,OAA7B;AAAA,oBAAqCyyD,IAAEj+C,EAAEgH,IAAF,CAAOwjF,EAAP,CAAvC;AAAA,oBAAkDp5F,IAAE+xB,EAAEwH,MAAtD;AAAA,oBAA6D8zB,IAAET,EAAEguF,QAAjE,CAA0EvtF,KAAG,SAAOR,CAAV,IAAaj+C,EAAEgH,IAAF,CAAOwjF,EAAP,EAAUt9F,WAAW8S,EAAE8I,GAAF,CAAM,YAAUqa,EAAEo2C,IAAlB,CAAX,CAAV,CAAb,EAA4D3uE,IAAEoV,EAAEgH,IAAF,CAAOwjF,EAAP,KAAY,CAA1E,EAA4Ej3F,EAAE,YAAU4vB,EAAEo2C,IAAd,IAAoB9a,IAAE7zD,CAAF,GAAIA,IAAEwG,CAAtG;AAAwG,aAAzM,EAAhB,CAArzO,EAAihPiQ,EAAE,SAAF,EAAY,EAACyqI,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWozD,IAAEpzD,EAAEmmC,OAAf;AAAA,oBAAuB/wB,IAAEpV,EAAEY,OAA3B;AAAA,oBAAmC23B,IAAEnjB,EAAE2qB,MAAF,CAASh7B,KAAT,CAAe,GAAf,CAArC;AAAA,oBAAyDsuD,IAAErzD,EAAEohJ,QAA7D,CAAsE9pF,KAAG3uD,EAAE64I,UAAF,GAAanuF,IAAE,CAAF,GAAI96B,EAAE,CAAF,CAAjB,EAAsB5vB,EAAE84I,UAAF,GAAapuF,IAAE,CAAF,GAAI96B,EAAE,CAAF,CAA1C,KAAiD5vB,EAAEklB,IAAF,GAAOwlC,IAAE,CAAF,GAAI96B,EAAE,CAAF,CAAX,EAAgB5vB,EAAEqD,GAAF,GAAMqnD,IAAE,CAAF,GAAI96B,EAAE,CAAF,CAA3E,GAAiF66B,EAAEl1C,GAAF,CAAM,MAAN,CAAjF;AAA+F,aAA5L,EAAZ,CAAjhP,EAA4tPzH,EAAE,QAAF,EAAW,EAACmvD,YAAW,CAAC,YAAD,EAAc,UAAd,CAAZ,EAAsCqnC,SAAQ,CAACvN,EAAD,CAA9C,EAAmDwhD,SAAQ,iBAASp/H,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIozD,IAAE,IAAN;AAAA,oBAAWh+C,IAAEg+C,EAAEjtB,OAAf;AAAA,oBAAuB5N,IAAE66B,EAAExyD,OAA3B;AAAA,oBAAmCyyD,IAAED,EAAEguF,QAAvC;AAAA,oBAAgD56I,IAAE,eAAa4sD,EAAE+tF,UAAf,GAA0B5qF,CAA1B,GAA4B2B,CAA9E;AAAA,oBAAgFrE,IAAEz+C,EAAE,CAAF,EAAKyJ,KAAL,CAAWrY,CAAX,CAAlF;AAAA,oBAAgGiQ,IAAErB,EAAEgH,IAAF,CAAO5V,CAAP,CAAlG;AAAA,oBAA4GwtD,IAAE1xD,WAAWmU,KAAGo9C,CAAd,CAA9G;AAAA,oBAA+HD,IAAEuC,EAAE/gD,EAAE8I,GAAF,CAAM1X,CAAN,EAAQuxD,CAAR,EAAWvxD,CAAX,GAAF,CAAjI,CAAoJsb,EAAE2O,QAAF,GAAWwnC,CAAX,EAAajE,IAAEz7B,KAAGA,EAAE7mB,KAAL,GAAWkiD,KAAGI,CAAd,GAAgBA,KAAGJ,CAAlC,EAAoC5zD,EAAEwG,CAAF,IAAK,CAAC6sD,IAAE,CAAF,GAAIW,CAAL,IAAQwC,CAAjD,EAAmD10C,EAAEtb,CAAF,IAAK,CAAC6sD,IAAEW,CAAF,GAAI,CAAL,IAAQwC,CAAhE,EAAkE//C,MAAI9N,CAAJ,IAAOyM,EAAEgH,IAAF,CAAO5V,CAAP,EAASqtD,CAAT,CAAzE;AAAqF,aAAlT,EAAmTmtF,YAAW,sBAAU;AAAC,uBAAO,KAAKI,QAAZ;AAAqB,aAA9V,EAA+Vr+H,UAAS,oBAAU;AAAC,oBAAIjB,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEqkB,OAAf;AAAA,oBAAuBnmC,IAAE,eAAa8hB,EAAEq/H,UAAf,GAA0B5qF,CAA1B,GAA4B2B,CAArD;AAAA,oBAAuD9E,IAAEzqD,EAAEyT,IAAF,CAAOpc,CAAP,CAAzD,CAAmEozD,KAAG2E,CAAH,IAAM3E,MAAIwE,CAAV,IAAax8C,WAAW,YAAU;AAACzS,sBAAEuV,GAAF,CAAMle,CAAN,EAAQ+3D,CAAR,EAAW75C,GAAX,CAAele,CAAf;AAAkB,iBAAxC,EAAyC,CAAzC,CAAb;AAAyD,aAA/e,EAAX,CAA5tP,EAAytQwtC,IAAE,EAACxhB,UAAS,UAAV,EAAqBnB,YAAW,CAAhC,EAAkC+jC,WAAU,CAA5C,EAA8CrwC,OAAM,CAApD,EAA3tQ,EAAkxQ9H,EAAE,UAAF,EAAa,EAAClY,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,GAAarkB,CAAb,EAAe,KAAKlhB,OAAL,GAAa,EAACM,QAAOyH,CAAR,EAA5B,EAAuC,KAAKskG,OAAL,GAAa,EAApD;AAAuD,aAA3E,EAA4ErqF,OAAM,iBAAU;AAAC,qBAAKujB,OAAL,CAAatd,QAAb,CAAsB1rB,SAASqnB,IAA/B;AAAqC,aAAlI,EAAmI08H,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWozD,IAAEpzD,EAAEmmC,OAAf;AAAA,oBAAuB/wB,IAAEihD,EAAE11B,GAAF,CAAMyyB,CAAN,CAAzB;AAAA,oBAAkC76B,IAAE89B,EAAE11B,GAAF,CAAM3gC,EAAEY,OAAF,CAAUM,MAAhB,CAApC;AAAA,oBAA4DmyD,IAAE7sD,EAAE4sD,CAAF,EAAI,OAAJ,CAA9D;AAAA,oBAA2ES,IAAEwC,EAAEqsF,SAAF,CAAYnqH,CAAZ,EAAcnjB,CAAd,CAA7E;AAAA,oBAA8FqB,IAAE4/C,EAAE85C,eAAF,CAAkB53E,CAAlB,EAAoBnjB,CAApB,CAAhG,CAAuHqiD,EAAE31C,CAAF,EAAI0rB,CAAJ,GAAO7kC,EAAE4V,KAAF,GAAQ,CAAf,EAAiB60C,EAAEl1C,GAAF,CAAM0zD,EAAN,EAAS,UAAT,EAAqB1zD,GAArB,CAAyB0zD,EAAzB,CAAjB,EAA8Cxe,EAAEl1C,GAAF,CAAM0zD,EAAN,EAAS,WAASve,CAAT,GAAW,GAApB,CAA9C,EAAuEvxC,EAAE9V,GAAF,GAAMoJ,EAAEpJ,GAA/E,EAAmF8V,EAAE+L,IAAF,GAAOzY,EAAEyY,IAA5F,EAAiG/L,EAAEquF,eAAF,GAAkB15F,EAAE+2B,CAAF,GAAIgpB,CAAJ,GAAM,GAAN,GAAU//C,EAAEi3B,CAAZ,GAAc8oB,CAAjI,EAAmIx2D,EAAEohJ,QAAF,GAAWt/H,EAAEvD,KAAF,GAAQs1C,CAAnB,GAAqBlrD,EAAE4V,KAAF,GAAQs1C,CAAhK;AAAkK,aAAlb,EAAb,CAAlxQ,EAAotR1rD,IAAE,EAAC6D,KAAI,4BAAL,EAAkCu6B,QAAO,4BAAzC,EAAsE1Y,MAAK,4BAA3E,EAAwG2Y,OAAM,4BAA9G,EAAttR,EAAk2R+uB,IAAE,EAACvpD,KAAI,EAAC6D,OAAM,eAAP,EAAuBrP,KAAI,iBAA3B,EAAL,EAAmD+lC,QAAO,EAAC12B,OAAM,kBAAP,EAA0BrP,KAAI,eAA9B,EAA1D,EAAyGqtB,MAAK,EAAChe,OAAM,eAAP,EAAuBrP,KAAI,kBAA3B,EAA9G,EAA6JgmC,OAAM,EAAC32B,OAAM,iBAAP,EAAyBrP,KAAI,eAA7B,EAAnK,EAAp2R,EAAsjSiW,EAAE,aAAF,EAAgB,EAACmvD,YAAW98D,CAAZ,EAAcvK,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAACi1D,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,KAAKg6I,UAAL,GAAgB3iJ,CAAhD;AAAkD,aAArF,EAAsFkhJ,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWozD,IAAEpzD,EAAEohJ,QAAf;AAAA,oBAAwBhsI,IAAEg+C,IAAEgtC,GAAGpgG,EAAEmhJ,UAAL,EAAiB5pI,OAAnB,GAA2BvX,EAAEmhJ,UAAvD;AAAA,oBAAkE5oH,IAAEg9B,EAAEngD,CAAF,CAApE,CAAyE0M,EAAEy3F,MAAF,GAAS,CAAT,EAAWv5G,EAAE4iJ,WAAF,KAAgB9gI,EAAE0+E,IAAF,GAAO5sC,EAAE5zD,EAAE2iJ,UAAJ,EAAevrF,EAAEwO,UAAF,CAAaxwD,CAAb,EAAgBmC,OAA/B,CAAvB,CAAX,EAA2EuK,EAAE2W,EAAF,IAAMw/B,CAAjF,EAAmFtvD,EAAEipE,EAAF,IAAMuuB,MAAI/sC,IAAE76B,EAAE1oB,KAAJ,GAAU0oB,EAAE/3B,GAAhB,CAAzF,EAA8GshB,EAAE8vD,EAAF,IAAMuuB,MAAI/sC,IAAE76B,EAAE/3B,GAAJ,GAAQ+3B,EAAE1oB,KAAd,CAApH;AAAyI,aAA9T,EAA+T+S,OAAM,iBAAU;AAAC,qBAAK+/H,UAAL,CAAgBr6H,MAAhB,CAAuB,KAAK6d,OAA5B;AAAqC,aAArX,EAAsX08G,MAAK,cAAS/gI,CAAT,EAAW;AAAC,uBAAO,KAAKghI,KAAL,GAAWhhI,CAAX,EAAa,IAApB;AAAyB,aAAha,EAAiak/H,YAAW,sBAAU;AAAC,oBAAIl/H,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEs/H,QAAf;AAAA,oBAAwBphJ,IAAE8hB,EAAEghI,KAA5B,CAAkC,OAAOn6I,KAAG,CAAC3I,CAAJ,IAAO,CAAC2I,CAAD,IAAI3I,CAAlB;AAAoB,aAA7e,EAA8e+iJ,YAAW,oBAASjhI,CAAT,EAAW;AAAC,uBAAO,KAAK8gI,WAAL,GAAiB9gI,CAAjB,EAAmB,IAA1B;AAA+B,aAApiB,EAAqiBkhI,WAAU,qBAAU;AAAC,uBAAO,KAAK78G,OAAL,CAAavR,QAAb,CAAsB,WAAtB,GAAmC,IAA1C;AAA+C,aAAzmB,EAAhB,CAAtjS,EAAkrTne,EAAE,YAAF,EAAe,EAACmvD,YAAW98D,CAAZ,EAAcvK,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAACi1D,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,KAAKg6I,UAAL,GAAgB3iJ,CAAhD;AAAkD,aAArF,EAAsFitG,SAAQ,CAAC,MAAD,CAA9F,EAAuGi0C,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWozD,IAAEpzD,EAAEohJ,QAAF,GAAWhhD,GAAGpgG,EAAEmhJ,UAAL,EAAiB5pI,OAA5B,GAAoCvX,EAAEmhJ,UAAnD,CAA8Dr/H,EAAE0+E,IAAF,GAAO5sC,EAAE5zD,EAAE2iJ,UAAJ,EAAevvF,CAAf,CAAP,EAAyBtxC,EAAE0L,OAAF,GAAU,IAAnC,EAAwC7kB,EAAE6kB,OAAF,GAAU,CAAlD;AAAoD,aAA/O,EAAgPwzH,YAAW,sBAAU;AAAC,oBAAIl/H,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEs/H,QAAf;AAAA,oBAAwBphJ,IAAE8hB,EAAEghI,KAA5B,CAAkC,OAAOn6I,KAAG,CAAC3I,CAAJ,IAAO,CAAC2I,CAAD,IAAI3I,CAAlB;AAAoB,aAA5T,EAA6T6iJ,MAAK,cAAS/gI,CAAT,EAAW;AAAC,uBAAO,KAAKghI,KAAL,GAAWhhI,CAAX,EAAa,IAApB;AAAyB,aAAvW,EAAf,CAAlrT,EAA2iUrL,EAAE,UAAF,EAAa,EAACmvD,YAAW,CAAC,YAAD,EAAc,UAAd,CAAZ,EAAsCrnE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeozD,CAAf,EAAiB;AAAC6B,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,KAAK/H,OAAL,GAAa,EAA7C,EAAgD,KAAKA,OAAL,CAAaiiJ,IAAb,GAAkB7iJ,CAAlE,EAAoE,KAAKY,OAAL,CAAaqiJ,IAAb,GAAkB7vF,CAAtF;AAAwF,aAArJ,EAAsJj9C,UAAS,oBAAU;AAAC,oBAAI2L,CAAJ;AAAA,oBAAMnZ,IAAE,IAAR;AAAA,oBAAa3I,IAAE2I,EAAE/H,OAAjB;AAAA,oBAAyBwyD,IAAE,iBAAezqD,EAAEw4I,UAAjB,GAA4B,MAA5B,GAAmC,KAA9D;AAAA,oBAAoE/rI,IAAEgiD,EAAEwO,UAAF,CAAaxS,CAAb,EAAgB77C,OAAtF;AAAA,oBAA8FghB,IAAE5vB,EAAEy4I,QAAlG;AAAA,oBAA2G/tF,IAAErzD,EAAE6iJ,IAAF,CAAO5hJ,KAAP,CAAa,CAAC,CAAd,EAAiB4yB,UAAjB,CAA4B,IAA5B,CAA7G;AAAA,oBAA+IrtB,IAAExG,EAAEijJ,IAAF,CAAOhiJ,KAAP,CAAa,CAAC,CAAd,EAAiB4yB,UAAjB,CAA4B,IAA5B,CAAjJ;AAAA,oBAAmLggC,IAAElrD,EAAEw9B,OAAvL,CAA+L,OAAO5N,MAAIzW,IAAEsxC,CAAF,EAAIA,IAAEh+C,CAAN,EAAQA,IAAE0M,CAAd,GAAiB,CAACs1C,EAAEpoC,EAAF,CAAKhvB,EAAE6iJ,IAAP,EAAaK,UAAb,CAAwB9vF,CAAxB,EAA0BS,CAA1B,EAA6BgvF,IAA7B,CAAkC,CAAC,CAAnC,EAAsCZ,UAAtC,CAAiD1pH,CAAjD,CAAD,EAAqD6+B,EAAEpoC,EAAF,CAAKhvB,EAAEijJ,IAAP,EAAaC,UAAb,CAAwB9tI,CAAxB,EAA0By+C,CAA1B,EAA6BouF,UAA7B,CAAwC1pH,CAAxC,CAArD,EAAgG6+B,EAAEpoC,EAAF,CAAKqkC,CAAL,EAAQ8vF,WAAR,CAAoB/vF,CAApB,EAAsBS,CAAtB,EAAyBgvF,IAAzB,CAA8B,CAAC,CAA/B,EAAkCE,UAAlC,CAA6C,CAAC,CAA9C,EAAiDC,SAAjD,GAA6Df,UAA7D,CAAwE1pH,CAAxE,CAAhG,EAA2K6+B,EAAEpoC,EAAF,CAAKxoB,CAAL,EAAQ28I,WAAR,CAAoB/tI,CAApB,EAAsBy+C,CAAtB,EAAyBkvF,UAAzB,CAAoC,CAAC,CAArC,EAAwCC,SAAxC,GAAoDf,UAApD,CAA+D1pH,CAA/D,CAA3K,CAAxB;AAAsQ,aAA/mB,EAAgnB2oH,SAAQ,iBAASp/H,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,kBAAE4yD,EAAF,IAAM2rB,EAAN,EAASv+E,EAAEshI,cAAF,GAAiB,aAA1B,EAAwCthI,EAAE0L,OAAF,GAAU,IAAlD,EAAuD7kB,EAAE6kB,OAAF,GAAU,CAAjE;AAAmE,aAAzsB,EAA0sBzK,UAAS,oBAAU;AAAC,qBAAKojB,OAAL,CAAa55B,IAAb,CAAkB,YAAlB,EAAgC+L,MAAhC;AAAyC,aAAvwB,EAAb,CAA3iU,EAAk0V7B,EAAE,MAAF,EAAS,EAACmvD,YAAW,CAAC,YAAD,EAAc,UAAd,CAAZ,EAAsCrnE,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeozD,CAAf,EAAiB;AAAC6B,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,EAA6BnZ,CAA7B,GAAgC,KAAK/H,OAAL,GAAa,EAA7C,EAAgD,KAAKA,OAAL,CAAaiiJ,IAAb,GAAkB7iJ,CAAlE,EAAoE,KAAKY,OAAL,CAAaqiJ,IAAb,GAAkB7vF,CAAtF;AAAwF,aAArJ,EAAsJj9C,UAAS,oBAAU;AAAC,oBAAI2L,CAAJ;AAAA,oBAAMnZ,IAAE,IAAR;AAAA,oBAAa3I,IAAE2I,EAAE/H,OAAjB;AAAA,oBAAyBwyD,IAAE,iBAAezqD,EAAEw4I,UAAjB,GAA4B,MAA5B,GAAmC,KAA9D;AAAA,oBAAoE/rI,IAAEgiD,EAAEwO,UAAF,CAAaxS,CAAb,EAAgB77C,OAAtF;AAAA,oBAA8FghB,IAAE5vB,EAAEy4I,QAAlG;AAAA,oBAA2G/tF,IAAE1qD,EAAEw9B,OAA/G,CAAuH,OAAO5N,MAAIzW,IAAEsxC,CAAF,EAAIA,IAAEh+C,CAAN,EAAQA,IAAE0M,CAAd,GAAiB,CAACs1C,EAAEpoC,EAAF,CAAKhvB,EAAE6iJ,IAAP,EAAaM,WAAb,CAAyB/vF,CAAzB,EAA2BC,CAA3B,EAA8BwvF,IAA9B,CAAmC,CAAC,CAApC,EAAuCZ,UAAvC,CAAkD1pH,CAAlD,CAAD,EAAsD6+B,EAAEpoC,EAAF,CAAKhvB,EAAEijJ,IAAP,EAAaE,WAAb,CAAyB/tI,CAAzB,EAA2Bi+C,CAA3B,EAA8B4uF,UAA9B,CAAyC1pH,CAAzC,CAAtD,CAAxB;AAA2H,aAA5Z,EAA6Z2oH,SAAQ,iBAASp/H,CAAT,EAAW;AAACA,kBAAE4yD,EAAF,IAAM2rB,EAAN,EAASv+E,EAAEshI,cAAF,GAAiB,aAA1B;AAAwC,aAAzd,EAAT,CAAl0V,EAAuyW11G,IAAE,CAAC2pB,EAAEuJ,QAAF,CAAW3B,OAArzW,EAA6zWh2B,IAAE,8CAA/zW,EAA82WxyB,EAAE,SAAF,EAAY,EAAC4sI,SAAQvhI,EAAE/f,IAAX,EAAgBuhJ,QAAOxhI,EAAE/f,IAAzB,EAA8BxD,MAAK,cAASoK,CAAT,EAAW3I,CAAX,EAAaozD,CAAb,EAAe;AAAC6B,kBAAEl2D,SAAF,CAAYR,IAAZ,CAAiBa,IAAjB,CAAsB,IAAtB,EAA2BuJ,CAA3B,GAA8B,KAAK46I,SAAL,GAAezhI,EAAE9hB,CAAF,CAA7C,EAAkD,KAAKwjJ,gBAAL,GAAsBpwF,CAAxE;AAA0E,aAA7H,EAA8HtkC,UAAS,oBAAU;AAAC,sBAAMzxB,MAAM,+HAAN,CAAN;AAA6I,aAA/R,EAAgSomJ,kBAAiB,0BAAS3hI,CAAT,EAAW;AAAC,uBAAO,KAAKuhI,OAAL,GAAavhI,CAAb,EAAe,IAAtB;AAA2B,aAAxV,EAAyV4hI,iBAAgB,yBAAS5hI,CAAT,EAAW;AAAC,uBAAO,KAAKwhI,MAAL,GAAYxhI,CAAZ,EAAc,IAArB;AAA0B,aAA/Y,EAAgZ6hI,OAAM,iBAAU;AAAC,uBAAO7hI,IAAIhL,GAAJ,CAAQ,KAAKuwF,QAAb,EAAuBvwF,GAAvB,CAA2B,KAAKysI,SAAhC,CAAP;AAAkD,aAAnd,EAAodK,iBAAgB,2BAAU;AAAC,oBAAI9hI,IAAE,KAAKq/H,UAAX;AAAA,oBAAsBx4I,IAAE,0BAAwB,KAAK66I,gBAArD,CAAsE,OAAO1hI,MAAInZ,KAAG,WAASmZ,CAAhB,GAAmB,KAAKs/H,QAAL,KAAgBz4I,KAAG,eAAnB,CAAnB,EAAuDA,CAA9D;AAAgE,aAArnB,EAAsnB+oB,UAAS,kBAAS/oB,CAAT,EAAW;AAAC,oBAAG,EAAE,CAAC,KAAKsQ,QAAN,IAAgBtQ,KAAGmZ,EAAEnZ,EAAEzH,MAAJ,EAAYgU,EAAZ,CAAe+zB,CAAf,CAArB,CAAH,EAA2C;AAAC,wBAAIjpC,IAAE,KAAKuqB,SAAX,CAAqBvqB,EAAEi1B,WAAF,CAAc,UAAd,EAA0BA,WAA1B,CAAsC,KAAK2uH,eAAL,EAAtC,EAA8D7oI,GAA9D,CAAkEo8C,EAAEz1C,KAApE,EAA0E,KAAKmiI,aAA/E,GAA8F,KAAKN,SAAL,CAAej1H,IAAf,GAAsB2G,WAAtB,CAAkC,cAAlC,CAA9F,EAAgJ,KAAKkR,OAAL,CAAalR,WAAb,CAAyB,WAAzB,CAAhJ,EAAsLyY,KAAG1tC,EAAEke,GAAF,CAAMwhF,EAAN,EAAS,EAAT,CAAzL,EAAsM,KAAKokD,UAAL,IAAiB,KAAKH,KAAL,GAAazlI,GAAb,CAAiB4hF,EAAjB,EAAoB,EAApB,CAAvN,EAA+O,KAAK7mF,QAAL,CAAcS,OAAd,EAA/O,EAAuQ,OAAO,KAAKT,QAAnR;AAA4R;AAAC,aAAz+B,EAA0+B0V,KAAI,eAAU;AAAC,oBAAG,KAAKyzH,kBAAL,IAAyB,KAAKA,kBAAL,CAAwB,CAAxB,CAA5B,EAAuD,OAAO,KAAKE,YAAL,EAAP,CAA2B,IAAI35I,CAAJ;AAAA,oBAAM3I,IAAE,IAAR;AAAA,oBAAaozD,IAAEpzD,EAAEmmC,OAAjB;AAAA,oBAAyB/wB,IAAEpV,EAAEujJ,SAA7B;AAAA,oBAAuChrH,IAAE66B,EAAEn8C,OAAF,GAAYzK,MAAZ,CAAmB4I,EAAE6B,OAAF,EAAnB,EAAgC9W,KAAhC,EAAzC;AAAA,oBAAiFkzD,IAAErzD,EAAE2jJ,KAAF,EAAnF;AAAA,oBAA6Fn9I,IAAEsb,EAAEnJ,QAAF,EAA/F;AAAA,oBAA4Gk7C,IAAET,EAAEl1C,GAAF,CAAM4hF,EAAN,CAA9G,CAAwH,OAAOvnE,EAAEr5B,MAAF,KAAWq5B,IAAE66B,EAAEvnD,MAAF,EAAb,GAAyB,KAAK0e,SAAL,GAAegO,CAAxC,EAA0C,KAAKtf,QAAL,GAAczS,CAAxD,EAA0D,KAAKs9I,UAAL,GAAgB,cAAYjwF,CAAtF,EAAwF,KAAKiwF,UAAL,IAAiBzwF,EAAEn1C,GAAF,CAAM4hF,EAAN,EAAS,UAAT,CAAzG,EAA8HpyD,MAAI/kC,IAAE4vB,EAAEra,GAAF,CAAMwhF,EAAN,CAAF,EAAYnnE,EAAEra,GAAF,CAAMwhF,EAAN,EAAS,QAAT,CAAhB,CAA9H,EAAkKvoC,KAAG/D,EAAEx+B,QAAF,CAAW,aAAX,GAA0B2D,EAAE3D,QAAF,CAAW,KAAKgvH,eAAL,EAAX,CAA1B,EAA6D,KAAKC,aAAL,GAAmB/hI,EAAEtd,KAAF,CAAQ,IAAR,EAAa,UAAb,CAAhF,EAAyG+zB,EAAEjX,EAAF,CAAK61C,EAAEz1C,KAAP,EAAa,KAAKmiI,aAAlB,CAAzG,EAA0IzsF,EAAE8W,cAAF,CAAiB,YAAU;AAAC9a,sBAAEn+B,WAAF,CAAc,aAAd,EAA6BL,QAA7B,CAAsC,WAAtC,GAAmDxf,EAAE8I,GAAF,CAAM,SAAN,EAAgB,EAAhB,EAAoB0W,QAApB,CAA6B,cAA7B,CAAnD,EAAgG50B,EAAEqjJ,OAAF,CAAUjuI,CAAV,EAAYg+C,CAAZ,CAAhG,EAA+GgE,EAAE8W,cAAF,CAAiB,YAAU;AAAC31C,0BAAEtD,WAAF,CAAc,YAAd,EAA4BL,QAA5B,CAAqC,UAArC,GAAiD50B,EAAEsjJ,MAAF,CAASluI,CAAT,EAAWg+C,CAAX,CAAjD;AAA+D,qBAA3F,CAA/G;AAA4M,iBAAxO,CAA7I,IAAwX,KAAK1hC,QAAL,EAA1hB,EAA0iBlrB,EAAEuS,OAAF,EAAjjB;AAA6jB,aAAhwD,EAAiwDwE,MAAK,gBAAU;AAAC,qBAAKmU,QAAL;AAAgB,aAAjyD,EAAZ,CAA92W,EAA8pajrB,IAAE2wD,EAAE0O,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,gBAAU;AAAC,oBAAIujB,IAAE,IAAN,CAAWA,EAAEiiI,UAAF,GAAa7sF,EAAEp1C,EAAEkiI,KAAJ,EAAUliI,CAAV,CAAb,EAA0BA,EAAEmiI,QAAF,GAAW,CAAC,CAAtC;AAAwC,aAApE,EAAqEhzH,MAAKnP,EAAE/f,IAA5E,EAAiFmE,MAAK4b,EAAE/f,IAAxF,EAA6FmiJ,OAAMpiI,EAAE/f,IAArG,EAA0GoiJ,UAASriI,EAAE/f,IAArH,EAA0H8N,OAAM,iBAAU;AAAC,qBAAKk9B,OAAL,OAAiB,KAAK7mC,IAAL,KAAY,KAAKg+I,KAAL,EAAZ,IAA0B,KAAKD,QAAL,GAAc,CAAC,CAAf,EAAiB7sF,EAAE8W,cAAF,CAAiB,KAAK61E,UAAtB,CAA3C,CAAjB;AAAgG,aAA3O,EAA4Oh3G,SAAQ,mBAAU;AAAC,uBAAM,CAAC,CAAP;AAAS,aAAxQ,EAAyQs9B,QAAO,kBAAU;AAAC,qBAAK45E,QAAL,GAAc,CAAC,CAAf,EAAiB,KAAKE,QAAL,EAAjB;AAAiC,aAA5T,EAA6TH,OAAM,iBAAU;AAAC,oBAAIliI,IAAE,IAAN,CAAWA,EAAEmiI,QAAF,KAAaniI,EAAEmP,IAAF,IAASnP,EAAE5b,IAAF,MAAU4b,EAAEmiI,QAAF,GAAW,CAAC,CAAZ,EAAcniI,EAAEoiI,KAAF,EAAxB,IAAmC9sF,EAAE8W,cAAF,CAAiBpsD,EAAEiiI,UAAnB,CAAzD;AAAyF,aAAlb,EAAf,CAAhqa,EAAomb3mJ,IAAEqJ,EAAE9F,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW8uD,EAAE9uD,CAAF,EAAImZ,CAAJ,GAAOrb,EAAEnI,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,CAAP;AAAyB,aAAtD,EAAuDzC,MAAK,gBAAU;AAAC,uBAAO,KAAKk+I,UAAL,MAAmB,KAAKt1H,QAA/B;AAAwC,aAA/G,EAAgHs1H,YAAW,sBAAU;AAAC,uBAAO3iJ,KAAKy0C,GAAL,CAAS,KAAKpnB,QAAd,EAAuB,IAAIlqB,IAAJ,KAAS,KAAKy/I,SAArC,CAAP;AAAuD,aAA7L,EAA8L7iD,QAAO,gBAAS1/E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEirI,OAAf,CAAuBjrI,EAAEoT,OAAF,GAAU/b,EAAE2I,EAAEgmE,IAAJ,CAAV,EAAoBhmE,EAAEu6E,KAAF,GAAQphE,EAAEnR,QAAF,GAAWhI,EAAEoT,OAAzC,EAAiDpT,EAAEmmB,QAAF,GAAW,YAAU,OAAOhN,EAAEgN,QAAnB,GAA4BhN,EAAEgN,QAA9B,GAAuC,GAAnG,EAAuGnmB,EAAEsoB,IAAF,GAAOtoB,EAAE27I,UAAF,CAAaxiI,EAAEkgI,IAAf,CAA9G,EAAmIr5I,EAAE07I,SAAF,GAAY,IAAIz/I,IAAJ,EAA/I,EAAwJ+D,EAAEkH,KAAF,EAAxJ;AAAkK,aAA1Y,EAA2Yy0I,YAAW,oBAASxiI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,OAAO,YAAU;AAACA,sBAAEirI,OAAF,CAAU2Q,QAAV,CAAmB57I,EAAEgmE,IAArB,EAA0B7sD,EAAEnZ,EAAEy7I,UAAF,EAAF,EAAiBz7I,EAAEoT,OAAnB,EAA2BpT,EAAEu6E,KAA7B,EAAmCv6E,EAAEmmB,QAArC,CAA1B;AAA0E,iBAA5F;AAA6F,aAA1gB,EAAT,CAAtmb,EAA4nc2oC,EAAEr6D,CAAF,EAAI,EAAConJ,aAAY,qBAAS1iI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeozD,CAAf,EAAiB;AAAC,uBAAOtxC,KAAGsxC,CAAH,GAAKzqD,IAAE3I,CAAP,GAASA,KAAG,CAACyB,KAAKiiC,GAAL,CAAS,CAAT,EAAW,CAAC,EAAD,GAAI5hB,CAAJ,GAAMsxC,CAAjB,CAAD,GAAqB,CAAxB,IAA2BzqD,CAA3C;AAA6C,aAA5E,EAA6E87I,aAAY,qBAAS3iI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeozD,CAAf,EAAiBh+C,CAAjB,EAAmB;AAAC,uBAAOA,IAAE,OAAF,EAAUpV,KAAG,CAAC8hB,IAAEA,IAAEsxC,CAAF,GAAI,CAAP,IAAUtxC,CAAV,IAAa,CAAC1M,IAAE,CAAH,IAAM0M,CAAN,GAAQ1M,CAArB,IAAwB,CAA3B,IAA8BzM,CAA/C;AAAiD,aAA9J,EAAJ,CAA5nc,EAAiyc0tD,EAAErmC,SAAF,GAAYvpB,CAA7yc,EAA+yc4vD,EAAEquF,UAAF,GAAatnJ,CAA5zc,EAA8zci5D,EAAEsuF,YAAF,GAAeluI,CAA70c,EAA+0c4/C,EAAE11B,GAAF,GAAM,UAASh4B,CAAT,EAAW;AAACA,gBAAEmZ,EAAEnZ,CAAF,CAAF,CAAO,IAAI3I,IAAE2I,EAAEo3B,MAAF,EAAN,CAAiB,OAAO//B,EAAE8qB,KAAF,GAAQssC,EAAEnD,WAAF,CAActrD,CAAd,CAAR,EAAyB3I,EAAE6vB,MAAF,GAASunC,EAAEjD,YAAF,CAAexrD,CAAf,CAAlC,EAAoD3I,CAA3D;AAA6D,SAAt7c,EAAu7cq2D,EAAE85C,eAAF,GAAkB,UAASruF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAI3I,IAAE,CAAC8hB,EAAE+L,IAAF,GAAOllB,EAAEklB,IAAV,IAAgBllB,EAAEmiB,KAAlB,IAAyBniB,EAAEmiB,KAAF,GAAQhJ,EAAEgJ,KAAnC,CAAN;AAAA,gBAAgDsoC,IAAE,CAACtxC,EAAE9V,GAAF,GAAMrD,EAAEqD,GAAT,IAAcrD,EAAEknB,MAAhB,IAAwBlnB,EAAEknB,MAAF,GAAS/N,EAAE+N,MAAnC,CAAlD,CAA6F,OAAM,EAAC2d,GAAE3pB,MAAM7jB,CAAN,IAAS,CAAT,GAAWA,CAAd,EAAgB0tC,GAAE7pB,MAAMuvC,CAAN,IAAS,CAAT,GAAWA,CAA7B,EAAN;AAAsC,SAA1ld,EAA2ldiD,EAAEqsF,SAAF,GAAY,UAAS5gI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAOlH,KAAKy0C,GAAL,CAASp0B,EAAEgJ,KAAF,GAAQniB,EAAEmiB,KAAnB,EAAyBhJ,EAAE+N,MAAF,GAASlnB,EAAEknB,MAApC,CAAP;AAAmD,SAAxqd,EAAyqdwmC,EAAEuuF,QAAF,GAAW,UAAS9iI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAOlH,KAAKkrB,GAAL,CAAS7K,EAAEgJ,KAAF,GAAQniB,EAAEmiB,KAAnB,EAAyBhJ,EAAE+N,MAAF,GAASlnB,EAAEknB,MAApC,CAAP;AAAmD,SAArvd;AAAsvd,KAArhkB,CAAshkBvyB,OAAO07D,KAAP,CAAa76D,MAAnikB,GAA2ikBb,OAAO07D,KAAzjkB;AAA+jkB,CAA1okB,EAA2okB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAjtkB,CAAD,CAAotkB,CAAC,CAAC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,sBAAlB,CAA/B,EAAyE7f,CAAzE;AAA4E,CAA/F,CAAgG,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAASyM,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAG;AAAC,uBAAO0M,EAAE/b,QAAF,CAAW4C,CAAX,EAAayM,CAAb,KAAiBzM,KAAGyM,CAA3B;AAA6B,aAAjC,CAAiC,OAAMg+C,CAAN,EAAQ;AAAC,uBAAM,CAAC,CAAP;AAAS;AAAC,kBAASA,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO8rB,SAAS3S,EAAE5D,GAAF,CAAMvV,CAAN,CAAT,EAAkB,EAAlB,KAAuB,CAA9B;AAAgC,kBAAS3I,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOlH,KAAKy0C,GAAL,CAASz0C,KAAKkrB,GAAL,CAAS7K,CAAT,EAAWnZ,EAAEutC,GAAb,CAAT,EAA2BvtC,EAAEgkB,GAA7B,CAAP;AAAyC,kBAAS0mC,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAE+hD,EAAEr1C,CAAF,CAAN;AAAA,gBAAW9hB,IAAEmI,EAAE8rD,WAAf;AAAA,gBAA2BZ,IAAElrD,EAAEgsD,YAA/B;AAAA,gBAA4C3tD,IAAE4O,EAAEyY,IAAF,GAAOulC,EAAEtxC,CAAF,EAAI,iBAAJ,CAAP,GAA8BsxC,EAAEtxC,CAAF,EAAI,aAAJ,CAA5E;AAAA,gBAA+FyW,IAAEnjB,EAAEpJ,GAAF,GAAMonD,EAAEtxC,CAAF,EAAI,gBAAJ,CAAN,GAA4BsxC,EAAEtxC,CAAF,EAAI,YAAJ,CAA7H;AAAA,gBAA+IrL,IAAEjQ,IAAEsb,EAAEgJ,KAAF,EAAF,GAAY9qB,EAAE2I,CAAF,EAAI,CAAC,CAAL,CAA7J;AAAA,gBAAqKkrD,IAAEt7B,IAAEzW,EAAE+N,MAAF,EAAF,GAAawjC,EAAE1qD,CAAF,EAAI,CAAC,CAAL,CAApL,CAA4L,OAAM,EAAC6kC,GAAE,EAAC0I,KAAI1vC,CAAL,EAAOmmB,KAAIlW,CAAX,EAAH,EAAiBi3B,GAAE,EAACwI,KAAI3d,CAAL,EAAO5L,KAAIknC,CAAX,EAAnB,EAAN;AAAwC,kBAASrtD,CAAT,CAAW4O,CAAX,EAAag+C,CAAb,EAAepzD,CAAf,EAAiB;AAAC,iBAAI,IAAIqzD,CAAJ,EAAM7sD,CAAN,EAAQ+xB,IAAE,CAAV,EAAY9hB,IAAE28C,KAAGA,EAAEl0D,MAAnB,EAA0B20D,IAAE7zD,KAAGA,EAAEd,MAArC,EAA4CkW,KAAGA,EAAEhS,UAAjD,GAA6D;AAAC,qBAAIm1B,IAAE,CAAN,EAAQA,IAAE9hB,CAAV,EAAY8hB,GAAZ;AAAgB,wBAAG86B,IAAED,EAAE76B,CAAF,CAAF,EAAO86B,EAAEltB,OAAF,CAAU,CAAV,MAAe/wB,CAAzB,EAA2B,OAAM,EAAClU,QAAOmyD,CAAR,EAAUwxF,eAAczvI,CAAxB,EAAN;AAA3C,iBAA4E,KAAImjB,IAAE,CAAN,EAAQA,IAAEs7B,CAAV,EAAYt7B,GAAZ;AAAgB,wBAAG/xB,IAAExG,EAAEu4B,CAAF,CAAF,EAAOzW,EAAE/b,QAAF,CAAWS,EAAE2/B,OAAF,CAAU,CAAV,CAAX,EAAwB/wB,CAAxB,KAA4Bo4B,EAAE1gC,eAAF,CAAkB1N,IAAlB,CAAuBgW,CAAvB,EAAyB5O,EAAE5F,OAAF,CAAU4L,MAAnC,CAAtC,EAAiF,OAAM,EAACtL,QAAOsF,CAAR,EAAUq+I,eAAczvI,CAAxB,EAAN;AAAjG,iBAAkIA,IAAEA,EAAEhS,UAAJ;AAAe,oBAAOuF,CAAP;AAAS,kBAAS4vB,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMg+C,IAAEzqD,EAAE/H,OAAF,CAAU68C,KAAlB;AAAA,gBAAwBz9C,IAAE8hB,EAAEsxC,CAAF,CAA1B,CAA+B,IAAGiD,EAAE/3D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkBuJ,CAAlB,GAAqB3I,EAAEd,MAAF,GAAS,CAAjC,EAAmC;AAAC,qBAAIkW,IAAE,CAAN,EAAQA,IAAEpV,EAAEd,MAAZ,EAAmBkW,GAAnB;AAAuB,wBAAGpV,EAAEoV,CAAF,KAAMzM,CAAT,EAAW;AAAC3I,0BAAEU,MAAF,CAAS0U,CAAT,EAAW,CAAX,EAAc;AAAM;AAAvD;AAAwD,aAA5F,MAAiGpV,EAAEd,MAAF,GAAS,CAAT,EAAW,OAAO4iB,EAAEsxC,CAAF,CAAlB;AAAuB,kBAAS38C,CAAT,CAAWqL,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,CAAN;AAAA,gBAAQg+C,CAAR;AAAA,gBAAUpzD,IAAE6zD,IAAI,CAAJ,CAAZ,CAAmB,OAAO/xC,EAAE,CAAF,MAAO9hB,CAAP,IAAUoV,IAAEpV,EAAE+kB,SAAJ,EAAcquC,IAAEpzD,EAAE2kB,UAAlB,EAA6B,EAAC3Y,KAAIoJ,CAAL,EAAOyY,MAAKulC,CAAZ,EAAc7sB,QAAOnxB,IAAE3O,EAAEopB,MAAF,EAAvB,EAAkC2W,OAAM4sB,IAAE3sD,EAAEqkB,KAAF,EAA1C,EAAvC,KAA8FniB,IAAEmZ,EAAEie,MAAF,EAAF,EAAap3B,EAAE49B,MAAF,GAAS59B,EAAEqD,GAAF,GAAM8V,EAAE+N,MAAF,EAA5B,EAAuClnB,EAAE69B,KAAF,GAAQ79B,EAAEklB,IAAF,GAAO/L,EAAEgJ,KAAF,EAAtD,EAAgEniB,CAA9J,CAAP;AAAwK,kBAASkrD,CAAT,GAAY;AAAC,mBAAO/xC,EAAE3Z,EAAElK,OAAF,CAAU81D,OAAV,CAAkBoM,MAAlB,GAAyBzyB,EAAElpB,IAA3B,GAAgCkpB,EAAEhiC,eAApC,CAAP;AAA4D,kBAASkoD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAMg+C,IAAES,GAAR,CAAY,IAAG,CAAClrD,CAAD,IAAIA,MAAI+kC,EAAElpB,IAAV,IAAgB7b,MAAI+kC,EAAEhiC,eAAzB,EAAyC,OAAO0nD,CAAP,CAAS,KAAIh+C,IAAE0M,EAAEnZ,CAAF,EAAK,CAAL,CAAN,EAAcyM,KAAG,CAACjN,EAAEo9D,YAAF,CAAenwD,CAAf,CAAJ,IAAuBA,MAAIs4B,EAAElpB,IAA3C;AAAiDpP,oBAAEA,EAAEhS,UAAJ;AAAjD,aAAgE,OAAOgS,MAAIs4B,EAAElpB,IAAN,GAAW4uC,CAAX,GAAatxC,EAAE1M,CAAF,CAApB;AAAyB,kBAAS6/C,CAAT,CAAWnzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,gBAAIg+C,IAAE,EAAC5lB,GAAE,CAAH,EAAKE,GAAE,CAAP,EAAN;AAAA,gBAAgB1tC,IAAE,EAAlB,CAAqB,OAAO8hB,IAAE1M,EAAEyY,IAAJ,GAAS7tB,CAAT,GAAWozD,EAAE5lB,CAAF,GAAI,EAAExtC,KAAG8hB,IAAE1M,EAAEyY,IAAP,CAAF,CAAf,GAA+BzY,EAAEoxB,KAAF,GAAQ1kB,CAAR,GAAU9hB,CAAV,KAAcozD,EAAE5lB,CAAF,GAAIxtC,KAAGoV,EAAEoxB,KAAF,GAAQ1kB,CAAX,CAAlB,CAA/B,EAAgEnZ,IAAEyM,EAAEpJ,GAAJ,GAAQhM,CAAR,GAAUozD,EAAE1lB,CAAF,GAAI,EAAE1tC,KAAG2I,IAAEyM,EAAEpJ,GAAP,CAAF,CAAd,GAA6BoJ,EAAEmxB,MAAF,GAAS59B,CAAT,GAAW3I,CAAX,KAAeozD,EAAE1lB,CAAF,GAAI1tC,KAAGoV,EAAEmxB,MAAF,GAAS59B,CAAZ,CAAnB,CAA7F,EAAgIyqD,CAAvI;AAAyI,aAAIY,CAAJ;AAAA,YAAME,CAAN;AAAA,YAAQhlC,CAAR;AAAA,YAAUqmC,CAAV;AAAA,YAAY93B,CAAZ;AAAA,YAAc30B,CAAd;AAAA,YAAgBX,IAAE7K,OAAO07D,KAAzB;AAAA,YAA+BxrB,IAAErlC,EAAElK,OAAnC;AAAA,YAA2CyvC,IAAEpwC,OAAOH,QAApD;AAAA,YAA6DsJ,IAAEqb,EAAExkB,MAAF,CAA/D;AAAA,YAAyE+5D,IAAElvD,EAAE29D,KAA7E;AAAA,YAAmFzP,IAAEluD,EAAEq7D,EAAF,CAAK0E,MAA1F;AAAA,YAAiG9R,IAAEjuD,EAAE09D,UAArG;AAAA,YAAgH3P,IAAE/tD,EAAE09E,UAApH;AAAA,YAA+HzoF,IAAE0kB,EAAEtd,KAAnI;AAAA,YAAyI4yD,IAAEt1C,EAAEnhB,MAA7I;AAAA,YAAoJw2D,IAAEhvD,EAAEu9D,SAAxJ;AAAA,YAAkKzO,IAAE,EAApK;AAAA,YAAuKhuB,IAAE,EAAzK;AAAA,YAA4K4uB,IAAE,EAA9K;AAAA,YAAiLP,IAAEnvD,EAAEmmE,kBAArL;AAAA,YAAwM9a,IAAE,OAA1M;AAAA,YAAkN0D,IAAE,QAApN;AAAA,YAA6NO,IAAE,WAA/N;AAAA,YAA2OG,IAAE,MAA7O;AAAA,YAAoPE,IAAE,MAAtP;AAAA,YAA6PP,IAAE,SAA/P;AAAA,YAAyQC,IAAE,YAA3Q;AAAA,YAAwRd,IAAE,eAA1R;AAAA,YAA0SP,IAAE,WAA5S;AAAA,YAAwTp0B,IAAE,WAA1T;AAAA,YAAsU21B,IAAE,MAAxU;AAAA,YAA+Un3D,IAAE61D,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAIg+C,IAAE,IAAN;AAAA,oBAAWpzD,IAAE2I,EAAE,CAAF,CAAb,CAAkByqD,EAAE6xB,OAAF,GAAU,CAAC,CAAX,EAAajlF,EAAEiM,gBAAF,IAAoB6V,EAAEliB,IAAF,CAAOuI,EAAEuiE,QAAF,CAAW71B,IAAX,CAAgB9vC,KAAhB,CAAsB,GAAtB,CAAP,EAAkC,YAAU;AAAC/E,sBAAEiM,gBAAF,CAAmB,IAAnB,EAAwB7O,EAAEg2D,EAAEsiF,MAAJ,EAAWtiF,CAAX,CAAxB,EAAsC,CAAC,CAAvC;AAA0C,iBAAvF,GAAyFtxC,EAAEliB,IAAF,CAAOuI,EAAEuiE,QAAF,CAAWx1B,EAAX,CAAcnwC,KAAd,CAAoB,GAApB,CAAP,EAAgC,YAAU;AAAC/E,sBAAEiM,gBAAF,CAAmB,IAAnB,EAAwB7O,EAAEg2D,EAAE0xF,QAAJ,EAAa1xF,CAAb,CAAxB,EAAwC,CAAC,CAAzC;AAA4C,iBAAvF,CAA7G,KAAwMtxC,EAAEliB,IAAF,CAAOuI,EAAEuiE,QAAF,CAAW71B,IAAX,CAAgB9vC,KAAhB,CAAsB,GAAtB,CAAP,EAAkC,YAAU;AAAC/E,sBAAEkM,WAAF,CAAc,IAAd,EAAmB9O,EAAEg2D,EAAEsiF,MAAJ,EAAWtiF,CAAX,CAAnB;AAAkC,iBAA/E,GAAiFtxC,EAAEliB,IAAF,CAAOuI,EAAEuiE,QAAF,CAAWx1B,EAAX,CAAcnwC,KAAd,CAAoB,GAApB,CAAP,EAAgC,YAAU;AAAC/E,sBAAEkM,WAAF,CAAc,IAAd,EAAmB9O,EAAEg2D,EAAE0xF,QAAJ,EAAa1xF,CAAb,CAAnB;AAAoC,iBAA/E,CAAzR,CAAb,EAAwXgD,EAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,CAAxX,EAA0YA,EAAE/xB,IAAF,CAAO,CAAC,OAAD,EAAS,SAAT,CAAP,EAA2BjsB,KAAG,EAA9B,CAA1Y;AAA4a,aAAld,EAAmd2vI,aAAY,uBAAU;AAAC,qBAAK9/D,OAAL,GAAa,CAAC,CAAd;AAAgB,aAA1f,EAA2f+/D,eAAc,yBAAU;AAAC,qBAAK//D,OAAL,GAAa,CAAC,CAAd;AAAgB,aAApiB,EAAqiBywD,QAAO,gBAAS5zH,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWA,EAAE4c,OAAF,CAAU,OAAV,GAAmB5c,EAAEs8E,OAAF,IAAWnjE,EAAE2B,cAAF,EAA9B;AAAiD,aAApnB,EAAqnBqhI,UAAS,kBAAShjI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWA,EAAE4c,OAAF,CAAU,SAAV,GAAqB5c,EAAEs8E,OAAF,KAAYnjE,EAAE2B,cAAF,IAAmB9a,EAAEq8I,aAAF,EAA/B,CAArB;AAAuE,aAA5tB,EAAT,CAAjV;AAAA,YAAyjCxuF,IAAEJ,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAWghD,EAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,GAAkBA,EAAE6vI,aAAF,GAAgB,CAAC,CAAnC,EAAqCnjI,EAAEnhB,MAAF,CAASyU,CAAT,EAAWzM,CAAX,CAArC,EAAmDyM,EAAEmJ,KAAF,GAAQ,CAA3D,EAA6DnJ,EAAE0sI,UAAF,IAAc1sI,EAAEm/E,OAAF,GAAU,aAAV,EAAwBn/E,EAAE8vI,UAAF,GAAa,aAArC,EAAmD9vI,EAAEu5D,IAAF,GAAO,GAAxE,KAA8Ev5D,EAAEm/E,OAAF,GAAU,cAAV,EAAyBn/E,EAAE8vI,UAAF,GAAa,cAAtC,EAAqD9vI,EAAEu5D,IAAF,GAAO,GAA1I,CAA7D;AAA4M,aAAzO,EAA0Ow2E,aAAY,uBAAU;AAACrjI,kBAAEnhB,MAAF,CAAS,IAAT,EAAc,EAACykJ,SAAQ,CAAC,CAAV,EAAYH,eAAc,CAAC,CAA3B,EAA6BI,aAAY,CAAzC,EAA2CC,aAAY,CAAvD,EAAd;AAAyE,aAA1U,EAA2UC,aAAY,qBAASzjI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK08I,WAAL,KAAmBvjI,CAAnB,IAAsB,KAAKwjI,WAAL,KAAmB38I,CAAzC,KAA6C,KAAK08I,WAAL,GAAiBvjI,CAAjB,EAAmB,KAAKwjI,WAAL,GAAiB38I,CAApC,EAAsC,KAAKmvE,MAAL,EAAnF;AAAkG,aAAvc,EAAwc0tE,aAAY,qBAAS1jI,CAAT,EAAW;AAAC,uBAAOA,IAAE,KAAK6K,GAAP,IAAY7K,IAAE,KAAKo0B,GAA1B;AAA8B,aAA9f,EAA+fuvG,cAAa,wBAAU;AAAC,qBAAKR,aAAL,GAAmB,CAAC,CAApB;AAAsB,aAA7iB,EAA8iB/9E,SAAQ,mBAAU;AAAC,uBAAO,KAAK38C,SAAL,CAAe,CAAf,EAAkB,KAAKgqE,OAAvB,CAAP;AAAuC,aAAxmB,EAAymBmxD,UAAS,oBAAU;AAAC,uBAAO,KAAKv/G,OAAL,CAAa,CAAb,EAAgB,KAAK++G,UAArB,CAAP;AAAwC,aAArqB,EAAsqBS,SAAQ,iBAAS7jI,CAAT,EAAW;AAAC,qBAAKvD,KAAL,GAAWuD,CAAX;AAAa,aAAvsB,EAAwsBg2D,QAAO,gBAASh2D,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEy8I,OAAF,GAAUz8I,EAAE28I,WAAZ,GAAwB38I,EAAE+8I,QAAF,EAArC;AAAA,oBAAkDtyF,IAAEh+C,IAAEzM,EAAE4V,KAAxD;AAAA,oBAA8Dve,IAAE2I,EAAEu+D,OAAF,EAAhE,CAA4E,CAAC,MAAI9xD,CAAJ,IAAOzM,EAAEs8I,aAAV,MAA2Bt8I,EAAEgkB,GAAF,GAAMhkB,EAAEy8I,OAAF,GAAU,CAACz8I,EAAE08I,WAAb,GAAyB,CAA/B,EAAiC18I,EAAE84B,IAAF,GAAOzhC,CAAxC,EAA0C2I,EAAEivE,KAAF,GAAQxkB,CAAlD,EAAoDzqD,EAAEutC,GAAF,GAAMz0C,KAAKy0C,GAAL,CAASvtC,EAAEgkB,GAAX,EAAe3sB,IAAEozD,CAAjB,CAA1D,EAA8EzqD,EAAEi9I,QAAF,GAAW5lJ,IAAEoV,CAA3F,EAA6FzM,EAAEk9I,YAAF,GAAe,CAACzyF,IAAEpzD,CAAH,IAAM,CAAlH,EAAoH2I,EAAEokC,OAAF,GAAUpkC,EAAEs8I,aAAF,IAAiB7xF,IAAEpzD,CAAjJ,EAAmJ8hB,KAAGnZ,EAAE4c,OAAF,CAAU2xC,CAAV,EAAYvuD,CAAZ,CAAjL;AAAiM,aAAx+B,EAAT,CAA3jC;AAAA,YAA+iEqvD,IAAE5B,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWytD,EAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkBA,EAAE6kC,CAAF,GAAI,IAAIgpB,CAAJ,CAAMY,EAAE,EAAC0qF,YAAW,CAAC,CAAb,EAAF,EAAkBhgI,CAAlB,CAAN,CAAtB,EAAkDnZ,EAAE+kC,CAAF,GAAI,IAAI8oB,CAAJ,CAAMY,EAAE,EAAC0qF,YAAW,CAAC,CAAb,EAAF,EAAkBhgI,CAAlB,CAAN,CAAtD,EAAkFnZ,EAAE4hB,SAAF,GAAYzI,EAAEyI,SAAhG,EAA0G5hB,EAAEm9I,cAAF,GAAiBhkI,EAAE8jI,QAA7H,EAAsIj9I,EAAEo9I,QAAF,GAAWjkI,EAAEikI,QAAF,IAAY,GAA7J,EAAiKp9I,EAAE04B,IAAF,CAAO61B,CAAP,EAASp1C,CAAT,CAAjK;AAA6K,aAA1M,EAA2M6jI,SAAQ,iBAAS7jI,CAAT,EAAW;AAAC,qBAAK0rB,CAAL,CAAOm4G,OAAP,CAAe7jI,CAAf,GAAkB,KAAK4rB,CAAL,CAAOi4G,OAAP,CAAe7jI,CAAf,CAAlB,EAAoC,KAAKouF,OAAL,EAApC;AAAmD,aAAlR,EAAmR81C,mBAAkB,6BAAU;AAAC,uBAAM,EAACx4G,GAAE/rC,KAAKy0C,GAAL,CAAS,CAAT,EAAW,CAAC,KAAK1I,CAAL,CAAOq4G,YAAnB,CAAH,EAAoCn4G,GAAEjsC,KAAKy0C,GAAL,CAAS,CAAT,EAAW,CAAC,KAAKxI,CAAL,CAAOm4G,YAAnB,CAAtC,EAAN;AAA8E,aAA9X,EAA+X31C,SAAQ,mBAAU;AAAC,oBAAIpuF,IAAE,IAAN,CAAWA,EAAE0rB,CAAF,CAAIsqC,MAAJ,IAAah2D,EAAE4rB,CAAF,CAAIoqC,MAAJ,EAAb,EAA0Bh2D,EAAEirB,OAAF,GAAUjrB,EAAE0rB,CAAF,CAAIT,OAAJ,IAAajrB,EAAE4rB,CAAF,CAAIX,OAArD,EAA6DjrB,EAAE8jI,QAAF,GAAW9jI,EAAEgkI,cAAF,IAAkBrkJ,KAAKy0C,GAAL,CAASp0B,EAAE0rB,CAAF,CAAIo4G,QAAb,EAAsB9jI,EAAE4rB,CAAF,CAAIk4G,QAA1B,CAA1F,EAA8H9jI,EAAE8iI,QAAF,GAAWnjJ,KAAKkrB,GAAL,CAAS7K,EAAE0rB,CAAF,CAAIo4G,QAAb,EAAsB9jI,EAAE4rB,CAAF,CAAIk4G,QAA1B,CAAzI,EAA6K9jI,EAAEyD,OAAF,CAAU2xC,CAAV,CAA7K;AAA0L,aAAvlB,EAAT,CAAjjE;AAAA,YAAopFT,IAAEL,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWyuD,EAAEzuD,CAAF,EAAImZ,CAAJ,GAAOs0C,EAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,CAAP;AAAyB,aAAtD,EAAuD68I,aAAY,uBAAU;AAAC,uBAAO,KAAKS,SAAL,CAAeT,WAAf,CAA2B,KAAK5R,OAAL,CAAa,KAAKjlE,IAAlB,CAA3B,CAAP;AAA2D,aAAzI,EAA0Iu3E,UAAS,kBAASpkI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEs9I,SAAf;AAAA,oBAAyB7yF,IAAEzqD,EAAEgmE,IAA7B;AAAA,oBAAkC3uE,IAAE2I,EAAEirI,OAAtC;AAAA,oBAA8CvgF,IAAErzD,EAAEozD,CAAF,IAAKtxC,CAArD,CAAuD1M,EAAE23B,OAAF,KAAY,CAACsmB,IAAEj+C,EAAE8gC,GAAJ,IAASp0B,IAAE,CAAX,IAAcuxC,IAAEj+C,EAAEuX,GAAJ,IAAS7K,IAAE,CAA1B,MAA+BA,KAAGnZ,EAAEw9I,UAApC,GAAgDnmJ,EAAEomJ,aAAF,CAAgBhzF,CAAhB,EAAkBtxC,CAAlB,CAAhD,EAAqEnZ,EAAE4c,OAAF,CAAU2xC,CAAV,EAAYvuD,CAAZ,CAAjF;AAAiG,aAAvT,EAAT,CAAtpF;AAAA,YAAy9F2tD,IAAEe,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,CAAN;AAAA,oBAAQpzD,CAAR;AAAA,oBAAUqzD,CAAV;AAAA,oBAAY7sD,IAAE,IAAd,CAAmB4wD,EAAE5wD,CAAF,EAAI,EAAC6/I,SAAQ,CAAC,CAAV,EAAJ,EAAiB19I,CAAjB,GAAoB3I,IAAEwG,EAAE6/I,OAAF,GAAU,EAAV,GAAa,CAAnC,EAAqChzF,IAAE7sD,EAAEotI,OAAzC,EAAiDptI,EAAEgnC,CAAF,GAAIp4B,IAAE,IAAIqhD,CAAJ,CAAM,EAACkY,MAAK,GAAN,EAAUs3E,WAAUz/I,EAAE4gE,UAAF,CAAa55B,CAAjC,EAAmC24G,YAAWnmJ,CAA9C,EAAgD4zI,SAAQvgF,CAAxD,EAAN,CAAvD,EAAyH7sD,EAAEknC,CAAF,GAAI0lB,IAAE,IAAIqD,CAAJ,CAAM,EAACkY,MAAK,GAAN,EAAUs3E,WAAUz/I,EAAE4gE,UAAF,CAAa15B,CAAjC,EAAmCy4G,YAAWnmJ,CAA9C,EAAgD4zI,SAAQvgF,CAAxD,EAAN,CAA/H,EAAiM7sD,EAAE68E,UAAF,CAAahiD,IAAb,CAAkB,CAAC,OAAD,EAAS,MAAT,EAAgB,KAAhB,EAAsB,cAAtB,EAAqC,eAArC,CAAlB,EAAwE,EAAC46F,cAAa,sBAASn6G,CAAT,EAAW;AAACtb,0BAAE8/I,OAAF,GAAUxkI,CAAV,EAAYtb,EAAEu5B,MAAF,GAASv5B,EAAE4gE,UAAF,CAAa78C,SAAb,CAAuBwV,MAAvB,EAArB;AAAqD,qBAA/E,EAAgF2jD,OAAM,eAAS/6E,CAAT,EAAW;AAACmZ,0BAAEnZ,EAAE+Y,KAAF,CAAQxgB,MAAV,EAAkBwV,OAAlB,CAA0B,GAA1B,EAA+BxB,EAA/B,CAAkC,+BAAlC,KAAoEvM,EAAEmxD,MAAF,CAASuQ,MAAT,EAApE;AAAsF,qBAAxL,EAAyL8xD,eAAc,uBAASr6G,CAAT,EAAW;AAAC,4BAAInZ,CAAJ;AAAA,4BAAM3I,CAAN;AAAA,4BAAQu4B,CAAR;AAAA,4BAAU9hB,IAAEjQ,EAAE8/I,OAAd;AAAA,4BAAsBzyF,IAAEp9C,EAAE+rE,MAA1B;AAAA,4BAAiC5uB,IAAE9xC,EAAE0gE,MAArC;AAAA,4BAA4CvtB,IAAEnzC,EAAE2gE,QAAF,GAAWhsE,EAAEgsE,QAA3D;AAAA,4BAAoEzuB,IAAExtD,EAAE4gE,UAAF,CAAaw+E,QAAnF;AAAA,4BAA4F1xF,IAAE1tD,EAAE4gE,UAAF,CAAa2+E,QAA3G,CAAoH1yF,EAAE90C,KAAF,IAASy1C,CAAT,IAAYiB,IAAE,CAAd,KAAkBA,KAAG,MAAI,IAAEA,CAAN,CAArB,GAA+B5B,EAAE90C,KAAF,GAAQ02C,CAAR,IAAWf,CAAX,KAAee,IAAEf,IAAEb,EAAE90C,KAArB,CAA/B,EAA2Dve,IAAEqzD,EAAE7lB,CAAF,GAAIhnC,EAAEu5B,MAAF,CAASlS,IAA1E,EAA+E0K,IAAE86B,EAAE3lB,CAAF,GAAIlnC,EAAEu5B,MAAF,CAAS/zB,GAA9F,EAAkGrD,IAAE,EAAC6kC,GAAE,CAACxtC,IAAE6zD,EAAErmB,CAAL,IAAQynB,CAAR,GAAUrB,EAAEpmB,CAAZ,GAAcxtC,CAAjB,EAAmB0tC,GAAE,CAACnV,IAAEs7B,EAAEnmB,CAAL,IAAQunB,CAAR,GAAUrB,EAAElmB,CAAZ,GAAcnV,CAAnC,EAApG,EAA0I86B,EAAEkzF,SAAF,CAAYtxF,CAAZ,CAA1I,EAAyJ7/C,EAAE8wI,QAAF,CAAWv9I,EAAE6kC,CAAb,CAAzJ,EAAyK4lB,EAAE8yF,QAAF,CAAWv9I,EAAE+kC,CAAb,CAAzK,EAAyLlnC,EAAE4gE,UAAF,CAAau+E,OAAb,CAAqBtyF,EAAE90C,KAAvB,CAAzL,EAAuN/X,EAAE8/I,OAAF,GAAUxkI,CAAjO,EAAmOA,EAAE2B,cAAF,EAAnO;AAAsP,qBAA7jB,EAA8jB0nB,MAAK,cAASrpB,CAAT,EAAW;AAACA,0BAAEJ,KAAF,CAAQxgB,MAAR,CAAeqlE,OAAf,CAAuBt9D,KAAvB,CAA6B,iBAA7B,MAAkDmM,EAAE6wI,SAAF,CAAYl5G,OAAZ,IAAqBqmB,EAAE6yF,SAAF,CAAYl5G,OAAjC,IAA0C33B,EAAE8wI,QAAF,CAAWpkI,EAAE0rB,CAAF,CAAI01C,KAAf,GAAsB9vB,EAAE8yF,QAAF,CAAWpkI,EAAE4rB,CAAF,CAAIw1C,KAAf,CAAtB,EAA4CphE,EAAE2B,cAAF,EAAtF,IAA0G3B,EAAEm8C,KAAF,CAAQgZ,IAAR,EAA5J;AAA4K,qBAA3vB,EAA4vBz2E,KAAI,aAASshB,CAAT,EAAW;AAACA,0BAAE2B,cAAF;AAAmB,qBAA/xB,EAAxE,CAAjM;AAA2iC,aAAhlC,EAAT,CAA39F;AAAA,YAAujIs0C,IAAEvqB,EAAEpJ,WAAF,CAAcnW,MAAd,GAAqB,WAA9kI,CAA0lIimC,IAAE1mB,EAAE8wB,OAAF,GAAU,UAASx8C,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAM,iBAAe0M,CAAf,GAAiB,KAAjB,GAAuBnZ,CAAvB,GAAyB,cAAzB,GAAwCyM,CAAxC,GAA0C,GAAhD;AAAoD,SAA9E,GAA+E,UAAS0M,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAM,eAAa0M,CAAb,GAAe,KAAf,GAAqBnZ,CAArB,GAAuB,YAAvB,GAAoCyM,CAApC,GAAsC,GAA5C;AAAgD,SAAjJ,EAAkJ8Z,IAAEknC,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAWghD,EAAE93D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,GAAkBA,EAAE+wB,OAAF,GAAUrkB,EAAEnZ,CAAF,CAA5B,EAAiCyM,EAAE+wB,OAAF,CAAU,CAAV,EAAatnB,KAAb,CAAmB2nI,qBAAnB,GAAyC,UAA1E,EAAqFpxI,EAAEo4B,CAAF,GAAI,CAAzF,EAA2Fp4B,EAAEs4B,CAAF,GAAI,CAA/F,EAAiGt4B,EAAEmJ,KAAF,GAAQ,CAAzG,EAA2GnJ,EAAEqxI,gBAAF,CAAmBvyF,EAAE9+C,EAAEo4B,CAAJ,EAAMp4B,EAAEs4B,CAAR,EAAUt4B,EAAEmJ,KAAZ,CAAnB,CAA3G;AAAkJ,aAA/K,EAAgL6nI,eAAc,uBAAStkI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmZ,CAAL,KAASnZ,CAAT,EAAW,KAAKunG,OAAL,EAAX;AAA0B,aAAtO,EAAuOw2C,SAAQ,iBAAS5kI,CAAT,EAAW;AAAC,qBAAKvD,KAAL,GAAWuD,CAAX,EAAa,KAAKouF,OAAL,EAAb;AAA4B,aAAvR,EAAwRq2C,WAAU,mBAASzkI,CAAT,EAAW;AAAC,qBAAKvD,KAAL,IAAYuD,CAAZ,EAAc,KAAKouF,OAAL,EAAd;AAA6B,aAA3U,EAA4U/Y,WAAU,mBAASr1E,CAAT,EAAW;AAAC,qBAAK0rB,CAAL,IAAQ1rB,EAAE0rB,CAAV,EAAY,KAAKE,CAAL,IAAQ5rB,EAAE4rB,CAAtB,EAAwB,KAAKwiE,OAAL,EAAxB;AAAuC,aAAzY,EAA0Yq0C,UAAS,kBAASziI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmZ,CAAL,IAAQnZ,CAAR,EAAU,KAAKunG,OAAL,EAAV;AAAyB,aAA1b,EAA2b1O,QAAO,gBAAS1/E,CAAT,EAAW;AAACs1C,kBAAE,IAAF,EAAOt1C,CAAP,GAAU,KAAKouF,OAAL,EAAV;AAAyB,aAAve,EAAweA,SAAQ,mBAAU;AAAC,oBAAIpuF,CAAJ;AAAA,oBAAMnZ,IAAE,IAAR;AAAA,oBAAayM,IAAEzM,EAAE6kC,CAAjB;AAAA,oBAAmB4lB,IAAEzqD,EAAE+kC,CAAvB,CAAyB/kC,EAAE86B,KAAF,KAAUruB,IAAE3T,KAAKgiC,KAAL,CAAWruB,CAAX,CAAF,EAAgBg+C,IAAE3xD,KAAKgiC,KAAL,CAAW2vB,CAAX,CAA5B,GAA2CtxC,IAAEoyC,EAAE9+C,CAAF,EAAIg+C,CAAJ,EAAMzqD,EAAE4V,KAAR,CAA7C,EAA4DuD,KAAGnZ,EAAEg+I,WAAL,KAAmBx+I,EAAElK,OAAF,CAAU81D,OAAV,CAAkBS,IAAlB,IAAwBrsD,EAAElK,OAAF,CAAU81D,OAAV,CAAkB71D,OAAlB,GAA0B,EAAlD,IAAsDyK,EAAEw9B,OAAF,CAAU,CAAV,EAAatnB,KAAb,CAAmBmN,QAAnB,GAA4B,UAA5B,EAAuCrjB,EAAEw9B,OAAF,CAAU,CAAV,EAAatnB,KAAb,CAAmBgP,IAAnB,GAAwBllB,EAAE6kC,CAAF,GAAI,IAAnE,EAAwE7kC,EAAEw9B,OAAF,CAAU,CAAV,EAAatnB,KAAb,CAAmB7S,GAAnB,GAAuBrD,EAAE+kC,CAAF,GAAI,IAAzJ,IAA+J/kC,EAAEw9B,OAAF,CAAU,CAAV,EAAatnB,KAAb,CAAmBk5C,CAAnB,IAAsBj2C,CAArL,EAAuLnZ,EAAE89I,gBAAF,CAAmB3kI,CAAnB,CAAvL,EAA6MnZ,EAAE4c,OAAF,CAAU2xC,CAAV,CAAhO,CAA5D;AAA0S,aAA9zB,EAA+zBuvF,kBAAiB,0BAAS3kI,CAAT,EAAW;AAAC,qBAAK6kI,WAAL,GAAiB7kI,CAAjB;AAAmB,aAA/2B,EAAT,CAApJ,EAA+gCyzC,IAAEc,EAAE11D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,IAAE,IAAR,CAAaiD,EAAE/3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,EAAiBtxC,CAAjB,EAAmBnZ,CAAnB,GAAsByM,IAAEg+C,EAAExyD,OAAF,CAAU68C,KAAlC,EAAwCroC,KAAK6zB,CAAL,GAAOA,EAAE7zB,CAAF,EAAKzX,IAAL,CAAUy1D,CAAV,CAAP,GAAoBnqB,EAAE7zB,CAAF,IAAK,CAACg+C,CAAD,CAAjE;AAAqE,aAAtG,EAAuGvxC,QAAO,CAACs0C,CAAD,EAAGp0B,CAAH,EAAK21B,CAAL,CAA9G,EAAsH92D,SAAQ,EAACC,MAAK,YAAN,EAAmB48C,OAAM,SAAzB,EAA9H,EAAkKiH,SAAQ,mBAAU;AAACnsB,kBAAE0Q,CAAF,EAAI,IAAJ;AAAU,aAA/L,EAAgM46C,UAAS,kBAAS/hE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAWg+C,IAAE6D,EAAE7hD,EAAExU,OAAF,CAAU68C,KAAZ,CAAb,CAAgC,IAAG2V,CAAH,EAAK,OAAOh+C,EAAEmQ,OAAF,CAAUzD,CAAV,EAAYs1C,EAAE,EAAF,EAAKzuD,EAAE+Y,KAAP,EAAa,EAAC2pC,WAAU+H,CAAX,EAAawzF,YAAWj+I,EAAEi+I,UAA1B,EAAb,CAAZ,CAAP;AAAwE,aAApU,EAAqUC,OAAM,eAAS/kI,CAAT,EAAW;AAAC,qBAAK+hE,QAAL,CAAc1tB,CAAd,EAAgBr0C,CAAhB;AAAmB,aAA1W,EAA2WglI,MAAK,cAAShlI,CAAT,EAAW;AAAC,qBAAK+hE,QAAL,CAAc9hD,CAAd,EAAgBjgB,CAAhB;AAAmB,aAA/Y,EAAgZilI,OAAM,eAASjlI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAWyM,IAAE6hD,EAAEtuD,EAAE/H,OAAF,CAAU68C,KAAZ,CAAb,CAAgCroC,MAAIA,EAAE4xI,OAAF,GAAU,CAACr+I,EAAEk7E,QAAF,CAAWnsB,CAAX,EAAa51C,CAAb,CAAf;AAAgC,aAAle,EAAT,CAAjhC,EAA+/CyzC,EAAE0xF,YAAF,GAAe,UAASnlI,CAAT,EAAW;AAAC,gBAAInZ,CAAJ;AAAA,gBAAMyM,IAAE6zB,EAAEnnB,CAAF,KAAM+1C,EAAE/1C,CAAF,CAAd,CAAmB,IAAG1M,CAAH,EAAK;AAAC,qBAAIzM,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB0tD,sBAAE/3D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkBgW,EAAEzM,CAAF,CAAlB;AAAvB,iBAA+CyM,EAAElW,MAAF,GAAS,CAAT,EAAW,OAAO+pC,EAAEnnB,CAAF,CAAlB,EAAuB,OAAO+1C,EAAE/1C,CAAF,CAA9B;AAAmC;AAAC,SAAtoD,EAAuoDyzC,EAAEw/B,MAAF,GAAS9rD,CAAhpD,EAAkpDxL,IAAE83B,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,IAAE,IAAR,CAAaiD,EAAE/3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,EAAiBtxC,CAAjB,EAAmBnZ,CAAnB,GAAsByM,IAAEg+C,EAAExyD,OAAF,CAAU68C,KAAlC,EAAwCroC,KAAKyiD,CAAL,GAAOA,EAAEziD,CAAF,EAAKzX,IAAL,CAAUy1D,CAAV,CAAP,GAAoByE,EAAEziD,CAAF,IAAK,CAACg+C,CAAD,CAAjE;AAAqE,aAAtG,EAAuG1O,SAAQ,mBAAU;AAACnsB,kBAAEs/B,CAAF,EAAI,IAAJ;AAAU,aAApI,EAAqIj3D,SAAQ,EAACC,MAAK,gBAAN,EAAuB48C,OAAM,SAA7B,EAAuCjxC,QAAO,IAA9C,EAA7I,EAAT,CAAppD,EAAg2D1D,IAAEutD,EAAE11D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN,CAAWihD,EAAE/3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiB0M,CAAjB,EAAmBnZ,CAAnB,GAAsByM,EAAEw7E,UAAF,GAAa,CAAC,CAApC,EAAsCx7E,EAAEiuE,UAAF,GAAa,IAAIntB,CAAJ,CAAM9gD,EAAE+wB,OAAR,EAAgB,EAACppC,QAAO,CAAC,CAAT,EAAWunF,gBAAe,CAAC,CAA3B,EAA6B93E,QAAO4I,EAAExU,OAAF,CAAU4L,MAA9C,EAAqD4yC,WAAUhqC,EAAExU,OAAF,CAAU6hF,QAAzE,EAAkF5yE,OAAMzS,EAAEgY,EAAE6uE,MAAJ,EAAW7uE,CAAX,CAAxF,EAAsGwF,MAAKxd,EAAEgY,EAAE0uE,KAAJ,EAAU1uE,CAAV,CAA3G,EAAwH+1B,MAAK/tC,EAAEgY,EAAE8xI,KAAJ,EAAU9xI,CAAV,CAA7H,EAA0I5U,KAAIpD,EAAEgY,EAAEowE,IAAJ,EAASpwE,CAAT,CAA9I,EAA0Ji1D,QAAOjtE,EAAEgY,EAAE+xI,OAAJ,EAAY/xI,CAAZ,CAAjK,EAAgL9P,QAAOlI,EAAEgY,EAAEiwE,OAAJ,EAAYjwE,CAAZ,CAAvL,EAAhB,CAAnD,EAA2QA,EAAEgyI,gBAAF,GAAmBhqJ,EAAEgY,EAAEiyI,SAAJ,EAAcjyI,CAAd,CAA9R,EAA+SA,EAAEkyI,cAAF,GAAiBlqJ,EAAEgY,EAAEkyI,cAAJ,EAAmBlyI,CAAnB,CAAhU;AAAsV,aAArX,EAAsXyM,QAAO,CAAC+1C,CAAD,EAAGH,CAAH,EAAKK,CAAL,EAAOP,CAAP,EAASC,CAAT,EAAWd,CAAX,CAA7X,EAA2Y91D,SAAQ,EAACC,MAAK,WAAN,EAAkB4hF,UAASt6E,EAAElK,OAAF,CAAUggE,KAAV,GAAgB,CAAhB,GAAkB,CAA7C,EAA+CxgB,OAAM,SAArD,EAA+D8pG,cAAa,IAA5E,EAAiF54E,MAAK,IAAtF,EAA2FpkD,WAAU,IAArG,EAA0G/d,QAAO,IAAjH,EAAsHg7I,QAAO,IAA7H,EAAkIC,YAAW,CAAC,CAA9I,EAAgJC,YAAW,CAAC,CAA5J,EAA8JV,SAAQ,CAAC,CAAvK,EAAnZ,EAA6jBW,YAAW,sBAAU;AAAC,qBAAK/2D,UAAL,GAAgB,CAAC,CAAjB;AAAmB,aAAtmB,EAAumB02D,gBAAe,wBAASxlI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWmZ,EAAEuC,OAAF,KAAYlc,EAAEkC,IAAF,CAAO85D,GAAnB,KAAyBx7D,EAAEk7E,QAAF,CAAWrsB,CAAX,EAAa,EAAC91C,OAAMI,CAAP,EAAb,GAAwBnZ,EAAE06E,UAAF,CAAahZ,MAAb,EAAjD;AAAwE,aAArtB,EAAstBu9E,aAAY,qBAASj/I,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,IAAE,IAAR;AAAA,oBAAaC,IAAED,EAAExyD,OAAjB;AAAA,oBAAyB4F,IAAE4sD,EAAEy0F,UAA7B;AAAA,oBAAwCtvH,IAAE86B,EAAEsb,IAA5C;AAAA,oBAAiDl4D,IAAE28C,EAAExyD,OAAF,CAAU2mJ,YAA7D,CAA0E9wI,IAAErB,IAAE,EAACyY,MAAKllB,EAAE6kC,CAAF,CAAI78B,QAAJ,GAAa8F,EAAEoX,IAArB,EAA0B7hB,KAAIrD,EAAE+kC,CAAF,CAAI/8B,QAAJ,GAAa8F,EAAEzK,GAA7C,EAAJ,IAAuDonD,EAAE00F,UAAF,CAAaj6H,IAAb,IAAmBllB,EAAE6kC,CAAF,CAAI01C,KAAvB,EAA6B9vB,EAAE00F,UAAF,CAAa97I,GAAb,IAAkBrD,EAAE+kC,CAAF,CAAIw1C,KAAnD,EAAyD9tE,IAAE0M,EAAEnhB,MAAF,CAAS,EAAT,EAAYyyD,EAAE00F,UAAd,CAAlH,GAA6IthJ,MAAI4O,EAAEpJ,GAAF,GAAMhM,EAAEoV,EAAEpJ,GAAJ,EAAQxF,EAAEknC,CAAV,CAAN,EAAmBt4B,EAAEyY,IAAF,GAAO7tB,EAAEoV,EAAEyY,IAAJ,EAASrnB,EAAEgnC,CAAX,CAA9B,CAA7I,EAA0L,QAAMjV,CAAN,GAAQ,OAAOnjB,EAAEpJ,GAAjB,GAAqB,QAAMusB,CAAN,IAAS,OAAOnjB,EAAEyY,IAAjO,EAAsOulC,EAAE20F,IAAF,CAAO7pI,GAAP,CAAW9I,CAAX,CAAtO;AAAoP,aAA5iC,EAA6iC4yI,qBAAoB,6BAASr/I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKxU,OAAL,CAAa4mJ,MAAnB,CAA0B,OAAOpyI,KAAG0M,EAAEnZ,CAAF,EAAKuM,EAAL,CAAQE,CAAR,CAAV;AAAqB,aAA5nC,EAA6nCiwE,SAAQ,iBAASvjE,CAAT,EAAW;AAAC,qBAAKkmI,mBAAL,CAAyBlmI,EAAEJ,KAAF,CAAQxgB,MAAjC,KAA0C4gB,EAAE2B,cAAF,EAA1C;AAA6D,aAA9sC,EAA+sCwgE,QAAO,gBAAS7uE,CAAT,EAAW;AAAC,oBAAIg+C,CAAJ;AAAA,oBAAMpzD,IAAE,IAAR;AAAA,oBAAawG,IAAExG,EAAEY,OAAjB;AAAA,oBAAyB23B,IAAE/xB,EAAE+jB,SAA7B;AAAA,oBAAuC9T,IAAEjQ,EAAEuhJ,IAA3C,CAAgD,OAAO,KAAKC,mBAAL,CAAyB5yI,EAAE6oD,KAAF,CAAQqlB,YAAjC,KAAgD98E,EAAEihJ,UAAF,IAAc,CAACznJ,EAAE4wF,UAAjE,IAA6E5wF,EAAEqjF,UAAF,CAAahZ,MAAb,IAAsB1hE,CAAnG,KAAuG3I,EAAEsjB,aAAF,GAAgBlO,EAAElU,MAAlB,EAAyBlB,EAAEioJ,mBAAF,GAAsB9wF,EAAEn3D,EAAEsjB,aAAJ,CAA/C,EAAkE7M,MAAIzW,EAAE+nJ,IAAF,IAAQ/nJ,EAAE+nJ,IAAF,CAAOxqI,IAAP,CAAY,CAAC,CAAb,EAAe,CAAC,CAAhB,EAAmBjF,MAAnB,EAAR,EAAoCtY,EAAE+nJ,IAAF,GAAO5/I,EAAE/G,UAAF,CAAaqV,CAAb,IAAgBqL,EAAErL,EAAErX,IAAF,CAAOY,CAAP,EAASA,EAAEsjB,aAAX,CAAF,CAAhB,GAA6C7M,CAAxF,EAA0F28C,IAAE+D,EAAEn3D,EAAEsjB,aAAJ,CAA5F,EAA+GtjB,EAAE8nJ,UAAF,GAAa10F,CAA5H,EAA8HpzD,EAAE+nJ,IAAF,CAAO7pI,GAAP,CAAW,EAAC8N,UAAS,UAAV,EAAqButF,QAAO,GAA5B,EAAgC1rF,MAAKulC,EAAEvlC,IAAvC,EAA4C7hB,KAAIonD,EAAEpnD,GAAlD,EAAX,EAAmE6c,QAAnE,CAA4E6kB,EAAElpB,IAA9E,CAA9H,EAAkNxkB,EAAE2mE,OAAF,CAAU,SAAV,EAAoB,YAAU;AAAC3mE,sBAAE+nJ,IAAF,CAAOl0H,UAAP,CAAkB,WAAlB,EAA+B,KAAI,IAAIlrB,IAAEmZ,EAAE1M,EAAElU,MAAJ,CAAV,EAAsB,CAACyH,EAAEyT,IAAF,CAAO,cAAP,CAAD,IAAyBzT,EAAEzJ,MAAjD;AAAyDyJ,4BAAEA,EAAEkD,MAAF,EAAF;AAAzD,qBAAsE,OAAM,EAACiC,UAAS9N,EAAE+nJ,IAAF,CAAO1oJ,GAAP,EAAV,EAAuB6oJ,WAAUv/I,EAAEyT,IAAF,CAAO,cAAP,CAAjC,EAAN;AAA+D,iBAAnM,CAAtN,CAAlE,EAA8d66C,EAAEzwD,EAAEi3C,KAAJ,IAAWz9C,CAAze,EAA2eA,EAAEgnJ,OAAF,GAAU,CAAC,CAAtf,EAAwfzuH,MAAIv4B,EAAE6nJ,UAAF,GAAax0F,EAAE96B,CAAF,EAAIv4B,EAAE+nJ,IAAN,CAAjB,CAAxf,EAAshBjmI,EAAE4rB,CAAF,EAAKpsB,EAAL,CAAQkyC,CAAR,EAAUxzD,EAAEsnJ,cAAZ,CAAthB,EAAkjBtnJ,EAAE6jF,QAAF,CAAWpsB,CAAX,EAAariD,CAAb,MAAkBpV,EAAEqjF,UAAF,CAAahZ,MAAb,IAAsBrqE,EAAEqnJ,SAAF,EAAxC,CAAljB,EAAymBrnJ,EAAEqjF,UAAF,CAAa4B,OAAb,EAAzmB,EAAgoBt8E,CAAvuB,CAAP;AAAivB,aAAngE,EAAogEm7E,OAAM,eAAShiE,CAAT,EAAW;AAAC,qBAAKwB,aAAL,GAAmBxB,EAAE5gB,MAArB,EAA4B,KAAK2iF,QAAL,CAAcjsB,CAAd,EAAgB91C,CAAhB,IAAmB,KAAKuhE,UAAL,CAAgBhZ,MAAhB,EAAnB,GAA4C,KAAKumB,UAAL,GAAgB,CAAC,CAAzF;AAA2F,aAAjnE,EAAknEs2D,OAAM,eAASv+I,CAAT,EAAW;AAAC,oBAAIyM,CAAJ,EAAMg+C,CAAN,CAAQzqD,EAAE8a,cAAF,IAAmBrO,IAAE,KAAK+yI,mBAAL,CAAyBx/I,CAAzB,CAArB,EAAiD,KAAK/H,OAAL,CAAa8mJ,UAAb,IAAyB,KAAKU,cAAL,KAAsBhzI,CAA/C,KAAmD,KAAKizI,iBAAL,GAAuBz0F,EAAEx+C,CAAF,CAAvB,EAA4B,KAAKgzI,cAAL,GAAoBhzI,CAAnG,CAAjD,EAAuJ,KAAKkzI,UAAL,GAAgB3/I,CAAvK,EAAyK,KAAK4/I,gBAAL,CAAsB5/I,CAAtB,EAAwByM,CAAxB,CAAzK,EAAoM,KAAKxU,OAAL,CAAa8mJ,UAAb,IAAyB,KAAKW,iBAAL,CAAuB,CAAvB,CAAzB,KAAqDj1F,IAAE6B,EAAEtsD,EAAE6kC,CAAF,CAAI78B,QAAN,EAAehI,EAAE+kC,CAAF,CAAI/8B,QAAnB,EAA4B8F,EAAE,KAAK4xI,iBAAP,CAA5B,CAAF,EAAyD,KAAKG,oBAAL,GAA0B1mI,EAAEnhB,MAAF,CAAS,EAAT,EAAY,KAAKmnJ,UAAjB,CAAnF,EAAgH,KAAKW,eAAL,GAAqBr1F,CAArI,EAAuI,MAAIA,EAAE1lB,CAAN,IAAS,MAAI0lB,EAAE5lB,CAAf,IAAkBva,cAAc,KAAKy1H,eAAnB,GAAoC,KAAKA,eAAL,GAAqB,IAA3E,IAAiF,KAAKA,eAAL,KAAuB,KAAKA,eAAL,GAAqB11H,YAAYlR,EAAEtd,KAAF,CAAQ,IAAR,EAAa,aAAb,CAAZ,EAAwC,EAAxC,CAA5C,CAA7Q,CAApM,EAA2iB,KAAKujJ,IAAL,IAAW,KAAKH,WAAL,CAAiBj/I,CAAjB,CAAtjB;AAA0kB,aAAttF,EAAutF4/I,kBAAiB,0BAASnzI,CAAT,EAAWg+C,CAAX,EAAa;AAAC,qBAAKu1F,eAAL,CAAqBv1F,CAArB,EAAuB,UAASA,CAAT,EAAWpzD,CAAX,EAAa;AAAC,wBAAG,CAACozD,CAAJ,EAAM,OAAOY,MAAIA,EAAE6vB,QAAF,CAAW9hD,CAAX,EAAaq1B,EAAEhiD,CAAF,EAAI,EAACwxI,YAAW9kI,EAAEkyC,EAAE6wF,aAAJ,CAAZ,EAAJ,CAAb,GAAmD7wF,IAAE,IAAzD,GAA+DrrD,CAAtE,CAAwE,IAAGqrD,CAAH,EAAK;AAAC,4BAAGh0D,MAAIg0D,EAAE6wF,aAAT,EAAuB,OAAO7wF,EAAE6vB,QAAF,CAAW9hD,CAAX,EAAaq1B,EAAEhiD,CAAF,EAAI,EAACwxI,YAAW9kI,EAAEkyC,EAAE6wF,aAAJ,CAAZ,EAAJ,CAAb;AAAmD,uBAAEhhE,QAAF,CAAW1tB,CAAX,EAAaiB,EAAEhiD,CAAF,EAAI,EAACwxI,YAAW9kI,EAAE9hB,CAAF,CAAZ,EAAJ,CAAb,GAAqCg0D,IAAEoD,EAAEhE,CAAF,EAAI,EAACyxF,eAAc7kJ,CAAf,EAAJ,CAAvC;AAA8D,iBAAxQ,GAA0Q,KAAK6jF,QAAL,CAAc/rB,CAAd,EAAgBV,EAAEhiD,CAAF,EAAI,EAACwxI,YAAW5yF,CAAZ,EAAcsa,oBAAmBlb,CAAjC,EAAJ,CAAhB,CAA1Q;AAAoU,aAA1jG,EAA2jGw1F,aAAY,uBAAU;AAAC,oBAAI9mI,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUg+C,CAAV;AAAA,oBAAYpzD,CAAZ;AAAA,oBAAcqzD,CAAd;AAAA,oBAAgB7sD,CAAhB;AAAA,oBAAkB+xB,CAAlB;AAAA,oBAAoB9hB,IAAE,KAAK4xI,iBAAL,CAAuB,CAAvB,CAAtB;AAAA,oBAAgDz0F,IAAE,KAAK60F,eAAvD;AAAA,oBAAuExzF,IAAE,KAAKuzF,oBAA9E,CAAmG/xI,MAAIqL,IAAE,KAAKqmI,mBAAL,CAAyB,KAAKG,UAA9B,CAAF,EAA4C,KAAKC,gBAAL,CAAsB,KAAKD,UAA3B,EAAsCxmI,CAAtC,CAA5C,EAAqFsxC,IAAE38C,MAAIo9C,IAAI,CAAJ,CAA3F,EAAkGT,KAAGzqD,IAAE+kC,EAAElpB,IAAF,CAAOy6B,YAAP,GAAoBx4C,EAAEopB,MAAF,EAAtB,EAAiCza,IAAEs4B,EAAElpB,IAAF,CAAO6wC,WAAP,GAAmB5uD,EAAEqkB,KAAF,EAAzD,KAAqEniB,IAAE8N,EAAE0W,YAAF,IAAgB1W,EAAEwoC,YAApB,EAAiC7pC,IAAEqB,EAAEyW,WAAF,IAAezW,EAAE4+C,WAAzH,CAAlG,EAAwOr1D,IAAEyW,EAAEsO,SAAF,GAAY6uC,EAAElmB,CAAxP,EAA0P2lB,IAAE1qD,KAAG3I,IAAE,CAAL,IAAQA,IAAEyW,EAAEwoC,YAAxQ,EAAqRz4C,IAAEiQ,EAAEkO,UAAF,GAAaivC,EAAEpmB,CAAtS,EAAwSjV,IAAEnjB,KAAG5O,IAAE,CAAL,IAAQA,IAAEiQ,EAAE4+C,WAAtT,EAAkUhC,MAAI58C,EAAEsO,SAAF,IAAa6uC,EAAElmB,CAAnB,CAAlU,EAAwVnV,MAAI9hB,EAAEkO,UAAF,IAAcivC,EAAEpmB,CAApB,CAAxV,EAA+W4lB,MAAI76B,KAAG86B,CAAP,MAAYA,MAAI4B,EAAEjpD,GAAF,IAAO4nD,EAAElmB,CAAb,GAAgBnV,MAAI08B,EAAEpnC,IAAF,IAAQ+lC,EAAEpmB,CAAd,CAAhB,EAAiC,KAAKu6G,IAAL,CAAU7pI,GAAV,CAAc+2C,CAAd,CAA7C,CAAnX;AAAmb,aAAxmH,EAAymHuwB,MAAK,cAAS78E,CAAT,EAAW;AAAC,qBAAKggJ,eAAL,CAAqB,KAAKR,mBAAL,CAAyBx/I,CAAzB,CAArB,EAAiD,UAASyM,CAAT,EAAWg+C,CAAX,EAAa;AAACh+C,0BAAIA,EAAE2xI,KAAF,CAAQ3vF,EAAE,EAAF,EAAKzuD,CAAL,EAAO,EAACi+I,YAAW9kI,EAAEsxC,CAAF,CAAZ,EAAP,CAAR,GAAmCY,IAAE,IAAzC;AAA+C,iBAA9G,GAAgH,KAAKmzF,OAAL,CAAa,KAAKtjE,QAAL,CAActsB,CAAd,EAAgB5uD,CAAhB,CAAb,CAAhH;AAAiJ,aAA3wH,EAA4wHw+I,SAAQ,iBAASrlI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWA,EAAE0/I,iBAAF,GAAoB,IAApB,EAAyB,KAAKD,cAAL,GAAoB,IAA7C,EAAkDn1H,cAAc,KAAKy1H,eAAnB,CAAlD,EAAsF//I,EAAEioF,UAAF,GAAa,CAAC,CAApG,EAAsGjoF,EAAEo/I,IAAF,IAAQ,CAACp/I,EAAEq+I,OAAX,GAAmB5rI,WAAW,YAAU;AAACzS,sBAAEo/I,IAAF,CAAOxqI,IAAP,CAAY,CAAC,CAAb,EAAe,CAAC,CAAhB,GAAmBuE,IAAEnZ,EAAEy+I,gBAAF,EAAF,GAAuBz+I,EAAEo/I,IAAF,CAAO71H,OAAP,CAAevpB,EAAEs/I,mBAAjB,EAAqC,MAArC,EAA4Ct/I,EAAEy+I,gBAA9C,CAA1C;AAA0G,iBAAhI,EAAiI,CAAjI,CAAnB,GAAuJz+I,EAAE0+I,SAAF,EAA7P;AAA2Q,aAAtjI,EAAujIxjE,UAAS,kBAAS/hE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,IAAE,IAAN,CAAW,OAAOA,EAAEmQ,OAAF,CAAUzD,CAAV,EAAYs1C,EAAE,EAAF,EAAKzuD,EAAE+Y,KAAP,EAAa,EAAC8rB,GAAE7kC,EAAE6kC,CAAL,EAAOE,GAAE/kC,EAAE+kC,CAAX,EAAapqB,eAAclO,EAAEkO,aAA7B,EAA2CulI,eAAclgJ,EAAEs1D,KAAF,GAAQt1D,EAAEs1D,KAAF,CAAQqlB,YAAhB,GAA6B,IAAtF,EAA2FsjE,YAAWj+I,EAAEi+I,UAAxG,EAAmHt4E,oBAAmB3lE,EAAE2lE,kBAAxI,EAAb,CAAZ,CAAP;AAA8L,aAAvxI,EAAwxI65E,qBAAoB,6BAASrmI,CAAT,EAAW;AAAC,oBAAInZ,IAAE2uD,EAAEx1C,CAAF,CAAN;AAAA,oBAAWsxC,IAAE,KAAK20F,IAAlB,CAAuB,OAAO30F,KAAGh+C,EAAEg+C,EAAE,CAAF,CAAF,EAAOzqD,CAAP,CAAH,KAAeyqD,EAAE9kC,IAAF,IAAS3lB,IAAE2uD,EAAEx1C,CAAF,CAAX,EAAgBnZ,MAAIA,IAAE2uD,EAAEx1C,CAAF,CAAN,CAAhB,EAA4BsxC,EAAE/lC,IAAF,EAA3C,GAAqD1kB,CAA5D;AAA8D,aAA74I,EAA84IggJ,iBAAgB,yBAAS7mI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMg+C,IAAE,KAAKxyD,OAAL,CAAa68C,KAArB;AAAA,oBAA2Bz9C,IAAEipC,EAAEmqB,CAAF,CAA7B;AAAA,oBAAkCC,IAAEwE,EAAEzE,CAAF,CAApC,CAAyC,CAACpzD,KAAGA,EAAEd,MAAL,IAAam0D,KAAGA,EAAEn0D,MAAnB,MAA6BkW,IAAE5O,EAAEsb,CAAF,EAAI9hB,CAAJ,EAAMqzD,CAAN,CAAF,EAAWj+C,IAAEzM,EAAEyM,EAAElU,MAAJ,EAAWkU,EAAEyvI,aAAb,CAAF,GAA8Bl8I,GAAtE;AAA2E,aAAhiJ,EAAiiJ+7C,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,IAAN,CAAWu0C,EAAE/3D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB0iB,CAAlB,GAAqBA,EAAEulI,SAAF,EAArB,EAAmCvlI,EAAEuhE,UAAF,CAAa3+B,OAAb,EAAnC,EAA0D,KAAK2jG,iBAAL,GAAuB,IAAjF,EAAsF,KAAKD,cAAL,GAAoB,IAA1G,EAA+Gn1H,cAAc,KAAKy1H,eAAnB,CAA/G,EAAmJ5mI,EAAEwB,aAAF,GAAgB,IAAnK;AAAwK,aAAvuJ,EAAwuJ+jI,WAAU,qBAAU;AAAC,oBAAI1+I,IAAE,IAAN,CAAWA,EAAEo/I,IAAF,IAAQp/I,EAAEo/I,IAAF,CAAOzvI,MAAP,EAAR,EAAwB,OAAO2+C,EAAEtuD,EAAE/H,OAAF,CAAU68C,KAAZ,CAA/B,EAAkD90C,EAAE4c,OAAF,CAAU,SAAV,CAAlD,EAAuE5c,EAAE4c,OAAF,CAAUmxC,CAAV,CAAvE,EAAoF50C,EAAE4rB,CAAF,EAAK3yB,GAAL,CAASy4C,CAAT,EAAW7qD,EAAE2+I,cAAb,CAApF;AAAiH,aAAz3J,EAAT,CAAl2D,EAAuuNn/I,EAAEq7D,EAAF,CAAKlhC,MAAL,CAAYizB,CAAZ,CAAvuN,EAAsvNptD,EAAEq7D,EAAF,CAAKlhC,MAAL,CAAY7E,CAAZ,CAAtvN,EAAqwNt1B,EAAEq7D,EAAF,CAAKlhC,MAAL,CAAYx5B,CAAZ,CAArwN,EAAoxNX,EAAE2gJ,UAAF,GAAavoJ,CAAjyN,EAAmyN4H,EAAE4gJ,mBAAF,GAAsB11F,CAAzzN,EAA2zN+D,EAAEjvD,EAAEq7D,EAAJ,EAAO,EAAC42E,MAAK9jF,CAAN,EAAQ0yF,gBAAehxF,CAAvB,EAAyBixF,SAAQ/5H,CAAjC,EAAP,CAA3zN,EAAu2N/mB,EAAEq7D,EAAF,CAAK0lF,SAAL,CAAeC,KAAf,GAAqB,EAACC,oBAAmBn0F,CAApB,EAAsBo0F,oBAAmB5yI,CAAzC,EAA2C6yI,sBAAqB11F,CAAhE,EAA53N;AAA+7N,KAA5gZ,CAA6gZt2D,OAAO07D,KAAP,CAAa76D,MAA1hZ,GAAkiZb,OAAO07D,KAAhjZ;AAAsjZ,CAAjqZ,EAAkqZ,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,KAACA,KAAGzM,CAAJ;AAAS,CAAxuZ,CAAD,CAA2uZ,CAAC,CAAC,UAASA,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,2BAAP,EAAmC,CAAC,cAAD,EAAgB,uBAAhB,CAAnC,EAA4Eh5B,CAA5E;AAA+E,CAAlG,CAAmG,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW3I,CAAX,EAAa;AAAC,YAAIoV,IAAE9X,OAAO07D,KAAb;AAAA,YAAmBl3C,IAAE1M,EAAEquD,MAAvB;AAAA,YAA8BlrC,IAAEnjB,EAAEugD,OAAlC;AAAA,YAA0CtC,IAAEvxC,EAAE0hD,EAA9C;AAAA,YAAiD/sD,IAAE9N,EAAEnE,KAArD;AAAA,YAA2DgC,IAAEmC,EAAEhI,MAA/D;AAAA,YAAsEyyD,IAAEC,EAAE6U,MAA1E;AAAA,YAAiFrU,IAAEz+C,EAAE0wD,KAArF;AAAA,YAA2F7Q,IAAE7/C,EAAEouD,EAAF,CAAKylF,OAAlG;AAAA,YAA0Gr1F,IAAEx+C,EAAEouD,EAAF,CAAK42E,IAAjH;AAAA,YAAsHpmF,IAAE5+C,EAAEouD,EAAF,CAAKwlF,cAA7H;AAAA,YAA4IlgJ,IAAEyvB,EAAEmsH,UAAhJ;AAAA,YAA2JxwF,IAAE37B,EAAEvI,SAA/J;AAAA,YAAyKd,IAAEztB,KAAKosC,GAAhL;AAAA,YAAoLpQ,IAAE,GAAtL;AAAA,YAA0Lh3B,IAAE,EAA5L;AAAA,YAA+L+mC,IAAE,GAAjM;AAAA,YAAqME,IAAE,EAAvM;AAAA,YAA0M2oB,IAAE,EAA5M;AAAA,YAA+Mj5D,IAAE,EAAjN;AAAA,YAAoNm4D,IAAE,CAAtN;AAAA,YAAwNptD,IAAE,qBAA1N;AAAA,YAAgPkvD,IAAE,qBAAlP;AAAA,YAAwQD,IAAE,MAA1Q;AAAA,YAAiRnuB,IAAE,QAAnR;AAAA,YAA4RmtB,IAAE,QAA9R;AAAA,YAAuSc,IAAE,QAAzS;AAAA,YAAkThB,IAAE,CAApT;AAAA,YAAsTqB,IAAErD,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN,CAAWk0D,EAAE51D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,GAAkBwG,EAAExG,CAAF,EAAI2I,CAAJ,CAAlB,EAAyB3I,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,YAAlB,EAA+B5qB,EAAEzW,EAAE6P,KAAJ,EAAU7P,CAAV,CAA/B,CAAzB,EAAsEA,EAAEupJ,UAAF,CAAaloH,IAAb,CAAkB,OAAlB,EAA0B5qB,EAAEzW,EAAEqqE,MAAJ,EAAWrqE,CAAX,CAA1B,CAAtE;AAA+G,aAA5I,EAA6I+sC,SAAQ,mBAAU;AAAC,uBAAO,KAAK6mG,OAAL,CAAar1H,KAAb,GAAmB,KAAK6oD,UAAL,CAAgBw+E,QAA1C;AAAmD,aAAnN,EAAoN1/I,MAAK,gBAAU;AAAC,uBAAO,KAAKkhE,UAAL,CAAgBw+E,QAAhB,GAAyB,KAAKhS,OAAL,CAAar1H,KAAtC,GAA4C,GAAnD;AAAuD,aAA3R,EAA4R0S,MAAK,gBAAU;AAAC,oBAAItoB,IAAE,KAAKirI,OAAX,CAAmBjrI,EAAE49I,SAAF,CAAY,GAAZ,GAAiB,KAAKn/E,UAAL,CAAgBu+E,OAAhB,CAAwBh9I,EAAE4V,KAA1B,CAAjB;AAAkD,aAAjX,EAAkX2lI,OAAM,iBAAU;AAAC,oBAAIv7I,IAAE,KAAKirI,OAAX,CAAmBjrI,EAAE+9I,OAAF,CAAU,KAAKt/E,UAAL,CAAgBw+E,QAA1B,GAAoC,KAAKx+E,UAAL,CAAgBu+E,OAAhB,CAAwBh9I,EAAE4V,KAA1B,CAApC;AAAqE,aAA3d,EAAT,CAAxT;AAAA,YAA+xB04C,IAAE/C,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN,CAAWk0D,EAAE51D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,GAAkBwG,EAAExG,CAAF,EAAI2I,CAAJ,EAAM,EAAC23C,YAAW,IAAIx3C,CAAJ,CAAM,EAAC6lE,MAAKhmE,EAAEgmE,IAAR,EAAailE,SAAQjrI,EAAEirI,OAAvB,EAA+BsQ,OAAM,iBAAU;AAAClkJ,8BAAEwlF,IAAF;AAAS,yBAAzD,EAAN,CAAZ,EAAN,CAAlB,EAAwGxlF,EAAEupJ,UAAF,CAAaloH,IAAb,CAAkB,OAAlB,EAA0B,YAAU;AAACrhC,sBAAEqqE,MAAF;AAAW,iBAAhD,CAAxG,EAA0JrqE,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,KAAlB,EAAwB5qB,EAAEzW,EAAE6P,KAAJ,EAAU7P,CAAV,CAAxB,CAA1J,EAAgMA,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,YAAlB,EAA+B5qB,EAAEzW,EAAE6P,KAAJ,EAAU7P,CAAV,CAA/B,CAAhM,EAA6OA,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,KAAlB,EAAwB5qB,EAAEzW,EAAEkkJ,KAAJ,EAAUlkJ,CAAV,CAAxB,CAA7O;AAAmR,aAAhT,EAAiTmkJ,UAAS,oBAAU;AAAC,qBAAK7jG,UAAL,CAAgB+pB,MAAhB;AAAyB,aAA9V,EAA+Vm/E,QAAO,gBAAS7gJ,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN,CAAWA,EAAEqqE,MAAF,IAAWrqE,EAAEypJ,OAAF,CAAU9gJ,CAAV,CAAX;AAAwB,aAArZ,EAAsZu7I,OAAM,iBAAU;AAAC,oBAAIv7I,IAAE,IAAN,CAAWA,EAAE+gJ,QAAF,CAAWlE,WAAX,KAAyB78I,EAAEghJ,SAAF,EAAzB,GAAuChhJ,EAAE68E,IAAF,EAAvC;AAAgD,aAAle,EAAmet/E,MAAK,gBAAU;AAAC,uBAAOgpB,EAAE,KAAK+zD,QAAP,IAAiB,CAAxB;AAA0B,aAA7gB,EAA8gBpzE,OAAM,eAASlH,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,IAAR,CAAaA,EAAE6wI,SAAF,CAAYl5G,OAAZ,KAAsB33B,EAAEs0I,QAAF,CAAWlE,WAAX,KAAyBpwI,EAAEu0I,SAAF,EAAzB,IAAwC3pJ,IAAE2I,EAAEs1D,KAAF,CAAQz0D,EAAR,KAAa0sD,CAAb,GAAe,CAAf,GAAiBvtD,EAAEs1D,KAAF,CAAQ7oD,EAAEu5D,IAAV,EAAgBsU,QAAnC,EAA4C7tE,EAAE6tE,QAAF,GAAWxhF,KAAKkrB,GAAL,CAASlrB,KAAKy0C,GAAL,CAASl2C,IAAEoV,EAAEw0I,kBAAb,EAAgCvzF,CAAhC,CAAT,EAA4C,CAACA,CAA7C,CAAvD,EAAuGjhD,EAAEm0I,UAAF,CAAaxE,WAAb,EAAvG,EAAkI7wF,EAAE51D,EAAF,CAAKuR,KAAL,CAAWzQ,IAAX,CAAgBgW,CAAhB,CAA1K,CAAtB;AAAqN,aAAlwB,EAAmwB6b,MAAK,gBAAU;AAAC,oBAAItoB,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEs9I,SAAf;AAAA,oBAAyB7wI,IAAEzM,EAAE+gJ,QAAF,CAAWlE,WAAX,KAAyBpoJ,CAAzB,GAA2BuL,EAAEkhJ,QAAxD;AAAA,oBAAiE/nI,IAAEnZ,EAAEs6E,QAAF,IAAY7tE,CAA/E;AAAA,oBAAiFmjB,IAAE5vB,EAAEirI,OAAF,CAAUjrI,EAAEgmE,IAAZ,IAAkB7sD,CAArG,CAAuG,CAACnZ,EAAE09I,OAAH,IAAYrmJ,EAAEwlJ,WAAF,CAAcjtH,CAAd,CAAZ,KAA+BA,IAAE92B,KAAKkrB,GAAL,CAASlrB,KAAKy0C,GAAL,CAAS3d,CAAT,EAAWv4B,EAAE2sB,GAAb,CAAT,EAA2B3sB,EAAEk2C,GAA7B,CAAF,EAAoCvtC,EAAEs6E,QAAF,GAAW,CAA9E,GAAiFt6E,EAAEirI,OAAF,CAAU2Q,QAAV,CAAmB57I,EAAEgmE,IAArB,EAA0Bp2C,CAA1B,CAAjF;AAA8G,aAAx+B,EAAy+BitD,MAAK,gBAAU;AAAC,qBAAK+jE,UAAL,CAAgBvE,aAAhB,IAAgC,KAAKxkJ,GAAL,EAAhC;AAA2C,aAApiC,EAAqiCmpJ,WAAU,qBAAU;AAAC,oBAAIhhJ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEs9I,SAAf;AAAA,oBAAyB7wI,IAAEzM,EAAEirI,OAAF,CAAUjrI,EAAEgmE,IAAZ,IAAkB3uE,EAAE2sB,GAApB,GAAwB3sB,EAAE2sB,GAA1B,GAA8B3sB,EAAEk2C,GAA3D,CAA+DvtC,EAAE8gJ,OAAF,CAAUr0I,CAAV;AAAa,aAAtoC,EAAuoCq0I,SAAQ,iBAAS9gJ,CAAT,EAAW;AAAC,qBAAK23C,UAAL,CAAgBkhD,MAAhB,CAAuB,EAAC7wF,UAAShI,CAAV,EAAYmmB,UAAS2O,CAArB,EAAuBukH,MAAKl5I,EAAE07I,WAA9B,EAAvB;AAAmE,aAA9tC,EAAT,CAAjyB;AAAA,YAA2gEltF,IAAEpD,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN,CAAWoV,EAAEugD,OAAF,CAAU3lC,SAAV,CAAoB1xB,EAApB,CAAuBC,IAAvB,CAA4Ba,IAA5B,CAAiC,IAAjC,GAAuCoH,EAAExG,CAAF,EAAI2I,CAAJ,EAAM,EAAC4nF,QAAO,EAAR,EAAWu5D,aAAY,EAAvB,EAA0B/pH,QAAO,EAAjC,EAAN,CAAvC;AAAmF,aAAhH,EAAiH9O,MAAK,gBAAU;AAAC,qBAAK84H,kBAAL,IAA0B,KAAKvoD,MAAL,CAAY,KAAKjR,MAAjB,CAA1B;AAAmD,aAApL,EAAqLrqF,MAAK,gBAAU;AAAC,uBAAOgpB,EAAE,KAAK6Q,MAAL,CAAY2N,CAAd,IAAiB6nB,CAAjB,IAAoBrmC,EAAE,KAAK6Q,MAAL,CAAYyN,CAAd,IAAiB+nB,CAA5C;AAA8C,aAAnP,EAAoP2uF,OAAM,iBAAU;AAAC,qBAAK1iD,MAAL,CAAY,KAAKsoD,WAAjB,GAA8B,KAAKjqJ,QAAL,IAAe,KAAKA,QAAL,CAAcT,IAAd,EAA7C;AAAkE,aAAvU,EAAwU4qJ,gBAAe,wBAASrhJ,CAAT,EAAW3I,CAAX,EAAa;AAAC,qBAAK+/B,MAAL,GAAY,EAAZ,EAAe,KAAKwwD,MAAL,GAAY5nF,CAA3B,EAA6B,KAAKmhJ,WAAL,GAAiB9pJ,CAA9C;AAAgD,aAArZ,EAAsZiqJ,aAAY,qBAASthJ,CAAT,EAAW;AAACA,qBAAGyM,EAAEhU,UAAF,CAAauH,CAAb,CAAH,GAAmB,KAAK9I,QAAL,GAAc8I,CAAjC,GAAmCA,IAAE3I,CAArC;AAAuC,aAArd,EAAsd+pJ,oBAAmB,8BAAU;AAAC,qBAAKhqH,MAAL,GAAY,EAACyN,GAAE,CAAC,KAAKs8G,WAAL,CAAiBt8G,CAAjB,GAAmB,KAAK+iD,MAAL,CAAY/iD,CAAhC,IAAmC,CAAtC,EAAwCE,GAAE,CAAC,KAAKo8G,WAAL,CAAiBp8G,CAAjB,GAAmB,KAAK6iD,MAAL,CAAY7iD,CAAhC,IAAmC,CAA7E,EAAZ,EAA4F,KAAK6iD,MAAL,GAAY,EAAC7iD,GAAE,KAAK6iD,MAAL,CAAY7iD,CAAZ,GAAc,KAAK3N,MAAL,CAAY2N,CAA7B,EAA+BF,GAAE,KAAK+iD,MAAL,CAAY/iD,CAAZ,GAAc,KAAKzN,MAAL,CAAYyN,CAA3D,EAAxG;AAAsK,aAA1pB,EAAT,CAA7gE;AAAA,YAAmrF2oB,IAAEtC,EAAElzD,MAAF,CAAS,EAACpC,MAAK,cAASyB,CAAT,EAAW;AAAC,oBAAIoV,IAAE,IAAN;AAAA,oBAAW0M,IAAE,QAAM9hB,EAAE2uE,IAArB;AAAA,oBAA0Bp2C,IAAE5vB,EAAE,wCAAsCmZ,IAAE,YAAF,GAAe,UAArD,IAAiE,gBAAnE,CAA5B,CAAiHtb,EAAE4O,CAAF,EAAIpV,CAAJ,EAAM,EAACmmC,SAAQ5N,CAAT,EAAWwlE,aAAY,CAAvB,EAAyB61C,SAAQ,IAAI3+E,CAAJ,CAAM18B,CAAN,CAAjC,EAA0C2xH,eAAclqJ,EAAE4zI,OAA1D,EAAkEuW,eAAcnqJ,EAAEmqJ,aAAlF,EAAgG1oH,MAAK3f,IAAE,OAAF,GAAU,QAA/G,EAAN,GAAgI1M,EAAE80I,aAAF,CAAgB7oH,IAAhB,CAAqB4H,CAArB,EAAuBxyB,EAAErB,EAAE86F,OAAJ,EAAY96F,CAAZ,CAAvB,CAAhI,EAAuKA,EAAEmV,SAAF,CAAYjC,MAAZ,CAAmBiQ,CAAnB,CAAvK,EAA6Lv4B,EAAEmqJ,aAAF,IAAiB/0I,EAAEiY,IAAF,EAA9M;AAAuN,aAA1V,EAA2V6iF,SAAQ,mBAAU;AAAC,oBAAIvnG,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEgmE,IAAf;AAAA,oBAAoBv5D,IAAEzM,EAAEs9I,SAAxB;AAAA,oBAAkCnkI,IAAE1M,EAAEqsB,IAAtC;AAAA,oBAA2ClJ,IAAE5vB,EAAEuhJ,aAA/C;AAAA,oBAA6D72F,IAAEvxC,IAAE1M,EAAEwiE,KAAnE;AAAA,oBAAyEnhE,IAAEhV,KAAKgiC,KAAL,CAAW,CAAClL,EAAEv4B,CAAF,CAAD,GAAMqzD,CAAjB,CAA3E;AAAA,oBAA+F7sD,IAAE/E,KAAKgiC,KAAL,CAAW3hB,IAAEuxC,CAAb,CAAjG,CAAiHA,KAAG,CAAH,GAAK,KAAKltB,OAAL,CAAajoB,GAAb,CAAiB,SAAjB,EAA2B,MAA3B,CAAL,GAAwC,KAAKioB,OAAL,CAAajoB,GAAb,CAAiB,SAAjB,EAA2B,EAA3B,CAAxC,EAAuEzH,IAAEjQ,CAAF,GAAIsb,CAAJ,GAAMtb,IAAEsb,IAAErL,CAAV,GAAYA,IAAE,CAAF,KAAMjQ,KAAGiQ,CAAH,EAAKA,IAAE,CAAb,CAAnF,EAAmG9N,EAAEo1F,WAAF,IAAev3F,CAAf,KAAmBmC,EAAEw9B,OAAF,CAAUjoB,GAAV,CAAcvV,EAAE84B,IAAhB,EAAqBj7B,IAAE,IAAvB,GAA6BmC,EAAEo1F,WAAF,GAAcv3F,CAA9D,CAAnG,EAAoKmC,EAAEirI,OAAF,CAAU2Q,QAAV,CAAmBvkJ,CAAnB,EAAqByW,CAArB,CAApK;AAA4L,aAA3pB,EAA4pB4W,MAAK,gBAAU;AAAC,qBAAK8Y,OAAL,CAAajoB,GAAb,CAAiB,EAACsP,SAAQ/mB,CAAT,EAAWwlB,YAAW,SAAtB,EAAjB;AAAmD,aAA/tB,EAAguBqC,MAAK,gBAAU;AAAC,qBAAK67H,aAAL,IAAoB,KAAKhkH,OAAL,CAAajoB,GAAb,CAAiB,EAACsP,SAAQ,CAAT,EAAjB,CAApB;AAAkD,aAAlyB,EAAT,CAArrF;AAAA,YAAm+GmqC,IAAEvE,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWyW,CAAX,EAAa;AAAC,oBAAI86B,CAAJ;AAAA,oBAAMQ,CAAN;AAAA,oBAAQ/qD,CAAR;AAAA,oBAAUorD,CAAV;AAAA,oBAAYz2B,CAAZ;AAAA,oBAAch3B,CAAd;AAAA,oBAAgB+mC,CAAhB;AAAA,oBAAkBE,CAAlB;AAAA,oBAAoB2oB,CAApB;AAAA,oBAAsBj5D,IAAE,IAAxB,CAA6B,OAAOg2D,EAAE90D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAehC,CAAf,EAAiB0kB,CAAjB,EAAmByW,CAAnB,GAAsBzW,IAAE1kB,EAAE+oC,OAA1B,EAAkC,CAAC/oC,EAAEgtJ,OAAF,GAAUhtJ,EAAEwD,OAAF,CAAUooE,SAAV,IAAqB5zD,EAAEnX,OAAF,CAAU8iE,kBAA1C,KAA+Dj/C,EAAE8S,QAAF,CAAW,oBAAX,EAAiCrM,OAAjC,CAAyC,iCAAzC,GAA4E/hB,EAAEpJ,CAAF,EAAI,EAACitJ,eAAcvoI,CAAf,EAAiBwoI,gBAAexoI,EAAE3L,QAAF,GAAahW,KAAb,EAAhC,EAAJ,CAA5E,EAAuIH,CAAtM,KAA0M8hB,EAAE5D,GAAF,CAAM,UAAN,EAAiB,QAAjB,EAA2B0W,QAA3B,CAAoC,mBAApC,EAAyDmI,SAAzD,CAAmE,oCAAnE,EAAyGxU,OAAzG,CAAiH,iCAAjH,GAAoJ8qC,IAAEvxC,EAAE3L,QAAF,GAAa/V,EAAb,CAAgB,CAAhB,CAAtJ,EAAyKyzD,IAAE,IAAIz+C,EAAE0zI,UAAN,CAAiBhnI,CAAjB,CAA3K,EAA+LhZ,IAAE,IAAImsD,CAAJ,CAAM5B,CAAN,CAAjM,EAA0Ma,IAAE,IAAIF,CAAJ,CAAM,EAAC7tB,SAAQktB,CAAT,EAAW9oC,WAAUzI,CAArB,EAAuBmjI,eAAc7nJ,EAAEwD,OAAF,CAAU8zD,IAA/C,EAAN,CAA5M,EAAwQj3B,IAAE,KAAK78B,OAAL,CAAa2pJ,cAAvR,EAAsS9jJ,IAAE,IAAI2O,EAAEywE,UAAN,CAAiB/jE,CAAjB,EAAmB,EAAC8iE,aAAY,OAAb,EAAqBJ,SAAQ,CAAC,CAA9B,EAAgCF,gBAAe,CAAC,CAAhD,EAAkDO,kBAAiB,CAAC,CAApE,EAAsEN,kBAAiB,CAAC,CAAxF,EAA0FF,YAAWjnF,EAAEwD,OAAF,CAAU8zD,IAA/G,EAAoH7kD,OAAM,eAAS7P,CAAT,EAAW;AAACk0D,0BAAEg8C,OAAF,GAAY,IAAI96F,IAAE8Z,EAAElvB,EAAEwtC,CAAF,CAAIy1C,QAAN,CAAN;AAAA,4BAAsBnhE,IAAEoN,EAAElvB,EAAE0tC,CAAF,CAAIu1C,QAAN,CAAxB;AAAA,4BAAwC1qD,IAAE,IAAEnjB,CAAF,IAAK0M,CAA/C;AAAA,4BAAiDuxC,IAAE1qD,EAAE5C,QAAF,CAAW3I,EAAEktJ,cAAF,CAAiB,CAAjB,CAAX,EAA+BtqJ,EAAE0hB,KAAF,CAAQxgB,MAAvC,CAAnD;AAAA,4BAAkGuV,IAAE,IAAEqL,CAAF,IAAK1M,CAAzG,CAA2G,CAACi+C,CAAD,IAAI,CAAC51B,EAAEz9B,CAAF,CAAL,IAAW5C,EAAE2vC,OAAb,KAAuBmnB,EAAE1mB,CAAF,CAAIT,OAAJ,IAAaxU,CAAb,IAAgB27B,EAAExmB,CAAF,CAAIX,OAAJ,IAAat2B,CAApD,IAAuDhQ,EAAEw+E,OAAF,EAAvD,GAAmEx+E,EAAE4jE,MAAF,EAAnE;AAA8E,qBAA3U,EAAnB,CAAxS,EAAyoB78B,IAAE,IAAIomB,CAAJ,CAAM,EAACggF,SAAQ9qI,CAAT,EAAWs+D,YAAWlT,CAAtB,EAAwBmvB,YAAW58E,CAAnC,EAAqC4/I,SAAQjpJ,EAAEwD,OAAF,CAAUylJ,OAAvD,EAAN,CAA3oB,EAAktB34G,IAAE,IAAI6pB,CAAJ,CAAM,EAACq8E,SAAQ9qI,CAAT,EAAWs+D,YAAWlT,CAAtB,EAAwBmvB,YAAW58E,CAAnC,EAAqC8iJ,YAAW11F,CAAhD,EAAN,CAAptB,EAA8wBwC,IAAE,IAAIiB,CAAJ,CAAM,EAACkqC,QAAO,gBAAS74F,CAAT,EAAW;AAACvL,0BAAE4jC,QAAF,CAAWr4B,EAAE6kC,CAAb,EAAe7kC,EAAE+kC,CAAjB;AAAoB,qBAAxC,EAAN,CAAhxB,EAAi0B5kC,EAAEu4B,IAAF,CAAO4H,CAAP,EAAS,YAAU;AAAC7rC,sBAAE2nB,SAAF,GAAY,CAACjc,EAAE4kC,CAAf,EAAiBtwC,EAAEunB,UAAF,GAAa,CAAC7b,EAAE0kC,CAAjC,EAAmCpwC,EAAEmoB,OAAF,CAAU2xC,CAAV,EAAY,EAACnyC,WAAU3nB,EAAE2nB,SAAb,EAAuBJ,YAAWvnB,EAAEunB,UAApC,EAAZ,CAAnC;AAAgG,iBAApH,CAAj0B,EAAu7BvnB,EAAEwD,OAAF,CAAU4pJ,mBAAV,IAA+B1oI,EAAER,EAAF,CAAK,2BAAL,EAAiC7K,EAAE,IAAF,EAAO,cAAP,CAAjC,CAAt9B,EAA+gCjQ,EAAEpJ,CAAF,EAAI,EAACw2I,SAAQ9qI,CAAT,EAAWs+D,YAAWlT,CAAtB,EAAwBu2F,cAAa/8G,CAArC,EAAuCg9G,kBAAiBr0F,CAAxD,EAA0DgtB,YAAW58E,CAArE,EAAuE64G,MAAK9xE,CAA5E,EAA8E+7G,YAAW11F,CAAzF,EAA2F82F,QAAO,CAAC,CAAnG,EAAqG59G,SAAQ,CAAC,CAA9G,EAAgHs9G,eAAch3F,CAA9H,EAAgItuC,WAAU,CAA1I,EAA4IJ,YAAW,CAAvJ,EAAyJ2lI,gBAAexoI,EAAE3L,QAAF,GAAahW,KAAb,EAAxK,EAAJ,CAA/gC,EAAktC/C,EAAEwtJ,SAAF,CAAY,GAAZ,CAAltC,EAAmuCxtJ,EAAEwtJ,SAAF,CAAY,GAAZ,CAAnuC,EAAovCxtJ,EAAEytJ,SAAF,GAAY,YAAU;AAACztJ,sBAAE0tJ,MAAF,GAAS,CAAC,CAAV,EAAY1tJ,EAAEimF,UAAF,CAAa7iF,GAAb,CAAiB,CAAjB,EAAmBpD,EAAE2tJ,OAArB,CAAZ;AAA0C,iBAArzC,EAAszC72F,EAAEg8C,OAAF,EAAtzC,EAAk0C9yG,EAAEwD,OAAF,CAAUoqJ,aAAV,IAAyB5tJ,EAAE6tJ,kBAAF,EAA31C,EAAk3CjrJ,CAA5jD,CAAzC;AAAwmD,aAAzpD,EAA0pDkrJ,cAAa,sBAASviJ,CAAT,EAAW;AAAC,qBAAKmiJ,MAAL,KAAc,KAAKA,MAAL,GAAY,CAAC,CAAb,EAAe,KAAKC,OAAL,GAAa,CAA5B,EAA8B,KAAK1nE,UAAL,CAAgBK,KAAhB,CAAsB,CAAtB,EAAwB,KAAKqnE,OAA7B,CAA5C,GAAmFx3H,aAAa,KAAK43H,aAAlB,CAAnF,EAAoH,KAAKA,aAAL,GAAmB/vI,WAAW,KAAKyvI,SAAhB,EAA0B,EAA1B,CAAvI,CAAqK,IAAI7qJ,IAAEoV,EAAEo5D,WAAF,CAAc7lE,CAAd,CAAN,CAAuB3I,MAAI,KAAK+qJ,OAAL,IAAc/qJ,CAAd,EAAgB,KAAKqjF,UAAL,CAAgBl4C,IAAhB,CAAqB,CAArB,EAAuB,KAAK4/G,OAA5B,CAApB,GAA0DpiJ,EAAE8a,cAAF,EAA1D;AAA6E,aAA57D,EAA67D0hI,aAAY,uBAAU;AAAC,qBAAK/9E,UAAL,CAAgB15B,CAAhB,CAAkBy3G,WAAlB;AAAgC,aAAp/D,EAAq/DI,aAAY,qBAAS58I,CAAT,EAAW3I,CAAX,EAAa;AAAC,qBAAKonE,UAAL,CAAgB15B,CAAhB,CAAkB63G,WAAlB,CAA8B58I,CAA9B,EAAgC3I,CAAhC;AAAmC,aAAljE,EAAmjE6vB,QAAO,kBAAU;AAAC,uBAAO,KAAKu3C,UAAL,CAAgB15B,CAAhB,CAAkBjM,IAAzB;AAA8B,aAAnmE,EAAomEwd,cAAa,wBAAU;AAAC,uBAAO,KAAKorG,aAAL,CAAmB,CAAnB,EAAsBprG,YAA7B;AAA0C,aAAtqE,EAAuqEoW,aAAY,uBAAU;AAAC,uBAAO,KAAKg1F,aAAL,CAAmB,CAAnB,EAAsBh1F,WAA7B;AAAyC,aAAvuE,EAAwuEz0D,SAAQ,EAACC,MAAK,UAAN,EAAiB6zD,MAAK,CAAC,CAAvB,EAAyB02F,YAAW,GAApC,EAAwCC,oBAAmB,CAAC,CAA5D,EAA8DhF,SAAQ,CAAC,CAAvE,EAAyEr9E,WAAU,CAAC,CAApF,EAAsFwhF,qBAAoB,CAAC,CAA3G,EAA6GD,gBAAe,0BAAU;AAAC,2BAAM,CAAC,CAAP;AAAS,iBAAhJ,EAAiJS,eAAc,CAAC,CAAhK,EAAkKnnF,UAAS,EAACynF,cAAa,iBAAd,EAAgCC,iBAAgB,oBAAhD,EAAqEC,iBAAgB,YAArF,EAA3K,EAAhvE,EAA+/E3pI,QAAO,CAACu1C,CAAD,EAAGF,CAAH,EAAKd,CAAL,CAAtgF,EAA8gFve,SAAQ,mBAAU;AAAC,qBAAKuyG,OAAL,IAAc,KAAKqB,cAAL,EAAd;AAAoC,aAArkF,EAAskFzkF,YAAW,oBAASr+D,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN,CAAWozD,EAAE90D,EAAF,CAAK0oE,UAAL,CAAgB5nE,IAAhB,CAAqBY,CAArB,EAAuB2I,CAAvB,GAA0BA,EAAEqiJ,aAAF,IAAiBhrJ,EAAEirJ,kBAAF,EAA3C;AAAkE,aAA1qF,EAA2qFv5I,OAAM,iBAAU;AAAC,qBAAK04I,OAAL,GAAa,KAAKC,aAAL,CAAmBtlI,SAAnB,CAA6B,CAA7B,CAAb,IAA8C,KAAK6uH,OAAL,CAAapyC,MAAb,CAAoB,EAACh0D,GAAE,CAAH,EAAKE,GAAE,CAAP,EAApB,GAA+B,KAAKg+G,MAAL,CAAY,CAAZ,CAA7E;AAA6F,aAAzxF,EAA0xFD,gBAAe,0BAAU;AAAC,qBAAKrkF,UAAL,CAAgB8oC,OAAhB,IAA0B,KAAKoP,IAAL,CAAU9xE,CAAV,CAAYg4G,WAAZ,MAA2B,KAAK5R,OAAL,CAAa2Q,QAAb,CAAsB,GAAtB,EAA0B,KAAKn9E,UAAL,CAAgB55B,CAAhB,CAAkB0I,GAA5C,CAArD,EAAsG,KAAKopE,IAAL,CAAU5xE,CAAV,CAAY83G,WAAZ,MAA2B,KAAK5R,OAAL,CAAa2Q,QAAb,CAAsB,GAAtB,EAA0B,KAAKn9E,UAAL,CAAgB15B,CAAhB,CAAkBwI,GAA5C,CAAjI;AAAkL,aAAt+F,EAAu+Fy1G,SAAQ,mBAAU;AAAC,oBAAIhjJ,IAAE,KAAKy+D,UAAX,CAAsBz+D,EAAEunG,OAAF,IAAY,KAAKw7C,MAAL,CAAY/iJ,EAAEi8I,QAAd,CAAZ,EAAoC,KAAKhR,OAAL,CAAapyC,MAAb,CAAoB74F,EAAEq9I,iBAAF,EAApB,CAApC;AAA+E,aAA/lG,EAAgmGvjF,QAAO,kBAAU;AAAC,qBAAK11B,OAAL,GAAa,CAAC,CAAd;AAAgB,aAAloG,EAAmoGv0B,SAAQ,mBAAU;AAAC,qBAAKu0B,OAAL,GAAa,CAAC,CAAd;AAAgB,aAAtqG,EAAuqG/L,UAAS,kBAASr4B,CAAT,EAAW3I,CAAX,EAAa;AAAC,qBAAKoqJ,OAAL,IAAc,KAAKC,aAAL,CAAmB1lI,UAAnB,CAA8BuK,EAAEvmB,CAAF,CAA9B,GAAoC,KAAK0hJ,aAAL,CAAmBtlI,SAAnB,CAA6BmK,EAAElvB,CAAF,CAA7B,CAAlD,KAAuF,KAAKonE,UAAL,CAAgB8oC,OAAhB,IAA0B,KAAK0jC,OAAL,CAAapyC,MAAb,CAAoB,EAACh0D,GAAE7kC,CAAH,EAAK+kC,GAAE1tC,CAAP,EAApB,CAAjH;AAAiJ,aAA/0G,EAAg1G4rJ,kBAAiB,0BAASjjJ,CAAT,EAAW3I,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAI0M,CAAJ,EAAMyW,CAAN,CAAQ,KAAK6xH,OAAL,GAAa,KAAKppH,QAAL,CAAcr4B,CAAd,EAAgB3I,CAAhB,CAAb,IAAiC8hB,IAAE,EAAC0rB,GAAE,KAAKomG,OAAL,CAAapmG,CAAhB,EAAkBE,GAAE,KAAKkmG,OAAL,CAAalmG,CAAjC,EAAF,EAAsCnV,IAAE,EAACiV,GAAE7kC,CAAH,EAAK+kC,GAAE1tC,CAAP,EAAxC,EAAkD,KAAK0qJ,gBAAL,CAAsBV,cAAtB,CAAqCloI,CAArC,EAAuCyW,CAAvC,CAAlD,EAA4F,KAAKmyH,gBAAL,CAAsBT,WAAtB,CAAkC70I,CAAlC,CAA5F,EAAiI,KAAKs1I,gBAAL,CAAsB76I,KAAtB,EAAlK;AAAiM,aAA1jH,EAA2jHg8I,aAAY,uBAAU;AAAC,oBAAIljJ,IAAE,IAAN,CAAWA,EAAEmjJ,WAAF,CAAc72H,WAAd,CAA0BoiC,CAA1B,GAA6B1uD,EAAEojJ,aAAF,CAAgBnkI,IAAhB,CAAqBjf,EAAE2iJ,YAAF,CAAe,EAAf,CAArB,CAA7B,EAAsE3iJ,EAAEqjJ,QAAF,CAAW9H,KAAX,EAAtE,EAAyFv7I,EAAEsjJ,QAAF,CAAW/H,KAAX,EAAzF,EAA4Gv7I,EAAE06E,UAAF,CAAahZ,MAAb,EAA5G;AAAkI,aAA/tH,EAAguH3lB,SAAQ,mBAAU;AAAC0O,kBAAE90D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAKikF,UAAL,IAAiB,KAAKA,UAAL,CAAgB3+B,OAAhB,EAAzC;AAAmE,aAAtzH,EAAuzHgnG,QAAO,gBAAS/iJ,CAAT,EAAW;AAAC,qBAAKy+D,UAAL,CAAgBu+E,OAAhB,CAAwBh9I,CAAxB,GAA2B,KAAKirI,OAAL,CAAa8S,OAAb,CAAqB/9I,CAArB,CAA3B;AAAmD,aAA73H,EAA83HsiJ,oBAAmB,8BAAU;AAAC,oBAAItiJ,IAAE,IAAN,CAAWA,EAAEy+D,UAAF,CAAa15B,CAAb,CAAe+3G,YAAf,IAA8B98I,EAAE2iJ,YAAF,GAAel2I,EAAE87C,QAAF,CAAWvoD,EAAE/H,OAAF,CAAUijE,QAAV,CAAmBynF,YAA9B,CAA7C,EAAyF3iJ,EAAE4iJ,eAAF,GAAkBn2I,EAAE87C,QAAF,CAAWvoD,EAAE/H,OAAF,CAAUijE,QAAV,CAAmB0nF,eAA9B,CAA3G,EAA0J5iJ,EAAE6iJ,eAAF,GAAkBp2I,EAAE87C,QAAF,CAAWvoD,EAAE/H,OAAF,CAAUijE,QAAV,CAAmB2nF,eAA9B,CAA5K,EAA2N7iJ,EAAE0hJ,aAAF,CAAgB9hI,OAAhB,CAAwB,sKAAoK5f,EAAE2iJ,YAAF,CAAe,EAAf,CAApK,GAAuL,gBAA/M,CAA3N,EAA4b3iJ,EAAEmjJ,WAAF,GAAcnjJ,EAAE0hJ,aAAF,CAAgBl0I,QAAhB,GAA2BhW,KAA3B,EAA1c,EAA6ewI,EAAEojJ,aAAF,GAAgBpjJ,EAAEmjJ,WAAF,CAAc31I,QAAd,CAAuB,cAAvB,CAA7f,EAAoiBxN,EAAE22G,IAAF,CAAO5xE,CAAP,CAASrM,IAAT,CAAc,QAAd,EAAuB5qB,EAAE9N,EAAEujJ,WAAJ,EAAgBvjJ,CAAhB,CAAvB,CAApiB,EAA+kBA,EAAE06E,UAAF,CAAahiD,IAAb,CAAkB,KAAlB,EAAwB5qB,EAAE9N,EAAEwjJ,QAAJ,EAAaxjJ,CAAb,CAAxB,CAA/kB;AAAwnB,aAA/hJ,EAAgiJwjJ,UAAS,oBAAU;AAAC,oBAAIxjJ,IAAE,IAAN,CAAWA,EAAEgiJ,MAAF,KAAWhiJ,EAAEgiJ,MAAF,GAAS,CAAC,CAAV,EAAYhiJ,EAAEmjJ,WAAF,CAAc72H,WAAd,CAA0B9sB,CAA1B,EAA6BysB,QAA7B,CAAsCyiC,CAAtC,CAAZ,EAAqD1uD,EAAEojJ,aAAF,CAAgBnkI,IAAhB,CAAqBjf,EAAE6iJ,eAAF,CAAkB,EAAlB,CAArB,CAArD,EAAiG7iJ,EAAEqjJ,QAAF,CAAWxC,MAAX,CAAkB7gJ,EAAE/H,OAAF,CAAUwqJ,UAAV,GAAqB,CAAvC,CAAjG,EAA2IziJ,EAAE4c,OAAF,CAAU,MAAV,CAAtJ;AAAyK,aAAxuJ,EAAyuJ2mI,aAAY,uBAAU;AAAC,oBAAIvjJ,IAAE,IAAN,CAAWA,EAAEirI,OAAF,CAAUlmG,CAAV,GAAYtwC,CAAZ,GAAcuL,EAAE/H,OAAF,CAAUwqJ,UAAxB,GAAmCziJ,EAAEgiJ,MAAF,KAAWhiJ,EAAEgiJ,MAAF,GAAS,CAAC,CAAV,EAAYhiJ,EAAEmjJ,WAAF,CAAc72H,WAAd,CAA0BoiC,CAA1B,EAA6BziC,QAA7B,CAAsCzsB,CAAtC,CAAZ,EAAqDQ,EAAEojJ,aAAF,CAAgBnkI,IAAhB,CAAqBjf,EAAE4iJ,eAAF,CAAkB,EAAlB,CAArB,CAAhE,CAAnC,GAAgJ5iJ,EAAEgiJ,MAAF,KAAWhiJ,EAAEgiJ,MAAF,GAAS,CAAC,CAAV,EAAYhiJ,EAAEmjJ,WAAF,CAAc72H,WAAd,CAA0B9sB,CAA1B,CAAZ,EAAyCQ,EAAEojJ,aAAF,CAAgBnkI,IAAhB,CAAqBjf,EAAE2iJ,YAAF,CAAe,EAAf,CAArB,CAApD,CAAhJ;AAA8O,aAAz/J,EAA0/JV,WAAU,mBAASjiJ,CAAT,EAAW;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE4zI,OAAf;AAAA,oBAAuB9xH,IAAE9hB,EAAEonE,UAAF,CAAaz+D,CAAb,CAAzB;AAAA,oBAAyC4vB,IAAEv4B,EAAEupJ,UAA7C;AAAA,oBAAwDl2F,IAAErzD,EAAEs/G,IAAF,CAAO32G,CAAP,CAA1D;AAAA,oBAAoE8N,IAAE,IAAI0/C,CAAJ,CAAM,EAACwY,MAAKhmE,CAAN,EAAQirI,SAAQx+H,CAAhB,EAAkB6wI,WAAUnkI,CAA5B,EAA8ByI,WAAUvqB,EAAEmmC,OAA1C,EAAkDgkH,eAAcnqJ,EAAEY,OAAF,CAAUyqJ,kBAA1E,EAAN,CAAtE,CAA2KvpI,EAAEuf,IAAF,CAAO4H,CAAP,EAAS,YAAU;AAACxyB,sBAAEy5F,OAAF;AAAY,iBAAhC,GAAkC78C,EAAEhyB,IAAF,CAAO4H,CAAP,EAAS,YAAU;AAACxyB,sBAAE4W,IAAF;AAAS,iBAA7B,CAAlC,EAAiErtB,EAAE2I,IAAE,SAAJ,IAAe,IAAIsuD,CAAJ,CAAM,EAAC0X,MAAKhmE,CAAN,EAAQ+gJ,UAASr2F,CAAjB,EAAmBugF,SAAQx+H,CAA3B,EAA6Bm0I,YAAWhxH,CAAxC,EAA0C8qD,YAAWrjF,EAAEqjF,UAAvD,EAAkE4iE,WAAUnkI,CAA5E,EAA8EukI,SAAQrmJ,EAAEY,OAAF,CAAUylJ,OAAhG,EAAwGwD,UAAS7pJ,EAAEY,OAAF,CAAUipJ,QAAV,IAAoBr8G,CAArI,EAAuIo8G,oBAAmB5pJ,EAAEY,OAAF,CAAUgpJ,kBAAV,IAA8Bl8G,CAAxL,EAA0LltC,KAAI,eAAU;AAACiW,0BAAE6X,IAAF,IAAStuB,EAAEulB,OAAF,CAAU,WAAV,EAAsB,EAACopD,MAAKhmE,CAAN,EAAQoc,WAAU/kB,EAAE+kB,SAApB,EAA8BJ,YAAW3kB,EAAE2kB,UAA3C,EAAtB,CAAT;AAAuF,qBAAhS,EAAN,CAAhF;AAAyX,aAApjL,EAAT,CAAr+G,CAAqiS0uC,EAAE/wB,MAAF,CAASq1B,CAAT;AAAY,KAA/jS,CAAgkSr6D,OAAO07D,KAAP,CAAa76D,MAA7kS,GAAqlSb,OAAO07D,KAAnmS;AAAymS,CAAvtS,EAAwtS,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAW3I,CAAX,EAAaoV,CAAb,EAAe;AAAC,KAACA,KAAGpV,CAAJ;AAAS,CAA9xS,CAAD,CAAiyS,CAAC,CAAC,UAAS8hB,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,mBAAP,EAA2B,CAAC,gBAAD,EAAkB,sBAAlB,EAAyC,iBAAzC,CAA3B,EAAuF7f,CAAvF;AAA0F,CAA7G,CAA8G,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS0qD,CAAT,GAAY;AAAC,gBAAIvxC,CAAJ;AAAA,gBAAMnZ,IAAE,KAAK/H,OAAL,CAAasmC,MAArB;AAAA,gBAA4BmsB,IAAEgE,EAAE1uD,CAAF,CAA9B,CAAmCR,EAAEmY,IAAF,CAAO,KAAK6lB,OAAZ,EAAqBvR,QAArB,CAA8B,iBAA9B,GAAiD9S,IAAE,iBAAe,KAAKqkB,OAAL,CAAajoB,GAAb,CAAiB,YAAjB,CAAf,GAA8Cm1C,KAAGgE,EAAE,KAAKlxB,OAAP,IAAgB,KAAKA,OAAL,CAAarb,KAAb,EAAnB,CAA9C,GAAuFuoC,CAA1I,EAA4I,KAAKltB,OAAL,CAAajoB,GAAb,CAAiB,EAAC41F,YAAWnrG,EAAEuV,GAAF,CAAM,aAAN,CAAZ,EAAiC,aAAY4D,CAA7C,EAAjB,CAA5I;AAA8M,kBAAS9hB,CAAT,CAAW8hB,CAAX,EAAa;AAACA,cAAE5gB,MAAF,CAASgU,EAAT,CAAY,kBAAZ,KAAiC4M,EAAE5gB,MAAF,CAASg0B,WAAT,CAAqBghC,CAArB,EAAuB,WAASp0C,EAAE7f,IAAlC,CAAjC;AAAyE,kBAASmT,CAAT,CAAWzM,CAAX,EAAa;AAAC,mBAAOA,IAAEmZ,EAAEnZ,CAAF,CAAF,EAAOA,EAAE0sB,QAAF,CAAW,gBAAX,IAA6B1sB,EAAE+N,OAAF,CAAU,mBAAV,CAA7B,GAA4D/N,EAAEisB,QAAF,CAAW,0BAAX,EAAuCtU,IAAvC,CAA4C,qFAA5C,EAAmIzU,MAAnI,GAA4IyU,IAA5I,CAAiJ,8CAAjJ,EAAiMzU,MAAjM,EAA1E;AAAoR,kBAAS0sB,CAAT,CAAWzW,CAAX,EAAa;AAACA,cAAE2B,cAAF;AAAmB,kBAAShN,CAAT,CAAW9N,CAAX,EAAa0qD,CAAb,EAAe;AAAC,gBAAIrzD,IAAE,WAASqzD,CAAT,GAAWvxC,EAAExjB,EAAF,CAAK+X,IAAhB,GAAqByL,EAAExjB,EAAF,CAAKgY,IAAhC;AAAA,gBAAqClB,IAAE,WAASi+C,CAAT,GAAWvxC,EAAExjB,EAAF,CAAK6B,KAAhB,GAAsB2hB,EAAExjB,EAAF,CAAK+B,IAAlE;AAAA,gBAAuEk4B,IAAEv4B,EAAEZ,IAAF,CAAOuJ,CAAP,CAAzE,CAAmF,OAAO4vB,EAAErjB,EAAF,CAAK,iBAAL,KAAyB,CAACqjB,EAAEr5B,MAA5B,GAAmCq5B,CAAnC,GAAqCA,EAAEhsB,IAAF,CAAO,iBAAP,EAA0BrN,MAA1B,GAAiCkW,EAAEhW,IAAF,CAAOm5B,EAAEhsB,IAAF,CAAO,iBAAP,CAAP,CAAjC,GAAmEkK,EAAE8hB,CAAF,EAAI86B,CAAJ,CAA/G;AAAsH,aAAI7sD,CAAJ;AAAA,YAAM4sD,CAAN;AAAA,YAAQY,CAAR;AAAA,YAAU9kC,CAAV;AAAA,YAAY+lC,CAAZ;AAAA,YAAcrB,CAAd;AAAA,YAAgBC,CAAhB;AAAA,YAAkBK,CAAlB;AAAA,YAAoBprD,CAApB;AAAA,YAAsBrC,CAAtB;AAAA,YAAwBg3B,CAAxB;AAAA,YAA0B83B,CAA1B;AAAA,YAA4Bn4D,CAA5B;AAAA,YAA8B6rC,CAA9B;AAAA,YAAgCmuB,CAAhC;AAAA,YAAkC1pB,CAAlC;AAAA,YAAoCvlC,IAAE7K,OAAO07D,KAA7C;AAAA,YAAmDzB,IAAEpvD,EAAE29D,KAAvD;AAAA,YAA6Dt4B,IAAErlC,EAAEq7D,EAAF,CAAK0E,MAApE;AAAA,YAA2E/R,IAAEr0C,EAAEtd,KAA/E;AAAA,YAAqF6xD,IAAEluD,EAAE/G,UAAzF;AAAA,YAAoG61D,IAAE9uD,EAAEkC,IAAxG;AAAA,YAA6GgtD,IAAElvD,EAAE8rD,WAAjH;AAAA,YAA6H4D,IAAE,WAA/H;AAAA,YAA2ID,IAAE,UAA7I;AAAA,YAAwJH,IAAE,mBAA1J;AAAA,YAA8KP,IAAE,iBAAhL;AAAA,YAAkMV,IAAE,gBAApM;AAAA,YAAqNkB,IAAE,gBAAvN;AAAA,YAAwOJ,IAAE,aAA1O;AAAA,YAAwPH,IAAE,SAA1P;AAAA,YAAoQQ,IAAE,qBAAtQ;AAAA,YAA4RzB,IAAE,gBAA9R;AAAA,YAA+SE,IAAE,kBAAjT;AAAA,YAAoU5C,IAAE,gBAAtU;AAAA,YAAuVgE,IAAE,eAAzV;AAAA,YAAyWO,IAAE,aAA3W;AAAA,YAAyXx3D,IAAE,WAA3X;AAAA,YAAuYy3D,IAAE,QAAzY;AAAA,YAAkZtB,IAAE,MAApZ;AAAA,YAA2ZD,IAAE,eAA7Z;AAAA,YAA6aH,IAAE,mBAA/a;AAAA,YAAmcwB,IAAE,oCAArc;AAAA,YAA0eI,IAAE,sBAA5e;AAAA,YAAmgB3B,IAAE,mBAArgB;AAAA,YAAyhB0B,IAAE,sBAA3hB;AAAA,YAAkjBl2B,IAAE,yBAApjB;AAAA,YAA8kB69D,KAAG,wBAAjlB;AAAA,YAA0mBC,KAAG,OAA7mB;AAAA,YAAqnBG,KAAG,QAAxnB;AAAA,YAAioBN,KAAG,MAApoB;AAAA,YAA2oBI,KAAG,OAA9oB;AAAA,YAAspBG,KAAG,cAAzpB;AAAA,YAAwqBvrB,KAAG,eAA3qB;AAAA,YAA2rB9C,KAAG,OAA9rB;AAAA,YAAssBmuB,KAAG,MAAzsB;AAAA,YAAgtBM,KAAG,QAAntB;AAAA,YAA4tBlhD,KAAG,mBAA/tB;AAAA,YAAmvB+gD,KAAG/3F,EAAE4F,IAAF,CAAO,KAAP,CAAtvB,CAAowB5F,EAAEikJ,OAAF,GAAU,EAAV,EAAa5lJ,IAAE,EAAC6lJ,gBAAe,oDAAhB,EAAqEC,mBAAkB,yDAAvF,EAAf,EAAiKnkJ,EAAEikJ,OAAF,CAAUG,iBAAV,GAA4B,UAASzqI,CAAT,EAAWnZ,CAAX,EAAa0qD,CAAb,EAAe;AAAC7sD,cAAEsb,CAAF,IAAK,EAACsqI,SAAQzjJ,CAAT,EAAW8nB,UAAS4iC,CAApB,EAAL;AAA4B,SAAzO,EAA0OD,IAAEjrD,EAAE29D,KAAF,CAAQnlE,MAAR,CAAe,EAAC6rJ,iBAAgB,2BAAU;AAAC,qBAAKrmH,OAAL,CAAap4B,IAAb,CAAkB5F,EAAE4F,IAAF,CAAO,UAAP,CAAlB,EAAqC,KAAKnN,OAAL,CAAa6vB,QAAb,IAAuBsvE,EAA5D;AAAgE,aAA5F,EAA6F0sD,YAAW,sBAAU;AAAC,qBAAKtmH,OAAL,CAAap4B,IAAb,CAAkBmyF,EAAlB,EAAqB,KAAKt/F,OAAL,CAAaib,GAAlC;AAAuC,aAA1J,EAA2J6wI,WAAU,qBAAU;AAAC,qBAAK9rJ,OAAL,CAAa4I,EAAb,IAAiB,KAAK28B,OAAL,CAAap4B,IAAb,CAAkB,IAAlB,EAAuB,KAAKnN,OAAL,CAAa4I,EAApC,CAAjB;AAAyD,aAAzO,EAA0OmjJ,mBAAkB,6BAAU;AAAC,qBAAK/rJ,OAAL,CAAa4I,EAAb,IAAiB,KAAK28B,OAAL,CAAap4B,IAAb,CAAkB,IAAlB,EAAuB,KAAKnN,OAAL,CAAa4I,EAAb,GAAgB,WAAvC,CAAjB;AAAqE,aAA5U,EAA6UvC,YAAW,sBAAU;AAAC,qBAAKrG,OAAL,CAAaqG,UAAb,IAAyB,KAAKk/B,OAAL,CAAap4B,IAAb,CAAkB,KAAKnN,OAAL,CAAaqG,UAA/B,CAAzB;AAAoE,aAAva,EAAwaomB,MAAK,gBAAU;AAAC,qBAAK8Y,OAAL,CAAalR,WAAb,CAAyBu+B,CAAzB,EAA4BnmC,IAA5B,IAAmC,KAAKzsB,OAAL,CAAa0sB,MAAb,GAAoB,CAAC,CAAxD;AAA0D,aAAlf,EAAmfgB,MAAK,gBAAU;AAAC,qBAAK6X,OAAL,CAAavR,QAAb,CAAsB4+B,CAAtB,EAAyBllC,IAAzB,IAAgC,KAAK1tB,OAAL,CAAa0sB,MAAb,GAAoB,CAAC,CAArD;AAAuD,aAA1jB,EAA2jBhV,QAAO,kBAAU;AAAC,qBAAK6tB,OAAL,CAAa7tB,MAAb;AAAsB,aAAnmB,EAAomBmqD,QAAO,gBAAS3gD,CAAT,EAAW;AAACA,sBAAInZ,CAAJ,KAAQmZ,IAAE,CAAC,CAAX,GAAc,KAAKqkB,OAAL,CAAajR,WAAb,CAAyBkhC,CAAzB,EAA2B,CAACt0C,CAA5B,CAAd,EAA6C,KAAKlhB,OAAL,CAAa6hE,MAAb,GAAoB3gD,CAAjE;AAAmE,aAA1rB,EAA2rB8qI,MAAK,gBAAU;AAAC,oBAAI9qI,IAAE,KAAKqkB,OAAL,CAAap4B,IAAb,CAAkBmyF,EAAlB,CAAN,CAA4B,OAAO,KAAKzvE,QAAL,GAAc,KAAK27H,OAAL,CAAajmH,OAAb,CAAqB55B,IAArB,CAA0B,MAAI2zF,EAAJ,GAAO,IAAP,GAAYp+E,CAAZ,GAAc,IAAxC,EAA8C1F,IAA9C,CAAmD,KAAKxb,OAAL,CAAaqB,IAAhE,CAAd,GAAoF,KAAKmqJ,OAAL,CAAaxrJ,OAAb,CAAqBisJ,SAArB,GAA+B,KAAKT,OAAL,CAAa3vD,KAAb,CAAmBt2D,OAAnB,CAA2B55B,IAA3B,CAAgC,MAAI2zF,EAAJ,GAAO,IAAP,GAAYp+E,CAAZ,GAAc,IAA9C,EAAoD1F,IAApD,CAAyD,KAAKxb,OAAL,CAAaqB,IAAtE,CAA/B,GAA2G0G,CAAtM;AAAwM,aAA/6B,EAAf,CAA5O,EAA6qCR,EAAEikJ,OAAF,CAAUU,IAAV,GAAe15F,CAA5rC,EAA8rCY,IAAEZ,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAAS80D,CAAT,EAAWrzD,CAAX,EAAa;AAAC,oBAAIoV,IAAE0M,EAAEuxC,EAAE05F,YAAF,GAAe,gCAAf,GAAgD,2BAAlD,CAAN,CAAqF,KAAK5mH,OAAL,GAAa/wB,CAAb,EAAe,KAAKxU,OAAL,GAAayyD,CAA5B,EAA8B,KAAK+4F,OAAL,GAAapsJ,CAA3C,EAA6C,KAAKiH,UAAL,EAA7C,EAA+DosD,EAAE25F,OAAF,IAAW53I,EAAEwf,QAAF,CAAWr0B,CAAX,CAA1E,EAAwF8yD,EAAE45F,SAAF,KAAc73I,EAAEwf,QAAF,CAAWsiC,CAAX,GAAc,KAAK3oC,MAAL,CAAY8kC,EAAEniD,QAAd,CAA5B,CAAxF,EAA6ImiD,EAAE15B,GAAF,KAAQhxB,CAAR,IAAW0qD,EAAE05F,YAAb,KAA4B33I,EAAErH,IAAF,CAAO,MAAP,EAAcslD,EAAE15B,GAAhB,GAAqB05B,EAAEoQ,MAAF,IAAUruD,EAAErH,IAAF,CAAO5F,EAAE4F,IAAF,CAAO,MAAP,CAAP,EAAsB,QAAtB,CAA3D,CAA7I,EAAyOslD,EAAE5V,KAAF,KAAUroC,EAAErH,IAAF,CAAO5F,EAAE4F,IAAF,CAAO,OAAP,CAAP,EAAuBslD,EAAE5V,KAAzB,GAAgC,KAAKA,KAAL,GAAW,KAAK2uG,OAAL,CAAac,UAAb,CAAwB,IAAxB,EAA6B75F,EAAE5V,KAA/B,CAArD,CAAzO,EAAqU,CAAC4V,EAAE45F,SAAH,IAAc55F,EAAE5tC,KAAhB,IAAuB4wC,EAAEhD,EAAE5tC,KAAJ,CAAvB,KAAoC,KAAK0nI,YAAL,GAAkB95F,EAAE5tC,KAAxD,CAArU,EAAoY4tC,EAAE45F,SAAF,IAAa55F,EAAE9kC,MAAf,IAAuB8nC,EAAEhD,EAAE9kC,MAAJ,CAAvB,KAAqC,KAAK6+H,aAAL,GAAmB/5F,EAAE9kC,MAA1D,CAApY;AAAsc,aAA/iB,EAAgjBA,QAAO,gBAASzM,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,oBAAE,CAAC,CAACA,CAAJ,EAAM,KAAK27B,KAAL,IAAY37B,CAAZ,GAAc,KAAK27B,KAAL,CAAWn4C,MAAX,CAAkB,IAAlB,CAAd,GAAsC,KAAKm4C,KAAL,IAAY,KAAKn4C,MAAL,CAAYwc,CAAZ,CAAxD,EAAuEnZ,KAAG,KAAKikJ,IAAL,EAAH,IAAgB,KAAKA,IAAL,GAAYr+H,MAAZ,CAAmBzM,CAAnB,CAAvF;AAA6G,aAAlrB,EAAmrBurI,gBAAe,0BAAU;AAAC,oBAAG,KAAKzsJ,OAAL,CAAa0sJ,OAAhB,EAAwB,OAAO,KAAKnnH,OAAL,CAAazvB,OAAb,CAAqB,MAAI8/C,CAAzB,EAA4Bp6C,IAA5B,CAAiC,aAAjC,CAAP;AAAuD,aAA5xB,EAA6xBmxI,cAAa,wBAAU;AAAC,oBAAI5kJ,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQrzD,CAAR;AAAA,oBAAUoV,IAAE,KAAK+wB,OAAjB;AAAA,oBAAyB5N,IAAE,KAAK33B,OAAL,CAAa4/G,IAAxC;AAAA,oBAA6C/pG,IAAE,KAAK7V,OAAL,CAAa4sJ,cAA5D;AAAA,oBAA2EhnJ,IAAE,KAAK5F,OAAL,CAAa6sJ,QAA1F,CAAmG,CAACh3I,KAAGjQ,CAAH,IAAM+xB,CAAP,MAAY5vB,IAAE,CAAC,CAAH,EAAKyM,EAAEgB,QAAF,GAAa5J,MAAb,CAAoB,YAAU;AAAC,2BAAM,CAACsV,EAAE,IAAF,EAAQuT,QAAR,CAAiB,UAAjB,CAAD,IAA+B,CAACvT,EAAE,IAAF,EAAQuT,QAAR,CAAiB2iC,CAAjB,CAAhC,IAAqD,CAACl2C,EAAE,IAAF,EAAQuT,QAAR,CAAiB,SAAjB,CAA5D;AAAwF,iBAAvH,EAAyHz1B,IAAzH,CAA8H,UAASyzD,CAAT,EAAWrzD,CAAX,EAAa;AAAC,qBAAC,KAAGA,EAAEwC,QAAL,IAAe,KAAGxC,EAAEwC,QAAL,IAAesf,EAAE/e,IAAF,CAAO/C,EAAEwO,SAAT,EAAoBtP,MAApB,GAA2B,CAA1D,MAA+DyJ,IAAE,CAAC,CAAlE;AAAqE,iBAAjN,CAAL,EAAwNyM,EAAEwf,QAAF,CAAWjsB,IAAE8tD,CAAF,GAAIH,CAAf,CAApO,GAAuP/9B,KAAG86B,IAAEj+C,EAAEe,QAAF,CAAW,UAAQ6hD,CAAnB,EAAsB73D,KAAtB,EAAF,EAAgCkzD,EAAE,CAAF,MAAOA,IAAEvxC,EAAE,kBAAgBk2C,CAAhB,GAAkB,WAApB,EAAiClvC,SAAjC,CAA2C1T,CAA3C,CAAT,CAAhC,EAAwFi+C,EAAEz+B,QAAF,CAAW8hC,IAAEn+B,CAAb,CAA3F,IAA4G9hB,KAAG48C,IAAEj+C,EAAEe,QAAF,CAAW,eAAX,EAA4BhW,KAA5B,EAAF,EAAsCkzD,EAAE,CAAF,MAAOA,IAAEvxC,EAAE,gCAAF,EAAoCgH,SAApC,CAA8C1T,CAA9C,CAAT,CAAtC,EAAiGi+C,EAAEz+B,QAAF,CAAWne,CAAX,CAApG,IAAmHjQ,MAAIxG,IAAEoV,EAAEe,QAAF,CAAW,aAAX,EAA0BhW,KAA1B,EAAF,EAAoCH,EAAE,CAAF,MAAOA,IAAE8hB,EAAE,oCAAF,EAAwCgH,SAAxC,CAAkD1T,CAAlD,CAAT,CAApC,EAAmGpV,EAAE+N,IAAF,CAAO,KAAP,EAAavH,CAAb,CAAvG,CAAtd;AAA8kB,aAAt+C,EAAT,CAAhsC,EAAkrF2B,EAAEikJ,OAAF,CAAUsB,MAAV,GAAiB15F,CAAnsF,EAAqsF9kC,IAAE8kC,EAAErzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACqrD,kBAAE11D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,EAAyB,IAAI0qD,IAAE,KAAKltB,OAAX,CAAmBktB,EAAEz+B,QAAF,CAAWgjC,CAAX,GAAc,KAAK80F,SAAL,EAAd,EAA+B5qI,EAAE+iF,KAAF,IAASxxC,EAAEz+B,QAAF,CAAW,aAAW9S,EAAE+iF,KAAxB,CAAxC,EAAuE,cAAY/iF,EAAE6rI,QAAd,IAAwB7rI,EAAE7e,IAA1B,IAAgCowD,EAAEzrC,IAAF,CAAO9F,EAAE2hD,MAAF,GAAS,2BAAyB3hD,EAAE7e,IAA3B,GAAgC,SAAzC,GAAmD6e,EAAE7e,IAA5D,CAAvG,EAAyK6e,EAAE8rI,OAAF,GAAU,cAAY9rI,EAAE+rI,QAAd,KAAyB/rI,EAAE0+F,IAAF,IAAQ1+F,EAAE0rI,cAAV,IAA0B1rI,EAAE2rI,QAArD,CAAnL,EAAkP3rI,EAAE8rI,OAAF,IAAW,KAAKL,YAAL,EAA7P,EAAiR,KAAKd,UAAL,EAAjR,EAAmS,KAAKD,eAAL,EAAnS,EAA0T,KAAK/pF,MAAL,CAAY3gD,EAAE2gD,MAAd,CAA1T,EAAgV3gD,EAAEwL,MAAF,IAAU,KAAKgB,IAAL,EAA1V,EAAsW,KAAK6X,OAAL,CAAa/pB,IAAb,CAAkB,EAACna,MAAK,QAAN,EAAe6hB,QAAO,IAAtB,EAAlB,CAAtW;AAAqZ,aAArd,EAAsdxe,QAAO,gBAASwc,CAAT,EAAW;AAACA,sBAAInZ,CAAJ,KAAQmZ,IAAE,CAAC,CAAX,GAAc,KAAKqkB,OAAL,CAAajR,WAAb,CAAyBghC,CAAzB,EAA2Bp0C,CAA3B,CAAd,EAA4C,KAAKlhB,OAAL,CAAasQ,QAAb,GAAsB4Q,CAAlE;AAAoE,aAA7iB,EAAT,CAAvsF,EAAgwG3Z,EAAEikJ,OAAF,CAAU0B,aAAV,GAAwB5+H,CAAxxG,EAA0xG+lC,IAAEjB,EAAErzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK8nB,QAAL,GAAc,CAAC,CAAf,EAAiBujC,EAAE11D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,CAAjB,CAA0C,IAAI0qD,IAAE,KAAKltB,OAAX,CAAmB,aAAWrkB,EAAE6rI,QAAb,IAAuB7rI,EAAE7e,IAAzB,IAA+BowD,EAAEzrC,IAAF,CAAO9F,EAAE2hD,MAAF,GAAS,2BAAyB3hD,EAAE7e,IAA3B,GAAgC,SAAzC,GAAmD,0BAAwB6e,EAAE7e,IAA1B,GAA+B,SAAzF,CAA/B,EAAmI6e,EAAE8rI,OAAF,GAAU,aAAW9rI,EAAE+rI,QAAb,KAAwB/rI,EAAE0+F,IAAF,IAAQ1+F,EAAE0rI,cAAV,IAA0B1rI,EAAE2rI,QAApD,CAA7I,EAA2M3rI,EAAE8rI,OAAF,IAAW,KAAKL,YAAL,EAAtN,EAA0OzrI,EAAEwrI,OAAF,IAAW,KAAKjxD,KAAL,EAArP,EAAkQ,KAAKswD,iBAAL,EAAlQ,EAA2R,KAAK1lJ,UAAL,EAA3R,EAA6S,KAAKwlJ,UAAL,EAA7S,EAA+T,KAAKD,eAAL,EAA/T,EAAsV,KAAK/pF,MAAL,CAAY3gD,EAAE2gD,MAAd,CAAtV,EAA4WpP,EAAEz+B,QAAF,CAAW6iC,IAAE,GAAF,GAAMG,CAAjB,CAA5W,EAAgY91C,EAAEwL,MAAF,IAAU,KAAKgB,IAAL,EAA1Y,EAAsZ,KAAK6X,OAAL,CAAa/pB,IAAb,CAAkB,EAACna,MAAK,QAAN,EAAe6hB,QAAO,IAAtB,EAAlB,CAAtZ;AAAqc,aAAthB,EAAuhBu4E,OAAM,iBAAU;AAAC,qBAAKl2D,OAAL,GAAa,KAAKA,OAAL,CAAa7lB,IAAb,CAAkB,WAAlB,EAA+BzU,MAA/B,EAAb;AAAqD,aAA7lB,EAA8lBkiJ,gBAAe,0BAAU;AAAC,qBAAK5nH,OAAL,CAAavR,QAAb,CAAsBuqB,EAAtB;AAA0B,aAAlpB,EAAmpB75C,QAAO,gBAASwc,CAAT,EAAW;AAACA,sBAAInZ,CAAJ,KAAQmZ,IAAE,CAAC,CAAX,GAAc,KAAKlhB,OAAL,CAAa0sJ,OAAb,GAAqB,KAAKnnH,OAAL,CAAajR,WAAb,CAAyBghC,CAAzB,EAA2Bp0C,CAA3B,CAArB,GAAmD,KAAKqkB,OAAL,CAAa55B,IAAb,CAAkB,WAAlB,EAA+B2oB,WAA/B,CAA2CghC,CAA3C,EAA6Cp0C,CAA7C,CAAjE,EAAiH,KAAKlhB,OAAL,CAAasQ,QAAb,GAAsB4Q,CAAvI;AAAyI,aAA/yB,EAAT,CAA5xG,EAAulI3Z,EAAEikJ,OAAF,CAAU4B,cAAV,GAAyB/4F,CAAhnI,EAAknI9sD,EAAEikJ,OAAF,CAAUG,iBAAV,CAA4B,QAA5B,EAAqCr9H,CAArC,EAAuC+lC,CAAvC,CAAlnI,EAA4pIrB,IAAER,EAAEzyD,MAAF,CAAS,EAACstJ,eAAc,uBAAStlJ,CAAT,EAAW;AAAC,oBAAI0qD,CAAJ;AAAA,oBAAMrzD,CAAN;AAAA,oBAAQoV,IAAE,KAAKxU,OAAf;AAAA,oBAAuB23B,IAAEnjB,EAAE84I,OAAF,IAAW,EAApC,CAAuC,KAAIluJ,IAAE,CAAN,EAAQA,IAAEu4B,EAAEr5B,MAAZ,EAAmBc,GAAnB;AAAuBu4B,sBAAEv4B,CAAF,EAAK6b,GAAL,KAAW0c,EAAEv4B,CAAF,EAAK6b,GAAL,GAAS1T,EAAE5D,IAAF,EAApB,GAA8B8uD,IAAE,IAAI1qD,CAAJ,CAAMmZ,EAAEnhB,MAAF,CAAS,EAAC8iE,QAAOruD,EAAEquD,MAAV,EAAiB6pF,SAAQ,CAAC,CAA1B,EAA4BrrJ,MAAK,QAAjC,EAAT,EAAoDs2B,EAAEv4B,CAAF,CAApD,CAAN,EAAgE,KAAKosJ,OAArE,CAAhC,EAA8G/4F,EAAEltB,OAAF,CAAUtd,QAAV,CAAmB,KAAKsd,OAAxB,CAA9G;AAAvB;AAAsK,aAAxO,EAAyO+pE,SAAQ,mBAAU;AAAC,qBAAK/pE,OAAL,CAAahwB,QAAb,GAAwB3J,MAAxB,CAA+B,YAAUgnD,CAAV,GAAY,UAA3C,EAAuD5+B,QAAvD,CAAgE4iC,CAAhE,GAAmE,KAAKrxB,OAAL,CAAahwB,QAAb,GAAwB3J,MAAxB,CAA+B,YAAUgnD,CAAV,GAAY,SAA3C,EAAsD5+B,QAAtD,CAA+DmjC,CAA/D,CAAnE;AAAqI,aAAjY,EAAT,CAA9pI,EAA2iJ5vD,EAAEikJ,OAAF,CAAU+B,WAAV,GAAsBv6F,CAAjkJ,EAAmkJC,IAAED,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmmC,OAAL,GAAarkB,EAAE,aAAF,CAAnB,CAAoC,KAAKlhB,OAAL,GAAa+H,CAAb,EAAe,KAAKyjJ,OAAL,GAAa/4F,CAA5B,EAA8B,KAAKq5F,SAAL,EAA9B,EAA+C/jJ,EAAEk8F,KAAF,IAAS7kG,EAAE40B,QAAF,CAAW,aAAWjsB,EAAEk8F,KAAxB,CAAxD,EAAuF,KAAKopD,aAAL,CAAmB/+H,CAAnB,CAAvF,EAA6G,KAAKjoB,UAAL,EAA7G,EAA+H,KAAKwlJ,UAAL,EAA/H,EAAiJ,KAAKD,eAAL,EAAjJ,EAAwK,KAAKt8C,OAAL,EAAxK,EAAuLlwG,EAAE40B,QAAF,CAAW4hC,CAAX,CAAvL,EAAqM,KAAKrwB,OAAL,CAAa/pB,IAAb,CAAkB,EAACna,MAAK,aAAN,EAAoBmsJ,aAAY,IAAhC,EAAlB,CAArM;AAA8P,aAAtT,EAAT,CAArkJ,EAAu4JjmJ,EAAEikJ,OAAF,CAAUiC,kBAAV,GAA6Bx6F,CAAp6J,EAAs6JK,IAAEN,EAAEjzD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmmC,OAAL,GAAarkB,EAAE,WAAF,CAAnB,CAAkC,KAAKlhB,OAAL,GAAa+H,CAAb,EAAe,KAAKyjJ,OAAL,GAAa/4F,CAA5B,EAA8B,KAAK5iC,QAAL,GAAc,CAAC,CAA7C,EAA+C,KAAKk8H,iBAAL,EAA/C,EAAwE,KAAKsB,aAAL,CAAmBh5F,CAAnB,CAAxE,EAA8F,KAAKhuD,UAAL,EAA9F,EAAgH,KAAKwlJ,UAAL,EAAhH,EAAkI,KAAKD,eAAL,EAAlI,EAAyJ,KAAKt8C,OAAL,EAAzJ,EAAwKlwG,EAAE40B,QAAF,CAAW,CAACjsB,EAAE86D,MAAF,GAAS,EAAT,GAAYjN,CAAb,IAAgB,mBAA3B,CAAxK,EAAwN,KAAKrwB,OAAL,CAAa/pB,IAAb,CAAkB,EAACna,MAAK,aAAN,EAAoBmsJ,aAAY,IAAhC,EAAlB,CAAxN;AAAiR,aAAvU,EAAwUL,gBAAe,0BAAU;AAAC,qBAAK5nH,OAAL,CAAavR,QAAb,CAAsBuqB,EAAtB;AAA0B,aAA5X,EAAT,CAAx6J,EAAgzKh3C,EAAEikJ,OAAF,CAAUkC,mBAAV,GAA8Bp6F,CAA90K,EAAg1K/rD,EAAEikJ,OAAF,CAAUG,iBAAV,CAA4B,aAA5B,EAA0C14F,CAA1C,EAA4CK,CAA5C,CAAh1K,EAA+3KprD,IAAEsqD,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmmC,OAAL,GAAarkB,EAAE,iBAAe41C,CAAf,GAAiB,uBAAnB,CAAnB,CAA+D,KAAK92D,OAAL,GAAa+H,CAAb,EAAe,KAAKyjJ,OAAL,GAAa/4F,CAA5B,EAA8B,KAAKk7F,UAAL,GAAgB,IAAIr/H,CAAJ,CAAMpN,EAAEnhB,MAAF,CAAS,EAAT,EAAYgI,CAAZ,EAAc,EAAC2kB,QAAO,CAAC,CAAT,EAAd,CAAN,EAAiC+lC,CAAjC,CAA9C,EAAkF,KAAKm7F,WAAL,GAAiB1sI,EAAE,eAAa81C,CAAb,GAAe,GAAf,GAAmBM,CAAnB,GAAqB,iBAArB,IAAwCvvD,EAAE86D,MAAF,GAAS,sBAAT,GAAgC,oBAAxE,IAA8F,eAAhG,CAAnG,EAAoN,KAAKgrF,YAAL,GAAkB3sI,EAAE,gBAAcg2C,CAAd,GAAgB,SAAlB,CAAtO,EAAmQ,KAAKy2F,UAAL,CAAgBpoH,OAAhB,CAAwBtS,UAAxB,CAAmC,eAAnC,EAAoDhL,QAApD,CAA6D7oB,CAA7D,CAAnQ,EAAmU,KAAKwuJ,WAAL,CAAiB3lI,QAAjB,CAA0B7oB,CAA1B,CAAnU,EAAgW,KAAKyuJ,YAAL,CAAkB5lI,QAAlB,CAA2B7oB,CAA3B,CAAhW,EAA8X2I,EAAEk8F,KAAF,IAAS7kG,EAAE40B,QAAF,CAAW,aAAWjsB,EAAEk8F,KAAxB,CAAvY,EAAsal8F,EAAEa,EAAF,KAAOb,EAAEa,EAAF,GAAKb,EAAEkT,GAAd,CAAta,EAAyb7b,EAAE+N,IAAF,CAAO,IAAP,EAAYpF,EAAEa,EAAF,GAAK,UAAjB,CAAzb,EAAsd,KAAKgjJ,eAAL,EAAtd,EAA6e,KAAKC,UAAL,EAA7e,EAA+f,KAAKiC,iBAAL,EAA/f,EAAwhB,KAAKC,WAAL,EAAxhB,EAA2iB,KAAKC,YAAL,EAA3iB,EAA+jB,KAAKL,UAAL,CAAgBM,IAAhB,GAAqB,CAAC,CAArlB,EAAulB,KAAKpsF,MAAL,CAAY95D,EAAE85D,MAAd,CAAvlB,EAA6mB95D,EAAE2kB,MAAF,IAAU,KAAKgB,IAAL,EAAvnB,EAAmoBtuB,EAAEoc,IAAF,CAAO,EAACna,MAAK,aAAN,EAAoB6sJ,aAAY,IAAhC,EAAqCC,YAAW,KAAKtyD,KAArD,EAAP,CAAnoB;AAAusB,aAA1xB,EAA2xBmyD,cAAa,wBAAU;AAAC,oBAAIjmJ,IAAE,IAAN,CAAWA,EAAE8lJ,YAAF,CAAentI,EAAf,CAAkB,SAAlB,EAA4B,MAAIs2C,CAAhC,EAAkC,UAASvE,CAAT,EAAW;AAAC,wBAAIrzD,IAAE8hB,EAAEuxC,EAAEnyD,MAAJ,EAAY2K,MAAZ,EAAN,CAA2BwnD,EAAE5vC,cAAF,IAAmB4vC,EAAEhvC,OAAF,KAAY4yC,EAAEkN,GAAd,IAAmB9Q,EAAEhvC,OAAF,KAAY4yC,EAAEgN,GAAjC,IAAsC5Q,EAAEtrB,MAAF,IAAUsrB,EAAEhvC,OAAF,KAAY4yC,EAAEoN,EAA9D,IAAkE17D,EAAE4lB,MAAF,IAAW5lB,EAAE2c,KAAF,EAA7E,IAAwF+tC,EAAEhvC,OAAF,KAAY4yC,EAAEsN,IAAd,GAAmB9tD,EAAEzW,CAAF,EAAI,MAAJ,EAAYslB,KAAZ,EAAnB,GAAuC+tC,EAAEhvC,OAAF,KAAY4yC,EAAEoN,EAAd,GAAiB5tD,EAAEzW,CAAF,EAAI,MAAJ,EAAYslB,KAAZ,EAAjB,GAAqC+tC,EAAEhvC,OAAF,KAAY4yC,EAAEyN,QAAd,IAAwBrR,EAAEhvC,OAAF,KAAY4yC,EAAEiN,KAAtC,IAA6Cv7D,EAAEyjJ,OAAF,CAAU/oE,UAAV,CAAqB99D,OAArB,CAA6B,KAA7B,EAAmC,EAACrkB,QAAO4gB,EAAEuxC,EAAEnyD,MAAJ,CAAR,EAAnC,CAApO;AAA6R,iBAAtW;AAAwW,aAAtqC,EAAuqCwtJ,mBAAkB,6BAAU;AAAC,oBAAI/lJ,CAAJ;AAAA,oBAAM0qD,CAAN;AAAA,oBAAQrzD,IAAE,KAAKY,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEgvJ,WAA3B,CAAuC,KAAI37F,IAAE,CAAN,EAAQA,IAAEj+C,EAAElW,MAAZ,EAAmBm0D,GAAnB;AAAuB1qD,wBAAE,IAAIumB,CAAJ,CAAMpN,EAAEnhB,MAAF,CAAS,EAAC8iE,QAAOzjE,EAAEyjE,MAAV,EAAiBxhE,MAAK,QAAtB,EAA+BwjB,OAAMzlB,EAAEylB,KAAvC,EAAT,EAAuDrQ,EAAEi+C,CAAF,CAAvD,CAAN,EAAmE,KAAK+4F,OAAxE,CAAF,EAAmFzjJ,EAAEw9B,OAAF,CAAU7lB,IAAV,CAAe,WAAf,EAA4BzU,MAA5B,GAAqCgd,QAArC,CAA8C,KAAK4lI,YAAnD,CAAnF;AAAvB;AAA2K,aAAt5C,EAAu5CE,aAAY,uBAAU;AAAC,oBAAIhmJ,IAAE,KAAK/H,OAAX;AAAA,oBAAmBZ,IAAE,KAAKmmC,OAA1B,CAAkC,KAAKsoH,YAAL,CAAkB1gJ,IAAlB,CAAuB,IAAvB,EAA4BpF,EAAEa,EAAF,GAAK,aAAjC,EAAgDuE,IAAhD,CAAqDmyF,EAArD,EAAwDv3F,EAAEsmJ,OAA1D,GAAmEtmJ,EAAE86D,MAAF,KAAW,KAAKgrF,YAAL,GAAkBr5I,EAAE,KAAKq5I,YAAP,CAA7B,CAAnE,EAAsH,KAAKhyD,KAAL,GAAW,KAAKgyD,YAAL,CAAkBM,UAAlB,CAA6B,EAAClmI,UAASlgB,EAAE86D,MAAF,GAAS3hD,EAAEnZ,EAAE86D,MAAJ,EAAYttD,QAAZ,CAAqB,UAArB,CAAT,GAA0C,IAApD,EAAyD+wB,QAAOlnC,CAAhE,EAAkEo1D,OAAM,KAAKg3F,OAAL,CAAa8C,MAArF,EAA4F99D,kBAAiB,CAAC,CAA9G,EAAgHrhE,WAAUpnB,EAAEonB,SAA5H,EAAsIoO,MAAKk1B,CAA3I,EAA6I87F,UAAS,oBAAU;AAAC,6BAAKhpH,OAAL,CAAa55B,IAAb,CAAkB,iBAAlB,EAAqCpM,KAArC,GAA6CmlB,KAA7C;AAAqD,qBAAtN,EAAuNoE,OAAM,iBAAU;AAAC1pB,0BAAEslB,KAAF;AAAU,qBAAlP,EAA7B,EAAkRlJ,IAAlR,CAAuR,YAAvR,CAAjI,EAAsa,KAAKqgF,KAAL,CAAWt2D,OAAX,CAAmB7kB,EAAnB,CAAsBu+E,EAAtB,EAAyB,YAAzB,EAAsCtnE,CAAtC,CAAta;AAA+c,aAA/5D,EAAg6DjgB,QAAO,kBAAU;AAAC,qBAAKmkF,KAAL,CAAWt2D,OAAX,CAAmBprB,GAAnB,CAAuB8kF,EAAvB,EAA0B,YAA1B,GAAwC,KAAKpD,KAAL,CAAW/3C,OAAX,EAAxC,EAA6D,KAAKve,OAAL,CAAa7tB,MAAb,EAA7D;AAAmF,aAArgE,EAAsgEiW,QAAO,kBAAU;AAAC,qBAAKkuE,KAAL,CAAWluE,MAAX;AAAoB,aAA5iE,EAA6iEk0C,QAAO,gBAAS3gD,CAAT,EAAW;AAACA,sBAAInZ,CAAJ,KAAQmZ,IAAE,CAAC,CAAX,GAAc,KAAKysI,UAAL,CAAgB9rF,MAAhB,CAAuB3gD,CAAvB,CAAd,EAAwC,KAAKlhB,OAAL,CAAa6hE,MAAb,GAAoB3gD,CAA5D;AAA8D,aAA9nE,EAA+nEwD,OAAM,iBAAU;AAAC,qBAAK6gB,OAAL,CAAa7gB,KAAb;AAAqB,aAArqE,EAAsqEgJ,MAAK,gBAAU;AAAC,qBAAKmuE,KAAL,IAAY,KAAKA,KAAL,CAAW/yE,KAAX,EAAZ,EAA+B,KAAKyc,OAAL,CAAavR,QAAb,CAAsB4+B,CAAtB,EAAyBllC,IAAzB,EAA/B,EAA+D,KAAK1tB,OAAL,CAAa0sB,MAAb,GAAoB,CAAC,CAApF;AAAsF,aAA5wE,EAA6wED,MAAK,gBAAU;AAAC,qBAAK8Y,OAAL,CAAalR,WAAb,CAAyBu+B,CAAzB,EAA4BllC,IAA5B,IAAmC,KAAK1tB,OAAL,CAAa0sB,MAAb,GAAoB,CAAC,CAAxD;AAA0D,aAAv1E,EAAT,CAAj4K,EAAouPnlB,EAAEikJ,OAAF,CAAUgD,kBAAV,GAA6BtmJ,CAAjwP,EAAmwPrC,IAAE2sD,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQmjB,IAAE,KAAK4N,OAAL,GAAarkB,EAAE,gBAAc41C,CAAd,GAAgB,SAAlB,CAAvB;AAAA,oBAAoDjhD,IAAE9N,EAAEqmJ,WAAxD,CAAoE,KAAI,KAAKpuJ,OAAL,GAAa+H,CAAb,EAAe,KAAKyjJ,OAAL,GAAa/4F,CAA5B,EAA8B,KAAK5iC,QAAL,GAAc,CAAC,CAA7C,EAA+C,KAAK89H,UAAL,GAAgB,IAAIt5F,CAAJ,CAAMnzC,EAAEnhB,MAAF,CAAS,EAAC2sJ,SAAQ,CAAC,CAAV,EAAT,EAAsB3kJ,CAAtB,CAAN,CAA/D,EAA+F,KAAK4lJ,UAAL,CAAgBpoH,OAAhB,CAAwBtd,QAAxB,CAAiC0P,CAAjC,CAA/F,EAAmInjB,IAAE,CAAzI,EAA2IA,IAAEqB,EAAEvX,MAA/I,EAAsJkW,GAAtJ;AAA0JpV,wBAAE,IAAIi1D,CAAJ,CAAMnzC,EAAEnhB,MAAF,CAAS,EAAC8iE,QAAO96D,EAAE86D,MAAV,EAAiB6pF,SAAQ,CAAC,CAA1B,EAAT,EAAsC72I,EAAErB,CAAF,CAAtC,CAAN,EAAkD,KAAKg3I,OAAvD,CAAF,EAAkEpsJ,EAAEmmC,OAAF,CAAUtd,QAAV,CAAmB0P,CAAnB,CAAlE;AAA1J,iBAAkP,KAAKk0H,UAAL,IAAkB,KAAKD,eAAL,EAAlB,EAAyC,KAAK+B,UAAL,CAAgBM,IAAhB,GAAqB,CAAC,CAA/D,EAAiEt2H,EAAEnc,IAAF,CAAO,EAACna,MAAK,aAAN,EAAoB6sJ,aAAY,IAAhC,EAAP,CAAjE;AAA+G,aAAzb,EAA0bf,gBAAe,0BAAU;AAAC,qBAAK5nH,OAAL,CAAavR,QAAb,CAAsBuqB,EAAtB;AAA0B,aAA9e,EAAT,CAArwP,EAA+vQh3C,EAAEikJ,OAAF,CAAUiD,mBAAV,GAA8B5oJ,CAA7xQ,EAA+xQ0B,EAAEikJ,OAAF,CAAUG,iBAAV,CAA4B,aAA5B,EAA0CzjJ,CAA1C,EAA4CrC,CAA5C,CAA/xQ,EAA80Qg3B,IAAE21B,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmmC,OAAL,GAAarkB,EAAE,mBAAF,CAAnB,CAA0C,KAAKqkB,OAAL,GAAanmC,CAAb,EAAe,KAAKY,OAAL,GAAa+H,CAA5B,EAA8B,KAAKyjJ,OAAL,GAAa/4F,CAA3C,EAA6C,KAAKpsD,UAAL,EAA7C,EAA+D,KAAKylJ,SAAL,EAA/D,EAAgF,KAAKD,UAAL,EAAhF,EAAkG,KAAKD,eAAL,EAAlG,EAAyHxsJ,EAAE40B,QAAF,CAAW0iC,CAAX,CAAzH,EAAuIt3D,EAAEoc,IAAF,CAAO,EAACna,MAAK,WAAN,EAAkBqtJ,WAAU,IAA5B,EAAP,CAAvI;AAAiL,aAA/O,EAAT,CAAh1Q,EAA2kR/5F,IAAEnC,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmmC,OAAL,GAAarkB,EAAE,iBAAF,CAAnB,CAAwC,KAAKqkB,OAAL,GAAanmC,CAAb,EAAe,KAAKY,OAAL,GAAa+H,CAA5B,EAA8B,KAAKyjJ,OAAL,GAAa/4F,CAA3C,EAA6C,KAAK5iC,QAAL,GAAc,CAAC,CAA5D,EAA8D,KAAKxpB,UAAL,EAA9D,EAAgF,KAAKwlJ,UAAL,EAAhF,EAAkG,KAAKE,iBAAL,EAAlG,EAA2H3sJ,EAAE40B,QAAF,CAAW0iC,CAAX,CAA3H,EAAyIt3D,EAAEoc,IAAF,CAAO,EAACna,MAAK,WAAN,EAAkBqtJ,WAAU,IAA5B,EAAP,CAAzI;AAAmL,aAA/O,EAAgPvB,gBAAe,0BAAU;AAAC,qBAAK5nH,OAAL,CAAavR,QAAb,CAAsBuqB,EAAtB;AAA0B,aAApS,EAAT,CAA7kR,EAA63Rh3C,EAAEikJ,OAAF,CAAUG,iBAAV,CAA4B,WAA5B,EAAwC9uH,CAAxC,EAA0C83B,CAA1C,CAA73R,EAA06Rn4D,IAAEg2D,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAarzD,CAAb,EAAe;AAAC,oBAAIoV,IAAEihD,EAAE1tD,CAAF,IAAKA,EAAE0qD,CAAF,CAAL,GAAU1qD,CAAhB,CAAkByM,IAAEA,aAAajX,MAAb,GAAoBiX,EAAEkL,IAAF,CAAO,aAAP,EAAsBzU,MAAtB,EAApB,GAAmDiW,EAAE,aAAF,EAAiB8F,IAAjB,CAAsBxS,CAAtB,CAArD,EAA8E,KAAK+wB,OAAL,GAAa/wB,CAA3F,EAA6F,KAAKxU,OAAL,GAAayyD,CAA1G,EAA4G,KAAKzyD,OAAL,CAAaqB,IAAb,GAAkB,UAA9H,EAAyI,KAAKmqJ,OAAL,GAAapsJ,CAAtJ,EAAwJ,KAAKiH,UAAL,EAAxJ,EAA0K,KAAKwlJ,UAAL,EAA1K,EAA4L,KAAKC,SAAL,EAA5L,EAA6M,KAAKF,eAAL,EAA7M,EAAoOp3I,EAAEgH,IAAF,CAAO,EAACna,MAAK,UAAN,EAAiBivD,UAAS,IAA1B,EAAP,CAApO;AAA4Q,aAApT,EAAT,CAA56R,EAA4uS/oD,EAAEikJ,OAAF,CAAUmD,YAAV,GAAuBnyJ,CAAnwS,EAAqwS6rC,IAAEmqB,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAarzD,CAAb,EAAe;AAAC,oBAAIoV,IAAE0M,EAAEu0C,EAAE1tD,CAAF,IAAKA,EAAE0qD,CAAF,CAAL,GAAU1qD,CAAZ,CAAN,CAAqByM,IAAEA,aAAajX,MAAb,GAAoBiX,EAAEkL,IAAF,CAAO,WAAP,EAAoBzU,MAApB,EAApB,GAAiDiW,EAAE,WAAF,EAAe8F,IAAf,CAAoBxS,CAApB,CAAnD,EAA0E,KAAK+wB,OAAL,GAAa/wB,CAAvF,EAAyF,KAAKxU,OAAL,GAAayyD,CAAtG,EAAwG,KAAKzyD,OAAL,CAAaqB,IAAb,GAAkB,UAA1H,EAAqI,KAAKmqJ,OAAL,GAAapsJ,CAAlJ,EAAoJ,KAAKywB,QAAL,GAAc,CAAC,CAAnK,EAAqK,KAAKxpB,UAAL,EAArK,EAAuL,KAAKwlJ,UAAL,EAAvL,EAAyM,KAAKE,iBAAL,EAAzM,EAAkO,KAAKH,eAAL,EAAlO,EAAyPp3I,EAAEgH,IAAF,CAAO,EAACna,MAAK,UAAN,EAAiBivD,UAAS,IAA1B,EAAP,CAAzP;AAAiS,aAA5U,EAA6U68F,gBAAe,0BAAU;AAAC,qBAAK5nH,OAAL,CAAavR,QAAb,CAAsBuqB,EAAtB;AAA0B,aAAjY,EAAT,CAAvwS,EAAopTh3C,EAAEikJ,OAAF,CAAUoD,oBAAV,GAA+BvmH,CAAnrT,EAAqrTmuB,IAAEG,EAAE52D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKjhB,IAAL,GAAUihB,CAAV,EAAY,KAAKosI,OAAL,GAAa,EAAzB;AAA4B,aAA9C,EAA+Cp3I,KAAI,aAASgL,CAAT,EAAW;AAAC,qBAAKosI,OAAL,CAAa,KAAKA,OAAL,CAAahvJ,MAA1B,IAAkC4iB,CAAlC;AAAoC,aAAnG,EAAoGxJ,QAAO,gBAAS3P,CAAT,EAAW;AAAC,oBAAI0qD,IAAEvxC,EAAEhe,OAAF,CAAU6E,CAAV,EAAY,KAAKulJ,OAAjB,CAAN,CAAgC,KAAKA,OAAL,CAAaxtJ,MAAb,CAAoB2yD,CAApB,EAAsB,CAAtB;AAAyB,aAAhL,EAAiL/tD,QAAO,gBAASwc,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM0qD,CAAN,CAAQ,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAK66F,OAAL,CAAahvJ,MAAvB,EAA8Bm0D,GAA9B;AAAkC1qD,wBAAE,KAAKulJ,OAAL,CAAa76F,CAAb,CAAF,EAAkB1qD,EAAErD,MAAF,CAAS,CAAC,CAAV,CAAlB;AAAlC,iBAAiEwc,EAAExc,MAAF,CAAS,CAAC,CAAV,GAAawc,EAAE8qI,IAAF,MAAU9qI,EAAE8qI,IAAF,GAAStnJ,MAAT,CAAgB,CAAC,CAAjB,CAAvB;AAA2C,aAAxT,EAAT,CAAvrT,EAA2/TooC,IAAEF,EAAE7sC,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW0qD,CAAX,EAAa;AAAC,oBAAIj+C,CAAJ;AAAA,oBAAMqB,IAAE,IAAR,CAAa,IAAG+2B,EAAElvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeqX,CAAf,EAAiB9N,CAAjB,EAAmB0qD,CAAnB,GAAsBA,IAAE58C,EAAE7V,OAA1B,EAAkC+H,IAAE8N,EAAE6gC,OAAF,GAAU7gC,EAAE0vB,OAAhD,EAAwDx9B,EAAEisB,QAAF,CAAWijC,IAAE,WAAb,CAAxD,EAAkF,KAAKh8C,GAAL,GAAS1T,EAAE5D,IAAF,EAA3F,EAAoG,KAAK2qJ,MAAL,GAAY/mJ,EAAElK,OAAF,CAAUm3D,KAAV,CAAgBzsD,CAAhB,CAAhH,EAAmI,KAAK8mJ,OAAL,GAAa,EAAhJ,EAAmJ9mJ,EAAEoF,IAAF,CAAOmyF,EAAP,EAAU,KAAKrkF,GAAf,CAAnJ,EAAuKpF,EAAEivC,QAAF,GAAW,aAAW,OAAO2N,EAAEoQ,MAApB,GAA2BpQ,EAAEoQ,MAA7B,GAAoChtD,EAAE0vB,OAAF,CAAUzvB,OAAV,CAAkB,UAAlB,EAA8B,CAA9B,CAAtN,EAAuPD,EAAEsZ,SAAF,GAAYtZ,EAAEivC,QAAF,GAAW,EAACvnB,MAAK,EAACw3B,SAAQ,MAAT,EAAN,EAAX,GAAmC,EAAtS,EAAySl/C,EAAEivC,QAAF,KAAa/8C,EAAEisB,QAAF,CAAW,WAAX,GAAwBojC,IAAE,SAA1B,EAAoCtB,IAAE,KAAtC,EAA4CkB,IAAE,WAA9C,EAA0DpB,IAAE,0BAA5D,EAAuFN,IAAE,iBAAzF,EAA2GE,IAAE,mBAA1H,CAAzS,EAAwb/C,EAAEw5F,SAAF,IAAap2I,EAAEi5I,eAAF,IAAoB/mJ,EAAEisB,QAAF,CAAW+iC,CAAX,CAApB,EAAkClhD,EAAEk5I,kBAAF,GAAqB,IAAIxnJ,EAAE09E,UAAN,CAAiBpvE,EAAE0vB,OAAnB,EAA2B,EAACiZ,WAAU,CAAX,EAAaklC,gBAAe,CAAC,CAA7B,EAA+B93E,QAAO,MAAI+pD,CAA1C,EAA4CwlE,KAAI5lE,EAAE1/C,EAAEm5I,eAAJ,EAAoBn5I,CAApB,CAAhD,EAA3B,CAAvD,EAA2JA,EAAEo5I,cAAF,GAAiB1nJ,EAAEghE,QAAF,CAAW,YAAU;AAAC1yD,sBAAE4sD,MAAF;AAAW,iBAAjC,CAAzL,IAA6N5sD,EAAEgmF,KAAF,GAAQ,EAACt2D,SAAQrkB,EAAE,EAAF,CAAT,EAA7pB,EAA6qBuxC,EAAEznB,KAAF,IAASynB,EAAEznB,KAAF,CAAQ1sC,MAAjsB,EAAwsB,KAAIkW,IAAE,CAAN,EAAQA,IAAEi+C,EAAEznB,KAAF,CAAQ1sC,MAAlB,EAAyBkW,GAAzB;AAA6BqB,sBAAEK,GAAF,CAAMu8C,EAAEznB,KAAF,CAAQx2B,CAAR,CAAN;AAA7B,iBAA+CqB,EAAE4sE,UAAF,GAAa,IAAIl7E,EAAE09E,UAAN,CAAiB1oF,QAAjB,EAA0B,EAACiiD,WAAU,CAAX,EAAaklC,gBAAe,CAAC,CAA7B,EAA+B93E,QAAO,MAAI0zF,EAAJ,GAAO,GAAP,GAAW,KAAKrkF,GAAhB,GAAoB,MAApB,GAA2B+7C,CAA3B,GAA6B,KAA7B,GAAmCsoC,EAAnC,GAAsC,GAAtC,GAA0C,KAAKrkF,GAA/C,GAAmD,KAAnD,GAAyD47C,CAA/F,EAAiGskE,KAAI5lE,EAAE1/C,EAAEq5I,YAAJ,EAAiBr5I,CAAjB,CAArG,EAAyHitE,OAAM1jF,CAA/H,EAAiI+vJ,SAAQ/vJ,CAAzI,EAA1B,CAAb,EAAoLyW,EAAE0vB,OAAF,CAAU7kB,EAAV,CAAau+E,EAAb,EAAgB,YAAhB,EAA6BtnE,CAA7B,CAApL,EAAoN9hB,EAAEm4I,YAAF,EAApN,EAAqOv7F,EAAEw5F,SAAF,IAAap2I,EAAEgmF,KAAF,CAAQt2D,OAAR,CAAgB7kB,EAAhB,CAAmBu+E,EAAnB,EAAsB9P,GAAtB,EAA0Bx3D,CAA1B,CAAlP,EAA+Q86B,EAAEw5F,SAAF,IAAa,KAAKmD,qBAAL,EAA5R,EAAyT7nJ,EAAEsR,MAAF,CAAShD,CAAT,CAAzT;AAAqU,aAA7lC,EAA8lCoL,QAAO,CAACg+E,EAAD,EAAIG,EAAJ,EAAON,EAAP,EAAUI,EAAV,EAAaG,EAAb,EAAgBvrB,EAAhB,CAArmC,EAAynC9zE,SAAQ,EAACC,MAAK,SAAN,EAAgB+qC,OAAM,EAAtB,EAAyBihH,WAAU,CAAC,CAApC,EAAsCppF,QAAO,IAA7C,EAAjoC,EAAorCypF,YAAW,oBAASprI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI0qD,CAAJ,CAAM,OAAOA,IAAE,KAAKo8F,OAAL,CAAa9mJ,CAAb,IAAgB,KAAK8mJ,OAAL,CAAa9mJ,CAAb,CAAhB,GAAgC,KAAK8mJ,OAAL,CAAa9mJ,CAAb,IAAgB,IAAIyuD,CAAJ,EAAlD,EAAwD/D,EAAEv8C,GAAF,CAAMgL,CAAN,CAAxD,EAAiEuxC,CAAxE;AAA0E,aAA7xC,EAA8xC3O,SAAQ,mBAAU;AAAC,oBAAI/7C,IAAE,IAAN,CAAWA,EAAEw9B,OAAF,CAAU55B,IAAV,CAAe,MAAImrD,CAAnB,EAAsB93D,IAAtB,CAA2B,UAAS+I,CAAT,EAAW0qD,CAAX,EAAa;AAACvxC,sBAAEuxC,CAAF,EAAKj3C,IAAL,CAAU,YAAV,EAAwBsoC,OAAxB;AAAkC,iBAA3E,GAA6E/7C,EAAEw9B,OAAF,CAAUprB,GAAV,CAAc8kF,EAAd,EAAiB,YAAjB,CAA7E,EAA4Gl3F,EAAE06E,UAAF,CAAa3+B,OAAb,EAA5G,EAAmI/7C,EAAE/H,OAAF,CAAUisJ,SAAV,KAAsB1kJ,EAAEihE,YAAF,CAAezgE,EAAEknJ,cAAjB,GAAiClnJ,EAAEgnJ,kBAAF,CAAqBjrG,OAArB,EAAjC,EAAgE/7C,EAAE8zF,KAAF,CAAQt2D,OAAR,CAAgBprB,GAAhB,CAAoB8kF,EAApB,EAAuB,YAAvB,CAAhE,EAAqGl3F,EAAE8zF,KAAF,CAAQ/3C,OAAR,EAA3H,CAAnI,EAAiRlX,EAAElvC,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkBuJ,CAAlB,CAAjR;AAAsS,aAAlmD,EAAmmDmO,KAAI,aAASnO,CAAT,EAAW;AAAC,oBAAI0qD,CAAJ;AAAA,oBAAMrzD,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUmjB,IAAE/xB,EAAEmC,EAAE1G,IAAJ,CAAZ;AAAA,oBAAsBwU,IAAE9N,EAAEuoD,QAA1B;AAAA,oBAAmCkC,IAAE,IAArC;AAAA,oBAA0CY,IAAEZ,EAAE1N,QAAF,GAAW,EAAX,GAAc,wBAA1D;AAAA,oBAAmFx2B,IAAEvmB,EAAEsnJ,gBAAvF,CAAwG,IAAGnuI,EAAEnhB,MAAF,CAASgI,CAAT,EAAW,EAACkT,KAAI1T,EAAE5D,IAAF,EAAL,EAAcwrB,WAAUqjC,EAAErjC,SAA1B,EAAoC0zC,QAAOrQ,EAAE1N,QAA7C,EAAsDupG,SAAQ77F,EAAEv3C,GAAhE,EAAX,GAAiFlT,EAAEqmJ,WAAtF,EAAkG,KAAI55I,IAAE,CAAN,EAAQA,IAAEzM,EAAEqmJ,WAAF,CAAc9vJ,MAAxB,EAA+BkW,GAA/B;AAAmC0M,sBAAEnhB,MAAF,CAASgI,EAAEqmJ,WAAF,CAAc55I,CAAd,CAAT,EAA0B,EAACyG,KAAI1T,EAAE5D,IAAF,EAAL,EAA1B;AAAnC,iBAA6EkS,KAAG,CAACyY,CAAJ,GAAMvmB,EAAE8nB,QAAF,GAAWmhD,EAAjB,GAAoBjpE,EAAE8nB,QAAF,KAAa9nB,EAAE8nB,QAAF,GAAWsvE,EAAxB,CAApB,EAAgDp3F,EAAE8nB,QAAF,KAAamhD,EAAb,IAAiBxe,EAAExyD,OAAF,CAAUisJ,SAA3B,KAAuC39H,IAAElvB,IAAE,IAAIipC,CAAJ,CAAM/Z,CAAN,EAAQvmB,CAAR,EAAUyqD,CAAV,CAAJ,GAAiB76B,MAAIv4B,IAAE,IAAIu4B,EAAE9H,QAAN,CAAe9nB,CAAf,EAAiByqD,CAAjB,CAAF,EAAsBpzD,EAAEmmC,OAAF,CAAUvR,QAAV,CAAmBo/B,CAAnB,CAA1B,CAAjB,EAAkEh0D,MAAI2I,EAAE8nB,QAAF,KAAasvE,EAAb,IAAiB//F,EAAE+tJ,cAAF,EAAjB,EAAoC/tJ,EAAEmmC,OAAF,CAAUtd,QAAV,CAAmBuqC,EAAEqpC,KAAF,CAAQlyE,SAA3B,CAApC,EAA0E6oC,EAAEuT,OAAF,CAAU,SAAV,EAAoB,YAAU;AAAC,2BAAM,EAAC74D,UAAS9N,EAAEmmC,OAAF,CAAU9mC,GAAV,EAAV,EAAN;AAAiC,iBAAhE,CAA9E,CAAzG,CAAhD,EAA2SsJ,EAAE8nB,QAAF,KAAa4vE,EAAb,KAAkB5pF,IAAE48C,IAAE,IAAIj2D,CAAJ,CAAMqZ,CAAN,EAAQ9N,CAAR,EAAUyqD,CAAV,CAAJ,GAAiB76B,MAAI86B,IAAE,IAAI96B,EAAE6zH,OAAN,CAAczjJ,CAAd,EAAgByqD,CAAhB,CAAN,CAAjB,EAA2CC,MAAID,EAAExyD,OAAF,CAAUisJ,SAAV,IAAqBx5F,EAAEltB,OAAF,CAAUtd,QAAV,CAAmBuqC,EAAEjtB,OAArB,EAA8BjoB,GAA9B,CAAkC,YAAlC,EAA+C,QAA/C,GAAyDk1C,EAAE88F,OAAF,CAAU98F,EAAEjtB,OAAF,CAAUy4B,UAAV,EAAV,CAAzD,EAA2FvL,EAAEltB,OAAF,CAAUjoB,GAAV,CAAc,YAAd,EAA2B,SAA3B,CAAhH,IAAuJm1C,EAAEltB,OAAF,CAAUtd,QAAV,CAAmBuqC,EAAEjtB,OAArB,CAAvJ,EAAqLitB,EAAEuT,OAAF,CAAU,SAAV,EAAoB,YAAU;AAAC,2BAAM,EAAC74D,UAASulD,EAAEltB,OAAF,CAAU9mC,GAAV,EAAV,EAAN;AAAiC,iBAAhE,CAAzL,CAA7D,CAA3S;AAAqmB,aAA/+E,EAAg/E8wJ,UAAS,kBAASxnJ,CAAT,EAAW;AAAC,oBAAI0qD,CAAJ;AAAA,oBAAMrzD,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUmjB,CAAV;AAAA,oBAAY9hB,IAAE,KAAK7V,OAAL,CAAaisJ,SAA3B,CAAqC,OAAOx5F,IAAE,KAAKltB,OAAL,CAAa55B,IAAb,CAAkB5D,CAAlB,CAAF,EAAuB0qD,EAAEn0D,MAAF,KAAWm0D,IAAEvxC,EAAE,iCAA+B,KAAKjG,GAApC,GAAwC,GAA1C,EAA+CtP,IAA/C,CAAoD5D,CAApD,CAAb,CAAvB,EAA4F4vB,IAAE86B,EAAEn0D,MAAF,GAASm0D,EAAEj3C,IAAF,CAAO,MAAP,CAAT,GAAwB,EAAtH,EAAyHpc,IAAEqzD,EAAEj3C,IAAF,CAAOmc,CAAP,CAA3H,EAAqIv4B,KAAGA,EAAE6uJ,IAAF,KAASx7F,IAAEA,EAAExnD,MAAF,CAAS,MAAI6rD,CAAb,CAAF,EAAkBn/B,IAAE,aAApB,EAAkCv4B,IAAEqzD,EAAEj3C,IAAF,CAAOmc,CAAP,CAA7C,GAAwD9hB,MAAIrB,IAAEpV,EAAE4sJ,IAAF,EAAN,CAA3D,IAA4En2I,MAAI48C,IAAE,KAAKopC,KAAL,CAAWt2D,OAAX,CAAmB55B,IAAnB,CAAwB5D,CAAxB,CAAF,EAA6B4vB,IAAE86B,EAAEn0D,MAAF,GAASm0D,EAAEj3C,IAAF,CAAO,MAAP,CAAT,GAAwB,EAAvD,EAA0DhH,IAAEi+C,EAAEj3C,IAAF,CAAOmc,CAAP,CAA5D,EAAsEnjB,KAAGA,EAAEy5I,IAAL,KAAYx7F,IAAEA,EAAExnD,MAAF,CAAS,MAAI6rD,CAAb,CAAF,EAAkBn/B,IAAE,aAApB,EAAkCnjB,IAAEi+C,EAAEj3C,IAAF,CAAOmc,CAAP,CAAhD,CAA1E,CAAjN,EAAuV,EAACt2B,MAAKs2B,CAAN,EAAQ6zH,SAAQpsJ,CAAhB,EAAkBywB,UAASrb,CAA3B,EAA9V;AAA4X,aAAt6F,EAAu6FkD,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwnJ,QAAL,CAAcruI,CAAd,CAAN,CAAuBnZ,EAAEyjJ,OAAF,IAAWzjJ,EAAEyjJ,OAAF,CAAU9zI,MAAV,EAAX,EAA8B3P,EAAE8nB,QAAF,IAAY9nB,EAAE8nB,QAAF,CAAWnY,MAAX,EAA1C,EAA8D,KAAK+qD,MAAL,CAAY,CAAC,CAAb,CAA9D;AAA8E,aAA/hG,EAAgiG/0C,MAAK,cAASxM,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwnJ,QAAL,CAAcruI,CAAd,CAAN,CAAuBnZ,EAAEyjJ,OAAF,KAAY,aAAWzjJ,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkBqB,IAA7B,IAAmC0G,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkB0sJ,OAArD,IAA8D3kJ,EAAEyjJ,OAAF,CAAU99H,IAAV,IAAiB3lB,EAAEyjJ,OAAF,CAAUiB,cAAV,GAA2Bn9C,OAA3B,EAA/E,IAAqHvnG,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkB0sB,MAAlB,IAA0B3kB,EAAEyjJ,OAAF,CAAU99H,IAAV,EAA3J,GAA6K3lB,EAAE8nB,QAAF,KAAa,aAAW9nB,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmBqB,IAA9B,IAAoC0G,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmB0sJ,OAAvD,IAAgE3kJ,EAAE8nB,QAAF,CAAWnC,IAAX,IAAkB3lB,EAAE8nB,QAAF,CAAW48H,cAAX,GAA4Bn9C,OAA5B,EAAlF,IAAyHvnG,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmB0sB,MAAnB,IAA2B3kB,EAAE8nB,QAAF,CAAWnC,IAAX,EAAjK,CAA7K,EAAiW,KAAK+0C,MAAL,CAAY,CAAC,CAAb,CAAjW;AAAiX,aAAz7G,EAA07Gh2C,MAAK,cAASvL,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwnJ,QAAL,CAAcruI,CAAd,CAAN,CAAuBnZ,EAAEyjJ,OAAF,KAAY,aAAWzjJ,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkBqB,IAA7B,IAAmC0G,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkB0sJ,OAArD,IAA8D3kJ,EAAEyjJ,OAAF,CAAU/+H,IAAV,IAAiB1kB,EAAEyjJ,OAAF,CAAUiB,cAAV,GAA2Bn9C,OAA3B,EAA/E,IAAqHvnG,EAAEyjJ,OAAF,CAAUxrJ,OAAV,CAAkB0sB,MAAlB,IAA0B3kB,EAAEyjJ,OAAF,CAAU/+H,IAAV,EAA3J,GAA6K1kB,EAAE8nB,QAAF,KAAa,aAAW9nB,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmBqB,IAA9B,IAAoC0G,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmB0sJ,OAAvD,IAAgE3kJ,EAAEyjJ,OAAF,CAAU/+H,IAAV,IAAiB1kB,EAAE8nB,QAAF,CAAW48H,cAAX,GAA4Bn9C,OAA5B,EAAjF,IAAwHvnG,EAAE8nB,QAAF,CAAW7vB,OAAX,CAAmB0sB,MAAnB,IAA2B3kB,EAAE8nB,QAAF,CAAWpD,IAAX,EAAhK,CAA7K,EAAgW,KAAKg2C,MAAL,CAAY,CAAC,CAAb,CAAhW;AAAgX,aAAl1H,EAAm1HZ,QAAO,gBAAS3gD,CAAT,EAAWuxC,CAAX,EAAa;AAAC,oBAAIrzD,IAAE,KAAKmwJ,QAAL,CAAcruI,CAAd,CAAN,CAAuBnZ,MAAI0qD,CAAJ,KAAQA,IAAE,CAAC,CAAX,GAAcrzD,EAAEosJ,OAAF,IAAWpsJ,EAAEosJ,OAAF,CAAU3pF,MAAV,CAAiBpP,CAAjB,CAAzB,EAA6CrzD,EAAEywB,QAAF,IAAYzwB,EAAEywB,QAAF,CAAWgyC,MAAX,CAAkBpP,CAAlB,CAAzD;AAA8E,aAA78H,EAA88H+8F,sBAAqB,8BAAStuI,CAAT,EAAW;AAAC,uBAAO,KAAKqkB,OAAL,CAAa55B,IAAb,CAAkB,MAAI2qD,CAAJ,GAAM,eAAN,GAAsBp1C,CAAtB,GAAwB,IAA1C,EAAgDtV,MAAhD,CAAuD,MAAI0pD,CAA3D,CAAP;AAAqE,aAApjI,EAAqjI3nC,QAAO,gBAAS8kC,CAAT,EAAWrzD,CAAX,EAAa;AAAC,oBAAIoV,IAAE0M,EAAEuxC,CAAF,CAAN;AAAA,oBAAW96B,IAAEnjB,EAAEgH,IAAF,CAAO,QAAP,CAAb,CAA8Bmc,EAAE33B,OAAF,CAAUqsJ,SAAV,KAAsBjtJ,MAAI2I,CAAJ,KAAQ3I,IAAE,CAAC,CAAX,GAAcu4B,EAAEhK,MAAF,CAASvuB,CAAT,EAAW,CAAC,CAAZ,CAApC;AAAoD,aAA5pI,EAA6pI0vJ,iBAAgB,2BAAU;AAAC,oBAAI/mJ,IAAE,IAAN;AAAA,oBAAW0qD,IAAE7sD,EAAE8lJ,iBAAf;AAAA,oBAAiCtsJ,IAAE2I,EAAEumJ,MAArC;AAAA,oBAA4C32H,IAAEv4B,IAAE,MAAF,GAAS,OAAvD,CAA+D2I,EAAE0jJ,cAAF,GAAiBvqI,EAAEtb,EAAE6lJ,cAAJ,EAAoBz3H,QAApB,CAA6BgjC,CAA7B,CAAjB,EAAiDjvD,EAAEw9B,OAAF,CAAU7d,MAAV,CAAiB3f,EAAE0jJ,cAAnB,CAAjD,EAAoF1jJ,EAAE+8C,QAAF,IAAY/8C,EAAE0jJ,cAAF,CAAiB/jI,MAAjB,CAAwB,uCAAxB,GAAiE+qC,IAAEj+C,EAAEi+C,CAAF,CAA/E,IAAqF1qD,EAAE0jJ,cAAF,CAAiB/jI,MAAjB,CAAwB,0CAAxB,CAAzK,EAA6O3f,EAAE8zF,KAAF,GAAQ,IAAIt0F,EAAEq7D,EAAF,CAAKs4B,KAAT,CAAezoC,CAAf,EAAiB,EAACk9B,QAAO,YAAUh4D,CAAlB,EAAoBvM,UAAS,SAAOuM,CAApC,EAAsC2O,QAAOv+B,EAAE0jJ,cAA/C,EAA8Dj3F,OAAMp1D,CAApE,EAAsE+vB,WAAUpnB,EAAEonB,SAAlF,EAA4FlH,UAASlgB,EAAE+8C,QAAF,GAAW5jC,EAAEnZ,EAAE+8C,QAAJ,EAAcvvC,QAAd,CAAuB,UAAvB,CAAX,GAA8C,IAAnJ,EAAwJi7E,kBAAiB,CAAC,CAA1K,EAA4KjzD,MAAK,cAASk1B,CAAT,EAAW;AAAC,4BAAIj+C,IAAEjN,EAAEmY,IAAF,CAAO3X,EAAE8zF,KAAF,CAAQt2D,OAAf,EAAwBvR,QAAxB,CAAiC,oBAAjC,CAAN,CAA6DjsB,EAAE+8C,QAAF,GAAW/8C,EAAE8zF,KAAF,CAAQlyE,SAAR,CAAkBrM,GAAlB,CAAsB,YAAtB,EAAmC5b,WAAWwf,EAAE,qBAAF,EAAyBg9B,WAAzB,EAAX,IAAmD,EAAnD,GAAsD,IAAzF,CAAX,GAA0G1pC,EAAE8I,GAAF,CAAM,aAAN,EAAoB,CAACle,IAAE,CAAC,CAAH,GAAK,CAAN,KAAU,CAACq3D,EAAEjiD,CAAF,IAAKA,EAAE0V,KAAF,EAAN,IAAiB,CAAjB,GAAmB,CAA7B,CAApB,CAA1G,EAA+JniB,EAAE4c,OAAF,CAAU06E,EAAV,KAAe5sC,EAAE5vC,cAAF,EAA9K;AAAiM,qBAA3b,EAA4b0rI,UAAS,oBAAU;AAAC,6BAAKhpH,OAAL,CAAa55B,IAAb,CAAkB,iBAAlB,EAAqCpM,KAArC,GAA6CmlB,KAA7C;AAAqD,qBAArgB,EAAsgBoE,OAAM,eAAS5H,CAAT,EAAW;AAACnZ,0BAAE4c,OAAF,CAAUmvD,EAAV,KAAe5yD,EAAE2B,cAAF,EAAf,EAAkC,KAAK0iB,OAAL,CAAa7gB,KAAb,EAAlC;AAAuD,qBAA/kB,EAAjB,CAArP,EAAw1B3c,EAAE8zF,KAAF,CAAQt2D,OAAR,CAAgB7kB,EAAhB,CAAmB,SAAnB,EAA6B,MAAIs2C,CAAjC,EAAmC,UAASvE,CAAT,EAAW;AAAC,wBAAIrzD,CAAJ;AAAA,wBAAMoV,IAAE0M,EAAEuxC,EAAEnyD,MAAJ,CAAR;AAAA,wBAAoBq3B,IAAEnjB,EAAEvJ,MAAF,EAAtB;AAAA,wBAAiCrF,IAAE+xB,EAAErjB,EAAF,CAAK,MAAIshD,CAAT,KAAaj+B,EAAErjB,EAAF,CAAK,MAAIwiD,CAAT,CAAhD,CAA4DrE,EAAE5vC,cAAF,IAAmB4vC,EAAEhvC,OAAF,KAAY4yC,EAAEkN,GAAd,IAAmB9Q,EAAEhvC,OAAF,KAAY4yC,EAAEgN,GAAjC,IAAsC5Q,EAAEtrB,MAAF,IAAUsrB,EAAEhvC,OAAF,KAAY4yC,EAAEoN,EAA9D,IAAkE17D,EAAEinJ,eAAF,IAAoBjnJ,EAAE0jJ,cAAF,CAAiB/mI,KAAjB,EAAtF,IAAgH+tC,EAAEhvC,OAAF,KAAY4yC,EAAEsN,IAAd,IAAoBvkE,IAAE,CAACwG,CAAD,IAAIA,KAAG4O,EAAEF,EAAF,CAAK,aAAL,CAAP,GAA2BqjB,CAA3B,GAA6BnjB,CAA/B,EAAiCqB,EAAEzW,CAAF,EAAI,MAAJ,EAAYslB,KAAZ,EAArD,IAA0E+tC,EAAEhvC,OAAF,KAAY4yC,EAAEoN,EAAd,IAAkBrkE,IAAE,CAACwG,CAAD,IAAIA,KAAG4O,EAAEF,EAAF,CAAK,cAAL,CAAP,GAA4BqjB,CAA5B,GAA8BnjB,CAAhC,EAAkCqB,EAAEzW,CAAF,EAAI,MAAJ,EAAYslB,KAAZ,EAApD,IAAyE+tC,EAAEhvC,OAAF,KAAY4yC,EAAEyN,QAAd,IAAwBrR,EAAEhvC,OAAF,KAAY4yC,EAAEiN,KAAtC,IAA6Cv7D,EAAE06E,UAAF,CAAa99D,OAAb,CAAqB,KAArB,EAA2B,EAACrkB,QAAO4gB,EAAEuxC,EAAEnyD,MAAJ,CAAR,EAA3B,CAAnU;AAAoX,iBAA/d,CAAx1B,EAAyzCyH,EAAE8zF,KAAF,CAAQlyE,SAAR,GAAkB5hB,EAAE+8C,QAAF,GAAW/8C,EAAE8zF,KAAF,CAAQt2D,OAAR,CAAgB55B,IAAhB,CAAqB,MAAI0rD,CAAzB,CAAX,GAAuCtvD,EAAE8zF,KAAF,CAAQt2D,OAA13C,EAAk4Cx9B,EAAE8zF,KAAF,CAAQlyE,SAAR,CAAkBxc,IAAlB,CAAuBmyF,EAAvB,EAA0B,KAAKrkF,GAA/B,CAAl4C;AAAs6C,aAA7pL,EAA8pLm0I,uBAAsB,iCAAU;AAAC,oBAAIluI,IAAE,CAAC,CAAP,CAASA,IAAE,KAAKlhB,OAAL,CAAa6iE,MAAb,GAAoB,KAAKg5B,KAAL,CAAWt2D,OAAX,CAAmB55B,IAAnB,CAAwB,MAAI0rD,CAA5B,EAA+B9hD,QAA/B,CAAwC,WAASgpC,EAAT,GAAY,KAAZ,GAAkBgY,CAAlB,GAAoB,GAA5D,EAAiEj4D,MAAjE,GAAwE,CAA5F,GAA8F,KAAKu9F,KAAL,CAAWt2D,OAAX,CAAmBhwB,QAAnB,CAA4B,WAASgpC,EAAT,GAAY,KAAZ,GAAkBgY,CAAlB,GAAoB,GAAhD,EAAqDj4D,MAArD,GAA4D,CAA5J,EAA8J,KAAKmtJ,cAAL,CAAoBnuI,GAApB,CAAwB4D,IAAE,EAACmK,YAAW,SAAZ,EAAsBnB,OAAM,EAA5B,EAAF,GAAkC,EAACmB,YAAW,QAAZ,EAAqBnB,OAAM,KAA3B,EAA1D,CAA9J;AAA2P,aAAn8L,EAAo8LglI,cAAa,sBAASz8F,CAAT,EAAW;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQmjB,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYjQ,CAAZ;AAAA,oBAAc4sD,CAAd;AAAA,oBAAgBY,CAAhB;AAAA,oBAAkB9kC,IAAE,IAApB;AAAA,oBAAyB+lC,IAAE5B,EAAEnyD,MAAF,CAASwV,OAAT,CAAiB,MAAIwhD,CAArB,EAAwBh5D,MAAnD,CAA0D,OAAOm0D,EAAE5vC,cAAF,IAAmBwxC,KAAG/lC,EAAEmhI,OAAF,CAAUh9F,CAAV,GAAa1qD,CAAhB,KAAoByM,IAAE0M,EAAEuxC,EAAEnyD,MAAJ,EAAYwV,OAAZ,CAAoB,MAAIkhD,CAAxB,EAA0B1oC,EAAEiX,OAA5B,CAAF,EAAuC/wB,EAAEigB,QAAF,CAAWkhC,CAAX,MAAgBh+B,IAAEnjB,EAAEgH,IAAF,CAAO,QAAP,CAAF,EAAmB,CAACmc,CAAD,IAAIrJ,EAAEutE,KAAN,KAAcrnF,IAAE0M,EAAEuxC,EAAEnyD,MAAJ,EAAYwV,OAAZ,CAAoB,MAAI+gD,CAAxB,EAA0BvoC,EAAEutE,KAAF,CAAQlyE,SAAlC,CAAF,EAA+CgO,IAAEnjB,EAAEvJ,MAAF,CAAS,IAAT,EAAeuQ,IAAf,CAAoB,QAApB,CAA/D,CAAnB,EAAiHmc,KAAGA,EAAE33B,OAAF,CAAU6hE,MAAb,KAAsBlqC,EAAE33B,OAAF,CAAUqsJ,SAAV,IAAqBzmJ,IAAE6vD,EAAE99B,EAAE60H,aAAJ,IAAmB70H,EAAE60H,aAArB,GAAmC,IAArC,EAA0C70H,EAAEhK,MAAF,CAAS,CAACgK,EAAE33B,OAAF,CAAUsQ,QAApB,EAA6B,CAAC,CAA9B,CAA1C,EAA2EkiD,IAAE,EAAClyD,QAAOkU,CAAR,EAAUqoC,OAAMllB,EAAE33B,OAAF,CAAU68C,KAA1B,EAAgCxsC,SAAQsnB,EAAE33B,OAAF,CAAUsQ,QAAlD,EAA2D1H,IAAG+uB,EAAE33B,OAAF,CAAU4I,EAAxE,EAA7E,EAAyJhD,KAAGA,EAAEpH,IAAF,CAAO8vB,CAAP,EAASkkC,CAAT,CAA5J,EAAwKlkC,EAAE3J,OAAF,CAAUy6E,EAAV,EAAa5sC,CAAb,CAA7L,KAA+M5sD,IAAE6vD,EAAE99B,EAAE40H,YAAJ,IAAkB50H,EAAE40H,YAApB,GAAiC,IAAnC,EAAwC/5F,IAAE,EAAC0G,QAAO5qC,CAAR,EAAUhuB,QAAOkU,CAAjB,EAAmB5L,IAAG+uB,EAAE33B,OAAF,CAAU4I,EAAhC,EAA1C,EAA8EhD,KAAGA,EAAEpH,IAAF,CAAO8vB,CAAP,EAASkkC,CAAT,CAAjF,EAA6FlkC,EAAE3J,OAAF,CAAUs6E,EAAV,EAAazsC,CAAb,CAA5S,GAA6T76B,EAAE33B,OAAF,CAAU+4B,GAAV,KAAgBpB,EAAE33B,OAAF,CAAUqG,UAAV,IAAsBsxB,EAAE33B,OAAF,CAAUqG,UAAV,CAAqB/F,MAA3C,KAAoD8yD,IAAEz7B,EAAE33B,OAAF,CAAUqG,UAAV,CAAqB/F,MAA3E,GAAmF5D,OAAO6gC,IAAP,CAAY5F,EAAE33B,OAAF,CAAU+4B,GAAtB,EAA0Bq6B,KAAG,OAA7B,CAAnG,CAA7T,EAAuc5+C,EAAEigB,QAAF,CAAWoiC,CAAX,KAAevoC,EAAEutE,KAAF,CAAQ/yE,KAAR,EAAtd,EAAsejT,IAAErB,EAAEsB,OAAF,CAAU,oBAAV,CAAxe,EAAwgBD,EAAE,CAAF,MAAOzW,IAAEyW,EAAE2F,IAAF,CAAO,YAAP,CAAF,EAAuB,CAACpc,IAAEA,CAAF,GAAIyW,EAAEQ,OAAF,CAAU,mBAAV,EAA+BmF,IAA/B,CAAoC,YAApC,CAAL,EAAwDsN,KAAxD,EAA9B,CAA9hB,CAAjI,CAAvC,EAAuyB/gB,CAA3zB,CAA1B;AAAw1B,aAA/2N,EAAg3NimJ,cAAa,wBAAU;AAAC,oBAAIjmJ,IAAE,IAAN,CAAWA,EAAEw9B,OAAF,CAAUp4B,IAAV,CAAe,UAAf,EAA0B,CAA1B,EAA6BuX,KAA7B,CAAmC,YAAU;AAAC,wBAAI3c,IAAEmZ,EAAE,IAAF,EAAQvV,IAAR,CAAa,uBAAb,CAAN,CAA4C5D,EAAEuM,EAAF,CAAK,MAAIqhD,CAAT,MAAc5tD,IAAE8N,EAAE9N,CAAF,EAAI,MAAJ,CAAhB,GAA6BA,EAAE,CAAF,EAAK2c,KAAL,EAA7B;AAA0C,iBAApI,EAAsIhE,EAAtI,CAAyI,SAAzI,EAAmJ60C,EAAExtD,EAAE2nJ,QAAJ,EAAa3nJ,CAAb,CAAnJ;AAAoK,aAAvjO,EAAwjO2nJ,UAAS,kBAASj9F,CAAT,EAAW;AAAC,oBAAIrzD,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQmjB,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYjQ,CAAZ;AAAA,oBAAc4sD,CAAd;AAAA,oBAAgBY,CAAhB;AAAA,oBAAkB9kC,IAAEpN,EAAEuxC,EAAEnyD,MAAJ,CAApB;AAAA,oBAAgC+zD,IAAE5B,EAAEhvC,OAApC;AAAA,oBAA4CuvC,IAAE,KAAKztB,OAAL,CAAahwB,QAAb,CAAsB,4BAAtB,CAA9C,CAAkG,OAAO8+C,MAAIgC,EAAEgN,GAAN,KAAYjkE,IAAEkvB,EAAEhY,YAAF,CAAe,KAAKivB,OAApB,EAA6B9lC,IAA7B,EAAF,EAAsC+U,IAAE,CAAC,CAAzC,EAA2CmjB,IAAE,CAAC,CAA9C,EAAgDv4B,EAAEd,MAAF,KAAWc,IAAEkvB,CAAb,CAAhD,EAAgElvB,EAAEkV,EAAF,CAAK,MAAIqhD,CAAT,MAAclD,EAAExrB,QAAF,IAAYwrB,EAAE5vC,cAAF,EAAZ,EAA+BmwC,EAAEvzD,IAAF,GAAS6U,EAAT,CAAY,iBAAZ,IAA+B0+C,EAAEvzD,IAAF,GAASilB,KAAT,EAA/B,GAAgDsuC,EAAEvzD,IAAF,GAASkM,IAAT,CAAc,iBAAd,EAAiClM,IAAjC,GAAwCilB,KAAxC,EAA7F,CAAhE,EAA8M+tC,EAAExrB,QAAF,IAAY+rB,EAAEh9C,KAAF,CAAQ5W,CAAR,MAAa4zD,EAAE10D,MAAF,GAAS,CAAlC,KAAsCkW,IAAE,CAACpV,EAAEkV,EAAF,CAAK,MAAIshD,CAAT,CAAD,IAActnC,EAAEha,EAAF,CAAK,aAAL,CAAtD,CAA9M,EAAyRuB,IAAEm9C,EAAEh9C,KAAF,CAAQ5W,CAAR,MAAa4zD,EAAEj+C,GAAF,CAAM,oBAAN,EAA4BxV,KAA5B,GAAoCyW,KAApC,EAAxS,EAAoVy8C,EAAExrB,QAAF,IAAYpxB,CAAZ,KAAgB8hB,IAAE,CAACv4B,EAAEkV,EAAF,CAAK,MAAIshD,CAAT,CAAD,IAActnC,EAAEha,EAAF,CAAK,cAAL,CAAhC,CAApV,EAA0YE,KAAG,KAAKi3I,cAAR,IAAwB,aAAW,KAAKA,cAAL,CAAoBnuI,GAApB,CAAwB,YAAxB,CAAnC,KAA2Em1C,EAAE5vC,cAAF,IAAmB,KAAK4oI,cAAL,CAAoB/mI,KAApB,EAA9F,CAA1Y,EAAqgBiT,MAAI86B,EAAE5vC,cAAF,IAAmBjd,IAAE,KAAK+pJ,iBAAL,CAAuB,KAAKj5G,OAA5B,CAArB,EAA0D9wC,KAAGA,EAAE8e,KAAF,EAAjE,CAAjhB,GAA8lB+tC,EAAEtrB,MAAF,IAAUktB,MAAIgC,EAAEsN,IAAhB,IAAsBnR,IAAEtxC,EAAE3kB,SAASyT,aAAX,EAA0BwL,IAA1B,CAA+B,aAA/B,CAAF,EAAgD43C,IAAElyC,EAAE3kB,SAASyT,aAAX,EAA0BsE,EAA1B,CAA6B,MAAIqhD,CAAjC,CAAlD,EAAsFnD,IAAEA,EAAE7kC,MAAF,EAAF,GAAaylC,KAAG,KAAK47F,eAAL,EAAtG,EAA6HjnJ,CAAnJ,IAAsJssD,MAAIgC,EAAEyN,QAAN,IAAgBzP,MAAIgC,EAAEiN,KAAtB,IAA6Bh1C,EAAEha,EAAF,CAAK,iBAAL,CAA7B,GAAqDvM,CAArD,IAAwD0qD,EAAE5vC,cAAF,IAAmByL,EAAEha,EAAF,CAAK,MAAIwiD,CAAT,MAAcxoC,IAAEA,EAAE/Y,QAAF,GAAahW,KAAb,EAAhB,CAAnB,EAAyD,KAAKkjF,UAAL,CAAgB99D,OAAhB,CAAwB,KAAxB,EAA8B,EAACrkB,QAAOguB,CAAR,EAA9B,CAAzD,EAAmGvmB,CAA3J,CAA3vB;AAAy5B,aAAxkQ,EAAykQ4nJ,mBAAkB,2BAASl9F,CAAT,EAAW;AAAC,oBAAGA,EAAEn+C,EAAF,CAAK,MAAL,CAAH,EAAgB,OAAOm+C,CAAP,CAAS,IAAIrzD,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQmjB,IAAE86B,EAAEx8C,OAAF,EAAV,CAAsB,OAAO0hB,EAAE34B,IAAF,CAAO,YAAU;AAAC,2BAAOwV,IAAE0M,EAAE,IAAF,CAAF,EAAU1M,EAAEF,EAAF,CAAK,iBAAL,KAAyBlV,IAAEoV,CAAF,EAAI,CAAC,CAA9B,IAAiCA,EAAE7I,IAAF,CAAO,iBAAP,EAA0BrN,MAA1B,GAAiC,CAAjC,IAAoCc,IAAEoV,EAAE7I,IAAF,CAAO,iBAAP,EAA0BlM,IAA1B,EAAF,EAAmC,CAAC,CAAxE,IAA2EsI,CAA7H;AAA+H,iBAAjJ,GAAmJ3I,IAAEA,CAAF,GAAI,KAAKuwJ,iBAAL,CAAuBl9F,EAAExnD,MAAF,EAAvB,CAA9J;AAAiM,aAAv1Q,EAAw1QwkJ,SAAQ,iBAAS1nJ,CAAT,EAAW;AAAC,oBAAI0qD,CAAJ;AAAA,oBAAMrzD,IAAE8hB,EAAEnZ,EAAEzH,MAAJ,EAAYwV,OAAZ,CAAoB,MAAIghD,CAAxB,EAA2Bt7C,IAA3B,CAAgC,aAAhC,CAAR,CAAuDzT,EAAE8a,cAAF,IAAmBzjB,EAAEY,OAAF,CAAU6hE,MAAV,KAAmBpP,IAAErzD,EAAEy8F,KAAF,CAAQt2D,OAAR,CAAgBjxB,EAAhB,CAAmB,UAAnB,IAA+B,KAAKqQ,OAAL,CAAau6E,EAAb,EAAgB,EAAC5+F,QAAOlB,EAAEmmC,OAAV,EAAhB,CAA/B,GAAmE,KAAK5gB,OAAL,CAAam6E,EAAb,EAAgB,EAACx+F,QAAOlB,EAAEmmC,OAAV,EAAhB,CAArE,EAAyGktB,KAAGrzD,EAAEuuB,MAAF,EAA/H,CAAnB;AAA8J,aAAjkR,EAAkkRqhI,iBAAgB,2BAAU;AAAC,qBAAKnzD,KAAL,CAAWluE,MAAX;AAAoB,aAAjnR,EAAknRspB,SAAQ,iBAAS/1B,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEgJ,KAAR,CAAc,KAAKlqB,OAAL,CAAaisJ,SAAb,KAAyB,KAAKpwD,KAAL,CAAW/yE,KAAX,IAAmB,KAAKwmI,OAAL,CAAavnJ,CAAb,CAAnB,EAAmC,KAAK6nJ,QAAL,CAAc7nJ,CAAd,CAAnC,EAAoD,KAAK8nJ,aAAL,EAApD,EAAyE,KAAKT,qBAAL,EAAlG;AAAgI,aAApxR,EAAqxRU,gBAAe,0BAAU;AAAC,oBAAI/nJ,IAAE,CAAN,CAAQ,OAAO,KAAKw9B,OAAL,CAAahwB,QAAb,CAAsB,oBAAkBq9C,CAAlB,GAAoB,IAA1C,EAAgD5zD,IAAhD,CAAqD,YAAU;AAAC+I,yBAAG0uD,EAAEv1C,EAAE,IAAF,CAAF,EAAU,CAAC,CAAX,CAAH;AAAiB,iBAAjF,GAAmFrgB,KAAKo9E,IAAL,CAAUl2E,CAAV,CAA1F;AAAuG,aAA95R,EAA+5RunJ,SAAQ,iBAASpuI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM0qD,CAAN,EAAQrzD,CAAR,CAAU,IAAG8hB,IAAE,KAAK4uI,cAAL,EAAL,EAA2B,KAAIr9F,IAAE,KAAKltB,OAAL,CAAahwB,QAAb,CAAsB,4CAA0CogD,CAA1C,GAA4C,GAAlE,CAAF,EAAyEv2D,IAAEqzD,EAAEn0D,MAAF,GAAS,CAAxF,EAA0Fc,KAAG,CAAH,KAAO2I,IAAE0qD,EAAEjzD,EAAF,CAAKJ,CAAL,CAAF,EAAU,EAAE8hB,IAAE,KAAK4uI,cAAL,EAAJ,CAAjB,CAA1F,EAAuI1wJ,GAAvI;AAA2I,yBAAK2wJ,SAAL,CAAehoJ,CAAf;AAA3I;AAA6J,aAArnS,EAAsnS6nJ,UAAS,kBAAS1uI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM0qD,CAAN,EAAQrzD,CAAR,CAAU,IAAG8hB,IAAE,KAAK4uI,cAAL,EAAL,EAA2B,KAAIr9F,IAAE,KAAKltB,OAAL,CAAahwB,QAAb,CAAsB,mBAAiBq9C,CAAjB,GAAmB,IAAzC,CAAF,EAAiDxzD,IAAE,CAAvD,EAAyDA,IAAEqzD,EAAEn0D,MAAJ,KAAayJ,IAAE0qD,EAAEjzD,EAAF,CAAKJ,CAAL,CAAF,EAAU,EAAE8hB,IAAE,KAAK4uI,cAAL,EAAJ,KAA4B,KAAKE,SAAL,CAAejoJ,CAAf,EAAiBmZ,CAAjB,CAAnD,CAAzD,EAAiI9hB,GAAjI;AAAuI,aAAvzS,EAAwzS2wJ,WAAU,mBAAS7uI,CAAT,EAAW;AAACA,kBAAEwM,IAAF,IAAS,KAAKmuE,KAAL,IAAY,KAAKA,KAAL,CAAWlyE,SAAX,CAAqBhe,IAArB,CAA0B,mBAAiBuV,EAAE1F,IAAF,CAAO,KAAP,CAAjB,GAA+B,IAAzD,EAA+D6Y,WAA/D,CAA2EkqB,EAA3E,CAArB;AAAoG,aAAl7S,EAAm7SyxG,WAAU,mBAAS9uI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAM,CAAC,EAAEmZ,EAAE5iB,MAAF,IAAUyJ,IAAE,KAAK+nJ,cAAL,KAAsBr5F,EAAEv1C,CAAF,EAAI,CAAC,CAAL,CAApC,CAAD,KAAgDA,EAAEuL,IAAF,IAAS,KAAKovE,KAAL,IAAY,KAAKA,KAAL,CAAWlyE,SAAX,CAAqBhe,IAArB,CAA0B,mBAAiBuV,EAAE1F,IAAF,CAAO,KAAP,CAAjB,GAA+B,IAAzD,EAA+DwY,QAA/D,CAAwEuqB,EAAxE,CAArB,EAAiG,CAAC,CAAlJ,CAAN;AAA2J,aAAtmT,EAAumTsxG,eAAc,yBAAU;AAAC,oBAAI3uI,IAAE,KAAK26E,KAAL,CAAWlyE,SAAX,CAAqBpU,QAArB,EAAN;AAAA,oBAAsCxN,IAAE,KAAKw9B,OAAL,CAAahwB,QAAb,CAAsB,0BAAtB,CAAxC;AAAA,oBAA0Fk9C,IAAEvxC,EAAEtV,MAAF,CAAS,0BAAT,CAA5F;AAAA,oBAAiIxM,IAAE2I,EAAE6D,MAAF,CAAS,UAAT,CAAnI,CAAwJsV,EAAEhL,GAAF,CAAMnO,CAAN,EAASssB,WAAT,CAAqB8M,IAAE,GAAF,GAAM69D,EAA3B,GAA+BvsC,EAAElzD,KAAF,GAAU2W,GAAV,CAAc9W,EAAEG,KAAF,EAAd,EAAyBy0B,QAAzB,CAAkCmN,CAAlC,CAA/B,EAAoEsxB,EAAEhzD,IAAF,GAASyW,GAAT,CAAa9W,EAAEK,IAAF,EAAb,EAAuBu0B,QAAvB,CAAgCgrE,EAAhC,CAApE;AAAwG,aAAh4T,EAAT,CAA7/T,EAAy4nBz3F,EAAEq7D,EAAF,CAAKlhC,MAAL,CAAYoL,CAAZ,CAAz4nB;AAAw5nB,KAA3hrB,CAA4hrBpwC,OAAO07D,KAAP,CAAa76D,MAAzirB,GAAijrBb,OAAO07D,KAA/jrB;AAAqkrB,CAA9rrB,EAA+rrB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa0qD,CAAb,EAAe;AAAC,KAACA,KAAG1qD,CAAJ;AAAS,CAArwrB,CAAD,CAAwwrB,CAAC,CAAC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0C7f,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW81C,CAAlB;AAAoB,kBAASjvD,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAEpV,EAAE2I,CAAF,CAAN,CAAW,OAAOuuD,EAAEzzB,KAAF,CAAQ3hB,IAAE1M,CAAV,IAAaA,CAApB;AAAsB,kBAASpV,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAOA,IAAEo1C,EAAExzB,GAAF,CAAM,EAAN,EAAS5hB,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS1M,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiB;AAAC,mBAAOk3D,EAAEvqC,GAAF,CAAMuqC,EAAEhhB,GAAF,CAAMp0B,CAAN,EAAQ9hB,CAAR,CAAN,EAAiB2I,CAAjB,CAAP;AAA2B,kBAAS0qD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,mBAAOA,IAAE61C,CAAT;AAAW,kBAASp/B,CAAT,CAAWzW,CAAX,EAAa;AAAC,mBAAOA,IAAE61C,CAAT;AAAW,kBAASvE,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAAC+B,MAAM/B,CAAN,CAA3B;AAAoC,kBAAStb,CAAT,CAAWmC,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO8hB,EAAEnZ,CAAF,IAAKA,CAAL,GAAO3I,CAAd;AAAgB,kBAASi1D,CAAT,CAAWnzC,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAAS+xC,CAAT,CAAW/xC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW,KAAI2I,CAAJ,IAASmZ,CAAT;AAAW9hB,kBAAErC,IAAF,CAAOgL,IAAEmZ,EAAEnZ,CAAF,CAAT;AAAX,aAA0B,OAAO3I,EAAES,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAASgqD,CAAT,CAAWlyC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,UAAR,CAAmB,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuB3I,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG8hB,EAAEu4C,UAAF,CAAa1xD,CAAb,CAA1C;AAAvB,aAAiF,OAAO3I,MAAI,CAAX;AAAa,kBAASyW,CAAT,CAAWqL,CAAX,EAAa;AAAC,mBAAOkyC,EAAEH,EAAE/xC,CAAF,CAAF,CAAP;AAAe,kBAAS8xC,CAAT,CAAW9xC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE8hB,EAAE5iB,MAAV;AAAA,gBAAiBkW,IAAEmiD,CAAnB;AAAA,gBAAqBlE,IAAE4D,CAAvB,CAAyB,KAAItuD,IAAE,CAAN,EAAQA,IAAE3I,CAAV,EAAY2I,GAAZ;AAAgB0qD,oBAAE6D,EAAEvqC,GAAF,CAAM0mC,CAAN,EAAQvxC,EAAEnZ,CAAF,CAAR,CAAF,EAAgByM,IAAE8hD,EAAEhhB,GAAF,CAAM9gC,CAAN,EAAQ0M,EAAEnZ,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACutC,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAAN;AAAoB,kBAASa,CAAT,CAAWpyC,CAAX,EAAa;AAAC,mBAAO8xC,EAAE9xC,CAAF,EAAKo0B,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWpN,CAAX,EAAa;AAAC,mBAAO8xC,EAAE9xC,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAWzzC,CAAX,EAAa;AAAC,mBAAO3Z,EAAE2Z,CAAF,EAAKo0B,GAAZ;AAAgB,kBAASptC,CAAT,CAAWgZ,CAAX,EAAa;AAAC,mBAAO3Z,EAAE2Z,CAAF,EAAK6K,GAAZ;AAAgB,kBAASxkB,CAAT,CAAW2Z,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAEkE,CAAZ;AAAA,gBAAch/B,IAAE0+B,CAAhB,CAAkB,KAAItuD,IAAE,CAAF,EAAI3I,IAAE8hB,EAAE5iB,MAAZ,EAAmByJ,IAAE3I,CAArB,EAAuB2I,GAAvB;AAA2ByM,oBAAE0M,EAAEnZ,CAAF,CAAF,EAAO,SAAOyM,CAAP,IAAUuY,SAASvY,CAAT,CAAV,KAAwBi+C,IAAE6D,EAAEhhB,GAAF,CAAMmd,CAAN,EAAQj+C,CAAR,CAAF,EAAamjB,IAAE2+B,EAAEvqC,GAAF,CAAM4L,CAAN,EAAQnjB,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAAC8gC,KAAImd,MAAIkE,CAAJ,GAAM,KAAK,CAAX,GAAalE,CAAlB,EAAoB1mC,KAAI4L,MAAI0+B,CAAJ,GAAM,KAAK,CAAX,GAAa1+B,CAArC,EAAN;AAA8C,kBAASkF,CAAT,CAAW3b,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASwuC,CAAT,CAAW5rB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAenZ,CAAf,GAAkBmZ,CAAzB;AAA2B,kBAAS1kB,CAAT,CAAW0kB,CAAX,EAAa;AAAC,mBAAOq0C,EAAEjF,QAAF,CAAWpvC,CAAX,EAAa,EAACk4C,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAASvsB,CAAT,CAAW7kC,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO8hB,EAAE9hB,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI2I,CAAJ,GAAM,IAAN,GAAW3I,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASyG,CAAT,CAAWqb,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,qBAAGwtC,EAAE1rB,EAAEnZ,CAAF,EAAK,CAAL,CAAF,EAAUmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO3I,CAAP;AAAS,kBAASo3D,CAAT,CAAWzuD,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE,EAAV,CAAa,KAAIrzD,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuBoV,oBAAEzM,EAAE3I,CAAF,EAAK,CAAL,CAAF,EAAU8hB,EAAE1M,CAAF,MAAOi+C,KAAG1qD,EAAE3I,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYoV,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKi+C,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAAS+C,CAAT,CAAWt0C,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASmnB,CAAT,CAAWnnB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,IAAG0M,CAAH,EAAK,KAAInZ,IAAEwtD,EAAEsP,SAAF,CAAY3jD,CAAZ,EAAe/c,KAAf,CAAqB,GAArB,CAAF,EAA4B/E,IAAE,CAAlC,EAAoCA,IAAE2I,EAAEzJ,MAAxC,EAA+Cc,GAA/C;AAAmDoV,kBAAEzX,IAAF,CAAO,WAASgL,EAAE3I,CAAF,CAAhB;AAAnD,aAAyE,OAAOoV,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASqsD,CAAT,CAAW1tD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACmZ,EAAEnZ,CAAF,CAAxD;AAA6D,kBAASutD,CAAT,CAAWp0C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O3I,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUoV,IAAE,EAA7U,EAAgV0M,IAAE,CAAlV;AAAqVA,oBAAE9hB,EAAE,CAAF,CAAF,GAAOA,EAAEwK,KAAF,EAAP,IAAkB4K,KAAGzM,EAAE3I,EAAE,CAAF,CAAF,CAAH,EAAW8hB,KAAG9hB,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOoV,CAAP;AAAS,kBAAS+hD,CAAT,CAAWr1C,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,CAAc,KAAIzW,IAAEA,EAAEre,WAAF,EAAF,EAAkBkF,IAAE,EAAC3I,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0D9I,IAAE,CAA5D,EAA8DoV,IAAE,CAAhE,EAAkEi+C,IAAE,CAAxE,EAA0EA,IAAEvxC,EAAE5iB,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAG96B,IAAE5vB,EAAEmZ,EAAEwxC,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAAC96B,CAArB,EAAuB,OAAO,IAAP,CAAYv4B,KAAGu4B,CAAH,EAAKA,IAAEnjB,CAAF,KAAMpV,KAAG,IAAEoV,CAAX,CAAL,EAAmBA,IAAEmjB,CAArB;AAAuB,oBAAOv4B,CAAP;AAAS,kBAAS63D,CAAT,CAAW/1C,CAAX,EAAa;AAAC,gBAAInZ,IAAE9E,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAIj0E,CAAJ;AAAA,oBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAEE,UAAUhB,MAAhB,EAAuB,EAAEc,CAAF,IAAK,CAA5B;AAA+BoV,yBAAG,MAAIlV,UAAUF,CAAV,CAAP;AAA/B,iBAAmD,OAAOoV,KAAKzM,CAAL,GAAOA,EAAEyM,CAAF,CAAP,GAAYzM,EAAEyM,CAAF,IAAK0M,EAAE7hB,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASu3D,CAAT,CAAW31C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,IAAE,EAAV,EAAai+C,IAAE,CAAf,EAAiB96B,IAAEzW,EAAE5iB,MAAzB,EAAgCm0D,IAAE96B,CAAlC;AAAqC5vB,oBAAEmZ,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoB1qD,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoB0qD,IAAE96B,CAAtB,IAAyBv4B,IAAE8hB,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMrzD,CAAd,IAAiBoV,EAAEzX,IAAF,CAAO,CAAC,CAAC,OAAKgL,CAAN,KAAU,EAAX,KAAgB,OAAK3I,CAArB,IAAwB,KAA/B,CAAjB,IAAwDoV,EAAEzX,IAAF,CAAOgL,CAAP,GAAU0qD,GAAlE,CAA7C,IAAqHj+C,EAAEzX,IAAF,CAAOgL,CAAP,CAAzI;AAArC,aAAwL,OAAOyM,CAAP;AAAS,kBAAS0iD,CAAT,CAAWh2C,CAAX,EAAa;AAAC,mBAAOA,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,CAApB,CAAvF;AAA8G,aAAzI,EAA2I9X,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASqtD,CAAT,CAAWv1C,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAAS3I,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,qBAAI,IAAIoV,IAAE,EAAN,EAASi+C,IAAE,CAAX,EAAa96B,IAAE,CAAf,EAAiB66B,IAAE,CAAvB,EAAyBC,IAAEvxC,EAAE5iB,MAAJ,IAAYq5B,IAAEv4B,EAAEd,MAAzC;AAAiDyJ,sBAAEmZ,EAAEuxC,CAAF,CAAF,EAAOrzD,EAAEu4B,CAAF,CAAP,KAAc,CAAd,GAAgBnjB,EAAEg+C,GAAF,IAAOtxC,EAAEuxC,GAAF,CAAvB,GAA8Bj+C,EAAEg+C,GAAF,IAAOpzD,EAAEu4B,GAAF,CAArC;AAAjD,iBAA6F,OAAO86B,IAAEvxC,EAAE5iB,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAe0M,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuC96B,IAAEv4B,EAAEd,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAepV,EAAEvC,KAAF,CAAQ86B,CAAR,CAAf,CAAnD,EAA8EnjB,CAArF;AAAuF,oBAAO0M,EAAE5iB,MAAF,GAAS,CAAT,GAAW4iB,EAAErkB,KAAF,EAAX,GAAqB,SAAS2X,CAAT,CAAW0M,CAAX,EAAa;AAAC,oBAAInZ,CAAJ,EAAM0qD,CAAN,EAAQ96B,CAAR,CAAU,OAAOzW,EAAE5iB,MAAF,IAAU,CAAV,GAAY4iB,CAAZ,IAAenZ,IAAElH,KAAKgzD,KAAL,CAAW3yC,EAAE5iB,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAEvxC,EAAErkB,KAAF,CAAQ,CAAR,EAAUkL,CAAV,CAA3B,EAAwC4vB,IAAEzW,EAAErkB,KAAF,CAAQkL,CAAR,CAA1C,EAAqD0qD,IAAEj+C,EAAEi+C,CAAF,CAAvD,EAA4D96B,IAAEnjB,EAAEmjB,CAAF,CAA9D,EAAmEv4B,EAAEqzD,CAAF,EAAI96B,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HzW,CAA1H,CAA5B;AAAyJ,aAAIo1C,IAAEz1D,IAAN;AAAA,YAAW00D,IAAE74D,OAAO07D,KAApB;AAAA,YAA0BxB,IAAErB,EAAEiP,UAA9B;AAAA,YAAyCzN,IAAET,EAAE7nC,EAAF,GAAK,GAAhD;AAAA,YAAoDkoC,IAAEuD,OAAOw3B,SAA7D;AAAA,YAAuEr7B,IAAE,CAAC6D,OAAOw3B,SAAjF;AAAA,YAA2F16B,IAAE,WAA7F;AAAA,YAAyGlB,IAAE9xD,KAAKD,GAAhH,CAAoH+xD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI9xD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8C2yB,EAAErB,CAAF,EAAI,EAAC9xB,MAAK,EAACkuD,SAAQh7B,CAAT,EAAWi7B,SAAQv7B,CAAnB,EAAqB3uC,QAAOolB,CAA5B,EAA8B+kD,aAAY7+B,CAA1C,EAA4C8+B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQ9wE,CAA1E,EAA4E+wE,KAAIt6D,CAAhF,EAAkFu6D,SAAQ9+B,CAA1F,EAA4F++B,YAAWt8E,CAAvG,EAAyGu8E,UAAS5/B,CAAlH,EAAoH6/B,eAAc58B,CAAlI,EAAoIh2D,MAAKo9B,CAAzI,EAA2Iy1D,YAAW99E,CAAtJ,EAAwJzQ,KAAI+xD,CAA5J,EAA8Jy8B,WAAUt/B,CAAxK,EAA0KpwB,OAAM96B,CAAhL,EAAkLyqF,KAAI//B,CAAtL,EAAwLggC,YAAW7lD,CAAnM,EAAqM8lD,eAAc7sF,CAAnN,EAAqN8sF,WAAUtqD,CAA/N,EAAiOuqD,YAAWp9B,CAA5O,EAA8Oq9B,aAAYr8B,CAA1P,EAA4Ps8B,gBAAet2F,CAA3Q,EAA6Qu2F,mBAAkBxrF,CAA/R,EAAiSyrF,gBAAer+B,CAAhT,EAAkTs+B,gBAAe/qF,CAAjU,EAAmUgrF,KAAI7+B,CAAvU,EAAyU8+B,gBAAevtF,CAAxV,EAA0VwtF,eAAc78B,CAAxW,EAA0W88B,eAAc/9B,CAAxX,EAA0Xg+B,SAAQr8B,CAAlY,EAAoYs8B,YAAWr8B,CAA/Y,EAAiZs8B,YAAW38B,CAA5Z,EAA8Z48B,WAAUh9B,CAAxa,EAAN,EAAJ,CAA9C,EAAqelB,EAAEwN,OAAF,CAAUt/B,IAAV,GAAe8xB,EAAE9xB,IAAtf,EAA2f8xB,EAAEuN,OAAF,CAAUr/B,IAAV,GAAe8xB,EAAE9xB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkE7f,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,GAAY;AAAC,mBAAM,EAACmiB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASt0F,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiB;AAAC,mBAAOyW,EAAE0iB,OAAF,CAAUo7D,OAAV,CAAkBzyE,CAAlB,EAAoBnZ,CAApB,EAAsB3I,CAAtB,CAAP;AAAgC,kBAASoV,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAE,EAAN,CAAS,IAAG8hB,EAAE5iB,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACx0F,wBAAE8hB,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,+BAAO3kB,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBtD,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM1M,CAAN,EAAQ;AAACmjB,sBAAEkuC,YAAF,CAAerxD,CAAf;AAAkB,yBAAQxW,GAAR,CAAYoB,CAAZ,EAAemZ,IAAf,CAAoBxQ,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAI0qD,IAAEl2D,QAAN;AAAA,YAAeo7B,IAAEj7B,OAAO07D,KAAxB;AAAA,YAA8B5F,IAAE76B,EAAEutC,KAAlC;AAAA,YAAwCt/D,IAAE+xB,EAAE8L,IAA5C;AAAA,YAAiD4wB,IAAEzuD,EAAEosF,OAArD;AAAA,YAA6D/+B,IAAET,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKqlD,KAAL,GAAWrlD,CAAX,EAAa,KAAK2yE,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS5yE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEs4E,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIuf,CAAL,EAAOxd,OAAMqE,CAAb,EAAtB,CAAsCyM,EAAE0M,CAAF,IAAKuxC,CAAL,EAAOrzD,EAAE20F,KAAF,IAAS30F,EAAE40F,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQ90F,EAAE40F,KAA1B,EAAgC50F,EAAE40F,KAAF,GAAQvhC,CAAjD,IAAoDrzD,EAAE20F,KAAF,GAAQ30F,EAAE40F,KAAF,GAAQvhC,CAA3E,EAA6ErzD,EAAEy0F,OAAF,IAAWz0F,EAAEmnE,KAAb,IAAoB/xD,EAAEpV,EAAE20F,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBvC,EAAE20F,KAAF,GAAQ30F,EAAE20F,KAAF,CAAQE,KAApC,EAA0C70F,EAAE20F,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF90F,EAAEy0F,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASyiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAE2vE,IAAF,CAAOx2D,CAAP,CAAb,CAAuB,IAAG9hB,CAAH,EAAK,OAAOA,MAAI2I,EAAEgsF,KAAN,IAAa30F,MAAI2I,EAAEisF,KAAnB,KAA2BjsF,EAAEgsF,KAAF,GAAQ30F,EAAE60F,KAAV,EAAgBlsF,EAAEgsF,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D90F,MAAI2I,EAAEisF,KAAN,KAAc50F,EAAE80F,KAAF,KAAU90F,EAAE80F,KAAF,CAAQD,KAAR,GAAc70F,EAAE60F,KAAhB,EAAsB70F,EAAE60F,KAAF,CAAQC,KAAR,GAAc90F,EAAE80F,KAAhD,GAAuD90F,EAAE80F,KAAF,GAAQnsF,EAAEisF,KAAjE,EAAuE50F,EAAE60F,KAAF,GAAQ,IAA/E,EAAoFlsF,EAAEisF,KAAF,CAAQC,KAAR,GAAc70F,CAAlG,EAAoG2I,EAAEisF,KAAF,GAAQ50F,CAA1H,CAA/D,EAA4LA,EAAEsE,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmB0vD,IAAElyC,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BrL,IAAE28C,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKizE,MAAL,GAAY,IAAIlhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAK+F,YAAL,CAAkB93C,CAAlB,CAAvB;AAA4C,aAA9D,EAA+DlhB,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASv0F,CAAT,EAAWoV,CAAX,EAAamjB,CAAb,EAAe;AAAC,oBAAI66B,CAAJ,EAAMS,CAAN,EAAQp9C,CAAR,EAAUm9C,CAAV,EAAYM,CAAZ,EAAchlC,CAAd,EAAgBqmC,CAAhB,EAAkBzsD,CAAlB,CAAoB,IAAG,CAAC9I,CAAJ,EAAM,OAAO2I,GAAP,CAAW,IAAGyqD,IAAE5sD,EAAE2sF,SAAF,CAAY/9E,CAAZ,CAAF,EAAiBy+C,IAAErtD,EAAEssF,OAAF,CAAU9yF,IAAEozD,CAAZ,CAAnB,EAAkC38C,IAAE,KAAKs+E,MAAL,CAAY11F,GAAZ,CAAgBw0D,CAAhB,CAApC,EAAuDp9C,CAA1D,EAA4D,OAAOA,CAAP,CAASm9C,IAAEjrD,GAAF,EAAMurD,IAAE37B,IAAEA,CAAF,GAAIy7B,CAAZ,EAAc9kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI00C,CAAJ,IAASngD,CAAT;AAAWtM,wBAAEsM,EAAEmgD,CAAF,CAAF,EAAON,EAAEnsD,CAAF,MAAOorD,EAAEr1C,KAAF,CAAQ02C,CAAR,IAAWzsD,CAAlB,CAAP;AAAX,iBAAuC,OAAOgZ,EAAEoyC,CAAF,EAAKjxD,IAAL,CAAUjD,CAAV,GAAak0D,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BmkC,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACl0D,IAAE,EAAH,EAAOd,MAAP,KAAgB00D,EAAE9oC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDphC,EAAE/jC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8EymC,EAAE0gC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MphC,EAAE9oC,KAAF,GAAQ,CAAR,IAAW8oC,EAAE/jC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB7gC,CAAhB,EAAkBD,CAAlB,CAAjO,EAAsPM,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRN,CAAzR;AAA2R,aAAvlB,EAAwlBqhC,iBAAgB,2BAAU;AAAC,uBAAOnzE,EAAE,kGAAgG,KAAKlhB,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDv+E,EAAE0iB,OAAF,GAAU,IAAI1iB,CAAJ,EAAV,EAAgB8hB,EAAE8L,IAAF,CAAO8wD,WAAP,GAAmB1+E,CAAnC,EAAqC8hB,EAAE8L,IAAF,CAAO+wD,QAAP,GAAgBvhC,CAArD,EAAuDt7B,EAAE8L,IAAF,CAAOgxD,SAAP,GAAiBjgF,CAAxE,EAA0EmjB,EAAE8L,IAAF,CAAOixD,WAAP,GAAmBt1F,CAA7F;AAA+F,KAAvlE,CAAwlE1C,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2C7f,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAUD,CAAV;AAAA,gBAAY5sD,CAAZ;AAAA,gBAAcyuD,CAAd;AAAA,gBAAgBpB,CAAhB;AAAA,gBAAkBG,IAAE,EAApB;AAAA,gBAAuBv9C,IAAE,CAAzB,CAA2B,KAAIqL,IAAEnZ,EAAEmZ,CAAF,CAAN,EAAWrL,IAAEqL,EAAE5iB,MAAf;AAAuBc,oBAAE8hB,EAAEu4C,UAAF,CAAa5jD,GAAb,CAAF,EAAoBrB,IAAE0M,EAAEu4C,UAAF,CAAa5jD,GAAb,CAAtB,EAAwC48C,IAAEvxC,EAAEu4C,UAAF,CAAa5jD,GAAb,CAA1C,EAA4D28C,IAAEpzD,KAAG,CAAjE,EAAmEwG,IAAE,CAAC,IAAExG,CAAH,KAAO,CAAP,GAASoV,KAAG,CAAjF,EAAmF6/C,IAAE,CAAC,KAAG7/C,CAAJ,KAAQ,CAAR,GAAUi+C,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GxvC,MAAMzO,CAAN,IAAS6/C,IAAEpB,IAAE,EAAb,GAAgBhwC,MAAMwvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4IG,IAAEA,IAAEz7B,EAAE+6B,MAAF,CAASF,CAAT,CAAF,GAAc76B,EAAE+6B,MAAF,CAAS9sD,CAAT,CAAd,GAA0B+xB,EAAE+6B,MAAF,CAAS2B,CAAT,CAA1B,GAAsC18B,EAAE+6B,MAAF,CAASO,CAAT,CAApL;AAAvB,aAAuN,OAAOG,CAAP;AAAS,kBAASrrD,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,oBAAE8hB,EAAEu4C,UAAF,CAAa1xD,CAAb,CAAF,EAAkB3I,IAAE,GAAF,GAAMoV,KAAGi+C,EAAErzD,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAV,CAAH,EAAgBoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUoV,KAAGi+C,EAAE,MAAIrzD,MAAI,EAAV,CAAH,EAAiBoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOoV,CAAP;AAAS,aAAIpV,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEolE,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwD+vB,IAAE,mEAA1D,CAA8HnjB,EAAEpV,EAAEqkC,IAAJ,EAAS,EAACkxD,cAAazzE,CAAd,EAAgB0zE,YAAW7sF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBrL,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAInZ,IAAElH,IAAN;AAAA,YAAWzB,IAAE1C,OAAO07D,KAApB;AAAA,YAA0B5jD,IAAEpV,EAAEolE,UAA9B;AAAA,YAAyC/R,IAAEvxC,EAAEhe,OAA7C;AAAA,YAAqDy0B,IAAE,EAACk9D,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAS7zE,CAAT,EAAW;AAAC,uBAAO,KAAK4zE,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBmkB,CAArB,CAAhB,GAAwC,KAAK4zE,UAAL,GAAgB,CAAC5zE,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmK8zE,gBAAe,wBAAS9zE,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8sF,SAAL,EAAN;AAAA,oBAAuBz1F,IAAEqzD,EAAEvxC,CAAF,EAAInZ,CAAJ,CAAzB,CAAgC,OAAO3I,KAAG,CAAC,CAAJ,IAAO2I,EAAEjI,MAAF,CAASV,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQulB,SAAQ,iBAASzD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAIzgF,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,EAAE8hB,CAAF,KAAM9hB,EAAE8hB,CAAF,EAAKnZ,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYmtF,eAAc,uBAASh0E,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEqkB,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6BzD,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdi0E,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBltF,EAAEgkB,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASp0E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmZ,CAAL,KAAS,KAAKA,CAAL,EAAQ8zE,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAK9zE,CAAL,IAAQnZ,CAA9C,EAAgDA,EAAEgtF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20BvgF,EAAEpV,CAAF,EAAI,EAACm2F,QAAO,EAACC,gBAAe79D,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3Bj7B,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,2BAAP,EAAmC,CAAC,gBAAD,CAAnC,EAAsD7f,CAAtD;AAAyD,CAA5E,CAA6E,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAeoV,CAAf,EAAiB;AAAC,qBAASi+C,CAAT,CAAWvxC,CAAX,EAAa;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYmZ,IAAEnZ,CAAF,GAAI,CAAhB;AAAmBA,yBAAG,EAAH;AAAnB,iBAAyB,OAAOA,CAAP;AAAS,iBAAI4vB,CAAJ,EAAM66B,CAAN,EAAQ5sD,CAAR,EAAUyuD,CAAV,CAAY,IAAGtsD,MAAImZ,CAAJ,IAAOnZ,MAAI3I,CAAd,EAAgB,OAAM,EAAN,CAAS,IAAGoV,KAAGqB,EAAEutG,IAAF,CAAOhkH,IAAE8hB,CAAT,KAAarL,EAAEutG,IAAF,CAAO5uG,CAAP,CAAnB,EAA6B,MAAK,iEAAL,CAAuE,IAAGA,IAAEA,KAAG,CAAL,EAAO0M,IAAEA,KAAG,CAAZ,EAAc9hB,IAAEA,KAAG8hB,CAAnB,EAAqB,CAAC9hB,IAAE8hB,CAAH,IAAM1M,CAAN,KAAU,IAAE,CAApC,EAAsC,MAAK,yBAAL,CAA+B,IAAGmjB,IAAE,EAAF,EAAK66B,IAAE,CAAC,CAAR,EAAU6B,IAAE5B,EAAE5xD,KAAKosC,GAAL,CAASz4B,CAAT,CAAF,CAAZ,EAA2B0M,KAAGmzC,CAA9B,EAAgCj1D,KAAGi1D,CAAnC,EAAqC7/C,KAAG6/C,CAAxC,EAA0CnzC,IAAE9hB,CAAF,IAAKoV,IAAE,CAAP,KAAWA,IAAE,CAACA,CAAd,CAA1C,EAA2DA,IAAE,CAAhE,EAAkE,OAAK,CAAC5O,IAAEsb,IAAE1M,IAAE,EAAEg+C,CAAT,KAAapzD,CAAlB;AAAqBu4B,kBAAE56B,IAAF,CAAO6I,IAAEyuD,CAAT;AAArB,aAAlE,MAAwG,OAAK,CAACzuD,IAAEsb,IAAE1M,IAAE,EAAEg+C,CAAT,KAAapzD,CAAlB;AAAqBu4B,kBAAE56B,IAAF,CAAO6I,IAAEyuD,CAAT;AAArB,aAAiC,OAAO18B,CAAP;AAAS,kBAASnjB,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAGmZ,KAAGnZ,CAAN,EAAQ,OAAO,CAAP,CAAS,IAAI3I,IAAE2I,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAZ;AAAA,gBAAcp4B,IAAE0M,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAtB;AAAA,gBAAwB2lB,IAAE5xD,KAAK2yG,IAAL,CAAUp0G,IAAEoV,CAAZ,CAA1B,CAAyC,OAAOA,KAAG,CAAH,GAAKpV,IAAE,CAAF,GAAIqzD,IAAE,IAAE5xD,KAAK4tB,EAAb,GAAgBgkC,CAArB,GAAuBA,IAAE5xD,KAAK4tB,EAArC;AAAwC,aAAIgkC,CAAJ;AAAA,YAAM96B,CAAN;AAAA,YAAQ66B,IAAE91D,OAAO07D,KAAjB;AAAA,YAAuBxyD,IAAE4sD,EAAEsQ,OAAF,CAAUylD,OAAV,GAAkB,EAA3C;AAAA,YAA8Cl0D,IAAE7B,EAAEgS,UAAlD;AAAA,YAA6DvR,IAAE/xC,EAAExgB,OAAjE;AAAA,YAAyE0yD,IAAE,IAA3E;AAAA,YAAgFv9C,IAAE,EAAlF,CAAqFw+C,EAAEx+C,CAAF,EAAI,EAACo6I,YAAW,oBAAS/uI,CAAT,EAAW;AAAC,uBAAOrgB,KAAKosC,GAAL,CAAS/rB,CAAT,IAAYkyC,CAAnB;AAAqB,aAA7C,EAA8C88F,WAAU,mBAAShvI,CAAT,EAAW;AAAC,uBAAOnZ,MAAImZ,CAAX;AAAa,aAAjF,EAAkFivI,aAAY,qBAASjvI,CAAT,EAAW;AAAC,uBAAOnZ,MAAImZ,CAAJ,IAAO,SAAOA,CAArB;AAAuB,aAAjI,EAAkIkvI,UAAS,kBAASlvI,CAAT,EAAW;AAAC,uBAAOA,MAAIje,OAAOie,CAAP,CAAX;AAAqB,aAA5K,EAA6KvL,KAAI,aAASuL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO9E,OAAO7F,cAAP,CAAsBoB,IAAtB,CAA2B0iB,CAA3B,EAA6BnZ,CAA7B,CAAP;AAAuC,aAAtO,EAAuOsoJ,UAAS,kBAASnvI,CAAT,EAAW;AAAC,uBAAM,qBAAmBje,OAAO9E,SAAP,CAAiBjB,QAAjB,CAA0BsB,IAA1B,CAA+B0iB,CAA/B,CAAzB;AAA2D,aAAvT,EAAwTovI,WAAU,mBAASpvI,CAAT,EAAW;AAAC,uBAAM,sBAAoBje,OAAO9E,SAAP,CAAiBjB,QAAjB,CAA0BsB,IAA1B,CAA+B0iB,CAA/B,CAA1B;AAA4D,aAA1Y,EAA2YqvI,QAAO,gBAASrvI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO9E,OAAO9E,SAAP,CAAiBjB,QAAjB,CAA0BsB,IAA1B,CAA+B0iB,CAA/B,KAAmC,aAAWnZ,CAAX,GAAa,GAAvD;AAA2D,aAA3d,EAA4dqqF,UAAS,kBAASlxE,CAAT,EAAW;AAAC,uBAAM,CAAC+B,MAAMvhB,WAAWwf,CAAX,CAAN,CAAD,IAAuB6L,SAAS7L,CAAT,CAA7B;AAAyC,aAA1hB,EAA2hBsvI,SAAQ,iBAAStvI,CAAT,EAAW;AAAC,oBAAG,SAAOA,CAAV,EAAY,OAAM,CAAC,CAAP,CAAS,IAAG+xC,EAAE/xC,CAAF,KAAMrL,EAAEw6I,QAAF,CAAWnvI,CAAX,CAAT,EAAuB,OAAO,MAAIA,EAAE5iB,MAAb,CAAoB,KAAI,IAAIyJ,CAAR,IAAamZ,CAAb;AAAe,wBAAGrL,EAAEF,GAAF,CAAMuL,CAAN,EAAQnZ,CAAR,CAAH,EAAc,OAAM,CAAC,CAAP;AAA7B,iBAAsC,OAAM,CAAC,CAAP;AAAS,aAA9pB,EAA+pB0oJ,cAAa,sBAASvvI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG8N,EAAEu6I,QAAF,CAAWroJ,CAAX,CAAH,EAAiB,KAAI,IAAI3I,CAAR,IAAa2I,CAAb;AAAemZ,sBAAE9hB,CAAF,IAAK2I,EAAE3I,CAAF,CAAL;AAAf;AAAyB,aAApuB,EAAquBsxJ,WAAU,mBAASxvI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAE,CAAN,EAAQA,IAAE8hB,CAAV,EAAY,EAAE9hB,CAAd;AAAgBoV,sBAAEpV,CAAF,IAAK2I,CAAL;AAAhB,iBAAuB,OAAOyM,CAAP;AAAS,aAAxyB,EAAyyBm8I,iBAAgB,yBAASzvI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,EAAV,CAAa,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAE8hB,EAAEnZ,CAAF,CAAF,EAAOyM,EAAEzX,IAAF,CAAOqC,EAAEwtC,CAAF,GAAI,GAAJ,GAAQxtC,EAAE0tC,CAAjB,CAAP;AAAvB,iBAAkD,OAAOt4B,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB,aAAv5B,EAAw5BwnJ,mBAAkB,2BAAS1vI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE8hB,EAAE/c,KAAF,CAAQ,GAAR,CAAR;AAAA,oBAAqBqQ,IAAE,EAAvB,CAA0B,IAAGpV,EAAEd,MAAF,GAAS,CAAT,KAAa,CAAhB,EAAkB,MAAK,yBAAL,CAA+B,KAAIyJ,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,KAAG,CAAtB;AAAwByM,sBAAEzX,IAAF,CAAO,IAAI6I,EAAE6zF,KAAN,CAAY5lE,SAASz0B,EAAE2I,CAAF,CAAT,EAAc,EAAd,CAAZ,EAA8B8rB,SAASz0B,EAAE2I,IAAE,CAAJ,CAAT,EAAgB,EAAhB,CAA9B,CAAP;AAAxB,iBAAmF,OAAOyM,CAAP;AAAS,aAA7lC,EAA8lCq8I,eAAc,uBAAS3vI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO8rB,SAAShzB,KAAKgzD,KAAL,CAAWhzD,KAAKC,MAAL,KAAciH,CAAzB,IAA4BmZ,CAArC,EAAuC,EAAvC,CAAP;AAAkD,aAA5qC,EAA6qC4vI,KAAI,aAAS5vI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,IAAGzM,EAAEmZ,CAAF,GAAKA,EAAEpZ,UAAV,EAAqB,KAAI1I,IAAE,CAAN,EAAQA,IAAE8hB,EAAEpZ,UAAF,CAAaxJ,MAAvB,EAA8Bc,GAA9B;AAAkCoV,wBAAE0M,EAAEpZ,UAAF,CAAa1I,CAAb,CAAF,EAAkB,KAAK0xJ,GAAL,CAASt8I,CAAT,EAAWzM,CAAX,CAAlB;AAAlC;AAAkE,aAA9xC,EAA+xCgpJ,gBAAe,wBAAS7vI,CAAT,EAAW;AAAC,uBAAO,SAAOA,CAAP,IAAU,MAAIA,EAAEkyC,CAAhB,GAAkB,CAAlB,GAAoB,MAAIvyD,KAAK60F,KAAL,CAAWx0E,EAAErb,CAAb,EAAeqb,EAAEkyC,CAAjB,CAAJ,GAAwBvyD,KAAK4tB,EAAxD;AAA2D,aAAr3C,EAAs3CuiI,kBAAiB,0BAAS9vI,CAAT,EAAW;AAAC,oBAAInZ,IAAElH,KAAKihF,IAAL,CAAU5gE,EAAEtb,CAAF,GAAIsb,EAAEtb,CAAN,GAAQsb,EAAE+xC,CAAF,GAAI/xC,EAAE+xC,CAAxB,CAAN;AAAA,oBAAiC7zD,IAAEyB,KAAKihF,IAAL,CAAU5gE,EAAErb,CAAF,GAAIqb,EAAErb,CAAN,GAAQqb,EAAEkyC,CAAF,GAAIlyC,EAAEkyC,CAAxB,CAAnC,CAA8D,OAAM,CAACrrD,CAAD,EAAG3I,CAAH,CAAN;AAAY,aAA79C,EAAJ,GAAo+CyW,EAAEutG,IAAF,GAAO,UAASliG,CAAT,EAAW;AAAC,mBAAOA,IAAEA,IAAE,CAAF,GAAI,CAAC,CAAL,GAAO,CAAT,GAAW,CAAlB;AAAoB,SAA3gD,EAA4gDrL,EAAEo7I,SAAF,GAAY,UAAS/vI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO,MAAIyM,EAAE0M,CAAF,EAAInZ,CAAJ,CAAJ,GAAWlH,KAAK4tB,EAAvB;AAA0B,SAAhkD,EAAikD5Y,EAAE6sB,OAAF,GAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,iBAAI,IAAIoV,IAAE,CAAV,EAAYA,IAAE0M,EAAE5iB,MAAhB,EAAuBkW,GAAvB;AAA2BzM,kBAAEvJ,IAAF,CAAOY,CAAP,EAAS8hB,EAAE1M,CAAF,CAAT,EAAcA,CAAd,EAAgB0M,CAAhB;AAA3B;AAA8C,SAAzoD,EAA0oDrL,EAAE+4H,GAAF,GAAM,UAAS1tH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAI,IAAI3I,IAAE,CAAV,EAAYA,IAAE8hB,EAAE5iB,MAAhB,EAAuB,EAAEc,CAAzB;AAA2B,oBAAG2I,EAAEmZ,EAAE9hB,CAAF,CAAF,CAAH,EAAW,OAAO8hB,EAAE9hB,CAAF,CAAP;AAAtC,aAAkD,OAAO,IAAP;AAAY,SAA5tD,EAA6tDyW,EAAE6B,MAAF,GAAS,UAASwJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAI,IAAI3I,CAAR,EAAU,CAACA,IAAEyW,EAAE7Y,OAAF,CAAUkkB,CAAV,EAAYnZ,CAAZ,CAAH,MAAqB,CAAC,CAAhC;AAAmCmZ,kBAAEphB,MAAF,CAASV,CAAT,EAAW,CAAX;AAAnC,aAAiD,OAAO8hB,CAAP;AAAS,SAA9yD,EAA+yDrL,EAAE1Q,QAAF,GAAW,UAAS+b,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAO8N,EAAE7Y,OAAF,CAAUkkB,CAAV,EAAYnZ,CAAZ,MAAiB,CAAC,CAAzB;AAA2B,SAAn2D,EAAo2D8N,EAAE7Y,OAAF,GAAU,UAAS+K,CAAT,EAAW3I,CAAX,EAAa;AAAC,mBAAO8hB,EAAEhe,OAAF,CAAU9D,CAAV,EAAY2I,CAAZ,CAAP;AAAsB,SAAl5D,EAAm5D8N,EAAEq7I,IAAF,GAAO,UAAShwI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,gBAAIi+C,CAAJ;AAAA,gBAAM96B,CAAN;AAAA,gBAAQ66B,IAAElzD,UAAUhB,MAAV,GAAiB,CAA3B,CAA6B,KAAIm0D,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAZ,EAAmBm0D,GAAnB;AAAuB96B,oBAAEzW,EAAEuxC,CAAF,CAAF,EAAOD,IAAEpzD,IAAE2I,EAAEvJ,IAAF,CAAOgW,CAAP,EAASpV,CAAT,EAAWu4B,CAAX,EAAa86B,CAAb,EAAevxC,CAAf,CAAJ,IAAuB9hB,IAAEu4B,CAAF,EAAI66B,IAAE,CAAC,CAA9B,CAAP;AAAvB,aAA+D,IAAG,CAACA,CAAJ,EAAM,MAAK,6CAAL,CAAmD,OAAOpzD,CAAP;AAAS,SAA1kE,EAA2kEyW,EAAElK,IAAF,GAAO,UAASuV,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,gBAAIoV,CAAJ,CAAM,OAAOqB,EAAE+4H,GAAF,CAAM1tH,CAAN,EAAQ,UAASA,CAAT,EAAWuxC,CAAX,EAAa96B,CAAb,EAAe;AAAC,uBAAM,CAAC,CAAC5vB,EAAEvJ,IAAF,CAAOY,CAAP,EAAS8hB,CAAT,EAAWuxC,CAAX,EAAa96B,CAAb,CAAF,KAAoBnjB,IAAE0M,CAAF,EAAI,CAAC,CAAzB,CAAN;AAAkC,aAA1D,GAA4D1M,CAAnE;AAAqE,SAA7qE,EAA8qEqB,EAAEtW,KAAF,GAAQ,UAAS2hB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO,MAAI8hB,EAAE5iB,MAAN,GAAa,IAAb,GAAkBuX,EAAEs6I,WAAF,CAAcpoJ,CAAd,IAAiBmZ,EAAE,CAAF,CAAjB,GAAsBrL,EAAElK,IAAF,CAAOuV,CAAP,EAASnZ,CAAT,EAAW3I,CAAX,CAA/C;AAA6D,SAAnwE,EAAowEyW,EAAEwS,MAAF,GAAS,UAASnH,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO8hB,EAAEphB,MAAF,CAASV,CAAT,EAAW,CAAX,EAAa2I,CAAb,GAAgBmZ,CAAvB;AAAyB,SAAtzE,EAAuzErL,EAAE7X,GAAF,GAAM,UAASkjB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMi+C,CAAN;AAAA,gBAAQ96B,IAAE,CAAC,CAAX,CAAa,KAAI86B,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAJ,KAAakW,IAAE0M,EAAEuxC,CAAF,CAAF,EAAO96B,IAAEA,KAAG5vB,EAAEvJ,IAAF,CAAOY,CAAP,EAASoV,CAAT,EAAWi+C,CAAX,EAAavxC,CAAb,CAAZ,EAA4ByW,CAAzC,CAAR,EAAoD86B,GAApD,IAAyD,OAAO96B,CAAP;AAAS,SAA55E,EAA65E9hB,EAAE88B,KAAF,GAAQ,UAASzxB,CAAT,EAAW;AAACA,cAAEphB,MAAF,CAAS,CAAT,EAAWohB,EAAE5iB,MAAb;AAAqB,SAAt8E,EAAu8EuX,EAAEs7I,MAAF,GAAS,UAASjwI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,gBAAGyW,EAAEs6I,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,+BAAL,CAAqC,IAAGrL,EAAEs6I,WAAF,CAAcpoJ,CAAd,CAAH,EAAoB,MAAK,gCAAL,CAAsC,IAAGmZ,EAAE5iB,MAAF,IAAUyJ,EAAEzJ,MAAf,EAAsB,MAAK,yCAAL,CAA+C,IAAIkW,CAAJ;AAAA,gBAAMi+C,IAAE,EAAR,CAAW,KAAIj+C,IAAE,CAAN,EAAQA,IAAE0M,EAAE5iB,MAAZ,EAAmBkW,GAAnB;AAAuBi+C,kBAAE11D,IAAF,CAAO,EAAC6vC,GAAE1rB,EAAE1M,CAAF,CAAH,EAAQs4B,GAAE/kC,EAAEyM,CAAF,CAAV,EAAP;AAAvB,aAA+C,KAAIi+C,EAAE5yD,IAAF,CAAOgW,EAAEs6I,WAAF,CAAc/wJ,CAAd,IAAiB,UAAS8hB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAb;AAAe,aAA9C,GAA+C,UAAS1rB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO3I,EAAE8hB,EAAE0rB,CAAJ,EAAM7kC,EAAE6kC,CAAR,CAAP;AAAkB,aAAtF,GAAwF/2B,EAAE88B,KAAF,CAAQzxB,CAAR,CAAxF,EAAmGrL,EAAE88B,KAAF,CAAQ5qC,CAAR,CAAnG,EAA8GyM,IAAE,CAApH,EAAsHA,IAAEi+C,EAAEn0D,MAA1H,EAAiIkW,GAAjI;AAAqI0M,kBAAEnkB,IAAF,CAAO01D,EAAEj+C,CAAF,EAAKo4B,CAAZ,GAAe7kC,EAAEhL,IAAF,CAAO01D,EAAEj+C,CAAF,EAAKs4B,CAAZ,CAAf;AAArI;AAAmK,SAAr3F,EAAs3Fj3B,EAAEu7I,QAAF,GAAW,UAASlwI,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,cAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAenZ,CAAf;AAAkB,SAAj6F,EAAk6F0qD,IAAE,EAAC4+F,WAAU,mBAASnwI,CAAT,EAAW;AAAC,uBAAM,CAACrgB,KAAK2tB,GAAL,CAAStN,IAAErgB,KAAK4tB,EAAhB,CAAD,GAAqB,CAArB,GAAuB,EAA7B;AAAgC,aAAvD,EAAp6F,EAA69FkJ,IAAE66B,EAAE0S,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,gBAAU;AAAC,qBAAK2zJ,QAAL,GAAc,EAAd,EAAiB,KAAKhxJ,MAAL,GAAY,CAA7B,EAA+B,KAAK+vB,IAAL,GAAU,CAAzC,EAA2C,KAAK8B,QAAL,GAAc,EAAzD,EAA4D,KAAKjE,QAAL,GAAc,GAA1E,EAA8E,KAAKsW,QAAL,GAAc,IAA5F,EAAiG,KAAKnjB,QAAL,GAAc,EAA/G,CAAkH,IAAIH,IAAE,IAAN,CAAW,KAAKw+B,UAAL,GAAgB+S,EAAE4+F,SAAlB,EAA4B,KAAKE,aAAL,GAAmB,YAAU;AAACrwI,sBAAEswI,YAAF;AAAiB,iBAA3E;AAA4E,aAA1N,EAA2NC,YAAW,oBAASvwI,CAAT,EAAW;AAAC,qBAAKowI,QAAL,CAAcv0J,IAAd,CAAmBmkB,CAAnB;AAAsB,aAAxQ,EAAyQwwI,YAAW,oBAASxwI,CAAT,EAAW;AAAC,qBAAKG,QAAL,CAActkB,IAAd,CAAmBmkB,CAAnB;AAAsB,aAAtT,EAAuTywI,eAAc,uBAAS5pJ,CAAT,EAAW;AAAC,qBAAKsZ,QAAL,GAAcH,EAAE9d,IAAF,CAAO,KAAKie,QAAZ,EAAqB,UAASH,CAAT,EAAW;AAAC,2BAAOA,MAAInZ,CAAX;AAAa,iBAA9C,CAAd;AAA8D,aAA/Y,EAAgZ4c,SAAQ,mBAAU;AAAC,oBAAIzD,IAAE,IAAN,CAAW,KAAKG,QAAL,IAAexL,EAAE6sB,OAAF,CAAU,KAAKrhB,QAAf,EAAwB,UAAStZ,CAAT,EAAW;AAAC,2BAAOA,EAAEvJ,IAAF,CAAO,SAAO0iB,EAAE0wI,MAAT,GAAgB1wI,EAAE0wI,MAAlB,GAAyB1wI,CAAhC,CAAP;AAA0C,iBAA9E,CAAf;AAA+F,aAA7gB,EAA8gB2wI,QAAO,kBAAU,CAAE,CAAjiB,EAAkiBC,QAAO,gBAAS5wI,CAAT,EAAW;AAAC,qBAAK6wI,UAAL,CAAgB,KAAK1hI,IAArB,EAA0BnP,CAA1B;AAA6B,aAAllB,EAAmlB6wI,YAAW,oBAAS7wI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKzH,MAAL,GAAYO,KAAKkrB,GAAL,CAAS,CAAT,EAAWlrB,KAAKy0C,GAAL,CAAS,CAAT,EAAWvtC,CAAX,CAAX,CAAZ,EAAsC,KAAKsoB,IAAL,GAAUxvB,KAAKkrB,GAAL,CAAS,CAAT,EAAWlrB,KAAKy0C,GAAL,CAAS,CAAT,EAAWp0B,CAAX,CAAX,CAAhD,EAA0E,KAAKsjB,QAAL,GAAe,IAAIxgC,IAAJ,EAAD,CAAWigC,OAAX,EAAxF,EAA6G,KAAK+tH,UAAL,KAAkB,KAAKA,UAAL,GAAgBt1J,OAAO01B,WAAP,CAAmB,KAAKm/H,aAAxB,EAAsC,KAAKp/H,QAA3C,CAAlC,CAA7G;AAAqM,aAAjzB,EAAkzBxV,MAAK,gBAAU;AAAC,qBAAKq1I,UAAL,KAAkBt1J,OAAO21B,aAAP,CAAqB,KAAK2/H,UAA1B,GAAsC,KAAKA,UAAL,GAAgB,IAAtD,EAA2D,KAAKrtI,OAAL,EAA7E;AAA6F,aAA/5B,EAAg6B2vF,MAAK,cAASpzF,CAAT,EAAW;AAAC,sBAAI,KAAKowI,QAAL,CAAchzJ,MAAlB,KAA2B,SAAO4iB,CAAP,KAAW,KAAK0wI,MAAL,GAAY1wI,CAAvB,GAA0B,KAAK+wI,SAAL,EAA1B,EAA2C,KAAKF,UAAL,CAAgB,CAAhB,EAAkB,CAAlB,CAAtE;AAA4F,aAA7gC,EAA8gCp7I,SAAQ,mBAAU;AAAC,qBAAKo7I,UAAL,CAAgB,CAAhB,EAAkB,CAAlB;AAAqB,aAAtjC,EAAujCE,WAAU,qBAAU;AAAC,oBAAG,MAAI,KAAKX,QAAL,CAAchzJ,MAArB,EAA4B,KAAI,IAAI4iB,IAAE,CAAV,EAAYA,IAAE,KAAKowI,QAAL,CAAchzJ,MAA5B,EAAmC4iB,GAAnC;AAAuC,yBAAKowI,QAAL,CAAcpwI,CAAd,EAAiB+wI,SAAjB;AAAvC;AAAoE,aAA5qC,EAA6qCC,WAAU,qBAAU;AAAC,oBAAIhxI,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK23C,UAAL,CAAgB,KAAKrvB,IAArB,CAAR,CAAmC,KAAInP,IAAE,CAAN,EAAQA,IAAE,KAAKowI,QAAL,CAAchzJ,MAAxB,EAA+B4iB,GAA/B;AAAmC,yBAAKowI,QAAL,CAAcpwI,CAAd,EAAiBg2D,MAAjB,CAAwBnvE,CAAxB;AAAnC;AAA8D,aAAnyC,EAAoyCypJ,cAAa,wBAAU;AAAC,oBAAItwI,CAAJ;AAAA,oBAAMnZ,IAAG,IAAI/D,IAAJ,EAAD,CAAWigC,OAAX,EAAR;AAAA,oBAA6B7kC,IAAE2I,IAAE,KAAKy8B,QAAtC,CAA+C,KAAKA,QAAL,GAAcz8B,CAAd,EAAgBmZ,IAAE9hB,IAAE,KAAK8uB,QAAP,IAAiB,KAAKmC,IAAL,GAAU,KAAK/vB,MAAf,GAAsB,CAAtB,GAAwB,CAAC,CAA1C,CAAlB,EAA+DO,KAAKosC,GAAL,CAAS/rB,CAAT,KAAargB,KAAKosC,GAAL,CAAS,KAAK5c,IAAL,GAAU,KAAK/vB,MAAxB,CAAb,GAA6C,KAAK+vB,IAAL,GAAU,KAAK/vB,MAA5D,GAAmE,KAAK+vB,IAAL,IAAWnP,CAA7I,CAA+I,IAAG;AAAC,yBAAKgxI,SAAL;AAAiB,iBAArB,SAA4B;AAAC,yBAAKL,MAAL,CAAYrzJ,IAAZ,CAAiB,IAAjB,GAAuB,KAAK8B,MAAL,IAAa,KAAK+vB,IAAlB,IAAwB,KAAK1T,IAAL,EAA/C;AAA2D;AAAC,aAAnlD,EAAf,CAA/9F,EAAokJ61C,EAAEgS,UAAF,CAAa5+D,CAAb,EAAe,EAACjI,MAAK,cAASujB,CAAT,EAAW;AAACsxC,kBAAE70D,IAAF,CAAOujB,CAAP,EAAStb,EAAEg9D,EAAX;AAAe,aAAjC,EAAkCuvF,OAAMt8I,CAAxC,EAA0Cu8I,OAAMhzJ,CAAhD,EAAkDizJ,QAAO16H,CAAzD,EAAf,CAApkJ;AAAgpJ,KAAvwK,CAAwwKj7B,OAAO07D,KAAP,CAAa76D,MAArxK,CAAD;AAA8xK,CAAt3K,EAAu3K,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA77K,CAA98P,EAA64a,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,0BAAP,EAAkC,CAAC,2BAAD,EAA6B,wBAA7B,CAAlC,EAAyF7f,CAAzF;AAA4F,CAA/G,CAAgH,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAOrgB,KAAKosC,GAAL,CAAS/rB,CAAT,IAAYo1C,CAAnB;AAAqB,kBAAS9hD,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiBi+C,CAAjB,EAAmB96B,CAAnB,EAAqB;AAAC,gBAAI66B,CAAJ;AAAA,gBAAM5sD,CAAN;AAAA,gBAAQyuD,CAAR;AAAA,gBAAUpB,CAAV;AAAA,gBAAYG,IAAE,CAACrrD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAP,KAAW6lB,EAAE3lB,CAAF,GAAIt4B,EAAEs4B,CAAjB,IAAoB,CAAC/kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAP,KAAW2lB,EAAE7lB,CAAF,GAAIp4B,EAAEo4B,CAAjB,CAAlC,CAAsD,IAAG,CAACxtC,EAAEg0D,CAAF,CAAD,KAAQZ,IAAE,CAACtxC,EAAE4rB,CAAF,GAAIt4B,EAAEs4B,CAAP,KAAW2lB,EAAE7lB,CAAF,GAAIp4B,EAAEo4B,CAAjB,IAAoB,CAAC1rB,EAAE0rB,CAAF,GAAIp4B,EAAEo4B,CAAP,KAAW6lB,EAAE3lB,CAAF,GAAIt4B,EAAEs4B,CAAjB,CAAtB,EAA0ClnC,IAAE,CAACsb,EAAE4rB,CAAF,GAAIt4B,EAAEs4B,CAAP,KAAW/kC,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAjB,IAAoB,CAAC1rB,EAAE0rB,CAAF,GAAIp4B,EAAEo4B,CAAP,KAAW7kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAjB,CAAhE,EAAoFunB,IAAE7B,IAAEY,CAAxF,EAA0FH,IAAErtD,IAAEwtD,CAA9F,EAAgG,CAACz7B,CAAD,IAAI,EAAE08B,IAAE,CAAF,IAAKA,IAAE,CAAP,IAAUpB,IAAE,CAAZ,IAAeA,IAAE,CAAnB,CAA5G,CAAH,EAAsI,OAAO,IAAIsD,CAAJ,CAAMr1C,EAAE0rB,CAAF,GAAIynB,KAAGtsD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAT,CAAV,EAAsB1rB,EAAE4rB,CAAF,GAAIunB,KAAGtsD,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAT,CAA1B,CAAP;AAA8C,kBAAS2lB,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAU;AAAGrzD,oBAAE,IAAEyB,KAAKC,MAAL,EAAF,GAAgB,CAAlB,EAAoB0T,IAAE,IAAE3T,KAAKC,MAAL,EAAF,GAAgB,CAAtC,EAAwC2xD,IAAErzD,IAAEA,CAAF,GAAIoV,IAAEA,CAAhD;AAAH,qBAA2D,CAACi+C,CAAD,IAAIA,IAAE,CAAjE,EAAoE,OAAOvxC,IAAEnZ,IAAE3I,CAAF,GAAIyB,KAAKihF,IAAL,CAAU,CAAC,CAAD,GAAGjhF,KAAKuqD,GAAL,CAASqH,CAAT,CAAH,GAAeA,CAAzB,CAAb;AAAyC,kBAAS96B,CAAT,CAAWzW,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,KAAI8gD,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,EAArB,GAAyBnZ,IAAE,EAA3B,EAA8B3I,IAAE,gEAAhC,EAAiGoV,IAAE0M,CAAvG,EAAyG1M,IAAE,CAA3G,EAA6G,EAAEA,CAA/G;AAAiHzM,qBAAG3I,EAAEszD,MAAF,CAAS7xD,KAAKgiC,KAAL,CAAWhiC,KAAKC,MAAL,MAAe1B,EAAEd,MAAF,GAAS,CAAxB,CAAX,CAAT,CAAH;AAAjH,aAAqK,OAAOyJ,CAAP;AAAS,aAAIyqD,CAAJ;AAAA,YAAM5sD,CAAN;AAAA,YAAQyuD,CAAR;AAAA,YAAUpB,CAAV;AAAA,YAAYG,CAAZ;AAAA,YAAcv9C,CAAd;AAAA,YAAgBm9C,CAAhB;AAAA,YAAkBM,CAAlB;AAAA,YAAoBhlC,CAApB;AAAA,YAAsBqmC,CAAtB;AAAA,YAAwBzsD,CAAxB;AAAA,YAA0BX,CAA1B;AAAA,YAA4Bs1B,CAA5B;AAAA,YAA8BiQ,CAA9B;AAAA,YAAgCtwC,CAAhC;AAAA,YAAkCowC,CAAlC;AAAA,YAAoC/mC,IAAEnJ,OAAO07D,KAA7C;AAAA,YAAmD5B,IAAE3wD,EAAEi9D,OAAF,CAAUylD,OAA/D;AAAA,YAAuE/yD,IAAE3vD,EAAEq/D,KAA3E;AAAA,YAAiF78B,IAAExiC,EAAE2+D,UAArF;AAAA,YAAgG/O,IAAE5vD,EAAEi9D,OAApG;AAAA,YAA4GxN,IAAEkB,EAAE27F,KAAhH;AAAA,YAAsH57F,IAAEd,EAAEkvD,OAA1H;AAAA,YAAkI1tD,IAAEpxD,EAAErF,UAAtI;AAAA,YAAiJq2D,IAAEvB,EAAEnwD,QAArJ;AAAA,YAA8J+xD,IAAEh2C,EAAEhiB,GAAlK;AAAA,YAAsKu3D,IAAE,CAAxK;AAAA,YAA0KH,IAAE,IAA5K,CAAiLjuB,EAAEkuB,EAAE74D,EAAJ,EAAO,EAAC40J,MAAK,cAASpxI,CAAT,EAAW;AAAC,uBAAO,IAAIq1C,CAAJ,CAAM,KAAK3pB,CAAL,GAAO1rB,EAAE0rB,CAAf,EAAiB,KAAKE,CAAL,GAAO5rB,EAAE4rB,CAA1B,CAAP;AAAoC,aAAtD,EAAuDylH,OAAM,eAASrxI,CAAT,EAAW;AAAC,uBAAO,IAAIq1C,CAAJ,CAAM,KAAK3pB,CAAL,GAAO1rB,EAAE0rB,CAAf,EAAiB,KAAKE,CAAL,GAAO5rB,EAAE4rB,CAA1B,CAAP;AAAoC,aAA7G,EAA8G3N,QAAO,gBAASje,CAAT,EAAW;AAAC,uBAAO,IAAIq1C,CAAJ,CAAM,KAAK3pB,CAAL,GAAO1rB,CAAb,EAAe,KAAK4rB,CAAL,GAAO5rB,CAAtB,CAAP;AAAgC,aAAjK,EAAkKsxI,OAAM,eAAStxI,CAAT,EAAW;AAAC,uBAAO,IAAIq1C,CAAJ,CAAM,KAAK3pB,CAAL,GAAO1rB,CAAb,EAAe,KAAK4rB,CAAL,GAAO5rB,CAAtB,CAAP;AAAgC,aAApN,EAAqNuxI,WAAU,qBAAU;AAAC,uBAAO,MAAI,KAAKn0J,MAAL,EAAJ,GAAkB,IAAIi4D,CAAJ,EAAlB,GAAwB,KAAKi8F,KAAL,CAAW,IAAE,KAAKl0J,MAAL,EAAb,CAA/B;AAA2D,aAArS,EAAsSA,QAAO,kBAAU;AAAC,uBAAOuC,KAAKihF,IAAL,CAAU,KAAKl1C,CAAL,GAAO,KAAKA,CAAZ,GAAc,KAAKE,CAAL,GAAO,KAAKA,CAApC,CAAP;AAA8C,aAAtW,EAAuW5vC,UAAS,oBAAU;AAAC,uBAAM,MAAI,KAAK0vC,CAAT,GAAW,GAAX,GAAe,KAAKE,CAApB,GAAsB,GAA5B;AAAgC,aAA3Z,EAA4Z4lH,eAAc,yBAAU;AAAC,uBAAO,KAAK9lH,CAAL,GAAO,KAAKA,CAAZ,GAAc,KAAKE,CAAL,GAAO,KAAKA,CAAjC;AAAmC,aAAxd,EAAyd6lH,UAAS,kBAASzxI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,IAAIwuD,CAAJ,CAAMxuD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAZ,EAAc7kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAApB,EAAuB0lH,KAAvB,CAA6B,EAA7B,EAAiCF,IAAjC,CAAsCpxI,CAAtC,CAAP;AAAgD,aAAhiB,EAAiiB0xI,SAAQ,iBAAS1xI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,CAAZ,CAAc,IAAGvxC,MAAIuxC,IAAE,MAAI5xD,KAAK4tB,EAAf,GAAmB1mB,IAAElH,KAAK60F,KAAL,CAAW70F,KAAKosC,GAAL,CAAS,KAAKH,CAAd,CAAX,EAA4BjsC,KAAKosC,GAAL,CAAS,KAAKL,CAAd,CAA5B,CAArB,EAAmExtC,IAAEyB,KAAK4tB,EAAL,GAAQ,CAA7E,EAA+Eja,IAAE,KAAKlW,MAAL,EAAjF,EAA+F,MAAI,KAAKsuC,CAA3G,EAA6G;AAAC,wBAAG,MAAI,KAAKE,CAAZ,EAAc,OAAO,IAAIj3B,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAP,CAAkB,IAAG,KAAKi3B,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQi+C,IAAErzD,CAAV,CAAP,CAAoB,IAAG,KAAK0tC,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQ,IAAEi+C,CAAF,GAAIrzD,CAAZ,CAAP;AAAsB,iBAAhN,MAAqN,IAAG,KAAKwtC,CAAL,GAAO,CAAV,EAAY;AAAC,wBAAG,MAAI,KAAKE,CAAZ,EAAc,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQ,CAAR,CAAP,CAAkB,IAAG,KAAKs4B,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQi+C,IAAE1qD,CAAV,CAAP,CAAoB,IAAG,KAAK+kC,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQi+C,KAAG,IAAErzD,CAAF,GAAI2I,CAAP,CAAR,CAAP;AAA0B,iBAAnH,MAAuH;AAAC,wBAAG,MAAI,KAAK+kC,CAAZ,EAAc,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQ,IAAEpV,CAAV,CAAP,CAAoB,IAAG,KAAK0tC,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQi+C,KAAG,IAAErzD,CAAF,GAAI2I,CAAP,CAAR,CAAP,CAA0B,IAAG,KAAK+kC,CAAL,GAAO,CAAV,EAAY,OAAO,IAAIj3B,CAAJ,CAAMrB,CAAN,EAAQi+C,KAAG,IAAErzD,CAAF,GAAI2I,CAAP,CAAR,CAAP;AAA0B;AAAC,aAA//B,EAAggC8qJ,UAAS,kBAAS3xI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,CAAc,OAAOtxC,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAN,KAAUxtC,IAAE2I,CAAF,EAAIA,IAAEmZ,CAAN,EAAQA,IAAE9hB,CAApB,GAAuBoV,IAAE,IAAI5O,CAAJ,CAAMsb,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAegmH,OAAf,CAAuBr8F,CAAvB,EAAyBA,CAAzB,CAAzB,EAAqDhE,IAAE,IAAI7sD,CAAJ,CAAMmC,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAegmH,OAAf,CAAuBr8F,CAAvB,EAAyBA,CAAzB,CAAvD,EAAmF,CAAC,CAACjiD,EAAEgjF,KAAF,CAAQ/kC,CAAR,EAAWttD,QAAX,CAAoB,IAApB,CAAF,KAA8B+b,EAAE0rB,CAAF,KAAM7kC,EAAE6kC,CAAR,IAAW1rB,EAAE4rB,CAAF,KAAM/kC,EAAE+kC,CAAnB,KAAuB5rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAN,IAASnV,IAAEnjB,EAAEo4B,CAAF,GAAI,CAAC6lB,EAAE7lB,CAAF,GAAIp4B,EAAEo4B,CAAP,KAAW,KAAKE,CAAL,IAAQt4B,EAAEs4B,CAAF,GAAIt4B,EAAEya,MAAd,CAAX,KAAmCwjC,EAAE3lB,CAAF,GAAI2lB,EAAExjC,MAAN,IAAcza,EAAEs4B,CAAF,GAAIt4B,EAAEya,MAApB,CAAnC,CAAN,EAAsEujC,IAAEh+C,EAAEo4B,CAAF,GAAIp4B,EAAE0V,KAAN,GAAY,CAACuoC,EAAE7lB,CAAF,GAAI6lB,EAAEvoC,KAAN,IAAa1V,EAAEo4B,CAAF,GAAIp4B,EAAE0V,KAAnB,CAAD,KAA6B,KAAK4iB,CAAL,GAAOt4B,EAAEs4B,CAAtC,KAA0C2lB,EAAE3lB,CAAF,GAAIt4B,EAAEs4B,CAAhD,CAA7F,KAAkJnV,IAAEnjB,EAAEo4B,CAAF,GAAI,CAAC6lB,EAAE7lB,CAAF,GAAIp4B,EAAEo4B,CAAP,KAAW,KAAKE,CAAL,GAAOt4B,EAAEs4B,CAApB,KAAwB2lB,EAAE3lB,CAAF,GAAIt4B,EAAEs4B,CAA9B,CAAN,EAAuC0lB,IAAEh+C,EAAEo4B,CAAF,GAAIp4B,EAAE0V,KAAN,GAAY,CAACuoC,EAAE7lB,CAAF,GAAI6lB,EAAEvoC,KAAN,IAAa1V,EAAEo4B,CAAF,GAAIp4B,EAAE0V,KAAnB,CAAD,KAA6B,KAAK4iB,CAAL,IAAQt4B,EAAEs4B,CAAF,GAAIt4B,EAAEya,MAAd,CAA7B,KAAqDwjC,EAAE3lB,CAAF,GAAI2lB,EAAExjC,MAAN,IAAcza,EAAEs4B,CAAF,GAAIt4B,EAAEya,MAApB,CAArD,CAAvM,GAA0R,KAAK2d,CAAL,GAAOjV,CAAP,IAAU,KAAKiV,CAAL,GAAO4lB,CAAlU,CAA9B,CAA1F;AAA8b,aAAn+C,EAAP,GAA6+CnqB,EAAEkuB,CAAF,EAAI,EAACzgC,OAAM,eAAS5U,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAErkB,KAAF,CAAQ,CAAR,EAAUqkB,EAAE5iB,MAAF,GAAS,CAAnB,CAAN;AAAA,oBAA4Bc,IAAE2I,EAAE5D,KAAF,CAAQ,GAAR,CAA9B;AAAA,oBAA2CqQ,IAAEqf,SAASz0B,EAAE,CAAF,CAAT,EAAc,EAAd,CAA7C;AAAA,oBAA+DqzD,IAAE5+B,SAASz0B,EAAE,CAAF,CAAT,EAAc,EAAd,CAAjE,CAAmF,IAAG,CAAC6jB,MAAMzO,CAAN,CAAD,IAAW,CAACyO,MAAMwvC,CAAN,CAAf,EAAwB,OAAO,IAAI8D,CAAJ,CAAM/hD,CAAN,EAAQi+C,CAAR,CAAP;AAAkB,aAAhJ,EAAJ,CAA7+C,EAAooDD,IAAEgD,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKu4G,KAAL,GAAWz2F,CAAX,EAAa,KAAK+L,IAAL,GAAUllB,CAAvB,EAAyB,KAAK69B,KAAL,GAAWxmC,CAApC;AAAsC,aAA5D,EAAT,CAAtoD,EAA8sDwG,IAAE4vD,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,qBAAKo4B,CAAL,GAAO1rB,KAAG,CAAV,EAAY,KAAK4rB,CAAL,GAAO/kC,KAAG,CAAtB,EAAwB,KAAKmiB,KAAL,GAAW9qB,KAAG,CAAtC,EAAwC,KAAK6vB,MAAL,GAAYza,KAAG,CAAvD;AAAyD,aAAjF,EAAkFrP,UAAS,kBAAS+b,CAAT,EAAW;AAAC,uBAAOA,EAAE0rB,CAAF,IAAK,KAAKA,CAAV,IAAa1rB,EAAE0rB,CAAF,IAAK,KAAKA,CAAL,GAAO,KAAK1iB,KAA9B,IAAqChJ,EAAE4rB,CAAF,IAAK,KAAKA,CAA/C,IAAkD5rB,EAAE4rB,CAAF,IAAK,KAAKA,CAAL,GAAO,KAAK7d,MAA1E;AAAiF,aAAxL,EAAyL6jI,SAAQ,iBAAS5xI,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAOA,MAAI2I,CAAJ,KAAQ3I,IAAE8hB,CAAV,GAAa,KAAK0rB,CAAL,IAAQ1rB,CAArB,EAAuB,KAAK4rB,CAAL,IAAQ1tC,CAA/B,EAAiC,KAAK8qB,KAAL,IAAY,IAAEhJ,CAAF,GAAI,CAAjD,EAAmD,KAAK+N,MAAL,IAAa,IAAE7vB,CAAF,GAAI,CAApE,EAAsE,IAA7E;AAAkF,aAAjS,EAAkS+/B,QAAO,gBAASje,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE8hB,CAAN;AAAA,oBAAQ1M,IAAEzM,CAAV,CAAY,OAAOmZ,aAAaq1C,CAAb,KAAiBn3D,IAAE8hB,EAAE0rB,CAAJ,EAAMp4B,IAAE0M,EAAE4rB,CAA3B,GAA8B,KAAKF,CAAL,IAAQxtC,CAAtC,EAAwC,KAAK0tC,CAAL,IAAQt4B,CAAhD,EAAkD,IAAzD;AAA8D,aAAjY,EAAkYgjF,OAAM,eAASt2E,CAAT,EAAW;AAAC,oBAAInZ,IAAElH,KAAKy0C,GAAL,CAAS,KAAK1I,CAAd,EAAgB1rB,EAAE0rB,CAAlB,CAAN;AAAA,oBAA2BxtC,IAAEyB,KAAKy0C,GAAL,CAAS,KAAKxI,CAAd,EAAgB5rB,EAAE4rB,CAAlB,CAA7B;AAAA,oBAAkDt4B,IAAE3T,KAAKkrB,GAAL,CAAS,KAAK6gB,CAAL,GAAO,KAAK1iB,KAArB,EAA2BhJ,EAAE0rB,CAAF,GAAI1rB,EAAEgJ,KAAjC,CAApD;AAAA,oBAA4FuoC,IAAE5xD,KAAKkrB,GAAL,CAAS,KAAK+gB,CAAL,GAAO,KAAK7d,MAArB,EAA4B/N,EAAE4rB,CAAF,GAAI5rB,EAAE+N,MAAlC,CAA9F,CAAwI,OAAO,IAAIrpB,CAAJ,CAAMmC,CAAN,EAAQ3I,CAAR,EAAUoV,IAAEzM,CAAZ,EAAc0qD,IAAErzD,CAAhB,CAAP;AAA0B,aAAtjB,EAAujBwiF,QAAO,kBAAU;AAAC,uBAAO,IAAIrrB,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAL,GAAW,CAAxB,EAA0B,KAAK4iB,CAAL,GAAO,KAAK7d,MAAL,GAAY,CAA7C,CAAP;AAAuD,aAAhoB,EAAioB7jB,KAAI,eAAU;AAAC,uBAAO,IAAImrD,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAL,GAAW,CAAxB,EAA0B,KAAK4iB,CAA/B,CAAP;AAAyC,aAAzrB,EAA0rBlH,OAAM,iBAAU;AAAC,uBAAO,IAAI2wB,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAlB,EAAwB,KAAK4iB,CAAL,GAAO,KAAK7d,MAAL,GAAY,CAA3C,CAAP;AAAqD,aAAhwB,EAAiwB0W,QAAO,kBAAU;AAAC,uBAAO,IAAI4wB,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAL,GAAW,CAAxB,EAA0B,KAAK4iB,CAAL,GAAO,KAAK7d,MAAtC,CAAP;AAAqD,aAAx0B,EAAy0BhC,MAAK,gBAAU;AAAC,uBAAO,IAAIspC,CAAJ,CAAM,KAAK3pB,CAAX,EAAa,KAAKE,CAAL,GAAO,KAAK7d,MAAL,GAAY,CAAhC,CAAP;AAA0C,aAAn4B,EAAo4B+nE,SAAQ,mBAAU;AAAC,uBAAO,IAAIzgC,CAAJ,CAAM,KAAK3pB,CAAX,EAAa,KAAKE,CAAlB,CAAP;AAA4B,aAAn7B,EAAo7BmqD,UAAS,oBAAU;AAAC,uBAAO,IAAI1gC,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAlB,EAAwB,KAAK4iB,CAA7B,CAAP;AAAuC,aAA/+B,EAAg/BoqD,YAAW,sBAAU;AAAC,uBAAO,IAAI3gC,CAAJ,CAAM,KAAK3pB,CAAX,EAAa,KAAKE,CAAL,GAAO,KAAK7d,MAAzB,CAAP;AAAwC,aAA9iC,EAA+iCknE,aAAY,uBAAU;AAAC,uBAAO,IAAI5/B,CAAJ,CAAM,KAAK3pB,CAAL,GAAO,KAAK1iB,KAAlB,EAAwB,KAAK4iB,CAAL,GAAO,KAAK7d,MAApC,CAAP;AAAmD,aAAznC,EAA0nC5uB,OAAM,iBAAU;AAAC,uBAAO,IAAIuF,CAAJ,CAAM,KAAKgnC,CAAX,EAAa,KAAKE,CAAlB,EAAoB,KAAK5iB,KAAzB,EAA+B,KAAK+E,MAApC,CAAP;AAAmD,aAA9rC,EAA+rCuhI,SAAQ,mBAAU;AAAC,uBAAM,CAAC,KAAKtmI,KAAN,IAAa,CAAC,KAAK+E,MAAzB;AAAgC,aAAlvC,EAAmvC8lD,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAO,KAAK0rB,CAAL,KAAS1rB,EAAE0rB,CAAX,IAAc,KAAKE,CAAL,KAAS5rB,EAAE4rB,CAAzB,IAA4B,KAAK5iB,KAAL,KAAahJ,EAAEgJ,KAA3C,IAAkD,KAAK+E,MAAL,KAAc/N,EAAE+N,MAAzE;AAAgF,aAAt1C,EAAu1C8jI,eAAc,uBAAS7xI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK1H,KAAL,EAAN;AAAA,oBAAmBjB,IAAE,KAAK4zJ,aAAL,CAAmB9xI,CAAnB,CAArB;AAAA,oBAA2C1M,IAAEpV,EAAE,CAAF,CAA7C;AAAA,oBAAkDqzD,IAAErzD,EAAE,CAAF,CAApD;AAAA,oBAAyDu4B,IAAEv4B,EAAE,CAAF,CAA3D;AAAA,oBAAgEozD,IAAEpzD,EAAE,CAAF,CAAlE,CAAuE,OAAO2I,EAAE6kC,CAAF,GAAI/rC,KAAKy0C,GAAL,CAAS3d,EAAEiV,CAAX,EAAap4B,EAAEo4B,CAAf,EAAiB6lB,EAAE7lB,CAAnB,EAAqB4lB,EAAE5lB,CAAvB,CAAJ,EAA8B7kC,EAAE+kC,CAAF,GAAIjsC,KAAKy0C,GAAL,CAAS3d,EAAEmV,CAAX,EAAat4B,EAAEs4B,CAAf,EAAiB2lB,EAAE3lB,CAAnB,EAAqB0lB,EAAE1lB,CAAvB,CAAlC,EAA4D/kC,EAAEmiB,KAAF,GAAQrpB,KAAKkrB,GAAL,CAAS4L,EAAEiV,CAAX,EAAap4B,EAAEo4B,CAAf,EAAiB6lB,EAAE7lB,CAAnB,EAAqB4lB,EAAE5lB,CAAvB,IAA0B7kC,EAAE6kC,CAAhG,EAAkG7kC,EAAEknB,MAAF,GAASpuB,KAAKkrB,GAAL,CAAS4L,EAAEmV,CAAX,EAAat4B,EAAEs4B,CAAf,EAAiB2lB,EAAE3lB,CAAnB,EAAqB0lB,EAAE1lB,CAAvB,IAA0B/kC,EAAE+kC,CAAvI,EAAyI/kC,CAAhJ;AAAkJ,aAA1kD,EAA2kDirJ,eAAc,uBAAS9xI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAE65E,MAAF,EAAb;AAAA,oBAAwBptE,IAAEzM,EAAEouF,WAAF,GAAgBE,MAAhB,CAAuBj3F,CAAvB,EAAyB,MAAI8hB,CAA7B,CAA1B;AAAA,oBAA0DuxC,IAAE1qD,EAAEivF,OAAF,GAAYX,MAAZ,CAAmBj3F,CAAnB,EAAqB,MAAI8hB,CAAzB,CAA5D;AAAA,oBAAwFyW,IAAE5vB,EAAEkvF,QAAF,GAAaZ,MAAb,CAAoBj3F,CAApB,EAAsB,MAAI8hB,CAA1B,CAA1F;AAAA,oBAAuHsxC,IAAEzqD,EAAEmvF,UAAF,GAAeb,MAAf,CAAsBj3F,CAAtB,EAAwB,MAAI8hB,CAA5B,CAAzH,CAAwJ,OAAM,CAACuxC,CAAD,EAAG96B,CAAH,EAAKnjB,CAAL,EAAOg+C,CAAP,CAAN;AAAgB,aAA7wD,EAA8wDt1D,UAAS,kBAASgkB,CAAT,EAAW;AAAC,uBAAOA,IAAEA,KAAG,GAAL,EAAS,KAAK0rB,CAAL,GAAO1rB,CAAP,GAAS,KAAK4rB,CAAd,GAAgB5rB,CAAhB,GAAkB,KAAKgJ,KAAvB,GAA6BhJ,CAA7B,GAA+B,KAAK+N,MAApD;AAA2D,aAA91D,EAA+1DtR,OAAM,eAASuD,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAI96B,CAAJ;AAAA,oBAAM66B,CAAN;AAAA,oBAAQ5sD,CAAR;AAAA,oBAAUyuD,IAAE,KAAK2iC,OAAL,EAAZ;AAAA,oBAA2B/jC,IAAE,KAAK2uB,MAAL,EAA7B,CAA2CvtB,EAAEgiC,MAAF,CAASpjC,CAAT,EAAW,MAAIR,CAAf,EAAkB4jC,MAAlB,CAAyB7hF,CAAzB,EAA2Bi+C,CAA3B,GAA8B96B,IAAEv4B,EAAEmzJ,KAAF,CAAQl+F,CAAR,CAAhC,EAA2C7B,IAAE,IAAI+D,CAAJ,CAAM5+B,EAAEiV,CAAF,GAAI1rB,CAAV,EAAYyW,EAAEmV,CAAF,GAAI/kC,CAAhB,CAA7C,EAAgEnC,IAAE+xB,EAAE46H,KAAF,CAAQ//F,CAAR,CAAlE,EAA6E6B,IAAEA,EAAEi+F,IAAF,CAAO1sJ,CAAP,CAA/E,EAAyFyuD,EAAEgiC,MAAF,CAAS7hF,CAAT,EAAW,MAAIi+C,CAAf,EAAkB4jC,MAAlB,CAAyBpjC,CAAzB,EAA2BR,CAA3B,CAAzF,EAAuH,KAAK7lB,CAAL,GAAOynB,EAAEznB,CAAhI,EAAkI,KAAKE,CAAL,GAAOunB,EAAEvnB,CAA3I,EAA6I,KAAK5iB,KAAL,IAAYhJ,CAAzJ,EAA2J,KAAK+N,MAAL,IAAalnB,CAAxK;AAA0K,aAA9kE,EAA+kE+rD,MAAK,cAAS5yC,CAAT,EAAW;AAAC,uBAAO,KAAK0rB,CAAL,IAAQ1rB,CAAR,EAAU,KAAK4rB,CAAL,IAAQ5rB,CAAlB,EAAoB,KAAKgJ,KAAL,IAAYhJ,CAAhC,EAAkC,KAAK+N,MAAL,IAAa/N,CAA/C,EAAiD,IAAxD;AAA6D,aAA7pE,EAA8pEo2F,UAAS,kBAASp2F,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKouF,WAAL,EAAN;AAAA,oBAAyB/2F,IAAE8hB,EAAEi1E,WAAF,EAA3B;AAAA,oBAA2C3hF,IAAE,EAAEzM,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAN,IAAS7kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAf,IAAkB1tC,EAAEwtC,CAAF,GAAI,KAAKA,CAA3B,IAA8BxtC,EAAE0tC,CAAF,GAAI,KAAKA,CAAzC,CAA7C,CAAyF,OAAOt4B,CAAP;AAAS,aAArxE,EAAT,CAAhtD,EAAi/H6/C,IAAEmB,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmiB,KAAL,GAAWhJ,CAAX,EAAa,KAAK+N,MAAL,GAAYlnB,CAAzB;AAA2B,aAA/C,EAAT,CAAn/H,EAA8iIssD,EAAEl2D,SAAF,CAAY80J,KAAZ,GAAkB,IAAI5+F,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAhkI,EAA2kIzuD,EAAE2xG,MAAF,GAAS,UAASr2F,CAAT,EAAW;AAAC,mBAAOA,aAAatb,CAAb,KAAiBsb,IAAE,IAAItb,CAAJ,CAAMsb,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAnB,GAAoD/N,CAA3D;AAA6D,SAA7pI,EAA8pItb,EAAE+R,KAAF,GAAQ,YAAU;AAAC,mBAAO,IAAI/R,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,CAAP;AAAsB,SAAvsI,EAAwsIA,EAAEwxF,UAAF,GAAa,UAASl2E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAGkb,MAAM/B,EAAE0rB,CAAR,KAAY3pB,MAAM/B,EAAE4rB,CAAR,CAAZ,IAAwB7pB,MAAMlb,EAAE6kC,CAAR,CAAxB,IAAoC3pB,MAAMlb,EAAE+kC,CAAR,CAAvC,EAAkD,MAAK,sBAAL,CAA4B,OAAO,IAAIlnC,CAAJ,CAAM/E,KAAKy0C,GAAL,CAASp0B,EAAE0rB,CAAX,EAAa7kC,EAAE6kC,CAAf,CAAN,EAAwB/rC,KAAKy0C,GAAL,CAASp0B,EAAE4rB,CAAX,EAAa/kC,EAAE+kC,CAAf,CAAxB,EAA0CjsC,KAAKosC,GAAL,CAAS/rB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAf,CAA1C,EAA4D/rC,KAAKosC,GAAL,CAAS/rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAf,CAA5D,CAAP;AAAsF,SAAv4I,EAAw4ImmB,IAAE,EAACw3E,OAAM,eAASvpH,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeqzD,CAAf,EAAiB;AAAC,uBAAOj+C,EAAE0M,CAAF,EAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,CAAP;AAAkB,aAA3C,EAA4CivC,UAAS,kBAASxgF,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeqzD,CAAf,EAAiB;AAAC,uBAAOj+C,EAAE0M,CAAF,EAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU,CAAC,CAAX,CAAP;AAAqB,aAA5F,EAA6FygG,cAAa,sBAAShyI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAO6zD,EAAEyuC,QAAF,CAAW35F,CAAX,EAAa3I,CAAb,EAAe8hB,EAAE81E,OAAF,EAAf,EAA2B91E,EAAE+1E,QAAF,EAA3B,KAA0ChkC,EAAEyuC,QAAF,CAAW35F,CAAX,EAAa3I,CAAb,EAAe8hB,EAAE+1E,QAAF,EAAf,EAA4B/1E,EAAEi1E,WAAF,EAA5B,CAA1C,IAAwFljC,EAAEyuC,QAAF,CAAW35F,CAAX,EAAa3I,CAAb,EAAe8hB,EAAEg2E,UAAF,EAAf,EAA8Bh2E,EAAEi1E,WAAF,EAA9B,CAAxF,IAAwIljC,EAAEyuC,QAAF,CAAW35F,CAAX,EAAa3I,CAAb,EAAe8hB,EAAE81E,OAAF,EAAf,EAA2B91E,EAAEg2E,UAAF,EAA3B,CAA/I;AAA0L,aAApT,EAAqTi8D,OAAM,eAASjyI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,IAAE5vB,EAAEivF,OAAF,EAAV;AAAA,oBAAsBxkC,IAAEzqD,EAAEkvF,QAAF,EAAxB;AAAA,oBAAqCrxF,IAAEmC,EAAEmvF,UAAF,EAAvC;AAAA,oBAAsD7iC,IAAEtsD,EAAEouF,WAAF,EAAxD;AAAA,oBAAwE/iC,IAAErrD,EAAE65E,MAAF,EAA1E,CAAqF,OAAOxiF,MAAIu4B,IAAEA,EAAE0+D,MAAF,CAASjjC,CAAT,EAAWh0D,CAAX,CAAF,EAAgBozD,IAAEA,EAAE6jC,MAAF,CAASjjC,CAAT,EAAWh0D,CAAX,CAAlB,EAAgCwG,IAAEA,EAAEywF,MAAF,CAASjjC,CAAT,EAAWh0D,CAAX,CAAlC,EAAgDi1D,IAAEA,EAAEgiC,MAAF,CAASjjC,CAAT,EAAWh0D,CAAX,CAAtD,GAAqEoV,IAAE0M,EAAE/b,QAAF,CAAWwyB,CAAX,KAAezW,EAAE/b,QAAF,CAAWqtD,CAAX,CAAf,IAA8BtxC,EAAE/b,QAAF,CAAWS,CAAX,CAA9B,IAA6Csb,EAAE/b,QAAF,CAAWkvD,CAAX,CAA7C,IAA4DpB,EAAEigG,YAAF,CAAehyI,CAAf,EAAiByW,CAAjB,EAAmB66B,CAAnB,CAA5D,IAAmFS,EAAEigG,YAAF,CAAehyI,CAAf,EAAiByW,CAAjB,EAAmB/xB,CAAnB,CAAnF,IAA0GqtD,EAAEigG,YAAF,CAAehyI,CAAf,EAAiBsxC,CAAjB,EAAmB6B,CAAnB,CAA1G,IAAiIpB,EAAEigG,YAAF,CAAehyI,CAAf,EAAiBtb,CAAjB,EAAmByuD,CAAnB,CAAxM,EAA8N7/C,MAAImjB,IAAEzW,EAAE81E,OAAF,EAAF,EAAcxkC,IAAEtxC,EAAE+1E,QAAF,EAAhB,EAA6BrxF,IAAEsb,EAAEg2E,UAAF,EAA/B,EAA8C7iC,IAAEnzC,EAAEi1E,WAAF,EAAhD,EAAgE/2F,MAAIqzD,IAAE,MAAIrzD,CAAN,EAAQu4B,IAAEA,EAAE0+D,MAAF,CAASjjC,CAAT,EAAWX,CAAX,CAAV,EAAwBD,IAAEA,EAAE6jC,MAAF,CAASjjC,CAAT,EAAWX,CAAX,CAA1B,EAAwC7sD,IAAEA,EAAEywF,MAAF,CAASjjC,CAAT,EAAWX,CAAX,CAA1C,EAAwD4B,IAAEA,EAAEgiC,MAAF,CAASjjC,CAAT,EAAWX,CAAX,CAA9D,CAAhE,EAA6Ij+C,IAAEzM,EAAE5C,QAAF,CAAWwyB,CAAX,KAAe5vB,EAAE5C,QAAF,CAAWqtD,CAAX,CAAf,IAA8BzqD,EAAE5C,QAAF,CAAWS,CAAX,CAA9B,IAA6CmC,EAAE5C,QAAF,CAAWkvD,CAAX,CAAhM,CAA9N,EAA6a7/C,CAApb;AAAsb,aAAt1B,EAA14I,EAAkuK4+C,IAAEoC,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKyI,SAAL,GAAe/jB,EAAE2xG,MAAF,CAASr2F,CAAT,CAAf;AAA2B,aAA7C,EAA8C+iF,OAAM,eAAS/iF,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAEzM,EAAElF,WAAF,GAAgBsB,KAAhB,CAAsB,GAAtB,CAAR,CAAmC,KAAI/E,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAE,KAAKkyI,YAAL,CAAkBlyI,CAAlB,EAAoB1M,EAAEpV,CAAF,CAApB,CAAF;AAAvB,iBAAmD,OAAO8hB,CAAP;AAAS,aAAjK,EAAkKkyI,cAAa,sBAASlyI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOkvD,EAAE,KAAKlvD,CAAL,CAAF,IAAW,KAAKA,CAAL,EAAQmZ,CAAR,CAAX,GAAsBA,CAA7B;AAA+B,aAA5N,EAA6N+L,MAAK,cAAS/L,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKmyI,KAAnB,CAAP;AAAiC,aAA/Q,EAAgRzxE,QAAO,gBAAS1gE,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKoyI,OAAnB,CAAP;AAAmC,aAAtU,EAAuU1tH,OAAM,eAAS1kB,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKqyI,MAAnB,CAAP;AAAkC,aAA3X,EAA4XC,SAAQ,iBAAStyI,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAK0uI,QAAnB,CAAP;AAAoC,aAApb,EAAqbxkJ,KAAI,aAAS8V,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKuyI,IAAnB,CAAP;AAAgC,aAAre,EAAse/7C,QAAO,gBAASx2F,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKwyI,OAAnB,CAAP;AAAmC,aAA5hB,EAA6hB/tH,QAAO,gBAASzkB,CAAT,EAAW;AAAC,uBAAO,KAAKuwE,MAAL,CAAYvwE,CAAZ,EAAc,KAAKyyI,OAAnB,CAAP;AAAmC,aAAnlB,EAAolBN,OAAM,eAASnyI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAN;AAAQ,aAAhnB,EAAinB0mH,SAAQ,iBAASpyI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE6kC,CAAF,GAAI,CAAC1rB,EAAEgJ,KAAF,GAAQniB,EAAEmiB,KAAX,IAAkB,CAAlB,IAAqB,CAAzB;AAA2B,aAAlqB,EAAmqBqpI,QAAO,gBAASryI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE6kC,CAAF,GAAI1rB,EAAEgJ,KAAF,GAAQniB,EAAEmiB,KAAd;AAAoB,aAA5sB,EAA6sBupI,MAAK,cAASvyI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAN;AAAQ,aAAxuB,EAAyuB4mH,SAAQ,iBAASxyI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE+kC,CAAF,GAAI,CAAC5rB,EAAE+N,MAAF,GAASlnB,EAAEknB,MAAZ,IAAoB,CAApB,IAAuB,CAA3B;AAA6B,aAA5xB,EAA6xB0kI,SAAQ,iBAASzyI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE+kC,CAAF,GAAI5rB,EAAE+N,MAAF,GAASlnB,EAAEknB,MAAf;AAAsB,aAAz0B,EAA00B2gI,UAAS,kBAAS1uI,CAAT,EAAWnZ,CAAX,EAAa;AAACA,kBAAE6kC,CAAF,GAAI,CAAJ,EAAM7kC,EAAE+kC,CAAF,GAAI,CAAV,EAAY/kC,EAAEknB,MAAF,GAAS/N,EAAE+N,MAAvB,EAA8BlnB,EAAEmiB,KAAF,GAAQhJ,EAAEgJ,KAAxC;AAA8C,aAA/4B,EAAg5BunE,QAAO,gBAASvwE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,IAAEtb,EAAE2xG,MAAF,CAASr2F,CAAT,CAAF,EAAcnZ,EAAE,KAAK4hB,SAAP,EAAiBzI,CAAjB,CAAd,EAAkCA,CAAzC;AAA2C,aAAh9B,EAAT,CAApuK,EAAgsMrL,IAAE2/C,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKyqD,CAAL,GAAOtxC,CAAP,EAAS,KAAKqyF,KAAL,GAAWxrG,CAApB;AAAsB,aAA1C,EAAT,CAAlsM,EAAwvMirD,IAAEwC,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB96B,CAAnB,EAAqB;AAAC,qBAAK/xB,CAAL,GAAOsb,KAAG,CAAV,EAAY,KAAKrb,CAAL,GAAOkC,KAAG,CAAtB,EAAwB,KAAKkrD,CAAL,GAAO7zD,KAAG,CAAlC,EAAoC,KAAKg0D,CAAL,GAAO5+C,KAAG,CAA9C,EAAgD,KAAKzM,CAAL,GAAO0qD,KAAG,CAA1D,EAA4D,KAAKa,CAAL,GAAO37B,KAAG,CAAtE;AAAwE,aAApG,EAAqG26H,MAAK,cAASpxI,CAAT,EAAW;AAAC,qBAAKtb,CAAL,IAAQsb,EAAEtb,CAAV,EAAY,KAAKC,CAAL,IAAQqb,EAAErb,CAAtB,EAAwB,KAAKotD,CAAL,IAAQ/xC,EAAE+xC,CAAlC,EAAoC,KAAKG,CAAL,IAAQlyC,EAAEkyC,CAA9C,EAAgD,KAAKrrD,CAAL,IAAQmZ,EAAEnZ,CAA1D,EAA4D,KAAKurD,CAAL,IAAQpyC,EAAEoyC,CAAtE;AAAwE,aAA9L,EAA+Li/F,OAAM,eAASrxI,CAAT,EAAW;AAAC,qBAAKtb,CAAL,IAAQsb,EAAEtb,CAAV,EAAY,KAAKC,CAAL,IAAQqb,EAAErb,CAAtB,EAAwB,KAAKotD,CAAL,IAAQ/xC,EAAE+xC,CAAlC,EAAoC,KAAKG,CAAL,IAAQlyC,EAAEkyC,CAA9C,EAAgD,KAAKrrD,CAAL,IAAQmZ,EAAEnZ,CAA1D,EAA4D,KAAKurD,CAAL,IAAQpyC,EAAEoyC,CAAtE;AAAwE,aAAzR,EAA0Rk/F,OAAM,eAAStxI,CAAT,EAAW;AAAC,uBAAO,IAAI8xC,CAAJ,CAAM,KAAKptD,CAAL,GAAOsb,EAAEtb,CAAT,GAAW,KAAKqtD,CAAL,GAAO/xC,EAAErb,CAA1B,EAA4B,KAAKA,CAAL,GAAOqb,EAAEtb,CAAT,GAAW,KAAKwtD,CAAL,GAAOlyC,EAAErb,CAAhD,EAAkD,KAAKD,CAAL,GAAOsb,EAAE+xC,CAAT,GAAW,KAAKA,CAAL,GAAO/xC,EAAEkyC,CAAtE,EAAwE,KAAKvtD,CAAL,GAAOqb,EAAE+xC,CAAT,GAAW,KAAKG,CAAL,GAAOlyC,EAAEkyC,CAA5F,EAA8F,KAAKxtD,CAAL,GAAOsb,EAAEnZ,CAAT,GAAW,KAAKkrD,CAAL,GAAO/xC,EAAEoyC,CAApB,GAAsB,KAAKvrD,CAAzH,EAA2H,KAAKlC,CAAL,GAAOqb,EAAEnZ,CAAT,GAAW,KAAKqrD,CAAL,GAAOlyC,EAAEoyC,CAApB,GAAsB,KAAKA,CAAtJ,CAAP;AAAgK,aAA5c,EAA6cj0D,OAAM,eAAS6hB,CAAT,EAAW;AAAC,uBAAO,IAAIq1C,CAAJ,CAAM,KAAK3wD,CAAL,GAAOsb,EAAE0rB,CAAT,GAAW,KAAKqmB,CAAL,GAAO/xC,EAAE4rB,CAApB,GAAsB,KAAK/kC,CAAjC,EAAmC,KAAKlC,CAAL,GAAOqb,EAAE0rB,CAAT,GAAW,KAAKwmB,CAAL,GAAOlyC,EAAE4rB,CAApB,GAAsB,KAAKwmB,CAA9D,CAAP;AAAwE,aAAviB,EAAwiBsgG,WAAU,mBAAS1yI,CAAT,EAAW;AAAC,uBAAOtb,EAAEwxF,UAAF,CAAa,KAAK/3F,KAAL,CAAW6hB,EAAE81E,OAAF,EAAX,CAAb,EAAqC,KAAK33F,KAAL,CAAW6hB,EAAEi1E,WAAF,EAAX,CAArC,CAAP;AAAyE,aAAvoB,EAAwoBj5F,UAAS,oBAAU;AAAC,uBAAM,YAAU,KAAK0I,CAAf,GAAiB,GAAjB,GAAqB,KAAKC,CAA1B,GAA4B,GAA5B,GAAgC,KAAKotD,CAArC,GAAuC,GAAvC,GAA2C,KAAKG,CAAhD,GAAkD,GAAlD,GAAsD,KAAKrrD,CAA3D,GAA6D,GAA7D,GAAiE,KAAKurD,CAAtE,GAAwE,GAA9E;AAAkF,aAA9uB,EAAT,CAA1vM,EAAo/NjrB,EAAE2qB,CAAF,EAAI,EAAC6gG,eAAc,uBAAS3yI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAIirD,CAAJ,EAAN,CAAY,OAAOjrD,EAAEnC,CAAF,GAAIsb,EAAEtb,CAAN,EAAQmC,EAAElC,CAAF,GAAIqb,EAAErb,CAAd,EAAgBkC,EAAEkrD,CAAF,GAAI/xC,EAAE+xC,CAAtB,EAAwBlrD,EAAEqrD,CAAF,GAAIlyC,EAAEkyC,CAA9B,EAAgCrrD,EAAEA,CAAF,GAAImZ,EAAEnZ,CAAtC,EAAwCA,EAAEurD,CAAF,GAAIpyC,EAAEoyC,CAA9C,EAAgDvrD,CAAvD;AAAyD,aAAhG,EAAiG+rJ,kBAAiB,0BAAS5yI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAIirD,CAAJ,EAAN,CAAY,OAAOjrD,EAAEnC,CAAF,GAAIsb,EAAEtb,CAAN,EAAQmC,EAAElC,CAAF,GAAIqb,EAAErb,CAAd,EAAgBkC,EAAEkrD,CAAF,GAAI/xC,EAAE+xC,CAAtB,EAAwBlrD,EAAEqrD,CAAF,GAAIlyC,EAAEkyC,CAA9B,EAAgCrrD,EAAEA,CAAF,GAAImZ,EAAEnZ,CAAtC,EAAwCA,EAAEurD,CAAF,GAAIpyC,EAAEoyC,CAA9C,EAAgDvrD,CAAvD;AAAyD,aAAnM,EAAoMgsJ,UAAS,kBAAS7yI,CAAT,EAAW;AAAC,oBAAG,MAAIA,EAAE5iB,MAAT,EAAgB,MAAK,gDAAL,CAAsD,IAAIyJ,IAAE,IAAIirD,CAAJ,EAAN,CAAY,OAAOjrD,EAAEnC,CAAF,GAAIsb,EAAE,CAAF,CAAJ,EAASnZ,EAAElC,CAAF,GAAIqb,EAAE,CAAF,CAAb,EAAkBnZ,EAAEkrD,CAAF,GAAI/xC,EAAE,CAAF,CAAtB,EAA2BnZ,EAAEqrD,CAAF,GAAIlyC,EAAE,CAAF,CAA/B,EAAoCnZ,EAAEA,CAAF,GAAImZ,EAAE,CAAF,CAAxC,EAA6CnZ,EAAEurD,CAAF,GAAIpyC,EAAE,CAAF,CAAjD,EAAsDnZ,CAA7D;AAA+D,aAA1W,EAA2WisJ,aAAY,qBAAS9yI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAI4zD,CAAJ,EAAN,CAAY,OAAO5zD,EAAEwG,CAAF,GAAI,CAAJ,EAAMxG,EAAEyG,CAAF,GAAI,CAAV,EAAYzG,EAAE6zD,CAAF,GAAI,CAAhB,EAAkB7zD,EAAEg0D,CAAF,GAAI,CAAtB,EAAwBh0D,EAAE2I,CAAF,GAAImZ,CAA5B,EAA8B9hB,EAAEk0D,CAAF,GAAIvrD,CAAlC,EAAoC3I,CAA3C;AAA6C,aAA9b,EAA+b0e,MAAK,gBAAU;AAAC,uBAAO,IAAIk1C,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,EAAc,CAAd,EAAgB,CAAhB,CAAP;AAA0B,aAAze,EAA0ewoD,UAAS,kBAASt6F,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAIw+C,CAAJ,EAAN,CAAY,OAAOx+C,EAAE5O,CAAF,GAAI/E,KAAK2tB,GAAL,CAAStN,IAAErgB,KAAK4tB,EAAP,GAAU,GAAnB,CAAJ,EAA4Bja,EAAE3O,CAAF,GAAIhF,KAAKm3F,GAAL,CAAS92E,IAAErgB,KAAK4tB,EAAP,GAAU,GAAnB,CAAhC,EAAwDja,EAAEy+C,CAAF,GAAI,CAACz+C,EAAE3O,CAA/D,EAAiE2O,EAAE4+C,CAAF,GAAI5+C,EAAE5O,CAAvE,EAAyE4O,EAAEzM,CAAF,GAAIA,IAAEA,IAAEyM,EAAE5O,CAAN,GAAQxG,IAAEoV,EAAE3O,CAAZ,IAAe,CAA5F,EAA8F2O,EAAE8+C,CAAF,GAAIl0D,IAAEA,IAAEoV,EAAE5O,CAAN,GAAQmC,IAAEyM,EAAE3O,CAAZ,IAAe,CAAjH,EAAmH2O,CAA1H;AAA4H,aAA3oB,EAA4oBy/I,SAAQ,iBAAS/yI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAI4zD,CAAJ,EAAN,CAAY,OAAO5zD,EAAEwG,CAAF,GAAIsb,CAAJ,EAAM9hB,EAAEyG,CAAF,GAAI,CAAV,EAAYzG,EAAE6zD,CAAF,GAAI,CAAhB,EAAkB7zD,EAAEg0D,CAAF,GAAIrrD,CAAtB,EAAwB3I,EAAE2I,CAAF,GAAI,CAA5B,EAA8B3I,EAAEk0D,CAAF,GAAI,CAAlC,EAAoCl0D,CAA3C;AAA6C,aAA3tB,EAA4tB02B,OAAM,eAAS5U,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,IAAG8hB,CAAH,EAAK;AAAC,wBAAGA,IAAEA,EAAE/e,IAAF,EAAF,EAAW,aAAW+e,EAAErkB,KAAF,CAAQ,CAAR,EAAU,CAAV,EAAagG,WAAb,EAAzB,EAAoD;AAAC,4BAAGzD,IAAE8hB,EAAErkB,KAAF,CAAQ,CAAR,EAAUqkB,EAAE5iB,MAAF,GAAS,CAAnB,EAAsB6D,IAAtB,EAAF,EAA+B4F,IAAE3I,EAAE+E,KAAF,CAAQ,GAAR,CAAjC,EAA8C,MAAI4D,EAAEzJ,MAAvD,EAA8D,OAAO00D,EAAE+gG,QAAF,CAAW78F,EAAEnvD,CAAF,EAAI,UAASmZ,CAAT,EAAW;AAAC,mCAAOxf,WAAWwf,CAAX,CAAP;AAAqB,yBAArC,CAAX,CAAP,CAA0D,IAAGnZ,IAAE3I,EAAE+E,KAAF,CAAQ,GAAR,CAAF,EAAe,MAAI4D,EAAEzJ,MAAxB,EAA+B,OAAO00D,EAAE+gG,QAAF,CAAW78F,EAAEnvD,CAAF,EAAI,UAASmZ,CAAT,EAAW;AAAC,mCAAOxf,WAAWwf,CAAX,CAAP;AAAqB,yBAArC,CAAX,CAAP;AAA0D,yBAAG,QAAMA,EAAErkB,KAAF,CAAQ,CAAR,EAAU,CAAV,CAAN,IAAoB,QAAMqkB,EAAErkB,KAAF,CAAQqkB,EAAE5iB,MAAF,GAAS,CAAjB,CAA1B,KAAgD4iB,IAAEA,EAAEw7C,MAAF,CAAS,CAAT,EAAWx7C,EAAE5iB,MAAF,GAAS,CAApB,CAAlD,GAA0E4iB,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAf,KAAmB+K,IAAEmZ,EAAE/c,KAAF,CAAQ,GAAR,CAAF,EAAe,MAAI4D,EAAEzJ,MAAxC,CAA7E,EAA6H,OAAO00D,EAAE+gG,QAAF,CAAW78F,EAAEnvD,CAAF,EAAI,UAASmZ,CAAT,EAAW;AAAC,+BAAOxf,WAAWwf,CAAX,CAAP;AAAqB,qBAArC,CAAX,CAAP,CAA0D,IAAGA,EAAElkB,OAAF,CAAU,GAAV,IAAe,CAAf,KAAmB+K,IAAEmZ,EAAE/c,KAAF,CAAQ,GAAR,CAAF,EAAe,MAAI4D,EAAEzJ,MAAxC,CAAH,EAAmD,OAAO00D,EAAE+gG,QAAF,CAAW78F,EAAEnvD,CAAF,EAAI,UAASmZ,CAAT,EAAW;AAAC,+BAAOxf,WAAWwf,CAAX,CAAP;AAAqB,qBAArC,CAAX,CAAP;AAA0D,wBAAOnZ,CAAP;AAAS,aAA/yC,EAAJ,CAAp/N,EAA0yQurD,IAAEkC,EAAEz1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB96B,CAAnB,EAAqB;AAAC,qBAAK/xB,CAAL,GAAOsb,KAAG,CAAV,EAAY,KAAKrb,CAAL,GAAOkC,KAAG,CAAtB,EAAwB,KAAKkrD,CAAL,GAAO7zD,KAAG,CAAlC,EAAoC,KAAKg0D,CAAL,GAAO5+C,KAAG,CAA9C,EAAgD,KAAKzM,CAAL,GAAO0qD,KAAG,CAA1D,EAA4D,KAAKa,CAAL,GAAO37B,KAAG,CAAtE;AAAwE,aAApG,EAAqGu8H,YAAW,oBAAShzI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAIurD,CAAJ,EAAN,CAAY,OAAOvrD,EAAEnC,CAAF,GAAIsb,EAAEtb,CAAN,EAAQmC,EAAElC,CAAF,GAAIqb,EAAErb,CAAd,EAAgBkC,EAAEkrD,CAAF,GAAI/xC,EAAE+xC,CAAtB,EAAwBlrD,EAAEqrD,CAAF,GAAIlyC,EAAEkyC,CAA9B,EAAgCrrD,EAAEA,CAAF,GAAImZ,EAAEnZ,CAAtC,EAAwCA,EAAEurD,CAAF,GAAIpyC,EAAEoyC,CAA9C,EAAgDvrD,CAAvD;AAAyD,aAAjM,EAAT,CAA5yQ,EAAy/QumB,IAAE,EAAC6lI,wBAAuB,gCAASjzI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,yBAASoV,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,2BAAM,CAACmZ,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAP,KAAW1rB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAjB,IAAoB,CAAC1rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAP,KAAW5rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAjB,CAA1B;AAA8C,qBAAG/kC,MAAI3I,CAAP,EAAS,OAAOoV,EAAE0M,CAAF,EAAInZ,CAAJ,CAAP,CAAc,IAAI0qD,IAAErzD,EAAEwtC,CAAF,GAAI7kC,EAAE6kC,CAAZ;AAAA,oBAAcjV,IAAEv4B,EAAE0tC,CAAF,GAAI/kC,EAAE+kC,CAAtB;AAAA,oBAAwB0lB,IAAE,CAACtxC,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAP,IAAU6lB,CAAV,GAAY,CAACvxC,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAP,IAAUnV,CAAhD,CAAkD,OAAO66B,IAAE,CAAF,GAAIh+C,EAAEzM,CAAF,EAAImZ,CAAJ,CAAJ,IAAYsxC,IAAE,CAACpzD,EAAEwtC,CAAF,GAAI1rB,EAAE0rB,CAAP,IAAU6lB,CAAV,GAAY,CAACrzD,EAAE0tC,CAAF,GAAI5rB,EAAE4rB,CAAP,IAAUnV,CAAxB,EAA0B66B,IAAE,CAAF,GAAIh+C,EAAEpV,CAAF,EAAI8hB,CAAJ,CAAJ,IAAYsxC,IAAE,CAACpzD,EAAEwtC,CAAF,GAAI1rB,EAAE0rB,CAAP,IAAUjV,CAAV,GAAY,CAACv4B,EAAE0tC,CAAF,GAAI5rB,EAAE4rB,CAAP,IAAU2lB,CAAxB,EAA0BD,IAAEA,CAAF,IAAKC,IAAEA,CAAF,GAAI96B,IAAEA,CAAX,CAAtC,CAAtC,CAAP;AAAmG,aAAlR,EAAmRy8H,gBAAe,wBAASlzI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAOyB,KAAKihF,IAAL,CAAU,KAAKqyE,sBAAL,CAA4BjzI,CAA5B,EAA8BnZ,CAA9B,EAAgC3I,CAAhC,CAAV,CAAP;AAAqD,aAAvW,EAAwWi1J,oBAAmB,4BAASnzI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,IAAE0H,OAAOw3B,SAArB,CAA+B,IAAGp8B,EAAE66F,WAAF,CAAcpoJ,CAAd,KAAkB,MAAIA,EAAEzJ,MAA3B,EAAkC,OAAO47D,OAAOw3B,SAAd,CAAwB,KAAItyF,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAF,GAAS,CAAnB,EAAqBc,GAArB;AAAyBoV,wBAAEzM,EAAE3I,CAAF,CAAF,EAAOqzD,IAAE1qD,EAAE3I,IAAE,CAAJ,CAAT,EAAgBu4B,IAAE,KAAKw8H,sBAAL,CAA4BjzI,CAA5B,EAA8B1M,CAA9B,EAAgCi+C,CAAhC,CAAlB,EAAqD96B,IAAE66B,CAAF,KAAMA,IAAE76B,CAAR,CAArD;AAAzB,iBAAyF,OAAO92B,KAAKihF,IAAL,CAAUtvB,CAAV,CAAP;AAAoB,aAA/kB,EAA3/Q,EAA4kSmC,IAAE9uD,EAAEq/D,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,gBAAU;AAAC,qBAAK22J,QAAL,GAAc,EAAd,EAAiB,KAAKh2J,MAAL,GAAY,CAA7B;AAA+B,aAAhD,EAAiD4X,KAAI,aAASgL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKm1J,gBAAL,CAAsBrzI,CAAtB,CAAN,CAA+B,OAAOo0C,EAAE46F,SAAF,CAAYnoJ,CAAZ,MAAiB3I,EAAEsE,KAAF,GAAQqE,CAAzB,GAA4B3I,CAAnC;AAAqC,aAAvI,EAAwIX,KAAI,aAASyiB,CAAT,EAAW;AAAC,uBAAO,KAAKszI,aAAL,CAAmBtzI,CAAnB,IAAsB,KAAKqzI,gBAAL,CAAsBrzI,CAAtB,CAAtB,GAA+C,IAAtD;AAA2D,aAAnN,EAAoN3F,KAAI,aAAS2F,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmO,GAAL,CAASgL,CAAT,EAAWnZ,CAAX;AAAc,aAApP,EAAqP0sJ,aAAY,qBAASvzI,CAAT,EAAW;AAAC,uBAAO,KAAKszI,aAAL,CAAmBtzI,CAAnB,CAAP;AAA6B,aAA1S,EAA2SxJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAG,KAAKszI,aAAL,CAAmBtzI,CAAnB,CAAH,EAAyB;AAAC,wBAAInZ,IAAE,KAAKw5H,KAAL,CAAWrgH,CAAX,CAAN,CAAoB,OAAO,OAAO,KAAKozI,QAAL,CAAcvsJ,CAAd,CAAP,EAAwB,KAAKzJ,MAAL,EAAxB,EAAsC4iB,CAA7C;AAA+C;AAAC,aAA5Z,EAA6ZwhB,SAAQ,iBAASxhB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,IAAE,KAAK+8H,OAAL,EAAd,CAA6B,KAAI3sJ,IAAE,CAAF,EAAI3I,IAAEu4B,EAAEr5B,MAAZ,EAAmByJ,IAAE3I,CAArB,EAAuB2I,GAAvB;AAA2ByM,wBAAEmjB,EAAE5vB,CAAF,CAAF,EAAO0qD,IAAE,KAAK6hG,QAAL,CAAc9/I,CAAd,CAAT,EAA0B8gD,EAAE66F,WAAF,CAAc19F,CAAd,KAAkBvxC,EAAEuxC,CAAF,CAA5C;AAA3B;AAA4E,aAA1hB,EAA2hBpyD,OAAM,iBAAU;AAAC,oBAAI6gB,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,IAAIkC,CAAJ,EAAd;AAAA,oBAAoBh9B,IAAE,KAAK+8H,OAAL,EAAtB,CAAqC,KAAIxzI,IAAE,CAAF,EAAInZ,IAAE4vB,EAAEr5B,MAAZ,EAAmB4iB,IAAEnZ,CAArB,EAAuBmZ,GAAvB;AAA2B9hB,wBAAEu4B,EAAEzW,CAAF,CAAF,EAAO1M,IAAE,KAAK8/I,QAAL,CAAcl1J,CAAd,CAAT,EAA0Bk2D,EAAE66F,WAAF,CAAc37I,CAAd,KAAkBi+C,EAAEv8C,GAAF,CAAM1B,EAAE7S,GAAR,EAAY6S,EAAE9Q,KAAd,CAA5C;AAA3B,iBAA4F,OAAO+uD,CAAP;AAAS,aAAtrB,EAAurBiiG,SAAQ,mBAAU;AAAC,oBAAIxzI,CAAJ;AAAA,oBAAMnZ,IAAE,EAAR,CAAW,KAAImZ,CAAJ,IAAS,KAAKozI,QAAd;AAAuB,yBAAKA,QAAL,CAAcl3J,cAAd,CAA6B8jB,CAA7B,KAAiCnZ,EAAEhL,IAAF,CAAOmkB,CAAP,CAAjC;AAAvB,iBAAkE,OAAOnZ,CAAP;AAAS,aAAhyB,EAAiyBysJ,eAAc,uBAAStzI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKw5H,KAAL,CAAWrgH,CAAX,CAAN,CAAoB,OAAOo0C,EAAE46F,SAAF,CAAY,KAAKoE,QAAL,CAAcvsJ,CAAd,CAAZ,CAAP;AAAqC,aAAp3B,EAAq3BwsJ,kBAAiB,0BAASrzI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKw5H,KAAL,CAAWrgH,CAAX,CAAN;AAAA,oBAAoB9hB,IAAE,KAAKk1J,QAAL,CAAcvsJ,CAAd,CAAtB,CAAuC,OAAOutD,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,EAACuC,KAAIuf,CAAL,EAAF,EAAU,KAAKozI,QAAL,CAAcvsJ,CAAd,IAAiB3I,CAA3B,EAA6B,KAAKd,MAAL,EAAhD,GAA+Dc,CAAtE;AAAwE,aAAjgC,EAAkgCmiI,OAAM,eAASrgH,CAAT,EAAW;AAAC,oBAAGo0C,EAAE88B,QAAF,CAAWlxE,CAAX,CAAH,EAAiB,OAAOA,CAAP,CAAS,IAAGo0C,EAAE+6F,QAAF,CAAWnvI,CAAX,CAAH,EAAiB,OAAO,KAAKyzI,WAAL,CAAiBzzI,CAAjB,CAAP,CAA2B,IAAGo0C,EAAE86F,QAAF,CAAWlvI,CAAX,CAAH,EAAiB,OAAO,KAAK0zI,aAAL,CAAmB1zI,CAAnB,CAAP,CAA6B,MAAK,uBAAL;AAA6B,aAArqC,EAAsqCyzI,aAAY,qBAASzzI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,CAAV,CAAY,IAAG,MAAI0M,EAAE5iB,MAAT,EAAgB,OAAOkW,CAAP,CAAS,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAE8hB,EAAEu4C,UAAF,CAAa1xD,CAAb,CAAF,EAAkByM,IAAE,KAAGA,CAAH,GAAKA,CAAL,GAAOpV,CAA3B;AAAvB,iBAAoD,OAAOoV,CAAP;AAAS,aAAhyC,EAAiyCogJ,eAAc,uBAAS1zI,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE2zI,OAAR,CAAgB,OAAOv/F,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE4vB,GAAF,EAAMzW,EAAE2zI,OAAF,GAAU9sJ,CAAnC,GAAsCA,CAA7C;AAA+C,aAA13C,EAAf,CAA9kS,EAA09UG,IAAErC,EAAEo/D,UAAF,CAAallE,MAAb,CAAoB,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,IAAR,CAAa,IAAG3O,EAAEo/D,UAAF,CAAavnE,EAAb,CAAgBC,IAAhB,CAAqBa,IAArB,CAA0BgW,CAA1B,GAA6B,KAAKsgJ,UAAL,GAAgB,IAAIngG,CAAJ,EAA7C,EAAmD,KAAKr2D,MAAL,GAAY,CAA/D,EAAiEg3D,EAAE46F,SAAF,CAAYnoJ,CAAZ,CAApE,EAAmF,IAAGmZ,EAAExgB,OAAF,CAAUqH,CAAV,CAAH,EAAgB,KAAI3I,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuB,yBAAK8W,GAAL,CAASnO,EAAE3I,CAAF,CAAT;AAAvB,iBAAhB,MAA2D2I,EAAE26B,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,yBAAKmO,GAAL,CAASgL,CAAT,EAAWnZ,CAAX;AAAc,iBAAtC,EAAuC,IAAvC;AAA6C,aAA1N,EAA2NmO,KAAI,aAASgL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAK01J,UAAL,CAAgBr2J,GAAhB,CAAoByiB,CAApB,CAAN,CAA6B9hB,MAAIA,IAAE,KAAK01J,UAAL,CAAgB5+I,GAAhB,CAAoBgL,CAApB,CAAF,EAAyB,KAAK5iB,MAAL,EAAzB,EAAuC,KAAKqmB,OAAL,CAAa,SAAb,CAA3C,GAAoEvlB,EAAEsE,KAAF,GAAQqE,CAA5E;AAA8E,aAAxV,EAAyVwT,KAAI,aAAS2F,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmO,GAAL,CAASgL,CAAT,EAAWnZ,CAAX;AAAc,aAAzX,EAA0XtJ,KAAI,aAASyiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK+sJ,UAAL,CAAgBr2J,GAAhB,CAAoByiB,CAApB,CAAN,CAA6B,IAAGnZ,CAAH,EAAK,OAAOA,EAAErE,KAAT,CAAe,MAAMjH,MAAM,qBAAmBykB,CAAzB,CAAN;AAAkC,aAA7d,EAA8duzI,aAAY,qBAASvzI,CAAT,EAAW;AAAC,uBAAO,KAAK4zI,UAAL,CAAgBL,WAAhB,CAA4BvzI,CAA5B,CAAP;AAAsC,aAA5hB,EAA6hBxJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAG,KAAKuzI,WAAL,CAAiBvzI,CAAjB,CAAH,EAAuB,OAAO,KAAKyD,OAAL,CAAa,SAAb,GAAwB,KAAKrmB,MAAL,EAAxB,EAAsC,KAAKw2J,UAAL,CAAgBp9I,MAAhB,CAAuBwJ,CAAvB,CAA7C;AAAuE,aAA9oB,EAA+oBwhB,SAAQ,iBAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+sJ,UAAL,CAAgBpyH,OAAhB,CAAwB,UAAStjC,CAAT,EAAW;AAAC8hB,sBAAE1iB,IAAF,CAAOuJ,CAAP,EAAS3I,EAAEuC,GAAX,EAAevC,EAAEsE,KAAjB;AAAwB,iBAA5D;AAA8D,aAAnuB,EAAouBqxJ,cAAa,sBAAS7zI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+sJ,UAAL,CAAgBpyH,OAAhB,CAAwB,UAAStjC,CAAT,EAAW;AAAC8hB,sBAAE1iB,IAAF,CAAOuJ,CAAP,EAAS3I,EAAEsE,KAAX;AAAkB,iBAAtD;AAAwD,aAAvzB,EAAwzBsxJ,YAAW,oBAAS9zI,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+sJ,UAAL,CAAgBpyH,OAAhB,CAAwB,UAAStjC,CAAT,EAAW;AAAC8hB,sBAAE1iB,IAAF,CAAOuJ,CAAP,EAAS3I,EAAEuC,GAAX;AAAgB,iBAApD;AAAsD,aAAv4B,EAAw4B8H,MAAK,gBAAU;AAAC,oBAAIyX,IAAE,EAAN,CAAS,OAAO,KAAK8zI,UAAL,CAAgB,UAASjtJ,CAAT,EAAW;AAACmZ,sBAAEnkB,IAAF,CAAOgL,CAAP;AAAU,iBAAtC,GAAwCmZ,CAA/C;AAAiD,aAAl9B,EAApB,CAA59U,EAAq8W3Z,IAAE1B,EAAEq/D,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,gBAAU;AAAC,qBAAKq2F,KAAL,GAAW,IAAX,EAAgB,KAAKD,KAAL,GAAW,IAA3B,EAAgC,KAAKz1F,MAAL,GAAY,CAA5C;AAA8C,aAA/D,EAAgE22J,SAAQ,iBAAS/zI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAACrE,OAAMwd,CAAP,EAASzL,MAAK,IAAd,EAAN,CAA0B,KAAKs+E,KAAL,IAAY,KAAKC,KAAL,CAAWv+E,IAAX,GAAgB1N,CAAhB,EAAkB,KAAKisF,KAAL,GAAW,KAAKA,KAAL,CAAWv+E,IAApD,KAA2D,KAAKs+E,KAAL,GAAWhsF,CAAX,EAAa,KAAKisF,KAAL,GAAW,KAAKD,KAAxF,GAA+F,KAAKz1F,MAAL,EAA/F;AAA6G,aAA3N,EAA4Nie,SAAQ,mBAAU;AAAC,oBAAG,KAAKje,MAAL,GAAY,CAAf,EAAiB,MAAM7B,MAAM,qBAAN,CAAN,CAAmC,IAAIykB,IAAE,KAAK6yE,KAAL,CAAWrwF,KAAjB,CAAuB,OAAO,KAAKqwF,KAAL,GAAW,KAAKA,KAAL,CAAWt+E,IAAtB,EAA2B,KAAKnX,MAAL,EAA3B,EAAyC4iB,CAAhD;AAAkD,aAA5W,EAA6W/b,UAAS,kBAAS+b,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,KAAKgsF,KAAf,EAAqBhsF,CAArB,GAAwB;AAAC,wBAAGA,EAAErE,KAAF,KAAUwd,CAAb,EAAe,OAAM,CAAC,CAAP,CAASnZ,IAAEA,EAAE0N,IAAJ;AAAS,wBAAM,CAAC,CAAP;AAAS,aAArc,EAAf,CAAv8W,EAA85XonB,IAAEh3B,EAAEo/D,UAAF,CAAallE,MAAb,CAAoB,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWlC,EAAEo/D,UAAF,CAAavnE,EAAb,CAAgBC,IAAhB,CAAqBa,IAArB,CAA0BuJ,CAA1B,GAA6B,KAAK+sJ,UAAL,GAAgB,IAAIngG,CAAJ,EAA7C,EAAmD,KAAKr2D,MAAL,GAAY,CAA/D,EAAiEg3D,EAAE46F,SAAF,CAAYhvI,CAAZ,MAAiBA,aAAayzC,CAAb,GAAezzC,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,yBAAKhL,GAAL,CAASgL,CAAT;AAAY,iBAAlC,CAAf,GAAmDA,aAAahZ,CAAb,IAAgBgZ,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,yBAAKmO,GAAL,CAAS,EAACvU,KAAIuf,CAAL,EAAOxd,OAAMqE,CAAb,EAAT;AAA0B,iBAAlD,EAAmD,IAAnD,CAApF,CAAjE;AAA+M,aAA5O,EAA6O5C,UAAS,kBAAS+b,CAAT,EAAW;AAAC,uBAAO,KAAK4zI,UAAL,CAAgBL,WAAhB,CAA4BvzI,CAA5B,CAAP;AAAsC,aAAxS,EAAyShL,KAAI,aAASgL,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK+sJ,UAAL,CAAgBr2J,GAAhB,CAAoByiB,CAApB,CAAN,CAA6BnZ,MAAI,KAAK+sJ,UAAL,CAAgB5+I,GAAhB,CAAoBgL,CAApB,EAAsBA,CAAtB,GAAyB,KAAK5iB,MAAL,EAAzB,EAAuC,KAAKqmB,OAAL,CAAa,SAAb,CAA3C;AAAoE,aAA1Z,EAA2ZlmB,KAAI,aAASyiB,CAAT,EAAW;AAAC,uBAAO,KAAK/b,QAAL,CAAc+b,CAAd,IAAiB,KAAK4zI,UAAL,CAAgBr2J,GAAhB,CAAoByiB,CAApB,EAAuBxd,KAAxC,GAA8C,IAArD;AAA0D,aAAre,EAAseoM,MAAK,cAASoR,CAAT,EAAW;AAAC,uBAAO,KAAK4zI,UAAL,CAAgBvzB,KAAhB,CAAsBrgH,CAAtB,CAAP;AAAgC,aAAvhB,EAAwhBxJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,qBAAK/b,QAAL,CAAc+b,CAAd,MAAmB,KAAK4zI,UAAL,CAAgBp9I,MAAhB,CAAuBwJ,CAAvB,GAA0B,KAAK5iB,MAAL,EAA1B,EAAwC,KAAKqmB,OAAL,CAAa,SAAb,CAA3D;AAAoF,aAA/nB,EAAgoB+d,SAAQ,iBAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+sJ,UAAL,CAAgBpyH,OAAhB,CAAwB,UAAS36B,CAAT,EAAW;AAACmZ,sBAAEnZ,EAAErE,KAAJ;AAAW,iBAA/C,EAAgDqE,CAAhD;AAAmD,aAAzsB,EAA0sBxJ,SAAQ,mBAAU;AAAC,oBAAI2iB,IAAE,EAAN,CAAS,OAAO,KAAKwhB,OAAL,CAAa,UAAS36B,CAAT,EAAW;AAACmZ,sBAAEnkB,IAAF,CAAOgL,CAAP;AAAU,iBAAnC,GAAqCmZ,CAA5C;AAA8C,aAApxB,EAApB,CAAh6X,EAA2sZ4rB,IAAEjnC,EAAEq/D,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG,KAAKmtJ,KAAL,GAAW,EAAX,EAAc,KAAKC,QAAL,GAAc,EAA5B,EAA+B,KAAKC,QAAL,GAAc,EAA7C,EAAgD,KAAKC,MAAL,GAAY,CAA5D,EAA8D,KAAKzsJ,EAAL,GAAQ0sD,EAAE46F,SAAF,CAAYhvI,CAAZ,IAAeA,CAAf,GAAiByW,GAAvF,EAA2F29B,EAAE46F,SAAF,CAAYnoJ,CAAZ,CAA9F,EAA6G;AAAC,yBAAKutJ,eAAL,GAAqBvtJ,CAArB,CAAuB,IAAI3I,IAAE2I,EAAEwtJ,MAAF,EAAN,CAAiB,KAAKrrI,KAAL,GAAW9qB,EAAE8qB,KAAb,EAAmB,KAAK+E,MAAL,GAAY7vB,EAAE6vB,MAAjC,EAAwC,KAAK2d,CAAL,GAAOxtC,EAAEwtC,CAAjD,EAAmD,KAAKE,CAAL,GAAO1tC,EAAE0tC,CAA5D;AAA8D,iBAApN,MAAyN,KAAKwoH,eAAL,GAAqB,IAArB,CAA0B,KAAK95I,IAAL,GAAU,IAAV,EAAe,KAAKna,IAAL,GAAU,MAAzB,EAAgC,KAAKm0J,SAAL,GAAe,WAAS,KAAK5sJ,EAAd,GAAiB,GAAhE,EAAoE,KAAK6sJ,SAAL,GAAe,CAAC,CAApF;AAAsF,aAA7V,EAA8VC,YAAW,sBAAU;AAAC,uBAAOpgG,EAAEk7F,OAAF,CAAU,KAAK0E,KAAf,CAAP;AAA6B,aAAjZ,EAAkZK,QAAO,gBAASr0I,CAAT,EAAW;AAAC,uBAAOo0C,EAAE46F,SAAF,CAAYhvI,CAAZ,KAAgB,KAAK0rB,CAAL,GAAO1rB,EAAE0rB,CAAT,EAAW,KAAKE,CAAL,GAAO5rB,EAAE4rB,CAApB,EAAsB,KAAK5iB,KAAL,GAAWhJ,EAAEgJ,KAAnC,EAAyC,KAAK+E,MAAL,GAAY/N,EAAE+N,MAAvD,EAA8DlnB,CAA9E,IAAiF,IAAIyuD,EAAEkjC,IAAN,CAAW,KAAK9sD,CAAhB,EAAkB,KAAKE,CAAvB,EAAyB,KAAK5iB,KAA9B,EAAoC,KAAK+E,MAAzC,CAAxF;AAAyI,aAA9iB,EAA+iB0mI,YAAW,oBAASz0I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,OAAOutD,EAAEs5E,GAAF,CAAM7mI,EAAEmtJ,KAAR,EAAc,UAAS91J,CAAT,EAAW;AAAC,2BAAOA,EAAEw2J,aAAF,CAAgB7tJ,CAAhB,MAAqBmZ,CAA5B;AAA8B,iBAAxD,CAAP;AAAiE,aAAlpB,EAAmpB20I,aAAY,uBAAU;AAAC,oBAAI30I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,CAAY,IAAG,MAAI,KAAK2gJ,QAAL,CAAc72J,MAArB,EAA4B,OAAM,EAAN,CAAS,KAAI4iB,IAAE,EAAF,EAAKnZ,IAAE,CAAP,EAAS3I,IAAE,KAAK+1J,QAAL,CAAc72J,MAA7B,EAAoCyJ,IAAE3I,CAAtC,EAAwC2I,GAAxC;AAA4CyM,wBAAE,KAAK2gJ,QAAL,CAAcptJ,CAAd,CAAF,EAAmBmZ,EAAEnkB,IAAF,CAAOyX,EAAEohJ,aAAF,CAAgB,IAAhB,CAAP,CAAnB;AAA5C,iBAA6F,OAAO10I,CAAP;AAAS,aAAj0B,EAAk0B40I,YAAW,sBAAU;AAAC,oBAAI50I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,CAAY,IAAG,MAAI,KAAK4gJ,QAAL,CAAc92J,MAArB,EAA4B,OAAM,EAAN,CAAS,KAAI4iB,IAAE,EAAF,EAAKnZ,IAAE,CAAP,EAAS3I,IAAE,KAAKg2J,QAAL,CAAc92J,MAA7B,EAAoCyJ,IAAE3I,CAAtC,EAAwC2I,GAAxC;AAA4CyM,wBAAE,KAAK4gJ,QAAL,CAAcrtJ,CAAd,CAAF,EAAmBmZ,EAAEnkB,IAAF,CAAOyX,EAAEohJ,aAAF,CAAgB,IAAhB,CAAP,CAAnB;AAA5C,iBAA6F,OAAO10I,CAAP;AAAS,aAA/+B,EAAg/B7gB,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAI4rB,CAAJ,EAAN,CAAY,OAAOwoB,EAAE46F,SAAF,CAAY,KAAKmF,MAAjB,MAA2Bn0I,EAAEm0I,MAAF,GAAS,KAAKA,MAAzC,GAAiD//F,EAAE46F,SAAF,CAAY,KAAK6F,OAAjB,MAA4B70I,EAAE60I,OAAF,GAAU,KAAKA,OAA3C,CAAjD,EAAqGzgG,EAAE46F,SAAF,CAAY,KAAKn1I,KAAjB,MAA0BmG,EAAEnG,KAAF,GAAQ,KAAKA,KAAvC,CAArG,EAAmJmG,EAAEo0I,eAAF,GAAkB,KAAKA,eAA1K,EAA0Lp0I,EAAE0rB,CAAF,GAAI,KAAKA,CAAnM,EAAqM1rB,EAAE4rB,CAAF,GAAI,KAAKA,CAA9M,EAAgN5rB,EAAEgJ,KAAF,GAAQ,KAAKA,KAA7N,EAAmOhJ,EAAE+N,MAAF,GAAS,KAAKA,MAAjP,EAAwP/N,CAA/P;AAAiQ,aAA9wC,EAA+wC80I,YAAW,oBAAS90I,CAAT,EAAW;AAAC,uBAAO,SAAO,KAAKy0I,UAAL,CAAgBz0I,CAAhB,CAAd;AAAiC,aAAv0C,EAAw0C+0I,YAAW,oBAAS/0I,CAAT,EAAW;AAACA,kBAAEjE,MAAF,KAAW,IAAX,KAAkBq4C,EAAE59C,MAAF,CAAS,KAAKw9I,KAAd,EAAoBh0I,CAApB,GAAuBo0C,EAAE59C,MAAF,CAAS,KAAKy9I,QAAd,EAAuBj0I,CAAvB,CAAvB,EAAiDA,EAAEjE,MAAF,GAAS,IAA5E,GAAkFiE,EAAE5gB,MAAF,KAAW,IAAX,KAAkBg1D,EAAE59C,MAAF,CAAS,KAAKw9I,KAAd,EAAoBh0I,CAApB,GAAuBo0C,EAAE59C,MAAF,CAAS,KAAK09I,QAAd,EAAuBl0I,CAAvB,CAAvB,EAAiDA,EAAE5gB,MAAF,GAAS,IAA5E,CAAlF;AAAoK,aAAngD,EAAogD41J,WAAU,mBAASh1I,CAAT,EAAW;AAAC,uBAAOo0C,EAAEs5E,GAAF,CAAM,KAAKumB,QAAX,EAAoB,UAASptJ,CAAT,EAAW;AAAC,2BAAOA,EAAEzH,MAAF,KAAW4gB,CAAlB;AAAoB,iBAApD,CAAP;AAA6D,aAAvlD,EAAwlDi1I,QAAO,kBAAU;AAAC,uBAAO,KAAKjB,KAAL,CAAW52J,MAAlB;AAAyB,aAAnoD,EAAooD83J,cAAa,sBAASl1I,CAAT,EAAW;AAAC,uBAAO21C,EAAE,KAAKq+F,KAAP,EAAah0I,CAAb,CAAP;AAAuB,aAAprD,EAAqrDm1I,cAAa,sBAASn1I,CAAT,EAAW;AAAC,uBAAOo0C,EAAEt3D,GAAF,CAAM,KAAKk3J,KAAX,EAAiB,UAASntJ,CAAT,EAAW;AAAC,2BAAOA,EAAE6tJ,aAAF,CAAgB,IAAhB,MAAwB10I,CAA/B;AAAiC,iBAA9D,EAA+D,IAA/D,CAAP;AAA4E,aAA1xD,EAA2xDo1I,cAAa,wBAAU;AAAC,oBAAIp1I,IAAE,EAAN,CAAS,OAAOo0C,EAAE5yB,OAAF,CAAU,KAAK0yH,QAAf,EAAwB,UAASrtJ,CAAT,EAAW;AAACmZ,sBAAEnkB,IAAF,CAAOgL,EAAE6tJ,aAAF,CAAgB,IAAhB,CAAP;AAA8B,iBAAlE,EAAmE,IAAnE,GAAyEtgG,EAAE5yB,OAAF,CAAU,KAAKyyH,QAAf,EAAwB,UAASptJ,CAAT,EAAW;AAACmZ,sBAAEnkB,IAAF,CAAOgL,EAAE6tJ,aAAF,CAAgB,IAAhB,CAAP;AAA8B,iBAAlE,EAAmE,IAAnE,CAAzE,EAAkJ10I,CAAzJ;AAA2J,aAAv9D,EAAf,CAA7sZ,EAAsrd1kB,IAAEqJ,EAAEq/D,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAG8gD,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,wCAAL,CAA8C,IAAGo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,CAAH,EAAoB,MAAK,wCAAL,CAA8C,IAAI0qD,CAAJ,EAAMD,CAAN,CAAQC,IAAE6C,EAAE+6F,QAAF,CAAWnvI,CAAX,IAAc,IAAI4rB,CAAJ,CAAM5rB,CAAN,CAAd,GAAuBA,CAAzB,EAA2BsxC,IAAE8C,EAAE+6F,QAAF,CAAWtoJ,CAAX,IAAc,IAAI+kC,CAAJ,CAAM/kC,CAAN,CAAd,GAAuBA,CAApD,EAAsD,KAAKkV,MAAL,GAAYw1C,CAAlE,EAAoE,KAAKnyD,MAAL,GAAYkyD,CAAhF,EAAkF,KAAKv1C,MAAL,CAAYi4I,KAAZ,CAAkBn4J,IAAlB,CAAuB,IAAvB,CAAlF,EAA+G,KAAKuD,MAAL,CAAY40J,KAAZ,CAAkBn4J,IAAlB,CAAuB,IAAvB,CAA/G,EAA4I,KAAKkgB,MAAL,CAAYk4I,QAAZ,CAAqBp4J,IAArB,CAA0B,IAA1B,CAA5I,EAA4K,KAAKuD,MAAL,CAAY80J,QAAZ,CAAqBr4J,IAArB,CAA0B,IAA1B,CAA5K,EAA4M,KAAK6L,EAAL,GAAQ0sD,EAAE46F,SAAF,CAAY9wJ,CAAZ,IAAeA,CAAf,GAAiBu4B,GAArO,EAAyO,KAAK4+H,oBAAL,GAA0BjhG,EAAE46F,SAAF,CAAY17I,CAAZ,IAAeA,CAAf,GAAiB,IAApR,EAAyR,KAAKnT,IAAL,GAAU,MAAnS,EAA0S,KAAKm0J,SAAL,GAAe,WAAS,KAAKv4I,MAAL,CAAYrU,EAArB,GAAwB,IAAxB,GAA6B,KAAKtI,MAAL,CAAYsI,EAAzC,GAA4C,GAArW;AAAyW,aAA7gB,EAA8gBgtJ,eAAc,uBAAS10I,CAAT,EAAW;AAAC,oBAAG,KAAKjE,MAAL,KAAciE,CAAd,IAAiB,KAAK5gB,MAAL,KAAc4gB,CAAlC,EAAoC,MAAK,gDAAL,CAAsD,OAAO,KAAKjE,MAAL,KAAciE,CAAd,GAAgB,KAAK5gB,MAArB,GAA4B,KAAK2c,MAAxC;AAA+C,aAAjrB,EAAkrBu5I,eAAc,uBAASt1I,CAAT,EAAW;AAAC,uBAAO,KAAKjE,MAAL,KAAciE,EAAEjE,MAAhB,IAAwB,KAAKA,MAAL,KAAciE,EAAE5gB,MAAxC,GAA+C,KAAK2c,MAApD,GAA2D,KAAK3c,MAAL,KAAc4gB,EAAEjE,MAAhB,IAAwB,KAAK3c,MAAL,KAAc4gB,EAAE5gB,MAAxC,GAA+C,KAAKA,MAApD,GAA2D,IAA7H;AAAkI,aAA90B,EAA+0Bm2J,YAAW,oBAASv1I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKkV,MAAL,KAAciE,CAAd,IAAiB,KAAK5gB,MAAL,KAAcyH,CAA/B,IAAkC,KAAKkV,MAAL,KAAclV,CAAd,IAAiB,KAAKzH,MAAL,KAAc4gB,CAAxE;AAA0E,aAAl7B,EAAm7Bw1I,UAAS,oBAAU;AAAC,uBAAM,CAAC,KAAKz5I,MAAN,EAAa,KAAK3c,MAAlB,CAAN;AAAgC,aAAv+B,EAAw+B81J,cAAa,sBAASl1I,CAAT,EAAW;AAAC,uBAAO,KAAKjE,MAAL,KAAciE,CAAd,IAAiB,KAAK5gB,MAAL,KAAc4gB,CAAtC;AAAwC,aAAziC,EAA0iC80I,YAAW,oBAAS90I,CAAT,EAAW;AAAC,uBAAO21C,EAAE,KAAK55C,MAAL,CAAYi4I,KAAd,EAAoBh0I,CAApB,KAAwB21C,EAAE,KAAKv2D,MAAL,CAAY40J,KAAd,EAAoBh0I,CAApB,CAA/B;AAAsD,aAAvnC,EAAwnCy1I,cAAa,sBAASz1I,CAAT,EAAW;AAACo0C,kBAAE59C,MAAF,CAAS,KAAKuF,MAAL,CAAYi4I,KAArB,EAA2B,IAA3B,GAAiC5/F,EAAE59C,MAAF,CAAS,KAAKuF,MAAL,CAAYk4I,QAArB,EAA8B,IAA9B,CAAjC,EAAqEj0I,EAAEg0I,KAAF,CAAQn4J,IAAR,CAAa,IAAb,CAArE,EAAwFmkB,EAAEi0I,QAAF,CAAWp4J,IAAX,CAAgB,IAAhB,CAAxF,EAA8G,KAAKkgB,MAAL,GAAYiE,CAA1H;AAA4H,aAA7wC,EAA8wC01I,cAAa,sBAAS11I,CAAT,EAAW;AAACo0C,kBAAE59C,MAAF,CAAS,KAAKpX,MAAL,CAAY40J,KAArB,EAA2B,IAA3B,GAAiC5/F,EAAE59C,MAAF,CAAS,KAAKpX,MAAL,CAAY80J,QAArB,EAA8B,IAA9B,CAAjC,EAAqEl0I,EAAEg0I,KAAF,CAAQn4J,IAAR,CAAa,IAAb,CAArE,EAAwFmkB,EAAEk0I,QAAF,CAAWr4J,IAAX,CAAgB,IAAhB,CAAxF,EAA8G,KAAKuD,MAAL,GAAY4gB,CAA1H;AAA4H,aAAn6C,EAAo6C21I,cAAa,sBAAS31I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKkV,MAAL,KAAciE,CAAd,GAAgB,KAAKy1I,YAAL,CAAkB5uJ,CAAlB,CAAhB,GAAqC,KAAKzH,MAAL,KAAc4gB,CAAd,IAAiB,KAAK01I,YAAL,CAAkB7uJ,CAAlB,CAAtD;AAA2E,aAA1gD,EAA2gD4O,SAAQ,mBAAU;AAAC,oBAAIuK,IAAE,KAAKjE,MAAX;AAAA,oBAAkBlV,IAAE,KAAKzH,MAAzB,CAAgC,OAAO,KAAK2c,MAAL,GAAYlV,CAAZ,EAAcutD,EAAE59C,MAAF,CAASwJ,EAAEi0I,QAAX,EAAoB,IAApB,CAAd,EAAwC,KAAKl4I,MAAL,CAAYk4I,QAAZ,CAAqBp4J,IAArB,CAA0B,IAA1B,CAAxC,EAAwE,KAAKuD,MAAL,GAAY4gB,CAApF,EAAsFo0C,EAAE59C,MAAF,CAAS3P,EAAEqtJ,QAAX,EAAoB,IAApB,CAAtF,EAAgH,KAAK90J,MAAL,CAAY80J,QAAZ,CAAqBr4J,IAArB,CAA0B,IAA1B,CAAhH,EAAgJ,IAAvJ;AAA4J,aAA1tD,EAA2tD+5J,UAAS,kBAAS51I,CAAT,EAAW;AAAC,oBAAG,KAAKjE,MAAL,KAAciE,CAAd,IAAiB,KAAK5gB,MAAL,KAAc4gB,CAAlC,EAAoC,MAAK,gDAAL,CAAsD,KAAK5gB,MAAL,KAAc4gB,CAAd,IAAiB,KAAKvK,OAAL,EAAjB;AAAgC,aAA12D,EAA22DogJ,mBAAkB,6BAAU;AAAC,oBAAI71I,IAAE,KAAK7gB,KAAL,EAAN,CAAmB,OAAO6gB,EAAEvK,OAAF,IAAYuK,EAAE81I,QAAF,GAAW,CAAC,CAAxB,EAA0B91I,CAAjC;AAAmC,aAA97D,EAA+7D7gB,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,IAAI1kB,CAAJ,CAAM,KAAKygB,MAAX,EAAkB,KAAK3c,MAAvB,CAAN,CAAqC,OAAO4gB,CAAP;AAAS,aAA9/D,EAAf,CAAxrd,EAAwshB0rB,IAAE/mC,EAAEq/D,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKg0I,KAAL,GAAW,EAAX,EAAc,KAAKr1I,KAAL,GAAW,EAAzB,EAA4B,KAAKo3I,QAAL,GAAc,IAAI/uJ,CAAJ,EAA1C,EAAgD,KAAKqgH,OAAL,GAAa,IAA7D,EAAkE,KAAK7hB,KAAL,GAAW,IAA7E,EAAkFpxC,EAAE46F,SAAF,CAAYhvI,CAAZ,IAAeo0C,EAAE+6F,QAAF,CAAWnvI,CAAX,IAAc,KAAKtY,EAAL,GAAQsY,CAAtB,IAAyB,KAAKqnG,OAAL,GAAarnG,CAAb,EAAe,KAAKtY,EAAL,GAAQsY,EAAEtY,EAAlD,CAAf,GAAqE,KAAKA,EAAL,GAAQ+uB,GAA/J,EAAmK,KAAK49H,MAAL,GAAY,IAAI3vJ,CAAJ,EAA/K,EAAqL,KAAKsxJ,uBAAL,GAA6B,CAAC,CAAnN,EAAqN,KAAK71J,IAAL,GAAU,OAA/N;AAAuO,aAAzP,EAA0P81J,oBAAmB,4BAASj2I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,IAAG8gD,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,CAAC,CAAtB,GACti7I,CAAC,KAAKg2I,uBAAN,IAA+Bh2I,CADog7I,EAClg7I;AAAC,yBAAInZ,IAAE,CAAF,EAAI3I,IAAE,KAAKygB,KAAL,CAAWvhB,MAArB,EAA4ByJ,IAAE3I,CAA9B,EAAgC2I,GAAhC;AAAoCyM,4BAAE,KAAKqL,KAAL,CAAW9X,CAAX,CAAF,EAAgByM,EAAEe,QAAF,GAAW,KAAKsgJ,WAAL,CAAiBrhJ,CAAjB,CAA3B,EAA+CA,EAAE6B,OAAF,GAAU,KAAKy/I,UAAL,CAAgBthJ,CAAhB,CAAzD;AAApC,qBAAgH,KAAK0iJ,uBAAL,GAA6B,CAAC,CAA9B;AAAgC;AAAC,aAD6k6I,EAC5k6IE,cAAa,sBAASl2I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,CAAY,IAAG,CAACtxC,CAAJ,EAAM,MAAK,2BAAL,CAAiC,KAAIo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAArB,GAAwB,KAAKovJ,kBAAL,EAAxB,EAAkD7hG,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,IAAI8I,CAAJ,EAAF,EAAQotD,EAAE5yB,OAAF,CAAU,KAAK7iB,KAAf,EAAqB,UAASqB,CAAT,EAAW;AAAC9hB,sBAAE8W,GAAF,CAAMgL,CAAN,EAAQ,CAAC,CAAT;AAAY,iBAA7C,CAA3B,CAAlD,EAA6H9hB,EAAEmc,GAAF,CAAM2F,CAAN,EAAQ,CAAC,CAAT,CAA7H,EAAyIA,EAAEq+D,KAAF,GAAQx3E,CAAjJ,EAAmJyM,IAAE0M,EAAE3L,QAAvJ,EAAgKk9C,IAAE,CAAlK,EAAoK96B,IAAEnjB,EAAElW,MAA5K,EAAmLm0D,IAAE96B,CAArL,EAAuL86B,GAAvL;AAA2LD,wBAAEh+C,EAAEi+C,CAAF,CAAF,EAAOD,KAAG,CAACpzD,EAAEX,GAAF,CAAM+zD,CAAN,CAAJ,IAAc,KAAK4kG,YAAL,CAAkB5kG,CAAlB,EAAoBzqD,IAAE,CAAtB,EAAwB3I,CAAxB,CAArB;AAA3L;AAA2O,aADix5I,EAChx5I8V,MAAK,cAASgM,CAAT,EAAW;AAAC,oBAAGo0C,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB;AAAC,wBAAG,KAAKwlF,KAAR,EAAc,OAAO,KAAKA,KAAZ,CAAkB,IAAI3+F,IAAEutD,EAAE/1D,KAAF,CAAQ,KAAKsgB,KAAb,EAAmB,UAASqB,CAAT,EAAW;AAAC,+BAAO,MAAIA,EAAEk0I,QAAF,CAAW92J,MAAtB;AAA6B,qBAA5D,CAAN,CAAoE,OAAOyJ,IAAEA,CAAF,GAAIutD,EAAE/1D,KAAF,CAAQ,KAAKsgB,KAAb,CAAX;AAA+B,sBAAK6mF,KAAL,GAAWxlF,CAAX;AAAa,aAD0l5I,EACzl5Im2I,wBAAuB,kCAAU;AAAC,oBAAIn2I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,CAAc,KAAI,KAAK6kG,cAAL,GAAoB,CAApB,EAAsB,KAAKC,cAAL,EAAtB,EAA4Cr2I,IAAEo0C,EAAEo7F,SAAF,CAAY,KAAK7wI,KAAL,CAAWvhB,MAAvB,EAA8B,CAAC,CAA/B,CAA9C,EAAgFyJ,IAAE,CAAtF,EAAwFA,IAAE,KAAK8X,KAAL,CAAWvhB,MAArG,EAA4GyJ,GAA5G;AAAgHmZ,sBAAEnZ,CAAF,MAAO,CAAC,CAAR,KAAY,KAAKyvJ,sBAAL,CAA4Bt2I,CAA5B,EAA8BnZ,CAA9B,GAAiC,KAAKuvJ,cAAL,EAA7C;AAAhH,iBAAoL,KAAIl4J,IAAE,EAAF,EAAKoV,IAAE,CAAX,EAAaA,IAAE,KAAK8iJ,cAApB,EAAmC,EAAE9iJ,CAArC;AAAuCpV,sBAAEoV,CAAF,IAAK,IAAIo4B,CAAJ,EAAL;AAAvC,iBAAkD,KAAIp4B,IAAE,CAAN,EAAQA,IAAE0M,EAAE5iB,MAAZ,EAAmB,EAAEkW,CAArB;AAAuBi+C,wBAAErzD,EAAE8hB,EAAE1M,CAAF,CAAF,CAAF,EAAUi+C,EAAEglG,mBAAF,CAAsB,KAAK53I,KAAL,CAAWrL,CAAX,CAAtB,CAAV;AAAvB,iBAAsE,OAAOpV,EAAES,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAOA,EAAE8X,KAAF,CAAQvhB,MAAR,GAAe4iB,EAAErB,KAAF,CAAQvhB,MAA9B;AAAqC,iBAA1D,GAA4Dc,CAAnE;AAAqE,aADwr4I,EACvr4Io4J,wBAAuB,gCAASt2I,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,kBAAEnZ,CAAF,IAAK,KAAKuvJ,cAAV,CAAyB,IAAIl4J,IAAE,KAAKygB,KAAL,CAAW9X,CAAX,CAAN,CAAoButD,EAAE5yB,OAAF,CAAUtjC,EAAE81J,KAAZ,EAAkB,UAASntJ,CAAT,EAAW;AAAC,wBAAIyM,IAAEzM,EAAE6tJ,aAAF,CAAgBx2J,CAAhB,CAAN;AAAA,wBAAyBqzD,IAAEj+C,EAAEwB,KAA7B,CAAmCkL,EAAEuxC,CAAF,MAAO,CAAC,CAAR,IAAW,KAAK+kG,sBAAL,CAA4Bt2I,CAA5B,EAA8BuxC,CAA9B,CAAX;AAA4C,iBAA7G,EAA8G,IAA9G;AAAoH,aADi/3I,EACh/3IilG,YAAW,sBAAU;AAAC,oBAAIx2I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,CAAY,IAAG,KAAKg8I,OAAL,EAAH,EAAkB,OAAO,KAAK+E,MAAL,GAAY,IAAI3vJ,CAAJ,EAAnB,CAAyB,KAAIsb,IAAE,IAAF,EAAOnZ,IAAE,CAAT,EAAW3I,IAAE,KAAKygB,KAAL,CAAWvhB,MAA5B,EAAmCyJ,IAAE3I,CAArC,EAAuC2I,GAAvC;AAA2CyM,wBAAE,KAAKqL,KAAL,CAAW9X,CAAX,CAAF,EAAgBmZ,IAAEA,IAAEA,EAAEs2E,KAAF,CAAQhjF,EAAE+gJ,MAAF,EAAR,CAAF,GAAsB/gJ,EAAE+gJ,MAAF,EAAxC;AAA3C,iBAA8F,OAAO,KAAKA,MAAL,GAAYr0I,CAAnB;AAAqB,aADgz3I,EAC/y3Iy2I,iBAAgB,yBAASz2I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBG,CAAtB;AAAA,oBAAwBv9C,CAAxB;AAAA,oBAA0Bm9C,CAA1B;AAAA,oBAA4BM,IAAE,IAAI1mB,CAAJ,EAA9B;AAAA,oBAAoCte,IAAE,IAAIpmB,CAAJ,EAAtC,CAA4C,KAAIorD,EAAEp+C,IAAF,GAAOgM,EAAE7gB,KAAF,EAAP,EAAiBizD,EAAEp+C,IAAF,CAAOqqE,KAAP,GAAa,CAA9B,EAAgCjsB,EAAEp+C,IAAF,CAAOtM,EAAP,GAAUsY,EAAEtY,EAA5C,EAA+C0lB,EAAEpY,GAAF,CAAMgL,CAAN,EAAQoyC,EAAEp+C,IAAV,CAA/C,EAA+DgM,EAAEq+D,KAAF,GAAQ,CAAvE,EAAyE/qE,IAAE,EAA3E,EAA8Ei+C,IAAE,EAAhF,EAAmFa,EAAEskG,QAAF,CAAWtkG,EAAEp+C,IAAb,CAAnF,EAAsGV,EAAEzX,IAAF,CAAOmkB,CAAP,CAAtG,EAAgHuxC,EAAE11D,IAAF,CAAOmkB,CAAP,CAAhH,EAA0HyW,IAAE,CAAhI,EAAkI86B,EAAEn0D,MAAF,GAAS,CAA3I;AAA8I,yBAAIk0D,IAAEC,EAAE1sD,GAAF,EAAF,EAAUH,IAAE,CAAhB,EAAkBA,IAAE4sD,EAAE0iG,KAAF,CAAQ52J,MAA5B,EAAmCsH,GAAnC;AAAuCyuD,4BAAE7B,EAAE0iG,KAAF,CAAQtvJ,CAAR,CAAF,EAAaqtD,IAAEoB,EAAEuhG,aAAF,CAAgBpjG,CAAhB,CAAf,EAAkCqE,EAAEriD,CAAF,EAAIy+C,CAAJ,MAASA,EAAEssB,KAAF,GAAQ/sB,EAAE+sB,KAAF,GAAQ,CAAhB,EAAkB5nD,IAAEs7B,EAAEssB,KAAF,GAAQ,CAAV,KAAc5nD,IAAEs7B,EAAEssB,KAAF,GAAQ,CAAxB,CAAlB,EAA6C1oB,EAAEpE,CAAF,EAAIQ,CAAJ,KAAQR,EAAE11D,IAAF,CAAOk2D,CAAP,CAArD,EAA+D4D,EAAEriD,CAAF,EAAIy+C,CAAJ,KAAQz+C,EAAEzX,IAAF,CAAOk2D,CAAP,CAAvE,EAAiF3kC,EAAEmmI,WAAF,CAAcjiG,CAAd,IAAiBzqD,IAAEumB,EAAE7vB,GAAF,CAAM+zD,CAAN,CAAnB,IAA6BzqD,IAAEyqD,EAAEnyD,KAAF,EAAF,EAAY0H,EAAEw3E,KAAF,GAAQ/sB,EAAE+sB,KAAtB,EAA4Bx3E,EAAEa,EAAF,GAAK4pD,EAAE5pD,EAAnC,EAAsC0lB,EAAEpY,GAAF,CAAMs8C,CAAN,EAAQzqD,CAAR,CAAnE,CAAjF,EAAgKumB,EAAEmmI,WAAF,CAAcxhG,CAAd,IAAiB7zD,IAAEkvB,EAAE7vB,GAAF,CAAMw0D,CAAN,CAAnB,IAA6B7zD,IAAE6zD,EAAE5yD,KAAF,EAAF,EAAYjB,EAAEmgF,KAAF,GAAQtsB,EAAEssB,KAAtB,EAA4BngF,EAAEwJ,EAAF,GAAKqqD,EAAErqD,EAAnC,EAAsC0lB,EAAEpY,GAAF,CAAM+8C,CAAN,EAAQ7zD,CAAR,CAAnE,CAAhK,EAA+Og0D,IAAE,IAAI52D,CAAJ,CAAMuL,CAAN,EAAQ3I,CAAR,CAAjP,EAA4Pk0D,EAAEukG,OAAF,CAAUzkG,CAAV,CAArQ,CAAlC;AAAvC;AAA9I,iBAA0e,KAAIv9C,IAAE,EAAF,EAAKm9C,IAAE,CAAX,EAAaA,IAAEr7B,CAAf,EAAiBq7B,GAAjB;AAAqBn9C,sBAAE9Y,IAAF,CAAO,EAAP;AAArB,iBAAgC,OAAOu4D,EAAE5yB,OAAF,CAAU4wB,EAAEzzC,KAAZ,EAAkB,UAASqB,CAAT,EAAW;AAACrL,sBAAEqL,EAAEq+D,KAAJ,EAAWxiF,IAAX,CAAgBmkB,CAAhB;AAAmB,iBAAjD,GAAmDoyC,EAAEwkG,UAAF,GAAajiJ,CAAhE,EAAkEy9C,EAAE6jG,kBAAF,EAAlE,EAAyF7jG,CAAhG;AAAkG,aAD2n2I,EAC1n2IykG,gBAAe,wBAAShwJ,CAAT,EAAW3I,CAAX,EAAa;AAAC,oBAAGk2D,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,EAArB,GAAyButD,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,CAArB,CAAzB,EAAiD,MAAI,KAAKygB,KAAL,CAAWvhB,MAAnE,EAA0E,OAAO,IAAP,CAAY,IAAG,MAAI,KAAKuhB,KAAL,CAAWvhB,MAAlB,EAAyB,OAAOu4D,EAAE9uD,CAAF,EAAI,KAAK8X,KAAL,CAAW,CAAX,CAAJ,IAAmB,IAAnB,GAAwB,KAAKA,KAAL,CAAW,CAAX,CAA/B,CAA6C,IAAIrL,IAAE0M,EAAE9d,IAAF,CAAO,KAAKyc,KAAZ,EAAkB,UAASqB,CAAT,EAAW;AAAC,2BAAM,CAAC21C,EAAE9uD,CAAF,EAAImZ,CAAJ,CAAD,IAASA,EAAEi1I,MAAF,MAAY/2J,CAA3B;AAA6B,iBAA3D,CAAN,CAAmE,OAAOk2D,EAAEk7F,OAAF,CAAUh8I,CAAV,IAAa,IAAb,GAAkBA,EAAE8gD,EAAEu7F,aAAF,CAAgB,CAAhB,EAAkBr8I,EAAElW,MAApB,CAAF,CAAzB;AAAwD,aADs01I,EACr01IkyJ,SAAQ,mBAAU;AAAC,uBAAOl7F,EAAEk7F,OAAF,CAAU,KAAK3wI,KAAf,CAAP;AAA6B,aADqx1I,EACpx1Im4I,WAAU,qBAAU;AAAC,uBAAO1iG,EAAEt3D,GAAF,CAAM,KAAKk3J,KAAX,EAAiB,UAASh0I,CAAT,EAAW;AAAC,2BAAO21C,EAAE,KAAKh3C,KAAP,EAAaqB,EAAEjE,MAAf,KAAwB45C,EAAE,KAAKh3C,KAAP,EAAaqB,EAAE5gB,MAAf,CAA/B;AAAsD,iBAAnF,EAAoF,IAApF,CAAP;AAAiG,aAD8p1I,EAC7p1Iw1J,YAAW,oBAAS50I,CAAT,EAAW;AAAC,oBAAG,CAAC,KAAK+2I,OAAL,CAAa/2I,CAAb,CAAJ,EAAoB,MAAK,2CAAL,CAAiD,OAAOA,EAAE40I,UAAF,EAAP;AAAsB,aAD2i1I,EAC1i1ID,aAAY,qBAAS30I,CAAT,EAAW;AAAC,oBAAG,CAAC,KAAK+2I,OAAL,CAAa/2I,CAAb,CAAJ,EAAoB,MAAK,2CAAL,CAAiD,OAAOA,EAAE20I,WAAF,EAAP;AAAuB,aADs70I,EACr70IgC,SAAQ,iBAAS32I,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIi+C,CAAJ,EAAM96B,CAAN,EAAQ66B,CAAR,CAAU,IAAG8C,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,wCAAL,CAA8C,IAAGo0C,EAAE66F,WAAF,CAAc/wJ,CAAd,CAAH,EAAoB;AAAC,wBAAGk2D,EAAE46F,SAAF,CAAYhvI,EAAE7f,IAAd,KAAqB,WAAS6f,EAAE7f,IAAnC,EAAwC,OAAO,KAAK62J,eAAL,CAAqBh3I,CAArB,GAAwBnZ,CAA/B,CAAiC,MAAK,wCAAL;AAA8C,wBAAO0qD,IAAE,KAAK0lG,OAAL,CAAaj3I,CAAb,CAAF,EAAkBo0C,EAAE66F,WAAF,CAAc19F,CAAd,MAAmBA,IAAE,KAAK2lG,OAAL,CAAal3I,CAAb,CAArB,CAAlB,EAAwDyW,IAAE,KAAKwgI,OAAL,CAAa/4J,CAAb,CAA1D,EAA0Ek2D,EAAE66F,WAAF,CAAcx4H,CAAd,MAAmBA,IAAE,KAAKygI,OAAL,CAAah5J,CAAb,CAArB,CAA1E,EAAgHozD,IAAE,IAAIh2D,CAAJ,CAAMi2D,CAAN,EAAQ96B,CAAR,CAAlH,EAA6H29B,EAAE46F,SAAF,CAAY17I,CAAZ,MAAiBg+C,EAAEz3C,KAAF,GAAQvG,CAAzB,CAA7H,EAAyJ,KAAK0gJ,KAAL,CAAWn4J,IAAX,CAAgBy1D,CAAhB,CAAzJ,EAA4KA,CAAnL;AAAqL,aADgh0I,EAC/g0I6lG,gBAAe,0BAAU;AAAC,uBAAK,KAAKnD,KAAL,CAAW52J,MAAX,GAAkB,CAAvB,GAA0B;AAAC,wBAAI4iB,IAAE,KAAKg0I,KAAL,CAAW,CAAX,CAAN,CAAoB,KAAKe,UAAL,CAAgB/0I,CAAhB;AAAmB;AAAC,aADk7zI,EACj7zIg3I,iBAAgB,yBAASh3I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAKk5J,OAAL,CAAap3I,CAAb,MAAkB,KAAKg0I,KAAL,CAAWn4J,IAAX,CAAgBmkB,CAAhB,GAAmB,KAAK+2I,OAAL,CAAa/2I,EAAEjE,MAAF,CAASrU,EAAtB,KAA2Bb,IAAE,KAAKowJ,OAAL,CAAaj3I,EAAEjE,MAAF,CAASrU,EAAtB,CAAF,EAA4BsY,EAAEy1I,YAAF,CAAe5uJ,CAAf,CAAvD,IAA0E,KAAKqwJ,OAAL,CAAal3I,EAAEjE,MAAf,CAA7F,EAAoH,KAAKg7I,OAAL,CAAa/2I,EAAE5gB,MAAF,CAASsI,EAAtB,KAA2BxJ,IAAE,KAAK+4J,OAAL,CAAaj3I,EAAE5gB,MAAF,CAASsI,EAAtB,CAAF,EAA4BsY,EAAE01I,YAAF,CAAex3J,CAAf,CAAvD,IAA0E,KAAKg5J,OAAL,CAAal3I,EAAE5gB,MAAf,CAAhN;AAAwO,aADqqzI,EACpqzIg4J,SAAQ,iBAASp3I,CAAT,EAAW;AAAC,oBAAGo0C,EAAE+6F,QAAF,CAAWnvI,CAAX,CAAH,EAAiB,OAAOo0C,EAAEs5E,GAAF,CAAM,KAAKsmB,KAAX,EAAiB,UAASntJ,CAAT,EAAW;AAAC,2BAAOA,EAAEa,EAAF,KAAOsY,CAAd;AAAgB,iBAA7C,CAAP,CAAsD,IAAG,WAASA,EAAE7f,IAAd,EAAmB,OAAOw1D,EAAE,KAAKq+F,KAAP,EAAah0I,CAAb,CAAP,CAAuB,MAAK,uDAAL;AAA6D,aADk+yI,EACj+yIi3I,SAAQ,iBAASj3I,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEtY,EAAF,IAAMsY,CAAZ,CAAc,IAAG,KAAK+1I,QAAL,CAAcxC,WAAd,CAA0B1sJ,CAA1B,CAAH,EAAgC,OAAO,KAAKkvJ,QAAL,CAAcx4J,GAAd,CAAkBsJ,CAAlB,CAAP;AAA4B,aADm4yI,EACl4yIkwJ,SAAQ,iBAAS/2I,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEtY,EAAF,IAAMsY,CAAZ,CAAc,OAAO,KAAK+1I,QAAL,CAAcxC,WAAd,CAA0B1sJ,CAA1B,CAAP;AAAoC,aAD4zyI,EAC3zyI6vJ,UAAS,kBAAS12I,CAAT,EAAW;AAAC,qBAAKrB,KAAL,CAAW9iB,IAAX,CAAgBmkB,CAAhB,GAAmB,KAAK+1I,QAAL,CAAc/gJ,GAAd,CAAkBgL,EAAEtY,EAApB,EAAuBsY,CAAvB,CAAnB;AAA6C,aADyvyI,EACxvyIq3I,aAAY,qBAASr3I,CAAT,EAAW;AAACo0C,kBAAE59C,MAAF,CAAS,KAAKmI,KAAd,EAAoBqB,CAApB,GAAuB,KAAK+1I,QAAL,CAAcv/I,MAAd,CAAqBwJ,EAAEtY,EAAvB,CAAvB;AAAkD,aAD8qyI,EAC7qyI4vJ,YAAW,oBAASt3I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,IAAEzW,CAAd,CAAgB,IAAGo0C,EAAE+6F,QAAF,CAAWnvI,CAAX,MAAgByW,IAAE,KAAKwgI,OAAL,CAAaj3I,CAAb,CAAlB,GAAmC,CAACo0C,EAAE46F,SAAF,CAAYv4H,CAAZ,CAAvC,EAAsD,MAAK,+DAAL,CAAqE,KAAI5vB,IAAE4vB,EAAEu9H,KAAJ,EAAUv9H,EAAEu9H,KAAF,GAAQ,EAAlB,EAAqB91J,IAAE,CAAvB,EAAyBoV,IAAEzM,EAAEzJ,MAAjC,EAAwCc,IAAEoV,CAA1C,EAA4CpV,GAA5C;AAAgDqzD,wBAAE1qD,EAAE3I,CAAF,CAAF,EAAO,KAAK62J,UAAL,CAAgBxjG,CAAhB,CAAP;AAAhD,iBAA0E,KAAK8lG,WAAL,CAAiB5gI,CAAjB;AAAoB,aAD66xI,EAC56xI8gI,cAAa,sBAASv3I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOutD,EAAEs5E,GAAF,CAAM,KAAKsmB,KAAX,EAAiB,UAAS91J,CAAT,EAAW;AAAC,2BAAOA,EAAE6d,MAAF,IAAUiE,CAAV,IAAa9hB,EAAEkB,MAAF,IAAUyH,CAAvB,IAA0B3I,EAAE6d,MAAF,IAAUlV,CAAV,IAAa3I,EAAEkB,MAAF,IAAU4gB,CAAxD;AAA0D,iBAAvF,CAAP;AAAgG,aADizxI,EAChzxI+0I,YAAW,oBAAS/0I,CAAT,EAAW;AAACo0C,kBAAE59C,MAAF,CAAS,KAAKw9I,KAAd,EAAoBh0I,CAApB,GAAuBo0C,EAAE59C,MAAF,CAASwJ,EAAEjE,MAAF,CAASk4I,QAAlB,EAA2Bj0I,CAA3B,CAAvB,EAAqDo0C,EAAE59C,MAAF,CAASwJ,EAAEjE,MAAF,CAASi4I,KAAlB,EAAwBh0I,CAAxB,CAArD,EAAgFo0C,EAAE59C,MAAF,CAASwJ,EAAE5gB,MAAF,CAAS80J,QAAlB,EAA2Bl0I,CAA3B,CAAhF,EAA8Go0C,EAAE59C,MAAF,CAASwJ,EAAE5gB,MAAF,CAAS40J,KAAlB,EAAwBh0I,CAAxB,CAA9G;AAAyI,aADgpxI,EAC/oxIk3I,SAAQ,iBAASl3I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAW,IAAG,CAAC8gD,EAAE46F,SAAF,CAAYhvI,CAAZ,CAAJ,EAAmB,MAAK,gDAAL,CAAsD,IAAGo0C,EAAE+6F,QAAF,CAAWnvI,CAAX,CAAH,EAAiB;AAAC,wBAAG,KAAK+2I,OAAL,CAAa/2I,CAAb,CAAH,EAAmB,OAAO,KAAKi3I,OAAL,CAAaj3I,CAAb,CAAP,CAAuB1M,IAAE,IAAIs4B,CAAJ,CAAM5rB,CAAN,CAAF;AAAW,iBAAvE,MAA2E;AAAC,wBAAG,KAAK+2I,OAAL,CAAa/2I,CAAb,CAAH,EAAmB,OAAO,KAAKi3I,OAAL,CAAaj3I,CAAb,CAAP,CAAuB1M,IAAE0M,CAAF;AAAI,wBAAOo0C,EAAE46F,SAAF,CAAYnoJ,CAAZ,KAAgByM,EAAE+gJ,MAAF,CAASxtJ,CAAT,CAAhB,EAA4ButD,EAAE46F,SAAF,CAAY9wJ,CAAZ,MAAiBoV,EAAEuG,KAAF,GAAQ3b,CAAzB,CAA5B,EAAwD,KAAKw4J,QAAL,CAAcpjJ,CAAd,CAAxD,EAAyEA,CAAhF;AAAkF,aADu1wI,EACt1wIijJ,qBAAoB,6BAASv2I,CAAT,EAAW;AAAC,qBAAK+2I,OAAL,CAAa/2I,CAAb,KAAiB,KAAK02I,QAAL,CAAc12I,CAAd,CAAjB,CAAkC,IAAInZ,IAAEmZ,EAAEi0I,QAAR,CAAiBj0I,EAAEi0I,QAAF,GAAW,EAAX,EAAc7/F,EAAE5yB,OAAF,CAAU36B,CAAV,EAAY,UAASmZ,CAAT,EAAW;AAAC,yBAAKg3I,eAAL,CAAqBh3I,CAArB;AAAwB,iBAAhD,EAAiD,IAAjD,CAAd;AAAqE,aAD8rwI,EAC7rwIq2I,gBAAe,0BAAU;AAAC,oBAAIr2I,CAAJ,CAAM,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAKrB,KAAL,CAAWvhB,MAArB,EAA4B,EAAE4iB,CAA9B;AAAgC,yBAAKrB,KAAL,CAAWqB,CAAX,EAAclL,KAAd,GAAoBkL,CAApB;AAAhC,iBAAsD,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAKg0I,KAAL,CAAW52J,MAArB,EAA4B,EAAE4iB,CAA9B;AAAgC,yBAAKg0I,KAAL,CAAWh0I,CAAX,EAAclL,KAAd,GAAoBkL,CAApB;AAAhC;AAAsD,aADijwI,EAChjwI7gB,OAAM,eAAS6gB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,IAAIwtC,CAAJ,EAAR;AAAA,oBAAcp4B,IAAE8gD,EAAE46F,SAAF,CAAYhvI,CAAZ,KAAgBA,MAAI,CAAC,CAArC,CAAuC,OAAO1M,MAAIpV,EAAEs5J,OAAF,GAAU,IAAIxwJ,CAAJ,EAAV,EAAgB9I,EAAEu5J,OAAF,GAAU,IAAIzwJ,CAAJ,EAA9B,GAAqCH,IAAE,IAAIG,CAAJ,EAAvC,EAA6CotD,EAAE5yB,OAAF,CAAU,KAAK7iB,KAAf,EAAqB,UAASqB,CAAT,EAAW;AAAC,wBAAIuxC,IAAEvxC,EAAE7gB,KAAF,EAAN,CAAgB0H,EAAEwT,GAAF,CAAM2F,CAAN,EAAQuxC,CAAR,GAAWrzD,EAAEw4J,QAAF,CAAWnlG,CAAX,CAAX,EAAyBj+C,KAAGpV,EAAEs5J,OAAF,CAAUn9I,GAAV,CAAck3C,CAAd,EAAgBvxC,CAAhB,CAA5B;AAA+C,iBAAhG,CAA7C,EAA+Io0C,EAAE5yB,OAAF,CAAU,KAAKwyH,KAAf,EAAqB,UAASh0I,CAAT,EAAW;AAAC,wBAAGnZ,EAAE0sJ,WAAF,CAAcvzI,EAAEjE,MAAhB,KAAyBlV,EAAE0sJ,WAAF,CAAcvzI,EAAE5gB,MAAhB,CAA5B,EAAoD;AAAC,4BAAImyD,IAAErzD,EAAEy4J,OAAF,CAAU9vJ,EAAEtJ,GAAF,CAAMyiB,EAAEjE,MAAR,CAAV,EAA0BlV,EAAEtJ,GAAF,CAAMyiB,EAAE5gB,MAAR,CAA1B,CAAN,CAAiDkU,KAAGpV,EAAEu5J,OAAF,CAAUp9I,GAAV,CAAck3C,CAAd,EAAgBvxC,CAAhB,CAAH;AAAsB;AAAC,iBAA9J,CAA/I,EAA+S9hB,CAAtT;AAAwT,aAD+rvI,EAC9rvIw5J,WAAU,mBAAS13I,CAAT,EAAW;AAAC,uBAAO0rB,EAAEulH,KAAF,CAAQyG,SAAR,CAAkB,IAAlB,EAAuB13I,CAAvB,CAAP;AAAiC,aADuovI,EACtovI23I,qBAAoB,6BAAS33I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,IAAG8gD,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,qCAAL,CAA2C,IAAGo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,CAAH,EAAoB,MAAK,+BAAL,CAAqC,IAAG,CAAC,KAAKkwJ,OAAL,CAAa/2I,CAAb,CAAJ,EAAoB,MAAK,gDAAL,CAAsD9hB,IAAE,KAAK+4J,OAAL,CAAaj3I,CAAb,CAAF,EAAkB1M,IAAE,EAApB,EAAuB,KAAKskJ,YAAL,CAAkB15J,CAAlB,EAAoB2I,CAApB,EAAsByM,CAAtB,CAAvB;AAAgD,aAD02uI,EACz2uIskJ,cAAa,sBAAS53I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,CAAY,KAAIzqD,EAAEmZ,CAAF,GAAK9hB,EAAErC,IAAF,CAAOmkB,CAAP,CAAL,EAAe1M,IAAE0M,EAAE20I,WAAF,EAAjB,EAAiCpjG,IAAE,CAAnC,EAAqC96B,IAAEnjB,EAAElW,MAA7C,EAAoDm0D,IAAE96B,CAAtD,EAAwD86B,GAAxD;AAA4DD,wBAAEh+C,EAAEi+C,CAAF,CAAF,EAAOoE,EAAEz3D,CAAF,EAAIozD,CAAJ,KAAQ,KAAKsmG,YAAL,CAAkBtmG,CAAlB,EAAoBzqD,CAApB,EAAsB3I,CAAtB,CAAf;AAA5D;AAAoG,aAD4tuI,EAC3tuI25J,uBAAsB,+BAAS73I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgByuD,CAAhB,EAAkBpB,CAAlB,CAAoB,IAAGqC,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,qCAAL,CAA2C,IAAGo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,CAAH,EAAoB,MAAK,+BAAL,CAAqC,IAAG,CAAC,KAAKkwJ,OAAL,CAAa/2I,CAAb,CAAJ,EAAoB,MAAK,gDAAL,CAAsD,KAAI9hB,IAAE,KAAK+4J,OAAL,CAAaj3I,CAAb,CAAF,EAAkB1M,IAAE,IAAIjN,CAAJ,EAApB,EAA0BkrD,IAAE,EAA5B,EAA+Bj+C,EAAEygJ,OAAF,CAAU71J,CAAV,CAAnC,EAAgDoV,EAAElW,MAAF,GAAS,CAAzD;AAA4D,yBAAIq5B,IAAEnjB,EAAE+H,OAAF,EAAF,EAAcxU,EAAE4vB,CAAF,CAAd,EAAmB86B,EAAE11D,IAAF,CAAO46B,CAAP,CAAnB,EAA6B66B,IAAE76B,EAAEk+H,WAAF,EAA/B,EAA+CjwJ,IAAE,CAAjD,EAAmDyuD,IAAE7B,EAAEl0D,MAA3D,EAAkEsH,IAAEyuD,CAApE,EAAsEzuD,GAAtE;AAA0EqtD,4BAAET,EAAE5sD,CAAF,CAAF,EAAOixD,EAAEpE,CAAF,EAAIQ,CAAJ,KAAQ4D,EAAEriD,CAAF,EAAIy+C,CAAJ,CAAR,IAAgBz+C,EAAEygJ,OAAF,CAAUhiG,CAAV,CAAvB;AAA1E;AAA5D;AAA0K,aADuztI,EACtztI+lG,8BAA6B,sCAAS93I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB96B,CAAnB,EAAqB66B,CAArB,EAAuB;AAAC,oBAAI5sD,CAAJ,EAAMyuD,CAAN,EAAQpB,CAAR,EAAUG,CAAV,EAAYv9C,CAAZ,CAAc,KAAIzW,EAAE8W,GAAF,CAAMnO,CAAN,EAAQyqD,CAAR,GAAWh+C,EAAE0B,GAAF,CAAMnO,CAAN,EAAQyqD,CAAR,CAAX,EAAsBA,GAAtB,EAA0B76B,EAAE56B,IAAF,CAAOgL,CAAP,CAA1B,EAAoCnC,IAAEmC,EAAE8tJ,WAAF,EAAtC,EAAsD5iG,IAAE,CAAxD,EAA0DG,IAAExtD,EAAEtH,MAAlE,EAAyE20D,IAAEG,CAA3E,EAA6EH,GAA7E;AAAiFoB,wBAAEzuD,EAAEqtD,CAAF,CAAF,EAAO7zD,EAAEq1J,WAAF,CAAcpgG,CAAd,IAAiBwC,EAAEl/B,CAAF,EAAI08B,CAAJ,KAAQ7/C,EAAE0B,GAAF,CAAMnO,CAAN,EAAQlH,KAAKy0C,GAAL,CAAS9gC,EAAE/V,GAAF,CAAMsJ,CAAN,CAAT,EAAkB3I,EAAEX,GAAF,CAAM41D,CAAN,CAAlB,CAAR,CAAzB,IAA+D,KAAK2kG,4BAAL,CAAkC93I,CAAlC,EAAoCmzC,CAApC,EAAsCj1D,CAAtC,EAAwCoV,CAAxC,EAA0Ci+C,CAA1C,EAA4C96B,CAA5C,EAA8C66B,CAA9C,GAAiDh+C,EAAE0B,GAAF,CAAMnO,CAAN,EAAQlH,KAAKy0C,GAAL,CAAS9gC,EAAE/V,GAAF,CAAMsJ,CAAN,CAAT,EAAkByM,EAAE/V,GAAF,CAAM41D,CAAN,CAAlB,CAAR,CAAhH,CAAP;AAAjF,iBAA8O,IAAG7/C,EAAE/V,GAAF,CAAMsJ,CAAN,MAAW3I,EAAEX,GAAF,CAAMsJ,CAAN,CAAd,EAAuB;AAAC8N,wBAAE,EAAF,CAAK;AAAGw+C,4BAAE18B,EAAE5xB,GAAF,EAAF,EAAU8P,EAAE9Y,IAAF,CAAOs3D,CAAP,CAAV;AAAH,6BAA6BA,MAAItsD,CAAjC,EAAoC,CAAC,CAACmZ,CAAD,IAAIrL,EAAEvX,MAAF,GAAS,CAAd,KAAkBm0D,EAAE11D,IAAF,CAAO8Y,CAAP,CAAlB;AAA4B;AAAC,aADu6sI,EACt6sIojJ,YAAW,oBAAS/3I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,CAAkB,KAAI0vD,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,CAAC,CAAtB,GAAyBnZ,IAAE,IAAIG,CAAJ,EAA3B,EAAiC9I,IAAE,IAAI8I,CAAJ,EAAnC,EAAyCsM,IAAE,EAA3C,EAA8Ci+C,IAAE,EAAhD,EAAmD96B,IAAE,CAArD,EAAuD66B,IAAE,KAAK3yC,KAAL,CAAWvhB,MAAxE,EAA+Eq5B,IAAE66B,CAAjF,EAAmF76B,GAAnF;AAAuF/xB,wBAAE,KAAKia,KAAL,CAAW8X,CAAX,CAAF,EAAgB5vB,EAAE0sJ,WAAF,CAAc7uJ,CAAd,KAAkB,KAAKozJ,4BAAL,CAAkC93I,CAAlC,EAAoCtb,CAApC,EAAsCmC,CAAtC,EAAwC3I,CAAxC,EAA0CoV,CAA1C,EAA4Ci+C,CAA5C,EAA8C,CAA9C,CAAlC;AAAvF,iBAA0K,OAAOj+C,CAAP;AAAS,aAD0ssI,EACzssI0kJ,WAAU,qBAAU;AAAC,uBAAO5jG,EAAEk7F,OAAF,CAAU,KAAKyI,UAAL,EAAV,CAAP;AAAoC,aADgpsI,EAC/osIE,YAAW,oBAASj4I,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE03I,SAAF,EAAN;AAAA,oBAAoBx5J,IAAE,KAAKw5J,SAAL,EAAtB,CAAuC,OAAOtjG,EAAEt3D,GAAF,CAAM+J,CAAN,EAAQ,UAASmZ,CAAT,EAAW;AAAC,2BAAO21C,EAAEz3D,CAAF,EAAI8hB,CAAJ,CAAP;AAAc,iBAAlC,CAAP;AAA2C,aADsisI,EACrisIk4I,aAAY,uBAAU;AAAC,oBAAIl4I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,EAAoByuD,CAApB,EAAsBpB,CAAtB,EAAwBG,CAAxB,EAA0Bv9C,CAA1B,EAA4Bm9C,CAA5B,EAA8BM,CAA9B,EAAgChlC,CAAhC,EAAkCqmC,CAAlC,EAAoCptD,CAApC,EAAsCs1B,CAAtC,EAAwCiQ,CAAxC,EAA0CtwC,CAA1C,EAA4CowC,CAA5C,EAA8C/mC,CAA9C,EAAgD2wD,CAAhD,EAAkDhB,CAAlD,EAAoDntB,CAApD,EAAsDotB,CAAtD,EAAwDc,CAAxD,EAA0DU,CAA1D,EAA4DJ,CAA5D,EAA8DK,CAA9D,EAAgET,CAAhE,EAAkEH,CAAlE,CAAoE,IAAG,KAAKk6F,OAAL,MAAgB,KAAK3wI,KAAL,CAAWvhB,MAAX,IAAmB,CAAnC,IAAsC,KAAK42J,KAAL,CAAW52J,MAAX,IAAmB,CAA5D,EAA8D,OAAM,EAAN,CAAS,IAAG,KAAG,KAAKuhB,KAAL,CAAWvhB,MAAjB,EAAwB;AAAC,wBAAG4iB,IAAE,EAAF,EAAK,KAAKg0I,KAAL,CAAW52J,MAAX,GAAkB,CAA1B,EAA4B,KAAIyJ,IAAE,KAAKmtJ,KAAL,CAAW,CAAX,CAAF,EAAgB91J,IAAE2I,EAAEkV,MAApB,EAA2BzI,IAAE,CAA7B,EAA+Bi+C,IAAE,KAAKyiG,KAAL,CAAW52J,MAAhD,EAAuDkW,IAAEi+C,CAAzD,EAA2Dj+C,GAA3D;AAA+DmjB,4BAAE,KAAKu9H,KAAL,CAAW1gJ,CAAX,CAAF,EAAgBmjB,EAAE1a,MAAF,IAAU7d,CAAV,KAAcozD,IAAE76B,EAAEhhB,OAAF,EAAF,EAAcuK,EAAEnkB,IAAF,CAAOy1D,CAAP,CAA5B,CAAhB;AAA/D,qBAAsH,OAAOtxC,CAAP;AAAS,sBAAItb,IAAE,KAAKvF,KAAL,CAAW,CAAC,CAAZ,CAAF,EAAiBg0D,IAAE,KAAKx0C,KAAL,CAAWvhB,MAA9B,EAAqC20D,IAAE,IAAI/qD,CAAJ,EAAvC,EAA6CkrD,IAAE,WAASlyC,CAAT,EAAW;AAAC,2BAAO,MAAIA,EAAEi0I,QAAF,CAAW72J,MAAf,GAAsB,IAAE+1D,CAAxB,GAA0B,MAAInzC,EAAEk0I,QAAF,CAAW92J,MAAf,GAAsB+1D,IAAE,CAAxB,GAA0BnzC,EAAEi0I,QAAF,CAAW72J,MAAX,GAAkB4iB,EAAEk0I,QAAF,CAAW92J,MAAxF;AAA+F,iBAA1J,EAA2JuX,IAAE,WAASqL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAI3I,IAAEg0D,EAAElyC,CAAF,EAAImzC,CAAJ,CAAN,CAAatsD,EAAE0sJ,WAAF,CAAcr1J,CAAd,KAAkB2I,EAAEwT,GAAF,CAAMnc,CAAN,EAAQ,EAAR,CAAlB,EAA8B2I,EAAEtJ,GAAF,CAAMW,CAAN,EAASrC,IAAT,CAAcmkB,CAAd,CAA9B;AAA+C,iBAAvO,EAAwOo0C,EAAE5yB,OAAF,CAAU98B,EAAEia,KAAZ,EAAkB,UAASqB,CAAT,EAAW;AAACrL,sBAAEqL,CAAF,EAAI+xC,CAAJ;AAAO,iBAArC,CAAxO,EAA+QD,IAAE,EAAjR,EAAoRM,IAAE,EAA1R,EAA6R1tD,EAAEia,KAAF,CAAQvhB,MAAR,GAAe,CAA5S,GAA+S;AAAC,wBAAG20D,EAAEwhG,WAAF,CAAc,IAAEpgG,CAAhB,CAAH,EAAsB,KAAIx3B,IAAEo2B,EAAEx0D,GAAF,CAAM,IAAE41D,CAAR,CAAN,EAAiBx3B,EAAEv+B,MAAF,GAAS,CAA1B,GAA6B;AAAC,6BAAIq2D,IAAE93B,EAAE92B,GAAF,EAAF,EAAU+mC,IAAE,CAAhB,EAAkBA,IAAE6nB,EAAEugG,KAAF,CAAQ52J,MAA5B,EAAmCwuC,GAAnC;AAAuCtwC,gCAAEm4D,EAAEugG,KAAF,CAAQpoH,CAAR,CAAF,EAAaxe,IAAE9xB,EAAEo5J,aAAF,CAAgBjhG,CAAhB,CAAf,EAAkCptD,IAAE6rD,EAAE9kC,CAAF,EAAI+lC,CAAJ,CAApC,EAA2CiB,EAAE59C,MAAF,CAASu7C,EAAEx0D,GAAF,CAAM8I,CAAN,CAAT,EAAkB+mB,CAAlB,CAA3C,EAAgEA,EAAE2nI,UAAF,CAAaz5J,CAAb,CAAhE,EAAgFqZ,EAAEyY,CAAF,EAAI2kC,CAAJ,CAAhF;AAAvC,yBAA8HrtD,EAAE2yJ,WAAF,CAAc5jG,CAAd,GAAiBrB,EAAEtmD,OAAF,CAAU2nD,CAAV,CAAjB;AAA8B,yBAAG1B,EAAEwhG,WAAF,CAAcpgG,IAAE,CAAhB,CAAH,EAAsB,KAAIznB,IAAEqmB,EAAEx0D,GAAF,CAAM41D,IAAE,CAAR,CAAN,EAAiBznB,EAAEtuC,MAAF,GAAS,CAA1B,GAA6B;AAAC,6BAAIgwB,IAAEse,EAAE7mC,GAAF,EAAF,EAAUF,IAAE,CAAhB,EAAkBA,IAAEyoB,EAAE4mI,KAAF,CAAQ52J,MAA5B,EAAmCuH,GAAnC;AAAuC2wD,gCAAEloC,EAAE4mI,KAAF,CAAQrvJ,CAAR,CAAF,EAAa8uD,IAAE6B,EAAEo/F,aAAF,CAAgBtnI,CAAhB,CAAf,EAAkC/mB,IAAE6rD,EAAEuB,CAAF,EAAIN,CAAJ,CAApC,EAA2CiB,EAAE59C,MAAF,CAASu7C,EAAEx0D,GAAF,CAAM8I,CAAN,CAAT,EAAkBotD,CAAlB,CAA3C,EAAgEA,EAAEshG,UAAF,CAAaz/F,CAAb,CAAhE,EAAgF3gD,EAAE8+C,CAAF,EAAI1B,CAAJ,CAAhF;AAAvC,yBAA8HD,EAAEj2D,IAAF,CAAOuxB,CAAP,GAAU1oB,EAAE2yJ,WAAF,CAAcjqI,CAAd,CAAV;AAA2B,yBAAG1oB,EAAEia,KAAF,CAAQvhB,MAAR,GAAe,CAAlB,EAAoB,KAAIk3D,IAAEnB,IAAE,CAAR,EAAUmB,IAAE,IAAEnB,CAAd,EAAgBmB,GAAhB;AAAoB,4BAAGvC,EAAEwhG,WAAF,CAAcj/F,CAAd,KAAkBvC,EAAEx0D,GAAF,CAAM+2D,CAAN,EAASl3D,MAAT,GAAgB,CAArC,EAAuC;AAAC,iCAAI+pC,IAAE4qB,EAAEx0D,GAAF,CAAM+2D,CAAN,CAAF,EAAWC,IAAEptB,EAAEtiC,GAAF,EAAb,EAAqBwwD,IAAE,CAA3B,EAA6BA,IAAEd,EAAEy/F,KAAF,CAAQ52J,MAAvC,EAA8Ci4D,GAA9C;AAAkDU,oCAAExB,EAAEy/F,KAAF,CAAQ3+F,CAAR,CAAF,EAAaM,IAAEI,EAAE2+F,aAAF,CAAgBngG,CAAhB,CAAf,EAAkCluD,IAAE6rD,EAAEyD,CAAF,EAAIxC,CAAJ,CAApC,EAA2CiB,EAAE59C,MAAF,CAASu7C,EAAEx0D,GAAF,CAAM8I,CAAN,CAAT,EAAkBsvD,CAAlB,CAA3C,EAAgEA,EAAEo/F,UAAF,CAAah/F,CAAb,CAAhE,EAAgFphD,EAAEghD,CAAF,EAAI5D,CAAJ,CAAhF;AAAlD,6BAAyID,EAAEj2D,IAAF,CAAO04D,CAAP,GAAU7vD,EAAE2yJ,WAAF,CAAc9iG,CAAd,CAAV,CAA2B;AAAM;AAAtO;AAAuO,sBAAIzC,IAAEA,EAAEl2D,MAAF,CAASw2D,CAAT,CAAF,EAAc4D,IAAE,IAAIhvD,CAAJ,EAAhB,EAAsBuuD,IAAE,CAA5B,EAA8BA,IAAE,KAAK52C,KAAL,CAAWvhB,MAA3C,EAAkDm4D,GAAlD;AAAsDS,sBAAE37C,GAAF,CAAM3V,EAAE8yJ,OAAF,CAAUj6J,GAAV,CAAcu0D,EAAEyD,CAAF,CAAd,CAAN,EAA0BA,CAA1B;AAAtD,iBAAmF,OAAOH,IAAE,EAAF,EAAKhB,EAAE5yB,OAAF,CAAU,KAAKwyH,KAAf,EAAqB,UAASh0I,CAAT,EAAW;AAACg2C,sBAAEz4D,GAAF,CAAMyiB,EAAEjE,MAAR,IAAgBi6C,EAAEz4D,GAAF,CAAMyiB,EAAE5gB,MAAR,CAAhB,KAAkC4gB,EAAEvK,OAAF,IAAY2/C,EAAEv5D,IAAF,CAAOmkB,CAAP,CAA9C;AAAyD,iBAA1F,CAAL,EAAiGo1C,CAAxG;AAA0G,aAD0kpI,EAAf,CAA1shB,EAC92nH1pB,EAAEysH,UAAF,GAAa,EAACC,YAAW,sBAAU;AAAC,uBAAO1sH,EAAEulH,KAAF,CAAQr8H,KAAR,CAAc,CAAC,MAAD,EAAQ,MAAR,EAAe,MAAf,EAAsB,MAAtB,EAA6B,MAA7B,EAAoC,MAApC,EAA2C,MAA3C,EAAkD,MAAlD,CAAd,CAAP;AAAgF,aAAvG,EAAwGyjI,SAAQ,mBAAU;AAAC,uBAAO3sH,EAAEulH,KAAF,CAAQr8H,KAAR,CAAc,CAAC,MAAD,EAAQ,MAAR,EAAe,MAAf,EAAsB,MAAtB,EAA6B,MAA7B,EAAoC,MAApC,EAA2C,MAA3C,EAAkD,MAAlD,EAAyD,MAAzD,EAAgE,OAAhE,EAAwE,OAAxE,EAAgF,OAAhF,EAAwF,QAAxF,EAAiG,QAAjG,EAA0G,OAA1G,EAAkH,OAAlH,EAA0H,QAA1H,EAAmI,QAAnI,EAA4I,QAA5I,EAAqJ,QAArJ,EAA8J,QAA9J,EAAuK,QAAvK,EAAgL,OAAhL,EAAwL,QAAxL,EAAiM,QAAjM,EAA0M,OAA1M,CAAd,CAAP;AAAyO,aAApW,EAAqW0jI,YAAW,sBAAU;AAAC,uBAAO5sH,EAAEulH,KAAF,CAAQr8H,KAAR,CAAc,CAAC,MAAD,EAAQ,MAAR,EAAe,MAAf,CAAd,CAAP;AAA6C,aAAxa,EAAya2jI,YAAW,oBAASv4I,CAAT,EAAW;AAAC,uBAAOo0C,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,CAArB,GAAwB0rB,EAAEulH,KAAF,CAAQuH,kBAAR,CAA2Bx4I,CAA3B,EAA6B,CAA7B,CAA/B;AAA+D,aAA/f,EAAggBy4I,QAAO,gBAASz4I,CAAT,EAAW;AAAC,uBAAOo0C,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,EAArB,GAAyB0rB,EAAEulH,KAAF,CAAQuH,kBAAR,CAA2Bx4I,CAA3B,EAA6B,CAA7B,CAAhC;AAAgE,aAAnlB,EAAolB04I,MAAK,cAAS14I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO6kC,EAAEulH,KAAF,CAAQuH,kBAAR,CAA2Bx4I,CAA3B,EAA6BnZ,CAA7B,CAAP;AAAuC,aAA9oB,EAA+oB8xJ,QAAO,gBAAS34I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAOwtC,EAAEulH,KAAF,CAAQ2H,oBAAR,CAA6B54I,CAA7B,EAA+BnZ,CAA/B,EAAiC3I,CAAjC,CAAP;AAA2C,aAAjtB,EAAktB26J,UAAS,oBAAU;AAAC,uBAAOntH,EAAEulH,KAAF,CAAQr8H,KAAR,CAAc,CAAC,MAAD,EAAQ,MAAR,EAAe,MAAf,EAAsB,MAAtB,EAA6B,MAA7B,EAAoC,MAApC,EAA2C,MAA3C,EAAkD,MAAlD,EAAyD,MAAzD,EAAgE,MAAhE,CAAd,CAAP;AAA8F,aAAp0B,EAAq0BkkI,MAAK,cAAS94I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,IAAE,IAAI4wD,EAAEyjG,KAAN,EAAhB,CAA4B,IAAG/4I,KAAG,CAAH,IAAMnZ,KAAG,CAAZ,EAAc,OAAOnC,CAAP,CAAS,KAAIxG,IAAE,CAAN,EAAQA,IAAE8hB,IAAE,CAAZ,EAAc9hB,GAAd;AAAkB,yBAAIoV,IAAE,IAAF,EAAOi+C,IAAE,CAAb,EAAeA,IAAE1qD,IAAE,CAAnB,EAAqB0qD,GAArB;AAAyB96B,4BAAE,IAAImV,CAAJ,CAAM,KAAG1tC,CAAH,GAAK,GAAL,GAASqzD,CAAf,CAAF,EAAoB7sD,EAAEwyJ,OAAF,CAAUzgI,CAAV,CAApB,EAAiCnjB,KAAG5O,EAAEiyJ,OAAF,CAAUrjJ,CAAV,EAAYmjB,CAAZ,CAApC,EAAmDv4B,IAAE,CAAF,KAAMozD,IAAE5sD,EAAEuyJ,OAAF,CAAU,MAAI/4J,IAAE,CAAN,IAAS,GAAT,GAAaqzD,CAAvB,CAAF,EAA4B7sD,EAAEiyJ,OAAF,CAAUrlG,CAAV,EAAY76B,CAAZ,CAAlC,CAAnD,EAAqGnjB,IAAEmjB,CAAvG;AAAzB;AAAlB,iBAAoJ,OAAO/xB,CAAP;AAAS,aAAxiC,EADi2nH,EACvzlHgnC,EAAEulH,KAAF,GAAQ,EAACr8H,OAAM,eAAS5U,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,IAAE,IAAIgE,EAAEyjG,KAAN,EAAhB;AAAA,oBAA4Br0J,IAAEsb,EAAErkB,KAAF,EAA9B,CAAwC,KAAIuC,IAAE,CAAF,EAAIoV,IAAE5O,EAAEtH,MAAZ,EAAmBc,IAAEoV,CAArB,EAAuBpV,GAAvB,EAA2B;AAAC,wBAAGqzD,IAAE7sD,EAAExG,CAAF,CAAF,EAAOk2D,EAAE+6F,QAAF,CAAW59F,CAAX,CAAV,EAAwB;AAAC,4BAAGA,EAAEz1D,OAAF,CAAU,IAAV,IAAgB,CAAnB,EAAqB,MAAK,yCAAL,CAA+C,IAAG26B,IAAE86B,EAAEtuD,KAAF,CAAQ,IAAR,CAAF,EAAgB,KAAGwzB,EAAEr5B,MAAxB,EAA+B,MAAK,yCAAL,CAA+CyJ,IAAE,IAAIvL,CAAJ,CAAMm7B,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,CAAF,EAAmB66B,EAAEqlG,OAAF,CAAU9vJ,CAAV,CAAnB;AAAgC,yBAAGutD,EAAE86F,QAAF,CAAW39F,CAAX,CAAH,EAAiB;AAAC,4BAAG,CAAC1qD,CAAJ,EAAM,MAAK,6CAAL,CAAmDlC,EAAE2+D,UAAF,CAAaz8D,CAAb,EAAe0qD,CAAf;AAAkB;AAAC,wBAAOD,CAAP;AAAS,aAAzY,EAA0YomG,WAAU,mBAAS13I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,IAAG29B,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,qDAAL,CAA2D,KAAIo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAAC,CAAtB,GAAyB3I,IAAE,EAA3B,EAA8BoV,IAAE,CAAhC,EAAkCi+C,IAAEvxC,EAAEg0I,KAAF,CAAQ52J,MAAhD,EAAuDkW,IAAEi+C,CAAzD,EAA2Dj+C,GAA3D;AAA+DmjB,wBAAEzW,EAAEg0I,KAAF,CAAQ1gJ,CAAR,CAAF,EAAapV,EAAErC,IAAF,CAAO46B,EAAE1a,MAAF,CAASrU,EAAT,GAAY,IAAZ,GAAiB+uB,EAAEr3B,MAAF,CAASsI,EAAjC,CAAb,EAAkDb,KAAG3I,EAAErC,IAAF,CAAO,EAAC6L,IAAG+uB,EAAE/uB,EAAN,EAAP,CAArD;AAA/D,iBAAsI,OAAOxJ,CAAP;AAAS,aAA5oB,EAA6oB86J,WAAU,mBAASh5I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,uBAAO8gD,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,IAAIyuD,EAAEijC,KAAN,CAAY,CAAZ,EAAc,CAAd,CAArB,GAAuCnkC,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAEu4B,GAArB,CAAvC,EAAiEnjB,IAAE3O,EAAE2+D,UAAF,CAAa,EAACt6C,OAAM,EAAP,EAAU+E,QAAO,EAAjB,EAAoBrmB,IAAGxJ,CAAvB,EAAyBy4F,QAAO,EAAhC,EAAmCqG,MAAK,SAAxC,EAAkD1iF,MAAK,QAAvD,EAAgE2+I,UAAS,CAAC,CAA1E,EAA4EvtH,GAAE7kC,EAAE6kC,CAAhF,EAAkFE,GAAE/kC,EAAE+kC,CAAtF,EAAb,EAAsGt4B,CAAtG,CAAnE,EAA4K0M,EAAEk5I,QAAF,CAAW5lJ,CAAX,CAAnL;AAAiM,aAA12B,EAA22B6lJ,gBAAe,wBAASn5I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,uBAAO0M,EAAEo5I,OAAF,CAAUvyJ,CAAV,EAAY3I,CAAZ,EAAcoV,CAAd,CAAP;AAAwB,aAAp6B,EAAq6B+lJ,wBAAuB,gCAASr5I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,EAAM96B,CAAN,EAAQ66B,CAAR,EAAU6B,CAAV,EAAYpB,CAAZ,EAAcG,CAAd,EAAgBv9C,CAAhB,EAAkBm9C,CAAlB,EAAoBM,CAApB,EAAsBhlC,CAAtB,EAAwBqmC,CAAxB,EAA0BzsD,CAA1B,EAA4BX,CAA5B,EAA8Bs1B,CAA9B,EAAgCiQ,CAAhC,EAAkCtwC,CAAlC,CAAoC,IAAG84D,EAAE66F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,mCAAL,CAAyC,IAAGo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,CAAH,EAAoB,MAAK,iCAAL,CAAuC,KAAIutD,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,CAAC,CAAtB,GAAyBk2D,EAAE66F,WAAF,CAAc37I,CAAd,MAAmBA,IAAE,CAAC,CAAtB,CAAzB,EAAkDi+C,IAAEvxC,EAAEqkB,OAAF,CAAUmvB,WAAV,IAAuB,GAA3E,EAA+E/8B,IAAEzW,EAAEqkB,OAAF,CAAU4Y,YAAV,IAAwB,GAAzG,EAA6GqU,IAAE,EAA/G,EAAkHY,IAAE,CAApH,EAAsHv9C,IAAE9N,EAAE8X,KAAF,CAAQvhB,MAApI,EAA2I80D,IAAEv9C,CAA7I,EAA+Iu9C,GAA/I;AAAmJiB,wBAAEtsD,EAAE8X,KAAF,CAAQuzC,CAAR,CAAF,EAAaJ,IAAEqB,EAAEjpC,QAAjB,EAA0BkqC,EAAE66F,WAAF,CAAcn9F,CAAd,MAAmBA,IAAEsC,EAAE46F,SAAF,CAAY77F,EAAEznB,CAAd,KAAkB0oB,EAAE46F,SAAF,CAAY77F,EAAEvnB,CAAd,CAAlB,GAAmC,IAAIypB,CAAJ,CAAMlC,EAAEznB,CAAR,EAAUynB,EAAEvnB,CAAZ,CAAnC,GAAkD,IAAIypB,CAAJ,CAAMjB,EAAEu7F,aAAF,CAAgB,EAAhB,EAAmBp+F,IAAE,EAArB,CAAN,EAA+B6C,EAAEu7F,aAAF,CAAgB,EAAhB,EAAmBl5H,IAAE,EAArB,CAA/B,CAAvE,CAA1B,EAA2J27B,IAAE,EAA7J,EAAgK,QAAMe,EAAEzrD,EAAR,IAAY4L,KAAG3O,EAAE2+D,UAAF,CAAalR,CAAb,EAAe,EAACppC,OAAM,MAAIrpB,KAAKC,MAAL,EAAJ,GAAkB,EAAzB,EAA4BmuB,QAAO,KAAGpuB,KAAKC,MAAL,EAAH,GAAiB,EAApD,EAAuD0a,MAAK,WAA5D,EAAwE0iF,MAAK,EAACvqD,OAAM,SAAP,EAA7E,EAAf,CAA/K,EAA+Rsf,IAAE,KAAKinG,SAAL,CAAeh5I,CAAf,EAAiB8xC,CAAjB,EAAmBqB,EAAEzrD,EAArB,EAAwB0qD,CAAxB,CAAjS,EAA4ThlC,IAAE2kC,EAAEsiG,MAAF,EAA9T,EAAyUjgG,EAAE46F,SAAF,CAAY5hI,CAAZ,MAAiB+lC,EAAEznB,CAAF,GAAIte,EAAEse,CAAN,EAAQynB,EAAEvnB,CAAF,GAAIxe,EAAEwe,CAAd,EAAgBunB,EAAEnqC,KAAF,GAAQoE,EAAEpE,KAA1B,EAAgCmqC,EAAEplC,MAAF,GAASX,EAAEW,MAA5D,CAAzU,EAA6YujC,EAAE6B,EAAEzrD,EAAJ,IAAQqqD,CAArZ;AAAnJ,iBAA0iB,KAAI0B,IAAE,CAAN,EAAQA,IAAE5sD,EAAEmtJ,KAAF,CAAQ52J,MAAlB,EAAyBq2D,GAAzB;AAA6BzsD,wBAAEH,EAAEmtJ,KAAF,CAAQvgG,CAAR,CAAF,EAAaptD,IAAEirD,EAAEtqD,EAAE+U,MAAF,CAASrU,EAAX,CAAf,EAA8B0sD,EAAE66F,WAAF,CAAc5oJ,CAAd,MAAmBs1B,IAAE21B,EAAEtqD,EAAE5H,MAAF,CAASsI,EAAX,CAAF,EAAiB0sD,EAAE66F,WAAF,CAActzH,CAAd,KAAkB,KAAKw9H,cAAL,CAAoBn5I,CAApB,EAAsB3Z,CAAtB,EAAwBs1B,CAAxB,EAA0B,EAACj0B,IAAGV,EAAEU,EAAN,EAA1B,CAAtD,CAA9B;AAA7B,iBAAuJ,IAAGxJ,CAAH,EAAK,KAAI0tC,IAAE,IAAI5rB,EAAEs5I,YAAN,CAAmBt5I,CAAnB,CAAF,EAAwB4rB,EAAE2tH,WAAF,CAAc1yJ,CAAd,EAAgB,EAAC2yJ,aAAY,CAAC,CAAd,EAAhB,CAAxB,EAA0Dl+J,IAAE,CAAhE,EAAkEA,IAAEuL,EAAE8X,KAAF,CAAQvhB,MAA5E,EAAmF9B,GAAnF;AAAuF63D,wBAAEtsD,EAAE8X,KAAF,CAAQrjB,CAAR,CAAF,EAAay2D,IAAET,EAAE6B,EAAEzrD,EAAJ,CAAf,EAAuBqqD,EAAEsiG,MAAF,CAAS,IAAI3vJ,CAAJ,CAAMyuD,EAAEznB,CAAR,EAAUynB,EAAEvnB,CAAZ,EAAcunB,EAAEnqC,KAAhB,EAAsBmqC,EAAEplC,MAAxB,CAAT,CAAvB;AAAvF;AAAwJ,aAAx8D,EAAy8DyqI,oBAAmB,4BAASx4I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgByuD,CAAhB,EAAkBpB,CAAlB,EAAoBG,CAApB,EAAsBv9C,CAAtB,CAAwB,IAAGy/C,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,CAArB,GAAwBo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAArB,CAAxB,EAAgD3I,IAAE,IAAIo3D,EAAEyjG,KAAN,EAAlD,EAA8DzlJ,IAAE,CAAC,CAAjE,EAAmEi+C,IAAE,EAArE,EAAwEvxC,KAAG,CAAH,IAAMnZ,KAAG,CAApF,EAAsF,OAAO3I,CAAP,CAAS,KAAIozD,IAAE,IAAI1lB,CAAJ,CAAM,KAAI,EAAEt4B,CAAZ,CAAF,EAAiBpV,EAAEg5J,OAAF,CAAU5lG,CAAV,CAAjB,EAA8BpzD,EAAE8V,IAAF,GAAOs9C,CAArC,EAAuCC,EAAE11D,IAAF,CAAOy1D,CAAP,CAAvC,EAAiD5sD,IAAE,CAAvD,EAAyDA,IAAEsb,CAA3D,EAA6Dtb,GAA7D,EAAiE;AAAC,yBAAI+xB,IAAE,EAAF,EAAK08B,IAAE,CAAX,EAAaA,IAAE5B,EAAEn0D,MAAjB,EAAwB+1D,GAAxB;AAA4B,6BAAIpB,IAAER,EAAE4B,CAAF,CAAF,EAAOjB,IAAE,CAAb,EAAeA,IAAErrD,CAAjB,EAAmBqrD,GAAnB;AAAuBv9C,gCAAE,IAAIi3B,CAAJ,CAAM,KAAI,EAAEt4B,CAAZ,CAAF,EAAiBpV,EAAEy4J,OAAF,CAAU5kG,CAAV,EAAYp9C,CAAZ,CAAjB,EAAgC8hB,EAAE56B,IAAF,CAAO8Y,CAAP,CAAhC;AAAvB;AAA5B,qBAA6F48C,IAAE96B,CAAF;AAAI,wBAAOv4B,CAAP;AAAS,aAA7wE,EAA8wE06J,sBAAqB,8BAAS54I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,EAAY5sD,CAAZ,EAAcyuD,CAAd,EAAgBpB,CAAhB,EAAkBG,CAAlB,EAAoBv9C,CAApB,EAAsBm9C,CAAtB,EAAwBM,CAAxB,CAA0B,IAAGgC,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,CAArB,GAAwBo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAArB,CAAxB,EAAgDutD,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,CAArB,CAAhD,EAAwEoV,IAAE,IAAIgiD,EAAEyjG,KAAN,EAA1E,EAAsFxnG,IAAE,CAAC,CAAzF,EAA2F96B,IAAE,EAA7F,EAAgGzW,KAAG,CAAH,IAAMnZ,KAAG,CAAT,IAAY3I,KAAG,CAAlH,EAAoH,OAAOoV,CAAP,CAAS,KAAI5O,IAAE,CAAN,EAAQA,IAAExG,CAAV,EAAYwG,GAAZ;AAAgB,yBAAIyuD,IAAE,IAAIvnB,CAAJ,CAAM,KAAI,EAAE2lB,CAAZ,CAAF,EAAiBj+C,EAAE4jJ,OAAF,CAAU/jG,CAAV,CAAjB,EAA8B18B,IAAE,CAAC08B,CAAD,CAAhC,EAAoCpB,IAAE,CAA1C,EAA4CA,IAAE/xC,CAA9C,EAAgD+xC,GAAhD,EAAoD;AAAC,6BAAIT,IAAE,EAAF,EAAKY,IAAE,CAAX,EAAaA,IAAEz7B,EAAEr5B,MAAjB,EAAwB80D,GAAxB;AAA4B,iCAAIv9C,IAAE8hB,EAAEy7B,CAAF,CAAF,EAAOJ,IAAE,CAAb,EAAeA,IAAEjrD,CAAjB,EAAmBirD,GAAnB;AAAuBM,oCAAE,IAAIxmB,CAAJ,CAAM,KAAI,EAAE2lB,CAAZ,CAAF,EAAiBj+C,EAAEqjJ,OAAF,CAAUhiJ,CAAV,EAAYy9C,CAAZ,CAAjB,EAAgCd,EAAEz1D,IAAF,CAAOu2D,CAAP,CAAhC;AAAvB;AAA5B,yBAA6F37B,IAAE66B,CAAF;AAAI;AAAtK,iBAAsK,OAAOh+C,CAAP;AAAS,aAAznF,EAA0nFmmJ,4BAA2B,oCAASz5I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,EAAY5sD,CAAZ,EAAcyuD,CAAd,EAAgBpB,CAAhB,EAAkBG,CAAlB,EAAoBv9C,CAApB,EAAsBm9C,CAAtB,CAAwB,IAAGsC,EAAE66F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,EAArB,GAAyBo0C,EAAE66F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAArB,CAAzB,EAAiDutD,EAAE66F,WAAF,CAAc/wJ,CAAd,MAAmBA,IAAE,CAAC,CAAtB,CAAjD,EAA0EoV,IAAE,IAAIgiD,EAAEyjG,KAAN,EAA5E,EAAwFxnG,IAAE,CAAC,CAA3F,EAA6FvxC,KAAG,CAAnG,EAAqG,OAAO1M,CAAP,CAAS,IAAGmjB,IAAE,IAAImV,CAAJ,CAAM,KAAI,EAAE2lB,CAAZ,CAAF,EAAiBj+C,EAAE4jJ,OAAF,CAAUzgI,CAAV,CAAjB,EAA8B,MAAIzW,CAArC,EAAuC,OAAO1M,CAAP,CAAS,IAAG0M,IAAE,CAAL,EAAO;AAAC,yBAAIsxC,IAAE,CAAN,EAAQA,IAAEtxC,CAAF,KAAMtb,IAAE4O,EAAEujJ,cAAF,CAAiB,EAAjB,EAAoBhwJ,CAApB,CAAF,EAAyBnC,CAA/B,CAAR,EAA0C4sD,GAA1C;AAA8C6B,4BAAE7/C,EAAE4jJ,OAAF,CAAU,KAAG5lG,CAAb,CAAF,EAAkBh+C,EAAEqjJ,OAAF,CAAUjyJ,CAAV,EAAYyuD,CAAZ,CAAlB;AAA9C,qBAA+E,IAAG,CAACj1D,CAAD,IAAI8hB,IAAE,CAAT,EAAW,KAAI+xC,IAAEqC,EAAEu7F,aAAF,CAAgB,CAAhB,EAAkB3vI,CAAlB,CAAF,EAAuBkyC,IAAE,CAA7B,EAA+BA,IAAEH,CAAjC,EAAmCG,GAAnC;AAAuCv9C,4BAAErB,EAAEujJ,cAAF,CAAiB,EAAjB,EAAoBhwJ,CAApB,CAAF,EAAyBirD,IAAEx+C,EAAEujJ,cAAF,CAAiB,EAAjB,EAAoBhwJ,CAApB,CAA3B,EAAkD8N,KAAGm9C,CAAH,IAAM,CAACx+C,EAAEikJ,YAAF,CAAe5iJ,CAAf,EAAiBm9C,CAAjB,CAAP,IAA4Bx+C,EAAEqjJ,OAAF,CAAUhiJ,CAAV,EAAYm9C,CAAZ,CAA9E;AAAvC,qBAAoI,OAAOx+C,CAAP;AAAS;AAAC,aAA3kG,EAA4kGomJ,eAAc,uBAAS15I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAI96B,IAAE9xB,EAAEi9D,OAAF,CAAUylD,OAAV,CAAkB0xC,KAAlB,CAAwB9H,KAAxB,CAA8BwI,0BAA9B,CAAyD5yJ,CAAzD,EAA2D3I,CAA3D,EAA6DoV,CAA7D,CAAN,CAAsEo4B,EAAEulH,KAAF,CAAQoI,sBAAR,CAA+Br5I,CAA/B,EAAiCyW,CAAjC,EAAmC,CAAC,CAApC,EAAsC86B,CAAtC;AAAyC,aAA7tG,EAD+ylH,EAChl/G5sD,EAAE2+D,UAAF,CAAahO,CAAb,EAAe,EAAC74D,MAAK,cAASujB,CAAT,EAAW;AAACrb,kBAAElI,IAAF,CAAOujB,CAAP,EAASs1C,EAAEoM,EAAX;AAAe,aAAjC,EAAkC62B,OAAMljC,CAAxC,EAA0CskG,WAAU5nG,CAApD,EAAsD6nG,UAASxsI,CAA/D,EAAiEorE,MAAK9zF,CAAtE,EAAwE+zF,MAAKtlC,CAA7E,EAA+E0mG,WAAU3nG,CAAzF,EAA2FomC,QAAOxmC,CAAlG,EAAoGgoG,cAAa1nG,CAAjH,EAAmH2nG,gBAAexoG,CAAlI,EAAoIyoG,UAASvjI,CAA7I,EAA+IwjI,YAAWjzJ,CAA1J,EAA4JkzJ,WAAUzmG,CAAtK,EAAwK0mG,OAAM9zJ,CAA9K,EAAgL+zJ,KAAIz+H,CAApL,EAAsLukD,MAAKt0C,CAA3L,EAA6LyuH,MAAK/+J,CAAlM,EAAoMy9J,OAAMrtH,CAA1M,EAA4M4uH,aAAYhpG,CAAxN,EAAf,CADgl/G;AACr2+G,KADsj9G,CACrj9G91D,OAAO07D,KAAP,CAAa76D,MADwi9G,CAAD;AAC/h9G,CADo68G,EACn68G,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAD618G,CAA74a,EAC98hG,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,yBAAP,EAAiC,CAAC,mBAAD,EAAqB,0BAArB,CAAjC,EAAkF7f,CAAlF;AAAqF,CAAxG,CAAyG,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAU96B,IAAE,KAAK33B,OAAjB;AAAA,gBAAyBwyD,IAAE,CAAC,CAA5B,CAA8B,KAAIC,IAAE,CAAN,EAAQA,IAAE1qD,EAAEzJ,MAAZ,EAAmBm0D,GAAnB;AAAuBj+C,oBAAEzM,EAAE0qD,CAAF,CAAF,EAAOrzD,IAAE8hB,EAAE1M,CAAF,CAAT,EAAc6hD,EAAEj3D,CAAF,KAAMu4B,EAAEnjB,CAAF,MAAOpV,CAAb,KAAiBu4B,EAAEnjB,CAAF,IAAKpV,CAAL,EAAOozD,IAAE,CAAC,CAA3B,CAAd;AAAvB,aAAmE,OAAOA,CAAP;AAAS,kBAASh+C,CAAT,CAAW0M,CAAX,EAAa;AAAC,mBAAM,EAAC0rB,GAAE1rB,EAAE0rB,CAAF,IAAK,CAAR,EAAUE,GAAE5rB,EAAE4rB,CAAF,IAAK,CAAjB,EAAmB5iB,OAAMhJ,EAAEgJ,KAAF,IAAS,CAAlC,EAAoC+E,QAAO/N,EAAE+N,MAAF,IAAU,CAArD,EAAN;AAA8D,kBAASwjC,CAAT,CAAWvxC,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK;AAAC,oBAAInZ,IAAEmZ,CAAN,CAAQ,OAAO81C,EAAEjvD,CAAF,MAAOA,IAAE,EAAC4rC,OAAM5rC,CAAP,EAAT,GAAoBA,EAAE4rC,KAAF,KAAU5rC,EAAE4rC,KAAF,GAAQhc,EAAE5vB,EAAE4rC,KAAJ,CAAlB,CAApB,EAAkD5rC,CAAzD;AAA2D;AAAC,kBAAS4vB,CAAT,CAAWzW,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,CAAM,OAAOA,IAAEmZ,KAAGi2C,CAAH,GAAK,IAAIL,EAAE24B,KAAN,CAAYvuE,CAAZ,EAAeokE,KAAf,EAAL,GAA4BpkE,CAArC;AAAuC,kBAASsxC,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAE2I,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAZ;AAAA,gBAAcp4B,IAAEzM,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAtB;AAAA,gBAAwB2lB,IAAEoE,EAAEpzB,IAAF,CAAOwuD,GAAP,CAAWpxF,KAAK60F,KAAL,CAAWlhF,CAAX,EAAapV,CAAb,CAAX,CAA1B,CAAsD,OAAOqzD,CAAP;AAAS,kBAAS7sD,CAAT,CAAWsb,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO,IAAI+uD,EAAE8tC,OAAN,CAAc,IAAIluC,EAAE+iC,KAAN,CAAYv4E,CAAZ,EAAcnZ,CAAd,CAAd,CAAP;AAAuC,kBAASssD,CAAT,CAAWnzC,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAO,IAAIw1C,EAAEgjC,IAAN,CAAW,CAACx4E,EAAE0rB,CAAH,EAAK1rB,EAAE4rB,CAAP,CAAX,EAAqB,CAAC5rB,EAAEgJ,KAAH,EAAShJ,EAAE+N,MAAX,CAArB,CAAP;AAAgD,aAAIgkC,CAAJ;AAAA,YAAMG,CAAN;AAAA,YAAQv9C,CAAR;AAAA,YAAUm9C,CAAV;AAAA,YAAYM,CAAZ;AAAA,YAAchlC,CAAd;AAAA,YAAgBqmC,CAAhB;AAAA,YAAkBzsD,CAAlB;AAAA,YAAoBX,CAApB;AAAA,YAAsBs1B,CAAtB;AAAA,YAAwBiQ,CAAxB;AAAA,YAA0BtwC,CAA1B;AAAA,YAA4BowC,CAA5B;AAAA,YAA8B/mC,CAA9B;AAAA,YAAgC2wD,CAAhC;AAAA,YAAkChB,CAAlC;AAAA,YAAoCntB,CAApC;AAAA,YAAsCotB,CAAtC;AAAA,YAAwCH,CAAxC;AAAA,YAA0CiB,CAA1C;AAAA,YAA4CU,CAA5C;AAAA,YAA8CJ,IAAEn6D,OAAO07D,KAAvD;AAAA,YAA6DlB,IAAEL,EAAEiM,OAAF,CAAUylD,OAAzE;AAAA,YAAiF9xD,IAAEI,EAAEqO,KAArF;AAAA,YAA2F5O,IAAEO,EAAE2N,UAA/F;AAAA,YAA0GjP,IAAE2B,EAAEuiC,KAA9G;AAAA,YAAoH7iC,IAAEM,EAAEwiC,IAAxH;AAAA,YAA6H3iC,IAAEG,EAAEsiC,MAAjI;AAAA,YAAwI7iC,IAAEO,EAAEi7F,KAA5I;AAAA,YAAkJ97F,IAAEM,EAAEy7B,QAAtJ;AAAA,YAA+Jp7B,IAAEL,EAAE05F,QAAnK;AAAA,YAA4Kv6F,IAAEoB,EAAE8jG,YAAhL;AAAA,YAA6LtkG,IAAEG,EAAEsiC,QAAjM;AAAA,YAA0MriC,IAAED,EAAEkM,OAA9M;AAAA,YAAsNnN,IAAEiB,EAAEpzB,IAAF,CAAOuuD,OAA/N;AAAA,YAAuOn8B,IAAE30C,EAAEhe,OAA3O;AAAA,YAAmPi0D,IAAE,aAArP;AAAA,YAAmQvE,IAAE,EAAC6oG,MAAK,MAAN,EAAaC,YAAW,YAAxB,EAAqCC,cAAa,cAAlD,EAAiEC,UAAS,UAA1E,EAArQ;AAAA,YAA2VtkG,IAAE,GAA7V;AAAA,YAAiW33D,IAAE,OAAnW;AAAA,YAA2Wg2D,IAAE,KAA7W;AAAA,YAAmXyB,IAAE,OAArX;AAAA,YAA6X1B,IAAE,QAA/X;AAAA,YAAwY2B,IAAE,GAA1Y;AAAA,YAA8Yl2B,IAAE,GAAhZ,CAAoZ+1B,EAAE2kG,OAAF,GAAUjpG,CAAV,EAAYK,IAAEwD,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK6kC,CAAL,GAAO1rB,CAAP,EAAS,KAAK4rB,CAAL,GAAO/kC,CAAhB;AAAkB,aAAtC,EAAuC8xF,UAAS,oBAAU;AAAC,uBAAO9iC,EAAEk9F,OAAF,CAAU,KAAKrnH,CAAf,EAAiB,KAAKE,CAAtB,CAAP;AAAgC,aAA3F,EAA4F5vC,UAAS,oBAAU;AAAC,uBAAO25D,EAAE0C,MAAF,CAAS,gBAAT,EAA0B,KAAK3sB,CAA/B,EAAiC,KAAKE,CAAtC,CAAP;AAAgD,aAAhK,EAAiKzpC,QAAO,kBAAU;AAAC,uBAAO,IAAI4vD,CAAJ,CAAM,IAAE,KAAKrmB,CAAb,EAAe,IAAE,KAAKE,CAAtB,CAAP;AAAgC,aAAnN,EAAT,CAAd,EAA6OsmB,IAAEqD,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK6kC,CAAL,GAAO1rB,CAAP,EAAS,KAAK4rB,CAAL,GAAO/kC,CAAhB;AAAkB,aAAtC,EAAuC+zJ,gBAAe,0BAAU;AAAC,uBAAO,IAAIhmG,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,EAAc,KAAKlpB,CAAnB,EAAqB,KAAKE,CAA1B,CAAP;AAAoC,aAArG,EAAsG+sD,UAAS,oBAAU;AAAC,uBAAO9iC,EAAEi9F,WAAF,CAAc,KAAKpnH,CAAnB,EAAqB,KAAKE,CAA1B,CAAP;AAAoC,aAA9J,EAA+J5vC,UAAS,oBAAU;AAAC,uBAAO25D,EAAE0C,MAAF,CAAS,oBAAT,EAA8B,KAAK3sB,CAAnC,EAAqC,KAAKE,CAA1C,CAAP;AAAoD,aAAvO,EAAwOwlH,MAAK,cAASpxI,CAAT,EAAW;AAAC,qBAAK0rB,CAAL,IAAQ1rB,EAAE0rB,CAAV,EAAY,KAAKE,CAAL,IAAQ5rB,EAAE4rB,CAAtB;AAAwB,aAAjR,EAAkR0lH,OAAM,eAAStxI,CAAT,EAAW;AAAC,qBAAK0rB,CAAL,IAAQ1rB,CAAR,EAAU,KAAK4rB,CAAL,IAAQ5rB,CAAlB;AAAoB,aAAxT,EAAyT5iB,QAAO,kBAAU;AAAC,uBAAOuC,KAAKihF,IAAL,CAAU,KAAKl1C,CAAL,GAAO,KAAKA,CAAZ,GAAc,KAAKE,CAAL,GAAO,KAAKA,CAApC,CAAP;AAA8C,aAAzX,EAA0X2lH,WAAU,qBAAU;AAAC,sBAAI,KAAKsJ,MAAT,IAAiB,KAAKvJ,KAAL,CAAW,IAAE,KAAKl0J,MAAL,EAAb,CAAjB;AAA6C,aAA5b,EAA6b+E,QAAO,kBAAU;AAAC,uBAAO,IAAI+vD,CAAJ,CAAO,CAAC,KAAKxmB,CAAb,EAAiB,CAAC,KAAKE,CAAvB,CAAP;AAAkC,aAAjf,EAAT,CAA/O,EAA4uBj3B,IAAE4gD,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKwtC,CAAL,GAAO7kC,KAAG,CAAV,EAAY,KAAK+kC,CAAL,GAAO1tC,KAAG,CAAtB,EAAwB,KAAKm0G,KAAL,GAAWryF,CAAnC;AAAqC,aAA3D,EAA4DhkB,UAAS,oBAAU;AAAC,uBAAO,KAAK0vC,CAAL,IAAQ,KAAKE,CAAb,GAAe+pB,EAAE0C,MAAF,CAAS,qBAAT,EAA+B,KAAKg6C,KAApC,EAA0C,KAAK3mE,CAA/C,EAAiD,KAAKE,CAAtD,CAAf,GAAwE+pB,EAAE0C,MAAF,CAAS,aAAT,EAAuB,KAAKg6C,KAA5B,CAA/E;AAAkH,aAAlM,EAAmM1Z,UAAS,oBAAU;AAAC,uBAAO9iC,EAAEykD,QAAF,CAAW,KAAKjI,KAAhB,EAAsB,KAAK3mE,CAA3B,EAA6B,KAAKE,CAAlC,CAAP;AAA4C,aAAnQ,EAAoQ80C,QAAO,kBAAU;AAAC,uBAAO,IAAIrsB,CAAJ,CAAM,KAAK3oB,CAAX,EAAa,KAAKE,CAAlB,CAAP;AAA4B,aAAlT,EAAmTzpC,QAAO,kBAAU;AAAC,uBAAO,IAAIwS,CAAJ,CAAMyhD,IAAE,KAAKi8C,KAAb,EAAmB,KAAK3mE,CAAxB,EAA0B,KAAKE,CAA/B,CAAP;AAAyC,aAA9W,EAAT,CAA9uB,EAAwmCj3B,EAAEghF,IAAF,GAAO,IAAIhhF,CAAJ,CAAM,CAAN,CAA/mC,EAAwnCA,EAAEw9D,MAAF,GAAS,UAASnyD,CAAT,EAAW;AAAC,mBAAO,IAAIrL,CAAJ,CAAMqL,EAAEqyF,KAAR,EAAcryF,EAAE0rB,CAAhB,EAAkB1rB,EAAE4rB,CAApB,CAAP;AAA8B,SAA3qC,EAA4qCj3B,EAAEigB,KAAF,GAAQ,UAAS5U,CAAT,EAAW;AAAC,gBAAInZ,IAAEmZ,EAAErkB,KAAF,CAAQ,CAAR,EAAUqkB,EAAE5iB,MAAF,GAAS,CAAnB,EAAsB6F,KAAtB,CAA4B,GAA5B,CAAN;AAAA,gBAAuC/E,IAAE2I,EAAE,CAAF,CAAzC;AAAA,gBAA8CyM,IAAEzM,EAAE,CAAF,CAAhD;AAAA,gBAAqD0qD,IAAE1qD,EAAE,CAAF,CAAvD;AAAA,gBAA4D4vB,IAAE,IAAI9hB,CAAJ,CAAMzW,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAA9D,CAA2E,OAAO96B,CAAP;AAAS,SAApxC,EAAqxCq7B,IAAEyD,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAei+C,CAAf,EAAiB96B,CAAjB,EAAmB66B,CAAnB,EAAqB;AAAC,qBAAK+jC,SAAL,GAAe,IAAInjC,CAAJ,CAAMlyC,CAAN,EAAQ9hB,CAAR,CAAf,EAA0BoV,MAAIzM,CAAJ,IAAO0qD,MAAI1qD,CAAX,KAAe,KAAK4V,KAAL,GAAW,IAAIs1C,CAAJ,CAAMz+C,CAAN,EAAQi+C,CAAR,CAA1B,CAA1B,EAAgE96B,MAAI5vB,CAAJ,KAAQ,KAAKsuF,MAAL,GAAY7jC,IAAE,IAAI38C,CAAJ,CAAM8hB,CAAN,EAAQ66B,EAAE5lB,CAAV,EAAY4lB,EAAE1lB,CAAd,CAAF,GAAmB,IAAIj3B,CAAJ,CAAM8hB,CAAN,CAAvC,CAAhE;AAAiH,aAA7I,EAA8Iz6B,UAAS,oBAAU;AAAC,oBAAIgkB,IAAE,WAASA,GAAT,EAAW;AAAC,2BAAOA,MAAE,KAAGA,GAAL,GAAO,EAAd;AAAiB,iBAAnC,CAAoC,OAAOA,EAAE,KAAKq1E,SAAP,IAAkBr1E,EAAE,KAAKm1E,MAAP,CAAlB,GAAiCn1E,EAAE,KAAKvD,KAAP,CAAxC;AAAsD,aAA5P,EAA6P07C,QAAO,gBAASn4C,CAAT,EAAW;AAACA,kBAAE86I,UAAF,GAAa,IAAb,EAAkB96I,EAAE+6I,gBAAF,EAAlB;AAAuC,aAAvT,EAAwTpiE,UAAS,oBAAU;AAAC,oBAAI34E,IAAE61C,EAAEj5C,IAAF,EAAN,CAAe,OAAO,KAAKy4E,SAAL,KAAiBr1E,IAAEA,EAAEsxI,KAAF,CAAQ,KAAKj8D,SAAL,CAAesD,QAAf,EAAR,CAAnB,GAAuD,KAAKxD,MAAL,KAAcn1E,IAAEA,EAAEsxI,KAAF,CAAQ,KAAKn8D,MAAL,CAAYwD,QAAZ,EAAR,CAAhB,CAAvD,EAAwG,KAAKl8E,KAAL,KAAauD,IAAEA,EAAEsxI,KAAF,CAAQ,KAAK70I,KAAL,CAAWk8E,QAAX,EAAR,CAAf,CAAxG,EAAuJ34E,CAA9J;AAAgK,aAA3f,EAA4f7d,QAAO,kBAAU;AAAC,oBAAI6d,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,KAAK6hF,MAAL,GAAY,KAAKA,MAAL,CAAYhzF,MAAZ,EAAZ,GAAiC0E,CAA3C;AAAA,oBAA6C0qD,IAAEj+C,IAAEA,EAAEqlF,QAAF,EAAF,GAAe9iC,EAAEj5C,IAAF,EAA9D;AAAA,oBAAuE6Z,IAAE,KAAKha,KAAL,GAAW,KAAKA,KAAL,CAAWta,MAAX,EAAX,GAA+B0E,CAAxG;AAAA,oBAA0GyqD,IAAE76B,IAAEA,EAAEkiE,QAAF,EAAF,GAAe9iC,EAAEj5C,IAAF,EAA3H;AAAA,oBAAoIlY,IAAE,IAAI2vD,CAAJ,CAAO,CAAC,KAAKghC,SAAL,CAAe3pD,CAAvB,EAA2B,CAAC,KAAK2pD,SAAL,CAAezpD,CAA3C,CAAtI,CAAqL,OAAOlnC,IAAE6sD,EAAE+/F,KAAF,CAAQhgG,CAAR,EAAWnzD,KAAX,CAAiBuG,CAAjB,CAAF,EAAsBsb,IAAE,IAAIkyC,CAAJ,CAAMxtD,EAAEgnC,CAAR,EAAUhnC,EAAEknC,CAAZ,CAAxB,EAAuC1tC,IAAE,IAAI4zD,CAAJ,EAAzC,EAA+C5zD,EAAEm3F,SAAF,GAAYr1E,CAA3D,EAA6D9hB,EAAEi3F,MAAF,GAAS7hF,CAAtE,EAAwEpV,EAAEue,KAAF,GAAQga,CAAhF,EAAkFv4B,CAAzF;AAA2F,aAA9xB,EAAT,CAAvxC,EAAikEk0D,IAAE,EAAC4oG,WAAU,qBAAU;AAAC,oBAAIh7I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAKo0J,YAA1B;AAAA,oBAAuC/8J,IAAE,KAAKg9J,aAA9C;AAAA,oBAA4D5nJ,IAAE0M,EAAEgJ,KAAF,GAAQniB,CAAtE;AAAA,oBAAwE0qD,IAAEvxC,EAAE+N,MAAF,GAAS7vB,CAAnF,CAAqFi3D,EAAE7hD,CAAF,MAAOA,IAAE,CAAT,GAAY6hD,EAAE5D,CAAF,MAAOA,IAAE,CAAT,CAAZ,EAAwB,KAAKupG,UAAL,CAAgBr+I,KAAhB,GAAsB,IAAIs1C,CAAJ,CAAMz+C,CAAN,EAAQi+C,CAAR,CAA9C;AAAyD,aAApK,EAAqK4pG,eAAc,yBAAU;AAAC,oBAAIn7I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAEmZ,EAAE0rB,CAAF,IAAK,CAA1B;AAAA,oBAA4BxtC,IAAE8hB,EAAE4rB,CAAF,IAAK,CAAnC,CAAqC,KAAKkvH,UAAL,CAAgBzlE,SAAhB,GAA0B,IAAInjC,CAAJ,CAAMrrD,CAAN,EAAQ3I,CAAR,CAA1B;AAAqC,aAAxQ,EAAyQk9J,WAAU,qBAAU;AAAC,oBAAIp7I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,CAAC,CAAtB,CAAwBmZ,EAAEq7I,QAAF,KAAa,CAAC,CAAd,KAAkB3mG,EAAE10C,EAAEgJ,KAAJ,KAAY0rC,EAAE10C,EAAE+N,MAAJ,CAA9B,MAA6C,KAAKiuE,QAAL,CAAc,CAAC,CAAf,GAAkB,KAAKg/D,SAAL,EAAlB,EAAmCn0J,IAAE,CAAC,CAAnF,GAAsF,CAAC6tD,EAAE10C,EAAE0rB,CAAJ,KAAQgpB,EAAE10C,EAAE4rB,CAAJ,CAAT,MAAmB,KAAKuvH,aAAL,IAAqBt0J,IAAE,CAAC,CAA3C,CAAtF,EAAoIA,KAAG,KAAKk0J,gBAAL,EAAvI;AAA+J,aAArd,EAAsdO,aAAY,qBAASt7I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAC,CAAP,CAAS,OAAO,KAAK/H,OAAL,CAAau8J,QAAb,KAAwB,CAAC,CAAzB,IAA4B,KAAKE,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACk2C,CAAD,EAAG1B,CAAH,CAA3B,CAA5B,KAAgE3tD,IAAE,CAAC,CAAH,EAAK,KAAKm1F,QAAL,CAAc,CAAC,CAAf,CAAL,EAAuB,KAAKg/D,SAAL,EAAvF,GAAyG,KAAKO,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACm2C,CAAD,EAAGl2B,CAAH,CAA3B,MAAoCp5B,IAAE,CAAC,CAAH,EAAK,KAAKs0J,aAAL,EAAzC,CAAzG,EAAwKt0J,KAAG,KAAKk0J,gBAAL,EAA3K,EAAmMl0J,CAA1M;AAA4M,aAAnsB,EAAnkE,EAAwwFumB,IAAEmoC,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWA,EAAE/H,OAAF,GAAUs2D,EAAE,EAAF,EAAKvuD,EAAE/H,OAAP,EAAekhB,CAAf,CAAV,EAA4BnZ,EAAEa,EAAF,GAAKb,EAAE/H,OAAF,CAAU4I,EAA3C,EAA8Cb,EAAE20J,WAAF,GAAc9lG,EAAEj/C,KAAF,EAA5D,EAAsE5P,EAAEi0J,UAAF,GAAa,IAAIhpG,CAAJ,EAAnF;AAAyF,aAAtH,EAAuH32B,SAAQ,iBAASnb,CAAT,EAAW;AAAC,uBAAO,KAAKy7I,gBAAL,GAAwBtgI,OAAxB,CAAgCnb,CAAhC,CAAP;AAA0C,aAArL,EAAsL02G,QAAO,gBAAS12G,CAAT,EAAW;AAACA,qBAAGA,EAAEtY,EAAL,KAAU,KAAKA,EAAL,GAAQsY,EAAEtY,EAApB;AAAwB,aAAjO,EAAkOwiB,UAAS,kBAASlK,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,KAAKxU,OAAX,CAAmB,OAAO41D,EAAE10C,CAAF,KAAM00C,EAAEx2D,CAAF,KAAMoV,EAAEo4B,CAAF,GAAI1rB,CAAJ,EAAM1M,EAAEs4B,CAAF,GAAI1tC,CAAhB,IAAmB8hB,aAAaq0C,CAAb,KAAiB/gD,EAAEo4B,CAAF,GAAI1rB,EAAE0rB,CAAN,EAAQp4B,EAAEs4B,CAAF,GAAI5rB,EAAE4rB,CAA/B,CAAnB,EAAqD,KAAKkvH,UAAL,CAAgBzlE,SAAhB,GAA0B,IAAInjC,CAAJ,CAAM5+C,EAAEo4B,CAAR,EAAUp4B,EAAEs4B,CAAZ,CAA/E,EAA8F,KAAKmvH,gBAAL,EAA9F,EAAsHl0J,CAA5H,IAA+H,IAAIwtD,CAAJ,CAAM/gD,EAAEo4B,CAAR,EAAUp4B,EAAEs4B,CAAZ,CAAtI;AAAqJ,aAAja,EAAkaupD,QAAO,gBAASn1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO6tD,EAAE10C,CAAF,MAAO,KAAK86I,UAAL,CAAgB3lE,MAAhB,GAAuB,IAAIxgF,CAAJ,CAAMqL,CAAN,EAAQnZ,EAAE6kC,CAAV,EAAY7kC,EAAE+kC,CAAd,CAAvB,EAAwC,KAAKmvH,gBAAL,EAA/C,GAAwE,KAAKD,UAAL,CAAgB3lE,MAAhB,IAAwBxgF,EAAEghF,IAAzG;AAA8G,aAAriB,EAAsiB8lE,kBAAiB,4BAAU;AAAC,uBAAO,KAAKC,cAAZ;AAA2B,aAA7lB,EAA8lBX,kBAAiB,4BAAU;AAAC,oBAAI/6I,IAAE,KAAK86I,UAAL,CAAgBniE,QAAhB,EAAN,CAAiC,KAAK8iE,gBAAL,GAAwBrmE,SAAxB,CAAkC,IAAI5/B,EAAE8iC,MAAN,CAAat4E,EAAEtb,CAAf,EAAiBsb,EAAErb,CAAnB,EAAqBqb,EAAE+xC,CAAvB,EAAyB/xC,EAAEkyC,CAA3B,EAA6BlyC,EAAEnZ,CAA/B,EAAiCmZ,EAAEoyC,CAAnC,CAAlC;AAAyE,aAApuB,EAAquBupG,QAAO,kBAAU,CAAE,CAAxvB,EAAyvBJ,qBAAoBr9J,CAA7wB,EAA+wB89F,UAAS,kBAASh8E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,OAAM,CAAC,KAAKsoJ,SAAN,IAAiB57I,CAAjB,IAAoB9hB,IAAE,KAAK29J,YAAL,MAAqB,IAAIrmG,EAAEgjC,IAAN,EAAvB,EAAkCllF,IAAEpV,EAAE43F,OAAF,EAApC,EAAgDjvF,IAAE,IAAI6uD,CAAJ,CAAMpiD,EAAEo4B,CAAR,EAAUp4B,EAAEs4B,CAAZ,EAAc1tC,EAAE8qB,KAAF,EAAd,EAAwB9qB,EAAE6vB,MAAF,EAAxB,CAAlD,EAAsF,KAAKytI,WAAL,GAAiB30J,CAAvG,EAAyG,KAAKo0J,YAAL,GAAkBp0J,EAAEmiB,KAA7H,EAAmI,KAAKkyI,aAAL,GAAmBr0J,EAAEknB,MAAxJ,EAA+J,KAAK6tI,SAAL,GAAe,CAAC,CAAnM,IAAsM/0J,IAAE,KAAK20J,WAA7M,EAAyN30J,CAA/N;AAAiO,aAA/gC,EAAghCg1J,cAAa,wBAAU;AAAC,uBAAO,KAAKH,cAAL,CAAoBh+D,OAApB,EAAP;AAAqC,aAA7kC,EAAT,CAA1wF,EAAm2HjqC,IAAErmC,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACoN,kBAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuBA,IAAE,KAAKlhB,OAA9B,EAAsCkhB,EAAEg9E,IAAF,GAAOzrC,EAAEvxC,EAAEg9E,IAAJ,CAA7C,EAAuDh9E,EAAEi9E,MAAF,GAAS1rC,EAAEvxC,EAAEi9E,MAAJ,CAAhE;AAA4E,aAA9F,EAA+Fn+F,SAAQ,EAACm+F,QAAO,EAACxqD,OAAM,MAAP,EAAczpB,OAAM,CAApB,EAAR,EAA+Bg0E,MAAK,EAACvqD,OAAMwjB,CAAP,EAApC,EAAvG,EAAsJ+mC,MAAK,cAASh9E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKi1J,KAAL,CAAW,EAACrpH,OAAMhc,EAAEzW,CAAF,CAAP,EAAY0L,SAAQ7kB,CAApB,EAAX;AAAmC,aAA5M,EAA6Mo2F,QAAO,gBAASj9E,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAK69J,OAAL,CAAa,EAACtpH,OAAMhc,EAAEzW,CAAF,CAAP,EAAYgJ,OAAMniB,CAAlB,EAAoB6kB,SAAQxtB,CAA5B,EAAb;AAA6C,aAAjR,EAAkRw4H,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,MAAInZ,IAAEmZ,EAAEi9E,MAAJ,EAAW/+F,IAAE8hB,EAAEg9E,IAAf,EAAoBn2F,KAAG,KAAKk1J,OAAL,CAAaxqG,EAAE1qD,CAAF,CAAb,CAAvB,EAA0C3I,KAAG,KAAK49J,KAAL,CAAWvqG,EAAErzD,CAAF,CAAX,CAA7C,EAA8DkvB,EAAE5wB,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAlE;AAA4F,aAAzY,EAA0Y27I,QAAO,gBAAS37I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKw9J,cAAb;AAAA,oBAA4BpoJ,IAAE,KAAKxU,OAAnC;AAAA,oBAA2C23B,IAAEnjB,EAAE8gB,KAA/C,CAAqDqC,KAAGA,EAAEumE,IAAL,KAAYn2F,IAAEmZ,IAAEuxC,EAAE96B,EAAEumE,IAAJ,CAAF,GAAY1pF,EAAE0pF,IAAhB,EAAqB9+F,EAAE8+F,IAAF,CAAOn2F,EAAE4rC,KAAT,EAAe5rC,EAAE6kB,OAAjB,CAAjC;AAA4D,aAA9gB,EAA+gBqwI,SAAQ,iBAAS/7I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKY,OAAb,CAAqBs2D,EAAEl3D,CAAF,EAAI,EAAC++F,QAAOj9E,CAAR,EAAJ,GAAgBA,IAAE9hB,EAAE++F,MAApB,EAA2Bp2F,IAAE,IAA7B,EAAkCmZ,EAAEgJ,KAAF,GAAQ,CAAR,KAAYniB,IAAE,EAAC4rC,OAAMzyB,EAAEyyB,KAAT,EAAezpB,OAAMhJ,EAAEgJ,KAAvB,EAA6B0C,SAAQ1L,EAAE0L,OAAvC,EAA+Cm8E,UAAS7nF,EAAE6nF,QAA1D,EAAd,CAAlC,EAAqH,KAAK6zD,cAAL,CAAoB58J,OAApB,CAA4Bub,GAA5B,CAAgC,QAAhC,EAAyCxT,CAAzC,CAArH;AAAiK,aAAztB,EAA0tBi1J,OAAM,eAAS97I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAKzyD,OAAjB,CAAyBs2D,EAAE7D,CAAF,EAAI,EAACyrC,MAAKh9E,KAAG,EAAT,EAAJ,GAAkBnZ,IAAE0qD,EAAEyrC,IAAtB,EAA2Bn2F,EAAEkyG,QAAF,IAAY76G,IAAE2I,EAAEkyG,QAAJ,EAAazlG,IAAE,aAAWpV,EAAEiC,IAAb,GAAkBy1D,EAAE6tC,cAApB,GAAmC7tC,EAAE0tC,cAApD,EAAmE,KAAKo4D,cAAL,CAAoB1+D,IAApB,CAAyB,IAAI1pF,CAAJ,CAAMpV,CAAN,CAAzB,CAA/E,IAAmH,KAAKw9J,cAAL,CAAoB1+D,IAApB,CAAyBn2F,EAAE4rC,KAA3B,EAAiC5rC,EAAE6kB,OAAnC,CAA9I;AAA0L,aAA/7B,EAAT,CAAr2H,EAAgzJ1kB,IAAEysD,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACA,oBAAE,KAAKg8I,UAAL,CAAgBh8I,CAAhB,CAAF,EAAqByzC,EAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAArB,EAA4C,KAAKi8I,KAAL,EAA5C,EAAyD,KAAKC,SAAL,EAAzD,EAA0E,KAAKd,SAAL,EAA1E;AAA2F,aAA7G,EAA8Gt8J,SAAQ,EAACouD,UAAS,EAAV,EAAa8kD,YAAW,YAAxB,EAAqC/U,QAAO,EAACj0E,OAAM,CAAP,EAA5C,EAAsDg0E,MAAK,EAACvqD,OAAM,OAAP,EAA3D,EAA2E4oH,UAAS,CAAC,CAArF,EAAtH,EAA8Ma,WAAU,qBAAU;AAAC,oBAAIl8I,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB,IAAI9lG,EAAEguC,IAAN,CAAWlvC,EAAE10C,EAAE7e,IAAJ,IAAU6e,EAAE7e,IAAZ,GAAiB,EAA5B,EAA+B,IAAIq0D,EAAE+iC,KAAN,EAA/B,EAA2C,EAACgH,MAAKv/E,EAAEu/E,IAAR,EAA3C,CAApB,EAA8E,KAAKu8D,KAAL,EAA9E,EAA2F,KAAKC,OAAL,EAA3F;AAA0G,aAAhW,EAAiWC,YAAW,oBAASh8I,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAEyyB,KAAL,KAAazyB,IAAEo1C,EAAE,EAAF,EAAKp1C,CAAL,EAAO,EAACg9E,MAAK,EAACvqD,OAAMzyB,EAAEyyB,KAAT,EAAN,EAAP,CAAf,GAA+CzyB,CAAtD;AAAwD,aAAhb,EAAibi8I,OAAM,iBAAU;AAAC,oBAAIj8I,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK/H,OAAb,CAAqB+H,EAAEmrG,UAAF,IAAct9C,EAAE7tD,EAAEqmD,QAAJ,CAAd,IAA6BltC,IAAE,EAAF,EAAKnZ,EAAEs1J,SAAF,IAAan8I,EAAEnkB,IAAF,CAAOgL,EAAEs1J,SAAT,CAAlB,EAAsCt1J,EAAEyjB,UAAF,IAActK,EAAEnkB,IAAF,CAAOgL,EAAEyjB,UAAT,CAApD,EAAyEtK,EAAEnkB,IAAF,CAAOgL,EAAEqmD,QAAF,IAAYiI,EAAEtuD,EAAEqmD,QAAJ,IAAc,IAAd,GAAmB,EAA/B,CAAP,CAAzE,EAAoHltC,EAAEnkB,IAAF,CAAOgL,EAAEmrG,UAAT,CAApH,EAAyInrG,EAAE04F,IAAF,GAAOv/E,EAAE9X,IAAF,CAAO,GAAP,CAA7K,IAA0L,OAAOrB,EAAE04F,IAAnM;AAAwM,aAA/pB,EAAgqBv6E,SAAQ,iBAAShF,CAAT,EAAW;AAAC,uBAAO,KAAK07I,cAAL,CAAoB12I,OAApB,CAA4BhF,CAA5B,CAAP;AAAsC,aAA1tB,EAA2tB02G,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,MAAInZ,IAAE,CAAC,CAAH,EAAK3I,IAAE,KAAKY,OAAZ,EAAoBkhB,IAAE,KAAKg8I,UAAL,CAAgBh8I,CAAhB,CAAtB,EAAyCyzC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAzC,EAAkE,CAACA,EAAEgyF,UAAF,IAAct9C,EAAE10C,EAAEktC,QAAJ,CAAd,IAA6BltC,EAAEm8I,SAA/B,IAA0Cn8I,EAAEsK,UAA7C,MAA2D8qC,EAAEl3D,CAAF,EAAI,EAAC8zG,YAAWhyF,EAAEgyF,UAAd,EAAyB9kD,UAASltC,EAAEktC,QAApC,EAA6CivG,WAAUn8I,EAAEm8I,SAAzD,EAAmE7xI,YAAWtK,EAAEsK,UAAhF,EAAJ,GAAiG,KAAK2xI,KAAL,EAAjG,EAA8G,KAAKP,cAAL,CAAoB58J,OAApB,CAA4Bub,GAA5B,CAAgC,MAAhC,EAAuCnc,EAAEqhG,IAAzC,CAA9G,EAA6J14F,IAAE,CAAC,CAA3N,CAAlE,EAAgSmZ,EAAE7e,IAAF,KAAS,KAAK6jB,OAAL,CAAahF,EAAE7e,IAAf,GAAqB0F,IAAE,CAAC,CAAjC,CAAhS,EAAoU,CAAC,KAAKy0J,WAAL,CAAiBt7I,CAAjB,CAAD,IAAsBnZ,CAAtB,IAAyB,KAAKu0J,SAAL,EAAjW;AAAmX,aAAzmC,EAAT,CAAlzJ,EAAu6LhmG,EAAEpuD,EAAExK,EAAJ,EAAO41D,CAAP,CAAv6L,EAAi7L/rD,IAAEotD,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKo8I,SAAL,EAAvB,EAAwC,KAAKvkH,YAAL,EAAxC;AAA4D,aAA9E,EAA+EA,cAAa,wBAAU;AAAC,oBAAI73B,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAEmZ,EAAE0rB,CAAvB;AAAA,oBAAyBxtC,IAAE8hB,EAAE4rB,CAA7B,CAA+B,CAAC8oB,EAAE7tD,CAAF,KAAM6tD,EAAEx2D,CAAF,CAAP,KAAc,KAAKgsB,QAAL,CAAcrjB,KAAG,CAAjB,EAAmB3I,KAAG,CAAtB,CAAd;AAAuC,aAA7K,EAA8Kw4H,QAAO,gBAAS12G,CAAT,EAAW;AAACA,sBAAIyzC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,GAAyB,KAAKu7I,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACk2C,CAAD,EAAG1B,CAAH,CAA3B,KAAmC,KAAK6nG,SAAL,EAA5D,EAA6E,KAAKd,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACm2C,CAAD,EAAGl2B,CAAH,CAA3B,KAAmC,KAAK4X,YAAL,EAApH;AAAyI,aAA1U,EAA2UukH,WAAU,qBAAU;AAAC,oBAAIp8I,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB,IAAI9lG,EAAE4tC,IAAN,CAAW,EAACvG,QAAOj9E,EAAEi9E,MAAV,EAAiB6D,QAAO,CAAC,CAAzB,EAAX,CAApB,EAA4D,KAAKg7D,KAAL,EAA5D,EAAyE,KAAKO,SAAL,EAAzE;AAA0F,aAA7c,EAA8cA,WAAU,qBAAU;AAAC,oBAAIr8I,IAAE,KAAK07I,cAAX;AAAA,oBAA0B70J,IAAEyM,EAAE,KAAKxU,OAAP,CAA5B;AAAA,oBAA4CZ,IAAE2I,EAAEmiB,KAAhD;AAAA,oBAAsDuoC,IAAE1qD,EAAEknB,MAA1D,CAAiE/N,EAAEwgF,QAAF,CAAWx0F,QAAX,CAAoB,CAACtH,EAAE,CAAF,EAAI,CAAJ,CAAD,EAAQA,EAAExG,CAAF,EAAI,CAAJ,CAAR,EAAewG,EAAExG,CAAF,EAAIqzD,CAAJ,CAAf,EAAsB7sD,EAAE,CAAF,EAAI6sD,CAAJ,CAAtB,CAApB;AAAmD,aAAvlB,EAAT,CAAn7L,EAAshN51B,IAAE83B,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAuB,IAAInZ,IAAE,KAAK/H,OAAL,CAAasmC,MAAnB,CAA0B,KAAKA,MAAL,GAAY,IAAIowB,EAAE+iC,KAAN,CAAY1xF,EAAE6kC,CAAd,EAAgB7kC,EAAE+kC,CAAlB,CAAZ,EAAiC,KAAK1qC,aAAL,EAAjC;AAAsD,aAAzH,EAA0HpC,SAAQ,EAACm+F,QAAO,EAACxqD,OAAMwjB,CAAP,EAASjtC,OAAM,CAAf,EAAR,EAA0Bg0E,MAAK,EAACvqD,OAAM,OAAP,EAA/B,EAAlI,EAAkL6pH,kBAAiB,0BAASt8I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE2I,EAAEuuF,SAAF,EAAN,CAAoB,OAAOp1E,KAAG9hB,CAAH,KAAO8hB,IAAEA,EAAEk1E,aAAF,CAAgBh3F,CAAhB,CAAT,GAA6B8hB,CAApC;AAAsC,aAA3Q,EAA4Q02G,QAAO,gBAAS12G,CAAT,EAAW;AAACA,sBAAIA,EAAEkK,QAAF,KAAa,KAAKprB,OAAL,CAAaorB,QAAb,GAAsBlK,EAAEkK,QAArC,GAA+CupC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAnD;AAA6E,aAA5W,EAAT,CAAxhN,EAAg5N4rB,IAAEjQ,EAAE98B,MAAF,CAAS,EAACC,SAAQ,EAAC63F,QAAO,CAAR,EAAUvxD,QAAO,EAACsG,GAAE,CAAH,EAAKE,GAAE,CAAP,EAAjB,EAAT,EAAqC1qC,eAAc,yBAAU;AAAC,oBAAI8e,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB,IAAI9lG,EAAEuiC,MAAN,CAAa,IAAI3iC,EAAE2iC,MAAN,CAAa,KAAK/yD,MAAlB,EAAyBplB,EAAE22E,MAA3B,CAAb,EAAgD,EAACqG,MAAKh9E,EAAEg9E,IAAR,EAAaC,QAAOj9E,EAAEi9E,MAAtB,EAAhD,CAApB;AAAmG,aAApL,EAAqLs/D,gBAAe,wBAASv8I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAKxU,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAE4W,QAA3B;AAAA,oBAAoCuM,IAAEzW,EAAEwgF,QAAxC,CAAiD35F,IAAE0qD,KAAG9yD,CAAH,GAAKg4B,EAAE,CAAF,CAAL,GAAUA,EAAEA,EAAEr5B,MAAF,GAAS,CAAX,CAAZ,EAA0ByJ,MAAI3I,IAAE,KAAKo+J,gBAAL,CAAsBz1J,EAAEu+B,MAAF,EAAtB,EAAiCplB,CAAjC,CAAF,EAAsC,KAAK07I,cAAL,CAAoBtmE,SAApB,CAA8B5/B,EAAE4/B,SAAF,GAAcC,SAAd,CAAwBn3F,EAAEwtC,CAA1B,EAA4BxtC,EAAE0tC,CAA9B,CAA9B,CAA1C,CAA1B;AAAqI,aAAtY,EAAT,CAAl5N,EAAoyOtwC,IAAEqgC,EAAE98B,MAAF,CAAS,EAACC,SAAQ,EAACw9C,MAAK,6BAAN,EAAoClX,QAAO,EAACsG,GAAE,EAAH,EAAME,GAAE,CAAR,EAA3C,EAAT,EAAgE1qC,eAAc,yBAAU;AAAC,oBAAI8e,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB9lG,EAAE4tC,IAAF,CAAO5uE,KAAP,CAAa5U,EAAEs8B,IAAf,EAAoB,EAAC0gD,MAAKh9E,EAAEg9E,IAAR,EAAaC,QAAOj9E,EAAEi9E,MAAtB,EAApB,CAApB;AAAuE,aAAnL,EAAoLs/D,gBAAe,wBAASv8I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAK00H,WAAL,CAAiBhoH,CAAjB,CAAV;AAAA,oBAA8BuxC,IAAEj+C,EAAEvF,KAAlC;AAAA,oBAAwC0oB,IAAEnjB,EAAE5U,GAA5C;AAAA,oBAAgDgG,IAAE8wD,EAAE4/B,SAAF,EAAlD,CAAgE7jC,KAAG7sD,EAAEywF,MAAF,CAAS7jC,EAAEC,CAAF,EAAI96B,CAAJ,CAAT,EAAgBA,CAAhB,CAAH,EAAsBA,MAAI5vB,IAAE,KAAKu+B,MAAP,EAAclnC,IAAEu4B,EAAEt3B,KAAF,GAAUk2F,SAAV,CAAoB,CAACxuF,EAAE6kC,CAAvB,EAAyB,CAAC7kC,EAAE+kC,CAA5B,CAAhB,EAA+ClnC,EAAE2wF,SAAF,CAAYn3F,EAAEwtC,CAAd,EAAgBxtC,EAAE0tC,CAAlB,CAAnD,CAAtB,EAA+F,KAAK8vH,cAAL,CAAoBtmE,SAApB,CAA8B1wF,CAA9B,CAA/F;AAAgI,aAA/Y,EAAgZsjI,aAAY,qBAAShoH,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,IAAE,KAAKxyD,OAArB;AAAA,oBAA6B4F,IAAEsb,EAAEwgF,QAAjC,CAA0C,IAAGlvC,EAAEpnC,QAAF,IAAYzrB,CAAZ,IAAe6U,IAAE5O,EAAE,CAAF,CAAF,EAAO4O,MAAIpV,IAAEoV,EAAE8xB,MAAF,EAAF,EAAav+B,IAAEyM,EAAEusF,UAAF,EAAf,EAA8BtuC,IAAE7sD,EAAE,CAAF,CAAhC,EAAqC,CAACmC,CAAD,IAAI0qD,CAAJ,KAAQ1qD,IAAE0qD,EAAEnsB,MAAF,EAAV,CAAzC,CAAtB,KAAwF9xB,IAAE5O,EAAEA,EAAEtH,MAAF,GAAS,CAAX,CAAF,EAAgBkW,MAAIpV,IAAEoV,EAAE8xB,MAAF,EAAF,EAAav+B,IAAEyM,EAAEssF,SAAF,EAAf,EAA6BnpE,IAAE/xB,EAAEA,EAAEtH,MAAF,GAAS,CAAX,CAA/B,EAA6C,CAACyJ,CAAD,IAAI4vB,CAAJ,KAAQ5vB,IAAE4vB,EAAE2O,MAAF,EAAV,CAAjD,CAAxG,GAAiLlnC,CAApL,EAAsL,OAAM,EAAC6P,OAAM,KAAKuuJ,gBAAL,CAAsBz1J,CAAtB,EAAwBmZ,CAAxB,CAAP,EAAkCthB,KAAI,KAAK49J,gBAAL,CAAsBp+J,CAAtB,EAAwB8hB,CAAxB,CAAtC,EAAN;AAAwE,aAAhtB,EAAT,CAAtyO,EAAkgQ0rB,IAAE,EAAC8wH,UAAS,kBAASx8I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK60J,cAAX,CAA0B,IAAG70J,aAAa+uD,EAAE2tC,SAAf,KAA2B18F,IAAEmZ,KAAGvhB,CAAH,GAAKoI,EAAEo6F,KAAF,CAAQ,CAAR,CAAL,GAAgBp6F,EAAEo6F,KAAF,CAAQp6F,EAAEo6F,KAAF,CAAQ7jG,MAAR,GAAe,CAAvB,CAA7C,GAAwEyJ,KAAGA,EAAE25F,QAAF,CAAWpjG,MAAzF,EAAgG,OAAOyJ,CAAP;AAAS,aAAzJ,EAA0J41J,yBAAwB,iCAASz8I,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE08I,QAAR;AAAA,oBAAiBx+J,IAAE8hB,EAAE28I,MAArB,CAA4B7mG,EAAEjvD,CAAF,MAAOmZ,EAAE08I,QAAF,GAAW,EAACv8J,MAAK0G,CAAN,EAAlB,GAA4BivD,EAAE53D,CAAF,MAAO8hB,EAAE28I,MAAF,GAAS,EAACx8J,MAAKjC,CAAN,EAAhB,CAA5B;AAAsD,aAAhR,EAAiR0+J,eAAc,uBAAS58I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKg2J,QAAL,CAAc78I,CAAd,CAAN,CAAuBnZ,MAAI,KAAK40J,gBAAL,GAAwBjlJ,MAAxB,CAA+B3P,EAAE60J,cAAjC,GAAiD,OAAO,KAAKmB,QAAL,CAAc78I,CAAd,CAA5D;AAA8E,aAAhZ,EAAiZ88I,gBAAe,0BAAU;AAAC,oBAAI98I,IAAE,KAAKlhB,OAAX,CAAmB,KAAK29J,uBAAL,CAA6Bz8I,CAA7B,GAAgC,KAAK68I,QAAL,GAAc,EAA9C,EAAiD,KAAKA,QAAL,CAAcp+J,CAAd,IAAiB,KAAKs+J,aAAL,CAAmB/8I,EAAE08I,QAArB,EAA8Bj+J,CAA9B,CAAlE,EAAmG,KAAKo+J,QAAL,CAAcpoG,CAAd,IAAiB,KAAKsoG,aAAL,CAAmB/8I,EAAE28I,MAArB,EAA4BloG,CAA5B,CAApH;AAAmJ,aAAjlB,EAAklBsoG,eAAc,uBAAS/8I,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,IAAE,CAACzW,KAAG,EAAJ,EAAQ7f,IAAlB;AAAA,oBAAuBmxD,IAAE,KAAKkrG,QAAL,CAAct+J,CAAd,CAAzB,CAA0C,OAAOozD,KAAG76B,KAAGi7B,EAAE+oG,YAAL,GAAkBnnJ,IAAEs4B,CAApB,GAAsBnV,KAAGi7B,EAAE8oG,UAAL,IAAiB/jI,KAAGi7B,EAAEgpG,QAAtB,GAA+BpnJ,IAAEhY,CAAjC,GAAmC,KAAKshK,aAAL,CAAmB1+J,CAAnB,CAAzD,EAA+EoV,KAAGi+C,IAAE,IAAIj+C,CAAJ,CAAM8hD,EAAE,EAAF,EAAKp1C,CAAL,EAAO,EAACkK,UAAShsB,CAAV,EAAP,CAAN,CAAF,EAA8BqzD,EAAEgrG,cAAF,CAAiBjrG,CAAjB,CAA9B,EAAkD,KAAKmqG,gBAAL,GAAwBj1I,MAAxB,CAA+B+qC,EAAEmqG,cAAjC,CAAlD,EAAmGnqG,CAAtG,IAAyG1qD,CAA3L,KAA+L,KAAK+1J,aAAL,CAAmB1+J,CAAnB,GAAsB2I,CAArN,CAAP;AAA+N,aAAv3B,EAAw3Bm2J,iBAAgB,yBAASh9I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAK2+J,QAAL,CAAc78I,CAAd,CAAR,CAAyB9hB,MAAI2I,IAAE,KAAK21J,QAAL,CAAcx8I,CAAd,CAAF,EAAmBnZ,IAAE3I,EAAEq+J,cAAF,CAAiB11J,CAAjB,CAAF,GAAsB,KAAK+1J,aAAL,CAAmB58I,CAAnB,CAA7C;AAAoE,aAAj/B,EAAk/Bi9I,SAAQ,EAAClvJ,OAAM,UAAP,EAAkBrP,KAAI,QAAtB,EAA1/B,EAA0hCw+J,eAAc,uBAASl9I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,EAAY5sD,CAAZ,CAAc,OAAO,KAAK+3J,uBAAL,CAA6Bv+J,CAA7B,GAAgCoV,IAAE,KAAKxU,OAAvC,EAA+CyyD,IAAE,KAAK0rG,OAAL,CAAap2J,CAAb,CAAjD,EAAiE4vB,IAAE,CAACnjB,EAAEi+C,CAAF,KAAM,EAAP,EAAWpxD,IAA9E,EAAmFmxD,IAAEpzD,EAAEqzD,CAAF,CAArF,EAA0F7sD,IAAE,CAAC,CAA7F,EAA+F4sD,KAAGh+C,EAAEi+C,CAAF,IAAK6D,EAAE,EAAF,EAAK9hD,EAAEi+C,CAAF,CAAL,EAAUD,CAAV,CAAL,EAAkBA,EAAEnxD,IAAF,IAAQs2B,KAAG66B,EAAEnxD,IAAb,IAAmB,KAAKy8J,aAAL,CAAmB/1J,CAAnB,GAAsB,KAAKg2J,QAAL,CAAch2J,CAAd,IAAiB,KAAKk2J,aAAL,CAAmBzpJ,EAAEi+C,CAAF,CAAnB,EAAwB1qD,CAAxB,CAAvC,EAAkEnC,IAAE,CAAC,CAAxF,IAA2F,KAAKm4J,QAAL,CAAch2J,CAAd,KAAkB,KAAKg2J,QAAL,CAAch2J,CAAd,EAAiB6vH,MAAjB,CAAwBplE,CAAxB,CAAlI,IAA8JtxC,KAAG,CAAC,KAAK68I,QAAL,CAAch2J,CAAd,CAAJ,IAAsByM,EAAEi+C,CAAF,CAAtB,KAA6B,KAAKsrG,QAAL,CAAch2J,CAAd,IAAiB,KAAKk2J,aAAL,CAAmBzpJ,EAAEi+C,CAAF,CAAnB,EAAwB1qD,CAAxB,CAAjB,EAA4CnC,IAAE,CAAC,CAA5E,CAA7P,EAA4UA,CAAnV;AAAqV,aAA35C,EAA45Cy4J,gBAAe,wBAASn9I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAC,KAAKq2J,aAAL,CAAmBl9I,CAAnB,EAAqBvhB,CAArB,EAAuBoI,CAAvB,CAAD,IAA4BmZ,CAA5B,IAA+B,KAAKg9I,eAAL,CAAqBv+J,CAArB,CAA/B,EAAuD,CAAC,KAAKy+J,aAAL,CAAmBl9I,CAAnB,EAAqBy0C,CAArB,EAAuB5tD,CAAvB,CAAD,IAA4BmZ,CAA5B,IAA+B,KAAKg9I,eAAL,CAAqBvoG,CAArB,CAAtF;AAA8G,aAAviD,EAApgQ,EAA6iT9vD,IAAE8uD,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKyI,SAAL,GAAe,IAAImtC,EAAEujC,KAAN,EAAtC,EAAkD,KAAKikE,eAAL,EAAlD,EAAyE,KAAKhC,SAAL,EAAzE;AAA0F,aAA5G,EAA6Gt8J,SAAQ,EAACu8J,UAAS,CAAC,CAAX,EAArH,EAAmII,kBAAiB,4BAAU;AAAC,uBAAO,KAAKhzI,SAAZ;AAAsB,aAArL,EAAsLnO,MAAK,cAAS0F,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKY,OAAX,CAAmB,OAAOkhB,KAAG9hB,EAAEoc,IAAF,IAAQ0F,CAAR,KAAY9hB,EAAEoc,IAAF,GAAO0F,CAAP,EAAS,KAAKq9I,QAAL,CAAcr9I,CAAd,CAAT,EAA0B,KAAKo7I,SAAL,EAA1B,EAA2C,KAAK+B,cAAL,CAAoB,CAAC,CAArB,EAAuB,EAAvB,CAAvD,GAAmFt2J,CAAtF,IAAyF3I,EAAEoc,IAAlG;AAAuG,aAAjU,EAAkUo8G,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,MAAIyzC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,GAAyBnZ,IAAE,KAAK/H,OAAhC,EAAwCZ,IAAE8hB,EAAE1F,IAA5C,EAAiDo6C,EAAEx2D,CAAF,KAAM2I,EAAEyT,IAAF,IAAQpc,CAAd,IAAiB2I,EAAEyT,IAAF,GAAOpc,CAAP,EAAS,KAAKm/J,QAAL,CAAcn/J,CAAd,CAAT,EAA0B,KAAKo9J,WAAL,CAAiBt7I,CAAjB,KAAqB,KAAKo7I,SAAL,EAA/C,EAAgE,KAAK+B,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAAjF,KAA6G,KAAKs7I,WAAL,CAAiBt7I,CAAjB,GAAoB,KAAKm9I,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAAjI,CAArD;AAAkN,aAA/iB,EAAgjBo9I,iBAAgB,2BAAU;AAAC,oBAAIp9I,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB9lG,EAAE4tC,IAAF,CAAO5uE,KAAP,CAAa5U,EAAE1F,IAAF,IAAQ,EAArB,EAAwB,EAAC2iF,QAAOj9E,EAAEi9E,MAAV,EAAxB,CAApB,EAA+D,KAAK6+D,KAAL,EAA/D,EAA4E,KAAKrzI,SAAL,CAAejC,MAAf,CAAsB,KAAKk1I,cAA3B,CAA5E,EAAuH,KAAKoB,cAAL,EAAvH;AAA6I,aAA3uB,EAA4uBO,UAAS,kBAASr9I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK60J,cAAX;AAAA,oBAA0Bx9J,IAAE03D,EAAE4tC,IAAF,CAAO5uE,KAAP,CAAa5U,KAAG,EAAhB,CAA5B;AAAA,oBAAgD1M,IAAEpV,EAAE+iG,KAAF,CAAQtlG,KAAR,CAAc,CAAd,CAAlD,CAAmEuC,EAAE+iG,KAAF,CAAQj1F,QAAR,CAAiB,EAAjB,GAAqBnF,EAAEo6F,KAAF,CAAQj1F,QAAR,CAAiBsH,CAAjB,CAArB;AAAyC,aAA72B,EAAT,CAA/iT,EAAw6U8hD,EAAEzwD,EAAEnI,EAAJ,EAAO41D,CAAP,CAAx6U,EAAk7UgD,EAAEzwD,EAAEnI,EAAJ,EAAOkvC,CAAP,CAAl7U,EAA47U4pB,IAAE7B,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKyI,SAAL,GAAe,IAAImtC,EAAEujC,KAAN,EAAtC,EAAkD,KAAKijE,SAAL,EAAlD,EAAmE,KAAKU,cAAL,EAAnE;AAAyF,aAA3G,EAA4GrB,kBAAiB,4BAAU;AAAC,uBAAO,KAAKhzI,SAAZ;AAAsB,aAA9J,EAA+JiuG,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,MAAIA,IAAEA,KAAG,EAAL,EAAQnZ,IAAEmZ,EAAEiwD,IAAZ,EAAiB/xE,IAAE8hB,EAAEmQ,EAArB,EAAwBtpB,MAAI,KAAK/H,OAAL,CAAamxE,IAAb,GAAkBppE,CAAtB,CAAxB,EAAiD3I,MAAI,KAAKY,OAAL,CAAaqxB,EAAb,GAAgBjyB,CAApB,CAAjD,EAAwE2I,KAAG3I,CAAH,IAAM,KAAKm+J,SAAL,IAAiB,KAAKc,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAAvB,IAAkD,KAAKm9I,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAA1H,EAAoJyzC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAxJ;AAAkL,aAA5W,EAA6Wo8I,WAAU,qBAAU;AAAC,oBAAIp8I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAK60J,cAAL,GAAoB,IAAI9lG,EAAE4tC,IAAN,CAAW,EAACvG,QAAOj9E,EAAEi9E,MAAV,EAAX,CAAzC,CAAuE,KAAK6+D,KAAL,IAAa,KAAKO,SAAL,EAAb,EAA8B,KAAK5zI,SAAL,CAAejC,MAAf,CAAsB3f,CAAtB,CAA9B;AAAuD,aAAhgB,EAAigBw1J,WAAU,qBAAU;AAAC,oBAAIr8I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAK60J,cAA1B;AAAA,oBAAyCx9J,IAAE8hB,EAAEiwD,IAAF,IAAQ,IAAI5b,CAAJ,EAAnD;AAAA,oBAAyD/gD,IAAE0M,EAAEmQ,EAAF,IAAM,IAAIkkC,CAAJ,EAAjE,CAAuExtD,EAAE25F,QAAF,CAAWx0F,QAAX,CAAoB,CAACtH,EAAExG,EAAEwtC,CAAJ,EAAMxtC,EAAE0tC,CAAR,CAAD,EAAYlnC,EAAE4O,EAAEo4B,CAAJ,EAAMp4B,EAAEs4B,CAAR,CAAZ,CAApB;AAA6C,aAA1oB,EAAT,CAA97U,EAAolWwpB,EAAEE,EAAE94D,EAAJ,EAAOkvC,CAAP,CAAplW,EAA8lW4oB,IAAEb,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKyI,SAAL,GAAe,IAAImtC,EAAEujC,KAAN,EAAtC,EAAkD,KAAKijE,SAAL,EAAlD,EAAmE,KAAKU,cAAL,EAAnE;AAAyF,aAA3G,EAA4GrB,kBAAiB,4BAAU;AAAC,uBAAO,KAAKhzI,SAAZ;AAAsB,aAA9J,EAA+Jq0B,QAAO,gBAAS98B,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKY,OAAX,CAAmB,OAAOkhB,KAAG9hB,EAAE4+C,MAAF,GAAS98B,CAAT,EAAW,KAAKs9I,WAAL,EAAX,EAA8Bz2J,CAAjC,IAAoC3I,EAAE4+C,MAA7C;AAAoD,aAAzP,EAA0P45E,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAGA,CAAH,EAAK;AAAC,wBAAInZ,IAAEmZ,EAAE88B,MAAR,CAAe2W,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,GAAyBnZ,KAAG,KAAK02J,aAAL,CAAmB12J,CAAnB,CAAH,IAA0B,KAAKi2C,MAAL,CAAYj2C,CAAZ,GAAe,KAAKs2J,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAAzC,IAAoE,KAAKm9I,cAAL,CAAoB,CAAC,CAArB,EAAuBn9I,CAAvB,CAA7F;AAAuH;AAAC,aAA1Z,EAA2Zo8I,WAAU,qBAAU;AAAC,oBAAIp8I,IAAE,KAAKlhB,OAAX,CAAmB,KAAK48J,cAAL,GAAoB,IAAI9lG,EAAE4tC,IAAN,CAAW,EAACvG,QAAOj9E,EAAEi9E,MAAV,EAAX,CAApB,EAAkD,KAAK6+D,KAAL,EAAlD,EAA+D,KAAKrzI,SAAL,CAAejC,MAAf,CAAsB,KAAKk1I,cAA3B,CAA/D,EAA0G17I,EAAE88B,MAAF,IAAU,KAAKwgH,WAAL,EAApH;AAAuI,aAA1kB,EAA2kBC,eAAc,uBAASv9I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKY,OAAL,CAAag+C,MAArB;AAAA,oBAA4BxpC,IAAEpV,EAAEd,MAAF,KAAW4iB,EAAE5iB,MAA3C,CAAkD,IAAG,CAACkW,CAAJ,EAAM,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB,wBAAG3I,EAAE2I,CAAF,EAAK6kC,CAAL,KAAS1rB,EAAEnZ,CAAF,EAAK6kC,CAAd,IAAiBxtC,EAAE2I,CAAF,EAAK+kC,CAAL,KAAS5rB,EAAEnZ,CAAF,EAAK+kC,CAAlC,EAAoC;AAACt4B,4BAAE,CAAC,CAAH,CAAK;AAAM;AAAvE,iBAAuE,OAAOA,CAAP;AAAS,aAA7uB,EAA8uBgqJ,aAAY,uBAAU;AAAC,oBAAIt9I,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAKw9J,cAAf;AAAA,oBAA8BpoJ,IAAE,KAAKxU,OAArC;AAAA,oBAA6CyyD,IAAEj+C,EAAEwpC,MAAjD;AAAA,oBAAwDrmB,IAAE,EAA1D,CAA6D,KAAI5vB,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAEuxC,EAAE1qD,CAAF,CAAF,EAAO4vB,EAAE56B,IAAF,CAAO6I,EAAEsb,EAAE0rB,CAAJ,EAAM1rB,EAAE4rB,CAAR,CAAP,CAAP;AAAvB,iBAAiD1tC,EAAEsiG,QAAF,CAAWx0F,QAAX,CAAoByqB,CAApB;AAAuB,aAA14B,EAA24B33B,SAAQ,EAACg+C,QAAO,EAAR,EAAn5B,EAAT,CAAhmW,EAA0gYsY,EAAEd,EAAE93D,EAAJ,EAAOkvC,CAAP,CAA1gY,EAAohYvE,IAAE/Z,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACoN,kBAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAKw9I,UAAL,EAAvB;AAAyC,aAA3D,EAA4D9mC,QAAO,gBAAS12G,CAAT,EAAW;AAACA,sBAAIA,EAAEjE,MAAF,IAAU,KAAK2/I,cAAL,CAAoB18J,GAApB,CAAwBghB,EAAEjE,MAA1B,CAAV,EAA4C,KAAKw/I,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACk2C,CAAD,EAAG1B,CAAH,EAAK2B,CAAL,EAAOl2B,CAAP,CAA3B,KAAuC,KAAKy7H,cAAL,CAAoB52H,IAApB,CAAyB,KAAKo8D,KAAL,EAAzB,CAAnF,EAA0H9zE,EAAE5wB,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAA9H;AAAwJ,aAAvO,EAAwOw9I,YAAW,sBAAU;AAAC,oBAAIx9I,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAKq6F,KAAL,EAArB,CAAkC,KAAKw6D,cAAL,GAAoB,IAAI9lG,EAAEwtC,KAAN,CAAYpjF,EAAEjE,MAAd,EAAqBlV,CAArB,EAAuB,EAAvB,CAApB;AAA+C,aAA/U,EAAgVq6F,OAAM,iBAAU;AAAC,oBAAIlhF,IAAE1M,EAAE,KAAKxU,OAAP,CAAN;AAAA,oBAAsB+H,IAAE,IAAI2uD,EAAE+iC,KAAN,CAAYv4E,EAAE0rB,CAAd,EAAgB1rB,EAAE4rB,CAAlB,CAAxB;AAAA,oBAA6C1tC,IAAE,IAAIs3D,EAAEijC,IAAN,CAAWz4E,EAAEgJ,KAAb,EAAmBhJ,EAAE+N,MAArB,CAA/C,CAA4E,OAAO,IAAIynC,EAAEgjC,IAAN,CAAW3xF,CAAX,EAAa3I,CAAb,CAAP;AAAuB,aAApc,EAAT,CAAthY,EAAs+Yq2D,IAAEnnC,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK3L,QAAL,GAAc,EAAd,EAAiB+Y,EAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAjB,EAAwC,KAAK07I,cAAL,GAAoB,IAAI9lG,EAAEujC,KAAN,EAA5D,EAAwE,KAAKiiE,SAAL,EAAxE;AAAyF,aAA3G,EAA4Gt8J,SAAQ,EAACu8J,UAAS,CAAC,CAAX,EAApH,EAAkI70I,QAAO,gBAASxG,CAAT,EAAW;AAAC,qBAAK07I,cAAL,CAAoBl1I,MAApB,CAA2BxG,EAAEy7I,gBAAF,EAA3B,GAAiD,KAAKpnJ,QAAL,CAAcxY,IAAd,CAAmBmkB,CAAnB,CAAjD,EAAuE,KAAKy9I,eAAL,GAAqB,CAAC,CAA7F;AAA+F,aAApP,EAAqPjnJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,qBAAKk/E,OAAL,CAAal/E,CAAb,MAAkB,KAAKy9I,eAAL,GAAqB,CAAC,CAAxC;AAA2C,aAAnT,EAAoTv+D,SAAQ,iBAASl/E,CAAT,EAAW;AAAC,oBAAInZ,IAAE8tD,EAAE30C,CAAF,EAAI,KAAK3L,QAAT,CAAN,CAAyB,IAAGxN,KAAG,CAAN,EAAQ,OAAO,KAAK60J,cAAL,CAAoBp8D,QAApB,CAA6Bz4F,CAA7B,GAAgC,KAAKwN,QAAL,CAAczV,MAAd,CAAqBiI,CAArB,EAAuB,CAAvB,CAAhC,EAA0D,CAAC,CAAlE;AAAoE,aAA7a,EAA8a4qC,OAAM,iBAAU;AAAC,qBAAKiqH,cAAL,CAAoBjqH,KAApB,IAA4B,KAAKp9B,QAAL,GAAc,EAA1C,EAA6C,KAAKopJ,eAAL,GAAqB,CAAC,CAAnE;AAAqE,aAApgB,EAAqgBC,SAAQ,iBAAS19I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAIA,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuB2I,wBAAEmZ,EAAE9hB,CAAF,CAAF,EAAO,KAAKghG,OAAL,CAAar4F,CAAb,KAAiB,KAAK2f,MAAL,CAAY3f,CAAZ,CAAxB;AAAvB;AAA8D,aAA/lB,EAAgmB82J,QAAO,gBAAS39I,CAAT,EAAW;AAAC,qBAAK49I,gBAAL,CAAsB59I,CAAtB,EAAwB,CAAxB;AAA2B,aAA9oB,EAA+oB69I,SAAQ,iBAAS79I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK+2J,gBAAL,CAAsB59I,CAAtB,EAAwBnZ,CAAxB;AAA2B,aAAhsB,EAAisB+2J,kBAAiB,0BAAS59I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,IAAE,KAAKg3J,cAArB;AAAA,oBAAoCvoG,IAAEzuD,EAAE2P,QAAF,CAAW1Y,KAAX,CAAiB,CAAjB,CAAtC;AAAA,oBAA0Do2D,IAAE,KAAK19C,QAAjE;AAAA,oBAA0E69C,IAAEiD,EAAEtuD,CAAF,CAA5E,CAAiF,KAAI3I,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBozD,wBAAEtxC,EAAE9hB,CAAF,CAAF,EAAOu4B,IAAE66B,EAAEmqG,gBAAF,EAAT,EAA8BnoJ,IAAEqhD,EAAErD,CAAF,EAAIS,CAAJ,CAAhC,EAAuCz+C,KAAG,CAAH,KAAO6/C,EAAEv0D,MAAF,CAAS0U,CAAT,EAAW,CAAX,GAAcy+C,EAAEnzD,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAAd,EAA4Bi+C,IAAEW,IAAErrD,CAAF,GAAIA,EAAE3I,CAAF,CAAlC,EAAuCi1D,EAAEv0D,MAAF,CAAS2yD,CAAT,EAAW,CAAX,EAAa96B,CAAb,CAAvC,EAAuDs7B,EAAEnzD,MAAF,CAAS2yD,CAAT,EAAW,CAAX,EAAaD,CAAb,CAA9D,CAAvC;AAAvB,iBAA6I5sD,EAAE+sC,KAAF,IAAU/sC,EAAE8hB,MAAF,CAASroB,KAAT,CAAeuG,CAAf,EAAiByuD,CAAjB,CAAV;AAA8B,aAA59B,EAA69BujE,QAAO,gBAAS12G,CAAT,EAAW;AAACA,sBAAI,KAAKy9I,eAAL,IAAsB,KAAKA,eAAL,GAAqB,CAAC,CAAtB,EAAwB,KAAKnC,WAAL,CAAiBt7I,CAAjB,KAAqB,KAAKo7I,SAAL,EAAnE,IAAqF,KAAKE,WAAL,CAAiBt7I,CAAjB,CAArF,EAAyGoN,EAAE5wB,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAA7G;AAAuI,aAAvnC,EAAwnC67I,cAAa,wBAAU;AAAC,oBAAI77I,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,KAAKl9C,QAAnB,CAA4B,KAAIf,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuBzM,wBAAE0qD,EAAEj+C,CAAF,CAAF,EAAOzM,EAAEs0B,OAAF,MAAat0B,EAAEi3J,cAAF,KAAmB,CAAC,CAAjC,KAAqC5/J,IAAE2I,EAAE40J,gBAAF,GAAqB99D,WAArB,CAAiC,IAAjC,CAAF,EAAyCz/F,MAAI8hB,IAAEA,IAAEw1C,EAAEgjC,IAAF,CAAOlC,KAAP,CAAat2E,CAAb,EAAe9hB,CAAf,CAAF,GAAoBA,CAA1B,CAA9E,CAAP;AAAvB,iBAA0I,OAAO8hB,CAAP;AAAS,aAA/zC,EAAT,CAAx+Y,EAAmzbo1C,EAAEb,EAAE/3D,EAAJ,EAAO41D,CAAP,CAAnzb,EAA6zbgC,IAAEG,EAAE11D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKwN,QAAL,GAAc,EAAd,EAAiB+Y,EAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBuJ,CAApB,CAAjB,EAAwC,KAAK60J,cAAL,GAAoB,IAAI9lG,EAAEytC,MAAN,CAAalwC,EAAEnzC,CAAF,CAAb,EAAkBnZ,CAAlB,CAA5D,EAAiF,KAAKu0J,SAAL,EAAjF;AAAkG,aAAtH,EAAuHt2H,MAAK,cAAS9kB,CAAT,EAAW;AAAC,oBAAGA,CAAH,EAAK,KAAK07I,cAAL,CAAoB52H,IAApB,CAAyBquB,EAAEnzC,CAAF,CAAzB,EAAL,KAAwC;AAAC,wBAAInZ,IAAE,KAAK60J,cAAL,CAAoB52H,IAApB,EAAN,CAAiC,IAAGj+B,CAAH,EAAK,OAAO,IAAI6uD,CAAJ,CAAM7uD,EAAE4nF,MAAF,CAAS/iD,CAAf,EAAiB7kC,EAAE4nF,MAAF,CAAS7iD,CAA1B,EAA4B/kC,EAAE84B,IAAF,CAAO3W,KAAnC,EAAyCniB,EAAE84B,IAAF,CAAO5R,MAAhD,CAAP;AAA+D;AAAC,aAAvR,EAAwR8T,QAAO,kBAAU;AAAC,qBAAK65H,cAAL,CAAoB75H,MAApB;AAA6B,aAAvU,EAAwU60F,QAAO,gBAAS12G,CAAT,EAAW;AAAC21C,kBAAE2N,UAAF,CAAa,KAAKo4F,cAAL,CAAoB58J,OAAjC,EAAyCkhB,CAAzC,GAA4Cu0C,EAAE/3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAA5C;AAAqE,aAAha,EAAT,CAA/zb,EAA2ucq1C,IAAE5B,EAAE50D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACyzC,kBAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,GAAuB,KAAK+9I,WAAL,EAAvB,EAA0C,KAAK3C,SAAL,EAA1C;AAA2D,aAA7E,EAA8E1kC,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAGA,CAAH,EAAK;AAAC,wBAAInZ,IAAE,KAAK/H,OAAX,CAAmBkhB,EAAE0gE,MAAF,KAAWtrB,EAAEvuD,CAAF,EAAI,EAAC65E,QAAO1gE,EAAE0gE,MAAV,EAAJ,GAAuB,KAAK0xE,OAAL,CAAa/oH,IAAb,CAAkBxiC,EAAE65E,MAAF,CAASh1C,CAA3B,EAA6B7kC,EAAE65E,MAAF,CAAS90C,CAAtC,CAAlC,GAA4E,KAAK2vH,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAAC,QAAD,CAA3B,KAAwC,KAAKg+I,OAAL,CAAavnE,SAAb,CAAuB5vF,EAAE8vF,MAAzB,CAApH,EAAqJ,KAAK2kE,WAAL,CAAiBt7I,CAAjB,CAArJ,EAAyKyzC,EAAEj3D,EAAF,CAAKk6H,MAAL,CAAYp5H,IAAZ,CAAiB,IAAjB,EAAsB0iB,CAAtB,CAAzK;AAAkM;AAAC,aAA7T,EAA8T+9I,aAAY,uBAAU;AAAC,oBAAI/9I,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK/H,OAAb;AAAA,oBAAqBZ,IAAE2I,EAAEmiB,KAAzB;AAAA,oBAA+B1V,IAAEzM,EAAEknB,MAAnC;AAAA,oBAA0CwjC,IAAE1qD,EAAE8vF,MAA9C,CAAqDjiC,EAAEnD,CAAF,MAAOmD,EAAEx2D,CAAF,MAAOA,IAAEoV,CAAT,GAAYohD,EAAEphD,CAAF,MAAOA,IAAEpV,CAAT,CAAZ,EAAwB2I,EAAE8vF,MAAF,GAASplC,IAAE5xD,KAAKy0C,GAAL,CAASl2C,CAAT,EAAWoV,CAAX,IAAc,CAAxD,GAA2D0M,IAAEnZ,EAAE65E,MAAF,IAAU,EAACh1C,GAAE6lB,CAAH,EAAK3lB,GAAE2lB,CAAP,EAAvE,EAAiF,KAAK6gG,OAAL,GAAa,IAAI58F,EAAE+iC,KAAN,CAAYv4E,EAAE0rB,CAAd,EAAgB1rB,EAAE4rB,CAAlB,CAA9F,EAAmH,KAAKoyH,OAAL,GAAa,IAAIxoG,EAAE2iC,MAAN,CAAa,KAAKi6D,OAAlB,EAA0B7gG,CAA1B,CAAhI,EAA6J,KAAKmqG,cAAL,GAAoB,IAAI9lG,EAAEuiC,MAAN,CAAa,KAAK6lE,OAAlB,EAA0B,EAAC/gE,QAAOp2F,EAAEo2F,MAAV,EAA1B,CAAjL,EAA8N,KAAK6+D,KAAL,EAA9N;AAA2O,aAArnB,EAAT,CAA7uc,EAA82d1mG,EAAEC,EAAE74D,EAAJ,EAAO41D,CAAP,CAA92d,EAAw3d2D,IAAER,EAAE12D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACA,oBAAEA,KAAG,EAAL,EAAQ,KAAKw9B,OAAL,GAAarkB,CAArB,EAAuB,KAAK4iE,OAAL,GAAahtB,EAAEinC,OAAF,CAAU1qB,MAAV,CAAiBnyD,CAAjB,EAAmBnZ,CAAnB,CAApC,EAA0D8uD,EAAEr2D,UAAF,CAAa,KAAKsjF,OAAL,CAAayS,SAA1B,MAAuC,KAAKA,SAAL,GAAe,KAAK4oE,UAA3D,CAA1D,EAAiI,KAAKvC,cAAL,GAAoB,IAAI9lG,EAAEujC,KAAN,EAArJ,EAAiK,KAAK+kE,QAAL,GAAc,IAAIxoG,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU7uD,EAAEmiB,KAAZ,EAAkBniB,EAAEknB,MAApB,CAA/K,EAA2M,KAAK4R,IAAL,CAAU,KAAKu+H,QAAf,CAA3M;AAAoO,aAAxP,EAAyP7J,QAAO,kBAAU;AAAC,oBAAIr0I,IAAE,KAAK07I,cAAL,CAAoB/9D,WAApB,EAAN,CAAwC,OAAO,IAAIjoC,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU11C,EAAEgJ,KAAF,EAAV,EAAoBhJ,EAAE+N,MAAF,EAApB,CAAP;AAAuC,aAA1V,EAA2V4R,MAAK,cAAS3f,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKq3J,QAAX,CAAoB,OAAOxpG,EAAE10C,CAAF,MAAOnZ,EAAEmiB,KAAF,GAAQhJ,EAAEgJ,KAAV,EAAgBniB,EAAEknB,MAAF,GAAS/N,EAAE+N,MAA3B,EAAkC,KAAK60D,OAAL,CAAard,OAAb,CAAqBvlD,CAArB,CAAzC,GAAkE,EAACgJ,OAAMniB,EAAEmiB,KAAT,EAAe+E,QAAOlnB,EAAEknB,MAAxB,EAAzE;AAAyG,aAAze,EAA0ekwI,YAAW,oBAASj+I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKggK,QAAX,CAAoB,OAAOxpG,EAAE10C,CAAF,KAAM00C,EAAE7tD,CAAF,CAAN,KAAa3I,EAAEwtC,CAAF,GAAI1rB,CAAJ,EAAM9hB,EAAE0tC,CAAF,GAAI/kC,CAAV,EAAY,KAAK+7E,OAAL,CAAayS,SAAb,CAAuB,EAAC3pD,GAAE1rB,CAAH,EAAK4rB,GAAE/kC,CAAP,EAAvB,CAAzB,GAA4D,EAAC6kC,GAAExtC,EAAEwtC,CAAL,EAAOE,GAAE1tC,EAAE0tC,CAAX,EAAnE;AAAiF,aAAxmB,EAAymB0tD,MAAK,gBAAU;AAAC,qBAAK1W,OAAL,CAAa0W,IAAb,CAAkB,KAAKoiE,cAAvB;AAAuC,aAAhqB,EAAiqBl1I,QAAO,gBAASxG,CAAT,EAAW;AAAC,uBAAO,KAAK07I,cAAL,CAAoBl1I,MAApB,CAA2BxG,EAAEy7I,gBAAF,EAA3B,GAAiD,IAAxD;AAA6D,aAAjvB,EAAkvBjlJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,qBAAK07I,cAAL,CAAoBllJ,MAApB,CAA2BwJ,EAAEy7I,gBAAF,EAA3B;AAAiD,aAAtzB,EAAuzB/0I,cAAa,wBAAU,CAAE,CAAh1B,EAAi1B+qB,OAAM,iBAAU;AAAC,qBAAKiqH,cAAL,CAAoBjqH,KAApB;AAA4B,aAA93B,EAA+3BmR,SAAQ,iBAAS/7C,CAAT,EAAW;AAAC,qBAAK+7E,OAAL,CAAahgC,OAAb,IAAuB/7C,KAAGmZ,EAAE,KAAKqkB,OAAP,EAAgB7tB,MAAhB,EAA1B;AAAmD,aAAt8B,EAAT,CAA13d,EAA40fm/C,EAAE2N,UAAF,CAAatN,CAAb,EAAe,EAACv5D,MAAK,cAASujB,CAAT,EAAW;AAAC21C,kBAAEl5D,IAAF,CAAOujB,CAAP,EAASg2C,EAAE0L,EAAX;AAAe,aAAjC,EAAkCy8F,oBAAmBjgK,CAArD,EAAuD41D,SAAQ1mC,CAA/D,EAAiEgxI,OAAMrsG,CAAvE,EAAyEssG,aAAYnsG,CAArF,EAAuFosG,UAAS3pJ,CAAhG,EAAkGwjF,QAAO9iC,CAAzG,EAA2G8jC,OAAM5kC,CAAjH,EAAmHgqG,WAAUl4J,CAA7H,EAA+Hm4J,QAAOzoG,CAAtI,EAAwIytC,MAAK7+F,CAA7I,EAA+I0+F,QAAOjvC,CAAtJ,EAAwJqqG,MAAKnpG,CAA7J,EAA+JopG,YAAW/iI,CAA1K,EAA4KgjI,aAAYrjK,CAAxL,EAA0LsjK,cAAahzH,CAAvM,EAAyMizH,UAASvqG,CAAlN,EAAoNwqG,oBAAmBhtG,CAAvO,EAAyOitG,WAAU/3J,CAAnP,EAAqPo8F,OAAMj8D,CAA3P,EAA6P63H,YAAWvrG,CAAxQ,EAAf,CAA50f;AAAumgB,KAA3iiB,CAA4iiBj4D,OAAO07D,KAAP,CAAa76D,MAAzjiB,CAAD;AAAkkiB,CAAtriB,EAAuriB,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA7viB,CAD88hG,EAC/s/E,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,8BAAP,EAAsC,CAAC,mBAAD,EAAqB,yBAArB,CAAtC,EAAsF7f,CAAtF;AAAyF,CAA5G,CAA6G,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOA,EAAE0xD,UAAF,CAAa,CAAb,KAAiBv4C,CAAjB,IAAoBnZ,EAAE7J,WAAF,GAAgBu7D,UAAhB,CAA2B,CAA3B,KAA+Bv4C,CAA1D;AAA4D,kBAAS1M,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ,CAAM,OAAO8hB,EAAE0rB,CAAF,IAAK,CAAC,CAAN,IAAS1rB,EAAE4rB,CAAF,IAAK,CAAC,CAAf,GAAiB1tC,IAAE2I,EAAEouF,WAAF,EAAnB,GAAmC,KAAGj1E,EAAE0rB,CAAL,IAAQ,KAAG1rB,EAAE4rB,CAAb,GAAe1tC,IAAE2I,EAAEivF,OAAF,EAAjB,GAA6B91E,EAAE0rB,CAAF,IAAK,CAAC,CAAN,IAAS,KAAG1rB,EAAE4rB,CAAd,GAAgB1tC,IAAE2I,EAAEkvF,QAAF,EAAlB,GAA+B,KAAG/1E,EAAE0rB,CAAL,IAAQ1rB,EAAE4rB,CAAF,IAAK,CAAC,CAAd,GAAgB1tC,IAAE2I,EAAEmvF,UAAF,EAAlB,GAAiC,MAAIh2E,EAAE0rB,CAAN,IAAS1rB,EAAE4rB,CAAF,IAAK,CAAC,CAAf,GAAiB1tC,IAAE2I,EAAE49B,MAAF,EAAnB,GAA8B,MAAIzkB,EAAE0rB,CAAN,IAAS,KAAG1rB,EAAE4rB,CAAd,GAAgB1tC,IAAE2I,EAAEqD,GAAF,EAAlB,GAA0B,KAAG8V,EAAE0rB,CAAL,IAAQ,MAAI1rB,EAAE4rB,CAAd,GAAgB1tC,IAAE2I,EAAEklB,IAAF,EAAlB,GAA2B/L,EAAE0rB,CAAF,IAAK,CAAC,CAAN,IAAS,MAAI1rB,EAAE4rB,CAAf,KAAmB1tC,IAAE2I,EAAE69B,KAAF,EAArB,CAAnN,EAAmPxmC,CAA1P;AAA4P,kBAASqzD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,gBAAInZ,IAAEmZ,EAAElhB,OAAF,CAAUgzE,QAAhB,CAAyB,OAAOjrE,KAAGA,EAAEo4J,IAAF,KAAS,CAAC,CAApB;AAAsB,kBAASxoI,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,KAAIA,IAAE,CAAN,EAAQA,IAAEzW,EAAEooG,UAAF,CAAahrH,MAAvB,EAA8Bq5B,GAA9B;AAAkC,oBAAGv4B,IAAE8hB,EAAEooG,UAAF,CAAa3xF,CAAb,CAAF,EAAkBnjB,IAAEpV,EAAEgsB,QAAF,EAApB,EAAiCqnC,IAAE,IAAIoD,CAAJ,CAAMrhD,EAAEo4B,CAAR,EAAUp4B,EAAEs4B,CAAZ,CAAnC,EAAkD2lB,EAAEqgG,OAAF,CAAU1zD,EAAV,EAAaA,EAAb,CAAlD,EAAmE3sC,EAAEttD,QAAF,CAAW4C,CAAX,CAAtE,EAAoF,OAAO3I,CAAP;AAAtH;AAA+H,kBAASozD,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAOA,EAAEgmB,OAAF,KAAY,CAAC,CAAb,IAAgBhmB,EAAEimB,MAAF,KAAW,CAAC,CAA5B,IAA+BjmB,EAAE+lB,QAAF,KAAa,CAAC,CAApD;AAC9u+B,aAAIrhC,CAAJ;AAAA,YAAMyuD,CAAN;AAAA,YAAQpB,CAAR;AAAA,YAAUG,CAAV;AAAA,YAAYv9C,CAAZ;AAAA,YAAcm9C,CAAd;AAAA,YAAgBM,CAAhB;AAAA,YAAkBhlC,CAAlB;AAAA,YAAoBqmC,CAApB;AAAA,YAAsBzsD,CAAtB;AAAA,YAAwBX,CAAxB;AAAA,YAA0Bs1B,CAA1B;AAAA,YAA4BiQ,CAA5B;AAAA,YAA8BtwC,CAA9B;AAAA,YAAgCowC,CAAhC;AAAA,YAAkC/mC,CAAlC;AAAA,YAAoC2wD,CAApC;AAAA,YAAsChB,CAAtC;AAAA,YAAwCntB,CAAxC;AAAA,YAA0CotB,CAA1C;AAAA,YAA4CH,CAA5C;AAAA,YAA8CiB,CAA9C;AAAA,YAAgDU,CAAhD;AAAA,YAAkDJ,CAAlD;AAAA,YAAoDK,CAApD;AAAA,YAAsDT,CAAtD;AAAA,YAAwDH,CAAxD;AAAA,YAA0Df,CAA1D;AAAA,YAA4DqB,CAA5D;AAAA,YAA8DG,CAA9D;AAAA,YAAgEJ,CAAhE;AAAA,YAAkEN,CAAlE;AAAA,YAAoEW,IAAEt6D,OAAO07D,KAA7E;AAAA,YAAmFtC,IAAEkB,EAAE8L,OAAvF;AAAA,YAA+FpM,IAAEZ,EAAEyyD,OAAnG;AAAA,YAA2GzxD,IAAEE,EAAEkO,KAA/G;AAAA,YAAqHtP,IAAEc,EAAE2jC,KAAzH;AAAA,YAA+HxkC,IAAEa,EAAEgjC,IAAnI;AAAA,YAAwIviC,IAAET,EAAE+oG,SAA5I;AAAA,YAAsJ7sG,IAAE8D,EAAEy7F,KAA1J;AAAA,YAAgK76F,IAAE1E,EAAEu9F,WAApK;AAAA,YAAgLxwJ,IAAE+2D,EAAE+iC,KAApL;AAAA,YAA0L9jC,IAAEe,EAAE2iC,MAA9L;AAAA,YAAqMjiC,IAAEV,EAAE27F,MAAzM;AAAA,YAAgN38F,IAAEsB,EAAEwN,UAApN;AAAA,YAA+NnN,IAAEL,EAAE4L,EAAF,CAAKylF,OAAtO;AAAA,YAA8OlnH,IAAE61B,EAAE35D,OAAF,CAAU81D,OAA1P;AAAA,YAAkQ6rC,KAAGhoC,EAAEvzB,IAAF,CAAOuuD,OAA5Q;AAAA,YAAoRiN,KAAG/9E,EAAEhe,OAAzR;AAAA,YAAiS47F,KAAG59E,EAAEtd,KAAtS;AAAA,YAA4Ss7F,KAAG,EAACkhE,OAAM,SAAP,EAAiBC,MAAK,SAAtB,EAAgCC,OAAM,SAAtC,EAAgDpqJ,KAAI,SAApD,EAA8Dq0B,MAAK,MAAnE,EAA0E7lC,QAAO,SAAjF,EAA2F67J,OAAM,UAAjG,EAA4GC,MAAK,UAAjH,EAA4HC,MAAK,UAAjI,EAA4IC,OAAM,UAAlJ,EAA6JC,WAAU,YAAvK,EAAoLC,WAAU,YAA9L,EAA/S;AAAA,YAA2fxhE,KAAG,EAA9f;AAAA,YAAigBC,KAAG,MAApgB;AAAA,YAA2gBF,KAAG,KAA9gB;AAAA,YAAohBnuB,KAAG,OAAvhB;AAAA,YAA+hBsuB,KAAG,MAAliB;AAAA,YAAyiBznE,KAAG,QAA5iB;AAAA,YAAqjB4nE,KAAG,EAAxjB;AAAA,YAA2jB3rB,KAAG,EAA9jB;AAAA,YAAikByrB,KAAG,WAApkB;AAAA,YAAglBC,KAAG,MAAnlB;AAAA,YAA0lBjhD,KAAG,SAA7lB;AAAA,YAAumBq1B,KAAG,YAA1mB;AAAA,YAAunBmrB,KAAG,kBAA1nB;AAAA,YAA6oB6W,KAAG,CAAhpB;AAAA,YAAkpBlW,KAAG,CAArpB;AAAA,YAAupBgW,KAAG,YAA1pB;AAAA,YAAuqBC,KAAG,YAA1qB;AAAA,YAAurBhW,KAAG,WAA1rB;AAAA,YAAssBqV,KAAG,SAAzsB;AAAA,YAAmtBkB,KAAG,CAAC,GAAvtB;AAAA,YAA2tBL,KAAG,GAA9tB;AAAA,YAAkuBN,KAAG,EAAruB;AAAA,YAAwuBN,KAAG,GAA3uB;AAAA,YAA+uBQ,KAAG,CAAlvB;AAAA,YAAovBe,KAAG,aAAvvB;AAAA,YAAqwBH,KAAG,KAAxwB;AAAA,YAA8wBL,KAAG,SAAjxB;AAAA,YAA2xBG,KAAG,QAA9xB;AAAA,YAAuyBI,KAAG,QAA1yB;AAAA,YAAmzBN,KAAG,EAAC,MAAKE,EAAN,EAAS,GAAEI,EAAX,EAAtzB,CAAq0B7/C,EAAEmqG,OAAF,GAAU3hE,EAAV,EAAat5F,IAAEoxD,EAAEkO,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK4/I,WAAL,GAAiB5/I,CAAjB,EAAmB,KAAKqnG,OAAL,GAAarnG,EAAEqnG,OAAlC;AAA0C,aAA5D,EAA6D0pC,WAAU,qBAAU;AAAC,yBAAS/wI,CAAT,CAAWA,CAAX,EAAanZ,CAAb,EAAe;AAAC,wBAAI3I,IAAE,KAAKmpH,OAAL,CAAaw4C,YAAb,CAA0B7/I,CAA1B,CAAN,CAAmC9hB,MAAI,KAAK4hK,QAAL,CAAcjkK,IAAd,CAAmBqC,CAAnB,GAAsB,KAAK6hK,KAAL,CAAWlkK,IAAX,CAAgBqC,EAAEm2J,MAAF,GAAWv+D,OAAX,EAAhB,CAAtB,EAA4D,KAAKkqE,GAAL,CAASnkK,IAAT,CAAcgL,EAAEivF,OAAF,EAAd,CAAhE;AAA4F,sBAAKiqE,KAAL,GAAW,EAAX,EAAc,KAAKC,GAAL,GAAS,EAAvB,EAA0B,KAAKF,QAAL,GAAc,EAAxC,EAA2C,KAAKF,WAAL,CAAiBpI,OAAjB,CAAyBh2H,OAAzB,CAAiCxhB,CAAjC,EAAmC,IAAnC,CAA3C;AAAoF,aAArT,EAAsTg2D,QAAO,gBAASh2D,CAAT,EAAW;AAAC,oBAAG,EAAE,KAAK8/I,QAAL,CAAc1iK,MAAd,IAAsB,CAAxB,CAAH,EAA8B,KAAI,IAAIyJ,IAAE,CAAV,EAAYA,IAAE,KAAKi5J,QAAL,CAAc1iK,MAA5B,EAAmCyJ,GAAnC;AAAuC,yBAAKi5J,QAAL,CAAcj5J,CAAd,EAAiBqjB,QAAjB,CAA0B,IAAIzrB,CAAJ,CAAM,KAAKshK,KAAL,CAAWl5J,CAAX,EAAc6kC,CAAd,GAAgB,CAAC,KAAKs0H,GAAL,CAASn5J,CAAT,EAAY6kC,CAAZ,GAAc,KAAKq0H,KAAL,CAAWl5J,CAAX,EAAc6kC,CAA7B,IAAgC1rB,CAAtD,EAAwD,KAAK+/I,KAAL,CAAWl5J,CAAX,EAAc+kC,CAAd,GAAgB,CAAC,KAAKo0H,GAAL,CAASn5J,CAAT,EAAY+kC,CAAZ,GAAc,KAAKm0H,KAAL,CAAWl5J,CAAX,EAAc+kC,CAA7B,IAAgC5rB,CAAxG,CAA1B;AAAvC;AAA6K,aAAphB,EAAf,CAAf,EAAqjBmzC,IAAEyC,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKkyB,OAAL,GAAa,CAACgmC,EAAEl4D,CAAF,CAAD,IAAOA,CAApB,EAAsB,KAAK+hK,aAAL,GAAmBjgJ,CAAzC,EAA2C,KAAKkgJ,WAAL,GAAiBr5J,CAA5D,EAA8D,KAAKo+C,KAAL,GAAW,gBAAzE;AAA0F,aAAhH,EAAiHk7G,MAAK,gBAAU;AAAC,qBAAKC,QAAL,CAAc,KAAKH,aAAnB;AAAkC,aAAnK,EAAoKI,MAAK,gBAAU;AAAC,qBAAKD,QAAL,CAAc,KAAKF,WAAnB;AAAgC,aAApN,EAAqNE,UAAS,kBAASpgJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE8hB,EAAEqnG,OAAV,CAAkB,KAAKj3F,OAAL,IAAcpQ,EAAEy3I,OAAF,CAAUj2H,OAAV,CAAkB,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAIyM,IAAEpV,EAAE2hK,YAAF,CAAe7/I,CAAf,CAAN,CAAwB1M,EAAE6nB,OAAF,CAAU,CAAC,CAAX,GAAc7nB,KAAGA,EAAEwpC,MAAF,CAASj2C,CAAT,CAAjB;AAA6B,iBAArF,GAAuFA,IAAE,IAAIqvD,CAAJ,EAAzF,EAA+FrvD,EAAE0pJ,UAAF,CAAa,IAAI7rJ,CAAJ,CAAMsb,CAAN,CAAb,CAA/F,EAAsHnZ,EAAE2pJ,UAAF,CAAa,YAAU;AAACxwI,sBAAEy3I,OAAF,CAAUj2H,OAAV,CAAkB,UAASxhB,CAAT,EAAW;AAAC,4BAAInZ,IAAE3I,EAAE2hK,YAAF,CAAe7/I,CAAf,CAAN,CAAwBnZ,EAAEs0B,OAAF,CAAU,CAAC,CAAX;AAAc,qBAApE;AAAsE,iBAA9F,CAAtH,EAAsNt0B,EAAEusG,IAAF,EAApO,KAA+OpzF,EAAEw3I,OAAF,CAAUh2H,OAAV,CAAkB,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAIyM,IAAEpV,EAAE2hK,YAAF,CAAe7/I,CAAf,CAAN,CAAwB1M,KAAGA,EAAE4W,QAAF,CAAWrjB,EAAEivF,OAAF,EAAX,CAAH;AAA2B,iBAAnF,GAAqF91E,EAAEy3I,OAAF,CAAUj2H,OAAV,CAAkB,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAIyM,IAAEpV,EAAE2hK,YAAF,CAAe7/I,CAAf,CAAN,CAAwB1M,KAAGA,EAAEwpC,MAAF,CAASj2C,CAAT,CAAH;AAAe,iBAAvE,CAApU;AAA8Y,aAA1oB,EAAT,CAAvjB,EAA6sCkrD,IAAE6D,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKsgJ,KAAL,GAAW,EAAX,EAAc,KAAKr7G,KAAL,GAAW,gBAAzB,EAA0CjlC,MAAInZ,CAAJ,IAAO,KAAKy5J,KAAL,CAAWzkK,IAAX,CAAgBmkB,CAAhB,CAAjD;AAAoE,aAAtF,EAAuFhL,KAAI,aAASgL,CAAT,EAAW;AAAC,qBAAKsgJ,KAAL,CAAWzkK,IAAX,CAAgBmkB,CAAhB;AAAmB,aAA1H,EAA2HmgJ,MAAK,gBAAU;AAAC,qBAAI,IAAIngJ,IAAE,CAAV,EAAYA,IAAE,KAAKsgJ,KAAL,CAAWljK,MAAzB,EAAgC4iB,GAAhC;AAAoC,yBAAKsgJ,KAAL,CAAWtgJ,CAAX,EAAcmgJ,IAAd;AAApC;AAAyD,aAApM,EAAqME,MAAK,gBAAU;AAAC,qBAAI,IAAIrgJ,IAAE,CAAV,EAAYA,IAAE,KAAKsgJ,KAAL,CAAWljK,MAAzB,EAAgC4iB,GAAhC;AAAoC,yBAAKsgJ,KAAL,CAAWtgJ,CAAX,EAAcqgJ,IAAd;AAApC;AAAyD,aAA9Q,EAAT,CAA/sC,EAAy+CnuG,IAAE0D,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKihI,IAAL,GAAUn/G,CAAV,EAAY,KAAKugJ,WAAL,GAAiB15J,CAA7B,EAA+B,KAAK25J,WAAL,GAAiBtiK,CAAhD,EAAkD4/F,GAAGj3F,CAAH,MAAQ,KAAK45J,WAAL,GAAiBzgJ,EAAEjE,MAAF,EAAzB,CAAlD,EAAuF+hF,GAAG5/F,CAAH,MAAQ,KAAKwiK,WAAL,GAAiB1gJ,EAAE5gB,MAAF,EAAzB,CAAvF,EAA4H,KAAK6lD,KAAL,GAAW,oBAAvI;AAA4J,aAAlL,EAAmLk7G,MAAK,gBAAU;AAAC,qBAAKM,WAAL,KAAmB55J,CAAnB,IAAsB,KAAKs4H,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKF,WAAhC,EAA4C,QAA5C,CAAtB,EAA4E,KAAKC,WAAL,KAAmB75J,CAAnB,IAAsB,KAAKs4H,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKD,WAAhC,EAA4C,QAA5C,CAAlG,EAAwJ,KAAKvhC,IAAL,CAAUyhC,WAAV,EAAxJ;AAAgL,aAAnX,EAAoXP,MAAK,gBAAU;AAAC,qBAAKE,WAAL,KAAmB15J,CAAnB,IAAsB,KAAKs4H,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKJ,WAAhC,EAA4C,QAA5C,CAAtB,EAA4E,KAAKC,WAAL,KAAmB35J,CAAnB,IAAsB,KAAKs4H,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKH,WAAhC,EAA4C,QAA5C,CAAlG,EAAwJ,KAAKrhC,IAAL,CAAUyhC,WAAV,EAAxJ;AAAgL,aAApjB,EAAT,CAA3+C,EAA2iEjsJ,IAAEihD,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKihI,IAAL,GAAUn/G,CAAV,EAAY,KAAKygJ,WAAL,GAAiB55J,CAA7B,EAA+B,KAAK65J,WAAL,GAAiBxiK,CAAhD,EAAkD,KAAKqiK,WAAL,GAAiBvgJ,EAAEjE,MAAF,EAAnE,EAA8E,KAAKykJ,WAAL,GAAiBxgJ,EAAE5gB,MAAF,EAA/F,EAA0G,KAAK6lD,KAAL,GAAW,oBAArH;AAA0I,aAAhK,EAAiKk7G,MAAK,gBAAU;AAAC,qBAAKhhC,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKF,WAAhC,EAA4C,QAA5C,GAAsD,KAAKthC,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKD,WAAhC,EAA4C,QAA5C,CAAtD,EAA4G,KAAKvhC,IAAL,CAAUyhC,WAAV,EAA5G;AAAoI,aAArT,EAAsTP,MAAK,gBAAU;AAAC,qBAAKlhC,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKJ,WAAhC,EAA4C,QAA5C,GAAsD,KAAKphC,IAAL,CAAUwhC,gBAAV,CAA2B,KAAKH,WAAhC,EAA4C,QAA5C,CAAtD,EAA4G,KAAKrhC,IAAL,CAAUyhC,WAAV,EAA5G;AAAoI,aAA1c,EAAT,CAA7iE,EAAmgF9uG,IAAE8D,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK6gJ,UAAL,GAAgB7gJ,CAAhB,EAAkB,KAAKqnG,OAAL,GAAarnG,EAAEqnG,OAAjC,EAAyC,KAAKy5C,eAAL,GAAqB9gJ,EAAE8gJ,eAAhE,EAAgF,KAAK77G,KAAL,GAAW,mBAA3F;AAA+G,aAAjI,EAAkIk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAa8xC,cAAb,CAA4B,KAAK0H,UAAjC,EAA4C,CAAC,CAA7C;AAAgD,aAAlM,EAAmMR,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAa7wG,MAAb,CAAoB,KAAKqqJ,UAAzB,EAAoC,CAAC,CAArC;AAAwC,aAA3P,EAAT,CAArgF,EAA4wFzuG,IAAEwD,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK87E,KAAL,GAAW97E,CAAX,EAAa,KAAKqnG,OAAL,GAAarnG,EAAEqnG,OAA5B,EAAoC,KAAKpiE,KAAL,GAAW,UAA/C;AAA0D,aAA5E,EAA6Ek7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAa2xC,SAAb,CAAuB,KAAKl9D,KAA5B,EAAkC,CAAC,CAAnC,GAAsC,KAAKA,KAAL,CAAWt4F,MAAX,CAAkB,CAAC,CAAnB,CAAtC;AAA4D,aAAzJ,EAA0J68J,MAAK,gBAAU;AAAC,qBAAKvkE,KAAL,CAAWt4F,MAAX,CAAkB,CAAC,CAAnB,GAAsB,KAAK6jH,OAAL,CAAa7wG,MAAb,CAAoB,KAAKslF,KAAzB,EAA+B,CAAC,CAAhC,CAAtB;AAAyD,aAAnO,EAAT,CAA9wF,EAA6/F1uE,IAAEwoC,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,CAAQ,KAAI,KAAK8yC,MAAL,GAAYrkF,CAAZ,EAAc,KAAK+gJ,UAAL,GAAgBl6J,CAA9B,EAAgC,KAAKo+C,KAAL,GAAW,gBAA3C,EAA4D,KAAK+7G,UAAL,GAAgB,EAA5E,EAA+E,KAAKC,OAAL,GAAa/iK,CAA5F,EAA8FoV,IAAE,CAApG,EAAsGA,IAAE,KAAK+wF,MAAL,CAAYjnG,MAApH,EAA2HkW,GAA3H;AAA+Hi+C,wBAAE,KAAK8yC,MAAL,CAAY/wF,CAAZ,CAAF,EAAiB,KAAK0tJ,UAAL,CAAgBnlK,IAAhB,CAAqB01D,EAAE8iG,MAAF,EAArB,CAAjB;AAA/H;AAAiL,aAA/M,EAAgN8L,MAAK,gBAAU;AAAC,oBAAIngJ,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKw9F,MAAL,CAAYrkF,CAAZ,CAAF,EAAiBnZ,EAAEwtJ,MAAF,CAAS,KAAK0M,UAAL,CAAgB/gJ,CAAhB,CAAT,CAAjB,EAA8CnZ,EAAE3K,cAAF,CAAiB,QAAjB,KAA4B2K,EAAEq6J,MAAF,CAASr6J,CAAT,EAAW,KAAKm6J,UAAL,CAAgBhhJ,CAAhB,CAAX,EAA8B,KAAK+gJ,UAAL,CAAgB/gJ,CAAhB,CAA9B,CAA1E,EAA4HnZ,EAAE+5J,WAAF,EAA5H;AAAjC,iBAA6K,KAAKK,OAAL,KAAe,KAAKA,OAAL,CAAaE,aAAb,IAA6B,KAAKF,OAAL,CAAa7yD,OAAb,EAA5C;AAAoE,aAAzd,EAA0diyD,MAAK,gBAAU;AAAC,oBAAIrgJ,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKw9F,MAAL,CAAYrkF,CAAZ,CAAF,EAAiBnZ,EAAEwtJ,MAAF,CAAS,KAAK2M,UAAL,CAAgBhhJ,CAAhB,CAAT,CAAjB,EAA8CnZ,EAAE3K,cAAF,CAAiB,QAAjB,KAA4B2K,EAAEq6J,MAAF,CAASr6J,CAAT,EAAW,KAAKk6J,UAAL,CAAgB/gJ,CAAhB,CAAX,EAA8B,KAAKghJ,UAAL,CAAgBhhJ,CAAhB,CAA9B,CAA1E,EAA4HnZ,EAAE+5J,WAAF,EAA5H;AAAjC,iBAA6K,KAAKK,OAAL,KAAe,KAAKA,OAAL,CAAaE,aAAb,IAA6B,KAAKF,OAAL,CAAa7yD,OAAb,EAA5C;AAAoE,aAAnuB,EAAT,CAA//F,EAA8uH36C,IAAEmC,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKg6J,UAAL,GAAgB7gJ,CAAhB,EAAkB,KAAKqnG,OAAL,GAAaxgH,CAA/B,EAAiC,KAAKo+C,KAAL,GAAW,gBAA5C;AAA6D,aAAjF,EAAkFk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAa7wG,MAAb,CAAoB,KAAKqqJ,UAAzB,EAAoC,CAAC,CAArC;AAAwC,aAA1I,EAA2IR,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAa8xC,cAAb,CAA4B,KAAK0H,UAAjC,EAA4C,CAAC,CAA7C;AAAgD,aAA3M,EAAT,CAAhvH,EAAu8H75J,IAAE4uD,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKi1F,KAAL,GAAW97E,CAAX,EAAa,KAAKqnG,OAAL,GAAaxgH,CAA1B,EAA4B,KAAKo+C,KAAL,GAAW,WAAvC;AAAmD,aAAvE,EAAwEk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAa+5C,QAAb,IAAwB,KAAK/5C,OAAL,CAAa7wG,MAAb,CAAoB,KAAKslF,KAAzB,EAA+B,CAAC,CAAhC,CAAxB;AAA2D,aAAnJ,EAAoJukE,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAa2xC,SAAb,CAAuB,KAAKl9D,KAA5B,EAAkC,CAAC,CAAnC;AAAsC,aAA1M,EAAT,CAAz8H,EAA+pIz1F,IAAEuvD,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAK+b,OAAL,GAAa+F,CAAb,EAAe,KAAKqhJ,QAAL,GAAcx6J,CAA7B,EAA+B,KAAKwgH,OAAL,GAAanpH,CAA5C,EAA8C,KAAK+mD,KAAL,GAAW,UAAzD;AAAoE,aAA1F,EAA2Fk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAapH,GAAb,CAAiB,KAAKhmG,OAAtB;AAA+B,aAA1I,EAA2IomJ,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAapH,GAAb,CAAiB,KAAKohD,QAAtB;AAAgC,aAA3L,EAAT,CAAjqI,EAAw2I1lI,IAAEi6B,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,CAAQ,KAAI,KAAK8yC,MAAL,GAAYx9F,CAAZ,EAAc,KAAKy6J,WAAL,GAAiBpjK,CAA/B,EAAiC,KAAK+mD,KAAL,GAAW,UAA5C,EAAuD,KAAKs8G,WAAL,GAAiB,EAAxE,EAA2E,KAAKC,SAAL,GAAexhJ,EAAEyhJ,MAA5F,EAAmG,KAAKR,OAAL,GAAajhJ,CAAhH,EAAkH,KAAK0gE,MAAL,GAAY1gE,EAAE0hJ,YAAF,CAAehhF,MAAf,EAA9H,EAAsJptE,IAAE,CAA5J,EAA8JA,IAAE,KAAK+wF,MAAL,CAAYjnG,MAA5K,EAAmLkW,GAAnL;AAAuLi+C,wBAAE,KAAK8yC,MAAL,CAAY/wF,CAAZ,CAAF,EAAiB,KAAKiuJ,WAAL,CAAiB1lK,IAAjB,CAAsB01D,EAAE4jC,MAAF,GAAWkd,KAAjC,CAAjB;AAAvL;AAAgP,aAA9Q,EAA+Q8tD,MAAK,gBAAU;AAAC,oBAAIngJ,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKw9F,MAAL,CAAYrkF,CAAZ,CAAF,EAAiBnZ,EAAEsuF,MAAF,CAAS,KAAKmsE,WAAL,CAAiBthJ,CAAjB,CAAT,EAA6B,KAAK0gE,MAAlC,EAAyC,CAAC,CAA1C,CAAjB,EAA8D75E,EAAE3K,cAAF,CAAiB,QAAjB,KAA4B2K,EAAEq6J,MAAF,CAASr6J,CAAT,CAA1F,EAAsGA,EAAE+5J,WAAF,EAAtG;AAAjC,iBAAuJ,KAAKK,OAAL,KAAe,KAAKA,OAAL,CAAaU,WAAb,IAA2B,KAAKV,OAAL,CAAa7yD,OAAb,EAA1C;AAAkE,aAAhgB,EAAigBiyD,MAAK,gBAAU;AAAC,oBAAIrgJ,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKw9F,MAAL,CAAYrkF,CAAZ,CAAF,EAAiBnZ,EAAEsuF,MAAF,CAAS,KAAKosE,WAAL,CAAiBvhJ,CAAjB,CAAT,EAA6B,KAAK0gE,MAAlC,EAAyC,CAAC,CAA1C,CAAjB,EAA8D75E,EAAE3K,cAAF,CAAiB,QAAjB,KAA4B2K,EAAEq6J,MAAF,CAASr6J,CAAT,CAA1F,EAAsGA,EAAE+5J,WAAF,EAAtG;AAAjC,iBAAuJ,KAAKK,OAAL,KAAe,KAAKA,OAAL,CAAaU,WAAb,IAA2B,KAAKV,OAAL,CAAa7yD,OAAb,EAA1C;AAAkE,aAAlvB,EAAT,CAA12I,EAAwmKxiE,IAAEgqB,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKmpH,OAAL,GAAarnG,CAAb,EAAe,KAAK4hJ,OAAL,GAAa1jK,CAA5B,EAA8B,KAAK4rC,KAAL,GAAWjjC,CAAzC,EAA2C,KAAKo+C,KAAL,GAAW,aAAtD;AAAoE,aAA1F,EAA2Fk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAaw6C,QAAb,CAAsB,KAAK/3H,KAA3B,EAAiC,KAAK83H,OAAtC;AAA+C,aAA1J,EAA2JvB,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAaq2C,OAAb,CAAqB,KAAK5zH,KAA1B,EAAgC,CAAC,CAAjC;AAAoC,aAA/M,EAAT,CAA1mK,EAAq0KxuC,IAAEs6D,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKmpH,OAAL,GAAarnG,CAAb,EAAe,KAAK4hJ,OAAL,GAAa1jK,CAA5B,EAA8B,KAAK4rC,KAAL,GAAWjjC,CAAzC,EAA2C,KAAKo+C,KAAL,GAAW,aAAtD;AAAoE,aAA1F,EAA2Fk7G,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAaw6C,QAAb,CAAsB,KAAK/3H,KAA3B,EAAiC,KAAK83H,OAAtC;AAA+C,aAA1J,EAA2JvB,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAas2C,MAAb,CAAoB,KAAK7zH,KAAzB,EAA+B,CAAC,CAAhC;AAAmC,aAA9M,EAAT,CAAv0K,EAAiiL4B,IAAEoqB,EAAEiO,UAAF,CAAallE,MAAb,CAAoB,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC81C,kBAAEiO,UAAF,CAAavnE,EAAb,CAAgBC,IAAhB,CAAqBa,IAArB,CAA0B,IAA1B,EAA+B0iB,CAA/B,GAAkC,KAAKuf,IAAL,CAAU,KAAKxf,MAAf,EAAsBC,CAAtB,CAAlC,EAA2D,KAAK2jF,KAAL,GAAW,EAAtE,EAAyE,KAAK7uF,KAAL,GAAW,CAApF,EAAsF,KAAKgtJ,QAAL,GAAc,GAApG;AAAwG,aAA1H,EAA2H/hJ,QAAO,CAAC,QAAD,EAAU,QAAV,CAAlI,EAAsJgiJ,OAAM,iBAAU;AAAC,qBAAKC,SAAL,GAAe,IAAIjwG,CAAJ,EAAf;AAAqB,aAA5L,EAA6LwW,QAAO,kBAAU;AAAC,qBAAKy5F,SAAL,GAAen7J,CAAf;AAAiB,aAAhO,EAAiOo7J,QAAO,gBAASjiJ,CAAT,EAAW;AAAC,qBAAKgiJ,SAAL,CAAe1B,KAAf,CAAqBljK,MAArB,GAA4B,CAA5B,IAA+B,KAAK8kK,QAAL,CAAc,KAAKF,SAAnB,EAA6BhiJ,CAA7B,CAA/B,EAA+D,KAAKgiJ,SAAL,GAAen7J,CAA9E;AAAgF,aAApU,EAAqUs7J,kBAAiB,0BAASniJ,CAAT,EAAW;AAAC,qBAAKgiJ,SAAL,GAAe,KAAKA,SAAL,CAAehtJ,GAAf,CAAmBgL,CAAnB,CAAf,GAAqC,KAAKhL,GAAL,CAASgL,CAAT,CAArC;AAAiD,aAAnZ,EAAoZhL,KAAI,aAASgL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKq7J,QAAL,CAAcliJ,CAAd,EAAgBnZ,CAAhB;AAAmB,aAAzb,EAA0bhC,KAAI,eAAU;AAAC,qBAAKiQ,KAAL,GAAW,CAAX,KAAe,KAAK6uF,KAAL,CAAW9+F,GAAX,IAAiB,KAAKiQ,KAAL,EAAhC;AAA8C,aAAvf,EAAwf8G,OAAM,iBAAU;AAAC,uBAAO,KAAK+nF,KAAL,CAAWvmG,MAAlB;AAAyB,aAAliB,EAAmiB+iK,MAAK,gBAAU;AAAC,qBAAKrrJ,KAAL,GAAW,CAAX,KAAe,KAAKA,KAAL,IAAa,KAAK6uF,KAAL,CAAW,KAAK7uF,KAAhB,EAAuBqrJ,IAAvB,EAAb,EAA2C,KAAK18I,OAAL,CAAa,QAAb,CAA1D;AAAkF,aAAroB,EAAsoB48I,MAAK,gBAAU;AAAC,qBAAK18D,KAAL,CAAWvmG,MAAX,GAAkB,CAAlB,IAAqB,KAAK0X,KAAL,GAAW,KAAK6uF,KAAL,CAAWvmG,MAA3C,KAAoD,KAAKumG,KAAL,CAAW,KAAK7uF,KAAhB,EAAuBurJ,IAAvB,IAA8B,KAAKvrJ,KAAL,EAA9B,EAA2C,KAAK2O,OAAL,CAAa,QAAb,CAA/F;AAAuH,aAA7wB,EAA8wBy+I,UAAS,kBAASliJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK88F,KAAL,CAAW/kG,MAAX,CAAkB,KAAKkW,KAAvB,EAA6B,KAAK6uF,KAAL,CAAWvmG,MAAX,GAAkB,KAAK0X,KAApD,GAA2D,KAAK6uF,KAAL,CAAW9nG,IAAX,CAAgBmkB,CAAhB,CAA3D,EAA8EnZ,MAAI,CAAC,CAAL,GAAO,KAAKw5J,IAAL,EAAP,GAAmB,KAAKvrJ,KAAL,EAAjG,EAA8G,KAAK6uF,KAAL,CAAWvmG,MAAX,GAAkB,KAAK0kK,QAAvB,KAAkC,KAAKn+D,KAAL,CAAW/kG,MAAX,CAAkB,CAAlB,EAAoB,KAAK+kG,KAAL,CAAWvmG,MAAX,GAAkB,KAAK0kK,QAA3C,GAAqD,KAAKhtJ,KAAL,GAAW,KAAKgtJ,QAAvG,CAA9G;AAA+N,aAApgC,EAAqgCrwH,OAAM,iBAAU;AAAC,qBAAKkyD,KAAL,GAAW,EAAX,EAAc,KAAK7uF,KAAL,GAAW,CAAzB;AAA2B,aAAjjC,EAApB,CAAniL,EAA2mNnQ,IAAEixD,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,GAAiBpiJ,CAAjB;AAAmB,aAArC,EAAsCjS,OAAM,iBAAU,CAAE,CAAxD,EAAyDs7B,MAAK,gBAAU,CAAE,CAA1E,EAA2E3qC,KAAI,eAAU,CAAE,CAA3F,EAA4F2jK,aAAY,uBAAU;AAAC,uBAAM,CAAC,CAAP;AAAS,aAA5H,EAA6HC,WAAU,qBAAU;AAAC,uBAAOtkE,GAAGkhE,KAAV;AAAgB,aAAlK,EAAT,CAA7mN,EAA2xN5pG,IAAE3wD,EAAE9F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,IAAE,IAAd;AAAA,oBAAmB5sD,IAAEoxD,EAAE35D,OAAF,CAAU2iE,QAAV,GAAmBi1C,EAAnB,GAAsBM,EAA3C,CAA8C1vG,EAAEnI,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,EAAiBzqD,CAAjB,GAAoB3I,IAAEozD,EAAE8wG,WAAF,CAAc/6C,OAApC,EAA4C/zG,IAAEpV,EAAEktG,MAAhD,EAAuD75C,IAAErzD,EAAEqkK,QAAF,GAAWjxG,EAAEixG,QAAF,GAAWviJ,EAAE9hB,EAAEskK,UAAJ,EAAgBp7F,mBAAhB,CAAoC,EAAC2gF,UAASrjJ,CAAV,EAAYojJ,oBAAmBvzC,EAA/B,EAAkCm0C,qBAAoB,CAAC,CAAvD,EAAyD91F,MAAK,CAAC,CAA/D,EAAiE9H,QAAO8yC,GAAGtsC,EAAEkyB,KAAL,EAAWlyB,CAAX,CAAxE,EAApC,EAA4Hh3C,IAA5H,CAAiI,qBAAjI,CAA/E,EAAuOhH,EAAE+hF,SAAF,KAAc/jC,EAAEmxG,aAAF,GAAgB,IAAItsG,CAAJ,CAAM7iD,EAAE+wB,OAAR,CAA9B,CAAvO,EAAuR5N,IAAE,WAASzW,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC8hB,sBAAEqjI,WAAF,IAAgBrjI,EAAEyjI,WAAF,CAAc58I,KAAGmuG,EAAjB,EAAoB92G,KAAGy2G,EAAvB,CAAhB;AAA2C,iBAApV,EAAqVl+E,EAAE86B,EAAE+T,UAAF,CAAa55B,CAAf,CAArV,EAAuWjV,EAAE86B,EAAE+T,UAAF,CAAa15B,CAAf,CAAvW,EAAyX2lB,EAAE76C,OAAF,EAAzX;AAAqY,aAArc,EAAsc2rJ,aAAY,qBAASriJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAX;AAAA,oBAAuB9uJ,IAAEpV,EAAEmpH,OAAF,CAAUvoH,OAAV,CAAkBy3H,QAA3C;AAAA,oBAAoDhlE,IAAE1qD,EAAEm/B,OAAxD,CAAgE,OAAO83D,GAAGxqF,EAAE7S,GAAL,MAAY8wD,IAAEj+C,EAAE7S,GAAF,IAAO,UAAQ6S,EAAE7S,GAAjB,GAAqBoG,EAAEyM,EAAE7S,GAAF,GAAM,KAAR,CAArB,GAAoC6wD,EAAEzqD,CAAF,KAAM,CAACi3F,GAAG5/F,EAAEwkK,WAAL,CAAzD,GAA4EpvJ,MAAI,CAAC,CAAL,IAAQi+C,CAAR,IAAW,CAACusC,GAAG5/F,EAAEykK,cAAL,CAAZ,IAAkC,CAAC7kE,GAAG5/F,EAAE0kK,iBAAL,CAAtH;AAA8I,aAA9qB,EAA+qB70J,OAAM,iBAAU;AAAC,qBAAKw0J,QAAL,CAAc5hG,MAAd;AAAuB,aAAvtB,EAAwtBt3B,MAAK,gBAAU,CAAE,CAAzuB,EAA0uBm6C,OAAM,eAASxjE,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAEu7J,WAAF,CAAc/6C,OAA3B;AAAA,oBAAmC/zG,IAAEpV,EAAEktG,MAAvC;AAAA,oBAA8C75C,IAAE,IAAI9yD,CAAJ,CAAMuhB,EAAE6C,UAAR,EAAmB7C,EAAEiD,SAArB,CAAhD,CAAgF3P,EAAE+hF,SAAF,IAAan3F,EAAE2kK,SAAF,CAAYtxG,EAAE+/F,KAAF,CAAQ,CAAC,CAAT,CAAZ,GAAyBzqJ,EAAE47J,aAAF,CAAgB/iE,MAAhB,CAAuBnuC,CAAvB,CAAzB,EAAmDj+C,EAAE+hF,SAAF,CAAY9jC,EAAE7lB,CAAd,EAAgB6lB,EAAE3lB,CAAlB,CAAhE,IAAsF2lB,IAAEA,EAAE6/F,IAAF,CAAOlzJ,EAAE4kK,IAAF,CAAOxR,KAAP,CAAa,CAAC,CAAd,CAAP,CAAxF,EAAiHpzJ,EAAEulB,OAAF,CAAU0xF,EAAV,EAAa,EAAC8K,KAAI1uD,CAAL,EAAb,CAAjH;AAAuI,aAAn9B,EAAo9B7yD,KAAI,eAAU;AAAC,qBAAK6jK,QAAL,CAAc7rJ,OAAd;AAAwB,aAA3/B,EAA4/B4rJ,WAAU,qBAAU;AAAC,uBAAOtkE,GAAG30D,IAAV;AAAe,aAAhiC,EAAT,CAA7xN,EAAy0PirB,IAAEsB,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,GAAiBpiJ,CAAjB;AAAmB,aAArC,EAAsCqiJ,aAAY,uBAAU;AAAC,uBAAM,CAAC,CAAP;AAAS,aAAtE,EAAuEt0J,OAAM,eAASiS,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAX;AAAA,oBAAuB9uJ,IAAEpV,EAAEmpH,OAA3B;AAAA,oBAAmC91D,IAAErzD,EAAEwkK,WAAvC,CAAmDnxG,MAAIrzD,EAAE6kK,YAAF,CAAexxG,CAAf,EAAiB1qD,CAAjB,GAAoB0qD,EAAE0vG,OAAF,KAAY,KAAKA,OAAL,GAAa1vG,EAAE0vG,OAAf,EAAuB,KAAK1gJ,MAAL,GAAY,KAAK0gJ,OAAL,CAAa+B,QAAb,CAAsBhjJ,CAAtB,CAA/C,CAAxB,GAAkG,KAAKO,MAAL,KAAc,KAAKA,MAAL,GAAYjN,EAAE2vJ,gBAAF,CAAmBD,QAAnB,CAA4BhjJ,CAA5B,CAAZ,EAA2C,KAAKO,MAAL,KAAc,KAAK0gJ,OAAL,GAAa3tJ,EAAE2vJ,gBAA7B,CAAzD,CAAlG,EAA2M,KAAKhC,OAAL,KAAe,KAAKA,OAAL,CAAaiC,YAAb,CAA0B,KAAK3iJ,MAA/B,KAAwCjN,EAAEmQ,OAAF,CAAU46E,EAAV,EAAa,EAACgG,QAAO,KAAK48D,OAAL,CAAa58D,MAArB,EAA4B8+D,aAAY,EAAxC,EAAb,CAAxC,IAAmGjlK,EAAEklK,UAAF,GAAapjJ,CAAb,EAAe9hB,EAAEQ,GAAF,CAAMshB,CAAN,CAAlH,IAA4H,KAAKihJ,OAAL,CAAalzJ,KAAb,CAAmBiS,CAAnB,CAA3I,CAA3M;AAA6W,aAA3f,EAA4fqpB,MAAK,cAASrpB,CAAT,EAAW;AAAC,qBAAKihJ,OAAL,KAAe,KAAKA,OAAL,CAAa53H,IAAb,CAAkB,KAAK9oB,MAAvB,EAA8BP,CAA9B,GAAiC,KAAKihJ,OAAL,CAAaiC,YAAb,CAA0B,KAAK3iJ,MAA/B,KAAwC,KAAK6hJ,WAAL,CAAiB/6C,OAAjB,CAAyB5jG,OAAzB,CAAiC66E,EAAjC,EAAoC,EAAC+F,QAAO,KAAK48D,OAAL,CAAa58D,MAArB,EAA4B8+D,aAAY,EAAxC,EAApC,CAAxF;AAA0K,aAAvrB,EAAwrBzkK,KAAI,eAAU;AAAC,oBAAIshB,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKkkK,WAAL,CAAiB/6C,OAAzB;AAAA,oBAAiC/zG,IAAE,KAAK2tJ,OAAxC,CAAgD3tJ,MAAIA,EAAE4vJ,YAAF,CAAe,KAAK3iJ,MAApB,KAA6BriB,EAAEulB,OAAF,CAAU45B,EAAV,EAAa,EAACgnD,QAAO/wF,EAAE+wF,MAAV,EAAiB8+D,aAAY,EAA7B,EAAb,CAA7B,GAA4E7vJ,EAAEi1D,MAAF,EAA5E,IAAwFvoD,IAAE1M,EAAEmI,IAAF,EAAF,EAAWuE,KAAG9hB,EAAEmlK,eAAF,CAAkBruJ,GAAlB,CAAsBgL,CAAtB,EAAwB,CAAC,CAAzB,CAAtG,CAAJ,GAAwI,KAAKihJ,OAAL,GAAap6J,CAArJ,EAAuJ,KAAK0Z,MAAL,GAAY1Z,CAAnK;AAAqK,aAA55B,EAA65By7J,WAAU,mBAAStiJ,CAAT,EAAW;AAAC,uBAAO,KAAKoiJ,WAAL,CAAiBM,WAAjB,GAA6B,KAAKN,WAAL,CAAiBM,WAAjB,CAA6BY,UAA7B,CAAwCtjJ,CAAxC,CAA7B,GAAwEg+E,GAAGkhE,KAAlF;AAAwF,aAA3gC,EAAT,CAA30P,EAAk2R/3H,IAAEyuB,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,GAAiBpiJ,CAAjB;AAAmB,aAArC,EAAsCqiJ,aAAY,qBAASriJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAX;AAAA,oBAAuB9uJ,IAAEpV,EAAEmpH,OAAF,CAAUvoH,OAAV,CAAkBkoH,UAA3C;AAAA,oBAAsDz1D,IAAEj+C,KAAGA,EAAEo/F,QAAF,KAAa,CAAC,CAAzE,CAA2E,OAAOnhD,MAAIA,IAAEj+C,EAAE7S,GAAF,IAAO,UAAQ6S,EAAE7S,GAAjB,GAAqBoG,EAAEyM,EAAE7S,GAAF,GAAM,KAAR,CAArB,GAAoC6wD,EAAEzqD,CAAF,CAA1C,GAAgD0qD,KAAG,CAACusC,GAAG5/F,EAAEwkK,WAAL,CAAJ,IAAuB,CAAC5kE,GAAG5/F,EAAEykK,cAAL,CAA/E;AAAoG,aAA/O,EAAgP50J,OAAM,eAASiS,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKu7J,WAAL,CAAiB/6C,OAAvB,CAA+BxgH,EAAEu6J,QAAF,IAAav6J,EAAEvK,QAAF,CAAWyR,KAAX,CAAiBiS,CAAjB,CAAb;AAAiC,aAAlU,EAAmUqpB,MAAK,cAASrpB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKu7J,WAAL,CAAiB/6C,OAAvB,CAA+BxgH,EAAEvK,QAAF,CAAW+sC,IAAX,CAAgBrpB,CAAhB;AAAmB,aAAtY,EAAuYthB,KAAI,aAASshB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAL,CAAiB/6C,OAAvB;AAAA,oBAA+B/zG,IAAE,KAAK8uJ,WAAL,CAAiBM,WAAlD;AAAA,oBAA8DnxG,IAAErzD,EAAE5B,QAAF,CAAW+3J,MAAX,EAAhE,CAAoF/gJ,KAAGA,EAAEiwJ,UAAL,IAAiB18J,EAAEm/B,OAAnB,IAA4B9nC,EAAEkjK,QAAF,EAA5B,EAAyC7vG,EAAE+9F,OAAF,MAAapxJ,EAAEslK,UAAF,CAAajyG,CAAb,CAAtD,EAAsErzD,EAAE5B,QAAF,CAAWoC,GAAX,EAAtE;AAAuF,aAApkB,EAAqkB4jK,WAAU,qBAAU;AAAC,uBAAOtkE,GAAGkhE,KAAV;AAAgB,aAA1mB,EAAT,CAAp2R,EAA09S3qG,IAAEqB,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,GAAiBpiJ,CAAjB,EAAmB,KAAK7f,IAAL,GAAU,gBAA7B;AAA8C,aAAhE,EAAiEkiK,aAAY,uBAAU;AAAC,uBAAO,KAAKD,WAAL,CAAiBQ,iBAAxB;AAA0C,aAAlI,EAAmI70J,OAAM,eAASiS,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAX;AAAA,oBAAuB9uJ,IAAEpV,EAAEmpH,OAA3B;AAAA,oBAAmC5wF,IAAEv4B,EAAE0kK,iBAAvC;AAAA,oBAAyDtxG,IAAEh+C,EAAEmwJ,iBAAF,CAAoB,EAApB,EAAuBhtI,EAAEitI,EAAzB,EAA4B1jJ,CAA5B,CAA3D,CAA0FuxC,EAAED,CAAF,KAAM,CAACh+C,EAAEmQ,OAAF,CAAU46E,EAAV,EAAa,EAACgG,QAAO,EAAR,EAAW8+D,aAAY,CAAC7xG,CAAD,CAAvB,EAA2BqyG,kBAAiBtuD,EAA5C,EAAb,CAAP,IAAsE/hG,EAAE6lJ,cAAF,CAAiB7nG,CAAjB,CAAtE,IAA2FpzD,EAAE0lK,uBAAF,CAA0BtyG,CAA1B,EAA4B76B,EAAEitI,EAAF,CAAK5nE,KAAjC,EAAuC,CAAC,CAAxC,GAA2C59F,EAAE2lK,YAAF,EAA3C,EAA4D3lK,EAAE6kK,YAAF,CAAe7kK,EAAE4lK,gBAAjB,EAAkCj9J,CAAlC,CAA5D,EAAiG,eAAaA,EAAE1G,IAAf,KAAsBmT,EAAEywJ,kBAAF,GAAqBttI,EAAE6gF,MAA7C,CAA5L,KAAmPhmD,EAAEv1C,MAAF,CAAS,IAAT,GAAe7d,EAAEQ,GAAF,CAAMshB,CAAN,CAAlQ;AAA4Q,aAA7f,EAA8fqpB,MAAK,cAASrpB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKu7J,WAAX;AAAA,oBAAuBlkK,IAAE2I,EAAEi9J,gBAA3B,CAA4C,OAAO5lK,EAAEkB,MAAF,CAAS4gB,CAAT,GAAYnZ,EAAEwgH,OAAF,CAAU5jG,OAAV,CAAkB66E,EAAlB,EAAqB,EAAC+F,QAAO,EAAR,EAAW8+D,aAAY,CAACjlK,CAAD,CAAvB,EAA2BylK,kBAAiBtuD,EAA5C,EAArB,CAAZ,EAAkF,CAAC,CAA1F;AAA4F,aAAvpB,EAAwpB32G,KAAI,aAASshB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKkkK,WAAb;AAAA,oBAAyB9uJ,IAAEpV,EAAEmpH,OAA7B;AAAA,oBAAqC91D,IAAErzD,EAAE4lK,gBAAzC;AAAA,oBAA0DrtI,IAAEv4B,EAAEwkK,WAA9D;AAAA,oBAA0EpxG,IAAEpzD,EAAE0kK,iBAA9E;AAAA,oBAAgGl+J,IAAE4O,EAAEywJ,kBAApG,CAAuHxyG,MAAI1qD,IAAEyqD,KAAGA,EAAEoyG,EAAF,IAAMnyG,EAAEyyG,eAAX,GAA2B1yG,EAAEoyG,EAA7B,GAAgCjtI,KAAGA,aAAa++B,EAAEyuG,KAAlB,GAAwBxtI,EAAEytI,YAAF,CAAe/lE,EAAf,KAAoB1nE,EAAEytI,YAAF,CAAelkJ,CAAf,CAA5C,GAA8DA,CAAhG,EAAkGuxC,EAAEnyD,MAAF,CAASyH,CAAT,CAAlG,EAA8GyM,EAAEmQ,OAAF,CAAU45B,EAAV,EAAa,EAACgnD,QAAO,EAAR,EAAW8+D,aAAY,CAAC5xG,CAAD,CAAvB,EAA2BoyG,kBAAiBtuD,EAA5C,EAAb,KAA+D/hG,EAAEkD,MAAF,CAAS+6C,CAAT,EAAW,CAAC,CAAZ,GAAej+C,EAAE+vJ,eAAF,CAAkBx+J,GAAlB,EAA9E,KAAwG0sD,EAAEqvG,WAAF,IAAgBttJ,EAAE6wJ,sBAAF,EAAxH,CAA9G,EAAkQjmK,EAAE0lK,uBAAF,EAAlQ,EAA8Rl/J,MAAI4O,EAAE8wJ,kBAAF,CAAqB9sD,MAArB,CAA4B9gG,MAA5B,CAAmC9R,CAAnC,GAAsC4O,EAAEywJ,kBAAF,GAAqB,IAA/D,CAAlS;AAAwW,aAAvoC,EAAwoCzB,WAAU,qBAAU;AAAC,uBAAOtkE,GAAGkhE,KAAV;AAAgB,aAA7qC,EAAT,CAA59S,EAAqpV9qG,IAAEwB,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,GAAiBpiJ,CAAjB,EAAmB,KAAK7f,IAAL,GAAU,gBAA7B;AAA8C,aAAhE,EAAiEkiK,aAAY,qBAASriJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKkkK,WAAX;AAAA,oBAAuB9uJ,IAAEpV,EAAEmpH,OAA3B;AAAA,oBAAmC91D,IAAEj+C,EAAExU,OAAF,CAAUkoH,UAA/C;AAAA,oBAA0DvwF,IAAEv4B,EAAEwkK,WAA9D;AAAA,oBAA0EpxG,IAAEC,MAAI,CAAC,CAAL,IAAQ96B,CAAR,IAAWA,EAAE6lB,IAAb,IAAmB,EAAE7lB,EAAE8sI,UAAF,IAAc18J,EAAEm/B,OAAlB,CAA/F,CAA0H,OAAOsrB,MAAI,KAAKoyG,EAAL,GAAQjtI,CAAZ,GAAe66B,CAAtB;AAAwB,aAA7O,EAA8OvjD,OAAM,eAASiS,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQmjB,CAAR;AAAA,oBAAU66B,IAAE,KAAK8wG,WAAjB;AAAA,oBAA6B19J,IAAE,KAAKg/J,EAApC,CAAuCpyG,EAAEyxG,YAAF,CAAer+J,CAAf,EAAiBmC,CAAjB,GAAoB3I,IAAEwG,EAAEu8J,OAAxB,EAAgC/iK,MAAIoV,IAAEpV,EAAE8kK,QAAF,CAAWhjJ,CAAX,CAAF,EAAgByW,IAAEs+E,GAAGzhG,CAAH,CAAtB,CAAhC,EAA6Di+C,EAAE7sD,CAAF,KAAMxG,CAAN,IAAS,CAACozD,EAAE+1D,OAAF,CAAU5jG,OAAV,CAAkB46E,EAAlB,EAAqB,EAACgG,QAAO,EAAR,EAAW8+D,aAAY,CAACz+J,CAAD,CAAvB,EAA2Bi/J,kBAAiBltI,CAA5C,EAArB,CAAV,IAAgF,KAAKlW,MAAL,GAAYjN,CAAZ,EAAc,KAAK+wJ,UAAL,GAAgB5tI,CAA9B,EAAgCv4B,EAAE6P,KAAF,CAAQiS,CAAR,CAAhH,KAA6HsxC,EAAE8xG,UAAF,GAAapjJ,CAAb,EAAesxC,EAAE5yD,GAAF,CAAMshB,CAAN,CAA5I,CAA7D;AAAmN,aAA5f,EAA6fqpB,MAAK,cAASrpB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK68J,EAAL,CAAQzC,OAAd,CAAsB,IAAG1vG,EAAE,KAAKmyG,EAAP,KAAY78J,CAAf,EAAiB,OAAOA,EAAEwiC,IAAF,CAAO,KAAK9oB,MAAZ,EAAmBP,CAAnB,GAAsB,KAAKoiJ,WAAL,CAAiB/6C,OAAjB,CAAyB5jG,OAAzB,CAAiC66E,EAAjC,EAAoC,EAAC+F,QAAO,EAAR,EAAW8+D,aAAY,CAAC,KAAKO,EAAN,CAAvB,EAAiCC,kBAAiB,KAAKU,UAAvD,EAApC,CAAtB,EAA8H,CAAC,CAAtI;AAAwI,aAA7rB,EAA8rB3lK,KAAI,aAASshB,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKwlK,EAAb;AAAA,oBAAgBpwJ,IAAEpV,EAAE+iK,OAApB;AAAA,oBAA4BxqI,IAAE,KAAK2rI,WAAnC;AAAA,oBAA+C9wG,IAAE76B,EAAE4wF,OAAnD,CAA2D/zG,KAAGi+C,EAAErzD,CAAF,CAAH,KAAU2I,IAAEyM,EAAEmI,IAAF,CAAOuE,CAAP,CAAF,EAAYsxC,EAAE7tC,OAAF,CAAU45B,EAAV,EAAa,EAACgnD,QAAO,EAAR,EAAW8+D,aAAY,CAACjlK,CAAD,CAAvB,EAA2BylK,kBAAiB,KAAKU,UAAjD,EAAb,IAA2Ex9J,EAAEs5J,IAAF,EAA3E,IAAqF7uG,EAAE+xG,eAAF,CAAkBruJ,GAAlB,CAAsBnO,CAAtB,EAAwB,CAAC,CAAzB,GAA4B3I,EAAE0iK,WAAF,EAA5B,EAA4CtvG,EAAE6yG,sBAAF,EAAjI,CAAtB;AAAoL,aAA77B,EAA87B7B,WAAU,qBAAU;AAAC,uBAAOtkE,GAAG30D,IAAV;AAAe,aAAl+B,EAAT,CAAvpV,EAAqoXgsB,IAAEO,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKqnG,OAAL,GAAarnG,CAAb,EAAe,KAAKknG,KAAL,GAAW,CAAC,IAAI5xD,CAAJ,CAAM,IAAN,CAAD,EAAa,IAAIlB,CAAJ,CAAM,IAAN,CAAb,EAAyB,IAAIG,CAAJ,CAAM,IAAN,CAAzB,EAAqC,IAAIptB,CAAJ,CAAM,IAAN,CAArC,EAAiD,IAAImtB,CAAJ,CAAM,IAAN,CAAjD,CAA1B,EAAwF,KAAKgwG,UAAL,GAAgBz9J,CAAxG;AAA0G,aAA5H,EAA6HkH,OAAM,eAASiS,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOA,IAAE2tD,EAAE,EAAF,EAAK3tD,CAAL,CAAF,EAAU,KAAKy9J,UAAL,IAAiB,KAAKA,UAAL,CAAgB5lK,GAAhB,CAAoBshB,CAApB,EAAsBnZ,CAAtB,CAA3B,EAAoD,KAAK09J,kBAAL,CAAwBvkJ,CAAxB,CAApD,EAA+E,KAAKwkJ,aAAL,CAAmBxkJ,CAAnB,EAAqBnZ,CAArB,CAA/E,EAAuG,KAAKy9J,UAAL,CAAgBv2J,KAAhB,CAAsBiS,CAAtB,EAAwBnZ,CAAxB,CAAvG,EAAkI,KAAK49J,aAAL,CAAmBzkJ,CAAnB,CAAlI,EAAwJ,KAAKqnG,OAAL,CAAa7jG,KAAb,EAAxJ,EAA6K,KAAK6jG,OAAL,CAAajc,MAAb,CAAoBxoB,OAApB,CAA4BiX,eAA5B,EAA7K,EAA2N,KAAKupE,UAAL,GAAgBpjJ,CAA3O,EAA6O,CAAC,CAArP;AAAuP,aAAxY,EAAyYqpB,MAAK,cAASrpB,CAAT,EAAWnZ,CAAX,EAAa;AAACA,oBAAE2tD,EAAE,EAAF,EAAK3tD,CAAL,CAAF,CAAU,IAAI3I,IAAE,CAAC,CAAP,CAAS,OAAO,KAAKomK,UAAL,KAAkBpmK,IAAE,KAAKomK,UAAL,CAAgBj7H,IAAhB,CAAqBrpB,CAArB,EAAuBnZ,CAAvB,CAApB,GAA+C3I,KAAG,KAAKqmK,kBAAL,CAAwBvkJ,CAAxB,CAAlD,EAA6E,KAAKykJ,aAAL,CAAmBzkJ,CAAnB,CAA7E,EAAmG,CAAC,CAA3G;AAA6G,aAA5hB,EAA6hBthB,KAAI,aAASshB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAOA,IAAEs2D,EAAE,EAAF,EAAKt2D,CAAL,CAAF,EAAU,KAAKomK,UAAL,IAAiB,KAAKA,UAAL,CAAgB5lK,GAAhB,CAAoBshB,CAApB,EAAsB9hB,CAAtB,CAA3B,EAAoD,KAAKmpH,OAAL,CAAajc,MAAb,CAAoBxoB,OAApB,CAA4BmX,cAA5B,EAApD,EAAiG,KAAKuqE,UAAL,GAAgBz9J,CAAjH,EAAmH,KAAK49J,aAAL,CAAmBzkJ,CAAnB,CAAnH,EAAyI,CAAC,CAAjJ;AAAmJ,aAAlsB,EAAmsB0kJ,SAAQ,iBAAS1kJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAIyM,CAAJ;AAAA,oBAAMi+C,IAAE,KAAK81D,OAAb,CAAqB,IAAGxgH,IAAE2tD,EAAE,EAACxuB,SAAQ,CAAC,CAAV,EAAY2+H,SAAQ,CAAC,CAArB,EAAuB1+H,QAAO,CAAC,CAA/B,EAAF,EAAoCp/B,CAApC,CAAF,EAAyC,CAACA,EAAEm/B,OAAH,IAAY,CAACn/B,EAAE89J,OAAf,IAAwB99J,EAAEo/B,MAAtE,EAA6E;AAAC,wBAAG,OAAKjmB,CAAL,IAAQ,MAAIA,CAAf,EAAiB,OAAO1M,IAAE,KAAK+zG,OAAL,CAAau9C,cAAb,CAA4BrzG,EAAE/tD,MAAF,EAA5B,CAAF,EAA0C8P,EAAElW,MAAF,KAAW,KAAKiqH,OAAL,CAAa7wG,MAAb,CAAoBlD,CAApB,EAAsB,CAAC,CAAvB,GAA0B,KAAK+zG,OAAL,CAAaw9C,YAAb,EAA1B,EAAsD,KAAKx9C,OAAL,CAAay9C,eAAb,EAAjE,CAA1C,EAA2I,CAAC,CAAnJ,CAAqJ,IAAG,OAAK9kJ,CAAR,EAAU,OAAO,KAAK+kJ,qBAAL,IAA6BxzG,EAAE6vG,QAAF,EAA7B,EAA0C7vG,EAAEuzG,eAAF,EAA1C,EAA8D,CAAC,CAAtE;AAAwE,iBAAtU,MAA0U;AAAC,wBAAG5mK,EAAE8hB,CAAF,EAAI,GAAJ,CAAH,EAAY,OAAOuxC,EAAEyzG,SAAF,IAAczzG,EAAEuzG,eAAF,EAAd,EAAkC,CAAC,CAA1C,CAA4C,IAAG5mK,EAAE8hB,CAAF,EAAI,GAAJ,CAAH,EAAY,OAAOuxC,EAAE4uG,IAAF,IAAS5uG,EAAEuzG,eAAF,EAAT,EAA6B,CAAC,CAArC,CAAuC,IAAG5mK,EAAE8hB,CAAF,EAAI,GAAJ,CAAH,EAAY,OAAOuxC,EAAE8uG,IAAF,IAAS9uG,EAAEuzG,eAAF,EAAT,EAA6B,CAAC,CAArC,CAAuC5mK,EAAE8hB,CAAF,EAAI,GAAJ,KAAUuxC,EAAEtyD,IAAF,IAASsyD,EAAEuzG,eAAF,EAAnB,IAAwC5mK,EAAE8hB,CAAF,EAAI,GAAJ,KAAUuxC,EAAEoO,GAAF,IAAQpO,EAAEuzG,eAAF,EAAlB,IAAuC5mK,EAAE8hB,CAAF,EAAI,GAAJ,KAAUuxC,EAAEqO,KAAF,IAAUrO,EAAEuzG,eAAF,EAApB,IAAyC5mK,EAAE8hB,CAAF,EAAI,GAAJ,KAAUuxC,EAAE2vG,MAAF,IAAW3vG,EAAEuzG,eAAF,EAArB,IAA0C5mK,EAAE8hB,CAAF,EAAI,GAAJ,MAAWuxC,EAAEuzG,eAAF,IAAoBvzG,EAAEtyD,IAAF,EAApB,EAA6BsyD,EAAEqO,KAAF,EAAxC,CAAlK;AAAqN;AAAC,aAA76C,EAA86CqlG,OAAM,eAASjlJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKmpH,OAAX;AAAA,oBAAmB/zG,IAAEzM,EAAEu6E,KAAvB;AAAA,oBAA6B7vB,IAAErzD,EAAE00D,IAAF,EAA/B;AAAA,oBAAwCn8B,IAAEv4B,EAAEY,OAA5C;AAAA,oBAAoDwyD,IAAE76B,EAAEyuI,QAAxD;AAAA,oBAAiExgK,IAAE,EAAC+xG,OAAMz2F,CAAP,EAASmlJ,MAAKt+J,CAAd,EAAgB+rD,MAAKrB,CAArB,EAAnE,CAA2F,IAAG,CAACrzD,EAAEulB,OAAF,CAAUg7E,EAAV,EAAa/5F,CAAb,CAAJ,EAAoB,OAAO4O,IAAE,CAAF,GAAIi+C,KAAGD,CAAP,GAASC,KAAGD,CAAZ,EAAcC,IAAEuE,EAAE8L,OAAF,CAAUjgC,KAAV,CAAgBhiC,KAAKkrB,GAAL,CAAS4L,EAAE2uI,OAAX,EAAmBzlK,KAAKy0C,GAAL,CAAS3d,EAAE4uI,OAAX,EAAmB9zG,CAAnB,CAAnB,CAAhB,EAA0D,CAA1D,CAAhB,EAA6E7sD,EAAEkuD,IAAF,GAAOrB,CAApF,EAAsFrzD,EAAE00D,IAAF,CAAOrB,CAAP,EAAS7sD,CAAT,CAAtF,EAAkGxG,EAAEulB,OAAF,CAAUqwF,EAAV,EAAapvG,CAAb,CAAlG,EAAkH,CAAC,CAA1H;AAA4H,aAA7qD,EAA8qD4gK,SAAQ,iBAAStlJ,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,kBAAEoiJ,WAAF,GAAc,IAAd,EAAmB,KAAKl7C,KAAL,CAAWrgH,CAAX,IAAcmZ,CAAjC;AAAmC,aAAvuD,EAAwuD+iJ,cAAa,sBAAS/iJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,KAAK+zG,OAAb;AAAA,oBAAqB91D,IAAEj+C,EAAExU,OAAF,CAAUkoH,UAAjC,CAA4Cz1D,KAAG,CAACvxC,EAAEujJ,UAAN,IAAkBvjJ,EAAElhB,OAAF,CAAUkoH,UAAV,KAAuB,CAAC,CAA1C,KAA8C9oH,IAAE2I,EAAEm/B,OAAF,IAAWurB,EAAEmhD,QAAF,KAAa,CAAC,CAA3B,EAA6Bp/F,EAAE9P,MAAF,CAASwc,CAAT,EAAW,EAACulJ,gBAAernK,CAAhB,EAAX,CAA3E;AAA2G,aAA15D,EAA25D6mK,uBAAsB,iCAAU;AAAC,qBAAKS,aAAL,KAAqB,KAAKn+C,OAAL,CAAa7wG,MAAb,CAAoB,KAAKgvJ,aAAzB,GAAwC,KAAKA,aAAL,GAAmB3+J,CAAhF;AAAmF,aAA/gE,EAAghE29J,eAAc,uBAASxkJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,KAAIpV,IAAE,CAAN,EAAQA,IAAE,KAAKgpH,KAAL,CAAW9pH,MAArB,EAA4Bc,GAA5B;AAAgC,wBAAGoV,IAAE,KAAK4zG,KAAL,CAAWhpH,CAAX,CAAF,EAAgBoV,EAAE+uJ,WAAF,CAAcriJ,CAAd,EAAgBnZ,CAAhB,CAAnB,EAAsC;AAAC,6BAAKy9J,UAAL,GAAgBhxJ,CAAhB,CAAkB;AAAM;AAA/F;AAAgG,aAAppE,EAAqpEmxJ,eAAc,uBAASzkJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwgH,OAAL,CAAahjF,OAAnB;AAAA,oBAA2BnmC,IAAE,KAAKomK,UAAL,GAAgB,KAAKA,UAAL,CAAgBhC,SAAhB,CAA0BtiJ,CAA1B,CAAhB,GAA6C,KAAK2iJ,cAAL,GAAoB,KAAKA,cAAL,CAAoBW,UAApB,CAA+BtjJ,CAA/B,CAApB,GAAsD,KAAK0iJ,WAAL,GAAiB,KAAKA,WAAL,CAAiBY,UAAjB,CAA4BtjJ,CAA5B,CAAjB,GAAgDg+E,GAAGkhE,KAAnL,CAAyLr4J,EAAEuV,GAAF,CAAM,EAACqqF,QAAOvoG,CAAR,EAAN,GAAkB+hC,EAAEyyB,IAAF,IAAQ,KAAGzyB,EAAE7jC,OAAb,KAAuByK,EAAE,CAAF,EAAKkW,KAAL,CAAW6L,OAAX,GAAmB/hB,EAAE,CAAF,EAAKkW,KAAL,CAAW6L,OAArD,CAAlB;AAAgF,aAAx7E,EAAy7Eg7I,yBAAwB,iCAAS5jJ,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,qBAAKwwJ,gBAAL,GAAsB9jJ,CAAtB,EAAwB,KAAKylJ,aAAL,GAAmBvnK,CAA3C,EAA6C,KAAKsnK,aAAL,GAAmBlyJ,IAAE,KAAKwwJ,gBAAP,GAAwBj9J,CAAxF;AAA0F,aAA3jF,EAA4jF09J,oBAAmB,4BAASvkJ,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAK8kK,QAAL,CAAchjJ,CAAd,CAAN;AAAA,oBAAuB1M,IAAE,KAAK+zG,OAA9B,CAAsCnpH,KAAG,KAAKwkK,WAAR,IAAqB,KAAK+C,aAAL,IAAoBvnK,KAAG,KAAKunK,aAAjD,KAAiE,KAAK/C,WAAL,KAAmBpvJ,EAAEmQ,OAAF,CAAUgxF,EAAV,EAAa,EAAC0qB,MAAK,KAAKujC,WAAX,EAAb,GAAsC,KAAKA,WAAL,CAAiB/G,MAAjB,CAAwB,CAAC,CAAzB,CAAzD,GAAsFz9J,KAAGA,EAAEY,OAAF,CAAU6hE,MAAb,IAAqBrtD,EAAEmQ,OAAF,CAAU+wF,EAAV,EAAa,EAAC2qB,MAAKjhI,CAAN,EAAb,GAAuB,KAAKwkK,WAAL,GAAiBxkK,CAAxC,EAA0C,KAAKwkK,WAAL,CAAiB/G,MAAjB,CAAwB,CAAC,CAAzB,CAA/D,IAA4F,KAAK+G,WAAL,GAAiB77J,CAApQ;AAAuQ,aAAx4F,EAAy4Fg9J,cAAa,wBAAU;AAAC,qBAAKnB,WAAL,KAAmB,KAAKA,WAAL,CAAiB/G,MAAjB,CAAwB,CAAC,CAAzB,GAA4B,KAAK+G,WAAL,GAAiB77J,CAAhE;AAAmE,aAAp+F,EAAq+Fm8J,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,IAAE,KAAK+1D,OAAnB,CAA2B,IAAG,KAAKu7C,iBAAL,KAAyB,KAAKA,iBAAL,CAAuBjH,MAAvB,CAA8B,CAAC,CAA/B,GAAkC,KAAKiH,iBAAL,GAAuB/7J,CAAlF,GAAqFyqD,EAAE8yG,kBAAF,CAAqBsB,QAArB,KAAgCxnK,IAAEozD,EAAE8yG,kBAAF,CAAqBpB,QAArB,CAA8BhjJ,CAA9B,CAAlC,CAAxF,EAA4J,OAAO9hB,CAAP,CAAS,IAAGA,IAAE,KAAKmpH,OAAL,CAAa47C,gBAAb,CAA8BD,QAA9B,CAAuChjJ,CAAvC,CAAL,EAA+C;AAAC,wBAAG,KAAK2iJ,cAAL,GAAoBrxG,EAAE2xG,gBAAtB,EAAuC,MAAI/kK,EAAEwtC,CAAN,IAAS,MAAIxtC,EAAE0tC,CAAzD,EAA2D,OAAO1tC,IAAE2I,CAAF;AAAI,iBAAtH,MAA2H,KAAK87J,cAAL,GAAoB97J,CAApB,CAAsB,IAAG,CAAC,KAAKy9J,UAAN,IAAkB,qBAAmB,KAAKA,UAAL,CAAgBnkK,IAAxD,EAA6D;AAAC,yBAAIs2B,IAAE,EAAF,EAAK86B,IAAE,CAAX,EAAaA,IAAED,EAAEq0G,cAAF,CAAiBvoK,MAAhC,EAAuCm0D,GAAvC;AAA2Cj+C,4BAAEg+C,EAAEq0G,cAAF,CAAiBp0G,CAAjB,CAAF,EAAsBj+C,aAAakiD,EAAEowG,UAAf,IAA2BnvI,EAAE56B,IAAF,CAAOyX,CAAP,CAAjD;AAA3C,qBAAsGpV,IAAE,KAAK2nK,aAAL,CAAmBpvI,CAAnB,EAAqBzW,CAArB,CAAF;AAA0B,wBAAO9hB,KAAG,KAAK4nK,gBAAL,CAAsB9lJ,CAAtB,CAAV;AAAmC,aAA5iH,EAA6iH8lJ,kBAAiB,0BAAS9lJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAYD,IAAE,KAAK+1D,OAAnB;AAAA,oBAA2B3iH,IAAE,KAAKmhK,aAAL,CAAmBv0G,EAAE+yC,MAArB,EAA4BrkF,CAA5B,CAA7B;AAAA,oBAA4DmzC,IAAE,KAAK0yG,aAAL,CAAmBv0G,EAAE6xG,WAArB,EAAiCnjJ,CAAjC,CAA9D,CAAkG,OAAO,KAAKskJ,UAAL,IAAiB,oBAAkB,KAAKA,UAAL,CAAgBnkK,IAAnD,IAAyD,CAACuE,CAA1D,IAA6D,CAACyuD,CAA9D,IAAiE18B,EAAE/xB,CAAF,EAAIsb,CAAJ,CAAjE,KAA0E9hB,IAAEozD,EAAEy0G,SAAJ,EAAczyJ,IAAEyqF,GAAGr5F,EAAE4yG,MAAL,EAAYp5G,EAAEmW,QAAd,CAAhB,EAAwCk9C,IAAEwsC,GAAG5qC,EAAEmkD,MAAL,EAAYp5G,EAAEmW,QAAd,CAA1C,EAAkExN,IAAEyM,IAAEi+C,CAAF,GAAI7sD,CAAJ,GAAMyuD,CAApJ,GAAuJtsD,KAAGnC,CAAH,IAAMyuD,CAApK;AAAsK,aAAl1H,EAAm1H0yG,eAAc,uBAAS7lJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAU,KAAIrzD,IAAE8hB,EAAE5iB,MAAF,GAAS,CAAf,EAAiBc,KAAG,CAApB,EAAsBA,GAAtB;AAA0B,wBAAGoV,IAAE0M,EAAE9hB,CAAF,CAAF,EAAOqzD,IAAEj+C,EAAE0vJ,QAAF,CAAWn8J,CAAX,CAAZ,EAA0B,OAAO0qD,CAAP;AAApD;AAA6D,aAAt7H,EAAT,CAAvoX,EAAykfwE,IAAED,EAAEkO,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,gBAAU,CAAE,CAAlB,EAAf,CAA3kf,EAA+mfk5D,IAAEI,EAAEl3D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWkvD,EAAEv5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkB,KAAKg6J,UAAL,GAAgB7gJ,CAAlC;AAAoC,aAAjE,EAAkEgmJ,SAAQ,iBAAShmJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKo/J,SAAL,GAAiBrU,OAAjB,CAAyB1zD,EAAzB,CAAN,CAAmC,OAAM,CAAC,CAACr3F,EAAE5C,QAAF,CAAW+b,CAAX,CAAF,IAAiBw1C,EAAEokG,QAAF,CAAWzG,kBAAX,CAA8BnzI,CAA9B,EAAgC,KAAK6gJ,UAAL,CAAgBqF,SAAhB,EAAhC,IAA6DhoE,EAApF;AAAuF,aAAhN,EAAiN+nE,WAAU,qBAAU;AAAC,oBAAIjmJ,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKg6J,UAAL,CAAgBqF,SAAhB,EAAR;AAAA,oBAAoChoK,IAAE2I,EAAE,CAAF,CAAtC;AAAA,oBAA2CyM,IAAEzM,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAA7C;AAAA,oBAA2Dm0D,IAAE5xD,KAAKkrB,GAAL,CAAS3sB,EAAEwtC,CAAX,EAAap4B,EAAEo4B,CAAf,CAA7D;AAAA,oBAA+EjV,IAAE92B,KAAKy0C,GAAL,CAASl2C,EAAEwtC,CAAX,EAAap4B,EAAEo4B,CAAf,CAAjF;AAAA,oBAAmG4lB,IAAE3xD,KAAKy0C,GAAL,CAASl2C,EAAE0tC,CAAX,EAAat4B,EAAEs4B,CAAf,CAArG;AAAA,oBAAuHlnC,IAAE/E,KAAKkrB,GAAL,CAAS3sB,EAAE0tC,CAAX,EAAat4B,EAAEs4B,CAAf,CAAzH,CAA2I,KAAI5rB,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAF,GAAS,CAAnB,EAAqB,EAAE4iB,CAAvB;AAAyBuxC,wBAAE5xD,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAW1qD,EAAEmZ,CAAF,EAAK0rB,CAAhB,CAAF,EAAqBjV,IAAE92B,KAAKy0C,GAAL,CAAS3d,CAAT,EAAW5vB,EAAEmZ,CAAF,EAAK0rB,CAAhB,CAAvB,EAA0C4lB,IAAE3xD,KAAKy0C,GAAL,CAASkd,CAAT,EAAWzqD,EAAEmZ,CAAF,EAAK4rB,CAAhB,CAA5C,EAA+DlnC,IAAE/E,KAAKkrB,GAAL,CAASnmB,CAAT,EAAWmC,EAAEmZ,CAAF,EAAK4rB,CAAhB,CAAjE;AAAzB,iBAA6G,OAAO,IAAI+oB,CAAJ,CAAMl+B,CAAN,EAAQ66B,CAAR,EAAUC,IAAE96B,CAAZ,EAAc/xB,IAAE4sD,CAAhB,CAAP;AAA0B,aAAxf,EAAT,CAAjnf,EAAqngB0E,IAAEL,EAAE92D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW8uD,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkB,KAAKg6J,UAAL,GAAgB7gJ,CAAlC;AAAoC,aAAjE,EAAkEmmJ,OAAM,iBAAU,CAAE,CAApF,EAAT,CAAvngB,EAAutgB5wG,IAAEI,EAAE92D,MAAF,CAAS,EAACunK,0BAAyB,CAA1B,EAA4B3pK,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW8uD,EAAEn5D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkB,KAAKg6J,UAAL,GAAgB7gJ,CAAlC;AAAoC,aAA5F,EAA6FqmJ,aAAY,qBAASrmJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,CAAM,OAAOA,IAAErzD,KAAGoV,CAAH,GAAK,KAAKgzJ,gBAAL,CAAsBtmJ,CAAtB,EAAwBnZ,CAAxB,EAA0B3I,CAA1B,EAA4BoV,CAA5B,CAAL,GAAoC,KAAKizJ,eAAL,CAAqBvmJ,CAArB,EAAuBnZ,CAAvB,EAAyB3I,CAAzB,CAA7C;AAAyE,aAA1M,EAA2MioK,OAAM,iBAAU;AAAC,oBAAInmJ,IAAE,KAAK6gJ,UAAL,CAAgB2F,wBAAtB;AAAA,oBAA+C3/J,IAAE,KAAKg6J,UAAL,CAAgB4F,wBAAjE;AAAA,oBAA0FvoK,IAAE,KAAK2iK,UAAL,CAAgB6F,WAAhB,EAA5F;AAAA,oBAA0HpzJ,IAAE,KAAKutJ,UAAL,CAAgBtjH,WAAhB,EAA5H;AAAA,oBAA0JgU,IAAE,KAAK80G,WAAL,CAAiBnoK,CAAjB,EAAmBoV,CAAnB,EAAqB0M,CAArB,EAAuBnZ,CAAvB,CAA5J,CAAsL,KAAKg6J,UAAL,CAAgB/jH,MAAhB,CAAuByU,CAAvB;AAA0B,aAA5a,EAA6ao1G,iBAAgB,CAAC,EAAC5nK,MAAK,KAAN,EAAY8tE,MAAK,GAAjB,EAAqB+5F,aAAY,SAAjC,EAA2CC,eAAc,CAAzD,EAAD,EAA6D,EAAC9nK,MAAK,MAAN,EAAa8tE,MAAK,GAAlB,EAAsB+5F,aAAY,SAAlC,EAA4CC,eAAc,CAA1D,EAA7D,EAA0H,EAAC9nK,MAAK,QAAN,EAAe8tE,MAAK,GAApB,EAAwB+5F,aAAY,aAApC,EAAkDC,eAAc,CAAC,CAAjE,EAA1H,EAA8L,EAAC9nK,MAAK,OAAN,EAAc8tE,MAAK,GAAnB,EAAuB+5F,aAAY,aAAnC,EAAiDC,eAAc,CAAC,CAAhE,EAA9L,CAA7b,EAA+rBC,gBAAe,wBAAS9mJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,IAAEsb,EAAEkK,QAAF,EAAhB;AAAA,oBAA6BipC,IAAEnzC,EAAE87E,KAAF,CAAQu4D,MAAR,CAAev/C,EAAf,CAA/B;AAAA,oBAAkD/iD,IAAE,EAAC+jC,SAAQ3iC,EAAE2iC,OAAF,EAAT,EAAqBb,aAAY9hC,EAAE8hC,WAAF,EAAjC,EAApD;AAAA,oBAAsG/iC,IAAE,KAAKy0G,eAA7G;AAAA,oBAA6HhyJ,IAAEmhD,EAAEvzB,IAAF,CAAOkuD,OAAtI,CAA8I,KAAIn/B,IAAE,CAAN,EAAQA,IAAEY,EAAE90D,MAAZ,EAAmBk0D,GAAnB;AAAuB76B,wBAAEy7B,EAAEZ,CAAF,CAAF,EAAOC,IAAE96B,EAAEo2C,IAAX,EAAgB3uE,IAAEyB,KAAKgiC,KAAL,CAAWhiC,KAAKosC,GAAL,CAASrnC,EAAE6sD,CAAF,IAAKQ,EAAEt7B,EAAEmwI,WAAJ,EAAiBr1G,CAAjB,CAAd,CAAX,CAAlB,EAAiErzD,IAAEyW,CAAF,IAAKA,IAAEzW,CAAF,EAAIoV,IAAEmjB,CAAX,IAAcv4B,MAAIyW,CAAJ,IAAO,CAACjQ,EAAE6sD,CAAF,IAAK1qD,EAAE0qD,CAAF,CAAN,IAAY96B,EAAEowI,aAAd,GAA4B,CAACniK,EAAE4O,EAAEu5D,IAAJ,IAAUhmE,EAAEyM,EAAEu5D,IAAJ,CAAX,IAAsBv5D,EAAEuzJ,aAA3D,KAA2EvzJ,IAAEmjB,CAA7E,CAA/E;AAAvB,iBAAsL,OAAOnjB,EAAEvU,IAAT;AAAc,aAA9iC,EAA+iCgoK,mBAAkB,2BAAS/mJ,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE87E,KAAF,CAAQu4D,MAAR,CAAev/C,EAAf,CAAN,CAAyB,OAAOn1G,KAAKy0C,GAAL,CAASvtC,EAAEmiB,KAAX,EAAiBniB,EAAEknB,MAAnB,IAA2B,KAAKq4I,wBAAvC;AAAgE,aAAtqC,EAAuqCE,kBAAiB,0BAAStmJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ66B,IAAE,KAAKw1G,cAAL,CAAoB5oK,CAApB,EAAsB2I,CAAtB,CAAV;AAAA,oBAAmCnC,IAAE,KAAKoiK,cAAL,CAAoBxzJ,CAApB,EAAsB0M,CAAtB,CAArC;AAAA,oBAA8DmzC,IAAEtsD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAAtE;AAAA,oBAAwEqmB,IAAElrD,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAhF;AAAA,oBAAkFsmB,IAAE,KAAK60G,iBAAL,CAAuB7oK,CAAvB,CAApF;AAAA,oBAA8GyW,IAAE,EAAhH,CAAmH,OAAO28C,MAAI2sC,EAAJ,IAAQ3sC,KAAG36B,EAAX,GAAcjyB,KAAGu5F,EAAH,IAAOv5F,KAAGiyB,EAAV,GAAa26B,KAAG5sD,CAAH,IAAM+xB,IAAE66B,KAAG2sC,EAAH,GAAMt+F,KAAKy0C,GAAL,CAASp0B,EAAE4rB,CAAX,EAAa/kC,EAAE+kC,CAAf,IAAkBsmB,CAAxB,GAA0BvyD,KAAKkrB,GAAL,CAAS7K,EAAE4rB,CAAX,EAAa/kC,EAAE+kC,CAAf,IAAkBsmB,CAA9C,EAAgDv9C,IAAE,CAAC,IAAIlW,CAAJ,CAAMuhB,EAAE0rB,CAAR,EAAUjV,CAAV,CAAD,EAAc,IAAIh4B,CAAJ,CAAMoI,EAAE6kC,CAAR,EAAUjV,CAAV,CAAd,CAAxD,IAAqF9hB,IAAE,CAAC,IAAIlW,CAAJ,CAAMuhB,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAF,GAAImmB,IAAE,CAAhB,CAAD,EAAoB,IAAItzD,CAAJ,CAAMoI,EAAE6kC,CAAR,EAAU1rB,EAAE4rB,CAAF,GAAImmB,IAAE,CAAhB,CAApB,CAApG,GAA4Ip9C,IAAE,CAAC,IAAIlW,CAAJ,CAAMuhB,EAAE0rB,CAAR,EAAU7kC,EAAE+kC,CAAZ,CAAD,CAA5J,GAA6KlnC,KAAG05F,EAAH,IAAO15F,KAAGorE,EAAV,GAAaxe,KAAG5sD,CAAH,IAAM6sD,IAAED,KAAG8sC,EAAH,GAAMz+F,KAAKy0C,GAAL,CAASp0B,EAAE0rB,CAAX,EAAa7kC,EAAE6kC,CAAf,IAAkBwmB,CAAxB,GAA0BvyD,KAAKkrB,GAAL,CAAS7K,EAAE0rB,CAAX,EAAa7kC,EAAE6kC,CAAf,IAAkBwmB,CAA9C,EAAgDv9C,IAAE,CAAC,IAAIlW,CAAJ,CAAM8yD,CAAN,EAAQvxC,EAAE4rB,CAAV,CAAD,EAAc,IAAIntC,CAAJ,CAAM8yD,CAAN,EAAQ1qD,EAAE+kC,CAAV,CAAd,CAAxD,IAAqFj3B,IAAE,CAAC,IAAIlW,CAAJ,CAAMuhB,EAAE0rB,CAAF,GAAIynB,IAAE,CAAZ,EAAcnzC,EAAE4rB,CAAhB,CAAD,EAAoB,IAAIntC,CAAJ,CAAMuhB,EAAE0rB,CAAF,GAAIynB,IAAE,CAAZ,EAAcnzC,EAAE4rB,CAAF,GAAImmB,CAAlB,CAApB,CAApG,GAA8Ip9C,IAAE,CAAC,IAAIlW,CAAJ,CAAMoI,EAAE6kC,CAAR,EAAU1rB,EAAE4rB,CAAZ,CAAD,CAA7T,EAA8Uj3B,CAArV;AAAuV,aAAppD,EAAqpD4xJ,iBAAgB,yBAASvmJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,CAAR;AAAA,oBAAU66B,IAAEpzD,IAAE,KAAK4oK,cAAL,CAAoB5oK,CAApB,EAAsB2I,CAAtB,CAAF,GAA2B,IAAvC;AAAA,oBAA4CnC,IAAE,KAAKsiK,gBAAL,CAAsBhnJ,CAAtB,EAAwBnZ,CAAxB,EAA0ByqD,CAA1B,CAA9C;AAAA,oBAA2E6B,IAAE,CAACnzC,CAAD,EAAGA,CAAH,EAAKnZ,CAAL,EAAOA,CAAP,CAA7E;AAAA,oBAAuFkrD,IAAElrD,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAA/F;AAAA,oBAAiGwmB,IAAErrD,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAAzG;AAAA,oBAA2Gj3B,IAAEw+C,EAAE/1D,MAA/G,CAAsH,KAAIq5B,IAAE,CAAN,EAAQA,IAAE9hB,IAAE,CAAZ,EAAc,EAAE8hB,CAAhB;AAAkB/xB,wBAAE+xB,IAAE,CAAF,KAAM,CAAN,IAASnjB,IAAEy+C,KAAGp9C,IAAE,CAAL,CAAF,EAAU48C,IAAE,CAArB,KAAyBj+C,IAAE,CAAF,EAAIi+C,IAAEW,KAAG,CAACv9C,IAAE,CAAH,IAAM,CAAT,CAA/B,CAAF,GAA8C8hB,IAAE,CAAF,KAAM,CAAN,IAASnjB,IAAE,CAAF,EAAIi+C,IAAEW,KAAGv9C,IAAE,CAAL,CAAf,KAAyBrB,IAAEy+C,KAAG,CAACp9C,IAAE,CAAH,IAAM,CAAT,CAAF,EAAc48C,IAAE,CAAzC,CAA9C,EAA0F4B,EAAE18B,CAAF,IAAK,IAAIh4B,CAAJ,CAAM00D,EAAE18B,IAAE,CAAJ,EAAOiV,CAAP,GAASp4B,CAAf,EAAiB6/C,EAAE18B,IAAE,CAAJ,EAAOmV,CAAP,GAAS2lB,CAA1B,CAA/F;AAAlB,iBAA8I,OAAO96B,KAAI08B,EAAEx+C,IAAE,CAAJ,IAAOjQ,KAAG+xB,IAAE,CAAF,KAAM,CAAT,IAAY,CAAC/xB,CAAD,IAAI+xB,IAAE,CAAF,KAAM,CAAtB,GAAwB,IAAIh4B,CAAJ,CAAM00D,EAAEx+C,IAAE,CAAJ,EAAO+2B,CAAb,EAAeynB,EAAEx+C,IAAE,CAAJ,EAAOi3B,CAAtB,CAAxB,GAAiD,IAAIntC,CAAJ,CAAM00D,EAAEx+C,IAAE,CAAJ,EAAO+2B,CAAb,EAAeynB,EAAEx+C,IAAE,CAAJ,EAAOi3B,CAAtB,CAA5D,EAAqF,CAACunB,EAAE,CAAF,CAAD,EAAMA,EAAE,CAAF,CAAN,CAA5F;AAAwG,aAAjiE,EAAkiE6zG,kBAAiB,0BAAShnJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,CAAM,OAAOA,IAAE,SAAOpV,CAAP,KAAWA,MAAI4xE,EAAJ,IAAQ5xE,MAAIkgG,EAAvB,KAA4Bz+F,KAAKosC,GAAL,CAAS/rB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAf,IAAkB/rC,KAAKosC,GAAL,CAAS/rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAf,CAAvD;AAAyE,aAAlpE,EAAT,CAAztgB,EAAu3kBwpB,IAAEQ,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWA,EAAEmpH,OAAF,GAAUrnG,CAAV,EAAY9hB,EAAEY,OAAF,GAAU01D,EAAE,EAAF,EAAKt2D,EAAEY,OAAP,EAAe+H,CAAf,CAAtB,EAAwC3I,EAAEo5G,MAAF,GAAS,IAAI5iD,CAAJ,EAAjD,EAAuDx2D,EAAEmpH,OAAF,CAAU4/C,SAAV,CAAoBprK,IAApB,CAAyBqC,CAAzB,CAAvD;AAAmF,aAAlH,EAAmHkwG,SAAQ,mBAAU,CAAE,CAAvI,EAAT,CAAz3kB,EAA4glB/5C,IAAEe,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,IAAE,IAAZ,CAAiBA,EAAEoqI,UAAF,GAAa7gJ,CAAb,EAAe9hB,IAAEu4B,EAAEoqI,UAAF,CAAax5C,OAA9B,EAAsC5wF,EAAEywI,GAAF,GAAMhpK,EAAEkkK,WAA9C,EAA0DhtG,EAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAem5B,CAAf,EAAiBv4B,CAAjB,EAAmB2I,CAAnB,CAA1D,EAAgFyM,IAAEmjB,EAAEoqI,UAAF,CAAa6F,WAAb,EAAlF,EAA6Gn1G,IAAE96B,EAAEoqI,UAAF,CAAatjH,WAAb,EAA/G,EAA0I9mB,EAAE0wI,QAAF,GAAW,IAAI1yG,CAAJ,CAAMD,EAAE/9B,EAAE33B,OAAF,CAAUymD,OAAZ,EAAoB,EAACm7B,QAAOptE,CAAR,EAApB,CAAN,CAArJ,EAA4LmjB,EAAE2wI,QAAF,GAAW,IAAI3yG,CAAJ,CAAMD,EAAE/9B,EAAE33B,OAAF,CAAUymD,OAAZ,EAAoB,EAACm7B,QAAOnvB,CAAR,EAApB,CAAN,CAAvM,EAA8O96B,EAAE6gF,MAAF,CAAS9wF,MAAT,CAAgBiQ,EAAE0wI,QAAlB,CAA9O,EAA0Q1wI,EAAE6gF,MAAF,CAAS9wF,MAAT,CAAgBiQ,EAAE2wI,QAAlB,CAA1Q;AAAsS,aAA3U,EAA4UtoK,SAAQ,EAACymD,SAAQ,EAAT,EAApV,EAAiW+9G,YAAW,sBAAU;AAAC,uBAAOtlE,GAAG30D,IAAV;AAAe,aAAtY,EAAuYt7B,OAAM,eAASiS,CAAT,EAAW;AAAC,wBAAO,KAAKO,MAAL,GAAY,KAAKyiJ,QAAL,CAAchjJ,CAAd,CAAZ,EAA6B,KAAKojJ,UAAL,GAAgBpjJ,CAA7C,EAA+C,KAAKqnJ,cAAL,GAAoB,KAAKxG,UAAL,CAAgB9kJ,MAAhB,EAAnE,EAA4F,KAAKurJ,cAAL,GAAoB,KAAKzG,UAAL,CAAgBzhK,MAAhB,EAAhH,EAAyI,KAAKmhB,MAArJ,GAA6J,KAAI,CAAC,CAAL;AAAO,6BAAKsgJ,UAAL,CAAgBC,eAAhB,IAAiC,KAAKoG,GAAL,CAAStD,uBAAT,CAAiC,KAAK/C,UAAtC,EAAiD,KAAKA,UAAL,CAAgBC,eAAhB,CAAgChlE,KAAjF,CAAjC,CAAyH,MAAM,KAAK,CAAL;AAAO,6BAAK+kE,UAAL,CAAgBmD,eAAhB,IAAiC,KAAKkD,GAAL,CAAStD,uBAAT,CAAiC,KAAK/C,UAAtC,EAAiD,KAAKA,UAAL,CAAgBmD,eAAhB,CAAgCloE,KAAjF,CAAjC,CAA1S;AAAoa,aAA7zB,EAA8zBzyD,MAAK,cAASrpB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAOmZ,CAAP,GAAU,KAAI,CAAC,CAAL;AAAO,6BAAK6gJ,UAAL,CAAgB9kJ,MAAhB,CAAuBlV,CAAvB,EAA0B,MAAM,KAAK,CAAL;AAAO,6BAAKg6J,UAAL,CAAgBzhK,MAAhB,CAAuByH,CAAvB,EAA0B,MAAM;AAAQ,4BAAI3I,IAAE2I,EAAEwqJ,KAAF,CAAQ,KAAK+R,UAAb,CAAN,CAA+B,KAAKA,UAAL,GAAgBv8J,CAAhB,EAAkB,KAAKg6J,UAAL,CAAgBmD,eAAhB,IAAiC,KAAKnD,UAAL,CAAgB9kJ,MAAhB,CAAuB,KAAK8kJ,UAAL,CAAgB6F,WAAhB,GAA8BtV,IAA9B,CAAmClzJ,CAAnC,CAAvB,CAAnD,EAAiH,KAAK2iK,UAAL,CAAgBC,eAAhB,IAAiC,KAAKD,UAAL,CAAgBzhK,MAAhB,CAAuB,KAAKyhK,UAAL,CAAgBtjH,WAAhB,GAA8B6zG,IAA9B,CAAmClzJ,CAAnC,CAAvB,CAAlJ,CAA/H,CAA+U,OAAO,KAAKkwG,OAAL,IAAe,CAAC,CAAvB;AAAyB,aAAzrC,EAA0rC3yF,MAAK,cAASuE,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE,KAAK+zG,OAAL,CAAa+6C,WAArB;AAAA,oBAAiC7wG,IAAEj+C,EAAEovJ,WAArC,CAAiD,OAAOxkK,IAAEoV,EAAEsvJ,iBAAF,GAAoBtvJ,EAAEsvJ,iBAAF,CAAoBc,EAAxC,GAA2CnyG,KAAGA,aAAaiE,EAAEyuG,KAAlB,GAAwB1yG,EAAE2yG,YAAF,CAAe/lE,EAAf,KAAoB5sC,EAAE2yG,YAAF,CAAelkJ,CAAf,CAA5C,GAA8DA,CAA3G,EAA6G,KAAKO,MAAL,KAAc,CAAC,CAAf,GAAiB,KAAKsgJ,UAAL,CAAgB9kJ,MAAhB,CAAuB7d,CAAvB,CAAjB,GAA2C,MAAI,KAAKqiB,MAAT,IAAiB,KAAKsgJ,UAAL,CAAgBzhK,MAAhB,CAAuBlB,CAAvB,CAAzK,EAAmM,KAAKqiB,MAAL,GAAY1Z,CAA/M,EAAiN,KAAKqgK,GAAL,CAAStD,uBAAT,EAAjN,EAAoP,IAAIjvJ,CAAJ,CAAM,KAAKksJ,UAAX,EAAsB,KAAKwG,cAA3B,EAA0C,KAAKC,cAA/C,CAA3P;AAA0T,aAAtjD,EAAujDtE,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKg6J,UAAL,CAAgB6F,WAAhB,EAAN;AAAA,oBAAoCxoK,IAAE,KAAK2iK,UAAL,CAAgBtjH,WAAhB,EAAtC;AAAA,oBAAoEjqC,IAAE,KAAKxU,OAAL,CAAaymD,OAAb,CAAqBv8B,KAArB,GAA2B,CAA3B,GAA6Bk1E,EAAnG;AAAA,oBAAsG3sC,IAAE,KAAKzyD,OAAL,CAAaymD,OAAb,CAAqBx3B,MAArB,GAA4B,CAA5B,GAA8BmwE,EAAtI;AAAA,oBAAyIznE,IAAE5vB,EAAE2uF,UAAF,CAAax1E,CAAb,CAA3I;AAAA,oBAA2JsxC,IAAEpzD,EAAEs3F,UAAF,CAAax1E,CAAb,CAA7J;AAAA,oBAA6Ktb,IAAE,IAAIiwD,CAAJ,CAAM9tD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAegmH,OAAf,CAAuBt+I,CAAvB,EAAyBi+C,CAAzB,EAA4BttD,QAA5B,CAAqC+b,CAArC,CAA/K;AAAA,oBAAuNmzC,IAAE,IAAIwB,CAAJ,CAAMz2D,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAegmH,OAAf,CAAuBt+I,CAAvB,EAAyBi+C,CAAzB,EAA4BttD,QAA5B,CAAqC+b,CAArC,CAAzN;AAAA,oBAAiQ+xC,IAAE,CAAnQ,CAAqQ,OAAOrtD,MAAI,CAACyuD,CAAD,IAAI18B,IAAE66B,CAAV,IAAaS,IAAE,CAAC,CAAhB,GAAkBoB,MAAI,CAACzuD,CAAD,IAAI4sD,IAAE76B,CAAV,MAAes7B,IAAE,CAAjB,CAAlB,EAAsCA,CAA7C;AAA+C,aAAh4D,EAAi4Dq8C,SAAQ,mBAAU;AAAC,qBAAK+4D,QAAL,CAAczwC,MAAd,CAAqB,EAACh2C,QAAO,KAAK2mC,OAAL,CAAakgD,YAAb,CAA0B,KAAK1G,UAAL,CAAgB6F,WAAhB,EAA1B,CAAR,EAArB,GAAwF,KAAKU,QAAL,CAAc1wC,MAAd,CAAqB,EAACh2C,QAAO,KAAK2mC,OAAL,CAAakgD,YAAb,CAA0B,KAAK1G,UAAL,CAAgBtjH,WAAhB,EAA1B,CAAR,EAArB,CAAxF;AAAgL,aAApkE,EAAT,CAA9glB,EAA8lpBmY,IAAEN,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWk3D,EAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,EAAmBnZ,CAAnB,GAAsB3I,EAAEspK,eAAF,GAAkB,UAASxnJ,CAAT,EAAW;AAACA,sBAAEm/G,IAAF,IAAQjhI,EAAE49F,KAAV,IAAiB59F,EAAEkwG,OAAF,EAAjB;AAA6B,iBAAjF;AAAkF,aAAjH,EAAkH7iF,MAAK,cAASvL,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ,CAAiB,KAAIA,EAAEm0G,QAAF,GAAW,CAAC,CAAZ,EAAcn0G,EAAEuqC,KAAF,GAAQ97E,CAAtB,EAAwBuxC,EAAE81D,OAAF,CAAU9nF,IAAV,CAAes+D,EAAf,EAAkBtsC,EAAEi2G,eAApB,CAAxB,EAA6D3gK,IAAEmZ,EAAEooG,UAAF,CAAahrH,MAA5E,EAAmFm0D,EAAE62D,UAAF,GAAa,EAAhG,EAAmG72D,EAAEk2G,YAAF,EAAnG,EAAoHvpK,IAAE,CAA1H,EAA4HA,IAAE2I,CAA9H,EAAgI3I,GAAhI;AAAoIoV,wBAAE,IAAI6hD,CAAJ,CAAMn1C,EAAEooG,UAAF,CAAalqH,CAAb,CAAN,CAAF,EAAyBqzD,EAAE62D,UAAF,CAAavsH,IAAb,CAAkByX,CAAlB,CAAzB,EAA8Ci+C,EAAE+lD,MAAF,CAAS9wF,MAAT,CAAgBlT,EAAEgkG,MAAlB,CAA9C;AAApI,iBAA4M/lD,EAAE+lD,MAAF,CAASn8E,OAAT,CAAiB,CAAC,CAAlB,GAAqBo2B,EAAE68C,OAAF,EAArB;AAAiC,aAAjY,EAAkYq5D,cAAa,wBAAU;AAAC,oBAAIznJ,IAAE,IAAN,CAAWA,EAAEqnG,OAAF,CAAU08C,kBAAV,GAA6B/jJ,EAAE0nJ,sBAAF,EAA7B,GAAwD1nJ,EAAEs3F,MAAF,CAAS7lE,KAAT,EAAxD;AAAyE,aAA9e,EAA+ei2H,wBAAuB,kCAAU;AAAC,oBAAI1nJ,CAAJ;AAAA,oBAAMnZ,IAAE,IAAR;AAAA,oBAAa3I,IAAE2I,EAAEywG,MAAF,CAASjjG,QAAxB;AAAA,oBAAiCf,IAAEpV,EAAEd,MAArC;AAAA,oBAA4Cm0D,IAAEwsC,GAAGl3F,EAAEwgH,OAAF,CAAU08C,kBAAb,EAAgC7lK,CAAhC,CAA9C,CAAiF,KAAI8hB,IAAE1M,IAAE,CAAR,EAAU0M,KAAG,CAAb,EAAeA,GAAf;AAAmBA,yBAAGuxC,CAAH,IAAM1qD,EAAEywG,MAAF,CAAS9gG,MAAT,CAAgBtY,EAAE8hB,CAAF,CAAhB,CAAN;AAAnB;AAA+C,aAAjpB,EAAkpB4iC,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,IAAN,CAAWA,EAAEqnG,OAAF,CAAU7nF,MAAV,CAAiBq+D,EAAjB,EAAoB79E,EAAEwnJ,eAAtB,GAAuCxnJ,EAAE87E,KAAF,GAAQj1F,CAA/C,EAAiDmZ,EAAE0lJ,QAAF,GAAW7+J,CAA5D,EAA8DmZ,EAAEs3F,MAAF,CAASn8E,OAAT,CAAiB,CAAC,CAAlB,CAA9D;AAAmF,aAAnwB,EAAowB6nI,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAKkqH,UAAL,CAAgBhrH,MAA1B,EAAiCc,GAAjC;AAAqC,wBAAG2I,IAAE,KAAKuhH,UAAL,CAAgBlqH,CAAhB,CAAF,EAAqB2I,EAAEm8J,QAAF,CAAWhjJ,CAAX,CAAxB,EAAsC;AAACnZ,0BAAE80J,MAAF,CAAS,CAAC,CAAV,GAAa,KAAKt0C,OAAL,CAAa+6C,WAAb,CAAyBQ,iBAAzB,GAA2C/7J,CAAxD,CAA0D;AAAM;AAA5I;AAA6I,aAA96B,EAA+6BunG,SAAQ,mBAAU;AAAC,oBAAG,KAAKtS,KAAR,EAAc;AAAC,wBAAIj1F,IAAE,KAAKi1F,KAAL,CAAWu4D,MAAX,EAAN,CAA0BxtJ,IAAE,KAAKwgH,OAAL,CAAakgD,YAAb,CAA0B1gK,CAA1B,CAAF,EAA+B,KAAKywG,MAAL,CAAYptF,QAAZ,CAAqBrjB,EAAEivF,OAAF,EAArB,CAA/B,EAAiE91E,EAAEliB,IAAF,CAAO,KAAKsqH,UAAZ,EAAuB,YAAU;AAAC,6BAAKha,OAAL;AAAe,qBAAjD,CAAjE;AAAoH;AAAC,aAAhmC,EAAT,CAAhmpB,EAA4srBv4C,IAAET,EAAEv2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWk3D,EAAE54D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,EAAmBnZ,CAAnB,GAAsB3I,EAAEypK,aAAF,GAAgB,CAAC,CAAvC,EAAyCzpK,EAAEF,GAAF,GAAM,EAA/C,EAAkDE,EAAEmmG,MAAF,GAAS,EAA3D,EAA8DnmG,EAAE0pK,cAAF,EAA9D,EAAiF1pK,EAAE2pK,cAAF,EAAjF,EAAoG3pK,EAAEw4H,MAAF,EAApG,EAA+Gx4H,EAAEmpH,OAAF,CAAU9nF,IAAV,CAAe,QAAf,EAAwB,UAASvf,CAAT,EAAW;AAAC9hB,sBAAEyjK,WAAF,CAAc3hJ,EAAE5Q,QAAhB;AAA0B,iBAA9D,CAA/G,EAA+KlR,EAAEspK,eAAF,GAAkB,YAAU;AAACtpK,sBAAE4pK,eAAF,KAAoB5pK,EAAEijK,aAAF,IAAkBjjK,EAAEkwG,OAAF,EAAtC;AAAmD,iBAA/P,EAAgQlwG,EAAE6pK,eAAF,GAAkB,YAAU;AAAC,yBAAG7pK,EAAEmmG,MAAF,CAASjnG,MAAZ,KAAqBc,EAAEujK,MAAF,GAASvjK,EAAEmmG,MAAF,CAAS,CAAT,EAAYlP,MAAZ,GAAqBkd,KAAnD,GAA0Dn0G,EAAEspK,eAAF,EAA1D;AAA8E,iBAA3W,EAA4WtpK,EAAEmpH,OAAF,CAAU9nF,IAAV,CAAes+D,EAAf,EAAkB3/F,EAAEspK,eAApB,EAAqCjoI,IAArC,CAA0CmzC,EAA1C,EAA6Cx0E,EAAE6pK,eAA/C,CAA5W,EAA4a7pK,EAAEijK,aAAF,EAA5a,EAA8bjjK,EAAEkwG,OAAF,EAA9b;AAA0c,aAAze,EAA0etvG,SAAQ,EAACymD,SAAQ,EAACy3C,MAAK,EAACvqD,OAAM,MAAP,EAAN,EAAqBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA5B,EAA8C1kB,QAAO,CAArD,EAAuD/E,OAAM,CAA7D,EAA+DoL,OAAM,EAAC4oE,MAAK,EAACvqD,OAAM,SAAP,EAAN,EAAwBwqD,QAAO,EAACxqD,OAAM,SAAP,EAA/B,EAArE,EAAT,EAAiIu0E,YAAW,EAAC/pB,QAAO,EAACxqD,OAAM,SAAP,EAAiBzpB,OAAM,CAAvB,EAAyB6+E,UAAS,MAAlC,EAAR,EAAkD7K,MAAK,EAACvqD,OAAM6iE,EAAP,EAAvD,EAA5I,EAA+Mr3E,QAAO,EAAtN,EAAlf,EAA4sB2pI,gBAAe,0BAAU;AAAC,oBAAI5nJ,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEqnG,OAAf;AAAA,oBAAuBnpH,IAAE2I,EAAE/H,OAAF,CAAUkoH,UAAnC;AAAA,oBAA8C1zG,IAAEkhD,EAAE,EAAF,EAAKx0C,EAAElhB,OAAF,CAAUkoH,UAAf,EAA0B9oH,CAA1B,CAAhD,CAA6E8hB,EAAE8kB,IAAF,GAAO,IAAImxB,CAAJ,CAAM3iD,CAAN,CAAP,EAAgB0M,EAAEs3F,MAAF,CAAS9wF,MAAT,CAAgBxG,EAAE8kB,IAAlB,CAAhB;AAAwC,aAA31B,EAA41BkjI,YAAW,sBAAU;AAAC,uBAAO,KAAKlpK,OAAL,CAAagzE,QAAb,IAAuB,KAAKhzE,OAAL,CAAagzE,QAAb,CAAsBvQ,MAAtB,KAA+B,CAAC,CAA9D;AAAgE,aAAl7B,EAAm7B0mG,gBAAe,0BAAU;AAAC,uBAAM,CAAC,KAAKnpK,OAAL,CAAagzE,QAAb,CAAsBvQ,MAAtB,IAA8B,EAA/B,EAAmChc,OAAnC,IAA4C,KAAKzmD,OAAL,CAAaymD,OAA/D;AAAuE,aAAphC,EAAqhCsiH,gBAAe,0BAAU;AAAC,oBAAI7nJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,CAAY,IAAG,KAAK00J,UAAL,EAAH,EAAqB,KAAIhoJ,IAAE,KAAKioJ,cAAL,EAAF,EAAwB30J,IAAE,CAAC,CAA/B,EAAiCA,KAAG,CAApC,EAAsCA,GAAtC;AAA0C,yBAAIpV,IAAE,CAAC,CAAP,EAASA,KAAG,CAAZ,EAAcA,GAAd;AAAkB,8BAAIoV,CAAJ,IAAO,MAAIpV,CAAX,KAAe2I,IAAE,IAAIovD,CAAJ,CAAMj2C,CAAN,CAAF,EAAWnZ,EAAE60J,cAAF,CAAiBC,MAAjB,GAAwB/9D,GAAG,KAAK+9D,MAAR,EAAe,IAAf,CAAnC,EAAwD,KAAK39J,GAAL,CAASnC,IAAT,CAAc,EAAC6vC,GAAEp4B,CAAH,EAAKs4B,GAAE1tC,CAAP,EAASo5G,QAAOzwG,CAAhB,EAAd,CAAxD,EAA0F,KAAKywG,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB,CAAzG;AAAlB;AAA1C;AAA4L,aAA5wC,EAA6wCwtJ,QAAO,gBAASr0I,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAK0hJ,YAAL,GAAkB1hJ,EAAE7gB,KAAF,EAAlB,EAA4B,KAAK+oK,OAAL,GAAa,KAAK7gD,OAAL,CAAakgD,YAAb,CAA0BvnJ,CAA1B,EAA6B4xI,OAA7B,CAAqC,KAAK9yJ,OAAL,CAAam/B,MAAlD,EAAyD,KAAKn/B,OAAL,CAAam/B,MAAtE,CAAzC,EAAuHp3B,CAA1H,IAA6H,KAAKqhK,OAAzI;AAAiJ,aAAj7C,EAAk7ClF,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,IAAE,KAAK4wF,OAAL,CAAakgD,YAAb,CAA0BvnJ,CAA1B,CAAd;AAAA,oBAA2CsxC,IAAE,KAAKtzD,GAAL,CAASZ,MAAtD,CAA6D,IAAG,KAAKqkK,MAAL,KAAchrI,IAAEA,EAAEt3B,KAAF,GAAUg2F,MAAV,CAAiB,KAAK+yE,OAAL,CAAaxnF,MAAb,EAAjB,EAAuC,KAAK+gF,MAA5C,CAAhB,GAAqE,KAAKuG,UAAL,EAAxE,EAA0F,KAAInhK,IAAE,CAAN,EAAQA,IAAEyqD,CAAV,EAAYzqD,GAAZ;AAAgB,wBAAG0qD,IAAE,KAAKvzD,GAAL,CAAS6I,CAAT,CAAF,EAAc3I,IAAE,IAAIO,CAAJ,CAAM8yD,EAAE7lB,CAAR,EAAU6lB,EAAE3lB,CAAZ,CAAhB,EAA+Bt4B,IAAE,KAAK60J,gBAAL,CAAsBjqK,CAAtB,CAAjC,EAA0DoV,EAAE2qB,MAAF,CAAS,KAAKiqI,OAAL,CAAax8H,CAAtB,EAAwB,KAAKw8H,OAAL,CAAat8H,CAArC,CAA1D,EAAkGt4B,EAAErP,QAAF,CAAWwyB,CAAX,CAArG,EAAmH,OAAOv4B,CAAP;AAAnI,iBAA4I,IAAG,KAAKgqK,OAAL,CAAajkK,QAAb,CAAsBwyB,CAAtB,CAAH,EAA4B,OAAO,IAAIh4B,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAP;AAAkB,aAAxxD,EAAyxD0pK,kBAAiB,0BAASnoJ,CAAT,EAAW;AAAC,oBAAG,KAAKgoJ,UAAL,EAAH,EAAqB;AAAC,wBAAInhK,IAAE,KAAKohK,cAAL,EAAN;AAAA,wBAA4B/pK,IAAE2I,EAAEmiB,KAAhC;AAAA,wBAAsC1V,IAAEzM,EAAEknB,MAA1C;AAAA,wBAAiDwjC,IAAE,IAAIoD,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAUz2D,CAAV,EAAYoV,CAAZ,CAAnD,CAAkE,OAAO0M,EAAE0rB,CAAF,GAAI,CAAJ,GAAM6lB,EAAE7lB,CAAF,GAAI,CAACxtC,CAAD,GAAG,CAAb,GAAe,MAAI8hB,EAAE0rB,CAAN,GAAQ6lB,EAAE7lB,CAAF,GAAI/rC,KAAKgzD,KAAL,CAAW,KAAKu1G,OAAL,CAAal/I,KAAb,GAAmB,CAA9B,IAAiC9qB,IAAE,CAA/C,GAAiD8hB,EAAE0rB,CAAF,GAAI,CAAJ,KAAQ6lB,EAAE7lB,CAAF,GAAI,KAAKw8H,OAAL,CAAal/I,KAAb,GAAmB,CAAnB,GAAqB9qB,IAAE,CAAnC,CAAhE,EAAsG8hB,EAAE4rB,CAAF,GAAI,CAAJ,GAAM2lB,EAAE3lB,CAAF,GAAI,CAACt4B,CAAD,GAAG,CAAb,GAAe,MAAI0M,EAAE4rB,CAAN,GAAQ2lB,EAAE3lB,CAAF,GAAIjsC,KAAKgzD,KAAL,CAAW,KAAKu1G,OAAL,CAAan6I,MAAb,GAAoB,CAA/B,IAAkCza,IAAE,CAAhD,GAAkD0M,EAAE4rB,CAAF,GAAI,CAAJ,KAAQ2lB,EAAE3lB,CAAF,GAAI,KAAKs8H,OAAL,CAAan6I,MAAb,GAAoB,CAApB,GAAsBza,IAAE,CAApC,CAAvK,EAA8Mi+C,CAArN;AAAuN;AAAC,aAAtmE,EAAumE+xG,YAAW,oBAAStjJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAK8kK,QAAL,CAAchjJ,CAAd,CAAR,CAAyB,IAAG9hB,KAAGA,EAAEwtC,CAAF,IAAK,CAAC,CAAT,IAAYxtC,EAAEwtC,CAAF,IAAK,CAAjB,IAAoBxtC,EAAE0tC,CAAF,IAAK,CAAC,CAA1B,IAA6B1tC,EAAE0tC,CAAF,IAAK,CAAlC,IAAqC,KAAKo8H,UAAL,EAAxC,EAA0D;AAAC,wBAAGnhK,IAAE,KAAK46J,MAAP,EAAc56J,MAAIA,IAAE,MAAIA,CAAN,EAAQ3I,EAAEi3F,MAAF,CAAS,IAAI12F,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAT,EAAoBoI,CAApB,CAAR,EAA+B3I,IAAE,IAAIO,CAAJ,CAAMkB,KAAKgiC,KAAL,CAAWzjC,EAAEwtC,CAAb,CAAN,EAAsB/rC,KAAKgiC,KAAL,CAAWzjC,EAAE0tC,CAAb,CAAtB,CAArC,CAAd,EAA2F1tC,EAAEwtC,CAAF,IAAK,CAAC,CAAN,IAASxtC,EAAE0tC,CAAF,IAAK,CAAC,CAA7G,EAA+G,OAAM,WAAN,CAAkB,IAAG,KAAG1tC,EAAEwtC,CAAL,IAAQ,KAAGxtC,EAAE0tC,CAAhB,EAAkB,OAAM,WAAN,CAAkB,IAAG1tC,EAAEwtC,CAAF,IAAK,CAAC,CAAN,IAAS,KAAGxtC,EAAE0tC,CAAjB,EAAmB,OAAM,WAAN,CAAkB,IAAG,KAAG1tC,EAAEwtC,CAAL,IAAQxtC,EAAE0tC,CAAF,IAAK,CAAC,CAAjB,EAAmB,OAAM,WAAN,CAAkB,IAAG,MAAI1tC,EAAEwtC,CAAN,IAASxtC,EAAE0tC,CAAF,IAAK,CAAC,CAAlB,EAAoB,OAAM,UAAN,CAAiB,IAAG,MAAI1tC,EAAEwtC,CAAN,IAAS,KAAGxtC,EAAE0tC,CAAjB,EAAmB,OAAM,UAAN,CAAiB,IAAG,KAAG1tC,EAAEwtC,CAAL,IAAQ,MAAIxtC,EAAE0tC,CAAjB,EAAmB,OAAM,UAAN,CAAiB,IAAG1tC,EAAEwtC,CAAF,IAAK,CAAC,CAAN,IAAS,MAAIxtC,EAAE0tC,CAAlB,EAAoB,OAAM,UAAN;AAAiB,wBAAO,KAAK+7H,aAAL,GAAmB3pE,GAAG30D,IAAtB,GAA2B20D,GAAGx6F,MAArC;AAA4C,aAA/nF,EAAgoFm+J,aAAY,uBAAU;AAAC,oBAAI3hJ,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEmpH,OAAF,CAAU7jH,MAAV,EAAjB,CAAoC,KAAItF,EAAEmmG,MAAF,GAAS,EAAT,EAAYrkF,IAAE,CAAlB,EAAoBA,IAAE1M,EAAElW,MAAxB,EAA+B4iB,GAA/B;AAAmCnZ,wBAAEyM,EAAE0M,CAAF,CAAF,EAAOnZ,aAAa2uD,EAAEyuG,KAAf,KAAuB/lK,EAAEmmG,MAAF,CAASxoG,IAAT,CAAcgL,CAAd,GAAiBA,EAAEuhK,eAAF,GAAkB,IAAI3pK,CAAJ,EAA1D,CAAP;AAAnC,iBAA2GP,EAAEujK,MAAF,GAAS,KAAGvjK,EAAEmmG,MAAF,CAASjnG,MAAZ,GAAmBc,EAAEmmG,MAAF,CAAS,CAAT,EAAYlP,MAAZ,GAAqBkd,KAAxC,GAA8C,CAAvD,EAAyDn0G,EAAEmqK,WAAF,GAAcnqK,EAAEujK,MAAzE,EAAgFvjK,EAAEoqK,QAAF,EAAhF,EAA6FpqK,EAAEqqK,UAAF,EAA7F,EAA4GrqK,EAAEijK,aAAF,EAA5G,EAA8HjjK,EAAEkwG,OAAF,EAA9H,EAA0IlwG,EAAEw4H,MAAF,EAA1I;AAAqJ,aAA37F,EAA47F4xC,UAAS,oBAAU;AAAC,oBAAItoJ,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV,CAAe,KAAIA,EAAEsqK,cAAF,GAAiB,EAAjB,EAAoBxoJ,IAAE,CAA1B,EAA4BA,IAAE9hB,EAAEmmG,MAAF,CAASjnG,MAAvC,EAA8C4iB,GAA9C;AAAkDnZ,wBAAE3I,EAAEmmG,MAAF,CAASrkF,CAAT,CAAF,EAAc9hB,EAAEsqK,cAAF,CAAiB3sK,IAAjB,CAAsBgL,EAAEsuF,MAAF,GAAWkd,KAAjC,CAAd;AAAlD;AAAwG,aAAvkG,EAAwkGk2D,YAAW,sBAAU;AAAC,oBAAIvoJ,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV,CAAe,KAAIA,EAAEuqK,aAAF,GAAgB,EAAhB,EAAmBzoJ,IAAE,CAAzB,EAA2BA,IAAE9hB,EAAEmmG,MAAF,CAASjnG,MAAtC,EAA6C4iB,GAA7C;AAAiDnZ,wBAAE3I,EAAEmmG,MAAF,CAASrkF,CAAT,CAAF,EAAc9hB,EAAEuqK,aAAF,CAAgB5sK,IAAhB,CAAqBgL,EAAEwtJ,MAAF,EAArB,CAAd;AAAjD;AAAgG,aAA7sG,EAA8sGsH,QAAO,gBAAS37I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG,KAAKmhK,UAAL,EAAH,EAAqB;AAAC,wBAAI9pK,IAAE,KAAK+pK,cAAL,EAAN;AAAA,wBAA4B30J,IAAEpV,EAAEk2B,KAAhC;AAAA,wBAAsCm9B,IAAErzD,EAAE++F,MAA1C;AAAA,wBAAiDxmE,IAAEv4B,EAAE8+F,IAArD,CAA0Dh9E,KAAG0xC,EAAEs9F,SAAF,CAAY17I,EAAE2pF,MAAd,CAAH,KAA2B1rC,IAAEiD,EAAE,EAAF,EAAKjD,CAAL,EAAOj+C,EAAE2pF,MAAT,CAA7B,GAA+Cj9E,KAAG0xC,EAAEs9F,SAAF,CAAY17I,EAAE0pF,IAAd,CAAH,KAAyBvmE,IAAEnjB,EAAE0pF,IAA7B,CAA/C,EAAkFn2F,EAAEo2F,MAAF,CAAS1rC,EAAE9e,KAAX,EAAiB8e,EAAEvoC,KAAnB,EAAyBuoC,EAAE7lC,OAA3B,CAAlF,EAAsH7kB,EAAEm2F,IAAF,CAAOvmE,EAAEgc,KAAT,EAAehc,EAAE/K,OAAjB,CAAtH;AAAgJ;AAAC,aAAp8G,EAAq8G3d,OAAM,eAASiS,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAI,KAAKwqK,GAAL,GAAS1oJ,CAAT,EAAW,KAAK2oJ,GAAL,GAAS3oJ,CAApB,EAAsB,KAAK4oJ,GAAL,GAAS5oJ,CAA/B,EAAiC,KAAK2nJ,aAAL,GAAmB,CAAC,CAArD,EAAuD,KAAKG,eAAL,GAAqB,CAAC,CAA7E,EAA+E,KAAKe,WAAL,GAAiB,EAAhG,EAAmGhiK,IAAE,CAAzG,EAA2GA,IAAE,KAAKw9F,MAAL,CAAYjnG,MAAzH,EAAgIyJ,GAAhI;AAAoI3I,wBAAE,KAAKmmG,MAAL,CAAYx9F,CAAZ,CAAF,EAAiB,KAAKgiK,WAAL,CAAiBhtK,IAAjB,CAAsBqC,EAAEm2J,MAAF,EAAtB,CAAjB;AAApI;AAAuL,aAAtpH,EAAupH39B,QAAO,kBAAU;AAAC,oBAAI12G,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAK8pK,UAAL,EAAV,CAA4B,KAAIhoJ,IAAE,CAAN,EAAQA,IAAE,KAAKhiB,GAAL,CAASZ,MAAnB,EAA0B4iB,GAA1B;AAA8BnZ,wBAAE,KAAK7I,GAAL,CAASgiB,CAAT,CAAF,EAAcnZ,EAAEywG,MAAF,CAASn8E,OAAT,CAAiBj9B,CAAjB,CAAd;AAA9B;AAAgE,aAArwH,EAAswHm0G,OAAM,eAASryF,CAAT,EAAW;AAAC,uBAAO89E,GAAG99E,CAAH,MAAQ,KAAKyhJ,MAAL,GAAYzhJ,CAApB,GAAuB,KAAKyhJ,MAAnC;AAA0C,aAAl0H,EAAm0HtsE,QAAO,kBAAU;AAAC,oBAAIn1E,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAKwjK,YAAL,CAAkBhhF,MAAlB,EAAV;AAAA,oBAAqCptE,IAAE,KAAK++F,KAAL,EAAvC,CAAoD,KAAI,KAAKy1D,eAAL,GAAqB,CAAC,CAAtB,EAAwB9nJ,IAAE,CAA9B,EAAgCA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAA9C,EAAqD4iB,GAArD;AAAyDnZ,wBAAE,KAAKw9F,MAAL,CAAYrkF,CAAZ,CAAF,EAAiB1M,IAAE,CAACA,IAAE,KAAKk1J,cAAL,CAAoBxoJ,CAApB,CAAF,GAAyB,KAAKqoJ,WAA/B,IAA4C,GAA/D,EAAmExhK,EAAEsuF,MAAF,CAAS7hF,CAAT,EAAWpV,CAAX,CAAnE;AAAzD,iBAA0I,KAAKkwG,OAAL;AAAe,aAAliI,EAAmiI/kE,MAAK,cAASrpB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIu4B,CAAJ;AAAA,oBAAM66B,CAAN;AAAA,oBAAQ5sD,CAAR;AAAA,oBAAUyuD,CAAV;AAAA,oBAAYpB,CAAZ;AAAA,oBAAcG,CAAd;AAAA,oBAAgBv9C,CAAhB;AAAA,oBAAkBm9C,CAAlB;AAAA,oBAAoBM,CAApB;AAAA,oBAAsBhlC,CAAtB;AAAA,oBAAwBqmC,CAAxB;AAAA,oBAA0BzsD,CAA1B;AAAA,oBAA4BX,CAA5B;AAAA,oBAA8Bs1B,CAA9B;AAAA,oBAAgCiQ,IAAE,IAAIntC,CAAJ,EAAlC;AAAA,oBAAwCnD,IAAE,IAAImD,CAAJ,EAA1C;AAAA,oBAAgDitC,IAAE,CAAlD,CAAoD,IAAG1rB,EAAE4rB,CAAF,KAAM,CAAC,CAAP,IAAU5rB,EAAE0rB,CAAF,KAAM,CAAC,CAApB,EAAsB;AAAC,yBAAIynB,IAAE,KAAKuuG,YAAL,CAAkBhhF,MAAlB,EAAF,EAA6B,KAAK+gF,MAAL,GAAY,KAAKqH,cAAL,CAAoBp3G,EAAEq+F,SAAF,CAAY58F,CAAZ,EAAcj1D,CAAd,CAApB,CAAzC,EAA+Eg0D,IAAE,CAArF,EAAuFA,IAAE,KAAKmyC,MAAL,CAAYjnG,MAArG,EAA4G80D,GAA5G;AAAgHH,4BAAE,KAAKsyC,MAAL,CAAYnyC,CAAZ,CAAF,EAAiBv9C,IAAE,CAAC,KAAK8sJ,MAAL,GAAY,KAAK+G,cAAL,CAAoBt2G,CAApB,CAAZ,GAAmC,KAAKm2G,WAAzC,IAAsD,GAAzE,EAA6Et2G,EAAEojC,MAAF,CAASxgF,CAAT,EAAWw+C,CAAX,CAA7E,EAA2FpB,EAAE71D,cAAF,CAAiB,QAAjB,KAA4B61D,EAAEmvG,MAAF,CAASnvG,CAAT,CAAvH,EAAmI,KAAKg3G,SAAL,GAAe,CAAC,CAAnJ;AAAhH,qBAAqQ,KAAK36D,OAAL;AAAe,iBAA3S,MAA+S;AAAC,wBAAG,KAAK46D,UAAL,EAAH,EAAqB;AAAC,4BAAGhiK,IAAE,KAAKiiK,iBAAL,CAAuB/qK,EAAEmzJ,KAAF,CAAQ,KAAKuX,GAAb,CAAvB,CAAF,EAA4C,MAAI5hK,EAAE0kC,CAAN,IAAS,MAAI1kC,EAAE4kC,CAA9D,EAAgE,OAAO,KAAK+8H,GAAL,GAASzqK,CAAT,EAAW2I,CAAlB,CAAoB4vB,IAAEzvB,CAAF,EAAI,KAAK4hK,GAAL,GAAS,IAAInqK,CAAJ,CAAM,KAAKmqK,GAAL,CAASl9H,CAAT,GAAW1kC,EAAE0kC,CAAnB,EAAqB,KAAKk9H,GAAL,CAASh9H,CAAT,GAAW5kC,EAAE4kC,CAAlC,CAAb;AAAkD,qBAA5J,MAAiKnV,IAAEv4B,EAAEmzJ,KAAF,CAAQ,KAAKsX,GAAb,CAAF,CAAoB,KAAI,KAAKzF,YAAL,CAAkBljJ,CAAlB,KAAsB1kB,IAAEswC,IAAEnV,CAAJ,EAAM66B,IAAE,CAAC,CAA/B,KAAmC,KAAKmwG,MAAL,IAAahrI,EAAE0+D,MAAF,CAAS,IAAI12F,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAAT,EAAoB,KAAKgjK,MAAzB,CAAb,EAA8CzhJ,EAAE0rB,CAAF,IAAK,CAAC,CAAN,GAAQE,EAAEF,CAAF,GAAIjV,EAAEiV,CAAd,GAAgB,KAAG1rB,EAAE0rB,CAAL,KAASpwC,EAAEowC,CAAF,GAAIjV,EAAEiV,CAAf,CAA9D,EAAgF1rB,EAAE4rB,CAAF,IAAK,CAAC,CAAN,GAAQA,EAAEA,CAAF,GAAInV,EAAEmV,CAAd,GAAgB,KAAG5rB,EAAE4rB,CAAL,KAAStwC,EAAEswC,CAAF,GAAInV,EAAEmV,CAAf,CAAnI,GAAsJ0lB,MAAIc,IAAE9+C,EAAE0M,CAAF,EAAI,KAAK0hJ,YAAT,CAAF,EAAyBt0I,IAAE,CAAC,KAAKs0I,YAAL,CAAkB14I,KAAlB,GAAwByN,EAAEiV,CAAF,GAAI1rB,EAAE0rB,CAA/B,IAAkC,KAAKg2H,YAAL,CAAkB14I,KAA/E,EAAqFyqC,IAAE,CAAC,KAAKiuG,YAAL,CAAkB3zI,MAAlB,GAAyB0I,EAAEmV,CAAF,GAAI5rB,EAAE4rB,CAAhC,IAAmC,KAAK81H,YAAL,CAAkB3zI,MAAhJ,CAAtJ,EAA8SmkC,IAAE,CAApT,EAAsTA,IAAE,KAAKmyC,MAAL,CAAYjnG,MAApU,EAA2U80D,GAA3U,EAA+U;AAAC,4BAAGH,IAAE,KAAKsyC,MAAL,CAAYnyC,CAAZ,CAAF,EAAiBxtD,IAAEqtD,EAAEsiG,MAAF,EAAnB,EAA8B/iG,CAAjC,EAAmC;AAAC,gCAAG,CAACC,EAAEQ,CAAF,CAAJ,EAAS,SAASD,IAAE,KAAKo3G,eAAL,CAAqBxkK,CAArB,EAAuBknC,CAAvB,EAAyBtwC,CAAzB,EAA2Bg2D,CAA3B,CAAF;AAAgC,yBAAtF,MAA2FQ,IAAEptD,EAAEvF,KAAF,EAAF,EAAY2yD,EAAEr1C,KAAF,CAAQ2Q,CAAR,EAAUqmC,CAAV,EAAYrB,CAAZ,EAAc,KAAKsvG,YAAL,CAAkBhhF,MAAlB,EAAd,EAAyC3uB,EAAEojC,MAAF,GAAWkd,KAApD,CAAZ,EAAuEhsG,IAAEyrD,EAAE4uB,MAAF,EAAzE,EAAoFr6E,EAAE8uF,MAAF,CAASzwF,EAAEg8E,MAAF,EAAT,EAAoB,CAAC,KAAK+gF,MAA1B,CAApF,EAAsH3vG,IAAE,IAAI6C,CAAJ,CAAMtuD,EAAEqlC,CAAF,GAAIomB,EAAE9oC,KAAF,GAAQ,CAAlB,EAAoB3iB,EAAEulC,CAAF,GAAIkmB,EAAE/jC,MAAF,GAAS,CAAjC,EAAmC+jC,EAAE9oC,KAArC,EAA2C8oC,EAAE/jC,MAA7C,CAAxH,CAA6K+jC,EAAE9oC,KAAF,IAAS+oC,EAAEjzD,OAAF,CAAU4qB,QAAnB,IAA6BooC,EAAE/jC,MAAF,IAAUgkC,EAAEjzD,OAAF,CAAUqqK,SAAjD,KAA6DxtI,IAAEj3B,CAAF,EAAIqtD,EAAEsiG,MAAF,CAASviG,CAAT,CAAJ,EAAgBC,EAAE71D,cAAF,CAAiB,QAAjB,KAA4B61D,EAAEmvG,MAAF,CAASnvG,CAAT,EAAWp2B,CAAX,EAAam2B,CAAb,CAA5C,EAA4Dn2B,EAAE3S,KAAF,KAAU8oC,EAAE9oC,KAAZ,IAAmB2S,EAAE5N,MAAF,KAAW+jC,EAAE/jC,MAAhC,IAAwCgkC,EAAEojC,MAAF,CAASpjC,EAAEojC,MAAF,GAAWkd,KAApB,CAApG,EAA+H3mE,KAAG,CAA/L;AAAkM,2BAAIA,KAAGwmB,CAAH,IAAMJ,IAAE,KAAKo3G,eAAL,CAAqB,KAAKxH,YAA1B,EAAuC91H,CAAvC,EAAyCtwC,CAAzC,EAA2Cg2D,CAA3C,CAAF,EAAgD,KAAK+iG,MAAL,CAAYviG,CAAZ,CAAtD,IAAsE,KAAKqvG,aAAL,EAAtE,EAA2F,KAAK/yD,OAAL,EAA/F,GAA+G,KAAKm6D,UAAL,EAA/G;AAAiI,sBAAKI,GAAL,GAASzqK,CAAT;AAAW,aAAr/K,EAAs/KglK,cAAa,sBAASljJ,CAAT,EAAW;AAAC,uBAAO,MAAIA,EAAE0rB,CAAN,IAAS,MAAI1rB,EAAE4rB,CAAtB;AAAwB,aAAviL,EAAwiL28B,QAAO,kBAAU;AAAC,oBAAIvoD,CAAJ;AAAA,oBAAM9hB,IAAE,KAAKmmG,MAAb;AAAA,oBAAoB/wF,IAAE,KAAKu1J,WAA3B,CAAuC,KAAI7oJ,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,sBAAE8hB,CAAF,EAAKq0I,MAAL,CAAY/gJ,EAAE0M,CAAF,CAAZ;AAAvB,iBAAyC,KAAKmhJ,aAAL,IAAqB,KAAK/yD,OAAL,EAArB,EAAoC,KAAKu5D,aAAL,GAAmB9gK,CAAvD,EAAyD,KAAKihK,eAAL,GAAqBjhK,CAA9E,EAAgF,KAAKkiK,SAAL,GAAeliK,CAA/F;AAAiG,aAA3uL,EAA4uLuiK,2BAA0B,mCAASppJ,CAAT,EAAW;AAAC,uBAAO,KAAKqnG,OAAL,CAAagiD,KAAb,GAAmB,KAAKhiD,OAAL,CAAagiD,KAAb,CAAmBC,wBAAnB,CAA4CtpJ,CAA5C,CAAnB,GAAkEA,CAAzE;AAA2E,aAA71L,EAA81LupJ,uBAAsB,+BAASvpJ,CAAT,EAAW;AAAC,uBAAO,KAAKqnG,OAAL,CAAagiD,KAAb,GAAmB,KAAKhiD,OAAL,CAAagiD,KAAb,CAAmBG,oBAAnB,CAAwCxpJ,CAAxC,CAAnB,GAA8DA,CAArE;AAAuE,aAAv8L,EAAw8L8oJ,gBAAe,wBAAS9oJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK4iK,WAAL,EAAN;AAAA,oBAAyBvrK,IAAEyB,KAAKkrB,GAAL,CAAShkB,EAAEwrG,KAAF,IAASz/B,EAAlB,EAAqB4rB,EAArB,CAA3B,CAAoD,OAAO33F,IAAElH,KAAKgzD,KAAL,CAAW3yC,IAAE,GAAF,GAAM9hB,CAAjB,IAAoBA,CAAtB,GAAwB8hB,IAAE,GAAjC;AAAqC,aAA5jM,EAA6jMipJ,mBAAkB,2BAASjpJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,OAAO8hB,aAAaw1C,EAAE+iC,KAAf,GAAqB,IAAI/iC,EAAE+iC,KAAN,CAAY,KAAK0wE,iBAAL,CAAuBjpJ,EAAE0rB,CAAzB,CAAZ,EAAwC,KAAKu9H,iBAAL,CAAuBjpJ,EAAE4rB,CAAzB,CAAxC,CAArB,IAA2F/kC,IAAE,KAAK4iK,WAAL,MAAoB,EAAtB,EAAyBvrK,IAAEyB,KAAKkrB,GAAL,CAAShkB,EAAE84B,IAAF,IAAQ4+D,EAAjB,EAAoBmW,EAApB,CAA3B,EAAmD7tG,IAAElH,KAAKgzD,KAAL,CAAW3yC,IAAE9hB,CAAb,IAAgBA,CAAlB,GAAoB8hB,CAAlK,CAAP;AAA4K,aAA/wM,EAAgxMypJ,aAAY,uBAAU;AAAC,oBAAIzpJ,IAAE,KAAKqnG,OAAL,CAAavoH,OAAb,CAAqBgzE,QAA3B;AAAA,oBAAoCjrE,IAAE,CAAC,CAACmZ,KAAG,EAAJ,EAAQi/I,IAAR,IAAc,EAAf,EAAmByK,IAAnB,IAAyB,EAA/D,CAAkE,OAAO7iK,CAAP;AAAS,aAAl3M,EAAm3MmiK,YAAW,sBAAU;AAAC,oBAAIhpJ,IAAE,KAAKqnG,OAAL,CAAavoH,OAAb,CAAqBgzE,QAA3B;AAAA,oBAAoCjrE,IAAE,CAACmZ,KAAG,EAAJ,EAAQi/I,IAA9C;AAAA,oBAAmD/gK,IAAE,CAAC2I,KAAG,EAAJ,EAAQ6iK,IAA7D,CAAkE,OAAO1pJ,MAAI,CAAC,CAAL,IAAQnZ,MAAI,CAAC,CAAb,IAAgB3I,MAAI,CAAC,CAA5B;AAA8B,aAAz+M,EAA0+MgrK,iBAAgB,yBAASlpJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAM96B,IAAEzW,EAAE81E,OAAF,GAAYs7D,IAAZ,CAAiBvqJ,CAAjB,CAAR;AAAA,oBAA4ByqD,IAAEtxC,EAAEi1E,WAAF,GAAgBm8D,IAAhB,CAAqBlzJ,CAArB,CAA9B;AAAA,oBAAsDwG,IAAEiwD,EAAEuhC,UAAF,CAAaz/D,CAAb,EAAe66B,CAAf,CAAxD,CAA0E,OAAOh+C,MAAIi+C,IAAE7sD,EAAEg8E,MAAF,EAAF,EAAanvB,EAAE4jC,MAAF,CAASn1E,EAAE0gE,MAAF,EAAT,EAAoB,CAAC,KAAK+gF,MAA1B,CAAb,EAA+C/8J,IAAE,IAAIiwD,CAAJ,CAAMpD,EAAE7lB,CAAF,GAAIhnC,EAAEskB,KAAF,GAAQ,CAAlB,EAAoBuoC,EAAE3lB,CAAF,GAAIlnC,EAAEqpB,MAAF,GAAS,CAAjC,EAAmCrpB,EAAEskB,KAArC,EAA2CtkB,EAAEqpB,MAA7C,CAArD,GAA2GrpB,CAAlH;AAAoH,aAA1sN,EAA2sN+W,MAAK,gBAAU;AAAC,oBAAIuE,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,IAAG,KAAKo3G,GAAL,IAAU,KAAKD,GAAlB,EAAsB,IAAG,KAAKK,SAAR,EAAkB/oJ,IAAE,IAAI2b,CAAJ,CAAM,IAAN,EAAW,KAAK0oE,MAAhB,EAAuB,KAAKmkE,cAA5B,CAAF,EAA8C,KAAKO,SAAL,GAAe,CAAC,CAA9D,CAAlB,KAAuF,IAAG,KAAKY,WAAL,EAAH,EAAsB;AAAC,wBAAG,KAAKtiD,OAAL,CAAagiD,KAAhB,EAAsB,KAAInrK,IAAE,CAAN,EAAQA,IAAE,KAAKmmG,MAAL,CAAYjnG,MAAtB,EAA6Bc,GAA7B;AAAiCoV,4BAAE,KAAK+wF,MAAL,CAAYnmG,CAAZ,CAAF,EAAiBqzD,IAAEj+C,EAAE+gJ,MAAF,EAAnB,EAA8B9iG,IAAE,KAAKg4G,qBAAL,CAA2B,KAAKH,yBAAL,CAA+B73G,CAA/B,CAA3B,CAAhC,EAA8Fj+C,EAAE+gJ,MAAF,CAAS9iG,CAAT,CAA9F,EAA0G,KAAK4vG,aAAL,EAA1G,EAA+H,KAAK/yD,OAAL,EAA/H;AAAjC,qBAA+K,KAAIlwG,IAAE,CAAN,EAAQA,IAAE,KAAKmmG,MAAL,CAAYjnG,MAAtB,EAA6Bc,GAA7B;AAAiCoV,4BAAE,KAAK+wF,MAAL,CAAYnmG,CAAZ,CAAF,EAAiBoV,EAAEstJ,WAAF,EAAjB;AAAjC,qBAAkE5gJ,IAAE,IAAIoN,CAAJ,CAAM,KAAKi3E,MAAX,EAAkB,KAAKwkE,WAAvB,EAAmC,IAAnC,CAAF,EAA2C,KAAKxhD,OAAL,CAAauiD,iBAAb,EAA3C;AAA4E,wBAAO,KAAKjC,aAAL,GAAmB9gK,CAAnB,EAAqB,KAAKihK,eAAL,GAAqBjhK,CAA1C,EAA4C,KAAKkiK,SAAL,GAAeliK,CAA3D,EAA6DmZ,CAApE;AAAsE,aAApwO,EAAqwO2pJ,aAAY,uBAAU;AAAC,oBAAI3pJ,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKw9F,MAAb;AAAA,oBAAoBnmG,IAAE,KAAK2qK,WAA3B,CAAuC,KAAI7oJ,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB,wBAAG,CAACnZ,EAAEmZ,CAAF,EAAKq0I,MAAL,GAAcxgF,MAAd,CAAqB31E,EAAE8hB,CAAF,CAArB,CAAJ,EAA+B,OAAM,CAAC,CAAP;AAAtD,iBAA+D,OAAM,CAAC,CAAP;AAAS,aAA34O,EAA44OmhJ,eAAc,yBAAU;AAAC,oBAAInhJ,IAAE,KAAG,KAAKqkF,MAAL,CAAYjnG,MAAf,GAAsB,KAAKinG,MAAL,CAAY,CAAZ,EAAegwD,MAAf,GAAwBl1J,KAAxB,EAAtB,GAAsD,KAAKkoH,OAAL,CAAawiD,WAAb,CAAyB,KAAKxlE,MAA9B,EAAqC,CAAC,CAAtC,CAA5D,CAAqG,KAAKgwD,MAAL,CAAYr0I,CAAZ;AAAe,aAAzhP,EAA0hPouF,SAAQ,mBAAU;AAAC,oBAAIvnG,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,IAAE,IAAd,CAAmB,KAAK4tE,MAAL,CAAYjnG,MAAZ,GAAmB,CAAnB,IAAsBc,IAAE,KAAKm2J,MAAL,EAAF,EAAgB,KAAK/8C,MAAL,CAAYn8E,OAAZ,CAAoB,CAAC,CAArB,CAAhB,EAAwC,KAAKm8E,MAAL,CAAYptF,QAAZ,CAAqBhsB,EAAE43F,OAAF,EAArB,CAAxC,EAA0E91E,EAAEliB,IAAF,CAAO,KAAKE,GAAZ,EAAgB,YAAU;AAAC6I,wBAAE4vB,EAAE0xI,gBAAF,CAAmB,IAAI1pK,CAAJ,CAAM,KAAKitC,CAAX,EAAa,KAAKE,CAAlB,CAAnB,CAAF,EAA2C,KAAK0rE,MAAL,CAAYptF,QAAZ,CAAqBrjB,EAAEivF,OAAF,EAArB,CAA3C;AAA6E,iBAAxG,CAA1E,EAAoL,KAAKwhB,MAAL,CAAYptF,QAAZ,CAAqBhsB,EAAE43F,OAAF,EAArB,CAApL,EAAsNxiF,IAAE,IAAI7U,CAAJ,CAAMP,EAAE8qB,KAAF,GAAQ,CAAd,EAAgB9qB,EAAE6vB,MAAF,GAAS,CAAzB,CAAxN,EAAoP,KAAKupF,MAAL,CAAYniB,MAAZ,CAAmB,KAAKssE,MAAxB,EAA+BnuJ,CAA/B,CAApP,EAAsR,KAAKwxB,IAAL,CAAU4xF,MAAV,CAAiB,EAAC1tG,OAAM9qB,EAAE8qB,KAAT,EAAe+E,QAAO7vB,EAAE6vB,MAAxB,EAAjB,CAAtR,EAAwU,KAAK+7I,aAAL,KAAqBv4G,IAAE,KAAKzyD,OAAL,CAAagzE,QAAb,CAAsBqjB,MAAtB,CAA6BgzB,KAA/B,EAAqC,KAAK4hD,oBAAL,GAA0B,IAAIp1G,CAAJ,CAAMz2D,EAAEwiF,MAAF,GAAWh1C,CAAjB,EAAmBxtC,EAAE0tC,CAAF,GAAI2lB,EAAE3lB,CAAzB,EAA2B,CAA3B,EAA6B,CAA7B,EAAgCgmH,OAAhC,CAAwCrgG,EAAEvoC,KAA1C,CAA/D,EAAgH,KAAK8gJ,aAAL,CAAmBpzC,MAAnB,CAA0B,EAAChrF,GAAExtC,EAAE8qB,KAAF,GAAQ,CAAR,GAAUuoC,EAAEvoC,KAAF,GAAQ,CAArB,EAA1B,CAArI,CAA9V,IAAwhB,KAAKsuF,MAAL,CAAYn8E,OAAZ,CAAoB,CAAC,CAArB,CAAxhB;AAAgjB,aAAhnQ,EAAT,CAA9srB,EAA007Bs6B,IAAEG,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAElhB,OAAF,CAAUkoH,UAAhB,CAA2B,KAAKloH,OAAL,GAAa01D,EAAE,EAAF,EAAK,KAAK11D,OAAV,EAAkB+H,CAAlB,CAAb,EAAkC,KAAKywG,MAAL,GAAY,IAAIrhD,CAAJ,CAAM,KAAKn3D,OAAX,CAA9C,EAAkE,KAAKuoH,OAAL,GAAarnG,CAA/E;AAAiF,aAA9H,EAA+HlhB,SAAQ,EAACm+F,QAAO,EAACxqD,OAAM,SAAP,EAAiBzpB,OAAM,CAAvB,EAAyB6+E,UAAS,MAAlC,EAAR,EAAkD7K,MAAK,EAACvqD,OAAM6iE,EAAP,EAAvD,EAAvI,EAA0MvnG,OAAM,eAASiS,CAAT,EAAW;AAAC,qBAAK0oJ,GAAL,GAAS,KAAKsB,GAAL,GAAShqJ,CAAlB,EAAoB,KAAKouF,OAAL,EAApB,EAAmC,KAAKiZ,OAAL,CAAa4iD,MAAb,CAAoB,IAApB,EAAyB,CAAC,CAA1B,CAAnC;AAAgE,aAA5R,EAA6RvrK,KAAI,eAAU;AAAC,qBAAKgqK,GAAL,GAAS,KAAKsB,GAAL,GAASnjK,CAAlB,EAAoB,KAAKwgH,OAAL,CAAa4iD,MAAb,CAAoB,IAApB,EAAyB,CAAC,CAA1B,CAApB;AAAiD,aAA7V,EAA8V5V,QAAO,gBAASr0I,CAAT,EAAW;AAAC,uBAAOA,MAAI,KAAKkoJ,OAAL,GAAaloJ,CAAjB,GAAoB,KAAKkoJ,OAAhC;AAAwC,aAAzZ,EAA0Z7+H,MAAK,cAASrpB,CAAT,EAAW;AAAC,qBAAKgqJ,GAAL,GAAShqJ,CAAT,EAAW,KAAKouF,OAAL,EAAX;AAA0B,aAArc,EAAscA,SAAQ,mBAAU;AAAC,oBAAG,KAAKs6D,GAAR,EAAY;AAAC,wBAAI1oJ,IAAE20C,EAAEuhC,UAAF,CAAa,KAAKmxB,OAAL,CAAakgD,YAAb,CAA0B,KAAKmB,GAA/B,CAAb,EAAiD,KAAKrhD,OAAL,CAAakgD,YAAb,CAA0B,KAAKyC,GAA/B,CAAjD,CAAN,CAA4F,KAAK3V,MAAL,CAAY1/F,EAAEuhC,UAAF,CAAa,KAAKwyE,GAAlB,EAAsB,KAAKsB,GAA3B,CAAZ,GACzt+B,KAAK1yD,MAAL,CAAYptF,QAAZ,CAAqBlK,EAAE81E,OAAF,EAArB,CADyt+B,EACvr+B,KAAKwhB,MAAL,CAAYof,MAAZ,CAAmB,EAAC3oG,QAAO/N,EAAE+N,MAAF,GAAS,CAAjB,EAAmB/E,OAAMhJ,EAAEgJ,KAAF,GAAQ,CAAjC,EAAnB,CADur+B;AAC/n+B;AAAC,aAD4j9B,EAAT,CAA507B,EACpuBmsC,IAAES,EAAE/2D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,GAAa01D,EAAE,EAAF,EAAKx0C,EAAElhB,OAAP,CAAb,EAA6B,KAAK4kK,EAAL,GAAQ1jJ,CAArC,EAAuC,KAAKs3F,MAAL,GAAY,IAAI7iD,CAAJ,CAAM,KAAK31D,OAAX,CAAnD,EAAuE,KAAKsvG,OAAL,EAAvE;AAAsF,aAAxG,EAAyGutD,QAAO,gBAAS37I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX;AAAA,oBAAmBZ,IAAE2I,EAAEutB,KAAvB;AAAA,oBAA6B9gB,IAAEzM,EAAEo2F,MAAjC;AAAA,oBAAwC1rC,IAAE1qD,EAAEm2F,IAA5C,CAAiDh9E,KAAG0xC,EAAEs9F,SAAF,CAAY9wJ,EAAE++F,MAAd,CAAH,KAA2B3pF,IAAEkhD,EAAE,EAAF,EAAKlhD,CAAL,EAAOpV,EAAE++F,MAAT,CAA7B,GAA+Cj9E,KAAG0xC,EAAEs9F,SAAF,CAAY9wJ,EAAE8+F,IAAd,CAAH,KAAyBzrC,IAAErzD,EAAE8+F,IAA7B,CAA/C,EAAkF,KAAKsa,MAAL,CAAYof,MAAZ,CAAmB,EAACz5B,QAAO3pF,CAAR,EAAU0pF,MAAKzrC,CAAf,EAAnB,CAAlF;AAAwH,aAArS,EAAsS68C,SAAQ,mBAAU;AAAC,oBAAIpuF,IAAE,KAAK0jJ,EAAL,CAAQ5nE,KAAR,CAAcurB,OAAd,CAAsB6iD,WAAtB,CAAkC,KAAKxG,EAAL,CAAQx5I,QAAR,EAAlC,CAAN;AAAA,oBAA4DrjB,IAAEmZ,EAAEqxI,KAAF,CAAQ,KAAKqS,EAAL,CAAQ5nE,KAAR,CAAcu4D,MAAd,CAAqB,aAArB,EAAoCv+D,OAApC,EAAR,CAA9D;AAAA,oBAAqH53F,IAAE,IAAIy2D,CAAJ,CAAM30C,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc,CAAd,EAAgB,CAAhB,CAAvH,CAA0I1tC,EAAE0zJ,OAAF,CAAU,KAAK9yJ,OAAL,CAAakqB,KAAb,GAAmB,CAA7B,EAA+B,KAAKlqB,OAAL,CAAaivB,MAAb,GAAoB,CAAnD,GAAsD,KAAKo8I,aAAL,GAAmBjsK,CAAzE,EAA2E,KAAKo5G,MAAL,CAAYof,MAAZ,CAAmB,EAACh2C,QAAO,IAAIjiF,CAAJ,CAAMoI,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,CAAR,EAAnB,CAA3E;AAAuH,aAA1jB,EAA2jBo3H,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK68J,EAAL,CAAQ5nE,KAAR,CAAcurB,OAAd,CAAsB6iD,WAAtB,CAAkClqJ,CAAlC,CAAN,CAA2C,OAAO,KAAKmqJ,aAAL,CAAmBlmK,QAAnB,CAA4B4C,CAA5B,CAAP;AAAsC,aAAjqB,EAAT,CADkuB,EACrD2tD,EAAEgB,CAAF,EAAI,EAAC40G,eAAcr4G,CAAf,EAAiBs4G,eAAcj9I,CAA/B,EAAiCk9I,aAAYjkK,CAA7C,EAA+CkkK,cAAavjK,CAA5D,EAA8DwjK,mBAAkB/2G,CAAhF,EAAkFg3G,iBAAgBr4G,CAAlG,EAAoGs4G,sBAAqB54G,CAAzH,EAA2H64G,uBAAsBt2G,CAAjJ,EAAmJu2G,gBAAer2G,CAAlK,EAAoKs2G,iBAAgB11G,CAApL,EAAsL21G,iBAAgBp/H,CAAtM,EAAwMq/H,iBAAgBl1G,CAAxN,EAA0Nm1G,UAASv1G,CAAnO,EAAqOw1G,aAAY51G,CAAjP,EAAmP61G,mBAAkBx1G,CAArQ,EAAuQy1G,gBAAeh4G,CAAtR,EAAwRi4G,oBAAmBl5G,CAA3S,EAA6Sm5G,aAAYz/H,CAAzT,EAA2T0/H,YAAWhwK,CAAtU,EAAwUiwK,sBAAqBx1G,CAA7V,EAA+Vy1G,gBAAex1G,CAA9W,EAAgXy1G,iBAAgBl2G,CAAhY,EAAkYm2G,eAAcvkI,CAAhZ,EAAkZwkI,cAAar2G,CAA/Z,EAAias2G,aAAYt3G,CAA7a,EAA+au3G,oBAAmBz3G,CAAlc,EAAoc03G,YAAWnwI,CAA/c,EAAJ,CADqD;AACka,KAFq76B,CAEp76BngC,OAAO07D,KAAP,CAAa76D,MAFu66B,CAAD;AAE956B,CAFsy6B,EAEry6B,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAF+t6B,CAD+s/E,EAG565G,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,4BAAP,EAAoC,CAAC,0BAAD,CAApC,EAAiE7f,CAAjE;AAAoE,CAAvF,CAAwF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAE0jE,OAAF,CAAUylD,OAA/B;AAAA,YAAuC91D,IAAEj+C,EAAEylJ,KAA3C;AAAA,YAAiDtiI,IAAEnjB,EAAE4sE,IAArD;AAAA,YAA0D5uB,IAAEh+C,EAAE+mJ,IAA9D;AAAA,YAAmE31J,IAAExG,EAAEolE,UAAvE;AAAA,YAAkFnQ,IAAE7/C,EAAEmlF,IAAtF;AAAA,YAA2F1mC,IAAEz+C,EAAEklF,IAA/F;AAAA,YAAoGtmC,IAAE5+C,EAAE2mJ,UAAxG;AAAA,YAAmHtlJ,IAAErB,EAAE8mJ,GAAvH;AAAA,YAA2HtoG,IAAEx+C,EAAEylJ,KAA/H;AAAA,YAAqI3mG,IAAE9+C,EAAE29I,KAAzI;AAAA,YAA+I7jI,IAAE9Z,EAAEilF,KAAnJ;AAAA,YAAyJ9kC,IAAE,IAA3J;AAAA,YAAgKzsD,IAAErH,KAAK4tB,EAAL,GAAQ,GAA1K;AAAA,YAA8KlnB,IAAE+rD,EAAEnuD,QAAlL;AAAA,YAA2L03B,IAAE3b,EAAE9d,IAA/L;AAAA,YAAoM0pC,IAAE1tC,EAAE8lE,KAAF,CAAQnlE,MAAR,CAAe,EAACktK,gBAAe,EAAC5rK,MAAK,MAAN,EAAa6rK,SAAQ,MAArB,EAA4BC,OAAM,IAAlC,EAAuC77I,SAAQ,CAAC,CAAhD,EAAkDopI,aAAY,CAAC,CAA/D,EAAiEzR,UAAS,EAA1E,EAA6EmkB,cAAa,EAA1F,EAA6FC,YAAW,GAAxG,EAA4GC,sBAAqB,EAAjI,EAAoIC,oBAAmB,EAAvJ,EAA0JC,6BAA4B,EAAtL,EAAyLC,4BAA2B,EAApN,EAAuNC,8BAA6B,EAApP,EAAuPC,MAAK,EAACzjJ,OAAM,IAAP,EAAYi2G,SAAQ,EAApB,EAAuBC,SAAQ,EAA/B,EAAkCwtC,mBAAkB,EAApD,EAAuDC,mBAAkB,EAAzE,EAA5P,EAAyUC,iBAAgB,EAAzV,EAA4VC,mBAAkB,CAA9W,EAAgXC,kBAAiB,CAAjY,EAAmYC,gBAAe,GAAlZ,EAAsZC,kBAAiB,GAAva,EAA2aC,4BAA2B,GAAtc,EAA0cC,iCAAgC,CAAC,CAA3e,EAA6eC,kBAAiB,CAAC,CAA/f,EAAigBC,yBAAwB,CAAC,CAA1hB,EAA4hBC,iBAAgB,CAAC,CAA7iB,EAA+iBC,oBAAmB,CAAC,CAAnkB,EAAhB,EAAslB7wK,MAAK,gBAAU,CAAE,CAAvmB,EAAwmB8wK,sBAAqB,8BAASvtJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkByuD,CAAlB,EAAoBpB,CAApB,EAAsBG,CAAtB,EAAwBv9C,CAAxB,EAA0Bm9C,CAA1B,EAA4B2B,CAA5B,EAA8BzsD,CAA9B,EAAgCX,CAAhC,CAAkC,IAAG,CAAC2Z,CAAJ,EAAM,MAAK,yBAAL,CAA+B,KAAIoyC,EAAE5wB,OAAF,CAAUxhB,CAAV,EAAY,UAASA,CAAT,EAAW;AAACA,sBAAEw2I,UAAF;AAAe,iBAAvC,GAAyCx2I,EAAErhB,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAOA,EAAEwtJ,MAAF,CAASrrI,KAAT,GAAehJ,EAAEq0I,MAAF,CAASrrI,KAA/B;AAAqC,iBAA1D,CAAzC,EAAqGniB,IAAE,KAAK/H,OAAL,CAAa2tK,IAAb,CAAkBzjJ,KAAzH,EAA+H9qB,IAAE,KAAKY,OAAL,CAAa2tK,IAAb,CAAkBC,iBAAnJ,EAAqKp5J,IAAE,KAAKxU,OAAL,CAAa2tK,IAAb,CAAkBE,iBAAzL,EAA2Mp7G,IAAE,CAA7M,EAA+M96B,IAAE,KAAK33B,OAAL,CAAa2tK,IAAb,CAAkBxtC,OAAnO,EAA2O3tE,IAAE,KAAKxyD,OAAL,CAAa2tK,IAAb,CAAkBvtC,OAA/P,EAAuQx6H,IAAE+xB,CAAzQ,EAA2Q08B,IAAE7B,CAA7Q,EAA+QY,IAAE,EAAjR,EAAoRv9C,IAAE,EAA1R,EAA6RqL,EAAE5iB,MAAF,GAAS,CAAtS,GAAyS;AAAC,yBAAIsH,KAAGmC,CAAH,KAAOnC,IAAE+xB,CAAF,EAAI08B,KAAG5B,IAAEj+C,CAAT,EAAWi+C,IAAE,CAApB,GAAuBO,IAAE9xC,EAAEnb,GAAF,EAAzB,EAAiC,KAAK2oK,YAAL,CAAkB17G,CAAlB,EAAoB,IAAI1kC,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAApB,CAAjC,EAAiEpB,IAAE,CAAvE,EAAyEA,IAAED,EAAEnzC,KAAF,CAAQvhB,MAAnF,EAA0F20D,GAA1F;AAA8Fp9C,0BAAE9Y,IAAF,CAAOi2D,EAAEnzC,KAAF,CAAQozC,CAAR,CAAP;AAA9F,qBAAiH,KAAIA,IAAE,CAAN,EAAQA,IAAED,EAAEkiG,KAAF,CAAQ52J,MAAlB,EAAyB20D,GAAzB;AAA6BG,0BAAEr2D,IAAF,CAAOi2D,EAAEkiG,KAAF,CAAQjiG,CAAR,CAAP;AAA7B,qBAAgD0B,IAAE3B,EAAEuiG,MAAJ,EAAWrtJ,IAAEysD,EAAE1lC,MAAf,EAAsB,CAAC/mB,KAAG,CAAH,IAAM+a,MAAM/a,CAAN,CAAP,MAAmBA,IAAE,CAArB,CAAtB,EAA8CX,IAAEotD,EAAEzqC,KAAlD,EAAwD,CAAC3iB,KAAG,CAAH,IAAM0b,MAAM1b,CAAN,CAAP,MAAmBA,IAAE,CAArB,CAAxD,EAAgFW,KAAGuqD,CAAH,KAAOA,IAAEvqD,CAAT,CAAhF,EAA4FtC,KAAG2B,IAAEnI,CAAjG;AAAmG,wBAAM,EAACygB,OAAMhK,CAAP,EAASq/I,OAAM9hG,CAAf,EAAN;AAAwB,aAAtxC,EAAuxCs7G,cAAa,sBAASxtJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgByuD,CAAhB;AAAA,oBAAkBjB,CAAlB;AAAA,oBAAoBv9C,IAAEqL,EAAEq0I,MAAxB;AAAA,oBAA+BviG,IAAEjrD,EAAE6kC,CAAF,GAAI/2B,EAAE+2B,CAAvC;AAAA,oBAAyC0mB,IAAEvrD,EAAE+kC,CAAF,GAAIj3B,EAAEi3B,CAAjD,CAAmD,KAAI1tC,IAAE,CAAN,EAAQA,IAAE8hB,EAAErB,KAAF,CAAQvhB,MAAlB,EAAyBc,GAAzB;AAA6BqzD,wBAAEvxC,EAAErB,KAAF,CAAQzgB,CAAR,CAAF,EAAau4B,IAAE86B,EAAE8iG,MAAF,EAAf,EAA0B,MAAI59H,EAAEzN,KAAN,IAAa,MAAIyN,EAAE1I,MAAnB,IAA2B,MAAI0I,EAAEiV,CAAjC,IAAoC,MAAIjV,EAAEmV,CAA1C,KAA8CnV,IAAE,IAAIs7B,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU,CAAV,EAAY,CAAZ,CAAhD,CAA1B,EAA0Ft7B,EAAEiV,CAAF,IAAKomB,CAA/F,EAAiGr7B,EAAEmV,CAAF,IAAKwmB,CAAtG,EAAwGb,EAAE8iG,MAAF,CAAS59H,CAAT,CAAxG;AAA7B,iBAAiJ,KAAIv4B,IAAE,CAAN,EAAQA,IAAE8hB,EAAEg0I,KAAF,CAAQ52J,MAAlB,EAAyBc,GAAzB;AAA6B,wBAAGozD,IAAEtxC,EAAEg0I,KAAF,CAAQ91J,CAAR,CAAF,EAAaozD,EAAExU,MAAlB,EAAyB;AAAC,6BAAIp4C,IAAE,EAAF,EAAKyuD,IAAE7B,EAAExU,MAAT,EAAgBxpC,IAAE,CAAtB,EAAwBA,IAAE6/C,EAAE/1D,MAA5B,EAAmCkW,GAAnC;AAAuC4+C,gCAAEiB,EAAE7/C,CAAF,CAAF,EAAO4+C,EAAExmB,CAAF,IAAKomB,CAAZ,EAAcI,EAAEtmB,CAAF,IAAKwmB,CAAnB,EAAqB1tD,EAAE7I,IAAF,CAAOq2D,CAAP,CAArB;AAAvC,yBAAsEZ,EAAExU,MAAF,GAASp4C,CAAT;AAAW;AAAxI,iBAAwI,OAAO,KAAK+oK,uBAAL,IAA8B94J,EAAEqU,KAAF,GAAQ,KAAKlqB,OAAL,CAAa2tK,IAAb,CAAkBxtC,OAAxD,EAAgE,IAAI7xG,CAAJ,CAAM0kC,CAAN,EAAQM,CAAR,CAAvE;AAAkF,aAAhtD,EAAitDs7G,iBAAgB,yBAAS1tJ,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,GAAaZ,EAAEolE,UAAF,CAAa,EAAb,EAAgB,KAAKyoG,cAArB,CAAb,EAAkD35G,EAAE68F,WAAF,CAAcjvI,CAAd,MAAmB,KAAKlhB,OAAL,GAAaZ,EAAEolE,UAAF,CAAa,KAAKxkE,OAAlB,EAA0BkhB,KAAG,EAA7B,CAAhC,CAAlD;AAAoH,aAAj2D,EAAf,CAAtM;AAAA,YAAyjE1kB,IAAE4C,EAAE8lE,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKw3I,OAAL,GAAa,IAAItlG,CAAJ,EAAb,EAAmB,KAAKy7G,QAAL,GAAc,IAAIz7G,CAAJ,EAAjC,EAAuC,KAAKvzC,KAAL,GAAW,EAAlD,EAAqD,KAAKivJ,KAAL,GAAW,EAAhE,EAAmE,KAAKC,OAAL,GAAa,IAAI37G,CAAJ,EAAhF,EAAsF,KAAK47G,UAAL,GAAgB,EAAtG,EAAyG,KAAKC,UAAL,GAAgB,EAAzH,EAA4H,KAAKC,kBAAL,GAAwB,EAApJ,EAAuJ,KAAKC,aAAL,GAAmB,EAA1K,EAA6K,KAAKC,QAAL,GAAc,IAAIh8G,CAAJ,EAA3L,EAAiM,KAAKi8G,SAAL,GAAe,IAAI58G,CAAJ,EAAhN,EAAsN,KAAK68G,UAAL,GAAgB,IAAtO,EAA2O,KAAK/mD,OAAL,GAAarnG,CAAxP;AAA0P,aAA5Q,EAA6Q+7C,SAAQ,iBAAS/7C,CAAT,EAAW;AAAC,oBAAGoyC,EAAE68F,WAAF,CAAc,KAAK5nC,OAAnB,CAAH,EAA+B,MAAK,wBAAL,CAA8B,OAAO,KAAKvoH,OAAL,GAAaZ,EAAEolE,UAAF,CAAa,EAAC+pG,iBAAgB,CAAC,CAAlB,EAAoBF,kBAAiB,CAAC,CAAtC,EAAwCC,yBAAwB,CAAC,CAAjE,EAAb,EAAiFptJ,KAAG,EAApF,CAAb,EAAqG,KAAKyxB,KAAL,EAArG,EAAkH,KAAK48H,kBAAL,EAAlH,EAA4I,KAAKC,uBAAL,EAA5I,EAA2K,KAAKR,UAAL,GAAgB,IAAI57G,CAAJ,CAAM,KAAKvzC,KAAX,CAA3L,EAA6M,KAAKovJ,UAAL,GAAgB,IAAI77G,CAAJ,CAAM,KAAK07G,KAAX,CAA7N,EAA+O,KAAKQ,UAAL,GAAgB,IAAI78G,CAAJ,EAA/P,EAAqQ,KAAKu8G,UAAL,CAAgBtsI,OAAhB,CAAwB,UAASxhB,CAAT,EAAW;AAAC,yBAAKouJ,UAAL,CAAgBlX,OAAhB,CAAwBl3I,CAAxB;AAA2B,iBAA/D,EAAgE,IAAhE,CAArQ,EAA2U,KAAK+tJ,UAAL,CAAgBvsI,OAAhB,CAAwB,UAASxhB,CAAT,EAAW;AAAC,yBAAKouJ,UAAL,CAAgBpX,eAAhB,CAAgCh3I,CAAhC;AAAmC,iBAAvE,EAAwE,IAAxE,CAA3U,EAAyZ,KAAKouJ,UAAra;AAAgb,aAA9wB,EAA+wBG,eAAc,uBAASvuJ,CAAT,EAAW;AAAC,uBAAO,KAAK6tJ,OAAL,CAAatwK,GAAb,CAAiByiB,EAAEtY,EAAnB,CAAP;AAA8B,aAAv0B,EAAw0B8mK,UAAS,kBAASxuJ,CAAT,EAAW;AAAC,uBAAO,KAAKw3I,OAAL,CAAaj6J,GAAb,CAAiByiB,EAAEtY,EAAnB,CAAP;AAA8B,aAA33B,EAA43B+mK,SAAQ,iBAASzuJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOurD,EAAE/zD,KAAF,CAAQ2hB,EAAEg0I,KAAV,EAAgB,UAAS91J,CAAT,EAAW;AAAC,2BAAOA,EAAEw2J,aAAF,CAAgB10I,CAAhB,MAAqBnZ,CAA5B;AAA8B,iBAA1D,CAAP;AAAmE,aAAr9B,EAAs9B4qC,OAAM,iBAAU;AAAC,qBAAK28H,UAAL,GAAgB,IAAhB,EAAqB,KAAKD,SAAL,GAAe,CAAC,KAAKrvK,OAAL,CAAaquK,gBAAd,IAAgC,KAAKruK,OAAL,CAAasuK,uBAA7C,GAAqE,IAAIt7G,CAAJ,EAArE,GAA2E,IAA/G,EAAoH,KAAKo8G,QAAL,GAAc,CAAC,KAAKpvK,OAAL,CAAaquK,gBAAd,IAAgC,KAAKruK,OAAL,CAAasuK,uBAA7C,GAAqE,IAAIl7G,CAAJ,EAArE,GAA2E,IAA7M,EAAkN,KAAKslG,OAAL,GAAa,IAAItlG,CAAJ,EAA/N,EAAqO,KAAKy7G,QAAL,GAAc,IAAIz7G,CAAJ,EAAnP,EAAyP,KAAKvzC,KAAL,GAAW,EAApQ,EAAuQ,KAAKivJ,KAAL,GAAW,EAAlR,EAAqR,KAAKC,OAAL,GAAa,IAAI37G,CAAJ,EAAlS,EAAwS,KAAK87G,kBAAL,GAAwB,EAAhU,EAAmU,KAAKC,aAAL,GAAmB,EAAtV,EAAyV,KAAKH,UAAL,GAAgB,EAAzW,EAA4W,KAAKC,UAAL,GAAgB,EAA5X;AAA+X,aAAt2C,EAAu2CW,YAAW,oBAAS1uJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN;AAAA,oBAAS3I,IAAE8hB,EAAEyI,SAAb,CAAuB,IAAG,CAACvqB,CAAJ,EAAM,OAAO2I,CAAP,CAAS,KAAIA,EAAEhL,IAAF,CAAOqC,CAAP,CAAJ,EAAcA,EAAEywK,eAAhB;AAAiCzwK,wBAAEA,EAAEywK,eAAJ,EAAoB9nK,EAAEhL,IAAF,CAAOqC,CAAP,CAApB;AAAjC,iBAA+D,OAAO2I,EAAE4O,OAAF,IAAY5O,CAAnB;AAAqB,aAAx/C,EAAy/C+nK,4BAA2B,oCAAS5uJ,CAAT,EAAW;AAAC,uBAAOA,EAAE6uJ,WAAF,IAAe,CAAC,KAAKC,gBAAL,CAAsB9uJ,CAAtB,CAAhB,GAAyCA,CAAzC,GAA2CA,EAAE2uJ,eAAF,GAAkB,KAAKC,0BAAL,CAAgC5uJ,EAAE2uJ,eAAlC,CAAlB,GAAqE,IAAvH;AAA4H,aAA5pD,EAA6pDI,uBAAsB,+BAAS/uJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAM,EAAE,CAACmZ,EAAE6uJ,WAAH,IAAgB,CAAC,KAAKG,cAAL,CAAoBhvJ,CAApB,EAAsBnZ,CAAtB,CAAnB,KAA8CA,EAAEgoK,WAAF,IAAe,KAAKG,cAAL,CAAoBnoK,CAApB,EAAsBmZ,CAAtB,CAAnE;AAA4F,aAA7xD,EAA8xDgvJ,gBAAe,wBAAShvJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,IAAG,CAACzW,EAAE6uJ,WAAN,EAAkB,MAAK,wBAAL,CAA8B,IAAG7uJ,MAAInZ,CAAP,EAAS,OAAM,CAAC,CAAP,CAAS,IAAGR,EAAE2Z,EAAE3L,QAAJ,EAAaxN,CAAb,CAAH,EAAmB,OAAM,CAAC,CAAP,CAAS,KAAI3I,IAAE,EAAF,EAAKoV,IAAE,CAAP,EAASi+C,IAAEvxC,EAAE3L,QAAF,CAAWjX,MAA1B,EAAiCkW,IAAEi+C,CAAnC,EAAqCj+C,GAArC;AAAyCmjB,wBAAEzW,EAAE3L,QAAF,CAAWf,CAAX,CAAF,EAAgBmjB,EAAEo4I,WAAF,IAAe,KAAKG,cAAL,CAAoBv4I,CAApB,EAAsB5vB,CAAtB,CAAf,IAAyC3I,EAAErC,IAAF,CAAO46B,CAAP,CAAzD;AAAzC,iBAA4G,OAAOv4B,EAAEd,MAAF,GAAS,CAAhB;AAAkB,aAAniE,EAAoiE6xK,iBAAgB,yBAASjvJ,CAAT,EAAW;AAAC,uBAAO,KAAKlhB,OAAL,CAAauuK,eAAb,GAA6B,CAAC,CAACrtJ,EAAEkvJ,WAAH,IAAgB,CAAC,KAAKC,UAAL,CAAgBnvJ,CAAhB,CAAlB,KAAuC,EAAE,CAACA,EAAEkvJ,WAAH,IAAgB,KAAKC,UAAL,CAAgBnvJ,CAAhB,CAAlB,CAApE,GAA0GA,EAAEkvJ,WAAF,IAAe,CAAC,KAAKE,MAAL,CAAYpvJ,CAAZ,CAAjI;AAAgJ,aAAhtE,EAAitEqvJ,eAAc,uBAASrvJ,CAAT,EAAW;AAAC,uBAAOA,EAAEkvJ,WAAF,IAAe,CAAC,KAAKC,UAAL,CAAgBnvJ,CAAhB,CAAhB,IAAoC,CAAC,KAAKovJ,MAAL,CAAYpvJ,CAAZ,CAA5C;AAA2D,aAAtyE,EAAuyEsvJ,qBAAoB,6BAAStvJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,CAAgB,IAAG,CAACsb,CAAJ,EAAM,MAAK,+BAAL,CAAqC,IAAG,CAACnZ,CAAJ,EAAM,MAAK,+BAAL,CAAqC,IAAG,CAAC,KAAKsnK,SAAT,EAAmB,MAAK,yBAAL,CAA+B,IAAGjwK,IAAE,KAAKwwK,UAAL,CAAgB1uJ,CAAhB,CAAF,EAAqB1M,IAAE,KAAKo7J,UAAL,CAAgB7nK,CAAhB,CAAvB,EAA0C0qD,IAAE,IAA5C,EAAiDa,EAAEk9F,OAAF,CAAUpxJ,CAAV,KAAck0D,EAAEk9F,OAAF,CAAUh8I,CAAV,CAAlE,EAA+E,OAAO,KAAK66J,SAAL,CAAen6J,IAAf,CAAoBsG,IAA3B,CAAgC,KAAImc,IAAEv4B,EAAE,CAAF,CAAF,EAAOozD,IAAEh+C,EAAE,CAAF,CAAT,EAAc5O,IAAE,CAApB,EAAsB+xB,MAAI66B,CAAJ,KAAQC,IAAErzD,EAAEwG,CAAF,CAAF,EAAOA,GAAP,EAAW,EAAEA,KAAGxG,EAAEd,MAAL,IAAasH,KAAG4O,EAAElW,MAApB,CAAnB,CAAtB;AAAuEq5B,wBAAEv4B,EAAEwG,CAAF,CAAF,EAAO4sD,IAAEh+C,EAAE5O,CAAF,CAAT;AAAvE,iBAAqF,OAAO6sD,IAAE51B,EAAE,KAAKwyI,SAAL,CAAexvJ,KAAjB,EAAuB,UAASqB,CAAT,EAAW;AAAC,2BAAOA,EAAE1F,IAAF,CAAOmO,SAAP,KAAmB8oC,CAA1B;AAA4B,iBAA/D,CAAF,GAAmE,KAAK48G,SAAL,CAAen6J,IAAf,CAAoBsG,IAA9F;AAAmG,aAAxwF,EAAywF80J,QAAO,gBAASpvJ,CAAT,EAAW;AAAC,uBAAM,CAACA,EAAE2uJ,eAAT;AAAyB,aAArzF,EAAszFQ,YAAW,oBAASnvJ,CAAT,EAAW;AAAC,uBAAM,CAAC,CAACA,EAAEmb,OAAF,EAAF,KAAgBnb,EAAE2uJ,eAAF,GAAkB,KAAKQ,UAAL,CAAgBnvJ,EAAE2uJ,eAAlB,CAAlB,GAAqD3uJ,EAAEmb,OAAF,EAArE,CAAN;AAAwF,aAAr6F,EAAs6Fo0I,cAAa,sBAASvvJ,CAAT,EAAW;AAAC,uBAAM,EAAE,CAACA,EAAE6uJ,WAAH,IAAgB,CAAC7uJ,EAAEkvJ,WAArB,KAAmClvJ,EAAE2uJ,eAAF,IAAmB,KAAKY,YAAL,CAAkBvvJ,EAAE2uJ,eAApB,CAA5D;AAAiG,aAAhiG,EAAiiGN,oBAAmB,8BAAU;AAAC,oBAAIruJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,CAAY,IAAG,CAAC,KAAKxU,OAAL,CAAaquK,gBAAjB,EAAkC,MAAK,mDAAL,CAAyD,KAAIntJ,IAAE,CAAF,EAAInZ,IAAE,KAAKwgH,OAAL,CAAahjB,MAAb,CAAoBjnG,MAA9B,EAAqC4iB,IAAEnZ,CAAvC,EAAyCmZ,GAAzC;AAA6C9hB,wBAAE,KAAKmpH,OAAL,CAAahjB,MAAb,CAAoBrkF,CAApB,CAAF,EAAyB,KAAKlhB,OAAL,CAAauuK,eAAb,IAA8B,CAAC,KAAK8B,UAAL,CAAgBjxK,CAAhB,CAA/B,IAAmDA,EAAE2wK,WAArD,GAAiE,KAAKZ,aAAL,CAAmBpyK,IAAnB,CAAwBqC,CAAxB,CAAjE,IAA6FoV,IAAE,IAAImjB,CAAJ,CAAMv4B,EAAEwJ,EAAR,EAAWxJ,CAAX,CAAF,EAAgBoV,EAAEihJ,SAAF,GAAY,CAAC,CAA7B,EAA+B,KAAKiD,OAAL,CAAaxiJ,GAAb,CAAiB9W,EAAEwJ,EAAnB,EAAsB4L,CAAtB,CAA/B,EAAwD,KAAKqL,KAAL,CAAW9iB,IAAX,CAAgByX,CAAhB,CAArJ,CAAzB;AAA7C;AAA+O,aAAr5G,EAAs5Gg7J,yBAAwB,mCAAU;AAAC,oBAAItuJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB/xB,CAAhB,EAAkByuD,CAAlB,CAAoB,IAAG,MAAI,KAAKk0D,OAAL,CAAa87C,WAAb,CAAyB/lK,MAAhC,EAAuC,KAAI4iB,IAAE,CAAF,EAAInZ,IAAE,KAAKwgH,OAAL,CAAa87C,WAAb,CAAyB/lK,MAAnC,EAA0C4iB,IAAEnZ,CAA5C,EAA8CmZ,GAA9C;AAAkD,wBAAG9hB,IAAE,KAAKmpH,OAAL,CAAa87C,WAAb,CAAyBnjJ,CAAzB,CAAF,EAA8B,KAAKivJ,eAAL,CAAqB/wK,CAArB,CAAjC,EAAyD,KAAK8vK,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B,EAAzD,KAA8F,IAAGoV,IAAEpV,EAAE8lK,eAAF,GAAkB9lK,EAAE8lK,eAAF,CAAkBloE,KAApC,GAA0C,IAA5C,EAAiDvqC,IAAErzD,EAAE4iK,eAAF,GAAkB5iK,EAAE4iK,eAAF,CAAkBhlE,KAApC,GAA0C,IAA7F,EAAkGxoF,KAAGi+C,CAAxG;AAA0G,4BAAG,CAAClrD,EAAE,KAAK4nK,aAAP,EAAqB36J,CAArB,CAAD,IAA0B,KAAKq6J,QAAL,CAAcpa,WAAd,CAA0BjgJ,CAA1B,CAA7B;AAA0D,gCAAG,CAACjN,EAAE,KAAK4nK,aAAP,EAAqB18G,CAArB,CAAD,IAA0B,KAAKo8G,QAAL,CAAcpa,WAAd,CAA0BhiG,CAA1B,CAA7B;AAA0D,oCAAG,KAAKo8G,QAAL,CAAcpa,WAAd,CAA0BjgJ,CAA1B,MAA+BA,IAAE,KAAKq6J,QAAL,CAAcr6J,CAAd,CAAjC,GAAmD,KAAKq6J,QAAL,CAAcpa,WAAd,CAA0BhiG,CAA1B,MAA+BA,IAAE,KAAKo8G,QAAL,CAAcp8G,CAAd,CAAjC,CAAnD,EAAsG96B,IAAE,KAAK+3I,QAAL,CAAcl7J,CAAd,CAAxG,EAAyH5O,IAAE,KAAK8pK,QAAL,CAAcj9G,CAAd,CAA3H,EAA4I96B,MAAI/xB,CAAJ,IAAO,KAAK8qK,mBAAL,CAAyB/4I,CAAzB,EAA2B/xB,CAA3B,CAAtJ,EAAoL,KAAKspK,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B,EAApL,KAAwN;AAAC,wCAAG,SAAOu4B,CAAP,IAAU,SAAO/xB,CAApB,EAAsB,MAAK,mCAAL,CAAyC,IAAG,CAAC,KAAK5F,OAAL,CAAaquK,gBAAjB,EAAkC,MAAK,mDAAL,CAAyD12I,EAAE89H,SAAF,IAAa7vJ,EAAE6vJ,SAAf,GAAyB,KAAKyZ,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B,CAAzB,IAA0Di1D,IAAE,IAAI7B,CAAJ,CAAM76B,CAAN,EAAQ/xB,CAAR,EAAUxG,EAAEwJ,EAAZ,EAAexJ,CAAf,CAAF,EAAoB,KAAK2vK,OAAL,CAAa74J,GAAb,CAAiB9W,EAAEwJ,EAAnB,EAAsByrD,CAAtB,CAApB,EAA6C,KAAKy6G,KAAL,CAAW/xK,IAAX,CAAgBs3D,CAAhB,CAAvG;AAA2H;AAAxiB,mCAA6iB,KAAK66G,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B;AAAvmB,+BAA4oB,KAAK8vK,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B;AAAtvB,2BAA2xB,KAAK8vK,kBAAL,CAAwBnyK,IAAxB,CAA6BqC,CAA7B;AAA36B;AAA28B,aAA/7I,EAAg8IsxK,qBAAoB,6BAASxvJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOurD,EAAEs7E,GAAF,CAAM,KAAKkgC,KAAX,EAAiB,UAAS1vK,CAAT,EAAW;AAAC,2BAAOA,EAAE6d,MAAF,KAAWiE,CAAX,IAAc9hB,EAAEkB,MAAF,KAAWyH,CAAzB,IAA4B3I,EAAE6d,MAAF,KAAWlV,CAAX,IAAc3I,EAAEkB,MAAF,KAAW4gB,CAA5D;AAA8D,iBAA3F,CAAP;AAAoG,aAAtkJ,EAAf,CAA3jE;AAAA,YAAmpN0rB,IAAEE,EAAE/sC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,IAAG+kC,EAAEpvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkBurD,EAAE68F,WAAF,CAAcjvI,CAAd,CAArB,EAAsC,MAAK,2BAAL,CAAiC,KAAKqnG,OAAL,GAAarnG,CAAb;AAAe,aAAnH,EAAoHkhJ,QAAO,gBAASlhJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,CAAgB,IAAG,KAAKgpK,eAAL,CAAqB1tJ,CAArB,GAAwBnZ,IAAE,IAAIvL,CAAJ,CAAM,KAAK+rH,OAAX,CAA1B,EAA8CnpH,IAAE2I,EAAEk1D,OAAF,CAAU/7C,CAAV,CAAhD,EAA6D,CAAC9hB,EAAEoxJ,OAAF,EAAD,KAAe/9F,IAAErzD,EAAEi4J,sBAAF,EAAF,EAA6B,CAAC/jG,EAAEk9F,OAAF,CAAU/9F,CAAV,CAA7C,CAAhE,EAA2H;AAAC,yBAAI96B,IAAE,CAAN,EAAQA,IAAE86B,EAAEn0D,MAAZ,EAAmBq5B,GAAnB;AAAuB66B,4BAAEC,EAAE96B,CAAF,CAAF,EAAO,KAAK8iI,WAAL,CAAiBjoG,CAAjB,EAAmBtxC,CAAnB,CAAP;AAAvB,qBAAoD,OAAOtb,IAAE,KAAK6oK,oBAAL,CAA0Bh8G,CAA1B,CAAF,EAA+B,IAAIj+C,EAAEm8J,WAAN,CAAkB,KAAKpoD,OAAvB,EAA+B3iH,CAA/B,CAAtC;AAAwE;AAAC,aAAhZ,EAAiZ60J,aAAY,qBAASv5I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAU,KAAIa,EAAE48F,SAAF,CAAYnoJ,CAAZ,KAAgB,KAAK6mK,eAAL,CAAqB7mK,CAArB,CAAhB,EAAwC,KAAK6oK,KAAL,GAAW1vJ,CAAnD,EAAqD9hB,IAAE,IAAE,KAAKY,OAAL,CAAaotK,YAAtE,EAAmF,KAAKyD,WAAL,GAAiBzxK,CAApG,EAAsGoV,IAAE,KAAKs8J,eAAL,EAAxG,EAA+H,KAAK5mJ,KAAL,GAAW1V,EAAE0V,KAA5I,EAAkJ,KAAK+E,MAAL,GAAYza,EAAEya,MAAhK,EAAuKwjC,IAAE,CAA7K,EAA+KA,IAAE,KAAKzyD,OAAL,CAAaqtK,UAA9L,EAAyM56G,GAAzM;AAA6M,yBAAKs+G,WAAL,GAAiBt+G,KAAG,IAAE,KAAKzyD,OAAL,CAAaqtK,UAAf,GAA0B,CAA9C,EAAgD,KAAKh9I,IAAL,EAAhD,EAA4D,KAAKwgJ,WAAL,GAAiB,KAAKE,WAAL,GAAiB3xK,IAAE,EAAnB,GAAsBA,KAAG,IAAEqzD,KAAG,IAAE,KAAKzyD,OAAL,CAAaqtK,UAAlB,CAAL,CAAnG;AAA7M;AAAoV,aAAzwB,EAA0wBh9I,MAAK,gBAAU;AAAC,oBAAInP,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,CAAU,KAAI8hB,IAAE,CAAN,EAAQA,IAAE,KAAK0vJ,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAA3B,EAAkC4iB,GAAlC;AAAsC,yBAAK8vJ,UAAL,CAAgB,KAAKJ,KAAL,CAAW/wJ,KAAX,CAAiBqB,CAAjB,CAAhB;AAAtC,iBAA2E,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAK0vJ,KAAL,CAAW1b,KAAX,CAAiB52J,MAA3B,EAAkC4iB,GAAlC;AAAsC,yBAAK+vJ,WAAL,CAAiB,KAAKL,KAAL,CAAW1b,KAAX,CAAiBh0I,CAAjB,CAAjB;AAAtC,iBAA4E,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAK0vJ,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAA3B,EAAkC4iB,GAAlC,EAAsC;AAAC,wBAAGnZ,IAAE,KAAK6oK,KAAL,CAAW/wJ,KAAX,CAAiBqB,CAAjB,CAAF,EAAsB9hB,IAAEyB,KAAKihF,IAAL,CAAU/5E,EAAEglC,EAAF,GAAKhlC,EAAEglC,EAAP,GAAUhlC,EAAEilC,EAAF,GAAKjlC,EAAEilC,EAA3B,CAAxB,EAAuD,MAAI5tC,CAA9D,EAAgE,OAAO2I,EAAE6kC,CAAF,IAAK/rC,KAAKy0C,GAAL,CAASl2C,CAAT,EAAW,KAAKyxK,WAAhB,IAA6B9oK,EAAEglC,EAA/B,GAAkC3tC,CAAvC,EAAyC2I,EAAE+kC,CAAF,IAAKjsC,KAAKy0C,GAAL,CAASl2C,CAAT,EAAW,KAAKyxK,WAAhB,IAA6B9oK,EAAEilC,EAA/B,GAAkC5tC,CAAhF,EAAkF,KAAKY,OAAL,CAAa06J,WAAb,KAA2B3yJ,EAAE6kC,CAAF,GAAI/rC,KAAKy0C,GAAL,CAAS,KAAKprB,KAAd,EAAoBrpB,KAAKkrB,GAAL,CAAShkB,EAAEmiB,KAAF,GAAQ,CAAjB,EAAmBniB,EAAE6kC,CAArB,CAApB,CAAJ,EAAiD7kC,EAAE+kC,CAAF,GAAIjsC,KAAKy0C,GAAL,CAAS,KAAKrmB,MAAd,EAAqBpuB,KAAKkrB,GAAL,CAAShkB,EAAEknB,MAAF,GAAS,CAAlB,EAAoBlnB,EAAE+kC,CAAtB,CAArB,CAAhF,CAAlF;AAAkN;AAAC,aAA5vC,EAA6vCokI,QAAO,gBAAShwJ,CAAT,EAAW;AAAC,oBAAInZ,IAAElH,KAAKC,MAAL,KAAc,KAAKd,OAAL,CAAaotK,YAA3B,GAAwC,CAA9C;AAAA,oBAAgDhuK,IAAE,IAAEyB,KAAKC,MAAL,EAAF,GAAgBD,KAAK4tB,EAAvE,CAA0EvN,EAAE0rB,CAAF,IAAK7kC,IAAElH,KAAK2tB,GAAL,CAASpvB,CAAT,CAAP,EAAmB8hB,EAAE4rB,CAAF,IAAK/kC,IAAElH,KAAKm3F,GAAL,CAAS54F,CAAT,CAA1B;AAAsC,aAAh4C,EAAi4C+xK,qBAAoB,6BAASjwJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,EAAQ96B,CAAR,EAAU66B,CAAV,EAAY5sD,CAAZ,EAAcyuD,CAAd,EAAgBpB,CAAhB,CAAkB,OAAO,KAAK89G,WAAL,IAAkBt+G,IAAE1qD,EAAE6kC,CAAF,GAAIxtC,EAAEwtC,CAAR,EAAUjV,IAAE5vB,EAAE+kC,CAAF,GAAI1tC,EAAE0tC,CAAlB,EAAoB0lB,IAAEzqD,EAAEmiB,KAAF,GAAQ,CAA9B,EAAgCtkB,IAAEmC,EAAEknB,MAAF,GAAS,CAA3C,EAA6ColC,IAAEj1D,EAAE8qB,KAAF,GAAQ,CAAvD,EAAyD+oC,IAAE7zD,EAAE6vB,MAAF,GAAS,CAApE,EAAsEza,IAAE3T,KAAKiiC,GAAL,CAAS2vB,CAAT,EAAW,CAAX,IAAc5xD,KAAKiiC,GAAL,CAAS0vB,IAAE6B,CAAF,GAAI,KAAKr0D,OAAL,CAAaotK,YAA1B,EAAuC,CAAvC,CAAd,GAAwDvsK,KAAKiiC,GAAL,CAASnL,CAAT,EAAW,CAAX,IAAc92B,KAAKiiC,GAAL,CAASl9B,IAAEqtD,CAAF,GAAI,KAAKjzD,OAAL,CAAaotK,YAA1B,EAAuC,CAAvC,CAAhK,IAA2M54J,IAAE3T,KAAKiiC,GAAL,CAAS5hB,CAAT,EAAW,CAAX,IAAcrgB,KAAKiiC,GAAL,CAAS,KAAK9iC,OAAL,CAAaotK,YAAtB,EAAmC,CAAnC,CAA3N,EAAiQ,IAAE54J,CAAF,GAAI,CAA5Q;AAA8Q,aAArsD,EAAssD48J,cAAa,sBAASlwJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAO,IAAE,KAAK+xK,mBAAL,CAAyBjwJ,CAAzB,EAA2BnZ,CAA3B,EAA6B3I,CAA7B,CAAT;AAAyC,aAA5wD,EAA6wD4xK,YAAW,oBAAS9vJ,CAAT,EAAW;AAACA,kBAAE6rB,EAAF,GAAK,CAAL,EAAO7rB,EAAE8rB,EAAF,GAAK,CAAZ,EAAcsmB,EAAE5wB,OAAF,CAAU,KAAKkuI,KAAL,CAAW/wJ,KAArB,EAA2B,UAAS9X,CAAT,EAAW;AAAC,wBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,IAAG5vB,MAAImZ,CAAP,EAAS;AAAC,+BAAKA,EAAE0rB,CAAF,KAAM7kC,EAAE6kC,CAAR,IAAW1rB,EAAE4rB,CAAF,KAAM/kC,EAAE+kC,CAAxB;AAA2B,iCAAKokI,MAAL,CAAYnpK,CAAZ;AAA3B,yBAA0C3I,IAAE8hB,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAR,EAAUp4B,IAAE0M,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAlB,EAAoB2lB,IAAE5xD,KAAKihF,IAAL,CAAU1iF,IAAEA,CAAF,GAAIoV,IAAEA,CAAhB,CAAtB,EAAyCmjB,IAAE,IAAE,KAAKy5I,YAAL,CAAkB3+G,CAAlB,EAAoBvxC,CAApB,EAAsBnZ,CAAtB,CAA7C,EAAsEmZ,EAAE6rB,EAAF,IAAM3tC,IAAEqzD,CAAF,GAAI96B,CAAhF,EAAkFzW,EAAE8rB,EAAF,IAAMx4B,IAAEi+C,CAAF,GAAI96B,CAA5F;AAA8F;AAAC,iBAAtM,EAAuM,IAAvM,CAAd;AAA2N,aAA//D,EAAggEs5I,aAAY,qBAAS/vJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,IAAEsb,EAAE5gB,MAApB;AAAA,oBAA2B+zD,IAAEnzC,EAAEjE,MAA/B,CAAsC,IAAGo3C,MAAIzuD,CAAP,EAAS;AAAC,2BAAKyuD,EAAEznB,CAAF,KAAMhnC,EAAEgnC,CAAR,IAAWynB,EAAEvnB,CAAF,KAAMlnC,EAAEknC,CAAxB;AAA2B,6BAAKokI,MAAL,CAAYtrK,CAAZ;AAA3B,qBAA0CmC,IAAEssD,EAAEznB,CAAF,GAAIhnC,EAAEgnC,CAAR,EAAUxtC,IAAEi1D,EAAEvnB,CAAF,GAAIlnC,EAAEknC,CAAlB,EAAoBt4B,IAAE3T,KAAKihF,IAAL,CAAU/5E,IAAEA,CAAF,GAAI3I,IAAEA,CAAhB,CAAtB,EAAyCqzD,IAAE,IAAE,KAAK0+G,mBAAL,CAAyB38J,CAAzB,EAA2B6/C,CAA3B,EAA6BzuD,CAA7B,CAA7C,EAA6E+xB,IAAE5vB,IAAEyM,CAAF,GAAIi+C,CAAnF,EAAqFD,IAAEpzD,IAAEoV,CAAF,GAAIi+C,CAA3F,EAA6F7sD,EAAEmnC,EAAF,IAAMpV,CAAnG,EAAqG/xB,EAAEonC,EAAF,IAAMwlB,CAA3G,EAA6G6B,EAAEtnB,EAAF,IAAMpV,CAAnH,EAAqH08B,EAAErnB,EAAF,IAAMwlB,CAA3H;AAA6H;AAAC,aAAhvE,EAAivEs+G,iBAAgB,2BAAU;AAAC,oBAAI5vJ,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAc96B,IAAE,KAAKi5I,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAAjC;AAAA,oBAAwCk0D,IAAE,GAA1C;AAAA,oBAA8C5sD,IAAE,CAAhD,CAAkD,OAAO,MAAI+xB,CAAJ,GAAMzW,CAAN,IAASA,IAAEoyC,EAAE49F,IAAF,CAAO,KAAK0f,KAAL,CAAW/wJ,KAAlB,EAAwB,UAASqB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAI3I,IAAE2I,EAAEmiB,KAAF,GAAQniB,EAAEknB,MAAhB,CAAuB,OAAO7vB,IAAE,CAAF,GAAI8hB,KAAGrgB,KAAKihF,IAAL,CAAU1iF,CAAV,CAAP,GAAoB,CAA3B;AAA6B,iBAA1F,EAA2F,CAA3F,EAA6F,IAA7F,CAAF,EAAqG2I,IAAEmZ,IAAEyW,CAAzG,EAA2Gv4B,IAAE2I,IAAElH,KAAKo9E,IAAL,CAAUp9E,KAAKihF,IAAL,CAAUnqD,CAAV,CAAV,CAA/G,EAAuInjB,IAAEpV,IAAEyB,KAAKihF,IAAL,CAAUtvB,CAAV,CAA3I,EAAwJC,IAAErzD,IAAEyB,KAAKihF,IAAL,CAAUtvB,CAAV,CAA5J,EAAyK,EAACtoC,OAAM1V,IAAE5O,CAAT,EAAWqpB,QAAOwjC,IAAE7sD,CAApB,EAAlL,CAAP;AAAiN,aAA/gF,EAAT,CAArpN;AAAA,YAAgrSC,IAAEzG,EAAE8lE,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK0gE,MAAL,GAAY,IAAZ,EAAiB,KAAK5hF,OAAL,GAAakhB,CAA9B;AAAgC,aAAlD,EAAmDkhJ,QAAO,gBAASlhJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG,KAAK6oK,KAAL,GAAW1vJ,CAAX,EAAa,KAAK0vJ,KAAL,CAAW/wJ,KAAX,IAAkB,MAAI,KAAK+wJ,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAAvD,EAA8D;AAAC,wBAAG,CAACiJ,EAAE,KAAKqpK,KAAL,CAAW/wJ,KAAb,EAAmB9X,CAAnB,CAAJ,EAA0B,MAAK,qCAAL,CAA2C,KAAK65E,MAAL,GAAY75E,CAAZ,EAAc,KAAK6oK,KAAL,CAAWzZ,kBAAX,EAAd,EAA8C,KAAKka,YAAL,EAA9C;AAAkE;AAAC,aAA/Q,EAAgRC,YAAW,oBAASpwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkBqtD,CAAlB,CAAoB,KAAI,KAAKs+G,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,MAAtC,EAA6C,CAAC,CAA9C,GAAiD,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAAjD,EAAkG75E,IAAE,CAApG,EAAsG3I,IAAE,CAAxG,EAA0GqzD,IAAE,CAAhH,EAAkHA,IAAEvxC,EAAE5iB,MAAtH,EAA6Hm0D,GAA7H;AAAiI96B,wBAAEzW,EAAEuxC,CAAF,CAAF,EAAO96B,EAAE85I,aAAF,GAAgB,MAAvB,EAA8Bj/G,IAAE,KAAKmhC,OAAL,CAAah8D,CAAb,EAAe08B,EAAE4+F,KAAjB,CAAhC,EAAwD7zJ,IAAEyB,KAAKkrB,GAAL,CAAS3sB,CAAT,EAAWozD,EAAElyB,KAAb,CAA1D,EAA8Ev4B,KAAGyqD,EAAEvjC,MAAF,GAAS,KAAKjvB,OAAL,CAAautK,kBAAvG;AAAjI,iBAA2P,KAAIxlK,KAAG,KAAK/H,OAAL,CAAautK,kBAAhB,EAAmC3nK,IAAE,KAAKg8E,MAAL,CAAYh1C,CAAZ,GAAc,KAAK5sC,OAAL,CAAastK,oBAAhE,EAAqF94J,IAAE,KAAKotE,MAAL,CAAY90C,CAAZ,GAAc,CAAC,KAAK80C,MAAL,CAAY3yD,MAAZ,GAAmBlnB,CAApB,IAAuB,CAA5H,EAA8H0qD,IAAE,CAApI,EAAsIA,IAAEvxC,EAAE5iB,MAA1I,EAAiJm0D,GAAjJ;AAAqJ96B,wBAAEzW,EAAEuxC,CAAF,CAAF,EAAOQ,IAAE,IAAI3kC,CAAJ,CAAM1oB,IAAE+xB,EAAEgiE,IAAF,CAAOzvE,KAAf,EAAqB1V,CAArB,CAAT,EAAiC,KAAKk9J,OAAL,CAAa/5I,CAAb,EAAes7B,CAAf,CAAjC,EAAmDz+C,KAAGmjB,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAautK,kBAAjF;AAArJ;AAAyP,aAA/yB,EAAgzBoE,aAAY,qBAASzwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkBqtD,CAAlB,CAAoB,KAAI,KAAKs+G,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,OAAtC,EAA8C,CAAC,CAA/C,GAAkD,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAAlD,EAAmG75E,IAAE,CAArG,EAAuG3I,IAAE,CAAzG,EAA2GqzD,IAAE,CAAjH,EAAmHA,IAAEvxC,EAAE5iB,MAAvH,EAA8Hm0D,GAA9H;AAAkI96B,wBAAEzW,EAAEuxC,CAAF,CAAF,EAAO96B,EAAE85I,aAAF,GAAgB,OAAvB,EAA+Bj/G,IAAE,KAAKmhC,OAAL,CAAah8D,CAAb,EAAe08B,EAAE4+F,KAAjB,CAAjC,EAAyD7zJ,IAAEyB,KAAKkrB,GAAL,CAAS3sB,CAAT,EAAWozD,EAAElyB,KAAb,CAA3D,EAA+Ev4B,KAAGyqD,EAAEvjC,MAAF,GAAS,KAAKjvB,OAAL,CAAautK,kBAAxG;AAAlI,iBAA6P,KAAIxlK,KAAG,KAAK/H,OAAL,CAAautK,kBAAhB,EAAmC3nK,IAAE,KAAKg8E,MAAL,CAAYh1C,CAAZ,GAAc,KAAK5sC,OAAL,CAAastK,oBAA3B,GAAgD,KAAK1rF,MAAL,CAAY13D,KAAjG,EAAuG1V,IAAE,KAAKotE,MAAL,CAAY90C,CAAZ,GAAc,CAAC,KAAK80C,MAAL,CAAY3yD,MAAZ,GAAmBlnB,CAApB,IAAuB,CAA9I,EAAgJ0qD,IAAE,CAAtJ,EAAwJA,IAAEvxC,EAAE5iB,MAA5J,EAAmKm0D,GAAnK;AAAuK96B,wBAAEzW,EAAEuxC,CAAF,CAAF,EAAOQ,IAAE,IAAI3kC,CAAJ,CAAM1oB,CAAN,EAAQ4O,CAAR,CAAT,EAAoB,KAAKk9J,OAAL,CAAa/5I,CAAb,EAAes7B,CAAf,CAApB,EAAsCz+C,KAAGmjB,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAautK,kBAApE;AAAvK;AAA8P,aAAv1C,EAAw1CqE,UAAS,kBAAS1wJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,CAAkB,KAAI,KAAK2rK,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,IAAtC,EAA2C,CAAC,CAA5C,GAA+C,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAA/C,EAAgG75E,IAAE,CAAlG,EAAoG0qD,IAAE,CAA1G,EAA4GA,IAAEvxC,EAAE5iB,MAAhH,EAAuHm0D,GAAvH;AAA2Hj+C,wBAAE0M,EAAEuxC,CAAF,CAAF,EAAOj+C,EAAEi9J,aAAF,GAAgB,IAAvB,EAA4B95I,IAAE,KAAKg8D,OAAL,CAAan/E,CAAb,EAAe6/C,EAAE4+F,KAAjB,CAA9B,EAAsDlrJ,KAAG4vB,EAAEzN,KAAF,GAAQ,KAAKlqB,OAAL,CAAastK,oBAA9E;AAA3H,iBAA8N,KAAIvlK,KAAG,KAAK/H,OAAL,CAAastK,oBAAhB,EAAqC96G,IAAE,KAAKovB,MAAL,CAAYh1C,CAAZ,GAAc,KAAKg1C,MAAL,CAAY13D,KAAZ,GAAkB,CAAhC,GAAkCniB,IAAE,CAA3E,EAA6E0qD,IAAE,CAAnF,EAAqFA,IAAEvxC,EAAE5iB,MAAzF,EAAgGm0D,GAAhG;AAAoGj+C,wBAAE0M,EAAEuxC,CAAF,CAAF,EAAOrzD,IAAE,KAAKwiF,MAAL,CAAY90C,CAAZ,GAAc,KAAK9sC,OAAL,CAAautK,kBAA3B,GAA8C/4J,EAAEmlF,IAAF,CAAO1qE,MAA9D,EAAqErpB,IAAE,IAAI0oB,CAAJ,CAAMkkC,CAAN,EAAQpzD,CAAR,CAAvE,EAAkF,KAAKsyK,OAAL,CAAal9J,CAAb,EAAe5O,CAAf,CAAlF,EAAoG4sD,KAAGh+C,EAAEmlF,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAAjI;AAApG;AAA0P,aAAv1D,EAAw1DuE,YAAW,oBAAS3wJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,CAAkB,KAAI,KAAK2rK,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,MAAtC,EAA6C,CAAC,CAA9C,GAAiD,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAAjD,EAAkGptE,IAAE,CAApG,EAAsGpV,IAAE,CAA5G,EAA8GA,IAAE8hB,EAAE5iB,MAAlH,EAAyHc,GAAzH;AAA6H2I,wBAAEmZ,EAAE9hB,CAAF,CAAF,EAAO2I,EAAE+pK,aAAF,GAAgB,MAAvB,EAA8Bn6I,IAAE,KAAKg8D,OAAL,CAAa5rF,CAAb,EAAessD,EAAE4+F,KAAjB,CAAhC,EAAwDz+I,KAAGmjB,EAAEzN,KAAF,GAAQ,KAAKlqB,OAAL,CAAastK,oBAAhF;AAA7H,iBAAkO,KAAI94J,KAAG,KAAKxU,OAAL,CAAastK,oBAAhB,EAAqC96G,IAAE,KAAKovB,MAAL,CAAYh1C,CAAZ,GAAc,KAAKg1C,MAAL,CAAY13D,KAAZ,GAAkB,CAAhC,GAAkC1V,IAAE,CAA3E,EAA6Ei+C,IAAE,KAAKmvB,MAAL,CAAY90C,CAAZ,GAAc,KAAK9sC,OAAL,CAAautK,kBAA3B,GAA8C,KAAK3rF,MAAL,CAAY3yD,MAAzI,EAAgJ7vB,IAAE,CAAtJ,EAAwJA,IAAE8hB,EAAE5iB,MAA5J,EAAmKc,GAAnK;AAAuK2I,wBAAEmZ,EAAE9hB,CAAF,CAAF,EAAOwG,IAAE,IAAI0oB,CAAJ,CAAMkkC,CAAN,EAAQC,CAAR,CAAT,EAAoB,KAAKi/G,OAAL,CAAa3pK,CAAb,EAAenC,CAAf,CAApB,EAAsC4sD,KAAGzqD,EAAE4xF,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAAnE;AAAvK;AAA+P,aAAl2E,EAAm2EyE,kBAAiB,4BAAU;AAAC,oBAAI7wJ,CAAJ,EAAMnZ,CAAN,CAAQ,IAAG,KAAKwpK,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,QAAtC,EAA+C,CAAC,CAAhD,GAAmD,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAAnD,EAAoG,KAAKowF,YAAL,GAAkB,IAAtH,EAA2H9wJ,IAAE,KAAKlhB,OAAL,CAAaguK,gBAAb,GAA8B9lK,CAA3J,EAA6JH,IAAE,KAAK/H,OAAL,CAAaiuK,cAAb,GAA4B/lK,CAA3L,EAA6LH,KAAGmZ,CAAnM,EAAqM,MAAK,sDAAL,CAA4D,KAAK+wJ,QAAL,GAAc,CAAd,EAAgB,KAAKtiF,MAAL,GAAY,IAAIrhE,CAAJ,CAAM,KAAKszD,MAAL,CAAYh1C,CAAlB,EAAoB,KAAKg1C,MAAL,CAAY90C,CAAhC,CAA5B,EAA+D,KAAKolI,qBAAL,CAA2B,KAAKtwF,MAAhC,EAAuC,CAAvC,CAA/D,EAAyG,KAAKqwF,QAAL,GAAc,CAAd,IAAiB,KAAKE,YAAL,CAAkB,KAAKvwF,MAAvB,EAA8B,KAAK5hF,OAAL,CAAamuK,0BAA3C,EAAsEjtJ,CAAtE,EAAwEnZ,CAAxE,CAA1H,EAAqM,KAAK65E,MAAL,CAAYwwF,KAAZ,GAAkBrqK,IAAEmZ,CAAzN;AAA2N,aAAn2F,EAAo2FmxJ,aAAY,qBAASnxJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgBqtD,CAAhB,CAAkB,KAAIK,EAAE68F,WAAF,CAAcpoJ,CAAd,MAAmBA,IAAE,CAArB,GAAwB,KAAKwpK,oBAAL,CAA0B,KAAK3vF,MAA/B,EAAsC,MAAtC,EAA6C,CAAC,CAA9C,CAAxB,EAAyE,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,SAAnC,EAA6C,CAAC,CAA9C,CAAzE,EAA0H,KAAK4vF,iBAAL,CAAuB,KAAK5vF,MAA5B,EAAmC,YAAnC,EAAgD,CAAC,CAAjD,EAAmD75E,CAAnD,CAA1H,EAAgL3I,IAAE,CAAlL,EAAoLu4B,IAAE,CAA1L,EAA4LA,IAAEzW,EAAE5iB,MAAhM,EAAuMq5B,GAAvM;AAA2M86B,wBAAEvxC,EAAEyW,CAAF,CAAF,EAAO86B,EAAEg/G,aAAF,GAAgB,MAAvB,EAA8Bj/G,IAAE,KAAKmhC,OAAL,CAAalhC,CAAb,EAAe4B,EAAE4+F,KAAjB,CAAhC,EAAwD7zJ,KAAGozD,EAAEtoC,KAAF,GAAQ,KAAKlqB,OAAL,CAAastK,oBAAhF;AAA3M,iBAAgT,KAAIluK,KAAG,KAAKY,OAAL,CAAastK,oBAAhB,EAAqCluK,KAAG8hB,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,EAAc4rB,KAAtD,EAA4D9qB,KAAG8hB,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,EAAcg3J,eAAd,CAA8BC,MAA9B,GAAuCrrI,KAAtG,EAA4GtkB,IAAE,KAAKg8E,MAAL,CAAYh1C,CAAZ,GAAc,KAAKg1C,MAAL,CAAY13D,KAAZ,GAAkB,CAAhC,GAAkC9qB,IAAE,CAAlJ,EAAoJoV,IAAE,KAAKotE,MAAL,CAAY90C,CAAZ,GAAc,KAAK9sC,OAAL,CAAautK,kBAA3B,GAA8C,KAAK3rF,MAAL,CAAY3yD,MAAhN,EAAuN0I,IAAE,CAA7N,EAA+NA,IAAEzW,EAAE5iB,MAAnO,EAA0Oq5B,GAA1O;AAA8O86B,wBAAEvxC,EAAEyW,CAAF,CAAF,EAAOs7B,IAAE,IAAI3kC,CAAJ,CAAM1oB,CAAN,EAAQ4O,CAAR,CAAT,EAAoB,KAAKk9J,OAAL,CAAaj/G,CAAb,EAAeQ,CAAf,CAApB,EAAsCrtD,KAAG6sD,EAAEknC,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAAnE;AAA9O;AAAsU,aAAtgH,EAAugH4E,uBAAsB,+BAAShxJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgByuD,CAAhB,CAAkB,IAAGtsD,IAAE,KAAKkqK,QAAP,KAAkB,KAAKA,QAAL,GAAclqK,CAAhC,GAAmC3I,IAAE,CAArC,EAAuCoV,IAAE,GAAzC,EAA6Ci+C,IAAE,GAA/C,EAAmD96B,IAAE,MAAI5vB,CAAJ,GAAM,CAAN,GAAQlH,KAAKihF,IAAL,CAAUttE,IAAEA,CAAF,GAAIi+C,IAAEA,CAAhB,IAAmB1qD,CAAhF,EAAkFmZ,EAAE3L,QAAF,CAAWjX,MAAX,GAAkB,CAAvG,EAAyG;AAAC,yBAAIk0D,IAAE,CAAF,EAAI5sD,IAAEsb,EAAE3L,QAAF,CAAWjX,MAArB,EAA4Bk0D,IAAE5sD,CAA9B,EAAgC4sD,GAAhC;AAAoC6B,4BAAEnzC,EAAE3L,QAAF,CAAWi9C,CAAX,CAAF,EAAgBpzD,KAAG,KAAK8yK,qBAAL,CAA2B79G,CAA3B,EAA6BtsD,IAAE,CAA/B,CAAnB;AAApC,qBAAyF3I,IAAEyB,KAAKkrB,GAAL,CAAS4L,CAAT,EAAWv4B,CAAX,CAAF;AAAgB,iBAAnN,MAAwNA,IAAEu4B,CAAF,CAAI,OAAOzW,EAAEoxJ,WAAF,GAAclzK,CAAd,EAAgBA,CAAvB;AAAyB,aAAlzH,EAAmzHmzK,cAAa,sBAASrxJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBG,CAAtB;AAAA,oBAAwBv9C,CAAxB;AAAA,oBAA0Bm9C,IAAE,CAA5B,CAA8B,IAAG9xC,EAAE7K,OAAF,CAAU/X,MAAV,GAAiB,CAApB,EAAsB,MAAK,6BAAL,CAAmC,IAAGc,IAAE8hB,EAAE7K,OAAF,CAAU,CAAV,CAAF,EAAejX,MAAIoV,IAAE,IAAI8Z,CAAJ,CAAMlvB,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,CAAF,EAAiB2lB,IAAE,IAAInkC,CAAJ,CAAMpN,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,CAAnB,EAAkCkmB,IAAE,KAAKw/G,cAAL,CAAoB3xK,KAAK60F,KAAL,CAAWlhF,EAAEs4B,CAAF,GAAI2lB,EAAE3lB,CAAjB,EAAmBt4B,EAAEo4B,CAAF,GAAI6lB,EAAE7lB,CAAzB,CAApB,CAAxC,CAAf,EAAyGjV,IAAEzW,EAAE3L,QAAF,CAAWjX,MAAtH,EAA6H,MAAIq5B,CAApI,EAAsI,OAAO,IAAP,CAAY,KAAI66B,IAAE,EAAF,EAAK5sD,IAAE,EAAP,EAAUmC,IAAE,CAAhB,EAAkBA,IAAE4vB,CAApB,EAAsB,EAAE5vB,CAAxB;AAA0BssD,wBAAEnzC,EAAE3L,QAAF,CAAWxN,CAAX,CAAF,EAAgBkrD,IAAE,IAAI3kC,CAAJ,CAAM+lC,EAAEznB,CAAR,EAAUynB,EAAEvnB,CAAZ,CAAlB,EAAiClnC,EAAEmC,CAAF,IAAKA,CAAtC,EAAwCyqD,EAAEzqD,CAAF,IAAK,KAAKyqK,cAAL,CAAoB,CAACx/G,CAAD,GAAGnyD,KAAK60F,KAAL,CAAWziC,EAAEnmB,CAAF,GAAImmB,EAAEnmB,CAAjB,EAAmBmmB,EAAErmB,CAAF,GAAIqmB,EAAErmB,CAAzB,CAAvB,CAA7C;AAA1B,iBAA2H,KAAI0mB,EAAE69F,MAAF,CAAS3+F,CAAT,EAAW5sD,CAAX,GAAcwtD,IAAE,EAAhB,EAAmBv9C,IAAEqL,EAAE3L,QAAvB,EAAgCxN,IAAE,CAAtC,EAAwCA,IAAE4vB,CAA1C,EAA4C,EAAE5vB,CAA9C;AAAgDqrD,sBAAEr2D,IAAF,CAAO8Y,EAAEjQ,EAAEmC,CAAF,CAAF,CAAP;AAAhD,iBAAgE,OAAOqrD,CAAP;AAAS,aAAzvI,EAA0vIo/G,gBAAe,wBAAStxJ,CAAT,EAAW;AAAC,uBAAKA,IAAE,IAAErgB,KAAK4tB,EAAd;AAAkBvN,yBAAG,IAAErgB,KAAK4tB,EAAV;AAAlB,iBAA+B,OAAKvN,IAAE,CAAP;AAAUA,yBAAG,IAAErgB,KAAK4tB,EAAV;AAAV,iBAAuB,OAAOvN,CAAP;AAAS,aAAp1I,EAAq1IixJ,cAAa,sBAASjxJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ66B,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAYyuD,CAAZ;AAAA,oBAAcpB,IAAEz+C,IAAEpV,CAAlB;AAAA,oBAAoBg0D,IAAEH,IAAE,CAAxB;AAAA,oBAA0Bp9C,IAAEqL,EAAEoxJ,WAA9B;AAAA,oBAA0Ct/G,IAAE,CAA5C;AAAA,oBAA8CM,IAAE,KAAKi/G,YAAL,CAAkBrxJ,CAAlB,CAAhD,CAAqE,KAAIuxC,IAAE,CAAF,EAAI96B,IAAE27B,EAAEh1D,MAAZ,EAAmBm0D,IAAE96B,CAArB,EAAuB86B,GAAvB;AAA2BD,wBAAEc,EAAEb,CAAF,CAAF,EAAO7sD,IAAE4sD,CAAT,EAAW6B,IAAEzuD,EAAE0sK,WAAF,GAAcz8J,CAA3B,EAA6B28C,EAAEj9C,QAAF,CAAWjX,MAAX,GAAkB,CAAlB,IAAqB,KAAK6zK,YAAL,CAAkB3/G,CAAlB,EAAoBzqD,IAAE,KAAK/H,OAAL,CAAakuK,gBAAnC,EAAoD9uK,IAAE4zD,IAAEC,CAAxD,EAA0D7zD,IAAE,CAAC4zD,IAAEqB,CAAH,IAAMpB,CAAlE,CAAlD,EAAuH,KAAKw/G,gBAAL,CAAsBjgH,CAAtB,EAAwBzqD,CAAxB,EAA0B3I,IAAE4zD,IAAEC,CAAJ,GAAMoB,IAAEjB,CAAlC,CAAvH,EAA4JxtD,EAAE2tG,KAAF,GAAQl/C,IAAEpB,CAAtK,EAAwKD,KAAGqB,CAA3K;AAA3B;AAAwM,aAAjoJ,EAAkoJo+G,kBAAiB,0BAASvxJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC8hB,kBAAE0rB,CAAF,GAAI,KAAK+iD,MAAL,CAAY/iD,CAAZ,GAAc7kC,IAAElH,KAAK2tB,GAAL,CAASpvB,CAAT,CAApB,EAAgC8hB,EAAE4rB,CAAF,GAAI,KAAK6iD,MAAL,CAAY7iD,CAAZ,GAAc/kC,IAAElH,KAAKm3F,GAAL,CAAS54F,CAAT,CAApD,EAAgE8hB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAApF;AAAoH,aAAvxJ,EAAwxJsiJ,sBAAqB,8BAASrwJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE0M,EAAE4wJ,aAAR,CAAsB,KAAKlB,KAAL,CAAW/X,mBAAX,CAA+B33I,CAA/B,EAAiC,UAASA,CAAT,EAAW;AAACA,sBAAE4wJ,aAAF,GAAgB/pK,CAAhB;AAAkB,iBAA/D,GAAiE3I,MAAI8hB,EAAE4wJ,aAAF,GAAgBt9J,CAApB,CAAjE;AAAwF,aAA36J,EAA46Jg9J,mBAAkB,2BAAStwJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC8+C,kBAAE68F,WAAF,CAAc37I,CAAd,MAAmBA,IAAE,CAArB,EAAwB,IAAIi+C,IAAEvxC,EAAEyxJ,cAAR,CAAuBn+J,IAAE,CAAF,IAAK,KAAKo8J,KAAL,CAAWxZ,YAAX,CAAwBl2I,CAAxB,GAA2B,KAAK0vJ,KAAL,CAAW/X,mBAAX,CAA+B33I,CAA/B,EAAiC,UAASA,CAAT,EAAW;AAACA,sBAAEq+D,KAAF,IAAS/qE,IAAE,CAAX,KAAe0M,EAAEyxJ,cAAF,GAAiB5qK,CAAhC;AAAmC,iBAAhF,CAAhC,KAAoH,KAAK6oK,KAAL,CAAW/X,mBAAX,CAA+B33I,CAA/B,EAAiC,UAASA,CAAT,EAAW;AAACA,sBAAEyxJ,cAAF,GAAiB5qK,CAAjB;AAAmB,iBAAhE,GAAkE3I,MAAI8hB,EAAEyxJ,cAAF,GAAiBlgH,CAArB,CAAtL;AAA+M,aAA9sK,EAA+sKkhC,SAAQ,iBAASzyE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgBqtD,CAAhB;AAAA,oBAAkBG,IAAE,CAApB;AAAA,oBAAsBv9C,IAAE,CAAxB;AAAA,oBAA0Bm9C,IAAE,IAAIqB,CAAJ,CAAM,CAAN,EAAQ,CAAR,CAA5B,CAAuC,IAAG,CAACnzC,CAAJ,EAAM,MAAK,EAAL,CAAQ,IAAG1M,IAAE0M,EAAEo0I,eAAF,CAAkBC,MAAlB,EAAF,EAA6B9iG,IAAEj+C,EAAE0V,KAAjC,EAAuCyN,IAAEnjB,EAAEya,MAA3C,EAAkD,MAAI/N,EAAE7K,OAAF,CAAU/X,MAAnE,EAA0E,MAAK,8BAAL,CAAoC,IAAGk0D,IAAEtxC,EAAE7K,OAAF,CAAU,CAAV,CAAF,EAAe,gBAAc6K,EAAE4wJ,aAAhB,KAAgC5wJ,EAAE4wJ,aAAF,GAAgBt/G,EAAEs/G,aAAlD,CAAf,EAAgFx+G,EAAEk9F,OAAF,CAAUtvI,EAAE3L,QAAZ,CAAnF,EAAyGy9C,IAAE,IAAIqB,CAAJ,CAAMxzD,KAAKosC,GAAL,CAASwlB,CAAT,IAAYkC,CAAZ,GAAc,EAAd,GAAiBlC,CAAvB,EAAyB5xD,KAAKosC,GAAL,CAAStV,CAAT,IAAYg9B,CAAZ,GAAc,EAAd,GAAiBh9B,CAA1C,CAAF,CAAzG,KAA6J,IAAG,MAAIzW,EAAE3L,QAAF,CAAWjX,MAAlB,EAAyB;AAAC,4BAAO4iB,EAAE4wJ,aAAT,GAAwB,KAAI,QAAJ;AAAa1yK,gCAAE,KAAKu0F,OAAL,CAAazyE,EAAE3L,QAAF,CAAW,CAAX,CAAb,EAA2BxN,CAA3B,CAAF,EAAgCqrD,IAAEX,IAAE,KAAKzyD,OAAL,CAAakuK,gBAAb,GAA8BrtK,KAAK2tB,GAAL,CAAStN,EAAE0xJ,aAAX,CAAhC,GAA0DxzK,EAAE8qB,KAA9F,EAAoGrU,IAAE8hB,IAAE92B,KAAKosC,GAAL,CAAS,KAAKjtC,OAAL,CAAakuK,gBAAb,GAA8BrtK,KAAKm3F,GAAL,CAAS92E,EAAE0xJ,aAAX,CAAvC,CAAF,GAAoExzK,EAAE6vB,MAA5K,CAAmL,MAAM,KAAI,MAAJ,CAAW,KAAI,OAAJ;AAAY,oCAAO/N,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ;AAA2B,0CAAM,KAAI,yBAAJ;AAA8B,0CAAM,KAAI,YAAJ;AAAiBvzK,wCAAE,KAAKu0F,OAAL,CAAazyE,EAAE3L,QAAF,CAAW,CAAX,CAAb,EAA2BxN,CAA3B,CAAF,EAAgCqrD,IAAEX,IAAErzD,EAAE8qB,KAAJ,GAAU,KAAKlqB,OAAL,CAAaytK,0BAAzD,EAAoF53J,IAAE8hB,IAAE,KAAK33B,OAAL,CAAawtK,2BAAf,GAA2CpuK,EAAE6vB,MAAnI,CAA0I,MAAM,KAAI,SAAJ;AAAc7vB,wCAAE,KAAKu0F,OAAL,CAAazyE,EAAE3L,QAAF,CAAW,CAAX,CAAb,EAA2BxN,CAA3B,CAAF,EAAgCqrD,IAAEX,IAAE,KAAKzyD,OAAL,CAAastK,oBAAf,GAAoCluK,EAAE8qB,KAAxE,EAA8ErU,IAAEhV,KAAKkrB,GAAL,CAAS4L,CAAT,EAAWv4B,EAAE6vB,MAAb,CAAhF,CAAqG,MAAM;AAAQ,0CAAK,yDAAL,CAAhY,CAA+b,MAAM,KAAI,IAAJ,CAAS,KAAI,MAAJ;AAAW,oCAAO/N,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,0CAAM,KAAI,YAAJ;AAAiBvzK,wCAAE,KAAKu0F,OAAL,CAAazyE,EAAE3L,QAAF,CAAW,CAAX,CAAb,EAA2BxN,CAA3B,CAAF,EAAgCqrD,IAAEvyD,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAWrzD,EAAE8qB,KAAF,GAAQ,KAAKlqB,OAAL,CAAaytK,0BAAhC,CAAlC,EAA8F53J,IAAE8hB,IAAE,KAAK33B,OAAL,CAAawtK,2BAAf,GAA2CpuK,EAAE6vB,MAA7I,CAAoJ,MAAM,KAAI,SAAJ;AAAc7vB,wCAAE,KAAKu0F,OAAL,CAAazyE,EAAE3L,QAAF,CAAW,CAAX,CAAb,EAA2BxN,CAA3B,CAAF,EAAgC8N,IAAE8hB,IAAE,KAAK33B,OAAL,CAAautK,kBAAf,GAAkCnuK,EAAE6vB,MAAtE,EAA6EmkC,IAAEvyD,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAWrzD,EAAE8qB,KAAb,CAA/E,CAAmG,MAAM;AAAQ,0CAAK,uDAAL,CAAlY,CAA+b,MAAM;AAAQ,kCAAK,kDAAL,CAA3pC,CAAmtC8oC,IAAE,IAAIqB,CAAJ,CAAMjB,CAAN,EAAQv9C,CAAR,CAAF;AAAa,iBAA1vC,MAA8vC;AAAC,4BAAOqL,EAAE4wJ,aAAT,GAAwB,KAAI,MAAJ,CAAW,KAAI,OAAJ;AAAY,oCAAO5wJ,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,0CAAM,KAAI,YAAJ;AAAiB,yCAAIv/G,IAAEX,CAAF,EAAI58C,IAAE8hB,IAAE,KAAK33B,OAAL,CAAawtK,2BAArB,EAAiD5nK,IAAE,CAAvD,EAAyDA,IAAEsb,EAAE3L,QAAF,CAAWjX,MAAtE,EAA6EsH,GAA7E;AAAiFqtD,4CAAE/xC,EAAE3L,QAAF,CAAW3P,CAAX,CAAF,EAAgBxG,IAAE,KAAKu0F,OAAL,CAAa1gC,CAAb,EAAelrD,CAAf,CAAlB,EAAoCqrD,IAAEvyD,KAAKkrB,GAAL,CAASqnC,CAAT,EAAWh0D,EAAE8qB,KAAF,GAAQ,KAAKlqB,OAAL,CAAaytK,0BAAhC,CAAtC,EAAkG53J,KAAGzW,EAAE6vB,MAAF,GAAS,KAAKjvB,OAAL,CAAa0tK,4BAA3H;AAAjF,qCAAyO73J,KAAG,KAAK7V,OAAL,CAAa0tK,4BAAhB,CAA6C,MAAM,KAAI,SAAJ;AAAc,yCAAIt6G,IAAEX,CAAF,EAAI58C,IAAE,CAAN,EAAQjQ,IAAE,CAAd,EAAgBA,IAAEsb,EAAE3L,QAAF,CAAWjX,MAA7B,EAAoCsH,GAApC;AAAwCqtD,4CAAE/xC,EAAE3L,QAAF,CAAW3P,CAAX,CAAF,EAAgBxG,IAAE,KAAKu0F,OAAL,CAAa1gC,CAAb,EAAelrD,CAAf,CAAlB,EAAoCqrD,IAAEvyD,KAAKkrB,GAAL,CAASqnC,CAAT,EAAWX,IAAE,KAAKzyD,OAAL,CAAastK,oBAAf,GAAoCluK,EAAE8qB,KAAjD,CAAtC,EAA8FrU,KAAGzW,EAAE6vB,MAAF,GAAS,KAAKjvB,OAAL,CAAautK,kBAAvH;AAAxC,qCAAkL13J,KAAG,KAAK7V,OAAL,CAAautK,kBAAhB,CAAmC,MAAM;AAAQ,0CAAK,wDAAL,CAAtnB,CAAorB,MAAM,KAAI,IAAJ,CAAS,KAAI,MAAJ;AAAW,oCAAOrsJ,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,0CAAM,KAAI,YAAJ;AAAiB,yCAAIv/G,IAAEX,CAAF,EAAI58C,IAAE8hB,IAAE,KAAK33B,OAAL,CAAawtK,2BAArB,EAAiD5nK,IAAE,CAAvD,EAAyDA,IAAEsb,EAAE3L,QAAF,CAAWjX,MAAtE,EAA6EsH,GAA7E;AAAiFqtD,4CAAE/xC,EAAE3L,QAAF,CAAW3P,CAAX,CAAF,EAAgBxG,IAAE,KAAKu0F,OAAL,CAAa1gC,CAAb,EAAelrD,CAAf,CAAlB,EAAoCqrD,IAAEvyD,KAAKkrB,GAAL,CAASqnC,CAAT,EAAWh0D,EAAE8qB,KAAF,GAAQ,KAAKlqB,OAAL,CAAaytK,0BAAhC,CAAtC,EAAkG53J,KAAGzW,EAAE6vB,MAAF,GAAS,KAAKjvB,OAAL,CAAa0tK,4BAA3H;AAAjF,qCAAyO73J,KAAG,KAAK7V,OAAL,CAAa0tK,4BAAhB,CAA6C,MAAM,KAAI,SAAJ;AAAc,yCAAIt6G,IAAE,CAAF,EAAIv9C,IAAE,CAAN,EAAQjQ,IAAE,CAAd,EAAgBA,IAAEsb,EAAE3L,QAAF,CAAWjX,MAA7B,EAAoCsH,GAApC;AAAwCqtD,4CAAE/xC,EAAE3L,QAAF,CAAW3P,CAAX,CAAF,EAAgBxG,IAAE,KAAKu0F,OAAL,CAAa1gC,CAAb,EAAelrD,CAAf,CAAlB,EAAoCqrD,KAAGh0D,EAAE8qB,KAAF,GAAQ,KAAKlqB,OAAL,CAAastK,oBAA5D,EAAiFz3J,IAAEhV,KAAKkrB,GAAL,CAASlW,CAAT,EAAWzW,EAAE6vB,MAAF,GAAS,KAAKjvB,OAAL,CAAautK,kBAAtB,GAAyC51I,CAApD,CAAnF;AAAxC,qCAAkLy7B,KAAG,KAAKpzD,OAAL,CAAastK,oBAAhB,CAAqC,MAAM;AAAQ,0CAAK,uDAAL,CAAxnB,CAAqrB,MAAM;AAAQ,kCAAK,kDAAL,CAAh8C,CAAw/Ct6G,IAAE,IAAIqB,CAAJ,CAAMjB,CAAN,EAAQv9C,CAAR,CAAF;AAAa,wBAAOqL,EAAE2xJ,WAAF,GAAchyK,KAAKihF,IAAL,CAAU1uB,IAAEA,CAAF,GAAI,CAAJ,GAAMv9C,IAAEA,CAAF,GAAI,CAApB,CAAd,EAAqCqL,EAAEy4E,IAAF,GAAO3mC,CAA5C,EAA8CA,CAArD;AAAuD,aAAh2Q,EAAi2Q0+G,SAAQ,iBAASxwJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgByuD,CAAhB;AAAA,oBAAkBjB,CAAlB;AAAA,oBAAoBv9C,IAAEqL,EAAEo0I,eAAF,CAAkBC,MAAlB,EAAtB;AAAA,oBAAiDviG,IAAEn9C,EAAEqU,KAArD;AAAA,oBAA2DhiB,IAAE2N,EAAEoZ,MAA/D,CAAsE,IAAGqkC,EAAEk9F,OAAF,CAAUtvI,EAAE3L,QAAZ,CAAH,EAAyB2L,EAAE0rB,CAAF,GAAI7kC,EAAE6kC,CAAN,EAAQ1rB,EAAE4rB,CAAF,GAAI/kC,EAAE+kC,CAAd,EAAgB5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAMlrD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAckmB,CAAd,EAAgB9qD,CAAhB,CAApC,CAAzB,KAAqF,QAAOgZ,EAAE4wJ,aAAT,GAAwB,KAAI,MAAJ;AAAW,gCAAO5wJ,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,sCAAM,KAAI,YAAJ;AAAiB,qCAAIv/G,IAAErrD,CAAF,EAAImZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAAV,EAAY1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlB,EAAoB5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxC,EAAwEolC,IAAEtsD,EAAE+kC,CAAF,GAAI5kC,CAAJ,GAAM,KAAKlI,OAAL,CAAawtK,2BAA7F,EAAyHpuK,IAAE,CAA/H,EAAiIA,IAAEu4B,EAAEpiB,QAAF,CAAWjX,MAA9I,EAAqJc,GAArJ;AAAyJu4B,wCAAEA,EAAEpiB,QAAF,CAAWnW,CAAX,CAAF,EAAgBwG,IAAEwtD,EAAExmB,CAAF,GAAIjV,EAAE29H,eAAF,CAAkBprI,KAAtB,GAA4B,KAAKlqB,OAAL,CAAaytK,0BAA3D,EAAsFj5J,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAAxF,EAAmG,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAAnG,EAAqH6/C,KAAG18B,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAa0tK,4BAAnJ;AAAzJ,iCAAyU,MAAM,KAAI,SAAJ;AAAc,qCAAIt6G,IAAE,IAAI9kC,CAAJ,CAAMvmB,EAAE6kC,CAAF,GAAI1rB,EAAEy4E,IAAF,CAAOzvE,KAAX,GAAiB8oC,CAAvB,EAAyBjrD,EAAE+kC,CAAF,GAAI,CAAC5rB,EAAEy4E,IAAF,CAAO1qE,MAAP,GAAc/mB,CAAf,IAAkB,CAA/C,CAAF,EAAoDgZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAA1D,EAA4D1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlE,EAAoE5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxF,EAAwHrpB,IAAEwtD,EAAExmB,CAAF,GAAI,KAAK5sC,OAAL,CAAastK,oBAA3I,EAAgKj5G,IAAEtsD,EAAE+kC,CAApK,EAAsK1tC,IAAE,CAA5K,EAA8KA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAA3L,EAAkMc,GAAlM;AAAsMu4B,wCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBoV,IAAE,IAAI8Z,CAAJ,CAAM1oB,IAAE+xB,EAAEgiE,IAAF,CAAOzvE,KAAf,EAAqBmqC,CAArB,CAAlB,EAA0C,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAA1C,EAA4D6/C,KAAG18B,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAautK,kBAA1F;AAAtM,iCAAmT,MAAM;AAAQ,sCAAK,2BAAL,CAAvwB,CAAwyB,MAAM,KAAI,OAAJ;AAAY,gCAAOrsJ,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,sCAAM,KAAI,YAAJ;AAAiB,qCAAIv/G,IAAErrD,CAAF,EAAImZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAAV,EAAY1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlB,EAAoB5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxC,EAAwErpB,IAAEmC,EAAE6kC,CAAF,GAAIomB,CAAJ,GAAM,KAAKhzD,OAAL,CAAaytK,0BAA7F,EAAwHp5G,IAAEtsD,EAAE+kC,CAAF,GAAI5kC,CAAJ,GAAM,KAAKlI,OAAL,CAAawtK,2BAA7I,EAAyKpuK,IAAE,CAA/K,EAAiLA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAA9L,EAAqMc,GAArM;AAAyMu4B,wCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBoV,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAAlB,EAA6B,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAA7B,EAA+C6/C,KAAG18B,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAa0tK,4BAA7E;AAAzM,iCAAmT,MAAM,KAAI,SAAJ;AAAc,qCAAIt6G,IAAE,IAAI9kC,CAAJ,CAAMvmB,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAF,GAAI,CAAC5rB,EAAEy4E,IAAF,CAAO1qE,MAAP,GAAc/mB,CAAf,IAAkB,CAAhC,CAAF,EAAqCgZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAA3C,EAA6C1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAnD,EAAqD5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAzE,EAAyGrpB,IAAEmC,EAAE6kC,CAAF,GAAIomB,CAAJ,GAAM,KAAKhzD,OAAL,CAAastK,oBAA9H,EAAmJj5G,IAAEtsD,EAAE+kC,CAAvJ,EAAyJ1tC,IAAE,CAA/J,EAAiKA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAA9K,EAAqLc,GAArL;AAAyLu4B,wCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBoV,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAAlB,EAA6B,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAA7B,EAA+C6/C,KAAG18B,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAautK,kBAA7E;AAAzL,iCAAyR,MAAM;AAAQ,sCAAK,2BAAL,CAAvtB,CAAwvB,MAAM,KAAI,IAAJ;AAAS,4BAAGn6G,IAAE,IAAI9kC,CAAJ,CAAMvmB,EAAE6kC,CAAF,GAAI,CAAC1rB,EAAEy4E,IAAF,CAAOzvE,KAAP,GAAa8oC,CAAd,IAAiB,CAA3B,EAA6BjrD,EAAE+kC,CAAF,GAAI5rB,EAAEy4E,IAAF,CAAO1qE,MAAX,GAAkB/mB,CAA/C,CAAF,EAAoDgZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAA1D,EAA4D1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlE,EAAoE5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxF,EAAwHpuB,KAAKosC,GAAL,CAASmmB,EAAExmB,CAAF,GAAI7kC,EAAE6kC,CAAf,IAAkB+nB,CAA7I,EAA+I;AAAC,iCAAInC,IAAE,CAAF,EAAIpzD,IAAE,CAAV,EAAYA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAAzB,EAAgCc,GAAhC;AAAoCqzD,oCAAEvxC,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBozD,KAAGC,EAAEknC,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAA7C;AAApC,6BAAsG96G,KAAG,KAAKxyD,OAAL,CAAastK,oBAAhB,EAAqC1nK,IAAEmC,EAAE6kC,CAAF,GAAI,CAAComB,IAAER,CAAH,IAAM,CAAjD;AAAmD,yBAAzS,MAA8S5sD,IAAEmC,EAAE6kC,CAAJ,CAAM,KAAIxtC,IAAE,CAAN,EAAQA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAArB,EAA4Bc,GAA5B;AAAgCu4B,gCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBi1D,IAAEjB,EAAEtmB,CAAF,GAAI,KAAK9sC,OAAL,CAAautK,kBAAjB,GAAoC51I,EAAEgiE,IAAF,CAAO1qE,MAA7D,EAAoEza,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAAtE,EAAiF,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAAjF,EAAmG5O,KAAG+xB,EAAEgiE,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAAhI;AAAhC,yBAAqL,MAAM,KAAI,MAAJ;AAAW,gCAAOpsJ,EAAEyxJ,cAAT,GAAyB,KAAI,sBAAJ,CAA2B,KAAI,yBAAJ;AAA8B,sCAAM,KAAI,YAAJ;AAAiB,qCAAIv/G,IAAErrD,CAAF,EAAImZ,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAAV,EAAY1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlB,EAAoB5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxC,EAAwErpB,IAAEmC,EAAE6kC,CAAF,GAAI,KAAK5sC,OAAL,CAAaytK,0BAA3F,EAAsHp5G,IAAEtsD,EAAE+kC,CAAF,GAAI5kC,CAAJ,GAAM,KAAKlI,OAAL,CAAawtK,2BAA3I,EAAuKpuK,IAAE,CAA7K,EAA+KA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAA5L,EAAmMc,GAAnM;AAAuMu4B,wCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBoV,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAAlB,EAA6B,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAA7B,EAA+C6/C,KAAG18B,EAAEgiE,IAAF,CAAO1qE,MAAP,GAAc,KAAKjvB,OAAL,CAAa0tK,4BAA7E;AAAvM,iCAAiT,MAAM,KAAI,SAAJ;AAAc,oCAAGt6G,IAAE,IAAI9kC,CAAJ,CAAMvmB,EAAE6kC,CAAF,GAAI,CAAC1rB,EAAEy4E,IAAF,CAAOzvE,KAAP,GAAa8oC,CAAd,IAAiB,CAA3B,EAA6BjrD,EAAE+kC,CAA/B,CAAF,EAAoC5rB,EAAE0rB,CAAF,GAAIwmB,EAAExmB,CAA1C,EAA4C1rB,EAAE4rB,CAAF,GAAIsmB,EAAEtmB,CAAlD,EAAoD5rB,EAAEwxJ,iBAAF,GAAoB,IAAIz/G,CAAJ,CAAM/xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAxE,EAAwGpuB,KAAKosC,GAAL,CAASmmB,EAAExmB,CAAF,GAAI7kC,EAAE6kC,CAAf,IAAkB+nB,CAA7H,EAA+H;AAAC,yCAAInC,IAAE,CAAF,EAAIpzD,IAAE,CAAV,EAAYA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAAzB,EAAgCc,GAAhC;AAAoCqzD,4CAAEvxC,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBozD,KAAGC,EAAEknC,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAA7C;AAApC,qCAAsG96G,KAAG,KAAKxyD,OAAL,CAAastK,oBAAhB,EAAqC1nK,IAAEmC,EAAE6kC,CAAF,GAAI,CAAComB,IAAER,CAAH,IAAM,CAAjD;AAAmD,iCAAzR,MAA8R5sD,IAAEmC,EAAE6kC,CAAJ,CAAM,KAAIxtC,IAAE,CAAN,EAAQA,IAAE8hB,EAAE3L,QAAF,CAAWjX,MAArB,EAA4Bc,GAA5B;AAAgCu4B,wCAAEzW,EAAE3L,QAAF,CAAWnW,CAAX,CAAF,EAAgBi1D,IAAEjB,EAAEtmB,CAAF,GAAI,KAAK9sC,OAAL,CAAautK,kBAAjB,GAAoCrlK,CAAtD,EAAwDsM,IAAE,IAAI8Z,CAAJ,CAAM1oB,CAAN,EAAQyuD,CAAR,CAA1D,EAAqE,KAAKq9G,OAAL,CAAa/5I,CAAb,EAAenjB,CAAf,CAArE,EAAuF5O,KAAG+xB,EAAEgiE,IAAF,CAAOzvE,KAAP,GAAa,KAAKlqB,OAAL,CAAastK,oBAApH;AAAhC,iCAAyK,MAAM;AAAQ,sCAAK,2BAAL,CAAz4B,CAA06B,MAAM,KAAI,MAAJ;AAAW,8BAAM;AAAQ,8BAAK,2BAAL,CAAviG;AAAykG,aAA3lX,EAA4lX+D,cAAa,wBAAU;AAAC,oBAAInwJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,CAAgB,IAAG,KAAKiqD,MAAL,IAAa,CAACtuB,EAAEk9F,OAAF,CAAU,KAAK5uE,MAAL,CAAYrsE,QAAtB,CAAjB,EAAiD,QAAO2L,IAAE,KAAKlhB,OAAL,CAAaktK,OAAf,EAAuB55G,EAAE68F,WAAF,CAAcjvI,CAAd,MAAmBA,IAAE,MAArB,CAAvB,EAAoDyW,IAAE,KAAKiqD,MAAL,CAAYrsE,QAAlE,EAA2E2L,EAAEre,WAAF,EAAlF,GAAmG,KAAI,QAAJ,CAAa,KAAI,YAAJ;AAAiB,6BAAKkvK,gBAAL,GAAwB,MAAM,KAAI,mBAAJ,CAAwB,KAAI,SAAJ;AAAchqK,4BAAE,KAAK65E,MAAL,CAAYrsE,QAAd,EAAuB,MAAI,KAAKqsE,MAAL,CAAYrsE,QAAZ,CAAqBjX,MAAzB,GAAgC,KAAKqzK,WAAL,CAAiB5pK,CAAjB,CAAhC,IAAqD0qD,IAAE96B,EAAEr5B,MAAF,GAAS,CAAX,EAAac,IAAEy9B,EAAE,KAAK+kD,MAAL,CAAYrsE,QAAd,EAAuB,UAAS2L,CAAT,EAAW;AAAC,mCAAOoyC,EAAEt2D,OAAF,CAAU26B,CAAV,EAAYzW,CAAZ,IAAeuxC,CAAtB;AAAwB,yBAA3D,CAAf,EAA4Ej+C,IAAEqoB,EAAE,KAAK+kD,MAAL,CAAYrsE,QAAd,EAAuB,UAAS2L,CAAT,EAAW;AAAC,mCAAOoyC,EAAEt2D,OAAF,CAAU26B,CAAV,EAAYzW,CAAZ,KAAgBuxC,CAAvB;AAAyB,yBAA5D,CAA9E,EAA4I,KAAK6+G,UAAL,CAAgBlyK,CAAhB,CAA5I,EAA+J,KAAKuyK,WAAL,CAAiBn9J,CAAjB,CAApN,CAAvB,CAAgQ,MAAM,KAAI,iBAAJ;AAAsBzM,4BAAE,KAAK65E,MAAL,CAAYrsE,QAAd,EAAuB,MAAI,KAAKqsE,MAAL,CAAYrsE,QAAZ,CAAqBjX,MAAzB,GAAgC,KAAKuzK,UAAL,CAAgB9pK,CAAhB,CAAhC,IAAoD0qD,IAAE96B,EAAEr5B,MAAF,GAAS,CAAX,EAAac,IAAEy9B,EAAE,KAAK+kD,MAAL,CAAYrsE,QAAd,EAAuB,UAAS2L,CAAT,EAAW;AAAC,mCAAOoyC,EAAEt2D,OAAF,CAAU26B,CAAV,EAAYzW,CAAZ,IAAeuxC,CAAtB;AAAwB,yBAA3D,CAAf,EAA4Ej+C,IAAEqoB,EAAE,KAAK+kD,MAAL,CAAYrsE,QAAd,EAAuB,UAAS2L,CAAT,EAAW;AAAC,mCAAOoyC,EAAEt2D,OAAF,CAAU26B,CAAV,EAAYzW,CAAZ,KAAgBuxC,CAAvB;AAAyB,yBAA5D,CAA9E,EAA4I,KAAKm/G,QAAL,CAAcxyK,CAAd,CAA5I,EAA6J,KAAKyyK,UAAL,CAAgBr9J,CAAhB,CAAjN,CAAvB,CAA4P,MAAM,KAAI,OAAJ;AAAY,6BAAKm9J,WAAL,CAAiB,KAAK/vF,MAAL,CAAYrsE,QAA7B,EAAuC,MAAM,KAAI,MAAJ;AAAW,6BAAK+7J,UAAL,CAAgB,KAAK1vF,MAAL,CAAYrsE,QAA5B,EAAsC,MAAM,KAAI,IAAJ,CAAS,KAAI,QAAJ;AAAa,6BAAKq8J,QAAL,CAAc,KAAKhwF,MAAL,CAAYrsE,QAA1B,EAAoC,MAAM,KAAI,MAAJ,CAAW,KAAI,KAAJ;AAAU,6BAAKs8J,UAAL,CAAgB,KAAKjwF,MAAL,CAAYrsE,QAA5B,EAAsC,MAAM,KAAI,SAAJ,CAAc,KAAI,aAAJ;AAAkB,4BAAG,KAAKvV,OAAL,CAAa8yK,qBAAb,GAAmC,CAAtC,EAAwC,MAAK,kDAAL,CAAwD,KAAKT,WAAL,CAAiB,KAAKzwF,MAAL,CAAYrsE,QAA7B,EAAsC,KAAKvV,OAAL,CAAa8yK,qBAAnD,EAA0E,MAAM,KAAI,WAAJ,CAAgB,KAAI,MAAJ,CAAprC;AAAisC,aAAt3Z,EAAf,CAAlrS;AAAA,YAA0jsBt8G,IAAE1pB,EAAE/sC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,IAAG+kC,EAAEpvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkBurD,EAAE68F,WAAF,CAAcjvI,CAAd,CAArB,EAAsC,MAAK,uBAAL,CAA6B,KAAKqnG,OAAL,GAAarnG,CAAb;AAAe,aAA/G,EAAgHkhJ,QAAO,gBAASlhJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,OAAO,KAAKwvK,eAAL,CAAqB1tJ,CAArB,GAAwBnZ,IAAE,IAAIvL,CAAJ,CAAM,KAAK+rH,OAAX,CAA1B,EAA8C,KAAKqoD,KAAL,GAAW7oK,EAAEk1D,OAAF,EAAzD,EAAqE79D,IAAE,KAAK2zK,gBAAL,EAAvE,EAA+F,IAAIv+J,EAAEm8J,WAAN,CAAkB,KAAKpoD,OAAvB,EAA+BnpH,CAA/B,CAAtG;AAAwI,aAAnR,EAAoR2zK,kBAAiB,4BAAU;AAAC,oBAAI7xJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,CAAoB,IAAG,CAAC,KAAKgrK,KAAL,CAAWpgB,OAAX,EAAD,KAAwBtvI,IAAE,KAAK0vJ,KAAL,CAAWvZ,sBAAX,EAAF,EAAsC,CAAC/jG,EAAEk9F,OAAF,CAAUtvI,CAAV,CAA/D,CAAH,EAAgF;AAAC,yBAAInZ,IAAE,IAAIlC,CAAJ,CAAM,KAAK7F,OAAX,CAAF,EAAsBZ,IAAE,EAAxB,EAA2BoV,IAAE,CAAjC,EAAmCA,IAAE0M,EAAE5iB,MAAvC,EAA8CkW,GAA9C,EAAkD;AAAC,4BAAGi+C,IAAEvxC,EAAE1M,CAAF,CAAF,EAAOmjB,IAAE,KAAKq7I,OAAL,CAAavgH,CAAb,CAAT,EAAyB,CAAC96B,CAA7B,EAA+B,MAAK,mDAAL,CAAyD66B,IAAE76B,EAAEziB,IAAJ,EAAStP,IAAE+xB,EAAEs7I,IAAb,EAAkBlrK,EAAEq6J,MAAF,CAASx8J,CAAT,EAAW4sD,CAAX,CAAlB,EAAgCpzD,EAAErC,IAAF,CAAO6I,CAAP,CAAhC;AAA0C,4BAAO,KAAK6oK,oBAAL,CAA0BrvK,CAA1B,CAAP;AAAoC;AAAC,aAA/mB,EAAgnB4zK,SAAQ,iBAAS9xJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,IAAE,IAAhB,CAAqB,IAAG,KAAKxyD,OAAL,CAAamtK,KAAb,IAAoB,KAAKntK,OAAL,CAAamtK,KAAb,CAAmB7uK,MAAnB,GAA0B,CAAjD,EAAmD,KAAIyJ,IAAE,CAAF,EAAI3I,IAAE8hB,EAAErB,KAAF,CAAQvhB,MAAlB,EAAyByJ,IAAE3I,CAA3B,EAA6B2I,GAA7B;AAAiC,yBAAIyM,IAAE0M,EAAErB,KAAF,CAAQ9X,CAAR,CAAF,EAAa0qD,IAAE,CAAnB,EAAqBA,IAAE,KAAKzyD,OAAL,CAAamtK,KAAb,CAAmB7uK,MAA1C,EAAiDm0D,GAAjD;AAAqD,4BAAG96B,IAAE,KAAK33B,OAAL,CAAamtK,KAAb,CAAmB16G,CAAnB,CAAF,EAAwB96B,MAAInjB,EAAE8gJ,eAAjC,EAAiD;AAAC9iG,gCAAEh+C,CAAF,CAAI;AAAM;AAAjH;AAAjC,iBAAkJ,IAAG,CAACg+C,CAAD,KAAKA,IAAEtxC,EAAEhM,IAAF,EAAF,EAAW,CAACs9C,CAAjB,CAAH,EAAuB,MAAK,qCAAL,CAA2C,OAAO,KAAK0gH,cAAL,CAAoBhyJ,CAApB,EAAsBsxC,CAAtB,CAAP;AAAgC,aAAh8B,EAAi8B0gH,gBAAe,wBAAShyJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE8hB,EAAEy2I,eAAF,CAAkB5vJ,CAAlB,CAAN,CAA2B,OAAOurD,EAAE68F,WAAF,CAAc/wJ,CAAd,KAAkBA,EAAEoxJ,OAAF,EAAlB,GAA8B,IAA9B,GAAmC,EAACyiB,MAAK7zK,CAAN,EAAQ8V,MAAK9V,EAAE8V,IAAf,EAA1C;AAA+D,aAAxjC,EAAT,CAA5jsB;AAAA,YAAgouBsgD,IAAE1oB,EAAE/sC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,IAAG+kC,EAAEpvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeuJ,CAAf,GAAkBurD,EAAE68F,WAAF,CAAcjvI,CAAd,CAArB,EAAsC,MAAK,2BAAL,CAAiC,KAAKqnG,OAAL,GAAarnG,CAAb;AAAe,aAAnH,EAAoHkhJ,QAAO,gBAASlhJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,CAAgB,IAAG,KAAKgpK,eAAL,CAAqB1tJ,CAArB,GAAwBnZ,IAAE,IAAIvL,CAAJ,CAAM,KAAK+rH,OAAX,CAA1B,EAA8CnpH,IAAE2I,EAAEk1D,OAAF,CAAU/7C,CAAV,CAAhD,EAA6D,CAAC9hB,EAAEoxJ,OAAF,EAAD,KAAe/9F,IAAErzD,EAAEi4J,sBAAF,EAAF,EAA6B,CAAC/jG,EAAEk9F,OAAF,CAAU/9F,CAAV,CAA7C,CAAhE,EAA2H;AAAC,yBAAI96B,IAAE,CAAN,EAAQA,IAAE86B,EAAEn0D,MAAZ,EAAmBq5B,GAAnB;AAAuB66B,4BAAEC,EAAE96B,CAAF,CAAF,EAAO,KAAK8iI,WAAL,CAAiBjoG,CAAjB,EAAmBtxC,CAAnB,CAAP;AAAvB,qBAAoD,OAAOtb,IAAE,KAAK6oK,oBAAL,CAA0Bh8G,CAA1B,CAAF,EAA+B,IAAIj+C,EAAEm8J,WAAN,CAAkB,KAAKpoD,OAAvB,EAA+B3iH,CAA/B,CAAtC;AAAwE;AAAC,aAAhZ,EAAiZutK,wBAAuB,kCAAU;AAAC,oBAAIjyJ,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAK0vJ,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAA3B,EAAkC4iB,GAAlC;AAAsCnZ,wBAAE,KAAK6oK,KAAL,CAAW/wJ,KAAX,CAAiBqB,CAAjB,CAAF,EAAsBnZ,EAAEqrK,KAAF,GAAQ,CAAC,CAA/B,EAAiCrrK,EAAEsrK,mBAAF,GAAsB,CAAvD,EAAyDtrK,EAAEurK,iBAAF,GAAoB,CAA7E,EAA+EvrK,EAAE0tJ,SAAF,GAAY,CAAC,CAA5F,EAA8F1tJ,EAAEwrK,WAAF,GAAc,CAA5G,EAA8GxrK,EAAEyrK,WAAF,GAAc,CAA5H,EAA8HzrK,EAAE0rK,gBAAF,GAAmB,CAAjJ,EAAmJ1rK,EAAE2rK,kBAAF,GAAqB,CAAxK,EAA0K3rK,EAAE4rK,YAAF,GAAe,CAAzL;AAAtC;AAAiO,aAA5pB,EAA6pBC,UAAS,kBAAS1yJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBp9C,CAAtB;AAAA,oBAAwBm9C,CAAxB;AAAA,oBAA0B1kC,IAAE,EAA5B;AAAA,oBAA+BqmC,IAAE,IAAIvB,CAAJ,EAAjC;AAAA,oBAAuClrD,IAAE,CAAzC,CAA2C,KAAIorD,EAAE5wB,OAAF,CAAUxhB,EAAErB,KAAZ,EAAkB,UAASqB,CAAT,EAAW;AAAC,0BAAIA,EAAEk0I,QAAF,CAAW92J,MAAf,KAAwBq2D,EAAEp5C,GAAF,CAAM2F,CAAN,EAAQ,CAAR,GAAWoN,EAAEvxB,IAAF,CAAOmkB,CAAP,CAAnC;AAA8C,iBAA5E,CAAJ,EAAkFoN,EAAEhwB,MAAF,GAAS,CAA3F;AAA8F,yBAAIq5B,IAAErJ,EAAE1kB,KAAF,EAAF,EAAY7B,IAAE,CAAlB,EAAoBA,IAAE4vB,EAAEw9H,QAAF,CAAW72J,MAAjC,EAAwCyJ,GAAxC;AAA4CyM,4BAAEmjB,EAAEw9H,QAAF,CAAWptJ,CAAX,CAAF,EAAgByqD,IAAEh+C,EAAElU,MAApB,EAA2BmyD,IAAEkC,EAAE8/F,WAAF,CAAcjiG,CAAd,IAAiB3xD,KAAKkrB,GAAL,CAAS4oC,EAAEl2D,GAAF,CAAMk5B,CAAN,IAAS,CAAlB,EAAoBg9B,EAAEl2D,GAAF,CAAM+zD,CAAN,CAApB,CAAjB,GAA+CmC,EAAEl2D,GAAF,CAAMk5B,CAAN,IAAS,CAArF,EAAuFg9B,EAAEp5C,GAAF,CAAMi3C,CAAN,EAAQC,CAAR,CAAvF,EAAkGA,IAAEvqD,CAAF,KAAMA,IAAEuqD,CAAR,CAAlG,EAA6GlrD,EAAE+mB,CAAF,EAAIkkC,CAAJ,KAAQlkC,EAAEvxB,IAAF,CAAOy1D,CAAP,CAArH;AAA5C;AAA9F,iBAAyQ,KAAI5sD,IAAE+uD,EAAElrD,IAAF,EAAF,EAAW7D,EAAE/F,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAI3I,IAAEu1D,EAAEl2D,GAAF,CAAMyiB,CAAN,CAAN;AAAA,wBAAe1M,IAAEmgD,EAAEl2D,GAAF,CAAMsJ,CAAN,CAAjB,CAA0B,OAAOurD,EAAE8vD,IAAF,CAAO5uG,IAAEpV,CAAT,CAAP;AAAmB,iBAAlE,CAAX,EAA+Ei1D,IAAE,CAArF,EAAuFA,IAAEzuD,EAAEtH,MAA3F,EAAkG,EAAE+1D,CAApG;AAAsG,wBAAGpB,IAAErtD,EAAEyuD,CAAF,CAAF,EAAOx+C,IAAEqkD,OAAOw3B,SAAhB,EAA0B,MAAIz+B,EAAEkiG,QAAF,CAAW72J,MAA5C,EAAmD;AAAC,6BAAIc,IAAE,CAAN,EAAQA,IAAE6zD,EAAEkiG,QAAF,CAAW72J,MAArB,EAA4B,EAAEc,CAA9B;AAAgCoV,gCAAEy+C,EAAEkiG,QAAF,CAAW/1J,CAAX,CAAF,EAAgByW,IAAEhV,KAAKy0C,GAAL,CAASz/B,CAAT,EAAW8+C,EAAEl2D,GAAF,CAAM+V,EAAElU,MAAR,CAAX,CAAlB;AAAhC,yBAA8EuV,IAAE,CAAF,IAAK8+C,EAAEp5C,GAAF,CAAM03C,CAAN,EAAQp9C,IAAE,CAAV,CAAL;AAAkB;AAA1P,iBAA0P,KAAI,KAAKg+J,MAAL,GAAY,EAAZ,EAAe9rK,IAAE,CAArB,EAAuBA,IAAEG,IAAE,CAA3B,EAA6BH,GAA7B;AAAiCirD,wBAAE,EAAF,EAAKA,EAAE8gH,OAAF,GAAU,EAAf,EAAkB,KAAKD,MAAL,CAAY92K,IAAZ,CAAiBi2D,CAAjB,CAAlB;AAAjC,iBAAuE,KAAI2B,EAAEjyB,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,sBAAEkyJ,KAAF,GAAQrrK,CAAR,EAAU,KAAK8rK,MAAL,CAAY9rK,CAAZ,EAAehL,IAAf,CAAoBmkB,CAApB,CAAV;AAAiC,iBAAzD,EAA0D,IAA1D,GAAgE9hB,IAAE,CAAtE,EAAwEA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAtF,EAA6Fc,GAA7F;AAAiG,yBAAI4zD,IAAE,KAAK6gH,MAAL,CAAYz0K,CAAZ,CAAF,EAAiB2I,IAAE,CAAvB,EAAyBA,IAAEirD,EAAE10D,MAA7B,EAAoCyJ,GAApC;AAAwCirD,0BAAEjrD,CAAF,EAAK4rK,YAAL,GAAkB5rK,CAAlB;AAAxC;AAAjG;AAA6J,aAAp8C,EAAq8C0yJ,aAAY,qBAASv5I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAGurD,EAAE68F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,yDAAL,CAA+DoyC,EAAE48F,SAAF,CAAYnoJ,CAAZ,KAAgB,KAAK6mK,eAAL,CAAqB7mK,CAArB,CAAhB,EAAwC,KAAK6oK,KAAL,GAAW1vJ,CAAnD,EAAqDA,EAAEq2I,cAAF,EAArD,CAAwE,IAAIn4J,IAAE8hB,EAAEk4I,WAAF,EAAN,CAAsB,KAAK+Z,sBAAL,IAA8B,KAAKS,QAAL,CAAc1yJ,CAAd,EAAgBnZ,CAAhB,CAA9B,EAAiD,KAAKgsK,QAAL,EAAjD,EAAiE,KAAKC,kBAAL,EAAjE,EAA2F,KAAKC,UAAL,EAA3F,EAA6G,KAAKC,YAAL,EAA7G,EAAiI,KAAKC,iBAAL,EAAjI,EAA0J,KAAKC,UAAL,EAA1J,EAA4K9gH,EAAE5wB,OAAF,CAAUtjC,CAAV,EAAY,UAAS8hB,CAAT,EAAW;AAACA,sBAAE88B,MAAF,IAAU98B,EAAE88B,MAAF,CAASrnC,OAAT,EAAV;AAA6B,iBAArD,CAA5K;AAAmO,aAAn3D,EAAo3D09J,YAAW,oBAASnzJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE0M,EAAEkyJ,KAAR;AAAA,oBAAc3gH,IAAEvxC,EAAEozJ,UAAlB,CAA6B,KAAKC,YAAL,CAAkB//J,CAAlB,EAAqBi+C,CAArB,IAAwBrzD,CAAxB;AAA0B,aAAt8D,EAAu8Do1K,YAAW,oBAAStzJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,CAAR;AAAA,oBAAUi+C,IAAEvxC,EAAEozJ,UAAd;AAAA,oBAAyB38I,IAAE5vB,EAAEusK,UAA7B;AAAA,oBAAwC9hH,IAAEtxC,EAAEkyJ,KAA5C;AAAA,oBAAkDxtK,IAAE/E,KAAKy0C,GAAL,CAASmd,CAAT,EAAW96B,CAAX,CAApD;AAAA,oBAAkE08B,IAAExzD,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAW96B,CAAX,CAApE,CAAkF,KAAIv4B,IAAEwG,CAAN,EAAQxG,IAAEi1D,CAAV,EAAY,EAAEj1D,CAAd;AAAgBoV,yBAAG,KAAK+/J,YAAL,CAAkB/hH,CAAlB,EAAqBpzD,CAArB,CAAH;AAAhB,iBAA2C,OAAOoV,CAAP;AAAS,aAAtmE,EAAumEigK,kBAAiB,0BAASvzJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBp9C,CAAtB;AAAA,oBAAwBm9C,IAAE,IAAII,CAAJ,EAA1B,CAAgC,KAAI5+C,IAAE,CAAN,EAAQA,IAAE,KAAKq/J,MAAL,CAAYv1K,MAAtB,EAA6B,EAAEkW,CAA/B;AAAiC,wBAAGi+C,IAAEvxC,EAAE1M,CAAF,CAAL,EAAU;AAAC,6BAAIzM,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuB3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOirD,EAAEyhG,WAAF,CAAcr1J,CAAd,KAAkB,KAAKs1K,SAAL,CAAet1K,CAAf,EAAiB4zD,CAAjB,EAAmBx+C,CAAnB,CAAzB;AAAvB,yBAAsE,KAAImjB,IAAEuiC,OAAOy6G,iBAAT,EAA2B5sK,IAAE,CAAjC,EAAmCA,IAAE0qD,EAAEn0D,MAAvC,EAA8CyJ,GAA9C;AAAkD3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOyqD,IAAE,KAAKoiH,YAAL,CAAkBx1K,CAAlB,CAAT,EAA8BozD,KAAG,KAAKqiH,aAAL,CAAmBp2K,GAAnB,CAAuB+zD,CAAvB,MAA4Bh+C,CAA/B,KAAmCmjB,IAAE92B,KAAKy0C,GAAL,CAAS3d,CAAT,EAAWq7B,EAAEv0D,GAAF,CAAM+zD,CAAN,IAASQ,EAAEv0D,GAAF,CAAMW,CAAN,CAAT,GAAkB,KAAKo1K,UAAL,CAAgBp1K,CAAhB,EAAkBozD,CAAlB,CAA7B,CAArC,CAA9B;AAAlD,yBAAyK,IAAG76B,MAAIuiC,OAAOy6G,iBAAd,EAAgC;AAAC,iCAAI/uK,IAAE,EAAF,EAAKmC,IAAE,CAAX,EAAaA,IAAE0qD,EAAEn0D,MAAjB,EAAwByJ,GAAxB;AAA4B,qCAAI3I,IAAEqzD,EAAE1qD,CAAF,CAAF,EAAOssD,IAAE,EAAT,EAAYf,EAAE89F,QAAF,CAAW/8F,CAAX,EAAa,KAAKygH,OAAL,CAAar2K,GAAb,CAAiBW,CAAjB,CAAb,CAAZ,EAA8Ck0D,EAAE89F,QAAF,CAAW/8F,CAAX,EAAa,KAAK0gH,SAAL,CAAet2K,GAAf,CAAmBW,CAAnB,CAAb,CAA9C,EAAkF6zD,IAAE,CAAxF,EAA0FA,IAAEoB,EAAE/1D,MAA9F,EAAqG20D,GAArG;AAAyGp9C,wCAAEw+C,EAAEpB,CAAF,CAAF,EAAO,KAAK4hH,aAAL,CAAmBp2K,GAAnB,CAAuBoX,CAAvB,IAA0BrB,CAA1B,IAA6B5O,EAAE7I,IAAF,CAAOi2D,EAAEv0D,GAAF,CAAMoX,CAAN,IAASm9C,EAAEv0D,GAAF,CAAMW,CAAN,CAAhB,CAApC;AAAzG;AAA5B,6BAAmMwG,EAAE/F,IAAF,IAAS83B,IAAE,MAAI/xB,EAAEtH,MAAN,GAAa,CAAb,GAAesH,EAAEtH,MAAF,GAAS,CAAT,KAAa,CAAb,GAAesH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,CAAF,CAAf,GAA0C,CAACsH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,IAAwB,CAA1B,IAA6BsH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,CAAF,CAA9B,IAA0D,CAA9H;AAAgI,8BAAIyJ,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuB3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOirD,EAAEz3C,GAAF,CAAMnc,CAAN,EAAQ4zD,EAAEv0D,GAAF,CAAMW,CAAN,IAASu4B,CAAjB,CAAP;AAAvB;AAAkD;AAAjrB,iBAAirB,OAAOq7B,CAAP;AAAS,aAA91F,EAA+1FiiH,kBAAiB,0BAAS/zJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBp9C,CAAtB;AAAA,oBAAwBm9C,IAAE,IAAII,CAAJ,EAA1B,CAAgC,KAAI5+C,IAAE,CAAN,EAAQA,IAAE,KAAKq/J,MAAL,CAAYv1K,MAAtB,EAA6B,EAAEkW,CAA/B;AAAiC,wBAAGi+C,IAAEvxC,EAAE1M,CAAF,CAAL,EAAU;AAAC,6BAAIzM,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuB3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOirD,EAAEyhG,WAAF,CAAcr1J,CAAd,KAAkB,KAAK81K,UAAL,CAAgB91K,CAAhB,EAAkB4zD,CAAlB,EAAoBx+C,CAApB,CAAzB;AAAvB,yBAAuE,KAAImjB,IAAEuiC,OAAOi7G,iBAAT,EAA2BptK,IAAE,CAAjC,EAAmCA,IAAE0qD,EAAEn0D,MAAvC,EAA8CyJ,GAA9C;AAAkD3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOyqD,IAAE,KAAK4iH,WAAL,CAAiBh2K,CAAjB,CAAT,EAA6BozD,KAAG,KAAK6iH,cAAL,CAAoB52K,GAApB,CAAwB+zD,CAAxB,MAA6Bh+C,CAAhC,KAAoCmjB,IAAE92B,KAAKkrB,GAAL,CAAS4L,CAAT,EAAWq7B,EAAEv0D,GAAF,CAAM+zD,CAAN,IAASQ,EAAEv0D,GAAF,CAAMW,CAAN,CAAT,GAAkB,KAAKo1K,UAAL,CAAgBhiH,CAAhB,EAAkBpzD,CAAlB,CAA7B,CAAtC,CAA7B;AAAlD,yBAAyK,IAAGu4B,MAAIuiC,OAAOi7G,iBAAd,EAAgC;AAAC,iCAAIvvK,IAAE,EAAF,EAAKmC,IAAE,CAAX,EAAaA,IAAE0qD,EAAEn0D,MAAjB,EAAwByJ,GAAxB;AAA4B,qCAAI3I,IAAEqzD,EAAE1qD,CAAF,CAAF,EAAOssD,IAAE,EAAT,EAAYf,EAAE89F,QAAF,CAAW/8F,CAAX,EAAa,KAAKygH,OAAL,CAAar2K,GAAb,CAAiBW,CAAjB,CAAb,CAAZ,EAA8Ck0D,EAAE89F,QAAF,CAAW/8F,CAAX,EAAa,KAAK0gH,SAAL,CAAet2K,GAAf,CAAmBW,CAAnB,CAAb,CAA9C,EAAkF6zD,IAAE,CAAxF,EAA0FA,IAAEoB,EAAE/1D,MAA9F,EAAqG20D,GAArG;AAAyGp9C,wCAAEw+C,EAAEpB,CAAF,CAAF,EAAO,KAAKoiH,cAAL,CAAoB52K,GAApB,CAAwBoX,CAAxB,IAA2BrB,CAA3B,IAA8B5O,EAAE7I,IAAF,CAAOi2D,EAAEv0D,GAAF,CAAMW,CAAN,IAAS4zD,EAAEv0D,GAAF,CAAMoX,CAAN,CAAhB,CAArC;AAAzG;AAA5B,6BAAoMjQ,EAAE/F,IAAF,IAAS83B,IAAE,MAAI/xB,EAAEtH,MAAN,GAAa,CAAb,GAAesH,EAAEtH,MAAF,GAAS,CAAT,KAAa,CAAb,GAAesH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,CAAF,CAAf,GAA0C,CAACsH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,IAAwB,CAA1B,IAA6BsH,EAAE,KAAKovK,MAAL,CAAYpvK,EAAEtH,MAAd,EAAqB,CAArB,CAAF,CAA9B,IAA0D,CAA9H;AAAgI,8BAAIyJ,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuB3I,gCAAEqzD,EAAE1qD,CAAF,CAAF,EAAOirD,EAAEz3C,GAAF,CAAMnc,CAAN,EAAQ4zD,EAAEv0D,GAAF,CAAMW,CAAN,IAASu4B,CAAjB,CAAP;AAAvB;AAAkD;AAAnrB,iBAAmrB,OAAOq7B,CAAP;AAAS,aAAxlH,EAAylHsiH,cAAa,wBAAU;AAAC,oBAAIp0J,IAAE,EAACxd,OAAM,IAAP,EAAN;AAAA,oBAAmBqE,IAAE,KAAKwtK,cAAL,CAAoBr0J,CAApB,EAAsB,CAAtB,CAArB,CAA8C,OAAO,KAAK2zJ,aAAL,GAAmB3zJ,EAAExd,KAArB,EAA2BqE,CAAlC;AAAoC,aAAnsH,EAAosHytK,eAAc,yBAAU;AAAC,oBAAIt0J,IAAE,EAACxd,OAAM,IAAP,EAAN;AAAA,oBAAmBqE,IAAE,KAAKwtK,cAAL,CAAoBr0J,CAApB,EAAsB,CAAC,CAAvB,CAArB,CAA+C,OAAO,KAAKm0J,cAAL,GAAoBn0J,EAAExd,KAAtB,EAA4BqE,CAAnC;AAAqC,aAAjzH,EAAkzHwtK,gBAAe,wBAASr0J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgByuD,CAAhB;AAAA,oBAAkBpB,CAAlB;AAAA,oBAAoBp9C,CAApB;AAAA,oBAAsBm9C,IAAE,CAAxB;AAAA,oBAA0BM,IAAEpyC,EAAExd,KAAF,GAAQ,IAAI0vD,CAAJ,EAApC,CAA0C,KAAIh0D,IAAE,CAAN,EAAQA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAtB,EAA6B,EAAEc,CAA/B;AAAiC,yBAAI4zD,IAAE5zD,CAAF,EAAIoV,IAAE,KAAKq/J,MAAL,CAAYz0K,CAAZ,CAAN,EAAqBqzD,IAAE,MAAI1qD,CAAJ,GAAM,CAAN,GAAQyM,EAAElW,MAAF,GAAS,CAA5C,EAA8C,KAAGm0D,CAAH,IAAMA,IAAEj+C,EAAElW,MAAxD,EAA+Dm0D,KAAG1qD,CAAlE;AAAoE,4BAAG4vB,IAAEnjB,EAAEi+C,CAAF,CAAF,EAAOa,EAAEmhG,WAAF,CAAc98H,CAAd,CAAV,EAA2Bq7B,IAAEM,EAAE70D,GAAF,CAAMk5B,CAAN,CAAF,CAA3B,KAA2C,IAAG27B,EAAE/3C,GAAF,CAAMoc,CAAN,EAAQq7B,CAAR,GAAWr7B,EAAE89H,SAAhB,EAA0B,KAAIjjG,IAAE,KAAKijH,YAAL,CAAkB99I,CAAlB,CAAF,EAAuB/xB,IAAE,CAA7B,EAA+BA,IAAE4sD,EAAEl0D,MAAnC,EAA0CsH,GAA1C;AAA8CyuD,gCAAE7B,EAAE5sD,CAAF,CAAF,EAAO0tD,EAAE/3C,GAAF,CAAM84C,CAAN,EAAQrB,CAAR,CAAP;AAA9C;AAAzI;AAAjC,iBAA0O,KAAIC,IAAE,EAAF,EAAKp9C,IAAE,CAAX,EAAaA,IAAE,KAAKg+J,MAAL,CAAYv1K,MAA3B,EAAkCuX,GAAlC;AAAsCo9C,sBAAEl2D,IAAF,CAAO,IAAP;AAAtC,iBAAmD,OAAOu2D,EAAE5wB,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,6BAAOkrD,EAAElrD,CAAF,CAAP,KAAckrD,EAAElrD,CAAF,IAAK,EAAnB,GAAuBkrD,EAAElrD,CAAF,EAAKhL,IAAL,CAAUmkB,CAAV,CAAvB;AAAoC,iBAA5D,GAA8D+xC,CAArE;AAAuE,aAA7tI,EAA8tIyiH,mBAAkB,6BAAU;AAAC,uBAAM,SAAO,KAAK11K,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAAP,IAA2C,WAAS,KAAK7C,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAApD,IAAwF,eAAa,KAAK7C,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAA3G;AAA8I,aAAz4I,EAA04I8yK,qBAAoB,+BAAU;AAAC,uBAAM,YAAU,KAAK31K,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAAV,IAA8C,WAAS,KAAK7C,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAAvD,IAA2F,iBAAe,KAAK7C,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAAhH;AAAmJ,aAA5jJ,EAA6jJ+yK,qBAAoB,+BAAU;AAAC,uBAAM,YAAU,KAAK51K,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAAV,IAA8C,WAAS,KAAK7C,OAAL,CAAaktK,OAAb,CAAqBrqK,WAArB,EAA7D;AAAgG,aAA5rJ,EAA6rJsxK,mBAAkB,6BAAU;AAAC,yBAASjzJ,CAAT,CAAWA,CAAX,EAAanZ,CAAb,EAAe;AAAC,wBAAI3I,CAAJ;AAAA,wBAAMoV,CAAN;AAAA,wBAAQi+C,IAAEyH,OAAO27G,SAAjB,CAA2B,KAAIz2K,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmB,EAAEc,CAArB;AAAuBoV,4BAAE0M,EAAE9hB,CAAF,CAAF,EAAOqzD,IAAE1qD,EAAE2tK,iBAAF,KAAsB70K,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAWj+C,EAAEya,MAAb,CAAtB,GAA2CpuB,KAAKkrB,GAAL,CAAS0mC,CAAT,EAAWj+C,EAAE0V,KAAb,CAApD;AAAvB,qBAA+F,OAAOuoC,CAAP;AAAS,qBAAI1qD,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkByuD,CAAlB,EAAoBpB,CAApB,EAAsBp9C,CAAtB,EAAwBm9C,CAAxB,EAA0B1kC,CAA1B,EAA4BqmC,CAA5B,EAA8BzsD,CAA9B,EAAgCX,CAAhC,EAAkCs1B,CAAlC,EAAoCiQ,CAApC,EAAsCtwC,CAAtC,EAAwCowC,CAAxC,EAA0C/mC,CAA1C,EAA4C2wD,CAA5C,EAA8ChB,CAA9C,EAAgDntB,CAAhD,EAAkDotB,CAAlD,EAAoDH,CAApD,EAAsDiB,CAAtD,EAAwDU,CAAxD,CAA0D,KAAI73D,IAAE,CAAN,EAAQA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAtB,EAA6B,EAAEc,CAA/B;AAAiCqzD,wBAAE,KAAKohH,MAAL,CAAYz0K,CAAZ,CAAF,EAAiBqzD,EAAE5yD,IAAF,CAAO,KAAKi2K,qBAAZ,CAAjB;AAAjC,iBAAqF,KAAI,KAAKvB,YAAL,GAAkB,EAAlB,EAAqBn1K,IAAE,CAA3B,EAA6BA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAA3C,EAAkD,EAAEc,CAApD;AAAsD,yBAAIqzD,IAAE,KAAKohH,MAAL,CAAYz0K,CAAZ,CAAF,EAAiB,KAAKm1K,YAAL,CAAkBn1K,CAAlB,IAAqB,EAAtC,EAAyCu4B,IAAE,CAA/C,EAAiDA,IAAE86B,EAAEn0D,MAArD,EAA4D,EAAEq5B,CAA9D;AAAgEnjB,4BAAEi+C,EAAE96B,CAAF,CAAF,EAAOnjB,EAAE8/J,UAAF,GAAa38I,CAApB,EAAsB,KAAK48I,YAAL,CAAkBn1K,CAAlB,EAAqBu4B,CAArB,IAAwB,KAAK33B,OAAL,CAAaotK,YAA3D,EAAwEz1I,IAAE86B,EAAEn0D,MAAF,GAAS,CAAX,KAAe,KAAKi2K,YAAL,CAAkBn1K,CAAlB,EAAqBu4B,CAArB,KAAyB,KAAK+9I,iBAAL,KAAyB,CAAClhK,EAAE0V,KAAF,GAAQuoC,EAAE96B,IAAE,CAAJ,EAAOzN,KAAhB,IAAuB,CAAhD,GAAkD,CAAC1V,EAAEya,MAAF,GAASwjC,EAAE96B,IAAE,CAAJ,EAAO1I,MAAjB,IAAyB,CAAnH,CAAxE;AAAhE;AAAtD,iBAAoT,KAAI,KAAK8lJ,SAAL,GAAe,IAAI3hH,CAAJ,EAAf,EAAqB,KAAK0hH,OAAL,GAAa,IAAI1hH,CAAJ,EAAlC,EAAwCE,EAAE5wB,OAAF,CAAU,KAAKkuI,KAAL,CAAW/wJ,KAArB,EAA2B,UAASqB,CAAT,EAAW;AAAC,yBAAK6zJ,SAAL,CAAex5J,GAAf,CAAmB2F,CAAnB,EAAqB,EAArB,GAAyB,KAAK4zJ,OAAL,CAAav5J,GAAb,CAAiB2F,CAAjB,EAAmB,EAAnB,CAAzB;AAAgD,iBAAvF,EAAwF,IAAxF,CAAxC,EAAsIoyC,EAAE5wB,OAAF,CAAU,KAAKkuI,KAAL,CAAW1b,KAArB,EAA2B,UAASh0I,CAAT,EAAW;AAAC,wBAAInZ,IAAEmZ,EAAEjE,MAAR;AAAA,wBAAe7d,IAAE8hB,EAAE5gB,MAAnB;AAAA,wBAA0BkU,IAAE,IAA5B;AAAA,wBAAiCi+C,IAAE,IAAnC,CAAwC1qD,EAAEqrK,KAAF,GAAQh0K,EAAEg0K,KAAV,IAAiB5+J,IAAE0M,EAAEjE,MAAJ,EAAWw1C,IAAEvxC,EAAE5gB,MAAhC,KAAyCmyD,IAAEvxC,EAAEjE,MAAJ,EAAWzI,IAAE0M,EAAE5gB,MAAxD,GAAgE,KAAKy0K,SAAL,CAAet2K,GAAf,CAAmBg0D,CAAnB,EAAsB11D,IAAtB,CAA2ByX,CAA3B,CAAhE,EAA8F,KAAKsgK,OAAL,CAAar2K,GAAb,CAAiB+V,CAAjB,EAAoBzX,IAApB,CAAyB01D,CAAzB,CAA9F;AAA0H,iBAAzM,EAA0M,IAA1M,CAAtI,EAAsV,KAAKsiH,SAAL,CAAehgB,YAAf,CAA4B,UAAS7zI,CAAT,EAAW;AAACA,sBAAErhB,IAAF,CAAO,KAAKi2K,qBAAZ;AAAmC,iBAA3E,EAA4E,IAA5E,CAAtV,EAAwa,KAAKhB,OAAL,CAAa/f,YAAb,CAA0B,UAAS7zI,CAAT,EAAW;AAACA,sBAAErhB,IAAF,CAAO,KAAKi2K,qBAAZ;AAAmC,iBAAzE,EAA0E,IAA1E,CAAxa,EAAwf12K,IAAE,CAA9f,EAAggBA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAArhB,EAAuhB,EAAEc,CAAzhB;AAA2hB,yBAAIqzD,IAAE,KAAKohH,MAAL,CAAYz0K,CAAZ,CAAF,EAAiBozD,IAAE,CAAvB,EAAyBA,IAAEC,EAAEn0D,MAAF,GAAS,CAApC,EAAsCk0D,GAAtC;AAA0C,4BAAG5sD,IAAE6sD,EAAED,CAAF,CAAF,EAAO5sD,EAAE6vJ,SAAF,KAAcphG,IAAE,KAAK0gH,SAAL,CAAet2K,GAAf,CAAmBmH,CAAnB,EAAsB,CAAtB,CAAF,EAA2ByuD,EAAEohG,SAA3C,CAAV,EAAgE,KAAI99H,IAAE66B,IAAE,CAAR,EAAU76B,IAAE86B,EAAEn0D,MAAd,EAAqB,EAAEq5B,CAAvB;AAAyBnjB,gCAAEi+C,EAAE96B,CAAF,CAAF,EAAOnjB,EAAEihJ,SAAF,KAAcxiG,IAAE,KAAK8hH,SAAL,CAAet2K,GAAf,CAAmB+V,CAAnB,EAAsB,CAAtB,CAAF,EAA2By+C,EAAEwiG,SAAF,IAAaphG,EAAEs/G,YAAF,GAAe1gH,EAAE0gH,YAA9B,KAA6C99J,IAAEw+C,EAAEs/G,YAAJ,EAAiBt/G,EAAEs/G,YAAF,GAAe1gH,EAAE0gH,YAAlC,EAA+C1gH,EAAE0gH,YAAF,GAAe99J,CAA9D,EAAgEm9C,IAAEqB,EAAEigH,UAApE,EAA+EhmJ,IAAE2kC,EAAEqhH,UAAnF,EAA8F,KAAKT,MAAL,CAAYz0K,IAAE,CAAd,EAAiB4zD,CAAjB,IAAoBC,CAAlH,EAAoH,KAAK4gH,MAAL,CAAYz0K,IAAE,CAAd,EAAiBkvB,CAAjB,IAAoB+lC,CAAxI,EAA0IA,EAAEigH,UAAF,GAAahmJ,CAAvJ,EAAyJ2kC,EAAEqhH,UAAF,GAAathH,CAAnN,CAAzC,CAAP;AAAzB;AAA1G;AAA3hB,iBAAq6B,KAAI2B,IAAE,KAAK2gH,YAAL,EAAF,EAAsBptK,IAAE,KAAKstK,aAAL,EAAxB,EAA6CjuK,IAAE,KAAKktK,gBAAL,CAAsB9/G,CAAtB,CAA/C,EAAwE93B,IAAE,KAAKo4I,gBAAL,CAAsB/sK,CAAtB,CAA1E,EAAmG4kC,IAAE,IAAIsmB,CAAJ,EAArG,EAA2GE,EAAE5wB,OAAF,CAAU,KAAKkuI,KAAL,CAAW/wJ,KAArB,EAA2B,UAASqB,CAAT,EAAW;AAAC4rB,sBAAEvxB,GAAF,CAAM2F,CAAN,EAAQ,CAAC3Z,EAAE9I,GAAF,CAAMyiB,CAAN,IAAS2b,EAAEp+B,GAAF,CAAMyiB,CAAN,CAAV,IAAoB,CAA5B;AAA+B,iBAAtE,CAA3G,EAAmL1kB,IAAE,IAAI42D,CAAJ,EAArL,EAA2LxmB,IAAE,IAAIwmB,CAAJ,EAA7L,EAAmMh0D,IAAE,CAAzM,EAA2MA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAzN,EAAgO,EAAEc,CAAlO;AAAoO,yBAAIqzD,IAAE,KAAKohH,MAAL,CAAYz0K,CAAZ,CAAF,EAAiByG,IAAE,CAAC,CAApB,EAAsB2wD,IAAE,CAAC,CAAzB,EAA2B7+B,IAAE,CAAjC,EAAmCA,IAAE86B,EAAEn0D,MAAvC,EAA8C,EAAEq5B,CAAhD;AAAkDnjB,4BAAEi+C,EAAE96B,CAAF,CAAF,EAAOn7B,EAAE+e,GAAF,CAAM/G,CAAN,EAAQ,CAAR,CAAP,EAAkBo4B,EAAErxB,GAAF,CAAM/G,CAAN,EAAQ,CAAC,CAAT,CAAlB,EAA8BA,EAAEihJ,SAAF,KAAc5vJ,MAAI,CAAC,CAAL,GAAOA,IAAE8xB,CAAT,GAAW9xB,MAAI8xB,IAAE,CAAN,GAAQ9xB,IAAE8xB,CAAV,IAAa6+B,IAAE7+B,CAAF,EAAIn7B,EAAE+e,GAAF,CAAMk3C,EAAE5sD,CAAF,CAAN,EAAW,CAAX,CAAJ,EAAkBinC,EAAEruC,GAAF,CAAM+V,CAAN,IAASs4B,EAAEruC,GAAF,CAAMg0D,EAAE5sD,CAAF,CAAN,CAAT,KAAuB,KAAK2uK,UAAL,CAAgB/hH,EAAE5sD,CAAF,CAAhB,EAAqB2O,CAArB,CAAvB,GAA+Co4B,EAAErxB,GAAF,CAAMk3C,EAAE5sD,CAAF,CAAN,EAAW,CAAC,CAAZ,CAA/C,GAA8D+mC,EAAErxB,GAAF,CAAMk3C,EAAE5sD,CAAF,CAAN,EAAW,CAAC,CAAZ,CAAhF,EAA+FA,IAAE8xB,CAA9G,CAAzB,CAA9B;AAAlD;AAApO,iBAA+b,KAAI69B,IAAE,CAAC,CAAD,EAAG,CAAC,CAAJ,CAAF,EAASlC,EAAE5wB,OAAF,CAAU8yB,CAAV,EAAY,UAASt0C,CAAT,EAAW;AAAC,wBAAI9hB,CAAJ;AAAA,wBAAMoV,CAAN;AAAA,wBAAQi+C,CAAR;AAAA,wBAAU96B,CAAV;AAAA,wBAAY66B,CAAZ;AAAA,wBAAc5sD,CAAd;AAAA,wBAAgByuD,CAAhB;AAAA,wBAAkBpB,IAAE,MAAI/xC,CAAJ,GAAM,CAAN,GAAQ,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAA/C;AACzv+B,yBAAIc,IAAE6zD,CAAN,EAAQ,KAAG7zD,CAAH,IAAMA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAA5B,EAAmCc,KAAG8hB,CAAtC,EAAwC;AAAC,4BAAG1M,IAAE,KAAKq/J,MAAL,CAAYz0K,CAAZ,CAAF,EAAiBqzD,IAAE,KAAKsjH,iBAAL,CAAuBvhK,CAAvB,CAAnB,EAA6CmjB,IAAE,IAA/C,EAAoD66B,IAAE,IAAtD,EAA2DC,MAAI,CAAC,CAAnE,EAAqE,KAAI96B,IAAEnjB,EAAEi+C,CAAF,CAAF,EAAOD,IAAE,EAAT,EAAYzqD,IAAE,CAAlB,EAAoBA,IAAE0qD,CAAtB,EAAwB1qD,GAAxB;AAA4ByqD,8BAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,CAAP;AAA5B,yBAArE,MAAmH4vB,IAAE,IAAF,EAAO66B,IAAEh+C,CAAT,CAAW,IAAGg+C,EAAEl0D,MAAF,GAAS,CAAZ,EAAc;AAAC,iCAAI,KAAK03K,UAAL,CAAgBlpI,CAAhB,EAAkB,IAAlB,EAAuBnV,CAAvB,EAAyBzW,CAAzB,EAA2BsxC,CAA3B,GAA8BzqD,IAAE,CAApC,EAAsCA,IAAEyqD,EAAEl0D,MAAF,GAAS,CAAjD,EAAmD,EAAEyJ,CAArD;AAAuD,qCAAKssK,UAAL,CAAgB7hH,EAAEzqD,CAAF,CAAhB,EAAqByqD,EAAEzqD,IAAE,CAAJ,CAArB,EAA4B+kC,EAAEruC,GAAF,CAAM+zD,EAAEzqD,IAAE,CAAJ,CAAN,IAAc+kC,EAAEruC,GAAF,CAAM+zD,EAAEzqD,CAAF,CAAN,CAA1C;AAAvD,6BAA8G4vB,KAAG,KAAK08I,UAAL,CAAgB7hH,EAAEA,EAAEl0D,MAAF,GAAS,CAAX,CAAhB,EAA8Bq5B,CAA9B,EAAgCmV,EAAEruC,GAAF,CAAMk5B,CAAN,IAASmV,EAAEruC,GAAF,CAAM+zD,EAAEA,EAAEl0D,MAAF,GAAS,CAAX,CAAN,CAAzC,CAAH;AAAkE,gCAAKq5B,CAAL,GAAQ;AAAC,gCAAG/xB,IAAE,KAAKqwK,eAAL,CAAqBzhK,CAArB,EAAuBmjB,CAAvB,CAAL,EAA+B;AAAC,oCAAGn7B,EAAEiC,GAAF,CAAMk5B,CAAN,MAAWzW,CAAd,EAAgB;AAAC,yCAAIuxC,IAAE96B,EAAE28I,UAAJ,EAAejgH,IAAEzuD,EAAE0uK,UAAnB,EAA8B9hH,IAAE,EAAhC,EAAmCzqD,IAAE0qD,IAAE,CAA3C,EAA6C1qD,IAAEssD,CAA/C,EAAiDtsD,GAAjD;AAAqDyqD,0CAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,CAAP;AAArD,qCAAkEyqD,EAAEl0D,MAAF,GAAS,CAAT,IAAY,KAAK03K,UAAL,CAAgBlpI,CAAhB,EAAkBnV,CAAlB,EAAoB/xB,CAApB,EAAsBsb,CAAtB,EAAwBsxC,CAAxB,CAAZ,EAAuC5lB,EAAErxB,GAAF,CAAMoc,CAAN,EAAQ,CAAC,CAAT,CAAvC;AAAmD;AAAC,6BAAvK,MAA2K;AAAC,qCAAI86B,IAAE96B,EAAE28I,UAAJ,EAAe9hH,IAAE,EAAjB,EAAoBzqD,IAAE0qD,IAAE,CAA5B,EAA8B1qD,IAAEyM,EAAElW,MAAlC,EAAyCyJ,GAAzC;AAA6CyqD,sCAAEz1D,IAAF,CAAOyX,EAAEzM,CAAF,CAAP;AAA7C,iCAA0D,IAAGyqD,EAAEl0D,MAAF,GAAS,CAAZ,EAAc;AAAC,yCAAI,KAAK03K,UAAL,CAAgBlpI,CAAhB,EAAkBnV,CAAlB,EAAoB,IAApB,EAAyBzW,CAAzB,EAA2BsxC,CAA3B,GAA8BzqD,IAAE,CAApC,EAAsCA,IAAEyqD,EAAEl0D,MAAF,GAAS,CAAjD,EAAmD,EAAEyJ,CAArD;AAAuD,6CAAKssK,UAAL,CAAgB7hH,EAAEzqD,CAAF,CAAhB,EAAqByqD,EAAEzqD,IAAE,CAAJ,CAArB,EAA4B+kC,EAAEruC,GAAF,CAAM+zD,EAAEzqD,IAAE,CAAJ,CAAN,IAAc+kC,EAAEruC,GAAF,CAAM+zD,EAAEzqD,CAAF,CAAN,CAA1C;AAAvD,qCAA8G,KAAKssK,UAAL,CAAgB18I,CAAhB,EAAkB66B,EAAE,CAAF,CAAlB,EAAuB1lB,EAAEruC,GAAF,CAAM+zD,EAAE,CAAF,CAAN,IAAY1lB,EAAEruC,GAAF,CAAMk5B,CAAN,CAAnC;AAA6C;AAAC,iCAAE/xB,CAAF;AAAI,8BAAKswK,gBAAL,CAAsB92K,CAAtB,EAAwB8hB,CAAxB,EAA0B1kB,CAA1B,EAA4BowC,CAA5B;AAA+B;AAAC,iBAD678B,EAC578B,IAD478B,CAAT,EAC768BvE,IAAE,KAAKutI,mBAAL,KAA2B,CAA3B,GAA6B,KAAK/B,MAAL,CAAYv1K,MAAZ,GAAmB,CAD238B,EACz38Bm3D,IAAE,WAASv0C,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAOA,EAAE6tK,mBAAF,KAAwB10J,IAAEnZ,EAAE8rK,MAAF,CAASv1K,MAAnC,GAA0C4iB,KAAG,CAApD;AAAsD,iBADmz8B,EAClz8Bo0C,IAAE,KAAKsgH,mBAAL,KAA2B,CAA3B,GAA6B,CAAC,CADkx8B,EAChx8Br/G,IAAE,CAD8w8B,EAC5w8BxuD,IAAEsgC,CADsw8B,EACpw8BotB,EAAE1tD,CAAF,EAAI,IAAJ,CADow8B,EAC1v8BA,KAAGutD,CADuv8B,EACrv8B;AAAC,yBAAI7C,IAAE,KAAKohH,MAAL,CAAY9rK,CAAZ,CAAF,EAAiBkvD,IAAE/1C,EAAEuxC,CAAF,EAAI,IAAJ,CAAnB,EAA6B96B,IAAE,CAAnC,EAAqCA,IAAE86B,EAAEn0D,MAAzC,EAAgD,EAAEq5B,CAAlD;AAAoDnjB,4BAAEi+C,EAAE96B,CAAF,CAAF,EAAO,KAAK+9I,iBAAL,MAA0BlhK,EAAEo4B,CAAF,GAAIE,EAAEruC,GAAF,CAAM+V,CAAN,CAAJ,EAAaA,EAAEs4B,CAAF,GAAIypB,IAAEU,IAAE,CAA/C,KAAmDziD,EAAEo4B,CAAF,GAAI2pB,IAAEU,IAAE,CAAR,EAAUziD,EAAEs4B,CAAF,GAAIA,EAAEruC,GAAF,CAAM+V,CAAN,CAAjE,CAAP;AAApD,qBAAsI+hD,KAAG,KAAKv2D,OAAL,CAAa8tK,eAAb,GAA6B72G,CAAhC;AAAkC;AAAC,aADu7uB,EACt7uBi/G,kBAAiB,0BAASh1J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ,EAAM96B,CAAN,EAAQ66B,CAAR,EAAU5sD,CAAV,EAAYyuD,CAAZ,EAAcpB,CAAd,EAAgBG,CAAhB,EAAkBv9C,CAAlB,EAAoBm9C,CAApB,EAAsBM,CAAtB,EAAwBhlC,CAAxB,EAA0BqmC,CAA1B,EAA4BzsD,CAA5B,EAA8BX,CAA9B,CAAgC,IAAG,EAAE2Z,IAAEnZ,CAAF,GAAI,CAAJ,IAAOmZ,IAAEnZ,CAAF,IAAK,KAAK8rK,MAAL,CAAYv1K,MAA1B,CAAH,EAAqC,KAAIm0D,IAAE,IAAF,EAAO96B,IAAE,IAAT,EAAc66B,IAAE,KAAKqhH,MAAL,CAAY3yJ,IAAEnZ,CAAd,CAAhB,EAAiCnC,IAAE,CAAvC,EAAyCA,IAAE4sD,EAAEl0D,MAA7C,EAAoD,EAAEsH,CAAtD;AAAwD,wBAAGyuD,IAAE7B,EAAE5sD,CAAF,CAAF,EAAOyuD,EAAEohG,SAAF,KAAcxiG,IAAE,KAAKkjH,kBAAL,CAAwB9hH,CAAxB,EAA0BnzC,CAA1B,CAAF,EAA+B+xC,EAAEwiG,SAA/C,CAAV,EAAoE;AAAC,4BAAGhjG,CAAH,EAAK;AAAC,iCAAIW,IAAE5+C,EAAE/V,GAAF,CAAMk5B,CAAN,CAAF,EAAW9hB,IAAE,KAAKg+J,MAAL,CAAY3yJ,CAAZ,CAAb,EAA4B8xC,IAAEr7B,EAAE28I,UAAhC,EAA2ChhH,IAAEL,EAAEqhH,UAA/C,EAA0DhmJ,IAAE0kC,IAAE,CAAlE,EAAoE1kC,IAAEglC,CAAtE,EAAwE,EAAEhlC,CAA1E;AAA4EzY,kCAAEyY,CAAF,EAAKmnI,SAAL,KAAiBriG,IAAEA,KAAG5+C,EAAE/V,GAAF,CAAMoX,EAAEyY,CAAF,CAAN,CAAtB;AAA5E,6BAA+G,IAAG8kC,CAAH,EAAK,KAAIh0D,EAAEmc,GAAF,CAAMk3C,CAAN,EAAQ1qD,CAAR,GAAW4sD,IAAElC,EAAE6hH,UAAf,EAA0BpsK,IAAEmsD,EAAEigH,UAA9B,EAAyC/sK,IAAEotD,IAAE,CAAjD,EAAmDptD,IAAEW,CAArD,EAAuD,EAAEX,CAAzD;AAA2DirD,kCAAEjrD,CAAF,EAAKkuJ,SAAL,IAAgBr2J,EAAEmc,GAAF,CAAMi3C,EAAEjrD,CAAF,CAAN,EAAWQ,CAAX,CAAhB;AAA3D;AAAyF,6BAAEssD,CAAF,EAAI18B,IAAEs7B,CAAN;AAAQ;AAAxV;AAAyV,aADq/tB,EACp/tBkjH,oBAAmB,4BAASj1J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAK01K,OAAL,CAAar2K,GAAb,CAAiByiB,CAAjB,EAAoB,CAApB,CAAN,CAA6B,OAAO9hB,EAAEg0K,KAAF,KAAUrrK,CAAV,GAAY3I,CAAZ,IAAeA,IAAE,KAAK21K,SAAL,CAAet2K,GAAf,CAAmByiB,CAAnB,EAAsB,CAAtB,CAAF,EAA2B9hB,EAAEg0K,KAAF,KAAUrrK,CAAV,GAAY3I,CAAZ,GAAc,IAAxD,CAAP;AAAqE,aADi3tB,EACh3tB42K,YAAW,oBAAS90J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAG,MAAIA,EAAEn0D,MAAN,IAAc,KAAK83K,eAAL,CAAqBl1J,CAArB,EAAuBnZ,CAAvB,EAAyB3I,CAAzB,EAA2BoV,CAA3B,EAA6Bi+C,EAAE,CAAF,CAA7B,CAAd,EAAiDA,EAAEn0D,MAAF,GAAS,CAA7D,EAA+D;AAAC,wBAAIq5B,IAAE86B,EAAEn0D,MAAR;AAAA,wBAAek0D,IAAE,KAAKwiH,MAAL,CAAYr9I,CAAZ,EAAc,CAAd,CAAjB,CAAkC,KAAKq+I,UAAL,CAAgB90J,CAAhB,EAAkBnZ,CAAlB,EAAoB3I,CAApB,EAAsBoV,CAAtB,EAAwBi+C,EAAE51D,KAAF,CAAQ,CAAR,EAAU21D,CAAV,CAAxB,GAAsC,KAAKwjH,UAAL,CAAgB90J,CAAhB,EAAkBnZ,CAAlB,EAAoB3I,CAApB,EAAsBoV,CAAtB,EAAwBi+C,EAAE51D,KAAF,CAAQ21D,CAAR,CAAxB,CAAtC,EAA0E,KAAK6jH,gBAAL,CAAsBn1J,CAAtB,EAAwBnZ,CAAxB,EAA0B3I,CAA1B,EAA4BoV,CAA5B,EAA8Bi+C,CAA9B,CAA1E;AAA2G;AAAC,aADmotB,EAClotB2jH,iBAAgB,yBAASl1J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAI96B,IAAEnjB,MAAI,CAAC,CAAL,GAAO,KAAKugK,SAAL,CAAet2K,GAAf,CAAmBg0D,CAAnB,CAAP,GAA6B,KAAKqiH,OAAL,CAAar2K,GAAb,CAAiBg0D,CAAjB,CAAnC;AAAA,oBAAuDD,IAAE76B,EAAEr5B,MAA3D,CAAkE,MAAIk0D,CAAJ,KAAQA,IAAE,CAAF,KAAM,CAAN,GAAQtxC,EAAE3F,GAAF,CAAMk3C,CAAN,EAAQvxC,EAAEziB,GAAF,CAAMk5B,EAAE,KAAKq9I,MAAL,CAAYxiH,CAAZ,EAAc,CAAd,CAAF,CAAN,CAAR,CAAR,GAA4CtxC,EAAE3F,GAAF,CAAMk3C,CAAN,EAAQ,CAACvxC,EAAEziB,GAAF,CAAMk5B,EAAE,KAAKq9I,MAAL,CAAYxiH,CAAZ,EAAc,CAAd,IAAiB,CAAnB,CAAN,IAA6BtxC,EAAEziB,GAAF,CAAMk5B,EAAE,KAAKq9I,MAAL,CAAYxiH,CAAZ,EAAc,CAAd,CAAF,CAAN,CAA9B,IAA0D,CAAlE,CAA5C,EAAiHzqD,KAAGmZ,EAAE3F,GAAF,CAAMk3C,CAAN,EAAQ5xD,KAAKkrB,GAAL,CAAS7K,EAAEziB,GAAF,CAAMg0D,CAAN,CAAT,EAAkBvxC,EAAEziB,GAAF,CAAMsJ,CAAN,IAAS,KAAKysK,UAAL,CAAgBzsK,CAAhB,EAAkB0qD,CAAlB,CAA3B,CAAR,CAApH,EAA8KrzD,KAAG8hB,EAAE3F,GAAF,CAAMk3C,CAAN,EAAQ5xD,KAAKy0C,GAAL,CAASp0B,EAAEziB,GAAF,CAAMg0D,CAAN,CAAT,EAAkBvxC,EAAEziB,GAAF,CAAMW,CAAN,IAAS,KAAKo1K,UAAL,CAAgB/hH,CAAhB,EAAkBrzD,CAAlB,CAA3B,CAAR,CAAzL;AAAoP,aADwysB,EACvysBi3K,kBAAiB,0BAASn1J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAI96B,CAAJ;AAAA,oBAAM66B,CAAN;AAAA,oBAAQ5sD,CAAR;AAAA,oBAAUyuD,CAAV;AAAA,oBAAYpB,CAAZ;AAAA,oBAAcG,CAAd;AAAA,oBAAgBv9C,CAAhB;AAAA,oBAAkBm9C,CAAlB;AAAA,oBAAoBM,CAApB;AAAA,oBAAsBhlC,CAAtB;AAAA,oBAAwBqmC,IAAElC,EAAEn0D,MAA5B;AAAA,oBAAmC4J,IAAE,KAAK8sK,MAAL,CAAYrgH,CAAZ,EAAc,CAAd,CAArC;AAAA,oBAAsDptD,IAAE,EAAxD,CAA2D,KAAIowB,IAAE,CAAN,EAAQA,IAAEzvB,CAAV,EAAY,EAAEyvB,CAAd,EAAgB;AAAC,yBAAI66B,IAAE,CAAF,EAAI6B,IAAE7/C,MAAI,CAAC,CAAL,GAAO,KAAKugK,SAAL,CAAet2K,GAAf,CAAmBg0D,EAAE96B,CAAF,CAAnB,CAAP,GAAgC,KAAKm9I,OAAL,CAAar2K,GAAb,CAAiBg0D,EAAE96B,CAAF,CAAjB,CAAtC,EAA6D/xB,IAAE,CAAnE,EAAqEA,IAAEyuD,EAAE/1D,MAAzE,EAAgF,EAAEsH,CAAlF;AAAoFqtD,4BAAEoB,EAAEzuD,CAAF,CAAF,EAAOsb,EAAEziB,GAAF,CAAMw0D,CAAN,KAAU/xC,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,CAAV,GAAsB66B,GAAtB,IAA2BA,KAAIjrD,EAAExK,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMw0D,CAAN,IAAS,KAAKuhH,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,IAAE,CAAJ,CAArB,CAAZ,EAAyC20B,GAAE,CAA3C,EAAP,CAA/B,CAAP;AAApF,qBAAiLt1B,EAAExK,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,IAAY,KAAK68I,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,IAAE,CAAJ,CAArB,CAAf,EAA4C20B,GAAE21B,CAA9C,EAAP;AAAyD,sBAAIzqD,KAAGR,EAAExK,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMsJ,CAAN,IAAS,KAAKysK,UAAL,CAAgBzsK,CAAhB,EAAkB0qD,EAAEvqD,IAAE,CAAJ,CAAlB,CAAZ,EAAsC20B,GAAEq9B,OAAOw3B,SAA/C,EAAP,CAAH,EAAqEnqF,EAAE1H,IAAF,CAAO,KAAKy2K,2BAAZ,CAArE,EAA8GzgK,IAAE,EAAhH,EAAmH8hB,IAAEzvB,CAAzH,EAA2HyvB,IAAEg9B,CAA7H,EAA+H,EAAEh9B,CAAjI,EAAmI;AAAC,yBAAI66B,IAAE,CAAF,EAAI6B,IAAE7/C,MAAI,CAAC,CAAL,GAAO,KAAKugK,SAAL,CAAet2K,GAAf,CAAmBg0D,EAAE96B,CAAF,CAAnB,CAAP,GAAgC,KAAKm9I,OAAL,CAAar2K,GAAb,CAAiBg0D,EAAE96B,CAAF,CAAjB,CAAtC,EAA6D/xB,IAAE,CAAnE,EAAqEA,IAAEyuD,EAAE/1D,MAAzE,EAAgF,EAAEsH,CAAlF;AAAoFqtD,4BAAEoB,EAAEzuD,CAAF,CAAF,EAAOsb,EAAEziB,GAAF,CAAMw0D,CAAN,KAAU/xC,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,CAAV,GAAsB66B,GAAtB,IAA2BA,KAAI38C,EAAE9Y,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMw0D,CAAN,IAAS,KAAKuhH,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,CAAF,CAArB,CAAZ,EAAuC20B,GAAE,CAAzC,EAAP,CAA/B,CAAP;AAApF,qBAA+KhnB,EAAE9Y,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,IAAY,KAAK68I,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,CAAF,CAArB,CAAf,EAA0C20B,GAAE21B,CAA5C,EAAP;AAAuD,sBAAIpzD,KAAGyW,EAAE9Y,IAAF,CAAO,EAACsrC,GAAEnnB,EAAEziB,GAAF,CAAMW,CAAN,IAAS,KAAKo1K,UAAL,CAAgBp1K,CAAhB,EAAkBqzD,EAAEvqD,CAAF,CAAlB,CAAZ,EAAoC20B,GAAEq9B,OAAOw3B,SAA7C,EAAP,CAAH,EAAmE77E,EAAEhW,IAAF,CAAO,KAAK02K,0BAAZ,CAAnE,EAA2GvjH,IAAE,CAA7G,EAA+GM,IAAE,CAAjH,EAAmHhlC,IAAE,KAAKkmJ,UAAL,CAAgB/hH,EAAEvqD,IAAE,CAAJ,CAAhB,EAAuBuqD,EAAEvqD,CAAF,CAAvB,CAAzH,EAAsJgZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,CAAF,CAAN,IAAYgZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,IAAE,CAAJ,CAAN,CAAZ,GAA0BomB,CAAhL;AAAmL,wBAAG0kC,IAAEM,CAAL,EAAO;AAAC,4BAAG,MAAI/rD,EAAEjJ,MAAT,EAAgB;AAAC4iB,8BAAE3F,GAAF,CAAMk3C,EAAEvqD,IAAE,CAAJ,CAAN,EAAagZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,CAAF,CAAN,IAAYomB,CAAzB,EAA4B;AAAM,6BAAE/mB,EAAEqC,KAAF,EAAF,EAAYopD,KAAGI,EAAEv2B,CAAjB,EAAmB3b,EAAE3F,GAAF,CAAMk3C,EAAEvqD,IAAE,CAAJ,CAAN,EAAakrD,EAAE/qB,CAAf,CAAnB,EAAqCnnB,EAAE3F,GAAF,CAAMk3C,EAAEvqD,IAAE,CAAJ,CAAN,EAAarH,KAAKkrB,GAAL,CAAS7K,EAAEziB,GAAF,CAAMg0D,EAAEvqD,IAAE,CAAJ,CAAN,CAAT,EAAuBgZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,CAAF,CAAN,IAAYomB,CAAnC,CAAb,CAArC;AAAyF,qBAApJ,MAAwJ;AAAC,4BAAG,MAAIzY,EAAEvX,MAAT,EAAgB;AAAC4iB,8BAAE3F,GAAF,CAAMk3C,EAAEvqD,CAAF,CAAN,EAAWgZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,IAAE,CAAJ,CAAN,IAAcomB,CAAzB,EAA4B;AAAM,6BAAEzY,EAAEjM,KAAF,EAAF,EAAY0pD,KAAGF,EAAEv2B,CAAjB,EAAmB3b,EAAE3F,GAAF,CAAMk3C,EAAEvqD,CAAF,CAAN,EAAWkrD,EAAE/qB,CAAb,CAAnB,EAAmCnnB,EAAE3F,GAAF,CAAMk3C,EAAEvqD,CAAF,CAAN,EAAWrH,KAAKy0C,GAAL,CAASp0B,EAAEziB,GAAF,CAAMg0D,EAAEvqD,CAAF,CAAN,CAAT,EAAqBgZ,EAAEziB,GAAF,CAAMg0D,EAAEvqD,IAAE,CAAJ,CAAN,IAAcomB,CAAnC,CAAX,CAAnC;AAAqF;AAApd,iBAAod,KAAIqJ,IAAEzvB,IAAE,CAAR,EAAUyvB,KAAG,CAAb,EAAeA,GAAf;AAAmBzW,sBAAE3F,GAAF,CAAMk3C,EAAE96B,CAAF,CAAN,EAAW92B,KAAKy0C,GAAL,CAASp0B,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,CAAT,EAAqBzW,EAAEziB,GAAF,CAAMg0D,EAAEvqD,IAAE,CAAJ,CAAN,IAAc,KAAKssK,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,IAAE,CAAJ,CAArB,CAAnC,CAAX;AAAnB,iBAAgG,KAAIyvB,IAAEzvB,IAAE,CAAR,EAAUyvB,IAAEg9B,CAAZ,EAAch9B,GAAd;AAAkBzW,sBAAE3F,GAAF,CAAMk3C,EAAE96B,CAAF,CAAN,EAAW92B,KAAKkrB,GAAL,CAAS7K,EAAEziB,GAAF,CAAMg0D,EAAE96B,CAAF,CAAN,CAAT,EAAqBzW,EAAEziB,GAAF,CAAMg0D,EAAEvqD,CAAF,CAAN,IAAY,KAAKssK,UAAL,CAAgB/hH,EAAE96B,CAAF,CAAhB,EAAqB86B,EAAEvqD,CAAF,CAArB,CAAjC,CAAX;AAAlB;AAA2F,aADm9pB,EACl9pBwsK,WAAU,mBAASxzJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE0lD,OAAOi7G,iBAAb,CAA+B7hH,EAAE5wB,OAAF,CAAU,KAAK8zI,aAAL,CAAmBt1J,CAAnB,CAAV,EAAgC,UAASA,CAAT,EAAW;AAAC,wBAAIuxC,IAAE,KAAK2iH,WAAL,CAAiBl0J,CAAjB,CAAN,CAA0BuxC,KAAG,KAAKoiH,aAAL,CAAmBp2K,GAAnB,CAAuBg0D,CAAvB,MAA4B,KAAKoiH,aAAL,CAAmBp2K,GAAnB,CAAuByiB,CAAvB,CAA/B,KAA2DnZ,EAAE0sJ,WAAF,CAAchiG,CAAd,KAAkB,KAAKiiH,SAAL,CAAejiH,CAAf,EAAiB1qD,CAAjB,EAAmB3I,CAAnB,CAAlB,EAAwCoV,IAAE3T,KAAKkrB,GAAL,CAASvX,CAAT,EAAWzM,EAAEtJ,GAAF,CAAMg0D,CAAN,IAAS,KAAK+hH,UAAL,CAAgB/hH,CAAhB,EAAkBvxC,CAAlB,CAApB,CAArG;AAAgJ,iBAAtN,EAAuN,IAAvN,GAA6N1M,MAAI0lD,OAAOi7G,iBAAX,KAA+B3gK,IAAE,CAAjC,CAA7N,EAAiQ8+C,EAAE5wB,OAAF,CAAU,KAAK8zI,aAAL,CAAmBt1J,CAAnB,CAAV,EAAgC,UAASA,CAAT,EAAW;AAACnZ,sBAAEwT,GAAF,CAAM2F,CAAN,EAAQ1M,CAAR;AAAW,iBAAvD,CAAjQ;AAA0T,aAD+lpB,EAC9lpB0gK,YAAW,oBAASh0J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE0lD,OAAOy6G,iBAAb,CAA+BrhH,EAAE5wB,OAAF,CAAU,KAAK8zI,aAAL,CAAmBt1J,CAAnB,CAAV,EAAgC,UAASA,CAAT,EAAW;AAAC,wBAAIuxC,IAAE,KAAKmiH,YAAL,CAAkB1zJ,CAAlB,CAAN,CAA2BuxC,KAAG,KAAK4iH,cAAL,CAAoB52K,GAApB,CAAwBg0D,CAAxB,MAA6B,KAAK4iH,cAAL,CAAoB52K,GAApB,CAAwByiB,CAAxB,CAAhC,KAA6DnZ,EAAE0sJ,WAAF,CAAchiG,CAAd,KAAkB,KAAKyiH,UAAL,CAAgBziH,CAAhB,EAAkB1qD,CAAlB,EAAoB3I,CAApB,CAAlB,EAAyCoV,IAAE3T,KAAKy0C,GAAL,CAAS9gC,CAAT,EAAWzM,EAAEtJ,GAAF,CAAMg0D,CAAN,IAAS,KAAK+hH,UAAL,CAAgBtzJ,CAAhB,EAAkBuxC,CAAlB,CAApB,CAAxG;AAAmJ,iBAA1N,EAA2N,IAA3N,GAAiOj+C,MAAI0lD,OAAOy6G,iBAAX,KAA+BngK,IAAE,CAAjC,CAAjO,EAAqQ8+C,EAAE5wB,OAAF,CAAU,KAAK8zI,aAAL,CAAmBt1J,CAAnB,CAAV,EAAgC,UAASA,CAAT,EAAW;AAACnZ,sBAAEwT,GAAF,CAAM2F,CAAN,EAAQ1M,CAAR;AAAW,iBAAvD,CAArQ;AAA8T,aADsuoB,EACruoB4gK,aAAY,qBAASl0J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8rK,MAAL,CAAY3yJ,EAAEkyJ,KAAd,CAAN;AAAA,oBAA2Bh0K,IAAE8hB,EAAEozJ,UAA/B,CAA0C,OAAO,MAAIl1K,CAAJ,GAAM,IAAN,GAAW2I,EAAE3I,IAAE,CAAJ,CAAlB;AAAyB,aAD0ooB,EACzooBw1K,cAAa,sBAAS1zJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8rK,MAAL,CAAY3yJ,EAAEkyJ,KAAd,CAAN;AAAA,oBAA2Bh0K,IAAE8hB,EAAEozJ,UAA/B,CAA0C,OAAOl1K,MAAI2I,EAAEzJ,MAAF,GAAS,CAAb,GAAe,IAAf,GAAoByJ,EAAE3I,IAAE,CAAJ,CAA3B;AAAkC,aADoioB,EACnioBo3K,eAAc,uBAASt1J,CAAT,EAAW;AAAC,uBAAOA,EAAEu0I,SAAF,GAAY,KAAKggB,YAAL,CAAkBv0J,CAAlB,CAAZ,GAAiC,CAACA,CAAD,CAAxC;AAA4C,aAD69nB,EAC59nBgzJ,cAAa,wBAAU;AAAC,oBAAIhzJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,CAAoB,KAAImC,IAAE,CAAN,EAAQA,IAAE,KAAK8rK,MAAL,CAAYv1K,MAAtB,EAA6ByJ,GAA7B;AAAiC,yBAAIyM,IAAE,KAAKq/J,MAAL,CAAY9rK,CAAZ,CAAF,EAAiB3I,IAAE,CAAvB,EAAyBA,IAAEoV,EAAElW,MAA7B,EAAoCc,GAApC;AAAwCqzD,4BAAEj+C,EAAEpV,CAAF,CAAF,EAAOqzD,EAAEghH,gBAAF,GAAmBhhH,EAAE6gH,iBAA5B,EAA8C7gH,EAAEihH,kBAAF,GAAqBjhH,EAAE4gH,mBAArE;AAAxC;AAAjC,iBAAkK,KAAI17I,IAAE,CAAF,EAAI66B,IAAE,CAAV,EAAYA,IAAE76B,CAAd,EAAgB66B,GAAhB,EAAoB;AAAC,yBAAItxC,IAAE,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAAzB,EAA2B4iB,KAAG,CAA9B,EAAgCA,GAAhC;AAAoC,6BAAKu1J,WAAL,CAAiB,CAAC,CAAlB,EAAoBv1J,CAApB;AAApC,qBAA2D,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAA7B,EAA+B4iB,GAA/B;AAAmC,6BAAKu1J,WAAL,CAAiB,CAAC,CAAlB,EAAoBv1J,CAApB;AAAnC;AAA0D,sBAAItb,IAAEs0D,OAAOw3B,SAAT,EAAmB3pF,IAAE,CAAzB,EAA2BA,IAAE,KAAK8rK,MAAL,CAAYv1K,MAAzC,EAAgDyJ,GAAhD;AAAoD,yBAAIyM,IAAE,KAAKq/J,MAAL,CAAY9rK,CAAZ,CAAF,EAAiB3I,IAAE,CAAvB,EAAyBA,IAAEoV,EAAElW,MAA7B,EAAoCc,GAApC;AAAwCqzD,4BAAEj+C,EAAEpV,CAAF,CAAF,EAAOwG,IAAE/E,KAAKy0C,GAAL,CAAS1vC,CAAT,EAAW6sD,EAAEkhH,YAAb,CAAT;AAAxC;AAApD,iBAAgI,IAAG/tK,IAAE,CAAL,EAAO,KAAImC,IAAE,CAAN,EAAQA,IAAE,KAAK8rK,MAAL,CAAYv1K,MAAtB,EAA6ByJ,GAA7B;AAAiC,yBAAIyM,IAAE,KAAKq/J,MAAL,CAAY9rK,CAAZ,CAAF,EAAiB3I,IAAE,CAAvB,EAAyBA,IAAEoV,EAAElW,MAA7B,EAAoCc,GAApC;AAAwCqzD,4BAAEj+C,EAAEpV,CAAF,CAAF,EAAOqzD,EAAEkhH,YAAF,GAAelhH,EAAEkhH,YAAF,GAAe/tK,CAArC;AAAxC;AAAjC;AAAgH,aAD64mB,EAC54mB6wK,aAAY,qBAASv1J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,KAAInjB,IAAE0M,IAAE,KAAK2yJ,MAAL,CAAYz0K,IAAE2I,IAAE,CAAhB,CAAF,GAAqB,KAAK8rK,MAAL,CAAYz0K,IAAE2I,IAAE,CAAhB,CAAvB,EAA0C0qD,IAAE,EAA5C,EAA+C96B,IAAE,CAArD,EAAuDA,IAAEnjB,EAAElW,MAA3D,EAAkEq5B,GAAlE;AAAsE86B,sBAAE11D,IAAF,CAAOyX,EAAEmjB,CAAF,CAAP;AAAtE,iBAAmF86B,EAAE5yD,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAI3I,IAAE,CAAC8hB,EAAEuyJ,gBAAF,GAAmBvyJ,EAAEwyJ,kBAAtB,IAA0C,CAAhD;AAAA,wBAAkDl/J,IAAE,CAACzM,EAAE0rK,gBAAF,GAAmB1rK,EAAE2rK,kBAAtB,IAA0C,CAA9F,CAAgG,OAAO7yK,KAAKosC,GAAL,CAAS7tC,IAAEoV,CAAX,IAAc,IAAd,GAAmB,CAAnB,GAAqBpV,IAAEoV,CAAF,GAAI,CAAJ,GAAM,CAAC,CAAnC;AAAqC,iBAA1J,GAA4J8+C,EAAE5wB,OAAF,CAAU+vB,CAAV,EAAY,UAASvxC,CAAT,EAAW;AAAC,wBAAInZ,IAAEmZ,EAAEyyJ,YAAR;AAAA,wBAAqBv0K,IAAE,KAAKs3K,cAAL,CAAoBx1J,CAApB,CAAvB;AAAA,wBAA8CuxC,IAAE,CAACvxC,EAAEuyJ,gBAAF,GAAmBvyJ,EAAEwyJ,kBAAtB,IAA0C,CAA1F,CAA4F,IAAG,EAAE7yK,KAAKosC,GAAL,CAASllC,IAAE3I,CAAX,IAAc,IAAd,IAAoByB,KAAKosC,GAAL,CAASllC,IAAE3I,CAAX,IAAc,KAApC,CAAH,EAA8C,IAAG2I,IAAE3I,CAAL,EAAO,OAAK2I,IAAE3I,CAAF,IAAK,KAAKu3K,SAAL,CAAez1J,CAAf,EAAiB1M,CAAjB,EAAmBi+C,CAAnB,CAAV;AAAiC1qD,4BAAEmZ,EAAEyyJ,YAAJ;AAAjC,qBAAP,MAA8D,OAAK5rK,IAAE3I,CAAF,IAAK,KAAKw3K,QAAL,CAAc11J,CAAd,EAAgB1M,CAAhB,EAAkBi+C,CAAlB,CAAV;AAAgC1qD,4BAAEmZ,EAAEyyJ,YAAJ;AAAhC;AAAiD,iBAAjR,EAAkR,IAAlR,CAA5J,EAAobv0K,IAAE,CAAF,IAAK,KAAKy3K,YAAL,CAAkBz3K,IAAE,CAApB,CAAzb,EAAgdA,IAAE,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAArB,IAAwB,KAAKw4K,UAAL,CAAgB13K,IAAE,CAAlB,CAAxe;AAA6f,aADsxlB,EACrxlBu3K,WAAU,mBAASz1J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,IAAE27B,EAAEt2D,OAAF,CAAU+K,CAAV,EAAYmZ,CAAZ,CAAV,CAAyB,OAAOyW,MAAI5vB,EAAEzJ,MAAF,GAAS,CAAb,IAAgB4iB,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAAlD,KAAsDn/J,IAAEzM,EAAE4vB,IAAE,CAAJ,CAAF,EAAS86B,IAAE,CAACj+C,EAAEi/J,gBAAF,GAAmBj/J,EAAEk/J,kBAAtB,IAA0C,CAArD,EAAuDl/J,EAAEm/J,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,CAA9B,IAAiCzyJ,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAAnE,IAAsE,EAAElhH,IAAErzD,CAAF,IAAKyB,KAAKosC,GAAL,CAASwlB,IAAErzD,CAAX,IAAc,IAArB,KAA6B,CAAC,CAAC,KAAKu3K,SAAL,CAAeniK,CAAf,EAAiBzM,CAAjB,EAAmB3I,CAAnB,CAAF,KAA0B8hB,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAA5D,CAAhN,CAAP;AAAwR,aAD08kB,EACz8kBiD,UAAS,kBAAS11J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,IAAE27B,EAAEt2D,OAAF,CAAU+K,CAAV,EAAYmZ,CAAZ,CAAV,CAAyB,OAAO,MAAIyW,CAAJ,IAAOzW,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAAzC,KAA6Cn/J,IAAEzM,EAAE4vB,IAAE,CAAJ,CAAF,EAAS86B,IAAE,CAACj+C,EAAEi/J,gBAAF,GAAmBj/J,EAAEk/J,kBAAtB,IAA0C,CAArD,EAAuDl/J,EAAEm/J,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,CAA9B,IAAiCzyJ,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAAnE,IAAsE,EAAElhH,IAAErzD,CAAF,IAAKyB,KAAKosC,GAAL,CAASwlB,IAAErzD,CAAX,IAAc,IAArB,KAA6B,CAAC,CAAC,KAAKw3K,QAAL,CAAcpiK,CAAd,EAAgBzM,CAAhB,EAAkB3I,CAAlB,CAAF,KAAyB8hB,EAAEyyJ,YAAF,GAAezyJ,EAAEyyJ,YAAF,GAAe,EAA9B,EAAiC,CAAC,CAA3D,CAAvM,CAAP;AAA8Q,aADyokB,EACxokBoD,gBAAe,wBAAS71J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKivK,aAAL,CAAmBz7J,GAAnB,CAAuB2F,CAAvB,EAAyBnZ,CAAzB,GAA4B,KAAKkvK,aAAL,CAAmBxiB,WAAnB,CAA+B1sJ,CAA/B,KAAmC,KAAKkvK,aAAL,CAAmB17J,GAAnB,CAAuBxT,CAAvB,EAAyB,EAAzB,CAA/D,EAA4F,KAAKkvK,aAAL,CAAmBx4K,GAAnB,CAAuBsJ,CAAvB,EAA0BhL,IAA1B,CAA+BmkB,CAA/B,CAA5F;AAA8H,aAD6+jB,EAC5+jBu0J,cAAa,sBAASv0J,CAAT,EAAW;AAAC,uBAAO,KAAK+1J,aAAL,CAAmBx4K,GAAnB,CAAuB,KAAKu4K,aAAL,CAAmBv4K,GAAnB,CAAuByiB,CAAvB,CAAvB,CAAP;AAAyD,aAD05jB,EACz5jB6yJ,UAAS,oBAAU;AAAC,oBAAI7yJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc7sD,CAAd,EAAgByuD,CAAhB,EAAkBpB,CAAlB,EAAoBp9C,CAApB,EAAsBm9C,CAAtB,EAAwB1kC,CAAxB,EAA0BqmC,CAA1B,EAA4BzsD,CAA5B,EAA8BX,CAA9B,EAAgCs1B,CAAhC,EAAkCiQ,CAAlC,EAAoCtwC,CAApC,EAAsCowC,CAAtC,EAAwC/mC,CAAxC,EAA0C2wD,CAA1C,CAA4C,KAAI,KAAKygH,aAAL,GAAmB,IAAI7jH,CAAJ,EAAnB,EAAyB,KAAK4jH,aAAL,GAAmB,IAAI5jH,CAAJ,EAA5C,EAAkDv9C,IAAE,KAAK+6J,KAAL,CAAW1b,KAAX,CAAiBr4J,KAAjB,CAAuB,CAAvB,CAApD,EAA8Em2D,IAAE,KAAK6gH,MAArF,EAA4FvlJ,IAAE,WAASpN,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC4zD,sBAAE9xC,CAAF,EAAK4yJ,OAAL,CAAa/rK,CAAb,IAAgBirD,EAAE9xC,CAAF,EAAK4yJ,OAAL,CAAa/rK,CAAb,KAAiB,EAAjC,EAAoCirD,EAAE9xC,CAAF,EAAK4yJ,OAAL,CAAa/rK,CAAb,EAAgBhL,IAAhB,CAAqBqC,CAArB,CAApC;AAA4D,iBAA1K,EAA2K6zD,IAAE,CAAjL,EAAmLA,IAAEp9C,EAAEvX,MAAvL,EAA8L20D,GAA9L;AAAkM,wBAAG0B,IAAE9+C,EAAEo9C,CAAF,CAAF,EAAO/qD,IAAEysD,EAAE13C,MAAX,EAAkB1V,IAAEotD,EAAEr0D,MAAtB,EAA6Bu8B,IAAE30B,EAAEkrK,KAAjC,EAAuCtmI,IAAEvlC,EAAE6rK,KAA3C,EAAiD52K,IAAE0L,EAAEyrK,YAArD,EAAkE/mI,IAAErlC,EAAEosK,YAAtE,EAAmF9tK,IAAE,CAAC+mC,IAAEpwC,CAAH,IAAMqE,KAAKosC,GAAL,CAASH,IAAEjQ,CAAX,CAA3F,EAAyG25B,IAAEtuD,CAA3G,EAA6G20B,IAAEiQ,CAAF,GAAI,CAApH,EAAsH;AAAC,6BAAIunB,IAAEx3B,IAAE,CAAR,EAAUw3B,IAAEvnB,CAAZ,EAAcunB,GAAd,EAAkB;AAAC,iCAAIj1D,IAAE,IAAIu4B,CAAJ,EAAF,EAAQv4B,EAAEwtC,CAAF,GAAI1kC,EAAE0kC,CAAd,EAAgBxtC,EAAE0tC,CAAF,GAAI5kC,EAAE4kC,CAAtB,EAAwB1tC,EAAE8qB,KAAF,GAAQhiB,EAAEgiB,KAAF,GAAQ,GAAxC,EAA4C9qB,EAAE6vB,MAAF,GAAS/mB,EAAE+mB,MAAF,GAAS,GAA9D,EAAkE/N,IAAE8xC,EAAEqB,CAAF,CAApE,EAAyEtsD,IAAE,CAACssD,IAAEvnB,CAAH,IAAMjnC,CAAN,GAAQrJ,CAAnF,EAAqFuL,IAAEmZ,EAAE5iB,MAAJ,KAAayJ,IAAEmZ,EAAE5iB,MAAjB,CAArF,EAA8G9B,KAAGw2D,EAAEn2B,CAAF,EAAKv+B,MAAL,GAAY,CAAf,IAAkBsuC,KAAGomB,EAAElmB,CAAF,EAAKxuC,MAAL,GAAY,CAAjC,GAAmCyJ,IAAEmZ,EAAE5iB,MAAvC,GAA8C,MAAI9B,CAAJ,IAAO,MAAIowC,CAAX,KAAe7kC,IAAE,CAAjB,CAA5J,EAAgL3I,EAAEg0K,KAAF,GAAQ/+G,CAAxL,EAA0Lj1D,EAAEm0K,WAAF,GAAc,CAAxM,EAA0Mn0K,EAAEo0K,WAAF,GAAc,CAAxN,EAA0Np0K,EAAEk0K,iBAAF,GAAoB,CAA9O,EAAgPl0K,EAAEi0K,mBAAF,GAAsB,CAAtQ,EAAwQj0K,EAAEu0K,YAAF,GAAe5rK,CAAvR,EAAyR3I,EAAEq2J,SAAF,GAAY,CAAC,CAAtS,EAAwSniG,EAAEjrC,MAAF,CAASnH,CAAT,EAAW9hB,CAAX,EAAa2I,CAAb,CAAxS,EAAwT0qD,IAAE1qD,IAAE,CAAhU,EAAkU0qD,IAAEvxC,EAAE5iB,MAAtU,EAA6Um0D,GAA7U;AAAiVj+C,oCAAE0M,EAAEuxC,CAAF,CAAF,EAAOj+C,EAAEm/J,YAAF,GAAen/J,EAAEm/J,YAAF,GAAe,CAArC;AAAjV,6BAAwX/tK,IAAE,IAAI4sD,CAAJ,CAAMgE,CAAN,EAAQp3D,CAAR,CAAF,EAAawG,EAAEsxK,gBAAF,GAAmB,CAAhC,EAAkC5oJ,EAAE+lC,IAAE,CAAJ,EAAMA,CAAN,EAAQzuD,CAAR,CAAlC,EAA6C4wD,IAAEp3D,CAA/C,EAAiD,KAAKwxK,KAAL,CAAWhZ,QAAX,CAAoBx4J,CAApB,CAAjD,EAAwE,KAAKwxK,KAAL,CAAW/Y,OAAX,CAAmBjyJ,CAAnB,CAAxE,EAA8FxG,EAAE4W,KAAF,GAAQ,KAAK46J,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAAjB,GAAwB,CAA9H,EAAgI,KAAKy4K,cAAL,CAAoB33K,CAApB,EAAsBu1D,CAAtB,CAAhI;AAAyJ,2BAAE7nB,IAAE,CAAJ,EAAMA,CAAN,EAAQlnC,CAAR,GAAW+uD,EAAEgiG,YAAF,CAAengG,CAAf,CAAX,EAA6B7B,EAAEuiH,gBAAF,GAAmBr6I,IAAEiQ,CAAF,GAAI,CAApD;AAAsD,qBAAjtB,MAAstB,IAAGjQ,IAAEiQ,CAAF,GAAI,CAAC,CAAR,EAAU;AAAC,6BAAIunB,IAAEx3B,IAAE,CAAR,EAAUw3B,IAAEvnB,CAAZ,EAAcunB,GAAd,EAAkB;AAAC,iCAAIj1D,IAAE,IAAIu4B,CAAJ,EAAF,EAAQv4B,EAAEwtC,CAAF,GAAI1kC,EAAE0kC,CAAd,EAAgBxtC,EAAE0tC,CAAF,GAAI5kC,EAAE4kC,CAAtB,EAAwB1tC,EAAE8qB,KAAF,GAAQhiB,EAAEgiB,KAAF,GAAQ,GAAxC,EAA4C9qB,EAAE6vB,MAAF,GAAS/mB,EAAE+mB,MAAF,GAAS,GAA9D,EAAkE/N,IAAE8xC,EAAEqB,CAAF,CAApE,EAAyEtsD,IAAE,CAACssD,IAAEx3B,CAAH,IAAMh3B,CAAN,GAAQrJ,CAAnF,EAAqFuL,IAAEmZ,EAAE5iB,MAAJ,KAAayJ,IAAEmZ,EAAE5iB,MAAjB,CAArF,EAA8G9B,KAAGw2D,EAAEn2B,CAAF,EAAKv+B,MAAL,GAAY,CAAf,IAAkBsuC,KAAGomB,EAAElmB,CAAF,EAAKxuC,MAAL,GAAY,CAAjC,GAAmCyJ,IAAEmZ,EAAE5iB,MAAvC,GAA8C,MAAI9B,CAAJ,IAAO,MAAIowC,CAAX,KAAe7kC,IAAE,CAAjB,CAA5J,EAAgL3I,EAAEg0K,KAAF,GAAQ/+G,CAAxL,EAA0Lj1D,EAAEm0K,WAAF,GAAc,CAAxM,EAA0Mn0K,EAAEo0K,WAAF,GAAc,CAAxN,EAA0Np0K,EAAEk0K,iBAAF,GAAoB,CAA9O,EAAgPl0K,EAAEi0K,mBAAF,GAAsB,CAAtQ,EAAwQj0K,EAAEu0K,YAAF,GAAe5rK,CAAvR,EAAyR3I,EAAEq2J,SAAF,GAAY,CAAC,CAAtS,EAAwS1tJ,KAAGA,CAA3S,EAA6SurD,EAAEjrC,MAAF,CAASnH,CAAT,EAAW9hB,CAAX,EAAa2I,CAAb,CAA7S,EAA6T0qD,IAAE1qD,IAAE,CAArU,EAAuU0qD,IAAEvxC,EAAE5iB,MAA3U,EAAkVm0D,GAAlV;AAAsVj+C,oCAAE0M,EAAEuxC,CAAF,CAAF,EAAOj+C,EAAEm/J,YAAF,GAAen/J,EAAEm/J,YAAF,GAAe,CAArC;AAAtV,6BAA6X/tK,IAAE,IAAI4sD,CAAJ,CAAMgE,CAAN,EAAQp3D,CAAR,CAAF,EAAawG,EAAEsxK,gBAAF,GAAmB,CAAhC,EAAkC5oJ,EAAE+lC,IAAE,CAAJ,EAAMA,CAAN,EAAQzuD,CAAR,CAAlC,EAA6C4wD,IAAEp3D,CAA/C,EAAiD,KAAKwxK,KAAL,CAAWhZ,QAAX,CAAoBx4J,CAApB,CAAjD,EAAwE,KAAKwxK,KAAL,CAAW/Y,OAAX,CAAmBjyJ,CAAnB,CAAxE,EAA8FxG,EAAE4W,KAAF,GAAQ,KAAK46J,KAAL,CAAW/wJ,KAAX,CAAiBvhB,MAAjB,GAAwB,CAA9H,EAAgI,KAAKy4K,cAAL,CAAoB33K,CAApB,EAAsBu1D,CAAtB,CAAhI;AAAyJ,2BAAE7nB,IAAE,CAAJ,EAAMA,CAAN,EAAQ6nB,CAAR,GAAWA,EAAEgiG,YAAF,CAAengG,CAAf,CAAX,EAA6B7B,EAAEuiH,gBAAF,GAAmBpqI,IAAEjQ,CAAF,GAAI,CAApD;AAAsD,qBAA1mB,MAA+mBvO,EAAEuO,CAAF,EAAIiQ,CAAJ,EAAM6nB,CAAN;AAAvgD;AAAghD,aADy0gB,EACx0gBy/G,YAAW,sBAAU;AAAC,qBAAI,IAAIlzJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,EAAoByuD,IAAE,CAAC,CAA3B,EAA6BA,CAA7B;AAAgC,yBAAIA,IAAE,CAAC,CAAH,EAAKnzC,IAAE,CAAX,EAAaA,IAAE,KAAK0vJ,KAAL,CAAW1b,KAAX,CAAiB52J,MAAhC,EAAuC4iB,GAAvC;AAA2C,4BAAGnZ,IAAE,KAAK6oK,KAAL,CAAW1b,KAAX,CAAiBh0I,CAAjB,CAAF,EAAsBnZ,EAAEmvK,gBAA3B,EAA4C;AAAC,iCAAI93K,IAAE,EAAF,EAAKA,EAAE4N,OAAF,CAAU,EAAC4/B,GAAE7kC,EAAEzH,MAAF,CAASssC,CAAZ,EAAcE,GAAE/kC,EAAEzH,MAAF,CAASwsC,CAAzB,EAAV,CAAL,EAA4C1tC,EAAE4N,OAAF,CAAU,EAAC4/B,GAAE7kC,EAAEkV,MAAF,CAAS2vB,CAAZ,EAAcE,GAAE/kC,EAAEkV,MAAF,CAAS6vB,CAAzB,EAAV,CAA5C,EAAmFt4B,IAAEzM,CAArF,EAAuF0qD,IAAE1qD,EAAEmvK,gBAA3F,EAA4Gv/I,IAAE,CAAlH,EAAoHA,IAAE86B,CAAtH,EAAwH96B,GAAxH;AAA4H66B,oCAAEh+C,EAAEyI,MAAJ,EAAWrX,IAAE4sD,EAAE4iG,QAAF,CAAW,CAAX,CAAb,EAA2Bh2J,EAAE4N,OAAF,CAAU,EAAC4/B,GAAEhnC,EAAEqX,MAAF,CAAS2vB,CAAZ,EAAcE,GAAElnC,EAAEqX,MAAF,CAAS6vB,CAAzB,EAAV,CAA3B,EAAkEt4B,IAAE5O,CAApE;AAA5H,6BAAkMmC,EAAE4uJ,YAAF,CAAeniJ,EAAEyI,MAAjB,GAAyBlV,EAAEmvK,gBAAF,GAAmB,CAA5C,EAA8C93K,EAAEd,MAAF,GAAS,CAAT,IAAYc,EAAEU,MAAF,CAAS,CAAT,EAAW,CAAX,GAAcV,EAAEU,MAAF,CAASV,EAAEd,MAAF,GAAS,CAAlB,CAAd,EAAmCyJ,EAAEi2C,MAAF,GAAS5+C,CAAxD,IAA2D2I,EAAEi2C,MAAF,GAAS,EAAlH,EAAqHqW,IAAE,CAAC,CAAxH,CAA0H;AAAM;AAA1Z;AAAhC;AAA2b,aADu3f,EACt3f2/G,oBAAmB,8BAAU;AAAC,qBAAI,IAAI9yJ,CAAJ,EAAMnZ,IAAE,CAAC,CAAT,EAAW3I,IAAE,CAAb,EAAeoV,IAAE,CAArB,EAAuB,MAAIzM,CAAJ,IAAO,EAAEyM,MAAIpV,CAAN,CAA9B,GAAwC;AAAC,yBAAI2I,IAAE,CAAF,EAAImZ,IAAE,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAA7B,EAA+B4iB,KAAG,CAAlC,EAAoCA,GAApC;AAAwCnZ,6BAAG,KAAKovK,sBAAL,CAA4B,CAAC,CAA7B,EAA+Bj2J,CAA/B,CAAH;AAAxC,qBAA6E,KAAIA,IAAE,CAAN,EAAQA,IAAE,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAA7B,EAA+B4iB,GAA/B;AAAmCnZ,6BAAG,KAAKovK,sBAAL,CAA4B,CAAC,CAA7B,EAA+Bj2J,CAA/B,CAAH;AAAnC;AAAwE;AAAC,aADypf,EACxpf41J,YAAW,oBAAS51J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkByuD,CAAlB,EAAoBpB,CAApB,CAAsB,IAAG,MAAI/xC,CAAP,EAAS;AAAC,yBAAInZ,IAAE,KAAK8rK,MAAL,CAAY3yJ,CAAZ,CAAF,EAAiByW,IAAE,IAAI9hB,CAAJ,EAAnB,EAAyB28C,IAAE,KAAKqhH,MAAL,CAAY3yJ,IAAE,CAAd,CAA3B,EAA4C9hB,IAAE,CAAlD,EAAoDA,IAAEozD,EAAEl0D,MAAxD,EAA+Dc,GAA/D;AAAmEu4B,0BAAEzhB,GAAF,CAAMs8C,EAAEpzD,CAAF,CAAN;AAAnE,qBAA+E,KAAIA,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB,EAAuB;AAAC,6BAAIwG,IAAEmC,EAAE3I,CAAF,CAAF,EAAOi1D,IAAE,CAAT,EAAWpB,IAAE,CAAb,EAAez+C,IAAE,CAArB,EAAuBA,IAAE5O,EAAEwvJ,QAAF,CAAW92J,MAApC,EAA2CkW,GAA3C;AAA+Ci+C,gCAAE7sD,EAAEwvJ,QAAF,CAAW5gJ,CAAX,CAAF,EAAgBmjB,EAAExyB,QAAF,CAAWstD,EAAEx1C,MAAb,MAAuBg2C,KAAIoB,KAAG5B,EAAEx1C,MAAF,CAAS02J,YAAvC,CAAhB;AAA/C,yBAAoH,KAAIn/J,IAAE,CAAN,EAAQA,IAAE5O,EAAEuvJ,QAAF,CAAW72J,MAArB,EAA4BkW,GAA5B;AAAgCi+C,gCAAE7sD,EAAEuvJ,QAAF,CAAW3gJ,CAAX,CAAF,EAAgBmjB,EAAExyB,QAAF,CAAWstD,EAAEnyD,MAAb,MAAuB2yD,KAAIoB,KAAG5B,EAAEnyD,MAAF,CAASqzK,YAAvC,CAAhB;AAAhC,yBAAqG1gH,IAAE,CAAF,IAAKrtD,EAAE2tK,WAAF,GAAcl/G,IAAEpB,CAAhB,EAAkBrtD,EAAE0tK,iBAAF,GAAoBrgH,CAA3C,KAA+CrtD,EAAE2tK,WAAF,GAAcn0K,CAAd,EAAgBwG,EAAE0tK,iBAAF,GAAoB,CAAnF;AAAsF;AAAC;AAAC,aADyse,EACxseuD,cAAa,sBAAS31J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,EAAkByuD,CAAlB,EAAoBpB,CAApB,CAAsB,IAAG/xC,MAAI,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAA1B,EAA4B;AAAC,yBAAIyJ,IAAE,KAAK8rK,MAAL,CAAY3yJ,CAAZ,CAAF,EAAiByW,IAAE,IAAI9hB,CAAJ,EAAnB,EAAyB28C,IAAE,KAAKqhH,MAAL,CAAY3yJ,IAAE,CAAd,CAA3B,EAA4C9hB,IAAE,CAAlD,EAAoDA,IAAEozD,EAAEl0D,MAAxD,EAA+Dc,GAA/D;AAAmEu4B,0BAAEzhB,GAAF,CAAMs8C,EAAEpzD,CAAF,CAAN;AAAnE,qBAA+E,KAAIA,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB,EAAuB;AAAC,6BAAIwG,IAAEmC,EAAE3I,CAAF,CAAF,EAAOi1D,IAAE,CAAT,EAAWpB,IAAE,CAAb,EAAez+C,IAAE,CAArB,EAAuBA,IAAE5O,EAAEwvJ,QAAF,CAAW92J,MAApC,EAA2CkW,GAA3C;AAA+Ci+C,gCAAE7sD,EAAEwvJ,QAAF,CAAW5gJ,CAAX,CAAF,EAAgBmjB,EAAExyB,QAAF,CAAWstD,EAAEx1C,MAAb,MAAuBg2C,KAAIoB,KAAG5B,EAAEx1C,MAAF,CAAS02J,YAAvC,CAAhB;AAA/C,yBAAoH,KAAIn/J,IAAE,CAAN,EAAQA,IAAE5O,EAAEuvJ,QAAF,CAAW72J,MAArB,EAA4BkW,GAA5B;AAAgCi+C,gCAAE7sD,EAAEuvJ,QAAF,CAAW3gJ,CAAX,CAAF,EAAgBmjB,EAAExyB,QAAF,CAAWstD,EAAEnyD,MAAb,MAAuB2yD,KAAIoB,KAAG5B,EAAEnyD,MAAF,CAASqzK,YAAvC,CAAhB;AAAhC,yBAAqG1gH,IAAE,CAAF,IAAKrtD,EAAE4tK,WAAF,GAAcn/G,IAAEpB,CAAhB,EAAkBrtD,EAAEytK,mBAAF,GAAsBpgH,CAA7C,KAAiDrtD,EAAE4tK,WAAF,GAAcp0K,CAAd,EAAgBwG,EAAEytK,mBAAF,GAAsB,CAAvF;AAA0F;AAAC;AAAC,aADgud,EAC/td8D,wBAAuB,gCAASj2J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgByuD,CAAhB,EAAkBpB,CAAlB,CAAoB,KAAIz+C,IAAE0M,IAAE,KAAK2yJ,MAAL,CAAYz0K,IAAE2I,IAAE,CAAhB,CAAF,GAAqB,KAAK8rK,MAAL,CAAYz0K,IAAE2I,IAAE,CAAhB,CAAvB,EAA0C0qD,IAAEj+C,EAAE3X,KAAF,CAAQ,CAAR,CAA5C,EAAuDqkB,IAAE,KAAK41J,UAAL,CAAgB13K,CAAhB,CAAF,GAAqB,KAAKy3K,YAAL,CAAkBz3K,CAAlB,CAA5E,EAAiGu4B,IAAE,IAAnG,EAAwGnjB,EAAE3U,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,wBAAI3I,CAAJ;AAAA,wBAAMoV,IAAEmjB,EAAE++I,cAAF,CAAiBx1J,CAAjB,CAAR;AAAA,wBAA4BuxC,IAAE96B,EAAE++I,cAAF,CAAiB3uK,CAAjB,CAA9B,CAAkD,OAAOlH,KAAKosC,GAAL,CAASz4B,IAAEi+C,CAAX,IAAc,IAAd,GAAmBvxC,EAAEi1I,MAAF,OAAapuJ,EAAEouJ,MAAF,EAAb,GAAwBx+H,EAAEy/I,cAAF,CAAiBl2J,CAAjB,EAAmBnZ,CAAnB,CAAxB,GAA8CmZ,EAAEi1I,MAAF,KAAWpuJ,EAAEouJ,MAAF,EAAX,GAAsB,CAAtB,GAAwB,CAAC,CAA1F,IAA6F/2J,IAAE,OAAKqzD,IAAEj+C,CAAP,CAAF,EAAYpV,IAAE,CAAF,GAAI,CAAC,CAAL,GAAOA,IAAE,CAAF,GAAI,CAAJ,GAAMu4B,EAAEy/I,cAAF,CAAiBl2J,CAAjB,EAAmBnZ,CAAnB,CAAtH,CAAP;AAAoJ,iBAA3N,CAAxG,EAAqUnC,IAAE,CAAvU,EAAyU4sD,IAAE,CAA/U,EAAiVA,IAAEh+C,EAAElW,MAArV,EAA4Vk0D,GAA5V;AAAgWh+C,sBAAEg+C,CAAF,MAAOC,EAAED,CAAF,CAAP,IAAa5sD,GAAb;AAAhW,iBAAiX,IAAGA,IAAE,CAAL,EAAO,KAAIyuD,IAAE,CAAF,EAAI7B,IAAE,CAAV,EAAYA,IAAEh+C,EAAElW,MAAhB,EAAuBk0D,GAAvB;AAA2BS,wBAAEz+C,EAAEg+C,CAAF,CAAF,EAAOS,EAAE0gH,YAAF,GAAet/G,GAAtB;AAA3B,iBAAqD,OAAOzuD,CAAP;AAAS,aADgvc,EAC/ucquK,YAAW,sBAAU;AAAC,qBAAI,IAAI/yJ,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,EAAoByuD,CAApB,EAAsBpB,CAAtB,EAAwBG,CAAxB,EAA0Bv9C,CAA1B,EAA4Bm9C,CAA5B,EAA8BM,CAA9B,EAAgChlC,CAAhC,EAAkCqmC,CAAlC,EAAoCzsD,CAApC,EAAsCX,IAAE,KAAKvH,OAAL,CAAa+tK,iBAArD,EAAuElxI,IAAE,CAA7E,IAAiF;AAAC,wBAAGA,MAAIt1B,CAAP,EAAS,MAAM,KAAI2Z,IAAE2b,IAAE,CAAF,IAAK,CAAP,EAAS90B,IAAE80B,IAAE,CAAF,KAAM,CAAjB,EAAmBz9B,IAAE8hB,IAAE,CAAF,GAAI,KAAK2yJ,MAAL,CAAYv1K,MAAZ,GAAmB,CAAhD,EAAkD4iB,IAAE9hB,KAAG,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAAxB,GAA0Bc,KAAG,CAA/E,EAAiFA,KAAG8hB,IAAE,CAAF,GAAI,CAAC,CAAzF,EAA2F;AAAC,6BAAI1M,IAAE,KAAKq/J,MAAL,CAAYz0K,CAAZ,CAAF,EAAiBqzD,IAAE,CAAC,CAApB,EAAsB96B,IAAE,CAAC,CAAzB,EAA2B66B,IAAE,CAA7B,EAA+B5sD,IAAE,CAArC,EAAuCA,IAAE4O,EAAElW,MAAF,GAAS,CAAlD,EAAoDsH,GAApD;AAAwDyuD,gCAAE,CAAF,EAAIpB,IAAE,CAAN,EAAQG,IAAE,CAAV,EAAYz7B,KAAG,MAAIv4B,CAAJ,KAAQi1D,IAAE,KAAKgjH,kCAAL,CAAwCj4K,IAAE,CAA1C,EAA4CA,CAA5C,CAAV,GAA0DA,MAAI,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAAvB,KAA2B20D,IAAE,KAAKokH,kCAAL,CAAwCj4K,CAAxC,EAA0CA,IAAE,CAA5C,CAA7B,CAA1D,EAAuI8hB,IAAEmzC,KAAG,CAAL,GAAOpB,KAAG,CAAjJ,EAAmJG,IAAEiB,IAAEpB,CAA1J,IAA6JG,IAAEZ,CAA3K,EAA6K,MAAIY,CAAJ,KAAQv9C,IAAErB,EAAE5O,CAAF,CAAF,EAAOotD,IAAEx+C,EAAE5O,IAAE,CAAJ,CAAT,EAAgB0tD,IAAEz9C,EAAE89J,YAApB,EAAiCrlJ,IAAE0kC,EAAE2gH,YAArC,EAAkDn/J,EAAE5O,CAAF,IAAKotD,CAAvD,EAAyDx+C,EAAE5O,IAAE,CAAJ,IAAOiQ,CAAhE,EAAkEA,EAAE89J,YAAF,GAAerlJ,CAAjF,EAAmF0kC,EAAE2gH,YAAF,GAAergH,CAAlG,EAAoGe,IAAE,CAAtG,EAAwG,MAAIj1D,CAAJ,KAAQi1D,IAAE,KAAKgjH,kCAAL,CAAwCj4K,IAAE,CAA1C,EAA4CA,CAA5C,CAAV,CAAxG,EAAkK6zD,IAAE,CAApK,EAAsK7zD,MAAI,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAAvB,KAA2B20D,IAAE,KAAKokH,kCAAL,CAAwCj4K,CAAxC,EAA0CA,IAAE,CAA5C,CAA7B,CAAtK,EAAmP8hB,IAAEmzC,KAAG,CAAL,GAAOpB,KAAG,CAA7P,EAA+P0B,IAAEN,IAAEpB,CAAnQ,EAAqQ/qD,IAAE,CAAC,CAAxQ,EAA0QA,IAAEH,IAAE4sD,KAAGvB,CAAL,GAAOuB,IAAEvB,CAArR,EAAuRlrD,KAAG2N,IAAErB,EAAE5O,CAAF,CAAF,EAAOotD,IAAEx+C,EAAE5O,IAAE,CAAJ,CAAT,EAAgB0tD,IAAEz9C,EAAE89J,YAApB,EAAiCrlJ,IAAE0kC,EAAE2gH,YAArC,EAAkDn/J,EAAE5O,CAAF,IAAKotD,CAAvD,EAAyDx+C,EAAE5O,IAAE,CAAJ,IAAOiQ,CAAhE,EAAkEA,EAAE89J,YAAF,GAAerlJ,CAAjF,EAAmF0kC,EAAE2gH,YAAF,GAAergH,CAAlG,EAAoGd,IAAEY,CAAtG,EAAwGz7B,IAAE,CAAC,CAA9G,KAAkH86B,IAAE,CAAC,CAAH,EAAK96B,IAAE,CAAC,CAA1H,CAA/R,CAA7K;AAAxD,yBAAkoB86B,MAAIrzD,MAAI,KAAKy0K,MAAL,CAAYv1K,MAAZ,GAAmB,CAAvB,IAA0B,KAAKw4K,UAAL,CAAgB13K,IAAE,CAAlB,CAA1B,EAA+C,MAAIA,CAAJ,IAAO,KAAKy3K,YAAL,CAAkBz3K,IAAE,CAApB,CAA1D;AAAkF;AAAC;AAAC,aADs0a,EACr0ai4K,oCAAmC,4CAASn2J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,CAAZ;AAAA,oBAAc5sD,CAAd;AAAA,oBAAgByuD,CAAhB;AAAA,oBAAkBpB,CAAlB;AAAA,oBAAoBG,CAApB;AAAA,oBAAsBv9C,CAAtB;AAAA,oBAAwBm9C,CAAxB;AAAA,oBAA0BM,CAA1B;AAAA,oBAA4BhlC,IAAE,KAAKulJ,MAAL,CAAY3yJ,CAAZ,EAAe4yJ,OAAf,CAAuB/rK,CAAvB,CAA9B;AAAA,oBAAwD4sD,IAAE,CAA1D;AAAA,oBAA4DzsD,IAAEomB,EAAEhwB,MAAhE,CAAuE,KAAI+1D,IAAE,CAAN,EAAQA,IAAEnsD,CAAV,EAAYmsD,GAAZ;AAAgB,yBAAIj1D,IAAEkvB,EAAE+lC,CAAF,CAAF,EAAOpB,IAAEoB,IAAE,CAAf,EAAiBpB,IAAE/qD,CAAnB,EAAqB+qD,GAArB;AAAyBz+C,4BAAE8Z,EAAE2kC,CAAF,CAAF,EAAO7zD,EAAEkB,MAAF,CAAS8yK,KAAT,KAAiBrrK,CAAjB,IAAoB0qD,IAAErzD,EAAE6d,MAAJ,EAAW0a,IAAEv4B,EAAEkB,MAAnC,KAA4CmyD,IAAErzD,EAAEkB,MAAJ,EAAWq3B,IAAEv4B,EAAE6d,MAA3D,CAAP,EAA0EzI,EAAElU,MAAF,CAAS8yK,KAAT,KAAiBrrK,CAAjB,IAAoByqD,IAAEh+C,EAAEyI,MAAJ,EAAWrX,IAAE4O,EAAElU,MAAnC,KAA4CkyD,IAAEh+C,EAAElU,MAAJ,EAAWsF,IAAE4O,EAAEyI,MAA3D,CAA1E,EAA6Im2C,IAAEX,EAAEkhH,YAAjJ,EAA8J99J,IAAE8hB,EAAEg8I,YAAlK,EAA+K3gH,IAAER,EAAEmhH,YAAnL,EAAgMrgH,IAAE1tD,EAAE+tK,YAApM,EAAiN,CAACvgH,IAAEJ,CAAH,KAAOn9C,IAAEy9C,CAAT,IAAY,CAAZ,IAAeqB,GAAhO;AAAzB;AAAhB,iBAA6Q,OAAOA,CAAP;AAAS,aADu7Z,EACt7Z+hH,gBAAe,wBAASx1J,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEoyJ,iBAAR;AAAA,oBAA0Bl0K,IAAE8hB,EAAEmyJ,mBAA9B;AAAA,oBAAkD7+J,IAAE0M,EAAEqyJ,WAAtD;AAAA,oBAAkE9gH,IAAEvxC,EAAEsyJ,WAAtE,CAAkF,OAAOzrK,IAAE,CAAF,IAAK3I,IAAE,CAAP,GAAS,CAACoV,IAAEi+C,CAAH,IAAM,CAAf,GAAiB1qD,IAAE,CAAF,GAAIyM,CAAJ,GAAMpV,IAAE,CAAF,GAAIqzD,CAAJ,GAAM,CAApC;AAAsC,aADmyZ,EAClyZqjH,uBAAsB,+BAAS50J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,EAAEyyJ,YAAF,GAAe5rK,EAAE4rK,YAAjB,GAA8B,CAAC,CAA/B,GAAiCzyJ,EAAEyyJ,YAAF,GAAe5rK,EAAE4rK,YAAjB,GAA8B,CAA9B,GAAgC,CAAxE;AAA0E,aADorZ,EACnrZ4C,4BAA2B,oCAASr1J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,EAAEmnB,CAAF,GAAItgC,EAAEsgC,CAAN,GAAQ,CAAC,CAAT,GAAWnnB,EAAEmnB,CAAF,GAAItgC,EAAEsgC,CAAN,GAAQ,CAAR,GAAU,CAA5B;AAA8B,aAD4mZ,EAC3mZiuI,6BAA4B,qCAASp1J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOmZ,EAAEmnB,CAAF,GAAItgC,EAAEsgC,CAAN,GAAQ,CAAR,GAAUnnB,EAAEmnB,CAAF,GAAItgC,EAAEsgC,CAAN,GAAQ,CAAC,CAAT,GAAW,CAA5B;AAA8B,aADmiZ,EACliZ0tI,mBAAkB,2BAAS70J,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,wBAAGmZ,EAAEnZ,CAAF,EAAK0tJ,SAAR,EAAkB,OAAO1tJ,CAAP;AAA7C,iBAAsD,OAAM,CAAC,CAAP;AAAS,aADq8Y,EACp8YqvK,gBAAe,wBAASl2J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE8hB,EAAElL,KAAR;AAAA,oBAAcxB,IAAEzM,EAAEiO,KAAlB,CAAwB,OAAO5W,IAAEoV,CAAF,GAAI,CAAJ,GAAMpV,IAAEoV,CAAF,GAAI,CAAC,CAAL,GAAO,CAApB;AAAsB,aADy3Y,EACx3YwgK,QAAO,gBAAS9zJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAM,CAACmZ,IAAEA,IAAEnZ,CAAL,IAAQA,CAAd;AAAgB,aADm1Y,EACl1YkuK,iBAAgB,yBAAS/0J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAEzM,EAAEusK,UAAV,CAAqB,KAAIl1K,IAAEoV,IAAE,CAAR,EAAUpV,IAAE8hB,EAAE5iB,MAAd,EAAqB,EAAEc,CAAvB;AAAyB,wBAAG8hB,EAAE9hB,CAAF,EAAKq2J,SAAR,EAAkB,OAAOv0I,EAAE9hB,CAAF,CAAP;AAA3C,iBAAuD,OAAO,IAAP;AAAY,aAD4tY,EAAT,CAAlouB;AAAA,YACk7VipC,IAAEjpC,EAAE8lE,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAGurD,EAAE68F,WAAF,CAAcjvI,CAAd,CAAH,EAAoB,MAAK,kBAAL,CAAwB,KAAKqnG,OAAL,GAAarnG,CAAb,EAAe,KAAKw3I,OAAL,GAAa,IAAItlG,CAAJ,EAA5B,EAAkC,KAAKulG,OAAL,GAAa,IAAIvlG,CAAJ,EAA/C,EAAqD,KAAKixB,OAAL,CAAat8E,IAAEA,CAAF,GAAImZ,CAAjB,CAArD;AAAyE,aAAzI,EAA0ImjE,SAAQ,iBAASnjE,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,EAAc5sD,CAAd,EAAgByuD,CAAhB,EAAkBjB,CAAlB,EAAoBv9C,CAApB,CAAsB,IAAGqL,aAAa1M,EAAEylJ,KAAlB,EAAwB;AAAC,yBAAItiI,IAAE,CAAN,EAAQA,IAAEzW,EAAErB,KAAF,CAAQvhB,MAAlB,EAAyBq5B,GAAzB;AAA6B5vB,4BAAEmZ,EAAErB,KAAF,CAAQ8X,CAAR,CAAF,EAAa86B,IAAE1qD,EAAEutJ,eAAjB,EAAiC,KAAKoD,OAAL,CAAan9I,GAAb,CAAiBk3C,EAAE+lD,MAAF,CAAS5vG,EAA1B,EAA6B,IAAIqqD,CAAJ,CAAMlrD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAc/kC,EAAEmiB,KAAhB,EAAsBniB,EAAEknB,MAAxB,CAA7B,CAAjC;AAA7B,qBAA4H,KAAI0I,IAAE,CAAN,EAAQA,IAAEzW,EAAEg0I,KAAF,CAAQ52J,MAAlB,EAAyBq5B,GAAzB;AAA6B/xB,4BAAEsb,EAAEg0I,KAAF,CAAQv9H,CAAR,CAAF,EAAa66B,IAAE5sD,EAAE2wJ,oBAAjB,EAAsC,KAAKoC,OAAL,CAAap9I,GAAb,CAAiBi3C,EAAEgmD,MAAF,CAAS5vG,EAA1B,EAA6BhD,EAAEo4C,MAAF,EAA7B,CAAtC;AAA7B;AAA4G,iBAAjQ,MAAsQ,IAAG98B,aAAa5f,KAAhB,EAAsB,KAAIlC,IAAE8hB,CAAF,EAAIyW,IAAE,CAAV,EAAYA,IAAEv4B,EAAEd,MAAhB,EAAuBq5B,GAAvB;AAA2B5vB,wBAAE3I,EAAEu4B,CAAF,CAAF,EAAO86B,IAAE1qD,EAAEutJ,eAAX,EAA2B7iG,KAAG,KAAKimG,OAAL,CAAan9I,GAAb,CAAiBk3C,EAAE+lD,MAAF,CAAS5vG,EAA1B,EAA6B,IAAIqqD,CAAJ,CAAMlrD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAc/kC,EAAEmiB,KAAhB,EAAsBniB,EAAEknB,MAAxB,CAA7B,CAA9B;AAA3B,iBAAtB,MAAkJ,IAAG/N,EAAE9jB,cAAF,CAAiB,OAAjB,KAA2B8jB,EAAE9jB,cAAF,CAAiB,OAAjB,CAA9B,EAAwD;AAAC,yBAAIgC,IAAE8hB,EAAErB,KAAJ,EAAUw0C,IAAEnzC,EAAEg0I,KAAd,EAAoBv9H,IAAE,CAA1B,EAA4BA,IAAEv4B,EAAEd,MAAhC,EAAuCq5B,GAAvC;AAA2C5vB,4BAAE3I,EAAEu4B,CAAF,CAAF,EAAO86B,IAAE1qD,EAAEutJ,eAAX,EAA2B7iG,KAAG,KAAKimG,OAAL,CAAan9I,GAAb,CAAiBk3C,EAAE+lD,MAAF,CAAS5vG,EAA1B,EAA6B,IAAIqqD,CAAJ,CAAMlrD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAc/kC,EAAEmiB,KAAhB,EAAsBniB,EAAEknB,MAAxB,CAA7B,CAA9B;AAA3C,qBAAuI,KAAI0I,IAAE,CAAN,EAAQA,IAAE08B,EAAE/1D,MAAZ,EAAmBq5B,GAAnB;AAAuB/xB,4BAAEyuD,EAAE18B,CAAF,CAAF,EAAO66B,IAAE5sD,EAAE2wJ,oBAAX,EAAgC/jG,KAAG,KAAKmmG,OAAL,CAAap9I,GAAb,CAAiBi3C,EAAEgmD,MAAF,CAAS5vG,EAA1B,EAA6BhD,EAAEo4C,MAA/B,CAAnC;AAAvB;AAAiG,iBAAjS,MAAqS;AAAC,yBAAIoV,IAAE,KAAKm1D,OAAL,CAAahjB,MAAf,EAAsB1vF,IAAE,KAAK0yG,OAAL,CAAa87C,WAArC,EAAiD1sI,IAAE,CAAvD,EAAyDA,IAAEy7B,EAAE90D,MAA7D,EAAoEq5B,GAApE;AAAwE86B,4BAAEW,EAAEz7B,CAAF,CAAF,EAAO,KAAK+gI,OAAL,CAAan9I,GAAb,CAAiBk3C,EAAE+lD,MAAF,CAAS5vG,EAA1B,EAA6B6pD,EAAE8iG,MAAF,EAA7B,CAAP;AAAxE,qBAAwH,KAAI59H,IAAE,CAAN,EAAQA,IAAE9hB,EAAEvX,MAAZ,EAAmBq5B,GAAnB;AAAuB66B,4BAAE38C,EAAE8hB,CAAF,CAAF,EAAO,KAAKghI,OAAL,CAAap9I,GAAb,CAAiBi3C,EAAEgmD,MAAF,CAAS5vG,EAA1B,EAA6B4pD,EAAExU,MAAF,EAA7B,CAAP;AAAvB;AAAuE;AAAC,aAAljC,EAAf,CADp7V,CACw/Xp4C,EAAE4O,CAAF,EAAI,EAAC7W,MAAK,cAASujB,CAAT,EAAW;AAAC9hB,kBAAEzB,IAAF,CAAOujB,CAAP,EAAS1M,EAAEouD,EAAX;AAAe,aAAjC,EAAkC43F,cAAa5tH,CAA/C,EAAiD0qI,YAAW9gH,CAA5D,EAA8D+gH,cAAa/6K,CAA3E,EAA6Eg7K,eAAchiH,CAA3F,EAA6FiiH,YAAW3qI,CAAxG,EAA0G6jI,aAAYtoI,CAAtH,EAAJ;AAA8H,KADpoY,CACqoY3rC,OAAO07D,KAAP,CAAa76D,MADlpY,CAAD;AAC2pY,CAD9vY,EAC+vY,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CADr0Y,CAH465G,EAIrmhG,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,yBAAP,EAAiC,CAAC,gBAAD,EAAkB,uBAAlB,EAA0C,mBAA1C,EAA8D,oBAA9D,EAAmF,kBAAnF,EAAsG,wBAAtG,EAA+H,wBAA/H,EAAwJ,0BAAxJ,EAAmL,yBAAnL,EAA6M,8BAA7M,EAA4O,4BAA5O,CAAjC,EAA2S7f,CAA3S;AAA8S,CAAjU,CAAkU,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,gBAAInZ,IAAEmZ,EAAEmD,aAAR;AAAA,gBAAsBjlB,IAAE,CAAxB,CAA0B,OAAO2I,EAAE8lE,UAAF,IAAczuE,IAAE,CAAC2I,EAAE8lE,UAAH,GAAc,EAAhB,EAAmBzuE,IAAEA,IAAE,CAAF,GAAIugG,GAAG1hB,IAAH,CAAQ7+E,CAAR,CAAJ,GAAeugG,GAAG9rC,KAAH,CAASz0D,CAAT,CAAlD,IAA+D2I,EAAE+lE,MAAF,KAAW1uE,IAAE2I,EAAE+lE,MAAf,CAA/D,EAAsF1uE,CAA7F;AAA+F,kBAASoV,CAAT,CAAW0M,CAAX,EAAa;AAAC,mBAAOA,EAAElhB,OAAF,CAAUC,IAAV,CAAe4C,WAAf,OAA+BozG,GAAGpzG,WAAH,EAAtC;AAAuD,kBAAS4vD,CAAT,CAAWvxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMqzD,CAAN;AAAA,gBAAQ96B,CAAR;AAAA,gBAAU66B,CAAV;AAAA,gBAAY5sD,IAAE6uG,EAAd,CAAiB,KAAI98E,IAAE,CAAN,EAAQA,IAAE5vB,EAAEzJ,MAAZ,EAAmBq5B,GAAnB;AAAuB86B,oBAAE1qD,EAAE4vB,CAAF,CAAF,EAAOnjB,EAAEi+C,CAAF,MAAOD,IAAEtxC,EAAEw1E,UAAF,CAAajkC,EAAErnC,QAAF,EAAb,CAAF,EAA6BonC,IAAE5sD,CAAF,KAAMA,IAAE4sD,CAAF,EAAIpzD,IAAEqzD,CAAZ,CAApC,CAAP;AAAvB,aAAkF,OAAOrzD,CAAP;AAAS,kBAASu4B,CAAT,CAAWzW,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAU96B,IAAE,EAAZ;AAAA,gBAAe66B,IAAEtxC,EAAEy7I,gBAAF,GAAqBpnJ,QAAtC;AAAA,gBAA+C3P,IAAE4sD,EAAEl0D,MAAnD,CAA0D,KAAIc,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuB,qBAAIoV,IAAEzM,EAAE3I,CAAF,CAAF,EAAOqzD,IAAE,CAAb,EAAeA,IAAE7sD,CAAjB,EAAmB6sD,GAAnB;AAAuB,wBAAGD,EAAEC,CAAF,KAAMj+C,EAAEmoJ,gBAAF,EAAT,EAA8B;AAAChlI,0BAAE56B,IAAF,CAAO01D,CAAP,EAAU;AAAM;AAAtE;AAAvB,aAA6F,OAAO96B,CAAP;AAAS,kBAAS66B,CAAT,CAAWtxC,CAAX,EAAa;AAAC,gBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,IAAEA,KAAG,EAAL,EAAQ69E,GAAG79E,EAAE7e,IAAL,KAAY,SAAO6e,EAAE7e,IAArB,KAA4B0F,EAAE1F,IAAF,GAAO6e,EAAE7e,IAArC,CAAR,EAAmD08F,GAAG79E,EAAE0rB,CAAL,KAAS,SAAO1rB,EAAE0rB,CAAlB,KAAsB7kC,EAAE6kC,CAAF,GAAI1rB,EAAE0rB,CAA5B,CAAnD,EAAkFmyD,GAAG79E,EAAE4rB,CAAL,KAAS,SAAO5rB,EAAE4rB,CAAlB,KAAsB/kC,EAAE+kC,CAAF,GAAI5rB,EAAE4rB,CAA5B,CAAlF,EAAiHiyD,GAAG79E,EAAEgJ,KAAL,KAAa,SAAOhJ,EAAEgJ,KAAtB,KAA8BniB,EAAEmiB,KAAF,GAAQhJ,EAAEgJ,KAAxC,CAAjH,EAAgK60E,GAAG79E,EAAE+N,MAAL,KAAc,SAAO/N,EAAE+N,MAAvB,KAAgClnB,EAAEknB,MAAF,GAAS/N,EAAE+N,MAA3C,CAAhK,EAAmN8vE,GAAG79E,EAAE7f,IAAL,KAAY,SAAO6f,EAAE7f,IAArB,KAA4B0G,EAAE1G,IAAF,GAAO6f,EAAE7f,IAArC,CAAnN,EAA8P0G,CAArQ;AAAuQ,kBAASnC,CAAT,CAAWsb,CAAX,EAAa;AAAC,gBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,IAAEA,KAAG,EAAL,EAAQ69E,GAAG79E,EAAE7e,IAAL,KAAY,SAAO6e,EAAE7e,IAArB,KAA4B0F,EAAEme,OAAF,GAAUhF,EAAE7e,IAAxC,CAAR,EAAsD08F,GAAG79E,EAAE7f,IAAL,KAAY,SAAO6f,EAAE7f,IAArB,KAA4B0G,EAAE1G,IAAF,GAAO6f,EAAE7f,IAArC,CAAtD,EAAiG09F,GAAG79E,EAAEiwD,IAAL,KAAY,SAAOjwD,EAAEiwD,IAArB,KAA4BppE,EAAEopE,IAAF,GAAOjwD,EAAEiwD,IAArC,CAAjG,EAA4I4tB,GAAG79E,EAAEw2J,aAAL,KAAqB,SAAOx2J,EAAEw2J,aAA9B,KAA8C3vK,EAAE2vK,aAAF,GAAgBx2J,EAAEw2J,aAAhE,CAA5I,EAA2N34E,GAAG79E,EAAEy2J,KAAL,KAAa,SAAOz2J,EAAEy2J,KAAtB,KAA8B5vK,EAAE4vK,KAAF,GAAQz2J,EAAEy2J,KAAxC,CAA3N,EAA0Q54E,GAAG79E,EAAE02J,KAAL,KAAa,SAAO12J,EAAE02J,KAAtB,KAA8B7vK,EAAE6vK,KAAF,GAAQ12J,EAAE02J,KAAxC,CAA1Q,EAAyT74E,GAAG79E,EAAEmQ,EAAL,KAAU,SAAOnQ,EAAEmQ,EAAnB,KAAwBtpB,EAAEspB,EAAF,GAAKnQ,EAAEmQ,EAA/B,CAAzT,EAA4V0tE,GAAG79E,EAAE22J,WAAL,KAAmB,SAAO32J,EAAE22J,WAA5B,KAA0C9vK,EAAE8vK,WAAF,GAAc32J,EAAE22J,WAA1D,CAA5V,EAAma94E,GAAG79E,EAAE42J,GAAL,KAAW,SAAO52J,EAAE42J,GAApB,KAA0B/vK,EAAE+vK,GAAF,GAAM52J,EAAE42J,GAAlC,CAAna,EAA0c/4E,GAAG79E,EAAE62J,GAAL,KAAW,SAAO72J,EAAE62J,GAApB,KAA0BhwK,EAAEgwK,GAAF,GAAM72J,EAAE62J,GAAlC,CAA1c,EAAifhwK,CAAxf;AAA0f,kBAASssD,CAAT,CAAWtsD,CAAX,EAAa3I,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMi+C,IAAE,KAAKuT,UAAL,CAAgBsT,MAAhB,CAAuB/B,KAA/B,CAAqC9kB,MAAIj+C,IAAEi+C,EAAE/0D,EAAF,CAAK0zE,MAAL,CAAY/uE,IAAZ,GAAiB,MAAjB,GAAwBowD,EAAEwe,OAA5B,EAAoC/vD,EAAE,kBAAgB9hB,EAAEoiE,KAAlB,GAAwB,MAA1B,EAAkCv5C,QAAlC,CAA2ClgB,CAA3C,EAA8CiwK,iBAA9C,CAAgE,EAACC,gBAAexlH,EAAEwe,OAAlB,EAA0BinG,eAAc1jK,CAAxC,EAA0CwxD,YAAW,KAAKA,UAAL,CAAgBxqD,IAAhB,GAAuBk+C,MAAvB,EAArD,EAAqFy+G,aAAY,GAAjG,EAAqGC,gBAAe,CAAC,CAArH,EAAhE,CAAxC;AAAkO,kBAASnlH,CAAT,CAAW/xC,CAAX,EAAa;AAAC,iBAAK8lD,QAAL,GAAc9lD,CAAd,EAAgB,KAAKm3J,SAAL,GAAe,EAA/B;AAAkC,kBAASjlH,CAAT,GAAY;AAAC,iBAAKpoB,KAAL,GAAW,EAAX;AAAc,kBAASn1B,CAAT,CAAWqL,CAAX,EAAa;AAAC,gBAAInZ,IAAEmZ,CAAN,CAAQ,OAAOA,aAAak3C,MAAM58C,IAAN,CAAWugE,KAAxB,KAAgCh0E,IAAEmZ,EAAEw4C,MAAF,EAAF,EAAa3xD,EAAEmZ,EAAE+vD,OAAJ,IAAa/vD,EAAEgwD,UAA5D,GAAwEnpE,CAA/E;AAAiF,kBAASirD,CAAT,CAAW9xC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,IAAE,EAAV;AAAA,gBAAai+C,IAAE,EAAf,CAAkB,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuB2I,oBAAEmZ,EAAE9hB,CAAF,CAAF,EAAO2I,aAAa6kC,CAAb,GAAe6lB,EAAE11D,IAAF,CAAOgL,CAAP,CAAf,GAAyByM,EAAEzX,IAAF,CAAOgL,CAAP,CAAhC;AAAvB,aAAiE,OAAM,EAACw9F,QAAO9yC,CAAR,EAAU4xG,aAAY7vJ,CAAtB,EAAN;AAA+B,kBAAS8+C,CAAT,CAAWpyC,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAEo4D,MAAF,CAAS/B,KAAT,GAAe,IAAIr2D,EAAEo4D,MAAF,CAAS/B,KAAb,CAAmBxvE,CAAnB,CAAf,GAAqC,IAAIqwD,MAAM58C,IAAN,CAAW6lE,gBAAf,CAAgCt5E,CAAhC,CAA5C;AAA+E,kBAASumB,CAAT,CAAWpN,CAAX,EAAanZ,CAAb,EAAe;AAACg3F,eAAGh3F,EAAEmZ,CAAF,CAAH,KAAUnZ,EAAEwT,GAAF,CAAM2F,CAAN,EAAQ,IAAR,CAAV;AAAwB,kBAASyzC,CAAT,CAAWzzC,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiB;AAAC,gBAAIoV,CAAJ,EAAMi+C,CAAN,CAAQ,KAAIA,IAAE,CAAN,EAAQA,IAAErzD,EAAEd,MAAZ,EAAmBm0D,GAAnB;AAAuBj+C,oBAAEpV,EAAEqzD,CAAF,CAAF,EAAO1qD,KAAG,CAACg3F,GAAGh3F,EAAEyM,CAAF,CAAH,CAAJ,KAAezM,EAAEyM,CAAF,IAAK0M,EAAE1M,CAAF,CAApB,CAAP;AAAvB;AAAwD,kBAAStM,CAAT,CAAWgZ,CAAX,EAAa;AAAC,gBAAInZ,IAAEmZ,EAAEy7I,gBAAF,GAAqB99D,WAArB,CAAiC,IAAjC,CAAN,CAA6C,MAAI92F,EAAE4nF,MAAF,CAAS/iD,CAAb,IAAgB,MAAI7kC,EAAE4nF,MAAF,CAAS7iD,CAA7B,IAAgC5rB,EAAEkK,QAAF,CAAW,CAACrjB,EAAE4nF,MAAF,CAAS/iD,CAArB,EAAuB,CAAC7kC,EAAE4nF,MAAF,CAAS7iD,CAAjC,CAAhC;AAAoE,kBAASvlC,CAAT,CAAW2Z,CAAX,EAAa;AAACA,cAAE2B,cAAF;AAAmB,aAAIga,CAAJ;AAAA,YAAMiQ,CAAN;AAAA,YAAQtwC,CAAR;AAAA,YAAUowC,CAAV;AAAA,YAAY/mC,CAAZ;AAAA,YAAc2wD,CAAd;AAAA,YAAgBhB,CAAhB;AAAA,YAAkBntB,CAAlB;AAAA,YAAoBotB,CAApB;AAAA,YAAsBH,CAAtB;AAAA,YAAwBiB,CAAxB;AAAA,YAA0BU,CAA1B;AAAA,YAA4BJ,IAAEuB,MAAM0K,OAApC;AAAA,YAA4C5L,IAAEkB,MAAM2K,OAApD;AAAA,YAA4DtM,IAAE2B,MAAM+gC,QAApE;AAAA,YAA6E7iC,IAAEO,EAAE0xD,OAAjF;AAAA,YAAyFhzD,IAAE6C,MAAMwK,EAAN,CAAS0E,MAApG;AAAA,YAA2G1Q,IAAEwB,MAAM8M,KAAnH;AAAA,YAAyHnO,IAAE71C,EAAEtd,KAA7H;AAAA,YAAmI+yD,IAAEyB,MAAMoM,UAA3I;AAAA,YAAsJnO,IAAE+B,MAAM/E,WAA9J;AAAA,YAA0K2D,IAAEoB,MAAM7E,YAAlL;AAAA,YAA+LuC,IAAE50C,EAAEnhB,MAAnM;AAAA,YAA0M22D,IAAE0B,MAAM58C,IAAN,CAAW04C,sBAAvN;AAAA,YAA8O4C,IAAER,EAAEopG,MAAlP;AAAA,YAAyP9pG,IAAEU,EAAE+jC,KAA7P;AAAA,YAAmQxkC,IAAES,EAAEmpG,SAAvQ;AAAA,YAAiRtoG,IAAEb,EAAE+iC,MAArR;AAAA,YAA4RzmC,IAAE0D,EAAE0pG,kBAAhS;AAAA,YAAmT1oG,IAAEhB,EAAEojC,IAAvT;AAAA,YAA4T/5F,IAAE22D,EAAEouC,IAAhU;AAAA,YAAqU/uC,IAAEW,EAAEq1G,eAAzU;AAAA,YAAyVv0G,IAAEd,EAAEs1G,oBAA7V;AAAA,YAAkXl2G,IAAEY,EAAE2pG,SAAtX;AAAA,YAAgY5oG,IAAEf,EAAEguC,KAApY;AAAA,YAA0YnjE,IAAEm1B,EAAEmjC,KAA9Y;AAAA,YAAoZuF,KAAG1oC,EAAEukG,SAAzZ;AAAA,YAAma57D,KAAG3oC,EAAEu1G,qBAAxa;AAAA,YAA8b/sE,KAAGxoC,EAAE01G,eAAnc;AAAA,YAAmd9sE,KAAG5oC,EAAE61G,WAAxd;AAAA,YAAoe/sE,KAAG9oC,EAAE41G,QAAze;AAAA,YAAkf7sE,KAAG/oC,EAAE21G,eAAvf;AAAA,YAAugB9sE,KAAG7oC,EAAE81G,iBAA5gB;AAAA,YAA8hBp7F,KAAG1a,EAAEuqG,OAAniB;AAAA,YAA2iBvhE,KAAGhpC,EAAE67F,KAAhjB;AAAA,YAAsjBt6H,KAAGugC,MAAM6M,UAA/jB;AAAA,YAA0kBw6B,KAAGnpC,EAAEk2G,UAA/kB;AAAA,YAA0lB14F,KAAGxd,EAAEi2G,WAA/lB;AAAA,YAA2mBhtE,KAAGjpC,EAAEo2G,cAAhnB;AAAA,YAA+nBltE,KAAGlpC,EAAEq2G,eAApoB;AAAA,YAAopBpuH,KAAG+gD,GAAG6wD,WAA1pB;AAAA,YAAsqBv8E,KAAG0rB,GAAG4wD,SAA5qB;AAAA,YAAsrBnxD,KAAG3mC,MAAM30B,IAAN,CAAWuuD,OAApsB;AAAA,YAA4sB4jB,KAAG10F,EAAExgB,OAAjtB;AAAA,YAAytBg/F,KAAGtnC,MAAM53D,UAAluB;AAAA,YAA6uBk1G,KAAGpW,GAAG+wD,QAAnvB;AAAA,YAA4vB16C,KAAGz0F,EAAEzgB,aAAjwB;AAAA,YAA+wBk/F,KAAG9+F,IAAlxB;AAAA,YAAuxBm0G,KAAG,eAA1xB;AAAA,YAA0yBkB,KAAG,WAA7yB;AAAA,YAAyzBL,KAAG,kBAA5zB;AAAA,YAA+0BN,KAAG,QAAl1B;AAAA,YAA21BN,KAAG,OAA91B;AAAA,YAAs2BQ,KAAG,MAAz2B;AAAA,YAAg3Be,KAAG,SAAn3B;AAAA,YAA63BH,KAAG,WAAh4B;AAAA,YAA44BL,KAAG,YAA/4B;AAAA,YAA45BG,KAAG,YAA/5B;AAAA,YAA46BI,KAAG,OAA/6B;AAAA,YAAu7BN,KAAG,MAA17B;AAAA,YAAi8BG,KAAG,KAAp8B;AAAA,YAA08BM,KAAG,OAA78B;AAAA,YAAq9BX,KAAG,MAAx9B;AAAA,YAA+9BD,KAAG,QAAl+B;AAAA,YAA2+BrB,KAAG,gBAA9+B;AAAA,YAA+/BC,KAAG,QAAlgC;AAAA,YAA2gCC,KAAG,YAA9gC;AAAA,YAA2hCiC,KAAG,KAA9hC;AAAA,YAAoiCD,KAAG,WAAviC;AAAA,YAAmjCF,KAAG,SAAtjC;AAAA,YAAgkCqV,KAAG,MAAnkC;AAAA,YAA0kCT,KAAG,GAA7kC;AAAA,YAAilCnW,KAAG,GAAplC;AAAA,YAAwlC2B,KAAG,WAA3lC;AAAA,YAAumCP,KAAG,GAA1mC;AAAA,YAA8mCyV,KAAG,GAAjnC;AAAA,YAAqnCC,KAAG,EAAxnC;AAAA,YAA2nCE,KAAG,EAA9nC;AAAA,YAAioCnB,KAAG,CAApoC;AAAA,YAAsoCkB,KAAG,QAAzoC;AAAA,YAAkpC71D,KAAG8D,OAAOw3B,SAA5pC;AAAA,YAAsqCn6B,KAAG,CAAC2C,OAAOw3B,SAAjrC;AAAA,YAA2rCl6B,KAAG,UAA9rC;AAAA,YAAysCtB,KAAG,aAA5sC;AAAA,YAA0tCH,KAAG,SAA7tC;AAAA,YAAuuC2B,KAAG,aAA1uC;AAAA,YAAwvCvB,KAAG,OAA3vC;AAAA,YAAmwCsB,KAAG,QAAtwC;AAAA,YAA+wCS,KAAG,GAAlxC;AAAA,YAAsxCL,KAAG,GAAzxC;AAAA,YAA6xCC,KAAG,mBAAiBk9C,EAAjB,GAAoB,aAApB,GAAkCA,EAAl0C;AAAA,YAAq0Cp9C,KAAG,GAAx0C;AAAA,YAA40CD,KAAG,CAA/0C;AAAA,YAAi1CI,KAAG,2HAAp1C;AAAA,YAAg9CE,KAAG,CAAn9C,CAAq9C3B,EAAEgiH,iBAAF,GAAoB,CAAC,EAACr4K,MAAKm2G,EAAN,EAAD,EAAW,EAACn2G,MAAK61G,EAAN,EAAX,EAAqB,EAAC71G,MAAK81G,EAAN,EAArB,EAA+B,EAAC91G,MAAKy2G,EAAN,EAA/B,EAAyC,EAACz2G,MAAKg2G,EAAN,EAAS7qF,UAAS,kBAASlK,CAAT,EAAW;AAAC,uBAAOA,EAAEq3J,WAAF,CAAc,QAAd,CAAP;AAA+B,aAA7D,EAAzC,CAApB,EAA6H17I,IAAE,EAAC4sC,QAAO,EAACpnE,MAAK,QAAN,EAAem2K,YAAW,YAA1B,EAAuCjtK,WAAU,kBAAjD,EAAoEktK,WAAU,QAA9E,EAAR,EAAgGvhG,QAAO,EAAC70E,MAAK,QAAN,EAAem2K,YAAW,YAA1B,EAAuCjtK,WAAU,kBAAjD,EAAoEktK,WAAU,QAA9E,EAAvG,EAA/H,EAA+TniH,EAAE2xD,aAAF,GAAgB,UAAS/mG,CAAT,EAAW;AAAC,gBAAInZ,IAAE,EAAC1G,MAAKw1G,EAAN,EAASr5D,MAAK,EAAd,EAAiB++G,UAAS,CAAC,CAA3B,EAA6B/jD,QAAO,IAApC,EAAyC5rE,GAAEm+E,EAA3C,EAA8Cj+E,GAAEi+E,EAAhD,EAAmDngG,UAASohG,EAA5D,EAA+Dq+C,WAAUn+C,EAAzE,EAA4EhiG,OAAMosF,EAAlF,EAAqFrnF,QAAO88F,EAA5F,EAA+Fz2F,OAAM,EAArG,EAAwG09C,UAAS,EAACsnF,SAAQ,CAAC,CAAV,EAAYlyC,OAAM,EAAlB,EAAjH,EAAuIkB,YAAWhzD,EAAEgiH,iBAApJ,EAAsK98D,UAAS,EAACjI,OAAM,CAAP,EAA/K,EAAN,CAAgM,OAAOjU,GAAGmxD,YAAH,CAAgB1oJ,CAAhB,EAAkBmZ,CAAlB,GAAqBnZ,CAA5B;AAA8B,SAAzjB,EAA0jB+kC,IAAEjV,GAAG93B,MAAH,CAAU,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAWA,EAAEi/D,QAAF,GAAW,CAAC9lD,KAAG,EAAJ,EAAQ8lD,QAAnB,EAA4BnvC,GAAGn6B,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgBuJ,CAAhB,CAA5B,EAA+CA,EAAE/H,OAAF,GAAU22D,EAAE,EAAC/tD,IAAG0tD,EAAE4kG,QAAF,EAAJ,EAAF,EAAoBnzJ,EAAE/H,OAAtB,EAA8BkhB,CAA9B,CAAzD,EAA0FnZ,EAAE08J,UAAF,GAAa,CAAC,CAAxG,EAA0G18J,EAAEywG,MAAF,GAAS,IAAI5iD,CAAJ,CAAM,EAAChtD,IAAGb,EAAE/H,OAAF,CAAU4I,EAAd,EAAiB2zJ,UAASx0J,EAAE/H,OAAF,CAAUu8J,QAApC,EAAN,CAAnH,EAAwKx0J,EAAEa,EAAF,GAAKb,EAAE/H,OAAF,CAAU4I,EAAvL,EAA0Lb,EAAE4+F,SAAF,EAA1L;AAAwM,aAArO,EAAsO3mG,SAAQ,EAACs1B,OAAM,EAAP,EAAUqyE,QAAO32B,GAAGqvF,IAApB,EAAyBn6I,SAAQ,EAAC+9E,OAAM,eAAP,EAAjC,EAAyDikB,YAAW,CAAC,CAArE,EAAuEwwD,cAAa,CAAC,CAArF,EAAuF72G,QAAO,CAAC,CAA/F,EAA9O,EAAgV2iG,YAAW,oBAAStjJ,CAAT,EAAW;AAAC,uBAAO,KAAKihJ,OAAL,GAAa,KAAKA,OAAL,CAAaqC,UAAb,CAAwBtjJ,CAAxB,CAAb,GAAwC,KAAKlhB,OAAL,CAAa2nG,MAA5D;AAAmE,aAA1a,EAA2atrE,SAAQ,iBAASnb,CAAT,EAAW;AAAC,uBAAOq9B,GAAGr9B,CAAH,IAAM,KAAKs3F,MAAL,CAAYn8E,OAAZ,EAAN,IAA6B,KAAKm8E,MAAL,CAAYn8E,OAAZ,CAAoBnb,CAApB,GAAuBnZ,CAApD,CAAP;AAA8D,aAA7f,EAA8fwtJ,QAAO,kBAAU,CAAE,CAAjhB,EAAkhBjmD,SAAQ,mBAAU;AAAC,qBAAKkJ,MAAL,CAAYof,MAAZ;AAAqB,aAA1jB,EAA2jBxsG,UAAS,kBAASlK,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,CAAa4sC,CAAb,GAAe1rB,EAAE0rB,CAAjB,EAAmB,KAAK5sC,OAAL,CAAa8sC,CAAb,GAAe5rB,EAAE4rB,CAApC,EAAsC,KAAK0rE,MAAL,CAAYptF,QAAZ,CAAqBlK,CAArB,CAAtC;AAA8D,aAA9oB,EAA+oBhkB,UAAS,oBAAU;AAAC,uBAAO,KAAK8C,OAAL,CAAa4I,EAApB;AAAuB,aAA1rB,EAA2rBm0B,WAAU,qBAAU;AAAC,oBAAI7b,IAAEy1C,EAAE,EAAF,EAAK,EAAC32D,SAAQ,KAAKA,OAAd,EAAL,CAAN,CAAmC,OAAO,KAAKgnE,QAAL,KAAgB9lD,EAAE8lD,QAAF,GAAW,KAAG,KAAKA,QAAnC,GAA6C9lD,CAApD;AAAsD,aAAzyB,EAA0yB2yH,UAAS,kBAAS3yH,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAU,OAAOvxC,MAAInZ,CAAJ,KAAQ3I,IAAE,KAAKY,OAAP,EAAes2D,EAAE67F,KAAF,CAAQ9B,QAAR,CAAiBnvI,CAAjB,IAAoB9hB,EAAE8mB,OAAF,CAAU7jB,IAAV,GAAe6e,CAAnC,GAAqCy1C,EAAEv3D,EAAE8mB,OAAJ,EAAYhF,CAAZ,CAApD,EAAmE1M,IAAEpV,EAAE8mB,OAAvE,EAA+EusC,IAAE,KAAKkmH,cAAtF,EAAqGlmH,IAAE,KAAKmmH,oBAAL,CAA0BpkK,CAA1B,CAAF,GAA+B,KAAKqkK,oBAAL,CAA0BrkK,CAA1B,CAA5I,GAA0K,KAAKxU,OAAL,CAAakmB,OAAb,CAAqB7jB,IAAtM;AAA2M,aAAphC,EAAqhCw2K,sBAAqB,8BAAS33J,CAAT,EAAW;AAACA,kBAAE7e,IAAF,KAAS,KAAKs2K,cAAL,GAAoB,IAAIjjH,CAAJ,CAAMx0C,CAAN,CAApB,EAA6B,KAAKy3J,cAAL,CAAoB3Z,cAApB,GAAmC,CAAC,CAAjE,EAAmE,KAAKxmD,MAAL,CAAY9wF,MAAZ,CAAmB,KAAKixJ,cAAxB,CAA5E;AAAqH,aAA3qC,EAA4qCC,sBAAqB,8BAAS13J,CAAT,EAAW;AAAC,qBAAKy3J,cAAL,CAAoB/gD,MAApB,CAA2B12G,CAA3B;AAA8B,aAA3uC,EAA4uCgjJ,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwtJ,MAAL,EAAN,CAAoB,OAAO,KAAKl5H,OAAL,MAAgBt0B,EAAE5C,QAAF,CAAW+b,CAAX,CAAhB,IAA+B,KAAKlhB,OAAL,CAAa6hE,MAAnD;AAA0D,aAA/0C,EAAg1C8kC,WAAU,qBAAU;AAAC,oBAAIzlF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV,CAAeA,EAAEY,OAAF,CAAUkmB,OAAV,CAAkBoqC,QAAlB,KAA6BpvC,IAAE9hB,EAAE4nE,QAAF,IAAY,EAAd,EAAiBj/D,IAAEqwD,MAAM9H,QAAN,CAAelxD,EAAEY,OAAF,CAAUkmB,OAAV,CAAkBoqC,QAAjC,EAA0C,EAAC6I,WAAU,UAAX,EAA1C,CAAnB,EAAqF/5D,EAAEY,OAAF,CAAUkmB,OAAV,CAAkB7jB,IAAlB,GAAuB0F,EAAEmZ,CAAF,CAAzI;AAA+I,aAAngD,EAAogD43J,YAAW,sBAAU;AAAC,uBAAO,KAAK94K,OAAL,CAAakoH,UAAb,KAA0B,CAAC,CAAlC;AAAoC,aAA9jD,EAA+jDxuD,QAAO,kBAAU;AAAC,uBAAM,EAAC9wD,IAAG,KAAK5I,OAAL,CAAa4I,EAAjB,EAAN;AAA2B,aAA5mD,EAAV,CAA5jB,EAAqrEpM,IAAEo6D,EAAE72D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK/H,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkB+H,CAAlB,CAAb,EAAkC,KAAKs8J,WAAL,GAAiB,EAAnD,EAAsD,KAAKrnE,KAAL,GAAW97E,CAAjE;AAAmE,aAAvF,EAAwFlhB,SAAQ,EAACkqB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBivE,MAAK,EAACvqD,OAAMs4E,EAAP,EAAvB,EAAkC32F,OAAM,EAAxC,EAAhG,EAA4IlK,UAAS,oBAAU;AAAC,uBAAO,KAAKprB,OAAL,CAAaorB,QAAb,GAAsB,KAAKprB,OAAL,CAAaorB,QAAb,CAAsB,KAAK4xE,KAA3B,CAAtB,GAAwD,KAAKA,KAAL,CAAWu7E,WAAX,CAAuB,KAAKv4K,OAAL,CAAaC,IAApC,CAA/D;AAAyG,aAAzQ,EAA0Qy5D,QAAO,kBAAU;AAAC,uBAAM,EAACq/G,SAAQ,KAAG,KAAK/7E,KAAjB,EAAuBg8E,WAAU,KAAKh5K,OAAL,CAAaC,IAA9C,EAAN;AAA0D,aAAtV,EAAT,CAAvrE,EAAyhFzD,EAAEs5B,KAAF,GAAQ,UAAS5U,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE1qD,EAAE5D,KAAF,CAAQ,GAAR,CAAV;AAAA,gBAAuBwzB,IAAE86B,EAAE,CAAF,CAAzB;AAAA,gBAA8BD,IAAEC,EAAE,CAAF,KAAMwjD,EAAtC,CAAyC,KAAI72G,IAAE,CAAN,EAAQA,IAAE8hB,EAAEqkF,MAAF,CAASjnG,MAAnB,EAA0Bc,GAA1B;AAA8B,oBAAGoV,IAAE0M,EAAEqkF,MAAF,CAASnmG,CAAT,CAAF,EAAcoV,EAAExU,OAAF,CAAU4I,EAAV,IAAc+uB,CAA/B,EAAiC,OAAOnjB,EAAE4wJ,YAAF,CAAe5yG,EAAErwD,IAAF,EAAf,CAAP;AAA/D;AAA+F,SAAvrF,EAAwrFyqC,IAAEE,EAAE/sC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAW0tC,EAAEpvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,GAAoB,KAAKqnG,OAAL,GAAaxgH,CAAjC,EAAmC,KAAKkxK,sBAAL,EAAnC,EAAiE/3J,IAAE9hB,EAAEY,OAArE,EAA6EZ,EAAEkqH,UAAF,GAAa,EAA1F,EAA6FlqH,EAAEiC,IAAF,GAAO6f,EAAE7f,IAAtG,EAA2GjC,EAAE85K,iBAAF,EAA3G,EAAiI95K,EAAE+5K,YAAF,EAAjI,EAAkJ/5K,EAAE8mB,OAAF,CAAU9mB,EAAE8mB,OAAF,EAAV,CAAlJ,EAAyK9mB,EAAEg6K,iBAAF,EAAzK;AAA+L,aAA9N,EAA+Np5K,SAAQs2D,EAAE2xD,aAAF,EAAvO,EAAyPoxD,sBAAqB,8BAASn4J,CAAT,EAAW;AAAC,oBAAInZ,IAAEyqD,EAAEtxC,KAAG,KAAK8lD,QAAV,CAAN,CAA0B,KAAKhnE,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkB+H,CAAlB,CAAb,EAAkC,KAAKuxK,YAAL,EAAlC;AAAsD,aAA1W,EAA2WL,wBAAuB,gCAAS/3J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,KAAK+zG,OAAL,IAAc,KAAKA,OAAL,CAAagxD,WAA3B,KAAyCn6K,IAAEozD,EAAEtxC,KAAG,KAAK8lD,QAAV,CAAF,EAAsB9lD,KAAGnZ,CAAH,GAAK8uD,EAAE3zD,OAAF,CAAU6E,CAAV,EAAY,CAAC,GAAD,EAAK,GAAL,EAAS,OAAT,EAAiB,QAAjB,CAAZ,KAAyCyM,IAAE,KAAK+gJ,MAAL,EAAF,EAAgB/gJ,EAAEzM,CAAF,IAAKmZ,EAAEnZ,CAAF,CAArB,EAA0B,KAAKwtJ,MAAL,CAAY/gJ,CAAZ,CAAnE,KAAoF,KAAKxU,OAAL,CAAaw4G,MAAb,GAAoB,KAAKghE,aAAL,EAApB,GAAyCp6K,EAAEiC,IAAF,KAAS,KAAKrB,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkBZ,CAAlB,CAAb,EAAkC,KAAKo6K,aAAL,EAA3C,CAAzC,EAA0G,KAAKx5K,OAAL,CAAakmB,OAAb,KAAuB,KAAKygF,SAAL,IAAiB,KAAKzgF,OAAL,CAAa,KAAKlmB,OAAL,CAAakmB,OAA1B,CAAxC,CAA9L,CAAL,GAAgR,KAAKlmB,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkBZ,CAAlB,CAA5V;AAAkX,aAA1wB,EAA2wBo6K,eAAc,yBAAU;AAAC,qBAAKhhE,MAAL,CAAY7lE,KAAZ,IAAoB,KAAKgmI,cAAL,GAAoB,IAAxC,EAA6C,KAAK34K,OAAL,CAAagnE,QAAb,GAAsB,KAAKA,QAAxE,EAAiF,KAAKkyG,iBAAL,EAAjF,EAA0G,KAAKC,YAAL,EAA1G;AAA8H,aAAl6B,EAAm6BG,cAAa,wBAAU;AAAC,qBAAKE,aAAL,IAAqB,KAAKx5K,OAAL,CAAakmB,OAAb,KAAuB,KAAKygF,SAAL,IAAiB,KAAKzgF,OAAL,CAAa,KAAKlmB,OAAL,CAAakmB,OAA1B,CAAxC,CAArB;AAAiG,aAA5hC,EAA6hC47I,aAAY,qBAAS5gJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAK+zG,OAAf,CAAuB/zG,KAAGA,EAAE+kK,WAAL,KAAmBxxK,IAAE,KAAKqhK,OAAP,EAAehqK,IAAE,KAAK4nE,QAAtB,EAA+B5nE,MAAIoV,EAAEilK,oBAAF,IAAyB16E,GAAG3/F,EAAEwtC,CAAL,KAAS7kC,EAAE6kC,CAAF,KAAMxtC,EAAEwtC,CAAjB,IAAoBxtC,EAAEmc,GAAF,CAAM,GAAN,EAAUxT,EAAE6kC,CAAZ,CAA7C,EAA4DmyD,GAAG3/F,EAAE0tC,CAAL,KAAS/kC,EAAE+kC,CAAF,KAAM1tC,EAAE0tC,CAAjB,IAAoB1tC,EAAEmc,GAAF,CAAM,GAAN,EAAUxT,EAAE+kC,CAAZ,CAAhF,EAA+FiyD,GAAG3/F,EAAE8qB,KAAL,KAAaniB,EAAEmiB,KAAF,KAAU9qB,EAAE8qB,KAAzB,IAAgC9qB,EAAEmc,GAAF,CAAM,OAAN,EAAcxT,EAAEmiB,KAAhB,CAA/H,EAAsJ60E,GAAG3/F,EAAE6vB,MAAL,KAAclnB,EAAEknB,MAAF,KAAW7vB,EAAE6vB,MAA3B,IAAmC7vB,EAAEmc,GAAF,CAAM,QAAN,EAAexT,EAAEknB,MAAjB,CAAzL,EAAkN,KAAK+3C,QAAL,GAAc5nE,CAAhO,EAAkOoV,EAAEklK,mBAAF,EAAlO,EAA0Px4J,KAAG1M,EAAEs2J,iBAAF,EAAjQ,CAAlD;AAA2U,aAAv5C,EAAw5CqO,cAAa,wBAAU;AAAC,oBAAIj4J,IAAE,KAAKs3F,MAAL,CAAYtb,QAAZ,CAAqB,CAAC,CAAtB,CAAN;AAAA,oBAA+Bn1F,IAAE,KAAK/H,OAAtC,CAA8C,KAAKu1J,MAAL,CAAY,IAAIj+F,CAAJ,CAAMvvD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAc5rB,EAAEgJ,KAAhB,EAAsBhJ,EAAE+N,MAAxB,CAAZ,GAA6C,KAAK0qJ,OAAL,EAA7C,EAA4D,KAAKC,aAAL,EAA5D;AAAiF,aAA/iD,EAAgjD1zJ,SAAQ,iBAAShF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8rI,QAAL,CAAc3yH,CAAd,CAAN,CAAuB,OAAO,KAAK04J,aAAL,IAAqB7xK,CAA5B;AAA8B,aAAznD,EAA0nD6xK,eAAc,yBAAU;AAAC,oBAAI14J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAc96B,IAAE,KAAK33B,OAAL,CAAakmB,OAAb,IAAsB,EAAtC;AAAA,oBAAyCssC,IAAE,KAAKmmH,cAAhD,CAA+DnmH,KAAG76B,EAAEssE,KAAL,KAAa/iF,IAAE,KAAKs3F,MAAL,CAAYtb,QAAZ,EAAF,EAAyBn1F,IAAE,IAAIuuD,EAAEykG,SAAN,CAAgB75I,CAAhB,CAA3B,EAA8C9hB,IAAEozD,EAAEoqG,cAAF,CAAiBzlE,IAAjB,CAAsB,IAAtB,CAAhD,EAA4E3iF,IAAE,IAAI8iD,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAUl4D,EAAE8qB,KAAF,EAAV,EAAoB9qB,EAAE6vB,MAAF,EAApB,CAA9E,EAA8GwjC,IAAE1qD,EAAEk8F,KAAF,CAAQzvF,CAAR,EAAUmjB,EAAEssE,KAAZ,CAAhH,EAAmIzxC,EAAEpnC,QAAF,CAAWqnC,EAAEukC,OAAF,EAAX,CAAhJ;AAAyK,aAA33D,EAA43DoiF,mBAAkB,6BAAU;AAAC,oBAAIl4J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAKY,OAAf;AAAA,oBAAuBwU,IAAEpV,EAAEkqH,UAAF,CAAahrH,MAAtC;AAAA,oBAA6Cm0D,IAAErzD,EAAEgqH,iBAAjD,CAAmE,KAAIrhH,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgBmZ,wBAAE,IAAI1kB,CAAJ,CAAM,IAAN,EAAWm6D,EAAE,EAAF,EAAKlE,CAAL,EAAOrzD,EAAEkqH,UAAF,CAAavhH,CAAb,CAAP,CAAX,CAAF,EAAsC,KAAKuhH,UAAL,CAAgBvsH,IAAhB,CAAqBmkB,CAArB,CAAtC;AAAhB;AAA8E,aAA1iE,EAA2iEq0I,QAAO,gBAASr0I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,IAAG8hB,CAAH;AAAK,wBAAGw0F,GAAGx0F,CAAH,CAAH,EAAS,QAAOA,CAAP,GAAU,KAAKg1C,EAAL;AAAQnuD,gCAAE,KAAK8xK,kBAAL,EAAF,CAA4B,MAAM,KAAKriH,EAAL;AAAQzvD,gCAAE,KAAK8xK,kBAAL,EAAF,EAA4Bz6K,IAAE,KAAKmpH,OAAL,CAAay7C,IAA3C,EAAgDj8J,EAAE6kC,CAAF,IAAKxtC,EAAEwtC,CAAvD,EAAyD7kC,EAAE+kC,CAAF,IAAK1tC,EAAE0tC,CAAhE,CAAkE,MAAM,KAAKipB,EAAL;AAAQhuD,gCAAE,KAAK+xK,cAAL,EAAF,CAAwB,MAAM;AAAQ/xK,gCAAE,KAAKqhK,OAAP,CAAlL,CAAT,MAA+M,KAAK2Q,UAAL,CAAgB74J,CAAhB,GAAmB,KAAK84J,oBAAL,EAAnB,EAA+C,KAAKzxD,OAAL,IAAc,KAAKA,OAAL,CAAa0xD,UAA3B,IAAuC,KAAKC,kBAAL,EAAtF;AAApN,uBAAyUnyK,IAAE,KAAKqhK,OAAP,CAAe,OAAOrhK,CAAP;AAAS,aAAv6E,EAAw6EgyK,YAAW,oBAAS74J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX;AAAA,oBAAmBZ,IAAE8hB,EAAE81E,OAAF,EAArB;AAAA,oBAAiCxiF,IAAEzM,EAAE6kC,CAAF,GAAIxtC,EAAEwtC,CAAzC;AAAA,oBAA2C6lB,IAAE1qD,EAAE+kC,CAAF,GAAI1tC,EAAE0tC,CAAnD;AAAA,oBAAqDnV,IAAE5vB,EAAEmiB,KAAF,GAAQy1E,GAAG5zE,GAAH,CAAO7K,EAAEgJ,KAAT,EAAeniB,EAAE6iB,QAAjB,CAA/D;AAAA,oBAA0F4nC,IAAEzqD,EAAEknB,MAAF,GAAS0wE,GAAG5zE,GAAH,CAAO7K,EAAE+N,MAAT,EAAgBlnB,EAAEsiK,SAAlB,CAArG,CAAkI,KAAKjB,OAAL,GAAa,IAAI9xG,CAAJ,CAAM9iD,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,CAAb,EAA4B,KAAKgmD,MAAL,CAAYof,MAAZ,CAAmB,EAAChrF,GAAEp4B,CAAH,EAAKs4B,GAAE2lB,CAAP,EAASvoC,OAAMyN,CAAf,EAAiB1I,QAAOujC,CAAxB,EAAnB,CAA5B;AAA2E,aAA5oF,EAA6oFpnC,UAAS,kBAASlK,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKq0I,MAAL,CAAY,IAAIj+F,CAAJ,CAAMp2C,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc,KAAKs8H,OAAL,CAAal/I,KAA3B,EAAiC,KAAKk/I,OAAL,CAAan6I,MAA9C,CAAZ,GAAmElnB,CAAtE,IAAyE,KAAKqhK,OAAL,CAAapyE,OAAb,EAAhF;AAAuG,aAAzwF,EAA0wF32F,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,KAAK6b,SAAL,EAAN,CAAuB,OAAO7b,EAAElhB,OAAF,CAAU4I,EAAV,GAAa0tD,EAAE4kG,QAAF,EAAb,EAA0B,KAAK3yC,OAAL,IAAc,KAAKA,OAAL,CAAagxD,WAA3B,IAAwCx6E,GAAG,KAAK/3B,QAAR,CAAxC,KAA4D9lD,EAAElhB,OAAF,CAAUgnE,QAAV,GAAmBnxD,EAAE,KAAKmxD,QAAP,CAA/E,CAA1B,EAA2H,IAAIp6B,CAAJ,CAAM1rB,EAAElhB,OAAR,CAAlI;AAAmJ,aAAr8F,EAAs8F0E,QAAO,gBAASwc,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAK+zG,OAAf,CAAuB,IAAGhqE,GAAGr9B,CAAH,MAAQA,IAAE,CAAC,CAAX,GAAc,KAAK43J,UAAL,MAAmB,KAAKrU,UAAL,IAAiBvjJ,CAArD,EAAuD,OAAOnZ,IAAE,EAAF,EAAK3I,IAAE,EAAP,EAAU,KAAKqlK,UAAL,GAAgBvjJ,CAA1B,EAA4B,KAAKujJ,UAAL,IAAiBjwJ,EAAEqyJ,cAAF,CAAiB9pK,IAAjB,CAAsB,IAAtB,GAA4BgL,EAAEhL,IAAF,CAAO,IAAP,CAA7C,KAA4DuiG,GAAG5nF,MAAH,CAAUlD,EAAEqyJ,cAAZ,EAA2B,IAA3B,GAAiCznK,EAAErC,IAAF,CAAO,IAAP,CAA7F,CAA5B,EAAuIyX,EAAE2lK,kBAAF,IAAsB3lK,EAAE4lK,iBAAF,CAAoBryK,CAApB,EAAsB3I,CAAtB,CAA7J,EAAsL,CAAC,CAA9L;AAAgM,aAAvuG,EAAwuGi3F,QAAO,gBAASn1E,CAAT,EAAW9hB,CAAX,EAAaoV,CAAb,EAAe;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ66B,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAYyuD,IAAE,KAAKmkD,MAAL,CAAYniB,MAAZ,EAAd,CAAmC,OAAOn1E,MAAInZ,CAAJ,KAAQyM,MAAI,CAAC,CAAL,IAAQ,KAAK+zG,OAAb,IAAsB,KAAKA,OAAL,CAAag8C,eAAnC,IAAoDrjJ,MAAImzC,EAAEk/C,KAA1D,IAAiE,KAAKgV,OAAL,CAAag8C,eAAb,CAA6BruJ,GAA7B,CAAiC,IAAIogD,EAAE02G,UAAN,CAAiB,KAAKzkD,OAAL,CAAa47C,gBAA9B,EAA+C,CAAC,IAAD,CAA/C,EAAsD,CAAC9vG,EAAEk/C,KAAH,CAAtD,CAAjC,EAAkG,CAAC,CAAnG,CAAjE,EAAuK9gD,IAAE,KAAK8iG,MAAL,EAAzK,EAAuL59H,IAAE,IAAIwJ,CAAJ,CAAMsxB,EAAEvoC,KAAF,GAAQ,CAAd,EAAgBuoC,EAAExjC,MAAF,GAAS,CAAzB,CAAzL,EAAqN7vB,MAAIozD,IAAEtxC,IAAEmzC,EAAEk/C,KAAN,EAAY3tG,IAAE6sD,EAAEmvB,MAAF,GAAWyU,MAAX,CAAkBj3F,CAAlB,EAAoB,MAAIozD,CAAxB,EAA2B+/F,KAA3B,CAAiC56H,CAAjC,CAAd,EAAkD,KAAK2xI,eAAL,GAAqB,KAAKA,eAAL,CAAqBhX,IAArB,CAA0B1sJ,EAAE2sJ,KAAF,CAAQ9/F,EAAEukC,OAAF,EAAR,CAA1B,CAAvE,EAAuH,KAAK5rE,QAAL,CAAcxlB,CAAd,CAA3H,CAArN,EAAkW,KAAK4yG,MAAL,CAAYniB,MAAZ,CAAmBn1E,CAAnB,EAAqByW,CAArB,CAAlW,EAA0X,KAAK33B,OAAL,CAAaw7G,QAAb,CAAsBjI,KAAtB,GAA4BryF,CAAtZ,EAAwZ,KAAKqnG,OAAL,IAAc,KAAKA,OAAL,CAAa+8C,kBAA3B,IAA+C,KAAK/8C,OAAL,CAAa+8C,kBAAb,CAAgCh2D,OAAhC,EAAvc,EAAif,KAAK4qE,kBAAL,EAAjf,EAA2gB,KAAK3xD,OAAL,IAAc,KAAKA,OAAL,CAAa5jG,OAAb,CAAqBgwF,EAArB,EAAwB,EAAC0rB,MAAK,IAAN,EAAxB,CAAjiB,GAAukBhsE,CAA9kB;AAAglB,aAAl3H,EAAm3HgwG,aAAY,qBAASnjJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,IAAE,EAApB,CAAuB,KAAItsD,IAAE,CAAN,EAAQA,IAAE,KAAKuhH,UAAL,CAAgBhrH,MAA1B,EAAiCyJ,GAAjC;AAAqC,yBAAI4vB,IAAE,KAAK2xF,UAAL,CAAgBvhH,CAAhB,CAAF,EAAqB0qD,IAAE96B,EAAE0sI,WAAzB,EAAqCjlK,IAAE,CAAvC,EAAyCqzD,CAA7C,EAA+CrzD,IAAEqzD,EAAEn0D,MAAnD,EAA0Dc,GAA1D;AAA8DoV,4BAAEi+C,EAAErzD,CAAF,CAAF,EAAO,SAAO8hB,CAAP,IAAUsxC,IAAEh+C,EAAEyI,MAAF,EAAF,EAAau1C,EAAEwqC,KAAF,IAASxqC,EAAEwqC,KAAF,IAAS,IAAlB,IAAwB3oC,EAAEt3D,IAAF,CAAOyX,CAAP,CAA/C,IAA0D,QAAM0M,CAAN,IAAStb,IAAE4O,EAAElU,MAAF,EAAF,EAAasF,EAAEo3F,KAAF,IAASp3F,EAAEo3F,KAAF,IAAS,IAAlB,IAAwB3oC,EAAEt3D,IAAF,CAAOyX,CAAP,CAA9C,IAAyD6/C,EAAEt3D,IAAF,CAAOyX,CAAP,CAA1H;AAA9D;AAArC,iBAAuO,OAAO6/C,CAAP;AAAS,aAAlpI,EAAmpI6lH,oBAAmB,8BAAU;AAACh5J,kBAAEliB,IAAF,CAAO,KAAKqlK,WAAL,EAAP,EAA0B,YAAU;AAAC,yBAAK/0D,OAAL;AAAe,iBAApD;AAAsD,aAAvuI,EAAwuI81D,cAAa,sBAASlkJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,IAAG,CAACs2G,GAAGx0F,CAAH,CAAJ,EAAU,OAAOA,aAAaigB,CAAb,GAAesxB,EAAEvxC,CAAF,EAAI,KAAKooG,UAAT,CAAf,GAAoC,KAAKA,UAAL,CAAgBhrH,MAAhB,GAAuB,KAAKgrH,UAAL,CAAgB,CAAhB,CAAvB,GAA0C,IAArF,CAA0F,KAAIpoG,IAAEA,EAAEm5J,iBAAF,EAAF,EAAwBtyK,IAAE,CAA9B,EAAgCA,IAAE,KAAKuhH,UAAL,CAAgBhrH,MAAlD,EAAyDyJ,GAAzD;AAA6D,wBAAG3I,IAAE,KAAKkqH,UAAL,CAAgBvhH,CAAhB,CAAF,EAAqB3I,EAAEY,OAAF,CAAUC,IAAV,CAAeo6K,iBAAf,MAAoCn5J,CAA5D,EAA8D,OAAO9hB,CAAP;AAA3H;AAAoI,aAAj/I,EAAk/Im5K,aAAY,qBAASr3J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwtJ,MAAL,EAAN;AAAA,oBAAoBn2J,IAAE8hB,EAAEwxC,MAAF,CAAS,CAAT,EAAY7vD,WAAZ,KAA0Bqe,EAAErkB,KAAF,CAAQ,CAAR,CAAhD,CAA2D,OAAO6iG,GAAG33F,EAAE3I,CAAF,CAAH,IAAS,KAAKk7K,eAAL,CAAqBvyK,EAAE3I,CAAF,GAArB,CAAT,GAAsC2I,EAAE65E,MAAF,EAA7C;AAAwD,aAA7nJ,EAA8nJg2C,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,MAAInZ,IAAE,KAAK/H,OAAP,EAAe,KAAKu6K,WAAL,CAAiB3iD,MAAjB,CAAwB,KAAK4iD,cAAL,CAAoBt5J,CAApB,CAAxB,CAAf,EAA+D,KAAKu7I,mBAAL,CAAyBv7I,CAAzB,EAA2B,CAACi1C,EAAD,EAAIsB,EAAJ,EAAOS,EAAP,EAAUL,EAAV,CAA3B,MAA4C,KAAK09F,MAAL,CAAY,IAAIj+F,CAAJ,CAAMvvD,EAAE6kC,CAAR,EAAU7kC,EAAE+kC,CAAZ,EAAc/kC,EAAEmiB,KAAhB,EAAsBniB,EAAEknB,MAAxB,CAAZ,GAA6C7vB,IAAE,CAAC,CAA5F,CAA/D,EAA8J8hB,EAAEooG,UAAF,KAAevhH,EAAEuhH,UAAF,GAAapoG,EAAEooG,UAAf,EAA0B,KAAKmxD,iBAAL,EAAzC,CAA9J,EAAiO1yK,IAAE4uD,EAAE5uD,CAAF,EAAImZ,CAAJ,CAAnO,EAA0O,CAACA,EAAEs6F,QAAF,IAAYp8G,CAAb,KAAiB,KAAKu6K,OAAL,EAA3P,EAA0Q5xK,EAAEme,OAAF,IAAW,KAAKA,OAAL,CAAane,EAAEme,OAAf,CAAzR;AAAkT,aAA38J,EAA48Ju0J,mBAAkB,6BAAU;AAAC,oBAAIv5J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,KAAK4xG,WAAL,EAAd,CAAiC,KAAI,KAAK/6C,UAAL,GAAgB,EAAhB,EAAmB,KAAK8vD,iBAAL,EAAnB,EAA4C5kK,IAAE,CAAlD,EAAoDA,IAAEi+C,EAAEn0D,MAAxD,EAA+DkW,GAA/D;AAAmE0M,wBAAEuxC,EAAEj+C,CAAF,CAAF,EAAOzM,IAAEmZ,EAAEjE,MAAF,EAAT,EAAoB7d,IAAE8hB,EAAE5gB,MAAF,EAAtB,EAAiCyH,EAAEi1F,KAAF,IAASj1F,EAAEi1F,KAAF,KAAU,IAAnB,GAAwB97E,EAAEjE,MAAF,CAAS,KAAKmoJ,YAAL,CAAkBr9J,EAAE/H,OAAF,CAAUC,IAA5B,KAAmC,IAA5C,CAAxB,GAA0Eb,EAAE49F,KAAF,IAAS59F,EAAE49F,KAAF,KAAU,IAAnB,IAAyB97E,EAAE5gB,MAAF,CAAS,KAAK8kK,YAAL,CAAkBhmK,EAAEY,OAAF,CAAUC,IAA5B,KAAmC,IAA5C,CAApI,EAAsLihB,EAAE4gJ,WAAF,EAAtL;AAAnE;AAAyQ,aAAnxK,EAAoxKrF,qBAAoBnmG,EAAE+oG,kBAA1yK,EAA6zKmb,gBAAe,wBAASt5J,CAAT,EAAW;AAAC,uBAAM,EAAC1F,MAAK0F,EAAEs8B,IAAR,EAAavgC,QAAOiE,EAAEjE,MAAtB,EAA6BqY,OAAMpU,EAAEoU,KAArC,EAA2C4oE,MAAKh9E,EAAEg9E,IAAlD,EAAuDC,QAAOj9E,EAAEi9E,MAAhE,EAAN;AAA8E,aAAt6K,EAAu6K67E,sBAAqB,gCAAU;AAAC,qBAAKzxD,OAAL,IAAc,KAAKA,OAAL,CAAa5jG,OAAb,CAAqBkxF,EAArB,EAAwB,EAACwqB,MAAK,IAAN,EAAWk1B,QAAO,KAAK6T,OAAL,CAAa/oK,KAAb,EAAlB,EAAxB,CAAd;AAA+E,aAAthL,EAAuhLi6K,iBAAgB,yBAASp5J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKsuF,MAAL,EAAN;AAAA,oBAAoBj3F,IAAE,KAAKm2J,MAAL,EAAtB;AAAA,oBAAoC/gJ,IAAEpV,EAAE43F,OAAF,EAAtC,CAAkD,OAAOjvF,EAAEwrG,KAAF,IAASryF,EAAEm1E,MAAF,CAAStuF,EAAE65E,MAAF,GAAW0wE,IAAX,CAAgB99I,CAAhB,CAAT,EAA4B,MAAIzM,EAAEwrG,KAAlC,CAAT,EAAkDryF,CAAzD;AAA2D,aAAhqL,EAAiqL24J,oBAAmB,8BAAU;AAAC,oBAAI34J,IAAE,KAAKq0I,MAAL,EAAN;AAAA,oBAAoBxtJ,IAAEmZ,EAAE81E,OAAF,EAAtB;AAAA,oBAAkC53F,IAAE8hB,EAAEi1E,WAAF,EAApC,CAAoD,OAAO7+B,EAAE8/B,UAAF,CAAa,KAAKmxB,OAAL,CAAa6iD,WAAb,CAAyBrjK,CAAzB,CAAb,EAAyC,KAAKwgH,OAAL,CAAa6iD,WAAb,CAAyBhsK,CAAzB,CAAzC,CAAP;AAA6E,aAAh0L,EAAi0L06K,gBAAe,0BAAU;AAAC,oBAAI54J,IAAE,KAAKq0I,MAAL,GAAcxC,aAAd,CAA4B,KAAK18D,MAAL,GAAckd,KAA1C,CAAN;AAAA,oBAAuDxrG,IAAEmZ,EAAE81E,OAAF,EAAzD;AAAA,oBAAqE53F,IAAE8hB,EAAEi1E,WAAF,EAAvE,CAAuF,OAAO7+B,EAAE8/B,UAAF,CAAarvF,CAAb,EAAe3I,CAAf,CAAP;AAAyB,aAA38L,EAA48Lu6K,SAAQ,mBAAU;AAAC,oBAAIz4J,IAAE,KAAKlhB,OAAL,CAAaw7G,QAAnB,CAA4Bt6F,KAAGA,EAAEqyF,KAAL,IAAY,KAAKld,MAAL,CAAYn1E,EAAEqyF,KAAd,CAAZ,EAAiC,KAAK+1D,eAAL,GAAqB,IAAInoI,CAAJ,EAAtD;AAA4D,aAAvjM,EAAwjM07H,QAAO,gBAAS37I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX;AAAA,oBAAmBZ,IAAE2I,EAAEutB,KAAvB;AAAA,oBAA6B9gB,IAAEzM,EAAEo2F,MAAjC;AAAA,oBAAwC1rC,IAAE1qD,EAAEm2F,IAA5C,CAAiDh9E,KAAG0yD,GAAGx0E,EAAE++F,MAAL,CAAH,KAAkB3pF,IAAEmiD,EAAE,EAAF,EAAKniD,CAAL,EAAOpV,EAAE++F,MAAT,CAApB,GAAsCj9E,KAAG0yD,GAAGx0E,EAAE8+F,IAAL,CAAH,KAAgBzrC,IAAErzD,EAAE8+F,IAApB,CAAtC,EAAgE,KAAKq8E,WAAL,CAAiB3iD,MAAjB,CAAwB,EAACz5B,QAAO3pF,CAAR,EAAU0pF,MAAKzrC,CAAf,EAAxB,CAAhE,EAA2G1qD,EAAEirE,QAAF,IAAYjrE,EAAEirE,QAAF,CAAWsnF,OAAvB,IAAgC,KAAK/xC,OAAL,CAAamyD,eAAb,CAA6B,IAA7B,EAAkCx5J,CAAlC,CAA3I;AAAgL,aAA5yM,EAA6yMgjJ,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAG,KAAKmb,OAAL,EAAH,EAAkB;AAAC,wBAAIt0B,CAAJ;AAAA,wBAAM3I,IAAE,KAAKm2J,MAAL,EAAR;AAAA,wBAAsB/gJ,IAAE,KAAK6hF,MAAL,GAAckd,KAAtC,CAA4C,IAAGryF,EAAEsvI,OAAF,IAAW,CAACtvI,EAAEsvI,OAAF,EAAf,EAA2B,OAAOxxD,GAAGm0D,KAAH,CAASjyI,CAAT,EAAW9hB,CAAX,EAAaoV,IAAEA,CAAF,GAAI,CAAjB,CAAP,CAA2B,IAAGzM,IAAEmZ,EAAE7gB,KAAF,GAAUg2F,MAAV,CAAiBj3F,EAAEwiF,MAAF,EAAjB,EAA4BptE,CAA5B,CAAF,EAAiCpV,EAAE+F,QAAF,CAAW4C,CAAX,CAApC,EAAkD,OAAO,IAAP;AAAY;AAAC,aAAt/M,EAAu/M2xD,QAAO,kBAAU;AAAC,uBAAM,EAACq/G,SAAQ,KAAK/4K,OAAL,CAAa4I,EAAtB,EAAN;AAAgC,aAAziN,EAA0iNswK,mBAAkB,6BAAU;AAAC,oBAAIh4J,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK/H,OAAb;AAAA,oBAAqBZ,IAAE,KAAKo7K,cAAL,CAAoBzyK,CAApB,CAAvB;AAAA,oBAA8CyM,IAAEzM,EAAEywG,MAAlD;AAAA,oBAAyD/lD,IAAE,CAAC1qD,EAAE1G,IAAF,GAAO,EAAR,EAAYg5K,iBAAZ,EAA3D,CAA2Fj7K,EAAE8qB,KAAF,GAAQniB,EAAEmiB,KAAV,EAAgB9qB,EAAE6vB,MAAF,GAASlnB,EAAEknB,MAA3B,EAAkCywE,GAAGlrF,CAAH,IAAM0M,IAAE1M,EAAEhW,IAAF,CAAO,IAAP,EAAYuJ,CAAZ,CAAR,GAAuB3I,EAAEoc,IAAF,IAAQ0F,IAAE,IAAIvhB,CAAJ,CAAMP,CAAN,CAAF,EAAW8I,EAAEgZ,CAAF,CAAnB,IAAyBA,IAAE,eAAauxC,CAAb,GAAe,IAAIoD,CAAJ,CAAMz2D,CAAN,CAAf,GAAwB,YAAUqzD,CAAV,GAAY,IAAI0E,CAAJ,CAAM/3D,CAAN,CAAZ,GAAqB,UAAQqzD,CAAR,GAAU,IAAIiD,CAAJ,CAAMt2D,CAAN,CAAV,GAAmB,WAASqzD,CAAT,GAAW,IAAI4E,CAAJ,CAAMj4D,CAAN,CAAX,GAAoB,IAAIO,CAAJ,CAAMP,CAAN,CAAxK,EAAiL,KAAKm7K,WAAL,GAAiBr5J,CAAlM,EAAoM,KAAKs3F,MAAL,CAAY9wF,MAAZ,CAAmB,KAAK6yJ,WAAxB,CAApM;AAAyO,aAA34N,EAAT,CAA1rF,EAAilT10K,IAAEinC,EAAE/sC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE,IAAN,CAAWs4B,EAAEpvC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBpV,CAAjB,GAAoB,KAAK65K,sBAAL,EAApB,EAAkD,KAAK0B,WAAL,EAAlD,EAAqEnmK,EAAEgpC,IAAF,GAAO,IAAI8Y,EAAEypG,QAAN,CAAevrJ,EAAExU,OAAjB,CAA5E,EAAsGwU,EAAEgpC,IAAF,CAAO0gD,IAAP,CAAYxmC,EAAZ,CAAtG,EAAsHljD,EAAEgkG,MAAF,CAAS9wF,MAAT,CAAgBlT,EAAEgpC,IAAlB,CAAtH,EAA8IhpC,EAAEomK,YAAF,GAAepmK,EAAEqmK,YAAF,GAAe,IAAI15I,CAAJ,EAA5K,EAAkL3sB,EAAEsmK,UAAF,CAAa55J,CAAb,CAAlL,EAAkM1M,EAAEumK,UAAF,CAAahzK,CAAb,CAAlM,EAAkNyM,EAAE0R,OAAF,CAAU1R,EAAExU,OAAF,CAAUkmB,OAApB,CAAlN,EAA+O1R,EAAEwmK,QAAF,GAAW,EAA1P,EAA6Pj8E,GAAG3/F,CAAH,KAAOA,EAAE4+C,MAAT,IAAiBxpC,EAAEwpC,MAAF,CAAS5+C,EAAE4+C,MAAX,CAA9Q;AAAiS,aAAlU,EAAmUh+C,SAAQ,EAACs1B,OAAM,EAAC6oE,QAAO,EAAR,EAAP,EAAmBy/D,UAAS9xC,EAA5B,EAA+B+xC,QAAO/xC,EAAtC,EAAyC9tE,QAAO,EAAhD,EAAmDkqE,YAAW,CAAC,CAA/D,EAAiEwvD,eAAczhE,EAA/E,EAAkFglE,aAAYhlE,EAA9F,EAA3U,EAA6aojE,sBAAqB,8BAASn4J,CAAT,EAAW;AAAC,qBAAK+3J,sBAAL,CAA4B/3J,KAAG,KAAK8lD,QAApC;AAA8C,aAA5f,EAA6fiyG,wBAAuB,gCAAS/3J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,KAAK81D,OAAL,IAAc,KAAKA,OAAL,CAAagxD,WAA3B,KAAyCxxK,IAAE,KAAKwgH,OAAL,CAAa2yD,QAAf,EAAwB97K,IAAEwG,EAAEsb,KAAG,KAAK8lD,QAAV,CAA1B,EAA8C9lD,KAAG69E,GAAG3/F,EAAE+xE,IAAL,KAAY38D,IAAEzM,EAAE3I,EAAE+xE,IAAJ,CAAF,EAAY38D,KAAGuqF,GAAG3/F,EAAEs4K,aAAL,CAAH,KAAyBljK,IAAEA,EAAE4wJ,YAAF,CAAehmK,EAAEs4K,aAAjB,CAA3B,CAAZ,EAAwE,KAAKz6J,MAAL,CAAYzI,CAAZ,CAApF,IAAoGuqF,GAAG3/F,EAAEu4K,KAAL,KAAa54E,GAAG3/F,EAAEw4K,KAAL,CAAb,IAA0B,KAAK36J,MAAL,CAAY,IAAIkkB,CAAJ,CAAM/hC,EAAEu4K,KAAR,EAAcv4K,EAAEw4K,KAAhB,CAAZ,CAA9H,EAAkK74E,GAAG3/F,EAAEiyB,EAAL,KAAUohC,IAAE1qD,EAAE3I,EAAEiyB,EAAJ,CAAF,EAAUohC,KAAGssC,GAAG3/F,EAAEy4K,WAAL,CAAH,KAAuBplH,IAAEA,EAAE2yG,YAAF,CAAehmK,EAAEy4K,WAAjB,CAAzB,CAAV,EAAkE,KAAKv3K,MAAL,CAAYmyD,CAAZ,CAA5E,IAA4FssC,GAAG3/F,EAAE04K,GAAL,KAAW/4E,GAAG3/F,EAAE24K,GAAL,CAAX,IAAsB,KAAKz3K,MAAL,CAAY,IAAI6gC,CAAJ,CAAM/hC,EAAE04K,GAAR,EAAY14K,EAAE24K,GAAd,CAAZ,CAApR,EAAoTh5E,GAAG3/F,EAAEiC,IAAL,KAAY,KAAKA,IAAL,OAAcjC,EAAEiC,IAA5B,KAAmC,KAAK28C,MAAL,CAAY,EAAZ,GAAgB,KAAK38C,IAAL,CAAUjC,EAAEiC,IAAZ,CAAnD,CAApT,EAA0X,KAAK2lE,QAAL,GAAc9lD,CAAxY,EAA0Y,KAAKylF,SAAL,EAA1Y,EAA2Z,KAAKixB,MAAL,CAAY,KAAK53H,OAAjB,CAA9Z,IAAyb,KAAKA,OAAL,GAAa22D,EAAE,EAAF,EAAKv3D,CAAL,EAAO,KAAKY,OAAZ,CAA7hB;AAAmjB,aAA/lC,EAAgmC8hK,aAAY,qBAAS5gJ,CAAT,EAAW;AAAC,oBAAG,KAAKqnG,OAAL,IAAc,KAAKA,OAAL,CAAagxD,WAA3B,IAAwC,KAAKhxD,OAAL,CAAa4yD,qBAAxD,EAA8E;AAAC,wBAAIpzK,IAAE,KAAKwgH,OAAL,CAAa4yD,qBAAb,CAAmC1gG,QAAnC,CAA4C,KAAKzT,QAAL,CAAc/rD,GAA1D,CAAN,CAAqElT,MAAI,KAAKwgH,OAAL,CAAakxD,oBAAb,IAAoC16E,GAAG,KAAK/+F,OAAL,CAAa23K,KAAhB,KAAwB,SAAO,KAAK33K,OAAL,CAAa23K,KAA5C,IAAmDrpJ,EAAE,MAAF,EAASvmB,CAAT,GAAYumB,EAAE,eAAF,EAAkBvmB,CAAlB,CAAZ,EAAiCA,EAAEwT,GAAF,CAAM,OAAN,EAAc,KAAKvb,OAAL,CAAa23K,KAA3B,CAAjC,EAAmE5vK,EAAEwT,GAAF,CAAM,OAAN,EAAc,KAAKvb,OAAL,CAAa43K,KAA3B,CAAtH,KAA0J7vK,EAAEwT,GAAF,CAAM,MAAN,EAAa,KAAKvb,OAAL,CAAamxE,IAA1B,GAAgC4tB,GAAGh3F,EAAE2vK,aAAL,KAAqB3vK,EAAEwT,GAAF,CAAM,eAAN,EAAsB,KAAK2pJ,eAAL,GAAqB,KAAKA,eAAL,CAAqBllK,OAArB,CAA6BC,IAAlD,GAAuD,IAA7E,CAArD,EAAwIquB,EAAE,OAAF,EAAUvmB,CAAV,CAAxI,EAAqJumB,EAAE,OAAF,EAAUvmB,CAAV,CAA/S,CAApC,EAAiWg3F,GAAG,KAAK/+F,OAAL,CAAa83K,GAAhB,KAAsB,SAAO,KAAK93K,OAAL,CAAa83K,GAA1C,IAA+CxpJ,EAAE,IAAF,EAAOvmB,CAAP,GAAUumB,EAAE,aAAF,EAAgBvmB,CAAhB,CAAV,EAA6BA,EAAEwT,GAAF,CAAM,KAAN,EAAY,KAAKvb,OAAL,CAAa83K,GAAzB,CAA7B,EAA2D/vK,EAAEwT,GAAF,CAAM,KAAN,EAAY,KAAKvb,OAAL,CAAa+3K,GAAzB,CAA1G,KAA0IhwK,EAAEwT,GAAF,CAAM,IAAN,EAAW,KAAKvb,OAAL,CAAaqxB,EAAxB,GAA4B0tE,GAAGh3F,EAAE8vK,WAAL,KAAmB9vK,EAAEwT,GAAF,CAAM,aAAN,EAAoB,KAAKymJ,eAAL,GAAqB,KAAKA,eAAL,CAAqBhiK,OAArB,CAA6BC,IAAlD,GAAuD,IAA3E,CAA/C,EAAgIquB,EAAE,KAAF,EAAQvmB,CAAR,CAAhI,EAA2IumB,EAAE,KAAF,EAAQvmB,CAAR,CAArR,CAAjW,EAAkoBg3F,GAAG,KAAK/+F,OAAL,CAAaqB,IAAhB,KAAuB09F,GAAGh3F,EAAE1G,IAAL,CAAvB,IAAmC0G,EAAEwT,GAAF,CAAM,MAAN,EAAa,KAAKvb,OAAL,CAAaqB,IAA1B,CAArqB,EAAqsB,KAAK2lE,QAAL,GAAcj/D,CAAntB,EAAqtB,KAAKwgH,OAAL,CAAamxD,mBAAb,EAArtB,EAAwvBx4J,KAAG,KAAKqnG,OAAL,CAAa88C,sBAAb,EAA/vB;AAAsyB;AAAC,aAAnjE,EAAojEuC,aAAY,uBAAU;AAAC,uBAAO,KAAKF,wBAAL,GAA8B,KAAKA,wBAAL,CAA8Bt8I,QAA9B,EAA9B,GAAuE,KAAKwvJ,YAAnF;AAAgG,aAA3qE,EAA4qEE,YAAW,oBAAS55J,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE0M,aAAa0rB,CAArB;AAAA,oBAAuB6lB,IAAE,KAAKzyD,OAAL,CAAa03K,aAAb,IAA4BzhE,EAArD,CAAwDzhG,KAAG,CAAC0M,EAAEkkJ,YAAF,CAAe3yG,CAAf,CAAJ,KAAwBvxC,MAAInZ,CAAJ,KAAQ,KAAKopE,IAAL,GAAUjwD,CAAlB,GAAqB,KAAKk6J,0BAAL,EAArB,EAAuD,SAAOl6J,CAAP,GAAS,KAAKgkJ,eAAL,KAAuB,KAAK0V,YAAL,GAAkB,CAAC,KAAKlT,wBAAL,IAA+B,KAAKxC,eAArC,EAAsD95I,QAAtD,EAAlB,EAAmF,KAAKiwJ,qBAAL,EAAnF,EAAgH,KAAKC,eAAL,CAAqB,IAArB,EAA0B,KAAKV,YAA/B,CAAvI,CAAT,GAA8L15J,aAAa1kB,CAAb,IAAgB4C,IAAE8hB,EAAE87E,KAAF,CAAQh2B,QAAV,EAAmB5nE,KAAG,KAAKk8K,eAAL,CAAqBl8K,EAAEwJ,EAAvB,CAAtB,EAAiD,KAAKs8J,eAAL,GAAqBhkJ,CAAtE,EAAwE,KAAKgkJ,eAAL,CAAqBb,WAArB,CAAiCtnK,IAAjC,CAAsC,IAAtC,CAAxF,IAAqImkB,aAAaigB,CAAb,IAAgB,KAAKm6I,eAAL,CAAqB,IAArB,EAA0Bp6J,CAA1B,GAA6B,KAAK05J,YAAL,GAAkB15J,CAA/C,EAAiD,KAAKgkJ,eAAL,IAAsB,KAAKmW,qBAAL,EAAvF,IAAqH7mK,MAAIpV,IAAE8hB,EAAE8lD,QAAJ,EAAa5nE,KAAG,KAAKk8K,eAAL,CAAqBl8K,EAAEwJ,EAAvB,CAAhB,EAA2C,KAAKs8J,eAAL,GAAqBhkJ,EAAEkkJ,YAAF,CAAe3yG,CAAf,CAAhE,EAAkF,KAAKyyG,eAAL,CAAqBb,WAArB,CAAiCtnK,IAAjC,CAAsC,IAAtC,CAAtF,CAAvgB;AAA2oB,aAAt4F,EAAu4FkgB,QAAO,gBAASiE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO6rE,GAAG1yD,CAAH,MAAQnZ,KAAG,KAAKwgH,OAAR,IAAiB,KAAKA,OAAL,CAAag8C,eAAb,CAA6BlB,gBAA7B,CAA8C,IAAI/sG,EAAEg2G,kBAAN,CAAyB,IAAzB,EAA8BprJ,CAA9B,CAA9C,CAAjB,EAAiG,KAAK45J,UAAL,CAAgB55J,CAAhB,CAAjG,EAAoH,KAAKouF,OAAL,EAA5H,GAA4I,KAAK41D,eAAL,GAAqB,KAAKA,eAA1B,GAA0C,KAAK0V,YAAlM;AAA+M,aAA3mG,EAA4mGU,iBAAgB,yBAASp6J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK/H,OAAL,CAAamxE,IAAb,GAAkBjwD,CAAlB,EAAoBnZ,KAAG,KAAK/H,OAAL,CAAa23K,KAAb,GAAmB5vK,EAAE6kC,CAArB,EAAuB,KAAK5sC,OAAL,CAAa43K,KAAb,GAAmB7vK,EAAE+kC,CAA/C,KAAmD,KAAK9sC,OAAL,CAAa23K,KAAb,GAAmB,IAAnB,EAAwB,KAAK33K,OAAL,CAAa43K,KAAb,GAAmB,IAA9F,CAApB;AAAwH,aAAlwG,EAAmwG2D,eAAc,uBAASr6J,CAAT,EAAW;AAAC,oBAAG,CAACA,CAAJ,EAAM,OAAO,KAAKs6J,cAAL,KAAsB,KAAKA,cAAL,GAAoB,IAAIllH,EAAEklG,WAAN,CAAkB,KAAKoM,WAAL,EAAlB,EAAqC,IAArC,EAA0C,IAA1C,CAA1C,GAA2F,KAAK4T,cAAvG,CAAsH,IAAG,EAAEt6J,aAAao1C,EAAEklG,WAAjB,CAAH,EAAiC,MAAK,8CAAL,CAAoDt6I,EAAE+L,IAAF,GAAO,IAAP,EAAY,KAAKuuJ,cAAL,GAAoBt6J,CAAhC,EAAkC,KAAKjE,MAAL,CAAYiE,EAAEy2F,KAAd,CAAlC;AAAuD,aAAriH,EAAsiHl5D,aAAY,uBAAU;AAAC,uBAAO,KAAKkpH,wBAAL,GAA8B,KAAKA,wBAAL,CAA8Bv8I,QAA9B,EAA9B,GAAuE,KAAKyvJ,YAAnF;AAAgG,aAA7pH,EAA8pHE,YAAW,oBAAS75J,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,IAAE0M,aAAa0rB,CAArB;AAAA,oBAAuB6lB,IAAE,KAAKzyD,OAAL,CAAa63K,WAAb,IAA0B5hE,EAAnD,CAAsDzhG,KAAG,CAAC0M,EAAEkkJ,YAAF,CAAe3yG,CAAf,CAAJ,KAAwBvxC,MAAInZ,CAAJ,KAAQ,KAAKspB,EAAL,GAAQnQ,CAAhB,GAAmB,KAAKu6J,0BAAL,EAAnB,EAAqD,SAAOv6J,CAAP,GAAS,KAAK8gJ,eAAL,KAAuB,KAAK6Y,YAAL,GAAkB,CAAC,KAAKlT,wBAAL,IAA+B,KAAK3F,eAArC,EAAsD52I,QAAtD,EAAlB,EAAmF,KAAKswJ,qBAAL,EAAnF,EAAgH,KAAKC,aAAL,CAAmB,IAAnB,EAAwB,KAAKd,YAA7B,CAAvI,CAAT,GAA4L35J,aAAa1kB,CAAb,IAAgB4C,IAAE8hB,EAAE87E,KAAF,CAAQh2B,QAAV,EAAmB5nE,KAAG,KAAKu8K,aAAL,CAAmBv8K,EAAEwJ,EAArB,CAAtB,EACpw+B,KAAKo5J,eAAL,GAAqB9gJ,CAD+u+B,EAC7u+B,KAAK8gJ,eAAL,CAAqBqC,WAArB,CAAiCtnK,IAAjC,CAAsC,IAAtC,CAD6t+B,IAChr+BmkB,aAAaigB,CAAb,IAAgB,KAAKw6I,aAAL,CAAmB,IAAnB,EAAwBz6J,CAAxB,GAA2B,KAAK25J,YAAL,GAAkB35J,CAA7C,EAA+C,KAAK8gJ,eAAL,IAAsB,KAAK0Z,qBAAL,EAArF,IAAmHlnK,MAAIpV,IAAE8hB,EAAE8lD,QAAJ,EAAa5nE,KAAG,KAAKu8K,aAAL,CAAmBv8K,EAAEwJ,EAArB,CAAhB,EAAyC,KAAKo5J,eAAL,GAAqB9gJ,EAAEkkJ,YAAF,CAAe3yG,CAAf,CAA9D,EAAgF,KAAKuvG,eAAL,CAAqBqC,WAArB,CAAiCtnK,IAAjC,CAAsC,IAAtC,CAApF,CADoz9B;AAClr9B,aADu81B,EACt81BuD,QAAO,gBAAS4gB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,uBAAOw0E,GAAG1yD,CAAH,MAAQ9hB,KAAG,KAAKmpH,OAAR,IAAiB,KAAKA,OAAL,CAAag8C,eAAb,CAA6BlB,gBAA7B,CAA8C,IAAI/sG,EAAEg2G,kBAAN,CAAyB,IAAzB,EAA8BvkK,CAA9B,EAAgCmZ,CAAhC,CAA9C,CAAjB,EAAmG,KAAK65J,UAAL,CAAgB75J,CAAhB,CAAnG,EAAsH,KAAKouF,OAAL,EAA9H,GAA8I,KAAK0yD,eAAL,GAAqB,KAAKA,eAA1B,GAA0C,KAAK6Y,YAApM;AAAiN,aADgu1B,EAC/t1Bc,eAAc,uBAASz6J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAK/H,OAAL,CAAaqxB,EAAb,GAAgBnQ,CAAhB,EAAkBnZ,KAAG,KAAK/H,OAAL,CAAa83K,GAAb,GAAiB/vK,EAAE6kC,CAAnB,EAAqB,KAAK5sC,OAAL,CAAa+3K,GAAb,GAAiBhwK,EAAE+kC,CAA3C,KAA+C,KAAK9sC,OAAL,CAAa83K,GAAb,GAAiB,IAAjB,EAAsB,KAAK93K,OAAL,CAAa+3K,GAAb,GAAiB,IAAtF,CAAlB;AAA8G,aADql1B,EACpl1B6D,eAAc,uBAAS16J,CAAT,EAAW;AAAC,oBAAG,CAACA,CAAJ,EAAM,OAAO,KAAK26J,cAAL,KAAsB,KAAKA,cAAL,GAAoB,IAAIvlH,EAAEklG,WAAN,CAAkB,KAAK/8G,WAAL,EAAlB,EAAqC,IAArC,EAA0C,IAA1C,CAA1C,GAA2F,KAAKo9H,cAAvG,CAAsH,IAAG,EAAE36J,aAAao1C,EAAEklG,WAAjB,CAAH,EAAiC,MAAK,8CAAL,CAAoDt6I,EAAE0kB,KAAF,GAAQ,IAAR,EAAa,KAAKi2I,cAAL,GAAoB36J,CAAjC,EAAmC,KAAK5gB,MAAL,CAAY4gB,EAAEy2F,KAAd,CAAnC;AAAwD,aADiz0B,EAChz0B8iE,mBAAkB,6BAAU;AAAC,qBAAK5Y,gBAAL,CAAsB,KAAK5kJ,MAAL,EAAtB,EAAoC,QAApC,GAA8C,KAAK4kJ,gBAAL,CAAsB,KAAKvhK,MAAL,EAAtB,EAAoC,QAApC,CAA9C;AAA4F,aADur0B,EACtr0BuhK,kBAAiB,0BAAS3gJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAE+1D,OAAvB,CAA+BrnG,aAAa1kB,CAAb,IAAgB,CAACoJ,EAAEm7J,YAAF,CAAe7/I,EAAE87E,KAAF,CAAQp0F,EAAvB,CAAjB,IAA6CxJ,IAAE8hB,EAAE87E,KAAF,CAAQh2B,QAAV,EAAmBxyD,IAAE0M,EAAElhB,OAAF,CAAUC,IAA/B,EAAoCwyD,IAAE,aAAU;AAAC,wBAAIA,IAAE7sD,EAAEs1K,QAAF,CAAW97K,EAAEwJ,EAAb,CAAN,CAAuBsY,IAAEuxC,EAAE2yG,YAAF,CAAe5wJ,CAAf,CAAF,EAAoBg+C,EAAEzqD,CAAF,EAAKmZ,CAAL,EAAO,CAAC,CAAR,CAApB,EAA+BsxC,EAAEsvG,WAAF,EAA/B;AAA+C,iBAAvH,EAAwHl8J,EAAEs1K,QAAF,CAAW97K,EAAEwJ,EAAb,IAAiB6pD,GAAjB,IAAsB96B,IAAE/xB,EAAEk2K,mBAAF,CAAsBrhG,QAAtB,CAA+Br7E,EAAE6b,GAAjC,CAAF,EAAwC0c,KAAG/xB,EAAEm2K,0BAAF,CAA6Bh/K,IAA7B,CAAkC46B,EAAEqkJ,UAAF,CAAavpH,CAAb,CAAlC,CAAjE,CAArK,IAA2RD,EAAEzqD,CAAF,EAAKmZ,CAAL,EAAO,CAAC,CAAR,CAA3R;AAAsS,aADk1zB,EACj1zBgF,SAAQ,iBAAShF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8rI,QAAL,CAAc3yH,CAAd,CAAN,CAAuB,OAAO69E,GAAG79E,CAAH,KAAO,KAAK04J,aAAL,EAAP,EAA4B7xK,CAAnC;AAAqC,aADiwzB,EAChwzB8wK,sBAAqB,8BAAS33J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAO23F,GAAGx+E,EAAEs3F,MAAL,IAAazwG,IAAEmZ,EAAEs3F,MAAF,CAASh6G,IAAT,CAAc,IAAd,EAAmB0iB,CAAnB,CAAf,GAAqCA,EAAE7e,IAAF,KAAS0F,IAAE,IAAI2tD,CAAJ,CAAMx0C,CAAN,CAAX,CAArC,EAA0DnZ,MAAI,KAAK4wK,cAAL,GAAoB5wK,CAApB,EAAsBA,EAAEi3J,cAAF,GAAiB,CAAC,CAAxC,EAA0C,KAAKxmD,MAAL,CAAY9wF,MAAZ,CAAmB3f,CAAnB,CAA9C,CAA1D,EAA+HA,CAAtI;AAAwI,aADilzB,EAChlzB6wK,sBAAqB,8BAAS13J,CAAT,EAAW;AAACw+E,mBAAGx+E,EAAEs3F,MAAL,KAAc,KAAKA,MAAL,CAAY9gG,MAAZ,CAAmB,KAAKihK,cAAxB,GAAwC,KAAKE,oBAAL,CAA0B33J,CAA1B,CAAtD,IAAoF,KAAKy3J,cAAL,CAAoB/gD,MAApB,CAA2B12G,CAA3B,CAApF;AAAkH,aAD67yB,EAC57yB04J,eAAc,yBAAU;AAAC,oBAAI14J,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,EAAoByuD,CAApB,EAAsBpB,CAAtB,EAAwBG,CAAxB,EAA0Bv9C,CAA1B,EAA4Bm9C,CAA5B,EAA8BM,CAA9B,EAAgChlC,CAAhC,EAAkCqmC,CAAlC,CAAoC,IAAG,KAAKgkH,cAAR,EAAuB;AAAC,yBAAIz3J,IAAE+2C,EAAF,EAAKlwD,IAAE,KAAKq/J,SAAL,EAAP,EAAwBhoK,IAAEugG,GAAG9rC,KAAH,CAAS9rD,EAAEzJ,MAAF,GAAS,CAAlB,CAA1B,EAA+CkW,IAAEpV,IAAE,CAAvD,EAAyDoV,IAAE,CAAF,IAAKzM,EAAEyM,CAAF,EAAKugE,MAAL,CAAYhtE,EAAE3I,CAAF,CAAZ,CAA9D;AAAiFoV,6BAAIpV,GAAJ;AAAjF,qBAAyFqzD,IAAE1qD,EAAE3I,CAAF,CAAF,EAAOu4B,IAAE5vB,EAAEyM,CAAF,CAAT,EAAcg+C,IAAE,KAAKmmH,cAAL,CAAoBz7E,QAApB,EAAhB,EAA+Ct3F,IAAE4sD,EAAEtoC,KAAnD,EAAyDmqC,IAAE7B,EAAEvjC,MAA7D,EAAoEgkC,IAAElrD,EAAEzJ,MAAF,GAAS,CAAT,KAAa,CAAnF,EAAqF80D,IAAEz7B,EAAE++D,UAAF,CAAajkC,CAAb,CAAvF,EAAuGQ,KAAGlrD,EAAEzJ,MAAF,GAAS,CAAZ,IAAe80D,IAAE,CAAjB,KAAqBz7B,EAAEmV,CAAF,KAAM2lB,EAAE3lB,CAAR,IAAWsmB,IAAExtD,CAAb,IAAgB+xB,EAAEiV,CAAF,KAAM6lB,EAAE7lB,CAAR,IAAWwmB,IAAEiB,CAAlD,MAAuDpB,IAAE,CAAC,CAAH,EAAK/xC,IAAE,CAA9D,CAAvG,EAAwK+xC,KAAGD,IAAEoF,MAAM30B,IAAN,CAAWwuD,GAAX,CAAe0N,GAAGjK,KAAH,CAASjjC,EAAE3lB,CAAF,GAAInV,EAAEmV,CAAf,EAAiB2lB,EAAE7lB,CAAF,GAAIjV,EAAEiV,CAAvB,CAAf,CAAF,EAA4C/2B,IAAE,IAAIsrB,CAAJ,CAAM,CAACsxB,EAAE7lB,CAAF,GAAIjV,EAAEiV,CAAP,IAAU,CAAV,GAAYjV,EAAEiV,CAApB,EAAsB,CAAC6lB,EAAE3lB,CAAF,GAAInV,EAAEmV,CAAP,IAAU,CAAV,GAAYnV,EAAEmV,CAApC,CAA9C,EAAqF,OAAK6yD,GAAG1yD,GAAH,CAAO+lB,CAAP,CAAL,IAAgBn9C,EAAE+2B,CAAF,IAAK1rB,CAAL,EAAOrL,EAAEi3B,CAAF,IAAKunB,IAAE,CAA9B,IAAiCrB,IAAE,GAAF,KAAQ,CAAR,IAAWn9C,EAAE+2B,CAAF,IAAKhnC,IAAE,CAAP,EAASiQ,EAAEi3B,CAAF,IAAKunB,IAAEnzC,CAA3B,IAA8B8xC,IAAE,CAAC,EAAH,IAAO,IAAEA,CAAF,IAAKA,IAAE,EAAd,GAAiBn9C,EAAEi3B,CAAF,IAAKunB,CAAtB,GAAwB,CAACrB,IAAE,CAAF,IAAKA,IAAE,EAAR,MAAcn9C,EAAE+2B,CAAF,IAAKhnC,CAAL,EAAOiQ,EAAEi3B,CAAF,IAAKunB,CAA1B,CAA/K,KAA8Mf,IAAEqsC,GAAG9rC,KAAH,CAAS9rD,EAAEzJ,MAAF,GAAS,CAAlB,CAAF,EAAuBuX,IAAE9N,EAAEurD,CAAF,EAAKjzD,KAAL,EAAzB,EAAsCs3B,IAAE5vB,EAAEurD,IAAE,CAAJ,CAAxC,EAA+Cb,IAAE1qD,EAAEurD,IAAE,CAAJ,CAAjD,EAAwDhlC,IAAEqJ,EAAEiV,CAAF,IAAK/2B,EAAE+2B,CAAP,IAAU6lB,EAAE7lB,CAAF,IAAK/2B,EAAE+2B,CAAjB,GAAmB1rB,CAAnB,GAAqB,CAACsxC,EAAEtoC,KAAH,GAAShJ,CAAxF,EAA0FyzC,IAAEh9B,EAAEmV,CAAF,IAAKj3B,EAAEi3B,CAAP,IAAU2lB,EAAE3lB,CAAF,IAAKj3B,EAAEi3B,CAAjB,GAAmB5rB,CAAnB,GAAqB,CAACsxC,EAAEvjC,MAAH,GAAU/N,CAA3H,EAA6HrL,EAAE+2B,CAAF,IAAKte,CAAlI,EAAoIzY,EAAEi3B,CAAF,IAAK6nB,CAAvV,CAAxK,EAAkgB,KAAKgkH,cAAL,CAAoBvtJ,QAApB,CAA6BvV,CAA7B,CAAlgB;AAAkiB;AAAC,aAD2uxB,EAC1uxBnR,QAAO,gBAASwc,CAAT,EAAW;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAK81D,OAAf,CAAuB,IAAG,KAAKuwD,UAAL,MAAmB,KAAKrU,UAAL,KAAkBvjJ,CAAxC,EAA0C,OAAO,KAAKujJ,UAAL,GAAgBvjJ,CAAhB,EAAkB9hB,IAAE,EAApB,EAAuBoV,IAAE,EAAzB,EAA4B,KAAKiwJ,UAAL,IAAiB,KAAKtC,OAAL,GAAa,IAAIljE,EAAJ,CAAO,IAAP,EAAY,KAAKj/F,OAAL,CAAawf,SAAzB,CAAb,EAAiDizC,EAAE04G,MAAF,CAAS,KAAKhJ,OAAd,EAAsB,CAAC,CAAvB,CAAjD,EAA2E1vG,EAAEo0G,cAAF,CAAiB9pK,IAAjB,CAAsB,IAAtB,CAA3E,EAAuGqC,EAAErC,IAAF,CAAO,IAAP,CAAxH,IAAsI,KAAKolK,OAAL,KAAe1vG,EAAE04G,MAAF,CAAS,KAAKhJ,OAAd,EAAsB,CAAC,CAAvB,GAA0B7iE,GAAG5nF,MAAH,CAAU+6C,EAAEo0G,cAAZ,EAA2B,IAA3B,CAA1B,EAA2D,KAAK1E,OAAL,GAAap6J,CAAxE,EAA0EyM,EAAEzX,IAAF,CAAO,IAAP,CAAzF,CAAlK,EAAyQ,KAAKolK,OAAL,IAAc,KAAKA,OAAL,CAAa7yD,OAAb,EAAvR,EAA8S78C,EAAE0nH,kBAAF,IAAsB1nH,EAAE2nH,iBAAF,CAAoBh7K,CAApB,EAAsBoV,CAAtB,CAApU,EAA6V,CAAC,CAArW;AAAuW,aAD+ywB,EAC9ywB+gJ,QAAO,gBAASr0I,CAAT,EAAW;AAAC,uBAAM,CAACA,CAAD,IAAIw0F,GAAGx0F,CAAH,CAAJ,GAAU,KAAKkoJ,OAAf,IAAwB,KAAKA,OAAL,GAAaloJ,CAAb,EAAenZ,CAAvC,CAAN;AAAgD,aAD2uwB,EAC1uwB1G,MAAK,cAAS6f,CAAT,EAAW;AAAC,oBAAI9hB,IAAE,KAAKY,OAAX,CAAmB,OAAOkhB,KAAGA,MAAI9hB,EAAEiC,IAAN,KAAajC,EAAEiC,IAAF,GAAO6f,CAAP,EAAS,KAAKy5J,WAAL,EAAT,EAA4B,KAAKrrE,OAAL,EAAzC,GAAyDvnG,CAA5D,IAA+D3I,EAAEiC,IAAxE;AAA6E,aADynwB,EACxnwBs5K,aAAY,uBAAU;AAAC,oBAAIz5J,IAAE,CAAC,KAAKlhB,OAAL,CAAaqB,IAAb,IAAmB,EAApB,EAAwBwB,WAAxB,EAAN,CAA4C,KAAKo5K,OAAL,GAAa/6J,KAAGg1F,EAAH,GAAM,IAAI1W,EAAJ,CAAO,IAAP,CAAN,GAAmB,IAAID,EAAJ,CAAO,IAAP,CAAhC;AAA6C,aADwgwB,EACvgwBvhD,QAAO,gBAAS98B,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,IAAG,CAACvxC,CAAJ,EAAM;AAAC,wBAAG1M,IAAE,EAAF,EAAKo/D,GAAG,KAAKonG,QAAR,CAAR,EAA0B,KAAIvoH,IAAE,CAAN,EAAQA,IAAE,KAAKuoH,QAAL,CAAc18K,MAAxB,EAA+Bm0D,GAA/B;AAAmCj+C,0BAAEzX,IAAF,CAAO,KAAKi+K,QAAL,CAAcvoH,CAAd,EAAiBklD,KAAxB;AAAnC,qBAAkE,OAAOnjG,CAAP;AAAS,sBAAI,KAAKwmK,QAAL,GAAc,EAAd,EAAiBjzK,IAAE,CAAvB,EAAyBA,IAAEmZ,EAAE5iB,MAA7B,EAAoCyJ,GAApC;AAAwC,wBAAG3I,IAAE8hB,EAAEnZ,CAAF,CAAF,EAAO3I,aAAak3D,EAAEmjC,KAAzB,EAA+B,KAAKuhF,QAAL,CAAcj+K,IAAd,CAAmB,IAAIu5D,EAAEklG,WAAN,CAAkBp8J,CAAlB,CAAnB,EAA/B,KAA4E;AAAC,4BAAG,CAACA,EAAEhC,cAAF,CAAiB,GAAjB,CAAD,IAAwB,CAACgC,EAAEhC,cAAF,CAAiB,GAAjB,CAA5B,EAAkD,MAAK,8EAAL,CAAoF,KAAK49K,QAAL,CAAcj+K,IAAd,CAAmB,IAAIu5D,EAAEklG,WAAN,CAAkB,IAAIr6H,CAAJ,CAAM/hC,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,CAAlB,CAAnB;AAAsD;AAAjT;AAAkT,aAD0kvB,EACzkvBs6H,WAAU,qBAAU;AAAC,oBAAIlmJ,CAAJ;AAAA,oBAAMnZ,IAAE,CAAC,KAAK6/J,WAAL,EAAD,CAAR,CAA6B,IAAG,KAAKoT,QAAR,EAAiB,KAAI95J,IAAE,CAAN,EAAQA,IAAE,KAAK85J,QAAL,CAAc18K,MAAxB,EAA+B4iB,GAA/B;AAAmCnZ,sBAAEhL,IAAF,CAAO,KAAKi+K,QAAL,CAAc95J,CAAd,EAAiBy2F,KAAxB;AAAnC,iBAAkE,OAAO5vG,EAAEhL,IAAF,CAAO,KAAK0hD,WAAL,EAAP,GAA2B12C,CAAlC;AAAoC,aADg6uB,EAC/5uBunG,SAAQ,mBAAU;AAAC,qBAAK4sE,kBAAL,IAA0B,KAAKC,YAAL,EAA1B,EAA8C,KAAKvC,aAAL,EAA9C,EAAmE,KAAKzX,OAAL,IAAc,KAAKA,OAAL,CAAa7yD,OAAb,EAAjF;AAAwG,aADoyuB,EACnyuB4sE,oBAAmB,8BAAU;AAAC,oBAAIh7J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUu4B,CAAV;AAAA,oBAAY66B,IAAE,IAAd;AAAA,oBAAmB5sD,IAAE4sD,EAAEv1C,MAAF,EAArB;AAAA,oBAAgCo3C,IAAE7B,EAAElyD,MAAF,EAAlC,CAA6CsF,aAAau7B,CAAb,GAAejgB,IAAEtb,CAAjB,GAAmBA,aAAapJ,CAAb,KAAiB4C,IAAEoV,EAAE5O,CAAF,IAAKA,EAAEo3F,KAAF,CAAQssB,UAAb,GAAwB,CAAC1jH,CAAD,CAA3C,CAAnB,EAAmEyuD,aAAalzB,CAAb,GAAep5B,IAAEssD,CAAjB,GAAmBA,aAAa73D,CAAb,KAAiBm7B,IAAEnjB,EAAE6/C,CAAF,IAAKA,EAAE2oC,KAAF,CAAQssB,UAAb,GAAwB,CAACj1D,CAAD,CAA3C,CAAtF,EAAsInzC,IAAEyW,MAAI66B,EAAEm1G,wBAAF,GAA2Bl1G,EAAEvxC,CAAF,EAAIyW,CAAJ,CAA/B,CAAF,GAAyCv4B,MAAI2I,IAAEyqD,EAAEk1G,wBAAF,GAA2Bj1G,EAAE1qD,CAAF,EAAI3I,CAAJ,CAA7B,GAAoCu4B,KAAG,KAAKykJ,sBAAL,CAA4Bh9K,CAA5B,EAA8Bu4B,CAA9B,CAA3C,CAA/K;AAA4P,aAD49tB,EAC39tBykJ,wBAAuB,gCAASl7J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMqzD,CAAN;AAAA,oBAAQ96B,CAAR;AAAA,oBAAU66B,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAcyuD,CAAd;AAAA,oBAAgBpB,CAAhB;AAAA,oBAAkBG,CAAlB;AAAA,oBAAoBv9C,CAApB;AAAA,oBAAsBm9C,CAAtB;AAAA,oBAAwBM,CAAxB;AAAA,oBAA0BhlC,IAAEmmF,EAA5B;AAAA,oBAA+B9/C,IAAE8/C,EAAjC,CAAoC,KAAI5+F,IAAE,CAAN,EAAQA,IAAEqL,EAAE5iB,MAAZ,EAAmBuX,GAAnB;AAAuB,wBAAGo9C,IAAE/xC,EAAErL,CAAF,CAAF,EAAO,CAACrB,EAAEy+C,CAAF,CAAX,EAAgB,KAAIt7B,IAAEs7B,EAAE7nC,QAAF,EAAF,EAAe4nC,IAAE,CAArB,EAAuBA,IAAEjrD,EAAEzJ,MAA3B,EAAkC00D,GAAlC;AAAsCI,4BAAErrD,EAAEirD,CAAF,CAAF,EAAOx+C,EAAE4+C,CAAF,MAAOZ,IAAEY,EAAEhoC,QAAF,EAAF,EAAekoC,IAAEqsC,GAAG98D,KAAH,CAASlL,EAAE++D,UAAF,CAAalkC,CAAb,CAAT,CAAjB,EAA2Cc,IAAEhlC,CAAF,IAAK,KAAKi6F,OAAV,IAAmB,KAAK8zD,gBAAL,CAAsB1kJ,CAAtB,EAAwB66B,CAAxB,EAA0BS,CAA1B,EAA4BG,CAA5B,CAAnB,KAAoD9kC,IAAEglC,CAAF,EAAIl0D,IAAE6zD,CAAN,EAAQR,IAAEW,CAA9D,CAA3C,EAA4GE,IAAEqB,CAAF,KAAM/uD,IAAEqtD,CAAF,EAAIoB,IAAEjB,CAAN,EAAQuB,IAAErB,CAAhB,CAAnH,CAAP;AAAtC;AAAvC,iBAA2Nl0D,MAAIwG,IAAExG,CAAF,EAAIi1D,IAAE5B,CAAV,GAAa,KAAKi1G,wBAAL,GAA8B9hK,CAA3C,EAA6C,KAAK+hK,wBAAL,GAA8BtzG,CAA3E;AAA6E,aAD0mtB,EACzmtBgoH,kBAAiB,0BAASn7J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiB;AAAC,oBAAIi+C,CAAJ;AAAA,oBAAM96B,CAAN;AAAA,oBAAQ66B,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAYyuD,CAAZ;AAAA,oBAAcpB,IAAE,KAAKgpH,OAArB;AAAA,oBAA6B7oH,IAAE,CAAC,CAAhC,CAAkC,IAAGH,aAAausC,EAAhB,EAAmB,KAAI/sC,IAAEQ,EAAEs0G,WAAF,CAAcrmJ,CAAd,EAAgBnZ,CAAhB,EAAkB3I,CAAlB,EAAoBoV,CAApB,CAAF,EAAyBi+C,EAAEzlD,OAAF,CAAUkU,CAAV,CAAzB,EAAsCuxC,EAAE11D,IAAF,CAAOgL,CAAP,CAAtC,EAAgDssD,IAAE,CAAtD,EAAwDA,IAAE5B,EAAEn0D,MAA5D,EAAmE+1D,GAAnE;AAAuE,wBAAG18B,IAAE86B,EAAE4B,IAAE,CAAJ,CAAF,EAAS7B,IAAEC,EAAE4B,CAAF,CAAX,EAAgBzuD,IAAE,IAAI0xD,CAAJ,CAAMqoC,GAAGrqD,GAAH,CAAO3d,EAAEiV,CAAT,EAAW4lB,EAAE5lB,CAAb,CAAN,EAAsB+yD,GAAGrqD,GAAH,CAAO3d,EAAEmV,CAAT,EAAW0lB,EAAE1lB,CAAb,CAAtB,EAAsC6yD,GAAG1yD,GAAH,CAAOtV,EAAEiV,CAAF,GAAI4lB,EAAE5lB,CAAb,CAAtC,EAAsD+yD,GAAG1yD,GAAH,CAAOtV,EAAEmV,CAAF,GAAI0lB,EAAE1lB,CAAb,CAAtD,CAAlB,EAAyFlnC,EAAEskB,KAAF,GAAQ,CAAR,KAAYtkB,EAAEgnC,CAAF,IAAMhnC,EAAEskB,KAAF,IAAS,CAA3B,CAAzF,EAAuHtkB,EAAEqpB,MAAF,GAAS,CAAT,KAAarpB,EAAEknC,CAAF,IAAMlnC,EAAEqpB,MAAF,IAAU,CAA7B,CAAvH,EAAuJ,CAACrpB,EAAE4qJ,OAAF,EAAD,IAAc,KAAKjoC,OAAL,CAAa+zD,eAAb,CAA6BC,WAA7B,CAAyC32K,CAAzC,CAAxK,EAAoN;AAACwtD,4BAAE,CAAC,CAAH,CAAK;AAAM;AAAvS,iBAAuS,OAAOA,CAAP;AAAS,aADiusB,EAChusBwkE,QAAO,gBAAS12G,CAAT,EAAW;AAAC,oBAAGA,CAAH,EAAK;AAAC,yBAAKlhB,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkBkhB,CAAlB,CAAb,CAAkC,IAAInZ,IAAE,KAAK/H,OAAL,CAAag+C,MAAnB,CAA0B+gD,GAAGh3F,CAAH,KAAOA,EAAEzJ,MAAF,GAAS,CAAhB,KAAoB,KAAK0/C,MAAL,CAAYj2C,CAAZ,GAAe,KAAKo0K,YAAL,EAAnC,GAAwD,CAACj7J,KAAGA,EAAEgF,OAAL,IAAchF,EAAE7e,IAAjB,KAAwB,KAAK6jB,OAAL,CAAahF,EAAEgF,OAAf,CAAhF,EAAwG,KAAKs3B,IAAL,CAAUo6E,MAAV,CAAiB,EAAC15B,MAAKh9E,EAAEg9E,IAAR,EAAaC,QAAOj9E,EAAEi9E,MAAtB,EAA6By/D,UAAS18I,EAAE08I,QAAxC,EAAiDC,QAAO38I,EAAE28I,MAA1D,EAAjB,CAAxG;AAA4L;AAAC,aAD88rB,EAC78rBx9J,OAAM,iBAAU;AAAC,oBAAI6gB,IAAE,KAAK6b,SAAL,EAAN,CAAuB,OAAO,KAAKwrF,OAAL,IAAc,KAAKA,OAAL,CAAagxD,WAA3B,IAAwCx6E,GAAG,KAAK/3B,QAAR,CAAxC,KAA4D9lD,EAAElhB,OAAF,CAAUgnE,QAAV,GAAmBnxD,EAAE,KAAKmxD,QAAP,CAA/E,GAAiG,IAAInhE,CAAJ,CAAM,KAAKsrE,IAAX,EAAgB,KAAK9/C,EAArB,EAAwBnQ,EAAElhB,OAA1B,CAAxG;AAA2I,aAD0xrB,EACzxrB+8B,WAAU,qBAAU;AAAC,oBAAI7b,IAAE,KAAKiwD,IAAL,CAAUzX,MAAV,GAAiB,KAAKyX,IAAL,CAAUzX,MAA3B,GAAkC,KAAG,KAAKyX,IAAhD;AAAA,oBAAqDppE,IAAE,KAAKspB,EAAL,CAAQqoC,MAAR,GAAe,KAAKroC,EAAL,CAAQqoC,MAAvB,GAA8B,KAAG,KAAKroC,EAA7F;AAAA,oBAAgGjyB,IAAEu3D,EAAE,EAAF,EAAK,EAAC32D,SAAQ,KAAKA,OAAd,EAAsBmxE,MAAKjwD,CAA3B,EAA6BmQ,IAAGtpB,CAAhC,EAAL,CAAlG,CAA2I,OAAOg3F,GAAG,KAAK/3B,QAAR,MAAoB5nE,EAAE4nE,QAAF,GAAW,KAAG,KAAKA,QAAvC,GAAiD5nE,EAAEY,OAAF,CAAUg+C,MAAV,GAAiB,KAAKA,MAAL,EAAlE,EAAgF5+C,CAAvF;AAAyF,aADgirB,EAC/hrB8kK,UAAS,kBAAShjJ,CAAT,EAAW;AAAC,oBAAG,KAAKmb,OAAL,EAAH,EAAkB;AAAC,wBAAIt0B,IAAE,IAAIo5B,CAAJ,CAAMjgB,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,CAAN;AAAA,wBAAqB1tC,IAAE,KAAKwoK,WAAL,EAAvB;AAAA,wBAA0CpzJ,IAAE,KAAKiqC,WAAL,EAA5C,CAA+D,IAAGv9B,EAAEsvI,OAAF,IAAW,CAACtvI,EAAEsvI,OAAF,EAAZ,IAAyBtvI,EAAE/b,QAAF,CAAW/F,CAAX,CAAzB,IAAwC8hB,EAAE/b,QAAF,CAAWqP,CAAX,CAA3C,EAAyD,OAAO,IAAP,CAAY,IAAG,KAAKynK,OAAL,CAAa/U,OAAb,CAAqBn/J,CAArB,CAAH,EAA2B,OAAO,IAAP;AAAY;AAAC,aAD20qB,EAC10qB80J,QAAO,gBAAS37I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAC,KAAK/H,OAAL,CAAam+F,MAAb,IAAqB,EAAtB,EAA0BxqD,KAAhC,CAAsCzyB,KAAG0yD,GAAG,KAAK5zE,OAAL,CAAas1B,KAAb,CAAmB6oE,MAAnB,CAA0BxqD,KAA7B,CAAH,KAAyC5rC,IAAE,KAAK/H,OAAL,CAAas1B,KAAb,CAAmB6oE,MAAnB,CAA0BxqD,KAArE,GAA4E,KAAK6J,IAAL,CAAUo6E,MAAV,CAAiB,EAACz5B,QAAO,EAACxqD,OAAM5rC,CAAP,EAAR,EAAjB,CAA5E;AAAiH,aADgqqB,EAC/pqBo0K,cAAa,wBAAU;AAACp9E,mBAAG,KAAKvhD,IAAR,MAAgB,KAAK+/G,SAAL,IAAiB,KAAKhI,MAAL,CAAY,KAAK0mB,OAAL,CAAa9U,SAAb,EAAZ,CAAjC;AAAwE,aAD+jqB,EAC9jqB5J,WAAU,qBAAU;AAAC,oBAAIr8I,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,CAAU,KAAK68K,OAAL,IAAc,KAAKA,OAAL,CAAa5U,KAAb,EAAd,EAAmCnmJ,IAAE,KAAK0mJ,WAAL,EAArC,EAAwD7/J,IAAE,KAAK02C,WAAL,EAA1D,EAA6Er/C,IAAE,KAAK4+C,MAAL,EAA/E,EAA6F,KAAKR,IAAL,CAAUo6E,MAAV,CAAiB,EAAC55E,QAAO,CAAC98B,CAAD,EAAIpkB,MAAJ,CAAWsC,CAAX,EAAa,CAAC2I,CAAD,CAAb,CAAR,EAAjB,CAA7F;AAA0I,aADq5pB,EACp5pBszK,uBAAsB,iCAAU;AAAC,qBAAKnW,eAAL,GAAqBn9J,CAArB,EAAuB,KAAK2/J,wBAAL,GAA8B3/J,CAArD;AAAuD,aAD4zpB,EAC3zpB2zK,uBAAsB,iCAAU;AAAC,qBAAK1Z,eAAL,GAAqBj6J,CAArB,EAAuB,KAAK4/J,wBAAL,GAA8B5/J,CAArD;AAAuD,aADmupB,EAClupBqzK,4BAA2B,sCAAU;AAAC,qBAAKlW,eAAL,IAAsB5lE,GAAG5nF,MAAH,CAAU,KAAKwtJ,eAAL,CAAqBb,WAA/B,EAA2C,IAA3C,CAAtB;AAAuE,aADqnpB,EACpnpBoX,4BAA2B,sCAAU;AAAC,qBAAKzZ,eAAL,IAAsB1iE,GAAG5nF,MAAH,CAAU,KAAKsqJ,eAAL,CAAqBqC,WAA/B,EAA2C,IAA3C,CAAtB;AAAuE,aADugpB,EACtgpB3qG,QAAO,kBAAU;AAAC,oBAAIx4C,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,IAAE,IAAZ,CAAiB,OAAOA,EAAE28D,IAAF,IAAQ38D,EAAE28D,IAAF,CAAOzX,MAAf,GAAsBx4C,IAAE1M,EAAE28D,IAAF,CAAOzX,MAAP,EAAxB,IAAyCt6D,IAAEoV,EAAEomK,YAAJ,EAAiB15J,IAAE,EAAC0rB,GAAExtC,EAAEwtC,CAAL,EAAOE,GAAE1tC,EAAE0tC,CAAX,EAA5D,GAA2Et4B,EAAE6c,EAAF,IAAM7c,EAAE6c,EAAF,CAAKqoC,MAAX,GAAkB3xD,IAAEyM,EAAE6c,EAAF,CAAKqoC,MAAL,EAApB,IAAmCt6D,IAAEoV,EAAEqmK,YAAJ,EAAiB9yK,IAAE,EAAC6kC,GAAExtC,EAAEwtC,CAAL,EAAOE,GAAE1tC,EAAE0tC,CAAX,EAAtD,CAA3E,EAAgJ,EAACqkC,MAAKjwD,CAAN,EAAQmQ,IAAGtpB,CAAX,EAAvJ;AAAqK,aAD8zoB,EAAT,CAAnlT,EAC/tVyuD,IAAEjB,EAAEx1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN,CAAWg5D,MAAMtU,OAAN,CAAc5iC,CAAd,GAAiBq0C,EAAE73D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeY,CAAf,EAAiB8hB,CAAjB,EAAmBnZ,CAAnB,CAAjB,EAAuC3I,EAAEi3H,UAAF,EAAvC,EAAsDj3H,EAAEo9K,aAAF,EAAtD,EAAwEp9K,EAAEq9K,oBAAF,CAAuBr9K,EAAEY,OAAzB,CAAxE,EAA0GZ,EAAEs9K,aAAF,CAAgB30K,CAAhB,CAA1G,EAA6H3I,EAAEu9K,oBAAF,EAA7H,EAAsJv9K,EAAEw9K,WAAF,EAAtJ,EAAsKx9K,EAAE6nK,SAAF,GAAY,IAAIrxG,CAAJ,CAAM,EAAChtD,IAAG,YAAJ,EAAN,CAAlL,EAA2MxJ,EAAEktG,MAAF,CAAS5kF,MAAT,CAAgBtoB,EAAE6nK,SAAlB,CAA3M,EAAwO7nK,EAAEk9K,eAAF,GAAkB,IAAIrlH,CAAJ,CAAM73D,CAAN,CAA1P,EAAmQA,EAAE4kK,IAAF,GAAO,IAAI7iI,CAAJ,EAA1Q,EAAgR/hC,EAAE+oK,SAAF,GAAY,EAA5R,EAA+R/oK,EAAEy9K,YAAF,GAAe,IAAIjnH,CAAJ,CAAM,EAAChtD,IAAG,eAAJ,EAAN,CAA9S,EAA0UxJ,EAAEktG,MAAF,CAAS5kF,MAAT,CAAgBtoB,EAAEy9K,YAAlB,CAA1U,EAA0Wz9K,EAAE09K,eAAF,EAA1W,EAA8X19K,EAAEyjK,WAAF,EAA9X,EAA8YzjK,EAAE+kK,gBAAF,GAAmB,IAAI9kE,EAAJ,CAAOjgG,CAAP,EAAS,EAAC4zE,UAAS5zE,EAAEY,OAAF,CAAUgzE,QAApB,EAAT,CAAja,EAAyc5zE,EAAEkmK,kBAAF,GAAqB,IAAInmE,EAAJ,CAAO//F,CAAP,CAA9d,EAAweA,EAAE+rK,MAAF,CAAS/rK,EAAE+kK,gBAAX,EAA4B,CAAC,CAA7B,CAAxe,EAAwgB/kK,EAAE+rK,MAAF,CAAS/rK,EAAEkmK,kBAAX,EAA8B,CAAC,CAA/B,CAAxgB,EAA0iBlmK,EAAE5B,QAAF,GAAW,IAAI4hG,EAAJ,CAAOhgG,CAAP,CAArjB,EAA+jBA,EAAE29K,UAAF,GAAa,EAA5kB,EAA+kB39K,EAAE49K,kBAAF,GAAqB,CAAC,CAArmB,EAAumB59K,EAAE69K,eAAF,EAAvmB,EAA2nB79K,EAAE89K,oBAAF,EAA3nB,EAAopB99K,EAAE+9K,qBAAF,EAAppB,EAA8qB/9K,EAAE00D,IAAF,CAAO10D,EAAEY,OAAF,CAAU8zD,IAAjB,CAA9qB,EAAqsB10D,EAAEktG,MAAF,CAAS9R,IAAT,EAArsB;AAAqtB,aAApvB,EAAqvBx6F,SAAQ,EAACC,MAAK,SAAN,EAAgBu2H,OAAM,SAAtB,EAAgC4rC,QAAO,EAAvC,EAA0CgE,UAAS,EAAnD,EAAsDtyG,MAAK,CAA3D,EAA6DwyG,SAAQ,CAArE,EAAuEC,SAAQ,CAA/E,EAAiFvgG,YAAW,EAA5F,EAA+Fvb,WAAU,CAAC,CAA1G,EAA4G6F,UAAS,EAArH,EAAwH0mE,UAAS,CAAC,CAAlI,EAAoIhkD,UAAS,EAACqjB,QAAO,EAAR,EAAW5zB,QAAO,EAAlB,EAAqBpgE,MAAK,CAAC,CAA3B,EAA6B+lH,OAAM,EAAnC,EAAsC+3C,MAAK,EAACyK,MAAK,EAAC/pI,MAAK,EAAN,EAAS0yE,OAAM,EAAf,EAAN,EAA3C,EAAqE77F,QAAO,CAAC,CAA7E,EAA7I,EAA6N+/G,UAAS,EAAtO,EAAyOvP,YAAW,EAACvmH,KAAI,MAAL,EAApP,EAAiQ44F,SAAQ,EAACpuD,SAAQ,CAAC,CAAV,EAAYotB,QAAO,KAAnB,EAAzQ,EAAmSp5D,MAAK,EAACgsC,SAAQ,CAAC,CAAV,EAAYg0F,SAAQ,EAApB,EAAuBC,SAAQ,EAA/B,EAAxS,EAA2UnY,eAAc3xD,EAAE2xD,aAAF,CAAgB,EAACkyC,UAAS,CAAC,CAAX,EAAhB,CAAzV,EAAwXhyC,oBAAmB,EAACn1C,UAAS,EAACo1C,OAAM,EAAP,EAAV,EAAqB/mH,MAAK60G,EAA1B,EAA3Y,EAAya3Q,QAAO,EAAhb,EAAmb8+D,aAAY,EAA/b,EAA7vB,EAAgsCpjJ,QAAO,CAACw1F,EAAD,EAAIE,EAAJ,EAAOC,EAAP,EAAUlC,EAAV,EAAaC,EAAb,EAAgBkB,EAAhB,EAAmBN,EAAnB,EAAsBN,EAAtB,EAAyBe,EAAzB,EAA4BG,EAA5B,EAA+B,cAA/B,EAA8C,MAA9C,EAAqD,QAArD,EAA8D,MAA9D,EAAqE,QAArE,EAA8E,KAA9E,EAAoF,WAApF,EAAgGE,EAAhG,EAAmGZ,EAAnG,EAAsGe,EAAtG,CAAvsC,EAAizCxrE,OAAM,iBAAU;AAAC,uBAAO9pB,GAAP;AAAW,aAA70C,EAA80Cg8J,sBAAqB,gCAAU;AAAC,oBAAIh8J,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK/H,OAAL,CAAagzE,QAArB,CAA8BjrE,MAAImZ,IAAEnZ,EAAEqgH,KAAJ,EAAU,CAAC,KAAKmxD,WAAN,IAAmBr4J,MAAI,CAAC,CAAxB,IAA2BA,KAAG,MAAIA,EAAE5iB,MAApC,KAA6C4iB,IAAE,CAAC,aAAD,EAAe,MAAf,EAAsB,MAAtB,EAA6B,iBAA7B,EAA+C,qBAA/C,CAA/C,CAAV,EAAgIA,KAAGA,EAAE5iB,MAAL,KAAc,KAAK8+K,OAAL,GAAa,IAAI5nH,CAAJ,CAAM,IAAN,EAAW,EAAC4yD,OAAMlnG,KAAG,EAAV,EAAa2D,OAAMkyC,EAAE,KAAKsmH,aAAP,EAAqB,IAArB,CAAnB,EAA8C3sF,OAAM,CAAC,CAArD,EAAX,CAAb,EAAiF,KAAK0sF,OAAL,CAAa73I,OAAb,CAAqBjoB,GAArB,CAAyB,EAAC01F,WAAU,MAAX,EAAzB,CAAjF,EAA8H,KAAKztE,OAAL,CAAa5d,OAAb,CAAqB,KAAKy1J,OAAL,CAAa73I,OAAlC,CAA9H,EAAyK,KAAK0R,OAAL,EAAvL,CAApI;AAA4U,aAAxtD,EAAytDqmI,aAAY,uBAAU;AAAC,oBAAIp8J,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,CAAgB,CAAC,KAAK4lJ,MAAL,IAAa,KAAKA,MAAL,CAAY39K,GAAZ,EAAb,IAAgC,CAAC,KAAK29K,MAAvC,MAAiDr8J,IAAE,KAAK8kD,UAAP,EAAkBj+D,IAAEmZ,EAAEgI,IAAF,MAAU,EAA9B,EAAiC9pB,IAAE2I,EAAEzJ,MAArC,EAA4CkW,IAAE8+C,EAAEpyC,CAAF,EAAI,EAAJ,CAA9C,EAAsDuxC,IAAE,KAAK+qH,YAAL,CAAkBhpK,CAAlB,EAAoB,EAApB,CAAxD,EAAgF,KAAKmQ,OAAL,CAAa,KAAb,EAAmB,EAACq4E,OAAMvqC,CAAP,EAAnB,MAAgCvxC,EAAEmH,MAAF,CAASjpB,CAAT,EAAWoV,CAAX,GAAcmjB,IAAE,KAAKmkJ,mBAAL,CAAyBrhG,QAAzB,CAAkCjmE,EAAEyG,GAApC,CAAhB,EAAyD0c,EAAE4N,OAAF,GAAUktB,CAAnE,EAAqE,KAAKgrH,IAAL,CAAUhrH,CAAV,CAArG,CAAjI;AAAqP,aAAr/D,EAAs/D+qH,cAAa,sBAASt8J,CAAT,EAAWnZ,CAAX,EAAa;AAACA,oBAAE4uD,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAaioH,aAAlB,EAAgClgH,CAAhC,CAAF,EAAqCA,EAAEi/D,QAAF,GAAW9lD,CAAhD,CAAkD,IAAI9hB,IAAE,IAAIwtC,CAAJ,CAAM7kC,CAAN,EAAQ,IAAR,CAAN,CAAoB,OAAO3I,CAAP;AAAS,aAAhmE,EAAimEs+K,kBAAiB,4BAAU;AAAC,oBAAIx8J,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,CAAc,CAAC,KAAK8qH,MAAL,IAAa,KAAKA,MAAL,CAAY39K,GAAZ,EAAb,IAAgC,CAAC,KAAK29K,MAAvC,MAAiDr8J,IAAE,KAAKi6J,qBAAP,EAA6BpzK,IAAEmZ,EAAEgI,IAAF,MAAU,EAAzC,EAA4C9pB,IAAE2I,EAAEzJ,MAAhD,EAAuDkW,IAAE8+C,EAAEpyC,CAAF,EAAI,EAAJ,CAAzD,EAAiEuxC,IAAE,KAAKkyG,iBAAL,CAAuBnwJ,CAAvB,CAAnE,EAA6F,KAAKmQ,OAAL,CAAa,KAAb,EAAmB,EAACo9I,YAAWtvG,CAAZ,EAAnB,MAAqC,KAAKkrH,mBAAL,CAAyBnpK,EAAEyG,GAA3B,IAAgCw3C,CAAhC,EAAkCvxC,EAAEmH,MAAF,CAASjpB,CAAT,EAAWoV,CAAX,CAAlC,EAAgD,KAAKopK,aAAL,CAAmBnrH,CAAnB,EAAqB,CAAC,CAAtB,CAAhD,EAAyE,KAAKgrH,IAAL,CAAUhrH,CAAV,CAA9G,CAA9I;AAA2Q,aAAt5E,EAAu5EkyG,mBAAkB,2BAASzjJ,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAEkE,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAamoH,kBAAlB,CAAR,CAA8C,OAAO11D,EAAEuU,QAAF,GAAW9lD,CAAX,EAAa1M,IAAE,IAAI3O,CAAJ,CAAMkC,KAAG,IAAIo5B,CAAJ,EAAT,EAAe/hC,KAAG,IAAI+hC,CAAJ,EAAlB,EAAwBsxB,CAAxB,CAAtB;AAAiD,aAAxhF,EAAyhForH,WAAU,mBAAS38J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,IAAG,KAAKmmJ,UAAL,IAAkBrrH,IAAE,KAAKzyD,OAAL,CAAagzE,QAAjC,EAA0C,WAASjrE,CAAtD,EAAwD3I,IAAEqzD,EAAEsrH,YAAJ,EAAiBvpK,IAAEi+C,EAAEurH,aAArB,CAAxD,KAA+F;AAAC,wBAAG,gBAAcj2K,CAAjB,EAAmB,OAAO4vB,IAAEo/B,EAAE1C,CAAF,EAAI,IAAJ,CAAF,EAAYj1D,IAAEu3D,EAAE,EAAF,EAAK,EAACwa,MAAKx5C,CAAN,EAAQtG,IAAGsG,CAAX,EAAL,EAAmB86B,EAAEwrH,iBAArB,CAAd,EAAsDzpK,IAAEi+C,EAAEyrH,kBAA1D;AAA6E,sBAAKX,MAAL,GAAY,IAAI9nH,CAAJ,CAAM,KAAKlwB,OAAX,EAAmB,EAAC2xC,QAAOngB,EAAE,KAAKvS,OAAP,EAAe,IAAf,CAAR,EAA6BilB,QAAO1S,EAAE,KAAKwvF,OAAP,EAAe,IAAf,CAApC,EAAyDhvE,OAAMr2D,CAA/D,EAAiE7f,MAAK0G,CAAtE,EAAwEzH,QAAO,IAA/E,EAAoF69K,SAAQ/+K,CAA5F,EAA8FkxD,UAAS97C,CAAvG,EAAnB,CAAZ,EAA0I,KAAKmQ,OAAL,CAAa,MAAb,EAAoB,KAAKy5J,SAAL,EAApB,CAA1I;AAAgL,aAAp7F,EAAq7FX,MAAK,cAASv8J,CAAT,EAAW;AAAC,oBAAGA,EAAE8lD,QAAL,EAAc;AAAC,wBAAIj/D,IAAEmZ,aAAa0rB,CAAb,GAAe,OAAf,GAAuB,YAA7B,CAA0C,KAAKixI,SAAL,CAAe38J,EAAE8lD,QAAjB,EAA0Bj/D,CAA1B;AAA6B;AAAC,aAA7hG,EAA8hG+1K,YAAW,sBAAU;AAAC,qBAAKP,MAAL,KAAc,KAAKc,kBAAL,GAA0BviG,aAA1B,CAAwC,KAAKyhG,MAAL,CAAYhmG,KAApD,GAA2D,KAAK+mG,cAAL,EAAzE;AAAgG,aAAppG,EAAqpGC,UAAS,oBAAU;AAAC,qBAAKhB,MAAL,IAAa,KAAKA,MAAL,CAAY39K,GAAZ,EAAb,IAAgC,CAAC,KAAK+kB,OAAL,CAAa,MAAb,EAAoB,KAAKy5J,SAAL,EAApB,CAAjC,IAAwE,KAAKC,kBAAL,GAA0BlkG,IAA1B,EAAxE;AAAyG,aAAlxG,EAAmxG31B,SAAQ,mBAAU;AAAC,qBAAK+4H,MAAL,IAAa,KAAKA,MAAL,CAAY39K,GAAZ,EAAb,IAAgC,CAAC,KAAK+kB,OAAL,CAAa,MAAb,EAAoB,KAAKy5J,SAAL,EAApB,CAAjC,KAAyE,KAAKC,kBAAL,GAA0BlkG,IAA1B,IAAiC,KAAKmkG,cAAL,EAA1G;AAAiI,aAAv6G,EAAw6G/3B,SAAQ,mBAAU;AAAC,oBAAIrlI,CAAJ,EAAMnZ,CAAN,CAAQ,KAAKw1K,MAAL,IAAa,CAAC,KAAK54J,OAAL,CAAa,QAAb,EAAsB,KAAKy5J,SAAL,EAAtB,CAAd,KAAwDl9J,IAAE,KAAKq8J,MAAL,CAAYhmG,KAAd,EAAoB,KAAK8mG,kBAAL,GAA0BviG,aAA1B,CAAwC56D,CAAxC,CAApB,EAA+DnZ,IAAE,KAAK41K,mBAAL,CAAyBz8J,EAAEjG,GAA3B,KAAiC,KAAKigK,QAAL,CAAch6J,EAAEtY,EAAhB,CAAlG,EAAsHb,KAAGA,EAAEsxK,oBAAF,CAAuBn4J,CAAvB,CAAzH,EAAmJ,KAAKo9J,cAAL,EAA3M;AAAkO,aAArqH,EAAsqHD,oBAAmB,8BAAU;AAAC,uBAAM,YAAU,KAAKd,MAAL,CAAYv9K,OAAZ,CAAoBqB,IAA9B,GAAmC,KAAK2kE,UAAxC,GAAmD,KAAKm1G,qBAA9D;AAAoF,aAAxxH,EAAyxHiD,WAAU,qBAAU;AAAC,oBAAIl9J,IAAE,EAACyI,WAAU,KAAK4zJ,MAAL,CAAY7mI,OAAvB,EAAN,CAAsC,OAAOx1B,EAAE,KAAKq8J,MAAL,CAAYv9K,OAAZ,CAAoBqB,IAAtB,IAA4B,KAAKk8K,MAAL,CAAYhmG,KAAxC,EAA8Cr2D,CAArD;AAAuD,aAA34H,EAA44Ho9J,gBAAe,0BAAU;AAAC,qBAAKf,MAAL,KAAc,KAAKA,MAAL,CAAYz0J,KAAZ,IAAoB,KAAKy0J,MAAL,GAAY,IAA9C;AAAoD,aAA19H,EAA29Hf,eAAc,yBAAU;AAAC,qBAAK9lI,OAAL,GAAa,KAAKnR,OAAL,CAAa5tB,KAAb,GAAqB2F,GAArB,CAAyB,UAAzB,EAAoC,UAApC,EAAgDnQ,IAAhD,CAAqD,UAArD,EAAgE,CAAhE,EAAmE6mB,QAAnE,CAA4E,oBAA5E,CAAb,EAA+G,KAAK0vI,UAAL,GAAgBxiJ,EAAE,SAAF,EAAa+G,QAAb,CAAsB,KAAKsd,OAA3B,CAA/H;AAAmK,aAAvpI,EAAwpIm3I,eAAc,uBAASx7J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX;AAAA,oBAAmBZ,IAAE2I,EAAEirE,QAAvB;AAAA,oBAAgCx+D,IAAEzM,EAAEkgH,aAApC;AAAA,oBAAkDx1D,IAAE1qD,EAAEogH,kBAAtD;AAAA,oBAAyExwF,IAAE,CAACzW,KAAG,EAAJ,EAAQ+mG,aAAnF,CAAiG7oH,MAAI,CAAC,CAAL,IAAQoV,EAAEw+D,QAAF,GAAW,CAAC,CAAZ,EAAcvgB,EAAEugB,QAAF,GAAW,CAAC,CAAlC,KAAsCre,EAAEv1D,CAAF,EAAIoV,EAAEw+D,QAAN,EAAe,CAAC,MAAD,EAAQ,QAAR,EAAiB,SAAjB,CAAf,GAA4Cre,EAAEv1D,CAAF,EAAIqzD,EAAEugB,QAAN,EAAe,CAAC,MAAD,EAAQ,QAAR,CAAf,CAAlF,GAAqHr7C,KAAGA,EAAE2xF,UAAL,KAAkBvhH,EAAEkgH,aAAF,CAAgBqB,UAAhB,GAA2B3xF,EAAE2xF,UAA/C,CAArH;AAAgL,aAAn8I,EAAo8IqzD,sBAAqB,gCAAU;AAAC,oBAAIz7J,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAEmZ,EAAEgnG,UAAvB;AAAA,oBAAkC9oH,IAAE8hB,EAAEu2G,QAAtC;AAAA,oBAA+CjjH,IAAE4jD,MAAM/6D,OAAN,CAAc2iE,QAA/D,CAAwEj4D,KAAG,CAACg3F,GAAGh3F,EAAE6rG,QAAL,CAAJ,KAAqB1yF,EAAEgnG,UAAF,GAAavxD,EAAE,EAACi9C,UAAS,CAACp/F,CAAX,EAAF,EAAgB0M,EAAEgnG,UAAlB,CAAlC,GAAiE9oH,KAAG,CAAC2/F,GAAG3/F,EAAEuC,GAAL,CAAJ,KAAgBuf,EAAEu2G,QAAF,GAAW9gE,EAAE,EAACh1D,KAAI6S,IAAE,MAAF,GAAS,MAAd,EAAF,EAAwB0M,EAAEu2G,QAA1B,CAA3B,CAAjE;AAAiI,aAA7qJ,EAA8qJmlD,aAAY,uBAAU;AAAC,oBAAI70K,IAAEmZ,EAAE,6BAAF,EAAiC+G,QAAjC,CAA0C,KAAKy7I,UAA/C,EAA2D,CAA3D,CAAN;AAAA,oBAAoEtkK,IAAE,KAAKmxF,QAAL,EAAtE,CAAsF,KAAK+b,MAAL,GAAY,IAAIx1C,CAAJ,CAAM/uD,CAAN,EAAQ,EAACmiB,OAAM9qB,EAAE8qB,KAAF,IAASmhG,EAAhB,EAAmBp8F,QAAO7vB,EAAE6vB,MAAF,IAAUimF,EAApC,EAAR,CAAZ;AAA6D,aAAx1J,EAAy1J4nE,iBAAgB,2BAAU;AAAC,oBAAI57J,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEqkB,OAAf,CAAuBx9B,EAAE2Y,EAAF,CAAKo3C,EAAL,EAAQf,EAAE71C,EAAEgpI,MAAJ,EAAWhpI,CAAX,CAAR,EAAuBR,EAAvB,CAA0B,YAAUs0F,EAApC,EAAuCj+C,EAAE71C,EAAEwuI,QAAJ,EAAaxuI,CAAb,CAAvC,GAAwDA,EAAEg6G,WAAF,GAAc,IAAI9iE,MAAM6sB,UAAV,CAAqB,KAAKy+E,UAA1B,EAAqC,EAACjgF,YAAW,CAAC,CAAb,EAAeG,SAAQ,CAAC,CAAxB,EAA0Bu3C,KAAIpkE,EAAE71C,EAAEk6G,IAAJ,EAASl6G,CAAT,CAA9B,EAA0CjS,OAAM8nD,EAAE71C,EAAEs9J,UAAJ,EAAet9J,CAAf,CAAhD,EAAkEqpB,MAAKwsB,EAAE71C,EAAEolI,KAAJ,EAAUplI,CAAV,CAAvE,EAAoFthB,KAAIm3D,EAAE71C,EAAEqqI,QAAJ,EAAarqI,CAAb,CAAxF,EAAwGm6G,cAAatkE,EAAE71C,EAAEu9J,aAAJ,EAAkBv9J,CAAlB,CAArH,EAA0Iq6G,eAAcxkE,EAAE71C,EAAEw9J,cAAJ,EAAmBx9J,CAAnB,CAAxJ,EAA8Ku6G,YAAW1kE,EAAE71C,EAAEy9J,WAAJ,EAAgBz9J,CAAhB,CAAzL,EAArC,CAAtE,EAAyTA,EAAEoiJ,WAAF,GAAc,IAAIpkE,EAAJ,CAAOh+E,CAAP,CAAvU,EAAiV,KAAKwiJ,UAAL,CAAgBhjJ,EAAhB,CAAmB,cAAYs0F,EAA/B,EAAkCj+C,EAAE71C,EAAE45G,UAAJ,EAAe55G,CAAf,CAAlC,EAAqDR,EAArD,CAAwD,aAAWs0F,EAAnE,EAAsEj+C,EAAE71C,EAAE65G,SAAJ,EAAc75G,CAAd,CAAtE,EAAwFR,EAAxF,CAA2F,cAAYs0F,EAAvG,EAA0Gj+C,EAAE71C,EAAE09J,UAAJ,EAAe19J,CAAf,CAA1G,EAA6HR,EAA7H,CAAgI,cAAYs0F,EAA5I,EAA+Ij+C,EAAE71C,EAAE29J,UAAJ,EAAe39J,CAAf,CAA/I,EAAkKR,EAAlK,CAAqK,YAAUs0F,EAA/K,EAAkLj+C,EAAE71C,EAAE49J,QAAJ,EAAa59J,CAAb,CAAlL,CAAjV,EAAohB,KAAK69J,YAAL,GAAkBhoH,EAAE71C,EAAE6kJ,YAAJ,EAAiB7kJ,CAAjB,CAAtiB,EAA0jBA,EAAE+tI,cAAF,GAAiBl4F,EAAE71C,EAAEuhD,MAAJ,EAAWvhD,CAAX,EAAa,CAAC,CAAd,CAA3kB,EAA4lBk3C,MAAMmQ,QAAN,CAAernD,EAAE+tI,cAAjB,CAA5lB,EAA6nB,KAAKxuH,IAAL,CAAUk2E,EAAV,EAAa5/C,EAAE71C,EAAE8kJ,eAAJ,EAAoB9kJ,CAApB,CAAb,CAA7nB,EAAkqB,KAAKuf,IAAL,CAAUm2E,EAAV,EAAa7/C,EAAE71C,EAAE8kJ,eAAJ,EAAoB9kJ,CAApB,CAAb,CAAlqB;AAAusB,aAAllL,EAAmlLs9J,YAAW,oBAASt9J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAK4/K,mBAAL,GAAyB,CAAC,CAA1B,EAA4Bj3K,IAAE,KAAKk3K,eAAL,CAAqB/9J,CAArB,EAAuB,CAAC,CAAxB,CAA9B,EAAyD9hB,IAAE8hB,EAAEJ,KAA7D,EAAmE,KAAKwiJ,WAAL,CAAiBr0J,KAAjB,CAAuBlH,CAAvB,EAAyB,KAAKm3K,KAAL,CAAW9/K,CAAX,CAAzB,MAA0C,KAAK4mK,eAAL,IAAuB5mK,EAAEyjB,cAAF,EAAjE,CAAnE;AAAwJ,aAA1wL,EAA2wLyjI,OAAM,eAASplI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKk3K,eAAL,CAAqB/9J,CAArB,CAAN;AAAA,oBAA8B9hB,IAAE8hB,EAAEJ,KAAlC,CAAwC,KAAKwiJ,WAAL,CAAiB/4H,IAAjB,CAAsBxiC,CAAtB,EAAwB,KAAKm3K,KAAL,CAAW9/K,CAAX,CAAxB,KAAwCA,EAAEyjB,cAAF,EAAxC;AAA2D,aAAh4L,EAAi4L0oI,UAAS,kBAASrqI,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAK4/K,mBAAL,GAAyB,CAAC,CAA1B,EAA4Bj3K,IAAE,KAAKk3K,eAAL,CAAqB/9J,CAArB,CAA9B,EAAsD9hB,IAAE8hB,EAAEJ,KAA1D,EAAgE,KAAKwiJ,WAAL,CAAiB1jK,GAAjB,CAAqBmI,CAArB,EAAuB,KAAKm3K,KAAL,CAAW9/K,CAAX,CAAvB,MAAwC,KAAK+/K,cAAL,IAAsB//K,EAAEyjB,cAAF,EAA9D,CAAhE;AAAkJ,aAAhjM,EAAijM+7J,YAAW,oBAAS19J,CAAT,EAAW;AAAC,oBAAG,CAAC,KAAK89J,mBAAT,EAA6B;AAAC,wBAAIj3K,IAAE,KAAKk3K,eAAL,CAAqB/9J,CAArB,CAAN,CAA8B,KAAKoiJ,WAAL,CAAiBmC,kBAAjB,CAAoC19J,CAApC,GAAuC,KAAKu7J,WAAL,CAAiBqC,aAAjB,CAA+B59J,CAA/B,CAAvC;AAAyE;AAAC,aAA9sM,EAA+sM82K,YAAW,sBAAU;AAAC,qBAAKG,mBAAL,GAAyB,CAAC,CAA1B;AAA4B,aAAjwM,EAAkwMF,UAAS,oBAAU;AAAC,qBAAKE,mBAAL,GAAyB,CAAC,CAA1B;AAA4B,aAAlzM,EAAmzM5jD,MAAK,cAASl6G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,KAAK6wG,WAAjB;AAAA,oBAA6B3rI,IAAE,KAAK33B,OAAL,CAAakoH,UAA5C;AAAA,oBAAuD11D,IAAE,KAAKysH,eAAL,CAAqB/9J,CAArB,CAAzD;AAAA,oBAAiFtb,IAAE,KAAK8e,KAAL,EAAnF,CAAgG+tC,EAAEgzG,kBAAF,CAAqBjzG,CAArB,GAAwBC,EAAEmxG,WAAF,IAAe77J,IAAE0qD,EAAEmxG,WAAJ,EAAgB,KAAKj/I,OAAL,CAAa,OAAb,EAAqB,EAAC07G,MAAKt4H,CAAN,EAAQ4vG,OAAMnlD,CAAd,EAArB,CAAhB,EAAuD76B,KAAG5vB,EAAE/H,OAAF,CAAUkoH,UAAV,KAAuB,CAAC,CAA3B,KAA+B9oH,IAAEu4B,EAAEi8E,QAAF,KAAa,CAAC,CAAhB,EAAkBp/F,IAAE4jD,MAAM/6D,OAAN,CAAc2iE,QAAd,IAAwB,KAAKk/G,KAAL,CAAWh+J,EAAEJ,KAAb,EAAoBomB,OAAhE,EAAwEn/B,EAAE08J,UAAF,GAAajwJ,KAAG,KAAKwxJ,eAAL,IAAuBj+J,EAAErD,MAAF,CAAS,CAAC,CAAV,CAA1B,IAAwC,KAAKy6K,cAAL,CAAoBv5K,CAApB,CAArD,IAA6E,KAAKogK,eAAL,IAAuB,KAAKthK,MAAL,CAAYqD,CAAZ,EAAc,EAAC0+J,gBAAernK,KAAGoV,CAAnB,EAAd,CAAvB,EAA4D,KAAK2qK,cAAL,CAAoBv5K,CAApB,CAAzI,CAAvG,CAAtE,IAAgV+xB,MAAI,KAAKquI,eAAL,IAAuB,KAAK1D,QAAL,EAA3B,CAAxW;AAAoZ,aAAxzN,EAAyzN5S,UAAS,kBAASxuI,CAAT,EAAW;AAAC,qBAAKoiJ,WAAL,CAAiBsC,OAAjB,CAAyB1kJ,EAAEuC,OAA3B,EAAmC,KAAKy7J,KAAL,CAAWh+J,CAAX,CAAnC,KAAmDA,EAAE2B,cAAF,EAAnD;AAAsE,aAAp5N,EAAq5NqnI,QAAO,gBAAShpI,CAAT,EAAW;AAAC,oBAAInZ,IAAE3I,EAAE8hB,CAAF,CAAN;AAAA,oBAAW1M,IAAE,KAAKyqK,eAAL,CAAqB/9J,CAArB,CAAb;AAAA,oBAAqCuxC,IAAEkE,EAAE,KAAKuoH,KAAL,CAAWh+J,CAAX,CAAF,EAAgB,EAACohE,OAAMv6E,CAAP,EAAhB,CAAvC,CAAkE,KAAKu7J,WAAL,CAAiB6C,KAAjB,CAAuB3xJ,CAAvB,EAAyBi+C,CAAzB,KAA6BvxC,EAAE2B,cAAF,EAA7B;AAAgD,aAA1hO,EAA2hOq8J,OAAM,eAASh+J,CAAT,EAAW;AAAC,uBAAM,EAACgmB,SAAQhmB,EAAEgmB,OAAX,EAAmB2+H,SAAQ3kJ,EAAE2kJ,OAA7B,EAAqC1+H,QAAOjmB,EAAEimB,MAA9C,EAAqDF,UAAS/lB,EAAE+lB,QAAhE,EAAyE5lC,MAAK6f,EAAE7f,IAAhF,EAAN;AAA4F,aAAzoO,EAA0oO49K,iBAAgB,yBAAS/9J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,OAAO0M,EAAEm8C,KAAF,IAAS7oD,IAAEzM,IAAE,eAAF,GAAkB,UAApB,EAA+B3I,IAAE,IAAI+hC,CAAJ,CAAMjgB,EAAE0rB,CAAF,CAAIp4B,CAAJ,CAAN,EAAa0M,EAAE4rB,CAAF,CAAIt4B,CAAJ,CAAb,CAA1C,IAAgEpV,IAAE,IAAI+hC,CAAJ,CAAMjgB,EAAE2C,KAAR,EAAc3C,EAAE+C,KAAhB,CAAlE,EAAyF,KAAKm7J,eAAL,CAAqBhgL,CAArB,CAAhG;AAAwH,aAAxyO,EAAyyOq/K,eAAc,uBAASv9J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,KAAK4mK,eAAL,IAAuB,KAAKvC,QAAL,CAAc7rJ,OAAd,EAAvB,EAA+C7P,IAAE,KAAKq3K,eAAL,CAAqB,IAAIj+I,CAAJ,CAAMjgB,EAAE0gE,MAAF,CAASh1C,CAAf,EAAiB1rB,EAAE0gE,MAAF,CAAS90C,CAA1B,CAArB,CAAjD,EAAoG1tC,IAAE,EAACu4G,OAAM5vG,CAAP,EAAS+rD,MAAK,KAAKA,IAAL,EAAd,EAAtG,EAAiI,KAAKnvC,OAAL,CAAagyF,EAAb,EAAgBv3G,CAAhB,MAAqB,KAAKigL,QAAL,GAAcn+J,CAAd,EAAgB,KAAKo+J,cAAL,GAAoBv3K,CAAzD,CAAjI;AAA6L,aAAxgP,EAAygP22K,gBAAe,wBAASx9J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAK6qK,QAAf;AAAA,oBAAwB5sH,IAAE,KAAK6sH,cAA/B;AAAA,oBAA8C3nJ,IAAE,KAAK4nJ,cAAL,CAAoB,IAAIp+I,CAAJ,CAAMjgB,EAAE0gE,MAAF,CAASh1C,CAAf,EAAiB1rB,EAAE0gE,MAAF,CAAS90C,CAA1B,CAApB,CAAhD;AAAA,oBAAkG0lB,IAAEtxC,EAAE2gE,QAAF,GAAWrtE,EAAEqtE,QAAjH;AAAA,oBAA0Hj8E,IAAE,KAAK45K,KAAjI;AAAA,oBAAuInrH,IAAE,CAAC,CAA1I,CAA4IsrC,GAAG1yD,GAAH,CAAOulB,IAAE,CAAT,KAAaoF,EAAb,KAAkB,KAAK4nH,KAAL,GAAW55K,IAAE,KAAK65K,aAAL,CAAmB75K,IAAE4sD,CAArB,CAAb,EAAqC,KAAKxyD,OAAL,CAAa8zD,IAAb,GAAkBluD,CAAvD,EAAyD,KAAKy5K,QAAL,GAAcn+J,CAAvE,EAAyEmzC,IAAE,CAAC,CAA9F,GAAiGtsD,IAAE0qD,EAAE+/F,KAAF,CAAQ5sJ,CAAR,CAAnG,EAA8GxG,IAAEu4B,EAAE46H,KAAF,CAAQxqJ,CAAR,CAAhH,EAA2H,CAACssD,KAAG,KAAK2vG,IAAL,CAAUttE,UAAV,CAAqBt3F,CAArB,KAAyBu4D,EAA7B,MAAmC,KAAK+nH,aAAL,CAAmBtgL,CAAnB,GAAsB,KAAKugL,eAAL,EAAzD,CAA3H,EAA4Mz+J,EAAE2B,cAAF,EAA5M;AAA+N,aAA/4P,EAAg5P87J,aAAY,uBAAU;AAAC,qBAAK3+K,OAAL,CAAay3H,QAAb,KAAwB,CAAC,CAAzB,IAA4B,KAAKgsC,QAAL,CAAc5hG,MAAd,EAA5B,EAAmD,KAAKl9C,OAAL,CAAa8xF,EAAb,EAAgB,EAACkB,OAAM,KAAK2nE,cAAZ,EAA2BxrH,MAAK,KAAKA,IAAL,EAAhC,EAAhB,CAAnD;AAAiH,aAAxhQ,EAAyhQ7c,SAAQ,mBAAU;AAAC,oBAAI/1B,IAAE,KAAKqvE,QAAL,EAAN,CAAsB,KAAK+b,MAAL,IAAa,KAAKA,MAAL,CAAYzrE,IAAZ,CAAiB3f,CAAjB,CAAb,EAAiC,KAAKwiJ,UAAL,IAAiB,KAAK0Z,OAAtB,IAA+B,KAAK1Z,UAAL,CAAgBz0I,MAAhB,CAAuB/N,EAAE+N,MAAzB,CAAhE;AAAiG,aAAnqQ,EAAoqQ6rG,YAAW,oBAAS55G,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE5gB,MAAF,CAASs6F,UAAf,CAA0B7yF,KAAGA,EAAE8yF,UAAF,CAAagiE,MAAhB,IAAwB90J,EAAE8yF,UAAF,CAAagiE,MAAb,CAAoB,CAAC,CAArB,EAAuB90J,EAAE8yF,UAAzB,CAAxB;AAA6D,aAAlxQ,EAAmxQkgC,WAAU,mBAAS75G,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE5gB,MAAF,CAASs6F,UAAf,CAA0B7yF,KAAGA,EAAE8yF,UAAF,CAAagiE,MAAhB,IAAwB90J,EAAE8yF,UAAF,CAAagiE,MAAb,CAAoB,CAAC,CAArB,EAAuB90J,EAAE8yF,UAAzB,CAAxB;AAA6D,aAAh4Q,EAAi4Qw7B,YAAW,sBAAU;AAAC,oBAAIn1G,IAAE,IAAN;AAAA,oBAAWnZ,IAAE8uD,EAAE+L,EAAF,CAAKqF,MAAL,IAAa,EAA1B;AAAA,oBAA6B7oE,IAAE,CAAC,CAAC8hB,EAAElhB,OAAF,IAAW,EAAZ,EAAgBw2H,KAAhB,IAAuB,EAAxB,EAA4B3zH,WAA5B,EAA/B;AAAA,oBAAyE2R,IAAE,CAACzM,EAAE3I,CAAF,KAAM,EAAP,EAAWmpH,OAAtF,CAA8FrnG,EAAElhB,OAAF,GAAU22D,EAAE,EAAF,EAAKniD,CAAL,EAAO0M,EAAElhB,OAAT,CAAV,EAA4BkhB,EAAElhB,OAAF,CAAUgzE,QAAV,KAAqB,CAAC,CAAtB,IAAyBrc,EAAEz1C,EAAElhB,OAAJ,EAAY,EAACgzE,UAAS,CAACx+D,KAAG,EAAJ,EAAQw+D,QAAlB,EAAZ,CAArD;AAA8F,aAAnlR,EAAolRmqG,uBAAsB,iCAAU;AAAC,oBAAIj8J,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAEmZ,EAAEqkF,MAAF,CAASjnG,MAA9B,CAAqCyJ,KAAG,KAAK63K,aAAL,EAAH,EAAwB1+J,EAAEmjJ,WAAF,CAAc/lK,MAAd,IAAsB,KAAKuhL,kBAAL,EAA9C,EAAwE93K,KAAGmZ,EAAEkhJ,MAAL,IAAa,KAAKA,MAAL,CAAYlhJ,EAAEkhJ,MAAd,CAArF;AAA2G,aAArwR,EAAswRwd,eAAc,yBAAU;AAAC,oBAAI1+J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEY,OAAnB;AAAA,oBAA2ByyD,IAAEj+C,EAAE+wF,MAA/B,CAAsC,KAAIx9F,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAEuxC,EAAE1qD,CAAF,CAAF,EAAO3I,EAAEg7J,QAAF,CAAWl5I,CAAX,CAAP;AAAvB;AAA4C,aAAj3R,EAAk3R2+J,oBAAmB,8BAAU;AAAC,oBAAI3+J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,IAAd;AAAA,oBAAmB96B,IAAE86B,EAAEzyD,OAAvB;AAAA,oBAA+BwyD,IAAE76B,EAAEwwF,kBAAnC;AAAA,oBAAsDviH,IAAE+xB,EAAE0sI,WAA1D,CAAsE,KAAI7vJ,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB0M,wBAAEtb,EAAE4O,CAAF,CAAF,EAAOzM,IAAE0qD,EAAEqtH,qBAAF,CAAwB5+J,EAAEiwD,IAA1B,CAAT,EAAyC/xE,IAAEqzD,EAAEqtH,qBAAF,CAAwB5+J,EAAEmQ,EAA1B,CAA3C,EAAyEohC,EAAE6nG,OAAF,CAAUvyJ,CAAV,EAAY3I,CAAZ,EAAcu3D,EAAE,EAAF,EAAKnE,CAAL,EAAOtxC,CAAP,CAAd,CAAzE;AAAvB;AAAyH,aAA/kS,EAAglS4+J,uBAAsB,+BAAS5+J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,OAAO0M,IAAEA,KAAG,EAAL,EAAQnZ,IAAE,IAAV,EAAe3I,IAAEs2G,GAAGx0F,CAAH,IAAMA,CAAN,GAAQA,EAAE63J,OAAF,IAAW73J,EAAEtY,EAAtC,EAAyCxJ,KAAGoV,IAAEzM,EAAEg5J,YAAF,CAAe3hK,CAAf,CAAF,EAAoB8hB,EAAE83J,SAAF,KAAcxkK,IAAEA,EAAE4wJ,YAAF,CAAelkJ,EAAE83J,SAAjB,CAAhB,CAAvB,IAAqExkK,IAAE,IAAI2sB,CAAJ,CAAMjgB,EAAE0rB,CAAF,IAAK,CAAX,EAAa1rB,EAAE4rB,CAAF,IAAK,CAAlB,CAAhH,EAAqIt4B,CAA5I;AAA8I,aAA1wS,EAA2wSsvC,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,IAAN,CAAWq0C,EAAE73D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB0iB,CAAlB,GAAqB,KAAKg6G,WAAL,IAAkB,KAAKA,WAAL,CAAiBp3E,OAAjB,EAAvC,EAAkEsU,MAAMoQ,YAAN,CAAmBtnD,EAAE+tI,cAArB,CAAlE,EAAuG/tI,EAAEyxB,KAAF,EAAvG,EAAiHzxB,EAAEqkB,OAAF,CAAUprB,GAAV,CAAc66F,EAAd,CAAjH,EAAmI9zF,EAAEuiJ,QAAF,CAAW/sH,OAAX,CAAmBv8B,GAAnB,CAAuB66F,EAAvB,CAAnI,EAA8J9zF,EAAEorF,MAAF,CAASxoD,OAAT,CAAiB,CAAC,CAAlB,CAA9J,EAAmL5iC,EAAEorF,MAAF,GAASvkG,CAA5L,EAA8LmZ,EAAEo9J,cAAF,EAA9L,EAAiNp9J,EAAE6+J,eAAF,EAAjN,EAAqO7+J,EAAE8+J,qBAAF,EAArO,EAA+P9+J,EAAE8kJ,eAAF,EAA/P;AAAmR,aAA5jT,EAA6jT+Z,iBAAgB,2BAAU;AAAC,oBAAI7+J,IAAE,KAAKuiJ,QAAX,CAAoBviJ,MAAIA,EAAE4iC,OAAF,IAAY5iC,EAAEqkB,OAAF,CAAU7tB,MAAV,EAAZ,EAA+B,KAAK+rJ,QAAL,GAAc,IAAjD;AAAuD,aAAnqT,EAAoqTr3D,MAAK,gBAAU;AAAC,oBAAIlrF,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,IAAE,EAAC+wF,QAAO,EAAR,EAAW8+D,aAAY,EAAvB,EAAZ,CAAuC,KAAInjJ,IAAE,CAAN,EAAQA,IAAE,KAAKqkF,MAAL,CAAYjnG,MAAtB,EAA6B4iB,GAA7B;AAAiC9hB,wBAAE,KAAKmmG,MAAL,CAAYrkF,CAAZ,CAAF,EAAiB9hB,EAAEY,OAAF,CAAU04K,YAAV,IAAwBlkK,EAAE+wF,MAAF,CAASxoG,IAAT,CAAcqC,EAAEY,OAAhB,CAAzC;AAAjC,iBAAmG,KAAIkhB,IAAE,CAAN,EAAQA,IAAE,KAAKmjJ,WAAL,CAAiB/lK,MAA3B,EAAkC4iB,GAAlC;AAAsCnZ,wBAAE,KAAKs8J,WAAL,CAAiBnjJ,CAAjB,CAAF,EAAsB1M,EAAE6vJ,WAAF,CAActnK,IAAd,CAAmB45D,EAAE,EAAF,EAAK5uD,EAAE/H,OAAP,EAAe+H,EAAE2xD,MAAF,EAAf,CAAnB,CAAtB;AAAtC,iBAA2G,OAAOllD,CAAP;AAAS,aAAl7T,EAAm7TkQ,OAAM,iBAAU;AAAC,oBAAG,CAAC,KAAK6gB,OAAL,CAAajxB,EAAb,CAAgB8jD,MAAMmE,cAAN,EAAhB,CAAJ,EAA4C;AAAC,wBAAIr7C,CAAJ;AAAA,wBAAMnZ,IAAE,KAAKw9B,OAAb;AAAA,wBAAqBnmC,IAAE2I,EAAE,CAAF,CAAvB;AAAA,wBAA4ByM,IAAE,EAA9B;AAAA,wBAAiCi+C,IAAE,EAAnC;AAAA,wBAAsC96B,IAAEp7B,SAASuO,eAAjD,CAAiE;AAAG1L,4BAAEA,EAAEoD,UAAJ,EAAepD,EAAEi/C,YAAF,GAAej/C,EAAE++C,YAAjB,KAAgC3pC,EAAEzX,IAAF,CAAOqC,CAAP,GAAUqzD,EAAE11D,IAAF,CAAOqC,EAAE+kB,SAAT,CAA1C,CAAf;AAAH,6BAAuF/kB,KAAGu4B,CAA1F,EAA6F,KAAI5vB,EAAE2c,KAAF,IAAUxD,IAAE,CAAhB,EAAkBA,IAAE1M,EAAElW,MAAtB,EAA6B4iB,GAA7B;AAAiC1M,0BAAE0M,CAAF,EAAKiD,SAAL,GAAesuC,EAAEvxC,CAAF,CAAf;AAAjC,qBAAqD,OAAM,CAAC,CAAP;AAAS;AAAC,aAA9sU,EAA+sUsD,MAAK,cAAStD,CAAT,EAAW;AAAC,qBAAKyxB,KAAL,IAAa,KAAKyzB,UAAL,CAAgBllD,CAAhB,CAAb,EAAgC,KAAK0+J,aAAL,EAAhC,EAAqD,KAAKC,kBAAL,EAArD;AAA+E,aAA/yU,EAAgzUz5G,YAAW,oBAASllD,CAAT,EAAW;AAACy1C,kBAAE,KAAK32D,OAAP,EAAekhB,CAAf;AAAkB,aAAz1U,EAA01UyxB,OAAM,iBAAU;AAAC,oBAAIzxB,IAAE,IAAN,CAAWA,EAAExc,MAAF,CAAS,CAAC,CAAV,GAAawc,EAAE+lJ,SAAF,CAAYt0H,KAAZ,EAAb,EAAiCzxB,EAAEo7J,eAAF,CAAkB3pI,KAAlB,EAAjC,EAA2DzxB,EAAE2hJ,WAAF,EAA3D;AAA2E,aAAj8U,EAAk8UvI,SAAQ,iBAASp5I,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,CAAQ,OAAO,KAAK0oH,qBAAL,IAA4B,KAAK5B,WAAjC,IAA8C9mH,IAAE,KAAK0oH,qBAAL,CAA2BjlK,GAA3B,CAA+B,EAA/B,CAAF,EAAqC1B,IAAE,KAAKmpK,mBAAL,CAAyBlrH,EAAEx3C,GAA3B,CAAvC,EAAuEzG,EAAEyI,MAAF,CAASiE,CAAT,CAAvE,EAAmF1M,EAAElU,MAAF,CAASyH,CAAT,CAAnF,EAA+FyM,EAAEojH,MAAF,CAASx4H,CAAT,CAA/F,EAA2GoV,EAAEstJ,WAAF,EAAzJ,KAA2KttJ,IAAE,IAAI3O,CAAJ,CAAMqb,CAAN,EAAQnZ,CAAR,EAAU4uD,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAamoH,kBAAlB,EAAqC/oH,CAArC,CAAV,CAAF,EAAqD,KAAKw+K,aAAL,CAAmBppK,CAAnB,CAAhO,GAAuPA,CAA9P;AAAgQ,aAAluV,EAAmuVyrK,WAAU,mBAAS/+J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,KAAIpV,IAAE,CAAN,EAAQA,IAAE,KAAKilK,WAAL,CAAiB/lK,MAA3B,EAAkCc,GAAlC;AAAsC,wBAAGoV,IAAE,KAAK6vJ,WAAL,CAAiBjlK,CAAjB,CAAF,EAAsBoV,EAAE28D,IAAF,IAAQjwD,CAAR,IAAW1M,EAAE6c,EAAF,IAAMtpB,CAA1C,EAA4C,OAAM,CAAC,CAAP;AAAlF,iBAA2F,OAAM,CAAC,CAAP;AAAS,aAAv2V,EAAw2V61K,eAAc,uBAAS18J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAOA,MAAI,CAAC,CAAL,IAAQ,KAAKw8J,eAAL,CAAqBruJ,GAArB,CAAyB,IAAIogD,EAAEo1G,iBAAN,CAAwBxqJ,CAAxB,EAA0B,IAA1B,CAAzB,EAAyD,CAAC,CAA1D,CAAR,EAAqEA,EAAEqnG,OAAF,GAAU,IAA/E,EAAoFrnG,EAAEm4J,oBAAF,EAApF,EAA6Gn4J,EAAEouF,OAAF,EAA7G,EAAyH,KAAK23D,SAAL,CAAev/I,MAAf,CAAsBxG,EAAEs3F,MAAxB,CAAzH,EAAyJ,KAAK6rD,WAAL,CAAiBtnK,IAAjB,CAAsBmkB,CAAtB,CAAzJ,EAAkL,KAAKyD,OAAL,CAAa4wF,EAAb,EAAgB,EAAC2qE,OAAM,CAACh/J,CAAD,CAAP,EAAWi/J,SAAQ,EAAnB,EAAhB,CAAlL,EAA0Nj/J,CAAjO;AAAmO,aAAvmW,EAAwmWm5I,gBAAe,wBAASn5I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,KAAK2mK,qBAAb,CAAmC,IAAG3mK,KAAG,KAAK+kK,WAAX,EAAuB;AAAC,wBAAGn6K,IAAEk0D,EAAE9+C,CAAF,EAAIqB,EAAEqL,EAAE8lD,QAAJ,CAAJ,CAAF,EAAqB9lD,EAAE8lD,QAAF,GAAW5nE,CAAhC,EAAkC8hB,EAAE4gJ,WAAF,EAAlC,EAAkD,CAAC,KAAKn9I,OAAL,CAAa,KAAb,EAAmB,EAACo9I,YAAW7gJ,CAAZ,EAAnB,CAAtD,EAAyF,OAAO,KAAKy8J,mBAAL,CAAyBv+K,EAAE6b,GAA3B,IAAgCiG,CAAhC,EAAkC1M,EAAE0B,GAAF,CAAM9W,CAAN,CAAlC,EAA2C,KAAKw+K,aAAL,CAAmB18J,CAAnB,EAAqBnZ,CAArB,CAA3C,EAAmEmZ,EAAEu5J,iBAAF,EAAnE,EAAyFv5J,CAAhG;AAAkG,iBAAnN,MAAwN,IAAG,CAAC,KAAKyD,OAAL,CAAa,KAAb,EAAmB,EAACo9I,YAAW7gJ,CAAZ,EAAnB,CAAJ,EAAuC,OAAO,KAAK08J,aAAL,CAAmB18J,CAAnB,EAAqBnZ,CAArB,GAAwBmZ,EAAEu5J,iBAAF,EAAxB,EAA8Cv5J,CAArD;AAAuD,aAA99W,EAA+9Wk5I,UAAS,kBAASl5I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,KAAKxU,OAAL,CAAaioH,aAArB,CAAmC,IAAG/mG,aAAa0rB,CAAhB,EAAkBxtC,IAAE8hB,CAAF,CAAlB,KAA0B;AAAC,wBAAGA,aAAak3C,MAAM8M,KAAtB,EAA4B,OAAO1wD,IAAEmiD,EAAE,EAAF,EAAKniD,CAAL,EAAO0M,KAAG,EAAV,CAAF,EAAgB9hB,IAAE,IAAIwtC,CAAJ,CAAMp4B,CAAN,EAAQ,IAAR,CAAlB;AAAgC,wBAAOzM,MAAI,CAAC,CAAL,IAAQ,KAAKw8J,eAAL,CAAqBruJ,GAArB,CAAyB,IAAIogD,EAAEm1G,YAAN,CAAmBrsK,CAAnB,EAAqB,IAArB,CAAzB,EAAoD,CAAC,CAArD,CAAR,EAAgE,KAAKmmG,MAAL,CAAYxoG,IAAZ,CAAiBqC,CAAjB,CAAhE,EAAoFA,EAAEmpH,OAAF,KAAY,IAAZ,KAAmB,KAAK+zD,eAAL,CAAqBj0J,MAArB,CAA4BjpB,CAA5B,GAA+BA,EAAEmpH,OAAF,GAAU,IAA5D,CAApF,EAAsJ,KAAK0+C,SAAL,CAAev/I,MAAf,CAAsBtoB,EAAEo5G,MAAxB,CAAtJ,EAAsL,KAAK7zF,OAAL,CAAa4wF,EAAb,EAAgB,EAAC2qE,OAAM,CAAC9gL,CAAD,CAAP,EAAW+gL,SAAQ,EAAnB,EAAhB,CAAtL,EAA8N/gL,CAArO;AAAuO,aAA91X,EAA+1X86J,WAAU,mBAASh5I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,IAAV;AAAA,oBAAe96B,IAAE86B,EAAEuT,UAAnB,CAA8B,IAAGruC,KAAG,KAAK4hJ,WAAX,EAAuB;AAAC,wBAAGn6K,IAAEk0D,EAAE37B,CAAF,EAAI9hB,EAAEqL,EAAE8lD,QAAJ,CAAJ,CAAF,EAAqB9lD,EAAE8lD,QAAF,GAAW5nE,CAAhC,EAAkC8hB,EAAE4gJ,WAAF,EAAlC,EAAkD,CAAC,KAAKn9I,OAAL,CAAa,KAAb,EAAmB,EAACq4E,OAAM97E,CAAP,EAAnB,CAAtD,EAAoF,OAAO,KAAK8kD,UAAL,CAAgB9vD,GAAhB,CAAoB9W,CAApB,GAAuBoV,IAAE,KAAKsnK,mBAAL,CAAyBrhG,QAAzB,CAAkCr7E,EAAE6b,GAApC,CAAzB,EAAkEzG,EAAE+wB,OAAF,GAAUrkB,CAA5E,EAA8E1M,EAAE2lJ,QAAF,GAAWpyJ,CAAzF,EAA2FmZ,CAAlG;AAAoG,iBAAhN,MAAqN,IAAG,CAAC,KAAKyD,OAAL,CAAa,KAAb,EAAmB,EAACq4E,OAAM97E,CAAP,EAAnB,CAAJ,EAAkC,OAAO,KAAKk5I,QAAL,CAAcl5I,CAAd,EAAgBnZ,CAAhB,CAAP;AAA0B,aAAtqY,EAAuqY2P,QAAO,gBAASwJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,KAAIzW,IAAE00F,GAAG10F,CAAH,IAAMA,EAAErkB,KAAF,CAAQ,CAAR,CAAN,GAAiB,CAACqkB,CAAD,CAAnB,EAAuB9hB,IAAE4zD,EAAE9xC,CAAF,CAAzB,EAA8B1M,IAAEpV,EAAEmmG,MAAlC,EAAyC9yC,IAAErzD,EAAEilK,WAA7C,EAAyDtlE,GAAGh3F,CAAH,MAAQA,IAAE,CAAC,CAAX,CAAzD,EAAuEA,KAAG,KAAKw8J,eAAL,CAAqBtB,KAArB,EAA1E,EAAuG,KAAKwW,oBAAL,EAAvG,EAAmI9hJ,IAAEnjB,EAAElW,MAAF,GAAS,CAAlJ,EAAoJq5B,KAAG,CAAvJ,EAAyJA,GAAzJ;AAA6J,yBAAKyoJ,WAAL,CAAiB5rK,EAAEmjB,CAAF,CAAjB,EAAsB5vB,CAAtB,EAAwB0qD,CAAxB;AAA7J,iBAAwL,KAAI96B,IAAE86B,EAAEn0D,MAAF,GAAS,CAAf,EAAiBq5B,KAAG,CAApB,EAAsBA,GAAtB;AAA0B,yBAAKyoJ,WAAL,CAAiB3tH,EAAE96B,CAAF,CAAjB,EAAsB5vB,CAAtB;AAA1B,iBAAmD,KAAK2xK,mBAAL,IAA2B3xK,KAAG,KAAKw8J,eAAL,CAAqBpB,MAArB,CAA4B,CAAC,CAA7B,CAA9B,EAA8D,KAAKx+I,OAAL,CAAa4wF,EAAb,EAAgB,EAAC2qE,OAAM,EAAP,EAAUC,SAAQj/J,CAAlB,EAAhB,CAA9D;AAAoG,aAAvhZ,EAAwhZm/J,sBAAqB,8BAASn/J,CAAT,EAAW;AAAC,qBAAKq4J,WAAL,KAAmB,KAAKvzG,UAAL,CAAgBtuD,MAAhB,CAAuBwJ,EAAE8lD,QAAzB,GAAmC,OAAO,KAAKk0G,QAAL,CAAch6J,EAAE8lD,QAAF,CAAWp+D,EAAzB,CAA7D;AAA2F,aAAppZ,EAAqpZ03K,2BAA0B,mCAASp/J,CAAT,EAAW;AAAC,qBAAKq4J,WAAL,KAAmB,KAAK4B,qBAAL,CAA2BzjK,MAA3B,CAAkCwJ,EAAE8lD,QAApC,GAA8C,OAAO,KAAK22G,mBAAL,CAAyBz8J,EAAE8lD,QAAF,CAAW/rD,GAApC,CAAxE;AAAkH,aAA7yZ,EAA8yZ6qJ,gBAAe,wBAAS5kJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,IAAE,EAAd,CAAiB,KAAI86B,IAAE,CAAN,EAAQA,IAAEvxC,EAAE5iB,MAAZ,EAAmBm0D,GAAnB;AAAuB1qD,wBAAEmZ,EAAEuxC,CAAF,CAAF,EAAOj+C,IAAEzM,EAAE/H,OAAF,CAAUgzE,QAAnB,EAA4B5zE,IAAE2I,aAAa6kC,CAAb,GAAe,EAACowD,OAAMj1F,CAAP,EAAf,GAAyB,EAACg6J,YAAWh6J,CAAZ,EAAvD,EAAsEyM,KAAGA,EAAEkD,MAAF,KAAW,CAAC,CAAf,IAAkB,CAAC,KAAKiN,OAAL,CAAa,QAAb,EAAsBvlB,CAAtB,CAAnB,IAA6Cu4B,EAAE56B,IAAF,CAAOgL,CAAP,CAAnH;AAAvB,iBAAoJ,OAAO4vB,CAAP;AAAS,aAAv/Z,EAAw/Z0pI,MAAK,gBAAU;AAAC,qBAAKkD,eAAL,CAAqBlD,IAArB;AAA4B,aAApia,EAAqiaE,MAAK,gBAAU;AAAC,qBAAKgD,eAAL,CAAqBhD,IAArB;AAA4B,aAAjla,EAAkla78J,QAAO,gBAASwc,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAG,CAAC6rE,GAAG1yD,CAAH,CAAJ,EAAU,OAAO,KAAK2lJ,cAAZ,CAA2B9+J,IAAE4uD,EAAE,EAAC8vG,gBAAe,CAAC,CAAjB,EAAF,EAAsB1+J,CAAtB,CAAF,CAA2B,IAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE1qD,EAAE0+J,cAAZ;AAAA,oBAA2B9uI,IAAE,EAA7B;AAAA,oBAAgC66B,IAAE,EAAlC,CAAqC,KAAIC,KAAG,KAAK6vG,QAAL,EAAH,EAAmB,KAAK6X,kBAAL,GAAwB,CAAC,CAA5C,EAA8Cj5J,aAAa5f,KAAb,GAAmBq2B,IAAEzW,CAArB,GAAuBA,aAAa4rB,CAAb,KAAiBnV,IAAE,CAACzW,CAAD,CAAnB,CAArE,EAA6F9hB,IAAE,CAAnG,EAAqGA,IAAEu4B,EAAEr5B,MAAzG,EAAgHc,GAAhH;AAAoHoV,wBAAEmjB,EAAEv4B,CAAF,CAAF,EAAOoV,EAAE9P,MAAF,CAAS,CAAC,CAAV,KAAc8tD,EAAEz1D,IAAF,CAAOyX,CAAP,CAArB;AAApH,iBAAmJ,KAAK4lK,iBAAL,CAAuB5nH,CAAvB,EAAyB,EAAzB,GAA6B,KAAK2nH,kBAAL,GAAwB,CAAC,CAAtD;AAAwD,aAAv5a,EAAw5ajU,WAAU,qBAAU;AAAC,qBAAKxhK,MAAL,CAAY,KAAK6gG,MAAL,CAAYzoG,MAAZ,CAAmB,KAAKunK,WAAxB,CAAZ;AAAkD,aAA/9a,EAAg+aK,YAAW,oBAASxjJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,IAAG,KAAK0nH,kBAAL,GAAwB,CAAC,CAAzB,EAA2B1nH,IAAE,EAA7B,EAAgCvxC,aAAao2C,CAAhD,EAAkD,KAAIl4D,IAAE,KAAKmmG,MAAL,CAAYzoG,MAAZ,CAAmB,KAAKunK,WAAxB,CAAF,EAAuCt8J,IAAE,CAA7C,EAA+CA,IAAE3I,EAAEd,MAAnD,EAA0DyJ,GAA1D;AAA8DyM,wBAAEpV,EAAE2I,CAAF,CAAF,EAAOmZ,KAAG,CAAC1M,EAAE0vJ,QAAF,CAAWhjJ,CAAX,CAAJ,IAAmB,CAAC1M,EAAExU,OAAF,CAAU6hE,MAA9B,IAAsCrtD,EAAE9P,MAAF,CAAS,CAAC,CAAV,KAAc+tD,EAAE11D,IAAF,CAAOyX,CAAP,CAA3D;AAA9D,iBAAmI,KAAK4lK,iBAAL,CAAuB3nH,CAAvB,EAAyB,EAAzB,GAA6B,KAAK0nH,kBAAL,GAAwB,CAAC,CAAtD;AAAwD,aAAhvb,EAAivb7X,UAAS,kBAASphJ,CAAT,EAAW;AAAC,qBAAKi5J,kBAAL,GAAwB,CAAC,CAAzB,CAA2B,IAAIpyK,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,EAAV;AAAA,oBAAai+C,IAAE,EAAf,CAAkB,KAAIvxC,aAAa5f,KAAb,GAAmBmxD,IAAEvxC,CAArB,GAAuBA,aAAa4rB,CAAb,GAAe2lB,EAAE11D,IAAF,CAAOmkB,CAAP,CAAf,GAAyB0yD,GAAG1yD,CAAH,MAAQuxC,IAAE,KAAKo0G,cAAL,CAAoBhqK,KAApB,CAA0B,CAA1B,CAAV,CAAhD,EAAwFuC,IAAE,CAA9F,EAAgGA,IAAEqzD,EAAEn0D,MAApG,EAA2Gc,GAA3G;AAA+G2I,wBAAE0qD,EAAErzD,CAAF,CAAF,EAAO2I,EAAErD,MAAF,CAAS,CAAC,CAAV,KAAc8P,EAAEzX,IAAF,CAAOgL,CAAP,CAArB;AAA/G,iBAA8I,KAAKqyK,iBAAL,CAAuB,EAAvB,EAA0B5lK,CAA1B,GAA6B,KAAK2lK,kBAAL,GAAwB,CAAC,CAAtD;AAAwD,aAAz/b,EAA0/bvb,SAAQ,iBAAS19I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAUvxC,MAAIA,IAAE,KAAK2lJ,cAAL,CAAoBhqK,KAApB,EAAN,GAAmCuC,IAAE,KAAKmhL,gBAAL,CAAsBr/J,CAAtB,CAArC,EAA8D,CAAC69E,GAAGh3F,CAAH,CAAD,IAAQA,CAAR,IAAWyM,IAAEmjB,EAAE,KAAKsvI,SAAP,EAAiB7nK,EAAEohL,OAAnB,CAAF,EAA8B/tH,IAAE,IAAIqhB,EAAJ,CAAO,IAAP,EAAY5yD,CAAZ,EAAc1M,CAAd,CAAhC,EAAiD,KAAK+vJ,eAAL,CAAqBruJ,GAArB,CAAyBu8C,CAAzB,CAA5D,KAA0F,KAAKw0G,SAAL,CAAerI,OAAf,CAAuBx/J,EAAEohL,OAAzB,GAAkC,KAAKC,YAAL,CAAkBrhL,CAAlB,EAAoB,CAAC,CAArB,CAA5H,CAA9D;AAAmN,aAA7uc,EAA8ucy/J,QAAO,gBAAS39I,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAUvxC,MAAIA,IAAE,KAAK2lJ,cAAL,CAAoBhqK,KAApB,EAAN,GAAmCuC,IAAE,KAAKmhL,gBAAL,CAAsBr/J,CAAtB,CAArC,EAA8D,CAAC69E,GAAGh3F,CAAH,CAAD,IAAQA,CAAR,IAAWyM,IAAEmjB,EAAE,KAAKsvI,SAAP,EAAiB7nK,EAAEohL,OAAnB,CAAF,EAA8B/tH,IAAE,IAAIgtC,EAAJ,CAAO,IAAP,EAAYv+E,CAAZ,EAAc1M,CAAd,CAAhC,EAAiD,KAAK+vJ,eAAL,CAAqBruJ,GAArB,CAAyBu8C,CAAzB,CAA5D,KAA0F,KAAKw0G,SAAL,CAAepI,MAAf,CAAsBz/J,EAAEohL,OAAxB,GAAiC,KAAKC,YAAL,CAAkBrhL,CAAlB,EAAoB,CAAC,CAArB,CAA3H,CAA9D;AAAkN,aAA/9c,EAAg+cshL,eAAc,uBAASx/J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,CAAV;AAAA,oBAAY66B,IAAE,KAAK+9B,QAAL,EAAd;AAAA,oBAA8B3qF,IAAE,IAAI0wD,EAAEykG,SAAN,CAAgBvoG,CAAhB,CAAhC,CAAmD,MAAIA,EAAEtoC,KAAN,IAAa,MAAIsoC,EAAEvjC,MAAnB,KAA4BlnB,IAAE4uD,EAAE,EAACrlC,SAAQ,CAAC,CAAV,EAAY2yE,OAAM,eAAlB,EAAF,EAAqCl8F,CAArC,CAAF,EAA0C,UAAQA,EAAEk8F,KAAV,KAAkBl8F,EAAEk8F,KAAF,GAAQ,eAA1B,CAA1C,EAAqF/iF,aAAa4rB,CAAb,GAAet4B,IAAE0M,EAAEq0I,MAAF,CAASr/F,EAAT,CAAjB,GAA8B0/C,GAAG10F,CAAH,IAAM1M,IAAE,KAAKu2J,WAAL,CAAiB7pJ,CAAjB,CAAR,GAA4BA,aAAao2C,CAAb,KAAiB9iD,IAAE0M,EAAE7gB,KAAF,EAAnB,CAA/I,EAA6KoyD,IAAEj+C,EAAEnU,KAAF,EAA/K,EAAyLmU,EAAEs/C,IAAF,CAAO,KAAK0rH,KAAZ,CAAzL,EAA4M,CAAChrK,EAAE0V,KAAF,GAAQsoC,EAAEtoC,KAAV,IAAiB1V,EAAEya,MAAF,GAASujC,EAAEvjC,MAA7B,MAAuC,KAAKuwJ,KAAL,GAAW,KAAKC,aAAL,CAAmB9/E,GAAGrqD,GAAH,CAAOkd,EAAEtoC,KAAF,GAAQuoC,EAAEvoC,KAAjB,EAAuBsoC,EAAEvjC,MAAF,GAASwjC,EAAExjC,MAAlC,CAAnB,CAAX,EAAyEza,IAAEi+C,EAAEpyD,KAAF,GAAUyzD,IAAV,CAAe,KAAK0rH,KAApB,CAAlH,CAA5M,EAA0V,KAAKmB,cAAL,EAA1V,EAAgXvhL,IAAEoV,EAAEnU,KAAF,EAAlX,EAA4XuF,EAAEq+F,KAAF,CAAQzvF,CAAR,EAAUzM,EAAEk8F,KAAZ,CAA5X,EAA+YtsE,IAAEnjB,EAAEwiF,OAAF,GAAYu7D,KAAZ,CAAkBnzJ,EAAE43F,OAAF,EAAlB,CAAjZ,EAAgb,KAAKmqB,GAAL,CAASxpF,EAAE66H,KAAF,CAAQ,CAAC,CAAT,CAAT,EAAqBzqJ,EAAEupB,OAAvB,CAA5c;AAA6e,aAA5he,EAA6hesvJ,aAAY,qBAAS1/J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,EAAc66B,CAAd,EAAgB5sD,CAAhB,CAAkB,IAAG24C,GAAGr9B,CAAH,MAAQA,IAAE,MAAV,GAAkBnZ,IAAE,KAAKrD,MAAL,EAApB,EAAkC,MAAIqD,EAAEzJ,MAA3C,EAAkD;AAAC,4BAAO4iB,EAAEre,WAAF,EAAP,GAAwB,KAAI,MAAJ,CAAW,KAAI,KAAJ;AAAUzD,gCAAEg3D,EAAF,CAAK,MAAM,KAAI,OAAJ,CAAY,KAAI,QAAJ;AAAah3D,gCAAEm4D,EAAF,CAAjF,CAAsF,KAAI9E,IAAE,CAAN,EAAQA,IAAE1qD,EAAEzJ,MAAZ,EAAmBm0D,GAAnB;AAAuB,4BAAGj+C,IAAEzM,EAAE0qD,CAAF,CAAF,EAAOj+C,aAAao4B,CAAvB,EAAyB,QAAO1rB,EAAEre,WAAF,EAAP,GAAwB,KAAI,MAAJ;AAAWzD,oCAAEugG,GAAGrqD,GAAH,CAAOl2C,CAAP,EAASoV,EAAExU,OAAF,CAAU4sC,CAAnB,CAAF,CAAwB,MAAM,KAAI,KAAJ;AAAUxtC,oCAAEugG,GAAGrqD,GAAH,CAAOl2C,CAAP,EAASoV,EAAExU,OAAF,CAAU8sC,CAAnB,CAAF,CAAwB,MAAM,KAAI,OAAJ;AAAY1tC,oCAAEugG,GAAG5zE,GAAH,CAAO3sB,CAAP,EAASoV,EAAExU,OAAF,CAAU4sC,CAAnB,CAAF,CAAwB,MAAM,KAAI,QAAJ;AAAaxtC,oCAAEugG,GAAG5zE,GAAH,CAAO3sB,CAAP,EAASoV,EAAExU,OAAF,CAAU8sC,CAAnB,CAAF,CAAhK;AAAhD,qBAAwO,KAAInV,IAAE,EAAF,EAAK66B,IAAE,EAAP,EAAUC,IAAE,CAAhB,EAAkBA,IAAE1qD,EAAEzJ,MAAtB,EAA6Bm0D,GAA7B;AAAiC,4BAAGj+C,IAAEzM,EAAE0qD,CAAF,CAAF,EAAOj+C,aAAao4B,CAAvB,EAAyB,QAAO4lB,EAAEz1D,IAAF,CAAOyX,CAAP,GAAUmjB,EAAE56B,IAAF,CAAOyX,EAAE+gJ,MAAF,EAAP,CAAV,EAA6Br0I,EAAEre,WAAF,EAApC,GAAqD,KAAI,MAAJ,CAAW,KAAI,OAAJ;AAAY2R,kCAAE4W,QAAF,CAAW,IAAI+V,CAAJ,CAAM/hC,CAAN,EAAQoV,EAAExU,OAAF,CAAU8sC,CAAlB,CAAX,EAAiC,MAAM,KAAI,KAAJ,CAAU,KAAI,QAAJ;AAAat4B,kCAAE4W,QAAF,CAAW,IAAI+V,CAAJ,CAAM3sB,EAAExU,OAAF,CAAU4sC,CAAhB,EAAkBxtC,CAAlB,CAAX,EAA1I;AAA1D,qBAAqOwG,IAAE,IAAI0wD,EAAEi1G,aAAN,CAAoB/4G,CAApB,EAAsB76B,CAAtB,CAAF,EAA2B,KAAK4sI,eAAL,CAAqBruJ,GAArB,CAAyBtQ,CAAzB,EAA2B,CAAC,CAA5B,CAA3B;AAA0D;AAAC,aAAxtf,EAAytfkuD,MAAK,cAAS5yC,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,OAAOzW,MAAI9hB,IAAE2I,IAAEA,EAAE4vG,KAAJ,GAAU,IAAIrhD,EAAEmjC,KAAN,CAAY,CAAZ,EAAc,CAAd,CAAZ,EAA6Bv4E,IAAE,KAAKs+J,KAAL,GAAW,KAAKC,aAAL,CAAmBv+J,CAAnB,CAA1C,EAAgEq9B,GAAGn/C,CAAH,MAAQA,IAAE,IAAIk3D,EAAEmjC,KAAN,CAAYkG,GAAG98D,KAAH,CAASzjC,EAAEwtC,CAAX,CAAZ,EAA0B+yD,GAAG98D,KAAH,CAASzjC,EAAE0tC,CAAX,CAA1B,CAAF,EAA2Ct4B,IAAEpV,EAAEozJ,KAAF,CAAQtxI,CAAR,CAA7C,EAAwDuxC,IAAE,KAAK24G,WAAL,CAAiBhsK,CAAjB,CAA1D,EAA8Eu4B,IAAE86B,EAAE8/F,KAAF,CAAQ/9I,CAAR,CAAhF,EAA2F,KAAKuvJ,SAAL,CAAe,IAAIztG,EAAEmjC,KAAN,CAAYkG,GAAG98D,KAAH,CAASlL,EAAEiV,CAAX,CAAZ,EAA0B+yD,GAAG98D,KAAH,CAASlL,EAAEmV,CAAX,CAA1B,CAAf,CAAnG,CAAhE,EAA6N/kC,MAAIA,EAAE+rD,IAAF,GAAO5yC,CAAX,CAA7N,EAA2O,KAAKw+J,aAAL,EAA3O,EAAgQ,KAAKpzE,MAAL,CAAYxoB,OAAZ,CAAoB2W,WAApB,EAAhQ,EAAkS,KAAKklF,eAAL,EAAtS,GAA8T,KAAKH,KAA1U;AAAgV,aAAxkgB,EAAykgBqB,SAAQ,iBAAS3/J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKukG,MAAX,CAAkB,OAAOvkG,EAAEwuF,SAAF,KAAcr1E,IAAEA,EAAEoxI,IAAF,CAAO,KAAK0R,IAAZ,CAAhB,GAAmC9iJ,CAA1C;AAA4C,aAA3pgB,EAA4pgBigG,KAAI,aAASjgG,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,CAAJ,EAAMi+C,CAAN,CAAQ,OAAOvxC,aAAaigB,CAAb,IAAgB3sB,IAAE,IAAF,EAAOi+C,IAAEj+C,EAAEivJ,QAAX,EAAoBviJ,IAAE1M,EAAEqsK,OAAF,CAAU3/J,CAAV,CAAtB,EAAmCA,IAAEA,EAAEsxI,KAAF,CAAQ,CAAC,CAAT,CAArC,EAAiDpzJ,IAAEqzD,EAAEu4F,gBAAF,CAAmB9pI,EAAE0rB,CAArB,EAAuB1rB,EAAE4rB,CAAzB,EAA2B,YAAU;AAACt4B,sBAAEmrK,eAAF;AAAoB,iBAA1D,CAAF,IAA+DltH,EAAEryB,QAAF,CAAWlf,EAAE0rB,CAAb,EAAe1rB,EAAE4rB,CAAjB,GAAoBt4B,EAAEmrK,eAAF,EAAnF,CAAjD,EAAyJ53K,CAAzK,IAA4K,KAAKi8J,IAAL,CAAUxR,KAAV,CAAgB,CAAC,CAAjB,CAAnL;AAAuM,aAA73gB,EAA83gBjiE,UAAS,oBAAU;AAAC,oBAAIrvE,IAAE,KAAKqkB,OAAX;AAAA,oBAAmBx9B,IAAEmZ,EAAEgJ,KAAF,EAArB;AAAA,oBAA+B9qB,IAAE8hB,EAAE+N,MAAF,EAAjC,CAA4C,OAAO,KAAKmuJ,OAAL,KAAeh+K,KAAG43D,EAAE,KAAKomH,OAAL,CAAa73I,OAAf,CAAlB,GAA2C,IAAI+xB,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAUvvD,CAAV,EAAY3I,CAAZ,CAAlD;AAAiE,aAA//gB,EAAgghBe,MAAK,gBAAU;AAAC,oBAAI+gB,CAAJ,EAAMnZ,CAAN,CAAQ,IAAG,KAAK/H,OAAL,CAAaG,IAAb,CAAkBgsC,OAArB,EAA6B,KAAI,KAAK4wI,UAAL,GAAgB,EAAhB,EAAmB,KAAK+D,WAAL,GAAiB,CAApC,EAAsC5/J,IAAE,CAA5C,EAA8CA,IAAE,KAAK2lJ,cAAL,CAAoBvoK,MAApE,EAA2E4iB,GAA3E;AAA+EnZ,wBAAE,KAAK8+J,cAAL,CAAoB3lJ,CAApB,CAAF,EAAyB,KAAK67J,UAAL,CAAgBhgL,IAAhB,CAAqBgL,CAArB,CAAzB;AAA/E;AAAgI,aAArrhB,EAAsrhB84D,KAAI,eAAU;AAAC,oBAAI3/C,CAAJ,EAAMnZ,CAAN,CAAQ,IAAG,KAAK/H,OAAL,CAAaG,IAAb,CAAkBgsC,OAArB,EAA6B;AAAC,yBAAI,KAAK4wI,UAAL,GAAgB,EAAhB,EAAmB,KAAK+D,WAAL,GAAiB,CAApC,EAAsC5/J,IAAE,CAA5C,EAA8CA,IAAE,KAAK2lJ,cAAL,CAAoBvoK,MAApE,EAA2E4iB,GAA3E;AAA+EnZ,4BAAE,KAAK8+J,cAAL,CAAoB3lJ,CAApB,CAAF,EAAyB,KAAK67J,UAAL,CAAgBhgL,IAAhB,CAAqBgL,CAArB,CAAzB;AAA/E,qBAAgI,KAAK2P,MAAL,CAAY,KAAKqlK,UAAjB,EAA4B,CAAC,CAA7B;AAAgC;AAAC,aAA54hB,EAA64hBj8G,OAAM,iBAAU;AAAC,oBAAI5/C,CAAJ,EAAMnZ,CAAN,EAAQ3I,CAAR,EAAUoV,CAAV,EAAYi+C,CAAZ,EAAc96B,CAAd,EAAgB66B,CAAhB,EAAkB5sD,CAAlB,CAAoB,IAAG,KAAKm3K,UAAL,CAAgBz+K,MAAhB,GAAuB,CAA1B,EAA4B;AAAC,yBAAIkW,IAAE,EAAF,EAAKi+C,IAAEO,EAAE,KAAK+pH,UAAP,CAAP,EAA0BplJ,IAAE86B,EAAE4xG,WAA9B,EAA0C7xG,IAAEC,EAAE8yC,MAA9C,EAAqD3/F,IAAE,EAACgnC,GAAE,KAAKk0I,WAAL,GAAiB,KAAK9gL,OAAL,CAAaG,IAAb,CAAkBggI,OAAtC,EAA8CrzF,GAAE,KAAKg0I,WAAL,GAAiB,KAAK9gL,OAAL,CAAaG,IAAb,CAAkBigI,OAAnF,EAAvD,EAAmJ,KAAKkiC,QAAL,EAAnJ,EAAmKljK,IAAE,CAAzK,EAA2KA,IAAEozD,EAAEl0D,MAA/K,EAAsLc,GAAtL;AAA0L8hB,4BAAEsxC,EAAEpzD,CAAF,CAAF,EAAO2I,IAAEmZ,EAAE7gB,KAAF,EAAT,EAAmBmU,EAAE0M,EAAEtY,EAAJ,IAAQb,CAA3B,EAA6BA,EAAEqjB,QAAF,CAAW,IAAI+V,CAAJ,CAAMjgB,EAAElhB,OAAF,CAAU4sC,CAAV,GAAYhnC,EAAEgnC,CAApB,EAAsB1rB,EAAElhB,OAAF,CAAU8sC,CAAV,GAAYlnC,EAAEknC,CAApC,CAAX,CAA7B,EAAgF/kC,EAAEwgH,OAAF,GAAU,IAA1F,EAA+FxgH,IAAE,KAAKmyJ,SAAL,CAAenyJ,CAAf,CAAjG,EAAmHA,KAAGA,EAAErD,MAAF,EAAtH;AAA1L,qBAA2T,KAAItF,IAAE,CAAN,EAAQA,IAAEu4B,EAAEr5B,MAAZ,EAAmBc,GAAnB;AAAuB8hB,4BAAEyW,EAAEv4B,CAAF,CAAF,EAAO2I,IAAE,KAAKsyJ,cAAL,CAAoBn5I,EAAE7gB,KAAF,EAApB,CAAT,EAAwC0H,MAAI,KAAKg5K,uBAAL,CAA6Bh5K,CAA7B,EAA+BmZ,CAA/B,EAAiC,QAAjC,EAA0C1M,CAA1C,EAA4C5O,CAA5C,GAA+C,KAAKm7K,uBAAL,CAA6Bh5K,CAA7B,EAA+BmZ,CAA/B,EAAiC,QAAjC,EAA0C1M,CAA1C,EAA4C5O,CAA5C,CAA/C,EAA8FmC,EAAErD,MAAF,CAAS,CAAC,CAAV,CAA9F,EAA2GqD,EAAE+5J,WAAF,EAA/G,CAAxC;AAAvB,qBAA+L,KAAKiE,YAAL,IAAoB,KAAK+a,WAAL,IAAkB,CAAtC;AAAwC;AAAC,aAAl/iB,EAAm/iBC,yBAAwB,iCAAS7/J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC,oBAAI96B,CAAJ;AAAA,oBAAM66B,CAAN;AAAA,oBAAQ5sD,CAAR;AAAA,oBAAUyuD,IAAEtsD,EAAE3I,CAAF,GAAZ;AAAA,oBAAmB6zD,IAAE,IAArB,CAA0BoB,aAAa73D,CAAb,IAAgBgY,EAAE6/C,EAAE2oC,KAAF,CAAQp0F,EAAV,CAAhB,IAA+BhD,IAAE4O,EAAE6/C,EAAE2oC,KAAF,CAAQp0F,EAAV,CAAF,EAAgBqqD,EAAE8tG,YAAF,CAAen7J,EAAEgD,EAAjB,IAAqBsY,EAAE9hB,CAAF,EAAKwG,EAAEw/J,YAAF,CAAe/wG,EAAEr0D,OAAF,CAAUC,IAAzB,CAAL,CAArB,IAA2DuyD,IAAES,EAAE6oH,mBAAF,CAAsBrhG,QAAtB,CAA+B70E,EAAEohE,QAAF,CAAW/rD,GAA1C,CAAF,EAAiDu3C,MAAI76B,IAAE,WAAS5vB,CAAT,EAAW;AAACnC,wBAAEqtD,EAAEioH,QAAF,CAAWnzK,EAAEa,EAAb,CAAF,EAAmBsY,EAAE9hB,CAAF,EAAKwG,EAAEw/J,YAAF,CAAe/wG,EAAEr0D,OAAF,CAAUC,IAAzB,CAAL,CAAnB,EAAwDihB,EAAE4gJ,WAAF,EAAxD;AAAwE,iBAAtF,EAAuF7uG,EAAE8oH,0BAAF,CAA6Bh/K,IAA7B,CAAkCy1D,EAAEwpH,UAAF,CAAarkJ,CAAb,CAAlC,CAA3F,CAA5G,CAA/C,IAA4SzW,EAAE9hB,CAAF,EAAK,IAAI+hC,CAAJ,CAAMp5B,EAAE3I,IAAE,OAAJ,IAAewtC,CAAf,GAAiB6lB,EAAE7lB,CAAzB,EAA2B7kC,EAAE3I,IAAE,OAAJ,IAAe0tC,CAAf,GAAiB2lB,EAAE3lB,CAA9C,CAAL,CAA5S;AAAmW,aAA55jB,EAA65jBi+H,aAAY,qBAAS7pJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,CAAR;AAAA,oBAAU96B,IAAE2/B,EAAE3/C,KAAF,EAAZ;AAAA,oBAAsB66C,IAAEohB,GAAG1yD,CAAH,IAAM,KAAKq/J,gBAAL,CAAsBr/J,CAAtB,CAAN,GAA+B,EAACqkF,QAAO,KAAKA,MAAb,EAAvD,CAA4E,IAAG/yC,EAAE+yC,MAAF,CAASjnG,MAAT,GAAgB,CAAnB,EAAqB,KAAIkW,IAAEg+C,EAAE+yC,MAAF,CAAS,CAAT,CAAF,EAAc5tE,IAAEnjB,EAAE+gJ,MAAF,CAASx/F,EAAT,CAAhB,EAA6BtD,IAAE,CAAnC,EAAqCA,IAAED,EAAE+yC,MAAF,CAASjnG,MAAhD,EAAuDm0D,GAAvD;AAA2Dj+C,wBAAEg+C,EAAE+yC,MAAF,CAAS9yC,CAAT,CAAF,EAAcrzD,IAAEoV,EAAE+gJ,MAAF,CAASx/F,EAAT,CAAhB,EAA6BhuD,MAAI,CAAC,CAAL,KAAS3I,EAAEwtC,CAAF,IAAKp4B,EAAE80J,eAAF,CAAkB18H,CAAvB,EAAyBxtC,EAAE0tC,CAAF,IAAKt4B,EAAE80J,eAAF,CAAkBx8H,CAAzD,CAA7B,EAAyFnV,IAAEA,EAAE6/D,KAAF,CAAQp4F,CAAR,CAA3F;AAA3D,iBAAiK,OAAOu4B,CAAP;AAAS,aAAlskB,EAAmskBqpJ,kBAAiB,4BAAU;AAAC,oBAAI9/J,IAAE,KAAKqkB,OAAL,CAAapG,MAAb,EAAN,CAA4B,OAAO,KAAKi+I,OAAL,KAAel8J,EAAE9V,GAAF,IAAO4rD,EAAE,KAAKomH,OAAL,CAAa73I,OAAf,CAAtB,GAA+CrkB,CAAtD;AAAwD,aAAnzkB,EAAozkBq+J,gBAAe,wBAASr+J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKi5K,gBAAL,EAAN,CAA8B,OAAO,IAAI7/I,CAAJ,CAAMjgB,EAAE0rB,CAAF,GAAI7kC,EAAEklB,IAAZ,EAAiB/L,EAAE4rB,CAAF,GAAI/kC,EAAEqD,GAAvB,CAAP;AAAmC,aAAh5kB,EAAi5kB61K,gBAAe,wBAAS//J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKi5K,gBAAL,EAAN,CAA8B,OAAO,IAAI7/I,CAAJ,CAAMjgB,EAAE0rB,CAAF,GAAI7kC,EAAEklB,IAAZ,EAAiB/L,EAAE4rB,CAAF,GAAI/kC,EAAEqD,GAAvB,CAAP;AAAmC,aAA7+kB,EAA8+kB81K,aAAY,qBAAShgK,CAAT,EAAW;AAAC,uBAAO,KAAKigK,oBAAL,CAA0BjgK,CAA1B,EAA4B,KAAKkgK,aAAjC,CAAP;AAAuD,aAA7jlB,EAA8jlBhW,aAAY,qBAASlqJ,CAAT,EAAW;AAAC,uBAAO,KAAKigK,oBAAL,CAA0BjgK,CAA1B,EAA4B,KAAK63E,OAAjC,CAAP;AAAiD,aAAvolB,EAAwolB0vE,cAAa,sBAASvnJ,CAAT,EAAW;AAAC,uBAAO,KAAKigK,oBAAL,CAA0BjgK,CAA1B,EAA4B,KAAKmgK,YAAjC,CAAP;AAAsD,aAAvtlB,EAAwtlBC,cAAa,sBAASpgK,CAAT,EAAW;AAAC,uBAAO,KAAKigK,oBAAL,CAA0BjgK,CAA1B,EAA4B,KAAKqgK,kBAAjC,CAAP;AAA4D,aAA7ylB,EAA8ylBnC,iBAAgB,yBAASl+J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKw3K,cAAL,CAAoBr+J,CAApB,CAAN,CAA6B,OAAO,KAAKorF,MAAL,CAAY/V,SAAZ,KAAwBxuF,EAAE6kC,CAAF,GAAI7kC,EAAE6kC,CAAF,GAAI,KAAK62H,QAAL,CAAc1/I,UAAtB,EAAiChc,EAAE+kC,CAAF,GAAI/kC,EAAE+kC,CAAF,GAAI,KAAK22H,QAAL,CAAct/I,SAA/E,GAA0F,KAAK+8J,WAAL,CAAiBn5K,CAAjB,CAAjG;AAAqH,aAA59lB,EAA69lBy5K,iBAAgB,yBAAStgK,CAAT,EAAW;AAAC,uBAAO,KAAK+/J,cAAL,CAAoB,KAAK7V,WAAL,CAAiBlqJ,CAAjB,CAApB,CAAP;AAAgD,aAAzimB,EAA0imBigK,sBAAqB,8BAASjgK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAEvxC,CAAV,CAAY,OAAOA,aAAaigB,CAAb,GAAep5B,MAAI0qD,IAAE1qD,EAAE1I,KAAF,CAAQ6hB,CAAR,CAAN,CAAf,IAAkC9hB,IAAE,KAAK+hL,oBAAL,CAA0BjgK,EAAE81E,OAAF,EAA1B,EAAsCjvF,CAAtC,CAAF,EAA2CyM,IAAE,KAAK2sK,oBAAL,CAA0BjgK,EAAEi1E,WAAF,EAA1B,EAA0CpuF,CAA1C,CAA7C,EAA0F0qD,IAAE6E,EAAE8/B,UAAF,CAAah4F,CAAb,EAAeoV,CAAf,CAA9H,GAAiJi+C,CAAxJ;AAA0J,aAAnvmB,EAAovmBwkE,eAAc,uBAAS/1G,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,CAAagmE,UAAb,GAAwB9kD,CAAxB,EAA0B,KAAKw+D,WAAL,EAA1B,EAA6C,KAAK1/E,OAAL,CAAag3H,QAAb,IAAuB,KAAKhxD,UAAL,CAAgB6X,KAAhB,EAApE;AAA4F,aAA12mB,EAA22mB4jG,0BAAyB,kCAASvgK,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,CAAam7K,qBAAb,GAAmCj6J,CAAnC,EAAqC,KAAKwgK,qBAAL,EAArC,EAAkE,KAAK1hL,OAAL,CAAag3H,QAAb,IAAuB,KAAKmkD,qBAAL,CAA2Bt9F,KAA3B,EAAzF;AAA4H,aAA5gnB,EAA6gnBukF,QAAO,gBAASlhJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY96B,CAAZ,CAAc,QAAO,KAAKsiJ,UAAL,GAAgB,CAAC,CAAjB,EAAmB17H,GAAGr9B,CAAH,MAAQA,IAAE,KAAKlhB,OAAL,CAAaoiK,MAAvB,CAAnB,EAAkDr6J,IAAEw2C,GAAGr9B,CAAH,KAAOq9B,GAAGr9B,EAAE7f,IAAL,CAAP,GAAkB,MAAlB,GAAyB6f,EAAE7f,IAA/E,EAAoF0G,EAAElF,WAAF,EAA3F,GAA4G,KAAI,MAAJ;AAAWzD,4BAAE,IAAIk3D,EAAEghH,UAAN,CAAiB,IAAjB,CAAF,CAAyB,MAAM,KAAI,SAAJ;AAAcl4K,4BAAE,IAAIk3D,EAAEkhH,aAAN,CAAoB,IAApB,CAAF,CAA4B,MAAM,KAAI,eAAJ,CAAoB,KAAI,OAAJ,CAAY,KAAI,QAAJ,CAAa,KAAI,gBAAJ;AAAqBp4K,4BAAE,IAAIk3D,EAAEkkG,YAAN,CAAmB,IAAnB,CAAF,CAA2B,MAAM;AAAQ,8BAAK,uBAAqBzyJ,CAArB,GAAuB,qBAA5B,CAAjT,CAAmWyM,IAAE,IAAI8hD,EAAEq6G,WAAN,CAAkB,IAAlB,CAAF,EAA0Bl+G,IAAErzD,EAAEgjK,MAAF,CAASlhJ,CAAT,CAA5B,EAAwCuxC,MAAI96B,IAAE,IAAI2+B,EAAE+1G,cAAN,CAAqB73J,CAArB,EAAuBi+C,CAAvB,EAAyBvxC,IAAEA,EAAEoQ,OAAJ,GAAY,IAArC,CAAF,EAA6C,KAAKizI,eAAL,CAAqBruJ,GAArB,CAAyByhB,CAAzB,CAAjD,CAAxC,EAAsH,KAAKsiJ,UAAL,GAAgB,CAAC,CAAvI,EAAyI,KAAK0H,kBAAL,EAAzI;AAAmK,aAApjoB,EAAqjoB5gB,cAAa,sBAAS7/I,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAM,CAACA,IAAEu3F,GAAG//F,KAAH,CAAS,KAAKgmG,MAAd,EAAqB,UAASx9F,CAAT,EAAW;AAAC,2BAAOA,EAAEywG,MAAF,CAAS5vG,EAAT,KAAcsY,CAArB;AAAuB,iBAAxD,CAAH,IAA8DnZ,CAA9D,GAAgEA,IAAEu3F,GAAG//F,KAAH,CAAS,KAAK8kK,WAAd,EAA0B,UAASt8J,CAAT,EAAW;AAAC,2BAAOA,EAAEywG,MAAF,CAAS5vG,EAAT,KAAcsY,CAArB;AAAuB,iBAA7D,CAAxE;AAAuI,aAA3toB,EAA4toB0gK,mBAAkB,2BAAS1gK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAOA,IAAE,KAAKwxK,WAAL,GAAiB,KAAK2B,QAAL,CAAch6J,CAAd,CAAjB,GAAkCo+E,GAAG//F,KAAH,CAAS,KAAKgmG,MAAd,EAAqB,UAASx9F,CAAT,EAAW;AAAC,2BAAM,CAACA,EAAEi/D,QAAF,IAAY,EAAb,EAAiBp+D,EAAjB,KAAsBsY,CAA5B;AAA8B,iBAA/D,CAA3C;AAA4G,aAA52oB,EAA62oB2gK,oBAAmB,4BAAS3gK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAOA,IAAE,KAAKwxK,WAAL,GAAiBj6E,GAAG//F,KAAH,CAAS,KAAKgmG,MAAd,EAAqB,UAASx9F,CAAT,EAAW;AAAC,2BAAM,CAACA,EAAEi/D,QAAF,IAAY,EAAb,EAAiB/rD,GAAjB,KAAuBiG,CAA7B;AAA+B,iBAAhE,CAAjB,GAAmF,KAAKg6J,QAAL,CAAch6J,CAAd,CAA5F;AAA6G,aAA//oB,EAAggpB4gK,wBAAuB,gCAAS5gK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAO,KAAKozK,qBAAL,KAA6BpzK,IAAEu3F,GAAG//F,KAAH,CAAS,KAAK8kK,WAAd,EAA0B,UAASt8J,CAAT,EAAW;AAAC,2BAAM,CAACA,EAAEi/D,QAAF,IAAY,EAAb,EAAiBp+D,EAAjB,KAAsBsY,CAA5B;AAA8B,iBAApE,CAA/B,GAAsGnZ,CAA7G;AAA+G,aAAxppB,EAAyppBg6K,yBAAwB,iCAAS7gK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAO,KAAKozK,qBAAL,KAA6BpzK,IAAE,KAAK41K,mBAAL,CAAyBz8J,CAAzB,CAA/B,GAA4DnZ,CAAnE;AAAqE,aAAxwpB,EAAywpB00K,sBAAqB,8BAASv7J,CAAT,EAAW;AAACA,kBAAEkhJ,MAAF,KAAWlhJ,EAAEkhJ,MAAF,GAASzrG,EAAE,EAAF,EAAKL,EAAEmhH,UAAF,CAAa/5K,EAAb,CAAgBuvK,cAAhB,IAAgC,EAArC,EAAwC/rJ,EAAEkhJ,MAA1C,CAApB;AAAuE,aAAj3pB,EAAk3pBgY,mBAAkB,2BAASl5J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAACmZ,EAAE5iB,MAAF,IAAUyJ,EAAEzJ,MAAb,KAAsB,KAAKqmB,OAAL,CAAa+vF,EAAb,EAAgB,EAACpkG,UAAS4Q,CAAV,EAAY8gK,YAAWj6K,CAAvB,EAAhB,CAAtB;AAAiE,aAAn9pB,EAAo9pB03K,eAAc,uBAASv+J,CAAT,EAAW;AAAC,uBAAOy+E,GAAGrqD,GAAH,CAAOqqD,GAAG5zE,GAAH,CAAO7K,CAAP,EAAS,KAAKlhB,OAAL,CAAasmK,OAAtB,CAAP,EAAsC,KAAKtmK,OAAL,CAAaumK,OAAnD,CAAP;AAAmE,aAAjjqB,EAAkjqBmZ,eAAc,uBAASx+J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE8hB,KAAGnZ,EAAEi8J,IAAlB,CAAuBj8J,EAAEukG,MAAF,CAAS/V,SAAT,IAAoBxuF,EAAE07J,QAAF,CAAWrjI,QAAX,CAAoBhhC,EAAEwtC,CAAtB,EAAwBxtC,EAAE0tC,CAA1B,GAA6B/kC,EAAE44K,cAAF,EAAjD,KAAsE54K,EAAEg8J,SAAF,CAAY3kK,CAAZ,GAAe2I,EAAEk6K,mBAAF,EAArF;AAA8G,aAAjtqB,EAAktqBC,YAAW,sBAAU;AAAC,qBAAKv9J,OAAL,CAAaiyF,EAAb,EAAgB,EAAC5/B,OAAM,KAAKgtF,IAAZ,EAAiB1hF,OAAMpoB,OAAOi1B,GAA9B,EAAhB;AAAoD,aAA5xqB,EAA6xqB40E,WAAU,mBAAS7iJ,CAAT,EAAW;AAAC,qBAAK8iJ,IAAL,GAAU9iJ,CAAV,EAAY,KAAKihK,gBAAL,EAAZ;AAAoC,aAAv1qB,EAAw1qBxB,gBAAe,0BAAU;AAAC,oBAAIz/J,IAAE,KAAKs+J,KAAX;AAAA,oBAAiBz3K,IAAE,IAAI6qD,CAAJ,CAAM,CAAN,EAAQ,CAAR,EAAU1xC,CAAV,EAAYA,CAAZ,CAAnB,CAAkCnZ,EAAEsxD,MAAF,CAAS,KAAK4tG,SAAd,GAAyB,KAAKmb,iBAAL,CAAuBr6K,CAAvB,CAAzB,EAAmD,KAAKo6K,gBAAL,EAAnD;AAA2E,aAA/9qB,EAAg+qBF,qBAAoB,+BAAU;AAAC,oBAAI/gK,IAAE,KAAK8iJ,IAAX;AAAA,oBAAgBj8J,IAAE,KAAKy3K,KAAvB;AAAA,oBAA6BpgL,IAAE,IAAIwzD,CAAJ,CAAM1xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc/kC,CAAd,EAAgBA,CAAhB,CAA/B,CAAkD3I,EAAEi6D,MAAF,CAAS,KAAK4tG,SAAd,GAAyB,KAAKmb,iBAAL,CAAuBhjL,CAAvB,CAAzB,EAAmD,KAAK+iL,gBAAL,EAAnD;AAA2E,aAA5nrB,EAA6nrBC,mBAAkB,2BAASlhK,CAAT,EAAW;AAAC,qBAAKmgK,YAAL,GAAkBngK,EAAE24E,QAAF,EAAlB,EAA+B,KAAK0nF,kBAAL,GAAwBrgK,EAAE7d,MAAF,GAAWw2F,QAAX,EAAvD;AAA6E,aAAxurB,EAAyurBsoF,kBAAiB,4BAAU;AAAC,oBAAIjhK,IAAE,KAAK8iJ,IAAX;AAAA,oBAAgBj8J,IAAE,KAAKy3K,KAAvB;AAAA,oBAA6BpgL,IAAE,IAAIwzD,CAAJ,CAAM1xC,EAAE0rB,CAAR,EAAU1rB,EAAE4rB,CAAZ,EAAc/kC,CAAd,EAAgBA,CAAhB,CAA/B,CAAkD,KAAKgxF,OAAL,GAAa35F,EAAEy6F,QAAF,EAAb,EAA0B,KAAKunF,aAAL,GAAmBhiL,EAAEiE,MAAF,GAAWw2F,QAAX,EAA7C;AAAmE,aAA13rB,EAA23rBkpE,UAAS,kBAAS7hJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKmhL,gBAAL,CAAsBr/J,CAAtB,CAAN,CAA+B,KAAK+lJ,SAAL,CAAelI,OAAf,CAAuB3/J,EAAEohL,OAAzB,EAAiCz4K,CAAjC,GAAoC,KAAK04K,YAAL,CAAkBrhL,CAAlB,EAAoB,CAAC,CAArB,CAApC;AAA4D,aAA7+rB,EAA8+rBqhL,cAAa,sBAASv/J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE1qD,IAAE,KAAKw9F,MAAL,CAAYjnG,MAAZ,GAAmB,CAArB,GAAuB,CAAjC;AAAA,oBAAmCq5B,IAAE5vB,IAAE,KAAKs8J,WAAL,CAAiB/lK,MAAjB,GAAwB,CAA1B,GAA4B,CAAjE,CAAmE,KAAIc,IAAE,CAAN,EAAQA,IAAE8hB,EAAEqkF,MAAF,CAASjnG,MAAnB,EAA0Bc,GAA1B;AAA8BoV,wBAAE0M,EAAEqkF,MAAF,CAASnmG,CAAT,CAAF,EAAckgG,GAAG5nF,MAAH,CAAU,KAAK6tF,MAAf,EAAsB/wF,CAAtB,CAAd,EAAuC8qF,GAAGj3E,MAAH,CAAU,KAAKk9E,MAAf,EAAsB/wF,CAAtB,EAAwBi+C,CAAxB,CAAvC;AAA9B,iBAAgG,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAEmhK,IAAF,CAAO/jL,MAAjB,EAAwBc,GAAxB;AAA4BoV,wBAAE0M,EAAEmhK,IAAF,CAAOjjL,CAAP,CAAF,EAAYkgG,GAAG5nF,MAAH,CAAU,KAAK2sJ,WAAf,EAA2B7vJ,CAA3B,CAAZ,EAA0C8qF,GAAGj3E,MAAH,CAAU,KAAKg8I,WAAf,EAA2B7vJ,CAA3B,EAA6BmjB,CAA7B,CAA1C;AAA5B;AAAsG,aAAlxsB,EAAmxsB4oJ,kBAAiB,0BAASr/J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,EAAV;AAAA,oBAAai+C,IAAEvxC,CAAf,CAAiB,KAAI1M,EAAEgsK,OAAF,GAAU,EAAV,EAAahsK,EAAE+wF,MAAF,GAAS,EAAtB,EAAyB/wF,EAAE6tK,IAAF,GAAO,EAAhC,EAAmCnhK,IAAE00F,GAAG10F,CAAH,MAAQuxC,IAAE,CAACvxC,CAAD,CAAV,CAAF,GAAiBuxC,IAAE,KAAKo0G,cAAL,CAAoBhqK,KAApB,EAAtD,EAAkFkL,IAAE,CAAxF,EAA0FA,IAAE0qD,EAAEn0D,MAA9F,EAAqGyJ,GAArG;AAAyG3I,wBAAEqzD,EAAE1qD,CAAF,CAAF,EAAO3I,aAAawtC,CAAb,IAAgBp4B,EAAE+wF,MAAF,CAASxoG,IAAT,CAAcqC,CAAd,GAAiBoV,EAAEgsK,OAAF,CAAUzjL,IAAV,CAAeqC,EAAEo5G,MAAjB,CAAjC,IAA2Dp5G,aAAayG,CAAb,KAAiB2O,EAAE6tK,IAAF,CAAOtlL,IAAP,CAAYqC,CAAZ,GAAeoV,EAAEgsK,OAAF,CAAUzjL,IAAV,CAAeqC,EAAEo5G,MAAjB,CAAhC,CAAlE;AAAzG,iBAAqO,OAAOhkG,CAAP;AAAS,aAA/itB,EAAgjtB4rK,aAAY,qBAASl/J,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC8hB,kBAAExc,MAAF,CAAS,CAAC,CAAV,GAAawc,aAAa0rB,CAAb,IAAgB,KAAKyzI,oBAAL,CAA0Bn/J,CAA1B,GAA6B,KAAKohK,YAAL,CAAkBphK,CAAlB,EAAoBnZ,CAApB,EAAsB3I,CAAtB,CAA7C,IAAuE8hB,aAAarb,CAAb,KAAiB,KAAKy6K,yBAAL,CAA+Bp/J,CAA/B,GAAkC,KAAKqhK,iBAAL,CAAuBrhK,CAAvB,EAAyBnZ,CAAzB,CAAnD,CAApF,EAAoK,KAAKk/J,SAAL,CAAevvJ,MAAf,CAAsBwJ,EAAEs3F,MAAxB,CAApK;AAAoM,aAAhxtB,EAAixtB8pE,cAAa,sBAASphK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ96B,CAAR;AAAA,oBAAU66B,CAAV;AAAA,oBAAY5sD,IAAE,EAAd;AAAA,oBAAiByuD,IAAE,EAAnB,CAAsB,KAAI,KAAKivG,WAAL,CAAiByB,YAAjB,IAAgCh9J,KAAG,KAAKw8J,eAAL,CAAqBlB,gBAArB,CAAsC,IAAI1tG,CAAJ,CAAMz0C,CAAN,CAAtC,CAAnC,EAAmFo+E,GAAG5nF,MAAH,CAAU,KAAK6tF,MAAf,EAAsBrkF,CAAtB,CAAnF,EAA4G,KAAKo7J,eAAL,CAAqB5kK,MAArB,CAA4BwJ,CAA5B,CAA5G,EAA2I1M,IAAE,CAAjJ,EAAmJA,IAAE0M,EAAEooG,UAAF,CAAahrH,MAAlK,EAAyKkW,GAAzK;AAA6K,yBAAImjB,IAAEzW,EAAEooG,UAAF,CAAa90G,CAAb,CAAF,EAAkBg+C,IAAE,CAAxB,EAA0BA,IAAE76B,EAAE0sI,WAAF,CAAc/lK,MAA1C,EAAiDk0D,GAAjD;AAAqDC,4BAAE96B,EAAE0sI,WAAF,CAAc7xG,CAAd,CAAF,EAAmBpzD,KAAGy3D,EAAE3zD,OAAF,CAAUuvD,CAAV,EAAYrzD,CAAZ,CAAH,KAAoBqzD,EAAEyyG,eAAF,IAAmBvtI,CAAnB,GAAqB/xB,EAAE7I,IAAF,CAAO01D,CAAP,CAArB,GAA+BA,EAAEuvG,eAAF,IAAmBrqI,CAAnB,IAAsB08B,EAAEt3D,IAAF,CAAO01D,CAAP,CAAzE,CAAnB;AAArD;AAA7K,iBAAyU,KAAIj+C,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB5O,sBAAE4O,CAAF,EAAKyI,MAAL,CAAY,IAAZ,EAAiBlV,CAAjB,GAAoBnC,EAAE4O,CAAF,EAAKstJ,WAAL,EAApB;AAAvB,iBAA8D,KAAIttJ,IAAE,CAAN,EAAQA,IAAE6/C,EAAE/1D,MAAZ,EAAmBkW,GAAnB;AAAuB6/C,sBAAE7/C,CAAF,EAAKlU,MAAL,CAAY,IAAZ,EAAiByH,CAAjB,GAAoBssD,EAAE7/C,CAAF,EAAKstJ,WAAL,EAApB;AAAvB;AAA8D,aAAzwuB,EAA0wuBygB,mBAAkB,2BAASrhK,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,kBAAEgkJ,eAAF,IAAmB5lE,GAAG5nF,MAAH,CAAUwJ,EAAEgkJ,eAAF,CAAkBb,WAA5B,EAAwCnjJ,CAAxC,CAAnB,EAA8DA,EAAE8gJ,eAAF,IAAmB1iE,GAAG5nF,MAAH,CAAUwJ,EAAE8gJ,eAAF,CAAkBqC,WAA5B,EAAwCnjJ,CAAxC,CAAjF,EAA4HnZ,KAAG,KAAKw8J,eAAL,CAAqBlB,gBAArB,CAAsC,IAAIjsG,CAAJ,CAAMl2C,CAAN,CAAtC,CAA/H,EAA+Ko+E,GAAG5nF,MAAH,CAAU,KAAK2sJ,WAAf,EAA2BnjJ,CAA3B,CAA/K;AAA6M,aAAv/uB,EAAw/uBshK,kBAAiB,0BAASthK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,KAAIzW,IAAE00F,GAAG10F,CAAH,IAAMA,CAAN,GAAQ,CAACA,CAAD,CAAd,EAAkBA,EAAE5iB,MAApB;AAA4B,wBAAGc,IAAE8hB,EAAEtX,KAAF,EAAF,EAAY6oD,IAAE,KAAKyoH,QAAL,CAAc97K,EAAE6b,GAAhB,CAAd,EAAmCw3C,MAAI,KAAKgwH,uBAAL,CAA6BhwH,CAA7B,GAAgC,KAAK2tH,WAAL,CAAiB3tH,CAAjB,EAAmB,CAAC,CAApB,CAAhC,EAAuD,OAAO,KAAKyoH,QAAL,CAAc97K,EAAE6b,GAAhB,CAA9D,EAAmFlT,KAAG3I,EAAEwyE,WAAL,IAAkBxyE,EAAEkgF,MAAF,EAAzG,CAAtC,EAA2J,KAAI9qE,IAAEpV,EAAEmW,QAAF,CAAWiG,IAAX,EAAF,EAAoBmc,IAAE,CAA1B,EAA4BA,IAAEnjB,EAAElW,MAAhC,EAAuCq5B,GAAvC;AAA2CzW,0BAAEnkB,IAAF,CAAOyX,EAAEmjB,CAAF,CAAP;AAA3C;AAAvL;AAA+O,aAAlxvB,EAAmxvB8qJ,yBAAwB,iCAASvhK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE8hB,EAAEmjJ,WAAF,EAAR,CAAwB,IAAGjlK,CAAH,EAAK,KAAI2I,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,GAAnB;AAAuB,yBAAKq4K,WAAL,CAAiBhhL,EAAE2I,CAAF,CAAjB,EAAsB,CAAC,CAAvB;AAAvB;AAAiD,aAAr4vB,EAAs4vB26K,cAAa,sBAASxhK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,IAAGuqF,GAAG79E,CAAH,CAAH,EAAS,OAAM,CAAC9hB,IAAE,KAAK87K,QAAL,CAAch6J,EAAEtY,EAAhB,CAAH,IAAwBxJ,CAAxB,IAA2BoV,IAAEmiD,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAaioH,aAAlB,CAAF,EAAmCzzG,EAAEwyD,QAAF,GAAW9lD,CAA9C,EAAgD9hB,IAAE,IAAIwtC,CAAJ,CAAMp4B,CAAN,EAAQ,IAAR,CAAlD,EAAgE,KAAK4lJ,QAAL,CAAch7J,CAAd,EAAgB2I,MAAI,CAAC,CAArB,CAAhE,EAAwF,KAAKmzK,QAAL,CAAch6J,EAAEtY,EAAhB,IAAoBxJ,CAA5G,EAA8GA,CAAzI,CAAN;AAAkJ,aAApkwB,EAAqkwBujL,mBAAkB,2BAASzhK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,IAAG2/F,GAAG79E,CAAH,CAAH,EAAS,OAAM,CAACnZ,IAAE,KAAKmzK,QAAL,CAAch6J,EAAEjG,GAAhB,CAAH,IAAyBlT,CAAzB,IAA4B3I,IAAEu3D,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAaioH,aAAlB,CAAF,EAAmC7oH,EAAE4nE,QAAF,GAAW9lD,CAA9C,EAAgDnZ,IAAE,IAAI6kC,CAAJ,CAAMxtC,CAAN,EAAQ,IAAR,CAAlD,EAAgE,KAAKg7J,QAAL,CAAcryJ,CAAd,CAAhE,EAAiF,KAAKmzK,QAAL,CAAch6J,EAAEjG,GAAhB,IAAqBlT,CAAtG,EAAwGA,CAApI,CAAN;AAA6I,aAAjwwB,EAAkwwB66K,eAAc,uBAAS1hK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,EAAY66B,CAAZ,CAAc,KAAIh+C,IAAE,CAAN,EAAQA,IAAE0M,EAAE5iB,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAE8hB,EAAE1M,CAAF,CAAF,EACnx+Bi+C,IAAE,KAAKkwH,iBAAL,CAAuBvjL,CAAvB,CADix+B,EACvv+Bu4B,IAAE,KAAKgrJ,iBAAL,CAAuB56K,CAAvB,CADqv+B,EAC3t+B4vB,KAAG,CAAC,KAAKsoJ,SAAL,CAAetoJ,CAAf,EAAiB86B,CAAjB,CAAJ,KAA0BD,IAAE,KAAK8nG,OAAL,CAAa3iI,CAAb,EAAe86B,CAAf,CAA5B,CAD2t+B;AAAvB;AACrp+B,aADy2N,EACx2NowH,gBAAe,wBAAS3hK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEvxC,EAAEnW,IAAnB;AAAA,oBAAwB4sB,IAAEzW,EAAEmuD,MAA5B;AAAA,oBAAmC7c,IAAEtxC,EAAE8pB,KAAvC;AAAA,oBAA6CplC,IAAE4O,EAAExU,OAAjD,CAAyD,IAAGkhB,EAAEsgD,KAAL,EAAW,KAAIz5D,IAAE,CAAN,EAAQA,IAAEyqD,EAAEl0D,MAAZ,EAAmByJ,GAAnB;AAAuB,yBAAKmzK,QAAL,CAAc1oH,EAAEzqD,CAAF,EAAKkT,GAAnB,KAAyB,KAAKigK,QAAL,CAAc1oH,EAAEzqD,CAAF,EAAKkT,GAAnB,EAAwBq+J,YAAxB,EAAzB;AAAvB,iBAAX,MAAsG;AAAC,wBAAG,YAAU3hJ,CAAb,EAAe,KAAK6qJ,gBAAL,CAAsBthK,EAAE8pB,KAAxB,EAA8B,CAAC,CAA/B,EAAf,KAAsD,KAAIrT,KAAG,iBAAeA,CAAlB,IAAqB,KAAKmrJ,aAA1B,KAA0C,KAAKA,aAAL,GAAmB,CAAC,CAApB,EAAsB1jL,IAAE,CAAC,CAAnE,GAAsEu4B,KAAG86B,CAAH,IAAMj+C,EAAEm+B,KAAF,EAA5E,EAAsF,KAAKiwI,aAAL,CAAmBpwH,CAAnB,EAAqBC,CAArB,CAAtF,EAA8G1qD,IAAE,CAApH,EAAsHA,IAAEyqD,EAAEl0D,MAA1H,EAAiIyJ,GAAjI;AAAqIyqD,0BAAEzqD,CAAF,EAAKyc,IAAL;AAArI,qBAAiJ5e,EAAEw8J,MAAF,KAAWhjK,KAAG,YAAUu4B,CAAb,IAAgB,SAAOA,CAAlC,KAAsCnjB,EAAE4tJ,MAAF,CAASx8J,EAAEw8J,MAAX,CAAtC,EAAyDhjK,MAAI,KAAKulB,OAAL,CAAa,WAAb,GAA0B,KAAKm+J,aAAL,GAAmB,CAAC,CAAlD,CAAzD;AAA8G;AAAC,aADu3M,EACt3MC,UAAS,kBAAS7hK,CAAT,EAAW;AAACA,6BAAa0rB,CAAb,GAAe,KAAKwtH,QAAL,CAAcl5I,CAAd,CAAf,GAAgCA,aAAarb,CAAb,IAAgB,KAAK+3K,aAAL,CAAmB18J,CAAnB,CAAhD;AAAsE,aAD2xM,EAC1xMi+J,gBAAe,wBAASj+J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,CAAd;AAAA,oBAAgB5sD,CAAhB;AAAA,oBAAkByuD,CAAlB;AAAA,oBAAoBpB,CAApB;AAAA,oBAAsBG,IAAE,KAAKkwG,WAAL,CAAiB/6C,OAAzC,CAAiD,KAAKy6D,aAAL,IAAoB,MAAI5vH,EAAE1uD,MAAF,GAAWpG,MAAnC,KAA4CyJ,IAAEqrD,EAAE1uD,MAAF,GAAW,CAAX,CAAF,EAAgBqD,KAAGA,EAAE/H,OAAF,CAAUgzE,QAAV,KAAqB,CAAC,CAAzB,KAA6B5zE,IAAE2I,EAAE/H,OAAF,CAAUgzE,QAAZ,EAAqBx+D,IAAEpV,EAAEgpH,KAAzB,EAA+B,KAAKmxD,WAAL,IAAkB,MAAI/kK,EAAElW,MAAxB,KAAiCyJ,aAAa6kC,CAAb,GAAep4B,IAAE,CAAC,MAAD,EAAQ,iBAAR,EAA0B,qBAA1B,CAAjB,GAAkEzM,aAAalC,CAAb,KAAiB2O,IAAE,CAAC,MAAD,CAAnB,CAAlE,EAA+FpV,KAAGA,EAAEsY,MAAF,KAAW,CAAC,CAAf,IAAkBlD,EAAEzX,IAAF,CAAO,QAAP,CAAlJ,CAA/B,EAAmMyX,KAAGA,EAAElW,MAAL,KAAcm0D,IAAE,EAAF,EAAK,KAAKuwH,aAAL,GAAmB,IAAIxtH,CAAJ,CAAMpC,CAAN,EAAQ,EAACg1D,OAAM5zG,CAAP,EAASqQ,OAAMkyC,EAAE,KAAKsmH,aAAP,EAAqB,IAArB,CAAf,EAA0C3sF,OAAM,CAAC,CAAjD,EAAR,CAAxB,EAAqFl+B,IAAE6D,EAAE,KAAK2sH,aAAL,CAAmBC,MAAnB,CAA0B19I,OAA5B,CAAvF,EAA4H3/B,IAAEoxD,EAAE,KAAKgsH,aAAL,CAAmBC,MAAnB,CAA0B19I,OAA5B,CAA9H,EAAmKx9B,aAAa6kC,CAAb,IAAgBynB,IAAE,KAAK+2G,WAAL,CAAiBrjK,EAAEwtJ,MAAF,CAASx/F,EAAT,CAAjB,CAAF,EAAiCp+B,IAAEwJ,EAAEkzB,EAAEznB,CAAJ,EAAMynB,EAAEvnB,CAAR,EAAWylH,KAAX,CAAiBpxH,EAAE,CAACqxB,IAAE6B,EAAEnqC,KAAL,IAAY,CAAd,EAAgBtkB,IAAE6sD,CAAlB,CAAjB,CAAnD,IAA2F1qD,aAAalC,CAAb,KAAiBotD,IAAE,KAAKm4G,WAAL,CAAiBrjK,EAAEwtJ,MAAF,EAAjB,CAAF,EAA+B59H,IAAEwJ,EAAE8xB,EAAErmB,CAAJ,EAAMqmB,EAAEnmB,CAAR,EAAWylH,KAAX,CAAiBpxH,EAAE,CAACqxB,IAAES,EAAE/oC,KAAJ,GAAU,EAAX,IAAe,CAAjB,EAAmBtkB,IAAE6sD,CAArB,CAAjB,CAAlD,CAA9P,EAA2V96B,KAAG,KAAK20E,MAAL,CAAY/V,SAAZ,KAAwB5+D,IAAEA,EAAE46H,KAAF,CAAQpxH,EAAE,KAAKsiI,QAAL,CAAc1/I,UAAhB,EAA2B,KAAK0/I,QAAL,CAAct/I,SAAzC,CAAR,CAA1B,GAAwFwT,IAAE,KAAKspJ,cAAL,CAAoBtpJ,CAApB,CAA1F,EAAiHA,IAAEwJ,EAAEw+D,GAAG5zE,GAAH,CAAO4L,EAAEiV,CAAT,EAAW,CAAX,CAAF,EAAgB+yD,GAAG5zE,GAAH,CAAO4L,EAAEmV,CAAT,EAAW,CAAX,CAAhB,CAAnH,EAAkJ,KAAKk2I,aAAL,CAAmB5pD,MAAnB,CAA0BzhG,CAA1B,CAAlJ,EAA+KzW,KAAG,KAAK8hK,aAAL,CAAmBC,MAAnB,CAA0BriK,GAA1B,CAA8B,OAA9B,EAAsCrZ,CAAtC,CAArL,IAA+N,KAAKy+J,eAAL,EAAxkB,CAAhO,CAA5D;AAA83B,aADg1K,EAC/0KqX,eAAc,uBAASn8J,CAAT,EAAW;AAAC,qBAAKyD,OAAL,CAAa,cAAb,EAA4BzD,CAA5B,GAA+B,KAAK8kJ,eAAL,EAA/B;AAAsD,aAD+vK,EAC9vKkd,qBAAoB,6BAAShiK,CAAT,EAAW;AAAC,uBAAOA,EAAEsxI,KAAF,CAAQ,IAAE,KAAK1+F,IAAL,EAAV,CAAP;AAA8B,aADgsK,EAC/rK+uG,aAAY,uBAAU;AAAC,qBAAKt9D,MAAL,GAAY,EAAZ,EAAe,KAAKshE,cAAL,GAAoB,EAAnC,EAAsC,KAAKxC,WAAL,GAAiB,EAAvD,EAA0D,KAAK6W,QAAL,GAAc,EAAxE,EAA2E,KAAKyC,mBAAL,GAAyB,EAApG,EAAuG,KAAK7B,mBAAL,GAAyB,IAAI1oH,CAAJ,EAAhI,EAAsI,KAAK2oH,0BAAL,GAAgC,EAAtK,EAAyK,KAAKxX,eAAL,GAAqB,IAAIzlE,EAAJ,CAAO,EAACqkF,QAAO,KAAKpE,YAAb,EAA0BqE,QAAO,KAAKrE,YAAtC,EAAP,CAA9L,EAA0P,KAAKn2K,EAAL,GAAQ0tD,EAAE4kG,QAAF,EAAlQ;AAA+Q,aADy5J,EACx5J+hB,iBAAgB,2BAAU;AAAC,oBAAI/7J,IAAE,IAAN,CAAWA,EAAEw+D,WAAF,IAAgBx+D,EAAEq4J,WAAF,IAAer4J,EAAEwgK,qBAAF,EAA/B,EAAyDxgK,EAAElhB,OAAF,CAAUg3H,QAAV,KAAqB91G,EAAEq4J,WAAF,IAAe,KAAK8J,cAAL,GAAoB,CAAC,CAArB,EAAuB,KAAKC,mBAAL,GAAyB,CAAC,CAAjD,EAAmDpiK,EAAE8kD,UAAF,CAAa6X,KAAb,EAAnD,EAAwE38D,EAAEi6J,qBAAF,CAAwBt9F,KAAxB,EAAvF,IAAwH38D,EAAE8kD,UAAF,CAAa6X,KAAb,EAA7I,CAAzD;AAA4N,aADspJ,EACrpJ6B,aAAY,uBAAU;AAAC,oBAAIx+D,CAAJ,EAAMnZ,CAAN,CAAQg3F,GAAG,KAAK/+F,OAAL,CAAam7K,qBAAhB,KAAwC,KAAK5B,WAAL,GAAiB,CAAC,CAAlB,EAAoBr4J,IAAE,KAAKlhB,OAAL,CAAagmE,UAAb,IAAyB,EAA/C,EAAkDj+D,IAAE6tG,GAAG10F,CAAH,IAAM,EAAC1F,MAAK0F,CAAN,EAAN,GAAeA,CAAnE,EAAqE,KAAK8kD,UAAL,IAAiB,KAAKu9G,qBAAtB,GAA4C,KAAKv9G,UAAL,CAAgBtlC,MAAhB,CAAuB,QAAvB,EAAgC,KAAK6iJ,qBAArC,EAA4D7iJ,MAA5D,CAAmE,cAAnE,EAAkF,KAAK8iJ,0BAAvF,EAAmH9iJ,MAAnH,CAA0H,OAA1H,EAAkI,KAAK+iJ,mBAAvI,CAA5C,IAAyM,KAAKF,qBAAL,GAA2BxsH,EAAE,KAAK2sH,cAAP,EAAsB,IAAtB,CAA3B,EAAuD,KAAKF,0BAAL,GAAgCzsH,EAAE,KAAK4sH,mBAAP,EAA2B,IAA3B,CAAvF,EAAwH,KAAKF,mBAAL,GAAyB1sH,EAAE,KAAK6sH,MAAP,EAAc,IAAd,CAA1V,CAArE,EAAob,KAAK59G,UAAL,GAAgB5N,MAAM58C,IAAN,CAAWy4C,UAAX,CAAsBof,MAAtB,CAA6BtrE,CAA7B,EAAgC04B,IAAhC,CAAqC,QAArC,EAA8C,KAAK8iJ,qBAAnD,EAA0E9iJ,IAA1E,CAA+E,cAA/E,EAA8F,KAAK+iJ,0BAAnG,EAA+H/iJ,IAA/H,CAAoI,OAApI,EAA4I,KAAKgjJ,mBAAjJ,CAA5e,KAAopB,KAAKI,eAAL,IAAuB,KAAKtK,WAAL,GAAiB,CAAC,CAA7rB;AAAgsB,aADs7H,EACr7HmI,uBAAsB,iCAAU;AAAC,oBAAIxgK,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK/H,OAAL,CAAam7K,qBAArB,CAA2CpzK,MAAImZ,IAAE00F,GAAG7tG,CAAH,IAAM,EAACyT,MAAKzT,CAAN,EAAN,GAAeA,CAAjB,EAAmB,KAAKozK,qBAAL,IAA4B,KAAK2I,0BAAjC,GAA4D,KAAK3I,qBAAL,CAA2Bz6I,MAA3B,CAAkC,QAAlC,EAA2C,KAAKojJ,0BAAhD,EAA4EpjJ,MAA5E,CAAmF,cAAnF,EAAkG,KAAKqjJ,+BAAvG,EAAwIrjJ,MAAxI,CAA+I,OAA/I,EAAuJ,KAAKsjJ,wBAA5J,CAA5D,IAAmP,KAAKF,0BAAL,GAAgC/sH,EAAE,KAAKktH,mBAAP,EAA2B,IAA3B,CAAhC,EAAiE,KAAKF,+BAAL,GAAqChtH,EAAE,KAAKmtH,wBAAP,EAAgC,IAAhC,CAAtG,EAA4I,KAAKF,wBAAL,GAA8BjtH,EAAE,KAAKotH,iBAAP,EAAyB,IAAzB,CAA7Z,CAAnB,EAAgd,KAAKhJ,qBAAL,GAA2B/iH,MAAM58C,IAAN,CAAWy4C,UAAX,CAAsBof,MAAtB,CAA6BnyD,CAA7B,EAAgCuf,IAAhC,CAAqC,QAArC,EAA8C,KAAKqjJ,0BAAnD,EAA+ErjJ,IAA/E,CAAoF,cAApF,EAAmG,KAAKsjJ,+BAAxG,EAAyItjJ,IAAzI,CAA8I,OAA9I,EAAsJ,KAAKujJ,wBAA3J,CAA/e;AAAqqB,aADosG,EACnsGL,qBAAoB,6BAASziK,CAAT,EAAW;AAAC,0BAAQA,EAAE7f,IAAV,KAAiB,KAAKgiL,cAAL,GAAoB,CAAC,CAAtC;AAAyC,aAD0nG,EACznGa,0BAAyB,kCAAShjK,CAAT,EAAW;AAAC,0BAAQA,EAAE7f,IAAV,KAAiB,KAAKiiL,mBAAL,GAAyB,CAAC,CAA3C;AAA8C,aADsiG,EACriGM,QAAO,kBAAU;AAAC,qBAAKP,cAAL,GAAoB,CAAC,CAArB;AAAuB,aAD4/F,EAC3/Fc,mBAAkB,6BAAU;AAAC,qBAAKb,mBAAL,GAAyB,CAAC,CAA1B;AAA4B,aADk8F,EACj8FI,gBAAe,wBAASxiK,CAAT,EAAW;AAAC,6BAAWA,EAAEmuD,MAAb,GAAoB,KAAK+0G,cAAL,MAAuB,KAAKC,aAAL,CAAmBnjK,EAAE8pB,KAArB,CAA3C,GAAuE,iBAAe9pB,EAAEmuD,MAAjB,GAAwB,KAAK+0G,cAAL,MAAuB,KAAKE,aAAL,CAAmBpjK,EAAE8pB,KAArB,EAA2B9pB,EAAEsgD,KAA7B,CAA/C,GAAmF,UAAQtgD,EAAEmuD,MAAV,GAAiB,KAAKysG,mBAAL,CAAyB5lK,GAAzB,CAA6BgL,EAAE8pB,KAA/B,CAAjB,GAAuD,WAAS9pB,EAAEmuD,MAAX,GAAkB,KAAKk1G,WAAL,CAAiBrjK,EAAE8pB,KAAnB,CAAlB,GAA4C,KAAKskE,OAAL,EAA7P;AAA4Q,aAD0pF,EACzpF80E,gBAAe,0BAAU;AAAC,uBAAM,CAAC,KAAKnvF,UAAZ;AAAuB,aADwmF,EACvmFwkF,sBAAqB,gCAAU;AAAC,qBAAKxkF,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC;AAAuC,aADgiF,EAC/hFykF,qBAAoB,+BAAU;AAAC,qBAAKzkF,UAAL,GAAgB0K,GAAG5zE,GAAH,CAAO,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA5B,EAA8B,CAA9B,CAAhB;AAAiD,aAD+8E,EAC98Eqa,SAAQ,mBAAU;AAAC,qBAAK+zE,cAAL,GAAoB,CAAC,CAArB,EAAuB,KAAKC,mBAAL,IAA0B,KAAKkB,2BAAL,EAAjD;AAAoF,aADu2E,EACt2EA,6BAA4B,uCAAU;AAAC,qBAAK7xI,KAAL,IAAa,KAAK8xI,UAAL,CAAgB,KAAKz+G,UAAL,CAAgB98C,IAAhB,EAAhB,CAAb,EAAqD,KAAKiyJ,qBAAL,IAA4B,KAAKuJ,eAAL,CAAqB,KAAKvJ,qBAAL,CAA2BjyJ,IAA3B,EAArB,EAAuD,CAAC,CAAxD,CAAjF,EAA4I,KAAKlpB,OAAL,CAAaoiK,MAAb,GAAoB,KAAKA,MAAL,CAAY,KAAKpiK,OAAL,CAAaoiK,MAAzB,CAApB,GAAqD,KAAKuf,kBAAL,EAAjM,EAA2N,KAAKh9J,OAAL,CAAa,WAAb,CAA3N;AAAqP,aAD0kE,EACzkEu1J,oBAAmB,8BAAU;AAAC,qBAAKoJ,mBAAL,GAAyB,CAAC,CAA1B,EAA4B,KAAKD,cAAL,IAAqB,KAAKmB,2BAAL,EAAjD;AAAoF,aADu9D,EACt9D7C,oBAAmB,8BAAU;AAAC,oBAAIzgK,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKs8J,WAAb,CAAyB,KAAInjJ,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,sBAAEmZ,CAAF,EAAKouF,OAAL;AAAvB;AAAsC,aADy3D,EACx3D+0E,eAAc,uBAASnjK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAK0mK,QAAf,CAAwB,KAAI97K,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuB2I,wBAAEmZ,EAAE9hB,CAAF,CAAF,EAAOoV,EAAEzM,EAAEa,EAAJ,MAAU,KAAK8O,MAAL,CAAYlD,EAAEzM,EAAEa,EAAJ,CAAZ,EAAoB,CAAC,CAArB,GAAwB4L,EAAEzM,EAAEa,EAAJ,IAAQ,IAA1C,CAAP;AAAvB;AAA8E,aADwvD,EACvvD27K,aAAY,uBAAU;AAAC,oBAAIrjK,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAE46J,mBAAf,CAAmC/zK,EAAE26B,OAAF,CAAU,UAAStjC,CAAT,EAAW;AAAC,wBAAIoV,IAAEpV,EAAE4nE,QAAR;AAAA,wBAAiBvU,IAAErzD,EAAEmmC,OAArB,CAA6B/wB,EAAE0+D,KAAF,OAAYzgB,KAAGA,EAAE4mH,oBAAF,IAAyBn4J,EAAEk5I,QAAF,CAAW3nG,CAAX,EAAarzD,EAAE+6J,QAAf,CAAzB,EAAkDj5I,EAAEg6J,QAAF,CAAW1mK,EAAE5L,EAAb,IAAiB6pD,CAAtE,IAAyEvxC,EAAEwhK,YAAF,CAAeluK,CAAf,CAAzE,EAA2FpV,EAAEmvJ,QAAF,EAA3F,EAAwGxmJ,EAAE2P,MAAF,CAASlD,CAAT,CAApH;AAAiI,iBAApL;AAAsL,aADugD,EACtgD8vK,eAAc,uBAASpjK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,CAAU,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,wBAAE0M,EAAE9hB,CAAF,CAAF,EAAOqzD,IAAE,KAAKyoH,QAAL,CAAc1mK,EAAE5L,EAAhB,CAAT,EAA6B6pD,KAAGA,EAAEwmH,sBAAF,CAAyBzkK,CAAzB,EAA2BzM,CAA3B,CAAhC;AAAvB;AAAqF,aAD24C,EAC14C08K,YAAW,oBAASvjK,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAK26K,YAAL,CAAkBxhK,EAAEnZ,CAAF,CAAlB,EAAuB,CAAC,CAAxB;AAA3B;AAAsD,aAD6zC,EAC5zCk8K,qBAAoB,6BAAS/iK,CAAT,EAAW;AAAC,6BAAWA,EAAEmuD,MAAb,GAAoB,KAAK+0G,cAAL,MAAuB,KAAKO,kBAAL,CAAwBzjK,EAAE8pB,KAA1B,CAA3C,GAA4E,UAAQ9pB,EAAEmuD,MAAV,GAAiB,KAAKq1G,eAAL,CAAqBxjK,EAAE8pB,KAAvB,CAAjB,GAA+C,WAAS9pB,EAAEmuD,MAAX,KAAoB,iBAAenuD,EAAEmuD,MAAjB,GAAwB,KAAK+0G,cAAL,MAAuB,KAAKQ,kBAAL,CAAwB1jK,EAAE8pB,KAA1B,CAA/C,GAAgF,KAAKkvI,kBAAL,EAApG,CAA3H;AAA0P,aADkiC,EACjiCyK,oBAAmB,4BAASzjK,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAK2P,MAAL,CAAY,KAAKimK,mBAAL,CAAyBz8J,EAAEnZ,CAAF,EAAKkT,GAA9B,CAAZ,EAA+C,CAAC,CAAhD,GAAmD,KAAK0iK,mBAAL,CAAyBz8J,EAAEnZ,CAAF,EAAKkT,GAA9B,IAAmC,IAAtF;AAA3B;AAAsH,aAD44B,EAC34B2pK,oBAAmB,4BAAS1jK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAE8hB,EAAEnZ,CAAF,CAAF,EAAOyM,IAAE,KAAKmpK,mBAAL,CAAyBv+K,EAAE6b,GAA3B,CAAT,EAAyCzG,EAAEykK,sBAAF,CAAyB75K,CAAzB,CAAzC;AAAvB;AAA4F,aADswB,EACrwBslL,iBAAgB,yBAASxjK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAEvxC,EAAE5iB,MAAZ,CAAmB,KAAIc,IAAE,CAAN,EAAQA,IAAEqzD,CAAV,EAAYrzD,GAAZ;AAAgBoV,wBAAE0M,EAAE9hB,CAAF,CAAF,EAAO,KAAKylL,sBAAL,CAA4BrwK,CAA5B,EAA8BzM,CAA9B,CAAP;AAAhB;AAAwD,aAD4pB,EAC3pB88K,wBAAuB,gCAAS3jK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAU96B,CAAV,CAAY,KAAKgmJ,mBAAL,CAAyBz8J,EAAEjG,GAA3B,MAAkC7b,IAAE,KAAK0lL,kBAAL,CAAwB5jK,EAAEiwD,IAA1B,CAAF,EAAkC4tB,GAAG3/F,CAAH,KAAO,SAAOA,CAAd,KAAkBA,IAAE,IAAI+hC,CAAJ,CAAMjgB,EAAEy2J,KAAR,EAAcz2J,EAAE02J,KAAhB,CAApB,CAAlC,EAA8EpjK,IAAE,KAAKswK,kBAAL,CAAwB5jK,EAAEmQ,EAA1B,CAAhF,EAA8G0tE,GAAGvqF,CAAH,KAAO,SAAOA,CAAd,KAAkBA,IAAE,IAAI2sB,CAAJ,CAAMjgB,EAAE42J,GAAR,EAAY52J,EAAE62J,GAAd,CAApB,CAA9G,EAAsJh5E,GAAG3/F,CAAH,KAAO2/F,GAAGvqF,CAAH,CAAP,KAAei+C,IAAEkE,EAAE,EAAF,EAAK,KAAK32D,OAAL,CAAamoH,kBAAlB,CAAF,EAAwC11D,EAAEuU,QAAF,GAAW9lD,CAAnD,EAAqDyW,IAAE,IAAI9xB,CAAJ,CAAMzG,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAvD,EAAoE,KAAKkrH,mBAAL,CAAyBz8J,EAAEjG,GAA3B,IAAgC0c,CAApG,EAAsG,KAAKimJ,aAAL,CAAmBjmJ,CAAnB,EAAqB5vB,CAArB,CAArH,CAAxL;AAAuU,aADmS,EAClS+8K,oBAAmB,4BAAS5jK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,CAAM,OAAOg3F,GAAG79E,CAAH,KAAO,SAAOA,CAAd,KAAkBnZ,IAAE,KAAKmzK,QAAL,CAAch6J,CAAd,CAApB,GAAsCnZ,CAA7C;AAA+C,aAD8M,EAC7M87K,iBAAgB,2BAAU;AAAC,oBAAI3iK,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAElhB,OAAf;AAAA,oBAAuBZ,IAAE2I,EAAEi+D,UAA3B,CAAsC,IAAG5mE,IAAEw2G,GAAGx2G,CAAH,IAAM,EAACoc,MAAKpc,CAAN,EAAN,GAAeA,CAAjB,EAAmBA,aAAag5D,MAAM58C,IAAN,CAAWy4C,UAAxB,IAAoC,EAAE70D,aAAag5D,MAAM58C,IAAN,CAAW04C,sBAA1B,CAA1D,EAA4G,MAAMz3D,MAAM,mQAAN,CAAN,CAAiR2C,EAAEgyE,MAAF,KAAWhyE,EAAEgyE,MAAF,GAAS,CAAC,EAAC5P,OAAM,MAAP,EAAD,EAAgB,EAACA,OAAM,KAAP,EAAhB,EAA8B,EAACA,OAAM,gBAAP,EAA9B,EAAuD,EAACA,OAAM,UAAP,EAAvD,CAApB,GAAgGtgD,EAAE8kD,UAAF,IAAc9kD,EAAEwnJ,eAAhB,IAAiCxnJ,EAAE6jK,iBAAF,EAAjI,EAAuJ7jK,EAAEwnJ,eAAF,GAAkB3xG,EAAE71C,EAAE2hK,cAAJ,EAAmB3hK,CAAnB,CAAzK,EAA+LA,EAAE8jK,aAAF,GAAgBjuH,EAAE71C,EAAE0iK,MAAJ,EAAW1iK,CAAX,CAA/M,EAA6NA,EAAE8kD,UAAF,GAAatP,EAAE2c,MAAF,CAASj0E,CAAT,EAAYqhC,IAAZ,CAAiB80E,EAAjB,EAAoBr0F,EAAEwnJ,eAAtB,EAAuCjoI,IAAvC,CAA4C81E,EAA5C,EAA+Cr1F,EAAE8jK,aAAjD,CAA1O;AAA0S,aAD3hB,EAC4hBD,mBAAkB,6BAAU;AAAC,oBAAI7jK,IAAE,IAAN,CAAWA,EAAE8kD,UAAF,CAAatlC,MAAb,CAAoB60E,EAApB,EAAuBr0F,EAAEwnJ,eAAzB,EAA0ChoI,MAA1C,CAAiD61E,EAAjD,EAAoDr1F,EAAE8jK,aAAtD;AAAqE,aADzoB,EAC0oB7Z,QAAO,gBAASjqJ,CAAT,EAAW9hB,CAAX,EAAa;AAACA,sBAAI2I,CAAJ,IAAOmZ,CAAP,KAAW9hB,KAAG,KAAK+oK,SAAL,CAAeprK,IAAf,CAAoBmkB,CAApB,GAAuB,KAAK27J,YAAL,CAAkBn1J,MAAlB,CAAyBxG,EAAEs3F,MAA3B,CAA1B,KAA+DlZ,GAAG5nF,MAAH,CAAU,KAAKywJ,SAAf,EAAyBjnJ,CAAzB,GAA4B,KAAK27J,YAAL,CAAkBnlK,MAAlB,CAAyBwJ,EAAEs3F,MAA3B,CAA3F,CAAX;AAA2I,aAD1yB,EAC2yBkiE,iBAAgB,yBAASx5J,CAAT,EAAWnZ,CAAX,EAAa;AAACA,oBAAE,KAAKu9J,kBAAL,CAAwB74I,IAAxB,CAA6BvL,CAA7B,CAAF,GAAkC,KAAKokJ,kBAAL,CAAwBxhH,OAAxB,EAAlC;AAAoE,aAD74B,EAC84B67H,iBAAgB,2BAAU;AAAC,oBAAIz+J,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAK+oK,SAAf,CAAyB,KAAIjnJ,IAAE,CAAN,EAAQA,IAAE9hB,EAAEd,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,wBAAE3I,EAAE8hB,CAAF,CAAF,EAAOnZ,EAAEs6J,aAAF,IAAiBt6J,EAAEs6J,aAAF,EAAxB,EAA0Ct6J,EAAEunG,OAAF,EAA1C;AAAvB;AAA6E,aAD/gC,EACghC21E,UAAS,oBAAU;AAAC,qBAAI,IAAI/jK,IAAE,CAAV,EAAYA,IAAE,KAAKmjJ,WAAL,CAAiB/lK,MAA/B,EAAsC4iB,GAAtC;AAA0C,yBAAKmjJ,WAAL,CAAiBnjJ,CAAjB,EAAoBouF,OAApB;AAA1C;AAAwE,aAD5mC,EAC6mC02D,iBAAgB,2BAAU;AAAC,qBAAKgd,aAAL,KAAqB,KAAKA,aAAL,CAAmBt1J,IAAnB,IAA0B,KAAKs1J,aAAL,CAAmBl/H,OAAnB,EAA1B,EAAuD,KAAKk/H,aAAL,GAAmB,IAA/F;AAAqG,aAD7uC,EAC8uChD,uBAAsB,iCAAU;AAAC,qBAAK5C,OAAL,KAAe,KAAKA,OAAL,CAAa1vJ,IAAb,IAAoB,KAAK0vJ,OAAL,CAAat5H,OAAb,EAApB,EAA2C,KAAKs5H,OAAL,GAAa,IAAvE;AAA6E,aAD51C,EAC61C3pE,iBAAgB,2BAAU;AAAC,oBAAIvyF,IAAE,KAAKorF,MAAL,CAAY8yD,QAAlB;AAAA,oBAA2Br3J,IAAE0uD,EAAE6/B,SAAF,GAAcC,SAAd,CAAwB,CAACr1E,EAAE0rB,CAA3B,EAA6B,CAAC1rB,EAAE4rB,CAAhC,CAA7B;AAAA,oBAAgE1tC,IAAE,IAAIq3D,EAAEijC,IAAN,CAAW,CAAC,CAAD,EAAG,CAAH,CAAX,EAAiB,CAACx4E,EAAEgJ,KAAH,EAAShJ,EAAE+N,MAAX,CAAjB,CAAlE;AAAA,oBAAuGza,IAAE0iD,EAAEwtC,IAAF,CAAOzC,QAAP,CAAgB7iG,CAAhB,CAAzG;AAAA,oBAA4HqzD,IAAE,IAAIyE,EAAEmjC,KAAN,CAAY,EAAC/D,WAAUvuF,CAAX,EAAZ,CAA9H;AAAA,oBAAyJ4vB,IAAE,IAAIu/B,EAAEmjC,KAAN,CAAY,EAACuF,MAAKprF,CAAN,EAAZ,CAA3J;AAAA,oBAAiLg+C,IAAE,KAAK85C,MAAL,CAAYswD,cAAZ,CAA2BrnJ,QAA3B,CAAoC,CAApC,CAAnL,CAA0N,OAAOoiB,EAAEjQ,MAAF,CAAS+qC,CAAT,GAAYA,EAAEl9C,QAAF,CAAWxY,IAAX,CAAgBy1D,CAAhB,CAAZ,EAA+B76B,CAAtC;AAAwC,aAD1nD,EAC2nDgjE,cAAa,wBAAU;AAAC,oBAAIz5E,IAAEu1C,EAAE6/B,SAAF,GAAc34E,KAAd,CAAoB,IAAE,KAAK6hK,KAA3B,CAAN;AAAA,oBAAwCz3K,IAAE,IAAImvD,EAAEmjC,KAAN,CAAY,EAAC/D,WAAUp1E,CAAX,EAAZ,CAA1C;AAAA,oBAAqE9hB,IAAE,KAAK6nK,SAAL,CAAerK,cAAtF,CAAqG,OAAO70J,EAAEwN,QAAF,CAAWxY,IAAX,CAAgBqC,CAAhB,GAAmB2I,CAA1B;AAA4B,aADpxD,EACqxDg+J,cAAa,wBAAU;AAAC,qBAAK+E,iBAAL,IAAyB,KAAKzF,sBAAL,EAAzB;AAAuD,aADp2D,EACq2DyF,mBAAkB,6BAAU;AAAC,qBAAK9kG,UAAL,IAAiB,KAAKuzG,WAAtB,IAAmC,KAAKvzG,UAAL,CAAgBmU,IAAhB,EAAnC;AAA0D,aAD57D,EAC67DkrF,wBAAuB,kCAAU;AAAC,oBAAIt9J,IAAE,IAAN,CAAWA,EAAEozK,qBAAF,IAAyBpzK,EAAEwxK,WAA3B,KAAyCr4J,EAAEhI,IAAF,CAAO7Z,KAAP,CAAa6hB,CAAb,EAAenZ,EAAEg0K,0BAAjB,EAA6CxjK,IAA7C,CAAkD,YAAU;AAACxQ,sBAAEozK,qBAAF,CAAwBhhG,IAAxB;AAA+B,iBAA5F,GAA8FpyE,EAAEm9K,yBAAF,GAA4B,EAAnK;AAAuK,aADjpE,EAAT,CAD6tV,EAEhkRruH,EAAEytD,WAAF,CAAcvkH,MAAd,CAAqBy2D,EAAE94D,EAAvB,EAA0B,CAAC,CAA3B,CAFgkR,EAEliR06D,MAAMsmE,QAAN,IAAgBtmE,MAAMsmE,QAAN,CAAe3+H,MAAf,CAAsBy2D,EAAE94D,EAAxB,CAFkhR,EAEt/Q83D,IAAE4C,MAAM6M,UAAN,CAAiBllE,MAAjB,CAAwB,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACqwD,sBAAM6M,UAAN,CAAiBvnE,EAAjB,CAAoBC,IAApB,CAAyBa,IAAzB,CAA8B,IAA9B,GAAoC,KAAK+pH,OAAL,GAAarnG,CAAjD,EAAmD,KAAKlhB,OAAL,GAAa22D,EAAE,EAAF,EAAK,KAAK32D,OAAV,EAAkB+H,CAAlB,CAAhE,EAAqF,KAAKo9K,MAAL,GAAY,EAAjG,EAAoG,KAAKC,aAAL,EAApG,EAAyH,KAAKC,WAAL,EAAzH,EAA4I,KAAKC,WAAL,EAA5I,EAA+J,KAAKtlL,OAAL,CAAa0wF,KAAb,IAAoB,KAAKq9D,WAAL,EAAnL,EAAsM,KAAKttH,IAAL,CAAU,KAAKxf,MAAf,EAAsBlZ,CAAtB,CAAtM;AAA+N,aAAnP,EAAoPkZ,QAAO,CAAC,OAAD,CAA3P,EAAqQ8sI,aAAY,uBAAU;AAAC,qBAAKpkI,SAAL,GAAezI,EAAE,QAAF,EAAYwG,MAAZ,CAAmB,KAAK6d,OAAxB,CAAf,EAAgD,KAAK09I,MAAL,GAAY,KAAKt5J,SAAL,CAAewkI,UAAf,CAA0B,EAA1B,EAA8Bo3B,aAA9B,EAA5D;AAA0G,aAAtY,EAAuYD,aAAY,uBAAU;AAAC,oBAAIpkK,CAAJ,EAAMnZ,CAAN,CAAQ,KAAImZ,IAAE,CAAN,EAAQA,IAAE,KAAKikK,MAAL,CAAY7mL,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKo9K,MAAL,CAAYjkK,CAAZ,CAAF,EAAiB,CAACnZ,EAAEulJ,OAAF,IAAWvlJ,EAAEulJ,OAAF,CAAUhvJ,MAArB,IAA6B,CAACygG,GAAGh3F,EAAEulJ,OAAL,CAA/B,KAA+C,KAAKk4B,QAAL,CAActvK,GAAd,CAAkBnO,CAAlB,CAAhE;AAAjC;AAAsH,aAA5hB,EAA6hBq9K,eAAc,yBAAU;AAAC,qBAAK7/I,OAAL,GAAarkB,EAAE,QAAF,CAAb,EAAyB,KAAKskK,QAAL,GAAc,KAAKjgJ,OAAL,CAAakgJ,YAAb,CAA0B,EAAC5gK,OAAMkyC,EAAE,KAAKlyC,KAAP,EAAa,IAAb,CAAP,EAA0BonI,WAAU,CAAC,CAArC,EAA1B,EAAmEy5B,eAAnE,EAAvC,EAA4H,KAAKngJ,OAAL,CAAajoB,GAAb,CAAiB,QAAjB,EAA0B,MAA1B,CAA5H;AAA8J,aAAptB,EAAqtB+nK,aAAY,uBAAU;AAAC,qBAAI,IAAInkK,IAAE,CAAV,EAAYA,IAAE,KAAKlhB,OAAL,CAAaooH,KAAb,CAAmB9pH,MAAjC,EAAwC4iB,GAAxC;AAA4C,yBAAKykK,UAAL,CAAgB,KAAK3lL,OAAL,CAAaooH,KAAb,CAAmBlnG,CAAnB,CAAhB;AAA5C;AAAmF,aAA/zB,EAAg0BykK,YAAW,oBAASzkK,CAAT,EAAW;AAACy0F,mBAAGz0F,CAAH,MAAQA,IAAE,EAACjhB,MAAKihB,CAAN,EAAV,EAAoB,IAAInZ,IAAEmZ,EAAEjhB,IAAF,GAAO,MAAb,CAAoB,KAAK8H,CAAL,IAAQ,KAAKA,CAAL,EAAQmZ,CAAR,CAAR,GAAmB,KAAKikK,MAAL,CAAYpoL,IAAZ,CAAiB45D,EAAE,EAAF,EAAKz1C,CAAL,EAAO,EAAC7a,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAOnuD,EAAEjhB,IAAV,EAApB,CAAZ,EAAP,CAAjB,CAAnB;AAA+F,aAA99B,EAA+9Bm5H,QAAO,gBAASl4G,CAAT,EAAW;AAAC,qBAAK+hK,MAAL,IAAa,KAAKA,MAAL,CAAY1lJ,IAAZ,CAAiBrc,EAAE0rB,CAAnB,EAAqB1rB,EAAE4rB,CAAvB,CAAb;AAAuC,aAAzhC,EAA0hCpf,MAAK,gBAAU;AAAC,qBAAKu1J,MAAL,IAAa,KAAKA,MAAL,CAAYn6J,KAAZ,EAAb;AAAiC,aAA3kC,EAA4kC+8J,UAAS,oBAAU;AAAC,uBAAM,EAACxkL,MAAK,aAAN,EAAoBisJ,SAAQ,EAA5B,EAAN;AAAsC,aAAtoC,EAAuoCw4B,UAAS,oBAAU;AAAC,qBAAKX,MAAL,CAAYpoL,IAAZ,CAAiB,EAAC6vJ,gBAAe,mBAAhB,EAAoCG,UAAS,UAA7C,EAAwD1rJ,MAAK,QAA7D,EAAsEgB,MAAK,MAA3E,EAAkFgE,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,MAAR,EAApB,CAA7F,EAAjB;AAAqJ,aAAhzC,EAAizC02G,YAAW,sBAAU;AAAC,qBAAKZ,MAAL,CAAYpoL,IAAZ,CAAiB,EAAC6vJ,gBAAe,kBAAhB,EAAmCG,UAAS,UAA5C,EAAuD1rJ,MAAK,QAA5D,EAAqEgB,MAAK,QAA1E,EAAmFgE,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,QAAR,EAApB,CAA9F,EAAjB;AAAwJ,aAA/9C,EAAg+C22G,yBAAwB,iCAAS9kK,CAAT,EAAW;AAAC,qBAAK+kK,YAAL,CAAkB,QAAlB,GAA4B,KAAKC,YAAL,CAAkB54B,OAAlB,CAA0BvwJ,IAA1B,CAA+B,EAAC6vJ,gBAAe,sBAAhB,EAAuCG,UAAS,UAAhD,EAA2D1qJ,MAAK,qBAAhE,EAAsFw6C,OAAM,QAA5F,EAAqGx2C,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,qBAAR,EAA8BlhD,MAAKjN,EAAEiN,IAArC,EAApB,CAAhH,EAA/B,CAA5B;AAA6O,aAAjvD,EAAkvDg4J,qBAAoB,6BAASjlK,CAAT,EAAW;AAAC,qBAAK+kK,YAAL,CAAkB,QAAlB,GAA4B,KAAKC,YAAL,CAAkB54B,OAAlB,CAA0BvwJ,IAA1B,CAA+B,EAAC6vJ,gBAAe,qBAAhB,EAAsCvmJ,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,iBAAR,EAA0BlhD,MAAKjN,EAAEiN,IAAjC,EAApB,CAAjD,EAA6G4+H,UAAS,UAAtH,EAAiI1qJ,MAAK,iBAAtI,EAAwJw6C,OAAM,QAA9J,EAA/B,CAA5B;AAAoO,aAAt/D,EAAu/DupI,iBAAgB,2BAAU;AAAC,qBAAKH,YAAL,CAAkB,QAAlB,GAA4B,KAAKI,YAAL,CAAkB/4B,OAAlB,CAA0BvwJ,IAA1B,CAA+B,EAAC6vJ,gBAAe,kBAAhB,EAAmCG,UAAS,UAA5C,EAAuD1qJ,MAAK,aAA5D,EAA0Ew6C,OAAM,QAAhF,EAAyFx2C,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,aAAR,EAApB,CAApG,EAA/B,CAA5B;AAA6M,aAA/tE,EAAguEi3G,sBAAqB,gCAAU;AAAC,qBAAKL,YAAL,CAAkB,QAAlB,GAA4B,KAAKI,YAAL,CAAkB/4B,OAAlB,CAA0BvwJ,IAA1B,CAA+B,EAAC6vJ,gBAAe,sBAAhB,EAAuCG,UAAS,UAAhD,EAA2D1qJ,MAAK,kBAAhE,EAAmFw6C,OAAM,QAAzF,EAAkGx2C,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,kBAAR,EAApB,CAA7G,EAA/B,CAA5B;AAA2N,aAA39E,EAA49Ek3G,UAAS,oBAAU;AAAC,qBAAKN,YAAL,CAAkB,SAAlB,GAA6B,KAAKO,aAAL,CAAmBl5B,OAAnB,CAA2BvwJ,IAA3B,CAAgC,EAAC6vJ,gBAAe,iBAAhB,EAAkCG,UAAS,UAA3C,EAAsD1qJ,MAAK,MAA3D,EAAkEw6C,OAAM,SAAxE,EAAkFx2C,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,MAAR,EAApB,CAA7F,EAAhC,CAA7B;AAAiM,aAAjrF,EAAkrFo3G,UAAS,oBAAU;AAAC,qBAAKR,YAAL,CAAkB,SAAlB,GAA6B,KAAKO,aAAL,CAAmBl5B,OAAnB,CAA2BvwJ,IAA3B,CAAgC,EAAC6vJ,gBAAe,iBAAhB,EAAkCG,UAAS,UAA3C,EAAsD1qJ,MAAK,MAA3D,EAAkEw6C,OAAM,SAAxE,EAAkFx2C,YAAW,KAAKu/K,cAAL,CAAoB,EAACv2G,QAAO,MAAR,EAApB,CAA7F,EAAhC,CAA7B;AAAiM,aAAv4F,EAAw4F42G,cAAa,sBAAS/kK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,MAAImZ,CAAJ,GAAM,OAAZ,CAAoB,KAAKnZ,CAAL,MAAU,KAAKA,CAAL,IAAQ,KAAK89K,QAAL,EAAR,EAAwB,KAAKV,MAAL,CAAYpoL,IAAZ,CAAiB,KAAKgL,CAAL,CAAjB,CAAlC;AAA6D,aAAl/F,EAAm/F69K,gBAAe,wBAAS1kK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,EAAEmuD,MAAF,KAAWtnE,EAAEqwD,MAAMjrD,IAAN,CAAW,QAAX,CAAF,IAAwB+T,EAAEmuD,MAArC,GAA6CnuD,EAAEiN,IAAF,KAASpmB,EAAEqwD,MAAMjrD,IAAN,CAAW,MAAX,CAAF,IAAsB+T,EAAEiN,IAAjC,CAA7C,EAAoFpmB,CAA3F;AAA6F,aAApnG,EAAqnG2+K,gBAAe,wBAASxlK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,EAAR;AAAA,oBAAWoV,IAAE0M,EAAE/T,IAAF,CAAOirD,MAAMjrD,IAAN,CAAW,QAAX,CAAP,CAAb,CAA0C,OAAOqH,MAAIpV,EAAEiwE,MAAF,GAAS76D,CAAb,GAAgBzM,IAAEmZ,EAAE/T,IAAF,CAAOirD,MAAMjrD,IAAN,CAAW,MAAX,CAAP,CAAlB,EAA6CpF,MAAI3I,EAAE+uB,IAAF,GAAOpmB,CAAX,CAA7C,EAA2D3I,CAAlE;AAAoE,aAA9vG,EAA+vGylB,OAAM,eAAS9c,CAAT,EAAW;AAAC,oBAAI3I,IAAE,KAAKsnL,cAAL,CAAoBxlK,EAAEnZ,EAAEzH,MAAJ,CAApB,CAAN;AAAA,oBAAuCkU,IAAEpV,EAAEiwE,MAA3C,CAAkD76D,KAAG,KAAKA,CAAL,CAAH,IAAY,KAAKA,CAAL,EAAQpV,CAAR,CAAZ,EAAuB,KAAKulB,OAAL,CAAa,OAAb,EAAqB,KAAKgiK,SAAL,CAAenyK,CAAf,EAAiBzM,EAAEzH,MAAnB,CAArB,CAAvB;AAAwE,aAA34G,EAA44GqmL,WAAU,mBAASzlK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKm0H,gBAAL,EAAV;AAAA,oBAAkCjvJ,IAAE86B,EAAEn0D,MAAtC;AAAA,oBAA6Ck0D,IAAE,EAA/C;AAAA,oBAAkD5sD,IAAE,EAApD,CAAuD,KAAI4O,IAAE,CAAN,EAAQA,IAAEmjB,CAAV,EAAYnjB,GAAZ;AAAgBpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,aAAawtC,CAAb,GAAe4lB,EAAEz1D,IAAF,CAAOqC,CAAP,CAAf,GAAyBwG,EAAE7I,IAAF,CAAOqC,CAAP,CAAhC;AAAhB,iBAA0D,OAAM,EAACmmG,QAAO/yC,CAAR,EAAU6xG,aAAYz+J,CAAtB,EAAwBypE,QAAOnuD,CAA/B,EAAiC5gB,QAAOyH,CAAxC,EAAN;AAAiD,aAAtkH,EAAukH,UAAS,mBAAU;AAAC,oBAAImZ,IAAE,KAAKqnG,OAAX;AAAA,oBAAmBxgH,IAAEmZ,EAAE4kJ,cAAF,CAAiB,KAAK8gB,gBAAL,EAAjB,CAArB,CAA+D7+K,EAAEzJ,MAAF,KAAW,KAAKiqH,OAAL,CAAa7wG,MAAb,CAAoB3P,CAApB,EAAsB,CAAC,CAAvB,GAA0B,KAAKwgH,OAAL,CAAaw9C,YAAb,EAArC;AAAkE,aAA5tH,EAA6tH0X,MAAK,gBAAU;AAAC,oBAAIv8J,IAAE,KAAK0lK,gBAAL,EAAN,CAA8B,MAAI1lK,EAAE5iB,MAAN,IAAc,KAAKiqH,OAAL,CAAak1D,IAAb,CAAkBv8J,EAAE,CAAF,CAAlB,CAAd;AAAsC,aAAjzH,EAAkzH2lK,iBAAgB,yBAAS3lK,CAAT,EAAW;AAAC,oBAAInZ,IAAErG,WAAWwf,EAAEiN,IAAF,IAAQ,EAAnB,CAAN,CAA6B,KAAKwrJ,OAAL,CAAa5xK,CAAb;AAAgB,aAA33H,EAA43H++K,qBAAoB,6BAAS5lK,CAAT,EAAW;AAAC,oBAAInZ,IAAErG,WAAWwf,EAAEiN,IAAF,IAAQ,EAAnB,CAAN,CAA6B,KAAKwrJ,OAAL,CAAa,CAAC5xK,CAAd;AAAiB,aAA18H,EAA28H4xK,SAAQ,iBAASz4J,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKwgH,OAAL,CAAa47C,gBAAnB,CAAoCp8J,EAAEwrG,KAAF,CAAQxrG,EAAEwrG,KAAF,KAAUryF,CAAlB,GAAqBnZ,EAAEsuF,MAAF,EAArB;AAAgC,aAAniI,EAAoiIuwF,kBAAiB,4BAAU;AAAC,uBAAO,KAAKr+D,OAAL,CAAa7jH,MAAb,EAAP;AAA6B,aAA7lI,EAA8lI44K,aAAY,uBAAU;AAAC,qBAAK/0D,OAAL,CAAa+0D,WAAb;AAA2B,aAAhpI,EAAipII,kBAAiB,4BAAU;AAAC,qBAAKn1D,OAAL,CAAam1D,gBAAb;AAAgC,aAA7sI,EAA8sIrc,MAAK,gBAAU;AAAC,qBAAK94C,OAAL,CAAa84C,IAAb;AAAoB,aAAlvI,EAAmvIE,MAAK,gBAAU;AAAC,qBAAKh5C,OAAL,CAAag5C,IAAb;AAAoB,aAAvxI,EAAwxIz9G,SAAQ,mBAAU;AAAC,qBAAKykE,OAAL,GAAa,IAAb,EAAkB,KAAKhjF,OAAL,GAAa,IAA/B,EAAoC,KAAKvlC,OAAL,GAAa,IAAjD,EAAsD,KAAKwlL,QAAL,IAAe,KAAKA,QAAL,CAAc1hI,OAAd,EAArE,EAA6F,KAAKm/H,MAAL,IAAa,KAAKA,MAAL,CAAYn/H,OAAZ,EAA1G;AAAgI,aAA36I,EAAxB,CAFo/Q,EAE9iIzb,IAAE+vB,MAAM6M,UAAN,CAAiBllE,MAAjB,CAAwB,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACqwD,sBAAM6M,UAAN,CAAiBvnE,EAAjB,CAAoBC,IAApB,CAAyBa,IAAzB,CAA8B,IAA9B,GAAoC,KAAKwB,OAAL,GAAa81D,EAAE,CAAC,CAAH,EAAK,EAAL,EAAQ,KAAK91D,OAAb,EAAqB+H,CAArB,CAAjD,EAAyE,KAAKw9B,OAAL,GAAarkB,CAAtF,EAAwF,KAAKq2D,KAAL,GAAW,KAAKv3E,OAAL,CAAau3E,KAAhH,EAAsH,KAAKnG,MAAL,GAAY,KAAK21G,UAAL,EAAlI,EAAoJ,KAAK1rE,cAAL,EAApJ,EAA0K,KAAK2rE,cAAL,EAA1K;AAAgM,aAApN,EAAqNhnL,SAAQ,EAACm+K,SAAQ,EAAT,EAA7N,EAA0O9iE,gBAAe,0BAAU;AAAC,qBAAK3kE,OAAL,GAAa,KAAKnR,OAAlB;AAA0B,aAA9R,EAA+RyhJ,gBAAe,0BAAU;AAAC,oBAAI9lK,IAAE,KAAKlhB,OAAX,CAAmB,KAAKgzE,QAAL,GAAc,IAAI5a,MAAMwK,EAAN,CAASqkH,QAAb,CAAsB,KAAKvwI,OAA3B,EAAmC,EAAC06B,QAAO,KAAKA,MAAb,EAAoB9wE,QAAO4gB,EAAE5gB,MAA7B,EAAoC4mL,gBAAe,CAAC,CAApD,EAAsD3vG,OAAM,KAAKA,KAAjE,EAAnC,CAAd;AAA0H,aAAtc,EAAucgiG,aAAY,qBAASr4J,CAAT,EAAW;AAAC,uBAAO,KAAKq2D,KAAL,CAAWvE,QAAX,IAAqB,KAAKuE,KAAL,CAAWvE,QAAX,CAAoB9xD,CAApB,CAA5B;AAAmD,aAAlhB,EAAmhB6lK,YAAW,sBAAU;AAAC,oBAAI7lK,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,IAAE,EAAZ;AAAA,oBAAei+C,IAAE,KAAK8kB,KAAL,CAAWnG,MAA5B,CAAmC,KAAIlwD,CAAJ,IAASuxC,CAAT;AAAW1qD,wBAAE,EAAF,EAAK,KAAKwxK,WAAL,CAAiBr4J,CAAjB,MAAsB9hB,IAAE,KAAKY,OAAL,CAAam+K,OAAb,CAAqBj9J,CAArB,CAAF,EAA0B9hB,MAAI2I,EAAEw1K,MAAF,GAASn+K,CAAb,CAA1B,EAA0C2I,EAAEy5D,KAAF,GAAQtgD,CAAlD,EAAoD1M,EAAEzX,IAAF,CAAOgL,CAAP,CAA1E,CAAL;AAAX,iBAAqG,OAAOyM,CAAP;AAAS,aAA1rB,EAA2rB5U,KAAI,eAAU;AAAC,uBAAO,KAAKozE,QAAL,CAAcpzE,GAAd,EAAP;AAA2B,aAAruB,EAAsuBkkD,SAAQ,mBAAU;AAAC,qBAAKkvB,QAAL,CAAclvB,OAAd,IAAwB,KAAKkvB,QAAL,CAAcztC,OAAd,CAAsB55B,IAAtB,CAA2B,MAAIysD,MAAMjrD,IAAN,CAAW,eAAX,CAAJ,GAAgC,GAA3D,EAAgEwK,KAAhE,EAAxB,EAAgG,KAAK4/D,KAAL,GAAW,KAAK7gC,OAAL,GAAa,KAAKnR,OAAL,GAAa,KAAK4hJ,OAAL,GAAa,KAAKn0G,QAAL,GAAc,IAAhK;AAAqK,aAA95B,EAAxB,CAF4iI,EAEnnGvd,IAAEptB,EAAEtoC,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACsgC,kBAAE3qC,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,GAAyB,KAAK04B,IAAL,CAAU,KAAKxf,MAAf,EAAsB,KAAKjhB,OAA3B,CAAzB,EAA6D,KAAKu9B,IAAL,EAA7D;AAAyE,aAA7F,EAA8Ftc,QAAO,CAAC,QAAD,EAAU,QAAV,CAArG,EAAyHjhB,SAAQ,EAACtD,QAAO,EAACg0F,OAAM,CAAC,CAAR,EAAUu7D,WAAU,CAAC,CAArB,EAAuBxhG,WAAU,CAAC,CAAlC,EAAoCtE,OAAM,MAA1C,EAAiD9pB,SAAQ,CAAC,CAA1D,EAAR,EAAjI,EAAuMg/E,gBAAe,0BAAU;AAAC,oBAAItzG,CAAJ;AAAA,oBAAM3I,IAAE,IAAR,CAAa,KAAKs3C,OAAL,GAAax1B,EAAE,kCAAF,EAAsC/T,IAAtC,CAA2CirD,MAAMjrD,IAAN,CAAW,KAAX,CAA3C,EAA6D,KAAKoqE,KAAL,CAAWt8D,GAAxE,CAAb,EAA0FlT,IAAE,EAA5F,EAA+F,KAAK/H,OAAL,CAAaswD,QAAb,IAAuBvoD,KAAG,KAAKq/K,eAAL,EAAH,EAA0B,KAAKh2G,MAAL,GAAY,EAA7D,IAAiErpE,KAAG,KAAKs/K,aAAL,EAAnK,EAAwLt/K,KAAG,KAAKu/K,cAAL,EAA3L,EAAiN,KAAK5wI,OAAL,CAAahvB,MAAb,CAAoBxG,EAAE,sCAAF,EAA0CwG,MAA1C,CAAiD3f,CAAjD,CAApB,CAAjN,EAA0R,KAAKrL,MAAL,GAAY,IAAI07D,MAAMwK,EAAN,CAAS2kH,MAAb,CAAoB,KAAK7wI,OAAL,CAAazuB,QAAb,CAAsB,KAAKsd,OAA3B,CAApB,EAAwD,KAAKvlC,OAAL,CAAatD,MAArE,CAAtS,EAAmX,KAAKA,MAAL,CAAY+jC,IAAZ,CAAiB,OAAjB,EAAyB,UAASvf,CAAT,EAAW;AAACA,sBAAEsmK,aAAF,KAAkBtmK,EAAEg4C,MAAF,CAAS3zB,OAAT,CAAiB7gB,KAAjB,IAAyBtlB,EAAEqoL,YAAF,CAAevmK,CAAf,CAA3C;AAA8D,iBAAnG,CAAnX,EAAwd,KAAKwmK,mBAAL,EAAxd;AAAmf,aAAjuB,EAAkuBN,iBAAgB,2BAAU;AAAC,oBAAIlmK,IAAE,KAAKlhB,OAAL,CAAaswD,QAAnB,CAA4B,OAAM,YAAU,OAAOpvC,CAAjB,KAAqBA,IAAExkB,OAAOirL,QAAP,CAAgBzmK,CAAhB,CAAvB,GAA2CA,IAAEk3C,MAAM9H,QAAN,CAAepvC,CAAf,EAAkB,KAAKq2D,KAAvB,CAAnD;AAAiF,aAA12B,EAA22B8vG,eAAc,yBAAU;AAAC,oBAAInmK,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,EAAV,CAAa,KAAI8hB,IAAE,CAAN,EAAQA,IAAE,KAAKkwD,MAAL,CAAY9yE,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAE,KAAKqpE,MAAL,CAAYlwD,CAAZ,CAAF,EAAiB9hB,KAAG,2CAAyC2I,EAAEy5D,KAA3C,GAAiD,IAAjD,IAAuDz5D,EAAEy5D,KAAF,IAAS,EAAhE,IAAoE,gBAAxF,EAAyG,KAAK+3G,WAAL,CAAiBxxK,EAAEy5D,KAAnB,MAA4BpiE,KAAG,UAAQg5D,MAAMjrD,IAAN,CAAW,eAAX,CAAR,GAAoC,IAApC,GAAyCpF,EAAEy5D,KAA3C,GAAiD,+BAAhF,CAAzG;AAAjC,iBAA2P,OAAOpiE,CAAP;AAAS,aAArpC,EAAspCkoL,gBAAe,0BAAU;AAAC,oBAAIpmK,IAAE,8CAAN,CAAqD,OAAOA,KAAG,KAAK0mK,aAAL,CAAmB,QAAnB,CAAH,EAAgC1mK,KAAG,KAAK0mK,aAAL,CAAmB,QAAnB,CAAnC,EAAgE1mK,KAAG,QAA1E;AAAmF,aAAxzC,EAAyzC0mK,eAAc,uBAAS1mK,CAAT,EAAW;AAAC,uBAAOk3C,MAAM9H,QAAN,CAAeyH,EAAf,EAAmBl7B,EAAE3b,CAAF,CAAnB,CAAP;AAAgC,aAAn3C,EAAo3CwmK,qBAAoB,+BAAU;AAAC,qBAAKG,mBAAL,GAAyB9wH,EAAE,KAAK0wH,YAAP,EAAoB,IAApB,CAAzB,EAAmD,KAAK/qL,MAAL,CAAY6oC,OAAZ,CAAoB7kB,EAApB,CAAuBu0F,KAAGD,EAA1B,EAA6B,oBAA7B,EAAkD,KAAK6yE,mBAAvD,CAAnD,EAA+H,KAAKC,mBAAL,GAAyB/wH,EAAE,KAAKgxH,YAAP,EAAoB,IAApB,CAAxJ,EAAkL,KAAKrrL,MAAL,CAAY6oC,OAAZ,CAAoB7kB,EAApB,CAAuBu0F,KAAGD,EAA1B,EAA6B,oBAA7B,EAAkD,KAAK8yE,mBAAvD,CAAlL;AAA8P,aAAjpD,EAAkpDC,cAAa,sBAAS7mK,CAAT,EAAW;AAACA,kBAAE2B,cAAF,IAAmB,KAAK8B,OAAL,CAAa,QAAb,CAAnB;AAA0C,aAArtD,EAAstD8iK,cAAa,sBAASvmK,CAAT,EAAW;AAACA,kBAAE2B,cAAF,IAAmB,KAAK8B,OAAL,CAAa,QAAb,CAAnB;AAA0C,aAAzxD,EAA0xD4Y,MAAK,gBAAU;AAAC,qBAAK7gC,MAAL,CAAYklF,MAAZ,GAAqBrkD,IAArB;AAA4B,aAAt0D,EAAu0DzU,OAAM,iBAAU;AAAC,qBAAKpsB,MAAL,CAAY+jC,IAAZ,CAAiB,YAAjB,EAA8Bs2B,EAAE,KAAKjT,OAAP,EAAe,IAAf,CAA9B,EAAoDh7B,KAApD;AAA4D,aAAp5D,EAAq5Dg7B,SAAQ,mBAAU;AAAC,qBAAKpnD,MAAL,CAAYosB,KAAZ,GAAoBg7B,OAApB,IAA8B,KAAKpnD,MAAL,CAAY6oC,OAAZ,CAAoBprB,GAApB,CAAwB86F,KAAGD,EAA3B,EAA8B,oBAA9B,EAAmD,KAAK6yE,mBAAxD,CAA9B,EAA2G,KAAKnrL,MAAL,CAAY6oC,OAAZ,CAAoBprB,GAApB,CAAwB86F,KAAGD,EAA3B,EAA8B,oBAA9B,EAAmD,KAAK8yE,mBAAxD,CAA3G,EAAwL,KAAKD,mBAAL,GAAyB,IAAjN,EAAsN,KAAKG,uBAAL,GAA6B,IAAnP,EAAwP,KAAKtrL,MAAL,GAAY,IAApQ,EAAyQ2rC,EAAE3qC,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAzQ;AAAiS,aAAzsE,EAAT,CAFinG,EAE55By0D,EAAEv1D,EAAF,GAAKu1D,EAAE90D,SAAF,GAAY,EAAC69K,YAAW,oBAASj0K,CAAT,EAAW;AAAC,oBAAI3I,IAAE8hB,EAAEnJ,QAAF,EAAN,CAAmB,OAAO,KAAKsgK,SAAL,CAAet7K,IAAf,CAAoB,EAACkC,UAAS8I,CAAV,EAAYsQ,UAASjZ,CAArB,EAApB,GAA6CA,CAApD;AAAsD,aAAjG,EAAkGmvJ,UAAS,oBAAU;AAAC,oBAAIrtI,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAKi5K,SAAf,CAAyB,KAAItwK,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAE,KAAKm3J,SAAL,CAAetwK,CAAf,CAAF,EAAoBmZ,EAAEjiB,QAAF,CAAW,KAAK+nE,QAAhB,CAApB,EAA8C9lD,EAAE7I,QAAF,CAAWS,OAAX,EAA9C;AAAvB,iBAA0F,KAAKu/J,SAAL,GAAe,EAAf;AAAkB,aAA3P,EAF24B,EAE9oBjlH,EAAE11D,EAAF,GAAK01D,EAAEj1D,SAAF,GAAY,EAAC+X,KAAI,aAASgL,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKijC,KAAL,CAAW9pB,EAAEnZ,CAAF,EAAKkT,GAAhB,IAAqB,IAAIg4C,CAAJ,CAAM/xC,EAAEnZ,CAAF,CAAN,CAArB;AAA3B;AAA4D,aAA7E,EAA8E26B,SAAQ,iBAASxhB,CAAT,EAAW;AAAC,qBAAI,IAAInZ,CAAR,IAAa,KAAKijC,KAAlB;AAAwB9pB,sBAAE,KAAK8pB,KAAL,CAAWjjC,CAAX,CAAF;AAAxB;AAAyC,aAA3I,EAA4I0yE,UAAS,kBAASv5D,CAAT,EAAW;AAAC,uBAAO,KAAK8pB,KAAL,CAAW9pB,CAAX,CAAP;AAAqB,aAAtL,EAAuLxJ,QAAO,gBAASwJ,CAAT,EAAW;AAAC,uBAAO,KAAK8pB,KAAL,CAAW9pB,EAAEjG,GAAb,CAAP;AAAyB,aAAnO,EAF6nB,EAExZq6C,IAAEsB,EAAE72D,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAK4nG,MAAL,GAAY,EAAZ;AAAe,aAAhC,EAAiCpF,MAAK,cAASj/E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9F,MAAL,CAAYxoG,IAAZ,CAAiB,EAACw4J,QAAOxtJ,CAAR,EAAUi1F,OAAM97E,CAAhB,EAAjB,GAAqCA,EAAEskF,SAAF,GAAY,IAAjD;AAAsD,aAA1G,EAA2Gn9E,QAAO,gBAASnH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKo4F,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ;AAAe,aAA/I,EAAgJ2P,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKmmG,MAAb;AAAA,oBAAoB/wF,IAAEpV,EAAEd,MAAxB,CAA+B,KAAIyJ,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgB,wBAAG3I,EAAE2I,CAAF,EAAKi1F,KAAL,KAAa97E,CAAhB,EAAkB;AAAC9hB,0BAAEU,MAAF,CAASiI,CAAT,EAAW,CAAX,EAAc;AAAM;AAAvD;AAAwD,aAA1P,EAA2Pw0K,aAAY,qBAASr7J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKmmG,MAAb;AAAA,oBAAoB/wF,IAAEpV,EAAEd,MAAxB,CAA+B,KAAIyJ,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgB,wBAAG,KAAKkgL,SAAL,CAAe7oL,EAAE2I,CAAF,EAAKi1F,KAApB,EAA0B97E,CAA1B,CAAH,EAAgC,OAAM,CAAC,CAAP;AAAhD;AAAyD,aAA3W,EAA4W+mK,WAAU,mBAAS/mK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE0M,EAAEm1E,MAAF,GAAWkd,KAAnB;AAAA,oBAAyB9gD,IAAEvxC,EAAEq0I,MAAF,EAA3B,CAAsC,OAAOn2J,IAAEoV,IAAEwqF,GAAGm0D,KAAH,CAASprJ,CAAT,EAAW0qD,CAAX,EAAa,CAACj+C,CAAd,CAAF,GAAmBi+C,EAAE6kD,QAAF,CAAWvvG,CAAX,CAA5B;AAA0C,aAApd,EAAT,CAFsZ,EAE0EwuD,IAAEjB,EAAEv1D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAACo0C,kBAAE53D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,GAAqB,KAAK+W,QAAL,GAAc,EAAnC,EAAsC,KAAKywB,IAAL,GAAU9kB,CAAhD;AAAkD,aAApE,EAAqEwkF,UAAS,kBAASxkF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKi+B,IAAX;AAAA,oBAAgB5mC,IAAE2I,EAAEouF,WAAF,EAAlB;AAAA,oBAAkC3hF,IAAE0M,EAAEi1E,WAAF,EAApC;AAAA,oBAAoD1jC,IAAE1qD,EAAE6kC,CAAF,IAAK1rB,EAAE0rB,CAAP,IAAU7kC,EAAE+kC,CAAF,IAAK5rB,EAAE4rB,CAAjB,IAAoBt4B,EAAEo4B,CAAF,IAAKxtC,EAAEwtC,CAA3B,IAA8Bp4B,EAAEs4B,CAAF,IAAK1tC,EAAE0tC,CAA3F,CAA6F,OAAO2lB,CAAP;AAAS,aAAhM,EAAiMy1H,gBAAe,wBAAShnK,CAAT,EAAW;AAAC,uBAAO,KAAK8kB,IAAL,CAAUsxE,QAAV,CAAmBp2F,CAAnB,CAAP;AAA6B,aAAzP,EAA0PmH,QAAO,gBAASnH,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,CAAC,CAAT;AAAA,oBAAWi+C,IAAE,KAAKl9C,QAAlB;AAAA,oBAA2BoiB,IAAE86B,EAAEn0D,MAA/B,CAAsC,IAAG,KAAKonG,QAAL,CAAc39F,CAAd,CAAH,EAAoB;AAAC,wBAAG,CAAC4vB,CAAD,IAAI,KAAK4tE,MAAL,CAAYjnG,MAAZ,GAAmB,CAA1B,EAA4B,KAAK6hG,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ,EAA5B,KAA+C;AAAC,6BAAI4vB,KAAG,KAAKynD,aAAL,EAAH,EAAwBhgF,IAAE,CAA9B,EAAgCA,IAAEqzD,EAAEn0D,MAApC,EAA2Cc,GAA3C;AAA+C,gCAAGqzD,EAAErzD,CAAF,EAAKipB,MAAL,CAAYnH,CAAZ,EAAcnZ,CAAd,CAAH,EAAoB;AAACyM,oCAAE,CAAC,CAAH,CAAK;AAAM;AAA/E,yBAA+EA,KAAG,KAAK2rF,IAAL,CAAUj/E,CAAV,EAAYnZ,CAAZ,CAAH;AAAkB,yBAAE,CAAC,CAAH;AAAK,wBAAOyM,CAAP;AAAS,aAAze,EAA0e4qE,eAAc,yBAAU;AAAC,oBAAIl+D,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,KAAK4mC,IAAf;AAAA,oBAAoBxxB,IAAE,KAAKe,QAA3B;AAAA,oBAAoCk9C,IAAE,KAAK8yC,MAA3C;AAAA,oBAAkD5tE,IAAEv4B,EAAEwiF,MAAF,EAApD;AAAA,oBAA+DpvB,IAAEpzD,EAAE8qB,KAAF,GAAQ,CAAzE;AAAA,oBAA2EtkB,IAAExG,EAAE6vB,MAAF,GAAS,CAAtF,CAAwF,KAAIza,EAAEzX,IAAF,CAAO,IAAIw5D,CAAJ,CAAM,IAAIe,CAAJ,CAAMl4D,EAAEwtC,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAc0lB,CAAd,EAAgB5sD,CAAhB,CAAN,CAAP,EAAiC,IAAI2wD,CAAJ,CAAM,IAAIe,CAAJ,CAAM3/B,EAAEiV,CAAR,EAAUxtC,EAAE0tC,CAAZ,EAAc0lB,CAAd,EAAgB5sD,CAAhB,CAAN,CAAjC,EAA2D,IAAI2wD,CAAJ,CAAM,IAAIe,CAAJ,CAAMl4D,EAAEwtC,CAAR,EAAUjV,EAAEmV,CAAZ,EAAc0lB,CAAd,EAAgB5sD,CAAhB,CAAN,CAA3D,EAAqF,IAAI2wD,CAAJ,CAAM,IAAIe,CAAJ,CAAM3/B,EAAEiV,CAAR,EAAUjV,EAAEmV,CAAZ,EAAc0lB,CAAd,EAAgB5sD,CAAhB,CAAN,CAArF,GAAgHmC,IAAE0qD,EAAEn0D,MAAF,GAAS,CAA/H,EAAiIyJ,KAAG,CAApI,EAAsIA,GAAtI;AAA0I,yBAAImZ,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB,4BAAG1M,EAAE0M,CAAF,EAAKmH,MAAL,CAAYoqC,EAAE1qD,CAAF,EAAKi1F,KAAjB,EAAuBvqC,EAAE1qD,CAAF,EAAKwtJ,MAA5B,CAAH,EAAuC;AAAC9iG,8BAAE3yD,MAAF,CAASiI,CAAT,EAAW,CAAX,EAAc;AAAM;AAAnF;AAA1I;AAA8N,aAAzzB,EAA0zBw0K,aAAY,qBAASr7J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAKmW,QAAb;AAAA,oBAAsBf,IAAEpV,EAAEd,MAA1B;AAAA,oBAAiCm0D,IAAE,CAAC,CAApC,CAAsC,IAAG,KAAKy1H,cAAL,CAAoBhnK,CAApB,CAAH,EAA0B,IAAGo0C,EAAE53D,EAAF,CAAK6+K,WAAL,CAAiB/9K,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,CAAH,EAAiCuxC,IAAE,CAAC,CAAH,CAAjC,KAA2C,KAAI1qD,IAAE,CAAN,EAAQA,IAAEyM,CAAV,EAAYzM,GAAZ;AAAgB,wBAAG3I,EAAE2I,CAAF,EAAKw0K,WAAL,CAAiBr7J,CAAjB,CAAH,EAAuB;AAACuxC,4BAAE,CAAC,CAAH,CAAK;AAAM;AAAnD,iBAAmD,OAAOA,CAAP;AAAS,aAAz/B,EAAT,CAF5E,EAEilCwE,IAAEL,EAAE72D,MAAF,CAAS,EAAC4lG,WAAU,GAAX,EAAehoG,MAAK,cAASujB,CAAT,EAAW;AAAC,oBAAInZ,IAAEgvD,EAAE,KAAKoxH,aAAP,EAAqB,IAArB,CAAN,CAAiCjnK,EAAEuf,IAAF,CAAOo1E,EAAP,EAAU9tG,CAAV,GAAamZ,EAAEuf,IAAF,CAAOk0E,EAAP,EAAU5sG,CAAV,CAAb,EAA0B,KAAK69F,SAAL,EAA1B;AAA2C,aAA5G,EAA6GA,WAAU,qBAAU;AAAC,qBAAKC,OAAL,GAAa,EAAb,EAAgB,KAAK3wF,IAAL,GAAU,IAAIogD,CAAJ,EAA1B;AAAgC,aAAlK,EAAmK3iB,OAAM,iBAAU;AAAC,qBAAKizD,SAAL;AAAiB,aAArM,EAAsMuiF,eAAc,uBAASjnK,CAAT,EAAW;AAACA,kBAAEm/G,IAAF,CAAO76B,SAAP,IAAkBtkF,EAAEm/G,IAAF,CAAO76B,SAAP,CAAiB9tF,MAAjB,CAAwBwJ,EAAEm/G,IAA1B,CAAlB,EAAkD,KAAKh4G,MAAL,CAAYnH,EAAEm/G,IAAd,CAAlD;AAAsE,aAAtS,EAAuSh4G,QAAO,gBAASnH,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEq0I,MAAF,CAASx/F,EAAT,CAAN;AAAA,oBAAmB32D,IAAE,KAAKumG,SAA1B;AAAA,oBAAoCnxF,IAAE,KAAK4xF,UAAL,CAAgBr+F,CAAhB,CAAtC;AAAA,oBAAyD0qD,IAAEj+C,EAAE,CAAF,EAAK,CAAL,CAA3D;AAAA,oBAAmEmjB,IAAEnjB,EAAE,CAAF,EAAK,CAAL,CAArE,CAA6E,KAAK6xF,MAAL,CAAY7xF,CAAZ,IAAe,KAAKU,IAAL,CAAUmT,MAAV,CAAiBnH,CAAjB,EAAmBnZ,CAAnB,CAAf,IAAsC,KAAK89F,OAAL,CAAapzC,CAAb,MAAkB,KAAKozC,OAAL,CAAapzC,CAAb,IAAgB,EAAlC,GAAsC,KAAKozC,OAAL,CAAapzC,CAAb,EAAgB96B,CAAhB,MAAqB,KAAKkuE,OAAL,CAAapzC,CAAb,EAAgB96B,CAAhB,IAAmB,IAAI4+B,CAAJ,CAAM,IAAIe,CAAJ,CAAM7E,IAAErzD,CAAR,EAAUu4B,IAAEv4B,CAAZ,EAAcA,CAAd,EAAgBA,CAAhB,CAAN,CAAxC,CAAtC,EAAyG,KAAKymG,OAAL,CAAapzC,CAAb,EAAgB96B,CAAhB,EAAmBtP,MAAnB,CAA0BnH,CAA1B,EAA4BnZ,CAA5B,CAA/I;AAA+K,aAAtjB,EAAujB2P,QAAO,gBAASwJ,CAAT,EAAW;AAACA,kBAAEskF,SAAF,IAAatkF,EAAEskF,SAAF,CAAY9tF,MAAZ,CAAmBwJ,CAAnB,CAAb;AAAmC,aAA7mB,EAA8mBmlF,QAAO,gBAASnlF,CAAT,EAAW;AAAC,uBAAOA,EAAE,CAAF,EAAK5iB,MAAL,GAAY,CAAZ,IAAe4iB,EAAE,CAAF,EAAK5iB,MAAL,GAAY,CAAlC;AAAoC,aAArqB,EAAsqB8nG,YAAW,oBAASllF,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAKmxF,SAAf;AAAA,oBAAyBlzC,IAAEvxC,EAAEi1E,WAAF,EAA3B;AAAA,oBAA2Cx+D,IAAEgoE,GAAG9rC,KAAH,CAASpB,EAAE7lB,CAAF,GAAIp4B,CAAb,CAA7C;AAAA,oBAA6Dg+C,IAAEmtC,GAAG9rC,KAAH,CAASpB,EAAE3lB,CAAF,GAAIt4B,CAAb,CAA/D;AAAA,oBAA+E5O,IAAE,CAAC,EAAD,EAAI,EAAJ,CAAjF,CAAyF,KAAImC,IAAE43F,GAAG9rC,KAAH,CAAS3yC,EAAE0rB,CAAF,GAAIp4B,CAAb,CAAN,EAAsBzM,KAAG4vB,CAAzB,EAA2B5vB,GAA3B;AAA+BnC,sBAAE,CAAF,EAAK7I,IAAL,CAAUgL,CAAV;AAA/B,iBAA4C,KAAI3I,IAAEugG,GAAG9rC,KAAH,CAAS3yC,EAAE4rB,CAAF,GAAIt4B,CAAb,CAAN,EAAsBpV,KAAGozD,CAAzB,EAA2BpzD,GAA3B;AAA+BwG,sBAAE,CAAF,EAAK7I,IAAL,CAAUqC,CAAV;AAA/B,iBAA4C,OAAOwG,CAAP;AAAS,aAAv3B,EAAw3B22K,aAAY,qBAASr7J,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,CAAV;AAAA,oBAAY96B,CAAZ;AAAA,oBAAc66B,IAAE,KAAK4zC,UAAL,CAAgBllF,CAAhB,CAAhB,CAAmC,IAAG,KAAKhM,IAAL,CAAUqnK,WAAV,CAAsBr7J,CAAtB,CAAH,EAA4B,OAAM,CAAC,CAAP,CAAS,KAAInZ,IAAE,CAAN,EAAQA,IAAEyqD,EAAE,CAAF,EAAKl0D,MAAf,EAAsByJ,GAAtB;AAA0B,yBAAIyM,IAAEg+C,EAAE,CAAF,EAAKzqD,CAAL,CAAF,EAAU3I,IAAE,CAAhB,EAAkBA,IAAEozD,EAAE,CAAF,EAAKl0D,MAAzB,EAAgCc,GAAhC;AAAoC,4BAAGqzD,IAAED,EAAE,CAAF,EAAKpzD,CAAL,CAAF,EAAUu4B,IAAE,CAAC,KAAKkuE,OAAL,CAAarxF,CAAb,KAAiB,EAAlB,EAAsBi+C,CAAtB,CAAZ,EAAqC96B,KAAGA,EAAE4kJ,WAAF,CAAcr7J,CAAd,CAA3C,EAA4D,OAAM,CAAC,CAAP;AAAhG;AAA1B,iBAAmI,OAAM,CAAC,CAAP;AAAS,aAApmC,EAAT,CAFnlC,EAEmsE21C,EAAE+L,EAAF,CAAKlhC,MAAL,CAAY80B,CAAZ,CAFnsE,EAEktEG,EAAEL,CAAF,EAAI,EAAC6uG,OAAMv4H,CAAP,EAASk6H,YAAWjhK,CAApB,EAAsBuiL,WAAU5rL,CAAhC,EAAkC6rL,gBAAe7yH,CAAjD,EAAmD+wC,UAAShwC,CAA5D,EAA8D+xH,UAAShzH,CAAvE,EAAyEgxC,gBAAervC,CAAxF,EAA0FsxH,aAAY9yH,CAAtG,EAAJ,CAFltE;AAEg0E,KAF5gM,CAE6gM/4D,OAAO07D,KAAP,CAAa76D,MAF1hM,CAAD;AAEmiM,CAFh3M,EAEi3M,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAFv7M,CAJqmhG,EAM5q0F,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,2BAAP,EAAmC,CAAC,gBAAD,EAAkB,uBAAlB,EAA0C,sBAA1C,EAAiE,2BAAjE,EAA6F,mBAA7F,EAAiH,2BAAjH,EAA6I,0BAA7I,EAAwK,yBAAxK,EAAkM,8BAAlM,EAAiO,4BAAjO,EAA8P,yBAA9P,CAAnC,EAA4T7f,CAA5T;AAA+T,CAAlV,CAAmV,YAAU;AAAC,WAAOxkB,OAAO07D,KAAd;AAAoB,CAAlX,EAAmX,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAzb,CAN4q0F,CAMjvzF,CAAC,CAAC,UAASA,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWsuD,CAAlB;AAAoB,kBAAS7hD,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAE8hB,EAAE1M,CAAF,CAAN,CAAW,OAAOqiD,EAAEh0B,KAAF,CAAQ96B,IAAE3I,CAAV,IAAaA,CAApB;AAAsB,kBAAS8hB,CAAT,CAAWnZ,CAAX,EAAa;AAAC,mBAAOA,IAAE8uD,EAAE/zB,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS3I,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAO21C,EAAE9qC,GAAF,CAAM8qC,EAAEvhB,GAAF,CAAMvtC,CAAN,EAAQmZ,CAAR,CAAN,EAAiB1M,CAAjB,CAAP;AAA2B,kBAASi+C,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAEuvD,CAAT;AAAW,kBAAS9E,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAEuvD,CAAT;AAAW,kBAAS1xD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWnjB,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEyM,CAAF,IAAKA,CAAL,GAAO0M,CAAd;AAAgB,kBAASrL,CAAT,CAAW9N,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASkrD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,CAAJ,IAASzM,CAAT;AAAWmZ,kBAAEnkB,IAAF,CAAOyX,IAAEzM,EAAEyM,CAAF,CAAT;AAAX,aAA0B,OAAO0M,EAAErhB,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS4pD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,UAAR,CAAmB,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmB,EAAEkW,CAArB;AAAuB0M,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAGnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAA1C;AAAvB,aAAiF,OAAO0M,MAAI,CAAX;AAAa,kBAASkyC,CAAT,CAAWrrD,CAAX,EAAa;AAAC,mBAAOirD,EAAEC,EAAElrD,CAAF,CAAF,CAAP;AAAe,kBAASumB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAEnZ,EAAEzJ,MAAV;AAAA,gBAAiBc,IAAEq3D,CAAnB;AAAA,gBAAqBhE,IAAEmE,CAAvB,CAAyB,KAAIpiD,IAAE,CAAN,EAAQA,IAAE0M,CAAV,EAAY1M,GAAZ;AAAgBi+C,oBAAEoE,EAAE9qC,GAAF,CAAM0mC,CAAN,EAAQ1qD,EAAEyM,CAAF,CAAR,CAAF,EAAgBpV,IAAEy3D,EAAEvhB,GAAF,CAAMl2C,CAAN,EAAQ2I,EAAEyM,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAAC8gC,KAAIl2C,CAAL,EAAO2sB,KAAI0mC,CAAX,EAAN;AAAoB,kBAAS4B,CAAT,CAAWtsD,CAAX,EAAa;AAAC,mBAAOumB,EAAEvmB,CAAF,EAAKutC,GAAZ;AAAgB,kBAASge,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOumB,EAAEvmB,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKutC,GAAZ;AAAgB,kBAASptC,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS8Q,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,CAAR;AAAA,gBAAUqzD,IAAEgE,CAAZ;AAAA,gBAAcjE,IAAEoE,CAAhB,CAAkB,KAAIpiD,IAAE,CAAF,EAAI0M,IAAEnZ,EAAEzJ,MAAZ,EAAmBkW,IAAE0M,CAArB,EAAuB1M,GAAvB;AAA2BpV,oBAAE2I,EAAEyM,CAAF,CAAF,EAAO,SAAOpV,CAAP,IAAU2tB,SAAS3tB,CAAT,CAAV,KAAwBqzD,IAAEoE,EAAEvhB,GAAF,CAAMmd,CAAN,EAAQrzD,CAAR,CAAF,EAAaozD,IAAEqE,EAAE9qC,GAAF,CAAMymC,CAAN,EAAQpzD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACk2C,KAAImd,MAAIgE,CAAJ,GAAM,KAAK,CAAX,GAAahE,CAAlB,EAAoB1mC,KAAIymC,MAAIoE,CAAJ,GAAM,KAAK,CAAX,GAAapE,CAArC,EAAN;AAA8C,kBAASh2D,CAAT,CAAWuL,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASsuC,CAAT,CAAW7kC,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAOzM,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAeyM,CAAf,GAAkBzM,CAAzB;AAA2B,kBAASlC,CAAT,CAAWkC,CAAX,EAAa;AAAC,mBAAOwtD,EAAEjF,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAASrsB,CAAT,CAAWt4B,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEmZ,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI1M,CAAJ,GAAM,IAAN,GAAW0M,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASmnB,CAAT,CAAWtgC,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,qBAAG4rB,EAAE/kC,EAAEyM,CAAF,EAAK,CAAL,CAAF,EAAUzM,EAAEyM,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO0M,CAAP;AAAS,kBAASy1C,CAAT,CAAWniD,CAAX,EAAa;AAAC,gBAAI0M,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQqzD,IAAE,EAAV,CAAa,KAAIvxC,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAEoV,EAAE0M,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAE3I,CAAF,MAAOqzD,KAAGj+C,EAAE0M,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAY9hB,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKqzD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASlrD,CAAT,CAAWQ,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAAS0tD,CAAT,CAAW1tD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,IAAG2I,CAAH,EAAK,KAAIyM,IAAE+gD,EAAEsP,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B+c,IAAE,CAAlC,EAAoCA,IAAE1M,EAAElW,MAAxC,EAA+C4iB,GAA/C;AAAmD9hB,kBAAErC,IAAF,CAAO,WAASyX,EAAE0M,CAAF,CAAhB;AAAnD,aAAyE,OAAO9hB,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASktD,CAAT,CAAW9hD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACzM,EAAEyM,CAAF,CAAxD;AAA6D,kBAASghD,CAAT,CAAWztD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O0M,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuU9hB,IAAE,EAA7U,EAAgV2I,IAAE,CAAlV;AAAqVA,oBAAEmZ,EAAE,CAAF,CAAF,GAAOA,EAAEtX,KAAF,EAAP,IAAkBxK,KAAGoV,EAAE0M,EAAE,CAAF,CAAF,CAAH,EAAWnZ,KAAGmZ,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAO9hB,CAAP;AAAS,kBAAS23D,CAAT,CAAWhvD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,CAAR,EAAUqzD,CAAV,EAAYD,CAAZ,CAAc,KAAIzqD,IAAEA,EAAElF,WAAF,EAAF,EAAkB2R,IAAE,EAACpV,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DgZ,IAAE,CAA5D,EAA8D9hB,IAAE,CAAhE,EAAkEqzD,IAAE,CAAxE,EAA0EA,IAAE1qD,EAAEzJ,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAGD,IAAEh+C,EAAEzM,EAAE2qD,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAACD,CAArB,EAAuB,OAAO,IAAP,CAAYtxC,KAAGsxC,CAAH,EAAKA,IAAEpzD,CAAF,KAAM8hB,KAAG,IAAE9hB,CAAX,CAAL,EAAmBA,IAAEozD,CAArB;AAAuB,oBAAOtxC,CAAP;AAAS,kBAASvhB,CAAT,CAAWoI,CAAX,EAAa;AAAC,gBAAIyM,IAAEvR,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAInyD,CAAJ;AAAA,oBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE5hB,UAAUhB,MAAhB,EAAuB,EAAE4iB,CAAF,IAAK,CAA5B;AAA+B9hB,yBAAG,MAAIE,UAAU4hB,CAAV,CAAP;AAA/B,iBAAmD,OAAO9hB,KAAKoV,CAAL,GAAOA,EAAEpV,CAAF,CAAP,GAAYoV,EAAEpV,CAAF,IAAK2I,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASk3D,CAAT,CAAWzuD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,IAAE,EAAV,EAAaqzD,IAAE,CAAf,EAAiBD,IAAEzqD,EAAEzJ,MAAzB,EAAgCm0D,IAAED,CAAlC;AAAqCh+C,oBAAEzM,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoBj+C,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBi+C,IAAED,CAAtB,IAAyBtxC,IAAEnZ,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMvxC,CAAd,IAAiB9hB,EAAErC,IAAF,CAAO,CAAC,CAAC,OAAKyX,CAAN,KAAU,EAAX,KAAgB,OAAK0M,CAArB,IAAwB,KAA/B,CAAjB,IAAwD9hB,EAAErC,IAAF,CAAOyX,CAAP,GAAUi+C,GAAlE,CAA7C,IAAqHrzD,EAAErC,IAAF,CAAOyX,CAAP,CAAzI;AAArC,aAAwL,OAAOpV,CAAP;AAAS,kBAASk2D,CAAT,CAAWvtD,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,EAAN,CAAS,OAAOzM,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASyM,KAAG7M,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EyM,KAAG7M,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAAS4tD,CAAT,CAAWjvD,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAS0M,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAI,IAAI9hB,IAAE,EAAN,EAASqzD,IAAE,CAAX,EAAaD,IAAE,CAAf,EAAiB5sD,IAAE,CAAvB,EAAyB6sD,IAAE1qD,EAAEzJ,MAAJ,IAAYk0D,IAAEtxC,EAAE5iB,MAAzC;AAAiDkW,sBAAEzM,EAAE0qD,CAAF,CAAF,EAAOvxC,EAAEsxC,CAAF,CAAP,KAAc,CAAd,GAAgBpzD,EAAEwG,GAAF,IAAOmC,EAAE0qD,GAAF,CAAvB,GAA8BrzD,EAAEwG,GAAF,IAAOsb,EAAEsxC,GAAF,CAArC;AAAjD,iBAA6F,OAAOC,IAAE1qD,EAAEzJ,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe2I,EAAElL,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuCD,IAAEtxC,EAAE5iB,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe8hB,EAAErkB,KAAF,CAAQ21D,CAAR,CAAf,CAAnD,EAA8EpzD,CAArF;AAAuF,oBAAO2I,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAASuC,CAAT,CAAW2I,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMi+C,CAAN,EAAQD,CAAR,CAAU,OAAOzqD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAeyM,IAAE3T,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAE1qD,EAAElL,KAAF,CAAQ,CAAR,EAAU2X,CAAV,CAA3B,EAAwCg+C,IAAEzqD,EAAElL,KAAF,CAAQ2X,CAAR,CAA1C,EAAqDi+C,IAAErzD,EAAEqzD,CAAF,CAAvD,EAA4DD,IAAEpzD,EAAEozD,CAAF,CAA9D,EAAmEtxC,EAAEuxC,CAAF,EAAID,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HzqD,CAA1H,CAA5B;AAAyJ,aAAI8uD,IAAEh2D,IAAN;AAAA,YAAW00D,IAAE74D,OAAO07D,KAApB;AAAA,YAA0BlB,IAAE3B,EAAEiP,UAA9B;AAAA,YAAyClN,IAAET,EAAEpoC,EAAF,GAAK,GAAhD;AAAA,YAAoDgoC,IAAEyD,OAAOw3B,SAA7D;AAAA,YAAuE96B,IAAE,CAACsD,OAAOw3B,SAAjF;AAAA,YAA2Fr7B,IAAE,WAA7F;AAAA,YAAyGP,IAAE9xD,KAAKD,GAAhH,CAAoH+xD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI9xD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CizB,EAAE3B,CAAF,EAAI,EAAC9xB,MAAK,EAACkuD,SAAQl7B,CAAT,EAAWm7B,SAAQh7B,CAAnB,EAAqBlvC,QAAOklB,CAA5B,EAA8BilD,aAAYvjE,CAA1C,EAA4CwjE,UAASz9B,CAArD,EAAuD09B,UAASz+B,CAAhE,EAAkE0+B,SAAQjqF,CAA1E,EAA4EkqF,KAAIz/B,CAAhF,EAAkF0/B,SAAQl/B,CAA1F,EAA4Fm/B,YAAW/+B,CAAvG,EAAyGg/B,UAASxsF,CAAlH,EAAoHysF,eAAc/7B,CAAlI,EAAoI72D,MAAKjD,CAAzI,EAA2I81F,YAAWlzF,CAAtJ,EAAwJ2E,KAAI+xD,CAA5J,EAA8Jy8B,WAAUt/B,CAAxK,EAA0KpwB,OAAMruB,CAAhL,EAAkLg+E,KAAI//B,CAAtL,EAAwLggC,YAAW3lD,CAAnM,EAAqM4lD,eAAcrqD,CAAnN,EAAqNsqD,WAAUl9B,CAA/N,EAAiOm9B,YAAWrrF,CAA5O,EAA8OsrF,aAAYl8B,CAA1P,EAA4Pm8B,gBAAejtF,CAA3Q,EAA6QktF,mBAAkBl2D,CAA/R,EAAiSm2D,gBAAer+B,CAAhT,EAAkTs+B,gBAAe/qF,CAAjU,EAAmUgrF,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAcr8B,CAAxW,EAA0Ws8B,eAAc79B,CAAxX,EAA0X89B,SAAQ3zF,CAAlY,EAAoY4zF,YAAWj+B,CAA/Y,EAAiZk+B,YAAWh9B,CAA5Z,EAA8Zi9B,WAAUz8B,CAAxa,EAAN,EAAJ,CAA9C,EAAqezB,EAAEwN,OAAF,CAAUt/B,IAAV,GAAe8xB,EAAE9xB,IAAtf,EAA2f8xB,EAAEuN,OAAF,CAAUr/B,IAAV,GAAe8xB,EAAE9xB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASyM,CAAT,GAAY;AAAC,mBAAM,EAAC0V,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASxyE,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAOkyC,EAAE76B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoByM,CAApB,EAAsB0M,CAAtB,CAAP;AAAgC,kBAAS9hB,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAE,EAAN,CAAS,IAAGnZ,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAAC1yE,wBAAEnZ,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM3I,CAAN,EAAQ;AAACozD,sBAAEqT,YAAF,CAAezmE,CAAf;AAAkB,yBAAQpB,GAAR,CAAYkjB,CAAZ,EAAe3I,IAAf,CAAoB/D,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIi+C,IAAEl2D,QAAN;AAAA,YAAei2D,IAAE91D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE4sD,EAAE0S,KAAlC;AAAA,YAAwCvtC,IAAE66B,EAAE/uB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6D/+B,IAAErtD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIoG,CAAL,EAAOrE,OAAM8Q,CAAb,EAAtB,CAAsCpV,EAAE2I,CAAF,IAAK0qD,CAAL,EAAOvxC,EAAE6yE,KAAF,IAAS7yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQhzE,EAAE8yE,KAA1B,EAAgC9yE,EAAE8yE,KAAF,GAAQvhC,CAAjD,IAAoDvxC,EAAE6yE,KAAF,GAAQ7yE,EAAE8yE,KAAF,GAAQvhC,CAA3E,EAA6EvxC,EAAE2yE,OAAF,IAAW3yE,EAAEqlD,KAAb,IAAoBnnE,EAAE8hB,EAAE6yE,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBuf,EAAE6yE,KAAF,GAAQ7yE,EAAE6yE,KAAF,CAAQE,KAApC,EAA0C/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkFhzE,EAAE2yE,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEkjE,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAGmZ,CAAH,EAAK,OAAOA,MAAI1M,EAAEu/E,KAAN,IAAa7yE,MAAI1M,EAAEw/E,KAAnB,KAA2Bx/E,EAAEu/E,KAAF,GAAQ7yE,EAAE+yE,KAAV,EAAgBz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+DhzE,MAAI1M,EAAEw/E,KAAN,KAAc9yE,EAAEgzE,KAAF,KAAUhzE,EAAEgzE,KAAF,CAAQD,KAAR,GAAc/yE,EAAE+yE,KAAhB,EAAsB/yE,EAAE+yE,KAAF,CAAQC,KAAR,GAAchzE,EAAEgzE,KAAhD,GAAuDhzE,EAAEgzE,KAAF,GAAQ1/E,EAAEw/E,KAAjE,EAAuE9yE,EAAE+yE,KAAF,GAAQ,IAA/E,EAAoFz/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAc/yE,CAAlG,EAAoG1M,EAAEw/E,KAAF,GAAQ9yE,CAA1H,CAA/D,EAA4LA,EAAExd,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBsvD,IAAEjrD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BqrD,IAAExtD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAIlhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAK+F,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASzyE,CAAT,EAAW9hB,CAAX,EAAaozD,CAAb,EAAe;AAAC,oBAAI5sD,CAAJ,EAAMqtD,CAAN,EAAQG,CAAR,EAAU9kC,CAAV,EAAY+lC,CAAZ,EAAcf,CAAd,EAAgBqB,CAAhB,EAAkBzsD,CAAlB,CAAoB,IAAG,CAACgZ,CAAJ,EAAM,OAAO1M,GAAP,CAAW,IAAG5O,IAAE+xB,EAAE46D,SAAF,CAAYnzF,CAAZ,CAAF,EAAiB6zD,IAAEt7B,EAAEu6D,OAAF,CAAUhxE,IAAEtb,CAAZ,CAAnB,EAAkCwtD,IAAE,KAAK+gC,MAAL,CAAY11F,GAAZ,CAAgBw0D,CAAhB,CAApC,EAAuDG,CAA1D,EAA4D,OAAOA,CAAP,CAAS9kC,IAAE9Z,GAAF,EAAM6/C,IAAE7B,IAAEA,CAAF,GAAIQ,CAAZ,EAAcM,IAAE,KAAK+gC,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI00C,CAAJ,IAASv1D,CAAT;AAAW8I,wBAAE9I,EAAEu1D,CAAF,CAAF,EAAO9+C,EAAE3N,CAAF,MAAOmsD,EAAEp2C,KAAF,CAAQ02C,CAAR,IAAWzsD,CAAlB,CAAP;AAAX,iBAAuC,OAAOH,EAAEssD,CAAF,EAAKhyD,IAAL,CAAU6e,CAAV,GAAamzC,EAAE9xD,WAAF,CAAc+wD,CAAd,CAAb,EAA8Bb,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB8xD,CAAnB,CAA9B,EAAoD,CAACnzC,IAAE,EAAH,EAAO5iB,MAAP,KAAgBgwB,EAAEpE,KAAF,GAAQmqC,EAAE/nC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsD9lE,EAAEW,MAAF,GAASolC,EAAE9nC,YAAjE,EAA8E+B,EAAEolE,QAAF,GAAWpgC,EAAEghC,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0M9lE,EAAEpE,KAAF,GAAQ,CAAR,IAAWoE,EAAEW,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB7gC,CAAhB,EAAkB3kC,CAAlB,CAAjO,EAAsP+lC,EAAE7xD,UAAF,CAAaC,WAAb,CAAyB4xD,CAAzB,CAAtP,EAAkR/lC,CAAzR;AAA2R,aAAvlB,EAAwlB+lE,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDhhC,EAAE76B,OAAF,GAAU,IAAI66B,CAAJ,EAAV,EAAgBZ,EAAE/uB,IAAF,CAAO8wD,WAAP,GAAmBnhC,CAAnC,EAAqCZ,EAAE/uB,IAAF,CAAO+wD,QAAP,GAAgBvhC,CAArD,EAAuDT,EAAE/uB,IAAF,CAAOgxD,SAAP,GAAiBr1F,CAAxE,EAA0EozD,EAAE/uB,IAAF,CAAOixD,WAAP,GAAmBxzE,CAA7F;AAA+F,KAAvlE,CAAwlExkB,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQqzD,CAAR;AAAA,gBAAU7sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBo9C,CAAhB;AAAA,gBAAkBD,IAAE,EAApB;AAAA,gBAAuBI,IAAE,CAAzB,CAA2B,KAAIrrD,IAAEyM,EAAEzM,CAAF,CAAN,EAAWqrD,IAAErrD,EAAEzJ,MAAf;AAAuB4iB,oBAAEnZ,EAAE0xD,UAAF,CAAarG,GAAb,CAAF,EAAoBh0D,IAAE2I,EAAE0xD,UAAF,CAAarG,GAAb,CAAtB,EAAwCX,IAAE1qD,EAAE0xD,UAAF,CAAarG,GAAb,CAA1C,EAA4DxtD,IAAEsb,KAAG,CAAjE,EAAmEyW,IAAE,CAAC,IAAEzW,CAAH,KAAO,CAAP,GAAS9hB,KAAG,CAAjF,EAAmFyW,IAAE,CAAC,KAAGzW,CAAJ,KAAQ,CAAR,GAAUqzD,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GxvC,MAAM7jB,CAAN,IAASyW,IAAEo9C,IAAE,EAAb,GAAgBhwC,MAAMwvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4ID,IAAEA,IAAER,EAAEE,MAAF,CAAS9sD,CAAT,CAAF,GAAc4sD,EAAEE,MAAF,CAAS/6B,CAAT,CAAd,GAA0B66B,EAAEE,MAAF,CAAS78C,CAAT,CAA1B,GAAsC28C,EAAEE,MAAF,CAASO,CAAT,CAApL;AAAvB,aAAuN,OAAOD,CAAP;AAAS,kBAASx+C,CAAT,CAAWzM,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,KAAIoV,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,oBAAEnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAAF,EAAkB0M,IAAE,GAAF,GAAM9hB,KAAGqzD,EAAEvxC,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQ9hB,KAAGqzD,EAAE,MAAIvxC,MAAI,CAAV,CAAH,EAAgB9hB,KAAGqzD,EAAE,MAAI,KAAGvxC,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAU9hB,KAAGqzD,EAAE,MAAIvxC,MAAI,EAAV,CAAH,EAAiB9hB,KAAGqzD,EAAE,MAAIvxC,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoC9hB,KAAGqzD,EAAE,MAAI,KAAGvxC,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAO9hB,CAAP;AAAS,aAAI8hB,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAE8hB,EAAEsjD,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwD4qD,IAAE,mEAA1D,CAA8HpzD,EAAE8hB,EAAEuiB,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAWpgF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nB9X,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAIyM,IAAE3T,IAAN;AAAA,YAAWqgB,IAAExkB,OAAO07D,KAApB;AAAA,YAA0Bh5D,IAAE8hB,EAAEsjD,UAA9B;AAAA,YAAyC/R,IAAE1qD,EAAE7E,OAA7C;AAAA,YAAqDsvD,IAAE,EAACqiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKqgF,SAAL,EAAN;AAAA,oBAAuB3zE,IAAEuxC,EAAE1qD,CAAF,EAAIyM,CAAJ,CAAzB,CAAgC,OAAO0M,KAAG,CAAC,CAAJ,IAAO1M,EAAE1U,MAAF,CAASohB,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQyD,SAAQ,iBAAS5c,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQqzD,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAI71F,IAAE,CAAN,EAAQA,IAAEqzD,EAAEn0D,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAEuxC,EAAErzD,CAAF,CAAF,EAAO8hB,EAAEnZ,CAAF,KAAMmZ,EAAEnZ,CAAF,EAAKyM,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgY0gF,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBzgF,EAAEuX,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAKzM,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQyM,CAA9C,EAAgDA,EAAEugF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20B31F,EAAE8hB,CAAF,EAAI,EAACq0E,QAAO,EAACC,gBAAehjC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B91D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,yBAAP,EAAiC,CAAC,wBAAD,EAA0B,mBAA1B,EAA8C,0BAA9C,CAAjC,EAA2Gh5B,CAA3G;AAA8G,CAAjI,CAAkI,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWyM,CAAX,EAAa;AAAC,iBAAS0M,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAEnZ,EAAEg4B,GAAR;AAAA,gBAAY3gC,IAAE2I,EAAEwN,QAAF,CAAW,CAAX,EAAcwqB,GAA5B;AAAA,gBAAgCyyB,IAAEh+C,EAAE4Y,MAAF,IAAU,EAA5C;AAAA,gBAA+CxnB,IAAE4O,EAAEslG,UAAF,IAAc,EAA/D;AAAA,gBAAkEniF,IAAE,IAAIo/B,CAAJ,EAApE;AAAA,gBAA0ElhD,IAAElW,EAAEsiG,QAAF,CAAW,IAAIzrC,CAAJ,CAAM,CAACt1C,EAAEi0F,EAAH,EAAMj0F,EAAEk0F,EAAR,CAAN,EAAkB,CAACl0F,EAAEgJ,KAAF,EAAD,EAAWhJ,EAAE+N,MAAF,EAAX,CAAlB,CAAX,EAAqD,EAACkvE,QAAO,EAAR,EAArD,CAA5E;AAAA,gBAA8IlrC,IAAE,IAAIqC,CAAJ,CAAMvtD,EAAE1F,IAAR,EAAa,IAAImzD,CAAJ,CAAMp2D,EAAE+1G,EAAR,EAAW/1G,EAAEg2G,EAAb,CAAb,EAA8B,EAAC3U,MAAKjsF,EAAEisF,IAAR,EAAavC,MAAK,EAACvqD,OAAMn/B,EAAEm/B,KAAT,EAAlB,EAA9B,CAAhJ;AAAA,gBAAkNqf,IAAEP,EAAEQ,EAAEkkC,IAAF,GAAS92F,KAAT,EAAF,EAAmBmU,EAAE2Y,OAArB,CAApN;AAAA,gBAAkPimC,IAAEzzD,EAAEsiG,QAAF,CAAWjvC,CAAX,EAAa,EAACmrC,QAAO,EAACxqD,OAAM6e,EAAEtoC,KAAF,GAAQsoC,EAAE7e,KAAV,GAAgB,EAAvB,EAA0BzpB,OAAMsoC,EAAEtoC,KAAlC,EAAwC6+E,UAASv2C,EAAEu2C,QAAnD,EAA4DpH,UAAS,OAArE,EAA6EuH,SAAQ,OAArF,EAAR,EAAsGhL,MAAK,EAACvqD,OAAM/tC,CAAP,EAA3G,EAAb,CAApP,CAAwX,OAAO+xB,EAAEjQ,MAAF,CAAS7R,CAAT,GAAY8hB,EAAEjQ,MAAF,CAAS0rC,CAAT,CAAZ,EAAwBz7B,EAAEjQ,MAAF,CAASurC,CAAT,CAAxB,EAAoCt7B,CAA3C;AAA6C,kBAASv4B,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,gBAAI9hB,IAAEyG,EAAEkC,EAAEopE,IAAJ,IAAUppE,EAAEopE,IAAZ,GAAiB5a,CAAvB;AAAA,gBAAyB9D,IAAE5sD,EAAEkC,EAAEspB,EAAJ,IAAQtpB,EAAEspB,EAAV,GAAaykC,CAAxC,CAA0C,OAAO/tD,EAAEopE,IAAF,GAAOt7D,EAAEkW,GAAF,CAAMlW,EAAEy/B,GAAF,CAAMmd,CAAN,EAAQrzD,CAAR,CAAN,EAAiBoV,CAAjB,CAAP,EAA2BzM,EAAEspB,EAAF,GAAKxb,EAAEy/B,GAAF,CAAMz/B,EAAEkW,GAAF,CAAM0mC,CAAN,EAAQrzD,CAAR,CAAN,EAAiB8hB,CAAjB,CAAhC,EAAoDnZ,CAA3D;AAA6D,kBAAS0qD,CAAT,CAAW1qD,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAEnZ,EAAEgvF,SAAF,EAAN;AAAA,gBAAoB33F,IAAE2I,EAAEu+D,OAAF,EAAtB;AAAA,gBAAkC7T,IAAEkE,EAAEniD,CAAF,CAApC,CAAyC,OAAOzM,EAAE+uF,SAAF,CAAY,CAAC51E,EAAE0rB,CAAF,GAAI6lB,EAAExlC,IAAP,EAAY/L,EAAE4rB,CAAF,GAAI2lB,EAAErnD,GAAlB,CAAZ,GAAoCrD,EAAE0+D,OAAF,CAAU,CAACrnE,EAAE8qB,KAAF,IAASuoC,EAAExlC,IAAF,GAAOwlC,EAAE7sB,KAAlB,CAAD,EAA0BxmC,EAAE6vB,MAAF,IAAUwjC,EAAErnD,GAAF,GAAMqnD,EAAE9sB,MAAlB,CAA1B,CAAV,CAApC,EAAoG59B,CAA3G;AAA6G,kBAASyqD,CAAT,CAAWzqD,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAEy1C,EAAEniD,CAAF,CAAN,CAAW,OAAO0M,EAAE+L,IAAF,GAAO,CAAC/L,EAAE+L,IAAV,EAAe/L,EAAE9V,GAAF,GAAM,CAAC8V,EAAE9V,GAAxB,EAA4B8V,EAAE0kB,KAAF,GAAQ,CAAC1kB,EAAE0kB,KAAvC,EAA6C1kB,EAAEykB,MAAF,GAAS,CAACzkB,EAAEykB,MAAzD,EAAgE8sB,EAAE1qD,CAAF,EAAImZ,CAAJ,CAAvE;AAA8E,aAAItb,CAAJ;AAAA,YAAM+xB,CAAN;AAAA,YAAQ9hB,IAAEhV,IAAV;AAAA,YAAeoyD,IAAEv2D,OAAO07D,KAAxB;AAAA,YAA8BpF,IAAEC,EAAExvB,IAAlC;AAAA,YAAuC2vB,IAAEH,EAAE2P,EAAF,CAAK0E,MAA9C;AAAA,YAAqDh5C,IAAE2kC,EAAEuR,UAAzD;AAAA,YAAoEnQ,IAAEpB,EAAE6P,OAAxE;AAAA,YAAgFxP,IAAEe,EAAEgxD,aAApF;AAAA,YAAkG1wD,IAAEN,EAAE+vD,YAAtG;AAAA,YAAmHl8G,IAAEmsD,EAAEqwD,WAAvH;AAAA,YAAmI7nF,IAAEw3B,EAAE2vD,IAAvI;AAAA,YAA4IxnH,IAAE63D,EAAE6vD,KAAhJ;AAAA,YAAsJt3E,IAAEqmB,EAAEiS,KAA1J;AAAA,YAAgKr/D,IAAEmtD,EAAEg/B,OAApK;AAAA,YAA4KllD,IAAEkmB,EAAEo/B,QAAhL;AAAA,YAAyL/pD,IAAEgsB,EAAEsxD,gBAA7L;AAAA,YAA8MhvD,IAAEtC,EAAEqxD,UAAlN;AAAA,YAA6Nn+G,IAAE8sD,EAAExxB,KAAjO;AAAA,YAAuO4yB,IAAEpB,EAAE8kC,QAA3O;AAAA,YAAoP7iC,IAAEjC,EAAE0O,OAAxP;AAAA,YAAgQvN,IAAEC,EAAEgkC,KAApQ;AAAA,YAA0Q1iC,IAAET,EAAE+jC,KAA9Q;AAAA,YAAoR16F,IAAE22D,EAAEouC,IAAxR;AAAA,YAA6RluC,IAAEf,EAAEikC,IAAjS;AAAA,YAAsSpkC,IAAEgB,EAAEwuC,IAA1S;AAAA,YAA+S9tC,IAAE,GAAjT;AAAA,YAAqTH,IAAE,GAAvT;AAAA,YAA2TtB,IAAE,OAA7T;AAAA,YAAqU2B,IAAE,cAAvU;AAAA,YAAsVI,IAAE,YAAxV;AAAA,YAAqWb,IAAE,MAAvW;AAAA,YAA8WG,IAAE,GAAhX;AAAA,YAAoXP,IAAEhC,EAAEkvD,eAAxX;AAAA,YAAwYztD,IAAEoE,OAAOw3B,SAAjZ;AAAA,YAA2Zn7B,IAAE,CAAC2D,OAAOw3B,SAAra;AAAA,YAA+a/7B,IAAE,GAAjb;AAAA,YAAqbC,IAAE,EAAvb;AAAA,YAA0bkB,IAAE,GAA5b;AAAA,YAAgcG,IAAE,EAAlc;AAAA,YAAqcE,IAAE,EAAvc;AAAA,YAA0cC,IAAE,CAA5c;AAAA,YAA8cxE,IAAE/8C,EAAE4Y,EAAF,GAAK,GAArd;AAAA,YAAydioC,IAAE,GAA3d;AAAA,YAA+dhB,IAAE,QAAje;AAAA,YAA0eG,IAAE,QAA5e;AAAA,YAAqfwB,IAAE,QAAvf;AAAA,YAAggBl2B,IAAE,SAAlgB;AAAA,YAA4gBo2B,KAAG,eAA/gB;AAAA,YAA+hBrB,KAAG,GAAliB;AAAA,YAAsiBE,KAAG,GAAziB;AAAA,YAA6iBoB,KAAG5qB,EAAE7sC,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE/H,OAAf,CAAuB20D,EAAEj3D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe0iB,CAAf,EAAiB1M,CAAjB,GAAoBA,IAAE0M,EAAElhB,OAAxB,EAAgCwU,EAAE0pF,IAAF,GAAO1pF,EAAEm/B,KAAzC,EAA+CzyB,EAAEvD,KAAF,GAAQ5V,CAAvD,EAAyDyM,EAAE9Q,KAAF,GAAQmC,EAAE2O,EAAE9Q,KAAJ,IAAWmS,EAAEy/B,GAAF,CAAMz/B,EAAEkW,GAAF,CAAMvX,EAAE9Q,KAAR,EAActE,EAAEk2C,GAAhB,CAAN,EAA2Bl2C,EAAE2sB,GAA7B,CAAX,GAA6C3sB,EAAEk2C,GAAhH;AAAoH,aAA/J,EAAgKt1C,SAAQ,EAAC2zC,OAAM8iB,CAAP,EAAxK,EAAkL/yD,OAAM,eAASqE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuByyD,IAAErzD,EAAEsE,KAA3B;AAAA,oBAAiC8uD,IAAEtxC,EAAEvD,KAAF,CAAQ3d,OAA3C,CAAmD,OAAO,MAAIV,UAAUhB,MAAd,GAAqBm0D,CAArB,IAAwBrzD,EAAEopL,SAAF,GAAYppL,EAAEopL,SAAF,KAAch0K,CAAd,GAAgBpV,EAAEsE,KAAlB,GAAwB8uD,EAAEld,GAAtC,EAA0Cl2C,EAAEsE,KAAF,GAAQmS,EAAEy/B,GAAF,CAAMz/B,EAAEkW,GAAF,CAAMhkB,CAAN,EAAQyqD,EAAEld,GAAV,CAAN,EAAqBkd,EAAEzmC,GAAvB,CAAlD,EAA8E7K,EAAEhU,QAAF,IAAYgU,EAAEunK,OAAF,EAA1F,EAAsGj0K,CAA9H,CAAP;AAAwI,aAA/X,EAAT,CAAhjB;AAAA,YAA27BuhD,KAAGyB,GAAGz3D,MAAH,CAAU,EAACC,SAAQ,EAACg9F,OAAM3lC,CAAP,EAASqxH,KAAI,EAAC7nJ,MAAK+1B,CAAN,EAAb,EAAsBwpG,OAAM,EAACl2I,OAAM,EAAP,EAAU+E,QAAO,EAAjB,EAA5B,EAAiDE,WAAU,EAAC9tB,MAAKk2D,EAAN,EAASrpC,UAAS8oC,CAAlB,EAA3D,EAAT,EAA0F2gC,WAAU,mBAAS5vF,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAWzM,MAAIyM,EAAEtH,QAAF,CAAWylC,KAAX,IAAmBn+B,EAAE6kD,MAAF,CAAS7kD,EAAEvJ,MAAX,EAAkBuJ,EAAEotE,MAApB,EAA2B75E,CAA3B,CAAvB;AAAsD,aAAjL,EAAkL4gL,UAAS,kBAAS5gL,CAAT,EAAW;AAAC,qBAAKmF,QAAL,CAAcopF,SAAd,CAAwB7gC,EAAE6gC,SAAF,GAAcD,MAAd,CAAqBtuF,CAArB,EAAuB,KAAK65E,MAA5B,CAAxB;AAA6D,aAApQ,EAAqQ6mG,SAAQ,mBAAU;AAAC,oBAAI1gL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE4V,KAAf;AAAA,oBAAqBuD,IAAEnZ,EAAE/H,OAAzB;AAAA,oBAAiCZ,IAAEoV,EAAEo0K,SAAF,CAAY1nK,EAAEsnK,SAAd,CAAnC;AAAA,oBAA4D/1H,IAAEj+C,EAAEo0K,SAAF,CAAY1nK,EAAExd,KAAd,CAA9D,CAAmFwd,EAAEiO,SAAF,CAAYqU,WAAZ,KAA0B,CAAC,CAA3B,GAA6Bz7B,EAAE4gL,QAAF,CAAWl2H,CAAX,CAA7B,GAA2C,IAAIyF,EAAJ,CAAOnwD,EAAEmF,QAAT,EAAkBohB,EAAEpN,EAAEiO,SAAJ,EAAc,EAAC05J,UAASzpL,CAAV,EAAY0pL,UAASr2H,CAArB,EAAd,CAAlB,EAA0D6hD,IAA1D,EAA3C;AAA4G,aAAvd,EAAwdj7C,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE4V,KAAf;AAAA,oBAAqBuD,IAAE1M,EAAEqtF,GAAF,CAAMjgB,MAA7B;AAAA,oBAAoCxiF,IAAE2I,EAAE/H,OAAxC;AAAA,oBAAgDyyD,IAAE,IAAIsE,CAAJ,EAAlD,CAAwD,OAAO33D,EAAE+vB,SAAF,KAAc,CAAC,CAAf,IAAkBb,EAAElvB,EAAE+vB,SAAJ,EAAc,EAACwmE,YAAW,CAAZ,EAAc/T,QAAO1gE,CAArB,EAAuBvK,SAAQnC,EAAExU,OAAF,CAAU2W,OAAzC,EAAd,CAAlB,EAAmFvX,EAAE49F,KAAF,KAAU3lC,CAAV,GAAY5E,EAAE/qC,MAAF,CAAS3f,EAAEghL,aAAF,EAAT,EAA2BhhL,EAAEihL,UAAF,EAA3B,CAAZ,GAAuDv2H,EAAE/qC,MAAF,CAAS3f,EAAEkhL,YAAF,EAAT,CAA1I,EAAqKlhL,EAAEmF,QAAF,GAAWulD,CAAhL,EAAkL1qD,EAAE4gL,QAAF,CAAW/1H,CAAX,CAAlL,EAAgMH,CAAvM;AAAyM,aAA3uB,EAA4uB1vB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEotE,MAAF,GAAS75E,EAAE65E,MAAxB;AAAA,oBAA+BxiF,IAAEoV,EAAEqjF,MAAF,GAAS9vF,EAAEmhL,UAAF,EAA1C;AAAA,oBAAyDz2H,IAAEj+C,EAAE20K,OAAF,GAAUtoL,KAAKgiC,KAAL,CAAWzjC,IAAEoV,EAAExU,OAAF,CAAU0oL,GAAV,CAAc7nJ,IAA3B,CAArE,CAAsGrsB,EAAE2iF,IAAF,GAAO3gC,EAAE4gC,UAAF,CAAa,IAAI5hC,CAAJ,CAAMt0C,EAAE0rB,CAAF,GAAI6lB,CAAV,EAAYvxC,EAAE4rB,CAAF,GAAI2lB,CAAhB,CAAb,EAAgC,IAAI+C,CAAJ,CAAMt0C,EAAE0rB,CAAF,GAAI6lB,CAAV,EAAYvxC,EAAE4rB,CAAF,GAAI2lB,CAAhB,CAAhC,CAAP;AAA2D,aAAh6B,EAAi6Bs2H,eAAc,yBAAU;AAAC,oBAAIhhL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE/H,OAAf;AAAA,oBAAuBkhB,IAAEnZ,EAAE4V,KAAF,CAAQ3d,OAAR,CAAgBq8G,UAAhB,CAA2Bx7E,IAApD;AAAA,oBAAyDzhC,IAAE2I,EAAE65E,MAA7D;AAAA,oBAAoEnvB,IAAEj+C,EAAEm/B,KAAxE;AAAA,oBAA8E6e,IAAE,IAAI7yD,CAAJ,CAAM,EAACu+F,MAAK,EAACvqD,OAAM8e,CAAP,EAAN,EAAgB0rC,QAAO,EAACxqD,OAAM8e,CAAP,EAASvoC,OAAM0rC,CAAf,EAAvB,EAAN,CAAhF,CAAiI,OAAOpD,EAAEouC,MAAF,CAASxhG,EAAEwtC,CAAF,GAAI7kC,EAAE8vF,MAAN,GAAa32E,CAAtB,EAAwB9hB,EAAE0tC,CAA1B,EAA6B80D,MAA7B,CAAoCxiG,EAAEwtC,CAAtC,EAAwCxtC,EAAE0tC,CAAF,GAAI/kC,EAAEohL,OAAF,GAAU,CAAtD,EAAyDvnF,MAAzD,CAAgExiG,EAAEwtC,CAAlE,EAAoExtC,EAAE0tC,CAAF,GAAI/kC,EAAEohL,OAAF,GAAU,CAAlF,EAAqFrgK,KAArF,IAA6F0pC,CAApG;AAAsG,aAAjqC,EAAkqCw2H,YAAW,sBAAU;AAAC,oBAAIjhL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE/H,OAAf;AAAA,oBAAuBkhB,IAAE1M,EAAEk0K,GAAF,CAAM/0I,KAAN,IAAan/B,EAAEm/B,KAAxC;AAAA,oBAA8Cv0C,IAAE,IAAIq2D,EAAE4jC,MAAN,CAAatxF,EAAE65E,MAAf,EAAsB75E,EAAEohL,OAAxB,CAAhD;AAAA,oBAAiF12H,IAAE,IAAI6D,EAAE+iC,MAAN,CAAaj6F,CAAb,EAAe,EAAC8+F,MAAK,EAACvqD,OAAMzyB,CAAP,EAAN,EAAgBi9E,QAAO,EAACxqD,OAAMzyB,CAAP,EAAvB,EAAf,CAAnF,CAAqI,OAAOuxC,CAAP;AAAS,aAAt0C,EAAV,CAA97B;AAAA,YAAixE0D,KAAGjuD,EAAEnI,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAWA,EAAExU,OAAF,GAAUsuB,EAAE,EAAF,EAAK9Z,EAAExU,OAAP,EAAe+H,CAAf,CAAV,EAA4ByM,EAAExU,OAAF,CAAUg+G,SAAV,GAAoBxpG,EAAExU,OAAF,CAAUg+G,SAAV,IAAqB1qD,EAAE9+C,EAAExU,OAAF,CAAUs1C,GAAZ,EAAgB9gC,EAAExU,OAAF,CAAU+rB,GAA1B,CAArE,EAAoGvX,EAAExU,OAAF,CAAUm+G,SAAV,GAAoB3pG,EAAExU,OAAF,CAAUm+G,SAAV,IAAqB3pG,EAAExU,OAAF,CAAUg+G,SAAV,GAAoB,EAAjK,EAAoKnhF,EAAEn/B,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBA,EAAExU,OAAnB,CAApK;AAAgM,aAA7N,EAA8NA,SAAQ,EAACs1C,KAAI,CAAL,EAAOvpB,KAAI,GAAX,EAAewwF,YAAW,EAAC17E,MAAK,EAAN,EAASojE,OAAMvuC,CAAf,EAAiB/hB,OAAM8iB,CAAvB,EAAyBvsC,OAAM0rC,CAA/B,EAAiCv5B,SAAQ,CAAC,CAA1C,EAA1B,EAAuEggF,YAAW,EAACx7E,MAAK,EAAN,EAASojE,OAAMvuC,CAAf,EAAiB/hB,OAAM8iB,CAAvB,EAAyBvsC,OAAM0rC,CAA/B,EAAiCv5B,SAAQ,CAAC,CAA1C,EAAlF,EAA+Hs5D,YAAW,CAAC,EAA3I,EAA8IC,UAAS,GAAvJ,EAA2JjlD,QAAO,EAACvlB,UAASsqC,CAAV,EAAYvoC,SAAQ,CAApB,EAAlK,EAAtO,EAAgaksC,QAAO,gBAAStxD,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEkoK,SAAF,CAAYrhL,CAAZ,EAAcyM,CAAd,CAAb,CAA8B0M,EAAEi2E,IAAF,GAAO/3F,EAAE+3F,IAAF,EAAP,EAAgBj2E,EAAEmoK,aAAF,GAAgBnoK,EAAEooK,YAAF,EAAhC,EAAiDpoK,EAAEqoK,KAAF,GAAQroK,EAAEsoK,WAAF,EAAzD,EAAyEtoK,EAAEuoK,MAAF,GAASvoK,EAAEwoK,YAAF,EAAlF;AAAmG,aAAtjB,EAAujB3mJ,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE2I,EAAE65E,MAAF,EAAb;AAAA,oBAAwBnvB,IAAE58C,EAAEy/B,GAAF,CAAMvtC,EAAEknB,MAAF,EAAN,EAAiBlnB,EAAEmiB,KAAF,EAAjB,IAA4B,CAAtD,CAAwD,OAAOhJ,EAAEi2E,IAAF,KAAS3iF,CAAT,GAAW0M,EAAEm4C,MAAF,CAASj6D,CAAT,EAAWqzD,CAAX,CAAX,IAA0BvxC,EAAEi2E,IAAF,GAAOj2E,EAAE2gF,GAAF,CAAM1K,IAAN,EAAP,EAAoBj2E,EAAE22E,MAAF,CAAS32E,EAAE2gF,GAAF,CAAMqnF,UAAN,EAAT,CAApB,EAAiDhoK,EAAEyoK,gBAAF,EAAjD,EAAsEzoK,EAAEooK,YAAF,EAAtE,EAAuF90K,CAAjH,CAAP;AAA2H,aAA7vB,EAA8vBo0K,WAAU,mBAAS7gL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,KAAKlhB,OAAb;AAAA,oBAAqBZ,IAAE8hB,EAAEy0E,UAAzB;AAAA,oBAAoCljC,IAAEvxC,EAAEvK,OAAxC;AAAA,oBAAgD67C,IAAEtxC,EAAE00E,QAAF,GAAWx2F,CAA7D;AAAA,oBAA+DwG,IAAEsb,EAAEo0B,GAAnE;AAAA,oBAAuE3d,IAAEzW,EAAE6K,GAA3E,CAA+E,OAAOvX,IAAEi+C,IAAEvxC,EAAE00E,QAAF,GAAW,CAAC7tF,IAAEnC,CAAH,KAAO+xB,IAAE/xB,CAAT,IAAY4sD,CAAzB,GAA2B,CAACzqD,IAAEnC,CAAH,KAAO+xB,IAAE/xB,CAAT,IAAY4sD,CAAZ,GAAcpzD,CAA3C,EAA6CoV,IAAEkiD,CAAtD;AAAwD,aAA35B,EAA45B4yH,cAAa,wBAAU;AAAC,oBAAIvhL,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQqzD,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,CAAd;AAAA,oBAAgBs7B,CAAhB;AAAA,oBAAkBD,CAAlB;AAAA,oBAAoBI,CAApB;AAAA,oBAAsB9kC,CAAtB;AAAA,oBAAwBglC,CAAxB;AAAA,oBAA0BqB,CAA1B;AAAA,oBAA4BzsD,CAA5B;AAAA,oBAA8B20B,CAA9B;AAAA,oBAAgCrgC,IAAE,IAAlC;AAAA,oBAAuCowC,IAAEpwC,EAAEwD,OAA3C;AAAA,oBAAmD6F,IAAE+mC,EAAE2vE,UAAF,CAAa17E,IAAlE;AAAA,oBAAuEiM,IAAEtwC,EAAEqlG,GAAF,CAAMxhG,KAAN,EAAzE;AAAA,oBAAuFgoC,IAAEyE,EAAEo8I,UAAF,EAAzF;AAAA,oBAAwGvyH,IAAEn6D,EAAEotL,UAAF,CAAa98I,CAAb,EAAeF,EAAEoxE,SAAjB,CAA1G;AAAA,oBAAsIz2G,IAAE/K,EAAEm0C,MAA1I;AAAA,oBAAiJ2lB,IAAE/uD,EAAEjJ,MAArJ;AAAA,oBAA4JqB,IAAEitC,EAAE+D,MAAhK;AAAA,oBAAuK2kB,IAAE31D,EAAEwtB,OAA3K;AAAA,oBAAmL6pC,IAAE,MAAI3uB,CAAzL;AAAA,oBAA2LwuB,IAAEjqB,EAAEi9I,SAAF,GAAYj9I,EAAEi9I,SAAF,IAAa,KAAGxhJ,CAAzN;AAAA,oBAA2NktB,IAAE3oB,EAAE68I,MAAF,IAAU,EAAvO;AAAA,oBAA0OvyH,IAAE,IAAIH,CAAJ,EAA5O,CAAkP,KAAIv6D,EAAEwD,OAAF,CAAU8pL,aAAV,KAA0Bt1K,CAA1B,GAA4BwiD,IAAEx6D,EAAEwD,OAAF,CAAU8pL,aAAxC,GAAsDttL,EAAEwD,OAAF,CAAU8pL,aAAV,GAAwB9yH,CAA9E,EAAgFr3D,EAAEyrB,QAAF,KAAasqC,CAAb,KAAiBrtB,KAAGxiC,CAAH,EAAK0vD,EAAEj3D,MAAF,IAAU9B,EAAE6sL,aAAF,KAAkB70K,CAA5B,KAAgC6zB,KAAGwuB,IAAEG,CAArC,CAAL,EAA6ClqB,EAAEi9I,UAAF,CAAa1hJ,CAAb,EAAgB2hJ,UAAhB,CAA2B3hJ,CAA3B,CAA9D,CAAhF,EAA6K4qB,IAAE,CAAnL,EAAqLA,IAAEqD,CAAvL,EAAyLrD,GAAzL;AAA6LrtD,wBAAE2B,EAAE0rD,CAAF,CAAF,EAAOlrD,IAAEnC,EAAEm6B,GAAF,CAAM7V,KAAN,KAAc,CAAvB,EAAyB9qB,IAAEwG,EAAEm6B,GAAF,CAAM9Q,MAAN,KAAe,CAA1C,EAA4CujC,IAAEmE,EAAE1D,CAAF,CAA9C,EAAmDR,IAAE,CAACD,IAAEkE,CAAH,IAAM9D,CAA3D,EAA6DtkC,IAAE3uB,EAAEyrB,QAAF,KAAasqC,CAA5E,EAA8E/9B,IAAEmV,EAAEgrD,OAAF,CAAUtlC,CAAV,CAAhF,EAA6FQ,IAAEr7B,EAAEiV,CAAF,GAAI/2B,EAAE2Y,GAAF,CAAMikC,CAAN,KAAU1qD,IAAEutD,CAAZ,KAAgBhnC,IAAE,CAAF,GAAI,CAAC,CAArB,CAAnG,EAA2H8kC,IAAEz7B,EAAEmV,CAAF,GAAIj3B,EAAEmiF,GAAF,CAAMvlC,CAAN,KAAUrzD,IAAEk2D,CAAZ,KAAgBhnC,IAAE,CAAF,GAAI,CAAC,CAArB,CAAjI,EAAyJ1oB,EAAEm9B,MAAF,CAAS,IAAIsxB,EAAE6vD,KAAN,CAAYlxD,IAAEjrD,CAAd,EAAgBqrD,IAAEh0D,CAAlB,EAAoB4zD,IAAEjrD,CAAtB,EAAwBqrD,IAAEh0D,CAA1B,CAAT,CAAzJ,EAAgMu1D,IAAE,IAAIa,CAAJ,CAAM5vD,EAAEm6B,GAAF,CAAMo1E,EAAZ,EAAevvG,EAAEm6B,GAAF,CAAMq1E,EAArB,CAAlM,EAA2N54G,EAAE6sL,aAAF,KAAkB70K,CAAlB,IAAqB8+C,IAAEpyC,EAAEtb,CAAF,EAAIgnC,EAAE+D,MAAN,CAAF,EAAgBumB,EAAExvC,MAAF,CAAS4rC,CAAT,CAArC,KAAmDA,IAAE92D,EAAE6sL,aAAF,CAAgB9zK,QAAhB,CAAyB09C,CAAzB,CAAF,EAA8B/qD,IAAEorD,EAAE6jC,IAAF,GAASxH,MAAzC,EAAgD9yD,IAAEy2B,EAAEgjC,SAAF,MAAe7gC,EAAE6gC,SAAF,EAAjE,EAA+Ez5D,EAAE05D,SAAF,CAAY5hC,EAAE/nB,CAAF,GAAI1kC,EAAE0kC,CAAlB,EAAoB+nB,EAAE7nB,CAAF,GAAI5kC,EAAE4kC,CAA1B,CAA/E,EAA4GwmB,EAAEgjC,SAAF,CAAYz5D,CAAZ,CAA/J,CAA3N,EAA0YrgC,EAAE26F,IAAF,GAAO3gC,EAAEghC,KAAF,CAAQh7F,EAAE26F,IAAV,EAAe7jC,EAAE6jC,IAAF,EAAf,CAAjZ;AAA7L,iBAAumB,OAAOjgC,CAAP;AAAS,aAAtxD,EAAuxDyyH,kBAAiB,4BAAU;AAAC,oBAAI5hL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,IAAE,IAAZ;AAAA,oBAAiBqzD,IAAErzD,EAAEqqL,MAAF,CAASl0K,QAA5B;AAAA,oBAAqCi9C,IAAEpzD,EAAEY,OAAF,CAAU6pL,SAAjD;AAAA,oBAA2DjkL,IAAExG,EAAEY,OAAF,CAAU8pL,aAAvE,CAAqF,IAAGr3H,EAAEn0D,MAAF,GAAS,CAAZ,EAAc;AAAC,yBAAIyJ,IAAE3I,EAAE6qL,cAAF,EAAF,EAAqB7qL,EAAEY,OAAF,CAAU2wC,MAAV,CAAiBvlB,QAAjB,KAA4BsqC,CAA5B,KAAgC3tD,KAAGyqD,IAAE5sD,CAArC,CAArB,EAA6D4O,IAAEzM,IAAEyqD,IAAE,CAAnE,EAAqEtxC,IAAE,CAA3E,EAA6EA,IAAEuxC,EAAEn0D,MAAjF,EAAwF4iB,GAAxF;AAA4FuxC,0BAAEvxC,CAAF,EAAKw/E,SAAL,CAAeqpF,UAAf,CAA0Bv1K,CAA1B,EAA6Bw1K,UAA7B,CAAwCx1K,CAAxC;AAA5F,qBAAuIpV,EAAE+3F,IAAF,GAAO3gC,EAAEghC,KAAF,CAAQp4F,EAAE+3F,IAAV,EAAe/3F,EAAEqqL,MAAF,CAAStyF,IAAT,EAAf,CAAP;AAAuC;AAAC,aAAtkE,EAAukEuyF,cAAa,wBAAU;AAAC,oBAAI3hL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,CAAV;AAAA,oBAAYqzD,CAAZ;AAAA,oBAAcD,CAAd;AAAA,oBAAgB5sD,IAAE,IAAlB;AAAA,oBAAuB+xB,IAAE/xB,EAAEi8F,GAA3B;AAAA,oBAA+BhsF,IAAE,IAAIkhD,CAAJ,EAAjC;AAAA,oBAAuC9D,IAAErtD,EAAEskL,aAAF,EAAzC;AAAA,oBAA2Dl3H,IAAEC,EAAE30D,MAA/D;AAAA,oBAAsE80D,IAAExtD,EAAE5F,OAAF,CAAU2W,OAAlF;AAAA,oBAA0F2X,IAAE1oB,EAAE5F,OAAF,CAAU6pL,SAAtG;AAAA,oBAAgHx1H,IAAEzuD,EAAE5F,OAAF,CAAU8pL,aAA5H,CAA0I,IAAG92H,CAAH,EAAK,KAAI5zD,IAAEwG,EAAEqkL,cAAF,EAAF,EAAqBrkL,EAAEiyF,MAAF,CAASjyF,EAAEiyF,MAAF,KAAWvpE,CAAX,GAAa+lC,CAAtB,CAArB,EAA8C7B,IAAE,CAApD,EAAsDA,IAAEQ,CAAxD,EAA0DR,GAA1D;AAA8DtxC,wBAAE+xC,EAAET,CAAF,CAAF,EAAOzqD,IAAEnC,EAAEgjL,SAAF,CAAY1nK,EAAEkyC,IAAE,IAAF,GAAO,MAAT,CAAZ,CAAT,EAAuC5+C,IAAE5O,EAAEgjL,SAAF,CAAY1nK,EAAEkyC,IAAE,MAAF,GAAS,IAAX,CAAZ,CAAzC,EAAuE5+C,IAAEzM,CAAF,KAAM,CAAN,KAAU0qD,IAAE,IAAIgD,EAAE2jC,GAAN,CAAUzhE,EAAEiqD,MAAZ,EAAmB,EAACqW,SAAQ74F,IAAEkvB,IAAE,CAAb,EAAe4pE,SAAQ94F,IAAEkvB,IAAE,CAA3B,EAA6BqnE,YAAW5tF,CAAxC,EAA0C6tF,UAASphF,CAAnD,EAAnB,CAAF,EAA4EqB,EAAE6R,MAAF,CAAS,IAAI4uC,EAAE8iC,GAAN,CAAU3mC,CAAV,EAAY,EAAC0rC,QAAO,EAACj0E,OAAMoE,CAAP,EAASqlB,OAAMzyB,EAAEyyB,KAAjB,EAAuB/mB,SAAQ1L,EAAE0L,OAAjC,EAAR,EAAZ,CAAT,CAAtF,CAAvE;AAA9D,iBAAsS,OAAO/W,CAAP;AAAS,aAA7hF,EAA8hFq0K,eAAc,yBAAU;AAAC,yBAASniL,CAAT,CAAWA,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB9hB,CAAjB,EAAmB;AAAC,2BAAM,EAAC+xE,MAAKppE,CAAN,EAAQspB,IAAG7c,CAAX,EAAam/B,OAAMzyB,CAAnB,EAAqB0L,SAAQxtB,CAA7B,EAAN;AAAsC,qBAAIoV,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQuxC,CAAR;AAAA,oBAAUD,CAAV;AAAA,oBAAY5sD,CAAZ;AAAA,oBAAc+xB,IAAE,IAAhB;AAAA,oBAAqB9hB,IAAE8hB,EAAE33B,OAAzB;AAAA,oBAAiCizD,IAAEp9C,EAAE4zK,MAAF,IAAU,EAA7C;AAAA,oBAAgDz2H,IAAEC,EAAE30D,MAApD;AAAA,oBAA2D80D,IAAEv9C,EAAEszG,qBAA/D;AAAA,oBAAqF76F,IAAE,EAAvF;AAAA,oBAA0F+lC,IAAEx+C,EAAEy/B,GAA9F;AAAA,oBAAkGge,IAAEz9C,EAAEkW,GAAtG,CAA0G,IAAGinC,CAAH,EAAK,KAAI1kC,EAAEvxB,IAAF,CAAOgL,EAAEssD,CAAF,EAAIf,CAAJ,EAAMF,CAAN,CAAP,GAAiBZ,IAAE,CAAvB,EAAyBA,IAAEQ,CAA3B,EAA6BR,GAA7B;AAAiC,yBAAIh+C,IAAEpV,EAAE6zD,EAAET,CAAF,CAAF,EAAO6B,CAAP,EAASf,CAAT,CAAF,EAAcpyC,IAAEoN,EAAEhwB,MAAlB,EAAyBsH,IAAE,CAA/B,EAAiCA,IAAEsb,CAAnC,EAAqCtb,GAArC;AAAyC,4BAAG6sD,IAAEnkC,EAAE1oB,CAAF,CAAF,EAAO6sD,EAAE0e,IAAF,IAAQ38D,EAAE28D,IAAV,IAAgB38D,EAAE28D,IAAF,IAAQ1e,EAAEphC,EAApC,EAAuC;AAAC/C,8BAAEvxB,IAAF,CAAOgL,EAAEyM,EAAE28D,IAAJ,EAAS38D,EAAE6c,EAAX,EAAc7c,EAAEm/B,KAAhB,EAAsBn/B,EAAEoY,OAAxB,CAAP,GAAyC6lC,EAAE0e,IAAF,IAAQ38D,EAAE6c,EAAV,IAAc7c,EAAE6c,EAAF,IAAMohC,EAAEphC,EAAtB,IAA0B/C,EAAEvxB,IAAF,CAAOgL,EAAEyM,EAAE6c,EAAJ,EAAOohC,EAAEphC,EAAT,EAAY+hC,CAAZ,EAAc5+C,EAAEoY,OAAhB,CAAP,CAAnE,EAAoG6lC,EAAEphC,EAAF,GAAK7c,EAAE28D,IAA3G,CAAgH;AAAM;AAAvM;AAAjC,iBAAwO,OAAO7iD,CAAP;AAAS,aAAj9F,EAAk9F27J,gBAAe,0BAAU;AAAC,oBAAIliL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAjB;AAAA,oBAAyBZ,IAAE8hB,EAAEq7F,UAAF,CAAa17E,IAAxC;AAAA,oBAA6C4xB,IAAEvxC,EAAE2oK,SAAjD;AAAA,oBAA2Dr3H,IAAEtxC,EAAE4oK,aAA/D;AAAA,oBAA6ElkL,IAAE4O,EAAEqtF,GAAjF,CAAqF,OAAO95F,IAAEmZ,EAAEyvB,MAAF,CAASvlB,QAAT,KAAoB+V,CAApB,GAAsBv7B,EAAEsjL,UAAF,KAAe9pL,CAAf,GAAiBozD,CAAjB,GAAmBC,CAAzC,GAA2C7sD,EAAEsjL,UAAF,KAAez2H,CAAnE;AAAqE,aAAtoG,EAAuoG22H,WAAU,mBAASrhL,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAElhB,OAAf;AAAA,oBAAuByyD,IAAEvxC,EAAE2gF,GAAF,GAAM,IAAIpsC,EAAE2jC,GAAN,CAAUrxF,CAAV,EAAY,EAACkwF,SAAQzjF,CAAT,EAAW0jF,SAAQ1jF,CAAnB,EAAqBmhF,YAAWv2F,EAAEu2F,UAAF,GAAaj/B,CAA7C,EAA+Ck/B,UAASx2F,EAAEw2F,QAAF,GAAWl/B,CAAnE,EAAZ,CAA/B,CAAkH,OAAOjE,CAAP;AAAS,aAA1xG,EAA2xG+2H,aAAY,uBAAU;AAAC,yBAASzhL,CAAT,CAAWA,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB9hB,CAAjB,EAAmB;AAAC,wBAAIqzD,CAAJ;AAAA,wBAAMD,CAAN;AAAA,wBAAQ5sD,CAAR;AAAA,wBAAU+xB,IAAE,IAAIo/B,CAAJ,EAAZ;AAAA,wBAAkBlhD,IAAE9N,EAAE65E,MAAtB;AAAA,wBAA6B3uB,IAAElrD,EAAEmhL,UAAF,EAA/B;AAAA,wBAA8Cl2H,IAAE5zD,EAAEi9B,OAAlD,CAA0D,IAAG22B,CAAH,EAAK,KAAIP,IAAE,CAAN,EAAQA,IAAEj+C,EAAElW,MAAZ,EAAmBm0D,GAAnB;AAAuBD,4BAAEzqD,EAAE+vF,OAAF,CAAUtjF,EAAEi+C,CAAF,CAAV,CAAF,EAAkB7sD,IAAE,IAAI4vD,CAAJ,CAAM3/C,EAAE+2B,CAAF,GAAIqmB,CAAJ,GAAM7zD,EAAEyhC,IAAd,EAAmBhrB,EAAEi3B,CAArB,EAAwBupD,MAAxB,CAA+B7hF,EAAEi+C,CAAF,CAA/B,EAAoC58C,CAApC,CAApB,EAA2D8hB,EAAEjQ,MAAF,CAAS,IAAI/nB,CAAJ,CAAM,EAACw+F,QAAO,EAACxqD,OAAMv0C,EAAEu0C,KAAT,EAAezpB,OAAM9qB,EAAE8qB,KAAvB,EAAR,EAAN,EAA8C02E,MAA9C,CAAqDpuC,CAArD,EAAwDovC,MAAxD,CAA+Dh8F,CAA/D,CAAT,CAA3D;AAAvB,qBAA8J,OAAO+xB,CAAP;AAAS,qBAAInjB,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEqtF,GAAf;AAAA,oBAAmBziG,IAAEoV,EAAExU,OAAvB;AAAA,oBAA+ByyD,IAAErzD,EAAEuxC,MAAF,CAASvlB,QAA1C;AAAA,oBAAmDonC,IAAE,IAAIuE,CAAJ,EAArD;AAAA,oBAA2DnxD,IAAExG,EAAEm9G,UAAF,CAAa17E,IAA1E;AAAA,oBAA+ElJ,IAAEv4B,EAAEi9G,UAAF,CAAax7E,IAA9F;AAAA,oBAAmGhrB,IAAEqL,EAAE7gB,KAAF,EAArG;AAAA,oBAA+G4yD,IAAEp9C,EAAEqzK,UAAF,EAAjH,CAAgI,OAAO10K,EAAE21K,eAAF,GAAkB31K,EAAEo1K,UAAF,CAAa1oK,CAAb,EAAe9hB,EAAE4+G,SAAjB,CAAlB,EAA8CxpG,EAAE+nG,UAAF,GAAax0G,EAAE8N,CAAF,EAAIrB,EAAE21K,eAAN,EAAsB/qL,EAAE4+G,SAAxB,EAAkC5+G,EAAEm9G,UAApC,CAA3D,EAA2G/pD,EAAE9qC,MAAF,CAASlT,EAAE+nG,UAAX,CAA3G,EAAkI/nG,EAAE41K,eAAF,GAAkBxkL,IAAE+xB,CAAtJ,EAAwJ86B,MAAItxB,CAAJ,IAAOtrB,EAAEk0K,UAAF,CAAa92H,IAAErtD,CAAF,GAAI+xB,CAAjB,EAAoBqyJ,UAApB,CAA+B/2H,IAAErtD,CAAF,GAAI+xB,CAAnC,CAA/J,EAAqMnjB,EAAE61K,eAAF,GAAkB71K,EAAE81K,mBAAF,CAAsB91K,EAAEo1K,UAAF,CAAa1oK,CAAb,EAAe9hB,EAAE++G,SAAjB,CAAtB,CAAvN,EAA0Q3pG,EAAE6nG,UAAF,GAAat0G,EAAE8N,CAAF,EAAIrB,EAAE61K,eAAN,EAAsBjrL,EAAE++G,SAAxB,EAAkC/+G,EAAEi9G,UAApC,EAA+Cj9G,EAAE4+G,SAAjD,CAAvR,EAAmVxrD,EAAE9qC,MAAF,CAASlT,EAAE6nG,UAAX,CAAnV,EAA0W7pD,CAAjX;AAAmX,aAA/hI,EAAgiI83H,qBAAoB,6BAASviL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyByyD,IAAErzD,EAAE4+G,SAAF,GAAY5+G,EAAE++G,SAAzC,CAAmD,KAAI3pG,IAAEzM,EAAEzJ,MAAF,GAAS,CAAf,EAAiBkW,KAAG,CAApB,EAAsBA,GAAtB;AAA0BA,wBAAEi+C,CAAF,KAAM,CAAN,IAAS1qD,EAAEjI,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAAT;AAA1B,iBAAiD,OAAOzM,CAAP;AAAS,aAA7qI,EAA8qI6hL,YAAW,oBAAS7hL,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaqzD,IAAErzD,EAAEY,OAAjB;AAAA,oBAAyBwyD,IAAEC,EAAE97C,OAA7B;AAAA,oBAAqC/Q,IAAE6sD,EAAE1mC,GAAF,GAAM0mC,EAAEnd,GAA/C;AAAA,oBAAmD3d,IAAE5vB,EAAE6tF,QAAF,GAAW7tF,EAAE4tF,UAAlE;AAAA,oBAA6E9/E,IAAE9N,EAAE4tF,UAAjF;AAAA,oBAA4F1iC,IAAErtD,IAAE4O,CAAhG;AAAA,oBAAkGw+C,IAAEr7B,IAAEs7B,CAAtG;AAAA,oBAAwGG,IAAE,EAA1G,CAA6G,KAAIZ,MAAI38C,KAAG8hB,CAAH,EAAKq7B,IAAE,CAACA,CAAZ,GAAe9xC,IAAE,CAArB,EAAuBA,IAAE+xC,CAAzB,EAA2B/xC,GAA3B;AAA+BkyC,sBAAEr2D,IAAF,CAAOwK,EAAEsO,CAAF,EAAIwgD,CAAJ,CAAP,GAAexgD,KAAGm9C,CAAlB;AAA/B,iBAAmD,OAAOzrD,EAAEsO,CAAF,KAAM9N,EAAE6tF,QAAR,IAAkBxiC,EAAEr2D,IAAF,CAAO8Y,CAAP,CAAlB,EAA4Bu9C,CAAnC;AAAqC,aAA54I,EAA64IykC,QAAO,gBAAS9vF,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAW,OAAOnZ,KAAGmZ,EAAE2gF,GAAF,CAAMkoF,UAAN,CAAiBhiL,CAAjB,EAAoBiiL,UAApB,CAA+BjiL,CAA/B,GAAkCmZ,EAAEqpK,eAAF,CAAkBrpK,EAAEq7F,UAAF,CAAahnG,QAA/B,EAAwC2L,EAAEipK,eAA1C,CAAlC,EAA6FjpK,EAAEqpK,eAAF,CAAkBrpK,EAAEm7F,UAAF,CAAa9mG,QAA/B,EAAwC2L,EAAEmpK,eAA1C,EAA0D,CAAC,CAA3D,CAA7F,EAA2J71K,CAA9J,IAAiK0M,EAAE2gF,GAAF,CAAMqnF,UAAN,EAAxK;AAA2L,aAAtmJ,EAAumJqB,iBAAgB,yBAASxiL,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMqzD,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAhB;AAAA,oBAAqBo9C,IAAE/xC,IAAErL,EAAEu0K,eAAF,IAAmB,CAArB,GAAuB,CAA9C;AAAA,oBAAgDp3H,IAAEn9C,EAAEgsF,GAApD;AAAA,oBAAwDzuC,IAAEJ,EAAEk2H,UAAF,EAA1D,CAAyE,KAAIhoK,KAAGrL,EAAE7V,OAAF,CAAU2wC,MAAV,CAAiBvlB,QAAjB,KAA4B+V,CAA/B,IAAkC,MAAI8xB,CAAtC,KAA0CD,IAAEn9C,EAAEgsF,GAAF,CAAMxhG,KAAN,EAAF,EAAgB2yD,EAAE+2H,UAAF,CAAa32H,IAAEH,CAAf,EAAkB+2H,UAAlB,CAA6B52H,IAAEH,CAA/B,CAA1D,GAA6F7zD,IAAE,CAAnG,EAAqGA,IAAE2I,EAAEzJ,MAAzG,EAAgHc,GAAhH;AAAoHqzD,wBAAEO,EAAE8kC,OAAF,CAAUtjF,EAAEpV,CAAF,CAAV,CAAF,EAAkBozD,IAAEzqD,EAAE3I,CAAF,EAAKsiG,QAAzB,EAAkC97F,IAAE6sD,EAAE7lB,CAAF,GAAI4lB,EAAE,CAAF,EAAKlsB,MAAL,GAAcsG,CAAtD,EAAwDjV,IAAE86B,EAAE3lB,CAAF,GAAI0lB,EAAE,CAAF,EAAKlsB,MAAL,GAAcwG,CAA5E,EAA8E/kC,EAAE3I,CAAF,EAAKk3F,SAAL,CAAgB,IAAI7gC,EAAEmkC,cAAN,EAAD,CAAuBrD,SAAvB,CAAiC3wF,CAAjC,EAAmC+xB,CAAnC,CAAf,CAA9E;AAApH;AAAwP,aAAx8J,EAAT,CAApxE;AAAA,YAAwuO8/B,KAAGrE,EAAErzD,MAAF,CAAS,EAACpC,MAAK,cAAS6W,CAAT,EAAW0M,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMqzD,CAAN;AAAA,oBAAQD,CAAR;AAAA,oBAAU5sD,CAAV;AAAA,oBAAY+xB,CAAZ;AAAA,oBAAc9hB,IAAE,IAAhB;AAAA,oBAAqBm9C,IAAEqB,EAAEuO,EAAF,CAAKqF,MAAL,IAAa,EAApC,CAAuC,IAAGhV,EAAEnP,OAAF,CAAUtvC,CAAV,GAAazM,EAAEyM,CAAF,EAAKmD,KAAL,EAAb,EAA0By7C,EAAE11D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeqX,CAAf,EAAiBrB,CAAjB,CAA1B,EAA8CqB,EAAE6gC,OAAF,GAAU7gC,EAAE0vB,OAA1D,EAAkE1vB,EAAEugH,gBAAF,GAAmB9nG,EAAE,EAAF,EAAKpN,CAAL,CAArF,EAA6F9hB,IAAEkvB,EAAE,EAAF,EAAKzY,EAAE7V,OAAP,EAAekhB,CAAf,CAA/F,EAAiHsxC,IAAEpzD,EAAEo3H,KAArH,EAA2H5wH,IAAEotD,EAAER,CAAF,KAAMQ,EAAER,EAAE3vD,WAAF,EAAF,CAAnI,EAAsJ4vD,IAAED,KAAG5sD,CAAH,GAAKA,EAAE0iH,KAAP,GAAa,EAArK,EAAwKzyG,EAAE7V,OAAF,GAAUsuB,EAAE,EAAF,EAAKmkC,CAAL,EAAOrzD,CAAP,CAAlL,EAA4L2I,EAAErH,OAAF,CAAUtB,EAAE8iF,OAAZ,CAA/L,EAAoN,KAAIvqD,IAAE,CAAN,EAAQA,IAAEv4B,EAAE8iF,OAAF,CAAU5jF,MAApB,EAA2Bq5B,GAA3B;AAA+B9hB,sBAAE7V,OAAF,CAAUkiF,OAAV,CAAkBvqD,CAAlB,IAAqBrJ,EAAE,EAAF,EAAKmkC,EAAEyvB,OAAP,EAAe9iF,EAAE8iF,OAAF,CAAUvqD,CAAV,CAAf,CAArB;AAA/B,iBAAiF9hB,EAAE0vB,OAAF,CAAUvR,QAAV,CAAmB,SAAnB,GAA8Bne,EAAEiuE,OAAF,GAAUjuE,EAAE20K,cAAF,EAAxC,EAA2D30K,EAAE+hH,MAAF,EAA3D;AAAsE,aAAta,EAAua53H,SAAQ,EAACw+G,UAAS,EAAV,EAAagY,OAAM,SAAnB,EAA6BW,UAAS,EAAtC,EAAyCj1C,SAAQ,EAAjD,EAAoDvkE,OAAM,EAA1D,EAA6D8sK,WAAU,EAAvE,EAA/a,EAA0f3mI,SAAQ,mBAAU;AAAC,qBAAKggC,OAAL,CAAahgC,OAAb,IAAuBsP,EAAE11D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAvB;AAA+C,aAA5jB,EAA6jBkF,OAAM,eAASqE,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE0zC,QAAF,CAAW,CAAX,CAAb,CAA2B,OAAO,MAAIt1D,UAAUhB,MAAd,GAAqBc,EAAEsE,KAAF,EAArB,IAAgCtE,EAAEsE,KAAF,CAAQqE,CAAR,GAAWmZ,EAAEwpK,gBAAF,CAAmB3iL,CAAnB,CAAX,EAAiCyM,CAAjE,CAAP;AAA2E,aAArrB,EAAsrBm2K,OAAM,iBAAU;AAAC,oBAAI5iL,IAAE,KAAK+7E,OAAX,CAAmB/7E,EAAE4qC,KAAF,IAAU5qC,EAAEyyF,IAAF,CAAO,KAAKowF,QAAZ,CAAV;AAAgC,aAA1vB,EAA2vBjwF,cAAa,wBAAU;AAAC,uBAAO,KAAKiwF,QAAZ;AAAqB,aAAxyB,EAAyyBC,WAAU,mBAASr2K,CAAT,EAAW;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,IAAE,IAAR;AAAA,oBAAaqzD,IAAErzD,EAAEw1D,QAAjB;AAAA,oBAA0BpC,IAAE,EAA5B,CAA+B,IAAG,MAAIlzD,UAAUhB,MAAjB,EAAwB;AAAC,yBAAI4iB,IAAE,CAAN,EAAQA,IAAEuxC,EAAEn0D,MAAZ,EAAmB4iB,GAAnB;AAAuBsxC,0BAAEz1D,IAAF,CAAO01D,EAAEvxC,CAAF,EAAKxd,KAAL,EAAP;AAAvB,qBAA4C,OAAO8uD,CAAP;AAAS,qBAAGzqD,EAAErH,OAAF,CAAU8T,CAAV,CAAH,EAAgB,KAAI0M,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB4rB,sBAAEt4B,EAAE0M,CAAF,CAAF,KAASuxC,EAAEvxC,CAAF,EAAKxd,KAAL,CAAW8Q,EAAE0M,CAAF,CAAX,CAAT;AAAvB,iBAAiD9hB,EAAEsrL,gBAAF,CAAmBl2K,CAAnB;AAAsB,aAAngC,EAAogCk2K,kBAAiB,0BAAS3iL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,GAAGpkB,MAAH,CAAU,KAAKkD,OAAL,CAAakiF,OAAvB,CAAR,CAAwC,KAAIn6E,IAAE,GAAGjL,MAAH,CAAUiL,CAAV,CAAF,EAAeyM,IAAE,CAArB,EAAuBA,IAAEzM,EAAEzJ,MAA3B,EAAkCkW,GAAlC;AAAsC0M,sBAAE1M,CAAF,EAAK9Q,KAAL,GAAWqE,EAAEyM,CAAF,CAAX;AAAtC;AAAsD,aAA/nC,EAAgoCyiC,SAAQ,mBAAU;AAAC,oBAAIlvC,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAF,CAAUwjC,WAAzB,CAAqC,KAAIhvB,EAAExU,OAAF,CAAUwjC,WAAV,GAAsB,CAAC,CAAvB,EAAyBz7B,IAAE,CAA/B,EAAiCA,IAAEyM,EAAEogD,QAAF,CAAWt2D,MAA9C,EAAqDyJ,GAArD;AAAyDyM,sBAAEogD,QAAF,CAAW7sD,CAAX,EAAc/H,OAAd,CAAsBmvB,SAAtB,CAAgCqU,WAAhC,GAA4C,CAAC,CAA7C;AAAzD,iBAAwG,KAAIhvB,EAAEojH,MAAF,IAAWpjH,EAAExU,OAAF,CAAUwjC,WAAV,GAAsBtiB,CAAjC,EAAmCnZ,IAAE,CAAzC,EAA2CA,IAAEyM,EAAEogD,QAAF,CAAWt2D,MAAxD,EAA+DyJ,GAA/D;AAAmEyM,sBAAEogD,QAAF,CAAW7sD,CAAX,EAAc/H,OAAd,CAAsBmvB,SAAtB,CAAgCqU,WAAhC,GAA4CtiB,CAA5C;AAAnE;AAAiH,aAAj5C,EAAk5C02G,QAAO,kBAAU;AAAC,oBAAI7vH,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAEoN,EAAE9Z,EAAEs2K,QAAF,EAAF,EAAet2K,EAAExU,OAAF,CAAUyqL,SAAzB,CAAf;AAAA,oBAAmDrrL,IAAE,IAAIo3D,CAAJ,CAAM,CAAC,CAAD,EAAG,CAAH,CAAN,EAAY,CAACt1C,EAAEgJ,KAAH,EAAShJ,EAAE+N,MAAX,CAAZ,CAArD,CAAqFza,EAAEsvE,OAAF,CAAUnxC,KAAV,IAAkBn+B,EAAEi2K,SAAF,GAAYj2K,EAAEu2K,gBAAF,EAA9B,EAAmDv2K,EAAEsvE,OAAF,CAAUv+C,OAAV,CAAkBjoB,GAAlB,CAAsB,EAAC4M,OAAMhJ,EAAEgJ,KAAT,EAAe+E,QAAO/N,EAAE+N,MAAxB,EAAtB,CAAnD,EAA0Gza,EAAEw2K,YAAF,EAA1G,EAA2HjjL,IAAEyqD,EAAEpzD,EAAE+3F,IAAF,EAAF,EAAW3iF,EAAEy2K,gBAAb,CAA7H,EAA4Jz2K,EAAEuuB,MAAF,CAASh7B,CAAT,CAA5J;AAAwK,aAAjqD,EAAkqDgjL,kBAAiB,4BAAU;AAAC,oBAAIhjL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAF,CAAUyqL,SAAzB;AAAA,oBAAmCrrL,IAAEoV,EAAEsvE,OAAF,CAAUjjD,IAAV,EAArC;AAAA,oBAAsD4xB,IAAEvxC,EAAEkM,MAAF,IAAU,EAAlE;AAAA,oBAAqExnB,IAAE,IAAI4wD,CAAJ,CAAM,CAAC,CAAD,EAAG,CAAH,CAAN,EAAY,CAACp3D,EAAE8qB,KAAH,EAAS9qB,EAAE6vB,MAAX,CAAZ,CAAvE,CAAuG,OAAOza,EAAEy2K,gBAAF,GAAmB/pK,EAAEgM,MAAF,IAAUkqC,CAA7B,EAA+B3E,EAAEvoC,KAAF,GAAQ,CAAR,KAAYtkB,IAAE4sD,EAAE5sD,CAAF,EAAI6sD,EAAEvoC,KAAN,CAAd,CAA/B,EAA2DniB,IAAEpI,EAAEsiG,QAAF,CAAWr8F,CAAX,EAAa,EAACu4F,QAAO,EAACxqD,OAAM8e,EAAEvoC,KAAF,GAAQuoC,EAAE9e,KAAV,GAAgB,EAAvB,EAA0BzpB,OAAMuoC,EAAEvoC,KAAlC,EAAwC6+E,UAASt2C,EAAEs2C,QAAnD,EAA4DpH,UAAS,OAArE,EAA6EuH,SAAQ,OAArF,EAAR,EAAsGhL,MAAK,EAACvqD,OAAMzyB,EAAE44F,UAAT,EAA3G,EAAb,CAApE;AAAmN,aAAx/D,EAAy/D0wE,gBAAe,0BAAU;AAAC,oBAAIh2K,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAjB;AAAA,oBAAyByyD,IAAEvxC,EAAE4pK,QAAF,EAA3B,CAAwC,OAAOr4H,IAAErzD,EAAEqrL,SAAF,GAAYn8J,EAAEmkC,CAAF,EAAIrzD,EAAEqrL,SAAN,CAAZ,GAA6Bh4H,CAA/B,EAAiCj+C,IAAEzM,EAAE,aAAF,EAAiBkgB,QAAjB,CAA0B/G,EAAEqkB,OAA5B,EAAqCjoB,GAArC,CAAyC,EAAC4M,OAAMuoC,EAAEvoC,KAAT,EAAe+E,QAAOwjC,EAAExjC,MAAxB,EAAzC,CAAnC,EAA6G,IAAIqnC,EAAEynC,OAAF,CAAU1qB,MAAd,CAAqB7+D,CAArB,EAAuB,EAACnT,MAAKjC,EAAE+3H,QAAR,EAAvB,CAApH;AAA8J,aAAztE,EAA0tE7wD,SAAQ,mBAAU;AAAC,uBAAO,KAAKwkH,QAAL,EAAP;AAAuB,aAApwE,EAAqwEA,UAAS,oBAAU;AAAC,oBAAI/iL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEw9B,OAAf;AAAA,oBAAuBrkB,IAAE1M,EAAE0V,KAAF,EAAzB;AAAA,oBAAmC9qB,IAAEoV,EAAEya,MAAF,EAArC,CAAgD,OAAO/N,MAAIA,IAAE41C,CAAN,GAAS13D,MAAIA,IAAEu2D,CAAN,CAAT,EAAkB,EAACzrC,OAAMhJ,CAAP,EAAS+N,QAAO7vB,CAAhB,EAAzB;AAA4C,aAAr3E,EAAT,CAA3uO;AAAA,YAA4mTs4D,KAAGD,GAAG13D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWu2C,GAAG/5D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,EAAoByM,CAApB,GAAuBy+C,EAAEp6C,MAAF,CAASqI,CAAT,EAAWmzC,EAAEuO,EAAb,CAAvB;AAAwC,aAAvE,EAAwE5iE,SAAQ,EAACC,MAAK,aAAN,EAAoBujC,aAAY,CAAC,CAAjC,EAAmCinJ,WAAU,EAAC3wE,YAAW,EAAZ,EAA7C,EAAhF,EAA8I/2E,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAE0zC,QAAjB,CAA0B,KAAI1zC,EAAEvD,KAAF,CAAQolB,MAAR,CAAeh7B,CAAf,GAAkBmZ,EAAEgqK,gBAAF,GAAmBhqK,EAAEvD,KAAF,CAAQw5E,IAA7C,EAAkD3iF,IAAE,CAAxD,EAA0DA,IAAEpV,EAAEd,MAA9D,EAAqEkW,GAArE;AAAyEpV,sBAAEoV,CAAF,EAAKuuB,MAAL,CAAY7hB,EAAEvD,KAAF,CAAQkkF,GAApB,GAAyB3gF,EAAEgqK,gBAAF,GAAmB10H,EAAEghC,KAAF,CAAQt2E,EAAEgqK,gBAAV,EAA2B9rL,EAAEoV,CAAF,EAAK2iF,IAAhC,CAA5C;AAAzE,iBAA2Jj2E,EAAE8iI,QAAF,CAAWj8I,CAAX,GAAcmZ,EAAEiqK,UAAF,CAAapjL,CAAb,CAAd,EAA8BmZ,EAAEkqK,YAAF,CAAelqK,EAAEupK,SAAjB,EAA2BrrL,CAA3B,EAA6B8hB,EAAEvD,KAA/B,CAA9B,EAAoEuD,EAAEypK,KAAF,EAApE;AAA8E,aAApa,EAAqaS,cAAa,sBAASrjL,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMqzD,CAAN;AAAA,oBAAQD,IAAE,IAAIuE,CAAJ,EAAV,CAAgB,KAAIvE,EAAE9qC,MAAF,CAAS3f,CAAT,GAAYyqD,EAAE9qC,MAAF,CAASxG,EAAEqoK,KAAX,CAAZ,EAA8B/2H,EAAE9qC,MAAF,CAASxG,EAAEuoK,MAAX,CAA9B,EAAiDh3H,IAAE,CAAvD,EAAyDA,IAAEj+C,EAAElW,MAA7D,EAAoEm0D,GAApE;AAAwErzD,wBAAEoV,EAAEi+C,CAAF,CAAF,EAAOrzD,EAAEi6D,MAAF,EAAP,EAAkB7G,EAAE9qC,MAAF,CAAStoB,EAAE8N,QAAX,CAAlB,EAAuC9N,EAAEsE,KAAF,CAAQtE,EAAEY,OAAF,CAAU0D,KAAlB,CAAvC;AAAxE,iBAAwI8uD,EAAE9qC,MAAF,CAASxG,EAAEmoK,aAAX,GAA0B,KAAKuB,QAAL,GAAcp4H,CAAxC;AAA0C,aAApoB,EAAqoBwxF,UAAS,kBAASj8I,CAAT,EAAW;AAAC,qBAAI,IAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,CAAR,EAAUqzD,CAAV,EAAYD,CAAZ,EAAc5sD,IAAE,IAAhB,EAAqB+xB,IAAE/xB,EAAE+X,KAAzB,EAA+Bs1C,IAAEt7B,EAAEkqE,GAAnC,EAAuC7uC,IAAEptD,EAAEslL,gBAA3C,EAA4D93H,IAAEv9C,EAAEo3B,GAAF,CAAMrnC,EAAEylL,OAAF,CAAUr4H,CAAV,EAAYjrD,CAAZ,CAAN,CAA9D,EAAoFumB,IAAE/mB,EAAE6rD,CAAF,EAAIiD,CAAJ,CAAtF,EAA6FhC,IAAE9sD,EAAE,CAAC6rD,CAAH,EAAKiD,CAAL,CAA/F,EAAuG/C,IAAE,CAAzG,EAA2GqB,IAAE,CAAjH,EAAmH,EAAE,EAAEA,MAAI,GAAN,MAAarB,IAAEd,MAAIpzD,CAAJ,GAAMk0D,IAAE,CAAR,GAAU,CAAZ,EAAcA,IAAE,CAA7B,KAAiChlC,KAAGmkC,CAAH,KAAOj+C,IAAE5O,EAAE0lL,UAAF,CAAah9J,CAAb,EAAevmB,CAAf,EAAiBkrD,CAAjB,CAAF,EAAsB,KAAGz+C,CAAH,IAAMA,KAAG,CAAtC,CAAjC,IAA2E6/C,KAAG5B,CAAH,KAAOrzD,IAAEwG,EAAE0lL,UAAF,CAAaj3H,CAAb,EAAetsD,CAAf,EAAiBkrD,CAAjB,CAAF,EAAsB,KAAG7zD,CAAH,IAAMA,KAAG,CAAtC,CAA3E,KAAsHqzD,IAAEj+C,IAAE,CAAF,IAAKpV,IAAE,CAAP,GAAS,IAAEkvB,CAAX,GAAa9Z,IAAE,CAAF,IAAKpV,IAAE,CAAP,GAAS,IAAEi1D,CAAX,GAAa9sD,EAAE,CAAC+mB,IAAE+lC,CAAH,IAAM,CAAN,IAAS,CAAX,EAAagC,CAAb,CAA5B,EAA4Cn1C,IAAEtb,EAAE0lL,UAAF,CAAa74H,CAAb,EAAe1qD,CAAf,EAAiBkrD,CAAjB,CAA9C,EAAkE,KAAG/xC,CAAH,IAAMA,KAAG,CAAjM,CAAF,CAAnH;AAA2TsxC,wBAAEpzD,CAAF,EAAI8hB,IAAE,CAAF,IAAKmzC,IAAE5B,CAAF,EAAIrzD,IAAE8hB,CAAX,KAAeoN,IAAEmkC,CAAF,EAAIj+C,IAAE0M,CAArB,CAAJ;AAA3T;AAAuV,aAAj/B,EAAk/BoqK,YAAW,oBAASvjL,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMqzD,IAAE,IAAR;AAAA,oBAAaD,IAAEC,EAAE90C,KAAjB;AAAA,oBAAuB/X,IAAE6sD,EAAEmC,QAA3B;AAAA,oBAAoCj9B,IAAEzW,EAAEgoK,UAAF,EAAtC,CAAqD,KAAIhoK,IAAEA,EAAE7gB,KAAF,EAAF,EAAY6gB,EAAE6oK,UAAF,CAAapyJ,IAAE5vB,CAAf,EAAkBiiL,UAAlB,CAA6BryJ,IAAE5vB,CAA/B,CAAZ,EAA8CyqD,EAAEqvC,GAAF,GAAM3gF,CAApD,EAAsDsxC,EAAEzvB,MAAF,CAASvuB,CAAT,CAAtD,EAAkEi+C,EAAE84H,QAAF,GAAW/4H,EAAE2kC,IAA/E,EAAoF/3F,IAAE,CAA1F,EAA4FA,IAAEwG,EAAEtH,MAAhG,EAAuGc,GAAvG;AAA2GwG,sBAAExG,CAAF,EAAK2jC,MAAL,CAAY7hB,CAAZ,GAAeuxC,EAAE84H,QAAF,GAAW/0H,EAAEghC,KAAF,CAAQ/kC,EAAE84H,QAAV,EAAmB3lL,EAAExG,CAAF,EAAK+3F,IAAxB,CAA1B;AAA3G,iBAAmK,OAAO1kC,EAAE44H,OAAF,CAAU54H,EAAE84H,QAAZ,EAAqB/2K,CAArB,CAAP;AAA+B,aAApwC,EAAqwC62K,SAAQ,iBAAStjL,CAAT,EAAWyM,CAAX,EAAa;AAAC,uBAAOqB,EAAEy/B,GAAF,CAAM9gC,EAAE0V,KAAF,KAAUniB,EAAEmiB,KAAF,EAAhB,EAA0B1V,EAAEya,MAAF,KAAWlnB,EAAEknB,MAAF,EAArC,CAAP;AAAwD,aAAn1C,EAAo1Ck8J,YAAW,oBAASpjL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAEqqK,QAAF,CAAW3pG,MAAX,EAAf;AAAA,oBAAmCnvB,IAAE1qD,EAAE65E,MAAF,EAArC;AAAA,oBAAgDpvB,IAAEpzD,EAAEwtC,CAAF,GAAI6lB,EAAE7lB,CAAxD;AAAA,oBAA0DhnC,IAAExG,EAAE0tC,CAAF,GAAI2lB,EAAE3lB,CAAlE;AAAA,oBAAoEnV,IAAEzW,EAAEvD,KAAxE;AAAA,oBAA8E9H,IAAEqL,EAAE0zC,QAAlF,CAA2F,KAAIj9B,EAAEkqE,GAAF,CAAMjgB,MAAN,CAAah1C,CAAb,IAAgB4lB,CAAhB,EAAkB76B,EAAEkqE,GAAF,CAAMjgB,MAAN,CAAa90C,CAAb,IAAgBlnC,CAAlC,EAAoC+xB,EAAEoL,MAAF,CAASh7B,CAAT,CAApC,EAAgDyM,IAAE,CAAtD,EAAwDA,IAAEqB,EAAEvX,MAA5D,EAAmEkW,GAAnE;AAAuEqB,sBAAErB,CAAF,EAAKuuB,MAAL,CAAYpL,EAAEkqE,GAAd,GAAmB3gF,EAAEqqK,QAAF,GAAW/0H,EAAEghC,KAAF,CAAQ7/D,EAAEw/D,IAAV,EAAethF,EAAErB,CAAF,EAAK2iF,IAApB,CAA9B;AAAvE;AAA+H,aAArkD,EAAskD6zF,cAAa,wBAAU;AAAC,oBAAIx2K,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeqzD,IAAErzD,EAAEY,OAAnB;AAAA,oBAA2BwyD,IAAEC,EAAEyvB,OAA/B;AAAA,oBAAuCt8E,IAAExG,EAAEue,KAAF,GAAQ,IAAIw4C,EAAJ,CAAO1D,EAAE90C,KAAT,CAAjD,CAAiE,KAAIve,EAAEw1D,QAAF,GAAW,EAAX,EAAcpC,IAAEzqD,EAAErH,OAAF,CAAU8xD,CAAV,IAAaA,CAAb,GAAe,CAACA,CAAD,CAA/B,EAAmCtxC,IAAE,CAAzC,EAA2CA,IAAEsxC,EAAEl0D,MAA/C,EAAsD4iB,GAAtD;AAA0D1M,wBAAE,IAAIuhD,EAAJ,CAAOnwD,CAAP,EAAS0oB,EAAE,EAAF,EAAKkkC,EAAEtxC,CAAF,CAAL,EAAU,EAACiO,WAAU,EAACqU,aAAYivB,EAAEjvB,WAAf,EAAX,EAAV,CAAT,CAAF,EAA+DpkC,EAAEw1D,QAAF,CAAW73D,IAAX,CAAgByX,CAAhB,CAA/D;AAA1D;AAA4I,aAA3yD,EAAV,CAA/mT;AAAA,YAAu6WojD,KAAGH,GAAG13D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWu2C,GAAG/5D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,EAAoByM,CAApB,GAAuBy+C,EAAEp6C,MAAF,CAASqI,CAAT,EAAWmzC,EAAEuO,EAAb,CAAvB;AAAwC,aAAvE,EAAwE5iE,SAAQ,EAACC,MAAK,aAAN,EAAoBujC,aAAY,CAAC,CAAjC,EAAmCinJ,WAAU,EAAC3wE,YAAW,EAAZ,EAA7C,EAA6Dn8F,OAAM,EAACkpC,UAAS,CAAC,CAAX,EAAnE,EAAhF,EAAkK9jB,QAAO,gBAASh7B,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAE0zC,QAAjB;AAAA,oBAA0BnC,IAAE1qD,EAAE4nF,MAAF,CAAS/iD,CAArC;AAAA,oBAAuC4lB,IAAEzqD,EAAE4nF,MAAF,CAAS7iD,CAAlD;AAAA,oBAAoDlnC,IAAE,IAAIyuD,EAAE6vD,KAAN,CAAYzxD,CAAZ,EAAcD,CAAd,EAAgBC,IAAE1qD,EAAEmiB,KAAF,EAAlB,EAA4BsoC,IAAEzqD,EAAEknB,MAAF,EAA9B,CAAtD,CAAgG,KAAI/N,EAAEvD,KAAF,CAAQolB,MAAR,CAAen9B,CAAf,GAAkB4O,IAAE,CAAxB,EAA0BA,IAAEpV,EAAEd,MAA9B,EAAqCkW,GAArC;AAAyCpV,sBAAEoV,CAAF,EAAKuuB,MAAL;AAAzC,iBAAuD7hB,EAAEi2E,IAAF,GAAOj2E,EAAEsqK,OAAF,CAAU5lL,CAAV,CAAP,EAAoBsb,EAAEuqK,cAAF,EAApB,EAAuCvqK,EAAEwqK,eAAF,EAAvC,EAA2DxqK,EAAEkqK,YAAF,EAA3D,EAA4ElqK,EAAEypK,KAAF,EAA5E;AAAsF,aAAla,EAAmaS,cAAa,wBAAU;AAAC,oBAAIrjL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,IAAV;AAAA,oBAAe9hB,IAAE,IAAI23D,CAAJ,EAAjB;AAAA,oBAAuBtE,IAAEvxC,EAAEvD,KAAF,CAAQ07C,MAAR,EAAzB;AAAA,oBAA0C7G,IAAEtxC,EAAE0zC,QAA9C,CAAuD,KAAIx1D,EAAEsoB,MAAF,CAASxG,EAAEupK,SAAX,GAAsBrrL,EAAEsoB,MAAF,CAAS+qC,CAAT,CAAtB,EAAkCj+C,IAAE,CAAxC,EAA0CA,IAAEg+C,EAAEl0D,MAA9C,EAAqDkW,GAArD;AAAyDzM,wBAAEyqD,EAAEh+C,CAAF,CAAF,EAAOpV,EAAEsoB,MAAF,CAAS3f,EAAEsxD,MAAF,EAAT,CAAP,EAA4BtxD,EAAErE,KAAF,CAAQqE,EAAE/H,OAAF,CAAU0D,KAAlB,CAA5B;AAAzD,iBAA8Gwd,EAAE0pK,QAAF,GAAWxrL,CAAX;AAAa,aAA7mB,EAA8mB4rL,cAAa,wBAAU;AAAC,oBAAIx2K,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUqzD,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE4sD,EAAE0vB,OAAjC;AAAA,oBAAyCvqD,IAAE86B,EAAE90C,KAAF,GAAQ,IAAIk6C,EAAJ,CAAOrF,EAAE70C,KAAT,CAAnD,CAAmE,KAAI80C,EAAEmC,QAAF,GAAW,EAAX,EAAchvD,IAAEmC,EAAErH,OAAF,CAAUkF,CAAV,IAAaA,CAAb,GAAe,CAACA,CAAD,CAA/B,EAAmCxG,IAAE,CAAzC,EAA2CA,IAAEwG,EAAEtH,MAA/C,EAAsDc,GAAtD;AAA0D8hB,wBAAEoN,EAAE,EAAF,EAAK1oB,EAAExG,CAAF,CAAL,EAAU,EAAC+vB,WAAU,EAACqU,aAAYgvB,EAAEhvB,WAAf,EAAX,EAAV,CAAF,EAAqDhvB,IAAE0M,EAAE87E,KAAF,KAAUznC,CAAV,GAAY,IAAIuC,EAAJ,CAAOngC,CAAP,EAASzW,CAAT,CAAZ,GAAwB,IAAI+2C,EAAJ,CAAOtgC,CAAP,EAASzW,CAAT,CAA/E,EAA2FuxC,EAAEmC,QAAF,CAAW73D,IAAX,CAAgByX,CAAhB,CAA3F;AAA1D;AAAwK,aAAj3B,EAAk3Bs2K,UAAS,oBAAU;AAAC,oBAAI/iL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEw9B,OAAf;AAAA,oBAAuBrkB,IAAE1M,EAAE0V,KAAF,EAAzB;AAAA,oBAAmC9qB,IAAEoV,EAAEya,MAAF,EAArC;AAAA,oBAAgDwjC,IAAE1qD,EAAE/H,OAAF,CAAU2d,KAAV,CAAgBkpC,QAAlE,CAA2E,OAAO3lC,MAAIA,IAAEuxC,IAAEwE,CAAF,GAAIH,CAAV,GAAa13D,MAAIA,IAAEqzD,IAAEkD,CAAF,GAAIwB,CAAV,CAAb,EAA0B,EAACjtC,OAAMhJ,CAAP,EAAS+N,QAAO7vB,CAAhB,EAAjC;AAAoD,aAArgC,EAAsgCosL,SAAQ,iBAASzjL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeqzD,IAAErzD,EAAEue,KAAnB;AAAA,oBAAyB60C,IAAEpzD,EAAEw1D,QAA7B;AAAA,oBAAsChvD,IAAEmC,EAAE65E,MAAF,EAAxC;AAAA,oBAAmDjqD,IAAE66B,EAAE,CAAF,EAAKzyB,GAAL,CAAS1/B,KAAT,GAAiBqf,IAAjB,CAAsB+yC,EAAE1yB,GAAxB,CAArD,CAAkF,KAAI7e,IAAE,CAAN,EAAQA,IAAEsxC,EAAEl0D,MAAZ,EAAmB4iB,GAAnB;AAAuByW,sBAAEjY,IAAF,CAAO8yC,EAAEtxC,CAAF,EAAK6e,GAAL,CAAS1/B,KAAT,EAAP;AAAvB,iBAAgD,OAAOoyD,EAAEzyD,OAAF,CAAU6mD,QAAV,IAAoBryC,IAAEmjB,EAAEzN,KAAF,KAAU,CAAZ,EAAcyN,IAAE,IAAIn7B,CAAJ,CAAMoJ,EAAEgnC,CAAF,GAAIp4B,CAAV,EAAYzM,EAAEqtG,EAAd,EAAiBxvG,EAAEgnC,CAAF,GAAIp4B,CAArB,EAAuBzM,EAAEutG,EAAzB,CAApC,KAAmE9gG,IAAEmjB,EAAE1I,MAAF,KAAW,CAAb,EAAe0I,IAAE,IAAIn7B,CAAJ,CAAMuL,EAAEotG,EAAR,EAAWvvG,EAAEknC,CAAF,GAAIt4B,CAAf,EAAiBzM,EAAEstG,EAAnB,EAAsBzvG,EAAEknC,CAAF,GAAIt4B,CAA1B,CAApF,GAAkHmjB,CAAzH;AAA2H,aAAvxC,EAAwxC8zJ,gBAAe,0BAAU;AAAC,oBAAI1jL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,IAAV;AAAA,oBAAe9hB,IAAE8hB,EAAEvD,KAAnB;AAAA,oBAAyB80C,IAAEvxC,EAAE0zC,QAA7B;AAAA,oBAAsCpC,IAAEpzD,EAAE2gC,GAA1C;AAAA,oBAA8Cn6B,IAAE6sD,EAAE,CAAF,EAAK1yB,GAAL,CAAS1/B,KAAT,GAAiBqf,IAAjB,CAAsBtgB,EAAE2gC,GAAxB,CAAhD;AAAA,oBAA6EpI,IAAEzW,EAAEi2E,IAAjF,CAAsF,KAAI3iF,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuB5O,sBAAE8Z,IAAF,CAAO+yC,EAAEj+C,CAAF,EAAKurB,GAAL,CAAS1/B,KAAT,EAAP;AAAvB,iBAAgD,KAAIjB,EAAEY,OAAF,CAAU6mD,QAAV,IAAoB9+C,IAAE4vB,EAAEiqD,MAAF,GAAWh1C,CAAX,GAAahnC,EAAEg8E,MAAF,GAAWh1C,CAA1B,EAA4BxtC,EAAE2jC,MAAF,CAAS,IAAIvmC,CAAJ,CAAMg2D,EAAE2iD,EAAF,GAAKptG,CAAX,EAAa4vB,EAAEy9E,EAAf,EAAkB5iD,EAAE6iD,EAAF,GAAKttG,CAAvB,EAAyB4vB,EAAE29E,EAA3B,CAAT,CAAhD,KAA2FvtG,IAAE4vB,EAAEiqD,MAAF,GAAW90C,CAAX,GAAalnC,EAAEg8E,MAAF,GAAW90C,CAA1B,EAA4B1tC,EAAE2jC,MAAF,CAAS,IAAIvmC,CAAJ,CAAMm7B,EAAEw9E,EAAR,EAAW3iD,EAAE4iD,EAAF,GAAKrtG,CAAhB,EAAkB4vB,EAAE09E,EAApB,EAAuB7iD,EAAE8iD,EAAF,GAAKvtG,CAA5B,CAAT,CAAvH,GAAiKyM,IAAE,CAAvK,EAAyKA,IAAEi+C,EAAEn0D,MAA7K,EAAoLkW,GAApL;AAAwLi+C,sBAAEj+C,CAAF,EAAKuuB,MAAL,CAAY7hB,EAAEi2E,IAAd;AAAxL;AAA4M,aAApoD,EAAqoDu0F,iBAAgB,2BAAU;AAAC,oBAAI3jL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAEmJ,KAAjB;AAAA,oBAAuBve,IAAEoV,EAAEogD,QAA3B;AAAA,oBAAoCnC,IAAEvxC,EAAE6e,GAAF,CAAM1/B,KAAN,EAAtC;AAAA,oBAAoDmyD,IAAEtxC,EAAElhB,OAAF,CAAU6mD,QAAV,GAAmB,GAAnB,GAAuB,GAA7E;AAAA,oBAAiFjhD,IAAExG,EAAE,CAAF,EAAK2gC,GAAxF,CAA4F,KAAIh4B,IAAE,CAAN,EAAQA,IAAE3I,EAAEd,MAAZ,EAAmByJ,GAAnB;AAAuBnC,sBAAE8Z,IAAF,CAAOtgB,EAAE2I,CAAF,EAAKg4B,GAAL,CAAS1/B,KAAT,EAAP;AAAvB,iBAAgD,KAAIoyD,EAAED,IAAE,CAAJ,KAAQ38C,EAAEkW,GAAF,CAAM0mC,EAAED,IAAE,CAAJ,IAAO5sD,EAAE4sD,IAAE,CAAJ,CAAb,EAAoB,CAApB,CAAR,EAA+BC,EAAED,IAAE,CAAJ,KAAQ38C,EAAEkW,GAAF,CAAMnmB,EAAE4sD,IAAE,CAAJ,IAAOC,EAAED,IAAE,CAAJ,CAAb,EAAoB,CAApB,CAAvC,EAA8DtxC,EAAE6hB,MAAF,CAAS0vB,CAAT,CAA9D,EAA0E1qD,IAAE,CAAhF,EAAkFA,IAAE3I,EAAEd,MAAtF,EAA6FyJ,GAA7F;AAAiG3I,sBAAE2I,CAAF,EAAKg7B,MAAL,CAAYvuB,EAAE2iF,IAAd;AAAjG;AAAqH,aAAj6D,EAAV,CAA16W;AAAA,YAAw1at/B,KAAG3vD,EAAEnI,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN,CAAWA,EAAExU,OAAF,GAAUsuB,EAAE,EAAF,EAAK9Z,EAAExU,OAAP,EAAe+H,CAAf,CAAV,EAA4ByM,EAAExU,OAAF,GAAUsuB,EAAE,EAAF,EAAK9Z,EAAExU,OAAP,EAAe,EAAC2wC,QAAO,EAACksE,QAAOroG,EAAExU,OAAF,CAAU68G,MAAlB,EAAR,EAAf,CAAtC,EAAyFroG,EAAExU,OAAF,CAAUg+G,SAAV,GAAoBxpG,EAAExU,OAAF,CAAUg+G,SAAV,IAAqB1qD,EAAE9+C,EAAExU,OAAF,CAAUs1C,GAAZ,EAAgB9gC,EAAExU,OAAF,CAAU+rB,GAA1B,CAAlI,EAAiK8Q,EAAEn/B,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiBA,EAAExU,OAAnB,CAAjK,EAA6LwU,EAAExU,OAAF,CAAUm+G,SAAV,GAAoB3pG,EAAExU,OAAF,CAAUm+G,SAAV,IAAqB3pG,EAAExU,OAAF,CAAUg+G,SAAV,GAAoB,EAA1P;AAA6P,aAA1R,EAA2Rh+G,SAAQ,EAACs1C,KAAI,CAAL,EAAOvpB,KAAI,EAAX,EAAcwwF,YAAW,EAAC17E,MAAK,EAAN,EAASojE,OAAMvuC,CAAf,EAAiB/hB,OAAM8iB,CAAvB,EAAyBvsC,OAAM0rC,CAA/B,EAAiCv5B,SAAQ,CAAC,CAA1C,EAAzB,EAAsEggF,YAAW,EAACx7E,MAAK,EAAN,EAASojE,OAAMvuC,CAAf,EAAiB/hB,OAAM8iB,CAAvB,EAAyBvsC,OAAM0rC,CAA/B,EAAiCv5B,SAAQ,CAAC,CAA1C,EAAjF,EAA8H6/E,MAAK,EAAChyF,OAAM0rC,CAAP,EAAnI,EAA6IjlB,QAAO,EAACvlB,UAASsqC,CAAV,EAAYvoC,SAAQ,CAApB,EAApJ,EAA2K0vF,QAAO,CAAC,CAAnL,EAAqLM,aAAY,CAAC,CAAlM,EAAnS,EAAwe9jD,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAEmF,QAAF,GAAW,IAAI6pD,CAAJ,EAAxB;AAAA,oBAA8B71C,IAAEnZ,EAAEuhL,YAAF,EAAhC;AAAA,oBAAiDlqL,IAAE2I,EAAE4jL,UAAF,EAAnD;AAAA,oBAAkEl5H,IAAE1qD,EAAEyhL,WAAF,EAApE;AAAA,oBAAoFh3H,IAAEzqD,EAAE2hL,YAAF,EAAtF,CAAuG,OAAOl1K,EAAEkT,MAAF,CAAStoB,CAAT,EAAW8hB,CAAX,EAAauxC,CAAb,EAAeD,CAAf,GAAkBh+C,CAAzB;AAA2B,aAA5nB,EAA6nBk1K,cAAa,wBAAU;AAAC,oBAAI3hL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAUuxC,CAAV;AAAA,oBAAYD,CAAZ;AAAA,oBAAc5sD,IAAE,IAAhB;AAAA,oBAAqB+xB,IAAE/xB,EAAE5F,OAAzB;AAAA,oBAAiC6V,IAAE8hB,EAAE2d,GAArC;AAAA,oBAAyC2d,IAAEt7B,EAAE5L,GAA7C;AAAA,oBAAiDinC,IAAEr7B,EAAE8xJ,MAAF,IAAU,EAA7D;AAAA,oBAAgEr2H,IAAEz7B,EAAEkvB,QAApE;AAAA,oBAA6Ev4B,IAAEqJ,EAAEgZ,MAAF,CAASksE,MAAxF;AAAA,oBAA+FxoD,IAAE,IAAI0C,CAAJ,EAAjG;AAAA,oBAAuGzD,IAAEN,EAAE10D,MAA3G;AAAA,oBAAkHq2D,IAAEh9B,EAAEkyJ,SAAF,IAAalyJ,EAAE0kF,UAAF,CAAax7E,IAAb,GAAkB,CAAnJ,CAAqJ,IAAGyyB,CAAH,EAAK,KAAId,IAAE,CAAN,EAAQA,IAAEc,CAAV,EAAYd,GAAZ;AAAgBzqD,wBAAE3I,EAAE4zD,EAAER,CAAF,CAAF,EAAO38C,CAAP,EAASo9C,CAAT,CAAF,EAAcz+C,IAAE5O,EAAEi5G,OAAF,CAAU92G,EAAEopE,IAAZ,EAAiBppE,EAAEspB,EAAnB,CAAhB,EAAuCnQ,IAAEkyC,IAAExtD,EAAE43G,OAAF,EAAF,GAAchpG,CAAvD,EAAyDi+C,IAAEW,IAAE5+C,CAAF,GAAI5O,EAAE43G,OAAF,EAA/D,EAA2EpqD,IAAElyC,EAAEi0F,EAAF,IAAMxgD,KAAGrmC,IAAE,CAAC,CAAH,GAAK,CAAR,CAAR,GAAmBmkC,EAAE6iD,EAAF,IAAM3gD,KAAGrmC,IAAE,CAAC,CAAH,GAAK,CAAR,CAApG,EAA+G+lC,EAAE3sC,MAAF,CAAS/nB,EAAEsiG,QAAF,CAAW,IAAIzrC,CAAJ,CAAM,CAACt1C,EAAEi0F,EAAH,EAAM1iD,EAAE2iD,EAAR,CAAN,EAAkB,CAACl0F,EAAEm0F,EAAF,GAAKn0F,EAAEi0F,EAAR,EAAW1iD,EAAE6iD,EAAF,GAAK7iD,EAAE2iD,EAAlB,CAAlB,CAAX,EAAoD,EAAClX,MAAK,EAACvqD,OAAM5rC,EAAE4rC,KAAT,EAAe/mB,SAAQ7kB,EAAE6kB,OAAzB,EAAN,EAAwCuxE,QAAO,EAA/C,EAApD,CAAT,CAA/G;AAAhB,iBAAiP,OAAO9pC,CAAP;AAAS,aAAziC,EAA0iCi1H,cAAa,wBAAU;AAAC,oBAAIvhL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAapV,IAAEoV,EAAExU,OAAjB;AAAA,oBAAyByyD,IAAEj+C,EAAEm8B,MAA7B;AAAA,oBAAoC6hB,IAAE,IAAIuE,CAAJ,EAAtC,CAA4C,KAAIhvD,IAAE,CAAN,EAAQA,IAAE0qD,EAAEn0D,MAAZ,EAAmByJ,GAAnB;AAAuByqD,sBAAE9qC,MAAF,CAASxG,EAAEuxC,EAAE1qD,CAAF,CAAF,EAAO3I,EAAEuxC,MAAT,CAAT;AAAvB,iBAAkD,OAAO6hB,CAAP;AAAS,aAAzqC,EAA0qCm5H,YAAW,sBAAU;AAAC,oBAAI5jL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAjB;AAAA,oBAAyBZ,IAAE8hB,EAAEg7F,IAA7B;AAAA,oBAAkCzpD,IAAEj+C,EAAEgpG,OAAF,EAApC;AAAA,oBAAgDhrD,IAAE,IAAIuE,CAAJ,EAAlD,CAAwD,OAAO33D,EAAE8qB,KAAF,GAAQ,CAAR,IAAW9qB,EAAEi9B,OAAb,KAAuBt0B,IAAE,IAAIpI,CAAJ,CAAM,EAACw+F,QAAO,EAACxqD,OAAMv0C,EAAEu0C,KAAT,EAAeo1D,UAAS3pG,EAAE2pG,QAA1B,EAAmC7+E,OAAM9qB,EAAE8qB,KAA3C,EAAR,EAAN,CAAF,EAAoEniB,EAAE64F,MAAF,CAASnuC,EAAE0iD,EAAX,EAAc1iD,EAAE2iD,EAAhB,EAAoBxT,MAApB,CAA2BnvC,EAAE4iD,EAA7B,EAAgC5iD,EAAE6iD,EAAlC,CAApE,EAA0G9iD,EAAE9qC,MAAF,CAAS3f,CAAT,CAAjI,GAA8IyqD,CAArJ;AAAuJ,aAA/4C,EAAg5Cg3H,aAAY,uBAAU;AAAC,yBAASzhL,CAAT,CAAWA,CAAX,EAAa3I,CAAb,EAAe;AAAC,wBAAIwG,CAAJ;AAAA,wBAAMiQ,IAAE9N,EAAEzJ,MAAV,CAAiB,IAAGc,EAAEi9B,OAAL,EAAa,KAAIz2B,IAAExG,EAAEi3E,IAAR,EAAazwE,IAAEiQ,CAAf,EAAiBjQ,KAAGxG,EAAE+uB,IAAtB;AAA2BvoB,4BAAExG,EAAEwsL,QAAJ,KAAe,CAAf,KAAmBj0J,EAAEi9E,KAAF,GAAQpiD,IAAEC,EAAE4iD,EAAJ,GAAO5iD,EAAE4iD,EAAF,GAAKj2G,EAAEyhC,IAAtB,EAA2BlJ,EAAEk9E,KAAF,GAAQriD,IAAEC,EAAE2iD,EAAF,GAAKh2G,EAAEyhC,IAAT,GAAc4xB,EAAE2iD,EAAnD,EAAsDz9E,EAAEvM,QAAF,GAAWrjB,EAAEnC,CAAF,CAAjE,EAAsEsb,EAAEwG,MAAF,CAASlT,EAAEq3K,cAAF,CAAiBl0J,CAAjB,EAAmBv4B,CAAnB,CAAT,CAAzF;AAA3B;AAAqJ,qBAAIoV,IAAE,IAAN;AAAA,oBAAW0M,IAAE,IAAI61C,CAAJ,EAAb;AAAA,oBAAmB33D,IAAEoV,EAAExU,OAAvB;AAAA,oBAA+ByyD,IAAEj+C,EAAEgpG,OAAF,EAAjC;AAAA,oBAA6ChrD,IAAEpzD,EAAEuxC,MAAF,CAASksE,MAAxD;AAAA,oBAA+Dj3G,IAAExG,EAAEm9G,UAAF,CAAalgF,OAAb,GAAqBj9B,EAAE4+G,SAAvB,GAAiC,CAAlG;AAAA,oBAAoGrmF,IAAE,EAACwlF,aAAY/9G,EAAE+9G,WAAf,EAA2Bt2D,UAASznD,EAAEynD,QAAtC,EAAtG,CAAsJ,OAAO9+C,EAAEyM,EAAEypG,qBAAF,EAAF,EAA4B7+G,EAAEm9G,UAA9B,GAA0Cx0G,EAAEyM,EAAE0pG,qBAAF,EAAF,EAA4B5vF,EAAE,EAAF,EAAK,EAACs9J,UAAShmL,IAAExG,EAAE++G,SAAd,EAAL,EAA8B/+G,EAAEi9G,UAAhC,CAA5B,CAA1C,EAAmHn7F,CAA1H;AAA4H,aAA53D,EAA63D2qK,gBAAe,wBAAS9jL,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQqzD,CAAR;AAAA,oBAAUD,IAAEzqD,EAAE6sG,KAAd;AAAA,oBAAoBhvG,IAAEmC,EAAE8sG,KAAxB;AAAA,oBAA8Bl9E,IAAE5vB,EAAEqjB,QAAlC,CAA2C,OAAOrjB,EAAE8+C,QAAF,IAAY3lC,IAAE,IAAIs0C,CAAJ,CAAMhD,CAAN,EAAQ76B,CAAR,CAAF,EAAav4B,IAAE,IAAIo2D,CAAJ,CAAMhD,IAAEh+C,EAAEqsB,IAAV,EAAelJ,CAAf,CAA3B,KAA+CzW,IAAE,IAAIs0C,CAAJ,CAAM79B,CAAN,EAAQ/xB,CAAR,CAAF,EAAaxG,IAAE,IAAIo2D,CAAJ,CAAM79B,CAAN,EAAQ/xB,IAAE4O,EAAEqsB,IAAZ,CAA9D,GAAiF4xB,IAAE,IAAI9yD,CAAJ,CAAM,EAACw+F,QAAO,EAACxqD,OAAMn/B,EAAEm/B,KAAT,EAAezpB,OAAM1V,EAAE0V,KAAvB,EAAR,EAAN,EAA8C02E,MAA9C,CAAqD1/E,CAArD,EAAwD0gF,MAAxD,CAA+DxiG,CAA/D,CAA1F;AAA4J,aAAjmE,EAAT,CAA31a;AAAA,YAAw8eu4D,KAAGH,GAAGz3D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN,CAAWs2C,GAAG95D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB0iB,CAAhB,EAAkBnZ,CAAlB,EAAoByM,CAApB,GAAuB0M,EAAElhB,OAAF,GAAUsuB,EAAE,EAACw9J,OAAM,EAACzvJ,SAAQx2B,EAAE2O,EAAEs3K,KAAJ,CAAT,EAAP,EAAF,EAA+B5qK,EAAElhB,OAAjC,CAAjC;AAA2E,aAA1G,EAA2GA,SAAQ,EAACg9F,OAAM1lC,CAAP,EAASw0H,OAAM,EAAC1+J,QAAO,EAAClD,OAAM,CAAP,EAAR,EAAf,EAAkCypB,OAAM8iB,CAAxC,EAA0CrpC,QAAO,EAAClD,OAAM,CAAP,EAAjD,EAA2D0C,SAAQ,CAAnE,EAAqEM,QAAOypC,EAAE,CAAF,CAA5E,EAAiFxnC,WAAU,EAAC9tB,MAAKi2D,CAAN,EAA3F,EAAoGj7B,SAAQ,CAAC,CAA7G,EAAnH,EAAmO0G,QAAO,kBAAU;AAAC,oBAAIh7B,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,IAAE,IAAZ;AAAA,oBAAiBqzD,IAAErzD,EAAEY,OAArB;AAAA,oBAA6BwyD,IAAEpzD,EAAEue,KAAjC;AAAA,oBAAuC/X,IAAE4sD,EAAEgrD,OAAF,EAAzC;AAAA,oBAAqD7lF,IAAE86B,EAAEq5H,KAAF,CAAQjrJ,IAAR,IAAc4xB,EAAE5xB,IAAvE;AAAA,oBAA4EhrB,IAAE48C,EAAE5xB,IAAF,GAAO,CAArF;AAAA,oBAAuFoyB,IAAET,EAAExyD,OAAF,CAAU68G,MAAnG;AAAA,oBAA0G7pD,IAAE2D,EAAElE,EAAEvlC,MAAJ,CAA5G;AAAA,oBAAwHkmC,IAAEZ,EAAExyD,OAAF,CAAU6mD,QAApI;AAAA,oBAA6Iv4B,IAAE8kC,IAAEJ,EAAEC,IAAE,MAAF,GAAS,OAAX,CAAF,GAAsBD,EAAEC,IAAE,QAAF,GAAW,KAAb,CAArK,CAAyL3kC,IAAE2kC,IAAE,CAAC3kC,CAAH,GAAKA,CAAP,EAAS8kC,KAAGlyC,IAAE,IAAI1kB,CAAJ,CAAMoJ,EAAEuvG,EAAF,GAAK7mF,CAAX,EAAa1oB,EAAEwvG,EAAf,EAAkBxvG,EAAEuvG,EAAF,GAAK7mF,CAAvB,EAAyB1oB,EAAE0vG,EAA3B,CAAF,EAAiCriD,IAAE/xC,EAAEi0F,EAAF,IAAMx9E,CAAR,GAAUzW,EAAEm0F,EAAF,IAAM19E,CAAjD,EAAmD86B,EAAEuqC,KAAF,KAAU1lC,CAAV,KAAc9iD,IAAE,IAAIhY,CAAJ,CAAMoJ,EAAEyvG,EAAF,GAAK/mF,CAAX,EAAa1oB,EAAEwvG,EAAF,GAAKv/F,CAAlB,EAAoBjQ,EAAEyvG,EAAF,GAAK/mF,CAAzB,EAA2B1oB,EAAE0vG,EAAF,GAAKz/F,CAAhC,CAAF,EAAqC9N,IAAEyM,CAArD,CAAtD,KAAgH0M,IAAE,IAAI1kB,CAAJ,CAAMoJ,EAAEuvG,EAAR,EAAWvvG,EAAEwvG,EAAF,GAAK9mF,CAAhB,EAAkB1oB,EAAEyvG,EAApB,EAAuBzvG,EAAEwvG,EAAF,GAAK9mF,CAA5B,CAAF,EAAiC2kC,IAAE/xC,EAAEo0F,EAAF,IAAM39E,CAAR,GAAUzW,EAAEk0F,EAAF,IAAMz9E,CAAjD,EAAmD86B,EAAEuqC,KAAF,KAAU1lC,CAAV,KAAc9iD,IAAE,IAAIhY,CAAJ,CAAMoJ,EAAEuvG,EAAF,GAAKt/F,CAAX,EAAajQ,EAAEwvG,EAAF,GAAK9mF,CAAlB,EAAoB1oB,EAAEyvG,EAAF,GAAKx/F,CAAzB,EAA2BjQ,EAAEwvG,EAAF,GAAK9mF,CAAhC,CAAF,EAAqCvmB,IAAEyM,CAArD,CAAnK,CAAT,EAAqOpV,EAAE2sL,QAAF,GAAW7qK,CAAhP,EAAkP9hB,EAAE4sL,eAAF,GAAkBx3K,CAApQ,EAAsQpV,EAAE2gC,GAAF,GAAMh4B,KAAGmZ,EAAE7gB,KAAF,GAAU82G,GAAV,CAAc1kD,EAAErlC,MAAF,CAASlD,KAAvB,CAA/Q;AAA6S,aAA3tB,EAA4tB+hK,mBAAkB,6BAAU;AAAC,oBAAIlkL,IAAE,KAAK/H,OAAX,CAAmB,OAAM,EAACk+F,MAAK,EAACvqD,OAAM5rC,EAAE4rC,KAAT,EAAe/mB,SAAQ7kB,EAAE6kB,OAAzB,EAAN,EAAwCuxE,QAAOt4F,EAAEkC,EAAEqlB,MAAJ,IAAY,EAACumB,OAAM5rC,EAAEqlB,MAAF,CAASlD,KAAT,GAAeniB,EAAEqlB,MAAF,CAASumB,KAAT,IAAgB5rC,EAAE4rC,KAAjC,GAAuC,EAA9C,EAAiDzpB,OAAMniB,EAAEqlB,MAAF,CAASlD,KAAhE,EAAsE6+E,UAAShhG,EAAEqlB,MAAF,CAAS27E,QAAxF,EAAiGn8E,SAAQ7kB,EAAE6kB,OAA3G,EAAZ,GAAgI,IAA/K,EAAN;AAA2L,aAAv8B,EAAw8Bs/J,SAAQ,mBAAU;AAAC,oBAAInkL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE/H,OAAf;AAAA,oBAAuBkhB,IAAEnZ,EAAE4V,KAA3B;AAAA,oBAAiCve,IAAE8hB,EAAElhB,OAAF,CAAU68G,MAA7C;AAAA,oBAAoDpqD,IAAEkE,EAAEniD,EAAE0Y,MAAJ,CAAtD;AAAA,oBAAkEslC,IAAEtxC,EAAElhB,OAAF,CAAU6mD,QAA9E;AAAA,oBAAuFjhD,IAAE4sD,IAAEC,EAAErzD,IAAE,MAAF,GAAS,OAAX,CAAF,GAAsBqzD,EAAErzD,IAAE,QAAF,GAAW,KAAb,CAA/G,CAAmI,OAAOwG,CAAP;AAAS,aAAvmC,EAAV,CAA38e;AAAA,YAA+jhBkyD,KAAGH,GAAG53D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACy2C,mBAAGj6D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,EAAuBmZ,CAAvB,GAA0B,KAAKlhB,OAAL,CAAa6gC,IAAb,KAAoBrsB,CAApB,KAAwB,KAAKxU,OAAL,CAAa6gC,IAAb,GAAkB,KAAG,KAAKljB,KAAL,CAAW3d,OAAX,CAAmBu8G,UAAnB,CAA8B17E,IAA3E,CAA1B;AAA2G,aAA/H,EAAgIsrJ,cAAa,wBAAU;AAAC,oBAAIpkL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,IAAV;AAAA,oBAAe9hB,IAAE8hB,EAAElhB,OAAnB;AAAA,oBAA2ByyD,IAAEvxC,EAAEvD,KAA/B;AAAA,oBAAqC60C,IAAEpzD,EAAEyhC,IAAzC;AAAA,oBAA8Cj7B,IAAE6sD,EAAEzyD,OAAF,CAAU6mD,QAA1D;AAAA,oBAAmElvB,IAAE66B,IAAE,CAAvE;AAAA,oBAAyE38C,IAAE48C,EAAEzyD,OAAF,CAAU68G,MAAV,GAAiB,CAAC,CAAlB,GAAoB,CAA/F;AAAA,oBAAiG5pD,IAAER,EAAEzyD,OAAF,CAAU2W,OAA7G,CAAqH,OAAO/Q,KAAGmC,IAAEkrD,IAAE,IAAF,GAAO,IAAT,EAAcz+C,IAAE,CAAC,IAAIghD,CAAJ,CAAM,CAAN,EAAQ,IAAE79B,CAAV,CAAD,EAAc,IAAI69B,CAAJ,CAAM,IAAE3/C,IAAE28C,CAAV,EAAY,CAAZ,CAAd,EAA6B,IAAIgD,CAAJ,CAAM,CAAN,EAAQ,IAAE79B,CAAV,CAA7B,CAAnB,KAAgE5vB,IAAEkrD,IAAE,IAAF,GAAO,IAAT,EAAcz+C,IAAE,CAAC,IAAIghD,CAAJ,CAAM,IAAE79B,CAAR,EAAU,CAAV,CAAD,EAAc,IAAI69B,CAAJ,CAAM,CAAN,EAAQ,IAAE3/C,IAAE28C,CAAZ,CAAd,EAA6B,IAAIgD,CAAJ,CAAM,IAAE79B,CAAR,EAAU,CAAV,CAA7B,CAAhF,GAA4HnjB,CAAnI;AAAqI,aAAlZ,EAAmZi0K,SAAQ,mBAAU;AAAC,oBAAI1gL,IAAE,IAAN;AAAA,oBAAWyM,IAAEzM,EAAE4V,KAAf;AAAA,oBAAqBuD,IAAEnZ,EAAE/H,OAAzB;AAAA,oBAAiCZ,IAAE,IAAIwG,CAAJ,CAAMmC,EAAEmF,QAAR,EAAiBohB,EAAEpN,EAAEiO,SAAJ,EAAc,EAAC03B,UAASryC,EAAExU,OAAF,CAAU6mD,QAApB,EAA6Bg2D,QAAOroG,EAAExU,OAAF,CAAU68G,MAA9C,EAAqD3vF,QAAOnlB,EAAEmkL,OAAF,CAAUhrK,EAAEgM,MAAZ,CAA5D,EAAgFikD,MAAK38D,EAAEqqG,OAAF,CAAU39F,EAAEsnK,SAAZ,CAArF,EAA4Gn3J,IAAG7c,EAAEqqG,OAAF,CAAU39F,EAAExd,KAAZ,CAA/G,EAAd,CAAjB,CAAnC,CAAuMwd,EAAEiO,SAAF,CAAYqU,WAAZ,KAA0B,CAAC,CAA3B,KAA+BpkC,EAAEY,OAAF,CAAUkuB,QAAV,GAAmB,CAAlD,GAAqD9uB,EAAE4iB,KAAF,EAArD,EAA+D5iB,EAAEk1G,IAAF,EAA/D;AAAwE,aAArrB,EAAsrBj7C,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAjB;AAAA,oBAAyBZ,IAAE,IAAI23D,CAAJ,EAA3B;AAAA,oBAAiCtE,IAAEj+C,EAAEmJ,KAArC;AAAA,oBAA2C60C,IAAEh+C,EAAEy3K,iBAAF,EAA7C;AAAA,oBAAmErmL,IAAE4O,EAAE23K,YAAF,CAAejrK,EAAExd,KAAjB,CAArE,CAA6F,OAAOwd,EAAEiO,SAAF,CAAY9tB,IAAZ,GAAiB61D,CAAjB,EAAmB93D,IAAE,IAAIO,CAAJ,CAAM,EAACw+F,QAAO3rC,EAAE2rC,MAAV,EAAiBD,MAAK1rC,EAAE0rC,IAAxB,EAAN,EAAqC0C,MAArC,CAA4Ch7F,EAAE,CAAF,CAA5C,EAAkDg8F,MAAlD,CAAyDh8F,EAAE,CAAF,CAAzD,EAA+Dg8F,MAA/D,CAAsEh8F,EAAE,CAAF,CAAtE,EAA4EkjB,KAA5E,EAArB,EAAyG/gB,IAAE0qD,EAAEosD,OAAF,CAAU39F,EAAExd,KAAZ,CAA3G,EAA8HtE,EAAEk3F,SAAF,CAAY7gC,EAAE6gC,SAAF,GAAcC,SAAd,CAAwBxuF,EAAEotG,EAA1B,EAA6BptG,EAAEqtG,EAA/B,CAAZ,CAA9H,EAA8K5gG,EAAEtH,QAAF,GAAW9N,CAAzL,EAA2LA,CAAlM;AAAoM,aAAz+B,EAAV,CAAlkhB;AAAA,YAAwjjB64D,KAAGN,GAAG53D,MAAH,CAAU,EAACpC,MAAK,cAASoK,CAAT,EAAWmZ,CAAX,EAAa;AAACy2C,mBAAGj6D,EAAH,CAAMC,IAAN,CAAWa,IAAX,CAAgB,IAAhB,EAAqBuJ,CAArB,EAAuBmZ,CAAvB,GAA0B,KAAKlhB,OAAL,CAAa6gC,IAAb,KAAoBrsB,CAApB,KAAwB,KAAKxU,OAAL,CAAa6gC,IAAb,GAAkB,KAAG,KAAKljB,KAAL,CAAW3d,OAAX,CAAmBu8G,UAAnB,CAA8B17E,IAA3E,CAA1B;AAA2G,aAA/H,EAAgIsrJ,cAAa,sBAASpkL,CAAT,EAAW;AAAC,oBAAIyM,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUqzD,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEzyD,OAArB;AAAA,oBAA6B4F,IAAE6sD,EAAE90C,KAAjC;AAAA,oBAAuCga,IAAE/xB,EAAE5F,OAAF,CAAU6mD,QAAnD;AAAA,oBAA4DhxC,IAAEjQ,EAAE5F,OAAF,CAAU68G,MAAxE;AAAA,oBAA+E5pD,IAAEp9C,KAAG8hB,CAAH,GAAK,CAAC,CAAN,GAAQ,CAAzF;AAAA,oBAA2Fq7B,IAAER,EAAE3xB,IAAF,GAAOoyB,CAApG;AAAA,oBAAsGG,IAAExtD,EAAEi5G,OAAF,CAAUj5G,EAAE5F,OAAF,CAAUs1C,GAApB,CAAxG;AAAA,oBAAiIhnB,IAAE1oB,EAAEi5G,OAAF,CAAU92G,CAAV,CAAnI;AAAA,oBAAgJssD,IAAE18B,IAAEy+B,EAAF,GAAKF,EAAvJ;AAAA,oBAA0J5C,IAAE37B,IAAEu+B,EAAF,GAAKE,EAAjK;AAAA,oBAAoKzB,IAAElC,EAAEy5H,OAAF,KAAYj5H,CAAlL;AAAA,oBAAoL/qD,IAAE,IAAIstD,CAAJ,EAAtL,CAA4L,OAAOttD,EAAEmsD,CAAF,IAAKjB,EAAEiB,IAAE,GAAJ,CAAL,EAAcnsD,EAAEorD,CAAF,IAAKF,EAAEE,IAAE,GAAJ,CAAnB,EAA4B9+C,IAAE,IAAIghD,CAAJ,EAA9B,EAAoChhD,EAAE6/C,CAAF,IAAK/lC,EAAE+lC,IAAE,GAAJ,CAAzC,EAAkD7/C,EAAE8+C,CAAF,IAAKhlC,EAAEglC,IAAE,GAAJ,CAAvD,EAAgE37B,KAAGzvB,EAAEquF,SAAF,CAAY5hC,CAAZ,EAAc,CAAd,GAAiBngD,EAAE+hF,SAAF,CAAY5hC,CAAZ,EAAc,CAAd,CAApB,KAAuCzsD,EAAEquF,SAAF,CAAY,CAAZ,EAAc5hC,CAAd,GAAiBngD,EAAE+hF,SAAF,CAAY,CAAZ,EAAc5hC,CAAd,CAAxD,CAAhE,EAA0IzzC,IAAE1M,EAAEnU,KAAF,EAA5I,EAAsJjB,IAAE8I,EAAE7H,KAAF,EAAxJ,EAAkKs3B,KAAGzW,EAAEq1E,SAAF,CAAYvjC,CAAZ,EAAc,CAAd,GAAiB5zD,EAAEm3F,SAAF,CAAYvjC,CAAZ,EAAc,CAAd,CAApB,KAAuC9xC,EAAEq1E,SAAF,CAAY,CAAZ,EAAcvjC,CAAd,GAAiB5zD,EAAEm3F,SAAF,CAAY,CAAZ,EAAcvjC,CAAd,CAAxD,CAAlK,EAA4O,CAAC9qD,CAAD,EAAGsM,CAAH,EAAK0M,CAAL,EAAO9hB,CAAP,CAAnP;AAA6P,aAAllB,EAAmlBqpL,SAAQ,mBAAU;AAAC,oBAAI1gL,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAEmJ,KAAjB;AAAA,oBAAuBve,IAAEoV,EAAExU,OAA3B;AAAA,oBAAmCyyD,IAAEj+C,EAAE23K,YAAF,CAAe/sL,EAAEsE,KAAjB,CAArC;AAAA,oBAA6D8uD,IAAEh+C,EAAEtH,QAAF,CAAWqI,QAAX,CAAoB,CAApB,CAA/D;AAAA,oBAAsF3P,IAAE4O,EAAE23K,YAAF,CAAe/sL,EAAEopL,SAAjB,CAAxF,CAAoHh2H,EAAEouC,MAAF,CAASnuC,EAAE,CAAF,CAAT,EAAemvC,MAAf,CAAsBnvC,EAAE,CAAF,CAAtB,EAA4BmvC,MAA5B,CAAmCnvC,EAAE,CAAF,CAAnC,EAAyCmvC,MAAzC,CAAgDnvC,EAAE,CAAF,CAAhD,EAAsD3pC,KAAtD,IAA8D/gB,IAAE,IAAI4vB,CAAJ,CAAM66B,CAAN,EAAQlkC,EAAElvB,EAAE+vB,SAAJ,EAAc,EAACxY,SAAQuK,EAAElhB,OAAF,CAAU2W,OAAnB,EAA2BkwC,UAAS3lC,EAAElhB,OAAF,CAAU6mD,QAA9C,EAAuDulI,WAAU,CAACxmL,EAAE,CAAF,CAAD,EAAMA,EAAE,CAAF,CAAN,CAAjE,EAA6EymL,WAAU,CAAC55H,EAAE,CAAF,CAAD,EAAMA,EAAE,CAAF,CAAN,CAAvF,EAAd,CAAR,CAAhE,EAA4LrzD,EAAE+vB,SAAF,CAAYqU,WAAZ,KAA0B,CAAC,CAA3B,KAA+Bz7B,EAAE/H,OAAF,CAAUkuB,QAAV,GAAmB,CAAlD,CAA5L,EAAiPnmB,EAAEia,KAAF,EAAjP,EAA2Pja,EAAEusG,IAAF,EAA3P;AAAoQ,aAA99B,EAA+9Bj7C,QAAO,kBAAU;AAAC,oBAAItxD,IAAE,IAAN;AAAA,oBAAWyM,IAAE,IAAIuiD,CAAJ,EAAb;AAAA,oBAAmB71C,IAAEnZ,EAAEkkL,iBAAF,EAArB;AAAA,oBAA2C7sL,IAAE,IAAIO,CAAJ,CAAM,EAACw+F,QAAOj9E,EAAEi9E,MAAV,EAAiBD,MAAKh9E,EAAEg9E,IAAxB,EAAN,CAA7C,CAAkF,OAAO1pF,EAAEkT,MAAF,CAAStoB,CAAT,GAAY2I,EAAEmF,QAAF,GAAWsH,CAAvB,EAAyBA,CAAhC;AAAkC,aAArmC,EAAV,CAA3jjB;AAAA,YAA6qlB0jD,KAAG5B,EAAElnC,SAAF,CAAYrvB,MAAZ,CAAmB,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC8hD,kBAAElnC,SAAF,CAAY1xB,EAAZ,CAAeC,IAAf,CAAoBa,IAApB,CAAyB,IAAzB,EAA8BuJ,CAA9B,EAAgCyM,CAAhC,GAAmCA,IAAE,KAAKxU,OAA1C,EAAkDwU,EAAE0Z,QAAF,GAAWrY,EAAEkW,GAAF,CAAMlW,EAAEo3B,GAAF,CAAMz4B,EAAEs0K,QAAF,GAAWt0K,EAAEq0K,QAAnB,IAA6Br0K,EAAE0Z,QAA/B,GAAwC,GAA9C,EAAkD,CAAlD,CAA7D;AAAkH,aAAtI,EAAuIluB,SAAQ,EAAC6tB,QAAOgoC,CAAR,EAAU3nC,UAAS8oC,CAAnB,EAA/I,EAAqK7oC,MAAK,cAASpmB,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAExU,OAAf;AAAA,oBAAuBZ,IAAEipC,EAAEnnB,EAAE2nK,QAAJ,EAAa3nK,EAAE4nK,QAAf,EAAwB/gL,CAAxB,CAAzB,CAAoDyM,EAAE+wB,OAAF,CAAU+wD,SAAV,CAAoB7gC,EAAE6gC,SAAF,GAAcD,MAAd,CAAqBj3F,CAArB,EAAuB8hB,EAAE0gE,MAAzB,CAApB;AAAsD,aAAhS,EAAnB,CAAhrlB,CAAs+lBtrB,EAAEk+C,gBAAF,CAAmBj8E,OAAnB,CAA2Brd,QAA3B,CAAoCq8C,EAApC,EAAuCW,EAAvC,GAA2CtyD,IAAE0wD,EAAElnC,SAAF,CAAYrvB,MAAZ,CAAmB,EAACC,SAAQ,EAAC6tB,QAAOgoC,CAAR,EAAU3nC,UAAS2oC,CAAnB,EAAT,EAA+B70C,OAAM,iBAAU;AAAC,oBAAIja,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,IAAE,KAAKlhB,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAEgM,MAA3B;AAAA,oBAAkCulC,IAAEvxC,EAAEiwD,IAAtC;AAAA,oBAA2C3e,IAAEtxC,EAAEmQ,EAA/C;AAAA,oBAAkDzrB,IAAEsb,EAAE2lC,QAAF,GAAW,IAAX,GAAgB,IAApE,CAAyE3lC,EAAE27F,MAAF,IAAU37F,EAAE2lC,QAAZ,IAAsB4L,EAAE7sD,CAAF,KAAMxG,CAAN,EAAQozD,EAAE5sD,CAAF,KAAMxG,CAApC,KAAwCqzD,EAAE7sD,CAAF,KAAMxG,CAAN,EAAQozD,EAAE5sD,CAAF,KAAMxG,CAAtD,GAAyD2I,IAAE,KAAKg8H,SAAL,GAAe,IAAIvuE,CAAJ,CAAM/C,EAAE0iD,EAAR,EAAW1iD,EAAE2iD,EAAb,CAA1E,EAA2F5gG,IAAE,KAAK83K,OAAL,GAAa,IAAI92H,CAAJ,CAAMhD,EAAE2iD,EAAR,EAAW3iD,EAAE4iD,EAAb,CAA1G,EAA2H,MAAIl0F,EAAEgN,QAAN,KAAiBhN,EAAEgN,QAAF,GAAWrY,EAAEkW,GAAF,CAAMhkB,EAAE2uF,UAAF,CAAaliF,CAAb,IAAgB0M,EAAEgN,QAAlB,GAA2B,GAAjC,EAAqC,CAArC,CAA5B,CAA3H;AAAgM,aAAzT,EAA0TC,MAAK,cAASpmB,CAAT,EAAW;AAAC,oBAAIyM,IAAE6zB,EAAE,KAAK07F,SAAL,CAAen3F,CAAjB,EAAmB,KAAK0/I,OAAL,CAAa1/I,CAAhC,EAAkC7kC,CAAlC,CAAN;AAAA,oBAA2CmZ,IAAEmnB,EAAE,KAAK07F,SAAL,CAAej3F,CAAjB,EAAmB,KAAKw/I,OAAL,CAAax/I,CAAhC,EAAkC/kC,CAAlC,CAA7C,CAAkF,KAAKw9B,OAAL,CAAa+wD,SAAb,CAAuB7gC,EAAE6gC,SAAF,GAAcC,SAAd,CAAwB/hF,CAAxB,EAA0B0M,CAA1B,CAAvB;AAAqD,aAAld,EAAnB,CAA7C,EAAqhBo1C,EAAEk+C,gBAAF,CAAmBj8E,OAAnB,CAA2Brd,QAA3B,CAAoCg8C,CAApC,EAAsCtxD,CAAtC,CAArhB,EAA8jB+xB,IAAE2+B,EAAElnC,SAAF,CAAYrvB,MAAZ,CAAmB,EAACC,SAAQ,EAAC6tB,QAAOgoC,CAAR,EAAU5kC,OAAM4lC,CAAhB,EAAT,EAA4B70C,OAAM,iBAAU;AAAC,oBAAIja,IAAE,KAAK/H,OAAX;AAAA,oBAAmBwU,IAAEzM,EAAEskL,SAAvB;AAAA,oBAAiCnrK,IAAEnZ,EAAEqkL,SAArC;AAAA,oBAA+ChtL,IAAE,KAAK2uE,IAAL,GAAUhmE,EAAE8+C,QAAF,GAAWuP,EAAX,GAAcF,EAAzE;AAAA,oBAA4EzD,IAAE,KAAKphC,EAAL,GAAQ7c,EAAE,CAAF,EAAKpV,CAAL,CAAtF;AAAA,oBAA8FozD,IAAE,KAAK2e,IAAL,GAAUjwD,EAAE,CAAF,EAAK9hB,CAAL,CAA1G,CAAkH,MAAI2I,EAAEmmB,QAAN,KAAiBnmB,EAAEmmB,QAAF,GAAWrY,EAAEkW,GAAF,CAAMlW,EAAEo3B,GAAF,CAAMwlB,IAAED,CAAR,IAAWzqD,EAAEkpB,KAAb,GAAmB,GAAzB,EAA6B,CAA7B,CAA5B,GAA6D,KAAK4hD,IAAL,CAAUrgB,CAAV,CAA7D;AAA0E,aAAzO,EAA0OrkC,MAAK,cAASpmB,CAAT,EAAW;AAAC,oBAAIyM,IAAE6zB,EAAE,KAAK8oC,IAAP,EAAY,KAAK9/C,EAAjB,EAAoBtpB,CAApB,CAAN,CAA6B,KAAK8qE,IAAL,CAAUr+D,CAAV;AAAa,aAArS,EAAsSq+D,MAAK,cAAS9qE,CAAT,EAAW;AAAC,oBAAIyM,IAAE,QAAM,KAAKu5D,IAAL,CAAU7vE,WAAV,EAAZ;AAAA,oBAAoCgjB,IAAE,KAAKlhB,OAAL,CAAaqsL,SAAnD,CAA6DnrK,EAAE,CAAF,EAAK1M,CAAL,EAAQzM,CAAR,GAAWmZ,EAAE,CAAF,EAAK1M,CAAL,EAAQzM,CAAR,CAAX;AAAsB,aAA1Y,EAAnB,CAAhkB,EAAg+BuuD,EAAEk+C,gBAAF,CAAmBj8E,OAAnB,CAA2Brd,QAA3B,CAAoCo8C,CAApC,EAAsC3/B,CAAtC,CAAh+B,EAAygC08B,EAAEuO,EAAF,CAAKlhC,MAAL,CAAYg2B,EAAZ,CAAzgC,EAAyhCrD,EAAEuO,EAAF,CAAKlhC,MAAL,CAAYk2B,EAAZ,CAAzhC,EAAyiCvD,EAAEiwD,WAAF,CAAcvkH,MAAd,CAAqB03D,GAAG/5D,EAAxB,CAAziC,EAAqkC4wB,EAAE+lC,CAAF,EAAI,EAACk4H,OAAM90H,EAAP,EAAU+0H,eAAcz2H,EAAxB,EAA2B02H,eAAc90H,EAAzC,EAA4C+0H,oBAAmB50H,EAA/D,EAAkE60H,kBAAiB10H,EAAnF,EAAsF20H,aAAY/0H,EAAlG,EAAqGg1H,aAAY12H,EAAjH,EAAoH22H,aAAYl1H,EAAhI,EAAmIm1H,aAAYr1H,EAA/I,EAAJ,CAArkC;AAA6tC,KAA9gqB,CAA+gqBh7D,OAAO07D,KAAP,CAAa76D,MAA5hqB,GAAoiqBb,OAAO07D,KAAljqB;AAAwjqB,CAArsqB,EAAssqB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA5wqB,CAA98P,CAA4t6B,CAAC,CAAC,UAAS0M,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,mBAAP,EAA2B,CAAC,gBAAD,EAAkB,iBAAlB,CAA3B,EAAgE7f,CAAhE;AAAmE,CAAtF,CAAuF,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWuxC,CAAX,EAAa;AAAC,iBAAS1qD,CAAT,CAAWmZ,CAAX,EAAa;AAAC,mBAAKA,EAAE5iB,MAAP;AAAekW,kBAAE0M,CAAF,GAAKA,IAAEA,EAAEjW,MAAF,EAAP;AAAf;AAAiC,kBAASuJ,CAAT,CAAW0M,CAAX,EAAa;AAAC,gBAAIuxC,IAAEvxC,EAAE1F,IAAF,CAAOmc,EAAEq+B,EAAF,GAAK,OAAZ,CAAN,CAA2BvD,MAAIvxC,EAAE/T,IAAF,CAAO,OAAP,EAAeslD,CAAf,GAAkBvxC,EAAE/E,UAAF,CAAawb,EAAEq+B,EAAF,GAAK,OAAlB,CAAtB;AAAkD,kBAAS52D,CAAT,CAAW8hB,CAAX,EAAa;AAAC,gBAAIuxC,IAAEvxC,EAAE/T,IAAF,CAAO,OAAP,CAAN,CAAsBslD,MAAIvxC,EAAE1F,IAAF,CAAOmc,EAAEq+B,EAAF,GAAK,OAAZ,EAAoBvD,CAApB,GAAuBvxC,EAAE/T,IAAF,CAAO,OAAP,EAAe,EAAf,CAA3B;AAA+C,kBAASqlD,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAKA,EAAE5iB,MAAF,IAAU,CAAC4iB,EAAE5M,EAAF,CAAK,MAAL,CAAhB;AAA8BlV,kBAAE8hB,CAAF,GAAKA,IAAEA,EAAEjW,MAAF,EAAP;AAA9B;AAAgD,aAAI0sB,IAAEj7B,OAAO07D,KAAb;AAAA,YAAmBxyD,IAAE+xB,EAAEirC,EAAF,CAAK0E,MAA1B;AAAA,YAAiCzxD,IAAE8hB,EAAEirC,EAAF,CAAKs4B,KAAxC;AAAA,YAA8CjoC,IAAEt7B,EAAEn3B,UAAlD;AAAA,YAA6DwyD,IAAE9xC,EAAEzgB,aAAjE;AAAA,YAA+E6tB,IAAEpN,EAAEnhB,MAAnF;AAAA,YAA0FuzD,IAAEpyC,EAAEtd,KAA9F;AAAA,YAAoGwvD,IAAElyC,EAAE3kB,QAAF,CAAtG;AAAA,YAAkH83D,IAAE18B,EAAE2tC,UAAtH;AAAA,YAAiIp9D,IAAE,YAAnI;AAAA,YAAgJysD,IAAE,kBAAlJ;AAAA,YAAqKn4D,IAAE,MAAvK;AAAA,YAA8KqgC,IAAE,MAAhL;AAAA,YAAuLwL,IAAE,OAAzL;AAAA,YAAiM9gC,IAAE,aAAnM;AAAA,YAAiNulC,IAAE,cAAnN;AAAA,YAAkOjnC,IAAE,iBAApO;AAAA,YAAsP6wD,IAAE,gTAAxP;AAAA,YAAyiBjB,IAAE99B,EAAE24B,QAAF,CAAW,oCAAkCzqD,CAAlC,GAAoC,sFAA/C,CAA3iB;AAAA,YAAkrB2wD,IAAE,eAAprB;AAAA,YAAosBD,IAAE,EAAC5wB,QAAO,EAACgqD,QAAO,eAAR,EAAwBvkE,UAAS,YAAjC,EAAR,EAAuDhgB,KAAI,EAACukF,QAAO,YAAR,EAAqBvkE,UAAS,eAA9B,EAA3D,EAA0G6B,MAAK,EAAC0iE,QAAO,aAAR,EAAsBvkE,UAAS,cAA/B,EAA8CykE,WAAU,UAAxD,EAA/G,EAAmLjqD,OAAM,EAAC+pD,QAAO,cAAR,EAAuBvkE,UAAS,aAAhC,EAA8CykE,WAAU,UAAxD,EAAzL,EAA6PjO,QAAO,EAACx2D,UAAS,eAAV,EAA0BukE,QAAO,eAAjC,EAApQ,EAAtsB;AAAA,YAA6/B/iD,IAAE,EAACxhC,KAAI,QAAL,EAAcu6B,QAAO,KAArB,EAA2B1Y,MAAK,OAAhC,EAAwC2Y,OAAM,MAA9C,EAAqDg8C,QAAO,QAA5D,EAA//B;AAAA,YAAqkCvrB,IAAE,EAAC1wB,QAAO,GAAR,EAAYv6B,KAAI,GAAhB,EAAoB6hB,MAAK,GAAzB,EAA6B2Y,OAAM,GAAnC,EAAuCg8C,QAAO,GAA9C,EAAvkC;AAAA,YAA0nCjiF,IAAE,EAACuhJ,YAAW,EAAC/hH,QAAO,KAAR,EAAc0B,MAAK,aAAnB,EAAZ,EAA8CgmB,UAAS,EAAC1nB,QAAO,MAAR,EAAe0B,MAAK,YAApB,EAAvD,EAA5nC;AAAA,YAAstC81B,IAAE,SAAFA,CAAE,CAASz1C,CAAT,EAAW;AAAC,mBAAOA,EAAE5gB,MAAF,CAASkb,IAAT,CAAcmc,EAAEq+B,EAAF,GAAK,OAAnB,CAAP;AAAmC,SAAvwC;AAAA,YAAwwCmB,IAAEvxD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWuxC,CAAX,EAAa;AAAC,oBAAI1qD,CAAJ;AAAA,oBAAMyM,IAAE,IAAR,CAAa5O,EAAElI,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAegW,CAAf,EAAiB0M,CAAjB,EAAmBuxC,CAAnB,GAAsB1qD,IAAEyM,EAAExU,OAAF,CAAUorB,QAAV,CAAmB/iB,KAAnB,CAAyB,YAAzB,IAAuC,YAAvC,GAAoD,UAA5E,EAAuFmM,EAAEgyD,UAAF,GAAa7mE,EAAEoI,CAAF,CAApG,EAAyGyM,EAAEw4K,uBAAF,GAA0B15H,EAAE9+C,EAAEy4K,gBAAJ,EAAqBz4K,CAArB,CAAnI,EAA2JA,EAAE+wB,OAAF,CAAU7kB,EAAV,CAAalM,EAAExU,OAAF,CAAU8wD,MAAV,GAAiB0F,CAA9B,EAAgChiD,EAAExU,OAAF,CAAU4L,MAA1C,EAAiD0nD,EAAE9+C,EAAE04K,OAAJ,EAAY14K,CAAZ,CAAjD,EAAiEkM,EAAjE,CAAoE,eAAa81C,CAAjF,EAAmFhiD,EAAExU,OAAF,CAAU4L,MAA7F,EAAoG0nD,EAAE9+C,EAAEylF,WAAJ,EAAgBzlF,CAAhB,CAApG,CAA3J,EAAmR,KAAKxU,OAAL,CAAai8F,QAAb,IAAuBznF,EAAE+wB,OAAF,CAAU7kB,EAAV,CAAa,eAAa81C,CAA1B,EAA4BhiD,EAAExU,OAAF,CAAU4L,MAAtC,EAA6C0nD,EAAE9+C,EAAE0lF,WAAJ,EAAgB1lF,CAAhB,CAA7C,CAA1S;AAA2W,aAA5Y,EAA6YxU,SAAQ,EAACC,MAAK,SAAN,EAAgB2L,QAAO,EAAvB,EAA0Bsa,SAAQywC,CAAlC,EAAoCulC,WAAU,GAA9C,EAAkDixF,SAAQ,CAAC,CAA3D,EAA6D/hK,UAAS,QAAtE,EAA+E0lC,QAAO,YAAtF,EAAmGmrC,UAAS,CAAC,CAA7G,EAA+G/xE,OAAM,IAArH,EAA0H+E,QAAO,IAAjI,EAAsIE,WAAU,EAACoO,MAAK,EAACw3B,SAAQ,SAAT,EAAmB7mC,UAAS,CAA5B,EAAN,EAAqCpF,OAAM,EAACisC,SAAQ,UAAT,EAAoB7mC,UAAS,EAA7B,EAAgCR,MAAK,CAAC,CAAtC,EAA3C,EAAhJ,EAArZ,EAA2nBzM,QAAO,CAACzkB,CAAD,EAAGqgC,CAAH,EAAKt1B,CAAL,EAAO8gC,CAAP,EAASyE,CAAT,CAAloB,EAA8oBmtD,aAAY,qBAASxnC,CAAT,EAAW;AAACD,kBAAEtxC,EAAEuxC,EAAE/vC,aAAJ,CAAF;AAAsB,aAA5rB,EAA6rBwqK,SAAQ,iBAASz6H,CAAT,EAAW;AAAC,oBAAI1qD,IAAE,IAAN;AAAA,oBAAWyM,IAAE0M,EAAEuxC,EAAE/vC,aAAJ,CAAb,CAAgC3a,EAAE/H,OAAF,CAAU8wD,MAAV,IAAkB/oD,EAAE/H,OAAF,CAAU8wD,MAAV,CAAiBzoD,KAAjB,CAAuB,aAAvB,CAAlB,GAAwDN,EAAE8uC,KAAF,CAAQriC,CAAR,CAAxD,IAAoEme,aAAa5qB,EAAE2qB,OAAf,GAAwB3qB,EAAE2qB,OAAF,GAAUlY,WAAW,YAAU;AAACzS,sBAAE8uC,KAAF,CAAQriC,CAAR;AAAW,iBAAjC,EAAkCzM,EAAE/H,OAAF,CAAUk8F,SAA5C,CAAtG;AAA8J,aAA/4B,EAAg5BkxF,gBAAe,wBAASlsK,CAAT,EAAW;AAAC,oBAAIuxC,CAAJ;AAAA,oBAAM1qD,IAAE,IAAR;AAAA,oBAAayM,IAAEzM,EAAE/H,OAAF,CAAUkmB,OAAzB;AAAA,oBAAiC9mB,IAAE2I,EAAEme,OAArC;AAAA,oBAA6CssC,IAAEzqD,EAAE/H,OAAF,CAAUsoB,MAAzD,CAAgE0qC,EAAEx+C,CAAF,KAAMA,EAAEukB,GAAR,IAAa,YAAWhxB,EAAE/H,OAAb,KAAuBwyD,IAAE,CAAC6B,EAAE7/C,EAAEukB,GAAJ,CAA1B,GAAoChxB,EAAE4c,OAAF,CAAUmoB,CAAV,EAAY,EAAC9sC,SAAQwU,CAAT,EAAWlU,QAAO4gB,CAAlB,EAAZ,CAApC,EAAsEsxC,KAAGpzD,EAAEsuB,IAAF,IAAS+kC,IAAErzD,EAAEuM,IAAF,CAAO,MAAI9F,CAAX,EAAc,CAAd,CAAX,EAA4B4sD,IAAEA,EAAEvyD,GAAF,GAAMsU,EAAEukB,GAAF,IAAO05B,EAAEvyD,GAAjB,GAAqBd,EAAE4nB,IAAF,CAAOyuC,EAAE,EAACvvC,SAAQ1R,CAAT,EAAF,CAAP,CAAjD,EAAwEpV,EAAEuM,IAAF,CAAO,MAAI9F,CAAX,EAAcsU,GAAd,CAAkB,SAAOq8C,CAAzB,EAA4B91C,EAA5B,CAA+B,SAAO81C,CAAtC,EAAwC,YAAU;AAACzuD,sBAAE4c,OAAF,CAAUpd,CAAV,GAAanI,EAAEqtB,IAAF,EAAb;AAAsB,iBAAzE,CAA3E,KAAwJrtB,EAAEuY,KAAF,IAAUggB,EAAEirC,EAAF,CAAKhqD,QAAL,CAAcxZ,CAAd,EAAgB,CAAC,CAAjB,CAAV,EAA8B2I,EAAEslL,YAAF,CAAe74K,CAAf,CAAtL,CAAnF,IAA6RA,KAAGy+C,EAAEz+C,CAAF,CAAH,IAASA,IAAEA,EAAE,EAAC0kD,QAAO,IAAR,EAAa54D,QAAO4gB,CAApB,EAAF,CAAF,EAA4B9hB,EAAE4nB,IAAF,CAAOxS,KAAG,EAAV,CAArC,IAAoDpV,EAAE4nB,IAAF,CAAOxS,CAAP,CAAjV,EAA2VzM,EAAEg+D,OAAF,CAAU,SAAV,EAAoB,YAAU;AAAC,2BAAM,EAAC74D,UAAS9N,CAAV,EAAN;AAAmB,iBAAlD,CAA3V;AAA+Y,aAA13C,EAA23CiuL,cAAa,sBAASnsK,CAAT,EAAW;AAAC,oBAAIuxC,IAAE,IAAN,CAAWl1D,OAAOo8B,IAAP,CAAYrL,EAAE,EAACjtB,MAAK,KAAN,EAAYy1B,UAAS,MAArB,EAA4BptB,OAAM,CAAC,CAAnC,EAAqCzI,OAAM,eAASigB,CAAT,EAAWnZ,CAAX,EAAa;AAAC4vB,0BAAEirC,EAAF,CAAKhqD,QAAL,CAAc65C,EAAEvsC,OAAhB,EAAwB,CAAC,CAAzB,GAA4BusC,EAAE9tC,OAAF,CAAU0jB,CAAV,EAAY,EAACvN,QAAO/yB,CAAR,EAAUk1B,KAAI/b,CAAd,EAAZ,CAA5B;AAA0D,qBAAnH,EAAoHga,SAAQo4B,EAAE,UAASpyC,CAAT,EAAW;AAACyW,0BAAEirC,EAAF,CAAKhqD,QAAL,CAAc65C,EAAEvsC,OAAhB,EAAwB,CAAC,CAAzB,GAA4BusC,EAAEvsC,OAAF,CAAUc,IAAV,CAAe9F,CAAf,CAA5B,EAA8CuxC,EAAE9tC,OAAF,CAAUpd,CAAV,CAA9C;AAA2D,qBAAzE,EAA0EkrD,CAA1E,CAA5H,EAAF,EAA4MvxC,CAA5M,CAAZ;AAA4N,aAA3nD,EAA4nD+rK,kBAAiB,0BAAS/rK,CAAT,EAAW;AAACA,kBAAEuC,OAAF,KAAYkU,EAAEluB,IAAF,CAAO85D,GAAnB,IAAwB,KAAK71C,IAAL,EAAxB;AAAoC,aAA7rD,EAA8rD4hF,SAAQ,mBAAU;AAAC,oBAAIpuF,IAAE,IAAN;AAAA,oBAAWuxC,IAAEvxC,EAAE26E,KAAf,CAAqBppC,KAAGA,EAAEzyD,OAAF,CAAUsmC,MAAb,IAAqBplB,EAAEksK,cAAF,CAAiB36H,EAAEzyD,OAAF,CAAUsmC,MAA3B,CAArB;AAAwD,aAA9xD,EAA+xD5Y,MAAK,gBAAU;AAAC,qBAAKmuE,KAAL,IAAY,KAAKA,KAAL,CAAW/yE,KAAX,EAAZ;AAA+B,aAA90D,EAA+0D2D,MAAK,cAASvL,CAAT,EAAW;AAACA,oBAAEA,KAAG,KAAKqkB,OAAV,EAAkBitB,EAAEtxC,CAAF,CAAlB,EAAuB,KAAK21B,KAAL,CAAW31B,CAAX,CAAvB;AAAqC,aAAr4D,EAAs4D21B,OAAM,eAAS31B,CAAT,EAAW;AAAC,oBAAIuxC,IAAE,IAAN;AAAA,oBAAWj+C,IAAEi+C,EAAEnyD,MAAF,EAAb,CAAwBmyD,EAAEopC,KAAF,IAASppC,EAAE66H,UAAF,EAAT,EAAwB94K,KAAGA,EAAE,CAAF,KAAM0M,EAAE,CAAF,CAAT,KAAgBuxC,EAAEopC,KAAF,CAAQ/yE,KAAR,IAAgB2pC,EAAEopC,KAAF,CAAQt2D,OAAR,CAAgBw8B,SAAhB,CAA0B,CAAC,CAA3B,EAA6B,CAAC,CAA9B,CAAhC,CAAxB,EAA0FvtD,KAAGA,EAAE,CAAF,KAAM0M,EAAE,CAAF,CAAT,KAAgBuxC,EAAE26H,cAAF,CAAiBlsK,CAAjB,GAAoBuxC,EAAEopC,KAAF,CAAQ77F,OAAR,CAAgBsmC,MAAhB,GAAuBplB,CAA3D,CAA1F,EAAwJuxC,EAAEopC,KAAF,CAAQj7E,GAAR,CAAY,YAAZ,EAAyB,YAAU;AAAC7Y,sBAAEmZ,CAAF,GAAKA,EAAE+R,UAAF,CAAa0hC,CAAb,CAAL,EAAqB,KAAKpvB,OAAL,CAAatS,UAAb,CAAwB,IAAxB,EAA8B9lB,IAA9B,CAAmC,aAAnC,EAAiD,CAAC,CAAlD,CAArB,EAA0EimD,EAAEj5C,GAAF,CAAM,YAAUq8C,CAAhB,EAAkB/D,EAAEu6H,uBAApB,CAA1E;AAAuH,iBAA3J,CAAxJ,EAAqTv6H,EAAEopC,KAAF,CAAQt+D,IAAR,EAArT;AAAoU,aAApvE,EAAqvE+vJ,YAAW,sBAAU;AAAC,oBAAI76H,IAAE,IAAN;AAAA,oBAAW1qD,IAAE0qD,EAAEzyD,OAAf;AAAA,oBAAuBwU,IAAE0M,EAAEyW,EAAE24B,QAAF,CAAWoG,CAAX,EAAc,EAACy2H,SAAQplL,EAAEolL,OAAF,IAAW,aAAWplL,EAAEqjB,QAAjC,EAA0Cpd,KAAIqoD,EAAEtuD,EAAEqjB,QAAJ,CAA9C,EAA4D6wE,UAASl0F,EAAEk0F,QAAvE,EAAd,CAAF,CAAzB,CAA4HxpC,EAAEopC,KAAF,GAAQ,IAAIhmF,CAAJ,CAAMrB,CAAN,EAAQ8Z,EAAE,EAACigI,UAAS,oBAAU;AAAC,4BAAIrtI,IAAE,KAAKlhB,OAAL,CAAasmC,MAAnB;AAAA,4BAA0B9xB,IAAE0M,EAAE,CAAF,EAAKtY,EAAL,IAAS6pD,EAAEltB,OAAF,CAAU,CAAV,EAAa38B,EAAlD,CAAqD4L,MAAI0M,EAAE/T,IAAF,CAAOwnD,CAAP,EAASngD,IAAEtM,CAAX,GAAc,KAAKq9B,OAAL,CAAap4B,IAAb,CAAkB,IAAlB,EAAuBqH,IAAEtM,CAAzB,CAAlB,GAA+CH,EAAEolL,OAAF,IAAW16H,EAAE86H,gBAAF,EAA1D,EAA+E,KAAKhoJ,OAAL,CAAatS,UAAb,CAAwB,aAAxB,CAA/E,EAAsHmgC,EAAE1yC,EAAF,CAAK,YAAU81C,CAAf,EAAiB/D,EAAEu6H,uBAAnB,CAAtH,EAAkKv6H,EAAE9tC,OAAF,CAAUnoB,CAAV,CAAlK;AAA+K,qBAAzP,EAA0PssB,OAAM,iBAAU;AAAC2pC,0BAAE9tC,OAAF,CAAUkY,CAAV;AAAa,qBAAxR,EAAyR2zD,kBAAiB,CAAC,CAA3S,EAA6SrhE,WAAUpnB,EAAEonB,SAAzT,EAAF,EAAsUonC,EAAExuD,EAAEqjB,QAAJ,CAAtU,CAAR,CAAR,EAAsW5W,EAAE8I,GAAF,CAAM,EAAC4M,OAAMniB,EAAEmiB,KAAT,EAAe+E,QAAOlnB,EAAEknB,MAAxB,EAAN,CAAtW,EAA6YwjC,EAAEvsC,OAAF,GAAU1R,EAAE7I,IAAF,CAAO,oBAAP,CAAvZ,EAAob8mD,EAAE2tG,KAAF,GAAQ5rJ,EAAE7I,IAAF,CAAO,YAAP,CAA5b,EAAid5D,EAAEk0F,QAAF,GAAWznF,EAAEkM,EAAF,CAAK,eAAa81C,CAAlB,EAAoBlD,EAAEb,EAAEynC,WAAJ,EAAgBznC,CAAhB,CAApB,CAAX,GAAmDj+C,EAAEkM,EAAF,CAAK,UAAQ81C,CAAb,EAAe,mBAAf,EAAmClD,EAAEb,EAAE+6H,iBAAJ,EAAsB/6H,CAAtB,CAAnC,CAApgB;AAAikB,aAAx8F,EAAy8F+6H,mBAAkB,2BAAStsK,CAAT,EAAW;AAACA,kBAAE2B,cAAF,IAAmB,KAAK6K,IAAL,EAAnB;AAA+B,aAAtgG,EAAugGwsE,aAAY,qBAASznC,CAAT,EAAW;AAAC,oBAAG,KAAKopC,KAAR,EAAc;AAAC,wBAAIrnF,IAAE0M,EAAEuxC,EAAE/vC,aAAJ,CAAN;AAAA,wBAAyBtjB,IAAEoV,EAAE2qB,MAAF,EAA3B;AAAA,wBAAsCqzB,IAAEC,EAAE5uC,KAA1C;AAAA,wBAAgDje,IAAE6sD,EAAExuC,KAApD,CAA0D,IAAG7kB,EAAEwmC,KAAF,GAAQxmC,EAAE6tB,IAAF,GAAO0K,EAAE07B,WAAF,CAAc7+C,CAAd,CAAf,EAAgCpV,EAAEumC,MAAF,GAASvmC,EAAEgM,GAAF,GAAMusB,EAAE47B,YAAF,CAAe/+C,CAAf,CAA/C,EAAiEg+C,IAAEpzD,EAAE6tB,IAAJ,IAAUulC,IAAEpzD,EAAEwmC,KAAd,IAAqBhgC,IAAExG,EAAEgM,GAAzB,IAA8BxF,IAAExG,EAAEumC,MAAtG,EAA6G,OAAO,KAAKk2D,KAAL,CAAW/yE,KAAX;AAAmB,iBAAhN,MAAqN/gB,EAAEmZ,EAAEuxC,EAAE/vC,aAAJ,CAAF,EAAsBiQ,aAAa,KAAKD,OAAlB;AAA2B,aAAryG,EAAsyG66J,kBAAiB,4BAAU;AAAC,oBAAI96H,IAAE,IAAN;AAAA,oBAAW1qD,IAAE0qD,EAAEzyD,OAAF,CAAUorB,QAAvB;AAAA,oBAAgC5W,IAAEi+C,EAAE+T,UAApC;AAAA,oBAA+CpnE,IAAEoV,EAAE2qB,MAAnD;AAAA,oBAA0DqzB,IAAEC,EAAEopC,KAA9D;AAAA,oBAAoElkE,IAAE66B,EAAExyD,OAAF,CAAUsmC,MAAhF;AAAA,oBAAuF1gC,IAAEsb,EAAEyW,CAAF,EAAKwH,MAAL,EAAzF;AAAA,oBAAuGtpB,IAAEge,SAAS4+B,EAAE2tG,KAAF,CAAQ9iJ,GAAR,CAAY,kBAAZ,CAAT,EAAyC,EAAzC,CAAzG;AAAA,oBAAsJ21C,IAAE/xC,EAAEsxC,EAAEjtB,OAAJ,EAAapG,MAAb,EAAxJ;AAAA,oBAA8K6zB,IAAEqD,EAAE7D,EAAEw+B,OAAF,GAAUpkD,EAAE7kC,CAAF,CAAV,GAAeA,CAAjB,CAAhL;AAAA,oBAAoMumB,IAAE1oB,EAAExG,CAAF,IAAK6zD,EAAE7zD,CAAF,CAAL,GAAU8hB,EAAEyW,CAAF,EAAKnjB,EAAEqsB,IAAP,MAAe,CAAzB,GAA2BhrB,CAAjO,CAAmO48C,EAAE2tG,KAAF,CAAQ/rI,WAAR,CAAoB,iDAApB,EAAuEL,QAAvE,CAAgF,eAAag/B,CAA7F,EAAgG11C,GAAhG,CAAoGle,CAApG,EAAsGkvB,CAAtG;AAAyG,aAA9oH,EAA+oHhuB,QAAO,kBAAU;AAAC,uBAAO,KAAKu7F,KAAL,GAAW,KAAKA,KAAL,CAAW77F,OAAX,CAAmBsmC,MAA9B,GAAqC,IAA5C;AAAiD,aAAltH,EAAmtHwd,SAAQ,mBAAU;AAAC,oBAAI5iC,IAAE,KAAK26E,KAAX,CAAiB36E,MAAIA,EAAEqkB,OAAF,CAAUprB,GAAV,CAAcq8C,CAAd,GAAiBt1C,EAAE4iC,OAAF,EAArB,GAAkCnxB,aAAa,KAAKD,OAAlB,CAAlC,EAA6D,KAAK6S,OAAL,CAAaprB,GAAb,CAAiBq8C,CAAjB,CAA7D,EAAiFpD,EAAEj5C,GAAF,CAAM,YAAUq8C,CAAhB,EAAkB,KAAKw2H,uBAAvB,CAAjF,EAAiIpnL,EAAElI,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAjI;AAAyJ,aAAh5H,EAAT,CAA1wC,CAAsqKm5B,EAAEirC,EAAF,CAAKlhC,MAAL,CAAYy1B,CAAZ;AAAe,KAA99K,CAA+9Kz6D,OAAO07D,KAAP,CAAa76D,MAA5+K,GAAo/Kb,OAAO07D,KAAlgL;AAAwgL,CAA1mL,EAA2mL,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWuxC,CAAX,EAAa1qD,CAAb,EAAe;AAAC,KAACA,KAAG0qD,CAAJ;AAAS,CAAjrL,CAAD,CAAorL,CAAC,CAAC,UAASvxC,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0C7f,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAW61C,CAAlB;AAAoB,kBAAShvD,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAIyM,IAAEpV,EAAE2I,CAAF,CAAN,CAAW,OAAO6uD,EAAE/zB,KAAF,CAAQ3hB,IAAE1M,CAAV,IAAaA,CAApB;AAAsB,kBAASpV,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAOA,IAAE01C,EAAE9zB,GAAF,CAAM,EAAN,EAAS5hB,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS1M,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiB;AAAC,mBAAOw3D,EAAE7qC,GAAF,CAAM6qC,EAAEthB,GAAF,CAAMp0B,CAAN,EAAQ9hB,CAAR,CAAN,EAAiB2I,CAAjB,CAAP;AAA2B,kBAAS0qD,CAAT,CAAWvxC,CAAX,EAAa;AAAC,mBAAOA,IAAEvhB,CAAT;AAAW,kBAASiG,CAAT,CAAWsb,CAAX,EAAa;AAAC,mBAAOA,IAAEvhB,CAAT;AAAW,kBAAS6yD,CAAT,CAAWtxC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAAC+B,MAAM/B,CAAN,CAA3B;AAAoC,kBAASyW,CAAT,CAAW5vB,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO8hB,EAAEnZ,CAAF,IAAKA,CAAL,GAAO3I,CAAd;AAAgB,kBAASi1D,CAAT,CAAWnzC,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASrL,CAAT,CAAWqL,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW,KAAI2I,CAAJ,IAASmZ,CAAT;AAAW9hB,kBAAErC,IAAF,CAAOgL,IAAEmZ,EAAEnZ,CAAF,CAAT;AAAX,aAA0B,OAAO3I,EAAES,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS6pD,CAAT,CAAW/xC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,UAAR,CAAmB,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmB,EAAEyJ,CAArB;AAAuB3I,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG8hB,EAAEu4C,UAAF,CAAa1xD,CAAb,CAA1C;AAAvB,aAAiF,OAAO3I,MAAI,CAAX;AAAa,kBAAS4zD,CAAT,CAAW9xC,CAAX,EAAa;AAAC,mBAAO+xC,EAAEp9C,EAAEqL,CAAF,CAAF,CAAP;AAAe,kBAASkyC,CAAT,CAAWlyC,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE8hB,EAAE5iB,MAAV;AAAA,gBAAiBkW,IAAE+hD,CAAnB;AAAA,gBAAqB9D,IAAEqD,CAAvB,CAAyB,KAAI/tD,IAAE,CAAN,EAAQA,IAAE3I,CAAV,EAAY2I,GAAZ;AAAgB0qD,oBAAEmE,EAAE7qC,GAAF,CAAM0mC,CAAN,EAAQvxC,EAAEnZ,CAAF,CAAR,CAAF,EAAgByM,IAAEoiD,EAAEthB,GAAF,CAAM9gC,CAAN,EAAQ0M,EAAEnZ,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACutC,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAAN;AAAoB,kBAASa,CAAT,CAAWpyC,CAAX,EAAa;AAAC,mBAAOkyC,EAAElyC,CAAF,EAAKo0B,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWpN,CAAX,EAAa;AAAC,mBAAOkyC,EAAElyC,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS7jB,CAAT,CAAWgZ,CAAX,EAAa;AAAC,mBAAO2b,EAAE3b,CAAF,EAAKo0B,GAAZ;AAAgB,kBAAS/tC,CAAT,CAAW2Z,CAAX,EAAa;AAAC,mBAAO2b,EAAE3b,CAAF,EAAK6K,GAAZ;AAAgB,kBAAS8Q,CAAT,CAAW3b,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE8D,CAAZ;AAAA,gBAAc3wD,IAAEkwD,CAAhB,CAAkB,KAAI/tD,IAAE,CAAF,EAAI3I,IAAE8hB,EAAE5iB,MAAZ,EAAmByJ,IAAE3I,CAArB,EAAuB2I,GAAvB;AAA2ByM,oBAAE0M,EAAEnZ,CAAF,CAAF,EAAO,SAAOyM,CAAP,IAAUuY,SAASvY,CAAT,CAAV,KAAwBi+C,IAAEmE,EAAEthB,GAAF,CAAMmd,CAAN,EAAQj+C,CAAR,CAAF,EAAa5O,IAAEgxD,EAAE7qC,GAAF,CAAMnmB,CAAN,EAAQ4O,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAAC8gC,KAAImd,MAAI8D,CAAJ,GAAM,KAAK,CAAX,GAAa9D,CAAlB,EAAoB1mC,KAAInmB,MAAIkwD,CAAJ,GAAM,KAAK,CAAX,GAAalwD,CAArC,EAAN;AAA8C,kBAAS+uD,CAAT,CAAWzzC,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAE5iB,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASwuC,CAAT,CAAW5rB,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAOmZ,EAAEnkB,IAAF,CAAOsC,KAAP,CAAa6hB,CAAb,EAAenZ,CAAf,GAAkBmZ,CAAzB;AAA2B,kBAAS1kB,CAAT,CAAW0kB,CAAX,EAAa;AAAC,mBAAO21C,EAAEvG,QAAF,CAAWpvC,CAAX,EAAa,EAACk4C,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAAStzD,CAAT,CAAWkC,CAAX,EAAa3I,CAAb,EAAe;AAAC,mBAAO8hB,EAAE9hB,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI2I,CAAJ,GAAM,IAAN,GAAW3I,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAASwtC,CAAT,CAAW1rB,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,IAAE,EAAR,CAAW,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,qBAAGyG,EAAEqb,EAAEnZ,CAAF,EAAK,CAAL,CAAF,EAAUmZ,EAAEnZ,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO3I,CAAP;AAAS,kBAASipC,CAAT,CAAWtgC,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE,EAAV,CAAa,KAAIrzD,IAAE,CAAN,EAAQA,IAAE2I,EAAEzJ,MAAZ,EAAmBc,GAAnB;AAAuBoV,oBAAEzM,EAAE3I,CAAF,EAAK,CAAL,CAAF,EAAU8hB,EAAE1M,CAAF,MAAOi+C,KAAG1qD,EAAE3I,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYoV,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKi+C,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAAS6D,CAAT,CAAWp1C,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASu0C,CAAT,CAAWv0C,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,IAAG0M,CAAH,EAAK,KAAInZ,IAAE8uD,EAAEgO,SAAF,CAAY3jD,CAAZ,EAAe/c,KAAf,CAAqB,GAArB,CAAF,EAA4B/E,IAAE,CAAlC,EAAoCA,IAAE2I,EAAEzJ,MAAxC,EAA+Cc,GAA/C;AAAmDoV,kBAAEzX,IAAF,CAAO,WAASgL,EAAE3I,CAAF,CAAhB;AAAnD,aAAyE,OAAOoV,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASosD,CAAT,CAAWztD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACmZ,EAAEnZ,CAAF,CAAxD;AAA6D,kBAASyuD,CAAT,CAAWt1C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O3I,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUoV,IAAE,EAA7U,EAAgV0M,IAAE,CAAlV;AAAqVA,oBAAE9hB,EAAE,CAAF,CAAF,GAAOA,EAAEwK,KAAF,EAAP,IAAkB4K,KAAGzM,EAAE3I,EAAE,CAAF,CAAF,CAAH,EAAW8hB,KAAG9hB,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOoV,CAAP;AAAS,kBAASiiD,CAAT,CAAWv1C,CAAX,EAAa;AAAC,gBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY7sD,CAAZ,CAAc,KAAIsb,IAAEA,EAAEre,WAAF,EAAF,EAAkBkF,IAAE,EAAC3I,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0D9I,IAAE,CAA5D,EAA8DoV,IAAE,CAAhE,EAAkEi+C,IAAE,CAAxE,EAA0EA,IAAEvxC,EAAE5iB,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAG7sD,IAAEmC,EAAEmZ,EAAEwxC,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAAC7sD,CAArB,EAAuB,OAAO,IAAP,CAAYxG,KAAGwG,CAAH,EAAKA,IAAE4O,CAAF,KAAMpV,KAAG,IAAEoV,CAAX,CAAL,EAAmBA,IAAE5O,CAArB;AAAuB,oBAAOxG,CAAP;AAAS,kBAAS83D,CAAT,CAAWh2C,CAAX,EAAa;AAAC,gBAAInZ,IAAE9E,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAIj0E,CAAJ;AAAA,oBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAEE,UAAUhB,MAAhB,EAAuB,EAAEc,CAAF,IAAK,CAA5B;AAA+BoV,yBAAG,MAAIlV,UAAUF,CAAV,CAAP;AAA/B,iBAAmD,OAAOoV,KAAKzM,CAAL,GAAOA,EAAEyM,CAAF,CAAP,GAAYzM,EAAEyM,CAAF,IAAK0M,EAAE7hB,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASq3D,CAAT,CAAWz1C,CAAX,EAAa;AAAC,iBAAI,IAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,IAAE,EAAV,EAAai+C,IAAE,CAAf,EAAiB7sD,IAAEsb,EAAE5iB,MAAzB,EAAgCm0D,IAAE7sD,CAAlC;AAAqCmC,oBAAEmZ,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoB1qD,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoB0qD,IAAE7sD,CAAtB,IAAyBxG,IAAE8hB,EAAEu4C,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMrzD,CAAd,IAAiBoV,EAAEzX,IAAF,CAAO,CAAC,CAAC,OAAKgL,CAAN,KAAU,EAAX,KAAgB,OAAK3I,CAArB,IAAwB,KAA/B,CAAjB,IAAwDoV,EAAEzX,IAAF,CAAOgL,CAAP,GAAU0qD,GAAlE,CAA7C,IAAqHj+C,EAAEzX,IAAF,CAAOgL,CAAP,CAAzI;AAArC,aAAwL,OAAOyM,CAAP;AAAS,kBAAS8gD,CAAT,CAAWp0C,CAAX,EAAa;AAAC,mBAAOA,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN,CAAS,OAAOmZ,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EnZ,KAAGJ,OAAOC,YAAP,CAAoBsZ,CAApB,CAAvF;AAA8G,aAAzI,EAA2I9X,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASitD,CAAT,CAAWn1C,CAAX,EAAanZ,CAAb,EAAe;AAAC,qBAAS3I,CAAT,CAAW8hB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,qBAAI,IAAIoV,IAAE,EAAN,EAASi+C,IAAE,CAAX,EAAa7sD,IAAE,CAAf,EAAiB4sD,IAAE,CAAvB,EAAyBC,IAAEvxC,EAAE5iB,MAAJ,IAAYsH,IAAExG,EAAEd,MAAzC;AAAiDyJ,sBAAEmZ,EAAEuxC,CAAF,CAAF,EAAOrzD,EAAEwG,CAAF,CAAP,KAAc,CAAd,GAAgB4O,EAAEg+C,GAAF,IAAOtxC,EAAEuxC,GAAF,CAAvB,GAA8Bj+C,EAAEg+C,GAAF,IAAOpzD,EAAEwG,GAAF,CAArC;AAAjD,iBAA6F,OAAO6sD,IAAEvxC,EAAE5iB,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAe0M,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuC7sD,IAAExG,EAAEd,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAepV,EAAEvC,KAAF,CAAQ+I,CAAR,CAAf,CAAnD,EAA8E4O,CAArF;AAAuF,oBAAO0M,EAAE5iB,MAAF,GAAS,CAAT,GAAW4iB,EAAErkB,KAAF,EAAX,GAAqB,SAAS2X,CAAT,CAAW0M,CAAX,EAAa;AAAC,oBAAInZ,CAAJ,EAAM0qD,CAAN,EAAQ7sD,CAAR,CAAU,OAAOsb,EAAE5iB,MAAF,IAAU,CAAV,GAAY4iB,CAAZ,IAAenZ,IAAElH,KAAKgzD,KAAL,CAAW3yC,EAAE5iB,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAEvxC,EAAErkB,KAAF,CAAQ,CAAR,EAAUkL,CAAV,CAA3B,EAAwCnC,IAAEsb,EAAErkB,KAAF,CAAQkL,CAAR,CAA1C,EAAqD0qD,IAAEj+C,EAAEi+C,CAAF,CAAvD,EAA4D7sD,IAAE4O,EAAE5O,CAAF,CAA9D,EAAmExG,EAAEqzD,CAAF,EAAI7sD,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0Hsb,CAA1H,CAA5B;AAAyJ,aAAI01C,IAAE/1D,IAAN;AAAA,YAAWg2D,IAAEn6D,OAAO07D,KAApB;AAAA,YAA0BnB,IAAEJ,EAAE2N,UAA9B;AAAA,YAAyC7kE,IAAEi3D,EAAEnoC,EAAF,GAAK,GAAhD;AAAA,YAAoD8nC,IAAE2D,OAAOw3B,SAA7D;AAAA,YAAuE57B,IAAE,CAACoE,OAAOw3B,SAAjF;AAAA,YAA2F36B,IAAE,WAA7F;AAAA,YAAyGM,IAAErzD,KAAKD,GAAhH,CAAoHszD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAIrzD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CgzB,EAAEJ,CAAF,EAAI,EAACpzB,MAAK,EAACkuD,SAAQp7B,CAAT,EAAWq7B,SAAQ97B,CAAnB,EAAqBpuC,QAAOolB,CAA5B,EAA8B+kD,aAAYz+B,CAA1C,EAA4C0+B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQ9wE,CAA1E,EAA4E+wE,KAAIrsF,CAAhF,EAAkFssF,SAAQj/B,CAA1F,EAA4Fk/B,YAAWn/B,CAAvG,EAAyGo/B,UAAS5/B,CAAlH,EAAoH6/B,eAAc78B,CAAlI,EAAoI/1D,MAAKk1D,CAAzI,EAA2I29B,YAAW99E,CAAtJ,EAAwJzQ,KAAIszD,CAA5J,EAA8Jk7B,WAAU18E,CAAxK,EAA0KgtB,OAAM96B,CAAhL,EAAkLyqF,KAAI//B,CAAtL,EAAwLggC,YAAW5sF,CAAnM,EAAqM6sF,eAAc9lD,CAAnN,EAAqN+lD,WAAUl9B,CAA/N,EAAiOm9B,YAAWt8B,CAA5O,EAA8Ou8B,aAAYxqD,CAA1P,EAA4PyqD,gBAAet2F,CAA3Q,EAA6Qu2F,mBAAkBl2D,CAA/R,EAAiSm2D,gBAAe9qF,CAAhT,EAAkT+qF,gBAAe1rF,CAAjU,EAAmU2rF,KAAI7+B,CAAvU,EAAyU8+B,gBAAex7D,CAAxV,EAA0Vy7D,eAAc38B,CAAxW,EAA0W48B,eAAc78B,CAAxX,EAA0X88B,SAAQp8B,CAAlY,EAAoYq8B,YAAWj+B,CAA/Y,EAAiZk+B,YAAW78B,CAA5Z,EAA8Z88B,WAAUp9B,CAAxa,EAAN,EAAJ,CAA9C,EAAqeQ,EAAEkM,OAAF,CAAUt/B,IAAV,GAAeozB,EAAEpzB,IAAtf,EAA2fozB,EAAEiM,OAAF,CAAUr/B,IAAV,GAAeozB,EAAEpzB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkE7f,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,GAAY;AAAC,mBAAM,EAACmiB,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASt0F,CAAT,CAAW8hB,CAAX,EAAanZ,CAAb,EAAe3I,CAAf,EAAiB;AAAC,mBAAO4zD,EAAEz6B,OAAF,CAAUo7D,OAAV,CAAkBzyE,CAAlB,EAAoBnZ,CAApB,EAAsB3I,CAAtB,CAAP;AAAgC,kBAASoV,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAAC,gBAAI3I,IAAE,EAAN,CAAS,IAAG8hB,EAAE5iB,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACx0F,wBAAE8hB,EAAEhiB,GAAF,CAAM,UAASgiB,CAAT,EAAW;AAAC,+BAAO3kB,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBtD,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM1M,CAAN,EAAQ;AAAC5O,sBAAEigE,YAAF,CAAerxD,CAAf;AAAkB,yBAAQxW,GAAR,CAAYoB,CAAZ,EAAemZ,IAAf,CAAoBxQ,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAI0qD,IAAEl2D,QAAN;AAAA,YAAeqJ,IAAElJ,OAAO07D,KAAxB;AAAA,YAA8B5F,IAAE5sD,EAAEs/D,KAAlC;AAAA,YAAwCvtC,IAAE/xB,EAAE69B,IAA5C;AAAA,YAAiD4wB,IAAE18B,EAAEq6D,OAArD;AAAA,YAA6Dn8E,IAAE28C,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKqlD,KAAL,GAAWrlD,CAAX,EAAa,KAAK2yE,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS5yE,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEs4E,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIuf,CAAL,EAAOxd,OAAMqE,CAAb,EAAtB,CAAsCyM,EAAE0M,CAAF,IAAKuxC,CAAL,EAAOrzD,EAAE20F,KAAF,IAAS30F,EAAE40F,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQ90F,EAAE40F,KAA1B,EAAgC50F,EAAE40F,KAAF,GAAQvhC,CAAjD,IAAoDrzD,EAAE20F,KAAF,GAAQ30F,EAAE40F,KAAF,GAAQvhC,CAA3E,EAA6ErzD,EAAEy0F,OAAF,IAAWz0F,EAAEmnE,KAAb,IAAoB/xD,EAAEpV,EAAE20F,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBvC,EAAE20F,KAAF,GAAQ30F,EAAE20F,KAAF,CAAQE,KAApC,EAA0C70F,EAAE20F,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF90F,EAAEy0F,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASyiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAE2vE,IAAF,CAAOx2D,CAAP,CAAb,CAAuB,IAAG9hB,CAAH,EAAK,OAAOA,MAAI2I,EAAEgsF,KAAN,IAAa30F,MAAI2I,EAAEisF,KAAnB,KAA2BjsF,EAAEgsF,KAAF,GAAQ30F,EAAE60F,KAAV,EAAgBlsF,EAAEgsF,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D90F,MAAI2I,EAAEisF,KAAN,KAAc50F,EAAE80F,KAAF,KAAU90F,EAAE80F,KAAF,CAAQD,KAAR,GAAc70F,EAAE60F,KAAhB,EAAsB70F,EAAE60F,KAAF,CAAQC,KAAR,GAAc90F,EAAE80F,KAAhD,GAAuD90F,EAAE80F,KAAF,GAAQnsF,EAAEisF,KAAjE,EAAuE50F,EAAE60F,KAAF,GAAQ,IAA/E,EAAoFlsF,EAAEisF,KAAF,CAAQC,KAAR,GAAc70F,CAAlG,EAAoG2I,EAAEisF,KAAF,GAAQ50F,CAA1H,CAA/D,EAA4LA,EAAEsE,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBuvD,IAAE/xC,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4B8xC,IAAER,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKizE,MAAL,GAAY,IAAIt+E,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKmjD,YAAL,CAAkB93C,CAAlB,CAAvB;AAA4C,aAA9D,EAA+DlhB,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASv0F,CAAT,EAAWoV,CAAX,EAAa5O,CAAb,EAAe;AAAC,oBAAI4sD,CAAJ,EAAM38C,CAAN,EAAQm9C,CAAR,EAAUI,CAAV,EAAYE,CAAZ,EAAchlC,CAAd,EAAgBpmB,CAAhB,EAAkBX,CAAlB,CAAoB,IAAG,CAACnI,CAAJ,EAAM,OAAO2I,GAAP,CAAW,IAAGyqD,IAAE76B,EAAE46D,SAAF,CAAY/9E,CAAZ,CAAF,EAAiBqB,IAAE8hB,EAAEu6D,OAAF,CAAU9yF,IAAEozD,CAAZ,CAAnB,EAAkCQ,IAAE,KAAKmhC,MAAL,CAAY11F,GAAZ,CAAgBoX,CAAhB,CAApC,EAAuDm9C,CAA1D,EAA4D,OAAOA,CAAP,CAASI,IAAErrD,GAAF,EAAMurD,IAAE1tD,IAAEA,CAAF,GAAIqtD,CAAZ,EAAc3kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI/X,CAAJ,IAASsM,CAAT;AAAWjN,wBAAEiN,EAAEtM,CAAF,CAAF,EAAOmsD,EAAE9sD,CAAF,MAAO+rD,EAAEr1C,KAAF,CAAQ/V,CAAR,IAAWX,CAAlB,CAAP;AAAX,iBAAuC,OAAO2Z,EAAEoyC,CAAF,EAAKjxD,IAAL,CAAUjD,CAAV,GAAak0D,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BmkC,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACl0D,IAAE,EAAH,EAAOd,MAAP,KAAgB80D,EAAElpC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDhhC,EAAEnkC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E6mC,EAAEsgC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MhhC,EAAElpC,KAAF,GAAQ,CAAR,IAAWkpC,EAAEnkC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgBj+E,CAAhB,EAAkBu9C,CAAlB,CAAjO,EAAsPE,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRF,CAAzR;AAA2R,aAAvlB,EAAwlBihC,iBAAgB,2BAAU;AAAC,uBAAOnzE,EAAE,kGAAgG,KAAKlhB,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDphC,EAAEz6B,OAAF,GAAU,IAAIy6B,CAAJ,EAAV,EAAgBptD,EAAE69B,IAAF,CAAO8wD,WAAP,GAAmBvhC,CAAnC,EAAqCptD,EAAE69B,IAAF,CAAO+wD,QAAP,GAAgB3+E,CAArD,EAAuDjQ,EAAE69B,IAAF,CAAOgxD,SAAP,GAAiBjgF,CAAxE,EAA0E5O,EAAE69B,IAAF,CAAOixD,WAAP,GAAmBt1F,CAA7F;AAA+F,KAAvlE,CAAwlE1C,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2C7f,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAUD,CAAV;AAAA,gBAAY76B,CAAZ;AAAA,gBAAc08B,CAAd;AAAA,gBAAgBx+C,CAAhB;AAAA,gBAAkBo9C,IAAE,EAApB;AAAA,gBAAuBD,IAAE,CAAzB,CAA2B,KAAI9xC,IAAEnZ,EAAEmZ,CAAF,CAAN,EAAW8xC,IAAE9xC,EAAE5iB,MAAf;AAAuBc,oBAAE8hB,EAAEu4C,UAAF,CAAazG,GAAb,CAAF,EAAoBx+C,IAAE0M,EAAEu4C,UAAF,CAAazG,GAAb,CAAtB,EAAwCP,IAAEvxC,EAAEu4C,UAAF,CAAazG,GAAb,CAA1C,EAA4DR,IAAEpzD,KAAG,CAAjE,EAAmEu4B,IAAE,CAAC,IAAEv4B,CAAH,KAAO,CAAP,GAASoV,KAAG,CAAjF,EAAmF6/C,IAAE,CAAC,KAAG7/C,CAAJ,KAAQ,CAAR,GAAUi+C,KAAG,CAAlG,EAAoG58C,IAAE,KAAG48C,CAAzG,EAA2GxvC,MAAMzO,CAAN,IAAS6/C,IAAEx+C,IAAE,EAAb,GAAgBoN,MAAMwvC,CAAN,MAAW58C,IAAE,EAAb,CAA3H,EAA4Io9C,IAAEA,IAAErtD,EAAE8sD,MAAF,CAASF,CAAT,CAAF,GAAc5sD,EAAE8sD,MAAF,CAAS/6B,CAAT,CAAd,GAA0B/xB,EAAE8sD,MAAF,CAAS2B,CAAT,CAA1B,GAAsCzuD,EAAE8sD,MAAF,CAAS78C,CAAT,CAApL;AAAvB,aAAuN,OAAOo9C,CAAP;AAAS,kBAASlrD,CAAT,CAAWmZ,CAAX,EAAa;AAAC,gBAAInZ,CAAJ;AAAA,gBAAM3I,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,KAAIzM,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,oBAAE8hB,EAAEu4C,UAAF,CAAa1xD,CAAb,CAAF,EAAkB3I,IAAE,GAAF,GAAMoV,KAAGi+C,EAAErzD,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAV,CAAH,EAAgBoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUoV,KAAGi+C,EAAE,MAAIrzD,MAAI,EAAV,CAAH,EAAiBoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOoV,CAAP;AAAS,aAAIpV,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEolE,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwDhC,IAAE,mEAA1D,CAA8H4O,EAAEpV,EAAEqkC,IAAJ,EAAS,EAACkxD,cAAazzE,CAAd,EAAgB0zE,YAAW7sF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBrL,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAInZ,IAAElH,IAAN;AAAA,YAAWzB,IAAE1C,OAAO07D,KAApB;AAAA,YAA0B5jD,IAAEpV,EAAEolE,UAA9B;AAAA,YAAyC/R,IAAEvxC,EAAEhe,OAA7C;AAAA,YAAqD0C,IAAE,EAACivF,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAS7zE,CAAT,EAAW;AAAC,uBAAO,KAAK4zE,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBmkB,CAArB,CAAhB,GAAwC,KAAK4zE,UAAL,GAAgB,CAAC5zE,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmK8zE,gBAAe,wBAAS9zE,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8sF,SAAL,EAAN;AAAA,oBAAuBz1F,IAAEqzD,EAAEvxC,CAAF,EAAInZ,CAAJ,CAAzB,CAAgC,OAAO3I,KAAG,CAAC,CAAJ,IAAO2I,EAAEjI,MAAF,CAASV,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQulB,SAAQ,iBAASzD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAIzgF,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,EAAE8hB,CAAF,KAAM9hB,EAAE8hB,CAAF,EAAKnZ,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYmtF,eAAc,uBAASh0E,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEqkB,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6BzD,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdi0E,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBltF,EAAEgkB,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASp0E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKmZ,CAAL,KAAS,KAAKA,CAAL,EAAQ8zE,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAK9zE,CAAL,IAAQnZ,CAA9C,EAAgDA,EAAEgtF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20BvgF,EAAEpV,CAAF,EAAI,EAACm2F,QAAO,EAACC,gBAAe5vF,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3BlJ,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,0BAAP,EAAkC,CAAC,mBAAD,CAAlC,EAAwD7f,CAAxD;AAA2D,CAA9E,CAA+E,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,CAAJ;AAAA,YAAMoV,IAAE3T,IAAR;AAAA,YAAa4xD,IAAEj+C,EAAEy4B,GAAjB;AAAA,YAAqBrnC,IAAE4O,EAAEg/F,IAAzB;AAAA,YAA8BhhD,IAAEh+C,EAAEkhF,KAAlC;AAAA,YAAwC/9D,IAAEnjB,EAAEga,GAA5C;AAAA,YAAgD6lC,IAAE7/C,EAAEuX,GAApD;AAAA,YAAwDlW,IAAErB,EAAE8gC,GAA5D;AAAA,YAAgE2d,IAAEz+C,EAAEwjF,GAApE;AAAA,YAAwEhlC,IAAEx+C,EAAE05E,GAA5E;AAAA,YAAgF96B,IAAE12D,OAAO07D,KAAzF;AAAA,YAA+F9E,IAAEF,EAAE8R,KAAnG;AAAA,YAAyG52C,IAAE8kC,EAAE0P,OAA7G;AAAA,YAAqH56D,IAAEkrD,EAAEoR,UAAzH;AAAA,YAAoIj9D,IAAE6rD,EAAE3vB,IAAxI;AAAA,YAA6I5G,IAAEt1B,EAAEyqF,OAAjJ;AAAA,YAAyJr9B,IAAEptD,EAAE0qF,GAA7J;AAAA,YAAiKnlD,IAAEvlC,EAAEirF,GAArK;AAAA,YAAyKh2F,IAAE+K,EAAEs7B,KAA7K;AAAA,YAAmLh9B,IAAE0B,EAAE2rF,GAAvL;AAAA,YAA2LtmD,IAAErlC,EAAE4rF,cAA/L;AAAA,YAA8M9qD,IAAEirB,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,sBAAIzI,UAAUhB,MAAd,IAAsB,KAAKmvL,GAAL,GAASvsK,EAAE,CAAF,CAAT,EAAc,KAAKwsK,GAAL,GAASxsK,EAAE,CAAF,CAA7C,KAAoD,KAAKusK,GAAL,GAASvsK,CAAT,EAAW,KAAKwsK,GAAL,GAAS3lL,CAAxE;AAA2E,aAA/F,EAAgG4lL,qBAAoB,GAApH,EAAwHC,sBAAqB,KAA7I,EAAmJC,oBAAmB,CAAtK,EAAwKC,QAAO,eAA/K,EAA+LvvL,SAAQ,mBAAU;AAAC,uBAAM,CAAC,KAAKkvL,GAAN,EAAU,KAAKC,GAAf,CAAN;AAA0B,aAA5O,EAA6O34G,QAAO,gBAAS7zD,CAAT,EAAW;AAAC,uBAAOA,KAAGA,EAAEusK,GAAF,KAAQ,KAAKA,GAAhB,IAAqBvsK,EAAEwsK,GAAF,KAAQ,KAAKA,GAAzC;AAA6C,aAA7S,EAA8SrtL,OAAM,iBAAU;AAAC,uBAAO,IAAIgoC,CAAJ,CAAM,KAAKolJ,GAAX,EAAe,KAAKC,GAApB,CAAP;AAAgC,aAA/V,EAAgW7qJ,OAAM,eAAS3hB,CAAT,EAAW;AAAC,uBAAO,KAAKwsK,GAAL,GAASlxL,EAAE,KAAKkxL,GAAP,EAAWxsK,CAAX,CAAT,EAAuB,KAAKusK,GAAL,GAASjxL,EAAE,KAAKixL,GAAP,EAAWvsK,CAAX,CAAhC,EAA8C,IAArD;AAA0D,aAA5a,EAA6axB,MAAK,gBAAU;AAAC,uBAAO,KAAKguK,GAAL,GAAS,KAAKA,GAAL,GAAS,GAAlB,EAAsB,KAAKD,GAAL,GAAS,KAAKA,GAAL,GAAS,EAAxC,EAA2C,IAAlD;AAAuD,aAApf,EAAqf/2F,YAAW,oBAASx1E,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKgmL,aAAL,CAAmB7sK,CAAnB,EAAqBnZ,CAArB,EAAwB85E,QAA/B;AAAwC,aAAtjB,EAAujBqnE,aAAY,qBAAShoI,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIqzD,CAAJ,EAAM7sD,CAAN,EAAQyuD,CAAR,EAAUx+C,CAAV,EAAYm9C,CAAZ,CAAc,OAAOjrD,IAAE+kC,EAAE/kC,CAAF,CAAF,EAAO3I,IAAEA,KAAGkvB,EAAEpvB,GAAF,CAAM8uL,MAAN,CAAaC,KAAzB,EAA+Bx7H,IAAE3lB,EAAE,KAAK2gJ,GAAP,CAAjC,EAA6C7nL,IAAEknC,EAAE,KAAK4gJ,GAAP,CAA/C,EAA2Dr5H,IAAEnzC,IAAEkyC,EAAE0P,OAAF,CAAU5jE,GAAV,CAAc8uL,MAAd,CAAqBC,KAArB,CAA2BroL,CAA1F,EAA4FiQ,IAAErB,EAAEmiI,IAAF,CAAO1jF,EAAER,CAAF,IAAK96B,EAAE08B,CAAF,CAAL,GAAU18B,EAAE86B,CAAF,IAAKQ,EAAEoB,CAAF,CAAL,GAAU18B,EAAE5vB,CAAF,CAA3B,CAA9F,EAA+HirD,IAAEptD,IAAE4sD,EAAES,EAAElrD,CAAF,IAAKkrD,EAAEoB,CAAF,CAAL,GAAU18B,EAAE86B,CAAF,CAAZ,EAAiB96B,EAAE08B,CAAF,IAAKpB,EAAER,CAAF,IAAKQ,EAAEp9C,CAAF,CAA3B,CAAnI,EAAoK,IAAIwyB,CAAJ,CAAMssB,EAAE9+C,CAAF,CAAN,EAAW8+C,EAAE3B,CAAF,CAAX,CAA3K;AAA4L,aAA7xB,EAA8xB+6H,eAAc,uBAAS7sK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMi1D,CAAN,EAAQx+C,CAAR,EAAUu9C,CAAV,EAAYE,CAAZ,EAAcprD,CAAd,EAAgBX,CAAhB,EAAkBs1B,CAAlB,EAAoB+P,CAApB,EAAsB0pB,CAAtB,EAAwBb,CAAxB,EAA0BD,CAA1B,EAA4BgB,CAA5B,EAA8BC,CAA9B,EAAgCS,CAAhC,EAAkCP,CAAlC,EAAoCrB,CAApC,EAAsCe,CAAtC,EAAwCO,CAAxC,EAA0CC,CAA1C,EAA4CI,CAA5C,EAA8Ct3D,CAA9C,EAAgD42D,CAAhD,EAAkDT,CAAlD,EAAoDiB,CAApD,EAAsDM,CAAtD,EAAwDP,CAAxD,EAA0DE,CAA1D,EAA4DpB,CAA5D,CAA8D,IAAG10C,IAAEmnB,EAAEgrC,MAAF,CAASnyD,CAAT,CAAF,EAAcnZ,IAAEA,KAAGumB,EAAEpvB,GAAF,CAAM8uL,MAAN,CAAaC,KAAhC,EAAsC,CAAC/sK,CAAD,IAAI,KAAK7gB,KAAL,GAAawiC,KAAb,CAAmB,CAAnB,EAAsBkyC,MAAtB,CAA6B7zD,EAAE7gB,KAAF,GAAUwiC,KAAV,CAAgB,CAAhB,CAA7B,CAA7C,EAA8F,OAAM,EAACg/C,UAAS,CAAV,EAAYqsG,aAAY,CAAxB,EAA0BC,WAAU,CAApC,EAAN,CAA6C,KAAI/uL,IAAE2I,EAAEnC,CAAJ,EAAMyuD,IAAEtsD,EAAElC,CAAV,EAAYgQ,IAAE9N,EAAEurD,CAAhB,EAAkBF,IAAEtmB,EAAE5rB,EAAEwsK,GAAF,GAAM,KAAKA,GAAb,CAApB,EAAsCp6H,IAAE1tD,EAAE,CAAC,IAAEiQ,CAAH,IAAMm9C,EAAElmB,EAAE,KAAK2gJ,GAAP,CAAF,CAAR,CAAxC,EAAgEvlL,IAAE+qD,EAAEK,CAAF,CAAlE,EAAuE/rD,IAAEowB,EAAE27B,CAAF,CAAzE,EAA8Ez2B,IAAEj3B,EAAE,CAAC,IAAEiQ,CAAH,IAAMm9C,EAAElmB,EAAE5rB,EAAEusK,GAAJ,CAAF,CAAR,CAAhF,EAAqG7gJ,IAAEqmB,EAAEp2B,CAAF,CAAvG,EAA4Gy5B,IAAE3+B,EAAEkF,CAAF,CAA9G,EAAmH44B,IAAErC,CAArH,EAAuHoD,IAAE,KAAKm3H,mBAA9H,EAAkJl3H,IAAE,CAAC,CAAzJ,EAA2J,CAACA,CAAD,IAAID,MAAK,CAApK;AAAuKU,wBAAEjE,EAAEwC,CAAF,CAAF,EAAOkB,IAAEh/B,EAAE89B,CAAF,CAAT,EAAcH,IAAE9gD,EAAEstE,IAAF,CAAOj8E,EAAEywD,IAAEY,CAAJ,IAAOrxD,EAAE0B,IAAEqlC,CAAF,GAAI1kC,IAAEouD,CAAF,GAAIK,CAAV,CAAd,CAAhB,EAA4CC,IAAE1uD,IAAE0kC,CAAF,GAAIrlC,IAAE+uD,CAAF,GAAIK,CAAtD,EAAwDM,IAAEzE,EAAE8C,CAAF,EAAIsB,CAAJ,CAA1D,EAAiEj3D,IAAE4H,IAAE+uD,CAAF,GAAIY,CAAJ,GAAM5B,CAAzE,EAA2Ee,IAAE,IAAExwD,EAAElG,CAAF,CAA/E,EAAoFk3D,IAAE,CAAtF,EAAwF,MAAIR,CAAJ,KAAQQ,IAAED,IAAE,IAAE1uD,CAAF,GAAI0kC,CAAJ,GAAMypB,CAAlB,CAAxF,EAA6Gb,IAAEC,CAA/G,EAAiHc,IAAE1gD,IAAE,EAAF,GAAKwgD,CAAL,IAAQ,IAAExgD,KAAG,IAAE,IAAEwgD,CAAP,CAAV,CAAnH,EAAwIZ,IAAErC,IAAE,CAAC,IAAEmD,CAAH,IAAM1gD,CAAN,GAAQlW,CAAR,IAAWs3D,IAAEV,IAAEjB,CAAF,IAAKuB,IAAEN,IAAEK,CAAF,IAAK,CAAC,CAAD,GAAG,IAAE/wD,EAAEgxD,CAAF,CAAV,CAAP,CAAb,CAA5I,EAAkLJ,IAAEhE,EAAEgD,IAAED,CAAJ,KAAQ,KAAKo4H,oBAAjM;AAAvK,iBAA6X,OAAO93H,IAAEO,KAAGxwD,EAAEzG,CAAF,IAAKyG,EAAEwuD,CAAF,CAAR,IAAcxuD,EAAEwuD,CAAF,CAAhB,EAAqB0C,IAAE,IAAEjB,IAAE,KAAF,IAAS,OAAKA,KAAG,CAAC,GAAD,GAAKA,KAAG,MAAI,MAAIA,CAAX,CAAR,CAAd,CAAzB,EAA+DuB,IAAEvB,IAAE,IAAF,IAAQ,MAAIA,KAAG,CAAC,GAAD,GAAKA,KAAG,KAAG,KAAGA,CAAT,CAAR,CAAZ,CAAjE,EAAmGgB,IAAEO,IAAE/B,CAAF,IAAKuB,IAAEQ,IAAE,CAAF,IAAKT,KAAG,CAAC,CAAD,GAAG,IAAE/wD,EAAEgxD,CAAF,CAAR,IAAcQ,IAAE,CAAF,GAAIR,CAAJ,IAAO,CAAC,CAAD,GAAG,IAAEhxD,EAAEyvD,CAAF,CAAZ,KAAmB,CAAC,CAAD,GAAG,IAAEzvD,EAAEgxD,CAAF,CAAxB,CAAnB,CAAP,CAArG,EAA+JG,IAAExE,EAAE8D,IAAEY,CAAJ,EAAM3vD,IAAEqlC,CAAF,GAAI1kC,IAAEouD,CAAF,GAAIK,CAAd,CAAjK,EAAkLf,IAAEpD,EAAEjrD,IAAE2vD,CAAJ,EAAM,CAAChvD,CAAD,GAAGouD,CAAH,GAAK/uD,IAAEqlC,CAAF,GAAI+pB,CAAf,CAApL,EAAsM,EAACkrB,UAASrlF,EAAE63D,IAAE0C,CAAF,IAAKE,IAAEH,CAAP,CAAF,EAAY,KAAK+2H,kBAAjB,CAAV,EAA+CK,aAAYv5H,EAAEqC,CAAF,CAA3D,EAAgEm3H,WAAUx5H,EAAEiB,CAAF,CAA1E,EAA7M;AAA6R,aAA7pD,EAAT,CAAhN,CAAy3DvtB,EAAE3qC,EAAF,CAAKR,QAAL,GAAc,YAAU;AAAC,mBAAOk2D,EAAEmG,MAAF,CAAS,KAAKu0H,MAAd,EAAqB,KAAKL,GAA1B,EAA8B,KAAKC,GAAnC,CAAP;AAA+C,SAAxE,EAAyErlJ,EAAE+lJ,UAAF,GAAa,UAASltK,CAAT,EAAW;AAAC,mBAAO,IAAImnB,CAAJ,CAAMnnB,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,CAAP;AAAwB,SAA1H,EAA2HmnB,EAAEgmJ,UAAF,GAAa,UAASntK,CAAT,EAAW;AAAC,mBAAO,IAAImnB,CAAJ,CAAMnnB,EAAE,CAAF,CAAN,EAAWA,EAAE,CAAF,CAAX,CAAP;AAAwB,SAA5K,EAA6KmnB,EAAEgrC,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAG80B,EAAE3b,CAAF,CAAH,EAAQ,OAAOA,aAAamnB,CAAb,GAAennB,EAAE7gB,KAAF,EAAf,GAAyB,MAAIf,UAAUhB,MAAd,IAAsB,MAAI4iB,EAAE5iB,MAA5B,GAAmC+pC,EAAEgmJ,UAAF,CAAantK,CAAb,CAAnC,GAAmD,IAAImnB,CAAJ,CAAMnnB,CAAN,EAAQnZ,CAAR,CAAnF;AAA8F,SAA1S,EAA2S3I,IAAEk0D,EAAEvzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,oBAAEmnB,EAAEgrC,MAAF,CAASnyD,CAAT,CAAF,EAAcnZ,IAAEsgC,EAAEgrC,MAAF,CAAStrE,CAAT,CAAhB,EAA4BmZ,EAAEwsK,GAAF,GAAM,GAAN,GAAU3lL,EAAE2lL,GAAF,GAAM,GAAhB,IAAqBxsK,EAAEusK,GAAF,GAAM,EAAN,GAAS1lL,EAAE0lL,GAAF,GAAM,EAApC,IAAwC,KAAK/1H,EAAL,GAAQx2C,CAAR,EAAU,KAAKotK,EAAL,GAAQvmL,CAA1D,KAA8D,KAAK2vD,EAAL,GAAQ3vD,CAAR,EAAU,KAAKumL,EAAL,GAAQptK,CAAhF,CAA5B;AAA+G,aAAnI,EAAoI/b,UAAS,kBAAS+b,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKumL,EAAX;AAAA,oBAAclvL,IAAE,KAAKs4D,EAArB;AAAA,oBAAwBljD,IAAEo4B,EAAE1rB,EAAEwsK,GAAJ,EAAQxsK,EAAE,CAAF,CAAR,CAA1B;AAAA,oBAAwCuxC,IAAE7lB,EAAE1rB,EAAEusK,GAAJ,EAAQvsK,EAAE,CAAF,CAAR,CAA1C,CAAwD,OAAOA,KAAG1M,IAAE,GAAF,IAAOzM,EAAE2lL,GAAF,GAAM,GAAhB,IAAqBl5K,IAAE,GAAF,IAAOpV,EAAEsuL,GAAF,GAAM,GAAlC,IAAuCj7H,IAAE,EAAF,IAAMrzD,EAAEquL,GAAF,GAAM,EAAnD,IAAuDh7H,IAAE,EAAF,IAAM1qD,EAAE0lL,GAAF,GAAM,EAA1E;AAA6E,aAA9R,EAA+R7rG,QAAO,kBAAU;AAAC,oBAAI1gE,IAAE,KAAKotK,EAAX;AAAA,oBAAcvmL,IAAE,KAAK2vD,EAArB;AAAA,oBAAwBt4D,IAAE8hB,EAAEwsK,GAAF,GAAM,CAAC3lL,EAAE2lL,GAAF,GAAMxsK,EAAEwsK,GAAT,IAAc,CAA9C;AAAA,oBAAgDl5K,IAAE0M,EAAEusK,GAAF,GAAM,CAAC1lL,EAAE0lL,GAAF,GAAMvsK,EAAEusK,GAAT,IAAc,CAAtE,CAAwE,OAAO,IAAIplJ,CAAJ,CAAM7zB,CAAN,EAAQpV,CAAR,CAAP;AAAkB,aAA3Y,EAA4YmvL,aAAY,qBAASrtK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,CAAC,CAAT,CAAW,KAAI2I,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAEA,KAAG,KAAK+F,QAAL,CAAc+b,EAAEnZ,CAAF,CAAd,CAAL;AAAvB,iBAAgD,OAAO3I,CAAP;AAAS,aAAxe,EAAyeovL,SAAQ,iBAASttK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKumL,EAAX;AAAA,oBAAclvL,IAAE,KAAKs4D,EAArB;AAAA,oBAAwBljD,IAAEo4B,EAAE1rB,EAAEwsK,GAAJ,EAAQxsK,EAAE,CAAF,CAAR,CAA1B;AAAA,oBAAwCuxC,IAAE7lB,EAAE1rB,EAAEusK,GAAJ,EAAQvsK,EAAE,CAAF,CAAR,CAA1C,CAAwDnZ,EAAE2lL,GAAF,GAAM73K,EAAE9N,EAAE2lL,GAAJ,EAAQl5K,CAAR,CAAN,EAAiBzM,EAAE0lL,GAAF,GAAMp5H,EAAEtsD,EAAE0lL,GAAJ,EAAQh7H,CAAR,CAAvB,EAAkCrzD,EAAEsuL,GAAF,GAAMr5H,EAAEj1D,EAAEsuL,GAAJ,EAAQl5K,CAAR,CAAxC,EAAmDpV,EAAEquL,GAAF,GAAM53K,EAAEzW,EAAEquL,GAAJ,EAAQh7H,CAAR,CAAzD;AAAoE,aAAznB,EAA0nBg8H,YAAW,oBAASvtK,CAAT,EAAW;AAAC,qBAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAEmZ,EAAE5iB,MAAhB,EAAuByJ,GAAvB;AAA2B,yBAAKymL,OAAL,CAAattK,EAAEnZ,CAAF,CAAb;AAA3B;AAA8C,aAA/rB,EAAgsB+mK,OAAM,iBAAU;AAAC,oBAAI5tJ,IAAE,KAAKotK,EAAX;AAAA,oBAAcvmL,IAAE,KAAK2vD,EAArB,CAAwB,OAAM,EAAC42H,IAAG,KAAKA,EAAT,EAAYp4H,IAAG,IAAI7tB,CAAJ,CAAMnnB,EAAEusK,GAAR,EAAY1lL,EAAE2lL,GAAd,CAAf,EAAkCh2H,IAAG,KAAKA,EAA1C,EAA6Cg3H,IAAG,IAAIrmJ,CAAJ,CAAMtgC,EAAE0lL,GAAR,EAAYvsK,EAAEwsK,GAAd,CAAhD,EAAN;AAA0E,aAAnzB,EAAozBnvL,SAAQ,mBAAU;AAAC,oBAAI2iB,IAAE,KAAKotK,EAAX;AAAA,oBAAcvmL,IAAE,KAAK2vD,EAArB,CAAwB,OAAM,CAACx2C,CAAD,EAAG,IAAImnB,CAAJ,CAAMnnB,EAAEusK,GAAR,EAAY1lL,EAAE2lL,GAAd,CAAH,EAAsB3lL,CAAtB,EAAwB,IAAIsgC,CAAJ,CAAMtgC,EAAE0lL,GAAR,EAAYvsK,EAAEwsK,GAAd,CAAxB,CAAN;AAAkD,aAAj5B,EAAk5Bp2E,UAAS,kBAASp2F,CAAT,EAAW;AAAC,uBAAO,KAAKqtK,WAAL,CAAiBrtK,EAAE3iB,OAAF,EAAjB,KAA+B2iB,EAAEqtK,WAAF,CAAc,KAAKhwL,OAAL,EAAd,CAAtC;AAAoE,aAA3+B,EAAT,CAA7S,EAAoyCa,EAAEuvL,KAAF,GAAQ,IAAIvvL,CAAJ,CAAM,CAAC,EAAD,EAAI,CAAC,GAAL,CAAN,EAAgB,CAAC,CAAC,EAAF,EAAK,GAAL,CAAhB,CAA5yC,EAAu0CA,EAAEi0E,MAAF,GAAS,UAASnyD,CAAT,EAAW1M,CAAX,EAAa;AAAC,mBAAO0M,aAAa9hB,CAAb,GAAe8hB,CAAf,GAAiBA,KAAG1M,CAAH,GAAK,IAAIpV,CAAJ,CAAM8hB,CAAN,EAAQ1M,CAAR,CAAL,GAAgB0M,KAAG,MAAIA,EAAE5iB,MAAT,IAAiB,CAACkW,CAAlB,GAAoB,IAAIpV,CAAJ,CAAM,CAAC8hB,EAAE,CAAF,CAAD,EAAMA,EAAE,CAAF,CAAN,CAAN,EAAkB,CAACA,EAAE,CAAF,CAAD,EAAMA,EAAE,CAAF,CAAN,CAAlB,CAApB,GAAmDnZ,CAA3F;AAA6F,SAA37C,EAA47CG,EAAEomB,CAAF,EAAI,EAACpvB,KAAI,EAAC0vL,QAAOxvL,CAAR,EAAUyvL,UAASxmJ,CAAnB,EAAL,EAAJ,CAA57C;AAA69C,KAAp2G,CAAq2G3rC,OAAO07D,KAAP,CAAa76D,MAAl3G,CAAD;AAA23G,CAAr9G,EAAs9G,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA5hH,CAA98P,EAA4+W,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,6BAAP,EAAqC,CAAC,mBAAD,CAArC,EAA2D7f,CAA3D;AAA8D,CAAjF,CAAkF,YAAU;AAAC,KAAC,YAAU;AAAC,YAAIA,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBrwD,IAAEmZ,EAAE0hD,EAAF,CAAK0E,MAA1B;AAAA,YAAiCloE,IAAE8hB,EAAEovC,QAArC;AAAA,YAA8C97C,IAAE0M,EAAEuiB,IAAF,CAAO0vD,cAAvD;AAAA,YAAsE1gC,IAAEvxC,EAAEuiB,IAAF,CAAOuuD,OAA/E;AAAA,YAAuFpsF,IAAEmC,EAAEhI,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC2I,kBAAErK,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsB9hB,CAAtB,GAAyB,KAAK45D,YAAL,CAAkB55D,CAAlB,CAAzB,EAA8C,KAAK4rC,KAAL,GAAW,EAAzD,EAA4D,KAAKzF,OAAL,CAAavR,QAAb,CAAsB,wBAAtB,CAA5D;AAA4G,aAAhI,EAAiIh0B,SAAQ,EAACC,MAAK,aAAN,EAAoByuJ,WAAU,eAA9B,EAA8CogC,cAAa,WAA3D,EAAzI,EAAiNljL,QAAO,gBAASsV,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKgnL,OAAL,GAAa7tK,CAAb,EAAe,KAAKs+J,KAAL,GAAWz3K,CAA1B,EAA4B,KAAKinL,OAAL,EAA5B;AAA2C,aAAjR,EAAkR94K,KAAI,aAASgL,CAAT,EAAW;AAACuxC,kBAAEvxC,CAAF,MAAO,YAAU,OAAOA,CAAjB,KAAqBA,IAAE,EAAC7e,MAAK6e,CAAN,EAAvB,GAAiC,KAAK8pB,KAAL,CAAWjuC,IAAX,CAAgBmkB,CAAhB,CAAjC,EAAoD,KAAK8tK,OAAL,EAA3D;AAA2E,aAA7W,EAA8Wt3K,QAAO,gBAASwJ,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,EAAV,CAAa,KAAIzM,IAAE,CAAN,EAAQA,IAAE,KAAKijC,KAAL,CAAW1sC,MAArB,EAA4ByJ,GAA5B;AAAgC3I,wBAAE,KAAK4rC,KAAL,CAAWjjC,CAAX,CAAF,EAAgB3I,EAAEiD,IAAF,KAAS6e,CAAT,IAAY1M,EAAEzX,IAAF,CAAOqC,CAAP,CAA5B;AAAhC,iBAAsE,KAAK4rC,KAAL,GAAWx2B,CAAX,EAAa,KAAKw6K,OAAL,EAAb;AAA4B,aAAhf,EAAifr8I,OAAM,iBAAU;AAAC,qBAAK3H,KAAL,GAAW,EAAX,EAAc,KAAKzF,OAAL,CAAa5tB,KAAb,EAAd;AAAmC,aAAriB,EAAsiBq3K,SAAQ,mBAAU;AAAC,oBAAI9tK,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQyM,CAAR;AAAA,oBAAUi+C,IAAE,EAAZ;AAAA,oBAAe7sD,IAAExG,EAAE,KAAKY,OAAL,CAAa8uL,YAAf,CAAjB,CAA8C,KAAI5tK,IAAE,CAAN,EAAQA,IAAE,KAAK8pB,KAAL,CAAW1sC,MAArB,EAA4B4iB,GAA5B;AAAgCnZ,wBAAE,KAAKijC,KAAL,CAAW9pB,CAAX,CAAF,EAAgB1M,IAAE,KAAKy6K,SAAL,CAAelnL,CAAf,CAAlB,EAAoC,OAAKyM,CAAL,IAAQi+C,EAAE11D,IAAF,CAAO6I,EAAE,EAACvD,MAAKmS,CAAN,EAAF,CAAP,CAA5C;AAAhC,iBAAgGi+C,EAAEn0D,MAAF,GAAS,CAAT,GAAW,KAAKinC,OAAL,CAAa5tB,KAAb,GAAqB+P,MAArB,CAA4B+qC,EAAErpD,IAAF,CAAO,KAAKpJ,OAAL,CAAa0uJ,SAApB,CAA5B,EAA4DjiI,IAA5D,EAAX,GAA8E,KAAK8Y,OAAL,CAAa7X,IAAb,EAA9E;AAAkG,aAAzyB,EAA0yBuhK,WAAU,mBAAS/tK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAAN;AAAA,oBAAS3I,IAAE,KAAK8vL,YAAL,CAAkBhuK,EAAEiuK,OAApB,EAA4BjuK,EAAEkuK,OAA9B,CAAX;AAAA,oBAAkD56K,IAAE,KAAK66K,OAAL,CAAanuK,EAAEouK,MAAf,CAApD,CAA2E,OAAOlwL,KAAGoV,CAAH,KAAOzM,KAAGmZ,EAAE7e,IAAZ,GAAkB0F,CAAzB;AAA2B,aAAt6B,EAAu6BmnL,cAAa,sBAAShuK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,CAAC,CAAP,CAAS,OAAO8hB,IAAE1M,EAAE0M,CAAF,EAAI,CAACg5C,OAAOw3B,SAAZ,CAAF,EAAyB3pF,IAAEyM,EAAEzM,CAAF,EAAImyD,OAAOw3B,SAAX,CAA3B,EAAiDtyF,IAAE,KAAKogL,KAAL,GAAWt+J,CAAX,IAAc,KAAKs+J,KAAL,GAAWz3K,CAAnF;AAAqF,aAAhiC,EAAiiCsnL,SAAQ,iBAASnuK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAC,CAAP,CAAS,OAAOmZ,MAAInZ,IAAEmZ,EAAE/b,QAAF,CAAW,KAAK4pL,OAAhB,CAAN,GAAgChnL,CAAvC;AAAyC,aAAvmC,EAAT,CAAzF,CAA4sCmZ,EAAE4hD,OAAF,CAAUF,EAAV,CAAalhC,MAAb,CAAoB97B,CAApB;AAAuB,KAA9uC,CAA+uClJ,OAAO07D,KAAP,CAAa76D,MAA5vC,CAAD;AAAqwC,CAAl2C,EAAm2C,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAz6C,CAA5+W,EAAu5Z,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,2BAAP,EAAmC,CAAC,gBAAD,CAAnC,EAAsD7f,CAAtD;AAAyD,CAA5E,CAA6E,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAa;AAAC,mBAAO9hB,EAAEm6D,MAAF,CAAS,wFAAT,EAAkGr4C,CAAlG,CAAP;AAA4G,aAAI9hB,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEwjE,EAAF,CAAK0E,MAA1B;AAAA,YAAiC7U,IAAErzD,EAAEqK,IAArC;AAAA,YAA0C7D,IAAEsb,EAAEtd,KAA9C;AAAA,YAAoD4uD,IAAE,iBAAtD;AAAA,YAAwE76B,IAAE5vB,EAAE,GAAF,IAAOA,EAAE,GAAF,CAAP,GAAcA,EAAE,GAAF,CAAd,GAAqBA,EAAE,GAAF,CAA/F;AAAA,YAAsGssD,IAAE7/C,EAAEzU,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACyM,kBAAE9W,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,GAAyB,KAAKixD,YAAL,CAAkBjxD,CAAlB,CAAzB,EAA8C,KAAKw9B,OAAL,CAAavR,QAAb,CAAsB,wCAAtB,EAAgEtM,MAAhE,CAAuEiQ,CAAvE,EAA0EjX,EAA1E,CAA6E,UAAQ8xC,CAArF,EAAuF,WAAvF,EAAmG5sD,EAAE,IAAF,EAAO,QAAP,CAAnG,CAA9C,CAAmK,IAAI6sD,IAAE,KAAKltB,OAAL,CAAat6B,MAAb,GAAsB6K,OAAtB,CAA8B,MAAI1W,EAAE+N,IAAF,CAAO,MAAP,CAAJ,GAAmB,GAAjD,CAAN,CAA4D,KAAKoiL,QAAL,GAAc98H,EAAEn0D,MAAF,GAAS,CAAT,GAAWm0D,CAAX,GAAa,KAAKltB,OAAhC,EAAwC,KAAK4gC,SAAL,CAAe,KAAKopH,QAApB,CAAxC,EAAsE,KAAK7/B,QAAL,GAAc9pJ,EAAE,KAAK8pJ,QAAP,EAAgB,IAAhB,CAApF,EAA0G,KAAK6/B,QAAL,CAAc7uK,EAAd,CAAiB,SAAjB,EAA2B,KAAKgvI,QAAhC,CAA1G;AAAoJ,aAAvY,EAAwY1vJ,SAAQ,EAACC,MAAK,WAAN,EAAkBuvL,SAAQ,CAA1B,EAAhZ,EAA6avuK,QAAO,CAAC,KAAD,CAApb,EAA4bmiE,SAAQ,mBAAU;AAAC,qBAAKmsG,QAAL,CAAcp1K,GAAd,CAAkB,SAAlB,EAA4B,KAAKu1I,QAAjC;AAA2C,aAA1f,EAA2fsU,MAAK,cAAS9iJ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKY,OAAL,CAAawvL,OAAnB,CAA2B,KAAK7qK,OAAL,CAAa,KAAb,EAAmB,EAACioB,GAAE1rB,IAAE9hB,CAAL,EAAO0tC,GAAE/kC,IAAE3I,CAAX,EAAnB;AAAkC,aAA3kB,EAA4kBylF,QAAO,gBAAS98E,CAAT,EAAW;AAAC,oBAAI3I,IAAE,CAAN;AAAA,oBAAQoV,IAAE,CAAV;AAAA,oBAAYi+C,IAAEvxC,EAAEnZ,EAAE2a,aAAJ,CAAd,CAAiC+vC,EAAEn+C,EAAF,CAAK,gBAAL,IAAuBE,IAAE,CAAzB,GAA2Bi+C,EAAEn+C,EAAF,CAAK,gBAAL,IAAuBE,IAAE,CAAC,CAA1B,GAA4Bi+C,EAAEn+C,EAAF,CAAK,gBAAL,IAAuBlV,IAAE,CAAzB,GAA2BqzD,EAAEn+C,EAAF,CAAK,gBAAL,MAAyBlV,IAAE,CAAC,CAA5B,CAAlF,EAAiH,KAAK4kK,IAAL,CAAU5kK,CAAV,EAAYoV,CAAZ,CAAjH,EAAgIzM,EAAE8a,cAAF,EAAhI;AAAmJ,aAAnxB,EAAoxB6sI,UAAS,kBAASxuI,CAAT,EAAW;AAAC,wBAAOA,EAAEqC,KAAT,GAAgB,KAAKkvC,EAAEgR,EAAP;AAAU,6BAAKugG,IAAL,CAAU,CAAV,EAAY,CAAZ,GAAe9iJ,EAAE2B,cAAF,EAAf,CAAkC,MAAM,KAAK4vC,EAAEkR,IAAP;AAAY,6BAAKqgG,IAAL,CAAU,CAAV,EAAY,CAAC,CAAb,GAAgB9iJ,EAAE2B,cAAF,EAAhB,CAAmC,MAAM,KAAK4vC,EAAEiR,KAAP;AAAa,6BAAKsgG,IAAL,CAAU,CAAV,EAAY,CAAZ,GAAe9iJ,EAAE2B,cAAF,EAAf,CAAkC,MAAM,KAAK4vC,EAAE+Q,IAAP;AAAY,6BAAKwgG,IAAL,CAAU,CAAC,CAAX,EAAa,CAAb,GAAgB9iJ,EAAE2B,cAAF,EAAhB,CAAxL;AAA4N,aAArgC,EAAT,CAAxG,CAAynCzjB,EAAE0jE,OAAF,CAAUF,EAAV,CAAalhC,MAAb,CAAoB2yB,CAApB;AAAuB,KAAtxC,CAAuxC33D,OAAO07D,KAAP,CAAa76D,MAApyC,CAAD;AAA6yC,CAAr4C,EAAs4C,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA58C,CAAv5Z,EAAq2c,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiD7f,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASnZ,CAAT,CAAWmZ,CAAX,EAAanZ,CAAb,EAAe;AAAC,mBAAO3I,EAAEm6D,MAAF,CAAS,mEAAT,EAA6Er4C,CAA7E,EAA+EnZ,CAA/E,CAAP;AAAyF,aAAI3I,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEwjE,EAAF,CAAK0E,MAA1B;AAAA,YAAiC7U,IAAErzD,EAAEqK,IAArC;AAAA,YAA0C7D,IAAEsb,EAAEtd,KAA9C;AAAA,YAAoD4uD,IAAE,mBAAtD;AAAA,YAA0E76B,IAAE5vB,EAAE,IAAF,EAAO,GAAP,IAAYA,EAAE,KAAF,EAAQ,GAAR,CAAxF;AAAA,YAAqGssD,IAAE,GAAvG;AAAA,YAA2Gx+C,IAAE,GAA7G;AAAA,YAAiHo9C,IAAE,EAAnH;AAAA,YAAsHD,IAAE,GAAxH;AAAA,YAA4HI,IAAE5+C,EAAEzU,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACyM,kBAAE9W,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,GAAyB,KAAKixD,YAAL,CAAkBjxD,CAAlB,CAAzB,EAA8C,KAAKw9B,OAAL,CAAavR,QAAb,CAAsB,4DAAtB,EAAoFtM,MAApF,CAA2FiQ,CAA3F,EAA8FjX,EAA9F,CAAiG,UAAQ8xC,CAAzG,EAA2G,WAA3G,EAAuH5sD,EAAE,IAAF,EAAO,QAAP,CAAvH,CAA9C,CAAuL,IAAI6sD,IAAE,KAAKltB,OAAL,CAAat6B,MAAb,GAAsB6K,OAAtB,CAA8B,MAAI1W,EAAE+N,IAAF,CAAO,MAAP,CAAJ,GAAmB,GAAjD,CAAN,CAA4D,KAAKoiL,QAAL,GAAc98H,EAAEn0D,MAAF,GAAS,CAAT,GAAWm0D,CAAX,GAAa,KAAKltB,OAAhC,EAAwC,KAAK4gC,SAAL,CAAe,KAAKopH,QAApB,CAAxC,EAAsE,KAAK7/B,QAAL,GAAc9pJ,EAAE,KAAK8pJ,QAAP,EAAgB,IAAhB,CAApF,EAA0G,KAAK6/B,QAAL,CAAc7uK,EAAd,CAAiB,SAAjB,EAA2B,KAAKgvI,QAAhC,CAA1G;AAAoJ,aAA3Z,EAA4Z1vJ,SAAQ,EAACC,MAAK,aAAN,EAAoBwvL,UAAS,CAA7B,EAApa,EAAocxuK,QAAO,CAAC,QAAD,CAA3c,EAAsd46D,SAAQ,iBAAS36D,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAL,CAAayvL,QAAnB,CAA4B,KAAK9qK,OAAL,CAAa,QAAb,EAAsB,EAAC29D,OAAMphE,IAAEnZ,CAAT,EAAtB;AAAmC,aAAziB,EAA0iB88E,QAAO,gBAAS98E,CAAT,EAAW;AAAC,oBAAI3I,IAAE8hB,EAAEnZ,EAAE2a,aAAJ,CAAN;AAAA,oBAAyBlO,IAAE,CAA3B,CAA6BpV,EAAEkV,EAAF,CAAK,aAAL,MAAsBE,IAAE,CAAC,CAAzB,GAA4B,KAAKqnE,OAAL,CAAarnE,CAAb,CAA5B,EAA4CzM,EAAE8a,cAAF,EAA5C;AAA+D,aAAzpB,EAA0pB6sI,UAAS,kBAASxuI,CAAT,EAAW;AAAC,wBAAOA,EAAEqC,KAAT,GAAgB,KAAKkvC,EAAE2R,WAAP,CAAmB,KAAK/P,CAAL,CAAO,KAAKpB,CAAL;AAAO,6BAAK4oB,OAAL,CAAa,CAAb,EAAgB,MAAM,KAAKppB,EAAE4R,YAAP,CAAoB,KAAKxuD,CAAL,CAAO,KAAKm9C,CAAL;AAAO,6BAAK6oB,OAAL,CAAa,CAAC,CAAd,EAAzG;AAA2H,aAA1yB,EAAT,CAA9H,CAAo7Bz8E,EAAE0jE,OAAF,CAAUF,EAAV,CAAalhC,MAAb,CAAoB0xB,CAApB;AAAuB,KAAhkC,CAAikC12D,OAAO07D,KAAP,CAAa76D,MAA9kC,CAAD;AAAulC,CAA1qC,EAA2qC,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAjvC,CAAr2c,EAAwlf,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,qBAAP,EAA6B,CAAC,0BAAD,EAA4B,mBAA5B,CAA7B,EAA8E7f,CAA9E;AAAiF,CAApG,CAAqG,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAEyB,IAAN;AAAA,YAAW2T,IAAEpV,EAAEo0G,IAAf;AAAA,YAAoB/gD,IAAErzD,EAAEswL,GAAxB;AAAA,YAA4B9pL,IAAExG,EAAE0jC,GAAhC;AAAA,YAAoC0vB,IAAEpzD,EAAE44F,GAAxC;AAAA,YAA4CrgE,IAAEv4B,EAAEgsD,GAAhD;AAAA,YAAoDiJ,IAAEj1D,EAAE8uF,GAAxD;AAAA,YAA4Dr4E,IAAEnZ,OAAO07D,KAArE;AAAA,YAA2EnF,IAAEp9C,EAAEqvD,KAA/E;AAAA,YAAqFlS,IAAEn9C,EAAEitD,OAAzF;AAAA,YAAiG1P,IAAEv9C,EAAE2uD,UAArG;AAAA,YAAgHlR,IAAEz9C,EAAEsjF,QAApH;AAAA,YAA6H7qE,IAAEglC,EAAEmmC,KAAjI;AAAA,YAAuIvxF,IAAE8qD,EAAE9zD,GAA3I;AAAA,YAA+IqI,IAAEW,EAAE2mL,QAAnJ;AAAA,YAA4JhyJ,IAAEhnB,EAAE4tB,IAAhK;AAAA,YAAqKkxB,IAAE93B,EAAE21D,GAAzK;AAAA,YAA6K1lD,IAAEjQ,EAAEo1D,GAAjL;AAAA,YAAqLz1F,IAAEqgC,EAAEy1D,UAAzL;AAAA,YAAoMzsF,IAAEzG,EAAEqvB,EAAxM;AAAA,YAA2Mme,IAAE/mC,IAAE,CAA/M;AAAA,YAAiNwiC,IAAExiC,IAAE,CAArN;AAAA,YAAuNywD,IAAEzwD,IAAE,GAA3N;AAAA,YAA+N4vD,IAAE,EAAC7vD,GAAE,OAAH,EAAWC,GAAE,iBAAb,EAA+BytD,GAAE,oBAAjC,EAAsDvrD,GAAE,kBAAxD,EAAjO;AAAA,YAA6SytD,IAAEvC,EAAElzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAK83C,YAAL,CAAkB93C,CAAlB;AAAqB,aAAvC,EAAwCyuK,SAAQ,GAAhD,EAAoDC,SAAQ,aAA5D,EAA0EC,oBAAmB,EAA7F,EAAgGC,qBAAoB,KAApH,EAA0H9vL,SAAQ,EAAC+vL,iBAAgB,CAAjB,EAAmBC,OAAMv6H,CAAzB,EAAlI,EAA8J9mD,SAAQ,iBAASuS,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEw7K,KAA3B;AAAA,oBAAiCpqL,IAAE6sD,EAAE7sD,CAArC;AAAA,oBAAuC4sD,IAAEh+C,EAAEu7K,eAA3C;AAAA,oBAA2Dp4J,IAAEn7B,EAAE0kB,EAAEusK,GAAJ,EAAQ,CAACruL,EAAEwwL,OAAX,EAAmBxwL,EAAEwwL,OAArB,CAA7D;AAAA,oBAA2Fv7H,IAAEtsD,IAAEvL,EAAE0kB,EAAEwsK,GAAJ,EAAQ,CAACtuL,EAAEuwL,OAAX,EAAmBvwL,EAAEuwL,OAArB,CAAF,GAAgCzuK,EAAEwsK,GAA/H;AAAA,oBAAmI73K,IAAE8+C,EAAEN,IAAE7B,CAAJ,IAAO5sD,CAA5I;AAAA,oBAA8IqtD,IAAE7zD,EAAE6wL,WAAF,CAAct4J,CAAd,CAAhJ,CAAiK,OAAO,IAAIrJ,CAAJ,CAAMzY,CAAN,EAAQo9C,CAAR,CAAP;AAAkB,aAAvW,EAAwWg9H,aAAY,qBAAS/uK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAL,CAAagwL,KAAnB;AAAA,oBAAyB5wL,IAAE2I,EAAEA,CAA7B;AAAA,oBAA+ByM,IAAEzM,EAAEnC,CAAnC;AAAA,oBAAqC6sD,IAAEkC,EAAEzzC,CAAF,CAAvC;AAAA,oBAA4CrL,IAAEw+C,EAAEhsB,IAAEoqB,IAAE,CAAN,CAA9C;AAAA,oBAAuDQ,IAAE7zD,IAAEozD,EAAEC,CAAF,CAA3D;AAAA,oBAAgEO,IAAEptD,EAAE,CAAC,IAAEqtD,CAAH,KAAO,IAAEA,CAAT,CAAF,EAAc7zD,IAAE,CAAhB,CAAlE,CAAqF,OAAOoV,IAAEmjB,EAAE9hB,IAAEm9C,CAAJ,CAAT;AAAgB,aAAre,EAAsek9H,SAAQ,iBAAShvK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEY,OAAf;AAAA,oBAAuByyD,IAAEj+C,EAAEw7K,KAA3B;AAAA,oBAAiCpqL,IAAE6sD,EAAE7sD,CAArC;AAAA,oBAAuC4sD,IAAEh+C,EAAEu7K,eAA3C;AAAA,oBAA2Dp4J,IAAEzW,EAAE0rB,CAAF,IAAK0pB,IAAE1wD,CAAP,IAAU4sD,CAAvE;AAAA,oBAAyE6B,IAAE73D,EAAE4C,EAAE+wL,SAAF,CAAYjvK,EAAE4rB,CAAd,CAAF,EAAmB,CAAC1tC,EAAEwwL,OAAtB,EAA8BxwL,EAAEwwL,OAAhC,CAA3E,CAAoH,OAAO7nL,MAAI4vB,IAAEn7B,EAAEm7B,CAAF,EAAI,CAACv4B,EAAEuwL,OAAP,EAAevwL,EAAEuwL,OAAjB,CAAN,GAAiC,IAAIpoL,CAAJ,CAAM8sD,CAAN,EAAQ18B,CAAR,CAAxC;AAAmD,aAAnqB,EAAoqBw4J,WAAU,mBAASjvK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM4vB,CAAN;AAAA,oBAAQ08B,CAAR;AAAA,oBAAUx+C,CAAV;AAAA,oBAAYo9C,IAAE,IAAd;AAAA,oBAAmBD,IAAEC,EAAEjzD,OAAF,CAAUgwL,KAA/B;AAAA,oBAAqC58H,IAAEJ,EAAEptD,CAAzC;AAAA,oBAA2C0tD,IAAEN,EAAEjrD,CAA/C;AAAA,oBAAiDumB,IAAEglC,IAAE,CAArD;AAAA,oBAAuDprD,IAAEuqD,EAAE,CAACvxC,CAAD,GAAGkyC,CAAL,CAAzD;AAAA,oBAAiE7rD,IAAEqlC,IAAE,IAAEp4B,EAAEtM,CAAF,CAAvE,CAA4E,KAAIH,IAAE,CAAN,EAAQA,KAAGkrD,EAAE48H,kBAAL,KAA0Bl4J,IAAE27B,IAAEd,EAAEjrD,CAAF,CAAJ,EAAS8sD,IAAEzuD,EAAE,CAAC,IAAE+xB,CAAH,KAAO,IAAEA,CAAT,CAAF,EAAcrJ,CAAd,CAAX,EAA4BzY,IAAE+2B,IAAE,IAAEp4B,EAAEtM,IAAEmsD,CAAJ,CAAJ,GAAW9sD,CAAzC,EAA2CA,KAAGsO,CAA9C,EAAgD,EAAEzW,EAAE6tC,GAAF,CAAMp3B,CAAN,KAAUo9C,EAAE68H,mBAAd,CAA1E,CAAR,EAAsH/nL,GAAtH,IAA2H,OAAO+kC,EAAEvlC,CAAF,CAAP;AAAY,aAA74B,EAAT,CAA/S;AAAA,YAAwsCivD,IAAEhB,EAAEz1D,MAAF,CAAS,EAAC6vL,SAAQ,aAAT,EAAuBK,aAAY,qBAAS/uK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAL,CAAagwL,KAAb,CAAmBpqL,CAAzB;AAAA,oBAA2BxG,IAAEu1D,EAAEzzC,CAAF,CAA7B;AAAA,oBAAkC1M,IAAE6/C,EAAEhsB,IAAEjpC,IAAE,CAAN,CAApC,CAA6C,OAAO2I,IAAE4vB,EAAEnjB,CAAF,CAAT;AAAc,aAA1G,EAA2G27K,WAAU,mBAASjvK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAL,CAAagwL,KAAb,CAAmBpqL,CAAzB;AAAA,oBAA2BxG,IAAEqzD,EAAE,CAACvxC,CAAD,GAAGnZ,CAAL,CAA7B,CAAqC,OAAO+kC,EAAEF,IAAE,IAAEp4B,EAAEpV,CAAF,CAAN,CAAP;AAAmB,aAAzL,EAAT,CAA1sC;AAAA,YAA+4Cq3D,IAAExD,EAAElzD,MAAF,CAAS,EAAC4O,SAAQ,iBAASuS,CAAT,EAAW;AAAC,uBAAO,IAAIoN,CAAJ,CAAMpN,EAAEwsK,GAAR,EAAYxsK,EAAEusK,GAAd,CAAP;AAA0B,aAA/C,EAAgDyC,SAAQ,iBAAShvK,CAAT,EAAW;AAAC,uBAAO,IAAI3Z,CAAJ,CAAM2Z,EAAE4rB,CAAR,EAAU5rB,EAAE0rB,CAAZ,CAAP;AAAsB,aAA1F,EAAT,CAAj5C;AAAA,YAAu/CsqB,IAAEjE,EAAElzD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,oBAAIujB,IAAE,IAAN;AAAA,oBAAWnZ,IAAEmZ,EAAEkvK,KAAF,GAAQ,IAAI55H,CAAJ,EAArB;AAAA,oBAA2Bp3D,IAAE,KAAK6zD,CAAL,GAAO,IAAEptD,CAAF,GAAIkC,EAAE/H,OAAF,CAAUgwL,KAAV,CAAgBpqL,CAAxD,CAA0D,KAAKyqL,GAAL,GAAS/8H,EAAEgjC,SAAF,GAAcC,SAAd,CAAwB,EAAxB,EAA2B,EAA3B,EAA+B54E,KAA/B,CAAqC,IAAEve,CAAvC,EAAyC,CAAC,CAAD,GAAGA,CAA5C,CAAT,EAAwD,KAAKkxL,IAAL,GAAUh9H,EAAEgjC,SAAF,GAAc34E,KAAd,CAAoBve,CAApB,EAAsB,CAACA,CAAvB,EAA0Bm3F,SAA1B,CAAoC,CAAC,EAArC,EAAwC,CAAC,EAAzC,CAAlE;AAA+G,aAA1L,EAA2Lg6F,SAAQ,iBAASrvK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE,KAAK47K,KAAL,CAAWzhL,OAAX,CAAmBuS,CAAnB,EAAqB9hB,CAArB,CAAN,CAA8B,OAAOoV,EAAE8hF,SAAF,CAAY,KAAK+5F,GAAjB,EAAsB1yK,KAAtB,CAA4B5V,KAAG,CAA/B,CAAP;AAAyC,aAA1R,EAA2RyoL,YAAW,oBAAStvK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,uBAAO8hB,IAAEA,EAAE7gB,KAAF,GAAUsd,KAAV,CAAgB,KAAG5V,KAAG,CAAN,CAAhB,EAA0BuuF,SAA1B,CAAoC,KAAKg6F,IAAzC,CAAF,EAAiD,KAAKF,KAAL,CAAWF,OAAX,CAAmBhvK,CAAnB,EAAqB9hB,CAArB,CAAxD;AAAgF,aAAtY,EAAT,CAAz/C;AAAA,YAA24Du3D,IAAE1D,EAAElzD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAKyyL,KAAL,GAAW,IAAI56H,CAAJ,EAAX;AAAiB,aAAlC,EAAmC+6H,SAAQ,iBAASrvK,CAAT,EAAW;AAAC,uBAAO,KAAKkvK,KAAL,CAAWzhL,OAAX,CAAmBuS,CAAnB,CAAP;AAA6B,aAApF,EAAqFsvK,YAAW,oBAAStvK,CAAT,EAAW;AAAC,uBAAO,KAAKkvK,KAAL,CAAWF,OAAX,CAAmBhvK,CAAnB,CAAP;AAA6B,aAAzI,EAAT,CAA74D;AAAA,YAAkiEo0C,IAAErC,EAAElzD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAKyyL,KAAL,GAAW,IAAI35H,CAAJ,EAAX;AAAiB,aAAlC,EAAmC85H,SAAQ,iBAASrvK,CAAT,EAAW;AAAC,uBAAO,KAAKkvK,KAAL,CAAWzhL,OAAX,CAAmBuS,CAAnB,CAAP;AAA6B,aAApF,EAAqFsvK,YAAW,oBAAStvK,CAAT,EAAW;AAAC,uBAAO,KAAKkvK,KAAL,CAAWF,OAAX,CAAmBhvK,CAAnB,CAAP;AAA6B,aAAzI,EAAT,CAApiE,CAAyrEkyC,EAAEJ,CAAF,EAAI,EAAC9zD,KAAI,EAACuxL,KAAI,EAACC,UAAS/5H,CAAV,EAAYg6H,UAASz5H,CAArB,EAAuB05H,UAASt7H,CAAhC,EAAL,EAAwC04H,QAAO,EAACC,OAAMx4H,CAAP,EAA/C,EAAyDo7H,aAAY,EAACC,iBAAgBr6H,CAAjB,EAAmBs6H,UAASv7H,CAA5B,EAA8Bw7H,mBAAkBx6H,CAAhD,EAArE,EAAL,EAAJ;AAAoI,KAA30E,CAA40E95D,OAAO07D,KAAP,CAAa76D,MAAz1E,CAAD;AAAk2E,CAAl9E,EAAm9E,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAzhF,CAAxlf,EAAmnkB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,6BAAP,EAAqC,CAAC,gBAAD,EAAkB,0BAAlB,CAArC,EAAmF7f,CAAnF;AAAsF,CAAzG,CAA0G,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE8hB,EAAEtd,KAAR;AAAA,YAAc4Q,IAAE9X,OAAO07D,KAAvB;AAAA,YAA6B3F,IAAEj+C,EAAE0wD,KAAjC;AAAA,YAAuCt/D,IAAE4O,EAAEsuD,OAA3C;AAAA,YAAmDtQ,IAAEh+C,EAAEgwD,UAAvD;AAAA,YAAkE7sC,IAAE/xB,EAAE1G,GAAF,CAAM0vL,MAA1E;AAAA,YAAiFv6H,IAAE7/C,EAAEivB,IAArF;AAAA,YAA0F5tB,IAAEw+C,EAAE29B,OAA9F;AAAA,YAAsG/+B,IAAER,EAAE1yD,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAKwkD,YAAL,CAAkBxkD,CAAlB,GAAqB,KAAKtV,GAAL,GAAS6I,CAA9B,EAAgC,KAAKw9B,OAAL,GAAarkB,EAAE,6BAAF,EAAiC5D,GAAjC,CAAqC,EAACq7F,QAAO,KAAK34G,OAAL,CAAa24G,MAArB,EAA4B/rF,SAAQ,KAAK5sB,OAAL,CAAa4sB,OAAjD,EAArC,EAAgG3E,QAAhG,CAAyGlgB,EAAE0hJ,aAA3G,CAA7C,EAAuK,KAAKwnC,YAAL,GAAkB7xL,EAAE,KAAK6xL,YAAP,EAAoB,IAApB,CAAzL,EAAmN,KAAKtwI,MAAL,GAAYvhD,EAAE,KAAKuhD,MAAP,EAAc,IAAd,CAA/N,EAAmP,KAAK1J,OAAL,GAAa73C,EAAE,KAAK63C,OAAP,EAAe,IAAf,CAAhQ,EAAqR,KAAKi6I,OAAL,GAAa9xL,EAAE,KAAK8xL,OAAP,EAAe,IAAf,CAAlS,EAAuT,KAAKC,SAAL,EAAvT,EAAwU,KAAKC,kBAAL,EAAxU;AAAkW,aAAtX,EAAuXttI,SAAQ,mBAAU;AAAC,qBAAKutI,WAAL;AAAmB,aAA7Z,EAA8Z5kK,MAAK,gBAAU;AAAC,qBAAK3b,KAAL,IAAa,KAAKqgL,SAAL,EAAb,EAA8B,KAAKG,YAAL,CAAkB,CAAC,CAAnB,CAA9B;AAAoD,aAAle,EAAme5jK,MAAK,gBAAU;AAAC,qBAAK2jK,WAAL,IAAmB,KAAKE,cAAL,CAAoB,CAAC,CAArB,CAAnB;AAA2C,aAA9hB,EAA+hBzgL,OAAM,iBAAU;AAAC,qBAAKmgL,YAAL,IAAoB,KAAKtwI,MAAL,EAApB;AAAkC,aAAllB,EAAmlBA,QAAO,kBAAU;AAAC,qBAAK2wI,YAAL;AAAoB,aAAznB,EAA0nBL,cAAa/vK,EAAE/f,IAAzoB,EAA8oB81C,SAAQ/1B,EAAE/f,IAAxpB,EAA6pB+vL,SAAQ,mBAAU;AAAC,qBAAKI,YAAL;AAAoB,aAApsB,EAAqsBA,cAAa,wBAAU;AAAC,oBAAIpwK,IAAE,KAAKlhB,OAAX;AAAA,oBAAmB+H,IAAE,KAAK7I,GAAL,CAAS40D,IAAT,EAArB;AAAA,oBAAqC10D,IAAE,CAACyW,EAAEqL,EAAEiuK,OAAJ,CAAD,IAAepnL,KAAGmZ,EAAEiuK,OAA3D;AAAA,oBAAmE36K,IAAE,CAACqB,EAAEqL,EAAEkuK,OAAJ,CAAD,IAAernL,KAAGmZ,EAAEkuK,OAAzF;AAAA,oBAAiG38H,IAAE96B,EAAE07C,MAAF,CAASnyD,EAAEouK,MAAX,CAAnG;AAAA,oBAAsH1pL,IAAE,CAAC6sD,CAAD,IAAIA,EAAE6kD,QAAF,CAAW,KAAKp4G,GAAL,CAASowL,MAAT,EAAX,CAA5H,CAA0J,KAAKiC,cAAL,CAAoBnyL,KAAGoV,CAAH,IAAM5O,CAA1B;AAA6B,aAAp5B,EAAq5B2rL,gBAAe,wBAASrwK,CAAT,EAAW;AAAC,qBAAKqkB,OAAL,CAAajoB,GAAb,CAAiB,SAAjB,EAA2B4D,IAAE,EAAF,GAAK,MAAhC;AAAwC,aAAx9B,EAAy9BiwK,WAAU,qBAAU;AAAC,oBAAIjwK,IAAE,KAAKhiB,GAAX,CAAegiB,EAAEuf,IAAF,CAAO,aAAP,EAAqB,KAAKwwJ,YAA1B,GAAwC/vK,EAAEuf,IAAF,CAAO,OAAP,EAAe,KAAKkgB,MAApB,CAAxC,EAAoEz/B,EAAEuf,IAAF,CAAO,QAAP,EAAgB,KAAKwW,OAArB,CAApE,EAAkG/1B,EAAEuf,IAAF,CAAO,QAAP,EAAgB,KAAKywJ,OAArB,CAAlG;AAAgI,aAA7nC,EAA8nCG,aAAY,uBAAU;AAAC,oBAAInwK,IAAE,KAAKhiB,GAAX,CAAegiB,EAAEwf,MAAF,CAAS,aAAT,EAAuB,KAAKuwJ,YAA5B,GAA0C/vK,EAAEwf,MAAF,CAAS,OAAT,EAAiB,KAAKigB,MAAtB,CAA1C,EAAwEz/B,EAAEwf,MAAF,CAAS,QAAT,EAAkB,KAAKuW,OAAvB,CAAxE,EAAwG/1B,EAAEwf,MAAF,CAAS,QAAT,EAAkB,KAAKwwJ,OAAvB,CAAxG;AAAwI,aAA5yC,EAA6yCE,oBAAmB,8BAAU;AAAC,oBAAIlwK,IAAE,KAAKhiB,GAAL,CAASsyL,WAAf,CAA2BtwK,KAAGA,EAAEhL,GAAF,CAAM,KAAKlW,OAAL,CAAawxL,WAAnB,CAAH;AAAmC,aAAz4C,EAAT,CAAxG,CAA6/Ch/H,EAAE5sD,CAAF,EAAI,EAAC1G,KAAI,EAAC20K,QAAO,EAAC4d,OAAMx+H,CAAP,EAAR,EAAL,EAAJ;AAA8B,KAAziD,CAA0iDv2D,OAAO07D,KAAP,CAAa76D,MAAvjD,CAAD;AAAgkD,CAArrD,EAAsrD,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAA5vD,CAAnnkB,EAAi3nB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,8BAAP,EAAsC,CAAC,6BAAD,EAA+B,0BAA/B,CAAtC,EAAiG7f,CAAjG;AAAoG,CAAvH,CAAwH,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE8hB,EAAEtd,KAAR;AAAA,YAAc4Q,IAAE9X,OAAO07D,KAAvB;AAAA,YAA6B3F,IAAEj+C,EAAE0wD,KAAjC;AAAA,YAAuCt/D,IAAE4O,EAAEgH,IAAF,CAAOy4C,UAAhD;AAAA,YAA2DzB,IAAEh+C,EAAEsuD,OAA/D;AAAA,YAAuEnrC,IAAEnjB,EAAEgwD,UAA3E;AAAA,YAAsFnQ,IAAE7/C,EAAEivB,IAAF,CAAOhkC,IAA/F;AAAA,YAAoGoW,IAAErB,EAAEivB,IAAF,CAAOuuD,OAA7G;AAAA,YAAqH/+B,IAAEz+C,EAAE2kF,QAAzH;AAAA,YAAkInmC,IAAEx+C,EAAEuuD,OAAtI;AAAA,YAA8I3P,IAAEJ,EAAEqnC,KAAlJ;AAAA,YAAwJ/mC,IAAEd,EAAEtzD,GAA5J;AAAA,YAAgKovB,IAAEglC,EAAEu7H,QAApK;AAAA,YAA6K3mL,IAAEorD,EAAEugH,MAAF,CAAS4d,KAAxL;AAAA,YAA8LlqL,IAAEW,EAAEnI,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKi8J,IAAL,GAAU5kK,EAAE,KAAK4kK,IAAP,EAAY,IAAZ,CAAV,EAA4B97J,EAAExK,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,CAA5B,EAAqD,KAAK+7E,OAAL,GAAa9wB,EAAE+qC,OAAF,CAAU1qB,MAAV,CAAiB,KAAK9tC,OAAtB,EAA8B,EAACrb,OAAMhJ,EAAEuoI,aAAF,CAAgBv/H,KAAhB,EAAP,EAA+B+E,QAAO/N,EAAEuoI,aAAF,CAAgBx6H,MAAhB,EAAtC,EAA9B,CAAlE,EAAiK,KAAKyiK,SAAL,EAAjK,EAAkL,KAAK1+C,OAAL,GAAa,IAAIx+H,EAAEouD,EAAF,CAAKylF,OAAT,CAAiB,KAAKvkE,OAAL,CAAav+C,OAA9B,CAA/L,EAAsO,KAAKw4H,QAAL,GAAc,EAApP,EAAuP,KAAKl5E,MAAL,GAAY,KAAKmV,QAAL,CAAc,YAAd,CAAnQ,EAA+R,KAAKlW,OAAL,CAAarjD,IAAb,CAAkB,OAAlB,EAA0B,KAAKokD,MAA/B,CAA/R,EAAsU,KAAKoV,WAAL,GAAiB,KAAKD,QAAL,CAAc,iBAAd,CAAvV,EAAwX,KAAKlW,OAAL,CAAarjD,IAAb,CAAkB,YAAlB,EAA+B,KAAKw5D,WAApC,CAAxX,EAAya,KAAKC,WAAL,GAAiB,KAAKF,QAAL,CAAc,iBAAd,CAA1b,EAA2d,KAAKlW,OAAL,CAAarjD,IAAb,CAAkB,YAAlB,EAA+B,KAAKy5D,WAApC,CAA3d,EAA4gB,KAAKq8B,eAAL,EAA5gB;AAAmiB,aAAvjB,EAAwjBv2H,SAAQ,EAACg3H,UAAS,CAAC,CAAX,EAAhkB,EAA8kBlzE,SAAQ,mBAAU;AAAC57C,kBAAExK,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAKslF,OAAL,CAAahgC,OAAb,EAAxB,EAA+C,KAAKkiB,UAAL,CAAgBtlC,MAAhB,CAAuB,QAAvB,EAAgC,KAAKixJ,WAArC,CAA/C;AAAiG,aAAlsB,EAAmsB16D,eAAc,uBAAS/1G,CAAT,EAAW;AAAC,qBAAK8kD,UAAL,IAAiB,KAAKA,UAAL,CAAgBtlC,MAAhB,CAAuB,QAAvB,EAAgC,KAAKixJ,WAArC,CAAjB,EAAmE,KAAK3rH,UAAL,GAAgBxxD,EAAEgH,IAAF,CAAOy4C,UAAP,CAAkBof,MAAlB,CAAyBnyD,CAAzB,CAAnF,EAA+G,KAAK8kD,UAAL,CAAgBvlC,IAAhB,CAAqB,QAArB,EAA8B,KAAKkxJ,WAAnC,CAA/G,EAA+J,KAAK3xL,OAAL,CAAag3H,QAAb,IAAuB,KAAKhxD,UAAL,CAAgB6X,KAAhB,EAAtL;AAA8M,aAA36B,EAA46Bl9B,QAAO,kBAAU;AAACz4C,kBAAExK,EAAF,CAAKijD,MAAL,CAAYniD,IAAZ,CAAiB,IAAjB,GAAuB,KAAKozL,iBAAL,EAAvB,EAAgD,KAAKx1K,KAAL,IAAY,KAAK2iB,KAAL,CAAW,KAAK3iB,KAAhB,CAA5D;AAAmF,aAAjhC,EAAkhCs1K,WAAU,qBAAU;AAAC,qBAAKhrF,KAAL,GAAW,IAAItzC,CAAJ,EAAX,EAAiB,KAAK0wB,OAAL,CAAa0W,IAAb,CAAkB,KAAKkM,KAAvB,CAAjB;AAA+C,aAAtlC,EAAulCuqF,cAAa,wBAAU;AAAC,qBAAKntG,OAAL,CAAanxC,KAAb,IAAqB,KAAK++I,SAAL,EAArB;AAAsC,aAArpC,EAAspCz6I,SAAQ,mBAAU;AAAC,qBAAK6sC,OAAL,CAAajjD,IAAb,CAAkB,KAAK3hC,GAAL,CAAS2hC,IAAT,EAAlB;AAAmC,aAA5sC,EAA6sC01F,iBAAgB,2BAAU;AAAC,oBAAIr1G,IAAE,KAAKlhB,OAAL,CAAagmE,UAAnB,CAA8B,KAAK2rH,WAAL,GAAiBvyL,EAAE,KAAKuyL,WAAP,EAAmB,IAAnB,CAAjB,EAA0C,KAAK3rH,UAAL,GAAgBpgE,EAAEytE,MAAF,CAASnyD,CAAT,EAAYuf,IAAZ,CAAiB,QAAjB,EAA0B,KAAKkxJ,WAA/B,CAA1D,EAAsGzwK,KAAG,KAAKlhB,OAAL,CAAag3H,QAAhB,IAA0B,KAAKhxD,UAAL,CAAgB6X,KAAhB,EAAhI;AAAwJ,aAA95C,EAA+5C8zG,aAAY,qBAASzwK,CAAT,EAAW;AAAC,qBAAK9E,KAAL,GAAW8E,EAAEg4C,MAAF,CAAShwC,IAAT,EAAX,EAA2B,KAAK6V,KAAL,CAAW,KAAK3iB,KAAhB,CAA3B;AAAkD,aAAz+C,EAA0+C2iB,OAAM,eAAS7d,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,CAAU,KAAI,KAAKq9K,aAAL,IAAqB,KAAKC,OAAL,KAAe,KAAKA,OAAL,GAAa,IAAIj1J,CAAJ,CAAM,KAAK39B,GAAX,EAAe,KAAKc,OAAL,CAAaie,KAA5B,EAAkC,IAAlC,CAA5B,CAArB,EAA0FlW,IAAE,IAAIqrD,CAAJ,EAA5F,EAAkGh0D,IAAE,CAAxG,EAA0GA,IAAE8hB,EAAE5iB,MAA9G,EAAqHc,GAArH;AAAyHoV,wBAAE,KAAKs9K,OAAL,CAAah8J,KAAb,CAAmB5U,EAAE9hB,CAAF,CAAnB,CAAF,EAA2BoV,KAAGzM,EAAE2f,MAAF,CAASlT,CAAT,CAA9B;AAAzH,iBAAmK,KAAKkyF,KAAL,CAAW/zD,KAAX,IAAmB,KAAK+zD,KAAL,CAAWh/E,MAAX,CAAkB3f,CAAlB,CAAnB;AAAwC,aAAjtD,EAAktDgqL,cAAa,sBAAS7wK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,CAAC,CAAT,CAAW,OAAO8hB,aAAa8xC,EAAEqmC,MAAf,KAAwBj6F,IAAEyW,EAAE,KAAKooJ,aAAL,CAAmB/8I,CAAnB,CAAF,CAA1B,GAAoD9hB,MAAI2I,IAAE,EAACqrK,OAAM,IAAP,EAAYp2E,OAAM97E,CAAlB,EAAF,EAAuB9hB,IAAE,KAAKF,GAAL,CAASylB,OAAT,CAAiB,cAAjB,EAAgC5c,CAAhC,CAA7B,CAApD,EAAqH3I,CAA5H;AAA8H,aAAp3D,EAAq3D4yL,gBAAe,wBAAS9wK,CAAT,EAAW;AAACA,kBAAEkyJ,KAAF,GAAQ,IAAR,EAAa,KAAKl0K,GAAL,CAASylB,OAAT,CAAiB,qBAAjB,EAAuCzD,CAAvC,CAAb;AAAuD,aAAv8D,EAAw8D+8I,eAAc,uBAAS/8I,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK7I,GAAL,CAASmnH,OAAT,CAAiB5lF,IAAjB,CAAsB,EAAC1wB,UAASmR,EAAEnR,QAAZ,EAAtB,EAA4CmR,EAAE8lD,QAA9C,CAAN,CAA8D,OAAOj/D,KAAG,KAAKg2J,QAAL,CAAchhK,IAAd,CAAmBgL,CAAnB,CAAH,EAAyBA,CAAhC;AAAkC,aAAlkE,EAAmkE8pL,eAAc,yBAAU;AAAC,qBAAI,IAAI3wK,IAAE,CAAV,EAAYA,IAAE,KAAK68I,QAAL,CAAcz/J,MAA5B,EAAmC4iB,GAAnC;AAAuC,yBAAKhiB,GAAL,CAASmnH,OAAT,CAAiB3uG,MAAjB,CAAwB,KAAKqmJ,QAAL,CAAc78I,CAAd,CAAxB;AAAvC,iBAAiF,KAAK68I,QAAL,GAAc,EAAd;AAAiB,aAA9rE,EAA+rEiG,MAAK,gBAAU;AAAC,qBAAKiuB,QAAL,KAAgB,KAAKA,QAAL,GAAc,CAAC,CAAf,EAAiB,KAAKnuG,OAAL,CAAaiX,eAAb,EAAjC;AAAiE,aAAhxE,EAAixEm2F,SAAQ,iBAAShwK,CAAT,EAAW;AAAChZ,kBAAExK,EAAF,CAAKwzL,OAAL,CAAa1yL,IAAb,CAAkB,IAAlB,EAAuB0iB,CAAvB,GAA0B,KAAK0wK,iBAAL,EAA1B,EAAmD,KAAK9tG,OAAL,CAAamX,cAAb,EAAnD,EAAiF,KAAKg3F,QAAL,GAAc,CAAC,CAAhG;AAAkG,aAAv4E,EAAw4EL,mBAAkB,6BAAU;AAAC,oBAAI1wK,IAAE,KAAKhiB,GAAX;AAAA,oBAAe6I,IAAEmZ,EAAEgxK,cAAF,CAAiBhxK,EAAEouK,MAAF,GAAWhB,EAA5B,CAAjB,CAAiD,KAAKxqG,OAAL,CAAayS,SAAb,KAAyB,KAAKzS,OAAL,CAAayS,SAAb,CAAuBxuF,CAAvB,GAA0B,KAAKirI,OAAL,CAAapyC,MAAb,CAAoB,EAACh0D,GAAE7kC,EAAE6kC,CAAL,EAAOE,GAAE/kC,EAAE+kC,CAAX,EAApB,CAAnD;AAAuF,aAA7iF,EAA8iFktD,UAAS,kBAAS94E,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN,CAAW,OAAO,UAAS3I,CAAT,EAAW;AAAC,wBAAGA,EAAEmmC,OAAL,EAAa;AAAC,4BAAI/wB,IAAE,EAAC4+J,OAAMrrK,CAAP,EAASi1F,OAAM59F,EAAEmmC,OAAjB,EAAyBlhB,eAAcjlB,EAAEilB,aAAzC,EAAN,CAA8Dtc,EAAE7I,GAAF,CAAMylB,OAAN,CAAczD,CAAd,EAAgB1M,CAAhB;AAAmB;AAAC,iBAAnH;AAAoH,aAAlsF,EAAmsF28K,WAAU,qBAAU;AAACjpL,kBAAExK,EAAF,CAAKyzL,SAAL,CAAe3yL,IAAf,CAAoB,IAApB,GAA0B,KAAKU,GAAL,CAASuhC,IAAT,CAAc,KAAd,EAAoB,KAAKujI,IAAzB,CAA1B;AAAyD,aAAjxF,EAAkxFqtB,aAAY,uBAAU;AAACnpL,kBAAExK,EAAF,CAAK2zL,WAAL,CAAiB7yL,IAAjB,CAAsB,IAAtB,GAA4B,KAAKU,GAAL,CAASwhC,MAAT,CAAgB,KAAhB,EAAsB,KAAKsjI,IAA3B,CAA5B;AAA6D,aAAt2F,EAAT,CAAhM;AAAA,YAAkjGnnI,IAAE41B,EAAE1yD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAKmvG,QAAL,GAAcnvG,CAAd,EAAgB,KAAK+yL,OAAL,GAAajxK,CAA7B,EAA+B,KAAKjD,KAAL,GAAWlW,CAA1C;AAA4C,aAAlE,EAAmE+tB,OAAM,eAAS5U,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAIqrD,CAAJ,EAAN;AAAA,oBAAYh0D,IAAE,CAAC,CAAf,CAAiB,OAAM,cAAY8hB,EAAE7f,IAAd,IAAoBjC,IAAE,CAAC,CAAH,EAAK,KAAKgzL,eAAL,CAAqBrqL,CAArB,EAAuBmZ,EAAEi4E,QAAzB,EAAkCj4E,CAAlC,CAAL,EAA0C,KAAKmxK,eAAL,CAAqBtqL,CAArB,EAAuBmZ,CAAvB,CAA9D,IAAyF,KAAKkxK,eAAL,CAAqBrqL,CAArB,EAAuBmZ,CAAvB,EAAyBA,CAAzB,CAAzF,EAAqH9hB,KAAG2I,EAAEwN,QAAF,CAAWjX,MAAX,GAAkB,CAArB,KAAyByJ,IAAEA,EAAEwN,QAAF,CAAW,CAAX,CAA3B,CAArH,EAA+JxN,CAArK;AAAuK,aAA7Q,EAA8QuqL,eAAc,uBAASpxK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAC,CAAP,CAAS,OAAO,KAAKwmG,QAAL,IAAe,KAAKA,QAAL,CAAcwjF,YAA7B,KAA4ChqL,IAAE,KAAKwmG,QAAL,CAAcwjF,YAAd,CAA2B7wK,CAA3B,CAA9C,GAA6EnZ,CAApF;AAAsF,aAAvY,EAAwYsqL,iBAAgB,yBAASnxK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKwmG,QAAL,IAAe,KAAKA,QAAL,CAAcyjF,cAA7B,IAA6C,KAAKzjF,QAAL,CAAcyjF,cAAd,CAA6B,EAACn1I,OAAM37B,CAAP,EAAS8lD,UAASj/D,CAAlB,EAAoBmoB,YAAWnoB,EAAEmoB,UAAjC,EAA7B,CAA7C;AAAwH,aAA9hB,EAA+hBkiK,iBAAgB,yBAASlxK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,CAAN;AAAA,oBAAQ7sD,IAAEmC,EAAEg+I,WAAZ,CAAwB,QAAOh+I,EAAE1G,IAAT,GAAe,KAAI,YAAJ;AAAiBoxD,4BAAE,KAAK8/H,YAAL,CAAkBrxK,CAAlB,EAAoB,CAACtb,CAAD,CAApB,EAAwBxG,CAAxB,CAAF,EAA6B,KAAKozL,YAAL,CAAkB//H,CAAlB,CAA7B,CAAkD,MAAM,KAAI,iBAAJ;AAAsB,6BAAIj+C,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuBi+C,gCAAE,KAAK8/H,YAAL,CAAkBrxK,CAAlB,EAAoB,CAACtb,EAAE4O,CAAF,CAAD,CAApB,EAA2BpV,CAA3B,CAAF,EAAgC,KAAKozL,YAAL,CAAkB//H,CAAlB,CAAhC;AAAvB,yBAA4E,MAAM,KAAI,SAAJ;AAAc,6BAAK8/H,YAAL,CAAkBrxK,CAAlB,EAAoBtb,CAApB,EAAsBxG,CAAtB,EAAyB,MAAM,KAAI,cAAJ;AAAmB,6BAAIoV,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB,iCAAK+9K,YAAL,CAAkBrxK,CAAlB,EAAoBtb,EAAE4O,CAAF,CAApB,EAAyBpV,CAAzB;AAAvB,yBAAmD,MAAM,KAAI,OAAJ;AAAY,6BAAKqzL,UAAL,CAAgBvxK,CAAhB,EAAkBtb,CAAlB,EAAoBxG,CAApB,EAAuB,MAAM,KAAI,YAAJ;AAAiB,6BAAIoV,IAAE,CAAN,EAAQA,IAAE5O,EAAEtH,MAAZ,EAAmBkW,GAAnB;AAAuB,iCAAKi+K,UAAL,CAAgBvxK,CAAhB,EAAkBtb,EAAE4O,CAAF,CAAlB,EAAuBpV,CAAvB;AAAvB,yBAAnX;AAAqa,aAA5/B,EAA6/BozL,cAAa,sBAAStxK,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAEwgF,QAAR,CAAiB,CAAC35F,EAAEzJ,MAAF,GAAS,CAAT,IAAY,CAACyJ,EAAE,CAAF,EAAKu+B,MAAL,GAAcyuC,MAAd,CAAqB1gB,EAAEtsD,CAAF,EAAKu+B,MAAL,EAArB,CAAd,MAAqDplB,EAAElhB,OAAF,CAAUk+F,IAAV,GAAe,IAApE;AAA0E,aAAjnC,EAAknCw0F,YAAW,oBAASxxK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAKuqL,aAAL,CAAmBvqL,CAAnB,KAAuBmZ,EAAEwG,MAAF,CAAS3f,CAAT,CAAvB,EAAmCA,CAA1C;AAA4C,aAAvrC,EAAwrCwqL,cAAa,sBAASrxK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE,KAAKm+K,aAAL,CAAmB5qL,CAAnB,CAAN,CAA4B,OAAOyM,EAAEwyD,QAAF,GAAW5nE,CAAX,EAAa,KAAKszL,UAAL,CAAgBxxK,CAAhB,EAAkB1M,CAAlB,CAApB;AAAyC,aAA1xC,EAA2xCm+K,eAAc,uBAASzxK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAEvxC,EAAE5iB,MAAF,GAAS,CAAT,GAAW00D,EAAEyxC,SAAb,GAAuBzxC,EAAE0xC,IAArC;AAAA,oBAA0C9+F,IAAE,IAAI6sD,CAAJ,CAAM,KAAKx0C,KAAX,CAA5C,CAA8D,KAAIlW,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB,yBAAI3I,IAAE,CAAN,EAAQA,IAAE8hB,EAAEnZ,CAAF,EAAKzJ,MAAf,EAAsBc,GAAtB;AAA0BoV,4BAAE,KAAK29K,OAAL,CAAaD,cAAb,CAA4B5jK,EAAE8/J,UAAF,CAAaltK,EAAEnZ,CAAF,EAAK3I,CAAL,CAAb,CAA5B,CAAF,EAAqD,MAAIA,CAAJ,GAAMwG,EAAEg7F,MAAF,CAASpsF,EAAEo4B,CAAX,EAAap4B,EAAEs4B,CAAf,CAAN,GAAwBlnC,EAAEg8F,MAAF,CAASptF,EAAEo4B,CAAX,EAAap4B,EAAEs4B,CAAf,CAA7E;AAA1B;AAAvB,iBAAgJ,OAAOlnC,CAAP;AAAS,aAA5gD,EAA6gD6sL,YAAW,oBAASvxK,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,oBAAIoV,IAAE8Z,EAAE8/J,UAAF,CAAarmL,CAAb,CAAN;AAAA,oBAAsB0qD,IAAE,KAAK0/H,OAAL,CAAaD,cAAb,CAA4B19K,CAA5B,CAAxB;AAAA,oBAAuD5O,IAAE,IAAIqtD,EAAEomC,MAAN,CAAa5mC,CAAb,EAAe,EAAf,CAAzD;AAAA,oBAA4ED,IAAE,IAAIQ,EAAEqmC,MAAN,CAAazzF,CAAb,EAAe,KAAKqY,KAApB,CAA9E,CAAyG,OAAOu0C,EAAEwU,QAAF,GAAW5nE,CAAX,EAAaozD,EAAEziD,QAAF,GAAWyE,CAAxB,EAA0B,KAAKk+K,UAAL,CAAgBxxK,CAAhB,EAAkBsxC,CAAlB,CAAjC;AAAsD,aAAvsD,EAAT,CAApjG,CAAuwJ76B,EAAEnjB,EAAEgH,IAAJ,EAAS,EAACyjE,SAAQ,EAAC2zG,SAAQ,EAACvxL,MAAK,MAAN,EAAama,MAAK,cAAS0F,CAAT,EAAW;AAAC,+BAAM,wBAAsBA,EAAE7f,IAAxB,GAA6B6f,EAAE2xK,QAA/B,GAAwC,yBAAuB3xK,EAAE7f,IAAzB,GAA8B6f,EAAE4xK,UAAhC,GAA2C5xK,CAAzF;AAA2F,qBAAzH,EAAT,EAAT,EAA8IsV,YAAW,EAACo8J,SAAQ,EAAC37G,MAAK,EAACngD,UAAS,MAAV,EAAN,EAAT,EAAzJ,EAAT,GAAuMa,EAAE66B,CAAF,EAAI,EAACtzD,KAAI,EAAC20K,QAAO,EAAC72E,OAAMz1F,CAAP,EAASwrL,YAAWxrL,CAApB,EAAR,EAA+ByrL,eAAcn2J,CAA7C,EAAL,EAAJ,CAAvM;AAAkQ,KAAvhK,CAAwhKngC,OAAO07D,KAAP,CAAa76D,MAAriK,CAAD;AAA8iK,CAAjrK,EAAkrK,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAxvK,CAAj3nB,EAA2myB,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,+BAAP,EAAuC,CAAC,8BAAD,CAAvC,EAAwE7f,CAAxE;AAA2E,CAA9F,CAA+F,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEo0B,MAAvB;AAAA,YAA8Bi/B,IAAErzD,EAAE0jE,OAAlC;AAAA,YAA0Cl9D,IAAExG,EAAEolE,UAA9C;AAAA,YAAyDhS,IAAEpzD,EAAEqkC,IAA7D;AAAA,YAAkE9L,IAAE66B,EAAEw/B,OAAtE;AAAA,YAA8E39B,IAAEj1D,EAAE+5F,QAAlF;AAAA,YAA2FtjF,IAAEzW,EAAE2jE,OAA/F;AAAA,YAAuG9P,IAAER,EAAEvzD,GAA3G;AAAA,YAA+G8zD,IAAEC,EAAE47H,QAAnH;AAAA,YAA4Hz7H,IAAEH,EAAE4gH,MAAF,CAASkf,UAAvI;AAAA,YAAkJz/H,IAAEF,EAAErzD,MAAF,CAAS,EAACC,SAAQ,EAACg3H,UAAS,CAAC,CAAX,EAAai8D,eAAc,UAA3B,EAAsCC,YAAW,OAAjD,EAAyD5oD,SAAQ,CAAjE,EAAmEC,SAAQ,GAA3E,EAA+E5sH,OAAM,MAArF,EAA4F+9C,QAAO,QAAnG,EAAT,EAAsH38B,OAAM,eAAS7d,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU7sD,CAAV,EAAY4sD,CAAZ,EAAc6B,CAAd,EAAgBx+C,CAAhB,EAAkBo9C,CAAlB,EAAoBG,CAApB,EAAsBE,CAAtB,EAAwBhlC,CAAxB,CAA0B,IAAG,KAAKw1D,OAAL,CAAanxC,KAAb,IAAqB,MAAIzxB,EAAE5iB,MAA9B,EAAqC,KAAIyJ,IAAE,KAAK/H,OAAP,EAAeZ,IAAEoV,EAAEzM,EAAEmrL,UAAJ,CAAjB,EAAiChyK,IAAEA,EAAErkB,KAAF,CAAQ,CAAR,CAAnC,EAA8CqkB,EAAErhB,IAAF,CAAO,UAASqhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,2BAAO3I,EAAE2I,CAAF,IAAK3I,EAAE8hB,CAAF,CAAZ;AAAiB,iBAAtC,CAA9C,EAAsFuxC,IAAE,KAAK0gI,UAAL,EAAxF,EAA0G3gI,IAAE,CAAhH,EAAkHA,IAAEtxC,EAAE5iB,MAAtH,EAA6Hk0D,GAA7H;AAAiI6B,wBAAEnzC,EAAEsxC,CAAF,CAAF,EAAO38C,IAAErB,EAAEzM,EAAEkrL,aAAJ,EAAmB5+H,CAAnB,CAAT,EAA+BpB,IAAEz+C,EAAEzM,EAAEmrL,UAAJ,EAAgB7+H,CAAhB,CAAjC,EAAoD18B,EAAE9hB,CAAF,KAAM8hB,EAAEs7B,CAAF,CAAN,KAAartD,MAAIA,IAAE,IAAI6sD,CAAJ,CAAM,CAAC,CAAD,EAAGQ,CAAH,CAAN,EAAY,CAAClrD,EAAEuiI,OAAH,EAAWviI,EAAEwiI,OAAb,CAAZ,CAAN,GAA0C10H,IAAEm9C,EAAEqgB,MAAF,CAASx9D,CAAT,CAA5C,EAAwDu9C,IAAE,KAAKl0D,GAAL,CAASgzL,cAAT,CAAwBr8K,CAAxB,CAA1D,EAAqFy9C,IAAE1tD,EAAE1G,GAAF,CAAM+zD,CAAN,CAAvF,EAAgG3kC,IAAE,KAAK8kK,aAAL,CAAmB,EAACxxG,QAAOxuB,CAAR,EAAUvyB,MAAKyyB,CAAf,EAAiBr1C,OAAMlW,EAAEkW,KAAzB,EAA+B+oD,UAAS3S,CAAxC,EAA0CtkD,UAAS8F,CAAnD,EAAnB,CAAlG,EAA4KyY,EAAE04C,QAAF,GAAW3S,CAAvL,EAAyL/lC,EAAEve,QAAF,GAAW8F,CAApM,EAAsMyY,EAAE5qB,KAAF,GAAQuvD,CAA9M,EAAgN,KAAKogI,WAAL,CAAiB/kK,CAAjB,CAA7N,CAApD;AAAjI;AAAua,aAA9mB,EAA+mB6kK,YAAW,sBAAU;AAAC,oBAAIjyK,IAAE,KAAKlhB,OAAL,CAAa2d,KAAnB,CAAyB,OAAOve,EAAEoB,UAAF,CAAa0gB,CAAb,IAAgBA,CAAhB,GAAkBuxC,EAAEvzD,GAAF,CAAMo0L,MAAN,CAAapyK,CAAb,CAAzB;AAAyC,aAAvsB,EAAwsBkyK,eAAc,uBAASlyK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAL,CAAa07D,MAAnB,CAA0B,OAAOt8D,EAAEoB,UAAF,CAAauH,CAAb,MAAkBA,IAAE0qD,EAAEvzD,GAAF,CAAMq0L,OAAN,CAAcxrL,CAAd,CAApB,GAAsCA,EAAEmZ,CAAF,CAA7C;AAAkD,aAA9yB,EAA+yBmyK,aAAY,qBAASnyK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,EAACqrK,OAAM,IAAP,EAAYp2E,OAAM97E,CAAlB,EAAN;AAAA,oBAA2B9hB,IAAE,KAAKF,GAAL,CAASylB,OAAT,CAAiB,cAAjB,EAAgC5c,CAAhC,CAA7B,CAAgE3I,KAAG,KAAK0kF,OAAL,CAAa0W,IAAb,CAAkBt5E,CAAlB,CAAH;AAAwB,aAA/5B,EAAT,CAApJ;AAAA,YAA+jCoN,IAAElvB,EAAE8lE,KAAF,CAAQnlE,MAAR,CAAe,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ,EAAMoV,CAAN,CAAQ,KAAKg/K,OAAL,GAAatyK,CAAb,EAAe,KAAKmhH,MAAL,GAAYt6H,CAA3B,EAA6B3I,IAAEyB,KAAKihF,IAAL,CAAU5gE,EAAE,CAAF,CAAV,IAAgBrgB,KAAKihF,IAAL,CAAU5gE,EAAE,CAAF,CAAV,CAA/C,EAA+D1M,IAAEzM,EAAE,CAAF,IAAKA,EAAE,CAAF,CAAtE,EAA2E,KAAK0rL,MAAL,GAAYj/K,IAAEpV,CAAzF;AAA2F,aAAvH,EAAwHF,KAAI,aAASgiB,CAAT,EAAW;AAAC,oBAAInZ,IAAE,CAAClH,KAAKihF,IAAL,CAAU5gE,CAAV,IAAargB,KAAKihF,IAAL,CAAU,KAAK0xG,OAAL,CAAa,CAAb,CAAV,CAAd,IAA0C,KAAKC,MAArD,CAA4D,OAAO,KAAKpxD,MAAL,CAAY,CAAZ,IAAet6H,CAAtB;AAAwB,aAA5N,EAAf,CAAjkC;AAAA,YAA+yCG,IAAE,EAACkrG,QAAO,gBAASlyF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAIssD,EAAEglC,MAAN,CAAan4E,EAAE0gE,MAAf,EAAsB1gE,EAAE2f,IAAF,GAAO,CAA7B,CAAN,CAAsC,OAAO,IAAIhrB,EAAEwjF,MAAN,CAAatxF,CAAb,EAAemZ,EAAEjD,KAAjB,CAAP;AAA+B,aAAzF,EAA0Fo1F,QAAO,gBAASnyF,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAI8N,EAAE6uF,IAAN,CAAWxjF,EAAEjD,KAAb,CAAN;AAAA,oBAA0B7e,IAAE8hB,EAAE2f,IAAF,GAAO,CAAnC;AAAA,oBAAqCrsB,IAAE0M,EAAE0gE,MAAzC,CAAgD,OAAO75E,EAAE64F,MAAF,CAASpsF,EAAEo4B,CAAF,GAAIxtC,CAAb,EAAeoV,EAAEs4B,CAAF,GAAI1tC,CAAnB,EAAsBwiG,MAAtB,CAA6BptF,EAAEo4B,CAAF,GAAIxtC,CAAjC,EAAmCoV,EAAEs4B,CAAF,GAAI1tC,CAAvC,EAA0CwiG,MAA1C,CAAiDptF,EAAEo4B,CAAF,GAAIxtC,CAArD,EAAuDoV,EAAEs4B,CAAF,GAAI1tC,CAA3D,EAA8DwiG,MAA9D,CAAqEptF,EAAEo4B,CAAF,GAAIxtC,CAAzE,EAA2EoV,EAAEs4B,CAAF,GAAI1tC,CAA/E,EAAkF0pB,KAAlF,IAA0F/gB,CAAjG;AAAmG,aAAhQ,EAAjzC,CAAmjDnC,EAAE6sD,CAAF,EAAI,EAACvzD,KAAI,EAAC20K,QAAO,EAAC/sD,QAAOxzD,CAAR,EAAUogI,aAAYpgI,CAAtB,EAAR,EAAiCggI,QAAO,EAACxxG,MAAKxzD,CAAN,EAAxC,EAAiDilK,SAAQrrL,CAAzD,EAAL,EAAJ;AAAuE,KAAxoD,CAAyoDxL,OAAO07D,KAAP,CAAa76D,MAAtpD,CAAD;AAA+pD,CAAzwD,EAA0wD,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAh1D,CAA3myB,EAA671B,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,6BAAP,EAAqC,CAAC,6BAAD,EAA+B,0BAA/B,CAArC,EAAgG7f,CAAhG;AAAmG,CAAtH,CAAuH,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,iBAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,mBAAO,IAAI8xC,CAAJ,CAAM1kC,EAAEpN,EAAE0rB,CAAJ,CAAN,EAAate,EAAEpN,EAAE4rB,CAAJ,CAAb,CAAP;AAA4B,aAAIt4B,IAAE3T,IAAN;AAAA,YAAW4xD,IAAEvxC,EAAEtd,KAAf;AAAA,YAAqBgC,IAAElJ,OAAO07D,KAA9B;AAAA,YAAoC5F,IAAE5sD,EAAEs/D,KAAxC;AAAA,YAA8CvtC,IAAE/xB,EAAE0qD,QAAlD;AAAA,YAA2D+D,IAAEzuD,EAAEk9D,OAA/D;AAAA,YAAuEjtD,IAAEjQ,EAAE4+D,UAA3E;AAAA,YAAsFvR,IAAErtD,EAAEuzF,QAA1F;AAAA,YAAmGnmC,IAAEC,EAAEwmC,KAAvG;AAAA,YAA6GrmC,IAAEiB,EAAEn1D,GAAF,CAAM20K,MAAN,CAAa4d,KAA5H;AAAA,YAAkIn+H,IAAE1tD,EAAE69B,IAAtI;AAAA,YAA2InV,IAAEglC,EAAEzwB,KAA/I;AAAA,YAAqJ36B,IAAEorD,EAAEs/B,UAAzJ;AAAA,YAAoKrrF,IAAE+rD,EAAEg/B,UAAxK;AAAA,YAAmLz1D,IAAEu2B,EAAErzD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACqrD,kBAAE11D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,GAAyB,YAAU,OAAO,KAAK/H,OAAL,CAAa2zL,UAA9B,KAA2C,KAAK3zL,OAAL,CAAa2zL,UAAb,GAAwB,KAAK3zL,OAAL,CAAa2zL,UAAb,CAAwBxvL,KAAxB,CAA8B,EAA9B,CAAnE,CAAzB,CAA+H,IAAI/E,IAAE,KAAKw0L,SAAL,EAAN,CAAuB,KAAK97G,KAAL,GAAW,IAAI14E,CAAJ,CAAM,KAAKmmC,OAAX,EAAmB,KAAKvlC,OAAxB,CAAX;AAA4C,aAAtN,EAAuN8jD,SAAQ,mBAAU;AAACsP,kBAAE11D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAKs5E,KAAL,CAAWh0B,OAAX,EAAxB,EAA6C,KAAKg0B,KAAL,GAAW,IAAxD;AAA6D,aAAvS,EAAwSm5G,cAAa,wBAAU;AAAC,oBAAI/vK,IAAE,KAAKhiB,GAAX;AAAA,oBAAe6I,IAAEmZ,EAAE2yK,eAAF,CAAkB3yK,EAAEouK,MAAF,GAAWhB,EAA7B,EAAiCzrJ,KAAjC,EAAjB,CAA0D,KAAKi1C,KAAL,CAAWg8G,UAAX,CAAsB/rL,CAAtB;AAAyB,aAAnZ,EAAoZ44C,QAAO,kBAAU;AAACyS,kBAAE11D,EAAF,CAAKijD,MAAL,CAAYniD,IAAZ,CAAiB,IAAjB,GAAuB,KAAKu1L,WAAL,EAAvB,EAA0C,KAAKj8G,KAAL,CAAWhnE,KAAX,EAA1C;AAA6D,aAAne,EAAoe8iL,WAAU,qBAAU;AAAC,uBAAOj/H,CAAP;AAAS,aAAlgB,EAAmgBw8H,WAAU,qBAAU;AAAC/9H,kBAAE11D,EAAF,CAAKyzL,SAAL,CAAe3yL,IAAf,CAAoB,IAApB,GAA0BoH,EAAEvI,OAAF,CAAU2iE,QAAV,KAAqB,KAAKgkG,IAAL,KAAY,KAAKA,IAAL,GAAUp+J,EAAE89B,QAAF,CAAW+uB,EAAE,KAAKu8H,OAAP,EAAe,IAAf,CAAX,EAAgC,GAAhC,CAAtB,GAA4D,KAAK9vL,GAAL,CAASuhC,IAAT,CAAc,KAAd,EAAoB,KAAKujI,IAAzB,CAAjF,CAA1B;AAA2I,aAAnqB,EAAoqBqtB,aAAY,uBAAU;AAACj+H,kBAAE11D,EAAF,CAAK2zL,WAAL,CAAiB7yL,IAAjB,CAAsB,IAAtB,GAA4B,KAAKwlK,IAAL,IAAW,KAAK9kK,GAAL,CAASwhC,MAAT,CAAgB,KAAhB,EAAsB,KAAKsjI,IAA3B,CAAvC;AAAwE,aAAnwB,EAAowB+vB,aAAY,uBAAU;AAAC,oBAAI7yK,IAAE,KAAK42D,KAAX;AAAA,oBAAiB/vE,IAAE,KAAK7I,GAAxB;AAAA,oBAA4BE,IAAE2I,EAAEunL,MAAF,EAA9B;AAAA,oBAAyC96K,IAAE,EAAC85K,IAAGvmL,EAAE8rL,eAAF,CAAkBz0L,EAAEkvL,EAApB,EAAwBzrJ,KAAxB,EAAJ,EAAoC60B,IAAG3vD,EAAE8rL,eAAF,CAAkBz0L,EAAEs4D,EAApB,EAAwB70B,KAAxB,EAAvC,EAA3C,CAAmH3hB,EAAE0gE,MAAF,CAAS75E,EAAE8rL,eAAF,CAAkB9rL,EAAE65E,MAAF,EAAlB,CAAT,GAAwC1gE,EAAEouK,MAAF,CAAS96K,CAAT,CAAxC,EAAoD0M,EAAE4yC,IAAF,CAAO/rD,EAAE+rD,IAAF,EAAP,CAApD;AAAqE,aAAn9B,EAAo9B7c,SAAQ,mBAAU;AAAC,qBAAK+3I,OAAL;AAAe,aAAt/B,EAAu/BkC,SAAQ,iBAAShwK,CAAT,EAAW;AAACkyC,kBAAE11D,EAAF,CAAKwzL,OAAL,CAAa1yL,IAAb,CAAkB,IAAlB,EAAuB0iB,CAAvB,GAA0B,KAAK8tK,OAAL,EAA1B;AAAyC,aAApjC,EAAqjCA,SAAQ,mBAAU;AAAC,qBAAK+E,WAAL,IAAmB,KAAKj8G,KAAL,CAAWze,MAAX,EAAnB;AAAuC,aAA/mC,EAAT,CAArL;AAAA,YAAgzC1E,IAAEnC,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKw9B,OAAL,GAAarkB,CAAb,EAAe,KAAK83C,YAAL,CAAkBjxD,CAAlB,CAAf,EAAoC,KAAKisL,IAAL,GAAU,IAAIx3L,CAAJ,EAA9C;AAAoD,aAAxE,EAAyEwD,SAAQ,EAACi0L,UAAS,GAAV,EAAcN,YAAW,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,CAAzB,EAAuCO,aAAY,EAAnD,EAAjF,EAAwItyG,QAAO,gBAAS1gE,CAAT,EAAW;AAAC,qBAAKoyI,OAAL,GAAapyI,CAAb;AAAe,aAA1K,EAA2KouK,QAAO,gBAASpuK,CAAT,EAAW;AAAC,qBAAK6tK,OAAL,GAAa7tK,CAAb;AAAe,aAA7M,EAA8M4yK,YAAW,oBAAS5yK,CAAT,EAAW;AAAC,qBAAKizK,WAAL,GAAiBjzK,CAAjB;AAAmB,aAAxP,EAAyP4yC,MAAK,cAAS5yC,CAAT,EAAW;AAAC,qBAAKs+J,KAAL,GAAWt+J,CAAX;AAAa,aAAvR,EAAwRkzK,kBAAiB,0BAASlzK,CAAT,EAAW;AAAC,uBAAO,IAAI8xC,CAAJ,CAAMx+C,EAAEq/C,KAAF,CAAQ3yC,EAAE0rB,CAAF,GAAI,KAAK5sC,OAAL,CAAai0L,QAAzB,CAAN,EAAyCz/K,EAAEq/C,KAAF,CAAQ3yC,EAAE4rB,CAAF,GAAI,KAAK9sC,OAAL,CAAai0L,QAAzB,CAAzC,CAAP;AAAoF,aAAzY,EAA0YI,WAAU,qBAAU;AAAC,oBAAInzK,IAAE,KAAK2f,IAAL,EAAN;AAAA,oBAAkB94B,IAAE,KAAKqsL,gBAAL,CAAsB,KAAKrF,OAAL,CAAaT,EAAnC,CAApB;AAAA,oBAA2DlvL,IAAE,KAAK2vL,OAAL,CAAaT,EAA1E;AAAA,oBAA6E77H,IAAE,KAAK6hI,YAAL,CAAkBvsL,CAAlB,EAAqBwuF,SAArB,CAA+B,CAACn3F,EAAEwtC,CAAlC,EAAoC,CAACxtC,EAAE0tC,CAAvC,CAA/E,CAAyH,OAAM,EAACF,GAAEp4B,EAAEypE,IAAF,CAAO,CAACzpE,EAAEy4B,GAAF,CAAMwlB,EAAE7lB,CAAR,IAAW1rB,EAAEgJ,KAAd,IAAqB,KAAKlqB,OAAL,CAAai0L,QAAzC,CAAH,EAAsDnnJ,GAAEt4B,EAAEypE,IAAF,CAAO,CAACzpE,EAAEy4B,GAAF,CAAMwlB,EAAE3lB,CAAR,IAAW5rB,EAAE+N,MAAd,IAAsB,KAAKjvB,OAAL,CAAai0L,QAA1C,CAAxD,EAAN;AAAmH,aAA3oB,EAA4oBpzJ,MAAK,gBAAU;AAAC,oBAAI3f,IAAE,KAAK6tK,OAAL,CAAaT,EAAnB;AAAA,oBAAsBvmL,IAAE,KAAKgnL,OAAL,CAAar3H,EAArC;AAAA,oBAAwCt4D,IAAE2I,EAAE1H,KAAF,GAAUk2F,SAAV,CAAoB,CAACr1E,EAAE0rB,CAAvB,EAAyB,CAAC1rB,EAAE4rB,CAA5B,CAA1C,CAAyE,OAAM,EAAC5iB,OAAM9qB,EAAEwtC,CAAT,EAAW3d,QAAO7vB,EAAE0tC,CAApB,EAAN;AAA6B,aAAlwB,EAAmwBwnJ,cAAa,sBAASpzK,CAAT,EAAW;AAAC,oBAAInZ,IAAEmZ,EAAE0rB,CAAR;AAAA,oBAAUxtC,IAAE8hB,EAAE4rB,CAAd,CAAgB,OAAO,IAAIkmB,CAAJ,CAAMjrD,IAAE,KAAK/H,OAAL,CAAai0L,QAArB,EAA8B70L,IAAE,KAAKY,OAAL,CAAai0L,QAA7C,CAAP;AAA8D,aAA12B,EAA22BM,eAAc,yBAAU;AAAC,oBAAIrzK,IAAE,KAAKlhB,OAAL,CAAa2zL,UAAnB,CAA8B,OAAOzyK,EAAE,KAAKszK,cAAL,KAAsBtzK,EAAE5iB,MAA1B,CAAP;AAAyC,aAA38B,EAA48BwlD,SAAQ,mBAAU;AAAC,qBAAKve,OAAL,CAAa5tB,KAAb,IAAqB,KAAKq8K,IAAL,CAAUr8K,KAAV,EAArB;AAAuC,aAAtgC,EAAugC7G,OAAM,iBAAU;AAAC,qBAAKkjL,IAAL,CAAUljL,KAAV,IAAkB,KAAK0jL,cAAL,GAAoB,CAAtC,EAAwC,KAAKn7H,MAAL,EAAxC;AAAsD,aAA9kC,EAA+kCA,QAAO,kBAAU;AAAC,oBAAIn4C,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,IAAE,KAAK6/K,SAAL,EAAZ;AAAA,oBAA6B5hI,IAAE,KAAK2hI,gBAAL,CAAsB,KAAKrF,OAAL,CAAaT,EAAnC,CAA/B,CAAsE,KAAIvmL,IAAE,CAAN,EAAQA,IAAEyM,EAAEo4B,CAAZ,EAAc7kC,GAAd;AAAkB,yBAAI3I,IAAE,CAAN,EAAQA,IAAEoV,EAAEs4B,CAAZ,EAAc1tC,GAAd;AAAkB8hB,4BAAE,KAAKuzK,UAAL,CAAgB,EAAC7nJ,GAAE6lB,EAAE7lB,CAAF,GAAI7kC,CAAP,EAAS+kC,GAAE2lB,EAAE3lB,CAAF,GAAI1tC,CAAf,EAAhB,CAAF,EAAqC8hB,EAAEmb,OAAF,IAAWnb,EAAEuL,IAAF,EAAhD;AAAlB;AAAlB;AAA6F,aAApwC,EAAqwCgoK,YAAW,oBAASvzK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK2sL,WAAL,CAAiBxzK,CAAjB,CAAN;AAAA,oBAA0B9hB,IAAE,KAAK40L,IAAL,CAAUv1L,GAAV,CAAc,KAAK60J,OAAnB,EAA2BvrJ,CAA3B,CAA5B,CAA0D,OAAO,MAAI3I,EAAEmmC,OAAF,CAAUt6B,MAAV,GAAmB3M,MAAvB,IAA+B,KAAKinC,OAAL,CAAa7d,MAAb,CAAoBtoB,EAAEmmC,OAAtB,CAA/B,EAA8DnmC,CAArE;AAAuE,aAA75C,EAA85Cs1L,aAAY,qBAASxzK,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK4sL,SAAL,CAAezzK,CAAf,CAAN;AAAA,oBAAwB1M,IAAE,KAAK8/K,YAAL,CAAkBpzK,CAAlB,CAA1B;AAAA,oBAA+CuxC,IAAE,KAAK0hI,WAAtD;AAAA,oBAAkEvuL,IAAE4O,EAAEnU,KAAF,GAAUk2F,SAAV,CAAoB,CAAC9jC,EAAE7lB,CAAvB,EAAyB,CAAC6lB,EAAE3lB,CAA5B,CAApE,CAAmG,OAAM,EAAC92B,OAAMjO,CAAP,EAAS6sL,cAAa1zK,CAAtB,EAAwBy2F,OAAMnjG,CAA9B,EAAgC2qB,QAAO//B,EAAEwG,CAAF,CAAvC,EAA4CkuD,MAAK,KAAK0rH,KAAtD,EAA4D3+I,MAAK,KAAK7gC,OAAL,CAAai0L,QAA9E,EAAuFY,WAAU,KAAKN,aAAL,EAAjG,EAAsHL,aAAY,KAAKl0L,OAAL,CAAak0L,WAA/I,EAA2JY,kBAAiB,KAAK90L,OAAL,CAAa80L,gBAAzL,EAAN;AAAiN,aAA1uD,EAA2uDH,WAAU,mBAASzzK,CAAT,EAAW;AAAC,oBAAInZ,IAAEyM,EAAEsuB,GAAF,CAAM,CAAN,EAAQ,KAAK08I,KAAb,CAAN,CAA0B,OAAM,EAAC5yI,GAAE,KAAKmoJ,SAAL,CAAe7zK,EAAE0rB,CAAjB,EAAmB7kC,CAAnB,CAAH,EAAyB+kC,GAAEvlC,EAAE2Z,EAAE4rB,CAAJ,EAAM,CAAN,EAAQ/kC,IAAE,CAAV,CAA3B,EAAN;AAA+C,aAA10D,EAA20DgtL,WAAU,mBAAS7zK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAEoV,EAAEy4B,GAAF,CAAM/rB,CAAN,IAASnZ,CAAf,CAAiB,OAAOmZ,IAAEA,KAAG,CAAH,GAAK9hB,CAAL,GAAO2I,KAAG,MAAI3I,CAAJ,GAAM2I,CAAN,GAAQ3I,CAAX,CAAhB;AAA8B,aAAl5D,EAAT,CAAlzC;AAAA,YAAgtG0tC,IAAE0lB,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKa,EAAL,GAAQsY,CAAR,EAAU,KAAKmb,OAAL,GAAa,CAAC,CAAxB,EAA0B,KAAK28B,YAAL,CAAkBjxD,CAAlB,CAA1B,EAA+C,KAAK3F,aAAL,EAA/C,EAAoE,KAAKqqB,IAAL,EAApE;AAAgF,aAApG,EAAqGzsB,SAAQ,EAACk0L,aAAY,EAAb,EAAgBY,kBAAiB,EAAjC,EAA7G,EAAkJ1yL,eAAc,yBAAU;AAAC,qBAAKmjC,OAAL,GAAarkB,EAAE,qDAAF,EAAyD5D,GAAzD,CAA6D,EAAC4M,OAAM,KAAKlqB,OAAL,CAAa6gC,IAApB,EAAyB5R,QAAO,KAAKjvB,OAAL,CAAa6gC,IAA7C,EAA7D,EAAiHngB,EAAjH,CAAoH,OAApH,EAA4H+xC,EAAE,UAASvxC,CAAT,EAAW;AAAC,yBAAK8zK,QAAL,KAAgB9zK,EAAE5gB,MAAF,CAAS4I,YAAT,CAAsB,KAAtB,EAA4B,KAAK8rL,QAAL,EAA5B,CAAhB,GAA6D9zK,EAAE5gB,MAAF,CAASkJ,eAAT,CAAyB,KAAzB,CAA7D;AAA6F,iBAA3G,EAA4G,IAA5G,CAA5H,CAAb;AAA4P,aAAva,EAAwaijB,MAAK,gBAAU;AAAC,oBAAIvL,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKw9B,OAAL,CAAa,CAAb,CAAR,CAAwBx9B,EAAEkW,KAAF,CAAQ7S,GAAR,GAAYlD,EAAE,KAAKlI,OAAL,CAAam/B,MAAb,CAAoB2N,CAAtB,CAAZ,EAAqC/kC,EAAEkW,KAAF,CAAQgP,IAAR,GAAa/kB,EAAE,KAAKlI,OAAL,CAAam/B,MAAb,CAAoByN,CAAtB,CAAlD,EAA2E1rB,IAAE,KAAK6X,GAAL,EAA7E,EAAwF7X,KAAGnZ,EAAEmB,YAAF,CAAe,KAAf,EAAqBgY,CAArB,CAA3F,EAAmHnZ,EAAEkW,KAAF,CAAQoN,UAAR,GAAmB,SAAtI,EAAgJ,KAAKgR,OAAL,GAAa,CAAC,CAA9J;AAAgK,aAAhnB,EAAinB3O,MAAK,gBAAU;AAAC,qBAAK6X,OAAL,CAAa,CAAb,EAAgBtnB,KAAhB,CAAsBoN,UAAtB,GAAiC,QAAjC,EAA0C,KAAKgR,OAAL,GAAa,CAAC,CAAxD;AAA0D,aAA3rB,EAA4rBtD,KAAI,eAAU;AAAC,oBAAI7X,IAAEyW,EAAE,KAAK33B,OAAL,CAAak0L,WAAf,CAAN,CAAkC,OAAOhzK,EAAE,KAAK+zK,UAAL,EAAF,CAAP;AAA4B,aAAzwB,EAA0wBD,UAAS,oBAAU;AAAC,oBAAI9zK,IAAEyW,EAAE,KAAK33B,OAAL,CAAa80L,gBAAf,CAAN,CAAuC,OAAO5zK,EAAE,KAAK+zK,UAAL,EAAF,CAAP;AAA4B,aAAj2B,EAAk2BA,YAAW,sBAAU;AAAC,oBAAI/zK,IAAE,KAAKlhB,OAAX,CAAmB,OAAM,EAAC8zD,MAAK5yC,EAAE4yC,IAAR,EAAa+gI,WAAU3zK,EAAE2zK,SAAzB,EAAmCv+H,GAAEp1C,EAAE4yC,IAAvC,EAA4ClnB,GAAE1rB,EAAElL,KAAF,CAAQ42B,CAAtD,EAAwDE,GAAE5rB,EAAElL,KAAF,CAAQ82B,CAAlE,EAAoEnV,GAAEzW,EAAE2zK,SAAxE,EAAkFK,SAAQh0K,EAAEg0K,OAA5F,EAAoGr/H,GAAE30C,EAAEg0K,OAAxG,EAAgHh5H,SAAQh7C,EAAEg7C,OAA1H,EAAkIjJ,GAAE/xC,EAAEg7C,OAAtI,EAAN;AAAqJ,aAAhiC,EAAiiCpY,SAAQ,mBAAU;AACvxtF,qBAAKve,OAAL,KAAe,KAAKA,OAAL,CAAa7tB,MAAb,IAAsB,KAAK6tB,OAAL,GAAa,IAAlD;AAAwD,aAD4qrF,EAAT,CAAltG;AAAA,YAC98kF/oC,IAAEg2D,EAAEzyD,MAAF,CAAS,EAACpC,MAAK,gBAAU;AAAC,qBAAKg+F,MAAL,GAAY,EAAZ;AAAe,aAAhC,EAAiC37F,SAAQ,EAACuqI,SAAQ,GAAT,EAAzC,EAAuD9rI,KAAI,aAASyiB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,uBAAO,KAAK4zF,MAAL,CAAYr9F,MAAZ,IAAoB,KAAK0B,OAAL,CAAauqI,OAAjC,IAA0C,KAAKnqC,OAAL,CAAal/E,CAAb,CAA1C,EAA0D,KAAKi0K,OAAL,CAAaptL,CAAb,CAAjE;AAAiF,aAA1J,EAA2J4P,OAAM,iBAAU;AAAC,oBAAIuJ,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK4zF,MAAb,CAAoB,KAAIz6E,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,sBAAEmZ,CAAF,EAAK4iC,OAAL;AAAvB,iBAAsC,KAAK63C,MAAL,GAAY,EAAZ;AAAe,aAArP,EAAsP7qF,OAAM,iBAAU;AAAC,oBAAIoQ,CAAJ;AAAA,oBAAMnZ,IAAE,KAAK4zF,MAAb,CAAoB,KAAIz6E,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,sBAAEmZ,CAAF,EAAKwM,IAAL;AAAvB;AAAmC,aAA9T,EAA+TynK,SAAQ,iBAASj0K,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAKmnF,MAAf;AAAA,oBAAsBlpC,IAAEa,EAAE4+B,OAAF,CAAU,KAAGhxE,EAAEy2F,KAAL,IAAY,KAAGz2F,EAAEie,MAAjB,IAAyBje,EAAE4yC,IAA3B,GAAgC5yC,EAAEgzK,WAA5C,CAAxB,CAAiF,KAAI90L,IAAE,CAAN,EAAQA,IAAEoV,EAAElW,MAAZ,EAAmBc,GAAnB;AAAuB,wBAAGoV,EAAEpV,CAAF,EAAKwJ,EAAL,KAAU6pD,CAAb,EAAe;AAAC1qD,4BAAEyM,EAAEpV,CAAF,CAAF,CAAO;AAAM;AAApD,iBAAoD,OAAO2I,IAAEA,EAAE0kB,IAAF,EAAF,IAAY1kB,IAAE,IAAI+kC,CAAJ,CAAM2lB,CAAN,EAAQvxC,CAAR,CAAF,EAAa,KAAKy6E,MAAL,CAAY5+F,IAAZ,CAAiBgL,CAAjB,CAAzB,GAA8CA,CAArD;AAAuD,aAA/gB,EAAghBq4F,SAAQ,iBAASl/E,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,IAAE,KAAKmnF,MAAf;AAAA,oBAAsBlpC,IAAE,CAAC,CAAzB;AAAA,oBAA2B7sD,IAAE,CAAC,CAA9B,CAAgC,KAAImC,IAAE,CAAN,EAAQA,IAAEyM,EAAElW,MAAZ,EAAmByJ,GAAnB;AAAuB3I,wBAAEoV,EAAEzM,CAAF,EAAK/H,OAAL,CAAa23G,KAAb,CAAmBjhB,UAAnB,CAA8Bx1E,CAA9B,CAAF,EAAmC9hB,IAAEqzD,CAAF,IAAK,CAACj+C,EAAEzM,CAAF,EAAKs0B,OAAX,KAAqBz2B,IAAEmC,CAAF,EAAI0qD,IAAErzD,CAA3B,CAAnC;AAAvB,iBAAwFwG,MAAI,CAAC,CAAL,KAAS4O,EAAE5O,CAAF,EAAKk+C,OAAL,IAAetvC,EAAE1U,MAAF,CAAS8F,CAAT,EAAW,CAAX,CAAxB;AAAuC,aAAnsB,EAAT,CAD48kF,CAC7vjFiQ,EAAEw+C,CAAF,EAAI,EAACn1D,KAAI,EAAC20K,QAAO,EAACuhB,MAAKv4J,CAAN,EAAQw4J,WAAUx4J,CAAlB,EAAoBy4J,WAAUxoJ,CAA9B,EAAgCyoJ,UAAS/4L,CAAzC,EAA2Cg5L,UAAS7gI,CAApD,EAAR,EAAL,EAAJ;AAA2E,KAD0njF,CACznjFj4D,OAAO07D,KAAP,CAAa76D,MAD4mjF,CAAD;AACnmjF,CADi+iF,EACh+iF,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAD05iF,CAA771B,EAC39sD,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,6BAAP,EAAqC,CAAC,6BAAD,CAArC,EAAqE7f,CAArE;AAAwE,CAA3F,CAA4F,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAE0jE,OAAvB;AAAA,YAA+BrQ,IAAErzD,EAAEolE,UAAnC;AAAA,YAA8C5+D,IAAExG,EAAEqkC,IAAF,CAAOuuD,OAAvD;AAAA,YAA+Dx/B,IAAEh+C,EAAEtV,GAAF,CAAM0vL,MAAvE;AAAA,YAA8Ej3J,IAAEnjB,EAAEtV,GAAF,CAAM2vL,QAAtF;AAAA,YAA+Fx6H,IAAE7/C,EAAEtV,GAAF,CAAM20K,MAAN,CAAawhB,SAA9G;AAAA,YAAwHx/K,IAAErB,EAAEtV,GAAF,CAAM20K,MAAN,CAAa2hB,QAAvI;AAAA,YAAgJviI,IAAEoB,EAAEt0D,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW3I,CAAX,EAAa;AAAC,qBAAKY,OAAL,CAAay1L,OAAb,GAAqB,KAAKC,OAAL,KAAe,mDAApC,EAAwFrhI,EAAE32D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoBuJ,CAApB,EAAsB3I,CAAtB,CAAxF,EAAiH,KAAKu2L,WAAL,GAAiBz0K,EAAEtd,KAAF,CAAQ,KAAK+xL,WAAb,EAAyB,IAAzB,CAAlI,EAAiK,KAAKC,cAAL,EAAjK;AAAuL,aAA3M,EAA4M51L,SAAQ,EAAC61L,YAAW,MAAZ,EAApN,EAAwOD,gBAAe,0BAAU;AAAC,oBAAI7tL,IAAE,KAAK/H,OAAX,CAAmB,IAAG,CAAC+H,EAAEpG,GAAN,EAAU,MAAMlF,MAAM,sCAAN,CAAN,CAAoDykB,EAAEyY,IAAF,CAAO,EAACZ,KAAIhxB,EAAE0tL,OAAF,GAAU1tL,EAAE8tL,UAAjB,EAA4Br6K,MAAK,EAACs6K,QAAO,MAAR,EAAetH,SAAQ,kBAAvB,EAA0C7sL,KAAIoG,EAAEpG,GAAhD,EAAoDo0L,WAAU,KAAKL,OAAL,EAA9D,EAAjC,EAA+Gr0L,MAAK,KAApH,EAA0Hy1B,UAAS,OAAnI,EAA2IwH,OAAM,OAAjJ,EAAyJpD,SAAQ,KAAKy6J,WAAtK,EAAP;AAA2L,aAA9gB,EAA+gBD,SAAQ,iBAASx0K,CAAT,EAAW;AAAC,uBAAOA,IAAEA,KAAGxkB,OAAOqT,QAAP,CAAgBkpB,QAArB,EAA8B,YAAU/X,EAAEngB,OAAF,CAAU,GAAV,EAAc,EAAd,CAAV,GAA4B,OAA5B,GAAoC,MAAzE;AAAgF,aAAnnB,EAAonB40L,aAAY,qBAASz0K,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ8hB,KAAGA,EAAE80K,YAAF,CAAe13L,MAAlB,KAA2ByJ,IAAE,KAAKkuL,QAAL,GAAc/0K,EAAE80K,YAAF,CAAe,CAAf,EAAkBE,SAAlB,CAA4B,CAA5B,CAAhB,EAA+CzjI,EAAE,KAAKqlB,KAAL,CAAW93E,OAAb,EAAqB,EAACk0L,aAAYnsL,EAAE8kJ,QAAF,CAAW9rJ,OAAX,CAAmB,aAAnB,EAAiC,gBAAjC,EAAmDA,OAAnD,CAA2D,WAA3D,EAAuE,cAAvE,EAAuFA,OAAvF,CAA+F,WAA/F,EAA2G,cAA3G,CAAb,EAAwI4yL,YAAW5rL,EAAEouL,kBAArJ,EAArB,CAA/C,EAA8O/2L,IAAE,KAAKY,OAArP,EAA6P4F,EAAExG,EAAE+vL,OAAJ,MAAe/vL,EAAE+vL,OAAF,GAAUpnL,EAAEu+J,OAA3B,CAA7P,EAAiS1gK,EAAExG,EAAEgwL,OAAJ,MAAehwL,EAAEgwL,OAAF,GAAUrnL,EAAEw+J,OAA3B,CAAjS,EAAqU,KAAK6vB,eAAL,EAArU,EAA4V,WAAS,KAAK7wJ,OAAL,CAAajoB,GAAb,CAAiB,SAAjB,CAAT,IAAsC,KAAKqjC,MAAL,EAA7Z;AAA4a,aAAhkC,EAAikCizI,WAAU,qBAAU;AAAC,uBAAO5gI,CAAP;AAAS,aAA/lC,EAAgmCojI,iBAAgB,2BAAU;AAAC,oBAAIl1K,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAc7sD,IAAE,KAAK1G,GAAL,CAASsyL,WAAzB,CAAqC,IAAG5rL,MAAIsb,IAAE,KAAK+0K,QAAL,CAAcI,gBAApB,CAAH,EAAyC,KAAItuL,IAAE,CAAN,EAAQA,IAAEmZ,EAAE5iB,MAAZ,EAAmByJ,GAAnB;AAAuB,yBAAI3I,IAAE8hB,EAAEnZ,CAAF,CAAF,EAAOyM,IAAE,CAAb,EAAeA,IAAEpV,EAAEk3L,aAAF,CAAgBh4L,MAAjC,EAAwCkW,GAAxC;AAA4Ci+C,4BAAErzD,EAAEk3L,aAAF,CAAgB9hL,CAAhB,CAAF,EAAqB5O,EAAEsQ,GAAF,CAAM,EAAC7T,MAAKjD,EAAEoyL,WAAR,EAAoBrC,SAAQ18H,EAAE6zG,OAA9B,EAAsC8oB,SAAQ38H,EAAE8zG,OAAhD,EAAwD+oB,QAAO,IAAI98H,CAAJ,CAAM,IAAI76B,CAAJ,CAAM86B,EAAE0kC,IAAF,CAAO,CAAP,CAAN,EAAgB1kC,EAAE0kC,IAAF,CAAO,CAAP,CAAhB,CAAN,EAAiC,IAAIx/D,CAAJ,CAAM86B,EAAE0kC,IAAF,CAAO,CAAP,CAAN,EAAgB1kC,EAAE0kC,IAAF,CAAO,CAAP,CAAhB,CAAjC,CAA/D,EAAN,CAArB;AAA5C;AAAvB;AAA4N,aAAr6C,EAAs6C0+F,YAAW,oBAAS30K,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKlhB,OAAL,CAAa61L,UAAb,GAAwB30K,CAAxB,EAA0B,KAAKhiB,GAAL,CAASsyL,WAAT,CAAqB7+I,KAArB,EAA1B,EAAuD,KAAKijJ,cAAL,EAAvD,EAA6E7tL,CAAhF,IAAmF,KAAK/H,OAAL,CAAa61L,UAAvG;AAAkH,aAA/iD,EAAT,CAAlJ;AAAA,YAA6sD7iI,IAAEn9C,EAAE9V,MAAF,CAAS,EAACC,SAAQ,EAACk8D,SAAQ,OAAT,EAAT,EAA2Bw4H,aAAY,qBAASxzK,CAAT,EAAW;AAAC,oBAAInZ,IAAE8N,EAAEnY,EAAF,CAAKg3L,WAAL,CAAiBl2L,IAAjB,CAAsB,IAAtB,EAA2B0iB,CAA3B,CAAN,CAAoC,OAAOnZ,EAAEm0D,OAAF,GAAU,KAAKl8D,OAAL,CAAak8D,OAAvB,EAA+Bn0D,EAAEmtL,OAAF,GAAU,KAAKqB,WAAL,CAAiB,KAAK5B,SAAL,CAAezzK,CAAf,CAAjB,CAAzC,EAA6EnZ,CAApF;AAAsF,aAA7K,EAA8KwuL,aAAY,qBAASr1K,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,EAAZ,CAAe,KAAIj+C,IAAE,KAAKgrK,KAAX,EAAiBhrK,IAAE,CAAnB,EAAqBA,GAArB;AAAyBzM,wBAAE,CAAF,EAAI3I,IAAE,KAAGoV,IAAE,CAAX,EAAa,OAAK0M,EAAE0rB,CAAF,GAAIxtC,CAAT,KAAa2I,GAA1B,EAA8B,OAAKmZ,EAAE4rB,CAAF,GAAI1tC,CAAT,MAAc2I,KAAG,CAAjB,CAA9B,EAAkD0qD,KAAG1qD,CAArD;AAAzB,iBAAgF,OAAO0qD,CAAP;AAAS,aAA9S,EAAT,CAA/sD,CAAygEA,EAAEj+C,CAAF,EAAI,EAACtV,KAAI,EAAC20K,QAAO,EAAC2iB,MAAKvjI,CAAN,EAAQwjI,WAAUxjI,CAAlB,EAAoByjI,UAAS1jI,CAA7B,EAAR,EAAL,EAAJ;AAAoD,KAA3kE,CAA4kEt2D,OAAO07D,KAAP,CAAa76D,MAAzlE,CAAD;AAAkmE,CAAzsE,EAA0sE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAhxE,CAD29sD,EACzsoD,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,+BAAP,EAAuC,CAAC,6BAAD,EAA+B,0BAA/B,EAA0D,gBAA1D,EAA2E,mBAA3E,CAAvC,EAAuI7f,CAAvI;AAA0I,CAA7J,CAA8J,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE7C,QAAN;AAAA,YAAeiY,IAAE3T,IAAjB;AAAA,YAAsB4xD,IAAEvxC,EAAEhe,OAA1B;AAAA,YAAkC0C,IAAEsb,EAAEtd,KAAtC;AAAA,YAA4C4uD,IAAE91D,OAAO07D,KAArD;AAAA,YAA2DzgC,IAAE66B,EAAE0S,KAA/D;AAAA,YAAqE7Q,IAAE7B,EAAEh3C,IAAF,CAAOy4C,UAA9E;AAAA,YAAyFp+C,IAAE28C,EAAEoQ,EAAF,CAAK3S,OAAhG;AAAA,YAAwGgD,IAAET,EAAEsQ,OAA5G;AAAA,YAAoH9P,IAAER,EAAEgS,UAAxH;AAAA,YAAmIpR,IAAEH,EAAE/zD,GAAvI;AAAA,YAA2Io0D,IAAEF,EAAEy7H,QAA/I;AAAA,YAAwJvgK,IAAE8kC,EAAEygH,MAAF,CAAS4d,KAAnK;AAAA,YAAyKvpL,IAAEomB,EAAEvuB,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAACumB,kBAAE5wB,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsBnZ,CAAtB,GAAyB,KAAK4uL,YAAL,GAAkB/wL,EAAE,KAAK+wL,YAAP,EAAoB,IAApB,CAA3C,EAAqE,KAAKpxJ,OAAL,CAAa7kB,EAAb,CAAgB,OAAhB,EAAwB,WAAxB,EAAoC,KAAKi2K,YAAzC,CAArE,EAA4H,KAAK3rJ,KAAL,GAAW,EAAvI,EAA0I,KAAKurF,eAAL,EAA1I;AAAiK,aAArL,EAAsLzyE,SAAQ,mBAAU;AAACx1B,kBAAE5wB,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,GAAwB,KAAK+mC,OAAL,CAAaprB,GAAb,CAAiB,OAAjB,EAAyB,WAAzB,EAAqC,KAAKw8K,YAA1C,CAAxB,EAAgF,KAAK3wH,UAAL,CAAgBtlC,MAAhB,CAAuB,QAAvB,EAAgC,KAAKixJ,WAArC,CAAhF,EAAkI,KAAKh/I,KAAL,EAAlI;AAA+I,aAAxV,EAAyV3yC,SAAQ,EAAC24G,QAAO,GAAR,EAAYqe,UAAS,CAAC,CAAtB,EAAwBhxD,YAAW,EAAnC,EAAsCitH,eAAc,UAApD,EAA+D2D,YAAW,OAA1E,EAAjW,EAAob1gL,KAAI,aAASnO,CAAT,EAAW;AAAC,oBAAG,CAACmZ,EAAExgB,OAAF,CAAUqH,CAAV,CAAJ,EAAiB,OAAO,KAAK8uL,OAAL,CAAa9uL,CAAb,CAAP,CAAuB,KAAI,IAAI3I,IAAE,CAAV,EAAYA,IAAE2I,EAAEzJ,MAAhB,EAAuBc,GAAvB;AAA2B,yBAAKy3L,OAAL,CAAa9uL,EAAE3I,CAAF,CAAb;AAA3B;AAA8C,aAA1hB,EAA2hBsY,QAAO,gBAASwJ,CAAT,EAAW;AAACA,kBAAE4iC,OAAF,GAAY,IAAI/7C,IAAE0qD,EAAEvxC,CAAF,EAAI,KAAK8pB,KAAT,CAAN,CAAsBjjC,IAAE,CAAC,CAAH,IAAM,KAAKijC,KAAL,CAAWlrC,MAAX,CAAkBiI,CAAlB,EAAoB,CAApB,CAAN;AAA6B,aAA7mB,EAA8mB4qC,OAAM,iBAAU;AAAC,qBAAI,IAAIzxB,IAAE,CAAV,EAAYA,IAAE,KAAK8pB,KAAL,CAAW1sC,MAAzB,EAAgC4iB,GAAhC;AAAoC,yBAAK8pB,KAAL,CAAW9pB,CAAX,EAAc4iC,OAAd;AAApC,iBAA4D,KAAK9Y,KAAL,GAAW,EAAX;AAAc,aAAzsB,EAA0sBksC,QAAO,gBAASh2D,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE8hB,EAAEnR,QAAF,EAAR,CAAqB3Q,MAAI8hB,EAAEk4G,MAAF,CAAS,KAAKl6H,GAAL,CAASgzL,cAAT,CAAwB9yL,CAAxB,CAAT,GAAqC2I,IAAE,EAAC83G,QAAO3+F,CAAR,EAAUkyJ,OAAM,IAAhB,EAAvC,EAA6D,KAAKl0K,GAAL,CAASylB,OAAT,CAAiB,gBAAjB,EAAkC5c,CAAlC,CAAjE;AAAuG,aAAz1B,EAA01B44C,QAAO,kBAAU;AAAC,oBAAIz/B,CAAJ,EAAMnZ,CAAN,CAAQ,KAAIumB,EAAE5wB,EAAF,CAAKijD,MAAL,CAAYniD,IAAZ,CAAiB,IAAjB,GAAuB0iB,IAAE,KAAK8pB,KAA9B,EAAoCjjC,IAAE,CAA1C,EAA4CA,IAAEmZ,EAAE5iB,MAAhD,EAAuDyJ,GAAvD;AAA2D,yBAAKmvE,MAAL,CAAYh2D,EAAEnZ,CAAF,CAAZ;AAA3D;AAA6E,aAAj8B,EAAk8B04B,MAAK,cAASvf,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAEW,EAAE0jI,MAAF,CAASzjH,MAAT,CAAgBnyD,CAAhB,EAAkB,KAAKlhB,OAAvB,CAAV,CAA0C,IAAGyyD,EAAEuU,QAAF,GAAWj/D,CAAX,EAAa3I,IAAE,EAACygH,QAAOptD,CAAR,EAAU2gH,OAAM,IAAhB,EAAf,EAAqC5+J,IAAE,KAAKtV,GAAL,CAASylB,OAAT,CAAiB,eAAjB,EAAiCvlB,CAAjC,CAAvC,EAA2E,CAACoV,CAA/E,EAAiF,OAAO,KAAK0B,GAAL,CAASu8C,CAAT,GAAYA,CAAnB;AAAqB,aAArmC,EAAsmCwkE,eAAc,uBAAS/1G,CAAT,EAAW;AAAC,qBAAK8kD,UAAL,IAAiB,KAAKA,UAAL,CAAgBtlC,MAAhB,CAAuB,QAAvB,EAAgC,KAAKixJ,WAArC,CAAjB,EAAmE,KAAK3rH,UAAL,GAAgBxT,EAAEh3C,IAAF,CAAOy4C,UAAP,CAAkBof,MAAlB,CAAyBnyD,CAAzB,CAAnF,EAA+G,KAAK8kD,UAAL,CAAgBvlC,IAAhB,CAAqB,QAArB,EAA8B,KAAKkxJ,WAAnC,CAA/G,EAA+J,KAAK3xL,OAAL,CAAag3H,QAAb,IAAuB,KAAKhxD,UAAL,CAAgB6X,KAAhB,EAAtL;AAA8M,aAA90C,EAA+0Cg5G,SAAQ,iBAAS31K,CAAT,EAAW;AAAC,oBAAInZ,IAAER,EAAE8rE,MAAF,CAASnyD,CAAT,EAAW,KAAKlhB,OAAhB,CAAN,CAA+B,OAAO+H,EAAEgvL,KAAF,CAAQ,IAAR,GAAchvL,CAArB;AAAuB,aAAz5C,EAA05CwuH,iBAAgB,2BAAU;AAAC,oBAAIr1G,IAAE,KAAKlhB,OAAL,CAAagmE,UAAnB,CAA8B,KAAK2rH,WAAL,GAAiB/rL,EAAE,KAAK+rL,WAAP,EAAmB,IAAnB,CAAjB,EAA0C,KAAK3rH,UAAL,GAAgB3R,EAAEgf,MAAF,CAASnyD,CAAT,EAAYuf,IAAZ,CAAiB,QAAjB,EAA0B,KAAKkxJ,WAA/B,CAA1D,EAAsGzwK,KAAG,KAAKlhB,OAAL,CAAag3H,QAAhB,IAA0B,KAAKhxD,UAAL,CAAgB6X,KAAhB,EAAhI;AAAwJ,aAA3mD,EAA4mD8zG,aAAY,qBAASzwK,CAAT,EAAW;AAAC,qBAAK6d,KAAL,CAAW7d,EAAEg4C,MAAF,CAAShwC,IAAT,EAAX;AAA4B,aAAhqD,EAAiqD6V,OAAM,eAAS7d,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,CAAY,KAAI,KAAKr2C,KAAL,GAAW8E,CAAX,EAAa,KAAKyxB,KAAL,EAAb,EAA0B5qC,IAAEyqD,EAAEh/B,MAAF,CAAS,KAAKxzB,OAAL,CAAaizL,aAAtB,CAA5B,EAAiE7zL,IAAEozD,EAAEh/B,MAAF,CAAS,KAAKxzB,OAAL,CAAa42L,UAAtB,CAAnE,EAAqGpiL,IAAE,CAA3G,EAA6GA,IAAE0M,EAAE5iB,MAAjH,EAAwHkW,GAAxH;AAA4Hi+C,wBAAEvxC,EAAE1M,CAAF,CAAF,EAAO,KAAKisB,IAAL,CAAU,EAAC1wB,UAAShI,EAAE0qD,CAAF,CAAV,EAAetM,OAAM/mD,EAAEqzD,CAAF,CAArB,EAAV,EAAqCA,CAArC,CAAP;AAA5H;AAA2K,aAA12D,EAA22DkkI,cAAa,sBAAS5uL,CAAT,EAAW;AAAC,oBAAI3I,IAAE,EAACygH,QAAO3+F,EAAEnZ,EAAEzH,MAAJ,EAAYkb,IAAZ,CAAiB,aAAjB,CAAR,EAAwC43J,OAAM,IAA9C,EAAN,CAA0D,KAAKl0K,GAAL,CAASylB,OAAT,CAAiB,aAAjB,EAA+BvlB,CAA/B;AAAkC,aAAh+D,EAAT,CAA3K;AAAA,YAAupEmI,IAAEowB,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW;AAAC,qBAAKlhB,OAAL,GAAakhB,KAAG,EAAhB;AAAmB,aAArC,EAAsC61K,OAAM,eAAS71K,CAAT,EAAW;AAAC,qBAAKkyJ,KAAL,GAAWlyJ,EAAEmlG,OAAF,IAAWnlG,CAAtB,EAAwB,KAAKkyJ,KAAL,CAAWpoI,KAAX,CAAiBjuC,IAAjB,CAAsB,IAAtB,CAAxB,EAAoD,KAAKq2K,KAAL,CAAWl8F,MAAX,CAAkB,IAAlB,CAApD;AAA4E,aAApI,EAAqInnE,UAAS,kBAASmR,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKlhB,OAAL,CAAa+P,QAAb,GAAsBujD,EAAE+f,MAAF,CAASnyD,CAAT,EAAY3iB,OAAZ,EAAtB,EAA4C,KAAK60K,KAAL,IAAY,KAAKA,KAAL,CAAWl8F,MAAX,CAAkB,IAAlB,CAAxD,EAAgF,IAAnF,IAAyF5jB,EAAE+f,MAAF,CAAS,KAAKrzE,OAAL,CAAa+P,QAAtB,CAAhG;AAAgI,aAA1R,EAA2RqpH,QAAO,gBAASl4G,CAAT,EAAW;AAAC,qBAAKm4C,MAAL,IAAc,KAAK9zB,OAAL,CAAajoB,GAAb,CAAiB,EAAC2P,MAAKzY,EAAEquB,KAAF,CAAQ3hB,EAAE0rB,CAAV,CAAN,EAAmBxhC,KAAIoJ,EAAEquB,KAAF,CAAQ3hB,EAAE4rB,CAAV,CAAvB,EAAjB,CAAd,EAAqE,KAAKytD,OAAL,IAAc,KAAKA,OAAL,CAAasB,KAA3B,IAAkC,KAAKtB,OAAL,CAAasB,KAAb,CAAmB5K,SAAnB,EAAvG;AAAsI,aAApb,EAAqbvjE,MAAK,gBAAU;AAAC,qBAAK6X,OAAL,KAAe,KAAKA,OAAL,CAAa7tB,MAAb,IAAsB,KAAK6tB,OAAL,GAAa,IAAlD,GAAwD,KAAKg1D,OAAL,KAAe,KAAKA,OAAL,CAAaz2C,OAAb,IAAuB,KAAKy2C,OAAL,GAAa,IAAnD,CAAxD;AAAiH,aAAtjB,EAAujBz2C,SAAQ,mBAAU;AAAC,qBAAKsvH,KAAL,GAAW,IAAX,EAAgB,KAAK1lJ,IAAL,EAAhB;AAA4B,aAAtmB,EAAumB2rC,QAAO,kBAAU;AAAC,oBAAItxD,CAAJ,EAAMyM,CAAN,CAAQ,KAAK+wB,OAAL,KAAex9B,IAAE,KAAK/H,OAAP,EAAewU,IAAE,KAAK4+J,KAAtB,EAA4B,KAAK7tI,OAAL,GAAarkB,EAAE9hB,EAAEgD,aAAF,CAAgB,MAAhB,CAAF,EAA2B4xB,QAA3B,CAAoC,uBAAqBw+B,EAAEqS,SAAF,CAAY98D,EAAEi1F,KAAF,IAAS,KAArB,CAAzD,EAAsF7vF,IAAtF,CAA2F,OAA3F,EAAmGpF,EAAEo+C,KAArG,EAA4Gh5C,IAA5G,CAAiHpF,EAAE1B,UAAF,IAAc,EAA/H,EAAmImV,IAAnI,CAAwI,aAAxI,EAAsJ,IAAtJ,EAA4J8B,GAA5J,CAAgK,QAAhK,EAAyKvV,EAAE4wG,MAA3K,CAAzC,EAA4NnkG,KAAGA,EAAE+wB,OAAF,CAAU7d,MAAV,CAAiB,KAAK6d,OAAtB,CAA/N,EAA8P,KAAKyxJ,aAAL,EAA7Q;AAAmS,aAAp6B,EAAq6BA,eAAc,yBAAU;AAAC,oBAAI91K,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEY,OAAF,CAAUmmD,KAA3B;AAAA,oBAAiCsM,IAAErzD,EAAEY,OAAF,CAAUu6F,OAAV,IAAmB,EAAtD,CAAyD9nC,KAAG58C,CAAH,KAAOqL,IAAEuxC,EAAEnC,QAAJ,EAAapvC,MAAInZ,IAAEyqD,EAAElC,QAAF,CAAWpvC,CAAX,CAAF,EAAgBuxC,EAAEvsC,OAAF,GAAU,UAAShF,CAAT,EAAW;AAAC,2BAAOA,EAAEnR,QAAF,GAAW3Q,EAAE2Q,QAAF,EAAX,EAAwBmR,EAAE2+F,MAAF,GAASzgH,CAAjC,EAAmC2I,EAAEmZ,CAAF,CAA1C;AAA+C,iBAAzF,CAAb,EAAwG,CAAC1M,KAAGi+C,EAAEvsC,OAAL,IAAcusC,EAAEwkI,UAAjB,MAA+B,KAAK18F,OAAL,GAAa,IAAI1kF,CAAJ,CAAM,KAAK0vB,OAAX,EAAmBktB,CAAnB,CAAb,EAAmC,KAAK8nC,OAAL,CAAaslB,MAAb,GAAoB,IAAtF,CAA/G;AAA4M,aAAnsC,EAAT,CAAzpE,CAAw2Gt4G,EAAE8rE,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,mBAAOmZ,aAAa3Z,CAAb,GAAe2Z,CAAf,GAAiB,IAAI3Z,CAAJ,CAAMyrD,EAAE,EAAF,EAAKjrD,CAAL,EAAOmZ,CAAP,CAAN,CAAxB;AAAyC,SAAhE,EAAiE8xC,EAAEC,CAAF,EAAI,EAAC/zD,KAAI,EAAC20K,QAAO,EAACh0D,QAAO33G,CAAR,EAAUgvL,aAAYhvL,CAAtB,EAAR,EAAiC4uL,QAAOvvL,CAAxC,EAAL,EAAJ,CAAjE;AAAuH,KAA7+G,CAA8+G7K,OAAO07D,KAAP,CAAa76D,MAA3/G,CAAD;AAAogH,CAA7qH,EAA8qH,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAApvH,CADysoD,EACn9gD,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,qBAAD,EAAuB,0BAAvB,CAA9B,EAAiF7f,CAAjF;AAAoF,CAAvG,CAAwG,YAAU;AAAC,KAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,YAAI3I,IAAE7C,QAAN;AAAA,YAAeiY,IAAE3T,IAAjB;AAAA,YAAsB4xD,IAAEj+C,EAAE8gC,GAA1B;AAAA,YAA8B1vC,IAAE4O,EAAEsuB,GAAlC;AAAA,YAAsC0vB,IAAEtxC,EAAEtd,KAA1C;AAAA,YAAgD+zB,IAAEj7B,OAAO07D,KAAzD;AAAA,YAA+D/D,IAAE18B,EAAEirC,EAAF,CAAK0E,MAAtE;AAAA,YAA6EzxD,IAAE8hB,EAAE6sC,UAAjF;AAAA,YAA4FvR,IAAEt7B,EAAEmrC,OAAhG;AAAA,YAAwG9P,IAAEC,EAAE2P,EAA5G;AAAA,YAA+GxP,IAAEz7B,EAAEwhE,QAAnH;AAAA,YAA4H7lC,IAAEF,EAAEqmC,KAAhI;AAAA,YAAsInrE,IAAE2kC,EAAE/zD,GAA1I;AAAA,YAA8IgJ,IAAEomB,EAAEsgK,MAAlJ;AAAA,YAAyJrnL,IAAE+mB,EAAEugK,QAA7J;AAAA,YAAsKhyJ,IAAEvO,EAAEmiK,GAAF,CAAME,QAA9K;AAAA,YAAuLh8H,IAAEh9B,EAAE8L,IAA3L;AAAA,YAAgMqJ,IAAE6nB,EAAEq9B,OAApM;AAAA,YAA4Mx1F,IAAEm4D,EAAE29B,UAAhN;AAAA,YAA2NzsF,IAAE8uD,EAAEg+B,SAA/N;AAAA,YAAyO/lD,IAAE+nB,EAAEw+B,cAA7O;AAAA,YAA4P9qD,IAAE,IAA9P;AAAA,YAAmQiuB,IAAE,EAArQ;AAAA,YAAwQb,IAAE,GAA1Q;AAAA,YAA8QD,IAAE,2BAAhR;AAAA,YAA4SgB,IAAE,CAA9S;AAAA,YAAgTC,IAAEpC,EAAEt0D,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAWnZ,CAAX,EAAa;AAAC4vB,kBAAEmsB,OAAF,CAAU5iC,CAAV,GAAamzC,EAAE32D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,CAAb,EAAoC,KAAK83C,YAAL,CAAkBjxD,CAAlB,CAApC,EAAyD,KAAK04B,IAAL,CAAU,KAAKxf,MAAf,EAAsBlZ,CAAtB,CAAzD,EAAkF,KAAK0oL,GAAL,GAAS,IAAI5zJ,CAAJ,EAA3F,EAAiG,KAAK0I,OAAL,CAAavR,QAAb,CAAsBqU,IAAE,KAAKroC,OAAL,CAAaC,IAAb,CAAkB4C,WAAlB,EAAxB,EAAyDya,GAAzD,CAA6D,UAA7D,EAAwE,UAAxE,EAAoF3F,KAApF,GAA4F+P,MAA5F,CAAmGtoB,EAAEgD,aAAF,CAAgB,KAAhB,CAAnG,CAAjG,EAA4N,KAAK+xL,WAAL,GAAiB,KAAKgD,UAAL,EAA7O,EAA+P,KAAKC,aAAL,EAA/P,EAAoR,KAAKC,YAAL,EAApR,EAAwS,KAAKC,aAAL,EAAxS,EAA6T,KAAKC,WAAL,EAA7T,EAAgV,KAAK52I,MAAL,EAAhV,EAA8V,KAAKq6E,WAAL,GAAiBxoE,EAAE,KAAKwoE,WAAP,EAAmB,IAAnB,CAA/W,EAAwY,KAAKz1F,OAAL,CAAa9E,IAAb,CAAkB,OAAlB,EAA0B+xB,EAAE,KAAKqyB,MAAP,EAAc,IAAd,CAA1B,CAAxY,EAAub,KAAKt/C,OAAL,CAAa9E,IAAb,CAAkB+0B,CAAlB,EAAoB,KAAKwlE,WAAzB,CAAvb;AAA6d,aAAjf,EAAkfh7H,SAAQ,EAACC,MAAK,KAAN,EAAYu3L,UAAS,EAAChG,aAAY,CAAC,CAAd,EAAgBltJ,WAAU,EAACkrJ,SAAQ,GAAT,EAA1B,EAAwC17H,MAAK,CAAC,CAA9C,EAArB,EAAsE+/G,QAAO,EAA7E,EAAgF4jB,eAAc,EAACz6F,OAAM,EAAC/+E,OAAM,EAACigF,MAAK,EAACvqD,OAAM,MAAP,EAAN,EAAqBwqD,QAAO,EAACxqD,OAAM,MAAP,EAAczpB,OAAM,EAApB,EAA5B,EAAP,EAAP,EAAoE48F,QAAO,EAAC7oG,OAAM,EAACigF,MAAK,EAACvqD,OAAM,MAAP,EAAc/mB,SAAQ,EAAtB,EAAN,EAAgCuxE,QAAO,EAACxqD,OAAM,MAAP,EAAczpB,OAAM,EAApB,EAAvC,EAAP,EAA3E,EAAmJ21F,QAAO,EAAC7iB,OAAM,WAAP,EAAmBzC,SAAQ,EAACnvE,UAAS,KAAV,EAA3B,EAA1J,EAA9F,EAAsSw2D,QAAO,CAAC,CAAD,EAAG,CAAH,CAA7S,EAAmT9tB,MAAK,CAAxT,EAA0Tw2E,SAAQ,GAAlU,EAAsU6kD,SAAQ,CAA9U,EAAgVC,SAAQ,EAAxV,EAA2V/oE,SAAQ,EAAnW,EAAsWqxE,gBAAe,EAAC16F,OAAM,WAAP,EAAmBzC,SAAQ,EAACnvE,UAAS,KAAV,EAA3B,EAArX,EAAkausK,YAAW,CAAC,CAA9a,EAA1f,EAA26B12K,QAAO,CAAC,aAAD,EAAe,OAAf,EAAuB,gBAAvB,EAAwC,aAAxC,EAAsD,eAAtD,EAAsE,KAAtE,EAA4E,QAA5E,EAAqF,OAArF,EAA6F,YAA7F,EAA0G,cAA1G,EAAyH,qBAAzH,EAA+I,iBAA/I,EAAiK,iBAAjK,EAAmL,SAAnL,EAA6L,WAA7L,CAAl7B,EAA4nC6iC,SAAQ,mBAAU;AAAC,qBAAK2/G,QAAL,CAAc3/G,OAAd,IAAwB,KAAKxf,SAAL,IAAgB,KAAKA,SAAL,CAAewf,OAAf,EAAxC,EAAiE,KAAK0tI,WAAL,IAAkB,KAAKA,WAAL,CAAiB1tI,OAAjB,EAAnF,EAA8G,KAAK8zI,WAAL,IAAkB,KAAKA,WAAL,CAAiB9zI,OAAjB,EAAhI,EAA2J,KAAKuiE,OAAL,CAAaviE,OAAb,EAA3J,CAAkL,KAAI,IAAI5iC,IAAE,CAAV,EAAYA,IAAE,KAAK2yJ,MAAL,CAAYv1K,MAA1B,EAAiC4iB,GAAjC;AAAqC,yBAAK2yJ,MAAL,CAAY3yJ,CAAZ,EAAe4iC,OAAf;AAArC,iBAA8DuQ,EAAE32D,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB;AAAwB,aAAv5C,EAAw5Cs1D,MAAK,cAAS5yC,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK/H,OAAX,CAAmB,OAAO8sC,EAAE5rB,CAAF,KAAMA,IAAE1M,EAAEquB,KAAF,CAAQrmC,EAAE0kB,CAAF,EAAInZ,EAAEonL,OAAN,EAAcpnL,EAAEqnL,OAAhB,CAAR,CAAF,EAAoCrnL,EAAE+rD,IAAF,KAAS5yC,CAAT,KAAanZ,EAAE+rD,IAAF,GAAO5yC,CAAP,EAAS,KAAKy/B,MAAL,EAAtB,CAApC,EAAyE,IAA/E,IAAqF54C,EAAE+rD,IAA9F;AAAmG,aAA/hD,EAAgiD8tB,QAAO,gBAAS1gE,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAKlhB,OAAL,CAAa4hF,MAAb,GAAoBr6E,EAAE8rE,MAAF,CAASnyD,CAAT,EAAY3iB,OAAZ,EAApB,EAA0C,KAAKoiD,MAAL,EAA1C,EAAwD,IAA3D,IAAiEp5C,EAAE8rE,MAAF,CAAS,KAAKrzE,OAAL,CAAa4hF,MAAtB,CAAxE;AAAsG,aAAzpD,EAA0pD0tG,QAAO,gBAASpuK,CAAT,EAAW;AAAC,uBAAOA,KAAG,KAAK22K,UAAL,CAAgB32K,CAAhB,GAAmB,IAAtB,IAA4B,KAAK42K,UAAL,EAAnC;AAAqD,aAAluD,EAAmuD1xH,YAAW,oBAASllD,CAAT,EAAW;AAACmzC,kBAAE32D,EAAF,CAAK0oE,UAAL,CAAgB5nE,IAAhB,CAAqB,IAArB,EAA0B0iB,CAA1B,GAA6B,KAAKy/B,MAAL,EAA7B;AAA2C,aAAryD,EAAsyDkzI,iBAAgB,yBAAS3yK,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,CAAC,KAAKY,OAAL,CAAa23L,UAApB,CAA+B,OAAOz2K,IAAE3Z,EAAE8rE,MAAF,CAASnyD,CAAT,CAAF,EAAc,KAAKuvK,GAAL,CAASF,OAAT,CAAiBrvK,CAAjB,EAAmB,KAAK62K,UAAL,CAAgBhwL,CAAhB,CAAnB,EAAsC3I,CAAtC,CAArB;AAA8D,aAAj6D,EAAk6D44L,iBAAgB,yBAAS92K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,CAAC,KAAKY,OAAL,CAAa23L,UAApB,CAA+B,OAAOz2K,IAAEoyC,EAAE+f,MAAF,CAASnyD,CAAT,CAAF,EAAc,KAAKuvK,GAAL,CAASD,UAAT,CAAoBtvK,CAApB,EAAsB,KAAK62K,UAAL,CAAgBhwL,CAAhB,CAAtB,EAAyC3I,CAAzC,CAArB;AAAiE,aAAhiE,EAAiiE8yL,gBAAe,wBAAShxK,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,CAAQ,OAAO8hB,IAAE3Z,EAAE8rE,MAAF,CAASnyD,CAAT,CAAF,EAAcnZ,IAAE,KAAK8rL,eAAL,CAAqB,KAAKM,WAA1B,CAAhB,EAAuD/0L,IAAE,KAAKy0L,eAAL,CAAqB3yK,CAArB,CAAzD,EAAiF9hB,EAAEo3F,aAAF,CAAgBzuF,EAAE4V,KAAF,CAAQ,CAAC,CAAT,CAAhB,CAAxF;AAAqH,aAAzrE,EAA0rEs6K,gBAAe,wBAAS/2K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,IAAE,KAAKy0L,eAAL,CAAqB,KAAKsD,UAAL,EAArB,EAAuCpvL,CAAvC,CAAN,CAAgD,OAAOmZ,IAAEoyC,EAAE+f,MAAF,CAASnyD,CAAT,CAAF,EAAcA,IAAEA,EAAE7gB,KAAF,GAAUm2F,aAAV,CAAwBp3F,CAAxB,CAAhB,EAA2C,KAAK44L,eAAL,CAAqB92K,CAArB,EAAuBnZ,CAAvB,CAAlD;AAA4E,aAAn1E,EAAo1EuhD,aAAY,qBAASpoC,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKw9B,OAAL,CAAapG,MAAb,EAAN;AAAA,oBAA4B//B,IAAE8hB,EAAEmD,aAAF,IAAiBnD,CAA/C;AAAA,oBAAiD1M,IAAEo4B,EAAExtC,EAAEykB,KAAJ,EAAUzkB,EAAE0kB,OAAZ,IAAqB/b,EAAEklB,IAA1E;AAAA,oBAA+EwlC,IAAE7lB,EAAExtC,EAAE6kB,KAAJ,EAAU7kB,EAAE8kB,OAAZ,IAAqBnc,EAAEqD,GAAxG,CAA4G,OAAO,IAAIgoD,EAAEqmC,KAAN,CAAYjlF,CAAZ,EAAci+C,CAAd,CAAP;AAAwB,aAAh/E,EAAi/EylI,aAAY,qBAASh3K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKuhD,WAAL,CAAiBpoC,CAAjB,CAAN,CAA0B,OAAO,KAAKgxK,cAAL,CAAoB,KAAK+F,cAAL,CAAoBlwL,CAApB,CAApB,CAAP;AAAmD,aAAtlF,EAAulFowL,cAAa,sBAASj3K,CAAT,EAAW;AAAC,uBAAO,KAAK2yK,eAAL,CAAqB,KAAKuE,eAAL,CAAqBl3K,CAArB,CAArB,CAAP;AAAqD,aAArqF,EAAsqFk3K,iBAAgB,yBAASl3K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKuhD,WAAL,CAAiBpoC,CAAjB,CAAN,CAA0B,OAAO,KAAK+2K,cAAL,CAAoBlwL,CAApB,CAAP;AAA8B,aAA1vF,EAA2vF+3E,UAAS,oBAAU;AAAC,oBAAI5+D,IAAE,KAAKqkB,OAAX;AAAA,oBAAmBx9B,IAAE,KAAKgwL,UAAL,EAArB;AAAA,oBAAuC34L,IAAE8hB,EAAEgJ,KAAF,EAAzC,CAAmD,OAAO,KAAKlqB,OAAL,CAAa23L,UAAb,KAA0Bv4L,IAAEqzD,EAAE1qD,CAAF,EAAI3I,CAAJ,CAA5B,GAAoC,EAAC8qB,OAAM9qB,CAAP,EAAS6vB,QAAOwjC,EAAE1qD,CAAF,EAAImZ,EAAE+N,MAAF,EAAJ,CAAhB,EAA3C;AAA4E,aAA94F,EAA+4F0rE,cAAa,wBAAU;AAAC,uBAAO,KAAKh6C,MAAL,IAAc,CAAC,CAAtB;AAAwB,aAA/7F,EAAg8F03I,YAAW,oBAASn3K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,oBAAI3I,CAAJ;AAAA,oBAAMoV,IAAE,KAAKsrE,QAAL,EAAR,CAAwB,OAAO5+D,IAAE,KAAKo3K,OAAL,GAAa/wL,EAAE8rE,MAAF,CAASnyD,CAAT,CAAf,EAA2B9hB,IAAE,KAAKy0L,eAAL,CAAqB3yK,CAArB,EAAuBnZ,CAAvB,CAA7B,EAAuD3I,EAAEwtC,CAAF,IAAKp4B,EAAE0V,KAAF,GAAQ,CAApE,EAAsE9qB,EAAE0tC,CAAF,IAAKt4B,EAAEya,MAAF,GAAS,CAApF,EAAsF,KAAKjvB,OAAL,CAAa4hF,MAAb,GAAoB,KAAKo2G,eAAL,CAAqB54L,CAArB,EAAuB2I,CAAvB,EAA0BxJ,OAA1B,EAA1G,EAA8I,IAArJ;AAA0J,aAA3oG,EAA4oG44L,YAAW,oBAASj2K,CAAT,EAAW;AAAC,oBAAInZ,CAAJ;AAAA,oBAAM3I,IAAE,KAAK0gF,QAAL,EAAR,CAAwB,OAAM,CAAC5+D,CAAD,IAAI,KAAKo3K,OAAT,KAAmBvwL,IAAE,KAAK8rL,eAAL,CAAqB,KAAKjyG,MAAL,EAArB,CAAF,EAAsC75E,EAAE6kC,CAAF,IAAKxtC,EAAE8qB,KAAF,GAAQ,CAAnD,EAAqDniB,EAAE+kC,CAAF,IAAK1tC,EAAE6vB,MAAF,GAAS,CAAnE,EAAqE,KAAKqpK,OAAL,GAAa,KAAKN,eAAL,CAAqBjwL,CAArB,CAArG,GAA8H,KAAKuwL,OAAzI;AAAiJ,aAA50G,EAA60GT,YAAW,oBAAS32K,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQqzD,CAAR,EAAU7sD,CAAV,EAAY4sD,CAAZ,EAAc76B,CAAd,EAAgB08B,CAAhB,CAAkB,KAAInzC,IAAEhZ,EAAEmrE,MAAF,CAASnyD,CAAT,CAAF,EAAc,KAAK0gE,MAAL,CAAY1gE,EAAE0gE,MAAF,EAAZ,CAAd,EAAsC75E,IAAE,KAAKw9B,OAAL,CAAarb,KAAb,EAAxC,EAA6D9qB,IAAE,KAAKmmC,OAAL,CAAatW,MAAb,EAA/D,EAAqFwjC,IAAE,KAAKzyD,OAAL,CAAaovL,OAAxG,EAAgH38H,KAAG,KAAKzyD,OAAL,CAAamvL,OAAhB,KAA0BvpL,IAAE,KAAKiuL,eAAL,CAAqB3yK,EAAEotK,EAAvB,EAA0B77H,CAA1B,CAAF,EAA+BD,IAAE,KAAKqhI,eAAL,CAAqB3yK,EAAEw2C,EAAvB,EAA0BjF,CAA1B,CAAjC,EAA8D96B,IAAEnjB,EAAEy4B,GAAF,CAAMulB,EAAE5lB,CAAF,GAAIhnC,EAAEgnC,CAAZ,CAAhE,EAA+EynB,IAAE7/C,EAAEy4B,GAAF,CAAMulB,EAAE1lB,CAAF,GAAIlnC,EAAEknC,CAAZ,CAAjF,EAAgG,EAAEnV,KAAG5vB,CAAH,IAAMssD,KAAGj1D,CAAX,CAA1H,CAAhH,EAAyPqzD,GAAzP,IAA8P,KAAKqB,IAAL,CAAUrB,CAAV;AAAa,aAAjoH,EAAkoHqlI,YAAW,sBAAU;AAAC,oBAAI52K,CAAJ;AAAA,oBAAMnZ,IAAE,KAAKovL,UAAL,EAAR;AAAA,oBAA0B/3L,IAAE,KAAKy0L,eAAL,CAAqB9rL,CAArB,CAA5B;AAAA,oBAAoDyM,IAAE,KAAKsrE,QAAL,EAAtD,CAAsE,OAAO1gF,EAAEwtC,CAAF,IAAKp4B,EAAE0V,KAAP,EAAa9qB,EAAE0tC,CAAF,IAAKt4B,EAAEya,MAApB,EAA2B/N,IAAE,KAAK82K,eAAL,CAAqB54L,CAArB,CAA7B,EAAqD,IAAI8I,CAAJ,CAAMH,CAAN,EAAQmZ,CAAR,CAA5D;AAAuE,aAAryH,EAAsyHq3K,aAAY,qBAASr3K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,qBAAKswL,UAAL,CAAgB,KAAKL,eAAL,CAAqB92K,CAArB,EAAuBnZ,CAAvB,CAAhB,EAA0CA,CAA1C,GAA6C,KAAK+rD,IAAL,CAAU/rD,CAAV,CAA7C;AAA0D,aAA13H,EAA23HuvL,eAAc,yBAAU;AAAC,oBAAIp2K,IAAE,KAAKlhB,OAAL,CAAaw3L,QAAnB,CAA4BxkI,EAAEwlI,WAAF,IAAet3K,EAAEswK,WAAjB,IAA8B,KAAKiH,kBAAL,CAAwBv3K,EAAEswK,WAA1B,CAA9B,EAAqE75J,EAAEt6B,OAAF,CAAU2iE,QAAV,KAAqBhN,EAAE0lI,SAAF,IAAax3K,EAAEojB,SAAf,IAA0B,KAAKq0J,gBAAL,CAAsBz3K,EAAEojB,SAAxB,CAA1B,EAA6D0uB,EAAE4lI,WAAF,IAAe13K,EAAE4yC,IAAjB,IAAuB,KAAK+kI,kBAAL,CAAwB33K,EAAE4yC,IAA1B,CAAzG,CAArE;AAA+M,aAA/nI,EAAgoIglI,uBAAsB,+BAAS/wL,CAAT,EAAW3I,CAAX,EAAa;AAAC,oBAAIoV,IAAEzM,EAAEqjB,QAAF,IAAYhsB,CAAlB;AAAA,oBAAoBqzD,IAAE,MAAI5sD,EAAE2O,CAAF,EAAKzT,OAAL,CAAa,GAAb,EAAiB,GAAjB,CAA1B;AAAA,oBAAgD6E,IAAEsb,EAAE,oBAAkBuxC,CAApB,EAAsB,KAAKltB,OAA3B,CAAlD,CAAsF,OAAO,MAAI3/B,EAAEtH,MAAN,KAAesH,IAAEsb,EAAE,OAAF,EAAW8S,QAAX,CAAoB,oBAAkBnuB,EAAE2O,CAAF,CAAtC,EAA4CyT,QAA5C,CAAqD,KAAKsd,OAA1D,CAAjB,GAAqFrkB,EAAE,OAAF,EAAW+G,QAAX,CAAoBriB,CAApB,CAA5F;AAAmH,aAA72I,EAA82I6yL,oBAAmB,4BAASv3K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK+wL,qBAAL,CAA2B53K,CAA3B,EAA6B,aAA7B,CAAN,CAAkD,KAAKswK,WAAL,GAAiB,IAAIx+H,EAAEwlI,WAAN,CAAkBzwL,CAAlB,EAAoBmZ,CAApB,CAAjB;AAAwC,aAAv+I,EAAw+Iy3K,kBAAiB,0BAASz3K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK+wL,qBAAL,CAA2B53K,CAA3B,EAA6B,SAA7B,CAAN;AAAA,oBAA8C9hB,IAAE,KAAKklC,SAAL,GAAe,IAAI0uB,EAAE0lI,SAAN,CAAgB3wL,CAAhB,EAAkBmZ,CAAlB,CAA/D,CAAoF,KAAK63K,aAAL,GAAmBvmI,EAAE,KAAKumI,aAAP,EAAqB,IAArB,CAAnB,EAA8C35L,EAAEqhC,IAAF,CAAO,KAAP,EAAa,KAAKs4J,aAAlB,CAA9C,EAA+E,KAAKC,gBAAL,GAAsBxmI,EAAE,KAAKwmI,gBAAP,EAAwB,IAAxB,CAArG,EAAmI55L,EAAEqhC,IAAF,CAAO,QAAP,EAAgB,KAAKu4J,gBAArB,CAAnI;AAA0K,aAAnwJ,EAAowJD,eAAc,uBAAS73K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,IAAN;AAAA,oBAAW3I,IAAE2I,EAAE07J,QAAf;AAAA,oBAAwBjvJ,IAAEpV,EAAE2kB,UAAF,GAAa7C,EAAE0rB,CAAzC;AAAA,oBAA2C6lB,IAAErzD,EAAE+kB,SAAF,GAAYjD,EAAE4rB,CAA3D;AAAA,oBAA6DlnC,IAAE,KAAKqzL,YAApE;AAAA,oBAAiFzmI,IAAE,KAAKjtB,OAAL,CAAatW,MAAb,EAAnF;AAAA,oBAAyG0I,IAAE,KAAK4N,OAAL,CAAarb,KAAb,EAA3G,CAAgI1V,IAAEhY,EAAEgY,CAAF,EAAI5O,EAAEgnC,CAAF,CAAI0I,GAAR,EAAY1vC,EAAEgnC,CAAF,CAAI7gB,GAAJ,GAAQ4L,CAApB,CAAF,EAAyB86B,IAAEj2D,EAAEi2D,CAAF,EAAI7sD,EAAEknC,CAAF,CAAIwI,GAAR,EAAY1vC,EAAEknC,CAAF,CAAI/gB,GAAJ,GAAQymC,CAApB,CAA3B,EAAkDzqD,EAAE07J,QAAF,CAAW7iJ,GAAX,CAAe,QAAf,EAAwB,UAASM,CAAT,EAAW;AAACnZ,sBAAEmxL,UAAF,CAAah4K,CAAb;AAAgB,iBAApD,CAAlD,EAAwGnZ,EAAE07J,QAAF,CAAWrjI,QAAX,CAAoB,CAAC5rB,CAArB,EAAuB,CAACi+C,CAAxB,CAAxG;AAAmI,aAAjiK,EAAkiKumI,kBAAiB,4BAAU;AAAC,qBAAKp3G,MAAL,CAAY,KAAK5hF,OAAL,CAAa4hF,MAAzB;AAAiC,aAA/lK,EAAgmKi3G,oBAAmB,4BAAS33K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK+wL,qBAAL,CAA2B53K,CAA3B,EAA6B,SAA7B,CAAN;AAAA,oBAA8C9hB,IAAE,KAAKw4L,WAAL,GAAiB,IAAI5kI,EAAE4lI,WAAN,CAAkB7wL,CAAlB,EAAoBmZ,CAApB,CAAjE,CAAwF,KAAKi4K,kBAAL,GAAwB3mI,EAAE,KAAK2mI,kBAAP,EAA0B,IAA1B,CAAxB,EAAwD/5L,EAAEqhC,IAAF,CAAO,QAAP,EAAgB,KAAK04J,kBAArB,CAAxD;AAAiG,aAAxzK,EAAyzKA,oBAAmB,4BAASj4K,CAAT,EAAW;AAAC,qBAAKyD,OAAL,CAAa,WAAb,EAAyB,EAACN,eAAcnD,CAAf,EAAzB,MAA8C,KAAK4yC,IAAL,CAAU,KAAKA,IAAL,KAAY5yC,EAAEohE,KAAxB,GAA+B,KAAK39D,OAAL,CAAa,SAAb,EAAuB,EAACN,eAAcnD,CAAf,EAAvB,CAA7E;AAAwH,aAAh9K,EAAi9Kk2K,eAAc,yBAAU;AAAC,oBAAIl2K,IAAEyW,EAAEt6B,OAAF,CAAU2iE,QAAV,GAAmBvK,CAAnB,GAAqBa,CAA3B;AAAA,oBAA6BvuD,IAAE,KAAK/H,OAAL,CAAa03H,QAAb,KAAwB,CAAC,CAAxD;AAAA,oBAA0Dt4H,IAAE,KAAKqkK,QAAL,GAAc,IAAI9rI,EAAEkrC,MAAF,CAASD,EAAT,CAAYyF,QAAhB,CAAyB,KAAK9iC,OAAL,CAAahwB,QAAb,CAAsB,CAAtB,CAAzB,EAAkD,EAAC0zI,UAAS/nI,CAAV,EAAY8nI,oBAAmBxyF,CAA/B,EAAiC1C,MAAK/rD,CAAtC,EAAwC6hJ,qBAAoB,CAAC,CAA7D,EAAlD,CAA1E,CAA6LxqJ,EAAEqhC,IAAF,CAAO,QAAP,EAAgB+xB,EAAE,KAAK4mI,OAAP,EAAe,IAAf,CAAhB,GAAsCh6L,EAAEqhC,IAAF,CAAO,WAAP,EAAmB+xB,EAAE,KAAK0mI,UAAP,EAAkB,IAAlB,CAAnB,CAAtC,EAAkF95L,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,cAAlB,EAAiC+xB,EAAE,KAAK6mI,WAAP,EAAmB,IAAnB,CAAjC,CAAlF,EAA6Ij6L,EAAEqjF,UAAF,CAAahiD,IAAb,CAAkB,YAAlB,EAA+B+xB,EAAE,KAAKs4F,MAAP,EAAc,IAAd,CAA/B,CAA7I,EAAiM,KAAKrB,aAAL,GAAmBrqJ,EAAEqqJ,aAAtN;AAAoO,aAA34L,EAA44L8tC,aAAY,uBAAU;AAAC,oBAAIr2K,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAc7sD,IAAE,KAAK5F,OAAL,CAAa6zK,MAA7B;AAAA,oBAAoCrhH,IAAE,KAAKqhH,MAAL,GAAY,EAAlD,CAAqD,KAAI3yJ,IAAE,CAAN,EAAQA,IAAEtb,EAAEtH,MAAZ,EAAmB4iB,GAAnB;AAAuBnZ,wBAAEnC,EAAEsb,CAAF,CAAF,EAAO9hB,IAAE2I,EAAE1G,IAAF,IAAQ,OAAjB,EAAyBmT,IAAE,KAAKxU,OAAL,CAAay3L,aAAb,CAA2Br4L,CAA3B,CAA3B,EAAyDqzD,IAAEQ,EAAE/zD,GAAF,CAAM20K,MAAN,CAAaz0K,CAAb,CAA3D,EAA2EozD,EAAEz1D,IAAF,CAAO,IAAI01D,CAAJ,CAAM,IAAN,EAAW58C,EAAE,EAAF,EAAKrB,CAAL,EAAOzM,CAAP,CAAX,CAAP,CAA3E;AAAvB;AAAgI,aAAxlM,EAAylMsvL,cAAa,wBAAU;AAAC,qBAAKhxE,OAAL,GAAa,IAAI/3F,EAAEulJ,MAAF,CAASqjB,WAAb,CAAyB,IAAzB,EAA8B,KAAKl3L,OAAL,CAAa03L,cAA3C,CAAb,EAAwE,KAAKrxE,OAAL,CAAanwG,GAAb,CAAiB,KAAKlW,OAAL,CAAaqmH,OAA9B,CAAxE;AAA+G,aAAhuM,EAAiuM+yE,SAAQ,iBAASl4K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK8rL,eAAL,CAAqB,KAAKM,WAA1B,EAAuCtxJ,KAAvC,EAAN;AAAA,oBAAqDzjC,IAAE8hB,EAAEg4C,MAAF,CAAS85E,OAAhE;AAAA,oBAAwEx+H,IAAE,IAAI4+C,EAAEqmC,KAAN,CAAYr6F,EAAEwtC,CAAd,EAAgBxtC,EAAE0tC,CAAlB,EAAqBnvB,KAArB,CAA2B,CAAC,CAA5B,EAA+BA,KAA/B,CAAqC,IAAEve,EAAEue,KAAzC,CAA1E,CAA0H5V,EAAE6kC,CAAF,IAAKp4B,EAAEo4B,CAAP,EAAS7kC,EAAE+kC,CAAF,IAAKt4B,EAAEs4B,CAAhB,EAAkB,KAAKwsJ,aAAL,GAAmB9kL,CAArC,EAAuC,KAAK6jL,UAAL,CAAgB,KAAKL,eAAL,CAAqBjwL,CAArB,CAAhB,CAAvC,EAAgF,KAAK4c,OAAL,CAAa,KAAb,EAAmB,EAACN,eAAcnD,CAAf,EAAiByuE,QAAO,KAAKwnG,UAAL,EAAxB,EAA0Cv1G,QAAO,KAAKA,MAAL,EAAjD,EAAnB,CAAhF;AAAoK,aAAnhN,EAAohNs3G,YAAW,oBAASh4K,CAAT,EAAW;AAAC,qBAAKo4K,aAAL,IAAoB,KAAKC,YAAL,EAApB,KAA0C,KAAKD,aAAL,GAAmB,IAAnB,EAAwB,KAAKE,SAAL,GAAe,IAAIx1L,IAAJ,EAAvC,EAAgD,KAAK2gB,OAAL,CAAa,QAAb,EAAsB,EAACN,eAAcnD,CAAf,EAAiByuE,QAAO,KAAKwnG,UAAL,EAAxB,EAA0Cv1G,QAAO,KAAKA,MAAL,EAAjD,EAAtB,CAA1F;AAAkL,aAA7tN,EAA8tN23G,cAAa,wBAAU;AAAC,uBAAO,IAAIv1L,IAAJ,MAAU,KAAKw1L,SAAL,IAAgB,CAA1B,IAA6B,EAApC;AAAuC,aAA7xN,EAA8xNH,aAAY,qBAASn4K,CAAT,EAAW;AAAC,oBAAG,KAAKyD,OAAL,CAAa,WAAb,EAAyB,EAACN,eAAcnD,CAAf,EAAzB,CAAH,EAA+C;AAAC,wBAAInZ,IAAEmZ,EAAE2rB,OAAF,CAAU,CAAV,CAAN,CAAmB9kC,KAAGA,EAAE0hE,MAAF,EAAH;AAAc;AAAC,aAAx4N,EAAy4NqhF,QAAO,gBAAS5pI,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAK07J,QAAL,CAAczwB,OAAd,CAAsBr1H,KAA5B;AAAA,oBAAkCve,IAAE,KAAKq6L,YAAL,CAAkB1xL,CAAlB,CAApC;AAAA,oBAAyDyM,IAAE,IAAI4+C,EAAEqmC,KAAN,CAAYv4E,EAAE0gE,MAAF,CAASh1C,CAArB,EAAuB1rB,EAAE0gE,MAAF,CAAS90C,CAAhC,CAA3D;AAAA,oBAA8F2lB,IAAE,KAAKwlI,cAAL,CAAoBzjL,CAApB,EAAsBpV,CAAtB,CAAhG;AAAA,oBAAyHwG,IAAE,KAAKiuL,eAAL,CAAqBphI,CAArB,EAAuBrzD,CAAvB,CAA3H;AAAA,oBAAqJozD,IAAE5sD,EAAE2wF,SAAF,CAAY,CAAC/hF,EAAEo4B,CAAf,EAAiB,CAACp4B,EAAEs4B,CAApB,CAAvJ,CAA8K,KAAKyrJ,WAAL,CAAiB/lI,CAAjB,EAAmBpzD,CAAnB,GAAsB,KAAKulB,OAAL,CAAa,SAAb,EAAuB,EAACN,eAAcnD,CAAf,EAAvB,CAAtB;AAAgE,aAA1oO,EAA2oOu4K,cAAa,sBAASv4K,CAAT,EAAW;AAAC,oBAAInZ,IAAE,KAAKgwL,UAAL,KAAkB72K,CAAxB;AAAA,oBAA0B9hB,IAAE2I,IAAE,KAAK/H,OAAL,CAAasqI,OAA3C;AAAA,oBAAmD73E,IAAEj+C,EAAE42C,GAAF,CAAMhsD,CAAN,IAASoV,EAAE42C,GAAF,CAAM,CAAN,CAA9D,CAAuE,OAAO52C,EAAEquB,KAAF,CAAQ4vB,CAAR,CAAP;AAAkB,aAA7vO,EAA8vO9R,QAAO,kBAAU;AAAC,qBAAK6wI,WAAL,IAAkB,KAAKA,WAAL,CAAiB5lL,MAAjB,CAAwB,KAAKg2E,MAAL,EAAxB,EAAsC,KAAK9tB,IAAL,EAAtC,CAAlB,EAAqE,KAAKqgI,WAAL,GAAiB,KAAKgD,UAAL,CAAgB,CAAC,CAAjB,CAAtF,EAA0G,KAAKuC,cAAL,EAA1G,EAAgI,KAAK/0K,OAAL,CAAa,aAAb,CAAhI,EAA4J,KAAKA,OAAL,CAAa,OAAb,CAA5J;AAAkL,aAAl8O,EAAm8O+0K,gBAAe,0BAAU;AAAC,oBAAIx4K,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,IAAE,KAAKgxG,QAAnB;AAAA,oBAA4BjxG,IAAEC,EAAE+T,UAAF,CAAa55B,CAA3C;AAAA,oBAA6CjV,IAAE86B,EAAE+T,UAAF,CAAa15B,CAA5D;AAAA,oBAA8DunB,IAAE,KAAK0jI,UAAL,EAAhE;AAAA,oBAAkFliL,IAAE,KAAKy5K,MAAL,GAAchB,EAAlG;AAAA,oBAAqGr7H,IAAE,KAAK4gI,eAAL,CAAqBh+K,CAArB,EAAwBgtB,KAAxB,EAAvG,CAAuI4vB,EAAEugF,OAAF,CAAUnwG,KAAV,GAAgB,CAAC,CAAjB,EAAmB4vB,EAAE3hD,KAAF,EAAnB,EAA6B2hD,EAAEgwB,UAAF,CAAahZ,MAAb,EAA7B,EAAmDvoD,IAAE,KAAK4yC,IAAL,EAArD,EAAiErB,EAAE+T,UAAF,CAAa0+E,cAAb,GAA4Bt/I,EAAE,CAAF,EAAI,KAAK5F,OAAL,CAAamvL,OAAb,GAAqBjuK,CAAzB,CAA7F,EAAyHuxC,EAAE+T,UAAF,CAAa2+E,QAAb,GAAsBv/I,EAAE,CAAF,EAAI,KAAK5F,OAAL,CAAaovL,OAAb,GAAqBluK,CAAzB,CAA/I,EAA2KnZ,IAAE,EAACutC,KAAI,CAAC2d,EAAErmB,CAAR,EAAU7gB,KAAIsoC,IAAEpB,EAAErmB,CAAlB,EAA7K,EAAkMxtC,IAAE,EAACk2C,KAAI,CAAC2d,EAAEnmB,CAAR,EAAU/gB,KAAIsoC,IAAEpB,EAAEnmB,CAAlB,EAApM,EAAyN,KAAK9sC,OAAL,CAAa23L,UAAb,KAA0B5vL,EAAEgkB,GAAF,GAAM,KAAGsoC,CAAT,EAAWtsD,EAAEutC,GAAF,GAAM,CAACvtC,EAAEgkB,GAA9C,CAAzN,EAA4Q,KAAK/rB,OAAL,CAAay3H,QAAb,KAAwB,CAAC,CAAzB,KAA6BjjH,IAAE,KAAKsrE,QAAL,EAAF,EAAkB/3E,EAAEutC,GAAF,GAAMl2C,EAAEk2C,GAAF,GAAM,CAA9B,EAAgCvtC,EAAEgkB,GAAF,GAAMvX,EAAE0V,KAAxC,EAA8C9qB,EAAE2sB,GAAF,GAAMvX,EAAEya,MAAnF,CAA5Q,EAAuWujC,EAAE+xF,WAAF,EAAvW,EAAuX5sH,EAAE4sH,WAAF,EAAvX,EAAuY/xF,EAAEmyF,WAAF,CAAc58I,EAAEutC,GAAhB,EAAoBvtC,EAAEgkB,GAAtB,CAAvY,EAAka4L,EAAEgtH,WAAF,CAAcvlJ,EAAEk2C,GAAhB,EAAoBl2C,EAAE2sB,GAAtB,CAAla,EAA6b,KAAKktK,YAAL,GAAkB,EAACrsJ,GAAE7kC,CAAH,EAAK+kC,GAAE1tC,CAAP,EAA/c;AAAyd,aAA7jQ,EAA8jQu6L,eAAc,yBAAU;AAAC,oBAAIz4K,CAAJ;AAAA,oBAAMnZ,CAAN;AAAA,oBAAQ3I,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAc7sD,IAAE,KAAK5F,OAAL,CAAa6zK,MAA7B;AAAA,oBAAoCrhH,IAAE,KAAKqhH,MAAL,GAAY,EAAlD;AAAA,oBAAqDl8I,IAAE,KAAKiiK,UAA5D,CAAuE,KAAIjiK,EAAEhgB,KAAF,IAAUuJ,IAAE,CAAhB,EAAkBA,IAAEtb,EAAEtH,MAAtB,EAA6B4iB,GAA7B;AAAiCnZ,wBAAEnC,EAAEsb,CAAF,CAAF,EAAO9hB,IAAE2I,EAAE1G,IAAF,IAAQ,OAAjB,EAAyBmT,IAAE,KAAKxU,OAAL,CAAay3L,aAAb,CAA2Br4L,CAA3B,CAA3B,EAAyDqzD,IAAEQ,EAAE/zD,GAAF,CAAM20K,MAAN,CAAaz0K,CAAb,CAA3D,EAA2EozD,EAAEz1D,IAAF,CAAO,IAAI01D,CAAJ,CAAM,IAAN,EAAW58C,EAAE,EAAF,EAAKrB,CAAL,EAAOzM,CAAP,CAAX,CAAP,CAA3E;AAAjC;AAA0I,aAAxyQ,EAAyyQgwL,YAAW,oBAAS72K,CAAT,EAAW;AAAC,uBAAOA,IAAE0rB,EAAE1rB,CAAF,EAAI,KAAKlhB,OAAL,CAAa8zD,IAAjB,CAAF,EAAyB,KAAK9zD,OAAL,CAAasqI,OAAb,GAAqB1kI,EAAE,CAAF,EAAIsb,CAAJ,CAArD;AAA4D,aAA53Q,EAA63Q2jE,QAAO,gBAAS3jE,CAAT,EAAW;AAAC,oBAAG,KAAKq4K,YAAL,EAAH,EAAuB;AAAC,wBAAIxxL,IAAE,KAAKuhD,WAAL,CAAiBpoC,CAAjB,CAAN,CAA0B,KAAKyD,OAAL,CAAa,OAAb,EAAqB,EAACN,eAAcnD,CAAf,EAAiBnR,UAAS,KAAKkoL,cAAL,CAAoBlwL,CAApB,CAA1B,EAArB;AAAwE;AAAC,aAA3gR,EAA4gRizH,aAAY,qBAAS95G,CAAT,EAAW;AAAC,oBAAInZ,CAAJ,EAAM3I,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAY7sD,CAAZ,EAAc4sD,CAAd,EAAgB76B,CAAhB,EAAkB08B,CAAlB,CAAoBnzC,EAAE2B,cAAF,IAAmB9a,IAAEkrD,EAAE2yD,OAAF,CAAU1kG,CAAV,IAAa,CAAb,GAAe,CAAC,CAAhB,GAAkB,CAAvC,EAAyC9hB,IAAE,KAAKY,OAAhD,EAAwDwU,IAAE,KAAKs/C,IAAL,EAA1D,EAAsErB,IAAEj2D,EAAEgY,IAAEzM,CAAJ,EAAM3I,EAAE+vL,OAAR,EAAgB/vL,EAAEgwL,OAAlB,CAAxE,EAAmGhwL,EAAEs4H,QAAF,KAAa,CAAC,CAAd,IAAiBjlE,MAAIj+C,CAArB,KAAyB,KAAKmQ,OAAL,CAAa,WAAb,EAAyB,EAACN,eAAcnD,CAAf,EAAzB,MAA8Ctb,IAAE,KAAK0jD,WAAL,CAAiBpoC,CAAjB,CAAF,EAAsBsxC,IAAE,KAAKylI,cAAL,CAAoBryL,CAApB,CAAxB,EAA+C+xB,IAAE,KAAKk8J,eAAL,CAAqBrhI,CAArB,EAAuBC,CAAvB,CAAjD,EAA2E4B,IAAE18B,EAAE4+D,SAAF,CAAY,CAAC3wF,EAAEgnC,CAAf,EAAiB,CAAChnC,EAAEknC,CAApB,CAA7E,EAAoG,KAAKyrJ,WAAL,CAAiBlkI,CAAjB,EAAmB5B,CAAnB,CAApG,EAA0H,KAAK9tC,OAAL,CAAa,SAAb,EAAuB,EAACN,eAAcnD,CAAf,EAAvB,CAAxK,CAAzB,CAAnG;AAAgV,aAAx4R,EAAT,CAAlT,CAAssS+xC,EAAE2P,EAAF,CAAKlhC,MAAL,CAAY+0B,CAAZ;AAAe,KAAnuS,CAAouS/5D,OAAO07D,KAAP,CAAa76D,MAAjvS,CAAD;AAA0vS,CAA72S,EAA82S,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAp7S,CADm9gD,EAC7huC,UAASmZ,CAAT,EAAW6f,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,sBAAlB,EAAyC,mBAAzC,EAA6D,2BAA7D,EAAyF,uBAAzF,EAAiH,wBAAjH,EAA0I,0BAA1I,EAAqK,6BAArK,EAAmM,2BAAnM,EAA+N,sBAA/N,EAAsP,qBAAtP,EAA4Q,6BAA5Q,EAA0S,8BAA1S,EAAyU,+BAAzU,EAAyW,6BAAzW,EAAuY,6BAAvY,EAAqa,+BAAra,EAAqc,sBAArc,CAA/B,EAA4f7f,CAA5f;AAA+f,CAAlhB,CAAmhB,YAAU;AAAC,WAAOxkB,OAAO07D,KAAd;AAAoB,CAAljB,EAAmjB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAAS7f,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,KAACA,KAAG2I,CAAJ;AAAS,CAAznB,CAD6huC,CACl6sC,CAAC,CAAC,UAASA,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWovD,CAAlB;AAAoB,kBAAS3iD,CAAT,CAAWzM,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAIpV,IAAE8hB,EAAE1M,CAAF,CAAN,CAAW,OAAOo+C,EAAE/vB,KAAF,CAAQ96B,IAAE3I,CAAV,IAAaA,CAApB;AAAsB,kBAAS8hB,CAAT,CAAWnZ,CAAX,EAAa;AAAC,mBAAOA,IAAE6qD,EAAE9vB,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAAS3I,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAO0xC,EAAE7mC,GAAF,CAAM6mC,EAAEtd,GAAF,CAAMvtC,CAAN,EAAQmZ,CAAR,CAAN,EAAiB1M,CAAjB,CAAP;AAA2B,kBAASg+C,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAEmvD,CAAT;AAAW,kBAASzE,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAEmvD,CAAT;AAAW,kBAAStxD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWnjB,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEyM,CAAF,IAAKA,CAAL,GAAO0M,CAAd;AAAgB,kBAAS8xC,CAAT,CAAWjrD,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAAS8N,CAAT,CAAW9N,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,CAAJ,IAASzM,CAAT;AAAWmZ,kBAAEnkB,IAAF,CAAOyX,IAAEzM,EAAEyM,CAAF,CAAT;AAAX,aAA0B,OAAO0M,EAAErhB,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAASgqD,CAAT,CAAWrrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,UAAR,CAAmB,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmB,EAAEkW,CAArB;AAAuB0M,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAGnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAA1C;AAAvB,aAAiF,OAAO0M,MAAI,CAAX;AAAa,kBAASmzC,CAAT,CAAWtsD,CAAX,EAAa;AAAC,mBAAOqrD,EAAEv9C,EAAE9N,CAAF,CAAF,CAAP;AAAe,kBAASkrD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAEnZ,EAAEzJ,MAAV;AAAA,gBAAiBc,IAAE43D,CAAnB;AAAA,gBAAqBxE,IAAEsE,CAAvB,CAAyB,KAAItiD,IAAE,CAAN,EAAQA,IAAE0M,CAAV,EAAY1M,GAAZ;AAAgBg+C,oBAAEI,EAAE7mC,GAAF,CAAMymC,CAAN,EAAQzqD,EAAEyM,CAAF,CAAR,CAAF,EAAgBpV,IAAEwzD,EAAEtd,GAAF,CAAMl2C,CAAN,EAAQ2I,EAAEyM,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAAC8gC,KAAIl2C,CAAL,EAAO2sB,KAAIymC,CAAX,EAAN;AAAoB,kBAASc,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOkrD,EAAElrD,CAAF,EAAKutC,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,mBAAOkrD,EAAElrD,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS7jB,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKutC,GAAZ;AAAgB,kBAASqf,CAAT,CAAW5sD,CAAX,EAAa;AAAC,mBAAO80B,EAAE90B,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS8Q,CAAT,CAAW90B,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,CAAR;AAAA,gBAAUozD,IAAEwE,CAAZ;AAAA,gBAAcvE,IAAEqE,CAAhB,CAAkB,KAAItiD,IAAE,CAAF,EAAI0M,IAAEnZ,EAAEzJ,MAAZ,EAAmBkW,IAAE0M,CAArB,EAAuB1M,GAAvB;AAA2BpV,oBAAE2I,EAAEyM,CAAF,CAAF,EAAO,SAAOpV,CAAP,IAAU2tB,SAAS3tB,CAAT,CAAV,KAAwBozD,IAAEI,EAAEtd,GAAF,CAAMkd,CAAN,EAAQpzD,CAAR,CAAF,EAAaqzD,IAAEG,EAAE7mC,GAAF,CAAM0mC,CAAN,EAAQrzD,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAACk2C,KAAIkd,MAAIwE,CAAJ,GAAM,KAAK,CAAX,GAAaxE,CAAlB,EAAoBzmC,KAAI0mC,MAAIqE,CAAJ,GAAM,KAAK,CAAX,GAAarE,CAArC,EAAN;AAA8C,kBAASlrD,CAAT,CAAWQ,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASuH,CAAT,CAAWkC,CAAX,EAAayM,CAAb,EAAe;AAAC,mBAAOzM,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAeyM,CAAf,GAAkBzM,CAAzB;AAA2B,kBAASvL,CAAT,CAAWuL,CAAX,EAAa;AAAC,mBAAOwuD,EAAEjG,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAASrsB,CAAT,CAAWt4B,CAAX,EAAa0M,CAAb,EAAe;AAAC,mBAAOnZ,EAAEmZ,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI1M,CAAJ,GAAM,IAAN,GAAW0M,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAAS0rB,CAAT,CAAW7kC,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,IAAE,EAAR,CAAW,KAAI1M,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,qBAAG4rB,EAAE/kC,EAAEyM,CAAF,EAAK,CAAL,CAAF,EAAUzM,EAAEyM,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO0M,CAAP;AAAS,kBAASmnB,CAAT,CAAW7zB,CAAX,EAAa;AAAC,gBAAI0M,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,IAAE,EAAV,CAAa,KAAItxC,IAAE,CAAN,EAAQA,IAAE1M,EAAElW,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAEoV,EAAE0M,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAE3I,CAAF,MAAOozD,KAAGh+C,EAAE0M,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAY9hB,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKozD,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAASmE,CAAT,CAAW5uD,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASyuD,CAAT,CAAWzuD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,IAAG2I,CAAH,EAAK,KAAIyM,IAAE+hD,EAAEsO,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B+c,IAAE,CAAlC,EAAoCA,IAAE1M,EAAElW,MAAxC,EAA+C4iB,GAA/C;AAAmD9hB,kBAAErC,IAAF,CAAO,WAASyX,EAAE0M,CAAF,CAAhB;AAAnD,aAAyE,OAAO9hB,EAAEgK,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASksD,CAAT,CAAW9gD,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACzM,EAAEyM,CAAF,CAAxD;AAA6D,kBAASghD,CAAT,CAAWztD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O0M,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuU9hB,IAAE,EAA7U,EAAgV2I,IAAE,CAAlV;AAAqVA,oBAAEmZ,EAAE,CAAF,CAAF,GAAOA,EAAEtX,KAAF,EAAP,IAAkBxK,KAAGoV,EAAE0M,EAAE,CAAF,CAAF,CAAH,EAAWnZ,KAAGmZ,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAO9hB,CAAP;AAAS,kBAASk3D,CAAT,CAAWvuD,CAAX,EAAa;AAAC,gBAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,CAAR,EAAUozD,CAAV,EAAYC,CAAZ,CAAc,KAAI1qD,IAAEA,EAAElF,WAAF,EAAF,EAAkB2R,IAAE,EAACpV,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0DgZ,IAAE,CAA5D,EAA8D9hB,IAAE,CAAhE,EAAkEozD,IAAE,CAAxE,EAA0EA,IAAEzqD,EAAEzJ,MAA9E,EAAqF,EAAEk0D,CAAvF,EAAyF;AAAC,oBAAGC,IAAEj+C,EAAEzM,EAAE2qD,MAAF,CAASF,CAAT,CAAF,CAAF,EAAiB,CAACC,CAArB,EAAuB,OAAO,IAAP,CAAYvxC,KAAGuxC,CAAH,EAAKA,IAAErzD,CAAF,KAAM8hB,KAAG,IAAE9hB,CAAX,CAAL,EAAmBA,IAAEqzD,CAArB;AAAuB,oBAAOvxC,CAAP;AAAS,kBAAS01C,CAAT,CAAW7uD,CAAX,EAAa;AAAC,gBAAIyM,IAAEvR,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAInyD,CAAJ;AAAA,oBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE5hB,UAAUhB,MAAhB,EAAuB,EAAE4iB,CAAF,IAAK,CAA5B;AAA+B9hB,yBAAG,MAAIE,UAAU4hB,CAAV,CAAP;AAA/B,iBAAmD,OAAO9hB,KAAKoV,CAAL,GAAOA,EAAEpV,CAAF,CAAP,GAAYoV,EAAEpV,CAAF,IAAK2I,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASm2D,CAAT,CAAW1tD,CAAX,EAAa;AAAC,iBAAI,IAAIyM,CAAJ,EAAM0M,CAAN,EAAQ9hB,IAAE,EAAV,EAAaozD,IAAE,CAAf,EAAiBC,IAAE1qD,EAAEzJ,MAAzB,EAAgCk0D,IAAEC,CAAlC;AAAqCj+C,oBAAEzM,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoBh+C,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBg+C,IAAEC,CAAtB,IAAyBvxC,IAAEnZ,EAAE0xD,UAAF,CAAajH,GAAb,CAAF,EAAoB,UAAQ,QAAMtxC,CAAd,IAAiB9hB,EAAErC,IAAF,CAAO,CAAC,CAAC,OAAKyX,CAAN,KAAU,EAAX,KAAgB,OAAK0M,CAArB,IAAwB,KAA/B,CAAjB,IAAwD9hB,EAAErC,IAAF,CAAOyX,CAAP,GAAUg+C,GAAlE,CAA7C,IAAqHpzD,EAAErC,IAAF,CAAOyX,CAAP,CAAzI;AAArC,aAAwL,OAAOpV,CAAP;AAAS,kBAASO,CAAT,CAAWoI,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAIyM,IAAE,EAAN,CAAS,OAAOzM,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASyM,KAAG7M,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EyM,KAAG7M,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAASitD,CAAT,CAAWtuD,CAAX,EAAayM,CAAb,EAAe;AAAC,qBAAS0M,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAI,IAAI9hB,IAAE,EAAN,EAASozD,IAAE,CAAX,EAAaC,IAAE,CAAf,EAAiB7sD,IAAE,CAAvB,EAAyB4sD,IAAEzqD,EAAEzJ,MAAJ,IAAYm0D,IAAEvxC,EAAE5iB,MAAzC;AAAiDkW,sBAAEzM,EAAEyqD,CAAF,CAAF,EAAOtxC,EAAEuxC,CAAF,CAAP,KAAc,CAAd,GAAgBrzD,EAAEwG,GAAF,IAAOmC,EAAEyqD,GAAF,CAAvB,GAA8BpzD,EAAEwG,GAAF,IAAOsb,EAAEuxC,GAAF,CAArC;AAAjD,iBAA6F,OAAOD,IAAEzqD,EAAEzJ,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe2I,EAAElL,KAAF,CAAQ21D,CAAR,CAAf,CAAZ,EAAuCC,IAAEvxC,EAAE5iB,MAAJ,IAAYc,EAAErC,IAAF,CAAOsC,KAAP,CAAaD,CAAb,EAAe8hB,EAAErkB,KAAF,CAAQ41D,CAAR,CAAf,CAAnD,EAA8ErzD,CAArF;AAAuF,oBAAO2I,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAASuC,CAAT,CAAW2I,CAAX,EAAa;AAAC,oBAAIyM,CAAJ,EAAMg+C,CAAN,EAAQC,CAAR,CAAU,OAAO1qD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAeyM,IAAE3T,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBk0D,IAAEzqD,EAAElL,KAAF,CAAQ,CAAR,EAAU2X,CAAV,CAA3B,EAAwCi+C,IAAE1qD,EAAElL,KAAF,CAAQ2X,CAAR,CAA1C,EAAqDg+C,IAAEpzD,EAAEozD,CAAF,CAAvD,EAA4DC,IAAErzD,EAAEqzD,CAAF,CAA9D,EAAmEvxC,EAAEsxC,CAAF,EAAIC,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0H1qD,CAA1H,CAA5B;AAAyJ,aAAI6qD,IAAE/xD,IAAN;AAAA,YAAW01D,IAAE75D,OAAO07D,KAApB;AAAA,YAA0B3B,IAAEF,EAAEiO,UAA9B;AAAA,YAAyCtN,IAAEtE,EAAEnkC,EAAF,GAAK,GAAhD;AAAA,YAAoDuoC,IAAEkD,OAAOw3B,SAA7D;AAAA,YAAuE56B,IAAE,CAACoD,OAAOw3B,SAAjF;AAAA,YAA2Fv6B,IAAE,WAA7F;AAAA,YAAyGN,IAAE7yD,KAAKD,GAAhH,CAAoH8yD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI7yD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CwyB,EAAEF,CAAF,EAAI,EAAC9yB,MAAK,EAACkuD,SAAQ36B,CAAT,EAAW46B,SAAQ96B,CAAnB,EAAqBpvC,QAAO7hB,CAA5B,EAA8BgsF,aAAY5+B,CAA1C,EAA4C6+B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQjqF,CAA1E,EAA4EkqF,KAAIx/B,CAAhF,EAAkFy/B,SAAQ9+B,CAA1F,EAA4F++B,YAAW99B,CAAvG,EAAyG+9B,UAASxsF,CAAlH,EAAoHysF,eAAc/8B,CAAlI,EAAoI71D,MAAK8H,CAAzI,EAA2I+qF,YAAWlzF,CAAtJ,EAAwJ2E,KAAI8yD,CAA5J,EAA8J07B,WAAU18E,CAAxK,EAA0KgtB,OAAMruB,CAAhL,EAAkLg+E,KAAIhgC,CAAtL,EAAwLigC,YAAW3lD,CAAnM,EAAqM4lD,eAAc9lD,CAAnN,EAAqN+lD,WAAUn8B,CAA/N,EAAiOo8B,YAAWj8B,CAA5O,EAA8Ok8B,aAAYxqD,CAA1P,EAA4PyqD,gBAAet2F,CAA3Q,EAA6Qu2F,mBAAkBl2D,CAA/R,EAAiSm2D,gBAAe9qF,CAAhT,EAAkT+qF,gBAAet+B,CAAjU,EAAmUu+B,KAAIlgC,CAAvU,EAAyUmgC,gBAAex7D,CAAxV,EAA0Vy7D,eAAc98B,CAAxW,EAA0W+8B,eAAc79B,CAAxX,EAA0X89B,SAAQ18B,CAAlY,EAAoY28B,YAAW5zF,CAA/Y,EAAiZ6zF,YAAW/9B,CAA5Z,EAA8Zg+B,WAAUp9B,CAAxa,EAAN,EAAJ,CAA9C,EAAqeE,EAAEwM,OAAF,CAAUt/B,IAAV,GAAe8yB,EAAE9yB,IAAtf,EAA2f8yB,EAAEuM,OAAF,CAAUr/B,IAAV,GAAe8yB,EAAE9yB,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASyM,CAAT,GAAY;AAAC,mBAAM,EAAC0V,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASxyE,CAAT,CAAWnZ,CAAX,EAAayM,CAAb,EAAe0M,CAAf,EAAiB;AAAC,mBAAOmzC,EAAE97B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoByM,CAApB,EAAsB0M,CAAtB,CAAP;AAAgC,kBAAS9hB,CAAT,CAAW2I,CAAX,EAAayM,CAAb,EAAe;AAAC,gBAAI0M,IAAE,EAAN,CAAS,IAAGnZ,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAAC1yE,wBAAEnZ,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAM3I,CAAN,EAAQ;AAACqzD,sBAAEoT,YAAF,CAAezmE,CAAf;AAAkB,yBAAQpB,GAAR,CAAYkjB,CAAZ,EAAe3I,IAAf,CAAoB/D,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIg+C,IAAEj2D,QAAN;AAAA,YAAek2D,IAAE/1D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE6sD,EAAEyS,KAAlC;AAAA,YAAwCvtC,IAAE86B,EAAEhvB,IAA5C;AAAA,YAAiDuvB,IAAEr7B,EAAEq6D,OAArD;AAAA,YAA6Dn8E,IAAEjQ,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAf;AAAA,oBAAoBllB,IAAE,EAAC7wD,KAAIoG,CAAL,EAAOrE,OAAM8Q,CAAb,EAAtB,CAAsCpV,EAAE2I,CAAF,IAAKyqD,CAAL,EAAOtxC,EAAE6yE,KAAF,IAAS7yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAczhC,CAAd,EAAgBA,EAAE0hC,KAAF,GAAQhzE,EAAE8yE,KAA1B,EAAgC9yE,EAAE8yE,KAAF,GAAQxhC,CAAjD,IAAoDtxC,EAAE6yE,KAAF,GAAQ7yE,EAAE8yE,KAAF,GAAQxhC,CAA3E,EAA6EtxC,EAAE2yE,OAAF,IAAW3yE,EAAEqlD,KAAb,IAAoBnnE,EAAE8hB,EAAE6yE,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBuf,EAAE6yE,KAAF,GAAQ7yE,EAAE6yE,KAAF,CAAQE,KAApC,EAA0C/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkFhzE,EAAE2yE,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAIyM,IAAE,IAAN;AAAA,oBAAW0M,IAAE1M,EAAEkjE,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAGmZ,CAAH,EAAK,OAAOA,MAAI1M,EAAEu/E,KAAN,IAAa7yE,MAAI1M,EAAEw/E,KAAnB,KAA2Bx/E,EAAEu/E,KAAF,GAAQ7yE,EAAE+yE,KAAV,EAAgBz/E,EAAEu/E,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+DhzE,MAAI1M,EAAEw/E,KAAN,KAAc9yE,EAAEgzE,KAAF,KAAUhzE,EAAEgzE,KAAF,CAAQD,KAAR,GAAc/yE,EAAE+yE,KAAhB,EAAsB/yE,EAAE+yE,KAAF,CAAQC,KAAR,GAAchzE,EAAEgzE,KAAhD,GAAuDhzE,EAAEgzE,KAAF,GAAQ1/E,EAAEw/E,KAAjE,EAAuE9yE,EAAE+yE,KAAF,GAAQ,IAA/E,EAAoFz/E,EAAEw/E,KAAF,CAAQC,KAAR,GAAc/yE,CAAlG,EAAoG1M,EAAEw/E,KAAF,GAAQ9yE,CAA1H,CAA/D,EAA4LA,EAAExd,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmB0vD,IAAErrD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BssD,IAAEzuD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAIt+E,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAKmjD,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASzyE,CAAT,EAAW9hB,CAAX,EAAaqzD,CAAb,EAAe;AAAC,oBAAI7sD,CAAJ,EAAMiQ,CAAN,EAAQw+C,CAAR,EAAUpB,CAAV,EAAYK,CAAZ,EAAchlC,CAAd,EAAgBpmB,CAAhB,EAAkBysD,CAAlB,CAAoB,IAAG,CAACzzC,CAAJ,EAAM,OAAO1M,GAAP,CAAW,IAAG5O,IAAE+xB,EAAE46D,SAAF,CAAYnzF,CAAZ,CAAF,EAAiByW,IAAE8hB,EAAEu6D,OAAF,CAAUhxE,IAAEtb,CAAZ,CAAnB,EAAkCyuD,IAAE,KAAK8/B,MAAL,CAAY11F,GAAZ,CAAgBoX,CAAhB,CAApC,EAAuDw+C,CAA1D,EAA4D,OAAOA,CAAP,CAASpB,IAAEz+C,GAAF,EAAM8+C,IAAEb,IAAEA,CAAF,GAAIW,CAAZ,EAAc9kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI/X,CAAJ,IAAS9I,CAAT;AAAWu1D,wBAAEv1D,EAAE8I,CAAF,CAAF,EAAO8qD,EAAE2B,CAAF,MAAOrB,EAAEr1C,KAAF,CAAQ/V,CAAR,IAAWysD,CAAlB,CAAP;AAAX,iBAAuC,OAAO5sD,EAAEurD,CAAF,EAAKjxD,IAAL,CAAU6e,CAAV,GAAaoyC,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BkkC,EAAE5uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACpyC,IAAE,EAAH,EAAO5iB,MAAP,KAAgB20D,EAAE/oC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsDnhC,EAAEhkC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E0mC,EAAEygC,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0MnhC,EAAE/oC,KAAF,GAAQ,CAAR,IAAW+oC,EAAEhkC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgBj+E,CAAhB,EAAkBo9C,CAAlB,CAAjO,EAAsPK,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRL,CAAzR;AAA2R,aAAvlB,EAAwlBohC,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tD//B,EAAE97B,OAAF,GAAU,IAAI87B,CAAJ,EAAV,EAAgB5B,EAAEhvB,IAAF,CAAO8wD,WAAP,GAAmBlgC,CAAnC,EAAqC5B,EAAEhvB,IAAF,CAAO+wD,QAAP,GAAgB3+E,CAArD,EAAuD48C,EAAEhvB,IAAF,CAAOgxD,SAAP,GAAiBr1F,CAAxE,EAA0EqzD,EAAEhvB,IAAF,CAAOixD,WAAP,GAAmBxzE,CAA7F;AAA+F,KAAvlE,CAAwlExkB,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQozD,CAAR;AAAA,gBAAU5sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAcq7B,CAAd;AAAA,gBAAgBn9C,CAAhB;AAAA,gBAAkBu9C,IAAE,EAApB;AAAA,gBAAuBiB,IAAE,CAAzB,CAA2B,KAAItsD,IAAEyM,EAAEzM,CAAF,CAAN,EAAWssD,IAAEtsD,EAAEzJ,MAAf;AAAuB4iB,oBAAEnZ,EAAE0xD,UAAF,CAAapF,GAAb,CAAF,EAAoBj1D,IAAE2I,EAAE0xD,UAAF,CAAapF,GAAb,CAAtB,EAAwC7B,IAAEzqD,EAAE0xD,UAAF,CAAapF,GAAb,CAA1C,EAA4DzuD,IAAEsb,KAAG,CAAjE,EAAmEyW,IAAE,CAAC,IAAEzW,CAAH,KAAO,CAAP,GAAS9hB,KAAG,CAAjF,EAAmF4zD,IAAE,CAAC,KAAG5zD,CAAJ,KAAQ,CAAR,GAAUozD,KAAG,CAAlG,EAAoG38C,IAAE,KAAG28C,CAAzG,EAA2GvvC,MAAM7jB,CAAN,IAAS4zD,IAAEn9C,IAAE,EAAb,GAAgBoN,MAAMuvC,CAAN,MAAW38C,IAAE,EAAb,CAA3H,EAA4Iu9C,IAAEA,IAAEX,EAAEC,MAAF,CAAS9sD,CAAT,CAAF,GAAc6sD,EAAEC,MAAF,CAAS/6B,CAAT,CAAd,GAA0B86B,EAAEC,MAAF,CAASM,CAAT,CAA1B,GAAsCP,EAAEC,MAAF,CAAS78C,CAAT,CAApL;AAAvB,aAAuN,OAAOu9C,CAAP;AAAS,kBAAS5+C,CAAT,CAAWzM,CAAX,EAAa;AAAC,gBAAIyM,CAAJ;AAAA,gBAAM0M,CAAN;AAAA,gBAAQ9hB,IAAE,EAAV,CAAa,KAAIoV,IAAE,CAAN,EAAQA,IAAEzM,EAAEzJ,MAAZ,EAAmBkW,GAAnB;AAAuB0M,oBAAEnZ,EAAE0xD,UAAF,CAAajlD,CAAb,CAAF,EAAkB0M,IAAE,GAAF,GAAM9hB,KAAGozD,EAAEtxC,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQ9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAV,CAAH,EAAgB9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAU9hB,KAAGozD,EAAE,MAAItxC,MAAI,EAAV,CAAH,EAAiB9hB,KAAGozD,EAAE,MAAItxC,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoC9hB,KAAGozD,EAAE,MAAI,KAAGtxC,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAO9hB,CAAP;AAAS,aAAI8hB,IAAExkB,OAAO07D,KAAb;AAAA,YAAmBh5D,IAAE8hB,EAAEsjD,UAAvB;AAAA,YAAkChS,IAAE7qD,OAAOC,YAA3C;AAAA,YAAwD6qD,IAAE,mEAA1D,CAA8HrzD,EAAE8hB,EAAEuiB,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAWpgF,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nB9X,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAIyM,IAAE3T,IAAN;AAAA,YAAWqgB,IAAExkB,OAAO07D,KAApB;AAAA,YAA0Bh5D,IAAE8hB,EAAEsjD,UAA9B;AAAA,YAAyChS,IAAEzqD,EAAE7E,OAA7C;AAAA,YAAqDuvD,IAAE,EAACoiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAIyM,IAAE,KAAKqgF,SAAL,EAAN;AAAA,oBAAuB3zE,IAAEsxC,EAAEzqD,CAAF,EAAIyM,CAAJ,CAAzB,CAAgC,OAAO0M,KAAG,CAAC,CAAJ,IAAO1M,EAAE1U,MAAF,CAASohB,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQyD,SAAQ,iBAAS5c,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQozD,IAAE,KAAKsiC,UAAf,CAA0B,IAAGtiC,KAAG,CAAC,KAAKyiC,UAAZ,EAAuB,KAAI71F,IAAE,CAAN,EAAQA,IAAEozD,EAAEl0D,MAAZ,EAAmBc,GAAnB;AAAuB8hB,wBAAEsxC,EAAEpzD,CAAF,CAAF,EAAO8hB,EAAEnZ,CAAF,KAAMmZ,EAAEnZ,CAAF,EAAKyM,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgY0gF,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgBzgF,EAAEuX,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWyM,CAAX,EAAa;AAAC,qBAAKzM,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQyM,CAA9C,EAAgDA,EAAEugF,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20B31F,EAAE8hB,CAAF,EAAI,EAACq0E,QAAO,EAACC,gBAAe/iC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B/1D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,6BAAP,EAAqC,CAAC,yBAAD,CAArC,EAAiEh5B,CAAjE;AAAoE,CAAvF,CAAwF,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWyM,CAAX,EAAa;AAAC,iBAAS0M,CAAT,CAAWnZ,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,GAAmB,CAACA,CAAD,CAAnB,GAAuBA,CAA7B;AAA+B,aAAI3I,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5F,IAAEpzD,EAAE0jE,OAAvB;AAAA,YAA+BrQ,IAAED,EAAEoQ,EAAF,CAAKi3H,KAAtC;AAAA,YAA4Cj0L,IAAExG,EAAEoc,IAAF,CAAOu4C,eAArD;AAAA,YAAqEp8B,IAAE66B,EAAEymF,aAAzE;AAAA,YAAuFjmF,IAAE5zD,EAAEolE,UAA3F;AAAA,YAAsG3uD,IAAE9N,EAAErH,OAA1G;AAAA,YAAkH0yD,IAAErrD,EAAEnE,KAAtH;AAAA,YAA4HywD,IAAE7B,EAAEtvD,OAAhI;AAAA,YAAwI+vD,IAAEpyD,IAA1I;AAAA,YAA+IyyD,IAAE,IAAjJ;AAAA,YAAsJhlC,IAAE,GAAxJ;AAAA,YAA4JpmB,IAAE,GAA9J;AAAA,YAAkKysD,IAAE,KAApK;AAAA,YAA0K93B,IAAE,QAA5K;AAAA,YAAqLt1B,IAAE,KAAvL;AAAA,YAA6L1B,IAAE,OAA/L;AAAA,YAAuMrJ,IAAE,CAACm4D,CAAD,EAAG93B,CAAH,CAAzM;AAAA,YAA+MiQ,IAAE2lB,EAAE1yD,MAAF,CAAS,EAACpC,MAAK,cAAS6W,CAAT,EAAWpV,CAAX,EAAa;AAAC,oBAAIozD,IAAE,IAAN;AAAA,oBAAW76B,IAAE66B,EAAEsnI,KAAF,GAAQ/xL,EAAE,UAAF,CAArB;AAAA,oBAAmCqrD,IAAEh0D,KAAG,EAAxC,CAA2CoV,IAAEzM,EAAEyM,CAAF,EAAKwf,QAAL,CAAcs/B,IAAE,WAAhB,EAA6B37C,KAA7B,GAAqC+P,MAArC,CAA4CiQ,CAA5C,CAAF,EAAiD66B,EAAEunI,aAAF,GAAgB9mI,EAAEY,KAAF,CAAQr/C,EAAE0V,KAAF,EAAR,CAAjE,EAAoFkpC,IAAElyC,EAAEkyC,CAAF,CAAtF,EAA2F,CAACv9C,EAAEu9C,CAAF,KAAMA,aAAaxtD,CAApB,MAAyBwtD,IAAE,EAAC4yD,gBAAe,EAACxqG,MAAK43C,CAAN,EAAhB,EAA3B,CAA3F,EAAiJA,EAAEkmD,MAAF,KAAWlmD,EAAEkmD,MAAF,GAAS,CAAC,EAAC99F,MAAK0F,EAAEkyC,EAAE53C,IAAJ,CAAN,EAAD,CAApB,CAAjJ,EAAyLw3C,EAAEI,CAAF,EAAI,EAAC4yD,gBAAe,EAAC3kH,MAAK+xD,EAAE/xD,IAAR,EAAhB,EAAJ,CAAzL,EAA6N,CAACgzD,EAAEjB,EAAEkmD,MAAF,CAAS,CAAT,EAAYj4G,IAAd,EAAmB7E,CAAnB,KAAuB63D,EAAEjB,EAAE4yD,cAAF,CAAiB3kH,IAAnB,EAAwB7E,CAAxB,CAAxB,MAAsD42D,IAAEJ,EAAE,EAAF,EAAK,EAAC80D,cAAa,EAACE,WAAU,EAAC3rF,SAAQ,CAAC,CAAV,EAAX,EAAd,EAAL,EAA6C+2B,CAA7C,CAAxD,CAA7N,EAAsUX,EAAE/0D,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAeg0D,CAAf,EAAiBh+C,CAAjB,EAAmB4+C,CAAnB,CAAtU;AAA4V,aAA3Z,EAA4ZpzD,SAAQ,EAACC,MAAK,WAAN,EAAkBgpH,WAAU,EAAC/7F,QAAO,CAAR,EAA5B,EAAuC66F,cAAa,EAAC1rF,SAAQ,CAAC,CAAV,EAAY0gF,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAA3B,EAAwCg7F,WAAU,EAAC9W,aAAY,CAAC,CAAd,EAAlD,EAApD,EAAwHyF,gBAAe,EAAC3kH,MAAK,MAAN,EAAa+kH,MAAK,EAAClK,MAAK,EAAChyF,OAAM,EAAP,EAAN,EAAlB,EAAoC68F,KAAI,EAACliB,OAAM,CAAC,CAAR,EAAxC,EAAmD13E,SAAQ,CAA3D,EAA6DjD,OAAM,EAAnE,EAAsE01B,SAAQ,EAACq6D,UAAS,IAAV,EAA9E,EAA8FhB,WAAU,EAAC58E,SAAQ,CAAC,CAAV,EAAxG,EAAqHjP,QAAO,EAAClD,OAAM,CAAP,EAA5H,EAAsIm8F,SAAQ,EAACxlF,MAAK,CAAN,EAAQxE,SAAQ,CAAC,CAAjB,EAA9I,EAAvI,EAA0Sk+D,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAAYqgE,QAAO,CAAC,CAApB,EAAlT,EAAyUorB,cAAa,EAACE,WAAU,EAAC3rF,SAAQ,CAAC,CAAV,EAAYk+D,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAApB,EAAX,EAAtV,EAAoY0pF,QAAO,EAAC1pF,SAAQ,CAAC,CAAV,EAA3Y,EAAwZmH,aAAY,CAAC,CAAra,EAAuaw2J,YAAW,CAAlb,EAAobxiE,OAAM,CAAC,EAAC53B,MAAK,CAAC,CAAP,EAAD,CAA1b,EAApa,EAA22Bu6B,eAAc,yBAAU;AAAC,oBAAI3lH,CAAJ;AAAA,oBAAM0M,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeozD,IAAEpzD,EAAEY,OAAnB;AAAA,oBAA2ByyD,IAAErzD,EAAE26L,aAA/B;AAAA,oBAA6Cn0L,IAAExG,EAAE06L,KAAjD,CAAuD,OAAO16L,EAAE06L,KAAF,CAAQvkL,QAAR,GAAmBmY,IAAnB,IAA0BxM,IAAEnZ,EAAE,qBAAF,CAA5B,EAAqD3I,EAAE06L,KAAF,CAAQpyK,MAAR,CAAexG,CAAf,CAArD,EAAuE1M,IAAEw+C,EAAE,EAAC9oC,OAAMuoC,IAAEA,CAAF,GAAIrzD,EAAE66L,UAAF,EAAX,EAA0BhrK,QAAOrpB,EAAEqpB,MAAF,EAAjC,EAA4CuU,aAAYgvB,EAAEhvB,WAA1D,EAAF,EAAyEgvB,EAAEy2D,SAA3E,EAAqF,EAACixE,QAAO,CAAC,CAAT,EAAWj2F,OAAM,CAAC,CAAlB,EAArF,CAAzE,EAAoLr+F,EAAE0X,GAAF,CAAM,EAAC4M,OAAM1V,EAAE0V,KAAT,EAAe+E,QAAOza,EAAEya,MAAxB,EAAN,CAApL,EAA2N/N,EAAExJ,MAAF,EAA3N,EAAsOtY,EAAE06L,KAAF,CAAQvkL,QAAR,GAAmBkX,IAAnB,EAAtO,EAAgQrtB,EAAE0kF,OAAF,CAAUrhB,MAAV,EAAhQ,EAAmRjuD,CAA1R;AAA4R,aAAvtC,EAAwtCglH,gBAAe,0BAAU;AAAC,oBAAIzxH,CAAJ;AAAA,oBAAMyM,IAAE,IAAR;AAAA,oBAAa0M,IAAE1M,EAAExU,OAAjB;AAAA,oBAAyBZ,IAAEoV,EAAE+wB,OAA7B,CAAqC,OAAOx9B,IAAEyM,EAAEukH,cAAF,KAAmB,IAAInsF,CAAJ,CAAMxtC,CAAN,EAAQoV,EAAEsjH,SAAV,EAAoB52G,EAAEq5E,OAAtB,CAAnB,GAAkD9nC,EAAE/0D,EAAF,CAAK87H,cAAL,CAAoBh7H,IAApB,CAAyBgW,CAAzB,CAApD,EAAgFzM,EAAE04B,IAAF,CAAO56B,CAAP,EAASutD,EAAE5+C,EAAEylH,aAAJ,EAAkBzlH,CAAlB,CAAT,CAAhF,EAA+GzM,CAAtH;AAAwH,aAA/4C,EAAg5CsxH,cAAa,wBAAU;AAAC,uBAAO,KAAKygE,KAAZ;AAAkB,aAA17C,EAA27CG,YAAW,sBAAU;AAAC,oBAAIlyL,CAAJ;AAAA,oBAAMyM,CAAN;AAAA,oBAAQ0M,CAAR;AAAA,oBAAU9hB,IAAE,IAAZ;AAAA,oBAAiBqzD,IAAErzD,EAAEY,OAArB;AAAA,oBAA6B4F,IAAE4sD,EAAEkzD,UAAF,CAAajzD,EAAEw2D,SAAF,CAAY/7F,MAAzB,CAA/B;AAAA,oBAAgEyK,IAAE86B,EAAE6mD,MAApE;AAAA,oBAA2EtmD,IAAE5zD,EAAE4mE,UAAF,CAAagR,KAAb,EAA7E;AAAA,oBAAkGnhE,IAAE,CAApG,CAAsG,KAAIrB,IAAE,CAAN,EAAQA,IAAEmjB,EAAEr5B,MAAZ,EAAmBkW,GAAnB,EAAuB;AAAC,wBAAG0M,IAAEyW,EAAEnjB,CAAF,CAAF,EAAO0M,EAAE7f,IAAF,KAASszD,CAAnB,EAAqB,OAAOrmC,CAAP,CAAS,IAAGpN,EAAE7f,IAAF,KAASw7B,CAAZ,EAAc,OAAO30B,CAAP,CAAS,IAAGgZ,EAAE7f,IAAF,KAASkG,CAAZ,EAAc,OAAOnI,EAAE06L,KAAF,CAAQ7qK,MAAR,EAAP,CAAwB/N,EAAE1F,IAAF,KAAS3F,IAAEo9C,EAAElnC,GAAF,CAAMlW,CAAN,EAAQqL,EAAE1F,IAAF,CAAOld,MAAf,CAAX;AAAmC,wBAAOyJ,IAAEkrD,EAAElnC,GAAF,CAAMinC,CAAN,EAAQn9C,CAAR,IAAW48C,EAAEunI,UAAf,EAA0BjyL,IAAE,CAAF,KAAMA,KAAGnC,EAAEqnB,IAAF,GAAOrnB,EAAEggC,KAAlB,CAA1B,EAAmD79B,CAA1D;AAA4D,aAAzwD,EAAT,CAAjN;AAAA,YAAs+D6kC,IAAEjV,EAAE53B,MAAF,CAAS,EAACC,SAAQ,EAACmvB,WAAU,EAACjB,UAAS,CAAV,EAAX,EAAT,EAAkCisK,SAAQ,iBAASpyL,CAAT,EAAWyM,CAAX,EAAa;AAAC,oBAAI0M,IAAEyW,EAAEj6B,EAAF,CAAKy8L,OAAL,CAAa37L,IAAb,CAAkB,IAAlB,EAAuBuJ,CAAvB,EAAyByM,CAAzB,CAAN;AAAA,oBAAkCpV,IAAE,KAAK89F,QAAL,EAApC,CAAoD,OAAOh8E,EAAE4rB,CAAF,GAAI,CAAC1tC,EAAE6vB,MAAH,GAAU,KAAKjvB,OAAL,CAAam/B,MAA3B,EAAkCje,CAAzC;AAA2C,aAAvJ,EAAwJkyH,cAAa,wBAAU;AAAC,qBAAK7tG,OAAL,IAAc,KAAKA,OAAL,CAAa7X,IAAb,GAAoBhW,MAApB,EAAd;AAA2C,aAA3N,EAAT,CAAx+D,CAA+sE86C,EAAEoQ,EAAF,CAAKlhC,MAAL,CAAYoL,CAAZ,GAAekmB,EAAER,CAAF,EAAI,EAAC4nI,wBAAuBxtJ,CAAxB,EAAJ,CAAf;AAA+C,KAAzzE,CAA0zElwC,OAAO07D,KAAP,CAAa76D,MAAv0E,GAA+0Eb,OAAO07D,KAA71E;AAAm2E,CAAt8E,EAAu8E,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWyM,CAAX,EAAa0M,CAAb,EAAe;AAAC,KAACA,KAAG1M,CAAJ;AAAS,CAA7gF,CAA98P,CAA69U,CAAC,CAAC,UAASzM,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,eAAP,EAAuB,CAAC,gBAAD,CAAvB,EAA0Ch5B,CAA1C;AAA6C,CAAhE,CAAiE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,mBAAO,QAAOA,CAAP,yCAAOA,CAAP,OAAWgvD,CAAlB;AAAoB,kBAAS71C,CAAT,CAAWnZ,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI1M,IAAEpV,EAAE8hB,CAAF,CAAN,CAAW,OAAO01C,EAAE/zB,KAAF,CAAQ96B,IAAEyM,CAAV,IAAaA,CAApB;AAAsB,kBAASpV,CAAT,CAAW2I,CAAX,EAAa;AAAC,mBAAOA,IAAE6uD,EAAE9zB,GAAF,CAAM,EAAN,EAAS/6B,CAAT,CAAF,GAAc,CAArB;AAAuB,kBAASyM,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAOw3D,EAAE7qC,GAAF,CAAM6qC,EAAEthB,GAAF,CAAMvtC,CAAN,EAAQ3I,CAAR,CAAN,EAAiB8hB,CAAjB,CAAP;AAA2B,kBAASuxC,CAAT,CAAW1qD,CAAX,EAAa;AAAC,mBAAOA,IAAE+uD,CAAT;AAAW,kBAAStE,CAAT,CAAWzqD,CAAX,EAAa;AAAC,mBAAOA,IAAE+uD,CAAT;AAAW,kBAASlxD,CAAT,CAAWmC,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,IAAoB,CAACkb,MAAMlb,CAAN,CAA3B;AAAoC,kBAAS4vB,CAAT,CAAWzW,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO2I,EAAEmZ,CAAF,IAAKA,CAAL,GAAO9hB,CAAd;AAAgB,kBAASyW,CAAT,CAAW9N,CAAX,EAAa;AAAC,mBAAOA,IAAEA,CAAT;AAAW,kBAASkrD,CAAT,CAAWlrD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,CAAJ,IAASnZ,CAAT;AAAW3I,kBAAErC,IAAF,CAAOmkB,IAAEnZ,EAAEmZ,CAAF,CAAT;AAAX,aAA0B,OAAO9hB,EAAES,IAAF,GAASuJ,IAAT,CAAc,EAAd,CAAP;AAAyB,kBAAS4pD,CAAT,CAAWjrD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,UAAR,CAAmB,KAAI8hB,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB,EAAE4iB,CAArB;AAAuB9hB,qBAAG,CAACA,KAAG,CAAJ,KAAQA,KAAG,CAAX,KAAeA,KAAG,CAAlB,KAAsBA,KAAG,CAAzB,KAA6BA,KAAG,EAAhC,CAAH,EAAuCA,KAAG2I,EAAE0xD,UAAF,CAAav4C,CAAb,CAA1C;AAAvB,aAAiF,OAAO9hB,MAAI,CAAX;AAAa,kBAASg0D,CAAT,CAAWrrD,CAAX,EAAa;AAAC,mBAAOirD,EAAEC,EAAElrD,CAAF,CAAF,CAAP;AAAe,kBAASssD,CAAT,CAAWtsD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE2I,EAAEzJ,MAAV;AAAA,gBAAiBkW,IAAE6hD,CAAnB;AAAA,gBAAqB5D,IAAEyE,CAAvB,CAAyB,KAAIh2C,IAAE,CAAN,EAAQA,IAAE9hB,CAAV,EAAY8hB,GAAZ;AAAgBuxC,oBAAEmE,EAAE7qC,GAAF,CAAM0mC,CAAN,EAAQ1qD,EAAEmZ,CAAF,CAAR,CAAF,EAAgB1M,IAAEoiD,EAAEthB,GAAF,CAAM9gC,CAAN,EAAQzM,EAAEmZ,CAAF,CAAR,CAAlB;AAAhB,aAAgD,OAAM,EAACo0B,KAAI9gC,CAAL,EAAOuX,KAAI0mC,CAAX,EAAN;AAAoB,kBAASa,CAAT,CAAWvrD,CAAX,EAAa;AAAC,mBAAOssD,EAAEtsD,CAAF,EAAKutC,GAAZ;AAAgB,kBAAShnB,CAAT,CAAWvmB,CAAX,EAAa;AAAC,mBAAOssD,EAAEtsD,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS7jB,CAAT,CAAWH,CAAX,EAAa;AAAC,mBAAO4sD,EAAE5sD,CAAF,EAAKutC,GAAZ;AAAgB,kBAASzY,CAAT,CAAW90B,CAAX,EAAa;AAAC,mBAAO4sD,EAAE5sD,CAAF,EAAKgkB,GAAZ;AAAgB,kBAAS4oC,CAAT,CAAW5sD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,CAAR;AAAA,gBAAUi+C,IAAE4D,CAAZ;AAAA,gBAAc7D,IAAE0E,CAAhB,CAAkB,KAAIh2C,IAAE,CAAF,EAAI9hB,IAAE2I,EAAEzJ,MAAZ,EAAmB4iB,IAAE9hB,CAArB,EAAuB8hB,GAAvB;AAA2B1M,oBAAEzM,EAAEmZ,CAAF,CAAF,EAAO,SAAO1M,CAAP,IAAUuY,SAASvY,CAAT,CAAV,KAAwBi+C,IAAEmE,EAAEthB,GAAF,CAAMmd,CAAN,EAAQj+C,CAAR,CAAF,EAAag+C,IAAEoE,EAAE7qC,GAAF,CAAMymC,CAAN,EAAQh+C,CAAR,CAAvC,CAAP;AAA3B,aAAqF,OAAM,EAAC8gC,KAAImd,MAAI4D,CAAJ,GAAM,KAAK,CAAX,GAAa5D,CAAlB,EAAoB1mC,KAAIymC,MAAI0E,CAAJ,GAAM,KAAK,CAAX,GAAa1E,CAArC,EAAN;AAA8C,kBAASjrD,CAAT,CAAWQ,CAAX,EAAa;AAAC,gBAAGA,CAAH,EAAK,OAAOA,EAAEA,EAAEzJ,MAAF,GAAS,CAAX,CAAP;AAAqB,kBAASsuC,CAAT,CAAW7kC,CAAX,EAAamZ,CAAb,EAAe;AAAC,mBAAOnZ,EAAEhL,IAAF,CAAOsC,KAAP,CAAa0I,CAAb,EAAemZ,CAAf,GAAkBnZ,CAAzB;AAA2B,kBAASlC,CAAT,CAAWkC,CAAX,EAAa;AAAC,mBAAOpI,EAAE2wD,QAAF,CAAWvoD,CAAX,EAAa,EAACqxD,cAAa,CAAC,CAAf,EAAiBD,WAAU,GAA3B,EAAb,CAAP;AAAqD,kBAASrsB,CAAT,CAAW5rB,CAAX,EAAa9hB,CAAb,EAAe;AAAC,mBAAO2I,EAAE3I,CAAF,KAAM,SAAOA,CAAb,GAAe,MAAI8hB,CAAJ,GAAM,IAAN,GAAW9hB,CAAX,GAAa,IAA5B,GAAiC,EAAxC;AAA2C,kBAAS5C,CAAT,CAAWuL,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,IAAE,EAAR,CAAW,KAAI8hB,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,qBAAG0tC,EAAE/kC,EAAEmZ,CAAF,EAAK,CAAL,CAAF,EAAUnZ,EAAEmZ,CAAF,EAAK,CAAL,CAAV,CAAH;AAAvB,aAA6C,OAAO9hB,CAAP;AAAS,kBAASu3D,CAAT,CAAWz1C,CAAX,EAAa;AAAC,gBAAI9hB,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,IAAE,EAAV,CAAa,KAAIrzD,IAAE,CAAN,EAAQA,IAAE8hB,EAAE5iB,MAAZ,EAAmBc,GAAnB;AAAuBoV,oBAAE0M,EAAE9hB,CAAF,EAAK,CAAL,CAAF,EAAU2I,EAAEyM,CAAF,MAAOi+C,KAAGvxC,EAAE9hB,CAAF,EAAK,CAAL,IAAQ,GAAR,GAAYoV,CAAZ,GAAc,GAAxB,CAAV;AAAvB,aAA8D,IAAG,OAAKi+C,CAAR,EAAU,OAAOA,CAAP;AAAS,kBAAS+C,CAAT,CAAWztD,CAAX,EAAa;AAAC,mBAAM,YAAU,OAAOA,CAAjB,KAAqBA,KAAG,IAAxB,GAA8BA,CAApC;AAAsC,kBAASyuD,CAAT,CAAWzuD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,IAAGzM,CAAH,EAAK,KAAImZ,IAAEvhB,EAAEklE,SAAF,CAAY98D,CAAZ,EAAe5D,KAAf,CAAqB,GAArB,CAAF,EAA4B/E,IAAE,CAAlC,EAAoCA,IAAE8hB,EAAE5iB,MAAxC,EAA+Cc,GAA/C;AAAmDoV,kBAAEzX,IAAF,CAAO,WAASmkB,EAAE9hB,CAAF,CAAhB;AAAnD,aAAyE,OAAOoV,EAAEpL,IAAF,CAAO,GAAP,CAAP;AAAmB,kBAASi/B,CAAT,CAAWnnB,CAAX,EAAa;AAAC,mBAAM,OAAKA,CAAL,IAAQ,SAAOA,CAAf,IAAkB,WAASA,CAA3B,IAA8B,kBAAgBA,CAA9C,IAAiD,CAACnZ,EAAEmZ,CAAF,CAAxD;AAA6D,kBAASq1C,CAAT,CAAWxuD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,IAAE,EAAC,GAAE,GAAH,EAAO,IAAG,GAAV,EAAc,KAAI,GAAlB,EAAsB,GAAE,IAAxB,EAA6B,IAAG,IAAhC,EAAqC,KAAI,IAAzC,EAA8C,GAAE,KAAhD,EAAsD,IAAG,KAAzD,EAA+D,KAAI,KAAnE,EAAyE,GAAE,IAA3E,EAAgF,IAAG,IAAnF,EAAwF,KAAI,IAA5F,EAAiG,GAAE,GAAnG,EAAuG,IAAG,GAA1G,EAA8G,KAAI,GAAlH,EAAsH,GAAE,IAAxH,EAA6H,IAAG,IAAhI,EAAqI,KAAI,IAAzI,EAA8I,GAAE,KAAhJ,EAAsJ,IAAG,KAAzJ,EAA+J,KAAI,KAAnK,EAAyK,GAAE,MAA3K,EAAkL,IAAG,MAArL,EAA4L,KAAI,MAAhM,EAAuM,GAAE,IAAzM,EAA8M,IAAG,IAAjN,EAAsN,KAAI,IAA1N,EAA+N,KAAI,GAAnO,EAAN,EAA8O9hB,IAAE,CAAC,GAAD,EAAK,GAAL,EAAS,GAAT,EAAa,GAAb,EAAiB,GAAjB,EAAqB,GAArB,EAAyB,GAAzB,EAA6B,GAA7B,EAAiC,GAAjC,EAAqC,GAArC,EAAyC,EAAzC,EAA4C,EAA5C,EAA+C,EAA/C,EAAkD,EAAlD,EAAqD,EAArD,EAAwD,EAAxD,EAA2D,EAA3D,EAA8D,EAA9D,EAAiE,EAAjE,EAAoE,CAApE,EAAsE,CAAtE,EAAwE,CAAxE,EAA0E,CAA1E,EAA4E,CAA5E,EAA8E,CAA9E,EAAgF,CAAhF,EAAkF,CAAlF,EAAoF,CAApF,CAAhP,EAAuUoV,IAAE,EAA7U,EAAgVzM,IAAE,CAAlV;AAAqVA,oBAAE3I,EAAE,CAAF,CAAF,GAAOA,EAAEwK,KAAF,EAAP,IAAkB4K,KAAG0M,EAAE9hB,EAAE,CAAF,CAAF,CAAH,EAAW2I,KAAG3I,EAAE,CAAF,CAAhC;AAArV,aAA2X,OAAOoV,CAAP;AAAS,kBAASihD,CAAT,CAAW1tD,CAAX,EAAa;AAAC,gBAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,CAAR,EAAUi+C,CAAV,EAAYD,CAAZ,CAAc,KAAIzqD,IAAEA,EAAElF,WAAF,EAAF,EAAkBqe,IAAE,EAAC9hB,GAAE,CAAH,EAAKy9B,GAAE,CAAP,EAAS+P,GAAE,EAAX,EAAc/2B,GAAE,EAAhB,EAAmBo9C,GAAE,GAArB,EAAyBG,GAAE,GAA3B,EAA+BlrD,GAAE,GAAjC,EAApB,EAA0D9I,IAAE,CAA5D,EAA8DoV,IAAE,CAAhE,EAAkEi+C,IAAE,CAAxE,EAA0EA,IAAE1qD,EAAEzJ,MAA9E,EAAqF,EAAEm0D,CAAvF,EAAyF;AAAC,oBAAGD,IAAEtxC,EAAEnZ,EAAE2qD,MAAF,CAASD,CAAT,CAAF,CAAF,EAAiB,CAACD,CAArB,EAAuB,OAAO,IAAP,CAAYpzD,KAAGozD,CAAH,EAAKA,IAAEh+C,CAAF,KAAMpV,KAAG,IAAEoV,CAAX,CAAL,EAAmBA,IAAEg+C,CAArB;AAAuB,oBAAOpzD,CAAP;AAAS,kBAASq3D,CAAT,CAAW1uD,CAAX,EAAa;AAAC,gBAAImZ,IAAEje,OAAOowE,MAAP,CAAc,IAAd,CAAN,CAA0B,OAAO,YAAU;AAAC,oBAAIj0E,CAAJ;AAAA,oBAAMoV,IAAE,EAAR,CAAW,KAAIpV,IAAEE,UAAUhB,MAAhB,EAAuB,EAAEc,CAAF,IAAK,CAA5B;AAA+BoV,yBAAG,MAAIlV,UAAUF,CAAV,CAAP;AAA/B,iBAAmD,OAAOoV,KAAK0M,CAAL,GAAOA,EAAE1M,CAAF,CAAP,GAAY0M,EAAE1M,CAAF,IAAKzM,EAAE1I,KAAF,CAAQ,IAAR,EAAaC,SAAb,CAAxB;AAAgD,aAAhI;AAAiI,kBAASg2D,CAAT,CAAWvtD,CAAX,EAAa;AAAC,iBAAI,IAAImZ,CAAJ,EAAM9hB,CAAN,EAAQoV,IAAE,EAAV,EAAai+C,IAAE,CAAf,EAAiBD,IAAEzqD,EAAEzJ,MAAzB,EAAgCm0D,IAAED,CAAlC;AAAqCtxC,oBAAEnZ,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoBvxC,KAAG,KAAH,IAAUA,KAAG,KAAb,IAAoBuxC,IAAED,CAAtB,IAAyBpzD,IAAE2I,EAAE0xD,UAAF,CAAahH,GAAb,CAAF,EAAoB,UAAQ,QAAMrzD,CAAd,IAAiBoV,EAAEzX,IAAF,CAAO,CAAC,CAAC,OAAKmkB,CAAN,KAAU,EAAX,KAAgB,OAAK9hB,CAArB,IAAwB,KAA/B,CAAjB,IAAwDoV,EAAEzX,IAAF,CAAOmkB,CAAP,GAAUuxC,GAAlE,CAA7C,IAAqHj+C,EAAEzX,IAAF,CAAOmkB,CAAP,CAAzI;AAArC,aAAwL,OAAO1M,CAAP;AAAS,kBAAS8hD,CAAT,CAAWvuD,CAAX,EAAa;AAAC,mBAAOA,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,oBAAImZ,IAAE,EAAN,CAAS,OAAOnZ,IAAE,KAAF,KAAUA,KAAG,KAAH,EAASmZ,KAAGvZ,OAAOC,YAAP,CAAoBG,MAAI,EAAJ,GAAO,IAAP,GAAY,KAAhC,CAAZ,EAAmDA,IAAE,QAAM,OAAKA,CAA1E,GAA6EmZ,KAAGvZ,OAAOC,YAAP,CAAoBG,CAApB,CAAvF;AAA8G,aAAzI,EAA2IqB,IAA3I,CAAgJ,EAAhJ,CAAP;AAA2J,kBAAS4tD,CAAT,CAAWjvD,CAAX,EAAamZ,CAAb,EAAe;AAAC,qBAAS9hB,CAAT,CAAW2I,CAAX,EAAa3I,CAAb,EAAe;AAAC,qBAAI,IAAIoV,IAAE,EAAN,EAASi+C,IAAE,CAAX,EAAaD,IAAE,CAAf,EAAiB5sD,IAAE,CAAvB,EAAyB6sD,IAAE1qD,EAAEzJ,MAAJ,IAAYk0D,IAAEpzD,EAAEd,MAAzC;AAAiD4iB,sBAAEnZ,EAAE0qD,CAAF,CAAF,EAAOrzD,EAAEozD,CAAF,CAAP,KAAc,CAAd,GAAgBh+C,EAAE5O,GAAF,IAAOmC,EAAE0qD,GAAF,CAAvB,GAA8Bj+C,EAAE5O,GAAF,IAAOxG,EAAEozD,GAAF,CAArC;AAAjD,iBAA6F,OAAOC,IAAE1qD,EAAEzJ,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAezM,EAAElL,KAAF,CAAQ41D,CAAR,CAAf,CAAZ,EAAuCD,IAAEpzD,EAAEd,MAAJ,IAAYkW,EAAEzX,IAAF,CAAOsC,KAAP,CAAamV,CAAb,EAAepV,EAAEvC,KAAF,CAAQ21D,CAAR,CAAf,CAAnD,EAA8Eh+C,CAArF;AAAuF,oBAAOzM,EAAEzJ,MAAF,GAAS,CAAT,GAAWyJ,EAAElL,KAAF,EAAX,GAAqB,SAAS2X,CAAT,CAAWzM,CAAX,EAAa;AAAC,oBAAImZ,CAAJ,EAAMuxC,CAAN,EAAQD,CAAR,CAAU,OAAOzqD,EAAEzJ,MAAF,IAAU,CAAV,GAAYyJ,CAAZ,IAAemZ,IAAErgB,KAAKgzD,KAAL,CAAW9rD,EAAEzJ,MAAF,GAAS,CAApB,CAAF,EAAyBm0D,IAAE1qD,EAAElL,KAAF,CAAQ,CAAR,EAAUqkB,CAAV,CAA3B,EAAwCsxC,IAAEzqD,EAAElL,KAAF,CAAQqkB,CAAR,CAA1C,EAAqDuxC,IAAEj+C,EAAEi+C,CAAF,CAAvD,EAA4DD,IAAEh+C,EAAEg+C,CAAF,CAA9D,EAAmEpzD,EAAEqzD,CAAF,EAAID,CAAJ,CAAlF,CAAP;AAAiG,aAAzH,CAA0HzqD,CAA1H,CAA5B;AAAyJ,aAAI6uD,IAAE/1D,IAAN;AAAA,YAAWlB,IAAEjD,OAAO07D,KAApB;AAAA,YAA0B7C,IAAE51D,EAAE6kE,UAA9B;AAAA,YAAyC1N,IAAEF,EAAEnoC,EAAF,GAAK,GAAhD;AAAA,YAAoD4nC,IAAE6D,OAAOw3B,SAA7D;AAAA,YAAuEx6B,IAAE,CAACgD,OAAOw3B,SAAjF;AAAA,YAA2F36B,IAAE,WAA7F;AAAA,YAAyGL,IAAE1yD,KAAKD,GAAhH,CAAoH2yD,MAAIA,IAAE,aAAU;AAAC,mBAAO,IAAI1yD,IAAJ,EAAD,CAAWigC,OAAX,EAAN;AAA2B,SAA5C,GAA8CsxB,EAAE51D,CAAF,EAAI,EAAC8jC,MAAK,EAACkuD,SAAQt7B,CAAT,EAAWu7B,SAAQ16B,CAAnB,EAAqBxvC,QAAOklB,CAA5B,EAA8BilD,aAAYx9B,CAA1C,EAA4Cy9B,UAASx+B,CAArD,EAAuDy+B,UAASzjE,CAAhE,EAAkE0jE,SAAQjqF,CAA1E,EAA4EkqF,KAAIz/B,CAAhF,EAAkF0/B,SAAQl/B,CAA1F,EAA4Fm/B,YAAW/+B,CAAvG,EAAyGg/B,UAASxsF,CAAlH,EAAoHysF,eAAchqD,CAAlI,EAAoI5oC,MAAK8H,CAAzI,EAA2I+qF,YAAW99E,CAAtJ,EAAwJzQ,KAAI2yD,CAA5J,EAA8J67B,WAAUt/B,CAAxK,EAA0KpwB,OAAM3hB,CAAhL,EAAkLsxE,KAAI//B,CAAtL,EAAwLggC,YAAW3lD,CAAnM,EAAqM4lD,eAAcl2F,CAAnN,EAAqNm2F,WAAUn8B,CAA/N,EAAiOo8B,YAAWp9B,CAA5O,EAA8Oq9B,aAAYl8B,CAA1P,EAA4Pm8B,gBAAejtF,CAA3Q,EAA6QktF,mBAAkBp+B,CAA/R,EAAiSq+B,gBAAe9qF,CAAhT,EAAkT+qF,gBAAep2D,CAAjU,EAAmUq2D,KAAIr9E,CAAvU,EAAyUs9E,gBAAex7D,CAAxV,EAA0Vy7D,eAAc39B,CAAxW,EAA0W49B,eAAc98B,CAAxX,EAA0X+8B,SAAQ78B,CAAlY,EAAoY88B,YAAWj9B,CAA/Y,EAAiZk9B,YAAWl+B,CAA5Z,EAA8Zm+B,WAAUz8B,CAAxa,EAAN,EAAJ,CAA9C,EAAqer3D,EAAEojE,OAAF,CAAUt/B,IAAV,GAAe9jC,EAAE8jC,IAAtf,EAA2f9jC,EAAEmjE,OAAF,CAAUr/B,IAAV,GAAe9jC,EAAE8jC,IAA5gB;AAAihB,KAAhqH,IAAmqH/mC,OAAO07D,KAAjrH;AAAurH,CAAnwH,EAAowH,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAA10H,CAAD,EAA60H,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,uBAAP,EAA+B,CAAC,gBAAD,EAAkB,eAAlB,CAA/B,EAAkEh5B,CAAlE;AAAqE,CAAxF,CAAyF,YAAU;AAAC,KAAC,UAASA,CAAT,EAAW;AAAC,iBAASmZ,CAAT,GAAY;AAAC,mBAAM,EAACgJ,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkBykE,UAAS,CAA3B,EAAN;AAAoC,kBAASt0F,CAAT,CAAW2I,CAAX,EAAamZ,CAAb,EAAe9hB,CAAf,EAAiB;AAAC,mBAAOg0D,EAAE76B,OAAF,CAAUo7D,OAAV,CAAkB5rF,CAAlB,EAAoBmZ,CAApB,EAAsB9hB,CAAtB,CAAP;AAAgC,kBAASoV,CAAT,CAAWzM,CAAX,EAAamZ,CAAb,EAAe;AAAC,gBAAI9hB,IAAE,EAAN,CAAS,IAAG2I,EAAEzJ,MAAF,GAAS,CAAT,IAAY/B,SAASq3F,KAAxB,EAA8B;AAAC,oBAAG;AAACx0F,wBAAE2I,EAAE7I,GAAF,CAAM,UAAS6I,CAAT,EAAW;AAAC,+BAAOxL,SAASq3F,KAAT,CAAepvE,IAAf,CAAoBzc,CAApB,CAAP;AAA8B,qBAAhD,CAAF;AAAoD,iBAAxD,CAAwD,OAAMyM,CAAN,EAAQ;AAACg+C,sBAAEqT,YAAF,CAAerxD,CAAf;AAAkB,yBAAQxW,GAAR,CAAYoB,CAAZ,EAAemZ,IAAf,CAAoB2I,CAApB,EAAsBA,CAAtB;AAAyB,aAA3I,MAAgJA;AAAI,aAAIuxC,IAAEl2D,QAAN;AAAA,YAAei2D,IAAE91D,OAAO07D,KAAxB;AAAA,YAA8BxyD,IAAE4sD,EAAE0S,KAAlC;AAAA,YAAwCvtC,IAAE66B,EAAE/uB,IAA5C;AAAA,YAAiD5tB,IAAE8hB,EAAEq6D,OAArD;AAAA,YAA6D/+B,IAAErtD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKw+D,KAAL,GAAWx+D,CAAX,EAAa,KAAK8rF,OAAL,GAAa,CAA1B,EAA4B,KAAKnc,IAAL,GAAU,EAAtC;AAAyC,aAA3D,EAA4Doc,KAAI,aAAS/rF,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEs4E,IAAf;AAAA,oBAAoBjlB,IAAE,EAAC9wD,KAAIoG,CAAL,EAAOrE,OAAMwd,CAAb,EAAtB,CAAsC1M,EAAEzM,CAAF,IAAK0qD,CAAL,EAAOrzD,EAAE20F,KAAF,IAAS30F,EAAE40F,KAAF,CAAQC,KAAR,GAAcxhC,CAAd,EAAgBA,EAAEyhC,KAAF,GAAQ90F,EAAE40F,KAA1B,EAAgC50F,EAAE40F,KAAF,GAAQvhC,CAAjD,IAAoDrzD,EAAE20F,KAAF,GAAQ30F,EAAE40F,KAAF,GAAQvhC,CAA3E,EAA6ErzD,EAAEy0F,OAAF,IAAWz0F,EAAEmnE,KAAb,IAAoB/xD,EAAEpV,EAAE20F,KAAF,CAAQpyF,GAAV,IAAe,IAAf,EAAoBvC,EAAE20F,KAAF,GAAQ30F,EAAE20F,KAAF,CAAQE,KAApC,EAA0C70F,EAAE20F,KAAF,CAAQG,KAAR,GAAc,IAA5E,IAAkF90F,EAAEy0F,OAAF,EAA/J;AAA2K,aAA/R,EAAgSp1F,KAAI,aAASsJ,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAEw2D,IAAF,CAAO3vE,CAAP,CAAb,CAAuB,IAAG3I,CAAH,EAAK,OAAOA,MAAI8hB,EAAE6yE,KAAN,IAAa30F,MAAI8hB,EAAE8yE,KAAnB,KAA2B9yE,EAAE6yE,KAAF,GAAQ30F,EAAE60F,KAAV,EAAgB/yE,EAAE6yE,KAAF,CAAQG,KAAR,GAAc,IAAzD,GAA+D90F,MAAI8hB,EAAE8yE,KAAN,KAAc50F,EAAE80F,KAAF,KAAU90F,EAAE80F,KAAF,CAAQD,KAAR,GAAc70F,EAAE60F,KAAhB,EAAsB70F,EAAE60F,KAAF,CAAQC,KAAR,GAAc90F,EAAE80F,KAAhD,GAAuD90F,EAAE80F,KAAF,GAAQhzE,EAAE8yE,KAAjE,EAAuE50F,EAAE60F,KAAF,GAAQ,IAA/E,EAAoF/yE,EAAE8yE,KAAF,CAAQC,KAAR,GAAc70F,CAAlG,EAAoG8hB,EAAE8yE,KAAF,GAAQ50F,CAA1H,CAA/D,EAA4LA,EAAEsE,KAArM;AAA2M,aAAvhB,EAAT,CAA/D;AAAA,YAAkmBsvD,IAAEjrD,EAAE,yRAAF,EAA6R,CAA7R,CAApmB;AAAA,YAAo4BqrD,IAAExtD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,qBAAKosF,MAAL,GAAY,IAAIlhC,CAAJ,CAAM,GAAN,CAAZ,EAAuB,KAAK+F,YAAL,CAAkBjxD,CAAlB,CAAvB;AAA4C,aAA9D,EAA+D/H,SAAQ,EAACo0F,oBAAmB,CAApB,EAAvE,EAA8FT,SAAQ,iBAASv0F,CAAT,EAAWoV,CAAX,EAAag+C,CAAb,EAAe;AAAC,oBAAI5sD,CAAJ,EAAMqtD,CAAN,EAAQG,CAAR,EAAUiB,CAAV,EAAYf,CAAZ,EAAchlC,CAAd,EAAgBpmB,CAAhB,EAAkB20B,CAAlB,CAAoB,IAAG,CAACz9B,CAAJ,EAAM,OAAO8hB,GAAP,CAAW,IAAGtb,IAAE+xB,EAAE46D,SAAF,CAAY/9E,CAAZ,CAAF,EAAiBy+C,IAAEt7B,EAAEu6D,OAAF,CAAU9yF,IAAEwG,CAAZ,CAAnB,EAAkCwtD,IAAE,KAAK+gC,MAAL,CAAY11F,GAAZ,CAAgBw0D,CAAhB,CAApC,EAAuDG,CAA1D,EAA4D,OAAOA,CAAP,CAASiB,IAAEnzC,GAAF,EAAMoyC,IAAEd,IAAEA,CAAF,GAAIQ,CAAZ,EAAc1kC,IAAE,KAAK+lE,eAAL,GAAuBp0E,SAAvB,CAAiC,CAAC,CAAlC,CAAhB,CAAqD,KAAI/X,CAAJ,IAASsM,CAAT;AAAWqoB,wBAAEroB,EAAEtM,CAAF,CAAF,EAAO2N,EAAEgnB,CAAF,MAAOy2B,EAAEr1C,KAAF,CAAQ/V,CAAR,IAAW20B,CAAlB,CAAP;AAAX,iBAAuC,OAAO90B,EAAEurD,CAAF,EAAKjxD,IAAL,CAAUjD,CAAV,GAAak0D,EAAE/wD,WAAF,CAAc+rB,CAAd,CAAb,EAA8BmkC,EAAE7uC,IAAF,CAAOrhB,WAAP,CAAmB+wD,CAAnB,CAA9B,EAAoD,CAACl0D,IAAE,EAAH,EAAOd,MAAP,KAAgB+1D,EAAEnqC,KAAF,GAAQopC,EAAEhnC,WAAF,GAAc,KAAKtsB,OAAL,CAAao0F,kBAAnC,EAAsD//B,EAAEplC,MAAF,GAASqkC,EAAE/mC,YAAjE,EAA8E8nC,EAAEq/B,QAAF,GAAWplE,EAAEgmE,SAAF,GAAY,KAAKt0F,OAAL,CAAao0F,kBAAlI,CAApD,EAA0M//B,EAAEnqC,KAAF,GAAQ,CAAR,IAAWmqC,EAAEplC,MAAF,GAAS,CAApB,IAAuB,KAAKklE,MAAL,CAAYL,GAAZ,CAAgB7gC,CAAhB,EAAkBoB,CAAlB,CAAjO,EAAsPf,EAAE9wD,UAAF,CAAaC,WAAb,CAAyB6wD,CAAzB,CAAtP,EAAkRe,CAAzR;AAA2R,aAAvlB,EAAwlBggC,iBAAgB,2BAAU;AAAC,uBAAOtsF,EAAE,kGAAgG,KAAK/H,OAAL,CAAao0F,kBAA7G,GAAgI,cAAhI,GAA+I,KAAKp0F,OAAL,CAAao0F,kBAA5J,GAA+K,0BAAjL,EAA6M,CAA7M,CAAP;AAAuN,aAA10B,EAAT,CAAt4B,CAA4tDhhC,EAAE76B,OAAF,GAAU,IAAI66B,CAAJ,EAAV,EAAgBZ,EAAE/uB,IAAF,CAAO8wD,WAAP,GAAmBnhC,CAAnC,EAAqCZ,EAAE/uB,IAAF,CAAO+wD,QAAP,GAAgBvhC,CAArD,EAAuDT,EAAE/uB,IAAF,CAAOgxD,SAAP,GAAiBjgF,CAAxE,EAA0Eg+C,EAAE/uB,IAAF,CAAOixD,WAAP,GAAmBt1F,CAA7F;AAA+F,KAAvlE,CAAwlE1C,OAAO07D,KAAP,CAAa76D,MAArmE,CAAD;AAA8mE,CAAltE,EAAmtE,cAAY,OAAOwjC,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAAzxE,CAA70H,EAAwmM,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,iBAAP,EAAyB,CAAC,eAAD,CAAzB,EAA2Ch5B,CAA3C;AAA8C,CAAjE,CAAkE,YAAU;AAAC,WAAO,YAAU;AAAC,iBAASA,CAAT,CAAWA,CAAX,EAAa;AAAC,gBAAI3I,CAAJ;AAAA,gBAAMoV,CAAN;AAAA,gBAAQi+C,CAAR;AAAA,gBAAU7sD,CAAV;AAAA,gBAAY+xB,CAAZ;AAAA,gBAAc9hB,CAAd;AAAA,gBAAgBo9C,CAAhB;AAAA,gBAAkBD,IAAE,EAApB;AAAA,gBAAuBI,IAAE,CAAzB,CAA2B,KAAIrrD,IAAEmZ,EAAEnZ,CAAF,CAAN,EAAWqrD,IAAErrD,EAAEzJ,MAAf;AAAuBc,oBAAE2I,EAAE0xD,UAAF,CAAarG,GAAb,CAAF,EAAoB5+C,IAAEzM,EAAE0xD,UAAF,CAAarG,GAAb,CAAtB,EAAwCX,IAAE1qD,EAAE0xD,UAAF,CAAarG,GAAb,CAA1C,EAA4DxtD,IAAExG,KAAG,CAAjE,EAAmEu4B,IAAE,CAAC,IAAEv4B,CAAH,KAAO,CAAP,GAASoV,KAAG,CAAjF,EAAmFqB,IAAE,CAAC,KAAGrB,CAAJ,KAAQ,CAAR,GAAUi+C,KAAG,CAAlG,EAAoGQ,IAAE,KAAGR,CAAzG,EAA2GxvC,MAAMzO,CAAN,IAASqB,IAAEo9C,IAAE,EAAb,GAAgBhwC,MAAMwvC,CAAN,MAAWQ,IAAE,EAAb,CAA3H,EAA4ID,IAAEA,IAAER,EAAEE,MAAF,CAAS9sD,CAAT,CAAF,GAAc4sD,EAAEE,MAAF,CAAS/6B,CAAT,CAAd,GAA0B66B,EAAEE,MAAF,CAAS78C,CAAT,CAA1B,GAAsC28C,EAAEE,MAAF,CAASO,CAAT,CAApL;AAAvB,aAAuN,OAAOD,CAAP;AAAS,kBAAS9xC,CAAT,CAAWnZ,CAAX,EAAa;AAAC,gBAAImZ,CAAJ;AAAA,gBAAM9hB,CAAN;AAAA,gBAAQoV,IAAE,EAAV,CAAa,KAAI0M,IAAE,CAAN,EAAQA,IAAEnZ,EAAEzJ,MAAZ,EAAmB4iB,GAAnB;AAAuB9hB,oBAAE2I,EAAE0xD,UAAF,CAAav4C,CAAb,CAAF,EAAkB9hB,IAAE,GAAF,GAAMoV,KAAGi+C,EAAErzD,CAAF,CAAT,GAAcA,IAAE,IAAF,IAAQoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAV,CAAH,EAAgBoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAA3B,IAAwCA,IAAE,KAAF,KAAUoV,KAAGi+C,EAAE,MAAIrzD,MAAI,EAAV,CAAH,EAAiBoV,KAAGi+C,EAAE,MAAIrzD,MAAI,CAAJ,GAAM,EAAZ,CAApB,EAAoCoV,KAAGi+C,EAAE,MAAI,KAAGrzD,CAAT,CAAjD,CAAxE;AAAvB,aAA6J,OAAOoV,CAAP;AAAS,aAAIpV,IAAE1C,OAAO07D,KAAb;AAAA,YAAmB5jD,IAAEpV,EAAEolE,UAAvB;AAAA,YAAkC/R,IAAE9qD,OAAOC,YAA3C;AAAA,YAAwD4qD,IAAE,mEAA1D,CAA8Hh+C,EAAEpV,EAAEqkC,IAAJ,EAAS,EAACkxD,cAAa5sF,CAAd,EAAgB6sF,YAAW1zE,CAA3B,EAAT;AAAwC,KAA3nB,IAA8nBxkB,OAAO07D,KAA5oB;AAAkpB,CAA/tB,EAAguB,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAAtyB,CAAxmM,EAAg5N,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,sBAAP,EAA8B,CAAC,gBAAD,CAA9B,EAAiDh5B,CAAjD;AAAoD,CAAvE,CAAwE,YAAU;AAAC,WAAO,UAASA,CAAT,EAAW;AAAC,YAAImZ,IAAErgB,IAAN;AAAA,YAAWzB,IAAE1C,OAAO07D,KAApB;AAAA,YAA0B5jD,IAAEpV,EAAEolE,UAA9B;AAAA,YAAyC/R,IAAE1qD,EAAE7E,OAA7C;AAAA,YAAqDsvD,IAAE,EAACqiC,WAAU,qBAAU;AAAC,uBAAO,KAAKC,UAAL,GAAgB,KAAKA,UAAL,IAAiB,EAAxC;AAA2C,aAAjE,EAAkEC,aAAY,qBAAShtF,CAAT,EAAW;AAAC,uBAAO,KAAK+sF,UAAL,GAAgB,KAAKA,UAAL,CAAgB/3F,IAAhB,CAAqBgL,CAArB,CAAhB,GAAwC,KAAK+sF,UAAL,GAAgB,CAAC/sF,CAAD,CAAxD,EAA4D,IAAnE;AAAwE,aAAlK,EAAmKitF,gBAAe,wBAASjtF,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK2zE,SAAL,EAAN;AAAA,oBAAuBz1F,IAAEqzD,EAAE1qD,CAAF,EAAImZ,CAAJ,CAAzB,CAAgC,OAAO9hB,KAAG,CAAC,CAAJ,IAAO8hB,EAAEphB,MAAF,CAASV,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA5B;AAAiC,aAA/P,EAAgQulB,SAAQ,iBAAS5c,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,CAAJ;AAAA,oBAAMoV,CAAN;AAAA,oBAAQi+C,IAAE,KAAKqiC,UAAf,CAA0B,IAAGriC,KAAG,CAAC,KAAKwiC,UAAZ,EAAuB,KAAIzgF,IAAE,CAAN,EAAQA,IAAEi+C,EAAEn0D,MAAZ,EAAmBkW,GAAnB;AAAuBpV,wBAAEqzD,EAAEj+C,CAAF,CAAF,EAAOpV,EAAE2I,CAAF,KAAM3I,EAAE2I,CAAF,EAAKmZ,CAAL,CAAb;AAAvB,iBAA4C,OAAO,IAAP;AAAY,aAA/X,EAAgYg0E,eAAc,uBAASntF,CAAT,EAAW;AAACA,oBAAEA,KAAG,EAAL,EAAQA,EAAEw9B,OAAF,GAAU,IAAlB,EAAuB,KAAK5gB,OAAL,CAAa,eAAb,EAA6B5c,CAA7B,CAAvB;AAAuD,aAAjd,EAAkdotF,gBAAe,0BAAU;AAAC,qBAAKxwE,OAAL,CAAa,gBAAb,EAA8B,EAAC4gB,SAAQ,IAAT,EAA9B;AAA8C,aAA1hB,EAA2hB6vD,SAAQ,mBAAU;AAAC,uBAAO,KAAKH,UAAL,GAAgB,CAAC,KAAKA,UAAL,IAAiB,CAAlB,IAAqB,CAArC,EAAuC,IAA9C;AAAmD,aAAjmB,EAAkmBI,QAAO,kBAAU;AAAC,uBAAO,KAAKJ,UAAL,GAAgB/zE,EAAE6K,GAAF,CAAM,CAAC,KAAKkpE,UAAL,IAAiB,CAAlB,IAAqB,CAA3B,EAA6B,CAA7B,CAAhB,EAAgD,IAAvD;AAA4D,aAAhrB,EAAirBK,gBAAe,wBAASvtF,CAAT,EAAWmZ,CAAX,EAAa;AAAC,qBAAKnZ,CAAL,KAAS,KAAKA,CAAL,EAAQitF,cAAR,CAAuB,IAAvB,CAAT,EAAsC,KAAKjtF,CAAL,IAAQmZ,CAA9C,EAAgDA,EAAE6zE,WAAF,CAAc,IAAd,CAAhD;AAAoE,aAAlxB,EAAvD,CAA20BvgF,EAAEpV,CAAF,EAAI,EAACm2F,QAAO,EAACC,gBAAehjC,CAAhB,EAAR,EAAJ;AAAiC,KAAx3B,CAAy3B91D,OAAO07D,KAAP,CAAa76D,MAAt4B,GAA84Bb,OAAO07D,KAA55B;AAAk6B,CAAr/B,EAAs/B,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAA5jC,CAAh5N,EAA88P,UAASnZ,CAAT,EAAWg5B,MAAX,EAAkB;AAACA,WAAO,yBAAP,EAAiC,CAAC,yBAAD,CAAjC,EAA6Dh5B,CAA7D;AAAgE,CAAnF,CAAoF,YAAU;AAAC,WAAO,UAASA,CAAT,EAAWmZ,CAAX,EAAa;AAAC,iBAAS9hB,CAAT,GAAY,CAAE,UAASoV,CAAT,CAAWzM,CAAX,EAAa;AAAC,mBAAO3I,EAAEjB,SAAF,GAAY4J,CAAZ,EAAc,IAAI3I,CAAJ,EAArB;AAA2B,aAAIqzD,CAAJ;AAAA,YAAMD,IAAE91D,OAAO07D,KAAf;AAAA,YAAqBxyD,IAAE4sD,EAAE0S,KAAzB;AAAA,YAA+BvtC,IAAE66B,EAAEyS,UAAnC;AAAA,YAA8CpvD,IAAE28C,EAAEgS,UAAlD;AAAA,YAA6DvR,IAAEpyD,IAA/D;AAAA,YAAoEmyD,IAAEjrD,EAAEnE,KAAxE;AAAA,YAA8EwvD,IAAEZ,EAAE/uB,IAAlF;AAAA,YAAuF4wB,IAAEjB,EAAE3zD,IAA3F;AAAA,YAAgG6zD,IAAEF,EAAE0/B,cAApG;AAAA,YAAmHxkE,IAAEkkC,EAAEsQ,OAAvH;AAAA,YAA+H56D,IAAEkrD,EAAE4+B,OAAnI;AAAA,YAA2In1D,IAAEvO,EAAEutH,kBAA/I;AAAA,YAAkKlnF,IAAEnC,EAAElC,QAAtK;AAAA,YAA+K/oD,IAAE+mB,EAAEs0C,EAAF,CAAKi3H,KAAtL;AAAA,YAA4LjtJ,IAAEte,EAAEisH,SAAhM;AAAA,YAA0M10I,IAAEyoB,EAAE+sH,WAA9M;AAAA,YAA0NvuG,IAAEsmB,EAAEk/B,UAA9N;AAAA,YAAyO91F,IAAE8xB,EAAEytH,YAA7O;AAAA,YAA0PplF,IAAEroC,EAAEguH,MAA9P;AAAA,YAAqQ9mF,IAAElnC,EAAEiuH,MAAzQ;AAAA,YAAgR/lF,IAAE,EAAlR;AAAA,YAAqRnuB,IAAE,QAAvR;AAAA,YAAgSkuB,IAAE,IAAlS;AAAA,YAAuSd,IAAE,MAAzS;AAAA,YAAgTgB,IAAE,SAAlT;AAAA,YAA4TnB,IAAE,YAA9T;AAAA,YAA2UgB,IAAEhB,CAA7U;AAAA,YAA+U0B,IAAE1oC,EAAEwoH,qBAAnV;AAAA,YAAyWlgF,IAAE,CAA3W;AAAA,YAA6Wj3D,IAAE,MAA/W;AAAA,YAAsX41D,IAAE,SAAxX;AAAA,YAAkYuB,IAAEvvD,EAAExH,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC2I,kBAAEmZ,CAAF,EAAK8S,QAAL,CAAcuiC,IAAE,OAAhB,GAAyBhvD,EAAE7J,EAAF,CAAKC,IAAL,CAAUa,IAAV,CAAe,IAAf,EAAoB0iB,CAApB,EAAsB9hB,CAAtB,CAAzB;AAAkD,aAAtE,EAAuEq3H,gBAAe,wBAAS1uH,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAEmmC,OAAF,CAAUrb,KAAV,MAAmBoE,EAAEm1F,aAAlC;AAAA,oBAAgDhxD,IAAE,EAACuzD,gBAAe,EAACqY,eAAct2H,EAAEsyL,SAAjB,EAAhB,EAA4CtyE,cAAa,EAACD,cAAa,EAAC7nH,MAAK,SAAN,EAAgB88G,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAA/B,EAA4CsU,QAAO,EAACxiB,MAAK,CAAN,EAAnD,EAA4DouF,YAAW,EAAClgF,SAAQ,CAAC,CAAV,EAAvE,EAAoF8lG,eAAclvE,EAAEY,KAAF,CAAQr/C,IAAEgiD,CAAV,CAAlG,EAAd,EAAzD,EAAlD,CAA2Ot1C,MAAIA,IAAErL,EAAE,EAAF,EAAKqL,CAAL,EAAOuxC,CAAP,CAAN,GAAiB4D,EAAEr0C,KAAF,CAAQja,CAAR,EAAUmZ,CAAV,CAAjB,EAA8B3Z,EAAE7J,EAAF,CAAK+4H,cAAL,CAAoBj4H,IAApB,CAAyBY,CAAzB,EAA2B2I,CAA3B,EAA6BmZ,CAA7B,CAA9B;AAA8D,aAA7Y,EAA8YklD,YAAW,oBAASr+D,CAAT,EAAW;AAAC,qBAAKuyL,iBAAL,IAAyB/yL,EAAE7J,EAAF,CAAK0oE,UAAL,CAAgB5nE,IAAhB,CAAqB,IAArB,EAA0BuJ,CAA1B,CAAzB;AAAsD,aAA3d,EAA4dwuH,iBAAgB,yBAASxuH,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAEzM,KAAG,EAAb;AAAA,oBAAgB0qD,IAAEj+C,EAAEwxD,UAApB;AAAA,oBAA+BxT,IAAEC,KAAGA,EAAEqnB,eAAtC;AAAA,oBAAsDl0E,IAAE,GAAG9I,MAAH,CAAU0X,EAAEszG,YAAZ,EAA0B,CAA1B,CAAxD;AAAA,oBAAqFnwF,IAAEnjB,EAAE8vB,SAAF,IAAa,EAApG;AAAA,oBAAuG2uB,IAAEt7B,EAAEjzB,MAA3G;AAAA,oBAAkHsuD,IAAEC,KAAGA,EAAEke,IAAL,IAAWle,EAAE5hC,EAAjI,CAAoImhC,KAAGQ,CAAH,KAAO9xC,IAAE,GAAGpkB,MAAH,CAAU21D,EAAE7mD,MAAF,IAAU,EAApB,CAAF,EAA0BxM,IAAE,IAAIkvB,EAAEkqH,gBAAN,CAAuB3iI,EAAE,EAAC+kH,UAAS,KAAV,EAAF,EAAmBh1H,CAAnB,EAAqB,EAAC+0H,YAAW,CAAC1nE,EAAEke,IAAH,EAAQle,EAAE5hC,EAAV,CAAZ,EAArB,CAAvB,CAA5B,EAAqGohC,EAAE7mD,MAAF,GAASyqD,EAAEkkI,WAAF,CAAcn7L,EAAEg3E,KAAF,GAAU9gC,GAAxB,EAA4B2d,EAAE5hC,EAA9B,EAAkCv0B,MAAlC,CAAyCokB,CAAzC,CAArH,GAAkK3Z,EAAE7J,EAAF,CAAK64H,eAAL,CAAqB/3H,IAArB,CAA0B,IAA1B,EAA+BuJ,CAA/B,CAAlK;AAAoM,aAAh0B,EAAi0B/H,SAAQ,EAACC,MAAK,YAAN,EAAmBo6L,WAAU,MAA7B,EAAoCtyE,cAAa,EAACD,cAAa,EAACzmH,MAAK,MAAN,EAAau5H,UAAS,KAAtB,EAA4B3d,WAAU,CAAC,CAAvC,EAAd,EAAwDoa,WAAU,EAAC9W,aAAY,CAAC,CAAd,EAAgB5vE,QAAO,EAAC4oB,QAAO,GAAR,EAAvB,EAAlE,EAAjD,EAAyJj1B,WAAU,EAAC5/B,QAAO,EAAR,EAAWshH,gBAAe,EAACK,SAAQ,EAAChqF,SAAQ,CAAC,CAAV,EAAT,EAAsBk+D,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAAYi0B,UAAS,oCAArB,EAA9B,EAAyF4rD,MAAK,EAAChyF,OAAM,CAAP,EAA9F,EAA1B,EAAmIi9H,MAAK,EAAxI,EAA2I9qH,SAAQ,CAAC,CAApJ,EAAnK,EAA0Tk+D,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAAlU,EAA+U0pF,QAAO,EAAC1pF,SAAQ,CAAC,CAAV,EAAtV,EAAz0B,EAA6qC4a,SAAQ,mBAAU;AAAC,oBAAIlvC,IAAE,KAAK/H,OAAL,CAAawjC,WAAnB,CAA+B,KAAKxjC,OAAL,CAAawjC,WAAb,GAAyB,CAAC,CAA1B,EAA4B,KAAKg3J,WAAL,EAA5B,EAA+C,KAAKx6L,OAAL,CAAawjC,WAAb,GAAyBz7B,CAAxE;AAA0E,aAAzyC,EAA0yC+uH,SAAQ,mBAAU;AAAC,oBAAI/uH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE0yL,UAAf,CAA0B,CAAC,KAAKC,MAAL,EAAD,IAAgBx5K,CAAhB,IAAmBA,EAAE8kD,UAArB,GAAgC9kD,EAAEy5K,YAAF,EAAhC,GAAiD5yL,EAAEyyL,WAAF,EAAjD;AAAiE,aAAx5C,EAAy5CE,QAAO,kBAAU;AAAC,oBAAIx5K,IAAE,KAAKlhB,OAAX;AAAA,oBAAmBZ,IAAE,GAAGtC,MAAH,CAAUokB,EAAEo4F,MAAZ,EAAmBp4F,EAAEojB,SAAF,CAAYg1E,MAA/B,CAArB;AAAA,oBAA4D9kG,IAAEzM,EAAE3E,IAAF,CAAOhE,CAAP,EAAS,UAAS2I,CAAT,EAAW;AAAC,2BAAOA,KAAGA,EAAEs0B,OAAZ;AAAoB,iBAAzC,EAA2C/9B,MAAzG;AAAA,oBAAgHm0D,IAAE,KAAKmoI,YAAL,KAAoBpmL,CAAtI,CAAwI,OAAO,KAAKomL,YAAL,GAAkBpmL,CAAlB,EAAoBi+C,CAA3B;AAA6B,aAAhlD,EAAilD+nI,aAAY,uBAAU;AAAC,oBAAIzyL,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE0yL,UAAf,CAA0Bv5K,MAAIA,IAAEnZ,EAAE0yL,UAAF,GAAa1yL,EAAEu8B,SAAF,GAAY,IAAI+xB,CAAJ,CAAMtuD,CAAN,CAA/B,GAAyCmZ,EAAE25K,SAAF,EAAzC,EAAuDtzL,EAAE7J,EAAF,CAAKo5H,OAAL,CAAat4H,IAAb,CAAkBuJ,CAAlB,CAAvD,EAA4EmZ,EAAE4nJ,cAAF,EAA5E;AAA+F,aAAjuD,EAAkuDnyC,gBAAe,0BAAU;AAAC,oBAAI5uH,IAAE,IAAN,CAAWR,EAAE7J,EAAF,CAAKi5H,cAAL,CAAoBn4H,IAApB,CAAyBuJ,CAAzB,GAA4BA,EAAE+yL,UAAF,GAAa,CAAC,CAA1C;AAA4C,aAAnzD,EAAozD38D,mBAAkB,2BAASp2H,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAaD,IAAEC,EAAEzyD,OAAF,CAAU8nH,YAAzB;AAAA,oBAAsCliH,IAAE4sD,EAAEl0D,MAA1C,CAAiD,IAAGiJ,EAAE7J,EAAF,CAAKygI,iBAAL,CAAuB9+H,KAAvB,CAA6B,IAA7B,EAAkCC,SAAlC,GAA6CyI,EAAE9H,IAAF,KAASq2D,CAAzD,EAA2D,OAAKl3D,IAAEwG,CAAP;AAAU4O,wBAAEg+C,EAAEpzD,GAAF,CAAF,EAASoV,EAAEkqG,IAAF,IAAQppD,CAAR,KAAY9gD,EAAEmmH,UAAF,GAAa5yH,EAAE4yH,UAA3B,CAAT;AAAV;AAA0D,aAA5/D,EAA6/D2C,qBAAoB,6BAASv1H,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE42G,SAAf;AAAA,oBAAyBtjH,IAAEpV,EAAE4wI,WAAF,CAAcjoI,CAAd,CAA3B,CAA4CyM,KAAGA,EAAExU,OAAF,CAAUC,IAAV,KAAiBq1D,CAApB,GAAsBp0C,EAAEg/F,iBAAF,EAAtB,GAA4C34G,EAAE7J,EAAF,CAAK4/H,mBAAL,CAAyB9+H,IAAzB,CAA8B0iB,CAA9B,EAAgCnZ,CAAhC,CAA5C;AAA+E,aAAxpE,EAAypEuyL,mBAAkB,6BAAU;AAAC,qBAAKG,UAAL,CAAgB32I,OAAhB,IAA0B,KAAK22I,UAAL,GAAgB,IAA1C;AAA+C,aAAruE,EAAsuE32I,SAAQ,mBAAU;AAAC,qBAAKw2I,iBAAL,IAAyB/yL,EAAE7J,EAAF,CAAKomD,OAAL,CAAatlD,IAAb,CAAkB,IAAlB,CAAzB;AAAiD,aAA1yE,EAAT,CAApY;AAAA,YAA0rF63D,IAAE1+B,EAAE53B,MAAF,CAAS,EAACpC,MAAK,cAASoK,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN,CAAWA,EAAE+2F,KAAF,GAAQlwG,CAAR,EAAUmZ,EAAElhB,OAAF,GAAU6V,EAAE,EAAF,EAAKqL,EAAElhB,OAAP,EAAe+H,EAAE/H,OAAF,CAAUskC,SAAzB,CAApB,EAAwDpjB,EAAEq1G,eAAF,EAAxD,EAA4EruH,EAAEgZ,EAAElhB,OAAF,CAAUmnJ,IAAV,CAAe9qH,OAAjB,MAA4Bnb,EAAElhB,OAAF,CAAUmnJ,IAAV,CAAe9qH,OAAf,GAAuBnb,EAAElhB,OAAF,CAAUq8B,OAA7D,CAA5E,EAAkJt0B,EAAE04B,IAAF,CAAOg1B,CAAP,EAASzC,EAAE9xC,EAAEolI,KAAJ,EAAUplI,CAAV,CAAT,CAAlJ,EAAyKnZ,EAAE04B,IAAF,CAAOg2B,CAAP,EAASzD,EAAE9xC,EAAEqqI,QAAJ,EAAarqI,CAAb,CAAT,CAAzK,EAAmMnZ,EAAE04B,IAAF,CAAO9gC,CAAP,EAASqzD,EAAE9xC,EAAEs+J,KAAJ,EAAUt+J,CAAV,CAAT,CAAnM,EAA0NnZ,EAAE04B,IAAF,CAAO80B,CAAP,EAASvC,EAAE9xC,EAAE65K,QAAJ,EAAa75K,CAAb,CAAT,CAA1N;AAAoP,aAAjR,EAAkRlhB,SAAQ,EAA1R,EAA6Ru2H,iBAAgB,2BAAU;AAAC,oBAAIxuH,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAE/H,OAAf;AAAA,oBAAuBZ,IAAE8hB,EAAE81G,QAA3B;AAAA,oBAAoCxiH,IAAE0M,EAAE8kD,UAAxC,CAAmD99D,EAAE9I,CAAF,MAAOA,IAAE2I,EAAEkwG,KAAF,CAAQj4G,OAAR,CAAgBg3H,QAAzB,GAAmCjvH,EAAEizL,mBAAF,GAAsBhoI,EAAEjrD,EAAE4uH,cAAJ,EAAmB5uH,CAAnB,CAAzD,EAA+EyM,MAAIzM,EAAEi+D,UAAF,GAAaxT,EAAEh3C,IAAF,CAAOy4C,UAAP,CAAkBof,MAAlB,CAAyB7+D,CAAzB,EAA4BisB,IAA5B,CAAiC4H,CAAjC,EAAmCtgC,EAAEizL,mBAArC,CAAb,EAAuE57L,KAAG2I,EAAEi+D,UAAF,CAAa6X,KAAb,EAA9E,CAA/E;AAAmL,aAA9hB,EAA+hB84C,gBAAe,0BAAU;AAAC,oBAAI5uH,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,CAAR;AAAA,oBAAUoV,CAAV;AAAA,oBAAYi+C,CAAZ;AAAA,oBAAcD,IAAE,IAAhB;AAAA,oBAAqB5sD,IAAE4sD,EAAEylD,KAAzB;AAAA,oBAA+BtgF,IAAE/xB,EAAE5F,OAAF,CAAUs5G,MAA3C;AAAA,oBAAkDzjG,IAAE8hB,EAAEr5B,MAAtD;AAAA,oBAA6D20D,IAAErtD,EAAE5F,OAAF,CAAU8nH,YAAzE;AAAA,oBAAsF90D,IAAEC,EAAE30D,MAA1F;AAAA,oBAAiG80D,IAAEZ,EAAEwT,UAAF,CAAa98C,IAAb,EAAnG,CAAuH,KAAInhB,IAAE,CAAN,EAAQA,IAAE8N,CAAV,EAAY9N,GAAZ;AAAgB3I,wBAAEu4B,EAAE5vB,CAAF,CAAF,EAAO3I,EAAE2uE,IAAF,IAAQzX,CAAR,IAAW1wD,EAAEg4H,WAAF,CAAcx+H,CAAd,CAAX,KAA8BA,EAAEoc,IAAF,GAAO43C,CAArC,CAAP;AAAhB,iBAA+D,KAAIlyC,IAAE,CAAN,EAAQA,IAAE8xC,CAAV,EAAY9xC,GAAZ;AAAgB1M,wBAAEy+C,EAAE/xC,CAAF,CAAF,EAAO1M,EAAEkqG,IAAF,IAAQppD,CAAR,KAAY9gD,EAAEvU,IAAF,IAAQq2D,CAAR,IAAW1wD,EAAEu4H,iBAAF,CAAoB3pH,CAApB,EAAsB4+C,CAAtB,EAAwBlyC,CAAxB,GAA2BuxC,IAAEj+C,EAAEmmH,UAA1C,IAAsDnmH,EAAEmmH,UAAF,GAAaloE,CAA/E,CAAP;AAAhB,iBAAyG7sD,EAAEiyH,MAAF,KAAWrlE,EAAEolE,MAAF,IAAWplE,EAAEqoI,SAAF,EAAX,EAAyB,CAAC,CAACj1L,EAAE5F,OAAF,CAAUgmE,UAAX,IAAuBpgE,EAAE5F,OAAF,CAAUgmE,UAAV,IAAsBpgE,EAAEk1L,UAAhD,KAA6DtoI,EAAEmoI,YAAF,EAAjG;AAAmH,aAA38B,EAA48B72I,SAAQ,mBAAU;AAAC,oBAAI/7C,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEi+D,UAAf,CAA0B9kD,KAAGA,EAAEwf,MAAF,CAAS2H,CAAT,EAAWtgC,EAAE2uH,kBAAb,CAAH,EAAoC3uH,EAAEyX,SAAF,IAAazX,EAAEyX,SAAF,CAAYskC,OAAZ,EAAjD;AAAuE,aAAhkC,EAAikC8zE,QAAO,kBAAU;AAAC,qBAAKqjE,WAAL,IAAmB,KAAKnyB,cAAL,EAAnB;AAAyC,aAA5nC,EAA6nCA,gBAAe,0BAAU;AAAC,oBAAI5nJ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE+2F,KAAf;AAAA,oBAAqBzlD,IAAEtxC,EAAElhB,OAAzB;AAAA,oBAAiC4F,IAAEsb,EAAEg6K,QAAF,EAAnC;AAAA,oBAAgDvjK,IAAEnjB,EAAE5O,CAAF,CAAlD;AAAA,oBAAuDiQ,IAAEjQ,EAAEwwE,KAAF,EAAzD;AAAA,oBAAmEnjB,IAAEp9C,EAAEy/B,GAAvE;AAAA,oBAA2E0d,IAAEn9C,EAAEkW,GAA/E;AAAA,oBAAmFsoC,IAAEzuD,EAAE5F,OAAF,CAAU26H,UAA/F;AAAA,oBAA0GrnE,IAAEpyC,EAAElhB,OAAF,CAAU0E,MAAtH;AAAA,oBAA6H4pB,IAAEpN,EAAE1B,SAAjI;AAAA,oBAA2ItX,IAAEyuD,EAAErD,EAAE6d,IAAJ,CAA7I;AAAA,oBAAuJt0C,IAAE85B,EAAErD,EAAEjiC,EAAJ,CAAzJ,CAAiK,MAAIgjC,EAAE/1D,MAAN,KAAegwB,MAAIA,EAAEw1B,OAAF,IAAYx1B,EAAEooB,OAAF,CAAUh/B,MAAV,EAAhB,GAAoCigB,EAAEoI,GAAF,GAAMn6B,EAAEm6B,GAA5C,EAAgDzR,IAAEpN,EAAE1B,SAAF,GAAY,IAAIotB,CAAJ,CAAMxtC,CAAN,EAAQu4B,CAAR,EAAU,EAAC2d,KAAI2d,CAAL,EAAOlnC,KAAIinC,CAAX,EAAame,MAAKjpE,KAAG+qD,CAArB,EAAuB5hC,IAAGwL,KAAGm2B,CAA7B,EAA+BmoI,aAAYpzL,EAAEnE,KAAF,CAAQsd,EAAEq5G,YAAV,EAAuBr5G,CAAvB,CAA3C,EAAqExc,QAAOqD,EAAEnE,KAAF,CAAQsd,EAAEujE,OAAV,EAAkBvjE,CAAlB,CAA5E,EAAiGk6K,WAAUrzL,EAAEnE,KAAF,CAAQsd,EAAEw5G,UAAV,EAAqBx5G,CAArB,CAA3G,EAAmI64G,YAAW3mE,EAAE+/B,cAAF,CAAiB7/B,EAAEymE,UAAnB,EAA8B,EAACjmE,MAAK,MAAN,EAA9B,CAA9I,EAA2Lz3B,SAAQm2B,EAAEn2B,OAArM,EAAV,CAA9D,EAAuRm2B,EAAE20F,IAAF,CAAO9qH,OAAP,KAAiBnb,EAAEimI,IAAF,GAAO,IAAI10F,CAAJ,CAAMrzD,EAAEmmC,OAAR,EAAgB,EAAC+P,KAAI2d,CAAL,EAAOlnC,KAAIinC,CAAX,EAAa1C,UAASkC,EAAE20F,IAAF,CAAO72F,QAA7B,EAAsCiJ,QAAO/G,EAAE20F,IAAF,CAAO5tF,MAApD,EAAhB,CAAxB,CAAtS;AAA6Y,aAArsD,EAAssDshI,WAAU,qBAAU;AAAC,oBAAI9yL,CAAJ;AAAA,oBAAMmZ,IAAE,KAAK+2F,KAAL,CAAWmiB,eAAX,CAA2B,CAAC,CAA5B,CAAR;AAAA,oBAAuCh7H,IAAE8hB,EAAEgvH,iBAAF,CAAoB55E,CAApB,CAAzC;AAAA,oBAAgE9hD,IAAEpV,EAAEg3E,KAAF,EAAlE;AAAA,oBAA4E3jB,IAAEj+C,EAAE8gC,GAAhF;AAAA,oBAAoFkd,IAAEh+C,EAAEuX,GAAxF;AAAA,oBAA4FnmB,IAAE,KAAK5F,OAAL,CAAa0E,MAAb,IAAqB,EAAnH;AAAA,oBAAsHizB,IAAEg/B,EAAE/wD,EAAEurE,IAAJ,KAAW1e,CAAnI,CAAqI96B,IAAE86B,CAAF,KAAM96B,IAAE86B,CAAR,GAAW1qD,IAAE4uD,EAAE/wD,EAAEyrB,EAAJ,KAASmhC,CAAtB,EAAwBzqD,IAAEyqD,CAAF,KAAMzqD,IAAEyqD,CAAR,CAAxB,EAAmC,KAAKxyD,OAAL,CAAa0E,MAAb,GAAoBmR,EAAE,EAAF,EAAKjQ,CAAL,EAAO,EAACurE,MAAKx5C,CAAN,EAAQtG,IAAGtpB,CAAX,EAAP,CAAvD,EAA6E,KAAKszL,UAAL,EAA7E;AAA+F,aAA/7D,EAAg8DJ,aAAY,qBAASlzL,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK+2F,KAAL,CAAW6f,SAAjB,CAA2B52G,KAAGA,EAAE02G,MAAF,CAASvjE,EAAEnzC,EAAEs2G,KAAJ,CAAT,EAAoBzvH,CAApB,CAAH;AAA0B,aAA7gE,EAA8gE4yL,cAAa,wBAAU;AAAC,oBAAI5yL,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEkwG,KAAf;AAAA,oBAAqB74G,IAAE8hB,EAAE42G,SAAzB;AAAA,oBAAmCtjH,IAAEpV,EAAEo4H,KAAF,CAAQ36H,KAAR,CAAc,CAAd,EAAgB,CAAC,CAAjB,CAArC,CAAyDuC,EAAEi5H,SAAF,GAAYn3G,EAAElhB,OAAF,CAAUs5G,MAAtB,EAA6Bl6G,EAAEw4H,MAAF,CAASpjH,CAAT,CAA7B;AAAyC,aAAxoE,EAAyoE8xI,OAAM,eAASv+I,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,CAAR;AAAA,oBAAUi+C,IAAE,IAAZ;AAAA,oBAAiBD,IAAEC,EAAEwlD,KAArB;AAAA,oBAA2BryG,IAAE4sD,EAAEwpE,iBAAF,CAAoBj0H,EAAEsc,aAAtB,CAA7B;AAAA,oBAAkEsT,IAAE86B,EAAEyoI,QAAF,EAApE;AAAA,oBAAiFrlL,IAAE8hB,EAAE8qG,UAAF,EAAnF;AAAA,oBAAkGxvE,IAAEt7B,EAAE+mF,IAAF,CAAO3+E,GAAP,CAAWu3D,aAAX,CAAyB1xF,CAAzB,CAApG;AAAA,oBAAgIotD,IAAER,EAAEslE,SAAF,CAAYhQ,YAA9I;AAAA,oBAA2J10D,IAAErrD,EAAE8zH,UAAF,CAAa7oE,EAAEhzD,OAAF,CAAUC,IAAvB,CAA7J;AAAA,oBAA0Lo0D,IAAE5B,EAAEzyD,OAAF,CAAU0E,MAAtM;AAAA,oBAA6M4uD,IAAEb,EAAEjzC,SAAjN,CAA2N4zC,KAAG,CAACH,CAAJ,IAAOK,CAAP,KAAWpyC,IAAEmzC,EAAE8c,IAAF,IAAQ9c,EAAEhjC,EAAV,GAAamkC,EAAEnB,EAAEhjC,EAAJ,IAAQmkC,EAAEnB,EAAE8c,IAAJ,CAArB,GAA+B3b,EAAElC,EAAEtzD,OAAF,CAAUqxB,EAAZ,IAAgBmkC,EAAElC,EAAEtzD,OAAF,CAAUmxE,IAAZ,CAAjD,EAAmE/xE,IAAEu3D,EAAE7pB,EAAE0oB,EAAEpC,EAAE9d,GAAJ,CAAF,EAAWz/B,EAAEy/B,GAAb,EAAiBkgB,EAAE3/C,EAAEkW,GAAJ,IAAS7K,CAA1B,CAAF,CAArE,EAAqG1M,IAAEmiD,EAAE7pB,EAAE0oB,EAAEp2D,CAAF,IAAK8hB,CAAP,EAASs0C,EAAE3/C,EAAEy/B,GAAJ,IAASp0B,CAAlB,EAAoBrL,EAAEkW,GAAtB,CAAF,CAAvG,EAAqI0mC,EAAEzyD,OAAF,CAAU0E,MAAV,GAAiB,EAACysE,MAAK/xE,CAAN,EAAQiyB,IAAG7c,CAAX,EAAtJ,EAAoKi+C,EAAE6oI,SAAF,OAAgB7oI,EAAE4oI,UAAF,IAAe5oI,EAAEkoI,YAAF,EAA/B,CAApK,EAAqNrnI,EAAE/3C,GAAF,CAAMnc,CAAN,EAAQoV,CAAR,CAArN,EAAgOi+C,EAAE8oI,QAAF,CAAWn8L,CAAX,EAAaoV,CAAb,CAA3O;AAA4P,aAAlnF,EAAmnF+2I,UAAS,oBAAU;AAAC,oBAAIxjJ,IAAE,IAAN,CAAWA,EAAEszL,UAAF,IAAetzL,EAAEyzL,gBAAF,EAAf,EAAoCzzL,EAAE4yL,YAAF,EAApC,EAAqD5yL,EAAEo/I,IAAF,IAAQp/I,EAAEo/I,IAAF,CAAOz5H,IAAP,EAA7D;AAA2E,aAA7tF,EAA8tF4tK,WAAU,qBAAU;AAAC,oBAAIvzL,IAAEyqD,EAAEn1D,OAAR;AAAA,oBAAgB6jB,IAAEnZ,EAAEs1D,KAApB;AAAA,oBAA0Bj+D,IAAE2I,EAAEorD,OAA9B;AAAA,oBAAsC3+C,IAAEpV,EAAEm1D,OAA1C;AAAA,oBAAkD9B,IAAErzD,EAAEw0D,IAAF,IAAQx0D,EAAE9B,OAAF,GAAU,CAAtE,CAAwE,OAAM,CAAC4jB,CAAD,IAAI,CAAC1M,CAAL,IAAQ,CAACi+C,CAAf;AAAiB,aAA50F,EAA60FgpI,eAAc,yBAAU;AAAC,oBAAI1zL,IAAE,IAAN;AAAA,oBAAWmZ,IAAEnZ,EAAEyX,SAAf;AAAA,oBAAyBpgB,IAAE8hB,EAAElhB,OAA7B;AAAA,oBAAqCwU,IAAEzM,EAAE/H,OAAF,CAAU0E,MAAjD,CAAwD8P,EAAE28D,IAAF,GAAO/xE,EAAE+xE,IAAT,EAAc38D,EAAE6c,EAAF,GAAKjyB,EAAEiyB,EAArB;AAAwB,aAAt7F,EAAu7FgqK,YAAW,sBAAU;AAAC,oBAAItzL,CAAJ;AAAA,oBAAMmZ,CAAN;AAAA,oBAAQ9hB,IAAE,IAAV;AAAA,oBAAeoV,IAAEpV,EAAEY,OAAF,CAAU0E,MAAV,IAAkB,EAAnC;AAAA,oBAAsC+tD,IAAErzD,EAAE64G,KAA1C;AAAA,oBAAgDzlD,IAAEC,EAAEzyD,OAAF,CAAU8nH,YAA5D;AAAA,oBAAyEliH,IAAE4O,EAAE28D,IAA7E;AAAA,oBAAkFx5C,IAAEnjB,EAAE6c,EAAtF,CAAyF,KAAItpB,IAAE,CAAN,EAAQA,IAAEyqD,EAAEl0D,MAAZ,EAAmByJ,GAAnB;AAAuBmZ,wBAAEsxC,EAAEzqD,CAAF,CAAF,EAAOmZ,EAAEw9F,IAAF,KAASppD,CAAT,KAAap0C,EAAEo0B,GAAF,GAAMqhB,EAAE/wD,CAAF,CAAN,EAAWsb,EAAE6K,GAAF,GAAM4qC,EAAEh/B,CAAF,CAA9B,CAAP;AAAvB;AAAkE,aAAxmG,EAAymG6jK,kBAAiB,4BAAU;AAAC,oBAAIzzL,CAAJ;AAAA,oBAAMmZ,IAAE,IAAR;AAAA,oBAAa9hB,IAAE8hB,EAAElhB,OAAF,CAAU0E,MAAV,IAAkB,EAAjC;AAAA,oBAAoC8P,IAAE0M,EAAE+2F,KAAxC;AAAA,oBAA8CxlD,IAAEj+C,EAAEwxD,UAAlD;AAAA,oBAA6DxT,IAAEC,KAAGA,EAAEzyD,OAAF,CAAU85E,eAA5E,CAA4F54D,EAAE8kD,UAAF,IAAcxT,CAAd,KAAkBzqD,IAAE,IAAIumB,EAAEkqH,gBAAN,CAAuB3iI,EAAE,EAAC+kH,UAAS,KAAV,EAAF,EAAmBpmH,EAAExU,OAAF,CAAU8nH,YAAV,CAAuB,CAAvB,CAAnB,EAA6C,EAAC6S,YAAW,CAACv7H,EAAE+xE,IAAH,EAAQ/xE,EAAEiyB,EAAV,CAAZ,EAA7C,CAAvB,EAAiGrxB,OAAnG,EAA2GyyD,EAAE7mD,MAAF,CAASyqD,EAAEkkI,WAAF,CAAc10L,EAAEkC,EAAEutC,GAAJ,EAAQ,CAACvtC,EAAE65H,YAAX,EAAwB75H,EAAE6yH,QAA1B,CAAd,EAAkD/0H,EAAEkC,EAAEgkB,GAAJ,EAAQhkB,EAAE65H,YAAV,EAAuB75H,EAAE6yH,QAAzB,CAAlD,CAAT,CAA7H;AAA8N,aAA/7G,EAAg8G4kD,OAAM,eAASz3K,CAAT,EAAW;AAAC,oBAAImZ,CAAJ;AAAA,oBAAM9hB,CAAN;AAAA,oBAAQoV,IAAE,IAAV;AAAA,oBAAei+C,IAAEj+C,EAAEyjG,KAAnB;AAAA,oBAAyBryG,IAAEmC,EAAEu6E,KAA7B;AAAA,oBAAmC3qD,IAAE86B,EAAEqlE,SAAF,CAAYhQ,YAAjD;AAAA,oBAA8DjyG,IAAErB,EAAExU,OAAF,CAAU0E,MAA1E;AAAA,oBAAiFsuD,IAAEx+C,EAAEgL,SAArF;AAAA,oBAA+F4zC,IAAE5+C,EAAE0mL,QAAF,GAAal7L,OAAb,CAAqB26H,UAAtH,CAAiI3nE,MAAI9xC,IAAE1kB,EAAEw2D,EAAEhzD,OAAF,CAAUmxE,IAAZ,EAAiB/d,CAAjB,CAAF,EAAsBh0D,IAAE5C,EAAEw2D,EAAEhzD,OAAF,CAAUqxB,EAAZ,EAAe+hC,CAAf,CAAxB,EAA0CrrD,EAAEsc,aAAF,CAAgBxB,cAAhB,EAA1C,EAA2EowC,EAAEhmB,GAAF,CAAMrnC,CAAN,IAAS,CAAT,KAAaA,KAAGgxD,CAAhB,CAA3E,EAA8Fx3D,IAAE8hB,CAAF,GAAI,CAAJ,IAAO8xC,EAAEzlC,MAAF,CAAS3nB,CAAT,GAAY4O,EAAEinL,aAAF,EAAnB,KAAuC9jK,EAAE33B,OAAF,CAAUs1C,GAAV,GAAcz/B,EAAEs7D,IAAhB,EAAqBt7D,EAAEs7D,IAAF,GAAOx5C,EAAEupF,UAAF,CAAa,CAACn5G,EAAEu6E,KAAhB,EAAuBhtC,GAA1F,CAA9F,EAA6Lkd,EAAEn1D,OAAF,CAAUggE,KAAV,KAAkB7oD,EAAE6mL,UAAF,IAAe7mL,EAAEmmL,YAAF,EAAjC,CAA7L,EAAgP3nI,EAAEz3C,GAAF,CAAM1F,EAAEs7D,IAAR,EAAat7D,EAAEwb,EAAf,CAAhP,EAAmQ7c,EAAE+mL,QAAF,CAAW/mL,EAAExU,OAAF,CAAU0E,MAAV,CAAiBysE,IAA5B,EAAiC38D,EAAExU,OAAF,CAAU0E,MAAV,CAAiB2sB,EAAlD,CAAvQ;AAA8T,aAAj5H,EAAk5H0pK,UAAS,kBAAShzL,CAAT,EAAW;AAAC,qBAAKwjJ,QAAL,CAAcxjJ,CAAd;AAAiB,aAAx7H,EAAy7HwzL,UAAS,kBAASxzL,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,IAAN;AAAA,oBAAWoV,IAAEpV,EAAE64G,KAAf;AAAA,oBAAqBxlD,IAAEj+C,EAAEsjH,SAAzB,CAAmC14H,EAAE+nJ,IAAF,IAAQ/nJ,EAAE+nJ,IAAF,CAAO16H,IAAP,CAAY1kB,CAAZ,EAAcmZ,CAAd,EAAgBuxC,EAAEm9E,aAAF,EAAhB,CAAR;AAA2C,aAA9hI,EAA+hIrV,cAAa,sBAASxyH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,KAAK+2F,KAAX,CAAiB/2F,EAAEq5G,YAAF,CAAe/7H,IAAf,CAAoB0iB,CAApB,EAAsBnZ,CAAtB;AAAyB,aAAlmI,EAAmmI08E,SAAQ,iBAAS18E,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE+2F,KAAf,CAAqB/2F,EAAEq6K,QAAF,CAAWxzL,EAAEopE,IAAb,EAAkBppE,EAAEspB,EAApB,GAAwBjyB,EAAEqlF,OAAF,CAAUjmF,IAAV,CAAeY,CAAf,EAAiB2I,CAAjB,CAAxB;AAA4C,aAAxrI,EAAyrI2yH,YAAW,oBAAS3yH,CAAT,EAAW;AAAC,oBAAImZ,IAAE,IAAN;AAAA,oBAAW9hB,IAAE8hB,EAAE+2F,KAAf,CAAqB/2F,EAAEimI,IAAF,IAAQjmI,EAAEimI,IAAF,CAAOz5H,IAAP,EAAR,EAAsBxM,EAAEu6K,aAAF,EAAtB,EAAwCv6K,EAAEm6K,UAAF,EAAxC,EAAuDn6K,EAAEs6K,gBAAF,EAAvD,EAA4Et6K,EAAEy5K,YAAF,EAA5E,EAA6Fv7L,EAAEs7H,UAAF,CAAal8H,IAAb,CAAkBY,CAAlB,EAAoB2I,CAApB,CAA7F;AAAoH,aAAz1I,EAA01ImzL,UAAS,oBAAU;AAAC,oBAAInzL,IAAE,KAAKkwG,KAAL,CAAW6f,SAAjB,CAA2B,IAAG/vH,CAAH,EAAK,OAAOA,EAAEmoI,iBAAF,CAAoB55E,CAApB,CAAP;AAA8B,aAA56I,EAA66I5xD,QAAO,gBAASqD,CAAT,EAAWmZ,CAAX,EAAa;AAAC,oBAAI9hB,IAAE,KAAKY,OAAL,CAAa0E,MAAnB,CAA0B,OAAOqD,KAAGmZ,CAAH,KAAO9hB,EAAE+xE,IAAF,GAAOxa,EAAE5uD,CAAF,CAAP,EAAY3I,EAAEiyB,EAAF,GAAKslC,EAAEz1C,CAAF,CAAjB,EAAsB,KAAKm6K,UAAL,EAAtB,EAAwC,KAAKG,gBAAL,EAAxC,EAAgE,KAAKb,YAAL,EAAhE,EAAoF,KAAKn7K,SAAL,CAAejE,GAAf,CAAmBxT,CAAnB,EAAqBmZ,CAArB,CAA3F,GAAoH,EAACiwD,MAAK/xE,EAAE+xE,IAAR,EAAa9/C,IAAGjyB,EAAEiyB,EAAlB,EAA3H;AAAiJ,aAA7mJ,EAAT,CAA5rF,CAAqzOglC,EAAEr0C,KAAF,GAAQ,UAASja,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAGnZ,IAAEA,KAAG,EAAL,EAAQmZ,IAAEA,KAAG,EAAb,EAAgB,CAACnZ,EAAE2zL,MAAtB,EAA6B;AAAC3zL,kBAAE2zL,MAAF,GAAS,CAAC,CAAV,CAAY,IAAIt8L,IAAEyW,EAAE,EAAF,EAAKqL,EAAEojB,SAAP,EAAiBv8B,EAAEu8B,SAAnB,CAAN;AAAA,oBAAoC9vB,IAAEzM,EAAEyvH,KAAF,GAAQ,GAAG16H,MAAH,CAAUiL,EAAEyvH,KAAZ,CAA9C;AAAA,oBAAiE/kE,IAAE58C,EAAE,EAAF,EAAKzW,EAAEs/G,IAAP,EAAY,EAACz+G,MAAKq1D,CAAN,EAAZ,CAAnE,CAAyFl2D,EAAEi9B,OAAF,KAAYo2B,EAAEp2B,OAAF,GAAU,CAAC,CAAX,EAAao2B,EAAExjC,MAAF,GAAS,EAAlC,GAAsCza,EAAEzX,IAAF,CAAO01D,CAAP,CAAtC,EAAgD4D,EAAEslI,UAAF,CAAa5zL,CAAb,EAAe3I,CAAf,CAAhD,EAAkEi3D,EAAEulI,YAAF,CAAe7zL,CAAf,EAAiB3I,CAAjB,EAAmB8hB,CAAnB,CAAlE;AAAwF;AAAC,SAAlP,EAAmPm1C,EAAEslI,UAAF,GAAa,UAAS5zL,CAAT,EAAWmZ,CAAX,EAAa;AAAC,gBAAI9hB,IAAE8hB,EAAEo4F,MAAF,IAAU,EAAhB;AAAA,gBAAmB9kG,IAAEzM,EAAE+/G,YAAF,GAAe,GAAGhrH,MAAH,CAAUiL,EAAE+/G,YAAZ,CAApC;AAAA,gBAA8Dr1D,IAAE1qD,EAAEsvH,SAAF,GAAY,GAAGv6H,MAAH,CAAUiL,EAAEsvH,SAAZ,CAA5E;AAAA,gBAAmG7kE,IAAE31B,EAAEz9B,CAAF,EAAI43D,CAAJ,CAArG;AAAA,gBAA4GpxD,IAAE,MAAI4sD,EAAEl0D,MAApH;AAAA,gBAA2Hq5B,IAAE9hB,EAAE,EAACxU,MAAK,MAAN,EAAaq9G,MAAKppD,CAAlB,EAAoBmsE,iBAAgB,CAAC77H,CAArC,EAAuCq3G,WAAUr3G,CAAjD,EAAmDg9H,WAAU,CAAC,CAA9D,EAAgErmB,YAAW,EAAClgF,SAAQ,CAAC,CAAV,EAA3E,EAAwFk+D,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAAhG,EAA6GsU,QAAO,EAACxiB,MAAK,CAAN,EAApH,EAA6H6oG,UAAS,CAAC91G,EAAE8kD,UAAzI,EAAoJk8D,mBAAkB,EAACrN,SAAQ,CAAC,CAAD,CAAT,EAAaD,OAAM,CAAC,CAAD,EAAG,CAAH,CAAnB,EAAyBp6D,MAAK,CAAC,CAAD,EAAG,CAAH,CAA9B,EAAoCm6D,OAAM,EAA1C,EAA6Cl6D,QAAO,CAAC,CAAD,CAApD,EAAwDi6D,OAAM,CAAC,CAAD,CAA9D,EAAtK,EAAyO2a,UAAS,CAAC,CAAnP,EAAF,CAA7H;AAAA,gBAAsXp8E,IAAE/xC,EAAE4mG,YAA1X,CAAuYtzG,EAAEzX,IAAF,CAAO8Y,EAAE,EAAF,EAAK8hB,CAAL,EAAO,EAACwqG,eAAc,GAAf,EAAP,EAA2BlvE,CAA3B,EAA6B,EAAChzD,MAAKq2D,CAAN,EAAQnQ,OAAM,IAAd,EAAmBy0E,UAAS,KAA5B,EAAkCgH,cAAa,MAA/C,EAAsDjxF,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAA7D,EAA0EkgF,YAAW,EAAClgF,SAAQ,CAAC,CAAV,EAArF,EAA7B,CAAP,EAAwIxmB,EAAE,EAAF,EAAK8hB,CAAL,EAAOs7B,CAAP,EAAS,EAAChzD,MAAKq2D,IAAE,SAAR,EAAkB6rE,eAAc,EAAhC,EAAmCP,cAAa,MAAhD,EAAuDrjB,WAAU,EAAjE,EAAoE2jB,mBAAkB,EAACrN,SAAQ,EAAT,EAAtF,EAAT,CAAxI,EAAsPh/G,EAAE,EAAF,EAAK8hB,CAAL,EAAOs7B,CAAP,EAAS,EAAChzD,MAAKq2D,IAAE,QAAR,EAAiB6rE,eAAc,GAA/B,EAAmC5lB,YAAW,EAACryF,OAAM,EAAP,EAA9C,EAAyDq0F,WAAU,EAAnE,EAAsEp4D,OAAM,IAA5E,EAAiFxV,QAAO,EAACtU,SAAQ,CAAC,CAAV,EAAYwgF,QAAO,CAAC,CAApB,EAAxF,EAAT,CAAtP,GAAiXpqD,EAAE11D,IAAF,CAAO8Y,EAAE,EAAC5V,MAAKq2D,CAAN,EAAQooD,MAAKppD,CAAb,EAAeynD,gBAAe,EAAC1gF,SAAQ,CAAC,CAAV,EAA9B,EAA2CA,SAAQ,CAAC,CAApD,EAAF,EAAyDnb,EAAEm2G,SAA3D,CAAP,CAAjX;AAA+b,SAAplC,EAAqlChhE,EAAEulI,YAAF,GAAe,UAAS7zL,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,gBAAIoV,CAAJ;AAAA,gBAAMi+C,IAAE1qD,EAAEuxG,MAAF,GAASvxG,EAAEuxG,MAAF,IAAU,EAA3B;AAAA,gBAA8B9mD,IAAE,GAAG11D,MAAH,CAAUokB,EAAEo4F,MAAF,IAAU,EAApB,CAAhC;AAAA,gBAAwD1zG,IAAExG,EAAE8pH,YAA5D;AAAA,gBAAyEvxF,IAAEzW,EAAE8kG,cAA7E,CAA4F,KAAIxxG,IAAE,CAAN,EAAQA,IAAEg+C,EAAEl0D,MAAZ,EAAmBkW,GAAnB;AAAuBi+C,kBAAE11D,IAAF,CAAO8Y,EAAE,EAAC89B,OAAM/tC,EAAE4O,IAAE5O,EAAEtH,MAAN,CAAP,EAAqB+/H,eAAcn9G,EAAEm5K,SAArC,EAA+ClvE,iBAAgB,CAAC,CAAhE,EAAkE5wB,SAAQ,EAACl+D,SAAQ,CAAC,CAAV,EAA1E,EAAF,EAA0F1E,CAA1F,EAA4F66B,EAAEh+C,CAAF,CAA5F,EAAiG,EAACu5D,MAAKzX,CAAN,EAAQwxD,cAAaxxD,CAArB,EAAuB0gE,UAAS,CAAC91G,EAAE8kD,UAAnC,EAAjG,CAAP;AAAvB;AAAgL,SAAh4C,EAAi4C3P,EAAEkkI,WAAF,GAAc,UAASxyL,CAAT,EAAWmZ,CAAX,EAAa;AAAC,mBAAM,CAAC,EAACsgD,OAAM,MAAP,EAAclzD,UAAS,KAAvB,EAA6B5K,OAAMizD,EAAE5uD,CAAF,CAAnC,EAAD,EAA0C,EAACy5D,OAAM,MAAP,EAAclzD,UAAS,IAAvB,EAA4B5K,OAAMizD,EAAEz1C,CAAF,CAAlC,EAA1C,CAAN;AAAyF,SAAt/C,EAAu/CuxC,IAAE7sD,EAAE7F,MAAF,CAAS,EAACpC,MAAK,cAASujB,CAAT,EAAW9hB,CAAX,EAAa;AAAC,oBAAIoV,IAAE,IAAN,CAAWA,EAAExU,OAAF,GAAU6V,EAAE,EAAF,EAAKrB,EAAExU,OAAP,EAAeZ,CAAf,CAAV,EAA4BoV,EAAEmV,SAAF,GAAYzI,CAAxC,EAA0C1M,EAAEqnL,YAAF,GAAe,EAACzwL,KAAIyoB,SAAS3S,EAAE5D,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAAL,EAAsC2P,MAAK4G,SAAS3S,EAAE5D,GAAF,CAAM,aAAN,CAAT,EAA8B,EAA9B,CAA3C,EAAzD,EAAuI9I,EAAE87C,QAAF,GAAW97C,EAAE87C,QAApJ,EAA6J97C,EAAE87C,QAAF,KAAa97C,EAAE87C,QAAF,GAAW97C,EAAE87C,QAAF,GAAWgD,EAAE,iBAAeiD,CAAf,GAAiB,8FAAjB,GAAgHA,CAAhH,GAAkH,UAAlH,GAA6HA,CAA7H,GAA+H,yCAA/H,GAAyKA,CAAzK,GAA2K,kBAA7K,CAAnC,CAA7J,EAAkY/hD,EAAE+wB,OAAF,GAAUx9B,EAAEyM,EAAE87C,QAAF,EAAF,EAAgBroC,QAAhB,CAAyB/G,CAAzB,CAA5Y;AAAwa,aAAvc,EAAwclhB,SAAQ,EAACu5D,QAAO,eAAR,EAAwBvT,WAAU,GAAlC,EAAhd,EAAufv5B,MAAK,cAAS1kB,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,oBAAIoV,CAAJ;AAAA,oBAAMi+C,IAAE,IAAR;AAAA,oBAAa7sD,IAAE+wD,EAAEnB,EAAEztD,CAAF,IAAKytD,EAAEt0C,IAAEnZ,CAAJ,IAAO,CAAd,CAAf;AAAA,oBAAgC4vB,IAAE86B,EAAEzyD,OAApC;AAAA,oBAA4C6V,IAAE28C,EAAE+G,MAAF,CAAS9G,EAAEzyD,OAAF,CAAUu5D,MAAnB,EAA0BxxD,CAA1B,EAA4BmZ,CAA5B,CAA9C;AAAA,oBAA6E+xC,IAAER,EAAEltB,OAAF,CAAU55B,IAAV,CAAe,MAAI4qD,CAAJ,GAAM,SAArB,CAA/E;AAAA,oBAA+GvD,IAAEP,EAAEltB,OAAF,CAAU55B,IAAV,CAAe,MAAI4qD,CAAJ,GAAM,QAArB,CAAjH;AAAA,oBAAgJnD,IAAE,KAAGh0D,EAAE8qB,KAAF,EAArJ;AAAA,oBAA+JmqC,IAAEj1D,EAAEwiF,MAAF,GAAWh1C,CAAX,GAAawmB,CAA9K;AAAA,oBAAgLE,IAAEl0D,EAAEwiF,MAAF,GAAWh1C,CAA7L;AAAA,oBAA+Lte,IAAEglC,IAAEe,CAAnM;AAAA,oBAAqMnsD,IAAEyvB,EAAE5L,GAAF,GAAM4L,EAAE2d,GAA/M;AAAA,oBAAmNzY,IAAEvO,IAAEpmB,CAAvN;AAAA,oBAAyNX,IAAE3B,IAAE+xB,EAAE2d,GAA/N,CAAmOmd,EAAEqpI,YAAF,IAAgBnpK,aAAa8/B,EAAEqpI,YAAf,CAAhB,EAA6CrpI,EAAEm0G,QAAF,KAAan0G,EAAEltB,OAAF,CAAU5oB,IAAV,CAAe,CAAC,CAAhB,EAAkB,CAAC,CAAnB,EAAsBW,GAAtB,CAA0B,YAA1B,EAAuC,QAAvC,EAAiDmP,IAAjD,IAAwDgmC,EAAEm0G,QAAF,GAAW,CAAC,CAAjF,CAA7C,EAAiIjvI,EAAE24B,QAAF,KAAa97C,IAAEmgD,EAAEh9B,EAAE24B,QAAJ,CAAF,EAAgBz6C,IAAErB,EAAE,EAAC28D,MAAKppE,CAAN,EAAQspB,IAAGnQ,CAAX,EAAF,CAA/B,CAAjI,EAAkL+xC,EAAEjsC,IAAF,CAAOnR,CAAP,EAAUyH,GAAV,CAAc,EAAC2P,MAAK7tB,EAAEwiF,MAAF,GAAWh1C,CAAX,GAAa4lB,EAAEa,WAAF,CAAcJ,CAAd,IAAiB,CAApC,EAAsC7nD,KAAIhM,EAAEg2G,EAA5C,EAAd,CAAlL,EAAiPpiD,EAAE11C,GAAF,CAAM,EAAC4M,OAAMkpC,CAAP,EAASnmC,MAAKonC,IAAE9sD,IAAEs1B,CAAlB,EAAoBzxB,KAAIhM,EAAEg2G,EAAF,GAAKvhF,SAASo/B,EAAE31C,GAAF,CAAM,YAAN,CAAT,EAA6B,EAA7B,CAAL,GAAsCuW,SAASo/B,EAAE31C,GAAF,CAAM,kBAAN,CAAT,EAAmC,EAAnC,CAAtC,GAA6E21C,EAAEhkC,MAAF,KAAW,CAAhH,EAAN,CAAjP,EAA2WwjC,EAAEltB,OAAF,CAAUjoB,GAAV,CAAc,YAAd,EAA2B,SAA3B,CAA3W;AAAiZ,aAAhoC,EAAioCoQ,MAAK,gBAAU;AAAC,oBAAI3lB,IAAE,IAAN,CAAWA,EAAE+zL,YAAF,IAAgBnpK,aAAa5qB,EAAE+zL,YAAf,CAAhB,EAA6C/zL,EAAE+zL,YAAF,GAAethL,WAAW,YAAU;AAACzS,sBAAE6+J,QAAF,GAAW,CAAC,CAAZ,EAAc7+J,EAAEw9B,OAAF,CAAUtT,OAAV,CAAkB,MAAlB,CAAd;AAAwC,iBAA9D,EAA+DlqB,EAAE/H,OAAF,CAAUgmD,SAAzE,CAA5D;AAAgJ,aAA5yC,EAAT,CAAz/C,EAAizF13B,EAAEs0C,EAAF,CAAKlhC,MAAL,CAAYo1B,CAAZ,CAAjzF,EAAg0FjhD,EAAEyY,CAAF,EAAI,EAACoqK,WAAUriI,CAAX,EAAJ,CAAh0F;AAAm1F,KAA7sU,CAA8sU35D,OAAO07D,KAAP,CAAa76D,MAA3tU,GAAmuUb,OAAO07D,KAAjvU;AAAuvU,CAAt1U,EAAu1U,cAAY,OAAOr3B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,MAAtC,GAA6C,UAASh5B,CAAT,EAAWmZ,CAAX,EAAa9hB,CAAb,EAAe;AAAC,KAACA,KAAG8hB,CAAJ;AAAS,CAA75U,CAA98P,CAA62kB;;;;;ACzB/z7C;;;;;;;;AAQA,CAAC,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,+BAAP,EAAuC,CAAC,QAAD,CAAvC,EAAkD,UAAS3hC,CAAT,EAAW;AAAC,WAAO2I,EAAEmZ,CAAF,EAAI9hB,CAAJ,CAAP;AAAc,GAA5E,CAAtC,GAAoH,oBAAiB/C,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,EAAEmZ,CAAF,EAAI66K,QAAQ,QAAR,CAAJ,CAAvD,GAA8E76K,EAAE86K,aAAF,GAAgBj0L,EAAEmZ,CAAF,EAAIA,EAAE3jB,MAAN,CAAlN;AAAgO,CAA9O,CAA+Ob,MAA/O,EAAsP,UAASwkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC;AAAa,WAAS3I,CAAT,CAAWA,CAAX,EAAaozD,CAAb,EAAe5sD,CAAf,EAAiB;AAAC,aAASyuD,CAAT,CAAWnzC,CAAX,EAAanZ,CAAb,EAAeyM,CAAf,EAAiB;AAAC,UAAIi+C,CAAJ;AAAA,UAAMD,IAAE,SAAOpzD,CAAP,GAAS,IAAT,GAAc2I,CAAd,GAAgB,IAAxB,CAA6B,OAAOmZ,EAAEliB,IAAF,CAAO,UAASkiB,CAAT,EAAWmzC,CAAX,EAAa;AAAC,YAAIrB,IAAEptD,EAAE4V,IAAF,CAAO64C,CAAP,EAASj1D,CAAT,CAAN,CAAkB,IAAG,CAAC4zD,CAAJ,EAAM,OAAO,KAAKr7B,EAAEv4B,IAAE,8CAAF,GAAiDozD,CAAnD,CAAZ,CAAkE,IAAIY,IAAEJ,EAAEjrD,CAAF,CAAN,CAAW,IAAG,CAACqrD,CAAD,IAAI,OAAKrrD,EAAE2qD,MAAF,CAAS,CAAT,CAAZ,EAAwB,OAAO,KAAK/6B,EAAE66B,IAAE,wBAAJ,CAAZ,CAA0C,IAAI38C,IAAEu9C,EAAE/zD,KAAF,CAAQ2zD,CAAR,EAAUx+C,CAAV,CAAN,CAAmBi+C,IAAE,KAAK,CAAL,KAASA,CAAT,GAAW58C,CAAX,GAAa48C,CAAf;AAAiB,OAAhO,GAAkO,KAAK,CAAL,KAASA,CAAT,GAAWA,CAAX,GAAavxC,CAAtP;AAAwP,cAAS8xC,CAAT,CAAW9xC,CAAX,EAAanZ,CAAb,EAAe;AAACmZ,QAAEliB,IAAF,CAAO,UAASkiB,CAAT,EAAW1M,CAAX,EAAa;AAAC,YAAIi+C,IAAE7sD,EAAE4V,IAAF,CAAOhH,CAAP,EAASpV,CAAT,CAAN,CAAkBqzD,KAAGA,EAAEn0C,MAAF,CAASvW,CAAT,GAAY0qD,EAAElwB,KAAF,EAAf,KAA2BkwB,IAAE,IAAID,CAAJ,CAAMh+C,CAAN,EAAQzM,CAAR,CAAF,EAAanC,EAAE4V,IAAF,CAAOhH,CAAP,EAASpV,CAAT,EAAWqzD,CAAX,CAAxC;AAAuD,OAA9F;AAAgG,SAAE7sD,KAAGmC,CAAH,IAAMmZ,EAAE3jB,MAAV,EAAiBqI,MAAI4sD,EAAEr0D,SAAF,CAAYmgB,MAAZ,KAAqBk0C,EAAEr0D,SAAF,CAAYmgB,MAAZ,GAAmB,UAAS4C,CAAT,EAAW;AAACtb,QAAEnF,aAAF,CAAgBygB,CAAhB,MAAqB,KAAKlhB,OAAL,GAAa4F,EAAE7F,MAAF,CAAS,CAAC,CAAV,EAAY,KAAKC,OAAjB,EAAyBkhB,CAAzB,CAAlC;AAA+D,KAAnH,GAAqHtb,EAAElI,EAAF,CAAK0B,CAAL,IAAQ,UAAS8hB,CAAT,EAAW;AAAC,UAAG,YAAU,OAAOA,CAApB,EAAsB;AAAC,YAAInZ,IAAE0qD,EAAEj0D,IAAF,CAAOc,SAAP,EAAiB,CAAjB,CAAN,CAA0B,OAAO+0D,EAAE,IAAF,EAAOnzC,CAAP,EAASnZ,CAAT,CAAP;AAAmB,cAAOirD,EAAE,IAAF,EAAO9xC,CAAP,GAAU,IAAjB;AAAsB,KAAnO,EAAoO1M,EAAE5O,CAAF,CAAxO,CAAjB;AAA+P,YAAS4O,CAAT,CAAW0M,CAAX,EAAa;AAAC,KAACA,CAAD,IAAIA,KAAGA,EAAE+6K,OAAT,KAAmB/6K,EAAE+6K,OAAF,GAAU78L,CAA7B;AAAgC,OAAIqzD,IAAEnxD,MAAMnD,SAAN,CAAgBtB,KAAtB;AAAA,MAA4B21D,IAAEtxC,EAAE0hB,OAAhC;AAAA,MAAwCjL,IAAE,eAAa,OAAO66B,CAApB,GAAsB,YAAU,CAAE,CAAlC,GAAmC,UAAStxC,CAAT,EAAW;AAACsxC,MAAEvxD,KAAF,CAAQigB,CAAR;AAAW,GAApG,CAAqG,OAAO1M,EAAEzM,KAAGmZ,EAAE3jB,MAAP,GAAe6B,CAAtB;AAAwB,CAApmC,CAAD,EAAumC,UAAS8hB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,uBAAP,EAA+Bh5B,CAA/B,CAAtC,GAAwE,oBAAiB1L,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,GAAvD,GAA2DmZ,EAAEg7K,SAAF,GAAYn0L,GAA/I;AAAmJ,CAAjK,CAAkK,eAAa,OAAOrL,MAApB,GAA2BA,MAA3B,YAAlK,EAAyM,YAAU;AAAC,WAASwkB,CAAT,GAAY,CAAE,KAAInZ,IAAEmZ,EAAE/iB,SAAR,CAAkB,OAAO4J,EAAE2Y,EAAF,GAAK,UAASQ,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAGmZ,KAAGnZ,CAAN,EAAQ;AAAC,UAAI3I,IAAE,KAAK2wC,OAAL,GAAa,KAAKA,OAAL,IAAc,EAAjC;AAAA,UAAoCv7B,IAAEpV,EAAE8hB,CAAF,IAAK9hB,EAAE8hB,CAAF,KAAM,EAAjD,CAAoD,OAAM,CAAC,CAAD,IAAI1M,EAAExX,OAAF,CAAU+K,CAAV,CAAJ,IAAkByM,EAAEzX,IAAF,CAAOgL,CAAP,CAAlB,EAA4B,IAAlC;AAAuC;AAAC,GAAxH,EAAyHA,EAAEyP,IAAF,GAAO,UAAS0J,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAGmZ,KAAGnZ,CAAN,EAAQ;AAAC,WAAK2Y,EAAL,CAAQQ,CAAR,EAAUnZ,CAAV,EAAa,IAAI3I,IAAE,KAAK+8L,WAAL,GAAiB,KAAKA,WAAL,IAAkB,EAAzC;AAAA,UAA4C3nL,IAAEpV,EAAE8hB,CAAF,IAAK9hB,EAAE8hB,CAAF,KAAM,EAAzD,CAA4D,OAAO1M,EAAEzM,CAAF,IAAK,CAAC,CAAN,EAAQ,IAAf;AAAoB;AAAC,GAArP,EAAsPA,EAAEoS,GAAF,GAAM,UAAS+G,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAI3I,IAAE,KAAK2wC,OAAL,IAAc,KAAKA,OAAL,CAAa7uB,CAAb,CAApB,CAAoC,IAAG9hB,KAAGA,EAAEd,MAAR,EAAe;AAAC,UAAIkW,IAAEpV,EAAEpC,OAAF,CAAU+K,CAAV,CAAN,CAAmB,OAAM,CAAC,CAAD,IAAIyM,CAAJ,IAAOpV,EAAEU,MAAF,CAAS0U,CAAT,EAAW,CAAX,CAAP,EAAqB,IAA3B;AAAgC;AAAC,GAAlX,EAAmXzM,EAAEq0L,SAAF,GAAY,UAASl7K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAI3I,IAAE,KAAK2wC,OAAL,IAAc,KAAKA,OAAL,CAAa7uB,CAAb,CAApB,CAAoC,IAAG9hB,KAAGA,EAAEd,MAAR,EAAe;AAAC,UAAIkW,IAAE,CAAN;AAAA,UAAQi+C,IAAErzD,EAAEoV,CAAF,CAAV,CAAezM,IAAEA,KAAG,EAAL,CAAQ,KAAI,IAAIyqD,IAAE,KAAK2pI,WAAL,IAAkB,KAAKA,WAAL,CAAiBj7K,CAAjB,CAA5B,EAAgDuxC,CAAhD,GAAmD;AAAC,YAAI96B,IAAE66B,KAAGA,EAAEC,CAAF,CAAT,CAAc96B,MAAI,KAAKxd,GAAL,CAAS+G,CAAT,EAAWuxC,CAAX,GAAc,OAAOD,EAAEC,CAAF,CAAzB,GAA+BA,EAAEpzD,KAAF,CAAQ,IAAR,EAAa0I,CAAb,CAA/B,EAA+CyM,KAAGmjB,IAAE,CAAF,GAAI,CAAtD,EAAwD86B,IAAErzD,EAAEoV,CAAF,CAA1D;AAA+D,cAAO,IAAP;AAAY;AAAC,GAAtmB,EAAumB0M,CAA9mB;AAAgnB,CAAp2B,CAAvmC,EAA68D,UAASA,CAAT,EAAWnZ,CAAX,EAAa;AAAC;AAAa,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,mBAAP,EAA2B,EAA3B,EAA8B,YAAU;AAAC,WAAOh5B,GAAP;AAAW,GAApD,CAAtC,GAA4F,oBAAiB1L,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,GAAvD,GAA2DmZ,EAAEolD,OAAF,GAAUv+D,GAAjK;AAAqK,CAAhM,CAAiMrL,MAAjM,EAAwM,YAAU;AAAC;AAAa,WAASwkB,CAAT,CAAWA,CAAX,EAAa;AAAC,QAAInZ,IAAErG,WAAWwf,CAAX,CAAN;AAAA,QAAoB9hB,IAAE,CAAC,CAAD,IAAI8hB,EAAElkB,OAAF,CAAU,GAAV,CAAJ,IAAoB,CAACimB,MAAMlb,CAAN,CAA3C,CAAoD,OAAO3I,KAAG2I,CAAV;AAAY,YAASA,CAAT,GAAY,CAAE,UAAS3I,CAAT,GAAY;AAAC,SAAI,IAAI8hB,IAAE,EAACgJ,OAAM,CAAP,EAAS+E,QAAO,CAAhB,EAAkB+uC,YAAW,CAA7B,EAA+B9f,aAAY,CAA3C,EAA6CiH,YAAW,CAAxD,EAA0DC,aAAY,CAAtE,EAAN,EAA+Er9C,IAAE,CAArF,EAAuFirD,IAAEjrD,CAAzF,EAA2FA,GAA3F,EAA+F;AAAC,UAAI3I,IAAEi1D,EAAEtsD,CAAF,CAAN,CAAWmZ,EAAE9hB,CAAF,IAAK,CAAL;AAAO,YAAO8hB,CAAP;AAAS,YAAS1M,CAAT,CAAW0M,CAAX,EAAa;AAAC,QAAInZ,IAAEqhB,iBAAiBlI,CAAjB,CAAN,CAA0B,OAAOnZ,KAAGnC,EAAE,oBAAkBmC,CAAlB,GAAoB,0FAAtB,CAAH,EAAqHA,CAA5H;AAA8H,YAAS0qD,CAAT,GAAY;AAAC,QAAG,CAACW,CAAJ,EAAM;AAACA,UAAE,CAAC,CAAH,CAAK,IAAIrrD,IAAExL,SAAS6F,aAAT,CAAuB,KAAvB,CAAN,CAAoC2F,EAAEkW,KAAF,CAAQiM,KAAR,GAAc,OAAd,EAAsBniB,EAAEkW,KAAF,CAAQkP,OAAR,GAAgB,iBAAtC,EAAwDplB,EAAEkW,KAAF,CAAQo+K,WAAR,GAAoB,OAA5E,EAAoFt0L,EAAEkW,KAAF,CAAQk1H,WAAR,GAAoB,iBAAxG,EAA0HprI,EAAEkW,KAAF,CAAQw1C,SAAR,GAAkB,YAA5I,CAAyJ,IAAIr0D,IAAE7C,SAASqnB,IAAT,IAAernB,SAASuO,eAA9B,CAA8C1L,EAAEmD,WAAF,CAAcwF,CAAd,EAAiB,IAAI0qD,IAAEj+C,EAAEzM,CAAF,CAAN,CAAWyqD,EAAE8pI,cAAF,GAAiB3kK,IAAE,OAAKzW,EAAEuxC,EAAEvoC,KAAJ,CAAxB,EAAmC9qB,EAAEqD,WAAF,CAAcsF,CAAd,CAAnC;AAAoD;AAAC,YAASyqD,CAAT,CAAWzqD,CAAX,EAAa;AAAC,QAAG0qD,KAAI,YAAU,OAAO1qD,CAAjB,KAAqBA,IAAExL,SAAS80G,aAAT,CAAuBtpG,CAAvB,CAAvB,CAAJ,EAAsDA,KAAG,oBAAiBA,CAAjB,yCAAiBA,CAAjB,EAAH,IAAuBA,EAAEnG,QAAlF,EAA2F;AAAC,UAAI4wD,IAAEh+C,EAAEzM,CAAF,CAAN,CAAW,IAAG,UAAQyqD,EAAE7pC,OAAb,EAAqB,OAAOvpB,GAAP,CAAW,IAAIwG,IAAE,EAAN,CAASA,EAAEskB,KAAF,GAAQniB,EAAEukB,WAAV,EAAsB1mB,EAAEqpB,MAAF,GAASlnB,EAAEwkB,YAAjC,CAA8C,KAAI,IAAI6mC,IAAExtD,EAAEsmB,WAAF,GAAc,gBAAcsmC,EAAEiB,SAApC,EAA8C59C,IAAE,CAApD,EAAsDm9C,IAAEn9C,CAAxD,EAA0DA,GAA1D,EAA8D;AAAC,YAAIo9C,IAAEoB,EAAEx+C,CAAF,CAAN;AAAA,YAAWy9C,IAAEd,EAAES,CAAF,CAAb;AAAA,YAAkB/qD,IAAExG,WAAW4xD,CAAX,CAApB,CAAkC1tD,EAAEqtD,CAAF,IAAKhwC,MAAM/a,CAAN,IAAS,CAAT,GAAWA,CAAhB;AAAkB,WAAIomB,IAAE1oB,EAAEmsG,WAAF,GAAcnsG,EAAEosG,YAAtB;AAAA,UAAmCr9C,IAAE/uD,EAAE22L,UAAF,GAAa32L,EAAE42L,aAApD;AAAA,UAAkE1vJ,IAAElnC,EAAEqkB,UAAF,GAAarkB,EAAEukB,WAAnF;AAAA,UAA+F0S,IAAEj3B,EAAEooD,SAAF,GAAYpoD,EAAEsoD,YAA/G;AAAA,UAA4H3mD,IAAE3B,EAAE62L,eAAF,GAAkB72L,EAAE82L,gBAAlJ;AAAA,UAAmKjmI,IAAE7wD,EAAE+2L,cAAF,GAAiB/2L,EAAEg3L,iBAAxL;AAAA,UAA0MtmI,IAAElD,KAAGz7B,CAA/M;AAAA,UAAiN9xB,IAAEqb,EAAEsxC,EAAEtoC,KAAJ,CAAnN,CAA8NrkB,MAAI,CAAC,CAAL,KAASD,EAAEskB,KAAF,GAAQrkB,KAAGywD,IAAE,CAAF,GAAIhoC,IAAE/mB,CAAT,CAAjB,EAA8B,IAAIqlC,IAAE1rB,EAAEsxC,EAAEvjC,MAAJ,CAAN,CAAkB,OAAO2d,MAAI,CAAC,CAAL,KAAShnC,EAAEqpB,MAAF,GAAS2d,KAAG0pB,IAAE,CAAF,GAAI3B,IAAE8B,CAAT,CAAlB,GAA+B7wD,EAAEo4D,UAAF,GAAap4D,EAAEskB,KAAF,IAASoE,IAAE/mB,CAAX,CAA5C,EAA0D3B,EAAEs4C,WAAF,GAAct4C,EAAEqpB,MAAF,IAAU0lC,IAAE8B,CAAZ,CAAxE,EAAuF7wD,EAAEu/C,UAAF,GAAav/C,EAAEskB,KAAF,GAAQ4iB,CAA5G,EAA8GlnC,EAAEw/C,WAAF,GAAcx/C,EAAEqpB,MAAF,GAAS4N,CAArI,EAAuIj3B,CAA9I;AAAgJ;AAAC,OAAI+xB,CAAJ;AAAA,MAAM/xB,IAAE,eAAa,OAAOg9B,OAApB,GAA4B76B,CAA5B,GAA8B,UAASmZ,CAAT,EAAW;AAAC0hB,YAAQ3hC,KAAR,CAAcigB,CAAd;AAAiB,GAAnE;AAAA,MAAoEmzC,IAAE,CAAC,aAAD,EAAe,cAAf,EAA8B,YAA9B,EAA2C,eAA3C,EAA2D,YAA3D,EAAwE,aAAxE,EAAsF,WAAtF,EAAkG,cAAlG,EAAiH,iBAAjH,EAAmI,kBAAnI,EAAsJ,gBAAtJ,EAAuK,mBAAvK,CAAtE;AAAA,MAAkQrB,IAAEqB,EAAE/1D,MAAtQ;AAAA,MAA6Q80D,IAAE,CAAC,CAAhR,CAAkR,OAAOZ,CAAP;AAAS,CAAx7D,CAA78D,EAAu4H,UAAStxC,CAAT,EAAWnZ,CAAX,EAAa;AAAC;AAAa,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,4CAAP,EAAoDh5B,CAApD,CAAtC,GAA6F,oBAAiB1L,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,GAAvD,GAA2DmZ,EAAEhV,eAAF,GAAkBnE,GAA1K;AAA8K,CAAzM,CAA0MrL,MAA1M,EAAiN,YAAU;AAAC;AAAa,MAAIwkB,IAAE,YAAU;AAAC,QAAIA,IAAE8zC,QAAQ72D,SAAd,CAAwB,IAAG+iB,EAAE3d,OAAL,EAAa,OAAM,SAAN,CAAgB,IAAG2d,EAAEhV,eAAL,EAAqB,OAAM,iBAAN,CAAwB,KAAI,IAAInE,IAAE,CAAC,QAAD,EAAU,KAAV,EAAgB,IAAhB,EAAqB,GAArB,CAAN,EAAgC3I,IAAE,CAAtC,EAAwCA,IAAE2I,EAAEzJ,MAA5C,EAAmDc,GAAnD,EAAuD;AAAC,UAAIoV,IAAEzM,EAAE3I,CAAF,CAAN;AAAA,UAAWqzD,IAAEj+C,IAAE,iBAAf,CAAiC,IAAG0M,EAAEuxC,CAAF,CAAH,EAAQ,OAAOA,CAAP;AAAS;AAAC,GAAxN,EAAN,CAAiO,OAAO,UAAS1qD,CAAT,EAAW3I,CAAX,EAAa;AAAC,WAAO2I,EAAEmZ,CAAF,EAAK9hB,CAAL,CAAP;AAAe,GAApC;AAAqC,CAA/e,CAAv4H,EAAw3I,UAAS8hB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,sBAAP,EAA8B,CAAC,4CAAD,CAA9B,EAA6E,UAAS3hC,CAAT,EAAW;AAAC,WAAO2I,EAAEmZ,CAAF,EAAI9hB,CAAJ,CAAP;AAAc,GAAvG,CAAtC,GAA+I,oBAAiB/C,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,EAAEmZ,CAAF,EAAI66K,QAAQ,2BAAR,CAAJ,CAAvD,GAAiG76K,EAAE27K,YAAF,GAAe90L,EAAEmZ,CAAF,EAAIA,EAAEhV,eAAN,CAA/P;AAAsR,CAApS,CAAqSxP,MAArS,EAA4S,UAASwkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,MAAI3I,IAAE,EAAN,CAASA,EAAEW,MAAF,GAAS,UAASmhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,SAAI,IAAI3I,CAAR,IAAa2I,CAAb;AAAemZ,QAAE9hB,CAAF,IAAK2I,EAAE3I,CAAF,CAAL;AAAf,KAAyB,OAAO8hB,CAAP;AAAS,GAAzD,EAA0D9hB,EAAE09L,MAAF,GAAS,UAAS57K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,WAAM,CAACmZ,IAAEnZ,CAAF,GAAIA,CAAL,IAAQA,CAAd;AAAgB,GAAjG,EAAkG3I,EAAE2D,SAAF,GAAY,UAASme,CAAT,EAAW;AAAC,QAAInZ,IAAE,EAAN,CAAS,IAAGzG,MAAMZ,OAAN,CAAcwgB,CAAd,CAAH,EAAoBnZ,IAAEmZ,CAAF,CAApB,KAA6B,IAAGA,KAAG,YAAU,OAAOA,EAAE5iB,MAAzB,EAAgC,KAAI,IAAIc,IAAE,CAAV,EAAYA,IAAE8hB,EAAE5iB,MAAhB,EAAuBc,GAAvB;AAA2B2I,QAAEhL,IAAF,CAAOmkB,EAAE9hB,CAAF,CAAP;AAA3B,KAAhC,MAA6E2I,EAAEhL,IAAF,CAAOmkB,CAAP,EAAU,OAAOnZ,CAAP;AAAS,GAAhQ,EAAiQ3I,EAAE29L,UAAF,GAAa,UAAS77K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAI3I,IAAE8hB,EAAElkB,OAAF,CAAU+K,CAAV,CAAN,CAAmB,CAAC,CAAD,IAAI3I,CAAJ,IAAO8hB,EAAEphB,MAAF,CAASV,CAAT,EAAW,CAAX,CAAP;AAAqB,GAApU,EAAqUA,EAAE49L,SAAF,GAAY,UAAS97K,CAAT,EAAW9hB,CAAX,EAAa;AAAC,WAAK8hB,KAAG3kB,SAASqnB,IAAjB;AAAuB,UAAG1C,IAAEA,EAAE1e,UAAJ,EAAeuF,EAAEmZ,CAAF,EAAI9hB,CAAJ,CAAlB,EAAyB,OAAO8hB,CAAP;AAAhD;AAAyD,GAAxZ,EAAyZ9hB,EAAE69L,eAAF,GAAkB,UAAS/7K,CAAT,EAAW;AAAC,WAAM,YAAU,OAAOA,CAAjB,GAAmB3kB,SAAS80G,aAAT,CAAuBnwF,CAAvB,CAAnB,GAA6CA,CAAnD;AAAqD,GAA5e,EAA6e9hB,EAAE89L,WAAF,GAAc,UAASh8K,CAAT,EAAW;AAAC,QAAInZ,IAAE,OAAKmZ,EAAE7f,IAAb,CAAkB,KAAK0G,CAAL,KAAS,KAAKA,CAAL,EAAQmZ,CAAR,CAAT;AAAoB,GAA7iB,EAA8iB9hB,EAAE+9L,kBAAF,GAAqB,UAASj8K,CAAT,EAAW1M,CAAX,EAAa;AAAC0M,QAAE9hB,EAAE2D,SAAF,CAAYme,CAAZ,CAAF,CAAiB,IAAIuxC,IAAE,EAAN,CAAS,OAAOvxC,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,UAAGA,aAAau8C,WAAhB,EAA4B;AAAC,YAAG,CAACjpD,CAAJ,EAAM,OAAO,KAAKi+C,EAAE11D,IAAF,CAAOmkB,CAAP,CAAZ,CAAsBnZ,EAAEmZ,CAAF,EAAI1M,CAAJ,KAAQi+C,EAAE11D,IAAF,CAAOmkB,CAAP,CAAR,CAAkB,KAAI,IAAI9hB,IAAE8hB,EAAE5X,gBAAF,CAAmBkL,CAAnB,CAAN,EAA4Bg+C,IAAE,CAAlC,EAAoCA,IAAEpzD,EAAEd,MAAxC,EAA+Ck0D,GAA/C;AAAmDC,YAAE11D,IAAF,CAAOqC,EAAEozD,CAAF,CAAP;AAAnD;AAAgE;AAAC,KAAlK,GAAoKC,CAA3K;AAA6K,GAAxxB,EAAyxBrzD,EAAEg+L,cAAF,GAAiB,UAASl8K,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,QAAIoV,IAAE0M,EAAE/iB,SAAF,CAAY4J,CAAZ,CAAN;AAAA,QAAqB0qD,IAAE1qD,IAAE,SAAzB,CAAmCmZ,EAAE/iB,SAAF,CAAY4J,CAAZ,IAAe,YAAU;AAAC,UAAImZ,IAAE,KAAKuxC,CAAL,CAAN,CAAcvxC,KAAGyR,aAAazR,CAAb,CAAH,CAAmB,IAAInZ,IAAEzI,SAAN;AAAA,UAAgBkzD,IAAE,IAAlB,CAAuB,KAAKC,CAAL,IAAQj4C,WAAW,YAAU;AAAChG,UAAEnV,KAAF,CAAQmzD,CAAR,EAAUzqD,CAAV,GAAa,OAAOyqD,EAAEC,CAAF,CAApB;AAAyB,OAA/C,EAAgDrzD,KAAG,GAAnD,CAAR;AAAgE,KAAlJ;AAAmJ,GAAh/B,EAAi/BA,EAAEi+L,QAAF,GAAW,UAASn8K,CAAT,EAAW;AAAC,QAAInZ,IAAExL,SAAS+d,UAAf,CAA0B,cAAYvS,CAAZ,IAAe,iBAAeA,CAA9B,GAAgCmZ,GAAhC,GAAoC3kB,SAAS8O,gBAAT,CAA0B,kBAA1B,EAA6C6V,CAA7C,CAApC;AAAoF,GAAtnC,EAAunC9hB,EAAEk+L,QAAF,GAAW,UAASp8K,CAAT,EAAW;AAAC,WAAOA,EAAEngB,OAAF,CAAU,aAAV,EAAwB,UAASmgB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,aAAO2I,IAAE,GAAF,GAAM3I,CAAb;AAAe,KAAvD,EAAyDyD,WAAzD,EAAP;AAA8E,GAA5tC,CAA6tC,IAAI2R,IAAE0M,EAAE0hB,OAAR,CAAgB,OAAOxjC,EAAEm+L,QAAF,GAAW,UAASx1L,CAAT,EAAW0qD,CAAX,EAAa;AAACrzD,MAAEi+L,QAAF,CAAW,YAAU;AAAC,UAAI7qI,IAAEpzD,EAAEk+L,QAAF,CAAW7qI,CAAX,CAAN;AAAA,UAAoB96B,IAAE,UAAQ66B,CAA9B;AAAA,UAAgC5sD,IAAErJ,SAAS+M,gBAAT,CAA0B,MAAIquB,CAAJ,GAAM,GAAhC,CAAlC;AAAA,UAAuE08B,IAAE93D,SAAS+M,gBAAT,CAA0B,SAAOkpD,CAAjC,CAAzE;AAAA,UAA6GQ,IAAE5zD,EAAE2D,SAAF,CAAY6C,CAAZ,EAAe9I,MAAf,CAAsBsC,EAAE2D,SAAF,CAAYsxD,CAAZ,CAAtB,CAA/G;AAAA,UAAqJjB,IAAEz7B,IAAE,UAAzJ;AAAA,UAAoK9hB,IAAEqL,EAAE3jB,MAAxK,CAA+Ky1D,EAAEtwB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,YAAI9hB,CAAJ;AAAA,YAAMozD,IAAEtxC,EAAEjY,YAAF,CAAe0uB,CAAf,KAAmBzW,EAAEjY,YAAF,CAAemqD,CAAf,CAA3B,CAA6C,IAAG;AAACh0D,cAAEozD,KAAG38B,KAAKC,KAAL,CAAW08B,CAAX,CAAL;AAAmB,SAAvB,CAAuB,OAAM5sD,CAAN,EAAQ;AAAC,iBAAO,MAAK4O,KAAGA,EAAEvT,KAAF,CAAQ,mBAAiB02B,CAAjB,GAAmB,MAAnB,GAA0BzW,EAAE3V,SAA5B,GAAsC,IAAtC,GAA2C3F,CAAnD,CAAR,CAAP;AAAsE,aAAIyuD,IAAE,IAAItsD,CAAJ,CAAMmZ,CAAN,EAAQ9hB,CAAR,CAAN,CAAiByW,KAAGA,EAAE2F,IAAF,CAAO0F,CAAP,EAASuxC,CAAT,EAAW4B,CAAX,CAAH;AAAiB,OAA3M;AAA6M,KAAlZ;AAAoZ,GAA7a,EAA8aj1D,CAArb;AAAub,CAAv+D,CAAx3I,EAAi2M,UAAS8hB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,eAAP,EAAuB,CAAC,uBAAD,EAAyB,mBAAzB,CAAvB,EAAqEh5B,CAArE,CAAtC,GAA8G,oBAAiB1L,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,EAAEg0L,QAAQ,YAAR,CAAF,EAAwBA,QAAQ,UAAR,CAAxB,CAAvD,IAAqG76K,EAAEs8K,QAAF,GAAW,EAAX,EAAct8K,EAAEs8K,QAAF,CAAWtxC,IAAX,GAAgBnkJ,EAAEmZ,EAAEg7K,SAAJ,EAAch7K,EAAEolD,OAAhB,CAAnI,CAA9G;AAA2Q,CAAzR,CAA0R5pE,MAA1R,EAAiS,UAASwkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC;AAAa,WAAS3I,CAAT,CAAW8hB,CAAX,EAAa;AAAC,SAAI,IAAInZ,CAAR,IAAamZ,CAAb;AAAe,aAAM,CAAC,CAAP;AAAf,KAAwB,OAAOnZ,IAAE,IAAF,EAAO,CAAC,CAAf;AAAiB,YAASyM,CAAT,CAAW0M,CAAX,EAAanZ,CAAb,EAAe;AAACmZ,UAAI,KAAKqkB,OAAL,GAAarkB,CAAb,EAAe,KAAKkhJ,MAAL,GAAYr6J,CAA3B,EAA6B,KAAKqjB,QAAL,GAAc,EAACwhB,GAAE,CAAH,EAAKE,GAAE,CAAP,EAA3C,EAAqD,KAAKqoJ,OAAL,EAAzD;AAAyE,YAAS1iI,CAAT,CAAWvxC,CAAX,EAAa;AAAC,WAAOA,EAAEngB,OAAF,CAAU,UAAV,EAAqB,UAASmgB,CAAT,EAAW;AAAC,aAAM,MAAIA,EAAEre,WAAF,EAAV;AAA0B,KAA3D,CAAP;AAAoE,OAAI2vD,IAAEj2D,SAASuO,eAAT,CAAyBmT,KAA/B;AAAA,MAAqC0Z,IAAE,YAAU,OAAO66B,EAAE9S,UAAnB,GAA8B,YAA9B,GAA2C,kBAAlF;AAAA,MAAqG95C,IAAE,YAAU,OAAO4sD,EAAE8jC,SAAnB,GAA6B,WAA7B,GAAyC,iBAAhJ;AAAA,MAAkKjiC,IAAE,EAACopI,kBAAiB,qBAAlB,EAAwC/9I,YAAW,eAAnD,GAAoE/nB,CAApE,CAApK;AAAA,MAA2Oq7B,IAAE,EAACsjC,WAAU1wF,CAAX,EAAa85C,YAAW/nB,CAAxB,EAA0BiT,oBAAmBjT,IAAE,UAA/C,EAA0D+lK,oBAAmB/lK,IAAE,UAA/E,EAA0FgmK,iBAAgBhmK,IAAE,OAA5G,EAA7O;AAAA,MAAkWy7B,IAAE5+C,EAAErW,SAAF,GAAY8E,OAAOowE,MAAP,CAAcnyD,EAAE/iB,SAAhB,CAAhX,CAA2Yi1D,EAAE/0D,WAAF,GAAcmW,CAAd,EAAgB4+C,EAAE+hI,OAAF,GAAU,YAAU;AAAC,SAAKyI,OAAL,GAAa,EAACC,eAAc,EAAf,EAAkBC,OAAM,EAAxB,EAA2Bx6C,OAAM,EAAjC,EAAb,EAAkD,KAAKhmI,GAAL,CAAS,EAAC8N,UAAS,UAAV,EAAT,CAAlD;AAAkF,GAAvH,EAAwHgoC,EAAE8pI,WAAF,GAAc,UAASh8K,CAAT,EAAW;AAAC,QAAInZ,IAAE,OAAKmZ,EAAE7f,IAAb,CAAkB,KAAK0G,CAAL,KAAS,KAAKA,CAAL,EAAQmZ,CAAR,CAAT;AAAoB,GAAxL,EAAyLkyC,EAAEkT,OAAF,GAAU,YAAU;AAAC,SAAKzlC,IAAL,GAAU94B,EAAE,KAAKw9B,OAAP,CAAV;AAA0B,GAAxO,EAAyO6tB,EAAE91C,GAAF,GAAM,UAAS4D,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKw9B,OAAL,CAAatnB,KAAnB,CAAyB,KAAI,IAAI7e,CAAR,IAAa8hB,CAAb,EAAe;AAAC,UAAI1M,IAAEw+C,EAAE5zD,CAAF,KAAMA,CAAZ,CAAc2I,EAAEyM,CAAF,IAAK0M,EAAE9hB,CAAF,CAAL;AAAU;AAAC,GAA7T,EAA8Tg0D,EAAEmlH,WAAF,GAAc,YAAU;AAAC,QAAIr3J,IAAEkI,iBAAiB,KAAKmc,OAAtB,CAAN;AAAA,QAAqCx9B,IAAE,KAAKq6J,MAAL,CAAY27B,UAAZ,CAAuB,YAAvB,CAAvC;AAAA,QAA4E3+L,IAAE,KAAKgjK,MAAL,CAAY27B,UAAZ,CAAuB,WAAvB,CAA9E;AAAA,QAAkHvpL,IAAE0M,EAAEnZ,IAAE,MAAF,GAAS,OAAX,CAApH;AAAA,QAAwI0qD,IAAEvxC,EAAE9hB,IAAE,KAAF,GAAQ,QAAV,CAA1I;AAAA,QAA8JozD,IAAE,KAAK4vG,MAAL,CAAYvhI,IAA5K;AAAA,QAAiLlJ,IAAE,CAAC,CAAD,IAAInjB,EAAExX,OAAF,CAAU,GAAV,CAAJ,GAAmB0E,WAAW8S,CAAX,IAAc,GAAd,GAAkBg+C,EAAEtoC,KAAvC,GAA6C2J,SAASrf,CAAT,EAAW,EAAX,CAAhO;AAAA,QAA+O5O,IAAE,CAAC,CAAD,IAAI6sD,EAAEz1D,OAAF,CAAU,GAAV,CAAJ,GAAmB0E,WAAW+wD,CAAX,IAAc,GAAd,GAAkBD,EAAEvjC,MAAvC,GAA8C4E,SAAS4+B,CAAT,EAAW,EAAX,CAA/R,CAA8S96B,IAAE1U,MAAM0U,CAAN,IAAS,CAAT,GAAWA,CAAb,EAAe/xB,IAAEqd,MAAMrd,CAAN,IAAS,CAAT,GAAWA,CAA5B,EAA8B+xB,KAAG5vB,IAAEyqD,EAAEu/C,WAAJ,GAAgBv/C,EAAEw/C,YAAnD,EAAgEpsG,KAAGxG,IAAEozD,EAAE+pI,UAAJ,GAAe/pI,EAAEgqI,aAApF,EAAkG,KAAKpxK,QAAL,CAAcwhB,CAAd,GAAgBjV,CAAlH,EAAoH,KAAKvM,QAAL,CAAc0hB,CAAd,GAAgBlnC,CAApI;AAAsI,GAA3wB,EAA4wBwtD,EAAE4qI,cAAF,GAAiB,YAAU;AAAC,QAAI98K,IAAE,KAAKkhJ,MAAL,CAAYvhI,IAAlB;AAAA,QAAuB94B,IAAE,EAAzB;AAAA,QAA4B3I,IAAE,KAAKgjK,MAAL,CAAY27B,UAAZ,CAAuB,YAAvB,CAA9B;AAAA,QAAmEvpL,IAAE,KAAK4tJ,MAAL,CAAY27B,UAAZ,CAAuB,WAAvB,CAArE;AAAA,QAAyGtrI,IAAErzD,IAAE,aAAF,GAAgB,cAA3H;AAAA,QAA0IozD,IAAEpzD,IAAE,MAAF,GAAS,OAArJ;AAAA,QAA6Ju4B,IAAEv4B,IAAE,OAAF,GAAU,MAAzK;AAAA,QAAgLwG,IAAE,KAAKwlB,QAAL,CAAcwhB,CAAd,GAAgB1rB,EAAEuxC,CAAF,CAAlM,CAAuM1qD,EAAEyqD,CAAF,IAAK,KAAKyrI,SAAL,CAAer4L,CAAf,CAAL,EAAuBmC,EAAE4vB,CAAF,IAAK,EAA5B,CAA+B,IAAI08B,IAAE7/C,IAAE,YAAF,GAAe,eAArB;AAAA,QAAqCw+C,IAAEx+C,IAAE,KAAF,GAAQ,QAA/C;AAAA,QAAwD4+C,IAAE5+C,IAAE,QAAF,GAAW,KAArE;AAAA,QAA2EqB,IAAE,KAAKuV,QAAL,CAAc0hB,CAAd,GAAgB5rB,EAAEmzC,CAAF,CAA7F,CAAkGtsD,EAAEirD,CAAF,IAAK,KAAKkrI,SAAL,CAAeroL,CAAf,CAAL,EAAuB9N,EAAEqrD,CAAF,IAAK,EAA5B,EAA+B,KAAK91C,GAAL,CAASvV,CAAT,CAA/B,EAA2C,KAAKq0L,SAAL,CAAe,QAAf,EAAwB,CAAC,IAAD,CAAxB,CAA3C;AAA2E,GAA3rC,EAA4rChpI,EAAE6qI,SAAF,GAAY,UAAS/8K,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKq6J,MAAL,CAAY27B,UAAZ,CAAuB,YAAvB,CAAN,CAA2C,OAAO,KAAK37B,MAAL,CAAYpiK,OAAZ,CAAoBm+L,eAApB,IAAqC,CAACp2L,CAAtC,GAAwCmZ,IAAE,KAAKkhJ,MAAL,CAAYvhI,IAAZ,CAAiB3W,KAAnB,GAAyB,GAAzB,GAA6B,GAArE,GAAyEhJ,IAAE,IAAlF;AAAuF,GAAt1C,EAAu1CkyC,EAAE8qI,SAAF,GAAY,UAASh9K,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKq6J,MAAL,CAAY27B,UAAZ,CAAuB,YAAvB,CAAN,CAA2C,OAAO,KAAK37B,MAAL,CAAYpiK,OAAZ,CAAoBm+L,eAApB,IAAqCp2L,CAArC,GAAuCmZ,IAAE,KAAKkhJ,MAAL,CAAYvhI,IAAZ,CAAiB5R,MAAnB,GAA0B,GAA1B,GAA8B,GAArE,GAAyE/N,IAAE,IAAlF;AAAuF,GAAj/C,EAAk/CkyC,EAAEgrI,aAAF,GAAgB,UAASl9K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,SAAKwwK,WAAL,GAAmB,IAAIn5K,IAAE,KAAKgsB,QAAL,CAAcwhB,CAApB;AAAA,QAAsBp4B,IAAE,KAAK4W,QAAL,CAAc0hB,CAAtC;AAAA,QAAwC2lB,IAAE5+B,SAAS3S,CAAT,EAAW,EAAX,CAA1C;AAAA,QAAyDsxC,IAAE3+B,SAAS9rB,CAAT,EAAW,EAAX,CAA3D;AAAA,QAA0E4vB,IAAE86B,MAAI,KAAKrnC,QAAL,CAAcwhB,CAAlB,IAAqB4lB,MAAI,KAAKpnC,QAAL,CAAc0hB,CAAnH,CAAqH,IAAG,KAAKuxJ,WAAL,CAAiBn9K,CAAjB,EAAmBnZ,CAAnB,GAAsB4vB,KAAG,CAAC,KAAK2mK,eAAlC,EAAkD,OAAO,KAAK,KAAKN,cAAL,EAAZ,CAAkC,IAAIp4L,IAAEsb,IAAE9hB,CAAR;AAAA,QAAUi1D,IAAEtsD,IAAEyM,CAAd;AAAA,QAAgBw+C,IAAE,EAAlB,CAAqBA,EAAEsjC,SAAF,GAAY,KAAKioG,YAAL,CAAkB34L,CAAlB,EAAoByuD,CAApB,CAAZ,EAAmC,KAAK3U,UAAL,CAAgB,EAACruB,IAAG2hC,CAAJ,EAAMwrI,iBAAgB,EAACloG,WAAU,KAAK0nG,cAAhB,EAAtB,EAAsDS,YAAW,CAAC,CAAlE,EAAhB,CAAnC;AAAyH,GAA13D,EAA23DrrI,EAAEmrI,YAAF,GAAe,UAASr9K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAI3I,IAAE,KAAKgjK,MAAL,CAAY27B,UAAZ,CAAuB,YAAvB,CAAN;AAAA,QAA2CvpL,IAAE,KAAK4tJ,MAAL,CAAY27B,UAAZ,CAAuB,WAAvB,CAA7C,CAAiF,OAAO78K,IAAE9hB,IAAE8hB,CAAF,GAAI,CAACA,CAAP,EAASnZ,IAAEyM,IAAEzM,CAAF,GAAI,CAACA,CAAhB,EAAkB,iBAAemZ,CAAf,GAAiB,MAAjB,GAAwBnZ,CAAxB,GAA0B,QAAnD;AAA4D,GAAriE,EAAsiEqrD,EAAEsrI,IAAF,GAAO,UAASx9K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,SAAKs2L,WAAL,CAAiBn9K,CAAjB,EAAmBnZ,CAAnB,GAAsB,KAAKi2L,cAAL,EAAtB;AAA4C,GAAvmE,EAAwmE5qI,EAAEwtC,MAAF,GAASxtC,EAAEgrI,aAAnnE,EAAioEhrI,EAAEirI,WAAF,GAAc,UAASn9K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,SAAKqjB,QAAL,CAAcwhB,CAAd,GAAgB/Y,SAAS3S,CAAT,EAAW,EAAX,CAAhB,EAA+B,KAAKkK,QAAL,CAAc0hB,CAAd,GAAgBjZ,SAAS9rB,CAAT,EAAW,EAAX,CAA/C;AAA8D,GAA3tE,EAA4tEqrD,EAAEurI,cAAF,GAAiB,UAASz9K,CAAT,EAAW;AAAC,SAAK5D,GAAL,CAAS4D,EAAEmQ,EAAX,GAAenQ,EAAEu9K,UAAF,IAAc,KAAKG,aAAL,CAAmB19K,EAAEmQ,EAArB,CAA7B,CAAsD,KAAI,IAAItpB,CAAR,IAAamZ,EAAEs9K,eAAf;AAA+Bt9K,QAAEs9K,eAAF,CAAkBz2L,CAAlB,EAAqBvJ,IAArB,CAA0B,IAA1B;AAA/B;AAA+D,GAA92E,EAA+2E40D,EAAE1T,UAAF,GAAa,UAASx+B,CAAT,EAAW;AAAC,QAAG,CAACxf,WAAW,KAAK0gK,MAAL,CAAYpiK,OAAZ,CAAoB4qC,kBAA/B,CAAJ,EAAuD,OAAO,KAAK,KAAK+zJ,cAAL,CAAoBz9K,CAApB,CAAZ,CAAmC,IAAInZ,IAAE,KAAK61L,OAAX,CAAmB,KAAI,IAAIx+L,CAAR,IAAa8hB,EAAEs9K,eAAf;AAA+Bz2L,QAAEu7I,KAAF,CAAQlkJ,CAAR,IAAW8hB,EAAEs9K,eAAF,CAAkBp/L,CAAlB,CAAX;AAA/B,KAA+D,KAAIA,CAAJ,IAAS8hB,EAAEmQ,EAAX;AAActpB,QAAE81L,aAAF,CAAgBz+L,CAAhB,IAAmB,CAAC,CAApB,EAAsB8hB,EAAEu9K,UAAF,KAAe12L,EAAE+1L,KAAF,CAAQ1+L,CAAR,IAAW,CAAC,CAA3B,CAAtB;AAAd,KAAkE,IAAG8hB,EAAEiwD,IAAL,EAAU;AAAC,WAAK7zD,GAAL,CAAS4D,EAAEiwD,IAAX,EAAiB,IAAI38D,IAAE,KAAK+wB,OAAL,CAAahZ,YAAnB,CAAgC/X,IAAE,IAAF;AAAO,UAAKqqL,gBAAL,CAAsB39K,EAAEmQ,EAAxB,GAA4B,KAAK/T,GAAL,CAAS4D,EAAEmQ,EAAX,CAA5B,EAA2C,KAAKitK,eAAL,GAAqB,CAAC,CAAjE;AAAmE,GAA5vF,CAA6vF,IAAIzoL,IAAE,aAAW48C,EAAE7sD,CAAF,CAAjB,CAAsBwtD,EAAEyrI,gBAAF,GAAmB,YAAU;AAAC,QAAG,CAAC,KAAKP,eAAT,EAAyB;AAAC,UAAIp9K,IAAE,KAAKkhJ,MAAL,CAAYpiK,OAAZ,CAAoB4qC,kBAA1B,CAA6C1pB,IAAE,YAAU,OAAOA,CAAjB,GAAmBA,IAAE,IAArB,GAA0BA,CAA5B,EAA8B,KAAK5D,GAAL,CAAS,EAACogL,oBAAmB7nL,CAApB,EAAsB+0B,oBAAmB1pB,CAAzC,EAA2Cy8K,iBAAgB,KAAKmB,YAAL,IAAmB,CAA9E,EAAT,CAA9B,EAAyH,KAAKv5J,OAAL,CAAal6B,gBAAb,CAA8BgpD,CAA9B,EAAgC,IAAhC,EAAqC,CAAC,CAAtC,CAAzH;AAAkK;AAAC,GAAxQ,EAAyQjB,EAAE2rI,qBAAF,GAAwB,UAAS79K,CAAT,EAAW;AAAC,SAAK89K,eAAL,CAAqB99K,CAArB;AAAwB,GAArU,EAAsUkyC,EAAE6rI,gBAAF,GAAmB,UAAS/9K,CAAT,EAAW;AAAC,SAAK89K,eAAL,CAAqB99K,CAArB;AAAwB,GAA7X,CAA8X,IAAI+xC,IAAE,EAAC,qBAAoB,WAArB,EAAN,CAAwCG,EAAE4rI,eAAF,GAAkB,UAAS99K,CAAT,EAAW;AAAC,QAAGA,EAAE5gB,MAAF,KAAW,KAAKilC,OAAnB,EAA2B;AAAC,UAAIx9B,IAAE,KAAK61L,OAAX;AAAA,UAAmBppL,IAAEy+C,EAAE/xC,EAAEg+K,YAAJ,KAAmBh+K,EAAEg+K,YAA1C,CAAuD,IAAG,OAAOn3L,EAAE81L,aAAF,CAAgBrpL,CAAhB,CAAP,EAA0BpV,EAAE2I,EAAE81L,aAAJ,KAAoB,KAAKsB,iBAAL,EAA9C,EAAuE3qL,KAAKzM,EAAE+1L,KAAP,KAAe,KAAKv4J,OAAL,CAAatnB,KAAb,CAAmBiD,EAAEg+K,YAArB,IAAmC,EAAnC,EAAsC,OAAOn3L,EAAE+1L,KAAF,CAAQtpL,CAAR,CAA5D,CAAvE,EAA+IA,KAAKzM,EAAEu7I,KAAzJ,EAA+J;AAAC,YAAI7wF,IAAE1qD,EAAEu7I,KAAF,CAAQ9uI,CAAR,CAAN,CAAiBi+C,EAAEj0D,IAAF,CAAO,IAAP,GAAa,OAAOuJ,EAAEu7I,KAAF,CAAQ9uI,CAAR,CAApB;AAA+B,YAAK4nL,SAAL,CAAe,eAAf,EAA+B,CAAC,IAAD,CAA/B;AAAuC;AAAC,GAAzW,EAA0WhpI,EAAE+rI,iBAAF,GAAoB,YAAU;AAAC,SAAKC,sBAAL,IAA8B,KAAK75J,OAAL,CAAalrB,mBAAb,CAAiCg6C,CAAjC,EAAmC,IAAnC,EAAwC,CAAC,CAAzC,CAA9B,EAA0E,KAAKiqI,eAAL,GAAqB,CAAC,CAAhG;AAAkG,GAA3e,EAA4elrI,EAAEwrI,aAAF,GAAgB,UAAS19K,CAAT,EAAW;AAAC,QAAInZ,IAAE,EAAN,CAAS,KAAI,IAAI3I,CAAR,IAAa8hB,CAAb;AAAenZ,QAAE3I,CAAF,IAAK,EAAL;AAAf,KAAuB,KAAKke,GAAL,CAASvV,CAAT;AAAY,GAApjB,CAAqjB,IAAIurD,IAAE,EAACoqI,oBAAmB,EAApB,EAAuB9yJ,oBAAmB,EAA1C,EAA6C+yJ,iBAAgB,EAA7D,EAAN,CAAuE,OAAOvqI,EAAEgsI,sBAAF,GAAyB,YAAU;AAAC,SAAK9hL,GAAL,CAASg2C,CAAT;AAAY,GAAhD,EAAiDF,EAAEisI,OAAF,GAAU,UAASn+K,CAAT,EAAW;AAACA,QAAE+B,MAAM/B,CAAN,IAAS,CAAT,GAAWA,CAAb,EAAe,KAAK49K,YAAL,GAAkB59K,IAAE,IAAnC;AAAwC,GAA/G,EAAgHkyC,EAAEksI,UAAF,GAAa,YAAU;AAAC,SAAK/5J,OAAL,CAAa/iC,UAAb,CAAwBC,WAAxB,CAAoC,KAAK8iC,OAAzC,GAAkD,KAAKjoB,GAAL,CAAS,EAACqL,SAAQ,EAAT,EAAT,CAAlD,EAAyE,KAAKyzK,SAAL,CAAe,QAAf,EAAwB,CAAC,IAAD,CAAxB,CAAzE;AAAyG,GAAjP,EAAkPhpI,EAAE17C,MAAF,GAAS,YAAU;AAAC,WAAOigB,KAAGj2B,WAAW,KAAK0gK,MAAL,CAAYpiK,OAAZ,CAAoB4qC,kBAA/B,CAAH,IAAuD,KAAKpzB,IAAL,CAAU,eAAV,EAA0B,YAAU;AAAC,WAAK8nL,UAAL;AAAkB,KAAvD,GAAyD,KAAK,KAAK5xK,IAAL,EAArH,IAAkI,KAAK,KAAK4xK,UAAL,EAA9I;AAAgK,GAAta,EAAualsI,EAAE/S,MAAF,GAAS,YAAU;AAAC,WAAO,KAAKjjC,QAAZ,EAAqB,KAAKE,GAAL,CAAS,EAACqL,SAAQ,EAAT,EAAT,CAArB,CAA4C,IAAIzH,IAAE,KAAKkhJ,MAAL,CAAYpiK,OAAlB;AAAA,QAA0B+H,IAAE,EAA5B;AAAA,QAA+B3I,IAAE,KAAKmgM,kCAAL,CAAwC,cAAxC,CAAjC,CAAyFx3L,EAAE3I,CAAF,IAAK,KAAKogM,qBAAV,EAAgC,KAAK9/I,UAAL,CAAgB,EAACyxB,MAAKjwD,EAAEu+K,WAAR,EAAoBpuK,IAAGnQ,EAAEw+K,YAAzB,EAAsCjB,YAAW,CAAC,CAAlD,EAAoDD,iBAAgBz2L,CAApE,EAAhB,CAAhC;AAAwH,GAAxrB,EAAyrBqrD,EAAEosI,qBAAF,GAAwB,YAAU;AAAC,SAAKpiL,QAAL,IAAe,KAAKg/K,SAAL,CAAe,QAAf,CAAf;AAAwC,GAApwB,EAAqwBhpI,EAAEmsI,kCAAF,GAAqC,UAASr+K,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKq6J,MAAL,CAAYpiK,OAAZ,CAAoBkhB,CAApB,CAAN,CAA6B,IAAGnZ,EAAE6kB,OAAL,EAAa,OAAM,SAAN,CAAgB,KAAI,IAAIxtB,CAAR,IAAa2I,CAAb;AAAe,aAAO3I,CAAP;AAAf;AAAwB,GAAx4B,EAAy4Bg0D,EAAE1lC,IAAF,GAAO,YAAU;AAAC,SAAKtQ,QAAL,GAAc,CAAC,CAAf,EAAiB,KAAKE,GAAL,CAAS,EAACqL,SAAQ,EAAT,EAAT,CAAjB,CAAwC,IAAIzH,IAAE,KAAKkhJ,MAAL,CAAYpiK,OAAlB;AAAA,QAA0B+H,IAAE,EAA5B;AAAA,QAA+B3I,IAAE,KAAKmgM,kCAAL,CAAwC,aAAxC,CAAjC,CAAwFx3L,EAAE3I,CAAF,IAAK,KAAKugM,mBAAV,EAA8B,KAAKjgJ,UAAL,CAAgB,EAACyxB,MAAKjwD,EAAEw+K,YAAR,EAAqBruK,IAAGnQ,EAAEu+K,WAA1B,EAAsChB,YAAW,CAAC,CAAlD,EAAoDD,iBAAgBz2L,CAApE,EAAhB,CAA9B;AAAsH,GAAjpC,EAAkpCqrD,EAAEusI,mBAAF,GAAsB,YAAU;AAAC,SAAKviL,QAAL,KAAgB,KAAKE,GAAL,CAAS,EAACqL,SAAQ,MAAT,EAAT,GAA2B,KAAKyzK,SAAL,CAAe,MAAf,CAA3C;AAAmE,GAAtvC,EAAuvChpI,EAAEtP,OAAF,GAAU,YAAU;AAAC,SAAKxmC,GAAL,CAAS,EAAC8N,UAAS,EAAV,EAAa6B,MAAK,EAAlB,EAAqB2Y,OAAM,EAA3B,EAA8Bx6B,KAAI,EAAlC,EAAqCu6B,QAAO,EAA5C,EAA+C+Z,YAAW,EAA1D,EAA6D42C,WAAU,EAAvE,EAAT;AAAqF,GAAj2C,EAAk2C9hF,CAAz2C;AAA22C,CAAzkM,CAAj2M,EAA46Y,UAAS0M,CAAT,EAAWnZ,CAAX,EAAa;AAAC;AAAa,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,mBAAP,EAA2B,CAAC,uBAAD,EAAyB,mBAAzB,EAA6C,sBAA7C,EAAoE,QAApE,CAA3B,EAAyG,UAAS3hC,CAAT,EAAWoV,CAAX,EAAai+C,CAAb,EAAeD,CAAf,EAAiB;AAAC,WAAOzqD,EAAEmZ,CAAF,EAAI9hB,CAAJ,EAAMoV,CAAN,EAAQi+C,CAAR,EAAUD,CAAV,CAAP;AAAoB,GAA/I,CAAtC,GAAuL,oBAAiBn2D,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,EAAEmZ,CAAF,EAAI66K,QAAQ,YAAR,CAAJ,EAA0BA,QAAQ,UAAR,CAA1B,EAA8CA,QAAQ,gBAAR,CAA9C,EAAwEA,QAAQ,QAAR,CAAxE,CAAvD,GAAkJ76K,EAAEs8K,QAAF,GAAWz1L,EAAEmZ,CAAF,EAAIA,EAAEg7K,SAAN,EAAgBh7K,EAAEolD,OAAlB,EAA0BplD,EAAE27K,YAA5B,EAAyC37K,EAAEs8K,QAAF,CAAWtxC,IAApD,CAApV;AAA8Y,CAAza,CAA0axvJ,MAA1a,EAAib,UAASwkB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAAC;AAAa,WAASD,CAAT,CAAWtxC,CAAX,EAAanZ,CAAb,EAAe;AAAC,QAAI3I,IAAEoV,EAAEyoL,eAAF,CAAkB/7K,CAAlB,CAAN,CAA2B,IAAG,CAAC9hB,CAAJ,EAAM,OAAO,MAAKi1D,KAAGA,EAAEpzD,KAAF,CAAQ,qBAAmB,KAAK5C,WAAL,CAAiByjB,SAApC,GAA8C,IAA9C,IAAoD1iB,KAAG8hB,CAAvD,CAAR,CAAR,CAAP,CAAmF,KAAKqkB,OAAL,GAAanmC,CAAb,EAAe4zD,MAAI,KAAK9wB,QAAL,GAAc8wB,EAAE,KAAKztB,OAAP,CAAlB,CAAf,EAAkD,KAAKvlC,OAAL,GAAawU,EAAEzU,MAAF,CAAS,EAAT,EAAY,KAAK1B,WAAL,CAAiBwxC,QAA7B,CAA/D,EAAsG,KAAKvxB,MAAL,CAAYvW,CAAZ,CAAtG,CAAqH,IAAI0qD,IAAE,EAAE58C,CAAR,CAAU,KAAK0vB,OAAL,CAAaq6J,YAAb,GAA0BntI,CAA1B,EAA4BQ,EAAER,CAAF,IAAK,IAAjC,EAAsC,KAAK0iI,OAAL,EAAtC,CAAqD,IAAI3iI,IAAE,KAAKurI,UAAL,CAAgB,YAAhB,CAAN,CAAoCvrI,KAAG,KAAK4vG,MAAL,EAAH;AAAiB,YAASzqI,CAAT,CAAWzW,CAAX,EAAa;AAAC,aAASnZ,CAAT,GAAY;AAACmZ,QAAE7hB,KAAF,CAAQ,IAAR,EAAaC,SAAb;AAAwB,YAAOyI,EAAE5J,SAAF,GAAY8E,OAAOowE,MAAP,CAAcnyD,EAAE/iB,SAAhB,CAAZ,EAAuC4J,EAAE5J,SAAF,CAAYE,WAAZ,GAAwB0J,CAA/D,EAAiEA,CAAxE;AAA0E,YAASnC,CAAT,CAAWsb,CAAX,EAAa;AAAC,QAAG,YAAU,OAAOA,CAApB,EAAsB,OAAOA,CAAP,CAAS,IAAInZ,IAAEmZ,EAAE7Y,KAAF,CAAQ,mBAAR,CAAN;AAAA,QAAmCjJ,IAAE2I,KAAGA,EAAE,CAAF,CAAxC;AAAA,QAA6CyM,IAAEzM,KAAGA,EAAE,CAAF,CAAlD,CAAuD,IAAG,CAAC3I,EAAEd,MAAN,EAAa,OAAO,CAAP,CAASc,IAAEsC,WAAWtC,CAAX,CAAF,CAAgB,IAAIqzD,IAAEvqD,EAAEsM,CAAF,KAAM,CAAZ,CAAc,OAAOpV,IAAEqzD,CAAT;AAAW,OAAI4B,IAAEnzC,EAAE0hB,OAAR;AAAA,MAAgBowB,IAAE9xC,EAAE3jB,MAApB;AAAA,MAA2B61D,IAAE,SAAFA,CAAE,GAAU,CAAE,CAAzC;AAAA,MAA0Cv9C,IAAE,CAA5C;AAAA,MAA8Co9C,IAAE,EAAhD,CAAmDT,EAAE1wC,SAAF,GAAY,UAAZ,EAAuB0wC,EAAE05F,IAAF,GAAOz5F,CAA9B,EAAgCD,EAAE3iB,QAAF,GAAW,EAACgwJ,gBAAe,EAACz0K,UAAS,UAAV,EAAhB,EAAsC00K,YAAW,CAAC,CAAlD,EAAoDC,YAAW,CAAC,CAAhE,EAAkEC,WAAU,CAAC,CAA7E,EAA+Ev9H,QAAO,CAAC,CAAvF,EAAyFw9H,iBAAgB,CAAC,CAA1G,EAA4Gr1J,oBAAmB,MAA/H,EAAsI60J,aAAY,EAAC7yK,SAAQ,CAAT,EAAW0pE,WAAU,cAArB,EAAlJ,EAAuLopG,cAAa,EAAC9yK,SAAQ,CAAT,EAAW0pE,WAAU,UAArB,EAApM,EAA3C,CAAiR,IAAIhjC,IAAEd,EAAEr0D,SAAR,CAAkBqW,EAAEzU,MAAF,CAASuzD,CAAT,EAAWvrD,EAAE5J,SAAb,GAAwBm1D,EAAEh1C,MAAF,GAAS,UAAS4C,CAAT,EAAW;AAAC1M,MAAEzU,MAAF,CAAS,KAAKC,OAAd,EAAsBkhB,CAAtB;AAAyB,GAAtE,EAAuEoyC,EAAEyqI,UAAF,GAAa,UAAS78K,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAK1J,WAAL,CAAiB6hM,aAAjB,CAA+Bh/K,CAA/B,CAAN,CAAwC,OAAOnZ,KAAG,KAAK,CAAL,KAAS,KAAK/H,OAAL,CAAa+H,CAAb,CAAZ,GAA4B,KAAK/H,OAAL,CAAa+H,CAAb,CAA5B,GAA4C,KAAK/H,OAAL,CAAakhB,CAAb,CAAnD;AAAmE,GAA3M,EAA4MsxC,EAAE0tI,aAAF,GAAgB,EAACJ,YAAW,cAAZ,EAA2B5+C,YAAW,cAAtC,EAAqDi/C,eAAc,iBAAnE,EAAqFJ,YAAW,cAAhG,EAA+GC,WAAU,aAAzH,EAAuIv9H,QAAO,eAA9I,EAA8Jw9H,iBAAgB,qBAA9K,EAA5N,EAAia3sI,EAAE6hI,OAAF,GAAU,YAAU;AAAC,SAAKiL,WAAL,IAAmB,KAAKC,MAAL,GAAY,EAA/B,EAAkC,KAAKC,KAAL,CAAW,KAAKtgM,OAAL,CAAasgM,KAAxB,CAAlC,EAAiE9rL,EAAEzU,MAAF,CAAS,KAAKwlC,OAAL,CAAatnB,KAAtB,EAA4B,KAAKje,OAAL,CAAa6/L,cAAzC,CAAjE,CAA0H,IAAI3+K,IAAE,KAAK68K,UAAL,CAAgB,QAAhB,CAAN,CAAgC78K,KAAG,KAAKq/K,UAAL,EAAH;AAAqB,GAArmB,EAAsmBjtI,EAAE8sI,WAAF,GAAc,YAAU;AAAC,SAAKp1J,KAAL,GAAW,KAAKw1J,QAAL,CAAc,KAAKj7J,OAAL,CAAahwB,QAA3B,CAAX;AAAgD,GAA/qB,EAAgrB+9C,EAAEktI,QAAF,GAAW,UAASt/K,CAAT,EAAW;AAAC,SAAI,IAAInZ,IAAE,KAAK04L,uBAAL,CAA6Bv/K,CAA7B,CAAN,EAAsC9hB,IAAE,KAAKf,WAAL,CAAiB6tJ,IAAzD,EAA8D13I,IAAE,EAAhE,EAAmEi+C,IAAE,CAAzE,EAA2EA,IAAE1qD,EAAEzJ,MAA/E,EAAsFm0D,GAAtF,EAA0F;AAAC,UAAID,IAAEzqD,EAAE0qD,CAAF,CAAN;AAAA,UAAW96B,IAAE,IAAIv4B,CAAJ,CAAMozD,CAAN,EAAQ,IAAR,CAAb,CAA2Bh+C,EAAEzX,IAAF,CAAO46B,CAAP;AAAU,YAAOnjB,CAAP;AAAS,GAAh1B,EAAi1B8+C,EAAEmtI,uBAAF,GAA0B,UAASv/K,CAAT,EAAW;AAAC,WAAO1M,EAAE2oL,kBAAF,CAAqBj8K,CAArB,EAAuB,KAAKlhB,OAAL,CAAa0gM,YAApC,CAAP;AAAyD,GAAh7B,EAAi7BptI,EAAEqtI,eAAF,GAAkB,YAAU;AAAC,WAAO,KAAK31J,KAAL,CAAW9rC,GAAX,CAAe,UAASgiB,CAAT,EAAW;AAAC,aAAOA,EAAEqkB,OAAT;AAAiB,KAA5C,CAAP;AAAqD,GAAngC,EAAogC+tB,EAAE8uG,MAAF,GAAS,YAAU;AAAC,SAAKw+B,YAAL,IAAoB,KAAKC,aAAL,EAApB,CAAyC,IAAI3/K,IAAE,KAAK68K,UAAL,CAAgB,eAAhB,CAAN;AAAA,QAAuCh2L,IAAE,KAAK,CAAL,KAASmZ,CAAT,GAAWA,CAAX,GAAa,CAAC,KAAK4/K,eAA5D,CAA4E,KAAKC,WAAL,CAAiB,KAAK/1J,KAAtB,EAA4BjjC,CAA5B,GAA+B,KAAK+4L,eAAL,GAAqB,CAAC,CAArD;AAAuD,GAApsC,EAAqsCxtI,EAAE/wB,KAAF,GAAQ+wB,EAAE8uG,MAA/sC,EAAstC9uG,EAAEstI,YAAF,GAAe,YAAU;AAAC,SAAKt6H,OAAL;AAAe,GAA/vC,EAAgwChT,EAAEgT,OAAF,GAAU,YAAU;AAAC,SAAKzlC,IAAL,GAAUzhC,EAAE,KAAKmmC,OAAP,CAAV;AAA0B,GAA/yC,EAAgzC+tB,EAAE0tI,eAAF,GAAkB,UAAS9/K,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAIyM,CAAJ;AAAA,QAAMi+C,IAAE,KAAKzyD,OAAL,CAAakhB,CAAb,CAAR,CAAwBuxC,KAAG,YAAU,OAAOA,CAAjB,GAAmBj+C,IAAE,KAAK+wB,OAAL,CAAa8rE,aAAb,CAA2B5+C,CAA3B,CAArB,GAAmDA,aAAagL,WAAb,KAA2BjpD,IAAEi+C,CAA7B,CAAnD,EAAmF,KAAKvxC,CAAL,IAAQ1M,IAAEpV,EAAEoV,CAAF,EAAKzM,CAAL,CAAF,GAAU0qD,CAAxG,IAA2G,KAAKvxC,CAAL,IAAQ,CAAnH;AAAqH,GAA79C,EAA89CoyC,EAAEytI,WAAF,GAAc,UAAS7/K,CAAT,EAAWnZ,CAAX,EAAa;AAACmZ,QAAE,KAAK+/K,kBAAL,CAAwB//K,CAAxB,CAAF,EAA6B,KAAKggL,YAAL,CAAkBhgL,CAAlB,EAAoBnZ,CAApB,CAA7B,EAAoD,KAAKo5L,WAAL,EAApD;AAAuE,GAAjkD,EAAkkD7tI,EAAE2tI,kBAAF,GAAqB,UAAS//K,CAAT,EAAW;AAAC,WAAOA,EAAEtV,MAAF,CAAS,UAASsV,CAAT,EAAW;AAAC,aAAM,CAACA,EAAEkgL,SAAT;AAAmB,KAAxC,CAAP;AAAiD,GAAppD,EAAqpD9tI,EAAE4tI,YAAF,GAAe,UAAShgL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAG,KAAKs5L,oBAAL,CAA0B,QAA1B,EAAmCngL,CAAnC,GAAsCA,KAAGA,EAAE5iB,MAA9C,EAAqD;AAAC,UAAIc,IAAE,EAAN,CAAS8hB,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,YAAI1M,IAAE,KAAK8sL,sBAAL,CAA4BpgL,CAA5B,CAAN,CAAqC1M,EAAE6rH,IAAF,GAAOn/G,CAAP,EAAS1M,EAAE+sL,SAAF,GAAYx5L,KAAGmZ,EAAEsgL,eAA1B,EAA0CpiM,EAAErC,IAAF,CAAOyX,CAAP,CAA1C;AAAoD,OAA/G,EAAgH,IAAhH,GAAsH,KAAKitL,mBAAL,CAAyBriM,CAAzB,CAAtH;AAAkJ;AAAC,GAAp4D,EAAq4Dk0D,EAAEguI,sBAAF,GAAyB,YAAU;AAAC,WAAM,EAAC10J,GAAE,CAAH,EAAKE,GAAE,CAAP,EAAN;AAAgB,GAAz7D,EAA07DwmB,EAAEmuI,mBAAF,GAAsB,UAASvgL,CAAT,EAAW;AAAC,SAAKwgL,aAAL,IAAqBxgL,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,WAAK45L,aAAL,CAAmBzgL,EAAEm/G,IAArB,EAA0Bn/G,EAAE0rB,CAA5B,EAA8B1rB,EAAE4rB,CAAhC,EAAkC5rB,EAAEqgL,SAApC,EAA8Cx5L,CAA9C;AAAiD,KAAzE,EAA0E,IAA1E,CAArB;AAAqG,GAAjkE,EAAkkEurD,EAAEouI,aAAF,GAAgB,YAAU;AAAC,QAAIxgL,IAAE,KAAKlhB,OAAL,CAAaq/L,OAAnB,CAA2B,OAAO,SAAOn+K,CAAP,IAAU,KAAK,CAAL,KAASA,CAAnB,GAAqB,MAAK,KAAKm+K,OAAL,GAAa,CAAlB,CAArB,IAA2C,KAAKA,OAAL,GAAaz5L,EAAEsb,CAAF,CAAb,EAAkB,KAAKm+K,OAAlE,CAAP;AAAkF,GAA1sE,EAA2sE/rI,EAAEquI,aAAF,GAAgB,UAASzgL,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAeoV,CAAf,EAAiBi+C,CAAjB,EAAmB;AAACj+C,QAAE0M,EAAEw9K,IAAF,CAAO32L,CAAP,EAAS3I,CAAT,CAAF,IAAe8hB,EAAEm+K,OAAF,CAAU5sI,IAAE,KAAK4sI,OAAjB,GAA0Bn+K,EAAE0/E,MAAF,CAAS74F,CAAT,EAAW3I,CAAX,CAAzC;AAAwD,GAAvyE,EAAwyEk0D,EAAE6tI,WAAF,GAAc,YAAU;AAAC,SAAKlB,eAAL;AAAuB,GAAx1E,EAAy1E3sI,EAAE2sI,eAAF,GAAkB,YAAU;AAAC,QAAI/+K,IAAE,KAAK68K,UAAL,CAAgB,iBAAhB,CAAN,CAAyC,IAAG78K,CAAH,EAAK;AAAC,UAAInZ,IAAE,KAAK65L,iBAAL,EAAN,CAA+B75L,MAAI,KAAK85L,oBAAL,CAA0B95L,EAAEmiB,KAA5B,EAAkC,CAAC,CAAnC,GAAsC,KAAK23K,oBAAL,CAA0B95L,EAAEknB,MAA5B,EAAmC,CAAC,CAApC,CAA1C;AAAkF;AAAC,GAAvhF,EAAwhFqkC,EAAEsuI,iBAAF,GAAoBxuI,CAA5iF,EAA8iFE,EAAEuuI,oBAAF,GAAuB,UAAS3gL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAG,KAAK,CAAL,KAASmZ,CAAZ,EAAc;AAAC,UAAI9hB,IAAE,KAAKyhC,IAAX,CAAgBzhC,EAAE8sB,WAAF,KAAgBhL,KAAGnZ,IAAE3I,EAAE2yG,WAAF,GAAc3yG,EAAE4yG,YAAhB,GAA6B5yG,EAAEq9L,eAA/B,GAA+Cr9L,EAAEs9L,gBAAnD,GAAoEt9L,EAAEo9L,aAAF,GAAgBp9L,EAAEm9L,UAAlB,GAA6Bn9L,EAAEu9L,cAA/B,GAA8Cv9L,EAAEw9L,iBAAvI,GAA0J17K,IAAErgB,KAAKkrB,GAAL,CAAS7K,CAAT,EAAW,CAAX,CAA5J,EAA0K,KAAKqkB,OAAL,CAAatnB,KAAb,CAAmBlW,IAAE,OAAF,GAAU,QAA7B,IAAuCmZ,IAAE,IAAnN;AAAwN;AAAC,GAA30F,EAA40FoyC,EAAE+tI,oBAAF,GAAuB,UAASngL,CAAT,EAAWnZ,CAAX,EAAa;AAAC,aAAS3I,CAAT,GAAY;AAACqzD,QAAExkB,aAAF,CAAgB/sB,IAAE,UAAlB,EAA6B,IAA7B,EAAkC,CAACnZ,CAAD,CAAlC;AAAuC,cAASyM,CAAT,GAAY;AAACmjB,WAAIA,KAAG66B,CAAH,IAAMpzD,GAAV;AAAc,SAAIqzD,IAAE,IAAN;AAAA,QAAWD,IAAEzqD,EAAEzJ,MAAf,CAAsB,IAAG,CAACyJ,CAAD,IAAI,CAACyqD,CAAR,EAAU,OAAO,KAAKpzD,GAAZ,CAAgB,IAAIu4B,IAAE,CAAN,CAAQ5vB,EAAE26B,OAAF,CAAU,UAAS36B,CAAT,EAAW;AAACA,QAAEyP,IAAF,CAAO0J,CAAP,EAAS1M,CAAT;AAAY,KAAlC;AAAoC,GAA5hG,EAA6hG8+C,EAAErlB,aAAF,GAAgB,UAAS/sB,CAAT,EAAWnZ,CAAX,EAAa3I,CAAb,EAAe;AAAC,QAAIoV,IAAEzM,IAAE,CAACA,CAAD,EAAIjL,MAAJ,CAAWsC,CAAX,CAAF,GAAgBA,CAAtB,CAAwB,IAAG,KAAKg9L,SAAL,CAAel7K,CAAf,EAAiB1M,CAAjB,GAAoBw+C,CAAvB,EAAyB,IAAG,KAAK9wB,QAAL,GAAc,KAAKA,QAAL,IAAe8wB,EAAE,KAAKztB,OAAP,CAA7B,EAA6Cx9B,CAAhD,EAAkD;AAAC,UAAI0qD,IAAEO,EAAEzuC,KAAF,CAAQxc,CAAR,CAAN,CAAiB0qD,EAAEpxD,IAAF,GAAO6f,CAAP,EAAS,KAAKghB,QAAL,CAAcvd,OAAd,CAAsB8tC,CAAtB,EAAwBrzD,CAAxB,CAAT;AAAoC,KAAxG,MAA6G,KAAK8iC,QAAL,CAAcvd,OAAd,CAAsBzD,CAAtB,EAAwB9hB,CAAxB;AAA2B,GAAtvG,EAAuvGk0D,EAAEszF,MAAF,GAAS,UAAS1lI,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKoxE,OAAL,CAAaj4D,CAAb,CAAN,CAAsBnZ,MAAIA,EAAEq5L,SAAF,GAAY,CAAC,CAAjB;AAAoB,GAAtzG,EAAuzG9tI,EAAEwuI,QAAF,GAAW,UAAS5gL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKoxE,OAAL,CAAaj4D,CAAb,CAAN,CAAsBnZ,KAAG,OAAOA,EAAEq5L,SAAZ;AAAsB,GAA13G,EAA23G9tI,EAAEgtI,KAAF,GAAQ,UAASp/K,CAAT,EAAW;AAACA,QAAE,KAAKu+D,KAAL,CAAWv+D,CAAX,CAAF,EAAgBA,MAAI,KAAKm/K,MAAL,GAAY,KAAKA,MAAL,CAAYvjM,MAAZ,CAAmBokB,CAAnB,CAAZ,EAAkCA,EAAEwhB,OAAF,CAAU,KAAKkkH,MAAf,EAAsB,IAAtB,CAAtC,CAAhB;AAAmF,GAAl+G,EAAm+GtzF,EAAEyuI,OAAF,GAAU,UAAS7gL,CAAT,EAAW;AAACA,QAAE,KAAKu+D,KAAL,CAAWv+D,CAAX,CAAF,EAAgBA,KAAGA,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC1M,QAAEuoL,UAAF,CAAa,KAAKsD,MAAlB,EAAyBn/K,CAAzB,GAA4B,KAAK4gL,QAAL,CAAc5gL,CAAd,CAA5B;AAA6C,KAAnE,EAAoE,IAApE,CAAnB;AAA6F,GAAtlH,EAAulHoyC,EAAEmsB,KAAF,GAAQ,UAASv+D,CAAT,EAAW;AAAC,WAAOA,KAAG,YAAU,OAAOA,CAAjB,KAAqBA,IAAE,KAAKqkB,OAAL,CAAaj8B,gBAAb,CAA8B4X,CAA9B,CAAvB,GAAyDA,IAAE1M,EAAEzR,SAAF,CAAYme,CAAZ,CAA9D,IAA8E,KAAK,CAA1F;AAA4F,GAAvsH,EAAwsHoyC,EAAEutI,aAAF,GAAgB,YAAU;AAAC,SAAKR,MAAL,IAAa,KAAKA,MAAL,CAAY/hM,MAAzB,KAAkC,KAAK0jM,gBAAL,IAAwB,KAAK3B,MAAL,CAAY39J,OAAZ,CAAoB,KAAKu/J,YAAzB,EAAsC,IAAtC,CAA1D;AAAuG,GAA10H,EAA20H3uI,EAAE0uI,gBAAF,GAAmB,YAAU;AAAC,QAAI9gL,IAAE,KAAKqkB,OAAL,CAAavY,qBAAb,EAAN;AAAA,QAA2CjlB,IAAE,KAAK84B,IAAlD,CAAuD,KAAKqhK,aAAL,GAAmB,EAACj1K,MAAK/L,EAAE+L,IAAF,GAAOllB,EAAEgqG,WAAT,GAAqBhqG,EAAE00L,eAA7B,EAA6CrxL,KAAI8V,EAAE9V,GAAF,GAAMrD,EAAEw0L,UAAR,GAAmBx0L,EAAE40L,cAAtE,EAAqF/2J,OAAM1kB,EAAE0kB,KAAF,IAAS79B,EAAEiqG,YAAF,GAAejqG,EAAE20L,gBAA1B,CAA3F,EAAuI/2J,QAAOzkB,EAAEykB,MAAF,IAAU59B,EAAEy0L,aAAF,GAAgBz0L,EAAE60L,iBAA5B,CAA9I,EAAnB;AAAiN,GAAjnI,EAAknItpI,EAAE2uI,YAAF,GAAe7uI,CAAjoI,EAAmoIE,EAAE6uI,iBAAF,GAAoB,UAASjhL,CAAT,EAAW;AAAC,QAAInZ,IAAEmZ,EAAE8L,qBAAF,EAAN;AAAA,QAAgCxY,IAAE,KAAK0tL,aAAvC;AAAA,QAAqDzvI,IAAErzD,EAAE8hB,CAAF,CAAvD;AAAA,QAA4DsxC,IAAE,EAACvlC,MAAKllB,EAAEklB,IAAF,GAAOzY,EAAEyY,IAAT,GAAcwlC,EAAExoC,UAAtB,EAAiC7e,KAAIrD,EAAEqD,GAAF,GAAMoJ,EAAEpJ,GAAR,GAAYqnD,EAAEzE,SAAnD,EAA6DpoB,OAAMpxB,EAAEoxB,KAAF,GAAQ79B,EAAE69B,KAAV,GAAgB6sB,EAAEtoC,WAArF,EAAiGwb,QAAOnxB,EAAEmxB,MAAF,GAAS59B,EAAE49B,MAAX,GAAkB8sB,EAAEvE,YAA5H,EAA9D,CAAwM,OAAOsE,CAAP;AAAS,GAAp3I,EAAq3Ic,EAAE4pI,WAAF,GAAc1oL,EAAE0oL,WAAr4I,EAAi5I5pI,EAAEitI,UAAF,GAAa,YAAU;AAACr/K,MAAE7V,gBAAF,CAAmB,QAAnB,EAA4B,IAA5B,GAAkC,KAAK+2L,aAAL,GAAmB,CAAC,CAAtD;AAAwD,GAAj+I,EAAk+I9uI,EAAEkV,YAAF,GAAe,YAAU;AAACtnD,MAAE7G,mBAAF,CAAsB,QAAtB,EAA+B,IAA/B,GAAqC,KAAK+nL,aAAL,GAAmB,CAAC,CAAzD;AAA2D,GAAvjJ,EAAwjJ9uI,EAAE+uI,QAAF,GAAW,YAAU;AAAC,SAAK5/H,MAAL;AAAc,GAA5lJ,EAA6lJjuD,EAAE4oL,cAAF,CAAiB5qI,CAAjB,EAAmB,UAAnB,EAA8B,GAA9B,CAA7lJ,EAAgoJc,EAAEmP,MAAF,GAAS,YAAU;AAAC,SAAK2/H,aAAL,IAAoB,KAAKE,iBAAL,EAApB,IAA8C,KAAKlgC,MAAL,EAA9C;AAA4D,GAAhtJ,EAAitJ9uG,EAAEgvI,iBAAF,GAAoB,YAAU;AAAC,QAAIphL,IAAE9hB,EAAE,KAAKmmC,OAAP,CAAN;AAAA,QAAsBx9B,IAAE,KAAK84B,IAAL,IAAW3f,CAAnC,CAAqC,OAAOnZ,KAAGmZ,EAAE88C,UAAF,KAAe,KAAKn9B,IAAL,CAAUm9B,UAAnC;AAA8C,GAAn0J,EAAo0J1K,EAAEivI,QAAF,GAAW,UAASrhL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKy4L,QAAL,CAAct/K,CAAd,CAAN,CAAuB,OAAOnZ,EAAEzJ,MAAF,KAAW,KAAK0sC,KAAL,GAAW,KAAKA,KAAL,CAAWluC,MAAX,CAAkBiL,CAAlB,CAAtB,GAA4CA,CAAnD;AAAqD,GAAv6J,EAAw6JurD,EAAEkvI,QAAF,GAAW,UAASthL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKw6L,QAAL,CAAcrhL,CAAd,CAAN,CAAuBnZ,EAAEzJ,MAAF,KAAW,KAAKyiM,WAAL,CAAiBh5L,CAAjB,EAAmB,CAAC,CAApB,GAAuB,KAAKs4C,MAAL,CAAYt4C,CAAZ,CAAlC;AAAkD,GAAxgK,EAAygKurD,EAAEmvI,SAAF,GAAY,UAASvhL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAKy4L,QAAL,CAAct/K,CAAd,CAAN,CAAuB,IAAGnZ,EAAEzJ,MAAL,EAAY;AAAC,UAAIc,IAAE,KAAK4rC,KAAL,CAAWnuC,KAAX,CAAiB,CAAjB,CAAN,CAA0B,KAAKmuC,KAAL,GAAWjjC,EAAEjL,MAAF,CAASsC,CAAT,CAAX,EAAuB,KAAKwhM,YAAL,EAAvB,EAA2C,KAAKC,aAAL,EAA3C,EAAgE,KAAKE,WAAL,CAAiBh5L,CAAjB,EAAmB,CAAC,CAApB,CAAhE,EAAuF,KAAKs4C,MAAL,CAAYt4C,CAAZ,CAAvF,EAAsG,KAAKg5L,WAAL,CAAiB3hM,CAAjB,CAAtG;AAA0H;AAAC,GAA1tK,EAA2tKk0D,EAAEjT,MAAF,GAAS,UAASn/B,CAAT,EAAW;AAAC,QAAG,KAAKmgL,oBAAL,CAA0B,QAA1B,EAAmCngL,CAAnC,GAAsCA,KAAGA,EAAE5iB,MAA9C,EAAqD;AAAC,UAAIyJ,IAAE,KAAK25L,aAAL,EAAN,CAA2BxgL,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW9hB,CAAX,EAAa;AAAC8hB,UAAEm+K,OAAF,CAAUjgM,IAAE2I,CAAZ,GAAemZ,EAAEm/B,MAAF,EAAf;AAA0B,OAAlD;AAAoD;AAAC,GAAt3K,EAAu3KiT,EAAE5lC,IAAF,GAAO,UAASxM,CAAT,EAAW;AAAC,QAAG,KAAKmgL,oBAAL,CAA0B,MAA1B,EAAiCngL,CAAjC,GAAoCA,KAAGA,EAAE5iB,MAA5C,EAAmD;AAAC,UAAIyJ,IAAE,KAAK25L,aAAL,EAAN,CAA2BxgL,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW9hB,CAAX,EAAa;AAAC8hB,UAAEm+K,OAAF,CAAUjgM,IAAE2I,CAAZ,GAAemZ,EAAEwM,IAAF,EAAf;AAAwB,OAAhD;AAAkD;AAAC,GAA5gL,EAA6gL4lC,EAAEovI,kBAAF,GAAqB,UAASxhL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAK46L,QAAL,CAAczhL,CAAd,CAAN,CAAuB,KAAKm/B,MAAL,CAAYt4C,CAAZ;AAAe,GAAplL,EAAqlLurD,EAAEsvI,gBAAF,GAAmB,UAAS1hL,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAK46L,QAAL,CAAczhL,CAAd,CAAN,CAAuB,KAAKwM,IAAL,CAAU3lB,CAAV;AAAa,GAAxpL,EAAypLurD,EAAE6lB,OAAF,GAAU,UAASj4D,CAAT,EAAW;AAAC,SAAI,IAAInZ,IAAE,CAAV,EAAYA,IAAE,KAAKijC,KAAL,CAAW1sC,MAAzB,EAAgCyJ,GAAhC,EAAoC;AAAC,UAAI3I,IAAE,KAAK4rC,KAAL,CAAWjjC,CAAX,CAAN,CAAoB,IAAG3I,EAAEmmC,OAAF,IAAWrkB,CAAd,EAAgB,OAAO9hB,CAAP;AAAS;AAAC,GAAlwL,EAAmwLk0D,EAAEqvI,QAAF,GAAW,UAASzhL,CAAT,EAAW;AAACA,QAAE1M,EAAEzR,SAAF,CAAYme,CAAZ,CAAF,CAAiB,IAAInZ,IAAE,EAAN,CAAS,OAAOmZ,EAAEwhB,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAAC,UAAI9hB,IAAE,KAAK+5E,OAAL,CAAaj4D,CAAb,CAAN,CAAsB9hB,KAAG2I,EAAEhL,IAAF,CAAOqC,CAAP,CAAH;AAAa,KAAzD,EAA0D,IAA1D,GAAgE2I,CAAvE;AAAyE,GAA73L,EAA83LurD,EAAE57C,MAAF,GAAS,UAASwJ,CAAT,EAAW;AAAC,QAAInZ,IAAE,KAAK46L,QAAL,CAAczhL,CAAd,CAAN,CAAuB,KAAKmgL,oBAAL,CAA0B,QAA1B,EAAmCt5L,CAAnC,GAAsCA,KAAGA,EAAEzJ,MAAL,IAAayJ,EAAE26B,OAAF,CAAU,UAASxhB,CAAT,EAAW;AAACA,QAAExJ,MAAF,IAAWlD,EAAEuoL,UAAF,CAAa,KAAK/xJ,KAAlB,EAAwB9pB,CAAxB,CAAX;AAAsC,KAA5D,EAA6D,IAA7D,CAAnD;AAAsH,GAAhiM,EAAiiMoyC,EAAExP,OAAF,GAAU,YAAU;AAAC,QAAI5iC,IAAE,KAAKqkB,OAAL,CAAatnB,KAAnB,CAAyBiD,EAAE+N,MAAF,GAAS,EAAT,EAAY/N,EAAEkK,QAAF,GAAW,EAAvB,EAA0BlK,EAAEgJ,KAAF,GAAQ,EAAlC,EAAqC,KAAK8gB,KAAL,CAAWtI,OAAX,CAAmB,UAASxhB,CAAT,EAAW;AAACA,QAAE4iC,OAAF;AAAY,KAA3C,CAArC,EAAkF,KAAK0kB,YAAL,EAAlF,CAAsG,IAAIzgE,IAAE,KAAKw9B,OAAL,CAAaq6J,YAAnB,CAAgC,OAAO3sI,EAAElrD,CAAF,CAAP,EAAY,OAAO,KAAKw9B,OAAL,CAAaq6J,YAAhC,EAA6C5sI,KAAGA,EAAE72C,UAAF,CAAa,KAAKopB,OAAlB,EAA0B,KAAKlnC,WAAL,CAAiByjB,SAA3C,CAAhD;AAAsG,GAA3zM,EAA4zM0wC,EAAEh3C,IAAF,GAAO,UAAS0F,CAAT,EAAW;AAACA,QAAE1M,EAAEyoL,eAAF,CAAkB/7K,CAAlB,CAAF,CAAuB,IAAInZ,IAAEmZ,KAAGA,EAAE0+K,YAAX,CAAwB,OAAO73L,KAAGkrD,EAAElrD,CAAF,CAAV;AAAe,GAA74M,EAA84MyqD,EAAE6gB,MAAF,GAAS,UAASnyD,CAAT,EAAWnZ,CAAX,EAAa;AAAC,QAAI3I,IAAEu4B,EAAE66B,CAAF,CAAN,CAAW,OAAOpzD,EAAEywC,QAAF,GAAWr7B,EAAEzU,MAAF,CAAS,EAAT,EAAYyyD,EAAE3iB,QAAd,CAAX,EAAmCr7B,EAAEzU,MAAF,CAASX,EAAEywC,QAAX,EAAoB9nC,CAApB,CAAnC,EAA0D3I,EAAE8gM,aAAF,GAAgB1rL,EAAEzU,MAAF,CAAS,EAAT,EAAYyyD,EAAE0tI,aAAd,CAA1E,EAAuG9gM,EAAE0iB,SAAF,GAAYZ,CAAnH,EAAqH9hB,EAAEoc,IAAF,GAAOg3C,EAAEh3C,IAA9H,EAAmIpc,EAAE8sJ,IAAF,GAAOv0H,EAAE86B,CAAF,CAA1I,EAA+Ij+C,EAAE+oL,QAAF,CAAWn+L,CAAX,EAAa8hB,CAAb,CAA/I,EAA+J8xC,KAAGA,EAAEipI,OAAL,IAAcjpI,EAAEipI,OAAF,CAAU/6K,CAAV,EAAY9hB,CAAZ,CAA7K,EAA4LA,CAAnM;AAAqM,GAArnN,CAAsnN,IAAI8I,IAAE,EAAC26L,IAAG,CAAJ,EAAMlrK,GAAE,GAAR,EAAN,CAAmB,OAAO66B,EAAE05F,IAAF,GAAOz5F,CAAP,EAASD,CAAhB;AAAkB,CAAhlQ,CAA56Y,EAA8/oB,UAAStxC,CAAT,EAAWnZ,CAAX,EAAa;AAAC,gBAAY,OAAOg5B,MAAnB,IAA2BA,OAAOC,GAAlC,GAAsCD,OAAO,CAAC,mBAAD,EAAqB,mBAArB,CAAP,EAAiDh5B,CAAjD,CAAtC,GAA0F,oBAAiB1L,MAAjB,yCAAiBA,MAAjB,MAAyBA,OAAOC,OAAhC,GAAwCD,OAAOC,OAAP,GAAeyL,EAAEg0L,QAAQ,UAAR,CAAF,EAAsBA,QAAQ,UAAR,CAAtB,CAAvD,GAAkG76K,EAAE4hL,OAAF,GAAU/6L,EAAEmZ,EAAEs8K,QAAJ,EAAat8K,EAAEolD,OAAf,CAAtM;AAA8N,CAA5O,CAA6O5pE,MAA7O,EAAoP,UAASwkB,CAAT,EAAWnZ,CAAX,EAAa;AAAC,MAAI3I,IAAE8hB,EAAEmyD,MAAF,CAAS,SAAT,CAAN,CAA0B,OAAOj0E,EAAE8gM,aAAF,CAAgB6C,QAAhB,GAAyB,YAAzB,EAAsC3jM,EAAEjB,SAAF,CAAYyiM,YAAZ,GAAyB,YAAU;AAAC,SAAKt6H,OAAL,IAAe,KAAK06H,eAAL,CAAqB,aAArB,EAAmC,YAAnC,CAAf,EAAgE,KAAKA,eAAL,CAAqB,QAArB,EAA8B,YAA9B,CAAhE,EAA4G,KAAKgC,cAAL,EAA5G,EAAkI,KAAKC,KAAL,GAAW,EAA7I,CAAgJ,KAAI,IAAI/hL,IAAE,CAAV,EAAYA,IAAE,KAAKgiL,IAAnB,EAAwBhiL,GAAxB;AAA4B,WAAK+hL,KAAL,CAAWlmM,IAAX,CAAgB,CAAhB;AAA5B,KAA+C,KAAKomM,IAAL,GAAU,CAAV;AAAY,GAArR,EAAsR/jM,EAAEjB,SAAF,CAAY6kM,cAAZ,GAA2B,YAAU;AAAC,QAAG,KAAKI,iBAAL,IAAyB,CAAC,KAAKC,WAAlC,EAA8C;AAAC,UAAIniL,IAAE,KAAK8pB,KAAL,CAAW,CAAX,CAAN;AAAA,UAAoB5rC,IAAE8hB,KAAGA,EAAEqkB,OAA3B,CAAmC,KAAK89J,WAAL,GAAiBjkM,KAAG2I,EAAE3I,CAAF,EAAK+lD,UAAR,IAAoB,KAAKm+I,cAA1C;AAAyD,SAAI9uL,IAAE,KAAK6uL,WAAL,IAAkB,KAAKE,MAA7B;AAAA,QAAoC9wI,IAAE,KAAK6wI,cAAL,GAAoB,KAAKC,MAA/D;AAAA,QAAsE/wI,IAAEC,IAAEj+C,CAA1E;AAAA,QAA4EmjB,IAAEnjB,IAAEi+C,IAAEj+C,CAAlF;AAAA,QAAoF5O,IAAE+xB,KAAG,IAAEA,CAAL,GAAO,OAAP,GAAe,OAArG,CAA6G66B,IAAE3xD,KAAK+E,CAAL,EAAQ4sD,CAAR,CAAF,EAAa,KAAK0wI,IAAL,GAAUriM,KAAKkrB,GAAL,CAASymC,CAAT,EAAW,CAAX,CAAvB;AAAqC,GAAzlB,EAA0lBpzD,EAAEjB,SAAF,CAAYilM,iBAAZ,GAA8B,YAAU;AAAC,QAAIliL,IAAE,KAAK68K,UAAL,CAAgB,UAAhB,CAAN;AAAA,QAAkC3+L,IAAE8hB,IAAE,KAAKqkB,OAAL,CAAa/iC,UAAf,GAA0B,KAAK+iC,OAAnE;AAAA,QAA2E/wB,IAAEzM,EAAE3I,CAAF,CAA7E,CAAkF,KAAKkkM,cAAL,GAAoB9uL,KAAGA,EAAEwpD,UAAzB;AAAoC,GAAzvB,EAA0vB5+D,EAAEjB,SAAF,CAAYmjM,sBAAZ,GAAmC,UAASpgL,CAAT,EAAW;AAACA,MAAEolD,OAAF,GAAY,IAAIv+D,IAAEmZ,EAAE2f,IAAF,CAAOskB,UAAP,GAAkB,KAAKk+I,WAA7B;AAAA,QAAyCjkM,IAAE2I,KAAG,IAAEA,CAAL,GAAO,OAAP,GAAe,MAA1D;AAAA,QAAiEyM,IAAE3T,KAAKzB,CAAL,EAAQ8hB,EAAE2f,IAAF,CAAOskB,UAAP,GAAkB,KAAKk+I,WAA/B,CAAnE,CAA+G7uL,IAAE3T,KAAKy0C,GAAL,CAAS9gC,CAAT,EAAW,KAAK0uL,IAAhB,CAAF,CAAwB,KAAI,IAAIzwI,IAAE,KAAK+wI,YAAL,CAAkBhvL,CAAlB,CAAN,EAA2Bg+C,IAAE3xD,KAAKy0C,GAAL,CAASj2C,KAAT,CAAewB,IAAf,EAAoB4xD,CAApB,CAA7B,EAAoD96B,IAAE86B,EAAEz1D,OAAF,CAAUw1D,CAAV,CAAtD,EAAmE5sD,IAAE,EAACgnC,GAAE,KAAKy2J,WAAL,GAAiB1rK,CAApB,EAAsBmV,GAAE0lB,CAAxB,EAArE,EAAgG6B,IAAE7B,IAAEtxC,EAAE2f,IAAF,CAAOukB,WAA3G,EAAuH4N,IAAE,KAAKkwI,IAAL,GAAU,CAAV,GAAYzwI,EAAEn0D,MAAvI,EAA8I80D,IAAE,CAApJ,EAAsJJ,IAAEI,CAAxJ,EAA0JA,GAA1J;AAA8J,WAAK6vI,KAAL,CAAWtrK,IAAEy7B,CAAb,IAAgBiB,CAAhB;AAA9J,KAAgL,OAAOzuD,CAAP;AAAS,GAArnC,EAAsnCxG,EAAEjB,SAAF,CAAYqlM,YAAZ,GAAyB,UAAStiL,CAAT,EAAW;AAAC,QAAG,IAAEA,CAAL,EAAO,OAAO,KAAK+hL,KAAZ,CAAkB,KAAI,IAAIl7L,IAAE,EAAN,EAAS3I,IAAE,KAAK8jM,IAAL,GAAU,CAAV,GAAYhiL,CAAvB,EAAyB1M,IAAE,CAA/B,EAAiCpV,IAAEoV,CAAnC,EAAqCA,GAArC,EAAyC;AAAC,UAAIi+C,IAAE,KAAKwwI,KAAL,CAAWpmM,KAAX,CAAiB2X,CAAjB,EAAmBA,IAAE0M,CAArB,CAAN,CAA8BnZ,EAAEyM,CAAF,IAAK3T,KAAKkrB,GAAL,CAAS1sB,KAAT,CAAewB,IAAf,EAAoB4xD,CAApB,CAAL;AAA4B,YAAO1qD,CAAP;AAAS,GAAjyC,EAAkyC3I,EAAEjB,SAAF,CAAY8jM,YAAZ,GAAyB,UAAS/gL,CAAT,EAAW;AAAC,QAAI9hB,IAAE2I,EAAEmZ,CAAF,CAAN;AAAA,QAAW1M,IAAE,KAAK2tL,iBAAL,CAAuBjhL,CAAvB,CAAb;AAAA,QAAuCuxC,IAAE,KAAKsrI,UAAL,CAAgB,YAAhB,CAAzC;AAAA,QAAuEvrI,IAAEC,IAAEj+C,EAAEyY,IAAJ,GAASzY,EAAEoxB,KAApF;AAAA,QAA0FjO,IAAE66B,IAAEpzD,EAAE+lD,UAAhG;AAAA,QAA2Gv/C,IAAE/E,KAAKgzD,KAAL,CAAWrB,IAAE,KAAK6wI,WAAlB,CAA7G,CAA4Iz9L,IAAE/E,KAAKkrB,GAAL,CAAS,CAAT,EAAWnmB,CAAX,CAAF,CAAgB,IAAIyuD,IAAExzD,KAAKgzD,KAAL,CAAWl8B,IAAE,KAAK0rK,WAAlB,CAAN,CAAqChvI,KAAG18B,IAAE,KAAK0rK,WAAP,GAAmB,CAAnB,GAAqB,CAAxB,EAA0BhvI,IAAExzD,KAAKy0C,GAAL,CAAS,KAAK4tJ,IAAL,GAAU,CAAnB,EAAqB7uI,CAArB,CAA5B,CAAoD,KAAI,IAAIrB,IAAE,KAAK+qI,UAAL,CAAgB,WAAhB,CAAN,EAAmC3qI,IAAE,CAACJ,IAAEx+C,EAAEpJ,GAAJ,GAAQoJ,EAAEmxB,MAAX,IAAmBvmC,EAAEgmD,WAA1D,EAAsEvvC,IAAEjQ,CAA5E,EAA8EyuD,KAAGx+C,CAAjF,EAAmFA,GAAnF;AAAuF,WAAKotL,KAAL,CAAWptL,CAAX,IAAchV,KAAKkrB,GAAL,CAASqnC,CAAT,EAAW,KAAK6vI,KAAL,CAAWptL,CAAX,CAAX,CAAd;AAAvF;AAA+H,GAA3rD,EAA4rDzW,EAAEjB,SAAF,CAAYyjM,iBAAZ,GAA8B,YAAU;AAAC,SAAKuB,IAAL,GAAUtiM,KAAKkrB,GAAL,CAAS1sB,KAAT,CAAewB,IAAf,EAAoB,KAAKoiM,KAAzB,CAAV,CAA0C,IAAI/hL,IAAE,EAAC+N,QAAO,KAAKk0K,IAAb,EAAN,CAAyB,OAAO,KAAKpF,UAAL,CAAgB,UAAhB,MAA8B78K,EAAEgJ,KAAF,GAAQ,KAAKu5K,qBAAL,EAAtC,GAAoEviL,CAA3E;AAA6E,GAAr3D,EAAs3D9hB,EAAEjB,SAAF,CAAYslM,qBAAZ,GAAkC,YAAU;AAAC,SAAI,IAAIviL,IAAE,CAAN,EAAQnZ,IAAE,KAAKm7L,IAAnB,EAAwB,EAAEn7L,CAAF,IAAK,MAAI,KAAKk7L,KAAL,CAAWl7L,CAAX,CAAjC;AAAgDmZ;AAAhD,KAAoD,OAAM,CAAC,KAAKgiL,IAAL,GAAUhiL,CAAX,IAAc,KAAKmiL,WAAnB,GAA+B,KAAKE,MAA1C;AAAiD,GAAxgE,EAAygEnkM,EAAEjB,SAAF,CAAYmkM,iBAAZ,GAA8B,YAAU;AAAC,QAAIphL,IAAE,KAAKoiL,cAAX,CAA0B,OAAO,KAAKF,iBAAL,IAAyBliL,KAAG,KAAKoiL,cAAxC;AAAuD,GAAnoE,EAAooElkM,CAA3oE;AAA6oE,CAAz6E,CAA9/oB;;;ACRA;;;AAGA,CAAC,CAAC,UAAU0gC,GAAV,EAAgB;;AAEd,QAAIqB,CAAJ;AACA,QAAI,gBAAgBrB,GAApB,EAA0B;AACtBqB,YAAIrB,IAAI4jK,UAAR;AACH,KAFD,MAEO,IAAI,YAAY5jK,GAAhB,EAAsB;AACzBqB,YAAIrB,IAAIviC,MAAR;AACH,KAFM,MAEA;AACH,cAAM,IAAId,KAAJ,CAAW,kCAAX,CAAN;AACH;;AAED;AACA;AACA0kC,MAAG,YAAU;AACTA,UAAG5kC,QAAH,EAAcooB,OAAd,CAAuB,kBAAvB;AACH,KAFD;AAIH,CAjBA,EAiBG,OAAOjoB,MAAP,KAAkB,WAAlB,GAAgCA,MAAhC,YAjBH;;;;;ACHD;;;AAGA;AACA;;AAEC,WAAUN,OAAV,EAAmB;AAChB,QAAI,OAAO2kC,MAAP,KAAkB,UAAlB,IAAgCA,OAAOC,GAA3C,EAAgD;AAC5C;AACAD,eAAO,CAAC,QAAD,CAAP,EAAmB3kC,OAAnB;AACH,KAHD,MAGO,IAAI,QAAOC,MAAP,yCAAOA,MAAP,OAAkB,QAAlB,IAA8BA,OAAOC,OAAzC,EAAkD;AACrD;AACAD,eAAOC,OAAP,GAAiB,UAAU4Y,IAAV,EAAgB3X,MAAhB,EAAyB;AACtC,gBAAKA,WAAWoD,SAAhB,EAA4B;AACxB;AACA;AACA;AACA;AACA,oBAAK,OAAOjE,MAAP,KAAkB,WAAvB,EAAqC;AACjCa,6BAASw+L,QAAQ,QAAR,CAAT;AACH,iBAFD,MAEO;AACHx+L,6BAASw+L,QAAQ,QAAR,EAAkB7mL,IAAlB,CAAT;AACH;AACJ;AACD9Y,oBAAQmB,MAAR;AACA,mBAAOA,MAAP;AACH,SAdD;AAeH,KAjBM,MAiBA;AACH;AACAnB,gBAAQmB,MAAR;AACH;AACJ,CAzBA,EAyBC,UAAU4jC,CAAV,EAAa;AACX,QAAIwiK,QAAJ;AAAA,QAAc7jK,MAAM,OAAOpjC,MAAP,KAAkB,WAAlB,GAAgCA,MAAhC,GAAyC,IAA7D;;AAEA;;;;;;;AAOA,QAAI,OAAOinM,QAAP,KAAoB,WAAxB,EAAsC;AAClCA,mBAAW;AACPC,kBAAM;AACFC,uBAAO,CAAE,OAAF,EAAW,OAAX,EAAoB,QAApB,CADL;AAEF1c,yBAAS,wCAFP;AAGF2c,+BAAe,SAHb;AAIFC,oCAAoB,sBAJlB;AAKFlkM,sBAAM;AALJ,aADC;AAQP;AACAmkM,qBAAW,mBAAmBznM,QAArB,IACP,UAAUA,QADH,KAEP,CAACG,OAAOgiE,UAAR,IAAsBhiE,OAAOunM,WAFtB,KAGT,CAACvnM,OAAOwnM;AAZD,SAAX;AAcH;AACD,QAAI,CAACP,SAASQ,MAAd,EAAuB;AACnBR,iBAASQ,MAAT,GAAkB,EAAlB;AACH;AACD,QAAIR,SAASK,OAAb,EAAuB;AACnB7iK,UAAG5kC,SAASuO,eAAZ,EAA8BkpB,QAA9B,CAAwC,mBAAxC;AACH;;AAEA,iBAAW;AACR,YAAI+N,aAAa,UAAjB;AAAA,YACI9N,UAAU;AACNu3H,qBAAS;AADH,SADd;AAAA,YAIIvqI,SAAS;AACLoyD,oBAAQ,gBADH;AAELvvB,qBAAS,iBAFJ;AAGLwrD,qBAAS;AAHJ,SAJb;AAAA,YASI80F,cAAc,OATlB;AAAA,YAUIC,eAAe,yDAVnB;;AAYA,YAAIC,QAAQ,SAARA,KAAQ,CAAU/+J,OAAV,EAAoB;AAC5B,gBAAI,CAACA,OAAL,EAAe;AACX,sBAAM,IAAI9oC,KAAJ,CAAW,+BAAX,CAAN;AACH;;AAED,iBAAKyiF,KAAL,GAAa35C,OAAb;AACA,iBAAKg/J,MAAL,GAAcpjK,EAAGoE,OAAH,CAAd;;AAEA,iBAAKi/J,IAAL,GAAY,KAAKD,MAAL,CAAYp3L,IAAZ,CAAkB,oBAAlB,KAA4Ci3L,WAAxD;;AAEA,iBAAKzmM,IAAL;AACH,SAXD;;AAaA2mM,cAAMnmM,SAAN,CAAgBR,IAAhB,GAAuB,YAAW;AAC9B;AACA,gBAAK,CAAC,KAAK4mM,MAAL,CAAYp3L,IAAZ,CAAkB,IAAlB,CAAN,EAAiC;AAC7B,qBAAKo3L,MAAL,CAAYp3L,IAAZ,CAAkB,IAAlB,EAAwB40B,aAAa,GAAb,GAAmBlhC,KAAKgiC,KAAL,CAAYhiC,KAAKC,MAAL,KAAgB,KAA5B,CAA3C;AACH;;AAED,iBAAK2jM,aAAL;;AAEA,gBAAIC,WAAW,KAAKC,UAAL,EAAf;;AAEA,iBAAKJ,MAAL,CAAY5/K,OAAZ,CAAqB1D,OAAOoyD,MAA5B,EAAoC,CAAE,IAAF,EAAQqxH,QAAR,CAApC;AACH,SAXD;;AAaAJ,cAAMnmM,SAAN,CAAgBwmM,UAAhB,GAA6B,YAAW;AACpC,gBAAID,QAAJ;AAAA,gBACIE,OAAO,KAAK1lH,KAAL,CAAW51E,gBAAX,CAA6B,UAA7B,CADX;AAAA,gBAEI0L,OAAO,IAFX;;AAIAmsB,cAAGyjK,IAAH,EAAU5lM,IAAV,CAAgB,YAAU;AACtB,oBAAI6lM,WAAW,CAAf;;AAEA,oBAAItvL,WAAW4rB,EAAG,IAAH,EAAU5rB,QAAV,EAAf;AACA,oBAAIuvL,eAAe,EAAnB;AACAvvL,yBAASvW,IAAT,CAAe,YAAU;AACrB,wBAAI8jD,OAAOjvB,SAAU,KAAK5qB,YAAL,CAAmB,SAAnB,CAAV,EAA0C,EAA1C,CAAX;;AAEA67L,iCAAaD,QAAb,IAAyB,IAAzB;AACAH,+BAAWG,WAAW,CAAtB;;AAEA,wBAAI/hJ,IAAJ,EAAU;AACN,6BAAK,IAAIza,IAAI,CAAb,EAAgBA,IAAIya,OAAO,CAA3B,EAA8Bza,GAA9B,EAAmC;AAC/Bw8J;AACAC,yCAAaD,QAAb,IAAyB,IAAzB;AACH;AACJ;AACD,yBAAKrzH,KAAL,GAAa,EAAb;AACAqzH;AACH,iBAdD;AAeA;AACA;AACA7vL,qBAAKuvL,MAAL,CAAY54L,IAAZ,CAAiB,IAAjB,EAAuBoJ,GAAvB,CAA4B6vL,KAAK,CAAL,CAA5B,EAAqC5lM,IAArC,CAA2C,YAAW;AAClD,wBAAI+lM,eAAe,CAAnB;AACA5jK,sBAAE,IAAF,EAAQ5rB,QAAR,GAAmBvW,IAAnB,CAAwB,YAAY;AAChC,4BAAI8jD,OAAOjvB,SAAU,KAAK5qB,YAAL,CAAmB,SAAnB,CAAV,EAA0C,EAA1C,CAAX;AACA67L,qCAAaC,YAAb,EAA2BvzH,KAA3B,CAAiCz0E,IAAjC,CAAsC,IAAtC;AACA,4BAAI+lD,IAAJ,EAAU;AACNiiJ,4CAAgBjiJ,IAAhB;AACH,yBAFD,MAEO;AACHiiJ;AACH;AACJ,qBARD;AASH,iBAXD;AAYH,aAlCD;;AAoCA,mBAAOL,QAAP;AACH,SA1CD;;AA4CAJ,cAAMnmM,SAAN,CAAgBmxG,OAAhB,GAA0B,YAAW;AACjC,iBAAKq1F,UAAL;;AAEA,iBAAKJ,MAAL,CAAY5/K,OAAZ,CAAqB1D,OAAOquF,OAA5B;AACH,SAJD;;AAMAg1F,cAAMnmM,SAAN,CAAgBsmM,aAAhB,GAAgC,YAAW;AACvC;AACA;AACA,gBAAIO,WAAW,KAAKT,MAAL,CAAY7uL,IAAZ,GAAmB9J,MAAnB,CAA2B,MAAMqoB,QAAQu3H,OAAzC,CAAf;AACA,gBAAI,CAACw5C,SAAS1mM,MAAd,EAAuB;AACnB0mM,2BAAW7jK,EAAG,OAAH,EACNnN,QADM,CACIC,QAAQu3H,OADZ,EAEN5jI,YAFM,CAEQ,KAAK28K,MAFb,CAAX;AAGH;AACD,iBAAKS,QAAL,GAAgBA,QAAhB;;AAEA,gBAAI,KAAKR,IAAT,EAAgB;AACZ,qBAAKQ,QAAL,CAAchxK,QAAd,CAAwB,mBAAmB,KAAKwwK,IAAhD;AACH;AACJ,SAdD;;AAgBAF,cAAMnmM,SAAN,CAAgB2lD,OAAhB,GAA0B,YAAW;AACjC;AACA,iBAAKygJ,MAAL,CAAY7uL,IAAZ,GAAmB9J,MAAnB,CAA2B,MAAMqoB,QAAQu3H,OAAzC,EAAmDxsJ,IAAnD,CAAwD,YAAW;AAC/D,qBAAKuM,SAAL,GAAiB,KAAKA,SAAL,CAAexK,OAAf,CAAwB,0BAAxB,EAAoD,EAApD,CAAjB;AACH,aAFD;;AAIA,gBAAIkkM,UAAU,KAAKV,MAAL,CAAYp3L,IAAZ,CAAkB,IAAlB,CAAd;AACAg0B,cAAG5kC,QAAH,EAAc4d,GAAd,CAAmB,MAAM8qL,OAAzB;AACA9jK,cAAGzkC,MAAH,EAAYyd,GAAZ,CAAiB,MAAM8qL,OAAvB;;AAEA;AACA,iBAAKV,MAAL,CAAY5/K,OAAZ,CAAqB1D,OAAO6iC,OAA5B,EAAqC,CAAE,IAAF,CAArC;;AAEA,iBAAKygJ,MAAL,CAAYpoL,UAAZ,CAAwB4lB,UAAxB;AACH,SAdD;;AAgBA;AACAZ,UAAEzjC,EAAF,CAAMqkC,UAAN,IAAqB,YAAW;AAC5B,mBAAO,KAAK/iC,IAAL,CAAW,YAAW;AACzB,oBAAIitH,KAAK9qF,EAAG,IAAH,CAAT;;AAEA,oBAAI8qF,GAAGzwG,IAAH,CAASumB,UAAT,CAAJ,EAA2B;AACvB;AACH;;AAED,oBAAIm9C,QAAQ,IAAIolH,KAAJ,CAAW,IAAX,CAAZ;AACAr4E,mBAAGzwG,IAAH,CAASumB,UAAT,EAAqBm9C,KAArB;AACH,aATM,CAAP;AAUH,SAXD;;AAaA/9C,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,kBAAlB,EAAsC,UAAU3Y,CAAV,EAAc;AAChD;AACA,gBAAI47L,SAASK,OAAb,EAAuB;AACnB7iK,kBAAGp5B,EAAEzH,MAAL,EAAcqL,IAAd,CAAoB04L,YAApB,EAAoCtiK,UAApC;AACH;AACJ,SALD;AAOH,KA9IA,GAAD;;AAgJA,KAAE,aAAU;;AAER,YAAI9N,UAAU;AACVixK,wBAAY,gBADF;AAEVC,wBAAY,qBAFF;AAGVC,+BAAmB;AAHT,SAAd;;AAMA,YAAI5pL,OAAO;AACPpa,iBAAK;AADE,SAAX;;AAIA,YAAI6I,QAAQ;AACRo7L,uBAAW,yBADH;AAERC,uBAAW;AAFH,SAAZ;;AAKA,YAAIC,QAAQ,SAARA,KAAQ,CAAUhgK,OAAV,EAAoB;;AAE5B,iBAAKg/J,MAAL,GAAcpjK,EAAGoE,OAAH,CAAd;;AAEA,iBAAK8/J,SAAL,GAAiB,KAAKd,MAAL,CAAYjwL,EAAZ,CAAgB,MAAMrK,MAAMo7L,SAAZ,GAAwB,GAAxC,CAAjB;AACA,iBAAKC,SAAL,GAAiB,KAAKf,MAAL,CAAYjwL,EAAZ,CAAgB,MAAMrK,MAAMq7L,SAAZ,GAAwB,GAAxC,CAAjB;;AAEA,gBAAI,CAAC,KAAKD,SAAV,EAAsB;AAClB;AACA,qBAAKG,UAAL,GAAkB,KAAKjB,MAAL,CAAY54L,IAAZ,CAAkB,IAAlB,CAAlB;AACH;;AAED,iBAAK44L,MAAL,CAAY/oL,IAAZ,CAAkBA,KAAKpa,GAAvB,EAA4B,IAA5B;AACH,SAbD;;AAeAmkM,cAAMpnM,SAAN,CAAgBR,IAAhB,GAAuB,UAAU+mM,QAAV,EAAqB;AACxC,iBAAKH,MAAL,CAAYvwK,QAAZ,CAAsBC,QAAQixK,UAA9B;;AAEA,gBAAI,KAAKG,SAAT,EAAqB;AACjB;AACH;;AAED;AACA,gBAAII,iBAAiBtkK,EAAG,KAAKqkK,UAAR,CAArB;AACA,gBAAIF,YAAY,KAAKA,SAArB;;AAEA;AACAG,2BAAezmM,IAAf,CAAoB,YAAU;AAC1B,oBAAIitH,KAAK9qF,EAAG,IAAH,CAAT;AAAA,oBACIukK,SAASvkK,EAAG,KAAKqwC,KAAR,EAAgB5lE,MAAhB,CAAuB,YAAW;AACvC,2BAAO,CAACu1B,EAAG,IAAH,EAAUl2B,MAAV,GAAmBqJ,EAAnB,CAAuB,MAAMrK,MAAMo7L,SAAZ,GAAwB,GAA/C,CAAD,KAA2D,CAACC,SAAD,IAAc,CAACnkK,EAAG,IAAH,EAAU7sB,EAAV,CAAc,QAAd,CAA1E,CAAP;AACH,iBAFQ,CADb;AAAA,oBAIIqxL,iBAAiBD,OAAO3wL,GAAP,CAAY,IAAZ,EAAmBnJ,MAAnB,CAA2B,UAA3B,EAAwCtN,MAAxC,IAAkD,0BAJvE;;AAKA;AACIsnM,kCAAkB35E,GAAGtgH,IAAH,CAAS,wBAAT,CANtB;AAAA,oBAOIqb,OAAO4+K,gBAAgBtnM,MAAhB,GAAyBsnM,gBAAgB5+K,IAAhB,EAAzB,GAAkDilG,GAAGjlG,IAAH,EAP7D;;AASA,oBAAIA,SAAS,EAAb,EAAiB;AACb,wBAAI2+K,cAAJ,EAAoB;AAChB,4BAAIE,YAAYhyK,SAAUsN,EAAG,IAAH,EAAUh0B,IAAV,CAAgB,SAAhB,CAAV,EAAuC,EAAvC,CAAhB;AAAA,4BACIvB,SAAS,EADb;;AAGA,4BAAIi6L,SAAJ,EAAe;AACXj6L,qCAAS,kBAAiBi6L,SAAjB,GAA4B,MAA5B,GAAuCnB,QAAvC,GAAmD,GAA5D;AACH;AACDgB,+BAAO95L,MAAP,CAAeA,MAAf,EAAwB+b,OAAxB,CAAiC,eAAesM,QAAQkxK,UAAvB,GAAoCQ,cAApC,GAAqD,IAArD,GAA4D3+K,IAA5D,GAAmE,MAApG;AACH,qBARD,MAQO;AACH0+K,+BAAOvpK,SAAP,CAAkB,kBAAkBlI,QAAQmxK,iBAA1B,GAA8C,WAAhE;AACAM,+BAAO/9K,OAAP,CAAgB,eAAesM,QAAQkxK,UAAvB,GAAoC,IAApC,GAA2Cn+K,IAA3C,GAAkD,MAAlE;AACH;AACJ;AACJ,aAxBD;AAyBH,SArCD;;AAuCAu+K,cAAMpnM,SAAN,CAAgB2lD,OAAhB,GAA0B,YAAW;AACjC,iBAAKygJ,MAAL,CAAYlwK,WAAZ,CAAyBJ,QAAQixK,UAAjC;AACA,iBAAKX,MAAL,CAAY54L,IAAZ,CAAkB,MAAMsoB,QAAQkxK,UAAhC,EAA6CztL,MAA7C;AACA,iBAAK6sL,MAAL,CAAY54L,IAAZ,CAAkB,MAAMsoB,QAAQmxK,iBAAhC,EAAoDpmM,IAApD,CAAyD,YAAW;AAChEmiC,kBAAG,IAAH,EAAUpZ,WAAV,CAAuB,KAAKjgB,UAA5B;AACH,aAFD;AAGH,SAND;;AAQA;AACAq5B,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,gBAAlB,EAAoC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuBpB,QAAvB,EAAiC;AACjE,gBAAIoB,SAAStB,IAAT,KAAkB,OAAtB,EAA+B;AAC3B,oBAAItlH,QAAQ,IAAIqmH,KAAJ,CAAWO,SAAS5mH,KAApB,CAAZ;AACAA,sBAAMvhF,IAAN,CAAY+mM,QAAZ;AACH;AAEJ,SAND;;AAQAvjK,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,iBAAlB,EAAqC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuB;;AAExD,gBAAIA,SAAStB,IAAT,KAAkB,OAAtB,EAA+B;AAC3BrjK,kBAAG2kK,SAAS5mH,KAAZ,EAAoB1jE,IAApB,CAA0BA,KAAKpa,GAA/B,EAAqC0iD,OAArC;AACH;AAEJ,SAND;AAQH,KAhGC,GAAD;AAiGD,KAAE,aAAW;AACT,YAAI/hB,aAAa,aAAjB;AAAA,YACIgkK,UAAU;AACN5Q,qBAAS,mBAAU;AACf,uBAAOh0J,EAAG,IAAH,EAAUniC,IAAV,CAAe,YAAW;AAC7BmiC,sBAAG,IAAH,EACKxc,OADL,CACc,kBAAkBod,UADhC,EAEMA,UAFN,EAEoB,OAFpB,EAGKpd,OAHL,CAGc,YAAYod,UAH1B;AAIH,iBALM,CAAP;AAMH,aARK;AASNQ,mBAAO,iBAAU;AACb,oBAAIyjK,MAAM7kK,EAAG,IAAH,CAAV;AAAA,oBACIne,MAAM,KAAKna,oBAAL,CAA2B,QAA3B,EAAuC,CAAvC,CADV;;AAGA,oBAAIma,GAAJ,EAAU;AACNme,sBAAG,IAAH,EACKnN,QADL,CACe,YADf,EAEM+N,UAFN,EAEoB,SAFpB,EAE+B/e,GAF/B;AAGH;AACD,uBAAOgjL,GAAP;AACH,aAnBK;AAoBNvhH,qBAAS,iBAAUzhE,GAAV,EAAgB;AACrB,oBAAIk0D,SAAS,SAATA,MAAS,CAAU8uH,GAAV,EAAehjL,GAAf,EAAqB;AAC9B,wBAAIuM,OAAO4R,EAAGne,GAAH,EAASrX,IAAT,CAAe,QAAf,CAAX;AACA,wBAAI0lE,QAAQ90E,SAAS6F,aAAT,CAAwB,MAAxB,CAAZ;AACA,wBAAIib,EAAJ;AACA,wBAAI9H,QAAJ;AACA,wBAAI0wL,QAAQ,KAAZ;;AAEA50H,0BAAMnoE,YAAN,CAAoB,aAApB,EAAmC,MAAnC;AACAmoE,0BAAMrlE,SAAN,GAAkB,QAAlB;;AAEAujB,yBAAKvwB,IAAL,CAAU,YAAW;AACjB,4BAAIkyB,MAAM,IAAV;AACA,4BAAIA,IAAI5gB,QAAR,EAAmB;AACf+gE,kCAAMrlE,SAAN,GAAkBklB,IAAI7uB,IAAtB;AACH;AACJ,qBALD;;AAOAkT,+BAAWywL,IAAIl+L,UAAf;AACA,wBAAIynB,KAAKjxB,MAAL,GAAc,CAAlB,EAAqB;AACjB,6BAAK,IAAIc,IAAI,CAAR,EAAWyW,IAAIN,SAASjX,MAA7B,EAAqCc,IAAIyW,CAAzC,EAA4CzW,GAA5C,EAAkD;AAC9Cie,iCAAK9H,SAAUnW,CAAV,CAAL;;AAEA,gCAAIie,MAAMA,GAAGza,QAAH,CAAY1E,WAAZ,OAA8B,MAAxC,EAAiD;AAC7C8nM,oCAAIh+K,YAAJ,CAAkBqpD,KAAlB,EAAyBh0D,EAAzB;AACA4oL,wCAAQ,IAAR;AACH;AACJ;;AAED,4BAAI,CAACA,KAAL,EAAa;AACTD,gCAAIp+K,YAAJ,CAAkBypD,KAAlB,EAAyB20H,IAAIr4L,UAA7B;AACH;AACJ;AACJ,iBAhCD;;AAkCAupE,uBAAQ,IAAR,EAAcl0D,GAAd;AACAme,kBAAG,IAAH,EAAUzgB,EAAV,CAAc,gBAAd,EAAgC,YAAW;AACvCw2D,2BAAQ,IAAR,EAAcl0D,GAAd;AACH,iBAFD;AAGH;AA3DK,SADd;;AA+DA;AACAme,UAAEzjC,EAAF,CAAMqkC,UAAN,IAAqB,UAAUmkK,IAAV,EAAgBtgM,CAAhB,EAAmBC,CAAnB,EAAsBotD,CAAtB,EAA0B;AAC3C,mBAAO,KAAKj0D,IAAL,CAAU,YAAW;;AAExB;AACA,oBAAIknM,QAAQ,OAAQA,IAAR,KAAmB,QAA/B,EAAyC;AACrC,2BAAO/kK,EAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAAnB,CAA8B+nM,IAA9B,EAAqC1nM,IAArC,CAA2C,IAA3C,EAAiDoH,CAAjD,EAAoDC,CAApD,EAAuDotD,CAAvD,CAAP;AACH;;AAED;AACA,oBAAI9xB,EAAG,IAAH,EAAU3lB,IAAV,CAAgBumB,aAAa,QAA7B,CAAJ,EAA6C;AACzC,2BAAOZ,EAAG,IAAH,CAAP;AACH;;AAED;;AAEAA,kBAAG,IAAH,EAAU3lB,IAAV,CAAgBumB,aAAa,QAA7B,EAAuC,IAAvC;AACAZ,kBAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAAnB,CAA6Bg3L,OAA7B,CAAqC32L,IAArC,CAA2C,IAA3C;AACH,aAhBM,CAAP;AAiBH,SAlBD;;AAoBA;AACA2iC,UAAEphC,MAAF,CAAUohC,EAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAA7B,EAAwC4nM,OAAxC;AAEH,KAxFC,GAAD;AAyFD,KAAE,aAAU;;AAER,YAAII,eAAe,SAAfA,YAAe,CAAU5gK,OAAV,EAAoB;;AAEnC,iBAAKg/J,MAAL,GAAcpjK,EAAGoE,OAAH,CAAd;;AAEA,gBAAI,CAAC,KAAKg/J,MAAL,CAAYjmM,MAAjB,EAA0B;AACtB;AACH;;AAED,iBAAK21B,OAAL,GAAe;AACXmyK,mCAAmB,uBADR;AAEXC,kCAAkB,gDAFP;AAGXC,2BAAW,iDAHA;AAIXzqG,uBAAO,6BAJI;AAKX0qG,gCAAgB,oBALL;AAMX;AACA/6C,yBAAS;AAPE,aAAf;;AAUA;AACA;AACA,iBAAK9vH,OAAL,GAAe,KAAK6oK,MAAL,CAAY54L,IAAZ,CAAkB,IAAlB,EAAyBnM,EAAzB,CAA6B,CAA7B,EAAiCmM,IAAjC,CAAuC,IAAvC,CAAf;;AAEA,iBAAK44L,MAAL,CAAY/oL,IAAZ,CAAkB,oBAAlB,EAAwC,IAAxC;AACH,SAvBD;;AAyBA2qL,qBAAahoM,SAAb,CAAuBR,IAAvB,GAA8B,YAAW;;AAErC,gBAAI,CAAC,KAAK4mM,MAAL,CAAYjmM,MAAjB,EAA0B;AACtB;AACH;;AAED,gBAAI2mM,OAAJ;AAAA,gBACIr8L,EADJ;AAAA,gBAEI49L,WAFJ;AAAA,gBAGIC,MAHJ;AAAA,gBAIItwJ,KAJJ;AAAA,gBAKIuwJ,WALJ;AAAA,gBAMI1xL,OAAO,IANX;;AAQA,iBAAKuvL,MAAL,CAAYvwK,QAAZ,CAAsB,KAAKC,OAAL,CAAamyK,iBAAnC;;AAEAnB,sBAAU,KAAKV,MAAL,CAAYp3L,IAAZ,CAAkB,IAAlB,CAAV;AACAvE,iBAAKq8L,UAAU,QAAf;AACAyB,0BAAcvlK,EAAG,iBAAiB,KAAKlN,OAAL,CAAaoyK,gBAA9B,GAAiD,UAApD,CAAd;AACAG,0BAAcrlK,EAAG,eAAev4B,EAAf,GAAoB,yBAApB,GAAgD,KAAKqrB,OAAL,CAAaqyK,SAA7D,GAAwE,oBAAxE,GACb,QADa,GACF3C,SAASC,IAAT,CAAcE,aADZ,GAC4B,aAD/B,CAAd;AAEA2C,qBAAStlK,EAAG,wCAAwC,KAAKlN,OAAL,CAAa4nE,KAArD,GAA6D,QAA7D,GAAwEjzF,EAAxE,GAA6E,UAAhF,CAAT;AACAutC,oBAAQhV,EAAG,+BAAH,CAAR;;AAEA,gBAAIwlK,0BAA0B,KAA9B;AACAxlK,cAAG,KAAKzF,OAAR,EAAkB3mB,GAAlB,CAAuB,IAAvB,EAA8B/V,IAA9B,CAAoC,YAAW;AAC3C,oBAAI4nM,QAAQzlK,EAAG,IAAH,CAAZ;AAAA,oBACI0lK,WAAWD,MAAMz5L,IAAN,CAAW,wBAAX,CADf;AAAA,oBAEIu4L,SAAS1wL,KAAK8xL,SAAL,CAAgB,IAAhB,CAFb;;AAIA,oBAAID,YAAYA,aAAa,SAA7B,EAAyC;AACrCnB,2BAAO1xK,QAAP,CAAiBhf,KAAKif,OAAL,CAAasyK,cAAb,GAA8BM,QAA/C;;AAEA1lK,sBAAE,2CAA2CylK,MAAMvkM,IAAN,EAA3C,GAA0D,UAA5D,EACK4lB,QADL,CACekuB,KADf,EAEK5gC,QAFL,CAEe,CAFf,EAGKiG,IAHL,CAGW,iBAHX,EAG8B,IAH9B;;AAKAmrL,8CAA0B,IAA1B;AACH;AACJ,aAfD;;AAiBA,gBAAI,CAACA,uBAAL,EAA+B;AAC3BxwJ,sBAAMzuB,MAAN,CAAc,YAAYi8K,SAASC,IAAT,CAAcG,kBAA1B,GAA+C,UAA7D;AACH;;AAED5tJ,kBAAMluB,QAAN,CAAgBw+K,MAAhB;;AAEA;AACAtwJ,kBAAMxqC,IAAN,CAAY,wBAAZ,EAAuC+U,EAAvC,CAA2C,QAA3C,EAAqD,UAAS3Y,CAAT,EAAY;AAC7D,oBAAIsI,UAAUtI,EAAEzH,MAAF,CAAS+P,OAAvB;;AAEA,oBAAIq1L,SAAS1wL,KAAK+xL,qBAAL,CAA4Bh/L,EAAEzH,MAA9B,CAAb;;AAEAolM,uBAAQ,CAACr1L,OAAD,GAAW,UAAX,GAAwB,aAAhC,EAAiD,sBAAjD;AACAq1L,uBAAQr1L,UAAU,UAAV,GAAuB,aAA/B,EAAgD,uBAAhD;;AAEA2E,qBAAKuvL,MAAL,CAAY5/K,OAAZ,CAAqB,iBAArB;AACH,aATD;;AAWA6hL,wBAAYv+K,QAAZ,CAAsBy+K,WAAtB;AACAA,wBAAYz+K,QAAZ,CAAsB,KAAKs8K,MAAL,CAAY7uL,IAAZ,GAAmB9J,MAAnB,CAA2B,MAAM,KAAKqoB,OAAL,CAAau3H,OAA9C,CAAtB;;AAGA,qBAASw7C,UAAT,CAAqBlmL,KAArB,EAA6B;AACzB;AACA,oBAAIA,SAASqgB,EAAGrgB,MAAMxgB,MAAT,EAAkBwV,OAAlB,CAA2B,MAAMd,KAAKif,OAAL,CAAa4nE,KAA9C,EAAsDv9F,MAAnE,EAA4E;AACxE;AACH;;AAED6iC,kBAAG5kC,QAAH,EAAc4d,GAAd,CAAmB,WAAW8qL,OAA9B;AACAuB,4BAAYnyK,WAAZ,CAAyB,IAAzB,EAAgCL,QAAhC,CAA0C,MAA1C;AACA0yK,4BAAYryK,WAAZ,CAAyB,SAAzB;AACH;;AAED,gBAAI4yK,YAAJ;AACA,qBAASC,SAAT,GAAqB;AACjBR,4BAAY1yK,QAAZ,CAAsB,SAAtB;AACAwyK,4BAAYnyK,WAAZ,CAAyB,MAAzB,EAAkCL,QAAlC,CAA4C,IAA5C;;AAEAmN,kBAAG5kC,QAAH,EAAc4d,GAAd,CAAmB,WAAW8qL,OAA9B,EAAuC+B,UAAvC;;AAEAtqM,uBAAOi2B,YAAP,CAAqBs0K,YAArB;AACAA,+BAAevqM,OAAO8d,UAAP,CAAkB,YAAW;AACxC2mB,sBAAG5kC,QAAH,EAAcqkB,GAAd,CAAmB,WAAWqkL,OAA9B,EAAuC+B,UAAvC;AACH,iBAFc,EAEZ,EAFY,CAAf;AAGH;;AAEDR,wBAAY9lL,EAAZ,CAAgB,gBAAhB,EAAkC,UAAUI,KAAV,EAAkB;AAChDA,sBAAM+B,cAAN;;AAEA,oBAAI,CAAC6jL,YAAYpyL,EAAZ,CAAgB,UAAhB,CAAL,EAAoC;AAChC4yL;AACH,iBAFD,MAEO;AACHF;AACH;AACJ,aARD;;AAUAP,mBAAOx+K,QAAP,CAAiBy+K,WAAjB;;AAEA,iBAAKvwJ,KAAL,GAAaA,KAAb;;AAEAhV,cAAEzkC,MAAF,EAAUgkB,EAAV,CAAc,YAAYukL,OAA1B,EAAmC,YAAU;AACzCjwL,qBAAKmyL,aAAL;AACH,aAFD;;AAIA,iBAAKA,aAAL;AACH,SA3GD;;AA6GAhB,qBAAahoM,SAAb,CAAuB2oM,SAAvB,GAAmC,UAAU7nL,EAAV,EAAe;AAC9C,mBAAOkiB,EAAGliB,EAAH,EAAQ/I,GAAR,CAAa+I,GAAGuyD,KAAhB,CAAP;AACH,SAFD;;AAIA20H,qBAAahoM,SAAb,CAAuB4oM,qBAAvB,GAA+C,UAAUt2L,QAAV,EAAqB;AAChE,gBAAIwO,KAAKkiB,EAAG1wB,QAAH,EAAc+K,IAAd,CAAoB,iBAApB,CAAT;AACA,mBAAO,KAAKsrL,SAAL,CAAgB7nL,EAAhB,CAAP;AACH,SAHD;;AAKAknL,qBAAahoM,SAAb,CAAuBgpM,aAAvB,GAAuC,YAAW;AAC9C,gBAAInyL,OAAO,IAAX;AACA,iBAAKmhC,KAAL,CAAWxqC,IAAX,CAAiB,OAAjB,EAA2B3M,IAA3B,CAAiC,YAAW;AACxC,qBAAKqR,OAAL,GAAe2E,KAAK+xL,qBAAL,CAA4B,IAA5B,EAAmCvnM,EAAnC,CAAuC,CAAvC,EAA2C8d,GAA3C,CAAgD,SAAhD,MAAgE,YAA/E;AACH,aAFD;AAGH,SALD;;AAOA6oL,qBAAahoM,SAAb,CAAuBipM,eAAvB,GAAyC,YAAU;AAC/C,gBAAIpyL,OAAO,IAAX;AACAmsB,cAAE,KAAKzF,OAAP,EAAgB3mB,GAAhB,CAAqB,IAArB,EAA4B/V,IAA5B,CAAkC,YAAW;AACzC,oBAAI4nM,QAAQzlK,EAAG,IAAH,CAAZ;AAAA,oBACI0lK,WAAWD,MAAMz5L,IAAN,CAAW,wBAAX,CADf;AAAA,oBAEIu4L,SAASkB,MAAM1wL,GAAN,CAAW,KAAKs7D,KAAhB,CAFb;;AAIA,oBAAIq1H,YAAYA,aAAa,SAA7B,EAAyC;AACrCnB,2BAAO1xK,QAAP,CAAiBhf,KAAKif,OAAL,CAAasyK,cAAb,GAA8BM,QAA/C;AACH;AACJ,aARD;AASH,SAXD;;AAaAV,qBAAahoM,SAAb,CAAuB2lD,OAAvB,GAAiC,YAAW;AACxC,iBAAKygJ,MAAL,CAAYlwK,WAAZ,CAAyB,KAAKJ,OAAL,CAAamyK,iBAAtC;AACA,iBAAK7B,MAAL,CAAY54L,IAAZ,CAAkB,QAAlB,EAA6B3M,IAA7B,CAAkC,YAAW;AACzC,oBAAIqoM,QAAQlmK,EAAG,IAAH,CAAZ;AACAkmK,sBAAMhzK,WAAN,CAAmB,sBAAnB,EACKA,WADL,CACkB,uBADlB;;AAGA,qBAAK9oB,SAAL,GAAiB,KAAKA,SAAL,CAAexK,OAAf,CAAwB,8BAAxB,EAAwD,EAAxD,CAAjB;AACH,aAND;AAOH,SATD;;AAWA;AACAogC,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,gBAAlB,EAAoC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuB;;AAEvD,gBAAIA,SAAStB,IAAT,KAAkB,cAAtB,EAAsC;AAClC,oBAAItlH,QAAQ,IAAIinH,YAAJ,CAAkBL,SAAS5mH,KAA3B,CAAZ;AACAA,sBAAMvhF,IAAN;AACH;AAEJ,SAPD;;AASAwjC,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,iBAAlB,EAAqC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuB;AACxD,gBAAIA,SAAStB,IAAT,KAAkB,cAAtB,EAAsC;AAClCrjK,kBAAG2kK,SAAS5mH,KAAZ,EAAoB1jE,IAApB,CAA0B,oBAA1B,EAAiDsoC,OAAjD;AACH;AACJ,SAJD;AAMH,KAhMC,GAAD;AAiMD,KAAE,aAAW;AACT,iBAASwjJ,YAAT,CAAuBC,IAAvB,EAA8B;AAC1B,gBAAIllM,OAAO,EAAX;;AAEA8+B,cAAGomK,KAAKz/L,UAAR,EAAqB9I,IAArB,CAA0B,YAAW;AACjC,oBAAIikC,MAAM9B,EAAG,IAAH,CAAV;AACA,oBAAI8B,IAAI3uB,EAAJ,CAAQ,eAAR,CAAJ,EAAgC;AAC5BjS,yBAAKtF,IAAL,CAAWkmC,IAAI71B,GAAJ,EAAX;AACH,iBAFD,MAEO,IAAI61B,IAAI3uB,EAAJ,CAAQ,sBAAR,CAAJ,EAAuC,CAC7C,CADM,MACA;AACHjS,yBAAKtF,IAAL,CAAW,CAAEkmC,IAAI5gC,IAAJ,MAAc,EAAhB,EAAqBtB,OAArB,CAA6B,YAA7B,EAA2C,EAA3C,CAAX;AACH;AACJ,aARD;;AAUA,mBAAOsB,KAAK+G,IAAL,CAAW,EAAX,CAAP;AACH;;AAED,YAAI24B,aAAa,mBAAjB;AAAA,YACIsiK,eAAe,gBAAgBtiK,UAAhB,GAA6B,GADhD;AAAA,YAEIylK,yBAAyB,WAAWzlK,UAAX,GAAwB,UAFrD;AAAA,YAGI93B,QAAQ;AACJw9L,wBAAY,oCADR;AAEJC,wBAAY;AAFR,SAHZ;AAAA,YAOIzzK,UAAU;AACN3xB,kBAAMy/B,aAAa,OADb;AAEN4lK,oBAAQ5lK,aAAa,YAFf;AAGN6lK,qBAAS7lK,aAAa,aAHhB;AAIN8lK,sBAAU9lK,aAAa,SAJjB;AAKN+lK,0BAAc,kBALR;AAMNC,wBAAYhmK,aAAa;AANnB,SAPd;AAAA,YAeIgkK,UAAU;AACN5Q,qBAAS,iBAAU1iI,CAAV,EAAa;AAClB,uBAAOtxB,EAAG,IAAH,EAAUniC,IAAV,CAAe,YAAW;AAC7B,wBAAIrB,OAAOwjC,EAAG,IAAH,EAAU3lB,IAAV,CAAgBumB,aAAa,OAA7B,CAAX;AACA,wBAAIpkC,IAAJ,EAAW;AACP,+BAAO,KAAP;AACH;AACDwjC,sBAAG,IAAH,EACK3lB,IADL,CACWumB,aAAa,OADxB,EACiC,IADjC,EAEKpd,OAFL,CAEc,kBAAkBod,UAFhC,EAGMA,UAHN,EAGoB,OAHpB,EAG8B0wB,CAH9B,EAIK9tC,OAJL,CAIc,YAAYod,UAJ1B;AAKH,iBAVM,CAAP;AAWH,aAbK;AAcNQ,mBAAO,iBAAU;AACb,oBAAIllB,KAAK8jB,EAAG,IAAH,CAAT;AAAA,oBACI6mK,KADJ;AAAA,oBAEIC,SAFJ;;AAIA,oBAAIC,kBAAkB,SAAlBA,eAAkB,GAAU;AACxB7qL,uBAAG2W,QAAH,CAAa+N,UAAb;AACH,iBAFL;AAAA,oBAGIomK,kBAAkB,SAAlBA,eAAkB,CAAU9zI,CAAV,EAAa;AAC3BlzB,sBAAEniC,IAAF,CAAQq1D,CAAR,EAAY,UAAUj1D,CAAV,EAAcy9B,CAAd,EAAiB;AACzBsE,0BAAGtE,CAAH,EAAO7I,QAAP,CAAiBC,QAAQ3xB,IAAzB;AACH,qBAFD;AAGH,iBAPL;AAAA,oBAQI8lM,sBAAsB,SAAtBA,mBAAsB,CAAU/zI,CAAV,EAAc32D,EAAd,EAAkB;AACpCyjC,sBAAEniC,IAAF,CAAQq1D,CAAR,EAAY,UAAUj1D,CAAV,EAAcy9B,CAAd,EAAiB;AACzB,4BAAIh3B,IAAIs7B,EAAG,oBAAoBlN,QAAQ8zK,UAA5B,GAAyC,KAA5C,CAAR;AACAliM,0BAAE6a,EAAF,CAAM,OAAN,EAAgB,EAAElC,KAAKqe,CAAP,EAAhB,EAA6Bn/B,EAA7B;AACAyjC,0BAAGtE,CAAH,EAAOV,SAAP,CAAkBt2B,CAAlB;AACAA,0BAAE6hB,MAAF,CAAU,wCAAV;AACH,qBALD;AAMH,iBAfL;AAAA,oBAgBI2gL,cAAc,SAAdA,WAAc,CAAUC,IAAV,EAAgB;AAC1BnnK,sBAAEniC,IAAF,CAAQspM,IAAR,EAAe,UAAUlpM,CAAV,EAAcy9B,CAAd,EAAiB;AAC5B,4BAAIre,MAAM2iB,EAAGtE,CAAH,CAAV;AACAre,4BAAIyU,UAAJ,CAAgBhpB,MAAMw9L,UAAtB;AACAjpL,4BAAI6V,WAAJ,CAAiBJ,QAAQ0zK,MAAzB;AACAnpL,4BAAI6V,WAAJ,CAAiBJ,QAAQ2zK,OAAzB;AACH,qBALD;AAMH,iBAvBL;AAAA,oBAwBIW,gBAAgB,SAAhBA,aAAgB,CAAUxgM,CAAV,EAAa;AACzB,wBAAIo5B,EAAGp5B,EAAEzH,MAAL,EAAcgU,EAAd,CAAkB,SAAlB,CAAJ,EAAoC;AAChC;AACH;;AAEDvM,sBAAE+a,eAAF;AACA,wBAAIxgB,OAAO6+B,EAAG,IAAH,EAAUl2B,MAAV,EAAX;AAAA,wBACI4xB,IAAI90B,EAAEyT,IAAF,CAAOgD,GADf;AAAA,wBAEIgqL,eAAeR,MAAMhyL,KAAN,CAAa1T,KAAK,CAAL,CAAb,CAFnB;;AAIA+lM,gCAAa/lM,KAAKiS,QAAL,EAAb;AACA,wBAAIjS,KAAKgS,EAAL,CAAS,MAAM2f,QAAQ2zK,OAAvB,CAAJ,EAAsC;AAClCvqL,2BAAI0kB,UAAJ,EAAkB,QAAlB,EAA6BlF,CAA7B,EAAiC,IAAjC;AACA2rK,wCAAgB,MAAhB;AACH,qBAHD,MAGO;AACHnrL,2BAAI0kB,UAAJ,EAAkB,QAAlB,EAA6BlF,CAA7B;AACA2rK,wCAAgB,OAAhB;AACH;AACD,wBAAIP,SAAJ,EAAgB;AACZA,kCAAUt8L,IAAV,CAAgB,QAAhB,EAA2ByB,GAA3B,CAAgCo7L,YAAhC,EAA+C7jL,OAA/C,CAAwD,SAAxD;AACH;;AAED5c,sBAAE8a,cAAF;AACH,iBA/CL;AAAA,oBAgDI4lL,gBAAgB,SAAhBA,aAAgB,CAAUT,KAAV,EAAiB;AAC7B7mK,sBAAEniC,IAAF,CAAQgpM,KAAR,EAAgB,UAAUz4L,GAAV,EAAgB8N,EAAhB,EAAoB;AAChC,4BAAI4lB,MAAM9B,EAAG9jB,EAAH,CAAV;AACA,4BAAI4lB,IAAI3uB,EAAJ,CAAQ,MAAMrK,MAAMw9L,UAAZ,GAAyB,GAAjC,CAAJ,EAA4C;AACxC,gCAAI,CAACxkK,IAAI3uB,EAAJ,CAAQ,MAAM2f,QAAQ2zK,OAAtB,CAAL,EAAuC;AACnC3kK,oCAAIjP,QAAJ,CAAcC,QAAQ0zK,MAAtB;AACH;AACJ;AACJ,qBAPD;AAQH,iBAzDL;AAAA,oBA0DIe,cAAc,SAAdA,WAAc,CAAUV,KAAV,EAAiB;AAC3BC,gCAAY9mK,EAAG,OAAH,EAAanN,QAAb,CAAuBC,QAAQ4zK,QAA/B,EAA0C7zK,QAA1C,CAAoDC,QAAQ6zK,YAA5D,CAAZ;;AAEA,wBAAI9gL,OAAO,CAAE,YAAY28K,SAASC,IAAT,CAAc/jM,IAA1B,GAAiC,GAAnC,CAAX;;AAEAmnB,yBAAKjqB,IAAL,CAAW,4BAAX;AACAirM,0BAAMhpM,IAAN,CAAW,UAAUW,CAAV,EAAc;AACrB,4BAAIssH,KAAK9qF,EAAG,IAAH,CAAT;AACA,4BAAIwnK,eAAe18E,GAAG33G,EAAH,CAAO,MAAMrK,MAAMw9L,UAAZ,GAAyB,GAAhC,CAAnB;AACA,4BAAImB,eAAe38E,GAAG33G,EAAH,CAAO,MAAM2f,QAAQ2zK,OAArB,CAAnB;;AAEA,4BAAIiB,sBAAsB58E,GAAG33G,EAAH,CAAO,yBAAP,CAA1B;AACA,4BAAIw0L,eAAe,CAAnB;AACA;AACA,4BAAIC,kBAAkB,CAAtB;AACA5nK,0BAAG,KAAKqwC,KAAL,CAAW30E,KAAX,CAAkB,CAAlB,EAAqBksM,eAArB,CAAH,EAA4C/pM,IAA5C,CAAiD,YAAW;AACxD,gCAAI,CAACikB,MAAO4Q,SAAUyzK,aAAc,IAAd,CAAV,EAAgC,EAAhC,CAAP,CAAL,EAAqD;AACjDwB;AACH;AACJ,yBAJD;AAKA,4BAAItnM,YAAYsnM,iBAAiBC,eAAjC;AACA,4BAAI,CAACF,mBAAL,EAA2B;AACvB58E,+BAAG9+G,IAAH,CAAS,uBAAT,EAAkC3L,YAAY,EAAZ,GAAiB,OAAnD;AACH;;AAEDwlB,6BAAKjqB,IAAL,CAAW,aAAc4rM,gBAAgB,CAACC,YAAjB,GAAgC,WAAhC,GAA8C,EAA5D,IAAmE,UAAnE,GAAgFjpM,CAAhF,GAAoF,QAApF,GAA+FssH,GAAG5pH,IAAH,EAA/F,GAA2G,GAA3G,IAAmHb,YAAY,UAAZ,GAAyB,OAA5I,IAAwJ,WAAnK;AACAwlB,6BAAKjqB,IAAL,CAAW,aAAc4rM,gBAAgBC,YAAhB,GAA+B,WAA/B,GAA6C,EAA3D,IAAkE,UAAlE,GAA+EjpM,CAA/E,GAAmF,SAAnF,GAA+FssH,GAAG5pH,IAAH,EAA/F,GAA2G,GAA3G,IAAmHb,YAAY,UAAZ,GAAyB,OAA5I,IAAwJ,WAAnK;AACH,qBArBD;AAsBAwlB,yBAAKjqB,IAAL,CAAW,0BAAX;;AAEAkrM,8BAAUjhL,IAAV,CAAgBA,KAAK5d,IAAL,CAAU,EAAV,CAAhB;;AAEA,wBAAI47L,WAAW3nL,GAAG3H,IAAH,GAAU9J,MAAV,CAAkB,eAAlB,CAAf;AAAA,wBACIo9L,cAAchE,SAASzvL,QAAT,GAAoB/V,EAApB,CAAwB,CAAxB,CADlB;;AAGA,wBAAIwpM,YAAY1qM,MAAhB,EAAyB;AACrB2pM,kCAAUrgL,YAAV,CAAwBohL,WAAxB;AACH,qBAFD,MAEO;AACHf,kCAAUhgL,QAAV,CAAoB+8K,QAApB;AACH;AACDiD,8BAAUt8L,IAAV,CAAgB,MAAhB,EAAyBs9L,WAAzB;AACAhB,8BAAUt8L,IAAV,CAAgB,QAAhB,EAA2B+U,EAA3B,CAA+B,QAA/B,EAAyC,YAAW;AAChD,4BAAItT,MAAM+zB,EAAG,IAAH,EAAU/zB,GAAV,GAAgBjJ,KAAhB,CAAuB,GAAvB,CAAV;AAAA,4BACI7B,OAAO0lM,MAAMxoM,EAAN,CAAU4N,IAAK,CAAL,CAAV,CADX;;AAGAi7L,oCAAa/lM,KAAKiS,QAAL,EAAb;AACA8I,2BAAI0kB,UAAJ,EAAkB,QAAlB,EAA4Bz/B,KAAK7D,GAAL,CAAU,CAAV,CAA5B,EAA2C2O,IAAK,CAAL,MAAa,KAAxD;AACH,qBAND;AAOH,iBA1GL;;AA4GA86L;AACAF,wBAAQ3qL,GAAG1R,IAAH,CAAS,mBAAmBo2B,UAAnB,GAAgC,OAAzC,CAAR;AACAomK,gCAAiBH,KAAjB;AACAI,oCAAqBJ,KAArB,EAA6BO,aAA7B;AACAE,8BAAeT,KAAf;;AAEA,oBAAI3qL,GAAG/I,EAAH,CAAOkzL,sBAAP,CAAJ,EAAsC;AAClCkB,gCAAaV,KAAb,EAAoB3qL,GAAG1R,IAAH,CAAQ,0BAAR,CAApB;AACH;AACJ,aAxIK;AAyINu9L,6BAAiB,yBAAU1qL,GAAV,EAAe;AAC5B,uBAAO2iB,EAAG3iB,GAAH,EAASvI,OAAT,GAAmB3X,MAA1B;AACH,aA3IK;AA4IN6qM,0BAAc,wBAAU;AACpB,uBAAOhoK,EAAG,IAAH,EAAUx1B,IAAV,CAAgB,UAAhB,CAAP;AACH,aA9IK;AA+INy9L,sBAAU,kBAAU73H,IAAV,EAAiB83H,MAAjB,EAA0BC,SAA1B,EAAqC9qL,GAArC,EAA0C;AAChD,oBAAIgzD,KAAJ,EAAW9zE,EAAX,EAAe6rM,MAAf;AACA,oBAAIC,WAAW,SAAXA,QAAW,CAAUj4H,IAAV,EAAgB;AACvB,wBAAIC,QAAQ,EAAZ;AACArwC,sBAAEniC,IAAF,CAAQuyE,IAAR,EAAe,UAAUnyE,CAAV,EAAcozD,CAAd,EAAiB;AAC5B,4BAAIjtB,UAAUpE,EAAGqxB,CAAH,EAAOj9C,QAAP,GAAkB9W,GAAlB,CAAuB4qM,MAAvB,CAAd;AACA73H,8BAAMz0E,IAAN,CAAW;AACPwoC,qCAASA,OADF;AAEPgiK,kCAAMD,aAAc/hK,OAAd,CAFC;AAGPkkK,oCAAQrqM;AAHD,yBAAX;AAKH,qBAPD;AAQA,2BAAOoyE,KAAP;AACH,iBAXL;AAAA,oBAYIk4H,aAAa,SAAbA,UAAa,CAAUJ,SAAV,EAAqBK,YAArB,EAAmC;AAC5C,wBAAIjsM,EAAJ;AAAA,wBACIksM,QAAQ,cADZ;AAEA,wBAAIN,SAAJ,EAAe;AACX5rM,6BAAK,YAAUkI,CAAV,EAAcC,CAAd,EAAiB;AAClB,gCAAI8jM,YAAJ,EAAmB;AACf,uCAAOjoM,WAAYkE,EAAE2hM,IAAF,CAAOxmM,OAAP,CAAgB6oM,KAAhB,EAAuB,EAAvB,CAAZ,IAA4CloM,WAAYmE,EAAE0hM,IAAF,CAAOxmM,OAAP,CAAgB6oM,KAAhB,EAAuB,EAAvB,CAAZ,CAAnD;AACH,6BAFD,MAEO;AACH,uCAAOhkM,EAAE2hM,IAAF,CAAO1kM,WAAP,KAAuBgD,EAAE0hM,IAAF,CAAO1kM,WAAP,EAAvB,GAA8C,CAA9C,GAAkD,CAAC,CAA1D;AACH;AACJ,yBAND;AAOH,qBARD,MAQO;AACHnF,6BAAK,YAAUkI,CAAV,EAAcC,CAAd,EAAiB;AAClB,gCAAI8jM,YAAJ,EAAmB;AACf,uCAAOjoM,WAAYmE,EAAE0hM,IAAF,CAAOxmM,OAAP,CAAgB6oM,KAAhB,EAAuB,EAAvB,CAAZ,IAA4CloM,WAAYkE,EAAE2hM,IAAF,CAAOxmM,OAAP,CAAgB6oM,KAAhB,EAAuB,EAAvB,CAAZ,CAAnD;AACH,6BAFD,MAEO;AACH,uCAAOhkM,EAAE2hM,IAAF,CAAO1kM,WAAP,KAAuBgD,EAAE0hM,IAAF,CAAO1kM,WAAP,EAAvB,GAA8C,CAA9C,GAAkD,CAAC,CAA1D;AACH;AACJ,yBAND;AAOH;AACD,2BAAOnF,EAAP;AACH,iBAjCL;AAAA,oBAkCImsM,cAAc,SAAdA,WAAc,CAAUN,MAAV,EAAmBh4H,IAAnB,EAAyB;AACnC,wBAAIu4H,UAAU,EAAd;AAAA,wBAAkB1qM,CAAlB;AAAA,wBAAqByW,CAArB;AAAA,wBAAwBxL,GAAxB;AACA,yBAAKjL,IAAI,CAAJ,EAAOyW,IAAI0zL,OAAOjrM,MAAvB,EAAgCc,IAAIyW,CAApC,EAAwCzW,GAAxC,EAA6C;AACzCiL,8BAAMk/L,OAAQnqM,CAAR,EAAYqqM,MAAlB;AACAK,gCAAQ/sM,IAAR,CAAcw0E,KAAKlnE,GAAL,CAAd;AACH;AACD,2BAAOy/L,OAAP;AACH,iBAzCL;;AA2CAt4H,wBAAQg4H,SAAUj4H,IAAV,CAAR;AACA,oBAAIw4H,WAAW5oK,EAAG3iB,GAAH,EAAShD,IAAT,CAAe,eAAf,CAAf;AACA9d,qBAAK,CAAEqsM,YAAY,OAAOA,QAAP,KAAoB,UAAhC,GAA6CA,SAAUT,SAAV,CAA7C,GAAqE,KAAvE,KACDI,WAAYJ,SAAZ,EAAuBnoK,EAAG3iB,GAAH,EAASlK,EAAT,CAAa,yBAAb,KAA4C,CAAC6sB,EAAG3iB,GAAH,EAASlK,EAAT,CAAa,iCAAb,CAApE,CADJ;;AAGAi1L,yBAAS/3H,MAAM3xE,IAAN,CAAYnC,EAAZ,CAAT;AACA6zE,uBAAOs4H,YAAaN,MAAb,EAAsBh4H,IAAtB,CAAP;AACA,uBAAOA,IAAP;AACH,aApMK;AAqMNy4H,8BAAkB,0BAAUz4H,IAAV,EAAgB;AAC9B,oBAAIl0D,KAAK8jB,EAAG,IAAH,CAAT;AAAA,oBACIvd,OAAOvG,GAAG1R,IAAH,CAAS,OAAT,CADX;;AAGA,qBAAK,IAAIhM,IAAI,CAAR,EAAW0oC,IAAIkpC,KAAKjzE,MAAzB,EAAiCqB,IAAI0oC,CAArC,EAAwC1oC,GAAxC,EAA8C;AAC1CikB,yBAAK8D,MAAL,CAAa6pD,KAAM5xE,CAAN,CAAb;AACH;AACJ,aA5MK;AA6MNsqM,4BAAgB,wBAAUzrL,GAAV,EAAgB5Y,CAAhB,EAAmB;AAC/B,oBAAIqtD,IAAI9xB,EAAG3iB,GAAH,CAAR;AACAy0C,kBAAE9lD,IAAF,CAAQlD,MAAMw9L,UAAd,EAA2B,MAA3B;AACA,oBAAI7hM,CAAJ,EAAO;AACHqtD,sBAAE5+B,WAAF,CAAeJ,QAAQ2zK,OAAvB;AACA30I,sBAAEj/B,QAAF,CAAYC,QAAQ0zK,MAApB;AACH,iBAHD,MAGO;AACH10I,sBAAE5+B,WAAF,CAAeJ,QAAQ0zK,MAAvB;AACA10I,sBAAEj/B,QAAF,CAAYC,QAAQ2zK,OAApB;AACH;AACJ,aAvNK;AAwNNsC,oBAAQ,gBAAU1rL,GAAV,EAAgB8qL,SAAhB,EAA2B;AAC/B,oBAAIjsL,KAAK8jB,EAAG,IAAH,CAAT;AAAA,oBAAoBkoK,MAApB;AAAA,oBAA4B93H,IAA5B;;AAEA83H,yBAAShsL,GAAI0kB,UAAJ,EAAkB,iBAAlB,EAAsCvjB,GAAtC,CAAT;AACA+yD,uBAAOl0D,GAAI0kB,UAAJ,EAAkB,cAAlB,CAAP;AACAwvC,uBAAOl0D,GAAI0kB,UAAJ,EAAkB,UAAlB,EAA+BwvC,IAA/B,EAAsC83H,MAAtC,EAA+CC,SAA/C,EAA0D9qL,GAA1D,CAAP;AACAnB,mBAAI0kB,UAAJ,EAAkB,kBAAlB,EAAuCwvC,IAAvC;AACAl0D,mBAAI0kB,UAAJ,EAAkB,gBAAlB,EAAqCvjB,GAArC,EAA2C8qL,SAA3C;AACAjsL,mBAAGsH,OAAH,CAAY,iBAAZ;AACH;AAjOK,SAfd;;AAmPA;AACAwc,UAAEzjC,EAAF,CAAMqkC,UAAN,IAAqB,UAAUmkK,IAAV,EAAiB;AAClC,gBAAIpiM,OAAOxC,MAAMnD,SAAN,CAAgBtB,KAAhB,CAAsB2B,IAAtB,CAA4Bc,SAA5B,EAAwC,CAAxC,CAAX;AAAA,gBACI6qM,SADJ;;AAGA;AACA,gBAAIjE,QAAQ,OAAQA,IAAR,KAAmB,QAA/B,EAAyC;AACrCiE,4BAAYhpK,EAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAAnB,CAA8B+nM,IAA9B,EAAqC7mM,KAArC,CAA4C,KAAK,CAAL,CAA5C,EAAqDyE,IAArD,CAAZ;AACA,uBAAQ,OAAOqmM,SAAP,KAAqB,WAAtB,GAAoCA,SAApC,GAA8ChpK,EAAE,IAAF,CAArD;AACH;AACD;AACA,gBAAI,CAACA,EAAG,IAAH,EAAU3lB,IAAV,CAAgBumB,aAAa,SAA7B,CAAL,EAA+C;AAC3CZ,kBAAG,IAAH,EAAU3lB,IAAV,CAAgBumB,aAAa,SAA7B,EAAwC,IAAxC;AACAZ,kBAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAAnB,CAA6Bg3L,OAA7B,CAAqC32L,IAArC,CAA2C,IAA3C,EAAkD0nM,IAAlD;AACH;AACD,mBAAO/kK,EAAE,IAAF,CAAP;AACH,SAfD;AAgBA;AACAA,UAAEphC,MAAF,CAAUohC,EAAEzjC,EAAF,CAAMqkC,UAAN,EAAmB5jC,SAA7B,EAAwC4nM,OAAxC;;AAEA5kK,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,gBAAlB,EAAoC,UAAU3Y,CAAV,EAAa47L,QAAb,EAAwB;AACxD,gBAAIA,SAASY,MAAT,CAAgBjwL,EAAhB,CAAoB+vL,YAApB,CAAJ,EAAyC;AACrCV,yBAASY,MAAT,CAAiBxiK,UAAjB;AACH;AACJ,SAJD;AAMH,KA9RC,GAAD;;AAgSD,KAAE,aAAU;;AAERZ,UAAEphC,MAAF,CAAU4jM,SAASQ,MAAnB,EAA2B;AACvBh3J,mBAAO;AACHi9J,qCAAqB,EADlB;AAEHC,mCAAmB;AAFhB;AADgB,SAA3B;;AAOA,iBAASC,SAAT,CAAoBrnK,GAApB,EAAyB9f,KAAzB,EAAiC;AAC7B,gBAAI6zD,QAAQ,CAAZ;AACA,iBAAK,IAAIr3E,IAAI,CAAR,EAAW0oC,IAAIllB,MAAM7kB,MAA1B,EAAkCqB,IAAI0oC,CAAtC,EAAyC1oC,GAAzC,EAA+C;AAC3Cq3E,yBAASnjD,SAAUoP,IAAI3lB,GAAJ,CAAS6F,MAAOxjB,CAAP,CAAT,KAAyB,CAAnC,EAAsC,EAAtC,CAAT;AACH;AACD,mBAAOq3E,KAAP;AACH;;AAED,iBAAS7xB,UAAT,CAAqB9nC,EAArB,EAA0B;AACtB,gBAAI4lB,MAAM9B,EAAG9jB,EAAH,CAAV;AACA,mBAAO4lB,IAAI/Y,KAAJ,KAAcogL,UAAWrnK,GAAX,EAAgB,CAAE,mBAAF,EAAuB,oBAAvB,CAAhB,CAArB;AACH;;AAED,YAAIhP,UAAU;AACV;AACAu3H,qBAAS,cAFC;AAGV++C,qBAAS,UAHC;AAIVC,2BAAe,sBAJL;AAKVC,+BAAmB;AALT,SAAd;AAOA,YAAIxgM,QAAQ;AACRygM,gCAAoB;AADZ,SAAZ;;AAIA,iBAASC,gBAAT,CAA2BpG,MAA3B,EAAmC;;AAE/B,gBAAIqG,QAAQzpK,EAAG,sCAAH,CAAZ;AAAA,gBACI0pK,WAAW1pK,EAAG,sFAAH,EAA4FlZ,QAA5F,CAAsG2iL,KAAtG,CADf;AAAA,gBAEIE,WAAW3pK,EAAG,mFAAH,EAAyFlZ,QAAzF,CAAmG2iL,KAAnG,CAFf;AAAA,gBAGIG,eAAexG,OAAO54L,IAAP,CAAa,UAAb,CAHnB;AAAA,gBAIIq/L,wBAAwBD,aAAah2L,GAAb,CAAkB,oCAAlB,CAJ5B;AAAA,gBAKIk2L,eAAe,EALnB;AAAA,gBAMIC,QAAQ/pK,EAAG5kC,SAAS+F,IAAT,IAAiB,MAApB,CANZ;AAAA,gBAOI2iM,UAAUV,OAAOp3L,IAAP,CAAa,IAAb,CAPd;;AASA,gBAAI,CAAC49L,aAAazsM,MAAlB,EAA2B;AACvB,sBAAM,IAAI7B,KAAJ,CAAW,8EAAX,CAAN;AACH;;AAED8nM,mBAAOvwK,QAAP,CAAiB,gBAAjB;;AAEA;AACA+2K,yBAAa/rM,IAAb,CAAkB,YAAW;AACzB,oBAAIkrB,QAAQi7B,WAAY,IAAZ,CAAZ;AACA8lJ,6BAAaluM,IAAb,CAAmBmtB,KAAnB;AACH,aAHD;;AAKA0gL,kBAAM3iL,QAAN,CAAgBs8K,OAAO7uL,IAAP,GAAc9J,MAAd,CAAsB,eAAtB,CAAhB;;AAEA,gBAAI,CAACq5L,OAAL,EAAe;AACXA,0BAAU,gBAAgBpkM,KAAKgiC,KAAL,CAAYhiC,KAAKC,MAAL,KAAgB,KAA5B,CAA1B;AACAyjM,uBAAOp3L,IAAP,CAAa,IAAb,EAAmB83L,OAAnB;AACH;;AAED,qBAAS6B,SAAT,CAAoBqE,UAApB,EAAiC;AAC7B,uBAAOhqK,EAAGgqK,WAAW35H,KAAd,EAAsBt7D,GAAtB,CAA2Bi1L,UAA3B,CAAP;AACH;;AAED,qBAASC,UAAT,CAAqBD,UAArB,EAAkC;AAC9BrE,0BAAWqE,UAAX,EAAwB92K,WAAxB,CAAqC,sBAArC;AACH;;AAED,qBAASg3K,UAAT,CAAqBF,UAArB,EAAkC;AAC9BrE,0BAAWqE,UAAX,EAAwBn3K,QAAxB,CAAkC,sBAAlC;AACH;;AAED,qBAASs3K,aAAT,CAAwBH,UAAxB,EAAqC;AACjCrE,0BAAWqE,UAAX,EAAwBn3K,QAAxB,CAAkC,uBAAlC;AACH;;AAED,qBAASu3K,YAAT,CAAuBJ,UAAvB,EAAoC;AAChC,uBAAOhqK,EAAGgqK,UAAH,EAAgB72L,EAAhB,CAAoB,oCAApB,CAAP;AACH;;AAED,qBAASk3L,gBAAT,GAA4B;AACxBjH,uBAAOlwK,WAAP,CAAoBJ,QAAQu2K,aAA5B;AACArpK,kBAAG,MAAM8jK,OAAN,GAAgB,UAAnB,EAAgCvtL,MAAhC;AACH;;AAED,qBAAS+zL,cAAT,GAA0B;AACtB,oBAAIp+K,SAAS,MAAM43K,OAAN,GAAgB,kBAA7B;AAAA,oBACI94K,SAAS,EADb;AAAA,oBAEIu/K,aAAanH,OAAOr6K,KAAP,EAFjB;AAAA,oBAGIpa,OAAO,EAHX;AAAA,oBAII67L,OAJJ;;AAMAZ,6BAAa/rM,IAAb,CAAkB,UAAUgX,KAAV,EAAkB;AAChC,wBAAIkU,KAAJ;AACA,wBAAIqhL,aAAc,IAAd,CAAJ,EAA2B;AACvBrhL,gCAAQi7B,WAAY,IAAZ,CAAR;;AAEA;AACA,4BAAIj7B,QAAQwhL,aAAa,IAAzB,EAAgC;AAC5B57L,iCAAK/S,IAAL,CAAWiZ,QAAQ,GAAR,GAAckU,KAAzB;AACAiC,mCAAOpvB,IAAP,CAAaswB,SAAS,oCAAT,IAAkDrX,QAAQ,CAA1D,IAAgE,aAAhE,GAAgFkU,KAAhF,GAAwF,OAArG;AACH;AACJ;AACJ,iBAXD;AAYAyhL,0BAAU77L,KAAK1G,IAAL,CAAW,GAAX,CAAV;;AAEAm7L,uBAAOvwK,QAAP,CAAiBC,QAAQu2K,aAAzB;;AAEA,oBAAIoB,SAASzqK,EAAG,MAAM8jK,OAAN,GAAgB,UAAnB,CAAb;AACA;AACA,oBAAI,CAAC2G,OAAOttM,MAAR,IAAkBstM,OAAOpwL,IAAP,CAAa,eAAb,MAAmCmwL,OAAzD,EAAmE;AAC/D;AACAC,2BAAOl0L,MAAP;;AAEA,wBAAIyU,OAAO7tB,MAAX,EAAoB;AAChB6iC,0BAAG,YAAYhV,OAAO/iB,IAAP,CAAa,IAAb,CAAZ,GAAkC,UAArC,EACK+D,IADL,CACW,IADX,EACiB83L,UAAU,UAD3B,EAEKzpL,IAFL,CAEW,eAFX,EAE4BmwL,OAF5B,EAGK1jL,QAHL,CAGeijL,KAHf;AAIH;AACJ;AACJ;;AAED,qBAASW,OAAT,GAAkB;AACd,oBAAIp2L,OAAO,EAAX;AAAA,oBACIq2L,UADJ;;AAGAd,sCAAsBhsM,IAAtB,CAA2B,UAAUI,CAAV,EAAc;AACrC,wBAAI6sH,KAAK9qF,EAAG,IAAH,CAAT;AAAA,wBACI/jB,WAAW6uG,GAAG3uG,GAAH,CAAQ,SAAR,MAAwB,MAAxB,IAAkC2uG,GAAG33G,EAAH,CAAO,uBAAP,CADjD;;AAGA,wBAAI,CAAC8I,QAAD,IAAa,CAAC0uL,UAAlB,EAA+B;AAC3BA,qCAAa,IAAb;AACAr2L,6BAAM,CAAN,IAAYrW,CAAZ;AACH,qBAHD,MAGO,IAAIge,YAAY0uL,UAAhB,EAA6B;AAChCr2L,6BAAM,CAAN,IAAYrW,CAAZ;;AAEA,+BAAO,KAAP;AACH;AACJ,iBAZD;;AAcA,uBAAOqW,IAAP;AACH;;AAED,qBAASs2L,OAAT,GAAkB;AACd,oBAAIt2L,OAAOo2L,SAAX;AACA,uBAAO,CAAEp2L,KAAM,CAAN,IAAY,CAAd,EAAkBA,KAAM,CAAN,IAAY,CAA9B,CAAP;AACH;;AAED,qBAASu2L,QAAT,CAAmBC,GAAnB,EAAwB;AACpB,uBAAOA,MAAMJ,SAAN,GAAkBE,SAAzB;AACH;;AAED,qBAASG,UAAT,CAAqBC,IAArB,EAA2B;AACvB,uBAAOA,KAAM,CAAN,IAAY,CAAC,CAAb,IAAkBA,KAAM,CAAN,IAAYnB,sBAAsB1sM,MAA3D;AACH;;AAED,qBAAS8tM,YAAT,GAAwB;AACpB,oBAAIjjK,aAAao7J,OAAOp3L,IAAP,CAAa,2BAAb,CAAjB;AACA,uBAAO,CAACg8B,UAAD,IAAiB,gBAAgBrJ,GAAlB,IAA2BA,IAAIqJ,UAAJ,CAAgBA,UAAhB,EAA6B5lC,OAA9E;AACH;;AAED,qBAAS8oM,eAAT,GAA2B;AACvB,oBAAI,CAACD,cAAL,EAAsB;AAClB;AACH;;AAED,oBAAI9I,iBAAiBiB,OAAOt5L,MAAP,GAAgBif,KAAhB,EAArB;AAAA,oBACIoiL,UAAU,EADd;AAAA,oBAEI11H,MAAM,CAFV;AAAA,oBAGI21H,OAAO,EAHX;AAAA,oBAIIC,4BAA4BzB,aAAazsM,MAJ7C;;AAMAysM,6BAAa/rM,IAAb,CAAkB,UAAUgX,KAAV,EAAkB;AAChC,wBAAIi2G,KAAK9qF,EAAG,IAAH,CAAT;AAAA,wBACIsrK,YAAYxgF,GAAG33G,EAAH,CAAO,oCAAP,CADhB;;AAGAg4L,4BAAQvvM,IAAR,CAAc0vM,SAAd;AACA71H,2BAAOq0H,aAAcj1L,KAAd,CAAP;AACAu2L,yBAAKxvM,IAAL,CAAW65E,GAAX;;AAEA;AACA,wBAAI61H,aAAa71H,MAAM0sH,cAAvB,EAAwC;AACpCkJ;AACH;AACJ,iBAZD;;AAcA;AACA,oBAAIE,2BAA2BF,8BAA8B,CAA7D;;AAEAzB,6BAAa/rM,IAAb,CAAkB,UAAUgX,KAAV,EAAkB;AAChC,wBAAIs2L,QAASt2L,KAAT,CAAJ,EAAuB;;AAEnB;AACAs1L,sCAAe,IAAf;AACA;AACH;;AAED,wBAAIiB,KAAMv2L,KAAN,KAAiBstL,cAAjB,IAAmCoJ,wBAAvC,EAAkE;AAC9DA,mDAA2B,KAA3B;AACAtB,mCAAY,IAAZ;AACH,qBAHD,MAGO;AACHC,mCAAY,IAAZ;AACH;AACJ,iBAdD;;AAgBAG;AACAjH,uBAAO5/K,OAAP,CAAgB,iBAAhB;AACH;;AAED,qBAASgoL,OAAT,CAAkBV,GAAlB,EAAuB;AACnB,oBAAIE,OAAOH,SAAUC,GAAV,CAAX;AACA,oBAAIC,WAAYC,IAAZ,CAAJ,EAAwB;AACpB,wBAAIlpL,MAAOkpL,KAAM,CAAN,CAAP,CAAJ,EAAwB;AACpB,4BAAIF,GAAJ,EAAS;AACLE,iCAAK,CAAL,IAAU,CAAV;AACH,yBAFD,MAGK;AACDA,iCAAK,CAAL,IAAUnB,sBAAsB1sM,MAAtB,GAA+B,CAAzC;AACH;AACJ;;AAEDmtM;;AAEAJ,+BAAYL,sBAAsBvsM,GAAtB,CAA2B0tM,KAAM,CAAN,CAA3B,CAAZ;AACAf,+BAAYJ,sBAAsBvsM,GAAtB,CAA2B0tM,KAAM,CAAN,CAA3B,CAAZ;;AAEA5H,2BAAO5/K,OAAP,CAAgB,iBAAhB;AACH;AACJ;;AAEDkmL,qBAAS30L,GAAT,CAAc40L,QAAd,EAAyBpqL,EAAzB,CAA6B,OAA7B,EAAsC,UAAU3Y,CAAV,EAAa;AAC/C4kM,wBAAS,CAAC,CAACxrK,EAAGp5B,EAAEzH,MAAL,EAAcwV,OAAd,CAAuBg1L,QAAvB,EAAkCxsM,MAA7C;AACAyJ,kBAAE8a,cAAF;AACH,aAHD;;AAKA,qBAAS+pL,QAAT,CAAmB9rL,KAAnB,EAA0Bnf,GAA1B,EAAgC;AAC5B,uBAAO,CAAEmf,MAAM+rB,OAAN,IAAiB/rB,MAAMuD,aAAN,CAAoBwoB,OAAvC,EAAkD,CAAlD,EAAuDlrC,GAAvD,CAAP;AACH;;AAED,gBAAI,CAAC4iM,OAAOjwL,EAAP,CAAW,MAAMrK,MAAMygM,kBAAZ,GAAiC,GAA5C,CAAL,EAAyD;;AAErDnG,uBACK7jL,EADL,CACS,wBADT,EACmC,UAAU3Y,CAAV,EAAa;AACxC,wBAAI8kM,UAAUD,SAAU7kM,CAAV,EAAa,OAAb,CAAd;AAAA,wBACI+kM,UAAUF,SAAU7kM,CAAV,EAAa,OAAb,CADd;AAAA,wBAEI6kC,CAFJ;AAAA,wBAGIE,CAHJ;;AAKA3L,sBAAGrB,GAAH,EAAS3lB,GAAT,CAAc,QAAd,EAAwBkyL,eAAxB;;AAEAlrK,sBAAG,IAAH,EACKzgB,EADL,CACS,WADT,EACsB,UAAU3Y,CAAV,EAAa;AAC3B6kC,4BAAIggK,SAAU7kM,CAAV,EAAa,OAAb,CAAJ;AACA+kC,4BAAI8/J,SAAU7kM,CAAV,EAAa,OAAb,CAAJ;AACA,4BAAIglM,MAAMpJ,SAASQ,MAAT,CAAgBh3J,KAA1B;AACA,4BAAItsC,KAAKosC,GAAL,CAAUL,IAAIigK,OAAd,IAA0BE,IAAI3C,mBAA9B,IAAqDvpM,KAAKosC,GAAL,CAAUH,IAAIggK,OAAd,IAA0BC,IAAI1C,iBAAvF,EAA2G;AACvGtiM,8BAAE8a,cAAF;AACH;AACJ,qBARL,EASKnC,EATL,CASS,sBATT,EASiC,YAAU;AACnC,4BAAIqsL,MAAMpJ,SAASQ,MAAT,CAAgBh3J,KAA1B;AACA,4BAAItsC,KAAKosC,GAAL,CAAUH,IAAIggK,OAAd,IAA0BC,IAAI1C,iBAAlC,EAAsD;AAClD,gCAAIz9J,IAAIigK,OAAJ,GAAc,CAAC,CAAD,GAAKE,IAAI3C,mBAA3B,EAAgD;AAC5CuC,wCAAS,IAAT;AACH;AACD,gCAAI//J,IAAIigK,OAAJ,GAAcE,IAAI3C,mBAAtB,EAA2C;AACvCuC,wCAAS,KAAT;AACH;AACJ;;AAEDjwM,+BAAO8d,UAAP,CAAkB,YAAW;AACzB2mB,8BAAGrB,GAAH,EAASpf,EAAT,CAAa,QAAb,EAAuB2rL,eAAvB;AACH,yBAFD,EAEG,GAFH;AAGAlrK,0BAAG,IAAH,EAAUhnB,GAAV,CAAe,oBAAf;AACH,qBAxBL;AAyBH,iBAlCL;AAmCH;;AAEDoqL,mBACK7jL,EADL,CACS,6BADT,EACwC,YAAU;AAC1C,oBAAIssL,YAAYd,WAAYH,SAAZ,CAAhB;AACA,oBAAIkB,YAAYf,WAAYL,SAAZ,CAAhB;AACAhB,yBAAUmC,YAAY,aAAZ,GAA4B,UAAtC,EAAoD/4K,QAAQs2K,OAA5D;AACAO,yBAAUmC,YAAY,aAAZ,GAA4B,UAAtC,EAAoDh5K,QAAQs2K,OAA5D;;AAEAM,yBAAS/0L,OAAT,CAAkB,MAAMme,QAAQu3H,OAAhC,EAA2C,CAACwhD,SAAD,IAAc,CAACC,SAAf,GAA2B,UAA3B,GAAwC,aAAnF,EAAoGh5K,QAAQw2K,iBAA5G;AACH,aARL,EASK/pL,EATL,CASS,0BATT,EASqC,YAAU;AACvCisL,wBAAS,IAAT;AACH,aAXL,EAYKjsL,EAZL,CAYS,0BAZT,EAYqC,YAAU;AACvCisL,wBAAS,KAAT;AACH,aAdL,EAeKjsL,EAfL,CAeS,6BAfT,EAewC,YAAU;AAC1C,oBAAIurG,KAAK9qF,EAAG,IAAH,CAAT;;AAEA8qF,mBAAG53F,WAAH,CAAgB,gBAAhB;AACA43F,mBAAGv2G,IAAH,GAAU9J,MAAV,CAAkB,eAAlB,EAAoCD,IAApC,CAA0C,mBAA1C,EAAgE+L,MAAhE;AACAypB,kBAAGrB,GAAH,EAAS3lB,GAAT,CAAc,QAAd,EAAwBkyL,eAAxB;;AAEApgF,mBAAG9xG,GAAH,CAAQ,cAAR;AACH,aAvBL,EAwBKuG,EAxBL,CAwBS,iBAxBT,EAwB4B,YAAW;AAC/B;AACAuqL,+BAAe,EAAf;AACAF,6BAAa/rM,IAAb,CAAkB,YAAW;AACzB,wBAAIkrB,QAAQi7B,WAAY,IAAZ,CAAZ;AACA8lJ,iCAAaluM,IAAb,CAAmBmtB,KAAnB;AACH,iBAHD;;AAKAmiL;AACH,aAjCL;;AAmCAA;AACAlrK,cAAGrB,GAAH,EAASpf,EAAT,CAAa,QAAb,EAAuB2rL,eAAvB;AACH;;AAID;AACAlrK,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,gBAAlB,EAAoC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuB;AACvD,gBAAIA,SAAStB,IAAT,KAAkB,OAAtB,EAA+B;AAC3BmG,iCAAkB7E,SAASvB,MAA3B;AACH;AAEJ,SALD;AAOH,KA3UC,GAAD;;AA6UD,KAAE,aAAU;;AAER,YAAI2I,UAAU;AACV//L,kBAAM;AACFxP,sBAAM;AADJ;AADI,SAAd;;AAMA,iBAASwvM,aAAT,CAAwB5I,MAAxB,EAAgC;;AAE5B,gBAAIqG,QAAQzpK,EAAG,wCAAH,CAAZ;AAAA,gBACIisK,UAAUjsK,EAAG,oCAAH,EAA0ClZ,QAA1C,CAAoD2iL,KAApD,CADd;AAAA,gBAEIyC,UAAU,4BAFd;AAAA,gBAGItC,eAAexG,OAAO54L,IAAP,CAAa,UAAb,CAHnB;;AAKA;AACAo/L,yBAAa/rM,IAAb,CAAkB,YAAU;AACxBouM,wBAAQ1lL,MAAR,CAAgB,kBAAhB;AACH,aAFD;;AAIAkjL,kBAAM3iL,QAAN,CAAgBs8K,OAAO7uL,IAAP,GAAc9J,MAAd,CAAsB,eAAtB,CAAhB;;AAEA,qBAAS0hM,WAAT,CAAsB/I,MAAtB,EAA+B;AAC3B,oBAAI1/I,KAAK0/I,OAAOp3L,IAAP,CAAa+/L,QAAQ//L,IAAR,CAAaxP,IAA1B,CAAT;AACA,uBAAO,CAACknD,EAAD,IAAO/kB,IAAIqJ,UAAJ,IAAkBrJ,IAAIqJ,UAAJ,CAAgB0b,EAAhB,EAAqBthD,OAArD;AACH;;AAED,qBAASgqM,WAAT,GAAsB;AAClB,oBAAI,CAACD,YAAa/I,MAAb,CAAL,EAA6B;AACzBqG,0BAAMttL,GAAN,CAAW,SAAX,EAAsB,MAAtB;AACA;AACH;AACDstL,sBAAMttL,GAAN,CAAW,SAAX,EAAsB,OAAtB;;AAEA;AACA,oBAAIkwL,OAAOJ,QAAQzhM,IAAR,CAAc,IAAd,EAAqB0oB,WAArB,CAAkCg5K,OAAlC,CAAX;AACA9I,uBAAO54L,IAAP,CAAa,UAAb,EAA0B3M,IAA1B,CAA+B,UAASI,CAAT,EAAW;AACtC,wBAAI+hC,EAAG,IAAH,EAAU7jB,GAAV,CAAe,SAAf,MAA+B,MAAnC,EAA2C;AACvCkwL,6BAAKhuM,EAAL,CAASJ,CAAT,EAAa40B,QAAb,CAAuBq5K,OAAvB;AACH;AACJ,iBAJD;AAKH;;AAED;AACAE;AACApsK,cAAGrB,GAAH,EAASpf,EAAT,CAAa,QAAb,EAAuB6sL,WAAvB;;AAGAhJ,mBACK7jL,EADL,CACS,yBADT,EACoC,YAAU;AACtC6sL;AACH,aAHL,EAIK7sL,EAJL,CAIS,yBAJT,EAIoC,YAAU;AACtC,oBAAIurG,KAAK9qF,EAAG,IAAH,CAAT;;AAEA8qF,mBAAGv2G,IAAH,GAAU9J,MAAV,CAAkB,eAAlB,EAAoCD,IAApC,CAA0C,mBAA1C,EAAgE+L,MAAhE;AACAypB,kBAAGrB,GAAH,EAAS3lB,GAAT,CAAc,QAAd,EAAwBozL,WAAxB;;AAEAthF,mBAAG9xG,GAAH,CAAQ,UAAR;AACH,aAXL;AAYH;;AAID;AACAgnB,UAAG5kC,QAAH,EAAcmkB,EAAd,CAAkB,gBAAlB,EAAoC,UAAU3Y,CAAV,EAAa+9L,QAAb,EAAuB;;AAEvD,gBAAI,CAAEA,SAAStB,IAAT,KAAkB,OAAlB,IAA6BsB,SAAStB,IAAT,KAAkB,cAAjD,KAAqEsB,SAASvB,MAAT,CAAgBjwL,EAAhB,CAAoB,OAAO44L,QAAQ//L,IAAR,CAAaxP,IAApB,GAA2B,GAA/C,CAAzE,EAA+H;AAC3HwvM,8BAAerH,SAASvB,MAAxB;AACH;AAEJ,SAND;AAQH,KAzEC,GAAD;;AA2ED,KAAC,CAAC,YAAW;;AAET,YAAI/uI,IAAI;AACJ3nD,uBAAW;AACPlQ,sBAAM;AADC,aADP;AAIJ0I,wBAAY;AACRonM,6BAAa;AADL,aAJR;AAOJx5K,qBAAS;AACLg6H,sBAAM,qBADD;AAELzC,yBAAS;AAFJ,aAPL;AAWJq4C,mBAAO,CAAE,OAAF,EAAW,OAAX,EAAoB,cAApB,CAXH;AAYJlmM,kBAAM,cAAUuhF,KAAV,EAAkB;AACpB,oBAAIqlH,SAASpjK,EAAG+9C,KAAH,CAAb;AAAA,oBACIwuH,aAAanJ,OAAOp3L,IAAP,CAAaqoD,EAAEnvD,UAAF,CAAaonM,WAA1B,CADjB;AAAA,oBAEIzI,WAAWT,OAAO7uL,IAAP,GAAc9J,MAAd,CAAsB,eAAtB,CAFf;AAAA,oBAGI+hM,UAAU,EAHd;AAAA,oBAII1F,YAAY9mK,EAAG,OAAH,EAAanN,QAAb,CAAuBwhC,EAAEvhC,OAAF,CAAUg6H,IAAV,GAAiB,GAAjB,GAAuBz4F,EAAEvhC,OAAF,CAAUu3H,OAAxD,CAJhB;;AAMA,oBAAIxkI,OAAO,CAAE,YAAY28K,SAASC,IAAT,CAAczc,OAA1B,GAAoC,GAAtC,CAAX;AAAA,oBACIymB,WAAWrJ,OAAOp3L,IAAP,CAAa,oBAAb,CADf;AAAA,oBAEIs3J,UAFJ;;AAIAz9I,qBAAKjqB,IAAL,CAAW,4BAAX;AACA,qBAAK,IAAI4C,IAAE,CAAN,EAAS0oC,IAAImtB,EAAEquI,KAAF,CAAQvlM,MAA1B,EAAkCqB,IAAE0oC,CAApC,EAAuC1oC,GAAvC,EAA6C;AACzC,wBAAI+tM,cAAcA,WAAW7qM,WAAX,OAA6B2yD,EAAEquI,KAAF,CAASlkM,CAAT,CAA/C,EAA8D;AAC1D;AACH;;AAED8kK,iCAAampC,aAAap4I,EAAEquI,KAAF,CAASlkM,CAAT,CAA1B;;AAEA,wBAAI8kK,UAAJ,EAAiB;AACbkpC,kCAAUn4I,EAAEquI,KAAF,CAASlkM,CAAT,CAAV;AACH;;AAEDqnB,yBAAKjqB,IAAL,CAAW,aACL0nK,aAAa,WAAb,GAA2B,EADtB,IAEP,UAFO,GAEMjvG,EAAEquI,KAAF,CAASlkM,CAAT,CAFN,GAEqB,IAFrB,GAE4BgkM,SAASC,IAAT,CAAcC,KAAd,CAAqBlkM,CAArB,CAF5B,GAEuD,WAFlE;AAGH;AACDqnB,qBAAKjqB,IAAL,CAAW,0BAAX;;AAEAkrM,0BAAUjhL,IAAV,CAAgBA,KAAK5d,IAAL,CAAW,EAAX,CAAhB;;AAEA,oBAAIykM,qBAAqB7I,SAASr5L,IAAT,CAAe,mBAAf,EAAqCnM,EAArC,CAAyC,CAAzC,CAAzB;AACA,oBAAIquM,mBAAmBvvM,MAAvB,EAAgC;AAC5B2pM,8BAAUrgL,YAAV,CAAwBimL,kBAAxB;AACH,iBAFD,MAEO;AACH5F,8BAAUhgL,QAAV,CAAoB+8K,QAApB;AACH;;AAEDiD,0BAAUt8L,IAAV,CAAgB,MAAhB,EAAyBs9L,WAAzB;AACAhB,0BAAUt8L,IAAV,CAAgB,QAAhB,EAA2B+U,EAA3B,CAA+B,QAA/B,EAAyC80C,EAAEs4I,YAA3C;AACH,aApDG;AAqDJA,0BAAc,wBAAW;AACrB,oBAAI7hF,KAAK9qF,EAAG,IAAH,CAAT;AAAA,oBACI8mK,YAAYh8E,GAAGn2G,OAAH,CAAY,MAAM0/C,EAAEvhC,OAAF,CAAUg6H,IAA5B,CADhB;AAAA,oBAEIs2C,SAASt4E,GAAGn2G,OAAH,CAAY,eAAZ,EAA8BL,IAA9B,GAAqCjW,EAArC,CAAyC,CAAzC,CAFb;AAAA,oBAGI4N,MAAM6+G,GAAG7+G,GAAH,EAHV;;AAKA66L,0BAAUvwL,MAAV;AACA6sL,uBAAO/oL,IAAP,CAAa,UAAb,EAA0BsoC,OAA1B;;AAEAygJ,uBAAOp3L,IAAP,CAAa,oBAAb,EAAmCC,GAAnC;AACAm3L,uBAAOuB,QAAP;AACH;AAhEG,SAAR;;AAmEA3kK,UAAGrB,IAAIvjC,QAAP,EAAkBmkB,EAAlB,CAAsB,gBAAtB,EAAwC,UAAU3Y,CAAV,EAAa47L,QAAb,EAAwB;AAC5D,gBAAIA,SAASY,MAAT,CAAgBjwL,EAAhB,CAAoBkhD,EAAE3nD,SAAF,CAAYlQ,IAAhC,CAAJ,EAA6C;AACzC63D,kBAAE73D,IAAF,CAAQgmM,SAASzkH,KAAjB;AACH;AACJ,SAJD;AAMH,KA3EA;AA4EJ,CAz0CA,CAAD;;;ACLA/9C,EAAE5kC,QAAF,EAAYomC,UAAZ;;AAEAxB,EAAG,iBAAH,EAAuBtc,KAAvB,CAA6B,YAAW;AACtCsc,MAAE,YAAF,EAAgB7M,WAAhB,CAA4B,SAA5B;AACD,CAFD;;AAKA6M,EAAE,eAAF,EAAmB4sK,OAAnB,CAA2B;AACzBrN,kBAAc;AADW,CAA3B;;AAIA;;AAEA,IAAIsN,YAAY,EAAhB;AACA7sK,EAAEniC,IAAF,CAAO,CAAC,CAAD,EAAI,CAAJ,EAAO,CAAP,EAAU,CAAV,EAAa,CAAb,EAAgB,CAAhB,EAAmB,CAAnB,CAAP,EAA8B,UAASuQ,GAAT,EAAc;AAAEy+L,cAAUjxM,IAAV,CAAeokC,EAAE,kBAAkB5xB,MAAM,CAAxB,CAAF,EAA8B+N,GAA9B,CAAkC,MAAlC,CAAf;AAA2D,CAAzG;;AAEA;;AAEA6jB,EAAE,MAAF,EAAUzgB,EAAV,CAAa,UAAb,EAAyB,YAAW;AAClCygB,MAAE,gBAAF,EAAoB7jB,GAApB,CAAwB,OAAxB,EAAkC,MAAlC;AACD,CAFD;;AAIA6jB,EAAE,gBAAF,EAAoBzgB,EAApB,CAAuB,UAAvB,EAAmC,UAAS3Y,CAAT,EAAY;AAC7CA,MAAE+a,eAAF;AACAqe,MAAE,IAAF,EAAQ7jB,GAAR,CAAY,OAAZ,EAAoB,OAApB;AACD,CAHD;;AAKA6jB,EAAEzkC,MAAF,EAAUsvD,MAAV,CAAiB,YAAW;AACxB,QAAIA,SAAS7qB,EAAEzkC,MAAF,EAAUynB,SAAV,EAAb;AACA,QAAG6nC,UAAU,EAAb,EAAiB;AACb7qB,UAAE,aAAF,EAAiBnN,QAAjB,CAA0B,oBAA1B;AACH,KAFD,MAEO;AACHmN,UAAE,aAAF,EAAiB9M,WAAjB,CAA6B,oBAA7B;AACH;AACJ,CAPD;;AASA8M,EAAEzkC,MAAF,EAAUsvD,MAAV,CAAiB,YAAW;AACxB,QAAIA,SAAS7qB,EAAEzkC,MAAF,EAAUynB,SAAV,EAAb;AACA,QAAG6nC,UAAU,EAAb,EAAiB;AACb7qB,UAAE,eAAF,EAAmBnN,QAAnB,CAA4B,eAA5B;AACH,KAFD,MAEO;AACHmN,UAAE,eAAF,EAAmB9M,WAAnB,CAA+B,eAA/B;AACH;AACJ,CAPD","file":"app.js","sourcesContent":["/*!\n * jQuery JavaScript Library v2.2.4\n * http://jquery.com/\n *\n * Includes Sizzle.js\n * http://sizzlejs.com/\n *\n * Copyright jQuery Foundation and other contributors\n * Released under the MIT license\n * http://jquery.org/license\n *\n * Date: 2016-05-20T17:23Z\n */\n\n(function( global, factory ) {\n\n\tif ( typeof module === \"object\" && typeof module.exports === \"object\" ) {\n\t\t// For CommonJS and CommonJS-like environments where a proper `window`\n\t\t// is present, execute the factory and get jQuery.\n\t\t// For environments that do not have a `window` with a `document`\n\t\t// (such as Node.js), expose a factory as module.exports.\n\t\t// This accentuates the need for the creation of a real `window`.\n\t\t// e.g. var jQuery = require(\"jquery\")(window);\n\t\t// See ticket #14549 for more info.\n\t\tmodule.exports = global.document ?\n\t\t\tfactory( global, true ) :\n\t\t\tfunction( w ) {\n\t\t\t\tif ( !w.document ) {\n\t\t\t\t\tthrow new Error( \"jQuery requires a window with a document\" );\n\t\t\t\t}\n\t\t\t\treturn factory( w );\n\t\t\t};\n\t} else {\n\t\tfactory( global );\n\t}\n\n// Pass this if window is not defined yet\n}(typeof window !== \"undefined\" ? window : this, function( window, noGlobal ) {\n\n// Support: Firefox 18+\n// Can't be in strict mode, several libs including ASP.NET trace\n// the stack via arguments.caller.callee and Firefox dies if\n// you try to trace through \"use strict\" call chains. (#13335)\n//\"use strict\";\nvar arr = [];\n\nvar document = window.document;\n\nvar slice = arr.slice;\n\nvar concat = arr.concat;\n\nvar push = arr.push;\n\nvar indexOf = arr.indexOf;\n\nvar class2type = {};\n\nvar toString = class2type.toString;\n\nvar hasOwn = class2type.hasOwnProperty;\n\nvar support = {};\n\n\n\nvar\n\tversion = \"2.2.4\",\n\n\t// Define a local copy of jQuery\n\tjQuery = function( selector, context ) {\n\n\t\t// The jQuery object is actually just the init constructor 'enhanced'\n\t\t// Need init if jQuery is called (just allow error to be thrown if not included)\n\t\treturn new jQuery.fn.init( selector, context );\n\t},\n\n\t// Support: Android<4.1\n\t// Make sure we trim BOM and NBSP\n\trtrim = /^[\\s\\uFEFF\\xA0]+|[\\s\\uFEFF\\xA0]+$/g,\n\n\t// Matches dashed string for camelizing\n\trmsPrefix = /^-ms-/,\n\trdashAlpha = /-([\\da-z])/gi,\n\n\t// Used by jQuery.camelCase as callback to replace()\n\tfcamelCase = function( all, letter ) {\n\t\treturn letter.toUpperCase();\n\t};\n\njQuery.fn = jQuery.prototype = {\n\n\t// The current version of jQuery being used\n\tjquery: version,\n\n\tconstructor: jQuery,\n\n\t// Start with an empty selector\n\tselector: \"\",\n\n\t// The default length of a jQuery object is 0\n\tlength: 0,\n\n\ttoArray: function() {\n\t\treturn slice.call( this );\n\t},\n\n\t// Get the Nth element in the matched element set OR\n\t// Get the whole matched element set as a clean array\n\tget: function( num ) {\n\t\treturn num != null ?\n\n\t\t\t// Return just the one element from the set\n\t\t\t( num < 0 ? this[ num + this.length ] : this[ num ] ) :\n\n\t\t\t// Return all the elements in a clean array\n\t\t\tslice.call( this );\n\t},\n\n\t// Take an array of elements and push it onto the stack\n\t// (returning the new matched element set)\n\tpushStack: function( elems ) {\n\n\t\t// Build a new jQuery matched element set\n\t\tvar ret = jQuery.merge( this.constructor(), elems );\n\n\t\t// Add the old object onto the stack (as a reference)\n\t\tret.prevObject = this;\n\t\tret.context = this.context;\n\n\t\t// Return the newly-formed element set\n\t\treturn ret;\n\t},\n\n\t// Execute a callback for every element in the matched set.\n\teach: function( callback ) {\n\t\treturn jQuery.each( this, callback );\n\t},\n\n\tmap: function( callback ) {\n\t\treturn this.pushStack( jQuery.map( this, function( elem, i ) {\n\t\t\treturn callback.call( elem, i, elem );\n\t\t} ) );\n\t},\n\n\tslice: function() {\n\t\treturn this.pushStack( slice.apply( this, arguments ) );\n\t},\n\n\tfirst: function() {\n\t\treturn this.eq( 0 );\n\t},\n\n\tlast: function() {\n\t\treturn this.eq( -1 );\n\t},\n\n\teq: function( i ) {\n\t\tvar len = this.length,\n\t\t\tj = +i + ( i < 0 ? len : 0 );\n\t\treturn this.pushStack( j >= 0 && j < len ? [ this[ j ] ] : [] );\n\t},\n\n\tend: function() {\n\t\treturn this.prevObject || this.constructor();\n\t},\n\n\t// For internal use only.\n\t// Behaves like an Array's method, not like a jQuery method.\n\tpush: push,\n\tsort: arr.sort,\n\tsplice: arr.splice\n};\n\njQuery.extend = jQuery.fn.extend = function() {\n\tvar options, name, src, copy, copyIsArray, clone,\n\t\ttarget = arguments[ 0 ] || {},\n\t\ti = 1,\n\t\tlength = arguments.length,\n\t\tdeep = false;\n\n\t// Handle a deep copy situation\n\tif ( typeof target === \"boolean\" ) {\n\t\tdeep = target;\n\n\t\t// Skip the boolean and the target\n\t\ttarget = arguments[ i ] || {};\n\t\ti++;\n\t}\n\n\t// Handle case when target is a string or something (possible in deep copy)\n\tif ( typeof target !== \"object\" && !jQuery.isFunction( target ) ) {\n\t\ttarget = {};\n\t}\n\n\t// Extend jQuery itself if only one argument is passed\n\tif ( i === length ) {\n\t\ttarget = this;\n\t\ti--;\n\t}\n\n\tfor ( ; i < length; i++ ) {\n\n\t\t// Only deal with non-null/undefined values\n\t\tif ( ( options = arguments[ i ] ) != null ) {\n\n\t\t\t// Extend the base object\n\t\t\tfor ( name in options ) {\n\t\t\t\tsrc = target[ name ];\n\t\t\t\tcopy = options[ name ];\n\n\t\t\t\t// Prevent never-ending loop\n\t\t\t\tif ( target === copy ) {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\n\t\t\t\t// Recurse if we're merging plain objects or arrays\n\t\t\t\tif ( deep && copy && ( jQuery.isPlainObject( copy ) ||\n\t\t\t\t\t( copyIsArray = jQuery.isArray( copy ) ) ) ) {\n\n\t\t\t\t\tif ( copyIsArray ) {\n\t\t\t\t\t\tcopyIsArray = false;\n\t\t\t\t\t\tclone = src && jQuery.isArray( src ) ? src : [];\n\n\t\t\t\t\t} else {\n\t\t\t\t\t\tclone = src && jQuery.isPlainObject( src ) ? src : {};\n\t\t\t\t\t}\n\n\t\t\t\t\t// Never move original objects, clone them\n\t\t\t\t\ttarget[ name ] = jQuery.extend( deep, clone, copy );\n\n\t\t\t\t// Don't bring in undefined values\n\t\t\t\t} else if ( copy !== undefined ) {\n\t\t\t\t\ttarget[ name ] = copy;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\t// Return the modified object\n\treturn target;\n};\n\njQuery.extend( {\n\n\t// Unique for each copy of jQuery on the page\n\texpando: \"jQuery\" + ( version + Math.random() ).replace( /\\D/g, \"\" ),\n\n\t// Assume jQuery is ready without the ready module\n\tisReady: true,\n\n\terror: function( msg ) {\n\t\tthrow new Error( msg );\n\t},\n\n\tnoop: function() {},\n\n\tisFunction: function( obj ) {\n\t\treturn jQuery.type( obj ) === \"function\";\n\t},\n\n\tisArray: Array.isArray,\n\n\tisWindow: function( obj ) {\n\t\treturn obj != null && obj === obj.window;\n\t},\n\n\tisNumeric: function( obj ) {\n\n\t\t// parseFloat NaNs numeric-cast false positives (null|true|false|\"\")\n\t\t// ...but misinterprets leading-number strings, particularly hex literals (\"0x...\")\n\t\t// subtraction forces infinities to NaN\n\t\t// adding 1 corrects loss of precision from parseFloat (#15100)\n\t\tvar realStringObj = obj && obj.toString();\n\t\treturn !jQuery.isArray( obj ) && ( realStringObj - parseFloat( realStringObj ) + 1 ) >= 0;\n\t},\n\n\tisPlainObject: function( obj ) {\n\t\tvar key;\n\n\t\t// Not plain objects:\n\t\t// - Any object or value whose internal [[Class]] property is not \"[object Object]\"\n\t\t// - DOM nodes\n\t\t// - window\n\t\tif ( jQuery.type( obj ) !== \"object\" || obj.nodeType || jQuery.isWindow( obj ) ) {\n\t\t\treturn false;\n\t\t}\n\n\t\t// Not own constructor property must be Object\n\t\tif ( obj.constructor &&\n\t\t\t\t!hasOwn.call( obj, \"constructor\" ) &&\n\t\t\t\t!hasOwn.call( obj.constructor.prototype || {}, \"isPrototypeOf\" ) ) {\n\t\t\treturn false;\n\t\t}\n\n\t\t// Own properties are enumerated firstly, so to speed up,\n\t\t// if last one is own, then all properties are own\n\t\tfor ( key in obj ) {}\n\n\t\treturn key === undefined || hasOwn.call( obj, key );\n\t},\n\n\tisEmptyObject: function( obj ) {\n\t\tvar name;\n\t\tfor ( name in obj ) {\n\t\t\treturn false;\n\t\t}\n\t\treturn true;\n\t},\n\n\ttype: function( obj ) {\n\t\tif ( obj == null ) {\n\t\t\treturn obj + \"\";\n\t\t}\n\n\t\t// Support: Android<4.0, iOS<6 (functionish RegExp)\n\t\treturn typeof obj === \"object\" || typeof obj === \"function\" ?\n\t\t\tclass2type[ toString.call( obj ) ] || \"object\" :\n\t\t\ttypeof obj;\n\t},\n\n\t// Evaluates a script in a global context\n\tglobalEval: function( code ) {\n\t\tvar script,\n\t\t\tindirect = eval;\n\n\t\tcode = jQuery.trim( code );\n\n\t\tif ( code ) {\n\n\t\t\t// If the code includes a valid, prologue position\n\t\t\t// strict mode pragma, execute code by injecting a\n\t\t\t// script tag into the document.\n\t\t\tif ( code.indexOf( \"use strict\" ) === 1 ) {\n\t\t\t\tscript = document.createElement( \"script\" );\n\t\t\t\tscript.text = code;\n\t\t\t\tdocument.head.appendChild( script ).parentNode.removeChild( script );\n\t\t\t} else {\n\n\t\t\t\t// Otherwise, avoid the DOM node creation, insertion\n\t\t\t\t// and removal by using an indirect global eval\n\n\t\t\t\tindirect( code );\n\t\t\t}\n\t\t}\n\t},\n\n\t// Convert dashed to camelCase; used by the css and data modules\n\t// Support: IE9-11+\n\t// Microsoft forgot to hump their vendor prefix (#9572)\n\tcamelCase: function( string ) {\n\t\treturn string.replace( rmsPrefix, \"ms-\" ).replace( rdashAlpha, fcamelCase );\n\t},\n\n\tnodeName: function( elem, name ) {\n\t\treturn elem.nodeName && elem.nodeName.toLowerCase() === name.toLowerCase();\n\t},\n\n\teach: function( obj, callback ) {\n\t\tvar length, i = 0;\n\n\t\tif ( isArrayLike( obj ) ) {\n\t\t\tlength = obj.length;\n\t\t\tfor ( ; i < length; i++ ) {\n\t\t\t\tif ( callback.call( obj[ i ], i, obj[ i ] ) === false ) {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tfor ( i in obj ) {\n\t\t\t\tif ( callback.call( obj[ i ], i, obj[ i ] ) === false ) {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn obj;\n\t},\n\n\t// Support: Android<4.1\n\ttrim: function( text ) {\n\t\treturn text == null ?\n\t\t\t\"\" :\n\t\t\t( text + \"\" ).replace( rtrim, \"\" );\n\t},\n\n\t// results is for internal usage only\n\tmakeArray: function( arr, results ) {\n\t\tvar ret = results || [];\n\n\t\tif ( arr != null ) {\n\t\t\tif ( isArrayLike( Object( arr ) ) ) {\n\t\t\t\tjQuery.merge( ret,\n\t\t\t\t\ttypeof arr === \"string\" ?\n\t\t\t\t\t[ arr ] : arr\n\t\t\t\t);\n\t\t\t} else {\n\t\t\t\tpush.call( ret, arr );\n\t\t\t}\n\t\t}\n\n\t\treturn ret;\n\t},\n\n\tinArray: function( elem, arr, i ) {\n\t\treturn arr == null ? -1 : indexOf.call( arr, elem, i );\n\t},\n\n\tmerge: function( first, second ) {\n\t\tvar len = +second.length,\n\t\t\tj = 0,\n\t\t\ti = first.length;\n\n\t\tfor ( ; j < len; j++ ) {\n\t\t\tfirst[ i++ ] = second[ j ];\n\t\t}\n\n\t\tfirst.length = i;\n\n\t\treturn first;\n\t},\n\n\tgrep: function( elems, callback, invert ) {\n\t\tvar callbackInverse,\n\t\t\tmatches = [],\n\t\t\ti = 0,\n\t\t\tlength = elems.length,\n\t\t\tcallbackExpect = !invert;\n\n\t\t// Go through the array, only saving the items\n\t\t// that pass the validator function\n\t\tfor ( ; i < length; i++ ) {\n\t\t\tcallbackInverse = !callback( elems[ i ], i );\n\t\t\tif ( callbackInverse !== callbackExpect ) {\n\t\t\t\tmatches.push( elems[ i ] );\n\t\t\t}\n\t\t}\n\n\t\treturn matches;\n\t},\n\n\t// arg is for internal usage only\n\tmap: function( elems, callback, arg ) {\n\t\tvar length, value,\n\t\t\ti = 0,\n\t\t\tret = [];\n\n\t\t// Go through the array, translating each of the items to their new values\n\t\tif ( isArrayLike( elems ) ) {\n\t\t\tlength = elems.length;\n\t\t\tfor ( ; i < length; i++ ) {\n\t\t\t\tvalue = callback( elems[ i ], i, arg );\n\n\t\t\t\tif ( value != null ) {\n\t\t\t\t\tret.push( value );\n\t\t\t\t}\n\t\t\t}\n\n\t\t// Go through every key on the object,\n\t\t} else {\n\t\t\tfor ( i in elems ) {\n\t\t\t\tvalue = callback( elems[ i ], i, arg );\n\n\t\t\t\tif ( value != null ) {\n\t\t\t\t\tret.push( value );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\t// Flatten any nested arrays\n\t\treturn concat.apply( [], ret );\n\t},\n\n\t// A global GUID counter for objects\n\tguid: 1,\n\n\t// Bind a function to a context, optionally partially applying any\n\t// arguments.\n\tproxy: function( fn, context ) {\n\t\tvar tmp, args, proxy;\n\n\t\tif ( typeof context === \"string\" ) {\n\t\t\ttmp = fn[ context ];\n\t\t\tcontext = fn;\n\t\t\tfn = tmp;\n\t\t}\n\n\t\t// Quick check to determine if target is callable, in the spec\n\t\t// this throws a TypeError, but we will just return undefined.\n\t\tif ( !jQuery.isFunction( fn ) ) {\n\t\t\treturn undefined;\n\t\t}\n\n\t\t// Simulated bind\n\t\targs = slice.call( arguments, 2 );\n\t\tproxy = function() {\n\t\t\treturn fn.apply( context || this, args.concat( slice.call( arguments ) ) );\n\t\t};\n\n\t\t// Set the guid of unique handler to the same of original handler, so it can be removed\n\t\tproxy.guid = fn.guid = fn.guid || jQuery.guid++;\n\n\t\treturn proxy;\n\t},\n\n\tnow: Date.now,\n\n\t// jQuery.support is not used in Core but other projects attach their\n\t// properties to it so it needs to exist.\n\tsupport: support\n} );\n\n// JSHint would error on this code due to the Symbol not being defined in ES5.\n// Defining this global in .jshintrc would create a danger of using the global\n// unguarded in another place, it seems safer to just disable JSHint for these\n// three lines.\n/* jshint ignore: start */\nif ( typeof Symbol === \"function\" ) {\n\tjQuery.fn[ Symbol.iterator ] = arr[ Symbol.iterator ];\n}\n/* jshint ignore: end */\n\n// Populate the class2type map\njQuery.each( \"Boolean Number String Function Array Date RegExp Object Error Symbol\".split( \" \" ),\nfunction( i, name ) {\n\tclass2type[ \"[object \" + name + \"]\" ] = name.toLowerCase();\n} );\n\nfunction isArrayLike( obj ) {\n\n\t// Support: iOS 8.2 (not reproducible in simulator)\n\t// `in` check used to prevent JIT error (gh-2145)\n\t// hasOwn isn't used here due to false negatives\n\t// regarding Nodelist length in IE\n\tvar length = !!obj && \"length\" in obj && obj.length,\n\t\ttype = jQuery.type( obj );\n\n\tif ( type === \"function\" || jQuery.isWindow( obj ) ) {\n\t\treturn false;\n\t}\n\n\treturn type === \"array\" || length === 0 ||\n\t\ttypeof length === \"number\" && length > 0 && ( length - 1 ) in obj;\n}\nvar Sizzle =\n/*!\n * Sizzle CSS Selector Engine v2.2.1\n * http://sizzlejs.com/\n *\n * Copyright jQuery Foundation and other contributors\n * Released under the MIT license\n * http://jquery.org/license\n *\n * Date: 2015-10-17\n */\n(function( window ) {\n\nvar i,\n\tsupport,\n\tExpr,\n\tgetText,\n\tisXML,\n\ttokenize,\n\tcompile,\n\tselect,\n\toutermostContext,\n\tsortInput,\n\thasDuplicate,\n\n\t// Local document vars\n\tsetDocument,\n\tdocument,\n\tdocElem,\n\tdocumentIsHTML,\n\trbuggyQSA,\n\trbuggyMatches,\n\tmatches,\n\tcontains,\n\n\t// Instance-specific data\n\texpando = \"sizzle\" + 1 * new Date(),\n\tpreferredDoc = window.document,\n\tdirruns = 0,\n\tdone = 0,\n\tclassCache = createCache(),\n\ttokenCache = createCache(),\n\tcompilerCache = createCache(),\n\tsortOrder = function( a, b ) {\n\t\tif ( a === b ) {\n\t\t\thasDuplicate = true;\n\t\t}\n\t\treturn 0;\n\t},\n\n\t// General-purpose constants\n\tMAX_NEGATIVE = 1 << 31,\n\n\t// Instance methods\n\thasOwn = ({}).hasOwnProperty,\n\tarr = [],\n\tpop = arr.pop,\n\tpush_native = arr.push,\n\tpush = arr.push,\n\tslice = arr.slice,\n\t// Use a stripped-down indexOf as it's faster than native\n\t// http://jsperf.com/thor-indexof-vs-for/5\n\tindexOf = function( list, elem ) {\n\t\tvar i = 0,\n\t\t\tlen = list.length;\n\t\tfor ( ; i < len; i++ ) {\n\t\t\tif ( list[i] === elem ) {\n\t\t\t\treturn i;\n\t\t\t}\n\t\t}\n\t\treturn -1;\n\t},\n\n\tbooleans = \"checked|selected|async|autofocus|autoplay|controls|defer|disabled|hidden|ismap|loop|multiple|open|readonly|required|scoped\",\n\n\t// Regular expressions\n\n\t// http://www.w3.org/TR/css3-selectors/#whitespace\n\twhitespace = \"[\\\\x20\\\\t\\\\r\\\\n\\\\f]\",\n\n\t// http://www.w3.org/TR/CSS21/syndata.html#value-def-identifier\n\tidentifier = \"(?:\\\\\\\\.|[\\\\w-]|[^\\\\x00-\\\\xa0])+\",\n\n\t// Attribute selectors: http://www.w3.org/TR/selectors/#attribute-selectors\n\tattributes = \"\\\\[\" + whitespace + \"*(\" + identifier + \")(?:\" + whitespace +\n\t\t// Operator (capture 2)\n\t\t\"*([*^$|!~]?=)\" + whitespace +\n\t\t// \"Attribute values must be CSS identifiers [capture 5] or strings [capture 3 or capture 4]\"\n\t\t\"*(?:'((?:\\\\\\\\.|[^\\\\\\\\'])*)'|\\\"((?:\\\\\\\\.|[^\\\\\\\\\\\"])*)\\\"|(\" + identifier + \"))|)\" + whitespace +\n\t\t\"*\\\\]\",\n\n\tpseudos = \":(\" + identifier + \")(?:\\\\((\" +\n\t\t// To reduce the number of selectors needing tokenize in the preFilter, prefer arguments:\n\t\t// 1. quoted (capture 3; capture 4 or capture 5)\n\t\t\"('((?:\\\\\\\\.|[^\\\\\\\\'])*)'|\\\"((?:\\\\\\\\.|[^\\\\\\\\\\\"])*)\\\")|\" +\n\t\t// 2. simple (capture 6)\n\t\t\"((?:\\\\\\\\.|[^\\\\\\\\()[\\\\]]|\" + attributes + \")*)|\" +\n\t\t// 3. anything else (capture 2)\n\t\t\".*\" +\n\t\t\")\\\\)|)\",\n\n\t// Leading and non-escaped trailing whitespace, capturing some non-whitespace characters preceding the latter\n\trwhitespace = new RegExp( whitespace + \"+\", \"g\" ),\n\trtrim = new RegExp( \"^\" + whitespace + \"+|((?:^|[^\\\\\\\\])(?:\\\\\\\\.)*)\" + whitespace + \"+$\", \"g\" ),\n\n\trcomma = new RegExp( \"^\" + whitespace + \"*,\" + whitespace + \"*\" ),\n\trcombinators = new RegExp( \"^\" + whitespace + \"*([>+~]|\" + whitespace + \")\" + whitespace + \"*\" ),\n\n\trattributeQuotes = new RegExp( \"=\" + whitespace + \"*([^\\\\]'\\\"]*?)\" + whitespace + \"*\\\\]\", \"g\" ),\n\n\trpseudo = new RegExp( pseudos ),\n\tridentifier = new RegExp( \"^\" + identifier + \"$\" ),\n\n\tmatchExpr = {\n\t\t\"ID\": new RegExp( \"^#(\" + identifier + \")\" ),\n\t\t\"CLASS\": new RegExp( \"^\\\\.(\" + identifier + \")\" ),\n\t\t\"TAG\": new RegExp( \"^(\" + identifier + \"|[*])\" ),\n\t\t\"ATTR\": new RegExp( \"^\" + attributes ),\n\t\t\"PSEUDO\": new RegExp( \"^\" + pseudos ),\n\t\t\"CHILD\": new RegExp( \"^:(only|first|last|nth|nth-last)-(child|of-type)(?:\\\\(\" + whitespace +\n\t\t\t\"*(even|odd|(([+-]|)(\\\\d*)n|)\" + whitespace + \"*(?:([+-]|)\" + whitespace +\n\t\t\t\"*(\\\\d+)|))\" + whitespace + \"*\\\\)|)\", \"i\" ),\n\t\t\"bool\": new RegExp( \"^(?:\" + booleans + \")$\", \"i\" ),\n\t\t// For use in libraries implementing .is()\n\t\t// We use this for POS matching in `select`\n\t\t\"needsContext\": new RegExp( \"^\" + whitespace + \"*[>+~]|:(even|odd|eq|gt|lt|nth|first|last)(?:\\\\(\" +\n\t\t\twhitespace + \"*((?:-\\\\d)?\\\\d*)\" + whitespace + \"*\\\\)|)(?=[^-]|$)\", \"i\" )\n\t},\n\n\trinputs = /^(?:input|select|textarea|button)$/i,\n\trheader = /^h\\d$/i,\n\n\trnative = /^[^{]+\\{\\s*\\[native \\w/,\n\n\t// Easily-parseable/retrievable ID or TAG or CLASS selectors\n\trquickExpr = /^(?:#([\\w-]+)|(\\w+)|\\.([\\w-]+))$/,\n\n\trsibling = /[+~]/,\n\trescape = /'|\\\\/g,\n\n\t// CSS escapes http://www.w3.org/TR/CSS21/syndata.html#escaped-characters\n\trunescape = new RegExp( \"\\\\\\\\([\\\\da-f]{1,6}\" + whitespace + \"?|(\" + whitespace + \")|.)\", \"ig\" ),\n\tfunescape = function( _, escaped, escapedWhitespace ) {\n\t\tvar high = \"0x\" + escaped - 0x10000;\n\t\t// NaN means non-codepoint\n\t\t// Support: Firefox<24\n\t\t// Workaround erroneous numeric interpretation of +\"0x\"\n\t\treturn high !== high || escapedWhitespace ?\n\t\t\tescaped :\n\t\t\thigh < 0 ?\n\t\t\t\t// BMP codepoint\n\t\t\t\tString.fromCharCode( high + 0x10000 ) :\n\t\t\t\t// Supplemental Plane codepoint (surrogate pair)\n\t\t\t\tString.fromCharCode( high >> 10 | 0xD800, high & 0x3FF | 0xDC00 );\n\t},\n\n\t// Used for iframes\n\t// See setDocument()\n\t// Removing the function wrapper causes a \"Permission Denied\"\n\t// error in IE\n\tunloadHandler = function() {\n\t\tsetDocument();\n\t};\n\n// Optimize for push.apply( _, NodeList )\ntry {\n\tpush.apply(\n\t\t(arr = slice.call( preferredDoc.childNodes )),\n\t\tpreferredDoc.childNodes\n\t);\n\t// Support: Android<4.0\n\t// Detect silently failing push.apply\n\tarr[ preferredDoc.childNodes.length ].nodeType;\n} catch ( e ) {\n\tpush = { apply: arr.length ?\n\n\t\t// Leverage slice if possible\n\t\tfunction( target, els ) {\n\t\t\tpush_native.apply( target, slice.call(els) );\n\t\t} :\n\n\t\t// Support: IE<9\n\t\t// Otherwise append directly\n\t\tfunction( target, els ) {\n\t\t\tvar j = target.length,\n\t\t\t\ti = 0;\n\t\t\t// Can't trust NodeList.length\n\t\t\twhile ( (target[j++] = els[i++]) ) {}\n\t\t\ttarget.length = j - 1;\n\t\t}\n\t};\n}\n\nfunction Sizzle( selector, context, results, seed ) {\n\tvar m, i, elem, nid, nidselect, match, groups, newSelector,\n\t\tnewContext = context && context.ownerDocument,\n\n\t\t// nodeType defaults to 9, since context defaults to document\n\t\tnodeType = context ? context.nodeType : 9;\n\n\tresults = results || [];\n\n\t// Return early from calls with invalid selector or context\n\tif ( typeof selector !== \"string\" || !selector ||\n\t\tnodeType !== 1 && nodeType !== 9 && nodeType !== 11 ) {\n\n\t\treturn results;\n\t}\n\n\t// Try to shortcut find operations (as opposed to filters) in HTML documents\n\tif ( !seed ) {\n\n\t\tif ( ( context ? context.ownerDocument || context : preferredDoc ) !== document ) {\n\t\t\tsetDocument( context );\n\t\t}\n\t\tcontext = context || document;\n\n\t\tif ( documentIsHTML ) {\n\n\t\t\t// If the selector is sufficiently simple, try using a \"get*By*\" DOM method\n\t\t\t// (excepting DocumentFragment context, where the methods don't exist)\n\t\t\tif ( nodeType !== 11 && (match = rquickExpr.exec( selector )) ) {\n\n\t\t\t\t// ID selector\n\t\t\t\tif ( (m = match[1]) ) {\n\n\t\t\t\t\t// Document context\n\t\t\t\t\tif ( nodeType === 9 ) {\n\t\t\t\t\t\tif ( (elem = context.getElementById( m )) ) {\n\n\t\t\t\t\t\t\t// Support: IE, Opera, Webkit\n\t\t\t\t\t\t\t// TODO: identify versions\n\t\t\t\t\t\t\t// getElementById can match elements by name instead of ID\n\t\t\t\t\t\t\tif ( elem.id === m ) {\n\t\t\t\t\t\t\t\tresults.push( elem );\n\t\t\t\t\t\t\t\treturn results;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\treturn results;\n\t\t\t\t\t\t}\n\n\t\t\t\t\t// Element context\n\t\t\t\t\t} else {\n\n\t\t\t\t\t\t// Support: IE, Opera, Webkit\n\t\t\t\t\t\t// TODO: identify versions\n\t\t\t\t\t\t// getElementById can match elements by name instead of ID\n\t\t\t\t\t\tif ( newContext && (elem = newContext.getElementById( m )) &&\n\t\t\t\t\t\t\tcontains( context, elem ) &&\n\t\t\t\t\t\t\telem.id === m ) {\n\n\t\t\t\t\t\t\tresults.push( elem );\n\t\t\t\t\t\t\treturn results;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t// Type selector\n\t\t\t\t} else if ( match[2] ) {\n\t\t\t\t\tpush.apply( results, context.getElementsByTagName( selector ) );\n\t\t\t\t\treturn results;\n\n\t\t\t\t// Class selector\n\t\t\t\t} else if ( (m = match[3]) && support.getElementsByClassName &&\n\t\t\t\t\tcontext.getElementsByClassName ) {\n\n\t\t\t\t\tpush.apply( results, context.getElementsByClassName( m ) );\n\t\t\t\t\treturn results;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Take advantage of querySelectorAll\n\t\t\tif ( support.qsa &&\n\t\t\t\t!compilerCache[ selector + \" \" ] &&\n\t\t\t\t(!rbuggyQSA || !rbuggyQSA.test( selector )) ) {\n\n\t\t\t\tif ( nodeType !== 1 ) {\n\t\t\t\t\tnewContext = context;\n\t\t\t\t\tnewSelector = selector;\n\n\t\t\t\t// qSA looks outside Element context, which is not what we want\n\t\t\t\t// Thanks to Andrew Dupont for this workaround technique\n\t\t\t\t// Support: IE <=8\n\t\t\t\t// Exclude object elements\n\t\t\t\t} else if ( context.nodeName.toLowerCase() !== \"object\" ) {\n\n\t\t\t\t\t// Capture the context ID, setting it first if necessary\n\t\t\t\t\tif ( (nid = context.getAttribute( \"id\" )) ) {\n\t\t\t\t\t\tnid = nid.replace( rescape, \"\\\\$&\" );\n\t\t\t\t\t} else {\n\t\t\t\t\t\tcontext.setAttribute( \"id\", (nid = expando) );\n\t\t\t\t\t}\n\n\t\t\t\t\t// Prefix every selector in the list\n\t\t\t\t\tgroups = tokenize( selector );\n\t\t\t\t\ti = groups.length;\n\t\t\t\t\tnidselect = ridentifier.test( nid ) ? \"#\" + nid : \"[id='\" + nid + \"']\";\n\t\t\t\t\twhile ( i-- ) {\n\t\t\t\t\t\tgroups[i] = nidselect + \" \" + toSelector( groups[i] );\n\t\t\t\t\t}\n\t\t\t\t\tnewSelector = groups.join( \",\" );\n\n\t\t\t\t\t// Expand context for sibling selectors\n\t\t\t\t\tnewContext = rsibling.test( selector ) && testContext( context.parentNode ) ||\n\t\t\t\t\t\tcontext;\n\t\t\t\t}\n\n\t\t\t\tif ( newSelector ) {\n\t\t\t\t\ttry {\n\t\t\t\t\t\tpush.apply( results,\n\t\t\t\t\t\t\tnewContext.querySelectorAll( newSelector )\n\t\t\t\t\t\t);\n\t\t\t\t\t\treturn results;\n\t\t\t\t\t} catch ( qsaError ) {\n\t\t\t\t\t} finally {\n\t\t\t\t\t\tif ( nid === expando ) {\n\t\t\t\t\t\t\tcontext.removeAttribute( \"id\" );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\t// All others\n\treturn select( selector.replace( rtrim, \"$1\" ), context, results, seed );\n}\n\n/**\n * Create key-value caches of limited size\n * @returns {function(string, object)} Returns the Object data after storing it on itself with\n *\tproperty name the (space-suffixed) string and (if the cache is larger than Expr.cacheLength)\n *\tdeleting the oldest entry\n */\nfunction createCache() {\n\tvar keys = [];\n\n\tfunction cache( key, value ) {\n\t\t// Use (key + \" \") to avoid collision with native prototype properties (see Issue #157)\n\t\tif ( keys.push( key + \" \" ) > Expr.cacheLength ) {\n\t\t\t// Only keep the most recent entries\n\t\t\tdelete cache[ keys.shift() ];\n\t\t}\n\t\treturn (cache[ key + \" \" ] = value);\n\t}\n\treturn cache;\n}\n\n/**\n * Mark a function for special use by Sizzle\n * @param {Function} fn The function to mark\n */\nfunction markFunction( fn ) {\n\tfn[ expando ] = true;\n\treturn fn;\n}\n\n/**\n * Support testing using an element\n * @param {Function} fn Passed the created div and expects a boolean result\n */\nfunction assert( fn ) {\n\tvar div = document.createElement(\"div\");\n\n\ttry {\n\t\treturn !!fn( div );\n\t} catch (e) {\n\t\treturn false;\n\t} finally {\n\t\t// Remove from its parent by default\n\t\tif ( div.parentNode ) {\n\t\t\tdiv.parentNode.removeChild( div );\n\t\t}\n\t\t// release memory in IE\n\t\tdiv = null;\n\t}\n}\n\n/**\n * Adds the same handler for all of the specified attrs\n * @param {String} attrs Pipe-separated list of attributes\n * @param {Function} handler The method that will be applied\n */\nfunction addHandle( attrs, handler ) {\n\tvar arr = attrs.split(\"|\"),\n\t\ti = arr.length;\n\n\twhile ( i-- ) {\n\t\tExpr.attrHandle[ arr[i] ] = handler;\n\t}\n}\n\n/**\n * Checks document order of two siblings\n * @param {Element} a\n * @param {Element} b\n * @returns {Number} Returns less than 0 if a precedes b, greater than 0 if a follows b\n */\nfunction siblingCheck( a, b ) {\n\tvar cur = b && a,\n\t\tdiff = cur && a.nodeType === 1 && b.nodeType === 1 &&\n\t\t\t( ~b.sourceIndex || MAX_NEGATIVE ) -\n\t\t\t( ~a.sourceIndex || MAX_NEGATIVE );\n\n\t// Use IE sourceIndex if available on both nodes\n\tif ( diff ) {\n\t\treturn diff;\n\t}\n\n\t// Check if b follows a\n\tif ( cur ) {\n\t\twhile ( (cur = cur.nextSibling) ) {\n\t\t\tif ( cur === b ) {\n\t\t\t\treturn -1;\n\t\t\t}\n\t\t}\n\t}\n\n\treturn a ? 1 : -1;\n}\n\n/**\n * Returns a function to use in pseudos for input types\n * @param {String} type\n */\nfunction createInputPseudo( type ) {\n\treturn function( elem ) {\n\t\tvar name = elem.nodeName.toLowerCase();\n\t\treturn name === \"input\" && elem.type === type;\n\t};\n}\n\n/**\n * Returns a function to use in pseudos for buttons\n * @param {String} type\n */\nfunction createButtonPseudo( type ) {\n\treturn function( elem ) {\n\t\tvar name = elem.nodeName.toLowerCase();\n\t\treturn (name === \"input\" || name === \"button\") && elem.type === type;\n\t};\n}\n\n/**\n * Returns a function to use in pseudos for positionals\n * @param {Function} fn\n */\nfunction createPositionalPseudo( fn ) {\n\treturn markFunction(function( argument ) {\n\t\targument = +argument;\n\t\treturn markFunction(function( seed, matches ) {\n\t\t\tvar j,\n\t\t\t\tmatchIndexes = fn( [], seed.length, argument ),\n\t\t\t\ti = matchIndexes.length;\n\n\t\t\t// Match elements found at the specified indexes\n\t\t\twhile ( i-- ) {\n\t\t\t\tif ( seed[ (j = matchIndexes[i]) ] ) {\n\t\t\t\t\tseed[j] = !(matches[j] = seed[j]);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t});\n}\n\n/**\n * Checks a node for validity as a Sizzle context\n * @param {Element|Object=} context\n * @returns {Element|Object|Boolean} The input node if acceptable, otherwise a falsy value\n */\nfunction testContext( context ) {\n\treturn context && typeof context.getElementsByTagName !== \"undefined\" && context;\n}\n\n// Expose support vars for convenience\nsupport = Sizzle.support = {};\n\n/**\n * Detects XML nodes\n * @param {Element|Object} elem An element or a document\n * @returns {Boolean} True iff elem is a non-HTML XML node\n */\nisXML = Sizzle.isXML = function( elem ) {\n\t// documentElement is verified for cases where it doesn't yet exist\n\t// (such as loading iframes in IE - #4833)\n\tvar documentElement = elem && (elem.ownerDocument || elem).documentElement;\n\treturn documentElement ? documentElement.nodeName !== \"HTML\" : false;\n};\n\n/**\n * Sets document-related variables once based on the current document\n * @param {Element|Object} [doc] An element or document object to use to set the document\n * @returns {Object} Returns the current document\n */\nsetDocument = Sizzle.setDocument = function( node ) {\n\tvar hasCompare, parent,\n\t\tdoc = node ? node.ownerDocument || node : preferredDoc;\n\n\t// Return early if doc is invalid or already selected\n\tif ( doc === document || doc.nodeType !== 9 || !doc.documentElement ) {\n\t\treturn document;\n\t}\n\n\t// Update global variables\n\tdocument = doc;\n\tdocElem = document.documentElement;\n\tdocumentIsHTML = !isXML( document );\n\n\t// Support: IE 9-11, Edge\n\t// Accessing iframe documents after unload throws \"permission denied\" errors (jQuery #13936)\n\tif ( (parent = document.defaultView) && parent.top !== parent ) {\n\t\t// Support: IE 11\n\t\tif ( parent.addEventListener ) {\n\t\t\tparent.addEventListener( \"unload\", unloadHandler, false );\n\n\t\t// Support: IE 9 - 10 only\n\t\t} else if ( parent.attachEvent ) {\n\t\t\tparent.attachEvent( \"onunload\", unloadHandler );\n\t\t}\n\t}\n\n\t/* Attributes\n\t---------------------------------------------------------------------- */\n\n\t// Support: IE<8\n\t// Verify that getAttribute really returns attributes and not properties\n\t// (excepting IE8 booleans)\n\tsupport.attributes = assert(function( div ) {\n\t\tdiv.className = \"i\";\n\t\treturn !div.getAttribute(\"className\");\n\t});\n\n\t/* getElement(s)By*\n\t---------------------------------------------------------------------- */\n\n\t// Check if getElementsByTagName(\"*\") returns only elements\n\tsupport.getElementsByTagName = assert(function( div ) {\n\t\tdiv.appendChild( document.createComment(\"\") );\n\t\treturn !div.getElementsByTagName(\"*\").length;\n\t});\n\n\t// Support: IE<9\n\tsupport.getElementsByClassName = rnative.test( document.getElementsByClassName );\n\n\t// Support: IE<10\n\t// Check if getElementById returns elements by name\n\t// The broken getElementById methods don't pick up programatically-set names,\n\t// so use a roundabout getElementsByName test\n\tsupport.getById = assert(function( div ) {\n\t\tdocElem.appendChild( div ).id = expando;\n\t\treturn !document.getElementsByName || !document.getElementsByName( expando ).length;\n\t});\n\n\t// ID find and filter\n\tif ( support.getById ) {\n\t\tExpr.find[\"ID\"] = function( id, context ) {\n\t\t\tif ( typeof context.getElementById !== \"undefined\" && documentIsHTML ) {\n\t\t\t\tvar m = context.getElementById( id );\n\t\t\t\treturn m ? [ m ] : [];\n\t\t\t}\n\t\t};\n\t\tExpr.filter[\"ID\"] = function( id ) {\n\t\t\tvar attrId = id.replace( runescape, funescape );\n\t\t\treturn function( elem ) {\n\t\t\t\treturn elem.getAttribute(\"id\") === attrId;\n\t\t\t};\n\t\t};\n\t} else {\n\t\t// Support: IE6/7\n\t\t// getElementById is not reliable as a find shortcut\n\t\tdelete Expr.find[\"ID\"];\n\n\t\tExpr.filter[\"ID\"] =  function( id ) {\n\t\t\tvar attrId = id.replace( runescape, funescape );\n\t\t\treturn function( elem ) {\n\t\t\t\tvar node = typeof elem.getAttributeNode !== \"undefined\" &&\n\t\t\t\t\telem.getAttributeNode(\"id\");\n\t\t\t\treturn node && node.value === attrId;\n\t\t\t};\n\t\t};\n\t}\n\n\t// Tag\n\tExpr.find[\"TAG\"] = support.getElementsByTagName ?\n\t\tfunction( tag, context ) {\n\t\t\tif ( typeof context.getElementsByTagName !== \"undefined\" ) {\n\t\t\t\treturn context.getElementsByTagName( tag );\n\n\t\t\t// DocumentFragment nodes don't have gEBTN\n\t\t\t} else if ( support.qsa ) {\n\t\t\t\treturn context.querySelectorAll( tag );\n\t\t\t}\n\t\t} :\n\n\t\tfunction( tag, context ) {\n\t\t\tvar elem,\n\t\t\t\ttmp = [],\n\t\t\t\ti = 0,\n\t\t\t\t// By happy coincidence, a (broken) gEBTN appears on DocumentFragment nodes too\n\t\t\t\tresults = context.getElementsByTagName( tag );\n\n\t\t\t// Filter out possible comments\n\t\t\tif ( tag === \"*\" ) {\n\t\t\t\twhile ( (elem = results[i++]) ) {\n\t\t\t\t\tif ( elem.nodeType === 1 ) {\n\t\t\t\t\t\ttmp.push( elem );\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\treturn tmp;\n\t\t\t}\n\t\t\treturn results;\n\t\t};\n\n\t// Class\n\tExpr.find[\"CLASS\"] = support.getElementsByClassName && function( className, context ) {\n\t\tif ( typeof context.getElementsByClassName !== \"undefined\" && documentIsHTML ) {\n\t\t\treturn context.getElementsByClassName( className );\n\t\t}\n\t};\n\n\t/* QSA/matchesSelector\n\t---------------------------------------------------------------------- */\n\n\t// QSA and matchesSelector support\n\n\t// matchesSelector(:active) reports false when true (IE9/Opera 11.5)\n\trbuggyMatches = [];\n\n\t// qSa(:focus) reports false when true (Chrome 21)\n\t// We allow this because of a bug in IE8/9 that throws an error\n\t// whenever `document.activeElement` is accessed on an iframe\n\t// So, we allow :focus to pass through QSA all the time to avoid the IE error\n\t// See http://bugs.jquery.com/ticket/13378\n\trbuggyQSA = [];\n\n\tif ( (support.qsa = rnative.test( document.querySelectorAll )) ) {\n\t\t// Build QSA regex\n\t\t// Regex strategy adopted from Diego Perini\n\t\tassert(function( div ) {\n\t\t\t// Select is set to empty string on purpose\n\t\t\t// This is to test IE's treatment of not explicitly\n\t\t\t// setting a boolean content attribute,\n\t\t\t// since its presence should be enough\n\t\t\t// http://bugs.jquery.com/ticket/12359\n\t\t\tdocElem.appendChild( div ).innerHTML = \"<a id='\" + expando + \"'></a>\" +\n\t\t\t\t\"<select id='\" + expando + \"-\\r\\\\' msallowcapture=''>\" +\n\t\t\t\t\"<option selected=''></option></select>\";\n\n\t\t\t// Support: IE8, Opera 11-12.16\n\t\t\t// Nothing should be selected when empty strings follow ^= or $= or *=\n\t\t\t// The test attribute must be unknown in Opera but \"safe\" for WinRT\n\t\t\t// http://msdn.microsoft.com/en-us/library/ie/hh465388.aspx#attribute_section\n\t\t\tif ( div.querySelectorAll(\"[msallowcapture^='']\").length ) {\n\t\t\t\trbuggyQSA.push( \"[*^$]=\" + whitespace + \"*(?:''|\\\"\\\")\" );\n\t\t\t}\n\n\t\t\t// Support: IE8\n\t\t\t// Boolean attributes and \"value\" are not treated correctly\n\t\t\tif ( !div.querySelectorAll(\"[selected]\").length ) {\n\t\t\t\trbuggyQSA.push( \"\\\\[\" + whitespace + \"*(?:value|\" + booleans + \")\" );\n\t\t\t}\n\n\t\t\t// Support: Chrome<29, Android<4.4, Safari<7.0+, iOS<7.0+, PhantomJS<1.9.8+\n\t\t\tif ( !div.querySelectorAll( \"[id~=\" + expando + \"-]\" ).length ) {\n\t\t\t\trbuggyQSA.push(\"~=\");\n\t\t\t}\n\n\t\t\t// Webkit/Opera - :checked should return selected option elements\n\t\t\t// http://www.w3.org/TR/2011/REC-css3-selectors-20110929/#checked\n\t\t\t// IE8 throws error here and will not see later tests\n\t\t\tif ( !div.querySelectorAll(\":checked\").length ) {\n\t\t\t\trbuggyQSA.push(\":checked\");\n\t\t\t}\n\n\t\t\t// Support: Safari 8+, iOS 8+\n\t\t\t// https://bugs.webkit.org/show_bug.cgi?id=136851\n\t\t\t// In-page `selector#id sibing-combinator selector` fails\n\t\t\tif ( !div.querySelectorAll( \"a#\" + expando + \"+*\" ).length ) {\n\t\t\t\trbuggyQSA.push(\".#.+[+~]\");\n\t\t\t}\n\t\t});\n\n\t\tassert(function( div ) {\n\t\t\t// Support: Windows 8 Native Apps\n\t\t\t// The type and name attributes are restricted during .innerHTML assignment\n\t\t\tvar input = document.createElement(\"input\");\n\t\t\tinput.setAttribute( \"type\", \"hidden\" );\n\t\t\tdiv.appendChild( input ).setAttribute( \"name\", \"D\" );\n\n\t\t\t// Support: IE8\n\t\t\t// Enforce case-sensitivity of name attribute\n\t\t\tif ( div.querySelectorAll(\"[name=d]\").length ) {\n\t\t\t\trbuggyQSA.push( \"name\" + whitespace + \"*[*^$|!~]?=\" );\n\t\t\t}\n\n\t\t\t// FF 3.5 - :enabled/:disabled and hidden elements (hidden elements are still enabled)\n\t\t\t// IE8 throws error here and will not see later tests\n\t\t\tif ( !div.querySelectorAll(\":enabled\").length ) {\n\t\t\t\trbuggyQSA.push( \":enabled\", \":disabled\" );\n\t\t\t}\n\n\t\t\t// Opera 10-11 does not throw on post-comma invalid pseudos\n\t\t\tdiv.querySelectorAll(\"*,:x\");\n\t\t\trbuggyQSA.push(\",.*:\");\n\t\t});\n\t}\n\n\tif ( (support.matchesSelector = rnative.test( (matches = docElem.matches ||\n\t\tdocElem.webkitMatchesSelector ||\n\t\tdocElem.mozMatchesSelector ||\n\t\tdocElem.oMatchesSelector ||\n\t\tdocElem.msMatchesSelector) )) ) {\n\n\t\tassert(function( div ) {\n\t\t\t// Check to see if it's possible to do matchesSelector\n\t\t\t// on a disconnected node (IE 9)\n\t\t\tsupport.disconnectedMatch = matches.call( div, \"div\" );\n\n\t\t\t// This should fail with an exception\n\t\t\t// Gecko does not error, returns false instead\n\t\t\tmatches.call( div, \"[s!='']:x\" );\n\t\t\trbuggyMatches.push( \"!=\", pseudos );\n\t\t});\n\t}\n\n\trbuggyQSA = rbuggyQSA.length && new RegExp( rbuggyQSA.join(\"|\") );\n\trbuggyMatches = rbuggyMatches.length && new RegExp( rbuggyMatches.join(\"|\") );\n\n\t/* Contains\n\t---------------------------------------------------------------------- */\n\thasCompare = rnative.test( docElem.compareDocumentPosition );\n\n\t// Element contains another\n\t// Purposefully self-exclusive\n\t// As in, an element does not contain itself\n\tcontains = hasCompare || rnative.test( docElem.contains ) ?\n\t\tfunction( a, b ) {\n\t\t\tvar adown = a.nodeType === 9 ? a.documentElement : a,\n\t\t\t\tbup = b && b.parentNode;\n\t\t\treturn a === bup || !!( bup && bup.nodeType === 1 && (\n\t\t\t\tadown.contains ?\n\t\t\t\t\tadown.contains( bup ) :\n\t\t\t\t\ta.compareDocumentPosition && a.compareDocumentPosition( bup ) & 16\n\t\t\t));\n\t\t} :\n\t\tfunction( a, b ) {\n\t\t\tif ( b ) {\n\t\t\t\twhile ( (b = b.parentNode) ) {\n\t\t\t\t\tif ( b === a ) {\n\t\t\t\t\t\treturn true;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn false;\n\t\t};\n\n\t/* Sorting\n\t---------------------------------------------------------------------- */\n\n\t// Document order sorting\n\tsortOrder = hasCompare ?\n\tfunction( a, b ) {\n\n\t\t// Flag for duplicate removal\n\t\tif ( a === b ) {\n\t\t\thasDuplicate = true;\n\t\t\treturn 0;\n\t\t}\n\n\t\t// Sort on method existence if only one input has compareDocumentPosition\n\t\tvar compare = !a.compareDocumentPosition - !b.compareDocumentPosition;\n\t\tif ( compare ) {\n\t\t\treturn compare;\n\t\t}\n\n\t\t// Calculate position if both inputs belong to the same document\n\t\tcompare = ( a.ownerDocument || a ) === ( b.ownerDocument || b ) ?\n\t\t\ta.compareDocumentPosition( b ) :\n\n\t\t\t// Otherwise we know they are disconnected\n\t\t\t1;\n\n\t\t// Disconnected nodes\n\t\tif ( compare & 1 ||\n\t\t\t(!support.sortDetached && b.compareDocumentPosition( a ) === compare) ) {\n\n\t\t\t// Choose the first element that is related to our preferred document\n\t\t\tif ( a === document || a.ownerDocument === preferredDoc && contains(preferredDoc, a) ) {\n\t\t\t\treturn -1;\n\t\t\t}\n\t\t\tif ( b === document || b.ownerDocument === preferredDoc && contains(preferredDoc, b) ) {\n\t\t\t\treturn 1;\n\t\t\t}\n\n\t\t\t// Maintain original order\n\t\t\treturn sortInput ?\n\t\t\t\t( indexOf( sortInput, a ) - indexOf( sortInput, b ) ) :\n\t\t\t\t0;\n\t\t}\n\n\t\treturn compare & 4 ? -1 : 1;\n\t} :\n\tfunction( a, b ) {\n\t\t// Exit early if the nodes are identical\n\t\tif ( a === b ) {\n\t\t\thasDuplicate = true;\n\t\t\treturn 0;\n\t\t}\n\n\t\tvar cur,\n\t\t\ti = 0,\n\t\t\taup = a.parentNode,\n\t\t\tbup = b.parentNode,\n\t\t\tap = [ a ],\n\t\t\tbp = [ b ];\n\n\t\t// Parentless nodes are either documents or disconnected\n\t\tif ( !aup || !bup ) {\n\t\t\treturn a === document ? -1 :\n\t\t\t\tb === document ? 1 :\n\t\t\t\taup ? -1 :\n\t\t\t\tbup ? 1 :\n\t\t\t\tsortInput ?\n\t\t\t\t( indexOf( sortInput, a ) - indexOf( sortInput, b ) ) :\n\t\t\t\t0;\n\n\t\t// If the nodes are siblings, we can do a quick check\n\t\t} else if ( aup === bup ) {\n\t\t\treturn siblingCheck( a, b );\n\t\t}\n\n\t\t// Otherwise we need full lists of their ancestors for comparison\n\t\tcur = a;\n\t\twhile ( (cur = cur.parentNode) ) {\n\t\t\tap.unshift( cur );\n\t\t}\n\t\tcur = b;\n\t\twhile ( (cur = cur.parentNode) ) {\n\t\t\tbp.unshift( cur );\n\t\t}\n\n\t\t// Walk down the tree looking for a discrepancy\n\t\twhile ( ap[i] === bp[i] ) {\n\t\t\ti++;\n\t\t}\n\n\t\treturn i ?\n\t\t\t// Do a sibling check if the nodes have a common ancestor\n\t\t\tsiblingCheck( ap[i], bp[i] ) :\n\n\t\t\t// Otherwise nodes in our document sort first\n\t\t\tap[i] === preferredDoc ? -1 :\n\t\t\tbp[i] === preferredDoc ? 1 :\n\t\t\t0;\n\t};\n\n\treturn document;\n};\n\nSizzle.matches = function( expr, elements ) {\n\treturn Sizzle( expr, null, null, elements );\n};\n\nSizzle.matchesSelector = function( elem, expr ) {\n\t// Set document vars if needed\n\tif ( ( elem.ownerDocument || elem ) !== document ) {\n\t\tsetDocument( elem );\n\t}\n\n\t// Make sure that attribute selectors are quoted\n\texpr = expr.replace( rattributeQuotes, \"='$1']\" );\n\n\tif ( support.matchesSelector && documentIsHTML &&\n\t\t!compilerCache[ expr + \" \" ] &&\n\t\t( !rbuggyMatches || !rbuggyMatches.test( expr ) ) &&\n\t\t( !rbuggyQSA     || !rbuggyQSA.test( expr ) ) ) {\n\n\t\ttry {\n\t\t\tvar ret = matches.call( elem, expr );\n\n\t\t\t// IE 9's matchesSelector returns false on disconnected nodes\n\t\t\tif ( ret || support.disconnectedMatch ||\n\t\t\t\t\t// As well, disconnected nodes are said to be in a document\n\t\t\t\t\t// fragment in IE 9\n\t\t\t\t\telem.document && elem.document.nodeType !== 11 ) {\n\t\t\t\treturn ret;\n\t\t\t}\n\t\t} catch (e) {}\n\t}\n\n\treturn Sizzle( expr, document, null, [ elem ] ).length > 0;\n};\n\nSizzle.contains = function( context, elem ) {\n\t// Set document vars if needed\n\tif ( ( context.ownerDocument || context ) !== document ) {\n\t\tsetDocument( context );\n\t}\n\treturn contains( context, elem );\n};\n\nSizzle.attr = function( elem, name ) {\n\t// Set document vars if needed\n\tif ( ( elem.ownerDocument || elem ) !== document ) {\n\t\tsetDocument( elem );\n\t}\n\n\tvar fn = Expr.attrHandle[ name.toLowerCase() ],\n\t\t// Don't get fooled by Object.prototype properties (jQuery #13807)\n\t\tval = fn && hasOwn.call( Expr.attrHandle, name.toLowerCase() ) ?\n\t\t\tfn( elem, name, !documentIsHTML ) :\n\t\t\tundefined;\n\n\treturn val !== undefined ?\n\t\tval :\n\t\tsupport.attributes || !documentIsHTML ?\n\t\t\telem.getAttribute( name ) :\n\t\t\t(val = elem.getAttributeNode(name)) && val.specified ?\n\t\t\t\tval.value :\n\t\t\t\tnull;\n};\n\nSizzle.error = function( msg ) {\n\tthrow new Error( \"Syntax error, unrecognized expression: \" + msg );\n};\n\n/**\n * Document sorting and removing duplicates\n * @param {ArrayLike} results\n */\nSizzle.uniqueSort = function( results ) {\n\tvar elem,\n\t\tduplicates = [],\n\t\tj = 0,\n\t\ti = 0;\n\n\t// Unless we *know* we can detect duplicates, assume their presence\n\thasDuplicate = !support.detectDuplicates;\n\tsortInput = !support.sortStable && results.slice( 0 );\n\tresults.sort( sortOrder );\n\n\tif ( hasDuplicate ) {\n\t\twhile ( (elem = results[i++]) ) {\n\t\t\tif ( elem === results[ i ] ) {\n\t\t\t\tj = duplicates.push( i );\n\t\t\t}\n\t\t}\n\t\twhile ( j-- ) {\n\t\t\tresults.splice( duplicates[ j ], 1 );\n\t\t}\n\t}\n\n\t// Clear input after sorting to release objects\n\t// See https://github.com/jquery/sizzle/pull/225\n\tsortInput = null;\n\n\treturn results;\n};\n\n/**\n * Utility function for retrieving the text value of an array of DOM nodes\n * @param {Array|Element} elem\n */\ngetText = Sizzle.getText = function( elem ) {\n\tvar node,\n\t\tret = \"\",\n\t\ti = 0,\n\t\tnodeType = elem.nodeType;\n\n\tif ( !nodeType ) {\n\t\t// If no nodeType, this is expected to be an array\n\t\twhile ( (node = elem[i++]) ) {\n\t\t\t// Do not traverse comment nodes\n\t\t\tret += getText( node );\n\t\t}\n\t} else if ( nodeType === 1 || nodeType === 9 || nodeType === 11 ) {\n\t\t// Use textContent for elements\n\t\t// innerText usage removed for consistency of new lines (jQuery #11153)\n\t\tif ( typeof elem.textContent === \"string\" ) {\n\t\t\treturn elem.textContent;\n\t\t} else {\n\t\t\t// Traverse its children\n\t\t\tfor ( elem = elem.firstChild; elem; elem = elem.nextSibling ) {\n\t\t\t\tret += getText( elem );\n\t\t\t}\n\t\t}\n\t} else if ( nodeType === 3 || nodeType === 4 ) {\n\t\treturn elem.nodeValue;\n\t}\n\t// Do not include comment or processing instruction nodes\n\n\treturn ret;\n};\n\nExpr = Sizzle.selectors = {\n\n\t// Can be adjusted by the user\n\tcacheLength: 50,\n\n\tcreatePseudo: markFunction,\n\n\tmatch: matchExpr,\n\n\tattrHandle: {},\n\n\tfind: {},\n\n\trelative: {\n\t\t\">\": { dir: \"parentNode\", first: true },\n\t\t\" \": { dir: \"parentNode\" },\n\t\t\"+\": { dir: \"previousSibling\", first: true },\n\t\t\"~\": { dir: \"previousSibling\" }\n\t},\n\n\tpreFilter: {\n\t\t\"ATTR\": function( match ) {\n\t\t\tmatch[1] = match[1].replace( runescape, funescape );\n\n\t\t\t// Move the given value to match[3] whether quoted or unquoted\n\t\t\tmatch[3] = ( match[3] || match[4] || match[5] || \"\" ).replace( runescape, funescape );\n\n\t\t\tif ( match[2] === \"~=\" ) {\n\t\t\t\tmatch[3] = \" \" + match[3] + \" \";\n\t\t\t}\n\n\t\t\treturn match.slice( 0, 4 );\n\t\t},\n\n\t\t\"CHILD\": function( match ) {\n\t\t\t/* matches from matchExpr[\"CHILD\"]\n\t\t\t\t1 type (only|nth|...)\n\t\t\t\t2 what (child|of-type)\n\t\t\t\t3 argument (even|odd|\\d*|\\d*n([+-]\\d+)?|...)\n\t\t\t\t4 xn-component of xn+y argument ([+-]?\\d*n|)\n\t\t\t\t5 sign of xn-component\n\t\t\t\t6 x of xn-component\n\t\t\t\t7 sign of y-component\n\t\t\t\t8 y of y-component\n\t\t\t*/\n\t\t\tmatch[1] = match[1].toLowerCase();\n\n\t\t\tif ( match[1].slice( 0, 3 ) === \"nth\" ) {\n\t\t\t\t// nth-* requires argument\n\t\t\t\tif ( !match[3] ) {\n\t\t\t\t\tSizzle.error( match[0] );\n\t\t\t\t}\n\n\t\t\t\t// numeric x and y parameters for Expr.filter.CHILD\n\t\t\t\t// remember that false/true cast respectively to 0/1\n\t\t\t\tmatch[4] = +( match[4] ? match[5] + (match[6] || 1) : 2 * ( match[3] === \"even\" || match[3] === \"odd\" ) );\n\t\t\t\tmatch[5] = +( ( match[7] + match[8] ) || match[3] === \"odd\" );\n\n\t\t\t// other types prohibit arguments\n\t\t\t} else if ( match[3] ) {\n\t\t\t\tSizzle.error( match[0] );\n\t\t\t}\n\n\t\t\treturn match;\n\t\t},\n\n\t\t\"PSEUDO\": function( match ) {\n\t\t\tvar excess,\n\t\t\t\tunquoted = !match[6] && match[2];\n\n\t\t\tif ( matchExpr[\"CHILD\"].test( match[0] ) ) {\n\t\t\t\treturn null;\n\t\t\t}\n\n\t\t\t// Accept quoted arguments as-is\n\t\t\tif ( match[3] ) {\n\t\t\t\tmatch[2] = match[4] || match[5] || \"\";\n\n\t\t\t// Strip excess characters from unquoted arguments\n\t\t\t} else if ( unquoted && rpseudo.test( unquoted ) &&\n\t\t\t\t// Get excess from tokenize (recursively)\n\t\t\t\t(excess = tokenize( unquoted, true )) &&\n\t\t\t\t// advance to the next closing parenthesis\n\t\t\t\t(excess = unquoted.indexOf( \")\", unquoted.length - excess ) - unquoted.length) ) {\n\n\t\t\t\t// excess is a negative index\n\t\t\t\tmatch[0] = match[0].slice( 0, excess );\n\t\t\t\tmatch[2] = unquoted.slice( 0, excess );\n\t\t\t}\n\n\t\t\t// Return only captures needed by the pseudo filter method (type and argument)\n\t\t\treturn match.slice( 0, 3 );\n\t\t}\n\t},\n\n\tfilter: {\n\n\t\t\"TAG\": function( nodeNameSelector ) {\n\t\t\tvar nodeName = nodeNameSelector.replace( runescape, funescape ).toLowerCase();\n\t\t\treturn nodeNameSelector === \"*\" ?\n\t\t\t\tfunction() { return true; } :\n\t\t\t\tfunction( elem ) {\n\t\t\t\t\treturn elem.nodeName && elem.nodeName.toLowerCase() === nodeName;\n\t\t\t\t};\n\t\t},\n\n\t\t\"CLASS\": function( className ) {\n\t\t\tvar pattern = classCache[ className + \" \" ];\n\n\t\t\treturn pattern ||\n\t\t\t\t(pattern = new RegExp( \"(^|\" + whitespace + \")\" + className + \"(\" + whitespace + \"|$)\" )) &&\n\t\t\t\tclassCache( className, function( elem ) {\n\t\t\t\t\treturn pattern.test( typeof elem.className === \"string\" && elem.className || typeof elem.getAttribute !== \"undefined\" && elem.getAttribute(\"class\") || \"\" );\n\t\t\t\t});\n\t\t},\n\n\t\t\"ATTR\": function( name, operator, check ) {\n\t\t\treturn function( elem ) {\n\t\t\t\tvar result = Sizzle.attr( elem, name );\n\n\t\t\t\tif ( result == null ) {\n\t\t\t\t\treturn operator === \"!=\";\n\t\t\t\t}\n\t\t\t\tif ( !operator ) {\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\n\t\t\t\tresult += \"\";\n\n\t\t\t\treturn operator === \"=\" ? result === check :\n\t\t\t\t\toperator === \"!=\" ? result !== check :\n\t\t\t\t\toperator === \"^=\" ? check && result.indexOf( check ) === 0 :\n\t\t\t\t\toperator === \"*=\" ? check && result.indexOf( check ) > -1 :\n\t\t\t\t\toperator === \"$=\" ? check && result.slice( -check.length ) === check :\n\t\t\t\t\toperator === \"~=\" ? ( \" \" + result.replace( rwhitespace, \" \" ) + \" \" ).indexOf( check ) > -1 :\n\t\t\t\t\toperator === \"|=\" ? result === check || result.slice( 0, check.length + 1 ) === check + \"-\" :\n\t\t\t\t\tfalse;\n\t\t\t};\n\t\t},\n\n\t\t\"CHILD\": function( type, what, argument, first, last ) {\n\t\t\tvar simple = type.slice( 0, 3 ) !== \"nth\",\n\t\t\t\tforward = type.slice( -4 ) !== \"last\",\n\t\t\t\tofType = what === \"of-type\";\n\n\t\t\treturn first === 1 && last === 0 ?\n\n\t\t\t\t// Shortcut for :nth-*(n)\n\t\t\t\tfunction( elem ) {\n\t\t\t\t\treturn !!elem.parentNode;\n\t\t\t\t} :\n\n\t\t\t\tfunction( elem, context, xml ) {\n\t\t\t\t\tvar cache, uniqueCache, outerCache, node, nodeIndex, start,\n\t\t\t\t\t\tdir = simple !== forward ? \"nextSibling\" : \"previousSibling\",\n\t\t\t\t\t\tparent = elem.parentNode,\n\t\t\t\t\t\tname = ofType && elem.nodeName.toLowerCase(),\n\t\t\t\t\t\tuseCache = !xml && !ofType,\n\t\t\t\t\t\tdiff = false;\n\n\t\t\t\t\tif ( parent ) {\n\n\t\t\t\t\t\t// :(first|last|only)-(child|of-type)\n\t\t\t\t\t\tif ( simple ) {\n\t\t\t\t\t\t\twhile ( dir ) {\n\t\t\t\t\t\t\t\tnode = elem;\n\t\t\t\t\t\t\t\twhile ( (node = node[ dir ]) ) {\n\t\t\t\t\t\t\t\t\tif ( ofType ?\n\t\t\t\t\t\t\t\t\t\tnode.nodeName.toLowerCase() === name :\n\t\t\t\t\t\t\t\t\t\tnode.nodeType === 1 ) {\n\n\t\t\t\t\t\t\t\t\t\treturn false;\n\t\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t// Reverse direction for :only-* (if we haven't yet done so)\n\t\t\t\t\t\t\t\tstart = dir = type === \"only\" && !start && \"nextSibling\";\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\treturn true;\n\t\t\t\t\t\t}\n\n\t\t\t\t\t\tstart = [ forward ? parent.firstChild : parent.lastChild ];\n\n\t\t\t\t\t\t// non-xml :nth-child(...) stores cache data on `parent`\n\t\t\t\t\t\tif ( forward && useCache ) {\n\n\t\t\t\t\t\t\t// Seek `elem` from a previously-cached index\n\n\t\t\t\t\t\t\t// ...in a gzip-friendly way\n\t\t\t\t\t\t\tnode = parent;\n\t\t\t\t\t\t\touterCache = node[ expando ] || (node[ expando ] = {});\n\n\t\t\t\t\t\t\t// Support: IE <9 only\n\t\t\t\t\t\t\t// Defend against cloned attroperties (jQuery gh-1709)\n\t\t\t\t\t\t\tuniqueCache = outerCache[ node.uniqueID ] ||\n\t\t\t\t\t\t\t\t(outerCache[ node.uniqueID ] = {});\n\n\t\t\t\t\t\t\tcache = uniqueCache[ type ] || [];\n\t\t\t\t\t\t\tnodeIndex = cache[ 0 ] === dirruns && cache[ 1 ];\n\t\t\t\t\t\t\tdiff = nodeIndex && cache[ 2 ];\n\t\t\t\t\t\t\tnode = nodeIndex && parent.childNodes[ nodeIndex ];\n\n\t\t\t\t\t\t\twhile ( (node = ++nodeIndex && node && node[ dir ] ||\n\n\t\t\t\t\t\t\t\t// Fallback to seeking `elem` from the start\n\t\t\t\t\t\t\t\t(diff = nodeIndex = 0) || start.pop()) ) {\n\n\t\t\t\t\t\t\t\t// When found, cache indexes on `parent` and break\n\t\t\t\t\t\t\t\tif ( node.nodeType === 1 && ++diff && node === elem ) {\n\t\t\t\t\t\t\t\t\tuniqueCache[ type ] = [ dirruns, nodeIndex, diff ];\n\t\t\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t// Use previously-cached element index if available\n\t\t\t\t\t\t\tif ( useCache ) {\n\t\t\t\t\t\t\t\t// ...in a gzip-friendly way\n\t\t\t\t\t\t\t\tnode = elem;\n\t\t\t\t\t\t\t\touterCache = node[ expando ] || (node[ expando ] = {});\n\n\t\t\t\t\t\t\t\t// Support: IE <9 only\n\t\t\t\t\t\t\t\t// Defend against cloned attroperties (jQuery gh-1709)\n\t\t\t\t\t\t\t\tuniqueCache = outerCache[ node.uniqueID ] ||\n\t\t\t\t\t\t\t\t\t(outerCache[ node.uniqueID ] = {});\n\n\t\t\t\t\t\t\t\tcache = uniqueCache[ type ] || [];\n\t\t\t\t\t\t\t\tnodeIndex = cache[ 0 ] === dirruns && cache[ 1 ];\n\t\t\t\t\t\t\t\tdiff = nodeIndex;\n\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\t// xml :nth-child(...)\n\t\t\t\t\t\t\t// or :nth-last-child(...) or :nth(-last)?-of-type(...)\n\t\t\t\t\t\t\tif ( diff === false ) {\n\t\t\t\t\t\t\t\t// Use the same loop as above to seek `elem` from the start\n\t\t\t\t\t\t\t\twhile ( (node = ++nodeIndex && node && node[ dir ] ||\n\t\t\t\t\t\t\t\t\t(diff = nodeIndex = 0) || start.pop()) ) {\n\n\t\t\t\t\t\t\t\t\tif ( ( ofType ?\n\t\t\t\t\t\t\t\t\t\tnode.nodeName.toLowerCase() === name :\n\t\t\t\t\t\t\t\t\t\tnode.nodeType === 1 ) &&\n\t\t\t\t\t\t\t\t\t\t++diff ) {\n\n\t\t\t\t\t\t\t\t\t\t// Cache the index of each encountered element\n\t\t\t\t\t\t\t\t\t\tif ( useCache ) {\n\t\t\t\t\t\t\t\t\t\t\touterCache = node[ expando ] || (node[ expando ] = {});\n\n\t\t\t\t\t\t\t\t\t\t\t// Support: IE <9 only\n\t\t\t\t\t\t\t\t\t\t\t// Defend against cloned attroperties (jQuery gh-1709)\n\t\t\t\t\t\t\t\t\t\t\tuniqueCache = outerCache[ node.uniqueID ] ||\n\t\t\t\t\t\t\t\t\t\t\t\t(outerCache[ node.uniqueID ] = {});\n\n\t\t\t\t\t\t\t\t\t\t\tuniqueCache[ type ] = [ dirruns, diff ];\n\t\t\t\t\t\t\t\t\t\t}\n\n\t\t\t\t\t\t\t\t\t\tif ( node === elem ) {\n\t\t\t\t\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\n\t\t\t\t\t\t// Incorporate the offset, then check against cycle size\n\t\t\t\t\t\tdiff -= last;\n\t\t\t\t\t\treturn diff === first || ( diff % first === 0 && diff / first >= 0 );\n\t\t\t\t\t}\n\t\t\t\t};\n\t\t},\n\n\t\t\"PSEUDO\": function( pseudo, argument ) {\n\t\t\t// pseudo-class names are case-insensitive\n\t\t\t// http://www.w3.org/TR/selectors/#pseudo-classes\n\t\t\t// Prioritize by case sensitivity in case custom pseudos are added with uppercase letters\n\t\t\t// Remember that setFilters inherits from pseudos\n\t\t\tvar args,\n\t\t\t\tfn = Expr.pseudos[ pseudo ] || Expr.setFilters[ pseudo.toLowerCase() ] ||\n\t\t\t\t\tSizzle.error( \"unsupported pseudo: \" + pseudo );\n\n\t\t\t// The user may use createPseudo to indicate that\n\t\t\t// arguments are needed to create the filter function\n\t\t\t// just as Sizzle does\n\t\t\tif ( fn[ expando ] ) {\n\t\t\t\treturn fn( argument );\n\t\t\t}\n\n\t\t\t// But maintain support for old signatures\n\t\t\tif ( fn.length > 1 ) {\n\t\t\t\targs = [ pseudo, pseudo, \"\", argument ];\n\t\t\t\treturn Expr.setFilters.hasOwnProperty( pseudo.toLowerCase() ) ?\n\t\t\t\t\tmarkFunction(function( seed, matches ) {\n\t\t\t\t\t\tvar idx,\n\t\t\t\t\t\t\tmatched = fn( seed, argument ),\n\t\t\t\t\t\t\ti = matched.length;\n\t\t\t\t\t\twhile ( i-- ) {\n\t\t\t\t\t\t\tidx = indexOf( seed, matched[i] );\n\t\t\t\t\t\t\tseed[ idx ] = !( matches[ idx ] = matched[i] );\n\t\t\t\t\t\t}\n\t\t\t\t\t}) :\n\t\t\t\t\tfunction( elem ) {\n\t\t\t\t\t\treturn fn( elem, 0, args );\n\t\t\t\t\t};\n\t\t\t}\n\n\t\t\treturn fn;\n\t\t}\n\t},\n\n\tpseudos: {\n\t\t// Potentially complex pseudos\n\t\t\"not\": markFunction(function( selector ) {\n\t\t\t// Trim the selector passed to compile\n\t\t\t// to avoid treating leading and trailing\n\t\t\t// spaces as combinators\n\t\t\tvar input = [],\n\t\t\t\tresults = [],\n\t\t\t\tmatcher = compile( selector.replace( rtrim, \"$1\" ) );\n\n\t\t\treturn matcher[ expando ] ?\n\t\t\t\tmarkFunction(function( seed, matches, context, xml ) {\n\t\t\t\t\tvar elem,\n\t\t\t\t\t\tunmatched = matcher( seed, null, xml, [] ),\n\t\t\t\t\t\ti = seed.length;\n\n\t\t\t\t\t// Match elements unmatched by `matcher`\n\t\t\t\t\twhile ( i-- ) {\n\t\t\t\t\t\tif ( (elem = unmatched[i]) ) {\n\t\t\t\t\t\t\tseed[i] = !(matches[i] = elem);\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}) :\n\t\t\t\tfunction( elem, context, xml ) {\n\t\t\t\t\tinput[0] = elem;\n\t\t\t\t\tmatcher( input, null, xml, results );\n\t\t\t\t\t// Don't keep the element (issue #299)\n\t\t\t\t\tinput[0] = null;\n\t\t\t\t\treturn !results.pop();\n\t\t\t\t};\n\t\t}),\n\n\t\t\"has\": markFunction(function( selector ) {\n\t\t\treturn function( elem ) {\n\t\t\t\treturn Sizzle( selector, elem ).length > 0;\n\t\t\t};\n\t\t}),\n\n\t\t\"contains\": markFunction(function( text ) {\n\t\t\ttext = text.replace( runescape, funescape );\n\t\t\treturn function( elem ) {\n\t\t\t\treturn ( elem.textContent || elem.innerText || getText( elem ) ).indexOf( text ) > -1;\n\t\t\t};\n\t\t}),\n\n\t\t// \"Whether an element is represented by a :lang() selector\n\t\t// is based solely on the element's language value\n\t\t// being equal to the identifier C,\n\t\t// or beginning with the identifier C immediately followed by \"-\".\n\t\t// The matching of C against the element's language value is performed case-insensitively.\n\t\t// The identifier C does not have to be a valid language name.\"\n\t\t// http://www.w3.org/TR/selectors/#lang-pseudo\n\t\t\"lang\": markFunction( function( lang ) {\n\t\t\t// lang value must be a valid identifier\n\t\t\tif ( !ridentifier.test(lang || \"\") ) {\n\t\t\t\tSizzle.error( \"unsupported lang: \" + lang );\n\t\t\t}\n\t\t\tlang = lang.replace( runescape, funescape ).toLowerCase();\n\t\t\treturn function( elem ) {\n\t\t\t\tvar elemLang;\n\t\t\t\tdo {\n\t\t\t\t\tif ( (elemLang = documentIsHTML ?\n\t\t\t\t\t\telem.lang :\n\t\t\t\t\t\telem.getAttribute(\"xml:lang\") || elem.getAttribute(\"lang\")) ) {\n\n\t\t\t\t\t\telemLang = elemLang.toLowerCase();\n\t\t\t\t\t\treturn elemLang === lang || elemLang.indexOf( lang + \"-\" ) === 0;\n\t\t\t\t\t}\n\t\t\t\t} while ( (elem = elem.parentNode) && elem.nodeType === 1 );\n\t\t\t\treturn false;\n\t\t\t};\n\t\t}),\n\n\t\t// Miscellaneous\n\t\t\"target\": function( elem ) {\n\t\t\tvar hash = window.location && window.location.hash;\n\t\t\treturn hash && hash.slice( 1 ) === elem.id;\n\t\t},\n\n\t\t\"root\": function( elem ) {\n\t\t\treturn elem === docElem;\n\t\t},\n\n\t\t\"focus\": function( elem ) {\n\t\t\treturn elem === document.activeElement && (!document.hasFocus || document.hasFocus()) && !!(elem.type || elem.href || ~elem.tabIndex);\n\t\t},\n\n\t\t// Boolean properties\n\t\t\"enabled\": function( elem ) {\n\t\t\treturn elem.disabled === false;\n\t\t},\n\n\t\t\"disabled\": function( elem ) {\n\t\t\treturn elem.disabled === true;\n\t\t},\n\n\t\t\"checked\": function( elem ) {\n\t\t\t// In CSS3, :checked should return both checked and selected elements\n\t\t\t// http://www.w3.org/TR/2011/REC-css3-selectors-20110929/#checked\n\t\t\tvar nodeName = elem.nodeName.toLowerCase();\n\t\t\treturn (nodeName === \"input\" && !!elem.checked) || (nodeName === \"option\" && !!elem.selected);\n\t\t},\n\n\t\t\"selected\": function( elem ) {\n\t\t\t// Accessing this property makes selected-by-default\n\t\t\t// options in Safari work properly\n\t\t\tif ( elem.parentNode ) {\n\t\t\t\telem.parentNode.selectedIndex;\n\t\t\t}\n\n\t\t\treturn elem.selected === true;\n\t\t},\n\n\t\t// Contents\n\t\t\"empty\": function( elem ) {\n\t\t\t// http://www.w3.org/TR/selectors/#empty-pseudo\n\t\t\t// :empty is negated by element (1) or content nodes (text: 3; cdata: 4; entity ref: 5),\n\t\t\t//   but not by others (comment: 8; processing instruction: 7; etc.)\n\t\t\t// nodeType < 6 works because attributes (2) do not appear as children\n\t\t\tfor ( elem = elem.firstChild; elem; elem = elem.nextSibling ) {\n\t\t\t\tif ( elem.nodeType < 6 ) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn true;\n\t\t},\n\n\t\t\"parent\": function( elem ) {\n\t\t\treturn !Expr.pseudos[\"empty\"]( elem );\n\t\t},\n\n\t\t// Element/input types\n\t\t\"header\": function( elem ) {\n\t\t\treturn rheader.test( elem.nodeName );\n\t\t},\n\n\t\t\"input\": function( elem ) {\n\t\t\treturn rinputs.test( elem.nodeName );\n\t\t},\n\n\t\t\"button\": function( elem ) {\n\t\t\tvar name = elem.nodeName.toLowerCase();\n\t\t\treturn name === \"input\" && elem.type === \"button\" || name === \"button\";\n\t\t},\n\n\t\t\"text\": function( elem ) {\n\t\t\tvar attr;\n\t\t\treturn elem.nodeName.toLowerCase() === \"input\" &&\n\t\t\t\telem.type === \"text\" &&\n\n\t\t\t\t// Support: IE<8\n\t\t\t\t// New HTML5 attribute values (e.g., \"search\") appear with elem.type === \"text\"\n\t\t\t\t( (attr = elem.getAttribute(\"type\")) == null || attr.toLowerCase() === \"text\" );\n\t\t},\n\n\t\t// Position-in-collection\n\t\t\"first\": createPositionalPseudo(function() {\n\t\t\treturn [ 0 ];\n\t\t}),\n\n\t\t\"last\": createPositionalPseudo(function( matchIndexes, length ) {\n\t\t\treturn [ length - 1 ];\n\t\t}),\n\n\t\t\"eq\": createPositionalPseudo(function( matchIndexes, length, argument ) {\n\t\t\treturn [ argument < 0 ? argument + length : argument ];\n\t\t}),\n\n\t\t\"even\": createPositionalPseudo(function( matchIndexes, length ) {\n\t\t\tvar i = 0;\n\t\t\tfor ( ; i < length; i += 2 ) {\n\t\t\t\tmatchIndexes.push( i );\n\t\t\t}\n\t\t\treturn matchIndexes;\n\t\t}),\n\n\t\t\"odd\": createPositionalPseudo(function( matchIndexes, length ) {\n\t\t\tvar i = 1;\n\t\t\tfor ( ; i < length; i += 2 ) {\n\t\t\t\tmatchIndexes.push( i );\n\t\t\t}\n\t\t\treturn matchIndexes;\n\t\t}),\n\n\t\t\"lt\": createPositionalPseudo(function( matchIndexes, length, argument ) {\n\t\t\tvar i = argument < 0 ? argument + length : argument;\n\t\t\tfor ( ; --i >= 0; ) {\n\t\t\t\tmatchIndexes.push( i );\n\t\t\t}\n\t\t\treturn matchIndexes;\n\t\t}),\n\n\t\t\"gt\": createPositionalPseudo(function( matchIndexes, length, argument ) {\n\t\t\tvar i = argument < 0 ? argument + length : argument;\n\t\t\tfor ( ; ++i < length; ) {\n\t\t\t\tmatchIndexes.push( i );\n\t\t\t}\n\t\t\treturn matchIndexes;\n\t\t})\n\t}\n};\n\nExpr.pseudos[\"nth\"] = Expr.pseudos[\"eq\"];\n\n// Add button/input type pseudos\nfor ( i in { radio: true, checkbox: true, file: true, password: true, image: true } ) {\n\tExpr.pseudos[ i ] = createInputPseudo( i );\n}\nfor ( i in { submit: true, reset: true } ) {\n\tExpr.pseudos[ i ] = createButtonPseudo( i );\n}\n\n// Easy API for creating new setFilters\nfunction setFilters() {}\nsetFilters.prototype = Expr.filters = Expr.pseudos;\nExpr.setFilters = new setFilters();\n\ntokenize = Sizzle.tokenize = function( selector, parseOnly ) {\n\tvar matched, match, tokens, type,\n\t\tsoFar, groups, preFilters,\n\t\tcached = tokenCache[ selector + \" \" ];\n\n\tif ( cached ) {\n\t\treturn parseOnly ? 0 : cached.slice( 0 );\n\t}\n\n\tsoFar = selector;\n\tgroups = [];\n\tpreFilters = Expr.preFilter;\n\n\twhile ( soFar ) {\n\n\t\t// Comma and first run\n\t\tif ( !matched || (match = rcomma.exec( soFar )) ) {\n\t\t\tif ( match ) {\n\t\t\t\t// Don't consume trailing commas as valid\n\t\t\t\tsoFar = soFar.slice( match[0].length ) || soFar;\n\t\t\t}\n\t\t\tgroups.push( (tokens = []) );\n\t\t}\n\n\t\tmatched = false;\n\n\t\t// Combinators\n\t\tif ( (match = rcombinators.exec( soFar )) ) {\n\t\t\tmatched = match.shift();\n\t\t\ttokens.push({\n\t\t\t\tvalue: matched,\n\t\t\t\t// Cast descendant combinators to space\n\t\t\t\ttype: match[0].replace( rtrim, \" \" )\n\t\t\t});\n\t\t\tsoFar = soFar.slice( matched.length );\n\t\t}\n\n\t\t// Filters\n\t\tfor ( type in Expr.filter ) {\n\t\t\tif ( (match = matchExpr[ type ].exec( soFar )) && (!preFilters[ type ] ||\n\t\t\t\t(match = preFilters[ type ]( match ))) ) {\n\t\t\t\tmatched = match.shift();\n\t\t\t\ttokens.push({\n\t\t\t\t\tvalue: matched,\n\t\t\t\t\ttype: type,\n\t\t\t\t\tmatches: match\n\t\t\t\t});\n\t\t\t\tsoFar = soFar.slice( matched.length );\n\t\t\t}\n\t\t}\n\n\t\tif ( !matched ) {\n\t\t\tbreak;\n\t\t}\n\t}\n\n\t// Return the length of the invalid excess\n\t// if we're just parsing\n\t// Otherwise, throw an error or return tokens\n\treturn parseOnly ?\n\t\tsoFar.length :\n\t\tsoFar ?\n\t\t\tSizzle.error( selector ) :\n\t\t\t// Cache the tokens\n\t\t\ttokenCache( selector, groups ).slice( 0 );\n};\n\nfunction toSelector( tokens ) {\n\tvar i = 0,\n\t\tlen = tokens.length,\n\t\tselector = \"\";\n\tfor ( ; i < len; i++ ) {\n\t\tselector += tokens[i].value;\n\t}\n\treturn selector;\n}\n\nfunction addCombinator( matcher, combinator, base ) {\n\tvar dir = combinator.dir,\n\t\tcheckNonElements = base && dir === \"parentNode\",\n\t\tdoneName = done++;\n\n\treturn combinator.first ?\n\t\t// Check against closest ancestor/preceding element\n\t\tfunction( elem, context, xml ) {\n\t\t\twhile ( (elem = elem[ dir ]) ) {\n\t\t\t\tif ( elem.nodeType === 1 || checkNonElements ) {\n\t\t\t\t\treturn matcher( elem, context, xml );\n\t\t\t\t}\n\t\t\t}\n\t\t} :\n\n\t\t// Check against all ancestor/preceding elements\n\t\tfunction( elem, context, xml ) {\n\t\t\tvar oldCache, uniqueCache, outerCache,\n\t\t\t\tnewCache = [ dirruns, doneName ];\n\n\t\t\t// We can't set arbitrary data on XML nodes, so they don't benefit from combinator caching\n\t\t\tif ( xml ) {\n\t\t\t\twhile ( (elem = elem[ dir ]) ) {\n\t\t\t\t\tif ( elem.nodeType === 1 || checkNonElements ) {\n\t\t\t\t\t\tif ( matcher( elem, context, xml ) ) {\n\t\t\t\t\t\t\treturn true;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\twhile ( (elem = elem[ dir ]) ) {\n\t\t\t\t\tif ( elem.nodeType === 1 || checkNonElements ) {\n\t\t\t\t\t\touterCache = elem[ expando ] || (elem[ expando ] = {});\n\n\t\t\t\t\t\t// Support: IE <9 only\n\t\t\t\t\t\t// Defend against cloned attroperties (jQuery gh-1709)\n\t\t\t\t\t\tuniqueCache = outerCache[ elem.uniqueID ] || (outerCache[ elem.uniqueID ] = {});\n\n\t\t\t\t\t\tif ( (oldCache = uniqueCache[ dir ]) &&\n\t\t\t\t\t\t\toldCache[ 0 ] === dirruns && oldCache[ 1 ] === doneName ) {\n\n\t\t\t\t\t\t\t// Assign to newCache so results back-propagate to previous elements\n\t\t\t\t\t\t\treturn (newCache[ 2 ] = oldCache[ 2 ]);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t// Reuse newcache so results back-propagate to previous elements\n\t\t\t\t\t\t\tuniqueCache[ dir ] = newCache;\n\n\t\t\t\t\t\t\t// A match means we're done; a fail means we have to keep checking\n\t\t\t\t\t\t\tif ( (newCache[ 2 ] = matcher( elem, context, xml )) ) {\n\t\t\t\t\t\t\t\treturn true;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t};\n}\n\nfunction elementMatcher( matchers ) {\n\treturn matchers.length > 1 ?\n\t\tfunction( elem, context, xml ) {\n\t\t\tvar i = matchers.length;\n\t\t\twhile ( i-- ) {\n\t\t\t\tif ( !matchers[i]( elem, context, xml ) ) {\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn true;\n\t\t} :\n\t\tmatchers[0];\n}\n\nfunction multipleContexts( selector, contexts, results ) {\n\tvar i = 0,\n\t\tlen = contexts.length;\n\tfor ( ; i < len; i++ ) {\n\t\tSizzle( selector, contexts[i], results );\n\t}\n\treturn results;\n}\n\nfunction condense( unmatched, map, filter, context, xml ) {\n\tvar elem,\n\t\tnewUnmatched = [],\n\t\ti = 0,\n\t\tlen = unmatched.length,\n\t\tmapped = map != null;\n\n\tfor ( ; i < len; i++ ) {\n\t\tif ( (elem = unmatched[i]) ) {\n\t\t\tif ( !filter || filter( elem, context, xml ) ) {\n\t\t\t\tnewUnmatched.push( elem );\n\t\t\t\tif ( mapped ) {\n\t\t\t\t\tmap.push( i );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\treturn newUnmatched;\n}\n\nfunction setMatcher( preFilter, selector, matcher, postFilter, postFinder, postSelector ) {\n\tif ( postFilter && !postFilter[ expando ] ) {\n\t\tpostFilter = setMatcher( postFilter );\n\t}\n\tif ( postFinder && !postFinder[ expando ] ) {\n\t\tpostFinder = setMatcher( postFinder, postSelector );\n\t}\n\treturn markFunction(function( seed, results, context, xml ) {\n\t\tvar temp, i, elem,\n\t\t\tpreMap = [],\n\t\t\tpostMap = [],\n\t\t\tpreexisting = results.length,\n\n\t\t\t// Get initial elements from seed or context\n\t\t\telems = seed || multipleContexts( selector || \"*\", context.nodeType ? [ context ] : context, [] ),\n\n\t\t\t// Prefilter to get matcher input, preserving a map for seed-results synchronization\n\t\t\tmatcherIn = preFilter && ( seed || !selector ) ?\n\t\t\t\tcondense( elems, preMap, preFilter, context, xml ) :\n\t\t\t\telems,\n\n\t\t\tmatcherOut = matcher ?\n\t\t\t\t// If we have a postFinder, or filtered seed, or non-seed postFilter or preexisting results,\n\t\t\t\tpostFinder || ( seed ? preFilter : preexisting || postFilter ) ?\n\n\t\t\t\t\t// ...intermediate processing is necessary\n\t\t\t\t\t[] :\n\n\t\t\t\t\t// ...otherwise use results directly\n\t\t\t\t\tresults :\n\t\t\t\tmatcherIn;\n\n\t\t// Find primary matches\n\t\tif ( matcher ) {\n\t\t\tmatcher( matcherIn, matcherOut, context, xml );\n\t\t}\n\n\t\t// Apply postFilter\n\t\tif ( postFilter ) {\n\t\t\ttemp = condense( matcherOut, postMap );\n\t\t\tpostFilter( temp, [], context, xml );\n\n\t\t\t// Un-match failing elements by moving them back to matcherIn\n\t\t\ti = temp.length;\n\t\t\twhile ( i-- ) {\n\t\t\t\tif ( (elem = temp[i]) ) {\n\t\t\t\t\tmatcherOut[ postMap[i] ] = !(matcherIn[ postMap[i] ] = elem);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\tif ( seed ) {\n\t\t\tif ( postFinder || preFilter ) {\n\t\t\t\tif ( postFinder ) {\n\t\t\t\t\t// Get the final matcherOut by condensing this intermediate into postFinder contexts\n\t\t\t\t\ttemp = [];\n\t\t\t\t\ti = matcherOut.length;\n\t\t\t\t\twhile ( i-- ) {\n\t\t\t\t\t\tif ( (elem = matcherOut[i]) ) {\n\t\t\t\t\t\t\t// Restore matcherIn since elem is not yet a final match\n\t\t\t\t\t\t\ttemp.push( (matcherIn[i] = elem) );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tpostFinder( null, (matcherOut = []), temp, xml );\n\t\t\t\t}\n\n\t\t\t\t// Move matched elements from seed to results to keep them synchronized\n\t\t\t\ti = matcherOut.length;\n\t\t\t\twhile ( i-- ) {\n\t\t\t\t\tif ( (elem = matcherOut[i]) &&\n\t\t\t\t\t\t(temp = postFinder ? indexOf( seed, elem ) : preMap[i]) > -1 ) {\n\n\t\t\t\t\t\tseed[temp] = !(results[temp] = elem);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t// Add elements to results, through postFinder if defined\n\t\t} else {\n\t\t\tmatcherOut = condense(\n\t\t\t\tmatcherOut === results ?\n\t\t\t\t\tmatcherOut.splice( preexisting, matcherOut.length ) :\n\t\t\t\t\tmatcherOut\n\t\t\t);\n\t\t\tif ( postFinder ) {\n\t\t\t\tpostFinder( null, results, matcherOut, xml );\n\t\t\t} else {\n\t\t\t\tpush.apply( results, matcherOut );\n\t\t\t}\n\t\t}\n\t});\n}\n\nfunction matcherFromTokens( tokens ) {\n\tvar checkContext, matcher, j,\n\t\tlen = tokens.length,\n\t\tleadingRelative = Expr.relative[ tokens[0].type ],\n\t\timplicitRelative = leadingRelative || Expr.relative[\" \"],\n\t\ti = leadingRelative ? 1 : 0,\n\n\t\t// The foundational matcher ensures that elements are reachable from top-level context(s)\n\t\tmatchContext = addCombinator( function( elem ) {\n\t\t\treturn elem === checkContext;\n\t\t}, implicitRelative, true ),\n\t\tmatchAnyContext = addCombinator( function( elem ) {\n\t\t\treturn indexOf( checkContext, elem ) > -1;\n\t\t}, implicitRelative, true ),\n\t\tmatchers = [ function( elem, context, xml ) {\n\t\t\tvar ret = ( !leadingRelative && ( xml || context !== outermostContext ) ) || (\n\t\t\t\t(checkContext = context).nodeType ?\n\t\t\t\t\tmatchContext( elem, context, xml ) :\n\t\t\t\t\tmatchAnyContext( elem, context, xml ) );\n\t\t\t// Avoid hanging onto element (issue #299)\n\t\t\tcheckContext = null;\n\t\t\treturn ret;\n\t\t} ];\n\n\tfor ( ; i < len; i++ ) {\n\t\tif ( (matcher = Expr.relative[ tokens[i].type ]) ) {\n\t\t\tmatchers = [ addCombinator(elementMatcher( matchers ), matcher) ];\n\t\t} else {\n\t\t\tmatcher = Expr.filter[ tokens[i].type ].apply( null, tokens[i].matches );\n\n\t\t\t// Return special upon seeing a positional matcher\n\t\t\tif ( matcher[ expando ] ) {\n\t\t\t\t// Find the next relative operator (if any) for proper handling\n\t\t\t\tj = ++i;\n\t\t\t\tfor ( ; j < len; j++ ) {\n\t\t\t\t\tif ( Expr.relative[ tokens[j].type ] ) {\n\t\t\t\t\t\tbreak;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\treturn setMatcher(\n\t\t\t\t\ti > 1 && elementMatcher( matchers ),\n\t\t\t\t\ti > 1 && toSelector(\n\t\t\t\t\t\t// If the preceding token was a descendant combinator, insert an implicit any-element `*`\n\t\t\t\t\t\ttokens.slice( 0, i - 1 ).concat({ value: tokens[ i - 2 ].type === \" \" ? \"*\" : \"\" })\n\t\t\t\t\t).replace( rtrim, \"$1\" ),\n\t\t\t\t\tmatcher,\n\t\t\t\t\ti < j && matcherFromTokens( tokens.slice( i, j ) ),\n\t\t\t\t\tj < len && matcherFromTokens( (tokens = tokens.slice( j )) ),\n\t\t\t\t\tj < len && toSelector( tokens )\n\t\t\t\t);\n\t\t\t}\n\t\t\tmatchers.push( matcher );\n\t\t}\n\t}\n\n\treturn elementMatcher( matchers );\n}\n\nfunction matcherFromGroupMatchers( elementMatchers, setMatchers ) {\n\tvar bySet = setMatchers.length > 0,\n\t\tbyElement = elementMatchers.length > 0,\n\t\tsuperMatcher = function( seed, context, xml, results, outermost ) {\n\t\t\tvar elem, j, matcher,\n\t\t\t\tmatchedCount = 0,\n\t\t\t\ti = \"0\",\n\t\t\t\tunmatched = seed && [],\n\t\t\t\tsetMatched = [],\n\t\t\t\tcontextBackup = outermostContext,\n\t\t\t\t// We must always have either seed elements or outermost context\n\t\t\t\telems = seed || byElement && Expr.find[\"TAG\"]( \"*\", outermost ),\n\t\t\t\t// Use integer dirruns iff this is the outermost matcher\n\t\t\t\tdirrunsUnique = (dirruns += contextBackup == null ? 1 : Math.random() || 0.1),\n\t\t\t\tlen = elems.length;\n\n\t\t\tif ( outermost ) {\n\t\t\t\toutermostContext = context === document || context || outermost;\n\t\t\t}\n\n\t\t\t// Add elements passing elementMatchers directly to results\n\t\t\t// Support: IE<9, Safari\n\t\t\t// Tolerate NodeList properties (IE: \"length\"; Safari: <number>) matching elements by id\n\t\t\tfor ( ; i !== len && (elem = elems[i]) != null; i++ ) {\n\t\t\t\tif ( byElement && elem ) {\n\t\t\t\t\tj = 0;\n\t\t\t\t\tif ( !context && elem.ownerDocument !== document ) {\n\t\t\t\t\t\tsetDocument( elem );\n\t\t\t\t\t\txml = !documentIsHTML;\n\t\t\t\t\t}\n\t\t\t\t\twhile ( (matcher = elementMatchers[j++]) ) {\n\t\t\t\t\t\tif ( matcher( elem, context || document, xml) ) {\n\t\t\t\t\t\t\tresults.push( elem );\n\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif ( outermost ) {\n\t\t\t\t\t\tdirruns = dirrunsUnique;\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t// Track unmatched elements for set filters\n\t\t\t\tif ( bySet ) {\n\t\t\t\t\t// They will have gone through all possible matchers\n\t\t\t\t\tif ( (elem = !matcher && elem) ) {\n\t\t\t\t\t\tmatchedCount--;\n\t\t\t\t\t}\n\n\t\t\t\t\t// Lengthen the array for every element, matched or not\n\t\t\t\t\tif ( seed ) {\n\t\t\t\t\t\tunmatched.push( elem );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// `i` is now the count of elements visited above, and adding it to `matchedCount`\n\t\t\t// makes the latter nonnegative.\n\t\t\tmatchedCount += i;\n\n\t\t\t// Apply set filters to unmatched elements\n\t\t\t// NOTE: This can be skipped if there are no unmatched elements (i.e., `matchedCount`\n\t\t\t// equals `i`), unless we didn't visit _any_ elements in the above loop because we have\n\t\t\t// no element matchers and no seed.\n\t\t\t// Incrementing an initially-string \"0\" `i` allows `i` to remain a string only in that\n\t\t\t// case, which will result in a \"00\" `matchedCount` that differs from `i` but is also\n\t\t\t// numerically zero.\n\t\t\tif ( bySet && i !== matchedCount ) {\n\t\t\t\tj = 0;\n\t\t\t\twhile ( (matcher = setMatchers[j++]) ) {\n\t\t\t\t\tmatcher( unmatched, setMatched, context, xml );\n\t\t\t\t}\n\n\t\t\t\tif ( seed ) {\n\t\t\t\t\t// Reintegrate element matches to eliminate the need for sorting\n\t\t\t\t\tif ( matchedCount > 0 ) {\n\t\t\t\t\t\twhile ( i-- ) {\n\t\t\t\t\t\t\tif ( !(unmatched[i] || setMatched[i]) ) {\n\t\t\t\t\t\t\t\tsetMatched[i] = pop.call( results );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\t// Discard index placeholder values to get only actual matches\n\t\t\t\t\tsetMatched = condense( setMatched );\n\t\t\t\t}\n\n\t\t\t\t// Add matches to results\n\t\t\t\tpush.apply( results, setMatched );\n\n\t\t\t\t// Seedless set matches succeeding multiple successful matchers stipulate sorting\n\t\t\t\tif ( outermost && !seed && setMatched.length > 0 &&\n\t\t\t\t\t( matchedCount + setMatchers.length ) > 1 ) {\n\n\t\t\t\t\tSizzle.uniqueSort( results );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Override manipulation of globals by nested matchers\n\t\t\tif ( outermost ) {\n\t\t\t\tdirruns = dirrunsUnique;\n\t\t\t\toutermostContext = contextBackup;\n\t\t\t}\n\n\t\t\treturn unmatched;\n\t\t};\n\n\treturn bySet ?\n\t\tmarkFunction( superMatcher ) :\n\t\tsuperMatcher;\n}\n\ncompile = Sizzle.compile = function( selector, match /* Internal Use Only */ ) {\n\tvar i,\n\t\tsetMatchers = [],\n\t\telementMatchers = [],\n\t\tcached = compilerCache[ selector + \" \" ];\n\n\tif ( !cached ) {\n\t\t// Generate a function of recursive functions that can be used to check each element\n\t\tif ( !match ) {\n\t\t\tmatch = tokenize( selector );\n\t\t}\n\t\ti = match.length;\n\t\twhile ( i-- ) {\n\t\t\tcached = matcherFromTokens( match[i] );\n\t\t\tif ( cached[ expando ] ) {\n\t\t\t\tsetMatchers.push( cached );\n\t\t\t} else {\n\t\t\t\telementMatchers.push( cached );\n\t\t\t}\n\t\t}\n\n\t\t// Cache the compiled function\n\t\tcached = compilerCache( selector, matcherFromGroupMatchers( elementMatchers, setMatchers ) );\n\n\t\t// Save selector and tokenization\n\t\tcached.selector = selector;\n\t}\n\treturn cached;\n};\n\n/**\n * A low-level selection function that works with Sizzle's compiled\n *  selector functions\n * @param {String|Function} selector A selector or a pre-compiled\n *  selector function built with Sizzle.compile\n * @param {Element} context\n * @param {Array} [results]\n * @param {Array} [seed] A set of elements to match against\n */\nselect = Sizzle.select = function( selector, context, results, seed ) {\n\tvar i, tokens, token, type, find,\n\t\tcompiled = typeof selector === \"function\" && selector,\n\t\tmatch = !seed && tokenize( (selector = compiled.selector || selector) );\n\n\tresults = results || [];\n\n\t// Try to minimize operations if there is only one selector in the list and no seed\n\t// (the latter of which guarantees us context)\n\tif ( match.length === 1 ) {\n\n\t\t// Reduce context if the leading compound selector is an ID\n\t\ttokens = match[0] = match[0].slice( 0 );\n\t\tif ( tokens.length > 2 && (token = tokens[0]).type === \"ID\" &&\n\t\t\t\tsupport.getById && context.nodeType === 9 && documentIsHTML &&\n\t\t\t\tExpr.relative[ tokens[1].type ] ) {\n\n\t\t\tcontext = ( Expr.find[\"ID\"]( token.matches[0].replace(runescape, funescape), context ) || [] )[0];\n\t\t\tif ( !context ) {\n\t\t\t\treturn results;\n\n\t\t\t// Precompiled matchers will still verify ancestry, so step up a level\n\t\t\t} else if ( compiled ) {\n\t\t\t\tcontext = context.parentNode;\n\t\t\t}\n\n\t\t\tselector = selector.slice( tokens.shift().value.length );\n\t\t}\n\n\t\t// Fetch a seed set for right-to-left matching\n\t\ti = matchExpr[\"needsContext\"].test( selector ) ? 0 : tokens.length;\n\t\twhile ( i-- ) {\n\t\t\ttoken = tokens[i];\n\n\t\t\t// Abort if we hit a combinator\n\t\t\tif ( Expr.relative[ (type = token.type) ] ) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif ( (find = Expr.find[ type ]) ) {\n\t\t\t\t// Search, expanding context for leading sibling combinators\n\t\t\t\tif ( (seed = find(\n\t\t\t\t\ttoken.matches[0].replace( runescape, funescape ),\n\t\t\t\t\trsibling.test( tokens[0].type ) && testContext( context.parentNode ) || context\n\t\t\t\t)) ) {\n\n\t\t\t\t\t// If seed is empty or no tokens remain, we can return early\n\t\t\t\t\ttokens.splice( i, 1 );\n\t\t\t\t\tselector = seed.length && toSelector( tokens );\n\t\t\t\t\tif ( !selector ) {\n\t\t\t\t\t\tpush.apply( results, seed );\n\t\t\t\t\t\treturn results;\n\t\t\t\t\t}\n\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\t// Compile and execute a filtering function if one is not provided\n\t// Provide `match` to avoid retokenization if we modified the selector above\n\t( compiled || compile( selector, match ) )(\n\t\tseed,\n\t\tcontext,\n\t\t!documentIsHTML,\n\t\tresults,\n\t\t!context || rsibling.test( selector ) && testContext( context.parentNode ) || context\n\t);\n\treturn results;\n};\n\n// One-time assignments\n\n// Sort stability\nsupport.sortStable = expando.split(\"\").sort( sortOrder ).join(\"\") === expando;\n\n// Support: Chrome 14-35+\n// Always assume duplicates if they aren't passed to the comparison function\nsupport.detectDuplicates = !!hasDuplicate;\n\n// Initialize against the default document\nsetDocument();\n\n// Support: Webkit<537.32 - Safari 6.0.3/Chrome 25 (fixed in Chrome 27)\n// Detached nodes confoundingly follow *each other*\nsupport.sortDetached = assert(function( div1 ) {\n\t// Should return 1, but returns 4 (following)\n\treturn div1.compareDocumentPosition( document.createElement(\"div\") ) & 1;\n});\n\n// Support: IE<8\n// Prevent attribute/property \"interpolation\"\n// http://msdn.microsoft.com/en-us/library/ms536429%28VS.85%29.aspx\nif ( !assert(function( div ) {\n\tdiv.innerHTML = \"<a href='#'></a>\";\n\treturn div.firstChild.getAttribute(\"href\") === \"#\" ;\n}) ) {\n\taddHandle( \"type|href|height|width\", function( elem, name, isXML ) {\n\t\tif ( !isXML ) {\n\t\t\treturn elem.getAttribute( name, name.toLowerCase() === \"type\" ? 1 : 2 );\n\t\t}\n\t});\n}\n\n// Support: IE<9\n// Use defaultValue in place of getAttribute(\"value\")\nif ( !support.attributes || !assert(function( div ) {\n\tdiv.innerHTML = \"<input/>\";\n\tdiv.firstChild.setAttribute( \"value\", \"\" );\n\treturn div.firstChild.getAttribute( \"value\" ) === \"\";\n}) ) {\n\taddHandle( \"value\", function( elem, name, isXML ) {\n\t\tif ( !isXML && elem.nodeName.toLowerCase() === \"input\" ) {\n\t\t\treturn elem.defaultValue;\n\t\t}\n\t});\n}\n\n// Support: IE<9\n// Use getAttributeNode to fetch booleans when getAttribute lies\nif ( !assert(function( div ) {\n\treturn div.getAttribute(\"disabled\") == null;\n}) ) {\n\taddHandle( booleans, function( elem, name, isXML ) {\n\t\tvar val;\n\t\tif ( !isXML ) {\n\t\t\treturn elem[ name ] === true ? name.toLowerCase() :\n\t\t\t\t\t(val = elem.getAttributeNode( name )) && val.specified ?\n\t\t\t\t\tval.value :\n\t\t\t\tnull;\n\t\t}\n\t});\n}\n\nreturn Sizzle;\n\n})( window );\n\n\n\njQuery.find = Sizzle;\njQuery.expr = Sizzle.selectors;\njQuery.expr[ \":\" ] = jQuery.expr.pseudos;\njQuery.uniqueSort = jQuery.unique = Sizzle.uniqueSort;\njQuery.text = Sizzle.getText;\njQuery.isXMLDoc = Sizzle.isXML;\njQuery.contains = Sizzle.contains;\n\n\n\nvar dir = function( elem, dir, until ) {\n\tvar matched = [],\n\t\ttruncate = until !== undefined;\n\n\twhile ( ( elem = elem[ dir ] ) && elem.nodeType !== 9 ) {\n\t\tif ( elem.nodeType === 1 ) {\n\t\t\tif ( truncate && jQuery( elem ).is( until ) ) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tmatched.push( elem );\n\t\t}\n\t}\n\treturn matched;\n};\n\n\nvar siblings = function( n, elem ) {\n\tvar matched = [];\n\n\tfor ( ; n; n = n.nextSibling ) {\n\t\tif ( n.nodeType === 1 && n !== elem ) {\n\t\t\tmatched.push( n );\n\t\t}\n\t}\n\n\treturn matched;\n};\n\n\nvar rneedsContext = jQuery.expr.match.needsContext;\n\nvar rsingleTag = ( /^<([\\w-]+)\\s*\\/?>(?:<\\/\\1>|)$/ );\n\n\n\nvar risSimple = /^.[^:#\\[\\.,]*$/;\n\n// Implement the identical functionality for filter and not\nfunction winnow( elements, qualifier, not ) {\n\tif ( jQuery.isFunction( qualifier ) ) {\n\t\treturn jQuery.grep( elements, function( elem, i ) {\n\t\t\t/* jshint -W018 */\n\t\t\treturn !!qualifier.call( elem, i, elem ) !== not;\n\t\t} );\n\n\t}\n\n\tif ( qualifier.nodeType ) {\n\t\treturn jQuery.grep( elements, function( elem ) {\n\t\t\treturn ( elem === qualifier ) !== not;\n\t\t} );\n\n\t}\n\n\tif ( typeof qualifier === \"string\" ) {\n\t\tif ( risSimple.test( qualifier ) ) {\n\t\t\treturn jQuery.filter( qualifier, elements, not );\n\t\t}\n\n\t\tqualifier = jQuery.filter( qualifier, elements );\n\t}\n\n\treturn jQuery.grep( elements, function( elem ) {\n\t\treturn ( indexOf.call( qualifier, elem ) > -1 ) !== not;\n\t} );\n}\n\njQuery.filter = function( expr, elems, not ) {\n\tvar elem = elems[ 0 ];\n\n\tif ( not ) {\n\t\texpr = \":not(\" + expr + \")\";\n\t}\n\n\treturn elems.length === 1 && elem.nodeType === 1 ?\n\t\tjQuery.find.matchesSelector( elem, expr ) ? [ elem ] : [] :\n\t\tjQuery.find.matches( expr, jQuery.grep( elems, function( elem ) {\n\t\t\treturn elem.nodeType === 1;\n\t\t} ) );\n};\n\njQuery.fn.extend( {\n\tfind: function( selector ) {\n\t\tvar i,\n\t\t\tlen = this.length,\n\t\t\tret = [],\n\t\t\tself = this;\n\n\t\tif ( typeof selector !== \"string\" ) {\n\t\t\treturn this.pushStack( jQuery( selector ).filter( function() {\n\t\t\t\tfor ( i = 0; i < len; i++ ) {\n\t\t\t\t\tif ( jQuery.contains( self[ i ], this ) ) {\n\t\t\t\t\t\treturn true;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t} ) );\n\t\t}\n\n\t\tfor ( i = 0; i < len; i++ ) {\n\t\t\tjQuery.find( selector, self[ i ], ret );\n\t\t}\n\n\t\t// Needed because $( selector, context ) becomes $( context ).find( selector )\n\t\tret = this.pushStack( len > 1 ? jQuery.unique( ret ) : ret );\n\t\tret.selector = this.selector ? this.selector + \" \" + selector : selector;\n\t\treturn ret;\n\t},\n\tfilter: function( selector ) {\n\t\treturn this.pushStack( winnow( this, selector || [], false ) );\n\t},\n\tnot: function( selector ) {\n\t\treturn this.pushStack( winnow( this, selector || [], true ) );\n\t},\n\tis: function( selector ) {\n\t\treturn !!winnow(\n\t\t\tthis,\n\n\t\t\t// If this is a positional/relative selector, check membership in the returned set\n\t\t\t// so $(\"p:first\").is(\"p:last\") won't return true for a doc with two \"p\".\n\t\t\ttypeof selector === \"string\" && rneedsContext.test( selector ) ?\n\t\t\t\tjQuery( selector ) :\n\t\t\t\tselector || [],\n\t\t\tfalse\n\t\t).length;\n\t}\n} );\n\n\n// Initialize a jQuery object\n\n\n// A central reference to the root jQuery(document)\nvar rootjQuery,\n\n\t// A simple way to check for HTML strings\n\t// Prioritize #id over <tag> to avoid XSS via location.hash (#9521)\n\t// Strict HTML recognition (#11290: must start with <)\n\trquickExpr = /^(?:\\s*(<[\\w\\W]+>)[^>]*|#([\\w-]*))$/,\n\n\tinit = jQuery.fn.init = function( selector, context, root ) {\n\t\tvar match, elem;\n\n\t\t// HANDLE: $(\"\"), $(null), $(undefined), $(false)\n\t\tif ( !selector ) {\n\t\t\treturn this;\n\t\t}\n\n\t\t// Method init() accepts an alternate rootjQuery\n\t\t// so migrate can support jQuery.sub (gh-2101)\n\t\troot = root || rootjQuery;\n\n\t\t// Handle HTML strings\n\t\tif ( typeof selector === \"string\" ) {\n\t\t\tif ( selector[ 0 ] === \"<\" &&\n\t\t\t\tselector[ selector.length - 1 ] === \">\" &&\n\t\t\t\tselector.length >= 3 ) {\n\n\t\t\t\t// Assume that strings that start and end with <> are HTML and skip the regex check\n\t\t\t\tmatch = [ null, selector, null ];\n\n\t\t\t} else {\n\t\t\t\tmatch = rquickExpr.exec( selector );\n\t\t\t}\n\n\t\t\t// Match html or make sure no context is specified for #id\n\t\t\tif ( match && ( match[ 1 ] || !context ) ) {\n\n\t\t\t\t// HANDLE: $(html) -> $(array)\n\t\t\t\tif ( match[ 1 ] ) {\n\t\t\t\t\tcontext = context instanceof jQuery ? context[ 0 ] : context;\n\n\t\t\t\t\t// Option to run scripts is true for back-compat\n\t\t\t\t\t// Intentionally let the error be thrown if parseHTML is not present\n\t\t\t\t\tjQuery.merge( this, jQuery.parseHTML(\n\t\t\t\t\t\tmatch[ 1 ],\n\t\t\t\t\t\tcontext && context.nodeType ? context.ownerDocument || context : document,\n\t\t\t\t\t\ttrue\n\t\t\t\t\t) );\n\n\t\t\t\t\t// HANDLE: $(html, props)\n\t\t\t\t\tif ( rsingleTag.test( match[ 1 ] ) && jQuery.isPlainObject( context ) ) {\n\t\t\t\t\t\tfor ( match in context ) {\n\n\t\t\t\t\t\t\t// Properties of context are called as methods if possible\n\t\t\t\t\t\t\tif ( jQuery.isFunction( this[ match ] ) ) {\n\t\t\t\t\t\t\t\tthis[ match ]( context[ match ] );\n\n\t\t\t\t\t\t\t// ...and otherwise set as attributes\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tthis.attr( match, context[ match ] );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\treturn this;\n\n\t\t\t\t// HANDLE: $(#id)\n\t\t\t\t} else {\n\t\t\t\t\telem = document.getElementById( match[ 2 ] );\n\n\t\t\t\t\t// Support: Blackberry 4.6\n\t\t\t\t\t// gEBID returns nodes no longer in the document (#6963)\n\t\t\t\t\tif ( elem && elem.parentNode ) {\n\n\t\t\t\t\t\t// Inject the element directly into the jQuery object\n\t\t\t\t\t\tthis.length = 1;\n\t\t\t\t\t\tthis[ 0 ] = elem;\n\t\t\t\t\t}\n\n\t\t\t\t\tthis.context = document;\n\t\t\t\t\tthis.selector = selector;\n\t\t\t\t\treturn this;\n\t\t\t\t}\n\n\t\t\t// HANDLE: $(expr, $(...))\n\t\t\t} else if ( !context || context.jquery ) {\n\t\t\t\treturn ( context || root ).find( selector );\n\n\t\t\t// HANDLE: $(expr, context)\n\t\t\t// (which is just equivalent to: $(context).find(expr)\n\t\t\t} else {\n\t\t\t\treturn this.constructor( context ).find( selector );\n\t\t\t}\n\n\t\t// HANDLE: $(DOMElement)\n\t\t} else if ( selector.nodeType ) {\n\t\t\tthis.context = this[ 0 ] = selector;\n\t\t\tthis.length = 1;\n\t\t\treturn this;\n\n\t\t// HANDLE: $(function)\n\t\t// Shortcut for document ready\n\t\t} else if ( jQuery.isFunction( selector ) ) {\n\t\t\treturn root.ready !== undefined ?\n\t\t\t\troot.ready( selector ) :\n\n\t\t\t\t// Execute immediately if ready is not present\n\t\t\t\tselector( jQuery );\n\t\t}\n\n\t\tif ( selector.selector !== undefined ) {\n\t\t\tthis.selector = selector.selector;\n\t\t\tthis.context = selector.context;\n\t\t}\n\n\t\treturn jQuery.makeArray( selector, this );\n\t};\n\n// Give the init function the jQuery prototype for later instantiation\ninit.prototype = jQuery.fn;\n\n// Initialize central reference\nrootjQuery = jQuery( document );\n\n\nvar rparentsprev = /^(?:parents|prev(?:Until|All))/,\n\n\t// Methods guaranteed to produce a unique set when starting from a unique set\n\tguaranteedUnique = {\n\t\tchildren: true,\n\t\tcontents: true,\n\t\tnext: true,\n\t\tprev: true\n\t};\n\njQuery.fn.extend( {\n\thas: function( target ) {\n\t\tvar targets = jQuery( target, this ),\n\t\t\tl = targets.length;\n\n\t\treturn this.filter( function() {\n\t\t\tvar i = 0;\n\t\t\tfor ( ; i < l; i++ ) {\n\t\t\t\tif ( jQuery.contains( this, targets[ i ] ) ) {\n\t\t\t\t\treturn true;\n\t\t\t\t}\n\t\t\t}\n\t\t} );\n\t},\n\n\tclosest: function( selectors, context ) {\n\t\tvar cur,\n\t\t\ti = 0,\n\t\t\tl = this.length,\n\t\t\tmatched = [],\n\t\t\tpos = rneedsContext.test( selectors ) || typeof selectors !== \"string\" ?\n\t\t\t\tjQuery( selectors, context || this.context ) :\n\t\t\t\t0;\n\n\t\tfor ( ; i < l; i++ ) {\n\t\t\tfor ( cur = this[ i ]; cur && cur !== context; cur = cur.parentNode ) {\n\n\t\t\t\t// Always skip document fragments\n\t\t\t\tif ( cur.nodeType < 11 && ( pos ?\n\t\t\t\t\tpos.index( cur ) > -1 :\n\n\t\t\t\t\t// Don't pass non-elements to Sizzle\n\t\t\t\t\tcur.nodeType === 1 &&\n\t\t\t\t\t\tjQuery.find.matchesSelector( cur, selectors ) ) ) {\n\n\t\t\t\t\tmatched.push( cur );\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn this.pushStack( matched.length > 1 ? jQuery.uniqueSort( matched ) : matched );\n\t},\n\n\t// Determine the position of an element within the set\n\tindex: function( elem ) {\n\n\t\t// No argument, return index in parent\n\t\tif ( !elem ) {\n\t\t\treturn ( this[ 0 ] && this[ 0 ].parentNode ) ? this.first().prevAll().length : -1;\n\t\t}\n\n\t\t// Index in selector\n\t\tif ( typeof elem === \"string\" ) {\n\t\t\treturn indexOf.call( jQuery( elem ), this[ 0 ] );\n\t\t}\n\n\t\t// Locate the position of the desired element\n\t\treturn indexOf.call( this,\n\n\t\t\t// If it receives a jQuery object, the first element is used\n\t\t\telem.jquery ? elem[ 0 ] : elem\n\t\t);\n\t},\n\n\tadd: function( selector, context ) {\n\t\treturn this.pushStack(\n\t\t\tjQuery.uniqueSort(\n\t\t\t\tjQuery.merge( this.get(), jQuery( selector, context ) )\n\t\t\t)\n\t\t);\n\t},\n\n\taddBack: function( selector ) {\n\t\treturn this.add( selector == null ?\n\t\t\tthis.prevObject : this.prevObject.filter( selector )\n\t\t);\n\t}\n} );\n\nfunction sibling( cur, dir ) {\n\twhile ( ( cur = cur[ dir ] ) && cur.nodeType !== 1 ) {}\n\treturn cur;\n}\n\njQuery.each( {\n\tparent: function( elem ) {\n\t\tvar parent = elem.parentNode;\n\t\treturn parent && parent.nodeType !== 11 ? parent : null;\n\t},\n\tparents: function( elem ) {\n\t\treturn dir( elem, \"parentNode\" );\n\t},\n\tparentsUntil: function( elem, i, until ) {\n\t\treturn dir( elem, \"parentNode\", until );\n\t},\n\tnext: function( elem ) {\n\t\treturn sibling( elem, \"nextSibling\" );\n\t},\n\tprev: function( elem ) {\n\t\treturn sibling( elem, \"previousSibling\" );\n\t},\n\tnextAll: function( elem ) {\n\t\treturn dir( elem, \"nextSibling\" );\n\t},\n\tprevAll: function( elem ) {\n\t\treturn dir( elem, \"previousSibling\" );\n\t},\n\tnextUntil: function( elem, i, until ) {\n\t\treturn dir( elem, \"nextSibling\", until );\n\t},\n\tprevUntil: function( elem, i, until ) {\n\t\treturn dir( elem, \"previousSibling\", until );\n\t},\n\tsiblings: function( elem ) {\n\t\treturn siblings( ( elem.parentNode || {} ).firstChild, elem );\n\t},\n\tchildren: function( elem ) {\n\t\treturn siblings( elem.firstChild );\n\t},\n\tcontents: function( elem ) {\n\t\treturn elem.contentDocument || jQuery.merge( [], elem.childNodes );\n\t}\n}, function( name, fn ) {\n\tjQuery.fn[ name ] = function( until, selector ) {\n\t\tvar matched = jQuery.map( this, fn, until );\n\n\t\tif ( name.slice( -5 ) !== \"Until\" ) {\n\t\t\tselector = until;\n\t\t}\n\n\t\tif ( selector && typeof selector === \"string\" ) {\n\t\t\tmatched = jQuery.filter( selector, matched );\n\t\t}\n\n\t\tif ( this.length > 1 ) {\n\n\t\t\t// Remove duplicates\n\t\t\tif ( !guaranteedUnique[ name ] ) {\n\t\t\t\tjQuery.uniqueSort( matched );\n\t\t\t}\n\n\t\t\t// Reverse order for parents* and prev-derivatives\n\t\t\tif ( rparentsprev.test( name ) ) {\n\t\t\t\tmatched.reverse();\n\t\t\t}\n\t\t}\n\n\t\treturn this.pushStack( matched );\n\t};\n} );\nvar rnotwhite = ( /\\S+/g );\n\n\n\n// Convert String-formatted options into Object-formatted ones\nfunction createOptions( options ) {\n\tvar object = {};\n\tjQuery.each( options.match( rnotwhite ) || [], function( _, flag ) {\n\t\tobject[ flag ] = true;\n\t} );\n\treturn object;\n}\n\n/*\n * Create a callback list using the following parameters:\n *\n *\toptions: an optional list of space-separated options that will change how\n *\t\t\tthe callback list behaves or a more traditional option object\n *\n * By default a callback list will act like an event callback list and can be\n * \"fired\" multiple times.\n *\n * Possible options:\n *\n *\tonce:\t\t\twill ensure the callback list can only be fired once (like a Deferred)\n *\n *\tmemory:\t\t\twill keep track of previous values and will call any callback added\n *\t\t\t\t\tafter the list has been fired right away with the latest \"memorized\"\n *\t\t\t\t\tvalues (like a Deferred)\n *\n *\tunique:\t\t\twill ensure a callback can only be added once (no duplicate in the list)\n *\n *\tstopOnFalse:\tinterrupt callings when a callback returns false\n *\n */\njQuery.Callbacks = function( options ) {\n\n\t// Convert options from String-formatted to Object-formatted if needed\n\t// (we check in cache first)\n\toptions = typeof options === \"string\" ?\n\t\tcreateOptions( options ) :\n\t\tjQuery.extend( {}, options );\n\n\tvar // Flag to know if list is currently firing\n\t\tfiring,\n\n\t\t// Last fire value for non-forgettable lists\n\t\tmemory,\n\n\t\t// Flag to know if list was already fired\n\t\tfired,\n\n\t\t// Flag to prevent firing\n\t\tlocked,\n\n\t\t// Actual callback list\n\t\tlist = [],\n\n\t\t// Queue of execution data for repeatable lists\n\t\tqueue = [],\n\n\t\t// Index of currently firing callback (modified by add/remove as needed)\n\t\tfiringIndex = -1,\n\n\t\t// Fire callbacks\n\t\tfire = function() {\n\n\t\t\t// Enforce single-firing\n\t\t\tlocked = options.once;\n\n\t\t\t// Execute callbacks for all pending executions,\n\t\t\t// respecting firingIndex overrides and runtime changes\n\t\t\tfired = firing = true;\n\t\t\tfor ( ; queue.length; firingIndex = -1 ) {\n\t\t\t\tmemory = queue.shift();\n\t\t\t\twhile ( ++firingIndex < list.length ) {\n\n\t\t\t\t\t// Run callback and check for early termination\n\t\t\t\t\tif ( list[ firingIndex ].apply( memory[ 0 ], memory[ 1 ] ) === false &&\n\t\t\t\t\t\toptions.stopOnFalse ) {\n\n\t\t\t\t\t\t// Jump to end and forget the data so .add doesn't re-fire\n\t\t\t\t\t\tfiringIndex = list.length;\n\t\t\t\t\t\tmemory = false;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Forget the data if we're done with it\n\t\t\tif ( !options.memory ) {\n\t\t\t\tmemory = false;\n\t\t\t}\n\n\t\t\tfiring = false;\n\n\t\t\t// Clean up if we're done firing for good\n\t\t\tif ( locked ) {\n\n\t\t\t\t// Keep an empty list if we have data for future add calls\n\t\t\t\tif ( memory ) {\n\t\t\t\t\tlist = [];\n\n\t\t\t\t// Otherwise, this object is spent\n\t\t\t\t} else {\n\t\t\t\t\tlist = \"\";\n\t\t\t\t}\n\t\t\t}\n\t\t},\n\n\t\t// Actual Callbacks object\n\t\tself = {\n\n\t\t\t// Add a callback or a collection of callbacks to the list\n\t\t\tadd: function() {\n\t\t\t\tif ( list ) {\n\n\t\t\t\t\t// If we have memory from a past run, we should fire after adding\n\t\t\t\t\tif ( memory && !firing ) {\n\t\t\t\t\t\tfiringIndex = list.length - 1;\n\t\t\t\t\t\tqueue.push( memory );\n\t\t\t\t\t}\n\n\t\t\t\t\t( function add( args ) {\n\t\t\t\t\t\tjQuery.each( args, function( _, arg ) {\n\t\t\t\t\t\t\tif ( jQuery.isFunction( arg ) ) {\n\t\t\t\t\t\t\t\tif ( !options.unique || !self.has( arg ) ) {\n\t\t\t\t\t\t\t\t\tlist.push( arg );\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t} else if ( arg && arg.length && jQuery.type( arg ) !== \"string\" ) {\n\n\t\t\t\t\t\t\t\t// Inspect recursively\n\t\t\t\t\t\t\t\tadd( arg );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t} );\n\t\t\t\t\t} )( arguments );\n\n\t\t\t\t\tif ( memory && !firing ) {\n\t\t\t\t\t\tfire();\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\treturn this;\n\t\t\t},\n\n\t\t\t// Remove a callback from the list\n\t\t\tremove: function() {\n\t\t\t\tjQuery.each( arguments, function( _, arg ) {\n\t\t\t\t\tvar index;\n\t\t\t\t\twhile ( ( index = jQuery.inArray( arg, list, index ) ) > -1 ) {\n\t\t\t\t\t\tlist.splice( index, 1 );\n\n\t\t\t\t\t\t// Handle firing indexes\n\t\t\t\t\t\tif ( index <= firingIndex ) {\n\t\t\t\t\t\t\tfiringIndex--;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} );\n\t\t\t\treturn this;\n\t\t\t},\n\n\t\t\t// Check if a given callback is in the list.\n\t\t\t// If no argument is given, return whether or not list has callbacks attached.\n\t\t\thas: function( fn ) {\n\t\t\t\treturn fn ?\n\t\t\t\t\tjQuery.inArray( fn, list ) > -1 :\n\t\t\t\t\tlist.length > 0;\n\t\t\t},\n\n\t\t\t// Remove all callbacks from the list\n\t\t\tempty: function() {\n\t\t\t\tif ( list ) {\n\t\t\t\t\tlist = [];\n\t\t\t\t}\n\t\t\t\treturn this;\n\t\t\t},\n\n\t\t\t// Disable .fire and .add\n\t\t\t// Abort any current/pending executions\n\t\t\t// Clear all callbacks and values\n\t\t\tdisable: function() {\n\t\t\t\tlocked = queue = [];\n\t\t\t\tlist = memory = \"\";\n\t\t\t\treturn this;\n\t\t\t},\n\t\t\tdisabled: function() {\n\t\t\t\treturn !list;\n\t\t\t},\n\n\t\t\t// Disable .fire\n\t\t\t// Also disable .add unless we have memory (since it would have no effect)\n\t\t\t// Abort any pending executions\n\t\t\tlock: function() {\n\t\t\t\tlocked = queue = [];\n\t\t\t\tif ( !memory ) {\n\t\t\t\t\tlist = memory = \"\";\n\t\t\t\t}\n\t\t\t\treturn this;\n\t\t\t},\n\t\t\tlocked: function() {\n\t\t\t\treturn !!locked;\n\t\t\t},\n\n\t\t\t// Call all callbacks with the given context and arguments\n\t\t\tfireWith: function( context, args ) {\n\t\t\t\tif ( !locked ) {\n\t\t\t\t\targs = args || [];\n\t\t\t\t\targs = [ context, args.slice ? args.slice() : args ];\n\t\t\t\t\tqueue.push( args );\n\t\t\t\t\tif ( !firing ) {\n\t\t\t\t\t\tfire();\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\treturn this;\n\t\t\t},\n\n\t\t\t// Call all the callbacks with the given arguments\n\t\t\tfire: function() {\n\t\t\t\tself.fireWith( this, arguments );\n\t\t\t\treturn this;\n\t\t\t},\n\n\t\t\t// To know if the callbacks have already been called at least once\n\t\t\tfired: function() {\n\t\t\t\treturn !!fired;\n\t\t\t}\n\t\t};\n\n\treturn self;\n};\n\n\njQuery.extend( {\n\n\tDeferred: function( func ) {\n\t\tvar tuples = [\n\n\t\t\t\t// action, add listener, listener list, final state\n\t\t\t\t[ \"resolve\", \"done\", jQuery.Callbacks( \"once memory\" ), \"resolved\" ],\n\t\t\t\t[ \"reject\", \"fail\", jQuery.Callbacks( \"once memory\" ), \"rejected\" ],\n\t\t\t\t[ \"notify\", \"progress\", jQuery.Callbacks( \"memory\" ) ]\n\t\t\t],\n\t\t\tstate = \"pending\",\n\t\t\tpromise = {\n\t\t\t\tstate: function() {\n\t\t\t\t\treturn state;\n\t\t\t\t},\n\t\t\t\talways: function() {\n\t\t\t\t\tdeferred.done( arguments ).fail( arguments );\n\t\t\t\t\treturn this;\n\t\t\t\t},\n\t\t\t\tthen: function( /* fnDone, fnFail, fnProgress */ ) {\n\t\t\t\t\tvar fns = arguments;\n\t\t\t\t\treturn jQuery.Deferred( function( newDefer ) {\n\t\t\t\t\t\tjQuery.each( tuples, function( i, tuple ) {\n\t\t\t\t\t\t\tvar fn = jQuery.isFunction( fns[ i ] ) && fns[ i ];\n\n\t\t\t\t\t\t\t// deferred[ done | fail | progress ] for forwarding actions to newDefer\n\t\t\t\t\t\t\tdeferred[ tuple[ 1 ] ]( function() {\n\t\t\t\t\t\t\t\tvar returned = fn && fn.apply( this, arguments );\n\t\t\t\t\t\t\t\tif ( returned && jQuery.isFunction( returned.promise ) ) {\n\t\t\t\t\t\t\t\t\treturned.promise()\n\t\t\t\t\t\t\t\t\t\t.progress( newDefer.notify )\n\t\t\t\t\t\t\t\t\t\t.done( newDefer.resolve )\n\t\t\t\t\t\t\t\t\t\t.fail( newDefer.reject );\n\t\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\t\tnewDefer[ tuple[ 0 ] + \"With\" ](\n\t\t\t\t\t\t\t\t\t\tthis === promise ? newDefer.promise() : this,\n\t\t\t\t\t\t\t\t\t\tfn ? [ returned ] : arguments\n\t\t\t\t\t\t\t\t\t);\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t} );\n\t\t\t\t\t\t} );\n\t\t\t\t\t\tfns = null;\n\t\t\t\t\t} ).promise();\n\t\t\t\t},\n\n\t\t\t\t// Get a promise for this deferred\n\t\t\t\t// If obj is provided, the promise aspect is added to the object\n\t\t\t\tpromise: function( obj ) {\n\t\t\t\t\treturn obj != null ? jQuery.extend( obj, promise ) : promise;\n\t\t\t\t}\n\t\t\t},\n\t\t\tdeferred = {};\n\n\t\t// Keep pipe for back-compat\n\t\tpromise.pipe = promise.then;\n\n\t\t// Add list-specific methods\n\t\tjQuery.each( tuples, function( i, tuple ) {\n\t\t\tvar list = tuple[ 2 ],\n\t\t\t\tstateString = tuple[ 3 ];\n\n\t\t\t// promise[ done | fail | progress ] = list.add\n\t\t\tpromise[ tuple[ 1 ] ] = list.add;\n\n\t\t\t// Handle state\n\t\t\tif ( stateString ) {\n\t\t\t\tlist.add( function() {\n\n\t\t\t\t\t// state = [ resolved | rejected ]\n\t\t\t\t\tstate = stateString;\n\n\t\t\t\t// [ reject_list | resolve_list ].disable; progress_list.lock\n\t\t\t\t}, tuples[ i ^ 1 ][ 2 ].disable, tuples[ 2 ][ 2 ].lock );\n\t\t\t}\n\n\t\t\t// deferred[ resolve | reject | notify ]\n\t\t\tdeferred[ tuple[ 0 ] ] = function() {\n\t\t\t\tdeferred[ tuple[ 0 ] + \"With\" ]( this === deferred ? promise : this, arguments );\n\t\t\t\treturn this;\n\t\t\t};\n\t\t\tdeferred[ tuple[ 0 ] + \"With\" ] = list.fireWith;\n\t\t} );\n\n\t\t// Make the deferred a promise\n\t\tpromise.promise( deferred );\n\n\t\t// Call given func if any\n\t\tif ( func ) {\n\t\t\tfunc.call( deferred, deferred );\n\t\t}\n\n\t\t// All done!\n\t\treturn deferred;\n\t},\n\n\t// Deferred helper\n\twhen: function( subordinate /* , ..., subordinateN */ ) {\n\t\tvar i = 0,\n\t\t\tresolveValues = slice.call( arguments ),\n\t\t\tlength = resolveValues.length,\n\n\t\t\t// the count of uncompleted subordinates\n\t\t\tremaining = length !== 1 ||\n\t\t\t\t( subordinate && jQuery.isFunction( subordinate.promise ) ) ? length : 0,\n\n\t\t\t// the master Deferred.\n\t\t\t// If resolveValues consist of only a single Deferred, just use that.\n\t\t\tdeferred = remaining === 1 ? subordinate : jQuery.Deferred(),\n\n\t\t\t// Update function for both resolve and progress values\n\t\t\tupdateFunc = function( i, contexts, values ) {\n\t\t\t\treturn function( value ) {\n\t\t\t\t\tcontexts[ i ] = this;\n\t\t\t\t\tvalues[ i ] = arguments.length > 1 ? slice.call( arguments ) : value;\n\t\t\t\t\tif ( values === progressValues ) {\n\t\t\t\t\t\tdeferred.notifyWith( contexts, values );\n\t\t\t\t\t} else if ( !( --remaining ) ) {\n\t\t\t\t\t\tdeferred.resolveWith( contexts, values );\n\t\t\t\t\t}\n\t\t\t\t};\n\t\t\t},\n\n\t\t\tprogressValues, progressContexts, resolveContexts;\n\n\t\t// Add listeners to Deferred subordinates; treat others as resolved\n\t\tif ( length > 1 ) {\n\t\t\tprogressValues = new Array( length );\n\t\t\tprogressContexts = new Array( length );\n\t\t\tresolveContexts = new Array( length );\n\t\t\tfor ( ; i < length; i++ ) {\n\t\t\t\tif ( resolveValues[ i ] && jQuery.isFunction( resolveValues[ i ].promise ) ) {\n\t\t\t\t\tresolveValues[ i ].promise()\n\t\t\t\t\t\t.progress( updateFunc( i, progressContexts, progressValues ) )\n\t\t\t\t\t\t.done( updateFunc( i, resolveContexts, resolveValues ) )\n\t\t\t\t\t\t.fail( deferred.reject );\n\t\t\t\t} else {\n\t\t\t\t\t--remaining;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\t// If we're not waiting on anything, resolve the master\n\t\tif ( !remaining ) {\n\t\t\tdeferred.resolveWith( resolveContexts, resolveValues );\n\t\t}\n\n\t\treturn deferred.promise();\n\t}\n} );\n\n\n// The deferred used on DOM ready\nvar readyList;\n\njQuery.fn.ready = function( fn ) {\n\n\t// Add the callback\n\tjQuery.ready.promise().done( fn );\n\n\treturn this;\n};\n\njQuery.extend( {\n\n\t// Is the DOM ready to be used? Set to true once it occurs.\n\tisReady: false,\n\n\t// A counter to track how many items to wait for before\n\t// the ready event fires. See #6781\n\treadyWait: 1,\n\n\t// Hold (or release) the ready event\n\tholdReady: function( hold ) {\n\t\tif ( hold ) {\n\t\t\tjQuery.readyWait++;\n\t\t} else {\n\t\t\tjQuery.ready( true );\n\t\t}\n\t},\n\n\t// Handle when the DOM is ready\n\tready: function( wait ) {\n\n\t\t// Abort if there are pending holds or we're already ready\n\t\tif ( wait === true ? --jQuery.readyWait : jQuery.isReady ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Remember that the DOM is ready\n\t\tjQuery.isReady = true;\n\n\t\t// If a normal DOM Ready event fired, decrement, and wait if need be\n\t\tif ( wait !== true && --jQuery.readyWait > 0 ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// If there are functions bound, to execute\n\t\treadyList.resolveWith( document, [ jQuery ] );\n\n\t\t// Trigger any bound ready events\n\t\tif ( jQuery.fn.triggerHandler ) {\n\t\t\tjQuery( document ).triggerHandler( \"ready\" );\n\t\t\tjQuery( document ).off( \"ready\" );\n\t\t}\n\t}\n} );\n\n/**\n * The ready event handler and self cleanup method\n */\nfunction completed() {\n\tdocument.removeEventListener( \"DOMContentLoaded\", completed );\n\twindow.removeEventListener( \"load\", completed );\n\tjQuery.ready();\n}\n\njQuery.ready.promise = function( obj ) {\n\tif ( !readyList ) {\n\n\t\treadyList = jQuery.Deferred();\n\n\t\t// Catch cases where $(document).ready() is called\n\t\t// after the browser event has already occurred.\n\t\t// Support: IE9-10 only\n\t\t// Older IE sometimes signals \"interactive\" too soon\n\t\tif ( document.readyState === \"complete\" ||\n\t\t\t( document.readyState !== \"loading\" && !document.documentElement.doScroll ) ) {\n\n\t\t\t// Handle it asynchronously to allow scripts the opportunity to delay ready\n\t\t\twindow.setTimeout( jQuery.ready );\n\n\t\t} else {\n\n\t\t\t// Use the handy event callback\n\t\t\tdocument.addEventListener( \"DOMContentLoaded\", completed );\n\n\t\t\t// A fallback to window.onload, that will always work\n\t\t\twindow.addEventListener( \"load\", completed );\n\t\t}\n\t}\n\treturn readyList.promise( obj );\n};\n\n// Kick off the DOM ready check even if the user does not\njQuery.ready.promise();\n\n\n\n\n// Multifunctional method to get and set values of a collection\n// The value/s can optionally be executed if it's a function\nvar access = function( elems, fn, key, value, chainable, emptyGet, raw ) {\n\tvar i = 0,\n\t\tlen = elems.length,\n\t\tbulk = key == null;\n\n\t// Sets many values\n\tif ( jQuery.type( key ) === \"object\" ) {\n\t\tchainable = true;\n\t\tfor ( i in key ) {\n\t\t\taccess( elems, fn, i, key[ i ], true, emptyGet, raw );\n\t\t}\n\n\t// Sets one value\n\t} else if ( value !== undefined ) {\n\t\tchainable = true;\n\n\t\tif ( !jQuery.isFunction( value ) ) {\n\t\t\traw = true;\n\t\t}\n\n\t\tif ( bulk ) {\n\n\t\t\t// Bulk operations run against the entire set\n\t\t\tif ( raw ) {\n\t\t\t\tfn.call( elems, value );\n\t\t\t\tfn = null;\n\n\t\t\t// ...except when executing function values\n\t\t\t} else {\n\t\t\t\tbulk = fn;\n\t\t\t\tfn = function( elem, key, value ) {\n\t\t\t\t\treturn bulk.call( jQuery( elem ), value );\n\t\t\t\t};\n\t\t\t}\n\t\t}\n\n\t\tif ( fn ) {\n\t\t\tfor ( ; i < len; i++ ) {\n\t\t\t\tfn(\n\t\t\t\t\telems[ i ], key, raw ?\n\t\t\t\t\tvalue :\n\t\t\t\t\tvalue.call( elems[ i ], i, fn( elems[ i ], key ) )\n\t\t\t\t);\n\t\t\t}\n\t\t}\n\t}\n\n\treturn chainable ?\n\t\telems :\n\n\t\t// Gets\n\t\tbulk ?\n\t\t\tfn.call( elems ) :\n\t\t\tlen ? fn( elems[ 0 ], key ) : emptyGet;\n};\nvar acceptData = function( owner ) {\n\n\t// Accepts only:\n\t//  - Node\n\t//    - Node.ELEMENT_NODE\n\t//    - Node.DOCUMENT_NODE\n\t//  - Object\n\t//    - Any\n\t/* jshint -W018 */\n\treturn owner.nodeType === 1 || owner.nodeType === 9 || !( +owner.nodeType );\n};\n\n\n\n\nfunction Data() {\n\tthis.expando = jQuery.expando + Data.uid++;\n}\n\nData.uid = 1;\n\nData.prototype = {\n\n\tregister: function( owner, initial ) {\n\t\tvar value = initial || {};\n\n\t\t// If it is a node unlikely to be stringify-ed or looped over\n\t\t// use plain assignment\n\t\tif ( owner.nodeType ) {\n\t\t\towner[ this.expando ] = value;\n\n\t\t// Otherwise secure it in a non-enumerable, non-writable property\n\t\t// configurability must be true to allow the property to be\n\t\t// deleted with the delete operator\n\t\t} else {\n\t\t\tObject.defineProperty( owner, this.expando, {\n\t\t\t\tvalue: value,\n\t\t\t\twritable: true,\n\t\t\t\tconfigurable: true\n\t\t\t} );\n\t\t}\n\t\treturn owner[ this.expando ];\n\t},\n\tcache: function( owner ) {\n\n\t\t// We can accept data for non-element nodes in modern browsers,\n\t\t// but we should not, see #8335.\n\t\t// Always return an empty object.\n\t\tif ( !acceptData( owner ) ) {\n\t\t\treturn {};\n\t\t}\n\n\t\t// Check if the owner object already has a cache\n\t\tvar value = owner[ this.expando ];\n\n\t\t// If not, create one\n\t\tif ( !value ) {\n\t\t\tvalue = {};\n\n\t\t\t// We can accept data for non-element nodes in modern browsers,\n\t\t\t// but we should not, see #8335.\n\t\t\t// Always return an empty object.\n\t\t\tif ( acceptData( owner ) ) {\n\n\t\t\t\t// If it is a node unlikely to be stringify-ed or looped over\n\t\t\t\t// use plain assignment\n\t\t\t\tif ( owner.nodeType ) {\n\t\t\t\t\towner[ this.expando ] = value;\n\n\t\t\t\t// Otherwise secure it in a non-enumerable property\n\t\t\t\t// configurable must be true to allow the property to be\n\t\t\t\t// deleted when data is removed\n\t\t\t\t} else {\n\t\t\t\t\tObject.defineProperty( owner, this.expando, {\n\t\t\t\t\t\tvalue: value,\n\t\t\t\t\t\tconfigurable: true\n\t\t\t\t\t} );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn value;\n\t},\n\tset: function( owner, data, value ) {\n\t\tvar prop,\n\t\t\tcache = this.cache( owner );\n\n\t\t// Handle: [ owner, key, value ] args\n\t\tif ( typeof data === \"string\" ) {\n\t\t\tcache[ data ] = value;\n\n\t\t// Handle: [ owner, { properties } ] args\n\t\t} else {\n\n\t\t\t// Copy the properties one-by-one to the cache object\n\t\t\tfor ( prop in data ) {\n\t\t\t\tcache[ prop ] = data[ prop ];\n\t\t\t}\n\t\t}\n\t\treturn cache;\n\t},\n\tget: function( owner, key ) {\n\t\treturn key === undefined ?\n\t\t\tthis.cache( owner ) :\n\t\t\towner[ this.expando ] && owner[ this.expando ][ key ];\n\t},\n\taccess: function( owner, key, value ) {\n\t\tvar stored;\n\n\t\t// In cases where either:\n\t\t//\n\t\t//   1. No key was specified\n\t\t//   2. A string key was specified, but no value provided\n\t\t//\n\t\t// Take the \"read\" path and allow the get method to determine\n\t\t// which value to return, respectively either:\n\t\t//\n\t\t//   1. The entire cache object\n\t\t//   2. The data stored at the key\n\t\t//\n\t\tif ( key === undefined ||\n\t\t\t\t( ( key && typeof key === \"string\" ) && value === undefined ) ) {\n\n\t\t\tstored = this.get( owner, key );\n\n\t\t\treturn stored !== undefined ?\n\t\t\t\tstored : this.get( owner, jQuery.camelCase( key ) );\n\t\t}\n\n\t\t// When the key is not a string, or both a key and value\n\t\t// are specified, set or extend (existing objects) with either:\n\t\t//\n\t\t//   1. An object of properties\n\t\t//   2. A key and value\n\t\t//\n\t\tthis.set( owner, key, value );\n\n\t\t// Since the \"set\" path can have two possible entry points\n\t\t// return the expected data based on which path was taken[*]\n\t\treturn value !== undefined ? value : key;\n\t},\n\tremove: function( owner, key ) {\n\t\tvar i, name, camel,\n\t\t\tcache = owner[ this.expando ];\n\n\t\tif ( cache === undefined ) {\n\t\t\treturn;\n\t\t}\n\n\t\tif ( key === undefined ) {\n\t\t\tthis.register( owner );\n\n\t\t} else {\n\n\t\t\t// Support array or space separated string of keys\n\t\t\tif ( jQuery.isArray( key ) ) {\n\n\t\t\t\t// If \"name\" is an array of keys...\n\t\t\t\t// When data is initially created, via (\"key\", \"val\") signature,\n\t\t\t\t// keys will be converted to camelCase.\n\t\t\t\t// Since there is no way to tell _how_ a key was added, remove\n\t\t\t\t// both plain key and camelCase key. #12786\n\t\t\t\t// This will only penalize the array argument path.\n\t\t\t\tname = key.concat( key.map( jQuery.camelCase ) );\n\t\t\t} else {\n\t\t\t\tcamel = jQuery.camelCase( key );\n\n\t\t\t\t// Try the string as a key before any manipulation\n\t\t\t\tif ( key in cache ) {\n\t\t\t\t\tname = [ key, camel ];\n\t\t\t\t} else {\n\n\t\t\t\t\t// If a key with the spaces exists, use it.\n\t\t\t\t\t// Otherwise, create an array by matching non-whitespace\n\t\t\t\t\tname = camel;\n\t\t\t\t\tname = name in cache ?\n\t\t\t\t\t\t[ name ] : ( name.match( rnotwhite ) || [] );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\ti = name.length;\n\n\t\t\twhile ( i-- ) {\n\t\t\t\tdelete cache[ name[ i ] ];\n\t\t\t}\n\t\t}\n\n\t\t// Remove the expando if there's no more data\n\t\tif ( key === undefined || jQuery.isEmptyObject( cache ) ) {\n\n\t\t\t// Support: Chrome <= 35-45+\n\t\t\t// Webkit & Blink performance suffers when deleting properties\n\t\t\t// from DOM nodes, so set to undefined instead\n\t\t\t// https://code.google.com/p/chromium/issues/detail?id=378607\n\t\t\tif ( owner.nodeType ) {\n\t\t\t\towner[ this.expando ] = undefined;\n\t\t\t} else {\n\t\t\t\tdelete owner[ this.expando ];\n\t\t\t}\n\t\t}\n\t},\n\thasData: function( owner ) {\n\t\tvar cache = owner[ this.expando ];\n\t\treturn cache !== undefined && !jQuery.isEmptyObject( cache );\n\t}\n};\nvar dataPriv = new Data();\n\nvar dataUser = new Data();\n\n\n\n//\tImplementation Summary\n//\n//\t1. Enforce API surface and semantic compatibility with 1.9.x branch\n//\t2. Improve the module's maintainability by reducing the storage\n//\t\tpaths to a single mechanism.\n//\t3. Use the same single mechanism to support \"private\" and \"user\" data.\n//\t4. _Never_ expose \"private\" data to user code (TODO: Drop _data, _removeData)\n//\t5. Avoid exposing implementation details on user objects (eg. expando properties)\n//\t6. Provide a clear path for implementation upgrade to WeakMap in 2014\n\nvar rbrace = /^(?:\\{[\\w\\W]*\\}|\\[[\\w\\W]*\\])$/,\n\trmultiDash = /[A-Z]/g;\n\nfunction dataAttr( elem, key, data ) {\n\tvar name;\n\n\t// If nothing was found internally, try to fetch any\n\t// data from the HTML5 data-* attribute\n\tif ( data === undefined && elem.nodeType === 1 ) {\n\t\tname = \"data-\" + key.replace( rmultiDash, \"-$&\" ).toLowerCase();\n\t\tdata = elem.getAttribute( name );\n\n\t\tif ( typeof data === \"string\" ) {\n\t\t\ttry {\n\t\t\t\tdata = data === \"true\" ? true :\n\t\t\t\t\tdata === \"false\" ? false :\n\t\t\t\t\tdata === \"null\" ? null :\n\n\t\t\t\t\t// Only convert to a number if it doesn't change the string\n\t\t\t\t\t+data + \"\" === data ? +data :\n\t\t\t\t\trbrace.test( data ) ? jQuery.parseJSON( data ) :\n\t\t\t\t\tdata;\n\t\t\t} catch ( e ) {}\n\n\t\t\t// Make sure we set the data so it isn't changed later\n\t\t\tdataUser.set( elem, key, data );\n\t\t} else {\n\t\t\tdata = undefined;\n\t\t}\n\t}\n\treturn data;\n}\n\njQuery.extend( {\n\thasData: function( elem ) {\n\t\treturn dataUser.hasData( elem ) || dataPriv.hasData( elem );\n\t},\n\n\tdata: function( elem, name, data ) {\n\t\treturn dataUser.access( elem, name, data );\n\t},\n\n\tremoveData: function( elem, name ) {\n\t\tdataUser.remove( elem, name );\n\t},\n\n\t// TODO: Now that all calls to _data and _removeData have been replaced\n\t// with direct calls to dataPriv methods, these can be deprecated.\n\t_data: function( elem, name, data ) {\n\t\treturn dataPriv.access( elem, name, data );\n\t},\n\n\t_removeData: function( elem, name ) {\n\t\tdataPriv.remove( elem, name );\n\t}\n} );\n\njQuery.fn.extend( {\n\tdata: function( key, value ) {\n\t\tvar i, name, data,\n\t\t\telem = this[ 0 ],\n\t\t\tattrs = elem && elem.attributes;\n\n\t\t// Gets all values\n\t\tif ( key === undefined ) {\n\t\t\tif ( this.length ) {\n\t\t\t\tdata = dataUser.get( elem );\n\n\t\t\t\tif ( elem.nodeType === 1 && !dataPriv.get( elem, \"hasDataAttrs\" ) ) {\n\t\t\t\t\ti = attrs.length;\n\t\t\t\t\twhile ( i-- ) {\n\n\t\t\t\t\t\t// Support: IE11+\n\t\t\t\t\t\t// The attrs elements can be null (#14894)\n\t\t\t\t\t\tif ( attrs[ i ] ) {\n\t\t\t\t\t\t\tname = attrs[ i ].name;\n\t\t\t\t\t\t\tif ( name.indexOf( \"data-\" ) === 0 ) {\n\t\t\t\t\t\t\t\tname = jQuery.camelCase( name.slice( 5 ) );\n\t\t\t\t\t\t\t\tdataAttr( elem, name, data[ name ] );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tdataPriv.set( elem, \"hasDataAttrs\", true );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\treturn data;\n\t\t}\n\n\t\t// Sets multiple values\n\t\tif ( typeof key === \"object\" ) {\n\t\t\treturn this.each( function() {\n\t\t\t\tdataUser.set( this, key );\n\t\t\t} );\n\t\t}\n\n\t\treturn access( this, function( value ) {\n\t\t\tvar data, camelKey;\n\n\t\t\t// The calling jQuery object (element matches) is not empty\n\t\t\t// (and therefore has an element appears at this[ 0 ]) and the\n\t\t\t// `value` parameter was not undefined. An empty jQuery object\n\t\t\t// will result in `undefined` for elem = this[ 0 ] which will\n\t\t\t// throw an exception if an attempt to read a data cache is made.\n\t\t\tif ( elem && value === undefined ) {\n\n\t\t\t\t// Attempt to get data from the cache\n\t\t\t\t// with the key as-is\n\t\t\t\tdata = dataUser.get( elem, key ) ||\n\n\t\t\t\t\t// Try to find dashed key if it exists (gh-2779)\n\t\t\t\t\t// This is for 2.2.x only\n\t\t\t\t\tdataUser.get( elem, key.replace( rmultiDash, \"-$&\" ).toLowerCase() );\n\n\t\t\t\tif ( data !== undefined ) {\n\t\t\t\t\treturn data;\n\t\t\t\t}\n\n\t\t\t\tcamelKey = jQuery.camelCase( key );\n\n\t\t\t\t// Attempt to get data from the cache\n\t\t\t\t// with the key camelized\n\t\t\t\tdata = dataUser.get( elem, camelKey );\n\t\t\t\tif ( data !== undefined ) {\n\t\t\t\t\treturn data;\n\t\t\t\t}\n\n\t\t\t\t// Attempt to \"discover\" the data in\n\t\t\t\t// HTML5 custom data-* attrs\n\t\t\t\tdata = dataAttr( elem, camelKey, undefined );\n\t\t\t\tif ( data !== undefined ) {\n\t\t\t\t\treturn data;\n\t\t\t\t}\n\n\t\t\t\t// We tried really hard, but the data doesn't exist.\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Set the data...\n\t\t\tcamelKey = jQuery.camelCase( key );\n\t\t\tthis.each( function() {\n\n\t\t\t\t// First, attempt to store a copy or reference of any\n\t\t\t\t// data that might've been store with a camelCased key.\n\t\t\t\tvar data = dataUser.get( this, camelKey );\n\n\t\t\t\t// For HTML5 data-* attribute interop, we have to\n\t\t\t\t// store property names with dashes in a camelCase form.\n\t\t\t\t// This might not apply to all properties...*\n\t\t\t\tdataUser.set( this, camelKey, value );\n\n\t\t\t\t// *... In the case of properties that might _actually_\n\t\t\t\t// have dashes, we need to also store a copy of that\n\t\t\t\t// unchanged property.\n\t\t\t\tif ( key.indexOf( \"-\" ) > -1 && data !== undefined ) {\n\t\t\t\t\tdataUser.set( this, key, value );\n\t\t\t\t}\n\t\t\t} );\n\t\t}, null, value, arguments.length > 1, null, true );\n\t},\n\n\tremoveData: function( key ) {\n\t\treturn this.each( function() {\n\t\t\tdataUser.remove( this, key );\n\t\t} );\n\t}\n} );\n\n\njQuery.extend( {\n\tqueue: function( elem, type, data ) {\n\t\tvar queue;\n\n\t\tif ( elem ) {\n\t\t\ttype = ( type || \"fx\" ) + \"queue\";\n\t\t\tqueue = dataPriv.get( elem, type );\n\n\t\t\t// Speed up dequeue by getting out quickly if this is just a lookup\n\t\t\tif ( data ) {\n\t\t\t\tif ( !queue || jQuery.isArray( data ) ) {\n\t\t\t\t\tqueue = dataPriv.access( elem, type, jQuery.makeArray( data ) );\n\t\t\t\t} else {\n\t\t\t\t\tqueue.push( data );\n\t\t\t\t}\n\t\t\t}\n\t\t\treturn queue || [];\n\t\t}\n\t},\n\n\tdequeue: function( elem, type ) {\n\t\ttype = type || \"fx\";\n\n\t\tvar queue = jQuery.queue( elem, type ),\n\t\t\tstartLength = queue.length,\n\t\t\tfn = queue.shift(),\n\t\t\thooks = jQuery._queueHooks( elem, type ),\n\t\t\tnext = function() {\n\t\t\t\tjQuery.dequeue( elem, type );\n\t\t\t};\n\n\t\t// If the fx queue is dequeued, always remove the progress sentinel\n\t\tif ( fn === \"inprogress\" ) {\n\t\t\tfn = queue.shift();\n\t\t\tstartLength--;\n\t\t}\n\n\t\tif ( fn ) {\n\n\t\t\t// Add a progress sentinel to prevent the fx queue from being\n\t\t\t// automatically dequeued\n\t\t\tif ( type === \"fx\" ) {\n\t\t\t\tqueue.unshift( \"inprogress\" );\n\t\t\t}\n\n\t\t\t// Clear up the last queue stop function\n\t\t\tdelete hooks.stop;\n\t\t\tfn.call( elem, next, hooks );\n\t\t}\n\n\t\tif ( !startLength && hooks ) {\n\t\t\thooks.empty.fire();\n\t\t}\n\t},\n\n\t// Not public - generate a queueHooks object, or return the current one\n\t_queueHooks: function( elem, type ) {\n\t\tvar key = type + \"queueHooks\";\n\t\treturn dataPriv.get( elem, key ) || dataPriv.access( elem, key, {\n\t\t\tempty: jQuery.Callbacks( \"once memory\" ).add( function() {\n\t\t\t\tdataPriv.remove( elem, [ type + \"queue\", key ] );\n\t\t\t} )\n\t\t} );\n\t}\n} );\n\njQuery.fn.extend( {\n\tqueue: function( type, data ) {\n\t\tvar setter = 2;\n\n\t\tif ( typeof type !== \"string\" ) {\n\t\t\tdata = type;\n\t\t\ttype = \"fx\";\n\t\t\tsetter--;\n\t\t}\n\n\t\tif ( arguments.length < setter ) {\n\t\t\treturn jQuery.queue( this[ 0 ], type );\n\t\t}\n\n\t\treturn data === undefined ?\n\t\t\tthis :\n\t\t\tthis.each( function() {\n\t\t\t\tvar queue = jQuery.queue( this, type, data );\n\n\t\t\t\t// Ensure a hooks for this queue\n\t\t\t\tjQuery._queueHooks( this, type );\n\n\t\t\t\tif ( type === \"fx\" && queue[ 0 ] !== \"inprogress\" ) {\n\t\t\t\t\tjQuery.dequeue( this, type );\n\t\t\t\t}\n\t\t\t} );\n\t},\n\tdequeue: function( type ) {\n\t\treturn this.each( function() {\n\t\t\tjQuery.dequeue( this, type );\n\t\t} );\n\t},\n\tclearQueue: function( type ) {\n\t\treturn this.queue( type || \"fx\", [] );\n\t},\n\n\t// Get a promise resolved when queues of a certain type\n\t// are emptied (fx is the type by default)\n\tpromise: function( type, obj ) {\n\t\tvar tmp,\n\t\t\tcount = 1,\n\t\t\tdefer = jQuery.Deferred(),\n\t\t\telements = this,\n\t\t\ti = this.length,\n\t\t\tresolve = function() {\n\t\t\t\tif ( !( --count ) ) {\n\t\t\t\t\tdefer.resolveWith( elements, [ elements ] );\n\t\t\t\t}\n\t\t\t};\n\n\t\tif ( typeof type !== \"string\" ) {\n\t\t\tobj = type;\n\t\t\ttype = undefined;\n\t\t}\n\t\ttype = type || \"fx\";\n\n\t\twhile ( i-- ) {\n\t\t\ttmp = dataPriv.get( elements[ i ], type + \"queueHooks\" );\n\t\t\tif ( tmp && tmp.empty ) {\n\t\t\t\tcount++;\n\t\t\t\ttmp.empty.add( resolve );\n\t\t\t}\n\t\t}\n\t\tresolve();\n\t\treturn defer.promise( obj );\n\t}\n} );\nvar pnum = ( /[+-]?(?:\\d*\\.|)\\d+(?:[eE][+-]?\\d+|)/ ).source;\n\nvar rcssNum = new RegExp( \"^(?:([+-])=|)(\" + pnum + \")([a-z%]*)$\", \"i\" );\n\n\nvar cssExpand = [ \"Top\", \"Right\", \"Bottom\", \"Left\" ];\n\nvar isHidden = function( elem, el ) {\n\n\t\t// isHidden might be called from jQuery#filter function;\n\t\t// in that case, element will be second argument\n\t\telem = el || elem;\n\t\treturn jQuery.css( elem, \"display\" ) === \"none\" ||\n\t\t\t!jQuery.contains( elem.ownerDocument, elem );\n\t};\n\n\n\nfunction adjustCSS( elem, prop, valueParts, tween ) {\n\tvar adjusted,\n\t\tscale = 1,\n\t\tmaxIterations = 20,\n\t\tcurrentValue = tween ?\n\t\t\tfunction() { return tween.cur(); } :\n\t\t\tfunction() { return jQuery.css( elem, prop, \"\" ); },\n\t\tinitial = currentValue(),\n\t\tunit = valueParts && valueParts[ 3 ] || ( jQuery.cssNumber[ prop ] ? \"\" : \"px\" ),\n\n\t\t// Starting value computation is required for potential unit mismatches\n\t\tinitialInUnit = ( jQuery.cssNumber[ prop ] || unit !== \"px\" && +initial ) &&\n\t\t\trcssNum.exec( jQuery.css( elem, prop ) );\n\n\tif ( initialInUnit && initialInUnit[ 3 ] !== unit ) {\n\n\t\t// Trust units reported by jQuery.css\n\t\tunit = unit || initialInUnit[ 3 ];\n\n\t\t// Make sure we update the tween properties later on\n\t\tvalueParts = valueParts || [];\n\n\t\t// Iteratively approximate from a nonzero starting point\n\t\tinitialInUnit = +initial || 1;\n\n\t\tdo {\n\n\t\t\t// If previous iteration zeroed out, double until we get *something*.\n\t\t\t// Use string for doubling so we don't accidentally see scale as unchanged below\n\t\t\tscale = scale || \".5\";\n\n\t\t\t// Adjust and apply\n\t\t\tinitialInUnit = initialInUnit / scale;\n\t\t\tjQuery.style( elem, prop, initialInUnit + unit );\n\n\t\t// Update scale, tolerating zero or NaN from tween.cur()\n\t\t// Break the loop if scale is unchanged or perfect, or if we've just had enough.\n\t\t} while (\n\t\t\tscale !== ( scale = currentValue() / initial ) && scale !== 1 && --maxIterations\n\t\t);\n\t}\n\n\tif ( valueParts ) {\n\t\tinitialInUnit = +initialInUnit || +initial || 0;\n\n\t\t// Apply relative offset (+=/-=) if specified\n\t\tadjusted = valueParts[ 1 ] ?\n\t\t\tinitialInUnit + ( valueParts[ 1 ] + 1 ) * valueParts[ 2 ] :\n\t\t\t+valueParts[ 2 ];\n\t\tif ( tween ) {\n\t\t\ttween.unit = unit;\n\t\t\ttween.start = initialInUnit;\n\t\t\ttween.end = adjusted;\n\t\t}\n\t}\n\treturn adjusted;\n}\nvar rcheckableType = ( /^(?:checkbox|radio)$/i );\n\nvar rtagName = ( /<([\\w:-]+)/ );\n\nvar rscriptType = ( /^$|\\/(?:java|ecma)script/i );\n\n\n\n// We have to close these tags to support XHTML (#13200)\nvar wrapMap = {\n\n\t// Support: IE9\n\toption: [ 1, \"<select multiple='multiple'>\", \"</select>\" ],\n\n\t// XHTML parsers do not magically insert elements in the\n\t// same way that tag soup parsers do. So we cannot shorten\n\t// this by omitting <tbody> or other required elements.\n\tthead: [ 1, \"<table>\", \"</table>\" ],\n\tcol: [ 2, \"<table><colgroup>\", \"</colgroup></table>\" ],\n\ttr: [ 2, \"<table><tbody>\", \"</tbody></table>\" ],\n\ttd: [ 3, \"<table><tbody><tr>\", \"</tr></tbody></table>\" ],\n\n\t_default: [ 0, \"\", \"\" ]\n};\n\n// Support: IE9\nwrapMap.optgroup = wrapMap.option;\n\nwrapMap.tbody = wrapMap.tfoot = wrapMap.colgroup = wrapMap.caption = wrapMap.thead;\nwrapMap.th = wrapMap.td;\n\n\nfunction getAll( context, tag ) {\n\n\t// Support: IE9-11+\n\t// Use typeof to avoid zero-argument method invocation on host objects (#15151)\n\tvar ret = typeof context.getElementsByTagName !== \"undefined\" ?\n\t\t\tcontext.getElementsByTagName( tag || \"*\" ) :\n\t\t\ttypeof context.querySelectorAll !== \"undefined\" ?\n\t\t\t\tcontext.querySelectorAll( tag || \"*\" ) :\n\t\t\t[];\n\n\treturn tag === undefined || tag && jQuery.nodeName( context, tag ) ?\n\t\tjQuery.merge( [ context ], ret ) :\n\t\tret;\n}\n\n\n// Mark scripts as having already been evaluated\nfunction setGlobalEval( elems, refElements ) {\n\tvar i = 0,\n\t\tl = elems.length;\n\n\tfor ( ; i < l; i++ ) {\n\t\tdataPriv.set(\n\t\t\telems[ i ],\n\t\t\t\"globalEval\",\n\t\t\t!refElements || dataPriv.get( refElements[ i ], \"globalEval\" )\n\t\t);\n\t}\n}\n\n\nvar rhtml = /<|&#?\\w+;/;\n\nfunction buildFragment( elems, context, scripts, selection, ignored ) {\n\tvar elem, tmp, tag, wrap, contains, j,\n\t\tfragment = context.createDocumentFragment(),\n\t\tnodes = [],\n\t\ti = 0,\n\t\tl = elems.length;\n\n\tfor ( ; i < l; i++ ) {\n\t\telem = elems[ i ];\n\n\t\tif ( elem || elem === 0 ) {\n\n\t\t\t// Add nodes directly\n\t\t\tif ( jQuery.type( elem ) === \"object\" ) {\n\n\t\t\t\t// Support: Android<4.1, PhantomJS<2\n\t\t\t\t// push.apply(_, arraylike) throws on ancient WebKit\n\t\t\t\tjQuery.merge( nodes, elem.nodeType ? [ elem ] : elem );\n\n\t\t\t// Convert non-html into a text node\n\t\t\t} else if ( !rhtml.test( elem ) ) {\n\t\t\t\tnodes.push( context.createTextNode( elem ) );\n\n\t\t\t// Convert html into DOM nodes\n\t\t\t} else {\n\t\t\t\ttmp = tmp || fragment.appendChild( context.createElement( \"div\" ) );\n\n\t\t\t\t// Deserialize a standard representation\n\t\t\t\ttag = ( rtagName.exec( elem ) || [ \"\", \"\" ] )[ 1 ].toLowerCase();\n\t\t\t\twrap = wrapMap[ tag ] || wrapMap._default;\n\t\t\t\ttmp.innerHTML = wrap[ 1 ] + jQuery.htmlPrefilter( elem ) + wrap[ 2 ];\n\n\t\t\t\t// Descend through wrappers to the right content\n\t\t\t\tj = wrap[ 0 ];\n\t\t\t\twhile ( j-- ) {\n\t\t\t\t\ttmp = tmp.lastChild;\n\t\t\t\t}\n\n\t\t\t\t// Support: Android<4.1, PhantomJS<2\n\t\t\t\t// push.apply(_, arraylike) throws on ancient WebKit\n\t\t\t\tjQuery.merge( nodes, tmp.childNodes );\n\n\t\t\t\t// Remember the top-level container\n\t\t\t\ttmp = fragment.firstChild;\n\n\t\t\t\t// Ensure the created nodes are orphaned (#12392)\n\t\t\t\ttmp.textContent = \"\";\n\t\t\t}\n\t\t}\n\t}\n\n\t// Remove wrapper from fragment\n\tfragment.textContent = \"\";\n\n\ti = 0;\n\twhile ( ( elem = nodes[ i++ ] ) ) {\n\n\t\t// Skip elements already in the context collection (trac-4087)\n\t\tif ( selection && jQuery.inArray( elem, selection ) > -1 ) {\n\t\t\tif ( ignored ) {\n\t\t\t\tignored.push( elem );\n\t\t\t}\n\t\t\tcontinue;\n\t\t}\n\n\t\tcontains = jQuery.contains( elem.ownerDocument, elem );\n\n\t\t// Append to fragment\n\t\ttmp = getAll( fragment.appendChild( elem ), \"script\" );\n\n\t\t// Preserve script evaluation history\n\t\tif ( contains ) {\n\t\t\tsetGlobalEval( tmp );\n\t\t}\n\n\t\t// Capture executables\n\t\tif ( scripts ) {\n\t\t\tj = 0;\n\t\t\twhile ( ( elem = tmp[ j++ ] ) ) {\n\t\t\t\tif ( rscriptType.test( elem.type || \"\" ) ) {\n\t\t\t\t\tscripts.push( elem );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\treturn fragment;\n}\n\n\n( function() {\n\tvar fragment = document.createDocumentFragment(),\n\t\tdiv = fragment.appendChild( document.createElement( \"div\" ) ),\n\t\tinput = document.createElement( \"input\" );\n\n\t// Support: Android 4.0-4.3, Safari<=5.1\n\t// Check state lost if the name is set (#11217)\n\t// Support: Windows Web Apps (WWA)\n\t// `name` and `type` must use .setAttribute for WWA (#14901)\n\tinput.setAttribute( \"type\", \"radio\" );\n\tinput.setAttribute( \"checked\", \"checked\" );\n\tinput.setAttribute( \"name\", \"t\" );\n\n\tdiv.appendChild( input );\n\n\t// Support: Safari<=5.1, Android<4.2\n\t// Older WebKit doesn't clone checked state correctly in fragments\n\tsupport.checkClone = div.cloneNode( true ).cloneNode( true ).lastChild.checked;\n\n\t// Support: IE<=11+\n\t// Make sure textarea (and checkbox) defaultValue is properly cloned\n\tdiv.innerHTML = \"<textarea>x</textarea>\";\n\tsupport.noCloneChecked = !!div.cloneNode( true ).lastChild.defaultValue;\n} )();\n\n\nvar\n\trkeyEvent = /^key/,\n\trmouseEvent = /^(?:mouse|pointer|contextmenu|drag|drop)|click/,\n\trtypenamespace = /^([^.]*)(?:\\.(.+)|)/;\n\nfunction returnTrue() {\n\treturn true;\n}\n\nfunction returnFalse() {\n\treturn false;\n}\n\n// Support: IE9\n// See #13393 for more info\nfunction safeActiveElement() {\n\ttry {\n\t\treturn document.activeElement;\n\t} catch ( err ) { }\n}\n\nfunction on( elem, types, selector, data, fn, one ) {\n\tvar origFn, type;\n\n\t// Types can be a map of types/handlers\n\tif ( typeof types === \"object\" ) {\n\n\t\t// ( types-Object, selector, data )\n\t\tif ( typeof selector !== \"string\" ) {\n\n\t\t\t// ( types-Object, data )\n\t\t\tdata = data || selector;\n\t\t\tselector = undefined;\n\t\t}\n\t\tfor ( type in types ) {\n\t\t\ton( elem, type, selector, data, types[ type ], one );\n\t\t}\n\t\treturn elem;\n\t}\n\n\tif ( data == null && fn == null ) {\n\n\t\t// ( types, fn )\n\t\tfn = selector;\n\t\tdata = selector = undefined;\n\t} else if ( fn == null ) {\n\t\tif ( typeof selector === \"string\" ) {\n\n\t\t\t// ( types, selector, fn )\n\t\t\tfn = data;\n\t\t\tdata = undefined;\n\t\t} else {\n\n\t\t\t// ( types, data, fn )\n\t\t\tfn = data;\n\t\t\tdata = selector;\n\t\t\tselector = undefined;\n\t\t}\n\t}\n\tif ( fn === false ) {\n\t\tfn = returnFalse;\n\t} else if ( !fn ) {\n\t\treturn elem;\n\t}\n\n\tif ( one === 1 ) {\n\t\torigFn = fn;\n\t\tfn = function( event ) {\n\n\t\t\t// Can use an empty set, since event contains the info\n\t\t\tjQuery().off( event );\n\t\t\treturn origFn.apply( this, arguments );\n\t\t};\n\n\t\t// Use same guid so caller can remove using origFn\n\t\tfn.guid = origFn.guid || ( origFn.guid = jQuery.guid++ );\n\t}\n\treturn elem.each( function() {\n\t\tjQuery.event.add( this, types, fn, data, selector );\n\t} );\n}\n\n/*\n * Helper functions for managing events -- not part of the public interface.\n * Props to Dean Edwards' addEvent library for many of the ideas.\n */\njQuery.event = {\n\n\tglobal: {},\n\n\tadd: function( elem, types, handler, data, selector ) {\n\n\t\tvar handleObjIn, eventHandle, tmp,\n\t\t\tevents, t, handleObj,\n\t\t\tspecial, handlers, type, namespaces, origType,\n\t\t\telemData = dataPriv.get( elem );\n\n\t\t// Don't attach events to noData or text/comment nodes (but allow plain objects)\n\t\tif ( !elemData ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Caller can pass in an object of custom data in lieu of the handler\n\t\tif ( handler.handler ) {\n\t\t\thandleObjIn = handler;\n\t\t\thandler = handleObjIn.handler;\n\t\t\tselector = handleObjIn.selector;\n\t\t}\n\n\t\t// Make sure that the handler has a unique ID, used to find/remove it later\n\t\tif ( !handler.guid ) {\n\t\t\thandler.guid = jQuery.guid++;\n\t\t}\n\n\t\t// Init the element's event structure and main handler, if this is the first\n\t\tif ( !( events = elemData.events ) ) {\n\t\t\tevents = elemData.events = {};\n\t\t}\n\t\tif ( !( eventHandle = elemData.handle ) ) {\n\t\t\teventHandle = elemData.handle = function( e ) {\n\n\t\t\t\t// Discard the second event of a jQuery.event.trigger() and\n\t\t\t\t// when an event is called after a page has unloaded\n\t\t\t\treturn typeof jQuery !== \"undefined\" && jQuery.event.triggered !== e.type ?\n\t\t\t\t\tjQuery.event.dispatch.apply( elem, arguments ) : undefined;\n\t\t\t};\n\t\t}\n\n\t\t// Handle multiple events separated by a space\n\t\ttypes = ( types || \"\" ).match( rnotwhite ) || [ \"\" ];\n\t\tt = types.length;\n\t\twhile ( t-- ) {\n\t\t\ttmp = rtypenamespace.exec( types[ t ] ) || [];\n\t\t\ttype = origType = tmp[ 1 ];\n\t\t\tnamespaces = ( tmp[ 2 ] || \"\" ).split( \".\" ).sort();\n\n\t\t\t// There *must* be a type, no attaching namespace-only handlers\n\t\t\tif ( !type ) {\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\t// If event changes its type, use the special event handlers for the changed type\n\t\t\tspecial = jQuery.event.special[ type ] || {};\n\n\t\t\t// If selector defined, determine special event api type, otherwise given type\n\t\t\ttype = ( selector ? special.delegateType : special.bindType ) || type;\n\n\t\t\t// Update special based on newly reset type\n\t\t\tspecial = jQuery.event.special[ type ] || {};\n\n\t\t\t// handleObj is passed to all event handlers\n\t\t\thandleObj = jQuery.extend( {\n\t\t\t\ttype: type,\n\t\t\t\torigType: origType,\n\t\t\t\tdata: data,\n\t\t\t\thandler: handler,\n\t\t\t\tguid: handler.guid,\n\t\t\t\tselector: selector,\n\t\t\t\tneedsContext: selector && jQuery.expr.match.needsContext.test( selector ),\n\t\t\t\tnamespace: namespaces.join( \".\" )\n\t\t\t}, handleObjIn );\n\n\t\t\t// Init the event handler queue if we're the first\n\t\t\tif ( !( handlers = events[ type ] ) ) {\n\t\t\t\thandlers = events[ type ] = [];\n\t\t\t\thandlers.delegateCount = 0;\n\n\t\t\t\t// Only use addEventListener if the special events handler returns false\n\t\t\t\tif ( !special.setup ||\n\t\t\t\t\tspecial.setup.call( elem, data, namespaces, eventHandle ) === false ) {\n\n\t\t\t\t\tif ( elem.addEventListener ) {\n\t\t\t\t\t\telem.addEventListener( type, eventHandle );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tif ( special.add ) {\n\t\t\t\tspecial.add.call( elem, handleObj );\n\n\t\t\t\tif ( !handleObj.handler.guid ) {\n\t\t\t\t\thandleObj.handler.guid = handler.guid;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Add to the element's handler list, delegates in front\n\t\t\tif ( selector ) {\n\t\t\t\thandlers.splice( handlers.delegateCount++, 0, handleObj );\n\t\t\t} else {\n\t\t\t\thandlers.push( handleObj );\n\t\t\t}\n\n\t\t\t// Keep track of which events have ever been used, for event optimization\n\t\t\tjQuery.event.global[ type ] = true;\n\t\t}\n\n\t},\n\n\t// Detach an event or set of events from an element\n\tremove: function( elem, types, handler, selector, mappedTypes ) {\n\n\t\tvar j, origCount, tmp,\n\t\t\tevents, t, handleObj,\n\t\t\tspecial, handlers, type, namespaces, origType,\n\t\t\telemData = dataPriv.hasData( elem ) && dataPriv.get( elem );\n\n\t\tif ( !elemData || !( events = elemData.events ) ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Once for each type.namespace in types; type may be omitted\n\t\ttypes = ( types || \"\" ).match( rnotwhite ) || [ \"\" ];\n\t\tt = types.length;\n\t\twhile ( t-- ) {\n\t\t\ttmp = rtypenamespace.exec( types[ t ] ) || [];\n\t\t\ttype = origType = tmp[ 1 ];\n\t\t\tnamespaces = ( tmp[ 2 ] || \"\" ).split( \".\" ).sort();\n\n\t\t\t// Unbind all events (on this namespace, if provided) for the element\n\t\t\tif ( !type ) {\n\t\t\t\tfor ( type in events ) {\n\t\t\t\t\tjQuery.event.remove( elem, type + types[ t ], handler, selector, true );\n\t\t\t\t}\n\t\t\t\tcontinue;\n\t\t\t}\n\n\t\t\tspecial = jQuery.event.special[ type ] || {};\n\t\t\ttype = ( selector ? special.delegateType : special.bindType ) || type;\n\t\t\thandlers = events[ type ] || [];\n\t\t\ttmp = tmp[ 2 ] &&\n\t\t\t\tnew RegExp( \"(^|\\\\.)\" + namespaces.join( \"\\\\.(?:.*\\\\.|)\" ) + \"(\\\\.|$)\" );\n\n\t\t\t// Remove matching events\n\t\t\torigCount = j = handlers.length;\n\t\t\twhile ( j-- ) {\n\t\t\t\thandleObj = handlers[ j ];\n\n\t\t\t\tif ( ( mappedTypes || origType === handleObj.origType ) &&\n\t\t\t\t\t( !handler || handler.guid === handleObj.guid ) &&\n\t\t\t\t\t( !tmp || tmp.test( handleObj.namespace ) ) &&\n\t\t\t\t\t( !selector || selector === handleObj.selector ||\n\t\t\t\t\t\tselector === \"**\" && handleObj.selector ) ) {\n\t\t\t\t\thandlers.splice( j, 1 );\n\n\t\t\t\t\tif ( handleObj.selector ) {\n\t\t\t\t\t\thandlers.delegateCount--;\n\t\t\t\t\t}\n\t\t\t\t\tif ( special.remove ) {\n\t\t\t\t\t\tspecial.remove.call( elem, handleObj );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Remove generic event handler if we removed something and no more handlers exist\n\t\t\t// (avoids potential for endless recursion during removal of special event handlers)\n\t\t\tif ( origCount && !handlers.length ) {\n\t\t\t\tif ( !special.teardown ||\n\t\t\t\t\tspecial.teardown.call( elem, namespaces, elemData.handle ) === false ) {\n\n\t\t\t\t\tjQuery.removeEvent( elem, type, elemData.handle );\n\t\t\t\t}\n\n\t\t\t\tdelete events[ type ];\n\t\t\t}\n\t\t}\n\n\t\t// Remove data and the expando if it's no longer used\n\t\tif ( jQuery.isEmptyObject( events ) ) {\n\t\t\tdataPriv.remove( elem, \"handle events\" );\n\t\t}\n\t},\n\n\tdispatch: function( event ) {\n\n\t\t// Make a writable jQuery.Event from the native event object\n\t\tevent = jQuery.event.fix( event );\n\n\t\tvar i, j, ret, matched, handleObj,\n\t\t\thandlerQueue = [],\n\t\t\targs = slice.call( arguments ),\n\t\t\thandlers = ( dataPriv.get( this, \"events\" ) || {} )[ event.type ] || [],\n\t\t\tspecial = jQuery.event.special[ event.type ] || {};\n\n\t\t// Use the fix-ed jQuery.Event rather than the (read-only) native event\n\t\targs[ 0 ] = event;\n\t\tevent.delegateTarget = this;\n\n\t\t// Call the preDispatch hook for the mapped type, and let it bail if desired\n\t\tif ( special.preDispatch && special.preDispatch.call( this, event ) === false ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Determine handlers\n\t\thandlerQueue = jQuery.event.handlers.call( this, event, handlers );\n\n\t\t// Run delegates first; they may want to stop propagation beneath us\n\t\ti = 0;\n\t\twhile ( ( matched = handlerQueue[ i++ ] ) && !event.isPropagationStopped() ) {\n\t\t\tevent.currentTarget = matched.elem;\n\n\t\t\tj = 0;\n\t\t\twhile ( ( handleObj = matched.handlers[ j++ ] ) &&\n\t\t\t\t!event.isImmediatePropagationStopped() ) {\n\n\t\t\t\t// Triggered event must either 1) have no namespace, or 2) have namespace(s)\n\t\t\t\t// a subset or equal to those in the bound event (both can have no namespace).\n\t\t\t\tif ( !event.rnamespace || event.rnamespace.test( handleObj.namespace ) ) {\n\n\t\t\t\t\tevent.handleObj = handleObj;\n\t\t\t\t\tevent.data = handleObj.data;\n\n\t\t\t\t\tret = ( ( jQuery.event.special[ handleObj.origType ] || {} ).handle ||\n\t\t\t\t\t\thandleObj.handler ).apply( matched.elem, args );\n\n\t\t\t\t\tif ( ret !== undefined ) {\n\t\t\t\t\t\tif ( ( event.result = ret ) === false ) {\n\t\t\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\t\t\tevent.stopPropagation();\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\t// Call the postDispatch hook for the mapped type\n\t\tif ( special.postDispatch ) {\n\t\t\tspecial.postDispatch.call( this, event );\n\t\t}\n\n\t\treturn event.result;\n\t},\n\n\thandlers: function( event, handlers ) {\n\t\tvar i, matches, sel, handleObj,\n\t\t\thandlerQueue = [],\n\t\t\tdelegateCount = handlers.delegateCount,\n\t\t\tcur = event.target;\n\n\t\t// Support (at least): Chrome, IE9\n\t\t// Find delegate handlers\n\t\t// Black-hole SVG <use> instance trees (#13180)\n\t\t//\n\t\t// Support: Firefox<=42+\n\t\t// Avoid non-left-click in FF but don't block IE radio events (#3861, gh-2343)\n\t\tif ( delegateCount && cur.nodeType &&\n\t\t\t( event.type !== \"click\" || isNaN( event.button ) || event.button < 1 ) ) {\n\n\t\t\tfor ( ; cur !== this; cur = cur.parentNode || this ) {\n\n\t\t\t\t// Don't check non-elements (#13208)\n\t\t\t\t// Don't process clicks on disabled elements (#6911, #8165, #11382, #11764)\n\t\t\t\tif ( cur.nodeType === 1 && ( cur.disabled !== true || event.type !== \"click\" ) ) {\n\t\t\t\t\tmatches = [];\n\t\t\t\t\tfor ( i = 0; i < delegateCount; i++ ) {\n\t\t\t\t\t\thandleObj = handlers[ i ];\n\n\t\t\t\t\t\t// Don't conflict with Object.prototype properties (#13203)\n\t\t\t\t\t\tsel = handleObj.selector + \" \";\n\n\t\t\t\t\t\tif ( matches[ sel ] === undefined ) {\n\t\t\t\t\t\t\tmatches[ sel ] = handleObj.needsContext ?\n\t\t\t\t\t\t\t\tjQuery( sel, this ).index( cur ) > -1 :\n\t\t\t\t\t\t\t\tjQuery.find( sel, this, null, [ cur ] ).length;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tif ( matches[ sel ] ) {\n\t\t\t\t\t\t\tmatches.push( handleObj );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\tif ( matches.length ) {\n\t\t\t\t\t\thandlerQueue.push( { elem: cur, handlers: matches } );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\t// Add the remaining (directly-bound) handlers\n\t\tif ( delegateCount < handlers.length ) {\n\t\t\thandlerQueue.push( { elem: this, handlers: handlers.slice( delegateCount ) } );\n\t\t}\n\n\t\treturn handlerQueue;\n\t},\n\n\t// Includes some event props shared by KeyEvent and MouseEvent\n\tprops: ( \"altKey bubbles cancelable ctrlKey currentTarget detail eventPhase \" +\n\t\t\"metaKey relatedTarget shiftKey target timeStamp view which\" ).split( \" \" ),\n\n\tfixHooks: {},\n\n\tkeyHooks: {\n\t\tprops: \"char charCode key keyCode\".split( \" \" ),\n\t\tfilter: function( event, original ) {\n\n\t\t\t// Add which for key events\n\t\t\tif ( event.which == null ) {\n\t\t\t\tevent.which = original.charCode != null ? original.charCode : original.keyCode;\n\t\t\t}\n\n\t\t\treturn event;\n\t\t}\n\t},\n\n\tmouseHooks: {\n\t\tprops: ( \"button buttons clientX clientY offsetX offsetY pageX pageY \" +\n\t\t\t\"screenX screenY toElement\" ).split( \" \" ),\n\t\tfilter: function( event, original ) {\n\t\t\tvar eventDoc, doc, body,\n\t\t\t\tbutton = original.button;\n\n\t\t\t// Calculate pageX/Y if missing and clientX/Y available\n\t\t\tif ( event.pageX == null && original.clientX != null ) {\n\t\t\t\teventDoc = event.target.ownerDocument || document;\n\t\t\t\tdoc = eventDoc.documentElement;\n\t\t\t\tbody = eventDoc.body;\n\n\t\t\t\tevent.pageX = original.clientX +\n\t\t\t\t\t( doc && doc.scrollLeft || body && body.scrollLeft || 0 ) -\n\t\t\t\t\t( doc && doc.clientLeft || body && body.clientLeft || 0 );\n\t\t\t\tevent.pageY = original.clientY +\n\t\t\t\t\t( doc && doc.scrollTop  || body && body.scrollTop  || 0 ) -\n\t\t\t\t\t( doc && doc.clientTop  || body && body.clientTop  || 0 );\n\t\t\t}\n\n\t\t\t// Add which for click: 1 === left; 2 === middle; 3 === right\n\t\t\t// Note: button is not normalized, so don't use it\n\t\t\tif ( !event.which && button !== undefined ) {\n\t\t\t\tevent.which = ( button & 1 ? 1 : ( button & 2 ? 3 : ( button & 4 ? 2 : 0 ) ) );\n\t\t\t}\n\n\t\t\treturn event;\n\t\t}\n\t},\n\n\tfix: function( event ) {\n\t\tif ( event[ jQuery.expando ] ) {\n\t\t\treturn event;\n\t\t}\n\n\t\t// Create a writable copy of the event object and normalize some properties\n\t\tvar i, prop, copy,\n\t\t\ttype = event.type,\n\t\t\toriginalEvent = event,\n\t\t\tfixHook = this.fixHooks[ type ];\n\n\t\tif ( !fixHook ) {\n\t\t\tthis.fixHooks[ type ] = fixHook =\n\t\t\t\trmouseEvent.test( type ) ? this.mouseHooks :\n\t\t\t\trkeyEvent.test( type ) ? this.keyHooks :\n\t\t\t\t{};\n\t\t}\n\t\tcopy = fixHook.props ? this.props.concat( fixHook.props ) : this.props;\n\n\t\tevent = new jQuery.Event( originalEvent );\n\n\t\ti = copy.length;\n\t\twhile ( i-- ) {\n\t\t\tprop = copy[ i ];\n\t\t\tevent[ prop ] = originalEvent[ prop ];\n\t\t}\n\n\t\t// Support: Cordova 2.5 (WebKit) (#13255)\n\t\t// All events should have a target; Cordova deviceready doesn't\n\t\tif ( !event.target ) {\n\t\t\tevent.target = document;\n\t\t}\n\n\t\t// Support: Safari 6.0+, Chrome<28\n\t\t// Target should not be a text node (#504, #13143)\n\t\tif ( event.target.nodeType === 3 ) {\n\t\t\tevent.target = event.target.parentNode;\n\t\t}\n\n\t\treturn fixHook.filter ? fixHook.filter( event, originalEvent ) : event;\n\t},\n\n\tspecial: {\n\t\tload: {\n\n\t\t\t// Prevent triggered image.load events from bubbling to window.load\n\t\t\tnoBubble: true\n\t\t},\n\t\tfocus: {\n\n\t\t\t// Fire native event if possible so blur/focus sequence is correct\n\t\t\ttrigger: function() {\n\t\t\t\tif ( this !== safeActiveElement() && this.focus ) {\n\t\t\t\t\tthis.focus();\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t},\n\t\t\tdelegateType: \"focusin\"\n\t\t},\n\t\tblur: {\n\t\t\ttrigger: function() {\n\t\t\t\tif ( this === safeActiveElement() && this.blur ) {\n\t\t\t\t\tthis.blur();\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t},\n\t\t\tdelegateType: \"focusout\"\n\t\t},\n\t\tclick: {\n\n\t\t\t// For checkbox, fire native event so checked state will be right\n\t\t\ttrigger: function() {\n\t\t\t\tif ( this.type === \"checkbox\" && this.click && jQuery.nodeName( this, \"input\" ) ) {\n\t\t\t\t\tthis.click();\n\t\t\t\t\treturn false;\n\t\t\t\t}\n\t\t\t},\n\n\t\t\t// For cross-browser consistency, don't fire native .click() on links\n\t\t\t_default: function( event ) {\n\t\t\t\treturn jQuery.nodeName( event.target, \"a\" );\n\t\t\t}\n\t\t},\n\n\t\tbeforeunload: {\n\t\t\tpostDispatch: function( event ) {\n\n\t\t\t\t// Support: Firefox 20+\n\t\t\t\t// Firefox doesn't alert if the returnValue field is not set.\n\t\t\t\tif ( event.result !== undefined && event.originalEvent ) {\n\t\t\t\t\tevent.originalEvent.returnValue = event.result;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n};\n\njQuery.removeEvent = function( elem, type, handle ) {\n\n\t// This \"if\" is needed for plain objects\n\tif ( elem.removeEventListener ) {\n\t\telem.removeEventListener( type, handle );\n\t}\n};\n\njQuery.Event = function( src, props ) {\n\n\t// Allow instantiation without the 'new' keyword\n\tif ( !( this instanceof jQuery.Event ) ) {\n\t\treturn new jQuery.Event( src, props );\n\t}\n\n\t// Event object\n\tif ( src && src.type ) {\n\t\tthis.originalEvent = src;\n\t\tthis.type = src.type;\n\n\t\t// Events bubbling up the document may have been marked as prevented\n\t\t// by a handler lower down the tree; reflect the correct value.\n\t\tthis.isDefaultPrevented = src.defaultPrevented ||\n\t\t\t\tsrc.defaultPrevented === undefined &&\n\n\t\t\t\t// Support: Android<4.0\n\t\t\t\tsrc.returnValue === false ?\n\t\t\treturnTrue :\n\t\t\treturnFalse;\n\n\t// Event type\n\t} else {\n\t\tthis.type = src;\n\t}\n\n\t// Put explicitly provided properties onto the event object\n\tif ( props ) {\n\t\tjQuery.extend( this, props );\n\t}\n\n\t// Create a timestamp if incoming event doesn't have one\n\tthis.timeStamp = src && src.timeStamp || jQuery.now();\n\n\t// Mark it as fixed\n\tthis[ jQuery.expando ] = true;\n};\n\n// jQuery.Event is based on DOM3 Events as specified by the ECMAScript Language Binding\n// http://www.w3.org/TR/2003/WD-DOM-Level-3-Events-20030331/ecma-script-binding.html\njQuery.Event.prototype = {\n\tconstructor: jQuery.Event,\n\tisDefaultPrevented: returnFalse,\n\tisPropagationStopped: returnFalse,\n\tisImmediatePropagationStopped: returnFalse,\n\tisSimulated: false,\n\n\tpreventDefault: function() {\n\t\tvar e = this.originalEvent;\n\n\t\tthis.isDefaultPrevented = returnTrue;\n\n\t\tif ( e && !this.isSimulated ) {\n\t\t\te.preventDefault();\n\t\t}\n\t},\n\tstopPropagation: function() {\n\t\tvar e = this.originalEvent;\n\n\t\tthis.isPropagationStopped = returnTrue;\n\n\t\tif ( e && !this.isSimulated ) {\n\t\t\te.stopPropagation();\n\t\t}\n\t},\n\tstopImmediatePropagation: function() {\n\t\tvar e = this.originalEvent;\n\n\t\tthis.isImmediatePropagationStopped = returnTrue;\n\n\t\tif ( e && !this.isSimulated ) {\n\t\t\te.stopImmediatePropagation();\n\t\t}\n\n\t\tthis.stopPropagation();\n\t}\n};\n\n// Create mouseenter/leave events using mouseover/out and event-time checks\n// so that event delegation works in jQuery.\n// Do the same for pointerenter/pointerleave and pointerover/pointerout\n//\n// Support: Safari 7 only\n// Safari sends mouseenter too often; see:\n// https://code.google.com/p/chromium/issues/detail?id=470258\n// for the description of the bug (it existed in older Chrome versions as well).\njQuery.each( {\n\tmouseenter: \"mouseover\",\n\tmouseleave: \"mouseout\",\n\tpointerenter: \"pointerover\",\n\tpointerleave: \"pointerout\"\n}, function( orig, fix ) {\n\tjQuery.event.special[ orig ] = {\n\t\tdelegateType: fix,\n\t\tbindType: fix,\n\n\t\thandle: function( event ) {\n\t\t\tvar ret,\n\t\t\t\ttarget = this,\n\t\t\t\trelated = event.relatedTarget,\n\t\t\t\thandleObj = event.handleObj;\n\n\t\t\t// For mouseenter/leave call the handler if related is outside the target.\n\t\t\t// NB: No relatedTarget if the mouse left/entered the browser window\n\t\t\tif ( !related || ( related !== target && !jQuery.contains( target, related ) ) ) {\n\t\t\t\tevent.type = handleObj.origType;\n\t\t\t\tret = handleObj.handler.apply( this, arguments );\n\t\t\t\tevent.type = fix;\n\t\t\t}\n\t\t\treturn ret;\n\t\t}\n\t};\n} );\n\njQuery.fn.extend( {\n\ton: function( types, selector, data, fn ) {\n\t\treturn on( this, types, selector, data, fn );\n\t},\n\tone: function( types, selector, data, fn ) {\n\t\treturn on( this, types, selector, data, fn, 1 );\n\t},\n\toff: function( types, selector, fn ) {\n\t\tvar handleObj, type;\n\t\tif ( types && types.preventDefault && types.handleObj ) {\n\n\t\t\t// ( event )  dispatched jQuery.Event\n\t\t\thandleObj = types.handleObj;\n\t\t\tjQuery( types.delegateTarget ).off(\n\t\t\t\thandleObj.namespace ?\n\t\t\t\t\thandleObj.origType + \".\" + handleObj.namespace :\n\t\t\t\t\thandleObj.origType,\n\t\t\t\thandleObj.selector,\n\t\t\t\thandleObj.handler\n\t\t\t);\n\t\t\treturn this;\n\t\t}\n\t\tif ( typeof types === \"object\" ) {\n\n\t\t\t// ( types-object [, selector] )\n\t\t\tfor ( type in types ) {\n\t\t\t\tthis.off( type, selector, types[ type ] );\n\t\t\t}\n\t\t\treturn this;\n\t\t}\n\t\tif ( selector === false || typeof selector === \"function\" ) {\n\n\t\t\t// ( types [, fn] )\n\t\t\tfn = selector;\n\t\t\tselector = undefined;\n\t\t}\n\t\tif ( fn === false ) {\n\t\t\tfn = returnFalse;\n\t\t}\n\t\treturn this.each( function() {\n\t\t\tjQuery.event.remove( this, types, fn, selector );\n\t\t} );\n\t}\n} );\n\n\nvar\n\trxhtmlTag = /<(?!area|br|col|embed|hr|img|input|link|meta|param)(([\\w:-]+)[^>]*)\\/>/gi,\n\n\t// Support: IE 10-11, Edge 10240+\n\t// In IE/Edge using regex groups here causes severe slowdowns.\n\t// See https://connect.microsoft.com/IE/feedback/details/1736512/\n\trnoInnerhtml = /<script|<style|<link/i,\n\n\t// checked=\"checked\" or checked\n\trchecked = /checked\\s*(?:[^=]|=\\s*.checked.)/i,\n\trscriptTypeMasked = /^true\\/(.*)/,\n\trcleanScript = /^\\s*<!(?:\\[CDATA\\[|--)|(?:\\]\\]|--)>\\s*$/g;\n\n// Manipulating tables requires a tbody\nfunction manipulationTarget( elem, content ) {\n\treturn jQuery.nodeName( elem, \"table\" ) &&\n\t\tjQuery.nodeName( content.nodeType !== 11 ? content : content.firstChild, \"tr\" ) ?\n\n\t\telem.getElementsByTagName( \"tbody\" )[ 0 ] ||\n\t\t\telem.appendChild( elem.ownerDocument.createElement( \"tbody\" ) ) :\n\t\telem;\n}\n\n// Replace/restore the type attribute of script elements for safe DOM manipulation\nfunction disableScript( elem ) {\n\telem.type = ( elem.getAttribute( \"type\" ) !== null ) + \"/\" + elem.type;\n\treturn elem;\n}\nfunction restoreScript( elem ) {\n\tvar match = rscriptTypeMasked.exec( elem.type );\n\n\tif ( match ) {\n\t\telem.type = match[ 1 ];\n\t} else {\n\t\telem.removeAttribute( \"type\" );\n\t}\n\n\treturn elem;\n}\n\nfunction cloneCopyEvent( src, dest ) {\n\tvar i, l, type, pdataOld, pdataCur, udataOld, udataCur, events;\n\n\tif ( dest.nodeType !== 1 ) {\n\t\treturn;\n\t}\n\n\t// 1. Copy private data: events, handlers, etc.\n\tif ( dataPriv.hasData( src ) ) {\n\t\tpdataOld = dataPriv.access( src );\n\t\tpdataCur = dataPriv.set( dest, pdataOld );\n\t\tevents = pdataOld.events;\n\n\t\tif ( events ) {\n\t\t\tdelete pdataCur.handle;\n\t\t\tpdataCur.events = {};\n\n\t\t\tfor ( type in events ) {\n\t\t\t\tfor ( i = 0, l = events[ type ].length; i < l; i++ ) {\n\t\t\t\t\tjQuery.event.add( dest, type, events[ type ][ i ] );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\t// 2. Copy user data\n\tif ( dataUser.hasData( src ) ) {\n\t\tudataOld = dataUser.access( src );\n\t\tudataCur = jQuery.extend( {}, udataOld );\n\n\t\tdataUser.set( dest, udataCur );\n\t}\n}\n\n// Fix IE bugs, see support tests\nfunction fixInput( src, dest ) {\n\tvar nodeName = dest.nodeName.toLowerCase();\n\n\t// Fails to persist the checked state of a cloned checkbox or radio button.\n\tif ( nodeName === \"input\" && rcheckableType.test( src.type ) ) {\n\t\tdest.checked = src.checked;\n\n\t// Fails to return the selected option to the default selected state when cloning options\n\t} else if ( nodeName === \"input\" || nodeName === \"textarea\" ) {\n\t\tdest.defaultValue = src.defaultValue;\n\t}\n}\n\nfunction domManip( collection, args, callback, ignored ) {\n\n\t// Flatten any nested arrays\n\targs = concat.apply( [], args );\n\n\tvar fragment, first, scripts, hasScripts, node, doc,\n\t\ti = 0,\n\t\tl = collection.length,\n\t\tiNoClone = l - 1,\n\t\tvalue = args[ 0 ],\n\t\tisFunction = jQuery.isFunction( value );\n\n\t// We can't cloneNode fragments that contain checked, in WebKit\n\tif ( isFunction ||\n\t\t\t( l > 1 && typeof value === \"string\" &&\n\t\t\t\t!support.checkClone && rchecked.test( value ) ) ) {\n\t\treturn collection.each( function( index ) {\n\t\t\tvar self = collection.eq( index );\n\t\t\tif ( isFunction ) {\n\t\t\t\targs[ 0 ] = value.call( this, index, self.html() );\n\t\t\t}\n\t\t\tdomManip( self, args, callback, ignored );\n\t\t} );\n\t}\n\n\tif ( l ) {\n\t\tfragment = buildFragment( args, collection[ 0 ].ownerDocument, false, collection, ignored );\n\t\tfirst = fragment.firstChild;\n\n\t\tif ( fragment.childNodes.length === 1 ) {\n\t\t\tfragment = first;\n\t\t}\n\n\t\t// Require either new content or an interest in ignored elements to invoke the callback\n\t\tif ( first || ignored ) {\n\t\t\tscripts = jQuery.map( getAll( fragment, \"script\" ), disableScript );\n\t\t\thasScripts = scripts.length;\n\n\t\t\t// Use the original fragment for the last item\n\t\t\t// instead of the first because it can end up\n\t\t\t// being emptied incorrectly in certain situations (#8070).\n\t\t\tfor ( ; i < l; i++ ) {\n\t\t\t\tnode = fragment;\n\n\t\t\t\tif ( i !== iNoClone ) {\n\t\t\t\t\tnode = jQuery.clone( node, true, true );\n\n\t\t\t\t\t// Keep references to cloned scripts for later restoration\n\t\t\t\t\tif ( hasScripts ) {\n\n\t\t\t\t\t\t// Support: Android<4.1, PhantomJS<2\n\t\t\t\t\t\t// push.apply(_, arraylike) throws on ancient WebKit\n\t\t\t\t\t\tjQuery.merge( scripts, getAll( node, \"script\" ) );\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\tcallback.call( collection[ i ], node, i );\n\t\t\t}\n\n\t\t\tif ( hasScripts ) {\n\t\t\t\tdoc = scripts[ scripts.length - 1 ].ownerDocument;\n\n\t\t\t\t// Reenable scripts\n\t\t\t\tjQuery.map( scripts, restoreScript );\n\n\t\t\t\t// Evaluate executable scripts on first document insertion\n\t\t\t\tfor ( i = 0; i < hasScripts; i++ ) {\n\t\t\t\t\tnode = scripts[ i ];\n\t\t\t\t\tif ( rscriptType.test( node.type || \"\" ) &&\n\t\t\t\t\t\t!dataPriv.access( node, \"globalEval\" ) &&\n\t\t\t\t\t\tjQuery.contains( doc, node ) ) {\n\n\t\t\t\t\t\tif ( node.src ) {\n\n\t\t\t\t\t\t\t// Optional AJAX dependency, but won't run scripts if not present\n\t\t\t\t\t\t\tif ( jQuery._evalUrl ) {\n\t\t\t\t\t\t\t\tjQuery._evalUrl( node.src );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tjQuery.globalEval( node.textContent.replace( rcleanScript, \"\" ) );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\treturn collection;\n}\n\nfunction remove( elem, selector, keepData ) {\n\tvar node,\n\t\tnodes = selector ? jQuery.filter( selector, elem ) : elem,\n\t\ti = 0;\n\n\tfor ( ; ( node = nodes[ i ] ) != null; i++ ) {\n\t\tif ( !keepData && node.nodeType === 1 ) {\n\t\t\tjQuery.cleanData( getAll( node ) );\n\t\t}\n\n\t\tif ( node.parentNode ) {\n\t\t\tif ( keepData && jQuery.contains( node.ownerDocument, node ) ) {\n\t\t\t\tsetGlobalEval( getAll( node, \"script\" ) );\n\t\t\t}\n\t\t\tnode.parentNode.removeChild( node );\n\t\t}\n\t}\n\n\treturn elem;\n}\n\njQuery.extend( {\n\thtmlPrefilter: function( html ) {\n\t\treturn html.replace( rxhtmlTag, \"<$1></$2>\" );\n\t},\n\n\tclone: function( elem, dataAndEvents, deepDataAndEvents ) {\n\t\tvar i, l, srcElements, destElements,\n\t\t\tclone = elem.cloneNode( true ),\n\t\t\tinPage = jQuery.contains( elem.ownerDocument, elem );\n\n\t\t// Fix IE cloning issues\n\t\tif ( !support.noCloneChecked && ( elem.nodeType === 1 || elem.nodeType === 11 ) &&\n\t\t\t\t!jQuery.isXMLDoc( elem ) ) {\n\n\t\t\t// We eschew Sizzle here for performance reasons: http://jsperf.com/getall-vs-sizzle/2\n\t\t\tdestElements = getAll( clone );\n\t\t\tsrcElements = getAll( elem );\n\n\t\t\tfor ( i = 0, l = srcElements.length; i < l; i++ ) {\n\t\t\t\tfixInput( srcElements[ i ], destElements[ i ] );\n\t\t\t}\n\t\t}\n\n\t\t// Copy the events from the original to the clone\n\t\tif ( dataAndEvents ) {\n\t\t\tif ( deepDataAndEvents ) {\n\t\t\t\tsrcElements = srcElements || getAll( elem );\n\t\t\t\tdestElements = destElements || getAll( clone );\n\n\t\t\t\tfor ( i = 0, l = srcElements.length; i < l; i++ ) {\n\t\t\t\t\tcloneCopyEvent( srcElements[ i ], destElements[ i ] );\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tcloneCopyEvent( elem, clone );\n\t\t\t}\n\t\t}\n\n\t\t// Preserve script evaluation history\n\t\tdestElements = getAll( clone, \"script\" );\n\t\tif ( destElements.length > 0 ) {\n\t\t\tsetGlobalEval( destElements, !inPage && getAll( elem, \"script\" ) );\n\t\t}\n\n\t\t// Return the cloned set\n\t\treturn clone;\n\t},\n\n\tcleanData: function( elems ) {\n\t\tvar data, elem, type,\n\t\t\tspecial = jQuery.event.special,\n\t\t\ti = 0;\n\n\t\tfor ( ; ( elem = elems[ i ] ) !== undefined; i++ ) {\n\t\t\tif ( acceptData( elem ) ) {\n\t\t\t\tif ( ( data = elem[ dataPriv.expando ] ) ) {\n\t\t\t\t\tif ( data.events ) {\n\t\t\t\t\t\tfor ( type in data.events ) {\n\t\t\t\t\t\t\tif ( special[ type ] ) {\n\t\t\t\t\t\t\t\tjQuery.event.remove( elem, type );\n\n\t\t\t\t\t\t\t// This is a shortcut to avoid jQuery.event.remove's overhead\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tjQuery.removeEvent( elem, type, data.handle );\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\t// Support: Chrome <= 35-45+\n\t\t\t\t\t// Assign undefined instead of using delete, see Data#remove\n\t\t\t\t\telem[ dataPriv.expando ] = undefined;\n\t\t\t\t}\n\t\t\t\tif ( elem[ dataUser.expando ] ) {\n\n\t\t\t\t\t// Support: Chrome <= 35-45+\n\t\t\t\t\t// Assign undefined instead of using delete, see Data#remove\n\t\t\t\t\telem[ dataUser.expando ] = undefined;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n} );\n\njQuery.fn.extend( {\n\n\t// Keep domManip exposed until 3.0 (gh-2225)\n\tdomManip: domManip,\n\n\tdetach: function( selector ) {\n\t\treturn remove( this, selector, true );\n\t},\n\n\tremove: function( selector ) {\n\t\treturn remove( this, selector );\n\t},\n\n\ttext: function( value ) {\n\t\treturn access( this, function( value ) {\n\t\t\treturn value === undefined ?\n\t\t\t\tjQuery.text( this ) :\n\t\t\t\tthis.empty().each( function() {\n\t\t\t\t\tif ( this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9 ) {\n\t\t\t\t\t\tthis.textContent = value;\n\t\t\t\t\t}\n\t\t\t\t} );\n\t\t}, null, value, arguments.length );\n\t},\n\n\tappend: function() {\n\t\treturn domManip( this, arguments, function( elem ) {\n\t\t\tif ( this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9 ) {\n\t\t\t\tvar target = manipulationTarget( this, elem );\n\t\t\t\ttarget.appendChild( elem );\n\t\t\t}\n\t\t} );\n\t},\n\n\tprepend: function() {\n\t\treturn domManip( this, arguments, function( elem ) {\n\t\t\tif ( this.nodeType === 1 || this.nodeType === 11 || this.nodeType === 9 ) {\n\t\t\t\tvar target = manipulationTarget( this, elem );\n\t\t\t\ttarget.insertBefore( elem, target.firstChild );\n\t\t\t}\n\t\t} );\n\t},\n\n\tbefore: function() {\n\t\treturn domManip( this, arguments, function( elem ) {\n\t\t\tif ( this.parentNode ) {\n\t\t\t\tthis.parentNode.insertBefore( elem, this );\n\t\t\t}\n\t\t} );\n\t},\n\n\tafter: function() {\n\t\treturn domManip( this, arguments, function( elem ) {\n\t\t\tif ( this.parentNode ) {\n\t\t\t\tthis.parentNode.insertBefore( elem, this.nextSibling );\n\t\t\t}\n\t\t} );\n\t},\n\n\tempty: function() {\n\t\tvar elem,\n\t\t\ti = 0;\n\n\t\tfor ( ; ( elem = this[ i ] ) != null; i++ ) {\n\t\t\tif ( elem.nodeType === 1 ) {\n\n\t\t\t\t// Prevent memory leaks\n\t\t\t\tjQuery.cleanData( getAll( elem, false ) );\n\n\t\t\t\t// Remove any remaining nodes\n\t\t\t\telem.textContent = \"\";\n\t\t\t}\n\t\t}\n\n\t\treturn this;\n\t},\n\n\tclone: function( dataAndEvents, deepDataAndEvents ) {\n\t\tdataAndEvents = dataAndEvents == null ? false : dataAndEvents;\n\t\tdeepDataAndEvents = deepDataAndEvents == null ? dataAndEvents : deepDataAndEvents;\n\n\t\treturn this.map( function() {\n\t\t\treturn jQuery.clone( this, dataAndEvents, deepDataAndEvents );\n\t\t} );\n\t},\n\n\thtml: function( value ) {\n\t\treturn access( this, function( value ) {\n\t\t\tvar elem = this[ 0 ] || {},\n\t\t\t\ti = 0,\n\t\t\t\tl = this.length;\n\n\t\t\tif ( value === undefined && elem.nodeType === 1 ) {\n\t\t\t\treturn elem.innerHTML;\n\t\t\t}\n\n\t\t\t// See if we can take a shortcut and just use innerHTML\n\t\t\tif ( typeof value === \"string\" && !rnoInnerhtml.test( value ) &&\n\t\t\t\t!wrapMap[ ( rtagName.exec( value ) || [ \"\", \"\" ] )[ 1 ].toLowerCase() ] ) {\n\n\t\t\t\tvalue = jQuery.htmlPrefilter( value );\n\n\t\t\t\ttry {\n\t\t\t\t\tfor ( ; i < l; i++ ) {\n\t\t\t\t\t\telem = this[ i ] || {};\n\n\t\t\t\t\t\t// Remove element nodes and prevent memory leaks\n\t\t\t\t\t\tif ( elem.nodeType === 1 ) {\n\t\t\t\t\t\t\tjQuery.cleanData( getAll( elem, false ) );\n\t\t\t\t\t\t\telem.innerHTML = value;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\telem = 0;\n\n\t\t\t\t// If using innerHTML throws an exception, use the fallback method\n\t\t\t\t} catch ( e ) {}\n\t\t\t}\n\n\t\t\tif ( elem ) {\n\t\t\t\tthis.empty().append( value );\n\t\t\t}\n\t\t}, null, value, arguments.length );\n\t},\n\n\treplaceWith: function() {\n\t\tvar ignored = [];\n\n\t\t// Make the changes, replacing each non-ignored context element with the new content\n\t\treturn domManip( this, arguments, function( elem ) {\n\t\t\tvar parent = this.parentNode;\n\n\t\t\tif ( jQuery.inArray( this, ignored ) < 0 ) {\n\t\t\t\tjQuery.cleanData( getAll( this ) );\n\t\t\t\tif ( parent ) {\n\t\t\t\t\tparent.replaceChild( elem, this );\n\t\t\t\t}\n\t\t\t}\n\n\t\t// Force callback invocation\n\t\t}, ignored );\n\t}\n} );\n\njQuery.each( {\n\tappendTo: \"append\",\n\tprependTo: \"prepend\",\n\tinsertBefore: \"before\",\n\tinsertAfter: \"after\",\n\treplaceAll: \"replaceWith\"\n}, function( name, original ) {\n\tjQuery.fn[ name ] = function( selector ) {\n\t\tvar elems,\n\t\t\tret = [],\n\t\t\tinsert = jQuery( selector ),\n\t\t\tlast = insert.length - 1,\n\t\t\ti = 0;\n\n\t\tfor ( ; i <= last; i++ ) {\n\t\t\telems = i === last ? this : this.clone( true );\n\t\t\tjQuery( insert[ i ] )[ original ]( elems );\n\n\t\t\t// Support: QtWebKit\n\t\t\t// .get() because push.apply(_, arraylike) throws\n\t\t\tpush.apply( ret, elems.get() );\n\t\t}\n\n\t\treturn this.pushStack( ret );\n\t};\n} );\n\n\nvar iframe,\n\telemdisplay = {\n\n\t\t// Support: Firefox\n\t\t// We have to pre-define these values for FF (#10227)\n\t\tHTML: \"block\",\n\t\tBODY: \"block\"\n\t};\n\n/**\n * Retrieve the actual display of a element\n * @param {String} name nodeName of the element\n * @param {Object} doc Document object\n */\n\n// Called only from within defaultDisplay\nfunction actualDisplay( name, doc ) {\n\tvar elem = jQuery( doc.createElement( name ) ).appendTo( doc.body ),\n\n\t\tdisplay = jQuery.css( elem[ 0 ], \"display\" );\n\n\t// We don't have any data stored on the element,\n\t// so use \"detach\" method as fast way to get rid of the element\n\telem.detach();\n\n\treturn display;\n}\n\n/**\n * Try to determine the default display value of an element\n * @param {String} nodeName\n */\nfunction defaultDisplay( nodeName ) {\n\tvar doc = document,\n\t\tdisplay = elemdisplay[ nodeName ];\n\n\tif ( !display ) {\n\t\tdisplay = actualDisplay( nodeName, doc );\n\n\t\t// If the simple way fails, read from inside an iframe\n\t\tif ( display === \"none\" || !display ) {\n\n\t\t\t// Use the already-created iframe if possible\n\t\t\tiframe = ( iframe || jQuery( \"<iframe frameborder='0' width='0' height='0'/>\" ) )\n\t\t\t\t.appendTo( doc.documentElement );\n\n\t\t\t// Always write a new HTML skeleton so Webkit and Firefox don't choke on reuse\n\t\t\tdoc = iframe[ 0 ].contentDocument;\n\n\t\t\t// Support: IE\n\t\t\tdoc.write();\n\t\t\tdoc.close();\n\n\t\t\tdisplay = actualDisplay( nodeName, doc );\n\t\t\tiframe.detach();\n\t\t}\n\n\t\t// Store the correct default display\n\t\telemdisplay[ nodeName ] = display;\n\t}\n\n\treturn display;\n}\nvar rmargin = ( /^margin/ );\n\nvar rnumnonpx = new RegExp( \"^(\" + pnum + \")(?!px)[a-z%]+$\", \"i\" );\n\nvar getStyles = function( elem ) {\n\n\t\t// Support: IE<=11+, Firefox<=30+ (#15098, #14150)\n\t\t// IE throws on elements created in popups\n\t\t// FF meanwhile throws on frame elements through \"defaultView.getComputedStyle\"\n\t\tvar view = elem.ownerDocument.defaultView;\n\n\t\tif ( !view || !view.opener ) {\n\t\t\tview = window;\n\t\t}\n\n\t\treturn view.getComputedStyle( elem );\n\t};\n\nvar swap = function( elem, options, callback, args ) {\n\tvar ret, name,\n\t\told = {};\n\n\t// Remember the old values, and insert the new ones\n\tfor ( name in options ) {\n\t\told[ name ] = elem.style[ name ];\n\t\telem.style[ name ] = options[ name ];\n\t}\n\n\tret = callback.apply( elem, args || [] );\n\n\t// Revert the old values\n\tfor ( name in options ) {\n\t\telem.style[ name ] = old[ name ];\n\t}\n\n\treturn ret;\n};\n\n\nvar documentElement = document.documentElement;\n\n\n\n( function() {\n\tvar pixelPositionVal, boxSizingReliableVal, pixelMarginRightVal, reliableMarginLeftVal,\n\t\tcontainer = document.createElement( \"div\" ),\n\t\tdiv = document.createElement( \"div\" );\n\n\t// Finish early in limited (non-browser) environments\n\tif ( !div.style ) {\n\t\treturn;\n\t}\n\n\t// Support: IE9-11+\n\t// Style of cloned element affects source element cloned (#8908)\n\tdiv.style.backgroundClip = \"content-box\";\n\tdiv.cloneNode( true ).style.backgroundClip = \"\";\n\tsupport.clearCloneStyle = div.style.backgroundClip === \"content-box\";\n\n\tcontainer.style.cssText = \"border:0;width:8px;height:0;top:0;left:-9999px;\" +\n\t\t\"padding:0;margin-top:1px;position:absolute\";\n\tcontainer.appendChild( div );\n\n\t// Executing both pixelPosition & boxSizingReliable tests require only one layout\n\t// so they're executed at the same time to save the second computation.\n\tfunction computeStyleTests() {\n\t\tdiv.style.cssText =\n\n\t\t\t// Support: Firefox<29, Android 2.3\n\t\t\t// Vendor-prefix box-sizing\n\t\t\t\"-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;\" +\n\t\t\t\"position:relative;display:block;\" +\n\t\t\t\"margin:auto;border:1px;padding:1px;\" +\n\t\t\t\"top:1%;width:50%\";\n\t\tdiv.innerHTML = \"\";\n\t\tdocumentElement.appendChild( container );\n\n\t\tvar divStyle = window.getComputedStyle( div );\n\t\tpixelPositionVal = divStyle.top !== \"1%\";\n\t\treliableMarginLeftVal = divStyle.marginLeft === \"2px\";\n\t\tboxSizingReliableVal = divStyle.width === \"4px\";\n\n\t\t// Support: Android 4.0 - 4.3 only\n\t\t// Some styles come back with percentage values, even though they shouldn't\n\t\tdiv.style.marginRight = \"50%\";\n\t\tpixelMarginRightVal = divStyle.marginRight === \"4px\";\n\n\t\tdocumentElement.removeChild( container );\n\t}\n\n\tjQuery.extend( support, {\n\t\tpixelPosition: function() {\n\n\t\t\t// This test is executed only once but we still do memoizing\n\t\t\t// since we can use the boxSizingReliable pre-computing.\n\t\t\t// No need to check if the test was already performed, though.\n\t\t\tcomputeStyleTests();\n\t\t\treturn pixelPositionVal;\n\t\t},\n\t\tboxSizingReliable: function() {\n\t\t\tif ( boxSizingReliableVal == null ) {\n\t\t\t\tcomputeStyleTests();\n\t\t\t}\n\t\t\treturn boxSizingReliableVal;\n\t\t},\n\t\tpixelMarginRight: function() {\n\n\t\t\t// Support: Android 4.0-4.3\n\t\t\t// We're checking for boxSizingReliableVal here instead of pixelMarginRightVal\n\t\t\t// since that compresses better and they're computed together anyway.\n\t\t\tif ( boxSizingReliableVal == null ) {\n\t\t\t\tcomputeStyleTests();\n\t\t\t}\n\t\t\treturn pixelMarginRightVal;\n\t\t},\n\t\treliableMarginLeft: function() {\n\n\t\t\t// Support: IE <=8 only, Android 4.0 - 4.3 only, Firefox <=3 - 37\n\t\t\tif ( boxSizingReliableVal == null ) {\n\t\t\t\tcomputeStyleTests();\n\t\t\t}\n\t\t\treturn reliableMarginLeftVal;\n\t\t},\n\t\treliableMarginRight: function() {\n\n\t\t\t// Support: Android 2.3\n\t\t\t// Check if div with explicit width and no margin-right incorrectly\n\t\t\t// gets computed margin-right based on width of container. (#3333)\n\t\t\t// WebKit Bug 13343 - getComputedStyle returns wrong value for margin-right\n\t\t\t// This support function is only executed once so no memoizing is needed.\n\t\t\tvar ret,\n\t\t\t\tmarginDiv = div.appendChild( document.createElement( \"div\" ) );\n\n\t\t\t// Reset CSS: box-sizing; display; margin; border; padding\n\t\t\tmarginDiv.style.cssText = div.style.cssText =\n\n\t\t\t\t// Support: Android 2.3\n\t\t\t\t// Vendor-prefix box-sizing\n\t\t\t\t\"-webkit-box-sizing:content-box;box-sizing:content-box;\" +\n\t\t\t\t\"display:block;margin:0;border:0;padding:0\";\n\t\t\tmarginDiv.style.marginRight = marginDiv.style.width = \"0\";\n\t\t\tdiv.style.width = \"1px\";\n\t\t\tdocumentElement.appendChild( container );\n\n\t\t\tret = !parseFloat( window.getComputedStyle( marginDiv ).marginRight );\n\n\t\t\tdocumentElement.removeChild( container );\n\t\t\tdiv.removeChild( marginDiv );\n\n\t\t\treturn ret;\n\t\t}\n\t} );\n} )();\n\n\nfunction curCSS( elem, name, computed ) {\n\tvar width, minWidth, maxWidth, ret,\n\t\tstyle = elem.style;\n\n\tcomputed = computed || getStyles( elem );\n\tret = computed ? computed.getPropertyValue( name ) || computed[ name ] : undefined;\n\n\t// Support: Opera 12.1x only\n\t// Fall back to style even without computed\n\t// computed is undefined for elems on document fragments\n\tif ( ( ret === \"\" || ret === undefined ) && !jQuery.contains( elem.ownerDocument, elem ) ) {\n\t\tret = jQuery.style( elem, name );\n\t}\n\n\t// Support: IE9\n\t// getPropertyValue is only needed for .css('filter') (#12537)\n\tif ( computed ) {\n\n\t\t// A tribute to the \"awesome hack by Dean Edwards\"\n\t\t// Android Browser returns percentage for some values,\n\t\t// but width seems to be reliably pixels.\n\t\t// This is against the CSSOM draft spec:\n\t\t// http://dev.w3.org/csswg/cssom/#resolved-values\n\t\tif ( !support.pixelMarginRight() && rnumnonpx.test( ret ) && rmargin.test( name ) ) {\n\n\t\t\t// Remember the original values\n\t\t\twidth = style.width;\n\t\t\tminWidth = style.minWidth;\n\t\t\tmaxWidth = style.maxWidth;\n\n\t\t\t// Put in the new values to get a computed value out\n\t\t\tstyle.minWidth = style.maxWidth = style.width = ret;\n\t\t\tret = computed.width;\n\n\t\t\t// Revert the changed values\n\t\t\tstyle.width = width;\n\t\t\tstyle.minWidth = minWidth;\n\t\t\tstyle.maxWidth = maxWidth;\n\t\t}\n\t}\n\n\treturn ret !== undefined ?\n\n\t\t// Support: IE9-11+\n\t\t// IE returns zIndex value as an integer.\n\t\tret + \"\" :\n\t\tret;\n}\n\n\nfunction addGetHookIf( conditionFn, hookFn ) {\n\n\t// Define the hook, we'll check on the first run if it's really needed.\n\treturn {\n\t\tget: function() {\n\t\t\tif ( conditionFn() ) {\n\n\t\t\t\t// Hook not needed (or it's not possible to use it due\n\t\t\t\t// to missing dependency), remove it.\n\t\t\t\tdelete this.get;\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Hook needed; redefine it so that the support test is not executed again.\n\t\t\treturn ( this.get = hookFn ).apply( this, arguments );\n\t\t}\n\t};\n}\n\n\nvar\n\n\t// Swappable if display is none or starts with table\n\t// except \"table\", \"table-cell\", or \"table-caption\"\n\t// See here for display values: https://developer.mozilla.org/en-US/docs/CSS/display\n\trdisplayswap = /^(none|table(?!-c[ea]).+)/,\n\n\tcssShow = { position: \"absolute\", visibility: \"hidden\", display: \"block\" },\n\tcssNormalTransform = {\n\t\tletterSpacing: \"0\",\n\t\tfontWeight: \"400\"\n\t},\n\n\tcssPrefixes = [ \"Webkit\", \"O\", \"Moz\", \"ms\" ],\n\temptyStyle = document.createElement( \"div\" ).style;\n\n// Return a css property mapped to a potentially vendor prefixed property\nfunction vendorPropName( name ) {\n\n\t// Shortcut for names that are not vendor prefixed\n\tif ( name in emptyStyle ) {\n\t\treturn name;\n\t}\n\n\t// Check for vendor prefixed names\n\tvar capName = name[ 0 ].toUpperCase() + name.slice( 1 ),\n\t\ti = cssPrefixes.length;\n\n\twhile ( i-- ) {\n\t\tname = cssPrefixes[ i ] + capName;\n\t\tif ( name in emptyStyle ) {\n\t\t\treturn name;\n\t\t}\n\t}\n}\n\nfunction setPositiveNumber( elem, value, subtract ) {\n\n\t// Any relative (+/-) values have already been\n\t// normalized at this point\n\tvar matches = rcssNum.exec( value );\n\treturn matches ?\n\n\t\t// Guard against undefined \"subtract\", e.g., when used as in cssHooks\n\t\tMath.max( 0, matches[ 2 ] - ( subtract || 0 ) ) + ( matches[ 3 ] || \"px\" ) :\n\t\tvalue;\n}\n\nfunction augmentWidthOrHeight( elem, name, extra, isBorderBox, styles ) {\n\tvar i = extra === ( isBorderBox ? \"border\" : \"content\" ) ?\n\n\t\t// If we already have the right measurement, avoid augmentation\n\t\t4 :\n\n\t\t// Otherwise initialize for horizontal or vertical properties\n\t\tname === \"width\" ? 1 : 0,\n\n\t\tval = 0;\n\n\tfor ( ; i < 4; i += 2 ) {\n\n\t\t// Both box models exclude margin, so add it if we want it\n\t\tif ( extra === \"margin\" ) {\n\t\t\tval += jQuery.css( elem, extra + cssExpand[ i ], true, styles );\n\t\t}\n\n\t\tif ( isBorderBox ) {\n\n\t\t\t// border-box includes padding, so remove it if we want content\n\t\t\tif ( extra === \"content\" ) {\n\t\t\t\tval -= jQuery.css( elem, \"padding\" + cssExpand[ i ], true, styles );\n\t\t\t}\n\n\t\t\t// At this point, extra isn't border nor margin, so remove border\n\t\t\tif ( extra !== \"margin\" ) {\n\t\t\t\tval -= jQuery.css( elem, \"border\" + cssExpand[ i ] + \"Width\", true, styles );\n\t\t\t}\n\t\t} else {\n\n\t\t\t// At this point, extra isn't content, so add padding\n\t\t\tval += jQuery.css( elem, \"padding\" + cssExpand[ i ], true, styles );\n\n\t\t\t// At this point, extra isn't content nor padding, so add border\n\t\t\tif ( extra !== \"padding\" ) {\n\t\t\t\tval += jQuery.css( elem, \"border\" + cssExpand[ i ] + \"Width\", true, styles );\n\t\t\t}\n\t\t}\n\t}\n\n\treturn val;\n}\n\nfunction getWidthOrHeight( elem, name, extra ) {\n\n\t// Start with offset property, which is equivalent to the border-box value\n\tvar valueIsBorderBox = true,\n\t\tval = name === \"width\" ? elem.offsetWidth : elem.offsetHeight,\n\t\tstyles = getStyles( elem ),\n\t\tisBorderBox = jQuery.css( elem, \"boxSizing\", false, styles ) === \"border-box\";\n\n\t// Some non-html elements return undefined for offsetWidth, so check for null/undefined\n\t// svg - https://bugzilla.mozilla.org/show_bug.cgi?id=649285\n\t// MathML - https://bugzilla.mozilla.org/show_bug.cgi?id=491668\n\tif ( val <= 0 || val == null ) {\n\n\t\t// Fall back to computed then uncomputed css if necessary\n\t\tval = curCSS( elem, name, styles );\n\t\tif ( val < 0 || val == null ) {\n\t\t\tval = elem.style[ name ];\n\t\t}\n\n\t\t// Computed unit is not pixels. Stop here and return.\n\t\tif ( rnumnonpx.test( val ) ) {\n\t\t\treturn val;\n\t\t}\n\n\t\t// Check for style in case a browser which returns unreliable values\n\t\t// for getComputedStyle silently falls back to the reliable elem.style\n\t\tvalueIsBorderBox = isBorderBox &&\n\t\t\t( support.boxSizingReliable() || val === elem.style[ name ] );\n\n\t\t// Normalize \"\", auto, and prepare for extra\n\t\tval = parseFloat( val ) || 0;\n\t}\n\n\t// Use the active box-sizing model to add/subtract irrelevant styles\n\treturn ( val +\n\t\taugmentWidthOrHeight(\n\t\t\telem,\n\t\t\tname,\n\t\t\textra || ( isBorderBox ? \"border\" : \"content\" ),\n\t\t\tvalueIsBorderBox,\n\t\t\tstyles\n\t\t)\n\t) + \"px\";\n}\n\nfunction showHide( elements, show ) {\n\tvar display, elem, hidden,\n\t\tvalues = [],\n\t\tindex = 0,\n\t\tlength = elements.length;\n\n\tfor ( ; index < length; index++ ) {\n\t\telem = elements[ index ];\n\t\tif ( !elem.style ) {\n\t\t\tcontinue;\n\t\t}\n\n\t\tvalues[ index ] = dataPriv.get( elem, \"olddisplay\" );\n\t\tdisplay = elem.style.display;\n\t\tif ( show ) {\n\n\t\t\t// Reset the inline display of this element to learn if it is\n\t\t\t// being hidden by cascaded rules or not\n\t\t\tif ( !values[ index ] && display === \"none\" ) {\n\t\t\t\telem.style.display = \"\";\n\t\t\t}\n\n\t\t\t// Set elements which have been overridden with display: none\n\t\t\t// in a stylesheet to whatever the default browser style is\n\t\t\t// for such an element\n\t\t\tif ( elem.style.display === \"\" && isHidden( elem ) ) {\n\t\t\t\tvalues[ index ] = dataPriv.access(\n\t\t\t\t\telem,\n\t\t\t\t\t\"olddisplay\",\n\t\t\t\t\tdefaultDisplay( elem.nodeName )\n\t\t\t\t);\n\t\t\t}\n\t\t} else {\n\t\t\thidden = isHidden( elem );\n\n\t\t\tif ( display !== \"none\" || !hidden ) {\n\t\t\t\tdataPriv.set(\n\t\t\t\t\telem,\n\t\t\t\t\t\"olddisplay\",\n\t\t\t\t\thidden ? display : jQuery.css( elem, \"display\" )\n\t\t\t\t);\n\t\t\t}\n\t\t}\n\t}\n\n\t// Set the display of most of the elements in a second loop\n\t// to avoid the constant reflow\n\tfor ( index = 0; index < length; index++ ) {\n\t\telem = elements[ index ];\n\t\tif ( !elem.style ) {\n\t\t\tcontinue;\n\t\t}\n\t\tif ( !show || elem.style.display === \"none\" || elem.style.display === \"\" ) {\n\t\t\telem.style.display = show ? values[ index ] || \"\" : \"none\";\n\t\t}\n\t}\n\n\treturn elements;\n}\n\njQuery.extend( {\n\n\t// Add in style property hooks for overriding the default\n\t// behavior of getting and setting a style property\n\tcssHooks: {\n\t\topacity: {\n\t\t\tget: function( elem, computed ) {\n\t\t\t\tif ( computed ) {\n\n\t\t\t\t\t// We should always get a number back from opacity\n\t\t\t\t\tvar ret = curCSS( elem, \"opacity\" );\n\t\t\t\t\treturn ret === \"\" ? \"1\" : ret;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\n\t// Don't automatically add \"px\" to these possibly-unitless properties\n\tcssNumber: {\n\t\t\"animationIterationCount\": true,\n\t\t\"columnCount\": true,\n\t\t\"fillOpacity\": true,\n\t\t\"flexGrow\": true,\n\t\t\"flexShrink\": true,\n\t\t\"fontWeight\": true,\n\t\t\"lineHeight\": true,\n\t\t\"opacity\": true,\n\t\t\"order\": true,\n\t\t\"orphans\": true,\n\t\t\"widows\": true,\n\t\t\"zIndex\": true,\n\t\t\"zoom\": true\n\t},\n\n\t// Add in properties whose names you wish to fix before\n\t// setting or getting the value\n\tcssProps: {\n\t\t\"float\": \"cssFloat\"\n\t},\n\n\t// Get and set the style property on a DOM Node\n\tstyle: function( elem, name, value, extra ) {\n\n\t\t// Don't set styles on text and comment nodes\n\t\tif ( !elem || elem.nodeType === 3 || elem.nodeType === 8 || !elem.style ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Make sure that we're working with the right name\n\t\tvar ret, type, hooks,\n\t\t\torigName = jQuery.camelCase( name ),\n\t\t\tstyle = elem.style;\n\n\t\tname = jQuery.cssProps[ origName ] ||\n\t\t\t( jQuery.cssProps[ origName ] = vendorPropName( origName ) || origName );\n\n\t\t// Gets hook for the prefixed version, then unprefixed version\n\t\thooks = jQuery.cssHooks[ name ] || jQuery.cssHooks[ origName ];\n\n\t\t// Check if we're setting a value\n\t\tif ( value !== undefined ) {\n\t\t\ttype = typeof value;\n\n\t\t\t// Convert \"+=\" or \"-=\" to relative numbers (#7345)\n\t\t\tif ( type === \"string\" && ( ret = rcssNum.exec( value ) ) && ret[ 1 ] ) {\n\t\t\t\tvalue = adjustCSS( elem, name, ret );\n\n\t\t\t\t// Fixes bug #9237\n\t\t\t\ttype = \"number\";\n\t\t\t}\n\n\t\t\t// Make sure that null and NaN values aren't set (#7116)\n\t\t\tif ( value == null || value !== value ) {\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// If a number was passed in, add the unit (except for certain CSS properties)\n\t\t\tif ( type === \"number\" ) {\n\t\t\t\tvalue += ret && ret[ 3 ] || ( jQuery.cssNumber[ origName ] ? \"\" : \"px\" );\n\t\t\t}\n\n\t\t\t// Support: IE9-11+\n\t\t\t// background-* props affect original clone's values\n\t\t\tif ( !support.clearCloneStyle && value === \"\" && name.indexOf( \"background\" ) === 0 ) {\n\t\t\t\tstyle[ name ] = \"inherit\";\n\t\t\t}\n\n\t\t\t// If a hook was provided, use that value, otherwise just set the specified value\n\t\t\tif ( !hooks || !( \"set\" in hooks ) ||\n\t\t\t\t( value = hooks.set( elem, value, extra ) ) !== undefined ) {\n\n\t\t\t\tstyle[ name ] = value;\n\t\t\t}\n\n\t\t} else {\n\n\t\t\t// If a hook was provided get the non-computed value from there\n\t\t\tif ( hooks && \"get\" in hooks &&\n\t\t\t\t( ret = hooks.get( elem, false, extra ) ) !== undefined ) {\n\n\t\t\t\treturn ret;\n\t\t\t}\n\n\t\t\t// Otherwise just get the value from the style object\n\t\t\treturn style[ name ];\n\t\t}\n\t},\n\n\tcss: function( elem, name, extra, styles ) {\n\t\tvar val, num, hooks,\n\t\t\torigName = jQuery.camelCase( name );\n\n\t\t// Make sure that we're working with the right name\n\t\tname = jQuery.cssProps[ origName ] ||\n\t\t\t( jQuery.cssProps[ origName ] = vendorPropName( origName ) || origName );\n\n\t\t// Try prefixed name followed by the unprefixed name\n\t\thooks = jQuery.cssHooks[ name ] || jQuery.cssHooks[ origName ];\n\n\t\t// If a hook was provided get the computed value from there\n\t\tif ( hooks && \"get\" in hooks ) {\n\t\t\tval = hooks.get( elem, true, extra );\n\t\t}\n\n\t\t// Otherwise, if a way to get the computed value exists, use that\n\t\tif ( val === undefined ) {\n\t\t\tval = curCSS( elem, name, styles );\n\t\t}\n\n\t\t// Convert \"normal\" to computed value\n\t\tif ( val === \"normal\" && name in cssNormalTransform ) {\n\t\t\tval = cssNormalTransform[ name ];\n\t\t}\n\n\t\t// Make numeric if forced or a qualifier was provided and val looks numeric\n\t\tif ( extra === \"\" || extra ) {\n\t\t\tnum = parseFloat( val );\n\t\t\treturn extra === true || isFinite( num ) ? num || 0 : val;\n\t\t}\n\t\treturn val;\n\t}\n} );\n\njQuery.each( [ \"height\", \"width\" ], function( i, name ) {\n\tjQuery.cssHooks[ name ] = {\n\t\tget: function( elem, computed, extra ) {\n\t\t\tif ( computed ) {\n\n\t\t\t\t// Certain elements can have dimension info if we invisibly show them\n\t\t\t\t// but it must have a current display style that would benefit\n\t\t\t\treturn rdisplayswap.test( jQuery.css( elem, \"display\" ) ) &&\n\t\t\t\t\telem.offsetWidth === 0 ?\n\t\t\t\t\t\tswap( elem, cssShow, function() {\n\t\t\t\t\t\t\treturn getWidthOrHeight( elem, name, extra );\n\t\t\t\t\t\t} ) :\n\t\t\t\t\t\tgetWidthOrHeight( elem, name, extra );\n\t\t\t}\n\t\t},\n\n\t\tset: function( elem, value, extra ) {\n\t\t\tvar matches,\n\t\t\t\tstyles = extra && getStyles( elem ),\n\t\t\t\tsubtract = extra && augmentWidthOrHeight(\n\t\t\t\t\telem,\n\t\t\t\t\tname,\n\t\t\t\t\textra,\n\t\t\t\t\tjQuery.css( elem, \"boxSizing\", false, styles ) === \"border-box\",\n\t\t\t\t\tstyles\n\t\t\t\t);\n\n\t\t\t// Convert to pixels if value adjustment is needed\n\t\t\tif ( subtract && ( matches = rcssNum.exec( value ) ) &&\n\t\t\t\t( matches[ 3 ] || \"px\" ) !== \"px\" ) {\n\n\t\t\t\telem.style[ name ] = value;\n\t\t\t\tvalue = jQuery.css( elem, name );\n\t\t\t}\n\n\t\t\treturn setPositiveNumber( elem, value, subtract );\n\t\t}\n\t};\n} );\n\njQuery.cssHooks.marginLeft = addGetHookIf( support.reliableMarginLeft,\n\tfunction( elem, computed ) {\n\t\tif ( computed ) {\n\t\t\treturn ( parseFloat( curCSS( elem, \"marginLeft\" ) ) ||\n\t\t\t\telem.getBoundingClientRect().left -\n\t\t\t\t\tswap( elem, { marginLeft: 0 }, function() {\n\t\t\t\t\t\treturn elem.getBoundingClientRect().left;\n\t\t\t\t\t} )\n\t\t\t\t) + \"px\";\n\t\t}\n\t}\n);\n\n// Support: Android 2.3\njQuery.cssHooks.marginRight = addGetHookIf( support.reliableMarginRight,\n\tfunction( elem, computed ) {\n\t\tif ( computed ) {\n\t\t\treturn swap( elem, { \"display\": \"inline-block\" },\n\t\t\t\tcurCSS, [ elem, \"marginRight\" ] );\n\t\t}\n\t}\n);\n\n// These hooks are used by animate to expand properties\njQuery.each( {\n\tmargin: \"\",\n\tpadding: \"\",\n\tborder: \"Width\"\n}, function( prefix, suffix ) {\n\tjQuery.cssHooks[ prefix + suffix ] = {\n\t\texpand: function( value ) {\n\t\t\tvar i = 0,\n\t\t\t\texpanded = {},\n\n\t\t\t\t// Assumes a single number if not a string\n\t\t\t\tparts = typeof value === \"string\" ? value.split( \" \" ) : [ value ];\n\n\t\t\tfor ( ; i < 4; i++ ) {\n\t\t\t\texpanded[ prefix + cssExpand[ i ] + suffix ] =\n\t\t\t\t\tparts[ i ] || parts[ i - 2 ] || parts[ 0 ];\n\t\t\t}\n\n\t\t\treturn expanded;\n\t\t}\n\t};\n\n\tif ( !rmargin.test( prefix ) ) {\n\t\tjQuery.cssHooks[ prefix + suffix ].set = setPositiveNumber;\n\t}\n} );\n\njQuery.fn.extend( {\n\tcss: function( name, value ) {\n\t\treturn access( this, function( elem, name, value ) {\n\t\t\tvar styles, len,\n\t\t\t\tmap = {},\n\t\t\t\ti = 0;\n\n\t\t\tif ( jQuery.isArray( name ) ) {\n\t\t\t\tstyles = getStyles( elem );\n\t\t\t\tlen = name.length;\n\n\t\t\t\tfor ( ; i < len; i++ ) {\n\t\t\t\t\tmap[ name[ i ] ] = jQuery.css( elem, name[ i ], false, styles );\n\t\t\t\t}\n\n\t\t\t\treturn map;\n\t\t\t}\n\n\t\t\treturn value !== undefined ?\n\t\t\t\tjQuery.style( elem, name, value ) :\n\t\t\t\tjQuery.css( elem, name );\n\t\t}, name, value, arguments.length > 1 );\n\t},\n\tshow: function() {\n\t\treturn showHide( this, true );\n\t},\n\thide: function() {\n\t\treturn showHide( this );\n\t},\n\ttoggle: function( state ) {\n\t\tif ( typeof state === \"boolean\" ) {\n\t\t\treturn state ? this.show() : this.hide();\n\t\t}\n\n\t\treturn this.each( function() {\n\t\t\tif ( isHidden( this ) ) {\n\t\t\t\tjQuery( this ).show();\n\t\t\t} else {\n\t\t\t\tjQuery( this ).hide();\n\t\t\t}\n\t\t} );\n\t}\n} );\n\n\nfunction Tween( elem, options, prop, end, easing ) {\n\treturn new Tween.prototype.init( elem, options, prop, end, easing );\n}\njQuery.Tween = Tween;\n\nTween.prototype = {\n\tconstructor: Tween,\n\tinit: function( elem, options, prop, end, easing, unit ) {\n\t\tthis.elem = elem;\n\t\tthis.prop = prop;\n\t\tthis.easing = easing || jQuery.easing._default;\n\t\tthis.options = options;\n\t\tthis.start = this.now = this.cur();\n\t\tthis.end = end;\n\t\tthis.unit = unit || ( jQuery.cssNumber[ prop ] ? \"\" : \"px\" );\n\t},\n\tcur: function() {\n\t\tvar hooks = Tween.propHooks[ this.prop ];\n\n\t\treturn hooks && hooks.get ?\n\t\t\thooks.get( this ) :\n\t\t\tTween.propHooks._default.get( this );\n\t},\n\trun: function( percent ) {\n\t\tvar eased,\n\t\t\thooks = Tween.propHooks[ this.prop ];\n\n\t\tif ( this.options.duration ) {\n\t\t\tthis.pos = eased = jQuery.easing[ this.easing ](\n\t\t\t\tpercent, this.options.duration * percent, 0, 1, this.options.duration\n\t\t\t);\n\t\t} else {\n\t\t\tthis.pos = eased = percent;\n\t\t}\n\t\tthis.now = ( this.end - this.start ) * eased + this.start;\n\n\t\tif ( this.options.step ) {\n\t\t\tthis.options.step.call( this.elem, this.now, this );\n\t\t}\n\n\t\tif ( hooks && hooks.set ) {\n\t\t\thooks.set( this );\n\t\t} else {\n\t\t\tTween.propHooks._default.set( this );\n\t\t}\n\t\treturn this;\n\t}\n};\n\nTween.prototype.init.prototype = Tween.prototype;\n\nTween.propHooks = {\n\t_default: {\n\t\tget: function( tween ) {\n\t\t\tvar result;\n\n\t\t\t// Use a property on the element directly when it is not a DOM element,\n\t\t\t// or when there is no matching style property that exists.\n\t\t\tif ( tween.elem.nodeType !== 1 ||\n\t\t\t\ttween.elem[ tween.prop ] != null && tween.elem.style[ tween.prop ] == null ) {\n\t\t\t\treturn tween.elem[ tween.prop ];\n\t\t\t}\n\n\t\t\t// Passing an empty string as a 3rd parameter to .css will automatically\n\t\t\t// attempt a parseFloat and fallback to a string if the parse fails.\n\t\t\t// Simple values such as \"10px\" are parsed to Float;\n\t\t\t// complex values such as \"rotate(1rad)\" are returned as-is.\n\t\t\tresult = jQuery.css( tween.elem, tween.prop, \"\" );\n\n\t\t\t// Empty strings, null, undefined and \"auto\" are converted to 0.\n\t\t\treturn !result || result === \"auto\" ? 0 : result;\n\t\t},\n\t\tset: function( tween ) {\n\n\t\t\t// Use step hook for back compat.\n\t\t\t// Use cssHook if its there.\n\t\t\t// Use .style if available and use plain properties where available.\n\t\t\tif ( jQuery.fx.step[ tween.prop ] ) {\n\t\t\t\tjQuery.fx.step[ tween.prop ]( tween );\n\t\t\t} else if ( tween.elem.nodeType === 1 &&\n\t\t\t\t( tween.elem.style[ jQuery.cssProps[ tween.prop ] ] != null ||\n\t\t\t\t\tjQuery.cssHooks[ tween.prop ] ) ) {\n\t\t\t\tjQuery.style( tween.elem, tween.prop, tween.now + tween.unit );\n\t\t\t} else {\n\t\t\t\ttween.elem[ tween.prop ] = tween.now;\n\t\t\t}\n\t\t}\n\t}\n};\n\n// Support: IE9\n// Panic based approach to setting things on disconnected nodes\nTween.propHooks.scrollTop = Tween.propHooks.scrollLeft = {\n\tset: function( tween ) {\n\t\tif ( tween.elem.nodeType && tween.elem.parentNode ) {\n\t\t\ttween.elem[ tween.prop ] = tween.now;\n\t\t}\n\t}\n};\n\njQuery.easing = {\n\tlinear: function( p ) {\n\t\treturn p;\n\t},\n\tswing: function( p ) {\n\t\treturn 0.5 - Math.cos( p * Math.PI ) / 2;\n\t},\n\t_default: \"swing\"\n};\n\njQuery.fx = Tween.prototype.init;\n\n// Back Compat <1.8 extension point\njQuery.fx.step = {};\n\n\n\n\nvar\n\tfxNow, timerId,\n\trfxtypes = /^(?:toggle|show|hide)$/,\n\trrun = /queueHooks$/;\n\n// Animations created synchronously will run synchronously\nfunction createFxNow() {\n\twindow.setTimeout( function() {\n\t\tfxNow = undefined;\n\t} );\n\treturn ( fxNow = jQuery.now() );\n}\n\n// Generate parameters to create a standard animation\nfunction genFx( type, includeWidth ) {\n\tvar which,\n\t\ti = 0,\n\t\tattrs = { height: type };\n\n\t// If we include width, step value is 1 to do all cssExpand values,\n\t// otherwise step value is 2 to skip over Left and Right\n\tincludeWidth = includeWidth ? 1 : 0;\n\tfor ( ; i < 4 ; i += 2 - includeWidth ) {\n\t\twhich = cssExpand[ i ];\n\t\tattrs[ \"margin\" + which ] = attrs[ \"padding\" + which ] = type;\n\t}\n\n\tif ( includeWidth ) {\n\t\tattrs.opacity = attrs.width = type;\n\t}\n\n\treturn attrs;\n}\n\nfunction createTween( value, prop, animation ) {\n\tvar tween,\n\t\tcollection = ( Animation.tweeners[ prop ] || [] ).concat( Animation.tweeners[ \"*\" ] ),\n\t\tindex = 0,\n\t\tlength = collection.length;\n\tfor ( ; index < length; index++ ) {\n\t\tif ( ( tween = collection[ index ].call( animation, prop, value ) ) ) {\n\n\t\t\t// We're done with this property\n\t\t\treturn tween;\n\t\t}\n\t}\n}\n\nfunction defaultPrefilter( elem, props, opts ) {\n\t/* jshint validthis: true */\n\tvar prop, value, toggle, tween, hooks, oldfire, display, checkDisplay,\n\t\tanim = this,\n\t\torig = {},\n\t\tstyle = elem.style,\n\t\thidden = elem.nodeType && isHidden( elem ),\n\t\tdataShow = dataPriv.get( elem, \"fxshow\" );\n\n\t// Handle queue: false promises\n\tif ( !opts.queue ) {\n\t\thooks = jQuery._queueHooks( elem, \"fx\" );\n\t\tif ( hooks.unqueued == null ) {\n\t\t\thooks.unqueued = 0;\n\t\t\toldfire = hooks.empty.fire;\n\t\t\thooks.empty.fire = function() {\n\t\t\t\tif ( !hooks.unqueued ) {\n\t\t\t\t\toldfire();\n\t\t\t\t}\n\t\t\t};\n\t\t}\n\t\thooks.unqueued++;\n\n\t\tanim.always( function() {\n\n\t\t\t// Ensure the complete handler is called before this completes\n\t\t\tanim.always( function() {\n\t\t\t\thooks.unqueued--;\n\t\t\t\tif ( !jQuery.queue( elem, \"fx\" ).length ) {\n\t\t\t\t\thooks.empty.fire();\n\t\t\t\t}\n\t\t\t} );\n\t\t} );\n\t}\n\n\t// Height/width overflow pass\n\tif ( elem.nodeType === 1 && ( \"height\" in props || \"width\" in props ) ) {\n\n\t\t// Make sure that nothing sneaks out\n\t\t// Record all 3 overflow attributes because IE9-10 do not\n\t\t// change the overflow attribute when overflowX and\n\t\t// overflowY are set to the same value\n\t\topts.overflow = [ style.overflow, style.overflowX, style.overflowY ];\n\n\t\t// Set display property to inline-block for height/width\n\t\t// animations on inline elements that are having width/height animated\n\t\tdisplay = jQuery.css( elem, \"display\" );\n\n\t\t// Test default display if display is currently \"none\"\n\t\tcheckDisplay = display === \"none\" ?\n\t\t\tdataPriv.get( elem, \"olddisplay\" ) || defaultDisplay( elem.nodeName ) : display;\n\n\t\tif ( checkDisplay === \"inline\" && jQuery.css( elem, \"float\" ) === \"none\" ) {\n\t\t\tstyle.display = \"inline-block\";\n\t\t}\n\t}\n\n\tif ( opts.overflow ) {\n\t\tstyle.overflow = \"hidden\";\n\t\tanim.always( function() {\n\t\t\tstyle.overflow = opts.overflow[ 0 ];\n\t\t\tstyle.overflowX = opts.overflow[ 1 ];\n\t\t\tstyle.overflowY = opts.overflow[ 2 ];\n\t\t} );\n\t}\n\n\t// show/hide pass\n\tfor ( prop in props ) {\n\t\tvalue = props[ prop ];\n\t\tif ( rfxtypes.exec( value ) ) {\n\t\t\tdelete props[ prop ];\n\t\t\ttoggle = toggle || value === \"toggle\";\n\t\t\tif ( value === ( hidden ? \"hide\" : \"show\" ) ) {\n\n\t\t\t\t// If there is dataShow left over from a stopped hide or show\n\t\t\t\t// and we are going to proceed with show, we should pretend to be hidden\n\t\t\t\tif ( value === \"show\" && dataShow && dataShow[ prop ] !== undefined ) {\n\t\t\t\t\thidden = true;\n\t\t\t\t} else {\n\t\t\t\t\tcontinue;\n\t\t\t\t}\n\t\t\t}\n\t\t\torig[ prop ] = dataShow && dataShow[ prop ] || jQuery.style( elem, prop );\n\n\t\t// Any non-fx value stops us from restoring the original display value\n\t\t} else {\n\t\t\tdisplay = undefined;\n\t\t}\n\t}\n\n\tif ( !jQuery.isEmptyObject( orig ) ) {\n\t\tif ( dataShow ) {\n\t\t\tif ( \"hidden\" in dataShow ) {\n\t\t\t\thidden = dataShow.hidden;\n\t\t\t}\n\t\t} else {\n\t\t\tdataShow = dataPriv.access( elem, \"fxshow\", {} );\n\t\t}\n\n\t\t// Store state if its toggle - enables .stop().toggle() to \"reverse\"\n\t\tif ( toggle ) {\n\t\t\tdataShow.hidden = !hidden;\n\t\t}\n\t\tif ( hidden ) {\n\t\t\tjQuery( elem ).show();\n\t\t} else {\n\t\t\tanim.done( function() {\n\t\t\t\tjQuery( elem ).hide();\n\t\t\t} );\n\t\t}\n\t\tanim.done( function() {\n\t\t\tvar prop;\n\n\t\t\tdataPriv.remove( elem, \"fxshow\" );\n\t\t\tfor ( prop in orig ) {\n\t\t\t\tjQuery.style( elem, prop, orig[ prop ] );\n\t\t\t}\n\t\t} );\n\t\tfor ( prop in orig ) {\n\t\t\ttween = createTween( hidden ? dataShow[ prop ] : 0, prop, anim );\n\n\t\t\tif ( !( prop in dataShow ) ) {\n\t\t\t\tdataShow[ prop ] = tween.start;\n\t\t\t\tif ( hidden ) {\n\t\t\t\t\ttween.end = tween.start;\n\t\t\t\t\ttween.start = prop === \"width\" || prop === \"height\" ? 1 : 0;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t// If this is a noop like .hide().hide(), restore an overwritten display value\n\t} else if ( ( display === \"none\" ? defaultDisplay( elem.nodeName ) : display ) === \"inline\" ) {\n\t\tstyle.display = display;\n\t}\n}\n\nfunction propFilter( props, specialEasing ) {\n\tvar index, name, easing, value, hooks;\n\n\t// camelCase, specialEasing and expand cssHook pass\n\tfor ( index in props ) {\n\t\tname = jQuery.camelCase( index );\n\t\teasing = specialEasing[ name ];\n\t\tvalue = props[ index ];\n\t\tif ( jQuery.isArray( value ) ) {\n\t\t\teasing = value[ 1 ];\n\t\t\tvalue = props[ index ] = value[ 0 ];\n\t\t}\n\n\t\tif ( index !== name ) {\n\t\t\tprops[ name ] = value;\n\t\t\tdelete props[ index ];\n\t\t}\n\n\t\thooks = jQuery.cssHooks[ name ];\n\t\tif ( hooks && \"expand\" in hooks ) {\n\t\t\tvalue = hooks.expand( value );\n\t\t\tdelete props[ name ];\n\n\t\t\t// Not quite $.extend, this won't overwrite existing keys.\n\t\t\t// Reusing 'index' because we have the correct \"name\"\n\t\t\tfor ( index in value ) {\n\t\t\t\tif ( !( index in props ) ) {\n\t\t\t\t\tprops[ index ] = value[ index ];\n\t\t\t\t\tspecialEasing[ index ] = easing;\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\tspecialEasing[ name ] = easing;\n\t\t}\n\t}\n}\n\nfunction Animation( elem, properties, options ) {\n\tvar result,\n\t\tstopped,\n\t\tindex = 0,\n\t\tlength = Animation.prefilters.length,\n\t\tdeferred = jQuery.Deferred().always( function() {\n\n\t\t\t// Don't match elem in the :animated selector\n\t\t\tdelete tick.elem;\n\t\t} ),\n\t\ttick = function() {\n\t\t\tif ( stopped ) {\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\tvar currentTime = fxNow || createFxNow(),\n\t\t\t\tremaining = Math.max( 0, animation.startTime + animation.duration - currentTime ),\n\n\t\t\t\t// Support: Android 2.3\n\t\t\t\t// Archaic crash bug won't allow us to use `1 - ( 0.5 || 0 )` (#12497)\n\t\t\t\ttemp = remaining / animation.duration || 0,\n\t\t\t\tpercent = 1 - temp,\n\t\t\t\tindex = 0,\n\t\t\t\tlength = animation.tweens.length;\n\n\t\t\tfor ( ; index < length ; index++ ) {\n\t\t\t\tanimation.tweens[ index ].run( percent );\n\t\t\t}\n\n\t\t\tdeferred.notifyWith( elem, [ animation, percent, remaining ] );\n\n\t\t\tif ( percent < 1 && length ) {\n\t\t\t\treturn remaining;\n\t\t\t} else {\n\t\t\t\tdeferred.resolveWith( elem, [ animation ] );\n\t\t\t\treturn false;\n\t\t\t}\n\t\t},\n\t\tanimation = deferred.promise( {\n\t\t\telem: elem,\n\t\t\tprops: jQuery.extend( {}, properties ),\n\t\t\topts: jQuery.extend( true, {\n\t\t\t\tspecialEasing: {},\n\t\t\t\teasing: jQuery.easing._default\n\t\t\t}, options ),\n\t\t\toriginalProperties: properties,\n\t\t\toriginalOptions: options,\n\t\t\tstartTime: fxNow || createFxNow(),\n\t\t\tduration: options.duration,\n\t\t\ttweens: [],\n\t\t\tcreateTween: function( prop, end ) {\n\t\t\t\tvar tween = jQuery.Tween( elem, animation.opts, prop, end,\n\t\t\t\t\t\tanimation.opts.specialEasing[ prop ] || animation.opts.easing );\n\t\t\t\tanimation.tweens.push( tween );\n\t\t\t\treturn tween;\n\t\t\t},\n\t\t\tstop: function( gotoEnd ) {\n\t\t\t\tvar index = 0,\n\n\t\t\t\t\t// If we are going to the end, we want to run all the tweens\n\t\t\t\t\t// otherwise we skip this part\n\t\t\t\t\tlength = gotoEnd ? animation.tweens.length : 0;\n\t\t\t\tif ( stopped ) {\n\t\t\t\t\treturn this;\n\t\t\t\t}\n\t\t\t\tstopped = true;\n\t\t\t\tfor ( ; index < length ; index++ ) {\n\t\t\t\t\tanimation.tweens[ index ].run( 1 );\n\t\t\t\t}\n\n\t\t\t\t// Resolve when we played the last frame; otherwise, reject\n\t\t\t\tif ( gotoEnd ) {\n\t\t\t\t\tdeferred.notifyWith( elem, [ animation, 1, 0 ] );\n\t\t\t\t\tdeferred.resolveWith( elem, [ animation, gotoEnd ] );\n\t\t\t\t} else {\n\t\t\t\t\tdeferred.rejectWith( elem, [ animation, gotoEnd ] );\n\t\t\t\t}\n\t\t\t\treturn this;\n\t\t\t}\n\t\t} ),\n\t\tprops = animation.props;\n\n\tpropFilter( props, animation.opts.specialEasing );\n\n\tfor ( ; index < length ; index++ ) {\n\t\tresult = Animation.prefilters[ index ].call( animation, elem, props, animation.opts );\n\t\tif ( result ) {\n\t\t\tif ( jQuery.isFunction( result.stop ) ) {\n\t\t\t\tjQuery._queueHooks( animation.elem, animation.opts.queue ).stop =\n\t\t\t\t\tjQuery.proxy( result.stop, result );\n\t\t\t}\n\t\t\treturn result;\n\t\t}\n\t}\n\n\tjQuery.map( props, createTween, animation );\n\n\tif ( jQuery.isFunction( animation.opts.start ) ) {\n\t\tanimation.opts.start.call( elem, animation );\n\t}\n\n\tjQuery.fx.timer(\n\t\tjQuery.extend( tick, {\n\t\t\telem: elem,\n\t\t\tanim: animation,\n\t\t\tqueue: animation.opts.queue\n\t\t} )\n\t);\n\n\t// attach callbacks from options\n\treturn animation.progress( animation.opts.progress )\n\t\t.done( animation.opts.done, animation.opts.complete )\n\t\t.fail( animation.opts.fail )\n\t\t.always( animation.opts.always );\n}\n\njQuery.Animation = jQuery.extend( Animation, {\n\ttweeners: {\n\t\t\"*\": [ function( prop, value ) {\n\t\t\tvar tween = this.createTween( prop, value );\n\t\t\tadjustCSS( tween.elem, prop, rcssNum.exec( value ), tween );\n\t\t\treturn tween;\n\t\t} ]\n\t},\n\n\ttweener: function( props, callback ) {\n\t\tif ( jQuery.isFunction( props ) ) {\n\t\t\tcallback = props;\n\t\t\tprops = [ \"*\" ];\n\t\t} else {\n\t\t\tprops = props.match( rnotwhite );\n\t\t}\n\n\t\tvar prop,\n\t\t\tindex = 0,\n\t\t\tlength = props.length;\n\n\t\tfor ( ; index < length ; index++ ) {\n\t\t\tprop = props[ index ];\n\t\t\tAnimation.tweeners[ prop ] = Animation.tweeners[ prop ] || [];\n\t\t\tAnimation.tweeners[ prop ].unshift( callback );\n\t\t}\n\t},\n\n\tprefilters: [ defaultPrefilter ],\n\n\tprefilter: function( callback, prepend ) {\n\t\tif ( prepend ) {\n\t\t\tAnimation.prefilters.unshift( callback );\n\t\t} else {\n\t\t\tAnimation.prefilters.push( callback );\n\t\t}\n\t}\n} );\n\njQuery.speed = function( speed, easing, fn ) {\n\tvar opt = speed && typeof speed === \"object\" ? jQuery.extend( {}, speed ) : {\n\t\tcomplete: fn || !fn && easing ||\n\t\t\tjQuery.isFunction( speed ) && speed,\n\t\tduration: speed,\n\t\teasing: fn && easing || easing && !jQuery.isFunction( easing ) && easing\n\t};\n\n\topt.duration = jQuery.fx.off ? 0 : typeof opt.duration === \"number\" ?\n\t\topt.duration : opt.duration in jQuery.fx.speeds ?\n\t\t\tjQuery.fx.speeds[ opt.duration ] : jQuery.fx.speeds._default;\n\n\t// Normalize opt.queue - true/undefined/null -> \"fx\"\n\tif ( opt.queue == null || opt.queue === true ) {\n\t\topt.queue = \"fx\";\n\t}\n\n\t// Queueing\n\topt.old = opt.complete;\n\n\topt.complete = function() {\n\t\tif ( jQuery.isFunction( opt.old ) ) {\n\t\t\topt.old.call( this );\n\t\t}\n\n\t\tif ( opt.queue ) {\n\t\t\tjQuery.dequeue( this, opt.queue );\n\t\t}\n\t};\n\n\treturn opt;\n};\n\njQuery.fn.extend( {\n\tfadeTo: function( speed, to, easing, callback ) {\n\n\t\t// Show any hidden elements after setting opacity to 0\n\t\treturn this.filter( isHidden ).css( \"opacity\", 0 ).show()\n\n\t\t\t// Animate to the value specified\n\t\t\t.end().animate( { opacity: to }, speed, easing, callback );\n\t},\n\tanimate: function( prop, speed, easing, callback ) {\n\t\tvar empty = jQuery.isEmptyObject( prop ),\n\t\t\toptall = jQuery.speed( speed, easing, callback ),\n\t\t\tdoAnimation = function() {\n\n\t\t\t\t// Operate on a copy of prop so per-property easing won't be lost\n\t\t\t\tvar anim = Animation( this, jQuery.extend( {}, prop ), optall );\n\n\t\t\t\t// Empty animations, or finishing resolves immediately\n\t\t\t\tif ( empty || dataPriv.get( this, \"finish\" ) ) {\n\t\t\t\t\tanim.stop( true );\n\t\t\t\t}\n\t\t\t};\n\t\t\tdoAnimation.finish = doAnimation;\n\n\t\treturn empty || optall.queue === false ?\n\t\t\tthis.each( doAnimation ) :\n\t\t\tthis.queue( optall.queue, doAnimation );\n\t},\n\tstop: function( type, clearQueue, gotoEnd ) {\n\t\tvar stopQueue = function( hooks ) {\n\t\t\tvar stop = hooks.stop;\n\t\t\tdelete hooks.stop;\n\t\t\tstop( gotoEnd );\n\t\t};\n\n\t\tif ( typeof type !== \"string\" ) {\n\t\t\tgotoEnd = clearQueue;\n\t\t\tclearQueue = type;\n\t\t\ttype = undefined;\n\t\t}\n\t\tif ( clearQueue && type !== false ) {\n\t\t\tthis.queue( type || \"fx\", [] );\n\t\t}\n\n\t\treturn this.each( function() {\n\t\t\tvar dequeue = true,\n\t\t\t\tindex = type != null && type + \"queueHooks\",\n\t\t\t\ttimers = jQuery.timers,\n\t\t\t\tdata = dataPriv.get( this );\n\n\t\t\tif ( index ) {\n\t\t\t\tif ( data[ index ] && data[ index ].stop ) {\n\t\t\t\t\tstopQueue( data[ index ] );\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tfor ( index in data ) {\n\t\t\t\t\tif ( data[ index ] && data[ index ].stop && rrun.test( index ) ) {\n\t\t\t\t\t\tstopQueue( data[ index ] );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tfor ( index = timers.length; index--; ) {\n\t\t\t\tif ( timers[ index ].elem === this &&\n\t\t\t\t\t( type == null || timers[ index ].queue === type ) ) {\n\n\t\t\t\t\ttimers[ index ].anim.stop( gotoEnd );\n\t\t\t\t\tdequeue = false;\n\t\t\t\t\ttimers.splice( index, 1 );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Start the next in the queue if the last step wasn't forced.\n\t\t\t// Timers currently will call their complete callbacks, which\n\t\t\t// will dequeue but only if they were gotoEnd.\n\t\t\tif ( dequeue || !gotoEnd ) {\n\t\t\t\tjQuery.dequeue( this, type );\n\t\t\t}\n\t\t} );\n\t},\n\tfinish: function( type ) {\n\t\tif ( type !== false ) {\n\t\t\ttype = type || \"fx\";\n\t\t}\n\t\treturn this.each( function() {\n\t\t\tvar index,\n\t\t\t\tdata = dataPriv.get( this ),\n\t\t\t\tqueue = data[ type + \"queue\" ],\n\t\t\t\thooks = data[ type + \"queueHooks\" ],\n\t\t\t\ttimers = jQuery.timers,\n\t\t\t\tlength = queue ? queue.length : 0;\n\n\t\t\t// Enable finishing flag on private data\n\t\t\tdata.finish = true;\n\n\t\t\t// Empty the queue first\n\t\t\tjQuery.queue( this, type, [] );\n\n\t\t\tif ( hooks && hooks.stop ) {\n\t\t\t\thooks.stop.call( this, true );\n\t\t\t}\n\n\t\t\t// Look for any active animations, and finish them\n\t\t\tfor ( index = timers.length; index--; ) {\n\t\t\t\tif ( timers[ index ].elem === this && timers[ index ].queue === type ) {\n\t\t\t\t\ttimers[ index ].anim.stop( true );\n\t\t\t\t\ttimers.splice( index, 1 );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Look for any animations in the old queue and finish them\n\t\t\tfor ( index = 0; index < length; index++ ) {\n\t\t\t\tif ( queue[ index ] && queue[ index ].finish ) {\n\t\t\t\t\tqueue[ index ].finish.call( this );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Turn off finishing flag\n\t\t\tdelete data.finish;\n\t\t} );\n\t}\n} );\n\njQuery.each( [ \"toggle\", \"show\", \"hide\" ], function( i, name ) {\n\tvar cssFn = jQuery.fn[ name ];\n\tjQuery.fn[ name ] = function( speed, easing, callback ) {\n\t\treturn speed == null || typeof speed === \"boolean\" ?\n\t\t\tcssFn.apply( this, arguments ) :\n\t\t\tthis.animate( genFx( name, true ), speed, easing, callback );\n\t};\n} );\n\n// Generate shortcuts for custom animations\njQuery.each( {\n\tslideDown: genFx( \"show\" ),\n\tslideUp: genFx( \"hide\" ),\n\tslideToggle: genFx( \"toggle\" ),\n\tfadeIn: { opacity: \"show\" },\n\tfadeOut: { opacity: \"hide\" },\n\tfadeToggle: { opacity: \"toggle\" }\n}, function( name, props ) {\n\tjQuery.fn[ name ] = function( speed, easing, callback ) {\n\t\treturn this.animate( props, speed, easing, callback );\n\t};\n} );\n\njQuery.timers = [];\njQuery.fx.tick = function() {\n\tvar timer,\n\t\ti = 0,\n\t\ttimers = jQuery.timers;\n\n\tfxNow = jQuery.now();\n\n\tfor ( ; i < timers.length; i++ ) {\n\t\ttimer = timers[ i ];\n\n\t\t// Checks the timer has not already been removed\n\t\tif ( !timer() && timers[ i ] === timer ) {\n\t\t\ttimers.splice( i--, 1 );\n\t\t}\n\t}\n\n\tif ( !timers.length ) {\n\t\tjQuery.fx.stop();\n\t}\n\tfxNow = undefined;\n};\n\njQuery.fx.timer = function( timer ) {\n\tjQuery.timers.push( timer );\n\tif ( timer() ) {\n\t\tjQuery.fx.start();\n\t} else {\n\t\tjQuery.timers.pop();\n\t}\n};\n\njQuery.fx.interval = 13;\njQuery.fx.start = function() {\n\tif ( !timerId ) {\n\t\ttimerId = window.setInterval( jQuery.fx.tick, jQuery.fx.interval );\n\t}\n};\n\njQuery.fx.stop = function() {\n\twindow.clearInterval( timerId );\n\n\ttimerId = null;\n};\n\njQuery.fx.speeds = {\n\tslow: 600,\n\tfast: 200,\n\n\t// Default speed\n\t_default: 400\n};\n\n\n// Based off of the plugin by Clint Helfers, with permission.\n// http://web.archive.org/web/20100324014747/http://blindsignals.com/index.php/2009/07/jquery-delay/\njQuery.fn.delay = function( time, type ) {\n\ttime = jQuery.fx ? jQuery.fx.speeds[ time ] || time : time;\n\ttype = type || \"fx\";\n\n\treturn this.queue( type, function( next, hooks ) {\n\t\tvar timeout = window.setTimeout( next, time );\n\t\thooks.stop = function() {\n\t\t\twindow.clearTimeout( timeout );\n\t\t};\n\t} );\n};\n\n\n( function() {\n\tvar input = document.createElement( \"input\" ),\n\t\tselect = document.createElement( \"select\" ),\n\t\topt = select.appendChild( document.createElement( \"option\" ) );\n\n\tinput.type = \"checkbox\";\n\n\t// Support: iOS<=5.1, Android<=4.2+\n\t// Default value for a checkbox should be \"on\"\n\tsupport.checkOn = input.value !== \"\";\n\n\t// Support: IE<=11+\n\t// Must access selectedIndex to make default options select\n\tsupport.optSelected = opt.selected;\n\n\t// Support: Android<=2.3\n\t// Options inside disabled selects are incorrectly marked as disabled\n\tselect.disabled = true;\n\tsupport.optDisabled = !opt.disabled;\n\n\t// Support: IE<=11+\n\t// An input loses its value after becoming a radio\n\tinput = document.createElement( \"input\" );\n\tinput.value = \"t\";\n\tinput.type = \"radio\";\n\tsupport.radioValue = input.value === \"t\";\n} )();\n\n\nvar boolHook,\n\tattrHandle = jQuery.expr.attrHandle;\n\njQuery.fn.extend( {\n\tattr: function( name, value ) {\n\t\treturn access( this, jQuery.attr, name, value, arguments.length > 1 );\n\t},\n\n\tremoveAttr: function( name ) {\n\t\treturn this.each( function() {\n\t\t\tjQuery.removeAttr( this, name );\n\t\t} );\n\t}\n} );\n\njQuery.extend( {\n\tattr: function( elem, name, value ) {\n\t\tvar ret, hooks,\n\t\t\tnType = elem.nodeType;\n\n\t\t// Don't get/set attributes on text, comment and attribute nodes\n\t\tif ( nType === 3 || nType === 8 || nType === 2 ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Fallback to prop when attributes are not supported\n\t\tif ( typeof elem.getAttribute === \"undefined\" ) {\n\t\t\treturn jQuery.prop( elem, name, value );\n\t\t}\n\n\t\t// All attributes are lowercase\n\t\t// Grab necessary hook if one is defined\n\t\tif ( nType !== 1 || !jQuery.isXMLDoc( elem ) ) {\n\t\t\tname = name.toLowerCase();\n\t\t\thooks = jQuery.attrHooks[ name ] ||\n\t\t\t\t( jQuery.expr.match.bool.test( name ) ? boolHook : undefined );\n\t\t}\n\n\t\tif ( value !== undefined ) {\n\t\t\tif ( value === null ) {\n\t\t\t\tjQuery.removeAttr( elem, name );\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\tif ( hooks && \"set\" in hooks &&\n\t\t\t\t( ret = hooks.set( elem, value, name ) ) !== undefined ) {\n\t\t\t\treturn ret;\n\t\t\t}\n\n\t\t\telem.setAttribute( name, value + \"\" );\n\t\t\treturn value;\n\t\t}\n\n\t\tif ( hooks && \"get\" in hooks && ( ret = hooks.get( elem, name ) ) !== null ) {\n\t\t\treturn ret;\n\t\t}\n\n\t\tret = jQuery.find.attr( elem, name );\n\n\t\t// Non-existent attributes return null, we normalize to undefined\n\t\treturn ret == null ? undefined : ret;\n\t},\n\n\tattrHooks: {\n\t\ttype: {\n\t\t\tset: function( elem, value ) {\n\t\t\t\tif ( !support.radioValue && value === \"radio\" &&\n\t\t\t\t\tjQuery.nodeName( elem, \"input\" ) ) {\n\t\t\t\t\tvar val = elem.value;\n\t\t\t\t\telem.setAttribute( \"type\", value );\n\t\t\t\t\tif ( val ) {\n\t\t\t\t\t\telem.value = val;\n\t\t\t\t\t}\n\t\t\t\t\treturn value;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t},\n\n\tremoveAttr: function( elem, value ) {\n\t\tvar name, propName,\n\t\t\ti = 0,\n\t\t\tattrNames = value && value.match( rnotwhite );\n\n\t\tif ( attrNames && elem.nodeType === 1 ) {\n\t\t\twhile ( ( name = attrNames[ i++ ] ) ) {\n\t\t\t\tpropName = jQuery.propFix[ name ] || name;\n\n\t\t\t\t// Boolean attributes get special treatment (#10870)\n\t\t\t\tif ( jQuery.expr.match.bool.test( name ) ) {\n\n\t\t\t\t\t// Set corresponding property to false\n\t\t\t\t\telem[ propName ] = false;\n\t\t\t\t}\n\n\t\t\t\telem.removeAttribute( name );\n\t\t\t}\n\t\t}\n\t}\n} );\n\n// Hooks for boolean attributes\nboolHook = {\n\tset: function( elem, value, name ) {\n\t\tif ( value === false ) {\n\n\t\t\t// Remove boolean attributes when set to false\n\t\t\tjQuery.removeAttr( elem, name );\n\t\t} else {\n\t\t\telem.setAttribute( name, name );\n\t\t}\n\t\treturn name;\n\t}\n};\njQuery.each( jQuery.expr.match.bool.source.match( /\\w+/g ), function( i, name ) {\n\tvar getter = attrHandle[ name ] || jQuery.find.attr;\n\n\tattrHandle[ name ] = function( elem, name, isXML ) {\n\t\tvar ret, handle;\n\t\tif ( !isXML ) {\n\n\t\t\t// Avoid an infinite loop by temporarily removing this function from the getter\n\t\t\thandle = attrHandle[ name ];\n\t\t\tattrHandle[ name ] = ret;\n\t\t\tret = getter( elem, name, isXML ) != null ?\n\t\t\t\tname.toLowerCase() :\n\t\t\t\tnull;\n\t\t\tattrHandle[ name ] = handle;\n\t\t}\n\t\treturn ret;\n\t};\n} );\n\n\n\n\nvar rfocusable = /^(?:input|select|textarea|button)$/i,\n\trclickable = /^(?:a|area)$/i;\n\njQuery.fn.extend( {\n\tprop: function( name, value ) {\n\t\treturn access( this, jQuery.prop, name, value, arguments.length > 1 );\n\t},\n\n\tremoveProp: function( name ) {\n\t\treturn this.each( function() {\n\t\t\tdelete this[ jQuery.propFix[ name ] || name ];\n\t\t} );\n\t}\n} );\n\njQuery.extend( {\n\tprop: function( elem, name, value ) {\n\t\tvar ret, hooks,\n\t\t\tnType = elem.nodeType;\n\n\t\t// Don't get/set properties on text, comment and attribute nodes\n\t\tif ( nType === 3 || nType === 8 || nType === 2 ) {\n\t\t\treturn;\n\t\t}\n\n\t\tif ( nType !== 1 || !jQuery.isXMLDoc( elem ) ) {\n\n\t\t\t// Fix name and attach hooks\n\t\t\tname = jQuery.propFix[ name ] || name;\n\t\t\thooks = jQuery.propHooks[ name ];\n\t\t}\n\n\t\tif ( value !== undefined ) {\n\t\t\tif ( hooks && \"set\" in hooks &&\n\t\t\t\t( ret = hooks.set( elem, value, name ) ) !== undefined ) {\n\t\t\t\treturn ret;\n\t\t\t}\n\n\t\t\treturn ( elem[ name ] = value );\n\t\t}\n\n\t\tif ( hooks && \"get\" in hooks && ( ret = hooks.get( elem, name ) ) !== null ) {\n\t\t\treturn ret;\n\t\t}\n\n\t\treturn elem[ name ];\n\t},\n\n\tpropHooks: {\n\t\ttabIndex: {\n\t\t\tget: function( elem ) {\n\n\t\t\t\t// elem.tabIndex doesn't always return the\n\t\t\t\t// correct value when it hasn't been explicitly set\n\t\t\t\t// http://fluidproject.org/blog/2008/01/09/getting-setting-and-removing-tabindex-values-with-javascript/\n\t\t\t\t// Use proper attribute retrieval(#12072)\n\t\t\t\tvar tabindex = jQuery.find.attr( elem, \"tabindex\" );\n\n\t\t\t\treturn tabindex ?\n\t\t\t\t\tparseInt( tabindex, 10 ) :\n\t\t\t\t\trfocusable.test( elem.nodeName ) ||\n\t\t\t\t\t\trclickable.test( elem.nodeName ) && elem.href ?\n\t\t\t\t\t\t\t0 :\n\t\t\t\t\t\t\t-1;\n\t\t\t}\n\t\t}\n\t},\n\n\tpropFix: {\n\t\t\"for\": \"htmlFor\",\n\t\t\"class\": \"className\"\n\t}\n} );\n\n// Support: IE <=11 only\n// Accessing the selectedIndex property\n// forces the browser to respect setting selected\n// on the option\n// The getter ensures a default option is selected\n// when in an optgroup\nif ( !support.optSelected ) {\n\tjQuery.propHooks.selected = {\n\t\tget: function( elem ) {\n\t\t\tvar parent = elem.parentNode;\n\t\t\tif ( parent && parent.parentNode ) {\n\t\t\t\tparent.parentNode.selectedIndex;\n\t\t\t}\n\t\t\treturn null;\n\t\t},\n\t\tset: function( elem ) {\n\t\t\tvar parent = elem.parentNode;\n\t\t\tif ( parent ) {\n\t\t\t\tparent.selectedIndex;\n\n\t\t\t\tif ( parent.parentNode ) {\n\t\t\t\t\tparent.parentNode.selectedIndex;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n}\n\njQuery.each( [\n\t\"tabIndex\",\n\t\"readOnly\",\n\t\"maxLength\",\n\t\"cellSpacing\",\n\t\"cellPadding\",\n\t\"rowSpan\",\n\t\"colSpan\",\n\t\"useMap\",\n\t\"frameBorder\",\n\t\"contentEditable\"\n], function() {\n\tjQuery.propFix[ this.toLowerCase() ] = this;\n} );\n\n\n\n\nvar rclass = /[\\t\\r\\n\\f]/g;\n\nfunction getClass( elem ) {\n\treturn elem.getAttribute && elem.getAttribute( \"class\" ) || \"\";\n}\n\njQuery.fn.extend( {\n\taddClass: function( value ) {\n\t\tvar classes, elem, cur, curValue, clazz, j, finalValue,\n\t\t\ti = 0;\n\n\t\tif ( jQuery.isFunction( value ) ) {\n\t\t\treturn this.each( function( j ) {\n\t\t\t\tjQuery( this ).addClass( value.call( this, j, getClass( this ) ) );\n\t\t\t} );\n\t\t}\n\n\t\tif ( typeof value === \"string\" && value ) {\n\t\t\tclasses = value.match( rnotwhite ) || [];\n\n\t\t\twhile ( ( elem = this[ i++ ] ) ) {\n\t\t\t\tcurValue = getClass( elem );\n\t\t\t\tcur = elem.nodeType === 1 &&\n\t\t\t\t\t( \" \" + curValue + \" \" ).replace( rclass, \" \" );\n\n\t\t\t\tif ( cur ) {\n\t\t\t\t\tj = 0;\n\t\t\t\t\twhile ( ( clazz = classes[ j++ ] ) ) {\n\t\t\t\t\t\tif ( cur.indexOf( \" \" + clazz + \" \" ) < 0 ) {\n\t\t\t\t\t\t\tcur += clazz + \" \";\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\t// Only assign if different to avoid unneeded rendering.\n\t\t\t\t\tfinalValue = jQuery.trim( cur );\n\t\t\t\t\tif ( curValue !== finalValue ) {\n\t\t\t\t\t\telem.setAttribute( \"class\", finalValue );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn this;\n\t},\n\n\tremoveClass: function( value ) {\n\t\tvar classes, elem, cur, curValue, clazz, j, finalValue,\n\t\t\ti = 0;\n\n\t\tif ( jQuery.isFunction( value ) ) {\n\t\t\treturn this.each( function( j ) {\n\t\t\t\tjQuery( this ).removeClass( value.call( this, j, getClass( this ) ) );\n\t\t\t} );\n\t\t}\n\n\t\tif ( !arguments.length ) {\n\t\t\treturn this.attr( \"class\", \"\" );\n\t\t}\n\n\t\tif ( typeof value === \"string\" && value ) {\n\t\t\tclasses = value.match( rnotwhite ) || [];\n\n\t\t\twhile ( ( elem = this[ i++ ] ) ) {\n\t\t\t\tcurValue = getClass( elem );\n\n\t\t\t\t// This expression is here for better compressibility (see addClass)\n\t\t\t\tcur = elem.nodeType === 1 &&\n\t\t\t\t\t( \" \" + curValue + \" \" ).replace( rclass, \" \" );\n\n\t\t\t\tif ( cur ) {\n\t\t\t\t\tj = 0;\n\t\t\t\t\twhile ( ( clazz = classes[ j++ ] ) ) {\n\n\t\t\t\t\t\t// Remove *all* instances\n\t\t\t\t\t\twhile ( cur.indexOf( \" \" + clazz + \" \" ) > -1 ) {\n\t\t\t\t\t\t\tcur = cur.replace( \" \" + clazz + \" \", \" \" );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\n\t\t\t\t\t// Only assign if different to avoid unneeded rendering.\n\t\t\t\t\tfinalValue = jQuery.trim( cur );\n\t\t\t\t\tif ( curValue !== finalValue ) {\n\t\t\t\t\t\telem.setAttribute( \"class\", finalValue );\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn this;\n\t},\n\n\ttoggleClass: function( value, stateVal ) {\n\t\tvar type = typeof value;\n\n\t\tif ( typeof stateVal === \"boolean\" && type === \"string\" ) {\n\t\t\treturn stateVal ? this.addClass( value ) : this.removeClass( value );\n\t\t}\n\n\t\tif ( jQuery.isFunction( value ) ) {\n\t\t\treturn this.each( function( i ) {\n\t\t\t\tjQuery( this ).toggleClass(\n\t\t\t\t\tvalue.call( this, i, getClass( this ), stateVal ),\n\t\t\t\t\tstateVal\n\t\t\t\t);\n\t\t\t} );\n\t\t}\n\n\t\treturn this.each( function() {\n\t\t\tvar className, i, self, classNames;\n\n\t\t\tif ( type === \"string\" ) {\n\n\t\t\t\t// Toggle individual class names\n\t\t\t\ti = 0;\n\t\t\t\tself = jQuery( this );\n\t\t\t\tclassNames = value.match( rnotwhite ) || [];\n\n\t\t\t\twhile ( ( className = classNames[ i++ ] ) ) {\n\n\t\t\t\t\t// Check each className given, space separated list\n\t\t\t\t\tif ( self.hasClass( className ) ) {\n\t\t\t\t\t\tself.removeClass( className );\n\t\t\t\t\t} else {\n\t\t\t\t\t\tself.addClass( className );\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t// Toggle whole class name\n\t\t\t} else if ( value === undefined || type === \"boolean\" ) {\n\t\t\t\tclassName = getClass( this );\n\t\t\t\tif ( className ) {\n\n\t\t\t\t\t// Store className if set\n\t\t\t\t\tdataPriv.set( this, \"__className__\", className );\n\t\t\t\t}\n\n\t\t\t\t// If the element has a class name or if we're passed `false`,\n\t\t\t\t// then remove the whole classname (if there was one, the above saved it).\n\t\t\t\t// Otherwise bring back whatever was previously saved (if anything),\n\t\t\t\t// falling back to the empty string if nothing was stored.\n\t\t\t\tif ( this.setAttribute ) {\n\t\t\t\t\tthis.setAttribute( \"class\",\n\t\t\t\t\t\tclassName || value === false ?\n\t\t\t\t\t\t\"\" :\n\t\t\t\t\t\tdataPriv.get( this, \"__className__\" ) || \"\"\n\t\t\t\t\t);\n\t\t\t\t}\n\t\t\t}\n\t\t} );\n\t},\n\n\thasClass: function( selector ) {\n\t\tvar className, elem,\n\t\t\ti = 0;\n\n\t\tclassName = \" \" + selector + \" \";\n\t\twhile ( ( elem = this[ i++ ] ) ) {\n\t\t\tif ( elem.nodeType === 1 &&\n\t\t\t\t( \" \" + getClass( elem ) + \" \" ).replace( rclass, \" \" )\n\t\t\t\t\t.indexOf( className ) > -1\n\t\t\t) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\n\t\treturn false;\n\t}\n} );\n\n\n\n\nvar rreturn = /\\r/g,\n\trspaces = /[\\x20\\t\\r\\n\\f]+/g;\n\njQuery.fn.extend( {\n\tval: function( value ) {\n\t\tvar hooks, ret, isFunction,\n\t\t\telem = this[ 0 ];\n\n\t\tif ( !arguments.length ) {\n\t\t\tif ( elem ) {\n\t\t\t\thooks = jQuery.valHooks[ elem.type ] ||\n\t\t\t\t\tjQuery.valHooks[ elem.nodeName.toLowerCase() ];\n\n\t\t\t\tif ( hooks &&\n\t\t\t\t\t\"get\" in hooks &&\n\t\t\t\t\t( ret = hooks.get( elem, \"value\" ) ) !== undefined\n\t\t\t\t) {\n\t\t\t\t\treturn ret;\n\t\t\t\t}\n\n\t\t\t\tret = elem.value;\n\n\t\t\t\treturn typeof ret === \"string\" ?\n\n\t\t\t\t\t// Handle most common string cases\n\t\t\t\t\tret.replace( rreturn, \"\" ) :\n\n\t\t\t\t\t// Handle cases where value is null/undef or number\n\t\t\t\t\tret == null ? \"\" : ret;\n\t\t\t}\n\n\t\t\treturn;\n\t\t}\n\n\t\tisFunction = jQuery.isFunction( value );\n\n\t\treturn this.each( function( i ) {\n\t\t\tvar val;\n\n\t\t\tif ( this.nodeType !== 1 ) {\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\tif ( isFunction ) {\n\t\t\t\tval = value.call( this, i, jQuery( this ).val() );\n\t\t\t} else {\n\t\t\t\tval = value;\n\t\t\t}\n\n\t\t\t// Treat null/undefined as \"\"; convert numbers to string\n\t\t\tif ( val == null ) {\n\t\t\t\tval = \"\";\n\n\t\t\t} else if ( typeof val === \"number\" ) {\n\t\t\t\tval += \"\";\n\n\t\t\t} else if ( jQuery.isArray( val ) ) {\n\t\t\t\tval = jQuery.map( val, function( value ) {\n\t\t\t\t\treturn value == null ? \"\" : value + \"\";\n\t\t\t\t} );\n\t\t\t}\n\n\t\t\thooks = jQuery.valHooks[ this.type ] || jQuery.valHooks[ this.nodeName.toLowerCase() ];\n\n\t\t\t// If set returns undefined, fall back to normal setting\n\t\t\tif ( !hooks || !( \"set\" in hooks ) || hooks.set( this, val, \"value\" ) === undefined ) {\n\t\t\t\tthis.value = val;\n\t\t\t}\n\t\t} );\n\t}\n} );\n\njQuery.extend( {\n\tvalHooks: {\n\t\toption: {\n\t\t\tget: function( elem ) {\n\n\t\t\t\tvar val = jQuery.find.attr( elem, \"value\" );\n\t\t\t\treturn val != null ?\n\t\t\t\t\tval :\n\n\t\t\t\t\t// Support: IE10-11+\n\t\t\t\t\t// option.text throws exceptions (#14686, #14858)\n\t\t\t\t\t// Strip and collapse whitespace\n\t\t\t\t\t// https://html.spec.whatwg.org/#strip-and-collapse-whitespace\n\t\t\t\t\tjQuery.trim( jQuery.text( elem ) ).replace( rspaces, \" \" );\n\t\t\t}\n\t\t},\n\t\tselect: {\n\t\t\tget: function( elem ) {\n\t\t\t\tvar value, option,\n\t\t\t\t\toptions = elem.options,\n\t\t\t\t\tindex = elem.selectedIndex,\n\t\t\t\t\tone = elem.type === \"select-one\" || index < 0,\n\t\t\t\t\tvalues = one ? null : [],\n\t\t\t\t\tmax = one ? index + 1 : options.length,\n\t\t\t\t\ti = index < 0 ?\n\t\t\t\t\t\tmax :\n\t\t\t\t\t\tone ? index : 0;\n\n\t\t\t\t// Loop through all the selected options\n\t\t\t\tfor ( ; i < max; i++ ) {\n\t\t\t\t\toption = options[ i ];\n\n\t\t\t\t\t// IE8-9 doesn't update selected after form reset (#2551)\n\t\t\t\t\tif ( ( option.selected || i === index ) &&\n\n\t\t\t\t\t\t\t// Don't return options that are disabled or in a disabled optgroup\n\t\t\t\t\t\t\t( support.optDisabled ?\n\t\t\t\t\t\t\t\t!option.disabled : option.getAttribute( \"disabled\" ) === null ) &&\n\t\t\t\t\t\t\t( !option.parentNode.disabled ||\n\t\t\t\t\t\t\t\t!jQuery.nodeName( option.parentNode, \"optgroup\" ) ) ) {\n\n\t\t\t\t\t\t// Get the specific value for the option\n\t\t\t\t\t\tvalue = jQuery( option ).val();\n\n\t\t\t\t\t\t// We don't need an array for one selects\n\t\t\t\t\t\tif ( one ) {\n\t\t\t\t\t\t\treturn value;\n\t\t\t\t\t\t}\n\n\t\t\t\t\t\t// Multi-Selects return an array\n\t\t\t\t\t\tvalues.push( value );\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\treturn values;\n\t\t\t},\n\n\t\t\tset: function( elem, value ) {\n\t\t\t\tvar optionSet, option,\n\t\t\t\t\toptions = elem.options,\n\t\t\t\t\tvalues = jQuery.makeArray( value ),\n\t\t\t\t\ti = options.length;\n\n\t\t\t\twhile ( i-- ) {\n\t\t\t\t\toption = options[ i ];\n\t\t\t\t\tif ( option.selected =\n\t\t\t\t\t\tjQuery.inArray( jQuery.valHooks.option.get( option ), values ) > -1\n\t\t\t\t\t) {\n\t\t\t\t\t\toptionSet = true;\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t// Force browsers to behave consistently when non-matching value is set\n\t\t\t\tif ( !optionSet ) {\n\t\t\t\t\telem.selectedIndex = -1;\n\t\t\t\t}\n\t\t\t\treturn values;\n\t\t\t}\n\t\t}\n\t}\n} );\n\n// Radios and checkboxes getter/setter\njQuery.each( [ \"radio\", \"checkbox\" ], function() {\n\tjQuery.valHooks[ this ] = {\n\t\tset: function( elem, value ) {\n\t\t\tif ( jQuery.isArray( value ) ) {\n\t\t\t\treturn ( elem.checked = jQuery.inArray( jQuery( elem ).val(), value ) > -1 );\n\t\t\t}\n\t\t}\n\t};\n\tif ( !support.checkOn ) {\n\t\tjQuery.valHooks[ this ].get = function( elem ) {\n\t\t\treturn elem.getAttribute( \"value\" ) === null ? \"on\" : elem.value;\n\t\t};\n\t}\n} );\n\n\n\n\n// Return jQuery for attributes-only inclusion\n\n\nvar rfocusMorph = /^(?:focusinfocus|focusoutblur)$/;\n\njQuery.extend( jQuery.event, {\n\n\ttrigger: function( event, data, elem, onlyHandlers ) {\n\n\t\tvar i, cur, tmp, bubbleType, ontype, handle, special,\n\t\t\teventPath = [ elem || document ],\n\t\t\ttype = hasOwn.call( event, \"type\" ) ? event.type : event,\n\t\t\tnamespaces = hasOwn.call( event, \"namespace\" ) ? event.namespace.split( \".\" ) : [];\n\n\t\tcur = tmp = elem = elem || document;\n\n\t\t// Don't do events on text and comment nodes\n\t\tif ( elem.nodeType === 3 || elem.nodeType === 8 ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// focus/blur morphs to focusin/out; ensure we're not firing them right now\n\t\tif ( rfocusMorph.test( type + jQuery.event.triggered ) ) {\n\t\t\treturn;\n\t\t}\n\n\t\tif ( type.indexOf( \".\" ) > -1 ) {\n\n\t\t\t// Namespaced trigger; create a regexp to match event type in handle()\n\t\t\tnamespaces = type.split( \".\" );\n\t\t\ttype = namespaces.shift();\n\t\t\tnamespaces.sort();\n\t\t}\n\t\tontype = type.indexOf( \":\" ) < 0 && \"on\" + type;\n\n\t\t// Caller can pass in a jQuery.Event object, Object, or just an event type string\n\t\tevent = event[ jQuery.expando ] ?\n\t\t\tevent :\n\t\t\tnew jQuery.Event( type, typeof event === \"object\" && event );\n\n\t\t// Trigger bitmask: & 1 for native handlers; & 2 for jQuery (always true)\n\t\tevent.isTrigger = onlyHandlers ? 2 : 3;\n\t\tevent.namespace = namespaces.join( \".\" );\n\t\tevent.rnamespace = event.namespace ?\n\t\t\tnew RegExp( \"(^|\\\\.)\" + namespaces.join( \"\\\\.(?:.*\\\\.|)\" ) + \"(\\\\.|$)\" ) :\n\t\t\tnull;\n\n\t\t// Clean up the event in case it is being reused\n\t\tevent.result = undefined;\n\t\tif ( !event.target ) {\n\t\t\tevent.target = elem;\n\t\t}\n\n\t\t// Clone any incoming data and prepend the event, creating the handler arg list\n\t\tdata = data == null ?\n\t\t\t[ event ] :\n\t\t\tjQuery.makeArray( data, [ event ] );\n\n\t\t// Allow special events to draw outside the lines\n\t\tspecial = jQuery.event.special[ type ] || {};\n\t\tif ( !onlyHandlers && special.trigger && special.trigger.apply( elem, data ) === false ) {\n\t\t\treturn;\n\t\t}\n\n\t\t// Determine event propagation path in advance, per W3C events spec (#9951)\n\t\t// Bubble up to document, then to window; watch for a global ownerDocument var (#9724)\n\t\tif ( !onlyHandlers && !special.noBubble && !jQuery.isWindow( elem ) ) {\n\n\t\t\tbubbleType = special.delegateType || type;\n\t\t\tif ( !rfocusMorph.test( bubbleType + type ) ) {\n\t\t\t\tcur = cur.parentNode;\n\t\t\t}\n\t\t\tfor ( ; cur; cur = cur.parentNode ) {\n\t\t\t\teventPath.push( cur );\n\t\t\t\ttmp = cur;\n\t\t\t}\n\n\t\t\t// Only add window if we got to document (e.g., not plain obj or detached DOM)\n\t\t\tif ( tmp === ( elem.ownerDocument || document ) ) {\n\t\t\t\teventPath.push( tmp.defaultView || tmp.parentWindow || window );\n\t\t\t}\n\t\t}\n\n\t\t// Fire handlers on the event path\n\t\ti = 0;\n\t\twhile ( ( cur = eventPath[ i++ ] ) && !event.isPropagationStopped() ) {\n\n\t\t\tevent.type = i > 1 ?\n\t\t\t\tbubbleType :\n\t\t\t\tspecial.bindType || type;\n\n\t\t\t// jQuery handler\n\t\t\thandle = ( dataPriv.get( cur, \"events\" ) || {} )[ event.type ] &&\n\t\t\t\tdataPriv.get( cur, \"handle\" );\n\t\t\tif ( handle ) {\n\t\t\t\thandle.apply( cur, data );\n\t\t\t}\n\n\t\t\t// Native handler\n\t\t\thandle = ontype && cur[ ontype ];\n\t\t\tif ( handle && handle.apply && acceptData( cur ) ) {\n\t\t\t\tevent.result = handle.apply( cur, data );\n\t\t\t\tif ( event.result === false ) {\n\t\t\t\t\tevent.preventDefault();\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tevent.type = type;\n\n\t\t// If nobody prevented the default action, do it now\n\t\tif ( !onlyHandlers && !event.isDefaultPrevented() ) {\n\n\t\t\tif ( ( !special._default ||\n\t\t\t\tspecial._default.apply( eventPath.pop(), data ) === false ) &&\n\t\t\t\tacceptData( elem ) ) {\n\n\t\t\t\t// Call a native DOM method on the target with the same name name as the event.\n\t\t\t\t// Don't do default actions on window, that's where global variables be (#6170)\n\t\t\t\tif ( ontype && jQuery.isFunction( elem[ type ] ) && !jQuery.isWindow( elem ) ) {\n\n\t\t\t\t\t// Don't re-trigger an onFOO event when we call its FOO() method\n\t\t\t\t\ttmp = elem[ ontype ];\n\n\t\t\t\t\tif ( tmp ) {\n\t\t\t\t\t\telem[ ontype ] = null;\n\t\t\t\t\t}\n\n\t\t\t\t\t// Prevent re-triggering of the same event, since we already bubbled it above\n\t\t\t\t\tjQuery.event.triggered = type;\n\t\t\t\t\telem[ type ]();\n\t\t\t\t\tjQuery.event.triggered = undefined;\n\n\t\t\t\t\tif ( tmp ) {\n\t\t\t\t\t\telem[ ontype ] = tmp;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn event.result;\n\t},\n\n\t// Piggyback on a donor event to simulate a different one\n\t// Used only for `focus(in | out)` events\n\tsimulate: function( type, elem, event ) {\n\t\tvar e = jQuery.extend(\n\t\t\tnew jQuery.Event(),\n\t\t\tevent,\n\t\t\t{\n\t\t\t\ttype: type,\n\t\t\t\tisSimulated: true\n\t\t\t}\n\t\t);\n\n\t\tjQuery.event.trigger( e, null, elem );\n\t}\n\n} );\n\njQuery.fn.extend( {\n\n\ttrigger: function( type, data ) {\n\t\treturn this.each( function() {\n\t\t\tjQuery.event.trigger( type, data, this );\n\t\t} );\n\t},\n\ttriggerHandler: function( type, data ) {\n\t\tvar elem = this[ 0 ];\n\t\tif ( elem ) {\n\t\t\treturn jQuery.event.trigger( type, data, elem, true );\n\t\t}\n\t}\n} );\n\n\njQuery.each( ( \"blur focus focusin focusout load resize scroll unload click dblclick \" +\n\t\"mousedown mouseup mousemove mouseover mouseout mouseenter mouseleave \" +\n\t\"change select submit keydown keypress keyup error contextmenu\" ).split( \" \" ),\n\tfunction( i, name ) {\n\n\t// Handle event binding\n\tjQuery.fn[ name ] = function( data, fn ) {\n\t\treturn arguments.length > 0 ?\n\t\t\tthis.on( name, null, data, fn ) :\n\t\t\tthis.trigger( name );\n\t};\n} );\n\njQuery.fn.extend( {\n\thover: function( fnOver, fnOut ) {\n\t\treturn this.mouseenter( fnOver ).mouseleave( fnOut || fnOver );\n\t}\n} );\n\n\n\n\nsupport.focusin = \"onfocusin\" in window;\n\n\n// Support: Firefox\n// Firefox doesn't have focus(in | out) events\n// Related ticket - https://bugzilla.mozilla.org/show_bug.cgi?id=687787\n//\n// Support: Chrome, Safari\n// focus(in | out) events fire after focus & blur events,\n// which is spec violation - http://www.w3.org/TR/DOM-Level-3-Events/#events-focusevent-event-order\n// Related ticket - https://code.google.com/p/chromium/issues/detail?id=449857\nif ( !support.focusin ) {\n\tjQuery.each( { focus: \"focusin\", blur: \"focusout\" }, function( orig, fix ) {\n\n\t\t// Attach a single capturing handler on the document while someone wants focusin/focusout\n\t\tvar handler = function( event ) {\n\t\t\tjQuery.event.simulate( fix, event.target, jQuery.event.fix( event ) );\n\t\t};\n\n\t\tjQuery.event.special[ fix ] = {\n\t\t\tsetup: function() {\n\t\t\t\tvar doc = this.ownerDocument || this,\n\t\t\t\t\tattaches = dataPriv.access( doc, fix );\n\n\t\t\t\tif ( !attaches ) {\n\t\t\t\t\tdoc.addEventListener( orig, handler, true );\n\t\t\t\t}\n\t\t\t\tdataPriv.access( doc, fix, ( attaches || 0 ) + 1 );\n\t\t\t},\n\t\t\tteardown: function() {\n\t\t\t\tvar doc = this.ownerDocument || this,\n\t\t\t\t\tattaches = dataPriv.access( doc, fix ) - 1;\n\n\t\t\t\tif ( !attaches ) {\n\t\t\t\t\tdoc.removeEventListener( orig, handler, true );\n\t\t\t\t\tdataPriv.remove( doc, fix );\n\n\t\t\t\t} else {\n\t\t\t\t\tdataPriv.access( doc, fix, attaches );\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t} );\n}\nvar location = window.location;\n\nvar nonce = jQuery.now();\n\nvar rquery = ( /\\?/ );\n\n\n\n// Support: Android 2.3\n// Workaround failure to string-cast null input\njQuery.parseJSON = function( data ) {\n\treturn JSON.parse( data + \"\" );\n};\n\n\n// Cross-browser xml parsing\njQuery.parseXML = function( data ) {\n\tvar xml;\n\tif ( !data || typeof data !== \"string\" ) {\n\t\treturn null;\n\t}\n\n\t// Support: IE9\n\ttry {\n\t\txml = ( new window.DOMParser() ).parseFromString( data, \"text/xml\" );\n\t} catch ( e ) {\n\t\txml = undefined;\n\t}\n\n\tif ( !xml || xml.getElementsByTagName( \"parsererror\" ).length ) {\n\t\tjQuery.error( \"Invalid XML: \" + data );\n\t}\n\treturn xml;\n};\n\n\nvar\n\trhash = /#.*$/,\n\trts = /([?&])_=[^&]*/,\n\trheaders = /^(.*?):[ \\t]*([^\\r\\n]*)$/mg,\n\n\t// #7653, #8125, #8152: local protocol detection\n\trlocalProtocol = /^(?:about|app|app-storage|.+-extension|file|res|widget):$/,\n\trnoContent = /^(?:GET|HEAD)$/,\n\trprotocol = /^\\/\\//,\n\n\t/* Prefilters\n\t * 1) They are useful to introduce custom dataTypes (see ajax/jsonp.js for an example)\n\t * 2) These are called:\n\t *    - BEFORE asking for a transport\n\t *    - AFTER param serialization (s.data is a string if s.processData is true)\n\t * 3) key is the dataType\n\t * 4) the catchall symbol \"*\" can be used\n\t * 5) execution will start with transport dataType and THEN continue down to \"*\" if needed\n\t */\n\tprefilters = {},\n\n\t/* Transports bindings\n\t * 1) key is the dataType\n\t * 2) the catchall symbol \"*\" can be used\n\t * 3) selection will start with transport dataType and THEN go to \"*\" if needed\n\t */\n\ttransports = {},\n\n\t// Avoid comment-prolog char sequence (#10098); must appease lint and evade compression\n\tallTypes = \"*/\".concat( \"*\" ),\n\n\t// Anchor tag for parsing the document origin\n\toriginAnchor = document.createElement( \"a\" );\n\toriginAnchor.href = location.href;\n\n// Base \"constructor\" for jQuery.ajaxPrefilter and jQuery.ajaxTransport\nfunction addToPrefiltersOrTransports( structure ) {\n\n\t// dataTypeExpression is optional and defaults to \"*\"\n\treturn function( dataTypeExpression, func ) {\n\n\t\tif ( typeof dataTypeExpression !== \"string\" ) {\n\t\t\tfunc = dataTypeExpression;\n\t\t\tdataTypeExpression = \"*\";\n\t\t}\n\n\t\tvar dataType,\n\t\t\ti = 0,\n\t\t\tdataTypes = dataTypeExpression.toLowerCase().match( rnotwhite ) || [];\n\n\t\tif ( jQuery.isFunction( func ) ) {\n\n\t\t\t// For each dataType in the dataTypeExpression\n\t\t\twhile ( ( dataType = dataTypes[ i++ ] ) ) {\n\n\t\t\t\t// Prepend if requested\n\t\t\t\tif ( dataType[ 0 ] === \"+\" ) {\n\t\t\t\t\tdataType = dataType.slice( 1 ) || \"*\";\n\t\t\t\t\t( structure[ dataType ] = structure[ dataType ] || [] ).unshift( func );\n\n\t\t\t\t// Otherwise append\n\t\t\t\t} else {\n\t\t\t\t\t( structure[ dataType ] = structure[ dataType ] || [] ).push( func );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n}\n\n// Base inspection function for prefilters and transports\nfunction inspectPrefiltersOrTransports( structure, options, originalOptions, jqXHR ) {\n\n\tvar inspected = {},\n\t\tseekingTransport = ( structure === transports );\n\n\tfunction inspect( dataType ) {\n\t\tvar selected;\n\t\tinspected[ dataType ] = true;\n\t\tjQuery.each( structure[ dataType ] || [], function( _, prefilterOrFactory ) {\n\t\t\tvar dataTypeOrTransport = prefilterOrFactory( options, originalOptions, jqXHR );\n\t\t\tif ( typeof dataTypeOrTransport === \"string\" &&\n\t\t\t\t!seekingTransport && !inspected[ dataTypeOrTransport ] ) {\n\n\t\t\t\toptions.dataTypes.unshift( dataTypeOrTransport );\n\t\t\t\tinspect( dataTypeOrTransport );\n\t\t\t\treturn false;\n\t\t\t} else if ( seekingTransport ) {\n\t\t\t\treturn !( selected = dataTypeOrTransport );\n\t\t\t}\n\t\t} );\n\t\treturn selected;\n\t}\n\n\treturn inspect( options.dataTypes[ 0 ] ) || !inspected[ \"*\" ] && inspect( \"*\" );\n}\n\n// A special extend for ajax options\n// that takes \"flat\" options (not to be deep extended)\n// Fixes #9887\nfunction ajaxExtend( target, src ) {\n\tvar key, deep,\n\t\tflatOptions = jQuery.ajaxSettings.flatOptions || {};\n\n\tfor ( key in src ) {\n\t\tif ( src[ key ] !== undefined ) {\n\t\t\t( flatOptions[ key ] ? target : ( deep || ( deep = {} ) ) )[ key ] = src[ key ];\n\t\t}\n\t}\n\tif ( deep ) {\n\t\tjQuery.extend( true, target, deep );\n\t}\n\n\treturn target;\n}\n\n/* Handles responses to an ajax request:\n * - finds the right dataType (mediates between content-type and expected dataType)\n * - returns the corresponding response\n */\nfunction ajaxHandleResponses( s, jqXHR, responses ) {\n\n\tvar ct, type, finalDataType, firstDataType,\n\t\tcontents = s.contents,\n\t\tdataTypes = s.dataTypes;\n\n\t// Remove auto dataType and get content-type in the process\n\twhile ( dataTypes[ 0 ] === \"*\" ) {\n\t\tdataTypes.shift();\n\t\tif ( ct === undefined ) {\n\t\t\tct = s.mimeType || jqXHR.getResponseHeader( \"Content-Type\" );\n\t\t}\n\t}\n\n\t// Check if we're dealing with a known content-type\n\tif ( ct ) {\n\t\tfor ( type in contents ) {\n\t\t\tif ( contents[ type ] && contents[ type ].test( ct ) ) {\n\t\t\t\tdataTypes.unshift( type );\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\n\t// Check to see if we have a response for the expected dataType\n\tif ( dataTypes[ 0 ] in responses ) {\n\t\tfinalDataType = dataTypes[ 0 ];\n\t} else {\n\n\t\t// Try convertible dataTypes\n\t\tfor ( type in responses ) {\n\t\t\tif ( !dataTypes[ 0 ] || s.converters[ type + \" \" + dataTypes[ 0 ] ] ) {\n\t\t\t\tfinalDataType = type;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif ( !firstDataType ) {\n\t\t\t\tfirstDataType = type;\n\t\t\t}\n\t\t}\n\n\t\t// Or just use first one\n\t\tfinalDataType = finalDataType || firstDataType;\n\t}\n\n\t// If we found a dataType\n\t// We add the dataType to the list if needed\n\t// and return the corresponding response\n\tif ( finalDataType ) {\n\t\tif ( finalDataType !== dataTypes[ 0 ] ) {\n\t\t\tdataTypes.unshift( finalDataType );\n\t\t}\n\t\treturn responses[ finalDataType ];\n\t}\n}\n\n/* Chain conversions given the request and the original response\n * Also sets the responseXXX fields on the jqXHR instance\n */\nfunction ajaxConvert( s, response, jqXHR, isSuccess ) {\n\tvar conv2, current, conv, tmp, prev,\n\t\tconverters = {},\n\n\t\t// Work with a copy of dataTypes in case we need to modify it for conversion\n\t\tdataTypes = s.dataTypes.slice();\n\n\t// Create converters map with lowercased keys\n\tif ( dataTypes[ 1 ] ) {\n\t\tfor ( conv in s.converters ) {\n\t\t\tconverters[ conv.toLowerCase() ] = s.converters[ conv ];\n\t\t}\n\t}\n\n\tcurrent = dataTypes.shift();\n\n\t// Convert to each sequential dataType\n\twhile ( current ) {\n\n\t\tif ( s.responseFields[ current ] ) {\n\t\t\tjqXHR[ s.responseFields[ current ] ] = response;\n\t\t}\n\n\t\t// Apply the dataFilter if provided\n\t\tif ( !prev && isSuccess && s.dataFilter ) {\n\t\t\tresponse = s.dataFilter( response, s.dataType );\n\t\t}\n\n\t\tprev = current;\n\t\tcurrent = dataTypes.shift();\n\n\t\tif ( current ) {\n\n\t\t// There's only work to do if current dataType is non-auto\n\t\t\tif ( current === \"*\" ) {\n\n\t\t\t\tcurrent = prev;\n\n\t\t\t// Convert response if prev dataType is non-auto and differs from current\n\t\t\t} else if ( prev !== \"*\" && prev !== current ) {\n\n\t\t\t\t// Seek a direct converter\n\t\t\t\tconv = converters[ prev + \" \" + current ] || converters[ \"* \" + current ];\n\n\t\t\t\t// If none found, seek a pair\n\t\t\t\tif ( !conv ) {\n\t\t\t\t\tfor ( conv2 in converters ) {\n\n\t\t\t\t\t\t// If conv2 outputs current\n\t\t\t\t\t\ttmp = conv2.split( \" \" );\n\t\t\t\t\t\tif ( tmp[ 1 ] === current ) {\n\n\t\t\t\t\t\t\t// If prev can be converted to accepted input\n\t\t\t\t\t\t\tconv = converters[ prev + \" \" + tmp[ 0 ] ] ||\n\t\t\t\t\t\t\t\tconverters[ \"* \" + tmp[ 0 ] ];\n\t\t\t\t\t\t\tif ( conv ) {\n\n\t\t\t\t\t\t\t\t// Condense equivalence converters\n\t\t\t\t\t\t\t\tif ( conv === true ) {\n\t\t\t\t\t\t\t\t\tconv = converters[ conv2 ];\n\n\t\t\t\t\t\t\t\t// Otherwise, insert the intermediate dataType\n\t\t\t\t\t\t\t\t} else if ( converters[ conv2 ] !== true ) {\n\t\t\t\t\t\t\t\t\tcurrent = tmp[ 0 ];\n\t\t\t\t\t\t\t\t\tdataTypes.unshift( tmp[ 1 ] );\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t\tbreak;\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t// Apply converter (if not an equivalence)\n\t\t\t\tif ( conv !== true ) {\n\n\t\t\t\t\t// Unless errors are allowed to bubble, catch and return them\n\t\t\t\t\tif ( conv && s.throws ) {\n\t\t\t\t\t\tresponse = conv( response );\n\t\t\t\t\t} else {\n\t\t\t\t\t\ttry {\n\t\t\t\t\t\t\tresponse = conv( response );\n\t\t\t\t\t\t} catch ( e ) {\n\t\t\t\t\t\t\treturn {\n\t\t\t\t\t\t\t\tstate: \"parsererror\",\n\t\t\t\t\t\t\t\terror: conv ? e : \"No conversion from \" + prev + \" to \" + current\n\t\t\t\t\t\t\t};\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\treturn { state: \"success\", data: response };\n}\n\njQuery.extend( {\n\n\t// Counter for holding the number of active queries\n\tactive: 0,\n\n\t// Last-Modified header cache for next request\n\tlastModified: {},\n\tetag: {},\n\n\tajaxSettings: {\n\t\turl: location.href,\n\t\ttype: \"GET\",\n\t\tisLocal: rlocalProtocol.test( location.protocol ),\n\t\tglobal: true,\n\t\tprocessData: true,\n\t\tasync: true,\n\t\tcontentType: \"application/x-www-form-urlencoded; charset=UTF-8\",\n\t\t/*\n\t\ttimeout: 0,\n\t\tdata: null,\n\t\tdataType: null,\n\t\tusername: null,\n\t\tpassword: null,\n\t\tcache: null,\n\t\tthrows: false,\n\t\ttraditional: false,\n\t\theaders: {},\n\t\t*/\n\n\t\taccepts: {\n\t\t\t\"*\": allTypes,\n\t\t\ttext: \"text/plain\",\n\t\t\thtml: \"text/html\",\n\t\t\txml: \"application/xml, text/xml\",\n\t\t\tjson: \"application/json, text/javascript\"\n\t\t},\n\n\t\tcontents: {\n\t\t\txml: /\\bxml\\b/,\n\t\t\thtml: /\\bhtml/,\n\t\t\tjson: /\\bjson\\b/\n\t\t},\n\n\t\tresponseFields: {\n\t\t\txml: \"responseXML\",\n\t\t\ttext: \"responseText\",\n\t\t\tjson: \"responseJSON\"\n\t\t},\n\n\t\t// Data converters\n\t\t// Keys separate source (or catchall \"*\") and destination types with a single space\n\t\tconverters: {\n\n\t\t\t// Convert anything to text\n\t\t\t\"* text\": String,\n\n\t\t\t// Text to html (true = no transformation)\n\t\t\t\"text html\": true,\n\n\t\t\t// Evaluate text as a json expression\n\t\t\t\"text json\": jQuery.parseJSON,\n\n\t\t\t// Parse text as xml\n\t\t\t\"text xml\": jQuery.parseXML\n\t\t},\n\n\t\t// For options that shouldn't be deep extended:\n\t\t// you can add your own custom options here if\n\t\t// and when you create one that shouldn't be\n\t\t// deep extended (see ajaxExtend)\n\t\tflatOptions: {\n\t\t\turl: true,\n\t\t\tcontext: true\n\t\t}\n\t},\n\n\t// Creates a full fledged settings object into target\n\t// with both ajaxSettings and settings fields.\n\t// If target is omitted, writes into ajaxSettings.\n\tajaxSetup: function( target, settings ) {\n\t\treturn settings ?\n\n\t\t\t// Building a settings object\n\t\t\tajaxExtend( ajaxExtend( target, jQuery.ajaxSettings ), settings ) :\n\n\t\t\t// Extending ajaxSettings\n\t\t\tajaxExtend( jQuery.ajaxSettings, target );\n\t},\n\n\tajaxPrefilter: addToPrefiltersOrTransports( prefilters ),\n\tajaxTransport: addToPrefiltersOrTransports( transports ),\n\n\t// Main method\n\tajax: function( url, options ) {\n\n\t\t// If url is an object, simulate pre-1.5 signature\n\t\tif ( typeof url === \"object\" ) {\n\t\t\toptions = url;\n\t\t\turl = undefined;\n\t\t}\n\n\t\t// Force options to be an object\n\t\toptions = options || {};\n\n\t\tvar transport,\n\n\t\t\t// URL without anti-cache param\n\t\t\tcacheURL,\n\n\t\t\t// Response headers\n\t\t\tresponseHeadersString,\n\t\t\tresponseHeaders,\n\n\t\t\t// timeout handle\n\t\t\ttimeoutTimer,\n\n\t\t\t// Url cleanup var\n\t\t\turlAnchor,\n\n\t\t\t// To know if global events are to be dispatched\n\t\t\tfireGlobals,\n\n\t\t\t// Loop variable\n\t\t\ti,\n\n\t\t\t// Create the final options object\n\t\t\ts = jQuery.ajaxSetup( {}, options ),\n\n\t\t\t// Callbacks context\n\t\t\tcallbackContext = s.context || s,\n\n\t\t\t// Context for global events is callbackContext if it is a DOM node or jQuery collection\n\t\t\tglobalEventContext = s.context &&\n\t\t\t\t( callbackContext.nodeType || callbackContext.jquery ) ?\n\t\t\t\t\tjQuery( callbackContext ) :\n\t\t\t\t\tjQuery.event,\n\n\t\t\t// Deferreds\n\t\t\tdeferred = jQuery.Deferred(),\n\t\t\tcompleteDeferred = jQuery.Callbacks( \"once memory\" ),\n\n\t\t\t// Status-dependent callbacks\n\t\t\tstatusCode = s.statusCode || {},\n\n\t\t\t// Headers (they are sent all at once)\n\t\t\trequestHeaders = {},\n\t\t\trequestHeadersNames = {},\n\n\t\t\t// The jqXHR state\n\t\t\tstate = 0,\n\n\t\t\t// Default abort message\n\t\t\tstrAbort = \"canceled\",\n\n\t\t\t// Fake xhr\n\t\t\tjqXHR = {\n\t\t\t\treadyState: 0,\n\n\t\t\t\t// Builds headers hashtable if needed\n\t\t\t\tgetResponseHeader: function( key ) {\n\t\t\t\t\tvar match;\n\t\t\t\t\tif ( state === 2 ) {\n\t\t\t\t\t\tif ( !responseHeaders ) {\n\t\t\t\t\t\t\tresponseHeaders = {};\n\t\t\t\t\t\t\twhile ( ( match = rheaders.exec( responseHeadersString ) ) ) {\n\t\t\t\t\t\t\t\tresponseHeaders[ match[ 1 ].toLowerCase() ] = match[ 2 ];\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t\tmatch = responseHeaders[ key.toLowerCase() ];\n\t\t\t\t\t}\n\t\t\t\t\treturn match == null ? null : match;\n\t\t\t\t},\n\n\t\t\t\t// Raw string\n\t\t\t\tgetAllResponseHeaders: function() {\n\t\t\t\t\treturn state === 2 ? responseHeadersString : null;\n\t\t\t\t},\n\n\t\t\t\t// Caches the header\n\t\t\t\tsetRequestHeader: function( name, value ) {\n\t\t\t\t\tvar lname = name.toLowerCase();\n\t\t\t\t\tif ( !state ) {\n\t\t\t\t\t\tname = requestHeadersNames[ lname ] = requestHeadersNames[ lname ] || name;\n\t\t\t\t\t\trequestHeaders[ name ] = value;\n\t\t\t\t\t}\n\t\t\t\t\treturn this;\n\t\t\t\t},\n\n\t\t\t\t// Overrides response content-type header\n\t\t\t\toverrideMimeType: function( type ) {\n\t\t\t\t\tif ( !state ) {\n\t\t\t\t\t\ts.mimeType = type;\n\t\t\t\t\t}\n\t\t\t\t\treturn this;\n\t\t\t\t},\n\n\t\t\t\t// Status-dependent callbacks\n\t\t\t\tstatusCode: function( map ) {\n\t\t\t\t\tvar code;\n\t\t\t\t\tif ( map ) {\n\t\t\t\t\t\tif ( state < 2 ) {\n\t\t\t\t\t\t\tfor ( code in map ) {\n\n\t\t\t\t\t\t\t\t// Lazy-add the new callback in a way that preserves old ones\n\t\t\t\t\t\t\t\tstatusCode[ code ] = [ statusCode[ code ], map[ code ] ];\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t} else {\n\n\t\t\t\t\t\t\t// Execute the appropriate callbacks\n\t\t\t\t\t\t\tjqXHR.always( map[ jqXHR.status ] );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\treturn this;\n\t\t\t\t},\n\n\t\t\t\t// Cancel the request\n\t\t\t\tabort: function( statusText ) {\n\t\t\t\t\tvar finalText = statusText || strAbort;\n\t\t\t\t\tif ( transport ) {\n\t\t\t\t\t\ttransport.abort( finalText );\n\t\t\t\t\t}\n\t\t\t\t\tdone( 0, finalText );\n\t\t\t\t\treturn this;\n\t\t\t\t}\n\t\t\t};\n\n\t\t// Attach deferreds\n\t\tdeferred.promise( jqXHR ).complete = completeDeferred.add;\n\t\tjqXHR.success = jqXHR.done;\n\t\tjqXHR.error = jqXHR.fail;\n\n\t\t// Remove hash character (#7531: and string promotion)\n\t\t// Add protocol if not provided (prefilters might expect it)\n\t\t// Handle falsy url in the settings object (#10093: consistency with old signature)\n\t\t// We also use the url parameter if available\n\t\ts.url = ( ( url || s.url || location.href ) + \"\" ).replace( rhash, \"\" )\n\t\t\t.replace( rprotocol, location.protocol + \"//\" );\n\n\t\t// Alias method option to type as per ticket #12004\n\t\ts.type = options.method || options.type || s.method || s.type;\n\n\t\t// Extract dataTypes list\n\t\ts.dataTypes = jQuery.trim( s.dataType || \"*\" ).toLowerCase().match( rnotwhite ) || [ \"\" ];\n\n\t\t// A cross-domain request is in order when the origin doesn't match the current origin.\n\t\tif ( s.crossDomain == null ) {\n\t\t\turlAnchor = document.createElement( \"a\" );\n\n\t\t\t// Support: IE8-11+\n\t\t\t// IE throws exception if url is malformed, e.g. http://example.com:80x/\n\t\t\ttry {\n\t\t\t\turlAnchor.href = s.url;\n\n\t\t\t\t// Support: IE8-11+\n\t\t\t\t// Anchor's host property isn't correctly set when s.url is relative\n\t\t\t\turlAnchor.href = urlAnchor.href;\n\t\t\t\ts.crossDomain = originAnchor.protocol + \"//\" + originAnchor.host !==\n\t\t\t\t\turlAnchor.protocol + \"//\" + urlAnchor.host;\n\t\t\t} catch ( e ) {\n\n\t\t\t\t// If there is an error parsing the URL, assume it is crossDomain,\n\t\t\t\t// it can be rejected by the transport if it is invalid\n\t\t\t\ts.crossDomain = true;\n\t\t\t}\n\t\t}\n\n\t\t// Convert data if not already a string\n\t\tif ( s.data && s.processData && typeof s.data !== \"string\" ) {\n\t\t\ts.data = jQuery.param( s.data, s.traditional );\n\t\t}\n\n\t\t// Apply prefilters\n\t\tinspectPrefiltersOrTransports( prefilters, s, options, jqXHR );\n\n\t\t// If request was aborted inside a prefilter, stop there\n\t\tif ( state === 2 ) {\n\t\t\treturn jqXHR;\n\t\t}\n\n\t\t// We can fire global events as of now if asked to\n\t\t// Don't fire events if jQuery.event is undefined in an AMD-usage scenario (#15118)\n\t\tfireGlobals = jQuery.event && s.global;\n\n\t\t// Watch for a new set of requests\n\t\tif ( fireGlobals && jQuery.active++ === 0 ) {\n\t\t\tjQuery.event.trigger( \"ajaxStart\" );\n\t\t}\n\n\t\t// Uppercase the type\n\t\ts.type = s.type.toUpperCase();\n\n\t\t// Determine if request has content\n\t\ts.hasContent = !rnoContent.test( s.type );\n\n\t\t// Save the URL in case we're toying with the If-Modified-Since\n\t\t// and/or If-None-Match header later on\n\t\tcacheURL = s.url;\n\n\t\t// More options handling for requests with no content\n\t\tif ( !s.hasContent ) {\n\n\t\t\t// If data is available, append data to url\n\t\t\tif ( s.data ) {\n\t\t\t\tcacheURL = ( s.url += ( rquery.test( cacheURL ) ? \"&\" : \"?\" ) + s.data );\n\n\t\t\t\t// #9682: remove data so that it's not used in an eventual retry\n\t\t\t\tdelete s.data;\n\t\t\t}\n\n\t\t\t// Add anti-cache in url if needed\n\t\t\tif ( s.cache === false ) {\n\t\t\t\ts.url = rts.test( cacheURL ) ?\n\n\t\t\t\t\t// If there is already a '_' parameter, set its value\n\t\t\t\t\tcacheURL.replace( rts, \"$1_=\" + nonce++ ) :\n\n\t\t\t\t\t// Otherwise add one to the end\n\t\t\t\t\tcacheURL + ( rquery.test( cacheURL ) ? \"&\" : \"?\" ) + \"_=\" + nonce++;\n\t\t\t}\n\t\t}\n\n\t\t// Set the If-Modified-Since and/or If-None-Match header, if in ifModified mode.\n\t\tif ( s.ifModified ) {\n\t\t\tif ( jQuery.lastModified[ cacheURL ] ) {\n\t\t\t\tjqXHR.setRequestHeader( \"If-Modified-Since\", jQuery.lastModified[ cacheURL ] );\n\t\t\t}\n\t\t\tif ( jQuery.etag[ cacheURL ] ) {\n\t\t\t\tjqXHR.setRequestHeader( \"If-None-Match\", jQuery.etag[ cacheURL ] );\n\t\t\t}\n\t\t}\n\n\t\t// Set the correct header, if data is being sent\n\t\tif ( s.data && s.hasContent && s.contentType !== false || options.contentType ) {\n\t\t\tjqXHR.setRequestHeader( \"Content-Type\", s.contentType );\n\t\t}\n\n\t\t// Set the Accepts header for the server, depending on the dataType\n\t\tjqXHR.setRequestHeader(\n\t\t\t\"Accept\",\n\t\t\ts.dataTypes[ 0 ] && s.accepts[ s.dataTypes[ 0 ] ] ?\n\t\t\t\ts.accepts[ s.dataTypes[ 0 ] ] +\n\t\t\t\t\t( s.dataTypes[ 0 ] !== \"*\" ? \", \" + allTypes + \"; q=0.01\" : \"\" ) :\n\t\t\t\ts.accepts[ \"*\" ]\n\t\t);\n\n\t\t// Check for headers option\n\t\tfor ( i in s.headers ) {\n\t\t\tjqXHR.setRequestHeader( i, s.headers[ i ] );\n\t\t}\n\n\t\t// Allow custom headers/mimetypes and early abort\n\t\tif ( s.beforeSend &&\n\t\t\t( s.beforeSend.call( callbackContext, jqXHR, s ) === false || state === 2 ) ) {\n\n\t\t\t// Abort if not done already and return\n\t\t\treturn jqXHR.abort();\n\t\t}\n\n\t\t// Aborting is no longer a cancellation\n\t\tstrAbort = \"abort\";\n\n\t\t// Install callbacks on deferreds\n\t\tfor ( i in { success: 1, error: 1, complete: 1 } ) {\n\t\t\tjqXHR[ i ]( s[ i ] );\n\t\t}\n\n\t\t// Get transport\n\t\ttransport = inspectPrefiltersOrTransports( transports, s, options, jqXHR );\n\n\t\t// If no transport, we auto-abort\n\t\tif ( !transport ) {\n\t\t\tdone( -1, \"No Transport\" );\n\t\t} else {\n\t\t\tjqXHR.readyState = 1;\n\n\t\t\t// Send global event\n\t\t\tif ( fireGlobals ) {\n\t\t\t\tglobalEventContext.trigger( \"ajaxSend\", [ jqXHR, s ] );\n\t\t\t}\n\n\t\t\t// If request was aborted inside ajaxSend, stop there\n\t\t\tif ( state === 2 ) {\n\t\t\t\treturn jqXHR;\n\t\t\t}\n\n\t\t\t// Timeout\n\t\t\tif ( s.async && s.timeout > 0 ) {\n\t\t\t\ttimeoutTimer = window.setTimeout( function() {\n\t\t\t\t\tjqXHR.abort( \"timeout\" );\n\t\t\t\t}, s.timeout );\n\t\t\t}\n\n\t\t\ttry {\n\t\t\t\tstate = 1;\n\t\t\t\ttransport.send( requestHeaders, done );\n\t\t\t} catch ( e ) {\n\n\t\t\t\t// Propagate exception as error if not done\n\t\t\t\tif ( state < 2 ) {\n\t\t\t\t\tdone( -1, e );\n\n\t\t\t\t// Simply rethrow otherwise\n\t\t\t\t} else {\n\t\t\t\t\tthrow e;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\t// Callback for when everything is done\n\t\tfunction done( status, nativeStatusText, responses, headers ) {\n\t\t\tvar isSuccess, success, error, response, modified,\n\t\t\t\tstatusText = nativeStatusText;\n\n\t\t\t// Called once\n\t\t\tif ( state === 2 ) {\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// State is \"done\" now\n\t\t\tstate = 2;\n\n\t\t\t// Clear timeout if it exists\n\t\t\tif ( timeoutTimer ) {\n\t\t\t\twindow.clearTimeout( timeoutTimer );\n\t\t\t}\n\n\t\t\t// Dereference transport for early garbage collection\n\t\t\t// (no matter how long the jqXHR object will be used)\n\t\t\ttransport = undefined;\n\n\t\t\t// Cache response headers\n\t\t\tresponseHeadersString = headers || \"\";\n\n\t\t\t// Set readyState\n\t\t\tjqXHR.readyState = status > 0 ? 4 : 0;\n\n\t\t\t// Determine if successful\n\t\t\tisSuccess = status >= 200 && status < 300 || status === 304;\n\n\t\t\t// Get response data\n\t\t\tif ( responses ) {\n\t\t\t\tresponse = ajaxHandleResponses( s, jqXHR, responses );\n\t\t\t}\n\n\t\t\t// Convert no matter what (that way responseXXX fields are always set)\n\t\t\tresponse = ajaxConvert( s, response, jqXHR, isSuccess );\n\n\t\t\t// If successful, handle type chaining\n\t\t\tif ( isSuccess ) {\n\n\t\t\t\t// Set the If-Modified-Since and/or If-None-Match header, if in ifModified mode.\n\t\t\t\tif ( s.ifModified ) {\n\t\t\t\t\tmodified = jqXHR.getResponseHeader( \"Last-Modified\" );\n\t\t\t\t\tif ( modified ) {\n\t\t\t\t\t\tjQuery.lastModified[ cacheURL ] = modified;\n\t\t\t\t\t}\n\t\t\t\t\tmodified = jqXHR.getResponseHeader( \"etag\" );\n\t\t\t\t\tif ( modified ) {\n\t\t\t\t\t\tjQuery.etag[ cacheURL ] = modified;\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t// if no content\n\t\t\t\tif ( status === 204 || s.type === \"HEAD\" ) {\n\t\t\t\t\tstatusText = \"nocontent\";\n\n\t\t\t\t// if not modified\n\t\t\t\t} else if ( status === 304 ) {\n\t\t\t\t\tstatusText = \"notmodified\";\n\n\t\t\t\t// If we have data, let's convert it\n\t\t\t\t} else {\n\t\t\t\t\tstatusText = response.state;\n\t\t\t\t\tsuccess = response.data;\n\t\t\t\t\terror = response.error;\n\t\t\t\t\tisSuccess = !error;\n\t\t\t\t}\n\t\t\t} else {\n\n\t\t\t\t// Extract error from statusText and normalize for non-aborts\n\t\t\t\terror = statusText;\n\t\t\t\tif ( status || !statusText ) {\n\t\t\t\t\tstatusText = \"error\";\n\t\t\t\t\tif ( status < 0 ) {\n\t\t\t\t\t\tstatus = 0;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t// Set data for the fake xhr object\n\t\t\tjqXHR.status = status;\n\t\t\tjqXHR.statusText = ( nativeStatusText || statusText ) + \"\";\n\n\t\t\t// Success/Error\n\t\t\tif ( isSuccess ) {\n\t\t\t\tdeferred.resolveWith( callbackContext, [ success, statusText, jqXHR ] );\n\t\t\t} else {\n\t\t\t\tdeferred.rejectWith( callbackContext, [ jqXHR, statusText, error ] );\n\t\t\t}\n\n\t\t\t// Status-dependent callbacks\n\t\t\tjqXHR.statusCode( statusCode );\n\t\t\tstatusCode = undefined;\n\n\t\t\tif ( fireGlobals ) {\n\t\t\t\tglobalEventContext.trigger( isSuccess ? \"ajaxSuccess\" : \"ajaxError\",\n\t\t\t\t\t[ jqXHR, s, isSuccess ? success : error ] );\n\t\t\t}\n\n\t\t\t// Complete\n\t\t\tcompleteDeferred.fireWith( callbackContext, [ jqXHR, statusText ] );\n\n\t\t\tif ( fireGlobals ) {\n\t\t\t\tglobalEventContext.trigger( \"ajaxComplete\", [ jqXHR, s ] );\n\n\t\t\t\t// Handle the global AJAX counter\n\t\t\t\tif ( !( --jQuery.active ) ) {\n\t\t\t\t\tjQuery.event.trigger( \"ajaxStop\" );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\n\t\treturn jqXHR;\n\t},\n\n\tgetJSON: function( url, data, callback ) {\n\t\treturn jQuery.get( url, data, callback, \"json\" );\n\t},\n\n\tgetScript: function( url, callback ) {\n\t\treturn jQuery.get( url, undefined, callback, \"script\" );\n\t}\n} );\n\njQuery.each( [ \"get\", \"post\" ], function( i, method ) {\n\tjQuery[ method ] = function( url, data, callback, type ) {\n\n\t\t// Shift arguments if data argument was omitted\n\t\tif ( jQuery.isFunction( data ) ) {\n\t\t\ttype = type || callback;\n\t\t\tcallback = data;\n\t\t\tdata = undefined;\n\t\t}\n\n\t\t// The url can be an options object (which then must have .url)\n\t\treturn jQuery.ajax( jQuery.extend( {\n\t\t\turl: url,\n\t\t\ttype: method,\n\t\t\tdataType: type,\n\t\t\tdata: data,\n\t\t\tsuccess: callback\n\t\t}, jQuery.isPlainObject( url ) && url ) );\n\t};\n} );\n\n\njQuery._evalUrl = function( url ) {\n\treturn jQuery.ajax( {\n\t\turl: url,\n\n\t\t// Make this explicit, since user can override this through ajaxSetup (#11264)\n\t\ttype: \"GET\",\n\t\tdataType: \"script\",\n\t\tasync: false,\n\t\tglobal: false,\n\t\t\"throws\": true\n\t} );\n};\n\n\njQuery.fn.extend( {\n\twrapAll: function( html ) {\n\t\tvar wrap;\n\n\t\tif ( jQuery.isFunction( html ) ) {\n\t\t\treturn this.each( function( i ) {\n\t\t\t\tjQuery( this ).wrapAll( html.call( this, i ) );\n\t\t\t} );\n\t\t}\n\n\t\tif ( this[ 0 ] ) {\n\n\t\t\t// The elements to wrap the target around\n\t\t\twrap = jQuery( html, this[ 0 ].ownerDocument ).eq( 0 ).clone( true );\n\n\t\t\tif ( this[ 0 ].parentNode ) {\n\t\t\t\twrap.insertBefore( this[ 0 ] );\n\t\t\t}\n\n\t\t\twrap.map( function() {\n\t\t\t\tvar elem = this;\n\n\t\t\t\twhile ( elem.firstElementChild ) {\n\t\t\t\t\telem = elem.firstElementChild;\n\t\t\t\t}\n\n\t\t\t\treturn elem;\n\t\t\t} ).append( this );\n\t\t}\n\n\t\treturn this;\n\t},\n\n\twrapInner: function( html ) {\n\t\tif ( jQuery.isFunction( html ) ) {\n\t\t\treturn this.each( function( i ) {\n\t\t\t\tjQuery( this ).wrapInner( html.call( this, i ) );\n\t\t\t} );\n\t\t}\n\n\t\treturn this.each( function() {\n\t\t\tvar self = jQuery( this ),\n\t\t\t\tcontents = self.contents();\n\n\t\t\tif ( contents.length ) {\n\t\t\t\tcontents.wrapAll( html );\n\n\t\t\t} else {\n\t\t\t\tself.append( html );\n\t\t\t}\n\t\t} );\n\t},\n\n\twrap: function( html ) {\n\t\tvar isFunction = jQuery.isFunction( html );\n\n\t\treturn this.each( function( i ) {\n\t\t\tjQuery( this ).wrapAll( isFunction ? html.call( this, i ) : html );\n\t\t} );\n\t},\n\n\tunwrap: function() {\n\t\treturn this.parent().each( function() {\n\t\t\tif ( !jQuery.nodeName( this, \"body\" ) ) {\n\t\t\t\tjQuery( this ).replaceWith( this.childNodes );\n\t\t\t}\n\t\t} ).end();\n\t}\n} );\n\n\njQuery.expr.filters.hidden = function( elem ) {\n\treturn !jQuery.expr.filters.visible( elem );\n};\njQuery.expr.filters.visible = function( elem ) {\n\n\t// Support: Opera <= 12.12\n\t// Opera reports offsetWidths and offsetHeights less than zero on some elements\n\t// Use OR instead of AND as the element is not visible if either is true\n\t// See tickets #10406 and #13132\n\treturn elem.offsetWidth > 0 || elem.offsetHeight > 0 || elem.getClientRects().length > 0;\n};\n\n\n\n\nvar r20 = /%20/g,\n\trbracket = /\\[\\]$/,\n\trCRLF = /\\r?\\n/g,\n\trsubmitterTypes = /^(?:submit|button|image|reset|file)$/i,\n\trsubmittable = /^(?:input|select|textarea|keygen)/i;\n\nfunction buildParams( prefix, obj, traditional, add ) {\n\tvar name;\n\n\tif ( jQuery.isArray( obj ) ) {\n\n\t\t// Serialize array item.\n\t\tjQuery.each( obj, function( i, v ) {\n\t\t\tif ( traditional || rbracket.test( prefix ) ) {\n\n\t\t\t\t// Treat each array item as a scalar.\n\t\t\t\tadd( prefix, v );\n\n\t\t\t} else {\n\n\t\t\t\t// Item is non-scalar (array or object), encode its numeric index.\n\t\t\t\tbuildParams(\n\t\t\t\t\tprefix + \"[\" + ( typeof v === \"object\" && v != null ? i : \"\" ) + \"]\",\n\t\t\t\t\tv,\n\t\t\t\t\ttraditional,\n\t\t\t\t\tadd\n\t\t\t\t);\n\t\t\t}\n\t\t} );\n\n\t} else if ( !traditional && jQuery.type( obj ) === \"object\" ) {\n\n\t\t// Serialize object item.\n\t\tfor ( name in obj ) {\n\t\t\tbuildParams( prefix + \"[\" + name + \"]\", obj[ name ], traditional, add );\n\t\t}\n\n\t} else {\n\n\t\t// Serialize scalar item.\n\t\tadd( prefix, obj );\n\t}\n}\n\n// Serialize an array of form elements or a set of\n// key/values into a query string\njQuery.param = function( a, traditional ) {\n\tvar prefix,\n\t\ts = [],\n\t\tadd = function( key, value ) {\n\n\t\t\t// If value is a function, invoke it and return its value\n\t\t\tvalue = jQuery.isFunction( value ) ? value() : ( value == null ? \"\" : value );\n\t\t\ts[ s.length ] = encodeURIComponent( key ) + \"=\" + encodeURIComponent( value );\n\t\t};\n\n\t// Set traditional to true for jQuery <= 1.3.2 behavior.\n\tif ( traditional === undefined ) {\n\t\ttraditional = jQuery.ajaxSettings && jQuery.ajaxSettings.traditional;\n\t}\n\n\t// If an array was passed in, assume that it is an array of form elements.\n\tif ( jQuery.isArray( a ) || ( a.jquery && !jQuery.isPlainObject( a ) ) ) {\n\n\t\t// Serialize the form elements\n\t\tjQuery.each( a, function() {\n\t\t\tadd( this.name, this.value );\n\t\t} );\n\n\t} else {\n\n\t\t// If traditional, encode the \"old\" way (the way 1.3.2 or older\n\t\t// did it), otherwise encode params recursively.\n\t\tfor ( prefix in a ) {\n\t\t\tbuildParams( prefix, a[ prefix ], traditional, add );\n\t\t}\n\t}\n\n\t// Return the resulting serialization\n\treturn s.join( \"&\" ).replace( r20, \"+\" );\n};\n\njQuery.fn.extend( {\n\tserialize: function() {\n\t\treturn jQuery.param( this.serializeArray() );\n\t},\n\tserializeArray: function() {\n\t\treturn this.map( function() {\n\n\t\t\t// Can add propHook for \"elements\" to filter or add form elements\n\t\t\tvar elements = jQuery.prop( this, \"elements\" );\n\t\t\treturn elements ? jQuery.makeArray( elements ) : this;\n\t\t} )\n\t\t.filter( function() {\n\t\t\tvar type = this.type;\n\n\t\t\t// Use .is( \":disabled\" ) so that fieldset[disabled] works\n\t\t\treturn this.name && !jQuery( this ).is( \":disabled\" ) &&\n\t\t\t\trsubmittable.test( this.nodeName ) && !rsubmitterTypes.test( type ) &&\n\t\t\t\t( this.checked || !rcheckableType.test( type ) );\n\t\t} )\n\t\t.map( function( i, elem ) {\n\t\t\tvar val = jQuery( this ).val();\n\n\t\t\treturn val == null ?\n\t\t\t\tnull :\n\t\t\t\tjQuery.isArray( val ) ?\n\t\t\t\t\tjQuery.map( val, function( val ) {\n\t\t\t\t\t\treturn { name: elem.name, value: val.replace( rCRLF, \"\\r\\n\" ) };\n\t\t\t\t\t} ) :\n\t\t\t\t\t{ name: elem.name, value: val.replace( rCRLF, \"\\r\\n\" ) };\n\t\t} ).get();\n\t}\n} );\n\n\njQuery.ajaxSettings.xhr = function() {\n\ttry {\n\t\treturn new window.XMLHttpRequest();\n\t} catch ( e ) {}\n};\n\nvar xhrSuccessStatus = {\n\n\t\t// File protocol always yields status code 0, assume 200\n\t\t0: 200,\n\n\t\t// Support: IE9\n\t\t// #1450: sometimes IE returns 1223 when it should be 204\n\t\t1223: 204\n\t},\n\txhrSupported = jQuery.ajaxSettings.xhr();\n\nsupport.cors = !!xhrSupported && ( \"withCredentials\" in xhrSupported );\nsupport.ajax = xhrSupported = !!xhrSupported;\n\njQuery.ajaxTransport( function( options ) {\n\tvar callback, errorCallback;\n\n\t// Cross domain only allowed if supported through XMLHttpRequest\n\tif ( support.cors || xhrSupported && !options.crossDomain ) {\n\t\treturn {\n\t\t\tsend: function( headers, complete ) {\n\t\t\t\tvar i,\n\t\t\t\t\txhr = options.xhr();\n\n\t\t\t\txhr.open(\n\t\t\t\t\toptions.type,\n\t\t\t\t\toptions.url,\n\t\t\t\t\toptions.async,\n\t\t\t\t\toptions.username,\n\t\t\t\t\toptions.password\n\t\t\t\t);\n\n\t\t\t\t// Apply custom fields if provided\n\t\t\t\tif ( options.xhrFields ) {\n\t\t\t\t\tfor ( i in options.xhrFields ) {\n\t\t\t\t\t\txhr[ i ] = options.xhrFields[ i ];\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t// Override mime type if needed\n\t\t\t\tif ( options.mimeType && xhr.overrideMimeType ) {\n\t\t\t\t\txhr.overrideMimeType( options.mimeType );\n\t\t\t\t}\n\n\t\t\t\t// X-Requested-With header\n\t\t\t\t// For cross-domain requests, seeing as conditions for a preflight are\n\t\t\t\t// akin to a jigsaw puzzle, we simply never set it to be sure.\n\t\t\t\t// (it can always be set on a per-request basis or even using ajaxSetup)\n\t\t\t\t// For same-domain requests, won't change header if already provided.\n\t\t\t\tif ( !options.crossDomain && !headers[ \"X-Requested-With\" ] ) {\n\t\t\t\t\theaders[ \"X-Requested-With\" ] = \"XMLHttpRequest\";\n\t\t\t\t}\n\n\t\t\t\t// Set headers\n\t\t\t\tfor ( i in headers ) {\n\t\t\t\t\txhr.setRequestHeader( i, headers[ i ] );\n\t\t\t\t}\n\n\t\t\t\t// Callback\n\t\t\t\tcallback = function( type ) {\n\t\t\t\t\treturn function() {\n\t\t\t\t\t\tif ( callback ) {\n\t\t\t\t\t\t\tcallback = errorCallback = xhr.onload =\n\t\t\t\t\t\t\t\txhr.onerror = xhr.onabort = xhr.onreadystatechange = null;\n\n\t\t\t\t\t\t\tif ( type === \"abort\" ) {\n\t\t\t\t\t\t\t\txhr.abort();\n\t\t\t\t\t\t\t} else if ( type === \"error\" ) {\n\n\t\t\t\t\t\t\t\t// Support: IE9\n\t\t\t\t\t\t\t\t// On a manual native abort, IE9 throws\n\t\t\t\t\t\t\t\t// errors on any property access that is not readyState\n\t\t\t\t\t\t\t\tif ( typeof xhr.status !== \"number\" ) {\n\t\t\t\t\t\t\t\t\tcomplete( 0, \"error\" );\n\t\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\t\tcomplete(\n\n\t\t\t\t\t\t\t\t\t\t// File: protocol always yields status 0; see #8605, #14207\n\t\t\t\t\t\t\t\t\t\txhr.status,\n\t\t\t\t\t\t\t\t\t\txhr.statusText\n\t\t\t\t\t\t\t\t\t);\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\t\tcomplete(\n\t\t\t\t\t\t\t\t\txhrSuccessStatus[ xhr.status ] || xhr.status,\n\t\t\t\t\t\t\t\t\txhr.statusText,\n\n\t\t\t\t\t\t\t\t\t// Support: IE9 only\n\t\t\t\t\t\t\t\t\t// IE9 has no XHR2 but throws on binary (trac-11426)\n\t\t\t\t\t\t\t\t\t// For XHR2 non-text, let the caller handle it (gh-2498)\n\t\t\t\t\t\t\t\t\t( xhr.responseType || \"text\" ) !== \"text\"  ||\n\t\t\t\t\t\t\t\t\ttypeof xhr.responseText !== \"string\" ?\n\t\t\t\t\t\t\t\t\t\t{ binary: xhr.response } :\n\t\t\t\t\t\t\t\t\t\t{ text: xhr.responseText },\n\t\t\t\t\t\t\t\t\txhr.getAllResponseHeaders()\n\t\t\t\t\t\t\t\t);\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t};\n\n\t\t\t\t// Listen to events\n\t\t\t\txhr.onload = callback();\n\t\t\t\terrorCallback = xhr.onerror = callback( \"error\" );\n\n\t\t\t\t// Support: IE9\n\t\t\t\t// Use onreadystatechange to replace onabort\n\t\t\t\t// to handle uncaught aborts\n\t\t\t\tif ( xhr.onabort !== undefined ) {\n\t\t\t\t\txhr.onabort = errorCallback;\n\t\t\t\t} else {\n\t\t\t\t\txhr.onreadystatechange = function() {\n\n\t\t\t\t\t\t// Check readyState before timeout as it changes\n\t\t\t\t\t\tif ( xhr.readyState === 4 ) {\n\n\t\t\t\t\t\t\t// Allow onerror to be called first,\n\t\t\t\t\t\t\t// but that will not handle a native abort\n\t\t\t\t\t\t\t// Also, save errorCallback to a variable\n\t\t\t\t\t\t\t// as xhr.onerror cannot be accessed\n\t\t\t\t\t\t\twindow.setTimeout( function() {\n\t\t\t\t\t\t\t\tif ( callback ) {\n\t\t\t\t\t\t\t\t\terrorCallback();\n\t\t\t\t\t\t\t\t}\n\t\t\t\t\t\t\t} );\n\t\t\t\t\t\t}\n\t\t\t\t\t};\n\t\t\t\t}\n\n\t\t\t\t// Create the abort callback\n\t\t\t\tcallback = callback( \"abort\" );\n\n\t\t\t\ttry {\n\n\t\t\t\t\t// Do send the request (this may raise an exception)\n\t\t\t\t\txhr.send( options.hasContent && options.data || null );\n\t\t\t\t} catch ( e ) {\n\n\t\t\t\t\t// #14683: Only rethrow if this hasn't been notified as an error yet\n\t\t\t\t\tif ( callback ) {\n\t\t\t\t\t\tthrow e;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t},\n\n\t\t\tabort: function() {\n\t\t\t\tif ( callback ) {\n\t\t\t\t\tcallback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t}\n} );\n\n\n\n\n// Install script dataType\njQuery.ajaxSetup( {\n\taccepts: {\n\t\tscript: \"text/javascript, application/javascript, \" +\n\t\t\t\"application/ecmascript, application/x-ecmascript\"\n\t},\n\tcontents: {\n\t\tscript: /\\b(?:java|ecma)script\\b/\n\t},\n\tconverters: {\n\t\t\"text script\": function( text ) {\n\t\t\tjQuery.globalEval( text );\n\t\t\treturn text;\n\t\t}\n\t}\n} );\n\n// Handle cache's special case and crossDomain\njQuery.ajaxPrefilter( \"script\", function( s ) {\n\tif ( s.cache === undefined ) {\n\t\ts.cache = false;\n\t}\n\tif ( s.crossDomain ) {\n\t\ts.type = \"GET\";\n\t}\n} );\n\n// Bind script tag hack transport\njQuery.ajaxTransport( \"script\", function( s ) {\n\n\t// This transport only deals with cross domain requests\n\tif ( s.crossDomain ) {\n\t\tvar script, callback;\n\t\treturn {\n\t\t\tsend: function( _, complete ) {\n\t\t\t\tscript = jQuery( \"<script>\" ).prop( {\n\t\t\t\t\tcharset: s.scriptCharset,\n\t\t\t\t\tsrc: s.url\n\t\t\t\t} ).on(\n\t\t\t\t\t\"load error\",\n\t\t\t\t\tcallback = function( evt ) {\n\t\t\t\t\t\tscript.remove();\n\t\t\t\t\t\tcallback = null;\n\t\t\t\t\t\tif ( evt ) {\n\t\t\t\t\t\t\tcomplete( evt.type === \"error\" ? 404 : 200, evt.type );\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t);\n\n\t\t\t\t// Use native DOM manipulation to avoid our domManip AJAX trickery\n\t\t\t\tdocument.head.appendChild( script[ 0 ] );\n\t\t\t},\n\t\t\tabort: function() {\n\t\t\t\tif ( callback ) {\n\t\t\t\t\tcallback();\n\t\t\t\t}\n\t\t\t}\n\t\t};\n\t}\n} );\n\n\n\n\nvar oldCallbacks = [],\n\trjsonp = /(=)\\?(?=&|$)|\\?\\?/;\n\n// Default jsonp settings\njQuery.ajaxSetup( {\n\tjsonp: \"callback\",\n\tjsonpCallback: function() {\n\t\tvar callback = oldCallbacks.pop() || ( jQuery.expando + \"_\" + ( nonce++ ) );\n\t\tthis[ callback ] = true;\n\t\treturn callback;\n\t}\n} );\n\n// Detect, normalize options and install callbacks for jsonp requests\njQuery.ajaxPrefilter( \"json jsonp\", function( s, originalSettings, jqXHR ) {\n\n\tvar callbackName, overwritten, responseContainer,\n\t\tjsonProp = s.jsonp !== false && ( rjsonp.test( s.url ) ?\n\t\t\t\"url\" :\n\t\t\ttypeof s.data === \"string\" &&\n\t\t\t\t( s.contentType || \"\" )\n\t\t\t\t\t.indexOf( \"application/x-www-form-urlencoded\" ) === 0 &&\n\t\t\t\trjsonp.test( s.data ) && \"data\"\n\t\t);\n\n\t// Handle iff the expected data type is \"jsonp\" or we have a parameter to set\n\tif ( jsonProp || s.dataTypes[ 0 ] === \"jsonp\" ) {\n\n\t\t// Get callback name, remembering preexisting value associated with it\n\t\tcallbackName = s.jsonpCallback = jQuery.isFunction( s.jsonpCallback ) ?\n\t\t\ts.jsonpCallback() :\n\t\t\ts.jsonpCallback;\n\n\t\t// Insert callback into url or form data\n\t\tif ( jsonProp ) {\n\t\t\ts[ jsonProp ] = s[ jsonProp ].replace( rjsonp, \"$1\" + callbackName );\n\t\t} else if ( s.jsonp !== false ) {\n\t\t\ts.url += ( rquery.test( s.url ) ? \"&\" : \"?\" ) + s.jsonp + \"=\" + callbackName;\n\t\t}\n\n\t\t// Use data converter to retrieve json after script execution\n\t\ts.converters[ \"script json\" ] = function() {\n\t\t\tif ( !responseContainer ) {\n\t\t\t\tjQuery.error( callbackName + \" was not called\" );\n\t\t\t}\n\t\t\treturn responseContainer[ 0 ];\n\t\t};\n\n\t\t// Force json dataType\n\t\ts.dataTypes[ 0 ] = \"json\";\n\n\t\t// Install callback\n\t\toverwritten = window[ callbackName ];\n\t\twindow[ callbackName ] = function() {\n\t\t\tresponseContainer = arguments;\n\t\t};\n\n\t\t// Clean-up function (fires after converters)\n\t\tjqXHR.always( function() {\n\n\t\t\t// If previous value didn't exist - remove it\n\t\t\tif ( overwritten === undefined ) {\n\t\t\t\tjQuery( window ).removeProp( callbackName );\n\n\t\t\t// Otherwise restore preexisting value\n\t\t\t} else {\n\t\t\t\twindow[ callbackName ] = overwritten;\n\t\t\t}\n\n\t\t\t// Save back as free\n\t\t\tif ( s[ callbackName ] ) {\n\n\t\t\t\t// Make sure that re-using the options doesn't screw things around\n\t\t\t\ts.jsonpCallback = originalSettings.jsonpCallback;\n\n\t\t\t\t// Save the callback name for future use\n\t\t\t\toldCallbacks.push( callbackName );\n\t\t\t}\n\n\t\t\t// Call if it was a function and we have a response\n\t\t\tif ( responseContainer && jQuery.isFunction( overwritten ) ) {\n\t\t\t\toverwritten( responseContainer[ 0 ] );\n\t\t\t}\n\n\t\t\tresponseContainer = overwritten = undefined;\n\t\t} );\n\n\t\t// Delegate to script\n\t\treturn \"script\";\n\t}\n} );\n\n\n\n\n// Argument \"data\" should be string of html\n// context (optional): If specified, the fragment will be created in this context,\n// defaults to document\n// keepScripts (optional): If true, will include scripts passed in the html string\njQuery.parseHTML = function( data, context, keepScripts ) {\n\tif ( !data || typeof data !== \"string\" ) {\n\t\treturn null;\n\t}\n\tif ( typeof context === \"boolean\" ) {\n\t\tkeepScripts = context;\n\t\tcontext = false;\n\t}\n\tcontext = context || document;\n\n\tvar parsed = rsingleTag.exec( data ),\n\t\tscripts = !keepScripts && [];\n\n\t// Single tag\n\tif ( parsed ) {\n\t\treturn [ context.createElement( parsed[ 1 ] ) ];\n\t}\n\n\tparsed = buildFragment( [ data ], context, scripts );\n\n\tif ( scripts && scripts.length ) {\n\t\tjQuery( scripts ).remove();\n\t}\n\n\treturn jQuery.merge( [], parsed.childNodes );\n};\n\n\n// Keep a copy of the old load method\nvar _load = jQuery.fn.load;\n\n/**\n * Load a url into a page\n */\njQuery.fn.load = function( url, params, callback ) {\n\tif ( typeof url !== \"string\" && _load ) {\n\t\treturn _load.apply( this, arguments );\n\t}\n\n\tvar selector, type, response,\n\t\tself = this,\n\t\toff = url.indexOf( \" \" );\n\n\tif ( off > -1 ) {\n\t\tselector = jQuery.trim( url.slice( off ) );\n\t\turl = url.slice( 0, off );\n\t}\n\n\t// If it's a function\n\tif ( jQuery.isFunction( params ) ) {\n\n\t\t// We assume that it's the callback\n\t\tcallback = params;\n\t\tparams = undefined;\n\n\t// Otherwise, build a param string\n\t} else if ( params && typeof params === \"object\" ) {\n\t\ttype = \"POST\";\n\t}\n\n\t// If we have elements to modify, make the request\n\tif ( self.length > 0 ) {\n\t\tjQuery.ajax( {\n\t\t\turl: url,\n\n\t\t\t// If \"type\" variable is undefined, then \"GET\" method will be used.\n\t\t\t// Make value of this field explicit since\n\t\t\t// user can override it through ajaxSetup method\n\t\t\ttype: type || \"GET\",\n\t\t\tdataType: \"html\",\n\t\t\tdata: params\n\t\t} ).done( function( responseText ) {\n\n\t\t\t// Save response for use in complete callback\n\t\t\tresponse = arguments;\n\n\t\t\tself.html( selector ?\n\n\t\t\t\t// If a selector was specified, locate the right elements in a dummy div\n\t\t\t\t// Exclude scripts to avoid IE 'Permission Denied' errors\n\t\t\t\tjQuery( \"<div>\" ).append( jQuery.parseHTML( responseText ) ).find( selector ) :\n\n\t\t\t\t// Otherwise use the full result\n\t\t\t\tresponseText );\n\n\t\t// If the request succeeds, this function gets \"data\", \"status\", \"jqXHR\"\n\t\t// but they are ignored because response was set above.\n\t\t// If it fails, this function gets \"jqXHR\", \"status\", \"error\"\n\t\t} ).always( callback && function( jqXHR, status ) {\n\t\t\tself.each( function() {\n\t\t\t\tcallback.apply( this, response || [ jqXHR.responseText, status, jqXHR ] );\n\t\t\t} );\n\t\t} );\n\t}\n\n\treturn this;\n};\n\n\n\n\n// Attach a bunch of functions for handling common AJAX events\njQuery.each( [\n\t\"ajaxStart\",\n\t\"ajaxStop\",\n\t\"ajaxComplete\",\n\t\"ajaxError\",\n\t\"ajaxSuccess\",\n\t\"ajaxSend\"\n], function( i, type ) {\n\tjQuery.fn[ type ] = function( fn ) {\n\t\treturn this.on( type, fn );\n\t};\n} );\n\n\n\n\njQuery.expr.filters.animated = function( elem ) {\n\treturn jQuery.grep( jQuery.timers, function( fn ) {\n\t\treturn elem === fn.elem;\n\t} ).length;\n};\n\n\n\n\n/**\n * Gets a window from an element\n */\nfunction getWindow( elem ) {\n\treturn jQuery.isWindow( elem ) ? elem : elem.nodeType === 9 && elem.defaultView;\n}\n\njQuery.offset = {\n\tsetOffset: function( elem, options, i ) {\n\t\tvar curPosition, curLeft, curCSSTop, curTop, curOffset, curCSSLeft, calculatePosition,\n\t\t\tposition = jQuery.css( elem, \"position\" ),\n\t\t\tcurElem = jQuery( elem ),\n\t\t\tprops = {};\n\n\t\t// Set position first, in-case top/left are set even on static elem\n\t\tif ( position === \"static\" ) {\n\t\t\telem.style.position = \"relative\";\n\t\t}\n\n\t\tcurOffset = curElem.offset();\n\t\tcurCSSTop = jQuery.css( elem, \"top\" );\n\t\tcurCSSLeft = jQuery.css( elem, \"left\" );\n\t\tcalculatePosition = ( position === \"absolute\" || position === \"fixed\" ) &&\n\t\t\t( curCSSTop + curCSSLeft ).indexOf( \"auto\" ) > -1;\n\n\t\t// Need to be able to calculate position if either\n\t\t// top or left is auto and position is either absolute or fixed\n\t\tif ( calculatePosition ) {\n\t\t\tcurPosition = curElem.position();\n\t\t\tcurTop = curPosition.top;\n\t\t\tcurLeft = curPosition.left;\n\n\t\t} else {\n\t\t\tcurTop = parseFloat( curCSSTop ) || 0;\n\t\t\tcurLeft = parseFloat( curCSSLeft ) || 0;\n\t\t}\n\n\t\tif ( jQuery.isFunction( options ) ) {\n\n\t\t\t// Use jQuery.extend here to allow modification of coordinates argument (gh-1848)\n\t\t\toptions = options.call( elem, i, jQuery.extend( {}, curOffset ) );\n\t\t}\n\n\t\tif ( options.top != null ) {\n\t\t\tprops.top = ( options.top - curOffset.top ) + curTop;\n\t\t}\n\t\tif ( options.left != null ) {\n\t\t\tprops.left = ( options.left - curOffset.left ) + curLeft;\n\t\t}\n\n\t\tif ( \"using\" in options ) {\n\t\t\toptions.using.call( elem, props );\n\n\t\t} else {\n\t\t\tcurElem.css( props );\n\t\t}\n\t}\n};\n\njQuery.fn.extend( {\n\toffset: function( options ) {\n\t\tif ( arguments.length ) {\n\t\t\treturn options === undefined ?\n\t\t\t\tthis :\n\t\t\t\tthis.each( function( i ) {\n\t\t\t\t\tjQuery.offset.setOffset( this, options, i );\n\t\t\t\t} );\n\t\t}\n\n\t\tvar docElem, win,\n\t\t\telem = this[ 0 ],\n\t\t\tbox = { top: 0, left: 0 },\n\t\t\tdoc = elem && elem.ownerDocument;\n\n\t\tif ( !doc ) {\n\t\t\treturn;\n\t\t}\n\n\t\tdocElem = doc.documentElement;\n\n\t\t// Make sure it's not a disconnected DOM node\n\t\tif ( !jQuery.contains( docElem, elem ) ) {\n\t\t\treturn box;\n\t\t}\n\n\t\tbox = elem.getBoundingClientRect();\n\t\twin = getWindow( doc );\n\t\treturn {\n\t\t\ttop: box.top + win.pageYOffset - docElem.clientTop,\n\t\t\tleft: box.left + win.pageXOffset - docElem.clientLeft\n\t\t};\n\t},\n\n\tposition: function() {\n\t\tif ( !this[ 0 ] ) {\n\t\t\treturn;\n\t\t}\n\n\t\tvar offsetParent, offset,\n\t\t\telem = this[ 0 ],\n\t\t\tparentOffset = { top: 0, left: 0 };\n\n\t\t// Fixed elements are offset from window (parentOffset = {top:0, left: 0},\n\t\t// because it is its only offset parent\n\t\tif ( jQuery.css( elem, \"position\" ) === \"fixed\" ) {\n\n\t\t\t// Assume getBoundingClientRect is there when computed position is fixed\n\t\t\toffset = elem.getBoundingClientRect();\n\n\t\t} else {\n\n\t\t\t// Get *real* offsetParent\n\t\t\toffsetParent = this.offsetParent();\n\n\t\t\t// Get correct offsets\n\t\t\toffset = this.offset();\n\t\t\tif ( !jQuery.nodeName( offsetParent[ 0 ], \"html\" ) ) {\n\t\t\t\tparentOffset = offsetParent.offset();\n\t\t\t}\n\n\t\t\t// Add offsetParent borders\n\t\t\tparentOffset.top += jQuery.css( offsetParent[ 0 ], \"borderTopWidth\", true );\n\t\t\tparentOffset.left += jQuery.css( offsetParent[ 0 ], \"borderLeftWidth\", true );\n\t\t}\n\n\t\t// Subtract parent offsets and element margins\n\t\treturn {\n\t\t\ttop: offset.top - parentOffset.top - jQuery.css( elem, \"marginTop\", true ),\n\t\t\tleft: offset.left - parentOffset.left - jQuery.css( elem, \"marginLeft\", true )\n\t\t};\n\t},\n\n\t// This method will return documentElement in the following cases:\n\t// 1) For the element inside the iframe without offsetParent, this method will return\n\t//    documentElement of the parent window\n\t// 2) For the hidden or detached element\n\t// 3) For body or html element, i.e. in case of the html node - it will return itself\n\t//\n\t// but those exceptions were never presented as a real life use-cases\n\t// and might be considered as more preferable results.\n\t//\n\t// This logic, however, is not guaranteed and can change at any point in the future\n\toffsetParent: function() {\n\t\treturn this.map( function() {\n\t\t\tvar offsetParent = this.offsetParent;\n\n\t\t\twhile ( offsetParent && jQuery.css( offsetParent, \"position\" ) === \"static\" ) {\n\t\t\t\toffsetParent = offsetParent.offsetParent;\n\t\t\t}\n\n\t\t\treturn offsetParent || documentElement;\n\t\t} );\n\t}\n} );\n\n// Create scrollLeft and scrollTop methods\njQuery.each( { scrollLeft: \"pageXOffset\", scrollTop: \"pageYOffset\" }, function( method, prop ) {\n\tvar top = \"pageYOffset\" === prop;\n\n\tjQuery.fn[ method ] = function( val ) {\n\t\treturn access( this, function( elem, method, val ) {\n\t\t\tvar win = getWindow( elem );\n\n\t\t\tif ( val === undefined ) {\n\t\t\t\treturn win ? win[ prop ] : elem[ method ];\n\t\t\t}\n\n\t\t\tif ( win ) {\n\t\t\t\twin.scrollTo(\n\t\t\t\t\t!top ? val : win.pageXOffset,\n\t\t\t\t\ttop ? val : win.pageYOffset\n\t\t\t\t);\n\n\t\t\t} else {\n\t\t\t\telem[ method ] = val;\n\t\t\t}\n\t\t}, method, val, arguments.length );\n\t};\n} );\n\n// Support: Safari<7-8+, Chrome<37-44+\n// Add the top/left cssHooks using jQuery.fn.position\n// Webkit bug: https://bugs.webkit.org/show_bug.cgi?id=29084\n// Blink bug: https://code.google.com/p/chromium/issues/detail?id=229280\n// getComputedStyle returns percent when specified for top/left/bottom/right;\n// rather than make the css module depend on the offset module, just check for it here\njQuery.each( [ \"top\", \"left\" ], function( i, prop ) {\n\tjQuery.cssHooks[ prop ] = addGetHookIf( support.pixelPosition,\n\t\tfunction( elem, computed ) {\n\t\t\tif ( computed ) {\n\t\t\t\tcomputed = curCSS( elem, prop );\n\n\t\t\t\t// If curCSS returns percentage, fallback to offset\n\t\t\t\treturn rnumnonpx.test( computed ) ?\n\t\t\t\t\tjQuery( elem ).position()[ prop ] + \"px\" :\n\t\t\t\t\tcomputed;\n\t\t\t}\n\t\t}\n\t);\n} );\n\n\n// Create innerHeight, innerWidth, height, width, outerHeight and outerWidth methods\njQuery.each( { Height: \"height\", Width: \"width\" }, function( name, type ) {\n\tjQuery.each( { padding: \"inner\" + name, content: type, \"\": \"outer\" + name },\n\t\tfunction( defaultExtra, funcName ) {\n\n\t\t// Margin is only for outerHeight, outerWidth\n\t\tjQuery.fn[ funcName ] = function( margin, value ) {\n\t\t\tvar chainable = arguments.length && ( defaultExtra || typeof margin !== \"boolean\" ),\n\t\t\t\textra = defaultExtra || ( margin === true || value === true ? \"margin\" : \"border\" );\n\n\t\t\treturn access( this, function( elem, type, value ) {\n\t\t\t\tvar doc;\n\n\t\t\t\tif ( jQuery.isWindow( elem ) ) {\n\n\t\t\t\t\t// As of 5/8/2012 this will yield incorrect results for Mobile Safari, but there\n\t\t\t\t\t// isn't a whole lot we can do. See pull request at this URL for discussion:\n\t\t\t\t\t// https://github.com/jquery/jquery/pull/764\n\t\t\t\t\treturn elem.document.documentElement[ \"client\" + name ];\n\t\t\t\t}\n\n\t\t\t\t// Get document width or height\n\t\t\t\tif ( elem.nodeType === 9 ) {\n\t\t\t\t\tdoc = elem.documentElement;\n\n\t\t\t\t\t// Either scroll[Width/Height] or offset[Width/Height] or client[Width/Height],\n\t\t\t\t\t// whichever is greatest\n\t\t\t\t\treturn Math.max(\n\t\t\t\t\t\telem.body[ \"scroll\" + name ], doc[ \"scroll\" + name ],\n\t\t\t\t\t\telem.body[ \"offset\" + name ], doc[ \"offset\" + name ],\n\t\t\t\t\t\tdoc[ \"client\" + name ]\n\t\t\t\t\t);\n\t\t\t\t}\n\n\t\t\t\treturn value === undefined ?\n\n\t\t\t\t\t// Get width or height on the element, requesting but not forcing parseFloat\n\t\t\t\t\tjQuery.css( elem, type, extra ) :\n\n\t\t\t\t\t// Set width or height on the element\n\t\t\t\t\tjQuery.style( elem, type, value, extra );\n\t\t\t}, type, chainable ? margin : undefined, chainable, null );\n\t\t};\n\t} );\n} );\n\n\njQuery.fn.extend( {\n\n\tbind: function( types, data, fn ) {\n\t\treturn this.on( types, null, data, fn );\n\t},\n\tunbind: function( types, fn ) {\n\t\treturn this.off( types, null, fn );\n\t},\n\n\tdelegate: function( selector, types, data, fn ) {\n\t\treturn this.on( types, selector, data, fn );\n\t},\n\tundelegate: function( selector, types, fn ) {\n\n\t\t// ( namespace ) or ( selector, types [, fn] )\n\t\treturn arguments.length === 1 ?\n\t\t\tthis.off( selector, \"**\" ) :\n\t\t\tthis.off( types, selector || \"**\", fn );\n\t},\n\tsize: function() {\n\t\treturn this.length;\n\t}\n} );\n\njQuery.fn.andSelf = jQuery.fn.addBack;\n\n\n\n\n// Register as a named AMD module, since jQuery can be concatenated with other\n// files that may use define, but not via a proper concatenation script that\n// understands anonymous AMD modules. A named AMD is safest and most robust\n// way to register. Lowercase jquery is used because AMD module names are\n// derived from file names, and jQuery is normally delivered in a lowercase\n// file name. Do this after creating the global so that if an AMD module wants\n// to call noConflict to hide this version of jQuery, it will work.\n\n// Note that for maximum portability, libraries that are not jQuery should\n// declare themselves as anonymous modules, and avoid setting a global if an\n// AMD loader is present. jQuery is a special case. For more information, see\n// https://github.com/jrburke/requirejs/wiki/Updating-existing-libraries#wiki-anon\n\nif ( typeof define === \"function\" && define.amd ) {\n\tdefine( \"jquery\", [], function() {\n\t\treturn jQuery;\n\t} );\n}\n\n\n\nvar\n\n\t// Map over jQuery in case of overwrite\n\t_jQuery = window.jQuery,\n\n\t// Map over the $ in case of overwrite\n\t_$ = window.$;\n\njQuery.noConflict = function( deep ) {\n\tif ( window.$ === jQuery ) {\n\t\twindow.$ = _$;\n\t}\n\n\tif ( deep && window.jQuery === jQuery ) {\n\t\twindow.jQuery = _jQuery;\n\t}\n\n\treturn jQuery;\n};\n\n// Expose jQuery and $ identifiers, even in AMD\n// (#7102#comment:10, https://github.com/jquery/jquery/pull/557)\n// and CommonJS for browser emulators (#13566)\nif ( !noGlobal ) {\n\twindow.jQuery = window.$ = jQuery;\n}\n\nreturn jQuery;\n}));\n","/**\n * what-input - A global utility for tracking the current input method (mouse, keyboard or touch).\n * @version v4.0.6\n * @link https://github.com/ten1seven/what-input\n * @license MIT\n */\n(function webpackUniversalModuleDefinition(root, factory) {\n\tif(typeof exports === 'object' && typeof module === 'object')\n\t\tmodule.exports = factory();\n\telse if(typeof define === 'function' && define.amd)\n\t\tdefine(\"whatInput\", [], factory);\n\telse if(typeof exports === 'object')\n\t\texports[\"whatInput\"] = factory();\n\telse\n\t\troot[\"whatInput\"] = factory();\n})(this, function() {\nreturn /******/ (function(modules) { // webpackBootstrap\n/******/ \t// The module cache\n/******/ \tvar installedModules = {};\n\n/******/ \t// The require function\n/******/ \tfunction __webpack_require__(moduleId) {\n\n/******/ \t\t// Check if module is in cache\n/******/ \t\tif(installedModules[moduleId])\n/******/ \t\t\treturn installedModules[moduleId].exports;\n\n/******/ \t\t// Create a new module (and put it into the cache)\n/******/ \t\tvar module = installedModules[moduleId] = {\n/******/ \t\t\texports: {},\n/******/ \t\t\tid: moduleId,\n/******/ \t\t\tloaded: false\n/******/ \t\t};\n\n/******/ \t\t// Execute the module function\n/******/ \t\tmodules[moduleId].call(module.exports, module, module.exports, __webpack_require__);\n\n/******/ \t\t// Flag the module as loaded\n/******/ \t\tmodule.loaded = true;\n\n/******/ \t\t// Return the exports of the module\n/******/ \t\treturn module.exports;\n/******/ \t}\n\n\n/******/ \t// expose the modules object (__webpack_modules__)\n/******/ \t__webpack_require__.m = modules;\n\n/******/ \t// expose the module cache\n/******/ \t__webpack_require__.c = installedModules;\n\n/******/ \t// __webpack_public_path__\n/******/ \t__webpack_require__.p = \"\";\n\n/******/ \t// Load entry module and return exports\n/******/ \treturn __webpack_require__(0);\n/******/ })\n/************************************************************************/\n/******/ ([\n/* 0 */\n/***/ function(module, exports) {\n\n\tmodule.exports = (function() {\n\n\t  /*\n\t    ---------------\n\t    Variables\n\t    ---------------\n\t  */\n\n\t  // cache document.documentElement\n\t  var docElem = document.documentElement;\n\n\t  // last used input type\n\t  var currentInput = 'initial';\n\n\t  // last used input intent\n\t  var currentIntent = null;\n\n\t  // form input types\n\t  var formInputs = [\n\t    'input',\n\t    'select',\n\t    'textarea'\n\t  ];\n\n\t  // list of modifier keys commonly used with the mouse and\n\t  // can be safely ignored to prevent false keyboard detection\n\t  var ignoreMap = [\n\t    16, // shift\n\t    17, // control\n\t    18, // alt\n\t    91, // Windows key / left Apple cmd\n\t    93  // Windows menu / right Apple cmd\n\t  ];\n\n\t  // mapping of events to input types\n\t  var inputMap = {\n\t    'keyup': 'keyboard',\n\t    'mousedown': 'mouse',\n\t    'mousemove': 'mouse',\n\t    'MSPointerDown': 'pointer',\n\t    'MSPointerMove': 'pointer',\n\t    'pointerdown': 'pointer',\n\t    'pointermove': 'pointer',\n\t    'touchstart': 'touch'\n\t  };\n\n\t  // array of all used input types\n\t  var inputTypes = [];\n\n\t  // boolean: true if touch buffer timer is running\n\t  var isBuffering = false;\n\n\t  // map of IE 10 pointer events\n\t  var pointerMap = {\n\t    2: 'touch',\n\t    3: 'touch', // treat pen like touch\n\t    4: 'mouse'\n\t  };\n\n\t  // touch buffer timer\n\t  var touchTimer = null;\n\n\n\t  /*\n\t    ---------------\n\t    Set up\n\t    ---------------\n\t  */\n\n\t  var setUp = function() {\n\n\t    // add correct mouse wheel event mapping to `inputMap`\n\t    inputMap[detectWheel()] = 'mouse';\n\n\t    addListeners();\n\t    setInput();\n\t  };\n\n\n\t  /*\n\t    ---------------\n\t    Events\n\t    ---------------\n\t  */\n\n\t  var addListeners = function() {\n\n\t    // `pointermove`, `MSPointerMove`, `mousemove` and mouse wheel event binding\n\t    // can only demonstrate potential, but not actual, interaction\n\t    // and are treated separately\n\n\t    // pointer events (mouse, pen, touch)\n\t    if (window.PointerEvent) {\n\t      docElem.addEventListener('pointerdown', updateInput);\n\t      docElem.addEventListener('pointermove', setIntent);\n\t    } else if (window.MSPointerEvent) {\n\t      docElem.addEventListener('MSPointerDown', updateInput);\n\t      docElem.addEventListener('MSPointerMove', setIntent);\n\t    } else {\n\n\t      // mouse events\n\t      docElem.addEventListener('mousedown', updateInput);\n\t      docElem.addEventListener('mousemove', setIntent);\n\n\t      // touch events\n\t      if ('ontouchstart' in window) {\n\t        docElem.addEventListener('touchstart', touchBuffer);\n\t      }\n\t    }\n\n\t    // mouse wheel\n\t    docElem.addEventListener(detectWheel(), setIntent);\n\n\t    // keyboard events\n\t    docElem.addEventListener('keydown', updateInput);\n\t    docElem.addEventListener('keyup', updateInput);\n\t  };\n\n\t  // checks conditions before updating new input\n\t  var updateInput = function(event) {\n\n\t    // only execute if the touch buffer timer isn't running\n\t    if (!isBuffering) {\n\t      var eventKey = event.which;\n\t      var value = inputMap[event.type];\n\t      if (value === 'pointer') value = pointerType(event);\n\n\t      if (\n\t        currentInput !== value ||\n\t        currentIntent !== value\n\t      ) {\n\n\t        var activeElem = document.activeElement;\n\t        var activeInput = (\n\t          activeElem &&\n\t          activeElem.nodeName &&\n\t          formInputs.indexOf(activeElem.nodeName.toLowerCase()) === -1\n\t        ) ? true : false;\n\n\t        if (\n\t          value === 'touch' ||\n\n\t          // ignore mouse modifier keys\n\t          (value === 'mouse' && ignoreMap.indexOf(eventKey) === -1) ||\n\n\t          // don't switch if the current element is a form input\n\t          (value === 'keyboard' && activeInput)\n\t        ) {\n\n\t          // set the current and catch-all variable\n\t          currentInput = currentIntent = value;\n\n\t          setInput();\n\t        }\n\t      }\n\t    }\n\t  };\n\n\t  // updates the doc and `inputTypes` array with new input\n\t  var setInput = function() {\n\t    docElem.setAttribute('data-whatinput', currentInput);\n\t    docElem.setAttribute('data-whatintent', currentInput);\n\n\t    if (inputTypes.indexOf(currentInput) === -1) {\n\t      inputTypes.push(currentInput);\n\t      docElem.className += ' whatinput-types-' + currentInput;\n\t    }\n\t  };\n\n\t  // updates input intent for `mousemove` and `pointermove`\n\t  var setIntent = function(event) {\n\n\t    // only execute if the touch buffer timer isn't running\n\t    if (!isBuffering) {\n\t      var value = inputMap[event.type];\n\t      if (value === 'pointer') value = pointerType(event);\n\n\t      if (currentIntent !== value) {\n\t        currentIntent = value;\n\n\t        docElem.setAttribute('data-whatintent', currentIntent);\n\t      }\n\t    }\n\t  };\n\n\t  // buffers touch events because they frequently also fire mouse events\n\t  var touchBuffer = function(event) {\n\n\t    // clear the timer if it happens to be running\n\t    window.clearTimeout(touchTimer);\n\n\t    // set the current input\n\t    updateInput(event);\n\n\t    // set the isBuffering to `true`\n\t    isBuffering = true;\n\n\t    // run the timer\n\t    touchTimer = window.setTimeout(function() {\n\n\t      // if the timer runs out, set isBuffering back to `false`\n\t      isBuffering = false;\n\t    }, 200);\n\t  };\n\n\n\t  /*\n\t    ---------------\n\t    Utilities\n\t    ---------------\n\t  */\n\n\t  var pointerType = function(event) {\n\t   if (typeof event.pointerType === 'number') {\n\t      return pointerMap[event.pointerType];\n\t   } else {\n\t      return (event.pointerType === 'pen') ? 'touch' : event.pointerType; // treat pen like touch\n\t   }\n\t  };\n\n\t  // detect version of mouse wheel event to use\n\t  // via https://developer.mozilla.org/en-US/docs/Web/Events/wheel\n\t  var detectWheel = function() {\n\t    return 'onwheel' in document.createElement('div') ?\n\t      'wheel' : // Modern browsers support \"wheel\"\n\n\t      document.onmousewheel !== undefined ?\n\t        'mousewheel' : // Webkit and IE support at least \"mousewheel\"\n\t        'DOMMouseScroll'; // let's assume that remaining browsers are older Firefox\n\t  };\n\n\n\t  /*\n\t    ---------------\n\t    Init\n\n\t    don't start script unless browser cuts the mustard\n\t    (also passes if polyfills are used)\n\t    ---------------\n\t  */\n\n\t  if (\n\t    'addEventListener' in window &&\n\t    Array.prototype.indexOf\n\t  ) {\n\t    setUp();\n\t  }\n\n\n\t  /*\n\t    ---------------\n\t    API\n\t    ---------------\n\t  */\n\n\t  return {\n\n\t    // returns string: the current input type\n\t    // opt: 'loose'|'strict'\n\t    // 'strict' (default): returns the same value as the `data-whatinput` attribute\n\t    // 'loose': includes `data-whatintent` value if it's more current than `data-whatinput`\n\t    ask: function(opt) { return (opt === 'loose') ? currentIntent : currentInput; },\n\n\t    // returns array: all the detected input types\n\t    types: function() { return inputTypes; }\n\n\t  };\n\n\t}());\n\n\n/***/ }\n/******/ ])\n});\n;","!function($) {\n\n\"use strict\";\n\nvar FOUNDATION_VERSION = '6.3.0';\n\n// Global Foundation object\n// This is attached to the window, or used as a module for AMD/Browserify\nvar Foundation = {\n  version: FOUNDATION_VERSION,\n\n  /**\n   * Stores initialized plugins.\n   */\n  _plugins: {},\n\n  /**\n   * Stores generated unique ids for plugin instances\n   */\n  _uuids: [],\n\n  /**\n   * Returns a boolean for RTL support\n   */\n  rtl: function(){\n    return $('html').attr('dir') === 'rtl';\n  },\n  /**\n   * Defines a Foundation plugin, adding it to the `Foundation` namespace and the list of plugins to initialize when reflowing.\n   * @param {Object} plugin - The constructor of the plugin.\n   */\n  plugin: function(plugin, name) {\n    // Object key to use when adding to global Foundation object\n    // Examples: Foundation.Reveal, Foundation.OffCanvas\n    var className = (name || functionName(plugin));\n    // Object key to use when storing the plugin, also used to create the identifying data attribute for the plugin\n    // Examples: data-reveal, data-off-canvas\n    var attrName  = hyphenate(className);\n\n    // Add to the Foundation object and the plugins list (for reflowing)\n    this._plugins[attrName] = this[className] = plugin;\n  },\n  /**\n   * @function\n   * Populates the _uuids array with pointers to each individual plugin instance.\n   * Adds the `zfPlugin` data-attribute to programmatically created plugins to allow use of $(selector).foundation(method) calls.\n   * Also fires the initialization event for each plugin, consolidating repetitive code.\n   * @param {Object} plugin - an instance of a plugin, usually `this` in context.\n   * @param {String} name - the name of the plugin, passed as a camelCased string.\n   * @fires Plugin#init\n   */\n  registerPlugin: function(plugin, name){\n    var pluginName = name ? hyphenate(name) : functionName(plugin.constructor).toLowerCase();\n    plugin.uuid = this.GetYoDigits(6, pluginName);\n\n    if(!plugin.$element.attr(`data-${pluginName}`)){ plugin.$element.attr(`data-${pluginName}`, plugin.uuid); }\n    if(!plugin.$element.data('zfPlugin')){ plugin.$element.data('zfPlugin', plugin); }\n          /**\n           * Fires when the plugin has initialized.\n           * @event Plugin#init\n           */\n    plugin.$element.trigger(`init.zf.${pluginName}`);\n\n    this._uuids.push(plugin.uuid);\n\n    return;\n  },\n  /**\n   * @function\n   * Removes the plugins uuid from the _uuids array.\n   * Removes the zfPlugin data attribute, as well as the data-plugin-name attribute.\n   * Also fires the destroyed event for the plugin, consolidating repetitive code.\n   * @param {Object} plugin - an instance of a plugin, usually `this` in context.\n   * @fires Plugin#destroyed\n   */\n  unregisterPlugin: function(plugin){\n    var pluginName = hyphenate(functionName(plugin.$element.data('zfPlugin').constructor));\n\n    this._uuids.splice(this._uuids.indexOf(plugin.uuid), 1);\n    plugin.$element.removeAttr(`data-${pluginName}`).removeData('zfPlugin')\n          /**\n           * Fires when the plugin has been destroyed.\n           * @event Plugin#destroyed\n           */\n          .trigger(`destroyed.zf.${pluginName}`);\n    for(var prop in plugin){\n      plugin[prop] = null;//clean up script to prep for garbage collection.\n    }\n    return;\n  },\n\n  /**\n   * @function\n   * Causes one or more active plugins to re-initialize, resetting event listeners, recalculating positions, etc.\n   * @param {String} plugins - optional string of an individual plugin key, attained by calling `$(element).data('pluginName')`, or string of a plugin class i.e. `'dropdown'`\n   * @default If no argument is passed, reflow all currently active plugins.\n   */\n   reInit: function(plugins){\n     var isJQ = plugins instanceof $;\n     try{\n       if(isJQ){\n         plugins.each(function(){\n           $(this).data('zfPlugin')._init();\n         });\n       }else{\n         var type = typeof plugins,\n         _this = this,\n         fns = {\n           'object': function(plgs){\n             plgs.forEach(function(p){\n               p = hyphenate(p);\n               $('[data-'+ p +']').foundation('_init');\n             });\n           },\n           'string': function(){\n             plugins = hyphenate(plugins);\n             $('[data-'+ plugins +']').foundation('_init');\n           },\n           'undefined': function(){\n             this['object'](Object.keys(_this._plugins));\n           }\n         };\n         fns[type](plugins);\n       }\n     }catch(err){\n       console.error(err);\n     }finally{\n       return plugins;\n     }\n   },\n\n  /**\n   * returns a random base-36 uid with namespacing\n   * @function\n   * @param {Number} length - number of random base-36 digits desired. Increase for more random strings.\n   * @param {String} namespace - name of plugin to be incorporated in uid, optional.\n   * @default {String} '' - if no plugin name is provided, nothing is appended to the uid.\n   * @returns {String} - unique id\n   */\n  GetYoDigits: function(length, namespace){\n    length = length || 6;\n    return Math.round((Math.pow(36, length + 1) - Math.random() * Math.pow(36, length))).toString(36).slice(1) + (namespace ? `-${namespace}` : '');\n  },\n  /**\n   * Initialize plugins on any elements within `elem` (and `elem` itself) that aren't already initialized.\n   * @param {Object} elem - jQuery object containing the element to check inside. Also checks the element itself, unless it's the `document` object.\n   * @param {String|Array} plugins - A list of plugins to initialize. Leave this out to initialize everything.\n   */\n  reflow: function(elem, plugins) {\n\n    // If plugins is undefined, just grab everything\n    if (typeof plugins === 'undefined') {\n      plugins = Object.keys(this._plugins);\n    }\n    // If plugins is a string, convert it to an array with one item\n    else if (typeof plugins === 'string') {\n      plugins = [plugins];\n    }\n\n    var _this = this;\n\n    // Iterate through each plugin\n    $.each(plugins, function(i, name) {\n      // Get the current plugin\n      var plugin = _this._plugins[name];\n\n      // Localize the search to all elements inside elem, as well as elem itself, unless elem === document\n      var $elem = $(elem).find('[data-'+name+']').addBack('[data-'+name+']');\n\n      // For each plugin found, initialize it\n      $elem.each(function() {\n        var $el = $(this),\n            opts = {};\n        // Don't double-dip on plugins\n        if ($el.data('zfPlugin')) {\n          console.warn(\"Tried to initialize \"+name+\" on an element that already has a Foundation plugin.\");\n          return;\n        }\n\n        if($el.attr('data-options')){\n          var thing = $el.attr('data-options').split(';').forEach(function(e, i){\n            var opt = e.split(':').map(function(el){ return el.trim(); });\n            if(opt[0]) opts[opt[0]] = parseValue(opt[1]);\n          });\n        }\n        try{\n          $el.data('zfPlugin', new plugin($(this), opts));\n        }catch(er){\n          console.error(er);\n        }finally{\n          return;\n        }\n      });\n    });\n  },\n  getFnName: functionName,\n  transitionend: function($elem){\n    var transitions = {\n      'transition': 'transitionend',\n      'WebkitTransition': 'webkitTransitionEnd',\n      'MozTransition': 'transitionend',\n      'OTransition': 'otransitionend'\n    };\n    var elem = document.createElement('div'),\n        end;\n\n    for (var t in transitions){\n      if (typeof elem.style[t] !== 'undefined'){\n        end = transitions[t];\n      }\n    }\n    if(end){\n      return end;\n    }else{\n      end = setTimeout(function(){\n        $elem.triggerHandler('transitionend', [$elem]);\n      }, 1);\n      return 'transitionend';\n    }\n  }\n};\n\nFoundation.util = {\n  /**\n   * Function for applying a debounce effect to a function call.\n   * @function\n   * @param {Function} func - Function to be called at end of timeout.\n   * @param {Number} delay - Time in ms to delay the call of `func`.\n   * @returns function\n   */\n  throttle: function (func, delay) {\n    var timer = null;\n\n    return function () {\n      var context = this, args = arguments;\n\n      if (timer === null) {\n        timer = setTimeout(function () {\n          func.apply(context, args);\n          timer = null;\n        }, delay);\n      }\n    };\n  }\n};\n\n// TODO: consider not making this a jQuery function\n// TODO: need way to reflow vs. re-initialize\n/**\n * The Foundation jQuery method.\n * @param {String|Array} method - An action to perform on the current jQuery object.\n */\nvar foundation = function(method) {\n  var type = typeof method,\n      $meta = $('meta.foundation-mq'),\n      $noJS = $('.no-js');\n\n  if(!$meta.length){\n    $('<meta class=\"foundation-mq\">').appendTo(document.head);\n  }\n  if($noJS.length){\n    $noJS.removeClass('no-js');\n  }\n\n  if(type === 'undefined'){//needs to initialize the Foundation object, or an individual plugin.\n    Foundation.MediaQuery._init();\n    Foundation.reflow(this);\n  }else if(type === 'string'){//an individual method to invoke on a plugin or group of plugins\n    var args = Array.prototype.slice.call(arguments, 1);//collect all the arguments, if necessary\n    var plugClass = this.data('zfPlugin');//determine the class of plugin\n\n    if(plugClass !== undefined && plugClass[method] !== undefined){//make sure both the class and method exist\n      if(this.length === 1){//if there's only one, call it directly.\n          plugClass[method].apply(plugClass, args);\n      }else{\n        this.each(function(i, el){//otherwise loop through the jQuery collection and invoke the method on each\n          plugClass[method].apply($(el).data('zfPlugin'), args);\n        });\n      }\n    }else{//error for no class or no method\n      throw new ReferenceError(\"We're sorry, '\" + method + \"' is not an available method for \" + (plugClass ? functionName(plugClass) : 'this element') + '.');\n    }\n  }else{//error for invalid argument type\n    throw new TypeError(`We're sorry, ${type} is not a valid parameter. You must use a string representing the method you wish to invoke.`);\n  }\n  return this;\n};\n\nwindow.Foundation = Foundation;\n$.fn.foundation = foundation;\n\n// Polyfill for requestAnimationFrame\n(function() {\n  if (!Date.now || !window.Date.now)\n    window.Date.now = Date.now = function() { return new Date().getTime(); };\n\n  var vendors = ['webkit', 'moz'];\n  for (var i = 0; i < vendors.length && !window.requestAnimationFrame; ++i) {\n      var vp = vendors[i];\n      window.requestAnimationFrame = window[vp+'RequestAnimationFrame'];\n      window.cancelAnimationFrame = (window[vp+'CancelAnimationFrame']\n                                 || window[vp+'CancelRequestAnimationFrame']);\n  }\n  if (/iP(ad|hone|od).*OS 6/.test(window.navigator.userAgent)\n    || !window.requestAnimationFrame || !window.cancelAnimationFrame) {\n    var lastTime = 0;\n    window.requestAnimationFrame = function(callback) {\n        var now = Date.now();\n        var nextTime = Math.max(lastTime + 16, now);\n        return setTimeout(function() { callback(lastTime = nextTime); },\n                          nextTime - now);\n    };\n    window.cancelAnimationFrame = clearTimeout;\n  }\n  /**\n   * Polyfill for performance.now, required by rAF\n   */\n  if(!window.performance || !window.performance.now){\n    window.performance = {\n      start: Date.now(),\n      now: function(){ return Date.now() - this.start; }\n    };\n  }\n})();\nif (!Function.prototype.bind) {\n  Function.prototype.bind = function(oThis) {\n    if (typeof this !== 'function') {\n      // closest thing possible to the ECMAScript 5\n      // internal IsCallable function\n      throw new TypeError('Function.prototype.bind - what is trying to be bound is not callable');\n    }\n\n    var aArgs   = Array.prototype.slice.call(arguments, 1),\n        fToBind = this,\n        fNOP    = function() {},\n        fBound  = function() {\n          return fToBind.apply(this instanceof fNOP\n                 ? this\n                 : oThis,\n                 aArgs.concat(Array.prototype.slice.call(arguments)));\n        };\n\n    if (this.prototype) {\n      // native functions don't have a prototype\n      fNOP.prototype = this.prototype;\n    }\n    fBound.prototype = new fNOP();\n\n    return fBound;\n  };\n}\n// Polyfill to get the name of a function in IE9\nfunction functionName(fn) {\n  if (Function.prototype.name === undefined) {\n    var funcNameRegex = /function\\s([^(]{1,})\\(/;\n    var results = (funcNameRegex).exec((fn).toString());\n    return (results && results.length > 1) ? results[1].trim() : \"\";\n  }\n  else if (fn.prototype === undefined) {\n    return fn.constructor.name;\n  }\n  else {\n    return fn.prototype.constructor.name;\n  }\n}\nfunction parseValue(str){\n  if ('true' === str) return true;\n  else if ('false' === str) return false;\n  else if (!isNaN(str * 1)) return parseFloat(str);\n  return str;\n}\n// Convert PascalCase to kebab-case\n// Thank you: http://stackoverflow.com/a/8955580\nfunction hyphenate(str) {\n  return str.replace(/([a-z])([A-Z])/g, '$1-$2').toLowerCase();\n}\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\nFoundation.Box = {\n  ImNotTouchingYou: ImNotTouchingYou,\n  GetDimensions: GetDimensions,\n  GetOffsets: GetOffsets\n}\n\n/**\n * Compares the dimensions of an element to a container and determines collision events with container.\n * @function\n * @param {jQuery} element - jQuery object to test for collisions.\n * @param {jQuery} parent - jQuery object to use as bounding container.\n * @param {Boolean} lrOnly - set to true to check left and right values only.\n * @param {Boolean} tbOnly - set to true to check top and bottom values only.\n * @default if no parent object passed, detects collisions with `window`.\n * @returns {Boolean} - true if collision free, false if a collision in any direction.\n */\nfunction ImNotTouchingYou(element, parent, lrOnly, tbOnly) {\n  var eleDims = GetDimensions(element),\n      top, bottom, left, right;\n\n  if (parent) {\n    var parDims = GetDimensions(parent);\n\n    bottom = (eleDims.offset.top + eleDims.height <= parDims.height + parDims.offset.top);\n    top    = (eleDims.offset.top >= parDims.offset.top);\n    left   = (eleDims.offset.left >= parDims.offset.left);\n    right  = (eleDims.offset.left + eleDims.width <= parDims.width + parDims.offset.left);\n  }\n  else {\n    bottom = (eleDims.offset.top + eleDims.height <= eleDims.windowDims.height + eleDims.windowDims.offset.top);\n    top    = (eleDims.offset.top >= eleDims.windowDims.offset.top);\n    left   = (eleDims.offset.left >= eleDims.windowDims.offset.left);\n    right  = (eleDims.offset.left + eleDims.width <= eleDims.windowDims.width);\n  }\n\n  var allDirs = [bottom, top, left, right];\n\n  if (lrOnly) {\n    return left === right === true;\n  }\n\n  if (tbOnly) {\n    return top === bottom === true;\n  }\n\n  return allDirs.indexOf(false) === -1;\n};\n\n/**\n * Uses native methods to return an object of dimension values.\n * @function\n * @param {jQuery || HTML} element - jQuery object or DOM element for which to get the dimensions. Can be any element other that document or window.\n * @returns {Object} - nested object of integer pixel values\n * TODO - if element is window, return only those values.\n */\nfunction GetDimensions(elem, test){\n  elem = elem.length ? elem[0] : elem;\n\n  if (elem === window || elem === document) {\n    throw new Error(\"I'm sorry, Dave. I'm afraid I can't do that.\");\n  }\n\n  var rect = elem.getBoundingClientRect(),\n      parRect = elem.parentNode.getBoundingClientRect(),\n      winRect = document.body.getBoundingClientRect(),\n      winY = window.pageYOffset,\n      winX = window.pageXOffset;\n\n  return {\n    width: rect.width,\n    height: rect.height,\n    offset: {\n      top: rect.top + winY,\n      left: rect.left + winX\n    },\n    parentDims: {\n      width: parRect.width,\n      height: parRect.height,\n      offset: {\n        top: parRect.top + winY,\n        left: parRect.left + winX\n      }\n    },\n    windowDims: {\n      width: winRect.width,\n      height: winRect.height,\n      offset: {\n        top: winY,\n        left: winX\n      }\n    }\n  }\n}\n\n/**\n * Returns an object of top and left integer pixel values for dynamically rendered elements,\n * such as: Tooltip, Reveal, and Dropdown\n * @function\n * @param {jQuery} element - jQuery object for the element being positioned.\n * @param {jQuery} anchor - jQuery object for the element's anchor point.\n * @param {String} position - a string relating to the desired position of the element, relative to it's anchor\n * @param {Number} vOffset - integer pixel value of desired vertical separation between anchor and element.\n * @param {Number} hOffset - integer pixel value of desired horizontal separation between anchor and element.\n * @param {Boolean} isOverflow - if a collision event is detected, sets to true to default the element to full width - any desired offset.\n * TODO alter/rewrite to work with `em` values as well/instead of pixels\n */\nfunction GetOffsets(element, anchor, position, vOffset, hOffset, isOverflow) {\n  var $eleDims = GetDimensions(element),\n      $anchorDims = anchor ? GetDimensions(anchor) : null;\n\n  switch (position) {\n    case 'top':\n      return {\n        left: (Foundation.rtl() ? $anchorDims.offset.left - $eleDims.width + $anchorDims.width : $anchorDims.offset.left),\n        top: $anchorDims.offset.top - ($eleDims.height + vOffset)\n      }\n      break;\n    case 'left':\n      return {\n        left: $anchorDims.offset.left - ($eleDims.width + hOffset),\n        top: $anchorDims.offset.top\n      }\n      break;\n    case 'right':\n      return {\n        left: $anchorDims.offset.left + $anchorDims.width + hOffset,\n        top: $anchorDims.offset.top\n      }\n      break;\n    case 'center top':\n      return {\n        left: ($anchorDims.offset.left + ($anchorDims.width / 2)) - ($eleDims.width / 2),\n        top: $anchorDims.offset.top - ($eleDims.height + vOffset)\n      }\n      break;\n    case 'center bottom':\n      return {\n        left: isOverflow ? hOffset : (($anchorDims.offset.left + ($anchorDims.width / 2)) - ($eleDims.width / 2)),\n        top: $anchorDims.offset.top + $anchorDims.height + vOffset\n      }\n      break;\n    case 'center left':\n      return {\n        left: $anchorDims.offset.left - ($eleDims.width + hOffset),\n        top: ($anchorDims.offset.top + ($anchorDims.height / 2)) - ($eleDims.height / 2)\n      }\n      break;\n    case 'center right':\n      return {\n        left: $anchorDims.offset.left + $anchorDims.width + hOffset + 1,\n        top: ($anchorDims.offset.top + ($anchorDims.height / 2)) - ($eleDims.height / 2)\n      }\n      break;\n    case 'center':\n      return {\n        left: ($eleDims.windowDims.offset.left + ($eleDims.windowDims.width / 2)) - ($eleDims.width / 2),\n        top: ($eleDims.windowDims.offset.top + ($eleDims.windowDims.height / 2)) - ($eleDims.height / 2)\n      }\n      break;\n    case 'reveal':\n      return {\n        left: ($eleDims.windowDims.width - $eleDims.width) / 2,\n        top: $eleDims.windowDims.offset.top + vOffset\n      }\n    case 'reveal full':\n      return {\n        left: $eleDims.windowDims.offset.left,\n        top: $eleDims.windowDims.offset.top\n      }\n      break;\n    case 'left bottom':\n      return {\n        left: $anchorDims.offset.left,\n        top: $anchorDims.offset.top + $anchorDims.height + vOffset\n      };\n      break;\n    case 'right bottom':\n      return {\n        left: $anchorDims.offset.left + $anchorDims.width + hOffset - $eleDims.width,\n        top: $anchorDims.offset.top + $anchorDims.height + vOffset\n      };\n      break;\n    default:\n      return {\n        left: (Foundation.rtl() ? $anchorDims.offset.left - $eleDims.width + $anchorDims.width : $anchorDims.offset.left + hOffset),\n        top: $anchorDims.offset.top + $anchorDims.height + vOffset\n      }\n  }\n}\n\n}(jQuery);\n","/*******************************************\n *                                         *\n * This util was created by Marius Olbertz *\n * Please thank Marius on GitHub /owlbertz *\n * or the web http://www.mariusolbertz.de/ *\n *                                         *\n ******************************************/\n\n'use strict';\n\n!function($) {\n\nconst keyCodes = {\n  9: 'TAB',\n  13: 'ENTER',\n  27: 'ESCAPE',\n  32: 'SPACE',\n  37: 'ARROW_LEFT',\n  38: 'ARROW_UP',\n  39: 'ARROW_RIGHT',\n  40: 'ARROW_DOWN'\n}\n\nvar commands = {}\n\nvar Keyboard = {\n  keys: getKeyCodes(keyCodes),\n\n  /**\n   * Parses the (keyboard) event and returns a String that represents its key\n   * Can be used like Foundation.parseKey(event) === Foundation.keys.SPACE\n   * @param {Event} event - the event generated by the event handler\n   * @return String key - String that represents the key pressed\n   */\n  parseKey(event) {\n    var key = keyCodes[event.which || event.keyCode] || String.fromCharCode(event.which).toUpperCase();\n\n    // Remove un-printable characters, e.g. for `fromCharCode` calls for CTRL only events\n    key = key.replace(/\\W+/, '');\n\n    if (event.shiftKey) key = `SHIFT_${key}`;\n    if (event.ctrlKey) key = `CTRL_${key}`;\n    if (event.altKey) key = `ALT_${key}`;\n\n    // Remove trailing underscore, in case only modifiers were used (e.g. only `CTRL_ALT`)\n    key = key.replace(/_$/, '');\n\n    return key;\n  },\n\n  /**\n   * Handles the given (keyboard) event\n   * @param {Event} event - the event generated by the event handler\n   * @param {String} component - Foundation component's name, e.g. Slider or Reveal\n   * @param {Objects} functions - collection of functions that are to be executed\n   */\n  handleKey(event, component, functions) {\n    var commandList = commands[component],\n      keyCode = this.parseKey(event),\n      cmds,\n      command,\n      fn;\n\n    if (!commandList) return console.warn('Component not defined!');\n\n    if (typeof commandList.ltr === 'undefined') { // this component does not differentiate between ltr and rtl\n        cmds = commandList; // use plain list\n    } else { // merge ltr and rtl: if document is rtl, rtl overwrites ltr and vice versa\n        if (Foundation.rtl()) cmds = $.extend({}, commandList.ltr, commandList.rtl);\n\n        else cmds = $.extend({}, commandList.rtl, commandList.ltr);\n    }\n    command = cmds[keyCode];\n\n    fn = functions[command];\n    if (fn && typeof fn === 'function') { // execute function  if exists\n      var returnValue = fn.apply();\n      if (functions.handled || typeof functions.handled === 'function') { // execute function when event was handled\n          functions.handled(returnValue);\n      }\n    } else {\n      if (functions.unhandled || typeof functions.unhandled === 'function') { // execute function when event was not handled\n          functions.unhandled();\n      }\n    }\n  },\n\n  /**\n   * Finds all focusable elements within the given `$element`\n   * @param {jQuery} $element - jQuery object to search within\n   * @return {jQuery} $focusable - all focusable elements within `$element`\n   */\n  findFocusable($element) {\n    if(!$element) {return false; }\n    return $element.find('a[href], area[href], input:not([disabled]), select:not([disabled]), textarea:not([disabled]), button:not([disabled]), iframe, object, embed, *[tabindex], *[contenteditable]').filter(function() {\n      if (!$(this).is(':visible') || $(this).attr('tabindex') < 0) { return false; } //only have visible elements and those that have a tabindex greater or equal 0\n      return true;\n    });\n  },\n\n  /**\n   * Returns the component name name\n   * @param {Object} component - Foundation component, e.g. Slider or Reveal\n   * @return String componentName\n   */\n\n  register(componentName, cmds) {\n    commands[componentName] = cmds;\n  },  \n\n  /**\n   * Traps the focus in the given element.\n   * @param  {jQuery} $element  jQuery object to trap the foucs into.\n   */\n  trapFocus($element) {\n    var $focusable = Foundation.Keyboard.findFocusable($element),\n        $firstFocusable = $focusable.eq(0),\n        $lastFocusable = $focusable.eq(-1);\n\n    $element.on('keydown.zf.trapfocus', function(event) {\n      if (event.target === $lastFocusable[0] && Foundation.Keyboard.parseKey(event) === 'TAB') {\n        event.preventDefault();\n        $firstFocusable.focus();\n      }\n      else if (event.target === $firstFocusable[0] && Foundation.Keyboard.parseKey(event) === 'SHIFT_TAB') {\n        event.preventDefault();\n        $lastFocusable.focus();\n      }\n    });\n  },\n  /**\n   * Releases the trapped focus from the given element.\n   * @param  {jQuery} $element  jQuery object to release the focus for.\n   */\n  releaseFocus($element) {\n    $element.off('keydown.zf.trapfocus');\n  }\n}\n\n/*\n * Constants for easier comparing.\n * Can be used like Foundation.parseKey(event) === Foundation.keys.SPACE\n */\nfunction getKeyCodes(kcs) {\n  var k = {};\n  for (var kc in kcs) k[kcs[kc]] = kcs[kc];\n  return k;\n}\n\nFoundation.Keyboard = Keyboard;\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n// Default set of media queries\nconst defaultQueries = {\n  'default' : 'only screen',\n  landscape : 'only screen and (orientation: landscape)',\n  portrait : 'only screen and (orientation: portrait)',\n  retina : 'only screen and (-webkit-min-device-pixel-ratio: 2),' +\n    'only screen and (min--moz-device-pixel-ratio: 2),' +\n    'only screen and (-o-min-device-pixel-ratio: 2/1),' +\n    'only screen and (min-device-pixel-ratio: 2),' +\n    'only screen and (min-resolution: 192dpi),' +\n    'only screen and (min-resolution: 2dppx)'\n};\n\nvar MediaQuery = {\n  queries: [],\n\n  current: '',\n\n  /**\n   * Initializes the media query helper, by extracting the breakpoint list from the CSS and activating the breakpoint watcher.\n   * @function\n   * @private\n   */\n  _init() {\n    var self = this;\n    var extractedStyles = $('.foundation-mq').css('font-family');\n    var namedQueries;\n\n    namedQueries = parseStyleToObject(extractedStyles);\n\n    for (var key in namedQueries) {\n      if(namedQueries.hasOwnProperty(key)) {\n        self.queries.push({\n          name: key,\n          value: `only screen and (min-width: ${namedQueries[key]})`\n        });\n      }\n    }\n\n    this.current = this._getCurrentSize();\n\n    this._watcher();\n  },\n\n  /**\n   * Checks if the screen is at least as wide as a breakpoint.\n   * @function\n   * @param {String} size - Name of the breakpoint to check.\n   * @returns {Boolean} `true` if the breakpoint matches, `false` if it's smaller.\n   */\n  atLeast(size) {\n    var query = this.get(size);\n\n    if (query) {\n      return window.matchMedia(query).matches;\n    }\n\n    return false;\n  },\n\n  /**\n   * Checks if the screen matches to a breakpoint.\n   * @function\n   * @param {String} size - Name of the breakpoint to check, either 'small only' or 'small'. Omitting 'only' falls back to using atLeast() method.\n   * @returns {Boolean} `true` if the breakpoint matches, `false` if it does not.\n   */\n  is(size) {\n    size = size.trim().split(' ');\n    if(size.length > 1 && size[1] === 'only') {\n      if(size[0] === this._getCurrentSize()) return true;\n    } else {\n      return this.atLeast(size[0]);\n    }\n    return false;\n  },\n\n  /**\n   * Gets the media query of a breakpoint.\n   * @function\n   * @param {String} size - Name of the breakpoint to get.\n   * @returns {String|null} - The media query of the breakpoint, or `null` if the breakpoint doesn't exist.\n   */\n  get(size) {\n    for (var i in this.queries) {\n      if(this.queries.hasOwnProperty(i)) {\n        var query = this.queries[i];\n        if (size === query.name) return query.value;\n      }\n    }\n\n    return null;\n  },\n\n  /**\n   * Gets the current breakpoint name by testing every breakpoint and returning the last one to match (the biggest one).\n   * @function\n   * @private\n   * @returns {String} Name of the current breakpoint.\n   */\n  _getCurrentSize() {\n    var matched;\n\n    for (var i = 0; i < this.queries.length; i++) {\n      var query = this.queries[i];\n\n      if (window.matchMedia(query.value).matches) {\n        matched = query;\n      }\n    }\n\n    if (typeof matched === 'object') {\n      return matched.name;\n    } else {\n      return matched;\n    }\n  },\n\n  /**\n   * Activates the breakpoint watcher, which fires an event on the window whenever the breakpoint changes.\n   * @function\n   * @private\n   */\n  _watcher() {\n    $(window).on('resize.zf.mediaquery', () => {\n      var newSize = this._getCurrentSize(), currentSize = this.current;\n\n      if (newSize !== currentSize) {\n        // Change the current media query\n        this.current = newSize;\n\n        // Broadcast the media query change on the window\n        $(window).trigger('changed.zf.mediaquery', [newSize, currentSize]);\n      }\n    });\n  }\n};\n\nFoundation.MediaQuery = MediaQuery;\n\n// matchMedia() polyfill - Test a CSS media type/query in JS.\n// Authors & copyright (c) 2012: Scott Jehl, Paul Irish, Nicholas Zakas, David Knight. Dual MIT/BSD license\nwindow.matchMedia || (window.matchMedia = function() {\n  'use strict';\n\n  // For browsers that support matchMedium api such as IE 9 and webkit\n  var styleMedia = (window.styleMedia || window.media);\n\n  // For those that don't support matchMedium\n  if (!styleMedia) {\n    var style   = document.createElement('style'),\n    script      = document.getElementsByTagName('script')[0],\n    info        = null;\n\n    style.type  = 'text/css';\n    style.id    = 'matchmediajs-test';\n\n    script && script.parentNode && script.parentNode.insertBefore(style, script);\n\n    // 'style.currentStyle' is used by IE <= 8 and 'window.getComputedStyle' for all other browsers\n    info = ('getComputedStyle' in window) && window.getComputedStyle(style, null) || style.currentStyle;\n\n    styleMedia = {\n      matchMedium(media) {\n        var text = `@media ${media}{ #matchmediajs-test { width: 1px; } }`;\n\n        // 'style.styleSheet' is used by IE <= 8 and 'style.textContent' for all other browsers\n        if (style.styleSheet) {\n          style.styleSheet.cssText = text;\n        } else {\n          style.textContent = text;\n        }\n\n        // Test if media query is true or false\n        return info.width === '1px';\n      }\n    }\n  }\n\n  return function(media) {\n    return {\n      matches: styleMedia.matchMedium(media || 'all'),\n      media: media || 'all'\n    };\n  }\n}());\n\n// Thank you: https://github.com/sindresorhus/query-string\nfunction parseStyleToObject(str) {\n  var styleObject = {};\n\n  if (typeof str !== 'string') {\n    return styleObject;\n  }\n\n  str = str.trim().slice(1, -1); // browsers re-quote string style values\n\n  if (!str) {\n    return styleObject;\n  }\n\n  styleObject = str.split('&').reduce(function(ret, param) {\n    var parts = param.replace(/\\+/g, ' ').split('=');\n    var key = parts[0];\n    var val = parts[1];\n    key = decodeURIComponent(key);\n\n    // missing `=` should be `null`:\n    // http://w3.org/TR/2012/WD-url-20120524/#collect-url-parameters\n    val = val === undefined ? null : decodeURIComponent(val);\n\n    if (!ret.hasOwnProperty(key)) {\n      ret[key] = val;\n    } else if (Array.isArray(ret[key])) {\n      ret[key].push(val);\n    } else {\n      ret[key] = [ret[key], val];\n    }\n    return ret;\n  }, {});\n\n  return styleObject;\n}\n\nFoundation.MediaQuery = MediaQuery;\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Motion module.\n * @module foundation.motion\n */\n\nconst initClasses   = ['mui-enter', 'mui-leave'];\nconst activeClasses = ['mui-enter-active', 'mui-leave-active'];\n\nconst Motion = {\n  animateIn: function(element, animation, cb) {\n    animate(true, element, animation, cb);\n  },\n\n  animateOut: function(element, animation, cb) {\n    animate(false, element, animation, cb);\n  }\n}\n\nfunction Move(duration, elem, fn){\n  var anim, prog, start = null;\n  // console.log('called');\n\n  if (duration === 0) {\n    fn.apply(elem);\n    elem.trigger('finished.zf.animate', [elem]).triggerHandler('finished.zf.animate', [elem]);\n    return;\n  }\n\n  function move(ts){\n    if(!start) start = ts;\n    // console.log(start, ts);\n    prog = ts - start;\n    fn.apply(elem);\n\n    if(prog < duration){ anim = window.requestAnimationFrame(move, elem); }\n    else{\n      window.cancelAnimationFrame(anim);\n      elem.trigger('finished.zf.animate', [elem]).triggerHandler('finished.zf.animate', [elem]);\n    }\n  }\n  anim = window.requestAnimationFrame(move);\n}\n\n/**\n * Animates an element in or out using a CSS transition class.\n * @function\n * @private\n * @param {Boolean} isIn - Defines if the animation is in or out.\n * @param {Object} element - jQuery or HTML object to animate.\n * @param {String} animation - CSS class to use.\n * @param {Function} cb - Callback to run when animation is finished.\n */\nfunction animate(isIn, element, animation, cb) {\n  element = $(element).eq(0);\n\n  if (!element.length) return;\n\n  var initClass = isIn ? initClasses[0] : initClasses[1];\n  var activeClass = isIn ? activeClasses[0] : activeClasses[1];\n\n  // Set up the animation\n  reset();\n\n  element\n    .addClass(animation)\n    .css('transition', 'none');\n\n  requestAnimationFrame(() => {\n    element.addClass(initClass);\n    if (isIn) element.show();\n  });\n\n  // Start the animation\n  requestAnimationFrame(() => {\n    element[0].offsetWidth;\n    element\n      .css('transition', '')\n      .addClass(activeClass);\n  });\n\n  // Clean up the animation when it finishes\n  element.one(Foundation.transitionend(element), finish);\n\n  // Hides the element (for out animations), resets the element, and runs a callback\n  function finish() {\n    if (!isIn) element.hide();\n    reset();\n    if (cb) cb.apply(element);\n  }\n\n  // Resets transitions and removes motion-specific classes\n  function reset() {\n    element[0].style.transitionDuration = 0;\n    element.removeClass(`${initClass} ${activeClass} ${animation}`);\n  }\n}\n\nFoundation.Move = Move;\nFoundation.Motion = Motion;\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\nconst Nest = {\n  Feather(menu, type = 'zf') {\n    menu.attr('role', 'menubar');\n\n    var items = menu.find('li').attr({'role': 'menuitem'}),\n        subMenuClass = `is-${type}-submenu`,\n        subItemClass = `${subMenuClass}-item`,\n        hasSubClass = `is-${type}-submenu-parent`;\n\n    items.each(function() {\n      var $item = $(this),\n          $sub = $item.children('ul');\n\n      if ($sub.length) {\n        $item\n          .addClass(hasSubClass)\n          .attr({\n            'aria-haspopup': true,\n            'aria-label': $item.children('a:first').text()\n          });\n          // Note:  Drilldowns behave differently in how they hide, and so need\n          // additional attributes.  We should look if this possibly over-generalized\n          // utility (Nest) is appropriate when we rework menus in 6.4\n          if(type === 'drilldown') {\n            $item.attr({'aria-expanded': false});\n          }\n\n        $sub\n          .addClass(`submenu ${subMenuClass}`)\n          .attr({\n            'data-submenu': '',\n            'role': 'menu'\n          });\n        if(type === 'drilldown') {\n          $sub.attr({'aria-hidden': true});\n        }\n      }\n\n      if ($item.parent('[data-submenu]').length) {\n        $item.addClass(`is-submenu-item ${subItemClass}`);\n      }\n    });\n\n    return;\n  },\n\n  Burn(menu, type) {\n    var //items = menu.find('li'),\n        subMenuClass = `is-${type}-submenu`,\n        subItemClass = `${subMenuClass}-item`,\n        hasSubClass = `is-${type}-submenu-parent`;\n\n    menu\n      .find('>li, .menu, .menu > li')\n      .removeClass(`${subMenuClass} ${subItemClass} ${hasSubClass} is-submenu-item submenu is-active`)\n      .removeAttr('data-submenu').css('display', '');\n\n    // console.log(      menu.find('.' + subMenuClass + ', .' + subItemClass + ', .has-submenu, .is-submenu-item, .submenu, [data-submenu]')\n    //           .removeClass(subMenuClass + ' ' + subItemClass + ' has-submenu is-submenu-item submenu')\n    //           .removeAttr('data-submenu'));\n    // items.each(function(){\n    //   var $item = $(this),\n    //       $sub = $item.children('ul');\n    //   if($item.parent('[data-submenu]').length){\n    //     $item.removeClass('is-submenu-item ' + subItemClass);\n    //   }\n    //   if($sub.length){\n    //     $item.removeClass('has-submenu');\n    //     $sub.removeClass('submenu ' + subMenuClass).removeAttr('data-submenu');\n    //   }\n    // });\n  }\n}\n\nFoundation.Nest = Nest;\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\nfunction Timer(elem, options, cb) {\n  var _this = this,\n      duration = options.duration,//options is an object for easily adding features later.\n      nameSpace = Object.keys(elem.data())[0] || 'timer',\n      remain = -1,\n      start,\n      timer;\n\n  this.isPaused = false;\n\n  this.restart = function() {\n    remain = -1;\n    clearTimeout(timer);\n    this.start();\n  }\n\n  this.start = function() {\n    this.isPaused = false;\n    // if(!elem.data('paused')){ return false; }//maybe implement this sanity check if used for other things.\n    clearTimeout(timer);\n    remain = remain <= 0 ? duration : remain;\n    elem.data('paused', false);\n    start = Date.now();\n    timer = setTimeout(function(){\n      if(options.infinite){\n        _this.restart();//rerun the timer.\n      }\n      if (cb && typeof cb === 'function') { cb(); }\n    }, remain);\n    elem.trigger(`timerstart.zf.${nameSpace}`);\n  }\n\n  this.pause = function() {\n    this.isPaused = true;\n    //if(elem.data('paused')){ return false; }//maybe implement this sanity check if used for other things.\n    clearTimeout(timer);\n    elem.data('paused', true);\n    var end = Date.now();\n    remain = remain - (end - start);\n    elem.trigger(`timerpaused.zf.${nameSpace}`);\n  }\n}\n\n/**\n * Runs a callback function when images are fully loaded.\n * @param {Object} images - Image(s) to check if loaded.\n * @param {Func} callback - Function to execute when image is fully loaded.\n */\nfunction onImagesLoaded(images, callback){\n  var self = this,\n      unloaded = images.length;\n\n  if (unloaded === 0) {\n    callback();\n  }\n\n  images.each(function() {\n    // Check if image is loaded\n    if (this.complete || (this.readyState === 4) || (this.readyState === 'complete')) {\n      singleImageLoaded();\n    }\n    // Force load the image\n    else {\n      // fix for IE. See https://css-tricks.com/snippets/jquery/fixing-load-in-ie-for-cached-images/\n      var src = $(this).attr('src');\n      $(this).attr('src', src + '?' + (new Date().getTime()));\n      $(this).one('load', function() {\n        singleImageLoaded();\n      });\n    }\n  });\n\n  function singleImageLoaded() {\n    unloaded--;\n    if (unloaded === 0) {\n      callback();\n    }\n  }\n}\n\nFoundation.Timer = Timer;\nFoundation.onImagesLoaded = onImagesLoaded;\n\n}(jQuery);\n","//**************************************************\n//**Work inspired by multiple jquery swipe plugins**\n//**Done by Yohai Ararat ***************************\n//**************************************************\n(function($) {\n\n  $.spotSwipe = {\n    version: '1.0.0',\n    enabled: 'ontouchstart' in document.documentElement,\n    preventDefault: false,\n    moveThreshold: 75,\n    timeThreshold: 200\n  };\n\n  var   startPosX,\n        startPosY,\n        startTime,\n        elapsedTime,\n        isMoving = false;\n\n  function onTouchEnd() {\n    //  alert(this);\n    this.removeEventListener('touchmove', onTouchMove);\n    this.removeEventListener('touchend', onTouchEnd);\n    isMoving = false;\n  }\n\n  function onTouchMove(e) {\n    if ($.spotSwipe.preventDefault) { e.preventDefault(); }\n    if(isMoving) {\n      var x = e.touches[0].pageX;\n      var y = e.touches[0].pageY;\n      var dx = startPosX - x;\n      var dy = startPosY - y;\n      var dir;\n      elapsedTime = new Date().getTime() - startTime;\n      if(Math.abs(dx) >= $.spotSwipe.moveThreshold && elapsedTime <= $.spotSwipe.timeThreshold) {\n        dir = dx > 0 ? 'left' : 'right';\n      }\n      // else if(Math.abs(dy) >= $.spotSwipe.moveThreshold && elapsedTime <= $.spotSwipe.timeThreshold) {\n      //   dir = dy > 0 ? 'down' : 'up';\n      // }\n      if(dir) {\n        e.preventDefault();\n        onTouchEnd.call(this);\n        $(this).trigger('swipe', dir).trigger(`swipe${dir}`);\n      }\n    }\n  }\n\n  function onTouchStart(e) {\n    if (e.touches.length == 1) {\n      startPosX = e.touches[0].pageX;\n      startPosY = e.touches[0].pageY;\n      isMoving = true;\n      startTime = new Date().getTime();\n      this.addEventListener('touchmove', onTouchMove, false);\n      this.addEventListener('touchend', onTouchEnd, false);\n    }\n  }\n\n  function init() {\n    this.addEventListener && this.addEventListener('touchstart', onTouchStart, false);\n  }\n\n  function teardown() {\n    this.removeEventListener('touchstart', onTouchStart);\n  }\n\n  $.event.special.swipe = { setup: init };\n\n  $.each(['left', 'up', 'down', 'right'], function () {\n    $.event.special[`swipe${this}`] = { setup: function(){\n      $(this).on('swipe', $.noop);\n    } };\n  });\n})(jQuery);\n/****************************************************\n * Method for adding psuedo drag events to elements *\n ***************************************************/\n!function($){\n  $.fn.addTouch = function(){\n    this.each(function(i,el){\n      $(el).bind('touchstart touchmove touchend touchcancel',function(){\n        //we pass the original event object because the jQuery event\n        //object is normalized to w3c specs and does not provide the TouchList\n        handleTouch(event);\n      });\n    });\n\n    var handleTouch = function(event){\n      var touches = event.changedTouches,\n          first = touches[0],\n          eventTypes = {\n            touchstart: 'mousedown',\n            touchmove: 'mousemove',\n            touchend: 'mouseup'\n          },\n          type = eventTypes[event.type],\n          simulatedEvent\n        ;\n\n      if('MouseEvent' in window && typeof window.MouseEvent === 'function') {\n        simulatedEvent = new window.MouseEvent(type, {\n          'bubbles': true,\n          'cancelable': true,\n          'screenX': first.screenX,\n          'screenY': first.screenY,\n          'clientX': first.clientX,\n          'clientY': first.clientY\n        });\n      } else {\n        simulatedEvent = document.createEvent('MouseEvent');\n        simulatedEvent.initMouseEvent(type, true, true, window, 1, first.screenX, first.screenY, first.clientX, first.clientY, false, false, false, false, 0/*left*/, null);\n      }\n      first.target.dispatchEvent(simulatedEvent);\n    };\n  };\n}(jQuery);\n\n\n//**********************************\n//**From the jQuery Mobile Library**\n//**need to recreate functionality**\n//**and try to improve if possible**\n//**********************************\n\n/* Removing the jQuery function ****\n************************************\n\n(function( $, window, undefined ) {\n\n\tvar $document = $( document ),\n\t\t// supportTouch = $.mobile.support.touch,\n\t\ttouchStartEvent = 'touchstart'//supportTouch ? \"touchstart\" : \"mousedown\",\n\t\ttouchStopEvent = 'touchend'//supportTouch ? \"touchend\" : \"mouseup\",\n\t\ttouchMoveEvent = 'touchmove'//supportTouch ? \"touchmove\" : \"mousemove\";\n\n\t// setup new event shortcuts\n\t$.each( ( \"touchstart touchmove touchend \" +\n\t\t\"swipe swipeleft swiperight\" ).split( \" \" ), function( i, name ) {\n\n\t\t$.fn[ name ] = function( fn ) {\n\t\t\treturn fn ? this.bind( name, fn ) : this.trigger( name );\n\t\t};\n\n\t\t// jQuery < 1.8\n\t\tif ( $.attrFn ) {\n\t\t\t$.attrFn[ name ] = true;\n\t\t}\n\t});\n\n\tfunction triggerCustomEvent( obj, eventType, event, bubble ) {\n\t\tvar originalType = event.type;\n\t\tevent.type = eventType;\n\t\tif ( bubble ) {\n\t\t\t$.event.trigger( event, undefined, obj );\n\t\t} else {\n\t\t\t$.event.dispatch.call( obj, event );\n\t\t}\n\t\tevent.type = originalType;\n\t}\n\n\t// also handles taphold\n\n\t// Also handles swipeleft, swiperight\n\t$.event.special.swipe = {\n\n\t\t// More than this horizontal displacement, and we will suppress scrolling.\n\t\tscrollSupressionThreshold: 30,\n\n\t\t// More time than this, and it isn't a swipe.\n\t\tdurationThreshold: 1000,\n\n\t\t// Swipe horizontal displacement must be more than this.\n\t\thorizontalDistanceThreshold: window.devicePixelRatio >= 2 ? 15 : 30,\n\n\t\t// Swipe vertical displacement must be less than this.\n\t\tverticalDistanceThreshold: window.devicePixelRatio >= 2 ? 15 : 30,\n\n\t\tgetLocation: function ( event ) {\n\t\t\tvar winPageX = window.pageXOffset,\n\t\t\t\twinPageY = window.pageYOffset,\n\t\t\t\tx = event.clientX,\n\t\t\t\ty = event.clientY;\n\n\t\t\tif ( event.pageY === 0 && Math.floor( y ) > Math.floor( event.pageY ) ||\n\t\t\t\tevent.pageX === 0 && Math.floor( x ) > Math.floor( event.pageX ) ) {\n\n\t\t\t\t// iOS4 clientX/clientY have the value that should have been\n\t\t\t\t// in pageX/pageY. While pageX/page/ have the value 0\n\t\t\t\tx = x - winPageX;\n\t\t\t\ty = y - winPageY;\n\t\t\t} else if ( y < ( event.pageY - winPageY) || x < ( event.pageX - winPageX ) ) {\n\n\t\t\t\t// Some Android browsers have totally bogus values for clientX/Y\n\t\t\t\t// when scrolling/zooming a page. Detectable since clientX/clientY\n\t\t\t\t// should never be smaller than pageX/pageY minus page scroll\n\t\t\t\tx = event.pageX - winPageX;\n\t\t\t\ty = event.pageY - winPageY;\n\t\t\t}\n\n\t\t\treturn {\n\t\t\t\tx: x,\n\t\t\t\ty: y\n\t\t\t};\n\t\t},\n\n\t\tstart: function( event ) {\n\t\t\tvar data = event.originalEvent.touches ?\n\t\t\t\t\tevent.originalEvent.touches[ 0 ] : event,\n\t\t\t\tlocation = $.event.special.swipe.getLocation( data );\n\t\t\treturn {\n\t\t\t\t\t\ttime: ( new Date() ).getTime(),\n\t\t\t\t\t\tcoords: [ location.x, location.y ],\n\t\t\t\t\t\torigin: $( event.target )\n\t\t\t\t\t};\n\t\t},\n\n\t\tstop: function( event ) {\n\t\t\tvar data = event.originalEvent.touches ?\n\t\t\t\t\tevent.originalEvent.touches[ 0 ] : event,\n\t\t\t\tlocation = $.event.special.swipe.getLocation( data );\n\t\t\treturn {\n\t\t\t\t\t\ttime: ( new Date() ).getTime(),\n\t\t\t\t\t\tcoords: [ location.x, location.y ]\n\t\t\t\t\t};\n\t\t},\n\n\t\thandleSwipe: function( start, stop, thisObject, origTarget ) {\n\t\t\tif ( stop.time - start.time < $.event.special.swipe.durationThreshold &&\n\t\t\t\tMath.abs( start.coords[ 0 ] - stop.coords[ 0 ] ) > $.event.special.swipe.horizontalDistanceThreshold &&\n\t\t\t\tMath.abs( start.coords[ 1 ] - stop.coords[ 1 ] ) < $.event.special.swipe.verticalDistanceThreshold ) {\n\t\t\t\tvar direction = start.coords[0] > stop.coords[ 0 ] ? \"swipeleft\" : \"swiperight\";\n\n\t\t\t\ttriggerCustomEvent( thisObject, \"swipe\", $.Event( \"swipe\", { target: origTarget, swipestart: start, swipestop: stop }), true );\n\t\t\t\ttriggerCustomEvent( thisObject, direction,$.Event( direction, { target: origTarget, swipestart: start, swipestop: stop } ), true );\n\t\t\t\treturn true;\n\t\t\t}\n\t\t\treturn false;\n\n\t\t},\n\n\t\t// This serves as a flag to ensure that at most one swipe event event is\n\t\t// in work at any given time\n\t\teventInProgress: false,\n\n\t\tsetup: function() {\n\t\t\tvar events,\n\t\t\t\tthisObject = this,\n\t\t\t\t$this = $( thisObject ),\n\t\t\t\tcontext = {};\n\n\t\t\t// Retrieve the events data for this element and add the swipe context\n\t\t\tevents = $.data( this, \"mobile-events\" );\n\t\t\tif ( !events ) {\n\t\t\t\tevents = { length: 0 };\n\t\t\t\t$.data( this, \"mobile-events\", events );\n\t\t\t}\n\t\t\tevents.length++;\n\t\t\tevents.swipe = context;\n\n\t\t\tcontext.start = function( event ) {\n\n\t\t\t\t// Bail if we're already working on a swipe event\n\t\t\t\tif ( $.event.special.swipe.eventInProgress ) {\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t\t$.event.special.swipe.eventInProgress = true;\n\n\t\t\t\tvar stop,\n\t\t\t\t\tstart = $.event.special.swipe.start( event ),\n\t\t\t\t\torigTarget = event.target,\n\t\t\t\t\temitted = false;\n\n\t\t\t\tcontext.move = function( event ) {\n\t\t\t\t\tif ( !start || event.isDefaultPrevented() ) {\n\t\t\t\t\t\treturn;\n\t\t\t\t\t}\n\n\t\t\t\t\tstop = $.event.special.swipe.stop( event );\n\t\t\t\t\tif ( !emitted ) {\n\t\t\t\t\t\temitted = $.event.special.swipe.handleSwipe( start, stop, thisObject, origTarget );\n\t\t\t\t\t\tif ( emitted ) {\n\n\t\t\t\t\t\t\t// Reset the context to make way for the next swipe event\n\t\t\t\t\t\t\t$.event.special.swipe.eventInProgress = false;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\t// prevent scrolling\n\t\t\t\t\tif ( Math.abs( start.coords[ 0 ] - stop.coords[ 0 ] ) > $.event.special.swipe.scrollSupressionThreshold ) {\n\t\t\t\t\t\tevent.preventDefault();\n\t\t\t\t\t}\n\t\t\t\t};\n\n\t\t\t\tcontext.stop = function() {\n\t\t\t\t\t\temitted = true;\n\n\t\t\t\t\t\t// Reset the context to make way for the next swipe event\n\t\t\t\t\t\t$.event.special.swipe.eventInProgress = false;\n\t\t\t\t\t\t$document.off( touchMoveEvent, context.move );\n\t\t\t\t\t\tcontext.move = null;\n\t\t\t\t};\n\n\t\t\t\t$document.on( touchMoveEvent, context.move )\n\t\t\t\t\t.one( touchStopEvent, context.stop );\n\t\t\t};\n\t\t\t$this.on( touchStartEvent, context.start );\n\t\t},\n\n\t\tteardown: function() {\n\t\t\tvar events, context;\n\n\t\t\tevents = $.data( this, \"mobile-events\" );\n\t\t\tif ( events ) {\n\t\t\t\tcontext = events.swipe;\n\t\t\t\tdelete events.swipe;\n\t\t\t\tevents.length--;\n\t\t\t\tif ( events.length === 0 ) {\n\t\t\t\t\t$.removeData( this, \"mobile-events\" );\n\t\t\t\t}\n\t\t\t}\n\n\t\t\tif ( context ) {\n\t\t\t\tif ( context.start ) {\n\t\t\t\t\t$( this ).off( touchStartEvent, context.start );\n\t\t\t\t}\n\t\t\t\tif ( context.move ) {\n\t\t\t\t\t$document.off( touchMoveEvent, context.move );\n\t\t\t\t}\n\t\t\t\tif ( context.stop ) {\n\t\t\t\t\t$document.off( touchStopEvent, context.stop );\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t};\n\t$.each({\n\t\tswipeleft: \"swipe.left\",\n\t\tswiperight: \"swipe.right\"\n\t}, function( event, sourceEvent ) {\n\n\t\t$.event.special[ event ] = {\n\t\t\tsetup: function() {\n\t\t\t\t$( this ).bind( sourceEvent, $.noop );\n\t\t\t},\n\t\t\tteardown: function() {\n\t\t\t\t$( this ).unbind( sourceEvent );\n\t\t\t}\n\t\t};\n\t});\n})( jQuery, this );\n*/\n","'use strict';\n\n!function($) {\n\nconst MutationObserver = (function () {\n  var prefixes = ['WebKit', 'Moz', 'O', 'Ms', ''];\n  for (var i=0; i < prefixes.length; i++) {\n    if (`${prefixes[i]}MutationObserver` in window) {\n      return window[`${prefixes[i]}MutationObserver`];\n    }\n  }\n  return false;\n}());\n\nconst triggers = (el, type) => {\n  el.data(type).split(' ').forEach(id => {\n    $(`#${id}`)[ type === 'close' ? 'trigger' : 'triggerHandler'](`${type}.zf.trigger`, [el]);\n  });\n};\n// Elements with [data-open] will reveal a plugin that supports it when clicked.\n$(document).on('click.zf.trigger', '[data-open]', function() {\n  triggers($(this), 'open');\n});\n\n// Elements with [data-close] will close a plugin that supports it when clicked.\n// If used without a value on [data-close], the event will bubble, allowing it to close a parent component.\n$(document).on('click.zf.trigger', '[data-close]', function() {\n  let id = $(this).data('close');\n  if (id) {\n    triggers($(this), 'close');\n  }\n  else {\n    $(this).trigger('close.zf.trigger');\n  }\n});\n\n// Elements with [data-toggle] will toggle a plugin that supports it when clicked.\n$(document).on('click.zf.trigger', '[data-toggle]', function() {\n  let id = $(this).data('toggle');\n  if (id) {\n    triggers($(this), 'toggle');\n  } else {\n    $(this).trigger('toggle.zf.trigger');\n  }\n});\n\n// Elements with [data-closable] will respond to close.zf.trigger events.\n$(document).on('close.zf.trigger', '[data-closable]', function(e){\n  e.stopPropagation();\n  let animation = $(this).data('closable');\n\n  if(animation !== ''){\n    Foundation.Motion.animateOut($(this), animation, function() {\n      $(this).trigger('closed.zf');\n    });\n  }else{\n    $(this).fadeOut().trigger('closed.zf');\n  }\n});\n\n$(document).on('focus.zf.trigger blur.zf.trigger', '[data-toggle-focus]', function() {\n  let id = $(this).data('toggle-focus');\n  $(`#${id}`).triggerHandler('toggle.zf.trigger', [$(this)]);\n});\n\n/**\n* Fires once after all other scripts have loaded\n* @function\n* @private\n*/\n$(window).on('load', () => {\n  checkListeners();\n});\n\nfunction checkListeners() {\n  eventsListener();\n  resizeListener();\n  scrollListener();\n  mutateListener();\n  closemeListener();\n}\n\n//******** only fires this function once on load, if there's something to watch ********\nfunction closemeListener(pluginName) {\n  var yetiBoxes = $('[data-yeti-box]'),\n      plugNames = ['dropdown', 'tooltip', 'reveal'];\n\n  if(pluginName){\n    if(typeof pluginName === 'string'){\n      plugNames.push(pluginName);\n    }else if(typeof pluginName === 'object' && typeof pluginName[0] === 'string'){\n      plugNames.concat(pluginName);\n    }else{\n      console.error('Plugin names must be strings');\n    }\n  }\n  if(yetiBoxes.length){\n    let listeners = plugNames.map((name) => {\n      return `closeme.zf.${name}`;\n    }).join(' ');\n\n    $(window).off(listeners).on(listeners, function(e, pluginId){\n      let plugin = e.namespace.split('.')[0];\n      let plugins = $(`[data-${plugin}]`).not(`[data-yeti-box=\"${pluginId}\"]`);\n\n      plugins.each(function(){\n        let _this = $(this);\n\n        _this.triggerHandler('close.zf.trigger', [_this]);\n      });\n    });\n  }\n}\n\nfunction resizeListener(debounce){\n  let timer,\n      $nodes = $('[data-resize]');\n  if($nodes.length){\n    $(window).off('resize.zf.trigger')\n    .on('resize.zf.trigger', function(e) {\n      if (timer) { clearTimeout(timer); }\n\n      timer = setTimeout(function(){\n\n        if(!MutationObserver){//fallback for IE 9\n          $nodes.each(function(){\n            $(this).triggerHandler('resizeme.zf.trigger');\n          });\n        }\n        //trigger all listening elements and signal a resize event\n        $nodes.attr('data-events', \"resize\");\n      }, debounce || 10);//default time to emit resize event\n    });\n  }\n}\n\nfunction scrollListener(debounce){\n  let timer,\n      $nodes = $('[data-scroll]');\n  if($nodes.length){\n    $(window).off('scroll.zf.trigger')\n    .on('scroll.zf.trigger', function(e){\n      if(timer){ clearTimeout(timer); }\n\n      timer = setTimeout(function(){\n\n        if(!MutationObserver){//fallback for IE 9\n          $nodes.each(function(){\n            $(this).triggerHandler('scrollme.zf.trigger');\n          });\n        }\n        //trigger all listening elements and signal a scroll event\n        $nodes.attr('data-events', \"scroll\");\n      }, debounce || 10);//default time to emit scroll event\n    });\n  }\n}\n\nfunction mutateListener(debounce) {\n    let $nodes = $('[data-mutate]');\n    if ($nodes.length && MutationObserver){\n\t\t\t//trigger all listening elements and signal a mutate event\n      //no IE 9 or 10\n\t\t\t$nodes.each(function () {\n\t\t\t  $(this).triggerHandler('mutateme.zf.trigger');\n\t\t\t});\n    }\n }\n\nfunction eventsListener() {\n  if(!MutationObserver){ return false; }\n  let nodes = document.querySelectorAll('[data-resize], [data-scroll], [data-mutate]');\n\n  //element callback\n  var listeningElementsMutation = function (mutationRecordsList) {\n      var $target = $(mutationRecordsList[0].target);\n\n\t  //trigger the event handler for the element depending on type\n      switch (mutationRecordsList[0].type) {\n\n        case \"attributes\":\n          if ($target.attr(\"data-events\") === \"scroll\" && mutationRecordsList[0].attributeName === \"data-events\") {\n\t\t  \t$target.triggerHandler('scrollme.zf.trigger', [$target, window.pageYOffset]);\n\t\t  }\n\t\t  if ($target.attr(\"data-events\") === \"resize\" && mutationRecordsList[0].attributeName === \"data-events\") {\n\t\t  \t$target.triggerHandler('resizeme.zf.trigger', [$target]);\n\t\t   }\n\t\t  if (mutationRecordsList[0].attributeName === \"style\") {\n\t\t\t  $target.closest(\"[data-mutate]\").attr(\"data-events\",\"mutate\");\n\t\t\t  $target.closest(\"[data-mutate]\").triggerHandler('mutateme.zf.trigger', [$target.closest(\"[data-mutate]\")]);\n\t\t  }\n\t\t  break;\n\n        case \"childList\":\n\t\t  $target.closest(\"[data-mutate]\").attr(\"data-events\",\"mutate\");\n\t\t  $target.closest(\"[data-mutate]\").triggerHandler('mutateme.zf.trigger', [$target.closest(\"[data-mutate]\")]);\n          break;\n\n        default:\n          return false;\n        //nothing\n      }\n    };\n\n    if (nodes.length) {\n      //for each element that needs to listen for resizing, scrolling, or mutation add a single observer\n      for (var i = 0; i <= nodes.length - 1; i++) {\n        var elementObserver = new MutationObserver(listeningElementsMutation);\n        elementObserver.observe(nodes[i], { attributes: true, childList: true, characterData: false, subtree: true, attributeFilter: [\"data-events\", \"style\"] });\n      }\n    }\n  }\n\n// ------------------------------------\n\n// [PH]\n// Foundation.CheckWatchers = checkWatchers;\nFoundation.IHearYou = checkListeners;\n// Foundation.ISeeYou = scrollListener;\n// Foundation.IFeelYou = closemeListener;\n\n}(jQuery);\n\n// function domMutationObserver(debounce) {\n//   // !!! This is coming soon and needs more work; not active  !!! //\n//   var timer,\n//   nodes = document.querySelectorAll('[data-mutate]');\n//   //\n//   if (nodes.length) {\n//     // var MutationObserver = (function () {\n//     //   var prefixes = ['WebKit', 'Moz', 'O', 'Ms', ''];\n//     //   for (var i=0; i < prefixes.length; i++) {\n//     //     if (prefixes[i] + 'MutationObserver' in window) {\n//     //       return window[prefixes[i] + 'MutationObserver'];\n//     //     }\n//     //   }\n//     //   return false;\n//     // }());\n//\n//\n//     //for the body, we need to listen for all changes effecting the style and class attributes\n//     var bodyObserver = new MutationObserver(bodyMutation);\n//     bodyObserver.observe(document.body, { attributes: true, childList: true, characterData: false, subtree:true, attributeFilter:[\"style\", \"class\"]});\n//\n//\n//     //body callback\n//     function bodyMutation(mutate) {\n//       //trigger all listening elements and signal a mutation event\n//       if (timer) { clearTimeout(timer); }\n//\n//       timer = setTimeout(function() {\n//         bodyObserver.disconnect();\n//         $('[data-mutate]').attr('data-events',\"mutate\");\n//       }, debounce || 150);\n//     }\n//   }\n// }\n","'use strict';\n\n!function($) {\n\n/**\n * Abide module.\n * @module foundation.abide\n */\n\nclass Abide {\n  /**\n   * Creates a new instance of Abide.\n   * @class\n   * @fires Abide#init\n   * @param {Object} element - jQuery object to add the trigger to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options = {}) {\n    this.$element = element;\n    this.options  = $.extend({}, Abide.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Abide');\n  }\n\n  /**\n   * Initializes the Abide plugin and calls functions to get Abide functioning on load.\n   * @private\n   */\n  _init() {\n    this.$inputs = this.$element.find('input, textarea, select');\n\n    this._events();\n  }\n\n  /**\n   * Initializes events for Abide.\n   * @private\n   */\n  _events() {\n    this.$element.off('.abide')\n      .on('reset.zf.abide', () => {\n        this.resetForm();\n      })\n      .on('submit.zf.abide', () => {\n        return this.validateForm();\n      });\n\n    if (this.options.validateOn === 'fieldChange') {\n      this.$inputs\n        .off('change.zf.abide')\n        .on('change.zf.abide', (e) => {\n          this.validateInput($(e.target));\n        });\n    }\n\n    if (this.options.liveValidate) {\n      this.$inputs\n        .off('input.zf.abide')\n        .on('input.zf.abide', (e) => {\n          this.validateInput($(e.target));\n        });\n    }\n\n    if (this.options.validateOnBlur) {\n      this.$inputs\n        .off('blur.zf.abide')\n        .on('blur.zf.abide', (e) => {\n          this.validateInput($(e.target));\n        });\n    }\n  }\n\n  /**\n   * Calls necessary functions to update Abide upon DOM change\n   * @private\n   */\n  _reflow() {\n    this._init();\n  }\n\n  /**\n   * Checks whether or not a form element has the required attribute and if it's checked or not\n   * @param {Object} element - jQuery object to check for required attribute\n   * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty\n   */\n  requiredCheck($el) {\n    if (!$el.attr('required')) return true;\n\n    var isGood = true;\n\n    switch ($el[0].type) {\n      case 'checkbox':\n        isGood = $el[0].checked;\n        break;\n\n      case 'select':\n      case 'select-one':\n      case 'select-multiple':\n        var opt = $el.find('option:selected');\n        if (!opt.length || !opt.val()) isGood = false;\n        break;\n\n      default:\n        if(!$el.val() || !$el.val().length) isGood = false;\n    }\n\n    return isGood;\n  }\n\n  /**\n   * Based on $el, get the first element with selector in this order:\n   * 1. The element's direct sibling('s).\n   * 3. The element's parent's children.\n   *\n   * This allows for multiple form errors per input, though if none are found, no form errors will be shown.\n   *\n   * @param {Object} $el - jQuery object to use as reference to find the form error selector.\n   * @returns {Object} jQuery object with the selector.\n   */\n  findFormError($el) {\n    var $error = $el.siblings(this.options.formErrorSelector);\n\n    if (!$error.length) {\n      $error = $el.parent().find(this.options.formErrorSelector);\n    }\n\n    return $error;\n  }\n\n  /**\n   * Get the first element in this order:\n   * 2. The <label> with the attribute `[for=\"someInputId\"]`\n   * 3. The `.closest()` <label>\n   *\n   * @param {Object} $el - jQuery object to check for required attribute\n   * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty\n   */\n  findLabel($el) {\n    var id = $el[0].id;\n    var $label = this.$element.find(`label[for=\"${id}\"]`);\n\n    if (!$label.length) {\n      return $el.closest('label');\n    }\n\n    return $label;\n  }\n\n  /**\n   * Get the set of labels associated with a set of radio els in this order\n   * 2. The <label> with the attribute `[for=\"someInputId\"]`\n   * 3. The `.closest()` <label>\n   *\n   * @param {Object} $el - jQuery object to check for required attribute\n   * @returns {Boolean} Boolean value depends on whether or not attribute is checked or empty\n   */\n  findRadioLabels($els) {\n    var labels = $els.map((i, el) => {\n      var id = el.id;\n      var $label = this.$element.find(`label[for=\"${id}\"]`);\n\n      if (!$label.length) {\n        $label = $(el).closest('label');\n      }\n      return $label[0];\n    });\n\n    return $(labels);\n  }\n\n  /**\n   * Adds the CSS error class as specified by the Abide settings to the label, input, and the form\n   * @param {Object} $el - jQuery object to add the class to\n   */\n  addErrorClasses($el) {\n    var $label = this.findLabel($el);\n    var $formError = this.findFormError($el);\n\n    if ($label.length) {\n      $label.addClass(this.options.labelErrorClass);\n    }\n\n    if ($formError.length) {\n      $formError.addClass(this.options.formErrorClass);\n    }\n\n    $el.addClass(this.options.inputErrorClass).attr('data-invalid', '');\n  }\n\n  /**\n   * Remove CSS error classes etc from an entire radio button group\n   * @param {String} groupName - A string that specifies the name of a radio button group\n   *\n   */\n\n  removeRadioErrorClasses(groupName) {\n    var $els = this.$element.find(`:radio[name=\"${groupName}\"]`);\n    var $labels = this.findRadioLabels($els);\n    var $formErrors = this.findFormError($els);\n\n    if ($labels.length) {\n      $labels.removeClass(this.options.labelErrorClass);\n    }\n\n    if ($formErrors.length) {\n      $formErrors.removeClass(this.options.formErrorClass);\n    }\n\n    $els.removeClass(this.options.inputErrorClass).removeAttr('data-invalid');\n\n  }\n\n  /**\n   * Removes CSS error class as specified by the Abide settings from the label, input, and the form\n   * @param {Object} $el - jQuery object to remove the class from\n   */\n  removeErrorClasses($el) {\n    // radios need to clear all of the els\n    if($el[0].type == 'radio') {\n      return this.removeRadioErrorClasses($el.attr('name'));\n    }\n\n    var $label = this.findLabel($el);\n    var $formError = this.findFormError($el);\n\n    if ($label.length) {\n      $label.removeClass(this.options.labelErrorClass);\n    }\n\n    if ($formError.length) {\n      $formError.removeClass(this.options.formErrorClass);\n    }\n\n    $el.removeClass(this.options.inputErrorClass).removeAttr('data-invalid');\n  }\n\n  /**\n   * Goes through a form to find inputs and proceeds to validate them in ways specific to their type\n   * @fires Abide#invalid\n   * @fires Abide#valid\n   * @param {Object} element - jQuery object to validate, should be an HTML input\n   * @returns {Boolean} goodToGo - If the input is valid or not.\n   */\n  validateInput($el) {\n    var clearRequire = this.requiredCheck($el),\n        validated = false,\n        customValidator = true,\n        validator = $el.attr('data-validator'),\n        equalTo = true;\n\n    // don't validate ignored inputs or hidden inputs\n    if ($el.is('[data-abide-ignore]') || $el.is('[type=\"hidden\"]')) {\n      return true;\n    }\n\n    switch ($el[0].type) {\n      case 'radio':\n        validated = this.validateRadio($el.attr('name'));\n        break;\n\n      case 'checkbox':\n        validated = clearRequire;\n        break;\n\n      case 'select':\n      case 'select-one':\n      case 'select-multiple':\n        validated = clearRequire;\n        break;\n\n      default:\n        validated = this.validateText($el);\n    }\n\n    if (validator) {\n      customValidator = this.matchValidation($el, validator, $el.attr('required'));\n    }\n\n    if ($el.attr('data-equalto')) {\n      equalTo = this.options.validators.equalTo($el);\n    }\n\n\n    var goodToGo = [clearRequire, validated, customValidator, equalTo].indexOf(false) === -1;\n    var message = (goodToGo ? 'valid' : 'invalid') + '.zf.abide';\n\n    if (goodToGo) {\n      // Re-validate inputs that depend on this one with equalto\n      const dependentElements = this.$element.find(`[data-equalto=\"${$el.attr('id')}\"]`);\n      if (dependentElements.length) {\n        let _this = this;\n        dependentElements.each(function() {\n          if ($(this).val()) {\n            _this.validateInput($(this));\n          }\n        });\n      }\n    }\n\n    this[goodToGo ? 'removeErrorClasses' : 'addErrorClasses']($el);\n\n    /**\n     * Fires when the input is done checking for validation. Event trigger is either `valid.zf.abide` or `invalid.zf.abide`\n     * Trigger includes the DOM element of the input.\n     * @event Abide#valid\n     * @event Abide#invalid\n     */\n    $el.trigger(message, [$el]);\n\n    return goodToGo;\n  }\n\n  /**\n   * Goes through a form and if there are any invalid inputs, it will display the form error element\n   * @returns {Boolean} noError - true if no errors were detected...\n   * @fires Abide#formvalid\n   * @fires Abide#forminvalid\n   */\n  validateForm() {\n    var acc = [];\n    var _this = this;\n\n    this.$inputs.each(function() {\n      acc.push(_this.validateInput($(this)));\n    });\n\n    var noError = acc.indexOf(false) === -1;\n\n    this.$element.find('[data-abide-error]').css('display', (noError ? 'none' : 'block'));\n\n    /**\n     * Fires when the form is finished validating. Event trigger is either `formvalid.zf.abide` or `forminvalid.zf.abide`.\n     * Trigger includes the element of the form.\n     * @event Abide#formvalid\n     * @event Abide#forminvalid\n     */\n    this.$element.trigger((noError ? 'formvalid' : 'forminvalid') + '.zf.abide', [this.$element]);\n\n    return noError;\n  }\n\n  /**\n   * Determines whether or a not a text input is valid based on the pattern specified in the attribute. If no matching pattern is found, returns true.\n   * @param {Object} $el - jQuery object to validate, should be a text input HTML element\n   * @param {String} pattern - string value of one of the RegEx patterns in Abide.options.patterns\n   * @returns {Boolean} Boolean value depends on whether or not the input value matches the pattern specified\n   */\n  validateText($el, pattern) {\n    // A pattern can be passed to this function, or it will be infered from the input's \"pattern\" attribute, or it's \"type\" attribute\n    pattern = (pattern || $el.attr('pattern') || $el.attr('type'));\n    var inputText = $el.val();\n    var valid = false;\n\n    if (inputText.length) {\n      // If the pattern attribute on the element is in Abide's list of patterns, then test that regexp\n      if (this.options.patterns.hasOwnProperty(pattern)) {\n        valid = this.options.patterns[pattern].test(inputText);\n      }\n      // If the pattern name isn't also the type attribute of the field, then test it as a regexp\n      else if (pattern !== $el.attr('type')) {\n        valid = new RegExp(pattern).test(inputText);\n      }\n      else {\n        valid = true;\n      }\n    }\n    // An empty field is valid if it's not required\n    else if (!$el.prop('required')) {\n      valid = true;\n    }\n\n    return valid;\n   }\n\n  /**\n   * Determines whether or a not a radio input is valid based on whether or not it is required and selected. Although the function targets a single `<input>`, it validates by checking the `required` and `checked` properties of all radio buttons in its group.\n   * @param {String} groupName - A string that specifies the name of a radio button group\n   * @returns {Boolean} Boolean value depends on whether or not at least one radio input has been selected (if it's required)\n   */\n  validateRadio(groupName) {\n    // If at least one radio in the group has the `required` attribute, the group is considered required\n    // Per W3C spec, all radio buttons in a group should have `required`, but we're being nice\n    var $group = this.$element.find(`:radio[name=\"${groupName}\"]`);\n    var valid = false, required = false;\n\n    // For the group to be required, at least one radio needs to be required\n    $group.each((i, e) => {\n      if ($(e).attr('required')) {\n        required = true;\n      }\n    });\n    if(!required) valid=true;\n\n    if (!valid) {\n      // For the group to be valid, at least one radio needs to be checked\n      $group.each((i, e) => {\n        if ($(e).prop('checked')) {\n          valid = true;\n        }\n      });\n    };\n\n    return valid;\n  }\n\n  /**\n   * Determines if a selected input passes a custom validation function. Multiple validations can be used, if passed to the element with `data-validator=\"foo bar baz\"` in a space separated listed.\n   * @param {Object} $el - jQuery input element.\n   * @param {String} validators - a string of function names matching functions in the Abide.options.validators object.\n   * @param {Boolean} required - self explanatory?\n   * @returns {Boolean} - true if validations passed.\n   */\n  matchValidation($el, validators, required) {\n    required = required ? true : false;\n\n    var clear = validators.split(' ').map((v) => {\n      return this.options.validators[v]($el, required, $el.parent());\n    });\n    return clear.indexOf(false) === -1;\n  }\n\n  /**\n   * Resets form inputs and styles\n   * @fires Abide#formreset\n   */\n  resetForm() {\n    var $form = this.$element,\n        opts = this.options;\n\n    $(`.${opts.labelErrorClass}`, $form).not('small').removeClass(opts.labelErrorClass);\n    $(`.${opts.inputErrorClass}`, $form).not('small').removeClass(opts.inputErrorClass);\n    $(`${opts.formErrorSelector}.${opts.formErrorClass}`).removeClass(opts.formErrorClass);\n    $form.find('[data-abide-error]').css('display', 'none');\n    $(':input', $form).not(':button, :submit, :reset, :hidden, :radio, :checkbox, [data-abide-ignore]').val('').removeAttr('data-invalid');\n    $(':input:radio', $form).not('[data-abide-ignore]').prop('checked',false).removeAttr('data-invalid');\n    $(':input:checkbox', $form).not('[data-abide-ignore]').prop('checked',false).removeAttr('data-invalid');\n    /**\n     * Fires when the form has been reset.\n     * @event Abide#formreset\n     */\n    $form.trigger('formreset.zf.abide', [$form]);\n  }\n\n  /**\n   * Destroys an instance of Abide.\n   * Removes error styles and classes from elements, without resetting their values.\n   */\n  destroy() {\n    var _this = this;\n    this.$element\n      .off('.abide')\n      .find('[data-abide-error]')\n        .css('display', 'none');\n\n    this.$inputs\n      .off('.abide')\n      .each(function() {\n        _this.removeErrorClasses($(this));\n      });\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\n/**\n * Default settings for plugin\n */\nAbide.defaults = {\n  /**\n   * The default event to validate inputs. Checkboxes and radios validate immediately.\n   * Remove or change this value for manual validation.\n   * @option\n   * @example 'fieldChange'\n   */\n  validateOn: 'fieldChange',\n\n  /**\n   * Class to be applied to input labels on failed validation.\n   * @option\n   * @example 'is-invalid-label'\n   */\n  labelErrorClass: 'is-invalid-label',\n\n  /**\n   * Class to be applied to inputs on failed validation.\n   * @option\n   * @example 'is-invalid-input'\n   */\n  inputErrorClass: 'is-invalid-input',\n\n  /**\n   * Class selector to use to target Form Errors for show/hide.\n   * @option\n   * @example '.form-error'\n   */\n  formErrorSelector: '.form-error',\n\n  /**\n   * Class added to Form Errors on failed validation.\n   * @option\n   * @example 'is-visible'\n   */\n  formErrorClass: 'is-visible',\n\n  /**\n   * Set to true to validate text inputs on any value change.\n   * @option\n   * @example false\n   */\n  liveValidate: false,\n\n  /**\n   * Set to true to validate inputs on blur.\n   * @option\n   * @example false\n   */\n  validateOnBlur: false,\n\n  patterns: {\n    alpha : /^[a-zA-Z]+$/,\n    alpha_numeric : /^[a-zA-Z0-9]+$/,\n    integer : /^[-+]?\\d+$/,\n    number : /^[-+]?\\d*(?:[\\.\\,]\\d+)?$/,\n\n    // amex, visa, diners\n    card : /^(?:4[0-9]{12}(?:[0-9]{3})?|5[1-5][0-9]{14}|6(?:011|5[0-9][0-9])[0-9]{12}|3[47][0-9]{13}|3(?:0[0-5]|[68][0-9])[0-9]{11}|(?:2131|1800|35\\d{3})\\d{11})$/,\n    cvv : /^([0-9]){3,4}$/,\n\n    // http://www.whatwg.org/specs/web-apps/current-work/multipage/states-of-the-type-attribute.html#valid-e-mail-address\n    email : /^[a-zA-Z0-9.!#$%&'*+\\/=?^_`{|}~-]+@[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?(?:\\.[a-zA-Z0-9](?:[a-zA-Z0-9-]{0,61}[a-zA-Z0-9])?)+$/,\n\n    url : /^(https?|ftp|file|ssh):\\/\\/(((([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(%[\\da-f]{2})|[!\\$&'\\(\\)\\*\\+,;=]|:)*@)?(((\\d|[1-9]\\d|1\\d\\d|2[0-4]\\d|25[0-5])\\.(\\d|[1-9]\\d|1\\d\\d|2[0-4]\\d|25[0-5])\\.(\\d|[1-9]\\d|1\\d\\d|2[0-4]\\d|25[0-5])\\.(\\d|[1-9]\\d|1\\d\\d|2[0-4]\\d|25[0-5]))|((([a-zA-Z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(([a-zA-Z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])*([a-zA-Z]|\\d|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])))\\.)+(([a-zA-Z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(([a-zA-Z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])*([a-zA-Z]|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])))\\.?)(:\\d*)?)(\\/((([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(%[\\da-f]{2})|[!\\$&'\\(\\)\\*\\+,;=]|:|@)+(\\/(([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(%[\\da-f]{2})|[!\\$&'\\(\\)\\*\\+,;=]|:|@)*)*)?)?(\\?((([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(%[\\da-f]{2})|[!\\$&'\\(\\)\\*\\+,;=]|:|@)|[\\uE000-\\uF8FF]|\\/|\\?)*)?(\\#((([a-zA-Z]|\\d|-|\\.|_|~|[\\u00A0-\\uD7FF\\uF900-\\uFDCF\\uFDF0-\\uFFEF])|(%[\\da-f]{2})|[!\\$&'\\(\\)\\*\\+,;=]|:|@)|\\/|\\?)*)?$/,\n    // abc.de\n    domain : /^([a-zA-Z0-9]([a-zA-Z0-9\\-]{0,61}[a-zA-Z0-9])?\\.)+[a-zA-Z]{2,8}$/,\n\n    datetime : /^([0-2][0-9]{3})\\-([0-1][0-9])\\-([0-3][0-9])T([0-5][0-9])\\:([0-5][0-9])\\:([0-5][0-9])(Z|([\\-\\+]([0-1][0-9])\\:00))$/,\n    // YYYY-MM-DD\n    date : /(?:19|20)[0-9]{2}-(?:(?:0[1-9]|1[0-2])-(?:0[1-9]|1[0-9]|2[0-9])|(?:(?!02)(?:0[1-9]|1[0-2])-(?:30))|(?:(?:0[13578]|1[02])-31))$/,\n    // HH:MM:SS\n    time : /^(0[0-9]|1[0-9]|2[0-3])(:[0-5][0-9]){2}$/,\n    dateISO : /^\\d{4}[\\/\\-]\\d{1,2}[\\/\\-]\\d{1,2}$/,\n    // MM/DD/YYYY\n    month_day_year : /^(0[1-9]|1[012])[- \\/.](0[1-9]|[12][0-9]|3[01])[- \\/.]\\d{4}$/,\n    // DD/MM/YYYY\n    day_month_year : /^(0[1-9]|[12][0-9]|3[01])[- \\/.](0[1-9]|1[012])[- \\/.]\\d{4}$/,\n\n    // #FFF or #FFFFFF\n    color : /^#?([a-fA-F0-9]{6}|[a-fA-F0-9]{3})$/\n  },\n\n  /**\n   * Optional validation functions to be used. `equalTo` being the only default included function.\n   * Functions should return only a boolean if the input is valid or not. Functions are given the following arguments:\n   * el : The jQuery element to validate.\n   * required : Boolean value of the required attribute be present or not.\n   * parent : The direct parent of the input.\n   * @option\n   */\n  validators: {\n    equalTo: function (el, required, parent) {\n      return $(`#${el.attr('data-equalto')}`).val() === el.val();\n    }\n  }\n}\n\n// Window exports\nFoundation.plugin(Abide, 'Abide');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Accordion module.\n * @module foundation.accordion\n * @requires foundation.util.keyboard\n * @requires foundation.util.motion\n */\n\nclass Accordion {\n  /**\n   * Creates a new instance of an accordion.\n   * @class\n   * @fires Accordion#init\n   * @param {jQuery} element - jQuery object to make into an accordion.\n   * @param {Object} options - a plain object with settings to override the default options.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Accordion.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Accordion');\n    Foundation.Keyboard.register('Accordion', {\n      'ENTER': 'toggle',\n      'SPACE': 'toggle',\n      'ARROW_DOWN': 'next',\n      'ARROW_UP': 'previous'\n    });\n  }\n\n  /**\n   * Initializes the accordion by animating the preset active pane(s).\n   * @private\n   */\n  _init() {\n    this.$element.attr('role', 'tablist');\n    this.$tabs = this.$element.children('[data-accordion-item]');\n\n    this.$tabs.each(function(idx, el) {\n      var $el = $(el),\n          $content = $el.children('[data-tab-content]'),\n          id = $content[0].id || Foundation.GetYoDigits(6, 'accordion'),\n          linkId = el.id || `${id}-label`;\n\n      $el.find('a:first').attr({\n        'aria-controls': id,\n        'role': 'tab',\n        'id': linkId,\n        'aria-expanded': false,\n        'aria-selected': false\n      });\n\n      $content.attr({'role': 'tabpanel', 'aria-labelledby': linkId, 'aria-hidden': true, 'id': id});\n    });\n    var $initActive = this.$element.find('.is-active').children('[data-tab-content]');\n    if($initActive.length){\n      this.down($initActive, true);\n    }\n    this._events();\n  }\n\n  /**\n   * Adds event handlers for items within the accordion.\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    this.$tabs.each(function() {\n      var $elem = $(this);\n      var $tabContent = $elem.children('[data-tab-content]');\n      if ($tabContent.length) {\n        $elem.children('a').off('click.zf.accordion keydown.zf.accordion')\n               .on('click.zf.accordion', function(e) {\n          e.preventDefault();\n          _this.toggle($tabContent);\n        }).on('keydown.zf.accordion', function(e){\n          Foundation.Keyboard.handleKey(e, 'Accordion', {\n            toggle: function() {\n              _this.toggle($tabContent);\n            },\n            next: function() {\n              var $a = $elem.next().find('a').focus();\n              if (!_this.options.multiExpand) {\n                $a.trigger('click.zf.accordion')\n              }\n            },\n            previous: function() {\n              var $a = $elem.prev().find('a').focus();\n              if (!_this.options.multiExpand) {\n                $a.trigger('click.zf.accordion')\n              }\n            },\n            handled: function() {\n              e.preventDefault();\n              e.stopPropagation();\n            }\n          });\n        });\n      }\n    });\n  }\n\n  /**\n   * Toggles the selected content pane's open/close state.\n   * @param {jQuery} $target - jQuery object of the pane to toggle (`.accordion-content`).\n   * @function\n   */\n  toggle($target) {\n    if($target.parent().hasClass('is-active')) {\n      this.up($target);\n    } else {\n      this.down($target);\n    }\n  }\n\n  /**\n   * Opens the accordion tab defined by `$target`.\n   * @param {jQuery} $target - Accordion pane to open (`.accordion-content`).\n   * @param {Boolean} firstTime - flag to determine if reflow should happen.\n   * @fires Accordion#down\n   * @function\n   */\n  down($target, firstTime) {\n    $target\n      .attr('aria-hidden', false)\n      .parent('[data-tab-content]')\n      .addBack()\n      .parent().addClass('is-active');\n\n    if (!this.options.multiExpand && !firstTime) {\n      var $currentActive = this.$element.children('.is-active').children('[data-tab-content]');\n      if ($currentActive.length) {\n        this.up($currentActive.not($target));\n      }\n    }\n\n    $target.slideDown(this.options.slideSpeed, () => {\n      /**\n       * Fires when the tab is done opening.\n       * @event Accordion#down\n       */\n      this.$element.trigger('down.zf.accordion', [$target]);\n    });\n\n    $(`#${$target.attr('aria-labelledby')}`).attr({\n      'aria-expanded': true,\n      'aria-selected': true\n    });\n  }\n\n  /**\n   * Closes the tab defined by `$target`.\n   * @param {jQuery} $target - Accordion tab to close (`.accordion-content`).\n   * @fires Accordion#up\n   * @function\n   */\n  up($target) {\n    var $aunts = $target.parent().siblings(),\n        _this = this;\n\n    if((!this.options.allowAllClosed && !$aunts.hasClass('is-active')) || !$target.parent().hasClass('is-active')) {\n      return;\n    }\n\n    // Foundation.Move(this.options.slideSpeed, $target, function(){\n      $target.slideUp(_this.options.slideSpeed, function () {\n        /**\n         * Fires when the tab is done collapsing up.\n         * @event Accordion#up\n         */\n        _this.$element.trigger('up.zf.accordion', [$target]);\n      });\n    // });\n\n    $target.attr('aria-hidden', true)\n           .parent().removeClass('is-active');\n\n    $(`#${$target.attr('aria-labelledby')}`).attr({\n     'aria-expanded': false,\n     'aria-selected': false\n   });\n  }\n\n  /**\n   * Destroys an instance of an accordion.\n   * @fires Accordion#destroyed\n   * @function\n   */\n  destroy() {\n    this.$element.find('[data-tab-content]').stop(true).slideUp(0).css('display', '');\n    this.$element.find('a').off('.zf.accordion');\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nAccordion.defaults = {\n  /**\n   * Amount of time to animate the opening of an accordion pane.\n   * @option\n   * @example 250\n   */\n  slideSpeed: 250,\n  /**\n   * Allow the accordion to have multiple open panes.\n   * @option\n   * @example false\n   */\n  multiExpand: false,\n  /**\n   * Allow the accordion to close all panes.\n   * @option\n   * @example false\n   */\n  allowAllClosed: false\n};\n\n// Window exports\nFoundation.plugin(Accordion, 'Accordion');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * AccordionMenu module.\n * @module foundation.accordionMenu\n * @requires foundation.util.keyboard\n * @requires foundation.util.motion\n * @requires foundation.util.nest\n */\n\nclass AccordionMenu {\n  /**\n   * Creates a new instance of an accordion menu.\n   * @class\n   * @fires AccordionMenu#init\n   * @param {jQuery} element - jQuery object to make into an accordion menu.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, AccordionMenu.defaults, this.$element.data(), options);\n\n    Foundation.Nest.Feather(this.$element, 'accordion');\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'AccordionMenu');\n    Foundation.Keyboard.register('AccordionMenu', {\n      'ENTER': 'toggle',\n      'SPACE': 'toggle',\n      'ARROW_RIGHT': 'open',\n      'ARROW_UP': 'up',\n      'ARROW_DOWN': 'down',\n      'ARROW_LEFT': 'close',\n      'ESCAPE': 'closeAll'\n    });\n  }\n\n\n\n  /**\n   * Initializes the accordion menu by hiding all nested menus.\n   * @private\n   */\n  _init() {\n    this.$element.find('[data-submenu]').not('.is-active').slideUp(0);//.find('a').css('padding-left', '1rem');\n    this.$element.attr({\n      'role': 'menu',\n      'aria-multiselectable': this.options.multiOpen\n    });\n\n    this.$menuLinks = this.$element.find('.is-accordion-submenu-parent');\n    this.$menuLinks.each(function(){\n      var linkId = this.id || Foundation.GetYoDigits(6, 'acc-menu-link'),\n          $elem = $(this),\n          $sub = $elem.children('[data-submenu]'),\n          subId = $sub[0].id || Foundation.GetYoDigits(6, 'acc-menu'),\n          isActive = $sub.hasClass('is-active');\n      $elem.attr({\n        'aria-controls': subId,\n        'aria-expanded': isActive,\n        'role': 'menuitem',\n        'id': linkId\n      });\n      $sub.attr({\n        'aria-labelledby': linkId,\n        'aria-hidden': !isActive,\n        'role': 'menu',\n        'id': subId\n      });\n    });\n    var initPanes = this.$element.find('.is-active');\n    if(initPanes.length){\n      var _this = this;\n      initPanes.each(function(){\n        _this.down($(this));\n      });\n    }\n    this._events();\n  }\n\n  /**\n   * Adds event handlers for items within the menu.\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    this.$element.find('li').each(function() {\n      var $submenu = $(this).children('[data-submenu]');\n\n      if ($submenu.length) {\n        $(this).children('a').off('click.zf.accordionMenu').on('click.zf.accordionMenu', function(e) {\n          e.preventDefault();\n\n          _this.toggle($submenu);\n        });\n      }\n    }).on('keydown.zf.accordionmenu', function(e){\n      var $element = $(this),\n          $elements = $element.parent('ul').children('li'),\n          $prevElement,\n          $nextElement,\n          $target = $element.children('[data-submenu]');\n\n      $elements.each(function(i) {\n        if ($(this).is($element)) {\n          $prevElement = $elements.eq(Math.max(0, i-1)).find('a').first();\n          $nextElement = $elements.eq(Math.min(i+1, $elements.length-1)).find('a').first();\n\n          if ($(this).children('[data-submenu]:visible').length) { // has open sub menu\n            $nextElement = $element.find('li:first-child').find('a').first();\n          }\n          if ($(this).is(':first-child')) { // is first element of sub menu\n            $prevElement = $element.parents('li').first().find('a').first();\n          } else if ($prevElement.parents('li').first().children('[data-submenu]:visible').length) { // if previous element has open sub menu\n            $prevElement = $prevElement.parents('li').find('li:last-child').find('a').first();\n          }\n          if ($(this).is(':last-child')) { // is last element of sub menu\n            $nextElement = $element.parents('li').first().next('li').find('a').first();\n          }\n\n          return;\n        }\n      });\n\n      Foundation.Keyboard.handleKey(e, 'AccordionMenu', {\n        open: function() {\n          if ($target.is(':hidden')) {\n            _this.down($target);\n            $target.find('li').first().find('a').first().focus();\n          }\n        },\n        close: function() {\n          if ($target.length && !$target.is(':hidden')) { // close active sub of this item\n            _this.up($target);\n          } else if ($element.parent('[data-submenu]').length) { // close currently open sub\n            _this.up($element.parent('[data-submenu]'));\n            $element.parents('li').first().find('a').first().focus();\n          }\n        },\n        up: function() {\n          $prevElement.focus();\n          return true;\n        },\n        down: function() {\n          $nextElement.focus();\n          return true;\n        },\n        toggle: function() {\n          if ($element.children('[data-submenu]').length) {\n            _this.toggle($element.children('[data-submenu]'));\n          }\n        },\n        closeAll: function() {\n          _this.hideAll();\n        },\n        handled: function(preventDefault) {\n          if (preventDefault) {\n            e.preventDefault();\n          }\n          e.stopImmediatePropagation();\n        }\n      });\n    });//.attr('tabindex', 0);\n  }\n\n  /**\n   * Closes all panes of the menu.\n   * @function\n   */\n  hideAll() {\n    this.up(this.$element.find('[data-submenu]'));\n  }\n\n  /**\n   * Opens all panes of the menu.\n   * @function\n   */\n  showAll() {\n    this.down(this.$element.find('[data-submenu]'));\n  }\n\n  /**\n   * Toggles the open/close state of a submenu.\n   * @function\n   * @param {jQuery} $target - the submenu to toggle\n   */\n  toggle($target){\n    if(!$target.is(':animated')) {\n      if (!$target.is(':hidden')) {\n        this.up($target);\n      }\n      else {\n        this.down($target);\n      }\n    }\n  }\n\n  /**\n   * Opens the sub-menu defined by `$target`.\n   * @param {jQuery} $target - Sub-menu to open.\n   * @fires AccordionMenu#down\n   */\n  down($target) {\n    var _this = this;\n\n    if(!this.options.multiOpen) {\n      this.up(this.$element.find('.is-active').not($target.parentsUntil(this.$element).add($target)));\n    }\n\n    $target.addClass('is-active').attr({'aria-hidden': false})\n      .parent('.is-accordion-submenu-parent').attr({'aria-expanded': true});\n\n      //Foundation.Move(this.options.slideSpeed, $target, function() {\n        $target.slideDown(_this.options.slideSpeed, function () {\n          /**\n           * Fires when the menu is done opening.\n           * @event AccordionMenu#down\n           */\n          _this.$element.trigger('down.zf.accordionMenu', [$target]);\n        });\n      //});\n  }\n\n  /**\n   * Closes the sub-menu defined by `$target`. All sub-menus inside the target will be closed as well.\n   * @param {jQuery} $target - Sub-menu to close.\n   * @fires AccordionMenu#up\n   */\n  up($target) {\n    var _this = this;\n    //Foundation.Move(this.options.slideSpeed, $target, function(){\n      $target.slideUp(_this.options.slideSpeed, function () {\n        /**\n         * Fires when the menu is done collapsing up.\n         * @event AccordionMenu#up\n         */\n        _this.$element.trigger('up.zf.accordionMenu', [$target]);\n      });\n    //});\n\n    var $menus = $target.find('[data-submenu]').slideUp(0).addBack().attr('aria-hidden', true);\n\n    $menus.parent('.is-accordion-submenu-parent').attr('aria-expanded', false);\n  }\n\n  /**\n   * Destroys an instance of accordion menu.\n   * @fires AccordionMenu#destroyed\n   */\n  destroy() {\n    this.$element.find('[data-submenu]').slideDown(0).css('display', '');\n    this.$element.find('a').off('click.zf.accordionMenu');\n\n    Foundation.Nest.Burn(this.$element, 'accordion');\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nAccordionMenu.defaults = {\n  /**\n   * Amount of time to animate the opening of a submenu in ms.\n   * @option\n   * @example 250\n   */\n  slideSpeed: 250,\n  /**\n   * Allow the menu to have multiple open panes.\n   * @option\n   * @example true\n   */\n  multiOpen: true\n};\n\n// Window exports\nFoundation.plugin(AccordionMenu, 'AccordionMenu');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Drilldown module.\n * @module foundation.drilldown\n * @requires foundation.util.keyboard\n * @requires foundation.util.motion\n * @requires foundation.util.nest\n */\n\nclass Drilldown {\n  /**\n   * Creates a new instance of a drilldown menu.\n   * @class\n   * @param {jQuery} element - jQuery object to make into an accordion menu.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Drilldown.defaults, this.$element.data(), options);\n\n    Foundation.Nest.Feather(this.$element, 'drilldown');\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Drilldown');\n    Foundation.Keyboard.register('Drilldown', {\n      'ENTER': 'open',\n      'SPACE': 'open',\n      'ARROW_RIGHT': 'next',\n      'ARROW_UP': 'up',\n      'ARROW_DOWN': 'down',\n      'ARROW_LEFT': 'previous',\n      'ESCAPE': 'close',\n      'TAB': 'down',\n      'SHIFT_TAB': 'up'\n    });\n  }\n\n  /**\n   * Initializes the drilldown by creating jQuery collections of elements\n   * @private\n   */\n  _init() {\n    this.$submenuAnchors = this.$element.find('li.is-drilldown-submenu-parent').children('a');\n    this.$submenus = this.$submenuAnchors.parent('li').children('[data-submenu]');\n    this.$menuItems = this.$element.find('li').not('.js-drilldown-back').attr('role', 'menuitem').find('a');\n    this.$element.attr('data-mutate', (this.$element.attr('data-drilldown') || Foundation.GetYoDigits(6, 'drilldown')));\n\n    this._prepareMenu();\n    this._registerEvents();\n\n    this._keyboardEvents();\n  }\n\n  /**\n   * prepares drilldown menu by setting attributes to links and elements\n   * sets a min height to prevent content jumping\n   * wraps the element if not already wrapped\n   * @private\n   * @function\n   */\n  _prepareMenu() {\n    var _this = this;\n    // if(!this.options.holdOpen){\n    //   this._menuLinkEvents();\n    // }\n    this.$submenuAnchors.each(function(){\n      var $link = $(this);\n      var $sub = $link.parent();\n      if(_this.options.parentLink){\n        $link.clone().prependTo($sub.children('[data-submenu]')).wrap('<li class=\"is-submenu-parent-item is-submenu-item is-drilldown-submenu-item\" role=\"menu-item\"></li>');\n      }\n      $link.data('savedHref', $link.attr('href')).removeAttr('href').attr('tabindex', 0);\n      $link.children('[data-submenu]')\n          .attr({\n            'aria-hidden': true,\n            'tabindex': 0,\n            'role': 'menu'\n          });\n      _this._events($link);\n    });\n    this.$submenus.each(function(){\n      var $menu = $(this),\n          $back = $menu.find('.js-drilldown-back');\n      if(!$back.length){\n        switch (_this.options.backButtonPosition) {\n          case \"bottom\":\n            $menu.append(_this.options.backButton);\n            break;\n          case \"top\":\n            $menu.prepend(_this.options.backButton);\n            break;\n          default:\n            console.error(\"Unsupported backButtonPosition value '\" + _this.options.backButtonPosition + \"'\");\n        }\n      }\n      _this._back($menu);\n    });\n\n    if(!this.options.autoHeight) {\n      this.$submenus.addClass('drilldown-submenu-cover-previous');\n    }\n\n    if(!this.$element.parent().hasClass('is-drilldown')){\n      this.$wrapper = $(this.options.wrapper).addClass('is-drilldown');\n      if(this.options.animateHeight) this.$wrapper.addClass('animate-height');\n      this.$wrapper = this.$element.wrap(this.$wrapper).parent().css(this._getMaxDims());\n    }\n  }\n\n  _resize() {\n    this.$wrapper.css({'max-width': 'none', 'min-height': 'none'});\n    // _getMaxDims has side effects (boo) but calling it should update all other necessary heights & widths\n    this.$wrapper.css(this._getMaxDims());\n  }\n\n  /**\n   * Adds event handlers to elements in the menu.\n   * @function\n   * @private\n   * @param {jQuery} $elem - the current menu item to add handlers to.\n   */\n  _events($elem) {\n    var _this = this;\n\n    $elem.off('click.zf.drilldown')\n    .on('click.zf.drilldown', function(e){\n      if($(e.target).parentsUntil('ul', 'li').hasClass('is-drilldown-submenu-parent')){\n        e.stopImmediatePropagation();\n        e.preventDefault();\n      }\n\n      // if(e.target !== e.currentTarget.firstElementChild){\n      //   return false;\n      // }\n      _this._show($elem.parent('li'));\n\n      if(_this.options.closeOnClick){\n        var $body = $('body');\n        $body.off('.zf.drilldown').on('click.zf.drilldown', function(e){\n          if (e.target === _this.$element[0] || $.contains(_this.$element[0], e.target)) { return; }\n          e.preventDefault();\n          _this._hideAll();\n          $body.off('.zf.drilldown');\n        });\n      }\n    });\n\t  this.$element.on('mutateme.zf.trigger', this._resize.bind(this));\n  }\n\n  /**\n   * Adds event handlers to the menu element.\n   * @function\n   * @private\n   */\n  _registerEvents() {\n    if(this.options.scrollTop){\n      this._bindHandler = this._scrollTop.bind(this);\n      this.$element.on('open.zf.drilldown hide.zf.drilldown closed.zf.drilldown',this._bindHandler);\n    }\n  }\n\n  /**\n   * Scroll to Top of Element or data-scroll-top-element\n   * @function\n   * @fires Drilldown#scrollme\n   */\n  _scrollTop() {\n    var _this = this;\n    var $scrollTopElement = _this.options.scrollTopElement!=''?$(_this.options.scrollTopElement):_this.$element,\n        scrollPos = parseInt($scrollTopElement.offset().top+_this.options.scrollTopOffset);\n    $('html, body').stop(true).animate({ scrollTop: scrollPos }, _this.options.animationDuration, _this.options.animationEasing,function(){\n      /**\n        * Fires after the menu has scrolled\n        * @event Drilldown#scrollme\n        */\n      if(this===$('html')[0])_this.$element.trigger('scrollme.zf.drilldown');\n    });\n  }\n\n  /**\n   * Adds keydown event listener to `li`'s in the menu.\n   * @private\n   */\n  _keyboardEvents() {\n    var _this = this;\n\n    this.$menuItems.add(this.$element.find('.js-drilldown-back > a, .is-submenu-parent-item > a')).on('keydown.zf.drilldown', function(e){\n      var $element = $(this),\n          $elements = $element.parent('li').parent('ul').children('li').children('a'),\n          $prevElement,\n          $nextElement;\n\n      $elements.each(function(i) {\n        if ($(this).is($element)) {\n          $prevElement = $elements.eq(Math.max(0, i-1));\n          $nextElement = $elements.eq(Math.min(i+1, $elements.length-1));\n          return;\n        }\n      });\n\n      Foundation.Keyboard.handleKey(e, 'Drilldown', {\n        next: function() {\n          if ($element.is(_this.$submenuAnchors)) {\n            _this._show($element.parent('li'));\n            $element.parent('li').one(Foundation.transitionend($element), function(){\n              $element.parent('li').find('ul li a').filter(_this.$menuItems).first().focus();\n            });\n            return true;\n          }\n        },\n        previous: function() {\n          _this._hide($element.parent('li').parent('ul'));\n          $element.parent('li').parent('ul').one(Foundation.transitionend($element), function(){\n            setTimeout(function() {\n              $element.parent('li').parent('ul').parent('li').children('a').first().focus();\n            }, 1);\n          });\n          return true;\n        },\n        up: function() {\n          $prevElement.focus();\n          return true;\n        },\n        down: function() {\n          $nextElement.focus();\n          return true;\n        },\n        close: function() {\n          _this._back();\n          //_this.$menuItems.first().focus(); // focus to first element\n        },\n        open: function() {\n          if (!$element.is(_this.$menuItems)) { // not menu item means back button\n            _this._hide($element.parent('li').parent('ul'));\n            $element.parent('li').parent('ul').one(Foundation.transitionend($element), function(){\n              setTimeout(function() {\n                $element.parent('li').parent('ul').parent('li').children('a').first().focus();\n              }, 1);\n            });\n            return true;\n          } else if ($element.is(_this.$submenuAnchors)) {\n            _this._show($element.parent('li'));\n            $element.parent('li').one(Foundation.transitionend($element), function(){\n              $element.parent('li').find('ul li a').filter(_this.$menuItems).first().focus();\n            });\n            return true;\n          }\n        },\n        handled: function(preventDefault) {\n          if (preventDefault) {\n            e.preventDefault();\n          }\n          e.stopImmediatePropagation();\n        }\n      });\n    }); // end keyboardAccess\n  }\n\n  /**\n   * Closes all open elements, and returns to root menu.\n   * @function\n   * @fires Drilldown#closed\n   */\n  _hideAll() {\n    var $elem = this.$element.find('.is-drilldown-submenu.is-active').addClass('is-closing');\n    if(this.options.autoHeight) this.$wrapper.css({height:$elem.parent().closest('ul').data('calcHeight')});\n    $elem.one(Foundation.transitionend($elem), function(e){\n      $elem.removeClass('is-active is-closing');\n    });\n        /**\n         * Fires when the menu is fully closed.\n         * @event Drilldown#closed\n         */\n    this.$element.trigger('closed.zf.drilldown');\n  }\n\n  /**\n   * Adds event listener for each `back` button, and closes open menus.\n   * @function\n   * @fires Drilldown#back\n   * @param {jQuery} $elem - the current sub-menu to add `back` event.\n   */\n  _back($elem) {\n    var _this = this;\n    $elem.off('click.zf.drilldown');\n    $elem.children('.js-drilldown-back')\n      .on('click.zf.drilldown', function(e){\n        e.stopImmediatePropagation();\n        // console.log('mouseup on back');\n        _this._hide($elem);\n\n        // If there is a parent submenu, call show\n        let parentSubMenu = $elem.parent('li').parent('ul').parent('li');\n        if (parentSubMenu.length) {\n          _this._show(parentSubMenu);\n        }\n      });\n  }\n\n  /**\n   * Adds event listener to menu items w/o submenus to close open menus on click.\n   * @function\n   * @private\n   */\n  _menuLinkEvents() {\n    var _this = this;\n    this.$menuItems.not('.is-drilldown-submenu-parent')\n        .off('click.zf.drilldown')\n        .on('click.zf.drilldown', function(e){\n          // e.stopImmediatePropagation();\n          setTimeout(function(){\n            _this._hideAll();\n          }, 0);\n      });\n  }\n\n  /**\n   * Opens a submenu.\n   * @function\n   * @fires Drilldown#open\n   * @param {jQuery} $elem - the current element with a submenu to open, i.e. the `li` tag.\n   */\n  _show($elem) {\n    if(this.options.autoHeight) this.$wrapper.css({height:$elem.children('[data-submenu]').data('calcHeight')});\n    $elem.attr('aria-expanded', true);\n    $elem.children('[data-submenu]').addClass('is-active').attr('aria-hidden', false);\n    /**\n     * Fires when the submenu has opened.\n     * @event Drilldown#open\n     */\n    this.$element.trigger('open.zf.drilldown', [$elem]);\n  };\n\n  /**\n   * Hides a submenu\n   * @function\n   * @fires Drilldown#hide\n   * @param {jQuery} $elem - the current sub-menu to hide, i.e. the `ul` tag.\n   */\n  _hide($elem) {\n    if(this.options.autoHeight) this.$wrapper.css({height:$elem.parent().closest('ul').data('calcHeight')});\n    var _this = this;\n    $elem.parent('li').attr('aria-expanded', false);\n    $elem.attr('aria-hidden', true).addClass('is-closing')\n    $elem.addClass('is-closing')\n         .one(Foundation.transitionend($elem), function(){\n           $elem.removeClass('is-active is-closing');\n           $elem.blur();\n         });\n    /**\n     * Fires when the submenu has closed.\n     * @event Drilldown#hide\n     */\n    $elem.trigger('hide.zf.drilldown', [$elem]);\n  }\n\n  /**\n   * Iterates through the nested menus to calculate the min-height, and max-width for the menu.\n   * Prevents content jumping.\n   * @function\n   * @private\n   */\n  _getMaxDims() {\n    var  maxHeight = 0, result = {}, _this = this;\n    this.$submenus.add(this.$element).each(function(){\n      var numOfElems = $(this).children('li').length;\n      var height = Foundation.Box.GetDimensions(this).height;\n      maxHeight = height > maxHeight ? height : maxHeight;\n      if(_this.options.autoHeight) {\n        $(this).data('calcHeight',height);\n        if (!$(this).hasClass('is-drilldown-submenu')) result['height'] = height;\n      }\n    });\n\n    if(!this.options.autoHeight) result['min-height'] = `${maxHeight}px`;\n\n    result['max-width'] = `${this.$element[0].getBoundingClientRect().width}px`;\n\n    return result;\n  }\n\n  /**\n   * Destroys the Drilldown Menu\n   * @function\n   */\n  destroy() {\n    if(this.options.scrollTop) this.$element.off('.zf.drilldown',this._bindHandler);\n    this._hideAll();\n\t  this.$element.off('mutateme.zf.trigger');\n    Foundation.Nest.Burn(this.$element, 'drilldown');\n    this.$element.unwrap()\n                 .find('.js-drilldown-back, .is-submenu-parent-item').remove()\n                 .end().find('.is-active, .is-closing, .is-drilldown-submenu').removeClass('is-active is-closing is-drilldown-submenu')\n                 .end().find('[data-submenu]').removeAttr('aria-hidden tabindex role');\n    this.$submenuAnchors.each(function() {\n      $(this).off('.zf.drilldown');\n    });\n\n    this.$submenus.removeClass('drilldown-submenu-cover-previous');\n\n    this.$element.find('a').each(function(){\n      var $link = $(this);\n      $link.removeAttr('tabindex');\n      if($link.data('savedHref')){\n        $link.attr('href', $link.data('savedHref')).removeData('savedHref');\n      }else{ return; }\n    });\n    Foundation.unregisterPlugin(this);\n  };\n}\n\nDrilldown.defaults = {\n  /**\n   * Markup used for JS generated back button. Prepended  or appended (see backButtonPosition) to submenu lists and deleted on `destroy` method, 'js-drilldown-back' class required. Remove the backslash (`\\`) if copy and pasting.\n   * @option\n   * @example '<\\li><\\a>Back<\\/a><\\/li>'\n   */\n  backButton: '<li class=\"js-drilldown-back\"><a tabindex=\"0\">Back</a></li>',\n  /**\n   * Position the back button either at the top or bottom of drilldown submenus.\n   * @option\n   * @example bottom\n   */\n  backButtonPosition: 'top',\n  /**\n   * Markup used to wrap drilldown menu. Use a class name for independent styling; the JS applied class: `is-drilldown` is required. Remove the backslash (`\\`) if copy and pasting.\n   * @option\n   * @example '<\\div class=\"is-drilldown\"><\\/div>'\n   */\n  wrapper: '<div></div>',\n  /**\n   * Adds the parent link to the submenu.\n   * @option\n   * @example false\n   */\n  parentLink: false,\n  /**\n   * Allow the menu to return to root list on body click.\n   * @option\n   * @example false\n   */\n  closeOnClick: false,\n  /**\n   * Allow the menu to auto adjust height.\n   * @option\n   * @example false\n   */\n  autoHeight: false,\n  /**\n   * Animate the auto adjust height.\n   * @option\n   * @example false\n   */\n  animateHeight: false,\n  /**\n   * Scroll to the top of the menu after opening a submenu or navigating back using the menu back button\n   * @option\n   * @example false\n   */\n  scrollTop: false,\n  /**\n   * String jquery selector (for example 'body') of element to take offset().top from, if empty string the drilldown menu offset().top is taken\n   * @option\n   * @example ''\n   */\n  scrollTopElement: '',\n  /**\n   * ScrollTop offset\n   * @option\n   * @example 100\n   */\n  scrollTopOffset: 0,\n  /**\n   * Scroll animation duration\n   * @option\n   * @example 500\n   */\n  animationDuration: 500,\n  /**\n   * Scroll animation easing\n   * @option\n   * @example 'swing'\n   */\n  animationEasing: 'swing'\n  // holdOpen: false\n};\n\n// Window exports\nFoundation.plugin(Drilldown, 'Drilldown');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Dropdown module.\n * @module foundation.dropdown\n * @requires foundation.util.keyboard\n * @requires foundation.util.box\n * @requires foundation.util.triggers\n */\n\nclass Dropdown {\n  /**\n   * Creates a new instance of a dropdown.\n   * @class\n   * @param {jQuery} element - jQuery object to make into a dropdown.\n   *        Object should be of the dropdown panel, rather than its anchor.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Dropdown.defaults, this.$element.data(), options);\n    this._init();\n\n    Foundation.registerPlugin(this, 'Dropdown');\n    Foundation.Keyboard.register('Dropdown', {\n      'ENTER': 'open',\n      'SPACE': 'open',\n      'ESCAPE': 'close'\n    });\n  }\n\n  /**\n   * Initializes the plugin by setting/checking options and attributes, adding helper variables, and saving the anchor.\n   * @function\n   * @private\n   */\n  _init() {\n    var $id = this.$element.attr('id');\n\n    this.$anchor = $(`[data-toggle=\"${$id}\"]`).length ? $(`[data-toggle=\"${$id}\"]`) : $(`[data-open=\"${$id}\"]`);\n    this.$anchor.attr({\n      'aria-controls': $id,\n      'data-is-focus': false,\n      'data-yeti-box': $id,\n      'aria-haspopup': true,\n      'aria-expanded': false\n\n    });\n\n    if(this.options.parentClass){\n      this.$parent = this.$element.parents('.' + this.options.parentClass);\n    }else{\n      this.$parent = null;\n    }\n    this.options.positionClass = this.getPositionClass();\n    this.counter = 4;\n    this.usedPositions = [];\n    this.$element.attr({\n      'aria-hidden': 'true',\n      'data-yeti-box': $id,\n      'data-resize': $id,\n      'aria-labelledby': this.$anchor[0].id || Foundation.GetYoDigits(6, 'dd-anchor')\n    });\n    this._events();\n  }\n\n  /**\n   * Helper function to determine current orientation of dropdown pane.\n   * @function\n   * @returns {String} position - string value of a position class.\n   */\n  getPositionClass() {\n    var verticalPosition = this.$element[0].className.match(/(top|left|right|bottom)/g);\n        verticalPosition = verticalPosition ? verticalPosition[0] : '';\n    var horizontalPosition = /float-(\\S+)/.exec(this.$anchor[0].className);\n        horizontalPosition = horizontalPosition ? horizontalPosition[1] : '';\n    var position = horizontalPosition ? horizontalPosition + ' ' + verticalPosition : verticalPosition;\n\n    return position;\n  }\n\n  /**\n   * Adjusts the dropdown panes orientation by adding/removing positioning classes.\n   * @function\n   * @private\n   * @param {String} position - position class to remove.\n   */\n  _reposition(position) {\n    this.usedPositions.push(position ? position : 'bottom');\n    //default, try switching to opposite side\n    if(!position && (this.usedPositions.indexOf('top') < 0)){\n      this.$element.addClass('top');\n    }else if(position === 'top' && (this.usedPositions.indexOf('bottom') < 0)){\n      this.$element.removeClass(position);\n    }else if(position === 'left' && (this.usedPositions.indexOf('right') < 0)){\n      this.$element.removeClass(position)\n          .addClass('right');\n    }else if(position === 'right' && (this.usedPositions.indexOf('left') < 0)){\n      this.$element.removeClass(position)\n          .addClass('left');\n    }\n\n    //if default change didn't work, try bottom or left first\n    else if(!position && (this.usedPositions.indexOf('top') > -1) && (this.usedPositions.indexOf('left') < 0)){\n      this.$element.addClass('left');\n    }else if(position === 'top' && (this.usedPositions.indexOf('bottom') > -1) && (this.usedPositions.indexOf('left') < 0)){\n      this.$element.removeClass(position)\n          .addClass('left');\n    }else if(position === 'left' && (this.usedPositions.indexOf('right') > -1) && (this.usedPositions.indexOf('bottom') < 0)){\n      this.$element.removeClass(position);\n    }else if(position === 'right' && (this.usedPositions.indexOf('left') > -1) && (this.usedPositions.indexOf('bottom') < 0)){\n      this.$element.removeClass(position);\n    }\n    //if nothing cleared, set to bottom\n    else{\n      this.$element.removeClass(position);\n    }\n    this.classChanged = true;\n    this.counter--;\n  }\n\n  /**\n   * Sets the position and orientation of the dropdown pane, checks for collisions.\n   * Recursively calls itself if a collision is detected, with a new position class.\n   * @function\n   * @private\n   */\n  _setPosition() {\n    if(this.$anchor.attr('aria-expanded') === 'false'){ return false; }\n    var position = this.getPositionClass(),\n        $eleDims = Foundation.Box.GetDimensions(this.$element),\n        $anchorDims = Foundation.Box.GetDimensions(this.$anchor),\n        _this = this,\n        direction = (position === 'left' ? 'left' : ((position === 'right') ? 'left' : 'top')),\n        param = (direction === 'top') ? 'height' : 'width',\n        offset = (param === 'height') ? this.options.vOffset : this.options.hOffset;\n\n    if(($eleDims.width >= $eleDims.windowDims.width) || (!this.counter && !Foundation.Box.ImNotTouchingYou(this.$element, this.$parent))){\n      var newWidth = $eleDims.windowDims.width,\n          parentHOffset = 0;\n      if(this.$parent){\n        var $parentDims = Foundation.Box.GetDimensions(this.$parent),\n            parentHOffset = $parentDims.offset.left;\n        if ($parentDims.width < newWidth){\n          newWidth = $parentDims.width;\n        }\n      }\n\n      this.$element.offset(Foundation.Box.GetOffsets(this.$element, this.$anchor, 'center bottom', this.options.vOffset, this.options.hOffset + parentHOffset, true)).css({\n        'width': newWidth - (this.options.hOffset * 2),\n        'height': 'auto'\n      });\n      this.classChanged = true;\n      return false;\n    }\n\n    this.$element.offset(Foundation.Box.GetOffsets(this.$element, this.$anchor, position, this.options.vOffset, this.options.hOffset));\n\n    while(!Foundation.Box.ImNotTouchingYou(this.$element, this.$parent, true) && this.counter){\n      this._reposition(position);\n      this._setPosition();\n    }\n  }\n\n  /**\n   * Adds event listeners to the element utilizing the triggers utility library.\n   * @function\n   * @private\n   */\n  _events() {\n    var _this = this;\n    this.$element.on({\n      'open.zf.trigger': this.open.bind(this),\n      'close.zf.trigger': this.close.bind(this),\n      'toggle.zf.trigger': this.toggle.bind(this),\n      'resizeme.zf.trigger': this._setPosition.bind(this)\n    });\n\n    if(this.options.hover){\n      this.$anchor.off('mouseenter.zf.dropdown mouseleave.zf.dropdown')\n      .on('mouseenter.zf.dropdown', function(){\n        var bodyData = $('body').data();\n        if(typeof(bodyData.whatinput) === 'undefined' || bodyData.whatinput === 'mouse') {\n          clearTimeout(_this.timeout);\n          _this.timeout = setTimeout(function(){\n            _this.open();\n            _this.$anchor.data('hover', true);\n          }, _this.options.hoverDelay);\n        }\n      }).on('mouseleave.zf.dropdown', function(){\n        clearTimeout(_this.timeout);\n        _this.timeout = setTimeout(function(){\n          _this.close();\n          _this.$anchor.data('hover', false);\n        }, _this.options.hoverDelay);\n      });\n      if(this.options.hoverPane){\n        this.$element.off('mouseenter.zf.dropdown mouseleave.zf.dropdown')\n            .on('mouseenter.zf.dropdown', function(){\n              clearTimeout(_this.timeout);\n            }).on('mouseleave.zf.dropdown', function(){\n              clearTimeout(_this.timeout);\n              _this.timeout = setTimeout(function(){\n                _this.close();\n                _this.$anchor.data('hover', false);\n              }, _this.options.hoverDelay);\n            });\n      }\n    }\n    this.$anchor.add(this.$element).on('keydown.zf.dropdown', function(e) {\n\n      var $target = $(this),\n        visibleFocusableElements = Foundation.Keyboard.findFocusable(_this.$element);\n\n      Foundation.Keyboard.handleKey(e, 'Dropdown', {\n        open: function() {\n          if ($target.is(_this.$anchor)) {\n            _this.open();\n            _this.$element.attr('tabindex', -1).focus();\n            e.preventDefault();\n          }\n        },\n        close: function() {\n          _this.close();\n          _this.$anchor.focus();\n        }\n      });\n    });\n  }\n\n  /**\n   * Adds an event handler to the body to close any dropdowns on a click.\n   * @function\n   * @private\n   */\n  _addBodyHandler() {\n     var $body = $(document.body).not(this.$element),\n         _this = this;\n     $body.off('click.zf.dropdown')\n          .on('click.zf.dropdown', function(e){\n            if(_this.$anchor.is(e.target) || _this.$anchor.find(e.target).length) {\n              return;\n            }\n            if(_this.$element.find(e.target).length) {\n              return;\n            }\n            _this.close();\n            $body.off('click.zf.dropdown');\n          });\n  }\n\n  /**\n   * Opens the dropdown pane, and fires a bubbling event to close other dropdowns.\n   * @function\n   * @fires Dropdown#closeme\n   * @fires Dropdown#show\n   */\n  open() {\n    // var _this = this;\n    /**\n     * Fires to close other open dropdowns\n     * @event Dropdown#closeme\n     */\n    this.$element.trigger('closeme.zf.dropdown', this.$element.attr('id'));\n    this.$anchor.addClass('hover')\n        .attr({'aria-expanded': true});\n    // this.$element/*.show()*/;\n    this._setPosition();\n    this.$element.addClass('is-open')\n        .attr({'aria-hidden': false});\n\n    if(this.options.autoFocus){\n      var $focusable = Foundation.Keyboard.findFocusable(this.$element);\n      if($focusable.length){\n        $focusable.eq(0).focus();\n      }\n    }\n\n    if(this.options.closeOnClick){ this._addBodyHandler(); }\n\n    if (this.options.trapFocus) {\n      Foundation.Keyboard.trapFocus(this.$element);\n    }\n\n    /**\n     * Fires once the dropdown is visible.\n     * @event Dropdown#show\n     */\n    this.$element.trigger('show.zf.dropdown', [this.$element]);\n  }\n\n  /**\n   * Closes the open dropdown pane.\n   * @function\n   * @fires Dropdown#hide\n   */\n  close() {\n    if(!this.$element.hasClass('is-open')){\n      return false;\n    }\n    this.$element.removeClass('is-open')\n        .attr({'aria-hidden': true});\n\n    this.$anchor.removeClass('hover')\n        .attr('aria-expanded', false);\n\n    if(this.classChanged){\n      var curPositionClass = this.getPositionClass();\n      if(curPositionClass){\n        this.$element.removeClass(curPositionClass);\n      }\n      this.$element.addClass(this.options.positionClass)\n          /*.hide()*/.css({height: '', width: ''});\n      this.classChanged = false;\n      this.counter = 4;\n      this.usedPositions.length = 0;\n    }\n    this.$element.trigger('hide.zf.dropdown', [this.$element]);\n\n    if (this.options.trapFocus) {\n      Foundation.Keyboard.releaseFocus(this.$element);\n    }\n  }\n\n  /**\n   * Toggles the dropdown pane's visibility.\n   * @function\n   */\n  toggle() {\n    if(this.$element.hasClass('is-open')){\n      if(this.$anchor.data('hover')) return;\n      this.close();\n    }else{\n      this.open();\n    }\n  }\n\n  /**\n   * Destroys the dropdown.\n   * @function\n   */\n  destroy() {\n    this.$element.off('.zf.trigger').hide();\n    this.$anchor.off('.zf.dropdown');\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nDropdown.defaults = {\n  /**\n   * Class that designates bounding container of Dropdown (Default: window)\n   * @option\n   * @example 'dropdown-parent'\n   */\n  parentClass: null,\n  /**\n   * Amount of time to delay opening a submenu on hover event.\n   * @option\n   * @example 250\n   */\n  hoverDelay: 250,\n  /**\n   * Allow submenus to open on hover events\n   * @option\n   * @example false\n   */\n  hover: false,\n  /**\n   * Don't close dropdown when hovering over dropdown pane\n   * @option\n   * @example true\n   */\n  hoverPane: false,\n  /**\n   * Number of pixels between the dropdown pane and the triggering element on open.\n   * @option\n   * @example 1\n   */\n  vOffset: 1,\n  /**\n   * Number of pixels between the dropdown pane and the triggering element on open.\n   * @option\n   * @example 1\n   */\n  hOffset: 1,\n  /**\n   * Class applied to adjust open position. JS will test and fill this in.\n   * @option\n   * @example 'top'\n   */\n  positionClass: '',\n  /**\n   * Allow the plugin to trap focus to the dropdown pane if opened with keyboard commands.\n   * @option\n   * @example false\n   */\n  trapFocus: false,\n  /**\n   * Allow the plugin to set focus to the first focusable element within the pane, regardless of method of opening.\n   * @option\n   * @example true\n   */\n  autoFocus: false,\n  /**\n   * Allows a click on the body to close the dropdown.\n   * @option\n   * @example false\n   */\n  closeOnClick: false\n}\n\n// Window exports\nFoundation.plugin(Dropdown, 'Dropdown');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * DropdownMenu module.\n * @module foundation.dropdown-menu\n * @requires foundation.util.keyboard\n * @requires foundation.util.box\n * @requires foundation.util.nest\n */\n\nclass DropdownMenu {\n  /**\n   * Creates a new instance of DropdownMenu.\n   * @class\n   * @fires DropdownMenu#init\n   * @param {jQuery} element - jQuery object to make into a dropdown menu.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, DropdownMenu.defaults, this.$element.data(), options);\n\n    Foundation.Nest.Feather(this.$element, 'dropdown');\n    this._init();\n\n    Foundation.registerPlugin(this, 'DropdownMenu');\n    Foundation.Keyboard.register('DropdownMenu', {\n      'ENTER': 'open',\n      'SPACE': 'open',\n      'ARROW_RIGHT': 'next',\n      'ARROW_UP': 'up',\n      'ARROW_DOWN': 'down',\n      'ARROW_LEFT': 'previous',\n      'ESCAPE': 'close'\n    });\n  }\n\n  /**\n   * Initializes the plugin, and calls _prepareMenu\n   * @private\n   * @function\n   */\n  _init() {\n    var subs = this.$element.find('li.is-dropdown-submenu-parent');\n    this.$element.children('.is-dropdown-submenu-parent').children('.is-dropdown-submenu').addClass('first-sub');\n\n    this.$menuItems = this.$element.find('[role=\"menuitem\"]');\n    this.$tabs = this.$element.children('[role=\"menuitem\"]');\n    this.$tabs.find('ul.is-dropdown-submenu').addClass(this.options.verticalClass);\n\n    if (this.$element.hasClass(this.options.rightClass) || this.options.alignment === 'right' || Foundation.rtl() || this.$element.parents('.top-bar-right').is('*')) {\n      this.options.alignment = 'right';\n      subs.addClass('opens-left');\n    } else {\n      subs.addClass('opens-right');\n    }\n    this.changed = false;\n    this._events();\n  };\n\n  _isVertical() {\n    return this.$tabs.css('display') === 'block';\n  }\n\n  /**\n   * Adds event listeners to elements within the menu\n   * @private\n   * @function\n   */\n  _events() {\n    var _this = this,\n        hasTouch = 'ontouchstart' in window || (typeof window.ontouchstart !== 'undefined'),\n        parClass = 'is-dropdown-submenu-parent';\n\n    // used for onClick and in the keyboard handlers\n    var handleClickFn = function(e) {\n      var $elem = $(e.target).parentsUntil('ul', `.${parClass}`),\n          hasSub = $elem.hasClass(parClass),\n          hasClicked = $elem.attr('data-is-click') === 'true',\n          $sub = $elem.children('.is-dropdown-submenu');\n\n      if (hasSub) {\n        if (hasClicked) {\n          if (!_this.options.closeOnClick || (!_this.options.clickOpen && !hasTouch) || (_this.options.forceFollow && hasTouch)) { return; }\n          else {\n            e.stopImmediatePropagation();\n            e.preventDefault();\n            _this._hide($elem);\n          }\n        } else {\n          e.preventDefault();\n          e.stopImmediatePropagation();\n          _this._show($sub);\n          $elem.add($elem.parentsUntil(_this.$element, `.${parClass}`)).attr('data-is-click', true);\n        }\n      }\n    };\n\n    if (this.options.clickOpen || hasTouch) {\n      this.$menuItems.on('click.zf.dropdownmenu touchstart.zf.dropdownmenu', handleClickFn);\n    }\n\n    // Handle Leaf element Clicks\n    if(_this.options.closeOnClickInside){\n      this.$menuItems.on('click.zf.dropdownmenu touchend.zf.dropdownmenu', function(e) {\n        var $elem = $(this),\n            hasSub = $elem.hasClass(parClass);\n        if(!hasSub){\n          _this._hide();\n        }\n      });\n    }\n\n    if (!this.options.disableHover) {\n      this.$menuItems.on('mouseenter.zf.dropdownmenu', function(e) {\n        var $elem = $(this),\n            hasSub = $elem.hasClass(parClass);\n\n        if (hasSub) {\n          clearTimeout($elem.data('_delay'));\n          $elem.data('_delay', setTimeout(function() {\n            _this._show($elem.children('.is-dropdown-submenu'));\n          }, _this.options.hoverDelay));\n        }\n      }).on('mouseleave.zf.dropdownmenu', function(e) {\n        var $elem = $(this),\n            hasSub = $elem.hasClass(parClass);\n        if (hasSub && _this.options.autoclose) {\n          if ($elem.attr('data-is-click') === 'true' && _this.options.clickOpen) { return false; }\n\n          clearTimeout($elem.data('_delay'));\n          $elem.data('_delay', setTimeout(function() {\n            _this._hide($elem);\n          }, _this.options.closingTime));\n        }\n      });\n    }\n    this.$menuItems.on('keydown.zf.dropdownmenu', function(e) {\n      var $element = $(e.target).parentsUntil('ul', '[role=\"menuitem\"]'),\n          isTab = _this.$tabs.index($element) > -1,\n          $elements = isTab ? _this.$tabs : $element.siblings('li').add($element),\n          $prevElement,\n          $nextElement;\n\n      $elements.each(function(i) {\n        if ($(this).is($element)) {\n          $prevElement = $elements.eq(i-1);\n          $nextElement = $elements.eq(i+1);\n          return;\n        }\n      });\n\n      var nextSibling = function() {\n        if (!$element.is(':last-child')) {\n          $nextElement.children('a:first').focus();\n          e.preventDefault();\n        }\n      }, prevSibling = function() {\n        $prevElement.children('a:first').focus();\n        e.preventDefault();\n      }, openSub = function() {\n        var $sub = $element.children('ul.is-dropdown-submenu');\n        if ($sub.length) {\n          _this._show($sub);\n          $element.find('li > a:first').focus();\n          e.preventDefault();\n        } else { return; }\n      }, closeSub = function() {\n        //if ($element.is(':first-child')) {\n        var close = $element.parent('ul').parent('li');\n        close.children('a:first').focus();\n        _this._hide(close);\n        e.preventDefault();\n        //}\n      };\n      var functions = {\n        open: openSub,\n        close: function() {\n          _this._hide(_this.$element);\n          _this.$menuItems.find('a:first').focus(); // focus to first element\n          e.preventDefault();\n        },\n        handled: function() {\n          e.stopImmediatePropagation();\n        }\n      };\n\n      if (isTab) {\n        if (_this._isVertical()) { // vertical menu\n          if (Foundation.rtl()) { // right aligned\n            $.extend(functions, {\n              down: nextSibling,\n              up: prevSibling,\n              next: closeSub,\n              previous: openSub\n            });\n          } else { // left aligned\n            $.extend(functions, {\n              down: nextSibling,\n              up: prevSibling,\n              next: openSub,\n              previous: closeSub\n            });\n          }\n        } else { // horizontal menu\n          if (Foundation.rtl()) { // right aligned\n            $.extend(functions, {\n              next: prevSibling,\n              previous: nextSibling,\n              down: openSub,\n              up: closeSub\n            });\n          } else { // left aligned\n            $.extend(functions, {\n              next: nextSibling,\n              previous: prevSibling,\n              down: openSub,\n              up: closeSub\n            });\n          }\n        }\n      } else { // not tabs -> one sub\n        if (Foundation.rtl()) { // right aligned\n          $.extend(functions, {\n            next: closeSub,\n            previous: openSub,\n            down: nextSibling,\n            up: prevSibling\n          });\n        } else { // left aligned\n          $.extend(functions, {\n            next: openSub,\n            previous: closeSub,\n            down: nextSibling,\n            up: prevSibling\n          });\n        }\n      }\n      Foundation.Keyboard.handleKey(e, 'DropdownMenu', functions);\n\n    });\n  }\n\n  /**\n   * Adds an event handler to the body to close any dropdowns on a click.\n   * @function\n   * @private\n   */\n  _addBodyHandler() {\n    var $body = $(document.body),\n        _this = this;\n    $body.off('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu')\n         .on('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu', function(e) {\n           var $link = _this.$element.find(e.target);\n           if ($link.length) { return; }\n\n           _this._hide();\n           $body.off('mouseup.zf.dropdownmenu touchend.zf.dropdownmenu');\n         });\n  }\n\n  /**\n   * Opens a dropdown pane, and checks for collisions first.\n   * @param {jQuery} $sub - ul element that is a submenu to show\n   * @function\n   * @private\n   * @fires DropdownMenu#show\n   */\n  _show($sub) {\n    var idx = this.$tabs.index(this.$tabs.filter(function(i, el) {\n      return $(el).find($sub).length > 0;\n    }));\n    var $sibs = $sub.parent('li.is-dropdown-submenu-parent').siblings('li.is-dropdown-submenu-parent');\n    this._hide($sibs, idx);\n    $sub.css('visibility', 'hidden').addClass('js-dropdown-active')\n        .parent('li.is-dropdown-submenu-parent').addClass('is-active');\n    var clear = Foundation.Box.ImNotTouchingYou($sub, null, true);\n    if (!clear) {\n      var oldClass = this.options.alignment === 'left' ? '-right' : '-left',\n          $parentLi = $sub.parent('.is-dropdown-submenu-parent');\n      $parentLi.removeClass(`opens${oldClass}`).addClass(`opens-${this.options.alignment}`);\n      clear = Foundation.Box.ImNotTouchingYou($sub, null, true);\n      if (!clear) {\n        $parentLi.removeClass(`opens-${this.options.alignment}`).addClass('opens-inner');\n      }\n      this.changed = true;\n    }\n    $sub.css('visibility', '');\n    if (this.options.closeOnClick) { this._addBodyHandler(); }\n    /**\n     * Fires when the new dropdown pane is visible.\n     * @event DropdownMenu#show\n     */\n    this.$element.trigger('show.zf.dropdownmenu', [$sub]);\n  }\n\n  /**\n   * Hides a single, currently open dropdown pane, if passed a parameter, otherwise, hides everything.\n   * @function\n   * @param {jQuery} $elem - element with a submenu to hide\n   * @param {Number} idx - index of the $tabs collection to hide\n   * @private\n   */\n  _hide($elem, idx) {\n    var $toClose;\n    if ($elem && $elem.length) {\n      $toClose = $elem;\n    } else if (idx !== undefined) {\n      $toClose = this.$tabs.not(function(i, el) {\n        return i === idx;\n      });\n    }\n    else {\n      $toClose = this.$element;\n    }\n    var somethingToClose = $toClose.hasClass('is-active') || $toClose.find('.is-active').length > 0;\n\n    if (somethingToClose) {\n      $toClose.find('li.is-active').add($toClose).attr({\n        'data-is-click': false\n      }).removeClass('is-active');\n\n      $toClose.find('ul.js-dropdown-active').removeClass('js-dropdown-active');\n\n      if (this.changed || $toClose.find('opens-inner').length) {\n        var oldClass = this.options.alignment === 'left' ? 'right' : 'left';\n        $toClose.find('li.is-dropdown-submenu-parent').add($toClose)\n                .removeClass(`opens-inner opens-${this.options.alignment}`)\n                .addClass(`opens-${oldClass}`);\n        this.changed = false;\n      }\n      /**\n       * Fires when the open menus are closed.\n       * @event DropdownMenu#hide\n       */\n      this.$element.trigger('hide.zf.dropdownmenu', [$toClose]);\n    }\n  }\n\n  /**\n   * Destroys the plugin.\n   * @function\n   */\n  destroy() {\n    this.$menuItems.off('.zf.dropdownmenu').removeAttr('data-is-click')\n        .removeClass('is-right-arrow is-left-arrow is-down-arrow opens-right opens-left opens-inner');\n    $(document.body).off('.zf.dropdownmenu');\n    Foundation.Nest.Burn(this.$element, 'dropdown');\n    Foundation.unregisterPlugin(this);\n  }\n}\n\n/**\n * Default settings for plugin\n */\nDropdownMenu.defaults = {\n  /**\n   * Disallows hover events from opening submenus\n   * @option\n   * @example false\n   */\n  disableHover: false,\n  /**\n   * Allow a submenu to automatically close on a mouseleave event, if not clicked open.\n   * @option\n   * @example true\n   */\n  autoclose: true,\n  /**\n   * Amount of time to delay opening a submenu on hover event.\n   * @option\n   * @example 50\n   */\n  hoverDelay: 50,\n  /**\n   * Allow a submenu to open/remain open on parent click event. Allows cursor to move away from menu.\n   * @option\n   * @example true\n   */\n  clickOpen: false,\n  /**\n   * Amount of time to delay closing a submenu on a mouseleave event.\n   * @option\n   * @example 500\n   */\n\n  closingTime: 500,\n  /**\n   * Position of the menu relative to what direction the submenus should open. Handled by JS.\n   * @option\n   * @example 'left'\n   */\n  alignment: 'left',\n  /**\n   * Allow clicks on the body to close any open submenus.\n   * @option\n   * @example true\n   */\n  closeOnClick: true,\n  /**\n   * Allow clicks on leaf anchor links to close any open submenus.\n   * @option\n   * @example true\n   */\n  closeOnClickInside: true,\n  /**\n   * Class applied to vertical oriented menus, Foundation default is `vertical`. Update this if using your own class.\n   * @option\n   * @example 'vertical'\n   */\n  verticalClass: 'vertical',\n  /**\n   * Class applied to right-side oriented menus, Foundation default is `align-right`. Update this if using your own class.\n   * @option\n   * @example 'align-right'\n   */\n  rightClass: 'align-right',\n  /**\n   * Boolean to force overide the clicking of links to perform default action, on second touch event for mobile.\n   * @option\n   * @example false\n   */\n  forceFollow: true\n};\n\n// Window exports\nFoundation.plugin(DropdownMenu, 'DropdownMenu');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Equalizer module.\n * @module foundation.equalizer\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.timerAndImageLoader if equalizer contains images\n */\n\nclass Equalizer {\n  /**\n   * Creates a new instance of Equalizer.\n   * @class\n   * @fires Equalizer#init\n   * @param {Object} element - jQuery object to add the trigger to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options){\n    this.$element = element;\n    this.options  = $.extend({}, Equalizer.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Equalizer');\n  }\n\n  /**\n   * Initializes the Equalizer plugin and calls functions to get equalizer functioning on load.\n   * @private\n   */\n  _init() {\n    var eqId = this.$element.attr('data-equalizer') || '';\n    var $watched = this.$element.find(`[data-equalizer-watch=\"${eqId}\"]`);\n\n    this.$watched = $watched.length ? $watched : this.$element.find('[data-equalizer-watch]');\n    this.$element.attr('data-resize', (eqId || Foundation.GetYoDigits(6, 'eq')));\n\tthis.$element.attr('data-mutate', (eqId || Foundation.GetYoDigits(6, 'eq')));\n\n    this.hasNested = this.$element.find('[data-equalizer]').length > 0;\n    this.isNested = this.$element.parentsUntil(document.body, '[data-equalizer]').length > 0;\n    this.isOn = false;\n    this._bindHandler = {\n      onResizeMeBound: this._onResizeMe.bind(this),\n      onPostEqualizedBound: this._onPostEqualized.bind(this)\n    };\n\n    var imgs = this.$element.find('img');\n    var tooSmall;\n    if(this.options.equalizeOn){\n      tooSmall = this._checkMQ();\n      $(window).on('changed.zf.mediaquery', this._checkMQ.bind(this));\n    }else{\n      this._events();\n    }\n    if((tooSmall !== undefined && tooSmall === false) || tooSmall === undefined){\n      if(imgs.length){\n        Foundation.onImagesLoaded(imgs, this._reflow.bind(this));\n      }else{\n        this._reflow();\n      }\n    }\n  }\n\n  /**\n   * Removes event listeners if the breakpoint is too small.\n   * @private\n   */\n  _pauseEvents() {\n    this.isOn = false;\n    this.$element.off({\n      '.zf.equalizer': this._bindHandler.onPostEqualizedBound,\n      'resizeme.zf.trigger': this._bindHandler.onResizeMeBound,\n\t  'mutateme.zf.trigger': this._bindHandler.onResizeMeBound\n    });\n  }\n\n  /**\n   * function to handle $elements resizeme.zf.trigger, with bound this on _bindHandler.onResizeMeBound\n   * @private\n   */\n  _onResizeMe(e) {\n    this._reflow();\n  }\n\n  /**\n   * function to handle $elements postequalized.zf.equalizer, with bound this on _bindHandler.onPostEqualizedBound\n   * @private\n   */\n  _onPostEqualized(e) {\n    if(e.target !== this.$element[0]){ this._reflow(); }\n  }\n\n  /**\n   * Initializes events for Equalizer.\n   * @private\n   */\n  _events() {\n    var _this = this;\n    this._pauseEvents();\n    if(this.hasNested){\n      this.$element.on('postequalized.zf.equalizer', this._bindHandler.onPostEqualizedBound);\n    }else{\n      this.$element.on('resizeme.zf.trigger', this._bindHandler.onResizeMeBound);\n\t  this.$element.on('mutateme.zf.trigger', this._bindHandler.onResizeMeBound);\n    }\n    this.isOn = true;\n  }\n\n  /**\n   * Checks the current breakpoint to the minimum required size.\n   * @private\n   */\n  _checkMQ() {\n    var tooSmall = !Foundation.MediaQuery.is(this.options.equalizeOn);\n    if(tooSmall){\n      if(this.isOn){\n        this._pauseEvents();\n        this.$watched.css('height', 'auto');\n      }\n    }else{\n      if(!this.isOn){\n        this._events();\n      }\n    }\n    return tooSmall;\n  }\n\n  /**\n   * A noop version for the plugin\n   * @private\n   */\n  _killswitch() {\n    return;\n  }\n\n  /**\n   * Calls necessary functions to update Equalizer upon DOM change\n   * @private\n   */\n  _reflow() {\n    if(!this.options.equalizeOnStack){\n      if(this._isStacked()){\n        this.$watched.css('height', 'auto');\n        return false;\n      }\n    }\n    if (this.options.equalizeByRow) {\n      this.getHeightsByRow(this.applyHeightByRow.bind(this));\n    }else{\n      this.getHeights(this.applyHeight.bind(this));\n    }\n  }\n\n  /**\n   * Manually determines if the first 2 elements are *NOT* stacked.\n   * @private\n   */\n  _isStacked() {\n    if (!this.$watched[0] || !this.$watched[1]) {\n      return true;\n    }\n    return this.$watched[0].getBoundingClientRect().top !== this.$watched[1].getBoundingClientRect().top;\n  }\n\n  /**\n   * Finds the outer heights of children contained within an Equalizer parent and returns them in an array\n   * @param {Function} cb - A non-optional callback to return the heights array to.\n   * @returns {Array} heights - An array of heights of children within Equalizer container\n   */\n  getHeights(cb) {\n    var heights = [];\n    for(var i = 0, len = this.$watched.length; i < len; i++){\n      this.$watched[i].style.height = 'auto';\n      heights.push(this.$watched[i].offsetHeight);\n    }\n    cb(heights);\n  }\n\n  /**\n   * Finds the outer heights of children contained within an Equalizer parent and returns them in an array\n   * @param {Function} cb - A non-optional callback to return the heights array to.\n   * @returns {Array} groups - An array of heights of children within Equalizer container grouped by row with element,height and max as last child\n   */\n  getHeightsByRow(cb) {\n    var lastElTopOffset = (this.$watched.length ? this.$watched.first().offset().top : 0),\n        groups = [],\n        group = 0;\n    //group by Row\n    groups[group] = [];\n    for(var i = 0, len = this.$watched.length; i < len; i++){\n      this.$watched[i].style.height = 'auto';\n      //maybe could use this.$watched[i].offsetTop\n      var elOffsetTop = $(this.$watched[i]).offset().top;\n      if (elOffsetTop!=lastElTopOffset) {\n        group++;\n        groups[group] = [];\n        lastElTopOffset=elOffsetTop;\n      }\n      groups[group].push([this.$watched[i],this.$watched[i].offsetHeight]);\n    }\n\n    for (var j = 0, ln = groups.length; j < ln; j++) {\n      var heights = $(groups[j]).map(function(){ return this[1]; }).get();\n      var max         = Math.max.apply(null, heights);\n      groups[j].push(max);\n    }\n    cb(groups);\n  }\n\n  /**\n   * Changes the CSS height property of each child in an Equalizer parent to match the tallest\n   * @param {array} heights - An array of heights of children within Equalizer container\n   * @fires Equalizer#preequalized\n   * @fires Equalizer#postequalized\n   */\n  applyHeight(heights) {\n    var max = Math.max.apply(null, heights);\n    /**\n     * Fires before the heights are applied\n     * @event Equalizer#preequalized\n     */\n    this.$element.trigger('preequalized.zf.equalizer');\n\n    this.$watched.css('height', max);\n\n    /**\n     * Fires when the heights have been applied\n     * @event Equalizer#postequalized\n     */\n     this.$element.trigger('postequalized.zf.equalizer');\n  }\n\n  /**\n   * Changes the CSS height property of each child in an Equalizer parent to match the tallest by row\n   * @param {array} groups - An array of heights of children within Equalizer container grouped by row with element,height and max as last child\n   * @fires Equalizer#preequalized\n   * @fires Equalizer#preequalizedrow\n   * @fires Equalizer#postequalizedrow\n   * @fires Equalizer#postequalized\n   */\n  applyHeightByRow(groups) {\n    /**\n     * Fires before the heights are applied\n     */\n    this.$element.trigger('preequalized.zf.equalizer');\n    for (var i = 0, len = groups.length; i < len ; i++) {\n      var groupsILength = groups[i].length,\n          max = groups[i][groupsILength - 1];\n      if (groupsILength<=2) {\n        $(groups[i][0][0]).css({'height':'auto'});\n        continue;\n      }\n      /**\n        * Fires before the heights per row are applied\n        * @event Equalizer#preequalizedrow\n        */\n      this.$element.trigger('preequalizedrow.zf.equalizer');\n      for (var j = 0, lenJ = (groupsILength-1); j < lenJ ; j++) {\n        $(groups[i][j][0]).css({'height':max});\n      }\n      /**\n        * Fires when the heights per row have been applied\n        * @event Equalizer#postequalizedrow\n        */\n      this.$element.trigger('postequalizedrow.zf.equalizer');\n    }\n    /**\n     * Fires when the heights have been applied\n     */\n     this.$element.trigger('postequalized.zf.equalizer');\n  }\n\n  /**\n   * Destroys an instance of Equalizer.\n   * @function\n   */\n  destroy() {\n    this._pauseEvents();\n    this.$watched.css('height', 'auto');\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\n/**\n * Default settings for plugin\n */\nEqualizer.defaults = {\n  /**\n   * Enable height equalization when stacked on smaller screens.\n   * @option\n   * @example true\n   */\n  equalizeOnStack: false,\n  /**\n   * Enable height equalization row by row.\n   * @option\n   * @example false\n   */\n  equalizeByRow: false,\n  /**\n   * String representing the minimum breakpoint size the plugin should equalize heights on.\n   * @option\n   * @example 'medium'\n   */\n  equalizeOn: ''\n};\n\n// Window exports\nFoundation.plugin(Equalizer, 'Equalizer');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Interchange module.\n * @module foundation.interchange\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.timerAndImageLoader\n */\n\nclass Interchange {\n  /**\n   * Creates a new instance of Interchange.\n   * @class\n   * @fires Interchange#init\n   * @param {Object} element - jQuery object to add the trigger to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Interchange.defaults, options);\n    this.rules = [];\n    this.currentPath = '';\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'Interchange');\n  }\n\n  /**\n   * Initializes the Interchange plugin and calls functions to get interchange functioning on load.\n   * @function\n   * @private\n   */\n  _init() {\n    this._addBreakpoints();\n    this._generateRules();\n    this._reflow();\n  }\n\n  /**\n   * Initializes events for Interchange.\n   * @function\n   * @private\n   */\n  _events() {\n    $(window).on('resize.zf.interchange', Foundation.util.throttle(() => {\n      this._reflow();\n    }, 50));\n  }\n\n  /**\n   * Calls necessary functions to update Interchange upon DOM change\n   * @function\n   * @private\n   */\n  _reflow() {\n    var match;\n\n    // Iterate through each rule, but only save the last match\n    for (var i in this.rules) {\n      if(this.rules.hasOwnProperty(i)) {\n        var rule = this.rules[i];\n        if (window.matchMedia(rule.query).matches) {\n          match = rule;\n        }\n      }\n    }\n\n    if (match) {\n      this.replace(match.path);\n    }\n  }\n\n  /**\n   * Gets the Foundation breakpoints and adds them to the Interchange.SPECIAL_QUERIES object.\n   * @function\n   * @private\n   */\n  _addBreakpoints() {\n    for (var i in Foundation.MediaQuery.queries) {\n      if (Foundation.MediaQuery.queries.hasOwnProperty(i)) {\n        var query = Foundation.MediaQuery.queries[i];\n        Interchange.SPECIAL_QUERIES[query.name] = query.value;\n      }\n    }\n  }\n\n  /**\n   * Checks the Interchange element for the provided media query + content pairings\n   * @function\n   * @private\n   * @param {Object} element - jQuery object that is an Interchange instance\n   * @returns {Array} scenarios - Array of objects that have 'mq' and 'path' keys with corresponding keys\n   */\n  _generateRules(element) {\n    var rulesList = [];\n    var rules;\n\n    if (this.options.rules) {\n      rules = this.options.rules;\n    }\n    else {\n      rules = this.$element.data('interchange').match(/\\[.*?\\]/g);\n    }\n\n    for (var i in rules) {\n      if(rules.hasOwnProperty(i)) {\n        var rule = rules[i].slice(1, -1).split(', ');\n        var path = rule.slice(0, -1).join('');\n        var query = rule[rule.length - 1];\n\n        if (Interchange.SPECIAL_QUERIES[query]) {\n          query = Interchange.SPECIAL_QUERIES[query];\n        }\n\n        rulesList.push({\n          path: path,\n          query: query\n        });\n      }\n    }\n\n    this.rules = rulesList;\n  }\n\n  /**\n   * Update the `src` property of an image, or change the HTML of a container, to the specified path.\n   * @function\n   * @param {String} path - Path to the image or HTML partial.\n   * @fires Interchange#replaced\n   */\n  replace(path) {\n    if (this.currentPath === path) return;\n\n    var _this = this,\n        trigger = 'replaced.zf.interchange';\n\n    // Replacing images\n    if (this.$element[0].nodeName === 'IMG') {\n      this.$element.attr('src', path).on('load', function() {\n        _this.currentPath = path;\n      })\n      .trigger(trigger);\n    }\n    // Replacing background images\n    else if (path.match(/\\.(gif|jpg|jpeg|png|svg|tiff)([?#].*)?/i)) {\n      this.$element.css({ 'background-image': 'url('+path+')' })\n          .trigger(trigger);\n    }\n    // Replacing HTML\n    else {\n      $.get(path, function(response) {\n        _this.$element.html(response)\n             .trigger(trigger);\n        $(response).foundation();\n        _this.currentPath = path;\n      });\n    }\n\n    /**\n     * Fires when content in an Interchange element is done being loaded.\n     * @event Interchange#replaced\n     */\n    // this.$element.trigger('replaced.zf.interchange');\n  }\n\n  /**\n   * Destroys an instance of interchange.\n   * @function\n   */\n  destroy() {\n    //TODO this.\n  }\n}\n\n/**\n * Default settings for plugin\n */\nInterchange.defaults = {\n  /**\n   * Rules to be applied to Interchange elements. Set with the `data-interchange` array notation.\n   * @option\n   */\n  rules: null\n};\n\nInterchange.SPECIAL_QUERIES = {\n  'landscape': 'screen and (orientation: landscape)',\n  'portrait': 'screen and (orientation: portrait)',\n  'retina': 'only screen and (-webkit-min-device-pixel-ratio: 2), only screen and (min--moz-device-pixel-ratio: 2), only screen and (-o-min-device-pixel-ratio: 2/1), only screen and (min-device-pixel-ratio: 2), only screen and (min-resolution: 192dpi), only screen and (min-resolution: 2dppx)'\n};\n\n// Window exports\nFoundation.plugin(Interchange, 'Interchange');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Magellan module.\n * @module foundation.magellan\n */\n\nclass Magellan {\n  /**\n   * Creates a new instance of Magellan.\n   * @class\n   * @fires Magellan#init\n   * @param {Object} element - jQuery object to add the trigger to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options  = $.extend({}, Magellan.defaults, this.$element.data(), options);\n\n    this._init();\n    this.calcPoints();\n\n    Foundation.registerPlugin(this, 'Magellan');\n  }\n\n  /**\n   * Initializes the Magellan plugin and calls functions to get equalizer functioning on load.\n   * @private\n   */\n  _init() {\n    var id = this.$element[0].id || Foundation.GetYoDigits(6, 'magellan');\n    var _this = this;\n    this.$targets = $('[data-magellan-target]');\n    this.$links = this.$element.find('a');\n    this.$element.attr({\n      'data-resize': id,\n      'data-scroll': id,\n      'id': id\n    });\n    this.$active = $();\n    this.scrollPos = parseInt(window.pageYOffset, 10);\n\n    this._events();\n  }\n\n  /**\n   * Calculates an array of pixel values that are the demarcation lines between locations on the page.\n   * Can be invoked if new elements are added or the size of a location changes.\n   * @function\n   */\n  calcPoints() {\n    var _this = this,\n        body = document.body,\n        html = document.documentElement;\n\n    this.points = [];\n    this.winHeight = Math.round(Math.max(window.innerHeight, html.clientHeight));\n    this.docHeight = Math.round(Math.max(body.scrollHeight, body.offsetHeight, html.clientHeight, html.scrollHeight, html.offsetHeight));\n\n    this.$targets.each(function(){\n      var $tar = $(this),\n          pt = Math.round($tar.offset().top - _this.options.threshold);\n      $tar.targetPoint = pt;\n      _this.points.push(pt);\n    });\n  }\n\n  /**\n   * Initializes events for Magellan.\n   * @private\n   */\n  _events() {\n    var _this = this,\n        $body = $('html, body'),\n        opts = {\n          duration: _this.options.animationDuration,\n          easing:   _this.options.animationEasing\n        };\n    $(window).one('load', function(){\n      if(_this.options.deepLinking){\n        if(location.hash){\n          _this.scrollToLoc(location.hash);\n        }\n      }\n      _this.calcPoints();\n      _this._updateActive();\n    });\n\n    this.$element.on({\n      'resizeme.zf.trigger': this.reflow.bind(this),\n      'scrollme.zf.trigger': this._updateActive.bind(this)\n    }).on('click.zf.magellan', 'a[href^=\"#\"]', function(e) {\n        e.preventDefault();\n        var arrival   = this.getAttribute('href');\n        _this.scrollToLoc(arrival);\n      });\n    $(window).on('popstate', function(e) {\n      if(_this.options.deepLinking) {\n        _this.scrollToLoc(window.location.hash);\n      }\n    });\n  }\n\n  /**\n   * Function to scroll to a given location on the page.\n   * @param {String} loc - a properly formatted jQuery id selector. Example: '#foo'\n   * @function\n   */\n  scrollToLoc(loc) {\n    // Do nothing if target does not exist to prevent errors\n    if (!$(loc).length) {return false;}\n    this._inTransition = true;\n    var _this = this,\n        scrollPos = Math.round($(loc).offset().top - this.options.threshold / 2 - this.options.barOffset);\n\n    $('html, body').stop(true).animate(\n      { scrollTop: scrollPos },\n      this.options.animationDuration,\n      this.options.animationEasing,\n      function() {_this._inTransition = false; _this._updateActive()}\n    );\n  }\n\n  /**\n   * Calls necessary functions to update Magellan upon DOM change\n   * @function\n   */\n  reflow() {\n    this.calcPoints();\n    this._updateActive();\n  }\n\n  /**\n   * Updates the visibility of an active location link, and updates the url hash for the page, if deepLinking enabled.\n   * @private\n   * @function\n   * @fires Magellan#update\n   */\n  _updateActive(/*evt, elem, scrollPos*/) {\n    if(this._inTransition) {return;}\n    var winPos = /*scrollPos ||*/ parseInt(window.pageYOffset, 10),\n        curIdx;\n\n    if(winPos + this.winHeight === this.docHeight){ curIdx = this.points.length - 1; }\n    else if(winPos < this.points[0]){ curIdx = undefined; }\n    else{\n      var isDown = this.scrollPos < winPos,\n          _this = this,\n          curVisible = this.points.filter(function(p, i){\n            return isDown ? p - _this.options.barOffset <= winPos : p - _this.options.barOffset - _this.options.threshold <= winPos;\n          });\n      curIdx = curVisible.length ? curVisible.length - 1 : 0;\n    }\n\n    this.$active.removeClass(this.options.activeClass);\n    this.$active = this.$links.filter('[href=\"#' + this.$targets.eq(curIdx).data('magellan-target') + '\"]').addClass(this.options.activeClass);\n\n    if(this.options.deepLinking){\n      var hash = \"\";\n      if(curIdx != undefined){\n        hash = this.$active[0].getAttribute('href');\n      }\n      if(hash !== window.location.hash) {\n        if(window.history.pushState){\n          window.history.pushState(null, null, hash);\n        }else{\n          window.location.hash = hash;\n        }\n      }\n    }\n\n    this.scrollPos = winPos;\n    /**\n     * Fires when magellan is finished updating to the new active element.\n     * @event Magellan#update\n     */\n    this.$element.trigger('update.zf.magellan', [this.$active]);\n  }\n\n  /**\n   * Destroys an instance of Magellan and resets the url of the window.\n   * @function\n   */\n  destroy() {\n    this.$element.off('.zf.trigger .zf.magellan')\n        .find(`.${this.options.activeClass}`).removeClass(this.options.activeClass);\n\n    if(this.options.deepLinking){\n      var hash = this.$active[0].getAttribute('href');\n      window.location.hash.replace(hash, '');\n    }\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\n/**\n * Default settings for plugin\n */\nMagellan.defaults = {\n  /**\n   * Amount of time, in ms, the animated scrolling should take between locations.\n   * @option\n   * @example 500\n   */\n  animationDuration: 500,\n  /**\n   * Animation style to use when scrolling between locations.\n   * @option\n   * @example 'ease-in-out'\n   */\n  animationEasing: 'linear',\n  /**\n   * Number of pixels to use as a marker for location changes.\n   * @option\n   * @example 50\n   */\n  threshold: 50,\n  /**\n   * Class applied to the active locations link on the magellan container.\n   * @option\n   * @example 'active'\n   */\n  activeClass: 'active',\n  /**\n   * Allows the script to manipulate the url of the current page, and if supported, alter the history.\n   * @option\n   * @example true\n   */\n  deepLinking: false,\n  /**\n   * Number of pixels to offset the scroll of the page on item click if using a sticky nav bar.\n   * @option\n   * @example 25\n   */\n  barOffset: 0\n}\n\n// Window exports\nFoundation.plugin(Magellan, 'Magellan');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * OffCanvas module.\n * @module foundation.offcanvas\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.triggers\n * @requires foundation.util.motion\n */\n\nclass OffCanvas {\n  /**\n   * Creates a new instance of an off-canvas wrapper.\n   * @class\n   * @fires OffCanvas#init\n   * @param {Object} element - jQuery object to initialize.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, OffCanvas.defaults, this.$element.data(), options);\n    this.$lastTrigger = $();\n    this.$triggers = $();\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'OffCanvas')\n    Foundation.Keyboard.register('OffCanvas', {\n      'ESCAPE': 'close'\n    });\n\n  }\n\n  /**\n   * Initializes the off-canvas wrapper by adding the exit overlay (if needed).\n   * @function\n   * @private\n   */\n  _init() {\n    var id = this.$element.attr('id');\n\n    this.$element.attr('aria-hidden', 'true');\n\n    this.$element.addClass(`is-transition-${this.options.transition}`);\n\n    // Find triggers that affect this element and add aria-expanded to them\n    this.$triggers = $(document)\n      .find('[data-open=\"'+id+'\"], [data-close=\"'+id+'\"], [data-toggle=\"'+id+'\"]')\n      .attr('aria-expanded', 'false')\n      .attr('aria-controls', id);\n\n    // Add an overlay over the content if necessary\n    if (this.options.contentOverlay === true) {\n      var overlay = document.createElement('div');\n      var overlayPosition = $(this.$element).css(\"position\") === 'fixed' ? 'is-overlay-fixed' : 'is-overlay-absolute';\n      overlay.setAttribute('class', 'js-off-canvas-overlay ' + overlayPosition);\n      this.$overlay = $(overlay);\n      if(overlayPosition === 'is-overlay-fixed') {\n        $('body').append(this.$overlay);\n      } else {\n        this.$element.siblings('[data-off-canvas-content]').append(this.$overlay);\n      }\n    }\n\n    this.options.isRevealed = this.options.isRevealed || new RegExp(this.options.revealClass, 'g').test(this.$element[0].className);\n\n    if (this.options.isRevealed === true) {\n      this.options.revealOn = this.options.revealOn || this.$element[0].className.match(/(reveal-for-medium|reveal-for-large)/g)[0].split('-')[2];\n      this._setMQChecker();\n    }\n    if (!this.options.transitionTime === true) {\n      this.options.transitionTime = parseFloat(window.getComputedStyle($('[data-off-canvas]')[0]).transitionDuration) * 1000;\n    }\n  }\n\n  /**\n   * Adds event handlers to the off-canvas wrapper and the exit overlay.\n   * @function\n   * @private\n   */\n  _events() {\n    this.$element.off('.zf.trigger .zf.offcanvas').on({\n      'open.zf.trigger': this.open.bind(this),\n      'close.zf.trigger': this.close.bind(this),\n      'toggle.zf.trigger': this.toggle.bind(this),\n      'keydown.zf.offcanvas': this._handleKeyboard.bind(this)\n    });\n\n    if (this.options.closeOnClick === true) {\n      var $target = this.options.contentOverlay ? this.$overlay : $('[data-off-canvas-content]');\n      $target.on({'click.zf.offcanvas': this.close.bind(this)});\n    }\n  }\n\n  /**\n   * Applies event listener for elements that will reveal at certain breakpoints.\n   * @private\n   */\n  _setMQChecker() {\n    var _this = this;\n\n    $(window).on('changed.zf.mediaquery', function() {\n      if (Foundation.MediaQuery.atLeast(_this.options.revealOn)) {\n        _this.reveal(true);\n      } else {\n        _this.reveal(false);\n      }\n    }).one('load.zf.offcanvas', function() {\n      if (Foundation.MediaQuery.atLeast(_this.options.revealOn)) {\n        _this.reveal(true);\n      }\n    });\n  }\n\n  /**\n   * Handles the revealing/hiding the off-canvas at breakpoints, not the same as open.\n   * @param {Boolean} isRevealed - true if element should be revealed.\n   * @function\n   */\n  reveal(isRevealed) {\n    var $closer = this.$element.find('[data-close]');\n    if (isRevealed) {\n      this.close();\n      this.isRevealed = true;\n      this.$element.attr('aria-hidden', 'false');\n      this.$element.off('open.zf.trigger toggle.zf.trigger');\n      if ($closer.length) { $closer.hide(); }\n    } else {\n      this.isRevealed = false;\n      this.$element.attr('aria-hidden', 'true');\n      this.$element.on({\n        'open.zf.trigger': this.open.bind(this),\n        'toggle.zf.trigger': this.toggle.bind(this)\n      });\n      if ($closer.length) {\n        $closer.show();\n      }\n    }\n  }\n\n  /**\n   * Stops scrolling of the body when offcanvas is open on mobile Safari and other troublesome browsers.\n   * @private\n   */\n  _stopScrolling(event) {\n  \treturn false;\n  }\n\n  /**\n   * Opens the off-canvas menu.\n   * @function\n   * @param {Object} event - Event object passed from listener.\n   * @param {jQuery} trigger - element that triggered the off-canvas to open.\n   * @fires OffCanvas#opened\n   */\n  open(event, trigger) {\n    if (this.$element.hasClass('is-open') || this.isRevealed) { return; }\n    var _this = this;\n\n    if (trigger) {\n      this.$lastTrigger = trigger;\n    }\n\n    if (this.options.forceTo === 'top') {\n      window.scrollTo(0, 0);\n    } else if (this.options.forceTo === 'bottom') {\n      window.scrollTo(0,document.body.scrollHeight);\n    }\n\n    /**\n     * Fires when the off-canvas menu opens.\n     * @event OffCanvas#opened\n     */\n    _this.$element.addClass('is-open')\n\n    this.$triggers.attr('aria-expanded', 'true');\n    this.$element.attr('aria-hidden', 'false')\n        .trigger('opened.zf.offcanvas');\n\n    // If `contentScroll` is set to false, add class and disable scrolling on touch devices.\n    if (this.options.contentScroll === false) {\n      $('body').addClass('is-off-canvas-open').on('touchmove', this._stopScrolling);\n    }\n\n    if (this.options.contentOverlay === true) {\n      this.$overlay.addClass('is-visible');\n    }\n\n    if (this.options.closeOnClick === true && this.options.contentOverlay === true) {\n      this.$overlay.addClass('is-closable');\n    }\n\n    if (this.options.autoFocus === true) {\n      this.$element.one(Foundation.transitionend(this.$element), function() {\n        _this.$element.find('a, button').eq(0).focus();\n      });\n    }\n\n    if (this.options.trapFocus === true) {\n      this.$element.siblings('[data-off-canvas-content]').attr('tabindex', '-1');\n      Foundation.Keyboard.trapFocus(this.$element);\n    }\n  }\n\n  /**\n   * Closes the off-canvas menu.\n   * @function\n   * @param {Function} cb - optional cb to fire after closure.\n   * @fires OffCanvas#closed\n   */\n  close(cb) {\n    if (!this.$element.hasClass('is-open') || this.isRevealed) { return; }\n\n    var _this = this;\n\n    _this.$element.removeClass('is-open');\n\n    this.$element.attr('aria-hidden', 'true')\n      /**\n       * Fires when the off-canvas menu opens.\n       * @event OffCanvas#closed\n       */\n        .trigger('closed.zf.offcanvas');\n\n    // If `contentScroll` is set to false, remove class and re-enable scrolling on touch devices.\n    if (this.options.contentScroll === false) {\n      $('body').removeClass('is-off-canvas-open').off('touchmove', this._stopScrolling);\n    }\n\n    if (this.options.contentOverlay === true) {\n      this.$overlay.removeClass('is-visible');\n    }\n\n    if (this.options.closeOnClick === true && this.options.contentOverlay === true) {\n      this.$overlay.removeClass('is-closable');\n    }\n\n    this.$triggers.attr('aria-expanded', 'false');\n\n    if (this.options.trapFocus === true) {\n      this.$element.siblings('[data-off-canvas-content]').removeAttr('tabindex');\n      Foundation.Keyboard.releaseFocus(this.$element);\n    }\n  }\n\n  /**\n   * Toggles the off-canvas menu open or closed.\n   * @function\n   * @param {Object} event - Event object passed from listener.\n   * @param {jQuery} trigger - element that triggered the off-canvas to open.\n   */\n  toggle(event, trigger) {\n    if (this.$element.hasClass('is-open')) {\n      this.close(event, trigger);\n    }\n    else {\n      this.open(event, trigger);\n    }\n  }\n\n  /**\n   * Handles keyboard input when detected. When the escape key is pressed, the off-canvas menu closes, and focus is restored to the element that opened the menu.\n   * @function\n   * @private\n   */\n  _handleKeyboard(e) {\n    Foundation.Keyboard.handleKey(e, 'OffCanvas', {\n      close: () => {\n        this.close();\n        this.$lastTrigger.focus();\n        return true;\n      },\n      handled: () => {\n        e.stopPropagation();\n        e.preventDefault();\n      }\n    });\n  }\n\n  /**\n   * Destroys the offcanvas plugin.\n   * @function\n   */\n  destroy() {\n    this.close();\n    this.$element.off('.zf.trigger .zf.offcanvas');\n    this.$overlay.off('.zf.offcanvas');\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nOffCanvas.defaults = {\n  /**\n   * Allow the user to click outside of the menu to close it.\n   * @option\n   * @example true\n   */\n  closeOnClick: true,\n\n  /**\n   * Adds an overlay on top of `[data-off-canvas-content]`.\n   * @option\n   * @example true\n   */\n  contentOverlay: true,\n\n  /**\n   * Enable/disable scrolling of the main content when an off canvas panel is open.\n   * @option\n   * @example true\n   */\n  contentScroll: true,\n\n  /**\n   * Amount of time in ms the open and close transition requires. If none selected, pulls from body style.\n   * @option\n   * @example 500\n   */\n  transitionTime: 0,\n\n  /**\n   * Type of transition for the offcanvas menu. Options are 'push', 'detached' or 'slide'.\n   * @option\n   * @example push\n   */\n  transition: 'push',\n\n  /**\n   * Force the page to scroll to top or bottom on open.\n   * @option\n   * @example top\n   */\n  forceTo: null,\n\n  /**\n   * Allow the offcanvas to remain open for certain breakpoints.\n   * @option\n   * @example false\n   */\n  isRevealed: false,\n\n  /**\n   * Breakpoint at which to reveal. JS will use a RegExp to target standard classes, if changing classnames, pass your class with the `revealClass` option.\n   * @option\n   * @example reveal-for-large\n   */\n  revealOn: null,\n\n  /**\n   * Force focus to the offcanvas on open. If true, will focus the opening trigger on close.\n   * @option\n   * @example true\n   */\n  autoFocus: true,\n\n  /**\n   * Class used to force an offcanvas to remain open. Foundation defaults for this are `reveal-for-large` & `reveal-for-medium`.\n   * @option\n   * TODO improve the regex testing for this.\n   * @example reveal-for-large\n   */\n  revealClass: 'reveal-for-',\n\n  /**\n   * Triggers optional focus trapping when opening an offcanvas. Sets tabindex of [data-off-canvas-content] to -1 for accessibility purposes.\n   * @option\n   * @example true\n   */\n  trapFocus: false\n}\n\n// Window exports\nFoundation.plugin(OffCanvas, 'OffCanvas');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Orbit module.\n * @module foundation.orbit\n * @requires foundation.util.keyboard\n * @requires foundation.util.motion\n * @requires foundation.util.timerAndImageLoader\n * @requires foundation.util.touch\n */\n\nclass Orbit {\n  /**\n  * Creates a new instance of an orbit carousel.\n  * @class\n  * @param {jQuery} element - jQuery object to make into an Orbit Carousel.\n  * @param {Object} options - Overrides to the default plugin settings.\n  */\n  constructor(element, options){\n    this.$element = element;\n    this.options = $.extend({}, Orbit.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Orbit');\n    Foundation.Keyboard.register('Orbit', {\n      'ltr': {\n        'ARROW_RIGHT': 'next',\n        'ARROW_LEFT': 'previous'\n      },\n      'rtl': {\n        'ARROW_LEFT': 'next',\n        'ARROW_RIGHT': 'previous'\n      }\n    });\n  }\n\n  /**\n  * Initializes the plugin by creating jQuery collections, setting attributes, and starting the animation.\n  * @function\n  * @private\n  */\n  _init() {\n    // @TODO: consider discussion on PR #9278 about DOM pollution by changeSlide\n    this._reset();\n\n    this.$wrapper = this.$element.find(`.${this.options.containerClass}`);\n    this.$slides = this.$element.find(`.${this.options.slideClass}`);\n\n    var $images = this.$element.find('img'),\n        initActive = this.$slides.filter('.is-active'),\n        id = this.$element[0].id || Foundation.GetYoDigits(6, 'orbit');\n\n    this.$element.attr({\n      'data-resize': id,\n      'id': id\n    });\n\n    if (!initActive.length) {\n      this.$slides.eq(0).addClass('is-active');\n    }\n\n    if (!this.options.useMUI) {\n      this.$slides.addClass('no-motionui');\n    }\n\n    if ($images.length) {\n      Foundation.onImagesLoaded($images, this._prepareForOrbit.bind(this));\n    } else {\n      this._prepareForOrbit();//hehe\n    }\n\n    if (this.options.bullets) {\n      this._loadBullets();\n    }\n\n    this._events();\n\n    if (this.options.autoPlay && this.$slides.length > 1) {\n      this.geoSync();\n    }\n\n    if (this.options.accessible) { // allow wrapper to be focusable to enable arrow navigation\n      this.$wrapper.attr('tabindex', 0);\n    }\n  }\n\n  /**\n  * Creates a jQuery collection of bullets, if they are being used.\n  * @function\n  * @private\n  */\n  _loadBullets() {\n    this.$bullets = this.$element.find(`.${this.options.boxOfBullets}`).find('button');\n  }\n\n  /**\n  * Sets a `timer` object on the orbit, and starts the counter for the next slide.\n  * @function\n  */\n  geoSync() {\n    var _this = this;\n    this.timer = new Foundation.Timer(\n      this.$element,\n      {\n        duration: this.options.timerDelay,\n        infinite: false\n      },\n      function() {\n        _this.changeSlide(true);\n      });\n    this.timer.start();\n  }\n\n  /**\n  * Sets wrapper and slide heights for the orbit.\n  * @function\n  * @private\n  */\n  _prepareForOrbit() {\n    var _this = this;\n    this._setWrapperHeight();\n  }\n\n  /**\n  * Calulates the height of each slide in the collection, and uses the tallest one for the wrapper height.\n  * @function\n  * @private\n  * @param {Function} cb - a callback function to fire when complete.\n  */\n  _setWrapperHeight(cb) {//rewrite this to `for` loop\n    var max = 0, temp, counter = 0, _this = this;\n\n    this.$slides.each(function() {\n      temp = this.getBoundingClientRect().height;\n      $(this).attr('data-slide', counter);\n\n      if (_this.$slides.filter('.is-active')[0] !== _this.$slides.eq(counter)[0]) {//if not the active slide, set css position and display property\n        $(this).css({'position': 'relative', 'display': 'none'});\n      }\n      max = temp > max ? temp : max;\n      counter++;\n    });\n\n    if (counter === this.$slides.length) {\n      this.$wrapper.css({'height': max}); //only change the wrapper height property once.\n      if(cb) {cb(max);} //fire callback with max height dimension.\n    }\n  }\n\n  /**\n  * Sets the max-height of each slide.\n  * @function\n  * @private\n  */\n  _setSlideHeight(height) {\n    this.$slides.each(function() {\n      $(this).css('max-height', height);\n    });\n  }\n\n  /**\n  * Adds event listeners to basically everything within the element.\n  * @function\n  * @private\n  */\n  _events() {\n    var _this = this;\n\n    //***************************************\n    //**Now using custom event - thanks to:**\n    //**      Yohai Ararat of Toronto      **\n    //***************************************\n    //\n    this.$element.off('.resizeme.zf.trigger').on({\n      'resizeme.zf.trigger': this._prepareForOrbit.bind(this)\n    })\n    if (this.$slides.length > 1) {\n\n      if (this.options.swipe) {\n        this.$slides.off('swipeleft.zf.orbit swiperight.zf.orbit')\n        .on('swipeleft.zf.orbit', function(e){\n          e.preventDefault();\n          _this.changeSlide(true);\n        }).on('swiperight.zf.orbit', function(e){\n          e.preventDefault();\n          _this.changeSlide(false);\n        });\n      }\n      //***************************************\n\n      if (this.options.autoPlay) {\n        this.$slides.on('click.zf.orbit', function() {\n          _this.$element.data('clickedOn', _this.$element.data('clickedOn') ? false : true);\n          _this.timer[_this.$element.data('clickedOn') ? 'pause' : 'start']();\n        });\n\n        if (this.options.pauseOnHover) {\n          this.$element.on('mouseenter.zf.orbit', function() {\n            _this.timer.pause();\n          }).on('mouseleave.zf.orbit', function() {\n            if (!_this.$element.data('clickedOn')) {\n              _this.timer.start();\n            }\n          });\n        }\n      }\n\n      if (this.options.navButtons) {\n        var $controls = this.$element.find(`.${this.options.nextClass}, .${this.options.prevClass}`);\n        $controls.attr('tabindex', 0)\n        //also need to handle enter/return and spacebar key presses\n        .on('click.zf.orbit touchend.zf.orbit', function(e){\n\t  e.preventDefault();\n          _this.changeSlide($(this).hasClass(_this.options.nextClass));\n        });\n      }\n\n      if (this.options.bullets) {\n        this.$bullets.on('click.zf.orbit touchend.zf.orbit', function() {\n          if (/is-active/g.test(this.className)) { return false; }//if this is active, kick out of function.\n          var idx = $(this).data('slide'),\n          ltr = idx > _this.$slides.filter('.is-active').data('slide'),\n          $slide = _this.$slides.eq(idx);\n\n          _this.changeSlide(ltr, $slide, idx);\n        });\n      }\n\n      if (this.options.accessible) {\n        this.$wrapper.add(this.$bullets).on('keydown.zf.orbit', function(e) {\n          // handle keyboard event with keyboard util\n          Foundation.Keyboard.handleKey(e, 'Orbit', {\n            next: function() {\n              _this.changeSlide(true);\n            },\n            previous: function() {\n              _this.changeSlide(false);\n            },\n            handled: function() { // if bullet is focused, make sure focus moves\n              if ($(e.target).is(_this.$bullets)) {\n                _this.$bullets.filter('.is-active').focus();\n              }\n            }\n          });\n        });\n      }\n    }\n  }\n\n  /**\n   * Resets Orbit so it can be reinitialized\n   */\n  _reset() {\n    // Don't do anything if there are no slides (first run)\n    if (typeof this.$slides == 'undefined') {\n      return;\n    }\n\n    if (this.$slides.length > 1) {\n      // Remove old events\n      this.$element.off('.zf.orbit').find('*').off('.zf.orbit')\n\n      // Restart timer if autoPlay is enabled\n      if (this.options.autoPlay) {\n        this.timer.restart();\n      }\n\n      // Reset all sliddes\n      this.$slides.each(function(el) {\n        $(el).removeClass('is-active is-active is-in')\n          .removeAttr('aria-live')\n          .hide();\n      });\n\n      // Show the first slide\n      this.$slides.first().addClass('is-active').show();\n\n      // Triggers when the slide has finished animating\n      this.$element.trigger('slidechange.zf.orbit', [this.$slides.first()]);\n\n      // Select first bullet if bullets are present\n      if (this.options.bullets) {\n        this._updateBullets(0);\n      }\n    }\n  }\n\n  /**\n  * Changes the current slide to a new one.\n  * @function\n  * @param {Boolean} isLTR - flag if the slide should move left to right.\n  * @param {jQuery} chosenSlide - the jQuery element of the slide to show next, if one is selected.\n  * @param {Number} idx - the index of the new slide in its collection, if one chosen.\n  * @fires Orbit#slidechange\n  */\n  changeSlide(isLTR, chosenSlide, idx) {\n    if (!this.$slides) {return; } // Don't freak out if we're in the middle of cleanup\n    var $curSlide = this.$slides.filter('.is-active').eq(0);\n\n    if (/mui/g.test($curSlide[0].className)) { return false; } //if the slide is currently animating, kick out of the function\n\n    var $firstSlide = this.$slides.first(),\n    $lastSlide = this.$slides.last(),\n    dirIn = isLTR ? 'Right' : 'Left',\n    dirOut = isLTR ? 'Left' : 'Right',\n    _this = this,\n    $newSlide;\n\n    if (!chosenSlide) { //most of the time, this will be auto played or clicked from the navButtons.\n      $newSlide = isLTR ? //if wrapping enabled, check to see if there is a `next` or `prev` sibling, if not, select the first or last slide to fill in. if wrapping not enabled, attempt to select `next` or `prev`, if there's nothing there, the function will kick out on next step. CRAZY NESTED TERNARIES!!!!!\n      (this.options.infiniteWrap ? $curSlide.next(`.${this.options.slideClass}`).length ? $curSlide.next(`.${this.options.slideClass}`) : $firstSlide : $curSlide.next(`.${this.options.slideClass}`))//pick next slide if moving left to right\n      :\n      (this.options.infiniteWrap ? $curSlide.prev(`.${this.options.slideClass}`).length ? $curSlide.prev(`.${this.options.slideClass}`) : $lastSlide : $curSlide.prev(`.${this.options.slideClass}`));//pick prev slide if moving right to left\n    } else {\n      $newSlide = chosenSlide;\n    }\n\n    if ($newSlide.length) {\n      /**\n      * Triggers before the next slide starts animating in and only if a next slide has been found.\n      * @event Orbit#beforeslidechange\n      */\n      this.$element.trigger('beforeslidechange.zf.orbit', [$curSlide, $newSlide]);\n\n      if (this.options.bullets) {\n        idx = idx || this.$slides.index($newSlide); //grab index to update bullets\n        this._updateBullets(idx);\n      }\n\n      if (this.options.useMUI && !this.$element.is(':hidden')) {\n        Foundation.Motion.animateIn(\n          $newSlide.addClass('is-active').css({'position': 'absolute', 'top': 0}),\n          this.options[`animInFrom${dirIn}`],\n          function(){\n            $newSlide.css({'position': 'relative', 'display': 'block'})\n            .attr('aria-live', 'polite');\n        });\n\n        Foundation.Motion.animateOut(\n          $curSlide.removeClass('is-active'),\n          this.options[`animOutTo${dirOut}`],\n          function(){\n            $curSlide.removeAttr('aria-live');\n            if(_this.options.autoPlay && !_this.timer.isPaused){\n              _this.timer.restart();\n            }\n            //do stuff?\n          });\n      } else {\n        $curSlide.removeClass('is-active is-in').removeAttr('aria-live').hide();\n        $newSlide.addClass('is-active is-in').attr('aria-live', 'polite').show();\n        if (this.options.autoPlay && !this.timer.isPaused) {\n          this.timer.restart();\n        }\n      }\n    /**\n    * Triggers when the slide has finished animating in.\n    * @event Orbit#slidechange\n    */\n      this.$element.trigger('slidechange.zf.orbit', [$newSlide]);\n    }\n  }\n\n  /**\n  * Updates the active state of the bullets, if displayed.\n  * @function\n  * @private\n  * @param {Number} idx - the index of the current slide.\n  */\n  _updateBullets(idx) {\n    var $oldBullet = this.$element.find(`.${this.options.boxOfBullets}`)\n    .find('.is-active').removeClass('is-active').blur(),\n    span = $oldBullet.find('span:last').detach(),\n    $newBullet = this.$bullets.eq(idx).addClass('is-active').append(span);\n  }\n\n  /**\n  * Destroys the carousel and hides the element.\n  * @function\n  */\n  destroy() {\n    this.$element.off('.zf.orbit').find('*').off('.zf.orbit').end().hide();\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nOrbit.defaults = {\n  /**\n  * Tells the JS to look for and loadBullets.\n  * @option\n  * @example true\n  */\n  bullets: true,\n  /**\n  * Tells the JS to apply event listeners to nav buttons\n  * @option\n  * @example true\n  */\n  navButtons: true,\n  /**\n  * motion-ui animation class to apply\n  * @option\n  * @example 'slide-in-right'\n  */\n  animInFromRight: 'slide-in-right',\n  /**\n  * motion-ui animation class to apply\n  * @option\n  * @example 'slide-out-right'\n  */\n  animOutToRight: 'slide-out-right',\n  /**\n  * motion-ui animation class to apply\n  * @option\n  * @example 'slide-in-left'\n  *\n  */\n  animInFromLeft: 'slide-in-left',\n  /**\n  * motion-ui animation class to apply\n  * @option\n  * @example 'slide-out-left'\n  */\n  animOutToLeft: 'slide-out-left',\n  /**\n  * Allows Orbit to automatically animate on page load.\n  * @option\n  * @example true\n  */\n  autoPlay: true,\n  /**\n  * Amount of time, in ms, between slide transitions\n  * @option\n  * @example 5000\n  */\n  timerDelay: 5000,\n  /**\n  * Allows Orbit to infinitely loop through the slides\n  * @option\n  * @example true\n  */\n  infiniteWrap: true,\n  /**\n  * Allows the Orbit slides to bind to swipe events for mobile, requires an additional util library\n  * @option\n  * @example true\n  */\n  swipe: true,\n  /**\n  * Allows the timing function to pause animation on hover.\n  * @option\n  * @example true\n  */\n  pauseOnHover: true,\n  /**\n  * Allows Orbit to bind keyboard events to the slider, to animate frames with arrow keys\n  * @option\n  * @example true\n  */\n  accessible: true,\n  /**\n  * Class applied to the container of Orbit\n  * @option\n  * @example 'orbit-container'\n  */\n  containerClass: 'orbit-container',\n  /**\n  * Class applied to individual slides.\n  * @option\n  * @example 'orbit-slide'\n  */\n  slideClass: 'orbit-slide',\n  /**\n  * Class applied to the bullet container. You're welcome.\n  * @option\n  * @example 'orbit-bullets'\n  */\n  boxOfBullets: 'orbit-bullets',\n  /**\n  * Class applied to the `next` navigation button.\n  * @option\n  * @example 'orbit-next'\n  */\n  nextClass: 'orbit-next',\n  /**\n  * Class applied to the `previous` navigation button.\n  * @option\n  * @example 'orbit-previous'\n  */\n  prevClass: 'orbit-previous',\n  /**\n  * Boolean to flag the js to use motion ui classes or not. Default to true for backwards compatability.\n  * @option\n  * @example true\n  */\n  useMUI: true\n};\n\n// Window exports\nFoundation.plugin(Orbit, 'Orbit');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * ResponsiveMenu module.\n * @module foundation.responsiveMenu\n * @requires foundation.util.triggers\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.accordionMenu\n * @requires foundation.util.drilldown\n * @requires foundation.util.dropdown-menu\n */\n\nclass ResponsiveMenu {\n  /**\n   * Creates a new instance of a responsive menu.\n   * @class\n   * @fires ResponsiveMenu#init\n   * @param {jQuery} element - jQuery object to make into a dropdown menu.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = $(element);\n    this.rules = this.$element.data('responsive-menu');\n    this.currentMq = null;\n    this.currentPlugin = null;\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'ResponsiveMenu');\n  }\n\n  /**\n   * Initializes the Menu by parsing the classes from the 'data-ResponsiveMenu' attribute on the element.\n   * @function\n   * @private\n   */\n  _init() {\n    // The first time an Interchange plugin is initialized, this.rules is converted from a string of \"classes\" to an object of rules\n    if (typeof this.rules === 'string') {\n      let rulesTree = {};\n\n      // Parse rules from \"classes\" pulled from data attribute\n      let rules = this.rules.split(' ');\n\n      // Iterate through every rule found\n      for (let i = 0; i < rules.length; i++) {\n        let rule = rules[i].split('-');\n        let ruleSize = rule.length > 1 ? rule[0] : 'small';\n        let rulePlugin = rule.length > 1 ? rule[1] : rule[0];\n\n        if (MenuPlugins[rulePlugin] !== null) {\n          rulesTree[ruleSize] = MenuPlugins[rulePlugin];\n        }\n      }\n\n      this.rules = rulesTree;\n    }\n\n    if (!$.isEmptyObject(this.rules)) {\n      this._checkMediaQueries();\n    }\n    // Add data-mutate since children may need it.\n    this.$element.attr('data-mutate', (this.$element.attr('data-mutate') || Foundation.GetYoDigits(6, 'responsive-menu')));\n  }\n\n  /**\n   * Initializes events for the Menu.\n   * @function\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    $(window).on('changed.zf.mediaquery', function() {\n      _this._checkMediaQueries();\n    });\n    // $(window).on('resize.zf.ResponsiveMenu', function() {\n    //   _this._checkMediaQueries();\n    // });\n  }\n\n  /**\n   * Checks the current screen width against available media queries. If the media query has changed, and the plugin needed has changed, the plugins will swap out.\n   * @function\n   * @private\n   */\n  _checkMediaQueries() {\n    var matchedMq, _this = this;\n    // Iterate through each rule and find the last matching rule\n    $.each(this.rules, function(key) {\n      if (Foundation.MediaQuery.atLeast(key)) {\n        matchedMq = key;\n      }\n    });\n\n    // No match? No dice\n    if (!matchedMq) return;\n\n    // Plugin already initialized? We good\n    if (this.currentPlugin instanceof this.rules[matchedMq].plugin) return;\n\n    // Remove existing plugin-specific CSS classes\n    $.each(MenuPlugins, function(key, value) {\n      _this.$element.removeClass(value.cssClass);\n    });\n\n    // Add the CSS class for the new plugin\n    this.$element.addClass(this.rules[matchedMq].cssClass);\n\n    // Create an instance of the new plugin\n    if (this.currentPlugin) this.currentPlugin.destroy();\n    this.currentPlugin = new this.rules[matchedMq].plugin(this.$element, {});\n  }\n\n  /**\n   * Destroys the instance of the current plugin on this element, as well as the window resize handler that switches the plugins out.\n   * @function\n   */\n  destroy() {\n    this.currentPlugin.destroy();\n    $(window).off('.zf.ResponsiveMenu');\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nResponsiveMenu.defaults = {};\n\n// The plugin matches the plugin classes with these plugin instances.\nvar MenuPlugins = {\n  dropdown: {\n    cssClass: 'dropdown',\n    plugin: Foundation._plugins['dropdown-menu'] || null\n  },\n drilldown: {\n    cssClass: 'drilldown',\n    plugin: Foundation._plugins['drilldown'] || null\n  },\n  accordion: {\n    cssClass: 'accordion-menu',\n    plugin: Foundation._plugins['accordion-menu'] || null\n  }\n};\n\n// Window exports\nFoundation.plugin(ResponsiveMenu, 'ResponsiveMenu');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * ResponsiveToggle module.\n * @module foundation.responsiveToggle\n * @requires foundation.util.mediaQuery\n */\n\nclass ResponsiveToggle {\n  /**\n   * Creates a new instance of Tab Bar.\n   * @class\n   * @fires ResponsiveToggle#init\n   * @param {jQuery} element - jQuery object to attach tab bar functionality to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = $(element);\n    this.options = $.extend({}, ResponsiveToggle.defaults, this.$element.data(), options);\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'ResponsiveToggle');\n  }\n\n  /**\n   * Initializes the tab bar by finding the target element, toggling element, and running update().\n   * @function\n   * @private\n   */\n  _init() {\n    var targetID = this.$element.data('responsive-toggle');\n    if (!targetID) {\n      console.error('Your tab bar needs an ID of a Menu as the value of data-tab-bar.');\n    }\n\n    this.$targetMenu = $(`#${targetID}`);\n    this.$toggler = this.$element.find('[data-toggle]');\n    this.options = $.extend({}, this.options, this.$targetMenu.data());\n\n    // If they were set, parse the animation classes\n    if(this.options.animate) {\n      let input = this.options.animate.split(' ');\n\n      this.animationIn = input[0];\n      this.animationOut = input[1] || null;\n    }\n\n    this._update();\n  }\n\n  /**\n   * Adds necessary event handlers for the tab bar to work.\n   * @function\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    this._updateMqHandler = this._update.bind(this);\n\n    $(window).on('changed.zf.mediaquery', this._updateMqHandler);\n\n    this.$toggler.on('click.zf.responsiveToggle', this.toggleMenu.bind(this));\n  }\n\n  /**\n   * Checks the current media query to determine if the tab bar should be visible or hidden.\n   * @function\n   * @private\n   */\n  _update() {\n    // Mobile\n    if (!Foundation.MediaQuery.atLeast(this.options.hideFor)) {\n      this.$element.show();\n      this.$targetMenu.hide();\n    }\n\n    // Desktop\n    else {\n      this.$element.hide();\n      this.$targetMenu.show();\n    }\n  }\n\n  /**\n   * Toggles the element attached to the tab bar. The toggle only happens if the screen is small enough to allow it.\n   * @function\n   * @fires ResponsiveToggle#toggled\n   */\n  toggleMenu() {\n    if (!Foundation.MediaQuery.atLeast(this.options.hideFor)) {\n      if(this.options.animate) {\n        if (this.$targetMenu.is(':hidden')) {\n          Foundation.Motion.animateIn(this.$targetMenu, this.animationIn, () => {\n            /**\n             * Fires when the element attached to the tab bar toggles.\n             * @event ResponsiveToggle#toggled\n             */\n            this.$element.trigger('toggled.zf.responsiveToggle');\n            this.$targetMenu.find('[data-mutate]').triggerHandler('mutateme.zf.trigger');\n          });\n        }\n        else {\n          Foundation.Motion.animateOut(this.$targetMenu, this.animationOut, () => {\n            /**\n             * Fires when the element attached to the tab bar toggles.\n             * @event ResponsiveToggle#toggled\n             */\n            this.$element.trigger('toggled.zf.responsiveToggle');\n          });\n        }\n      }\n      else {\n        this.$targetMenu.toggle(0);\n        this.$targetMenu.find('[data-mutate]').trigger('mutateme.zf.trigger');\n\n        /**\n         * Fires when the element attached to the tab bar toggles.\n         * @event ResponsiveToggle#toggled\n         */\n        this.$element.trigger('toggled.zf.responsiveToggle');\n      }\n    }\n  };\n\n  destroy() {\n    this.$element.off('.zf.responsiveToggle');\n    this.$toggler.off('.zf.responsiveToggle');\n\n    $(window).off('changed.zf.mediaquery', this._updateMqHandler);\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nResponsiveToggle.defaults = {\n  /**\n   * The breakpoint after which the menu is always shown, and the tab bar is hidden.\n   * @option\n   * @example 'medium'\n   */\n  hideFor: 'medium',\n\n  /**\n   * To decide if the toggle should be animated or not.\n   * @option\n   * @example false\n   */\n  animate: false\n};\n\n// Window exports\nFoundation.plugin(ResponsiveToggle, 'ResponsiveToggle');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Reveal module.\n * @module foundation.reveal\n * @requires foundation.util.keyboard\n * @requires foundation.util.box\n * @requires foundation.util.triggers\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.motion if using animations\n */\n\nclass Reveal {\n  /**\n   * Creates a new instance of Reveal.\n   * @class\n   * @param {jQuery} element - jQuery object to use for the modal.\n   * @param {Object} options - optional parameters.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Reveal.defaults, this.$element.data(), options);\n    this._init();\n\n    Foundation.registerPlugin(this, 'Reveal');\n    Foundation.Keyboard.register('Reveal', {\n      'ENTER': 'open',\n      'SPACE': 'open',\n      'ESCAPE': 'close',\n    });\n  }\n\n  /**\n   * Initializes the modal by adding the overlay and close buttons, (if selected).\n   * @private\n   */\n  _init() {\n    this.id = this.$element.attr('id');\n    this.isActive = false;\n    this.cached = {mq: Foundation.MediaQuery.current};\n    this.isMobile = mobileSniff();\n\n    this.$anchor = $(`[data-open=\"${this.id}\"]`).length ? $(`[data-open=\"${this.id}\"]`) : $(`[data-toggle=\"${this.id}\"]`);\n    this.$anchor.attr({\n      'aria-controls': this.id,\n      'aria-haspopup': true,\n      'tabindex': 0\n    });\n\n    if (this.options.fullScreen || this.$element.hasClass('full')) {\n      this.options.fullScreen = true;\n      this.options.overlay = false;\n    }\n    if (this.options.overlay && !this.$overlay) {\n      this.$overlay = this._makeOverlay(this.id);\n    }\n\n    this.$element.attr({\n        'role': 'dialog',\n        'aria-hidden': true,\n        'data-yeti-box': this.id,\n        'data-resize': this.id\n    });\n\n    if(this.$overlay) {\n      this.$element.detach().appendTo(this.$overlay);\n    } else {\n      this.$element.detach().appendTo($(this.options.appendTo));\n      this.$element.addClass('without-overlay');\n    }\n    this._events();\n    if (this.options.deepLink && window.location.hash === ( `#${this.id}`)) {\n      $(window).one('load.zf.reveal', this.open.bind(this));\n    }\n  }\n\n  /**\n   * Creates an overlay div to display behind the modal.\n   * @private\n   */\n  _makeOverlay() {\n    return $('<div></div>')\n      .addClass('reveal-overlay')\n      .appendTo(this.options.appendTo);\n  }\n\n  /**\n   * Updates position of modal\n   * TODO:  Figure out if we actually need to cache these values or if it doesn't matter\n   * @private\n   */\n  _updatePosition() {\n    var width = this.$element.outerWidth();\n    var outerWidth = $(window).width();\n    var height = this.$element.outerHeight();\n    var outerHeight = $(window).height();\n    var left, top;\n    if (this.options.hOffset === 'auto') {\n      left = parseInt((outerWidth - width) / 2, 10);\n    } else {\n      left = parseInt(this.options.hOffset, 10);\n    }\n    if (this.options.vOffset === 'auto') {\n      if (height > outerHeight) {\n        top = parseInt(Math.min(100, outerHeight / 10), 10);\n      } else {\n        top = parseInt((outerHeight - height) / 4, 10);\n      }\n    } else {\n      top = parseInt(this.options.vOffset, 10);\n    }\n    this.$element.css({top: top + 'px'});\n    // only worry about left if we don't have an overlay or we havea  horizontal offset,\n    // otherwise we're perfectly in the middle\n    if(!this.$overlay || (this.options.hOffset !== 'auto')) {\n      this.$element.css({left: left + 'px'});\n      this.$element.css({margin: '0px'});\n    }\n\n  }\n\n  /**\n   * Adds event handlers for the modal.\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    this.$element.on({\n      'open.zf.trigger': this.open.bind(this),\n      'close.zf.trigger': (event, $element) => {\n        if ((event.target === _this.$element[0]) ||\n            ($(event.target).parents('[data-closable]')[0] === $element)) { // only close reveal when it's explicitly called\n          return this.close.apply(this);\n        }\n      },\n      'toggle.zf.trigger': this.toggle.bind(this),\n      'resizeme.zf.trigger': function() {\n        _this._updatePosition();\n      }\n    });\n\n    if (this.$anchor.length) {\n      this.$anchor.on('keydown.zf.reveal', function(e) {\n        if (e.which === 13 || e.which === 32) {\n          e.stopPropagation();\n          e.preventDefault();\n          _this.open();\n        }\n      });\n    }\n\n    if (this.options.closeOnClick && this.options.overlay) {\n      this.$overlay.off('.zf.reveal').on('click.zf.reveal', function(e) {\n        if (e.target === _this.$element[0] ||\n          $.contains(_this.$element[0], e.target) ||\n            !$.contains(document, e.target)) {\n              return;\n        }\n        _this.close();\n      });\n    }\n    if (this.options.deepLink) {\n      $(window).on(`popstate.zf.reveal:${this.id}`, this._handleState.bind(this));\n    }\n  }\n\n  /**\n   * Handles modal methods on back/forward button clicks or any other event that triggers popstate.\n   * @private\n   */\n  _handleState(e) {\n    if(window.location.hash === ( '#' + this.id) && !this.isActive){ this.open(); }\n    else{ this.close(); }\n  }\n\n\n  /**\n   * Opens the modal controlled by `this.$anchor`, and closes all others by default.\n   * @function\n   * @fires Reveal#closeme\n   * @fires Reveal#open\n   */\n  open() {\n    if (this.options.deepLink) {\n      var hash = `#${this.id}`;\n\n      if (window.history.pushState) {\n        window.history.pushState(null, null, hash);\n      } else {\n        window.location.hash = hash;\n      }\n    }\n\n    this.isActive = true;\n\n    // Make elements invisible, but remove display: none so we can get size and positioning\n    this.$element\n        .css({ 'visibility': 'hidden' })\n        .show()\n        .scrollTop(0);\n    if (this.options.overlay) {\n      this.$overlay.css({'visibility': 'hidden'}).show();\n    }\n\n    this._updatePosition();\n\n    this.$element\n      .hide()\n      .css({ 'visibility': '' });\n\n    if(this.$overlay) {\n      this.$overlay.css({'visibility': ''}).hide();\n      if(this.$element.hasClass('fast')) {\n        this.$overlay.addClass('fast');\n      } else if (this.$element.hasClass('slow')) {\n        this.$overlay.addClass('slow');\n      }\n    }\n\n\n    if (!this.options.multipleOpened) {\n      /**\n       * Fires immediately before the modal opens.\n       * Closes any other modals that are currently open\n       * @event Reveal#closeme\n       */\n      this.$element.trigger('closeme.zf.reveal', this.id);\n    }\n\n    var _this = this;\n\n    function addRevealOpenClasses() {\n      if (_this.isMobile) {\n        if(!_this.originalScrollPos) {\n          _this.originalScrollPos = window.pageYOffset;\n        }\n        $('html, body').addClass('is-reveal-open');\n      }\n      else {\n        $('body').addClass('is-reveal-open');\n      }\n    }\n    // Motion UI method of reveal\n    if (this.options.animationIn) {\n      function afterAnimation(){\n        _this.$element\n          .attr({\n            'aria-hidden': false,\n            'tabindex': -1\n          })\n          .focus();\n        addRevealOpenClasses();\n        Foundation.Keyboard.trapFocus(_this.$element);\n      }\n      if (this.options.overlay) {\n        Foundation.Motion.animateIn(this.$overlay, 'fade-in');\n      }\n      Foundation.Motion.animateIn(this.$element, this.options.animationIn, () => {\n        if(this.$element) { // protect against object having been removed\n          this.focusableElements = Foundation.Keyboard.findFocusable(this.$element);\n          afterAnimation();\n        }\n      });\n    }\n    // jQuery method of reveal\n    else {\n      if (this.options.overlay) {\n        this.$overlay.show(0);\n      }\n      this.$element.show(this.options.showDelay);\n    }\n\n    // handle accessibility\n    this.$element\n      .attr({\n        'aria-hidden': false,\n        'tabindex': -1\n      })\n      .focus();\n    Foundation.Keyboard.trapFocus(this.$element);\n\n    /**\n     * Fires when the modal has successfully opened.\n     * @event Reveal#open\n     */\n    this.$element.trigger('open.zf.reveal');\n\n    addRevealOpenClasses();\n\n    setTimeout(() => {\n      this._extraHandlers();\n    }, 0);\n  }\n\n  /**\n   * Adds extra event handlers for the body and window if necessary.\n   * @private\n   */\n  _extraHandlers() {\n    var _this = this;\n    if(!this.$element) { return; } // If we're in the middle of cleanup, don't freak out\n    this.focusableElements = Foundation.Keyboard.findFocusable(this.$element);\n\n    if (!this.options.overlay && this.options.closeOnClick && !this.options.fullScreen) {\n      $('body').on('click.zf.reveal', function(e) {\n        if (e.target === _this.$element[0] ||\n          $.contains(_this.$element[0], e.target) ||\n            !$.contains(document, e.target)) { return; }\n        _this.close();\n      });\n    }\n\n    if (this.options.closeOnEsc) {\n      $(window).on('keydown.zf.reveal', function(e) {\n        Foundation.Keyboard.handleKey(e, 'Reveal', {\n          close: function() {\n            if (_this.options.closeOnEsc) {\n              _this.close();\n              _this.$anchor.focus();\n            }\n          }\n        });\n      });\n    }\n\n    // lock focus within modal while tabbing\n    this.$element.on('keydown.zf.reveal', function(e) {\n      var $target = $(this);\n      // handle keyboard event with keyboard util\n      Foundation.Keyboard.handleKey(e, 'Reveal', {\n        open: function() {\n          if (_this.$element.find(':focus').is(_this.$element.find('[data-close]'))) {\n            setTimeout(function() { // set focus back to anchor if close button has been activated\n              _this.$anchor.focus();\n            }, 1);\n          } else if ($target.is(_this.focusableElements)) { // dont't trigger if acual element has focus (i.e. inputs, links, ...)\n            _this.open();\n          }\n        },\n        close: function() {\n          if (_this.options.closeOnEsc) {\n            _this.close();\n            _this.$anchor.focus();\n          }\n        },\n        handled: function(preventDefault) {\n          if (preventDefault) {\n            e.preventDefault();\n          }\n        }\n      });\n    });\n  }\n\n  /**\n   * Closes the modal.\n   * @function\n   * @fires Reveal#closed\n   */\n  close() {\n    if (!this.isActive || !this.$element.is(':visible')) {\n      return false;\n    }\n    var _this = this;\n\n    // Motion UI method of hiding\n    if (this.options.animationOut) {\n      if (this.options.overlay) {\n        Foundation.Motion.animateOut(this.$overlay, 'fade-out', finishUp);\n      }\n      else {\n        finishUp();\n      }\n\n      Foundation.Motion.animateOut(this.$element, this.options.animationOut);\n    }\n    // jQuery method of hiding\n    else {\n      if (this.options.overlay) {\n        this.$overlay.hide(0, finishUp);\n      }\n      else {\n        finishUp();\n      }\n\n      this.$element.hide(this.options.hideDelay);\n    }\n\n    // Conditionals to remove extra event listeners added on open\n    if (this.options.closeOnEsc) {\n      $(window).off('keydown.zf.reveal');\n    }\n\n    if (!this.options.overlay && this.options.closeOnClick) {\n      $('body').off('click.zf.reveal');\n    }\n\n    this.$element.off('keydown.zf.reveal');\n\n    function finishUp() {\n      if (_this.isMobile) {\n        $('html, body').removeClass('is-reveal-open');\n        if(_this.originalScrollPos) {\n          $('body').scrollTop(_this.originalScrollPos);\n          _this.originalScrollPos = null;\n        }\n      }\n      else {\n        $('body').removeClass('is-reveal-open');\n      }\n\n\n      Foundation.Keyboard.releaseFocus(_this.$element);\n\n      _this.$element.attr('aria-hidden', true);\n\n      /**\n      * Fires when the modal is done closing.\n      * @event Reveal#closed\n      */\n      _this.$element.trigger('closed.zf.reveal');\n    }\n\n    /**\n    * Resets the modal content\n    * This prevents a running video to keep going in the background\n    */\n    if (this.options.resetOnClose) {\n      this.$element.html(this.$element.html());\n    }\n\n    this.isActive = false;\n     if (_this.options.deepLink) {\n       if (window.history.replaceState) {\n         window.history.replaceState('', document.title, window.location.href.replace(`#${this.id}`, ''));\n       } else {\n         window.location.hash = '';\n       }\n     }\n  }\n\n  /**\n   * Toggles the open/closed state of a modal.\n   * @function\n   */\n  toggle() {\n    if (this.isActive) {\n      this.close();\n    } else {\n      this.open();\n    }\n  };\n\n  /**\n   * Destroys an instance of a modal.\n   * @function\n   */\n  destroy() {\n    if (this.options.overlay) {\n      this.$element.appendTo($(this.options.appendTo)); // move $element outside of $overlay to prevent error unregisterPlugin()\n      this.$overlay.hide().off().remove();\n    }\n    this.$element.hide().off();\n    this.$anchor.off('.zf');\n    $(window).off(`.zf.reveal:${this.id}`);\n\n    Foundation.unregisterPlugin(this);\n  };\n}\n\nReveal.defaults = {\n  /**\n   * Motion-UI class to use for animated elements. If none used, defaults to simple show/hide.\n   * @option\n   * @example 'slide-in-left'\n   */\n  animationIn: '',\n  /**\n   * Motion-UI class to use for animated elements. If none used, defaults to simple show/hide.\n   * @option\n   * @example 'slide-out-right'\n   */\n  animationOut: '',\n  /**\n   * Time, in ms, to delay the opening of a modal after a click if no animation used.\n   * @option\n   * @example 10\n   */\n  showDelay: 0,\n  /**\n   * Time, in ms, to delay the closing of a modal after a click if no animation used.\n   * @option\n   * @example 10\n   */\n  hideDelay: 0,\n  /**\n   * Allows a click on the body/overlay to close the modal.\n   * @option\n   * @example true\n   */\n  closeOnClick: true,\n  /**\n   * Allows the modal to close if the user presses the `ESCAPE` key.\n   * @option\n   * @example true\n   */\n  closeOnEsc: true,\n  /**\n   * If true, allows multiple modals to be displayed at once.\n   * @option\n   * @example false\n   */\n  multipleOpened: false,\n  /**\n   * Distance, in pixels, the modal should push down from the top of the screen.\n   * @option\n   * @example auto\n   */\n  vOffset: 'auto',\n  /**\n   * Distance, in pixels, the modal should push in from the side of the screen.\n   * @option\n   * @example auto\n   */\n  hOffset: 'auto',\n  /**\n   * Allows the modal to be fullscreen, completely blocking out the rest of the view. JS checks for this as well.\n   * @option\n   * @example false\n   */\n  fullScreen: false,\n  /**\n   * Percentage of screen height the modal should push up from the bottom of the view.\n   * @option\n   * @example 10\n   */\n  btmOffsetPct: 10,\n  /**\n   * Allows the modal to generate an overlay div, which will cover the view when modal opens.\n   * @option\n   * @example true\n   */\n  overlay: true,\n  /**\n   * Allows the modal to remove and reinject markup on close. Should be true if using video elements w/o using provider's api, otherwise, videos will continue to play in the background.\n   * @option\n   * @example false\n   */\n  resetOnClose: false,\n  /**\n   * Allows the modal to alter the url on open/close, and allows the use of the `back` button to close modals. ALSO, allows a modal to auto-maniacally open on page load IF the hash === the modal's user-set id.\n   * @option\n   * @example false\n   */\n  deepLink: false,\n    /**\n   * Allows the modal to append to custom div.\n   * @option\n   * @example false\n   */\n  appendTo: \"body\"\n\n};\n\n// Window exports\nFoundation.plugin(Reveal, 'Reveal');\n\nfunction iPhoneSniff() {\n  return /iP(ad|hone|od).*OS/.test(window.navigator.userAgent);\n}\n\nfunction androidSniff() {\n  return /Android/.test(window.navigator.userAgent);\n}\n\nfunction mobileSniff() {\n  return iPhoneSniff() || androidSniff();\n}\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Slider module.\n * @module foundation.slider\n * @requires foundation.util.motion\n * @requires foundation.util.triggers\n * @requires foundation.util.keyboard\n * @requires foundation.util.touch\n */\n\nclass Slider {\n  /**\n   * Creates a new instance of a slider control.\n   * @class\n   * @param {jQuery} element - jQuery object to make into a slider control.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Slider.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Slider');\n    Foundation.Keyboard.register('Slider', {\n      'ltr': {\n        'ARROW_RIGHT': 'increase',\n        'ARROW_UP': 'increase',\n        'ARROW_DOWN': 'decrease',\n        'ARROW_LEFT': 'decrease',\n        'SHIFT_ARROW_RIGHT': 'increase_fast',\n        'SHIFT_ARROW_UP': 'increase_fast',\n        'SHIFT_ARROW_DOWN': 'decrease_fast',\n        'SHIFT_ARROW_LEFT': 'decrease_fast'\n      },\n      'rtl': {\n        'ARROW_LEFT': 'increase',\n        'ARROW_RIGHT': 'decrease',\n        'SHIFT_ARROW_LEFT': 'increase_fast',\n        'SHIFT_ARROW_RIGHT': 'decrease_fast'\n      }\n    });\n  }\n\n  /**\n   * Initilizes the plugin by reading/setting attributes, creating collections and setting the initial position of the handle(s).\n   * @function\n   * @private\n   */\n  _init() {\n    this.inputs = this.$element.find('input');\n    this.handles = this.$element.find('[data-slider-handle]');\n\n    this.$handle = this.handles.eq(0);\n    this.$input = this.inputs.length ? this.inputs.eq(0) : $(`#${this.$handle.attr('aria-controls')}`);\n    this.$fill = this.$element.find('[data-slider-fill]').css(this.options.vertical ? 'height' : 'width', 0);\n\n    var isDbl = false,\n        _this = this;\n    if (this.options.disabled || this.$element.hasClass(this.options.disabledClass)) {\n      this.options.disabled = true;\n      this.$element.addClass(this.options.disabledClass);\n    }\n    if (!this.inputs.length) {\n      this.inputs = $().add(this.$input);\n      this.options.binding = true;\n    }\n\n    this._setInitAttr(0);\n\n    if (this.handles[1]) {\n      this.options.doubleSided = true;\n      this.$handle2 = this.handles.eq(1);\n      this.$input2 = this.inputs.length > 1 ? this.inputs.eq(1) : $(`#${this.$handle2.attr('aria-controls')}`);\n\n      if (!this.inputs[1]) {\n        this.inputs = this.inputs.add(this.$input2);\n      }\n      isDbl = true;\n\n      // this.$handle.triggerHandler('click.zf.slider');\n      this._setInitAttr(1);\n    }\n\n    // Set handle positions\n    this.setHandles();\n\n    this._events();\n  }\n\n  setHandles() {\n    if(this.handles[1]) {\n      this._setHandlePos(this.$handle, this.inputs.eq(0).val(), true, () => {\n        this._setHandlePos(this.$handle2, this.inputs.eq(1).val(), true);\n      });\n    } else {\n      this._setHandlePos(this.$handle, this.inputs.eq(0).val(), true);\n    }\n  }\n\n  _reflow() {\n    this.setHandles();\n  }\n  /**\n  * @function\n  * @private\n  * @param {Number} value - floating point (the value) to be transformed using to a relative position on the slider (the inverse of _value)\n  */\n  _pctOfBar(value) {\n    var pctOfBar = percent(value - this.options.start, this.options.end - this.options.start)\n\n    switch(this.options.positionValueFunction) {\n    case \"pow\":\n      pctOfBar = this._logTransform(pctOfBar);\n      break;\n    case \"log\":\n      pctOfBar = this._powTransform(pctOfBar);\n      break;\n    }\n\n    return pctOfBar.toFixed(2)\n  }\n\n  /**\n  * @function\n  * @private\n  * @param {Number} pctOfBar - floating point, the relative position of the slider (typically between 0-1) to be transformed to a value\n  */\n  _value(pctOfBar) {\n    switch(this.options.positionValueFunction) {\n    case \"pow\":\n      pctOfBar = this._powTransform(pctOfBar);\n      break;\n    case \"log\":\n      pctOfBar = this._logTransform(pctOfBar);\n      break;\n    }\n    var value = (this.options.end - this.options.start) * pctOfBar + this.options.start;\n\n    return value\n  }\n\n  /**\n  * @function\n  * @private\n  * @param {Number} value - floating point (typically between 0-1) to be transformed using the log function\n  */\n  _logTransform(value) {\n    return baseLog(this.options.nonLinearBase, ((value*(this.options.nonLinearBase-1))+1))\n  }\n\n  /**\n  * @function\n  * @private\n  * @param {Number} value - floating point (typically between 0-1) to be transformed using the power function\n  */\n  _powTransform(value) {\n    return (Math.pow(this.options.nonLinearBase, value) - 1) / (this.options.nonLinearBase - 1)\n  }\n\n  /**\n   * Sets the position of the selected handle and fill bar.\n   * @function\n   * @private\n   * @param {jQuery} $hndl - the selected handle to move.\n   * @param {Number} location - floating point between the start and end values of the slider bar.\n   * @param {Function} cb - callback function to fire on completion.\n   * @fires Slider#moved\n   * @fires Slider#changed\n   */\n  _setHandlePos($hndl, location, noInvert, cb) {\n    // don't move if the slider has been disabled since its initialization\n    if (this.$element.hasClass(this.options.disabledClass)) {\n      return;\n    }\n    //might need to alter that slightly for bars that will have odd number selections.\n    location = parseFloat(location);//on input change events, convert string to number...grumble.\n\n    // prevent slider from running out of bounds, if value exceeds the limits set through options, override the value to min/max\n    if (location < this.options.start) { location = this.options.start; }\n    else if (location > this.options.end) { location = this.options.end; }\n\n    var isDbl = this.options.doubleSided;\n\n    if (isDbl) { //this block is to prevent 2 handles from crossing eachother. Could/should be improved.\n      if (this.handles.index($hndl) === 0) {\n        var h2Val = parseFloat(this.$handle2.attr('aria-valuenow'));\n        location = location >= h2Val ? h2Val - this.options.step : location;\n      } else {\n        var h1Val = parseFloat(this.$handle.attr('aria-valuenow'));\n        location = location <= h1Val ? h1Val + this.options.step : location;\n      }\n    }\n\n    //this is for single-handled vertical sliders, it adjusts the value to account for the slider being \"upside-down\"\n    //for click and drag events, it's weird due to the scale(-1, 1) css property\n    if (this.options.vertical && !noInvert) {\n      location = this.options.end - location;\n    }\n\n    var _this = this,\n        vert = this.options.vertical,\n        hOrW = vert ? 'height' : 'width',\n        lOrT = vert ? 'top' : 'left',\n        handleDim = $hndl[0].getBoundingClientRect()[hOrW],\n        elemDim = this.$element[0].getBoundingClientRect()[hOrW],\n        //percentage of bar min/max value based on click or drag point\n        pctOfBar = this._pctOfBar(location),\n        //number of actual pixels to shift the handle, based on the percentage obtained above\n        pxToMove = (elemDim - handleDim) * pctOfBar,\n        //percentage of bar to shift the handle\n        movement = (percent(pxToMove, elemDim) * 100).toFixed(this.options.decimal);\n        //fixing the decimal value for the location number, is passed to other methods as a fixed floating-point value\n        location = parseFloat(location.toFixed(this.options.decimal));\n        // declare empty object for css adjustments, only used with 2 handled-sliders\n    var css = {};\n\n    this._setValues($hndl, location);\n\n    // TODO update to calculate based on values set to respective inputs??\n    if (isDbl) {\n      var isLeftHndl = this.handles.index($hndl) === 0,\n          //empty variable, will be used for min-height/width for fill bar\n          dim,\n          //percentage w/h of the handle compared to the slider bar\n          handlePct =  ~~(percent(handleDim, elemDim) * 100);\n      //if left handle, the math is slightly different than if it's the right handle, and the left/top property needs to be changed for the fill bar\n      if (isLeftHndl) {\n        //left or top percentage value to apply to the fill bar.\n        css[lOrT] = `${movement}%`;\n        //calculate the new min-height/width for the fill bar.\n        dim = parseFloat(this.$handle2[0].style[lOrT]) - movement + handlePct;\n        //this callback is necessary to prevent errors and allow the proper placement and initialization of a 2-handled slider\n        //plus, it means we don't care if 'dim' isNaN on init, it won't be in the future.\n        if (cb && typeof cb === 'function') { cb(); }//this is only needed for the initialization of 2 handled sliders\n      } else {\n        //just caching the value of the left/bottom handle's left/top property\n        var handlePos = parseFloat(this.$handle[0].style[lOrT]);\n        //calculate the new min-height/width for the fill bar. Use isNaN to prevent false positives for numbers <= 0\n        //based on the percentage of movement of the handle being manipulated, less the opposing handle's left/top position, plus the percentage w/h of the handle itself\n        dim = movement - (isNaN(handlePos) ? (this.options.initialStart - this.options.start)/((this.options.end-this.options.start)/100) : handlePos) + handlePct;\n      }\n      // assign the min-height/width to our css object\n      css[`min-${hOrW}`] = `${dim}%`;\n    }\n\n    this.$element.one('finished.zf.animate', function() {\n                    /**\n                     * Fires when the handle is done moving.\n                     * @event Slider#moved\n                     */\n                    _this.$element.trigger('moved.zf.slider', [$hndl]);\n                });\n\n    //because we don't know exactly how the handle will be moved, check the amount of time it should take to move.\n    var moveTime = this.$element.data('dragging') ? 1000/60 : this.options.moveTime;\n\n    Foundation.Move(moveTime, $hndl, function() {\n      // adjusting the left/top property of the handle, based on the percentage calculated above\n      // if movement isNaN, that is because the slider is hidden and we cannot determine handle width,\n      // fall back to next best guess.\n      if (isNaN(movement)) {\n        $hndl.css(lOrT, `${pctOfBar * 100}%`);\n      }\n      else {\n        $hndl.css(lOrT, `${movement}%`);\n      }\n\n      if (!_this.options.doubleSided) {\n        //if single-handled, a simple method to expand the fill bar\n        _this.$fill.css(hOrW, `${pctOfBar * 100}%`);\n      } else {\n        //otherwise, use the css object we created above\n        _this.$fill.css(css);\n      }\n    });\n\n\n    /**\n     * Fires when the value has not been change for a given time.\n     * @event Slider#changed\n     */\n    clearTimeout(_this.timeout);\n    _this.timeout = setTimeout(function(){\n      _this.$element.trigger('changed.zf.slider', [$hndl]);\n    }, _this.options.changedDelay);\n  }\n\n  /**\n   * Sets the initial attribute for the slider element.\n   * @function\n   * @private\n   * @param {Number} idx - index of the current handle/input to use.\n   */\n  _setInitAttr(idx) {\n    var initVal = (idx === 0 ? this.options.initialStart : this.options.initialEnd)\n    var id = this.inputs.eq(idx).attr('id') || Foundation.GetYoDigits(6, 'slider');\n    this.inputs.eq(idx).attr({\n      'id': id,\n      'max': this.options.end,\n      'min': this.options.start,\n      'step': this.options.step\n    });\n    this.inputs.eq(idx).val(initVal);\n    this.handles.eq(idx).attr({\n      'role': 'slider',\n      'aria-controls': id,\n      'aria-valuemax': this.options.end,\n      'aria-valuemin': this.options.start,\n      'aria-valuenow': initVal,\n      'aria-orientation': this.options.vertical ? 'vertical' : 'horizontal',\n      'tabindex': 0\n    });\n  }\n\n  /**\n   * Sets the input and `aria-valuenow` values for the slider element.\n   * @function\n   * @private\n   * @param {jQuery} $handle - the currently selected handle.\n   * @param {Number} val - floating point of the new value.\n   */\n  _setValues($handle, val) {\n    var idx = this.options.doubleSided ? this.handles.index($handle) : 0;\n    this.inputs.eq(idx).val(val);\n    $handle.attr('aria-valuenow', val);\n  }\n\n  /**\n   * Handles events on the slider element.\n   * Calculates the new location of the current handle.\n   * If there are two handles and the bar was clicked, it determines which handle to move.\n   * @function\n   * @private\n   * @param {Object} e - the `event` object passed from the listener.\n   * @param {jQuery} $handle - the current handle to calculate for, if selected.\n   * @param {Number} val - floating point number for the new value of the slider.\n   * TODO clean this up, there's a lot of repeated code between this and the _setHandlePos fn.\n   */\n  _handleEvent(e, $handle, val) {\n    var value, hasVal;\n    if (!val) {//click or drag events\n      e.preventDefault();\n      var _this = this,\n          vertical = this.options.vertical,\n          param = vertical ? 'height' : 'width',\n          direction = vertical ? 'top' : 'left',\n          eventOffset = vertical ? e.pageY : e.pageX,\n          halfOfHandle = this.$handle[0].getBoundingClientRect()[param] / 2,\n          barDim = this.$element[0].getBoundingClientRect()[param],\n          windowScroll = vertical ? $(window).scrollTop() : $(window).scrollLeft();\n\n\n      var elemOffset = this.$element.offset()[direction];\n\n      // touch events emulated by the touch util give position relative to screen, add window.scroll to event coordinates...\n      // best way to guess this is simulated is if clientY == pageY\n      if (e.clientY === e.pageY) { eventOffset = eventOffset + windowScroll; }\n      var eventFromBar = eventOffset - elemOffset;\n      var barXY;\n      if (eventFromBar < 0) {\n        barXY = 0;\n      } else if (eventFromBar > barDim) {\n        barXY = barDim;\n      } else {\n        barXY = eventFromBar;\n      }\n      var offsetPct = percent(barXY, barDim);\n\n      value = this._value(offsetPct);\n\n      // turn everything around for RTL, yay math!\n      if (Foundation.rtl() && !this.options.vertical) {value = this.options.end - value;}\n\n      value = _this._adjustValue(null, value);\n      //boolean flag for the setHandlePos fn, specifically for vertical sliders\n      hasVal = false;\n\n      if (!$handle) {//figure out which handle it is, pass it to the next function.\n        var firstHndlPos = absPosition(this.$handle, direction, barXY, param),\n            secndHndlPos = absPosition(this.$handle2, direction, barXY, param);\n            $handle = firstHndlPos <= secndHndlPos ? this.$handle : this.$handle2;\n      }\n\n    } else {//change event on input\n      value = this._adjustValue(null, val);\n      hasVal = true;\n    }\n\n    this._setHandlePos($handle, value, hasVal);\n  }\n\n  /**\n   * Adjustes value for handle in regard to step value. returns adjusted value\n   * @function\n   * @private\n   * @param {jQuery} $handle - the selected handle.\n   * @param {Number} value - value to adjust. used if $handle is falsy\n   */\n  _adjustValue($handle, value) {\n    var val,\n      step = this.options.step,\n      div = parseFloat(step/2),\n      left, prev_val, next_val;\n    if (!!$handle) {\n      val = parseFloat($handle.attr('aria-valuenow'));\n    }\n    else {\n      val = value;\n    }\n    left = val % step;\n    prev_val = val - left;\n    next_val = prev_val + step;\n    if (left === 0) {\n      return val;\n    }\n    val = val >= prev_val + div ? next_val : prev_val;\n    return val;\n  }\n\n  /**\n   * Adds event listeners to the slider elements.\n   * @function\n   * @private\n   */\n  _events() {\n    this._eventsForHandle(this.$handle);\n    if(this.handles[1]) {\n      this._eventsForHandle(this.$handle2);\n    }\n  }\n\n\n  /**\n   * Adds event listeners a particular handle\n   * @function\n   * @private\n   * @param {jQuery} $handle - the current handle to apply listeners to.\n   */\n  _eventsForHandle($handle) {\n    var _this = this,\n        curHandle,\n        timer;\n\n      this.inputs.off('change.zf.slider').on('change.zf.slider', function(e) {\n        var idx = _this.inputs.index($(this));\n        _this._handleEvent(e, _this.handles.eq(idx), $(this).val());\n      });\n\n      if (this.options.clickSelect) {\n        this.$element.off('click.zf.slider').on('click.zf.slider', function(e) {\n          if (_this.$element.data('dragging')) { return false; }\n\n          if (!$(e.target).is('[data-slider-handle]')) {\n            if (_this.options.doubleSided) {\n              _this._handleEvent(e);\n            } else {\n              _this._handleEvent(e, _this.$handle);\n            }\n          }\n        });\n      }\n\n    if (this.options.draggable) {\n      this.handles.addTouch();\n\n      var $body = $('body');\n      $handle\n        .off('mousedown.zf.slider')\n        .on('mousedown.zf.slider', function(e) {\n          $handle.addClass('is-dragging');\n          _this.$fill.addClass('is-dragging');//\n          _this.$element.data('dragging', true);\n\n          curHandle = $(e.currentTarget);\n\n          $body.on('mousemove.zf.slider', function(e) {\n            e.preventDefault();\n            _this._handleEvent(e, curHandle);\n\n          }).on('mouseup.zf.slider', function(e) {\n            _this._handleEvent(e, curHandle);\n\n            $handle.removeClass('is-dragging');\n            _this.$fill.removeClass('is-dragging');\n            _this.$element.data('dragging', false);\n\n            $body.off('mousemove.zf.slider mouseup.zf.slider');\n          });\n      })\n      // prevent events triggered by touch\n      .on('selectstart.zf.slider touchmove.zf.slider', function(e) {\n        e.preventDefault();\n      });\n    }\n\n    $handle.off('keydown.zf.slider').on('keydown.zf.slider', function(e) {\n      var _$handle = $(this),\n          idx = _this.options.doubleSided ? _this.handles.index(_$handle) : 0,\n          oldValue = parseFloat(_this.inputs.eq(idx).val()),\n          newValue;\n\n      // handle keyboard event with keyboard util\n      Foundation.Keyboard.handleKey(e, 'Slider', {\n        decrease: function() {\n          newValue = oldValue - _this.options.step;\n        },\n        increase: function() {\n          newValue = oldValue + _this.options.step;\n        },\n        decrease_fast: function() {\n          newValue = oldValue - _this.options.step * 10;\n        },\n        increase_fast: function() {\n          newValue = oldValue + _this.options.step * 10;\n        },\n        handled: function() { // only set handle pos when event was handled specially\n          e.preventDefault();\n          _this._setHandlePos(_$handle, newValue, true);\n        }\n      });\n      /*if (newValue) { // if pressed key has special function, update value\n        e.preventDefault();\n        _this._setHandlePos(_$handle, newValue);\n      }*/\n    });\n  }\n\n  /**\n   * Destroys the slider plugin.\n   */\n  destroy() {\n    this.handles.off('.zf.slider');\n    this.inputs.off('.zf.slider');\n    this.$element.off('.zf.slider');\n\n    clearTimeout(this.timeout);\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nSlider.defaults = {\n  /**\n   * Minimum value for the slider scale.\n   * @option\n   * @example 0\n   */\n  start: 0,\n  /**\n   * Maximum value for the slider scale.\n   * @option\n   * @example 100\n   */\n  end: 100,\n  /**\n   * Minimum value change per change event.\n   * @option\n   * @example 1\n   */\n  step: 1,\n  /**\n   * Value at which the handle/input *(left handle/first input)* should be set to on initialization.\n   * @option\n   * @example 0\n   */\n  initialStart: 0,\n  /**\n   * Value at which the right handle/second input should be set to on initialization.\n   * @option\n   * @example 100\n   */\n  initialEnd: 100,\n  /**\n   * Allows the input to be located outside the container and visible. Set to by the JS\n   * @option\n   * @example false\n   */\n  binding: false,\n  /**\n   * Allows the user to click/tap on the slider bar to select a value.\n   * @option\n   * @example true\n   */\n  clickSelect: true,\n  /**\n   * Set to true and use the `vertical` class to change alignment to vertical.\n   * @option\n   * @example false\n   */\n  vertical: false,\n  /**\n   * Allows the user to drag the slider handle(s) to select a value.\n   * @option\n   * @example true\n   */\n  draggable: true,\n  /**\n   * Disables the slider and prevents event listeners from being applied. Double checked by JS with `disabledClass`.\n   * @option\n   * @example false\n   */\n  disabled: false,\n  /**\n   * Allows the use of two handles. Double checked by the JS. Changes some logic handling.\n   * @option\n   * @example false\n   */\n  doubleSided: false,\n  /**\n   * Potential future feature.\n   */\n  // steps: 100,\n  /**\n   * Number of decimal places the plugin should go to for floating point precision.\n   * @option\n   * @example 2\n   */\n  decimal: 2,\n  /**\n   * Time delay for dragged elements.\n   */\n  // dragDelay: 0,\n  /**\n   * Time, in ms, to animate the movement of a slider handle if user clicks/taps on the bar. Needs to be manually set if updating the transition time in the Sass settings.\n   * @option\n   * @example 200\n   */\n  moveTime: 200,//update this if changing the transition time in the sass\n  /**\n   * Class applied to disabled sliders.\n   * @option\n   * @example 'disabled'\n   */\n  disabledClass: 'disabled',\n  /**\n   * Will invert the default layout for a vertical<span data-tooltip title=\"who would do this???\"> </span>slider.\n   * @option\n   * @example false\n   */\n  invertVertical: false,\n  /**\n   * Milliseconds before the `changed.zf-slider` event is triggered after value change.\n   * @option\n   * @example 500\n   */\n  changedDelay: 500,\n  /**\n  * Basevalue for non-linear sliders\n  * @option\n  * @example 5\n  */\n  nonLinearBase: 5,\n  /**\n  * Basevalue for non-linear sliders, possible values are: 'linear', 'pow' & 'log'. Pow and Log use the nonLinearBase setting.\n  * @option\n  * @example 'linear'\n  */\n  positionValueFunction: 'linear',\n};\n\nfunction percent(frac, num) {\n  return (frac / num);\n}\nfunction absPosition($handle, dir, clickPos, param) {\n  return Math.abs(($handle.position()[dir] + ($handle[param]() / 2)) - clickPos);\n}\nfunction baseLog(base, value) {\n  return Math.log(value)/Math.log(base)\n}\n\n// Window exports\nFoundation.plugin(Slider, 'Slider');\n\n}(jQuery);\n\n","'use strict';\n\n!function($) {\n\n/**\n * Sticky module.\n * @module foundation.sticky\n * @requires foundation.util.triggers\n * @requires foundation.util.mediaQuery\n */\n\nclass Sticky {\n  /**\n   * Creates a new instance of a sticky thing.\n   * @class\n   * @param {jQuery} element - jQuery object to make sticky.\n   * @param {Object} options - options object passed when creating the element programmatically.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Sticky.defaults, this.$element.data(), options);\n\n    this._init();\n\n    Foundation.registerPlugin(this, 'Sticky');\n  }\n\n  /**\n   * Initializes the sticky element by adding classes, getting/setting dimensions, breakpoints and attributes\n   * @function\n   * @private\n   */\n  _init() {\n    var $parent = this.$element.parent('[data-sticky-container]'),\n        id = this.$element[0].id || Foundation.GetYoDigits(6, 'sticky'),\n        _this = this;\n\n    if (!$parent.length) {\n      this.wasWrapped = true;\n    }\n    this.$container = $parent.length ? $parent : $(this.options.container).wrapInner(this.$element);\n    this.$container.addClass(this.options.containerClass);\n\n    this.$element.addClass(this.options.stickyClass)\n                 .attr({'data-resize': id});\n\n    this.scrollCount = this.options.checkEvery;\n    this.isStuck = false;\n    $(window).one('load.zf.sticky', function(){\n      //We calculate the container height to have correct values for anchor points offset calculation.\n      _this.containerHeight = _this.$element.css(\"display\") == \"none\" ? 0 : _this.$element[0].getBoundingClientRect().height;\n      _this.$container.css('height', _this.containerHeight);\n      _this.elemHeight = _this.containerHeight;\n      if(_this.options.anchor !== ''){\n        _this.$anchor = $('#' + _this.options.anchor);\n      }else{\n        _this._parsePoints();\n      }\n\n      _this._setSizes(function(){\n        var scroll = window.pageYOffset;\n        _this._calc(false, scroll);\n        //Unstick the element will ensure that proper classes are set.\n        if (!_this.isStuck) {\n          _this._removeSticky((scroll >= _this.topPoint) ? false : true);\n        }\n      });\n      _this._events(id.split('-').reverse().join('-'));\n    });\n  }\n\n  /**\n   * If using multiple elements as anchors, calculates the top and bottom pixel values the sticky thing should stick and unstick on.\n   * @function\n   * @private\n   */\n  _parsePoints() {\n    var top = this.options.topAnchor == \"\" ? 1 : this.options.topAnchor,\n        btm = this.options.btmAnchor== \"\" ? document.documentElement.scrollHeight : this.options.btmAnchor,\n        pts = [top, btm],\n        breaks = {};\n    for (var i = 0, len = pts.length; i < len && pts[i]; i++) {\n      var pt;\n      if (typeof pts[i] === 'number') {\n        pt = pts[i];\n      } else {\n        var place = pts[i].split(':'),\n            anchor = $(`#${place[0]}`);\n\n        pt = anchor.offset().top;\n        if (place[1] && place[1].toLowerCase() === 'bottom') {\n          pt += anchor[0].getBoundingClientRect().height;\n        }\n      }\n      breaks[i] = pt;\n    }\n\n\n    this.points = breaks;\n    return;\n  }\n\n  /**\n   * Adds event handlers for the scrolling element.\n   * @private\n   * @param {String} id - psuedo-random id for unique scroll event listener.\n   */\n  _events(id) {\n    var _this = this,\n        scrollListener = this.scrollListener = `scroll.zf.${id}`;\n    if (this.isOn) { return; }\n    if (this.canStick) {\n      this.isOn = true;\n      $(window).off(scrollListener)\n               .on(scrollListener, function(e) {\n                 if (_this.scrollCount === 0) {\n                   _this.scrollCount = _this.options.checkEvery;\n                   _this._setSizes(function() {\n                     _this._calc(false, window.pageYOffset);\n                   });\n                 } else {\n                   _this.scrollCount--;\n                   _this._calc(false, window.pageYOffset);\n                 }\n              });\n    }\n\n    this.$element.off('resizeme.zf.trigger')\n                 .on('resizeme.zf.trigger', function(e, el) {\n                     _this._setSizes(function() {\n                       _this._calc(false);\n                       if (_this.canStick) {\n                         if (!_this.isOn) {\n                           _this._events(id);\n                         }\n                       } else if (_this.isOn) {\n                         _this._pauseListeners(scrollListener);\n                       }\n                     });\n    });\n  }\n\n  /**\n   * Removes event handlers for scroll and change events on anchor.\n   * @fires Sticky#pause\n   * @param {String} scrollListener - unique, namespaced scroll listener attached to `window`\n   */\n  _pauseListeners(scrollListener) {\n    this.isOn = false;\n    $(window).off(scrollListener);\n\n    /**\n     * Fires when the plugin is paused due to resize event shrinking the view.\n     * @event Sticky#pause\n     * @private\n     */\n     this.$element.trigger('pause.zf.sticky');\n  }\n\n  /**\n   * Called on every `scroll` event and on `_init`\n   * fires functions based on booleans and cached values\n   * @param {Boolean} checkSizes - true if plugin should recalculate sizes and breakpoints.\n   * @param {Number} scroll - current scroll position passed from scroll event cb function. If not passed, defaults to `window.pageYOffset`.\n   */\n  _calc(checkSizes, scroll) {\n    if (checkSizes) { this._setSizes(); }\n\n    if (!this.canStick) {\n      if (this.isStuck) {\n        this._removeSticky(true);\n      }\n      return false;\n    }\n\n    if (!scroll) { scroll = window.pageYOffset; }\n\n    if (scroll >= this.topPoint) {\n      if (scroll <= this.bottomPoint) {\n        if (!this.isStuck) {\n          this._setSticky();\n        }\n      } else {\n        if (this.isStuck) {\n          this._removeSticky(false);\n        }\n      }\n    } else {\n      if (this.isStuck) {\n        this._removeSticky(true);\n      }\n    }\n  }\n\n  /**\n   * Causes the $element to become stuck.\n   * Adds `position: fixed;`, and helper classes.\n   * @fires Sticky#stuckto\n   * @function\n   * @private\n   */\n  _setSticky() {\n    var _this = this,\n        stickTo = this.options.stickTo,\n        mrgn = stickTo === 'top' ? 'marginTop' : 'marginBottom',\n        notStuckTo = stickTo === 'top' ? 'bottom' : 'top',\n        css = {};\n\n    css[mrgn] = `${this.options[mrgn]}em`;\n    css[stickTo] = 0;\n    css[notStuckTo] = 'auto';\n    this.isStuck = true;\n    this.$element.removeClass(`is-anchored is-at-${notStuckTo}`)\n                 .addClass(`is-stuck is-at-${stickTo}`)\n                 .css(css)\n                 /**\n                  * Fires when the $element has become `position: fixed;`\n                  * Namespaced to `top` or `bottom`, e.g. `sticky.zf.stuckto:top`\n                  * @event Sticky#stuckto\n                  */\n                 .trigger(`sticky.zf.stuckto:${stickTo}`);\n    this.$element.on(\"transitionend webkitTransitionEnd oTransitionEnd otransitionend MSTransitionEnd\", function() {\n      _this._setSizes();\n    });\n  }\n\n  /**\n   * Causes the $element to become unstuck.\n   * Removes `position: fixed;`, and helper classes.\n   * Adds other helper classes.\n   * @param {Boolean} isTop - tells the function if the $element should anchor to the top or bottom of its $anchor element.\n   * @fires Sticky#unstuckfrom\n   * @private\n   */\n  _removeSticky(isTop) {\n    var stickTo = this.options.stickTo,\n        stickToTop = stickTo === 'top',\n        css = {},\n        anchorPt = (this.points ? this.points[1] - this.points[0] : this.anchorHeight) - this.elemHeight,\n        mrgn = stickToTop ? 'marginTop' : 'marginBottom',\n        notStuckTo = stickToTop ? 'bottom' : 'top',\n        topOrBottom = isTop ? 'top' : 'bottom';\n\n    css[mrgn] = 0;\n\n    css['bottom'] = 'auto';\n    if(isTop) {\n      css['top'] = 0;\n    } else {\n      css['top'] = anchorPt;\n    }\n\n    this.isStuck = false;\n    this.$element.removeClass(`is-stuck is-at-${stickTo}`)\n                 .addClass(`is-anchored is-at-${topOrBottom}`)\n                 .css(css)\n                 /**\n                  * Fires when the $element has become anchored.\n                  * Namespaced to `top` or `bottom`, e.g. `sticky.zf.unstuckfrom:bottom`\n                  * @event Sticky#unstuckfrom\n                  */\n                 .trigger(`sticky.zf.unstuckfrom:${topOrBottom}`);\n  }\n\n  /**\n   * Sets the $element and $container sizes for plugin.\n   * Calls `_setBreakPoints`.\n   * @param {Function} cb - optional callback function to fire on completion of `_setBreakPoints`.\n   * @private\n   */\n  _setSizes(cb) {\n    this.canStick = Foundation.MediaQuery.is(this.options.stickyOn);\n    if (!this.canStick) {\n      if (cb && typeof cb === 'function') { cb(); }\n    }\n    var _this = this,\n        newElemWidth = this.$container[0].getBoundingClientRect().width,\n        comp = window.getComputedStyle(this.$container[0]),\n        pdngl = parseInt(comp['padding-left'], 10),\n        pdngr = parseInt(comp['padding-right'], 10);\n\n    if (this.$anchor && this.$anchor.length) {\n      this.anchorHeight = this.$anchor[0].getBoundingClientRect().height;\n    } else {\n      this._parsePoints();\n    }\n\n    this.$element.css({\n      'max-width': `${newElemWidth - pdngl - pdngr}px`\n    });\n\n    var newContainerHeight = this.$element[0].getBoundingClientRect().height || this.containerHeight;\n    if (this.$element.css(\"display\") == \"none\") {\n      newContainerHeight = 0;\n    }\n    this.containerHeight = newContainerHeight;\n    this.$container.css({\n      height: newContainerHeight\n    });\n    this.elemHeight = newContainerHeight;\n\n    if (!this.isStuck) {\n      if (this.$element.hasClass('is-at-bottom')) {\n        var anchorPt = (this.points ? this.points[1] - this.$container.offset().top : this.anchorHeight) - this.elemHeight;\n        this.$element.css('top', anchorPt);\n      }\n    }\n\n    this._setBreakPoints(newContainerHeight, function() {\n      if (cb && typeof cb === 'function') { cb(); }\n    });\n  }\n\n  /**\n   * Sets the upper and lower breakpoints for the element to become sticky/unsticky.\n   * @param {Number} elemHeight - px value for sticky.$element height, calculated by `_setSizes`.\n   * @param {Function} cb - optional callback function to be called on completion.\n   * @private\n   */\n  _setBreakPoints(elemHeight, cb) {\n    if (!this.canStick) {\n      if (cb && typeof cb === 'function') { cb(); }\n      else { return false; }\n    }\n    var mTop = emCalc(this.options.marginTop),\n        mBtm = emCalc(this.options.marginBottom),\n        topPoint = this.points ? this.points[0] : this.$anchor.offset().top,\n        bottomPoint = this.points ? this.points[1] : topPoint + this.anchorHeight,\n        // topPoint = this.$anchor.offset().top || this.points[0],\n        // bottomPoint = topPoint + this.anchorHeight || this.points[1],\n        winHeight = window.innerHeight;\n\n    if (this.options.stickTo === 'top') {\n      topPoint -= mTop;\n      bottomPoint -= (elemHeight + mTop);\n    } else if (this.options.stickTo === 'bottom') {\n      topPoint -= (winHeight - (elemHeight + mBtm));\n      bottomPoint -= (winHeight - mBtm);\n    } else {\n      //this would be the stickTo: both option... tricky\n    }\n\n    this.topPoint = topPoint;\n    this.bottomPoint = bottomPoint;\n\n    if (cb && typeof cb === 'function') { cb(); }\n  }\n\n  /**\n   * Destroys the current sticky element.\n   * Resets the element to the top position first.\n   * Removes event listeners, JS-added css properties and classes, and unwraps the $element if the JS added the $container.\n   * @function\n   */\n  destroy() {\n    this._removeSticky(true);\n\n    this.$element.removeClass(`${this.options.stickyClass} is-anchored is-at-top`)\n                 .css({\n                   height: '',\n                   top: '',\n                   bottom: '',\n                   'max-width': ''\n                 })\n                 .off('resizeme.zf.trigger');\n    if (this.$anchor && this.$anchor.length) {\n      this.$anchor.off('change.zf.sticky');\n    }\n    $(window).off(this.scrollListener);\n\n    if (this.wasWrapped) {\n      this.$element.unwrap();\n    } else {\n      this.$container.removeClass(this.options.containerClass)\n                     .css({\n                       height: ''\n                     });\n    }\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nSticky.defaults = {\n  /**\n   * Customizable container template. Add your own classes for styling and sizing.\n   * @option\n   * @example '&lt;div data-sticky-container class=\"small-6 columns\"&gt;&lt;/div&gt;'\n   */\n  container: '<div data-sticky-container></div>',\n  /**\n   * Location in the view the element sticks to.\n   * @option\n   * @example 'top'\n   */\n  stickTo: 'top',\n  /**\n   * If anchored to a single element, the id of that element.\n   * @option\n   * @example 'exampleId'\n   */\n  anchor: '',\n  /**\n   * If using more than one element as anchor points, the id of the top anchor.\n   * @option\n   * @example 'exampleId:top'\n   */\n  topAnchor: '',\n  /**\n   * If using more than one element as anchor points, the id of the bottom anchor.\n   * @option\n   * @example 'exampleId:bottom'\n   */\n  btmAnchor: '',\n  /**\n   * Margin, in `em`'s to apply to the top of the element when it becomes sticky.\n   * @option\n   * @example 1\n   */\n  marginTop: 1,\n  /**\n   * Margin, in `em`'s to apply to the bottom of the element when it becomes sticky.\n   * @option\n   * @example 1\n   */\n  marginBottom: 1,\n  /**\n   * Breakpoint string that is the minimum screen size an element should become sticky.\n   * @option\n   * @example 'medium'\n   */\n  stickyOn: 'medium',\n  /**\n   * Class applied to sticky element, and removed on destruction. Foundation defaults to `sticky`.\n   * @option\n   * @example 'sticky'\n   */\n  stickyClass: 'sticky',\n  /**\n   * Class applied to sticky container. Foundation defaults to `sticky-container`.\n   * @option\n   * @example 'sticky-container'\n   */\n  containerClass: 'sticky-container',\n  /**\n   * Number of scroll events between the plugin's recalculating sticky points. Setting it to `0` will cause it to recalc every scroll event, setting it to `-1` will prevent recalc on scroll.\n   * @option\n   * @example 50\n   */\n  checkEvery: -1\n};\n\n/**\n * Helper function to calculate em values\n * @param Number {em} - number of em's to calculate into pixels\n */\nfunction emCalc(em) {\n  return parseInt(window.getComputedStyle(document.body, null).fontSize, 10) * em;\n}\n\n// Window exports\nFoundation.plugin(Sticky, 'Sticky');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Tabs module.\n * @module foundation.tabs\n * @requires foundation.util.keyboard\n * @requires foundation.util.timerAndImageLoader if tabs contain images\n */\n\nclass Tabs {\n  /**\n   * Creates a new instance of tabs.\n   * @class\n   * @fires Tabs#init\n   * @param {jQuery} element - jQuery object to make into tabs.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Tabs.defaults, this.$element.data(), options);\n\n    this._init();\n    Foundation.registerPlugin(this, 'Tabs');\n    Foundation.Keyboard.register('Tabs', {\n      'ENTER': 'open',\n      'SPACE': 'open',\n      'ARROW_RIGHT': 'next',\n      'ARROW_UP': 'previous',\n      'ARROW_DOWN': 'next',\n      'ARROW_LEFT': 'previous'\n      // 'TAB': 'next',\n      // 'SHIFT_TAB': 'previous'\n    });\n  }\n\n  /**\n   * Initializes the tabs by showing and focusing (if autoFocus=true) the preset active tab.\n   * @private\n   */\n  _init() {\n    var _this = this;\n\n    this.$element.attr({'role': 'tablist'});\n    this.$tabTitles = this.$element.find(`.${this.options.linkClass}`);\n    this.$tabContent = $(`[data-tabs-content=\"${this.$element[0].id}\"]`);\n\n    this.$tabTitles.each(function(){\n      var $elem = $(this),\n          $link = $elem.find('a'),\n          isActive = $elem.hasClass(`${_this.options.linkActiveClass}`),\n          hash = $link[0].hash.slice(1),\n          linkId = $link[0].id ? $link[0].id : `${hash}-label`,\n          $tabContent = $(`#${hash}`);\n\n      $elem.attr({'role': 'presentation'});\n\n      $link.attr({\n        'role': 'tab',\n        'aria-controls': hash,\n        'aria-selected': isActive,\n        'id': linkId\n      });\n\n      $tabContent.attr({\n        'role': 'tabpanel',\n        'aria-hidden': !isActive,\n        'aria-labelledby': linkId\n      });\n\n      if(isActive && _this.options.autoFocus){\n        $(window).load(function() {\n          $('html, body').animate({ scrollTop: $elem.offset().top }, _this.options.deepLinkSmudgeDelay, () => {\n            $link.focus();\n          });\n        });\n      }\n\n      //use browser to open a tab, if it exists in this tabset\n      if (_this.options.deepLink) {\n        var anchor = window.location.hash;\n        //need a hash and a relevant anchor in this tabset\n        if(anchor.length) {\n          var $link = $elem.find('[href=\"'+anchor+'\"]');\n          if ($link.length) {\n            _this.selectTab($(anchor));\n\n            //roll up a little to show the titles\n            if (_this.options.deepLinkSmudge) {\n              $(window).load(function() {\n                var offset = $elem.offset();\n                $('html, body').animate({ scrollTop: offset.top }, _this.options.deepLinkSmudgeDelay);\n              });\n            }\n\n            /**\n              * Fires when the zplugin has deeplinked at pageload\n              * @event Tabs#deeplink\n              */\n             $elem.trigger('deeplink.zf.tabs', [$link, $(anchor)]);\n           }\n        }\n      }\n    });\n\n    if(this.options.matchHeight) {\n      var $images = this.$tabContent.find('img');\n\n      if ($images.length) {\n        Foundation.onImagesLoaded($images, this._setHeight.bind(this));\n      } else {\n        this._setHeight();\n      }\n    }\n\n    this._events();\n  }\n\n  /**\n   * Adds event handlers for items within the tabs.\n   * @private\n   */\n  _events() {\n    this._addKeyHandler();\n    this._addClickHandler();\n    this._setHeightMqHandler = null;\n\n    if (this.options.matchHeight) {\n      this._setHeightMqHandler = this._setHeight.bind(this);\n\n      $(window).on('changed.zf.mediaquery', this._setHeightMqHandler);\n    }\n  }\n\n  /**\n   * Adds click handlers for items within the tabs.\n   * @private\n   */\n  _addClickHandler() {\n    var _this = this;\n\n    this.$element\n      .off('click.zf.tabs')\n      .on('click.zf.tabs', `.${this.options.linkClass}`, function(e){\n        e.preventDefault();\n        e.stopPropagation();\n        _this._handleTabChange($(this));\n      });\n  }\n\n  /**\n   * Adds keyboard event handlers for items within the tabs.\n   * @private\n   */\n  _addKeyHandler() {\n    var _this = this;\n\n    this.$tabTitles.off('keydown.zf.tabs').on('keydown.zf.tabs', function(e){\n      if (e.which === 9) return;\n\n\n      var $element = $(this),\n        $elements = $element.parent('ul').children('li'),\n        $prevElement,\n        $nextElement;\n\n      $elements.each(function(i) {\n        if ($(this).is($element)) {\n          if (_this.options.wrapOnKeys) {\n            $prevElement = i === 0 ? $elements.last() : $elements.eq(i-1);\n            $nextElement = i === $elements.length -1 ? $elements.first() : $elements.eq(i+1);\n          } else {\n            $prevElement = $elements.eq(Math.max(0, i-1));\n            $nextElement = $elements.eq(Math.min(i+1, $elements.length-1));\n          }\n          return;\n        }\n      });\n\n      // handle keyboard event with keyboard util\n      Foundation.Keyboard.handleKey(e, 'Tabs', {\n        open: function() {\n          $element.find('[role=\"tab\"]').focus();\n          _this._handleTabChange($element);\n        },\n        previous: function() {\n          $prevElement.find('[role=\"tab\"]').focus();\n          _this._handleTabChange($prevElement);\n        },\n        next: function() {\n          $nextElement.find('[role=\"tab\"]').focus();\n          _this._handleTabChange($nextElement);\n        },\n        handled: function() {\n          e.stopPropagation();\n          e.preventDefault();\n        }\n      });\n    });\n  }\n\n  /**\n   * Opens the tab `$targetContent` defined by `$target`. Collapses active tab.\n   * @param {jQuery} $target - Tab to open.\n   * @fires Tabs#change\n   * @function\n   */\n  _handleTabChange($target) {\n\n    /**\n     * Check for active class on target. Collapse if exists.\n     */\n    if ($target.hasClass(`${this.options.linkActiveClass}`)) {\n        if(this.options.activeCollapse) {\n            this._collapseTab($target);\n\n           /**\n            * Fires when the zplugin has successfully collapsed tabs.\n            * @event Tabs#collapse\n            */\n            this.$element.trigger('collapse.zf.tabs', [$target]);\n        }\n        return;\n    }\n\n    var $oldTab = this.$element.\n          find(`.${this.options.linkClass}.${this.options.linkActiveClass}`),\n          $tabLink = $target.find('[role=\"tab\"]'),\n          hash = $tabLink[0].hash,\n          $targetContent = this.$tabContent.find(hash);\n\n    //close old tab\n    this._collapseTab($oldTab);\n\n    //open new tab\n    this._openTab($target);\n\n    //either replace or update browser history\n    if (this.options.deepLink) {\n      var anchor = $target.find('a').attr('href');\n\n      if (this.options.updateHistory) {\n        history.pushState({}, '', anchor);\n      } else {\n        history.replaceState({}, '', anchor);\n      }\n    }\n\n    /**\n     * Fires when the plugin has successfully changed tabs.\n     * @event Tabs#change\n     */\n    this.$element.trigger('change.zf.tabs', [$target, $targetContent]);\n\n    //fire to children a mutation event\n    $targetContent.find(\"[data-mutate]\").trigger(\"mutateme.zf.trigger\");\n  }\n\n  /**\n   * Opens the tab `$targetContent` defined by `$target`.\n   * @param {jQuery} $target - Tab to Open.\n   * @function\n   */\n  _openTab($target) {\n      var $tabLink = $target.find('[role=\"tab\"]'),\n          hash = $tabLink[0].hash,\n          $targetContent = this.$tabContent.find(hash);\n\n      $target.addClass(`${this.options.linkActiveClass}`);\n\n      $tabLink.attr({'aria-selected': 'true'});\n\n      $targetContent\n        .addClass(`${this.options.panelActiveClass}`)\n        .attr({'aria-hidden': 'false'});\n  }\n\n  /**\n   * Collapses `$targetContent` defined by `$target`.\n   * @param {jQuery} $target - Tab to Open.\n   * @function\n   */\n  _collapseTab($target) {\n    var $target_anchor = $target\n      .removeClass(`${this.options.linkActiveClass}`)\n      .find('[role=\"tab\"]')\n      .attr({ 'aria-selected': 'false' });\n\n    $(`#${$target_anchor.attr('aria-controls')}`)\n      .removeClass(`${this.options.panelActiveClass}`)\n      .attr({ 'aria-hidden': 'true' });\n  }\n\n  /**\n   * Public method for selecting a content pane to display.\n   * @param {jQuery | String} elem - jQuery object or string of the id of the pane to display.\n   * @function\n   */\n  selectTab(elem) {\n    var idStr;\n\n    if (typeof elem === 'object') {\n      idStr = elem[0].id;\n    } else {\n      idStr = elem;\n    }\n\n    if (idStr.indexOf('#') < 0) {\n      idStr = `#${idStr}`;\n    }\n\n    var $target = this.$tabTitles.find(`[href=\"${idStr}\"]`).parent(`.${this.options.linkClass}`);\n\n    this._handleTabChange($target);\n  };\n  /**\n   * Sets the height of each panel to the height of the tallest panel.\n   * If enabled in options, gets called on media query change.\n   * If loading content via external source, can be called directly or with _reflow.\n   * @function\n   * @private\n   */\n  _setHeight() {\n    var max = 0;\n    this.$tabContent\n      .find(`.${this.options.panelClass}`)\n      .css('height', '')\n      .each(function() {\n        var panel = $(this),\n            isActive = panel.hasClass(`${this.options.panelActiveClass}`);\n\n        if (!isActive) {\n          panel.css({'visibility': 'hidden', 'display': 'block'});\n        }\n\n        var temp = this.getBoundingClientRect().height;\n\n        if (!isActive) {\n          panel.css({\n            'visibility': '',\n            'display': ''\n          });\n        }\n\n        max = temp > max ? temp : max;\n      })\n      .css('height', `${max}px`);\n  }\n\n  /**\n   * Destroys an instance of an tabs.\n   * @fires Tabs#destroyed\n   */\n  destroy() {\n    this.$element\n      .find(`.${this.options.linkClass}`)\n      .off('.zf.tabs').hide().end()\n      .find(`.${this.options.panelClass}`)\n      .hide();\n\n    if (this.options.matchHeight) {\n      if (this._setHeightMqHandler != null) {\n         $(window).off('changed.zf.mediaquery', this._setHeightMqHandler);\n      }\n    }\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nTabs.defaults = {\n  /**\n   * Allows the window to scroll to content of pane specified by hash anchor\n   * @option\n   * @example false\n   */\n  deepLink: false,\n\n  /**\n   * Adjust the deep link scroll to make sure the top of the tab panel is visible\n   * @option\n   * @example false\n   */\n  deepLinkSmudge: false,\n\n  /**\n   * Animation time (ms) for the deep link adjustment\n   * @option\n   * @example 300\n   */\n  deepLinkSmudgeDelay: 300,\n\n  /**\n   * Update the browser history with the open tab\n   * @option\n   * @example false\n   */\n  updateHistory: false,\n\n  /**\n   * Allows the window to scroll to content of active pane on load if set to true.\n   * Not recommended if more than one tab panel per page.\n   * @option\n   * @example false\n   */\n  autoFocus: false,\n\n  /**\n   * Allows keyboard input to 'wrap' around the tab links.\n   * @option\n   * @example true\n   */\n  wrapOnKeys: true,\n\n  /**\n   * Allows the tab content panes to match heights if set to true.\n   * @option\n   * @example false\n   */\n  matchHeight: false,\n\n  /**\n   * Allows active tabs to collapse when clicked.\n   * @option\n   * @example false\n   */\n  activeCollapse: false,\n\n  /**\n   * Class applied to `li`'s in tab link list.\n   * @option\n   * @example 'tabs-title'\n   */\n  linkClass: 'tabs-title',\n\n  /**\n   * Class applied to the active `li` in tab link list.\n   * @option\n   * @example 'is-active'\n   */\n  linkActiveClass: 'is-active',\n\n  /**\n   * Class applied to the content containers.\n   * @option\n   * @example 'tabs-panel'\n   */\n  panelClass: 'tabs-panel',\n\n  /**\n   * Class applied to the active content container.\n   * @option\n   * @example 'is-active'\n   */\n  panelActiveClass: 'is-active'\n};\n\n// Window exports\nFoundation.plugin(Tabs, 'Tabs');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Toggler module.\n * @module foundation.toggler\n * @requires foundation.util.motion\n * @requires foundation.util.triggers\n */\n\nclass Toggler {\n  /**\n   * Creates a new instance of Toggler.\n   * @class\n   * @fires Toggler#init\n   * @param {Object} element - jQuery object to add the trigger to.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Toggler.defaults, element.data(), options);\n    this.className = '';\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'Toggler');\n  }\n\n  /**\n   * Initializes the Toggler plugin by parsing the toggle class from data-toggler, or animation classes from data-animate.\n   * @function\n   * @private\n   */\n  _init() {\n    var input;\n    // Parse animation classes if they were set\n    if (this.options.animate) {\n      input = this.options.animate.split(' ');\n\n      this.animationIn = input[0];\n      this.animationOut = input[1] || null;\n    }\n    // Otherwise, parse toggle class\n    else {\n      input = this.$element.data('toggler');\n      // Allow for a . at the beginning of the string\n      this.className = input[0] === '.' ? input.slice(1) : input;\n    }\n\n    // Add ARIA attributes to triggers\n    var id = this.$element[0].id;\n    $(`[data-open=\"${id}\"], [data-close=\"${id}\"], [data-toggle=\"${id}\"]`)\n      .attr('aria-controls', id);\n    // If the target is hidden, add aria-hidden\n    this.$element.attr('aria-expanded', this.$element.is(':hidden') ? false : true);\n  }\n\n  /**\n   * Initializes events for the toggle trigger.\n   * @function\n   * @private\n   */\n  _events() {\n    this.$element.off('toggle.zf.trigger').on('toggle.zf.trigger', this.toggle.bind(this));\n  }\n\n  /**\n   * Toggles the target class on the target element. An event is fired from the original trigger depending on if the resultant state was \"on\" or \"off\".\n   * @function\n   * @fires Toggler#on\n   * @fires Toggler#off\n   */\n  toggle() {\n    this[ this.options.animate ? '_toggleAnimate' : '_toggleClass']();\n  }\n\n  _toggleClass() {\n    this.$element.toggleClass(this.className);\n\n    var isOn = this.$element.hasClass(this.className);\n    if (isOn) {\n      /**\n       * Fires if the target element has the class after a toggle.\n       * @event Toggler#on\n       */\n      this.$element.trigger('on.zf.toggler');\n    }\n    else {\n      /**\n       * Fires if the target element does not have the class after a toggle.\n       * @event Toggler#off\n       */\n      this.$element.trigger('off.zf.toggler');\n    }\n\n    this._updateARIA(isOn);\n    this.$element.find('[data-mutate]').trigger('mutateme.zf.trigger');\n  }\n\n  _toggleAnimate() {\n    var _this = this;\n\n    if (this.$element.is(':hidden')) {\n      Foundation.Motion.animateIn(this.$element, this.animationIn, function() {\n        _this._updateARIA(true);\n        this.trigger('on.zf.toggler');\n        this.find('[data-mutate]').trigger('mutateme.zf.trigger');\n      });\n    }\n    else {\n      Foundation.Motion.animateOut(this.$element, this.animationOut, function() {\n        _this._updateARIA(false);\n        this.trigger('off.zf.toggler');\n        this.find('[data-mutate]').trigger('mutateme.zf.trigger');\n      });\n    }\n  }\n\n  _updateARIA(isOn) {\n    this.$element.attr('aria-expanded', isOn ? true : false);\n  }\n\n  /**\n   * Destroys the instance of Toggler on the element.\n   * @function\n   */\n  destroy() {\n    this.$element.off('.zf.toggler');\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nToggler.defaults = {\n  /**\n   * Tells the plugin if the element should animated when toggled.\n   * @option\n   * @example false\n   */\n  animate: false\n};\n\n// Window exports\nFoundation.plugin(Toggler, 'Toggler');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * Tooltip module.\n * @module foundation.tooltip\n * @requires foundation.util.box\n * @requires foundation.util.mediaQuery\n * @requires foundation.util.triggers\n */\n\nclass Tooltip {\n  /**\n   * Creates a new instance of a Tooltip.\n   * @class\n   * @fires Tooltip#init\n   * @param {jQuery} element - jQuery object to attach a tooltip to.\n   * @param {Object} options - object to extend the default configuration.\n   */\n  constructor(element, options) {\n    this.$element = element;\n    this.options = $.extend({}, Tooltip.defaults, this.$element.data(), options);\n\n    this.isActive = false;\n    this.isClick = false;\n    this._init();\n\n    Foundation.registerPlugin(this, 'Tooltip');\n  }\n\n  /**\n   * Initializes the tooltip by setting the creating the tip element, adding it's text, setting private variables and setting attributes on the anchor.\n   * @private\n   */\n  _init() {\n    var elemId = this.$element.attr('aria-describedby') || Foundation.GetYoDigits(6, 'tooltip');\n\n    this.options.positionClass = this.options.positionClass || this._getPositionClass(this.$element);\n    this.options.tipText = this.options.tipText || this.$element.attr('title');\n    this.template = this.options.template ? $(this.options.template) : this._buildTemplate(elemId);\n\n    if (this.options.allowHtml) {\n      this.template.appendTo(document.body)\n        .html(this.options.tipText)\n        .hide();\n    } else {\n      this.template.appendTo(document.body)\n        .text(this.options.tipText)\n        .hide();\n    }\n\n    this.$element.attr({\n      'title': '',\n      'aria-describedby': elemId,\n      'data-yeti-box': elemId,\n      'data-toggle': elemId,\n      'data-resize': elemId\n    }).addClass(this.options.triggerClass);\n\n    //helper variables to track movement on collisions\n    this.usedPositions = [];\n    this.counter = 4;\n    this.classChanged = false;\n\n    this._events();\n  }\n\n  /**\n   * Grabs the current positioning class, if present, and returns the value or an empty string.\n   * @private\n   */\n  _getPositionClass(element) {\n    if (!element) { return ''; }\n    // var position = element.attr('class').match(/top|left|right/g);\n    var position = element[0].className.match(/\\b(top|left|right)\\b/g);\n        position = position ? position[0] : '';\n    return position;\n  };\n  /**\n   * builds the tooltip element, adds attributes, and returns the template.\n   * @private\n   */\n  _buildTemplate(id) {\n    var templateClasses = (`${this.options.tooltipClass} ${this.options.positionClass} ${this.options.templateClasses}`).trim();\n    var $template =  $('<div></div>').addClass(templateClasses).attr({\n      'role': 'tooltip',\n      'aria-hidden': true,\n      'data-is-active': false,\n      'data-is-focus': false,\n      'id': id\n    });\n    return $template;\n  }\n\n  /**\n   * Function that gets called if a collision event is detected.\n   * @param {String} position - positioning class to try\n   * @private\n   */\n  _reposition(position) {\n    this.usedPositions.push(position ? position : 'bottom');\n\n    //default, try switching to opposite side\n    if (!position && (this.usedPositions.indexOf('top') < 0)) {\n      this.template.addClass('top');\n    } else if (position === 'top' && (this.usedPositions.indexOf('bottom') < 0)) {\n      this.template.removeClass(position);\n    } else if (position === 'left' && (this.usedPositions.indexOf('right') < 0)) {\n      this.template.removeClass(position)\n          .addClass('right');\n    } else if (position === 'right' && (this.usedPositions.indexOf('left') < 0)) {\n      this.template.removeClass(position)\n          .addClass('left');\n    }\n\n    //if default change didn't work, try bottom or left first\n    else if (!position && (this.usedPositions.indexOf('top') > -1) && (this.usedPositions.indexOf('left') < 0)) {\n      this.template.addClass('left');\n    } else if (position === 'top' && (this.usedPositions.indexOf('bottom') > -1) && (this.usedPositions.indexOf('left') < 0)) {\n      this.template.removeClass(position)\n          .addClass('left');\n    } else if (position === 'left' && (this.usedPositions.indexOf('right') > -1) && (this.usedPositions.indexOf('bottom') < 0)) {\n      this.template.removeClass(position);\n    } else if (position === 'right' && (this.usedPositions.indexOf('left') > -1) && (this.usedPositions.indexOf('bottom') < 0)) {\n      this.template.removeClass(position);\n    }\n    //if nothing cleared, set to bottom\n    else {\n      this.template.removeClass(position);\n    }\n    this.classChanged = true;\n    this.counter--;\n  }\n\n  /**\n   * sets the position class of an element and recursively calls itself until there are no more possible positions to attempt, or the tooltip element is no longer colliding.\n   * if the tooltip is larger than the screen width, default to full width - any user selected margin\n   * @private\n   */\n  _setPosition() {\n    var position = this._getPositionClass(this.template),\n        $tipDims = Foundation.Box.GetDimensions(this.template),\n        $anchorDims = Foundation.Box.GetDimensions(this.$element),\n        direction = (position === 'left' ? 'left' : ((position === 'right') ? 'left' : 'top')),\n        param = (direction === 'top') ? 'height' : 'width',\n        offset = (param === 'height') ? this.options.vOffset : this.options.hOffset,\n        _this = this;\n\n    if (($tipDims.width >= $tipDims.windowDims.width) || (!this.counter && !Foundation.Box.ImNotTouchingYou(this.template))) {\n      this.template.offset(Foundation.Box.GetOffsets(this.template, this.$element, 'center bottom', this.options.vOffset, this.options.hOffset, true)).css({\n      // this.$element.offset(Foundation.GetOffsets(this.template, this.$element, 'center bottom', this.options.vOffset, this.options.hOffset, true)).css({\n        'width': $anchorDims.windowDims.width - (this.options.hOffset * 2),\n        'height': 'auto'\n      });\n      return false;\n    }\n\n    this.template.offset(Foundation.Box.GetOffsets(this.template, this.$element,'center ' + (position || 'bottom'), this.options.vOffset, this.options.hOffset));\n\n    while(!Foundation.Box.ImNotTouchingYou(this.template) && this.counter) {\n      this._reposition(position);\n      this._setPosition();\n    }\n  }\n\n  /**\n   * reveals the tooltip, and fires an event to close any other open tooltips on the page\n   * @fires Tooltip#closeme\n   * @fires Tooltip#show\n   * @function\n   */\n  show() {\n    if (this.options.showOn !== 'all' && !Foundation.MediaQuery.is(this.options.showOn)) {\n      // console.error('The screen is too small to display this tooltip');\n      return false;\n    }\n\n    var _this = this;\n    this.template.css('visibility', 'hidden').show();\n    this._setPosition();\n\n    /**\n     * Fires to close all other open tooltips on the page\n     * @event Closeme#tooltip\n     */\n    this.$element.trigger('closeme.zf.tooltip', this.template.attr('id'));\n\n\n    this.template.attr({\n      'data-is-active': true,\n      'aria-hidden': false\n    });\n    _this.isActive = true;\n    // console.log(this.template);\n    this.template.stop().hide().css('visibility', '').fadeIn(this.options.fadeInDuration, function() {\n      //maybe do stuff?\n    });\n    /**\n     * Fires when the tooltip is shown\n     * @event Tooltip#show\n     */\n    this.$element.trigger('show.zf.tooltip');\n  }\n\n  /**\n   * Hides the current tooltip, and resets the positioning class if it was changed due to collision\n   * @fires Tooltip#hide\n   * @function\n   */\n  hide() {\n    // console.log('hiding', this.$element.data('yeti-box'));\n    var _this = this;\n    this.template.stop().attr({\n      'aria-hidden': true,\n      'data-is-active': false\n    }).fadeOut(this.options.fadeOutDuration, function() {\n      _this.isActive = false;\n      _this.isClick = false;\n      if (_this.classChanged) {\n        _this.template\n             .removeClass(_this._getPositionClass(_this.template))\n             .addClass(_this.options.positionClass);\n\n       _this.usedPositions = [];\n       _this.counter = 4;\n       _this.classChanged = false;\n      }\n    });\n    /**\n     * fires when the tooltip is hidden\n     * @event Tooltip#hide\n     */\n    this.$element.trigger('hide.zf.tooltip');\n  }\n\n  /**\n   * adds event listeners for the tooltip and its anchor\n   * TODO combine some of the listeners like focus and mouseenter, etc.\n   * @private\n   */\n  _events() {\n    var _this = this;\n    var $template = this.template;\n    var isFocus = false;\n\n    if (!this.options.disableHover) {\n\n      this.$element\n      .on('mouseenter.zf.tooltip', function(e) {\n        if (!_this.isActive) {\n          _this.timeout = setTimeout(function() {\n            _this.show();\n          }, _this.options.hoverDelay);\n        }\n      })\n      .on('mouseleave.zf.tooltip', function(e) {\n        clearTimeout(_this.timeout);\n        if (!isFocus || (_this.isClick && !_this.options.clickOpen)) {\n          _this.hide();\n        }\n      });\n    }\n\n    if (this.options.clickOpen) {\n      this.$element.on('mousedown.zf.tooltip', function(e) {\n        e.stopImmediatePropagation();\n        if (_this.isClick) {\n          //_this.hide();\n          // _this.isClick = false;\n        } else {\n          _this.isClick = true;\n          if ((_this.options.disableHover || !_this.$element.attr('tabindex')) && !_this.isActive) {\n            _this.show();\n          }\n        }\n      });\n    } else {\n      this.$element.on('mousedown.zf.tooltip', function(e) {\n        e.stopImmediatePropagation();\n        _this.isClick = true;\n      });\n    }\n\n    if (!this.options.disableForTouch) {\n      this.$element\n      .on('tap.zf.tooltip touchend.zf.tooltip', function(e) {\n        _this.isActive ? _this.hide() : _this.show();\n      });\n    }\n\n    this.$element.on({\n      // 'toggle.zf.trigger': this.toggle.bind(this),\n      // 'close.zf.trigger': this.hide.bind(this)\n      'close.zf.trigger': this.hide.bind(this)\n    });\n\n    this.$element\n      .on('focus.zf.tooltip', function(e) {\n        isFocus = true;\n        if (_this.isClick) {\n          // If we're not showing open on clicks, we need to pretend a click-launched focus isn't\n          // a real focus, otherwise on hover and come back we get bad behavior\n          if(!_this.options.clickOpen) { isFocus = false; }\n          return false;\n        } else {\n          _this.show();\n        }\n      })\n\n      .on('focusout.zf.tooltip', function(e) {\n        isFocus = false;\n        _this.isClick = false;\n        _this.hide();\n      })\n\n      .on('resizeme.zf.trigger', function() {\n        if (_this.isActive) {\n          _this._setPosition();\n        }\n      });\n  }\n\n  /**\n   * adds a toggle method, in addition to the static show() & hide() functions\n   * @function\n   */\n  toggle() {\n    if (this.isActive) {\n      this.hide();\n    } else {\n      this.show();\n    }\n  }\n\n  /**\n   * Destroys an instance of tooltip, removes template element from the view.\n   * @function\n   */\n  destroy() {\n    this.$element.attr('title', this.template.text())\n                 .off('.zf.trigger .zf.tooltip')\n                 .removeClass('has-tip top right left')\n                 .removeAttr('aria-describedby aria-haspopup data-disable-hover data-resize data-toggle data-tooltip data-yeti-box');\n\n    this.template.remove();\n\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nTooltip.defaults = {\n  disableForTouch: false,\n  /**\n   * Time, in ms, before a tooltip should open on hover.\n   * @option\n   * @example 200\n   */\n  hoverDelay: 200,\n  /**\n   * Time, in ms, a tooltip should take to fade into view.\n   * @option\n   * @example 150\n   */\n  fadeInDuration: 150,\n  /**\n   * Time, in ms, a tooltip should take to fade out of view.\n   * @option\n   * @example 150\n   */\n  fadeOutDuration: 150,\n  /**\n   * Disables hover events from opening the tooltip if set to true\n   * @option\n   * @example false\n   */\n  disableHover: false,\n  /**\n   * Optional addtional classes to apply to the tooltip template on init.\n   * @option\n   * @example 'my-cool-tip-class'\n   */\n  templateClasses: '',\n  /**\n   * Non-optional class added to tooltip templates. Foundation default is 'tooltip'.\n   * @option\n   * @example 'tooltip'\n   */\n  tooltipClass: 'tooltip',\n  /**\n   * Class applied to the tooltip anchor element.\n   * @option\n   * @example 'has-tip'\n   */\n  triggerClass: 'has-tip',\n  /**\n   * Minimum breakpoint size at which to open the tooltip.\n   * @option\n   * @example 'small'\n   */\n  showOn: 'small',\n  /**\n   * Custom template to be used to generate markup for tooltip.\n   * @option\n   * @example '&lt;div class=\"tooltip\"&gt;&lt;/div&gt;'\n   */\n  template: '',\n  /**\n   * Text displayed in the tooltip template on open.\n   * @option\n   * @example 'Some cool space fact here.'\n   */\n  tipText: '',\n  touchCloseText: 'Tap to close.',\n  /**\n   * Allows the tooltip to remain open if triggered with a click or touch event.\n   * @option\n   * @example true\n   */\n  clickOpen: true,\n  /**\n   * Additional positioning classes, set by the JS\n   * @option\n   * @example 'top'\n   */\n  positionClass: '',\n  /**\n   * Distance, in pixels, the template should push away from the anchor on the Y axis.\n   * @option\n   * @example 10\n   */\n  vOffset: 10,\n  /**\n   * Distance, in pixels, the template should push away from the anchor on the X axis, if aligned to a side.\n   * @option\n   * @example 12\n   */\n  hOffset: 12,\n    /**\n   * Allow HTML in tooltip. Warning: If you are loading user-generated content into tooltips,\n   * allowing HTML may open yourself up to XSS attacks.\n   * @option\n   * @example false\n   */\n  allowHtml: false\n};\n\n/**\n * TODO utilize resize event trigger\n */\n\n// Window exports\nFoundation.plugin(Tooltip, 'Tooltip');\n\n}(jQuery);\n","'use strict';\n\n!function($) {\n\n/**\n * ResponsiveAccordionTabs module.\n * @module foundation.responsiveAccordionTabs\n * @requires foundation.util.keyboard\n * @requires foundation.util.timerAndImageLoader\n * @requires foundation.util.motion\n * @requires foundation.accordion\n * @requires foundation.tabs\n */\n\nclass ResponsiveAccordionTabs {\n  /**\n   * Creates a new instance of a responsive accordion tabs.\n   * @class\n   * @fires ResponsiveAccordionTabs#init\n   * @param {jQuery} element - jQuery object to make into a dropdown menu.\n   * @param {Object} options - Overrides to the default plugin settings.\n   */\n  constructor(element, options) {\n    this.$element = $(element);\n    this.options  = $.extend({}, this.$element.data(), options);\n    this.rules = this.$element.data('responsive-accordion-tabs');\n    this.currentMq = null;\n    this.currentPlugin = null;\n    if (!this.$element.attr('id')) {\n      this.$element.attr('id',Foundation.GetYoDigits(6, 'responsiveaccordiontabs'));\n    };\n\n    this._init();\n    this._events();\n\n    Foundation.registerPlugin(this, 'ResponsiveAccordionTabs');\n  }\n\n  /**\n   * Initializes the Menu by parsing the classes from the 'data-responsive-accordion-tabs' attribute on the element.\n   * @function\n   * @private\n   */\n  _init() {\n    // The first time an Interchange plugin is initialized, this.rules is converted from a string of \"classes\" to an object of rules\n    if (typeof this.rules === 'string') {\n      let rulesTree = {};\n\n      // Parse rules from \"classes\" pulled from data attribute\n      let rules = this.rules.split(' ');\n\n      // Iterate through every rule found\n      for (let i = 0; i < rules.length; i++) {\n        let rule = rules[i].split('-');\n        let ruleSize = rule.length > 1 ? rule[0] : 'small';\n        let rulePlugin = rule.length > 1 ? rule[1] : rule[0];\n\n        if (MenuPlugins[rulePlugin] !== null) {\n          rulesTree[ruleSize] = MenuPlugins[rulePlugin];\n        }\n      }\n\n      this.rules = rulesTree;\n    }\n\n    this._getAllOptions();\n\n    if (!$.isEmptyObject(this.rules)) {\n      this._checkMediaQueries();\n    }\n  }\n\n  _getAllOptions() {\n    //get all defaults and options\n    var _this = this;\n    _this.allOptions = {};\n    for (var key in MenuPlugins) {\n      if (MenuPlugins.hasOwnProperty(key)) {\n        var obj = MenuPlugins[key];\n        try {\n          var dummyPlugin = $('<ul></ul>');\n          var tmpPlugin = new obj.plugin(dummyPlugin,_this.options);\n          for (var keyKey in tmpPlugin.options) {\n            if (tmpPlugin.options.hasOwnProperty(keyKey) && keyKey !== 'zfPlugin') {\n              var objObj = tmpPlugin.options[keyKey];\n              _this.allOptions[keyKey] = objObj;\n            }\n          }\n          tmpPlugin.destroy();\n        }\n        catch(e) {\n        }\n      }\n    }\n  }\n\n  /**\n   * Initializes events for the Menu.\n   * @function\n   * @private\n   */\n  _events() {\n    var _this = this;\n\n    $(window).on('changed.zf.mediaquery', function() {\n      _this._checkMediaQueries();\n    });\n  }\n\n  /**\n   * Checks the current screen width against available media queries. If the media query has changed, and the plugin needed has changed, the plugins will swap out.\n   * @function\n   * @private\n   */\n  _checkMediaQueries() {\n    var matchedMq, _this = this;\n    // Iterate through each rule and find the last matching rule\n    $.each(this.rules, function(key) {\n      if (Foundation.MediaQuery.atLeast(key)) {\n        matchedMq = key;\n      }\n    });\n\n    // No match? No dice\n    if (!matchedMq) return;\n\n    // Plugin already initialized? We good\n    if (this.currentPlugin instanceof this.rules[matchedMq].plugin) return;\n\n    // Remove existing plugin-specific CSS classes\n    $.each(MenuPlugins, function(key, value) {\n      _this.$element.removeClass(value.cssClass);\n    });\n\n    // Add the CSS class for the new plugin\n    this.$element.addClass(this.rules[matchedMq].cssClass);\n\n    // Create an instance of the new plugin\n    if (this.currentPlugin) {\n      //don't know why but on nested elements data zfPlugin get's lost\n      if (!this.currentPlugin.$element.data('zfPlugin') && this.storezfData) this.currentPlugin.$element.data('zfPlugin',this.storezfData);\n      this.currentPlugin.destroy();\n    }\n    this._handleMarkup(this.rules[matchedMq].cssClass);\n    this.currentPlugin = new this.rules[matchedMq].plugin(this.$element, {});\n    this.storezfData = this.currentPlugin.$element.data('zfPlugin');\n\n  }\n\n  _handleMarkup(toSet){\n    var _this = this, fromString = 'accordion';\n    var $panels = $('[data-tabs-content='+this.$element.attr('id')+']');\n    if ($panels.length) fromString = 'tabs';\n    if (fromString === toSet) {\n      return;\n    };\n\n    var tabsTitle = _this.allOptions.linkClass?_this.allOptions.linkClass:'tabs-title';\n    var tabsPanel = _this.allOptions.panelClass?_this.allOptions.panelClass:'tabs-panel';\n\n    this.$element.removeAttr('role');\n    var $liHeads = this.$element.children('.'+tabsTitle+',[data-accordion-item]').removeClass(tabsTitle).removeClass('accordion-item').removeAttr('data-accordion-item');\n    var $liHeadsA = $liHeads.children('a').removeClass('accordion-title');\n\n    if (fromString === 'tabs') {\n      $panels = $panels.children('.'+tabsPanel).removeClass(tabsPanel).removeAttr('role').removeAttr('aria-hidden').removeAttr('aria-labelledby');\n      $panels.children('a').removeAttr('role').removeAttr('aria-controls').removeAttr('aria-selected');\n    }else{\n      $panels = $liHeads.children('[data-tab-content]').removeClass('accordion-content');\n    };\n\n    $panels.css({display:'',visibility:''});\n    $liHeads.css({display:'',visibility:''});\n    if (toSet === 'accordion') {\n      $panels.each(function(key,value){\n        $(value).appendTo($liHeads.get(key)).addClass('accordion-content').attr('data-tab-content','').removeClass('is-active').css({height:''});\n        $('[data-tabs-content='+_this.$element.attr('id')+']').after('<div id=\"tabs-placeholder-'+_this.$element.attr('id')+'\"></div>').remove();\n        $liHeads.addClass('accordion-item').attr('data-accordion-item','');\n        $liHeadsA.addClass('accordion-title');\n      });\n    }else if (toSet === 'tabs'){\n      var $tabsContent = $('[data-tabs-content='+_this.$element.attr('id')+']');\n      var $placeholder = $('#tabs-placeholder-'+_this.$element.attr('id'));\n      if ($placeholder.length) {\n        $tabsContent = $('<div class=\"tabs-content\"></div>').insertAfter($placeholder).attr('data-tabs-content',_this.$element.attr('id'));\n        $placeholder.remove();\n      }else{\n        $tabsContent = $('<div class=\"tabs-content\"></div>').insertAfter(_this.$element).attr('data-tabs-content',_this.$element.attr('id'));\n      };\n      $panels.each(function(key,value){\n        var tempValue = $(value).appendTo($tabsContent).addClass(tabsPanel);\n        var hash = $liHeadsA.get(key).hash.slice(1);\n        var id = $(value).attr('id') || Foundation.GetYoDigits(6, 'accordion');\n        if (hash !== id) {\n          if (hash !== '') {\n            $(value).attr('id',hash);\n          }else{\n            hash = id;\n            $(value).attr('id',hash);\n            $($liHeadsA.get(key)).attr('href',$($liHeadsA.get(key)).attr('href').replace('#','')+'#'+hash);\n          };\n        };\n        var isActive = $($liHeads.get(key)).hasClass('is-active');\n        if (isActive) {\n          tempValue.addClass('is-active');\n        };\n      });\n      $liHeads.addClass(tabsTitle);\n    };\n  }\n\n  /**\n   * Destroys the instance of the current plugin on this element, as well as the window resize handler that switches the plugins out.\n   * @function\n   */\n  destroy() {\n    if (this.currentPlugin) this.currentPlugin.destroy();\n    $(window).off('.zf.ResponsiveAccordionTabs');\n    Foundation.unregisterPlugin(this);\n  }\n}\n\nResponsiveAccordionTabs.defaults = {};\n\n// The plugin matches the plugin classes with these plugin instances.\nvar MenuPlugins = {\n  tabs: {\n    cssClass: 'tabs',\n    plugin: Foundation._plugins.tabs || null\n  },\n  accordion: {\n    cssClass: 'accordion',\n    plugin: Foundation._plugins.accordion || null\n  }\n};\n\n// Window exports\nFoundation.plugin(ResponsiveAccordionTabs, 'ResponsiveAccordionTabs');\n\n}(jQuery);\n","\n/**\n * Created by jon on 12/12/16.\n */\n\n!function(e,define){define(\"kendo.core.min\",[\"jquery\"],e)}(function(){return function(e,t,n){function r(){}function o(e,t){if(t)return\"'\"+e.split(\"'\").join(\"\\\\'\").split('\\\\\"').join('\\\\\\\\\\\\\"').replace(/\\n/g,\"\\\\n\").replace(/\\r/g,\"\\\\r\").replace(/\\t/g,\"\\\\t\")+\"'\";var n=e.charAt(0),r=e.substring(1);return\"=\"===n?\"+(\"+r+\")+\":\":\"===n?\"+$kendoHtmlEncode(\"+r+\")+\":\";\"+e+\";$kendoOutput+=\"}function i(e,t,n){return e+=\"\",t=t||2,n=t-e.length,n?W[t].substring(0,n)+e:e}function a(e){var t=e.css(ye.support.transitions.css+\"box-shadow\")||e.css(\"box-shadow\"),n=t?t.match(De)||[0,0,0,0,0]:[0,0,0,0,0],r=Te.max(+n[3],+(n[4]||0));return{left:-n[1]+r,right:+n[1]+r,bottom:+n[2]+r}}function s(t,n){var r,o,i,a,s,u,l,c=ke.browser,d=ye._outerWidth,f=ye._outerHeight;return t.parent().hasClass(\"k-animation-container\")?(u=t.parent(\".k-animation-container\"),l=u[0].style,u.is(\":hidden\")&&u.show(),r=Oe.test(l.width)||Oe.test(l.height),r||u.css({width:d(t),height:f(t),boxSizing:\"content-box\",mozBoxSizing:\"content-box\",webkitBoxSizing:\"content-box\"})):(o=t[0].style.width,i=t[0].style.height,a=Oe.test(o),s=Oe.test(i),r=a||s,!a&&(!n||n&&o)&&(o=d(t)),!s&&(!n||n&&i)&&(i=f(t)),t.wrap(e(\"<div/>\").addClass(\"k-animation-container\").css({width:o,height:i})),r&&t.css({width:\"100%\",height:\"100%\",boxSizing:\"border-box\",mozBoxSizing:\"border-box\",webkitBoxSizing:\"border-box\"})),c.msie&&Te.floor(c.version)<=7&&(t.css({zoom:1}),t.children(\".k-menu\").width(t.width())),t.parent()}function u(e){var t=1,n=arguments.length;for(t=1;t<n;t++)l(e,arguments[t]);return e}function l(e,t){var n,r,o,i,a,s=ye.data.ObservableArray,u=ye.data.LazyObservableArray,c=ye.data.DataSource,d=ye.data.HierarchicalDataSource;for(n in t)r=t[n],o=typeof r,i=o===Ae&&null!==r?r.constructor:null,i&&i!==Array&&i!==s&&i!==u&&i!==c&&i!==d?r instanceof Date?e[n]=new Date(r.getTime()):_(r.clone)?e[n]=r.clone():(a=e[n],e[n]=typeof a===Ae?a||{}:{},l(e[n],r)):o!==Fe&&(e[n]=r);return e}function c(e,t,r){for(var o in t)if(t.hasOwnProperty(o)&&t[o].test(e))return o;return r!==n?r:e}function d(e){return e.replace(/([a-z][A-Z])/g,function(e){return e.charAt(0)+\"-\"+e.charAt(1).toLowerCase()})}function f(e){return e.replace(/\\-(\\w)/g,function(e,t){return t.toUpperCase()})}function m(t,n){var r,o={};return document.defaultView&&document.defaultView.getComputedStyle?(r=document.defaultView.getComputedStyle(t,\"\"),n&&e.each(n,function(e,t){o[t]=r.getPropertyValue(t)})):(r=t.currentStyle,n&&e.each(n,function(e,t){o[t]=r[f(t)]})),ye.size(o)||(o=r),o}function p(e){if(e&&e.className&&\"string\"==typeof e.className&&e.className.indexOf(\"k-auto-scrollable\")>-1)return!0;var t=m(e,[\"overflow\"]).overflow;return\"auto\"==t||\"scroll\"==t}function h(t,r){var o,i=ke.browser.webkit,a=ke.browser.mozilla,s=t instanceof e?t[0]:t;if(t)return o=ke.isRtl(t),r===n?o&&i?s.scrollWidth-s.clientWidth-s.scrollLeft:Math.abs(s.scrollLeft):(s.scrollLeft=o&&i?s.scrollWidth-s.clientWidth-r:o&&a?-r:r,n)}function g(e){var t,n=0;for(t in e)e.hasOwnProperty(t)&&\"toJSON\"!=t&&n++;return n}function y(e,n,r){var o,i,a;return n||(n=\"offset\"),o=e[n](),i={top:o.top,right:o.right,bottom:o.bottom,left:o.left},ke.browser.msie&&(ke.pointers||ke.msPointers)&&!r&&(a=ke.isRtl(e)?1:-1,i.top-=t.pageYOffset+a*document.documentElement.scrollTop,i.left-=t.pageXOffset+a*document.documentElement.scrollLeft),i}function v(e){var t={};return be(\"string\"==typeof e?e.split(\" \"):e,function(e){t[e]=this}),t}function b(e){return new ye.effects.Element(e)}function w(e,t,n,r){return typeof e===He&&(_(t)&&(r=t,t=400,n=!1),_(n)&&(r=n,n=!1),typeof t===Pe&&(n=t,t=400),e={effects:e,duration:t,reverse:n,complete:r}),ve({effects:{},duration:400,reverse:!1,init:Se,teardown:Se,hide:!1},e,{completeCallback:e.complete,complete:Se})}function M(t,n,r,o,i){for(var a,s=0,u=t.length;s<u;s++)a=e(t[s]),a.queue(function(){B.promise(a,w(n,r,o,i))});return t}function S(e,t,n,r){return t&&(t=t.split(\" \"),be(t,function(t,n){e.toggleClass(n,r)})),e}function T(e){return(\"\"+e).replace(J,\"&amp;\").replace(Y,\"&lt;\").replace(G,\"&gt;\").replace(q,\"&quot;\").replace(V,\"&#39;\")}function x(e,t){var r;return 0===t.indexOf(\"data\")&&(t=t.substring(4),t=t.charAt(0).toLowerCase()+t.substring(1)),t=t.replace(oe,\"-$1\"),r=e.getAttribute(\"data-\"+ye.ns+t),null===r?r=n:\"null\"===r?r=null:\"true\"===r?r=!0:\"false\"===r?r=!1:Ce.test(r)?r=parseFloat(r):ne.test(r)&&!re.test(r)&&(r=Function(\"return (\"+r+\")\")()),r}function k(t,r){var o,i,a={};for(o in r)i=x(t,o),i!==n&&(te.test(o)&&(i=ye.template(e(\"#\"+i).html())),a[o]=i);return a}function O(t,n){return e.contains(t,n)?-1:1}function z(){var t=e(this);return e.inArray(t.attr(\"data-\"+ye.ns+\"role\"),[\"slider\",\"rangeslider\"])>-1||t.is(\":visible\")}function D(e,t){var n=e.nodeName.toLowerCase();return(/input|select|textarea|button|object/.test(n)?!e.disabled:\"a\"===n?e.href||t:t)&&C(e)}function C(t){return e.expr.filters.visible(t)&&!e(t).parents().addBack().filter(function(){return\"hidden\"===e.css(this,\"visibility\")}).length}function E(e,t){return new E.fn.init(e,t)}var H,_,A,N,P,F,R,U,I,$,L,W,j,B,J,Y,q,V,G,K,Q,Z,X,ee,te,ne,re,oe,ie,ae,se,ue,le,ce,de,fe,me,pe,he,ge,ye=t.kendo=t.kendo||{cultures:{}},ve=e.extend,be=e.each,we=e.isArray,Me=e.proxy,Se=e.noop,Te=Math,xe=t.JSON||{},ke={},Oe=/%/,ze=/\\{(\\d+)(:[^\\}]+)?\\}/g,De=/(\\d+(?:\\.?)\\d*)px\\s*(\\d+(?:\\.?)\\d*)px\\s*(\\d+(?:\\.?)\\d*)px\\s*(\\d+)?/i,Ce=/^(\\+|-?)\\d+(\\.?)\\d*$/,Ee=\"function\",He=\"string\",_e=\"number\",Ae=\"object\",Ne=\"null\",Pe=\"boolean\",Fe=\"undefined\",Re={},Ue={},Ie=[].slice;ye.version=\"2016.3.1118\".replace(/^\\s+|\\s+$/g,\"\"),r.extend=function(e){var t,n,r=function(){},o=this,i=e&&e.init?e.init:function(){o.apply(this,arguments)};r.prototype=o.prototype,n=i.fn=i.prototype=new r;for(t in e)n[t]=null!=e[t]&&e[t].constructor===Object?ve(!0,{},r.prototype[t],e[t]):e[t];return n.constructor=i,i.extend=o.extend,i},r.prototype._initOptions=function(e){this.options=u({},this.options,e)},_=ye.isFunction=function(e){return\"function\"==typeof e},A=function(){this._defaultPrevented=!0},N=function(){return this._defaultPrevented===!0},P=r.extend({init:function(){this._events={}},bind:function(e,t,r){var o,i,a,s,u,l=this,c=typeof e===He?[e]:e,d=typeof t===Ee;if(t===n){for(o in e)l.bind(o,e[o]);return l}for(o=0,i=c.length;o<i;o++)e=c[o],s=d?t:t[e],s&&(r&&(a=s,s=function(){l.unbind(e,s),a.apply(l,arguments)},s.original=a),u=l._events[e]=l._events[e]||[],u.push(s));return l},one:function(e,t){return this.bind(e,t,!0)},first:function(e,t){var n,r,o,i,a=this,s=typeof e===He?[e]:e,u=typeof t===Ee;for(n=0,r=s.length;n<r;n++)e=s[n],o=u?t:t[e],o&&(i=a._events[e]=a._events[e]||[],i.unshift(o));return a},trigger:function(e,t){var n,r,o=this,i=o._events[e];if(i){for(t=t||{},t.sender=o,t._defaultPrevented=!1,t.preventDefault=A,t.isDefaultPrevented=N,i=i.slice(),n=0,r=i.length;n<r;n++)i[n].call(o,t);return t._defaultPrevented===!0}return!1},unbind:function(e,t){var r,o=this,i=o._events[e];if(e===n)o._events={};else if(i)if(t)for(r=i.length-1;r>=0;r--)i[r]!==t&&i[r].original!==t||i.splice(r,1);else o._events[e]=[];return o}}),F=/^\\w+/,R=/\\$\\{([^}]*)\\}/g,U=/\\\\\\}/g,I=/__CURLY__/g,$=/\\\\#/g,L=/__SHARP__/g,W=[\"\",\"0\",\"00\",\"000\",\"0000\"],H={paramName:\"data\",useWithBlock:!0,render:function(e,t){var n,r,o=\"\";for(n=0,r=t.length;n<r;n++)o+=e(t[n]);return o},compile:function(e,t){var n,r,i,a=ve({},this,t),s=a.paramName,u=s.match(F)[0],l=a.useWithBlock,c=\"var $kendoOutput, $kendoHtmlEncode = kendo.htmlEncode;\";if(_(e))return e;for(c+=l?\"with(\"+s+\"){\":\"\",c+=\"$kendoOutput=\",r=e.replace(U,\"__CURLY__\").replace(R,\"#=$kendoHtmlEncode($1)#\").replace(I,\"}\").replace($,\"__SHARP__\").split(\"#\"),i=0;i<r.length;i++)c+=o(r[i],i%2===0);c+=l?\";}\":\";\",c+=\"return $kendoOutput;\",c=c.replace(L,\"#\");try{return n=Function(u,c),n._slotCount=Math.floor(r.length/2),n}catch(d){throw Error(ye.format(\"Invalid template:'{0}' Generated code:'{1}'\",e,c))}}},function(){function e(e){return a.lastIndex=0,a.test(e)?'\"'+e.replace(a,function(e){var t=s[e];return typeof t===He?t:\"\\\\u\"+(\"0000\"+e.charCodeAt(0).toString(16)).slice(-4)})+'\"':'\"'+e+'\"'}function t(i,a){var s,l,c,d,f,m,p=n,h=a[i];if(h&&typeof h===Ae&&typeof h.toJSON===Ee&&(h=h.toJSON(i)),typeof o===Ee&&(h=o.call(a,i,h)),m=typeof h,m===He)return e(h);if(m===_e)return isFinite(h)?h+\"\":Ne;if(m===Pe||m===Ne)return h+\"\";if(m===Ae){if(!h)return Ne;if(n+=r,f=[],\"[object Array]\"===u.apply(h)){for(d=h.length,s=0;s<d;s++)f[s]=t(s,h)||Ne;return c=0===f.length?\"[]\":n?\"[\\n\"+n+f.join(\",\\n\"+n)+\"\\n\"+p+\"]\":\"[\"+f.join(\",\")+\"]\",n=p,c}if(o&&typeof o===Ae)for(d=o.length,s=0;s<d;s++)typeof o[s]===He&&(l=o[s],c=t(l,h),c&&f.push(e(l)+(n?\": \":\":\")+c));else for(l in h)Object.hasOwnProperty.call(h,l)&&(c=t(l,h),c&&f.push(e(l)+(n?\": \":\":\")+c));return c=0===f.length?\"{}\":n?\"{\\n\"+n+f.join(\",\\n\"+n)+\"\\n\"+p+\"}\":\"{\"+f.join(\",\")+\"}\",n=p,c}}var n,r,o,a=/[\\\\\\\"\\x00-\\x1f\\x7f-\\x9f\\u00ad\\u0600-\\u0604\\u070f\\u17b4\\u17b5\\u200c-\\u200f\\u2028-\\u202f\\u2060-\\u206f\\ufeff\\ufff0-\\uffff]/g,s={\"\\b\":\"\\\\b\",\"\\t\":\"\\\\t\",\"\\n\":\"\\\\n\",\"\\f\":\"\\\\f\",\"\\r\":\"\\\\r\",'\"':'\\\\\"',\"\\\\\":\"\\\\\\\\\"},u={}.toString;typeof Date.prototype.toJSON!==Ee&&(Date.prototype.toJSON=function(){var e=this;return isFinite(e.valueOf())?i(e.getUTCFullYear(),4)+\"-\"+i(e.getUTCMonth()+1)+\"-\"+i(e.getUTCDate())+\"T\"+i(e.getUTCHours())+\":\"+i(e.getUTCMinutes())+\":\"+i(e.getUTCSeconds())+\"Z\":null},String.prototype.toJSON=Number.prototype.toJSON=Boolean.prototype.toJSON=function(){return this.valueOf()}),typeof xe.stringify!==Ee&&(xe.stringify=function(e,i,a){var s;if(n=\"\",r=\"\",typeof a===_e)for(s=0;s<a;s+=1)r+=\" \";else typeof a===He&&(r=a);if(o=i,i&&typeof i!==Ee&&(typeof i!==Ae||typeof i.length!==_e))throw Error(\"JSON.stringify\");return t(\"\",{\"\":e})})}(),function(){function t(e){if(e){if(e.numberFormat)return e;if(typeof e===He){var t=ye.cultures;return t[e]||t[e.split(\"-\")[0]]||null}return null}return null}function r(e){return e&&(e=t(e)),e||ye.cultures.current}function o(e,t,o){o=r(o);var a=o.calendars.standard,s=a.days,u=a.months;return t=a.patterns[t]||t,t.replace(c,function(t){var r,o,l;return\"d\"===t?o=e.getDate():\"dd\"===t?o=i(e.getDate()):\"ddd\"===t?o=s.namesAbbr[e.getDay()]:\"dddd\"===t?o=s.names[e.getDay()]:\"M\"===t?o=e.getMonth()+1:\"MM\"===t?o=i(e.getMonth()+1):\"MMM\"===t?o=u.namesAbbr[e.getMonth()]:\"MMMM\"===t?o=u.names[e.getMonth()]:\"yy\"===t?o=i(e.getFullYear()%100):\"yyyy\"===t?o=i(e.getFullYear(),4):\"h\"===t?o=e.getHours()%12||12:\"hh\"===t?o=i(e.getHours()%12||12):\"H\"===t?o=e.getHours():\"HH\"===t?o=i(e.getHours()):\"m\"===t?o=e.getMinutes():\"mm\"===t?o=i(e.getMinutes()):\"s\"===t?o=e.getSeconds():\"ss\"===t?o=i(e.getSeconds()):\"f\"===t?o=Te.floor(e.getMilliseconds()/100):\"ff\"===t?(o=e.getMilliseconds(),o>99&&(o=Te.floor(o/10)),o=i(o)):\"fff\"===t?o=i(e.getMilliseconds(),3):\"tt\"===t?o=e.getHours()<12?a.AM[0]:a.PM[0]:\"zzz\"===t?(r=e.getTimezoneOffset(),l=r<0,o=(\"\"+Te.abs(r/60)).split(\".\")[0],r=Te.abs(r)-60*o,o=(l?\"+\":\"-\")+i(o),o+=\":\"+i(r)):\"zz\"!==t&&\"z\"!==t||(o=e.getTimezoneOffset()/60,l=o<0,o=(\"\"+Te.abs(o)).split(\".\")[0],o=(l?\"+\":\"-\")+(\"zz\"===t?i(o):o)),o!==n?o:t.slice(1,t.length-1)})}function a(e,t,o){o=r(o);var i,a,l,c,w,M,S,T,x,k,O,z,D,C,E,H,_,A,N,P,F,R,U,I=o.numberFormat,$=I[h],L=I.decimals,W=I.pattern[0],j=[],B=e<0,J=p,Y=p,q=-1;if(e===n)return p;if(!isFinite(e))return e;if(!t)return o.name.length?e.toLocaleString():\"\"+e;if(w=d.exec(t)){if(t=w[1].toLowerCase(),a=\"c\"===t,l=\"p\"===t,(a||l)&&(I=a?I.currency:I.percent,$=I[h],L=I.decimals,i=I.symbol,W=I.pattern[B?0:1]),c=w[2],c&&(L=+c),\"e\"===t)return c?e.toExponential(L):e.toExponential();if(l&&(e*=100),e=u(e,L),B=e<0,e=e.split(h),M=e[0],S=e[1],B&&(M=M.substring(1)),Y=s(M,0,M.length,I),S&&(Y+=$+S),\"n\"===t&&!B)return Y;for(e=p,k=0,O=W.length;k<O;k++)z=W.charAt(k),e+=\"n\"===z?Y:\"$\"===z||\"%\"===z?i:z;return e}if(B&&(e=-e),(t.indexOf(\"'\")>-1||t.indexOf('\"')>-1||t.indexOf(\"\\\\\")>-1)&&(t=t.replace(f,function(e){var t=e.charAt(0).replace(\"\\\\\",\"\"),n=e.slice(1).replace(t,\"\");return j.push(n),b})),t=t.split(\";\"),B&&t[1])t=t[1],C=!0;else if(0===e){if(t=t[2]||t[0],t.indexOf(y)==-1&&t.indexOf(v)==-1)return t}else t=t[0];if(P=t.indexOf(\"%\"),F=t.indexOf(\"$\"),l=P!=-1,a=F!=-1,l&&(e*=100),a&&\"\\\\\"===t[F-1]&&(t=t.split(\"\\\\\").join(\"\"),a=!1),(a||l)&&(I=a?I.currency:I.percent,$=I[h],L=I.decimals,i=I.symbol),D=t.indexOf(g)>-1,D&&(t=t.replace(m,p)),E=t.indexOf(h),O=t.length,E!=-1?(S=(\"\"+e).split(\"e\"),S=S[1]?u(e,Math.abs(S[1])):S[0],S=S.split(h)[1]||p,_=t.lastIndexOf(v)-E,H=t.lastIndexOf(y)-E,A=_>-1,N=H>-1,k=S.length,A||N||(t=t.substring(0,E)+t.substring(E+1),O=t.length,E=-1,k=0),A&&_>H?k=_:H>_&&(N&&k>H?k=H:A&&k<_&&(k=_)),k>-1&&(e=u(e,k))):e=u(e),H=t.indexOf(y),R=_=t.indexOf(v),q=H==-1&&_!=-1?_:H!=-1&&_==-1?H:H>_?_:H,H=t.lastIndexOf(y),_=t.lastIndexOf(v),U=H==-1&&_!=-1?_:H!=-1&&_==-1?H:H>_?H:_,q==O&&(U=q),q!=-1){for(Y=(\"\"+e).split(h),M=Y[0],S=Y[1]||p,T=M.length,x=S.length,B&&e*-1>=0&&(B=!1),e=t.substring(0,q),B&&!C&&(e+=\"-\"),k=q;k<O;k++){if(z=t.charAt(k),E==-1){if(U-k<T){e+=M;break}}else if(_!=-1&&_<k&&(J=p),E-k<=T&&E-k>-1&&(e+=M,k=E),E===k){e+=(S?$:p)+S,k+=U-E+1;continue}z===v?(e+=z,J=z):z===y&&(e+=J)}if(D&&(e=s(e,q+(B?1:0),Math.max(U,T+q),I)),U>=q&&(e+=t.substring(U+1)),a||l){for(Y=p,k=0,O=e.length;k<O;k++)z=e.charAt(k),Y+=\"$\"===z||\"%\"===z?i:z;e=Y}if(O=j.length)for(k=0;k<O;k++)e=e.replace(b,j[k])}return e}var s,u,l,c=/dddd|ddd|dd|d|MMMM|MMM|MM|M|yyyy|yy|HH|H|hh|h|mm|m|fff|ff|f|tt|ss|s|zzz|zz|z|\"[^\"]*\"|'[^']*'/g,d=/^(n|c|p|e)(\\d*)$/i,f=/(\\\\.)|(['][^']*[']?)|([\"][^\"]*[\"]?)/g,m=/\\,/g,p=\"\",h=\".\",g=\",\",y=\"#\",v=\"0\",b=\"??\",w=\"en-US\",M={}.toString;ye.cultures[\"en-US\"]={name:w,numberFormat:{pattern:[\"-n\"],decimals:2,\",\":\",\",\".\":\".\",groupSize:[3],percent:{pattern:[\"-n %\",\"n %\"],decimals:2,\",\":\",\",\".\":\".\",groupSize:[3],symbol:\"%\"},currency:{name:\"US Dollar\",abbr:\"USD\",pattern:[\"($n)\",\"$n\"],decimals:2,\",\":\",\",\".\":\".\",groupSize:[3],symbol:\"$\"}},calendars:{standard:{days:{names:[\"Sunday\",\"Monday\",\"Tuesday\",\"Wednesday\",\"Thursday\",\"Friday\",\"Saturday\"],namesAbbr:[\"Sun\",\"Mon\",\"Tue\",\"Wed\",\"Thu\",\"Fri\",\"Sat\"],namesShort:[\"Su\",\"Mo\",\"Tu\",\"We\",\"Th\",\"Fr\",\"Sa\"]},months:{names:[\"January\",\"February\",\"March\",\"April\",\"May\",\"June\",\"July\",\"August\",\"September\",\"October\",\"November\",\"December\"],namesAbbr:[\"Jan\",\"Feb\",\"Mar\",\"Apr\",\"May\",\"Jun\",\"Jul\",\"Aug\",\"Sep\",\"Oct\",\"Nov\",\"Dec\"]},AM:[\"AM\",\"am\",\"AM\"],PM:[\"PM\",\"pm\",\"PM\"],patterns:{d:\"M/d/yyyy\",D:\"dddd, MMMM dd, yyyy\",F:\"dddd, MMMM dd, yyyy h:mm:ss tt\",g:\"M/d/yyyy h:mm tt\",G:\"M/d/yyyy h:mm:ss tt\",m:\"MMMM dd\",M:\"MMMM dd\",s:\"yyyy'-'MM'-'ddTHH':'mm':'ss\",t:\"h:mm tt\",T:\"h:mm:ss tt\",u:\"yyyy'-'MM'-'dd HH':'mm':'ss'Z'\",y:\"MMMM, yyyy\",Y:\"MMMM, yyyy\"},\"/\":\"/\",\":\":\":\",firstDay:0,twoDigitYearMax:2029}}},ye.culture=function(e){var r,o=ye.cultures;return e===n?o.current:(r=t(e)||o[w],r.calendar=r.calendars.standard,o.current=r,n)},ye.findCulture=t,ye.getCulture=r,ye.culture(w),s=function(e,t,r,o){var i,a,s,u,l,c,d=e.indexOf(o[h]),f=o.groupSize.slice(),m=f.shift();if(r=d!==-1?d:r+1,i=e.substring(t,r),a=i.length,a>=m){for(s=a,u=[];s>-1;)if(l=i.substring(s-m,s),l&&u.push(l),s-=m,c=f.shift(),m=c!==n?c:m,0===m){u.push(i.substring(0,s));break}i=u.reverse().join(o[g]),e=e.substring(0,t)+i+e.substring(r)}return e},u=function(e,t){return t=t||0,e=(\"\"+e).split(\"e\"),e=Math.round(+(e[0]+\"e\"+(e[1]?+e[1]+t:t))),e=(\"\"+e).split(\"e\"),e=+(e[0]+\"e\"+(e[1]?+e[1]-t:-t)),e.toFixed(Math.min(t,20))},l=function(e,t,r){if(t){if(\"[object Date]\"===M.call(e))return o(e,t,r);if(typeof e===_e)return a(e,t,r)}return e!==n?e:\"\"},ye.format=function(e){var t=arguments;return e.replace(ze,function(e,n,r){var o=t[parseInt(n,10)+1];return l(o,r?r.substring(1):\"\")})},ye._extractFormat=function(e){return\"{0:\"===e.slice(0,3)&&(e=e.slice(3,e.length-1)),e},ye._activeElement=function(){try{return document.activeElement}catch(e){return document.documentElement.activeElement}},ye._round=u,ye._outerWidth=function(t,n){return e(t).outerWidth(n||!1)||0},ye._outerHeight=function(t,n){return e(t).outerHeight(n||!1)||0},ye.toString=l}(),function(){function t(e,t,n){return!(e>=t&&e<=n)}function r(e){return e.charAt(0)}function o(t){return e.map(t,r)}function i(e,t){t||23!==e.getHours()||e.setHours(e.getHours()+2)}function a(e){for(var t=0,n=e.length,r=[];t<n;t++)r[t]=(e[t]+\"\").toLowerCase();return r}function s(e){var t,n={};for(t in e)n[t]=a(e[t]);return n}function u(e,r,a){if(!e)return null;var u,l,c,d,f,h,g,y,v,w,M,S,T,x=function(e){for(var t=0;r[F]===e;)t++,F++;return t>0&&(F-=1),t},k=function(t){var n=b[t]||RegExp(\"^\\\\d{1,\"+t+\"}\"),r=e.substr(R,t).match(n);return r?(r=r[0],R+=r.length,parseInt(r,10)):null},O=function(t,n){for(var r,o,i,a=0,s=t.length,u=0,l=0;a<s;a++)r=t[a],o=r.length,i=e.substr(R,o),n&&(i=i.toLowerCase()),i==r&&o>u&&(u=o,l=a);return u?(R+=u,l+1):null},z=function(){var t=!1;return e.charAt(R)===r[F]&&(R++,t=!0),t},D=a.calendars.standard,C=null,E=null,H=null,_=null,A=null,N=null,P=null,F=0,R=0,U=!1,I=new Date,$=D.twoDigitYearMax||2029,L=I.getFullYear();for(r||(r=\"d\"),d=D.patterns[r],d&&(r=d),r=r.split(\"\"),c=r.length;F<c;F++)if(u=r[F],U)\"'\"===u?U=!1:z();else if(\"d\"===u){if(l=x(\"d\"),D._lowerDays||(D._lowerDays=s(D.days)),null!==H&&l>2)continue;if(H=l<3?k(2):O(D._lowerDays[3==l?\"namesAbbr\":\"names\"],!0),null===H||t(H,1,31))return null}else if(\"M\"===u){if(l=x(\"M\"),D._lowerMonths||(D._lowerMonths=s(D.months)),E=l<3?k(2):O(D._lowerMonths[3==l?\"namesAbbr\":\"names\"],!0),null===E||t(E,1,12))return null;E-=1}else if(\"y\"===u){if(l=x(\"y\"),C=k(l),null===C)return null;2==l&&(\"string\"==typeof $&&($=L+parseInt($,10)),C=L-L%100+C,C>$&&(C-=100))}else if(\"h\"===u){if(x(\"h\"),_=k(2),12==_&&(_=0),null===_||t(_,0,11))return null}else if(\"H\"===u){if(x(\"H\"),_=k(2),null===_||t(_,0,23))return null}else if(\"m\"===u){if(x(\"m\"),A=k(2),null===A||t(A,0,59))return null}else if(\"s\"===u){if(x(\"s\"),N=k(2),null===N||t(N,0,59))return null}else if(\"f\"===u){if(l=x(\"f\"),T=e.substr(R,l).match(b[3]),P=k(l),null!==P&&(P=parseFloat(\"0.\"+T[0],10),P=ye._round(P,3),P*=1e3),null===P||t(P,0,999))return null}else if(\"t\"===u){if(l=x(\"t\"),y=D.AM,v=D.PM,1===l&&(y=o(y),v=o(v)),f=O(v),!f&&!O(y))return null}else if(\"z\"===u){if(h=!0,l=x(\"z\"),\"Z\"===e.substr(R,1)){z();continue}if(g=e.substr(R,6).match(l>2?p:m),!g)return null;if(g=g[0].split(\":\"),w=g[0],M=g[1],!M&&w.length>3&&(R=w.length-2,M=w.substring(R),w=w.substring(0,R)),w=parseInt(w,10),t(w,-12,13))return null;if(l>2&&(M=parseInt(M,10),isNaN(M)||t(M,0,59)))return null}else if(\"'\"===u)U=!0,z();else if(!z())return null;return S=null!==_||null!==A||N||null,null===C&&null===E&&null===H&&S?(C=L,E=I.getMonth(),H=I.getDate()):(null===C&&(C=L),null===H&&(H=1)),f&&_<12&&(_+=12),h?(w&&(_+=-w),M&&(A+=-M),e=new Date(Date.UTC(C,E,H,_,A,N,P))):(e=new Date(C,E,H,_,A,N,P),i(e,_)),C<100&&e.setFullYear(C),e.getDate()!==H&&h===n?null:e}function l(e){var t=\"-\"===e.substr(0,1)?-1:1;return e=e.substring(1),e=60*parseInt(e.substr(0,2),10)+parseInt(e.substring(2),10),t*e}function c(e){var t,n,r,o=Te.max(y.length,v.length),i=e.calendar.patterns,a=[];for(r=0;r<o;r++){for(t=y[r],n=0;n<t.length;n++)a.push(i[t[n]]);a=a.concat(v[r])}return a}var d=/\\u00A0/g,f=/[eE][\\-+]?[0-9]+/,m=/[+|\\-]\\d{1,2}/,p=/[+|\\-]\\d{1,2}:?\\d{2}/,h=/^\\/Date\\((.*?)\\)\\/$/,g=/[+-]\\d*/,y=[[],[\"G\",\"g\",\"F\"],[\"D\",\"d\",\"y\",\"m\",\"T\",\"t\"]],v=[[\"yyyy-MM-ddTHH:mm:ss.fffffffzzz\",\"yyyy-MM-ddTHH:mm:ss.fffffff\",\"yyyy-MM-ddTHH:mm:ss.fffzzz\",\"yyyy-MM-ddTHH:mm:ss.fff\",\"ddd MMM dd yyyy HH:mm:ss\",\"yyyy-MM-ddTHH:mm:sszzz\",\"yyyy-MM-ddTHH:mmzzz\",\"yyyy-MM-ddTHH:mmzz\",\"yyyy-MM-ddTHH:mm:ss\",\"yyyy-MM-dd HH:mm:ss\",\"yyyy/MM/dd HH:mm:ss\"],[\"yyyy-MM-ddTHH:mm\",\"yyyy-MM-dd HH:mm\",\"yyyy/MM/dd HH:mm\"],[\"yyyy/MM/dd\",\"yyyy-MM-dd\",\"HH:mm:ss\",\"HH:mm\"]],b={2:/^\\d{1,2}/,3:/^\\d{1,3}/,4:/^\\d{4}/},w={}.toString;ye.parseDate=function(e,t,n){var r,o,i,a;if(\"[object Date]\"===w.call(e))return e;if(r=0,o=null,e&&0===e.indexOf(\"/D\")&&(o=h.exec(e)))return o=o[1],a=g.exec(o.substring(1)),o=new Date(parseInt(o,10)),a&&(a=l(a[0]),o=ye.timezone.apply(o,0),o=ye.timezone.convert(o,0,-1*a)),o;for(n=ye.getCulture(n),t||(t=c(n)),t=we(t)?t:[t],i=t.length;r<i;r++)if(o=u(e,t[r],n))return o;return o},ye.parseInt=function(e,t){var n=ye.parseFloat(e,t);return n&&(n=0|n),n},ye.parseFloat=function(e,t,n){if(!e&&0!==e)return null;if(typeof e===_e)return e;e=\"\"+e,t=ye.getCulture(t);var r,o,i=t.numberFormat,a=i.percent,s=i.currency,u=s.symbol,l=a.symbol,c=e.indexOf(\"-\");return f.test(e)?(e=parseFloat(e.replace(i[\".\"],\".\")),isNaN(e)&&(e=null),e):c>0?null:(c=c>-1,e.indexOf(u)>-1||n&&n.toLowerCase().indexOf(\"c\")>-1?(i=s,r=i.pattern[0].replace(\"$\",u).split(\"n\"),e.indexOf(r[0])>-1&&e.indexOf(r[1])>-1&&(e=e.replace(r[0],\"\").replace(r[1],\"\"),c=!0)):e.indexOf(l)>-1&&(o=!0,i=a,u=l),e=e.replace(\"-\",\"\").replace(u,\"\").replace(d,\" \").split(i[\",\"].replace(d,\" \")).join(\"\").replace(i[\".\"],\".\"),e=parseFloat(e),isNaN(e)?e=null:c&&(e*=-1),e&&o&&(e/=100),e)}}(),function(){var r,o,i,a,s,u,l;ke._scrollbar=n,ke.scrollbar=function(e){if(isNaN(ke._scrollbar)||e){var t,n=document.createElement(\"div\");return n.style.cssText=\"overflow:scroll;overflow-x:hidden;zoom:1;clear:both;display:block\",n.innerHTML=\"&nbsp;\",document.body.appendChild(n),ke._scrollbar=t=n.offsetWidth-n.scrollWidth,document.body.removeChild(n),t}return ke._scrollbar},ke.isRtl=function(t){return e(t).closest(\".k-rtl\").length>0},r=document.createElement(\"table\");try{r.innerHTML=\"<tr><td></td></tr>\",ke.tbodyInnerHtml=!0}catch(d){ke.tbodyInnerHtml=!1}ke.touch=\"ontouchstart\"in t,ke.msPointers=t.MSPointerEvent,ke.pointers=t.PointerEvent,o=ke.transitions=!1,i=ke.transforms=!1,a=\"HTMLElement\"in t?HTMLElement.prototype:[],ke.hasHW3D=\"WebKitCSSMatrix\"in t&&\"m11\"in new t.WebKitCSSMatrix||\"MozPerspective\"in document.documentElement.style||\"msPerspective\"in document.documentElement.style,be([\"Moz\",\"webkit\",\"O\",\"ms\"],function(){var e,t=\"\"+this,n=typeof r.style[t+\"Transition\"]===He;if(n||typeof r.style[t+\"Transform\"]===He)return e=t.toLowerCase(),i={css:\"ms\"!=e?\"-\"+e+\"-\":\"\",prefix:t,event:\"o\"===e||\"webkit\"===e?e:\"\"},n&&(o=i,o.event=o.event?o.event+\"TransitionEnd\":\"transitionend\"),!1}),r=null,ke.transforms=i,ke.transitions=o,ke.devicePixelRatio=t.devicePixelRatio===n?1:t.devicePixelRatio;try{ke.screenWidth=t.outerWidth||t.screen?t.screen.availWidth:t.innerWidth,ke.screenHeight=t.outerHeight||t.screen?t.screen.availHeight:t.innerHeight}catch(d){ke.screenWidth=t.screen.availWidth,ke.screenHeight=t.screen.availHeight}ke.detectOS=function(e){var n,r,o=!1,i=[],a=!/mobile safari/i.test(e),s={wp:/(Windows Phone(?: OS)?)\\s(\\d+)\\.(\\d+(\\.\\d+)?)/,fire:/(Silk)\\/(\\d+)\\.(\\d+(\\.\\d+)?)/,android:/(Android|Android.*(?:Opera|Firefox).*?\\/)\\s*(\\d+)\\.(\\d+(\\.\\d+)?)/,iphone:/(iPhone|iPod).*OS\\s+(\\d+)[\\._]([\\d\\._]+)/,ipad:/(iPad).*OS\\s+(\\d+)[\\._]([\\d_]+)/,meego:/(MeeGo).+NokiaBrowser\\/(\\d+)\\.([\\d\\._]+)/,webos:/(webOS)\\/(\\d+)\\.(\\d+(\\.\\d+)?)/,blackberry:/(BlackBerry|BB10).*?Version\\/(\\d+)\\.(\\d+(\\.\\d+)?)/,playbook:/(PlayBook).*?Tablet\\s*OS\\s*(\\d+)\\.(\\d+(\\.\\d+)?)/,windows:/(MSIE)\\s+(\\d+)\\.(\\d+(\\.\\d+)?)/,tizen:/(tizen).*?Version\\/(\\d+)\\.(\\d+(\\.\\d+)?)/i,sailfish:/(sailfish).*rv:(\\d+)\\.(\\d+(\\.\\d+)?).*firefox/i,ffos:/(Mobile).*rv:(\\d+)\\.(\\d+(\\.\\d+)?).*Firefox/},u={ios:/^i(phone|pad|pod)$/i,android:/^android|fire$/i,blackberry:/^blackberry|playbook/i,windows:/windows/,wp:/wp/,flat:/sailfish|ffos|tizen/i,meego:/meego/},l={tablet:/playbook|ipad|fire/i},d={omini:/Opera\\sMini/i,omobile:/Opera\\sMobi/i,firefox:/Firefox|Fennec/i,mobilesafari:/version\\/.*safari/i,ie:/MSIE|Windows\\sPhone/i,chrome:/chrome|crios/i,webkit:/webkit/i};for(r in s)if(s.hasOwnProperty(r)&&(i=e.match(s[r]))){if(\"windows\"==r&&\"plugins\"in navigator)return!1;o={},o.device=r,o.tablet=c(r,l,!1),o.browser=c(e,d,\"default\"),o.name=c(r,u),o[o.name]=!0,o.majorVersion=i[2],o.minorVersion=i[3].replace(\"_\",\".\"),n=o.minorVersion.replace(\".\",\"\").substr(0,2),o.flatVersion=o.majorVersion+n+Array(3-(n.length<3?n.length:2)).join(\"0\"),o.cordova=typeof t.PhoneGap!==Fe||typeof t.cordova!==Fe,o.appMode=t.navigator.standalone||/file|local|wmapp/.test(t.location.protocol)||o.cordova,o.android&&(ke.devicePixelRatio<1.5&&o.flatVersion<400||a)&&(ke.screenWidth>800||ke.screenHeight>800)&&(o.tablet=r);break}return o},s=ke.mobileOS=ke.detectOS(navigator.userAgent),ke.wpDevicePixelRatio=s.wp?screen.width/320:0,ke.kineticScrollNeeded=s&&(ke.touch||ke.msPointers||ke.pointers),ke.hasNativeScrolling=!1,(s.ios||s.android&&s.majorVersion>2||s.wp)&&(ke.hasNativeScrolling=s),ke.delayedClick=function(){if(ke.touch){if(s.ios)return!0;if(s.android)return!ke.browser.chrome||!(ke.browser.version<32)&&!(e(\"meta[name=viewport]\").attr(\"content\")||\"\").match(/user-scalable=no/i)}return!1},ke.mouseAndTouchPresent=ke.touch&&!(ke.mobileOS.ios||ke.mobileOS.android),ke.detectBrowser=function(e){var t,n=!1,r=[],o={edge:/(edge)[ \\/]([\\w.]+)/i,webkit:/(chrome)[ \\/]([\\w.]+)/i,safari:/(webkit)[ \\/]([\\w.]+)/i,opera:/(opera)(?:.*version|)[ \\/]([\\w.]+)/i,msie:/(msie\\s|trident.*? rv:)([\\w.]+)/i,mozilla:/(mozilla)(?:.*? rv:([\\w.]+)|)/i};for(t in o)if(o.hasOwnProperty(t)&&(r=e.match(o[t]))){n={},n[t]=!0,n[r[1].toLowerCase().split(\" \")[0].split(\"/\")[0]]=!0,n.version=parseInt(document.documentMode||r[2],10);break}return n},ke.browser=ke.detectBrowser(navigator.userAgent),ke.detectClipboardAccess=function(){var e={copy:!!document.queryCommandSupported&&document.queryCommandSupported(\"copy\"),cut:!!document.queryCommandSupported&&document.queryCommandSupported(\"cut\"),paste:!!document.queryCommandSupported&&document.queryCommandSupported(\"paste\")};return ke.browser.chrome&&(e.paste=!1,ke.browser.version>=43&&(e.copy=!0,e.cut=!0)),e},ke.clipboard=ke.detectClipboardAccess(),ke.zoomLevel=function(){var e,n,r;try{return e=ke.browser,n=0,r=document.documentElement,e.msie&&11==e.version&&r.scrollHeight>r.clientHeight&&!ke.touch&&(n=ke.scrollbar()),ke.touch?r.clientWidth/t.innerWidth:e.msie&&e.version>=10?((top||t).document.documentElement.offsetWidth+n)/(top||t).innerWidth:1}catch(o){return 1}},ke.cssBorderSpacing=n!==document.documentElement.style.borderSpacing&&!(ke.browser.msie&&ke.browser.version<8),function(t){var n=\"\",r=e(document.documentElement),o=parseInt(t.version,10);t.msie?n=\"ie\":t.mozilla?n=\"ff\":t.safari?n=\"safari\":t.webkit?n=\"webkit\":t.opera?n=\"opera\":t.edge&&(n=\"edge\"),n&&(n=\"k-\"+n+\" k-\"+n+o),ke.mobileOS&&(n+=\" k-mobile\"),r.addClass(n)}(ke.browser),ke.eventCapture=document.documentElement.addEventListener,u=document.createElement(\"input\"),ke.placeholder=\"placeholder\"in u,ke.propertyChangeEvent=\"onpropertychange\"in u,ke.input=function(){for(var e,t=[\"number\",\"date\",\"time\",\"month\",\"week\",\"datetime\",\"datetime-local\"],n=t.length,r=\"test\",o={},i=0;i<n;i++)e=t[i],u.setAttribute(\"type\",e),u.value=r,o[e.replace(\"-\",\"\")]=\"text\"!==u.type&&u.value!==r;return o}(),u.style.cssText=\"float:left;\",ke.cssFloat=!!u.style.cssFloat,u=null,ke.stableSort=function(){var e,t=513,n=[{index:0,field:\"b\"}];for(e=1;e<t;e++)n.push({index:e,field:\"a\"});return n.sort(function(e,t){return e.field>t.field?1:e.field<t.field?-1:0}),1===n[0].index}(),ke.matchesSelector=a.webkitMatchesSelector||a.mozMatchesSelector||a.msMatchesSelector||a.oMatchesSelector||a.matchesSelector||a.matches||function(t){for(var n=document.querySelectorAll?(this.parentNode||document).querySelectorAll(t)||[]:e(t),r=n.length;r--;)if(n[r]==this)return!0;return!1},ke.pushState=t.history&&t.history.pushState,l=document.documentMode,ke.hashChange=\"onhashchange\"in t&&!(ke.browser.msie&&(!l||l<=8)),ke.customElements=\"registerElement\"in t.document}(),j={left:{reverse:\"right\"},right:{reverse:\"left\"},down:{reverse:\"up\"},up:{reverse:\"down\"},top:{reverse:\"bottom\"},bottom:{reverse:\"top\"},\"in\":{reverse:\"out\"},out:{reverse:\"in\"}},B={},e.extend(B,{enabled:!0,Element:function(t){this.element=e(t)},promise:function(e,t){e.is(\":visible\")||e.css({display:e.data(\"olddisplay\")||\"block\"}).css(\"display\"),t.hide&&e.data(\"olddisplay\",e.css(\"display\")).hide(),t.init&&t.init(),t.completeCallback&&t.completeCallback(e),e.dequeue()},disable:function(){this.enabled=!1,this.promise=this.promiseShim},enable:function(){this.enabled=!0,this.promise=this.animatedPromise}}),B.promiseShim=B.promise,\"kendoAnimate\"in e.fn||ve(e.fn,{kendoStop:function(e,t){return this.stop(e,t)},kendoAnimate:function(e,t,n,r){return M(this,e,t,n,r)},kendoAddClass:function(e,t){return ye.toggleClass(this,e,t,!0)},kendoRemoveClass:function(e,t){return ye.toggleClass(this,e,t,!1)},kendoToggleClass:function(e,t,n){return ye.toggleClass(this,e,t,n)}}),J=/&/g,Y=/</g,q=/\"/g,V=/'/g,G=/>/g,K=function(e){return e.target},ke.touch&&(K=function(e){var t=\"originalEvent\"in e?e.originalEvent.changedTouches:\"changedTouches\"in e?e.changedTouches:null;return t?document.elementFromPoint(t[0].clientX,t[0].clientY):e.target},be([\"swipe\",\"swipeLeft\",\"swipeRight\",\"swipeUp\",\"swipeDown\",\"doubleTap\",\"tap\"],function(t,n){e.fn[n]=function(e){return this.bind(n,e)}})),ke.touch?ke.mobileOS?(ke.mousedown=\"touchstart\",ke.mouseup=\"touchend\",ke.mousemove=\"touchmove\",ke.mousecancel=\"touchcancel\",ke.click=\"touchend\",ke.resize=\"orientationchange\"):(ke.mousedown=\"mousedown touchstart\",ke.mouseup=\"mouseup touchend\",ke.mousemove=\"mousemove touchmove\",ke.mousecancel=\"mouseleave touchcancel\",ke.click=\"click\",ke.resize=\"resize\"):ke.pointers?(ke.mousemove=\"pointermove\",ke.mousedown=\"pointerdown\",ke.mouseup=\"pointerup\",ke.mousecancel=\"pointercancel\",ke.click=\"pointerup\",ke.resize=\"orientationchange resize\"):ke.msPointers?(ke.mousemove=\"MSPointerMove\",ke.mousedown=\"MSPointerDown\",ke.mouseup=\"MSPointerUp\",ke.mousecancel=\"MSPointerCancel\",ke.click=\"MSPointerUp\",ke.resize=\"orientationchange resize\"):(ke.mousemove=\"mousemove\",ke.mousedown=\"mousedown\",ke.mouseup=\"mouseup\",ke.mousecancel=\"mouseleave\",ke.click=\"click\",ke.resize=\"resize\"),Q=function(e,t){var n,r,o,i,a=t||\"d\",s=1;for(r=0,o=e.length;r<o;r++)i=e[r],\"\"!==i&&(n=i.indexOf(\"[\"),0!==n&&(n==-1?i=\".\"+i:(s++,i=\".\"+i.substring(0,n)+\" || {})\"+i.substring(n))),s++,a+=i+(r<o-1?\" || {})\":\")\"));return Array(s).join(\"(\")+a},Z=/^([a-z]+:)?\\/\\//i,ve(ye,{widgets:[],_widgetRegisteredCallbacks:[],ui:ye.ui||{},fx:ye.fx||b,effects:ye.effects||B,mobile:ye.mobile||{},data:ye.data||{},dataviz:ye.dataviz||{},drawing:ye.drawing||{},spreadsheet:{messages:{}},keys:{INSERT:45,DELETE:46,BACKSPACE:8,TAB:9,ENTER:13,ESC:27,LEFT:37,UP:38,RIGHT:39,DOWN:40,END:35,HOME:36,SPACEBAR:32,PAGEUP:33,PAGEDOWN:34,F2:113,F10:121,F12:123,NUMPAD_PLUS:107,NUMPAD_MINUS:109,NUMPAD_DOT:110},support:ye.support||ke,animate:ye.animate||M,ns:\"\",attr:function(e){return\"data-\"+ye.ns+e},getShadows:a,wrap:s,deepExtend:u,getComputedStyles:m,webComponents:ye.webComponents||[],isScrollable:p,scrollLeft:h,size:g,toCamelCase:f,toHyphens:d,getOffset:ye.getOffset||y,parseEffects:ye.parseEffects||v,toggleClass:ye.toggleClass||S,directions:ye.directions||j,Observable:P,Class:r,Template:H,template:Me(H.compile,H),render:Me(H.render,H),stringify:Me(xe.stringify,xe),eventTarget:K,htmlEncode:T,isLocalUrl:function(e){return e&&!Z.test(e)},expr:function(e,t,n){return e=e||\"\",typeof t==He&&(n=t,t=!1),n=n||\"d\",e&&\"[\"!==e.charAt(0)&&(e=\".\"+e),t?(e=e.replace(/\"([^.]*)\\.([^\"]*)\"/g,'\"$1_$DOT$_$2\"'),e=e.replace(/'([^.]*)\\.([^']*)'/g,\"'$1_$DOT$_$2'\"),e=Q(e.split(\".\"),n),e=e.replace(/_\\$DOT\\$_/g,\".\")):e=n+e,e},getter:function(e,t){var n=e+t;return Re[n]=Re[n]||Function(\"d\",\"return \"+ye.expr(e,t))},setter:function(e){return Ue[e]=Ue[e]||Function(\"d,value\",ye.expr(e)+\"=value\")},accessor:function(e){return{get:ye.getter(e),set:ye.setter(e)}},guid:function(){var e,t,n=\"\";for(e=0;e<32;e++)t=16*Te.random()|0,8!=e&&12!=e&&16!=e&&20!=e||(n+=\"-\"),n+=(12==e?4:16==e?3&t|8:t).toString(16);return n},roleSelector:function(e){return e.replace(/(\\S+)/g,\"[\"+ye.attr(\"role\")+\"=$1],\").slice(0,-1)},directiveSelector:function(e){var t,n=e.split(\" \");if(n)for(t=0;t<n.length;t++)\"view\"!=n[t]&&(n[t]=n[t].replace(/(\\w*)(view|bar|strip|over)$/,\"$1-$2\"));return n.join(\" \").replace(/(\\S+)/g,\"kendo-mobile-$1,\").slice(0,-1)},triggeredByInput:function(e){return/^(label|input|textarea|select)$/i.test(e.target.tagName)},onWidgetRegistered:function(e){for(var t=0,n=ye.widgets.length;t<n;t++)e(ye.widgets[t]);ye._widgetRegisteredCallbacks.push(e)},logToConsole:function(e,r){var o=t.console;!ye.suppressLog&&n!==o&&o.log&&o[r||\"log\"](e)}}),X=P.extend({init:function(e,t){var n,r=this;r.element=ye.jQuery(e).handler(r),r.angular(\"init\",t),P.fn.init.call(r),n=t?t.dataSource:null,n&&(t=ve({},t,{dataSource:{}})),t=r.options=ve(!0,{},r.options,t),n&&(t.dataSource=n),\nr.element.attr(ye.attr(\"role\"))||r.element.attr(ye.attr(\"role\"),(t.name||\"\").toLowerCase()),r.element.data(\"kendo\"+t.prefix+t.name,r),r.bind(r.events,t)},events:[],options:{prefix:\"\"},_hasBindingTarget:function(){return!!this.element[0].kendoBindingTarget},_tabindex:function(e){e=e||this.wrapper;var t=this.element,n=\"tabindex\",r=e.attr(n)||t.attr(n);t.removeAttr(n),e.attr(n,isNaN(r)?0:r)},setOptions:function(t){this._setEvents(t),e.extend(this.options,t)},_setEvents:function(e){for(var t,n=this,r=0,o=n.events.length;r<o;r++)t=n.events[r],n.options[t]&&e[t]&&n.unbind(t,n.options[t]);n.bind(n.events,e)},resize:function(e){var t=this.getSize(),n=this._size;(e||(t.width>0||t.height>0)&&(!n||t.width!==n.width||t.height!==n.height))&&(this._size=t,this._resize(t,e),this.trigger(\"resize\",t))},getSize:function(){return ye.dimensions(this.element)},size:function(e){return e?(this.setSize(e),n):this.getSize()},setSize:e.noop,_resize:e.noop,destroy:function(){var e=this;e.element.removeData(\"kendo\"+e.options.prefix+e.options.name),e.element.removeData(\"handler\"),e.unbind()},_destroy:function(){this.destroy()},angular:function(){},_muteAngularRebind:function(e){this._muteRebind=!0,e.call(this),this._muteRebind=!1}}),ee=X.extend({dataItems:function(){return this.dataSource.flatView()},_angularItems:function(t){var n=this;n.angular(t,function(){return{elements:n.items(),data:e.map(n.dataItems(),function(e){return{dataItem:e}})}})}}),ye.dimensions=function(e,t){var n=e[0];return t&&e.css(t),{width:n.offsetWidth,height:n.offsetHeight}},ye.notify=Se,te=/template$/i,ne=/^\\s*(?:\\{(?:.|\\r\\n|\\n)*\\}|\\[(?:.|\\r\\n|\\n)*\\])\\s*$/,re=/^\\{(\\d+)(:[^\\}]+)?\\}|^\\[[A-Za-z_]*\\]$/,oe=/([A-Z])/g,ye.initWidget=function(r,o,i){var a,s,u,l,c,d,f,m,p,h,g,y,v;if(i?i.roles&&(i=i.roles):i=ye.ui.roles,r=r.nodeType?r:r[0],d=r.getAttribute(\"data-\"+ye.ns+\"role\")){p=d.indexOf(\".\")===-1,u=p?i[d]:ye.getter(d)(t),g=e(r).data(),y=u?\"kendo\"+u.fn.options.prefix+u.fn.options.name:\"\",h=p?RegExp(\"^kendo.*\"+d+\"$\",\"i\"):RegExp(\"^\"+y+\"$\",\"i\");for(v in g)if(v.match(h)){if(v!==y)return g[v];a=g[v]}if(u){for(m=x(r,\"dataSource\"),o=e.extend({},k(r,u.fn.options),o),m&&(o.dataSource=typeof m===He?ye.getter(m)(t):m),l=0,c=u.fn.events.length;l<c;l++)s=u.fn.events[l],f=x(r,s),f!==n&&(o[s]=ye.getter(f)(t));return a?e.isEmptyObject(o)||a.setOptions(o):a=new u(r,o),a}}},ye.rolesFromNamespaces=function(e){var t,n,r=[];for(e[0]||(e=[ye.ui,ye.dataviz.ui]),t=0,n=e.length;t<n;t++)r[t]=e[t].roles;return ve.apply(null,[{}].concat(r.reverse()))},ye.init=function(t){var n=ye.rolesFromNamespaces(Ie.call(arguments,1));e(t).find(\"[data-\"+ye.ns+\"role]\").addBack().each(function(){ye.initWidget(this,{},n)})},ye.destroy=function(t){e(t).find(\"[data-\"+ye.ns+\"role]\").addBack().each(function(){var t,n=e(this).data();for(t in n)0===t.indexOf(\"kendo\")&&typeof n[t].destroy===Ee&&n[t].destroy()})},ye.resize=function(t,n){var r,o=e(t).find(\"[data-\"+ye.ns+\"role]\").addBack().filter(z);o.length&&(r=e.makeArray(o),r.sort(O),e.each(r,function(){var t=ye.widgetInstance(e(this));t&&t.resize(n)}))},ye.parseOptions=k,ve(ye.ui,{Widget:X,DataBoundWidget:ee,roles:{},progress:function(t,n){var r,o,i,a,s=t.find(\".k-loading-mask\"),u=ye.support,l=u.browser;n?s.length||(r=u.isRtl(t),o=r?\"right\":\"left\",a=t.scrollLeft(),i=l.webkit&&r?t[0].scrollWidth-t.width()-2*a:0,s=e(\"<div class='k-loading-mask'><span class='k-loading-text'>\"+ye.ui.progress.messages.loading+\"</span><div class='k-loading-image'/><div class='k-loading-color'/></div>\").width(\"100%\").height(\"100%\").css(\"top\",t.scrollTop()).css(o,Math.abs(a)+i).prependTo(t)):s&&s.remove()},plugin:function(t,r,o){var i,a,s,u,l=t.fn.options.name;for(r=r||ye.ui,o=o||\"\",r[l]=t,r.roles[l.toLowerCase()]=t,i=\"getKendo\"+o+l,l=\"kendo\"+o+l,a={name:l,widget:t,prefix:o||\"\"},ye.widgets.push(a),s=0,u=ye._widgetRegisteredCallbacks.length;s<u;s++)ye._widgetRegisteredCallbacks[s](a);e.fn[l]=function(r){var o,i=this;return typeof r===He?(o=Ie.call(arguments,1),this.each(function(){var t,a,s=e.data(this,l);if(!s)throw Error(ye.format(\"Cannot call method '{0}' of {1} before it is initialized\",r,l));if(t=s[r],typeof t!==Ee)throw Error(ye.format(\"Cannot find method '{0}' of {1}\",r,l));if(a=t.apply(s,o),a!==n)return i=a,!1})):this.each(function(){return new t(this,r)}),i},e.fn[l].widget=t,e.fn[i]=function(){return this.data(l)}}}),ye.ui.progress.messages={loading:\"Loading...\"},ie={bind:function(){return this},nullObject:!0,options:{}},ae=X.extend({init:function(e,t){X.fn.init.call(this,e,t),this.element.autoApplyNS(),this.wrapper=this.element,this.element.addClass(\"km-widget\")},destroy:function(){X.fn.destroy.call(this),this.element.kendoDestroy()},options:{prefix:\"Mobile\"},events:[],view:function(){var e=this.element.closest(ye.roleSelector(\"view splitview modalview drawer\"));return ye.widgetInstance(e,ye.mobile.ui)||ie},viewHasNativeScrolling:function(){var e=this.view();return e&&e.options.useNativeScrolling},container:function(){var e=this.element.closest(ye.roleSelector(\"view layout modalview drawer splitview\"));return ye.widgetInstance(e.eq(0),ye.mobile.ui)||ie}}),ve(ye.mobile,{init:function(e){ye.init(e,ye.mobile.ui,ye.ui,ye.dataviz.ui)},appLevelNativeScrolling:function(){return ye.mobile.application&&ye.mobile.application.options&&ye.mobile.application.options.useNativeScrolling},roles:{},ui:{Widget:ae,DataBoundWidget:ee.extend(ae.prototype),roles:{},plugin:function(e){ye.ui.plugin(e,ye.mobile.ui,\"Mobile\")}}}),u(ye.dataviz,{init:function(e){ye.init(e,ye.dataviz.ui)},ui:{roles:{},themes:{},views:[],plugin:function(e){ye.ui.plugin(e,ye.dataviz.ui)}},roles:{}}),ye.touchScroller=function(t,n){return n||(n={}),n.useNative=!0,e(t).map(function(t,r){return r=e(r),!(!ke.kineticScrollNeeded||!ye.mobile.ui.Scroller||r.data(\"kendoMobileScroller\"))&&(r.kendoMobileScroller(n),r.data(\"kendoMobileScroller\"))})[0]},ye.preventDefault=function(e){e.preventDefault()},ye.widgetInstance=function(e,n){var r,o,i,a,s=e.data(ye.ns+\"role\"),u=[];if(s){if(\"content\"===s&&(s=\"scroller\"),n)if(n[0])for(r=0,o=n.length;r<o;r++)u.push(n[r].roles[s]);else u.push(n.roles[s]);else u=[ye.ui.roles[s],ye.dataviz.ui.roles[s],ye.mobile.ui.roles[s]];for(s.indexOf(\".\")>=0&&(u=[ye.getter(s)(t)]),r=0,o=u.length;r<o;r++)if(i=u[r],i&&(a=e.data(\"kendo\"+i.fn.options.prefix+i.fn.options.name)))return a}},ye.onResize=function(n){var r=n;return ke.mobileOS.android&&(r=function(){setTimeout(n,600)}),e(t).on(ke.resize,r),r},ye.unbindResize=function(n){e(t).off(ke.resize,n)},ye.attrValue=function(e,t){return e.data(ye.ns+t)},ye.days={Sunday:0,Monday:1,Tuesday:2,Wednesday:3,Thursday:4,Friday:5,Saturday:6},e.extend(e.expr[\":\"],{kendoFocusable:function(t){var n=e.attr(t,\"tabindex\");return D(t,!isNaN(n)&&n>-1)}}),se=[\"mousedown\",\"mousemove\",\"mouseenter\",\"mouseleave\",\"mouseover\",\"mouseout\",\"mouseup\",\"click\"],ue=\"label, input, [data-rel=external]\",le={setupMouseMute:function(){var t,n=0,r=se.length,o=document.documentElement;if(!le.mouseTrap&&ke.eventCapture)for(le.mouseTrap=!0,le.bustClick=!1,le.captureMouse=!1,t=function(t){le.captureMouse&&(\"click\"===t.type?le.bustClick&&!e(t.target).is(ue)&&(t.preventDefault(),t.stopPropagation()):t.stopPropagation())};n<r;n++)o.addEventListener(se[n],t,!0)},muteMouse:function(e){le.captureMouse=!0,e.data.bustClick&&(le.bustClick=!0),clearTimeout(le.mouseTrapTimeoutID)},unMuteMouse:function(){clearTimeout(le.mouseTrapTimeoutID),le.mouseTrapTimeoutID=setTimeout(function(){le.captureMouse=!1,le.bustClick=!1},400)}},ce={down:\"touchstart mousedown\",move:\"mousemove touchmove\",up:\"mouseup touchend touchcancel\",cancel:\"mouseleave touchcancel\"},ke.touch&&(ke.mobileOS.ios||ke.mobileOS.android)?ce={down:\"touchstart\",move:\"touchmove\",up:\"touchend touchcancel\",cancel:\"touchcancel\"}:ke.pointers?ce={down:\"pointerdown\",move:\"pointermove\",up:\"pointerup\",cancel:\"pointercancel pointerleave\"}:ke.msPointers&&(ce={down:\"MSPointerDown\",move:\"MSPointerMove\",up:\"MSPointerUp\",cancel:\"MSPointerCancel MSPointerLeave\"}),!ke.msPointers||\"onmspointerenter\"in t||e.each({MSPointerEnter:\"MSPointerOver\",MSPointerLeave:\"MSPointerOut\"},function(t,n){e.event.special[t]={delegateType:n,bindType:n,handle:function(t){var r,o=this,i=t.relatedTarget,a=t.handleObj;return i&&(i===o||e.contains(o,i))||(t.type=a.origType,r=a.handler.apply(this,arguments),t.type=n),r}}}),de=function(e){return ce[e]||e},fe=/([^ ]+)/g,ye.applyEventMap=function(e,t){return e=e.replace(fe,de),t&&(e=e.replace(fe,\"$1.\"+t)),e},me=e.fn.on,ve(!0,E,e),E.fn=E.prototype=new e,E.fn.constructor=E,E.fn.init=function(t,n){return n&&n instanceof e&&!(n instanceof E)&&(n=E(n)),e.fn.init.call(this,t,n,pe)},E.fn.init.prototype=E.fn,pe=E(document),ve(E.fn,{handler:function(e){return this.data(\"handler\",e),this},autoApplyNS:function(e){return this.data(\"kendoNS\",e||ye.guid()),this},on:function(){var e,t,n,r,o,i,a=this,s=a.data(\"kendoNS\");return 1===arguments.length?me.call(a,arguments[0]):(e=a,t=Ie.call(arguments),typeof t[t.length-1]===Fe&&t.pop(),n=t[t.length-1],r=ye.applyEventMap(t[0],s),ke.mouseAndTouchPresent&&r.search(/mouse|click/)>-1&&this[0]!==document.documentElement&&(le.setupMouseMute(),o=2===t.length?null:t[1],i=r.indexOf(\"click\")>-1&&r.indexOf(\"touchend\")>-1,me.call(this,{touchstart:le.muteMouse,touchend:le.unMuteMouse},o,{bustClick:i})),typeof n===He&&(e=a.data(\"handler\"),n=e[n],t[t.length-1]=function(t){n.call(e,t)}),t[0]=r,me.apply(a,t),a)},kendoDestroy:function(e){return e=e||this.data(\"kendoNS\"),e&&this.off(\".\"+e),this}}),ye.jQuery=E,ye.eventMap=ce,ye.timezone=function(){function e(e,t){var n,r,o,i=t[3],a=t[4],s=t[5],u=t[8];return u||(t[8]=u={}),u[e]?u[e]:(isNaN(a)?0===a.indexOf(\"last\")?(n=new Date(Date.UTC(e,c[i]+1,1,s[0]-24,s[1],s[2],0)),r=d[a.substr(4,3)],o=n.getUTCDay(),n.setUTCDate(n.getUTCDate()+r-o-(r>o?7:0))):a.indexOf(\">=\")>=0&&(n=new Date(Date.UTC(e,c[i],a.substr(5),s[0],s[1],s[2],0)),r=d[a.substr(0,3)],o=n.getUTCDay(),n.setUTCDate(n.getUTCDate()+r-o+(r<o?7:0))):n=new Date(Date.UTC(e,c[i],a,s[0],s[1],s[2],0)),u[e]=n)}function t(t,n,r){var o,i,a,s;return(n=n[r])?(a=new Date(t).getUTCFullYear(),n=jQuery.grep(n,function(e){var t=e[0],n=e[1];return t<=a&&(n>=a||t==a&&\"only\"==n||\"max\"==n)}),n.push(t),n.sort(function(t,n){return\"number\"!=typeof t&&(t=+e(a,t)),\"number\"!=typeof n&&(n=+e(a,n)),t-n}),s=n[jQuery.inArray(t,n)-1]||n[n.length-1],isNaN(s)?s:null):(o=r.split(\":\"),i=0,o.length>1&&(i=60*o[0]+ +o[1]),[-1e6,\"max\",\"-\",\"Jan\",1,[0,0,0],i,\"-\"])}function n(e,t,n){var r,o,i,a=t[n];if(\"string\"==typeof a&&(a=t[a]),!a)throw Error('Timezone \"'+n+'\" is either incorrect, or kendo.timezones.min.js is not included.');for(r=a.length-1;r>=0&&(o=a[r][3],!(o&&e>o));r--);if(i=a[r+1],!i)throw Error('Timezone \"'+n+'\" not found on '+e+\".\");return i}function r(e,r,o,i){typeof e!=_e&&(e=Date.UTC(e.getFullYear(),e.getMonth(),e.getDate(),e.getHours(),e.getMinutes(),e.getSeconds(),e.getMilliseconds()));var a=n(e,r,i);return{zone:a,rule:t(e,o,a[1])}}function o(e,t){var n,o,i;return\"Etc/UTC\"==t||\"Etc/GMT\"==t?0:(n=r(e,this.zones,this.rules,t),o=n.zone,i=n.rule,ye.parseFloat(i?o[0]-i[6]:o[0]))}function i(e,t){var n=r(e,this.zones,this.rules,t),o=n.zone,i=n.rule,a=o[2];return a.indexOf(\"/\")>=0?a.split(\"/\")[i&&+i[6]?1:0]:a.indexOf(\"%s\")>=0?a.replace(\"%s\",i&&\"-\"!=i[7]?i[7]:\"\"):a}function a(e,t,n){var r,o;return typeof t==He&&(t=this.offset(e,t)),typeof n==He&&(n=this.offset(e,n)),r=e.getTimezoneOffset(),e=new Date(e.getTime()+6e4*(t-n)),o=e.getTimezoneOffset(),new Date(e.getTime()+6e4*(o-r))}function s(e,t){return this.convert(e,e.getTimezoneOffset(),t)}function u(e,t){return this.convert(e,t,e.getTimezoneOffset())}function l(e){return this.apply(new Date(e),\"Etc/UTC\")}var c={Jan:0,Feb:1,Mar:2,Apr:3,May:4,Jun:5,Jul:6,Aug:7,Sep:8,Oct:9,Nov:10,Dec:11},d={Sun:0,Mon:1,Tue:2,Wed:3,Thu:4,Fri:5,Sat:6};return{zones:{},rules:{},offset:o,convert:a,apply:s,remove:u,abbr:i,toLocalDate:l}}(),ye.date=function(){function e(e,t){return 0===t&&23===e.getHours()&&(e.setHours(e.getHours()+2),!0)}function t(t,n,r){var o=t.getHours();r=r||1,n=(n-t.getDay()+7*r)%7,t.setDate(t.getDate()+n),e(t,o)}function n(e,n,r){return e=new Date(e),t(e,n,r),e}function r(e){return new Date(e.getFullYear(),e.getMonth(),1)}function o(e){var t=new Date(e.getFullYear(),e.getMonth()+1,0),n=r(e),o=Math.abs(t.getTimezoneOffset()-n.getTimezoneOffset());return o&&t.setHours(n.getHours()+o/60),t}function i(t){return t=new Date(t.getFullYear(),t.getMonth(),t.getDate(),0,0,0),e(t,0),t}function a(e){return Date.UTC(e.getFullYear(),e.getMonth(),e.getDate(),e.getHours(),e.getMinutes(),e.getSeconds(),e.getMilliseconds())}function s(e){return e.getTime()-i(e)}function u(e,t,n){var r,o=s(t),i=s(n);return!e||o==i||(t>=n&&(n+=y),r=s(e),o>r&&(r+=y),i<o&&(i+=y),r>=o&&r<=i)}function l(e,t,n){var r,o=t.getTime(),i=n.getTime();return o>=i&&(i+=y),r=e.getTime(),r>=o&&r<=i}function c(t,n){var r=t.getHours();return t=new Date(t),d(t,n*y),e(t,r),t}function d(e,t,n){var r,o=e.getTimezoneOffset();e.setTime(e.getTime()+t),n||(r=e.getTimezoneOffset()-o,e.setTime(e.getTime()+r*g))}function f(t,n){return t=new Date(ye.date.getDate(t).getTime()+ye.date.getMilliseconds(n)),e(t,n.getHours()),t}function m(){return i(new Date)}function p(e){return i(e).getTime()==m().getTime()}function h(e){var t=new Date(1980,1,1,0,0,0);return e&&t.setHours(e.getHours(),e.getMinutes(),e.getSeconds(),e.getMilliseconds()),t}var g=6e4,y=864e5;return{adjustDST:e,dayOfWeek:n,setDayOfWeek:t,getDate:i,isInDateRange:l,isInTimeRange:u,isToday:p,nextDay:function(e){return c(e,1)},previousDay:function(e){return c(e,-1)},toUtcTime:a,MS_PER_DAY:y,MS_PER_HOUR:60*g,MS_PER_MINUTE:g,setTime:d,setHours:f,addDays:c,today:m,toInvariantTime:h,firstDayOfMonth:r,lastDayOfMonth:o,getMilliseconds:s}}(),ye.stripWhitespace=function(e){var t,n,r;if(document.createNodeIterator)for(t=document.createNodeIterator(e,NodeFilter.SHOW_TEXT,function(t){return t.parentNode==e?NodeFilter.FILTER_ACCEPT:NodeFilter.FILTER_REJECT},!1);t.nextNode();)t.referenceNode&&!t.referenceNode.textContent.trim()&&t.referenceNode.parentNode.removeChild(t.referenceNode);else for(n=0;n<e.childNodes.length;n++)r=e.childNodes[n],3!=r.nodeType||/\\S/.test(r.nodeValue)||(e.removeChild(r),n--),1==r.nodeType&&ye.stripWhitespace(r)},he=t.requestAnimationFrame||t.webkitRequestAnimationFrame||t.mozRequestAnimationFrame||t.oRequestAnimationFrame||t.msRequestAnimationFrame||function(e){setTimeout(e,1e3/60)},ye.animationFrame=function(e){he.call(t,e)},ge=[],ye.queueAnimation=function(e){ge[ge.length]=e,1===ge.length&&ye.runNextAnimation()},ye.runNextAnimation=function(){ye.animationFrame(function(){ge[0]&&(ge.shift()(),ge[0]&&ye.runNextAnimation())})},ye.parseQueryStringParams=function(e){for(var t=e.split(\"?\")[1]||\"\",n={},r=t.split(/&|=/),o=r.length,i=0;i<o;i+=2)\"\"!==r[i]&&(n[decodeURIComponent(r[i])]=decodeURIComponent(r[i+1]));return n},ye.elementUnderCursor=function(e){if(n!==e.x.client)return document.elementFromPoint(e.x.client,e.y.client)},ye.wheelDeltaY=function(e){var t,r=e.originalEvent,o=r.wheelDeltaY;return r.wheelDelta?(o===n||o)&&(t=r.wheelDelta):r.detail&&r.axis===r.VERTICAL_AXIS&&(t=10*-r.detail),t},ye.throttle=function(e,t){var r,o,i=0;return!t||t<=0?e:(o=function(){function o(){e.apply(a,u),i=+new Date}var a=this,s=+new Date-i,u=arguments;return i?(r&&clearTimeout(r),s>t?o():r=setTimeout(o,t-s),n):o()},o.cancel=function(){clearTimeout(r)},o)},ye.caret=function(t,r,o){var i,a,s,u,l=r!==n;if(o===n&&(o=r),t[0]&&(t=t[0]),!l||!t.disabled){try{t.selectionStart!==n?l?(t.focus(),t.setSelectionRange(r,o)):r=[t.selectionStart,t.selectionEnd]:document.selection&&(e(t).is(\":visible\")&&t.focus(),i=t.createTextRange(),l?(i.collapse(!0),i.moveStart(\"character\",r),i.moveEnd(\"character\",o-r),i.select()):(a=i.duplicate(),i.moveToBookmark(document.selection.createRange().getBookmark()),a.setEndPoint(\"EndToStart\",i),s=a.text.length,u=s+i.text.length,r=[s,u]))}catch(c){r=[]}return r}},ye.compileMobileDirective=function(e,n){var r=t.angular;return e.attr(\"data-\"+ye.ns+\"role\",e[0].tagName.toLowerCase().replace(\"kendo-mobile-\",\"\").replace(\"-\",\"\")),r.element(e).injector().invoke([\"$compile\",function(t){t(e)(n),/^\\$(digest|apply)$/.test(n.$$phase)||n.$digest()}]),ye.widgetInstance(e,ye.mobile.ui)},ye.antiForgeryTokens=function(){var t={},r=e(\"meta[name=csrf-token],meta[name=_csrf]\").attr(\"content\"),o=e(\"meta[name=csrf-param],meta[name=_csrf_header]\").attr(\"content\");return e(\"input[name^='__RequestVerificationToken']\").each(function(){t[this.name]=this.value}),o!==n&&r!==n&&(t[o]=r),t},ye.cycleForm=function(e){function t(e){var t=ye.widgetInstance(e);t&&t.focus?t.focus():e.focus()}var n=e.find(\"input, .k-widget\").first(),r=e.find(\"button, .k-button\").last();r.on(\"keydown\",function(e){e.keyCode!=ye.keys.TAB||e.shiftKey||(e.preventDefault(),t(n))}),n.on(\"keydown\",function(e){e.keyCode==ye.keys.TAB&&e.shiftKey&&(e.preventDefault(),t(r))})},function(){function n(t,n,r,o){var i,a,s=e(\"<form>\").attr({action:r,method:\"POST\",target:o}),u=ye.antiForgeryTokens();u.fileName=n,i=t.split(\";base64,\"),u.contentType=i[0].replace(\"data:\",\"\"),u.base64=i[1];for(a in u)u.hasOwnProperty(a)&&e(\"<input>\").attr({value:u[a],name:a,type:\"hidden\"}).appendTo(s);s.appendTo(\"body\").submit().remove()}function r(e,t){var n,r,o,i,a,s=e;if(\"string\"==typeof e){for(n=e.split(\";base64,\"),r=n[0],o=atob(n[1]),i=new Uint8Array(o.length),a=0;a<o.length;a++)i[a]=o.charCodeAt(a);s=new Blob([i.buffer],{type:r})}navigator.msSaveBlob(s,t)}function o(e,n){t.Blob&&e instanceof Blob&&(e=URL.createObjectURL(e)),i.download=n,i.href=e;var r=document.createEvent(\"MouseEvents\");r.initMouseEvent(\"click\",!0,!1,t,0,0,0,0,0,!1,!1,!1,!1,0,null),i.dispatchEvent(r),setTimeout(function(){URL.revokeObjectURL(e)})}var i=document.createElement(\"a\"),a=\"download\"in i&&!ye.support.browser.edge;ye.saveAs=function(e){var t=n;e.forceProxy||(a?t=o:navigator.msSaveBlob&&(t=r)),t(e.dataURI,e.fileName,e.proxyURL,e.proxyTarget)}}(),ye.proxyModelSetters=function(e){var t={};return Object.keys(e||{}).forEach(function(n){Object.defineProperty(t,n,{get:function(){return e[n]},set:function(t){e[n]=t,e.dirty=!0}})}),t}}(jQuery,window),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,n){(n||t)()});;!function(e,define){define(\"kendo.data.min\",[\"kendo.core.min\",\"kendo.data.odata.min\",\"kendo.data.xml.min\"],e)}(function(){return function(e,t){function r(e,t,r,n){return function(i){var a,s={};for(a in i)s[a]=i[a];s.field=n?r+\".\"+i.field:r,t==Oe&&e._notifyChange&&e._notifyChange(s),e.trigger(t,s)}}function n(t,r){if(t===r)return!0;var i,a=e.type(t),s=e.type(r);if(a!==s)return!1;if(\"date\"===a)return t.getTime()===r.getTime();if(\"object\"!==a&&\"array\"!==a)return!1;for(i in t)if(!n(t[i],r[i]))return!1;return!0}function i(e,t){var r,n;for(n in e){if(r=e[n],he(r)&&r.field&&r.field===t)return r;if(r===t)return r}return null}function a(e){this.data=e||[]}function s(e,r){if(e){var n=typeof e===we?{field:e,dir:r}:e,i=ce(n)?n:n!==t?[n]:[];return ge(i,function(e){return!!e.dir})}}function o(e){var t,r,n,i,a=e.filters;if(a)for(t=0,r=a.length;t<r;t++)n=a[t],i=n.operator,i&&typeof i===we&&(n.operator=X[i.toLowerCase()]||i),o(n)}function u(e){if(e&&!fe(e))return!ce(e)&&e.filters||(e={logic:\"and\",filters:ce(e)?e:[e]}),o(e),e}function l(e,t){return!e.logic&&!t.logic&&(e.field===t.field&&e.value===t.value&&e.operator===t.operator)}function d(e){return e=e||{},fe(e)?{logic:\"and\",filters:[]}:u(e)}function h(e,t){return t.logic||e.field>t.field?1:e.field<t.field?-1:0}function f(e,t){var r,n,i,a,s;if(e=d(e),t=d(t),e.logic!==t.logic)return!1;if(i=(e.filters||[]).slice(),a=(t.filters||[]).slice(),i.length!==a.length)return!1;for(i=i.sort(h),a=a.sort(h),s=0;s<i.length;s++)if(r=i[s],n=a[s],r.logic&&n.logic){if(!f(r,n))return!1}else if(!l(r,n))return!1;return!0}function c(e){return ce(e)?e:[e]}function g(e,r){var n=typeof e===we?{field:e,dir:r}:e,i=ce(n)?n:n!==t?[n]:[];return B(i,function(e){return{field:e.field,dir:e.dir||\"asc\",aggregates:e.aggregates}})}function p(e,t){return e&&e.getTime&&t&&t.getTime?e.getTime()===t.getTime():e===t}function _(e,t,r,n,i,a){var s,o,u,l,d;for(t=t||[],l=t.length,s=0;s<l;s++)o=t[s],u=o.aggregate,d=o.field,e[d]=e[d]||{},a[d]=a[d]||{},a[d][u]=a[d][u]||{},e[d][u]=Y[u.toLowerCase()](e[d][u],r,me.accessor(d),n,i,a[d][u])}function v(e){return\"number\"==typeof e&&!isNaN(e)}function m(e){return e&&e.getTime}function y(e){var t,r=e.length,n=Array(r);for(t=0;t<r;t++)n[t]=e[t].toJSON();return n}function S(e,t,r,n,i){var a,s,o,u,l,d={};for(u=0,l=e.length;u<l;u++){a=e[u];for(s in t)o=i[s],o&&o!==s&&(d[o]||(d[o]=me.setter(o)),d[o](a,t[s](a)),delete a[s])}}function b(e,t,r,n,i){var a,s,o,u,l;for(u=0,l=e.length;u<l;u++){a=e[u];for(s in t)a[s]=r._parse(s,t[s](a)),o=i[s],o&&o!==s&&delete a[o]}}function w(e,t,r,n,i){var a,s,o,u;for(s=0,u=e.length;s<u;s++)a=e[s],o=n[a.field],o&&o!=a.field&&(a.field=o),a.value=r._parse(a.field,a.value),a.hasSubgroups?w(a.items,t,r,n,i):b(a.items,t,r,n,i)}function k(e,t,r,n,i,a){return function(s){return s=e(s),s&&!fe(n)&&(\"[object Array]\"===We.call(s)||s instanceof Ye||(s=[s]),r(s,n,new t,i,a)),s||[]}}function x(e,t,r,n){for(var i,a,s,o=0;t.length&&n&&(i=t[o],a=i.items,s=a.length,e&&e.field===i.field&&e.value===i.value?(e.hasSubgroups&&e.items.length?x(e.items[e.items.length-1],i.items,r,n):(a=a.slice(r,r+n),e.items=e.items.concat(a)),t.splice(o--,1)):i.hasSubgroups&&a.length?(x(i,a,r,n),i.items.length||t.splice(o--,1)):(a=a.slice(r,r+n),i.items=a,i.items.length||t.splice(o--,1)),0===a.length?r-=s:(r=0,n-=a.length),!(++o>=t.length)););o<t.length&&t.splice(o,t.length-o)}function q(e){var t,r,n,i,a,s=[];for(t=0,r=e.length;t<r;t++)if(a=e.at(t),a.hasSubgroups)s=s.concat(q(a.items));else for(n=a.items,i=0;i<n.length;i++)s.push(n.at(i));return s}function D(e,t){var r,n,i;if(t)for(r=0,n=e.length;r<n;r++)i=e.at(r),i.hasSubgroups?D(i.items,t):i.items=new U(i.items,t)}function C(e,t){for(var r=0,n=e.length;r<n;r++)if(e[r].hasSubgroups){if(C(e[r].items,t))return!0}else if(t(e[r].items,e[r]))return!0}function O(e,t,r,n){for(var i=0;i<e.length&&e[i].data!==t&&!z(e[i].data,r,n);i++);}function z(e,t,r){for(var n=0,i=e.length;n<i;n++){if(e[n]&&e[n].hasSubgroups)return z(e[n].items,t,r);if(e[n]===t||e[n]===r)return e[n]=r,!0}}function R(e,r,n,i,a){var s,o,u,l;for(s=0,o=e.length;s<o;s++)if(u=e[s],u&&!(u instanceof i))if(u.hasSubgroups===t||a){for(l=0;l<r.length;l++)if(r[l]===u){e[s]=r.at(l),O(n,r,u,e[s]);break}}else R(u.items,r,n,i,a)}function P(e,t){var r,n,i;for(r=0,n=e.length;r<n;r++)if(i=e.at(r),i.uid==t.uid)return e.splice(r,1),i}function T(e,t){return t?A(e,function(e){return e.uid&&e.uid==t.uid||e[t.idField]===t.id&&t.id!==t._defaultId}):-1}function F(e,t){return t?A(e,function(e){return e.uid==t.uid}):-1}function A(e,t){var r,n;for(r=0,n=e.length;r<n;r++)if(t(e[r]))return r;return-1}function I(e,t){var r,n;return e&&!fe(e)?(r=e[t],n=he(r)?r.from||r.field||t:e[t]||t,ye(n)?t:n):t}function N(e,t){var r,n,i,a={};for(i in e)\"filters\"!==i&&(a[i]=e[i]);if(e.filters)for(a.filters=[],r=0,n=e.filters.length;r<n;r++)a.filters[r]=N(e.filters[r],t);else a.field=I(t.fields,a.field);return a}function M(e,t){var r,n,i,a,s,o=[];for(r=0,n=e.length;r<n;r++){i={},a=e[r];for(s in a)i[s]=a[s];i.field=I(t.fields,i.field),i.aggregates&&ce(i.aggregates)&&(i.aggregates=M(i.aggregates,t)),o.push(i)}return o}function j(t,r){var n,i,a,s,o,u,l,d,h,f;for(t=e(t)[0],n=t.options,i=r[0],a=r[1],s=[],o=0,u=n.length;o<u;o++)h={},d=n[o],l=d.parentNode,l===t&&(l=null),d.disabled||l&&l.disabled||(l&&(h.optgroup=l.label),h[i.field]=d.text,f=d.attributes.value,f=f&&f.specified?d.value:d.text,h[a.field]=f,s.push(h));return s}function L(t,r){var n,i,a,s,o,u,l,d=e(t)[0].tBodies[0],h=d?d.rows:[],f=r.length,c=[];for(n=0,i=h.length;n<i;n++){for(o={},l=!0,s=h[n].cells,a=0;a<f;a++)u=s[a],\"th\"!==u.nodeName.toLowerCase()&&(l=!1,o[r[a].field]=u.innerHTML);l||c.push(o)}return c}function G(e){return function(){var t=this._data,r=ne.fn[e].apply(this,Je.call(arguments));return this._data!=t&&this._attachBubbleHandlers(),r}}function E(t,r){function n(e,t){return e.filter(t).add(e.find(t))}var i,a,s,o,u,l,d,h,f=e(t).children(),c=[],g=r[0].field,p=r[1]&&r[1].field,_=r[2]&&r[2].field,v=r[3]&&r[3].field;for(i=0,a=f.length;i<a;i++)s={_loaded:!0},o=f.eq(i),l=o[0].firstChild,h=o.children(),t=h.filter(\"ul\"),h=h.filter(\":not(ul)\"),u=o.attr(\"data-id\"),u&&(s.id=u),l&&(s[g]=3==l.nodeType?l.nodeValue:h.text()),p&&(s[p]=n(h,\"a\").attr(\"href\")),v&&(s[v]=n(h,\"img\").attr(\"src\")),_&&(d=n(h,\".k-sprite\").prop(\"className\"),s[_]=d&&e.trim(d.replace(\"k-sprite\",\"\"))),t.length&&(s.items=E(t.eq(0),r)),\"true\"==o.attr(\"data-hasChildren\")&&(s.hasChildren=!0),c.push(s);return c}var B,U,H,J,V,W,Q,K,$,X,Y,Z,ee,te,re,ne,ie,ae,se,oe,ue,le=e.extend,de=e.proxy,he=e.isPlainObject,fe=e.isEmptyObject,ce=e.isArray,ge=e.grep,pe=e.ajax,_e=e.each,ve=e.noop,me=window.kendo,ye=me.isFunction,Se=me.Observable,be=me.Class,we=\"string\",ke=\"function\",xe=\"create\",qe=\"read\",De=\"update\",Ce=\"destroy\",Oe=\"change\",ze=\"sync\",Re=\"get\",Pe=\"error\",Te=\"requestStart\",Fe=\"progress\",Ae=\"requestEnd\",Ie=[xe,qe,De,Ce],Ne=function(e){return e},Me=me.getter,je=me.stringify,Le=Math,Ge=[].push,Ee=[].join,Be=[].pop,Ue=[].splice,He=[].shift,Je=[].slice,Ve=[].unshift,We={}.toString,Qe=me.support.stableSort,Ke=/^\\/Date\\((.*?)\\)\\/$/,$e=/(\\r+|\\n+)/g,Xe=/(?=['\\\\])/g,Ye=Se.extend({init:function(e,t){var r=this;r.type=t||H,Se.fn.init.call(r),r.length=e.length,r.wrapAll(e,r)},at:function(e){return this[e]},toJSON:function(){var e,t,r=this.length,n=Array(r);for(e=0;e<r;e++)t=this[e],t instanceof H&&(t=t.toJSON()),n[e]=t;return n},parent:ve,wrapAll:function(e,t){var r,n,i=this,a=function(){return i};for(t=t||[],r=0,n=e.length;r<n;r++)t[r]=i.wrap(e[r],a);return t},wrap:function(e,t){var r,n=this;return null!==e&&\"[object Object]\"===We.call(e)&&(r=e instanceof n.type||e instanceof W,r||(e=e instanceof H?e.toJSON():e,e=new n.type(e)),e.parent=t,e.bind(Oe,function(e){n.trigger(Oe,{field:e.field,node:e.node,index:e.index,items:e.items||[this],action:e.node?e.action||\"itemloaded\":\"itemchange\"})})),e},push:function(){var e,t=this.length,r=this.wrapAll(arguments);return e=Ge.apply(this,r),this.trigger(Oe,{action:\"add\",index:t,items:r}),e},slice:Je,sort:[].sort,join:Ee,pop:function(){var e=this.length,t=Be.apply(this);return e&&this.trigger(Oe,{action:\"remove\",index:e-1,items:[t]}),t},splice:function(e,t,r){var n,i,a,s=this.wrapAll(Je.call(arguments,2));if(n=Ue.apply(this,[e,t].concat(s)),n.length)for(this.trigger(Oe,{action:\"remove\",index:e,items:n}),i=0,a=n.length;i<a;i++)n[i]&&n[i].children&&n[i].unbind(Oe);return r&&this.trigger(Oe,{action:\"add\",index:e,items:s}),n},shift:function(){var e=this.length,t=He.apply(this);return e&&this.trigger(Oe,{action:\"remove\",index:0,items:[t]}),t},unshift:function(){var e,t=this.wrapAll(arguments);return e=Ve.apply(this,t),this.trigger(Oe,{action:\"add\",index:0,items:t}),e},indexOf:function(e){var t,r,n=this;for(t=0,r=n.length;t<r;t++)if(n[t]===e)return t;return-1},forEach:function(e){for(var t=0,r=this.length;t<r;t++)e(this[t],t,this)},map:function(e){for(var t=0,r=[],n=this.length;t<n;t++)r[t]=e(this[t],t,this);return r},reduce:function(e){var t,r=0,n=this.length;for(2==arguments.length?t=arguments[1]:r<n&&(t=this[r++]);r<n;r++)t=e(t,this[r],r,this);return t},reduceRight:function(e){var t,r=this.length-1;for(2==arguments.length?t=arguments[1]:r>0&&(t=this[r--]);r>=0;r--)t=e(t,this[r],r,this);return t},filter:function(e){for(var t,r=0,n=[],i=this.length;r<i;r++)t=this[r],e(t,r,this)&&(n[n.length]=t);return n},find:function(e){for(var t,r=0,n=this.length;r<n;r++)if(t=this[r],e(t,r,this))return t},every:function(e){for(var t,r=0,n=this.length;r<n;r++)if(t=this[r],!e(t,r,this))return!1;return!0},some:function(e){for(var t,r=0,n=this.length;r<n;r++)if(t=this[r],e(t,r,this))return!0;return!1},remove:function(e){var t=this.indexOf(e);t!==-1&&this.splice(t,1)},empty:function(){this.splice(0,this.length)}});\"undefined\"!=typeof Symbol&&Symbol.iterator&&!Ye.prototype[Symbol.iterator]&&(Ye.prototype[Symbol.iterator]=[][Symbol.iterator]),U=Ye.extend({init:function(e,t){Se.fn.init.call(this),this.type=t||H;for(var r=0;r<e.length;r++)this[r]=e[r];this.length=r,this._parent=de(function(){return this},this)},at:function(e){var t=this[e];return t instanceof this.type?t.parent=this._parent:t=this[e]=this.wrap(t,this._parent),t}}),H=Se.extend({init:function(e){var t,r,n=this,i=function(){return n};Se.fn.init.call(this),this._handlers={};for(r in e)t=e[r],\"object\"==typeof t&&t&&!t.getTime&&\"_\"!=r.charAt(0)&&(t=n.wrap(t,r,i)),n[r]=t;n.uid=me.guid()},shouldSerialize:function(e){return this.hasOwnProperty(e)&&\"_handlers\"!==e&&\"_events\"!==e&&typeof this[e]!==ke&&\"uid\"!==e},forEach:function(e){for(var t in this)this.shouldSerialize(t)&&e(this[t],t)},toJSON:function(){var e,t,r={};for(t in this)this.shouldSerialize(t)&&(e=this[t],(e instanceof H||e instanceof Ye)&&(e=e.toJSON()),r[t]=e);return r},get:function(e){var t,r=this;return r.trigger(Re,{field:e}),t=\"this\"===e?r:me.getter(e,!0)(r)},_set:function(e,t){var r,n,i,a=this,s=e.indexOf(\".\")>=0;if(s)for(r=e.split(\".\"),n=\"\";r.length>1;){if(n+=r.shift(),i=me.getter(n,!0)(a),i instanceof H)return i.set(r.join(\".\"),t),s;n+=\".\"}return me.setter(e)(a,t),s},set:function(e,t){var r=this,n=!1,i=e.indexOf(\".\")>=0,a=me.getter(e,!0)(r);return a!==t&&(a instanceof Se&&this._handlers[e]&&(this._handlers[e].get&&a.unbind(Re,this._handlers[e].get),a.unbind(Oe,this._handlers[e].change)),n=r.trigger(\"set\",{field:e,value:t}),n||(i||(t=r.wrap(t,e,function(){return r})),(!r._set(e,t)||e.indexOf(\"(\")>=0||e.indexOf(\"[\")>=0)&&r.trigger(Oe,{field:e}))),n},parent:ve,wrap:function(e,t,n){var i,a,s,o,u=this,l=We.call(e);return null==e||\"[object Object]\"!==l&&\"[object Array]\"!==l||(s=e instanceof Ye,o=e instanceof ne,\"[object Object]\"!==l||o||s?(\"[object Array]\"===l||s||o)&&(s||o||(e=new Ye(e)),a=r(u,Oe,t,!1),e.bind(Oe,a),u._handlers[t]={change:a}):(e instanceof H||(e=new H(e)),i=r(u,Re,t,!0),e.bind(Re,i),a=r(u,Oe,t,!0),e.bind(Oe,a),u._handlers[t]={get:i,change:a}),e.parent=n),e}}),J={number:function(e){return me.parseFloat(e)},date:function(e){return me.parseDate(e)},\"boolean\":function(e){return typeof e===we?\"true\"===e.toLowerCase():null!=e?!!e:e},string:function(e){return null!=e?e+\"\":e},\"default\":function(e){return e}},V={string:\"\",number:0,date:new Date,\"boolean\":!1,\"default\":\"\"},W=H.extend({init:function(r){var n,i,a=this;if((!r||e.isEmptyObject(r))&&(r=e.extend({},a.defaults,r),a._initializers))for(n=0;n<a._initializers.length;n++)i=a._initializers[n],r[i]=a.defaults[i]();H.fn.init.call(a,r),a.dirty=!1,a.idField&&(a.id=a.get(a.idField),a.id===t&&(a.id=a._defaultId))},shouldSerialize:function(e){return H.fn.shouldSerialize.call(this,e)&&\"uid\"!==e&&!(\"id\"!==this.idField&&\"id\"===e)&&\"dirty\"!==e&&\"_accessors\"!==e},_parse:function(e,t){var r,n=this,a=e,s=n.fields||{};return e=s[e],e||(e=i(s,a)),e&&(r=e.parse,!r&&e.type&&(r=J[e.type.toLowerCase()])),r?r(t):t},_notifyChange:function(e){var t=e.action;\"add\"!=t&&\"remove\"!=t||(this.dirty=!0)},editable:function(e){return e=(this.fields||{})[e],!e||e.editable!==!1},set:function(e,t,r){var i=this,a=i.dirty;i.editable(e)&&(t=i._parse(e,t),n(t,i.get(e))||(i.dirty=!0,H.fn.set.call(i,e,t,r)&&!a&&(i.dirty=a)))},accept:function(e){var t,r,n=this,i=function(){return n};for(t in e)r=e[t],\"_\"!=t.charAt(0)&&(r=n.wrap(e[t],t,i)),n._set(t,r);n.idField&&(n.id=n.get(n.idField)),n.dirty=!1},isNew:function(){return this.id===this._defaultId}}),W.define=function(e,r){r===t&&(r=e,e=W);var n,i,a,s,o,u,l,d,h=le({defaults:{}},r),f={},c=h.id,g=[];if(c&&(h.idField=c),h.id&&delete h.id,c&&(h.defaults[c]=h._defaultId=\"\"),\"[object Array]\"===We.call(h.fields)){for(u=0,l=h.fields.length;u<l;u++)a=h.fields[u],typeof a===we?f[a]={}:a.field&&(f[a.field]=a);h.fields=f}for(i in h.fields)a=h.fields[i],s=a.type||\"default\",o=null,d=i,i=typeof a.field===we?a.field:i,a.nullable||(o=h.defaults[d!==i?d:i]=a.defaultValue!==t?a.defaultValue:V[s.toLowerCase()],\"function\"==typeof o&&g.push(i)),r.id===i&&(h._defaultId=o),h.defaults[d!==i?d:i]=o,a.parse=a.parse||J[s];return g.length>0&&(h._initializers=g),n=e.extend(h),n.define=function(e){return W.define(n,e)},h.fields&&(n.fields=h.fields,n.idField=h.idField),n},Q={selector:function(e){return ye(e)?e:Me(e)},compare:function(e){var t=this.selector(e);return function(e,r){return e=t(e),r=t(r),null==e&&null==r?0:null==e?-1:null==r?1:e.localeCompare?e.localeCompare(r):e>r?1:e<r?-1:0}},create:function(e){var t=e.compare||this.compare(e.field);return\"desc\"==e.dir?function(e,r){return t(r,e,!0)}:t},combine:function(e){return function(t,r){var n,i,a=e[0](t,r);for(n=1,i=e.length;n<i;n++)a=a||e[n](t,r);return a}}},K=le({},Q,{asc:function(e){var t=this.selector(e);return function(e,r){var n=t(e),i=t(r);return n&&n.getTime&&i&&i.getTime&&(n=n.getTime(),i=i.getTime()),n===i?e.__position-r.__position:null==n?-1:null==i?1:n.localeCompare?n.localeCompare(i):n>i?1:-1}},desc:function(e){var t=this.selector(e);return function(e,r){var n=t(e),i=t(r);return n&&n.getTime&&i&&i.getTime&&(n=n.getTime(),i=i.getTime()),n===i?e.__position-r.__position:null==n?1:null==i?-1:i.localeCompare?i.localeCompare(n):n<i?1:-1}},create:function(e){return this[e.dir](e.field)}}),B=function(e,t){var r,n=e.length,i=Array(n);for(r=0;r<n;r++)i[r]=t(e[r],r,e);return i},$=function(){function e(e){return e.replace(Xe,\"\\\\\").replace($e,\"\")}function t(t,r,n,i){var a;return null!=n&&(typeof n===we&&(n=e(n),a=Ke.exec(n),a?n=new Date((+a[1])):i?(n=\"'\"+n.toLowerCase()+\"'\",r=\"((\"+r+\" || '')+'').toLowerCase()\"):n=\"'\"+n+\"'\"),n.getTime&&(r=\"(\"+r+\"&&\"+r+\".getTime?\"+r+\".getTime():\"+r+\")\",n=n.getTime())),r+\" \"+t+\" \"+n}return{quote:function(t){return t&&t.getTime?\"new Date(\"+t.getTime()+\")\":\"string\"==typeof t?\"'\"+e(t)+\"'\":\"\"+t},eq:function(e,r,n){return t(\"==\",e,r,n)},neq:function(e,r,n){return t(\"!=\",e,r,n)},gt:function(e,r,n){return t(\">\",e,r,n)},gte:function(e,r,n){return t(\">=\",e,r,n)},lt:function(e,r,n){return t(\"<\",e,r,n)},lte:function(e,r,n){return t(\"<=\",e,r,n)},startswith:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".lastIndexOf('\"+r+\"', 0) == 0\"},doesnotstartwith:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".lastIndexOf('\"+r+\"', 0) == -1\"},endswith:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".indexOf('\"+r+\"', \"+t+\".length - \"+(r||\"\").length+\") >= 0\"},doesnotendwith:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".indexOf('\"+r+\"', \"+t+\".length - \"+(r||\"\").length+\") < 0\"},contains:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".indexOf('\"+r+\"') >= 0\"},doesnotcontain:function(t,r,n){return n&&(t=\"(\"+t+\" || '').toLowerCase()\",r&&(r=r.toLowerCase())),r&&(r=e(r)),t+\".indexOf('\"+r+\"') == -1\"},isempty:function(e){return e+\" === ''\"},isnotempty:function(e){return e+\" !== ''\"},isnull:function(e){return\"(\"+e+\" === null || \"+e+\" === undefined)\"},isnotnull:function(e){return\"(\"+e+\" !== null && \"+e+\" !== undefined)\"}}}(),a.filterExpr=function(e){var r,n,i,s,o,u,l=[],d={and:\" && \",or:\" || \"},h=[],f=[],c=e.filters;for(r=0,n=c.length;r<n;r++)i=c[r],o=i.field,u=i.operator,i.filters?(s=a.filterExpr(i),i=s.expression.replace(/__o\\[(\\d+)\\]/g,function(e,t){return t=+t,\"__o[\"+(f.length+t)+\"]\"}).replace(/__f\\[(\\d+)\\]/g,function(e,t){return t=+t,\"__f[\"+(h.length+t)+\"]\"}),f.push.apply(f,s.operators),h.push.apply(h,s.fields)):(typeof o===ke?(s=\"__f[\"+h.length+\"](d)\",h.push(o)):s=me.expr(o),typeof u===ke?(i=\"__o[\"+f.length+\"](\"+s+\", \"+$.quote(i.value)+\")\",f.push(u)):i=$[(u||\"eq\").toLowerCase()](s,i.value,i.ignoreCase===t||i.ignoreCase)),l.push(i);return{expression:\"(\"+l.join(d[e.logic])+\")\",fields:h,operators:f}},X={\"==\":\"eq\",equals:\"eq\",isequalto:\"eq\",equalto:\"eq\",equal:\"eq\",\"!=\":\"neq\",ne:\"neq\",notequals:\"neq\",isnotequalto:\"neq\",notequalto:\"neq\",notequal:\"neq\",\"<\":\"lt\",islessthan:\"lt\",lessthan:\"lt\",less:\"lt\",\"<=\":\"lte\",le:\"lte\",islessthanorequalto:\"lte\",lessthanequal:\"lte\",\">\":\"gt\",isgreaterthan:\"gt\",greaterthan:\"gt\",greater:\"gt\",\">=\":\"gte\",isgreaterthanorequalto:\"gte\",greaterthanequal:\"gte\",ge:\"gte\",notsubstringof:\"doesnotcontain\",isnull:\"isnull\",isempty:\"isempty\",isnotempty:\"isnotempty\"},a.normalizeFilter=u,a.compareFilters=f,a.prototype={toArray:function(){return this.data},range:function(e,t){return new a(this.data.slice(e,e+t))},skip:function(e){return new a(this.data.slice(e))},take:function(e){return new a(this.data.slice(0,e))},select:function(e){return new a(B(this.data,e))},order:function(e,t){var r={dir:t};return e&&(e.compare?r.compare=e.compare:r.field=e),new a(this.data.slice(0).sort(Q.create(r)))},orderBy:function(e){return this.order(e,\"asc\")},orderByDescending:function(e){return this.order(e,\"desc\")},sort:function(e,t,r){var n,i,a=s(e,t),o=[];if(r=r||Q,a.length){for(n=0,i=a.length;n<i;n++)o.push(r.create(a[n]));return this.orderBy({compare:r.combine(o)})}return this},filter:function(e){var t,r,n,i,s,o,l,d,h=this.data,f=[];if(e=u(e),!e||0===e.filters.length)return this;for(i=a.filterExpr(e),o=i.fields,l=i.operators,s=d=Function(\"d, __f, __o\",\"return \"+i.expression),(o.length||l.length)&&(d=function(e){return s(e,o,l)}),t=0,n=h.length;t<n;t++)r=h[t],d(r)&&f.push(r);return new a(f)},group:function(e,t){e=g(e||[]),t=t||this.data;var r,n=this,i=new a(n.data);return e.length>0&&(r=e[0],i=i.groupBy(r).select(function(n){var i=new a(t).filter([{field:n.field,operator:\"eq\",value:n.value,ignoreCase:!1}]);return{field:n.field,value:n.value,items:e.length>1?new a(n.items).group(e.slice(1),i.toArray()).toArray():n.items,hasSubgroups:e.length>1,aggregates:i.aggregate(r.aggregates)}})),i},groupBy:function(e){if(fe(e)||!this.data.length)return new a([]);var t,r,n,i,s=e.field,o=this._sortForGrouping(s,e.dir||\"asc\"),u=me.accessor(s),l=u.get(o[0],s),d={field:s,value:l,items:[]},h=[d];for(n=0,i=o.length;n<i;n++)t=o[n],r=u.get(t,s),p(l,r)||(l=r,d={field:s,value:l,items:[]},h.push(d)),d.items.push(t);return new a(h)},_sortForGrouping:function(e,t){var r,n,i=this.data;if(!Qe){for(r=0,n=i.length;r<n;r++)i[r].__position=r;for(i=new a(i).sort(e,t,K).toArray(),r=0,n=i.length;r<n;r++)delete i[r].__position;return i}return this.sort(e,t).toArray()},aggregate:function(e){var t,r,n={},i={};if(e&&e.length)for(t=0,r=this.data.length;t<r;t++)_(n,e,this.data[t],t,r,i);return n}},Y={sum:function(e,t,r){var n=r.get(t);return v(e)?v(n)&&(e+=n):e=n,e},count:function(e){return(e||0)+1},average:function(e,r,n,i,a,s){var o=n.get(r);return s.count===t&&(s.count=0),v(e)?v(o)&&(e+=o):e=o,v(o)&&s.count++,i==a-1&&v(e)&&(e/=s.count),e},max:function(e,t,r){var n=r.get(t);return v(e)||m(e)||(e=n),e<n&&(v(n)||m(n))&&(e=n),e},min:function(e,t,r){var n=r.get(t);return v(e)||m(e)||(e=n),e>n&&(v(n)||m(n))&&(e=n),e}},a.process=function(e,r){r=r||{};var n,i=new a(e),o=r.group,u=g(o||[]).concat(s(r.sort||[])),l=r.filterCallback,d=r.filter,h=r.skip,f=r.take;return d&&(i=i.filter(d),l&&(i=l(i)),n=i.toArray().length),u&&(i=i.sort(u),o&&(e=i.toArray())),h!==t&&f!==t&&(i=i.range(h,f)),o&&(i=i.group(o,e)),{total:n,data:i.toArray()}},Z=be.extend({init:function(e){this.data=e.data},read:function(e){e.success(this.data)},update:function(e){e.success(e.data)},create:function(e){e.success(e.data)},destroy:function(e){e.success(e.data)}}),ee=be.extend({init:function(e){var t,r=this;e=r.options=le({},r.options,e),_e(Ie,function(t,r){typeof e[r]===we&&(e[r]={url:e[r]})}),r.cache=e.cache?te.create(e.cache):{find:ve,add:ve},t=e.parameterMap,ye(e.push)&&(r.push=e.push),r.push||(r.push=Ne),r.parameterMap=ye(t)?t:function(e){var r={};return _e(e,function(e,n){e in t&&(e=t[e],he(e)&&(n=e.value(n),e=e.key)),r[e]=n}),r}},options:{parameterMap:Ne},create:function(e){return pe(this.setup(e,xe))},read:function(r){var n,i,a,s=this,o=s.cache;r=s.setup(r,qe),n=r.success||ve,i=r.error||ve,a=o.find(r.data),a!==t?n(a):(r.success=function(e){o.add(r.data,e),n(e)},e.ajax(r))},update:function(e){return pe(this.setup(e,De))},destroy:function(e){return pe(this.setup(e,Ce))},setup:function(e,t){e=e||{};var r,n=this,i=n.options[t],a=ye(i.data)?i.data(e.data):i.data;return e=le(!0,{},i,e),r=le(!0,{},a,e.data),e.data=n.parameterMap(r,t),ye(e.url)&&(e.url=e.url(r)),e}}),te=be.extend({init:function(){this._store={}},add:function(e,r){e!==t&&(this._store[je(e)]=r)},find:function(e){return this._store[je(e)]},clear:function(){this._store={}},remove:function(e){delete this._store[je(e)]}}),te.create=function(e){var t={inmemory:function(){return new te}};return he(e)&&ye(e.find)?e:e===!0?new te:t[e]()},re=be.extend({init:function(e){var t,r,n,i,a,s,o,u,l,d,h,f,c,g=this;e=e||{};for(t in e)r=e[t],g[t]=typeof r===we?Me(r):r;i=e.modelBase||W,he(g.model)&&(g.model=n=i.define(g.model)),a=de(g.data,g),g._dataAccessFunction=a,g.model&&(s=de(g.groups,g),o=de(g.serialize,g),u={},l={},d={},h={},f=!1,n=g.model,n.fields&&(_e(n.fields,function(e,t){var r;c=e,he(t)&&t.field?c=t.field:typeof t===we&&(c=t),he(t)&&t.from&&(r=t.from),f=f||r&&r!==e||c!==e,l[e]=Me(r||c),d[e]=Me(e),u[r||c]=e,h[e]=r||c}),!e.serialize&&f&&(g.serialize=k(o,n,S,d,u,h))),g._dataAccessFunction=a,g.data=k(a,n,b,l,u,h),g.groups=k(s,n,w,l,u,h))},errors:function(e){return e?e.errors:null},parse:Ne,data:Ne,total:function(e){return e.length},groups:Ne,aggregates:function(){return{}},serialize:function(e){return e}}),ne=Se.extend({init:function(e){var r,n,i,a=this;e&&(n=e.data),e=a.options=le({},a.options,e),a._map={},a._prefetch={},a._data=[],a._pristineData=[],a._ranges=[],a._view=[],a._pristineTotal=0,a._destroyed=[],a._pageSize=e.pageSize,a._page=e.page||(e.pageSize?1:t),a._sort=s(e.sort),a._filter=u(e.filter),a._group=g(e.group),a._aggregate=e.aggregate,a._total=e.total,a._shouldDetachObservableParents=!0,Se.fn.init.call(a),a.transport=ie.create(e,n,a),ye(a.transport.push)&&a.transport.push({pushCreate:de(a._pushCreate,a),pushUpdate:de(a._pushUpdate,a),pushDestroy:de(a._pushDestroy,a)}),null!=e.offlineStorage&&(\"string\"==typeof e.offlineStorage?(i=e.offlineStorage,a._storage={getItem:function(){return JSON.parse(localStorage.getItem(i))},setItem:function(e){localStorage.setItem(i,je(a.reader.serialize(e)))}}):a._storage=e.offlineStorage),a.reader=new me.data.readers[e.schema.type||\"json\"](e.schema),r=a.reader.model||{},a._detachObservableParents(),a._data=a._observe(a._data),a._online=!0,a.bind([\"push\",Pe,Oe,Te,ze,Ae,Fe],e)},options:{data:null,schema:{modelBase:W},offlineStorage:null,serverSorting:!1,serverPaging:!1,serverFiltering:!1,serverGrouping:!1,serverAggregates:!1,batch:!1},clone:function(){return this},online:function(r){return r!==t?this._online!=r&&(this._online=r,r)?this.sync():e.Deferred().resolve().promise():this._online},offlineData:function(e){return null==this.options.offlineStorage?null:e!==t?this._storage.setItem(e):this._storage.getItem()||[]},_isServerGrouped:function(){var e=this.group()||[];return this.options.serverGrouping&&e.length},_pushCreate:function(e){this._push(e,\"pushCreate\")},_pushUpdate:function(e){this._push(e,\"pushUpdate\")},_pushDestroy:function(e){this._push(e,\"pushDestroy\")},_push:function(e,t){var r=this._readData(e);r||(r=e),this[t](r)},_flatData:function(e,t){if(e){if(this._isServerGrouped())return q(e);if(!t)for(var r=0;r<e.length;r++)e.at(r)}return e},parent:ve,get:function(e){var t,r,n=this._flatData(this._data);for(t=0,r=n.length;t<r;t++)if(n[t].id==e)return n[t]},getByUid:function(e){var t,r,n=this._flatData(this._data);if(n)for(t=0,r=n.length;t<r;t++)if(n[t].uid==e)return n[t]},indexOf:function(e){return F(this._data,e)},at:function(e){return this._data.at(e)},data:function(e){var r,n=this;if(e===t){if(n._data)for(r=0;r<n._data.length;r++)n._data.at(r);return n._data}n._detachObservableParents(),n._data=this._observe(e),n._pristineData=e.slice(0),n._storeData(),n._ranges=[],n.trigger(\"reset\"),n._addRange(n._data),n._total=n._data.length,n._pristineTotal=n._total,n._process(n._data)},view:function(e){return e===t?this._view:(this._view=this._observeView(e),t)},_observeView:function(e){var t,r=this;return R(e,r._data,r._ranges,r.reader.model||H,r._isServerGrouped()),t=new U(e,r.reader.model),t.parent=function(){return r.parent()},t},flatView:function(){var e=this.group()||[];return e.length?q(this._view):this._view},add:function(e){return this.insert(this._data.length,e)},_createNewModel:function(e){return this.reader.model?new this.reader.model(e):e instanceof H?e:new H(e)},insert:function(e,t){return t||(t=e,e=0),t instanceof W||(t=this._createNewModel(t)),this._isServerGrouped()?this._data.splice(e,0,this._wrapInEmptyGroup(t)):this._data.splice(e,0,t),t},pushCreate:function(e){var t,r,n,i,a,s;ce(e)||(e=[e]),t=[],r=this.options.autoSync,this.options.autoSync=!1;try{for(n=0;n<e.length;n++)i=e[n],a=this.add(i),t.push(a),s=a.toJSON(),this._isServerGrouped()&&(s=this._wrapInEmptyGroup(s)),this._pristineData.push(s)}finally{this.options.autoSync=r}t.length&&this.trigger(\"push\",{type:\"create\",items:t})},pushUpdate:function(e){var t,r,n,i,a;for(ce(e)||(e=[e]),t=[],r=0;r<e.length;r++)n=e[r],i=this._createNewModel(n),a=this.get(i.id),a?(t.push(a),a.accept(n),a.trigger(Oe),this._updatePristineForModel(a,n)):this.pushCreate(n);t.length&&this.trigger(\"push\",{type:\"update\",items:t})},pushDestroy:function(e){var t=this._removeItems(e);t.length&&this.trigger(\"push\",{type:\"destroy\",items:t})},_removeItems:function(e){var t,r,n,i,a,s;ce(e)||(e=[e]),t=[],r=this.options.autoSync,this.options.autoSync=!1;try{for(n=0;n<e.length;n++)i=e[n],a=this._createNewModel(i),s=!1,this._eachItem(this._data,function(e){var r,n;for(r=0;r<e.length;r++)if(n=e.at(r),n.id===a.id){t.push(n),e.splice(r,1),s=!0;break}}),s&&(this._removePristineForModel(a),this._destroyed.pop())}finally{this.options.autoSync=r}return t},remove:function(e){var t,r=this,n=r._isServerGrouped();return this._eachItem(r._data,function(i){if(t=P(i,e),t&&n)return t.isNew&&t.isNew()||r._destroyed.push(t),!0}),this._removeModelFromRanges(e),this._updateRangesLength(),e},destroyed:function(){return this._destroyed},created:function(){var e,t,r=[],n=this._flatData(this._data);for(e=0,t=n.length;e<t;e++)n[e].isNew&&n[e].isNew()&&r.push(n[e]);return r},updated:function(){var e,t,r=[],n=this._flatData(this._data);for(e=0,t=n.length;e<t;e++)n[e].isNew&&!n[e].isNew()&&n[e].dirty&&r.push(n[e]);return r},sync:function(){var t,r=this,n=[],i=[],a=r._destroyed,s=e.Deferred().resolve().promise();if(r.online()){if(!r.reader.model)return s;n=r.created(),i=r.updated(),t=[],r.options.batch&&r.transport.submit?t=r._sendSubmit(n,i,a):(t.push.apply(t,r._send(\"create\",n)),t.push.apply(t,r._send(\"update\",i)),t.push.apply(t,r._send(\"destroy\",a))),s=e.when.apply(null,t).then(function(){var e,t;for(e=0,t=arguments.length;e<t;e++)arguments[e]&&r._accept(arguments[e]);r._storeData(!0),r._change({action:\"sync\"}),r.trigger(ze)})}else r._storeData(!0),r._change({action:\"sync\"});return s},cancelChanges:function(e){var t=this;e instanceof me.data.Model?t._cancelModel(e):(t._destroyed=[],t._detachObservableParents(),t._data=t._observe(t._pristineData),t.options.serverPaging&&(t._total=t._pristineTotal),t._ranges=[],t._addRange(t._data),t._change(),t._markOfflineUpdatesAsDirty())},_markOfflineUpdatesAsDirty:function(){var e=this;null!=e.options.offlineStorage&&e._eachItem(e._data,function(e){var t,r;for(t=0;t<e.length;t++)r=e.at(t),\"update\"!=r.__state__&&\"create\"!=r.__state__||(r.dirty=!0)})},hasChanges:function(){var e,t,r=this._flatData(this._data);if(this._destroyed.length)return!0;for(e=0,t=r.length;e<t;e++)if(r[e].isNew&&r[e].isNew()||r[e].dirty)return!0;return!1},_accept:function(t){var r,n=this,i=t.models,a=t.response,s=0,o=n._isServerGrouped(),u=n._pristineData,l=t.type;if(n.trigger(Ae,{response:a,type:l}),a&&!fe(a)){if(a=n.reader.parse(a),n._handleCustomErrors(a))return;a=n.reader.data(a),ce(a)||(a=[a])}else a=e.map(i,function(e){return e.toJSON()});for(\"destroy\"===l&&(n._destroyed=[]),s=0,r=i.length;s<r;s++)\"destroy\"!==l?(i[s].accept(a[s]),\"create\"===l?u.push(o?n._wrapInEmptyGroup(i[s]):a[s]):\"update\"===l&&n._updatePristineForModel(i[s],a[s])):n._removePristineForModel(i[s])},_updatePristineForModel:function(e,t){this._executeOnPristineForModel(e,function(e,r){me.deepExtend(r[e],t)})},_executeOnPristineForModel:function(e,t){this._eachPristineItem(function(r){var n=T(r,e);if(n>-1)return t(n,r),!0})},_removePristineForModel:function(e){this._executeOnPristineForModel(e,function(e,t){t.splice(e,1)})},_readData:function(e){var t=this._isServerGrouped()?this.reader.groups:this.reader.data;return t.call(this.reader,e)},_eachPristineItem:function(e){this._eachItem(this._pristineData,e)},_eachItem:function(e,t){e&&e.length&&(this._isServerGrouped()?C(e,t):t(e))},_pristineForModel:function(e){var t,r,n=function(n){if(r=T(n,e),r>-1)return t=n[r],!0};return this._eachPristineItem(n),t},_cancelModel:function(e){var t=this._pristineForModel(e);this._eachItem(this._data,function(r){var n=F(r,e);n>=0&&(!t||e.isNew()&&!t.__state__?r.splice(n,1):(r[n].accept(t),\"update\"==t.__state__&&(r[n].dirty=!0)))})},_submit:function(t,r){var n=this;n.trigger(Te,{type:\"submit\"}),n.transport.submit(le({success:function(r,n){var i=e.grep(t,function(e){return e.type==n})[0];i&&i.resolve({response:r,models:i.models,type:n})},error:function(e,r,i){for(var a=0;a<t.length;a++)t[a].reject(e);n.error(e,r,i)}},r))},_sendSubmit:function(t,r,n){var i=this,a=[];return i.options.batch&&(t.length&&a.push(e.Deferred(function(e){e.type=\"create\",e.models=t})),r.length&&a.push(e.Deferred(function(e){e.type=\"update\",e.models=r})),n.length&&a.push(e.Deferred(function(e){e.type=\"destroy\",e.models=n})),i._submit(a,{data:{created:i.reader.serialize(y(t)),updated:i.reader.serialize(y(r)),destroyed:i.reader.serialize(y(n))}})),a},_promise:function(t,r,n){var i=this;return e.Deferred(function(e){i.trigger(Te,{type:n}),i.transport[n].call(i.transport,le({success:function(t){e.resolve({response:t,models:r,type:n})},error:function(t,r,n){e.reject(t),i.error(t,r,n)}},t))}).promise()},_send:function(e,t){var r,n,i=this,a=[],s=i.reader.serialize(y(t));if(i.options.batch)t.length&&a.push(i._promise({data:{models:s}},t,e));else for(r=0,n=t.length;r<n;r++)a.push(i._promise({data:s[r]},[t[r]],e));return a},read:function(t){\n    var r=this,n=r._params(t),i=e.Deferred();return r._queueRequest(n,function(){var e=r.trigger(Te,{type:\"read\"});e?(r._dequeueRequest(),i.resolve(e)):(r.trigger(Fe),r._ranges=[],r.trigger(\"reset\"),r.online()?r.transport.read({data:n,success:function(e){r._ranges=[],r.success(e,n),i.resolve()},error:function(){var e=Je.call(arguments);r.error.apply(r,e),i.reject.apply(i,e)}}):null!=r.options.offlineStorage&&(r.success(r.offlineData(),n),i.resolve()))}),i.promise()},_readAggregates:function(e){return this.reader.aggregates(e)},success:function(e){var r,n,i,a,s,o,u,l,d=this,h=d.options;if(d.trigger(Ae,{response:e,type:\"read\"}),d.online()){if(e=d.reader.parse(e),d._handleCustomErrors(e))return d._dequeueRequest(),t;d._total=d.reader.total(e),d._aggregate&&h.serverAggregates&&(d._aggregateResult=d._readAggregates(e)),e=d._readData(e),d._destroyed=[]}else{for(e=d._readData(e),r=[],n={},i=d.reader.model,a=i?i.idField:\"id\",s=0;s<this._destroyed.length;s++)o=this._destroyed[s][a],n[o]=o;for(s=0;s<e.length;s++)u=e[s],l=u.__state__,\"destroy\"==l?n[u[a]]||this._destroyed.push(this._createNewModel(u)):r.push(u);e=r,d._total=e.length}d._pristineTotal=d._total,d._pristineData=e.slice(0),d._detachObservableParents(),d._data=d._observe(e),d._markOfflineUpdatesAsDirty(),d._storeData(),d._addRange(d._data),d._process(d._data),d._dequeueRequest()},_detachObservableParents:function(){if(this._data&&this._shouldDetachObservableParents)for(var e=0;e<this._data.length;e++)this._data[e].parent&&(this._data[e].parent=ve)},_storeData:function(e){function t(e){var r,n,i,a=[];for(r=0;r<e.length;r++)n=e.at(r),i=n.toJSON(),s&&n.items?i.items=t(n.items):(i.uid=n.uid,o&&(n.isNew()?i.__state__=\"create\":n.dirty&&(i.__state__=\"update\"))),a.push(i);return a}var r,n,i,a,s=this._isServerGrouped(),o=this.reader.model;if(null!=this.options.offlineStorage){for(r=t(this._data),n=[],i=0;i<this._destroyed.length;i++)a=this._destroyed[i].toJSON(),a.__state__=\"destroy\",n.push(a);this.offlineData(r.concat(n)),e&&(this._pristineData=this._readData(r))}},_addRange:function(e){var t=this,r=t._skip||0,n=r+t._flatData(e,!0).length;t._ranges.push({start:r,end:n,data:e,timestamp:(new Date).getTime()}),t._ranges.sort(function(e,t){return e.start-t.start})},error:function(e,t,r){this._dequeueRequest(),this.trigger(Ae,{}),this.trigger(Pe,{xhr:e,status:t,errorThrown:r})},_params:function(e){var t=this,r=le({take:t.take(),skip:t.skip(),page:t.page(),pageSize:t.pageSize(),sort:t._sort,filter:t._filter,group:t._group,aggregate:t._aggregate},e);return t.options.serverPaging||(delete r.take,delete r.skip,delete r.page,delete r.pageSize),t.options.serverGrouping?t.reader.model&&r.group&&(r.group=M(r.group,t.reader.model)):delete r.group,t.options.serverFiltering?t.reader.model&&r.filter&&(r.filter=N(r.filter,t.reader.model)):delete r.filter,t.options.serverSorting?t.reader.model&&r.sort&&(r.sort=M(r.sort,t.reader.model)):delete r.sort,t.options.serverAggregates?t.reader.model&&r.aggregate&&(r.aggregate=M(r.aggregate,t.reader.model)):delete r.aggregate,r},_queueRequest:function(e,r){var n=this;n._requestInProgress?n._pending={callback:de(r,n),options:e}:(n._requestInProgress=!0,n._pending=t,r())},_dequeueRequest:function(){var e=this;e._requestInProgress=!1,e._pending&&e._queueRequest(e._pending.options,e._pending.callback)},_handleCustomErrors:function(e){if(this.reader.errors){var t=this.reader.errors(e);if(t)return this.trigger(Pe,{xhr:null,status:\"customerror\",errorThrown:\"custom error\",errors:t}),!0}return!1},_shouldWrap:function(e){var t=this.reader.model;return!(!t||!e.length)&&!(e[0]instanceof t)},_observe:function(e){var t,r=this,n=r.reader.model;return r._shouldDetachObservableParents=!0,e instanceof Ye?(r._shouldDetachObservableParents=!1,r._shouldWrap(e)&&(e.type=r.reader.model,e.wrapAll(e,e))):(t=r.pageSize()&&!r.options.serverPaging?U:Ye,e=new t(e,r.reader.model),e.parent=function(){return r.parent()}),r._isServerGrouped()&&D(e,n),r._changeHandler&&r._data&&r._data instanceof Ye?r._data.unbind(Oe,r._changeHandler):r._changeHandler=de(r._change,r),e.bind(Oe,r._changeHandler)},_updateTotalForAction:function(e,t){var r=this,n=parseInt(r._total,10);v(r._total)||(n=parseInt(r._pristineTotal,10)),\"add\"===e?n+=t.length:\"remove\"===e?n-=t.length:\"itemchange\"===e||\"sync\"===e||r.options.serverPaging?\"sync\"===e&&(n=r._pristineTotal=parseInt(r._total,10)):n=r._pristineTotal,r._total=n},_change:function(e){var t,r,n,i=this,a=e?e.action:\"\";if(\"remove\"===a)for(t=0,r=e.items.length;t<r;t++)e.items[t].isNew&&e.items[t].isNew()||i._destroyed.push(e.items[t]);!i.options.autoSync||\"add\"!==a&&\"remove\"!==a&&\"itemchange\"!==a?(i._updateTotalForAction(a,e?e.items:[]),i._process(i._data,e)):(n=function(t){\"sync\"===t.action&&(i.unbind(\"change\",n),i._updateTotalForAction(a,e.items))},i.first(\"change\",n),i.sync())},_calculateAggregates:function(e,t){t=t||{};var r=new a(e),n=t.aggregate,i=t.filter;return i&&(r=r.filter(i)),r.aggregate(n)},_process:function(e,r){var n,i=this,a={};i.options.serverPaging!==!0&&(a.skip=i._skip,a.take=i._take||i._pageSize,a.skip===t&&i._page!==t&&i._pageSize!==t&&(a.skip=(i._page-1)*i._pageSize)),i.options.serverSorting!==!0&&(a.sort=i._sort),i.options.serverFiltering!==!0&&(a.filter=i._filter),i.options.serverGrouping!==!0&&(a.group=i._group),i.options.serverAggregates!==!0&&(a.aggregate=i._aggregate,i._aggregateResult=i._calculateAggregates(e,a)),n=i._queryProcess(e,a),i.view(n.data),n.total===t||i.options.serverFiltering||(i._total=n.total),r=r||{},r.items=r.items||i._view,i.trigger(Oe,r)},_queryProcess:function(e,t){return a.process(e,t)},_mergeState:function(e){var r=this;return e!==t&&(r._pageSize=e.pageSize,r._page=e.page,r._sort=e.sort,r._filter=e.filter,r._group=e.group,r._aggregate=e.aggregate,r._skip=r._currentRangeStart=e.skip,r._take=e.take,r._skip===t&&(r._skip=r._currentRangeStart=r.skip(),e.skip=r.skip()),r._take===t&&r._pageSize!==t&&(r._take=r._pageSize,e.take=r._take),e.sort&&(r._sort=e.sort=s(e.sort)),e.filter&&(r._filter=e.filter=u(e.filter)),e.group&&(r._group=e.group=g(e.group)),e.aggregate&&(r._aggregate=e.aggregate=c(e.aggregate))),e},query:function(r){var n,i,a=this.options.serverSorting||this.options.serverPaging||this.options.serverFiltering||this.options.serverGrouping||this.options.serverAggregates;return a||(this._data===t||0===this._data.length)&&!this._destroyed.length?this.read(this._mergeState(r)):(i=this.trigger(Te,{type:\"read\"}),i||(this.trigger(Fe),n=this._queryProcess(this._data,this._mergeState(r)),this.options.serverFiltering||(this._total=n.total!==t?n.total:this._data.length),this._aggregateResult=this._calculateAggregates(this._data,r),this.view(n.data),this.trigger(Ae,{type:\"read\"}),this.trigger(Oe,{items:n.data})),e.Deferred().resolve(i).promise())},fetch:function(e){var t=this,r=function(r){r!==!0&&ye(e)&&e.call(t)};return this._query().then(r)},_query:function(e){var t=this;return t.query(le({},{page:t.page(),pageSize:t.pageSize(),sort:t.sort(),filter:t.filter(),group:t.group(),aggregate:t.aggregate()},e))},next:function(e){var t=this,r=t.page(),n=t.total();if(e=e||{},r&&!(n&&r+1>t.totalPages()))return t._skip=t._currentRangeStart=r*t.take(),r+=1,e.page=r,t._query(e),r},prev:function(e){var t=this,r=t.page();if(e=e||{},r&&1!==r)return t._skip=t._currentRangeStart=t._skip-t.take(),r-=1,e.page=r,t._query(e),r},page:function(e){var r,n=this;return e!==t?(e=Le.max(Le.min(Le.max(e,1),n.totalPages()),1),n._query({page:e}),t):(r=n.skip(),r!==t?Le.round((r||0)/(n.take()||1))+1:t)},pageSize:function(e){var r=this;return e!==t?(r._query({pageSize:e,page:1}),t):r.take()},sort:function(e){var r=this;return e!==t?(r._query({sort:e}),t):r._sort},filter:function(e){var r=this;return e===t?r._filter:(r.trigger(\"reset\"),r._query({filter:e,page:1}),t)},group:function(e){var r=this;return e!==t?(r._query({group:e}),t):r._group},total:function(){return parseInt(this._total||0,10)},aggregate:function(e){var r=this;return e!==t?(r._query({aggregate:e}),t):r._aggregate},aggregates:function(){var e=this._aggregateResult;return fe(e)&&(e=this._emptyAggregates(this.aggregate())),e},_emptyAggregates:function(e){var t,r,n={};if(!fe(e))for(t={},ce(e)||(e=[e]),r=0;r<e.length;r++)t[e[r].aggregate]=0,n[e[r].field]=t;return n},_wrapInEmptyGroup:function(e){var t,r,n,i,a=this.group();for(n=a.length-1,i=0;n>=i;n--)r=a[n],t={value:e.get(r.field),field:r.field,items:t?[t]:[e],hasSubgroups:!!t,aggregates:this._emptyAggregates(r.aggregates)};return t},totalPages:function(){var e=this,t=e.pageSize()||e.total();return Le.ceil((e.total()||0)/t)},inRange:function(e,t){var r=this,n=Le.min(e+t,r.total());return!r.options.serverPaging&&r._data.length>0||r._findRange(e,n).length>0},lastRange:function(){var e=this._ranges;return e[e.length-1]||{start:0,end:0,data:[]}},firstItemUid:function(){var e=this._ranges;return e.length&&e[0].data.length&&e[0].data[0].uid},enableRequestsInProgress:function(){this._skipRequestsInProgress=!1},_timeStamp:function(){return(new Date).getTime()},range:function(e,r){var n,i,a,s,o,u,l,d;if(this._currentRequestTimeStamp=this._timeStamp(),this._skipRequestsInProgress=!0,e=Le.min(e||0,this.total()),n=this,i=Le.max(Le.floor(e/r),0)*r,a=Le.min(i+r,n.total()),s=n._findRange(e,Le.min(e+r,n.total())),s.length){n._pending=t,n._skip=e>n.skip()?Le.min(a,(n.totalPages()-1)*n.take()):i,n._currentRangeStart=e,n._take=r,o=n.options.serverPaging,u=n.options.serverSorting,l=n.options.serverFiltering,d=n.options.serverAggregates;try{n.options.serverPaging=!0,n._isServerGrouped()||n.group()&&n.group().length||(n.options.serverSorting=!0),n.options.serverFiltering=!0,n.options.serverPaging=!0,n.options.serverAggregates=!0,o&&(n._detachObservableParents(),n._data=s=n._observe(s)),n._process(s)}finally{n.options.serverPaging=o,n.options.serverSorting=u,n.options.serverFiltering=l,n.options.serverAggregates=d}}else r!==t&&(n._rangeExists(i,a)?i<e&&n.prefetch(a,r,function(){n.range(e,r)}):n.prefetch(i,r,function(){e>i&&a<n.total()&&!n._rangeExists(a,Le.min(a+r,n.total()))?n.prefetch(a,r,function(){n.range(e,r)}):n.range(e,r)}))},_findRange:function(e,r){var n,i,a,o,u,l,d,h,f,c,p,_,v=this,m=v._ranges,y=[],S=v.options,b=S.serverSorting||S.serverPaging||S.serverFiltering||S.serverGrouping||S.serverAggregates;for(i=0,p=m.length;i<p;i++)if(n=m[i],e>=n.start&&e<=n.end){for(c=0,a=i;a<p;a++)if(n=m[a],f=v._flatData(n.data,!0),f.length&&e+c>=n.start&&(l=n.data,d=n.end,b||(_=g(v.group()||[]).concat(s(v.sort()||[])),h=v._queryProcess(n.data,{sort:_,filter:v.filter()}),f=l=h.data,h.total!==t&&(d=h.total)),o=0,e+c>n.start&&(o=e+c-n.start),u=f.length,d>r&&(u-=d-r),c+=u-o,y=v._mergeGroups(y,l,o,u),r<=n.end&&c==r-e))return y;break}return[]},_mergeGroups:function(e,t,r,n){if(this._isServerGrouped()){var i,a=t.toJSON();return e.length&&(i=e[e.length-1]),x(i,a,r,n),e.concat(a)}return e.concat(t.slice(r,n))},skip:function(){var e=this;return e._skip===t?e._page!==t?(e._page-1)*(e.take()||1):t:e._skip},currentRangeStart:function(){return this._currentRangeStart||0},take:function(){return this._take||this._pageSize},_prefetchSuccessHandler:function(e,t,r,n){var i=this,a=i._timeStamp();return function(s){var o,u,l,d=!1,h={start:e,end:t,data:[],timestamp:i._timeStamp()};if(i._dequeueRequest(),i.trigger(Ae,{response:s,type:\"read\"}),s=i.reader.parse(s),l=i._readData(s),l.length){for(o=0,u=i._ranges.length;o<u;o++)if(i._ranges[o].start===e){d=!0,h=i._ranges[o];break}d||i._ranges.push(h)}h.data=i._observe(l),h.end=h.start+i._flatData(h.data,!0).length,i._ranges.sort(function(e,t){return e.start-t.start}),i._total=i.reader.total(s),(n||a>=i._currentRequestTimeStamp||!i._skipRequestsInProgress)&&(r&&l.length?r():i.trigger(Oe,{}))}},prefetch:function(e,t,r){var n=this,i=Le.min(e+t,n.total()),a={take:t,skip:e,page:e/t+1,pageSize:t,sort:n._sort,filter:n._filter,group:n._group,aggregate:n._aggregate};n._rangeExists(e,i)?r&&r():(clearTimeout(n._timeout),n._timeout=setTimeout(function(){n._queueRequest(a,function(){n.trigger(Te,{type:\"read\"})?n._dequeueRequest():n.transport.read({data:n._params(a),success:n._prefetchSuccessHandler(e,i,r),error:function(){var e=Je.call(arguments);n.error.apply(n,e)}})})},100))},_multiplePrefetch:function(e,t,r){var n=this,i=Le.min(e+t,n.total()),a={take:t,skip:e,page:e/t+1,pageSize:t,sort:n._sort,filter:n._filter,group:n._group,aggregate:n._aggregate};n._rangeExists(e,i)?r&&r():n.trigger(Te,{type:\"read\"})||n.transport.read({data:n._params(a),success:n._prefetchSuccessHandler(e,i,r,!0)})},_rangeExists:function(e,t){var r,n,i=this,a=i._ranges;for(r=0,n=a.length;r<n;r++)if(a[r].start<=e&&a[r].end>=t)return!0;return!1},_removeModelFromRanges:function(e){var t,r,n,i,a;for(i=0,a=this._ranges.length;i<a&&(n=this._ranges[i],this._eachItem(n.data,function(n){t=P(n,e),t&&(r=!0)}),!r);i++);},_updateRangesLength:function(){var e,t,r,n,i=0;for(r=0,n=this._ranges.length;r<n;r++)e=this._ranges[r],e.start=e.start-i,t=this._flatData(e.data,!0).length,i=e.end-t,e.end=e.start+t}}),ie={},ie.create=function(t,r,n){var i,a=t.transport?e.extend({},t.transport):null;return a?(a.read=typeof a.read===we?{url:a.read}:a.read,\"jsdo\"===t.type&&(a.dataSource=n),t.type&&(me.data.transports=me.data.transports||{},me.data.schemas=me.data.schemas||{},me.data.transports[t.type]?he(me.data.transports[t.type])?a=le(!0,{},me.data.transports[t.type],a):i=new me.data.transports[t.type](le(a,{data:r})):me.logToConsole(\"Unknown DataSource transport type '\"+t.type+\"'.\\nVerify that registration scripts for this type are included after Kendo UI on the page.\",\"warn\"),t.schema=le(!0,{},me.data.schemas[t.type],t.schema)),i||(i=ye(a.read)?a:new ee(a))):i=new Z({data:t.data||[]}),i},ne.create=function(e){(ce(e)||e instanceof Ye)&&(e={data:e});var r,n,i,a=e||{},s=a.data,o=a.fields,u=a.table,l=a.select,d={};if(s||!o||a.transport||(u?s=L(u,o):l&&(s=j(l,o),a.group===t&&s[0]&&s[0].optgroup!==t&&(a.group=\"optgroup\"))),me.data.Model&&o&&(!a.schema||!a.schema.model)){for(r=0,n=o.length;r<n;r++)i=o[r],i.type&&(d[i.field]=i);fe(d)||(a.schema=le(!0,a.schema,{model:{fields:d}}))}return a.data=s,l=null,a.select=null,u=null,a.table=null,a instanceof ne?a:new ne(a)},ae=W.define({idField:\"id\",init:function(e){var t=this,r=t.hasChildren||e&&e.hasChildren,n=\"items\",i={};me.data.Model.fn.init.call(t,e),typeof t.children===we&&(n=t.children),i={schema:{data:n,model:{hasChildren:r,id:t.idField,fields:t.fields}}},typeof t.children!==we&&le(i,t.children),i.data=e,r||(r=i.schema.data),typeof r===we&&(r=me.getter(r)),ye(r)&&(t.hasChildren=!!r.call(t,t)),t._childrenOptions=i,t.hasChildren&&t._initChildren(),t._loaded=!(!e||!e._loaded)},_initChildren:function(){var e,t,r,n=this;n.children instanceof se||(e=n.children=new se(n._childrenOptions),t=e.transport,r=t.parameterMap,t.parameterMap=function(e,t){return e[n.idField||\"id\"]=n.id,r&&(e=r(e,t)),e},e.parent=function(){return n},e.bind(Oe,function(e){e.node=e.node||n,n.trigger(Oe,e)}),e.bind(Pe,function(e){var t=n.parent();t&&(e.node=e.node||n,t.trigger(Pe,e))}),n._updateChildrenField())},append:function(e){this._initChildren(),this.loaded(!0),this.children.add(e)},hasChildren:!1,level:function(){for(var e=this.parentNode(),t=0;e&&e.parentNode;)t++,e=e.parentNode?e.parentNode():null;return t},_updateChildrenField:function(){var e=this._childrenOptions.schema.data;this[e||\"items\"]=this.children.data()},_childrenLoaded:function(){this._loaded=!0,this._updateChildrenField()},load:function(){var r,n,i={},a=\"_query\";return this.hasChildren?(this._initChildren(),r=this.children,i[this.idField||\"id\"]=this.id,this._loaded||(r._data=t,a=\"read\"),r.one(Oe,de(this._childrenLoaded,this)),n=r[a](i)):this.loaded(!0),n||e.Deferred().resolve().promise()},parentNode:function(){var e=this.parent();return e.parent()},loaded:function(e){return e===t?this._loaded:(this._loaded=e,t)},shouldSerialize:function(e){return W.fn.shouldSerialize.call(this,e)&&\"children\"!==e&&\"_loaded\"!==e&&\"hasChildren\"!==e&&\"_childrenOptions\"!==e}}),se=ne.extend({init:function(e){var t=ae.define({children:e});ne.fn.init.call(this,le(!0,{},{schema:{modelBase:t,model:t}},e)),this._attachBubbleHandlers()},_attachBubbleHandlers:function(){var e=this;e._data.bind(Pe,function(t){e.trigger(Pe,t)})},remove:function(e){var t,r=e.parentNode(),n=this;return r&&r._initChildren&&(n=r.children),t=ne.fn.remove.call(n,e),r&&!n.data().length&&(r.hasChildren=!1),t},success:G(\"success\"),data:G(\"data\"),insert:function(e,t){var r=this.parent();return r&&r._initChildren&&(r.hasChildren=!0,r._initChildren()),ne.fn.insert.call(this,e,t)},_find:function(e,t){var r,n,i,a,s=this._data;if(s){if(i=ne.fn[e].call(this,t))return i;for(s=this._flatData(this._data),r=0,n=s.length;r<n;r++)if(a=s[r].children,a instanceof se&&(i=a[e](t)))return i}},get:function(e){return this._find(\"get\",e)},getByUid:function(e){return this._find(\"getByUid\",e)}}),se.create=function(e){e=e&&e.push?{data:e}:e;var t=e||{},r=t.data,n=t.fields,i=t.list;return r&&r._dataSource?r._dataSource:(r||!n||t.transport||i&&(r=E(i,n)),t.data=r,t instanceof se?t:new se(t))},oe=me.Observable.extend({init:function(e,t,r){me.Observable.fn.init.call(this),this._prefetching=!1,this.dataSource=e,this.prefetch=!r;var n=this;e.bind(\"change\",function(){n._change()}),e.bind(\"reset\",function(){n._reset()}),this._syncWithDataSource(),this.setViewSize(t)},setViewSize:function(e){this.viewSize=e,this._recalculate()},at:function(e){var r=this.pageSize,n=!0;return e>=this.total()?(this.trigger(\"endreached\",{index:e}),null):this.useRanges?this.useRanges?((e<this.dataOffset||e>=this.skip+r)&&(n=this.range(Math.floor(e/r)*r)),e===this.prefetchThreshold&&this._prefetch(),e===this.midPageThreshold?this.range(this.nextMidRange,!0):e===this.nextPageThreshold?this.range(this.nextFullRange):e===this.pullBackThreshold&&this.range(this.offset===this.skip?this.previousMidRange:this.previousFullRange),n?this.dataSource.at(e-this.dataOffset):(this.trigger(\"endreached\",{index:e}),null)):t:this.dataSource.view()[e]},indexOf:function(e){return this.dataSource.data().indexOf(e)+this.dataOffset},total:function(){return parseInt(this.dataSource.total(),10)},next:function(){var e=this,t=e.pageSize,r=e.skip-e.viewSize+t,n=Le.max(Le.floor(r/t),0)*t;this.offset=r,this.dataSource.prefetch(n,t,function(){e._goToRange(r,!0)})},range:function(e,t){if(this.offset===e)return!0;var r=this,n=this.pageSize,i=Le.max(Le.floor(e/n),0)*n,a=this.dataSource;return t&&(i+=n),a.inRange(e,n)?(this.offset=e,this._recalculate(),this._goToRange(e),!0):!this.prefetch||(a.prefetch(i,n,function(){r.offset=e,r._recalculate(),r._goToRange(e,!0)}),!1)},syncDataSource:function(){var e=this.offset;this.offset=null,this.range(e)},destroy:function(){this.unbind()},_prefetch:function(){var e=this,t=this.pageSize,r=this.skip+t,n=this.dataSource;n.inRange(r,t)||this._prefetching||!this.prefetch||(this._prefetching=!0,this.trigger(\"prefetching\",{skip:r,take:t}),n.prefetch(r,t,function(){e._prefetching=!1,e.trigger(\"prefetched\",{skip:r,take:t})}))},_goToRange:function(e,t){this.offset===e&&(this.dataOffset=e,this._expanding=t,this.dataSource.range(e,this.pageSize),this.dataSource.enableRequestsInProgress())},_reset:function(){this._syncPending=!0},_change:function(){var e=this.dataSource;this.length=this.useRanges?e.lastRange().end:e.view().length,this._syncPending&&(this._syncWithDataSource(),this._recalculate(),this._syncPending=!1,this.trigger(\"reset\",{offset:this.offset})),this.trigger(\"resize\"),this._expanding&&this.trigger(\"expand\"),delete this._expanding},_syncWithDataSource:function(){var e=this.dataSource;this._firstItemUid=e.firstItemUid(),this.dataOffset=this.offset=e.skip()||0,this.pageSize=e.pageSize(),this.useRanges=e.options.serverPaging},_recalculate:function(){var e=this.pageSize,t=this.offset,r=this.viewSize,n=Math.ceil(t/e)*e;this.skip=n,this.midPageThreshold=n+e-1,this.nextPageThreshold=n+r-1,this.prefetchThreshold=n+Math.floor(e/3*2),this.pullBackThreshold=this.offset-1,this.nextMidRange=n+e-r,this.nextFullRange=n,this.previousMidRange=t-r,this.previousFullRange=n-e}}),ue=me.Observable.extend({init:function(e,t){var r=this;me.Observable.fn.init.call(r),this.dataSource=e,this.batchSize=t,this._total=0,this.buffer=new oe(e,3*t),this.buffer.bind({endreached:function(e){r.trigger(\"endreached\",{index:e.index})},prefetching:function(e){r.trigger(\"prefetching\",{skip:e.skip,take:e.take})},prefetched:function(e){r.trigger(\"prefetched\",{skip:e.skip,take:e.take})},reset:function(){r._total=0,r.trigger(\"reset\")},resize:function(){r._total=Math.ceil(this.length/r.batchSize),r.trigger(\"resize\",{total:r.total(),offset:this.offset})}})},syncDataSource:function(){this.buffer.syncDataSource()},at:function(e){var t,r,n=this.buffer,i=e*this.batchSize,a=this.batchSize,s=[];for(n.offset>i&&n.at(n.offset-1),r=0;r<a&&(t=n.at(i+r),null!==t);r++)s.push(t);return s},total:function(){return this._total},destroy:function(){this.buffer.destroy(),this.unbind()}}),le(!0,me.data,{readers:{json:re},Query:a,DataSource:ne,HierarchicalDataSource:se,Node:ae,ObservableObject:H,ObservableArray:Ye,LazyObservableArray:U,LocalTransport:Z,RemoteTransport:ee,Cache:te,DataReader:re,Model:W,Buffer:oe,BatchBuffer:ue})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,r){(r||t)()});;!function(e,define){define(\"kendo.userevents.min\",[\"kendo.core.min\"],e)}(function(){return function(e,t){function n(e,t){var n=e.x.location,i=e.y.location,o=t.x.location,r=t.y.location,s=n-o,a=i-r;return{center:{x:(n+o)/2,y:(i+r)/2},distance:Math.sqrt(s*s+a*a)}}function i(e){var t,n,i,o=[],r=e.originalEvent,a=e.currentTarget,c=0;if(e.api)o.push({id:2,event:e,target:e.target,currentTarget:e.target,location:e,type:\"api\"});else if(e.type.match(/touch/))for(n=r?r.changedTouches:[],t=n.length;c<t;c++)i=n[c],o.push({location:i,event:e,target:i.target,currentTarget:a,id:i.identifier,type:\"touch\"});else o.push(s.pointers||s.msPointers?{location:r,event:e,target:e.target,currentTarget:a,id:r.pointerId,type:\"pointer\"}:{id:1,event:e,target:e.target,currentTarget:a,location:e,type:\"mouse\"});return o}function o(e){for(var t=r.eventMap.up.split(\" \"),n=0,i=t.length;n<i;n++)e(t[n])}var r=window.kendo,s=r.support,a=r.Class,c=r.Observable,u=e.now,h=e.extend,l=s.mobileOS,p=l&&l.android,d=800,f=s.browser.msie?5:0,v=\"press\",g=\"hold\",m=\"select\",_=\"start\",T=\"move\",y=\"end\",x=\"cancel\",M=\"tap\",w=\"release\",E=\"gesturestart\",k=\"gesturechange\",D=\"gestureend\",C=\"gesturetap\",b={api:0,touch:0,mouse:9,pointer:9},A=!s.touch||s.mouseAndTouchPresent,I=a.extend({init:function(e,t){var n=this;n.axis=e,n._updateLocationData(t),n.startLocation=n.location,n.velocity=n.delta=0,n.timeStamp=u()},move:function(e){var t=this,n=e[\"page\"+t.axis],i=u(),o=i-t.timeStamp||1;!n&&p||(t.delta=n-t.location,t._updateLocationData(e),t.initialDelta=n-t.startLocation,t.velocity=t.delta/o,t.timeStamp=i)},_updateLocationData:function(e){var t=this,n=t.axis;t.location=e[\"page\"+n],t.client=e[\"client\"+n],t.screen=e[\"screen\"+n]}}),S=a.extend({init:function(e,t,n){h(this,{x:new I(\"X\",n.location),y:new I(\"Y\",n.location),type:n.type,useClickAsTap:e.useClickAsTap,threshold:e.threshold||b[n.type],userEvents:e,target:t,currentTarget:n.currentTarget,initialTouch:n.target,id:n.id,pressEvent:n,_moved:!1,_finished:!1})},press:function(){this._holdTimeout=setTimeout(e.proxy(this,\"_hold\"),this.userEvents.minHold),this._trigger(v,this.pressEvent)},_hold:function(){this._trigger(g,this.pressEvent)},move:function(e){var t=this;if(!t._finished){if(t.x.move(e.location),t.y.move(e.location),!t._moved){if(t._withinIgnoreThreshold())return;if(P.current&&P.current!==t.userEvents)return t.dispose();t._start(e)}t._finished||t._trigger(T,e)}},end:function(e){this.endTime=u(),this._finished||(this._finished=!0,this._trigger(w,e),this._moved?this._trigger(y,e):this.useClickAsTap||this._trigger(M,e),clearTimeout(this._holdTimeout),this.dispose())},dispose:function(){var t=this.userEvents,n=t.touches;this._finished=!0,this.pressEvent=null,clearTimeout(this._holdTimeout),n.splice(e.inArray(this,n),1)},skip:function(){this.dispose()},cancel:function(){this.dispose()},isMoved:function(){return this._moved},_start:function(e){clearTimeout(this._holdTimeout),this.startTime=u(),this._moved=!0,this._trigger(_,e)},_trigger:function(e,t){var n=this,i=t.event,o={touch:n,x:n.x,y:n.y,target:n.target,event:i};n.userEvents.notify(e,o)&&i.preventDefault()},_withinIgnoreThreshold:function(){var e=this.x.initialDelta,t=this.y.initialDelta;return Math.sqrt(e*e+t*t)<=this.threshold}}),P=c.extend({init:function(t,n){var i,a,u,l=this,p=r.guid();n=n||{},i=l.filter=n.filter,l.threshold=n.threshold||f,l.minHold=n.minHold||d,l.touches=[],l._maxTouches=n.multiTouch?2:1,l.allowSelection=n.allowSelection,l.captureUpIfMoved=n.captureUpIfMoved,l.useClickAsTap=!n.fastTap&&!s.delayedClick(),l.eventNS=p,t=e(t).handler(l),c.fn.init.call(l),h(l,{element:t,surface:e(n.global&&A?t[0].ownerDocument.documentElement:n.surface||t),stopPropagation:n.stopPropagation,pressed:!1}),l.surface.handler(l).on(r.applyEventMap(\"move\",p),\"_move\").on(r.applyEventMap(\"up cancel\",p),\"_end\"),t.on(r.applyEventMap(\"down\",p),i,\"_start\"),l.useClickAsTap&&t.on(r.applyEventMap(\"click\",p),i,\"_click\"),(s.pointers||s.msPointers)&&(s.browser.version<11?t.css(\"-ms-touch-action\",\"pinch-zoom double-tap-zoom\"):t.css(\"touch-action\",n.touchAction||\"none\")),n.preventDragEvent&&t.on(r.applyEventMap(\"dragstart\",p),r.preventDefault),t.on(r.applyEventMap(\"mousedown\",p),i,{root:t},\"_select\"),l.captureUpIfMoved&&s.eventCapture&&(a=l.surface[0],u=e.proxy(l.preventIfMoving,l),o(function(e){a.addEventListener(e,u,!0)})),l.bind([v,g,M,_,T,y,w,x,E,k,D,C,m],n)},preventIfMoving:function(e){this._isMoved()&&e.preventDefault()},destroy:function(){var e,t=this;t._destroyed||(t._destroyed=!0,t.captureUpIfMoved&&s.eventCapture&&(e=t.surface[0],o(function(n){e.removeEventListener(n,t.preventIfMoving)})),t.element.kendoDestroy(t.eventNS),t.surface.kendoDestroy(t.eventNS),t.element.removeData(\"handler\"),t.surface.removeData(\"handler\"),t._disposeAll(),t.unbind(),delete t.surface,delete t.element,delete t.currentTarget)},capture:function(){P.current=this},cancel:function(){this._disposeAll(),this.trigger(x)},notify:function(e,t){var i=this,o=i.touches;if(this._isMultiTouch()){switch(e){case T:e=k;break;case y:e=D;break;case M:e=C}h(t,{touches:o},n(o[0],o[1]))}return this.trigger(e,h(t,{type:e}))},press:function(e,t,n){this._apiCall(\"_start\",e,t,n)},move:function(e,t){this._apiCall(\"_move\",e,t)},end:function(e,t){this._apiCall(\"_end\",e,t)},_isMultiTouch:function(){return this.touches.length>1},_maxTouchesReached:function(){return this.touches.length>=this._maxTouches},_disposeAll:function(){for(var e=this.touches;e.length>0;)e.pop().dispose()},_isMoved:function(){return e.grep(this.touches,function(e){return e.isMoved()}).length},_select:function(e){this.allowSelection&&!this.trigger(m,{event:e})||e.preventDefault()},_start:function(t){var n,o,r=this,s=0,a=r.filter,c=i(t),u=c.length,h=t.which;if(!(h&&h>1||r._maxTouchesReached()))for(P.current=null,r.currentTarget=t.currentTarget,r.stopPropagation&&t.stopPropagation();s<u&&!r._maxTouchesReached();s++)o=c[s],n=a?e(o.currentTarget):r.element,n.length&&(o=new S(r,n,o),r.touches.push(o),o.press(),r._isMultiTouch()&&r.notify(\"gesturestart\",{}))},_move:function(e){this._eachTouch(\"move\",e)},_end:function(e){this._eachTouch(\"end\",e)},_click:function(t){var n={touch:{initialTouch:t.target,target:e(t.currentTarget),endTime:u(),x:{location:t.pageX,client:t.clientX},y:{location:t.pageY,client:t.clientY}},x:t.pageX,y:t.pageY,target:e(t.currentTarget),event:t,type:\"tap\"};this.trigger(\"tap\",n)&&t.preventDefault()},_eachTouch:function(e,t){var n,o,r,s,a=this,c={},u=i(t),h=a.touches;for(n=0;n<h.length;n++)o=h[n],c[o.id]=o;for(n=0;n<u.length;n++)r=u[n],s=c[r.id],s&&s[e](r)},_apiCall:function(t,n,i,o){this[t]({api:!0,pageX:n,pageY:i,clientX:n,clientY:i,target:e(o||this.element)[0],stopPropagation:e.noop,preventDefault:e.noop})}});P.defaultThreshold=function(e){f=e},P.minHold=function(e){d=e},r.getTouches=i,r.touchDelta=n,r.UserEvents=P}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,n){(n||t)()});;!function(e,define){define(\"kendo.color.min\",[\"kendo.core.min\"],e)}(function(){!function(e,t,r){function n(e,f){var a,i;if(null==e||\"none\"==e)return null;if(e instanceof s)return e;if(e=e.toLowerCase(),a=o.exec(e))return e=\"transparent\"==a[1]?new u(1,1,1,0):n(h.namedColors[a[1]],f),e.match=[a[1]],e;if((a=/^#?([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})\\b/i.exec(e))?i=new l(r(a[1],16),r(a[2],16),r(a[3],16),1):(a=/^#?([0-9a-f])([0-9a-f])([0-9a-f])\\b/i.exec(e))?i=new l(r(a[1]+a[1],16),r(a[2]+a[2],16),r(a[3]+a[3],16),1):(a=/^rgb\\(\\s*([0-9]+)\\s*,\\s*([0-9]+)\\s*,\\s*([0-9]+)\\s*\\)/.exec(e))?i=new l(r(a[1],10),r(a[2],10),r(a[3],10),1):(a=/^rgba\\(\\s*([0-9]+)\\s*,\\s*([0-9]+)\\s*,\\s*([0-9]+)\\s*,\\s*([0-9.]+)\\s*\\)/.exec(e))?i=new l(r(a[1],10),r(a[2],10),r(a[3],10),t(a[4])):(a=/^rgb\\(\\s*([0-9]*\\.?[0-9]+)%\\s*,\\s*([0-9]*\\.?[0-9]+)%\\s*,\\s*([0-9]*\\.?[0-9]+)%\\s*\\)/.exec(e))?i=new u(t(a[1])/100,t(a[2])/100,t(a[3])/100,1):(a=/^rgba\\(\\s*([0-9]*\\.?[0-9]+)%\\s*,\\s*([0-9]*\\.?[0-9]+)%\\s*,\\s*([0-9]*\\.?[0-9]+)%\\s*,\\s*([0-9.]+)\\s*\\)/.exec(e))&&(i=new u(t(a[1])/100,t(a[2])/100,t(a[3])/100,t(a[4]))),i)i.match=a;else if(!f)throw Error(\"Cannot parse color: \"+e);return i}function f(e,t,r){for(r||(r=\"0\"),e=e.toString(16);t>e.length;)e=\"0\"+e;return e}function a(e,t,r){return r<0&&(r+=1),r>1&&(r-=1),r<1/6?e+6*(t-e)*r:r<.5?t:r<2/3?e+(t-e)*(2/3-r)*6:e}var o,i,s,u,l,d,c,h=function(e){var t,r,n,f,a,o=this,i=h.formats;if(1===arguments.length)for(e=o.resolveColor(e),f=0;f<i.length;f++)t=i[f].re,r=i[f].process,n=t.exec(e),n&&(a=r(n),o.r=a[0],o.g=a[1],o.b=a[2]);else o.r=arguments[0],o.g=arguments[1],o.b=arguments[2];o.r=o.normalizeByte(o.r),o.g=o.normalizeByte(o.g),o.b=o.normalizeByte(o.b)};h.prototype={toHex:function(){var e=this,t=e.padDigit,r=e.r.toString(16),n=e.g.toString(16),f=e.b.toString(16);return\"#\"+t(r)+t(n)+t(f)},resolveColor:function(e){return e=e||\"black\",\"#\"==e.charAt(0)&&(e=e.substr(1,6)),e=e.replace(/ /g,\"\"),e=e.toLowerCase(),e=h.namedColors[e]||e},normalizeByte:function(e){return e<0||isNaN(e)?0:e>255?255:e},padDigit:function(e){return 1===e.length?\"0\"+e:e},brightness:function(e){var t=this,r=Math.round;return t.r=r(t.normalizeByte(t.r*e)),t.g=r(t.normalizeByte(t.g*e)),t.b=r(t.normalizeByte(t.b*e)),t},percBrightness:function(){var e=this;return Math.sqrt(.241*e.r*e.r+.691*e.g*e.g+.068*e.b*e.b)}},h.formats=[{re:/^rgb\\((\\d{1,3}),\\s*(\\d{1,3}),\\s*(\\d{1,3})\\)$/,process:function(e){return[r(e[1],10),r(e[2],10),r(e[3],10)]}},{re:/^(\\w{2})(\\w{2})(\\w{2})$/,process:function(e){return[r(e[1],16),r(e[2],16),r(e[3],16)]}},{re:/^(\\w{1})(\\w{1})(\\w{1})$/,process:function(e){return[r(e[1]+e[1],16),r(e[2]+e[2],16),r(e[3]+e[3],16)]}}],h.namedColors={aliceblue:\"f0f8ff\",antiquewhite:\"faebd7\",aqua:\"00ffff\",aquamarine:\"7fffd4\",azure:\"f0ffff\",beige:\"f5f5dc\",bisque:\"ffe4c4\",black:\"000000\",blanchedalmond:\"ffebcd\",blue:\"0000ff\",blueviolet:\"8a2be2\",brown:\"a52a2a\",burlywood:\"deb887\",cadetblue:\"5f9ea0\",chartreuse:\"7fff00\",chocolate:\"d2691e\",coral:\"ff7f50\",cornflowerblue:\"6495ed\",cornsilk:\"fff8dc\",crimson:\"dc143c\",cyan:\"00ffff\",darkblue:\"00008b\",darkcyan:\"008b8b\",darkgoldenrod:\"b8860b\",darkgray:\"a9a9a9\",darkgrey:\"a9a9a9\",darkgreen:\"006400\",darkkhaki:\"bdb76b\",darkmagenta:\"8b008b\",darkolivegreen:\"556b2f\",darkorange:\"ff8c00\",darkorchid:\"9932cc\",darkred:\"8b0000\",darksalmon:\"e9967a\",darkseagreen:\"8fbc8f\",darkslateblue:\"483d8b\",darkslategray:\"2f4f4f\",darkslategrey:\"2f4f4f\",darkturquoise:\"00ced1\",darkviolet:\"9400d3\",deeppink:\"ff1493\",deepskyblue:\"00bfff\",dimgray:\"696969\",dimgrey:\"696969\",dodgerblue:\"1e90ff\",firebrick:\"b22222\",floralwhite:\"fffaf0\",forestgreen:\"228b22\",fuchsia:\"ff00ff\",gainsboro:\"dcdcdc\",ghostwhite:\"f8f8ff\",gold:\"ffd700\",goldenrod:\"daa520\",gray:\"808080\",grey:\"808080\",green:\"008000\",greenyellow:\"adff2f\",honeydew:\"f0fff0\",hotpink:\"ff69b4\",indianred:\"cd5c5c\",indigo:\"4b0082\",ivory:\"fffff0\",khaki:\"f0e68c\",lavender:\"e6e6fa\",lavenderblush:\"fff0f5\",lawngreen:\"7cfc00\",lemonchiffon:\"fffacd\",lightblue:\"add8e6\",lightcoral:\"f08080\",lightcyan:\"e0ffff\",lightgoldenrodyellow:\"fafad2\",lightgray:\"d3d3d3\",lightgrey:\"d3d3d3\",lightgreen:\"90ee90\",lightpink:\"ffb6c1\",lightsalmon:\"ffa07a\",lightseagreen:\"20b2aa\",lightskyblue:\"87cefa\",lightslategray:\"778899\",lightslategrey:\"778899\",lightsteelblue:\"b0c4de\",lightyellow:\"ffffe0\",lime:\"00ff00\",limegreen:\"32cd32\",linen:\"faf0e6\",magenta:\"ff00ff\",maroon:\"800000\",mediumaquamarine:\"66cdaa\",mediumblue:\"0000cd\",mediumorchid:\"ba55d3\",mediumpurple:\"9370d8\",mediumseagreen:\"3cb371\",mediumslateblue:\"7b68ee\",mediumspringgreen:\"00fa9a\",mediumturquoise:\"48d1cc\",mediumvioletred:\"c71585\",midnightblue:\"191970\",mintcream:\"f5fffa\",mistyrose:\"ffe4e1\",moccasin:\"ffe4b5\",navajowhite:\"ffdead\",navy:\"000080\",oldlace:\"fdf5e6\",olive:\"808000\",olivedrab:\"6b8e23\",orange:\"ffa500\",orangered:\"ff4500\",orchid:\"da70d6\",palegoldenrod:\"eee8aa\",palegreen:\"98fb98\",paleturquoise:\"afeeee\",palevioletred:\"d87093\",papayawhip:\"ffefd5\",peachpuff:\"ffdab9\",peru:\"cd853f\",pink:\"ffc0cb\",plum:\"dda0dd\",powderblue:\"b0e0e6\",purple:\"800080\",red:\"ff0000\",rosybrown:\"bc8f8f\",royalblue:\"4169e1\",saddlebrown:\"8b4513\",salmon:\"fa8072\",sandybrown:\"f4a460\",seagreen:\"2e8b57\",seashell:\"fff5ee\",sienna:\"a0522d\",silver:\"c0c0c0\",skyblue:\"87ceeb\",slateblue:\"6a5acd\",slategray:\"708090\",slategrey:\"708090\",snow:\"fffafa\",springgreen:\"00ff7f\",steelblue:\"4682b4\",tan:\"d2b48c\",teal:\"008080\",thistle:\"d8bfd8\",tomato:\"ff6347\",turquoise:\"40e0d0\",violet:\"ee82ee\",wheat:\"f5deb3\",white:\"ffffff\",whitesmoke:\"f5f5f5\",yellow:\"ffff00\",yellowgreen:\"9acd32\"},o=[\"transparent\"];for(i in h.namedColors)h.namedColors.hasOwnProperty(i)&&o.push(i);o=RegExp(\"^(\"+o.join(\"|\")+\")(\\\\W|$)\",\"i\"),s=kendo.Class.extend({toHSV:function(){return this},toRGB:function(){return this},toHex:function(){return this.toBytes().toHex()},toBytes:function(){return this},toCss:function(){return\"#\"+this.toHex()},toCssRgba:function(){var e=this.toBytes();return\"rgba(\"+e.r+\", \"+e.g+\", \"+e.b+\", \"+t((+this.a).toFixed(3))+\")\"},toDisplay:function(){return kendo.support.browser.msie&&kendo.support.browser.version<9?this.toCss():this.toCssRgba()},equals:function(e){return e===this||null!==e&&this.toCssRgba()==n(e).toCssRgba()},diff:function(e){if(null==e)return NaN;var t=this.toBytes();return e=e.toBytes(),Math.sqrt(Math.pow(.3*(t.r-e.r),2)+Math.pow(.59*(t.g-e.g),2)+Math.pow(.11*(t.b-e.b),2))},clone:function(){var e=this.toBytes();return e===this&&(e=new l(e.r,e.g,e.b,e.a)),e}}),u=s.extend({init:function(e,t,r,n){this.r=e,this.g=t,this.b=r,this.a=n},toHSV:function(){var e,t,r=this.r,n=this.g,f=this.b,a=Math.min(r,n,f),o=Math.max(r,n,f),i=o,s=o-a;return 0===s?new d(0,0,i,this.a):(0!==o?(t=s/o,e=r==o?(n-f)/s:n==o?2+(f-r)/s:4+(r-n)/s,e*=60,e<0&&(e+=360)):(t=0,e=-1),new d(e,t,i,this.a))},toHSL:function(){var e,t,r,n=this.r,f=this.g,a=this.b,o=Math.max(n,f,a),i=Math.min(n,f,a),s=(o+i)/2;if(o==i)e=t=0;else{switch(r=o-i,t=s>.5?r/(2-o-i):r/(o+i),o){case n:e=(f-a)/r+(f<a?6:0);break;case f:e=(a-n)/r+2;break;case a:e=(n-f)/r+4}e*=60,t*=100,s*=100}return new c(e,t,s,this.a)},toBytes:function(){return new l(255*this.r,255*this.g,255*this.b,this.a)}}),l=u.extend({init:function(e,t,r,n){this.r=Math.round(e),this.g=Math.round(t),this.b=Math.round(r),this.a=n},toRGB:function(){return new u(this.r/255,this.g/255,this.b/255,this.a)},toHSV:function(){return this.toRGB().toHSV()},toHSL:function(){return this.toRGB().toHSL()},toHex:function(){return f(this.r,2)+f(this.g,2)+f(this.b,2)},toBytes:function(){return this}}),d=s.extend({init:function(e,t,r,n){this.h=e,this.s=t,this.v=r,this.a=n},toRGB:function(){var e,t,r,n,f,a,o,i,s=this.h,l=this.s,d=this.v;if(0===l)t=r=n=d;else switch(s/=60,e=Math.floor(s),f=s-e,a=d*(1-l),o=d*(1-l*f),i=d*(1-l*(1-f)),e){case 0:t=d,r=i,n=a;break;case 1:t=o,r=d,n=a;break;case 2:t=a,r=d,n=i;break;case 3:t=a,r=o,n=d;break;case 4:t=i,r=a,n=d;break;default:t=d,r=a,n=o}return new u(t,r,n,this.a)},toHSL:function(){return this.toRGB().toHSL()},toBytes:function(){return this.toRGB().toBytes()}}),c=s.extend({init:function(e,t,r,n){this.h=e,this.s=t,this.l=r,this.a=n},toRGB:function(){var e,t,r,n,f,o=this.h,i=this.s,s=this.l;return 0===i?e=t=r=s:(o/=360,i/=100,s/=100,n=s<.5?s*(1+i):s+i-s*i,f=2*s-n,e=a(f,n,o+1/3),t=a(f,n,o),r=a(f,n,o-1/3)),new u(e,t,r,this.a)},toHSV:function(){return this.toRGB().toHSV()},toBytes:function(){return this.toRGB().toBytes()}}),h.fromBytes=function(e,t,r,n){return new l(e,t,r,null!=n?n:1)},h.fromRGB=function(e,t,r,n){return new u(e,t,r,null!=n?n:1)},h.fromHSV=function(e,t,r,n){return new d(e,t,r,null!=n?n:1)},h.fromHSL=function(e,t,r,n){return new c(e,t,r,null!=n?n:1)},kendo.Color=h,kendo.parseColor=n}(window.kendo.jQuery,parseFloat,parseInt)},\"function\"==typeof define&&define.amd?define:function(e,t,r){(r||t)()});;!function(e,define){define(\"kendo.popup.min\",[\"kendo.core.min\"],e)}(function(){return function(e,t){function o(t,o){return!(!t||!o)&&(t===o||e.contains(t,o))}var n=window.kendo,i=n.ui,s=i.Widget,r=n.support,a=n.getOffset,l=n._outerWidth,p=n._outerHeight,d=\"open\",c=\"close\",f=\"deactivate\",u=\"activate\",m=\"center\",h=\"left\",g=\"right\",w=\"top\",v=\"bottom\",_=\"absolute\",k=\"hidden\",y=\"body\",z=\"location\",b=\"position\",C=\"visible\",x=\"effects\",T=\"k-state-active\",P=\"k-state-border\",E=/k-state-border-(\\w+)/,S=\".k-picker-wrap, .k-dropdown-wrap, .k-link\",O=\"down\",R=e(document.documentElement),I=e(window),A=\"scroll\",D=r.transitions.css,H=D+\"transform\",L=e.extend,W=\".kendoPopup\",j=[\"font-size\",\"font-family\",\"font-stretch\",\"font-style\",\"font-weight\",\"line-height\"],M=s.extend({init:function(t,o){var i,a=this;o=o||{},o.isRtl&&(o.origin=o.origin||v+\" \"+g,o.position=o.position||w+\" \"+g),s.fn.init.call(a,t,o),t=a.element,o=a.options,a.collisions=o.collision?o.collision.split(\" \"):[],a.downEvent=n.applyEventMap(O,n.guid()),1===a.collisions.length&&a.collisions.push(a.collisions[0]),i=e(a.options.anchor).closest(\".k-popup,.k-group\").filter(\":not([class^=km-])\"),o.appendTo=e(e(o.appendTo)[0]||i[0]||y),a.element.hide().addClass(\"k-popup k-group k-reset\").toggleClass(\"k-rtl\",!!o.isRtl).css({position:_}).appendTo(o.appendTo).on(\"mouseenter\"+W,function(){a._hovered=!0}).on(\"mouseleave\"+W,function(){a._hovered=!1}),a.wrapper=e(),o.animation===!1&&(o.animation={open:{effects:{}},close:{hide:!0,effects:{}}}),L(o.animation.open,{complete:function(){a.wrapper.css({overflow:C}),a._activated=!0,a._trigger(u)}}),L(o.animation.close,{complete:function(){a._animationClose()}}),a._mousedownProxy=function(e){a._mousedown(e)},a._resizeProxy=r.mobileOS.android?function(e){setTimeout(function(){a._resize(e)},600)}:function(e){a._resize(e)},o.toggleTarget&&e(o.toggleTarget).on(o.toggleEvent+W,e.proxy(a.toggle,a))},events:[d,u,c,f],options:{name:\"Popup\",toggleEvent:\"click\",origin:v+\" \"+h,position:w+\" \"+h,anchor:y,appendTo:null,collision:\"flip fit\",viewport:window,copyAnchorStyles:!0,autosize:!1,modal:!1,adjustSize:{width:0,height:0},animation:{open:{effects:\"slideIn:down\",transition:!0,duration:200},close:{duration:100,hide:!0}}},_animationClose:function(){var e=this,t=e.wrapper.data(z);e.wrapper.hide(),t&&e.wrapper.css(t),e.options.anchor!=y&&e._hideDirClass(),e._closing=!1,e._trigger(f)},destroy:function(){var t,o=this,i=o.options,r=o.element.off(W);s.fn.destroy.call(o),i.toggleTarget&&e(i.toggleTarget).off(W),i.modal||(R.unbind(o.downEvent,o._mousedownProxy),o._toggleResize(!1)),n.destroy(o.element.children()),r.removeData(),i.appendTo[0]===document.body&&(t=r.parent(\".k-animation-container\"),t[0]?t.remove():r.remove())},open:function(t,o){var i,s,a=this,l={isFixed:!isNaN(parseInt(o,10)),x:t,y:o},p=a.element,c=a.options,f=e(c.anchor),u=p[0]&&p.hasClass(\"km-widget\");if(!a.visible()){if(c.copyAnchorStyles&&(u&&\"font-size\"==j[0]&&j.shift(),p.css(n.getComputedStyles(f[0],j))),p.data(\"animating\")||a._trigger(d))return;a._activated=!1,c.modal||(R.unbind(a.downEvent,a._mousedownProxy).bind(a.downEvent,a._mousedownProxy),a._toggleResize(!1),a._toggleResize(!0)),a.wrapper=s=n.wrap(p,c.autosize).css({overflow:k,display:\"block\",position:_}),r.mobileOS.android&&s.css(H,\"translatez(0)\"),s.css(b),e(c.appendTo)[0]==document.body&&s.css(w,\"-10000px\"),a.flipped=a._position(l),i=a._openAnimation(),c.anchor!=y&&a._showDirClass(i),p.data(x,i.effects).kendoStop(!0).kendoAnimate(i)}},_openAnimation:function(){var e=L(!0,{},this.options.animation.open);return e.effects=n.parseEffects(e.effects,this.flipped),e},_hideDirClass:function(){var t=e(this.options.anchor),o=((t.attr(\"class\")||\"\").match(E)||[\"\",\"down\"])[1],i=P+\"-\"+o;t.removeClass(i).children(S).removeClass(T).removeClass(i),this.element.removeClass(P+\"-\"+n.directions[o].reverse)},_showDirClass:function(t){var o=t.effects.slideIn?t.effects.slideIn.direction:\"down\",i=P+\"-\"+o;e(this.options.anchor).addClass(i).children(S).addClass(T).addClass(i),this.element.addClass(P+\"-\"+n.directions[o].reverse)},position:function(){this.visible()&&(this.flipped=this._position())},toggle:function(){var e=this;e[e.visible()?c:d]()},visible:function(){return this.element.is(\":\"+C)},close:function(o){var i,s,r,a,l=this,p=l.options;if(l.visible()){if(i=l.wrapper[0]?l.wrapper:n.wrap(l.element).hide(),l._toggleResize(!1),l._closing||l._trigger(c))return l._toggleResize(!0),t;l.element.find(\".k-popup\").each(function(){var t=e(this),n=t.data(\"kendoPopup\");n&&n.close(o)}),R.unbind(l.downEvent,l._mousedownProxy),o?s={hide:!0,effects:{}}:(s=L(!0,{},p.animation.close),r=l.element.data(x),a=s.effects,!a&&!n.size(a)&&r&&n.size(r)&&(s.effects=r,s.reverse=!0),l._closing=!0),l.element.kendoStop(!0),i.css({overflow:k}),l.element.kendoAnimate(s),o&&l._animationClose()}},_trigger:function(e){return this.trigger(e,{type:e})},_resize:function(e){var t=this;r.resize.indexOf(e.type)!==-1?(clearTimeout(t._resizeTimeout),t._resizeTimeout=setTimeout(function(){t._position(),t._resizeTimeout=null},50)):(!t._hovered||t._activated&&t.element.hasClass(\"k-list-container\"))&&t.close()},_toggleResize:function(e){var t=e?\"on\":\"off\",o=r.resize;r.mobileOS.ios||r.mobileOS.android||(o+=\" \"+A),this._scrollableParents()[t](A,this._resizeProxy),I[t](o,this._resizeProxy)},_mousedown:function(t){var i=this,s=i.element[0],r=i.options,a=e(r.anchor)[0],l=r.toggleTarget,p=n.eventTarget(t),d=e(p).closest(\".k-popup\"),c=d.parent().parent(\".km-shim\").length;d=d[0],!c&&d&&d!==i.element[0]||\"popover\"!==e(t.target).closest(\"a\").data(\"rel\")&&(o(s,p)||o(a,p)||l&&o(e(l)[0],p)||i.close())},_fit:function(e,t,o){var n=0;return e+t>o&&(n=o-(e+t)),e<0&&(n=-e),n},_flip:function(e,t,o,n,i,s,r){var a=0;return r=r||t,s!==i&&s!==m&&i!==m&&(e+r>n&&(a+=-(o+t)),e+a<0&&(a+=o+t)),a},_scrollableParents:function(){return e(this.options.anchor).parentsUntil(\"body\").filter(function(e,t){return n.isScrollable(t)})},_position:function(t){var o,i,s,d,c,f,u,m,h,g,w,v,k,y,C,x,T=this,P=T.element,E=T.wrapper,S=T.options,O=e(S.viewport),R=r.zoomLevel(),I=!!(O[0]==window&&window.innerWidth&&R<=1.02),A=e(S.anchor),D=S.origin.toLowerCase().split(\" \"),H=S.position.toLowerCase().split(\" \"),W=T.collisions,j=10002,M=0,F=document.documentElement;if(c=S.viewport===window?{top:window.pageYOffset||document.documentElement.scrollTop||0,left:window.pageXOffset||document.documentElement.scrollLeft||0}:O.offset(),I?(f=window.innerWidth,u=window.innerHeight):(f=O.width(),u=O.height()),I&&F.scrollHeight-F.clientHeight>0&&(f-=n.support.scrollbar()),o=A.parents().filter(E.siblings()),o[0])if(s=Math.max(+o.css(\"zIndex\"),0))j=s+10;else for(i=A.parentsUntil(o),d=i.length;M<d;M++)s=+e(i[M]).css(\"zIndex\"),s&&j<s&&(j=s+10);return E.css(\"zIndex\",j),E.css(t&&t.isFixed?{left:t.x,top:t.y}:T._align(D,H)),m=a(E,b,A[0]===E.offsetParent()[0]),h=a(E),g=A.offsetParent().parent(\".k-animation-container,.k-popup,.k-group\"),g.length&&(m=a(E,b,!0),h=a(E)),h.top-=c.top,h.left-=c.left,T.wrapper.data(z)||E.data(z,L({},m)),w=L({},h),v=L({},m),k=S.adjustSize,\"fit\"===W[0]&&(v.top+=T._fit(w.top,p(E)+k.height,u/R)),\"fit\"===W[1]&&(v.left+=T._fit(w.left,l(E)+k.width,f/R)),y=L({},v),C=p(P),x=p(E),!E.height()&&C&&(x+=C),\"flip\"===W[0]&&(v.top+=T._flip(w.top,C,p(A),u/R,D[0],H[0],x)),\"flip\"===W[1]&&(v.left+=T._flip(w.left,l(P),l(A),f/R,D[1],H[1],l(E))),P.css(b,_),E.css(v),v.left!=y.left||v.top!=y.top},_align:function(t,o){var n,i=this,s=i.wrapper,r=e(i.options.anchor),d=t[0],c=t[1],f=o[0],u=o[1],h=a(r),w=e(i.options.appendTo),_=l(s),k=p(s),y=l(r),z=p(r),b=h.top,C=h.left,x=Math.round;return w[0]!=document.body&&(n=a(w),b-=n.top,C-=n.left),d===v&&(b+=z),d===m&&(b+=x(z/2)),f===v&&(b-=k),f===m&&(b-=x(k/2)),c===g&&(C+=y),c===m&&(C+=x(y/2)),u===g&&(C-=_),u===m&&(C-=x(_/2)),{top:b,left:C}}});i.plugin(M)}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,o){(o||t)()});;!function(t,define){define(\"util/main.min\",[\"kendo.core.min\"],t)}(function(){return function(){function t(t){return typeof t!==F}function e(t,e){var i=n(e);return z.round(t*i)/i}function n(t){return t?z.pow(10,t):1}function i(t,e,n){return z.max(z.min(t,n),e)}function r(t){return t*D}function o(t){return t/D}function s(t){return\"number\"==typeof t&&!isNaN(t)}function a(e,n){return t(e)?e:n}function h(t){return t*t}function l(t){var e,n=[];for(e in t)n.push(e+t[e]);return n.sort().join(\"\")}function c(t){var e,n=2166136261;for(e=0;e<t.length;++e)n+=(n<<1)+(n<<4)+(n<<7)+(n<<8)+(n<<24),n^=t.charCodeAt(e);return n>>>0}function u(t){return c(l(t))}function f(t){var e,n=t.length,i=L,r=I;for(e=0;e<n;e++)r=z.max(r,t[e]),i=z.min(i,t[e]);return{min:i,max:r}}function d(t){return f(t).min}function p(t){return f(t).max}function m(t){return v(t).min}function g(t){return v(t).max}function v(t){var e,n,i,r=L,o=I;for(e=0,n=t.length;e<n;e++)i=t[e],null!==i&&isFinite(i)&&(r=z.min(r,i),o=z.max(o,i));return{min:r===L?void 0:r,max:o===I?void 0:o}}function x(t){if(t)return t[t.length-1]}function y(t,e){return t.push.apply(t,e),t}function w(t){return M.template(t,{useWithBlock:!1,paramName:\"d\"})}function b(e,n){return t(n)&&null!==n?\" \"+e+\"='\"+n+\"' \":\"\"}function _(t){var e,n=\"\";for(e=0;e<t.length;e++)n+=b(t[e][0],t[e][1]);return n}function C(e){var n,i,r=\"\";for(n=0;n<e.length;n++)i=e[n][1],t(i)&&(r+=e[n][0]+\":\"+i+\";\");if(\"\"!==r)return r}function T(t){return\"string\"!=typeof t&&(t+=\"px\"),t}function k(t){var e,n,i=[];if(t)for(e=M.toHyphens(t).split(\"-\"),n=0;n<e.length;n++)i.push(\"k-pos-\"+e[n]);return i.join(\" \")}function S(e){return\"\"===e||null===e||\"none\"===e||\"transparent\"===e||!t(e)}function E(t){for(var e={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},n=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],i=\"\";t>0;)t<n[0]?n.shift():(i+=e[n[0]],t-=n[0]);return i}function P(t){var e,n,i,r,o;for(t=t.toLowerCase(),e={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},n=0,i=0,r=0;r<t.length;++r){if(o=e[t.charAt(r)],!o)return null;n+=o,o>i&&(n-=2*i),i=o}return n}function A(t){var e=Object.create(null);return function(){var n,i=\"\";for(n=arguments.length;--n>=0;)i+=\":\"+arguments[n];return i in e?e[i]:e[i]=t.apply(this,arguments)}}function O(t){for(var e,n,i=[],r=0,o=t.length;r<o;)e=t.charCodeAt(r++),e>=55296&&e<=56319&&r<o?(n=t.charCodeAt(r++),56320==(64512&n)?i.push(((1023&e)<<10)+(1023&n)+65536):(i.push(e),r--)):i.push(e);return i}function N(t){return t.map(function(t){var e=\"\";return t>65535&&(t-=65536,e+=String.fromCharCode(t>>>10&1023|55296),t=56320|1023&t),e+=String.fromCharCode(t)}).join(\"\")}function R(t,e){function n(t,n){for(var i=[],r=0,o=0,s=0;r<t.length&&o<n.length;)e(t[r],n[o])<=0?i[s++]=t[r++]:i[s++]=n[o++];return r<t.length&&i.push.apply(i,t.slice(r)),o<n.length&&i.push.apply(i,n.slice(o)),i}return t.length<2?t.slice():function i(t){var e,r,o;return t.length<=1?t:(e=Math.floor(t.length/2),r=t.slice(0,e),o=t.slice(e),r=i(r),o=i(o),n(r,o))}(t)}var z=Math,M=window.kendo,B=M.deepExtend,D=z.PI/180,L=Number.MAX_VALUE,I=-Number.MAX_VALUE,F=\"undefined\",G=Date.now;G||(G=function(){return(new Date).getTime()}),B(M,{util:{MAX_NUM:L,MIN_NUM:I,append:y,arrayLimits:f,arrayMin:d,arrayMax:p,defined:t,deg:o,hashKey:c,hashObject:u,isNumber:s,isTransparent:S,last:x,limitValue:i,now:G,objectKey:l,round:e,rad:r,renderAttr:b,renderAllAttr:_,renderPos:k,renderSize:T,renderStyle:C,renderTemplate:w,sparseArrayLimits:v,sparseArrayMin:m,sparseArrayMax:g,sqr:h,valueOrDefault:a,romanToArabic:P,arabicToRoman:E,memoize:A,ucs2encode:N,ucs2decode:O,mergeSort:R}}),M.drawing.util=M.util,M.dataviz.util=M.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],t)}(function(){!function(t){function e(){return{width:0,height:0,baseline:0}}function n(t,e,n){return u.current.measure(t,e,n)}function i(t,e){var n=[];if(t.length>0&&document.fonts){try{n=t.map(function(t){return document.fonts.load(t)})}catch(i){o.logToConsole(i)}Promise.all(n).then(e,e)}else e()}var r=document,o=window.kendo,s=o.Class,a=o.util,h=a.defined,l=s.extend({init:function(t){this._size=t,this._length=0,this._map={}},put:function(t,e){var n=this,i=n._map,r={key:t,value:e};i[t]=r,n._head?(n._tail.newer=r,r.older=n._tail,n._tail=r):n._head=n._tail=r,n._length>=n._size?(i[n._head.key]=null,n._head=n._head.newer,n._head.older=null):n._length++},get:function(t){var e=this,n=e._map[t];if(n)return n===e._head&&n!==e._tail&&(e._head=n.newer,e._head.older=null),n!==e._tail&&(n.older&&(n.older.newer=n.newer,n.newer.older=n.older),n.older=e._tail,n.newer=null,e._tail.newer=n,e._tail=n),n.value}}),c=t(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],u=s.extend({init:function(t){this._cache=new l(1e3),this._initOptions(t)},options:{baselineMarkerSize:1},measure:function(n,i,o){var s,l,u,f,d,p,m,g;if(!n)return e();if(s=a.objectKey(i),l=a.hashKey(n+s),u=this._cache.get(l),u)return u;f=e(),d=o?o:c,p=this._baselineMarker().cloneNode(!1);for(m in i)g=i[m],h(g)&&(d.style[m]=g);return t(d).text(n),d.appendChild(p),r.body.appendChild(d),(n+\"\").length&&(f.width=d.offsetWidth-this.options.baselineMarkerSize,f.height=d.offsetHeight,f.baseline=p.offsetTop+this.options.baselineMarkerSize),f.width>0&&f.height>0&&this._cache.put(l,f),d.parentNode.removeChild(d),f},_baselineMarker:function(){return t(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});u.current=new u,o.util.TextMetrics=u,o.util.LRUCache=l,o.util.loadFonts=i,o.util.measureText=n}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"util/base64.min\",[\"util/main.min\"],t)}(function(){return function(){function t(t){var n,i,r,s,a,h,l,c=\"\",u=0;for(t=e(t);u<t.length;)n=t.charCodeAt(u++),i=t.charCodeAt(u++),r=t.charCodeAt(u++),s=n>>2,a=(3&n)<<4|i>>4,h=(15&i)<<2|r>>6,l=63&r,isNaN(i)?h=l=64:isNaN(r)&&(l=64),c=c+o.charAt(s)+o.charAt(a)+o.charAt(h)+o.charAt(l);return c}function e(t){var e,n,i=\"\";for(e=0;e<t.length;e++)n=t.charCodeAt(e),n<128?i+=r(n):n<2048?(i+=r(192|n>>>6),i+=r(128|63&n)):n<65536&&(i+=r(224|n>>>12),i+=r(128|n>>>6&63),i+=r(128|63&n));return i}var n=window.kendo,i=n.deepExtend,r=String.fromCharCode,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";i(n.util,{encodeBase64:t,encodeUTF8:e})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],t)}(function(){return function(t){var e=Math,n=window.kendo,i=n.deepExtend,r=t.inArray,o={observers:function(){return this._observers=this._observers||[]},addObserver:function(t){return this._observers?this._observers.push(t):this._observers=[t],this},removeObserver:function(t){var e=this.observers(),n=r(t,e);return n!=-1&&e.splice(n,1),this},trigger:function(t,e){var n,i,r=this._observers;if(r&&!this._suspended)for(i=0;i<r.length;i++)n=r[i],n[t]&&n[t](e);return this},optionsChange:function(t){t=t||{},t.element=this,this.trigger(\"optionsChange\",t)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=e.max((this._suspended||0)-1,0),this},_observerField:function(t,e){this[t]&&this[t].removeObserver(this),this[t]=e,e.addObserver(this)}};i(n,{mixins:{ObserversMixin:o}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/geometry.min\",[\"util/main.min\",\"mixins/observers.min\"],t)}(function(){return function(){function t(t){return null===t?null:t instanceof E?t:new E(t)}function e(t){return t&&N.isFunction(t.matrix)?t.matrix():t}function n(t,e,n,i){var r=0,o=0;return i&&(r=A.atan2(i.c*n,i.a*e),0!==i.b&&(o=A.atan2(i.d*n,i.b*e))),{x:r,y:o}}function i(t,e){for(;t<e;)t+=90;return t}function r(t,e){var n,i,r;for(n=0;n<e.length;n++)i=e[n],r=i.charAt(0).toUpperCase()+i.substring(1,i.length),t[\"set\"+r]=o(i),t[\"get\"+r]=s(i)}function o(t){return function(e){return this[t]!==e&&(this[t]=e,this.geometryChange()),this}}function s(t){return function(){return this[t]}}function a(t,e,n){t>e&&(e+=360);var i=A.abs(e-t);return n||(i=360-i),i}function h(t,e,n,i,r,o){var s=F((r-t)/n,3),a=F((o-e)/i,3);return F(I(A.atan2(a,s)))}function l(t,e,n,i,r,o,s,l){var c,u,f,d,p,m,g,v,x,y,w,b,_,C,T,k,S,E;if(e!==i)x=n-t,y=i-e,w=O(r,2),b=O(o,2),_=(b*x*(t+n)+w*y*(e+i))/(2*w*y),C=_-i,T=-(x*b)/(w*y),p=1/w+O(T,2)/b,m=2*(T*C/b-n/w),g=O(n,2)/w+O(C,2)/b-1,v=A.sqrt(O(m,2)-4*p*g),c=(-m-v)/(2*p),u=_+T*c,f=(-m+v)/(2*p),d=_+T*f;else{if(t===n)return!1;m=-2*i,g=O((n-t)*o/(2*r),2)+O(i,2)-O(o,2),v=A.sqrt(O(m,2)-4*g),c=f=(t+n)/2,u=(-m-v)/2,d=(-m+v)/2}return k=h(c,u,r,o,t,e),S=h(c,u,r,o,n,i),E=a(k,S,l),(s&&E<=180||!s&&E>180)&&(c=f,u=d,k=h(c,u,r,o,t,e),S=h(c,u,r,o,n,i)),{center:new $(c,u),startAngle:k,endAngle:S}}function c(t,e,n,i){if(0===t)return b(e,n,i);var r,o,s,a,h,l,c,u=(3*t*n-A.pow(e,2))/(3*A.pow(t,2)),f=(2*A.pow(e,3)-9*t*e*n+27*A.pow(t,2)*i)/(27*A.pow(t,3)),d=A.pow(u/3,3)+A.pow(f/2,2),p=new P(0,1),m=-e/(3*t),g=[];return d<0?(r=new P(-f/2,A.sqrt(-d)).nthRoot(3),o=new P(-f/2,(-A.sqrt(-d))).nthRoot(3)):(r=-f/2+A.sqrt(d),r=new P(x(r)*A.pow(A.abs(r),1/3)),o=-f/2-A.sqrt(d),o=new P(x(o)*A.pow(A.abs(o),1/3))),s=r.add(o),l=r.add(o).multiplyConstant(-.5),c=r.add(o.negate()).multiplyConstant(A.sqrt(3)/2),a=l.add(p.multiply(c)),h=l.add(p.negate().multiply(c)),s.isReal()&&g.push(F(s.real+m,q)),a.isReal()&&g.push(F(a.real+m,q)),h.isReal()&&g.push(F(h.real+m,q)),g}function u(t,e){return[-t[0][e]+3*t[1][e]-3*t[2][e]+t[3][e],3*(t[0][e]-2*t[1][e]+t[2][e]),3*(-t[0][e]+t[1][e]),t[0][e]]}function f(t,e,n){var i=1-t;return A.pow(i,3)*n[0][e]+3*A.pow(i,2)*t*n[1][e]+3*A.pow(t,2)*i*n[2][e]+A.pow(t,3)*n[3][e]}function d(t,e,n){var i,r,o,s=u(t,\"x\"),a=c(s[0],s[1],s[2],s[3]-e.x),h=0;for(o=0;o<a.length;o++)i=f(a[o],\"y\",t),r=g(i,e.y)||i>e.y,r&&((0===a[o]||1===a[o])&&n.bottomRight().x>e.x||0<a[o]&&a[o]<1)&&h++;return h}function p(t,e,n){var i,r,o,s,a,h;return t.x!=e.x&&(r=A.min(t.x,e.x),o=A.max(t.x,e.x),s=A.min(t.y,e.y),a=A.max(t.y,e.y),h=r<=n.x&&n.x<o,i=s==a?n.y<=s&&h:h&&(a-s)*((t.x-e.x)*(t.y-e.y)>0?n.x-r:o-n.x)/(o-r)+s-n.y>=0),i?1:0}function m(t,e,n,i){var r=e.x-t.x,o=i.x-n.x,s=e.y-t.y,a=i.y-n.y,h=t.x-n.x,l=t.y-n.y,c=r*a-o*s,u=(r*l-s*h)/c,f=(o*l-a*h)/c;if(u>=0&&u<=1&&f>=0&&f<=1)return new $(t.x+f*r,t.y+f*s)}function g(t,e,n){return 0===F(A.abs(t-e),n||q)}function v(t,e,n){return t<e||g(t,e,n)}function x(t){return t<0?-1:1}function y(e,n,i){var r=B.deg(A.atan2(n.y-e.y,n.x-e.x)),o=i.transformCopy(t().rotate(-r,e));return o.x<e.x}function w(t,e,n,i,r){var o,s,a=u(t,i),h=c(a[0],a[1],a[2],a[3]-e[i]);for(s=0;s<h.length;s++)if(0<=h[s]&&h[s]<=1&&(o=f(h[s],n,t),A.abs(o-e[n])<=r))return!0}function b(t,e,n){var i=A.sqrt(A.pow(e,2)-4*t*n);return[(-e+i)/(2*t),(-e-i)/(2*t)]}var _,C,T,k,S,E,P,A=Math,O=A.pow,N=window.kendo,R=N.Class,z=N.deepExtend,M=N.mixins.ObserversMixin,B=N.util,D=B.defined,L=B.rad,I=B.deg,F=B.round,G=A.PI/2,j=B.MIN_NUM,H=B.MAX_NUM,q=10,$=R.extend({init:function(t,e){this.x=t||0,this.y=e||0},equals:function(t){return t&&t.x===this.x&&t.y===this.y},clone:function(){return new $(this.x,this.y)},rotate:function(e,n){return this.transform(t().rotate(e,n))},translate:function(t,e){return this.x+=t,this.y+=e,this.geometryChange(),this},translateWith:function(t){return this.translate(t.x,t.y)},move:function(t,e){return this.x=this.y=0,this.translate(t,e)},scale:function(t,e){return D(e)||(e=t),this.x*=t,this.y*=e,this.geometryChange(),this},scaleCopy:function(t,e){return this.clone().scale(t,e)},transform:function(t){var n=e(t),i=this.x,r=this.y;return this.x=n.a*i+n.c*r+n.e,this.y=n.b*i+n.d*r+n.f,this.geometryChange(),this},transformCopy:function(t){var e=this.clone();return t&&e.transform(t),e},distanceTo:function(t){var e=this.x-t.x,n=this.y-t.y;return A.sqrt(e*e+n*n)},round:function(t){return this.x=F(this.x,t),this.y=F(this.y,t),this.geometryChange(),this},toArray:function(t){var e=D(t),n=e?F(this.x,t):this.x,i=e?F(this.y,t):this.y;return[n,i]}});r($.fn,[\"x\",\"y\"]),z($.fn,M),$.fn.toString=function(t,e){var n=this.x,i=this.y;return D(t)&&(n=F(n,t),i=F(i,t)),e=e||\" \",n+e+i},$.create=function(t,e){if(D(t))return t instanceof $?t:1===arguments.length&&2===t.length?new $(t[0],t[1]):new $(t,e)},$.min=function(){var t,e,n=B.MAX_NUM,i=B.MAX_NUM;for(t=0;t<arguments.length;t++)e=arguments[t],n=A.min(e.x,n),i=A.min(e.y,i);return new $(n,i)},$.max=function(){var t,e,n=B.MIN_NUM,i=B.MIN_NUM;for(t=0;t<arguments.length;t++)e=arguments[t],n=A.max(e.x,n),i=A.max(e.y,i);return new $(n,i)},$.minPoint=function(){return new $(j,j)},$.maxPoint=function(){return new $(H,H)},$.ZERO=new $(0,0),_=R.extend({init:function(t,e){this.width=t||0,this.height=e||0},equals:function(t){return t&&t.width===this.width&&t.height===this.height},clone:function(){return new _(this.width,this.height)},toArray:function(t){var e=D(t),n=e?F(this.width,t):this.width,i=e?F(this.height,t):this.height;return[n,i]}}),r(_.fn,[\"width\",\"height\"]),z(_.fn,M),_.create=function(t,e){if(D(t))return t instanceof _?t:1===arguments.length&&2===t.length?new _(t[0],t[1]):new _(t,e)},_.ZERO=new _(0,0),C=R.extend({init:function(t,e){this.setOrigin(t||new $),this.setSize(e||new _)},clone:function(){return new C(this.origin.clone(),this.size.clone())},equals:function(t){return t&&t.origin.equals(this.origin)&&t.size.equals(this.size)},setOrigin:function(t){return this._observerField(\"origin\",$.create(t)),this.geometryChange(),this},getOrigin:function(){return this.origin},setSize:function(t){return this._observerField(\"size\",_.create(t)),this.geometryChange(),this},getSize:function(){return this.size},width:function(){return this.size.width},height:function(){return this.size.height},topLeft:function(){return this.origin.clone()},bottomRight:function(){return this.origin.clone().translate(this.width(),this.height())},topRight:function(){return this.origin.clone().translate(this.width(),0)},bottomLeft:function(){return this.origin.clone().translate(0,this.height())},center:function(){return this.origin.clone().translate(this.width()/2,this.height()/2)},bbox:function(t){var e=this.topLeft().transformCopy(t),n=this.topRight().transformCopy(t),i=this.bottomRight().transformCopy(t),r=this.bottomLeft().transformCopy(t);return C.fromPoints(e,n,i,r)},transformCopy:function(t){return C.fromPoints(this.topLeft().transform(t),this.bottomRight().transform(t))},expand:function(t,e){return D(e)||(e=t),this.size.width+=2*t,this.size.height+=2*e,this.origin.translate(-t,-e),this},expandCopy:function(t,e){return this.clone().expand(t,e)},containsPoint:function(t){var e=this.origin,n=this.bottomRight();return!(t.x<e.x||t.y<e.y||n.x<t.x||n.y<t.y)},_isOnPath:function(t,e){var n=this.expandCopy(e,e),i=this.expandCopy(-e,-e);return n.containsPoint(t)&&!i.containsPoint(t)}}),z(C.fn,M),C.fromPoints=function(){var t=$.min.apply(this,arguments),e=$.max.apply(this,arguments),n=new _(e.x-t.x,e.y-t.y);return new C(t,n)},C.union=function(t,e){return C.fromPoints($.min(t.topLeft(),e.topLeft()),$.max(t.bottomRight(),e.bottomRight()))},C.intersect=function(t,e){if(t={left:t.topLeft().x,top:t.topLeft().y,right:t.bottomRight().x,bottom:t.bottomRight().y},e={left:e.topLeft().x,top:e.topLeft().y,right:e.bottomRight().x,bottom:e.bottomRight().y},t.left<=e.right&&e.left<=t.right&&t.top<=e.bottom&&e.top<=t.bottom)return C.fromPoints(new $(A.max(t.left,e.left),A.max(t.top,e.top)),new $(A.min(t.right,e.right),A.min(t.bottom,e.bottom)))},T=R.extend({init:function(t,e){this.setCenter(t||new $),this.setRadius(e||0)},setCenter:function(t){return this._observerField(\"center\",$.create(t)),this.geometryChange(),this},getCenter:function(){return this.center},equals:function(t){return t&&t.center.equals(this.center)&&t.radius===this.radius},clone:function(){return new T(this.center.clone(),this.radius)},pointAt:function(t){return this._pointAt(L(t))},bbox:function(t){var e,i,r,o,s=$.maxPoint(),a=$.minPoint(),h=n(this.center,this.radius,this.radius,t);for(e=0;e<4;e++)i=this._pointAt(h.x+e*G).transformCopy(t),r=this._pointAt(h.y+e*G).transformCopy(t),o=new $(i.x,r.y),s=$.min(s,o),a=$.max(a,o);return C.fromPoints(s,a)},_pointAt:function(t){var e=this.center,n=this.radius;return new $(e.x-n*A.cos(t),e.y-n*A.sin(t))},containsPoint:function(t){var e=this.center,n=A.pow(t.x-e.x,2)+A.pow(t.y-e.y,2)<=A.pow(this.radius,2);return n},_isOnPath:function(t,e){var n=this.center,i=this.radius,r=n.distanceTo(t);return i-e<=r&&r<=i+e}}),r(T.fn,[\"radius\"]),z(T.fn,M),k=R.extend({init:function(t,e){this.setCenter(t||new $),e=e||{},this.radiusX=e.radiusX,this.radiusY=e.radiusY||e.radiusX,this.startAngle=e.startAngle,this.endAngle=e.endAngle,this.anticlockwise=e.anticlockwise||!1},clone:function(){return new k(this.center,{radiusX:this.radiusX,radiusY:this.radiusY,startAngle:this.startAngle,endAngle:this.endAngle,anticlockwise:this.anticlockwise})},setCenter:function(t){return this._observerField(\"center\",$.create(t)),this.geometryChange(),this},getCenter:function(){return this.center},MAX_INTERVAL:45,pointAt:function(t){var e=this.center,n=L(t);return new $(e.x+this.radiusX*A.cos(n),e.y+this.radiusY*A.sin(n))},curvePoints:function(){var t,e,n,i=this.startAngle,r=this.anticlockwise?-1:1,o=[this.pointAt(i)],s=i,a=this._arcInterval(),h=a.endAngle-a.startAngle,l=A.ceil(h/this.MAX_INTERVAL),c=h/l;for(t=1;t<=l;t++)e=s+r*c,n=this._intervalCurvePoints(s,e),o.push(n.cp1,n.cp2,n.p2),s=e;return o},bbox:function(t){for(var e,r,o=this,s=o._arcInterval(),a=s.startAngle,h=s.endAngle,l=n(this.center,this.radiusX,this.radiusY,t),c=I(l.x),u=I(l.y),f=o.pointAt(a).transformCopy(t),d=o.pointAt(h).transformCopy(t),p=$.min(f,d),m=$.max(f,d),g=i(c,a),v=i(u,a);g<h||v<h;)g<h&&(e=o.pointAt(g).transformCopy(t),g+=90),v<h&&(r=o.pointAt(v).transformCopy(t),v+=90),f=new $(e.x,r.y),p=$.min(p,f),m=$.max(m,f);return C.fromPoints(p,m)},_arcInterval:function(){var t,e=this.startAngle,n=this.endAngle,i=this.anticlockwise;return i&&(t=e,e=n,n=t),(e>n||i&&e===n)&&(n+=360),{startAngle:e,endAngle:n}},_intervalCurvePoints:function(t,e){var n=this,i=n.pointAt(t),r=n.pointAt(e),o=n._derivativeAt(t),s=n._derivativeAt(e),a=(L(e)-L(t))/3,h=new $(i.x+a*o.x,i.y+a*o.y),l=new $(r.x-a*s.x,r.y-a*s.y);return{p1:i,cp1:h,cp2:l,p2:r}},_derivativeAt:function(t){var e=this,n=L(t);return new $(-e.radiusX*A.sin(n),e.radiusY*A.cos(n))},containsPoint:function(t){var e,n,i,r=this._arcInterval(),o=r.endAngle-r.startAngle,s=this.center,a=s.distanceTo(t),l=A.atan2(t.y-s.y,t.x-s.x),c=this.radiusX*this.radiusY/A.sqrt(A.pow(this.radiusX,2)*A.pow(A.sin(l),2)+A.pow(this.radiusY,2)*A.pow(A.cos(l),2)),u=this.pointAt(this.startAngle).round(q),f=this.pointAt(this.endAngle).round(q),d=m(s,t.round(q),u,f);return o<180?e=d&&v(s.distanceTo(d),a)&&v(a,c):(n=h(s.x,s.y,this.radiusX,this.radiusY,t.x,t.y),360!=n&&(n=(360+n)%360),i=r.startAngle<=n&&n<=r.endAngle,e=i&&v(a,c)||!i&&(!d||d.equals(t))),e},_isOnPath:function(t,e){var n,i=this._arcInterval(),r=this.center,o=h(r.x,r.y,this.radiusX,this.radiusY,t.x,t.y);return 360!=o&&(o=(360+o)%360),n=i.startAngle<=o&&o<=i.endAngle,n&&this.pointAt(o).distanceTo(t)<=e}}),r(k.fn,[\"radiusX\",\"radiusY\",\"startAngle\",\"endAngle\",\"anticlockwise\"]),z(k.fn,M),k.fromPoints=function(t,e,n,i,r,o){var s=l(t.x,t.y,e.x,e.y,n,i,r,o);return new k(s.center,{startAngle:s.startAngle,endAngle:s.endAngle,radiusX:n,radiusY:i,anticlockwise:0===o})},S=R.extend({init:function(t,e,n,i,r,o){this.a=t||0,this.b=e||0,this.c=n||0,this.d=i||0,this.e=r||0,this.f=o||0},multiplyCopy:function(t){return new S(this.a*t.a+this.c*t.b,this.b*t.a+this.d*t.b,this.a*t.c+this.c*t.d,this.b*t.c+this.d*t.d,this.a*t.e+this.c*t.f+this.e,this.b*t.e+this.d*t.f+this.f)},invert:function(){var t=this.a,e=this.b,n=this.c,i=this.d,r=this.e,o=this.f,s=t*i-e*n;return 0===s?null:new S(i/s,-e/s,-n/s,t/s,(n*o-i*r)/s,(e*r-t*o)/s)},clone:function(){return new S(this.a,this.b,this.c,this.d,this.e,this.f)},equals:function(t){return!!t&&(this.a===t.a&&this.b===t.b&&this.c===t.c&&this.d===t.d&&this.e===t.e&&this.f===t.f)},round:function(t){return this.a=F(this.a,t),this.b=F(this.b,t),this.c=F(this.c,t),this.d=F(this.d,t),this.e=F(this.e,t),this.f=F(this.f,t),this},toArray:function(t){var e,n=[this.a,this.b,this.c,this.d,this.e,this.f];if(D(t))for(e=0;e<n.length;e++)n[e]=F(n[e],t);return n}}),S.fn.toString=function(t,e){return this.toArray(t).join(e||\",\")},S.translate=function(t,e){return new S(1,0,0,1,t,e)},S.unit=function(){return new S(1,0,0,1,0,0)},S.rotate=function(t,e,n){var i=new S;return i.a=A.cos(L(t)),i.b=A.sin(L(t)),i.c=-i.b,i.d=i.a,i.e=e-e*i.a+n*i.b||0,i.f=n-n*i.a-e*i.b||0,i},S.scale=function(t,e){return new S(t,0,0,e,0,0)},S.IDENTITY=S.unit(),E=R.extend({init:function(t){this._matrix=t||S.unit()},clone:function(){return new E(this._matrix.clone())},equals:function(t){return t&&t._matrix.equals(this._matrix)},_optionsChange:function(){this.optionsChange({field:\"transform\",value:this})},translate:function(t,e){return this._matrix=this._matrix.multiplyCopy(S.translate(t,e)),this._optionsChange(),this},scale:function(t,e,n){return D(e)||(e=t),n&&(n=$.create(n),this._matrix=this._matrix.multiplyCopy(S.translate(n.x,n.y))),this._matrix=this._matrix.multiplyCopy(S.scale(t,e)),n&&(this._matrix=this._matrix.multiplyCopy(S.translate(-n.x,-n.y))),this._optionsChange(),this},rotate:function(t,e){return e=$.create(e)||$.ZERO,this._matrix=this._matrix.multiplyCopy(S.rotate(t,e.x,e.y)),this._optionsChange(),this},multiply:function(t){var n=e(t);return this._matrix=this._matrix.multiplyCopy(n),this._optionsChange(),this},matrix:function(t){return t?(this._matrix=t,this._optionsChange(),this):this._matrix}}),z(E.fn,M),P=function(t,e){this.real=t||0,this.img=e||0},P.fn=P.prototype={add:function(t){return new P(F(this.real+t.real,q),F(this.img+t.img,q))},addConstant:function(t){return new P(this.real+t,this.img)},negate:function(){return new P((-this.real),(-this.img))},multiply:function(t){return new P(this.real*t.real-this.img*t.img,this.real*t.img+this.img*t.real)},multiplyConstant:function(t){return new P(this.real*t,this.img*t)},nthRoot:function(t){var e=A.atan2(this.img,this.real),n=A.sqrt(A.pow(this.img,2)+A.pow(this.real,2)),i=A.pow(n,1/t);return new P(i*A.cos(e/t),i*A.sin(e/t))},equals:function(t){return this.real===t.real&&this.img===t.img},isReal:function(){return 0===this.img}},z(N,{geometry:{Arc:k,Circle:T,curveIntersectionsCount:d,lineIntersectionsCount:p,Matrix:S,Point:$,Rect:C,Size:_,Transformation:E,transform:t,toMatrix:e,isOutOfEndPoint:y,hasRootsInRange:w}}),N.dataviz.geometry=N.geometry}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/core.min\",[\"drawing/geometry.min\",\"kendo.popup.min\"],t)}(function(){!function(t){function e(t){var e,n;return t.touch?(e=t.x.location,n=t.y.location):(e=t.pageX||t.clientX||0,n=t.pageY||t.clientY||0),{x:e,y:n}}var n,i,r,o,s=t.noop,a=Object.prototype.toString,h=window.kendo,l=h._outerWidth,c=h._outerHeight,u=h.Class,f=h.ui.Widget,d=h.deepExtend,p=h.util,m=p.defined,g=p.limitValue,v=h.geometry,x=t.proxy,y=\".kendo\",w='<div class=\"k-tooltip\"><div class=\"k-tooltip-content\"></div></div>',b='<div class=\"k-tooltip-button\"><a href=\"\\\\#\" class=\"k-icon k-i-close\">close</a></div>',_=f.extend({init:function(t,e){this.options=d({},this.options,e),f.fn.init.call(this,t,this.options),this._click=this._handler(\"click\"),this._mouseenter=this._handler(\"mouseenter\"),this._mouseleave=this._handler(\"mouseleave\"),this._mousemove=this._handler(\"mousemove\"),this._visual=new h.drawing.Group,this.options.width&&this.element.css(\"width\",this.options.width),this.options.height&&this.element.css(\"height\",this.options.height),this._enableTracking()},options:{name:\"Surface\",tooltip:{}},events:[\"click\",\"mouseenter\",\"mouseleave\",\"mousemove\",\"resize\",\"tooltipOpen\",\"tooltipClose\"],draw:function(t){this._visual.children.push(t)},clear:function(){this._visual.children=[],this.hideTooltip()},destroy:function(){this._visual=null,this._tooltip&&(this._tooltip.destroy(),delete this._tooltip),f.fn.destroy.call(this)},exportVisual:function(){return this._visual},getSize:function(){return{width:this.element.width(),height:this.element.height()}},setSize:function(t){this.element.css({width:t.width,height:t.height}),this._size=t,this._resize()},eventTarget:function(e){for(var n,i=t(e.touch?e.touch.initialTouch:e.target);!n&&i.length>0&&(n=i[0]._kendoNode,!i.is(this.element)&&0!==i.length);)i=i.parent();if(n)return n.srcElement},showTooltip:function(t,e){this._tooltip&&this._tooltip.show(t,e)},hideTooltip:function(){this._tooltip&&this._tooltip.hide()},suspendTracking:function(){this._suspendedTracking=!0,this.hideTooltip()},resumeTracking:function(){this._suspendedTracking=!1},_resize:s,_handler:function(t){var e=this;return function(n){var i=e.eventTarget(n);i&&!e._suspendedTracking&&e.trigger(t,{element:i,originalEvent:n,type:t})}},_enableTracking:function(){h.ui.Popup&&(this._tooltip=new o(this,this.options.tooltip||{}))},_elementOffset:function(){var t=this.element,e=t.offset(),n=parseInt(t.css(\"paddingLeft\"),10),i=parseInt(t.css(\"paddingTop\"),10);return{left:e.left+n,top:e.top+i}},_surfacePoint:function(t){var n=this._elementOffset(),i=e(t),r=i.x-n.left,o=i.y-n.top;return new v.Point(r,o)}});h.ui.plugin(_),_.create=function(t,e){return r.current.create(t,e)},n=u.extend({init:function(t){this.childNodes=[],this.parent=null,t&&(this.srcElement=t,this.observe())},destroy:function(){var t,e;for(this.srcElement&&this.srcElement.removeObserver(this),t=this.childNodes,e=0;e<t.length;e++)this.childNodes[e].destroy();this.parent=null},load:s,observe:function(){this.srcElement&&this.srcElement.addObserver(this)},append:function(t){this.childNodes.push(t),t.parent=this},insertAt:function(t,e){this.childNodes.splice(e,0,t),t.parent=this},remove:function(t,e){var n,i=t+e;for(n=t;n<i;n++)this.childNodes[n].removeSelf();this.childNodes.splice(t,e)},removeSelf:function(){this.clear(),this.destroy()},clear:function(){this.remove(0,this.childNodes.length)},invalidate:function(){this.parent&&this.parent.invalidate()},geometryChange:function(){this.invalidate()},optionsChange:function(){this.invalidate()},childrenChange:function(t){\"add\"===t.action?this.load(t.items,t.index):\"remove\"===t.action&&this.remove(t.index,t.items.length),this.invalidate()}}),i=u.extend({init:function(t,e){var n,i;this.prefix=e||\"\";for(n in t)i=t[n],i=this._wrap(i,n),this[n]=i},get:function(t){return h.getter(t,!0)(this)},set:function(t,e){var n,i=h.getter(t,!0)(this);i!==e&&(n=this._set(t,this._wrap(e,t)),n||this.optionsChange({field:this.prefix+t,value:e}))},_set:function(t,e){var n,r,o,s=t.indexOf(\".\")>=0;if(s)for(n=t.split(\".\"),r=\"\";n.length>1;){if(r+=n.shift(),o=h.getter(r,!0)(this),o||(o=new i({},r+\".\"),o.addObserver(this),this[r]=o),o instanceof i)return o.set(n.join(\".\"),e),s;r+=\".\"}return this._clear(t),h.setter(t)(this,e),s},_clear:function(t){var e=h.getter(t,!0)(this);e&&e.removeObserver&&e.removeObserver(this)},_wrap:function(t,e){var n=a.call(t);return null!==t&&m(t)&&\"[object Object]\"===n&&(t instanceof i||t instanceof u||(t=new i(t,this.prefix+e+\".\")),t.addObserver(this)),t}}),d(i.fn,h.mixins.ObserversMixin),r=function(){this._items=[]},r.prototype={register:function(t,e,n){var i=this._items,r=i[0],o={name:t,type:e,order:n};!r||n<r.order?i.unshift(o):i.push(o)},create:function(t,e){var n,i,r=this._items,o=r[0];if(e&&e.type)for(n=e.type.toLowerCase(),i=0;i<r.length;i++)if(r[i].name===n){o=r[i];break}return o?new o.type(t,e):void h.logToConsole(\"Warning: Unable to create Kendo UI Drawing Surface. Possible causes:\\n- The browser does not support SVG, VML and Canvas. User agent: \"+navigator.userAgent+\"\\n- The Kendo UI scripts are not fully loaded\")}},r.current=new r,o=u.extend({init:function(e,n){this.element=t(w),this.content=this.element.children(\".k-tooltip-content\"),n=n||{},this.options=d({},this.options,this._tooltipOptions(n)),this.popup=new h.ui.Popup(this.element,{appendTo:n.appendTo,animation:n.animation,copyAnchorStyles:!1,collision:\"fit fit\"}),this._openPopupHandler=t.proxy(this._openPopup,this),this.surface=e,this._bindEvents()},options:{position:\"top\",showOn:\"mouseenter\",offset:7,autoHide:!0,hideDelay:0,showAfter:100},_bindEvents:function(){this._showHandler=x(this._showEvent,this),this._surfaceLeaveHandler=x(this._surfaceLeave,this),this._mouseleaveHandler=x(this._mouseleave,this),this._mousemoveHandler=x(this._mousemove,this),this.surface.bind(\"click\",this._showHandler),this.surface.bind(\"mouseenter\",this._showHandler),this.surface.bind(\"mouseleave\",this._mouseleaveHandler),this.surface.bind(\"mousemove\",this._mousemoveHandler),this.surface.element.on(\"mouseleave\"+y,this._surfaceLeaveHandler),this.element.on(\"click\"+y,\".k-tooltip-button\",x(this._hideClick,this))},destroy:function(){var t=this.popup;this.surface.unbind(\"click\",this._showHandler),this.surface.unbind(\"mouseenter\",this._showHandler),this.surface.unbind(\"mouseleave\",this._mouseleaveHandler),this.surface.unbind(\"mousemove\",this._mousemoveHandler),this.surface.element.off(\"mouseleave\"+y,this._surfaceLeaveHandler),this.element.off(\"click\"+y),t&&(t.destroy(),delete this.popup),clearTimeout(this._timeout),delete this.popup,delete this.element,delete this.content,delete this.surface},_tooltipOptions:function(t){return t=t||{},{position:t.position,showOn:t.showOn,offset:t.offset,autoHide:t.autoHide,width:t.width,height:t.height,content:t.content,shared:t.shared,hideDelay:t.hideDelay,showAfter:t.showAfter}},_tooltipShape:function(t){for(;t&&!t.options.tooltip;)t=t.parent;return t},_updateContent:function(t,e,n){var i=n.content;if(h.isFunction(i)&&(i=i({element:e,target:t})),i)return this.content.html(i),!0},_position:function(t,n,i,r){var o,s=n.position,a=n.offset||0,h=this.surface,l=h._elementOffset(),c=h.getSize(),u=h._offset,f=t.bbox(),d=i.width,p=i.height,m=0,v=0;return f.origin.translate(l.left,l.top),u&&f.origin.translate(-u.x,-u.y),\"cursor\"==s&&r?(o=e(r),m=o.x-d/2,v=o.y-p-a):\"left\"==s?(m=f.origin.x-d-a,v=f.center().y-p/2):\"right\"==s?(m=f.bottomRight().x+a,v=f.center().y-p/2):\"bottom\"==s?(m=f.center().x-d/2,v=f.bottomRight().y+a):(m=f.center().x-d/2,v=f.origin.y-p-a),{left:g(m,l.left,l.left+c.width),top:g(v,l.top,l.top+c.height)}},show:function(t,e){this._show(t,t,d({},this.options,this._tooltipOptions(t.options.tooltip),e))},hide:function(){var t=this._current;delete this._current,clearTimeout(this._showTimeout),this.popup.visible()&&t&&!this.surface.trigger(\"tooltipClose\",{element:t.shape,target:t.target,popup:this.popup})&&this.popup.close()},_hideClick:function(t){t.preventDefault(),this.hide()},_show:function(t,e,n,i,r){var o,s,a=this._current;clearTimeout(this._timeout),a&&(a.shape===e&&n.shared||a.target===t)||(clearTimeout(this._showTimeout),!this.surface.trigger(\"tooltipOpen\",{element:e,target:t,popup:this.popup})&&this._updateContent(t,e,n)&&(this._autoHide(n),o=this._measure(n),s=this.popup,s.visible()&&s.close(!0),this._current={options:n,elementSize:o,shape:e,target:t,position:this._position(n.shared?e:t,n,o,i)},r?this._showTimeout=setTimeout(this._openPopupHandler,n.showAfter||0):this._openPopup()))},_openPopup:function(){var t=this._current,e=t.position;this.popup.open(e.left,e.top)},_autoHide:function(e){e.autoHide&&this._closeButton&&(this.element.removeClass(\"k-tooltip-closable\"),this._closeButton.remove(),delete this._closeButton),\ne.autoHide||this._closeButton||(this.element.addClass(\"k-tooltip-closable\"),this._closeButton=t(b).prependTo(this.element))},_showEvent:function(t){var e,n=this._tooltipShape(t.element);n&&(e=d({},this.options,this._tooltipOptions(n.options.tooltip)),e&&e.showOn==t.type&&this._show(t.element,n,e,t.originalEvent,!0))},_measure:function(t){var e,n,i;return this.element.css({width:\"auto\",height:\"auto\"}),i=this.popup.visible(),i||this.popup.wrapper.show(),this.element.css({width:m(t.width)?t.width:\"auto\",height:m(t.height)?t.height:\"auto\"}),e=l(this.element),n=c(this.element),i||this.popup.wrapper.hide(),{width:e,height:n}},_mouseleave:function(t){var e,n;this._popupRelatedTarget(t.originalEvent)||(e=this,n=e._current,n&&n.options.autoHide&&(e._timeout=setTimeout(function(){clearTimeout(e._showTimeout),e.hide()},n.options.hideDelay||0)))},_mousemove:function(t){var e,n,i=this._current;i&&t.element&&(e=i.options,\"cursor\"==e.position&&(n=this._position(t.element,e,i.elementSize,t.originalEvent),i.position=n,this.popup.wrapper.css({left:n.left,top:n.top})))},_surfaceLeave:function(t){this._popupRelatedTarget(t)||(clearTimeout(this._showTimeout),this.hide())},_popupRelatedTarget:function(e){return e.relatedTarget&&t(e.relatedTarget).closest(this.popup.wrapper).length}}),d(h,{drawing:{DASH_ARRAYS:{dot:[1.5,3.5],dash:[4,3.5],longdash:[8,3.5],dashdot:[3.5,3.5,1.5,3.5],longdashdot:[8,3.5,1.5,3.5],longdashdotdot:[8,3.5,1.5,3.5,1.5,3.5]},Color:h.Color,BaseNode:n,OptionsStore:i,Surface:_,SurfaceFactory:r,SurfaceTooltip:o}}),h.dataviz.drawing=h.drawing}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/mixins.min\",[\"drawing/core.min\"],t)}(function(){!function(){var t=window.kendo,e=t.deepExtend,n=t.util.defined,i=t.geometry,r=\"gradient\",o=\"\"+i.Matrix.IDENTITY,s={extend:function(t){t.fill=this.fill,t.stroke=this.stroke},fill:function(t,e){var i,o=this.options;return n(t)?(t&&t.nodeType!=r?(i={color:t},n(e)&&(i.opacity=e),o.set(\"fill\",i)):o.set(\"fill\",t),this):o.get(\"fill\")},stroke:function(t,e,i){return n(t)?(this.options.set(\"stroke.color\",t),n(e)&&this.options.set(\"stroke.width\",e),n(i)&&this.options.set(\"stroke.opacity\",i),this):this.options.get(\"stroke\")}},a={extend:function(t,e){t.traverse=function(t){var n,i,r=this[e];for(n=0;n<r.length;n++)i=r[n],i.traverse?i.traverse(t):t(i);return this}}},h={extend:function(t){t.bbox=this.bbox,t.geometryChange=this.geometryChange},bbox:function(t){var e,n,r=i.toMatrix(this.currentTransform(t)),s=r?\"\"+r:o;return this._bboxCache&&this._matrixHash==s?e=this._bboxCache.clone():(e=this._bbox(r),this._bboxCache=e?e.clone():null,this._matrixHash=s),n=this.options.get(\"stroke.width\"),n&&e&&e.expand(n/2),e},geometryChange:function(){delete this._bboxCache,this.trigger(\"geometryChange\",{element:this})}};e(t.drawing,{mixins:{Paintable:s,Traversable:a,Measurable:h}})}()},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/shapes.min\",[\"drawing/core.min\",\"drawing/mixins.min\",\"util/text-metrics.min\",\"mixins/observers.min\"],t)}(function(){!function(t){function e(t,e,n){var i,r,o,s;for(r=0;r<t.length;r++)o=t[r],o.visible()&&(s=e?o.bbox(n):o.rawBBox(),s&&(i=i?X.Rect.union(i,s):s));return i}function n(t,e){var n,i,r,o;for(i=0;i<t.length;i++)r=t[i],r.visible()&&(o=r.clippedBBox(e),o&&(n=n?X.Rect.union(n,o):o));return n}function i(t,e){for(var n=0;n<e.length;n++)t[e[n]]=r(e[n])}function r(t){var e=\"_\"+t;return function(t){return it(t)?(this._observerField(e,t),this.geometryChange(),this):this[e]}}function o(t,e){for(var n=0;n<e.length;n++)t[e[n]]=s(e[n])}function s(t){var e=\"_\"+t;return function(t){return it(t)?(this._observerField(e,U.create(t)),this.geometryChange(),this):this[e]}}function a(t,e){for(var n=0;n<e.length;n++)t[e[n]]=h(e[n])}function h(t){return function(e){return it(e)?(this.options.set(t,e),this):this.options.get(t)}}function l(){return\"kdef\"+pt++}function c(t,e,n){b(t,e,n,\"x\",\"width\")}function u(t,e,n){b(t,e,n,\"y\",\"height\")}function f(t){w(y(t),\"x\",\"y\",\"width\")}function d(t){w(y(t),\"y\",\"x\",\"height\")}function p(t,e){return g(t,e,\"x\",\"y\",\"width\")}function m(t,e){return g(t,e,\"y\",\"x\",\"height\")}function g(t,e,n,i,r){var o,s,a,h,l=[],c=x(t,e,r),u=e.origin.clone();for(h=0;h<c.length;h++)for(a=c[h],o=a[0],u[i]=o.bbox.origin[i],T(u,o.bbox,o.element),o.bbox.origin[n]=u[n],w(a,n,i,r),l.push([]),s=0;s<a.length;s++)l[h].push(a[s].element);return l}function v(t,e){var n,i,r=t.clippedBBox(),o=r.size,s=e.size;(s.width<o.width||s.height<o.height)&&(n=J.min(s.width/o.width,s.height/o.height),i=t.transform()||X.transform(),i.scale(n,n),t.transform(i))}function x(t,e,n){var i,r,o,s,a=e.size[n],h=0,l=[],c=[],u=function(){c.push({element:i,bbox:o})};for(s=0;s<t.length;s++)i=t[s],o=i.clippedBBox(),o&&(r=o.size[n],h+r>a?c.length?(l.push(c),c=[],u(),h=r):(u(),l.push(c),c=[],h=0):(u(),h+=r));return c.length&&l.push(c),l}function y(t){var e,n,i,r=[];for(i=0;i<t.length;i++)e=t[i],n=e.clippedBBox(),n&&r.push({element:e,bbox:n});return r}function w(t,e,n,i){var r,o,s,a,h;if(t.length>1)for(r=t[0].bbox,o=new U,h=1;h<t.length;h++)s=t[h].element,a=t[h].bbox,o[e]=r.origin[e]+r.size[i],o[n]=a.origin[n],T(o,a,s),a.origin[e]=o[e],r=a}function b(t,e,n,i,r){var o,s,a;for(n=n||\"start\",a=0;a<t.length;a++)o=t[a].clippedBBox(),o&&(s=o.origin.clone(),s[i]=_(o.size[r],e,n,i,r),T(s,o,t[a]))}function _(t,e,n,i,r){var o;return o=n==mt?e.origin[i]:n==gt?e.origin[i]+e.size[r]-t:e.origin[i]+(e.size[r]-t)/2}function C(t,e,n){var i=n.transform()||X.transform(),r=i.matrix();r.e+=t,r.f+=e,i.matrix(r),n.transform(i)}function T(t,e,n){C(t.x-e.origin.x,t.y-e.origin.y,n)}var k,S,E,P,A,O,N,R,z,M,B,D,L,I,F,G,j,H=window.kendo,q=H.Class,$=H.deepExtend,X=H.geometry,U=X.Point,Y=X.Size,V=X.Matrix,W=X.toMatrix,Q=H.drawing,Z=Q.OptionsStore,J=Math,K=J.pow,tt=H.util,et=tt.append,nt=tt.arrayLimits,it=tt.defined,rt=tt.last,ot=tt.valueOrDefault,st=H.mixins.ObserversMixin,at=t.inArray,ht=[].push,lt=[].pop,ct=[].splice,ut=[].shift,ft=[].slice,dt=[].unshift,pt=1,mt=\"start\",gt=\"end\",vt=\"horizontal\",xt=q.extend({nodeType:\"Element\",init:function(t){this._initOptions(t)},_initOptions:function(t){var e,n;t=t||{},e=t.transform,n=t.clip,e&&(t.transform=X.transform(e)),n&&!n.id&&(n.id=l()),this.options=new Z(t),this.options.addObserver(this)},transform:function(t){return it(t)?void this.options.set(\"transform\",X.transform(t)):this.options.get(\"transform\")},parentTransform:function(){for(var t,e,n=this;n.parent;)n=n.parent,t=n.transform(),t&&(e=t.matrix().multiplyCopy(e||V.unit()));if(e)return X.transform(e)},currentTransform:function(t){var e,n,i=this.transform(),r=W(i);if(it(t)||(t=this.parentTransform()),e=W(t),n=r&&e?e.multiplyCopy(r):r||e)return X.transform(n)},visible:function(t){return it(t)?(this.options.set(\"visible\",t),this):this.options.get(\"visible\")!==!1},clip:function(t){var e=this.options;return it(t)?(t&&!t.id&&(t.id=l()),e.set(\"clip\",t),this):e.get(\"clip\")},opacity:function(t){return it(t)?(this.options.set(\"opacity\",t),this):ot(this.options.get(\"opacity\"),1)},clippedBBox:function(t){var e,n=this._clippedBBox(t);if(n)return e=this.clip(),e?X.Rect.intersect(n,e.bbox(t)):n},containsPoint:function(t,e){if(this.visible()){var n=this.currentTransform(e);return n&&(t=t.transformCopy(n.matrix().invert())),this._hasFill()&&this._containsPoint(t)||this._isOnPath&&this._hasStroke()&&this._isOnPath(t)}return!1},_hasFill:function(){var t=this.options.fill;return t&&!tt.isTransparent(t.color)},_hasStroke:function(){var t=this.options.stroke;return t&&t.width>0&&!tt.isTransparent(t.color)},_clippedBBox:function(t){return this.bbox(t)}});$(xt.fn,st),k=q.extend({init:function(t){t=t||[],this.length=0,this._splice(0,t.length,t)},elements:function(t){return t?(this._splice(0,this.length,t),this._change(),this):this.slice(0)},push:function(){var t=arguments,e=ht.apply(this,t);return this._add(t),e},slice:ft,pop:function(){var t=this.length,e=lt.apply(this);return t&&this._remove([e]),e},splice:function(t,e){var n=ft.call(arguments,2),i=this._splice(t,e,n);return this._change(),i},shift:function(){var t=this.length,e=ut.apply(this);return t&&this._remove([e]),e},unshift:function(){var t=arguments,e=dt.apply(this,t);return this._add(t),e},indexOf:function(t){var e,n,i=this;for(e=0,n=i.length;e<n;e++)if(i[e]===t)return e;return-1},_splice:function(t,e,n){var i=ct.apply(this,[t,e].concat(n));return this._clearObserver(i),this._setObserver(n),i},_add:function(t){this._setObserver(t),this._change()},_remove:function(t){this._clearObserver(t),this._change()},_setObserver:function(t){for(var e=0;e<t.length;e++)t[e].addObserver(this)},_clearObserver:function(t){for(var e=0;e<t.length;e++)t[e].removeObserver(this)},_change:function(){}}),$(k.fn,st),S=xt.extend({nodeType:\"Group\",init:function(t){xt.fn.init.call(this,t),this.children=[]},childrenChange:function(t,e,n){this.trigger(\"childrenChange\",{action:t,items:e,index:n})},append:function(){return et(this.children,arguments),this._reparent(arguments,this),this.childrenChange(\"add\",arguments),this},insert:function(t,e){return this.children.splice(t,0,e),e.parent=this,this.childrenChange(\"add\",[e],t),this},insertAt:function(t,e){return this.insert(e,t)},remove:function(t){var e=at(t,this.children);return e>=0&&(this.children.splice(e,1),t.parent=null,this.childrenChange(\"remove\",[t],e)),this},removeAt:function(t){if(0<=t&&t<this.children.length){var e=this.children[t];this.children.splice(t,1),e.parent=null,this.childrenChange(\"remove\",[e],t)}return this},clear:function(){var t=this.children;return this.children=[],this._reparent(t,null),this.childrenChange(\"remove\",t,0),this},bbox:function(t){return e(this.children,!0,this.currentTransform(t))},rawBBox:function(){return e(this.children,!1)},_clippedBBox:function(t){return n(this.children,this.currentTransform(t))},currentTransform:function(t){return xt.fn.currentTransform.call(this,t)||null},containsPoint:function(t,e){var n,i,r;if(this.visible())for(n=this.children,i=this.currentTransform(e),r=0;r<n.length;r++)if(n[r].containsPoint(t,i))return!0;return!1},_reparent:function(t,e){var n,i,r;for(n=0;n<t.length;n++)i=t[n],r=i.parent,r&&r!=this&&r.remove&&r.remove(i),i.parent=e}}),Q.mixins.Traversable.extend(S.fn,\"children\"),E=xt.extend({nodeType:\"Text\",init:function(t,e,n){xt.fn.init.call(this,n),this.content(t),this.position(e||new X.Point),this.options.font||(this.options.font=\"12px sans-serif\"),it(this.options.fill)||this.fill(\"#000\")},content:function(t){return it(t)?(this.options.set(\"content\",t),this):this.options.get(\"content\")},measure:function(){var t=tt.measureText(this.content(),{font:this.options.get(\"font\")});return t},rect:function(){var t=this.measure(),e=this.position().clone();return new X.Rect(e,[t.width,t.height])},bbox:function(t){var e=W(this.currentTransform(t));return this.rect().bbox(e)},rawBBox:function(){return this.rect().bbox()},_containsPoint:function(t){return this.rect().containsPoint(t)}}),Q.mixins.Paintable.extend(E.fn),o(E.fn,[\"position\"]),P=xt.extend({nodeType:\"Circle\",init:function(t,e){xt.fn.init.call(this,e),this.geometry(t||new X.Circle),it(this.options.stroke)||this.stroke(\"#000\")},_bbox:function(t){return this._geometry.bbox(t)},rawBBox:function(){return this._geometry.bbox()},_containsPoint:function(t){return this.geometry().containsPoint(t)},_isOnPath:function(t){return this.geometry()._isOnPath(t,this.options.stroke.width/2)}}),Q.mixins.Paintable.extend(P.fn),Q.mixins.Measurable.extend(P.fn),i(P.fn,[\"geometry\"]),A=xt.extend({nodeType:\"Arc\",init:function(t,e){xt.fn.init.call(this,e),this.geometry(t||new X.Arc),it(this.options.stroke)||this.stroke(\"#000\")},_bbox:function(t){return this._geometry.bbox(t)},rawBBox:function(){return this.geometry().bbox()},toPath:function(){var t,e=new R,n=this.geometry().curvePoints();if(n.length>0)for(e.moveTo(n[0].x,n[0].y),t=1;t<n.length;t+=3)e.curveTo(n[t],n[t+1],n[t+2]);return e},_containsPoint:function(t){return this.geometry().containsPoint(t)},_isOnPath:function(t){return this.geometry()._isOnPath(t,this.options.stroke.width/2)}}),Q.mixins.Paintable.extend(A.fn),Q.mixins.Measurable.extend(A.fn),i(A.fn,[\"geometry\"]),O=k.extend({_change:function(){this.geometryChange()}}),N=q.extend({init:function(t,e,n){this.anchor(t||new U),this.controlIn(e),this.controlOut(n)},bboxTo:function(t,e){var n,i=this.anchor().transformCopy(e),r=t.anchor().transformCopy(e);return n=this.controlOut()&&t.controlIn()?this._curveBoundingBox(i,this.controlOut().transformCopy(e),t.controlIn().transformCopy(e),r):this._lineBoundingBox(i,r)},_lineBoundingBox:function(t,e){return X.Rect.fromPoints(t,e)},_curveBoundingBox:function(t,e,n,i){var r=[t,e,n,i],o=this._curveExtremesFor(r,\"x\"),s=this._curveExtremesFor(r,\"y\"),a=nt([o.min,o.max,t.x,i.x]),h=nt([s.min,s.max,t.y,i.y]);return X.Rect.fromPoints(new U(a.min,h.min),new U(a.max,h.max))},_curveExtremesFor:function(t,e){var n=this._curveExtremes(t[0][e],t[1][e],t[2][e],t[3][e]);return{min:this._calculateCurveAt(n.min,e,t),max:this._calculateCurveAt(n.max,e,t)}},_calculateCurveAt:function(t,e,n){var i=1-t;return K(i,3)*n[0][e]+3*K(i,2)*t*n[1][e]+3*K(t,2)*i*n[2][e]+K(t,3)*n[3][e]},_curveExtremes:function(t,e,n,i){var r,o,s=t-3*e+3*n-i,a=-2*(t-2*e+n),h=t-e,l=J.sqrt(a*a-4*s*h),c=0,u=1;return 0===s?0!==a&&(c=u=-h/a):isNaN(l)||(c=(-a+l)/(2*s),u=(-a-l)/(2*s)),r=J.max(J.min(c,u),0),(r<0||r>1)&&(r=0),o=J.min(J.max(c,u),1),(o>1||o<0)&&(o=1),{min:r,max:o}},_intersectionsTo:function(t,e){var n;return n=this.controlOut()&&t.controlIn()?X.curveIntersectionsCount([this.anchor(),this.controlOut(),t.controlIn(),t.anchor()],e,this.bboxTo(t)):X.lineIntersectionsCount(this.anchor(),t.anchor(),e)},_isOnCurveTo:function(t,e,n,i){var r,o,s,a,h,l,c,u,f=this.bboxTo(t).expand(n,n);if(f.containsPoint(e))return r=this.anchor(),o=this.controlOut(),s=t.controlIn(),a=t.anchor(),\"start\"==i&&r.distanceTo(e)<=n?!X.isOutOfEndPoint(r,o,e):\"end\"==i&&a.distanceTo(e)<=n?!X.isOutOfEndPoint(a,s,e):(h=X.hasRootsInRange,l=[r,o,s,a],!(!h(l,e,\"x\",\"y\",n)&&!h(l,e,\"y\",\"x\",n))||(c=X.transform().rotate(45,e),u=[r.transformCopy(c),o.transformCopy(c),s.transformCopy(c),a.transformCopy(c)],h(u,e,\"x\",\"y\",n)||h(u,e,\"y\",\"x\",n)))},_isOnLineTo:function(t,e,n){var i=this.anchor(),r=t.anchor(),o=tt.deg(J.atan2(r.y-i.y,r.x-i.x)),s=new X.Rect([i.x,i.y-n/2],[i.distanceTo(r),n]);return s.containsPoint(e.transformCopy(X.transform().rotate(-o,i)))},_isOnPathTo:function(t,e,n,i){var r;return r=this.controlOut()&&t.controlIn()?this._isOnCurveTo(t,e,n/2,i):this._isOnLineTo(t,e,n)}}),o(N.fn,[\"anchor\",\"controlIn\",\"controlOut\"]),$(N.fn,st),R=xt.extend({nodeType:\"Path\",init:function(t){xt.fn.init.call(this,t),this.segments=new O,this.segments.addObserver(this),it(this.options.stroke)||(this.stroke(\"#000\"),it(this.options.stroke.lineJoin)||this.options.set(\"stroke.lineJoin\",\"miter\"))},moveTo:function(t,e){return this.suspend(),this.segments.elements([]),this.resume(),this.lineTo(t,e),this},lineTo:function(t,e){var n=it(e)?new U(t,e):t,i=new N(n);return this.segments.push(i),this},curveTo:function(t,e,n){var i,r;return this.segments.length>0&&(i=rt(this.segments),r=new N(n,e),this.suspend(),i.controlOut(t),this.resume(),this.segments.push(r)),this},arc:function(t,e,n,i,r){var o,s,a,h,l;return this.segments.length>0&&(o=rt(this.segments),s=o.anchor(),a=tt.rad(t),h=new U(s.x-n*J.cos(a),s.y-i*J.sin(a)),l=new X.Arc(h,{startAngle:t,endAngle:e,radiusX:n,radiusY:i,anticlockwise:r}),this._addArcSegments(l)),this},arcTo:function(t,e,n,i,r){var o,s,a;return this.segments.length>0&&(o=rt(this.segments),s=o.anchor(),a=X.Arc.fromPoints(s,t,e,n,i,r),this._addArcSegments(a)),this},_addArcSegments:function(t){var e,n;for(this.suspend(),e=t.curvePoints(),n=1;n<e.length;n+=3)this.curveTo(e[n],e[n+1],e[n+2]);this.resume(),this.geometryChange()},close:function(){return this.options.closed=!0,this.geometryChange(),this},rawBBox:function(){return this._bbox()},_containsPoint:function(t){var e,n,i,r=this.segments,o=r.length,s=0;for(i=1;i<o;i++)e=r[i-1],n=r[i],s+=e._intersectionsTo(n,t);return!this.options.closed&&r[0].anchor().equals(r[o-1].anchor())||(s+=X.lineIntersectionsCount(r[0].anchor(),r[o-1].anchor(),t)),s%2!==0},_isOnPath:function(t,e){var n,i=this.segments,r=i.length;if(e=e||this.options.stroke.width,r>1){if(i[0]._isOnPathTo(i[1],t,e,\"start\"))return!0;for(n=2;n<=r-2;n++)if(i[n-1]._isOnPathTo(i[n],t,e))return!0;if(i[r-2]._isOnPathTo(i[r-1],t,e,\"end\"))return!0}return!1},_bbox:function(t){var e,n,i,r,o=this.segments,s=o.length;if(1===s)n=o[0].anchor().transformCopy(t),e=new X.Rect(n,Y.ZERO);else if(s>0)for(i=1;i<s;i++)r=o[i-1].bboxTo(o[i],t),e=e?X.Rect.union(e,r):r;return e}}),Q.mixins.Paintable.extend(R.fn),Q.mixins.Measurable.extend(R.fn),R.fromRect=function(t,e){return new R(e).moveTo(t.topLeft()).lineTo(t.topRight()).lineTo(t.bottomRight()).lineTo(t.bottomLeft()).close()},R.fromPoints=function(t,e){var n,i,r;if(t){for(n=new R(e),i=0;i<t.length;i++)r=U.create(t[i]),r&&(0===i?n.moveTo(r):n.lineTo(r));return n}},R.fromArc=function(t,e){var n=new R(e),i=t.startAngle,r=t.pointAt(i);return n.moveTo(r.x,r.y),n.arc(i,t.endAngle,t.radiusX,t.radiusY,t.anticlockwise),n},z=xt.extend({nodeType:\"MultiPath\",init:function(t){xt.fn.init.call(this,t),this.paths=new O,this.paths.addObserver(this),it(this.options.stroke)||this.stroke(\"#000\")},moveTo:function(t,e){var n=new R;return n.moveTo(t,e),this.paths.push(n),this},lineTo:function(t,e){return this.paths.length>0&&rt(this.paths).lineTo(t,e),this},curveTo:function(t,e,n){return this.paths.length>0&&rt(this.paths).curveTo(t,e,n),this},arc:function(t,e,n,i,r){return this.paths.length>0&&rt(this.paths).arc(t,e,n,i,r),this},arcTo:function(t,e,n,i,r){return this.paths.length>0&&rt(this.paths).arcTo(t,e,n,i,r),this},close:function(){return this.paths.length>0&&rt(this.paths).close(),this},_bbox:function(t){return e(this.paths,!0,t)},rawBBox:function(){return e(this.paths,!1)},_containsPoint:function(t){var e,n=this.paths;for(e=0;e<n.length;e++)if(n[e]._containsPoint(t))return!0;return!1},_isOnPath:function(t){var e,n=this.paths,i=this.options.stroke.width;for(e=0;e<n.length;e++)if(n[e]._isOnPath(t,i))return!0;return!1},_clippedBBox:function(t){return n(this.paths,this.currentTransform(t))}}),Q.mixins.Paintable.extend(z.fn),Q.mixins.Measurable.extend(z.fn),M=xt.extend({nodeType:\"Image\",init:function(t,e,n){xt.fn.init.call(this,n),this.src(t),this.rect(e||new X.Rect)},src:function(t){return it(t)?(this.options.set(\"src\",t),this):this.options.get(\"src\")},bbox:function(t){var e=W(this.currentTransform(t));return this._rect.bbox(e)},rawBBox:function(){return this._rect.bbox()},_containsPoint:function(t){return this._rect.containsPoint(t)},_hasFill:function(){return this.src()}}),i(M.fn,[\"rect\"]),B=q.extend({init:function(t,e,n){this.options=new Z({offset:t,color:e,opacity:it(n)?n:1}),this.options.addObserver(this)}}),a(B.fn,[\"offset\",\"color\",\"opacity\"]),$(B.fn,st),B.create=function(t){if(it(t)){var e;return e=t instanceof B?t:t.length>1?new B(t[0],t[1],t[2]):new B(t.offset,t.color,t.opacity)}},D=k.extend({_change:function(){this.optionsChange({field:\"stops\"})}}),L=q.extend({nodeType:\"gradient\",init:function(t){this.stops=new D(this._createStops(t.stops)),this.stops.addObserver(this),this._userSpace=t.userSpace,this.id=l()},userSpace:function(t){return it(t)?(this._userSpace=t,this.optionsChange(),this):this._userSpace},_createStops:function(t){var e,n=[];for(t=t||[],e=0;e<t.length;e++)n.push(B.create(t[e]));return n},addStop:function(t,e,n){this.stops.push(new B(t,e,n))},removeStop:function(t){var e=this.stops.indexOf(t);e>=0&&this.stops.splice(e,1)}}),$(L.fn,st,{optionsChange:function(t){this.trigger(\"optionsChange\",{field:\"gradient\"+(t?\".\"+t.field:\"\"),value:this})},geometryChange:function(){this.optionsChange()}}),I=L.extend({init:function(t){t=t||{},L.fn.init.call(this,t),this.start(t.start||new U),this.end(t.end||new U(1,0))}}),o(I.fn,[\"start\",\"end\"]),F=L.extend({init:function(t){t=t||{},L.fn.init.call(this,t),this.center(t.center||new U),this._radius=it(t.radius)?t.radius:1,this._fallbackFill=t.fallbackFill},radius:function(t){return it(t)?(this._radius=t,this.geometryChange(),this):this._radius},fallbackFill:function(t){return it(t)?(this._fallbackFill=t,this.optionsChange(),this):this._fallbackFill}}),o(F.fn,[\"center\"]),G=xt.extend({nodeType:\"Rect\",init:function(t,e){xt.fn.init.call(this,e),this.geometry(t||new X.Rect),it(this.options.stroke)||this.stroke(\"#000\")},_bbox:function(t){return this._geometry.bbox(t)},rawBBox:function(){return this._geometry.bbox()},_containsPoint:function(t){return this._geometry.containsPoint(t)},_isOnPath:function(t){return this.geometry()._isOnPath(t,this.options.stroke.width/2)}}),Q.mixins.Paintable.extend(G.fn),Q.mixins.Measurable.extend(G.fn),i(G.fn,[\"geometry\"]),j=S.extend({init:function(t,e){S.fn.init.call(this,H.deepExtend({},this._defaults,e)),this._rect=t,this._fieldMap={}},_defaults:{alignContent:mt,justifyContent:mt,alignItems:mt,spacing:0,orientation:vt,lineSpacing:0,wrap:!0},rect:function(t){return t?(this._rect=t,this):this._rect},_initMap:function(){var t=this.options,e=this._fieldMap;t.orientation==vt?(e.sizeField=\"width\",e.groupsSizeField=\"height\",e.groupAxis=\"x\",e.groupsAxis=\"y\"):(e.sizeField=\"height\",e.groupsSizeField=\"width\",e.groupAxis=\"y\",e.groupsAxis=\"x\")},reflow:function(){var t,e,n,i,r,o,s,a,h,l,c,u,f,d,p,m,g,v,x,y,w,b,C,k,S,E;if(this._rect&&0!==this.children.length){for(this._initMap(),this.options.transform&&this.transform(null),t=this.options,e=this._fieldMap,n=this._rect,i=this._initGroups(),r=i.groups,o=i.groupsSize,s=e.sizeField,a=e.groupsSizeField,h=e.groupAxis,l=e.groupsAxis,c=_(o,n,t.alignContent,l,a),u=new U,f=new U,d=new X.Size,y=0;y<r.length;y++){for(v=r[y],u[h]=p=_(v.size,n,t.justifyContent,h,s),u[l]=c,d[s]=v.size,d[a]=v.lineSize,x=new X.Rect(u,d),w=0;w<v.bboxes.length;w++)g=v.elements[w],m=v.bboxes[w],f[h]=p,f[l]=_(m.size[a],x,t.alignItems,l,a),T(f,m,g),p+=m.size[s]+t.spacing;c+=v.lineSize+t.lineSpacing}!t.wrap&&v.size>n.size[s]&&(b=n.size[s]/x.size[s],C=x.topLeft().scale(b,b),k=x.size[a]*b,S=_(k,n,t.alignContent,l,a),E=X.transform(),\"x\"===h?E.translate(n.origin.x-C.x,S-C.y):E.translate(S-C.x,n.origin.y-C.y),E.scale(b,b),this.transform(E))}},_initGroups:function(){var t,e,n,i=this.options,r=this.children,o=i.lineSpacing,s=this._fieldMap.sizeField,a=-o,h=[],l=this._newGroup(),c=function(){h.push(l),a+=l.lineSize+o};for(n=0;n<r.length;n++)e=r[n],t=r[n].clippedBBox(),e.visible()&&t&&(i.wrap&&l.size+t.size[s]+i.spacing>this._rect.size[s]?0===l.bboxes.length?(this._addToGroup(l,t,e),c(),l=this._newGroup()):(c(),l=this._newGroup(),this._addToGroup(l,t,e)):this._addToGroup(l,t,e));return l.bboxes.length&&c(),{groups:h,groupsSize:a}},_addToGroup:function(t,e,n){t.size+=e.size[this._fieldMap.sizeField]+this.options.spacing,t.lineSize=Math.max(e.size[this._fieldMap.groupsSizeField],t.lineSize),t.bboxes.push(e),t.elements.push(n)},_newGroup:function(){return{lineSize:0,size:-this.options.spacing,bboxes:[],elements:[]}}}),$(Q,{align:c,Arc:A,Circle:P,Element:xt,ElementsArray:k,fit:v,Gradient:L,GradientStop:B,Group:S,Image:M,Layout:j,LinearGradient:I,MultiPath:z,Path:R,RadialGradient:F,Rect:G,Segment:N,stack:f,Text:E,vAlign:u,vStack:d,vWrap:m,wrap:p})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/parser.min\",[\"drawing/shapes.min\"],t)}(function(){!function(t){function e(t){var e=[];return t.replace(m,function(t,n){e.push(parseFloat(n))}),e}function n(t,e,n){var i,r=e?0:1;for(i=0;i<t.length;i+=2)t.splice(i+r,0,n)}function i(t,e){if(t&&e)return e.scaleCopy(2).translate(-t.x,-t.y)}function r(t,e,n){var i=1/3;return e=e.clone().scale(2/3),{controlOut:e.clone().translateWith(t.scaleCopy(i)),controlIn:e.translateWith(n.scaleCopy(i))}}var o=window.kendo,s=o.drawing,a=o.geometry,h=o.Class,l=a.Point,c=o.deepExtend,u=t.trim,f=o.util,d=f.last,p=/([a-df-z]{1})([^a-df-z]*)(z)?/gi,m=/[,\\s]?([+\\-]?(?:\\d*\\.\\d+|\\d+)(?:[eE][+\\-]?\\d+)?)/g,g=\"m\",v=\"z\",x=h.extend({parse:function(t,n){var i,r=new s.MultiPath(n),o=new l;return t.replace(p,function(t,n,s,a){var h=n.toLowerCase(),l=h===n,c=e(u(s));if(h===g&&(l?(o.x+=c[0],o.y+=c[1]):(o.x=c[0],o.y=c[1]),r.moveTo(o.x,o.y),c.length>2&&(h=\"l\",c.splice(0,2))),y[h])y[h](r,{parameters:c,position:o,isRelative:l,previousCommand:i}),a&&a.toLowerCase()===v&&r.close();else if(h!==g)throw Error(\"Error while parsing SVG path. Unsupported command: \"+h);i=h}),r}}),y={l:function(t,e){var n,i,r=e.parameters,o=e.position;for(n=0;n<r.length;n+=2)i=new l(r[n],r[n+1]),e.isRelative&&i.translateWith(o),t.lineTo(i.x,i.y),o.x=i.x,o.y=i.y},c:function(t,e){var n,i,r,o,s=e.parameters,a=e.position;for(o=0;o<s.length;o+=6)n=new l(s[o],s[o+1]),i=new l(s[o+2],s[o+3]),r=new l(s[o+4],s[o+5]),e.isRelative&&(i.translateWith(a),n.translateWith(a),r.translateWith(a)),t.curveTo(n,i,r),a.x=r.x,a.y=r.y},v:function(t,e){var i=e.isRelative?0:e.position.x;n(e.parameters,!0,i),this.l(t,e)},h:function(t,e){var i=e.isRelative?0:e.position.y;n(e.parameters,!1,i),this.l(t,e)},a:function(t,e){var n,i,r,o,s,a,h=e.parameters,c=e.position;for(n=0;n<h.length;n+=7)i=h[n],r=h[n+1],o=h[n+3],s=h[n+4],a=new l(h[n+5],h[n+6]),e.isRelative&&a.translateWith(c),t.arcTo(a,i,r,o,s),c.x=a.x,c.y=a.y},s:function(t,e){var n,r,o,s,a,h=e.parameters,c=e.position,u=e.previousCommand;for(\"s\"!=u&&\"c\"!=u||(s=d(d(t.paths).segments).controlIn()),a=0;a<h.length;a+=4)o=new l(h[a],h[a+1]),r=new l(h[a+2],h[a+3]),e.isRelative&&(o.translateWith(c),r.translateWith(c)),n=s?i(s,c):c.clone(),s=o,t.curveTo(n,o,r),c.x=r.x,c.y=r.y},q:function(t,e){var n,i,o,s,a=e.parameters,h=e.position;for(s=0;s<a.length;s+=4)o=new l(a[s],a[s+1]),i=new l(a[s+2],a[s+3]),e.isRelative&&(o.translateWith(h),i.translateWith(h)),n=r(h,o,i),t.curveTo(n.controlOut,n.controlIn,i),h.x=i.x,h.y=i.y},t:function(t,e){var n,o,s,a,h,c=e.parameters,u=e.position,f=e.previousCommand;for(\"q\"!=f&&\"t\"!=f||(a=d(d(t.paths).segments),o=a.controlIn().clone().translateWith(u.scaleCopy(-1/3)).scale(1.5)),h=0;h<c.length;h+=2)s=new l(c[h],c[h+1]),e.isRelative&&s.translateWith(u),o=o?i(o,u):u.clone(),n=r(u,o,s),t.curveTo(n.controlOut,n.controlIn,s),u.x=s.x,u.y=s.y}};x.current=new x,s.Path.parse=function(t,e){return x.current.parse(t,e)},c(s,{PathParser:x})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/search.min\",[\"drawing/shapes.min\"],t)}(function(){!function(t){function e(t,e){return t._zIndex<e._zIndex?1:t._zIndex>e._zIndex?-1:0}var n=window.kendo,i=n.drawing,r=n.geometry,o=n.Class,s=r.Rect,a=n.deepExtend,h=t.isArray,l=t.inArray,c=Math,u=1e4,f=75,d=o.extend({init:function(){this.shapes=[]},_add:function(t,e){this.shapes.push({bbox:e,shape:t}),t._quadNode=this},pointShapes:function(t){var e,n=this.shapes,i=n.length,r=[];for(e=0;e<i;e++)n[e].bbox.containsPoint(t)&&r.push(n[e].shape);return r},insert:function(t,e){this._add(t,e)},remove:function(t){var e,n=this.shapes,i=n.length;for(e=0;e<i;e++)if(n[e].shape===t){n.splice(e,1);break}}}),p=d.extend({init:function(t){d.fn.init.call(this),this.children=[],this.rect=t},inBounds:function(t){var e=this.rect,n=e.bottomRight(),i=t.bottomRight(),r=e.origin.x<=t.origin.x&&e.origin.y<=t.origin.y&&i.x<=n.x&&i.y<=n.y;return r},pointShapes:function(t){var e,n=this.children,i=n.length,r=d.fn.pointShapes.call(this,t);for(e=0;e<i;e++)r=r.concat(n[e].pointShapes(t));return r},insert:function(t,e){var n,i=!1,r=this.children;if(this.inBounds(e)){if(this.shapes.length<4)this._add(t,e);else{for(r.length||this._initChildren(),n=0;n<r.length;n++)if(r[n].insert(t,e)){i=!0;break}i||this._add(t,e)}i=!0}return i},_initChildren:function(){var t=this.rect,e=this.children,n=t.center(),i=t.width()/2,r=t.height()/2;e.push(new p(new s([t.origin.x,t.origin.y],[i,r])),new p(new s([n.x,t.origin.y],[i,r])),new p(new s([t.origin.x,n.y],[i,r])),new p(new s([n.x,n.y],[i,r])))}}),m=o.extend({ROOT_SIZE:1e3,init:function(){this.initRoots()},initRoots:function(){this.rootMap={},this.root=new d,this.rootElements=[]},clear:function(){var t,e=this,n=e.rootElements;for(t=0;t<n.length;t++)this.remove(n[t]);this.initRoots()},pointShape:function(t){var n,i=this.ROOT_SIZE,r=this.root.pointShapes(t),o=(this.rootMap[c.floor(t.x/i)]||{})[c.floor(t.y/i)];for(o&&(r=r.concat(o.pointShapes(t))),this.assignZindex(r),r.sort(e),n=0;n<r.length;n++)if(r[n].containsPoint(t))return r[n]},assignZindex:function(t){var e,n,i,r,o;for(o=0;o<t.length;o++){for(e=t[o],i=0,n=c.pow(u,f),r=[];e;)r.push(e),e=e.parent;for(;r.length;)e=r.pop(),i+=(l(e,e.parent?e.parent.children:this.rootElements)+1)*n,n/=u;t[o]._zIndex=i}},optionsChange:function(t){\"transform\"!=t.field&&\"stroke.width\"!=t.field||this.bboxChange(t.element)},geometryChange:function(t){this.bboxChange(t.element)},bboxChange:function(t){if(\"Group\"===t.nodeType)for(var e=0;e<t.children.length;e++)this.bboxChange(t.children[e]);else t._quadNode&&t._quadNode.remove(t),this._insertShape(t)},add:function(t){var e=h(t)?t.slice(0):[t];this.rootElements.push.apply(this.rootElements,e),this._insert(e)},childrenChange:function(t){if(\"remove\"==t.action)for(var e=0;e<t.items.length;e++)this.remove(t.items[e]);else this._insert(Array.prototype.slice.call(t.items,0))},_insert:function(t){for(var e;t.length>0;)e=t.pop(),e.addObserver(this),\"Group\"==e.nodeType?t.push.apply(t,e.children):this._insertShape(e)},_insertShape:function(t){var e,n,i,r,o=t.bbox();o&&(e=this.ROOT_SIZE,n=this.getSectors(o),i=n[0][0],r=n[1][0],this.inRoot(n)?this.root.insert(t,o):(this.rootMap[i]||(this.rootMap[i]={}),this.rootMap[i][r]||(this.rootMap[i][r]=new p(new s([i*e,r*e],[e,e]))),this.rootMap[i][r].insert(t,o)))},remove:function(t){var e,n;if(t.removeObserver(this),\"Group\"==t.nodeType)for(e=t.children,n=0;n<e.length;n++)this.remove(e[n]);else t._quadNode&&(t._quadNode.remove(t),delete t._quadNode)},inRoot:function(t){return t[0].length>1||t[1].length>1},getSectors:function(t){var e,n,i=this.ROOT_SIZE,r=t.bottomRight(),o=c.floor(r.x/i),s=c.floor(r.y/i),a=[[],[]];for(e=c.floor(t.origin.x/i);e<=o;e++)a[0].push(e);for(n=c.floor(t.origin.y/i);n<=s;n++)a[1].push(n);return a}});a(i,{ShapesQuadTree:m,QuadNode:p})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/svg.min\",[\"drawing/shapes.min\",\"util/main.min\"],t)}(function(){!function(t){function e(t){var e,n,i,r;try{e=t.getScreenCTM?t.getScreenCTM():null}catch(o){}e&&(n=-e.e%1,i=-e.f%1,r=t.style,0===n&&0===i||(r.left=n+\"px\",r.top=i+\"px\"))}function n(){var t=document.getElementsByTagName(\"base\")[0],e=\"\",n=document.location.href,i=n.indexOf(\"#\");return t&&!c.support.browser.msie&&(i!==-1&&(n=n.substring(0,i)),e=n),e}function i(t){return\"url(\"+n()+\"#\"+t+\")\"}function r(t){var e,n,i,r=new M,o=t.clippedBBox();return o&&(e=o.getOrigin(),n=new d.Group,n.transform(f.transform().translate(-e.x,-e.y)),n.children.push(t),t=n),r.load([t]),i=\"<?xml version='1.0' ?><svg xmlns='\"+A+\"' xmlns:xlink='http://www.w3.org/1999/xlink' version='1.1'>\"+r.render()+\"</svg>\",r.destroy(),i}function o(e,n){var i=r(e);return n&&n.raw||(i=\"data:image/svg+xml;base64,\"+m.encodeBase64(i)),t.Deferred().resolve(i).promise()}function s(t,e){return\"clip\"==t||\"fill\"==t&&(!e||e.nodeType==T)}function a(t){if(!t||!t.indexOf||t.indexOf(\"&\")<0)return t;var e=a._element;return e.innerHTML=t,e.textContent||e.innerText}var h,l=document,c=window.kendo,u=c.deepExtend,f=c.geometry,d=c.drawing,p=d.BaseNode,m=c.util,g=m.defined,v=m.isTransparent,x=m.renderAttr,y=m.renderAllAttr,w=m.renderTemplate,b=t.inArray,_=\"butt\",C=d.DASH_ARRAYS,T=\"gradient\",k=\"none\",S=\".kendo\",E=\"solid\",P=\" \",A=\"http://www.w3.org/2000/svg\",O=\"transform\",N=\"undefined\",R=d.Surface.extend({init:function(t,n){d.Surface.fn.init.call(this,t,n),this._root=new M(this.options),Q(this.element[0],this._template(this)),this._rootElement=this.element[0].firstElementChild,e(this._rootElement),this._root.attachTo(this._rootElement),this.element.on(\"click\"+S,this._click),this.element.on(\"mouseover\"+S,this._mouseenter),\n    this.element.on(\"mouseout\"+S,this._mouseleave),this.element.on(\"mousemove\"+S,this._mousemove),this.resize()},type:\"svg\",destroy:function(){this._root&&(this._root.destroy(),this._root=null,this._rootElement=null,this.element.off(S)),d.Surface.fn.destroy.call(this)},translate:function(t){var e=c.format(\"{0} {1} {2} {3}\",Math.round(t.x),Math.round(t.y),this._size.width,this._size.height);this._offset=t,this._rootElement.setAttribute(\"viewBox\",e)},draw:function(t){d.Surface.fn.draw.call(this,t),this._root.load([t])},clear:function(){d.Surface.fn.clear.call(this),this._root.clear()},svg:function(){return\"<?xml version='1.0' ?>\"+this._template(this)},exportVisual:function(){var t,e=this._visual,n=this._offset;return n&&(t=new d.Group,t.children.push(e),t.transform(f.transform().translate(-n.x,-n.y)),e=t),e},_resize:function(){this._offset&&this.translate(this._offset)},_template:w(\"<svg style='width: 100%; height: 100%; overflow: hidden;' xmlns='\"+A+\"' xmlns:xlink='http://www.w3.org/1999/xlink' version='1.1'>#= d._root.render() #</svg>\")}),z=p.extend({init:function(t){p.fn.init.call(this,t),this.definitions={}},destroy:function(){this.element&&(this.element._kendoNode=null,this.element=null),this.clearDefinitions(),p.fn.destroy.call(this)},load:function(t,e){var n,i,r,o,s=this,a=s.element;for(o=0;o<t.length;o++)i=t[o],r=i.children,n=new W[i.nodeType](i),g(e)?s.insertAt(n,e):s.append(n),n.createDefinitions(),r&&r.length>0&&n.load(r),a&&n.attachTo(a,e)},root:function(){for(var t=this;t.parent;)t=t.parent;return t},attachTo:function(t,e){var n,i=l.createElement(\"div\");Q(i,\"<svg xmlns='\"+A+\"' version='1.1'>\"+this.render()+\"</svg>\"),n=i.firstChild.firstChild,n&&(g(e)?t.insertBefore(n,t.childNodes[e]||null):t.appendChild(n),this.setElement(n))},setElement:function(t){var e,n,i=this.childNodes;for(this.element&&(this.element._kendoNode=null),this.element=t,this.element._kendoNode=this,n=0;n<i.length;n++)e=t.childNodes[n],i[n].setElement(e)},clear:function(){var t,e;for(this.clearDefinitions(),this.element&&(this.element.innerHTML=\"\"),t=this.childNodes,e=0;e<t.length;e++)t[e].destroy();this.childNodes=[]},removeSelf:function(){if(this.element){var t=this.element.parentNode;t&&t.removeChild(this.element),this.element=null}p.fn.removeSelf.call(this)},template:w(\"#= d.renderChildren() #\"),render:function(){return this.template(this)},renderChildren:function(){var t,e=this.childNodes,n=\"\";for(t=0;t<e.length;t++)n+=e[t].render();return n},optionsChange:function(t){var e=t.field,n=t.value;\"visible\"===e?this.css(\"display\",n?\"\":k):h[e]&&s(e,n)?this.updateDefinition(e,n):\"opacity\"===e&&this.attr(\"opacity\",n),p.fn.optionsChange.call(this,t)},attr:function(t,e){this.element&&this.element.setAttribute(t,e)},allAttr:function(t){for(var e=0;e<t.length;e++)this.attr(t[e][0],t[e][1])},css:function(t,e){this.element&&(this.element.style[t]=e)},allCss:function(t){for(var e=0;e<t.length;e++)this.css(t[e][0],t[e][1])},removeAttr:function(t){this.element&&this.element.removeAttribute(t)},mapTransform:function(t){var e=[];return t&&e.push([O,\"matrix(\"+t.matrix().toString(6)+\")\"]),e},renderTransform:function(){return y(this.mapTransform(this.srcElement.transform()))},transformChange:function(t){t?this.allAttr(this.mapTransform(t)):this.removeAttr(O)},mapStyle:function(){var t=this.srcElement.options,e=[[\"cursor\",t.cursor]];return t.visible===!1&&e.push([\"display\",k]),e},renderStyle:function(){return x(\"style\",m.renderStyle(this.mapStyle(!0)))},renderOpacity:function(){return x(\"opacity\",this.srcElement.options.opacity)},createDefinitions:function(){var t,e,n,i,r=this.srcElement,o=this.definitions;if(r){n=r.options;for(e in h)t=n.get(e),t&&s(e,t)&&(o[e]=t,i=!0);i&&this.definitionChange({action:\"add\",definitions:o})}},definitionChange:function(t){this.parent&&this.parent.definitionChange(t)},updateDefinition:function(t,e){var n=this.definitions,r=n[t],o=h[t],s={};r&&(s[t]=r,this.definitionChange({action:\"remove\",definitions:s}),delete n[t]),e?(s[t]=e,this.definitionChange({action:\"add\",definitions:s}),n[t]=e,this.attr(o,i(e.id))):r&&this.removeAttr(o)},clearDefinitions:function(){var t,e=this.definitions;for(t in e){this.definitionChange({action:\"remove\",definitions:e}),this.definitions={};break}},renderDefinitions:function(){return y(this.mapDefinitions())},mapDefinitions:function(){var t,e=this.definitions,n=[];for(t in e)n.push([h[t],i(e[t].id)]);return n}}),M=z.extend({init:function(t){z.fn.init.call(this),this.options=t,this.defs=new B},attachTo:function(t){this.element=t,this.defs.attachTo(t.firstElementChild)},clear:function(){p.fn.clear.call(this)},template:w(\"#=d.defs.render()##= d.renderChildren() #\"),definitionChange:function(t){this.defs.definitionChange(t)}}),B=z.extend({init:function(){z.fn.init.call(this),this.definitionMap={}},attachTo:function(t){this.element=t},template:w(\"<defs>#= d.renderChildren()#</defs>\"),definitionChange:function(t){var e=t.definitions,n=t.action;\"add\"==n?this.addDefinitions(e):\"remove\"==n&&this.removeDefinitions(e)},createDefinition:function(t,e){var n;return\"clip\"==t?n=D:\"fill\"==t&&(e instanceof d.LinearGradient?n=U:e instanceof d.RadialGradient&&(n=Y)),new n(e)},addDefinitions:function(t){for(var e in t)this.addDefinition(e,t[e])},addDefinition:function(t,e){var n,i=this.definitionMap,r=e.id,o=this.element,s=i[r];s?s.count++:(n=this.createDefinition(t,e),i[r]={element:n,count:1},this.append(n),o&&n.attachTo(this.element))},removeDefinitions:function(t){for(var e in t)this.removeDefinition(t[e])},removeDefinition:function(t){var e=this.definitionMap,n=t.id,i=e[n];i&&(i.count--,0===i.count&&(this.remove(b(i.element,this.childNodes),1),delete e[n]))}}),D=z.extend({init:function(t){z.fn.init.call(this),this.srcElement=t,this.id=t.id,this.load([t])},template:w(\"<clipPath id='#=d.id#'>#= d.renderChildren()#</clipPath>\")}),L=z.extend({template:w(\"<g#= d.renderTransform() + d.renderStyle() + d.renderOpacity() + d.renderDefinitions()#>#= d.renderChildren() #</g>\"),optionsChange:function(t){t.field==O&&this.transformChange(t.value),z.fn.optionsChange.call(this,t)}}),I=z.extend({geometryChange:function(){this.attr(\"d\",this.renderData()),this.invalidate()},optionsChange:function(t){switch(t.field){case\"fill\":t.value?this.allAttr(this.mapFill(t.value)):this.removeAttr(\"fill\");break;case\"fill.color\":this.allAttr(this.mapFill({color:t.value}));break;case\"stroke\":t.value?this.allAttr(this.mapStroke(t.value)):this.removeAttr(\"stroke\");break;case O:this.transformChange(t.value);break;default:var e=this.attributeMap[t.field];e&&this.attr(e,t.value)}z.fn.optionsChange.call(this,t)},attributeMap:{\"fill.opacity\":\"fill-opacity\",\"stroke.color\":\"stroke\",\"stroke.width\":\"stroke-width\",\"stroke.opacity\":\"stroke-opacity\"},content:function(){this.element&&(this.element.textContent=this.srcElement.content())},renderData:function(){return this.printPath(this.srcElement)},printPath:function(t){var e,n,i,r,o,s=t.segments,a=s.length;if(a>0){for(e=[],o=1;o<a;o++)i=this.segmentType(s[o-1],s[o]),i!==r&&(r=i,e.push(i)),e.push(\"L\"===i?this.printPoints(s[o].anchor()):this.printPoints(s[o-1].controlOut(),s[o].controlIn(),s[o].anchor()));return n=\"M\"+this.printPoints(s[0].anchor())+P+e.join(P),t.options.closed&&(n+=\"Z\"),n}},printPoints:function(){var t,e=arguments,n=e.length,i=[];for(t=0;t<n;t++)i.push(e[t].toString(3));return i.join(P)},segmentType:function(t,e){return t.controlOut()&&e.controlIn()?\"C\":\"L\"},mapStroke:function(t){var e=[];return t&&!v(t.color)?(e.push([\"stroke\",t.color]),e.push([\"stroke-width\",t.width]),e.push([\"stroke-linecap\",this.renderLinecap(t)]),e.push([\"stroke-linejoin\",t.lineJoin]),g(t.opacity)&&e.push([\"stroke-opacity\",t.opacity]),g(t.dashType)&&e.push([\"stroke-dasharray\",this.renderDashType(t)])):e.push([\"stroke\",k]),e},renderStroke:function(){return y(this.mapStroke(this.srcElement.options.stroke))},renderDashType:function(t){var e,n,i,r=t.width||1,o=t.dashType;if(o&&o!=E){for(e=C[o.toLowerCase()],n=[],i=0;i<e.length;i++)n.push(e[i]*r);return n.join(\" \")}},renderLinecap:function(t){var e=t.dashType,n=t.lineCap;return e&&e!=E?_:n},mapFill:function(t){var e=[];return t&&t.nodeType==T||(t&&!v(t.color)?(e.push([\"fill\",t.color]),g(t.opacity)&&e.push([\"fill-opacity\",t.opacity])):e.push([\"fill\",k])),e},renderFill:function(){return y(this.mapFill(this.srcElement.options.fill))},template:w(\"<path #= d.renderStyle() # #= d.renderOpacity() # #= kendo.util.renderAttr('d', d.renderData()) # #= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() #></path>\")}),F=I.extend({renderData:function(){return this.printPath(this.srcElement.toPath())}}),G=I.extend({renderData:function(){var t,e,n=this.srcElement.paths;if(n.length>0){for(t=[],e=0;e<n.length;e++)t.push(this.printPath(n[e]));return t.join(\" \")}}}),j=I.extend({geometryChange:function(){var t=this.center();this.attr(\"cx\",t.x),this.attr(\"cy\",t.y),this.attr(\"r\",this.radius()),this.invalidate()},center:function(){return this.srcElement.geometry().center},radius:function(){return this.srcElement.geometry().radius},template:w(\"<circle #= d.renderStyle() # #= d.renderOpacity() # cx='#= d.center().x #' cy='#= d.center().y #' r='#= d.radius() #' #= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() # ></circle>\")}),H=I.extend({geometryChange:function(){var t=this.pos();this.attr(\"x\",t.x),this.attr(\"y\",t.y),this.invalidate()},optionsChange:function(t){\"font\"===t.field?(this.attr(\"style\",m.renderStyle(this.mapStyle())),this.geometryChange()):\"content\"===t.field&&I.fn.content.call(this,this.srcElement.content()),I.fn.optionsChange.call(this,t)},mapStyle:function(t){var e=I.fn.mapStyle.call(this,t),n=this.srcElement.options.font;return t&&(n=c.htmlEncode(n)),e.push([\"font\",n]),e},pos:function(){var t=this.srcElement.position(),e=this.srcElement.measure();return t.clone().setY(t.y+e.baseline)},renderContent:function(){var t=this.srcElement.content();return t=a(t),t=c.htmlEncode(t)},template:w(\"<text #= d.renderStyle() # #= d.renderOpacity() # x='#= this.pos().x #' y='#= this.pos().y #' #= d.renderStroke() # #= d.renderTransform() # #= d.renderDefinitions() # #= d.renderFill() #>#= d.renderContent() #</text>\")}),q=I.extend({geometryChange:function(){this.allAttr(this.mapPosition()),this.invalidate()},optionsChange:function(t){\"src\"===t.field&&this.allAttr(this.mapSource()),I.fn.optionsChange.call(this,t)},mapPosition:function(){var t=this.srcElement.rect(),e=t.topLeft();return[[\"x\",e.x],[\"y\",e.y],[\"width\",t.width()+\"px\"],[\"height\",t.height()+\"px\"]]},renderPosition:function(){return y(this.mapPosition())},mapSource:function(t){var e=this.srcElement.src();return t&&(e=c.htmlEncode(e)),[[\"xlink:href\",e]]},renderSource:function(){return y(this.mapSource(!0))},template:w(\"<image preserveAspectRatio='none' #= d.renderStyle() # #= d.renderTransform()# #= d.renderOpacity() # #= d.renderPosition() # #= d.renderSource() # #= d.renderDefinitions()#></image>\")}),$=z.extend({template:w(\"<stop #=d.renderOffset()# #=d.renderStyle()# />\"),renderOffset:function(){return x(\"offset\",this.srcElement.offset())},mapStyle:function(){var t=this.srcElement;return[[\"stop-color\",t.color()],[\"stop-opacity\",t.opacity()]]},optionsChange:function(t){\"offset\"==t.field?this.attr(t.field,t.value):\"color\"!=t.field&&\"opacity\"!=t.field||this.css(\"stop-\"+t.field,t.value)}}),X=z.extend({init:function(t){z.fn.init.call(this,t),this.id=t.id,this.loadStops()},loadStops:function(){var t,e,n=this.srcElement,i=n.stops,r=this.element;for(e=0;e<i.length;e++)t=new $(i[e]),this.append(t),r&&t.attachTo(r)},optionsChange:function(t){\"gradient.stops\"==t.field?(p.fn.clear.call(this),this.loadStops()):t.field==T&&this.allAttr(this.mapCoordinates())},renderCoordinates:function(){return y(this.mapCoordinates())},mapSpace:function(){return[\"gradientUnits\",this.srcElement.userSpace()?\"userSpaceOnUse\":\"objectBoundingBox\"]}}),U=X.extend({template:w(\"<linearGradient id='#=d.id#' #=d.renderCoordinates()#>#= d.renderChildren()#</linearGradient>\"),mapCoordinates:function(){var t=this.srcElement,e=t.start(),n=t.end(),i=[[\"x1\",e.x],[\"y1\",e.y],[\"x2\",n.x],[\"y2\",n.y],this.mapSpace()];return i}}),Y=X.extend({template:w(\"<radialGradient id='#=d.id#' #=d.renderCoordinates()#>#= d.renderChildren()#</radialGradient>\"),mapCoordinates:function(){var t=this.srcElement,e=t.center(),n=t.radius(),i=[[\"cx\",e.x],[\"cy\",e.y],[\"r\",n],this.mapSpace()];return i}}),V=I.extend({geometryChange:function(){var t=this.srcElement.geometry();this.attr(\"x\",t.origin.x),this.attr(\"y\",t.origin.y),this.attr(\"width\",t.size.width),this.attr(\"height\",t.size.height),this.invalidate()},size:function(){return this.srcElement.geometry().size},origin:function(){return this.srcElement.geometry().origin},template:w(\"<rect #= d.renderStyle() # #= d.renderOpacity() # x='#= d.origin().x #' y='#= d.origin().y #' width='#= d.size().width #' height='#= d.size().height #'#= d.renderStroke() # #= d.renderFill() # #= d.renderDefinitions() # #= d.renderTransform() # />\")}),W={Group:L,Text:H,Path:I,MultiPath:G,Circle:j,Arc:F,Image:q,Rect:V},Q=function(t,e){t.innerHTML=e};!function(){var t=\"<svg xmlns='\"+A+\"'></svg>\",e=l.createElement(\"div\"),n=typeof DOMParser!=N;e.innerHTML=t,n&&e.firstChild.namespaceURI!=A&&(Q=function(t,e){var n=new DOMParser,i=n.parseFromString(e,\"text/xml\"),r=l.adoptNode(i.documentElement);t.innerHTML=\"\",t.appendChild(r)})}(),a._element=document.createElement(\"span\"),h={clip:\"clip-path\",fill:\"fill\"},c.support.svg=function(){return l.implementation.hasFeature(\"http://www.w3.org/TR/SVG11/feature#BasicStructure\",\"1.1\")}(),c.support.svg&&d.SurfaceFactory.current.register(\"svg\",R,10),u(d,{exportSVG:o,svg:{ArcNode:F,CircleNode:j,ClipNode:D,DefinitionNode:B,GradientStopNode:$,GroupNode:L,ImageNode:q,LinearGradientNode:U,MultiPathNode:G,Node:z,PathNode:I,RadialGradientNode:Y,RectNode:V,RootNode:M,Surface:R,TextNode:H,_exportGroup:r}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/canvas.min\",[\"drawing/search.min\",\"kendo.color.min\"],t)}(function(){!function(t){function e(e,n){var i,r,o,s,a,h,l={width:\"800px\",height:\"600px\",cors:\"Anonymous\"},c=e.clippedBBox();return c&&(i=c.getOrigin(),r=new b.Group,r.transform(w.transform().translate(-i.x,-i.y)),r.children.push(e),e=r,o=c.getSize(),l.width=o.width+\"px\",l.height=o.height+\"px\"),n=p(l,n),s=t(\"<div />\").css({display:\"none\",width:n.width,height:n.height}).appendTo(document.body),a=new A(s,n),a.suspendTracking(),a.draw(e),h=a.image(),h.always(function(){a.destroy(),s.remove()}),h}function n(t,e){var n,i,r;for(r=0;r<e.length;r++)i=e[r],n=d.parseColor(i.color()),n.a*=i.opacity(),t.addColorStop(i.offset(),n.toCssRgba())}var i,r,o,s,a,h,l,c,u,f=document,d=window.kendo,p=d.deepExtend,m=d.util,g=m.defined,v=m.isTransparent,x=m.renderTemplate,y=m.valueOrDefault,w=d.geometry,b=d.drawing,_=b.BaseNode,C=t.proxy,T=\"butt\",k=b.DASH_ARRAYS,S=1e3/60,E=\"solid\",P=\".kendo\",A=b.Surface.extend({init:function(e,n){b.Surface.fn.init.call(this,e,n),this.element[0].innerHTML=this._template(this);var r=this.element[0].firstElementChild;r.width=t(e).width(),r.height=t(e).height(),this._rootElement=r,this._root=new i(r)},destroy:function(){b.Surface.fn.destroy.call(this),this._root&&(this._root.destroy(),this._root=null),this._searchTree&&(this._searchTree.clear(),delete this._searchTree),this.element.off(P)},type:\"canvas\",draw:function(t){b.Surface.fn.draw.call(this,t),this._root.load([t],void 0,this.options.cors),this._searchTree&&this._searchTree.add([t])},clear:function(){b.Surface.fn.clear.call(this),this._root.clear(),this._searchTree&&this._searchTree.clear()},eventTarget:function(t){var e,n;if(this._searchTree)return e=this._surfacePoint(t),n=this._searchTree.pointShape(e)},image:function(){var e,n=this._root,i=this._rootElement,r=[];return n.traverse(function(t){t.loading&&r.push(t.loading)}),e=t.Deferred(),t.when.apply(t,r).done(function(){n._invalidate();try{var t=i.toDataURL();e.resolve(t)}catch(r){e.reject(r)}}).fail(function(t){e.reject(t)}),e.promise()},suspendTracking:function(){b.Surface.fn.suspendTracking.call(this),this._searchTree&&(this._searchTree.clear(),delete this._searchTree)},resumeTracking:function(){var t,e,n;if(b.Surface.fn.resumeTracking.call(this),!this._searchTree){for(this._searchTree=new b.ShapesQuadTree,t=this._root.childNodes,e=[],n=0;n<t.length;n++)e.push(t[n].srcElement);this._searchTree.add(e)}},_resize:function(){this._rootElement.width=this._size.width,this._rootElement.height=this._size.height,this._root.invalidate()},_template:x(\"<canvas style='width: 100%; height: 100%;'></canvas>\"),_enableTracking:function(){this._searchTree=new b.ShapesQuadTree,this._mouseTrackHandler=C(this._trackMouse,this),this.element.on(\"click\"+P,this._mouseTrackHandler),this.element.on(\"mousemove\"+P,this._mouseTrackHandler),b.Surface.fn._enableTracking.call(this)},_trackMouse:function(t){var e,n;this._suspendedTracking||(e=this.eventTarget(t),\"click\"!=t.type?(n=this._currentShape,n&&n!==e&&this.trigger(\"mouseleave\",{element:n,originalEvent:t,type:\"mouseleave\"}),e&&n!==e&&this.trigger(\"mouseenter\",{element:e,originalEvent:t,type:\"mouseenter\"}),this.trigger(\"mousemove\",{element:e,originalEvent:t,type:\"mousemove\"}),this._currentShape=e):e&&this.trigger(\"click\",{element:e,originalEvent:t,type:\"click\"}))}}),O=_.extend({init:function(t){_.fn.init.call(this,t),t&&this.initClip()},initClip:function(){var t=this.srcElement.clip();t&&(this.clip=t,t.addObserver(this))},clear:function(){this.srcElement&&this.srcElement.removeObserver(this),this.clearClip(),_.fn.clear.call(this)},clearClip:function(){this.clip&&(this.clip.removeObserver(this),delete this.clip)},setClip:function(t){this.clip&&(t.beginPath(),r.fn.renderPoints(t,this.clip),t.clip())},optionsChange:function(t){\"clip\"==t.field&&(this.clearClip(),this.initClip()),_.fn.optionsChange.call(this,t)},setTransform:function(t){if(this.srcElement){var e=this.srcElement.transform();e&&t.transform.apply(t,e.matrix().toArray(6))}},loadElements:function(t,e,n){var i,r,o,s,a=this;for(s=0;s<t.length;s++)r=t[s],o=r.children,i=new u[r.nodeType](r,n),o&&o.length>0&&i.load(o,e,n),g(e)?a.insertAt(i,e):a.append(i)},load:function(t,e,n){this.loadElements(t,e,n),this.invalidate()},setOpacity:function(t){if(this.srcElement){var e=this.srcElement.opacity();g(e)&&this.globalAlpha(t,e)}},globalAlpha:function(t,e){e&&t.globalAlpha&&(e*=t.globalAlpha),t.globalAlpha=e},visible:function(){var t=this.srcElement;return!t||t&&t.options.visible!==!1}}),N=O.extend({renderTo:function(t){var e,n,i;if(this.visible()){for(t.save(),this.setTransform(t),this.setClip(t),this.setOpacity(t),e=this.childNodes,n=0;n<e.length;n++)i=e[n],i.visible()&&i.renderTo(t);t.restore()}}});b.mixins.Traversable.extend(N.fn,\"childNodes\"),i=N.extend({init:function(t){N.fn.init.call(this),this.canvas=t,this.ctx=t.getContext(\"2d\");var e=C(this._invalidate,this);this.invalidate=d.throttle(function(){d.animationFrame(e)},S)},destroy:function(){N.fn.destroy.call(this),this.canvas=null,this.ctx=null},load:function(t,e,n){this.loadElements(t,e,n),this._invalidate()},_invalidate:function(){this.ctx&&(this.ctx.clearRect(0,0,this.canvas.width,this.canvas.height),this.renderTo(this.ctx))}}),b.mixins.Traversable.extend(i.fn,\"childNodes\"),r=O.extend({renderTo:function(t){t.save(),this.setTransform(t),this.setClip(t),this.setOpacity(t),t.beginPath(),this.renderPoints(t,this.srcElement),this.setLineDash(t),this.setLineCap(t),this.setLineJoin(t),this.setFill(t),this.setStroke(t),t.restore()},setFill:function(t){var e=this.srcElement.options.fill,n=!1;return e&&(\"gradient\"==e.nodeType?(this.setGradientFill(t,e),n=!0):v(e.color)||(t.fillStyle=e.color,t.save(),this.globalAlpha(t,e.opacity),t.fill(),t.restore(),n=!0)),n},setGradientFill:function(t,e){var i,r,o,s,a=this.srcElement.rawBBox();e instanceof b.LinearGradient?(r=e.start(),o=e.end(),i=t.createLinearGradient(r.x,r.y,o.x,o.y)):e instanceof b.RadialGradient&&(s=e.center(),i=t.createRadialGradient(s.x,s.y,0,s.x,s.y,e.radius())),n(i,e.stops),t.save(),e.userSpace()||t.transform(a.width(),0,0,a.height(),a.origin.x,a.origin.y),t.fillStyle=i,t.fill(),t.restore()},setStroke:function(t){var e=this.srcElement.options.stroke;if(e&&!v(e.color)&&e.width>0)return t.strokeStyle=e.color,t.lineWidth=y(e.width,1),t.save(),this.globalAlpha(t,e.opacity),t.stroke(),t.restore(),!0},dashType:function(){var t=this.srcElement.options.stroke;if(t&&t.dashType)return t.dashType.toLowerCase()},setLineDash:function(t){var e,n=this.dashType();n&&n!=E&&(e=k[n],t.setLineDash?t.setLineDash(e):(t.mozDash=e,t.webkitLineDash=e))},setLineCap:function(t){var e=this.dashType(),n=this.srcElement.options.stroke;e&&e!==E?t.lineCap=T:n&&n.lineCap&&(t.lineCap=n.lineCap)},setLineJoin:function(t){var e=this.srcElement.options.stroke;e&&e.lineJoin&&(t.lineJoin=e.lineJoin)},renderPoints:function(t,e){var n,i,r,o,s,a,h=e.segments;if(0!==h.length){for(n=h[0],i=n.anchor(),t.moveTo(i.x,i.y),r=1;r<h.length;r++)n=h[r],i=n.anchor(),o=h[r-1],s=o.controlOut(),a=n.controlIn(),s&&a?t.bezierCurveTo(s.x,s.y,a.x,a.y,i.x,i.y):t.lineTo(i.x,i.y);e.options.closed&&t.closePath()}}}),o=r.extend({renderPoints:function(t){var e,n=this.srcElement.paths;for(e=0;e<n.length;e++)r.fn.renderPoints(t,n[e])}}),s=r.extend({renderPoints:function(t){var e=this.srcElement.geometry(),n=e.center,i=e.radius;t.arc(n.x,n.y,i,0,2*Math.PI)}}),a=r.extend({renderPoints:function(t){var e=this.srcElement.toPath();r.fn.renderPoints.call(this,t,e)}}),h=r.extend({renderTo:function(t){var e=this.srcElement,n=e.position(),i=e.measure();t.save(),this.setTransform(t),this.setClip(t),this.setOpacity(t),t.beginPath(),t.font=e.options.font,this.setFill(t)&&t.fillText(e.content(),n.x,n.y+i.baseline),this.setStroke(t)&&(this.setLineDash(t),t.strokeText(e.content(),n.x,n.y+i.baseline)),t.restore()}}),l=r.extend({init:function(e,n){r.fn.init.call(this,e),this.onLoad=C(this.onLoad,this),this.onError=C(this.onError,this),this.loading=t.Deferred();var i=this.img=new Image;n&&!/^data:/i.test(e.src())&&(i.crossOrigin=n),i.src=e.src(),i.complete?this.onLoad():(i.onload=this.onLoad,i.onerror=this.onError)},renderTo:function(t){\"resolved\"===this.loading.state()&&(t.save(),this.setTransform(t),this.setClip(t),this.drawImage(t),t.restore())},optionsChange:function(e){\"src\"===e.field?(this.loading=t.Deferred(),this.img.src=this.srcElement.src()):r.fn.optionsChange.call(this,e)},onLoad:function(){this.loading.resolve(),this.invalidate()},onError:function(){this.loading.reject(Error(\"Unable to load image '\"+this.img.src+\"'. Check for connectivity and verify CORS headers.\"))},drawImage:function(t){var e=this.srcElement.rect(),n=e.topLeft();t.drawImage(this.img,n.x,n.y,e.width(),e.height())}}),c=r.extend({renderPoints:function(t){var e=this.srcElement.geometry(),n=e.origin,i=e.size;t.rect(n.x,n.y,i.width,i.height)}}),u={Group:N,Text:h,Path:r,MultiPath:o,Circle:s,Arc:a,Image:l,Rect:c},d.support.canvas=function(){return!!f.createElement(\"canvas\").getContext}(),d.support.canvas&&b.SurfaceFactory.current.register(\"canvas\",A,20),p(d.drawing,{exportImage:e,canvas:{ArcNode:a,CircleNode:s,GroupNode:N,ImageNode:l,MultiPathNode:o,Node:O,PathNode:r,RectNode:c,RootNode:i,Surface:A,TextNode:h}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/vml.min\",[\"drawing/shapes.min\",\"kendo.color.min\"],t)}(function(){!function(t){function e(){if(u.namespaces&&!u.namespaces.kvml){u.namespaces.add(\"kvml\",\"urn:schemas-microsoft-com:vml\");var t=u.styleSheets.length>30?u.styleSheets[0]:u.createStyleSheet();t.addRule(\".kvml\",\"behavior:url(#default#VML)\")}}function n(t){var e=u.createElement(\"kvml:\"+t);return e.className=\"kvml\",e}function i(t){var e,n=t.length,i=[];for(e=0;e<n;e++)i.push(t[e].scaleCopy(R).toString(0,\",\"));return i.join(\" \")}function r(t,e){var n,r,s,a,h,l=t.segments,c=l.length;if(c>0){for(n=[],h=1;h<c;h++)s=o(l[h-1],l[h]),s!==a&&(a=s,n.push(s)),n.push(\"l\"===s?i([l[h].anchor()]):i([l[h-1].controlOut(),l[h].controlIn(),l[h].anchor()]));return r=\"m \"+i([l[0].anchor()])+\" \"+n.join(\" \"),t.options.closed&&(r+=\" x\"),e!==!0&&(r+=\" e\"),r}}function o(t,e){return t.controlOut()&&e.controlIn()?\"c\":\"l\"}function s(t){return 0===t.indexOf(\"fill\")||0===t.indexOf(M)}function a(t,e,n){var i,r=n*A(e.opacity(),1);return i=t?h(t,e.color(),r):h(e.color(),\"#fff\",1-r)}function h(t,e,n){var i=new C(t),r=new C(e),o=l(i.r,r.r,n),s=l(i.g,r.g,n),a=l(i.b,r.b,n);return new C(o,s,a).toHex()}function l(t,e,n){return f.round(n*e+(1-n)*t)}var c,u=document,f=Math,d=f.atan2,p=f.ceil,m=f.sqrt,g=window.kendo,v=g.deepExtend,x=t.noop,y=g.drawing,w=y.BaseNode,b=g.geometry,_=b.toMatrix,C=g.Color,T=g.util,k=T.isTransparent,S=T.defined,E=T.deg,P=T.round,A=T.valueOrDefault,O=\"none\",N=\".kendo\",R=100,z=R*R,M=\"gradient\",B=4,D=y.Surface.extend({init:function(t,n){y.Surface.fn.init.call(this,t,n),e(),this.element.empty(),this._root=new I,this._root.attachTo(this.element[0]),this.element.on(\"click\"+N,this._click),this.element.on(\"mouseover\"+N,this._mouseenter),this.element.on(\"mouseout\"+N,this._mouseleave),this.element.on(\"mousemove\"+N,this._mousemove)},type:\"vml\",destroy:function(){this._root&&(this._root.destroy(),this._root=null,this.element.off(N)),y.Surface.fn.destroy.call(this)},draw:function(t){y.Surface.fn.draw.call(this,t),this._root.load([t],void 0,null)},clear:function(){y.Surface.fn.clear.call(this),this._root.clear()}}),L=w.extend({init:function(t){w.fn.init.call(this,t),this.createElement(),this.attachReference()},observe:x,destroy:function(){this.element&&(this.element._kendoNode=null,this.element=null),w.fn.destroy.call(this)},clear:function(){var t,e;for(this.element&&(this.element.innerHTML=\"\"),t=this.childNodes,e=0;e<t.length;e++)t[e].destroy();this.childNodes=[]},removeSelf:function(){this.element&&(this.element.parentNode.removeChild(this.element),this.element=null),w.fn.removeSelf.call(this)},createElement:function(){this.element=u.createElement(\"div\")},attachReference:function(){this.element._kendoNode=this},load:function(t,e,n,i){var r,o,s,a,h,l;for(i=A(i,1),this.srcElement&&(i*=A(this.srcElement.options.opacity,1)),r=0;r<t.length;r++)o=t[r],s=o.children,a=o.currentTransform(n),h=i*A(o.options.opacity,1),l=new ht[o.nodeType](o,a,h),s&&s.length>0&&l.load(s,e,a,i),S(e)?this.insertAt(l,e):this.append(l),l.attachTo(this.element,e)},attachTo:function(t,e){S(e)?t.insertBefore(this.element,t.children[e]||null):t.appendChild(this.element)},optionsChange:function(t){\"visible\"==t.field&&this.css(\"display\",t.value!==!1?\"\":O)},setStyle:function(){this.allCss(this.mapStyle())},mapStyle:function(){var t=[];return this.srcElement&&this.srcElement.options.visible===!1&&t.push([\"display\",O]),t},mapOpacityTo:function(t,e){var n=A(this.opacity,1);n*=A(e,1),t.push([\"opacity\",n])},attr:function(t,e){this.element&&(this.element[t]=e)},allAttr:function(t){for(var e=0;e<t.length;e++)this.attr(t[e][0],t[e][1])},css:function(t,e){this.element&&(this.element.style[t]=e)},allCss:function(t){for(var e=0;e<t.length;e++)this.css(t[e][0],t[e][1])}}),I=L.extend({createElement:function(){L.fn.createElement.call(this),this.allCss([[\"width\",\"100%\"],[\"height\",\"100%\"],[\"position\",\"relative\"],[\"visibility\",\"visible\"]])},attachReference:x}),F=g.Class.extend({init:function(t,e){this.srcElement=t,this.observer=e,t.addObserver(this)},geometryChange:function(){this.observer.optionsChange({field:\"clip\",value:this.srcElement})},clear:function(){this.srcElement.removeObserver(this)}}),G=L.extend({init:function(t){L.fn.init.call(this,t),t&&this.initClip()},observe:function(){w.fn.observe.call(this)},mapStyle:function(){var t=L.fn.mapStyle.call(this);return this.srcElement&&this.srcElement.clip()&&t.push([\"clip\",this.clipRect()]),t},optionsChange:function(t){\"clip\"==t.field&&(this.clearClip(),this.initClip(),this.setClip()),L.fn.optionsChange.call(this,t)},clear:function(){this.clearClip(),L.fn.clear.call(this)},initClip:function(){this.srcElement.clip()&&(this.clip=new F(this.srcElement.clip(),this),this.clip.observer=this)},clearClip:function(){this.clip&&(this.clip.clear(),this.clip=null,this.css(\"clip\",this.clipRect()))},setClip:function(){this.clip&&this.css(\"clip\",this.clipRect())},clipRect:function(){var t,e,n,i=c,r=this.srcElement.clip();return r&&(t=this.clipBBox(r),e=t.topLeft(),n=t.bottomRight(),i=g.format(\"rect({0}px {1}px {2}px {3}px)\",e.y,n.x,n.y,e.x)),i},clipBBox:function(t){var e=this.srcElement.rawBBox().topLeft(),n=t.rawBBox();return n.origin.translate(-e.x,-e.y),n}}),j=G.extend({createElement:function(){L.fn.createElement.call(this),this.setStyle()},attachTo:function(t,e){this.css(\"display\",O),L.fn.attachTo.call(this,t,e),this.srcElement.options.visible!==!1&&this.css(\"display\",\"\")},_attachTo:function(t){var e=document.createDocumentFragment();e.appendChild(this.element),t.appendChild(e)},mapStyle:function(){var t=G.fn.mapStyle.call(this);return t.push([\"position\",\"absolute\"]),t.push([\"white-space\",\"nowrap\"]),t},optionsChange:function(t){\"transform\"===t.field&&this.refreshTransform(),\"opacity\"===t.field&&this.refreshOpacity(),G.fn.optionsChange.call(this,t)},refreshTransform:function(t){var e,n=this.srcElement.currentTransform(t),i=this.childNodes,r=i.length;for(this.setClip(),e=0;e<r;e++)i[e].refreshTransform(n)},currentOpacity:function(){var t=A(this.srcElement.options.opacity,1);return this.parent&&this.parent.currentOpacity&&(t*=this.parent.currentOpacity()),t},refreshOpacity:function(){var t,e=this.childNodes,n=e.length,i=this.currentOpacity();for(t=0;t<n;t++)e[t].refreshOpacity(i)},initClip:function(){if(G.fn.initClip.call(this),this.clip){var t=this.clip.srcElement.bbox(this.srcElement.currentTransform());t&&(this.css(\"width\",t.width()+t.origin.x),this.css(\"height\",t.height()+t.origin.y))}},clipBBox:function(t){return t.bbox(this.srcElement.currentTransform())},clearClip:function(){G.fn.clearClip.call(this)}}),H=L.extend({init:function(t,e){this.opacity=e,L.fn.init.call(this,t)},createElement:function(){this.element=n(\"stroke\"),this.setOpacity()},optionsChange:function(t){0===t.field.indexOf(\"stroke\")&&this.setStroke()},refreshOpacity:function(t){this.opacity=t,this.setStroke()},setStroke:function(){this.allAttr(this.mapStroke())},setOpacity:function(){this.setStroke()},mapStroke:function(){var t,e=this.srcElement.options.stroke,n=[];return e&&!k(e.color)&&0!==e.width?(n.push([\"on\",\"true\"]),n.push([\"color\",e.color]),n.push([\"weight\",(e.width||1)+\"px\"]),this.mapOpacityTo(n,e.opacity),S(e.dashType)&&n.push([\"dashstyle\",e.dashType]),S(e.lineJoin)&&n.push([\"joinstyle\",e.lineJoin]),S(e.lineCap)&&(t=e.lineCap.toLowerCase(),\"butt\"===t&&(t=\"butt\"===t?\"flat\":t),n.push([\"endcap\",t]))):n.push([\"on\",\"false\"]),n}}),q=L.extend({init:function(t,e,n){this.opacity=n,L.fn.init.call(this,t)},createElement:function(){this.element=n(\"fill\"),this.setFill()},optionsChange:function(t){s(t.field)&&this.setFill()},refreshOpacity:function(t){this.opacity=t,this.setOpacity()},setFill:function(){this.allAttr(this.mapFill())},setOpacity:function(){this.setFill()},attr:function(t,e){var n,i=this.element;if(i){for(n=t.split(\".\");n.length>1;)i=i[n.shift()];i[n[0]]=e}},mapFill:function(){var t=this.srcElement.fill(),e=[[\"on\",\"false\"]];return t&&(t.nodeType==M?e=this.mapGradient(t):k(t.color)||(e=this.mapFillColor(t))),e},mapFillColor:function(t){var e=[[\"on\",\"true\"],[\"color\",t.color]];return this.mapOpacityTo(e,t.opacity),e},mapGradient:function(t){var e,n=this.srcElement.options,i=n.fallbackFill||t.fallbackFill&&t.fallbackFill();return e=t instanceof y.LinearGradient?this.mapLinearGradient(t):t instanceof y.RadialGradient&&t.supportVML?this.mapRadialGradient(t):i?this.mapFillColor(i):[[\"on\",\"false\"]]},mapLinearGradient:function(t){var e=t.start(),n=t.end(),i=T.deg(d(n.y-e.y,n.x-e.x)),r=[[\"on\",\"true\"],[\"type\",M],[\"focus\",0],[\"method\",\"none\"],[\"angle\",270-i]];return this.addColors(r),r},mapRadialGradient:function(t){var e=this.srcElement.rawBBox(),n=t.center(),i=(n.x-e.origin.x)/e.width(),r=(n.y-e.origin.y)/e.height(),o=[[\"on\",\"true\"],[\"type\",\"gradienttitle\"],[\"focus\",\"100%\"],[\"focusposition\",i+\" \"+r],[\"method\",\"none\"]];\n    return this.addColors(o),o},addColors:function(t){var e,n,i=this.srcElement.options,r=A(this.opacity,1),o=[],s=i.fill.stops,h=i.baseColor,l=this.element.colors?\"colors.value\":\"colors\",c=a(h,s[0],r),u=a(h,s[s.length-1],r);for(n=0;n<s.length;n++)e=s[n],o.push(f.round(100*e.offset())+\"% \"+a(h,e,r));t.push([l,o.join(\",\")],[\"color\",c],[\"color2\",u])}}),$=L.extend({init:function(t,e){this.transform=e,L.fn.init.call(this,t)},createElement:function(){this.element=n(\"skew\"),this.setTransform()},optionsChange:function(t){\"transform\"===t.field&&this.refresh(this.srcElement.currentTransform())},refresh:function(t){this.transform=t,this.setTransform()},transformOrigin:function(){return\"-0.5,-0.5\"},setTransform:function(){this.allAttr(this.mapTransform())},mapTransform:function(){var t=this.transform,e=[],n=_(t);return n?(n.round(B),e.push([\"on\",\"true\"],[\"matrix\",[n.a,n.c,n.b,n.d,0,0].join(\",\")],[\"offset\",n.e+\"px,\"+n.f+\"px\"],[\"origin\",this.transformOrigin()])):e.push([\"on\",\"false\"]),e}}),X=G.extend({init:function(t,e,n){this.fill=this.createFillNode(t,e,n),this.stroke=new H(t,n),this.transform=this.createTransformNode(t,e),G.fn.init.call(this,t)},attachTo:function(t,e){this.fill.attachTo(this.element),this.stroke.attachTo(this.element),this.transform.attachTo(this.element),L.fn.attachTo.call(this,t,e)},createFillNode:function(t,e,n){return new q(t,e,n)},createTransformNode:function(t,e){return new $(t,e)},createElement:function(){this.element=n(\"shape\"),this.setCoordsize(),this.setStyle()},optionsChange:function(t){s(t.field)?this.fill.optionsChange(t):0===t.field.indexOf(\"stroke\")?this.stroke.optionsChange(t):\"transform\"===t.field?this.transform.optionsChange(t):\"opacity\"===t.field&&(this.fill.setOpacity(),this.stroke.setOpacity()),G.fn.optionsChange.call(this,t)},refreshTransform:function(t){this.transform.refresh(this.srcElement.currentTransform(t))},refreshOpacity:function(t){t*=A(this.srcElement.options.opacity,1),this.fill.refreshOpacity(t),this.stroke.refreshOpacity(t)},mapStyle:function(t,e){var n,i=G.fn.mapStyle.call(this);return t&&e||(t=e=R),i.push([\"position\",\"absolute\"],[\"width\",t+\"px\"],[\"height\",e+\"px\"]),n=this.srcElement.options.cursor,n&&i.push([\"cursor\",n]),i},setCoordsize:function(){this.allAttr([[\"coordorigin\",\"0 0\"],[\"coordsize\",z+\" \"+z]])}}),U=L.extend({createElement:function(){this.element=n(\"path\"),this.setPathData()},geometryChange:function(){this.setPathData()},setPathData:function(){this.attr(\"v\",this.renderData())},renderData:function(){return r(this.srcElement)}}),Y=X.extend({init:function(t,e,n){this.pathData=this.createDataNode(t),X.fn.init.call(this,t,e,n)},attachTo:function(t,e){this.pathData.attachTo(this.element),X.fn.attachTo.call(this,t,e)},createDataNode:function(t){return new U(t)},geometryChange:function(){this.pathData.geometryChange(),X.fn.geometryChange.call(this)}}),V=U.extend({renderData:function(){var t,e,n,i=this.srcElement.paths;if(i.length>0){for(t=[],e=0;e<i.length;e++)n=e<i.length-1,t.push(r(i[e],n));return t.join(\" \")}}}),W=Y.extend({createDataNode:function(t){return new V(t)}}),Q=$.extend({transformOrigin:function(){var t=this.srcElement.geometry().bbox(),e=t.center(),n=-p(e.x)/p(t.width()),i=-p(e.y)/p(t.height());return n+\",\"+i}}),Z=X.extend({createElement:function(){this.element=n(\"oval\"),this.setStyle()},createTransformNode:function(t,e){return new Q(t,e)},geometryChange:function(){X.fn.geometryChange.call(this),this.setStyle(),this.refreshTransform()},mapStyle:function(){var t=this.srcElement.geometry(),e=t.radius,n=t.center,i=p(2*e),r=X.fn.mapStyle.call(this,i,i);return r.push([\"left\",p(n.x-e)+\"px\"],[\"top\",p(n.y-e)+\"px\"]),r}}),J=U.extend({renderData:function(){return r(this.srcElement.toPath())}}),K=Y.extend({createDataNode:function(t){return new J(t)}}),tt=U.extend({createElement:function(){U.fn.createElement.call(this),this.attr(\"textpathok\",!0)},renderData:function(){var t=this.srcElement.rect(),e=t.center();return\"m \"+i([new b.Point(t.topLeft().x,e.y)])+\" l \"+i([new b.Point(t.bottomRight().x,e.y)])}}),et=L.extend({createElement:function(){this.element=n(\"textpath\"),this.attr(\"on\",!0),this.attr(\"fitpath\",!1),this.setStyle(),this.setString()},optionsChange:function(t){\"content\"===t.field?this.setString():this.setStyle(),L.fn.optionsChange.call(this,t)},mapStyle:function(){return[[\"font\",this.srcElement.options.font]]},setString:function(){this.attr(\"string\",this.srcElement.content())}}),nt=Y.extend({init:function(t,e,n){this.path=new et(t),Y.fn.init.call(this,t,e,n)},createDataNode:function(t){return new tt(t)},attachTo:function(t,e){this.path.attachTo(this.element),Y.fn.attachTo.call(this,t,e)},optionsChange:function(t){\"font\"!==t.field&&\"content\"!==t.field||(this.path.optionsChange(t),this.pathData.geometryChange(t)),Y.fn.optionsChange.call(this,t)}}),it=U.extend({renderData:function(){var t=this.srcElement.rect(),e=(new y.Path).moveTo(t.topLeft()).lineTo(t.topRight()).lineTo(t.bottomRight()).lineTo(t.bottomLeft()).close();return r(e)}}),rt=$.extend({init:function(t,e,n){this.opacity=n,$.fn.init.call(this,t,e)},createElement:function(){this.element=n(\"fill\"),this.attr(\"type\",\"frame\"),this.attr(\"rotate\",!0),this.setOpacity(),this.setSrc(),this.setTransform()},optionsChange:function(t){\"src\"===t.field&&this.setSrc(),$.fn.optionsChange.call(this,t)},geometryChange:function(){this.refresh()},refreshOpacity:function(t){this.opacity=t,this.setOpacity()},setOpacity:function(){var t=[];this.mapOpacityTo(t,this.srcElement.options.opacity),this.allAttr(t)},setSrc:function(){this.attr(\"src\",this.srcElement.src())},mapTransform:function(){var t,e,n,i,r,o,s,a,h=this.srcElement,l=h.rawBBox(),c=l.center(),u=R/2,f=R,p=l.width()/f,g=l.height()/f,v=0,x=this.transform;return x?(n=_(x),i=m(n.a*n.a+n.b*n.b),r=m(n.c*n.c+n.d*n.d),p*=i,g*=r,o=E(d(n.b,n.d)),s=E(d(-n.c,n.a)),v=(o+s)/2,0!==v?(a=h.bbox().center(),t=(a.x-u)/f,e=(a.y-u)/f):(t=(c.x*i+n.e-u)/f,e=(c.y*r+n.f-u)/f)):(t=(c.x-u)/f,e=(c.y-u)/f),p=P(p,B),g=P(g,B),t=P(t,B),e=P(e,B),v=P(v,B),[[\"size\",p+\",\"+g],[\"position\",t+\",\"+e],[\"angle\",v]]}}),ot=Y.extend({createFillNode:function(t,e,n){return new rt(t,e,n)},createDataNode:function(t){return new it(t)},optionsChange:function(t){\"src\"!==t.field&&\"transform\"!==t.field||this.fill.optionsChange(t),Y.fn.optionsChange.call(this,t)},geometryChange:function(){this.fill.geometryChange(),Y.fn.geometryChange.call(this)},refreshTransform:function(t){Y.fn.refreshTransform.call(this,t),this.fill.refresh(this.srcElement.currentTransform(t))}}),st=U.extend({renderData:function(){var t=this.srcElement.geometry(),e=[\"m\",i([t.topLeft()]),\"l\",i([t.topRight(),t.bottomRight(),t.bottomLeft()]),\"x e\"];return e.join(\" \")}}),at=Y.extend({createDataNode:function(t){return new st(t)}}),ht={Group:j,Text:nt,Path:Y,MultiPath:W,Circle:Z,Arc:K,Image:ot,Rect:at};g.support.vml=function(){var t=g.support.browser;return t.msie&&t.version<9}(),c=\"inherit\",g.support.browser.msie&&g.support.browser.version<8&&(c=\"rect(auto auto auto auto)\"),g.support.vml&&y.SurfaceFactory.current.register(\"vml\",D,30),v(y,{vml:{ArcDataNode:J,ArcNode:K,CircleTransformNode:Q,CircleNode:Z,FillNode:q,GroupNode:j,ImageNode:ot,ImageFillNode:rt,ImagePathDataNode:it,MultiPathDataNode:V,MultiPathNode:W,Node:L,PathDataNode:U,PathNode:Y,RectDataNode:st,RectNode:at,RootNode:I,StrokeNode:H,Surface:D,TextNode:nt,TextPathNode:et,TextPathDataNode:tt,TransformNode:$}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/html.min\",[\"kendo.color.min\",\"drawing/shapes.min\",\"util/main.min\",\"util/text-metrics.min\"],t)}(function(){!function(t,e,n){\"use strict\";function i(t){return\"number\"==typeof t?{x:t,y:t}:Array.isArray(t)?{x:t[0],y:t[1]}:{x:t.x,y:t.y}}function r(n,r){function s(e){var n=new ht.Group,i=e.getBoundingClientRect();return R(n,[u.x,0,0,u.y,-i.left*u.x,-i.top*u.y]),gt._clipbox=!1,gt._matrix=lt.Matrix.unit(),gt._stackingContext={element:e,group:n},gt._avoidLinks=r.avoidLinks===!0?\"a\":r.avoidLinks,t(e).addClass(\"k-pdf-export\"),et(e,n),t(e).removeClass(\"k-pdf-export\"),n}function a(e){if(null!=e)return\"string\"==typeof e&&(e=kendo.template(e.replace(/^\\s+|\\s+$/g,\"\"))),\"function\"==typeof e?function(n){var i=e(n);if(i)return\"string\"==typeof i&&(i=i.replace(/^\\s+|\\s+$/g,\"\")),t(i)[0]}:function(){return t(e).clone()[0]}}function h(e){var n,i,r,o,s=e.cloneNode(!1);if(1==e.nodeType){n=t(e),i=t(s),o=n.data();for(r in o)i.data(r,o[r]);if(/^canvas$/i.test(e.tagName))s.getContext(\"2d\").drawImage(e,0,0);else if(/^input$/i.test(e.tagName))e.removeAttribute(\"name\");else for(r=e.firstChild;r;r=r.nextSibling)s.appendChild(h(r))}return s}function l(n,i,r,o,s,l,c){function u(){function t(){d(k,function(){n({pages:k,container:E})})}var e,i;(\"-\"!=r||s)&&m(S),e=x(),S.parentNode.insertBefore(e,S),e.appendChild(S),C?(i=k.length,k.forEach(function(e,n){var r=C({element:e,pageNum:n+1,totalPages:k.length});r&&(e.appendChild(r),p(r,function(){0===--i&&t()}))})):t()}function f(t){if(c.keepTogether&&t.is(c.keepTogether)&&t.height()<=s-P)return!0;var e=t[0].tagName;return!(/^h[1-6]$/i.test(e)&&t.height()>=s-P)&&(t.data(\"kendoChart\")||/^(?:img|tr|thead|th|tfoot|iframe|svg|object|canvas|input|textarea|select|video|h[1-6])$/i.test(e))}function m(n){var i,o,a,h,l=b(n),c=e(_(l,\"padding-bottom\")),u=e(_(l,\"border-bottom-width\")),d=P;for(P+=c+u,i=!0,o=n.firstChild;o;o=o.nextSibling)if(1==o.nodeType){if(i=!1,a=t(o),a.is(r)){v(o);continue}if(!s){m(o);continue}if(!/^(?:static|relative)$/.test(_(b(o),\"position\")))continue;h=y(o),1==h?v(o):h&&f(a)?v(o):m(o)}else 3==o.nodeType&&s&&(w(o,i),i=!1);P=d}function g(t){var e=t.parentNode,n=e.firstChild;if(t===n)return!0;if(t===e.children[0]){if(7==n.nodeType||8==n.nodeType)return!0;if(3==n.nodeType)return!/\\S/.test(n.data)}return!1}function v(e){var n,i,r,o,s,a,h;return 1==e.nodeType&&e!==S&&g(e)?v(e.parentNode):(n=t(e).closest(\"table\"),i=n.find(\"colgroup:first\"),c.repeatHeaders&&(r=n.find(\"thead:first\"),o=t(e).closest('.k-grid[data-role=\"grid\"]'),o[0]&&o[0].querySelector(\".k-auto-scrollable\")&&(s=o.find(\".k-grid-header:first\"))),a=x(),h=T.createRange(),h.setStartBefore(S),h.setEndBefore(e),a.appendChild(h.extractContents()),S.parentNode.insertBefore(a,S),n[0]&&(n=t(e).closest(\"table\"),c.repeatHeaders&&r[0]&&r.clone().prependTo(n),i[0]&&i.clone().prependTo(n)),void(c.repeatHeaders&&s&&s[0]&&(o=t(e).closest('.k-grid[data-role=\"grid\"]'),s[0]&&s.clone().prependTo(o))))}function x(){var e=T.createElement(\"KENDO-PDF-PAGE\");return t(e).css({display:\"block\",boxSizing:\"content-box\",width:o||\"auto\",padding:l.top+\"px \"+l.right+\"px \"+l.bottom+\"px \"+l.left+\"px\",position:\"relative\",height:s||\"auto\",overflow:s||o?\"hidden\":\"visible\",clear:\"both\"}),c&&c.pageClassName&&(e.className=c.pageClassName),k.push(e),e}function y(t){var e,n,i=t.getBoundingClientRect();return 0===i.width||0===i.height?0:(e=S.getBoundingClientRect().top,n=s-P,i.height>n?3:i.top-e>n?1:i.bottom-e>n?2:0)}function w(t,e){var n,i,r,o,s;/\\S/.test(t.data)&&(n=t.data.length,i=T.createRange(),i.selectNodeContents(t),r=y(i),r&&(o=t,1==r?v(e?t.parentNode:t):(!function a(e,n,r){return i.setEnd(t,n),e==n||n==r?n:y(i)?a(e,e+n>>1,n):a(n,n+r>>1,r)}(0,n>>1,n),!/\\S/.test(\"\"+i)&&e?v(t.parentNode):(o=t.splitText(i.endOffset),s=x(),i.setStartBefore(S),s.appendChild(i.extractContents()),S.parentNode.insertBefore(s,S))),w(o)))}var C=a(c.template),T=i.ownerDocument,k=[],S=c._destructive?i:h(i),E=T.createElement(\"KENDO-PDF-DOCUMENT\"),P=0;t(S).find(\"tfoot\").each(function(){this.parentNode.appendChild(this)}),t(S).find(\"ol\").each(function(){t(this).children().each(function(t){this.setAttribute(\"kendo-split-index\",t)})}),t(E).css({display:\"block\",position:\"absolute\",boxSizing:\"content-box\",left:\"-10000px\",top:\"-10000px\"}),o&&(t(E).css({width:o,paddingLeft:l.left,paddingRight:l.right}),t(S).css({overflow:\"hidden\"})),i.parentNode.insertBefore(E,i),E.appendChild(S),c.beforePageBreak?setTimeout(function(){c.beforePageBreak(E,u)},15):setTimeout(u,15)}var c,u;if(r||(r={}),c=t.Deferred(),n=t(n)[0],!n)return c.reject(\"No element to export\");if(\"function\"!=typeof window.getComputedStyle)throw Error(\"window.getComputedStyle is missing.  You are using an unsupported browser, or running in IE8 compatibility mode.  Drawing HTML is supported in Chrome, Firefox, Safari and IE9+.\");return kendo.pdf&&kendo.pdf.defineFont(o(n.ownerDocument)),u=i(r.scale||1),p(n,function(){var t,e=r&&r.forcePageBreak,i=r&&r.paperSize&&\"auto\"!=r.paperSize,o=kendo.pdf.getPaperOptions(function(t,e){return\"paperSize\"==t?i?r[t]:\"A4\":t in r?r[t]:e}),a=i&&o.paperSize[0],h=i&&o.paperSize[1],f=r.margin&&o.margin,d=!!f;e||h?(f||(f={left:0,top:0,right:0,bottom:0}),a&&(a/=u.x),h&&(h/=u.y),f.left/=u.x,f.right/=u.x,f.top/=u.y,f.bottom/=u.y,t=new ht.Group({pdf:{multiPage:!0,paperSize:i?o.paperSize:\"auto\",_ignoreMargin:d}}),l(function(e){if(r.progress){var n=!1,i=0;!function o(){if(i<e.pages.length){var a=s(e.pages[i]);t.append(a),r.progress({page:a,pageNum:++i,totalPages:e.pages.length,cancel:function(){n=!0}}),n?e.container.parentNode.removeChild(e.container):setTimeout(o)}else e.container.parentNode.removeChild(e.container),c.resolve(t)}()}else e.pages.forEach(function(e){t.append(s(e))}),e.container.parentNode.removeChild(e.container),c.resolve(t)},n,e,a?a-f.left-f.right:null,h?h-f.top-f.bottom:null,f,r)):c.resolve(s(n))}),c.promise()}function o(t){function e(t){if(t){var e=null;try{e=t.cssRules}catch(n){}e&&i(t,e)}}function n(t){var e,n=_(t.style,\"src\");return n?ot(n).reduce(function(t,e){var n=st(e);return n&&t.push(n),t},[]):(e=st(t.cssText),e?[e]:[])}function i(t,i){var o,s,a,h,l,c,u;for(o=0;o<i.length;++o)switch(s=i[o],s.type){case 3:e(s.styleSheet);break;case 5:a=s.style,h=ot(_(a,\"font-family\")),l=/^([56789]00|bold)$/i.test(_(a,\"font-weight\")),c=\"italic\"==_(a,\"font-style\"),u=n(s),u.length>0&&r(t,h,l,c,u[0])}}function r(t,e,n,i,r){/^data:/i.test(r)||/^[^\\/:]+:\\/\\//.test(r)||/^\\//.test(r)||(r=(t.href+\"\").replace(/[^\\/]*$/,\"\")+r),e.forEach(function(t){t=t.replace(/^(['\"]?)(.*?)\\1$/,\"$2\"),n&&(t+=\"|bold\"),i&&(t+=\"|italic\"),o[t]=r})}var o,s;for(null==t&&(t=document),o={},s=0;s<t.styleSheets.length;++s)e(t.styleSheets[s]);return o}function s(t,e){return Object.prototype.hasOwnProperty.call(t,e)}function a(t){return t=\"_counter_\"+t,gt[t]}function h(t){var e=[],n=gt;for(t=\"_counter_\"+t;n;)s(n,t)&&e.push(n[t]),n=Object.getPrototypeOf(n);return e.reverse()}function l(t,e){var n=gt;for(t=\"_counter_\"+t;n&&!s(n,t);)n=Object.getPrototypeOf(n);n||(n=gt._root),n[t]=(n[t]||0)+(null==e?1:e)}function c(t,e){t=\"_counter_\"+t,gt[t]=null==e?0:e}function u(t,n,i){var r,o,s;for(r=0;r<t.length;)o=t[r++],s=e(t[r]),isNaN(s)?n(o,i):(n(o,s),++r)}function f(t,e){var n=kendo.parseColor(t);return n&&(n=n.toRGB(),e?n=n.toCssRgba():0===n.a&&(n=null)),n}function d(t,e){function n(){--i<=0&&e()}var i=0;t.forEach(function(t){var e,r,o=t.querySelectorAll(\"img\");for(e=0;e<o.length;++e)r=o[e],r.complete||(i++,r.onload=r.onerror=n)}),i||n()}function p(t,e){function n(t){mt[t]||(mt[t]=!0,o.push(t))}function i(){--r<=0&&e()}var r,o=[];!function s(t){/^img$/i.test(t.tagName)&&n(t.src),rt(_(b(t),\"background-image\")).forEach(function(t){\"url\"==t.type&&n(t.url)}),t.children&&ct.call(t.children).forEach(s)}(t),r=o.length,0===r&&i(),o.forEach(function(t){var e=mt[t]=new Image;/^data:/i.test(t)||(e.crossOrigin=\"Anonymous\"),e.src=t,e.complete?i():(e.onload=i,e.onerror=function(){mt[t]=null,i()})})}function m(t){var e,i=\"\";do e=t%26,i=String.fromCharCode(97+e)+i,t=n.floor(t/26);while(t>0);return i}function g(t,e,n){var i,r;gt=Object.create(gt),gt[t.tagName.toLowerCase()]={element:t,style:e},i=_(e,\"text-decoration\"),i&&\"none\"!=i&&(r=_(e,\"color\"),i.split(/\\s+/g).forEach(function(t){gt[t]||(gt[t]=r)})),w(e)&&(gt._stackingContext={element:t,group:n})}function v(){gt=Object.getPrototypeOf(gt)}function x(t){if(null!=gt._clipbox){var e=t.bbox(gt._matrix);gt._clipbox=gt._clipbox?lt.Rect.intersect(gt._clipbox,e):e}}function y(){var t=gt._clipbox;return null==t||(t?0===t.width()||0===t.height():void 0)}function w(t){function e(e){return _(t,e)}if(\"none\"!=e(\"transform\")||\"static\"!=e(\"position\")&&\"auto\"!=e(\"z-index\")||e(\"opacity\")<1)return!0}function b(t,e){return window.getComputedStyle(t,e||null)}function _(t,e){var n=t.getPropertyValue(e);return null!=n&&\"\"!==n||(ut.webkit?n=t.getPropertyValue(\"-webkit-\"+e):ut.mozilla?n=t.getPropertyValue(\"-moz-\"+e):ut.opera?n=t.getPropertyValue(\"-o-\"+e):ut.msie&&(n=t.getPropertyValue(\"-ms-\"+e))),n}function C(t,e,n,i){t.setProperty(e,n,i),ut.webkit?t.setProperty(\"-webkit-\"+e,n,i):ut.mozilla?t.setProperty(\"-moz-\"+e,n,i):ut.opera?t.setProperty(\"-o-\"+e,n,i):ut.msie&&(t.setProperty(\"-ms-\"+e,n,i),e=\"ms\"+e.replace(/(^|-)([a-z])/g,function(t,e,n){return e+n.toUpperCase()}),t[e]=n)}function T(t,n){return n=\"border-\"+n,{width:e(_(t,n+\"-width\")),style:_(t,n+\"-style\"),color:f(_(t,n+\"-color\"),!0)}}function k(t,e){var n=t.style.cssText,i=e();return t.style.cssText=n,i}function S(t,n){var i=_(t,\"border-\"+n+\"-radius\").split(/\\s+/g).map(e);return 1==i.length&&i.push(i[0]),B({x:i[0],y:i[1]})}function E(t){var e=t.getBoundingClientRect();return e=P(e,\"border-*-width\",t),e=P(e,\"padding-*\",t)}function P(t,n,i){var r,o,s,a,h;return\"string\"==typeof n?(r=b(i),o=e(_(r,n.replace(\"*\",\"top\"))),s=e(_(r,n.replace(\"*\",\"right\"))),a=e(_(r,n.replace(\"*\",\"bottom\"))),h=e(_(r,n.replace(\"*\",\"left\")))):\"number\"==typeof n&&(o=s=a=h=n),{top:t.top+o,right:t.right-s,bottom:t.bottom-a,left:t.left+h,width:t.right-t.left-s-h,height:t.bottom-t.top-a-o}}function A(t){var n,i,r=_(t,\"transform\");return\"none\"==r?null:(n=/^\\s*matrix\\(\\s*(.*?)\\s*\\)\\s*$/.exec(r),n?(i=_(t,\"transform-origin\"),n=n[1].split(/\\s*,\\s*/g).map(e),i=i.split(/\\s+/g).map(e),{matrix:n,origin:i}):void 0)}function O(t){return 180*t/n.PI%360}function N(t){var i=e(t);return/grad$/.test(t)?n.PI*i/200:/rad$/.test(t)?i:/turn$/.test(t)?n.PI*i*2:/deg$/.test(t)?n.PI*i/180:void 0}function R(t,e){return e=new lt.Matrix(e[0],e[1],e[2],e[3],e[4],e[5]),t.transform(e),e}function z(t,e){t.clip(e)}function M(t,e,n,i){for(var r=new lt.Arc([e,n],i).curvePoints(),o=1;o<r.length;)t.curveTo(r[o++],r[o++],r[o++])}function B(t){return(t.x<=0||t.y<=0)&&(t.x=t.y=0),t}function D(t,e,i,r,o){var s=n.max(0,e.x),a=n.max(0,e.y),h=n.max(0,i.x),l=n.max(0,i.y),c=n.max(0,r.x),u=n.max(0,r.y),f=n.max(0,o.x),d=n.max(0,o.y),p=n.min(t.width/(s+h),t.height/(l+u),t.width/(c+f),t.height/(d+a));return p<1&&(s*=p,a*=p,h*=p,l*=p,c*=p,u*=p,f*=p,d*=p),{tl:{x:s,y:a},tr:{x:h,y:l},br:{x:c,y:u},bl:{x:f,y:d}}}function L(t,n,i){var r,o,s,a,h,l,c,u,f=b(t),d=S(f,\"top-left\"),p=S(f,\"top-right\"),m=S(f,\"bottom-left\"),g=S(f,\"bottom-right\");return\"padding\"!=i&&\"content\"!=i||(r=T(f,\"top\"),o=T(f,\"right\"),s=T(f,\"bottom\"),a=T(f,\"left\"),d.x-=a.width,d.y-=r.width,p.x-=o.width,p.y-=r.width,g.x-=o.width,g.y-=s.width,m.x-=a.width,m.y-=s.width,\"content\"==i&&(h=e(_(f,\"padding-top\")),l=e(_(f,\"padding-right\")),c=e(_(f,\"padding-bottom\")),u=e(_(f,\"padding-left\")),d.x-=u,d.y-=h,p.x-=l,p.y-=h,g.x-=l,g.y-=c,m.x-=u,m.y-=c)),\"number\"==typeof i&&(d.x-=i,d.y-=i,p.x-=i,p.y-=i,g.x-=i,g.y-=i,m.x-=i,m.y-=i),I(n,d,p,g,m)}function I(t,e,n,i,r){var o=D(t,e,n,i,r),s=o.tl,a=o.tr,h=o.br,l=o.bl,c=new ht.Path({fill:null,stroke:null});return c.moveTo(t.left,t.top+s.y),s.x&&M(c,t.left+s.x,t.top+s.y,{startAngle:-180,endAngle:-90,radiusX:s.x,radiusY:s.y}),c.lineTo(t.right-a.x,t.top),a.x&&M(c,t.right-a.x,t.top+a.y,{startAngle:-90,endAngle:0,radiusX:a.x,radiusY:a.y}),c.lineTo(t.right,t.bottom-h.y),h.x&&M(c,t.right-h.x,t.bottom-h.y,{startAngle:0,endAngle:90,radiusX:h.x,radiusY:h.y}),c.lineTo(t.left+l.x,t.bottom),l.x&&M(c,t.left+l.x,t.bottom-l.y,{startAngle:90,endAngle:180,radiusX:l.x,radiusY:l.y}),c.close()}function F(t,n){var i=e(t)+\"\";switch(n){case\"decimal-leading-zero\":return i.length<2&&(i=\"0\"+i),i;case\"lower-roman\":return ft(t).toLowerCase();case\"upper-roman\":return ft(t).toUpperCase();case\"lower-latin\":case\"lower-alpha\":return m(t-1);case\"upper-latin\":case\"upper-alpha\":return m(t-1).toUpperCase();default:return i}}function G(t,e){function n(t,e,n){return n?(n=n.replace(/^\\s*([\"'])(.*)\\1\\s*$/,\"$2\"),h(t).map(function(t){return F(t,e)}).join(n)):F(a(t)||0,e)}var i,r=ot(e,/^\\s+/),o=[];return r.forEach(function(e){var r;(i=/^\\s*([\"'])(.*)\\1\\s*$/.exec(e))?o.push(i[2].replace(/\\\\([0-9a-f]{4})/gi,function(t,e){return String.fromCharCode(parseInt(e,16))})):(i=/^\\s*counter\\((.*?)\\)\\s*$/.exec(e))?(r=ot(i[1]),o.push(n(r[0],r[1]))):(i=/^\\s*counters\\((.*?)\\)\\s*$/.exec(e))?(r=ot(i[1]),o.push(n(r[0],r[2],r[1]))):o.push((i=/^\\s*attr\\((.*?)\\)\\s*$/.exec(e))?t.getAttribute(i[1])||\"\":e)}),o.join(\"\")}function j(t){var e,n;if(t.cssText)return t.cssText;for(e=[],n=0;n<t.length;++n)e.push(t[n]+\": \"+_(t,t[n]));return e.join(\";\\n\")}function H(t,e){function n(e,n){var r,o=b(t,e);o.content&&\"normal\"!=o.content&&\"none\"!=o.content&&\"0px\"!=o.width&&(r=t.ownerDocument.createElement(pt),r.style.cssText=j(o),r.textContent=G(t,o.content),t.insertBefore(r,n),i.push(r))}var i,r;return t.tagName==pt?void q(t,e):(i=[],n(\":before\",t.firstChild),n(\":after\",null),r=t.className,t.className+=\" kendo-pdf-hide-pseudo-elements\",q(t,e),t.className=r,void i.forEach(function(e){t.removeChild(e)}))}function q(i,r){function o(t){var e,n,r,o,s,a;if(/^td$/i.test(i.tagName)&&(e=gt.table,e&&\"collapse\"==_(e.style,\"border-collapse\"))){if(n=T(e.style,\"left\").width,r=T(e.style,\"top\").width,0===n&&0===r)return t;if(o=e.element.getBoundingClientRect(),s=e.element.rows[0].cells[0],a=s.getBoundingClientRect(),a.top==o.top||a.left==o.left)return ct.call(t).map(function(t){return{left:t.left+n,top:t.top+r,right:t.right+n,bottom:t.bottom+r,height:t.height,width:t.width}})}return t}function s(t,e,i,o,s,a,h,l){function c(e,r,o){var s=n.PI/2*e/(e+i),a={x:r.x-e,y:r.y-i},h=new ht.Path({fill:{color:t},stroke:null}).moveTo(0,0);R(h,o),M(h,0,r.y,{startAngle:-90,endAngle:-O(s),radiusX:r.x,radiusY:r.y}),a.x>0&&a.y>0?(h.lineTo(a.x*n.cos(s),r.y-a.y*n.sin(s)),M(h,0,r.y,{startAngle:-O(s),endAngle:-90,radiusX:a.x,radiusY:a.y,anticlockwise:!0})):a.x>0?h.lineTo(a.x,i).lineTo(0,i):h.lineTo(a.x,i).lineTo(a.x,0),f.append(h.close())}if(!(i<=0)){var u,f=new ht.Group;R(f,l),r.append(f),B(a),B(h),u=new ht.Path({fill:{color:t},stroke:null}),f.append(u),u.moveTo(a.x?n.max(a.x,o):0,0).lineTo(e-(h.x?n.max(h.x,s):0),0).lineTo(e-n.max(h.x,s),i).lineTo(n.max(a.x,o),i).close(),a.x&&c(o,a,[-1,0,0,1,a.x,0]),h.x&&c(s,h,[1,0,0,1,e-h.x,0])}}function a(e){var n,o,s=new ht.Group;for(z(s,I(e,q,U,W,Y)),r.append(s),\"A\"==i.tagName&&i.href&&!/^#?$/.test(t(i).attr(\"href\"))&&(gt._avoidLinks&&t(i).is(gt._avoidLinks)||(s._pdfLink={url:i.href,top:e.top,right:e.right,bottom:e.bottom,left:e.left})),Z&&(n=new ht.Path({fill:{color:Z.toCssRgba()},stroke:null}),n.moveTo(e.left,e.top).lineTo(e.right,e.top).lineTo(e.right,e.bottom).lineTo(e.left,e.bottom).close(),s.append(n)),o=u.length;--o>=0;)h(s,e,u[o],d[o%d.length],p[o%p.length],g[o%g.length],v[o%v.length])}function h(t,r,o,s,a,h,l){function c(t,r,o,c,u){function f(){for(;x.origin.x>r.left;)x.origin.x-=o}function d(){for(;x.origin.y>r.top;)x.origin.y-=c}function p(){for(;x.origin.x<r.right;)u(t,x.clone()),x.origin.x+=o}var m,g,v,x,y,w=o/c,b=r;if(\"content-box\"==h?(b=P(b,\"border-*-width\",i),b=P(b,\"padding-*\",i)):\"padding-box\"==h&&(b=P(b,\"border-*-width\",i)),/^\\s*auto(\\s+auto)?\\s*$/.test(l)||(\"contain\"==l?(m=n.min(b.width/o,b.height/c),o*=m,c*=m):\"cover\"==l?(m=n.max(b.width/o,b.height/c),o*=m,c*=m):(g=l.split(/\\s+/g),o=/%$/.test(g[0])?b.width*e(g[0])/100:e(g[0]),c=1==g.length||\"auto\"==g[1]?o/w:/%$/.test(g[1])?b.height*e(g[1])/100:e(g[1]))),v=(a+\"\").split(/\\s+/),1==v.length&&(v[1]=\"50%\"),v[0]=/%$/.test(v[0])?e(v[0])/100*(b.width-o):e(v[0]),v[1]=/%$/.test(v[1])?e(v[1])/100*(b.height-c):e(v[1]),x=new lt.Rect([b.left+v[0],b.top+v[1]],[o,c]),\"no-repeat\"==s)u(t,x);else if(\"repeat-x\"==s)f(),p();else if(\"repeat-y\"==s)for(d();x.origin.y<r.bottom;)u(t,x.clone()),x.origin.y+=c;else if(\"repeat\"==s)for(f(),d(),y=x.origin.clone();x.origin.y<r.bottom;)x.origin.x=y.x,p(),x.origin.y+=c}if(o&&\"none\"!=o)if(\"url\"==o.type){if(/^url\\(\\\"data:image\\/svg/i.test(o.url))return;var u=mt[o.url];u&&u.width>0&&u.height>0&&c(t,r,u.width,u.height,function(t,e){t.append(new ht.Image(o.url,e))})}else{if(\"linear\"!=o.type)return;c(t,r,r.width,r.height,$(o))}}function l(){function t(t){k(i,function(){i.style.position=\"relative\";var e=i.ownerDocument.createElement(pt);e.style.position=\"absolute\",e.style.boxSizing=\"border-box\",\"outside\"==n?(e.style.width=\"6em\",e.style.left=\"-6.8em\",e.style.textAlign=\"right\"):e.style.left=\"0px\",t(e),i.insertBefore(e,i.firstChild),et(e,r),i.removeChild(e)})}function e(t){var e,n=i.parentNode.children,r=i.getAttribute(\"kendo-split-index\");if(null!=r)return t(0|r,n.length);for(e=0;e<n.length;++e)if(n[e]===i)return t(e,n.length)}var n,o=_(N,\"list-style-type\");if(\"none\"!=o)switch(n=_(N,\"list-style-position\"),o){case\"circle\":case\"disc\":case\"square\":t(function(t){t.style.fontSize=\"60%\",t.style.lineHeight=\"200%\",t.style.paddingRight=\"0.5em\",t.style.fontFamily=\"DejaVu Serif\",t.innerHTML={disc:\"●\",circle:\"◯\",square:\"■\"}[o]});break;case\"decimal\":case\"decimal-leading-zero\":t(function(t){e(function(e){++e,\"decimal-leading-zero\"==o&&(e+\"\").length<2&&(e=\"0\"+e),t.innerHTML=e+\".\"})});break;case\"lower-roman\":case\"upper-roman\":t(function(t){e(function(e){e=ft(e+1),\"upper-roman\"==o&&(e=e.toUpperCase()),t.innerHTML=e+\".\"})});break;case\"lower-latin\":case\"lower-alpha\":case\"upper-latin\":case\"upper-alpha\":t(function(t){e(function(e){e=m(e),/^upper/i.test(o)&&(e=e.toUpperCase()),t.innerHTML=e+\".\"})})}}function c(t,e,n){function o(t){return{x:t.y,y:t.x}}var h,l,c,u,f,d,p,m;if(0!==t.width&&0!==t.height&&(a(t),h=H.width>0&&(e&&\"ltr\"==Q||n&&\"rtl\"==Q),l=G.width>0&&(n&&\"ltr\"==Q||e&&\"rtl\"==Q),0!==F.width||0!==H.width||0!==G.width||0!==j.width)){if(F.color==G.color&&F.color==j.color&&F.color==H.color&&F.width==G.width&&F.width==j.width&&F.width==H.width&&h&&l)return t=P(t,F.width/2),c=L(i,t,F.width/2),c.options.stroke={color:F.color,width:F.width},void r.append(c);if(0===q.x&&0===U.x&&0===W.x&&0===Y.x&&F.width<2&&H.width<2&&G.width<2&&j.width<2)return F.width>0&&r.append(new ht.Path({stroke:{width:F.width,color:F.color}}).moveTo(t.left,t.top+F.width/2).lineTo(t.right,t.top+F.width/2)),j.width>0&&r.append(new ht.Path({stroke:{width:j.width,color:j.color}}).moveTo(t.left,t.bottom-j.width/2).lineTo(t.right,t.bottom-j.width/2)),h&&r.append(new ht.Path({stroke:{width:H.width,color:H.color}}).moveTo(t.left+H.width/2,t.top).lineTo(t.left+H.width/2,t.bottom)),void(l&&r.append(new ht.Path({stroke:{width:G.width,color:G.color}}).moveTo(t.right-G.width/2,t.top).lineTo(t.right-G.width/2,t.bottom)));u=D(t,q,U,W,Y),f=u.tl,d=u.tr,p=u.br,m=u.bl,s(F.color,t.width,F.width,H.width,G.width,f,d,[1,0,0,1,t.left,t.top]),s(j.color,t.width,j.width,G.width,H.width,p,m,[-1,0,0,-1,t.right,t.bottom]),s(H.color,t.height,H.width,j.width,F.width,o(m),o(f),[0,-1,1,0,t.left,t.bottom]),s(G.color,t.height,G.width,F.width,j.width,o(d),o(p),[0,1,-1,0,t.right,t.top])}}var u,d,p,g,v,y,w,C,E,A,N=b(i),F=T(N,\"top\"),G=T(N,\"right\"),j=T(N,\"bottom\"),H=T(N,\"left\"),q=S(N,\"top-left\"),U=S(N,\"top-right\"),Y=S(N,\"bottom-left\"),W=S(N,\"bottom-right\"),Q=_(N,\"direction\"),Z=_(N,\"background-color\");if(Z=f(Z),u=rt(_(N,\"background-image\")),d=ot(_(N,\"background-repeat\")),p=ot(_(N,\"background-position\")),g=ot(_(N,\"background-origin\")),v=ot(_(N,\"background-size\")),ut.msie&&ut.version<10&&(p=ot(i.currentStyle.backgroundPosition)),y=P(i.getBoundingClientRect(),\"border-*-width\",i),function(){var t,n,i,o,s,a,h,l=_(N,\"clip\"),c=/^\\s*rect\\((.*)\\)\\s*$/.exec(l);c&&(t=c[1].split(/[ ,]+/g),n=\"auto\"==t[0]?y.top:e(t[0])+y.top,i=\"auto\"==t[1]?y.right:e(t[1])+y.left,o=\"auto\"==t[2]?y.bottom:e(t[2])+y.top,s=\"auto\"==t[3]?y.left:e(t[3])+y.left,a=new ht.Group,h=(new ht.Path).moveTo(s,n).lineTo(i,n).lineTo(i,o).lineTo(s,o).close(),z(a,h),r.append(a),r=a,x(h))}(),A=_(N,\"display\"),\"table-row\"==A)for(w=[],C=0,E=i.children;C<E.length;++C)w.push(E[C].getBoundingClientRect());else w=i.getClientRects(),1==w.length&&(w=[i.getBoundingClientRect()]);for(w=o(w),C=0;C<w.length;++C)c(w[C],0===C,C==w.length-1);return w.length>0&&\"list-item\"==A&&l(w[0]),function(){function t(){var t=L(i,y,\"padding\"),e=new ht.Group;z(e,t),r.append(e),r=e,x(t)}V(i)?t():/^(hidden|auto|scroll)/.test(_(N,\"overflow\"))?t():/^(hidden|auto|scroll)/.test(_(N,\"overflow-x\"))?t():/^(hidden|auto|scroll)/.test(_(N,\"overflow-y\"))&&t()}(),X(i,r)||J(i,r),r}function $(t){return function(i,r){var o,s,a,h,l,c,u,f,d,p,m,g,v,x=r.width(),y=r.height();switch(t.type){case\"linear\":switch(o=null!=t.angle?t.angle:n.PI,t.to){case\"top\":o=0;break;case\"left\":o=-n.PI/2;break;case\"bottom\":o=n.PI;break;case\"right\":o=n.PI/2;break;case\"top left\":case\"left top\":o=-n.atan2(y,x);break;case\"top right\":case\"right top\":o=n.atan2(y,x);break;case\"bottom left\":case\"left bottom\":o=n.PI+n.atan2(y,x);break;case\"bottom right\":case\"right bottom\":o=n.PI-n.atan2(y,x)}t.reverse&&(o-=n.PI),o%=2*n.PI,o<0&&(o+=2*n.PI),s=n.abs(x*n.sin(o))+n.abs(y*n.cos(o)),a=n.atan(x*n.tan(o)/y),h=n.sin(a),l=n.cos(a),c=n.abs(h)+n.abs(l),u=c/2*h,f=c/2*l,o>n.PI/2&&o<=3*n.PI/2&&(u=-u,f=-f),d=[],p=0,m=t.stops.map(function(n,i){var r,o=n.percent;return o?o=e(o)/100:n.length?o=e(n.length)/s:0===i?o=0:i==t.stops.length-1&&(o=1),r={color:n.color.toCssRgba(),offset:o},null!=o?(p=o,d.forEach(function(t,e){var n=t.stop;n.offset=t.left+(p-t.left)*(e+1)/(d.length+1)}),d=[]):d.push({left:p,stop:r}),r}),g=[.5-u,.5+f],v=[.5+u,.5-f],i.append(ht.Path.fromRect(r).stroke(null).fill(new ht.LinearGradient({start:g,end:v,stops:m,userSpace:!1})));break;case\"radial\":window.console&&window.console.log&&window.console.log(\"Radial gradients are not yet supported in HTML renderer\")}}}function X(e,n){var i,r,o,s;if(e.getAttribute(kendo.attr(\"role\"))&&(i=kendo.widgetInstance(t(e)),i&&(i.exportDOMVisual||i.exportVisual)))return!!(r=i.exportDOMVisual?i.exportDOMVisual():i.exportVisual())&&(o=new ht.Group,o.children.push(r),s=e.getBoundingClientRect(),o.transform(lt.transform().translate(s.left,s.top)),n.append(o),!0)}function U(t,e,n){var i=E(t),r=new lt.Rect([i.left,i.top],[i.width,i.height]),o=new ht.Image(e,r);z(o,L(t,i,\"content\")),n.append(o)}function Y(t,n){var i=b(t),r=b(n),o=e(_(i,\"z-index\")),s=e(_(r,\"z-index\")),a=_(i,\"position\"),h=_(r,\"position\");return isNaN(o)&&isNaN(s)?/static|absolute/.test(a)&&/static|absolute/.test(h)?0:\"static\"==a?-1:\"static\"==h?1:0:isNaN(o)?0===s?0:s>0?-1:1:isNaN(s)?0===o?0:o>0?1:-1:e(o)-e(s)}function V(t){return/^(?:textarea|select|input)$/i.test(t.tagName)}function W(t){return t.selectedOptions&&t.selectedOptions.length>0?t.selectedOptions[0]:t.options[t.selectedIndex]}function Q(t,e){var i=b(t),r=_(i,\"color\"),o=t.getBoundingClientRect();\"checkbox\"==t.type?(e.append(ht.Path.fromRect(new lt.Rect([o.left+1,o.top+1],[o.width-2,o.height-2])).stroke(r,1)),t.checked&&e.append((new ht.Path).stroke(r,1.2).moveTo(o.left+.22*o.width,o.top+.55*o.height).lineTo(o.left+.45*o.width,o.top+.75*o.height).lineTo(o.left+.78*o.width,o.top+.22*o.width))):(e.append(new ht.Circle(new lt.Circle([(o.left+o.right)/2,(o.top+o.bottom)/2],n.min(o.width-2,o.height-2)/2)).stroke(r,1)),t.checked&&e.append(new ht.Circle(new lt.Circle([(o.left+o.right)/2,(o.top+o.bottom)/2],n.min(o.width-8,o.height-8)/2)).fill(r).stroke(null)))}function Z(t,e){var n,i,r,o,s,a=t.tagName.toLowerCase();if(\"input\"==a&&(\"checkbox\"==t.type||\"radio\"==t.type))return Q(t,e);if(n=t.parentNode,i=t.ownerDocument,r=i.createElement(pt),r.style.cssText=j(b(t)),\"input\"==a&&(r.style.whiteSpace=\"pre\"),\"select\"!=a&&\"textarea\"!=a||(r.style.overflow=\"auto\"),\"select\"==a)if(t.multiple)for(s=0;s<t.options.length;++s)o=i.createElement(pt),o.style.cssText=j(b(t.options[s])),o.style.display=\"block\",o.textContent=t.options[s].textContent,r.appendChild(o);else o=W(t),o&&(r.textContent=o.textContent);else r.textContent=t.value;n.insertBefore(r,t),r.scrollLeft=t.scrollLeft,r.scrollTop=t.scrollTop,t.style.display=\"none\",J(r,e),t.style.display=\"\",n.removeChild(r)}function J(t,e){var n,i,r,o,s,a,h,l,c;switch(gt._stackingContext.element===t&&(gt._stackingContext.group=e),t.tagName.toLowerCase()){case\"img\":U(t,t.src,e);break;case\"canvas\":try{U(t,t.toDataURL(\"image/png\"),e)}catch(u){}\n    break;case\"textarea\":case\"input\":case\"select\":Z(t,e);break;default:for(n=[],i=[],r=[],o=[],s=t.firstChild;s;s=s.nextSibling)switch(s.nodeType){case 3:/\\S/.test(s.data)&&K(t,s,e);break;case 1:a=b(s),h=_(a,\"display\"),l=_(a,\"float\"),c=_(a,\"position\"),\"static\"!=c?o.push(s):\"inline\"!=h?\"none\"!=l?i.push(s):n.push(s):r.push(s)}dt(n,Y).forEach(function(t){et(t,e)}),dt(i,Y).forEach(function(t){et(t,e)}),dt(r,Y).forEach(function(t){et(t,e)}),dt(o,Y).forEach(function(t){et(t,e)})}}function K(t,i,r){function o(t){var e,i,r,o;if(ut.msie||ut.chrome){for(e=t.getClientRects(),i={top:+(1/0),right:-(1/0),bottom:-(1/0),left:+(1/0)},r=0;r<e.length;++r)o=e[r],o.width<=1||o.bottom===E||(i.left=n.min(o.left,i.left),i.top=n.min(o.top,i.top),i.right=n.max(o.right,i.right),i.bottom=n.max(o.bottom,i.bottom));return i.width=i.right-i.left,i.height=i.bottom-i.top,i}return t.getBoundingClientRect()}function s(){var t,e,r,s,h,l,d,p=u,m=c.substr(u).search(/\\S/);if(u+=m,m<0||u>=f)return!0;if(v.setStart(i,u),v.setEnd(i,u+1),t=o(v),e=!1,w&&(m=c.substr(u).search(/\\s/),m>=0&&(v.setEnd(i,u+m),r=o(v),r.bottom==t.bottom&&(t=r,e=!0,u+=m))),!e){if(m=function g(e,n,r){v.setEnd(i,n);var s=o(v);return s.bottom!=t.bottom&&e<n?g(e,e+n>>1,n):s.right!=t.right?(t=s,n<r?g(n,n+r>>1,r):n):n}(u,n.min(f,u+S),f),m==u)return!0;if(u=m,m=(\"\"+v).search(/\\s+$/),0===m)return;m>0&&(v.setEnd(i,v.startOffset+m),t=o(v))}if(ut.msie&&(t=v.getClientRects()[0]),s=\"\"+v,/^(?:pre|pre-wrap)$/i.test(C)){if(/\\t/.test(s)){for(h=0,m=p;m<v.startOffset;++m)l=c.charCodeAt(m),9==l?h+=8-h%8:10==l||13==l?h=0:h++;for(;(m=s.search(\"\\t\"))>=0;)d=\"        \".substr(0,8-(h+m)%8),s=s.substr(0,m)+d+s.substr(m+1)}}else s=s.replace(/\\s+/g,\" \");e||(E=t.bottom),a(s,t)}function a(t,e){var n,i,o;ut.msie&&!isNaN(p)&&(n=at(m),i=(e.top+e.bottom-n)/2,e={top:i,right:e.right,bottom:i+n,left:e.left,height:n,width:e.right-e.left}),o=new it(t,new lt.Rect([e.left,e.top],[e.width,e.height]),{font:m,fill:{color:g}}),r.append(o),h(e)}function h(t){function e(e,n){var i,o;e&&(i=d/12,o=new ht.Path({stroke:{width:i,color:e}}),n-=i,o.moveTo(t.left,n).lineTo(t.right,n),r.append(o))}e(gt.underline,t.bottom),e(gt[\"line-through\"],t.bottom-t.height/2.7),e(gt.overline,t.top)}var l,c,u,f,d,p,m,g,v,x,w,C,T,k,S,E;if(!y()&&(l=b(t),!(e(_(l,\"text-indent\"))<-500)&&(c=i.data,u=0,f=c.search(/\\S\\s*$/)+1,f&&(d=_(l,\"font-size\"),p=_(l,\"line-height\"),m=[_(l,\"font-style\"),_(l,\"font-variant\"),_(l,\"font-weight\"),d,_(l,\"font-family\")].join(\" \"),d=e(d),p=e(p),0!==d)))){for(g=_(l,\"color\"),v=t.ownerDocument.createRange(),x=_(l,\"text-align\"),w=\"justify\"==x,C=_(l,\"white-space\"),ut.msie&&(T=l.textOverflow,\"ellipsis\"==T&&(k=t.style.textOverflow,t.style.textOverflow=\"clip\")),S=t.getBoundingClientRect().width/d*5,0===S&&(S=500),E=null;!s(););ut.msie&&\"ellipsis\"==T&&(t.style.textOverflow=k)}}function tt(t,n,i){var r,o,s,a,h,l;for(\"auto\"!=i?(r=gt._stackingContext.group,i=e(i)):(r=n,i=0),o=r.children,s=0;s<o.length&&!(null!=o[s]._dom_zIndex&&o[s]._dom_zIndex>i);++s);return a=new ht.Group,r.insertAt(a,s),a._dom_zIndex=i,r!==n&&gt._clipbox&&(h=gt._matrix.invert(),l=gt._clipbox.transformCopy(h),z(a,ht.Path.fromRect(l))),a}function et(t,n){var i,r,o,s,a,h,f,d=b(t),p=_(d,\"counter-reset\");p&&u(ot(p,/^\\s+/),c,0),i=_(d,\"counter-increment\"),i&&u(ot(i,/^\\s+/),l,1),/^(style|script|link|meta|iframe|svg|col|colgroup)$/i.test(t.tagName)||null!=gt._clipbox&&(r=e(_(d,\"opacity\")),o=_(d,\"visibility\"),s=_(d,\"display\"),0!==r&&\"hidden\"!=o&&\"none\"!=s&&(a=A(d),f=_(d,\"z-index\"),(a||r<1)&&\"auto\"==f&&(f=0),h=tt(t,n,f),r<1&&h.opacity(r*h.opacity()),g(t,d,h),a?k(t,function(){var e,n,i,r;C(t.style,\"transform\",\"none\",\"important\"),C(t.style,\"transition\",\"none\",\"important\"),\"static\"==_(d,\"position\")&&C(t.style,\"position\",\"relative\",\"important\"),e=t.getBoundingClientRect(),n=e.left+a.origin[0],i=e.top+a.origin[1],r=[1,0,0,1,-n,-i],r=nt(r,a.matrix),r=nt(r,[1,0,0,1,n,i]),r=R(h,r),gt._matrix=gt._matrix.multiplyCopy(r),H(t,h)}):H(t,h),v()))}function nt(t,e){var n=t[0],i=t[1],r=t[2],o=t[3],s=t[4],a=t[5],h=e[0],l=e[1],c=e[2],u=e[3],f=e[4],d=e[5];return[n*h+i*c,n*l+i*u,r*h+o*c,r*l+o*u,s*h+a*c+f,s*l+a*u+d]}var it,rt,ot,st,at,ht=kendo.drawing,lt=kendo.geometry,ct=Array.prototype.slice,ut=kendo.support.browser,ft=kendo.util.arabicToRoman,dt=kendo.util.mergeSort,pt=\"KENDO-PSEUDO-ELEMENT\",mt={},gt={};gt._root=gt,it=ht.Text.extend({nodeType:\"Text\",init:function(t,e,n){ht.Text.fn.init.call(this,t,e.getOrigin(),n),this._pdfRect=e},rect:function(){return this._pdfRect},rawBBox:function(){return this._pdfRect}}),ht.drawDOM=r,r.getFontFaces=o,rt=function(){function t(t){function p(){var e=a.exec(t);e&&(t=t.substr(e[1].length))}function m(e){p();var n=e.exec(t);if(n)return t=t.substr(n[1].length),n[1]}function g(){var e,r,o=kendo.parseColor(t,!0);if(o)return t=t.substr(o.match[0].length),o=o.toRGB(),(e=m(i))||(r=m(n)),{color:o,length:e,percent:r}}function v(e){var i,s,a,u,f,d,p=[],v=!1;if(m(h)){for(i=m(o),i?(i=N(i),m(c)):(s=m(r),\"to\"==s?s=m(r):s&&/^-/.test(e)&&(v=!0),a=m(r),m(c)),/-moz-/.test(e)&&null==i&&null==s&&(u=m(n),f=m(n),v=!0,\"0%\"==u?s=\"left\":\"100%\"==u&&(s=\"right\"),\"0%\"==f?a=\"top\":\"100%\"==f&&(a=\"bottom\"),m(c));t&&!m(l)&&(d=g());)p.push(d),m(c);return{type:\"linear\",angle:i,to:s&&a?s+\" \"+a:s?s:a?a:null,stops:p,reverse:v}}}function x(){if(m(h)){var t=m(f);return t=t.replace(/^['\"]+|[\"']+$/g,\"\"),m(l),{type:\"url\",url:t}}}var y,w=t;return s(d,w)?d[w]:((y=m(e))?y=v(y):(y=m(u))&&(y=x()),d[w]=y||{type:\"none\"})}var e=/^((-webkit-|-moz-|-o-|-ms-)?linear-gradient\\s*)\\(/,n=/^([-0-9.]+%)/,i=/^([-0-9.]+px)/,r=/^(left|right|top|bottom|to|center)\\W/,o=/^([-0-9.]+(deg|grad|rad|turn))/,a=/^(\\s+)/,h=/^(\\()/,l=/^(\\))/,c=/^(,)/,u=/^(url)\\(/,f=/^(.*?)\\)/,d={},p={};return function(e){return s(p,e)?p[e]:p[e]=ot(e).map(t)}}(),ot=function(){var t={};return function(e,n){function i(t){return f=t.exec(e.substr(l))}function r(t){return t.replace(/^\\s+|\\s+$/g,\"\")}var o,a,h,l,c,u,f;if(n||(n=/^\\s*,\\s*/),o=e+n,s(t,o))return t[o];for(a=[],h=0,l=0,c=0,u=!1;l<e.length;)!u&&i(/^[\\(\\[\\{]/)?(c++,l++):!u&&i(/^[\\)\\]\\}]/)?(c--,l++):!u&&i(/^[\\\"\\']/)?(u=f[0],l++):\"'\"==u&&i(/^\\\\\\'/)?l+=2:'\"'==u&&i(/^\\\\\\\"/)?l+=2:\"'\"==u&&i(/^\\'/)?(u=!1,l++):'\"'==u&&i(/^\\\"/)?(u=!1,l++):i(n)?(!u&&!c&&l>h&&(a.push(r(e.substring(h,l))),h=l+f[0].length),l+=f[0].length):l++;return h<l&&a.push(r(e.substring(h,l))),t[o]=a}}(),st=function(t){return function(e){var n,i=t[e];return i||((n=/url\\((['\"]?)([^'\")]*?)\\1\\)\\s+format\\((['\"]?)truetype\\3\\)/.exec(e))?i=t[e]=n[2]:(n=/url\\((['\"]?)([^'\")]*?\\.ttf)\\1\\)/.exec(e))&&(i=t[e]=n[2])),i}}(Object.create(null)),at=function(t){return function(e){var n=t[e];return null==n&&(n=t[e]=kendo.util.measureText(\"Mapq\",{font:e}).height),n}}(Object.create(null))}(window.kendo.jQuery,parseFloat,Math)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"drawing/animation.min\",[\"drawing/geometry.min\",\"drawing/core.min\"],t)}(function(){!function(t){var e=t.noop,n=window.kendo,i=n.Class,r=n.util,o=n.animationFrame,s=n.deepExtend,a=i.extend({init:function(t,e){var n=this;n.options=s({},n.options,e),n.element=t},options:{duration:500,easing:\"swing\"},setup:e,step:e,play:function(){var e=this,n=e.options,i=t.easing[n.easing],s=n.duration,a=n.delay||0,h=r.now()+a,l=h+s;0===s?(e.step(1),e.abort()):setTimeout(function(){var t=function(){var n,a,c,u;e._stopped||(n=r.now(),a=r.limitValue(n-h,0,s),c=a/s,u=i(c,a,0,1,s),e.step(u),n<l?o(t):e.abort())};t()},a)},abort:function(){this._stopped=!0},destroy:function(){this.abort()}}),h=function(){this._items=[]};h.prototype={register:function(t,e){this._items.push({name:t,type:e})},create:function(t,e){var n,i,r,o=this._items;if(e&&e.type)for(i=e.type.toLowerCase(),r=0;r<o.length;r++)if(o[r].name.toLowerCase()===i){n=o[r];break}if(n)return new n.type(t,e)}},h.current=new h,a.create=function(t,e,n){return h.current.create(t,e,n)},s(n.drawing,{Animation:a,AnimationFactory:h})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()}),function(t,define){define(\"kendo.drawing.min\",[\"kendo.color.min\",\"util/main.min\",\"util/text-metrics.min\",\"util/base64.min\",\"mixins/observers.min\",\"drawing/geometry.min\",\"drawing/core.min\",\"drawing/mixins.min\",\"drawing/shapes.min\",\"drawing/parser.min\",\"drawing/search.min\",\"drawing/svg.min\",\"drawing/canvas.min\",\"drawing/vml.min\",\"drawing/html.min\",\"drawing/animation.min\"],t)}(function(){},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()});;!function(t,define){define(\"util/main.min\",[\"kendo.core.min\"],t)}(function(){return function(){function t(t){return typeof t!==O}function i(t,i){var e=n(i);return L.round(t*e)/e}function n(t){return t?L.pow(10,t):1}function e(t,i,n){return L.max(L.min(t,n),i)}function o(t){return t*j}function r(t){return t/j}function a(t){return\"number\"==typeof t&&!isNaN(t)}function s(i,n){return t(i)?i:n}function l(t){return t*t}function u(t){var i,n=[];for(i in t)n.push(i+t[i]);return n.sort().join(\"\")}function c(t){var i,n=2166136261;for(i=0;i<t.length;++i)n+=(n<<1)+(n<<4)+(n<<7)+(n<<8)+(n<<24),n^=t.charCodeAt(i);return n>>>0}function h(t){return c(u(t))}function p(t){var i,n=t.length,e=E,o=U;for(i=0;i<n;i++)o=L.max(o,t[i]),e=L.min(e,t[i]);return{min:e,max:o}}function f(t){return p(t).min}function d(t){return p(t).max}function x(t){return g(t).min}function m(t){return g(t).max}function g(t){var i,n,e,o=E,r=U;for(i=0,n=t.length;i<n;i++)e=t[i],null!==e&&isFinite(e)&&(o=L.min(o,e),r=L.max(r,e));return{min:o===E?void 0:o,max:r===U?void 0:r}}function v(t){if(t)return t[t.length-1]}function y(t,i){return t.push.apply(t,i),t}function b(t){return B.template(t,{useWithBlock:!1,paramName:\"d\"})}function w(i,n){return t(n)&&null!==n?\" \"+i+\"='\"+n+\"' \":\"\"}function T(t){var i,n=\"\";for(i=0;i<t.length;i++)n+=w(t[i][0],t[i][1]);return n}function k(i){var n,e,o=\"\";for(n=0;n<i.length;n++)e=i[n][1],t(e)&&(o+=i[n][0]+\":\"+e+\";\");if(\"\"!==o)return o}function _(t){return\"string\"!=typeof t&&(t+=\"px\"),t}function M(t){var i,n,e=[];if(t)for(i=B.toHyphens(t).split(\"-\"),n=0;n<i.length;n++)e.push(\"k-pos-\"+i[n]);return e.join(\" \")}function S(i){return\"\"===i||null===i||\"none\"===i||\"transparent\"===i||!t(i)}function A(t){for(var i={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},n=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],e=\"\";t>0;)t<n[0]?n.shift():(e+=i[n[0]],t-=n[0]);return e}function V(t){var i,n,e,o,r;for(t=t.toLowerCase(),i={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},n=0,e=0,o=0;o<t.length;++o){if(r=i[t.charAt(o)],!r)return null;n+=r,r>e&&(n-=2*e),e=r}return n}function R(t){var i=Object.create(null);return function(){var n,e=\"\";for(n=arguments.length;--n>=0;)e+=\":\"+arguments[n];return e in i?i[e]:i[e]=t.apply(this,arguments)}}function P(t){for(var i,n,e=[],o=0,r=t.length;o<r;)i=t.charCodeAt(o++),i>=55296&&i<=56319&&o<r?(n=t.charCodeAt(o++),56320==(64512&n)?e.push(((1023&i)<<10)+(1023&n)+65536):(e.push(i),o--)):e.push(i);return e}function z(t){return t.map(function(t){var i=\"\";return t>65535&&(t-=65536,i+=String.fromCharCode(t>>>10&1023|55296),t=56320|1023&t),i+=String.fromCharCode(t)}).join(\"\")}function C(t,i){function n(t,n){for(var e=[],o=0,r=0,a=0;o<t.length&&r<n.length;)i(t[o],n[r])<=0?e[a++]=t[o++]:e[a++]=n[r++];return o<t.length&&e.push.apply(e,t.slice(o)),r<n.length&&e.push.apply(e,n.slice(r)),e}return t.length<2?t.slice():function e(t){var i,o,r;return t.length<=1?t:(i=Math.floor(t.length/2),o=t.slice(0,i),r=t.slice(i),o=e(o),r=e(r),n(o,r))}(t)}var L=Math,B=window.kendo,I=B.deepExtend,j=L.PI/180,E=Number.MAX_VALUE,U=-Number.MAX_VALUE,O=\"undefined\",D=Date.now;D||(D=function(){return(new Date).getTime()}),I(B,{util:{MAX_NUM:E,MIN_NUM:U,append:y,arrayLimits:p,arrayMin:f,arrayMax:d,defined:t,deg:r,hashKey:c,hashObject:h,isNumber:a,isTransparent:S,last:v,limitValue:e,now:D,objectKey:u,round:i,rad:o,renderAttr:w,renderAllAttr:T,renderPos:M,renderSize:_,renderStyle:k,renderTemplate:b,sparseArrayLimits:g,sparseArrayMin:x,sparseArrayMax:m,sqr:l,valueOrDefault:s,romanToArabic:V,arabicToRoman:A,memoize:R,ucs2encode:z,ucs2decode:P,mergeSort:C}}),B.drawing.util=B.util,B.dataviz.util=B.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,i,n){(n||i)()}),function(t,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],t)}(function(){!function(t){function i(){return{width:0,height:0,baseline:0}}function n(t,i,n){return h.current.measure(t,i,n)}function e(t,i){var n=[];if(t.length>0&&document.fonts){try{n=t.map(function(t){return document.fonts.load(t)})}catch(e){r.logToConsole(e)}Promise.all(n).then(i,i)}else i()}var o=document,r=window.kendo,a=r.Class,s=r.util,l=s.defined,u=a.extend({init:function(t){this._size=t,this._length=0,this._map={}},put:function(t,i){var n=this,e=n._map,o={key:t,value:i};e[t]=o,n._head?(n._tail.newer=o,o.older=n._tail,n._tail=o):n._head=n._tail=o,n._length>=n._size?(e[n._head.key]=null,n._head=n._head.newer,n._head.older=null):n._length++},get:function(t){var i=this,n=i._map[t];if(n)return n===i._head&&n!==i._tail&&(i._head=n.newer,i._head.older=null),n!==i._tail&&(n.older&&(n.older.newer=n.newer,n.newer.older=n.older),n.older=i._tail,n.newer=null,i._tail.newer=n,i._tail=n),n.value}}),c=t(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],h=a.extend({init:function(t){this._cache=new u(1e3),this._initOptions(t)},options:{baselineMarkerSize:1},measure:function(n,e,r){var a,u,h,p,f,d,x,m;if(!n)return i();if(a=s.objectKey(e),u=s.hashKey(n+a),h=this._cache.get(u),h)return h;p=i(),f=r?r:c,d=this._baselineMarker().cloneNode(!1);for(x in e)m=e[x],l(m)&&(f.style[x]=m);return t(f).text(n),f.appendChild(d),o.body.appendChild(f),(n+\"\").length&&(p.width=f.offsetWidth-this.options.baselineMarkerSize,p.height=f.offsetHeight,p.baseline=d.offsetTop+this.options.baselineMarkerSize),p.width>0&&p.height>0&&this._cache.put(u,p),f.parentNode.removeChild(f),p},_baselineMarker:function(){return t(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});h.current=new h,r.util.TextMetrics=h,r.util.LRUCache=u,r.util.loadFonts=e,r.util.measureText=n}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,i,n){(n||i)()}),function(t,define){define(\"util/base64.min\",[\"util/main.min\"],t)}(function(){return function(){function t(t){var n,e,o,a,s,l,u,c=\"\",h=0;for(t=i(t);h<t.length;)n=t.charCodeAt(h++),e=t.charCodeAt(h++),o=t.charCodeAt(h++),a=n>>2,s=(3&n)<<4|e>>4,l=(15&e)<<2|o>>6,u=63&o,isNaN(e)?l=u=64:isNaN(o)&&(u=64),c=c+r.charAt(a)+r.charAt(s)+r.charAt(l)+r.charAt(u);return c}function i(t){var i,n,e=\"\";for(i=0;i<t.length;i++)n=t.charCodeAt(i),n<128?e+=o(n):n<2048?(e+=o(192|n>>>6),e+=o(128|63&n)):n<65536&&(e+=o(224|n>>>12),e+=o(128|n>>>6&63),e+=o(128|63&n));return e}var n=window.kendo,e=n.deepExtend,o=String.fromCharCode,r=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";e(n.util,{encodeBase64:t,encodeUTF8:i})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,i,n){(n||i)()}),function(t,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],t)}(function(){return function(t){var i=Math,n=window.kendo,e=n.deepExtend,o=t.inArray,r={observers:function(){return this._observers=this._observers||[]},addObserver:function(t){return this._observers?this._observers.push(t):this._observers=[t],this},removeObserver:function(t){var i=this.observers(),n=o(t,i);return n!=-1&&i.splice(n,1),this},trigger:function(t,i){var n,e,o=this._observers;if(o&&!this._suspended)for(e=0;e<o.length;e++)n=o[e],n[t]&&n[t](i);return this},optionsChange:function(t){t=t||{},t.element=this,this.trigger(\"optionsChange\",t)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=i.max((this._suspended||0)-1,0),this},_observerField:function(t,i){this[t]&&this[t].removeObserver(this),this[t]=i,i.addObserver(this)}};e(n,{mixins:{ObserversMixin:r}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,i,n){(n||i)()}),function(t,define){define(\"kendo.dataviz.core.min\",[\"kendo.core.min\",\"kendo.drawing.min\"],t)}(function(){return function(t,i){function n(t,i){var n={top:0,right:0,bottom:0,left:0};return i=i||0,\"number\"==typeof t?n[Ot]=n[Ut]=n[ht]=n[Vt]=t:(n[Ot]=t[Ot]||i,n[Ut]=t[Ut]||i,n[ht]=t[ht]||i,n[Vt]=t[Vt]||i),n}function e(t,i){var n=t.tickX,e=t.tickY,o=t.position,r=new $.Path({stroke:{width:i.width,color:i.color}});return t.vertical?r.moveTo(n,o).lineTo(n+i.size,o):r.moveTo(o,e).lineTo(o,e+i.size),w(r),r}function o(t,i){var n=t.lineStart,e=t.lineEnd,o=t.position,r=new $.Path({stroke:{width:i.width,color:i.color,dashType:i.dashType}});return t.vertical?r.moveTo(n,o).lineTo(e,o):r.moveTo(o,n).lineTo(o,e),w(r),r}function r(t,i){var n,e,o,r=h(i-t,bt-1);if(0===r){if(0===i)return.1;r=st.abs(i)}return n=st.pow(10,st.floor(st.log(r)/st.log(10))),e=h(r/n,bt),o=1,o=e<1.904762?.2:e<4.761904?.5:e<9.523809?1:2,h(n*o,bt)}function a(t,i,n,e,o){var r=o*Tt;return new Wt(n+(t-n)*st.cos(r)+(i-e)*st.sin(r),e-(t-n)*st.sin(r)+(i-e)*st.cos(r))}function s(i,n){if(i.x1==n.x1&&i.y1==n.y1&&i.x2==n.x2&&i.y2==n.y2)return n;var e=st.min(i.x1,n.x1),o=st.max(i.x1,n.x1),r=st.min(i.x2,n.x2),a=st.max(i.x2,n.x2),s=st.min(i.y1,n.y1),l=st.max(i.y1,n.y1),u=st.min(i.y2,n.y2),c=st.max(i.y2,n.y2),h=[];return h[0]=S(o,s,r,l),h[1]=S(e,l,o,u),h[2]=S(r,l,a,u),h[3]=S(o,u,r,c),i.x1==e&&i.y1==s||n.x1==e&&n.y1==s?(h[4]=S(e,s,o,l),h[5]=S(r,u,a,c)):(h[4]=S(r,s,a,l),h[5]=S(e,u,o,c)),t.grep(h,function(t){return t.height()>0&&t.width()>0})[0]}function l(t,i){return ot(t,i)!=-1}function u(t,i){return h(st.ceil(t/i)*i,bt)}function c(t,i){return h(st.floor(t/i)*i,bt)}function h(t,i){var n=st.pow(10,i||0);return st.round(t*n)/n}function p(t,i){return st.log(t)/st.log(i)}function f(t,i,n){var e=h(st.abs(t%i),bt),o=i*(1-n);return 0===e||e>o}function d(t,i,n){return h(t+(i-t)*n,ft)}function x(t,i){return t-i}function m(t,i){return t.match(kt)?X.format.apply(this,arguments):X.toString(i,t)}function g(t,i){return-t.x*i.y+t.y*i.x<0}function v(t,i){return t&&i?t.getTime()-i.getTime():-1}function y(t){var i=t.originalEvent,n=0;return i.wheelDelta&&(n=-i.wheelDelta/120,n=n>0?st.ceil(n):st.floor(n)),i.detail&&(n=h(i.detail/3)),n}function b(t){if(!t||!t.indexOf||t.indexOf(\"&\")<0)return t;var i=b._element;return i.innerHTML=t,i.textContent||i.innerText}function w(t){var i,n;if(!X.support.vml)for(i=.5,t.options.stroke&&K(t.options.stroke.width)&&t.options.stroke.width%2===0&&(i=0),n=0;n<t.segments.length;n++)t.segments[n].anchor().round(0).translate(i,i);return t}function T(t){var i,n,e=t.stops,o=t.innerRadius/t.radius*100,r=e.length,a=[];for(i=0;i<r;i++)n=lt({},e[i]),n.offset=(n.offset*(100-o)+o)/100,a.push(n);return a}function k(t){var i=t.origin,n=t.bottomRight();return new S(i.x,i.y,n.x,n.y)}function _(i){i=i||{};var n=t(i.touch?i.touch.initialTouch:i.target);return n}function M(t){return st.max(st.min(t,Mt),-Mt)}var S,A,V,R,P,z,C,L,B,I,j,E,U,O,D,G,N,F,H,X=window.kendo,W=X.util,q=W.append,K=W.defined,Y=W.last,Q=W.valueOrDefault,J=X.dataviz,Z=J.geometry,$=J.drawing,tt=$.util.measureText,it=X.Class,nt=X.template,et=t.noop,ot=t.inArray,rt=t.isPlainObject,at=t.trim,st=Math,lt=X.deepExtend,ut=\"axisLabelClick\",ct=\"#000\",ht=\"bottom\",pt=\"center\",ft=3,dt=\"clip\",xt=\"circle\",mt=\"cross\",gt=\"12px sans-serif\",vt=400,yt=7,bt=10,wt=600,Tt=st.PI/180,kt=/\\{\\d+:?/,_t=\"height\",Mt=X.support.vml?1e5:3e5,St=600,At=\"inside\",Vt=\"left\",Rt=\"linear\",Pt=Number.MAX_VALUE,zt=-Number.MAX_VALUE,Ct=Math.pow(10,-bt+1),Lt=\"none\",Bt=\"noteClick\",It=\"noteHover\",jt=\"outside\",Et=\"radial\",Ut=\"right\",Ot=\"top\",Dt=\"triangle\",Gt=\"width\",Nt=\"#fff\",Ft=\"x\",Ht=\"y\",Xt=.2,Wt=function(t,n){var e=this;return e instanceof Wt?(e.x=t||0,e.y=n||0,i):new Wt(t,n)};Wt.fn=Wt.prototype={clone:function(){var t=this;return new Wt(t.x,t.y)},equals:function(t){return t&&t.x===this.x&&t.y===this.y},rotate:function(t,i){var n=this,e=i*Tt,o=st.cos(e),r=st.sin(e),a=t.x,s=t.y,l=n.x,u=n.y;return n.x=h(a+(l-a)*o+(u-s)*r,ft),n.y=h(s+(u-s)*o-(l-a)*r,ft),n},multiply:function(t){var i=this;return i.x*=t,i.y*=t,i},distanceTo:function(t){var i=this.x-t.x,n=this.y-t.y;return st.sqrt(i*i+n*n)}},Wt.onCircle=function(t,i,n){return i*=Tt,new Wt(t.x-n*st.cos(i),t.y-n*st.sin(i))},S=function(t,n,e,o){var r=this;return r instanceof S?(r.x1=t||0,r.x2=e||0,r.y1=n||0,r.y2=o||0,i):new S(t,n,e,o)},S.fn=S.prototype={width:function(){return this.x2-this.x1},height:function(){return this.y2-this.y1},translate:function(t,i){var n=this;return n.x1+=t,n.x2+=t,n.y1+=i,n.y2+=i,n},move:function(t,i){var n=this,e=n.height(),o=n.width();return K(t)&&(n.x1=t,n.x2=n.x1+o),K(i)&&(n.y1=i,n.y2=n.y1+e),n},wrap:function(t){var i=this;return i.x1=st.min(i.x1,t.x1),i.y1=st.min(i.y1,t.y1),i.x2=st.max(i.x2,t.x2),i.y2=st.max(i.y2,t.y2),i},wrapPoint:function(t){return this.wrap(new S(t.x,t.y,t.x,t.y)),this},snapTo:function(t,i){var n=this;return i!=Ft&&i||(n.x1=t.x1,n.x2=t.x2),i!=Ht&&i||(n.y1=t.y1,n.y2=t.y2),n},alignTo:function(t,i){var n,e,o=this,r=o.height(),a=o.width(),s=i==Ot||i==ht?Ht:Ft,l=s==Ht?r:a;return i===pt?(n=t.center(),e=o.center(),o.x1+=n.x-e.x,o.y1+=n.y-e.y):o[s+1]=i===Ot||i===Vt?t[s+1]-l:t[s+2],o.x2=o.x1+a,o.y2=o.y1+r,o},shrink:function(t,i){var n=this;return n.x2-=t,n.y2-=i,n},expand:function(t,i){return this.shrink(-t,-i),this},pad:function(t){var i=this,e=n(t);return i.x1-=e.left,i.x2+=e.right,i.y1-=e.top,i.y2+=e.bottom,i},unpad:function(t){var i=this,e=n(t);return e.left=-e.left,e.top=-e.top,e.right=-e.right,e.bottom=-e.bottom,i.pad(e)},clone:function(){var t=this;return new S(t.x1,t.y1,t.x2,t.y2)},center:function(){var t=this;return new Wt(t.x1+t.width()/2,t.y1+t.height()/2)},containsPoint:function(t){var i=this;return t.x>=i.x1&&t.x<=i.x2&&t.y>=i.y1&&t.y<=i.y2},points:function(){var t=this;return[new Wt(t.x1,t.y1),new Wt(t.x2,t.y1),new Wt(t.x2,t.y2),new Wt(t.x1,t.y2)]},getHash:function(){var t=this;return[t.x1,t.y1,t.x2,t.y2].join(\",\")},overlaps:function(t){return!(t.y2<this.y1||this.y2<t.y1||t.x2<this.x1||this.x2<t.x1)},rotate:function(t){var i=this,n=i.width(),e=i.height(),o=i.center(),r=o.x,s=o.y,l=a(0,0,r,s,t),u=a(n,0,r,s,t),c=a(n,e,r,s,t),h=a(0,e,r,s,t);return n=st.max(l.x,u.x,c.x,h.x)-st.min(l.x,u.x,c.x,h.x),e=st.max(l.y,u.y,c.y,h.y)-st.min(l.y,u.y,c.y,h.y),i.x2=i.x1+n,i.y2=i.y1+e,i},toRect:function(){return new Z.Rect([this.x1,this.y1],[this.width(),this.height()])},hasSize:function(){return 0!==this.width()&&0!==this.height()},align:function(t,i,n){var e=this,o=i+1,r=i+2,a=i===Ft?Gt:_t,s=e[a]();l(n,[Vt,Ot])?(e[o]=t[o],e[r]=e[o]+s):l(n,[Ut,ht])?(e[r]=t[r],e[o]=e[r]-s):n==pt&&(e[o]=t[o]+(t[a]()-s)/2,e[r]=e[o]+s)}},A=it.extend({init:function(t,i,n,e,o){var r=this;r.c=t,r.ir=i,r.r=n,r.startAngle=e,r.angle=o},clone:function(){var t=this;return new A(t.c,t.ir,t.r,t.startAngle,t.angle)},middle:function(){return this.startAngle+this.angle/2},radius:function(t,i){var n=this;return i?n.ir=t:n.r=t,n},point:function(t,i){var n=this,e=t*Tt,o=st.cos(e),r=st.sin(e),a=i?n.ir:n.r,s=h(n.c.x-o*a,ft),l=h(n.c.y-r*a,ft);return new Wt(s,l)},adjacentBox:function(t,i,n){var e=this.clone().expand(t),o=e.middle(),r=e.point(o),a=i/2,s=n/2,l=r.x-a,u=r.y-s,c=st.sin(o*Tt),h=st.cos(o*Tt);return st.abs(c)<.9&&(l+=a*-h/st.abs(h)),st.abs(h)<.9&&(u+=s*-c/st.abs(c)),new S(l,u,l+i,u+n)},containsPoint:function(t){var i=this,n=i.c,e=i.ir,o=i.r,r=i.startAngle,a=i.startAngle+i.angle,s=t.x-n.x,l=t.y-n.y,u=new Wt(s,l),c=i.point(r),p=new Wt(c.x-n.x,c.y-n.y),f=i.point(a),d=new Wt(f.x-n.x,f.y-n.y),x=h(s*s+l*l,ft);return(p.equals(u)||g(p,u))&&!g(d,u)&&x>=e*e&&x<=o*o},getBBox:function(){var t,i,n,e=this,o=new S(Pt,Pt,zt,zt),r=h(e.startAngle%360),a=h((r+e.angle)%360),s=e.ir,l=[0,90,180,270,r,a].sort(x),u=ot(r,l),c=ot(a,l);for(t=r==a?l:u<c?l.slice(u,c+1):[].concat(l.slice(0,c+1),l.slice(u,l.length)),i=0;i<t.length;i++)n=e.point(t[i]),o.wrapPoint(n),o.wrapPoint(n,s);return s||o.wrapPoint(e.c),o},expand:function(t){return this.r+=t,this}}),V=A.extend({init:function(t,i,n,e){A.fn.init.call(this,t,0,i,n,e)},expand:function(t){return A.fn.expand.call(this,t)},clone:function(){var t=this;return new V(t.c,t.r,t.startAngle,t.angle)},radius:function(t){return A.fn.radius.call(this,t)},point:function(t){return A.fn.point.call(this,t)}}),R=function(){},R.fn=R.prototype={createRing:function(t,i){var n,e=t.startAngle+180,o=t.angle+e,r=new Z.Point(t.c.x,t.c.y),a=st.max(t.r,0),s=st.max(t.ir,0),l=new Z.Arc(r,{startAngle:e,endAngle:o,radiusX:a,radiusY:a}),u=$.Path.fromArc(l,i).close();return s?(l.radiusX=l.radiusY=s,n=l.pointAt(o),u.lineTo(n.x,n.y),u.arc(o,e,s,s,!0)):u.lineTo(r.x,r.y),u}},R.current=new R,P=it.extend({init:function(t){var i=this;i.children=[],i.options=lt({},i.options,t)},reflow:function(t){var i,n,e,o=this,r=o.children;for(n=0;n<r.length;n++)e=r[n],e.reflow(t),i=i?i.wrap(e.box):e.box.clone();o.box=i||t},destroy:function(){var t,i=this,n=i.children;for(this.animation&&this.animation.destroy(),t=0;t<n.length;t++)n[t].destroy()},getRoot:function(){var t=this.parent;return t?t.getRoot():null},getChart:function(){var t=this.getRoot();if(t)return t.chart},translateChildren:function(t,i){var n,e=this,o=e.children,r=o.length;for(n=0;n<r;n++)o[n].box.translate(t,i)},append:function(){q(this.children,arguments);for(var t=0;t<arguments.length;t++)arguments[t].parent=this},renderVisual:function(){this.options.visible!==!1&&(this.createVisual(),this.addVisual(),this.renderChildren(),this.createAnimation(),this.renderComplete())},addVisual:function(){this.visual&&(this.visual.chartElement=this,this.parent&&this.parent.appendVisual(this.visual))},renderChildren:function(){var t,i=this.children;for(t=0;t<i.length;t++)i[t].renderVisual()},createVisual:function(){this.visual=new J.drawing.Group({zIndex:this.options.zIndex,visible:Q(this.options.visible,!0)})},createAnimation:function(){this.visual&&(this.animation=$.Animation.create(this.visual,this.options.animation))},appendVisual:function(t){t.chartElement||(t.chartElement=this),t.options.noclip?this.clipRoot().visual.append(t):K(t.options.zIndex)?this.stackRoot().stackVisual(t):this.visual?this.visual.append(t):this.parent.appendVisual(t)},clipRoot:function(){return this.parent?this.parent.clipRoot():this},stackRoot:function(){return this.parent?this.parent.stackRoot():this},stackVisual:function(t){var i,n,e,o=t.options.zIndex||0,r=this.visual.children;for(i=0;i<r.length&&(n=r[i],e=Q(n.options.zIndex,0),!(e>o));i++);this.visual.insertAt(t,i)},traverse:function(t){var i,n,e=this.children;for(i=0;i<e.length;i++)n=e[i],t(n),n.traverse&&n.traverse(t)},closest:function(t){for(var i=this,n=!1;i&&!n;)n=t(i),n||(i=i.parent);if(n)return i},renderComplete:t.noop,hasHighlight:function(){var t=(this.options||{}).highlight;return!(!this.createHighlight||t&&t.visible===!1)},toggleHighlight:function(i){var n,e=this,o=e._highlight,r=(e.options||{}).highlight,a=(r||{}).visual;if(!o){if(n={fill:{color:Nt,opacity:.2},stroke:{color:Nt,width:1,opacity:.2}},a){if(o=e._highlight=a(t.extend(e.highlightVisualArgs(),{createVisual:function(){return e.createHighlight(n)},sender:e.getChart(),series:e.series,dataItem:e.dataItem,category:e.category,value:e.value,stackValue:e.stackValue,percentage:e.percentage,runningTotal:e.runningTotal,total:e.total})),!o)return}else o=e._highlight=e.createHighlight(n);o.options.zIndex=e.options.zIndex,e.appendVisual(o)}o.visible(i)},createGradientOverlay:function(t,i,n){var e=new $.Path(lt({stroke:{color:Lt},fill:this.createGradient(n),closed:t.options.closed},i));return e.segments.elements(t.segments.elements()),e},createGradient:function(t){if(this.parent)return this.parent.createGradient(t)}}),z=P.extend({init:function(t){var i=this;i.gradients={},P.fn.init.call(i,t)},options:{width:wt,height:vt,background:Nt,border:{color:ct,width:0},margin:n(5),zIndex:-2},reflow:function(){var t,i=this,n=i.options,e=i.children,o=new S(0,0,n.width,n.height);for(i.box=o.unpad(n.margin),t=0;t<e.length;t++)e[t].reflow(o),o=s(o,e[t].box)||S()},createVisual:function(){this.visual=new $.Group,this.createBackground()},createBackground:function(){var t=this.options,i=t.border||{},n=this.box.clone().pad(t.margin).unpad(i.width),e=$.Path.fromRect(n.toRect(),{stroke:{color:i.width?i.color:\"\",width:i.width,dashType:i.dashType},fill:{color:t.background,opacity:t.opacity},zIndex:-10});this.visual.append(e)},getRoot:function(){return this},createGradient:function(t){var i,n,e=this.gradients,o=W.objectKey(t),r=J.Gradients[t.gradient];return e[o]?i=e[o]:(n=lt({},r,t),\"linear\"==r.type?i=new $.LinearGradient(n):(t.innerRadius&&(n.stops=T(n)),i=new $.RadialGradient(n),i.supportVML=r.supportVML!==!1),e[o]=i),i}}),C=P.extend({options:{align:Vt,vAlign:Ot,margin:{},padding:{},border:{color:ct,width:0},background:\"\",shrinkToFit:!1,width:0,height:0,visible:!0},reflow:function(t){function i(){s.align(t,Ft,l.align),s.align(t,Ht,l.vAlign),s.paddingBox=e.clone().unpad(f).unpad(x)}var e,o,r,a,s=this,l=s.options,u=l.width,c=l.height,h=u&&c,p=l.shrinkToFit,f=n(l.margin),d=n(l.padding),x=l.border.width,m=s.children;for(o=t.clone(),h&&(o.x2=o.x1+u,o.y2=o.y1+c),p&&o.unpad(f).unpad(x).unpad(d),P.fn.reflow.call(s,o),e=h?s.box=S(0,0,u,c):s.box,p&&h?(i(),o=s.contentBox=s.paddingBox.clone().unpad(d)):(o=s.contentBox=e.clone(),e.pad(d).pad(x).pad(f),i()),s.translateChildren(e.x1-o.x1+f.left+x+d.left,e.y1-o.y1+f.top+x+d.top),r=0;r<m.length;r++)a=m[r],a.reflow(a.box)},align:function(t,i,n){this.box.align(t,i,n)},hasBox:function(){var t=this.options;return t.border.width||t.background},createVisual:function(){P.fn.createVisual.call(this);var t=this.options;t.visible&&this.hasBox()&&this.visual.append($.Path.fromRect(this.paddingBox.toRect(),this.visualStyle()))},visualStyle:function(){var t=this,i=t.options,n=i.border||{};return{stroke:{width:n.width,color:n.color,opacity:Q(n.opacity,i.opacity),dashType:n.dashType},fill:{color:i.background,opacity:i.opacity},cursor:i.cursor}}}),L=P.extend({init:function(t,i){var n=this;P.fn.init.call(n,i),n.content=t,n.reflow(S())},options:{font:gt,color:ct,align:Vt,vAlign:\"\"},reflow:function(t){var i,n=this,e=n.options;i=e.size=tt(n.content,{font:e.font}),n.baseline=i.baseline,n.box=S(t.x1,t.y1,t.x1+i.width,t.y1+i.height)},createVisual:function(){var t=this.options;this.visual=new $.Text(this.content,this.box.toRect().topLeft(),{font:t.font,fill:{color:t.color,opacity:t.opacity},cursor:t.cursor})}}),B=P.extend({init:function(t){P.fn.init.call(this,t),this._initDirection()},_initDirection:function(){var t=this.options;t.vertical?(this.groupAxis=Ft,this.elementAxis=Ht,this.groupSizeField=Gt,this.elementSizeField=_t,this.groupSpacing=t.spacing,this.elementSpacing=t.vSpacing):(this.groupAxis=Ht,this.elementAxis=Ft,this.groupSizeField=_t,this.elementSizeField=Gt,this.groupSpacing=t.vSpacing,this.elementSpacing=t.spacing)},options:{vertical:!0,wrap:!0,vSpacing:0,spacing:0},reflow:function(t){this.box=t.clone(),this.reflowChildren()},reflowChildren:function(){var t,i,n,e,o,r,a,s,l,u,c=this,h=c.box,p=c.elementAxis,f=c.groupAxis,d=c.elementSizeField,x=c.groupSizeField,m=c.groupOptions(),g=m.groups,v=g.length,y=h[f+1]+c.alignStart(m.groupsSize,h[x]()),b=y;if(v){for(a=0;a<v;a++){for(n=g[a],e=n.groupElements,o=e.length,t=h[p+1],r=0;r<o;r++)s=e[r],u=c.elementSize(s),i=b+c.alignStart(u[x],n.groupSize),l=S(),l[f+1]=i,l[f+2]=i+u[x],l[p+1]=t,l[p+2]=t+u[d],s.reflow(l),t+=u[d]+c.elementSpacing;b+=n.groupSize+c.groupSpacing}h[f+1]=y,h[f+2]=y+m.groupsSize,h[p+2]=h[p+1]+m.maxGroupElementsSize}},alignStart:function(t,i){var n=0,e=this.options.align;return e==Ut||e==ht?n=i-t:e==pt&&(n=(i-t)/2),n},groupOptions:function(){var t,i,n=this,e=n.box,o=n.children,r=o.length,a=this.elementSizeField,s=this.groupSizeField,l=this.elementSpacing,u=this.groupSpacing,c=h(e[a]()),p=0,f=0,d=0,x=0,m=[],g=[],v=0;for(p=0;p<r;p++)i=o[p],i.box||i.reflow(e),t=this.elementSize(i),n.options.wrap&&h(d+l+t[a])>c&&(m.push({groupElements:g,groupSize:f,groupElementsSize:d}),v=st.max(v,d),x+=u+f,f=0,d=0,g=[]),f=st.max(f,t[s]),d>0&&(d+=l),d+=t[a],g.push(i);return m.push({groupElements:g,groupSize:f,groupElementsSize:d}),v=st.max(v,d),x+=f,{groups:m,groupsSize:x,maxGroupElementsSize:v}},elementSize:function(t){return{width:t.box.width(),height:t.box.height()}},createVisual:et}),I=C.extend({ROWS_SPLIT_REGEX:/\\n|\\\\n/m,init:function(t,i){var n=this;n.content=t,C.fn.init.call(n,i),n._initContainer(),n.reflow(S())},_initContainer:function(){var t,i,n=this,e=n.options,o=(n.content+\"\").split(n.ROWS_SPLIT_REGEX),r=new B({vertical:!0,align:e.align,wrap:!1}),a=lt({},e,{opacity:1,animation:null});for(n.container=r,n.append(r),i=0;i<o.length;i++)t=new L(at(o[i]),a),r.append(t)},reflow:function(t){var i,e,o,r=this.options,a=r.visual;this.container.options.align=r.align,a&&!this._boxReflow?(t.hasSize()||(this._boxReflow=!0,this.reflow(t),this._boxReflow=!1,t=this.box),this.visual=a(this.visualContext(t)),i=t,this.visual&&(i=k(this.visual.clippedBBox()||new Z.Rect),this.visual.options.zIndex=r.zIndex,this.visual.options.noclip=r.noclip),this.box=this.contentBox=this.paddingBox=i):(C.fn.reflow.call(this,t),r.rotation&&(e=n(r.margin),o=this.box.unpad(e),this.targetBox=t,this.normalBox=o.clone(),o=this.rotate(),o.translate(e.left-e.right,e.top-e.bottom),this.rotatedBox=o.clone(),o.pad(e)))},createVisual:function(){var t,i=this.options;i.visible&&(this.visual=new J.drawing.Group({transform:this.rotationTransform(),zIndex:i.zIndex,noclip:i.noclip}),this.hasBox()&&(t=$.Path.fromRect(this.paddingBox.toRect(),this.visualStyle()),this.visual.append(t)))},renderVisual:function(){this.options.visual?(this.addVisual(),this.createAnimation()):C.fn.renderVisual.call(this)},visualOptions:function(){var t=this.options;return{background:t.background,border:t.border,color:t.color,font:t.font,margin:t.margin,padding:t.padding,visible:t.visible}},visualContext:function(t){var i=this;return{text:i.content,rect:t.toRect(),sender:this.getChart(),options:i.visualOptions(),createVisual:function(){return i._boxReflow=!0,i.reflow(t),i._boxReflow=!1,i.getDefaultVisual()}}},getDefaultVisual:function(){this.createVisual(),this.renderChildren();var t=this.visual;return delete this.visual,t},rotate:function(){var t=this.options;return this.box.rotate(t.rotation),this.align(this.targetBox,Ft,t.align),this.align(this.targetBox,Ht,t.vAlign),this.box},rotationTransform:function(){var t,i,n,e,o=this.options.rotation;return o?(t=this.normalBox.center(),i=t.x,n=t.y,e=this.rotatedBox.center(),Z.transform().translate(e.x-i,e.y-n).rotate(o,[i,n])):null}}),j=P.extend({init:function(t){var i=this;P.fn.init.call(i,t),t=i.options,i.append(new I(t.text,lt({},t,{vAlign:t.position})))},options:{color:ct,position:Ot,align:pt,margin:n(5),padding:n(5)},reflow:function(t){var i=this;P.fn.reflow.call(i,t),i.box.snapTo(t,Ft)}}),j.buildTitle=function(t,i,n){var e;return\"string\"==typeof t&&(t={text:t}),t=lt({visible:!0},n,t),t&&t.visible&&t.text&&(e=new j(t),i.append(e)),e},E=I.extend({init:function(t,i,n,e,o){var r=this;r.text=i,r.value=t,r.index=n,r.dataItem=e,I.fn.init.call(r,i,o)},visualContext:function(t){var i=I.fn.visualContext.call(this,t);return i.value=this.value,i.dataItem=this.dataItem,i.format=this.options.format,i.culture=this.options.culture,i},click:function(t,i){var n=this;t.trigger(ut,{element:_(i),value:n.value,text:n.text,index:n.index,dataItem:n.dataItem,axis:n.parent.options})},rotate:function(){var t,i;return this.options.alignRotation!=pt?(t=this.normalBox.toRect(),i=this.rotationTransform(),this.box=k(t.bbox(i.matrix()))):I.fn.rotate.call(this),this.box},rotationTransform:function(){var t,i,n,e,o,r,a,s,l,u,c,p,f,d,x,m,g,v,y=this.options,b=y.rotation;return b?y.alignRotation==pt?I.fn.rotationTransform.call(this):(t=Z.transform().rotate(b).matrix(),i=this.normalBox.toRect(),n=this.targetBox.toRect(),e=y.rotationOrigin||Ot,o=e==Ot||e==ht?Ft:Ht,r=e==Ot||e==ht?Ht:Ft,a=e==Ot||e==Vt?n.origin:n.bottomRight(),s=i.topLeft().transformCopy(t),l=i.topRight().transformCopy(t),u=i.bottomRight().transformCopy(t),c=i.bottomLeft().transformCopy(t),p=Z.Rect.fromPoints(s,l,u,c),f={},f[r]=n.origin[r]-p.origin[r],d=st.abs(s[r]+f[r]-a[r]),x=st.abs(l[r]+f[r]-a[r]),h(d,bt)===h(x,bt)?(m=s,g=l):x<d?(m=l,g=u):(m=s,g=c),v=m[o]+(g[o]-m[o])/2,f[o]=n.center()[o]-v,Z.transform().translate(f.x,f.y).rotate(b)):null}}),U=P.extend({init:function(t){var i=this;P.fn.init.call(i,t),i.options.visible||(i.options=lt({},i.options,{labels:{visible:!1},line:{visible:!1},margin:0,majorTickSize:0,minorTickSize:0})),i.options.minorTicks=lt({},{color:i.options.line.color,width:i.options.line.width,visible:i.options.minorTickType!=Lt},i.options.minorTicks,{size:i.options.minorTickSize,align:i.options.minorTickType}),i.options.majorTicks=lt({},{color:i.options.line.color,width:i.options.line.width,visible:i.options.majorTickType!=Lt},i.options.majorTicks,{size:i.options.majorTickSize,align:i.options.majorTickType}),this.options._deferLabels||i.createLabels(),i.createTitle(),i.createNotes()},options:{labels:{visible:!0,rotation:0,mirror:!1,step:1,skip:0},line:{width:1,color:ct,visible:!0},title:{visible:!0,position:pt},majorTicks:{align:jt,size:4,skip:0,step:1},minorTicks:{align:jt,size:3,skip:0,step:1},axisCrossingValue:0,majorTickType:jt,minorTickType:Lt,majorGridLines:{skip:0,step:1},minorGridLines:{visible:!1,width:1,color:ct,skip:0,step:1},margin:5,visible:!0,reverse:!1,justified:!0,notes:{label:{text:\"\"}},_alignLines:!0,_deferLabels:!1},labelsRange:function(){return{min:this.options.labels.skip,max:this.labelsCount()}},createLabels:function(){var i,n,e,o,r=this,a=r.options,s=a.vertical?Ut:pt,l=lt({},a.labels,{align:s,zIndex:a.zIndex}),u=st.max(1,l.step);if(r.children=t.grep(r.children,function(t){return!(t instanceof E)}),r.labels=[],l.visible)for(i=r.labelsRange(),n=l.rotation,rt(n)&&(l.alignRotation=n.align,l.rotation=n.angle),\"auto\"==l.rotation&&(l.rotation=0,a.autoRotateLabels=!0),o=i.min;o<i.max;o+=u)e=r.createAxisLabel(o,l),e&&(r.append(e),r.labels.push(e))},lineBox:function(){var t=this,i=t.options,n=t.box,e=i.vertical,o=i.labels.mirror,r=o?n.x1:n.x2,a=o?n.y2:n.y1,s=i.line.width||0;return e?S(r,n.y1,r,n.y2-s):S(n.x1,a,n.x2-s,a)},createTitle:function(){var t,i=this,n=i.options,e=lt({rotation:n.vertical?-90:0,text:\"\",zIndex:1,visualSize:!0},n.title);e.visible&&e.text&&(t=new I(e.text,e),i.append(t),i.title=t)},createNotes:function(){var t,i,n,e=this,o=e.options,r=o.notes,a=r.data||[];for(e.notes=[],t=0;t<a.length;t++)i=lt({},r,a[t]),i.value=e.parseNoteValue(i.value),n=new O(i.value,i.label.text,i,null,null,i),n.options.visible&&(K(n.options.position)?o.vertical&&!l(n.options.position,[Vt,Ut])?n.options.position=o.reverse?Vt:Ut:o.vertical||l(n.options.position,[Ot,ht])||(n.options.position=o.reverse?ht:Ot):n.options.position=o.vertical?o.reverse?Vt:Ut:o.reverse?ht:Ot,e.append(n),e.notes.push(n))},parseNoteValue:function(t){return t},renderVisual:function(){P.fn.renderVisual.call(this),this.createPlotBands()},createVisual:function(){P.fn.createVisual.call(this),this.createBackground(),this.createLine()},gridLinesVisual:function(){var t=this._gridLines;return t||(t=this._gridLines=new $.Group({zIndex:-2}),this.appendVisual(this._gridLines)),t},createTicks:function(t){function i(i,n,o){var s,u=i.length,c=st.max(1,n.step);if(n.visible)for(s=n.skip;s<u;s+=c)K(o)&&s%o===0||(l.tickX=a?r.x2:r.x2-n.size,l.tickY=a?r.y1-n.size:r.y1,l.position=i[s],t.append(e(l,n)))}var n=this,o=n.options,r=n.lineBox(),a=o.labels.mirror,s=o.majorTicks.visible?o.majorUnit:0,l={vertical:o.vertical};i(n.getMajorTickPositions(),o.majorTicks),i(n.getMinorTickPositions(),o.minorTicks,s/o.minorUnit)},createLine:function(){var t,i,n=this,e=n.options,o=e.line,r=n.lineBox();o.width>0&&o.visible&&(t=new $.Path({stroke:{width:o.width,color:o.color,dashType:o.dashType}}),t.moveTo(r.x1,r.y1).lineTo(r.x2,r.y2),e._alignLines&&w(t),i=this._lineGroup=new $.Group,i.append(t),this.visual.append(i),this.createTicks(i))},getActualTickSize:function(){var t=this,i=t.options,n=0;return i.majorTicks.visible&&i.minorTicks.visible?n=st.max(i.majorTicks.size,i.minorTicks.size):i.majorTicks.visible?n=i.majorTicks.size:i.minorTicks.visible&&(n=i.minorTicks.size),\n    n},createBackground:function(){var t=this,i=t.options,n=i.background,e=t.box;n&&(t._backgroundPath=$.Path.fromRect(e.toRect(),{fill:{color:n},stroke:null}),this.visual.append(t._backgroundPath))},createPlotBands:function(){var i,n,e,o,r,a,s=this,l=s.options,u=l.plotBands||[],c=l.vertical,h=s.plotArea;0!==u.length&&(r=this._plotbandGroup=new $.Group({zIndex:-1}),a=t.grep(s.pane.axes,function(t){return t.options.vertical!==s.options.vertical})[0],t.each(u,function(t,l){var u,p;e=Q(l.from,zt),o=Q(l.to,Pt),c?(i=(a||h.axisX).lineBox(),n=s.getSlot(l.from,l.to,!0)):(i=s.getSlot(l.from,l.to,!0),n=(a||h.axisY).lineBox()),0!==i.width()&&0!==n.height()&&(u=new Z.Rect([i.x1,n.y1],[i.width(),n.height()]),p=$.Path.fromRect(u,{fill:{color:l.color,opacity:l.opacity},stroke:null}),r.append(p))}),s.appendVisual(r))},createGridLines:function(t){function i(t,i,e){var r,s=t.length,u=st.max(1,i.step);if(i.visible)for(r=i.skip;r<s;r+=u)n=h(t[r]),l(n,x)||r%e===0||a&&f===n||(d.position=n,m.append(o(d,i)),x.push(n))}var n,e=this,r=e.options,a=t.options.line.visible,s=r.majorGridLines,u=s.visible?r.majorUnit:0,c=r.vertical,p=t.lineBox(),f=p[c?\"y1\":\"x1\"],d={lineStart:p[c?\"x1\":\"y1\"],lineEnd:p[c?\"x2\":\"y2\"],vertical:c},x=[],m=this.gridLinesVisual();return i(e.getMajorTickPositions(),r.majorGridLines),i(e.getMinorTickPositions(),r.minorGridLines,u/r.minorUnit),m.children},reflow:function(t){var i,n,e=this,o=e.options,r=o.vertical,a=e.labels,s=a.length,l=e.title,u=r?Gt:_t,c=l?l.box[u]():0,h=e.getActualTickSize()+o.margin+c,p=0,f=(this.getRoot()||{}).box||t,d=f[u]();for(n=0;n<s;n++)i=a[n].box[u](),i+h<=d&&(p=st.max(p,i));e.box=r?S(t.x1,t.y1,t.x1+p+h,t.y2):S(t.x1,t.y1,t.x2,t.y1+p+h),e.arrangeTitle(),e.arrangeLabels(),e.arrangeNotes()},getLabelsTickPositions:function(){return this.getMajorTickPositions()},labelTickIndex:function(t){return t.index},arrangeLabels:function(){var t,i,n,e,o,r,a,s,l,u,c,h=this,p=h.options,f=h.labels,d=!p.justified,x=p.vertical,m=h.lineBox(),g=p.labels.mirror,v=h.getLabelsTickPositions(),y=h.getActualTickSize()+p.margin;for(n=0;n<f.length;n++)e=f[n],o=h.labelTickIndex(e),r=x?e.box.height():e.box.width(),a=v[o]-r/2,x?(d&&(s=v[o],l=v[o+1],u=s+(l-s)/2,a=u-r/2),c=m.x2,g?(c+=y,e.options.rotationOrigin=Vt):(c-=y+e.box.width(),e.options.rotationOrigin=Ut),t=e.box.move(c,a)):(d?(s=v[o],l=v[o+1]):(s=a,l=a+r),i=m.y1,g?(i-=y+e.box.height(),e.options.rotationOrigin=ht):(i+=y,e.options.rotationOrigin=Ot),t=S(s,i,l,i+e.box.height())),e.reflow(t)},autoRotateLabels:function(){var t,i,n,e,o,r;if(this.options.autoRotateLabels&&!this.options.vertical){for(t=this.getMajorTickPositions(),i=this.labels,r=0;r<i.length;r++)if(o=t[r+1]-t[r],n=i[r].box,n.width()>o){if(n.height()>o){e=-90;break}e=-45}if(e){for(r=0;r<i.length;r++)i[r].options.rotation=e,i[r].reflow(S());return!0}}},arrangeTitle:function(){var t=this,i=t.options,n=i.labels.mirror,e=i.vertical,o=t.title;o&&(e?(o.options.align=n?Ut:Vt,o.options.vAlign=o.options.position):(o.options.align=o.options.position,o.options.vAlign=n?Ot:ht),o.reflow(t.box))},arrangeNotes:function(){var t,i,n,e,o=this;for(t=0;t<o.notes.length;t++)i=o.notes[t],e=i.options.value,K(e)?(o.shouldRenderNote(e)?i.show():i.hide(),n=o.getSlot(e)):i.hide(),i.reflow(n||o.lineBox())},alignTo:function(t){var i=this,n=t.lineBox(),e=i.options.vertical,o=e?Ht:Ft;i.box.snapTo(n,o),e?i.box.shrink(0,i.lineBox().height()-n.height()):i.box.shrink(i.lineBox().width()-n.width(),0),i.box[o+1]-=i.lineBox()[o+1]-n[o+1],i.box[o+2]-=i.lineBox()[o+2]-n[o+2]},axisLabelText:function(t,i,n){var e,o=t;return n.template?(e=nt(n.template),o=e({value:t,dataItem:i,format:n.format,culture:n.culture})):n.format&&(o=n.format.match(kt)?X.format(n.format,t):X.toString(t,n.format,n.culture)),o},slot:function(t,i,n){var e=this.getSlot(t,i,n);if(e)return e.toRect()},contentBox:function(){var t=this.box.clone(),i=this.labels;return i.length&&(i[0].options.visible&&t.wrap(i[0].box),Y(i).options.visible&&t.wrap(Y(i).box)),t},limitRange:function(t,i,n,e,o){var r,a=this.options;if(!(t<n&&o<0&&(!K(a.min)||a.min<=n)||e<i&&o>0&&(!K(a.max)||e<=a.max)))return i<n&&o>0||e<t&&o<0?{min:t,max:i}:(r=i-t,t<n?(t=W.limitValue(t,n,e),i=W.limitValue(t+r,n+r,e)):i>e&&(i=W.limitValue(i,n,e),t=W.limitValue(i-r,n,e-r)),{min:t,max:i})},valueRange:function(){return{min:this.seriesMin,max:this.seriesMax}}}),O=C.extend({init:function(t,i,n,e,o,r){var a=this;C.fn.init.call(a,r),a.value=t,a.text=i,a.dataItem=n,a.category=e,a.series=o,a.render()},options:{icon:{visible:!0,type:xt},label:{position:At,visible:!0,align:pt,vAlign:pt},line:{visible:!0},visible:!0,position:Ot,zIndex:2},hide:function(){this.options.visible=!1},show:function(){this.options.visible=!0},render:function(){var t,i,n,e,o=this,r=o.options,a=r.label,s=o.text,l=r.icon,u=l.size,c=S();r.visible&&(K(a)&&a.visible&&(a.template?(e=nt(a.template),s=e({dataItem:o.dataItem,category:o.category,value:o.value,text:s,series:o.series})):a.format&&(s=m(a.format,s)),o.label=new I(s,lt({},a)),a.position!==At||K(u)||(l.type===xt?u=st.max(o.label.box.width(),o.label.box.height()):(i=o.label.box.width(),n=o.label.box.height()),c.wrap(o.label.box))),l.width=i||u||yt,l.height=n||u||yt,t=new D(lt({},l)),o.marker=t,o.append(t),o.label&&o.append(o.label),t.reflow(S()),o.wrapperBox=c.wrap(t.box))},reflow:function(t){var i,n,e,o=this,r=o.options,a=t.center(),s=o.wrapperBox,u=r.line.length,c=r.position,h=o.label,p=o.marker;r.visible&&(l(c,[Vt,Ut])?c===Vt?(e=s.alignTo(t,c).translate(-u,t.center().y-s.center().y),r.line.visible&&(i=[t.x1,a.y],o.linePoints=[i,[e.x2,a.y]],n=e.clone().wrapPoint(i))):(e=s.alignTo(t,c).translate(u,t.center().y-s.center().y),r.line.visible&&(i=[t.x2,a.y],o.linePoints=[i,[e.x1,a.y]],n=e.clone().wrapPoint(i))):c===ht?(e=s.alignTo(t,c).translate(t.center().x-s.center().x,u),r.line.visible&&(i=[a.x,t.y2],o.linePoints=[i,[a.x,e.y1]],n=e.clone().wrapPoint(i))):(e=s.alignTo(t,c).translate(t.center().x-s.center().x,-u),r.line.visible&&(i=[a.x,t.y1],o.linePoints=[i,[a.x,e.y2]],n=e.clone().wrapPoint(i))),p&&p.reflow(e),h&&(h.reflow(e),p&&(r.label.position===jt&&h.box.alignTo(p.box,c),h.reflow(h.box))),o.contentBox=e,o.targetBox=t,o.box=n||e)},createVisual:function(){C.fn.createVisual.call(this),this.visual.options.noclip=this.options.noclip,this.options.visible&&this.createLine()},renderVisual:function(){var t=this,i=t.options,n=i.visual;i.visible&&n?(t.visual=n({dataItem:t.dataItem,category:t.category,value:t.value,text:t.text,sender:t.getChart(),series:t.series,rect:t.targetBox.toRect(),options:{background:i.background,border:i.background,icon:i.icon,label:i.label,line:i.line,position:i.position,visible:i.visible},createVisual:function(){t.createVisual(),t.renderChildren();var i=t.visual;return delete t.visual,i}}),t.addVisual()):C.fn.renderVisual.call(t)},createLine:function(){var t,i=this.options.line;this.linePoints&&(t=$.Path.fromPoints(this.linePoints,{stroke:{color:i.color,width:i.width,dashType:i.dashType}}),w(t),this.visual.append(t))},click:function(t,i){var n=this.eventArgs(i);t.trigger(Bt,n)||i.preventDefault()},hover:function(t,i){var n=this.eventArgs(i);t.trigger(It,n)||i.preventDefault()},leave:function(t){t._unsetActivePoint()},eventArgs:function(t){var i=this,n=i.options;return{element:_(t),text:K(n.label)?n.label.text:\"\",dataItem:i.dataItem,series:i.series,value:i.value,category:i.category,visual:i.visual}}}),D=C.extend({init:function(t,i){this.pointData=i,C.fn.init.call(this,t)},options:{type:xt,align:pt,vAlign:pt},getElement:function(){var t,i,n=this,e=n.options,o=e.type,r=e.rotation,a=n.paddingBox,s=a.center(),l=a.width()/2;if(e.visible&&n.hasBox())return i=n.visualStyle(),o===xt?t=new $.Circle(new Z.Circle([h(a.x1+l,ft),h(a.y1+a.height()/2,ft)],l),i):o===Dt?t=$.Path.fromPoints([[a.x1+l,a.y1],[a.x1,a.y2],[a.x2,a.y2]],i).close():o===mt?(t=new $.MultiPath(i),t.moveTo(a.x1,a.y1).lineTo(a.x2,a.y2),t.moveTo(a.x1,a.y2).lineTo(a.x2,a.y1)):t=$.Path.fromRect(a.toRect(),i),r&&t.transform(Z.transform().rotate(-r,[s.x,s.y])),t.options.zIndex=this.options.zIndex,t},createElement:function(){var t,i=this,n=i.options.visual,e=i.pointData||{};return t=n?n({value:e.value,dataItem:e.dataItem,sender:i.getChart(),series:e.series,category:e.category,rect:i.paddingBox.toRect(),options:i.visualOptions(),createVisual:function(){return i.getElement()}}):i.getElement()},visualOptions:function(){var t=this.options;return{background:t.background,border:t.border,margin:t.margin,padding:t.padding,type:t.type,size:t.width,visible:t.visible}},createVisual:function(){this.visual=this.createElement()}}),G=U.extend({init:function(t,i,n){var e=this,o=e.initDefaults(t,i,n);this.seriesMin=t,this.seriesMax=i,U.fn.init.call(e,o)},startValue:function(){return 0},options:{type:\"numeric\",min:0,max:1,vertical:!0,majorGridLines:{visible:!0,width:1,color:ct},labels:{format:\"#.####################\"},zIndex:1},initDefaults:function(t,i,n){var e,o=this,a=n.narrowRange,s=o.autoAxisMin(t,i,a),l=o.autoAxisMax(t,i,a),h=r(s,l),p={majorUnit:h};return n.roundToMajorUnit!==!1&&(s<0&&f(s,h,1/3)&&(s-=h),l>0&&f(l,h,1/3)&&(l+=h)),p.min=c(s,h),p.max=u(l,h),this.totalMin=K(n.min)?st.min(p.min,n.min):p.min,this.totalMax=K(n.max)?st.max(p.max,n.max):p.max,this.totalMajorUnit=h,n&&(e=K(n.min)||K(n.max),e&&n.min===n.max&&(n.min>0?n.min=0:n.max=1),n.majorUnit?(p.min=c(p.min,n.majorUnit),p.max=u(p.max,n.majorUnit)):e&&(n=lt(p,n),p.majorUnit=r(n.min,n.max))),p.minorUnit=(n.majorUnit||p.majorUnit)/5,lt(p,n)},range:function(){var t=this.options;return{min:t.min,max:t.max}},autoAxisMax:function(t,i,n){var e,o;if(!t&&!i)return 1;if(t<=0&&i<=0){if(i=t==i?0:i,o=st.abs((i-t)/i),n===!1||!n&&o>Xt)return 0;e=st.min(0,i-(t-i)/2)}else t=t==i?0:t,e=i;return e},autoAxisMin:function(t,i,n){var e,o;if(!t&&!i)return 0;if(t>=0&&i>=0){if(t=t==i?0:t,o=(i-t)/i,n===!1||!n&&o>Xt)return 0;e=st.max(0,t-(i-t)/2)}else i=t==i?0:i,e=t;return e},getDivisions:function(t){if(0===t)return 1;var i=this.options,n=i.max-i.min;return st.floor(h(n/t,ft))+1},getTickPositions:function(t,i){var n,e=this,o=e.options,r=o.vertical,a=o.reverse,s=e.lineBox(),l=r?s.height():s.width(),u=o.max-o.min,c=l/u,p=t*c,f=0,d=e.getDivisions(t),x=(r?-1:1)*(a?-1:1),m=1===x?1:2,g=s[(r?Ht:Ft)+m],v=[];for(i&&(f=i/t),n=0;n<d;n++)n%f!==0&&v.push(h(g,ft)),g+=p*x;return v},getMajorTickPositions:function(){var t=this;return t.getTickPositions(t.options.majorUnit)},getMinorTickPositions:function(){var t=this;return t.getTickPositions(t.options.minorUnit)},getSlot:function(t,i,n){var e,o,r=this,a=r.options,s=a.reverse,l=a.vertical,u=l?Ht:Ft,c=r.lineBox(),h=c[u+(s?2:1)],p=l?c.height():c.width(),f=s?-1:1,d=f*(p/(a.max-a.min)),x=new S(c.x1,c.y1,c.x1,c.y1);return K(t)||(t=i||0),K(i)||(i=t||0),n&&(t=st.max(st.min(t,a.max),a.min),i=st.max(st.min(i,a.max),a.min)),l?(e=a.max-st.max(t,i),o=a.max-st.min(t,i)):(e=st.min(t,i)-a.min,o=st.max(t,i)-a.min),x[u+1]=M(h+d*(s?o:e)),x[u+2]=M(h+d*(s?e:o)),x},getValue:function(t){var i,n=this,e=n.options,o=e.reverse,r=e.vertical,a=1*e.max,s=1*e.min,l=r?Ht:Ft,u=n.lineBox(),c=u[l+(o?2:1)],p=r?u.height():u.width(),f=o?-1:1,d=f*(t[l]-c),x=(a-s)/p,m=d*x;return d<0||d>p?null:(i=r?a-m:s+m,h(i,bt))},translateRange:function(t){var i=this,n=i.options,e=i.lineBox(),o=n.vertical,r=n.reverse,a=o?e.height():e.width(),s=n.max-n.min,l=a/s,u=h(t/l,bt);return!o&&!r||o&&r||(u=-u),{min:n.min+u,max:n.max+u}},scaleRange:function(t){var i=this,n=i.options,e=-t*n.majorUnit;return{min:n.min-e,max:n.max+e}},labelsCount:function(){return this.getDivisions(this.options.majorUnit)},createAxisLabel:function(t,i){var n=this,e=n.options,o=h(e.min+t*e.majorUnit,bt),r=n.axisLabelText(o,null,i);return new E(o,r,t,null,i)},shouldRenderNote:function(t){var i=this.range();return i.min<=t&&t<=i.max},pan:function(t){var i=this.translateRange(t);return this.limitRange(i.min,i.max,this.totalMin,this.totalMax)},pointsRange:function(t,i){var n=this.getValue(t),e=this.getValue(i),o=st.min(n,e),r=st.max(n,e);if(this.isValidRange(o,r))return{min:o,max:r}},zoomRange:function(t){var i=this.scaleRange(t),n=this.totalMax,e=this.totalMin,o=W.limitValue(i.min,e,n),r=W.limitValue(i.max,e,n);if(this.isValidRange(o,r))return{min:o,max:r}},isValidRange:function(t,i){return i-t>Ct}}),N=U.extend({init:function(t,i,n){this.options=this._initOptions(t,i,n),this.seriesMin=t,this.seriesMax=i,U.fn.init.call(this,n)},startValue:function(){return this.options.min},options:{type:\"log\",majorUnit:10,minorUnit:1,axisCrossingValue:1,vertical:!0,majorGridLines:{visible:!0,width:1,color:ct},zIndex:1},getSlot:function(t,i,n){var e,o,r=this,a=r.options,s=a.reverse,l=a.vertical,u=l?Ht:Ft,c=r.lineBox(),h=c[u+(s?2:1)],f=l?c.height():c.width(),d=s?-1:1,x=a.majorUnit,m=r.logMin,g=r.logMax,v=d*(f/(g-m)),y=new S(c.x1,c.y1,c.x1,c.y1);if(K(t)||(t=i||1),K(i)||(i=t||1),!(t<=0||i<=0))return n&&(t=st.max(st.min(t,a.max),a.min),i=st.max(st.min(i,a.max),a.min)),t=p(t,x),i=p(i,x),l?(e=g-st.max(t,i),o=g-st.min(t,i)):(e=st.min(t,i)-m,o=st.max(t,i)-m),y[u+1]=M(h+v*(s?o:e)),y[u+2]=M(h+v*(s?e:o)),y},getValue:function(t){var i,n=this,e=n.options,o=e.reverse,r=e.vertical,a=n.lineBox(),s=e.majorUnit,l=n.logMin,u=n.logMax,c=r===o?1:-1,p=1===c?1:2,f=r?a.height():a.width(),d=(u-l)/f,x=r?Ht:Ft,m=a[x+p],g=c*(t[x]-m),v=g*d;return g<0||g>f?null:(i=l+v,h(st.pow(s,i),bt))},range:function(){var t=this.options;return{min:t.min,max:t.max}},scaleRange:function(t){var i=this,n=i.options,e=n.majorUnit,o=-t;return{min:st.pow(e,i.logMin-o),max:st.pow(e,i.logMax+o)}},translateRange:function(t){var i=this,n=i.options,e=n.majorUnit,o=i.lineBox(),r=n.vertical,a=n.reverse,s=r?o.height():o.width(),l=s/(i.logMax-i.logMin),u=h(t/l,bt);return!r&&!a||r&&a||(u=-u),{min:st.pow(e,i.logMin+u),max:st.pow(e,i.logMax+u)}},labelsCount:function(){var t=this,i=st.floor(t.logMax),n=st.floor(i-t.logMin)+1;return n},getMajorTickPositions:function(){var t=this,i=[];return t.traverseMajorTicksPositions(function(t){i.push(t)},{step:1,skip:0}),i},createTicks:function(t){function i(i,n){c.tickX=s?a.x2:a.x2-n.size,c.tickY=s?a.y1-n.size:a.y1,c.position=i,t.append(e(c,n))}var n=this,o=[],r=n.options,a=n.lineBox(),s=r.labels.mirror,l=r.majorTicks,u=r.minorTicks,c={vertical:r.vertical};return l.visible&&n.traverseMajorTicksPositions(i,l),u.visible&&n.traverseMinorTicksPositions(i,u),o},createGridLines:function(t){function i(t,i){l(t,h)||(c.position=t,p.append(o(c,i)),h.push(t))}var n=this,e=n.options,r=e.majorGridLines,a=e.minorGridLines,s=e.vertical,u=t.lineBox(),c={lineStart:u[s?\"x1\":\"y1\"],lineEnd:u[s?\"x2\":\"y2\"],vertical:s},h=[],p=this.gridLinesVisual();return r.visible&&n.traverseMajorTicksPositions(i,r),a.visible&&n.traverseMinorTicksPositions(i,a),p.children},traverseMajorTicksPositions:function(t,i){var n,e,o=this,r=o._lineOptions(),a=r.lineStart,s=r.step,l=o.logMin,u=o.logMax;for(n=st.ceil(l)+i.skip;n<=u;n+=i.step)e=h(a+s*(n-l),bt),t(e,i)},traverseMinorTicksPositions:function(t,i){var n,e,o,r,a,s=this,l=s.options,u=s._lineOptions(),c=u.lineStart,f=u.step,d=l.majorUnit,x=s.logMin,m=s.logMax,g=st.floor(x),v=l.max,y=l.min,b=l.minorUnit;for(n=g;n<m;n++)for(r=s._minorIntervalOptions(n),a=i.skip;a<b&&(e=r.value+a*r.minorStep,!(e>v));a+=i.step)e>=y&&(o=h(c+f*(p(e,d)-x),bt),t(o,i))},createAxisLabel:function(t,i){var n=this,e=n.options,o=st.ceil(n.logMin+t),r=Math.pow(e.majorUnit,o),a=n.axisLabelText(r,null,i);return new E(r,a,t,null,i)},shouldRenderNote:function(t){var i=this.range();return i.min<=t&&t<=i.max},_throwNegativeValuesError:function(){throw Error(\"Non positive values cannot be used for a logarithmic axis\")},_initOptions:function(t,i,n){var e=this,o=lt({},e.options,{min:t,max:i},n),r=o.min,a=o.max,s=o.majorUnit,l=this._autoMax(i,s),u=this._autoMin(t,i,o);return o.axisCrossingValue<=0&&e._throwNegativeValuesError(),K(n.max)?n.max<=0&&e._throwNegativeValuesError():a=l,K(n.min)?n.min<=0&&e._throwNegativeValuesError():r=u,this.totalMin=K(n.min)?st.min(u,n.min):u,this.totalMax=K(n.max)?st.max(l,n.max):l,e.logMin=h(p(r,s),bt),e.logMax=h(p(a,s),bt),o.max=a,o.min=r,o.minorUnit=n.minorUnit||h(s-1,bt),o},_autoMin:function(t,i,n){var e=t,o=n.majorUnit;return t<=0?e=i<=1?st.pow(o,-2):1:n.narrowRange||(e=st.pow(o,st.floor(p(t,o)))),e},_autoMax:function(t,i){var n,e=h(p(t,i),bt)%1;return n=t<=0?i:0!==e&&(e<.3||e>.9)?st.pow(i,p(t,i)+.2):st.pow(i,st.ceil(p(t,i)))},pan:function(t){var i=this.translateRange(t);return this.limitRange(i.min,i.max,this.totalMin,this.totalMax,-t)},pointsRange:function(t,i){var n=this.getValue(t),e=this.getValue(i),o=st.min(n,e),r=st.max(n,e);return{min:o,max:r}},zoomRange:function(t){var i=this.options,n=this.scaleRange(t),e=this.totalMax,o=this.totalMin,r=W.limitValue(n.min,o,e),a=W.limitValue(n.max,o,e),s=i.majorUnit,l=a>r&&i.min&&i.max&&h(p(i.max,s)-p(i.min,s),bt)<1,u=!(i.min===o&&i.max===e)&&h(p(a,s)-p(r,s),bt)>=1;if(l||u)return{min:r,max:a}},_minorIntervalOptions:function(t){var i=this.options.majorUnit,n=st.pow(i,t),e=st.pow(i,t+1),o=e-n,r=o/this.options.minorUnit;return{value:n,minorStep:r}},_lineOptions:function(){var t=this,i=t.options,n=i.reverse,e=i.vertical,o=e?Ht:Ft,r=t.lineBox(),a=e===n?1:-1,s=1===a?1:2,l=e?r.height():r.width(),u=a*(l/(t.logMax-t.logMin)),c=r[o+s];return{step:u,lineStart:c,lineBox:r}}}),J.Gradients={glass:{type:Rt,rotation:0,stops:[{offset:0,color:Nt,opacity:0},{offset:.25,color:Nt,opacity:.3},{offset:1,color:Nt,opacity:0}]},sharpBevel:{type:Et,stops:[{offset:0,color:Nt,opacity:.55},{offset:.65,color:Nt,opacity:0},{offset:.95,color:Nt,opacity:.25}]},roundedBevel:{type:Et,stops:[{offset:.33,color:Nt,opacity:.06},{offset:.83,color:Nt,opacity:.2},{offset:.95,color:Nt,opacity:0}]},roundedGlass:{type:Et,supportVML:!1,stops:[{offset:0,color:Nt,opacity:0},{offset:.5,color:Nt,opacity:.3},{offset:.99,color:Nt,opacity:0}]},sharpGlass:{type:Et,supportVML:!1,stops:[{offset:0,color:Nt,opacity:.2},{offset:.15,color:Nt,opacity:.15},{offset:.17,color:Nt,opacity:.35},{offset:.85,color:Nt,opacity:.05},{offset:.87,color:Nt,opacity:.15},{offset:.99,color:Nt,opacity:0}]}},F={extend:function(t,i){if(!t.exportVisual)throw Error(\"Mixin target has no exportVisual method defined.\");t.exportSVG=this.exportSVG,t.exportImage=this.exportImage,t.exportPDF=this.exportPDF,i||(t.svg=this.svg,t.imageDataURL=this.imageDataURL)},exportSVG:function(t){return $.exportSVG(this.exportVisual(),t)},exportImage:function(t){return $.exportImage(this.exportVisual(t),t)},exportPDF:function(t){return $.exportPDF(this.exportVisual(),t)},svg:function(){if($.svg.Surface)return $.svg._exportGroup(this.exportVisual());throw Error(\"SVG Export failed. Unable to export instantiate kendo.drawing.svg.Surface\")},imageDataURL:function(){var i,n,e;if(!X.support.canvas)return null;if($.canvas.Surface)return i=t(\"<div />\").css({display:\"none\",width:this.element.width(),height:this.element.height()}).appendTo(document.body),n=new $.canvas.Surface(i),n.draw(this.exportVisual()),e=n._rootElement.toDataURL(),n.destroy(),i.remove(),e;throw Error(\"Image Export failed. Unable to export instantiate kendo.drawing.canvas.Surface\")}},H=function(t){this.closed=t},H.prototype=H.fn={WEIGHT:.333,EXTREMUM_ALLOWED_DEVIATION:.01,process:function(t){var i,n,e,o,r,a,s,l,u,c,h=this,p=h.closed,f=t.slice(0),d=f.length,x=[];if(d>2&&(h.removeDuplicates(0,f),d=f.length),d<2||2==d&&f[0].equals(f[1]))return x;for(i=f[0],n=f[1],e=f[2],x.push(new $.Segment(i));i.equals(f[d-1]);)p=!0,f.pop(),d--;if(2==d)return s=h.tangent(i,n,Ft,Ht),Y(x).controlOut(h.firstControlPoint(s,i,n,Ft,Ht)),x.push(new $.Segment(n,h.secondControlPoint(s,i,n,Ft,Ht))),x;for(p?(i=f[d-1],n=f[0],e=f[1],o=h.controlPoints(i,n,e),r=o[1],a=o[0]):(s=h.tangent(i,n,Ft,Ht),r=h.firstControlPoint(s,i,n,Ft,Ht)),l=r,u=0;u<=d-3;u++)h.removeDuplicates(u,f),d=f.length,u+3<=d&&(i=f[u],n=f[u+1],e=f[u+2],o=h.controlPoints(i,n,e),Y(x).controlOut(l),l=o[1],c=o[0],x.push(new $.Segment(n,c)));return p?(i=f[d-2],n=f[d-1],e=f[0],o=h.controlPoints(i,n,e),Y(x).controlOut(l),x.push(new $.Segment(n,o[0])),Y(x).controlOut(o[1]),x.push(new $.Segment(e,a))):(s=h.tangent(n,e,Ft,Ht),Y(x).controlOut(l),x.push(new $.Segment(e,h.secondControlPoint(s,n,e,Ft,Ht)))),x},removeDuplicates:function(t,i){for(;i[t+1]&&(i[t].equals(i[t+1])||i[t+1].equals(i[t+2]));)i.splice(t+1,1)},invertAxis:function(t,i,n){var e,o,r=this,a=!1;return t.x===i.x?a=!0:i.x===n.x?(i.y<n.y&&t.y<=i.y||n.y<i.y&&i.y<=t.y)&&(a=!0):(e=r.lineFunction(t,i),o=r.calculateFunction(e,n.x),t.y<=i.y&&n.y<=o||i.y<=t.y&&n.y>=o||(a=!0)),a},isLine:function(t,i,n){var e=this,o=e.lineFunction(t,i),r=e.calculateFunction(o,n.x);return t.x==i.x&&i.x==n.x||h(r,1)===h(n.y,1)},lineFunction:function(t,i){var n=(i.y-t.y)/(i.x-t.x),e=t.y-n*t.x;return[e,n]},controlPoints:function(t,i,n){var e,o,r,a,s,l,u=this,c=Ft,h=Ht,p=!1,f=!1,d=u.EXTREMUM_ALLOWED_DEVIATION;return u.isLine(t,i,n)?e=u.tangent(t,i,Ft,Ht):(o={x:u.isMonotonicByField(t,i,n,Ft),y:u.isMonotonicByField(t,i,n,Ht)},o.x&&o.y?(e=u.tangent(t,n,Ft,Ht),p=!0):(u.invertAxis(t,i,n)&&(c=Ht,h=Ft),o[c]?e=0:(s=n[h]<t[h]&&t[h]<=i[h]||t[h]<n[h]&&i[h]<=t[h]?u.sign((n[h]-t[h])*(i[c]-t[c])):-u.sign((n[c]-t[c])*(i[h]-t[h])),e=d*s,f=!0))),a=u.secondControlPoint(e,t,i,c,h),f&&(l=c,c=h,h=l),r=u.firstControlPoint(e,i,n,c,h),p&&(u.restrictControlPoint(t,i,a,e),u.restrictControlPoint(i,n,r,e)),[a,r]},sign:function(t){return t<=0?-1:1},restrictControlPoint:function(t,i,n,e){t.y<i.y?i.y<n.y?(n.x=t.x+(i.y-t.y)/e,n.y=i.y):n.y<t.y&&(n.x=i.x-(i.y-t.y)/e,n.y=t.y):n.y<i.y?(n.x=t.x-(t.y-i.y)/e,n.y=i.y):t.y<n.y&&(n.x=i.x+(t.y-i.y)/e,n.y=t.y)},tangent:function(t,i,n,e){var o,r=i[n]-t[n],a=i[e]-t[e];return o=0===r?0:a/r},isMonotonicByField:function(t,i,n,e){return n[e]>i[e]&&i[e]>t[e]||n[e]<i[e]&&i[e]<t[e]},firstControlPoint:function(t,i,n,e,o){var r=this,a=i[e],s=n[e],l=(s-a)*r.WEIGHT;return r.point(a+l,i[o]+l*t,e,o)},secondControlPoint:function(t,i,n,e,o){var r=this,a=i[e],s=n[e],l=(s-a)*r.WEIGHT;return r.point(s-l,n[o]-l*t,e,o)},point:function(t,i,n,e){var o=new Z.Point;return o[n]=t,o[e]=i,o},calculateFunction:function(t,i){var n,e=0,o=t.length;for(n=0;n<o;n++)e+=Math.pow(i,n)*t[n];return e}},b._element=document.createElement(\"span\"),lt(X.dataviz,{AXIS_LABEL_CLICK:ut,COORD_PRECISION:ft,DEFAULT_PRECISION:bt,DEFAULT_WIDTH:wt,DEFAULT_HEIGHT:vt,DEFAULT_FONT:gt,INITIAL_ANIMATION_DURATION:St,NOTE_CLICK:Bt,NOTE_HOVER:It,CLIP:dt,Axis:U,AxisLabel:E,Box2D:S,BoxElement:C,ChartElement:P,CurveProcessor:H,ExportMixin:F,FloatElement:B,LogarithmicAxis:N,Note:O,NumericAxis:G,Point2D:Wt,Ring:A,RootElement:z,Sector:V,ShapeBuilder:R,ShapeElement:D,Text:L,TextBox:I,Title:j,alignPathToPixel:w,autoFormat:m,autoMajorUnit:r,boxDiff:s,dateComparer:v,decodeEntities:b,eventTargetElement:_,getSpacing:n,inArray:l,interpolateValue:d,mwDelta:y,rectToBox:k,rotatePoint:a,round:h,ceil:u,floor:c})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,i,n){(n||i)()});;!function(o,define){define(\"util/main.min\",[\"kendo.core.min\"],o)}(function(){return function(){function o(o){return typeof o!==O}function e(o,e){var l=r(e);return G.round(o*l)/l}function r(o){return o?G.pow(10,o):1}function l(o,e,r){return G.max(G.min(o,r),e)}function c(o){return o*I}function a(o){return o/I}function t(o){return\"number\"==typeof o&&!isNaN(o)}function n(e,r){return o(e)?e:r}function i(o){return o*o}function f(o){var e,r=[];for(e in o)r.push(e+o[e]);return r.sort().join(\"\")}function s(o){var e,r=2166136261;for(e=0;e<o.length;++e)r+=(r<<1)+(r<<4)+(r<<7)+(r<<8)+(r<<24),r^=o.charCodeAt(e);return r>>>0}function d(o){return s(f(o))}function b(o){var e,r=o.length,l=N,c=S;for(e=0;e<r;e++)c=G.max(c,o[e]),l=G.min(l,o[e]);return{min:l,max:c}}function u(o){return b(o).min}function h(o){return b(o).max}function k(o){return m(o).min}function g(o){return m(o).max}function m(o){var e,r,l,c=N,a=S;for(e=0,r=o.length;e<r;e++)l=o[e],null!==l&&isFinite(l)&&(c=G.min(c,l),a=G.max(a,l));return{min:c===N?void 0:c,max:a===S?void 0:a}}function p(o){if(o)return o[o.length-1]}function v(o,e){return o.push.apply(o,e),o}function w(o){return P.template(o,{useWithBlock:!1,paramName:\"d\"})}function C(e,r){return o(r)&&null!==r?\" \"+e+\"='\"+r+\"' \":\"\"}function y(o){var e,r=\"\";for(e=0;e<o.length;e++)r+=C(o[e][0],o[e][1]);return r}function D(e){var r,l,c=\"\";for(r=0;r<e.length;r++)l=e[r][1],o(l)&&(c+=e[r][0]+\":\"+l+\";\");if(\"\"!==c)return c}function x(o){return\"string\"!=typeof o&&(o+=\"px\"),o}function B(o){var e,r,l=[];if(o)for(e=P.toHyphens(o).split(\"-\"),r=0;r<e.length;r++)l.push(\"k-pos-\"+e[r]);return l.join(\" \")}function _(e){return\"\"===e||null===e||\"none\"===e||\"transparent\"===e||!o(e)}function A(o){for(var e={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},r=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],l=\"\";o>0;)o<r[0]?r.shift():(l+=e[r[0]],o-=r[0]);return l}function L(o){var e,r,l,c,a;for(o=o.toLowerCase(),e={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},r=0,l=0,c=0;c<o.length;++c){if(a=e[o.charAt(c)],!a)return null;r+=a,a>l&&(r-=2*l),l=a}return r}function z(o){var e=Object.create(null);return function(){var r,l=\"\";for(r=arguments.length;--r>=0;)l+=\":\"+arguments[r];return l in e?e[l]:e[l]=o.apply(this,arguments)}}function T(o){for(var e,r,l=[],c=0,a=o.length;c<a;)e=o.charCodeAt(c++),e>=55296&&e<=56319&&c<a?(r=o.charCodeAt(c++),56320==(64512&r)?l.push(((1023&e)<<10)+(1023&r)+65536):(l.push(e),c--)):l.push(e);return l}function j(o){return o.map(function(o){var e=\"\";return o>65535&&(o-=65536,e+=String.fromCharCode(o>>>10&1023|55296),o=56320|1023&o),e+=String.fromCharCode(o)}).join(\"\")}function M(o,e){function r(o,r){for(var l=[],c=0,a=0,t=0;c<o.length&&a<r.length;)e(o[c],r[a])<=0?l[t++]=o[c++]:l[t++]=r[a++];return c<o.length&&l.push.apply(l,o.slice(c)),a<r.length&&l.push.apply(l,r.slice(a)),l}return o.length<2?o.slice():function l(o){var e,c,a;return o.length<=1?o:(e=Math.floor(o.length/2),c=o.slice(0,e),a=o.slice(e),c=l(c),a=l(a),r(c,a))}(o)}var G=Math,P=window.kendo,W=P.deepExtend,I=G.PI/180,N=Number.MAX_VALUE,S=-Number.MAX_VALUE,O=\"undefined\",E=Date.now;E||(E=function(){return(new Date).getTime()}),W(P,{util:{MAX_NUM:N,MIN_NUM:S,append:v,arrayLimits:b,arrayMin:u,arrayMax:h,defined:o,deg:a,hashKey:s,hashObject:d,isNumber:t,isTransparent:_,last:p,limitValue:l,now:E,objectKey:f,round:e,rad:c,renderAttr:C,renderAllAttr:y,renderPos:B,renderSize:x,renderStyle:D,renderTemplate:w,sparseArrayLimits:m,sparseArrayMin:k,sparseArrayMax:g,sqr:i,valueOrDefault:n,romanToArabic:L,arabicToRoman:A,memoize:z,ucs2encode:j,ucs2decode:T,mergeSort:M}}),P.drawing.util=P.util,P.dataviz.util=P.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(o,e,r){(r||e)()}),function(o,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],o)}(function(){!function(o){function e(){return{width:0,height:0,baseline:0}}function r(o,e,r){return d.current.measure(o,e,r)}function l(o,e){var r=[];if(o.length>0&&document.fonts){try{r=o.map(function(o){return document.fonts.load(o)})}catch(l){a.logToConsole(l)}Promise.all(r).then(e,e)}else e()}var c=document,a=window.kendo,t=a.Class,n=a.util,i=n.defined,f=t.extend({init:function(o){this._size=o,this._length=0,this._map={}},put:function(o,e){var r=this,l=r._map,c={key:o,value:e};l[o]=c,r._head?(r._tail.newer=c,c.older=r._tail,r._tail=c):r._head=r._tail=c,r._length>=r._size?(l[r._head.key]=null,r._head=r._head.newer,r._head.older=null):r._length++},get:function(o){var e=this,r=e._map[o];if(r)return r===e._head&&r!==e._tail&&(e._head=r.newer,e._head.older=null),r!==e._tail&&(r.older&&(r.older.newer=r.newer,r.newer.older=r.older),r.older=e._tail,r.newer=null,e._tail.newer=r,e._tail=r),r.value}}),s=o(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],d=t.extend({init:function(o){this._cache=new f(1e3),this._initOptions(o)},options:{baselineMarkerSize:1},measure:function(r,l,a){var t,f,d,b,u,h,k,g;if(!r)return e();if(t=n.objectKey(l),f=n.hashKey(r+t),d=this._cache.get(f),d)return d;b=e(),u=a?a:s,h=this._baselineMarker().cloneNode(!1);for(k in l)g=l[k],i(g)&&(u.style[k]=g);return o(u).text(r),u.appendChild(h),c.body.appendChild(u),(r+\"\").length&&(b.width=u.offsetWidth-this.options.baselineMarkerSize,b.height=u.offsetHeight,b.baseline=h.offsetTop+this.options.baselineMarkerSize),b.width>0&&b.height>0&&this._cache.put(f,b),u.parentNode.removeChild(u),b},_baselineMarker:function(){return o(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});d.current=new d,a.util.TextMetrics=d,a.util.LRUCache=f,a.util.loadFonts=l,a.util.measureText=r}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(o,e,r){(r||e)()}),function(o,define){define(\"util/base64.min\",[\"util/main.min\"],o)}(function(){return function(){function o(o){var r,l,c,t,n,i,f,s=\"\",d=0;for(o=e(o);d<o.length;)r=o.charCodeAt(d++),l=o.charCodeAt(d++),c=o.charCodeAt(d++),t=r>>2,n=(3&r)<<4|l>>4,i=(15&l)<<2|c>>6,f=63&c,isNaN(l)?i=f=64:isNaN(c)&&(f=64),s=s+a.charAt(t)+a.charAt(n)+a.charAt(i)+a.charAt(f);return s}function e(o){var e,r,l=\"\";for(e=0;e<o.length;e++)r=o.charCodeAt(e),r<128?l+=c(r):r<2048?(l+=c(192|r>>>6),l+=c(128|63&r)):r<65536&&(l+=c(224|r>>>12),l+=c(128|r>>>6&63),l+=c(128|63&r));return l}var r=window.kendo,l=r.deepExtend,c=String.fromCharCode,a=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";l(r.util,{encodeBase64:o,encodeUTF8:e})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(o,e,r){(r||e)()}),function(o,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],o)}(function(){return function(o){var e=Math,r=window.kendo,l=r.deepExtend,c=o.inArray,a={observers:function(){return this._observers=this._observers||[]},addObserver:function(o){return this._observers?this._observers.push(o):this._observers=[o],this},removeObserver:function(o){var e=this.observers(),r=c(o,e);return r!=-1&&e.splice(r,1),this},trigger:function(o,e){var r,l,c=this._observers;if(c&&!this._suspended)for(l=0;l<c.length;l++)r=c[l],r[o]&&r[o](e);return this},optionsChange:function(o){o=o||{},o.element=this,this.trigger(\"optionsChange\",o)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=e.max((this._suspended||0)-1,0),this},_observerField:function(o,e){this[o]&&this[o].removeObserver(this),this[o]=e,e.addObserver(this)}};l(r,{mixins:{ObserversMixin:a}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(o,e,r){(r||e)()}),function(o,define){define(\"kendo.dataviz.themes.min\",[\"kendo.dataviz.core.min\"],o)}(function(){return function(o){function e(e,r){return o.map(e,function(o,e){return[[o,r[e]]]})}var r=window.kendo,l=r.dataviz.ui,c=r.deepExtend,a=1.5,t=.4,n=\"#000\",i=\"Arial,Helvetica,sans-serif\",f=\"11px \"+i,s=\"12px \"+i,d=\"16px \"+i,b=\"#fff\",u={title:{font:d},legend:{labels:{font:s}},seriesDefaults:{visible:!0,labels:{font:f},donut:{margin:1},line:{width:2},vericalLine:{width:2},scatterLine:{width:1},area:{opacity:.4,markers:{visible:!1,size:6},highlight:{markers:{border:{color:\"#fff\",opacity:1,width:1}}},line:{opacity:1,width:0}},verticalArea:{opacity:.4,markers:{visible:!1,size:6},line:{opacity:1,width:0}},radarLine:{width:2,markers:{visible:!1}},radarArea:{opacity:.5,markers:{visible:!1,size:6},line:{opacity:1,width:0}},candlestick:{line:{width:1,color:n},border:{width:1,_brightness:.8},gap:1,spacing:.3,downColor:b,highlight:{line:{width:2},border:{width:2,opacity:1}}},ohlc:{line:{width:1},gap:1,spacing:.3,highlight:{line:{width:3,opacity:1}}},bubble:{opacity:.6,border:{width:0},labels:{background:\"transparent\"}},bar:{gap:a,spacing:t},column:{gap:a,spacing:t},rangeColumn:{gap:a,spacing:t},rangeBar:{gap:a,spacing:t},waterfall:{gap:.5,spacing:t,line:{width:1,color:n}},horizontalWaterfall:{gap:.5,spacing:t,line:{width:1,color:n}},bullet:{gap:a,spacing:t,target:{color:\"#ff0000\"}},verticalBullet:{gap:a,spacing:t,target:{color:\"#ff0000\"}},boxPlot:{outliersField:\"\",meanField:\"\",whiskers:{width:1,color:n},mean:{width:1,color:n},median:{width:1,color:n},border:{width:1,_brightness:.8},gap:1,spacing:.3,downColor:b,highlight:{whiskers:{width:2},border:{width:2,opacity:1}}},funnel:{labels:{color:\"\",background:\"\"}},notes:{icon:{border:{width:1}},label:{padding:3,font:s},line:{length:10,width:1},visible:!0}},categoryAxis:{majorGridLines:{visible:!0}},axisDefaults:{labels:{font:s},title:{font:d,margin:5},crosshair:{tooltip:{font:s}},notes:{icon:{size:7,border:{width:1}},label:{padding:3,font:s},line:{length:10,width:1},visible:!0}},tooltip:{font:s},navigator:{pane:{height:90,margin:{top:10}}}},h={scale:{labels:{font:s}}},k={shapeDefaults:{hover:{opacity:.2},stroke:{width:0}},editable:{resize:{handles:{width:7,height:7}}},selectable:{stroke:{width:1,dashType:\"dot\"}},connectionDefaults:{stroke:{width:2},selection:{handles:{width:8,height:8}},editable:{tools:[\"edit\",\"delete\"]}}},g=l.themes,m=l.registerTheme=function(o,e){var r,l={};l.chart=c({},u,e.chart),l.gauge=c({},h,e.gauge),l.diagram=c({},k,e.diagram),l.treeMap=c({},e.treeMap),r=l.chart.seriesDefaults,r.verticalLine=c({},r.line),r.verticalArea=c({},r.area),r.verticalBoxPlot=c({},r.boxPlot),r.polarArea=c({},r.radarArea),r.polarLine=c({},r.radarLine),g[o]=l};m(\"black\",{chart:{title:{color:b},legend:{labels:{color:b},inactiveItems:{labels:{color:\"#919191\"},markers:{color:\"#919191\"}}},seriesDefaults:{labels:{color:b},errorBars:{color:b},notes:{icon:{background:\"#3b3b3b\",border:{color:\"#8e8e8e\"}},label:{color:b},line:{color:\"#8e8e8e\"}},pie:{overlay:{gradient:\"sharpBevel\"}},donut:{overlay:{gradient:\"sharpGlass\"}},line:{markers:{background:\"#3d3d3d\"}},scatter:{markers:{background:\"#3d3d3d\"}},scatterLine:{markers:{background:\"#3d3d3d\"}},waterfall:{line:{color:\"#8e8e8e\"}},horizontalWaterfall:{line:{color:\"#8e8e8e\"}},candlestick:{downColor:\"#555\",line:{color:b},border:{_brightness:1.5,opacity:1},highlight:{border:{color:b,opacity:.2}}},ohlc:{line:{color:b}}},chartArea:{background:\"#3d3d3d\"},seriesColors:[\"#0081da\",\"#3aafff\",\"#99c900\",\"#ffeb3d\",\"#b20753\",\"#ff4195\"],axisDefaults:{line:{color:\"#8e8e8e\"},labels:{color:b},majorGridLines:{color:\"#545454\"},minorGridLines:{color:\"#454545\"},title:{color:b},crosshair:{color:\"#8e8e8e\"},notes:{icon:{background:\"#3b3b3b\",border:{color:\"#8e8e8e\"}},label:{color:b},line:{color:\"#8e8e8e\"}}}},gauge:{pointer:{color:\"#0070e4\"},scale:{rangePlaceholderColor:\"#1d1d1d\",labels:{color:b},minorTicks:{color:b},majorTicks:{color:b},line:{color:b}}},diagram:{shapeDefaults:{fill:{color:\"#0066cc\"},connectorDefaults:{fill:{color:b},stroke:{color:\"#384049\"},hover:{fill:{color:\"#3d3d3d\"},stroke:{color:\"#efefef\"}}},content:{color:b}},editable:{resize:{handles:{fill:{color:\"#3d3d3d\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:b}}}},rotate:{thumb:{stroke:{color:b},fill:{color:b}}}},selectable:{stroke:{color:b}},connectionDefaults:{stroke:{color:b},content:{color:b},selection:{handles:{fill:{color:\"#3d3d3d\"},stroke:{color:\"#efefef\"}}}}},treeMap:{colors:[[\"#0081da\",\"#314b5c\"],[\"#3aafff\",\"#3c5464\"],[\"#99c900\",\"#4f5931\"],[\"#ffeb3d\",\"#64603d\"],[\"#b20753\",\"#543241\"],[\"#ff4195\",\"#643e4f\"]]}}),m(\"blueopal\",{chart:{title:{color:\"#293135\"},legend:{labels:{color:\"#293135\"},inactiveItems:{labels:{color:\"#27A5BA\"},markers:{color:\"#27A5BA\"}}},seriesDefaults:{labels:{color:n,background:b,opacity:.5},errorBars:{color:\"#293135\"},candlestick:{downColor:\"#c4d0d5\",line:{color:\"#9aabb2\"}},waterfall:{line:{color:\"#9aabb2\"}},horizontalWaterfall:{line:{color:\"#9aabb2\"}},notes:{icon:{background:\"transparent\",border:{color:\"#9aabb2\"}},label:{color:\"#293135\"},line:{color:\"#9aabb2\"}}},seriesColors:[\"#0069a5\",\"#0098ee\",\"#7bd2f6\",\"#ffb800\",\"#ff8517\",\"#e34a00\"],axisDefaults:{line:{color:\"#9aabb2\"},labels:{color:\"#293135\"},majorGridLines:{color:\"#c4d0d5\"},minorGridLines:{color:\"#edf1f2\"},title:{color:\"#293135\"},crosshair:{color:\"#9aabb2\"},notes:{icon:{background:\"transparent\",border:{color:\"#9aabb2\"}},label:{color:\"#293135\"},line:{color:\"#9aabb2\"}}}},gauge:{pointer:{color:\"#005c83\"},scale:{rangePlaceholderColor:\"#daecf4\",labels:{color:\"#293135\"},minorTicks:{color:\"#293135\"},majorTicks:{color:\"#293135\"},line:{color:\"#293135\"}}},diagram:{shapeDefaults:{fill:{color:\"#7ec6e3\"},connectorDefaults:{fill:{color:\"#003f59\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#003f59\"}}},content:{color:\"#293135\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#003f59\"},hover:{fill:{color:\"#003f59\"},stroke:{color:\"#003f59\"}}}},rotate:{thumb:{stroke:{color:\"#003f59\"},fill:{color:\"#003f59\"}}}},selectable:{stroke:{color:\"#003f59\"}},connectionDefaults:{stroke:{color:\"#003f59\"},content:{color:\"#293135\"},selection:{handles:{fill:{color:\"#3d3d3d\"},stroke:{color:\"#efefef\"}}}}},treeMap:{colors:[[\"#0069a5\",\"#bad7e7\"],[\"#0098ee\",\"#b9e0f5\"],[\"#7bd2f6\",\"#ceeaf6\"],[\"#ffb800\",\"#e6e3c4\"],[\"#ff8517\",\"#e4d8c8\"],[\"#e34a00\",\"#ddccc2\"]]}}),m(\"highcontrast\",{chart:{title:{color:\"#ffffff\"},legend:{labels:{color:\"#ffffff\"},inactiveItems:{labels:{color:\"#66465B\"},markers:{color:\"#66465B\"}}},seriesDefaults:{labels:{color:\"#ffffff\"},errorBars:{color:\"#ffffff\"},notes:{icon:{background:\"transparent\",border:{color:\"#ffffff\"}},label:{color:\"#ffffff\"},line:{color:\"#ffffff\"}},pie:{overlay:{gradient:\"sharpGlass\"}},donut:{overlay:{gradient:\"sharpGlass\"}},line:{markers:{background:\"#2c232b\"}},scatter:{markers:{background:\"#2c232b\"}},scatterLine:{markers:{background:\"#2c232b\"}},area:{opacity:.5},waterfall:{line:{color:\"#ffffff\"}},horizontalWaterfall:{line:{color:\"#ffffff\"}},candlestick:{downColor:\"#664e62\",line:{color:\"#ffffff\"},border:{_brightness:1.5,opacity:1},highlight:{border:{color:\"#ffffff\",opacity:1}}},ohlc:{line:{color:\"#ffffff\"}}},chartArea:{background:\"#2c232b\"},seriesColors:[\"#a7008f\",\"#ffb800\",\"#3aafff\",\"#99c900\",\"#b20753\",\"#ff4195\"],axisDefaults:{line:{color:\"#ffffff\"},labels:{color:\"#ffffff\"},majorGridLines:{color:\"#664e62\"},minorGridLines:{color:\"#4f394b\"},title:{color:\"#ffffff\"},crosshair:{color:\"#ffffff\"},notes:{icon:{background:\"transparent\",border:{color:\"#ffffff\"}},label:{color:\"#ffffff\"},line:{color:\"#ffffff\"}}}},gauge:{pointer:{color:\"#a7008f\"},scale:{rangePlaceholderColor:\"#2c232b\",labels:{color:\"#ffffff\"},minorTicks:{color:\"#2c232b\"},majorTicks:{color:\"#664e62\"},line:{color:\"#ffffff\"}}},diagram:{shapeDefaults:{fill:{color:\"#a7018f\"},connectorDefaults:{fill:{color:b},stroke:{color:\"#2c232b\"},hover:{fill:{color:\"#2c232b\"},stroke:{color:b}}},content:{color:b}},editable:{resize:{handles:{fill:{color:\"#2c232b\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:b}}}},rotate:{thumb:{stroke:{color:b},fill:{color:b}}}},selectable:{stroke:{color:b}},connectionDefaults:{stroke:{color:b},content:{color:b},selection:{handles:{fill:{color:\"#2c232b\"},stroke:{color:b}}}}},treeMap:{colors:[[\"#a7008f\",\"#451c3f\"],[\"#ffb800\",\"#564122\"],[\"#3aafff\",\"#2f3f55\"],[\"#99c900\",\"#424422\"],[\"#b20753\",\"#471d33\"],[\"#ff4195\",\"#562940\"]]}}),m(\"default\",{chart:{title:{color:\"#8e8e8e\"},legend:{labels:{color:\"#232323\"},inactiveItems:{labels:{color:\"#919191\"},markers:{color:\"#919191\"}}},seriesDefaults:{labels:{color:n,background:b,opacity:.5},errorBars:{color:\"#232323\"},candlestick:{downColor:\"#dedede\",line:{color:\"#8d8d8d\"}},waterfall:{line:{color:\"#8e8e8e\"}},horizontalWaterfall:{line:{color:\"#8e8e8e\"}},notes:{icon:{background:\"transparent\",border:{color:\"#8e8e8e\"}},label:{color:\"#232323\"},line:{color:\"#8e8e8e\"}}},seriesColors:[\"#ff6800\",\"#a0a700\",\"#ff8d00\",\"#678900\",\"#ffb53c\",\"#396000\"],axisDefaults:{line:{color:\"#8e8e8e\"},labels:{color:\"#232323\"},minorGridLines:{color:\"#f0f0f0\"},majorGridLines:{color:\"#dfdfdf\"},title:{color:\"#232323\"},crosshair:{color:\"#8e8e8e\"},notes:{icon:{background:\"transparent\",border:{color:\"#8e8e8e\"}},label:{color:\"#232323\"},line:{color:\"#8e8e8e\"}}}},gauge:{pointer:{color:\"#ea7001\"},scale:{rangePlaceholderColor:\"#dedede\",labels:{color:\"#2e2e2e\"},minorTicks:{color:\"#2e2e2e\"},majorTicks:{color:\"#2e2e2e\"},line:{color:\"#2e2e2e\"}}},diagram:{shapeDefaults:{fill:{color:\"#e15613\"},connectorDefaults:{fill:{color:\"#282828\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#282828\"}}},content:{color:\"#2e2e2e\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#282828\"},hover:{fill:{color:\"#282828\"},stroke:{color:\"#282828\"}}}},rotate:{thumb:{stroke:{color:\"#282828\"},fill:{color:\"#282828\"}}}},selectable:{stroke:{color:\"#a7018f\"}},connectionDefaults:{stroke:{color:\"#282828\"},content:{color:\"#2e2e2e\"},selection:{handles:{fill:{color:b},stroke:{color:\"#282828\"}}}}},treeMap:{colors:[[\"#ff6800\",\"#edcfba\"],[\"#a0a700\",\"#dadcba\"],[\"#ff8d00\",\"#edd7ba\"],[\"#678900\",\"#cfd6ba\"],[\"#ffb53c\",\"#eddfc6\"],[\"#396000\",\"#c6ceba\"]]}}),m(\"silver\",{chart:{title:{color:\"#4e5968\"},legend:{labels:{color:\"#4e5968\"},inactiveItems:{labels:{color:\"#B1BCC8\"},markers:{color:\"#B1BCC8\"}}},seriesDefaults:{labels:{color:\"#293135\",background:\"#eaeaec\",opacity:.5},errorBars:{color:\"#4e5968\"},notes:{icon:{background:\"transparent\",border:{color:\"#4e5968\"}},label:{color:\"#4e5968\"},line:{color:\"#4e5968\"}},line:{markers:{background:\"#eaeaec\"}},scatter:{markers:{background:\"#eaeaec\"}},scatterLine:{markers:{background:\"#eaeaec\"}},pie:{connectors:{color:\"#A6B1C0\"}},donut:{connectors:{color:\"#A6B1C0\"}},waterfall:{line:{color:\"#a6b1c0\"}},horizontalWaterfall:{line:{color:\"#a6b1c0\"}},candlestick:{downColor:\"#a6afbe\"}},chartArea:{background:\"#eaeaec\"},seriesColors:[\"#007bc3\",\"#76b800\",\"#ffae00\",\"#ef4c00\",\"#a419b7\",\"#430B62\"],axisDefaults:{line:{color:\"#a6b1c0\"},labels:{color:\"#4e5968\"},majorGridLines:{color:\"#dcdcdf\"},minorGridLines:{color:\"#eeeeef\"},title:{color:\"#4e5968\"},crosshair:{color:\"#a6b1c0\"},notes:{icon:{background:\"transparent\",border:{color:\"#4e5968\"}},label:{color:\"#4e5968\"},line:{color:\"#4e5968\"}}}},gauge:{pointer:{color:\"#0879c0\"},scale:{rangePlaceholderColor:\"#f3f3f4\",labels:{color:\"#515967\"},minorTicks:{color:\"#515967\"},majorTicks:{color:\"#515967\"},line:{color:\"#515967\"}}},diagram:{shapeDefaults:{fill:{color:\"#1c82c2\"},connectorDefaults:{fill:{color:\"#515967\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#282828\"}}},content:{color:\"#515967\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#515967\"},hover:{fill:{color:\"#515967\"},stroke:{color:\"#515967\"}}}},rotate:{thumb:{stroke:{color:\"#515967\"},fill:{color:\"#515967\"}}}},selectable:{stroke:{color:\"#515967\"}},connectionDefaults:{stroke:{color:\"#515967\"},content:{color:\"#515967\"},selection:{handles:{fill:{color:b},stroke:{color:\"#515967\"}}}}},treeMap:{colors:[[\"#007bc3\",\"#c2dbea\"],[\"#76b800\",\"#dae7c3\"],[\"#ffae00\",\"#f5e5c3\"],[\"#ef4c00\",\"#f2d2c3\"],[\"#a419b7\",\"#e3c7e8\"],[\"#430b62\",\"#d0c5d7\"]]}}),m(\"metro\",{chart:{title:{color:\"#777777\"},legend:{labels:{color:\"#777777\"},inactiveItems:{labels:{color:\"#CBCBCB\"},markers:{color:\"#CBCBCB\"}}},seriesDefaults:{labels:{color:n},errorBars:{color:\"#777777\"},notes:{icon:{background:\"transparent\",border:{color:\"#777777\"}},label:{color:\"#777777\"},line:{color:\"#777777\"}},candlestick:{downColor:\"#c7c7c7\",line:{color:\"#787878\"}},waterfall:{line:{color:\"#c7c7c7\"}},horizontalWaterfall:{line:{color:\"#c7c7c7\"}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:[\"#8ebc00\",\"#309b46\",\"#25a0da\",\"#ff6900\",\"#e61e26\",\"#d8e404\",\"#16aba9\",\"#7e51a1\",\"#313131\",\"#ed1691\"],axisDefaults:{line:{color:\"#c7c7c7\"},labels:{color:\"#777777\"},minorGridLines:{color:\"#c7c7c7\"},majorGridLines:{color:\"#c7c7c7\"},title:{color:\"#777777\"},crosshair:{color:\"#c7c7c7\"},notes:{icon:{background:\"transparent\",border:{color:\"#777777\"}},label:{color:\"#777777\"},line:{color:\"#777777\"}}}},gauge:{pointer:{color:\"#8ebc00\"},scale:{rangePlaceholderColor:\"#e6e6e6\",labels:{color:\"#777\"},minorTicks:{color:\"#777\"},majorTicks:{color:\"#777\"},line:{color:\"#777\"}}},diagram:{shapeDefaults:{fill:{color:\"#8ebc00\"},connectorDefaults:{fill:{color:n},stroke:{color:b},hover:{fill:{color:b},stroke:{color:n}}},content:{color:\"#777\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#787878\"},hover:{fill:{color:\"#787878\"},stroke:{color:\"#787878\"}}}},rotate:{thumb:{stroke:{color:\"#787878\"},fill:{color:\"#787878\"}}}},selectable:{stroke:{color:\"#515967\"}},connectionDefaults:{stroke:{color:\"#787878\"},content:{color:\"#777\"},selection:{handles:{fill:{color:b},stroke:{color:\"#787878\"}}}}},treeMap:{colors:[[\"#8ebc00\",\"#e8f2cc\"],[\"#309b46\",\"#d6ebda\"],[\"#25a0da\",\"#d3ecf8\"],[\"#ff6900\",\"#ffe1cc\"],[\"#e61e26\",\"#fad2d4\"],[\"#d8e404\",\"#f7facd\"],[\"#16aba9\",\"#d0eeee\"],[\"#7e51a1\",\"#e5dcec\"],[\"#313131\",\"#d6d6d6\"],[\"#ed1691\",\"#fbd0e9\"]]}}),m(\"metroblack\",{chart:{title:{color:\"#ffffff\"},legend:{labels:{color:\"#ffffff\"},inactiveItems:{labels:{color:\"#797979\"},markers:{color:\"#797979\"}}},seriesDefaults:{border:{_brightness:1},labels:{color:\"#ffffff\"},errorBars:{color:\"#ffffff\"},notes:{icon:{background:\"transparent\",border:{color:\"#cecece\"}},label:{color:\"#ffffff\"},line:{color:\"#cecece\"}},line:{markers:{background:\"#0e0e0e\"}},bubble:{opacity:.6},scatter:{markers:{background:\"#0e0e0e\"}},scatterLine:{markers:{background:\"#0e0e0e\"}},candlestick:{downColor:\"#828282\",line:{color:\"#ffffff\"}},waterfall:{line:{color:\"#cecece\"}},horizontalWaterfall:{line:{color:\"#cecece\"}},overlay:{gradient:\"none\"}},chartArea:{background:\"#0e0e0e\"},seriesColors:[\"#00aba9\",\"#309b46\",\"#8ebc00\",\"#ff6900\",\"#e61e26\",\"#d8e404\",\"#25a0da\",\"#7e51a1\",\"#313131\",\"#ed1691\"],axisDefaults:{line:{color:\"#cecece\"},labels:{color:\"#ffffff\"},minorGridLines:{color:\"#2d2d2d\"},majorGridLines:{color:\"#333333\"},title:{color:\"#ffffff\"},crosshair:{color:\"#cecece\"},notes:{icon:{background:\"transparent\",border:{color:\"#cecece\"}},label:{color:\"#ffffff\"},line:{color:\"#cecece\"}}}},gauge:{pointer:{color:\"#00aba9\"},scale:{rangePlaceholderColor:\"#2d2d2d\",labels:{color:\"#ffffff\"},minorTicks:{color:\"#333333\"},majorTicks:{color:\"#cecece\"},line:{color:\"#cecece\"}}},diagram:{shapeDefaults:{fill:{color:\"#00aba9\"},connectorDefaults:{fill:{color:b},stroke:{color:\"#0e0e0e\"},hover:{fill:{color:\"#0e0e0e\"},stroke:{color:b}}},content:{color:b}},editable:{resize:{handles:{fill:{color:\"#0e0e0e\"},stroke:{color:\"#787878\"},hover:{fill:{color:\"#787878\"},stroke:{color:\"#787878\"}}}},rotate:{thumb:{stroke:{color:b},fill:{color:b}}}},selectable:{stroke:{color:\"#787878\"}},connectionDefaults:{stroke:{color:b},content:{color:b},selection:{handles:{fill:{color:\"#0e0e0e\"},stroke:{color:b}}}}},treeMap:{colors:[[\"#00aba9\",\"#0b2d2d\"],[\"#309b46\",\"#152a19\"],[\"#8ebc00\",\"#28310b\"],[\"#ff6900\",\"#3e200b\"],[\"#e61e26\",\"#391113\"],[\"#d8e404\",\"#36390c\"],[\"#25a0da\",\"#132b37\"],[\"#7e51a1\",\"#241b2b\"],[\"#313131\",\"#151515\"],[\"#ed1691\",\"#3b1028\"]]}}),m(\"moonlight\",{chart:{title:{color:\"#ffffff\"},legend:{labels:{color:\"#ffffff\"},inactiveItems:{labels:{color:\"#A1A7AB\"},markers:{color:\"#A1A7AB\"}}},seriesDefaults:{labels:{color:\"#ffffff\"},errorBars:{color:\"#ffffff\"},notes:{icon:{background:\"transparent\",border:{color:\"#8c909e\"}},label:{color:\"#ffffff\"},line:{color:\"#8c909e\"}},pie:{overlay:{gradient:\"sharpBevel\"}},donut:{overlay:{gradient:\"sharpGlass\"}},line:{markers:{background:\"#212a33\"}},bubble:{opacity:.6},scatter:{markers:{background:\"#212a33\"}},scatterLine:{markers:{background:\"#212a33\"}},area:{opacity:.3},candlestick:{downColor:\"#757d87\",line:{color:\"#ea9d06\"},border:{_brightness:1.5,opacity:1},highlight:{border:{color:b,opacity:.2}}},waterfall:{line:{color:\"#8c909e\"}},horizontalWaterfall:{line:{color:\"#8c909e\"}},ohlc:{line:{color:\"#ea9d06\"}}},chartArea:{background:\"#212a33\"},seriesColors:[\"#ffca08\",\"#ff710f\",\"#ed2e24\",\"#ff9f03\",\"#e13c02\",\"#a00201\"],axisDefaults:{line:{color:\"#8c909e\"},minorTicks:{color:\"#8c909e\"},majorTicks:{color:\"#8c909e\"},labels:{color:\"#ffffff\"},majorGridLines:{color:\"#3e424d\"},minorGridLines:{color:\"#2f3640\"},title:{color:\"#ffffff\"},crosshair:{color:\"#8c909e\"},notes:{icon:{background:\"transparent\",border:{color:\"#8c909e\"}},label:{color:\"#ffffff\"},line:{color:\"#8c909e\"}}}},gauge:{pointer:{color:\"#f4af03\"},scale:{rangePlaceholderColor:\"#2f3640\",labels:{color:b},minorTicks:{color:\"#8c909e\"},majorTicks:{color:\"#8c909e\"},line:{color:\"#8c909e\"}}},diagram:{shapeDefaults:{fill:{color:\"#f3ae03\"},connectorDefaults:{fill:{color:b},stroke:{color:\"#414550\"},hover:{fill:{color:\"#414550\"},stroke:{color:b}}},content:{color:b}},editable:{resize:{handles:{fill:{color:\"#414550\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:b}}}},rotate:{thumb:{stroke:{color:b},fill:{color:b}}}},selectable:{stroke:{color:b}},connectionDefaults:{stroke:{color:b},content:{color:b},selection:{handles:{fill:{color:\"#414550\"},stroke:{color:b}}}}},treeMap:{colors:[[\"#ffca08\",\"#4e4b2b\"],[\"#ff710f\",\"#4e392d\"],[\"#ed2e24\",\"#4b2c31\"],[\"#ff9f03\",\"#4e422a\"],[\"#e13c02\",\"#482e2a\"],[\"#a00201\",\"#3b232a\"]]}}),m(\"uniform\",{chart:{title:{color:\"#686868\"},legend:{labels:{color:\"#686868\"},inactiveItems:{labels:{color:\"#B6B6B6\"},markers:{color:\"#B6B6B6\"}}},seriesDefaults:{labels:{color:\"#686868\"},errorBars:{color:\"#686868\"},notes:{icon:{background:\"transparent\",border:{color:\"#9e9e9e\"}},label:{color:\"#686868\"},line:{color:\"#9e9e9e\"}},pie:{overlay:{gradient:\"sharpBevel\"}},donut:{overlay:{gradient:\"sharpGlass\"}},line:{markers:{background:\"#ffffff\"}},bubble:{opacity:.6},scatter:{markers:{background:\"#ffffff\"}},scatterLine:{markers:{background:\"#ffffff\"}},area:{opacity:.3},candlestick:{downColor:\"#cccccc\",line:{color:\"#cccccc\"},border:{_brightness:1.5,opacity:1},highlight:{border:{color:\"#cccccc\",opacity:.2}}},waterfall:{line:{color:\"#9e9e9e\"}},horizontalWaterfall:{line:{color:\"#9e9e9e\"}},ohlc:{line:{color:\"#cccccc\"}}},chartArea:{background:\"#ffffff\"},seriesColors:[\"#527aa3\",\"#6f91b3\",\"#8ca7c2\",\"#a8bdd1\",\"#c5d3e0\",\"#e2e9f0\"],axisDefaults:{line:{color:\"#9e9e9e\"},minorTicks:{color:\"#aaaaaa\"},majorTicks:{color:\"#888888\"},labels:{color:\"#686868\"},majorGridLines:{color:\"#dadada\"},minorGridLines:{color:\"#e7e7e7\"},title:{color:\"#686868\"},crosshair:{color:\"#9e9e9e\"},notes:{icon:{background:\"transparent\",border:{color:\"#9e9e9e\"}},label:{color:\"#686868\"},line:{color:\"#9e9e9e\"}}}},gauge:{pointer:{color:\"#527aa3\"},scale:{rangePlaceholderColor:\"#e7e7e7\",labels:{color:\"#686868\"},minorTicks:{color:\"#aaaaaa\"},majorTicks:{color:\"#888888\"},line:{color:\"#9e9e9e\"}}},diagram:{shapeDefaults:{fill:{color:\"#d1d1d1\"},connectorDefaults:{fill:{color:\"#686868\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#686868\"}}},content:{color:\"#686868\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#686868\"},hover:{fill:{color:\"#686868\"},stroke:{color:\"#686868\"}}}},rotate:{thumb:{stroke:{color:\"#686868\"},fill:{color:\"#686868\"}}}},selectable:{stroke:{color:\"#686868\"}},connectionDefaults:{stroke:{color:\"#686868\"},content:{color:\"#686868\"},selection:{handles:{fill:{color:b},stroke:{color:\"#686868\"}}}}},treeMap:{colors:[[\"#527aa3\",\"#d0d8e1\"],[\"#6f91b3\",\"#d6dde4\"],[\"#8ca7c2\",\"#dce1e7\"],[\"#a8bdd1\",\"#e2e6ea\"],[\"#c5d3e0\",\"#e7eaed\"],[\"#e2e9f0\",\"#edeff0\"]]}}),m(\"bootstrap\",{chart:{title:{color:\"#333333\"},legend:{labels:{color:\"#333333\"},inactiveItems:{labels:{color:\"#999999\"},markers:{color:\"#9A9A9A\"}}},seriesDefaults:{labels:{color:\"#333333\"},overlay:{gradient:\"none\"},errorBars:{color:\"#343434\"},notes:{icon:{background:\"#000000\",border:{color:\"#000000\"}},label:{color:\"#333333\"},line:{color:\"#000000\"}},pie:{overlay:{gradient:\"none\"}},donut:{overlay:{gradient:\"none\"}},line:{markers:{background:\"#ffffff\"}},bubble:{opacity:.6},scatter:{markers:{background:\"#ffffff\"}},scatterLine:{markers:{background:\"#ffffff\"}},area:{opacity:.8},candlestick:{downColor:\"#d0d0d0\",line:{color:\"#333333\"},border:{_brightness:1.5,opacity:1},highlight:{border:{color:\"#b8b8b8\",opacity:.2}}},waterfall:{line:{color:\"#cccccc\"}},horizontalWaterfall:{line:{color:\"#cccccc\"}},ohlc:{line:{color:\"#333333\"}}},chartArea:{background:\"#ffffff\"},seriesColors:[\"#428bca\",\"#5bc0de\",\"#5cb85c\",\"#f2b661\",\"#e67d4a\",\"#da3b36\"],axisDefaults:{line:{color:\"#cccccc\"},minorTicks:{color:\"#ebebeb\"},majorTicks:{color:\"#cccccc\"},labels:{color:\"#333333\"},majorGridLines:{color:\"#cccccc\"},minorGridLines:{color:\"#ebebeb\"},title:{color:\"#333333\"},crosshair:{color:\"#000000\"},notes:{icon:{background:\"#000000\",border:{color:\"#000000\"}},label:{color:\"#ffffff\"},line:{color:\"#000000\"}}}},gauge:{pointer:{color:\"#428bca\"},scale:{rangePlaceholderColor:\"#cccccc\",labels:{color:\"#333333\"},minorTicks:{color:\"#ebebeb\"},majorTicks:{color:\"#cccccc\"},line:{color:\"#cccccc\"}}},diagram:{shapeDefaults:{fill:{color:\"#428bca\"},connectorDefaults:{fill:{color:\"#333333\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#333333\"}}},content:{color:\"#333333\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#333333\"},hover:{fill:{color:\"#333333\"},stroke:{color:\"#333333\"}}}},rotate:{thumb:{stroke:{color:\"#333333\"},fill:{color:\"#333333\"}}}},selectable:{stroke:{color:\"#333333\"}},connectionDefaults:{stroke:{color:\"#c4c4c4\"},content:{color:\"#333333\"},selection:{handles:{fill:{color:b},stroke:{color:\"#333333\"}},stroke:{color:\"#333333\"}}}},treeMap:{colors:[[\"#428bca\",\"#d1e0ec\"],[\"#5bc0de\",\"#d6eaf0\"],[\"#5cb85c\",\"#d6e9d6\"],[\"#5cb85c\",\"#f4e8d7\"],[\"#e67d4a\",\"#f2ddd3\"],[\"#da3b36\",\"#f0d0cf\"]]}}),m(\"flat\",{chart:{title:{color:\"#4c5356\"},legend:{labels:{color:\"#4c5356\"},inactiveItems:{labels:{color:\"#CBCBCB\"},markers:{color:\"#CBCBCB\"}}},seriesDefaults:{labels:{color:\"#4c5356\"},errorBars:{color:\"#4c5356\"},notes:{icon:{background:\"transparent\",border:{color:\"#cdcdcd\"}},label:{color:\"#4c5356\"},line:{color:\"#cdcdcd\"}},candlestick:{downColor:\"#c7c7c7\",line:{color:\"#787878\"}},area:{opacity:.9},waterfall:{line:{color:\"#cdcdcd\"}},horizontalWaterfall:{line:{color:\"#cdcdcd\"}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:[\"#10c4b2\",\"#ff7663\",\"#ffb74f\",\"#a2df53\",\"#1c9ec4\",\"#ff63a5\",\"#1cc47b\"],axisDefaults:{line:{color:\"#cdcdcd\"},labels:{color:\"#4c5356\"},minorGridLines:{color:\"#cdcdcd\"},majorGridLines:{color:\"#cdcdcd\"},title:{color:\"#4c5356\"},crosshair:{color:\"#cdcdcd\"},notes:{icon:{background:\"transparent\",border:{color:\"#cdcdcd\"}},label:{color:\"#4c5356\"},line:{color:\"#cdcdcd\"}}}},gauge:{pointer:{color:\"#10c4b2\"},scale:{rangePlaceholderColor:\"#cdcdcd\",labels:{color:\"#4c5356\"},minorTicks:{color:\"#4c5356\"},majorTicks:{color:\"#4c5356\"},line:{color:\"#4c5356\"}}},diagram:{shapeDefaults:{fill:{color:\"#10c4b2\"},connectorDefaults:{fill:{color:\"#363940\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#363940\"}}},content:{color:\"#4c5356\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#363940\"},hover:{fill:{color:\"#363940\"},stroke:{color:\"#363940\"}}}},rotate:{thumb:{stroke:{color:\"#363940\"},fill:{color:\"#363940\"}}}},selectable:{stroke:{color:\"#363940\"}},connectionDefaults:{stroke:{color:\"#cdcdcd\"},content:{color:\"#4c5356\"\n},selection:{handles:{fill:{color:b},stroke:{color:\"#363940\"}},stroke:{color:\"#363940\"}}}},treeMap:{colors:[[\"#10c4b2\",\"#cff3f0\"],[\"#ff7663\",\"#ffe4e0\"],[\"#ffb74f\",\"#fff1dc\"],[\"#a2df53\",\"#ecf9dd\"],[\"#1c9ec4\",\"#d2ecf3\"],[\"#ff63a5\",\"#ffe0ed\"],[\"#1cc47b\",\"#d2f3e5\"]]}}),m(\"material\",{chart:{title:{color:\"#444444\"},legend:{labels:{color:\"#444444\"},inactiveItems:{labels:{color:\"#CBCBCB\"},markers:{color:\"#CBCBCB\"}}},seriesDefaults:{labels:{color:\"#444444\"},errorBars:{color:\"#444444\"},notes:{icon:{background:\"transparent\",border:{color:\"#e5e5e5\"}},label:{color:\"#444444\"},line:{color:\"#e5e5e5\"}},candlestick:{downColor:\"#c7c7c7\",line:{color:\"#787878\"}},area:{opacity:.9},waterfall:{line:{color:\"#e5e5e5\"}},horizontalWaterfall:{line:{color:\"#e5e5e5\"}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:[\"#3f51b5\",\"#03a9f4\",\"#4caf50\",\"#f9ce1d\",\"#ff9800\",\"#ff5722\"],axisDefaults:{line:{color:\"#e5e5e5\"},labels:{color:\"#444444\"},minorGridLines:{color:\"#e5e5e5\"},majorGridLines:{color:\"#e5e5e5\"},title:{color:\"#444444\"},crosshair:{color:\"#7f7f7f\"},notes:{icon:{background:\"transparent\",border:{color:\"#e5e5e5\"}},label:{color:\"#444444\"},line:{color:\"#e5e5e5\"}}}},gauge:{pointer:{color:\"#3f51b5\"},scale:{rangePlaceholderColor:\"#e5e5e5\",labels:{color:\"#444444\"},minorTicks:{color:\"#444444\"},majorTicks:{color:\"#444444\"},line:{color:\"#444444\"}}},diagram:{shapeDefaults:{fill:{color:\"#3f51b5\"},connectorDefaults:{fill:{color:\"#7f7f7f\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#7f7f7f\"}}},content:{color:\"#444444\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#444444\"},hover:{fill:{color:\"#444444\"},stroke:{color:\"#444444\"}}}},rotate:{thumb:{stroke:{color:\"#444444\"},fill:{color:\"#444444\"}}}},selectable:{stroke:{color:\"#444444\"}},connectionDefaults:{stroke:{color:\"#7f7f7f\"},content:{color:\"#444444\"},selection:{handles:{fill:{color:b},stroke:{color:\"#444444\"}},stroke:{color:\"#444444\"}}}},treeMap:{colors:[[\"#3f51b5\",\"#cff3f0\"],[\"#03a9f4\",\"#e5f6fe\"],[\"#4caf50\",\"#edf7ed\"],[\"#f9ce1d\",\"#fefae8\"],[\"#ff9800\",\"#fff4e5\"],[\"#ff5722\",\"#ffeee8\"]]}}),m(\"materialblack\",{chart:{title:{color:\"#fff\"},legend:{labels:{color:\"#fff\"},inactiveItems:{labels:{color:\"#CBCBCB\"},markers:{color:\"#CBCBCB\"}}},seriesDefaults:{labels:{color:\"#fff\"},errorBars:{color:\"#fff\"},notes:{icon:{background:\"transparent\",border:{color:\"#e5e5e5\"}},label:{color:\"#fff\"},line:{color:\"#e5e5e5\"}},candlestick:{downColor:\"#c7c7c7\",line:{color:\"#787878\"}},area:{opacity:.9},waterfall:{line:{color:\"#4d4d4d\"}},horizontalWaterfall:{line:{color:\"#4d4d4d\"}},overlay:{gradient:\"none\"},border:{_brightness:1}},chartArea:{background:\"#1c1c1c\"},seriesColors:[\"#3f51b5\",\"#03a9f4\",\"#4caf50\",\"#f9ce1d\",\"#ff9800\",\"#ff5722\"],axisDefaults:{line:{color:\"#4d4d4d\"},labels:{color:\"#fff\"},minorGridLines:{color:\"#4d4d4d\"},majorGridLines:{color:\"#4d4d4d\"},title:{color:\"#fff\"},crosshair:{color:\"#7f7f7f\"},notes:{icon:{background:\"transparent\",border:{color:\"#4d4d4d\"}},label:{color:\"#fff\"},line:{color:\"#4d4d4d\"}}}},gauge:{pointer:{color:\"#3f51b5\"},scale:{rangePlaceholderColor:\"#4d4d4d\",labels:{color:\"#fff\"},minorTicks:{color:\"#fff\"},majorTicks:{color:\"#fff\"},line:{color:\"#fff\"}}},diagram:{shapeDefaults:{fill:{color:\"#3f51b5\"},connectorDefaults:{fill:{color:\"#7f7f7f\"},stroke:{color:b},hover:{fill:{color:b},stroke:{color:\"#7f7f7f\"}}},content:{color:\"#fff\"}},editable:{resize:{handles:{fill:{color:b},stroke:{color:\"#fff\"},hover:{fill:{color:\"#fff\"},stroke:{color:\"#fff\"}}}},rotate:{thumb:{stroke:{color:\"#fff\"},fill:{color:\"#fff\"}}}},selectable:{stroke:{color:\"#fff\"}},connectionDefaults:{stroke:{color:\"#7f7f7f\"},content:{color:\"#fff\"},selection:{handles:{fill:{color:b},stroke:{color:\"#fff\"}},stroke:{color:\"#fff\"}}}},treeMap:{colors:[[\"#3f51b5\",\"#cff3f0\"],[\"#03a9f4\",\"#e5f6fe\"],[\"#4caf50\",\"#edf7ed\"],[\"#f9ce1d\",\"#fefae8\"],[\"#ff9800\",\"#fff4e5\"],[\"#ff5722\",\"#ffeee8\"]]}}),function(){function o(){return{icon:{background:\"#007cc0\",border:{color:\"#007cc0\"}},label:{color:\"#ffffff\"},line:{color:a}}}var r=\"#333333\",l=\"#7f7f7f\",c=\"#bdbdbd\",a=\"#c8c8c8\",t=\"#dddddd\",n=[\"#008fd3\",\"#99d101\",\"#f39b02\",\"#f05662\",\"#c03c53\",\"#acacac\"],i=[\"#cbe8f5\",\"#eaf5cb\",\"#fceacc\",\"#fbdcdf\",\"#f2d7dc\",\"#eeeeee\"],f=n[0],s=b;m(\"fiori\",{chart:{title:{color:r},legend:{labels:{color:r},inactiveItems:{labels:{color:l},markers:{color:l}}},seriesDefaults:{labels:{color:r},errorBars:{color:r},notes:o(),candlestick:{downColor:a,line:{color:c}},area:{opacity:.8},waterfall:{line:{color:a}},horizontalWaterfall:{line:{color:a}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:n,axisDefaults:{line:{color:a},labels:{color:r},minorGridLines:{color:t},majorGridLines:{color:a},title:{color:r},crosshair:{color:l},notes:o()}},gauge:{pointer:{color:f},scale:{rangePlaceholderColor:a,labels:{color:r},minorTicks:{color:r},majorTicks:{color:r},line:{color:r}}},diagram:{shapeDefaults:{fill:{color:f},connectorDefaults:{fill:{color:r},stroke:{color:s},hover:{fill:{color:s},stroke:{color:r}}},content:{color:r}},editable:{resize:{handles:{fill:{color:s},stroke:{color:c},hover:{fill:{color:c},stroke:{color:c}}}},rotate:{thumb:{stroke:{color:c},fill:{color:c}}}},selectable:{stroke:{color:c}},connectionDefaults:{stroke:{color:c},content:{color:c},selection:{handles:{fill:{color:s},stroke:{color:c}},stroke:{color:c}}}},treeMap:{colors:e(n,i)}})}(),function(){function o(){return{icon:{background:\"#00b0ff\",border:{color:\"#00b0ff\"}},label:{color:\"#ffffff\"},line:{color:a}}}var r=\"#4e4e4e\",l=\"#7f7f7f\",c=\"#bdbdbd\",a=\"#c8c8c8\",t=\"#e5e5e5\",n=[\"#0072c6\",\"#5db2ff\",\"#008a17\",\"#82ba00\",\"#ff8f32\",\"#ac193d\"],i=[\"#cbe2f3\",\"#deeffe\",\"#cbe7d0\",\"#e5f0cb\",\"#fee8d5\",\"#eed0d7\"],f=n[0],s=b;m(\"office365\",{chart:{title:{color:r},legend:{labels:{color:r},inactiveItems:{labels:{color:l},markers:{color:l}}},seriesDefaults:{labels:{color:r},errorBars:{color:r},notes:o(),candlestick:{downColor:a,line:{color:c}},area:{opacity:.8},waterfall:{line:{color:a}},horizontalWaterfall:{line:{color:a}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:n,axisDefaults:{line:{color:a},labels:{color:r},minorGridLines:{color:t},majorGridLines:{color:a},title:{color:r},crosshair:{color:l},notes:o()}},gauge:{pointer:{color:f},scale:{rangePlaceholderColor:a,labels:{color:r},minorTicks:{color:r},majorTicks:{color:r},line:{color:r}}},diagram:{shapeDefaults:{fill:{color:f},connectorDefaults:{fill:{color:r},stroke:{color:s},hover:{fill:{color:s},stroke:{color:r}}},content:{color:r}},editable:{resize:{handles:{fill:{color:s},stroke:{color:c},hover:{fill:{color:c},stroke:{color:c}}}},rotate:{thumb:{stroke:{color:c},fill:{color:c}}}},selectable:{stroke:{color:c}},connectionDefaults:{stroke:{color:c},content:{color:c},selection:{handles:{fill:{color:s},stroke:{color:c}},stroke:{color:c}}}},treeMap:{colors:e(n,i)}})}(),function(){function o(){return{icon:{background:\"#007cc0\",border:{color:\"#007cc0\"}},label:{color:\"#ffffff\"},line:{color:a}}}var r=\"#32364c\",l=\"#7f7f7f\",c=\"#bdbdbd\",a=\"#dfe0e1\",t=\"#dfe0e1\",n=[\"#ff4350\",\"#ff9ea5\",\"#00acc1\",\"#80deea\",\"#ffbf46\",\"#ffd78c\"],i=[\"#ffd9dc\",\"#ffeced\",\"#cceef3\",\"#e6f8fb\",\"#fff2da\",\"#fff7e8\"],f=n[0],s=b;m(\"nova\",{chart:{title:{color:r},legend:{labels:{color:r},inactiveItems:{labels:{color:l},markers:{color:l}}},seriesDefaults:{labels:{color:r},errorBars:{color:r},notes:o(),candlestick:{downColor:a,line:{color:c}},area:{opacity:.8},waterfall:{line:{color:a}},horizontalWaterfall:{line:{color:a}},overlay:{gradient:\"none\"},border:{_brightness:1}},seriesColors:n,axisDefaults:{line:{color:a},labels:{color:r},minorGridLines:{color:t},majorGridLines:{color:a},title:{color:r},crosshair:{color:r},notes:o()}},gauge:{pointer:{color:f},scale:{rangePlaceholderColor:a,labels:{color:r},minorTicks:{color:r},majorTicks:{color:r},line:{color:r}}},diagram:{shapeDefaults:{fill:{color:f},connectorDefaults:{fill:{color:r},stroke:{color:s},hover:{fill:{color:s},stroke:{color:r}}},content:{color:r}},editable:{resize:{handles:{fill:{color:s},stroke:{color:c},hover:{fill:{color:c},stroke:{color:c}}}},rotate:{thumb:{stroke:{color:c},fill:{color:c}}}},selectable:{stroke:{color:c}},connectionDefaults:{stroke:{color:c},content:{color:c},selection:{handles:{fill:{color:s},stroke:{color:c}},stroke:{color:c}}}},treeMap:{colors:e(n,i)}})}()}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(o,e,r){(r||e)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==F}function t(e,t){var n=i(t);return L.round(e*n)/n}function i(e){return e?L.pow(10,e):1}function n(e,t,i){return L.max(L.min(e,i),t)}function o(e){return e*M}function r(e){return e/M}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(t,i){return e(t)?t:i}function l(e){return e*e}function c(e){var t,i=[];for(t in e)i.push(t+e[t]);return i.sort().join(\"\")}function h(e){var t,i=2166136261;for(t=0;t<e.length;++t)i+=(i<<1)+(i<<4)+(i<<7)+(i<<8)+(i<<24),i^=e.charCodeAt(t);return i>>>0}function u(e){return h(c(e))}function p(e){var t,i=e.length,n=z,o=O;for(t=0;t<i;t++)o=L.max(o,e[t]),n=L.min(n,e[t]);return{min:n,max:o}}function f(e){return p(e).min}function d(e){return p(e).max}function g(e){return x(e).min}function m(e){return x(e).max}function x(e){var t,i,n,o=z,r=O;for(t=0,i=e.length;t<i;t++)n=e[t],null!==n&&isFinite(n)&&(o=L.min(o,n),r=L.max(r,n));return{min:o===z?void 0:o,max:r===O?void 0:r}}function v(e){if(e)return e[e.length-1]}function y(e,t){return e.push.apply(e,t),e}function _(e){return E.template(e,{useWithBlock:!1,paramName:\"d\"})}function b(t,i){return e(i)&&null!==i?\" \"+t+\"='\"+i+\"' \":\"\"}function w(e){var t,i=\"\";for(t=0;t<e.length;t++)i+=b(e[t][0],e[t][1]);return i}function A(t){var i,n,o=\"\";for(i=0;i<t.length;i++)n=t[i][1],e(n)&&(o+=t[i][0]+\":\"+n+\";\");if(\"\"!==o)return o}function k(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function S(e){var t,i,n=[];if(e)for(t=E.toHyphens(e).split(\"-\"),i=0;i<t.length;i++)n.push(\"k-pos-\"+t[i]);return n.join(\" \")}function C(t){return\"\"===t||null===t||\"none\"===t||\"transparent\"===t||!e(t)}function P(e){for(var t={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},i=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],n=\"\";e>0;)e<i[0]?i.shift():(n+=t[i[0]],e-=i[0]);return n}function T(e){var t,i,n,o,r;for(e=e.toLowerCase(),t={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},i=0,n=0,o=0;o<e.length;++o){if(r=t[e.charAt(o)],!r)return null;i+=r,r>n&&(i-=2*n),n=r}return i}function R(e){var t=Object.create(null);return function(){var i,n=\"\";for(i=arguments.length;--i>=0;)n+=\":\"+arguments[i];return n in t?t[n]:t[n]=e.apply(this,arguments)}}function I(e){for(var t,i,n=[],o=0,r=e.length;o<r;)t=e.charCodeAt(o++),t>=55296&&t<=56319&&o<r?(i=e.charCodeAt(o++),56320==(64512&i)?n.push(((1023&t)<<10)+(1023&i)+65536):(n.push(t),o--)):n.push(t);return n}function V(e){return e.map(function(e){var t=\"\";return e>65535&&(e-=65536,t+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),t+=String.fromCharCode(e)}).join(\"\")}function B(e,t){function i(e,i){for(var n=[],o=0,r=0,a=0;o<e.length&&r<i.length;)t(e[o],i[r])<=0?n[a++]=e[o++]:n[a++]=i[r++];return o<e.length&&n.push.apply(n,e.slice(o)),r<i.length&&n.push.apply(n,i.slice(r)),n}return e.length<2?e.slice():function n(e){var t,o,r;return e.length<=1?e:(t=Math.floor(e.length/2),o=e.slice(0,t),r=e.slice(t),o=n(o),r=n(r),i(o,r))}(e)}var L=Math,E=window.kendo,D=E.deepExtend,M=L.PI/180,z=Number.MAX_VALUE,O=-Number.MAX_VALUE,F=\"undefined\",U=Date.now;U||(U=function(){return(new Date).getTime()}),D(E,{util:{MAX_NUM:z,MIN_NUM:O,append:y,arrayLimits:p,arrayMin:f,arrayMax:d,defined:e,deg:r,hashKey:h,hashObject:u,isNumber:a,isTransparent:C,last:v,limitValue:n,now:U,objectKey:c,round:t,rad:o,renderAttr:b,renderAllAttr:w,renderPos:S,renderSize:k,renderStyle:A,renderTemplate:_,sparseArrayLimits:x,sparseArrayMin:g,sparseArrayMax:m,sqr:l,valueOrDefault:s,romanToArabic:T,arabicToRoman:P,memoize:R,ucs2encode:V,ucs2decode:I,mergeSort:B}}),E.drawing.util=E.util,E.dataviz.util=E.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function t(){return{width:0,height:0,baseline:0}}function i(e,t,i){return u.current.measure(e,t,i)}function n(e,t){var i=[];if(e.length>0&&document.fonts){try{i=e.map(function(e){return document.fonts.load(e)})}catch(n){r.logToConsole(n)}Promise.all(i).then(t,t)}else t()}var o=document,r=window.kendo,a=r.Class,s=r.util,l=s.defined,c=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,t){var i=this,n=i._map,o={key:e,value:t};n[e]=o,i._head?(i._tail.newer=o,o.older=i._tail,i._tail=o):i._head=i._tail=o,i._length>=i._size?(n[i._head.key]=null,i._head=i._head.newer,i._head.older=null):i._length++},get:function(e){var t=this,i=t._map[e];if(i)return i===t._head&&i!==t._tail&&(t._head=i.newer,t._head.older=null),i!==t._tail&&(i.older&&(i.older.newer=i.newer,i.newer.older=i.older),i.older=t._tail,i.newer=null,t._tail.newer=i,t._tail=i),i.value}}),h=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],u=a.extend({init:function(e){this._cache=new c(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(i,n,r){var a,c,u,p,f,d,g,m;if(!i)return t();if(a=s.objectKey(n),c=s.hashKey(i+a),u=this._cache.get(c),u)return u;p=t(),f=r?r:h,d=this._baselineMarker().cloneNode(!1);for(g in n)m=n[g],l(m)&&(f.style[g]=m);return e(f).text(i),f.appendChild(d),o.body.appendChild(f),(i+\"\").length&&(p.width=f.offsetWidth-this.options.baselineMarkerSize,p.height=f.offsetHeight,p.baseline=d.offsetTop+this.options.baselineMarkerSize),p.width>0&&p.height>0&&this._cache.put(c,p),f.parentNode.removeChild(f),p},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});u.current=new u,r.util.TextMetrics=u,r.util.LRUCache=c,r.util.loadFonts=n,r.util.measureText=i}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var i,n,o,a,s,l,c,h=\"\",u=0;for(e=t(e);u<e.length;)i=e.charCodeAt(u++),n=e.charCodeAt(u++),o=e.charCodeAt(u++),a=i>>2,s=(3&i)<<4|n>>4,l=(15&n)<<2|o>>6,c=63&o,isNaN(n)?l=c=64:isNaN(o)&&(c=64),h=h+r.charAt(a)+r.charAt(s)+r.charAt(l)+r.charAt(c);return h}function t(e){var t,i,n=\"\";for(t=0;t<e.length;t++)i=e.charCodeAt(t),i<128?n+=o(i):i<2048?(n+=o(192|i>>>6),n+=o(128|63&i)):i<65536&&(n+=o(224|i>>>12),n+=o(128|i>>>6&63),n+=o(128|63&i));return n}var i=window.kendo,n=i.deepExtend,o=String.fromCharCode,r=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";n(i.util,{encodeBase64:e,encodeUTF8:t})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var t=Math,i=window.kendo,n=i.deepExtend,o=e.inArray,r={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var t=this.observers(),i=o(e,t);return i!=-1&&t.splice(i,1),this},trigger:function(e,t){var i,n,o=this._observers;if(o&&!this._suspended)for(n=0;n<o.length;n++)i=o[n],i[e]&&i[e](t);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=t.max((this._suspended||0)-1,0),this},_observerField:function(e,t){this[e]&&this[e].removeObserver(this),this[e]=t,t.addObserver(this)}};n(i,{mixins:{ObserversMixin:r}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"kendo.dataviz.chart.min\",[\"kendo.color.min\",\"kendo.data.min\",\"kendo.dataviz.core.min\",\"kendo.dataviz.themes.min\",\"kendo.drawing.min\",\"kendo.userevents.min\"],e)}(function(){return function(e,t){function i(){return this}function n(){this._defaults={}}function o(e,t,i,n){var o,r,a=(n.x-i.x)*(e.y-i.y)-(n.y-i.y)*(e.x-i.x),s=(n.y-i.y)*(t.x-e.x)-(n.x-i.x)*(t.y-e.y);return 0!==s&&(r=a/s,o=new ui(e.x+r*(t.x-e.x),e.y+r*(t.y-e.y))),o}function r(e,t){var i,n,o,r=e.series,s=r.length,l=e.seriesDefaults,c=Xt({},e.seriesDefaults),h=t?Xt({},t.seriesDefaults):{},u=Xt({},h);for(a(c),a(u),i=0;i<s;i++)n=r[i].type||e.seriesDefaults.type,o=Xt({data:[]},u,h[n],{tooltip:e.tooltip},c,l[n]),r[i]._defaults=o,r[i]=Xt({},o,r[i])}function a(e){delete e.bar,delete e.column,delete e.rangeColumn,delete e.line,delete e.verticalLine,delete e.pie,delete e.donut,delete e.area,delete e.verticalArea,delete e.scatter,delete e.scatterLine,delete e.bubble,delete e.candlestick,delete e.ohlc,delete e.boxPlot,delete e.bullet,delete e.verticalBullet,delete e.polarArea,delete e.polarLine,delete e.radarArea,delete e.radarLine,delete e.waterfall}function s(e){var t,i,n,o,r=e.series,a=e.seriesColors||[];for(t=0;t<r.length;t++)i=r[t],n=a[t%a.length],i.color=i.color||n,o=i._defaults,o&&(o.color=o.color||n)}function l(e){var t;Et([nn,hr,vr,yr],function(){t=this+\"Axes\",e[t]&&(e[this+\"Axis\"]=e[t],delete e[t])})}function c(t,i){var n=(i||{}).axisDefaults||{};Et([nn,hr,vr,yr],function(){var i=this+\"Axis\",o=[].concat(t[i]),r=t.axisDefaults||{};o=e.map(o,function(e){var t=(e||{}).color,o=Xt({},n,n[i],r,r[i],{line:{color:t},labels:{color:t},title:{color:t}},e);return delete o[i],o}),t[i]=o.length>1?o:o[0]})}function h(e){var t,i=e.length,n=0;for(t=0;t<i;t++)n=Ot.max(n,e[t].data.length);return n}function u(e){return e*e}function p(e,t){if(null===t)return t;var i=Wt(e,!0);return i(t)}function f(e,t){if(null===t)return t;var i=\"_date_\"+e,n=t[i];return n||(n=d(Wt(e,!0)(t)),t[i]=n),n}function d(e){var t,i;if(e instanceof Date)t=e;else if(typeof e===Yo)t=Nt.parseDate(e)||new Date(e);else if(e)if(Dt(e))for(t=[],i=0;i<e.length;i++)t.push(d(e[i]));else t=new Date(e);return t}function g(e){return Dt(e)?zt(e,g):e?d(e).getTime():t}function m(e,t,i,n){var o,r=e;return e&&(e=d(e),o=e.getHours(),i===_r?(r=new Date(e.getFullYear()+t,0,1),Nt.date.adjustDST(r,0)):i===so?(r=new Date(e.getFullYear(),e.getMonth()+t,1),Nt.date.adjustDST(r,o)):i===mr?(r=m(x(e,n),7*t,xn),Nt.date.adjustDST(r,o)):i===xn?(r=new Date(e.getFullYear(),e.getMonth(),e.getDate()+t),Nt.date.adjustDST(r,o)):i===Hn?(e=new Date(e),e.setUTCMinutes(0,0,0),r=w(e,t*Qo)):i===ao?(r=w(e,t*Ko),r.getSeconds()>0&&r.setSeconds(0)):i===Eo?r=w(e,t*Zo):i===Do&&(r=w(e,t)),i!==Do&&r.getMilliseconds()>0&&r.setMilliseconds(0)),r}function x(e,t){var i=e.getDay(),n=0;if(!isNaN(i))for(t=t||0;i!==t;)0===i?i=6:i--,n++;return w(e,-n*$o)}function v(e,t,i){return e=d(e),m(e,0,t,i)}function y(e,t,i){return e=d(e),e&&v(e,t,i).getTime()===e.getTime()?e:m(e,1,t,i)}function _(e,t){return e.getTime()-t}function b(e,t){var i=e.getTime()-t,n=e.getTimezoneOffset()-t.getTimezoneOffset();return i-n*Ko}function w(e,t){return new Date(e.getTime()+t)}function A(e,t,i){var n;return n=i===_r?t.getFullYear()-e.getFullYear():i===so?12*A(e,t,_r)+t.getMonth()-e.getMonth():Ot.floor(i===xn?_(t,e)/$o:_(t,e)/ir[i])}function k(e,t,i,n){var o,r=d(e),a=d(t);return o=i==so?r.getMonth()-a.getMonth()+12*(r.getFullYear()-a.getFullYear())+S(r,new Date(r.getFullYear(),r.getMonth()),xn)/new Date(r.getFullYear(),r.getMonth()+1,0).getDate():i==_r?r.getFullYear()-a.getFullYear()+k(r,new Date(r.getFullYear(),0),so,1)/12:i==xn||i==mr?S(r,a,i):_(r,t)/ir[i],o/n}function S(e,t,i){return b(e,t)/ir[i]}function C(e){return 1===e.length?e[0]:e}function P(e){var t,i,n,o=e.length;if(o>0)for(i=0;i<o;i++)n=e[i].contentBox(),t?t.wrap(n):t=n.clone();return t||ii()}function T(e,t){return e&&t?e.toLowerCase()===t.toLowerCase():e===t}function R(e,t){return e&&t?g(e)===g(t):e===t}function I(e,t){null!==t&&e.push(t)}function V(e,t){for(var i,n,o=0,r=t.length-1;o<=r;)if(i=Ot.floor((o+r)/2),n=t[i],n<e)o=i+1;else{if(!(n>e)){for(;R(t[i-1],e);)i--;return i}r=i-1}return t[i]<=e?i:i-1}function B(e){return\"number\"==typeof e&&!isNaN(e)}function L(e){var t,i,n=e.length,o=0;for(t=0;t<n;t++)i=e[t],B(i)&&o++;return o}function E(e){return L(e)===e.length}function D(e){var t,i,n,o={};for(t=0;t<e.length;t++)i=e[t],n=i.options.name,n&&(o[n]=i.range());return o}function M(e,t,i,n){var o,r,a,s,l,c=!1;if(i=i||{},a=i.excluded=i.excluded||[],s=i.defaults=i.defaults||{},l=i.depth=i.depth||0,!(l>to)){for(o in e)!Ai(o,i.excluded)&&e.hasOwnProperty(o)&&(r=e[o],Zt(r)?(c=!0,n||(e[o]=Mi(r(t),s[o]))):typeof r===vo&&(n||(i.defaults=s[o]),i.depth++,c=M(r,t,i,n)||c,i.depth--));return c}}function z(e,i){var n,o,r,a=[],s=e.groupNameTemplate,l=i.length;if(0===l)return r=Xt({},e),r.visibleInLegend=!1,[r];for(Ri(s)?(Nt.logToConsole(\"'groupNameTemplate' is obsolete and will be removed in future versions. Specify the group name template as 'series.name'\"),s&&(n=Kt(s))):(n=Kt(e.name||\"\"),0===n._slotCount&&(n=Kt(Ri(e.name)?\"#= group.value #: #= series.name #\":\"#= group.value #\"))),o=0;o<l;o++)r=Xt({},e),Zt(r.color)||(r.color=t),r._groupIx=o,r._groupValue=i[o].value,a.push(r),n&&(r.name=n({series:r,group:i[o]}));return a}function O(e,t){var i,n,o=[];for(t=[].concat(t),i=0;i<e.length;i++)n=e[i],Ai(n.type,t)&&o.push(n);return o}function F(t,i){if(t instanceof Date){for(var n=0,o=i.length;n<o;n++)if(R(i[n],t))return n;return-1}return e.inArray(t,i)}function U(e,t){t=t||_i;for(var i=1,n=e.length;i<n;i++)if(t(e[i],e[i-1])<0){e.sort(t);break}return e}function H(e,t){var i,n=U(e,t),o=n.length,r=o>0?[n[0]]:[];for(t=t||_i,i=1;i<o;i++)0!==t(n[i],Ii(r))&&r.push(n[i]);return r}function N(e,t){var i=e.type,n=t instanceof Date;return!i&&n||T(i,mn)}function j(e){var t,i,n,o,r=[],a=e.length;for(t=0;t<a;t++)for(i=e[t],o=i.length,n=0;n<o;n++)r[n]=r[n]||[],r[n].push(i[n]);return r}function G(e,t){if(e.indexOf(\".\")>-1)for(var i,n=e.split(\".\"),o=\"\";n.length>1;)o+=n.shift(),i=Nt.getter(o)(t)||{},Nt.setter(o)(t,i),o+=\".\"}function q(e){var t,i,n,o=e.data,r=0;for(t=0;t<o.length;t++)i=oe.current.bindPoint(e,t),n=i.valueFields.value,typeof n===Yo&&(n=parseFloat(n)),B(n)&&i.fields.visible!==!1&&(r+=Ot.abs(n));return r}function Y(e){var t=e.overlay;return t&&t.gradient&&\"none\"!=t.gradient}function X(e){for(var t=0;t<e.length;t++)if(Ri(e[t].zIndex))return!0}function W(){this._defaultPrevented=!0}function Z(e,t){if(e)for(var i=0;i<e.length;i++)if(e[i].category===t)return[e[i]]}function K(e){return Ri(e)&&null!==e}function Q(e){var t,i,n={};for(i=0;i<e.length;i++)t=e[i],t.axis.options.name&&(n[t.axis.options.name]={min:t.range.min,max:t.range.max});return n}function $(e,t){var i=(t||\"\").toLowerCase(),n=\"none\"==i&&!(e.ctrlKey||e.shiftKey||e.altKey)||e[i+\"Key\"];return n}function J(e,t){var i=[];ee(e,i),Nt.util.loadFonts(i,t)}function ee(e,t,i){var n=5;i=i||{depth:0},!e||i.depth>n||!document.fonts||Object.keys(e).forEach(function(n){var o=e[n];\"dataSource\"!==n&&\"$\"!==n[0]&&o&&(\"font\"===n?t.push(o):\"object\"==typeof o&&(i.depth++,ee(o,t,i),i.depth--))})}function te(e,t){var i,n,o,r;for(o in t)i=t[o],n=e[o],Ri(n)&&(r=null===i,r||!Ri(i)?(delete e[o],r&&delete t[o]):n&&Mt(i)&&Mt(i)&&te(n,i))}function ie(e,t){var i,n;for(i=0;i<e.length;i++)if(n=e[i],n&&n.pane===t)return n}var ne,oe,re,ae,se,le,ce,he,ue,pe,fe,de,ge,me,xe,ve,ye,_e,be,we,Ae,ke,Se,Ce,Pe,Te,Re,Ie,Ve,Be,Le,Ee,De,Me,ze,Oe,Fe,Ue,He,Ne,je,Ge,qe,Ye,Xe,We,Ze,Ke,Qe,$e,Je,et,tt,it,nt,ot,rt,at,st,lt,ct,ht,ut,pt,ft,dt,gt,mt,xt,vt,yt,_t,bt,wt,At,kt,St,Ct,Pt,Tt,Rt,It,Vt,Bt,Lt,Et=e.each,Dt=e.isArray,Mt=e.isPlainObject,zt=e.map,Ot=Math,Ft=e.noop,Ut=e.extend,Ht=e.proxy,Nt=window.kendo,jt=Nt.Class,Gt=Nt.Observable,qt=Nt.data.DataSource,Yt=Nt.ui.Widget,Xt=Nt.deepExtend,Wt=Nt.getter,Zt=Nt.isFunction,Kt=Nt.template,Qt=Nt._outerWidth,$t=Nt._outerHeight,Jt=Nt.dataviz,ei=Jt.Axis,ti=Jt.AxisLabel,ii=Jt.Box2D,ni=Jt.BoxElement,oi=Jt.ChartElement,ri=Nt.drawing.Color,ai=Jt.CurveProcessor,si=Jt.FloatElement,li=Jt.Note,ci=Jt.LogarithmicAxis,hi=Jt.NumericAxis,ui=Jt.Point2D,pi=Jt.RootElement,fi=Jt.Ring,di=Jt.ShapeElement,gi=Jt.ShapeBuilder,mi=Jt.TextBox,xi=Jt.Title,vi=Jt.alignPathToPixel,yi=Jt.autoFormat,_i=Jt.dateComparer,bi=Jt.eventTargetElement,wi=Jt.getSpacing,Ai=Jt.inArray,ki=Jt.interpolateValue,Si=Jt.mwDelta,Ci=Jt.round,Pi=Nt.util,Ti=Pi.append,Ri=Pi.defined,Ii=Pi.last,Vi=Pi.limitValue,Bi=Pi.sparseArrayLimits,Li=Pi.sparseArrayMin,Ei=Pi.sparseArrayMax,Di=Pi.renderTemplate,Mi=Pi.valueOrDefault,zi=Jt.geometry,Oi=Jt.drawing,Fi=\".kendoChart\",Ui=\"above\",Hi=\"area\",Ni=\"auto\",ji=\"fit\",Gi=Jt.AXIS_LABEL_CLICK,qi=\"bar\",Yi=6,Xi=.8,Wi=\"below\",Zi=\"#000\",Ki=\"both\",Qi=\"bottom\",$i=\"boxPlot\",Ji=\"bubble\",en=\"bullet\",tn=\"candlestick\",nn=\"category\",on=\"center\",rn=\"change\",an=\"circle\",sn=\"contextmenu\"+Fi,ln=Jt.CLIP,cn=\"color\",hn=\"column\",un=Jt.COORD_PRECISION,pn=\"cross\",fn=\"k-\",dn=\"custom\",gn=\"dataBound\",mn=\"date\",xn=\"days\",vn=Jt.DEFAULT_FONT,yn=Jt.DEFAULT_HEIGHT,_n=Jt.DEFAULT_PRECISION,bn=Jt.DEFAULT_WIDTH,wn=4,An=\"donut\",kn=50,Sn=\"drag\",Cn=\"dragEnd\",Pn=\"dragStart\",Tn=\"errorLow\",Rn=\"errorHigh\",In=\"xErrorLow\",Vn=\"xErrorHigh\",Bn=\"yErrorLow\",Ln=\"yErrorHigh\",En=\"fadeIn\",Dn=\"first\",Mn=\"from\",zn=\"funnel\",On=\"glass\",Fn=\"horizontal\",Un=\"horizontalWaterfall\",Hn=\"hours\",Nn=Jt.INITIAL_ANIMATION_DURATION,jn=\"insideBase\",Gn=\"insideEnd\",qn=\"interpolate\",Yn=\"leave\",Xn=\"left\",Wn=\"legendItemClick\",Zn=\"legendItemHover\",Kn=\"line\",Qn=8,$n=\"linear\",Jn=\"log\",eo=\"max\",to=5,io=Number.MAX_VALUE,no=\"min\",oo=.01,ro=-Number.MAX_VALUE,ao=\"minutes\",so=\"months\",lo=\"mouseleave\"+Fi,co=\"mousemove.tracking\",ho=\"mousemove\"+Fi,uo=20,po=150,fo=\"DOMMouseScroll\"+Fi+\" mousewheel\"+Fi,go=Jt.NOTE_CLICK,mo=Jt.NOTE_HOVER,xo=\"noteText\",vo=\"object\",yo=\"ohlc\",_o=\"outsideEnd\",bo=\"pie\",wo=70,Ao=\"plotAreaClick\",ko=\"plotAreaHover\",So=\"pointer\",Co=\"rangeBar\",Po=\"rangeColumn\",To=\"render\",Ro=\"right\",Io=\"roundedBevel\",Vo=\"roundedGlass\",Bo=\"scatter\",Lo=\"scatterLine\",Eo=\"seconds\",Do=\"milliseconds\",Mo=\"selectStart\",zo=\"select\",Oo=\"selectEnd\",Fo=\"seriesClick\",Uo=\"seriesHover\",Ho=Nt.support.browser.msie&&10===Nt.support.browser.version?.001:0,No=\"step\",jo=\"smooth\",Go=\"stderr\",qo=\"stddev\",Yo=\"string\",Xo=\"summary\",Wo=1,Zo=1e3*Wo,Ko=60*Zo,Qo=60*Ko,$o=24*Qo,Jo=7*$o,er=31*$o,tr=365*$o,ir={years:tr,months:er,weeks:Jo,days:$o,hours:Qo,minutes:Ko,seconds:Zo,milliseconds:Wo},nr=\"to\",or=\"top\",rr=150,ar=5,sr=100,lr=100,cr=\"chart-tooltip-inverse\",hr=\"value\",ur=\"verticalArea\",pr=\"verticalBoxPlot\",fr=\"verticalBullet\",dr=\"verticalLine\",gr=\"waterfall\",mr=\"weeks\",xr=\"#fff\",vr=\"x\",yr=\"y\",_r=\"years\",br=\"zero\",wr=3,Ar=\"zoomStart\",kr=\"zoom\",Sr=\"zoomEnd\",Cr=[Do,Eo,ao,Hn,xn,mr,so,_r],Pr=[qi,hn,yo,tn,$i,pr,en,Po,Co,gr,Un],Tr={milliseconds:\"HH:mm:ss.fff\",seconds:\"HH:mm:ss\",minutes:\"HH:mm\",hours:\"HH:mm\",days:\"M/d\",weeks:\"M/d\",months:\"MMM 'yy\",years:\"yyyy\"},Rr=Yt.extend({init:function(e,i){var n,o,r=this;Nt.destroy(e),Yt.fn.init.call(r,e),r.element.addClass(fn+this.options.name.toLowerCase()).css(\"position\",\"relative\"),i&&(o=i.dataSource,i.dataSource=t),n=Xt({},r.options,i),r._originalOptions=Xt({},n),r._initTheme(n),r._initSurface(),r.bind(r.events,r.options),r.wrapper=r.element,i&&(i.dataSource=o),r._initDataSource(i),Nt.notify(r,Jt.ui)},_initTheme:function(i){var n,o=this,r=Jt.ui.themes||{},a=i.theme,c=r[a]||r[a.toLowerCase()],h=a&&c?c.chart:{},u=[],p=i.series||[];for(n=0;n<p.length;n++)u.push(e.extend({},p[n]));i.series=u,l(i),o._applyDefaults(i,h),null===i.seriesColors&&(i.seriesColors=t),o.options=Xt({},h,i),s(o.options)},_initDataSource:function(e){var t=this,i=(e||{}).dataSource;t._dataChangeHandler=Ht(t._onDataChanged,t),t.dataSource=qt.create(i).bind(rn,t._dataChangeHandler),t._bindCategories(),i&&(t._hasDataSource=!0),J(e,function(){t._redraw(),t._attachEvents()}),i&&t.options.autoBind&&t.dataSource.fetch()},setDataSource:function(e){var t=this;t.dataSource.unbind(rn,t._dataChangeHandler),t.dataSource=e=qt.create(e),t._hasDataSource=!0,t._hasData=!1,e.bind(rn,t._dataChangeHandler),t.options.autoBind&&e.fetch()},events:[gn,Fo,Uo,Gi,Wn,Zn,Ao,ko,Pn,Sn,Cn,Ar,kr,Sr,Mo,zo,Oo,go,mo,To],items:function(){return e()},options:{name:\"Chart\",renderAs:\"\",theme:\"default\",chartArea:{},legend:{visible:!0,labels:{}},categoryAxis:{},autoBind:!0,seriesDefaults:{type:hn,data:[],highlight:{visible:!0},labels:{},negativeValues:{visible:!1}},series:[],seriesColors:null,tooltip:{visible:!1},transitions:!0,valueAxis:{},plotArea:{},title:{},xAxis:{},yAxis:{},panes:[{}],pannable:!1,zoomable:!1},refresh:function(){var e=this;e._applyDefaults(e.options),s(e.options),e._bindSeries(),e._bindCategories(),e.trigger(gn),e._redraw()},getSize:function(){return Nt.dimensions(this.element)},_resize:function(){var e=this.options.transitions;this.options.transitions=!1,this._redraw(),this.options.transitions=e},redraw:function(e){var t,i,n=this;n._applyDefaults(n.options),s(n.options),e?(i=n._model._plotArea,t=i.findPane(e),i.redraw(t)):n._redraw()},getAxis:function(e){var t,i=this._plotArea.axes;for(t=0;t<i.length;t++)if(i[t].options.name===e)return new Bt(i[t])},findAxisByName:function(e){return this.getAxis(e)},plotArea:function(){return new It(this._plotArea)},findPaneByName:function(e){var t,i=this._plotArea.panes;for(t=0;t<i.length;t++)if(i[t].options.name===e)return new Vt(this,i[t])},findPaneByIndex:function(e){var t=this._plotArea.panes;if(t[e])return new Vt(this,t[e])},findSeries:function(e){var t,i=this._plotArea,n=i.srcSeries||i.series;for(t=0;t<n.length;t++)if(e(n[t]))return new Lt(this,n[t])},findSeriesByName:function(e){return this._createSeries({name:e})},findSeriesByIndex:function(e){return this._createSeries({index:e})},_createSeries:function(e){var t=this._seriesOptions(e);if(t)return new Lt(this,t)},_seriesOptions:function(e){var t,i,n=this._plotArea,o=n.srcSeries||n.series;if(Ri(e.index))t=o[e.index];else if(Ri(e.name))for(i=0;i<o.length;i++)if(o[i].name===e.name){t=o[i];break}return t},toggleHighlight:function(e,t){var i,n,o,r=this._plotArea,a=(r.srcSeries||r.series||[])[0];Nt.isFunction(t)?o=r.filterPoints(t):(Mt(t)?(i=t.series,n=t.category):i=n=t,o=a.type===An?Z(r.pointsBySeriesName(i),n):a.type===bo||a.type===zn?Z((r.charts[0]||{}).points,n):r.pointsBySeriesName(i)),o&&this._togglePointsHighlight(e,o)},_togglePointsHighlight:function(e,t){var i,n=this._highlight;for(i=0;i<t.length;i++)n.togglePointHighlight(t[i],e)},showTooltip:function(e){var t,i,n,o=this._sharedTooltip(),r=this._tooltip,a=this._plotArea;Nt.isFunction(e)?(t=a.findPoint(e),t&&o&&(i=t.categoryIx)):o&&Ri(e)&&(i=a.categoryAxis.categoryIndex(e)),o?i>=0&&(n=this._plotArea.pointsByCategoryIndex(i),r.showAt(n)):t&&r.show(t)},hideTooltip:function(){this._tooltip.hide()},_initSurface:function(){var e=this.surface,t=this._surfaceWrap(),i=this.options.chartArea;i.width&&t.css(\"width\",i.width),i.height&&t.css(\"height\",i.height),e&&e.options.type===this.options.renderAs?(this.surface.clear(),this.surface.resize()):(e&&e.destroy(),this.surface=Oi.Surface.create(t,{type:this.options.renderAs}))},_surfaceWrap:function(){return this.element},_redraw:function(){var e,t=this,i=t._getModel();t._destroyView(),t._model=i,t._plotArea=i._plotArea,i.renderVisual(),this.options.transitions!==!1&&i.traverse(function(e){e.animation&&e.animation.setup()}),t._initSurface(),t.surface.draw(i.visual),this.options.transitions!==!1&&i.traverse(function(e){e.animation&&e.animation.play()}),t._tooltip=t._createTooltip(),t._highlight=new vt(e),t._setupSelection(),t._createPannable(),t._createZoomSelection(),t._createMousewheelZoom(),t._hasDataSource&&!t._hasData&&t.options.autoBind||t.trigger(To)},exportVisual:function(e){var t,i,n,o;return e&&(e.width||e.height)?(i=this.options.chartArea,n=this._originalOptions.chartArea,Xt(i,e),o=this._getModel(),i.width=n.width,i.height=n.height,o.renderVisual(),t=o.visual):t=this.surface.exportVisual(),t},_sharedTooltip:function(){var e=this,t=e.options;return e._plotArea instanceof ut&&t.tooltip.shared},_createPannable:function(){var e=this.options;e.pannable!==!1&&(this._pannable=new Ct(this._plotArea,e.pannable))},_createZoomSelection:function(){var e=this.options.zoomable,t=(e||{}).selection;e!==!1&&t!==!1&&(this._zoomSelection=new Pt(this,t))},_createMousewheelZoom:function(){var e=this.options.zoomable,t=(e||{}).mousewheel;e!==!1&&t!==!1&&(this._mousewheelZoom=new Tt(this,t))},_createTooltip:function(){var e,t=this,i=t.options,n=t.element;return e=t._sharedTooltip()?new bt(n,t._plotArea,i.tooltip):new _t(n,i.tooltip),e.bind(Yn,Ht(t._tooltipleave,t)),e},_tooltipleave:function(){var e=this,t=e._plotArea,i=e._highlight;t.hideCrosshairs(),i.hide()},_applyDefaults:function(e,t){c(e,t),r(e,t)},_getModel:function(){var e,t=this,i=t.options,n=new pi(t._modelOptions());return n.chart=t,xi.buildTitle(i.title,n),e=n._plotArea=t._createPlotArea(),i.legend.visible&&n.append(new le(e.options.legend)),n.append(e),n.reflow(),n},_modelOptions:function(){var e=this,t=e.options,i=e.element,n=Ot.floor(i.height()),o=Ot.floor(i.width());return e._size=null,Xt({width:o||bn,height:n||yn,transitions:t.transitions},t.chartArea)},_createPlotArea:function(e){var t=this,i=t.options;return ne.current.create(e?[]:i.series,i)},_setupSelection:function(){var e,t,i,n,o,r,a=this,s=a._plotArea,l=s.axes,c=a._selections=[];for(a._selectStartHandler||(a._selectStartHandler=Ht(a._selectStart,a),a._selectHandler=Ht(a._select,a),a._selectEndHandler=Ht(a._selectEnd,a)),t=0;t<l.length;t++)i=l[t],r=i.options,i instanceof ce&&r.select&&!r.vertical&&(n=0,o=r.categories.length-1,i instanceof he&&(n=r.categories[n],o=r.categories[o]),r.justified||(i instanceof he?o=m(o,1,r.baseUnit,r.weekStartDay):o++),e=new St(a,i,Xt({min:n,max:o},r.select)),e.bind(Mo,a._selectStartHandler),e.bind(zo,a._selectHandler),e.bind(Oo,a._selectEndHandler),c.push(e))},_selectStart:function(e){return this.trigger(Mo,e)},_select:function(e){return this.trigger(zo,e)},_selectEnd:function(e){return this.trigger(Oo,e)},_attachEvents:function(){var e=this,t=e.element,i=e.surface;i.bind(\"mouseenter\",Ht(e._mouseover,e)),i.bind(\"mouseleave\",Ht(e._mouseout,e)),t.on(sn,Ht(e._click,e)),t.on(fo,Ht(e._mousewheel,e)),t.on(lo,Ht(e._mouseleave,e)),e._mousemove=Nt.throttle(Ht(e._mousemove,e),uo),e._shouldAttachMouseMove()&&t.on(ho,e._mousemove),Nt.UserEvents&&(e._userEvents=new Nt.UserEvents(t,{global:!0,multiTouch:!0,fastTap:!0,tap:Ht(e._tap,e),start:Ht(e._start,e),move:Ht(e._move,e),end:Ht(e._end,e),gesturestart:Ht(e._gesturestart,e),gesturechange:Ht(e._gesturechange,e),gestureend:Ht(e._gestureend,e)}))},_gesturestart:function(e){this._mousewheelZoom&&(this._gestureDistance=e.distance,this._unsetActivePoint(),this.surface.suspendTracking())},_gestureend:function(){this._zooming&&(this.surface&&this.surface.resumeTracking(),this._zooming=!1,this.trigger(Sr,{}))},_gesturechange:function(e){var t,i,n,o,r=this,a=r._mousewheelZoom;a&&(e.preventDefault(),t=r._gestureDistance,i=-e.distance/t+1,Ot.abs(i)>=.1&&(i=Ot.round(10*i),r._gestureDistance=e.distance,n={delta:i,axisRanges:D(r._plotArea.axes),originalEvent:e},!r._zooming&&r.trigger(Ar,n)||(r._zooming||(r._zooming=!0),o=n.axisRanges=a.updateRanges(i),o&&!r.trigger(kr,n)&&a.zoom())))},_mouseout:function(e){if(e.element){var t=this._drawingChartElement(e.element,e);t&&t.leave&&t.leave(this,e.originalEvent)}},_start:function(e){var t=this,i=t._events,n=t._eventCoordinates(e);t._plotArea.backgroundContainsPoint(n)&&(Ri(i[Pn]||i[Sn]||i[Cn])&&t._startNavigation(e,n,Pn),t._pannable&&t._pannable.start(e)&&(this.surface.suspendTracking(),this._unsetActivePoint()),t._zoomSelection&&t._zoomSelection.start(e)&&this.trigger(Ar,{axisRanges:D(this._plotArea.axes),originalEvent:e}))},_move:function(e){var t,i,n,o,r,a,s=this,l=s._navState,c=s._pannable,h={};if(c)e.preventDefault(),h=c.move(e),h&&!s.trigger(Sn,{axisRanges:h,originalEvent:e})&&c.pan();else if(l){for(e.preventDefault(),t=l.axes,i=0;i<t.length;i++)n=t[i],o=n.options.name,o&&(r=n.options.vertical?e.y:e.x,a=r.startLocation-r.location,0!==a&&(h[n.options.name]=n.translateRange(a)));l.axisRanges=h,s.trigger(Sn,{axisRanges:h,originalEvent:e})}s._zoomSelection&&s._zoomSelection.move(e)},_end:function(e){var t,i=this._pannable;i&&i.end(e)?(this.surface.resumeTracking(),this.trigger(Cn,{axisRanges:D(this._plotArea.axes),originalEvent:e})):this._endNavigation(e,Cn),this._zoomSelection&&(t=this._zoomSelection.end(e),t&&!this.trigger(kr,{axisRanges:t,originalEvent:e})&&(this._zoomSelection.zoom(),this.trigger(Sr,{axisRanges:t,originalEvent:e})))},_mousewheel:function(e){var t,i,n,o,r,a,s,l=this,c=e.originalEvent,h=Si(e),u=l._navState,p={},f=l._mousewheelZoom,d=l._eventCoordinates(c);if(l._plotArea.backgroundContainsPoint(d))if(f)s={delta:h,axisRanges:D(this._plotArea.axes),originalEvent:e},!l._zooming&&l.trigger(Ar,s)||(e.preventDefault(),l._zooming||(l._unsetActivePoint(),l.surface.suspendTracking(),l._zooming=!0),l._mwTimeout&&clearTimeout(l._mwTimeout),s.axisRanges=p=f.updateRanges(h),p&&!l.trigger(kr,s)&&f.zoom(),l._mwTimeout=setTimeout(function(){l.trigger(Sr,s),l._zooming=!1,l.surface&&l.surface.resumeTracking()},po));else if(u||(t=l._startNavigation(c,d,Ar),t||(u=l._navState)),u){for(i=u.totalDelta||h,u.totalDelta=i+h,n=l._navState.axes,o=0;o<n.length;o++)r=n[o],a=r.options.name,a&&(p[a]=r.scaleRange(-i));l.trigger(kr,{delta:h,axisRanges:p,originalEvent:e}),l._mwTimeout&&clearTimeout(l._mwTimeout),l._mwTimeout=setTimeout(function(){l._endNavigation(e,Sr)},po)}},_startNavigation:function(e,t,i){var n,o,r=this,a=r._model._plotArea,s=a.findPointPane(t),l=a.axes.slice(0);s&&(o=D(l),n=r.trigger(i,{axisRanges:o,originalEvent:e}),n?r._userEvents.cancel():(r._suppressHover=!0,r._unsetActivePoint(),r._navState={axisRanges:o,pane:s,axes:l}))},_endNavigation:function(e,t){var i=this;i._navState&&(i.trigger(t,{axisRanges:i._navState.axisRanges,originalEvent:e}),i._suppressHover=!1,i._navState=null)},_getChartElement:function(e,t){var i=this.surface.eventTarget(e);if(i)return this._drawingChartElement(i,e,t)},_drawingChartElement:function(e,t,i){for(var n;e&&!n;)n=e.chartElement,e=e.parent;if(n)return n.aliasFor&&(n=n.aliasFor(t,this._eventCoordinates(t))),i&&(n=n.closest(i)),n},_eventCoordinates:function(e){var t=this,i=Ri((e.x||{}).client),n=i?e.x.client:e.clientX,o=i?e.y.client:e.clientY;return t._toModelCoordinates(n,o)},_toModelCoordinates:function(t,i){var n=this.element,o=n.offset(),r=parseInt(n.css(\"paddingLeft\"),10),a=parseInt(n.css(\"paddingTop\"),10),s=e(window);return new ui(t-o.left-r+s.scrollLeft(),i-o.top-a+s.scrollTop())},_tap:function(e){var t=this,i=t.surface.eventTarget(e),n=t._drawingChartElement(i,e);t._activePoint===n?t._propagateClick(n,e):(t._startHover(i,e)||t._unsetActivePoint(),t._propagateClick(n,e)),t._supressMouseleave=!0,setTimeout(function(){t._supressMouseleave=!1},0)},_click:function(e){var t=this,i=t._getChartElement(e);t._propagateClick(i,e)},_propagateClick:function(e,t){for(;e;)e.click&&e.click(this,t),e=e.parent},_startHover:function(e,i){var n,o=this,r=o._drawingChartElement(e,i),a=o._tooltip,s=o._highlight,l=o.options.tooltip;if(!o._suppressHover&&s&&!s.isHighlighted(r)&&!o._sharedTooltip())return n=o._drawingChartElement(e,i,function(e){return e.hover&&!(e instanceof ct)}),n&&!n.hover(o,i)?(o._activePoint=n,l=Xt({},l,n.options.tooltip),l.visible&&a.show(n),s.show(n),n):t},_mouseover:function(t){var i=this,n=i._startHover(t.element,t.originalEvent);n&&n.tooltipTracking&&e(document).on(co,Ht(i._mouseMoveTracking,i))},_mouseMoveTracking:function(t){var i,n,o=this,r=o.options,a=o._tooltip,s=o._highlight,l=o._eventCoordinates(t),c=o._activePoint;o._plotArea.box.containsPoint(l)?c&&c.tooltipTracking&&c.series&&c.parent.getNearestPoint&&(n=c.parent.getNearestPoint(l.x,l.y,c.seriesIx),n&&n!=c&&(n.hover(o,t),o._activePoint=n,i=Xt({},r.tooltip,c.options.tooltip),i.visible&&a.show(n),s.show(n))):(e(document).off(co),o._unsetActivePoint())},_mousemove:function(e){var t=this._eventCoordinates(e);this._trackCrosshairs(t),\nthis._plotArea.hover&&this._plotArea.hover(this,e),this._sharedTooltip()&&this._trackSharedTooltip(t,e)},_trackCrosshairs:function(e){var t,i,n=this._plotArea.crosshairs;for(t=0;t<n.length;t++)i=n[t],i.box.containsPoint(e)?i.showAt(e):i.hide()},_trackSharedTooltip:function(t,i){var n,o,r,a,s=this,l=s.options,c=s._plotArea,h=c.categoryAxis,u=s._tooltip,p=l.tooltip,f=s._highlight;c.box.containsPoint(t)&&(n=h.pointCategoryIndex(t),n!==s._tooltipCategoryIx&&(o=c.pointsByCategoryIndex(n),r=e.map(o,function(e){return e.eventArgs(i)}),a=r[0]||{},a.categoryPoints=r,o.length>0&&!this.trigger(Uo,a)?(p.visible&&u.showAt(o,t),f.show(o)):u.hide(),s._tooltipCategoryIx=n))},_mouseleave:function(t){var i=this,n=i._plotArea,o=i._tooltip,r=i._highlight,a=t.relatedTarget;a&&e(a).closest(o.element).length||i._supressMouseleave||(i._mousemove.cancel(),n.hideCrosshairs(),r.hide(),setTimeout(Ht(o.hide,o),lr),i._tooltipCategoryIx=null)},_unsetActivePoint:function(){var e=this,t=e._tooltip,i=e._highlight;e._activePoint=null,t&&t.hide(),i&&i.hide()},_onDataChanged:function(e){var t,i,n=this,o=n.options,r=n._sourceSeries||o.series,a=r.length,l=n.dataSource.view(),c=(n.dataSource.group()||[]).length>0,h=[];for(t=0;t<a;t++)i=r[t],n._isBindable(i)&&c?(Ti(h,z(i,l)),this._applyGroupVisibleState(h,e)):h.push(i||[]);n._sourceSeries=r,o.series=h,s(n.options),n._bindSeries(),n._bindCategories(),n._hasData=!0,n._deferRedraw()},_applyGroupVisibleState:function(e,t){var i,n;if(t&&t.action)for(i=this._groupVisibleState=this._groupVisibleState||{},n=0;n<e.length;n++)i[e[n]._groupValue]===!1&&(e[n].visible=!1);else delete this._groupVisibleState},_saveGroupVisibleState:function(e){Ri(e._groupValue)&&(this._groupVisibleState||(this._groupVisibleState={}),this._groupVisibleState[e._groupValue]=e.visible)},_deferRedraw:function(){var e=this;Nt.support.vml?(e._clearRedrawTimeout(),e._redrawTimeout=setTimeout(function(){e.surface&&(e.trigger(gn),e._redraw())},0)):(e.trigger(gn),e._redraw())},_clearRedrawTimeout:function(){this._redrawTimeout&&(clearInterval(this._redrawTimeout),this._redrawTimeout=null)},_bindSeries:function(){var e,t,i,n,o=this,r=o.dataSource.view(),a=o.options.series,s=a.length;for(e=0;e<s;e++)t=a[e],o._isBindable(t)&&(i=t._groupIx,n=Ri(i)?(r[i]||{}).items:r,t.autoBind!==!1&&(t.data=n))},_bindCategories:function(){var e,t,i=this,n=i.dataSource.view()||[],o=(i.dataSource.group()||[]).length>0,r=n,a=i.options,s=[].concat(a.categoryAxis);for(o&&n.length&&(r=n[0].items),e=0;e<s.length;e++)t=s[e],t.autoBind!==!1&&i._bindCategoryAxis(t,r,e)},_bindCategoryAxis:function(e,t,i){var n,o,r,a=(t||[]).length;if(e.field)for(e.categories=[],n=0;n<a;n++)r=t[n],o=p(e.field,r),0===n?(e.categories=[o],e.dataItems=[r]):(e.categories.push(o),e.dataItems.push(r));else this._bindCategoryAxisFromSeries(e,i)},_bindCategoryAxisFromSeries:function(e,t){var i,n,o,r,a,s,l,c,h,u,d,g=this,m=[],x=g.options.series,v=x.length,y={};for(n=0;n<v;n++)if(o=x[n],r=o.categoryAxis===e.name||!o.categoryAxis&&0===t,a=o.data,l=a.length,o.categoryField&&r&&l>0)for(d=N(e,p(o.categoryField,a[0])),u=d?f:p,s=0;s<l;s++)c=a[s],h=u(o.categoryField,c),!d&&y[h]||(m.push([h,c]),d||(y[h]=!0));m.length>0&&(d&&(m=H(m,function(e,t){return _i(e[0],t[0])})),i=j(m),e.categories=i[0],e.dataItems=i[1])},_isBindable:function(e){var t,i,n=oe.current.valueFields(e),o=!0;for(i=0;i<n.length;i++)if(t=n[i],t===hr?t=\"field\":t+=\"Field\",!Ri(e[t])){o=!1;break}return o},_legendItemClick:function(e,t){var i,n,o=this,r=o._plotArea,a=(r.srcSeries||r.series)[e];Ai(a.type,[bo,An,zn])?(n=a.data[t],i=!!Ri(n.visible)&&!n.visible,n.visible=i):(a.visible=!a.visible,this._saveGroupVisibleState(a)),this._noTransitionsRedraw()},_noTransitionsRedraw:function(){var e,t=this.options;t.transitions&&(t.transitions=!1,e=!0),this.redraw(),e&&(t.transitions=!0)},_legendItemHover:function(e,t){var i,n=this,o=n._plotArea,r=n._highlight,a=(o.srcSeries||o.series)[e];i=Ai(a.type,[bo,An,zn])?o.findPoint(function(i){return i.series.index===e&&i.index===t}):o.pointsBySeriesIndex(e),r.show(i)},_shouldAttachMouseMove:function(){var e=this,t=e._events;return e._plotArea.crosshairs.length||e._tooltip&&e._sharedTooltip()||Ri(t[ko])},setOptions:function(i){var n=this,o=i.dataSource;i.dataSource=t,te(n._originalOptions,i),n._originalOptions=Xt(n._originalOptions,i),n.options=Xt({},n._originalOptions),n._sourceSeries=null,e(document).off(ho),Yt.fn._setEvents.call(n,i),n._initTheme(n.options),o&&n.setDataSource(o),n._hasDataSource?n._onDataChanged():(n._bindCategories(),n.redraw()),n._shouldAttachMouseMove()&&n.element.on(ho,n._mousemove)},destroy:function(){var t=this,i=t.dataSource;t.element.off(Fi),i&&i.unbind(rn,t._dataChangeHandler),e(document).off(co),t._userEvents&&t._userEvents.destroy(),t._destroyView(),t.surface.destroy(),t.surface=null,t._clearRedrawTimeout(),Yt.fn.destroy.call(t)},_destroyView:function(){var e=this,t=e._model,i=e._selections;if(t&&(t.destroy(),e._model=null),i)for(;i.length>0;)i.shift().destroy();e._unsetActivePoint(),e._tooltip&&e._tooltip.destroy(),e._highlight&&e._highlight.destroy(),e._zoomSelection&&(e._zoomSelection.destroy(),delete e._zoomSelection),e._pannable&&(e._pannable.destroy(),delete e._pannable),e._mousewheelZoom&&(e._mousewheelZoom.destroy(),delete e._mousewheelZoom)}});Jt.ExportMixin.extend(Rr.fn),Nt.PDFMixin&&Nt.PDFMixin.extend(Rr.fn),ne=jt.extend({init:function(){this._registry=[]},register:function(e,t){this._registry.push({type:e,seriesTypes:t})},create:function(e,t){var i,n,o,r=this._registry,a=r[0];for(i=0;i<r.length;i++)if(n=r[i],o=O(e,n.seriesTypes),o.length>0){a=n;break}return new a.type(o,t)}}),ne.current=new ne,oe=jt.extend({init:function(){this._valueFields={},this._otherFields={},this._nullValue={},this._undefinedValue={}},register:function(e,i,n){var o,r,a=this;for(i=i||[hr],o=0;o<e.length;o++)r=e[o],a._valueFields[r]=i,a._otherFields[r]=n,a._nullValue[r]=a._makeValue(i,null),a._undefinedValue[r]=a._makeValue(i,t)},canonicalFields:function(e){return this.valueFields(e).concat(this.otherFields(e))},valueFields:function(e){return this._valueFields[e.type]||[hr]},otherFields:function(e){return this._otherFields[e.type]||[hr]},bindPoint:function(e,t,i){var n,o,r,a,s,l=this,c=e.data,h=Ri(i)?i:c[t],u={valueFields:{value:h}},p=l.valueFields(e),f=l._otherFields[e.type];return null===h?s=l._nullValue[e.type]:Ri(h)?Dt(h)?(o=h.slice(p.length),s=l._bindFromArray(h,p),n=l._bindFromArray(o,f)):typeof h===vo&&(r=l.sourceFields(e,p),a=l.sourceFields(e,f),s=l._bindFromObject(h,p,r),n=l._bindFromObject(h,f,a)):s=l._undefinedValue[e.type],Ri(s)&&(1===p.length?u.valueFields.value=s[p[0]]:u.valueFields=s),u.fields=n||{},u},_makeValue:function(e,t){var i,n,o={},r=e.length;for(i=0;i<r;i++)n=e[i],o[n]=t;return o},_bindFromArray:function(e,t){var i,n,o={};if(t)for(n=Ot.min(t.length,e.length),i=0;i<n;i++)o[t[i]]=e[i];return o},_bindFromObject:function(e,t,i){var n,o,r,a,s={};if(t)for(o=t.length,i=i||t,n=0;n<o;n++)r=t[n],a=i[n],s[r]=p(a,e);return s},sourceFields:function(e,t){var i,n,o,r,a;if(t)for(n=t.length,r=[],i=0;i<n;i++)o=t[i],a=o===hr?\"field\":o+\"Field\",r.push(e[a]||o);return r}}),oe.current=new oe,re=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),this.textBox=new mi(e,i.options),i.append(this.textBox)},options:{position:_o,margin:wi(3),padding:wi(4),color:Zi,background:\"\",border:{width:1,color:\"\"},aboveAxis:!0,vertical:!1,animation:{type:En,delay:Nn},zIndex:2},createVisual:function(){this.textBox.options.noclip=this.options.noclip},reflow:function(e){var t=this,i=t.options,n=i.vertical,o=i.aboveAxis,r=t.children[0],a=r.box,s=r.options.padding;r.options.align=n?on:Xn,r.options.vAlign=n?or:on,i.position==Gn?n?(r.options.vAlign=or,!o&&a.height()<e.height()&&(r.options.vAlign=Qi)):r.options.align=o?Ro:Xn:i.position==on?(r.options.vAlign=on,r.options.align=on):i.position==jn?n?r.options.vAlign=o?Qi:or:r.options.align=o?Xn:Ro:i.position==_o&&(n?e=o?new ii(e.x1,e.y1-a.height(),e.x2,e.y1):new ii(e.x1,e.y2,e.x2,e.y2+a.height()):(r.options.align=on,e=o?new ii(e.x2,e.y1,e.x2+a.width(),e.y2):new ii(e.x1-a.width(),e.y1,e.x1,e.y2))),i.rotation||(n?s.left=s.right=(e.width()-r.contentBox.width())/2:s.top=s.bottom=(e.height()-r.contentBox.height())/2),r.reflow(e)},alignToClipBox:function(e){var t,i=this,n=i.options.vertical,o=n?yr:vr,r=o+\"1\",a=o+\"2\",s=i.children[0],l=i.parent.box;(l[r]<e[r]||e[a]<l[a])&&(t=s.paddingBox.clone(),t[r]=Ot.max(l[r],e[r]),t[a]=Ot.min(l[a],e[a]),this.reflow(t))}}),ae=ni.extend({init:function(e){var t=this;ni.fn.init.call(t,e),t.createContainer(),t.createMarker(),t.createLabel()},createContainer:function(){var e=this;e.container=new si({vertical:!1,wrap:!1,align:on}),e.append(e.container)},createMarker:function(){this.container.append(new di(this.markerOptions()))},markerOptions:function(){var e=this.options,t=e.markerColor;return Xt({},e.markers,{background:t,border:{color:t}})},createLabel:function(){var e=this,t=e.options,i=Xt({},t.labels);e.container.append(new mi(t.text,i))},renderComplete:function(){var e,t;oi.fn.renderComplete.call(this),e=this.options.cursor||{},t=this._itemOverlay=Oi.Path.fromRect(this.container.box.toRect(),{fill:{color:xr,opacity:0},stroke:null,cursor:e.style||e}),this.appendVisual(t)},click:function(e,t){var i=this.eventArgs(t);e.trigger(Wn,i)||(t.preventDefault(),e._legendItemClick(i.seriesIndex,i.pointIndex))},hover:function(e,t){var i=this.eventArgs(t);return e.trigger(Zn,i)||(t.preventDefault(),e._legendItemHover(i.seriesIndex,i.pointIndex)),!0},leave:function(e){e._unsetActivePoint()},eventArgs:function(e){var t=this.options;return{element:bi(e),text:t.text,series:t.series,seriesIndex:t.series.index,pointIndex:t.pointIndex}},renderVisual:function(){var e=this,t=e.options,i=t.visual;i?(e.visual=i({active:t.active,series:t.series,pointIndex:t.pointIndex,options:{markers:e.markerOptions(),labels:t.labels},createVisual:function(){e.createVisual(),e.renderChildren(),e.renderComplete();var t=e.visual;return delete e.visual,t}}),this.addVisual()):oi.fn.renderVisual.call(e)}}),se=oi.extend({render:function(){var e,t,i=this.children,n=this.options,o=n.vertical;for(this.visual=new Oi.Layout(null,{spacing:o?0:n.spacing,lineSpacing:o?n.spacing:0,orientation:o?\"vertical\":\"horizontal\"}),t=0;t<i.length;t++)e=i[t],e.reflow(new ii),e.renderVisual()},reflow:function(e){this.visual.rect(e.toRect()),this.visual.reflow();var t=this.visual.clippedBBox();this.box=t?Jt.rectToBox(t):new ii},renderVisual:function(){this.addVisual()},createVisual:Ft}),le=oi.extend({init:function(e){var t=this;oi.fn.init.call(t,e),Ai(t.options.position,[or,Ro,Qi,Xn,dn])||(t.options.position=Ro),t.createContainer(),t.createItems()},options:{position:Ro,items:[],labels:{margin:{left:6}},offsetX:0,offsetY:0,margin:wi(5),padding:wi(5),border:{color:Zi,width:0},item:{cursor:So},spacing:6,background:\"\",zIndex:1,markers:{border:{width:1},width:7,height:7,type:\"rect\",align:Xn,vAlign:on}},createContainer:function(){var e=this,t=e.options,i=t.align,n=t.position,o=n,r=on;n==dn?o=Xn:Ai(n,[or,Qi])?(o=\"start\"==i?Xn:\"end\"==i?Ro:on,r=n):i&&(\"start\"==i?r=or:\"end\"==i&&(r=Qi)),e.container=new ni({margin:t.margin,padding:t.padding,background:t.background,border:t.border,vAlign:r,align:o,zIndex:t.zIndex,shrinkToFit:!0}),e.append(e.container)},createItems:function(){var e,t,i,n=this,o=n.options,r=o.items,a=r.length,s=n.isVertical();for(e=new se({vertical:s,spacing:o.spacing}),o.reverse&&(r=r.slice(0).reverse()),t=0;t<a;t++)i=r[t],e.append(new ae(Xt({},{markers:o.markers,labels:o.labels},o.item,i)));e.render(),n.container.append(e)},isVertical:function(){var e=this,t=e.options,i=t.orientation,n=t.position,o=n==dn&&i!=Fn||(Ri(i)?i!=Fn:Ai(n,[Xn,Ro]));return o},hasItems:function(){return this.container.children[0].children.length>0},reflow:function(e){var i=this,n=i.options;return e=e.clone(),i.hasItems()?(n.position===dn?(i.containerCustomReflow(e),i.box=e):i.containerReflow(e),t):(i.box=e,t)},containerReflow:function(e){var t,i=this,n=i.options,o=n.position,r=o==or||o==Qi?vr:yr,a=e.clone(),s=i.container,l=n.width,c=n.height,h=i.isVertical(),u=e.clone();o!=Xn&&o!=Ro||(a.y1=u.y1=0),h&&c?(a.y2=a.y1+c,a.align(u,yr,s.options.vAlign)):!h&&l&&(a.x2=a.x1+l,a.align(u,vr,s.options.align)),s.reflow(a),a=s.box,t=a.clone(),(n.offsetX||n.offsetY)&&(a.translate(n.offsetX,n.offsetY),i.container.reflow(a)),t[r+1]=e[r+1],t[r+2]=e[r+2],i.box=t},containerCustomReflow:function(e){var t=this,i=t.options,n=i.offsetX,o=i.offsetY,r=t.container,a=i.width,s=i.height,l=t.isVertical(),c=e.clone();l&&s?c.y2=c.y1+s:!l&&a&&(c.x2=c.x1+a),r.reflow(c),c=r.box,r.reflow(ii(n,o,n+c.width(),o+c.height()))},renderVisual:function(){this.hasItems()&&oi.fn.renderVisual.call(this)}}),ce=ei.extend({init:function(e){var t=this;e=e||{},this._initFields(),this._initCategories(e),ei.fn.init.call(t,e)},_initFields:function(){this._ticks={},this.outOfRangeMin=0,this.outOfRangeMax=0},_initCategories:function(e){var t,i,n=(e.categories||[]).slice(0),o=Ri(e.min),r=Ri(e.max);e.categories=n,(o||r)&&n.length&&(e.srcCategories=e.categories,t=o?Ot.floor(e.min):0,i=r?e.justified?Ot.floor(e.max)+1:Ot.ceil(e.max):n.length,e.categories=e.categories.slice(t,i))},options:{type:nn,categories:[],vertical:!1,majorGridLines:{visible:!1,width:1,color:Zi},labels:{zIndex:1},justified:!1},rangeIndices:function(){var e,t=this.options,i=t.categories.length||1,n=B(t.min)?t.min%1:0;return e=B(t.max)&&t.max%1!==0&&t.max<this.totalRange().max?i-(1-t.max%1):i-(t.justified?1:0),{min:n,max:e}},totalRangeIndices:function(e){var t,i,n=this.options,o=B(n.min)?n.min:0;return t=B(n.max)?n.max:B(n.min)?o+n.categories.length:(n.srcCategories||n.categories).length-(n.justified?1:0)||1,e&&(i=this.totalRange(),o=Vi(o,0,i.max),t=Vi(t,0,i.max)),{min:o,max:t}},range:function(){var e=this.options;return{min:B(e.min)?e.min:0,max:B(e.max)?e.max:e.categories.length}},totalRange:function(){var e=this.options;return{min:0,max:Ot.max(this._seriesMax||0,(e.srcCategories||e.categories).length)-(e.justified?1:0)}},getScale:function(){var e=this.rangeIndices(),t=e.min,i=e.max,n=this.lineBox(),o=this.options.vertical?n.height():n.width(),r=o/(i-t||1);return r*(this.options.reverse?-1:1)},getTickPositions:function(e){for(var t=this,i=t.options,n=i.vertical,o=t.lineBox(),r=i.reverse,a=t.getScale(),s=t.rangeIndices(),l=s.min,c=s.max,h=l%1!==0?Ot.floor(l/1)+e:l,u=o[(n?yr:vr)+(r?2:1)],p=[];h<=c;)p.push(u+Ci(a*(h-l),un)),h+=e;return p},getLabelsTickPositions:function(){var e=this.getMajorTickPositions().slice(0),t=this.rangeIndices(),i=this.getScale(),n=this.lineBox(),o=this.options,r=o.vertical?yr:vr,a=o.reverse?2:1,s=o.reverse?1:2;return t.min%1!==0&&e.unshift(n[r+a]-i*(t.min%1)),t.max%1!==0&&e.push(n[r+s]+i*(1-t.max%1)),e},labelTickIndex:function(e){var t=e.index,i=this.rangeIndices();return i.min>0&&(t-=Ot.floor(i.min)),t},arrangeLabels:function(){ei.fn.arrangeLabels.call(this),this.hideOutOfRangeLabels()},hideOutOfRangeLabels:function(){var e=this.box,t=this.labels,i=this.options.vertical?yr:vr,n=e[i+1],o=e[i+2],r=t[0],a=Ii(t);t.length&&((r.box[i+1]>o||r.box[i+2]<n)&&(r.options.visible=!1),(a.box[i+1]>o||a.box[i+2]<n)&&(a.options.visible=!1))},getMajorTickPositions:function(){return this.getTicks().majorTicks},getMinorTickPositions:function(){return this.getTicks().minorTicks},getTicks:function(){var e,t=this,i=t._ticks,n=t.options,o=t.rangeIndices(),r=n.reverse,a=n.justified,s=t.lineBox();return e=s.getHash()+o.min+\",\"+o.max+r+a,i._hash!==e&&(i._hash=e,i.majorTicks=t.getTickPositions(1),i.minorTicks=t.getTickPositions(.5)),i},getSlot:function(e,t,i){var n,o,r=this,a=r.options,s=a.reverse,l=a.justified,c=a.vertical?yr:vr,h=r.lineBox(),u=r.rangeIndices(),p=u.min,f=this.getScale(),d=h[c+(s?2:1)],g=h.clone(),m=!Ri(t);return e=Mi(e,0),t=Mi(t,e),t=Ot.max(t-1,e),t=Ot.max(e,t),n=d+(e-p)*f,o=d+(t+1-p)*f,m&&l&&(o=n),i&&(n=Vi(n,h[c+1],h[c+2]),o=Vi(o,h[c+1],h[c+2])),g[c+1]=s?o:n,g[c+2]=s?n:o,g},slot:function(e,t,i){return\"string\"==typeof e&&(e=this.categoryIndex(e)),\"string\"==typeof t&&(t=this.categoryIndex(t)),ei.fn.slot.call(this,e,t,i)},pointCategoryIndex:function(e){var t,i,n,o=this,r=o.options,a=r.reverse,s=r.justified,l=r.vertical?yr:vr,c=o.lineBox(),h=o.rangeIndices(),u=a?h.max:h.min,p=this.getScale(),f=c[l+1],d=c[l+2],g=e[l];return g<f||g>d?null:(t=g-f,i=t/p,i=u+i,n=i%1,s?i=Ot.round(i):0===n&&i>0&&i--,Ot.floor(i))},getCategory:function(e){var t=this.pointCategoryIndex(e);return null===t?null:this.options.categories[t]},categoryIndex:function(e){var t=this.options,i=F(e,t.srcCategories||t.categories);return i-Ot.floor(t.min||0)},translateRange:function(e){var t=this,i=t.options,n=t.lineBox(),o=i.vertical?n.height():n.width(),r=i.categories.length,a=o/r,s=Ci(e/a,_n);return{min:s,max:r+s}},zoomRange:function(e){var t=this.totalRangeIndices(),i=this.totalRange(),n=i.max,o=i.min,r=Vi(t.min+e,o,n),a=Vi(t.max-e,o,n);if(a-r>0)return{min:r,max:a}},scaleRange:function(e){var t=this,i=t.options,n=i.categories.length,o=e*n;return{min:-o,max:n+o}},labelsCount:function(){var e=this.labelsRange();return e.max-e.min},labelsRange:function(){var e,t=this.options,i=t.labels,n=t.justified,o=this.totalRangeIndices(!0),r=o.min,a=o.max,s=Ot.floor(r);return n?(r=Ot.ceil(r),a=Ot.floor(a)):(r=Ot.floor(r),a=Ot.ceil(a)),e=r>i.skip?i.skip+i.step*Ot.ceil((r-i.skip)/i.step):i.skip,{min:e-s,max:(t.categories.length?a+(n?1:0):0)-s}},createAxisLabel:function(e,t){var i=this,n=i.options,o=n.dataItems?n.dataItems[e]:null,r=Mi(n.categories[e],\"\"),a=i.axisLabelText(r,o,t);return new ti(r,a,e,o,t)},shouldRenderNote:function(e){var t=this.options.categories;return t.length&&t.length>e&&e>=0},pan:function(e){var t=this.totalRangeIndices(!0),i=this.getScale(),n=Ci(e/i,_n),o=this.totalRange(),r=t.min+n,a=t.max+n;return this.limitRange(r,a,0,o.max,n)},pointsRange:function(e,t){var i=this,n=i.options,o=n.reverse,r=n.vertical?yr:vr,a=i.lineBox(),s=i.totalRangeIndices(!0),l=this.getScale(),c=a[r+(o?2:1)],h=e[r]-c,u=t[r]-c,p=s.min+h/l,f=s.min+u/l,d=Ot.min(p,f),g=Ot.max(p,f);if(g-d>=oo)return{min:d,max:g}},valueRange:function(){return this.range()}}),he=ce.extend({init:function(e){var t,i,n=this;e=e||{},e=Xt({roundToBaseUnit:!0},e,{categories:d(e.categories),min:d(e.min),max:d(e.max)}),e.userSetBaseUnit=e.userSetBaseUnit||e.baseUnit,e.userSetBaseUnitStep=e.userSetBaseUnitStep||e.baseUnitStep,e.categories&&e.categories.length>0?(t=(e.baseUnit||\"\").toLowerCase(),i=t!==ji&&!Ai(t,Cr),i&&(e.baseUnit=n.defaultBaseUnit(e)),t!==ji&&e.baseUnitStep!==Ni||n.autoBaseUnit(e),this._groupsStart=m(e.categories[0],0,e.baseUnit,e.weekStartDay),n.groupCategories(e)):e.baseUnit=e.baseUnit||xn,this._initFields(),ei.fn.init.call(n,e)},options:{type:mn,labels:{dateFormats:Tr},autoBaseUnitSteps:{milliseconds:[1,10,100],seconds:[1,2,5,15,30],minutes:[1,2,5,15,30],hours:[1,2,3],days:[1,2,3],weeks:[1,2],months:[1,2,3,6],years:[1,2,3,5,10,25,50]},maxDateGroups:10},shouldRenderNote:function(e){var t=this,i=t.range(),n=t.options.categories||[];return _i(e,i.min)>=0&&_i(e,i.max)<=0&&n.length},parseNoteValue:function(e){return d(e)},translateRange:function(e){var t,i,n=this,o=n.options,r=o.baseUnit,a=o.weekStartDay,s=n.lineBox(),l=o.vertical?s.height():s.width(),c=n.range(),h=l/(c.max-c.min),u=Ci(e/h,_n);return c.min&&c.max&&(t=w(o.min||c.min,u),i=w(o.max||c.max,u),c={min:m(t,0,r,a),max:m(i,0,r,a)}),c},scaleRange:function(e){var t,i=this,n=Ot.abs(e),o=i.range(),r=o.min,a=o.max;if(o.min&&o.max){for(;n--;)o=_(r,a),t=Ot.round(.1*o),e<0?(r=w(r,t),a=w(a,-t)):(r=w(r,-t),a=w(a,t));o={min:r,max:a}}return o},defaultBaseUnit:function(e){var t,i,n,o,r,a=e.categories,s=Ri(a)?a.length:0,l=io;for(t=0;t<s;t++)i=a[t],i&&o&&(n=b(i,o),n>0&&(l=Ot.min(l,n),r=l>=tr?_r:l>=er-3*$o?so:l>=Jo?mr:l>=$o?xn:l>=Qo?Hn:l>=Ko?ao:Eo)),o=i;return r||xn},_categoryRange:function(e){var t=e._range;return t||(t=e._range=Bi(e)),t},totalRange:function(){return{min:0,max:this.options.categories.length}},rangeIndices:function(){var e=this.options,t=e.baseUnit,i=e.baseUnitStep||1,n=e.categories,o=this.categoriesRange(),r=d(e.min||o.min),a=d(e.max||o.max),s=0,l=0;return n.length&&(s=k(r,n[0],t,i),l=k(a,n[0],t,i),e.roundToBaseUnit&&(s=Ot.floor(s),l=e.justified?Ot.floor(l):Ot.ceil(l))),{min:s,max:l}},labelsRange:function(){var e=this.options,t=e.labels,i=this.rangeIndices(),n=Ot.floor(i.min),o=Ot.ceil(i.max);return{min:n+t.skip,max:e.categories.length?o+(e.justified?1:0):0}},categoriesRange:function(){var e=this.options,t=this._categoryRange(e.srcCategories||e.categories),i=d(t.max);return!e.justified&&R(i,this._roundToTotalStep(i,e,!1))&&(i=this._roundToTotalStep(i,e,!0,!0)),{min:d(t.min),max:i}},currentRange:function(){var e=this.options,t=e.roundToBaseUnit!==!1,i=this.categoriesRange(),n=e.min,o=e.max;return n||(n=t?this._roundToTotalStep(i.min,e,!1):i.min),o||(o=t?this._roundToTotalStep(i.max,e,!e.justified):i.max),{min:n,max:o}},datesRange:function(){var e=this._categoryRange(this.options.srcCategories||this.options.categories);return{min:d(e.min),max:d(e.max)}},pan:function(e){var t,i,n,o=this,r=o.options,a=r.baseUnit,s=o.lineBox(),l=r.vertical?s.height():s.width(),c=this.currentRange(),h=this.totalLimits(),u=c.min,p=c.max,f=l/(p-u),m=Ci(e/f,_n);if(i=w(u,m),n=w(p,m),t=this.limitRange(g(i),g(n),g(h.min),g(h.max),m))return t.min=d(t.min),t.max=d(t.max),t.baseUnit=a,t.baseUnitStep=r.baseUnitStep||1,t.userSetBaseUnit=r.userSetBaseUnit,t.userSetBaseUnitStep=r.userSetBaseUnitStep,t},pointsRange:function(e,t){var i=ce.fn.pointsRange.call(this,e,t),n=this.currentRange(),o=this.rangeIndices(),r=_(n.max,n.min)/(o.max-o.min),a=this.options,s=w(n.min,i.min*r),l=w(n.min,i.max*r);return{min:s,max:l,baseUnit:a.userSetBaseUnit,baseUnitStep:a.userSetBaseUnitStep}},zoomRange:function(e){var t,i,n,o,r,a,s,l,c,h=this.options,u=this.totalLimits(),p=this.currentRange(),f=h.baseUnit,g=h.baseUnitStep||1,x=h.weekStartDay,v=p.max,y=p.min,b=m(y,e*g,f,x),A=m(v,-e*g,f,x);if(h.userSetBaseUnit==ji)if(t=h.autoBaseUnitSteps,i=h.maxDateGroups,n=F(f,Cr),r=_(A,b),a=Ii(t[f])*i*ir[f],s=_(v,y),r<ir[f]&&f!==Do)f=Cr[n-1],o=Ii(t[f]),l=(s-(i-1)*o*ir[f])/2,b=w(y,l),A=w(v,-l);else if(r>a&&f!==_r){c=0;do{n++,f=Cr[n],c=0,l=2*ir[f];do o=t[f][c],c++;while(c<t[f].length&&l*o<s)}while(f!==_r&&l*o<s);l=(l*o-s)/2,l>0&&(b=w(y,-l),A=w(v,l),b=w(b,Vi(A,u.min,u.max)-A),A=w(A,Vi(b,u.min,u.max)-b))}if(b=d(Vi(b,u.min,u.max)),A=d(Vi(A,u.min,u.max)),b&&A&&_(A,b)>0)return{min:b,max:A,baseUnit:h.userSetBaseUnit,baseUnitStep:h.userSetBaseUnitStep}},totalLimits:function(){var e=this.options,t=this.datesRange(),i=this._roundToTotalStep(d(t.min),e,!1),n=t.max;return e.justified||(n=this._roundToTotalStep(n,e,!0,R(n,this._roundToTotalStep(n,e,!1)))),{min:i,max:n}},range:function(e){e=e||this.options;var t=e.categories,i=e.baseUnit===ji,n=i?Cr[0]:e.baseUnit,o=e.baseUnitStep||1,r={baseUnit:n,baseUnitStep:o,weekStartDay:e.weekStartDay},a=this._categoryRange(t),s=d(e.min||a.min),l=d(e.max||a.max);return{min:this._roundToTotalStep(s,r,!1),max:this._roundToTotalStep(l,r,!0,!0)}},autoBaseUnit:function(e){for(var t,i,n,o=this,r=this._categoryRange(e.categories),a=d(e.min||r.min),s=d(e.max||r.max),l=e.baseUnit===ji,c=0,h=l?Cr[c++]:e.baseUnit,u=s-a,p=u/ir[h],f=p,g=e.maxDateGroups||o.options.maxDateGroups,m=Xt({},o.options.autoBaseUnitSteps,e.autoBaseUnitSteps);!i||p>=g;)if(t=t||m[h].slice(0),n=t.shift())i=n,p=f/i;else{if(h===Ii(Cr)){i=Ot.ceil(f/g);break}if(!l){p>g&&(i=Ot.ceil(f/g));break}h=Cr[c++]||Ii(Cr),f=u/ir[h],t=null}e.baseUnitStep=i,e.baseUnit=h},_timeScale:function(){var e,t,i,n=this,o=n.range(),r=n.options,a=n.lineBox(),s=r.vertical,l=s?a.height():a.width();return r.justified&&r._collapse!==!1?(t=this._categoryRange(r.categories),i=g(t.max),e=d(i)-o.min):e=o.max-o.min,l/e},groupCategories:function(e){var t,i,n=this,o=e.categories,r=d(Ei(o)),a=e.baseUnit,s=e.baseUnitStep||1,l=n.range(e),c=l.max,h=[];for(t=l.min;t<c&&(h.push(t),i=m(t,s,a,e.weekStartDay),!(i>r)||e.max);t=i);e.srcCategories=o,e.categories=h},_roundToTotalStep:function(e,t,i,n){var o,r,a,s,l;return t=t||this.options,o=t.baseUnit,r=t.baseUnitStep||1,a=this._groupsStart,a?(s=k(e,a,o,r),l=i?Ot.ceil(s):Ot.floor(s),n&&l++,m(a,l*r,o,t.weekStartDay)):m(e,i?r:0,o,t.weekStartDay)},createAxisLabel:function(e,t){var i,n,o=this.options,r=o.dataItems?o.dataItems[e]:null,a=o.categories[e],s=o.baseUnit,l=!0,c=t.dateFormats[s];if(o.justified?(i=v(a,s,o.weekStartDay),l=R(i,a)):o.roundToBaseUnit||(l=!R(this.range().max,a)),l&&(t.format=t.format||c,n=this.axisLabelText(a,r,t)))return new ti(a,n,e,r,t)},categoryIndex:function(e){var t=this,i=t.options,n=i.categories,o=-1;return n.length&&(o=Ot.floor(k(d(e),n[0],i.baseUnit,i.baseUnitStep||1))),o},getSlot:function(e,t,i){var n=this;return typeof e===vo&&(e=n.categoryIndex(e)),typeof t===vo&&(t=n.categoryIndex(t)),ce.fn.getSlot.call(n,e,t,i)},valueRange:function(){var e=this.options,t=this._categoryRange(e.srcCategories||e.categories);return{min:d(t.min),max:d(t.max)}}}),ue=ei.extend({init:function(e,t,i){var n=this;i=i||{},Xt(i,{min:d(i.min),max:d(i.max),axisCrossingValue:d(i.axisCrossingValues||i.axisCrossingValue)}),this.seriesMin=d(e),this.seriesMax=d(t),i=n.applyDefaults(this.seriesMin,this.seriesMax,i),ei.fn.init.call(n,i)},options:{type:mn,majorGridLines:{visible:!0,width:1,color:Zi},labels:{dateFormats:Tr}},applyDefaults:function(e,i,n){var o=this,r=n.min||e,a=n.max||i,s=n.baseUnit||(a&&r?o.timeUnits(b(a,r)):Hn),l=ir[s],c=v(g(r)-1,s)||d(a),h=y(g(a)+1,s),u=n.majorUnit?n.majorUnit:t,p=u||Jt.ceil(Jt.autoMajorUnit(c.getTime(),h.getTime()),l)/l,f=A(c,h,s),x=Jt.ceil(f,p),_=x-f,w=Ot.floor(_/2),k=_-w;return n.baseUnit||delete n.baseUnit,n.baseUnit=n.baseUnit||s,n.min=n.min||m(c,-w,s),n.max=n.max||m(h,k,s),n.minorUnit=n.minorUnit||p/5,n.majorUnit=p,this.totalMin=g(v(g(e)-1,s)),this.totalMax=g(y(g(i)+1,s)),n},range:function(){var e=this.options;return{min:e.min,max:e.max}},getDivisions:function(e){var t=this.options;return Ot.floor(A(t.min,t.max,t.baseUnit)/e+1)},getTickPositions:function(e){var t,i,n,o=this.options,r=o.vertical,a=o.reverse,s=this.lineBox(),l=(r?-1:1)*(a?-1:1),c=1===l?1:2,h=s[(r?yr:vr)+c],u=this.getDivisions(e),p=_(o.max,o.min),f=r?s.height():s.width(),d=f/p,g=[h];for(t=1;t<u;t++)i=m(o.min,t*e,o.baseUnit),n=h+_(i,o.min)*d*l,g.push(Ci(n,un));return g},getMajorTickPositions:function(){var e=this;return e.getTickPositions(e.options.majorUnit)},getMinorTickPositions:function(){var e=this;return e.getTickPositions(e.options.minorUnit)},getSlot:function(e,t,i){return hi.fn.getSlot.call(this,d(e),d(t),i)},getValue:function(e){var t=hi.fn.getValue.call(this,e);return null!==t?d(t):null},labelsCount:function(){return this.getDivisions(this.options.majorUnit)},createAxisLabel:function(e,t){var i,n,o=this.options,r=e*o.majorUnit,a=o.min;return r>0&&(a=m(a,r,o.baseUnit)),i=t.dateFormats[o.baseUnit],t.format=t.format||i,n=this.axisLabelText(a,null,t),new ti(a,n,e,null,t)},timeUnits:function(e){var t=Hn;return e>=tr?t=_r:e>=er?t=so:e>=Jo?t=mr:e>=$o&&(t=xn),t},translateRange:function(e,t){var i=this,n=i.options,o=n.baseUnit,r=n.weekStartDay,a=i.lineBox(),s=n.vertical?a.height():a.width(),l=i.range(),c=s/_(l.max,l.min),h=Ci(e/c,_n),u=w(n.min,h),p=w(n.max,h);return t||(u=m(u,0,o,r),p=m(p,0,o,r)),{min:u,max:p}},scaleRange:function(e){for(var t,i,n=this,o=n.options,r=Ot.abs(e),a=o.min,s=o.max;r--;)t=_(a,s),i=Ot.round(.1*t),e<0?(a=w(a,i),s=w(s,-i)):(a=w(a,-i),s=w(s,i));return{min:a,max:s}},shouldRenderNote:function(e){var t=this.range();return _i(e,t.min)>=0&&_i(e,t.max)<=0},pan:function(e){var t=this.translateRange(e,!0),i=this.limitRange(g(t.min),g(t.max),this.totalMin,this.totalMax);if(i)return{min:d(i.min),max:d(i.max)}},pointsRange:function(e,t){var i=this.getValue(e),n=this.getValue(t),o=Ot.min(i,n),r=Ot.max(i,n);return{min:d(o),max:d(r)}},zoomRange:function(e){var t=this.scaleRange(e),i=d(Vi(g(t.min),this.totalMin,this.totalMax)),n=d(Vi(g(t.max),this.totalMin,this.totalMax));return{min:i,max:n}}}),pe=oi.extend({options:{vertical:!1,gap:0,spacing:0},reflow:function(e){var t,i,n=this,o=n.options,r=o.vertical,a=r?yr:vr,s=n.children,l=o.gap,c=o.spacing,h=s.length,u=h+l+c*(h-1),p=(r?e.height():e.width())/u,f=e[a+1]+p*(l/2);for(i=0;i<h;i++)t=(s[i].box||e).clone(),t[a+1]=f,t[a+2]=f+p,s[i].reflow(t),i<h-1&&(f+=p*c),f+=p}}),fe=oi.extend({options:{vertical:!0},reflow:function(e){var t,i,n,o=this.options,r=o.vertical,a=r?vr:yr,s=this.children,l=this.box=new ii,c=s.length;for(t=0;t<c;t++)i=s[t],i.visible!==!1&&(n=i.box.clone(),n.snapTo(e,a),0===t&&(l=this.box=n.clone()),i.reflow(n),l.wrap(n))}}),de={click:function(e,t){return e.trigger(Fo,this.eventArgs(t))},hover:function(e,t){return e.trigger(Uo,this.eventArgs(t))},eventArgs:function(e){return{value:this.value,percentage:this.percentage,stackValue:this.stackValue,category:this.category,series:this.series,dataItem:this.dataItem,runningTotal:this.runningTotal,total:this.total,element:bi(e),originalEvent:e,point:this}}},ge={createNote:function(){var e=this,t=e.options.notes,i=e.noteText||t.label.text;t.visible!==!1&&Ri(i)&&null!==i&&(e.note=new li(e.value,i,e.dataItem,e.category,e.series,e.options.notes),e.append(e.note))}},me=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i),i.options=t,i.color=t.color||xr,i.aboveAxis=Mi(i.options.aboveAxis,!0),i.value=e},defaults:{border:{width:1},vertical:!0,overlay:{gradient:On},labels:{visible:!1,format:\"{0}\"},opacity:1,notes:{label:{}}},render:function(){this._rendered||(this._rendered=!0,this.createLabel(),this.createNote(),this.errorBar&&this.append(this.errorBar))},createLabel:function(){var e,t,i=this.options,n=i.labels;n.visible&&(n.template?(t=Kt(n.template),e=t({dataItem:this.dataItem,category:this.category,value:this.value,percentage:this.percentage,stackValue:this.stackValue,runningTotal:this.runningTotal,total:this.total,series:this.series})):e=this.formatValue(n.format),this.label=new re(e,Xt({vertical:i.vertical},i.labels)),this.append(this.label))},formatValue:function(e){return this.owner.formatPointValue(this,e)},reflow:function(e){var t,i,n;if(this.render(),t=this,i=t.label,t.box=e,i&&(i.options.aboveAxis=t.aboveAxis,i.reflow(e)),t.note&&t.note.reflow(e),t.errorBars)for(n=0;n<t.errorBars.length;n++)t.errorBars[n].reflow(e)},createVisual:function(){var e,t=this,i=t.box,n=t.options,o=n.visual;t.visible!==!1&&(oi.fn.createVisual.call(t),o?(e=this.rectVisual=o({category:t.category,dataItem:t.dataItem,value:t.value,sender:t.getChart(),series:t.series,percentage:t.percentage,stackValue:this.stackValue,runningTotal:t.runningTotal,total:t.total,rect:i.toRect(),createVisual:function(){var e=new Oi.Group;return t.createRect(e),e},options:n}),e&&t.visual.append(e)):i.width()>0&&i.height()>0&&t.createRect(t.visual))},createRect:function(e){var i,n,o,r,a=this.options,s=a.border,l=Ri(s.opacity)?s.opacity:a.opacity,c=this.box.toRect();c.size.width=Math.round(c.size.width),i=this.rectVisual=Oi.Path.fromRect(c,{fill:{color:this.color,opacity:a.opacity},stroke:{color:this.getBorderColor(),width:s.width,opacity:l,dashType:s.dashType}}),n=this.box.width(),o=this.box.height(),r=a.vertical?n:o,r>Yi&&(vi(i),(n<1||o<1)&&(i.options.stroke.lineJoin=\"round\")),e.append(i),Y(a)&&e.append(this.createGradientOverlay(i,{baseColor:this.color},Xt({end:a.vertical?t:[0,1]},a.overlay)))},createHighlight:function(e){var t=Oi.Path.fromRect(this.box.toRect(),e);return vi(t)},highlightVisual:function(){return this.rectVisual},highlightVisualArgs:function(){return{options:this.options,rect:this.box.toRect(),visual:this.rectVisual}},getBorderColor:function(){var e=this,t=e.options,i=e.color,n=t.border,o=n.color,r=n._brightness||Xi;return Ri(o)||(o=new ri(i).brightness(r).toHex()),o},tooltipAnchor:function(e,t){var i,n,o,r,a=this,s=a.options,l=a.box,c=s.vertical,h=a.aboveAxis,u=a.owner.pane.clipBox()||l;return c?(i=Ot.min(l.x2,u.x2)+ar,n=h?Ot.max(l.y1,u.y1):Ot.min(l.y2,u.y2)-t):(o=Ot.max(l.x1,u.x1),r=Ot.min(l.x2,u.x2),s.isStacked?(i=h?r-e:o,n=Ot.max(l.y1,u.y1)-t-ar):(i=h?r+ar:o-e-ar,n=Ot.max(l.y1,u.y1))),new ui(i,n)},overlapsBox:function(e){return this.box.overlaps(e)}}),Xt(me.fn,de),Xt(me.fn,ge),xe=Oi.Animation.extend({options:{duration:Nn\n},setup:function(){var e,t,i=this.element,n=this.options,o=i.bbox();o?(this.origin=n.origin,e=n.vertical?yr:vr,t=this.fromScale=new zi.Point(1,1),t[e]=Ho,i.transform(zi.transform().scale(t.x,t.y))):this.abort()},step:function(e){var t=ki(this.fromScale.x,1,e),i=ki(this.fromScale.y,1,e);this.element.transform(zi.transform().scale(t,i,this.origin))},abort:function(){Oi.Animation.fn.abort.call(this),this.element.transform(null)}}),Oi.AnimationFactory.current.register(qi,xe),ve=Oi.Animation.extend({options:{duration:200,easing:$n},setup:function(){this.fadeTo=this.element.opacity(),this.element.opacity(0)},step:function(e){this.element.opacity(e*this.fadeTo)}}),Oi.AnimationFactory.current.register(En,ve),ye=function(e,t,i){var n=this;n.initGlobalRanges(e,t,i)},ye.prototype=ye.fn={percentRegex:/percent(?:\\w*)\\((\\d+)\\)/,standardDeviationRegex:RegExp(\"^\"+qo+\"(?:\\\\((\\\\d+(?:\\\\.\\\\d+)?)\\\\))?$\"),initGlobalRanges:function(e,t,i){var n,o,r,a,s,l=this,c=t.data,h=l.standardDeviationRegex.exec(e);h?(l.valueGetter=l.createValueGetter(t,i),n=l.getAverage(c),o=l.getStandardDeviation(c,n,!1),r=h[1]?parseFloat(h[1]):1,a={low:n.value-o*r,high:n.value+o*r},l.globalRange=function(){return a}):e.indexOf&&e.indexOf(Go)>=0&&(l.valueGetter=l.createValueGetter(t,i),s=l.getStandardError(c,l.getAverage(c)),l.globalRange=function(e){return{low:e-s,high:e+s}})},createValueGetter:function(e,t){var i,n,o,r=e.data,a=oe.current,s=a.valueFields(e),l=Ri(r[0])?r[0]:{};return Dt(l)?(i=t?F(t,s):0,o=Wt(\"[\"+i+\"]\")):B(l)?o=Wt():typeof l===vo&&(n=a.sourceFields(e,s),o=Wt(n[F(t,s)])),o},getErrorRange:function(e,t){var i,n,o,r,a=this;if(Ri(t)){if(a.globalRange)return a.globalRange(e);if(Dt(t))i=e-t[0],n=e+t[1];else if(B(o=parseFloat(t)))i=e-o,n=e+o;else{if(!(o=a.percentRegex.exec(t)))throw Error(\"Invalid ErrorBar value: \"+t);r=e*(parseFloat(o[1])/100),i=e-Ot.abs(r),n=e+Ot.abs(r)}return{low:i,high:n}}},getStandardError:function(e,t){return this.getStandardDeviation(e,t,!0)/Ot.sqrt(t.count)},getStandardDeviation:function(e,t,i){var n,o,r=0,a=e.length,s=i?t.count-1:t.count;for(o=0;o<a;o++)n=this.valueGetter(e[o]),B(n)&&(r+=Ot.pow(n-t.value,2));return Ot.sqrt(r/s)},getAverage:function(e){var t,i,n=0,o=0,r=e.length;for(i=0;i<r;i++)t=this.valueGetter(e[i]),B(t)&&(n+=t,o++);return{value:n/o,count:o}}},_e=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.plotArea=e,i.categoryAxis=e.seriesCategoryAxis(t.series[0]),i.valueAxisRanges={},i.points=[],i.categoryPoints=[],i.seriesPoints=[],i.seriesOptions=[],i._evalSeries=[],i.render()},options:{series:[],invertAxes:!1,isStacked:!1,clip:!0},render:function(){var e=this;e.traverseDataPoints(Ht(e.addValue,e))},pointOptions:function(e,t){var i,n=this.seriesOptions[t];return n||(i=this.pointType().fn.defaults,this.seriesOptions[t]=n=Xt({},i,{vertical:!this.options.invertAxes},e)),n},plotValue:function(e){var t,i,n,o,r,a,s,l;if(!e)return 0;if(this.options.isStacked100&&B(e.value)){for(t=e.categoryIx,i=this.categoryPoints[t],n=0,o=[],r=0;r<i.length;r++)if(a=i[r]){if(s=e.series.stack,l=a.series.stack,s&&l&&s.group!==l.group)continue;B(a.value)&&(n+=Ot.abs(a.value),o.push(Ot.abs(a.value)))}if(n>0)return e.value/n}return e.value},plotRange:function(e,t){var i,n,o,r,a,s,l,c,h,u,p,f,d=e.categoryIx,g=this.categoryPoints[d];if(this.options.isStacked){for(t=t||0,i=this.plotValue(e),n=i>=0,o=t,r=!1,a=0;a<g.length&&(s=g[a],e!==s);a++){if(l=e.series.stack,c=s.series.stack,l&&c){if(typeof l===Yo&&l!==c)continue;if(l.group&&l.group!==c.group)continue}h=this.plotValue(s),(h>=0&&n||h<0&&!n)&&(o+=h,i+=h,r=!0,this.options.isStacked100&&(i=Ot.min(i,1)))}return r&&(o-=t),[o,i]}return u=e.series,p=this.seriesValueAxis(u),f=this.categoryAxisCrossingValue(p),[f,e.value||f]},stackLimits:function(e,t){var i,n,o,r,a,s=io,l=ro;for(i=0;i<this.categoryPoints.length;i++)if(n=this.categoryPoints[i])for(o=0;o<n.length;o++)r=n[o],r&&(r.series.stack!==t&&r.series.axis!==e||(a=this.plotRange(r,0)[1],Ri(a)&&isFinite(a)&&(l=Ot.max(l,a),s=Ot.min(s,a))));return{min:s,max:l}},updateStackRange:function(){var e,t,i,n,o,r,a=this,s=a.options.series,l=a.options.isStacked,c={};if(l)for(t=0;t<s.length;t++)i=s[t],n=i.axis,o=n+i.stack,e=c[o],e||(e=a.stackLimits(n,i.stack),r=a.errorTotals,r&&(r.negative.length&&(e.min=Ot.min(e.min,Li(r.negative))),r.positive.length&&(e.max=Ot.max(e.max,Ei(r.positive)))),e.min!==io||e.max!==ro?c[o]=e:e=null),e&&(a.valueAxisRanges[n]=e)},addErrorBar:function(e,t,i){var n,o=this,r=e.value,a=e.series,s=e.seriesIx,l=e.options.errorBars,c=t.fields[Tn],h=t.fields[Rn];B(c)&&B(h)?n={low:c,high:h}:l&&Ri(l.value)&&(o.seriesErrorRanges=o.seriesErrorRanges||[],o.seriesErrorRanges[s]=o.seriesErrorRanges[s]||new ye(l.value,a,hr),n=o.seriesErrorRanges[s].getErrorRange(r,l.value)),n&&(e.low=n.low,e.high=n.high,o.addPointErrorBar(e,i))},addPointErrorBar:function(e,t){var i,n,o,r=this,a=e.series,s=e.low,l=e.high,c=!r.options.invertAxes,h=e.options.errorBars;r.options.isStacked?(n=r.stackedErrorRange(e,t),s=n.low,l=n.high):(o={categoryIx:t,series:a},r.updateRange({value:s},o),r.updateRange({value:l},o)),i=new Te(s,l,c,r,a,h),e.errorBars=[i],e.append(i)},stackedErrorRange:function(e,t){var i=this,n=i.plotRange(e,0)[1]-e.value,o=e.low+n,r=e.high+n;return i.errorTotals=i.errorTotals||{positive:[],negative:[]},o<0&&(i.errorTotals.negative[t]=Ot.min(i.errorTotals.negative[t]||0,o)),r>0&&(i.errorTotals.positive[t]=Ot.max(i.errorTotals.positive[t]||0,r)),{low:o,high:r}},addValue:function(t,i){var n,o,r=this,a=i.categoryIx,s=i.series,l=i.seriesIx,c=r.categoryPoints[a];c||(r.categoryPoints[a]=c=[]),n=r.seriesPoints[l],n||(r.seriesPoints[l]=n=[]),o=r.createPoint(t,i),o&&(e.extend(o,i),o.owner=r,o.dataItem=s.data[a],o.noteText=t.fields.noteText,r.addErrorBar(o,t,a)),r.points.push(o),n.push(o),c.push(o),r.updateRange(t.valueFields,i)},evalPointOptions:function(e,t,i,n,o,r){var a={defaults:o._defaults,excluded:[\"data\",\"aggregate\",\"_events\",\"tooltip\",\"template\",\"visual\",\"toggle\",\"_outOfRangeMinPoint\",\"_outOfRangeMaxPoint\"]},s=this._evalSeries[r];return Ri(s)||(this._evalSeries[r]=s=M(e,{},a,!0)),s&&(e=Xt({},e),M(e,{value:t,category:i,index:n,series:o,dataItem:o.data[n]},a)),e},updateRange:function(e,t){var i=this,n=t.series.axis,o=e.value,r=i.valueAxisRanges[n];isFinite(o)&&null!==o&&(r=i.valueAxisRanges[n]=r||{min:io,max:ro},r.min=Ot.min(r.min,o),r.max=Ot.max(r.max,o))},seriesValueAxis:function(e){var t=this.plotArea,i=e.axis,n=i?t.namedValueAxes[i]:t.valueAxis;if(!n)throw Error(\"Unable to locate value axis with name \"+i);return n},reflow:function(e){var t,i,n,o=this,r=0,a=o.categorySlots=[],s=o.points,l=o.categoryAxis;o.traverseDataPoints(function(e,c){var h,u,p,f,d=c.categoryIx,g=c.series;t=o.pointValue(e),i=o.seriesValueAxis(g),n=s[r++],h=a[d],h||(a[d]=h=o.categorySlot(l,d,i)),n&&(u=o.plotRange(n,i.startValue()),p=i.getSlot(u[0],u[1],!o.options.clip),p?(f=o.pointSlot(h,p),n.aboveAxis=o.aboveAxis(n,i),n.stackValue=u[1],o.options.isStacked100&&(n.percentage=o.plotValue(n)),o.reflowPoint(n,f)):n.visible=!1)}),o.reflowCategories(a),o.box=e},aboveAxis:function(e,t){var i=this.categoryAxisCrossingValue(t),n=e.value;return t.options.reverse?n<i:n>=i},categoryAxisCrossingValue:function(e){var t=this.categoryAxis,i=e.options,n=[].concat(i.axisCrossingValues||i.axisCrossingValue);return n[t.axisIndex||0]||0},reflowPoint:function(e,t){e.reflow(t)},reflowCategories:function(){},pointSlot:function(e,t){var i=this,n=i.options,o=n.invertAxes,r=o?t:e,a=o?e:t;return new ii(r.x1,a.y1,r.x2,a.y2)},categorySlot:function(e,t){return e.getSlot(t)},traverseDataPoints:function(e){var t,i,n,o,r,a=this,s=a.options,l=s.series,c=a.categoryAxis.options.categories||[],u=h(l),p=l.length;for(i=0;i<p;i++)this._outOfRangeCallback(l[i],\"_outOfRangeMinPoint\",i,e);for(t=0;t<u;t++)for(i=0;i<p;i++)r=l[i],o=c[t],n=this._bindPoint(r,i,t),e(n,{category:o,categoryIx:t,series:r,seriesIx:i});for(i=0;i<p;i++)this._outOfRangeCallback(l[i],\"_outOfRangeMaxPoint\",i,e)},_outOfRangeCallback:function(e,t,i,n){var o,r,a=e[t];a&&(o=a.categoryIx,r=this._bindPoint(e,i,o,a.item),n(r,{category:a.category,categoryIx:o,series:e,seriesIx:i}))},_bindPoint:function(e,t,i,n){var o,r;return this._bindCache||(this._bindCache=[]),o=this._bindCache[t],o||(o=this._bindCache[t]=[]),r=o[i],r||(r=o[i]=oe.current.bindPoint(e,i,n)),r},formatPointValue:function(e,t){return null===e.value?\"\":yi(t,e.value)},pointValue:function(e){return e.valueFields.value}}),be=_e.extend({options:{animation:{type:qi}},render:function(){var e=this;_e.fn.render.apply(e),e.updateStackRange()},pointType:function(){return me},clusterType:function(){return pe},stackType:function(){return fe},stackLimits:function(e,t){var i=_e.fn.stackLimits.call(this,e,t);return i},createPoint:function(e,t){var i,n,o,r,a=this,s=t.categoryIx,l=t.category,c=t.series,h=t.seriesIx,u=a.pointValue(e),p=a.options,f=a.children,d=a.options.isStacked,g=a.pointType(),m=a.clusterType(),x=this.pointOptions(c,h),v=x.labels;return d&&v.position==_o&&(v.position=Gn),x.isStacked=d,o=e.fields.color||c.color,u<0&&x.negativeColor&&(o=x.negativeColor),x=a.evalPointOptions(x,u,l,s,c,h),Nt.isFunction(c.color)&&(o=x.color),i=new g(u,x),i.color=o,n=f[s],n||(n=new m({vertical:p.invertAxes,gap:p.gap,spacing:p.spacing}),a.append(n)),d?(r=a.getStackWrap(c,n),r.append(i)):n.append(i),i},getStackWrap:function(e,t){var i,n,o,r=e.stack,a=r?r.group||r:r,s=t.children;if(typeof a===Yo){for(n=0;n<s.length;n++)if(s[n]._stackGroup===a){i=s[n];break}}else i=s[0];return i||(o=this.stackType(),i=new o({vertical:!this.options.invertAxes}),i._stackGroup=a,t.append(i)),i},categorySlot:function(e,t,i){var n,o,r=this,a=r.options,s=e.getSlot(t),l=i.startValue();return a.isStacked&&(o=i.getSlot(l,l,!0),n=a.invertAxes?vr:yr,s[n+1]=s[n+2]=o[n+1]),s},reflowCategories:function(e){var t,i=this,n=i.children,o=n.length;for(t=0;t<o;t++)n[t].reflow(e[t])},createAnimation:function(){this._setAnimationOptions(),oi.fn.createAnimation.call(this),X(this.options.series)&&this._setChildrenAnimation()},_setChildrenAnimation:function(){var e,t,i,n=this.points;for(i=0;i<n.length;i++)e=n[i],t=e.visual,t&&Ri(t.options.zIndex)&&(e.options.animation=this.options.animation,e.createAnimation())},_setAnimationOptions:function(){var e,t,i=this.options,n=i.animation||{};this.options.isStacked?(t=this.seriesValueAxis(i.series[0]),e=t.getSlot(t.startValue())):e=this.categoryAxis.getSlot(0),n.origin=new zi.Point(e.x1,e.y1),n.vertical=!i.invertAxes}}),we=me.extend({defaults:{labels:{format:\"{0} - {1}\"},tooltip:{format:\"{1}\"}},createLabel:function(){var e=this.options.labels,t=Xt({},e,e.from),i=Xt({},e,e.to);t.visible&&(this.labelFrom=this._createLabel(t),this.append(this.labelFrom)),i.visible&&(this.labelTo=this._createLabel(i),this.append(this.labelTo))},_createLabel:function(e){var t,i;return e.template?(i=Kt(e.template),t=i({dataItem:this.dataItem,category:this.category,value:this.value,percentage:this.percentage,runningTotal:this.runningTotal,total:this.total,series:this.series})):t=this.formatValue(e.format),new re(t,Xt({vertical:this.options.vertical},e))},reflow:function(e){this.render();var t=this,i=t.labelFrom,n=t.labelTo;t.box=e,i&&(i.options.aboveAxis=t.value.from>t.value.to,i.reflow(e)),n&&(n.options.aboveAxis=t.value.to>t.value.from,n.reflow(e)),t.note&&t.note.reflow(e)}}),Ae=be.extend({pointType:function(){return we},pointValue:function(e){return e.valueFields},formatPointValue:function(e,t){return null===e.value.from&&null===e.value.to?\"\":yi(t,e.value.from,e.value.to)},plotLimits:_e.fn.plotLimits,plotRange:function(e){return e?[e.value.from,e.value.to]:0},updateRange:function(e,t){var i=this,n=t.series.axis,o=e.from,r=e.to,a=i.valueAxisRanges[n];null!==e&&B(o)&&B(r)&&(a=i.valueAxisRanges[n]=a||{min:io,max:ro},a.min=Ot.min(a.min,o),a.max=Ot.max(a.max,o),a.min=Ot.min(a.min,r),a.max=Ot.max(a.max,r))},aboveAxis:function(e){var t=e.value;return t.from<t.to}}),ke=_e.extend({init:function(e,t){var i=this;i.wrapData(t),_e.fn.init.call(i,e,t)},options:{animation:{type:qi}},wrapData:function(e){var t,i,n,o=e.series;for(t=0;t<o.length;t++)n=o[t],i=n.data,i&&!Dt(i[0])&&typeof i[0]!=vo&&(n.data=[i])},reflowCategories:function(e){var t,i=this,n=i.children,o=n.length;for(t=0;t<o;t++)n[t].reflow(e[t])},plotRange:function(e){var t=e.series,i=this.seriesValueAxis(t),n=this.categoryAxisCrossingValue(i);return[n,e.value.current||n]},createPoint:function(e,t){var i,n,o=this,r=t.categoryIx,a=t.category,s=t.series,l=t.seriesIx,c=e.valueFields,h=o.options,u=o.children,p=Xt({vertical:!h.invertAxes,overlay:s.overlay,categoryIx:r,invertAxes:h.invertAxes},s),f=e.fields.color||s.color;return p=o.evalPointOptions(p,c,a,r,s,l),Nt.isFunction(s.color)&&(f=p.color),i=new Se(c,p),i.color=f,n=u[r],n||(n=new pe({vertical:h.invertAxes,gap:h.gap,spacing:h.spacing}),o.append(n)),n.append(i),i},updateRange:function(e,t){var i=this,n=t.series.axis,o=e.current,r=e.target,a=i.valueAxisRanges[n];Ri(o)&&!isNaN(o)&&Ri(r&&!isNaN(r))&&(a=i.valueAxisRanges[n]=a||{min:io,max:ro},a.min=Ot.min.apply(Ot,[a.min,o,r]),a.max=Ot.max.apply(Ot,[a.max,o,r]))},formatPointValue:function(e,t){return yi(t,e.value.current,e.value.target)},pointValue:function(e){return e.valueFields.current},aboveAxis:function(e){var t=e.value.current;return t>0},createAnimation:function(){var e,t,i=this.points;for(this._setAnimationOptions(),t=0;t<i.length;t++)e=i[t],e.options.animation=this.options.animation,e.createAnimation()},_setAnimationOptions:be.fn._setAnimationOptions}),Se=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.aboveAxis=i.options.aboveAxis,i.color=t.color||xr,i.value=e},options:{border:{width:1},vertical:!1,opacity:1,target:{shape:\"\",border:{width:0,color:\"green\"},line:{width:2}},tooltip:{format:\"Current: {0}</br>Target: {1}\"}},render:function(){var e=this,t=e.options;e._rendered||(e._rendered=!0,Ri(e.value.target)&&(e.target=new Ce({type:t.target.shape,background:t.target.color||e.color,opacity:t.opacity,zIndex:t.zIndex,border:t.target.border,vAlign:or,align:Ro}),e.target.value=this.value,e.target.dataItem=this.dataItem,e.target.series=this.series,e.append(e.target)),e.createNote())},reflow:function(e){this.render();var t,i=this,n=i.options,o=i.owner,r=i.target,a=n.invertAxes,s=o.seriesValueAxis(i.options),l=o.categorySlot(o.categoryAxis,n.categoryIx,s),c=s.getSlot(i.value.target),h=a?c:l,u=a?l:c;r&&(t=new ii(h.x1,u.y1,h.x2,u.y2),r.options.height=a?t.height():n.target.line.width,r.options.width=a?n.target.line.width:t.width(),r.reflow(t)),i.note&&i.note.reflow(e),i.box=e},createVisual:function(){var e,t;oi.fn.createVisual.call(this),e=this.options,t=Oi.Path.fromRect(this.box.toRect(),{fill:{color:this.color,opacity:e.opacity},stroke:null}),e.border.width>0&&t.options.set(\"stroke\",{color:e.border.color||this.color,width:e.border.width,dashType:e.border.dashType,opacity:Mi(e.border.opacity,e.opacity)}),this.bodyVisual=t,vi(t),this.visual.append(t)},createAnimation:function(){this.bodyVisual&&(this.animation=Oi.Animation.create(this.bodyVisual,this.options.animation))},tooltipAnchor:me.fn.tooltipAnchor,createHighlight:function(e){return Oi.Path.fromRect(this.box.toRect(),e)},highlightVisual:function(){return this.bodyVisual},highlightVisualArgs:function(){return{rect:this.box.toRect(),visual:this.bodyVisual,options:this.options}},formatValue:function(e){var t=this;return t.owner.formatPointValue(t,e)}}),Xt(Se.fn,de),Xt(Se.fn,ge),Ce=di.extend(),Xt(Ce.fn,de),Pe=oi.extend({init:function(e,t,i,n,o,r){var a=this;a.low=e,a.high=t,a.isVertical=i,a.chart=n,a.series=o,oi.fn.init.call(a,r)},options:{animation:{type:En,delay:Nn},endCaps:!0,line:{width:1},zIndex:1},getAxis:function(){},reflow:function(e){var t,i=this,n=i.options.endCaps,o=i.isVertical,r=i.getAxis(),a=r.getSlot(i.low,i.high),s=e.center(),l=i.getCapsWidth(e,o),c=o?s.x:s.y,h=c-l,u=c+l;o?(t=[ui(s.x,a.y1),ui(s.x,a.y2)],n&&t.push(ui(h,a.y1),ui(u,a.y1),ui(h,a.y2),ui(u,a.y2)),i.box=ii(h,a.y1,u,a.y2)):(t=[ui(a.x1,s.y),ui(a.x2,s.y)],n&&t.push(ui(a.x1,h),ui(a.x1,u),ui(a.x2,h),ui(a.x2,u)),i.box=ii(a.x1,h,a.x2,u)),i.linePoints=t},getCapsWidth:function(e,t){var i=t?e.width():e.height(),n=Ot.min(Ot.floor(i/2),wn)||wn;return n},createVisual:function(){var e=this,t=e.options,i=t.visual;i?e.visual=i({low:e.low,high:e.high,rect:e.box.toRect(),sender:e.getChart(),options:{endCaps:t.endCaps,color:t.color,line:t.line},createVisual:function(){e.createDefaultVisual();var t=e.visual;return delete e.visual,t}}):e.createDefaultVisual()},createDefaultVisual:function(){var e,t,i=this,n=i.options,o={stroke:{color:n.color,width:n.line.width,dashType:n.line.dashType}},r=i.linePoints;for(oi.fn.createVisual.call(this),e=0;e<r.length;e+=2)t=new Oi.Path(o).moveTo(r[e].x,r[e].y).lineTo(r[e+1].x,r[e+1].y),this.visual.append(t)}}),Te=Pe.extend({getAxis:function(){var e=this,t=e.chart,i=e.series,n=t.seriesValueAxis(i);return n}}),Re=Pe.extend({getAxis:function(){var e=this,t=e.chart,i=e.series,n=t.seriesAxes(i),o=e.isVertical?n.y:n.x;return o}}),Ie=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i),i.value=e,i.options=t,i.aboveAxis=Mi(i.options.aboveAxis,!0),i.tooltipTracking=!0},defaults:{vertical:!0,markers:{visible:!0,background:xr,size:Qn,type:an,border:{width:2},opacity:1},labels:{visible:!1,position:Ui,margin:wi(3),padding:wi(4),animation:{type:En,delay:Nn}},notes:{label:{}},highlight:{markers:{border:{}}}},render:function(){var e,t=this,i=t.options,n=i.markers,o=i.labels,r=t.value;t._rendered||(t._rendered=!0,n.visible&&n.size&&(t.marker=t.createMarker(),t.append(t.marker)),o.visible&&(o.template?(e=Kt(o.template),r=e({dataItem:t.dataItem,category:t.category,value:t.value,percentage:t.percentage,stackValue:this.stackValue,series:t.series})):o.format&&(r=t.formatValue(o.format)),t.label=new mi(r,Xt({align:on,vAlign:on,margin:{left:5,right:5},zIndex:Mi(o.zIndex,this.series.zIndex)},o)),t.append(t.label)),t.createNote(),t.errorBar&&t.append(t.errorBar))},markerBorder:function(){var e=this.options.markers,t=e.background,i=Xt({color:this.color},e.border);return Ri(i.color)||(i.color=new ri(t).brightness(Xi).toHex()),i},createVisual:Ft,createMarker:function(){var e=this.options.markers,t=new di({type:e.type,width:e.size,height:e.size,rotation:e.rotation,background:e.background,border:this.markerBorder(),opacity:e.opacity,zIndex:Mi(e.zIndex,this.series.zIndex),animation:e.animation,visual:e.visual},{dataItem:this.dataItem,value:this.value,series:this.series,category:this.category});return t},markerBox:function(){return this.marker||(this.marker=this.createMarker(),this.marker.reflow(this._childBox)),this.marker.box},reflow:function(e){var t,i,n,o,r=this,a=r.options,s=a.vertical,l=r.aboveAxis;if(r.render(),r.box=e,t=e.clone(),s?l?t.y1-=t.height():t.y2+=t.height():l?t.x1+=t.width():t.x2-=t.width(),r._childBox=t,r.marker&&r.marker.reflow(t),r.reflowLabel(t),r.errorBars)for(n=0;n<r.errorBars.length;n++)r.errorBars[n].reflow(t);r.note&&(o=r.markerBox(),a.markers.visible&&a.markers.size||(i=o.center(),o=ii(i.x,i.y,i.x,i.y)),r.note.reflow(o))},reflowLabel:function(e){var t=this,i=t.options,n=t.label,o=i.labels.position;n&&(o=o===Ui?or:o,o=o===Wi?Qi:o,n.reflow(e),n.box.alignTo(t.markerBox(),o),n.reflow(n.box))},createHighlight:function(){var e=this.options.highlight,t=e.markers,i=this.markerBorder().color,n=this.options.markers,o=new di({type:n.type,width:n.size,height:n.size,rotation:n.rotation,background:t.color||i,border:{color:t.border.color,width:t.border.width,opacity:Mi(t.border.opacity,1)},opacity:Mi(t.opacity,1)});return o.reflow(this._childBox),o.getElement()},highlightVisual:function(){return(this.marker||{}).visual},highlightVisualArgs:function(){var e,t,i,n,o,r=this.marker;return r?(t=r.paddingBox.toRect(),e=r.visual):(i=this.options.markers.size,n=i/2,o=this.box.center(),t=new zi.Rect([o.x-n,o.y-n],[i,i])),{options:this.options,rect:t,visual:e}},tooltipAnchor:function(e,t){var i=this,n=i.markerBox(),o=i.aboveAxis,r=n.x2+ar,a=o?n.y1-t:n.y2,s=i.owner.pane.clipBox(),l=!s||s.overlaps(n);if(l)return ui(r,a)},formatValue:function(e){var t=this;return t.owner.formatPointValue(t,e)},overlapsBox:function(e){var t=this.markerBox();return t.overlaps(e)}}),Xt(Ie.fn,de),Xt(Ie.fn,ge),Ve=Ie.extend({init:function(e,t){var i=this;Ie.fn.init.call(i,e,t),i.category=e.category},defaults:{labels:{position:on},highlight:{opacity:1,border:{width:1,opacity:1}}},createHighlight:function(){var e=this.options.highlight,t=e.border,i=this.options.markers,n=this.box.center(),o=i.size/2-t.width/2,r=new Oi.Circle(new zi.Circle([n.x,n.y],o),{stroke:{color:t.color||new ri(i.background).brightness(Xi).toHex(),width:t.width,opacity:t.opacity},fill:{color:i.background,opacity:e.opacity}});return r}}),Be=oi.extend({init:function(e,t,i){var n=this;oi.fn.init.call(n),n.linePoints=e,n.series=t,n.seriesIx=i},options:{closed:!1},points:function(e){var t,i,n=this,o=n.linePoints.concat(e||[]),r=[];for(t=0,i=o.length;t<i;t++)o[t].visible!==!1&&r.push(o[t]._childBox.toRect().center());return r},createVisual:function(){var e,t=this.options,i=this.series,n=i._defaults,o=i.color;Zt(o)&&n&&(o=n.color),e=Oi.Path.fromPoints(this.points(),{stroke:{color:o,width:i.width,opacity:i.opacity,dashType:i.dashType},zIndex:i.zIndex}),t.closed&&e.close(),this.visual=e},aliasFor:function(e,t){var i=this,n=i.seriesIx;return i.parent.getNearestPoint(t.x,t.y,n)}}),Le={renderSegments:function(){var e,t,i,n,o,r,a,s,l=this,c=l.options,h=c.series,u=l.seriesPoints,p=u.length;for(this._segments=[],t=0;t<p;t++){for(e=h[t],i=l.sortPoints(u[t]),a=i.length,n=[],r=0;r<a;r++)o=i[r],o?n.push(o):l.seriesMissingValues(e)!==qn&&(n.length>1&&(s=l.createSegment(n,e,t,s),this._addSegment(s)),n=[]);n.length>1&&(s=l.createSegment(n,e,t,s),this._addSegment(s))}this.children.unshift.apply(this.children,this._segments)},_addSegment:function(e){this._segments.push(e),e.parent=this},sortPoints:function(e){return e},seriesMissingValues:function(e){var t=e.missingValues,i=!t&&this.options.isStacked;return i?br:t||qn},getNearestPoint:function(e,t,i){var n,o,r,a,s,l=new ui(e,t),c=this.seriesPoints[i],h=io;for(o=0;o<c.length;o++)r=c[o],r&&Ri(r.value)&&null!==r.value&&r.visible!==!1&&(a=r.box,s=a.center().distanceTo(l),s<h&&(n=r,h=s));return n}},Ee={createAnimation:function(){var e,t,i=this.getRoot();i&&(i.options||{}).transitions!==!1&&(e=i.box,t=Oi.Path.fromRect(e.toRect()),this.visual.clip(t),this.animation=new Me(t,{box:e}),X(this.options.series)&&this._setChildrenAnimation(t))},_setChildrenAnimation:function(e){var t,i,n=this.animationPoints();for(i=0;i<n.length;i++)t=n[i],t&&t.visual&&Ri(t.visual.options.zIndex)&&t.visual.clip(e)}},De=_e.extend({render:function(){var e=this;_e.fn.render.apply(e),e.updateStackRange(),e.renderSegments()},pointType:function(){return Ie},createPoint:function(e,t){var i,n,o,r=this,a=t.categoryIx,s=t.category,l=t.series,c=t.seriesIx,h=e.valueFields.value,u=r.seriesMissingValues(l);if(!Ri(h)||null===h){if(u!==br)return null;h=0}return n=this.pointOptions(l,c),n=r.evalPointOptions(n,h,s,a,l,c),o=e.fields.color||l.color,Nt.isFunction(l.color)&&(o=n.color),i=new Ie(h,n),i.color=o,r.append(i),i},plotRange:function(e){var t,i,n,o,r=this.plotValue(e);if(this.options.isStacked)for(t=e.categoryIx,i=this.categoryPoints[t],n=0;n<i.length&&(o=i[n],e!==o);n++)r+=this.plotValue(o),this.options.isStacked100&&(r=Ot.min(r,1));return[r,r]},createSegment:function(e,t,i){var n,o=t.style;return new(n=o===No?ze:o===jo?Oe:Be)(e,t,i)},animationPoints:function(){var e,t=this.points,i=[];for(e=0;e<t.length;e++)i.push((t[e]||{}).marker);return i.concat(this._segments)}}),Xt(De.fn,Le,Ee),Me=Oi.Animation.extend({options:{duration:Nn},setup:function(){this._setEnd(this.options.box.x1)},step:function(e){var t=this.options.box;this._setEnd(ki(t.x1,t.x2,e))},_setEnd:function(e){var t=this.element,i=t.segments,n=i[1].anchor(),o=i[2].anchor();t.suspend(),n.setX(e),t.resume(),o.setX(e)}}),Oi.AnimationFactory.current.register(ln,Me),ze=Be.extend({points:function(e){var t,i=this;return t=i.calculateStepPoints(i.linePoints),e&&e.length&&(t=t.concat(i.calculateStepPoints(e).reverse())),t},calculateStepPoints:function(e){var t,i,n,o,r,a=this,s=a.parent,l=s.plotArea,c=l.seriesCategoryAxis(a.series),h=s.seriesMissingValues(a.series)===qn,u=e.length,p=c.options.reverse,f=c.options.vertical,d=p?2:1,g=p?1:2,m=[];for(n=1;n<u;n++)t=e[n-1],i=e[n],o=t.markerBox().center(),r=i.markerBox().center(),c.options.justified?(m.push(new zi.Point(o.x,o.y)),m.push(f?new zi.Point(o.x,r.y):new zi.Point(r.x,o.y)),m.push(new zi.Point(r.x,r.y))):f?(m.push(new zi.Point(o.x,t.box[yr+d])),m.push(new zi.Point(o.x,t.box[yr+g])),h&&m.push(new zi.Point(o.x,i.box[yr+d])),m.push(new zi.Point(r.x,i.box[yr+d])),m.push(new zi.Point(r.x,i.box[yr+g]))):(m.push(new zi.Point(t.box[vr+d],o.y)),m.push(new zi.Point(t.box[vr+g],o.y)),h&&m.push(new zi.Point(i.box[vr+d],o.y)),m.push(new zi.Point(i.box[vr+d],r.y)),m.push(new zi.Point(i.box[vr+g],r.y)));return m||[]}}),Oe=Be.extend({createVisual:function(){var e,t,i,n=this.series,o=n._defaults,r=n.color;Zt(r)&&o&&(r=o.color),e=new ai(this.options.closed),t=e.process(this.points()),i=new Oi.Path({stroke:{color:r,width:n.width,opacity:n.opacity,dashType:n.dashType},zIndex:n.zIndex}),i.segments.push.apply(i.segments,t),this.visual=i}}),Fe={points:function(){var e,t,i=this,n=i.parent,o=n.plotArea,r=n.options.invertAxes,a=n.seriesValueAxis(i.series),s=a.lineBox(),l=o.seriesCategoryAxis(i.series),c=l.lineBox(),h=r?c.x1:c.y1,u=i.stackPoints,p=i._linePoints(u),f=r?vr:yr;return h=Vi(h,s[f+1],s[f+2]),!i.stackPoints&&p.length>1&&(e=p[0],t=Ii(p),r?(p.unshift(new zi.Point(h,e.y)),p.push(new zi.Point(h,t.y))):(p.unshift(new zi.Point(e.x,h)),p.push(new zi.Point(t.x,h)))),p},createVisual:function(){var e=this.series,t=e._defaults,i=e.color;Zt(i)&&t&&(i=t.color),this.visual=new Oi.Group({zIndex:e.zIndex}),this.createArea(i),this.createLine(i)},createLine:function(e){var t,i=this.series,n=Xt({color:e,opacity:i.opacity},i.line);n.visible!==!1&&n.width>0&&(t=Oi.Path.fromPoints(this._linePoints(),{stroke:{color:n.color,width:n.width,opacity:n.opacity,dashType:n.dashType,lineCap:\"butt\"}}),this.visual.append(t))},createArea:function(e){var t=this.series,i=Oi.Path.fromPoints(this.points(),{fill:{color:e,opacity:t.opacity},stroke:null});this.visual.append(i)}},Ue=Be.extend({init:function(e,t,i,n){var o=this;o.stackPoints=t,Be.fn.init.call(o,e,i,n)},_linePoints:Be.fn.points}),Xt(Ue.fn,Fe),He=De.extend({createSegment:function(e,t,i,n){var o,r,a,s=this,l=s.options,c=l.isStacked,h=(t.line||{}).style;return c&&i>0&&n&&(a=this.seriesMissingValues(t),o=\"gap\"!=a?n.linePoints:this._gapStackPoints(e,i,h),h!==No&&(o=o.slice(0).reverse())),h===jo?new Ne(e,n,c,t,i):new(r=h===No?je:Ue)(e,o,t,i)},reflow:function(e){var t,i,n,o;if(De.fn.reflow.call(this,e),t=this._stackPoints)for(o=0;o<t.length;o++)i=t[o],n=this.categoryAxis.getSlot(i.categoryIx),i.reflow(n)},_gapStackPoints:function(e,t,i){var n,o,r,a,s=this.seriesPoints,l=e[0].categoryIx,c=l+e.length,h=[];for(this._stackPoints=this._stackPoints||[],a=l;a<c;a++){n=t;do n--,o=s[n][a];while(n>0&&!o);o?(i!==No&&a>l&&!s[n][a-1]&&h.push(this._previousSegmentPoint(a,a-1,n)),h.push(o),i!==No&&a+1<c&&!s[n][a+1]&&h.push(this._previousSegmentPoint(a,a+1,n))):(r=this._createGapStackPoint(a),this._stackPoints.push(r),h.push(r))}return h},_previousSegmentPoint:function(e,t,i){for(var n,o=this.seriesPoints;i>0&&!n;)i--,n=o[i][t];return n?n=o[i][e]:(n=this._createGapStackPoint(e),this._stackPoints.push(n)),n},_createGapStackPoint:function(e){var t=this.pointOptions({},0),i=new Ie(0,t);return i.categoryIx=e,i.series={},i},seriesMissingValues:function(e){return e.missingValues||br}}),Ne=Ue.extend({init:function(e,t,i,n,o){var r=this;r.prevSegment=t,r.isStacked=i,Be.fn.init.call(r,e,n,o)},strokeSegments:function(){var e,t,i=this._strokeSegments;return i||(e=new ai(this.options.closed),t=Be.fn.points.call(this),i=this._strokeSegments=e.process(t)),i},createVisual:function(){var e=this.series,t=e._defaults,i=e.color;Zt(i)&&t&&(i=t.color),this.visual=new Oi.Group({zIndex:e.zIndex}),this.createFill({fill:{color:i,opacity:e.opacity},stroke:null}),this.createStroke({stroke:Xt({color:i,opacity:e.opacity,lineCap:\"butt\"},e.line)})},createFill:function(t){var i,n,o,r,a,s=this.strokeSegments(),l=s.slice(0),c=this.prevSegment;this.isStacked&&c&&(i=c.strokeSegments(),n=Ii(i).anchor(),l.push(new Oi.Segment(n,n,Ii(s).anchor())),o=e.map(i,function(e){return new Oi.Segment(e.anchor(),e.controlOut(),e.controlIn())}).reverse(),Ti(l,o),r=l[0].anchor(),l.push(new Oi.Segment(r,r,Ii(o).anchor()))),a=new Oi.Path(t),a.segments.push.apply(a.segments,l),this.closeFill(a),this.visual.append(a)},closeFill:function(e){var t=this,i=t.parent,n=t.prevSegment,o=i.plotArea,r=i.options.invertAxes,a=i.seriesValueAxis(t.series),s=a.lineBox(),l=o.seriesCategoryAxis(t.series),c=l.lineBox(),h=r?c.x1:c.y1,u=r?vr:yr,p=t.strokeSegments(),f=p[0].anchor(),d=Ii(p).anchor();h=Vi(h,s[u+1],s[u+2]),i.options.isStacked&&n||!(p.length>1)||(r?e.lineTo(h,d.y).lineTo(h,f.y):e.lineTo(d.x,h).lineTo(f.x,h))},createStroke:function(e){if(e.stroke.width>0){var t=new Oi.Path(e);t.segments.push.apply(t.segments,this.strokeSegments()),this.visual.append(t)}}}),je=ze.extend({init:function(e,t,i,n){var o=this;o.stackPoints=t,ze.fn.init.call(o,e,i,n)},_linePoints:ze.fn.points}),Xt(je.fn,Fe),Ge=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.plotArea=e,i.xAxisRanges={},i.yAxisRanges={},i.points=[],i.seriesPoints=[],i.seriesOptions=[],i._evalSeries=[],i.render()},options:{series:[],tooltip:{format:\"{0}, {1}\"},labels:{format:\"{0}, {1}\"},clip:!0},render:function(){var e=this;e.traverseDataPoints(Ht(e.addValue,e))},addErrorBar:function(e,t,i){var n,o=this,r=e.value[t],a=t+\"Value\",s=t+\"ErrorLow\",l=t+\"ErrorHigh\",c=i.seriesIx,h=i.series,u=e.options.errorBars,p=i[s],f=i[l];B(r)&&(B(p)&&B(f)&&(n={low:p,high:f}),u&&Ri(u[a])&&(o.seriesErrorRanges=o.seriesErrorRanges||{x:[],y:[]},o.seriesErrorRanges[t][c]=o.seriesErrorRanges[t][c]||new ye(u[a],h,t),n=o.seriesErrorRanges[t][c].getErrorRange(r,u[a])),n&&o.addPointErrorBar(n,e,t))},addPointErrorBar:function(e,t,i){var n,o=this,r=e.low,a=e.high,s=t.series,l=i===yr,c=t.options.errorBars,h={};t[i+\"Low\"]=r,t[i+\"High\"]=a,t.errorBars=t.errorBars||[],n=new Re(r,a,l,o,s,c),t.errorBars.push(n),t.append(n),h[i]=r,o.updateRange(h,s),h[i]=a,o.updateRange(h,s)},addValue:function(e,t){var i,n=this,o=e.x,r=e.y,a=t.seriesIx,s=this.options.series[a],l=this.seriesMissingValues(s),c=n.seriesPoints[a];K(o)&&K(r)||(e=this.createMissingValue(e,l)),e&&(i=n.createPoint(e,t),i&&(Ut(i,t),n.addErrorBar(i,vr,t),n.addErrorBar(i,yr,t)),n.updateRange(e,t.series)),n.points.push(i),c.push(i)},seriesMissingValues:function(e){return e.missingValues},createMissingValue:Ft,updateRange:function(e,t){var i=this,n=e.x,o=e.y,r=t.xAxis,a=t.yAxis,s=i.xAxisRanges[r],l=i.yAxisRanges[a];K(n)&&(s=i.xAxisRanges[r]=s||{min:io,max:ro},typeof n===Yo&&(n=d(n)),s.min=Ot.min(s.min,n),s.max=Ot.max(s.max,n)),K(o)&&(l=i.yAxisRanges[a]=l||{min:io,max:ro},typeof o===Yo&&(o=d(o)),l.min=Ot.min(l.min,o),l.max=Ot.max(l.max,o))},evalPointOptions:function(e,t,i){var n=i.series,o=i.seriesIx,r={defaults:n._defaults,excluded:[\"data\",\"tooltip\",\"tempate\",\"visual\",\"toggle\",\"_outOfRangeMinPoint\",\"_outOfRangeMaxPoint\"]},a=this._evalSeries[o];return Ri(a)||(this._evalSeries[o]=a=M(e,{},r,!0)),a&&(e=Xt({},e),M(e,{value:t,series:n,dataItem:i.dataItem},r)),e},pointType:function(){return Ie},pointOptions:function(e,t){var i,n=this.seriesOptions[t];return n||(i=this.pointType().fn.defaults,this.seriesOptions[t]=n=Xt({},i,{markers:{opacity:e.opacity},tooltip:{format:this.options.tooltip.format},labels:{format:this.options.labels.format}},e)),n},createPoint:function(e,t){var i,n=this,o=t.series,r=this.pointOptions(o,t.seriesIx),a=t.color||o.color;return r=n.evalPointOptions(r,e,t),Nt.isFunction(o.color)&&(a=r.color),i=new Ie(e,r),i.color=a,n.append(i),i},seriesAxes:function(e){var t=this.plotArea,i=e.xAxis,n=i?t.namedXAxes[i]:t.axisX,o=e.yAxis,r=o?t.namedYAxes[o]:t.axisY;if(!n)throw Error(\"Unable to locate X axis with name \"+i);if(!r)throw Error(\"Unable to locate Y axis with name \"+o);\n    return{x:n,y:r}},reflow:function(e){var t,i,n=this,o=n.points,r=0,a=!n.options.clip;n.traverseDataPoints(function(e,s){t=o[r++],i=n.seriesAxes(s.series);var l,c=i.x.getSlot(e.x,e.x,a),h=i.y.getSlot(e.y,e.y,a);t&&(c&&h?(l=n.pointSlot(c,h),t.reflow(l)):t.visible=!1)}),n.box=e},pointSlot:function(e,t){return new ii(e.x1,t.y1,e.x2,t.y2)},traverseDataPoints:function(e){var t,i,n,o,r,a,s,l=this,c=l.options,h=c.series,u=l.seriesPoints;for(i=0;i<h.length;i++)for(n=h[i],o=u[i],o||(u[i]=[]),t=0;t<n.data.length;t++)r=this._bindPoint(n,i,t),a=r.valueFields,s=r.fields,e(a,Xt({pointIx:t,series:n,seriesIx:i,dataItem:n.data[t],owner:l},s))},_bindPoint:_e.fn._bindPoint,formatPointValue:function(e,t){var i=e.value;return yi(t,i.x,i.y)},animationPoints:function(){var e,t=this.points,i=[];for(e=0;e<t.length;e++)i.push((t[e]||{}).marker);return i}}),Xt(Ge.fn,Ee),qe=Ge.extend({render:function(){var e=this;Ge.fn.render.call(e),e.renderSegments()},createSegment:function(e,t,i){var n,o=t.style;return new(n=o===jo?Oe:Be)(e,t,i)},animationPoints:function(){var e=Ge.fn.animationPoints.call(this);return e.concat(this._segments)},createMissingValue:function(e,t){if(t===br){var i={x:e.x,y:e.y};return K(i.x)||(i.x=0),K(i.y)||(i.y=0),i}}}),Xt(qe.fn,Le),Ye=Ge.extend({init:function(e,t){this._maxSize=ro,Ge.fn.init.call(this,e,t)},options:{tooltip:{format:\"{3}\"},labels:{format:\"{3}\"}},addValue:function(e,t){null!==e.size&&(e.size>0||e.size<0&&t.series.negativeValues.visible)?(this._maxSize=Ot.max(this._maxSize,Ot.abs(e.size)),Ge.fn.addValue.call(this,e,t)):(this.points.push(null),this.seriesPoints[t.seriesIx].push(null))},reflow:function(e){var t=this;t.updateBubblesSize(e),Ge.fn.reflow.call(t,e)},pointType:function(){return Ve},createPoint:function(e,t){var i,n,o=this,r=t.series,a=r.data.length,s=t.pointIx*(Nn/a),l={delay:s,duration:Nn-s,type:Ji},c=t.color||r.color;return e.size<0&&r.negativeValues.visible&&(c=Mi(r.negativeValues.color,c)),n=Xt({labels:{animation:{delay:s,duration:Nn-s}}},this.pointOptions(r,t.seriesIx),{markers:{type:an,border:r.border,opacity:r.opacity,animation:l}}),n=o.evalPointOptions(n,e,t),Nt.isFunction(r.color)&&(c=n.color),n.markers.background=c,i=new Ve(e,n),i.color=c,o.append(i),i},updateBubblesSize:function(e){var t,i,n,o,r,a,s,l,c,h,u,p,f,d,g,m,x,v=this,y=v.options,_=y.series,b=Ot.min(e.width(),e.height());for(t=0;t<_.length;t++)for(n=_[t],o=v.seriesPoints[t],r=n.minSize||Ot.max(.02*b,10),a=n.maxSize||.2*b,s=r/2,l=a/2,c=Ot.PI*s*s,h=Ot.PI*l*l,u=h-c,p=u/v._maxSize,i=0;i<o.length;i++)f=o[i],f&&(d=Ot.abs(f.value.size)*p,g=Ot.sqrt((c+d)/Ot.PI),m=Mi(f.options.zIndex,0),x=m+(1-g/l),Xt(f.options,{zIndex:x,markers:{size:2*g,zIndex:x},labels:{zIndex:x+1}}))},formatPointValue:function(e,t){var i=e.value;return yi(t,i.x,i.y,i.size,e.category)},createAnimation:Ft,createVisual:Ft}),Xe=oi.extend({init:function(e,t){oi.fn.init.call(this,t),this.value=e},options:{vertical:!0,border:{_brightness:.8},line:{width:2},overlay:{gradient:On},tooltip:{format:\"<table style='text-align: left;'><th colspan='2'>{4:d}</th><tr><td>Open:</td><td>{0:C}</td></tr><tr><td>High:</td><td>{1:C}</td></tr><tr><td>Low:</td><td>{2:C}</td></tr><tr><td>Close:</td><td>{3:C}</td></tr></table>\"},highlight:{opacity:1,border:{width:1,opacity:1},line:{width:1,opacity:1}},notes:{visible:!0,label:{}}},reflow:function(e){var t,i,n,o=this,r=o.options,a=o.owner,s=o.value,l=a.seriesValueAxis(r),c=[];i=l.getSlot(s.open,s.close),n=l.getSlot(s.low,s.high),i.x1=n.x1=e.x1,i.x2=n.x2=e.x2,o.realBody=i,t=n.center().x,c.push([[t,n.y1],[t,i.y1]]),c.push([[t,i.y2],[t,n.y2]]),o.lines=c,o.box=n.clone().wrap(i),o._rendered||(o._rendered=!0,o.createNote()),o.reflowNote()},reflowNote:function(){var e=this;e.note&&e.note.reflow(e.box)},createVisual:function(){oi.fn.createVisual.call(this),this._mainVisual=this.mainVisual(this.options),this.visual.append(this._mainVisual),this.createOverlay()},mainVisual:function(e){var t=new Oi.Group;return this.createBody(t,e),this.createLines(t,e),t},createBody:function(e,i){var n=Oi.Path.fromRect(this.realBody.toRect(),{fill:{color:this.color,opacity:i.opacity},stroke:null});i.border.width>0&&n.options.set(\"stroke\",{color:this.getBorderColor(),width:i.border.width,dashType:i.border.dashType,opacity:Mi(i.border.opacity,i.opacity)}),vi(n),e.append(n),Y(i)&&e.append(this.createGradientOverlay(n,{baseColor:this.color},Xt({end:i.vertical?t:[0,1]},i.overlay)))},createLines:function(e,t){this.drawLines(e,t,this.lines,t.line)},drawLines:function(e,t,i,n){var o,r,a;if(i)for(o={stroke:{color:n.color||this.color,opacity:Mi(n.opacity,t.opacity),width:n.width,dashType:n.dashType,lineCap:\"butt\"}},r=0;r<i.length;r++)a=Oi.Path.fromPoints(i[r],o),vi(a),e.append(a)},getBorderColor:function(){var e=this,t=e.options,i=t.border,n=i.color;return Ri(n)||(n=new ri(e.color).brightness(i._brightness).toHex()),n},createOverlay:function(){var e=Oi.Path.fromRect(this.box.toRect(),{fill:{color:xr,opacity:0},stroke:null});this.visual.append(e)},createHighlight:function(){var e,t=this.options.highlight,i=this.color;return this.color=t.color||this.color,e=this.mainVisual(Xt({},this.options,{line:{color:this.getBorderColor()}},t)),this.color=i,e},highlightVisual:function(){return this._mainVisual},highlightVisualArgs:function(){return{options:this.options,rect:this.box.toRect(),visual:this._mainVisual}},tooltipAnchor:function(){var e=this,t=e.box,i=e.owner.pane.clipBox()||t;return new ui(t.x2+ar,Ot.max(t.y1,i.y1)+ar)},formatValue:function(e){var t=this;return t.owner.formatPointValue(t,e)},overlapsBox:function(e){return this.box.overlaps(e)}}),Xt(Xe.fn,de),Xt(Xe.fn,ge),We=_e.extend({options:{},reflowCategories:function(e){var t,i=this,n=i.children,o=n.length;for(t=0;t<o;t++)n[t].reflow(e[t])},addValue:function(e,t){var i,n,o=this,r=t.categoryIx,a=t.category,s=t.series,l=t.seriesIx,c=o.options,h=e.valueFields,u=o.children,p=o.splitValue(h),f=E(p),d=o.categoryPoints[r],g=s.data[r];d||(o.categoryPoints[r]=d=[]),f&&(i=o.createPoint(e,t)),n=u[r],n||(n=new pe({vertical:c.invertAxes,gap:c.gap,spacing:c.spacing}),o.append(n)),i&&(o.updateRange(h,t),n.append(i),i.categoryIx=r,i.category=a,i.series=s,i.seriesIx=l,i.owner=o,i.dataItem=g,i.noteText=e.fields.noteText),o.points.push(i),d.push(i)},pointType:function(){return Xe},createPoint:function(e,t){var i,n=this,o=t.categoryIx,r=t.category,a=t.series,s=t.seriesIx,l=e.valueFields,c=Xt({},a),h=n.pointType(),u=e.fields.color||a.color;return c=n.evalPointOptions(c,l,r,o,a,s),a.type==tn&&l.open>l.close&&(u=e.fields.downColor||a.downColor||a.color),Nt.isFunction(a.color)&&(u=c.color),c.vertical=!n.options.invertAxes,i=new h(l,c),i.color=u,i},splitValue:function(e){return[e.low,e.open,e.close,e.high]},updateRange:function(e,t){var i=this,n=t.series.axis,o=i.valueAxisRanges[n],r=i.splitValue(e);o=i.valueAxisRanges[n]=o||{min:io,max:ro},o=i.valueAxisRanges[n]={min:Ot.min.apply(Ot,r.concat([o.min])),max:Ot.max.apply(Ot,r.concat([o.max]))}},formatPointValue:function(e,t){var i=e.value;return yi(t,i.open,i.high,i.low,i.close,e.category)},animationPoints:function(){return this.points}}),Xt(We.fn,Ee),Ze=Xe.extend({reflow:function(e){var t,i,n,o,r=this,a=r.options,s=r.owner,l=r.value,c=s.seriesValueAxis(a),h=[],u=[],p=[];o=c.getSlot(l.low,l.high),i=c.getSlot(l.open,l.open),n=c.getSlot(l.close,l.close),i.x1=n.x1=o.x1=e.x1,i.x2=n.x2=o.x2=e.x2,t=o.center().x,h.push([i.x1,i.y1]),h.push([t,i.y1]),u.push([t,n.y1]),u.push([n.x2,n.y1]),p.push([t,o.y1]),p.push([t,o.y2]),r.lines=[h,u,p],r.box=o.clone().wrap(i.clone().wrap(n)),r.reflowNote()},createBody:e.noop}),Ke=We.extend({pointType:function(){return Ze}}),Qe=We.extend({addValue:function(e,t){var i,n,o=this,r=t.categoryIx,a=t.category,s=t.series,l=t.seriesIx,c=o.options,h=o.children,u=e.valueFields,p=o.splitValue(u),f=E(p),d=o.categoryPoints[r],g=s.data[r];d||(o.categoryPoints[r]=d=[]),f&&(i=o.createPoint(e,t)),n=h[r],n||(n=new pe({vertical:c.invertAxes,gap:c.gap,spacing:c.spacing}),o.append(n)),i&&(o.updateRange(u,t),n.append(i),i.categoryIx=r,i.category=a,i.series=s,i.seriesIx=l,i.owner=o,i.dataItem=g),o.points.push(i),d.push(i)},pointType:function(){return this.options.invertAxes?Je:$e},splitValue:function(e){return[e.lower,e.q1,e.median,e.q3,e.upper]},updateRange:function(e,t){var i=this,n=t.series.axis,o=i.valueAxisRanges[n],r=i.splitValue(e).concat(i.filterOutliers(e.outliers));Ri(e.mean)&&(r=r.concat(e.mean)),o=i.valueAxisRanges[n]=o||{min:io,max:ro},o=i.valueAxisRanges[n]={min:Ot.min.apply(Ot,r.concat([o.min])),max:Ot.max.apply(Ot,r.concat([o.max]))}},formatPointValue:function(e,t){var i=e.value;return yi(t,i.lower,i.q1,i.median,i.q3,i.upper,i.mean,e.category)},filterOutliers:function(e){var t,i,n=(e||[]).length,o=[];for(t=0;t<n;t++)i=e[t],Ri(i)&&I(o,i);return o}}),$e=Xe.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.value=e,i.createNote()},options:{border:{_brightness:.8},line:{width:2},mean:{width:2,dashType:\"dash\"},overlay:{gradient:On},tooltip:{format:\"<table style='text-align: left;'><th colspan='2'>{6:d}</th><tr><td>Lower:</td><td>{0:C}</td></tr><tr><td>Q1:</td><td>{1:C}</td></tr><tr><td>Median:</td><td>{2:C}</td></tr><tr><td>Mean:</td><td>{5:C}</td></tr><tr><td>Q3:</td><td>{3:C}</td></tr><tr><td>Upper:</td><td>{4:C}</td></tr></table>\"},highlight:{opacity:1,border:{width:1,opacity:1},line:{width:1,opacity:1}},notes:{visible:!0,label:{}},outliers:{visible:!0,size:Qn,type:pn,background:xr,border:{width:2,opacity:1},opacity:0},extremes:{visible:!0,size:Qn,type:an,background:xr,border:{width:2,opacity:1},opacity:0}},reflow:function(e){var t,i,n,o,r=this,a=r.options,s=r.owner,l=r.value,c=s.seriesValueAxis(a);r.boxSlot=i=c.getSlot(l.q1,l.q3),r.realBody=i,r.reflowBoxSlot(e),r.whiskerSlot=t=c.getSlot(l.lower,l.upper),r.reflowWhiskerSlot(e),n=c.getSlot(l.median),l.mean&&(o=c.getSlot(l.mean),r.meanPoints=r.calcMeanPoints(e,o)),r.whiskerPoints=r.calcWhiskerPoints(i,t),r.medianPoints=r.calcMedianPoints(e,n),r.box=t.clone().wrap(i),r.reflowNote()},reflowBoxSlot:function(e){this.boxSlot.x1=e.x1,this.boxSlot.x2=e.x2},reflowWhiskerSlot:function(e){this.whiskerSlot.x1=e.x1,this.whiskerSlot.x2=e.x2},calcMeanPoints:function(e,t){return[[[e.x1,t.y1],[e.x2,t.y1]]]},calcWhiskerPoints:function(e,t){var i=t.center().x;return[[[i-5,t.y1],[i+5,t.y1],[i,t.y1],[i,e.y1]],[[i-5,t.y2],[i+5,t.y2],[i,t.y2],[i,e.y2]]]},calcMedianPoints:function(e,t){return[[[e.x1,t.y1],[e.x2,t.y1]]]},renderOutliers:function(e){var t,i,n,o,r=this,a=e.markers||{},s=r.value,l=s.outliers||[],c=3*Ot.abs(s.q3-s.q1),h=[];for(o=0;o<l.length;o++)n=l[o],a=n<s.q3+c&&n>s.q1-c?e.outliers:e.extremes,t=Xt({},a.border),Ri(t.color)||(t.color=Ri(r.color)?r.color:new ri(a.background).brightness(Xi).toHex()),i=new di({type:a.type,width:a.size,height:a.size,rotation:a.rotation,background:a.background,border:t,opacity:a.opacity}),i.value=n,h.push(i);return this.reflowOutliers(h),h},reflowOutliers:function(e){var i,n,o,r=this.owner.seriesValueAxis(this.options),a=this.box.center();for(i=0;i<e.length;i++)n=e[i].value,o=r.getSlot(n),this.options.vertical?o.move(a.x):o.move(t,a.y),this.box=this.box.wrap(o),e[i].reflow(o)},mainVisual:function(e){var t,i,n=Xe.fn.mainVisual.call(this,e),o=this.renderOutliers(e);for(t=0;t<o.length;t++)i=o[t].getElement(),i&&n.append(i);return n},createLines:function(e,t){this.drawLines(e,t,this.whiskerPoints,t.line),this.drawLines(e,t,this.medianPoints,t.median),this.drawLines(e,t,this.meanPoints,t.mean)},getBorderColor:function(){return this.color?this.color:Xe.getBorderColor.call(this)}}),Xt($e.fn,de),Je=$e.extend({reflowBoxSlot:function(e){this.boxSlot.y1=e.y1,this.boxSlot.y2=e.y2},reflowWhiskerSlot:function(e){this.whiskerSlot.y1=e.y1,this.whiskerSlot.y2=e.y2},calcMeanPoints:function(e,t){return[[[t.x1,e.y1],[t.x1,e.y2]]]},calcWhiskerPoints:function(e,t){var i=t.center().y;return[[[t.x1,i-5],[t.x1,i+5],[t.x1,i],[e.x1,i]],[[t.x2,i-5],[t.x2,i+5],[t.x2,i],[e.x2,i]]]},calcMedianPoints:function(e,t){return[[[t.x1,e.y1],[t.x1,e.y2]]]}}),et=oi.extend({init:function(e,t,i){var n=this;n.value=e,n.sector=t,oi.fn.init.call(n,i)},options:{color:xr,overlay:{gradient:Io},border:{width:.5},labels:{visible:!1,distance:35,font:vn,margin:wi(.5),align:an,zIndex:1,position:_o},animation:{type:bo},highlight:{visible:!0,border:{width:1}},visible:!0},render:function(){var e,t=this,i=t.options,n=i.labels,o=t.value;t._rendered||t.visible===!1||(t._rendered=!0,n.template?(e=Kt(n.template),o=e({dataItem:t.dataItem,category:t.category,value:t.value,series:t.series,percentage:t.percentage})):n.format&&(o=yi(n.format,o)),n.visible&&o&&(t.label=new mi(o,Xt({},n,{align:on,vAlign:\"\",animation:{type:En,delay:t.animationDelay}})),t.append(t.label)))},reflow:function(e){var t=this;t.render(),t.box=e,t.reflowLabel()},reflowLabel:function(){var e,t,i,n,o=this,r=o.sector.clone(),a=o.options,s=o.label,l=a.labels,c=l.distance,h=r.middle();s&&(n=s.box.height(),i=s.box.width(),l.position==on?(r.r=Ot.abs((r.r-n)/2)+n,e=r.point(h),s.reflow(ii(e.x,e.y-n/2,e.x,e.y))):l.position==Gn?(r.r=r.r-n/2,e=r.point(h),s.reflow(ii(e.x,e.y-n/2,e.x,e.y))):(e=r.clone().expand(c).point(h),e.x>=r.c.x?(t=e.x+i,s.orientation=Ro):(t=e.x-i,s.orientation=Xn),s.reflow(ii(t,e.y-n,e.x,e.y))))},createVisual:function(){var e,t,i=this,n=i.sector,o=i.options;oi.fn.createVisual.call(this),i.value&&(o.visual?(e=(n.startAngle+180)%360,t=o.visual({category:i.category,dataItem:i.dataItem,value:i.value,series:i.series,percentage:i.percentage,center:new zi.Point(n.c.x,n.c.y),radius:n.r,innerRadius:n.ir,startAngle:e,endAngle:e+n.angle,options:o,createVisual:function(){var e=new Oi.Group;return i.createSegmentVisual(e),e}}),t&&i.visual.append(t)):i.createSegmentVisual(i.visual))},createSegmentVisual:function(e){var t,i=this,n=i.sector,o=i.options,r=o.border||{},a=r.width>0?{stroke:{color:r.color,width:r.width,opacity:r.opacity,dashType:r.dashType}}:{},s=o.color,l={color:s,opacity:o.opacity};t=i.createSegment(n,Xt({fill:l,stroke:{opacity:o.opacity},zIndex:o.zIndex},a)),e.append(t),Y(o)&&e.append(this.createGradientOverlay(t,{baseColor:s,fallbackFill:l},Xt({center:[n.c.x,n.c.y],innerRadius:n.ir,radius:n.r,userSpace:!0},o.overlay)))},createSegment:function(e,t){return t.singleSegment?new Oi.Circle(new zi.Circle(new zi.Point(e.c.x,e.c.y),e.r),t):gi.current.createRing(e,t)},createAnimation:function(){var e=this.options,t=this.sector.c;Xt(e,{animation:{center:[t.x,t.y],delay:this.animationDelay}}),oi.fn.createAnimation.call(this)},createHighlight:function(e){var t=this,i=t.options.highlight||{},n=i.border||{};return t.createSegment(t.sector,Xt({},e,{fill:{color:i.color,opacity:i.opacity},stroke:{opacity:n.opacity,width:n.width,color:n.color}}))},highlightVisual:function(){return this.visual.children[0]},highlightVisualArgs:function(){var e=this.sector;return{options:this.options,radius:e.r,innerRadius:e.ir,center:new zi.Point(e.c.x,e.c.y),startAngle:e.startAngle,endAngle:e.angle+e.startAngle,visual:this.visual}},tooltipAnchor:function(e,t){var i=this,n=i.sector.adjacentBox(ar,e,t);return new ui(n.x1,n.y1)},formatValue:function(e){var t=this;return t.owner.formatPointValue(t,e)}}),Xt(et.fn,de),tt={createLegendItem:function(e,t,i){var n,o,r,a,s,l=this,c=l.options.legend||{},h=c.labels||{},u=c.inactiveItems||{},p=u.labels||{};i&&i.visibleInLegend!==!1&&(s=i.visible!==!1,n=i.category||\"\",o=s?h.template:p.template||h.template,o&&(n=Kt(o)({text:n,series:i.series,dataItem:i.dataItem,percentage:i.percentage,value:e})),s?(a={},r=t.color):(a={color:p.color,font:p.font},r=(u.markers||{}).color),n&&l.legendItems.push({pointIndex:i.index,text:n,series:i.series,markerColor:r,labels:a}))}},it=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.plotArea=e,i.points=[],i.legendItems=[],i.render()},options:{startAngle:90,connectors:{width:1,color:\"#939393\",padding:4},inactiveItems:{markers:{},labels:{}}},render:function(){var e=this;e.traverseDataPoints(Ht(e.addValue,e))},traverseDataPoints:function(e){var t,i,n,o,r,a,s,l,c,h,u,p,f,d=this,g=d.options,m=d.plotArea.options.seriesColors||[],x=m.length,v=g.series,y=v.length,_=0;for(o=0;o<y;o++){for(t=v[o],a=t.data,u=q(t),s=360/u,p=Ri(t.startAngle)?t.startAngle:g.startAngle,o!=y-1&&t.labels.position==_o&&(t.labels.position=on),f=0;f<a.length;f++)i=oe.current.bindPoint(t,f),l=i.valueFields.value,c=Ot.abs(l),n=i.fields,r=c*s,h=1!=a.length&&!!n.explode,Zt(t.color)||(t.color=n.color||m[f%x]),e(l,new fi(null,0,0,p,r),{owner:d,category:n.category||\"\",index:_,series:t,seriesIx:o,dataItem:a[f],percentage:0!==u?c/u:0,explode:h,visibleInLegend:n.visibleInLegend,visible:n.visible,zIndex:y-o,animationDelay:d.animationDelay(f,o,y)}),i.fields.visible!==!1&&(p+=r),_++;_=0}},evalSegmentOptions:function(e,t,i){var n=i.series;M(e,{value:t,series:n,dataItem:i.dataItem,category:i.category,percentage:i.percentage},{defaults:n._defaults,excluded:[\"data\",\"template\",\"visual\",\"toggle\"]})},addValue:function(e,t,i){var n,o=this,r=Xt({},i.series,{index:i.index});o.evalSegmentOptions(r,e,i),o.createLegendItem(e,r,i),i.visible!==!1&&(n=new et(e,t,r),Ut(n,i),o.append(n),o.points.push(n))},reflow:function(e){var t,i,n,o,r,a,s,l,c=this,h=c.options,u=e.clone(),p=5,f=Ot.min(u.width(),u.height()),d=f/2,g=f-.85*f,m=Mi(h.padding,g),x=ii(u.x1,u.y1,u.x1+f,u.y1+f),v=x.center(),y=c.seriesConfigs||[],_=u.center(),b=c.points,w=b.length,A=h.series.length,k=[],S=[];for(m=m>d-p?d-p:m,x.translate(_.x-v.x,_.y-v.y),a=d-m,l=ui(a+x.x1+m,a+x.y1+m),s=0;s<w;s++)o=b[s],r=o.sector,r.r=a,r.c=l,i=o.seriesIx,y.length&&(t=y[i],r.ir=t.ir,r.r=t.r),i==A-1&&o.explode&&(r.c=r.clone().radius(.15*r.r).point(r.middle())),o.reflow(x),n=o.label,n&&n.options.position===_o&&i==A-1&&(n.orientation===Ro?S.push(n):k.push(n));k.length>0&&(k.sort(c.labelComparator(!0)),c.leftLabelsReflow(k)),S.length>0&&(S.sort(c.labelComparator(!1)),c.rightLabelsReflow(S)),c.box=x},leftLabelsReflow:function(e){var t=this,i=t.distanceBetweenLabels(e);t.distributeLabels(i,e)},rightLabelsReflow:function(e){var t=this,i=t.distanceBetweenLabels(e);t.distributeLabels(i,e)},distanceBetweenLabels:function(e){var t,i,n,o=this,r=o.points,a=r[r.length-1],s=a.sector,l=e[0].box,c=e.length-1,h=s.r+a.options.labels.distance,u=[];for(i=Ci(l.y1-(s.c.y-h-l.height()-l.height()/2)),u.push(i),n=0;n<c;n++)l=e[n].box,t=e[n+1].box,i=Ci(t.y1-l.y2),u.push(i);return i=Ci(s.c.y+h-e[c].box.y2-e[c].box.height()/2),u.push(i),u},distributeLabels:function(e,t){var i,n,o,r,a=this,s=e.length;for(r=0;r<s;r++)for(n=o=r,i=-e[r];i>0&&(n>=0||o<s);)i=a._takeDistance(e,r,--n,i),i=a._takeDistance(e,r,++o,i);a.reflowLabels(e,t)},_takeDistance:function(e,t,i,n){if(e[i]>0){var o=Ot.min(e[i],n);n-=o,e[i]-=o,e[t]+=o}return n},reflowLabels:function(e,t){var i,n,o,r,a=this,s=a.points,l=s[s.length-1],c=l.sector,h=t.length,u=l.options.labels,p=u.distance,f=c.c.y-(c.r+p)-t[0].box.height();for(e[0]+=2,r=0;r<h;r++)i=t[r],f+=e[r],o=i.box,n=a.hAlignLabel(o.x2,c.clone().expand(p),f,f+o.height(),i.orientation==Ro),i.orientation==Ro?(u.align!==an&&(n=c.r+c.c.x+p),i.reflow(ii(n+o.width(),f,n,f))):(u.align!==an&&(n=c.c.x-c.r-p),i.reflow(ii(n-o.width(),f,n,f))),f+=o.height()},createVisual:function(){var e,t,i,n,r,a,s,l,c,h,u,p,f,d,g,m=this,x=m.options,v=x.connectors,y=m.points,_=y.length,b=4;for(oi.fn.createVisual.call(this),this._connectorLines=[],l=0;l<_;l++)r=y[l],i=r.sector,n=i.middle(),s=r.label,a={seriesId:r.seriesIx},t=(r.options.connectors||{}).color||v.color,s&&(e=new Oi.Path({stroke:{color:t,width:v.width},animation:{type:En,delay:r.animationDelay}}),s.options.position===_o&&0!==r.value&&(c=s.box,h=i.c,u=i.point(n),p=ui(c.x1,c.center().y),u=i.clone().expand(v.padding).point(n),e.moveTo(u.x,u.y),s.orientation==Ro?(d=ui(c.x1-v.padding,c.center().y),g=o(h,u,p,d),p=ui(d.x-b,d.y),g=g||p,g.x=Ot.min(g.x,p.x),m.pointInCircle(g,i.c,i.r+b)||g.x<i.c.x?(f=i.c.x+i.r+b,r.options.labels.align!==hn?f<p.x?e.lineTo(f,u.y):e.lineTo(u.x+2*b,u.y):e.lineTo(f,u.y),e.lineTo(p.x,d.y)):(g.y=d.y,e.lineTo(g.x,g.y))):(d=ui(c.x2+v.padding,c.center().y),g=o(h,u,p,d),p=ui(d.x+b,d.y),g=g||p,g.x=Ot.max(g.x,p.x),m.pointInCircle(g,i.c,i.r+b)||g.x>i.c.x?(f=i.c.x-i.r-b,r.options.labels.align!==hn?f>p.x?e.lineTo(f,u.y):e.lineTo(u.x-2*b,u.y):e.lineTo(f,u.y),e.lineTo(p.x,d.y)):(g.y=d.y,e.lineTo(g.x,g.y))),e.lineTo(d.x,d.y),this._connectorLines.push(e),this.visual.append(e)))},labelComparator:function(e){return e=e?-1:1,function(t,i){return t=(t.parent.sector.middle()+270)%360,i=(i.parent.sector.middle()+270)%360,(t-i)*e}},hAlignLabel:function(e,t,i,n,o){var r=t.c.x,a=t.c.y,s=t.r,l=Ot.min(Ot.abs(a-i),Ot.abs(a-n));return l>s?e:r+Ot.sqrt(s*s-l*l)*(o?1:-1)},pointInCircle:function(e,t,i){return u(t.x-e.x)+u(t.y-e.y)<u(i)},formatPointValue:function(e,t){return yi(t,e.value)},animationDelay:function(e){return e*wo}}),Xt(it.fn,tt),nt=et.extend({options:{overlay:{gradient:Vo},labels:{position:on},animation:{type:bo}},reflowLabel:function(){var e,t,i=this,n=i.sector.clone(),o=i.options,r=i.label,a=o.labels,s=n.middle();r&&(t=r.box.height(),a.position==on?(n.r-=(n.r-n.ir)/2,e=n.point(s),r.reflow(new ii(e.x,e.y-t/2,e.x,e.y))):et.fn.reflowLabel.call(i))},createSegment:function(e,t){return gi.current.createRing(e,t)}}),Xt(nt.fn,de),ot=it.extend({options:{startAngle:90,connectors:{width:1,color:\"#939393\",padding:4}},addValue:function(e,t,i){var n,o=this,r=Xt({},i.series,{index:i.index});o.evalSegmentOptions(r,e,i),o.createLegendItem(e,r,i),e&&i.visible!==!1&&(n=new nt(e,t,r),Ut(n,i),o.append(n),o.points.push(n))},reflow:function(e){var t,i,n,o,r,a,s=this,l=s.options,c=e.clone(),h=5,u=Ot.min(c.width(),c.height()),p=u/2,f=u-.85*u,d=Mi(l.padding,f),g=l.series,m=g.length,x=0,v=0,y=0,_=0;for(s.seriesConfigs=[],d=d>p-h?p-h:d,n=p-d,r=0;r<m;r++)t=g[r],0===r&&Ri(t.holeSize)&&(i=t.holeSize,n-=t.holeSize),Ri(t.size)?n-=t.size:x++,Ri(t.margin)&&r!=m-1&&(n-=t.margin);for(Ri(i)||(_=(p-d)/(m+.75),i=.75*_,n-=i),y=i,r=0;r<m;r++)t=g[r],o=Mi(t.size,n/x),y+=v,a=y+o,s.seriesConfigs.push({ir:y,r:a}),v=t.margin||0,y=a;it.fn.reflow.call(s,e)},animationDelay:function(e,t,i){return e*kn+Nn*(t+1)/(i+1)}}),rt=be.extend({render:function(){be.fn.render.call(this),this.createSegments()},traverseDataPoints:function(e){var t,i,n,o,r,a,s,l,c,u,p=this.options.series,f=this.categoryAxis.options.categories||[],d=h(p),g=!this.options.invertAxes;for(t=0;t<p.length;t++)for(i=p[t],n=0,o=0,r=0;r<d;r++)a=oe.current.bindPoint(i,r),s=a.valueFields.value,l=a.fields.summary,c=n,l?\"total\"===l.toLowerCase()?(a.valueFields.value=n,c=0,u=n):(a.valueFields.value=o,u=c-o,o=0):B(s)&&(o+=s,n+=s,u=n),e(a,{category:f[r],categoryIx:r,series:i,seriesIx:t,total:n,runningTotal:o,from:c,to:u,isVertical:g})},updateRange:function(e,t){be.fn.updateRange.call(this,{value:t.to},t)},aboveAxis:function(e){return e.value>=0},plotRange:function(e){return[e.from,e.to]},createSegments:function(){var e,t,i,n,o,r,a,s=this.options.series,l=this.seriesPoints,c=this.segments=[];for(e=0;e<s.length;e++)if(t=s[e],i=l[e])for(o=0;o<i.length;o++)r=i[o],r&&n&&(a=new at(n,r,t),c.push(a),this.append(a)),n=r}}),at=oi.extend({init:function(e,t,i){var n=this;oi.fn.init.call(n),n.from=e,n.to=t,n.series=i},options:{animation:{type:En,delay:Nn}},linePoints:function(){var e,t,i=[],n=this.from,o=n.box,r=this.to.box;return n.isVertical?(e=n.aboveAxis?o.y1:o.y2,i.push([o.x1,e],[r.x2,e])):(t=n.aboveAxis?o.x2:o.x1,i.push([t,o.y1],[t,r.y2])),i},createVisual:function(){var e,t;oi.fn.createVisual.call(this),e=this.series.line||{},t=Oi.Path.fromPoints(this.linePoints(),{stroke:{color:e.color,width:e.width,opacity:e.opacity,dashType:e.dashType}}),vi(t),this.visual.append(t)}}),st=ni.extend({init:function(e){var t=this;ni.fn.init.call(t,e),e=t.options,t.id=Nt.guid(),t.createTitle(),t.content=new oi,t.chartContainer=new lt({},t),t.append(t.content),t.axes=[],t.charts=[]},options:{zIndex:-1,shrinkToFit:!0,title:{align:Xn},visible:!0},createTitle:function(){var e=this,t=e.options.title;typeof t===vo&&(t=Xt({},t,{align:t.position,position:or})),e.title=xi.buildTitle(t,e,st.fn.options.title)},appendAxis:function(e){var t=this;t.content.append(e),t.axes.push(e),e.pane=t},appendChart:function(e){var t=this;t.chartContainer.parent!==t.content&&t.content.append(t.chartContainer),t.charts.push(e),t.chartContainer.append(e),e.pane=t},empty:function(){var e,t=this,i=t.parent;if(i){for(e=0;e<t.axes.length;e++)i.removeAxis(t.axes[e]);for(e=0;e<t.charts.length;e++)i.removeChart(t.charts[e])}t.axes=[],t.charts=[],t.content.destroy(),t.content.children=[],t.chartContainer.children=[]},reflow:function(e){var t,i=this;Ii(i.children)===i.content&&(t=i.children.pop()),ni.fn.reflow.call(i,e),t&&i.children.push(t),i.title&&(i.contentBox.y1+=i.title.box.height())},visualStyle:function(){var e=ni.fn.visualStyle.call(this);return e.zIndex=-10,e},renderComplete:function(){this.options.visible&&this.createGridLines()},stackRoot:i,clipRoot:i,createGridLines:function(){var e,t,i,n,o,r,a=this,s=a.axes,l=s.concat(a.parent.axes),c=[],h=[];for(t=0;t<s.length;t++)for(n=s[t],o=n.options.vertical,e=o?c:h,i=0;i<l.length;i++)0===e.length&&(r=l[i],o!==r.options.vertical&&Ti(e,n.createGridLines(r)))},refresh:function(){this.visual.clear(),this.content.parent=null,this.content.createGradient=e.proxy(this.createGradient,this),this.content.renderVisual(),this.content.parent=this,this.title&&this.visual.append(this.title.visual),this.visual.append(this.content.visual),this.renderComplete()},chartsBox:function(){var e,t,i,n,o,r=this.axes,a=r.length,s=new ii;for(n=0;n<a;n++)i=r[n],e=i.options.vertical?yr:vr,t=i.lineBox(),s[e+1]=t[e+1],s[e+2]=t[e+2];if(0===s.x2)for(o=this.parent.axes,a=o.length,n=0;n<a;n++)i=o[n],i.options.vertical||(t=i.lineBox(),s.x1=t.x1,s.x2=t.x2);return s},clipBox:function(){return this.chartContainer.clipBox}}),lt=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,e),i.pane=t},shouldClip:function(){var e,t=this,i=t.children,n=i.length;for(e=0;e<n;e++)if(i[e].options.clip===!0)return!0;return!1},_clipBox:function(){return this.pane.chartsBox()},createVisual:function(){var e,t,i;this.visual=new Oi.Group({zIndex:0}),this.shouldClip()&&(e=this.clipBox=this._clipBox(),t=e.toRect(),i=Oi.Path.fromRect(t),this.visual.clip(i),this.unclipLabels())},stackRoot:i,unclipLabels:function(){var e,t,i,n,o,r,a,s=this,l=s.children,c=s.clipBox;for(i=0;i<l.length;i++)for(e=l[i].points||{},o=e.length,n=0;n<o;n++)t=e[n],t&&t.overlapsBox&&t.overlapsBox(c)&&(r=t.label,a=t.note,r&&r.options.visible&&(r.alignToClipBox&&r.alignToClipBox(c),r.options.noclip=!0),a&&a.options.visible&&(a.options.noclip=!0))},destroy:function(){oi.fn.destroy.call(this),delete this.parent}}),ct=oi.extend({init:function(e,t){var i=this;oi.fn.init.call(i,t),i.series=e,i.initSeries(),i.charts=[],i.options.legend.items=[],i.axes=[],i.crosshairs=[],i.createPanes(),i.render(),i.createCrosshairs()},options:{series:[],plotArea:{margin:{}},background:\"\",border:{color:Zi,width:0},legend:{inactiveItems:{labels:{color:\"#919191\"},markers:{color:\"#919191\"}}}},initSeries:function(){var e,t,i=this.series;for(e=0;e<i.length;e++)t=i[e],t.index=e},createPanes:function(){function e(e,t){\"string\"==typeof e.title&&(e.title={text:e.title}),e.title=Xt({},t.title,e.title)}var t,i,n,o=this,r={title:{color:(o.options.title||{}).color}},a=[],s=o.options.panes||[],l=Ot.max(s.length,1);for(t=0;t<l;t++)n=s[t]||{},e(n,r),i=new st(n),i.paneIndex=t,a.push(i),o.append(i);o.panes=a},createCrosshairs:function(e){var t,i,n,o,r,a=this;for(e=e||a.panes,t=0;t<e.length;t++)for(n=e[t],i=0;i<n.axes.length;i++)o=n.axes[i],o.options.crosshair&&o.options.crosshair.visible&&(r=new wt(o,o.options.crosshair),a.crosshairs.push(r),n.content.append(r))},removeCrosshairs:function(e){var t,i,n=this,o=n.crosshairs,r=e.axes;for(t=o.length-1;t>=0;t--)for(i=0;i<r.length;i++)if(o[t].axis===r[i]){o.splice(t,1);break}},hideCrosshairs:function(){var e,t=this.crosshairs;for(e=0;e<t.length;e++)t[e].hide()},findPane:function(e){var t,i,n=this,o=n.panes;for(t=0;t<o.length;t++)if(o[t].options.name===e){i=o[t];break}return i||o[0]},findPointPane:function(e){var t,i,n=this,o=n.panes;for(t=0;t<o.length;t++)if(o[t].box.containsPoint(e)){i=o[t];break}return i},appendAxis:function(e){var t=this,i=t.findPane(e.options.pane);i.appendAxis(e),t.axes.push(e),e.plotArea=t},removeAxis:function(e){var t,i,n=this,o=[];for(t=0;t<n.axes.length;t++)i=n.axes[t],e!==i?o.push(i):i.destroy();n.axes=o},appendChart:function(e,t){var i=this;i.charts.push(e),t?t.appendChart(e):i.append(e)},removeChart:function(e){var t,i,n=this,o=[];for(t=0;t<n.charts.length;t++)i=n.charts[t],i!==e?o.push(i):i.destroy();n.charts=o},addToLegend:function(e){var t,i,n,o,r,a,s,l,c,h=e.length,u=[],p=this.options.legend,f=p.labels||{},d=p.inactiveItems||{},g=d.labels||{};for(t=0;t<h;t++)i=e[t],l=i.visible!==!1,i.visibleInLegend!==!1&&(n=i.name||\"\",c=l?f.template:g.template||f.template,c&&(n=Kt(c)({text:n,series:i})),o=i.color,s=i._defaults,Zt(o)&&s&&(o=s.color),l?(r={},a=o):(r={color:g.color,font:g.font},a=d.markers.color),n&&u.push({text:n,labels:r,markerColor:a,series:i,active:l}));Ti(p.items,u)},groupAxes:function(e){var t,i,n,o,r=[],a=[];for(n=0;n<e.length;n++)for(t=e[n].axes,o=0;o<t.length;o++)i=t[o],i.options.vertical?a.push(i):r.push(i);return{x:r,y:a,any:r.concat(a)}},groupSeriesByPane:function(){var e,t,i,n=this,o=n.series,r={};for(e=0;e<o.length;e++)i=o[e],t=n.seriesPaneName(i),r[t]?r[t].push(i):r[t]=[i];return r},filterVisibleSeries:function(e){var t,i,n=[];for(t=0;t<e.length;t++)i=e[t],i.visible!==!1&&n.push(i);return n},reflow:function(e){var t=this,i=t.options.plotArea,n=t.panes,o=wi(i.margin);t.box=e.clone().unpad(o),t.reflowPanes(),t.reflowAxes(n),t.reflowCharts(n)},redraw:function(e){var t,i=this;for(e=[].concat(e),this.initSeries(),t=0;t<e.length;t++)i.removeCrosshairs(e[t]),e[t].empty();for(i.render(e),i.reflowAxes(i.panes),i.reflowCharts(e),i.createCrosshairs(e),t=0;t<e.length;t++)e[t].refresh()},axisCrossingValues:function(e,t){var i,n=e.options,o=[].concat(n.axisCrossingValues||n.axisCrossingValue),r=t.length-o.length,a=o[0]||0;for(i=0;i<r;i++)o.push(a);return o},alignAxisTo:function(e,t,i,n){var o=e.getSlot(i,i,!0),r=e.options.reverse?2:1,a=t.getSlot(n,n,!0),s=t.options.reverse?2:1,l=e.box.translate(a[vr+s]-o[vr+r],a[yr+s]-o[yr+r]);e.pane!==t.pane&&l.translate(0,e.pane.box.y1-t.pane.box.y1),e.reflow(l)},alignAxes:function(e,t){var i,n,o,r,a,s,l=this,c=e[0],h=t[0],u=l.axisCrossingValues(c,t),p=l.axisCrossingValues(h,e),f={},d={},g={},m={};for(s=0;s<t.length;s++)a=t[s],o=a.pane,r=o.id,i=ie(e,o)||c,n=u,i!==c&&(n=l.axisCrossingValues(i,t)),l.alignAxisTo(a,i,p[s],n[s]),a.options._overlap||(Ci(a.lineBox().x1)===Ci(i.lineBox().x1)&&(f[r]&&a.reflow(a.box.alignTo(f[r].box,Xn).translate(-a.options.margin,0)),f[r]=a),Ci(a.lineBox().x2)===Ci(i.lineBox().x2)&&(a._mirrored||(a.options.labels.mirror=!a.options.labels.mirror,a._mirrored=!0),l.alignAxisTo(a,i,p[s],n[s]),d[r]&&a.reflow(a.box.alignTo(d[r].box,Ro).translate(a.options.margin,0)),d[r]=a),0!==s&&h.pane===a.pane&&(a.alignTo(h),a.reflow(a.box)));for(s=0;s<e.length;s++)a=e[s],o=a.pane,r=o.id,i=ie(t,o)||h,n=p,i!==h&&(n=l.axisCrossingValues(i,e)),l.alignAxisTo(a,i,u[s],n[s]),a.options._overlap||(Ci(a.lineBox().y1)===Ci(i.lineBox().y1)&&(a._mirrored||(a.options.labels.mirror=!a.options.labels.mirror,a._mirrored=!0),l.alignAxisTo(a,i,u[s],n[s]),g[r]&&a.reflow(a.box.alignTo(g[r].box,or).translate(0,-a.options.margin)),g[r]=a),Ci(a.lineBox().y2,un)===Ci(i.lineBox().y2,un)&&(m[r]&&a.reflow(a.box.alignTo(m[r].box,Qi).translate(0,a.options.margin)),m[r]=a),0!==s&&(a.alignTo(c),a.reflow(a.box)))},shrinkAxisWidth:function(e){var t,i,n,o=this,r=o.groupAxes(e).any,a=P(r),s=0;for(t=0;t<e.length;t++)i=e[t],i.axes.length>0&&(s=Ot.max(s,a.width()-i.contentBox.width()));if(0!==s)for(t=0;t<r.length;t++)n=r[t],n.options.vertical||n.reflow(n.box.shrink(s,0))},shrinkAxisHeight:function(e){var t,i,n,o,r,a,s;for(t=0;t<e.length;t++)if(i=e[t],n=i.axes,o=Ot.max(0,P(n).height()-i.contentBox.height()),0!==o){for(r=0;r<n.length;r++)a=n[r],a.options.vertical&&a.reflow(a.box.shrink(0,o));s=!0}return s},fitAxes:function(e){var t,i,n,o,r,a,s,l,c=this,h=c.groupAxes(e).any,u=0;for(s=0;s<e.length;s++)if(r=e[s],\n        t=r.axes,i=r.contentBox,t.length>0)for(n=P(t),u=Ot.max(u,i.x1-n.x1),o=Ot.max(i.y1-n.y1,i.y2-n.y2),l=0;l<t.length;l++)a=t[l],a.reflow(a.box.translate(0,o));for(s=0;s<h.length;s++)a=h[s],a.reflow(a.box.translate(u,0))},reflowAxes:function(e){var t,i=this,n=i.groupAxes(e);for(t=0;t<e.length;t++)i.reflowPaneAxes(e[t]);n.x.length>0&&n.y.length>0&&(i.alignAxes(n.x,n.y),i.shrinkAxisWidth(e),i.autoRotateAxisLabels(n),i.alignAxes(n.x,n.y),i.shrinkAxisWidth(e)&&i.alignAxes(n.x,n.y),i.shrinkAxisHeight(e),i.alignAxes(n.x,n.y),i.shrinkAxisHeight(e)&&i.alignAxes(n.x,n.y),i.fitAxes(e))},autoRotateAxisLabels:function(e){var t,i,n,o=this.axes,r=this.panes;for(i=0;i<o.length;i++)t=o[i],t.autoRotateLabels()&&(n=!0);if(n){for(i=0;i<r.length;i++)this.reflowPaneAxes(r[i]);e.x.length>0&&e.y.length>0&&(this.alignAxes(e.x,e.y),this.shrinkAxisWidth(r))}},reflowPaneAxes:function(e){var t,i=e.axes,n=i.length;if(n>0)for(t=0;t<n;t++)i[t].reflow(e.contentBox)},reflowCharts:function(e){var t,i,n=this,o=n.charts,r=o.length,a=n.box;for(i=0;i<r;i++)t=o[i].pane,t&&!Ai(t,e)||o[i].reflow(a)},reflowPanes:function(){var e,t,i,n,o,r=this,a=r.box,s=r.panes,l=s.length,c=a.height(),h=l,u=0,p=a.y1;for(e=0;e<l;e++)t=s[e],n=t.options.height,t.options.width=a.width(),t.options.height?(n.indexOf&&n.indexOf(\"%\")&&(o=parseInt(n,10)/100,t.options.height=o*a.height()),t.reflow(a.clone()),c-=t.options.height):u++;for(e=0;e<l;e++)t=s[e],t.options.height||(t.options.height=c/u);for(e=0;e<l;e++)t=s[e],i=a.clone().move(a.x1,p),t.reflow(i),h--,p+=t.options.height},backgroundBox:function(){var e,t,i,n,o,r,a=this,s=a.axes,l=s.length;for(i=0;i<l;i++)for(o=s[i],n=0;n<l;n++)r=s[n],o.options.vertical!==r.options.vertical&&(e=o.lineBox().clone().wrap(r.lineBox()),t=t?t.wrap(e):e);return t||a.box},chartsBoxes:function(){var e,t=this.panes,i=[];for(e=0;e<t.length;e++)i.push(t[e].chartsBox());return i},addBackgroundPaths:function(e){var t,i=this.chartsBoxes();for(t=0;t<i.length;t++)e.paths.push(Oi.Path.fromRect(i[t].toRect()))},backgroundContainsPoint:function(e){var t,i=this.chartsBoxes();for(t=0;t<i.length;t++)if(i[t].containsPoint(e))return!0},createVisual:function(){var e,t,i,n,o;oi.fn.createVisual.call(this),e=this.options.plotArea,t=e.border||{},i=e.background,n=e.opacity,Pi.isTransparent(i)&&(i=xr,n=0),o=this._bgVisual=new Oi.MultiPath({fill:{color:i,opacity:n},stroke:{color:t.width?t.color:\"\",width:t.width,dashType:t.dashType},zIndex:-1}),this.addBackgroundPaths(o),this.appendVisual(o)},pointsByCategoryIndex:function(e){var t,i,n,o,r,a=this.charts,s=[];if(null!==e)for(t=0;t<a.length;t++)if(r=a[t],\"_navigator\"!==r.pane.options.name&&(n=a[t].categoryPoints[e],n&&n.length))for(i=0;i<n.length;i++)o=n[i],o&&Ri(o.value)&&null!==o.value&&s.push(o);return s},pointsBySeriesIndex:function(e){return this.filterPoints(function(t){return t.series.index===e})},pointsBySeriesName:function(e){return this.filterPoints(function(t){return t.series.name===e})},filterPoints:function(e){var t,i,n,o,r,a=this.charts,s=[];for(n=0;n<a.length;n++)for(r=a[n],t=r.points,o=0;o<t.length;o++)i=t[o],i&&e(i)&&s.push(i);return s},findPoint:function(e){var t,i,n,o,r,a=this.charts;for(n=0;n<a.length;n++)for(r=a[n],t=r.points,o=0;o<t.length;o++)if(i=t[o],i&&e(i))return i},paneByPoint:function(e){var t,i,n=this,o=n.panes;for(i=0;i<o.length;i++)if(t=o[i],t.box.containsPoint(e))return t}}),ht={hover:function(e,t){this._dispatchEvent(e,t,ko)},click:function(e,t){this._dispatchEvent(e,t,Ao)}},ut=ct.extend({init:function(e,t){var i,n,o=this;if(o.namedCategoryAxes={},o.namedValueAxes={},o.valueAxisRangeTracker=new pt,e.length>0)for(o.invertAxes=Ai(e[0].type,[qi,en,dr,ur,Co,Un,pr]),i=0;i<e.length;i++)if(n=e[i].stack,n&&\"100%\"===n.type){o.stack100=!0;break}ct.fn.init.call(o,e,t)},options:{categoryAxis:{categories:[]},valueAxis:{}},render:function(e){var t=this;e=e||t.panes,t.createCategoryAxes(e),t.aggregateCategories(e),t.createCategoryAxesLabels(e),t.createCharts(e),t.createValueAxes(e)},removeAxis:function(e){var t=this,i=e.options.name;ct.fn.removeAxis.call(t,e),e instanceof ce?delete t.namedCategoryAxes[i]:(t.valueAxisRangeTracker.reset(i),delete t.namedValueAxes[i]),e===t.categoryAxis&&delete t.categoryAxis,e===t.valueAxis&&delete t.valueAxis},createCharts:function(e){var t,i,n,o,r,a,s=this.groupSeriesByPane();for(t=0;t<e.length;t++)if(i=e[t],n=s[i.options.name||\"default\"]||[],this.addToLegend(n),o=this.filterVisibleSeries(n))for(r=this.groupSeriesByCategoryAxis(o),a=0;a<r.length;a++)this.createChartGroup(r[a],i)},createChartGroup:function(e,t){this.createAreaChart(O(e,[Hi,ur]),t),this.createBarChart(O(e,[hn,qi]),t),this.createRangeBarChart(O(e,[Po,Co]),t),this.createBulletChart(O(e,[en,fr]),t),this.createCandlestickChart(O(e,tn),t),this.createBoxPlotChart(O(e,[$i,pr]),t),this.createOHLCChart(O(e,yo),t),this.createWaterfallChart(O(e,[gr,Un]),t),this.createLineChart(O(e,[Kn,dr]),t)},aggregateCategories:function(e){var t,i,n,o,r,a=this,s=a.srcSeries||a.series,l=[];for(t=0;t<s.length;t++)i=s[t],n=a.seriesCategoryAxis(i),o=a.findPane(n.options.pane),r=T(n.options.type,mn),(r||i.categoryField)&&Ai(o,e)?i=a.aggregateSeries(i,n):(B(n.options.min)||B(n.options.max))&&(i=a.filterSeries(i,n)),l.push(i);a.srcSeries=s,a.series=l},filterSeries:function(e,t){var i,n,o,r=t.totalRangeIndices(),a=t.options.justified,s=Ai(e.type,[Kn,dr,Hi,ur]);return r.min=B(t.options.min)?Ot.floor(r.min):0,r.max=B(t.options.max)?a?Ot.floor(r.max)+1:Ot.ceil(r.max):e.data.length,e=Xt({},e),s&&(n=r.min-1,o=t.options.srcCategories||[],n>=0&&n<e.data.length&&(i=n,e._outOfRangeMinPoint={item:e.data[i],category:o[i],categoryIx:-1}),r.max<e.data.length&&(i=r.max,e._outOfRangeMaxPoint={item:e.data[i],category:o[i],categoryIx:r.max-r.min})),t._seriesMax=Ot.max(t._seriesMax||0,e.data.length),e.data=(e.data||[]).slice(r.min,r.max),e},aggregateSeries:function(e,t){var i,o,r,a,s,l,c,h=t.options,u=T(t.options.type,mn),d=h.categories,g=h.srcCategories||d,m=e.data,x=[],v=Xt({},e),y=Xt({},e),_=h.dataItems||[],b=p,w=Pi.MIN_NUM,A=Pi.MAX_NUM,k=Ai(e.type,[Kn,dr,Hi,ur]);for(v.data=a=[],u&&(b=f),i=0;i<m.length;i++)o=e.categoryField?b(e.categoryField,m[i]):g[i],Ri(o)&&(r=t.categoryIndex(o),0<=r&&r<d.length?(x[r]=x[r]||[],x[r].push(i)):k&&(r<0?r==w?l.points.push(i):r>w&&(w=r,l={category:o,points:[i]}):r>=d.length&&(r==A?c.points.push(i):r<A&&(A=r,c={category:o,points:[i]}))));for(s=new Rt(y,oe.current,n.current),i=0;i<d.length;i++)a[i]=s.aggregatePoints(x[i],d[i]),x[i]&&(_[i]=a[i]);return l&&a.length&&(v._outOfRangeMinPoint={item:s.aggregatePoints(l.points,l.category),categoryIx:w,category:l.category}),c&&a.length&&(v._outOfRangeMaxPoint={item:s.aggregatePoints(c.points,c.category),categoryIx:A,category:c.category}),t.options.dataItems=_,v},appendChart:function(e,t){for(var i=this,n=e.options.series,o=i.seriesCategoryAxis(n[0]),r=o.options.categories,a=Ot.max(0,h(n)-r.length);a--;)r.push(\"\");i.valueAxisRangeTracker.update(e.valueAxisRanges),ct.fn.appendChart.call(i,e,t)},seriesPaneName:function(t){var i=this,n=i.options,o=t.axis,r=[].concat(n.valueAxis),a=e.grep(r,function(e){return e.name===o})[0],s=n.panes||[{}],l=(s[0]||{}).name||\"default\",c=(a||{}).pane||l;return c},seriesCategoryAxis:function(e){var t=this,i=e.categoryAxis,n=i?t.namedCategoryAxes[i]:t.categoryAxis;if(!n)throw Error(\"Unable to locate category axis with name \"+i);return n},stackableChartOptions:function(e,t){var i=e.stack,n=i&&\"100%\"===i.type,o=t.options.clip;return{isStacked:i,isStacked100:n,clip:o}},groupSeriesByCategoryAxis:function(t){function i(i,n){return e.grep(t,function(e){return 0===n&&!e.categoryAxis||e.categoryAxis==i})}var n,o,r,a={},s=e.map(t,function(e){var t=e.categoryAxis||\"$$default$$\";if(!a.hasOwnProperty(t))return a[t]=!0,t}),l=[];for(n=0;n<s.length;n++)o=s[n],r=i(o,n),0!==r.length&&l.push(r);return l},createBarChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new be(i,Ut({series:e,invertAxes:i.invertAxes,gap:n.gap,spacing:n.spacing},i.stackableChartOptions(n,t)));i.appendChart(o,t)}},createRangeBarChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new Ae(i,{series:e,invertAxes:i.invertAxes,gap:n.gap,spacing:n.spacing});i.appendChart(o,t)}},createBulletChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new ke(i,{series:e,invertAxes:i.invertAxes,gap:n.gap,spacing:n.spacing,clip:t.options.clip});i.appendChart(o,t)}},createLineChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new De(i,Ut({invertAxes:i.invertAxes,series:e},i.stackableChartOptions(n,t)));i.appendChart(o,t)}},createAreaChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new He(i,Ut({invertAxes:i.invertAxes,series:e},i.stackableChartOptions(n,t)));i.appendChart(o,t)}},createOHLCChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new Ke(i,{invertAxes:i.invertAxes,gap:n.gap,series:e,spacing:n.spacing,clip:t.options.clip});i.appendChart(o,t)}},createCandlestickChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new We(i,{invertAxes:i.invertAxes,gap:n.gap,series:e,spacing:n.spacing,clip:t.options.clip});i.appendChart(o,t)}},createBoxPlotChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new Qe(i,{invertAxes:i.invertAxes,gap:n.gap,series:e,spacing:n.spacing,clip:t.options.clip});i.appendChart(o,t)}},createWaterfallChart:function(e,t){if(0!==e.length){var i=this,n=e[0],o=new rt(i,{series:e,invertAxes:i.invertAxes,gap:n.gap,spacing:n.spacing});i.appendChart(o,t)}},axisRequiresRounding:function(e,t){var i,n,o,r,a=this,s=O(a.series,Pr);for(i=0;i<a.series.length;i++)o=a.series[i],o.type!==Kn&&o.type!==Hi||(r=o.line,r&&r.style===No&&s.push(o));for(i=0;i<s.length;i++)if(n=s[i].categoryAxis||\"\",n===e||!n&&0===t)return!0},aggregatedAxis:function(e,t){var i,n,o=this,r=o.series;for(i=0;i<r.length;i++)if(n=r[i].categoryAxis||\"\",(n===e||!n&&0===t)&&r[i].categoryField)return!0},createCategoryAxesLabels:function(){var e,t=this.axes;for(e=0;e<t.length;e++)t[e]instanceof ce&&t[e].createLabels()},createCategoryAxes:function(e){var t,i,n,o,r,a,s,l,c=this,h=c.invertAxes,u=[].concat(c.options.categoryAxis),p=[];for(t=0;t<u.length;t++)if(i=u[t],n=c.findPane(i.pane),Ai(n,e)){if(a=i.name,o=i.categories||[],r=i.type||\"\",i=Xt({vertical:h,axisCrossingValue:h?io:0,_deferLabels:!0},i),Ri(i.justified)||(i.justified=c.isJustified()),c.axisRequiresRounding(a,t)&&(i.justified=!1),s=N(i,o[0])?new he(i):new ce(i),a){if(c.namedCategoryAxes[a])throw Error(\"Category axis with name \"+a+\" is already defined\");c.namedCategoryAxes[a]=s}s.axisIndex=t,p.push(s),c.appendAxis(s)}l=c.categoryAxis||p[0],c.categoryAxis=l,h?c.axisY=l:c.axisX=l},isJustified:function(){var e,t,i=this,n=i.series;for(e=0;e<n.length;e++)if(t=n[e],!Ai(t.type,[Hi,ur]))return!1;return!0},createValueAxes:function(e){var t,i,n,o,r,a,s,l,c,h=this,u=h.valueAxisRangeTracker,p=u.query(),f=[].concat(h.options.valueAxis),d=h.invertAxes,g={vertical:!d},m=[];for(h.stack100&&(g.roundToMajorUnit=!1,g.labels={format:\"P0\"}),c=0;c<f.length;c++)if(t=f[c],i=h.findPane(t.pane),Ai(i,e)){if(l=t.name,s=T(t.type,Jn)?{min:.1,max:1}:{min:0,max:1},r=u.query(l)||p||s,0===c&&r&&p&&(r.min=Ot.min(r.min,p.min),r.max=Ot.max(r.max,p.max)),a=T(t.type,Jn)?ci:hi,n=new a(r.min,r.max,Xt({},g,t)),l){if(h.namedValueAxes[l])throw Error(\"Value axis with name \"+l+\" is already defined\");h.namedValueAxes[l]=n}n.axisIndex=c,m.push(n),h.appendAxis(n)}o=h.valueAxis||m[0],h.valueAxis=o,d?h.axisX=o:h.axisY=o},_dispatchEvent:function(e,t,i){var n,o,r,a=this,s=e._eventCoordinates(t),l=new ui(s.x,s.y),c=a.pointPane(l),h=[],u=[];if(c){for(n=c.axes,o=0;o<n.length;o++)r=n[o],r.getValue?I(u,r.getValue(l)):I(h,r.getCategory(l));0===h.length&&I(h,a.categoryAxis.getCategory(l)),h.length>0&&u.length>0&&e.trigger(i,{element:bi(t),originalEvent:t,category:C(h),value:C(u)})}},pointPane:function(e){var t,i,n=this,o=n.panes;for(i=0;i<o.length;i++)if(t=o[i],t.contentBox.containsPoint(e))return t},updateAxisOptions:function(e,t){var i=[].concat(e instanceof ce?this.options.categoryAxis:this.options.valueAxis);Xt(i[e.axisIndex],t)}}),Xt(ut.fn,ht),pt=jt.extend({init:function(){var e=this;e.axisRanges={}},update:function(e){var t,i,n,o=this,r=o.axisRanges;for(n in e)t=r[n],i=e[n],r[n]=t=t||{min:io,max:ro},t.min=Ot.min(t.min,i.min),t.max=Ot.max(t.max,i.max)},reset:function(e){this.axisRanges[e]=t},query:function(e){return this.axisRanges[e]}}),ft=ct.extend({init:function(e,t){var i=this;i.namedXAxes={},i.namedYAxes={},i.xAxisRangeTracker=new pt,i.yAxisRangeTracker=new pt,ct.fn.init.call(i,e,t)},options:{xAxis:{},yAxis:{}},render:function(e){var t,i,n,o,r=this,a=r.groupSeriesByPane();for(e=e||r.panes,t=0;t<e.length;t++)i=e[t],n=a[i.options.name||\"default\"]||[],r.addToLegend(n),o=r.filterVisibleSeries(n),o&&(r.createScatterChart(O(o,Bo),i),r.createScatterLineChart(O(o,Lo),i),r.createBubbleChart(O(o,Ji),i));r.createAxes(e)},appendChart:function(e,t){var i=this;i.xAxisRangeTracker.update(e.xAxisRanges),i.yAxisRangeTracker.update(e.yAxisRanges),ct.fn.appendChart.call(i,e,t)},removeAxis:function(e){var t=this,i=e.options.name;ct.fn.removeAxis.call(t,e),e.options.vertical?(t.yAxisRangeTracker.reset(i),delete t.namedYAxes[i]):(t.xAxisRangeTracker.reset(i),delete t.namedXAxes[i]),e===t.axisX&&delete t.axisX,e===t.axisY&&delete t.axisY},seriesPaneName:function(t){var i=this,n=i.options,o=t.xAxis,r=[].concat(n.xAxis),a=e.grep(r,function(e){return e.name===o})[0],s=t.yAxis,l=[].concat(n.yAxis),c=e.grep(l,function(e){return e.name===s})[0],h=n.panes||[{}],u=h[0].name||\"default\",p=(a||{}).pane||(c||{}).pane||u;return p},createScatterChart:function(e,t){var i=this;e.length>0&&i.appendChart(new Ge(i,{series:e,clip:t.options.clip}),t)},createScatterLineChart:function(e,t){var i=this;e.length>0&&i.appendChart(new qe(i,{series:e,clip:t.options.clip}),t)},createBubbleChart:function(e,t){var i=this;e.length>0&&i.appendChart(new Ye(i,{series:e,clip:t.options.clip}),t)},createXYAxis:function(e,t,i){var n,o,r,a,s,l,c,h,u=this,p=e.name,f=t?u.namedYAxes:u.namedXAxes,d=t?u.yAxisRangeTracker:u.xAxisRangeTracker,g=Xt({},e,{vertical:t}),m=T(g.type,Jn),x=d.query(),v=m?{min:.1,max:1}:{min:0,max:1},y=d.query(p)||x||v,_=u.series,b=[g.min,g.max];for(r=0;r<_.length;r++)if(a=_[r],s=a[t?\"yAxis\":\"xAxis\"],s==g.name||0===i&&!s){l=oe.current.bindPoint(a,0).valueFields,b.push(l[t?\"y\":\"x\"]);break}for(0===i&&x&&(y.min=Ot.min(y.min,x.min),y.max=Ot.max(y.max,x.max)),h=0;h<b.length;h++)if(b[h]instanceof Date){c=!0;break}if(o=T(g.type,mn)||!g.type&&c?ue:m?ci:hi,n=new o(y.min,y.max,g),p){if(f[p])throw Error((t?\"Y\":\"X\")+\" axis with name \"+p+\" is already defined\");f[p]=n}return u.appendAxis(n),n},createAxes:function(e){var t,i=this,n=i.options,o=[].concat(n.xAxis),r=[],a=[].concat(n.yAxis),s=[];Et(o,function(n){t=i.findPane(this.pane),Ai(t,e)&&r.push(i.createXYAxis(this,!1,n))}),Et(a,function(n){t=i.findPane(this.pane),Ai(t,e)&&s.push(i.createXYAxis(this,!0,n))}),i.axisX=i.axisX||r[0],i.axisY=i.axisY||s[0]},_dispatchEvent:function(e,t,i){var n,o,r,a,s=this,l=e._eventCoordinates(t),c=new ui(l.x,l.y),h=s.axes,u=h.length,p=[],f=[];for(n=0;n<u;n++)o=h[n],a=o.options.vertical?f:p,r=o.getValue(c),null!==r&&a.push(r);p.length>0&&f.length>0&&e.trigger(i,{element:bi(t),originalEvent:t,x:C(p),y:C(f)})},updateAxisOptions:function(e,t){var i=e.options.vertical,n=this.groupAxes(this.panes),o=F(e,i?n.y:n.x),r=[].concat(i?this.options.yAxis:this.options.xAxis)[o];Xt(r,t)}}),Xt(ft.fn,ht),dt=ct.extend({render:function(){var e=this,t=e.series;e.createPieChart(t)},createPieChart:function(e){var t=this,i=e[0],n=new it(t,{series:e,padding:i.padding,startAngle:i.startAngle,connectors:i.connectors,legend:t.options.legend});t.appendChart(n)},appendChart:function(e,t){ct.fn.appendChart.call(this,e,t),Ti(this.options.legend.items,e.legendItems)}}),gt=dt.extend({render:function(){var e=this,t=e.series;e.createDonutChart(t)},createDonutChart:function(e){var t=this,i=e[0],n=new ot(t,{series:e,padding:i.padding,connectors:i.connectors,legend:t.options.legend});t.appendChart(n)}}),mt=Oi.Animation.extend({options:{easing:\"easeOutElastic\",duration:Nn},setup:function(){this.element.transform(zi.transform().scale(Ho,Ho,this.options.center))},step:function(e){this.element.transform(zi.transform().scale(e,e,this.options.center))}}),Oi.AnimationFactory.current.register(bo,mt),xt=Oi.Animation.extend({options:{easing:\"easeOutElastic\"},setup:function(){var e=this.center=this.element.bbox().center();this.element.transform(zi.transform().scale(Ho,Ho,e))},step:function(e){this.element.transform(zi.transform().scale(e,e,this.center))}}),Oi.AnimationFactory.current.register(Ji,xt),vt=jt.extend({init:function(){this._points=[]},destroy:function(){this._points=[]},show:function(e){var t,i;for(e=[].concat(e),this.hide(),t=0;t<e.length;t++)i=e[t],i&&i.toggleHighlight&&i.hasHighlight()&&(this.togglePointHighlight(i,!0),this._points.push(i))},togglePointHighlight:function(e,t){var i,n=(e.options.highlight||{}).toggle;n?(i={category:e.category,series:e.series,dataItem:e.dataItem,value:e.value,stackValue:e.stackValue,preventDefault:W,visual:e.highlightVisual(),show:t},n(i),i._defaultPrevented||e.toggleHighlight(t)):e.toggleHighlight(t)},hide:function(){for(var e=this._points;e.length;)this.togglePointHighlight(e.pop(),!1)},isHighlighted:function(e){var t,i,n=this._points;for(t=0;t<n.length;t++)if(i=n[t],e==i)return!0;return!1}}),yt=Gt.extend({init:function(t,i){var n,o,r=this;Gt.fn.init.call(r),r.options=Xt({},r.options,i),r.chartElement=t,r.template=yt.template,r.template||(r.template=yt.template=Di(\"<div class='\"+fn+\"tooltip \"+fn+\"chart-tooltip' style='display:none; position: absolute; font: #= d.font #;border: #= d.border.width #px solid;opacity: #= d.opacity #; filter: alpha(opacity=#= d.opacity * 100 #);'></div>\")),n=wi(r.options.padding||{},\"auto\"),r.element=e(r.template(r.options)).css({\"padding-top\":n.top,\"padding-right\":n.right,\"padding-bottom\":n.bottom,\"padding-left\":n.left}),r.move=Ht(r.move,r),r._mouseleave=Ht(r._mouseleave,r),o=Nt.format(\"[{0}='content'],[{0}='scroller']\",Nt.attr(\"role\")),r._mobileScroller=t.closest(o).data(\"kendoMobileScroller\")},destroy:function(){this._clearShowTimeout(),this.element&&(this.element.off(lo).remove(),this.element=null)},options:{border:{width:1},opacity:1,animation:{duration:rr}},move:function(){var e,t=this,i=t.options,n=t.element;t.anchor&&t.element&&(e=t._offset(),t.visible||n.css({top:e.top,left:e.left}),t.visible=!0,t._ensureElement(document.body),n.stop(!0,!0).show().animate({left:e.left,top:e.top},i.animation.duration))},_clearShowTimeout:function(){this.showTimeout&&(clearTimeout(this.showTimeout),this.showTimeout=null)},_padding:function(){if(!this._chartPadding){var e=this.chartElement;this._chartPadding={top:parseInt(e.css(\"paddingTop\"),10),left:parseInt(e.css(\"paddingLeft\"),10)}}return this._chartPadding},_offset:function(){var t,i,n=this,o=n._measure(),r=n.anchor,a=n._padding(),s=n.chartElement.offset(),l=Ci(r.y+a.top+s.top),c=Ci(r.x+a.left+s.left),h=Nt.support.zoomLevel(),u=e(window),p=window.pageYOffset||document.documentElement.scrollTop||0,f=window.pageXOffset||document.documentElement.scrollLeft||0,d=(this._mobileScroller||{}).movable;return d&&1!==d.scale?(t=zi.transform().scale(d.scale,d.scale,[d.x,d.y]),i=new zi.Point(c,l).transform(t),c=i.x,l=i.y):(l+=n._fit(l-p,o.height,$t(u)/h),c+=n._fit(c-f,o.width,Qt(u)/h)),{top:l,left:c}},setStyle:function(e,t){var i,n,o=e.background,r=e.border.color;t&&(i=t.color||t.options.color,o=Mi(o,i),r=Mi(r,i)),Ri(e.color)||(n=new ri(o).percBrightness(),this.element.toggleClass(fn+cr,n>180)),this.element.css({backgroundColor:o,borderColor:r,font:e.font,color:e.color,opacity:e.opacity,borderWidth:e.border.width})},show:function(){this._clearShowTimeout(),this.showTimeout=setTimeout(this.move,sr)},hide:function(){var e=this;clearTimeout(e.showTimeout),e._hideElement(),e.visible&&(e.point=null,e.visible=!1,e.index=null)},_measure:function(){this._ensureElement();var e={width:Qt(this.element),height:$t(this.element)};return e},_ensureElement:function(){this.element&&this.element.appendTo(document.body).on(lo,this._mouseleave)},_mouseleave:function(t){var i=t.relatedTarget,n=this.chartElement[0];i&&i!==n&&!e.contains(n,i)&&(this.trigger(Yn),this.hide())},_hideElement:function(){var e=this,t=this.element;t&&t.fadeOut({always:function(){e.visible||t.off(lo).remove()}})},_pointContent:function(e){var t,i,n=this,o=Xt({},n.options,e.options.tooltip);return Ri(e.value)&&(t=\"\"+e.value),o.template?(i=Kt(o.template),t=i({value:e.value,category:e.category,series:e.series,dataItem:e.dataItem,percentage:e.percentage,runningTotal:e.runningTotal,total:e.total,low:e.low,high:e.high,xLow:e.xLow,xHigh:e.xHigh,yLow:e.yLow,yHigh:e.yHigh})):o.format&&(t=e.formatValue(o.format)),t},_pointAnchor:function(e){var t=this._measure();return e.tooltipAnchor(t.width,t.height)},_fit:function(e,t,i){var n=0;return e+t>i&&(n=i-(e+t)),e<0&&(n=-e),n}}),_t=yt.extend({show:function(e){var t=this,i=Xt({},t.options,e.options.tooltip);e&&e.tooltipAnchor&&t.element&&(t.element.html(t._pointContent(e)),t.anchor=t._pointAnchor(e),t.anchor?(t.setStyle(i,e),yt.fn.show.call(t,e)):t.hide())}}),bt=yt.extend({init:function(e,t,i){var n=this;yt.fn.init.call(n,e,i),n.plotArea=t},options:{sharedTemplate:\"<table><th colspan='2'>#= categoryText #</th># for(var i = 0; i < points.length; i++) { ## var point = points[i]; #<tr># if(point.series.name) { # <td> #= point.series.name #:</td># } #<td>#= content(point) #</td></tr># } #</table>\",categoryFormat:\"{0:d}\"},showAt:function(t,i){var n,o,r;t=e.grep(t,function(e){var t=e.series.tooltip,i=t&&t.visible===!1;return!i}),t.length>0&&(n=t[0],o=this.plotArea.categoryAxis.getSlot(n.categoryIx),r=this._content(t,n.category),this.element.html(r),this.anchor=i?this._slotAnchor(i,o):this._defaultAnchor(n,o),this.setStyle(this.options,n),yt.fn.show.call(this))},_slotAnchor:function(e,t){var i,n=this,o=n.plotArea,r=o.categoryAxis,a=this._measure(),s=e.y-a.height/2;return i=r.options.vertical?ui(e.x,s):ui(t.center().x,s)},_defaultAnchor:function(e,t){var i,n=e.owner.pane.chartsBox(),o=this.plotArea.categoryAxis.options.vertical,r=n.center(),a=t.center(),s=this._measure();return i=o?new ui(r.x,a.y):new ui(a.x,r.y),i.x-=s.width/2,i.y-=s.height/2,i},_content:function(e,t){var i,n,o=this;return i=Nt.template(o.options.sharedTemplate),n=i({points:e,category:t,categoryText:yi(o.options.categoryFormat,t),content:o._pointContent})}}),wt=oi.extend({init:function(e,t){oi.fn.init.call(this,t),this.axis=e,this.stickyMode=e instanceof ce},options:{color:Zi,width:1,zIndex:-1,tooltip:{visible:!1}},showAt:function(e){this.point=e,this.moveLine(),this.line.visible(!0);var t=this.options.tooltip;t.visible&&(this.tooltip||(this.tooltip=new At(this,Xt({},t,{stickyMode:this.stickyMode}))),this.tooltip.showAt(e))},hide:function(){this.line.visible(!1),this.tooltip&&this.tooltip.hide()},moveLine:function(){var e,t,i,n=this,o=n.axis,r=o.options.vertical,a=n.getBox(),s=n.point,l=r?yr:vr;t=new zi.Point(a.x1,a.y1),i=r?new zi.Point(a.x2,a.y1):new zi.Point(a.x1,a.y2),s&&(n.stickyMode?(e=o.getSlot(o.pointCategoryIndex(s)),t[l]=i[l]=e.center()[l]):t[l]=i[l]=s[l]),n.box=a,this.line.moveTo(t).lineTo(i)},getBox:function(){var e,t,i,n=this,o=n.axis,r=o.pane.axes,a=r.length,s=o.options.vertical,l=o.lineBox().clone(),c=s?vr:yr;for(i=0;i<a;i++)t=r[i],t.options.vertical!=s&&(e?e.wrap(t.lineBox()):e=t.lineBox().clone());return l[c+1]=e[c+1],l[c+2]=e[c+2],l},createVisual:function(){oi.fn.createVisual.call(this);var e=this.options;this.line=new Oi.Path({stroke:{color:e.color,width:e.width,opacity:e.opacity,dashType:e.dashType},visible:!1}),this.moveLine(),this.visual.append(this.line)},destroy:function(){var e=this;e.tooltip&&e.tooltip.destroy(),oi.fn.destroy.call(e)}}),At=yt.extend({init:function(e,t){var i=this,n=e.axis.getRoot().chart.element;i.crosshair=e,yt.fn.init.call(i,n,Xt({},i.options,{background:e.axis.plotArea.options.seriesColors[0]},t)),i.setStyle(i.options)},options:{padding:10},showAt:function(e){var t=this,i=t.element;i&&(t.point=e,t.element.html(t.content(e)),t.anchor=t.getAnchor(),t.move())},move:function(){var e=this,t=e.element,i=e._offset();e._ensureElement(),t.css({top:i.top,left:i.left}).show()},content:function(e){var t,i,n,o=this,r=o.options,a=o.crosshair.axis,s=a.options;return i=t=a[r.stickyMode?\"getCategory\":\"getValue\"](e),r.template?(n=Kt(r.template),t=n({value:i})):r.format?t=yi(r.format,i):s.type===mn&&(t=yi(s.labels.dateFormats[s.baseUnit],i)),t},getAnchor:function(){var e,t=this,i=t.options,n=i.position,o=this.crosshair,r=!o.axis.options.vertical,a=o.line.bbox(),s=this._measure(),l=s.width/2,c=s.height/2,h=i.padding;return e=r?n===Qi?a.bottomLeft().translate(-l,h):a.topLeft().translate(-l,-s.height-h):n===Xn?a.topLeft().translate(-s.width-h,-c):a.topRight().translate(h,-c)},hide:function(){this.element.hide(),this.point=null},destroy:function(){yt.fn.destroy.call(this),this.point=null}}),kt={min:function(e){var t,i,n=io,o=e.length;for(t=0;t<o;t++)i=e[t],B(i)&&(n=Ot.min(n,i));return n===io?e[0]:n},max:function(e){var t,i,n=ro,o=e.length;for(t=0;t<o;t++)i=e[t],B(i)&&(n=Ot.max(n,i));return n===ro?e[0]:n},sum:function(e){var t,i,n=e.length,o=0;for(t=0;t<n;t++)i=e[t],B(i)&&(o+=i);return o},sumOrNull:function(e){var t=null;return L(e)&&(t=kt.sum(e)),t},count:function(e){var t,i,n=e.length,o=0;for(t=0;t<n;t++)i=e[t],null!==i&&Ri(i)&&o++;return o},avg:function(e){var t=e[0],i=L(e);return i>0&&(t=kt.sum(e)/i),t},first:function(e){var t,i,n=e.length;for(t=0;t<n;t++)if(i=e[t],null!==i&&Ri(i))return i;return e[0]}},n.prototype={register:function(e,t){for(var i=0;i<e.length;i++)this._defaults[e[i]]=t},query:function(e){return this._defaults[e]}},n.current=new n,St=Gt.extend({init:function(t,i,n){var o,r,a=this,s=t.element,l=i.lineBox(),c=a.getValueAxis(i),h=c.lineBox(),u=\".\"+fn;Gt.fn.init.call(a),a.options=Xt({},a.options,n),n=a.options,a.chart=t,a.chartElement=s,a.categoryAxis=i,a._dateAxis=a.categoryAxis instanceof he,a.valueAxis=c,a._dateAxis&&Xt(n,{min:d(n.min),max:d(n.max),from:d(n.from),to:d(n.to)}),a.template=St.template,a.template||(a.template=St.template=Di(\"<div class='\"+fn+\"selector' style='width: #= d.width #px; height: #= d.height #px; top: #= d.offset.top #px; left: #= d.offset.left #px;'><div class='\"+fn+\"mask'></div><div class='\"+fn+\"mask'></div><div class='\"+fn+\"selection'><div class='\"+fn+\"selection-bg'></div><div class='\"+fn+\"handle \"+fn+\"leftHandle'><div></div></div><div class='\"+fn+\"handle \"+fn+\"rightHandle'><div></div></div></div></div>\")),r={left:parseInt(s.css(\"paddingLeft\"),10),right:parseInt(s.css(\"paddingTop\"),10)},a.options=Xt({},{width:l.width(),height:h.height(),padding:r,offset:{left:h.x2+r.left,top:h.y1+r.right},from:n.min,to:n.max},n),a.options.visible&&(a.wrapper=o=e(a.template(a.options)).appendTo(s),a.selection=o.find(u+\"selection\"),a.leftMask=o.find(u+\"mask\").first(),a.rightMask=o.find(u+\"mask\").last(),a.leftHandle=o.find(u+\"leftHandle\"),a.rightHandle=o.find(u+\"rightHandle\"),a.options.selection={border:{left:parseFloat(a.selection.css(\"border-left-width\"),10),right:parseFloat(a.selection.css(\"border-right-width\"),10)}},a.leftHandle.css(\"top\",(a.selection.height()-a.leftHandle.height())/2),a.rightHandle.css(\"top\",(a.selection.height()-a.rightHandle.height())/2),a.set(a._index(n.from),a._index(n.to)),a.bind(a.events,a.options),a.wrapper[0].style.cssText=a.wrapper[0].style.cssText,a.options.mousewheel!==!1?a.wrapper.on(fo,Ht(a._mousewheel,a)):a.wrapper.on(fo,function(e){e.stopPropagation()}),Nt.UserEvents?a.userEvents=new Nt.UserEvents(a.wrapper,{global:!0,stopPropagation:!0,multiTouch:!0,fastTap:!0,press:Ht(a._press,a),start:Ht(a._start,a),move:Ht(a._move,a),end:Ht(a._end,a),tap:Ht(a._tap,a),gesturestart:Ht(a._gesturechange,a),gesturechange:Ht(a._gesturechange,a)}):a.leftHandle.add(a.rightHandle).removeClass(fn+\"handle\"))},events:[Mo,zo,Oo],options:{visible:!0,mousewheel:{zoom:Ki},min:ro,max:io},destroy:function(){var e=this,t=e.userEvents;t&&t.destroy(),clearTimeout(e._mwTimeout),e._state=null,e.wrapper&&e.wrapper.remove()},_rangeEventArgs:function(e){var t=this;return{axis:t.categoryAxis.options,from:t._value(e.from),to:t._value(e.to)}},_start:function(t){var i,n=this,o=n.options,r=e(t.event.target);!n._state&&r&&(n.chart._unsetActivePoint(),n._state={moveTarget:r.parents(\".k-handle\").add(r).first(),startLocation:t.x?t.x.location:0,range:{from:n._index(o.from),to:n._index(o.to)}},i=n._rangeEventArgs({from:n._index(o.from),to:n._index(o.to)}),n.trigger(Mo,i)&&(n.userEvents.cancel(),n._state=null))},_press:function(t){var i,n;this._state?i=this._state.moveTarget:(n=e(t.event.target),i=n.parents(\".k-handle\").add(n).first()),i.addClass(\"k-handle-active\")},_move:function(e){if(this._state){var t=this,i=t._state,n=t.options,o=t.categoryAxis.options.categories,r=t._index(n.from),a=t._index(n.to),s=t._index(n.min),l=t._index(n.max),c=i.startLocation-e.x.location,h=i.range,u={from:h.from,to:h.to},p=h.to-h.from,f=i.moveTarget,d=t.wrapper.width()/(o.length-1),g=Ot.round(c/d);f&&(e.preventDefault(),f.is(\".k-selection, .k-selection-bg\")?(h.from=Ot.min(Ot.max(s,r-g),l-p),h.to=Ot.min(h.from+p,l)):f.is(\".k-leftHandle\")?(h.from=Ot.min(Ot.max(s,r-g),l-1),h.to=Ot.max(h.from+1,h.to)):f.is(\".k-rightHandle\")&&(h.to=Ot.min(Ot.max(s+1,a-g),l),h.from=Ot.min(h.to-1,h.from)),h.from===u.from&&h.to===u.to||(t.move(h.from,h.to),t.trigger(zo,t._rangeEventArgs(h))))}},_end:function(){var e,t=this._state.range;this._state&&(e=this._state.moveTarget,e&&e.removeClass(\"k-handle-active\"),delete this._state),this.set(t.from,t.to),this.trigger(Oo,this._rangeEventArgs(t))},_gesturechange:function(e){if(this._state){var t=this,i=t.chart,n=t._state,o=t.options,r=t.categoryAxis,a=n.range,s=i._toModelCoordinates(e.touches[0].x.location).x,l=i._toModelCoordinates(e.touches[1].x.location).x,c=Ot.min(s,l),h=Ot.max(s,l);e.preventDefault(),n.moveTarget=null,a.from=r.pointCategoryIndex(new Jt.Point2D(c))||o.min,a.to=r.pointCategoryIndex(new Jt.Point2D(h))||o.max,t.move(a.from,a.to)}},_tap:function(e){var t=this,i=t.options,n=t.chart._eventCoordinates(e),o=t.categoryAxis,r=o.pointCategoryIndex(new Jt.Point2D(n.x,o.box.y1)),a=t._index(i.from),s=t._index(i.to),l=t._index(i.min),c=t._index(i.max),h=s-a,u=a+h/2,p=Ot.round(u-r),f={},d=3===e.event.which;t._state||d||(e.preventDefault(),t.chart._unsetActivePoint(),o.options.justified||p--,f.from=Ot.min(Ot.max(l,a-p),c-h),f.to=Ot.min(f.from+h,c),t._start(e),t._state&&(t._state.range=f,t.trigger(zo,t._rangeEventArgs(f)),t._end()))},_mousewheel:function(e){var t,i=this,n=i.options,o=Si(e);i._start({event:{target:i.selection}}),i._state&&(t=i._state.range,e.preventDefault(),e.stopPropagation(),Ot.abs(o)>1&&(o*=wr),n.mousewheel.reverse&&(o*=-1),i.expand(o)&&i.trigger(zo,{axis:i.categoryAxis.options,delta:o,originalEvent:e,from:i._value(t.from),to:i._value(t.to)}),i._mwTimeout&&clearTimeout(i._mwTimeout),i._mwTimeout=setTimeout(function(){i._end()},po))},_index:function(e){var t=e;return e instanceof Date&&(t=this.categoryAxis.categoryIndex(e)),t},_value:function(e){var t=this.categoryAxis.options.categories,i=e;return this._dateAxis&&(i=e>t.length-1?this.options.max:t[Ot.ceil(e)]),i},_slot:function(e){var t=this.categoryAxis,i=this._index(e);return t.getSlot(i,i,!0)},move:function(e,t){var i,n,o,r,a=this,s=a.options,l=s.offset,c=s.padding,h=s.selection.border;o=a._slot(e),i=Ci(o.x1-l.left+c.left),a.leftMask.width(i),a.selection.css(\"left\",i),o=a._slot(t),n=Ci(s.width-(o.x1-l.left+c.left)),a.rightMask.width(n),r=s.width-n,r!=s.width&&(r+=h.right),a.rightMask.css(\"left\",r),a.selection.width(Ot.max(s.width-(i+n)-h.right,0))},set:function(e,t){var i=this,n=i.options,o=i._index(n.min),r=i._index(n.max);e=Vi(i._index(e),o,r),t=Vi(i._index(t),e+1,r),n.visible&&i.move(e,t),n.from=i._value(e),n.to=i._value(t)},expand:function(e){var t=this,i=t.options,n=t._index(i.min),o=t._index(i.max),r=i.mousewheel.zoom,a=t._index(i.from),s=t._index(i.to),l={from:a,to:s},c=Xt({},l);if(t._state&&(l=t._state.range),r!==Ro&&(l.from=Vi(Vi(a-e,0,s-1),n,o)),r!==Xn&&(l.to=Vi(Vi(s+e,l.from+1,o),n,o)),l.from!==c.from||l.to!==c.to)return t.set(l.from,l.to),\n    !0},getValueAxis:function(e){var t,i,n=e.pane.axes,o=n.length;for(t=0;t<o;t++)if(i=n[t],i.options.vertical!==e.options.vertical)return i}}),Ct=jt.extend({init:function(e,t){this.plotArea=e,this.options=Xt({},this.options,t)},options:{key:\"none\",lock:\"none\"},start:function(e){return this._active=$(e.event,this.options.key)},move:function(e){if(this._active){var t=this.axisRanges=this._panAxes(e,vr).concat(this._panAxes(e,yr));if(t.length)return this.axisRanges=t,Q(t)}},end:function(){var e=this._active;return this._active=!1,e},pan:function(){var e,t,i=this.plotArea,n=this.axisRanges;if(n.length){for(t=0;t<n.length;t++)e=n[t],i.updateAxisOptions(e.axis,e.range);i.redraw(i.panes)}},destroy:function(){delete this.plotArea},_panAxes:function(e,t){var i,n,o,r,a=this.plotArea,s=-e[t].delta,l=(this.options.lock||\"\").toLowerCase(),c=[];if(0!==s&&(l||\"\").toLowerCase()!=t)for(i=a.axes,r=0;r<i.length;r++)n=i[r],(t==vr&&!n.options.vertical||t==yr&&n.options.vertical)&&(o=n.pan(s),o&&(o.limitRange=!0,c.push({axis:n,range:o})));return c}}),Pt=jt.extend({init:function(t,i){this.chart=t,this.options=Xt({},this.options,i),this._marquee=e(\"<div class='k-marquee'><div class='k-marquee-color'></div></div>\")},options:{key:\"shift\",lock:\"none\"},start:function(e){var t,i,n,o,r;return!!($(e.event,this.options.key)&&(t=this.chart,i=t._toModelCoordinates(e.x.client,e.y.client),n=this._zoomPane=t._plotArea.paneByPoint(i),n&&n.clipBox()))&&(o=n.clipBox().clone(),r=this._elementOffset(),o.translate(r.left,r.top),this._zoomPaneClipBox=o,this._marquee.appendTo(document.body).css({left:e.x.client+1,top:e.y.client+1,width:0,height:0}),!0)},_elementOffset:function(){var e=this.chart.element,t=e.offset();return{left:parseInt(e.css(\"paddingTop\"),10)+t.left,top:parseInt(e.css(\"paddingLeft\"),10)+t.top}},move:function(e){var t,i=this._zoomPane;i&&(t=this._selectionPosition(e),this._marquee.css(t))},end:function(e){var t,i,n,o,r=this._zoomPane;if(r)return t=this._elementOffset(),i=this._selectionPosition(e),i.left-=t.left,i.top-=t.top,n={x:i.left,y:i.top},o={x:i.left+i.width,y:i.top+i.height},this._updateAxisRanges(n,o),this._marquee.remove(),delete this._zoomPane,Q(this.axisRanges)},zoom:function(){var e,t,i,n=this.axisRanges;if(n&&n.length){for(e=this.chart._plotArea,i=0;i<n.length;i++)t=n[i],e.updateAxisOptions(t.axis,t.range);e.redraw(e.panes)}},destroy:function(){this._marquee.remove(),delete this._marquee,delete this.chart},_updateAxisRanges:function(e,t){var i,n,o,r,a=(this.options.lock||\"\").toLowerCase(),s=[],l=this._zoomPane.axes;for(o=0;o<l.length;o++)i=l[o],n=i.options.vertical,a==vr&&!n||a===yr&&n||(r=i.pointsRange(e,t),r&&s.push({axis:i,range:r}));this.axisRanges=s},_selectionPosition:function(e){var t=(this.options.lock||\"\").toLowerCase(),i=Ot.min(e.x.startLocation,e.x.location),n=Ot.min(e.y.startLocation,e.y.location),o=Ot.abs(e.x.initialDelta),r=Ot.abs(e.y.initialDelta),a=this._zoomPaneClipBox;return t==vr&&(i=a.x1,o=a.width()),t==yr&&(n=a.y1,r=a.height()),e.x.location>a.x2&&(o=a.x2-e.x.startLocation),e.x.location<a.x1&&(o=e.x.startLocation-a.x1),e.y.location>a.y2&&(r=a.y2-e.y.startLocation),e.y.location<a.y1&&(r=e.y.startLocation-a.y1),{left:Ot.max(i,a.x1),top:Ot.max(n,a.y1),width:o,height:r}}}),Tt=jt.extend({init:function(e,t){this.chart=e,this.options=Xt({},this.options,t)},updateRanges:function(e){var t,i,n,o,r=(this.options.lock||\"\").toLowerCase(),a=[],s=this.chart._plotArea.axes;for(n=0;n<s.length;n++)t=s[n],i=t.options.vertical,r==vr&&!i||r===yr&&i||(o=t.zoomRange(-e),o&&a.push({axis:t,range:o}));return this.axisRanges=a,Q(a)},zoom:function(){var e,t,i,n=this.axisRanges;if(n&&n.length){for(e=this.chart._plotArea,i=0;i<n.length;i++)t=n[i],e.updateAxisOptions(t.axis,t.range);e.redraw(e.panes)}},destroy:function(){delete this.chart}}),Rt=function(e,t,i){var n,o,r,a=this,s=t.canonicalFields(e),l=t.valueFields(e),c=t.sourceFields(e,s),h=a._seriesFields=[],u=i.query(e.type),p=e.aggregate||u;for(a._series=e,a._binder=t,n=0;n<s.length;n++){if(o=s[n],typeof p===vo)r=p[o];else{if(0!==n&&!Ai(o,l))break;r=p}r&&h.push({canonicalName:o,name:c[n],transform:Zt(r)?r:kt[r]})}},Rt.prototype={aggregatePoints:function(e,t){var i,n,o,r,a,s=this,l=s._bindPoints(e||[]),c=s._series,h=s._seriesFields,u=l.dataItems[0],p={};for(!u||B(u)||Dt(u)||(a=function(){},a.prototype=u,p=new a),i=0;i<h.length;i++){if(n=h[i],o=s._bindField(l.values,n.canonicalName),r=n.transform(o,c,l.dataItems,t),!(null===r||typeof r!==vo||Ri(r.length)||r instanceof Date)){p=r;break}Ri(r)&&(G(n.name,p),Nt.setter(n.name)(p,r))}return p},_bindPoints:function(e){var t,i,n=this,o=n._binder,r=n._series,a=[],s=[];for(t=0;t<e.length;t++)i=e[t],a.push(o.bindPoint(r,i)),s.push(r.data[i]);return{values:a,dataItems:s}},_bindField:function(e,t){var i,n,o,r,a=[],s=e.length;for(i=0;i<s;i++)n=e[i],r=n.valueFields,o=Ri(r[t])?r[t]:n.fields[t],a.push(o);return a}},It=jt.extend({init:function(e){this._plotArea=e,this.visual=e.visual,this.backgroundVisual=e._bgVisual}}),Vt=jt.extend({init:function(e,t){this._chart=e,this._pane=t,this.visual=t.visual,this.chartsVisual=t.chartContainer.visual,this.name=t.options.name},series:function(){var e,t=this._chart,i=t._plotArea.groupSeriesByPane(),n=i[this.name||\"default\"],o=[];if(n)for(e=0;e<n.length;e++)o.push(new Lt(t,n[e]));return o}}),Bt=jt.extend({init:function(e){this._axis=e,this.options=e.options},value:function(e){var t=this._axis,i=t.getCategory?t.getCategory(e):t.getValue(e);return i},slot:function(e,t,i){return Ri(i)||(i=!0),this._axis.slot(e,t,i)},range:function(){return this._axis.range()},valueRange:function(){return this._axis.valueRange()}}),Lt=jt.extend({init:function(e,t){this._chart=e,this._options=t},points:function(e){var t,i,n=this._points;return n||(t=this._seriesOptions(),i=this._chart._plotArea,this._points=n=i.pointsBySeriesIndex(t.index)),Nt.isFunction(e)&&(n=this._filterPoints(n,e)),n},data:function(e){var t,i,n,o,r=this._seriesOptions();return e&&(t=this._chart,i=t._plotArea,r.data=e,r.categoryField&&(n=i.seriesCategoryAxis(r),o=[].concat(t.options.categoryAxis),t._bindCategoryAxisFromSeries(o[n.axisIndex],n.axisIndex)),t._noTransitionsRedraw(),this._clearFields()),r.data},findPoint:function(e){var t,i=this.points();for(t=0;t<i.length;t++)if(e(i[t]))return i[t]},toggleHighlight:function(e,t){t=t?Nt.isFunction(t)?this.points(t):Dt(t)?t:[t]:this.points(),this._chart._togglePointsHighlight(e,t)},toggleVisibility:function(e,t){var i,n,o=this._chart,r=this._seriesOptions(),a=Nt.isFunction(t);if(a)if(Ai(r.type,[bo,An,zn]))for(i=this._filterData(t),n=0;n<i.length;n++)i[n].visible=e;else r.visible=function(i){return!t(i.dataItem)||e};else r.visible=e,o._saveGroupVisibleState(r);o._noTransitionsRedraw(),this._clearFields()},_filterData:function(e){var t,i=this._seriesOptions().data,n=i.length,o=[];for(t=0;t<n;t++)e(i[t])&&o.push(i[t]);return o},_filterPoints:function(e,t){var i,n=[],o=e.length;for(i=0;i<o;i++)t(e[i])&&n.push(e[i]);return n},_seriesOptions:function(){var e=this._series;return e||(e=this._series=this._chart._seriesOptions(this._options)),e},_clearFields:function(){delete this._points,delete this._series}}),Ut(e.easing,{easeOutElastic:function(e,t,i,n){var o=1.70158,r=0,a=n;return 0===e?i:1===e?i+n:(r||(r=.5),a<Ot.abs(n)?(a=n,o=r/4):o=r/(2*Ot.PI)*Ot.asin(n/a),a*Ot.pow(2,-10*e)*Ot.sin((1*e-o)*(1.1*Ot.PI)/r)+n+i)}}),Jt.ui.plugin(Rr),ne.current.register(ut,[qi,hn,Kn,dr,Hi,ur,tn,yo,en,fr,$i,pr,Po,Co,gr,Un]),ne.current.register(ft,[Bo,Lo,Ji]),ne.current.register(dt,[bo]),ne.current.register(gt,[An]),oe.current.register([qi,hn,Kn,dr,Hi,ur],[hr],[nn,cn,xo,Tn,Rn]),oe.current.register([Po,Co],[Mn,nr],[nn,cn,xo]),oe.current.register([gr,Un],[hr],[nn,cn,xo,Xo]),n.current.register([qi,hn,Kn,dr,Hi,ur,gr,Un],{value:eo,color:Dn,noteText:Dn,errorLow:no,errorHigh:eo}),n.current.register([Po,Co],{from:no,to:eo,color:Dn,noteText:Dn}),oe.current.register([Bo,Lo,Ji],[vr,yr],[cn,xo,In,Vn,Bn,Ln]),oe.current.register([Ji],[vr,yr,\"size\"],[cn,nn,xo]),oe.current.register([tn,yo],[\"open\",\"high\",\"low\",\"close\"],[nn,cn,\"downColor\",xo]),n.current.register([tn,yo],{open:eo,high:eo,low:no,close:eo,color:Dn,downColor:Dn,noteText:Dn}),oe.current.register([$i,pr],[\"lower\",\"q1\",\"median\",\"q3\",\"upper\",\"mean\",\"outliers\"],[nn,cn,xo]),n.current.register([$i,pr],{lower:eo,q1:eo,median:eo,q3:eo,upper:eo,mean:eo,outliers:Dn,color:Dn,noteText:Dn}),oe.current.register([en,fr],[\"current\",\"target\"],[nn,cn,\"visibleInLegend\",xo]),n.current.register([en,fr],{current:eo,target:eo,color:Dn,noteText:Dn}),oe.current.register([bo,An],[hr],[nn,cn,\"explode\",\"visibleInLegend\",\"visible\"]),Xt(Jt,{EQUALLY_SPACED_SERIES:Pr,Aggregates:kt,AreaChart:He,AreaSegment:Ue,AxisGroupRangeTracker:pt,Bar:me,BarChart:be,BarLabel:re,BubbleChart:Ye,Bullet:Se,BulletChart:ke,CandlestickChart:We,Candlestick:Xe,CategoricalChart:_e,CategoricalErrorBar:Te,CategoricalPlotArea:ut,CategoryAxis:ce,ChartAxis:Bt,ChartContainer:lt,ChartPane:Vt,ChartPlotArea:It,ChartSeries:Lt,ClipAnimation:Me,ClusterLayout:pe,Crosshair:wt,CrosshairTooltip:At,DateCategoryAxis:he,DateValueAxis:ue,DefaultAggregates:n,DonutChart:ot,DonutPlotArea:gt,DonutSegment:nt,ErrorBarBase:Pe,ErrorRangeCalculator:ye,Highlight:vt,SharedTooltip:bt,Legend:le,LegendItem:ae,LegendLayout:se,LineChart:De,LinePoint:Ie,LineSegment:Be,Pane:st,PieAnimation:mt,PieChart:it,PieChartMixin:tt,PiePlotArea:dt,PieSegment:et,PlotAreaBase:ct,PlotAreaEventsMixin:ht,PlotAreaFactory:ne,PointEventsMixin:de,RangeBar:we,RangeBarChart:Ae,ScatterChart:Ge,ScatterErrorBar:Re,ScatterLineChart:qe,Selection:St,SeriesAggregator:Rt,SeriesBinder:oe,ShapeElement:di,SplineSegment:Oe,SplineAreaSegment:Ne,StackWrap:fe,Tooltip:_t,OHLCChart:Ke,OHLCPoint:Ze,WaterfallChart:rt,WaterfallSegment:at,XYPlotArea:ft,MousewheelZoom:Tt,ZoomSelection:Pt,Pannable:Ct,addDuration:m,areNumbers:E,axisGroupBox:P,categoriesCount:h,ceilDate:y,countNumbers:L,duration:A,ensureTree:G,indexOf:F,isNumber:B,floorDate:v,filterSeriesByType:O,hasValue:K,lteDateIndex:V,evalOptions:M,seriesTotal:q,singleItemOrArray:C,sortDates:U,startOfWeek:x,transpose:j,toDate:d,toTime:g,uniqueDates:H})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==z}function n(e,n){var i=t(n);return B.round(e*i)/i}function t(e){return e?B.pow(10,e):1}function i(e,n,t){return B.max(B.min(e,t),n)}function r(e){return e*U}function o(e){return e/U}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(n,t){return e(n)?n:t}function l(e){return e*e}function u(e){var n,t=[];for(n in e)t.push(n+e[n]);return t.sort().join(\"\")}function c(e){var n,t=2166136261;for(n=0;n<e.length;++n)t+=(t<<1)+(t<<4)+(t<<7)+(t<<8)+(t<<24),t^=e.charCodeAt(n);return t>>>0}function h(e){return c(u(e))}function d(e){var n,t=e.length,i=O,r=N;for(n=0;n<t;n++)r=B.max(r,e[n]),i=B.min(i,e[n]);return{min:i,max:r}}function f(e){return d(e).min}function p(e){return d(e).max}function g(e){return x(e).min}function m(e){return x(e).max}function x(e){var n,t,i,r=O,o=N;for(n=0,t=e.length;n<t;n++)i=e[n],null!==i&&isFinite(i)&&(r=B.min(r,i),o=B.max(o,i));return{min:r===O?void 0:r,max:o===N?void 0:o}}function v(e){if(e)return e[e.length-1]}function A(e,n){return e.push.apply(e,n),e}function y(e){return V.template(e,{useWithBlock:!1,paramName:\"d\"})}function w(n,t){return e(t)&&null!==t?\" \"+n+\"='\"+t+\"' \":\"\"}function b(e){var n,t=\"\";for(n=0;n<e.length;n++)t+=w(e[n][0],e[n][1]);return t}function C(n){var t,i,r=\"\";for(t=0;t<n.length;t++)i=n[t][1],e(i)&&(r+=n[t][0]+\":\"+i+\";\");if(\"\"!==r)return r}function L(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function S(e){var n,t,i=[];if(e)for(n=V.toHyphens(e).split(\"-\"),t=0;t<n.length;t++)i.push(\"k-pos-\"+n[t]);return i.join(\" \")}function k(n){return\"\"===n||null===n||\"none\"===n||\"transparent\"===n||!e(n)}function _(e){for(var n={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},t=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],i=\"\";e>0;)e<t[0]?t.shift():(i+=n[t[0]],e-=t[0]);return i}function j(e){var n,t,i,r,o;for(e=e.toLowerCase(),n={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},t=0,i=0,r=0;r<e.length;++r){if(o=n[e.charAt(r)],!o)return null;t+=o,o>i&&(t-=2*i),i=o}return t}function G(e){var n=Object.create(null);return function(){var t,i=\"\";for(t=arguments.length;--t>=0;)i+=\":\"+arguments[t];return i in n?n[i]:n[i]=e.apply(this,arguments)}}function P(e){for(var n,t,i=[],r=0,o=e.length;r<o;)n=e.charCodeAt(r++),n>=55296&&n<=56319&&r<o?(t=e.charCodeAt(r++),56320==(64512&t)?i.push(((1023&n)<<10)+(1023&t)+65536):(i.push(n),r--)):i.push(n);return i}function M(e){return e.map(function(e){var n=\"\";return e>65535&&(e-=65536,n+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),n+=String.fromCharCode(e)}).join(\"\")}function T(e,n){function t(e,t){for(var i=[],r=0,o=0,a=0;r<e.length&&o<t.length;)n(e[r],t[o])<=0?i[a++]=e[r++]:i[a++]=t[o++];return r<e.length&&i.push.apply(i,e.slice(r)),o<t.length&&i.push.apply(i,t.slice(o)),i}return e.length<2?e.slice():function i(e){var n,r,o;return e.length<=1?e:(n=Math.floor(e.length/2),r=e.slice(0,n),o=e.slice(n),r=i(r),o=i(o),t(r,o))}(e)}var B=Math,V=window.kendo,R=V.deepExtend,U=B.PI/180,O=Number.MAX_VALUE,N=-Number.MAX_VALUE,z=\"undefined\",I=Date.now;I||(I=function(){return(new Date).getTime()}),R(V,{util:{MAX_NUM:O,MIN_NUM:N,append:A,arrayLimits:d,arrayMin:f,arrayMax:p,defined:e,deg:o,hashKey:c,hashObject:h,isNumber:a,isTransparent:k,last:v,limitValue:i,now:I,objectKey:u,round:n,rad:r,renderAttr:w,renderAllAttr:b,renderPos:S,renderSize:L,renderStyle:C,renderTemplate:y,sparseArrayLimits:x,sparseArrayMin:g,sparseArrayMax:m,sqr:l,valueOrDefault:s,romanToArabic:j,arabicToRoman:_,memoize:G,ucs2encode:M,ucs2decode:P,mergeSort:T}}),V.drawing.util=V.util,V.dataviz.util=V.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function n(){return{width:0,height:0,baseline:0}}function t(e,n,t){return h.current.measure(e,n,t)}function i(e,n){var t=[];if(e.length>0&&document.fonts){try{t=e.map(function(e){return document.fonts.load(e)})}catch(i){o.logToConsole(i)}Promise.all(t).then(n,n)}else n()}var r=document,o=window.kendo,a=o.Class,s=o.util,l=s.defined,u=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,n){var t=this,i=t._map,r={key:e,value:n};i[e]=r,t._head?(t._tail.newer=r,r.older=t._tail,t._tail=r):t._head=t._tail=r,t._length>=t._size?(i[t._head.key]=null,t._head=t._head.newer,t._head.older=null):t._length++},get:function(e){var n=this,t=n._map[e];if(t)return t===n._head&&t!==n._tail&&(n._head=t.newer,n._head.older=null),t!==n._tail&&(t.older&&(t.older.newer=t.newer,t.newer.older=t.older),t.older=n._tail,t.newer=null,n._tail.newer=t,n._tail=t),t.value}}),c=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],h=a.extend({init:function(e){this._cache=new u(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(t,i,o){var a,u,h,d,f,p,g,m;if(!t)return n();if(a=s.objectKey(i),u=s.hashKey(t+a),h=this._cache.get(u),h)return h;d=n(),f=o?o:c,p=this._baselineMarker().cloneNode(!1);for(g in i)m=i[g],l(m)&&(f.style[g]=m);return e(f).text(t),f.appendChild(p),r.body.appendChild(f),(t+\"\").length&&(d.width=f.offsetWidth-this.options.baselineMarkerSize,d.height=f.offsetHeight,d.baseline=p.offsetTop+this.options.baselineMarkerSize),d.width>0&&d.height>0&&this._cache.put(u,d),f.parentNode.removeChild(f),d},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});h.current=new h,o.util.TextMetrics=h,o.util.LRUCache=u,o.util.loadFonts=i,o.util.measureText=t}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var t,i,r,a,s,l,u,c=\"\",h=0;for(e=n(e);h<e.length;)t=e.charCodeAt(h++),i=e.charCodeAt(h++),r=e.charCodeAt(h++),a=t>>2,s=(3&t)<<4|i>>4,l=(15&i)<<2|r>>6,u=63&r,isNaN(i)?l=u=64:isNaN(r)&&(u=64),c=c+o.charAt(a)+o.charAt(s)+o.charAt(l)+o.charAt(u);return c}function n(e){var n,t,i=\"\";for(n=0;n<e.length;n++)t=e.charCodeAt(n),t<128?i+=r(t):t<2048?(i+=r(192|t>>>6),i+=r(128|63&t)):t<65536&&(i+=r(224|t>>>12),i+=r(128|t>>>6&63),i+=r(128|63&t));return i}var t=window.kendo,i=t.deepExtend,r=String.fromCharCode,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";i(t.util,{encodeBase64:e,encodeUTF8:n})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var n=Math,t=window.kendo,i=t.deepExtend,r=e.inArray,o={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var n=this.observers(),t=r(e,n);return t!=-1&&n.splice(t,1),this},trigger:function(e,n){var t,i,r=this._observers;if(r&&!this._suspended)for(i=0;i<r.length;i++)t=r[i],t[e]&&t[e](n);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=n.max((this._suspended||0)-1,0),this},_observerField:function(e,n){this[e]&&this[e].removeObserver(this),this[e]=n,n.addObserver(this)}};i(t,{mixins:{ObserversMixin:o}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"kendo.dataviz.chart.polar.min\",[\"kendo.dataviz.chart.min\",\"kendo.drawing.min\"],e)}(function(){return function(e,n){function t(e,n){return e.value.x-n.value.x}function i(e,n){return 180-L.abs(L.abs(e-n)-180)}var r,o,a,s,l,u,c,h,d,f,p,g,m,x,v,A,y,w,b,C,L=Math,S=window.kendo,k=S.deepExtend,_=S.util,j=_.append,G=S.drawing,P=S.geometry,M=S.dataviz,T=M.AreaSegment,B=M.Axis,V=M.AxisGroupRangeTracker,R=M.BarChart,U=M.Box2D,O=M.CategoryAxis,N=M.CategoricalChart,z=M.CategoricalPlotArea,I=M.ChartElement,E=M.CurveProcessor,D=M.DonutSegment,F=M.LineChart,X=M.LineSegment,K=M.LogarithmicAxis,Y=M.NumericAxis,q=M.PlotAreaBase,Q=M.PlotAreaEventsMixin,H=M.PlotAreaFactory,W=M.Point2D,J=M.Ring,Z=M.ScatterChart,$=M.ScatterLineChart,ee=M.SeriesBinder,ne=M.ShapeBuilder,te=M.SplineSegment,ie=M.SplineAreaSegment,re=M.eventTargetElement,oe=M.getSpacing,ae=M.filterSeriesByType,se=_.limitValue,le=M.round,ue=\"arc\",ce=\"#000\",he=M.COORD_PRECISION,de=.15,fe=L.PI/180,pe=\"gap\",ge=\"interpolate\",me=\"log\",xe=\"polarArea\",ve=\"polarLine\",Ae=\"polarScatter\",ye=\"radarArea\",we=\"radarColumn\",be=\"radarLine\",Ce=\"smooth\",Le=\"x\",Se=\"y\",ke=\"zero\",_e=[xe,ve,Ae],je=[ye,we,be],Ge={createGridLines:function(e){var n,t,i=this,r=i.options,o=L.abs(i.box.center().y-e.lineBox().y1),a=!1,s=[];return r.majorGridLines.visible&&(n=i.majorGridLineAngles(e),a=!0,s=i.renderMajorGridLines(n,o,r.majorGridLines)),r.minorGridLines.visible&&(t=i.minorGridLineAngles(e,a),j(s,i.renderMinorGridLines(t,o,r.minorGridLines,e,a))),s},renderMajorGridLines:function(e,n,t){return this.renderGridLines(e,n,t)},renderMinorGridLines:function(e,n,t,i,r){var o=this.radiusCallback&&this.radiusCallback(n,i,r);return this.renderGridLines(e,n,t,o)},renderGridLines:function(e,n,t,i){var r,o,a={stroke:{width:t.width,color:t.color,dashType:t.dashType}},s=this.box.center(),l=new P.Circle([s.x,s.y],n),u=this.gridLinesVisual();for(r=0;r<e.length;r++)o=new G.Path(a),i&&(l.radius=i(e[r])),o.moveTo(l.center).lineTo(l.pointAt(e[r])),u.append(o);return u.children},gridLineAngles:function(n,t,i,r,o){var a=this,s=a.intervals(t,i,r,o),l=n.options,u=l.visible&&(l.line||{}).visible!==!1;return e.map(s,function(e){var n=a.intervalAngle(e);if(!u||90!==n)return n})}},Pe=O.extend({options:{startAngle:90,labels:{margin:oe(10)},majorGridLines:{visible:!0},justified:!0},range:function(){return{min:0,max:this.options.categories.length}},reflow:function(e){this.box=e,this.reflowLabels()},lineBox:function(){return this.box},reflowLabels:function(){var e,n,t=this,i=t.options.labels,r=i.skip||0,o=i.step||1,a=new U,s=t.labels;for(n=0;n<s.length;n++)s[n].reflow(a),e=s[n].box,s[n].reflow(t.getSlot(r+n*o).adjacentBox(0,e.width(),e.height()))},intervals:function(e,n,t,i){var r,o=this,a=o.options,s=a.categories.length,l=0,u=s/e||1,c=360/u,h=[];for(n=n||0,t=t||1,r=n;r<u;r+=t)l=a.reverse?360-r*c:r*c,l=le(l,he)%360,i&&M.inArray(l,i)||h.push(l);return h},majorIntervals:function(){return this.intervals(1)},minorIntervals:function(){return this.intervals(.5)},intervalAngle:function(e){return(360+e+this.options.startAngle)%360},majorAngles:function(){return e.map(this.majorIntervals(),e.proxy(this.intervalAngle,this))},createLine:function(){return[]},majorGridLineAngles:function(e){var n=this.options.majorGridLines;return this.gridLineAngles(e,1,n.skip,n.step)},minorGridLineAngles:function(e,n){var t=this.options,i=t.minorGridLines,r=t.majorGridLines,o=n?this.intervals(1,r.skip,r.step):null;return this.gridLineAngles(e,.5,i.skip,i.step,o)},radiusCallback:function(e,n,t){var i,r,o,a;if(n.options.type!==ue)return i=360/(2*this.options.categories.length),r=L.cos(i*fe)*e,o=this.majorAngles(),a=function(n){return!t&&M.inArray(n,o)?e:r}},createPlotBands:function(){var e,n,t,i,r,o,a,s=this,l=s.options,u=l.plotBands||[],c=this._plotbandGroup=new G.Group({zIndex:-1});for(e=0;e<u.length;e++)n=u[e],t=s.plotBandSlot(n),i=s.getSlot(n.from),r=n.from-L.floor(n.from),t.startAngle+=r*i.angle,o=L.ceil(n.to)-n.to,t.angle-=(o+r)*i.angle,a=ne.current.createRing(t,{fill:{color:n.color,opacity:n.opacity},stroke:{opacity:n.opacity}}),c.append(a);s.appendVisual(c)},plotBandSlot:function(e){return this.getSlot(e.from,e.to-1)},getSlot:function(e,n){var t,i,r,o=this,a=o.options,s=a.justified,l=o.box,u=o.majorAngles(),c=u.length,h=360/c;return a.reverse&&!s&&(e=(e+1)%c),e=se(L.floor(e),0,c-1),i=u[e],s&&(i-=h/2,i<0&&(i+=360)),n=se(L.ceil(n||e),e,c-1),t=n-e+1,r=h*t,new J(l.center(),0,l.height()/2,i,r)},slot:function(e,n){var t=this.getSlot(e,n),i=t.startAngle+180,r=i+t.angle;return new P.Arc([t.c.x,t.c.y],{startAngle:i,endAngle:r,radiusX:t.r,radiusY:t.r})},pointCategoryIndex:function(e){var n,t,i=this,r=null,o=i.options.categories.length;for(n=0;n<o;n++)if(t=i.getSlot(n),t.containsPoint(e)){r=n;break}return r}});k(Pe.fn,Ge),r={options:{majorGridLines:{visible:!0}},createPlotBands:function(){var e,n,t,i,r,o,a=this,s=a.options,l=s.plotBands||[],u=s.majorGridLines.type,c=a.plotArea.polarAxis,h=c.majorAngles(),d=c.box.center(),f=this._plotbandGroup=new G.Group({zIndex:-1});for(e=0;e<l.length;e++)n=l[e],t={fill:{color:n.color,opacity:n.opacity},stroke:{opacity:n.opacity}},i=a.getSlot(n.from,n.to,!0),r=new J(d,d.y-i.y2,d.y-i.y1,0,360),o=u===ue?ne.current.createRing(r,t):G.Path.fromPoints(a.plotBandPoints(r,h),t).close(),f.append(o);a.appendVisual(f)},plotBandPoints:function(e,n){var t,i=[],r=[],o=[e.c.x,e.c.y],a=new P.Circle(o,e.ir),s=new P.Circle(o,e.r);for(t=0;t<n.length;t++)i.push(a.pointAt(n[t])),r.push(s.pointAt(n[t]));return i.reverse(),i.push(i[0]),r.push(r[0]),r.concat(i)},createGridLines:function(e){var n,t=this,i=t.options,r=t.radarMajorGridLinePositions(),o=e.majorAngles(),a=e.box.center(),s=[];return i.majorGridLines.visible&&(s=t.renderGridLines(a,r,o,i.majorGridLines)),i.minorGridLines.visible&&(n=t.radarMinorGridLinePositions(),j(s,t.renderGridLines(a,n,o,i.minorGridLines))),s},renderGridLines:function(e,n,t,i){var r,o,a,s,l,u={stroke:{width:i.width,color:i.color,dashType:i.dashType}},c=i.skip||0,h=i.step||1,d=this.gridLinesVisual();for(o=c;o<n.length;o+=h)if(r=e.y-n[o],r>0)if(s=new P.Circle([e.x,e.y],r),i.type===ue)d.append(new G.Circle(s,u));else{for(l=new G.Path(u),a=0;a<t.length;a++)l.lineTo(s.pointAt(t[a]));l.close(),d.append(l)}return d.children},getValue:function(e){var n,t,r,o,a,s,l,u=this,c=u.options,h=u.lineBox(),d=u.plotArea.polarAxis,f=d.majorAngles(),p=d.box.center(),g=e.distanceTo(p),m=g;return c.majorGridLines.type!==ue&&f.length>1&&(n=e.x-p.x,t=e.y-p.y,r=(L.atan2(t,n)/fe+540)%360,f.sort(function(e,n){return i(e,r)-i(n,r)}),o=i(f[0],f[1])/2,a=i(r,f[0]),s=90-o,l=180-a-s,m=g*(L.sin(l*fe)/L.sin(s*fe))),u.axisType().fn.getValue.call(u,new W(h.x1,h.y2-m))}},o=Y.extend({radarMajorGridLinePositions:function(){return this.getTickPositions(this.options.majorUnit)},radarMinorGridLinePositions:function(){var e=this,n=e.options,t=0;return n.majorGridLines.visible&&(t=n.majorUnit),e.getTickPositions(n.minorUnit,t)},axisType:function(){return Y}}),k(o.fn,r),a=K.extend({radarMajorGridLinePositions:function(){var e=this,n=[];return e.traverseMajorTicksPositions(function(e){n.push(e)},e.options.majorGridLines),n},radarMinorGridLinePositions:function(){var e=this,n=[];return e.traverseMinorTicksPositions(function(e){n.push(e)},e.options.minorGridLines),n},axisType:function(){return K}}),k(a.fn,r),s=B.extend({init:function(e){var n=this;B.fn.init.call(n,e),e=n.options,e.minorUnit=e.minorUnit||n.options.majorUnit/2},options:{type:\"polar\",startAngle:0,reverse:!1,majorUnit:60,min:0,max:360,labels:{margin:oe(10)},majorGridLines:{color:ce,visible:!0,width:1},minorGridLines:{color:\"#aaa\"}},getDivisions:function(e){return Y.fn.getDivisions.call(this,e)-1},reflow:function(e){this.box=e,this.reflowLabels()},reflowLabels:function(){var e,n,t=this,i=t.options,r=i.labels,o=r.skip||0,a=r.step||1,s=new U,l=t.intervals(i.majorUnit,o,a),u=t.labels;for(n=0;n<u.length;n++)u[n].reflow(s),e=u[n].box,u[n].reflow(t.getSlot(l[n]).adjacentBox(0,e.width(),e.height()))},lineBox:function(){return this.box},intervals:function(e,n,t,i){var r,o,a=this,s=a.options,l=a.getDivisions(e),u=s.min,c=[];for(n=n||0,t=t||1,o=n;o<l;o+=t)r=(360+u+o*e)%360,i&&M.inArray(r,i)||c.push(r);return c},majorIntervals:function(){return this.intervals(this.options.majorUnit)},minorIntervals:function(){return this.intervals(this.options.minorUnit)},intervalAngle:function(e){return(540-e-this.options.startAngle)%360},majorAngles:Pe.fn.majorAngles,createLine:function(){return[]},majorGridLineAngles:function(e){var n=this.options.majorGridLines;return this.gridLineAngles(e,this.options.majorUnit,n.skip,n.step)},minorGridLineAngles:function(e,n){var t=this.options,i=t.minorGridLines,r=t.majorGridLines,o=n?this.intervals(t.majorUnit,r.skip,r.step):null;return this.gridLineAngles(e,this.options.minorUnit,i.skip,i.step,o)},createPlotBands:Pe.fn.createPlotBands,plotBandSlot:function(e){return this.getSlot(e.from,e.to)},getSlot:function(e,n){var t,i=this,r=i.options,o=r.startAngle,a=i.box;return e=se(e,r.min,r.max),n=se(n||e,e,r.max),r.reverse&&(e*=-1,n*=-1),e=(540-e-o)%360,n=(540-n-o)%360,n<e&&(t=e,e=n,n=t),new J(a.center(),0,a.height()/2,e,n-e)},slot:function(e,n){var t,i,r,o,a=this.options,s=360-a.startAngle,l=this.getSlot(e,n);return M.util.defined(n)||(n=e),r=L.min(e,n),o=L.max(e,n),a.reverse?(t=r,i=o):(t=360-o,i=360-r),t=(t+s)%360,i=(i+s)%360,new P.Arc([l.c.x,l.c.y],{startAngle:t,endAngle:i,radiusX:l.r,radiusY:l.r})},getValue:function(e){var n=this,t=n.options,i=n.box.center(),r=e.x-i.x,o=e.y-i.y,a=L.round(L.atan2(o,r)/fe),s=t.startAngle;return t.reverse||(a*=-1,s*=-1),(a+s+360)%360},valueRange:function(){return{min:0,max:2*L.PI}},range:Y.fn.range,labelsCount:Y.fn.labelsCount,createAxisLabel:Y.fn.createAxisLabel}),k(s.fn,Ge),l=I.extend({options:{gap:1,spacing:0},reflow:function(e){var n,t,i=this,r=i.options,o=i.children,a=r.gap,s=r.spacing,l=o.length,u=l+a+s*(l-1),c=e.angle/u,h=e.startAngle+c*(a/2);for(t=0;t<l;t++)n=e.clone(),n.startAngle=h,n.angle=c,o[t].sector&&(n.r=o[t].sector.r),o[t].reflow(n),o[t].sector=n,h+=c+c*s}}),u=I.extend({reflow:function(e){var n,t,i=this,r=i.options.isReversed,o=i.children,a=o.length,s=r?a-1:0,l=r?-1:1;for(i.box=new U,t=s;t>=0&&t<a;t+=l)n=o[t].sector,n.startAngle=e.startAngle,n.angle=e.angle}}),c=D.extend({init:function(e,n){D.fn.init.call(this,e,null,n)},options:{overlay:{gradient:null},labels:{distance:10}}}),h=R.extend({pointType:function(){return c},clusterType:function(){return l},stackType:function(){return u},categorySlot:function(e,n){return e.getSlot(n)},pointSlot:function(e,n){var t=e.clone(),i=e.c.y;return t.r=i-n.y1,t.ir=i-n.y2,t},reflow:N.fn.reflow,reflowPoint:function(e,n){e.sector=n,e.reflow()},options:{clip:!1,animation:{type:\"pie\"}},createAnimation:function(){this.options.animation.center=this.box.toRect().center(),R.fn.createAnimation.call(this)}}),d=F.extend({options:{clip:!1},pointSlot:function(e,n){var t=e.c.y-n.y1,i=W.onCircle(e.c,e.middle(),t);return new U(i.x,i.y,i.x,i.y)},createSegment:function(e,n,t){var i,r,o=n.style;return r=o==Ce?te:X,i=new r(e,n,t),e.length===n.data.length&&(i.options.closed=!0),i}}),f=T.extend({points:function(){return X.fn.points.call(this,this.stackPoints)}}),p=ie.extend({closeFill:e.noop}),g=d.extend({createSegment:function(e,n,t,i){var r,o,a=this,s=a.options,l=s.isStacked,u=(n.line||{}).style;return u===Ce?(o=new p(e,i,l,n,t),o.options.closed=!0):(l&&t>0&&i&&(r=i.linePoints.slice(0).reverse()),e.push(e[0]),o=new f(e,r,n,t)),o},seriesMissingValues:function(e){return e.missingValues||ke}}),m=Z.extend({pointSlot:function(e,n){var t=e.c.y-n.y1,i=W.onCircle(e.c,e.startAngle,t);return new U(i.x,i.y,i.x,i.y)},options:{clip:!1}}),x=$.extend({pointSlot:m.fn.pointSlot,options:{clip:!1}}),v=T.extend({points:function(){var e=this,n=e.parent,t=n.plotArea,i=t.polarAxis,r=i.box.center(),o=e.stackPoints,a=X.fn.points.call(e,o);return a.unshift([r.x,r.y]),a.push([r.x,r.y]),a}}),A=ie.extend({closeFill:function(e){var n=this._polarAxisCenter();e.lineTo(n.x,n.y)},_polarAxisCenter:function(){var e=this.parent,n=e.plotArea,t=n.polarAxis,i=t.box.center();return i},strokeSegments:function(){var e,n,t,i=this._strokeSegments;return i||(e=this._polarAxisCenter(),n=new E((!1)),t=X.fn.points.call(this),t.push(e),i=this._strokeSegments=n.process(t),i.pop()),i}}),y=x.extend({createSegment:function(e,n,t){var i,r=(n.line||{}).style;return i=r==Ce?new A(e,null,(!1),n,t):new v(e,[],n,t)},createMissingValue:function(e,n){var t;return M.hasValue(e.x)&&n!=ge&&(t={x:e.x,y:e.y},n==ke&&(t.y=0)),t},seriesMissingValues:function(e){return e.missingValues||ke},_hasMissingValuesGap:function(){var e,n=this.options.series;for(e=0;e<n.length;e++)if(this.seriesMissingValues(n[e])===pe)return!0},sortPoints:function(e){var n,i,r;if(e.sort(t),this._hasMissingValuesGap())for(r=0;r<e.length;r++)i=e[r],i&&(n=i.value,M.hasValue(n.y)||this.seriesMissingValues(i.series)!==pe||delete e[r]);return e}}),w=q.extend({init:function(e,n){var t=this;t.valueAxisRangeTracker=new V,q.fn.init.call(t,e,n)},render:function(){var e=this;e.addToLegend(e.series),e.createPolarAxis(),e.createCharts(),e.createValueAxis()},alignAxes:function(){var e=this.valueAxis,n=e.range(),t=e.options.reverse?n.max:n.min,i=e.getSlot(t),r=this.polarAxis.getSlot(0).c,o=e.box.translate(r.x-i.x1,r.y-i.y1);e.reflow(o)},createValueAxis:function(){var e,n,t,i,r=this,s=r.valueAxisRangeTracker,l=s.query(),u=r.valueAxisOptions({roundToMajorUnit:!1,zIndex:-1});u.type===me?(t=a,i={min:.1,max:1}):(t=o,i={min:0,max:1}),e=s.query(name)||l||i,e&&l&&(e.min=L.min(e.min,l.min),e.max=L.max(e.max,l.max)),n=new t(e.min,e.max,u),r.valueAxis=n,r.appendAxis(n)},reflowAxes:function(){var e,n=this,t=n.options.plotArea,i=n.valueAxis,r=n.polarAxis,o=n.box,a=L.min(o.width(),o.height())*de,s=oe(t.padding||{},a),l=o.clone().unpad(s),u=l.clone().shrink(0,l.height()/2);r.reflow(l),i.reflow(u),e=i.lineBox().height()-i.box.height(),i.reflow(i.box.unpad({top:e})),n.axisBox=l,n.alignAxes(l)},backgroundBox:function(){return this.box}}),b=w.extend({options:{categoryAxis:{categories:[]},valueAxis:{}},createPolarAxis:function(){var e,n=this;e=new Pe(n.options.categoryAxis),n.polarAxis=e,n.categoryAxis=e,n.appendAxis(e),n.aggregateCategories()},valueAxisOptions:function(e){var n=this;return n._hasBarCharts&&k(e,{majorGridLines:{type:ue},minorGridLines:{type:ue}}),n._isStacked100&&k(e,{roundToMajorUnit:!1,labels:{format:\"P0\"}}),k(e,n.options.valueAxis)},appendChart:z.fn.appendChart,aggregateSeries:z.fn.aggregateSeries,aggregateCategories:function(){z.fn.aggregateCategories.call(this,this.panes)},filterSeries:function(e){return e},createCharts:function(){var e=this,n=e.filterVisibleSeries(e.series),t=e.panes[0];e.createAreaChart(ae(n,[ye]),t),e.createLineChart(ae(n,[be]),t),e.createBarChart(ae(n,[we]),t)},chartOptions:function(e){var n,t,i={series:e},r=e[0];return r&&(n=this.filterVisibleSeries(e),t=r.stack,i.isStacked=t&&n.length>1,i.isStacked100=t&&\"100%\"===t.type&&n.length>1,i.isStacked100&&(this._isStacked100=!0)),i},createAreaChart:function(e,n){if(0!==e.length){var t=new g(this,this.chartOptions(e));this.appendChart(t,n)}},createLineChart:function(e,n){if(0!==e.length){var t=new d(this,this.chartOptions(e));this.appendChart(t,n)}},createBarChart:function(e,n){var t,i,r;0!==e.length&&(t=e[0],i=this.chartOptions(e),i.gap=t.gap,i.spacing=t.spacing,r=new h(this,i),this.appendChart(r,n),this._hasBarCharts=!0)},seriesCategoryAxis:function(){return this.categoryAxis},_dispatchEvent:function(e,n,t){var i,r,o=this,a=e._eventCoordinates(n),s=new W(a.x,a.y);i=o.categoryAxis.getCategory(s),r=o.valueAxis.getValue(s),null!==i&&null!==r&&e.trigger(t,{element:re(n),category:i,value:r})},createCrosshairs:e.noop}),k(b.fn,Q),C=w.extend({options:{xAxis:{},yAxis:{}},createPolarAxis:function(){var e,n=this;e=new s(n.options.xAxis),n.polarAxis=e,n.axisX=e,n.appendAxis(e)},valueAxisOptions:function(e){var n=this;return k(e,{majorGridLines:{type:ue},minorGridLines:{type:ue}},n.options.yAxis)},createValueAxis:function(){var e=this;w.fn.createValueAxis.call(e),e.axisY=e.valueAxis},appendChart:function(e,n){var t=this;t.valueAxisRangeTracker.update(e.yAxisRanges),q.fn.appendChart.call(t,e,n)},createCharts:function(){var e=this,n=e.filterVisibleSeries(e.series),t=e.panes[0];e.createLineChart(ae(n,[ve]),t),e.createScatterChart(ae(n,[Ae]),t),e.createAreaChart(ae(n,[xe]),t)},createLineChart:function(e,n){if(0!==e.length){var t=this,i=new x(t,{series:e});t.appendChart(i,n)}},createScatterChart:function(e,n){if(0!==e.length){var t=this,i=new m(t,{series:e});t.appendChart(i,n)}},createAreaChart:function(e,n){if(0!==e.length){var t=this,i=new y(t,{series:e});t.appendChart(i,n)}},_dispatchEvent:function(e,n,t){var i,r,o=this,a=e._eventCoordinates(n),s=new W(a.x,a.y);i=o.axisX.getValue(s),r=o.axisY.getValue(s),null!==i&&null!==r&&e.trigger(t,{element:re(n),x:i,y:r})},createCrosshairs:e.noop}),k(C.fn,Q),H.current.register(C,_e),H.current.register(b,je),ee.current.register(_e,[Le,Se],[\"color\"]),ee.current.register(je,[\"value\"],[\"color\"]),M.DefaultAggregates.current.register(je,{value:\"max\",color:\"first\"}),k(M,{PolarAreaChart:y,PolarAxis:s,PolarLineChart:x,PolarPlotArea:C,RadarAreaChart:g,RadarBarChart:h,RadarCategoryAxis:Pe,RadarClusterLayout:l,RadarLineChart:d,RadarNumericAxis:o,RadarPlotArea:b,SplinePolarAreaSegment:A,SplineRadarAreaSegment:p,RadarStackLayout:u})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==E}function n(e,n){var i=t(n);return F.round(e*i)/i}function t(e){return e?F.pow(10,e):1}function i(e,n,t){return F.max(F.min(e,t),n)}function r(e){return e*V}function o(e){return e/V}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(n,t){return e(n)?n:t}function l(e){return e*e}function u(e){var n,t=[];for(n in e)t.push(n+e[n]);return t.sort().join(\"\")}function c(e){var n,t=2166136261;for(n=0;n<e.length;++n)t+=(t<<1)+(t<<4)+(t<<7)+(t<<8)+(t<<24),t^=e.charCodeAt(n);return t>>>0}function h(e){return c(u(e))}function d(e){var n,t=e.length,i=j,r=H;for(n=0;n<t;n++)r=F.max(r,e[n]),i=F.min(i,e[n]);return{min:i,max:r}}function f(e){return d(e).min}function p(e){return d(e).max}function g(e){return v(e).min}function m(e){return v(e).max}function v(e){var n,t,i,r=j,o=H;for(n=0,t=e.length;n<t;n++)i=e[n],null!==i&&isFinite(i)&&(r=F.min(r,i),o=F.max(o,i));return{min:r===j?void 0:r,max:o===H?void 0:o}}function y(e){if(e)return e[e.length-1]}function w(e,n){return e.push.apply(e,n),e}function x(e){return L.template(e,{useWithBlock:!1,paramName:\"d\"})}function b(n,t){return e(t)&&null!==t?\" \"+n+\"='\"+t+\"' \":\"\"}function _(e){var n,t=\"\";for(n=0;n<e.length;n++)t+=b(e[n][0],e[n][1]);return t}function k(n){var t,i,r=\"\";for(t=0;t<n.length;t++)i=n[t][1],e(i)&&(r+=n[t][0]+\":\"+i+\";\");if(\"\"!==r)return r}function C(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function A(e){var n,t,i=[];if(e)for(n=L.toHyphens(e).split(\"-\"),t=0;t<n.length;t++)i.push(\"k-pos-\"+n[t]);return i.join(\" \")}function P(n){return\"\"===n||null===n||\"none\"===n||\"transparent\"===n||!e(n)}function M(e){for(var n={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},t=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],i=\"\";e>0;)e<t[0]?t.shift():(i+=n[t[0]],e-=t[0]);return i}function S(e){var n,t,i,r,o;for(e=e.toLowerCase(),n={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},t=0,i=0,r=0;r<e.length;++r){if(o=n[e.charAt(r)],!o)return null;t+=o,o>i&&(t-=2*i),i=o}return t}function O(e){var n=Object.create(null);return function(){var t,i=\"\";for(t=arguments.length;--t>=0;)i+=\":\"+arguments[t];return i in n?n[i]:n[i]=e.apply(this,arguments)}}function I(e){for(var n,t,i=[],r=0,o=e.length;r<o;)n=e.charCodeAt(r++),n>=55296&&n<=56319&&r<o?(t=e.charCodeAt(r++),56320==(64512&t)?i.push(((1023&n)<<10)+(1023&t)+65536):(i.push(n),r--)):i.push(n);return i}function N(e){return e.map(function(e){var n=\"\";return e>65535&&(e-=65536,n+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),n+=String.fromCharCode(e)}).join(\"\")}function z(e,n){function t(e,t){for(var i=[],r=0,o=0,a=0;r<e.length&&o<t.length;)n(e[r],t[o])<=0?i[a++]=e[r++]:i[a++]=t[o++];return r<e.length&&i.push.apply(i,e.slice(r)),o<t.length&&i.push.apply(i,t.slice(o)),i}return e.length<2?e.slice():function i(e){var n,r,o;return e.length<=1?e:(n=Math.floor(e.length/2),r=e.slice(0,n),o=e.slice(n),r=i(r),o=i(o),t(r,o))}(e)}var F=Math,L=window.kendo,T=L.deepExtend,V=F.PI/180,j=Number.MAX_VALUE,H=-Number.MAX_VALUE,E=\"undefined\",R=Date.now;R||(R=function(){return(new Date).getTime()}),T(L,{util:{MAX_NUM:j,MIN_NUM:H,append:w,arrayLimits:d,arrayMin:f,arrayMax:p,defined:e,deg:o,hashKey:c,hashObject:h,isNumber:a,isTransparent:P,last:y,limitValue:i,now:R,objectKey:u,round:n,rad:r,renderAttr:b,renderAllAttr:_,renderPos:A,renderSize:C,renderStyle:k,renderTemplate:x,sparseArrayLimits:v,sparseArrayMin:g,sparseArrayMax:m,sqr:l,valueOrDefault:s,romanToArabic:S,arabicToRoman:M,memoize:O,ucs2encode:N,ucs2decode:I,mergeSort:z}}),L.drawing.util=L.util,L.dataviz.util=L.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function n(){return{width:0,height:0,baseline:0}}function t(e,n,t){return h.current.measure(e,n,t)}function i(e,n){var t=[];if(e.length>0&&document.fonts){try{t=e.map(function(e){return document.fonts.load(e)})}catch(i){o.logToConsole(i)}Promise.all(t).then(n,n)}else n()}var r=document,o=window.kendo,a=o.Class,s=o.util,l=s.defined,u=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,n){var t=this,i=t._map,r={key:e,value:n};i[e]=r,t._head?(t._tail.newer=r,r.older=t._tail,t._tail=r):t._head=t._tail=r,t._length>=t._size?(i[t._head.key]=null,t._head=t._head.newer,t._head.older=null):t._length++},get:function(e){var n=this,t=n._map[e];if(t)return t===n._head&&t!==n._tail&&(n._head=t.newer,n._head.older=null),t!==n._tail&&(t.older&&(t.older.newer=t.newer,t.newer.older=t.older),t.older=n._tail,t.newer=null,n._tail.newer=t,n._tail=t),t.value}}),c=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],h=a.extend({init:function(e){this._cache=new u(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(t,i,o){var a,u,h,d,f,p,g,m;if(!t)return n();if(a=s.objectKey(i),u=s.hashKey(t+a),h=this._cache.get(u),h)return h;d=n(),f=o?o:c,p=this._baselineMarker().cloneNode(!1);for(g in i)m=i[g],l(m)&&(f.style[g]=m);return e(f).text(t),f.appendChild(p),r.body.appendChild(f),(t+\"\").length&&(d.width=f.offsetWidth-this.options.baselineMarkerSize,d.height=f.offsetHeight,d.baseline=p.offsetTop+this.options.baselineMarkerSize),d.width>0&&d.height>0&&this._cache.put(u,d),f.parentNode.removeChild(f),d},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});h.current=new h,o.util.TextMetrics=h,o.util.LRUCache=u,o.util.loadFonts=i,o.util.measureText=t}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var t,i,r,a,s,l,u,c=\"\",h=0;for(e=n(e);h<e.length;)t=e.charCodeAt(h++),i=e.charCodeAt(h++),r=e.charCodeAt(h++),a=t>>2,s=(3&t)<<4|i>>4,l=(15&i)<<2|r>>6,u=63&r,isNaN(i)?l=u=64:isNaN(r)&&(u=64),c=c+o.charAt(a)+o.charAt(s)+o.charAt(l)+o.charAt(u);return c}function n(e){var n,t,i=\"\";for(n=0;n<e.length;n++)t=e.charCodeAt(n),t<128?i+=r(t):t<2048?(i+=r(192|t>>>6),i+=r(128|63&t)):t<65536&&(i+=r(224|t>>>12),i+=r(128|t>>>6&63),i+=r(128|63&t));return i}var t=window.kendo,i=t.deepExtend,r=String.fromCharCode,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";i(t.util,{encodeBase64:e,encodeUTF8:n})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var n=Math,t=window.kendo,i=t.deepExtend,r=e.inArray,o={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var n=this.observers(),t=r(e,n);return t!=-1&&n.splice(t,1),this},trigger:function(e,n){var t,i,r=this._observers;if(r&&!this._suspended)for(i=0;i<r.length;i++)t=r[i],t[e]&&t[e](n);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=n.max((this._suspended||0)-1,0),this},_observerField:function(e,n){this[e]&&this[e].removeObserver(this),this[e]=n,n.addObserver(this)}};i(t,{mixins:{ObserversMixin:o}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"kendo.dataviz.chart.funnel.min\",[\"kendo.dataviz.chart.min\",\"kendo.drawing.min\"],e)}(function(){return function(e,n){var t,i=window.kendo,r=i.deepExtend,o=e.extend,a=i.isFunction,s=i.template,l=i.util,u=l.append,c=i.drawing,h=i.geometry,d=i.dataviz,f=i.drawing.Color,p=d.ChartElement,g=d.PieChartMixin,m=d.PlotAreaBase,v=d.PlotAreaFactory,y=d.Point2D,w=d.Box2D,x=d.SeriesBinder,b=d.TextBox,_=d.autoFormat,k=d.evalOptions,C=l.limitValue,A=d.seriesTotal,P=\"category\",M=\"color\",S=\"funnel\",O=\"value\",I=\"black\",N=\"white\",z=m.extend({render:function(){var e=this,n=e.series;e.createFunnelChart(n)},createFunnelChart:function(e){var n=this,t=e[0],i=new F(n,{series:e,legend:n.options.legend,neckRatio:t.neckRatio,dynamicHeight:t.dynamicHeight,dynamicSlope:t.dynamicSlope,segmentSpacing:t.segmentSpacing,highlight:t.highlight});n.appendChart(i)},appendChart:function(e,n){m.fn.appendChart.call(this,e,n),u(this.options.legend.items,e.legendItems)}}),F=p.extend({init:function(e,n){var t=this;p.fn.init.call(t,n),t.plotArea=e,t.points=[],t.labels=[],t.legendItems=[],t.render()},options:{neckRatio:.3,width:300,dynamicSlope:!1,dynamicHeight:!0,segmentSpacing:0,labels:{visible:!1,align:\"center\",position:\"center\"}},formatPointValue:function(e,n){return _(n,e.value)},render:function(){var e,t,i,o,s,l,u,c=this,h=c.options,d=c.plotArea.options.seriesColors||[],f=d.length,p=h.series[0],g=p.data;if(g)for(i=A(p),s=0;s<g.length;s++)e=x.current.bindPoint(p,s),o=e.valueFields.value,null!==o&&o!==n&&(t=e.fields,a(p.color)||(p.color=t.color||d[s%f]),t=r({index:s,owner:c,series:p,category:t.category,dataItem:g[s],percentage:Math.abs(o)/i,visibleInLegend:t.visibleInLegend,visible:t.visible},t),l=c.createSegment(o,t),u=c.createLabel(o,t),l&&u&&l.append(u))},evalSegmentOptions:function(e,n,t){var i=t.series;k(e,{value:n,series:i,dataItem:t.dataItem,index:t.index},{defaults:i._defaults,excluded:[\"data\",\"toggle\",\"visual\"]})},createSegment:function(e,n){var i,a=this,s=r({},n.series);if(a.evalSegmentOptions(s,e,n),a.createLegendItem(e,s,n),n.visible!==!1)return i=new t(e,s,n),o(i,n),a.append(i),a.points.push(i),i},createLabel:function(e,n){var t,i,o,a=this,l=n.series,u=n.dataItem,c=r({},a.options.labels,l.labels),h=e;if(c.visible)return c.template?(i=s(c.template),h=i({dataItem:u,value:e,percentage:n.percentage,category:n.category,series:l})):c.format&&(h=_(c.format,h)),c.color||\"center\"!==c.align||(o=new f(l.color).percBrightness(),c.color=o>180?I:N),a.evalSegmentOptions(c,e,n),t=new b(h,r({vAlign:c.position},c)),a.labels.push(t),t},labelPadding:function(){var e,n,t,i,r=this.labels,o={left:0,right:0};for(i=0;i<r.length;i++)e=r[i],n=e.options.align,\"center\"!==n&&(t=r[i].box.width(),\"left\"===n?o.left=Math.max(o.left,t):o.right=Math.max(o.right,t));return o},reflow:function(n){var t,i,r,o,a,s,l,u,c,d,f,p,g=this,m=g.options,v=g.points,y=v.length,w=m.neckRatio<=1,x=n.clone().unpad(g.labelPadding()),b=x.width(),_=0,k=w?0:(b-b/m.neckRatio)/2,A=m.segmentSpacing,P=m.dynamicSlope,M=x.height()-A*(y-1),S=w?m.neckRatio*b:b;if(y){if(P)for(l=v[0],u=l,e.each(v,function(e,n){n.percentage>u.percentage&&(u=n)}),r=l.percentage/u.percentage*b,k=(b-r)/2,t=0;t<y;t++)a=v[t].percentage,c=v[t+1],d=c?c.percentage:a,o=v[t].points=[],i=m.dynamicHeight?M*a:M/y,s=a?(b-r*(d/a))/2:d?0:b/2,s=C(s,0,b),o.push(new h.Point(x.x1+k,x.y1+_)),o.push(new h.Point(x.x1+b-k,x.y1+_)),o.push(new h.Point(x.x1+b-s,x.y1+i+_)),o.push(new h.Point(x.x1+s,x.y1+i+_)),k=s,_+=i+A,r=C(b-2*s,0,b);else for(f=w?b:b-2*k,p=(f-S)/2,t=0;t<y;t++)o=v[t].points=[],a=v[t].percentage,s=m.dynamicHeight?p*a:p/y,i=m.dynamicHeight?M*a:M/y,o.push(new h.Point(x.x1+k,x.y1+_)),o.push(new h.Point(x.x1+b-k,x.y1+_)),o.push(new h.Point(x.x1+b-k-s,x.y1+i+_)),o.push(new h.Point(x.x1+k+s,x.y1+i+_)),k+=s,_+=i+A;for(t=0;t<y;t++)v[t].reflow(n)}}});r(F.fn,g),t=p.extend({init:function(e,n,t){var i=this;p.fn.init.call(i,n),i.value=e,i.options.index=t.index},options:{color:N,border:{width:1}},reflow:function(e){var n=this,t=n.points,i=n.children[0];n.box=new w(t[0].x,t[0].y,t[1].x,t[2].y),i&&i.reflow(new w(e.x1,t[0].y,e.x2,t[2].y))},createVisual:function(){var e,n=this,t=n.options;p.fn.createVisual.call(this),e=t.visual?t.visual({category:n.category,dataItem:n.dataItem,value:n.value,series:n.series,percentage:n.percentage,points:n.points,options:t,createVisual:function(){return n.createPath()}}):n.createPath(),e&&this.visual.append(e)},createPath:function(){var e=this.options,n=e.border,t=c.Path.fromPoints(this.points,{fill:{color:e.color,opacity:e.opacity},stroke:{color:n.color,opacity:n.opacity,width:n.width}}).close();return t},createHighlight:function(e){return c.Path.fromPoints(this.points,e)},highlightVisual:function(){return this.visual.children[0]},highlightVisualArgs:function(){var e=c.Path.fromPoints(this.points).close();return{options:this.options,path:e}},highlightOverlay:function(e,n){var t,i,r,a=this.options,s=a.highlight||{};if(s.visible!==!1)return t=s.border||{},i=o({},n,{fill:s.color,stroke:t.color,strokeOpacity:t.opacity,strokeWidth:t.width,fillOpacity:s.opacity}),r=e.createPolyline(this.points,!0,i)},tooltipAnchor:function(e){var n=this.box;return new y(n.center().x-e/2,n.y1)},formatValue:function(e){var n=this;return n.owner.formatPointValue(n,e)}}),r(t.fn,d.PointEventsMixin),v.current.register(z,[S]),x.current.register([S],[O],[P,M,\"visibleInLegend\",\"visible\"]),r(d,{FunnelChart:F,FunnelSegment:t})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()});;!function(t,define){define(\"kendo.fx.min\",[\"kendo.core.min\"],t)}(function(){return function(t,e){function i(t){return parseInt(t,10)}function r(t,e){return i(t.css(e))}function n(t){var e,i=[];for(e in t)i.push(e);return i}function s(t){for(var e in t)L.indexOf(e)!=-1&&Q.indexOf(e)==-1&&delete t[e];return t}function o(t,e){var i,r,n,s,o=[],a={};for(r in e)i=r.toLowerCase(),s=H&&L.indexOf(i)!=-1,!E.hasHW3D&&s&&Q.indexOf(i)==-1?delete e[r]:(n=e[r],s?o.push(r+\"(\"+n+\")\"):a[r]=n);return o.length&&(a[at]=o.join(\" \")),a}function a(t,e){var r,n,s;return H?(r=t.css(at),r==J?\"scale\"==e?1:0:(n=r.match(RegExp(e+\"\\\\s*\\\\(([\\\\d\\\\w\\\\.]+)\")),s=0,n?s=i(n[1]):(n=r.match(S)||[0,0,0,0,0],e=e.toLowerCase(),V.test(e)?s=parseFloat(n[3]/n[2]):\"translatey\"==e?s=parseFloat(n[4]/n[2]):\"scale\"==e?s=parseFloat(n[2]):\"rotate\"==e&&(s=parseFloat(Math.atan2(n[2],n[1])))),s)):parseFloat(t.css(e))}function c(t){return t.charAt(0).toUpperCase()+t.substring(1)}function l(t,e){var i=h.extend(e),r=i.prototype.directions;T[c(t)]=i,T.Element.prototype[t]=function(t,e,r,n){return new i(this.element,t,e,r,n)},N(r,function(e,r){T.Element.prototype[t+c(r)]=function(t,e,n){return new i(this.element,r,t,e,n)}})}function d(t,i,r,n){l(t,{directions:v,startValue:function(t){return this._startValue=t,this},endValue:function(t){return this._endValue=t,this},shouldHide:function(){return this._shouldHide},prepare:function(t,s){var o,a,c=this,l=\"out\"===this._direction,d=c.element.data(i),u=!(isNaN(d)||d==r);o=u?d:e!==this._startValue?this._startValue:l?r:n,a=e!==this._endValue?this._endValue:l?n:r,this._reverse?(t[i]=a,s[i]=o):(t[i]=o,s[i]=a),c._shouldHide=s[i]===n}})}function u(t,e){var i=C.directions[e].vertical,r=t[i?Y:X]()/2+\"px\";return _[e].replace(\"$size\",r)}var f,p,h,m,v,x,_,g,y,k,b,w,C=window.kendo,T=C.effects,N=t.each,P=t.extend,z=t.proxy,E=C.support,R=E.browser,H=E.transforms,D=E.transitions,O={scale:0,scalex:0,scaley:0,scale3d:0},F={translate:0,translatex:0,translatey:0,translate3d:0},I=e!==document.documentElement.style.zoom&&!H,S=/matrix3?d?\\s*\\(.*,\\s*([\\d\\.\\-]+)\\w*?,\\s*([\\d\\.\\-]+)\\w*?,\\s*([\\d\\.\\-]+)\\w*?,\\s*([\\d\\.\\-]+)\\w*?/i,A=/^(-?[\\d\\.\\-]+)?[\\w\\s]*,?\\s*(-?[\\d\\.\\-]+)?[\\w\\s]*/i,V=/translatex?$/i,q=/(zoom|fade|expand)(\\w+)/,M=/(zoom|fade|expand)/,$=/[xy]$/i,L=[\"perspective\",\"rotate\",\"rotatex\",\"rotatey\",\"rotatez\",\"rotate3d\",\"scale\",\"scalex\",\"scaley\",\"scalez\",\"scale3d\",\"skew\",\"skewx\",\"skewy\",\"translate\",\"translatex\",\"translatey\",\"translatez\",\"translate3d\",\"matrix\",\"matrix3d\"],Q=[\"rotate\",\"scale\",\"scalex\",\"scaley\",\"skew\",\"skewx\",\"skewy\",\"translate\",\"translatex\",\"translatey\",\"matrix\"],W={rotate:\"deg\",scale:\"\",skew:\"px\",translate:\"px\"},j=H.css,B=Math.round,U=\"\",G=\"px\",J=\"none\",K=\"auto\",X=\"width\",Y=\"height\",Z=\"hidden\",tt=\"origin\",et=\"abortId\",it=\"overflow\",rt=\"translate\",nt=\"position\",st=\"completeCallback\",ot=j+\"transition\",at=j+\"transform\",ct=j+\"backface-visibility\",lt=j+\"perspective\",dt=\"1500px\",ut=\"perspective(\"+dt+\")\",ft={left:{reverse:\"right\",property:\"left\",transition:\"translatex\",vertical:!1,modifier:-1},right:{reverse:\"left\",property:\"left\",transition:\"translatex\",vertical:!1,modifier:1},down:{reverse:\"up\",property:\"top\",transition:\"translatey\",vertical:!0,modifier:1},up:{reverse:\"down\",property:\"top\",transition:\"translatey\",vertical:!0,modifier:-1},top:{reverse:\"bottom\"},bottom:{reverse:\"top\"},\"in\":{reverse:\"out\",modifier:-1},out:{reverse:\"in\",modifier:1},vertical:{reverse:\"vertical\"},horizontal:{reverse:\"horizontal\"}};C.directions=ft,P(t.fn,{kendoStop:function(t,e){return D?T.stopQueue(this,t||!1,e||!1):this.stop(t,e)}}),H&&!D&&(N(Q,function(i,r){t.fn[r]=function(i){if(e===i)return a(this,r);var n=t(this)[0],s=r+\"(\"+i+W[r.replace($,\"\")]+\")\";return n.style.cssText.indexOf(at)==-1?t(this).css(at,s):n.style.cssText=n.style.cssText.replace(RegExp(r+\"\\\\(.*?\\\\)\",\"i\"),s),this},t.fx.step[r]=function(e){t(e.elem)[r](e.now)}}),f=t.fx.prototype.cur,t.fx.prototype.cur=function(){return Q.indexOf(this.prop)!=-1?parseFloat(t(this.elem)[this.prop]()):f.apply(this,arguments)}),C.toggleClass=function(t,e,i,r){return e&&(e=e.split(\" \"),D&&(i=P({exclusive:\"all\",duration:400,ease:\"ease-out\"},i),t.css(ot,i.exclusive+\" \"+i.duration+\"ms \"+i.ease),setTimeout(function(){t.css(ot,\"\").css(Y)},i.duration)),N(e,function(e,i){t.toggleClass(i,r)})),t},C.parseEffects=function(t,e){var i={};return\"string\"==typeof t?N(t.split(\" \"),function(t,r){var n=!M.test(r),s=r.replace(q,function(t,e,i){return e+\":\"+i.toLowerCase()}),o=s.split(\":\"),a=o[1],c={};o.length>1&&(c.direction=e&&n?ft[a].reverse:a),i[o[0]]=c}):N(t,function(t){var r=this.direction;r&&e&&!M.test(t)&&(this.direction=ft[r].reverse),i[t]=this}),i},D&&P(T,{transition:function(e,i,r){var s,a,c,l,d=0,u=e.data(\"keys\")||[];r=P({duration:200,ease:\"ease-out\",complete:null,exclusive:\"all\"},r),c=!1,l=function(){c||(c=!0,a&&(clearTimeout(a),a=null),e.removeData(et).dequeue().css(ot,\"\").css(ot),r.complete.call(e))},r.duration=t.fx?t.fx.speeds[r.duration]||r.duration:r.duration,s=o(e,i),t.merge(u,n(s)),e.data(\"keys\",t.unique(u)).height(),e.css(ot,r.exclusive+\" \"+r.duration+\"ms \"+r.ease).css(ot),e.css(s).css(at),D.event&&(e.one(D.event,l),0!==r.duration&&(d=500)),a=setTimeout(l,r.duration+d),e.data(et,a),e.data(st,l)},stopQueue:function(t,e,i){var r,n=t.data(\"keys\"),s=!i&&n,o=t.data(st);return s&&(r=C.getComputedStyles(t[0],n)),o&&o(),s&&t.css(r),t.removeData(\"keys\").stop(e)}}),p=C.Class.extend({init:function(t,e){var i=this;i.element=t,i.effects=[],i.options=e,i.restore=[]},run:function(e){var i,r,n,a,c,l,d,u=this,f=e.length,p=u.element,h=u.options,m=t.Deferred(),v={},x={};for(u.effects=e,m.then(t.proxy(u,\"complete\")),p.data(\"animating\",!0),r=0;r<f;r++)for(i=e[r],i.setReverse(h.reverse),i.setOptions(h),u.addRestoreProperties(i.restore),i.prepare(v,x),c=i.children(),n=0,l=c.length;n<l;n++)c[n].duration(h.duration).run();for(d in h.effects)P(x,h.effects[d].properties);for(p.is(\":visible\")||P(v,{display:p.data(\"olddisplay\")||\"block\"}),H&&!h.reset&&(a=p.data(\"targetTransform\"),a&&(v=P(a,v))),v=o(p,v),H&&!D&&(v=s(v)),p.css(v).css(at),r=0;r<f;r++)e[r].setup();return h.init&&h.init(),p.data(\"targetTransform\",x),T.animate(p,x,P({},h,{complete:m.resolve})),m.promise()},stop:function(){t(this.element).kendoStop(!0,!0)},addRestoreProperties:function(t){for(var e,i=this.element,r=0,n=t.length;r<n;r++)e=t[r],this.restore.push(e),i.data(e)||i.data(e,i.css(e))},restoreCallback:function(){var t,e,i,r=this.element;for(t=0,e=this.restore.length;t<e;t++)i=this.restore[t],r.css(i,r.data(i))},complete:function(){var e=this,i=0,r=e.element,n=e.options,s=e.effects,o=s.length;for(r.removeData(\"animating\").dequeue(),n.hide&&r.data(\"olddisplay\",r.css(\"display\")).hide(),this.restoreCallback(),I&&!H&&setTimeout(t.proxy(this,\"restoreCallback\"),0);i<o;i++)s[i].teardown();n.completeCallback&&n.completeCallback(r)}}),T.promise=function(t,e){var i,r,n,s=[],o=new p(t,e),a=C.parseEffects(e.effects);e.effects=a;for(n in a)i=T[c(n)],i&&(r=new i(t,a[n].direction),s.push(r));s[0]?o.run(s):(t.is(\":visible\")||t.css({display:t.data(\"olddisplay\")||\"block\"}).css(\"display\"),e.init&&e.init(),t.dequeue(),o.complete())},P(T,{animate:function(i,n,o){var a=o.transition!==!1;delete o.transition,D&&\"transition\"in T&&a?T.transition(i,n,o):H?i.animate(s(n),{queue:!1,show:!1,hide:!1,duration:o.duration,complete:o.complete}):i.each(function(){var i=t(this),s={};N(L,function(t,o){var a,c,l,d,u,f,p,h=n?n[o]+\" \":null;h&&(c=n,o in O&&n[o]!==e?(a=h.match(A),H&&P(c,{scale:+a[0]})):o in F&&n[o]!==e&&(l=i.css(nt),d=\"absolute\"==l||\"fixed\"==l,i.data(rt)||(d?i.data(rt,{top:r(i,\"top\")||0,left:r(i,\"left\")||0,bottom:r(i,\"bottom\"),right:r(i,\"right\")}):i.data(rt,{top:r(i,\"marginTop\")||0,left:r(i,\"marginLeft\")||0})),u=i.data(rt),a=h.match(A),a&&(f=o==rt+\"y\"?0:+a[1],p=o==rt+\"y\"?+a[1]:+a[2],d?(isNaN(u.right)?isNaN(f)||P(c,{left:u.left+f}):isNaN(f)||P(c,{right:u.right-f}),isNaN(u.bottom)?isNaN(p)||P(c,{top:u.top+p}):isNaN(p)||P(c,{bottom:u.bottom-p})):(isNaN(f)||P(c,{marginLeft:u.left+f}),isNaN(p)||P(c,{marginTop:u.top+p})))),!H&&\"scale\"!=o&&o in c&&delete c[o],c&&P(s,c))}),R.msie&&delete s.scale,i.animate(s,{queue:!1,show:!1,hide:!1,duration:o.duration,complete:o.complete})})}}),T.animatedPromise=T.promise,h=C.Class.extend({init:function(t,e){var i=this;i.element=t,i._direction=e,i.options={},i._additionalEffects=[],i.restore||(i.restore=[])},reverse:function(){return this._reverse=!0,this.run()},play:function(){return this._reverse=!1,this.run()},add:function(t){return this._additionalEffects.push(t),this},direction:function(t){return this._direction=t,this},duration:function(t){return this._duration=t,this},compositeRun:function(){var t=this,e=new p(t.element,{reverse:t._reverse,duration:t._duration}),i=t._additionalEffects.concat([t]);return e.run(i)},run:function(){if(this._additionalEffects&&this._additionalEffects[0])return this.compositeRun();var e,i,r=this,n=r.element,a=0,c=r.restore,l=c.length,d=t.Deferred(),u={},f={},p=r.children(),h=p.length;for(d.then(t.proxy(r,\"_complete\")),n.data(\"animating\",!0),a=0;a<l;a++)e=c[a],n.data(e)||n.data(e,n.css(e));for(a=0;a<h;a++)p[a].duration(r._duration).run();return r.prepare(u,f),n.is(\":visible\")||P(u,{display:n.data(\"olddisplay\")||\"block\"}),H&&(i=n.data(\"targetTransform\"),i&&(u=P(i,u))),u=o(n,u),H&&!D&&(u=s(u)),n.css(u).css(at),r.setup(),n.data(\"targetTransform\",f),T.animate(n,f,{duration:r._duration,complete:d.resolve}),d.promise()},stop:function(){var e=0,i=this.children(),r=i.length;for(e=0;e<r;e++)i[e].stop();return t(this.element).kendoStop(!0,!0),this},restoreCallback:function(){var t,e,i,r=this.element;for(t=0,e=this.restore.length;t<e;t++)i=this.restore[t],r.css(i,r.data(i))},_complete:function(){var e=this,i=e.element;i.removeData(\"animating\").dequeue(),e.restoreCallback(),e.shouldHide()&&i.data(\"olddisplay\",i.css(\"display\")).hide(),I&&!H&&setTimeout(t.proxy(e,\"restoreCallback\"),0),e.teardown()},setOptions:function(t){P(!0,this.options,t)},children:function(){return[]},shouldHide:t.noop,setup:t.noop,prepare:t.noop,teardown:t.noop,directions:[],setReverse:function(t){return this._reverse=t,this}}),m=[\"left\",\"right\",\"up\",\"down\"],v=[\"in\",\"out\"],l(\"slideIn\",{directions:m,divisor:function(t){return this.options.divisor=t,this},prepare:function(t,e){var i,r=this,n=r.element,s=C._outerWidth,o=C._outerHeight,a=ft[r._direction],c=-a.modifier*(a.vertical?o(n):s(n)),l=c/(r.options&&r.options.divisor||1)+G,d=\"0px\";r._reverse&&(i=t,t=e,e=i),H?(t[a.transition]=l,e[a.transition]=d):(t[a.property]=l,e[a.property]=d)}}),l(\"tile\",{directions:m,init:function(t,e,i){h.prototype.init.call(this,t,e),this.options={previous:i}},previousDivisor:function(t){return this.options.previousDivisor=t,this},children:function(){var t=this,e=t._reverse,i=t.options.previous,r=t.options.previousDivisor||1,n=t._direction,s=[C.fx(t.element).slideIn(n).setReverse(e)];return i&&s.push(C.fx(i).slideIn(ft[n].reverse).divisor(r).setReverse(!e)),s}}),d(\"fade\",\"opacity\",1,0),d(\"zoom\",\"scale\",1,.01),l(\"slideMargin\",{prepare:function(t,e){var i,r=this,n=r.element,s=r.options,o=n.data(tt),a=s.offset,c=r._reverse;c||null!==o||n.data(tt,parseFloat(n.css(\"margin-\"+s.axis))),i=n.data(tt)||0,e[\"margin-\"+s.axis]=c?i:i+a}}),l(\"slideTo\",{prepare:function(t,e){var i=this,r=i.element,n=i.options,s=n.offset.split(\",\"),o=i._reverse;H?(e.translatex=o?0:s[0],e.translatey=o?0:s[1]):(e.left=o?0:s[0],e.top=o?0:s[1]),r.css(\"left\")}}),l(\"expand\",{directions:[\"horizontal\",\"vertical\"],restore:[it],prepare:function(t,i){var r=this,n=r.element,s=r.options,o=r._reverse,a=\"vertical\"===r._direction?Y:X,c=n[0].style[a],l=n.data(a),d=parseFloat(l||c),u=B(n.css(a,K)[a]());t.overflow=Z,d=s&&s.reset?u||d:d||u,i[a]=(o?0:d)+G,t[a]=(o?d:0)+G,l===e&&n.data(a,c)},shouldHide:function(){return this._reverse},teardown:function(){var t=this,e=t.element,i=\"vertical\"===t._direction?Y:X,r=e.data(i);r!=K&&r!==U||setTimeout(function(){e.css(i,K).css(i)},0)}}),x={position:\"absolute\",marginLeft:0,marginTop:0,scale:1},l(\"transfer\",{init:function(t,e){this.element=t,this.options={target:e},this.restore=[]},setup:function(){this.element.appendTo(document.body)},prepare:function(t,e){var i=this,r=i.element,n=T.box(r),s=T.box(i.options.target),o=a(r,\"scale\"),c=T.fillScale(s,n),l=T.transformOrigin(s,n);P(t,x),e.scale=1,r.css(at,\"scale(1)\").css(at),r.css(at,\"scale(\"+o+\")\"),t.top=n.top,t.left=n.left,t.transformOrigin=l.x+G+\" \"+l.y+G,i._reverse?t.scale=c:e.scale=c}}),_={top:\"rect(auto auto $size auto)\",bottom:\"rect($size auto auto auto)\",left:\"rect(auto $size auto auto)\",right:\"rect(auto auto auto $size)\"},g={top:{start:\"rotatex(0deg)\",end:\"rotatex(180deg)\"},bottom:{start:\"rotatex(-180deg)\",end:\"rotatex(0deg)\"},left:{start:\"rotatey(0deg)\",end:\"rotatey(-180deg)\"},right:{start:\"rotatey(180deg)\",end:\"rotatey(0deg)\"}},l(\"turningPage\",{directions:m,init:function(t,e,i){h.prototype.init.call(this,t,e),this._container=i},prepare:function(t,e){var i=this,r=i._reverse,n=r?ft[i._direction].reverse:i._direction,s=g[n];t.zIndex=1,i._clipInHalf&&(t.clip=u(i._container,C.directions[n].reverse)),t[ct]=Z,e[at]=ut+(r?s.start:s.end),t[at]=ut+(r?s.end:s.start)},setup:function(){this._container.append(this.element)},face:function(t){return this._face=t,this},shouldHide:function(){var t=this,e=t._reverse,i=t._face;return e&&!i||!e&&i},clipInHalf:function(t){return this._clipInHalf=t,this},temporary:function(){return this.element.addClass(\"temp-page\"),this}}),l(\"staticPage\",{directions:m,init:function(t,e,i){h.prototype.init.call(this,t,e),this._container=i},restore:[\"clip\"],prepare:function(t,e){var i=this,r=i._reverse?ft[i._direction].reverse:i._direction;t.clip=u(i._container,r),t.opacity=.999,e.opacity=1},shouldHide:function(){var t=this,e=t._reverse,i=t._face;return e&&!i||!e&&i},face:function(t){return this._face=t,this}}),l(\"pageturn\",{directions:[\"horizontal\",\"vertical\"],init:function(t,e,i,r){h.prototype.init.call(this,t,e),this.options={},this.options.face=i,this.options.back=r},children:function(){var t,e=this,i=e.options,r=\"horizontal\"===e._direction?\"left\":\"top\",n=C.directions[r].reverse,s=e._reverse,o=i.face.clone(!0).removeAttr(\"id\"),a=i.back.clone(!0).removeAttr(\"id\"),c=e.element;return s&&(t=r,r=n,n=t),[C.fx(i.face).staticPage(r,c).face(!0).setReverse(s),C.fx(i.back).staticPage(n,c).setReverse(s),C.fx(o).turningPage(r,c).face(!0).clipInHalf(!0).temporary().setReverse(s),C.fx(a).turningPage(n,c).clipInHalf(!0).temporary().setReverse(s)]},prepare:function(t,e){t[lt]=dt,t.transformStyle=\"preserve-3d\",t.opacity=.999,e.opacity=1},teardown:function(){this.element.find(\".temp-page\").remove()}}),l(\"flip\",{directions:[\"horizontal\",\"vertical\"],init:function(t,e,i,r){h.prototype.init.call(this,t,e),this.options={},this.options.face=i,this.options.back=r},children:function(){var t,e=this,i=e.options,r=\"horizontal\"===e._direction?\"left\":\"top\",n=C.directions[r].reverse,s=e._reverse,o=e.element;return s&&(t=r,r=n,n=t),[C.fx(i.face).turningPage(r,o).face(!0).setReverse(s),C.fx(i.back).turningPage(n,o).setReverse(s)]},prepare:function(t){t[lt]=dt,t.transformStyle=\"preserve-3d\"}}),y=!E.mobileOS.android,k=\".km-touch-scrollbar, .km-actionsheet-wrapper\",l(\"replace\",{_before:t.noop,_after:t.noop,init:function(e,i,r){h.prototype.init.call(this,e),this._previous=t(i),this._transitionClass=r},duration:function(){throw Error(\"The replace effect does not support duration setting; the effect duration may be customized through the transition class rule\")},beforeTransition:function(t){return this._before=t,this},afterTransition:function(t){return this._after=t,this},_both:function(){return t().add(this._element).add(this._previous)},_containerClass:function(){var t=this._direction,e=\"k-fx k-fx-start k-fx-\"+this._transitionClass;return t&&(e+=\" k-fx-\"+t),this._reverse&&(e+=\" k-fx-reverse\"),e},complete:function(e){if(!(!this.deferred||e&&t(e.target).is(k))){var i=this.container;i.removeClass(\"k-fx-end\").removeClass(this._containerClass()).off(D.event,this.completeProxy),this._previous.hide().removeClass(\"k-fx-current\"),this.element.removeClass(\"k-fx-next\"),y&&i.css(it,\"\"),this.isAbsolute||this._both().css(nt,\"\"),this.deferred.resolve(),delete this.deferred}},run:function(){if(this._additionalEffects&&this._additionalEffects[0])return this.compositeRun();var e,i=this,r=i.element,n=i._previous,s=r.parents().filter(n.parents()).first(),o=i._both(),a=t.Deferred(),c=r.css(nt);return s.length||(s=r.parent()),this.container=s,this.deferred=a,this.isAbsolute=\"absolute\"==c,this.isAbsolute||o.css(nt,\"absolute\"),y&&(e=s.css(it),s.css(it,\"hidden\")),D?(r.addClass(\"k-fx-hidden\"),s.addClass(this._containerClass()),this.completeProxy=t.proxy(this,\"complete\"),s.on(D.event,this.completeProxy),C.animationFrame(function(){r.removeClass(\"k-fx-hidden\").addClass(\"k-fx-next\"),n.css(\"display\",\"\").addClass(\"k-fx-current\"),i._before(n,r),C.animationFrame(function(){s.removeClass(\"k-fx-start\").addClass(\"k-fx-end\"),i._after(n,r)})})):this.complete(),a.promise()},stop:function(){this.complete()}}),b=C.Class.extend({init:function(){var t=this;t._tickProxy=z(t._tick,t),t._started=!1},tick:t.noop,done:t.noop,onEnd:t.noop,onCancel:t.noop,start:function(){this.enabled()&&(this.done()?this.onEnd():(this._started=!0,C.animationFrame(this._tickProxy)))},enabled:function(){return!0},cancel:function(){this._started=!1,this.onCancel()},_tick:function(){var t=this;t._started&&(t.tick(),t.done()?(t._started=!1,t.onEnd()):C.animationFrame(t._tickProxy))}}),w=b.extend({init:function(t){var e=this;P(e,t),b.fn.init.call(e)},done:function(){return this.timePassed()>=this.duration},timePassed:function(){return Math.min(this.duration,new Date-this.startDate)},moveTo:function(t){var e=this,i=e.movable;e.initial=i[e.axis],e.delta=t.location-e.initial,e.duration=\"number\"==typeof t.duration?t.duration:300,e.tick=e._easeProxy(t.ease),e.startDate=new Date,e.start()},_easeProxy:function(t){var e=this;return function(){e.movable.moveAxis(e.axis,t(e.timePassed(),e.initial,e.delta,e.duration))}}}),P(w,{easeOutExpo:function(t,e,i,r){return t==r?e+i:i*(-Math.pow(2,-10*t/r)+1)+e},easeOutBack:function(t,e,i,r,n){return n=1.70158,i*((t=t/r-1)*t*((n+1)*t+n)+1)+e}}),T.Animation=b,T.Transition=w,T.createEffect=l,T.box=function(e){e=t(e);var i=e.offset();return i.width=C._outerWidth(e),i.height=C._outerHeight(e),i},T.transformOrigin=function(t,e){var i=(t.left-e.left)*e.width/(e.width-t.width),r=(t.top-e.top)*e.height/(e.height-t.height);return{x:isNaN(i)?0:i,y:isNaN(r)?0:r}},T.fillScale=function(t,e){return Math.min(t.width/e.width,t.height/e.height)},T.fitScale=function(t,e){return Math.max(t.width/e.width,t.height/e.height)}}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()});;!function(t,define){define(\"kendo.draganddrop.min\",[\"kendo.core.min\",\"kendo.userevents.min\"],t)}(function(){return function(t,e){function n(e,n){try{return t.contains(e,n)||e==n}catch(r){return!1}}function r(t,e){return parseInt(t.css(e),10)||0}function i(t,e){return Math.min(Math.max(t,e.min),e.max)}function o(t,e){var n=D(t),i=_._outerWidth,o=_._outerHeight,a=n.left+r(t,\"borderLeftWidth\")+r(t,\"paddingLeft\"),s=n.top+r(t,\"borderTopWidth\")+r(t,\"paddingTop\"),l=a+t.width()-i(e,!0),c=s+t.height()-o(e,!0);return{x:{min:a,max:l},y:{min:s,max:c}}}function a(n,r,i){for(var o,a,s=0,l=r&&r.length,c=i&&i.length;n&&n.parentNode;){for(s=0;s<l;s++)if(o=r[s],o.element[0]===n)return{target:o,targetElement:n};for(s=0;s<c;s++)if(a=i[s],t.contains(a.element[0],n)&&x.matchesSelector.call(n,a.options.filter))return{target:a,targetElement:n};n=n.parentNode}return e}function s(t,e){var n,r=e.options.group,i=t[r];if(T.fn.destroy.call(e),i.length>1){for(n=0;n<i.length;n++)if(i[n]==e){i.splice(n,1);break}}else i.length=0,delete t[r]}function l(t){var e,n,r,i=c()[0];return t[0]===i?(n=i.scrollTop,r=i.scrollLeft,{top:n,left:r,bottom:n+b.height(),right:r+b.width()}):(e=t.offset(),e.bottom=e.top+t.height(),e.right=e.left+t.width(),e)}function c(){return t(_.support.browser.chrome?y.body:y.documentElement)}function u(e){var n,r=c();if(!e||e===y.body||e===y.documentElement)return r;for(n=t(e)[0];n&&!_.isScrollable(n)&&n!==y.body;)n=n.parentNode;return n===y.body?r:t(n)}function h(t,e,n){var r={x:0,y:0},i=50;return t-n.left<i?r.x=-(i-(t-n.left)):n.right-t<i&&(r.x=i-(n.right-t)),e-n.top<i?r.y=-(i-(e-n.top)):n.bottom-e<i&&(r.y=i-(n.bottom-e)),r}var d,f,p,g,v,m,_=window.kendo,x=_.support,y=window.document,b=t(window),E=_.Class,T=_.ui.Widget,S=_.Observable,M=_.UserEvents,w=t.proxy,C=t.extend,D=_.getOffset,O={},k={},I={},H=_.elementUnderCursor,W=\"keyup\",z=\"change\",P=\"dragstart\",U=\"hold\",L=\"drag\",A=\"dragend\",N=\"dragcancel\",V=\"hintDestroyed\",B=\"dragenter\",$=\"dragleave\",F=\"drop\",j=S.extend({init:function(e,n){var r=this,i=e[0];r.capture=!1,i.addEventListener?(t.each(_.eventMap.down.split(\" \"),function(){i.addEventListener(this,w(r._press,r),!0)}),t.each(_.eventMap.up.split(\" \"),function(){i.addEventListener(this,w(r._release,r),!0)})):(t.each(_.eventMap.down.split(\" \"),function(){i.attachEvent(this,w(r._press,r))}),t.each(_.eventMap.up.split(\" \"),function(){i.attachEvent(this,w(r._release,r))})),S.fn.init.call(r),r.bind([\"press\",\"release\"],n||{})},captureNext:function(){this.capture=!0},cancelCapture:function(){this.capture=!1},_press:function(t){var e=this;e.trigger(\"press\"),e.capture&&t.preventDefault()},_release:function(t){var e=this;e.trigger(\"release\"),e.capture&&(t.preventDefault(),e.cancelCapture())}}),G=S.extend({init:function(e){var n=this;S.fn.init.call(n),n.forcedEnabled=!1,t.extend(n,e),n.scale=1,n.horizontal?(n.measure=\"offsetWidth\",n.scrollSize=\"scrollWidth\",n.axis=\"x\"):(n.measure=\"offsetHeight\",n.scrollSize=\"scrollHeight\",n.axis=\"y\")},makeVirtual:function(){t.extend(this,{virtual:!0,forcedEnabled:!0,_virtualMin:0,_virtualMax:0})},virtualSize:function(t,e){this._virtualMin===t&&this._virtualMax===e||(this._virtualMin=t,this._virtualMax=e,this.update())},outOfBounds:function(t){return t>this.max||t<this.min},forceEnabled:function(){this.forcedEnabled=!0},getSize:function(){return this.container[0][this.measure]},getTotal:function(){return this.element[0][this.scrollSize]},rescale:function(t){this.scale=t},update:function(t){var e=this,n=e.virtual?e._virtualMax:e.getTotal(),r=n*e.scale,i=e.getSize();(0!==n||e.forcedEnabled)&&(e.max=e.virtual?-e._virtualMin:0,e.size=i,e.total=r,e.min=Math.min(e.max,i-r),e.minScale=i/n,e.centerOffset=(r-i)/2,e.enabled=e.forcedEnabled||r>i,t||e.trigger(z,e))}}),Q=S.extend({init:function(t){var e=this;S.fn.init.call(e),e.x=new G(C({horizontal:!0},t)),e.y=new G(C({horizontal:!1},t)),e.container=t.container,e.forcedMinScale=t.minScale,e.maxScale=t.maxScale||100,e.bind(z,t)},rescale:function(t){this.x.rescale(t),this.y.rescale(t),this.refresh()},centerCoordinates:function(){return{x:Math.min(0,-this.x.centerOffset),y:Math.min(0,-this.y.centerOffset)}},refresh:function(){var t=this;t.x.update(),t.y.update(),t.enabled=t.x.enabled||t.y.enabled,t.minScale=t.forcedMinScale||Math.min(t.x.minScale,t.y.minScale),t.fitScale=Math.max(t.x.minScale,t.y.minScale),t.trigger(z)}}),q=S.extend({init:function(t){var e=this;C(e,t),S.fn.init.call(e)},outOfBounds:function(){return this.dimension.outOfBounds(this.movable[this.axis])},dragMove:function(t){var e=this,n=e.dimension,r=e.axis,i=e.movable,o=i[r]+t;n.enabled&&((o<n.min&&t<0||o>n.max&&t>0)&&(t*=e.resistance),i.translateAxis(r,t),e.trigger(z,e))}}),J=E.extend({init:function(e){var n,r,i,o,a=this;C(a,{elastic:!0},e),i=a.elastic?.5:0,o=a.movable,a.x=n=new q({axis:\"x\",dimension:a.dimensions.x,resistance:i,movable:o}),a.y=r=new q({axis:\"y\",dimension:a.dimensions.y,resistance:i,movable:o}),a.userEvents.bind([\"press\",\"move\",\"end\",\"gesturestart\",\"gesturechange\"],{gesturestart:function(t){a.gesture=t,a.offset=a.dimensions.container.offset()},press:function(e){t(e.event.target).closest(\"a\").is(\"[data-navigate-on-press=true]\")&&e.sender.cancel()},gesturechange:function(t){var e,i,s,l=a.gesture,c=l.center,u=t.center,h=t.distance/l.distance,d=a.dimensions.minScale,f=a.dimensions.maxScale;o.scale<=d&&h<1&&(h+=.8*(1-h)),o.scale*h>=f&&(h=f/o.scale),i=o.x+a.offset.left,s=o.y+a.offset.top,e={x:(i-c.x)*h+u.x-i,y:(s-c.y)*h+u.y-s},o.scaleWith(h),n.dragMove(e.x),r.dragMove(e.y),a.dimensions.rescale(o.scale),a.gesture=t,t.preventDefault()},move:function(t){t.event.target.tagName.match(/textarea|input/i)||(n.dimension.enabled||r.dimension.enabled?(n.dragMove(t.x.delta),r.dragMove(t.y.delta),t.preventDefault()):t.touch.skip())},end:function(t){t.preventDefault()}})}}),K=x.transitions.prefix+\"Transform\";f=x.hasHW3D?function(t,e,n){return\"translate3d(\"+t+\"px,\"+e+\"px,0) scale(\"+n+\")\"}:function(t,e,n){return\"translate(\"+t+\"px,\"+e+\"px) scale(\"+n+\")\"},p=S.extend({init:function(e){var n=this;S.fn.init.call(n),n.element=t(e),n.element[0].style.webkitTransformOrigin=\"left top\",n.x=0,n.y=0,n.scale=1,n._saveCoordinates(f(n.x,n.y,n.scale))},translateAxis:function(t,e){this[t]+=e,this.refresh()},scaleTo:function(t){this.scale=t,this.refresh()},scaleWith:function(t){this.scale*=t,this.refresh()},translate:function(t){this.x+=t.x,this.y+=t.y,this.refresh()},moveAxis:function(t,e){this[t]=e,this.refresh()},moveTo:function(t){C(this,t),this.refresh()},refresh:function(){var t,e=this,n=e.x,r=e.y;e.round&&(n=Math.round(n),r=Math.round(r)),t=f(n,r,e.scale),t!=e.coordinates&&(_.support.browser.msie&&_.support.browser.version<10?(e.element[0].style.position=\"absolute\",e.element[0].style.left=e.x+\"px\",e.element[0].style.top=e.y+\"px\"):e.element[0].style[K]=t,e._saveCoordinates(t),e.trigger(z))},_saveCoordinates:function(t){this.coordinates=t}}),g=T.extend({init:function(t,e){var n,r=this;T.fn.init.call(r,t,e),n=r.options.group,n in k?k[n].push(r):k[n]=[r]},events:[B,$,F],options:{name:\"DropTarget\",group:\"default\"},destroy:function(){s(k,this)},_trigger:function(t,e){var n=this,r=O[n.options.group];if(r)return n.trigger(t,C({},e.event,{draggable:r,dropTarget:e.dropTarget}))},_over:function(t){this._trigger(B,t)},_out:function(t){this._trigger($,t)},_drop:function(t){var e=this,n=O[e.options.group];n&&(n.dropped=!e._trigger(F,t))}}),g.destroyGroup=function(t){var e,n=k[t]||I[t];if(n){for(e=0;e<n.length;e++)T.fn.destroy.call(n[e]);n.length=0,delete k[t],delete I[t]}},g._cache=k,v=g.extend({init:function(t,e){var n,r=this;T.fn.init.call(r,t,e),n=r.options.group,n in I?I[n].push(r):I[n]=[r]},destroy:function(){s(I,this)},options:{name:\"DropTargetArea\",group:\"default\",filter:null}}),m=T.extend({init:function(t,e){var n=this;T.fn.init.call(n,t,e),n._activated=!1,n.userEvents=new M(n.element,{global:!0,allowSelection:!0,filter:n.options.filter,threshold:n.options.distance,start:w(n._start,n),hold:w(n._hold,n),move:w(n._drag,n),end:w(n._end,n),cancel:w(n._cancel,n),select:w(n._select,n)}),n._afterEndHandler=w(n._afterEnd,n),n._captureEscape=w(n._captureEscape,n)},events:[U,P,L,A,N,V],options:{name:\"Draggable\",distance:_.support.touch?0:5,group:\"default\",cursorOffset:null,axis:null,container:null,filter:null,ignore:null,holdToDrag:!1,autoScroll:!1,dropped:!1},cancelHold:function(){this._activated=!1},_captureEscape:function(t){var e=this;t.keyCode===_.keys.ESC&&(e._trigger(N,{event:t}),e.userEvents.cancel())},_updateHint:function(e){var n,r=this,o=r.options,a=r.boundaries,s=o.axis,l=r.options.cursorOffset;l?n={left:e.x.location+l.left,top:e.y.location+l.top}:(r.hintOffset.left+=e.x.delta,r.hintOffset.top+=e.y.delta,n=t.extend({},r.hintOffset)),a&&(n.top=i(n.top,a.y),n.left=i(n.left,a.x)),\"x\"===s?delete n.top:\"y\"===s&&delete n.left,r.hint.css(n)},_shouldIgnoreTarget:function(e){var n=this.options.ignore;return n&&t(e).is(n)},_select:function(t){this._shouldIgnoreTarget(t.event.target)||t.preventDefault()},_start:function(n){var r,i=this,a=i.options,s=a.container,l=a.hint;return this._shouldIgnoreTarget(n.touch.initialTouch)||a.holdToDrag&&!i._activated?(i.userEvents.cancel(),e):(i.currentTarget=n.target,i.currentTargetOffset=D(i.currentTarget),l&&(i.hint&&i.hint.stop(!0,!0).remove(),i.hint=_.isFunction(l)?t(l.call(i,i.currentTarget)):l,r=D(i.currentTarget),i.hintOffset=r,i.hint.css({position:\"absolute\",zIndex:2e4,left:r.left,top:r.top}).appendTo(y.body),i.angular(\"compile\",function(){i.hint.removeAttr(\"ng-repeat\");for(var e=t(n.target);!e.data(\"$$kendoScope\")&&e.length;)e=e.parent();return{elements:i.hint.get(),scopeFrom:e.data(\"$$kendoScope\")}})),O[a.group]=i,i.dropped=!1,s&&(i.boundaries=o(s,i.hint)),t(y).on(W,i._captureEscape),i._trigger(P,n)&&(i.userEvents.cancel(),i._afterEnd()),i.userEvents.capture(),e)},_hold:function(t){this.currentTarget=t.target,this._trigger(U,t)?this.userEvents.cancel():this._activated=!0},_drag:function(e){var n,r;e.preventDefault(),n=this._elementUnderCursor(e),this.options.autoScroll&&this._cursorElement!==n&&(this._scrollableParent=u(n),this._cursorElement=n),this._lastEvent=e,this._processMovement(e,n),this.options.autoScroll&&this._scrollableParent[0]&&(r=h(e.x.location,e.y.location,l(this._scrollableParent)),this._scrollCompenstation=t.extend({},this.hintOffset),this._scrollVelocity=r,0===r.y&&0===r.x?(clearInterval(this._scrollInterval),this._scrollInterval=null):this._scrollInterval||(this._scrollInterval=setInterval(t.proxy(this,\"_autoScroll\"),50))),this.hint&&this._updateHint(e)},_processMovement:function(n,r){this._withDropTarget(r,function(r,i){if(!r)return d&&(d._trigger($,C(n,{dropTarget:t(d.targetElement)})),d=null),e;if(d){if(i===d.targetElement)return;d._trigger($,C(n,{dropTarget:t(d.targetElement)}))}r._trigger(B,C(n,{dropTarget:t(i)})),d=C(r,{targetElement:i})}),this._trigger(L,C(n,{dropTarget:d,elementUnderCursor:r}))},_autoScroll:function(){var t,e,n,r,i,o,a,s,l=this._scrollableParent[0],u=this._scrollVelocity,h=this._scrollCompenstation;l&&(t=this._elementUnderCursor(this._lastEvent),this._processMovement(this._lastEvent,t),r=l===c()[0],r?(e=y.body.scrollHeight>b.height(),n=y.body.scrollWidth>b.width()):(e=l.offsetHeight<=l.scrollHeight,n=l.offsetWidth<=l.scrollWidth),i=l.scrollTop+u.y,o=e&&i>0&&i<l.scrollHeight,a=l.scrollLeft+u.x,s=n&&a>0&&a<l.scrollWidth,o&&(l.scrollTop+=u.y),s&&(l.scrollLeft+=u.x),r&&(s||o)&&(o&&(h.top+=u.y),s&&(h.left+=u.x),this.hint.css(h)))},_end:function(e){this._withDropTarget(this._elementUnderCursor(e),function(n,r){n&&(n._drop(C({},e,{dropTarget:t(r)})),d=null)}),this._cancel(this._trigger(A,e))},_cancel:function(t){var e=this;e._scrollableParent=null,this._cursorElement=null,clearInterval(this._scrollInterval),e._activated=!1,e.hint&&!e.dropped?setTimeout(function(){e.hint.stop(!0,!0),t?e._afterEndHandler():e.hint.animate(e.currentTargetOffset,\"fast\",e._afterEndHandler)},0):e._afterEnd()},_trigger:function(t,e){var n=this;return n.trigger(t,C({},e.event,{x:e.x,y:e.y,currentTarget:n.currentTarget,initialTarget:e.touch?e.touch.initialTouch:null,dropTarget:e.dropTarget,elementUnderCursor:e.elementUnderCursor}))},_elementUnderCursor:function(t){var e=H(t),r=this.hint;return r&&n(r[0],e)&&(r.hide(),e=H(t),e||(e=H(t)),r.show()),e},_withDropTarget:function(t,e){var n,r=this.options.group,i=k[r],o=I[r];(i&&i.length||o&&o.length)&&(n=a(t,i,o),n?e(n.target,n.targetElement):e())},destroy:function(){var t=this;T.fn.destroy.call(t),t._afterEnd(),t.userEvents.destroy(),this._scrollableParent=null,this._cursorElement=null,clearInterval(this._scrollInterval),t.currentTarget=null},_afterEnd:function(){var e=this;e.hint&&e.hint.remove(),delete O[e.options.group],e.trigger(\"destroy\"),e.trigger(V),t(y).off(W,e._captureEscape)}}),_.ui.plugin(g),_.ui.plugin(v),_.ui.plugin(m),_.TapCapture=j,_.containerBoundaries=o,C(_.ui,{Pane:J,PaneDimensions:Q,Movable:p}),_.ui.Draggable.utils={autoScrollVelocity:h,scrollableViewPort:l,findScrollableParent:u}}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,n){(n||e)()});;!function(e,define){define(\"kendo.mobile.scroller.min\",[\"kendo.fx.min\",\"kendo.draganddrop.min\"],e)}(function(){return function(e,i){var n=window.kendo,t=n.mobile,s=n.effects,o=t.ui,l=e.proxy,a=e.extend,r=o.Widget,c=n.Class,h=n.ui.Movable,u=n.ui.Pane,d=n.ui.PaneDimensions,m=s.Transition,f=s.Animation,p=Math.abs,v=500,b=.7,x=.96,y=10,T=55,w=.5,g=5,_=\"km-scroller-release\",E=\"km-scroller-refresh\",C=\"pull\",k=\"change\",S=\"resize\",z=\"scroll\",M=2,A=f.extend({init:function(e){var i=this;f.fn.init.call(i),a(i,e),i.userEvents.bind(\"gestureend\",l(i.start,i)),i.tapCapture.bind(\"press\",l(i.cancel,i))},enabled:function(){return this.movable.scale<this.dimensions.minScale},done:function(){return this.dimensions.minScale-this.movable.scale<.01},tick:function(){var e=this.movable;e.scaleWith(1.1),this.dimensions.rescale(e.scale)},onEnd:function(){var e=this.movable;e.scaleTo(this.dimensions.minScale),this.dimensions.rescale(e.scale)}}),O=f.extend({init:function(e){var i=this;f.fn.init.call(i),a(i,e,{transition:new m({axis:e.axis,movable:e.movable,onEnd:function(){i._end()}})}),i.tapCapture.bind(\"press\",function(){i.cancel()}),i.userEvents.bind(\"end\",l(i.start,i)),i.userEvents.bind(\"gestureend\",l(i.start,i)),i.userEvents.bind(\"tap\",l(i.onEnd,i))},onCancel:function(){this.transition.cancel()},freeze:function(e){var i=this;i.cancel(),i._moveTo(e)},onEnd:function(){var e=this;e.paneAxis.outOfBounds()?e._snapBack():e._end()},done:function(){return p(this.velocity)<1},start:function(e){var i,n=this;n.dimension.enabled&&(n.paneAxis.outOfBounds()?n._snapBack():(i=e.touch.id===M?0:e.touch[n.axis].velocity,n.velocity=Math.max(Math.min(i*n.velocityMultiplier,T),-T),n.tapCapture.captureNext(),f.fn.start.call(n)))},tick:function(){var e=this,i=e.dimension,n=e.paneAxis.outOfBounds()?w:e.friction,t=e.velocity*=n,s=e.movable[e.axis]+t;!e.elastic&&i.outOfBounds(s)&&(s=Math.max(Math.min(s,i.max),i.min),e.velocity=0),e.movable.moveAxis(e.axis,s)},_end:function(){this.tapCapture.cancelCapture(),this.end()},_snapBack:function(){var e=this,i=e.dimension,n=e.movable[e.axis]>i.max?i.max:i.min;e._moveTo(n)},_moveTo:function(e){this.transition.moveTo({location:e,duration:v,ease:m.easeOutExpo})}}),H=f.extend({init:function(e){var i=this;n.effects.Animation.fn.init.call(this),a(i,e,{origin:{},destination:{},offset:{}})},tick:function(){this._updateCoordinates(),this.moveTo(this.origin)},done:function(){return p(this.offset.y)<g&&p(this.offset.x)<g},onEnd:function(){this.moveTo(this.destination),this.callback&&this.callback.call()},setCoordinates:function(e,i){this.offset={},this.origin=e,this.destination=i},setCallback:function(e){e&&n.isFunction(e)?this.callback=e:e=i},_updateCoordinates:function(){this.offset={x:(this.destination.x-this.origin.x)/4,y:(this.destination.y-this.origin.y)/4},this.origin={y:this.origin.y+this.offset.y,x:this.origin.x+this.offset.x}}}),B=c.extend({init:function(i){var n=this,t=\"x\"===i.axis,s=e('<div class=\"km-touch-scrollbar km-'+(t?\"horizontal\":\"vertical\")+'-scrollbar\" />');a(n,i,{element:s,elementSize:0,movable:new h(s),scrollMovable:i.movable,alwaysVisible:i.alwaysVisible,size:t?\"width\":\"height\"}),n.scrollMovable.bind(k,l(n.refresh,n)),n.container.append(s),i.alwaysVisible&&n.show()},refresh:function(){var e=this,i=e.axis,n=e.dimension,t=n.size,s=e.scrollMovable,o=t/n.total,l=Math.round(-s[i]*o),a=Math.round(t*o);o>=1?this.element.css(\"display\",\"none\"):this.element.css(\"display\",\"\"),l+a>t?a=t-l:l<0&&(a+=l,l=0),e.elementSize!=a&&(e.element.css(e.size,a+\"px\"),e.elementSize=a),e.movable.moveAxis(i,l)},show:function(){this.element.css({opacity:b,visibility:\"visible\"})},hide:function(){this.alwaysVisible||this.element.css({opacity:0})}}),R=r.extend({init:function(t,s){var o,c,m,f,v,b,x,y,T,w=this;return r.fn.init.call(w,t,s),t=w.element,(w._native=w.options.useNative&&n.support.hasNativeScrolling)?(t.addClass(\"km-native-scroller\").prepend('<div class=\"km-scroll-header\"/>'),a(w,{scrollElement:t,fixedContainer:t.children().first()}),i):(t.css(\"overflow\",\"hidden\").addClass(\"km-scroll-wrapper\").wrapInner('<div class=\"km-scroll-container\"/>').prepend('<div class=\"km-scroll-header\"/>'),o=t.children().eq(1),c=new n.TapCapture(t),m=new h(o),f=new d({element:o,container:t,forcedEnabled:w.options.zoom}),v=this.options.avoidScrolling,b=new n.UserEvents(t,{touchAction:\"pan-y\",fastTap:!0,allowSelection:!0,preventDragEvent:!0,captureUpIfMoved:!0,multiTouch:w.options.zoom,start:function(i){f.refresh();var n=p(i.x.velocity),t=p(i.y.velocity),s=2*n>=t,o=e.contains(w.fixedContainer[0],i.event.target),l=2*t>=n;!o&&!v(i)&&w.enabled&&(f.x.enabled&&s||f.y.enabled&&l)?b.capture():b.cancel()}}),x=new u({movable:m,dimensions:f,userEvents:b,elastic:w.options.elastic}),y=new A({movable:m,dimensions:f,userEvents:b,tapCapture:c}),T=new H({moveTo:function(e){w.scrollTo(e.x,e.y)}}),m.bind(k,function(){w.scrollTop=-m.y,w.scrollLeft=-m.x,w.trigger(z,{scrollTop:w.scrollTop,scrollLeft:w.scrollLeft})}),w.options.mousewheelScrolling&&t.on(\"DOMMouseScroll mousewheel\",l(this,\"_wheelScroll\")),a(w,{movable:m,dimensions:f,zoomSnapBack:y,animatedScroller:T,userEvents:b,pane:x,tapCapture:c,pulled:!1,enabled:!0,scrollElement:o,scrollTop:0,scrollLeft:0,fixedContainer:t.children().first()}),w._initAxis(\"x\"),w._initAxis(\"y\"),w._wheelEnd=function(){w._wheel=!1,w.userEvents.end(0,w._wheelY)},f.refresh(),w.options.pullToRefresh&&w._initPullToRefresh(),i)},_wheelScroll:function(e){this._wheel||(this._wheel=!0,this._wheelY=0,this.userEvents.press(0,this._wheelY)),clearTimeout(this._wheelTimeout),this._wheelTimeout=setTimeout(this._wheelEnd,50);var i=n.wheelDeltaY(e);i&&(this._wheelY+=i,this.userEvents.move(0,this._wheelY)),e.preventDefault()},makeVirtual:function(){this.dimensions.y.makeVirtual()},virtualSize:function(e,i){this.dimensions.y.virtualSize(e,i)},height:function(){return this.dimensions.y.size},scrollHeight:function(){return this.scrollElement[0].scrollHeight},scrollWidth:function(){return this.scrollElement[0].scrollWidth},options:{name:\"Scroller\",zoom:!1,pullOffset:140,visibleScrollHints:!1,elastic:!0,useNative:!1,mousewheelScrolling:!0,avoidScrolling:function(){return!1},pullToRefresh:!1,messages:{pullTemplate:\"Pull to refresh\",releaseTemplate:\"Release to refresh\",refreshTemplate:\"Refreshing\"}},events:[C,z,S],_resize:function(){this._native||this.contentResized()},setOptions:function(e){var i=this;r.fn.setOptions.call(i,e),e.pullToRefresh&&i._initPullToRefresh()},reset:function(){this._native?this.scrollElement.scrollTop(0):(this.movable.moveTo({x:0,y:0}),this._scale(1))},contentResized:function(){this.dimensions.refresh(),this.pane.x.outOfBounds()&&this.movable.moveAxis(\"x\",this.dimensions.x.min),this.pane.y.outOfBounds()&&this.movable.moveAxis(\"y\",this.dimensions.y.min)},zoomOut:function(){var e=this.dimensions;e.refresh(),this._scale(e.fitScale),this.movable.moveTo(e.centerCoordinates())},enable:function(){this.enabled=!0},disable:function(){this.enabled=!1},scrollTo:function(e,i){this._native?(this.scrollElement.scrollLeft(p(e)),this.scrollElement.scrollTop(p(i))):(this.dimensions.refresh(),this.movable.moveTo({x:e,y:i}))},animatedScrollTo:function(e,i,n){var t,s;this._native?this.scrollTo(e,i):(t={x:this.movable.x,y:this.movable.y},s={x:e,y:i},this.animatedScroller.setCoordinates(t,s),this.animatedScroller.setCallback(n),this.animatedScroller.start())},pullHandled:function(){var e=this;e.refreshHint.removeClass(E),e.hintContainer.html(e.pullTemplate({})),e.yinertia.onEnd(),e.xinertia.onEnd(),e.userEvents.cancel()},destroy:function(){r.fn.destroy.call(this),this.userEvents&&this.userEvents.destroy()},_scale:function(e){this.dimensions.rescale(e),this.movable.scaleTo(e)},_initPullToRefresh:function(){var e=this;e.dimensions.y.forceEnabled(),e.pullTemplate=n.template(e.options.messages.pullTemplate),e.releaseTemplate=n.template(e.options.messages.releaseTemplate),e.refreshTemplate=n.template(e.options.messages.refreshTemplate),e.scrollElement.prepend('<span class=\"km-scroller-pull\"><span class=\"km-icon\"></span><span class=\"km-loading-left\"></span><span class=\"km-loading-right\"></span><span class=\"km-template\">'+e.pullTemplate({})+\"</span></span>\"),e.refreshHint=e.scrollElement.children().first(),e.hintContainer=e.refreshHint.children(\".km-template\"),e.pane.y.bind(\"change\",l(e._paneChange,e)),e.userEvents.bind(\"end\",l(e._dragEnd,e))},_dragEnd:function(){var e=this;e.pulled&&(e.pulled=!1,e.refreshHint.removeClass(_).addClass(E),e.hintContainer.html(e.refreshTemplate({})),e.yinertia.freeze(e.options.pullOffset/2),e.trigger(\"pull\"))},_paneChange:function(){var e=this;e.movable.y/w>e.options.pullOffset?e.pulled||(e.pulled=!0,e.refreshHint.removeClass(E).addClass(_),e.hintContainer.html(e.releaseTemplate({}))):e.pulled&&(e.pulled=!1,e.refreshHint.removeClass(_),e.hintContainer.html(e.pullTemplate({})))},_initAxis:function(e){var i=this,n=i.movable,t=i.dimensions[e],s=i.tapCapture,o=i.pane[e],l=new B({axis:e,movable:n,dimension:t,container:i.element,alwaysVisible:i.options.visibleScrollHints});t.bind(k,function(){l.refresh()}),o.bind(k,function(){l.show()}),i[e+\"inertia\"]=new O({axis:e,paneAxis:o,movable:n,tapCapture:s,userEvents:i.userEvents,dimension:t,elastic:i.options.elastic,friction:i.options.friction||x,velocityMultiplier:i.options.velocityMultiplier||y,end:function(){l.hide(),i.trigger(\"scrollEnd\",{axis:e,scrollTop:i.scrollTop,scrollLeft:i.scrollLeft})}})}});o.plugin(R)}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,i,n){(n||i)()});;!function(t,define){define(\"kendo.toolbar.min\",[\"kendo.core.min\",\"kendo.userevents.min\",\"kendo.popup.min\"],t)}(function(){return function(t,e){function o(){var t,e=this.options.anchor,o=E(e);_.wrap(this.element).addClass(\"k-split-wrapper\"),t=\"border-box\"!==this.element.css(\"box-sizing\")?o-(E(this.element)-this.element.width()):o,this.element.css({fontFamily:e.css(\"font-family\"),\"min-width\":t})}function i(t){t.target.is(\".k-toggle-button\")||t.target.toggleClass(M,\"press\"==t.type)}function n(e){return e=t(e),e.hasClass(\"km-actionsheet\")?e.closest(\".km-popup-wrapper\"):e.addClass(\"km-widget km-actionsheet\").wrap('<div class=\"km-actionsheet-wrapper km-actionsheet-tablet km-widget km-popup\"></div>').parent().wrap('<div class=\"km-popup-wrapper k-popup\"></div>').parent()}function s(t){t.preventDefault()}function l(e,o){var i=\"next\"===o?t.fn.next:t.fn.prev,n=\"next\"===o?t.fn.first:t.fn.last,s=i.call(e);return s.is(\":kendoFocusable\")||!s.length?s:s.find(\":kendoFocusable\").length?n.call(s.find(\":kendoFocusable\")):l(s,o)}var a,r,d,p,h,u,c,f,m,b,v,g,w,k,C,y,_=window.kendo,A=_.Class,x=_.ui.Widget,B=t.proxy,T=_.isFunction,O=_.keys,E=_._outerWidth,I=\"k-toolbar\",U=\"k-button\",P=\"k-overflow-button\",z=\"k-toggle-button\",G=\"k-button-group\",F=\"k-split-button\",H=\"k-separator\",D=\"k-popup\",R=\"k-toolbar-resizable\",M=\"k-state-active\",S=\"k-state-disabled\",W=\"k-state-hidden\",N=\"k-group-start\",K=\"k-group-end\",j=\"k-primary\",Q=\"k-icon\",V=\"k-i-\",q=\"k-button-icon\",J=\"k-button-icontext\",L=\"k-list-container k-split-container\",X=\"k-split-button-arrow\",Y=\"k-overflow-anchor\",Z=\"k-overflow-container\",$=\"k-toolbar-first-visible\",tt=\"k-toolbar-last-visible\",et=\"click\",ot=\"toggle\",it=\"open\",nt=\"close\",st=\"overflowOpen\",lt=\"overflowClose\",at=\"never\",rt=\"auto\",dt=\"always\",pt=\"k-overflow-hidden\",ht=_.attr(\"uid\");_.toolbar={},a={overflowAnchor:'<div tabindex=\"0\" class=\"k-overflow-anchor\"></div>',overflowContainer:'<ul class=\"k-overflow-container k-list-container\"></ul>'},_.toolbar.registerComponent=function(t,e,o){a[t]={toolbar:e,overflow:o}},r=_.Class.extend({addOverflowAttr:function(){this.element.attr(_.attr(\"overflow\"),this.options.overflow||rt)},addUidAttr:function(){this.element.attr(ht,this.options.uid)},addIdAttr:function(){this.options.id&&this.element.attr(\"id\",this.options.id)},addOverflowIdAttr:function(){this.options.id&&this.element.attr(\"id\",this.options.id+\"_overflow\")},attributes:function(){this.options.attributes&&this.element.attr(this.options.attributes)},show:function(){this.element.removeClass(W).show(),this.options.hidden=!1},hide:function(){this.element.addClass(W).hide(),this.options.hidden=!0},remove:function(){this.element.remove()},enable:function(t){t===e&&(t=!0),this.element.toggleClass(S,!t),this.options.enable=t},twin:function(){var t=this.element.attr(ht);return this.overflow?this.toolbar.element.find(\"[\"+ht+\"='\"+t+\"']\").data(this.options.type):this.toolbar.options.resizable?this.toolbar.popup.element.find(\"[\"+ht+\"='\"+t+\"']\").data(this.options.type):e}}),_.toolbar.Item=r,d=r.extend({init:function(o,i){var n=t(o.useButtonTag?'<button tabindex=\"0\"></button>':'<a href tabindex=\"0\"></a>');this.element=n,this.options=o,this.toolbar=i,this.attributes(),o.primary&&n.addClass(j),o.togglable&&(n.addClass(z),this.toggle(o.selected)),o.url===e||o.useButtonTag||(n.attr(\"href\",o.url),o.mobile&&n.attr(_.attr(\"role\"),\"button\")),o.group&&(n.attr(_.attr(\"group\"),o.group),this.group=this.toolbar.addToGroup(this,o.group)),!o.togglable&&o.click&&T(o.click)&&(this.clickHandler=o.click),o.togglable&&o.toggle&&T(o.toggle)&&(this.toggleHandler=o.toggle)},toggle:function(t,e){t=!!t,this.group&&t?this.group.select(this):this.group||this.select(t),e&&this.twin()&&this.twin().toggle(t)},getParentGroup:function(){if(this.options.isChild)return this.element.closest(\".\"+G).data(\"buttonGroup\")},_addGraphics:function(){var e,o,i,n=this.element,s=this.options.icon,l=this.options.spriteCssClass,a=this.options.imageUrl;(l||a||s)&&(e=!0,n.contents().filter(function(){return!t(this).hasClass(\"k-sprite\")&&!t(this).hasClass(Q)&&!t(this).hasClass(\"k-image\")}).each(function(o,i){(1==i.nodeType||3==i.nodeType&&t.trim(i.nodeValue).length>0)&&(e=!1)}),n.addClass(e?q:J)),s?(o=n.children(\"span.\"+Q).first(),o[0]||(o=t('<span class=\"'+Q+'\"></span>').prependTo(n)),o.addClass(V+s)):l?(o=n.children(\"span.k-sprite\").first(),o[0]||(o=t('<span class=\"k-sprite\"></span>').prependTo(n)),o.addClass(l)):a&&(i=n.children(\"img.k-image\").first(),i[0]||(i=t('<img alt=\"icon\" class=\"k-image\" />').prependTo(n)),i.attr(\"src\",a))}}),_.toolbar.Button=d,p=d.extend({init:function(t,e){d.fn.init.call(this,t,e);var o=this.element;o.addClass(U),this.addIdAttr(),t.align&&o.addClass(\"k-align-\"+t.align),\"overflow\"!=t.showText&&t.text&&o.html(t.mobile?'<span class=\"km-text\">'+t.text+\"</span>\":t.text),t.hasIcon=\"overflow\"!=t.showIcon&&(t.icon||t.spriteCssClass||t.imageUrl),t.hasIcon&&this._addGraphics(),this.addUidAttr(),this.addOverflowAttr(),this.enable(t.enable),t.hidden&&this.hide(),this.element.data({type:\"button\",button:this})},select:function(t){t===e&&(t=!1),this.element.toggleClass(M,t),this.options.selected=t}}),_.toolbar.ToolBarButton=p,h=d.extend({init:function(t,e){this.overflow=!0,d.fn.init.call(this,t,e);var o=this.element;\"toolbar\"!=t.showText&&t.text&&o.html(t.mobile?'<span class=\"km-text\">'+t.text+\"</span>\":'<span class=\"k-text\">'+t.text+\"</span>\"),t.hasIcon=\"toolbar\"!=t.showIcon&&(t.icon||t.spriteCssClass||t.imageUrl),t.hasIcon&&this._addGraphics(),t.isChild||this._wrap(),this.addOverflowIdAttr(),this.attributes(),this.addUidAttr(),this.addOverflowAttr(),this.enable(t.enable),o.addClass(P+\" \"+U),t.hidden&&this.hide(),this.element.data({type:\"button\",button:this})},_wrap:function(){this.element=this.element.wrap(\"<li></li>\").parent()},overflowHidden:function(){this.element.addClass(pt)},select:function(t){t===e&&(t=!1),this.options.isChild?this.element.toggleClass(M,t):this.element.find(\".k-button\").toggleClass(M,t),this.options.selected=t}}),_.toolbar.OverflowButton=h,_.toolbar.registerComponent(\"button\",p,h),u=r.extend({createButtons:function(e){var o,i,n=this.options,s=n.buttons||[];for(i=0;i<s.length;i++)s[i].uid||(s[i].uid=_.guid()),o=new e(t.extend({mobile:n.mobile,isChild:!0,type:\"button\"},s[i]),this.toolbar),o.element.appendTo(this.element)},refresh:function(){this.element.children().filter(\":not('.\"+W+\"'):first\").addClass(N),this.element.children().filter(\":not('.\"+W+\"'):last\").addClass(K)}}),_.toolbar.ButtonGroup=u,c=u.extend({init:function(e,o){var i=this.element=t(\"<div></div>\");this.options=e,this.toolbar=o,this.addIdAttr(),e.align&&i.addClass(\"k-align-\"+e.align),this.createButtons(p),this.attributes(),this.addUidAttr(),this.addOverflowAttr(),this.refresh(),i.addClass(G),this.element.data({type:\"buttonGroup\",buttonGroup:this})}}),_.toolbar.ToolBarButtonGroup=c,f=u.extend({init:function(e,o){var i=this.element=t(\"<li></li>\");this.options=e,this.toolbar=o,this.overflow=!0,this.addOverflowIdAttr(),this.createButtons(h),this.attributes(),this.addUidAttr(),this.addOverflowAttr(),this.refresh(),i.addClass((e.mobile?\"\":G)+\" k-overflow-group\"),this.element.data({type:\"buttonGroup\",buttonGroup:this})},overflowHidden:function(){this.element.addClass(pt)}}),_.toolbar.OverflowButtonGroup=f,_.toolbar.registerComponent(\"buttonGroup\",c,f),m=r.extend({init:function(e,o){var i=this.element=t('<div class=\"'+F+'\" tabindex=\"0\"></div>');this.options=e,this.toolbar=o,this.mainButton=new p(t.extend({},e,{hidden:!1}),o),this.arrowButton=t('<a class=\"'+U+\" \"+X+'\"><span class=\"'+(e.mobile?\"km-icon km-arrowdown\":\"k-icon k-i-arrow-s\")+'\"></span></a>'),this.popupElement=t('<ul class=\"'+L+'\"></ul>'),this.mainButton.element.removeAttr(\"href tabindex\").appendTo(i),this.arrowButton.appendTo(i),this.popupElement.appendTo(i),e.align&&i.addClass(\"k-align-\"+e.align),e.id||(e.id=e.uid),i.attr(\"id\",e.id+\"_wrapper\"),this.addOverflowAttr(),this.addUidAttr(),this.createMenuButtons(),this.createPopup(),this._navigatable(),this.mainButton.main=!0,this.enable(e.enable),e.hidden&&this.hide(),i.data({type:\"splitButton\",splitButton:this,kendoPopup:this.popup})},_navigatable:function(){var e=this;e.popupElement.on(\"keydown\",\".\"+U,function(o){var i=t(o.target).parent();o.preventDefault(),o.keyCode===O.ESC||o.keyCode===O.TAB||o.altKey&&o.keyCode===O.UP?(e.toggle(),e.focus()):o.keyCode===O.DOWN?l(i,\"next\").focus():o.keyCode===O.UP?l(i,\"prev\").focus():o.keyCode!==O.SPACEBAR&&o.keyCode!==O.ENTER||e.toolbar.userEvents.trigger(\"tap\",{target:t(o.target)})})},createMenuButtons:function(){var e,o,i=this.options,n=i.menuButtons;for(o=0;o<n.length;o++)e=new p(t.extend({mobile:i.mobile,type:\"button\",click:i.click},n[o]),this.toolbar),e.element.wrap(\"<li></li>\").parent().appendTo(this.popupElement)},createPopup:function(){var e=this.options,i=this.element;this.popupElement.attr(\"id\",e.id+\"_optionlist\").attr(ht,e.rootUid),e.mobile&&(this.popupElement=n(this.popupElement)),this.popup=this.popupElement.kendoPopup({appendTo:e.mobile?t(e.mobile).children(\".km-pane\"):null,anchor:i,isRtl:this.toolbar._isRtl,copyAnchorStyles:!1,animation:e.animation,open:o,activate:function(){this.element.find(\":kendoFocusable\").first().focus()},close:function(){i.focus()}}).data(\"kendoPopup\"),this.popup.element.on(et,\"a.k-button\",s)},remove:function(){this.popup.element.off(et,\"a.k-button\"),this.popup.destroy(),this.element.remove()},toggle:function(){this.popup.toggle()},enable:function(t){t===e&&(t=!0),this.mainButton.enable(t),this.options.enable=t},focus:function(){this.element.focus()},hide:function(){this.popup&&this.popup.close(),this.element.addClass(W).hide(),this.options.hidden=!0},show:function(){this.element.removeClass(W).hide(),this.options.hidden=!1}}),_.toolbar.ToolBarSplitButton=m,b=r.extend({init:function(e,o){var i,n,s=this.element=t('<li class=\"'+F+'\"></li>'),l=e.menuButtons;for(this.options=e,this.toolbar=o,this.overflow=!0,this.mainButton=new h(t.extend({isChild:!0},e)),this.mainButton.element.appendTo(s),n=0;n<l.length;n++)i=new h(t.extend({mobile:e.mobile,isChild:!0},l[n]),this.toolbar),i.element.appendTo(s);this.addUidAttr(),this.addOverflowAttr(),this.mainButton.main=!0,s.data({type:\"splitButton\",splitButton:this})},overflowHidden:function(){this.element.addClass(pt)}}),_.toolbar.OverflowSplitButton=b,_.toolbar.registerComponent(\"splitButton\",m,b),v=r.extend({init:function(e,o){var i=this.element=t(\"<div>&nbsp;</div>\");this.element=i,this.options=e,this.toolbar=o,this.attributes(),this.addIdAttr(),this.addUidAttr(),this.addOverflowAttr(),i.addClass(H),i.data({type:\"separator\",separator:this})}}),g=r.extend({init:function(e,o){var i=this.element=t(\"<li>&nbsp;</li>\");this.element=i,this.options=e,this.toolbar=o,this.overflow=!0,this.attributes(),this.addUidAttr(),this.addOverflowIdAttr(),i.addClass(H),i.data({type:\"separator\",separator:this})},overflowHidden:function(){this.element.addClass(pt)}}),_.toolbar.registerComponent(\"separator\",v,g),w=r.extend({init:function(e,o,i){var n=T(e)?e(o):e;n=n instanceof jQuery?n.wrap(\"<div></div>\").parent():t(\"<div></div>\").html(n),this.element=n,this.options=o,this.options.type=\"template\",this.toolbar=i,this.attributes(),this.addUidAttr(),this.addIdAttr(),this.addOverflowAttr(),n.data({type:\"template\",template:this})}}),_.toolbar.TemplateItem=w,k=r.extend({init:function(e,o,i){var n=t(T(e)?e(o):e);n=n instanceof jQuery?n.wrap(\"<li></li>\").parent():t(\"<li></li>\").html(n),this.element=n,this.options=o,this.options.type=\"template\",this.toolbar=i,this.overflow=!0,this.attributes(),this.addUidAttr(),this.addOverflowIdAttr(),this.addOverflowAttr(),n.data({type:\"template\",template:this})},overflowHidden:function(){this.element.addClass(pt)}}),_.toolbar.OverflowTemplateItem=k,C=A.extend({init:function(t){this.name=t,this.buttons=[]},add:function(t){this.buttons[this.buttons.length]=t},remove:function(e){var o=t.inArray(e,this.buttons);this.buttons.splice(o,1)},select:function(t){var e,o;for(o=0;o<this.buttons.length;o++)e=this.buttons[o],e.select(!1);t.select(!0),t.twin()&&t.twin().select(!0)}}),y=x.extend({init:function(e,o){var n,l=this;if(x.fn.init.call(l,e,o),o=l.options,e=l.wrapper=l.element,e.addClass(I+\" k-widget\"),this.uid=_.guid(),this._isRtl=_.support.isRtl(e),this._groups={},e.attr(ht,this.uid),l.isMobile=\"boolean\"==typeof o.mobile?o.mobile:l.element.closest(\".km-root\")[0],l.animation=l.isMobile?{open:{effects:\"fade\"}}:{},l.isMobile&&(e.addClass(\"km-widget\"),Q=\"km-icon\",V=\"km-\",U=\"km-button\",G=\"km-buttongroup km-widget\",M=\"km-state-active\",S=\"km-state-disabled\"),o.resizable?(l._renderOverflow(),e.addClass(R),l.overflowUserEvents=new _.UserEvents(l.element,{threshold:5,allowSelection:!0,filter:\".\"+Y,tap:B(l._toggleOverflow,l)}),l._resizeHandler=_.onResize(function(){l.resize()})):l.popup={element:t([])},o.items&&o.items.length)for(n=0;n<o.items.length;n++)l.add(o.items[n]);l.userEvents=new _.UserEvents(document,{threshold:5,allowSelection:!0,filter:\"[\"+ht+\"=\"+this.uid+\"] a.\"+U+\", [\"+ht+\"=\"+this.uid+\"] .\"+P,tap:B(l._buttonClick,l),press:i,release:i}),l.element.on(et,\"a.k-button\",s),l._navigatable(),o.resizable&&l.popup.element.on(et,NaN,s),o.resizable&&this._toggleOverflowAnchor(),_.notify(l)},events:[et,ot,it,nt,st,lt],options:{name:\"ToolBar\",items:[],resizable:!0,mobile:null},addToGroup:function(t,e){var o;return o=this._groups[e]?this._groups[e]:this._groups[e]=new C,o.add(t),o},destroy:function(){var e=this;e.element.find(\".\"+F).each(function(e,o){t(o).data(\"kendoPopup\").destroy()}),e.element.off(et,\"a.k-button\"),e.userEvents.destroy(),e.options.resizable&&(_.unbindResize(e._resizeHandler),e.overflowUserEvents.destroy(),e.popup.element.off(et,\"a.k-button\"),e.popup.destroy()),x.fn.destroy.call(e)},add:function(e){var o,i,n,s=a[e.type],l=e.template,r=this,d=r.isMobile?\"\":\"k-item k-state-default\",p=e.overflowTemplate;if(t.extend(e,{uid:_.guid(),animation:r.animation,mobile:r.isMobile,rootUid:r.uid}),e.menuButtons)for(n=0;n<e.menuButtons.length;n++)t.extend(e.menuButtons[n],{uid:_.guid()});l&&!p?e.overflow=at:e.overflow||(e.overflow=rt),e.overflow!==at&&r.options.resizable&&(p?i=new k(p,e,r):s&&(i=new s.overflow(e,r),i.element.addClass(d)),i&&(e.overflow===rt&&i.overflowHidden(),i.element.appendTo(r.popup.container),r.angular(\"compile\",function(){return{elements:i.element.get()}}))),e.overflow!==dt&&(l?o=new w(l,e,r):s&&(o=new s.toolbar(e,r)),o&&(r.options.resizable?(o.element.appendTo(r.element).css(\"visibility\",\"hidden\"),r._shrink(r.element.innerWidth()),o.element.css(\"visibility\",\"visible\")):o.element.appendTo(r.element),r.angular(\"compile\",function(){return{elements:o.element.get()}})))},_getItem:function(e){var o,i,n,s,l=this.options.resizable;return o=this.element.find(e),o.length||(o=t(\".k-split-container[data-uid=\"+this.uid+\"]\").find(e)),s=o.length?o.data(\"type\"):\"\",i=o.data(s),i?(i.main&&(o=o.parent(\".\"+F),s=\"splitButton\",i=o.data(s)),l&&(n=i.twin())):l&&(o=this.popup.element.find(e),s=o.length?o.data(\"type\"):\"\",n=o.data(s),n&&n.main&&(o=o.parent(\".\"+F),s=\"splitButton\",n=o.data(s))),{type:s,toolbar:i,overflow:n}},remove:function(t){var e=this._getItem(t);e.toolbar&&e.toolbar.remove(),e.overflow&&e.overflow.remove(),this.resize(!0)},hide:function(t){var e=this._getItem(t);e.toolbar&&(\"button\"===e.toolbar.options.type&&e.toolbar.options.isChild?(e.toolbar.hide(),e.toolbar.getParentGroup().refresh()):e.toolbar.options.hidden||e.toolbar.hide()),e.overflow&&(\"button\"===e.overflow.options.type&&e.overflow.options.isChild?(e.overflow.hide(),e.overflow.getParentGroup().refresh()):e.overflow.options.hidden||e.overflow.hide()),this.resize(!0)},show:function(t){var e=this._getItem(t);e.toolbar&&(\"button\"===e.toolbar.options.type&&e.toolbar.options.isChild?(e.toolbar.show(),e.toolbar.getParentGroup().refresh()):e.toolbar.options.hidden&&e.toolbar.show()),e.overflow&&(\"button\"===e.overflow.options.type&&e.overflow.options.isChild?(e.toolbar.show(),e.overflow.getParentGroup().refresh()):e.overflow.options.hidden&&e.overflow.show()),this.resize(!0)},enable:function(t,o){var i=this._getItem(t);e===o&&(o=!0),i.toolbar&&i.toolbar.enable(o),i.overflow&&i.overflow.enable(o)},getSelectedFromGroup:function(t){return this.element.find(\".\"+z+\"[data-group='\"+t+\"']\").filter(\".\"+M)},toggle:function(o,i){var n=t(o),s=n.data(\"button\");s.options.togglable&&(i===e&&(i=!0),s.toggle(i,!0))},_renderOverflow:function(){var e=this,o=a.overflowContainer,i=e._isRtl,s=i?\"left\":\"right\";e.overflowAnchor=t(a.overflowAnchor).addClass(U),e.element.append(e.overflowAnchor),e.isMobile?(e.overflowAnchor.append('<span class=\"km-icon km-more\"></span>'),o=n(o)):e.overflowAnchor.append('<span class=\"k-icon k-i-arrow-s\"></span>'),e.popup=new _.ui.Popup(o,{origin:\"bottom \"+s,position:\"top \"+s,anchor:e.overflowAnchor,isRtl:i,animation:e.animation,appendTo:e.isMobile?t(e.isMobile).children(\".km-pane\"):null,copyAnchorStyles:!1,open:function(o){var n=_.wrap(e.popup.element).addClass(\"k-overflow-wrapper\");e.isMobile?e.popup.container.css(\"max-height\",parseFloat(t(\".km-content:visible\").innerHeight())-15+\"px\"):n.css(\"margin-left\",(i?-1:1)*((E(n)-n.width())/2+1)),e.trigger(st)&&o.preventDefault()},activate:function(){this.element.find(\":kendoFocusable\").first().focus()},close:function(t){e.trigger(lt)&&t.preventDefault(),this.element.focus()}}),e.popup.element.on(\"keydown\",\".\"+U,function(o){var i,n=t(o.target),s=n.parent(),a=s.is(\".\"+G)||s.is(\".\"+F);o.preventDefault(),o.keyCode===O.ESC||o.keyCode===O.TAB||o.altKey&&o.keyCode===O.UP?(e._toggleOverflow(),e.overflowAnchor.focus()):o.keyCode===O.DOWN?(i=!a||a&&n.is(\":last-child\")?s:n,l(i,\"next\").focus()):o.keyCode===O.UP?(i=!a||a&&n.is(\":first-child\")?s:n,l(i,\"prev\").focus()):o.keyCode!==O.SPACEBAR&&o.keyCode!==O.ENTER||e.userEvents.trigger(\"tap\",{target:t(o.target)})}),e.popup.container=e.isMobile?e.popup.element.find(\".\"+Z):e.popup.element,e.popup.container.attr(ht,this.uid)},_toggleOverflowAnchor:function(){var t=!1;t=this.options.mobile?this.popup.element.find(\".\"+Z).children(\":not(.\"+pt+\", .\"+D+\")\").length>0:this.popup.element.children(\":not(.\"+pt+\", .\"+D+\")\").length>0,this.overflowAnchor.css(t?{visibility:\"visible\",width:\"\"}:{visibility:\"hidden\",width:\"1px\"})},_buttonClick:function(o){var i,n,s,l,a,r,d,p=this,h=o.target.closest(\".\"+X).length;return o.preventDefault(),h?(p._toggle(o),e):(n=t(o.target).closest(\".\"+U,p.element),n.hasClass(Y)||(s=n.data(\"button\"),!s&&p.popup&&(n=t(o.target).closest(\".\"+P,p.popup.container),s=n.parent(\"li\").data(\"button\")),s&&s.options.enable&&(s.options.togglable?(a=T(s.toggleHandler)?s.toggleHandler:null,s.toggle(!s.options.selected,!0),r={target:n,group:s.options.group,checked:s.options.selected,id:s.options.id},a&&a.call(p,r),p.trigger(ot,r)):(a=T(s.clickHandler)?s.clickHandler:null,r={sender:p,target:n,id:s.options.id},a&&a.call(p,r),p.trigger(et,r)),s.options.url&&(s.options.attributes&&s.options.attributes.target&&(d=s.options.attributes.target),window.open(s.options.url,d||\"_self\")),n.hasClass(P)&&p.popup.close(),l=n.closest(\".k-split-container\"),l[0]&&(i=l.data(\"kendoPopup\"),(i?i:l.parents(\".km-popup-wrapper\").data(\"kendoPopup\")).close()))),e)},_navigatable:function(){var e=this;e.element.attr(\"tabindex\",0).focus(function(){var e=t(this).find(\":kendoFocusable:first\");e.is(\".\"+Y)&&(e=l(e,\"next\")),e[0].focus()}).on(\"keydown\",B(e._keydown,e))},_keydown:function(o){var i,n,s,l,a,r,d,p=t(o.target),h=o.keyCode,u=this.element.children(\":not(.k-separator):visible\");return h===O.TAB&&(i=p.parentsUntil(this.element).last(),n=!1,s=!1,i.length||(i=p),i.is(\".\"+Y)&&(o.shiftKey&&o.preventDefault(),u.last().is(\":kendoFocusable\")?u.last().focus():u.last().find(\":kendoFocusable\").last().focus()),o.shiftKey||u.index(i)!==u.length-1||(n=!i.is(\".\"+G)||p.is(\":last-child\")),l=u.index(i)===u.not(\".k-overflow-anchor\").first().index(),o.shiftKey&&l&&(s=!i.is(\".\"+G)||p.is(\":first-child\")),n&&this.overflowAnchor&&\"hidden\"!==this.overflowAnchor.css(\"visibility\")&&(o.preventDefault(),this.overflowAnchor.focus()),s&&(o.preventDefault(),a=this._getPrevFocusable(this.wrapper),a&&a.focus())),o.altKey&&h===O.DOWN?(r=t(document.activeElement).data(\"splitButton\"),d=t(document.activeElement).is(\".\"+Y),r?r.toggle():d&&this._toggleOverflow(),e):h!==O.SPACEBAR&&h!==O.ENTER||p.is(\"input, checkbox\")?e:(o.preventDefault(),p.is(\".\"+F)&&(p=p.children().first()),this.userEvents.trigger(\"tap\",{target:p}),e)},_getPrevFocusable:function(o){if(o.is(\"html\"))return o;var i,n,s=o.prevAll();return s.each(function(){return n=t(this),n.is(\":kendoFocusable\")?(i=n,!1):n.find(\":kendoFocusable\").length>0?(i=n.find(\":kendoFocusable\").last(),!1):e}),i?i:this._getPrevFocusable(o.parent())},_toggle:function(e){var o,i=t(e.target).closest(\".\"+F).data(\"splitButton\");e.preventDefault(),i.options.enable&&(o=i.popup.element.is(\":visible\")?this.trigger(nt,{target:i.element}):this.trigger(it,{target:i.element}),o||i.toggle())},_toggleOverflow:function(){this.popup.toggle()},_resize:function(t){var e=t.width;this.options.resizable&&(this.popup.close(),this._shrink(e),this._stretch(e),this._markVisibles(),this._toggleOverflowAnchor())},_childrenWidth:function(){var e=0;return this.element.children(\":visible:not('.\"+W+\"')\").each(function(){e+=E(t(this),!0)}),Math.ceil(e)},_shrink:function(t){var e,o,i;if(t<this._childrenWidth())for(o=this.element.children(\":visible:not([data-overflow='never'], .\"+Y+\")\"),i=o.length-1;i>=0&&(e=o.eq(i),!(t>this._childrenWidth()));i--)this._hideItem(e)},_stretch:function(t){var e,o,i;if(t>this._childrenWidth())for(o=this.element.children(\":hidden:not('.\"+W+\"')\"),i=0;i<o.length&&(e=o.eq(i),!(t<this._childrenWidth())&&this._showItem(e,t));i++);},_hideItem:function(t){t.hide(),this.popup&&this.popup.container.find(\">li[data-uid='\"+t.data(\"uid\")+\"']\").removeClass(pt)},_showItem:function(t,e){return!!(t.length&&e>this._childrenWidth()+E(t,!0))&&(t.show(),this.popup&&this.popup.container.find(\">li[data-uid='\"+t.data(\"uid\")+\"']\").addClass(pt),!0)},_markVisibles:function(){var t=this.popup.container.children(),e=this.element.children(\":not(.k-overflow-anchor)\"),o=t.filter(\":not(.k-overflow-hidden)\"),i=e.filter(\":visible\");t.add(e).removeClass($+\" \"+tt),o.first().add(i.first()).addClass($),o.last().add(i.last()).addClass(tt)}}),_.ui.plugin(y)}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,o){(o||e)()});;!function(t,define){define(\"util/main.min\",[\"kendo.core.min\"],t)}(function(){return function(){function t(t){return typeof t!==U}function e(t,e){var n=i(e);return z.round(t*n)/n}function i(t){return t?z.pow(10,t):1}function n(t,e,i){return z.max(z.min(t,i),e)}function o(t){return t*R}function s(t){return t/R}function r(t){return\"number\"==typeof t&&!isNaN(t)}function a(e,i){return t(e)?e:i}function h(t){return t*t}function c(t){var e,i=[];for(e in t)i.push(e+t[e]);return i.sort().join(\"\")}function d(t){var e,i=2166136261;for(e=0;e<t.length;++e)i+=(i<<1)+(i<<4)+(i<<7)+(i<<8)+(i<<24),i^=t.charCodeAt(e);return i>>>0}function l(t){return d(c(t))}function u(t){var e,i=t.length,n=A,o=O;for(e=0;e<i;e++)o=z.max(o,t[e]),n=z.min(n,t[e]);return{min:n,max:o}}function f(t){return u(t).min}function p(t){return u(t).max}function g(t){return _(t).min}function m(t){return _(t).max}function _(t){var e,i,n,o=A,s=O;for(e=0,i=t.length;e<i;e++)n=t[e],null!==n&&isFinite(n)&&(o=z.min(o,n),s=z.max(s,n));return{min:o===A?void 0:o,max:s===O?void 0:s}}function v(t){if(t)return t[t.length-1]}function y(t,e){return t.push.apply(t,e),t}function w(t){return B.template(t,{useWithBlock:!1,paramName:\"d\"})}function x(e,i){return t(i)&&null!==i?\" \"+e+\"='\"+i+\"' \":\"\"}function b(t){var e,i=\"\";for(e=0;e<t.length;e++)i+=x(t[e][0],t[e][1]);return i}function C(e){var i,n,o=\"\";for(i=0;i<e.length;i++)n=e[i][1],t(n)&&(o+=e[i][0]+\":\"+n+\";\");if(\"\"!==o)return o}function S(t){return\"string\"!=typeof t&&(t+=\"px\"),t}function k(t){var e,i,n=[];if(t)for(e=B.toHyphens(t).split(\"-\"),i=0;i<e.length;i++)n.push(\"k-pos-\"+e[i]);return n.join(\" \")}function T(e){return\"\"===e||null===e||\"none\"===e||\"transparent\"===e||!t(e)}function M(t){for(var e={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},i=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],n=\"\";t>0;)t<i[0]?i.shift():(n+=e[i[0]],t-=i[0]);return n}function D(t){var e,i,n,o,s;for(t=t.toLowerCase(),e={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},i=0,n=0,o=0;o<t.length;++o){if(s=e[t.charAt(o)],!s)return null;i+=s,s>n&&(i-=2*n),n=s}return i}function I(t){var e=Object.create(null);return function(){var i,n=\"\";for(i=arguments.length;--i>=0;)n+=\":\"+arguments[i];return n in e?e[n]:e[n]=t.apply(this,arguments)}}function P(t){for(var e,i,n=[],o=0,s=t.length;o<s;)e=t.charCodeAt(o++),e>=55296&&e<=56319&&o<s?(i=t.charCodeAt(o++),56320==(64512&i)?n.push(((1023&e)<<10)+(1023&i)+65536):(n.push(e),o--)):n.push(e);return n}function L(t){return t.map(function(t){var e=\"\";return t>65535&&(t-=65536,e+=String.fromCharCode(t>>>10&1023|55296),t=56320|1023&t),e+=String.fromCharCode(t)}).join(\"\")}function E(t,e){function i(t,i){for(var n=[],o=0,s=0,r=0;o<t.length&&s<i.length;)e(t[o],i[s])<=0?n[r++]=t[o++]:n[r++]=i[s++];return o<t.length&&n.push.apply(n,t.slice(o)),s<i.length&&n.push.apply(n,i.slice(s)),n}return t.length<2?t.slice():function n(t){var e,o,s;return t.length<=1?t:(e=Math.floor(t.length/2),o=t.slice(0,e),s=t.slice(e),o=n(o),s=n(s),i(o,s))}(t)}var z=Math,B=window.kendo,N=B.deepExtend,R=z.PI/180,A=Number.MAX_VALUE,O=-Number.MAX_VALUE,U=\"undefined\",V=Date.now;V||(V=function(){return(new Date).getTime()}),N(B,{util:{MAX_NUM:A,MIN_NUM:O,append:y,arrayLimits:u,arrayMin:f,arrayMax:p,defined:t,deg:s,hashKey:d,hashObject:l,isNumber:r,isTransparent:T,last:v,limitValue:n,now:V,objectKey:c,round:e,rad:o,renderAttr:x,renderAllAttr:b,renderPos:k,renderSize:S,renderStyle:C,renderTemplate:w,sparseArrayLimits:_,sparseArrayMin:g,sparseArrayMax:m,sqr:h,valueOrDefault:a,romanToArabic:D,arabicToRoman:M,memoize:I,ucs2encode:L,ucs2decode:P,mergeSort:E}}),B.drawing.util=B.util,B.dataviz.util=B.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],t)}(function(){!function(t){function e(){return{width:0,height:0,baseline:0}}function i(t,e,i){return l.current.measure(t,e,i)}function n(t,e){var i=[];if(t.length>0&&document.fonts){try{i=t.map(function(t){return document.fonts.load(t)})}catch(n){s.logToConsole(n)}Promise.all(i).then(e,e)}else e()}var o=document,s=window.kendo,r=s.Class,a=s.util,h=a.defined,c=r.extend({init:function(t){this._size=t,this._length=0,this._map={}},put:function(t,e){var i=this,n=i._map,o={key:t,value:e};n[t]=o,i._head?(i._tail.newer=o,o.older=i._tail,i._tail=o):i._head=i._tail=o,i._length>=i._size?(n[i._head.key]=null,i._head=i._head.newer,i._head.older=null):i._length++},get:function(t){var e=this,i=e._map[t];if(i)return i===e._head&&i!==e._tail&&(e._head=i.newer,e._head.older=null),i!==e._tail&&(i.older&&(i.older.newer=i.newer,i.newer.older=i.older),i.older=e._tail,i.newer=null,e._tail.newer=i,e._tail=i),i.value}}),d=t(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],l=r.extend({init:function(t){this._cache=new c(1e3),this._initOptions(t)},options:{baselineMarkerSize:1},measure:function(i,n,s){var r,c,l,u,f,p,g,m;if(!i)return e();if(r=a.objectKey(n),c=a.hashKey(i+r),l=this._cache.get(c),l)return l;u=e(),f=s?s:d,p=this._baselineMarker().cloneNode(!1);for(g in n)m=n[g],h(m)&&(f.style[g]=m);return t(f).text(i),f.appendChild(p),o.body.appendChild(f),(i+\"\").length&&(u.width=f.offsetWidth-this.options.baselineMarkerSize,u.height=f.offsetHeight,u.baseline=p.offsetTop+this.options.baselineMarkerSize),u.width>0&&u.height>0&&this._cache.put(c,u),f.parentNode.removeChild(f),u},_baselineMarker:function(){return t(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});l.current=new l,s.util.TextMetrics=l,s.util.LRUCache=c,s.util.loadFonts=n,s.util.measureText=i}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"util/base64.min\",[\"util/main.min\"],t)}(function(){return function(){function t(t){var i,n,o,r,a,h,c,d=\"\",l=0;for(t=e(t);l<t.length;)i=t.charCodeAt(l++),n=t.charCodeAt(l++),o=t.charCodeAt(l++),r=i>>2,a=(3&i)<<4|n>>4,h=(15&n)<<2|o>>6,c=63&o,isNaN(n)?h=c=64:isNaN(o)&&(c=64),d=d+s.charAt(r)+s.charAt(a)+s.charAt(h)+s.charAt(c);return d}function e(t){var e,i,n=\"\";for(e=0;e<t.length;e++)i=t.charCodeAt(e),i<128?n+=o(i):i<2048?(n+=o(192|i>>>6),n+=o(128|63&i)):i<65536&&(n+=o(224|i>>>12),n+=o(128|i>>>6&63),n+=o(128|63&i));return n}var i=window.kendo,n=i.deepExtend,o=String.fromCharCode,s=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";n(i.util,{encodeBase64:t,encodeUTF8:e})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],t)}(function(){return function(t){var e=Math,i=window.kendo,n=i.deepExtend,o=t.inArray,s={observers:function(){return this._observers=this._observers||[]},addObserver:function(t){return this._observers?this._observers.push(t):this._observers=[t],this},removeObserver:function(t){var e=this.observers(),i=o(t,e);return i!=-1&&e.splice(i,1),this},trigger:function(t,e){var i,n,o=this._observers;if(o&&!this._suspended)for(n=0;n<o.length;n++)i=o[n],i[t]&&i[t](e);return this},optionsChange:function(t){t=t||{},t.element=this,this.trigger(\"optionsChange\",t)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=e.max((this._suspended||0)-1,0),this},_observerField:function(t,e){this[t]&&this[t].removeObserver(this),this[t]=e,e.addObserver(this)}};n(i,{mixins:{ObserversMixin:s}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/utils.min\",[\"kendo.core.min\"],t)}(function(){!function(t,e){function i(t,i,n){function o(t){for(var e=1;t*e%1;)e*=10;return e}var s,r,a,h;if(e===t||e===i)return[];if(n&&l.sign(i-t)!=l.sign(n))throw\"The sign of the increment should allow to reach the stop-value.\";if(n=n||1,t=t||0,i=i||t,(i-t)/n===1/0)throw\"Infinite range defined.\";if(s=[],r=-1,h=o(Math.abs(n)),t*=h,i*=h,n*=h,t>i&&n>0&&(n=-n),n<0)for(;(a=t+n*++r)>=i;)s.push(a/h);else for(;(a=t+n*++r)<=i;)s.push(a/h);return s}function n(t,e){if(t==e)return 0;var i=e.x-t.x,n=t.y-e.y,o=Math.atan(i/n);return n>=0?i<0?o+2*Math.PI:o:o+Math.PI}var o,s,r=window.kendo,a=r.dataviz.diagram={},h=r.deepExtend,c=t.isArray,d=1e-6,l={};h(l,{isNearZero:function(t){return Math.abs(t)<d},isDefined:function(t){return e!==t},isUndefined:function(t){return e===t||null===t},isObject:function(t){return t===Object(t)},has:function(t,e){return Object.hasOwnProperty.call(t,e)},isString:function(t){return\"[object String]\"==Object.prototype.toString.call(t)},isBoolean:function(t){return\"[object Boolean]\"==Object.prototype.toString.call(t)},isType:function(t,e){return Object.prototype.toString.call(t)==\"[object \"+e+\"]\"},isNumber:function(t){return!isNaN(parseFloat(t))&&isFinite(t)},isEmpty:function(t){if(null===t)return!0;if(c(t)||l.isString(t))return 0===t.length;for(var e in t)if(l.has(t,e))return!1;return!0},simpleExtend:function(t,e){if(l.isObject(e))for(var i in e)t[i]=e[i]},initArray:function(t,e){var i,n=[];for(i=0;i<t;++i)n[i]=e;return n},serializePoints:function(t){var e,i,n=[];for(e=0;e<t.length;e++)i=t[e],n.push(i.x+\";\"+i.y);return n.join(\";\")},deserializePoints:function(t){var e,i=t.split(\";\"),n=[];if(i.length%2!==0)throw\"Not an array of points.\";for(e=0;e<i.length;e+=2)n.push(new a.Point(parseInt(i[e],10),parseInt(i[e+1],10)));return n},randomInteger:function(t,e){return parseInt(Math.floor(Math.random()*e)+t,10)},DFT:function(t,e){var i,n;if(e(t),t.childNodes)for(i=0;i<t.childNodes.length;i++)n=t.childNodes[i],this.DFT(n,e)},getMatrixAngle:function(t){return null===t||0===t.d?0:180*Math.atan2(t.b,t.d)/Math.PI},getMatrixScaling:function(t){var e=Math.sqrt(t.a*t.a+t.c*t.c),i=Math.sqrt(t.b*t.b+t.d*t.d);return[e,i]}}),l.sign=function(t){return t?t<0?-1:1:0},l.findAngle=function(t,e){return 180*n(t,e)/Math.PI},l.forEach=function(t,e,i){for(var n=0;n<t.length;n++)e.call(i,t[n],n,t)},l.any=function(t,e){for(var i=0;i<t.length;++i)if(e(t[i]))return t[i];return null},l.remove=function(t,e){for(var i;(i=l.indexOf(t,e))!==-1;)t.splice(i,1);return t},l.contains=function(t,e){return l.indexOf(t,e)!==-1},l.indexOf=function(e,i){return t.inArray(i,e)},l.fold=function(t,e,i,n){var o,s,r=arguments.length>2;for(o=0;o<t.length;o++)s=t[o],r?i=e.call(n,i,s,o,t):(i=s,r=!0);if(!r)throw\"Reduce of empty array with no initial value\";return i},l.find=function(t,e,i){var n;return l.any(t,function(t,o,s){return!!e.call(i,t,o,s)&&(n=t,!0)}),n},l.first=function(t,e,i){return 0===t.length?null:l.isUndefined(e)?t[0]:l.find(t,e,i)},l.insert=function(t,e,i){return t.splice(i,0,e),t},l.all=function(t,e,i){var n,o,s=!0;for(o=0;o<t.length&&(n=t[o],s=s&&e.call(i,n,o,t),s);o++);return s},l.clear=function(t){t.splice(0,t.length)},l.bisort=function(t,e,i){if(l.isUndefined(t))throw\"First array is not specified.\";if(l.isUndefined(e))throw\"Second array is not specified.\";if(t.length!=e.length)throw\"The two arrays should have equal length\";var n,o=[];for(n=0;n<t.length;n++)o.push({x:t[n],y:e[n]});for(o.sort(l.isUndefined(i)?function(t,e){return t.x-e.x}:function(t,e){return i(t.x,e.x)}),l.clear(t),l.clear(e),n=0;n<o.length;n++)t.push(o[n].x),e.push(o[n].y)},l.addRange=function(t,e){t.push.apply(t,e)},o={easeInOut:function(t){return-Math.cos(t*Math.PI)/2+.5}},s=r.Class.extend({init:function(){this.adapters=[],this.target=0,this.tick=0,this.interval=20,this.duration=800,this.lastTime=null,this.handlers=[];var t=this;this.transition=o.easeInOut,this.timerDelegate=function(){t.onTimerEvent()}},addAdapter:function(t){this.adapters.push(t)},onComplete:function(t){this.handlers.push(t)},removeHandler:function(e){this.handlers=t.grep(this.handlers,function(t){return t!==e})},trigger:function(){var t=this;this.handlers&&l.forEach(this.handlers,function(e){return e.call(null!==t.caller?t.caller:t)})},onStep:function(){},seekTo:function(t){this.seekFromTo(this.tick,t)},seekFromTo:function(t,e){this.target=Math.max(0,Math.min(1,e)),this.tick=Math.max(0,Math.min(1,t)),this.lastTime=(new Date).getTime(),this.intervalId||(this.intervalId=window.setInterval(this.timerDelegate,this.interval))},stop:function(){this.intervalId&&(window.clearInterval(this.intervalId),this.intervalId=null,this.trigger())},play:function(t){0!==this.adapters.length&&(null!==t&&(this.caller=t),this.initState(),this.seekFromTo(0,1))},reverse:function(){this.seekFromTo(1,0)},initState:function(){if(0!==this.adapters.length)for(var t=0;t<this.adapters.length;t++)this.adapters[t].initState()},propagate:function(){var t,e=this.transition(this.tick);for(t=0;t<this.adapters.length;t++)this.adapters[t].update(e)},onTimerEvent:function(){var t,e=(new Date).getTime(),i=e-this.lastTime;this.lastTime=e,t=i/this.duration*(this.tick<this.target?1:-1),Math.abs(t)>=Math.abs(this.tick-this.target)?this.tick=this.target:this.tick+=t;try{this.propagate()}finally{this.onStep.call(this),this.target==this.tick&&this.stop()}}}),r.deepExtend(a,{init:function(t){r.init(t,a.ui)},Utils:l,Range:i,Ticker:s})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/math.min\",[\"dataviz/diagram/utils.min\",\"kendo.dataviz.core.min\"],t)}(function(){!function(t,e){function i(t){return Math.abs(t)<z}function n(t,e,n,o,s){var r,a,h,c,d=(e.x-t.x)*(o.y-n.y)-(e.y-t.y)*(o.x-n.x);if(!i(d)&&(r=(t.y-n.y)*(o.x-n.x)-(t.x-n.x)*(o.y-n.y),a=(t.y-n.y)*(e.x-t.x)-(t.x-n.x)*(e.y-t.y),h=r/d,c=a/d,!s||!(h<0||h>1||c<0||c>1)))return new D(t.x+h*(e.x-t.x),t.y+h*(e.y-t.y))}function o(t,e){var i,n,o;do i=2*Math.random()-1,n=2*Math.random()-1,o=i*i+n*n;while(!o||o>1);return t+e*i*Math.sqrt(-2*Math.log(o)/o)}function s(t){var e,i,n;for(M.isUndefined(t)&&(t=10),e=\"\",i=\"0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ\",n=t;n>0;--n)e+=i.charAt(Math.round(Math.random()*(i.length-1)));return e}var r,a,h,c,d,l,u,f,p,g,m,_,v,y,w,x,b=window.kendo,C=b.dataviz.diagram,S=b.Class,k=b.deepExtend,T=b.dataviz,M=C.Utils,D=T.Point2D,I=b.isFunction,P=M.contains,L=t.map,E=3,z=1e-6;k(D.fn,{plus:function(t){return new D(this.x+t.x,this.y+t.y)},minus:function(t){return new D(this.x-t.x,this.y-t.y)},offset:function(t){return new D(this.x-t,this.y-t)},times:function(t){return new D(this.x*t,this.y*t)},normalize:function(){return 0===this.length()?new D:this.times(1/this.length())},length:function(){return Math.sqrt(this.x*this.x+this.y*this.y)},toString:function(){return\"(\"+this.x+\",\"+this.y+\")\"},lengthSquared:function(){return this.x*this.x+this.y*this.y},middleOf:function(t,e){return new D(e.x-t.x,e.y-t.y).times(.5).plus(t)},toPolar:function(t){var e,i,n,o=1;if(t&&(o=180/Math.PI),e=Math.atan2(Math.abs(this.y),Math.abs(this.x)),i=Math.PI/2,n=this.length(),0===this.x){if(0===this.y)return new l(0,0);if(this.y>0)return new l(n,o*i);if(this.y<0)return new l(n,3*o*i)}else if(this.x>0){if(0===this.y)return new l(n,0);if(this.y>0)return new l(n,o*e);if(this.y<0)return new l(n,o*(4*i-e))}else{if(0===this.y)return new l(n,2*i);if(this.y>0)return new l(n,o*(2*i-e));if(this.y<0)return new l(n,o*(2*i+e))}},isOnLine:function(t,e){var i,n,o,s,r;return t.x>e.x&&(i=e,e=t,t=i),n=new a(t.x,t.y).inflate(E,E),o=new a(e.x,e.y).inflate(E,E),!!n.union(o).contains(this)&&(t.x===e.x||t.y===e.y||(t.y<e.y?(s=n.x+(o.x-n.x)*(this.y-(n.y+n.height))/(o.y+o.height-(n.y+n.height)),r=n.x+n.width+(o.x+o.width-(n.x+n.width))*(this.y-n.y)/(o.y-n.y)):(s=n.x+(o.x-n.x)*(this.y-n.y)/(o.y-n.y),r=n.x+n.width+(o.x+o.width-(n.x+n.width))*(this.y-(n.y+n.height))/(o.y+o.height-(n.y+n.height))),this.x>s&&this.x<r))}}),k(D,{parse:function(t){var e=t.slice(1,t.length-1),i=e.split(\",\"),n=parseInt(i[0],10),o=parseInt(i[1],10);if(!isNaN(n)&&!isNaN(o))return new D(n,o)}}),r=S.extend({init:function(t,e,i){this.point=t,this.left=e,this.right=i}}),a=S.extend({init:function(t,e,i,n){this.x=t||0,this.y=e||0,this.width=i||0,this.height=n||0},contains:function(t){return t.x>=this.x&&t.x<=this.x+this.width&&t.y>=this.y&&t.y<=this.y+this.height},inflate:function(t,i){return i===e&&(i=t),this.x-=t,this.y-=i,this.width+=2*t+1,this.height+=2*i+1,this},offset:function(t,e){var i=t,n=e;return t instanceof D&&(i=t.x,n=t.y),this.x+=i,this.y+=n,this},union:function(t){var e=Math.min(this.x,t.x),i=Math.min(this.y,t.y),n=Math.max(this.x+this.width,t.x+t.width),o=Math.max(this.y+this.height,t.y+t.height);return new a(e,i,n-e,o-i)},center:function(){return new D(this.x+this.width/2,this.y+this.height/2)},top:function(){return new D(this.x+this.width/2,this.y)},right:function(){return new D(this.x+this.width,this.y+this.height/2)},bottom:function(){return new D(this.x+this.width/2,this.y+this.height)},left:function(){return new D(this.x,this.y+this.height/2)},topLeft:function(){return new D(this.x,this.y)},topRight:function(){return new D(this.x+this.width,this.y)},bottomLeft:function(){return new D(this.x,this.y+this.height)},bottomRight:function(){return new D(this.x+this.width,this.y+this.height)},clone:function(){return new a(this.x,this.y,this.width,this.height)},isEmpty:function(){return!this.width&&!this.height},equals:function(t){return this.x===t.x&&this.y===t.y&&this.width===t.width&&this.height===t.height},rotatedBounds:function(t){var e=this.clone(),i=this.rotatedPoints(t),n=i[0],o=i[1],s=i[2],r=i[3];return e.x=Math.min(s.x,n.x,o.x,r.x),e.y=Math.min(s.y,n.y,o.y,r.y),e.width=Math.max(s.x,n.x,o.x,r.x)-e.x,e.height=Math.max(s.y,n.y,o.y,r.y)-e.y,e},rotatedPoints:function(t){var e=this,i=e.center(),n=e.bottomRight().rotate(i,360-t),o=e.topLeft().rotate(i,360-t),s=e.topRight().rotate(i,360-t),r=e.bottomLeft().rotate(i,360-t);return[o,s,n,r]},toString:function(t){return t=t||\" \",this.x+t+this.y+t+this.width+t+this.height},scale:function(t,e,i,n,o){var s,r,a,h=this.topLeft(),c=this.center();h.rotate(c,360-o).rotate(n,o),s=i.minus(h),r=new D(s.x*t,s.y*e),a=s.minus(r),h=h.plus(a),h.rotate(n,360-o).rotate(c,o),this.x=h.x,this.y=h.y,this.width*=t,this.height*=e},zoom:function(t){return this.x*=t,this.y*=t,this.width*=t,this.height*=t,this},overlaps:function(t){var e=this.bottomRight(),i=t.bottomRight(),n=!(e.x<t.x||e.y<t.y||i.x<this.x||i.y<this.y);return n}}),h=S.extend({init:function(t,e){this.width=t,this.height=e}}),h.prototype.Empty=new h(0,0),a.toRect=function(t){return t instanceof a||(t=new a(t.x,t.y,t.width,t.height)),t},a.empty=function(){return new a(0,0,0,0)},a.fromPoints=function(t,e){if(isNaN(t.x)||isNaN(t.y)||isNaN(e.x)||isNaN(e.y))throw\"Some values are NaN.\";return new a(Math.min(t.x,e.x),Math.min(t.y,e.y),Math.abs(t.x-e.x),Math.abs(t.y-e.y))},c={lines:function(t,e,i,o){return n(t,e,i,o)},segments:function(t,e,i,o){return n(t,e,i,o,!0)},rectWithLine:function(t,e,i){return c.segments(e,i,t.topLeft(),t.topRight())||c.segments(e,i,t.topRight(),t.bottomRight())||c.segments(e,i,t.bottomLeft(),t.bottomRight())||c.segments(e,i,t.topLeft(),t.bottomLeft())},rects:function(t,e,i){var n,o,s=e.topLeft(),r=e.topRight(),a=e.bottomLeft(),h=e.bottomRight(),d=e.center();return i&&(s=s.rotate(d,i),r=r.rotate(d,i),a=a.rotate(d,i),h=h.rotate(d,i)),n=t.contains(s)||t.contains(r)||t.contains(a)||t.contains(h)||c.rectWithLine(t,s,r)||c.rectWithLine(t,s,a)||c.rectWithLine(t,r,h)||c.rectWithLine(t,a,h),n||(s=t.topLeft(),r=t.topRight(),a=t.bottomLeft(),h=t.bottomRight(),i&&(o=360-i,s=s.rotate(d,o),r=r.rotate(d,o),a=a.rotate(d,o),h=h.rotate(d,o)),n=e.contains(s)||e.contains(r)||e.contains(a)||e.contains(h)),n}},d=S.extend({init:function(t){this.container=a.toRect(t)},align:function(t,e){var i,n=e.toLowerCase().split(\" \");for(i=0;i<n.length;i++)t=this._singleAlign(t,n[i]);return t},_singleAlign:function(t,e){return I(this[e])?this[e](t):t},left:function(t){return this._align(t,this._left)},center:function(t){return this._align(t,this._center)},right:function(t){return this._align(t,this._right)},stretch:function(t){return this._align(t,this._stretch)},top:function(t){return this._align(t,this._top)},middle:function(t){return this._align(t,this._middle)},bottom:function(t){return this._align(t,this._bottom)},_left:function(t,e){e.x=t.x},_center:function(t,e){e.x=(t.width-e.width)/2||0},_right:function(t,e){e.x=t.width-e.width},_top:function(t,e){e.y=t.y},_middle:function(t,e){e.y=(t.height-e.height)/2||0},_bottom:function(t,e){e.y=t.height-e.height},_stretch:function(t,e){e.x=0,e.y=0,e.height=t.height,e.width=t.width},_align:function(t,e){return t=a.toRect(t),e(this.container,t),t}}),l=S.extend({init:function(t,e){this.r=t,this.angle=e}}),u=S.extend({init:function(t,e,i,n,o,s){this.a=t||0,this.b=e||0,this.c=i||0,this.d=n||0,this.e=o||0,this.f=s||0},plus:function(t){this.a+=t.a,this.b+=t.b,this.c+=t.c,this.d+=t.d,this.e+=t.e,this.f+=t.f},minus:function(t){this.a-=t.a,this.b-=t.b,this.c-=t.c,this.d-=t.d,this.e-=t.e,this.f-=t.f},times:function(t){return new u(this.a*t.a+this.c*t.b,this.b*t.a+this.d*t.b,this.a*t.c+this.c*t.d,this.b*t.c+this.d*t.d,this.a*t.e+this.c*t.f+this.e,this.b*t.e+this.d*t.f+this.f)},apply:function(t){return new D(this.a*t.x+this.c*t.y+this.e,this.b*t.x+this.d*t.y+this.f)},applyRect:function(t){return a.fromPoints(this.apply(t.topLeft()),this.apply(t.bottomRight()))},toString:function(){return\"matrix(\"+this.a+\" \"+this.b+\" \"+this.c+\" \"+this.d+\" \"+this.e+\" \"+this.f+\")\"}}),k(u,{fromSVGMatrix:function(t){var e=new u;return e.a=t.a,e.b=t.b,e.c=t.c,e.d=t.d,e.e=t.e,e.f=t.f,e},fromMatrixVector:function(t){var e=new u;return e.a=t.a,e.b=t.b,e.c=t.c,e.d=t.d,e.e=t.e,e.f=t.f,e},fromList:function(t){if(6!==t.length)throw\"The given list should consist of six elements.\";var e=new u;return e.a=t[0],e.b=t[1],e.c=t[2],e.d=t[3],e.e=t[4],e.f=t[5],e},translation:function(t,e){var i=new u;return i.a=1,i.b=0,i.c=0,i.d=1,i.e=t,i.f=e,i},unit:function(){return new u(1,0,0,1,0,0)},rotation:function(t,e,i){var n=new u;return n.a=Math.cos(t*Math.PI/180),n.b=Math.sin(t*Math.PI/180),n.c=-n.b,n.d=n.a,n.e=e-e*n.a+i*n.b||0,n.f=i-i*n.a-e*n.b||0,n},scaling:function(t,e){var i=new u;return i.a=t,i.b=0,i.c=0,i.d=e,i.e=0,i.f=0,i},parse:function(t){var e,i;if(t){if(t=t.trim(),\"matrix\"===t.slice(0,6).toLowerCase()){if(i=t.slice(7,t.length-1).trim(),e=i.split(\",\"),6===e.length)return u.fromList(L(e,function(t){return parseFloat(t)}));if(e=i.split(\" \"),6===e.length)return u.fromList(L(e,function(t){return parseFloat(t)}))}if(\"(\"===t.slice(0,1)&&\")\"===t.slice(t.length-1)&&(t=t.substr(1,t.length-1)),t.indexOf(\",\")>0&&(e=t.split(\",\"),6===e.length))return u.fromList(L(e,function(t){return parseFloat(t)}));if(t.indexOf(\" \")>0&&(e=t.split(\" \"),6===e.length))return u.fromList(L(e,function(t){return parseFloat(t)}))}return e}}),f=S.extend({init:function(t,e,i,n,o,s){this.a=t||0,this.b=e||0,this.c=i||0,this.d=n||0,this.e=o||0,this.f=s||0},fromMatrix:function(t){var e=new f;return e.a=t.a,e.b=t.b,e.c=t.c,e.d=t.d,e.e=t.e,e.f=t.f,e}}),p={_distanceToLineSquared:function(t,e,i){function n(t,e){return(t.x-e.x)*(t.x-e.x)+(t.y-e.y)*(t.y-e.y)}if(e===i)return n(t,e);var o=i.x-e.x,s=i.y-e.y,r=(t.x-e.x)*o+(t.y-e.y)*s;return r<0?n(e,t):(r=(i.x-t.x)*o+(i.y-t.y)*s,r<0?n(i,t):(r=(i.x-t.x)*s-(i.y-t.y)*o,r*r/(o*o+s*s)))},distanceToLine:function(t,e,i){return Math.sqrt(this._distanceToLineSquared(t,e,i))},distanceToPolyline:function(t,e){var i,n,o,s,r=Number.MAX_VALUE;if(M.isUndefined(e)||0===e.length)return Number.MAX_VALUE;for(i=0;i<e.length-1;i++)n=e[i],o=e[i+1],s=this._distanceToLineSquared(t,n,o),s<r&&(r=s);return Math.sqrt(r)}},g=b.Class.extend({init:function(){this._buckets=[],this.length=0},add:function(t,e){var i=this._createGetBucket(t);return M.isDefined(e)&&(i.value=e),i},get:function(t){return this._bucketExists(t)?this._createGetBucket(t):null},set:function(t,e){this.add(t,e)},containsKey:function(t){return this._bucketExists(t)},remove:function(t){if(this._bucketExists(t)){var e=this._hash(t);return delete this._buckets[e],this.length--,t}},forEach:function(t){var e,i,n,o,s=this._hashes();for(e=0,i=s.length;e<i;e++)n=s[e],o=this._buckets[n],M.isUndefined(o)||t(o)},clone:function(){var t,e,i,n,o=new g,s=this._hashes();for(t=0,e=s.length;t<e;t++)i=s[t],n=this._buckets[i],M.isUndefined(n)||o.add(n.key,n.value);return o},_hashes:function(){var t,e=[];for(t in this._buckets)this._buckets.hasOwnProperty(t)&&e.push(t);return e},_bucketExists:function(t){var e=this._hash(t);return M.isDefined(this._buckets[e])},_createGetBucket:function(t){var e=this._hash(t),i=this._buckets[e];return M.isUndefined(i)&&(i={key:t},this._buckets[e]=i,this.length++),i},_hash:function(t){if(M.isNumber(t))return t;if(M.isString(t))return this._hashString(t);if(M.isObject(t))return this._objectHashId(t);throw\"Unsupported key type.\"},_hashString:function(t){var e,i,n=0;if(0===t.length)return n;for(e=0;e<t.length;e++)i=t.charCodeAt(e),n=32*n-n+i;return n},_objectHashId:function(t){var e=t._hashId;return M.isUndefined(e)&&(e=s(),t._hashId=e),e}}),m=b.Observable.extend({init:function(e){var i,n=this;if(b.Observable.fn.init.call(n),this._hashTable=new g,this.length=0,M.isDefined(e))if(t.isArray(e))for(i=0;i<e.length;i++)this.add(e[i]);else e.forEach(function(t,e){this.add(t,e)},this)},add:function(t,e){var i=this._hashTable.get(t);i||(i=this._hashTable.add(t),this.length++,this.trigger(\"changed\")),i.value=e},set:function(t,e){this.add(t,e)},get:function(t){var e=this._hashTable.get(t);if(e)return e.value;throw Error(\"Cannot find key \"+t)},containsKey:function(t){return this._hashTable.containsKey(t)},remove:function(t){if(this.containsKey(t))return this.trigger(\"changed\"),this.length--,this._hashTable.remove(t)},forEach:function(t,e){this._hashTable.forEach(function(i){t.call(e,i.key,i.value)})},forEachValue:function(t,e){this._hashTable.forEach(function(i){t.call(e,i.value)})},forEachKey:function(t,e){this._hashTable.forEach(function(i){t.call(e,i.key)})},keys:function(){var t=[];return this.forEachKey(function(e){t.push(e)}),t}}),_=b.Class.extend({init:function(){this._tail=null,this._head=null,this.length=0},enqueue:function(t){var e={value:t,next:null};this._head?(this._tail.next=e,this._tail=this._tail.next):(this._head=e,this._tail=this._head),this.length++},dequeue:function(){if(this.length<1)throw Error(\"The queue is empty.\");var t=this._head.value;return this._head=this._head.next,this.length--,t},contains:function(t){for(var e=this._head;e;){if(e.value===t)return!0;e=e.next}return!1}}),v=b.Observable.extend({init:function(t){var e=this;b.Observable.fn.init.call(e),this._hashTable=new g,this.length=0,M.isDefined(t)&&(t instanceof g?t.forEach(function(t){this.add(t)}):t instanceof m&&t.forEach(function(t,e){this.add({key:t,value:e})},this))},contains:function(t){return this._hashTable.containsKey(t)},add:function(t){var e=this._hashTable.get(t);e||(this._hashTable.add(t,t),this.length++,this.trigger(\"changed\"))},get:function(t){return this.contains(t)?this._hashTable.get(t).value:null},hash:function(t){return this._hashTable._hash(t)},remove:function(t){this.contains(t)&&(this._hashTable.remove(t),this.length--,this.trigger(\"changed\"))},forEach:function(t,e){this._hashTable.forEach(function(e){t(e.value)},e)},toArray:function(){var t=[];return this.forEach(function(e){t.push(e)}),t}}),y=b.Class.extend({init:function(t,e){if(this.links=[],this.outgoing=[],this.incoming=[],this.weight=1,this.id=M.isDefined(t)?t:s(),M.isDefined(e)){this.associatedShape=e;var i=e.bounds();this.width=i.width,this.height=i.height,this.x=i.x,this.y=i.y}else this.associatedShape=null;this.data=null,this.type=\"Node\",this.shortForm=\"Node '\"+this.id+\"'\",this.isVirtual=!1},isIsolated:function(){return M.isEmpty(this.links)},bounds:function(t){return M.isDefined(t)?(this.x=t.x,this.y=t.y,this.width=t.width,this.height=t.height,e):new C.Rect(this.x,this.y,this.width,this.height)},isLinkedTo:function(t){var e=this;return M.any(e.links,function(i){return i.getComplement(e)===t})},getChildren:function(){var t,e,i,n;if(0===this.outgoing.length)return[];for(t=[],e=0,i=this.outgoing.length;e<i;e++)n=this.outgoing[e],t.push(n.getComplement(this));return t},getParents:function(){var t,e,i,n;if(0===this.incoming.length)return[];for(t=[],e=0,i=this.incoming.length;e<i;e++)n=this.incoming[e],t.push(n.getComplement(this));return t},clone:function(){var t=new y;return M.isDefined(this.weight)&&(t.weight=this.weight),M.isDefined(this.balance)&&(t.balance=this.balance),M.isDefined(this.owner)&&(t.owner=this.owner),t.associatedShape=this.associatedShape,t.x=this.x,t.y=this.y,t.width=this.width,t.height=this.height,t},adjacentTo:function(t){return null!==this.isLinkedTo(t)},removeLink:function(t){t.source===this&&(M.remove(this.links,t),M.remove(this.outgoing,t),t.source=null),t.target===this&&(M.remove(this.links,t),M.remove(this.incoming,t),t.target=null)},hasLinkTo:function(t){return M.any(this.outgoing,function(e){return e.target===t})},degree:function(){return this.links.length},incidentWith:function(t){return P(this.links,t)},getLinksWith:function(t){return M.all(this.links,function(e){return e.getComplement(this)===t},this)},getNeighbors:function(){var t=[];return M.forEach(this.incoming,function(e){t.push(e.getComplement(this))},this),M.forEach(this.outgoing,function(e){t.push(e.getComplement(this))},this),t}}),w=b.Class.extend({init:function(t,e,i,n){if(M.isUndefined(t))throw\"The source of the new link is not set.\";if(M.isUndefined(e))throw\"The target of the new link is not set.\";var o,r;o=M.isString(t)?new y(t):t,r=M.isString(e)?new y(e):e,this.source=o,this.target=r,this.source.links.push(this),this.target.links.push(this),this.source.outgoing.push(this),this.target.incoming.push(this),this.id=M.isDefined(i)?i:s(),this.associatedConnection=M.isDefined(n)?n:null,this.type=\"Link\",this.shortForm=\"Link '\"+this.source.id+\"->\"+this.target.id+\"'\"},getComplement:function(t){if(this.source!==t&&this.target!==t)throw\"The given node is not incident with this link.\";return this.source===t?this.target:this.source},getCommonNode:function(t){return this.source===t.source||this.source===t.target?this.source:this.target===t.source||this.target===t.target?this.target:null},isBridging:function(t,e){return this.source===t&&this.target===e||this.source===e&&this.target===t},getNodes:function(){return[this.source,this.target]},incidentWith:function(t){return this.source===t||this.target===t},adjacentTo:function(t){return P(this.source.links,t)||P(this.target.links,t)},changeSource:function(t){M.remove(this.source.links,this),M.remove(this.source.outgoing,this),t.links.push(this),t.outgoing.push(this),this.source=t},changeTarget:function(t){M.remove(this.target.links,this),M.remove(this.target.incoming,this),t.links.push(this),t.incoming.push(this),this.target=t},changesNodes:function(t,e){this.source===t?this.changeSource(e):this.target===t&&this.changeTarget(e)},reverse:function(){var t=this.source,e=this.target;return this.source=e,M.remove(t.outgoing,this),this.source.outgoing.push(this),this.target=t,M.remove(e.incoming,this),this.target.incoming.push(this),this},directTo:function(t){if(this.source!==t&&this.target!==t)throw\"The given node is not incident with this link.\";this.target!==t&&this.reverse()},createReverseEdge:function(){var t=this.clone();return t.reverse(),t.reversed=!0,t},clone:function(){var t=new w(this.source,this.target);return t}}),x=b.Class.extend({init:function(t){this.links=[],this.nodes=[],this._nodeMap=new m,this.diagram=null,this._root=null,M.isDefined(t)?M.isString(t)?this.id=t:(this.diagram=t,this.id=t.id):this.id=s(),this.bounds=new a,this._hasCachedRelationships=!1,this.type=\"Graph\"},cacheRelationships:function(t){var e,i,n;if(M.isUndefined(t)&&(t=!1),\n    !this._hasCachedRelationships||t){for(e=0,i=this.nodes.length;e<i;e++)n=this.nodes[e],n.children=this.getChildren(n),n.parents=this.getParents(n);this._hasCachedRelationships=!0}},assignLevels:function(t,e,i){var n,o,s,r;if(!t)throw\"Start node not specified.\";for(M.isUndefined(e)&&(e=0),this.cacheRelationships(),M.isUndefined(i)&&(i=new m,M.forEach(this.nodes,function(t){i.add(t,!1)})),i.set(t,!0),t.level=e,n=t.children,o=0,s=n.length;o<s;o++)r=n[o],r&&!i.get(r)&&this.assignLevels(r,e+1,i)},root:function(t){if(M.isUndefined(t)){if(this._root)return this._root;var e=M.first(this.nodes,function(t){return 0===t.incoming.length});return e?e:M.first(this.nodes)}this._root=t},getConnectedComponents:function(){var t,e,i,n,o;for(this.componentIndex=0,this.setItemIndices(),t=M.initArray(this.nodes.length,-1),e=0;e<this.nodes.length;e++)t[e]===-1&&(this._collectConnectedNodes(t,e),this.componentIndex++);for(i=[],n=0;n<this.componentIndex;++n)i[n]=new x;for(n=0;n<t.length;++n)o=i[t[n]],o.addNodeAndOutgoings(this.nodes[n]);return i.sort(function(t,e){return e.nodes.length-t.nodes.length}),i},_collectConnectedNodes:function(t,e){t[e]=this.componentIndex;var i=this.nodes[e];M.forEach(i.links,function(e){var n=e.getComplement(i),o=n.index;t[o]===-1&&this._collectConnectedNodes(t,o)},this)},calcBounds:function(){var t,e,i,n;if(this.isEmpty())return this.bounds=new a;for(t=null,e=0,i=this.nodes.length;e<i;e++)n=this.nodes[e],t=t?t.union(n.bounds()):n.bounds();return this.bounds=t},getSpanningTree:function(t){var e,i,n,o,s,r,a,h,c,d,l,u,f=new x,p=new m;for(f.root=t.clone(),f.root.level=0,f.root.id=t.id,p.add(t,f.root),t.level=0,n=[],o=[],f._addNode(f.root),n.push(t),o.push(t),s=1;o.length>0;)for(r=o.pop(),a=0;a<r.links.length;a++)h=r.links[a],c=h.getComplement(r),P(n,c)||(c.level=r.level+1,s<c.level+1&&(s=c.level+1),P(o,c)||o.push(c),P(n,c)||n.push(c),p.containsKey(r)?e=p.get(r):(e=r.clone(),e.level=r.level,e.id=r.id,p.add(r,e)),p.containsKey(c)?i=p.get(c):(i=c.clone(),i.level=c.level,i.id=c.id,p.add(c,i)),d=new w(e,i),f.addLink(d));for(l=[],u=0;u<s;u++)l.push([]);return M.forEach(f.nodes,function(t){l[t.level].push(t)}),f.treeLevels=l,f.cacheRelationships(),f},takeRandomNode:function(e,i){if(M.isUndefined(e)&&(e=[]),M.isUndefined(i)&&(i=4),0===this.nodes.length)return null;if(1===this.nodes.length)return P(e,this.nodes[0])?null:this.nodes[0];var n=t.grep(this.nodes,function(t){return!P(e,t)&&t.degree()<=i});return M.isEmpty(n)?null:n[M.randomInteger(0,n.length)]},isEmpty:function(){return M.isEmpty(this.nodes)},isHealthy:function(){return M.all(this.links,function(t){return P(this.nodes,t.source)&&P(this.nodes,t.target)},this)},getParents:function(t){if(!this.hasNode(t))throw\"The given node is not part of this graph.\";return t.getParents()},getChildren:function(t){if(!this.hasNode(t))throw\"The given node is not part of this graph.\";return t.getChildren()},addLink:function(t,i,n){var o,s,r;if(M.isUndefined(t))throw\"The source of the link is not defined.\";if(M.isUndefined(i)){if(M.isDefined(t.type)&&\"Link\"===t.type)return this.addExistingLink(t),e;throw\"The target of the link is not defined.\"}return o=this.getNode(t),M.isUndefined(o)&&(o=this.addNode(t)),s=this.getNode(i),M.isUndefined(s)&&(s=this.addNode(i)),r=new w(o,s),M.isDefined(n)&&(r.owner=n),this.links.push(r),r},removeAllLinks:function(){for(;this.links.length>0;){var t=this.links[0];this.removeLink(t)}},addExistingLink:function(t){var e,i;this.hasLink(t)||(this.links.push(t),this.hasNode(t.source.id)?(e=this.getNode(t.source.id),t.changeSource(e)):this.addNode(t.source),this.hasNode(t.target.id)?(i=this.getNode(t.target.id),t.changeTarget(i)):this.addNode(t.target))},hasLink:function(t){if(M.isString(t))return M.any(this.links,function(e){return e.id===t});if(\"Link\"===t.type)return P(this.links,t);throw\"The given object is neither an identifier nor a Link.\"},getNode:function(t){var e=t.id||t;if(this._nodeMap.containsKey(e))return this._nodeMap.get(e)},hasNode:function(t){var e=t.id||t;return this._nodeMap.containsKey(e)},_addNode:function(t){this.nodes.push(t),this._nodeMap.add(t.id,t)},_removeNode:function(t){M.remove(this.nodes,t),this._nodeMap.remove(t.id)},removeNode:function(t){var e,i,n,o,s=t;if(M.isString(t)&&(s=this.getNode(t)),!M.isDefined(s))throw\"The identifier should be a Node or the Id (string) of a node.\";for(e=s.links,s.links=[],i=0,n=e.length;i<n;i++)o=e[i],this.removeLink(o);this._removeNode(s)},areConnected:function(t,e){return M.any(this.links,function(i){return i.source==t&&i.target==e||i.source==e&&i.target==t})},removeLink:function(t){M.remove(this.links,t),M.remove(t.source.outgoing,t),M.remove(t.source.links,t),M.remove(t.target.incoming,t),M.remove(t.target.links,t)},addNode:function(t,e,i){var n=null;if(!M.isDefined(t))throw\"No Node or identifier for a new Node is given.\";if(M.isString(t)){if(this.hasNode(t))return this.getNode(t);n=new y(t)}else{if(this.hasNode(t))return this.getNode(t);n=t}return M.isDefined(e)&&n.bounds(e),M.isDefined(i)&&(n.owner=i),this._addNode(n),n},addNodeAndOutgoings:function(t){this.hasNode(t)||this._addNode(t);var e=t.outgoing;t.outgoing=[],M.forEach(e,function(t){this.addExistingLink(t)},this)},setItemIndices:function(){var t;for(t=0;t<this.nodes.length;++t)this.nodes[t].index=t;for(t=0;t<this.links.length;++t)this.links[t].index=t},clone:function(t){var e,i=new x,n=M.isDefined(t)&&t===!0;return n&&(i.nodeMap=new m,i.linkMap=new m),e=new m,M.forEach(this.nodes,function(t){var o=t.clone();e.set(t,o),i._addNode(o),n&&i.nodeMap.set(o,t)}),M.forEach(this.links,function(t){if(e.containsKey(t.source)&&e.containsKey(t.target)){var o=i.addLink(e.get(t.source),e.get(t.target));n&&i.linkMap.set(o,t)}}),i},linearize:function(t){return x.Utils.linearize(this,t)},depthFirstTraversal:function(t,e){var i,n;if(M.isUndefined(t))throw\"You need to supply a starting node.\";if(M.isUndefined(e))throw\"You need to supply an action.\";if(!this.hasNode(t))throw\"The given start-node is not part of this graph\";i=this.getNode(t),n=[],this._dftIterator(i,e,n)},_dftIterator:function(t,e,i){var n,o,s,r;for(e(t),i.push(t),n=t.getChildren(),o=0,s=n.length;o<s;o++)r=n[o],P(i,r)||this._dftIterator(r,e,i)},breadthFirstTraversal:function(t,e){var i,n,o,s,r,a,h,c;if(M.isUndefined(t))throw\"You need to supply a starting node.\";if(M.isUndefined(e))throw\"You need to supply an action.\";if(!this.hasNode(t))throw\"The given start-node is not part of this graph\";for(i=this.getNode(t),n=new _,o=[],n.enqueue(i);n.length>0;)for(s=n.dequeue(),e(s),o.push(s),r=s.getChildren(),a=0,h=r.length;a<h;a++)c=r[a],P(o,c)||P(n,c)||n.enqueue(c)},_stronglyConnectedComponents:function(t,e,i,n,o,s,r){var a,h,c,d,l;for(i.add(e,r),n.add(e,r),r++,s.push(e),a=e.getChildren(),c=0,d=a.length;c<d;c++)h=a[c],i.containsKey(h)?P(s,h)&&n.add(e,Math.min(n.get(e),i.get(h))):(this._stronglyConnectedComponents(t,h,i,n,o,s,r),n.add(e,Math.min(n.get(e),n.get(h))));if(n.get(e)===i.get(e)){l=[];do h=s.pop(),l.push(h);while(h!==e);(!t||l.length>1)&&o.push(l)}},findCycles:function(t){var e,i,n,o,s,r,a;for(M.isUndefined(t)&&(t=!0),e=new m,i=new m,n=[],o=[],s=0,r=this.nodes.length;s<r;s++)a=this.nodes[s],e.containsKey(a)||this._stronglyConnectedComponents(t,a,e,i,n,o,0);return n},isAcyclic:function(){return M.isEmpty(this.findCycles())},isSubGraph:function(t){var e=t.linearize(),i=this.linearize();return M.all(e,function(t){return P(i,t)})},makeAcyclic:function(){var t,e,i,n,o,s,r,a,h,c,d,l,u,f,p,g,_,v,y,w,x,b,C,S,k,T,D,I,P,L,E,z;if(this.isEmpty()||this.nodes.length<=1||this.links.length<=1)return[];if(2==this.nodes.length){if(t=[],this.links.length>1)for(e=this.links[0],i=e.source,n=0,o=this.links.length;n<o;n++)s=this.links[n],s.source!=i&&(r=s.reverse(),t.push(r));return t}for(a=this.clone(!0),h=this.nodes.length,c=new m,d=function(t){return 0===t.outgoing.length?2-h:0===t.incoming.length?h-2:t.outgoing.length-t.incoming.length},l=function(t,e){var i=d(t,h);e.containsKey(i)||e.set(i,[]),e.get(i).push(t)},M.forEach(a.nodes,function(t){l(t,c)}),u=[],f=[];a.nodes.length>0;){if(c.containsKey(2-h))for(v=c.get(2-h);v.length>0;){for(g=v.pop(),y=0;y<g.links.length;y++)w=g.links[y],p=w.getComplement(g),_=d(p,h),M.remove(c.get(_),p),p.removeLink(w),l(p,c);a._removeNode(g),f.unshift(g)}if(c.containsKey(h-2))for(x=c.get(h-2);x.length>0;){for(p=x.pop(),b=0;b<p.links.length;b++)C=p.links[b],g=C.getComplement(p),_=d(g,h),M.remove(c.get(_),g),g.removeLink(C),l(g,c);u.push(p),a._removeNode(p)}if(a.nodes.length>0)for(S=h-3;S>2-h;S--)if(c.containsKey(S)&&c.get(S).length>0){for(k=c.get(S),T=k.pop(),D=0;D<T.links.length;D++)I=T.links[D],P=I.getComplement(T),_=d(P,h),M.remove(c.get(_),P),P.removeLink(I),l(P,c);u.push(T),a._removeNode(T);break}}for(u=u.concat(f),L=new m,E=0;E<this.nodes.length;E++)L.set(a.nodeMap.get(u[E]),E);return z=[],M.forEach(this.links,function(t){L.get(t.source)>L.get(t.target)&&(t.reverse(),z.push(t))}),z}}),x.Predefined={EightGraph:function(){return x.Utils.parse([\"1->2\",\"2->3\",\"3->4\",\"4->1\",\"3->5\",\"5->6\",\"6->7\",\"7->3\"])},Mindmap:function(){return x.Utils.parse([\"0->1\",\"0->2\",\"0->3\",\"0->4\",\"0->5\",\"1->6\",\"1->7\",\"7->8\",\"2->9\",\"9->10\",\"9->11\",\"3->12\",\"12->13\",\"13->14\",\"4->15\",\"4->16\",\"15->17\",\"15->18\",\"18->19\",\"18->20\",\"14->21\",\"14->22\",\"5->23\",\"23->24\",\"23->25\",\"6->26\"])},ThreeGraph:function(){return x.Utils.parse([\"1->2\",\"2->3\",\"3->1\"])},BinaryTree:function(t){return M.isUndefined(t)&&(t=5),x.Utils.createBalancedTree(t,2)},Linear:function(t){return M.isUndefined(t)&&(t=10),x.Utils.createBalancedTree(t,1)},Tree:function(t,e){return x.Utils.createBalancedTree(t,e)},Forest:function(t,e,i){return x.Utils.createBalancedForest(t,e,i)},Workflow:function(){return x.Utils.parse([\"0->1\",\"1->2\",\"2->3\",\"1->4\",\"4->3\",\"3->5\",\"5->6\",\"6->3\",\"6->7\",\"5->4\"])},Grid:function(t,e){var i,n,o,s,r,a=new C.Graph;if(t<=0&&e<=0)return a;for(i=0;i<t+1;i++)for(n=null,o=0;o<e+1;o++)s=new y(\"\"+i+\".\"+o),a.addNode(s),n&&a.addLink(n,s),i>0&&(r=a.getNode(\"\"+(i-1)+\".\"+o),a.addLink(r,s)),n=s;return a}},x.Utils={parse:function(t){var e,i,n,o,s,r=new C.Graph,a=t.slice();for(i=0,n=a.length;i<n;i++){if(o=a[i],M.isString(o)){if(o.indexOf(\"->\")<0)throw\"The link should be specified as 'a->b'.\";if(s=o.split(\"->\"),2!=s.length)throw\"The link should be specified as 'a->b'.\";e=new w(s[0],s[1]),r.addLink(e)}if(M.isObject(o)){if(!e)throw\"Specification found before Link definition.\";b.deepExtend(e,o)}}return r},linearize:function(t,e){var i,n,o,s;if(M.isUndefined(t))throw\"Expected an instance of a Graph object in slot one.\";for(M.isUndefined(e)&&(e=!1),i=[],n=0,o=t.links.length;n<o;n++)s=t.links[n],i.push(s.source.id+\"->\"+s.target.id),e&&i.push({id:s.id});return i},_addShape:function(t,e,i,n){return M.isUndefined(e)&&(e=new C.Point(0,0)),M.isUndefined(i)&&(i=s()),n=b.deepExtend({width:20,height:20,id:i,radius:10,fill:\"#778899\",data:\"circle\",undoable:!1,x:e.x,y:e.y},n),t.addShape(n)},_addConnection:function(t,e,i,n){return t.connect(e,i,n)},createDiagramFromGraph:function(t,e,i,n){var o,s,r,h,c,d,l,u,f,p,g,m,_,v,y,w;if(M.isUndefined(t))throw\"The diagram surface is undefined.\";if(M.isUndefined(e))throw\"No graph specification defined.\";for(M.isUndefined(i)&&(i=!0),M.isUndefined(n)&&(n=!1),o=t.element.clientWidth||200,s=t.element.clientHeight||200,r=[],d=0,l=e.nodes.length;d<l;d++)h=e.nodes[d],u=h.position,M.isUndefined(u)&&(u=M.isDefined(h.x)&&M.isDefined(h.y)?new D(h.x,h.y):new D(M.randomInteger(10,o-20),M.randomInteger(10,s-20))),f={},\"0\"===h.id||n&&b.deepExtend(f,{width:150*Math.random()+20,height:80*Math.random()+50,data:\"rectangle\",fill:{color:\"#778899\"}}),c=this._addShape(t,u,h.id,f),p=c.bounds(),M.isDefined(p)&&(h.x=p.x,h.y=p.y,h.width=p.width,h.height=p.height),r[h.id]=c;for(g=0;g<e.links.length;g++)m=e.links[g],_=r[m.source.id],M.isUndefined(_)||(v=r[m.target.id],M.isUndefined(v)||this._addConnection(t,_,v,{id:m.id}));if(i)for(y=new t.SpringLayout(t),y.layoutGraph(e,{limitToView:!1}),w=0;w<e.nodes.length;w++)h=e.nodes[w],c=r[h.id],c.bounds(new a(h.x,h.y,h.width,h.height))},createBalancedTree:function(t,e){var i,n,o,s,r,a,h,c,d,l;if(M.isUndefined(t)&&(t=3),M.isUndefined(e)&&(e=3),i=new C.Graph,n=-1,o=[],t<=0||e<=0)return i;for(r=new y(\"\"+ ++n),i.addNode(r),i.root=r,o.push(r),a=0;a<t;a++){for(s=[],h=0;h<o.length;h++)for(c=o[h],d=0;d<e;d++)l=new y(\"\"+ ++n),i.addLink(c,l),s.push(l);o=s}return i},createBalancedForest:function(t,e,i){var n,o,s,r,a,h,c,d,l,u,f;if(M.isUndefined(t)&&(t=3),M.isUndefined(e)&&(e=3),M.isUndefined(i)&&(i=5),n=new C.Graph,o=-1,s=[],t<=0||e<=0||i<=0)return n;for(a=0;a<i;a++)for(h=new y(\"\"+ ++o),n.addNode(h),s=[h],c=0;c<t;c++){for(r=[],d=0;d<s.length;d++)for(l=s[d],u=0;u<e;u++)f=new y(\"\"+ ++o),n.addLink(l,f),r.push(f);s=r}return n},createRandomConnectedGraph:function(t,e,i){var n,o,s,r,a,h,c,d,l,u;if(M.isUndefined(t)&&(t=40),M.isUndefined(e)&&(e=4),M.isUndefined(i)&&(i=!1),n=new C.Graph,o=-1,t<=0)return n;if(s=new y(\"\"+ ++o),n.addNode(s),1===t)return n;if(t>1){for(r=1;r<t&&(a=n.takeRandomNode([],e),a);r++)h=n.addNode(\"\"+r),n.addLink(a,h);if(!i&&t>1)for(c=M.randomInteger(1,t),d=0;d<c;d++)l=n.takeRandomNode([],e),u=n.takeRandomNode([],e),l&&u&&!n.areConnected(l,u)&&n.addLink(l,u);return n}},randomDiagram:function(t,e,i,n,o){var s=b.dataviz.diagram.Graph.Utils.createRandomConnectedGraph(e,i,n);x.Utils.createDiagramFromGraph(t,s,!1,o)}},b.deepExtend(C,{init:function(t){b.init(t,C.ui)},Point:D,Intersect:c,Geometry:p,Rect:a,Size:h,RectAlign:d,Matrix:u,MatrixVector:f,normalVariable:o,randomId:s,Dictionary:m,HashTable:g,Queue:_,Set:v,Node:y,Link:w,Graph:x,PathDefiner:r})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/svg.min\",[\"kendo.drawing.min\",\"dataviz/diagram/math.min\"],t)}(function(){!function(t,e){function i(t,e){var i,n,o,s=this.options,r=!1;for(o=0;o<e.length;o++)n=e[o],i=t[n],O(i)&&s[n]!==i&&(s[n]=i,r=!0);return r}function n(t){return{x:t.x||0,y:t.y||0,width:t.width||0,height:t.height||0}}function o(t){if(t){var e=t;return U(e)&&(e={color:e}),e.color&&(e.color=s(e.color)),e}}function s(t){var e;return e=t!=K?new F.Color(t).toHex():t}function r(t,e){var i=e.x-t.x,n=e.y-t.y,o=P.util.deg(Math.atan2(n,i));return o}function a(t,e){return new F.Segment(new H.Point(t,e))}function h(t){if(t)return new H.Rect([t.x,t.y],[t.width,t.height])}var c,d,l,u,f,p,g,m,_,v,y,w,x,b,C,S,k,T,M,D,I,P=window.kendo,L=P.dataviz.diagram,E=P.Class,z=P.deepExtend,B=L.Point,N=L.Rect,R=L.Matrix,A=L.Utils,O=A.isNumber,U=A.isString,V=L.MatrixVector,H=P.geometry,F=P.drawing,G=P.util.defined,q=t.inArray,K=\"transparent\",W={none:\"none\",arrowStart:\"ArrowStart\",filledCircle:\"FilledCircle\",arrowEnd:\"ArrowEnd\"},X=360,j=\"start\",Y=\"end\",Q=\"width\",J=\"height\",Z=\"x\",$=\"y\";L.Markers=W,c=E.extend({init:function(t,e){this.x=t,this.y=e},toMatrix:function(){return R.scaling(this.x,this.y)},toString:function(){return P.format(\"scale({0},{1})\",this.x,this.y)},invert:function(){return new c(1/this.x,1/this.y)}}),d=E.extend({init:function(t,e){this.x=t,this.y=e},toMatrixVector:function(){return new V(0,0,0,0,this.x,this.y)},toMatrix:function(){return R.translation(this.x,this.y)},toString:function(){return P.format(\"translate({0},{1})\",this.x,this.y)},plus:function(t){this.x+=t.x,this.y+=t.y},times:function(t){this.x*=t,this.y*=t},length:function(){return Math.sqrt(this.x*this.x+this.y*this.y)},normalize:function(){0!==this.Length&&this.times(1/this.length())},invert:function(){return new d((-this.x),(-this.y))}}),l=E.extend({init:function(t,e,i){this.x=e||0,this.y=i||0,this.angle=t},toString:function(){return this.x&&this.y?P.format(\"rotate({0},{1},{2})\",this.angle,this.x,this.y):P.format(\"rotate({0})\",this.angle)},toMatrix:function(){return R.rotation(this.angle,this.x,this.y)},center:function(){return new B(this.x,this.y)},invert:function(){return new l(X-this.angle,this.x,this.y)}}),l.ZERO=new l(0),l.create=function(t){return new l(t.angle,t.x,t.y)},l.parse=function(t){var e=t.slice(1,t.length-1).split(\",\"),i=e[0],n=e[1],o=e[2],s=new l(i,n,o);return s},u=E.extend({init:function(t,i,n,o,s,r){this.translate=new d(t,i),n!==e&&o!==e&&(this.scale=new c(n,o)),s!==e&&(this.rotate=r?new l(s,r.x,r.y):new l(s))},toString:function(){var t=function(t){return t?\"\"+t:\"\"};return t(this.translate)+t(this.rotate)+t(this.scale)},render:function(t){t._transform=this,t._renderTransform()},toMatrix:function(){var t=R.unit();return this.translate&&(t=t.times(this.translate.toMatrix())),this.rotate&&(t=t.times(this.rotate.toMatrix())),this.scale&&(t=t.times(this.scale.toMatrix())),t},invert:function(){var t,i,n=this.rotate?this.rotate.invert():e,o=n?n.toMatrix():R.unit(),s=this.scale?this.scale.invert():e,r=s?s.toMatrix():R.unit(),a=new B((-this.translate.x),(-this.translate.y));return a=o.times(r).apply(a),t=new d(a.x,a.y),i=new u,i.translate=t,i.rotate=n,i.scale=s,i}}),f={_setScale:function(){var t=this.options,e=this._originWidth,i=this._originHeight,n=t.width/e,o=t.height/i;O(n)||(n=1),O(o)||(o=1),this._transform.scale=new c(n,o)},_setTranslate:function(){var t=this.options,e=t.x||0,i=t.y||0;this._transform.translate=new d(e,i)},_initSize:function(){var t=this.options,e=!1;t.autoSize!==!1&&(G(t.width)||G(t.height))&&(this._measure(!0),this._setScale(),e=!0),(G(t.x)||G(t.y))&&(this._setTranslate(),e=!0),e&&this._renderTransform()},_updateSize:function(t){var e=!1;return this.options.autoSize!==!1&&this._diffNumericOptions(t,[Q,J])&&(e=!0,this._measure(!0),this._setScale()),this._diffNumericOptions(t,[Z,$])&&(e=!0,this._setTranslate()),e&&this._renderTransform(),e}},p=E.extend({init:function(t){var e=this;e.options=z({},e.options,t),e.id=e.options.id,e._originSize=N.empty(),e._transform=new u},visible:function(t){return this.drawingContainer().visible(t)},redraw:function(t){t&&t.id&&(this.id=t.id)},position:function(t,i){var n=this.options;return G(t)?(G(i)?(n.x=t,n.y=i):t instanceof B&&(n.x=t.x,n.y=t.y),this._transform.translate=new d(n.x,n.y),this._renderTransform(),e):new B(n.x,n.y)},rotate:function(t,e){return G(t)&&(this._transform.rotate=new l(t,e.x,e.y),this._renderTransform()),this._transform.rotate||l.ZERO},drawingContainer:function(){return this.drawingElement},_renderTransform:function(){var t=this._transform.toMatrix();this.drawingContainer().transform(new H.Matrix(t.a,t.b,t.c,t.d,t.e,t.f))},_hover:function(){},_diffNumericOptions:i,_measure:function(t){var e,i,n;return!this._measured||t?(i=this._boundingBox()||new H.Rect,n=i.topLeft(),e=new N(n.x,n.y,i.width(),i.height()),this._originSize=e,this._originWidth=e.width,this._originHeight=e.height,this._measured=!0):e=this._originSize,e},_boundingBox:function(){return this.drawingElement.rawBBox()}}),g=p.extend({init:function(t){p.fn.init.call(this,t),t=this.options,t.fill=o(t.fill),t.stroke=o(t.stroke)},options:{stroke:{color:\"gray\",width:1},fill:{color:K}},fill:function(t,e){this._fill({color:s(t),opacity:e})},stroke:function(t,e,i){this._stroke({color:s(t),width:e,opacity:i})},redraw:function(t){var e,i;t&&(e=t.stroke,i=t.fill,e&&this._stroke(o(e)),i&&this._fill(o(i)),p.fn.redraw.call(this,t))},_hover:function(t){var e,i=this.drawingElement,n=this.options,s=n.hover;s&&s.fill&&(e=t?o(s.fill):n.fill,i.fill(e.color,e.opacity))},_stroke:function(t){var e,i=this.options;z(i,{stroke:t}),t=i.stroke,e=null,t.width>0&&(e={color:t.color,width:t.width,opacity:t.opacity,dashType:t.dashType}),this.drawingElement.options.set(\"stroke\",e)},_fill:function(t){var e,i,n,o=this.options;z(o,{fill:t||{}}),e=o.fill,e.gradient?(i=e.gradient,n=\"radial\"===i.type?F.RadialGradient:F.LinearGradient,this.drawingElement.fill(new n(i))):this.drawingElement.fill(e.color,e.opacity)}}),m=g.extend({init:function(t){t=this._textColor(t),g.fn.init.call(this,t),this._font(),this._initText(),this._initSize()},options:{fontSize:15,fontFamily:\"sans-serif\",stroke:{width:0},fill:{color:\"black\"},autoSize:!0},_initText:function(){var t=this.options;this.drawingElement=new F.Text(G(t.text)?t.text:\"\",new H.Point,{font:t.font}),this._fill(),this._stroke()},_textColor:function(t){return t&&t.color&&(t=z({},t,{fill:{color:t.color}})),t},_font:function(){var t,e=this.options;e.fontFamily&&G(e.fontSize)?(t=[],e.fontStyle&&t.push(e.fontStyle),e.fontWeight&&t.push(e.fontWeight),t.push(e.fontSize+(O(e.fontSize)?\"px\":\"\")),t.push(e.fontFamily),e.font=t.join(\" \")):delete e.font},content:function(t){return this.drawingElement.content(t)},redraw:function(t){var e,i;t&&(e=!1,i=this.options,t=this._textColor(t),g.fn.redraw.call(this,t),(t.fontFamily||G(t.fontSize)||t.fontStyle||t.fontWeight)&&(z(i,{fontFamily:t.fontFamily,fontSize:t.fontSize,fontStyle:t.fontStyle,fontWeight:t.fontWeight}),this._font(),this.drawingElement.options.set(\"font\",i.font),e=!0),t.text&&(this.content(t.text),e=!0),!this._updateSize(t)&&e&&this._initSize())}}),z(m.fn,f),_=g.extend({init:function(t){g.fn.init.call(this,t),this._initPath(),this._setPosition()},_setPosition:function(){var t=this.options,e=t.x,i=t.y;(G(e)||G(i))&&this.position(e||0,i||0)},redraw:function(t){t&&(g.fn.redraw.call(this,t),this._diffNumericOptions(t,[Q,J])&&this._drawPath(),this._diffNumericOptions(t,[Z,$])&&this._setPosition())},_initPath:function(){var t=this.options;this.drawingElement=new F.Path({stroke:t.stroke,closed:!0}),this._fill(),this._drawPath()},_drawPath:function(){var t=this.drawingElement,e=n(this.options),i=e.width,o=e.height;t.segments.elements([a(0,0),a(i,0),a(i,o),a(0,o)])}}),v=g.extend({init:function(t){g.fn.init.call(this,t);var e=this.options.anchor;this.anchor=new H.Point(e.x,e.y),this.createElement()},options:{stroke:{color:K,width:0},fill:{color:\"black\"}},_transformToPath:function(t,e){var i=e.transform();return t&&i&&(t=t.transformCopy(i)),t},redraw:function(t){t&&(t.position&&(this.options.position=t.position),g.fn.redraw.call(this,t))}}),y=v.extend({options:{radius:4,anchor:{x:0,y:0}},createElement:function(){var t=this.options;this.drawingElement=new F.Circle(new H.Circle(this.anchor,t.radius),{fill:t.fill,stroke:t.stroke})},positionMarker:function(t){var e,i,n=this.options,o=n.position,s=t.segments;e=o==j?s[0]:s[s.length-1],e&&(i=this._transformToPath(e.anchor(),t),this.drawingElement.transform(H.transform().translate(i.x,i.y)))}}),w=v.extend({options:{path:\"M 0 0 L 10 5 L 0 10 L 3 5 z\",anchor:{x:10,y:5}},createElement:function(){var t=this.options;this.drawingElement=F.Path.parse(t.path,{fill:t.fill,stroke:t.stroke})},positionMarker:function(t){var e,i,n=this._linePoints(t),o=n.start,s=n.end,a=H.transform();o&&a.rotate(r(o,s),s),s&&(e=this.anchor,i=s.clone().translate(-e.x,-e.y),a.translate(i.x,i.y)),this.drawingElement.transform(a)},_linePoints:function(t){var e,i,n,o,s,r=this.options,a=t.segments;if(r.position==j?(n=a[0],n&&(i=n.anchor(),e=n.controlOut(),o=a[1],!e&&o&&(e=o.anchor()))):(n=a[a.length-1],n&&(i=n.anchor(),e=n.controlIn(),s=a[a.length-2],!e&&s&&(e=s.anchor()))),i)return{start:this._transformToPath(e,t),end:this._transformToPath(i,t)}}}),x={_getPath:function(t){var e=this.drawingElement;if(e instanceof F.MultiPath&&(e=t==j?e.paths[0]:e.paths[e.paths.length-1]),e&&e.segments.length)return e},_normalizeMarkerOptions:function(t){var e=t.startCap,i=t.endCap;U(e)&&(t.startCap={type:e}),U(i)&&(t.endCap={type:i})},_removeMarker:function(t){var e=this._markers[t];e&&(this.drawingContainer().remove(e.drawingElement),delete this._markers[t])},_createMarkers:function(){var t=this.options;this._normalizeMarkerOptions(t),this._markers={},this._markers[j]=this._createMarker(t.startCap,j),this._markers[Y]=this._createMarker(t.endCap,Y)},_createMarker:function(t,i){var n,o,s=(t||{}).type,r=this._getPath(i);return r?(s==W.filledCircle?n=y:s==W.arrowStart||s==W.arrowEnd?n=w:this._removeMarker(i),n?(o=new n(z({},t,{position:i})),o.positionMarker(r),this.drawingContainer().append(o.drawingElement),o):e):(this._removeMarker(i),e)},_positionMarker:function(t){var e,i=this._markers[t];i&&(e=this._getPath(t),e?i.positionMarker(e):this._removeMarker(t))},_capMap:{start:\"startCap\",end:\"endCap\"},_redrawMarker:function(t,e,i){var n,o,s,r,a;return this._normalizeMarkerOptions(i),n=this.options,o=this._capMap[e],s=(n[o]||{}).type,r=i[o],a=!1,r?(n[o]=z({},n[o],r),r.type&&s!=r.type?(this._removeMarker(e),this._markers[e]=this._createMarker(n[o],e),a=!0):this._markers[e]&&this._markers[e].redraw(r)):t&&!this._markers[e]&&n[o]&&(this._markers[e]=this._createMarker(n[o],e),a=!0),a},_redrawMarkers:function(t,e){!this._redrawMarker(t,j,e)&&t&&this._positionMarker(j),!this._redrawMarker(t,Y,e)&&t&&this._positionMarker(Y)}},b=g.extend({init:function(t){g.fn.init.call(this,t),this.container=new F.Group,this._createElements(),this._initSize()},options:{autoSize:!0},drawingContainer:function(){return this.container},data:function(t){var i=this.options;return t?(i.data!=t&&(i.data=t,this._setData(t),this._initSize(),this._redrawMarkers(!0,{})),e):i.data},redraw:function(t){var e,i;t&&(g.fn.redraw.call(this,t),e=this.options,i=t.data,G(i)&&e.data!=i?(e.data=i,this._setData(i),this._updateSize(t)||this._initSize(),this._redrawMarkers(!0,t)):(this._updateSize(t),this._redrawMarkers(!1,t)))},_createElements:function(){var t=this.options;this.drawingElement=F.Path.parse(t.data||\"\",{stroke:t.stroke}),this._fill(),this.container.append(this.drawingElement),this._createMarkers()},_setData:function(t){var e=this.drawingElement,i=F.Path.parse(t||\"\"),n=i.paths.slice(0);i.paths.elements([]),e.paths.elements(n)}}),z(b.fn,f),z(b.fn,x),C=g.extend({init:function(t){g.fn.init.call(this,t),this.container=new F.Group,this._initPath(),this._createMarkers()},drawingContainer:function(){return this.container},redraw:function(t){var e,i;t&&(t=t||{},e=t.from,i=t.to,e&&(this.options.from=e),i&&(this.options.to=i),e||i?(this._drawPath(),this._redrawMarkers(!0,t)):this._redrawMarkers(!1,t),g.fn.redraw.call(this,t))},_initPath:function(){var t=this.options,e=this.drawingElement=new F.Path({stroke:t.stroke});this._fill(),this._drawPath(),this.container.append(e)},_drawPath:function(){var t=this.options,e=this.drawingElement,i=t.from||new B,n=t.to||new B;e.segments.elements([a(i.x,i.y),a(n.x,n.y)])}}),z(C.fn,x),S=g.extend({init:function(t){g.fn.init.call(this,t),this.container=new F.Group,this._initPath(),this._createMarkers()},drawingContainer:function(){return this.container},points:function(t){var i=this.options;return t?(i.points=t,this._updatePath(),e):i.points},redraw:function(t){if(t){var e=t.points;g.fn.redraw.call(this,t),e&&this._pointsDiffer(e)?(this.points(e),this._redrawMarkers(!0,t)):this._redrawMarkers(!1,t)}},_initPath:function(){var t=this.options;this.drawingElement=new F.Path({stroke:t.stroke}),this._fill(),this.container.append(this.drawingElement),t.points&&this._updatePath()},_pointsDiffer:function(t){var e,i=this.options.points,n=i.length!==t.length;if(!n)for(e=0;e<t.length;e++)if(i[e].x!==t[e].x||i[e].y!==t[e].y){n=!0;break}return n},_updatePath:function(){var t,e,i=this.drawingElement,n=this.options,o=n.points,s=[];for(e=0;e<o.length;e++)t=o[e],s.push(a(t.x,t.y));i.segments.elements(s)},options:{points:[]}}),z(S.fn,x),k=p.extend({init:function(t){p.fn.init.call(this,t),this._initImage()},redraw:function(t){t&&(t.source&&this.drawingElement.src(t.source),this._diffNumericOptions(t,[Q,J,Z,$])&&this.drawingElement.rect(this._rect()),p.fn.redraw.call(this,t))},_initImage:function(){var t=this.options,e=this._rect();this.drawingElement=new F.Image(t.source,e,{})},_rect:function(){var t=n(this.options),e=new H.Point(t.x,t.y),i=new H.Size(t.width,t.height);return new H.Rect(e,i)}}),T=p.extend({init:function(t){this.children=[],p.fn.init.call(this,t),this.drawingElement=new F.Group,this._initSize()},options:{autoSize:!1},append:function(t){this.drawingElement.append(t.drawingContainer()),this.children.push(t),this._childrenChange=!0},remove:function(t){this._remove(t)&&(this._childrenChange=!0)},_remove:function(t){var e=q(t,this.children);if(e>=0)return this.drawingElement.removeAt(e),this.children.splice(e,1),!0},clear:function(){this.drawingElement.clear(),this.children=[],this._childrenChange=!0},toFront:function(t){var e,i;for(i=0;i<t.length;i++)e=t[i],this._remove(e)&&this.append(e)},toBack:function(t){this._reorderChildren(t,0)},toIndex:function(t,e){this._reorderChildren(t,e)},_reorderChildren:function(t,e){var i,n,o,s,r,a=this.drawingElement,h=a.children.slice(0),c=this.children,d=O(e);for(i=0;i<t.length;i++)r=t[i],s=r.drawingContainer(),n=q(r,c),n>=0&&(h.splice(n,1),c.splice(n,1),o=d?e:e[i],h.splice(o,0,s),c.splice(o,0,r));a.clear(),a.append.apply(a,h)},redraw:function(t){t&&(this._childrenChange?(this._childrenChange=!1,this._updateSize(t)||this._initSize()):this._updateSize(t),p.fn.redraw.call(this,t))},_boundingBox:function(){var t,e,i,n,o=this.children;for(n=0;n<o.length;n++)e=o[n],e.visible()&&e._includeInBBox!==!1&&(i=e.drawingContainer().clippedBBox(null),i&&(t=t?H.Rect.union(t,i):i));return t}}),z(T.fn,f),M=T.extend({init:function(t,e){this.children=[],p.fn.init.call(this,e),this.drawingElement=new F.Layout(h(t),e),this._initSize()},rect:function(t){if(t)this.drawingElement.rect(h(t));else{var e=this.drawingElement.rect();if(e)return new N(e.origin.x,e.origin.y,e.size.width,e.size.height)}},reflow:function(){this.drawingElement.reflow()},redraw:function(t){P.deepExtend(this.drawingElement.options,t),T.fn.redraw.call(this,t)}}),D=g.extend({init:function(t){g.fn.init.call(this,t),this._initCircle(),this._initSize()},redraw:function(t){if(t){var e=this.options;t.center&&(z(e,{center:t.center}),this._center.move(e.center.x,e.center.y)),this._diffNumericOptions(t,[\"radius\"])&&this._circle.setRadius(e.radius),this._updateSize(t),g.fn.redraw.call(this,t)}},_initCircle:function(){var t,e=this.options,i=e.width,n=e.height,o=e.radius;G(o)||(G(i)||(i=n),G(n)||(n=i),e.radius=o=Math.min(i,n)/2),t=e.center||{x:o,y:o},this._center=new H.Point(t.x,t.y),this._circle=new H.Circle(this._center,o),this.drawingElement=new F.Circle(this._circle,{stroke:e.stroke}),this._fill()}}),z(D.fn,f),I=E.extend({init:function(t,e){e=e||{},this.element=t,this.surface=F.Surface.create(t,e),P.isFunction(this.surface.translate)&&(this.translate=this._translate),this.drawingElement=new F.Group,this._viewBox=new N(0,0,e.width,e.height),this.size(this._viewBox)},bounds:function(){var t=this.drawingElement.clippedBBox();return new N(0,0,t.width(),t.height())},size:function(t){var e=this._viewBox;return G(t)&&(e.width=t.width,e.height=t.height,this.surface.setSize(t)),{width:e.width,height:e.height}},_translate:function(t,e){var i=this._viewBox;return G(t)&&G(e)&&(i.x=t,i.y=e,this.surface.translate({x:t,y:e})),{x:i.x,y:i.y}},draw:function(){this.surface.draw(this.drawingElement)},append:function(t){return this.drawingElement.append(t.drawingContainer()),this},remove:function(t){this.drawingElement.remove(t.drawingContainer())},insertBefore:function(){},clear:function(){this.drawingElement.clear()},destroy:function(e){this.surface.destroy(),e&&t(this.element).remove()}}),P.deepExtend(L,{init:function(t){P.init(t,L.ui)},diffNumericOptions:i,Element:p,Scale:c,Translation:d,Rotation:l,Circle:D,Group:T,Rectangle:_,Canvas:I,Path:b,Layout:M,Line:C,MarkerBase:v,ArrowMarker:w,CircleMarker:y,Polyline:S,CompositeTransform:u,TextBlock:m,Image:k,VisualBase:g})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/services.min\",[\"kendo.drawing.min\",\"dataviz/diagram/svg.min\"],t)}(function(){!function(t,e){function i(t,e){return e.charCodeAt(0)==t||e.toUpperCase().charCodeAt(0)==t}function n(t,e){var i;return t.x==-1&&t.y==-1?i=e.bottomRight():1==t.x&&1==t.y?i=e.topLeft():t.x==-1&&1==t.y?i=e.topRight():1==t.x&&t.y==-1?i=e.bottomLeft():0===t.x&&t.y==-1?i=e.bottom():0===t.x&&1==t.y?i=e.top():1==t.x&&0===t.y?i=e.left():t.x==-1&&0===t.y&&(i=e.right()),i}function o(t){var e=t.options.editable;return e&&e.drag!==!1}function s(t,e){var i,n,o,s;for(s=0;s<t.connectors.length;s++)if(i=t.connectors[s],n=i.position(),o=new q(n.x,n.y),o.inflate(ot,ot),o.contains(e))return i}function r(t){return t.ctrlKey===!1&&t.altKey===!1&&t.shiftKey===!1;\n}var a,h,c,d,l,u,f,p,g,m,_,v,y,w,x,b,C,S,k,T,M,D,I,P,L,E,z,B,N,R,A,O,U=window.kendo,V=U.dataviz,H=V.diagram,F=U.Class,G=H.Group,q=H.Rect,K=H.Rectangle,W=H.Utils,X=W.isUndefined,j=H.Point,Y=H.Circle,Q=H.Ticker,J=U.deepExtend,Z=U.ui.Movable,$=U.support.browser,tt=U.util.defined,et=t.inArray,it=t.proxy,nt={arrow:\"default\",grip:\"pointer\",cross:\"pointer\",add:\"pointer\",move:\"move\",select:\"pointer\",south:\"s-resize\",east:\"e-resize\",west:\"w-resize\",north:\"n-resize\",rowresize:\"row-resize\",colresize:\"col-resize\"},ot=10,st=\"Auto\",rt=\"Top\",at=\"Right\",ht=\"Left\",ct=\"Bottom\",dt=10,lt=10,ut=\"dragStart\",ft=\"drag\",pt=\"dragEnd\",gt=\"itemRotate\",mt=\"itemBoundsChange\",_t=5,vt=5,yt=\"mouseEnter\",wt=\"mouseLeave\",xt=\"zoomStart\",bt=\"zoomEnd\",Ct=-2e4,St=2e4,kt=.9,Tt=.93,Mt=5,Dt=\"transparent\",It=\"pan\",Pt=\"rotated\",Lt=\"source\",Et=\"target\",zt={\"-1\":Lt,1:Et};H.Cursors=nt,a=U.Class.extend({init:function(t){this.layoutState=t,this.diagram=t.diagram},initState:function(){function t(t,e){var i=this.diagram.getShapeById(t);i&&(this.subjects.push(i),this.froms.push(i.bounds().topLeft()),this.tos.push(e.topLeft()))}this.froms=[],this.tos=[],this.subjects=[],this.layoutState.nodeMap.forEach(t,this)},update:function(t){if(!(this.subjects.length<=0))for(var e=0;e<this.subjects.length;e++)this.subjects[e].position(new j(this.froms[e].x+(this.tos[e].x-this.froms[e].x)*t,this.froms[e].y+(this.tos[e].y-this.froms[e].y)*t))}}),h=F.extend({init:function(t,e,i){this.animate=!X(i)&&i,this._initialState=t,this._finalState=e,this.title=\"Diagram layout\"},undo:function(){this.setState(this._initialState)},redo:function(){this.setState(this._finalState)},setState:function(t){var e,i=t.diagram;this.animate?(t.linkMap.forEach(function(t,e){var n=i.getShapeById(t);n.visible(!1),n&&n.points(e)}),e=new Q,e.addAdapter(new a(t)),e.onComplete(function(){t.linkMap.forEach(function(t){var e=i.getShapeById(t);e.visible(!0)})}),e.play()):(t.nodeMap.forEach(function(t,e){var n=i.getShapeById(t);n&&n.position(e.topLeft())}),t.linkMap.forEach(function(t,e){var n=i.getShapeById(t);n&&n.points(e)}))}}),c=F.extend({init:function(t){this.units=[],this.title=\"Composite unit\",t!==e&&this.units.push(t)},add:function(t){this.units.push(t)},undo:function(){for(var t=0;t<this.units.length;t++)this.units[t].undo()},redo:function(){for(var t=0;t<this.units.length;t++)this.units[t].redo()}}),d=F.extend({init:function(t,e,i){this.item=t,this._redoSource=e,this._redoTarget=i,tt(e)&&(this._undoSource=t.source()),tt(i)&&(this._undoTarget=t.target()),this.title=\"Connection Editing\"},undo:function(){this._undoSource!==e&&this.item._updateConnector(this._undoSource,\"source\"),this._undoTarget!==e&&this.item._updateConnector(this._undoTarget,\"target\"),this.item.updateModel()},redo:function(){this._redoSource!==e&&this.item._updateConnector(this._redoSource,\"source\"),this._redoTarget!==e&&this.item._updateConnector(this._redoTarget,\"target\"),this.item.updateModel()}}),l=F.extend({init:function(t,e,i){this.item=t,this._undoSource=e,this._undoTarget=i,this._redoSource=t.source(),this._redoTarget=t.target(),this.title=\"Connection Editing\"},undo:function(){this.item._updateConnector(this._undoSource,\"source\"),this.item._updateConnector(this._undoTarget,\"target\"),this.item.updateModel()},redo:function(){this.item._updateConnector(this._redoSource,\"source\"),this.item._updateConnector(this._redoTarget,\"target\"),this.item.updateModel()}}),u=F.extend({init:function(t){this.connection=t,this.diagram=t.diagram,this.targetConnector=t.targetConnector,this.title=\"Delete connection\"},undo:function(){this.diagram._addConnection(this.connection,!1)},redo:function(){this.diagram.remove(this.connection,!1)}}),f=F.extend({init:function(t){this.shape=t,this.diagram=t.diagram,this.title=\"Deletion\"},undo:function(){this.diagram._addShape(this.shape,!1),this.shape.select(!1)},redo:function(){this.shape.select(!1),this.diagram.remove(this.shape,!1)}}),p=F.extend({init:function(t,e,i){var n,o;for(this.shapes=t,this.undoStates=e,this.title=\"Transformation\",this.redoStates=[],this.adorner=i,n=0;n<this.shapes.length;n++)o=this.shapes[n],this.redoStates.push(o.bounds())},undo:function(){var t,e;for(t=0;t<this.shapes.length;t++)e=this.shapes[t],e.bounds(this.undoStates[t]),e.hasOwnProperty(\"layout\")&&e.layout(e,this.redoStates[t],this.undoStates[t]),e.updateModel();this.adorner&&(this.adorner.refreshBounds(),this.adorner.refresh())},redo:function(){var t,e;for(t=0;t<this.shapes.length;t++)e=this.shapes[t],e.bounds(this.redoStates[t]),e.hasOwnProperty(\"layout\")&&e.layout(e,this.undoStates[t],this.redoStates[t]),e.updateModel();this.adorner&&(this.adorner.refreshBounds(),this.adorner.refresh())}}),g=F.extend({init:function(t,e){this.connection=t,this.diagram=e,this.title=\"New connection\"},undo:function(){this.diagram.remove(this.connection,!1)},redo:function(){this.diagram._addConnection(this.connection,!1)}}),m=F.extend({init:function(t,e){this.shape=t,this.diagram=e,this.title=\"New shape\"},undo:function(){this.diagram.deselect(),this.diagram.remove(this.shape,!1)},redo:function(){this.diagram._addShape(this.shape,!1)}}),_=F.extend({init:function(t,e,i){this.initial=t,this.finalPos=e,this.diagram=i,this.title=\"Pan Unit\"},undo:function(){this.diagram.pan(this.initial)},redo:function(){this.diagram.pan(this.finalPos)}}),v=F.extend({init:function(t,e,i){var n,o;for(this.shapes=e,this.undoRotates=i,this.title=\"Rotation\",this.redoRotates=[],this.redoAngle=t._angle,this.adorner=t,this.center=t._innerBounds.center(),n=0;n<this.shapes.length;n++)o=this.shapes[n],this.redoRotates.push(o.rotate().angle)},undo:function(){var t,e;for(t=0;t<this.shapes.length;t++)e=this.shapes[t],e.rotate(this.undoRotates[t],this.center,!1),e.hasOwnProperty(\"layout\")&&e.layout(e),e.updateModel();this.adorner&&(this.adorner._initialize(),this.adorner.refresh())},redo:function(){var t,e;for(t=0;t<this.shapes.length;t++)e=this.shapes[t],e.rotate(this.redoRotates[t],this.center,!1),e.hasOwnProperty(\"layout\")&&e.layout(e),e.updateModel();this.adorner&&(this.adorner._initialize(),this.adorner.refresh())}}),y=F.extend({init:function(t,e,i){this.diagram=t,this.indices=i,this.items=e,this.title=\"Rotate Unit\"},undo:function(){this.diagram._toIndex(this.items,this.indices)},redo:function(){this.diagram.toFront(this.items,!1)}}),w=F.extend({init:function(t,e,i){this.diagram=t,this.indices=i,this.items=e,this.title=\"Rotate Unit\"},undo:function(){this.diagram._toIndex(this.items,this.indices)},redo:function(){this.diagram.toBack(this.items,!1)}}),x=U.Observable.extend({init:function(t){U.Observable.fn.init.call(this,t),this.bind(this.events,t),this.stack=[],this.index=0,this.capacity=100},events:[\"undone\",\"redone\"],begin:function(){this.composite=new c},cancel:function(){this.composite=e},commit:function(t){this.composite.units.length>0&&this._restart(this.composite,t),this.composite=e},addCompositeItem:function(t){this.composite?this.composite.add(t):this.add(t)},add:function(t,e){this._restart(t,e)},pop:function(){this.index>0&&(this.stack.pop(),this.index--)},count:function(){return this.stack.length},undo:function(){this.index>0&&(this.index--,this.stack[this.index].undo(),this.trigger(\"undone\"))},redo:function(){this.stack.length>0&&this.index<this.stack.length&&(this.stack[this.index].redo(),this.index++,this.trigger(\"redone\"))},_restart:function(t,e){this.stack.splice(this.index,this.stack.length-this.index),this.stack.push(t),e!==!1?this.redo():this.index++,this.stack.length>this.capacity&&(this.stack.splice(0,this.stack.length-this.capacity),this.index=this.capacity)},clear:function(){this.stack=[],this.index=0}}),b=F.extend({init:function(t){this.toolService=t},start:function(){},move:function(){},end:function(){},tryActivate:function(){return!1},getCursor:function(){return nt.arrow}}),C=b.extend({init:function(e){var i,n,o,s,r=this,a=U.support.mobileOS?Tt:kt;b.fn.init.call(r,e),i=r.toolService.diagram,n=i.canvas,o=i.scroller=r.scroller=t(i.scrollable).kendoMobileScroller({friction:a,velocityMultiplier:Mt,mousewheelScrolling:!1,zoom:!1,scroll:it(r._move,r)}).data(\"kendoMobileScroller\"),n.translate&&(r.movableCanvas=new Z(n.element)),s=function(t,e,i){t.makeVirtual(),t.virtualSize(e||Ct,i||St)},s(o.dimensions.x),s(o.dimensions.y),o.disable()},tryActivate:function(t,e){var i=this.toolService,n=i.diagram.options.pannable,o=e.ctrlKey;return tt(n.key)&&(o=n.key&&\"none\"!=n.key?e[n.key+\"Key\"]:r(e)&&!tt(i.hoveredItem)),n!==!1&&o&&!tt(i.hoveredAdorner)&&!tt(i._hoveredConnector)},start:function(){this.scroller.enable()},move:function(){},_move:function(t){var e=this,i=e.toolService.diagram,n=i.canvas,o=new j(t.scrollLeft,t.scrollTop);n.translate?(i._storePan(o.times(-1)),e.movableCanvas.moveTo(o),n.translate(o.x,o.y)):o=o.plus(i._pan.times(-1)),i.trigger(It,{pan:o})},end:function(){this.scroller.disable()},getCursor:function(){return nt.move}}),S=F.extend({init:function(t){this.toolService=t},tryActivate:function(){return!0},start:function(t,e){var i=this.toolService,n=i.diagram,o=i.hoveredItem;o&&(i.selectSingle(o,e),o.adorner&&(this.adorner=o.adorner,this.handle=this.adorner._hitTest(t))),this.handle||(this.handle=n._resizingAdorner._hitTest(t),this.handle&&(this.adorner=n._resizingAdorner)),this.adorner&&(this.adorner.isDragHandle(this.handle)&&n.trigger(ut,{shapes:this.adorner.shapes,connections:[]})?(i.startPoint=t,i.end(t)):this.adorner.start(t))},move:function(t){this.adorner&&(this.adorner.move(this.handle,t),this.adorner.isDragHandle(this.handle)&&this.toolService.diagram.trigger(ft,{shapes:this.adorner.shapes,connections:[]}))},end:function(){var t,i=this.toolService.diagram,n=this.adorner;n&&(n.isDragHandle(this.handle)&&i.trigger(pt,{shapes:n.shapes,connections:[]})?n.cancel():(t=n.stop(),t&&i.undoRedoService.add(t,!1))),this.adorner=e,this.handle=e},getCursor:function(t){return this.toolService.hoveredItem?this.toolService.hoveredItem._getCursor(t):nt.arrow}}),k=F.extend({init:function(t){this.toolService=t},tryActivate:function(t,e){var i=this.toolService,n=i.diagram.options.selectable,o=n&&n.multiple!==!1;return o&&(o=n.key&&\"none\"!=n.key?e[n.key+\"Key\"]:r(e)),o&&!tt(i.hoveredItem)&&!tt(i.hoveredAdorner)},start:function(t){var e=this.toolService.diagram;e.deselect(),e.selector.start(t)},move:function(t){var e=this.toolService.diagram;e.selector.move(t)},end:function(t,e){var i=this.toolService.diagram,n=this.toolService.hoveredItem,o=i.selector.bounds();n&&n.isSelected||e.ctrlKey||i.deselect(),o.isEmpty()||i.selectArea(o),i.selector.end()},getCursor:function(){return nt.arrow}}),T=F.extend({init:function(t){this.toolService=t,this.type=\"ConnectionTool\"},tryActivate:function(){return this.toolService._hoveredConnector},start:function(t,e){var i=this.toolService,n=i.diagram,s=i._hoveredConnector,r=n._createConnection({},s._c,t);o(r)&&!n.trigger(ut,{shapes:[],connections:[r],connectionHandle:Et})&&n._addConnection(r)?(i._connectionManipulation(r,s._c.shape,!0),i._removeHover(),i.selectSingle(i.activeConnection,e),\"touchmove\"==e.type&&(n._cachedTouchTarget=s.visual)):(r.source(null),i.end(t))},move:function(t){var e=this.toolService,i=e.activeConnection;return i.target(t),e.diagram.trigger(ft,{shapes:[],connections:[i],connectionHandle:Et}),!0},end:function(t){var e,i=this.toolService,n=i.diagram,o=i.activeConnection,s=i.hoveredItem,r=i._hoveredConnector,a=n._cachedTouchTarget;o&&(e=r&&r._c!=o.sourceConnector?r._c:s&&s instanceof H.Shape?s.getConnector(st)||s.getConnector(t):t,o.target(e),n.trigger(pt,{shapes:[],connections:[o],connectionHandle:Et})?(n.remove(o,!1),n.undoRedoService.pop()):(o.updateModel(),n._syncConnectionChanges()),i._connectionManipulation(),a&&(n._connectorsAdorner.visual.remove(a),n._cachedTouchTarget=null))},getCursor:function(){return nt.arrow}}),M=F.extend({init:function(t){this.toolService=t,this.type=\"ConnectionTool\"},tryActivate:function(t,e){var i=this.toolService,n=i.diagram,o=n.options.selectable,s=i.hoveredItem,r=o!==!1&&s&&s.path&&!(s.isSelected&&e.ctrlKey);return r&&(this._c=s),r},start:function(t,e){var i,n,s,r=this.toolService,a=this._c;r.selectSingle(a,e),i=a.adorner,i&&(n=i._hitTest(t),s=zt[n]),o(a)&&i&&!r.diagram.trigger(ut,{shapes:[],connections:[a],connectionHandle:s})?(this.handle=n,this.handleName=s,i.start(t)):(r.startPoint=t,r.end(t))},move:function(t){var e=this._c.adorner;if(o(this._c)&&e)return e.move(this.handle,t),this.toolService.diagram.trigger(ft,{shapes:[],connections:[this._c],connectionHandle:this.handleName}),!0},end:function(t){var e,i=this._c,n=i.adorner,s=this.toolService,r=s.diagram;n&&o(i)&&(e=n.stop(t),r.trigger(pt,{shapes:[],connections:[i],connectionHandle:this.handleName})?e.undo():(r.undoRedoService.add(e,!1),i.updateModel(),r._syncConnectionChanges()))},getCursor:function(){return nt.move}}),D=F.extend({init:function(t){this.diagram=t,this.tools=[new C(this),new M(this),new T(this),new k(this),new S(this)],this.activeTool=e},start:function(t,e){return e=J({},e),this.activeTool&&this.activeTool.end(t,e),this._updateHoveredItem(t),this._activateTool(t,e),this.activeTool.start(t,e),this._updateCursor(t),this.diagram.focus(),this.diagram.canvas.surface.suspendTracking(),this.startPoint=t,!0},move:function(t,e){e=J({},e);var i=!0;return this.activeTool&&(i=this.activeTool.move(t,e)),i&&this._updateHoveredItem(t),this._updateCursor(t),!0},end:function(t,i){return i=J({},i),this.activeTool&&this.activeTool.end(t,i),this.diagram.canvas.surface.resumeTracking(),this.activeTool=e,this._updateCursor(t),!0},keyDown:function(t,e){var n,o=this.diagram;if(e=J({ctrlKey:!1,metaKey:!1,altKey:!1},e),!e.ctrlKey&&!e.metaKey||e.altKey){if(46===t||8===t)return n=this.diagram._triggerRemove(o.select()),n.length&&(this.diagram.remove(n,!0),this.diagram._syncChanges(),this.diagram._destroyToolBar()),!0;if(27===t)return this._discardNewConnection(),o.deselect(),o._destroyToolBar(),!0}else{if(i(t,\"a\"))return o.selectAll(),o._destroyToolBar(),!0;if(i(t,\"z\"))return o.undo(),o._destroyToolBar(),!0;if(i(t,\"y\"))return o.redo(),o._destroyToolBar(),!0;i(t,\"c\")?(o.copy(),o._destroyToolBar()):i(t,\"x\")?(o.cut(),o._destroyToolBar()):i(t,\"v\")?(o.paste(),o._destroyToolBar()):i(t,\"l\")?(o.layout(),o._destroyToolBar()):i(t,\"d\")&&(o._destroyToolBar(),o.copy(),o.paste())}},wheel:function(t,e){var i=this.diagram,n=e.delta,o=i.zoom(),s=i.options,r=s.zoomRate,a={point:t,meta:e,zoom:o};if(!i.trigger(xt,a))return n<0?o+=r:o-=r,o=U.dataviz.round(Math.max(s.zoomMin,Math.min(s.zoomMax,o)),2),a.zoom=o,i.zoom(o,a),i.trigger(bt,a),!0},setTool:function(t,e){t.toolService=this,this.tools[e]=t},selectSingle:function(t,e){var i,n=this.diagram,o=n.options.selectable;o&&!t.isSelected&&t.options.selectable!==!1&&(i=e.ctrlKey&&o.multiple!==!1,n.select(t,{addToSelection:i}))},_discardNewConnection:function(){this.newConnection&&(this.diagram.remove(this.newConnection),this.newConnection=e)},_activateTool:function(t,e){var i,n;for(i=0;i<this.tools.length;i++)if(n=this.tools[i],n.tryActivate(t,e)){this.activeTool=n;break}},_updateCursor:function(t){var e=this.diagram.element,i=this.activeTool?this.activeTool.getCursor(t):this.hoveredAdorner?this.hoveredAdorner._getCursor(t):this.hoveredItem?this.hoveredItem._getCursor(t):nt.arrow;e.css({cursor:i}),$.msie&&7==$.version&&(e[0].style.cssText=e[0].style.cssText)},_connectionManipulation:function(t,i,n){this.activeConnection=t,this.disabledShape=i,this.newConnection=n?this.activeConnection:e},_updateHoveredItem:function(t){var i=this._hitTest(t),n=this.diagram;i==this.hoveredItem||this.disabledShape&&i==this.disabledShape||(this.hoveredItem&&(n.trigger(wt,{item:this.hoveredItem}),this.hoveredItem._hover(!1)),i&&i.options.enable?(n.trigger(yt,{item:i}),this.hoveredItem=i,this.hoveredItem._hover(!0)):this.hoveredItem=e)},_removeHover:function(){this.hoveredItem&&(this.hoveredItem._hover(!1),this.hoveredItem=e)},_hitTest:function(t){var i,n,o,s,r=this.diagram;if(this._hoveredConnector&&(this._hoveredConnector._hover(!1),this._hoveredConnector=e),r._connectorsAdorner._visible&&(i=r._connectorsAdorner._hitTest(t)))return i;if(i=this.diagram._resizingAdorner._hitTest(t)){if(this.hoveredAdorner=r._resizingAdorner,0!==i.x||0!==i.y)return;i=e}else this.hoveredAdorner=e;if(!this.activeTool||\"ConnectionTool\"!==this.activeTool.type){for(s=[],o=0;o<r._selectedItems.length;o++)n=r._selectedItems[o],n instanceof H.Connection&&s.push(n);i=this._hitTestItems(s,t)}return i||this._hitTestElements(t)},_hitTestElements:function(t){var e,i,n,o,r=this.diagram,a=this._hitTestItems(r.shapes,t),h=this._hitTestItems(r.connections,t);return this.activeTool&&\"ConnectionTool\"==this.activeTool.type||!a||!h||s(a,t)||(i=r.mainLayer,n=et(a.visual,i.children),o=et(h.visual,i.children),e=n>o?a:h),e||a||h},_hitTestItems:function(t,e){var i,n,o;for(i=t.length-1;i>=0;i--)if(n=t[i],o=n._hitTest(e))return o}}),I=U.Class.extend({init:function(){}}),P=I.extend({init:function(t){var e=this;I.fn.init.call(e),this.connection=t},hitTest:function(t){var e=this.getBounds().inflate(ot);return!!e.contains(t)&&H.Geometry.distanceToPolyline(t,this.connection.allPoints())<ot},getBounds:function(){var t,e=this.connection.allPoints(),i=e[0],n=e[e.length-1],o=Math.max(i.x,n.x),s=Math.min(i.x,n.x),r=Math.min(i.y,n.y),a=Math.max(i.y,n.y);for(t=1;t<e.length-1;++t)o=Math.max(o,e[t].x),s=Math.min(s,e[t].x),r=Math.min(r,e[t].y),a=Math.max(a,e[t].y);return new q(s,r,o-s,a-r)}}),L=P.extend({init:function(t){var e=this;P.fn.init.call(e),this.connection=t},route:function(){}}),E=P.extend({SAME_SIDE_DISTANCE_RATIO:5,init:function(t){var e=this;P.fn.init.call(e),this.connection=t},routePoints:function(t,e,i,n){var o;return o=i&&n?this._connectorPoints(t,e,i,n):this._floatingPoints(t,e,i)},route:function(){var t=this.connection._resolvedSourceConnector,e=this.connection._resolvedTargetConnector,i=this.connection.sourcePoint(),n=this.connection.targetPoint(),o=this.routePoints(i,n,t,e);this.connection.points(o)},_connectorSides:[{name:\"Top\",axis:\"y\",boundsPoint:\"topLeft\",secondarySign:1},{name:\"Left\",axis:\"x\",boundsPoint:\"topLeft\",secondarySign:1},{name:\"Bottom\",axis:\"y\",boundsPoint:\"bottomRight\",secondarySign:-1},{name:\"Right\",axis:\"x\",boundsPoint:\"bottomRight\",secondarySign:-1}],_connectorSide:function(t,e){var i,n,o,s,r,a=t.position(),h=t.shape.bounds(Pt),c={topLeft:h.topLeft(),bottomRight:h.bottomRight()},d=this._connectorSides,l=U.util.MAX_NUM;for(r=0;r<d.length;r++)s=d[r],o=s.axis,i=Math.round(Math.abs(a[o]-c[s.boundsPoint][o])),i<l?(l=i,n=s):i===l&&(a[o]-e[o])*s.secondarySign>(a[n.axis]-e[n.axis])*n.secondarySign&&(n=s);return n.name},_sameSideDistance:function(t){var e=t.shape.bounds(Pt);return Math.min(e.width,e.height)/this.SAME_SIDE_DISTANCE_RATIO},_connectorPoints:function(t,e,i,n){var o,s,r=this._connectorSide(i,e),a=this._connectorSide(n,t),h=e.x-t.x,c=e.y-t.y,d=this._sameSideDistance(i),l=[];return r===rt||r==ct?a==rt||a==ct?r==a?(s=r==rt?Math.min(t.y,e.y)-d:Math.max(t.y,e.y)+d,l=[new j(t.x,s),new j(e.x,s)]):l=[new j(t.x,t.y+c/2),new j(e.x,t.y+c/2)]:l=[new j(t.x,e.y)]:a==ht||a==at?r==a?(o=r==ht?Math.min(t.x,e.x)-d:Math.max(t.x,e.x)+d,l=[new j(o,t.y),new j(o,e.y)]):l=[new j(t.x+h/2,t.y),new j(t.x+h/2,t.y+c)]:l=[new j(e.x,t.y)],l},_floatingPoints:function(t,e,i){var n,o,s,r=i?this._connectorSide(i,e):null,a=this._startHorizontal(t,e,r),h=[t,t,e,e],c=e.x-t.x,d=e.y-t.y,l=h.length;for(s=1;s<l-1;++s)a?s%2!==0?(n=c/(l/2),o=0):(n=0,o=d/((l-1)/2)):s%2!==0?(n=0,o=d/(l/2)):(n=c/((l-1)/2),o=0),h[s]=new j(h[s-1].x+n,h[s-1].y+o);return s--,h[l-2]=a&&s%2!==0||!a&&s%2===0?new j(h[l-1].x,h[l-2].y):new j(h[l-2].x,h[l-1].y),[h[1],h[2]]},_startHorizontal:function(t,e,i){var n;return n=null!==i&&(i===at||i===ht)||Math.abs(t.x-e.x)>Math.abs(t.y-e.y)}}),z=F.extend({init:function(t,e){var i=this;i.diagram=t,i.options=J({},i.options,e),i.visual=new G,i.diagram._adorners.push(i)},refresh:function(){}}),B=z.extend({init:function(t,e){var i,n,o,s=this;s.connection=t,i=s.connection.diagram,s._ts=i.toolService,z.fn.init.call(s,i,e),n=s.connection.sourcePoint(),o=s.connection.targetPoint(),s.spVisual=new Y(J(s.options.handles,{center:n})),s.epVisual=new Y(J(s.options.handles,{center:o})),s.visual.append(s.spVisual),s.visual.append(s.epVisual)},options:{handles:{}},_getCursor:function(){return nt.move},start:function(t){switch(this.handle=this._hitTest(t),this.startPoint=t,this._initialSource=this.connection.source(),this._initialTarget=this.connection.target(),this.handle){case-1:this.connection.targetConnector&&this._ts._connectionManipulation(this.connection,this.connection.targetConnector.shape);break;case 1:this.connection.sourceConnector&&this._ts._connectionManipulation(this.connection,this.connection.sourceConnector.shape)}},move:function(t,e){switch(t){case-1:this.connection.source(e);break;case 1:this.connection.target(e);break;default:var i=e.minus(this.startPoint);this.startPoint=e,this.connection.sourceConnector||this.connection.source(this.connection.sourcePoint().plus(i)),this.connection.targetConnector||this.connection.target(this.connection.targetPoint().plus(i))}return this.refresh(),!0},stop:function(t){var i,n=this.diagram.toolService,o=n.hoveredItem;return i=n._hoveredConnector?n._hoveredConnector._c:o&&o instanceof H.Shape?o.getConnector(st)||o.getConnector(t):t,this.handle===-1?this.connection.source(i):1===this.handle&&this.connection.target(i),this.handle=e,this._ts._connectionManipulation(),new l(this.connection,this._initialSource,this._initialTarget)},_hitTest:function(t){var e=this.connection.sourcePoint(),i=this.connection.targetPoint(),n=this.options.handles.width/2+ot,o=this.options.handles.height/2+ot,s=e.distanceTo(t),r=i.distanceTo(t),a=new q(e.x,e.y).inflate(n,o).contains(t),h=new q(i.x,i.y).inflate(n,o).contains(t),c=0;return a&&(!h||s<r)?c=-1:h&&(!a||r<s)&&(c=1),c},refresh:function(){this.spVisual.redraw({center:this.diagram.modelToLayer(this.connection.sourcePoint())}),this.epVisual.redraw({center:this.diagram.modelToLayer(this.connection.targetPoint())})}}),N=z.extend({init:function(t,e){var i=this;z.fn.init.call(i,t,e),i._refreshHandler=function(t){t.item==i.shape&&i.refresh()}},show:function(t){var e,i,n,o=this;for(o._visible=!0,o.shape=t,o.diagram.bind(mt,o._refreshHandler),e=t.connectors.length,o.connectors=[],o._clearVisual(),i=0;i<e;i++)n=new O(t.connectors[i]),o.connectors.push(n),o.visual.append(n.visual);o.visual.visible(!0),o.refresh()},_clearVisual:function(){var t=this;t.diagram._cachedTouchTarget?t._keepCachedTouchTarget():t.visual.clear()},_keepCachedTouchTarget:function(){var t,e=this,i=e.visual.children,n=i.length,o=et(e.diagram._cachedTouchTarget,i);for(t=n-1;t>=0;t--)t!=o&&e.visual.remove(i[t])},destroy:function(){var t=this;t.diagram.unbind(mt,t._refreshHandler),t.shape=e,t._visible=e,t.visual.visible(!1)},_hitTest:function(t){var e,i;for(i=0;i<this.connectors.length;i++)if(e=this.connectors[i],e._hitTest(t)){e._hover(!0),this.diagram.toolService._hoveredConnector=e;break}},refresh:function(){if(this.shape){var e=this.shape.bounds();e=this.diagram.modelToLayer(e),this.visual.position(e.topLeft()),t.each(this.connectors,function(){this.refresh()})}}}),R=z.extend({init:function(t,e){var i=this;z.fn.init.call(i,t,e),i._manipulating=!1,i.map=[],i.shapes=[],i._initSelection(),i._createHandles(),i.redraw(),i.diagram.bind(\"select\",function(t){i._initialize(t.selected)}),i._refreshHandler=function(){i._internalChange||(i.refreshBounds(),i.refresh())},i._rotatedHandler=function(){1==i.shapes.length&&(i._angle=i.shapes[0].rotate().angle),i._refreshHandler()},i.diagram.bind(mt,i._refreshHandler).bind(gt,i._rotatedHandler),i.refreshBounds(),i.refresh()},options:{handles:{fill:{color:\"#fff\"},stroke:{color:\"#282828\"},height:7,width:7,hover:{fill:{color:\"#282828\"},stroke:{color:\"#282828\"}}},selectable:{stroke:{color:\"#778899\",width:1,dashType:\"dash\"},fill:{color:Dt}},offset:10},_initSelection:function(){var t=this,e=t.diagram,i=e.options.selectable,n=J({},t.options.selectable,i);t.rect=new K(n),t.visual.append(t.rect)},_resizable:function(){return this.options.editable&&this.options.editable.resize!==!1},_handleOptions:function(){return(this.options.editable.resize||{}).handles||this.options.handles},_createHandles:function(){var t,e,i,n;if(this._resizable())for(t=this._handleOptions(),n=-1;n<=1;n++)for(i=-1;i<=1;i++)0===n&&0===i||(e=new K(t),e.drawingElement._hover=it(this._hover,this),this.map.push({x:n,y:i,visual:e}),this.visual.append(e))},bounds:function(t){return t?(this._innerBounds=t.clone(),this._bounds=this.diagram.modelToLayer(t).inflate(this.options.offset,this.options.offset),e):this._bounds},_hitTest:function(t){var e,i,n,o,s=this.diagram.modelToLayer(t),r=this.map.length;if(this._angle&&(s=s.clone().rotate(this._bounds.center(),this._angle)),this._resizable())for(e=0;e<r;e++)if(o=this.map[e],i=new j(o.x,o.y),n=this._getHandleBounds(i),n.offset(this._bounds.x,this._bounds.y),n.contains(s))return i;if(this._bounds.contains(s))return new j(0,0)},_getHandleBounds:function(t){if(this._resizable()){var e=this._handleOptions(),i=e.width,n=e.height,o=new q(0,0,i,n);return t.x<0?o.x=-i/2:0===t.x?o.x=Math.floor(this._bounds.width/2)-i/2:t.x>0&&(o.x=this._bounds.width+1-i/2),t.y<0?o.y=-n/2:0===t.y?o.y=Math.floor(this._bounds.height/2)-n/2:t.y>0&&(o.y=this._bounds.height+1-n/2),o}},_getCursor:function(t){var e,i=this._hitTest(t);if(i&&i.x>=-1&&i.x<=1&&i.y>=-1&&i.y<=1&&this._resizable()){if(e=this._angle,e&&(e=360-e,i.rotate(new j(0,0),e),i=new j(Math.round(i.x),Math.round(i.y))),i.x==-1&&i.y==-1)return\"nw-resize\";if(1==i.x&&1==i.y)return\"se-resize\";if(i.x==-1&&1==i.y)return\"sw-resize\";if(1==i.x&&i.y==-1)return\"ne-resize\";if(0===i.x&&i.y==-1)return\"n-resize\";if(0===i.x&&1==i.y)return\"s-resize\";if(1==i.x&&0===i.y)return\"e-resize\";if(i.x==-1&&0===i.y)return\"w-resize\"}return this._manipulating?nt.move:nt.select},_initialize:function(){var t,e,i=this,n=i.diagram.select();for(i.shapes=[],t=0;t<n.length;t++)e=n[t],e instanceof H.Shape&&(i.shapes.push(e),e._rotationOffset=new j);i._angle=1==i.shapes.length?i.shapes[0].rotate().angle:0,i._startAngle=i._angle,i._rotates(),i._positions(),i.refreshBounds(),i.refresh(),i.redraw()},_rotates:function(){var t,e,i=this;for(i.initialRotates=[],t=0;t<i.shapes.length;t++)e=i.shapes[t],i.initialRotates.push(e.rotate().angle)},_positions:function(){var t,e,i=this;for(i.initialStates=[],t=0;t<i.shapes.length;t++)e=i.shapes[t],i.initialStates.push(e.bounds())},_hover:function(t,e){if(this._resizable()){var i=this._handleOptions(),n=i.hover,o=i.stroke,s=i.fill;t&&W.isDefined(n.stroke)&&(o=J({},o,n.stroke)),t&&W.isDefined(n.fill)&&(s=n.fill),e.stroke(o.color,o.width,o.opacity),e.fill(s.color,s.opacity)}},start:function(t){var e,i;for(this._sp=t,this._cp=t,this._lp=t,this._manipulating=!0,this._internalChange=!0,this.shapeStates=[],e=0;e<this.shapes.length;e++)i=this.shapes[e],this.shapeStates.push(i.bounds())},redraw:function(){var t,e,i=this._resizable();for(t=0;t<this.map.length;t++)e=this.map[t],e.visual.visible(i)},angle:function(t){return tt(t)&&(this._angle=t),this._angle},rotate:function(){var t,e,i=this._innerBounds.center(),n=this.angle();for(this._internalChange=!0,t=0;t<this.shapes.length;t++)e=this.shapes[t],n=(n+this.initialRotates[t]-this._startAngle)%360,e.rotate(n,i);this.refresh()},move:function(t,i){var s,r,a,h,c,d,l,u,f,p,g,m,_,v,y=new j,w=new j,x=0;if(t.y===-2&&t.x===-1){for(h=this._innerBounds.center(),this._angle=this._truncateAngle(W.findAngle(h,i)),d=0;d<this.shapes.length;d++)c=this.shapes[d],l=(this._angle+this.initialRotates[d]-this._startAngle)%360,c.rotate(l,h),c.hasOwnProperty(\"layout\")&&c.layout(c),this._rotating=!0;this.refresh()}else{if(this.shouldSnap()){if(m=this._truncateDistance(i.minus(this._lp)),0===m.x&&0===m.y)return this._cp=i,e;s=m,this._lp=new j(this._lp.x+m.x,this._lp.y+m.y)}else s=i.minus(this._cp);for(this.isDragHandle(t)?(w=y=s,r=!0):(this._angle&&s.rotate(new j(0,0),this._angle),t.x==-1?y.x=s.x:1==t.x&&(w.x=s.x),t.y==-1?y.y=s.y:1==t.y&&(w.y=s.y)),r||(f=n(t,this._innerBounds),p=(this._innerBounds.width+s.x*t.x)/this._innerBounds.width,g=(this._innerBounds.height+s.y*t.y)/this._innerBounds.height),d=0;d<this.shapes.length;d++){if(c=this.shapes[d],a=c.bounds(),r){if(!o(c))continue;u=this._displaceBounds(a,y,w,r)}else u=a.clone(),u.scale(p,g,f,this._innerBounds.center(),c.rotate().angle),_=u.center(),_.rotate(a.center(),-this._angle),u=new q(_.x-u.width/2,_.y-u.height/2,u.width,u.height);u.width>=c.options.minWidth&&u.height>=c.options.minHeight&&(v=a,c.bounds(u),c.hasOwnProperty(\"layout\")&&c.layout(c,v,u),v.width===u.width&&v.height===u.height||c.rotate(c.rotate().angle),x+=1)}x&&(x==d?(u=this._displaceBounds(this._innerBounds,y,w,r),this.bounds(u)):this.refreshBounds(),this.refresh()),this._positions()}this._cp=i},isDragHandle:function(t){return 0===t.x&&0===t.y},cancel:function(){var t,i=this.shapes,n=this.shapeStates;for(t=0;t<i.length;t++)i[t].bounds(n[t]);this.refreshBounds(),this.refresh(),this._manipulating=e,this._internalChange=e,this._rotating=e},_truncatePositionToGuides:function(t){return this.diagram.ruler?this.diagram.ruler.truncatePositionToGuides(t):t},_truncateSizeToGuides:function(t){return this.diagram.ruler?this.diagram.ruler.truncateSizeToGuides(t):t},_truncateAngle:function(t){var e=this.snapOptions(),i=Math.max(e.angle||lt,vt);return e?Math.floor(t%360/i)*i:t%360},_truncateDistance:function(t){var e,i;return t instanceof H.Point?new H.Point(this._truncateDistance(t.x),this._truncateDistance(t.y)):(e=this.snapOptions()||{},i=Math.max(e.size||dt,_t),e?Math.floor(t/i)*i:t)},snapOptions:function(){var t=this.diagram.options.editable,e=((t||{}).drag||{}).snap||{};return e},shouldSnap:function(){var t=this.diagram.options.editable,e=(t||{}).drag,i=(e||{}).snap;return t!==!1&&e!==!1&&i!==!1},_displaceBounds:function(t,e,i,n){var o,s=t.topLeft().plus(e),r=t.bottomRight().plus(i),a=q.fromPoints(s,r);return n||(o=a.center(),o.rotate(t.center(),-this._angle),a=new q(o.x-a.width/2,o.y-a.height/2,a.width,a.height)),a},stop:function(){var t,i,n,o;if(this._cp!=this._sp)if(this._rotating)t=new v(this,this.shapes,this.initialRotates),this._rotating=!1;else if(this._diffStates()){if(this.diagram.ruler)for(i=0;i<this.shapes.length;i++)n=this.shapes[i],o=n.bounds(),o=this._truncateSizeToGuides(this._truncatePositionToGuides(o)),n.bounds(o),this.refreshBounds(),this.refresh();for(i=0;i<this.shapes.length;i++)n=this.shapes[i],n.updateModel();t=new p(this.shapes,this.shapeStates,this),this.diagram._syncShapeChanges()}return this._manipulating=e,this._internalChange=e,this._rotating=e,t},_diffStates:function(){var t,e=this.shapes,i=this.shapeStates;for(t=0;t<e.length;t++)if(!e[t].bounds().equals(i[t]))return!0;return!1},refreshBounds:function(){var t=1==this.shapes.length?this.shapes[0].bounds().clone():this.diagram.boundingBox(this.shapes,!0);this.bounds(t)},refresh:function(){var e,i,n,o,s=this;this.shapes.length>0?(i=this.bounds(),this.visual.visible(!0),this.visual.position(i.topLeft()),t.each(this.map,function(){e=s._getHandleBounds(new j(this.x,this.y)),this.visual.position(e.topLeft())}),this.visual.position(i.topLeft()),n=new j(i.width/2,i.height/2),this.visual.rotate(this._angle,n),this.rect.redraw({width:i.width,height:i.height}),this.rotationThumb&&(o=this.options.editable.rotate.thumb,this._rotationThumbBounds=new q(i.center().x,i.y+o.y,0,0).inflate(o.width),this.rotationThumb.redraw({x:i.width/2-o.width/2}))):this.visual.visible(!1)}}),A=F.extend({init:function(t){var e=t.options.selectable;this.options=J({},this.options,e),this.visual=new K(this.options),this.diagram=t},options:{stroke:{color:\"#778899\",width:1,dashType:\"dash\"},fill:{color:Dt}},start:function(t){this._sp=this._ep=t,this.refresh(),this.diagram._adorn(this,!0)},end:function(){this._sp=this._ep=e,this.diagram._adorn(this,!1)},bounds:function(t){return t&&(this._bounds=t),this._bounds},move:function(t){this._ep=t,this.refresh()},refresh:function(){if(this._sp){var t=q.fromPoints(this.diagram.modelToLayer(this._sp),this.diagram.modelToLayer(this._ep));this.bounds(q.fromPoints(this._sp,this._ep)),\n    this.visual.position(t.topLeft()),this.visual.redraw({height:t.height+1,width:t.width+1})}}}),O=F.extend({init:function(t){this.options=J({},t.options),this._c=t,this.visual=new Y(this.options),this.refresh()},_hover:function(t){var e=this.options,i=e.hover,n=e.stroke,o=e.fill;t&&W.isDefined(i.stroke)&&(n=J({},n,i.stroke)),t&&W.isDefined(i.fill)&&(o=i.fill),this.visual.redraw({stroke:n,fill:o})},refresh:function(){var t=this._c.shape.diagram.modelToView(this._c.position()),e=t.minus(this._c.shape.bounds(\"transformed\").topLeft()),i=new q(t.x,t.y,0,0);i.inflate(this.options.width/2,this.options.height/2),this._visualBounds=i,this.visual.redraw({center:new j(e.x,e.y)})},_hitTest:function(t){var e=this._c.shape.diagram.modelToView(t);return this._visualBounds.contains(e)}}),J(H,{CompositeUnit:c,TransformUnit:p,PanUndoUnit:_,AddShapeUnit:m,AddConnectionUnit:g,DeleteShapeUnit:f,DeleteConnectionUnit:u,ConnectionEditAdorner:B,ConnectionTool:T,ConnectorVisual:O,UndoRedoService:x,ResizingAdorner:R,Selector:A,ToolService:D,ConnectorsAdorner:N,LayoutUndoUnit:h,ConnectionEditUnit:d,ToFrontUnit:y,ToBackUnit:w,ConnectionRouterBase:I,PolylineRouter:L,CascadingRouter:E,SelectionTool:k,ScrollerTool:C,PointerTool:S,ConnectionEditTool:M,RotateUnit:v})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/layout.min\",[\"dataviz/diagram/math.min\"],t)}(function(){!function(t,e){var i=window.kendo,n=i.dataviz.diagram,o=n.Graph,s=n.Node,r=n.Link,a=i.deepExtend,h=n.Size,c=n.Rect,d=n.Dictionary,l=n.Set,u=n.Graph,f=n.Utils,p=n.Point,g=1e-6,m=Math.PI/180,_=f.contains,v=t.grep,y=i.Class.extend({defaultOptions:{type:\"Tree\",subtype:\"Down\",roots:null,animate:!1,limitToView:!1,friction:.9,nodeDistance:50,iterations:300,horizontalSeparation:90,verticalSeparation:50,underneathVerticalTopOffset:15,underneathHorizontalOffset:15,underneathVerticalSeparation:15,grid:{width:1500,offsetX:50,offsetY:50,componentSpacingX:20,componentSpacingY:20},layerSeparation:50,layeredIterations:2,startRadialAngle:0,endRadialAngle:360,radialSeparation:150,radialFirstLevelSeparation:200,keepComponentsInOneRadialLayout:!1,ignoreContainers:!0,layoutContainerChildren:!1,ignoreInvisible:!0,animateTransitions:!1},init:function(){},gridLayoutComponents:function(t){var e,i,n,o,s,r,a,h,c,d,l,u,g,m,_;if(!t)throw\"No components supplied.\";for(f.forEach(t,function(t){t.calcBounds()}),t.sort(function(t,e){return e.bounds.width-t.bounds.width}),e=this.options.grid.width,i=this.options.grid.componentSpacingX,n=this.options.grid.componentSpacingY,o=0,s=this.options.grid.offsetX,r=this.options.grid.offsetY,a=s,h=r,d=[],l=[];t.length>0;){for(a>=e&&(a=s,h+=o+n,o=0),u=t.pop(),this.moveToOffset(u,new p(a,h)),c=0;c<u.nodes.length;c++)l.push(u.nodes[c]);for(c=0;c<u.links.length;c++)d.push(u.links[c]);g=u.bounds,m=g.height,(m<=0||isNaN(m))&&(m=0),_=g.width,(_<=0||isNaN(_))&&(_=0),m>=o&&(o=m),a+=_+i}return{nodes:l,links:d}},moveToOffset:function(t,e){var i,n,o,s,r,a,h,d,l=t.bounds,u=e.x-l.x,f=e.y-l.y;for(i=0;i<t.nodes.length;i++)o=t.nodes[i],s=o.bounds(),0===s.width&&0===s.height&&0===s.x&&0===s.y&&(s=new c(0,0,0,0)),s.x+=u,s.y+=f,o.bounds(s);for(i=0;i<t.links.length;i++)if(r=t.links[i],r.points){for(a=[],h=r.points,n=0;n<h.length;n++)d=h[n],d.x+=u,d.y+=f,a.push(d);r.points=a}return this.currentHorizontalOffset+=l.width+this.options.grid.offsetX,new p(u,f)},transferOptions:function(t){this.options=i.deepExtend({},this.defaultOptions),f.isUndefined(t)||(this.options=i.deepExtend(this.options,t||{}))}}),w=i.Class.extend({init:function(t){this.nodeMap=new d,this.shapeMap=new d,this.nodes=[],this.edges=[],this.edgeMap=new d,this.finalNodes=[],this.finalLinks=[],this.ignoredConnections=[],this.ignoredShapes=[],this.hyperMap=new d,this.hyperTree=new o,this.finalGraph=null,this.diagram=t},convert:function(t){if(f.isUndefined(this.diagram))throw\"No diagram to convert.\";return this.options=i.deepExtend({ignoreInvisible:!0,ignoreContainers:!0,layoutContainerChildren:!1},t||{}),this.clear(),this._renormalizeShapes(),this._renormalizeConnections(),this.finalNodes=new d(this.nodes),this.finalLinks=new d(this.edges),this.finalGraph=new o,this.finalNodes.forEach(function(t){this.finalGraph.addNode(t)},this),this.finalLinks.forEach(function(t){this.finalGraph.addExistingLink(t)},this),this.finalGraph},mapConnection:function(t){return this.edgeMap.get(t.id)},mapShape:function(t){return this.nodeMap.get(t.id)},getEdge:function(t,e){return f.first(t.links,function(i){return i.getComplement(t)===e})},clear:function(){this.finalGraph=null,this.hyperTree=!this.options.ignoreContainers&&this.options.layoutContainerChildren?new u:null,this.hyperMap=!this.options.ignoreContainers&&this.options.layoutContainerChildren?new d:null,this.nodeMap=new d,this.shapeMap=new d,this.nodes=[],this.edges=[],this.edgeMap=new d,this.ignoredConnections=[],this.ignoredShapes=[],this.finalNodes=[],this.finalLinks=[]},listToRoot:function(t){var e=[],i=t.container;if(!i)return e;for(e.push(i);i.parentContainer;)i=i.parentContainer,e.push(i);return e.reverse(),e},firstNonIgnorableContainer:function(t){return t.isContainer&&!this._isIgnorableItem(t)?t:t.parentContainer?this.firstNonIgnorableContainer(t.parentContainer):null},isContainerConnection:function(t,e){return!(!t.isContainer||!this.isDescendantOf(t,e))||e.isContainer&&this.isDescendantOf(e,t)},isDescendantOf:function(t,e){var i,n,o,s;if(!t.isContainer)throw\"Expecting a container.\";if(t===e)return!1;if(_(t.children,e))return!0;for(i=[],n=0,o=t.children.length;n<o;n++)s=t.children[n],s.isContainer&&this.isDescendantOf(s,e)&&i.push(s);return i.length>0},isIgnorableItem:function(t){return this.options.ignoreInvisible?(!t.isCollapsed||!this._isVisible(t))&&!(!t.isCollapsed&&this._isVisible(t)):t.isCollapsed&&!this._isTop(t)},isShapeMapped:function(t){return t.isCollapsed&&!this._isVisible(t)&&!this._isTop(t)},leastCommonAncestor:function(t,e){var i,n,o,s,r,a;if(!t)throw\"Parameter should not be null.\";if(!e)throw\"Parameter should not be null.\";if(!this.hyperTree)throw\"No hypertree available.\";if(i=this.listToRoot(t),n=this.listToRoot(e),o=null,f.isEmpty(i)||f.isEmpty(n))return this.hyperTree.root.data;for(s=i[0],r=n[0],a=0;s===r&&(o=i[a],a++,!(a>=i.length||a>=n.length));)s=i[a],r=n[a];return o?v(this.hyperTree.nodes,function(t){return t.data.container===o}):this.hyperTree.root.data},_isTop:function(t){return!t.parentContainer},_isVisible:function(t){return!!t.visible()&&(t.parentContainer?this._isVisible(t.parentContainer):t.visible())},_isCollapsed:function(t){return!(!t.isContainer||!t.isCollapsed)||t.parentContainer&&this._isCollapsed(t.parentContainer)},_renormalizeShapes:function(){var t,e,i,n;if(!this.options.ignoreContainers)throw\"Containers are not supported yet, but stay tuned.\";for(t=0,e=this.diagram.shapes.length;t<e;t++)i=this.diagram.shapes[t],this.options.ignoreInvisible&&!this._isVisible(i)||i.isContainer?this.ignoredShapes.push(i):(n=new s(i.id,i),n.isVirtual=!1,this.nodeMap.add(i.id,n),this.nodes.push(n))},_renormalizeConnections:function(){var t,e,i,n,o,s,a,h;if(0!==this.diagram.connections.length)for(t=0,e=this.diagram.connections.length;t<e;t++)if(i=this.diagram.connections[t],this.isIgnorableItem(i))this.ignoredConnections.push(i);else if(n=i.sourceConnector?i.sourceConnector.shape:null,o=i.targetConnector?i.targetConnector.shape:null,n&&o)if(!_(this.ignoredShapes,n)||this.shapeMap.containsKey(n))if(!_(this.ignoredShapes,o)||this.shapeMap.containsKey(o))if(this.shapeMap.containsKey(n)&&(n=this.shapeMap[n]),this.shapeMap.containsKey(o)&&(o=this.shapeMap[o]),s=this.mapShape(n),a=this.mapShape(o),s===a||this.areConnectedAlready(s,a))this.ignoredConnections.push(i);else{if(null===s||null===a)throw\"A shape was not mapped to a node.\";if(!this.options.ignoreContainers)throw\"Containers are not supported yet, but stay tuned.\";s.isVirtual||a.isVirtual?this.ignoredConnections.push(i):(h=new r(s,a,i.id,i),this.edgeMap.add(i.id,h),this.edges.push(h))}else this.ignoredConnections.push(i);else this.ignoredConnections.push(i);else this.ignoredConnections.push(i)},areConnectedAlready:function(t,e){return f.any(this.edges,function(i){return i.source===t&&i.target===e||i.source===e&&i.target===t})}}),x=y.extend({init:function(t){var e=this;if(y.fn.init.call(e),f.isUndefined(t))throw\"Diagram is not specified.\";this.diagram=t},layout:function(t){var e,i,o,s,r,a;if(this.transferOptions(t),e=new w(this.diagram),i=e.convert(t),!i.isEmpty()&&(o=i.getConnectedComponents(),!f.isEmpty(o))){for(s=0;s<o.length;s++)r=o[s],this.layoutGraph(r,t);return a=this.gridLayoutComponents(o),new n.LayoutState(this.diagram,a)}},layoutGraph:function(t,e){var i,n,o;for(f.isDefined(e)&&this.transferOptions(e),this.graph=t,i=9*this.options.nodeDistance,this.temperature=i,n=this._expectedBounds(),this.width=n.width,this.height=n.height,o=0;o<this.options.iterations;o++)this.refineStage=o>=5*this.options.iterations/6,this.tick(),this.temperature=this.refineStage?i/30:i*(1-o/(2*this.options.iterations))},tick:function(){var t,e,i;for(t=0;t<this.graph.nodes.length;t++)this._repulsion(this.graph.nodes[t]);for(t=0;t<this.graph.links.length;t++)this._attraction(this.graph.links[t]);for(t=0;t<this.graph.nodes.length;t++){if(e=this.graph.nodes[t],i=Math.sqrt(e.dx*e.dx+e.dy*e.dy),0===i)return;e.x+=Math.min(i,this.temperature)*e.dx/i,e.y+=Math.min(i,this.temperature)*e.dy/i,this.options.limitToView&&(e.x=Math.min(this.width,Math.max(e.width/2,e.x)),e.y=Math.min(this.height,Math.max(e.height/2,e.y)))}},_shake:function(t){var e=Math.random()*this.options.nodeDistance/4,i=2*Math.random()*Math.PI;t.x+=e*Math.cos(i),t.y-=e*Math.sin(i)},_InverseSquareForce:function(t,e,i){var n,o,s,r,a,h,c;return this.refineStage?(o=e.x-i.x,s=e.y-i.y,r=e.width/2,a=e.height/2,h=i.width/2,c=i.height/2,n=Math.pow(o,2)/Math.pow(r+h+this.options.nodeDistance,2)+Math.pow(s,2)/Math.pow(a+c+this.options.nodeDistance,2)):n=Math.pow(t,2)/Math.pow(this.options.nodeDistance,2),4*n/3},_SquareForce:function(t,e,i){return 1/this._InverseSquareForce(t,e,i)},_repulsion:function(t){t.dx=0,t.dy=0,f.forEach(this.graph.nodes,function(e){var i,n,o,s;if(e!==t){for(;t.x===e.x&&t.y===e.y;)this._shake(e);i=t.x-e.x,n=t.y-e.y,o=Math.sqrt(i*i+n*n),s=2*this._SquareForce(o,t,e),t.dx+=i/o*s,t.dy+=n/o*s}},this)},_attraction:function(t){var e,i,n,o,s,r,a=t.target,h=t.source;if(h!==a){for(;h.x===a.x&&h.y===a.y;)this._shake(a);e=h.x-a.x,i=h.y-a.y,n=Math.sqrt(e*e+i*i),o=5*this._InverseSquareForce(n,h,a),s=e/n*o,r=i/n*o,a.dx+=s,a.dy+=r,h.dx-=s,h.dy-=r}},_expectedBounds:function(){var t,e,i,n,o,s=this.graph.nodes.length,r=1.5,a=4;return 0===s?t:(t=f.fold(this.graph.nodes,function(t,e){var i=e.width*e.height;return i>0?t+=Math.sqrt(i):0},0,this),e=t/s,i=e*Math.ceil(Math.sqrt(s)),n=i*Math.sqrt(r),o=i/Math.sqrt(r),{width:n*a,height:o*a})}}),b=i.Class.extend({init:function(t){this.center=null,this.options=t},layout:function(t,e){if(this.graph=t,this.graph.nodes&&0!==this.graph.nodes.length){if(!_(this.graph.nodes,e))throw\"The given root is not in the graph.\";this.center=e,this.graph.cacheRelationships(),this.layoutSwitch()}},layoutLeft:function(t){var e,i,n,o,s,r,a,c;for(this.setChildrenDirection(this.center,\"Left\",!1),this.setChildrenLayout(this.center,\"Default\",!1),e=0,i=0,o=0;o<t.length;o++)s=t[o],s.TreeDirection=\"Left\",r=this.measure(s,h.Empty),i=Math.max(i,r.Width),e+=r.height+this.options.verticalSeparation;for(e-=this.options.verticalSeparation,a=this.center.x-this.options.horizontalSeparation,n=this.center.y+(this.center.height-e)/2,o=0;o<t.length;o++)s=t[o],c=new p(a-s.Size.width,n),this.arrange(s,c),n+=s.Size.height+this.options.verticalSeparation},layoutRight:function(t){var e,i,n,o,s,r,a,c;for(this.setChildrenDirection(this.center,\"Right\",!1),this.setChildrenLayout(this.center,\"Default\",!1),e=0,i=0,o=0;o<t.length;o++)s=t[o],s.TreeDirection=\"Right\",r=this.measure(s,h.Empty),i=Math.max(i,r.Width),e+=r.height+this.options.verticalSeparation;for(e-=this.options.verticalSeparation,a=this.center.x+this.options.horizontalSeparation+this.center.width,n=this.center.y+(this.center.height-e)/2,o=0;o<t.length;o++)s=t[o],c=new p(a,n),this.arrange(s,c),n+=s.Size.height+this.options.verticalSeparation},layoutUp:function(t){var e,i,n,o,s,r,a;for(this.setChildrenDirection(this.center,\"Up\",!1),this.setChildrenLayout(this.center,\"Default\",!1),e=0,o=0;o<t.length;o++)n=t[o],n.TreeDirection=\"Up\",s=this.measure(n,h.Empty),e+=s.width+this.options.horizontalSeparation;for(e-=this.options.horizontalSeparation,r=this.center.x+this.center.width/2-e/2,o=0;o<t.length;o++)n=t[o],i=this.center.y-this.options.verticalSeparation-n.Size.height,a=new p(r,i),this.arrange(n,a),r+=n.Size.width+this.options.horizontalSeparation},layoutDown:function(t){var e,i,n,o,s,r,a;for(this.setChildrenDirection(this.center,\"Down\",!1),this.setChildrenLayout(this.center,\"Default\",!1),n=0,i=0;i<t.length;i++)e=t[i],e.treeDirection=\"Down\",s=this.measure(e,h.Empty),n+=s.width+this.options.horizontalSeparation;for(n-=this.options.horizontalSeparation,r=this.center.x+this.center.width/2-n/2,o=this.center.y+this.options.verticalSeparation+this.center.height,i=0;i<t.length;i++)e=t[i],a=new p(r,o),this.arrange(e,a),r+=e.Size.width+this.options.horizontalSeparation},layoutRadialTree:function(){var t,e;if(this.setChildrenDirection(this.center,\"Radial\",!1),this.setChildrenLayout(this.center,\"Default\",!1),this.previousRoot=null,t=this.options.startRadialAngle*m,e=this.options.endRadialAngle*m,e<=t)throw\"Final angle should not be less than the start angle.\";this.maxDepth=0,this.origin=new p(this.center.x,this.center.y),this.calculateAngularWidth(this.center,0),this.maxDepth>0&&this.radialLayout(this.center,this.options.radialFirstLevelSeparation,t,e),this.center.Angle=e-t},tipOverTree:function(t,e){var i,n,o,s,r,a,c;for(f.isUndefined(e)&&(e=0),this.setChildrenDirection(this.center,\"Down\",!1),this.setChildrenLayout(this.center,\"Default\",!1),this.setChildrenLayout(this.center,\"Underneath\",!1,e),i=0,s=0;s<t.length;s++)o=t[s],o.TreeDirection=\"Down\",r=this.measure(o,h.Empty),i+=r.width+this.options.horizontalSeparation;for(i-=this.options.horizontalSeparation,i-=t[t.length-1].width,i+=t[t.length-1].associatedShape.bounds().width,a=this.center.x+this.center.width/2-i/2,n=this.center.y+this.options.verticalSeparation+this.center.height,s=0;s<t.length;s++)o=t[s],c=new p(a,n),this.arrange(o,c),a+=o.Size.width+this.options.horizontalSeparation},calculateAngularWidth:function(t,e){var i,n,o,s,r,a,h;if(e>this.maxDepth&&(this.maxDepth=e),i=0,n=1e3,o=1e3,s=0===e?0:Math.sqrt(n*n+o*o)/e,t.children.length>0){for(r=0,a=t.children.length;r<a;r++)h=t.children[r],i+=this.calculateAngularWidth(h,e+1);i=Math.max(s,i)}else i=s;return t.sectorAngle=i,i},sortChildren:function(t){var e,i,n,o,s,r,a,h,c,d,l,u=0;if(t.parents.length>1)throw\"Node is not part of a tree.\";if(i=t.parents[0],i&&(n=new p(i.x,i.y),o=new p(t.x,t.y),u=this.normalizeAngle(Math.atan2(n.y-o.y,n.x-o.x))),s=t.children.length,0===s)return null;for(r=[],a=[],e=0;e<s;++e)h=t.children[e],c=new p(h.x,h.y),a[e]=e,r[e]=this.normalizeAngle(-u+Math.atan2(c.y-c.y,c.x-c.x));for(f.bisort(r,a),d=[],l=t.children,e=0;e<s;++e)d.push(l[a[e]]);return d},normalizeAngle:function(t){for(;t>2*Math.PI;)t-=2*Math.PI;for(;t<0;)t+=2*Math.PI;return t},radialLayout:function(t,e,i,n){var o,s,r,a,h,c=n-i,d=c/2,l=t.sectorAngle,u=0,f=this.sortChildren(t);for(o=0,s=f.length;o<s;o++)r=f[o],a=r,h=a.sectorAngle/l,r.children.length>0&&this.radialLayout(r,e+this.options.radialSeparation,i+u*c,i+(u+h)*c),this.setPolarLocation(r,e,i+u*c+h*d),a.angle=h*c,u+=h},setPolarLocation:function(t,e,i){t.x=this.origin.x+e*Math.cos(i),t.y=this.origin.y+e*Math.sin(i),t.BoundingRectangle=new c(t.x,t.y,t.width,t.height)},setChildrenDirection:function(t,e,i){var n=t.treeDirection;this.graph.depthFirstTraversal(t,function(t){t.treeDirection=e}),i||(t.treeDirection=n)},setChildrenLayout:function(t,e,i,n){f.isUndefined(n)&&(n=0);var o=t.childrenLayout;n>0?(this.graph.assignLevels(t),this.graph.depthFirstTraversal(t,function(t){t.level>=n+1&&(t.childrenLayout=e)})):(this.graph.depthFirstTraversal(t,function(t){t.childrenLayout=e}),i||(t.childrenLayout=o))},measure:function(t,e){var i,n,o,s,r,a,c,d=0,l=0,u=new h(0,0);if(!t)throw\"\";if(n=t.associatedShape.bounds(),o=n.width,s=n.height,1!==t.parents.length)throw\"Node not in a spanning tree.\";if(r=t.parents[0],\"Undefined\"===t.treeDirection&&(t.treeDirection=r.treeDirection),f.isEmpty(t.children))u=new h(Math.abs(o)<g?50:o,Math.abs(s)<g?25:s);else if(1===t.children.length){switch(t.treeDirection){case\"Radial\":i=this.measure(t.children[0],e),d=o+this.options.radialSeparation*Math.cos(t.AngleToParent)+i.width,l=s+Math.abs(this.options.radialSeparation*Math.sin(t.AngleToParent))+i.height;break;case\"Left\":case\"Right\":switch(t.childrenLayout){case\"TopAlignedWithParent\":break;case\"BottomAlignedWithParent\":break;case\"Underneath\":i=this.measure(t.children[0],e),d=o+i.width+this.options.underneathHorizontalOffset,l=s+this.options.underneathVerticalTopOffset+i.height;break;case\"Default\":i=this.measure(t.children[0],e),d=o+this.options.horizontalSeparation+i.width,l=Math.max(s,i.height);break;default:throw\"Unhandled TreeDirection in the Radial layout measuring.\"}break;case\"Up\":case\"Down\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":i=this.measure(t.children[0],e),d=Math.max(o,i.width+this.options.underneathHorizontalOffset),l=s+this.options.underneathVerticalTopOffset+i.height;break;case\"Default\":i=this.measure(t.children[0],e),l=s+this.options.verticalSeparation+i.height,d=Math.max(o,i.width);break;default:throw\"Unhandled TreeDirection in the Down layout measuring.\"}break;default:throw\"Unhandled TreeDirection in the layout measuring.\"}u=new h(d,l)}else{switch(t.treeDirection){case\"Left\":case\"Right\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":for(d=o,l=s+this.options.underneathVerticalTopOffset,a=0;a<t.children.length;a++)c=t.children[a],i=this.measure(c,e),d=Math.max(d,i.width+this.options.underneathHorizontalOffset),l+=i.height+this.options.underneathVerticalSeparation;l-=this.options.underneathVerticalSeparation;break;case\"Default\":for(d=o,l=0,a=0;a<t.children.length;a++)c=t.children[a],i=this.measure(c,e),d=Math.max(d,o+this.options.horizontalSeparation+i.width),l+=i.height+this.options.verticalSeparation;l-=this.options.verticalSeparation;break;default:throw\"Unhandled TreeDirection in the Right layout measuring.\"}break;case\"Up\":case\"Down\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":for(d=o,l=s+this.options.underneathVerticalTopOffset,a=0;a<t.children.length;a++)c=t.children[a],i=this.measure(c,e),d=Math.max(d,i.width+this.options.underneathHorizontalOffset),l+=i.height+this.options.underneathVerticalSeparation;l-=this.options.underneathVerticalSeparation;break;case\"Default\":for(d=0,l=0,a=0;a<t.children.length;a++)c=t.children[a],i=this.measure(c,e),d+=i.width+this.options.horizontalSeparation,l=Math.max(l,i.height+this.options.verticalSeparation+s);d-=this.options.horizontalSeparation;break;default:throw\"Unhandled TreeDirection in the Down layout measuring.\"}break;default:throw\"Unhandled TreeDirection in the layout measuring.\"}u=new h(d,l)}return t.SectorAngle=Math.sqrt(d*d/4+l*l/4),t.Size=u,u},arrange:function(t,e){var i,n,o,s,r,a,h,d,l=t.associatedShape.bounds(),u=l.width,m=l.height;if(f.isEmpty(t.children))t.x=e.x,t.y=e.y,t.BoundingRectangle=new c(e.x,e.y,u,m);else switch(t.treeDirection){case\"Left\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":for(d=e,t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),h=e.y+m+this.options.underneathVerticalTopOffset,i=0;i<s.children.length;i++)s=s.children[i],a=d.x-s.associatedShape.width-this.options.underneathHorizontalOffset,n=new p(a,h),this.arrange(s,n),h+=s.Size.height+this.options.underneathVerticalSeparation;break;case\"Default\":for(d=new p(e.x+t.Size.width-u,e.y+(t.Size.height-m)/2),t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),a=d.x-this.options.horizontalSeparation,h=e.y,i=0;i<t.children.length;i++)s=t.children[i],n=new p(a-s.Size.width,h),this.arrange(s,n),h+=s.Size.height+this.options.verticalSeparation;break;default:throw\"Unsupported TreeDirection\"}break;case\"Right\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":for(d=e,t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),a=e.x+u+this.options.underneathHorizontalOffset,h=e.y+m+this.options.underneathVerticalTopOffset,i=0;i<t.children.length;i++)s=t.children[i],n=new p(a,h),this.arrange(s,n),h+=s.Size.height+this.options.underneathVerticalSeparation;break;case\"Default\":for(d=new p(e.x,e.y+(t.Size.height-m)/2),t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),a=e.x+u+this.options.horizontalSeparation,h=e.y,i=0;i<t.children.length;i++)s=t.children[i],n=new p(a,h),this.arrange(s,n),h+=s.Size.height+this.options.verticalSeparation;break;default:throw\"Unsupported TreeDirection\"}break;case\"Up\":if(d=new p(e.x+(t.Size.width-u)/2,e.y+t.Size.height-m),t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),Math.abs(d.x-e.x)<g){for(r=0,i=0;i<t.children.length;i++)o=t.children[i],r+=o.Size.width+this.options.horizontalSeparation;r-=this.options.horizontalSeparation,a=e.x+(u-r)/2}else a=e.x;for(i=0;i<t.children.length;i++)s=t.children[i],h=d.y-this.options.verticalSeparation-s.Size.height,n=new p(a,h),this.arrange(s,n),a+=s.Size.width+this.options.horizontalSeparation;break;case\"Down\":switch(t.childrenLayout){case\"TopAlignedWithParent\":case\"BottomAlignedWithParent\":break;case\"Underneath\":for(d=e,t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),a=e.x+this.options.underneathHorizontalOffset,h=e.y+m+this.options.underneathVerticalTopOffset,i=0;i<t.children.length;i++)s=t.children[i],n=new p(a,h),this.arrange(s,n),h+=s.Size.height+this.options.underneathVerticalSeparation;break;case\"Default\":if(d=new p(e.x+(t.Size.width-u)/2,e.y),t.x=d.x,t.y=d.y,t.BoundingRectangle=new c(t.x,t.y,t.width,t.height),Math.abs(d.x-e.x)<g){for(r=0,i=0;i<t.children.length;i++)o=t.children[i],r+=o.Size.width+this.options.horizontalSeparation;r-=this.options.horizontalSeparation,a=e.x+(u-r)/2}else a=e.x;for(i=0;i<t.children.length;i++)s=t.children[i],h=d.y+this.options.verticalSeparation+m,n=new p(a,h),this.arrange(s,n),a+=s.Size.width+this.options.horizontalSeparation;break;default:throw\"Unsupported TreeDirection\"}break;case\"None\":break;default:throw\"Unsupported TreeDirection\"}},layoutSwitch:function(){var t,e,i,n,o,s;if(this.center&&!f.isEmpty(this.center.children))switch(t=this.options.subtype,f.isUndefined(t)&&(t=\"Down\"),s=this.center.children,t.toLowerCase()){case\"radial\":case\"radialtree\":this.layoutRadialTree();break;case\"mindmaphorizontal\":case\"mindmap\":e=this.center.children,1===this.center.children.length?this.layoutRight(e):(o=s.length/2,i=v(this.center.children,function(t){return f.indexOf(s,t)<o}),n=v(this.center.children,function(t){return f.indexOf(s,t)>=o}),this.layoutLeft(i),this.layoutRight(n));break;case\"mindmapvertical\":e=this.center.children,1===this.center.children.length?this.layoutDown(e):(o=s.length/2,i=v(this.center.children,function(t){return f.indexOf(s,t)<o}),n=v(this.center.children,function(t){return f.indexOf(s,t)>=o}),this.layoutUp(i),this.layoutDown(n));break;case\"right\":this.layoutRight(this.center.children);break;case\"left\":this.layoutLeft(this.center.children);break;case\"up\":case\"bottom\":this.layoutUp(this.center.children);break;case\"down\":case\"top\":this.layoutDown(this.center.children);break;case\"tipover\":case\"tipovertree\":if(this.options.tipOverTreeStartLevel<0)throw\"The tip-over level should be a positive integer.\";this.tipOverTree(this.center.children,this.options.tipOverTreeStartLevel);break;case\"undefined\":case\"none\":}}}),C=y.extend({init:function(t){var e=this;if(y.fn.init.call(e),f.isUndefined(t))throw\"No diagram specified.\";this.diagram=t},layout:function(t){var e,i;return this.transferOptions(t),e=new w(this.diagram),this.graph=e.convert(),i=this.layoutComponents(),new n.LayoutState(this.diagram,i)},layoutComponents:function(){var t,e,i,n,o,s,r,a;if(!this.graph.isEmpty()&&(t=this.graph.getConnectedComponents(),!f.isEmpty(t))){for(e=new b(this.options),i=[],n=0;n<t.length;n++){if(o=t[n],s=this.getTree(o),!s)throw\"Failed to find a spanning tree for the component.\";r=s.root,a=s.tree,e.layout(a,r),i.push(a)}return this.gridLayoutComponents(i)}},getTree:function(t){var e,i,n,o,s,r=null;if(this.options.roots&&this.options.roots.length>0)for(e=0,i=t.nodes.length;e<i;e++)for(n=t.nodes[e],o=0;o<this.options.roots.length;o++)if(s=this.options.roots[o],s===n.associatedShape){r=n;break}if(!r&&(r=t.root(),!r))throw\"Unable to find a root for the tree.\";return this.getTreeForRoot(t,r)},getTreeForRoot:function(t,e){var i=t.getSpanningTree(e);return f.isUndefined(i)||i.isEmpty()?null:{tree:i,root:i.root}}}),S=y.extend({init:function(t){var e=this;if(y.fn.init.call(e),f.isUndefined(t))throw\"Diagram is not specified.\";this.diagram=t},layout:function(t){var e,i,o,s,r,a;if(this.transferOptions(t),e=new w(this.diagram),i=e.convert(t),!i.isEmpty()&&(o=i.getConnectedComponents(),!f.isEmpty(o))){for(s=0;s<o.length;s++)r=o[s],this.layoutGraph(r,t);return a=this.gridLayoutComponents(o),new n.LayoutState(this.diagram,a)}},_initRuntimeProperties:function(){var t,e;for(t=0;t<this.graph.nodes.length;t++)e=this.graph.nodes[t],e.layer=-1,e.downstreamLinkCount=0,e.upstreamLinkCount=0,e.isVirtual=!1,e.uBaryCenter=0,e.dBaryCenter=0,e.upstreamPriority=0,e.downstreamPriority=0,e.gridPosition=0},_prepare:function(t){var e,i,n,o,s,r,a,h,c,l,u,p=[],g=new d,m=0;for(f.forEach(t.nodes,function(t){0===t.incoming.length&&(g.set(t,0),p.push(t))});p.length>0;)for(s=p.shift(),e=0;e<s.outgoing.length;e++)n=s.outgoing[e],r=n.target,o=g.containsKey(r)?Math.max(g.get(s)+1,g.get(r)):g.get(s)+1,g.set(r,o),o>m&&(m=o),_(p,r)||p.push(r);for(a=g.keys(),a.sort(function(t,e){var i=g.get(t),n=g.get(e);return f.sign(n-i)}),h=0;h<a.length;++h)if(c=a[h],l=Number.MAX_VALUE,0!==c.outgoing.length){for(i=0;i<c.outgoing.length;++i)n=c.outgoing[i],l=Math.min(l,g.get(n.target));l>1&&g.set(c,l-1)}for(this.layers=[],e=0;e<m+1;e++)u=[],u.linksTo={},this.layers.push(u);for(g.forEach(function(t,e){t.layer=e,this.layers[e].push(t)},this),i=0;i<this.layers.length;i++)for(u=this.layers[i],e=0;e<u.length;e++)u[e].gridPosition=e},layoutGraph:function(t,e){if(f.isUndefined(t))throw\"No graph given or graph analysis of the diagram failed.\";f.isDefined(e)&&this.transferOptions(e),this.graph=t,t.setItemIndices();var i=t.makeAcyclic();this._initRuntimeProperties(),this._prepare(t,e),this._dummify(),this._optimizeCrossings(),this._swapPairs(),this.arrangeNodes(),this._moveThingsAround(),this._dedummify(),f.forEach(i,function(t){t.points&&t.points.reverse()})},setMinDist:function(t,e,i){var n=t.layer,o=t.layerIndex;this.minDistances[n][o]=i},getMinDist:function(t,e){var i,n=0,o=t.layerIndex,s=e.layerIndex,r=t.layer,a=Math.min(o,s),h=Math.max(o,s);for(i=a;i<h;++i)n+=this.minDistances[r][i];return n},placeLeftToRight:function(t){var e,i,n,o,s,r,a,h,c,l,u=new d;for(n=0;n<this.layers.length;++n)if(o=t[n]){for(e=0;e<o.length;e++)i=o[e],u.containsKey(i)||this.placeLeft(i,u,n);for(s=Number.POSITIVE_INFINITY,e=0;e<o.length;e++)i=o[e],r=this.rightSibling(i),r&&this.nodeLeftClass.get(r)!==n&&(s=Math.min(s,u.get(r)-u.get(i)-this.getMinDist(i,r)));if(s===Number.POSITIVE_INFINITY){for(a=[],e=0;e<o.length;e++)for(i=o[e],h=[],f.addRange(h,this.upNodes.get(i)),f.addRange(h,this.downNodes.get(i)),c=0;c<h.length;c++)l=h[c],this.nodeLeftClass.get(l)<n&&a.push(u.get(l)-u.get(i));a.sort(),s=0===a.length?0:a.length%2===1?a[this.intDiv(a.length,2)]:(a[this.intDiv(a.length,2)-1]+a[this.intDiv(a.length,2)])/2}for(e=0;e<o.length;e++)i=o[e],u.set(i,u.get(i)+s)}return u},placeRightToLeft:function(t){var e,i,n,o,s,r,a,h,c,l,u=new d;for(n=0;n<this.layers.length;++n)if(o=t[n]){for(e=0;e<o.length;e++)i=o[e],u.containsKey(i)||this.placeRight(i,u,n);for(s=Number.NEGATIVE_INFINITY,e=0;e<o.length;e++)i=o[e],r=this.leftSibling(i),r&&this.nodeRightClass.get(r)!==n&&(s=Math.max(s,u.get(r)-u.get(i)+this.getMinDist(r,i)));if(s===Number.NEGATIVE_INFINITY){for(a=[],e=0;e<o.length;e++)for(i=o[e],h=[],f.addRange(h,this.upNodes.get(i)),f.addRange(h,this.downNodes.get(i)),c=0;c<h.length;c++)l=h[c],this.nodeRightClass.get(l)<n&&a.push(u.get(i)-u.get(l));a.sort(),s=0===a.length?0:a.length%2===1?a[this.intDiv(a.length,2)]:(a[this.intDiv(a.length,2)-1]+a[this.intDiv(a.length,2)])/2}for(e=0;e<o.length;e++)i=o[e],u.set(i,u.get(i)+s)}return u},_getLeftWing:function(){var t={value:null},e=this.computeClasses(t,1);return this.nodeLeftClass=t.value,e},_getRightWing:function(){var t={value:null},e=this.computeClasses(t,-1);return this.nodeRightClass=t.value,e},computeClasses:function(t,e){var i,n,o,s,r,a,h,c,l,u=0,f=t.value=new d;for(i=0;i<this.layers.length;++i)for(u=i,n=this.layers[i],o=1===e?0:n.length-1;0<=o&&o<n.length;o+=e)if(s=n[o],f.containsKey(s))u=f.get(s);else if(f.set(s,u),s.isVirtual)for(r=this._nodesInLink(s),a=0;a<r.length;a++)h=r[a],f.set(h,u);for(c=[],l=0;l<this.layers.length;l++)c.push(null);return f.forEach(function(t,e){null===c[e]&&(c[e]=[]),c[e].push(t)}),c},_isVerticalLayout:function(){return\"up\"===this.options.subtype.toLowerCase()||\"down\"===this.options.subtype.toLowerCase()||\"vertical\"===this.options.subtype.toLowerCase()},_isHorizontalLayout:function(){return\"right\"===this.options.subtype.toLowerCase()||\"left\"===this.options.subtype.toLowerCase()||\"horizontal\"===this.options.subtype.toLowerCase()},_isIncreasingLayout:function(){return\"right\"===this.options.subtype.toLowerCase()||\"down\"===this.options.subtype.toLowerCase()},_moveThingsAround:function(){function t(t,e){var i,n,o=Number.MIN_VALUE;for(i=0;i<t.length;++i)n=t[i],o=e._isVerticalLayout()?Math.max(o,n.height):Math.max(o,n.width);return o}var e,i,n,o,s,r,a,h,c,l,u,p,g,m,_,v,y,w,x,b,C,S,k,T,M,D,I;for(i=0;i<this.layers.length;++i)o=this.layers[i],o.sort(this._gridPositionComparer);for(this.minDistances=[],i=0;i<this.layers.length;++i)for(o=this.layers[i],this.minDistances[i]=[],s=0;s<o.length;++s)n=o[s],n.layerIndex=s,this.minDistances[i][s]=this.options.nodeDistance,s<o.length-1&&(this.minDistances[i][s]+=this._isVerticalLayout()?(n.width+o[s+1].width)/2:(n.height+o[s+1].height)/2);for(this.downNodes=new d,this.upNodes=new d,f.forEach(this.graph.nodes,function(t){this.downNodes.set(t,[]),this.upNodes.set(t,[])},this),f.forEach(this.graph.links,function(t){var e=t.source,i=t.target,n=null,o=null;e.layer>i.layer?(n=t.source,o=t.target):(o=t.source,n=t.target),this.downNodes.get(o).push(n),this.upNodes.get(n).push(o)},this),this.downNodes.forEachValue(function(t){t.sort(this._gridPositionComparer)},this),this.upNodes.forEachValue(function(t){t.sort(this._gridPositionComparer)},this),i=0;i<this.layers.length-1;++i)for(o=this.layers[i],r=0;r<o.length-1;r++)if(a=o[r],a.isVirtual&&(h=this.downNodes.get(a)[0],h.isVirtual))for(s=r+1;s<o.length;++s)n=o[s],n.isVirtual&&(c=this.downNodes.get(n)[0],c.isVirtual&&h.gridPosition>c.gridPosition&&(l=h.gridPosition,h.gridPosition=c.gridPosition,c.gridPosition=l,u=h.layerIndex,p=c.layerIndex,this.layers[i+1][u]=c,this.layers[i+1][p]=h,h.layerIndex=p,c.layerIndex=u));for(g=this._getLeftWing(),m=this._getRightWing(),_=this.placeLeftToRight(g),v=this.placeRightToLeft(m),y=new d,f.forEach(this.graph.nodes,function(t){y.set(t,(_.get(t)+v.get(t))/2)}),w=new d,x=new d,i=0;i<this.layers.length;++i)for(o=this.layers[i],b=-1,C=-1,s=0;s<o.length;++s)n=o[s],w.set(n,0),x.set(n,!1),n.isVirtual&&(b===-1?b=s:b===s-1?b=s:(C=s,w.set(o[b],0),y.get(n)-y.get(o[b])===this.getMinDist(o[b],n)?x.set(o[b],!0):x.set(o[b],!1),b=s));for(S=[1,-1],f.forEach(S,function(t){var i,n,o,s,r,a,h,c=1===t?0:this.layers.length-1;\n    for(i=c;0<=i&&i<this.layers.length;i+=t){if(n=this.layers[i],o=this._firstVirtualNode(n),s=null,r=null,o!==-1)for(s=n[o],r=[],e=0;e<o;e++)r.push(n[e]);else s=null,r=n;if(r.length>0){for(this._sequencer(y,null,s,t,r),e=0;e<r.length-1;++e)this.setMinDist(r[e],r[e+1],y.get(r[e+1])-y.get(r[e]));s&&this.setMinDist(r[r.length-1],s,y.get(s)-y.get(r[r.length-1]))}for(;s;){if(a=this.nextVirtualNode(n,s)){if(w.get(s)===t){for(o=s.layerIndex,h=a.layerIndex,r=[],e=o+1;e<h;e++)r.push(n[e]);r.length>0&&this._sequencer(y,s,a,t,r),x.set(s,!0)}}else{for(o=s.layerIndex,r=[],e=o+1;e<n.length;e++)r.push(n[e]);if(r.length>0){for(this._sequencer(y,s,null,t,r),e=0;e<r.length-1;++e)this.setMinDist(r[e],r[e+1],y.get(r[e+1])-y.get(r[e]));this.setMinDist(s,r[0],y.get(r[0])-y.get(s))}}s=a}this.adjustDirections(i,t,w,x)}},this),k=this._isIncreasingLayout()?0:this.layers.length-1,T=function(t,e){return e._isIncreasingLayout()?t<e.layers.length:t>=0},M=this._isIncreasingLayout()?1:-1,D=0,e=k;T(e,this);e+=M){for(o=this.layers[e],I=t(o,this),s=0;s<o.length;++s)n=o[s],this._isVerticalLayout()?(n.x=y.get(n),n.y=D+I/2):(n.x=D+I/2,n.y=y.get(n));D+=this.options.layerSeparation+I}},adjustDirections:function(t,e,i,n){var o,s,r,a,h,c,d,l,u,f,p,g,m,_;if(!(t+e<0||t+e>=this.layers.length))for(o=null,s=null,r=this.layers[t+e],a=0;a<r.length;++a)if(h=r[a],h.isVirtual&&(c=this.getNeighborOnLayer(h,t),c.isVirtual)){if(o){for(d=n.get(s),l=this.layers[t],u=s.layerIndex,f=c.layerIndex,p=u+1;p<f;++p)l[p].isVirtual&&(d=d&&n.get(l[p]));if(d)for(i.set(o,e),g=o.layerIndex,m=h.layerIndex,_=g+1;_<m;++_)r[_].isVirtual&&i.set(r[_],e)}o=h,s=c}},getNeighborOnLayer:function(t,e){var i=this.upNodes.get(t)[0];return i.layer===e?i:(i=this.downNodes.get(t)[0],i.layer===e?i:null)},_sequencer:function(t,e,i,n,o){if(1===o.length&&this._sequenceSingle(t,e,i,n,o[0]),o.length>1){var s=o.length,r=this.intDiv(s,2);this._sequencer(t,e,i,n,o.slice(0,r)),this._sequencer(t,e,i,n,o.slice(r)),this.combineSequences(t,e,i,n,o)}},_sequenceSingle:function(t,e,i,n,o){var s=n===-1?this.downNodes.get(o):this.upNodes.get(o),r=s.length;0!==r&&(r%2===1?t.set(o,t.get(s[this.intDiv(r,2)])):t.set(o,(t.get(s[this.intDiv(r,2)-1])+t.get(s[this.intDiv(r,2)]))/2),e&&t.set(o,Math.max(t.get(o),t.get(e)+this.getMinDist(e,o))),i&&t.set(o,Math.min(t.get(o),t.get(i)-this.getMinDist(o,i))))},combineSequences:function(t,e,i,n,o){var s,r,a,h,c,d,l,u,f,p,g=o.length,m=this.intDiv(g,2),_=[];for(s=0;s<m;++s){for(r=0,h=n===-1?this.downNodes.get(o[s]):this.upNodes.get(o[s]),a=0;a<h.length;++a)c=h[a],t.get(c)>=t.get(o[s])?r++:(r--,_.push({k:t.get(c)+this.getMinDist(o[s],o[m-1]),v:2}));_.push({k:t.get(o[s])+this.getMinDist(o[s],o[m-1]),v:r})}for(e&&_.push({k:t.get(e)+this.getMinDist(e,o[m-1]),v:Number.MAX_VALUE}),_.sort(this._positionDescendingComparer),l=[],s=m;s<g;++s){for(r=0,h=n===-1?this.downNodes.get(o[s]):this.upNodes.get(o[s]),a=0;a<h.length;++a)c=h[a],t.get(c)<=t.get(o[s])?r++:(r--,l.push({k:t.get(c)-this.getMinDist(o[s],o[m]),v:2}));l.push({k:t.get(o[s])-this.getMinDist(o[s],o[m]),v:r})}for(i&&l.push({k:t.get(i)-this.getMinDist(i,o[m]),v:Number.MAX_VALUE}),l.sort(this._positionAscendingComparer),u=0,f=0,p=this.getMinDist(o[m-1],o[m]);t.get(o[m])-t.get(o[m-1])<p;)if(u<f){if(0===_.length){t.set(o[m-1],t.get(o[m])-p);break}d=_.shift(),u+=d.v,t.set(o[m-1],d.k),t.set(o[m-1],Math.max(t.get(o[m-1]),t.get(o[m])-p))}else{if(0===l.length){t.set(o[m],t.get(o[m-1])+p);break}d=l.shift(),f+=d.v,t.set(o[m],d.k),t.set(o[m],Math.min(t.get(o[m]),t.get(o[m-1])+p))}for(s=m-2;s>=0;s--)t.set(o[s],Math.min(t.get(o[s]),t.get(o[m-1])-this.getMinDist(o[s],o[m-1])));for(s=m+1;s<g;s++)t.set(o[s],Math.max(t.get(o[s]),t.get(o[m])+this.getMinDist(o[s],o[m])))},placeLeft:function(t,e,i){var n=Number.NEGATIVE_INFINITY;f.forEach(this._getComposite(t),function(t){var o=this.leftSibling(t);o&&this.nodeLeftClass.get(o)===this.nodeLeftClass.get(t)&&(e.containsKey(o)||this.placeLeft(o,e,i),n=Math.max(n,e.get(o)+this.getMinDist(o,t)))},this),n===Number.NEGATIVE_INFINITY&&(n=0),f.forEach(this._getComposite(t),function(t){e.set(t,n)})},placeRight:function(t,e,i){var n=Number.POSITIVE_INFINITY;f.forEach(this._getComposite(t),function(t){var o=this.rightSibling(t);o&&this.nodeRightClass.get(o)===this.nodeRightClass.get(t)&&(e.containsKey(o)||this.placeRight(o,e,i),n=Math.min(n,e.get(o)-this.getMinDist(t,o)))},this),n===Number.POSITIVE_INFINITY&&(n=0),f.forEach(this._getComposite(t),function(t){e.set(t,n)})},leftSibling:function(t){var e=this.layers[t.layer],i=t.layerIndex;return 0===i?null:e[i-1]},rightSibling:function(t){var e=this.layers[t.layer],i=t.layerIndex;return i===e.length-1?null:e[i+1]},_getComposite:function(t){return t.isVirtual?this._nodesInLink(t):[t]},arrangeNodes:function(){var t,e,i,n,o,s,r,a;for(e=0;e<this.layers.length;e++)for(n=this.layers[e],i=0;i<n.length;i++)o=n[i],o.upstreamPriority=o.upstreamLinkCount,o.downstreamPriority=o.downstreamLinkCount;for(s=2,r=0;r<s;r++){for(t=this.layers.length-1;t>=1;t--)this.layoutLayer(!1,t);for(t=0;t<this.layers.length-1;t++)this.layoutLayer(!0,t)}for(a=Number.MAX_VALUE,e=0;e<this.layers.length;e++)for(n=this.layers[e],i=0;i<n.length;i++)o=n[i],a=Math.min(a,o.gridPosition);if(a<0)for(e=0;e<this.layers.length;e++)for(n=this.layers[e],i=0;i<n.length;i++)o=n[i],o.gridPosition=o.gridPosition-a},layoutLayer:function(t,e){var i,n,o,s;for(n=t?this.layers[i=e+1]:this.layers[i=e-1],o=[],s=0;s<n.length;s++)o.push(n[s]);o.sort(function(t,e){var i=(t.upstreamPriority+t.downstreamPriority)/2,n=(e.upstreamPriority+e.downstreamPriority)/2;return Math.abs(i-n)<1e-4?0:i<n?1:-1}),f.forEach(o,function(t){var e=t.gridPosition,i=this.calcBaryCenter(t),o=(t.upstreamPriority+t.downstreamPriority)/2;if(!(Math.abs(e-i)<1e-4||Math.abs(e-i)<.2501))if(e<i)for(;e<i&&this.moveRight(t,n,o);)e=t.gridPosition;else for(;e>i&&this.moveLeft(t,n,o);)e=t.gridPosition},this),i>0&&this.calcDownData(i-1),i<this.layers.length-1&&this.calcUpData(i+1)},moveRight:function(t,e,i){var n,o,s=f.indexOf(e,t);return s===e.length-1?(t.gridPosition=t.gridPosition+.5,!0):(n=e[s+1],o=(n.upstreamPriority+n.downstreamPriority)/2,n.gridPosition>t.gridPosition+1?(t.gridPosition=t.gridPosition+.5,!0):!(o>i||Math.abs(o-i)<1e-4)&&(!!this.moveRight(n,e,i)&&(t.gridPosition=t.gridPosition+.5,!0)))},moveLeft:function(t,e,i){var n,o,s=f.indexOf(e,t);return 0===s?(t.gridPosition=t.gridPosition-.5,!0):(n=e[s-1],o=(n.upstreamPriority+n.downstreamPriority)/2,n.gridPosition<t.gridPosition-1?(t.gridPosition=t.gridPosition-.5,!0):!(o>i||Math.abs(o-i)<1e-4)&&(!!this.moveLeft(n,e,i)&&(t.gridPosition=t.gridPosition-.5,!0)))},mapVirtualNode:function(t,e){this.nodeToLinkMap.set(t,e),this.linkToNodeMap.containsKey(e)||this.linkToNodeMap.set(e,[]),this.linkToNodeMap.get(e).push(t)},_nodesInLink:function(t){return this.linkToNodeMap.get(this.nodeToLinkMap.get(t))},_dummify:function(){var t,e,i,n,o,a,h,c,l,u,p,g,m,_,v,y,w,x,b,C;for(this.linkToNodeMap=new d,this.nodeToLinkMap=new d,l=this.graph.links.slice(0),u=this.layers,p=function(t,e,i){u[t].linksTo[e]=u[t].linksTo[e]||[],u[t].linksTo[e].push(i)},c=0;c<l.length;c++)if(g=l[c],m=g.source,_=g.target,v=m.layer,y=_.layer,w=m.gridPosition,x=_.gridPosition,b=(x-w)/Math.abs(y-v),C=m,v-y>1){for(h=v-1;h>y;h--){for(i=new s,i.x=m.x,i.y=m.y,i.width=m.width/100,i.height=m.height/100,t=u[h],e=(h-y)*b+w,e>t.length&&(e=t.length),w>=u[v].length-1&&x>=u[y].length-1?e=t.length:0===w&&0===x&&(e=0),i.layer=h,i.uBaryCenter=0,i.dBaryCenter=0,i.upstreamLinkCount=0,i.downstreamLinkCount=0,i.gridPosition=e,i.isVirtual=!0,f.insert(t,i,e),o=e+1;o<t.length;o++)n=t[o],n.gridPosition=n.gridPosition+1;a=new r(C,i),a.depthOfDumminess=0,p(h-1,h,a),C=i,this.graph._addNode(i),this.graph.addLink(a),i.index=this.graph.nodes.length-1,this.mapVirtualNode(i,g)}p(y-1,y,a),g.changeSource(C),g.depthOfDumminess=v-y-1}else if(v-y<-1){for(h=v+1;h<y;h++){for(i=new s,i.x=m.x,i.y=m.y,i.width=m.width/100,i.height=m.height/100,t=u[h],e=(h-v)*b+w,e>t.length&&(e=t.length),w>=u[v].length-1&&x>=u[y].length-1?e=t.length:0===w&&0===x&&(e=0),i.layer=h,i.uBaryCenter=0,i.dBaryCenter=0,i.upstreamLinkCount=0,i.downstreamLinkCount=0,i.gridPosition=e,i.isVirtual=!0,e&=e,f.insert(t,i,e),o=e+1;o<t.length;o++)n=t[o],n.gridPosition=n.gridPosition+1;a=new r(C,i),a.depthOfDumminess=0,p(h-1,h,a),C=i,this.graph._addNode(i),this.graph.addLink(a),i.index=this.graph.nodes.length-1,this.mapVirtualNode(i,g)}p(y-1,y,g),g.changeSource(C),g.depthOfDumminess=y-v-1}else p(v,y,g)},_dedummify:function(){for(var t,e,i,n,o,s,r,a,h=!0;h;)for(h=!1,t=0;t<this.graph.links.length;t++)if(e=this.graph.links[t],e.depthOfDumminess){for(i=[],i.unshift({x:e.target.x,y:e.target.y}),i.unshift({x:e.source.x,y:e.source.y}),n=e,o=e.depthOfDumminess,s=0;s<o;s++)r=n.source,a=r.incoming[0],i.unshift({x:a.source.x,y:a.source.y}),n=a;e.changeSource(n.source),e.depthOfDumminess=0,i.length>2?(i.splice(0,1),i.splice(i.length-1),e.points=i):e.points=[],h=!0;break}},_optimizeCrossings:function(){for(var t,e=-1,i=3,n=0;0!==e&&!(n++>i);){for(e=0,t=this.layers.length-1;t>=1;t--)e+=this.optimizeLayerCrossings(!1,t);for(t=0;t<this.layers.length-1;t++)e+=this.optimizeLayerCrossings(!0,t)}},calcUpData:function(t){var e,i,n,o,s,r,a,h,c;if(0!==t){for(e=this.layers[t],s=new l,r=this.layers[t-1],i=0;i<r.length;i++)s.add(r[i]);for(i=0;i<e.length;i++){for(a=e[i],h=0,c=0,n=0;n<a.incoming.length;n++)o=a.incoming[n],s.contains(o.source)&&(c++,h+=o.source.gridPosition);for(n=0;n<a.outgoing.length;n++)o=a.outgoing[n],s.contains(o.target)&&(c++,h+=o.target.gridPosition);c>0?(a.uBaryCenter=h/c,a.upstreamLinkCount=c):(a.uBaryCenter=i,a.upstreamLinkCount=0)}}},calcDownData:function(t){var e,i,n,o,s,r,a,h,c;if(t!==this.layers.length-1){for(e=this.layers[t],s=new l,r=this.layers[t+1],i=0;i<r.length;i++)s.add(r[i]);for(i=0;i<e.length;i++){for(a=e[i],h=0,c=0,n=0;n<a.incoming.length;n++)o=a.incoming[n],s.contains(o.source)&&(c++,h+=o.source.gridPosition);for(n=0;n<a.outgoing.length;n++)o=a.outgoing[n],s.contains(o.target)&&(c++,h+=o.target.gridPosition);c>0?(a.dBaryCenter=h/c,a.downstreamLinkCount=c):(a.dBaryCenter=i,a.downstreamLinkCount=0)}}},optimizeLayerCrossings:function(t,e){var i,n,o,s,r,a,h,c;for(n=t?this.layers[i=e+1]:this.layers[i=e-1],o=n.slice(0),t?this.calcUpData(i):this.calcDownData(i),s=this,n.sort(function(t,e){var i,n=s.calcBaryCenter(t),o=s.calcBaryCenter(e);return Math.abs(n-o)<1e-4?t.degree()===e.degree()?s.compareByIndex(t,e):t.degree()<e.degree()?1:-1:(i=1e3*(o-n),i>0?-1:i<0?1:s.compareByIndex(t,e))}),a=0,r=0;r<n.length;r++)n[r]!==o[r]&&a++;if(a>0)for(h=0,r=0;r<n.length;r++)c=n[r],c.gridPosition=h++;return a},_swapPairs:function(){for(var t,e,i,n,o,s,r,a,h,c,d,l,u,f,p,g,m,_=this.options.layeredIterations,v=0;;){if(v++>_)break;for(t=v%4<=1,e=v%4===1,i=t?0:this.layers.length-1;t?i<=this.layers.length-1:i>=0;i+=t?1:-1){for(n=this.layers[i],o=!1,s=!0,r=0,a=0;a<n.length-1;a++)h=0,c=0,d=0,s?(0!==i&&(h=this.countLinksCrossingBetweenTwoLayers(i-1,i)),i!==this.layers.length-1&&(c=this.countLinksCrossingBetweenTwoLayers(i,i+1)),t?h*=2:c*=2,d=h+c):d=r,0!==d&&(l=n[a],u=n[a+1],f=l.gridPosition,p=u.gridPosition,n[a]=u,n[a+1]=l,l.gridPosition=p,u.gridPosition=f,h=0,0!==i&&(h=this.countLinksCrossingBetweenTwoLayers(i-1,i)),c=0,i!==this.layers.length-1&&(c=this.countLinksCrossingBetweenTwoLayers(i,i+1)),t?h*=2:c*=2,g=h+c,m=!1,m=e?g>=d:g>d,m?(l=n[a],u=n[a+1],f=l.gridPosition,p=u.gridPosition,n[a]=u,n[a+1]=l,l.gridPosition=p,u.gridPosition=f,r=d,s=!1):(o=!0,s=!0));o&&(i!==this.layers.length-1&&this.calcUpData(i+1),0!==i&&this.calcDownData(i-1))}}},countLinksCrossingBetweenTwoLayers:function(t,e){var i,n,o,s,r,a,h,c,d,l,u,f,p=this.layers[t].linksTo[e],g=0,m=p.length;for(h=0;h<m;h++)for(i=p[h],c=h+1;c<m;c++)n=p[c],i.target.layer===e?(o=i.source,s=i.target):(o=i.target,s=i.source),n.target.layer===e?(r=n.source,a=n.target):(r=n.target,a=n.source),d=o.gridPosition,l=s.gridPosition,u=r.gridPosition,f=a.gridPosition,(d-u)*(l-f)<0&&g++;return g},calcBaryCenter:function(t){var e=t.upstreamLinkCount,i=t.downstreamLinkCount,n=t.uBaryCenter,o=t.dBaryCenter;return e>0&&i>0?(n+o)/2:e>0?n:i>0?o:0},_gridPositionComparer:function(t,e){return t.gridPosition<e.gridPosition?-1:t.gridPosition>e.gridPosition?1:0},_positionAscendingComparer:function(t,e){return t.k<e.k?-1:t.k>e.k?1:0},_positionDescendingComparer:function(t,e){return t.k<e.k?1:t.k>e.k?-1:0},_firstVirtualNode:function(t){for(var e=0;e<t.length;e++)if(t[e].isVirtual)return e;return-1},compareByIndex:function(t,e){var i=t.index,n=e.index;return i<n?1:i>n?-1:0},intDiv:function(t,e){return(t-t%e)/e},nextVirtualNode:function(t,e){var i,n=e.layerIndex;for(i=n+1;i<t.length;++i)if(t[i].isVirtual)return t[i];return null}}),k=i.Class.extend({init:function(t,e){if(f.isUndefined(t))throw\"No diagram given\";this.diagram=t,this.nodeMap=new d,this.linkMap=new d,this.capture(e?e:t)},capture:function(t){var e,i,o,s,r,a,h,d,l;if(t instanceof n.Graph){for(s=0;s<t.nodes.length;s++)e=t.nodes[s],o=e.associatedShape,this.nodeMap.set(o.visual.id,new c(e.x,e.y,e.width,e.height));for(s=0;s<t.links.length;s++)a=t.links[s],r=a.associatedConnection,this.linkMap.set(r.visual.id,a.points())}else if(t instanceof Array)for(i=t,s=0;s<i.length;s++)e=i[s],o=e.associatedShape,o&&this.nodeMap.set(o.visual.id,new c(e.x,e.y,e.width,e.height));else if(t.hasOwnProperty(\"links\")&&t.hasOwnProperty(\"nodes\")){for(i=t.nodes,h=t.links,s=0;s<i.length;s++)e=i[s],o=e.associatedShape,o&&this.nodeMap.set(o.visual.id,new c(e.x,e.y,e.width,e.height));for(s=0;s<h.length;s++)a=h[s],r=a.associatedConnection,r&&this.linkMap.set(r.visual.id,a.points)}else{for(d=this.diagram.shapes,l=this.diagram.connections,s=0;s<d.length;s++)o=d[s],this.nodeMap.set(o.visual.id,o.bounds());for(s=0;s<l.length;s++)r=l[s],this.linkMap.set(r.visual.id,r.points())}}});a(n,{init:function(t){i.init(t,n.ui)},SpringLayout:x,TreeLayout:C,GraphAdapter:w,LayeredLayout:S,LayoutBase:y,LayoutState:k})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/diagram/dom.min\",[\"kendo.data.min\",\"kendo.draganddrop.min\",\"kendo.toolbar.min\",\"kendo.editable.min\",\"kendo.window.min\",\"kendo.dropdownlist.min\",\"kendo.dataviz.core.min\",\"kendo.dataviz.themes.min\",\"dataviz/diagram/svg.min\",\"dataviz/diagram/services.min\",\"dataviz/diagram/layout.min\"],t)}(function(){!function(t,e){function i(t){var e=t.originalEvent,i=0;return e.wheelDelta?(i=-e.wheelDelta/40,i=i>0?xt.ceil(i):xt.floor(i)):e.detail&&(i=e.detail),i}function n(t){return t.options.name.toLowerCase()===zt.toLowerCase()}function o(t,e){var i,o,s,r,a=Ot;for(s=0;s<e.length;s++)o=e[s],n(o)||(r=t.distanceTo(o.position()),r<a&&(a=r,i=o));return i}function s(t,e){var i,n,o,s=[],r=t.drawingContainer().children,a=r.length;for(i=0;i<e.length;i++)for(n=e[i],o=0;o<a;o++)if(r[o]==n.drawingContainer()){s.push(o);break}return s}function r(t){var e={};return t=t||{},mt(t.text)&&null!==t.text&&(e.text=t.text),mt(t.x)&&null!==t.x&&(e.x=t.x),mt(t.y)&&null!==t.y&&(e.y=t.y),mt(t.width)&&null!==t.width&&(e.width=t.width),mt(t.height)&&null!==t.height&&(e.height=t.height),mt(t.type)&&null!==t.type&&(e.type=t.type),e}function a(t){var e={};return t=t||{},mt(t.text)&&null!==t.text&&(e.content=t.text),mt(t.type)&&null!==t.type&&(e.type=t.type),mt(t.from)&&null!==t.from&&(e.from=t.from),mt(t.fromConnector)&&null!==t.fromConnector&&(e.fromConnector=t.fromConnector),mt(t.fromX)&&null!==t.fromX&&(e.fromX=t.fromX),mt(t.fromY)&&null!==t.fromY&&(e.fromY=t.fromY),mt(t.to)&&null!==t.to&&(e.to=t.to),mt(t.toConnector)&&null!==t.toConnector&&(e.toConnector=t.toConnector),mt(t.toX)&&null!==t.toX&&(e.toX=t.toX),mt(t.toY)&&null!==t.toY&&(e.toY=t.toY),e}function h(e,i){var n,o=this.dataSource.reader.model;o&&(n=o.fn.fields.text?\"text\":o.idField,t(\"<input name='\"+i.field+\"' />\").appendTo(e).kendoDropDownList({dataValueField:o.idField,dataTextField:n,dataSource:this.dataSource.data().toJSON(),optionLabel:\" \",valuePrimitive:!0}))}function c(t){this.dataItem=t,this.callbacks=[]}function d(){this.items={}}function l(t){var e=t;return t instanceof kendo.data.Model&&(e=t.toJSON(),e[t.idField]=t._defaultId),e}function u(t){var e,i,n=[],o=[];for(i=0;i<t.length;i++)e=t[i],e instanceof x?o.push(e):n.push(e);return{shapes:o,connections:n}}function f(t,e){return t.reader.model?new t.reader.model(e):new kendo.data.ObservableObject(e)}function p(t,e){mt(e[t])&&e.set(t,null)}function g(t,e,i){var n,o;for(o=0;o<i.length;o++)n=i[o],e&&!mt(e[n])&&(e[n]=t[n])}function m(t){var e=t.drawingContainer().clippedBBox(null);0===e.origin.x&&0===e.origin.y||t.position(-e.origin.x,-e.origin.y)}function _(t){t.preventDefault()}var v,y,w,x,b,C,S,k,T,M,D,I,P=kendo.dataviz,L=kendo.drawing,E=kendo.geometry,z=P.diagram,B=kendo.ui.Widget,N=kendo.Class,R=t.proxy,A=kendo.deepExtend,O=kendo._outerWidth,U=kendo._outerHeight,V=t.extend,H=kendo.data.HierarchicalDataSource,F=z.Canvas,G=z.Group,q=z.Rectangle,K=z.Circle,W=z.CompositeTransform,X=z.Rect,j=z.Path,Y=z.DeleteShapeUnit,Q=z.DeleteConnectionUnit,J=z.TextBlock,Z=z.Image,$=z.Point,tt=z.Intersect,et=z.ConnectionEditAdorner,it=z.UndoRedoService,nt=z.ToolService,ot=z.Selector,st=z.ResizingAdorner,rt=z.ConnectorsAdorner,at=z.Cursors,ht=z.Utils,ct=kendo.Observable,dt=z.ToBackUnit,lt=z.ToFrontUnit,ut=z.PolylineRouter,ft=z.CascadingRouter,pt=ht.isUndefined,gt=ht.isDefined,mt=kendo.util.defined,_t=t.isArray,vt=kendo.isFunction,yt=ht.isString,wt=t.isPlainObject,xt=Math,bt=\".kendoDiagram\",Ct=\"cascading\",St=\"itemBoundsChange\",kt=\"change\",Tt=\"click\",Mt=\"drag\",Dt=\"dragEnd\",It=\"dragStart\",Pt=\"mouseEnter\",Lt=\"mouseLeave\",Et=\"error\",zt=\"Auto\",Bt=\"Top\",Nt=\"Right\",Rt=\"Left\",At=\"Bottom\",Ot=9007199254740992,Ut=\"select\",Vt=\"itemRotate\",Ht=\"pan\",Ft=\"zoomStart\",Gt=\"zoomEnd\",qt=\"none\",Kt=600,Wt=600,Xt=\"rectangle\",jt=100,Yt=100,Qt=20,Jt=20,Zt=0,$t=\"Yellow\",te=Number.MAX_VALUE,ee=-Number.MAX_VALUE,ie=\"absolute\",ne=\"transformed\",oe=\"rotated\",se=\"transparent\",re=\"width\",ae=\"height\",he=\"x\",ce=\"y\",de=\"DOMMouseScroll\"+bt+\" mousewheel\"+bt,le=.05,ue=5,fe='<a class=\"k-button k-button-icontext #=className#\" href=\"\\\\#\"><span class=\"#=iconClass# #=imageClass#\"></span>#=text#</a>',pe=5;z.DefaultConnectors=[{name:Bt},{name:At},{name:Rt},{name:Nt},{name:zt,position:function(t){return t.getPosition(\"center\")}}],v={cancel:{text:\"Cancel\",imageClass:\"k-i-cancel\",className:\"k-diagram-cancel\",iconClass:\"k-icon\"},update:{text:\"Update\",imageClass:\"k-i-update\",className:\"k-diagram-update\",iconClass:\"k-icon\"}},z.shapeDefaults=function(t){var e={type:Xt,path:\"\",autoSize:!0,visual:null,x:Zt,y:Zt,minWidth:Qt,minHeight:Jt,width:jt,height:Yt,hover:{},editable:{connect:!0,tools:[]},connectors:z.DefaultConnectors,rotation:{angle:0}};return ht.simpleExtend(e,t),e},y=ct.extend({init:function(t){var e=this;e.dataItem=(t||{}).dataItem,ct.fn.init.call(e),e.options=A({id:z.randomId()},e.options,t),e.isSelected=!1,e.visual=new G({id:e.options.id,autoSize:e.options.autoSize}),e.id=e.options.id,e._template()},options:{hover:{},cursor:at.grip,content:{align:\"center middle\"},selectable:!0,serializable:!0,enable:!0},_getCursor:function(t){return this.adorner?this.adorner._getCursor(t):this.options.cursor},visible:function(t){return pt(t)?this.visual.visible():(this.visual.visible(t),e)},bounds:function(){},refresh:function(){this.visual.redraw()},position:function(t){this.options.x=t.x,this.options.y=t.y,this.visual.position(t)},toString:function(){return this.options.id},serialize:function(){var t=A({},{options:this.options});return this.dataItem&&(t.dataItem=\"\"+this.dataItem),t},_content:function(t){var i,n,o;return t!==e&&(i=this.options,z.Utils.isString(t)?i.content.text=t:A(i.content,t),n=i.content,o=this._contentVisual,o?this._updateContentVisual(n):this._createContentVisual(n)),this.options.content.text},_createContentVisual:function(t){t.text&&(this._contentVisual=new J(t),this._contentVisual._includeInBBox=!1,this.visual.append(this._contentVisual))},_updateContentVisual:function(t){this._contentVisual.redraw(t)},_hitTest:function(t){var e=this.bounds();return this.visible()&&e.contains(t)&&this.options.enable},_template:function(){var t,e,i=this;i.options.content.template&&(t=i.dataItem||{},e=kendo.template(i.options.content.template,{paramName:\"dataItem\"}),i.options.content.text=e(t))},_canSelect:function(){return this.options.selectable!==!1},toJSON:function(){return{id:this.options.id}}}),w=N.extend({init:function(t,e){this.options=A({},this.options,e),this.connections=[],this.shape=t},options:{width:7,height:7,fill:{color:$t},hover:{}},position:function(){return this.options.position?this.options.position(this.shape):this.shape.getPosition(this.options.name)},toJSON:function(){return{shapeId:\"\"+this.shape,connector:this.options.name}}}),w.parse=function(t,e){var i,n,o=e.split(\":\"),s=o[0],r=o[1]||zt;for(i=0;i<t.shapes.length;i++)if(n=t.shapes[i],n.options.id==s)return n.getConnector(r.trim())},x=y.extend({init:function(t,e){var i=this;y.fn.init.call(i,t),this.diagram=e,this.updateOptionsFromModel(),t=i.options,i.connectors=[],i.type=t.type,i.createShapeVisual(),i.updateBounds(),i.content(i.content()),i._createConnectors()},options:z.shapeDefaults(),_setOptionsFromModel:function(t){var e=r(t||this.dataItem);this.options=A({},this.options,e),this.redrawVisual()},updateOptionsFromModel:function(t,e){var i,n;this.diagram&&this.diagram._isEditable&&(i=r(t||this.dataItem),t&&e?P.inArray(e,[\"x\",\"y\",\"width\",\"height\"])?(n=this.bounds(),n[e]=t[e],this.bounds(n)):(this.options.visual?this._redrawVisual():i.type&&(this.options=A({},this.options,i),this._redrawVisual()),this.options.content&&(this._template(),this.content(this.options.content))):this.options=A({},this.options,i))},_redrawVisual:function(){this.visual.clear(),this._contentVisual=null,this.options.dataItem=this.dataItem,this.createShapeVisual(),this.updateBounds()},redrawVisual:function(){this._redrawVisual(),this.options.content&&(this._template(),this.content(this.options.content))},updateModel:function(t){var e,i,n=this.diagram;n&&n._isEditable&&(e=this._bounds,i=this.dataItem,i&&(n._suspendModelRefresh(),mt(i.x)&&e.x!==i.x&&i.set(\"x\",e.x),mt(i.y)&&e.y!==i.y&&i.set(\"y\",e.y),mt(i.width)&&e.width!==i.width&&i.set(\"width\",e.width),mt(i.height)&&e.height!==i.height&&i.set(\"height\",e.height),this.dataItem=i,n._resumeModelRefresh(),t&&n._syncShapeChanges()))},updateBounds:function(){var t=this.visual._measure(!0),e=this.options;this.bounds(new X(e.x,e.y,t.width,t.height)),this._rotate(),this._alignContent()},content:function(t){var e=this._content(t);return this._alignContent(),e},_alignContent:function(){var t,e,i,n,o,s=this.options.content||{},r=this._contentVisual;r&&s.align&&(t=this.visual._measure(),e=new z.RectAlign(t),i=r.drawingElement.bbox(null),n=new X(0,0,i.width(),i.height()),o=e.align(n,s.align),r.position(o.topLeft()))},_createConnectors:function(){var t,e,i=this.options,n=i.connectors.length,o=i.connectorDefaults;for(e=0;e<n;e++)t=new w(this,A({},o,i.connectors[e])),this.connectors.push(t)},bounds:function(t){var e,i;if(t)if(yt(t))switch(t){case ne:e=this._transformedBounds();break;case ie:e=this._transformedBounds(),i=this.diagram._pan,e.x+=i.x,e.y+=i.y;break;case oe:e=this._rotatedBounds();break;default:e=this._bounds}else this._setBounds(t),this._triggerBoundsChange(),this.diagram&&this.diagram._layouting||this.refreshConnections();else e=this._bounds;return e},_setBounds:function(t){var e=this.options,i=t.topLeft(),n=e.x=i.x,o=e.y=i.y,s=e.width=xt.max(t.width,e.minWidth),r=e.height=xt.max(t.height,e.minHeight);this._bounds=new X(n,o,s,r),this.visual.redraw({x:n,y:o,width:s,height:r})},position:function(t){return t?(this.bounds(new X(t.x,t.y,this._bounds.width,this._bounds.height)),e):this._bounds.topLeft()},clone:function(){var t=this.serialize();return t.options.id=z.randomId(),this.diagram&&this.diagram._isEditable&&mt(this.dataItem)&&(t.options.dataItem=l(this.dataItem)),new x(t.options)},select:function(t){var e,i,n=this.diagram;if(pt(t)&&(t=!0),this._canSelect()&&this.isSelected!=t)return e=[],i=[],this.isSelected=t,this.isSelected?(n._selectedItems.push(this),e.push(this)):(ht.remove(n._selectedItems,this),i.push(this)),n._internalSelection||n._selectionChanged(e,i),!0},rotate:function(t,i,n){var o,s,r,a,h=this.visual.rotate();return t!==e&&(n!==!1&&this.diagram&&this.diagram.undoRedoService&&t!==h.angle&&this.diagram.undoRedoService.add(new z.RotateUnit(this.diagram._resizingAdorner,[this],[h.angle]),!1),o=this.bounds(),s=new $(o.width/2,o.height/2),i&&(r=t-h.angle,a=o.center().rotate(i,360-r).minus(s),this._rotationOffset=this._rotationOffset.plus(a.minus(o.topLeft())),this.position(a)),this.visual.rotate(t,s),this.options.rotation.angle=t,this.diagram&&this.diagram._connectorsAdorner&&this.diagram._connectorsAdorner.refresh(),this.refreshConnections(),this.diagram&&this.diagram.trigger(Vt,{item:this})),h},connections:function(t){var e,i,n,o,s,r,a,h=[];for(e=0;e<this.connectors.length;e++)for(s=this.connectors[e],o=s.connections,i=0,o;i<o.length;i++)n=o[i],\"out\"==t?(r=n.source(),r.shape&&r.shape==this&&h.push(n)):\"in\"==t?(a=n.target(),a.shape&&a.shape==this&&h.push(n)):h.push(n);return h},refreshConnections:function(){t.each(this.connections(),function(){this.refresh()})},getConnector:function(t){var e,i;if(!yt(t))return t instanceof $?o(t,this.connectors):this.connectors.length?this.connectors[0]:null;for(t=t.toLocaleLowerCase(),e=0;e<this.connectors.length;e++)if(i=this.connectors[e],i.options.name.toLocaleLowerCase()==t)return i},getPosition:function(t){var e=this.bounds(),i=t.charAt(0).toLowerCase()+t.slice(1);return vt(e[i])?this._transformPoint(e[i]()):e.center()},redraw:function(t){var e,i;t&&(e=this.options,this.shapeVisual.redraw(this._visualOptions(t)),this._diffNumericOptions(t,[re,ae,he,ce])&&(this.bounds(new X(e.x,e.y,e.width,e.height)),i=!0),t.connectors&&(e.connectors=t.connectors,this._updateConnectors()),e=A(e,t),(t.rotation||i)&&this._rotate(),e.content&&this.content(e.content))},_updateConnectors:function(){var t,e,i,n,o=this.connections();for(this.connectors=[],this._createConnectors(),n=0;n<o.length;n++)t=o[n],e=t.source(),i=t.target(),e.shape&&e.shape===this?t.source(this.getConnector(e.options.name)||null):i.shape&&i.shape===this&&t.target(this.getConnector(i.options.name)||null),t.updateModel()},_diffNumericOptions:z.diffNumericOptions,_visualOptions:function(t){return{data:t.path,source:t.source,hover:t.hover,fill:t.fill,stroke:t.stroke}},_triggerBoundsChange:function(){this.diagram&&this.diagram.trigger(St,{item:this,bounds:this._bounds.clone()})},_transformPoint:function(t){var e=this.rotate(),i=this.bounds(),n=i.topLeft();return e.angle&&t.rotate(e.center().plus(n),360-e.angle),t},_transformedBounds:function(){var t=this.bounds(),e=t.topLeft(),i=t.bottomRight();return X.fromPoints(this.diagram.modelToView(e),this.diagram.modelToView(i))},_rotatedBounds:function(){var t=this.bounds().rotatedBounds(this.rotate().angle),e=t.topLeft(),i=t.bottomRight();return X.fromPoints(e,i)},_rotate:function(){var t=this.options.rotation;t&&t.angle&&this.rotate(t.angle),this._rotationOffset=new $},_hover:function(t){var e=this.options,i=e.hover,n=e.stroke,o=e.fill;t&&gt(i.stroke)&&(n=A({},n,i.stroke)),t&&gt(i.fill)&&(o=i.fill),this.shapeVisual.redraw({stroke:n,fill:o}),e.editable&&e.editable.connect&&this.diagram._showConnectors(this,t)},_hitTest:function(t){if(this.visible()){var e,i=this.bounds(),n=this.rotate().angle;if(t.isEmpty&&!t.isEmpty())return tt.rects(t,i,n?n:0);if(e=t.clone().rotate(i.center(),n),i.contains(e))return this}},toJSON:function(){return{shapeId:this.options.id}},createShapeVisual:function(){var t,e=this.options,i=this._visualOptions(e),n=e.visual,o=(e.type+\"\").toLocaleLowerCase();i.width=e.width,i.height=e.height,vt(n)?t=n.call(this,e):i.data?(t=new j(i),m(t)):t=\"rectangle\"==o?new q(i):\"circle\"==o?new K(i):\"text\"==o?new J(i):\"image\"==o?new Z(i):new j(i),this.shapeVisual=t,this.visual.append(this.shapeVisual)}}),b=y.extend({init:function(t,e,i){var n=this;y.fn.init.call(n,i),this.updateOptionsFromModel(),this._initRouter(),n.path=new z.Polyline(n.options),n.path.fill(se),n.visual.append(n.path),n._sourcePoint=n._targetPoint=new $,n._setSource(t),n._setTarget(e),n.content(n.options.content),n.definers=[],mt(i)&&i.points&&n.points(i.points)},options:{hover:{stroke:{}},startCap:qt,endCap:qt,points:[],selectable:!0,fromConnector:zt,toConenctor:zt},_setOptionsFromModel:function(t){this.updateOptionsFromModel(t||this.dataItem)},updateOptionsFromModel:function(t){var e,i,n,o;this.diagram&&this.diagram._isEditable&&(e=this.diagram._dataMap,i=a(t||this.dataItem),t?(mt(i.from)?(n=e[i.from],n&&mt(i.fromConnector)&&(n=n.getConnector(i.fromConnector)),this.source(n)):mt(i.fromX)&&mt(i.fromY)&&this.source(new $(i.fromX,i.fromY)),mt(i.to)?(o=e[i.to],o&&mt(i.toConnector)&&(o=o.getConnector(i.toConnector)),this.target(o)):mt(i.toX)&&mt(i.toY)&&this.target(new $(i.toX,i.toY)),mt(i.type)&&this.type()!==i.type&&(this.points([]),this.type(i.type)),this.dataItem=t,this._template(),this.redraw(this.options)):this.options=A({},i,this.options))},updateModel:function(t){if(this.diagram&&this.diagram._isEditable&&this.diagram.connectionsDataSource){var e=this.diagram.connectionsDataSource.getByUid(this.dataItem.uid);e&&(this.diagram._suspendModelRefresh(),mt(this.options.fromX)&&null!==this.options.fromX?(p(\"from\",e),p(\"fromConnector\",e),e.set(\"fromX\",this.options.fromX),e.set(\"fromY\",this.options.fromY)):(e.set(\"from\",this.options.from),mt(e.fromConnector)&&e.set(\"fromConnector\",this.sourceConnector?this.sourceConnector.options.name:null),p(\"fromX\",e),p(\"fromY\",e)),mt(this.options.toX)&&null!==this.options.toX?(p(\"to\",e),p(\"toConnector\",e),e.set(\"toX\",this.options.toX),e.set(\"toY\",this.options.toY)):(e.set(\"to\",this.options.to),mt(e.toConnector)&&e.set(\"toConnector\",this.targetConnector?this.targetConnector.options.name:null),p(\"toX\",e),p(\"toY\",e)),mt(this.options.type)&&mt(e.type)&&e.set(\"type\",this.options.type),this.dataItem=e,this.diagram._resumeModelRefresh(),t&&this.diagram._syncConnectionChanges())}},sourcePoint:function(){return this._resolvedSourceConnector?this._resolvedSourceConnector.position():this._sourcePoint},_setSource:function(t){var i,n=t instanceof x,o=this.options.fromConnector||zt;n&&!t.getConnector(o)||(t!==e&&(this.from=t),this._removeFromSourceConnector(),null===t?this.sourceConnector&&(this._sourcePoint=(this._resolvedSourceConnector||this.sourceConnector).position(),this._clearSourceConnector(),this._setFromOptions(null,this._sourcePoint)):t instanceof w?(i=t.shape.dataItem,i&&this._setFromOptions(i.id),this.sourceConnector=t,this.sourceConnector.connections.push(this)):t instanceof $?(this._setFromOptions(null,t),this._sourcePoint=t,this.sourceConnector&&this._clearSourceConnector()):n&&(i=t.dataItem,i&&this._setFromOptions(i.id),this.sourceConnector=t.getConnector(o),this.sourceConnector.connections.push(this)))},source:function(t,e){return gt(t)&&(e&&this.diagram&&this.diagram.undoRedoService.addCompositeItem(new z.ConnectionEditUnit(this,t)),this._setSource(t),this.refresh()),this.sourceConnector?this.sourceConnector:this._sourcePoint},_setFromOptions:function(t,e){this.options.from=t,e?(this.options.fromX=e.x,this.options.fromY=e.y):(this.options.fromX=null,this.options.fromY=null)},sourceDefiner:function(t){if(!t)return this._sourceDefiner||(this._sourceDefiner=new z.PathDefiner(this.sourcePoint(),null,null)),this._sourceDefiner;if(!(t instanceof z.PathDefiner))throw\"The sourceDefiner needs to be a PathDefiner.\";t.left=null,this._sourceDefiner=t,this.source(t.point)},targetPoint:function(){return this._resolvedTargetConnector?this._resolvedTargetConnector.position():this._targetPoint},_setTarget:function(t){var i,n=t instanceof x,o=this.options.toConnector||zt;n&&!t.getConnector(o)||(t!==e&&(this.to=t),this._removeFromTargetConnector(),null===t?this.targetConnector&&(this._targetPoint=(this._resolvedTargetConnector||this.targetConnector).position(),this._clearTargetConnector(),this._setToOptions(null,this._targetPoint)):t instanceof w?(i=t.shape.dataItem,i&&this._setToOptions(i.id),\n    this.targetConnector=t,this.targetConnector.connections.push(this)):t instanceof $?(this._setToOptions(null,t),this._targetPoint=t,this.targetConnector&&this._clearTargetConnector()):n&&(i=t.dataItem,i&&this._setToOptions(i.id),this.targetConnector=t.getConnector(o),this.targetConnector.connections.push(this)))},target:function(t,i){return gt(t)&&(i&&this.diagram&&this.diagram.undoRedoService.addCompositeItem(new z.ConnectionEditUnit(this,e,t)),this._setTarget(t),this.refresh()),this.targetConnector?this.targetConnector:this._targetPoint},_setToOptions:function(t,e){this.options.to=t,e?(this.options.toX=e.x,this.options.toY=e.y):(this.options.toX=null,this.options.toY=null)},targetDefiner:function(t){if(!t)return this._targetDefiner||(this._targetDefiner=new z.PathDefiner(this.targetPoint(),null,null)),this._targetDefiner;if(!(t instanceof z.PathDefiner))throw\"The sourceDefiner needs to be a PathDefiner.\";t.right=null,this._targetDefiner=t,this.target(t.point)},_updateConnectors:function(){this._updateConnector(this.source(),\"source\"),this._updateConnector(this.target(),\"target\")},_updateConnector:function(t,e){var i,n,o,s,r=this,a=r.diagram;t instanceof w&&!a.getShapeById(t.shape.id)?(i=t.shape.dataItem,n=t.options.name,o=function(){var o=a._dataMap[i.id];t=o.getConnector(n),r[e](t,!1),r.updateModel()},a._dataMap[i.id]?o():(s=a._inactiveShapeItems.getByUid(i.uid),s&&a._deferredConnectionUpdates.push(s.onActivate(o)))):r[e](t,!1)},content:function(t){var e=this._content(t);return mt(t)&&this._alignContent(),e},_createContentVisual:function(t){var e;return vt(t.visual)?e=t.visual.call(this,t):t.text&&(e=new J(t)),e&&(this._contentVisual=e,e._includeInBBox=!1,this.visual.append(e)),e},_updateContentVisual:function(t){vt(t.visual)?(this.visual.remove(this._contentVisual),this._createContentVisual(t)):this._contentVisual.redraw(t)},_alignContent:function(){var t,e,i,n,o,s,r,a,h,c,d,l,u,f,p,g;if(this._contentVisual){for(t=pe,e=this.allPoints(),i=xt.floor(e.length/2),n=i-1;n>0&&e[n].equals(e[i]);)n--,i++;o=e[i],s=e[n],r=this._contentVisual._measure(),a=r.width,h=r.height,c=e.length%2===0,d=s.distanceTo(o),c&&e.length>2&&d>0&&(s.y===o.y&&d<a||s.x===o.x&&d<h)&&(c=!1,t=0),c?(u=kendo.util.deg(xt.atan2(o.y-s.y,o.x-s.x)),l=new $((o.x-s.x)/2+s.x,(o.y-s.y)/2+s.y),90===xt.abs(u)?(l.x+=t,l.y-=h/2):u%180===0?(l.x-=a/2,l.y-=h+t):u<-90||0<u&&u<90?l.y-=h:(u<0||u>90)&&(l.x-=a,l.y-=h)):(f=xt.floor(e.length/2),l=e[f].clone(),s=e[f-1],o=e[f+1],p=s.x<=l.x&&o.x<=l.x?t:-r.width-t,g=s.y<=l.y&&o.y<=l.y?t:-r.height-t,l.x+=p,l.y+=g),this._contentVisual.position(l)}},select:function(t){var i,n,o=this.diagram;if(this._canSelect()&&this.isSelected!==t)return this.isSelected=t,i=[],n=[],this.isSelected?(this.adorner=new et(this,this.options.selection),o._adorn(this.adorner,!0),o._selectedItems.push(this),i.push(this)):this.adorner&&(o._adorn(this.adorner,!1),ht.remove(o._selectedItems,this),this.adorner=e,n.push(this)),this.adorner&&this.adorner.refresh(),o._internalSelection||o._selectionChanged(i,n),!0},bounds:function(t){return!t||yt(t)?this._bounds:(this._bounds=t,e)},type:function(t){var i=this.options;return t?(t!==i.type&&(i.type=t,this._initRouter(),this.refresh()),e):i.type},_initRouter:function(){var t=(this.options.type||\"\").toLowerCase();this._router=t==Ct?new ft(this):new ut(this)},points:function(t){var e,i,n,o;if(!t){if(n=[],gt(this.definers))for(o=0;o<this.definers.length;o++)n.push(this.definers[o].point);return n}for(this.definers=[],e=0;e<t.length;e++)if(i=t[e],i instanceof z.Point)this.definers.push(new z.PathDefiner(i));else{if(!i.hasOwnProperty(\"x\")||!i.hasOwnProperty(\"y\"))throw\"A Connection point needs to be a Point or an object with x and y properties.\";this.definers.push(new z.PathDefiner(new $(i.x,i.y)))}},allPoints:function(){var t,e=[this.sourcePoint()];if(this.definers)for(t=0;t<this.definers.length;t++)e.push(this.definers[t].point);return e.push(this.targetPoint()),e},refresh:function(){this._resolveConnectors(),this._refreshPath(),this._alignContent(),this.adorner&&this.adorner.refresh()},_resolveConnectors:function(){var t,e,i,s,r=this,a=r.source(),h=r.target();a instanceof $?t=a:a instanceof w&&(i=n(a)?a.shape.connectors:[a]),h instanceof $?e=h:h instanceof w&&(s=n(h)?h.shape.connectors:[h]),t?s&&(r._resolvedTargetConnector=o(t,s)):i&&(e?r._resolvedSourceConnector=o(e,i):s&&this._resolveAutoConnectors(i,s))},_resolveAutoConnectors:function(t,e){var i,o,s,r,a,h,c,d,l,u,f,p=Ot,g=Ot;for(l=0;l<t.length;l++)if(c=t[l],!n(c))for(s=c.position(),u=0;u<e.length;u++)d=e[u],n(d)||(r=d.position(),f=xt.round(s.distanceTo(r)),f<p&&this.diagram&&this._testRoutePoints(s,r,c,d)&&(p=f,i=c,o=d),f<g&&(a=c,h=d,g=f));i&&(a=i,h=o),this._resolvedSourceConnector=a,this._resolvedTargetConnector=h},_testRoutePoints:function(t,e,i,n){var o,s,r,a,h,c=this._router,d=!0;if(c instanceof ft)for(o=c.routePoints(t,e,i,n),o.unshift(t),o.push(e),h=1;h<o.length;h++)if(s=o[h-1],r=o[h],a=new X(xt.min(s.x,r.x),xt.min(s.y,r.y),xt.abs(s.x-r.x),xt.abs(s.y-r.y)),a.width>0&&(a.x++,a.width-=2),a.height>0&&(a.y++,a.height-=2),!a.isEmpty()&&this.diagram._shapesQuadTree.hitTestRect(a)){d=!1;break}return d},redraw:function(t){if(t){this.options=A({},this.options,t);var e=this.options.points;mt(e)&&e.length>0&&(this.points(e),this._refreshPath()),(t&&t.content||t.text)&&this.content(t.content),this.path.redraw({fill:t.fill,stroke:t.stroke,startCap:t.startCap,endCap:t.endCap})}},clone:function(){var t=this.serialize();return this.diagram&&this.diagram._isEditable&&mt(this.dataItem)&&(t.options.dataItem=l(this.dataItem)),new b(this.from,this.to,t.options)},serialize:function(){var t=this.from.toJSON?this.from.toJSON:\"\"+this.from,e=this.to.toJSON?this.to.toJSON:\"\"+this.to,i=A({},{options:this.options,from:t,to:e});return mt(this.dataItem)&&(i.dataItem=\"\"+this.dataItem),i.options.points=this.points(),i},_hitTest:function(t){if(this.visible()){var e=new $(t.x,t.y),i=this.sourcePoint(),n=this.targetPoint();if(t.isEmpty&&!t.isEmpty()&&t.contains(i)&&t.contains(n))return this;if(this._router.hitTest(e))return this}},_hover:function(t){var e=(this.options.stroke||{}).color;t&&gt(this.options.hover.stroke.color)&&(e=this.options.hover.stroke.color),this.path.redraw({stroke:{color:e}})},_refreshPath:function(){mt(this.path)&&(this._drawPath(),this.bounds(this._router.getBounds()))},_drawPath:function(){var t,e,i;this._router&&this._router.route(),t=this.sourcePoint(),e=this.targetPoint(),i=this.points(),this.path.redraw({points:[t].concat(i,[e])})},_clearSourceConnector:function(){this.sourceConnector=e,this._resolvedSourceConnector=e},_clearTargetConnector:function(){this.targetConnector=e,this._resolvedTargetConnector=e},_removeFromSourceConnector:function(){this.sourceConnector&&ht.remove(this.sourceConnector.connections,this)},_removeFromTargetConnector:function(){this.targetConnector&&ht.remove(this.targetConnector.connections,this)},toJSON:function(){var t,e,i,n=this;return n.from&&n.from.toJSON?t=n.from.toJSON():(i=n._sourcePoint,t={x:i.x,y:i.y}),n.to&&n.to.toJSON?e=n.to.toJSON():(i=n._targetPoint,e={x:i.x,y:i.y}),{from:t,to:e}}}),C=B.extend({init:function(t,e){var i=this;kendo.destroy(t),B.fn.init.call(i,t,e),i._initTheme(),i._initElements(),i._extendLayoutOptions(i.options),i._initDefaults(e),i._interactionDefaults(),i._initCanvas(),i.mainLayer=new G({id:\"main-layer\"}),i.canvas.append(i.mainLayer),i._shapesQuadTree=new I(i),i._pan=new $,i._adorners=[],i.adornerLayer=new G({id:\"adorner-layer\"}),i.canvas.append(i.adornerLayer),i._createHandlers(),i._initialize(),i._resizingAdorner=new st(i,{editable:i.options.editable}),i._connectorsAdorner=new rt(i),i._adorn(i._resizingAdorner,!0),i._adorn(i._connectorsAdorner,!0),i.selector=new ot(i),i._clipboard=[],i.pauseMouseHandlers=!1,i._fetchFreshData(),i._createGlobalToolBar(),i._createOptionElements(),i.zoom(i.options.zoom),i.canvas.draw()},options:{name:\"Diagram\",theme:\"default\",layout:\"\",zoomRate:.1,zoom:1,zoomMin:0,zoomMax:2,dataSource:{},draggable:!0,template:\"\",autoBind:!0,editable:{rotate:{},resize:{},text:!0,tools:[],drag:{snap:{size:10,angle:10}},remove:!0},pannable:{},selectable:{key:\"none\"},tooltip:{enabled:!0,format:\"{0}\"},copy:{enabled:!0,offsetX:20,offsetY:20},shapeDefaults:z.shapeDefaults({undoable:!0}),connectionDefaults:{editable:{tools:[]},type:Ct},shapes:[],connections:[]},events:[Gt,Ft,Ht,Ut,Vt,St,kt,Tt,Pt,Lt,\"toolBarClick\",\"save\",\"cancel\",\"edit\",\"remove\",\"add\",\"dataBound\",It,Mt,Dt],items:function(){return t()},_createGlobalToolBar:function(){var t,e=this.options.editable;e&&(t=e.tools,!this._isEditable||t===!1||t&&0!==t.length||(t=[\"createShape\",\"undo\",\"redo\",\"rotateClockwise\",\"rotateAnticlockwise\"]),t&&t.length&&(this.toolBar=new S(this,{tools:t||{},click:R(this._toolBarClick,this),modal:!1}),this.toolBar.element.css({textAlign:\"left\"}),this.element.prepend(this.toolBar.element),this._resize()))},createShape:function(){var t,e,i,n,o,s;(this.editor&&this.editor.end()||!this.editor)&&(t=this.dataSource,e=t.view()||[],i=e.length,n=f(t,{}),o=this._createShape(n,{}),this.trigger(\"add\",{shape:o})||(t.insert(i,n),s=this._inactiveShapeItems.getByUid(n.uid),s.element=o,this.edit(o)))},_createShape:function(t,e){e=A({},this.options.shapeDefaults,e),e.dataItem=t;var i=new x(e,this);return i},createConnection:function(){var t,e,i,n,o;(this.editor&&this.editor.end()||!this.editor)&&(t=this.connectionsDataSource,e=t.view()||[],i=e.length,n=f(t,{}),o=this._createConnection(n),this.trigger(\"add\",{connection:o})||(this._connectionsDataMap[n.uid]=o,t.insert(i,n),this.addConnection(o,!1),this.edit(o)))},_createConnection:function(t,e,i){var n,o=A({},this.options.connectionDefaults);return o.dataItem=t,n=new b(e||new $,i||new $,o)},editModel:function(t,e){var i,n,o,s;if(this.cancelEdit(),o=this.options.editable,\"shape\"==e)i=o.shapeEditors,n=o.shapeTemplate;else{if(\"connection\"!=e)return;s=R(h,this),i=A({},{from:s,to:s},o.connectionEditors),n=o.connectionTemplate}this.editor=new T(this.element,{update:R(this._update,this),cancel:R(this._cancel,this),model:t,type:e,target:this,editors:i,template:n}),this.trigger(\"edit\",this._editArgs())},edit:function(t){if(t.dataItem){var e=t instanceof x?\"shape\":\"connection\";this.editModel(t.dataItem,e)}},cancelEdit:function(){this.editor&&(this._getEditDataSource().cancelChanges(this.editor.model),this._destroyEditor())},saveEdit:function(){this.editor&&this.editor.end()&&!this.trigger(\"save\",this._editArgs())&&this._getEditDataSource().sync()},_update:function(){this.editor&&this.editor.end()&&!this.trigger(\"save\",this._editArgs())&&(this._getEditDataSource().sync(),this._destroyEditor())},_cancel:function(){var t,e;this.editor&&!this.trigger(\"cancel\",this._editArgs())&&(t=this.editor.model,this._getEditDataSource().cancelChanges(t),e=this._connectionsDataMap[t.uid]||this._dataMap[t.id],e&&e._setOptionsFromModel(t),this._destroyEditor())},_getEditDataSource:function(){return\"shape\"===this.editor.options.type?this.dataSource:this.connectionsDataSource},_editArgs:function(){var t={container:this.editor.wrapper};return t[this.editor.options.type]=this.editor.model,t},_destroyEditor:function(){this.editor&&(this.editor.close(),this.editor=null)},_initElements:function(){this.wrapper=this.element.empty().css(\"position\",\"relative\").attr(\"tabindex\",0).addClass(\"k-widget k-diagram\"),this.scrollable=t(\"<div />\").appendTo(this.element)},_initDefaults:function(t){var e=this.options,i=e.editable,n=e.shapeDefaults,o=e.connectionDefaults,s=(t||{}).shapeDefaults;i===!1?(n.editable=!1,o.editable=!1):(g(i,n.editable,[\"drag\",\"remove\",\"connect\"]),g(i,o.editable,[\"drag\",\"remove\"])),s&&s.connectors&&(e.shapeDefaults.connectors=s.connectors)},_interactionDefaults:function(){var t=this.options,e=t.selectable,i=t.pannable,n=kendo.support.mobileOS;e&&!mt(e.multiple)&&(t.selectable=A({multiple:!n},t.selectable)),i&&!mt(i.key)&&(t.pannable=A({key:n?\"none\":\"ctrl\"},t.pannable))},_initCanvas:function(){var e=t(\"<div class='k-layer'></div>\").appendTo(this.scrollable)[0],i=this.viewport();this.canvas=new F(e,{width:i.width||Kt,height:i.height||Wt})},_createHandlers:function(){var t=this,e=t.element;e.on(de,R(t._wheel,t)).on(\"keydown\"+bt,R(t._keydown,t)),t._userEvents=new kendo.UserEvents(this.scrollable,{multiTouch:!0,fastTap:!0,tap:R(t._tap,t),start:R(t._dragStart,t),move:R(t._drag,t),end:R(t._dragEnd,t),gesturestart:R(t._gestureStart,t),gesturechange:R(t._gestureChange,t),gestureend:R(t._gestureEnd,t)}),t.toolService=new nt(t),this.scrollable.on(\"mouseover\"+bt,R(t._mouseover,t)).on(\"mouseout\"+bt,R(t._mouseout,t)).on(\"mousemove\"+bt,R(t._mouseMove,t)).on(\"mousedown\"+bt,R(t._mouseDown,t)).on(\"mouseup\"+bt,R(t._mouseUp,t)),this._syncHandler=R(t._syncChanges,t),t._resizeHandler=R(t.resize,t,!1),kendo.onResize(t._resizeHandler),this.bind(Ft,R(t._destroyToolBar,t)),this.bind(Ht,R(t._destroyToolBar,t))},_dragStart:function(t){var e,i;this._pauseMouseHandlers=!0,e=this._eventPositions(t,!0),i=t.event,this.toolService.start(e,this._meta(i))&&(this._destroyToolBar(),i.preventDefault())},_drag:function(t){var e=this._eventPositions(t),i=t.event;this.toolService.move(e,this._meta(i))&&i.preventDefault()},_dragEnd:function(t){var e,i;this._pauseMouseHandlers=!1,e=this._eventPositions(t),i=t.event,this.toolService.end(e,this._meta(i))&&(this._createToolBar(),i.preventDefault())},_mouseMove:function(t){if(!this._pauseMouseHandlers){var e=this._eventPositions(t);this.toolService._updateHoveredItem(e),this.toolService._updateCursor(e)}},_mouseDown:function(){this._pauseMouseHandlers=!0},_mouseUp:function(){this._pauseMouseHandlers=!1},_tap:function(t){var e,i,n,o=this.toolService,s=this.options.selectable,r=this._eventPositions(t),a=this.focus();o._updateHoveredItem(r),o.hoveredItem?(e=o.hoveredItem,this.trigger(\"click\",{item:e,point:r}),s&&e.options.selectable!==!1&&(i=s.multiple!==!1,n=kendo.support.mobileOS||this._meta(t.event).ctrlKey,e.isSelected?n?(this._destroyToolBar(),e.select(!1)):this._createToolBar(a):(this._destroyToolBar(),this.select(e,{addToSelection:i&&n}),this._createToolBar(a)))):s&&(this._destroyToolBar(),this.deselect())},_keydown:function(t){this.toolService.keyDown(t.keyCode,this._meta(t))&&t.preventDefault()},_wheel:function(t){var e=i(t),n=this._eventPositions(t),o=A(this._meta(t),{delta:e});this.toolService.wheel(n,o)&&t.preventDefault()},_meta:function(t){return{ctrlKey:t.ctrlKey,metaKey:t.metaKey,altKey:t.altKey,shiftKey:t.shiftKey,type:t.type}},_eventPositions:function(t,e){var i,n;return t.touch?(n=e?\"startLocation\":\"location\",i=new $(t.x[n],t.y[n])):i=new $(t.pageX,t.pageY),this.documentToModel(i)},_gestureStart:function(t){var e,i;this._destroyToolBar(),this.scroller.disable(),e=this.documentToModel(new $(t.center.x,t.center.y)),i={point:e,zoom:this.zoom()},this.trigger(Ft,i)||(this._gesture=t,this._initialCenter=e)},_gestureChange:function(t){var e,i,n=this._gesture,o=this._initialCenter,s=this.documentToView(new $(t.center.x,t.center.y)),r=t.distance/n.distance,a=this._zoom,h=!1;xt.abs(r-1)>=le&&(this._zoom=a=this._getValidZoom(a*r),this.options.zoom=a,this._gesture=t,h=!0),e=o.times(a),i=s.minus(e),(h||this._pan.distanceTo(i)>=ue)&&(this._panTransform(i),this._updateAdorners()),t.preventDefault()},_gestureEnd:function(){this.options.pannable!==!1&&this.scroller.enable(),this.trigger(Gt,{point:this._initialCenter,zoom:this.zoom()})},_resize:function(){var t=this.viewport();this.canvas&&this.canvas.size(t),this.scrollable&&this.toolBar&&this.scrollable.height(t.height)},_mouseover:function(t){var e=t.target._kendoNode;e&&e.srcElement._hover&&e.srcElement._hover(!0,e.srcElement)},_mouseout:function(t){var e=t.target._kendoNode;e&&e.srcElement._hover&&e.srcElement._hover(!1,e.srcElement)},_initTheme:function(){var t=this,e=P.ui.themes||{},i=((t.options||{}).theme||\"\").toLowerCase(),n=(e[i]||{}).diagram;t.options=A({},n,t.options),t.options.editable===!0&&A(t.options,{editable:(n||{}).editable})},_createOptionElements:function(){var t=this.options,e=t.shapes.length;e&&this._createShapes(),t.connections.length&&this._createConnections(),e&&t.layout&&this.layout(t.layout)},_createShapes:function(){var t,e,i=this,n=i.options,o=n.shapes;for(e=0;e<o.length;e++)t=o[e],i.addShape(t)},_createConnections:function(){var t,e,i,n,o=this,s=o.options,r=s.connectionDefaults,a=s.connections;for(n=0;n<a.length;n++)t=a[n],e=o._findConnectionTarget(t.from),i=o._findConnectionTarget(t.to),o.connect(e,i,A({},r,t))},_findConnectionTarget:function(t){var e,i,n;return t=t||{},e=this,i=yt(t)?t:t.shapeId||t.id,i?(n=e.getShapeById(i),t.connector&&(n=n.getConnector(t.connector))):n=new $(t.x||0,t.y||0),n},destroy:function(){var t=this;B.fn.destroy.call(t),this._userEvents&&this._userEvents.destroy(),kendo.unbindResize(t._resizeHandler),t.clear(),t.element.off(bt),t.scroller.wrapper.off(bt),t.canvas.destroy(!0),t.canvas=e,t._destroyEditor(),t.destroyScroller(),t._destroyGlobalToolBar(),t._destroyToolBar()},destroyScroller:function(){var t=this.scroller;t&&(t.destroy(),t.element.remove(),this.scroller=null)},save:function(){var t,e,i,n={shapes:[],connections:[]};for(t=0;t<this.shapes.length;t++)i=this.shapes[t],i.options.serializable&&n.shapes.push(i.options);for(t=0;t<this.connections.length;t++)e=this.connections[t],n.connections.push(A({},e.options,e.toJSON()));return n},focus:function(){if(!this.element.is(kendo._activeElement())){var t,e=this.element,i=e[0],n=[],o=[],s=document.documentElement;do i=i.parentNode,i.scrollHeight>i.clientHeight&&(n.push(i),o.push(i.scrollTop));while(i!=s);for(e.focus(),t=0;t<n.length;t++)n[t].scrollTop=o[t];return!0}},load:function(t){this.clear(),this.setOptions(t),this._createShapes(),this._createConnections()},setOptions:function(t){A(this.options,t)},clear:function(){var t=this;t.select(!1),t.mainLayer.clear(),t._shapesQuadTree.clear(),t._initialize()},connect:function(t,e,i){var n,o;return this.connectionsDataSource&&this._isEditable?(o=this.connectionsDataSource.add({}),n=this._connectionsDataMap[o.uid],n.source(t),n.target(e),n.redraw(i),n.updateModel()):(n=new b(t,e,A({},this.options.connectionDefaults,i)),this.addConnection(n)),n},connected:function(t,e){var i,n;for(i=0;i<this.connections.length;i++)if(n=this.connections[i],n.from==t&&n.to==e)return!0;return!1},addConnection:function(t,e){return e!==!1&&this.undoRedoService.add(new z.AddConnectionUnit(t,this),!1),t.diagram=this,t._setOptionsFromModel(),t.refresh(),this.mainLayer.append(t.visual),this.connections.push(t),this.trigger(kt,{added:[t],removed:[]}),t},_addConnection:function(t,e){var i,n=this.connectionsDataSource;if(n&&this._isEditable){if(i=f(n,l(t.dataItem)),t.dataItem=i,t.updateModel(),!this.trigger(\"add\",{connection:t}))return this._connectionsDataMap[i.uid]=t,n.add(i),this.addConnection(t,e),t._updateConnectors(),t}else if(!this.trigger(\"add\",{connection:t}))return this.addConnection(t,e),t._updateConnectors(),t},addShape:function(t,e){var i,n=this.options.shapeDefaults;if(t instanceof x)i=t;else{if(t instanceof kendo.Class)return;n=A({},n,t||{}),i=new x(n,this)}return e!==!1&&this.undoRedoService.add(new z.AddShapeUnit(i,this),!1),this.shapes.push(i),i.diagram!==this&&(this._shapesQuadTree.insert(i),i.diagram=this),this.mainLayer.append(i.visual),this.trigger(kt,{added:[i],removed:[]}),i},_addShape:function(t,e){var i,n,o=this,s=o.dataSource;if(s&&this._isEditable){if(i=f(s,l(t.dataItem)),t.dataItem=i,t.updateModel(),!this.trigger(\"add\",{shape:t}))return this.dataSource.add(i),n=this._inactiveShapeItems.getByUid(i.uid),n.element=t,n.undoable=e,t}else if(!this.trigger(\"add\",{shape:t}))return this.addShape(t,e)},remove:function(t,e){var i,n,o,s;for(t=_t(t)?t.slice(0):[t],i=u(t),n=i.shapes,o=i.connections,mt(e)||(e=!0),e&&this.undoRedoService.begin(),this._suspendModelRefresh(),s=n.length-1;s>=0;s--)this._removeItem(n[s],e,o);for(s=o.length-1;s>=0;s--)this._removeItem(o[s],e);this._resumeModelRefresh(),e&&this.undoRedoService.commit(!1),this.trigger(kt,{added:[],removed:t})},_removeShapeDataItem:function(t){this._isEditable&&(this.dataSource.remove(t.dataItem),delete this._dataMap[t.dataItem.id])},_removeConnectionDataItem:function(t){this._isEditable&&(this.connectionsDataSource.remove(t.dataItem),delete this._connectionsDataMap[t.dataItem.uid])},_triggerRemove:function(t){var e,i,n,o,s=[];for(o=0;o<t.length;o++)e=t[o],n=e.options.editable,i=e instanceof x?{shape:e}:{connection:e},n&&n.remove!==!1&&!this.trigger(\"remove\",i)&&s.push(e);return s},undo:function(){this.undoRedoService.undo()},redo:function(){this.undoRedoService.redo()},select:function(t,e){if(!gt(t))return this._selectedItems;e=A({addToSelection:!1},e);var i,n,o=e.addToSelection,s=[],r=[];for(o||this.deselect(),this._internalSelection=!0,t instanceof Array?s=t:t instanceof y&&(s=[t]),i=0;i<s.length;i++)n=s[i],n.select(!0)&&r.push(n);this._selectionChanged(r,[]),this._internalSelection=!1},selectAll:function(){this.select(this.shapes.concat(this.connections))},selectArea:function(t){var e,i,n,o;if(this._internalSelection=!0,o=[],t instanceof X)for(i=this.shapes.concat(this.connections),e=0;e<i.length;e++)n=i[e],t&&!n._hitTest(t)||!n.options.enable||n.select(!0)&&o.push(n);this._selectionChanged(o,[]),this._internalSelection=!1},deselect:function(t){this._internalSelection=!0;var e,i,n=[],o=[];for(t instanceof Array?o=t:t instanceof y?o.push(t):gt(t)||(o=this._selectedItems.slice(0)),i=0;i<o.length;i++)e=o[i],e.select(!1)&&n.push(e);this._selectionChanged([],n),this._internalSelection=!1},toFront:function(t,e){var i,n,o;t||(t=this._selectedItems.slice()),i=this._getDiagramItems(t),!mt(e)||e?(n=s(this.mainLayer,i.visuals),o=new lt(this,t,n),this.undoRedoService.add(o)):(this.mainLayer.toFront(i.visuals),this._fixOrdering(i,!0))},toBack:function(t,e){var i,n,o;t||(t=this._selectedItems.slice()),i=this._getDiagramItems(t),!mt(e)||e?(n=s(this.mainLayer,i.visuals),o=new dt(this,t,n),this.undoRedoService.add(o)):(this.mainLayer.toBack(i.visuals),this._fixOrdering(i,!1))},bringIntoView:function(t,e){var i,n,o,s,r=this.viewport(),a=new z.RectAlign(r);0!==r.width&&0!==r.height&&(e=A({animate:!1,align:\"center middle\"},e),\"none\"==e.align&&(e.align=\"center middle\"),t instanceof y?n=t.bounds(ne):_t(t)?n=this.boundingBox(t):t instanceof X&&(n=t.clone()),o=n.clone(),n.zoom(this._zoom),(n.width>r.width||n.height>r.height)&&(this._zoom=this._getValidZoom(xt.min(r.width/o.width,r.height/o.height)),n=o.clone().zoom(this._zoom)),this._zoomMainLayer(),i=n.clone(),a.align(n,e.align),s=n.topLeft().minus(i.topLeft()),this.pan(s.times(-1),e.animate))},alignShapes:function(t){var e,i,n,o,s,r,a;if(pt(t)&&(t=\"Left\"),e=this.select(),0!==e.length){switch(t.toLowerCase()){case\"left\":case\"top\":i=te;break;case\"right\":case\"bottom\":i=ee}for(o=0;o<e.length;o++)if(n=e[o],n instanceof x)switch(t.toLowerCase()){case\"left\":i=xt.min(i,n.options.x);break;case\"top\":i=xt.min(i,n.options.y);break;case\"right\":i=xt.max(i,n.options.x);break;case\"bottom\":i=xt.max(i,n.options.y)}for(s=[],r=[],o=0;o<e.length;o++)if(n=e[o],n instanceof x)switch(r.push(n),s.push(n.bounds()),t.toLowerCase()){case\"left\":case\"right\":n.position(new $(i,n.options.y));break;case\"top\":case\"bottom\":n.position(new $(n.options.x,i))}a=new z.TransformUnit(r,s),this.undoRedoService.add(a,!1)}},zoom:function(t,e){var i,n,o,s;return t&&(i=e?e.point:new z.Point(0,0),t=this._zoom=this._getValidZoom(t),pt(i)||(i=new z.Point(xt.round(i.x),xt.round(i.y)),n=i.times(t),o=this.modelToView(i),s=o.minus(n),this._storePan(new z.Point(xt.round(s.x),xt.round(s.y)))),e&&(e.zoom=t),this._panTransform(),this.canvas.surface.hideTooltip(),this._updateAdorners()),this._zoom},_getPan:function(t){var e=this.canvas;return e.translate||(t=t.plus(this._pan)),t},pan:function(t,i){var n,o;return t instanceof $?(n=this,o=n.scroller,t=n._getPan(t),t=t.times(-1),i?o.animatedScrollTo(t.x,t.y,function(){n._updateAdorners()}):(o.scrollTo(t.x,t.y),n._updateAdorners()),e):this._pan.times(-1)},viewport:function(){var t=this.element,e=t.width(),i=t.height();return this.toolBar&&(i-=U(this.toolBar.element)),new X(0,0,e,i)},copy:function(){var t,e;if(this.options.copy.enabled)for(this._clipboard=[],this._copyOffset=1,t=0;t<this._selectedItems.length;t++)e=this._selectedItems[t],this._clipboard.push(e)},cut:function(){var t,e;if(this.options.copy.enabled){for(this._clipboard=[],this._copyOffset=0,t=0;t<this._selectedItems.length;t++)e=this._selectedItems[t],this._clipboard.push(e);this.remove(this._clipboard,!0)}},paste:function(){var t,e,i,n,o,s,r,a;if(this._clipboard.length>0){for(n={},o=u(this._clipboard),s=o.connections,r=o.shapes,a={x:this._copyOffset*this.options.copy.offsetX,y:this._copyOffset*this.options.copy.offsetY},this.deselect(),i=0;i<r.length;i++)t=r[i],e=t.clone(),n[t.id]=e,e.position(new $(t.options.x+a.x,t.options.y+a.y)),e.diagram=this,e=this._addShape(e),e&&e.select();for(i=0;i<s.length;i++)t=s[i],e=this._addConnection(t.clone()),e&&(this._updateCopiedConnection(e,t,\"source\",n,a),this._updateCopiedConnection(e,t,\"target\",n,a),e.select(!0),e.updateModel());this._syncChanges(),this._copyOffset+=1}},_updateCopiedConnection:function(t,e,i,n,o){var s,r,a,h=e[i](),c=this;h instanceof w&&n[h.shape.id]?(a=n[h.shape.id],c.getShapeById(a.id)?t[i](a.getConnector(h.options.name)):(r=c._inactiveShapeItems.getByUid(a.dataItem.uid),r&&(s=function(e){a=c._dataMap[e.id],t[i](a.getConnector(h.options.name)),t.updateModel()},c._deferredConnectionUpdates.push(r.onActivate(s))))):t[i](new $(e[i+\"Point\"]().x+o.x,e[i+\"Point\"]().y+o.y))},boundingBox:function(t,e){var i,n,o,s=X.empty(),r=gt(t)?this._getDiagramItems(t):{shapes:this.shapes};if(r.shapes.length>0)for(n=r.shapes[0],s=n.bounds(oe),o=1;o<r.shapes.length;o++)n=r.shapes[o],i=n.bounds(oe),e===!0&&(i.x-=n._rotationOffset.x,i.y-=n._rotationOffset.y),s=s.union(i);return s},_containerOffset:function(){var t=this.element.offset();return this.toolBar&&(t.top+=U(this.toolBar.element)),t},documentToView:function(t){var e=this._containerOffset();return new $(t.x-e.left,t.y-e.top)},viewToDocument:function(t){var e=this._containerOffset();return new $(t.x+e.left,t.y+e.top)},viewToModel:function(t){return this._transformWithMatrix(t,this._matrixInvert)},modelToView:function(t){return this._transformWithMatrix(t,this._matrix)},modelToLayer:function(t){return this._transformWithMatrix(t,this._layerMatrix)},layerToModel:function(t){return this._transformWithMatrix(t,this._layerMatrixInvert)},documentToModel:function(t){var e=this.documentToView(t);return this.canvas.translate||(e.x=e.x+this.scroller.scrollLeft,e.y=e.y+this.scroller.scrollTop),this.viewToModel(e)},modelToDocument:function(t){return this.viewToDocument(this.modelToView(t))},_transformWithMatrix:function(t,e){var i,n,o=t;return t instanceof $?e&&(o=e.apply(t)):(i=this._transformWithMatrix(t.topLeft(),e),n=this._transformWithMatrix(t.bottomRight(),e),o=X.fromPoints(i,n)),o},setDataSource:function(t){this.options.dataSource=t,this._dataSource(),this.options.autoBind&&this.dataSource.fetch()},setConnectionsDataSource:function(t){this.options.connectionsDataSource=t,this._connectionDataSource(),this.options.autoBind&&this.connectionsDataSource.fetch()},layout:function(t){var e,i,n,o,s;switch(this._layouting=!0,pt(t)&&(t=this.options.layout),e=pt(t)||pt(t.type)?\"Tree\":t.type,e.toLowerCase()){case\"tree\":i=new z.TreeLayout(this);break;case\"layered\":i=new z.LayeredLayout(this);break;case\"forcedirected\":case\"force\":case\"spring\":case\"springembedder\":i=new z.SpringLayout(this);break;default:throw\"Layout algorithm '\"+e+\"' is not supported.\"}n=new z.LayoutState(this),o=i.layout(t),o&&(s=new z.LayoutUndoUnit(n,o,t?t.animate:null),this.undoRedoService.add(s)),this._layouting=!1,this._redrawConnections()},getShapeById:function(t){var e;return(e=ht.first(this.shapes,function(e){return e.visual.id===t}))?e:e=ht.first(this.connections,function(e){return e.visual.id===t})},getShapeByModelId:function(t){var e;return e=this._isEditable?this._dataMap[t]:ht.first(this.shapes,function(e){return(e.dataItem||{}).id===t})},getShapeByModelUid:function(t){var e;return e=this._isEditable?ht.first(this.shapes,function(e){return(e.dataItem||{}).uid===t}):this._dataMap[t]},getConnectionByModelId:function(t){var e;return this.connectionsDataSource&&(e=ht.first(this.connections,function(e){return(e.dataItem||{}).id===t})),e},getConnectionByModelUid:function(t){var e;return this.connectionsDataSource&&(e=this._connectionsDataMap[t]),e},_extendLayoutOptions:function(t){t.layout&&(t.layout=A({},z.LayoutBase.fn.defaultOptions||{},t.layout))},_selectionChanged:function(t,e){(t.length||e.length)&&this.trigger(Ut,{selected:t,deselected:e})},_getValidZoom:function(t){return xt.min(xt.max(t,this.options.zoomMin),this.options.zoomMax)},_panTransform:function(t){var e=this,i=t||e._pan;e.canvas.translate?(e.scroller.scrollTo(i.x,i.y),e._zoomMainLayer()):(e._storePan(i),e._transformMainLayer())},_finishPan:function(){this.trigger(Ht,{total:this._pan,delta:Number.NaN})},_storePan:function(t){this._pan=t,this._storeViewMatrix()},_zoomMainLayer:function(){var t=this._zoom,e=new W(0,0,t,t);e.render(this.mainLayer),this._storeLayerMatrix(e),this._storeViewMatrix()},_transformMainLayer:function(){var t=this._pan,e=this._zoom,i=new W(t.x,t.y,e,e);i.render(this.mainLayer),this._storeLayerMatrix(i),this._storeViewMatrix()},_storeLayerMatrix:function(t){this._layerMatrix=t.toMatrix(),this._layerMatrixInvert=t.invert().toMatrix()},_storeViewMatrix:function(){var t=this._pan,e=this._zoom,i=new W(t.x,t.y,e,e);this._matrix=i.toMatrix(),this._matrixInvert=i.invert().toMatrix()},_toIndex:function(t,e){var i=this._getDiagramItems(t);this.mainLayer.toIndex(i.visuals,e),this._fixOrdering(i,!1)},_fixOrdering:function(t,e){var i,n,o=e?this.shapes.length-1:0,s=e?this.connections.length-1:0;for(i=0;i<t.shapes.length;i++)n=t.shapes[i],ht.remove(this.shapes,n),ht.insert(this.shapes,n,o);for(i=0;i<t.cons.length;i++)n=t.cons[i],ht.remove(this.connections,n),ht.insert(this.connections,n,s)},_getDiagramItems:function(t){var e,i,n={},o=t;for(n.visuals=[],n.shapes=[],n.cons=[],t?_t(t)||(o=[t]):o=this._selectedItems.slice(),e=0;e<o.length;e++)i=o[e],i instanceof x?(n.shapes.push(i),n.visuals.push(i.visual)):i instanceof b&&(n.cons.push(i),n.visuals.push(i.visual));return n},_removeItem:function(t,e,i){t.select(!1),t instanceof x?(this._removeShapeDataItem(t),this._removeShape(t,e,i)):t instanceof b&&(this._removeConnectionDataItem(t),this._removeConnection(t,e)),this.mainLayer.remove(t.visual)},_removeShape:function(t,e,i){var n,o,s,r,a=[],h=[];for(this.toolService._removeHover(),e&&this.undoRedoService.addCompositeItem(new Y(t)),ht.remove(this.shapes,t),this._shapesQuadTree.remove(t),n=0;n<t.connectors.length;n++)for(s=t.connectors[n],r=0;r<s.connections.length;r++)o=s.connections[r],i&&P.inArray(o,i)||(o.sourceConnector==s?a.push(o):o.targetConnector==s&&h.push(o));for(n=0;n<a.length;n++)a[n].source(null,e),a[n].updateModel();for(n=0;n<h.length;n++)h[n].target(null,e),h[n].updateModel()},_removeConnection:function(t,e){t.sourceConnector&&ht.remove(t.sourceConnector.connections,t),t.targetConnector&&ht.remove(t.targetConnector.connections,t),e&&this.undoRedoService.addCompositeItem(new Q(t)),ht.remove(this.connections,t)},_removeDataItems:function(t,e){var i,n,o,s;for(t=_t(t)?t:[t];t.length;)if(i=t.shift(),o=this._dataMap[i.uid],o&&(this._removeShapeConnections(o),this._removeItem(o,!1),delete this._dataMap[i.uid],e&&i.hasChildren&&i.loaded()))for(n=i.children.data(),s=0;s<n.length;s++)t.push(n[s])},_removeShapeConnections:function(t){var e,i=t.connections();if(i)for(e=0;e<i.length;e++)this._removeItem(i[e],!1)},_addDataItem:function(t,e){var i,n;if(mt(t))return(i=this._dataMap[t.id])?i:(n=A({},this.options.shapeDefaults),n.dataItem=t,i=new x(n,this),this.addShape(i,e!==!1),this._dataMap[t.id]=i,i)},_addDataItemByUid:function(t){var e,i;if(mt(t))return(e=this._dataMap[t.uid])?e:(i=A({},this.options.shapeDefaults),i.dataItem=t,e=new x(i,this),this.addShape(e),this._dataMap[t.uid]=e,e)},_addDataItems:function(t,e){var i,n,o,s,r;for(n=0;n<t.length;n++)i=t[n],\n    o=this._addDataItemByUid(i),s=this._addDataItemByUid(e),s&&!this.connected(s,o)&&(r=this.connect(s,o))},_refreshSource:function(t){var e,i,n=this,o=t.node,s=t.action,r=t.items,a=n.options;if(t.field)for(e=0;e<r.length;e++)this._dataMap[r[e].uid]&&this._dataMap[r[e].uid].redrawVisual();else{if(\"remove\"==s)this._removeDataItems(t.items,!0);else for(s&&\"itemloaded\"!==s||this._bindingRoots||(this._bindingRoots=!0,i=!0),s||o||n.clear(),this._addDataItems(r,o),e=0;e<r.length;e++)r[e].load();a.layout&&(i||\"remove\"==s||\"add\"==s)&&n.layout(a.layout),i&&(this.trigger(\"dataBound\"),this._bindingRoots=!1)}},_addItem:function(t){t instanceof x?this.addShape(t):t instanceof b&&this.addConnection(t)},_createToolBar:function(t){var e,i,n,o,s,r,a,h,c,d=this.toolService.diagram;this.singleToolBar||1!==d.select().length||(e=d.select()[0],e&&e.options.editable!==!1&&(i=e.options.editable,n=i.tools,this._isEditable&&0===n.length&&(e instanceof x?n=[\"edit\",\"rotateClockwise\",\"rotateAnticlockwise\"]:e instanceof b&&(n=[\"edit\"]),i&&i.remove!==!1&&n.push(\"delete\")),n&&n.length&&(o=20,this.singleToolBar=new S(d,{tools:n,click:R(this._toolBarClick,this),modal:!0}),r=O(this.singleToolBar._popup.element),a=U(this.singleToolBar._popup.element),e instanceof x?(h=this.modelToView(e.bounds(oe)),s=$(h.x,h.y).minus($((r-h.width)/2,a+o))):e instanceof b&&(c=this.modelToView(e.bounds()),s=$(c.x,c.y).minus($((r-c.width-20)/2,a+o))),s?(this.canvas.translate||(s=s.minus($(this.scroller.scrollLeft,this.scroller.scrollTop))),s=this.viewToDocument(s),s=$(xt.max(s.x,0),xt.max(s.y,0)),this.singleToolBar.showAt(s),t&&this.singleToolBar._popup.one(\"close\",_)):this._destroyToolBar())))},_toolBarClick:function(t){this.trigger(\"toolBarClick\",t),this._destroyToolBar()},_normalizePointZoom:function(t){return t.times(1/this.zoom())},_initialize:function(){this.shapes=[],this._selectedItems=[],this.connections=[],this._dataMap={},this._connectionsDataMap={},this._inactiveShapeItems=new d,this._deferredConnectionUpdates=[],this.undoRedoService=new it({undone:this._syncHandler,redone:this._syncHandler}),this.id=z.randomId()},_fetchFreshData:function(){var t=this;t._dataSource(),t._isEditable&&t._connectionDataSource(),t.options.autoBind&&(t._isEditable?(this._loadingShapes=!0,this._loadingConnections=!0,t.dataSource.fetch(),t.connectionsDataSource.fetch()):t.dataSource.fetch())},_dataSource:function(){var t,e;mt(this.options.connectionsDataSource)?(this._isEditable=!0,t=this.options.dataSource||{},e=_t(t)?{data:t}:t,this.dataSource&&this._shapesRefreshHandler?this.dataSource.unbind(\"change\",this._shapesRefreshHandler).unbind(\"requestStart\",this._shapesRequestStartHandler).unbind(\"error\",this._shapesErrorHandler):(this._shapesRefreshHandler=R(this._refreshShapes,this),this._shapesRequestStartHandler=R(this._shapesRequestStart,this),this._shapesErrorHandler=R(this._error,this)),this.dataSource=kendo.data.DataSource.create(e).bind(\"change\",this._shapesRefreshHandler).bind(\"requestStart\",this._shapesRequestStartHandler).bind(\"error\",this._shapesErrorHandler)):(this._treeDataSource(),this._isEditable=!1)},_connectionDataSource:function(){var t,e=this.options.connectionsDataSource;e&&(t=_t(e)?{data:e}:e,this.connectionsDataSource&&this._connectionsRefreshHandler?this.connectionsDataSource.unbind(\"change\",this._connectionsRefreshHandler).unbind(\"requestStart\",this._connectionsRequestStartHandler).unbind(\"error\",this._connectionsErrorHandler):(this._connectionsRefreshHandler=R(this._refreshConnections,this),this._connectionsRequestStartHandler=R(this._connectionsRequestStart,this),this._connectionsErrorHandler=R(this._connectionsError,this)),this.connectionsDataSource=kendo.data.DataSource.create(t).bind(\"change\",this._connectionsRefreshHandler).bind(\"requestStart\",this._connectionsRequestStartHandler).bind(\"error\",this._connectionsErrorHandler))},_shapesRequestStart:function(t){\"read\"==t.type&&(this._loadingShapes=!0)},_connectionsRequestStart:function(t){\"read\"==t.type&&(this._loadingConnections=!0)},_error:function(){this._loadingShapes=!1},_connectionsError:function(){this._loadingConnections=!1},_refreshShapes:function(t){\"remove\"===t.action?this._shouldRefresh()&&this._removeShapes(t.items):\"itemchange\"===t.action?this._shouldRefresh()&&this._updateShapes(t.items,t.field):\"add\"===t.action?this._inactiveShapeItems.add(t.items):\"sync\"===t.action?this._syncShapes(t.items):this.refresh()},_shouldRefresh:function(){return!this._suspended},_suspendModelRefresh:function(){this._suspended=(this._suspended||0)+1},_resumeModelRefresh:function(){this._suspended=xt.max((this._suspended||0)-1,0)},refresh:function(){this._loadingShapes=!1,this._loadingConnections||this._rebindShapesAndConnections()},_rebindShapesAndConnections:function(){this.clear(),this._addShapes(this.dataSource.view()),this.connectionsDataSource&&this._addConnections(this.connectionsDataSource.view(),!1),this.options.layout?this.layout(this.options.layout):this._redrawConnections(),this.trigger(\"dataBound\")},refreshConnections:function(){this._loadingConnections=!1,this._loadingShapes||this._rebindShapesAndConnections()},_redrawConnections:function(){var t,e=this.connections;for(t=0;t<e.length;t++)e[t].refresh()},_removeShapes:function(t){var e,i,n=this._dataMap;for(i=0;i<t.length;i++)e=t[i],n[e.id]&&(this.remove(n[e.id],!1),n[e.id]=null)},_syncShapes:function(){var t=this,e=t._inactiveShapeItems;e.forEach(function(i){var n=i.dataItem,o=i.element;n.isNew()||(o?(o._setOptionsFromModel(),t.addShape(o,i.undoable),t._dataMap[n.id]=o):t._addDataItem(n),i.activate(),e.remove(n))})},_updateShapes:function(t,e){var i,n,o;for(i=0;i<t.length;i++)n=t[i],o=this._dataMap[n.id],o&&o.updateOptionsFromModel(n,e)},_addShapes:function(t){for(var e=0;e<t.length;e++)this._addDataItem(t[e],!1)},_refreshConnections:function(t){\"remove\"===t.action?this._shouldRefresh()&&this._removeConnections(t.items):\"add\"===t.action?this._addConnections(t.items):\"sync\"===t.action||(\"itemchange\"===t.action?this._shouldRefresh()&&this._updateConnections(t.items):this.refreshConnections())},_removeConnections:function(t){for(var e=0;e<t.length;e++)this.remove(this._connectionsDataMap[t[e].uid],!1),this._connectionsDataMap[t[e].uid]=null},_updateConnections:function(t){var e,i,n;for(e=0;e<t.length;e++)i=t[e],n=this._connectionsDataMap[i.uid],n.updateOptionsFromModel(i)},_addConnections:function(t,e){var i,n,o=t.length;for(i=0;i<o;i++)n=t[i],this._addConnectionDataItem(n,e)},_addConnectionDataItem:function(t,e){var i,n,o,s;this._connectionsDataMap[t.uid]||(i=this._validateConnector(t.from),mt(i)&&null!==i||(i=new $(t.fromX,t.fromY)),n=this._validateConnector(t.to),mt(n)&&null!==n||(n=new $(t.toX,t.toY)),mt(i)&&mt(n)&&(o=A({},this.options.connectionDefaults),o.dataItem=t,s=new b(i,n,o),this._connectionsDataMap[t.uid]=s,this.addConnection(s,e)))},_validateConnector:function(t){var e;return mt(t)&&null!==t&&(e=this._dataMap[t]),e},_treeDataSource:function(){var t=this,e=t.options,i=e.dataSource;if(i=_t(i)?{data:i}:i,i instanceof kendo.data.DataSource&&!(i instanceof kendo.data.HierarchicalDataSource))throw Error(\"Incorrect DataSource type. If a single dataSource instance is set to the diagram then it should be a HierarchicalDataSource. You should set only the options instead of an instance or a HierarchicalDataSource instance or supply connectionsDataSource as well.\");i.fields||(i.fields=[{field:\"text\"},{field:\"url\"},{field:\"spriteCssClass\"},{field:\"imageUrl\"}]),t.dataSource&&t._refreshHandler&&t._unbindDataSource(),t._refreshHandler=R(t._refreshSource,t),t._errorHandler=R(t._error,t),t.dataSource=H.create(i).bind(kt,t._refreshHandler).bind(Et,t._errorHandler)},_unbindDataSource:function(){var t=this;t.dataSource.unbind(kt,t._refreshHandler).unbind(Et,t._errorHandler)},_adorn:function(t,i){i!==e&&t&&(i?(this._adorners.push(t),this.adornerLayer.append(t.visual)):(ht.remove(this._adorners,t),this.adornerLayer.remove(t.visual)))},_showConnectors:function(t,e){e?this._connectorsAdorner.show(t):this._connectorsAdorner.destroy()},_updateAdorners:function(){var t,e,i=this._adorners;for(t=0;t<i.length;t++)e=i[t],e.refreshBounds&&e.refreshBounds(),e.refresh()},_refresh:function(){for(var t=0;t<this.connections.length;t++)this.connections[t].refresh()},_destroyToolBar:function(){this.singleToolBar&&(this.singleToolBar.hide(),this.singleToolBar.destroy(),this.singleToolBar=null)},_destroyGlobalToolBar:function(){this.toolBar&&(this.toolBar.hide(),this.toolBar.destroy(),this.toolBar=null)},exportDOMVisual:function(){var t=this.canvas._viewBox,e=E.transform().translate(-t.x,-t.y),i=new E.Rect([0,0],[t.width,t.height]),n=L.Path.fromRect(i),o=new L.Group({transform:e}),s=new L.Group({clip:n}),r=this.canvas.drawingElement.children[0];return s.append(o),o.children.push(r),s},exportVisual:function(){var t=E.transform().scale(1/this._zoom),e=new L.Group({transform:t}),i=this.mainLayer.drawingElement;return e.children.push(i),e},_syncChanges:function(){this._syncShapeChanges(),this._syncConnectionChanges()},_syncShapeChanges:function(){this.dataSource&&this._isEditable&&this.dataSource.sync()},_syncConnectionChanges:function(){var e=this;e.connectionsDataSource&&e._isEditable&&(t.when.apply(t,e._deferredConnectionUpdates).then(function(){e.connectionsDataSource.sync()}),e.deferredConnectionUpdates=[])}}),P.ExportMixin.extend(C.fn,!0),kendo.PDFMixin&&kendo.PDFMixin.extend(C.fn),S=kendo.Observable.extend({init:function(t,e){kendo.Observable.fn.init.call(this),this.diagram=t,this.options=A({},this.options,e),this._tools=[],this.createToolBar(),this.createTools(),this.appendTools(),this.options.modal&&this.createPopup(),this.bind(this.events,e)},events:[\"click\"],createPopup:function(){this.container=t(\"<div/>\").append(this.element),this._popup=this.container.kendoPopup({}).getKendoPopup()},appendTools:function(){var t,e;for(t=0;t<this._tools.length;t++)e=this._tools[t],(e.buttons&&e.buttons.length||!mt(e.buttons))&&this._toolBar.add(e)},createToolBar:function(){this.element=t(\"<div/>\"),this._toolBar=this.element.kendoToolBar({click:R(this.click,this),resizable:!1}).getKendoToolBar(),this.element.css(\"border\",\"none\")},createTools:function(){for(var t=0;t<this.options.tools.length;t++)this.createTool(this.options.tools[t])},createTool:function(t){wt(t)||(t={name:t});var e=t.name+\"Tool\";this[e]?this[e](t):this._tools.push(A({},t,{attributes:this._setAttributes({action:t.name})}))},showAt:function(t){this._popup&&this._popup.open(t.x,t.y)},hide:function(){this._popup&&this._popup.close()},newGroup:function(){return{type:\"buttonGroup\",buttons:[]}},editTool:function(){this._tools.push({spriteCssClass:\"k-icon k-i-pencil\",showText:\"overflow\",type:\"button\",text:\"Edit\",attributes:this._setAttributes({action:\"edit\"})})},deleteTool:function(){this._tools.push({spriteCssClass:\"k-icon k-i-close\",showText:\"overflow\",type:\"button\",text:\"Delete\",attributes:this._setAttributes({action:\"delete\"})})},rotateAnticlockwiseTool:function(t){this._appendGroup(\"rotate\"),this._rotateGroup.buttons.push({spriteCssClass:\"k-icon k-i-rotateccw\",showText:\"overflow\",text:\"RotateAnticlockwise\",group:\"rotate\",attributes:this._setAttributes({action:\"rotateAnticlockwise\",step:t.step})})},rotateClockwiseTool:function(t){this._appendGroup(\"rotate\"),this._rotateGroup.buttons.push({spriteCssClass:\"k-icon k-i-rotatecw\",attributes:this._setAttributes({action:\"rotateClockwise\",step:t.step}),showText:\"overflow\",text:\"RotateClockwise\",group:\"rotate\"})},createShapeTool:function(){this._appendGroup(\"create\"),this._createGroup.buttons.push({spriteCssClass:\"k-icon k-i-shape\",showText:\"overflow\",text:\"CreateShape\",group:\"create\",attributes:this._setAttributes({action:\"createShape\"})})},createConnectionTool:function(){this._appendGroup(\"create\"),this._createGroup.buttons.push({spriteCssClass:\"k-icon k-i-connector\",showText:\"overflow\",text:\"CreateConnection\",group:\"create\",attributes:this._setAttributes({action:\"createConnection\"})})},undoTool:function(){this._appendGroup(\"history\"),this._historyGroup.buttons.push({spriteCssClass:\"k-icon k-i-undo\",showText:\"overflow\",text:\"Undo\",group:\"history\",attributes:this._setAttributes({action:\"undo\"})})},redoTool:function(){this._appendGroup(\"history\"),this._historyGroup.buttons.push({spriteCssClass:\"k-icon k-i-redo\",showText:\"overflow\",text:\"Redo\",group:\"history\",attributes:this._setAttributes({action:\"redo\"})})},_appendGroup:function(t){var e=\"_\"+t+\"Group\";this[e]||(this[e]=this.newGroup(),this._tools.push(this[e]))},_setAttributes:function(t){var e={};return t.action&&(e[kendo.attr(\"action\")]=t.action),t.step&&(e[kendo.attr(\"step\")]=t.step),e},_getAttributes:function(t){var e,i={},n=t.attr(kendo.attr(\"action\"));return n&&(i.action=n),e=t.attr(kendo.attr(\"step\")),e&&(i.step=e),i},click:function(e){var i=this._getAttributes(t(e.target)),n=i.action;n&&this[n]&&this[n](i),this.trigger(\"click\",this.eventData(n,e.target))},eventData:function(t,e){var i,n,o=this.selectedElements(),s=o.length,r=[],a=[];for(n=0;n<s;n++)i=o[n],i instanceof x?r.push(i):a.push(i);return{shapes:r,connections:a,action:t,target:e}},\"delete\":function(){var t=this.diagram,e=t._triggerRemove(this.selectedElements());e.length&&(this.diagram.remove(e,!0),this.diagram._syncChanges())},edit:function(){var t=this.selectedElements();1===t.length&&this.diagram.edit(t[0])},rotateClockwise:function(t){var e=parseFloat(t.step||90);this._rotate(e)},rotateAnticlockwise:function(t){var e=parseFloat(t.step||90);this._rotate(-e)},_rotate:function(t){var e=this.diagram._resizingAdorner;e.angle(e.angle()+t),e.rotate()},selectedElements:function(){return this.diagram.select()},createShape:function(){this.diagram.createShape()},createConnection:function(){this.diagram.createConnection()},undo:function(){this.diagram.undo()},redo:function(){this.diagram.redo()},destroy:function(){this.diagram=null,this.element=null,this.options=null,this._toolBar&&this._toolBar.destroy(),this._popup&&this._popup.destroy()}}),k=kendo.Observable.extend({init:function(t,e){kendo.Observable.fn.init.call(this),this.options=V(!0,{},this.options,e),this.element=t,this.model=this.options.model,this.fields=this._getFields(),this._initContainer(),this.createEditable()},options:{editors:{}},_initContainer:function(){this.wrapper=this.element},createEditable:function(){var t=this.options;this.editable=new kendo.ui.Editable(this.wrapper,{fields:this.fields,target:t.target,clearContainer:!1,model:this.model})},_isEditable:function(t){return this.model.editable&&this.model.editable(t)},_getFields:function(){var t,e,i,n=[],o=this.model.fields;for(t in o)e={},this._isEditable(t)&&(i=this.options.editors[t],i&&(e.editor=i),e.field=t,n.push(e));return n},end:function(){return this.editable.end()},destroy:function(){this.editable.destroy(),this.editable.element.find(\"[\"+kendo.attr(\"container-for\")+\"]\").empty(),this.model=this.wrapper=this.element=this.columns=this.editable=null}}),T=k.extend({init:function(t,e){k.fn.init.call(this,t,e),this.bind(this.events,this.options),this.open()},events:[\"update\",\"cancel\"],options:{window:{modal:!0,resizable:!1,draggable:!0,title:\"Edit\",visible:!1}},_initContainer:function(){var e,i=this;this.wrapper=t('<div class=\"k-popup-edit-form\"/>').attr(kendo.attr(\"uid\"),this.model.uid),e=\"\",this.options.template?(e+=this._renderTemplate(),this.fields=[]):e+=this._renderFields(),e+=this._renderButtons(),this.wrapper.append(t('<div class=\"k-edit-form-container\"/>').append(e)),this.window=new kendo.ui.Window(this.wrapper.appendTo(this.element),this.options.window),this.window.bind(\"close\",function(t){t.userTriggered&&(t.sender.element.focus(),i._cancelClick(t))}),this._attachButtonEvents()},_renderTemplate:function(){var t=this.options.template;return\"string\"==typeof t&&(t=window.unescape(t)),t=kendo.template(t)(this.model)},_renderFields:function(){var t,e,i=\"\";for(t=0;t<this.fields.length;t++)e=this.fields[t],i+='<div class=\"k-edit-label\"><label for=\"'+e.field+'\">'+(e.field||\"\")+\"</label></div>\",this._isEditable(e.field)&&(i+=\"<div \"+kendo.attr(\"container-for\")+'=\"'+e.field+'\" class=\"k-edit-field\"></div>');return i},_renderButtons:function(){var t='<div class=\"k-edit-buttons k-state-default\">';return t+=this._createButton(\"update\"),t+=this._createButton(\"cancel\"),t+=\"</div>\"},_createButton:function(t){return kendo.template(fe)(v[t])},_attachButtonEvents:function(){this._cancelClickHandler=R(this._cancelClick,this),this.window.element.on(Tt+bt,\"a.k-diagram-cancel\",this._cancelClickHandler),this._updateClickHandler=R(this._updateClick,this),this.window.element.on(Tt+bt,\"a.k-diagram-update\",this._updateClickHandler)},_updateClick:function(t){t.preventDefault(),this.trigger(\"update\")},_cancelClick:function(t){t.preventDefault(),this.trigger(\"cancel\")},open:function(){this.window.center().open()},close:function(){this.window.bind(\"deactivate\",R(this.destroy,this)).close()},destroy:function(){this.window.close().destroy(),this.window.element.off(Tt+bt,\"a.k-diagram-cancel\",this._cancelClickHandler),this.window.element.off(Tt+bt,\"a.k-diagram-update\",this._updateClickHandler),this._cancelClickHandler=null,this._editUpdateClickHandler=null,this.window=null,k.fn.destroy.call(this)}}),c.fn=c.prototype={onActivate:function(e){var i=t.Deferred();return this.callbacks.push({callback:e,deferred:i}),i},activate:function(){var t,e,i=this.callbacks;for(e=0;e<i.length;e++)t=this.callbacks[e],t.callback(this.dataItem),t.deferred.resolve();this.callbacks=[]}},d.fn=d.prototype={add:function(t){for(var e=0;e<t.length;e++)this.items[t[e].uid]=new c(t[e])},forEach:function(t){for(var e in this.items)t(this.items[e])},getByUid:function(t){return this.items[t]},remove:function(t){delete this.items[t.uid]}},M=N.extend({init:function(){this.shapes=[]},_add:function(t,e){this.shapes.push({bounds:e,shape:t}),t._quadNode=this},insert:function(t,e){this._add(t,e)},remove:function(t){var e,i=this.shapes,n=i.length;for(e=0;e<n;e++)if(i[e].shape===t){i.splice(e,1);break}},hitTestRect:function(t){var e,i=this.shapes,n=i.length;for(e=0;e<n;e++)if(this._testRect(i[e].shape,t))return!0},_testRect:function(t,e){var i,n=t.rotate().angle,o=t.bounds();return i=n?tt.rects(e,o,-n):o.overlaps(e)}}),D=M.extend({init:function(t){M.fn.init.call(this),this.children=[],this.rect=t},inBounds:function(t){var e=this.rect,i=e.bottomRight(),n=t.bottomRight(),o=e.x<=t.x&&e.y<=t.y&&n.x<=i.x&&n.y<=i.y;return o},overlapsBounds:function(t){return this.rect.overlaps(t)},insert:function(t,e){var i,n=!1,o=this.children,s=o.length;if(this.inBounds(e)){if(!s&&this.shapes.length<4)this._add(t,e);else{for(s||this._initChildren(),i=0;i<o.length;i++)if(o[i].insert(t,e)){n=!0;break}n||this._add(t,e)}n=!0}return n},_initChildren:function(){var t,e,i=this.rect,n=this.children,o=this.shapes,s=i.center(),r=i.width/2,a=i.height/2;for(n.push(new D(new X(i.x,i.y,r,a)),new D(new X(s.x,i.y,r,a)),new D(new X(i.x,s.y,r,a)),new D(new X(s.x,s.y,r,a))),e=o.length-1;e>=0;e--)for(t=0;t<n.length;t++)if(n[t].insert(o[e].shape,o[e].bounds)){o.splice(e,1);break}},hitTestRect:function(t){var e,i=this.children,n=i.length,o=!1;if(this.overlapsBounds(t))if(M.fn.hitTestRect.call(this,t))o=!0;else for(e=0;e<n;e++)if(i[e].hitTestRect(t)){o=!0;break}return o}}),I=N.extend({ROOT_SIZE:1e3,init:function(t){var e=R(this._boundsChange,this);t.bind(St,e),t.bind(Vt,e),this.initRoots()},initRoots:function(){this.rootMap={},this.root=new M},clear:function(){this.initRoots()},_boundsChange:function(t){t.item._quadNode&&t.item._quadNode.remove(t.item),this.insert(t.item)},insert:function(t){var e=t.bounds(oe),i=this.ROOT_SIZE,n=this.getSectors(e),o=n[0][0],s=n[1][0];this.inRoot(n)?this.root.insert(t,e):(this.rootMap[o]||(this.rootMap[o]={}),this.rootMap[o][s]||(this.rootMap[o][s]=new D(new X(o*i,s*i,i,i))),this.rootMap[o][s].insert(t,e))},remove:function(t){t._quadNode&&t._quadNode.remove(t)},inRoot:function(t){return t[0].length>1||t[1].length>1},getSectors:function(t){var e,i,n=this.ROOT_SIZE,o=t.bottomRight(),s=xt.floor(o.x/n),r=xt.floor(o.y/n),a=[[],[]];for(e=xt.floor(t.x/n);e<=s;e++)a[0].push(e);for(i=xt.floor(t.y/n);i<=r;i++)a[1].push(i);return a},hitTestRect:function(t){var e,i,n,o,s,r=this.getSectors(t);if(this.root.hitTestRect(t))return!0;for(e=0;e<r[0].length;e++)for(n=r[0][e],i=0;i<r[1].length;i++)if(o=r[1][i],s=(this.rootMap[n]||{})[o],s&&s.hitTestRect(t))return!0;return!1}}),P.ui.plugin(C),A(z,{Shape:x,Connection:b,Connector:w,DiagramToolBar:S,QuadNode:D,QuadRoot:M,ShapesQuadTree:I,PopupEditor:T})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"kendo.dataviz.diagram.min\",[\"kendo.data.min\",\"kendo.draganddrop.min\",\"kendo.userevents.min\",\"kendo.mobile.scroller.min\",\"kendo.drawing.min\",\"dataviz/diagram/utils.min\",\"dataviz/diagram/math.min\",\"dataviz/diagram/svg.min\",\"dataviz/diagram/services.min\",\"dataviz/diagram/layout.min\",\"dataviz/diagram/dom.min\"],t)}(function(){return window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==O}function n(e,n){var i=t(n);return P.round(e*i)/i}function t(e){return e?P.pow(10,e):1}function i(e,n,t){return P.max(P.min(e,t),n)}function o(e){return e*X}function r(e){return e/X}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(n,t){return e(n)?n:t}function l(e){return e*e}function c(e){var n,t=[];for(n in e)t.push(n+e[n]);return t.sort().join(\"\")}function u(e){var n,t=2166136261;for(n=0;n<e.length;++n)t+=(t<<1)+(t<<4)+(t<<7)+(t<<8)+(t<<24),t^=e.charCodeAt(n);return t>>>0}function d(e){return u(c(e))}function p(e){var n,t=e.length,i=E,o=N;for(n=0;n<t;n++)o=P.max(o,e[n]),i=P.min(i,e[n]);return{min:i,max:o}}function h(e){return p(e).min}function f(e){return p(e).max}function g(e){return v(e).min}function m(e){return v(e).max}function v(e){var n,t,i,o=E,r=N;for(n=0,t=e.length;n<t;n++)i=e[n],null!==i&&isFinite(i)&&(o=P.min(o,i),r=P.max(r,i));return{min:o===E?void 0:o,max:r===N?void 0:r}}function w(e){if(e)return e[e.length-1]}function x(e,n){return e.push.apply(e,n),e}function b(e){return B.template(e,{useWithBlock:!1,paramName:\"d\"})}function y(n,t){return e(t)&&null!==t?\" \"+n+\"='\"+t+\"' \":\"\"}function k(e){var n,t=\"\";for(n=0;n<e.length;n++)t+=y(e[n][0],e[n][1]);return t}function A(n){var t,i,o=\"\";for(t=0;t<n.length;t++)i=n[t][1],e(i)&&(o+=n[t][0]+\":\"+i+\";\");if(\"\"!==o)return o}function _(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function T(e){var n,t,i=[];if(e)for(n=B.toHyphens(e).split(\"-\"),t=0;t<n.length;t++)i.push(\"k-pos-\"+n[t]);return i.join(\" \")}function z(n){return\"\"===n||null===n||\"none\"===n||\"transparent\"===n||!e(n)}function S(e){for(var n={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},t=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],i=\"\";e>0;)e<t[0]?t.shift():(i+=n[t[0]],e-=t[0]);return i}function R(e){var n,t,i,o,r;for(e=e.toLowerCase(),n={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},t=0,i=0,o=0;o<e.length;++o){if(r=n[e.charAt(o)],!r)return null;t+=r,r>i&&(t-=2*i),i=r}return t}function j(e){var n=Object.create(null);return function(){var t,i=\"\";for(t=arguments.length;--t>=0;)i+=\":\"+arguments[t];return i in n?n[i]:n[i]=e.apply(this,arguments)}}function C(e){for(var n,t,i=[],o=0,r=e.length;o<r;)n=e.charCodeAt(o++),n>=55296&&n<=56319&&o<r?(t=e.charCodeAt(o++),56320==(64512&t)?i.push(((1023&n)<<10)+(1023&t)+65536):(i.push(n),o--)):i.push(n);return i}function M(e){return e.map(function(e){var n=\"\";return e>65535&&(e-=65536,n+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),n+=String.fromCharCode(e)}).join(\"\")}function U(e,n){function t(e,t){for(var i=[],o=0,r=0,a=0;o<e.length&&r<t.length;)n(e[o],t[r])<=0?i[a++]=e[o++]:i[a++]=t[r++];return o<e.length&&i.push.apply(i,e.slice(o)),r<t.length&&i.push.apply(i,t.slice(r)),i}return e.length<2?e.slice():function i(e){var n,o,r;return e.length<=1?e:(n=Math.floor(e.length/2),o=e.slice(0,n),r=e.slice(n),o=i(o),r=i(r),t(o,r))}(e)}var P=Math,B=window.kendo,L=B.deepExtend,X=P.PI/180,E=Number.MAX_VALUE,N=-Number.MAX_VALUE,O=\"undefined\",V=Date.now;V||(V=function(){return(new Date).getTime()}),L(B,{util:{MAX_NUM:E,MIN_NUM:N,append:x,arrayLimits:p,arrayMin:h,arrayMax:f,defined:e,deg:r,hashKey:u,hashObject:d,isNumber:a,isTransparent:z,last:w,limitValue:i,now:V,objectKey:c,round:n,rad:o,renderAttr:y,renderAllAttr:k,renderPos:T,renderSize:_,renderStyle:A,renderTemplate:b,sparseArrayLimits:v,sparseArrayMin:g,sparseArrayMax:m,sqr:l,valueOrDefault:s,romanToArabic:R,arabicToRoman:S,memoize:j,ucs2encode:M,ucs2decode:C,mergeSort:U}}),B.drawing.util=B.util,B.dataviz.util=B.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function n(){return{width:0,height:0,baseline:0}}function t(e,n,t){return d.current.measure(e,n,t)}function i(e,n){var t=[];if(e.length>0&&document.fonts){try{t=e.map(function(e){return document.fonts.load(e)})}catch(i){r.logToConsole(i)}Promise.all(t).then(n,n)}else n()}var o=document,r=window.kendo,a=r.Class,s=r.util,l=s.defined,c=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,n){var t=this,i=t._map,o={key:e,value:n};i[e]=o,t._head?(t._tail.newer=o,o.older=t._tail,t._tail=o):t._head=t._tail=o,t._length>=t._size?(i[t._head.key]=null,t._head=t._head.newer,t._head.older=null):t._length++},get:function(e){var n=this,t=n._map[e];if(t)return t===n._head&&t!==n._tail&&(n._head=t.newer,n._head.older=null),t!==n._tail&&(t.older&&(t.older.newer=t.newer,t.newer.older=t.older),t.older=n._tail,t.newer=null,n._tail.newer=t,n._tail=t),t.value}}),u=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],d=a.extend({init:function(e){this._cache=new c(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(t,i,r){var a,c,d,p,h,f,g,m;if(!t)return n();if(a=s.objectKey(i),c=s.hashKey(t+a),d=this._cache.get(c),d)return d;p=n(),h=r?r:u,f=this._baselineMarker().cloneNode(!1);for(g in i)m=i[g],l(m)&&(h.style[g]=m);return e(h).text(t),h.appendChild(f),o.body.appendChild(h),(t+\"\").length&&(p.width=h.offsetWidth-this.options.baselineMarkerSize,p.height=h.offsetHeight,p.baseline=f.offsetTop+this.options.baselineMarkerSize),p.width>0&&p.height>0&&this._cache.put(c,p),h.parentNode.removeChild(h),p},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});d.current=new d,r.util.TextMetrics=d,r.util.LRUCache=c,r.util.loadFonts=i,r.util.measureText=t}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var t,i,o,a,s,l,c,u=\"\",d=0;for(e=n(e);d<e.length;)t=e.charCodeAt(d++),i=e.charCodeAt(d++),o=e.charCodeAt(d++),a=t>>2,s=(3&t)<<4|i>>4,l=(15&i)<<2|o>>6,c=63&o,isNaN(i)?l=c=64:isNaN(o)&&(c=64),u=u+r.charAt(a)+r.charAt(s)+r.charAt(l)+r.charAt(c);return u}function n(e){var n,t,i=\"\";for(n=0;n<e.length;n++)t=e.charCodeAt(n),t<128?i+=o(t):t<2048?(i+=o(192|t>>>6),i+=o(128|63&t)):t<65536&&(i+=o(224|t>>>12),i+=o(128|t>>>6&63),i+=o(128|63&t));return i}var t=window.kendo,i=t.deepExtend,o=String.fromCharCode,r=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";i(t.util,{encodeBase64:e,encodeUTF8:n})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var n=Math,t=window.kendo,i=t.deepExtend,o=e.inArray,r={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var n=this.observers(),t=o(e,n);return t!=-1&&n.splice(t,1),this},trigger:function(e,n){var t,i,o=this._observers;if(o&&!this._suspended)for(i=0;i<o.length;i++)t=o[i],t[e]&&t[e](n);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=n.max((this._suspended||0)-1,0),this},_observerField:function(e,n){this[e]&&this[e].removeObserver(this),this[e]=n,n.addObserver(this)}};i(t,{mixins:{ObserversMixin:r}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"kendo.dataviz.gauge.min\",[\"kendo.dataviz.core.min\",\"kendo.drawing.min\",\"kendo.dataviz.themes.min\"],e)}(function(){return function(e,n){function t(e,n){var t=e.box,i=e.children[0].box,r=n.border||{},a=n.background||\"\",s=new R,l=j.fromRect(new C([t.x1,t.y1],[t.width(),t.height()]),{stroke:{}}),c=new M(e.text,new S(i.x1,i.y1),{font:n.font,fill:{color:n.color}}),u=o(c.bbox().clone(),n.padding),d=j.fromRect(u,{stroke:{color:r.width?r.color:\"\",width:r.width,dashType:r.dashType,lineJoin:\"round\",lineCap:\"round\"},fill:{color:a}});return s.append(l),s.append(d),s.append(c),s}function i(e,n,t){var i=b(e.from)?e.from:D,o=b(e.to)?e.to:V;return e.from=l.max(l.min(o,i),n),e.to=l.min(l.max(o,i),t),e}function o(e,n){var t=e.getOrigin(),i=e.getSize(),o=A(n);return e.setOrigin([t.x-o.left,t.y-o.top]),e.setSize([i.width+(o.left+o.right),i.height+(o.top+o.bottom)]),e}function r(e,n){var t=A(n);return t.left=-t.left,t.top=-t.top,t.right=-t.right,t.bottom=-t.bottom,o(e,t)}var a,s,l=Math,c=window.kendo,u=c.util,d=c.ui.Widget,p=c.deepExtend,h=c.dataviz,f=h.autoMajorUnit,g=h.ChartElement,m=h.NumericAxis,v=h.Axis,w=h.Box2D,x=c.Class,b=u.defined,y=u.isNumber,k=h.interpolateValue,A=h.getSpacing,_=h.round,T=h.geometry,z=h.drawing,S=T.Point,R=z.Group,j=z.Path,C=T.Rect,M=z.Text,U=150,P=250,B=\"arrow\",L=\"arrowPointer\",X=\"barPointer\",E=\"#000\",N=.05,O=h.COORD_PRECISION,V=Number.MAX_VALUE,D=-Number.MAX_VALUE,Y=200,G=.5,F=200,I=60,K=60,Q=5,W=l.PI/180,H=180,J=\"inside\",q=\"linear\",Z=\"needle\",$=\"outside\",ee=\"radialPointer\",ne=\"x\",te=\"y\",ie=x.extend({init:function(e,n){var t=this,i=e.options;g.fn.init.call(t,n),n=t.options,n.fill=n.color,t.scale=e,n.value=b(n.value)?l.min(l.max(n.value,i.min),i.max):i.min},options:{color:E},value:function(e){var t=this,i=t.options,o=i.value,r=t.scale.options;return 0===arguments.length?o:(i._oldValue=i._oldValue!==n?i.value:r.min,i.value=l.min(l.max(e,r.min),r.max),t.elements&&t.repaint(),n)}}),oe=ie.extend({options:{shape:Z,cap:{size:N},arrow:{width:16,height:14},animation:{type:ee,duration:U}},setRadius:function(e){var n=this;e&&(n.elements.clear(),n.render(n.parent,n.center,e))},setAngle:function(e){this.elements.transform(T.transform().rotate(e,this.center))},repaint:function(){var e=this,n=e.scale,t=e.options,i=n.slotAngle(t._oldValue),o=n.slotAngle(t.value);t.animation.transitions===!1?e.setAngle(o):new he(e.elements,p(t.animation,{oldAngle:i,newAngle:o})).play()},render:function(){var e=this,n=e.scale,t=n.arc.center,i=e.options,o=new R;return i.animation!==!1&&p(i.animation,{startAngle:0,center:t,reverse:n.options.reverse}),i.shape===Z?o.append(e._renderNeedle(),e._renderCap()):o.append(e._renderArrow()),e.elements=o,e.setAngle(W),o},reflow:function(e){var n=this,t=n.center=e.center,i=n.radius=e.getRadiusX(),o=n.capSize=Math.round(i*n.options.cap.size);n.bbox=C.fromPoints(new S(t.x-o,t.y-o),new S(t.x+o,t.y+o))},_renderNeedle:function(){var e=this,n=e.options,t=e.scale.options.minorTicks.size,i=e.center,o=n.color,r=new j({fill:{color:o},stroke:{color:o,width:G}});return r.moveTo(i.x+e.radius-t,i.y).lineTo(i.x,i.y-e.capSize/2).lineTo(i.x,i.y+e.capSize/2).close(),r},_renderCap:function(){var e=this,n=e.options,t=n.cap.color||n.color,i=new T.Circle(e.center,e.capSize),o=new z.Circle(i,{fill:{color:t},stroke:{color:t}});return o}}),re=m.extend({init:function(e){var n=this;n.options=p({},n.options,e),n.options.majorUnit=n.options.majorUnit||f(n.options.min,n.options.max),n.options.minorUnit=n.options.minorUnit||n.options.majorUnit/10,v.fn.init.call(n,n.options)},options:{min:0,max:100,majorTicks:{size:15,align:J,color:E,width:G,visible:!0},minorTicks:{size:10,align:J,color:E,width:G,visible:!0},startAngle:-30,endAngle:210,labels:{position:J,padding:2}},render:function(e,n){var t=this,i=t.renderArc(e,n);t.bbox=i.bbox(),t.labelElements=t.renderLabels(),t.ticks=t.renderTicks(),t.ranges=t.renderRanges()},reflow:function(e){var t=this,i=e.center(),o=l.min(e.height(),e.width())/2;return t.bbox===n?t.render(i,o):(t.bbox=t.arc.bbox(),t.radius(t.arc.getRadiusX()),t.repositionRanges(),t.renderLabels(),n)},slotAngle:function(e){var n,t=this.options,i=t.startAngle,o=t.reverse,r=t.endAngle-i,a=t.min,s=t.max;return n=o?t.endAngle-(e-a)/(s-a)*r:(e-a)/(s-a)*r+i,n+H},renderLabels:function(){var e,i,o,r,a,s,c,u,d,p,f,g,m,v,w=this,x=w.options,b=x.majorTicks.size,y=w.arc.clone(),k=y.getRadiusX(),A=w.tickAngles(y,x.majorUnit),_=w.labels,z=_.length,j=x.labels,M=j.padding,U=.05*k,P=x.rangeSize=x.rangeSize||.1*k,B=x.ranges||[],L=new R;for(w.options.rangeDistance!==n?U=w.options.rangeDistance:w.options.rangeDistance=U,j.position===J&&(k-=b,B.length&&w.labelElements===n&&(k-=P+U),y.setRadiusX(k).setRadiusY(k)),c=0;c<z;c++)a=_[c],e=a.box.width()/2,i=a.box.height()/2,r=A[c],o=(r-H)*W,p=j.position===J,s=y.pointAt(r),u=s.x+l.cos(o)*(e+M)*(p?1:-1),d=s.y+l.sin(o)*(i+M)*(p?1:-1),a.reflow(new h.Box2D(u-e,d-i,u+e,d+i)),g=new S(a.box.x1,a.box.y1),w.labelElements===n?(f=t(a,x.labels),L.append(f)):(f=w.labelElements.children[c],m=f.bbox().origin,v=f.transform()||T.transform(),v.translate(g.x-m.x,g.y-m.y),f.transform(v)),w.bbox=C.union(w.bbox,f.bbox());return L},repositionRanges:function(){var e,n,t,i=this,o=i.ranges.children,r=i.options.rangeSize,a=i.options.rangeDistance;if(o.length>0){for(e=i.getRangeRadius(),i.options.labels.position===J&&(e+=r+a),n=e+r/2,t=0;t<o.length;t++)o[t]._geometry.setRadiusX(n).setRadiusY(n);i.bbox=C.union(i.bbox,i.ranges.bbox())}},renderRanges:function(){var e,n,t,i,o,r,a=this,s=a.arc,l=new R,c=a.rangeSegments(),u=c.length,d=a.options.reverse,p=a.options.rangeSize,h=a.options.rangeDistance;if(u)for(i=a.getRangeRadius(),a.radius(a.radius()-p-h),r=0;r<u;r++)t=c[r],e=a.slotAngle(t[d?\"to\":\"from\"]),n=a.slotAngle(t[d?\"from\":\"to\"]),n-e!==0&&(o=new T.Arc(s.center,{radiusX:i+p/2,radiusY:i+p/2,startAngle:e,endAngle:n}),l.append(new z.Arc(o,{stroke:{width:p,color:t.color,opacity:t.opacity}})));return l},rangeSegments:function(){function e(e,n,t,i){return{from:e,to:n,color:t,opacity:i}}var n,t,o,r,a,s=this,l=s.options,c=l.ranges||[],u=c.length,d=l.rangePlaceholderColor,p=[],h=l.min,f=l.max;if(u)for(p.push(e(h,f,d)),r=0;r<u;r++)for(n=i(c[r],h,f),t=p.length,a=0;a<t;a++)if(o=p[a],o.from<=n.from&&n.from<=o.to){p.push(e(n.from,n.to,n.color,n.opacity)),o.from<=n.to&&n.to<=o.to&&p.push(e(n.to,o.to,d,n.opacity)),o.to=n.from;break}return p},getRangeRadius:function(){var e,n=this,t=n.options,i=t.majorTicks.size,o=t.rangeSize,r=t.rangeDistance,a=n.arc;return e=t.labels.position===$?a.getRadiusX()-i-r-o:a.getRadiusX()-o},renderArc:function(e,n){var t=this,i=t.options,o=t.arc=new T.Arc(e,{radiusX:n,radiusY:n,startAngle:i.startAngle+H,endAngle:i.endAngle+H});return o},renderTicks:function(){function e(e,n,t,i){var o,r,a,s=new R,l=e.center,c=e.getRadiusX(),u=i.visible;if(u)for(o=0;o<n.length;o++)r=e.pointAt(n[o]),a=new S(l.x+c-i.size,l.y).rotate(n[o],l),s.append(new j({stroke:{color:i.color,width:i.width}}).moveTo(r).lineTo(a));return s}var n=this,t=n.arc,i=n.options,o=i.labels.position,r=new R,a=i.majorTicks.size,s=i.minorTicks.size,l=t.clone(),c=l.getRadiusX();return n.majorTickAngles=n.tickAngles(t,i.majorUnit),n.majorTicks=e(l,n.majorTickAngles,i.majorUnit,i.majorTicks),r.append(n.majorTicks),n._tickDifference=a-s,o===$&&l.setRadiusX(c-a+s).setRadiusY(c-a+s),n.minorTickAngles=n.normalizeTickAngles(n.tickAngles(t,i.minorUnit)),n.minorTicks=e(l,n.minorTickAngles,i.minorUnit,i.minorTicks,i.majorUnit),r.append(n.minorTicks),r},normalizeTickAngles:function(e){var n,t=this,i=t.options,o=i.majorUnit/i.minorUnit;for(n=e.length-1;n>=0;n--)n%o===0&&e.splice(n,1);return e},tickAngles:function(e,n){var t,i=this,o=i.options,r=o.reverse,a=o.max-o.min,s=e.endAngle-e.startAngle,l=e.startAngle,c=a/n,u=s/c,d=[];for(r&&(l+=s,u=-u),t=0;t<c;t++)d.push(_(l,O)),l+=u;return _(l)<=e.endAngle&&d.push(l),d},radius:function(e){var t=this;return e?(t.arc.setRadiusX(e).setRadiusY(e),t.repositionTicks(t.majorTicks.children,t.majorTickAngles),t.repositionTicks(t.minorTicks.children,t.minorTickAngles,!0),n):t.arc.getRadiusX()},repositionTicks:function(e,n,t){var i,o,r,a,s,l=this,c=t?l._tickDifference||0:0,u=l.arc,d=u.getRadiusX();for(t&&l.options.labels.position===$&&0!==c&&(u=l.arc.clone(),u.setRadiusX(d-c).setRadiusY(d-c)),i=0;i<e.length;i++)o=u.pointAt(n[i]),r=e[i].segments,a=o.x-r[0].anchor().x,s=o.y-r[0].anchor().y,e[i].transform((new T.Transformation).translate(a,s))}}),ae=d.extend({init:function(n,t){var i,o,r,a,s,l=this,u=h.ui.themes||{};if(c.destroy(n),e(n).empty(),d.fn.init.call(l,n),l.wrapper=l.element,l._originalOptions=p({},t),i=p({},l.options,t),r=i.theme,a=u[r]||u[r.toLowerCase()],o=r&&a?a.gauge:{},l.options=p({},o,i),e.isArray(i.pointer))for(s=0;s<i.pointer.length;s++)l.options.pointer[s]=p({},o.pointer,i.pointer[s]);l.element.addClass(\"k-gauge\"),l.surface=l._createSurface(),l.redraw()},options:{plotArea:{},theme:\"default\",renderAs:\"\",pointer:{},scale:{},gaugeArea:{}},destroy:function(){this.surface.destroy(),d.fn.destroy.call(this)},value:function(e){var t=this,i=t.pointers[0];return 0===arguments.length?i.value():(i.value(e),t._setValueOptions(e),n)},_draw:function(){var e=this.surface;e.clear(),e.draw(this._visuals)},exportVisual:function(){return this._visuals},allValues:function(n){var t,i=this,o=i.pointers,r=[];if(0===arguments.length){for(t=0;t<o.length;t++)r.push(o[t].value());return r}if(e.isArray(n))for(t=0;t<n.length;t++)y(n[t])&&o[t].value(n[t]);i._setValueOptions(n)},_setValueOptions:function(e){var n,t=[].concat(this.options.pointer);for(e=[].concat(e),n=0;n<e.length;n++)t[n].value=e[n]},_resize:function(){var e,n=this,t=n.options.transitions;for(n.options.transitions=!1,e=0;e<n.pointers.length;e++)n.pointers[e].options.animation.transitions=!1;for(n.redraw(),n.options.transitions=t,e=0;e<n.pointers.length;e++)n.pointers[e].options.animation.transitions=t},redraw:function(){var e,n=this,t=p(n._getSize(),n.options.gaugeArea),i=new C([0,0],[t.width,t.height]);n.surface.clear(),n.gaugeArea=n._createGaugeArea(),n.surface.element.css({width:t.width,height:t.height}),n._createModel(),e=r(i.bbox(),n._gaugeAreaMargin),n.reflow(e)},_createGaugeArea:function(){var e,n=this,t=n.options.gaugeArea,i=n.surface.size(),o=t.border||{},a=new C([0,0],[i.width,i.height]);return n._gaugeAreaMargin=t.margin||Q,o.width>0&&(a=r(a,o.width)),e=j.fromRect(a,{stroke:{color:o.width?o.color:\"\",width:o.width,dashType:o.dashType,lineJoin:\"round\",lineCap:\"round\"},fill:{color:t.background}})},_createSurface:function(){var n,t=this,i=t.options,o=t._getSize();return o=i.gaugeArea?p(o,i.gaugeArea):o,n=e(\"<div></div>\").appendTo(t.element).css({width:o.width,height:o.height}),new z.Surface.create(n,{type:i.renderAs})},getSize:function(){return this._getSize()},_getSize:function(){var e=this,n=e.element,t=n.width(),i=n.height();return t||(t=F),i||(i=Y),{width:t,height:i}}}),se=ae.extend({init:function(e,n){var t=this;ae.fn.init.call(t,e,n),c.notify(t,h.ui)},options:{name:\"RadialGauge\",transitions:!0,gaugeArea:{background:\"\"}},reflow:function(e){var n,t=this,i=t.pointers;for(t.scale.reflow(e),t._initialPlotArea=t.scale.bbox,n=0;n<i.length;n++)i[n].reflow(t.scale.arc),t._initialPlotArea=C.union(t._initialPlotArea,i[n].bbox);t.fitScale(e),t.alignScale(e),t._buildVisual(t.gaugeArea,i,t.scale),t._draw()},_buildVisual:function(e,n,t){var i,o,r=new R;for(r.append(e),r.append(t.ticks),r.append(t.ranges),o=0;o<n.length;o++)i=n[o],i.render(),r.append(i.elements),i.value(i.options.value);r.append(t.labelElements),this._visuals=r},fitScale:function(e){for(var n,t,i,o,r,a=this,s=a.scale,c=s.arc,u=a._initialPlotArea,d=l.abs(a.getDiff(u,e)),p=_(d,O),h=_(-d,O),f=0,g=0;!(!(g++<100)||(f=r===i?f+1:0,f>5)||p!=o&&(n=a.getPlotBox(p,e,c),0<=n&&n<=2)||h!=o&&(i=a.getPlotBox(h,e,c),0<=i&&i<=2)||(o=n>0&&i>0?2*p:n<0&&i<0?2*h:_((p+h)/2||1,O),t=a.getPlotBox(o,e,c),0<=t&&t<=2));)r=i,t>0?(h=o,i=t):(p=o,n=t)},getPlotBox:function(e,n,t){var i,o=this,r=o.scale,a=o.pointers,s=t.getRadiusX();for(t=t.clone(),t.setRadiusX(s+e).setRadiusY(s+e),r.arc=t,r.reflow(n),o.plotBbox=r.bbox,i=0;i<a.length;i++)a[i].reflow(t),o.plotBbox=C.union(o.plotBbox,a[i].bbox);return o.getDiff(o.plotBbox,n)},getDiff:function(e,n){return l.min(n.width()-e.width(),n.height()-e.height())},alignScale:function(e){var n,t=this,i=t.plotBbox.center(),o=e.center(),r=i.x-o.x,a=i.y-o.y,s=t.scale,l=t.pointers;for(s.arc.center.x-=r,s.arc.center.y-=a,s.reflow(e),n=0;n<l.length;n++)l[n].reflow(s.arc),t.plotBbox=C.union(s.bbox,l[n].bbox)},_createModel:function(){var n,t,i=this,o=i.options,r=o.pointer,a=i.scale=new re(o.scale);for(i.pointers=[],r=e.isArray(r)?r:[r],t=0;t<r.length;t++)n=new oe(a,p({},r[t],{animation:{transitions:o.transitions}})),i.pointers.push(n)}}),le=ae.extend({init:function(e,n){var t=this;ae.fn.init.call(t,e,n),c.notify(t,h.ui)},options:{name:\"LinearGauge\",transitions:!0,gaugeArea:{background:\"\"},scale:{vertical:!0}},reflow:function(e){var n,t=this,i=t.pointers,o=e.origin.x,r=e.origin.y,a=new h.Box2D(o,r,o+e.width(),r+e.height());for(t.scale.reflow(a),n=0;n<i.length;n++)i[n].reflow();t.bbox=t._getBox(a),t._alignElements(),t._shrinkElements(),t._buildVisual(),t._draw()},_buildVisual:function(){var e,n,t=this,i=new R,o=t.scale.render(),r=t.pointers;for(i.append(t.gaugeArea),i.append(o),n=0;n<r.length;n++)e=r[n],i.append(e.render()),e.value(e.options.value);t._visuals=i},_createModel:function(){var n,t,i,o=this,r=o.options,a=r.pointer,s=o.scale=new ce(r.scale);for(o.pointers=[],a=e.isArray(a)?a:[a],i=0;i<a.length;i++)t=p({},a[i],{animation:{transitions:r.transitions}}),n=t.shape===B?new de(s,t):new pe(s,t),o.pointers.push(n)},_getSize:function(){var e=this,n=e.element,t=n.width(),i=n.height(),o=e.options.scale.vertical;return t||(t=o?I:F),i||(i=o?Y:K),{width:t,height:i}},_getBox:function(e){var n,t,i=this,o=i.scale,r=i.pointers,a=e.center(),s=r[0].box.clone().wrap(o.box);for(t=0;t<r.length;t++)s.wrap(r[t].box.clone());return o.options.vertical?(n=s.width()/2,s=new w(a.x-n,e.y1,a.x+n,e.y2)):(n=s.height()/2,s=new w(e.x1,a.y-n,e.x2,a.y+n)),s},_alignElements:function(){var e,n,t=this,i=t.scale,o=t.pointers,r=i.box,a=o[0].box.clone().wrap(i.box),s=t.bbox;for(n=0;n<o.length;n++)a.wrap(o[n].box.clone());for(i.options.vertical?(e=s.center().x-a.center().x,i.reflow(new w(r.x1+e,s.y1,r.x2+e,s.y2))):(e=s.center().y-a.center().y,i.reflow(new w(s.x1,r.y1+e,s.x2,r.y2+e))),n=0;n<o.length;n++)o[n].reflow(t.bbox)},_shrinkElements:function(){var e,n=this,t=n.scale,i=n.pointers,o=t.box.clone(),r=t.options.vertical?\"y\":\"x\",a=i[0].box;for(e=0;e<i.length;e++)a.wrap(i[e].box.clone());for(o[r+1]+=l.max(o[r+1]-a[r+1],0),o[r+2]-=l.max(a[r+2]-o[r+2],0),t.reflow(o),e=0;e<i.length;e++)i[e].reflow(n.bbox)}}),ce=m.extend({init:function(e){var n=this;n.options=p({},n.options,e),n.options=p({},n.options,{labels:{mirror:n.options.mirror}}),n.options.majorUnit=n.options.majorUnit||f(n.options.min,n.options.max),v.fn.init.call(n,n.options),n.options.minorUnit=n.options.minorUnit||n.options.majorUnit/10},options:{min:0,max:50,majorTicks:{size:15,align:J,color:E,width:G,visible:!0},minorTicks:{size:10,align:J,color:E,width:G,visible:!0},line:{width:G},labels:{position:J,padding:2},mirror:!1,_alignLines:!1},render:function(){var e=this,n=e.elements=new R,t=e.renderLabels(),i=e.renderLine(),o=e.renderTicks(),r=e.renderRanges();return n.append(i,t,o,r),n},renderRanges:function(){var e,n,t,o,r,a=this,s=a.options,l=s.min,c=s.max,u=s.ranges||[],d=s.vertical,p=s.labels.mirror,h=new R,f=u.length,g=s.rangeSize||s.minorTicks.size/2;if(f)for(r=0;r<f;r++)e=i(u[r],l,c),n=a.getSlot(e.from,e.to),t=d?a.lineBox():n,o=d?n:a.lineBox(),d?t.x1-=g*(p?-1:1):o.y2+=g*(p?-1:1),h.append(j.fromRect(new C([t.x1,o.y1],[t.x2-t.x1,o.y2-o.y1]),{fill:{color:e.color,opacity:e.opacity},stroke:{}}));return h},renderLabels:function(){var e,n=this,i=n.options,o=n.labels,r=new R;for(e=0;e<o.length;e++)r.append(t(o[e],i.labels));return r},renderLine:function(){var e,n=this,t=n.options,i=t.line,o=n.lineBox(),r=new R;return i.width>0&&i.visible&&(e=new j({stroke:{color:i.color,dashType:i.dashType,width:i.width}}),e.moveTo(o.x1,o.y1).lineTo(o.x2,o.y2),r.append(e)),r},renderTicks:function(){function e(e,i){var a,l=e.length;if(i.visible)for(a=i.skip;a<l;a+=i.step)a%i.skipUnit!==0&&(s.tickX=r?o.x2:o.x2-i.size,s.tickY=r?o.y1-i.size:o.y1,s.position=e[a],t.append(n.renderAxisTick(s,i)))}var n=this,t=new R,i=n.options,o=n.lineBox(),r=i.labels.mirror,a=i.majorTicks.visible?i.majorUnit:0,s={_alignLines:i._alignLines,vertical:i.vertical};return e(n.getMajorTickPositions(),i.majorTicks),e(n.getMinorTickPositions(),p({},{skipUnit:a/i.minorUnit},i.minorTicks)),t},renderAxisTick:function(e,n){var t,i,o,r=e.tickX,a=e.tickY,s=e.position;return e.vertical?(t=new S(r,s),i=new S(r+n.size,s)):(t=new S(s,a),i=new S(s,a+n.size)),o=new j({stroke:{color:n.color,width:n.width}}).moveTo(t).lineTo(i)}}),ue=ie.extend({init:function(e,n){var t=this;ie.fn.init.call(t,e,n),t.options=p({track:{visible:b(n.track)}},t.options)},options:{shape:X,track:{border:{width:1}},color:E,border:{width:1},opacity:1,margin:A(3),animation:{type:X},visible:!0},reflow:function(){var e,n,t,i=this,o=i.options,r=i.scale,a=r.lineBox(),s=o.track.size||o.size,l=o.size/2,c=r.options.mirror,u=A(o.margin),d=r.options.vertical,p=d?u[c?\"left\":\"right\"]:u[c?\"bottom\":\"top\"];p=c?-p:p,d?(t=new w(a.x1+p,a.y1,a.x1+p,a.y2),c?t.x1-=s:t.x2+=s,o.shape!==X&&(n=new w(a.x2+p,a.y1-l,a.x2+p,a.y2+l),e=n)):(t=new w(a.x1,a.y1-p,a.x2,a.y1-p),c?t.y2+=s:t.y1-=s,o.shape!==X&&(n=new w(a.x1-l,a.y1-p,a.x2+l,a.y1-p),e=n)),i.trackBox=t,i.pointerRangeBox=n,i.box=e||t.clone().pad(o.border.width)},getElementOptions:function(){var e=this.options;return{fill:{color:e.color,opacity:e.opacity},stroke:b(e.border)?{color:e.border.width?e.border.color||e.color:\"\",width:e.border.width,dashType:e.border.dashType,opacity:e.opacity}:null}},_margin:function(){var e=this,n=e.options,t=e.scale,i=t.options.mirror,o=A(n.margin),r=t.options.vertical,a=r?o[i?\"left\":\"right\"]:o[i?\"bottom\":\"top\"];return a}}),de=ue.extend({init:function(e,t){ue.fn.init.call(this,e,t),this.options.size===n&&(this.options.size=.6*this.scale.options.majorTicks.size)},pointerShape:function(){var e,n,t=this,i=t.options,o=t.scale,r=i.size,a=o.options.vertical,s=r/2,l=o.options.mirror?-1:1,c=o.options.reverse;return a?(e=c?\"y2\":\"y1\",n=[new S(0,0-s),new S(0-l*r,0),new S(0,0+s)]):(e=c?\"x1\":\"x2\",n=[new S(0-s,0),new S(0,0+l*r),new S(0+s,0)]),n},repaint:function(){var e=this,n=e.scale,t=e.options,i=new a(e.elements,p(t.animation,{vertical:n.options.vertical,mirror:n.options.mirror,margin:e._margin(t.margin),from:n.getSlot(t._oldValue),to:n.getSlot(t.value)}));t.animation.transitions===!1&&(i.options.duration=0),i.setup(),i.play()},render:function(){var e,n=this,t=n.options,i=new R,o=n.scale,r=n.getElementOptions(),a=n.pointerShape(t.value);return t.animation.type=L,i=new j({stroke:r.stroke,fill:r.fill}).moveTo(a[0]).lineTo(a[1]).lineTo(a[2]).close(),e=o.getSlot(t.value),i.transform(T.transform().translate(e.x1,e.y1)),n.elements=i,i}}),pe=ue.extend({init:function(e,t){ue.fn.init.call(this,e,t),this.options.size===n&&(this.options.size=.3*this.scale.options.majorTicks.size)},pointerShape:function(e){var n,t,i,o=this,r=o.options,a=o.scale,s=a.options.vertical,l=a.options.mirror,c=l==s?-1:1,u=r.size*c,d=a.getSlot(a.options.min),p=a.getSlot(e),h=s?te:ne,f=s?ne:te,g=o._margin()*c,m=new S;return m[h]=d[h+\"1\"],m[f]=d[f+\"1\"],n=new S,n[h]=p[h+\"1\"],n[f]=p[f+\"1\"],s?(m.translate(g,0),n.translate(g,0)):(m.translate(0,g),n.translate(0,g)),t=n.clone(),i=m.clone(),s?(t.translate(u,0),i.translate(u,0)):(t.translate(0,u),i.translate(0,u)),[m,n,t,i]},repaint:function(){var e,n=this,t=n.scale,i=n.options,o=n.pointerShape(i.value),r=n.elements.children[0],a=n.pointerShape(i._oldValue);r.moveTo(o[0]).lineTo(o[1]).lineTo(o[2]).lineTo(o[3]).close(),e=new s(r,p(i.animation,{reverse:t.options.reverse,vertical:t.options.vertical,oldPoints:[a[1],a[2]],newPoints:[o[1],o[2]]})),i.animation.transitions===!1&&(e.options.duration=0),e.setup(),e.play()},render:function(){var e=this,n=new R,t=e.getElementOptions(),i=new j({stroke:t.stroke,fill:t.fill});return n.append(i),e.elements=n,n}}),he=z.Animation.extend({init:function(e,n){z.Animation.fn.init.call(this,e,n),n=this.options,n.duration=l.max(l.abs(n.newAngle-n.oldAngle)/n.duration*1e3,1)},options:{easing:q,duration:U},step:function(e){var n=this,t=n.options,i=k(t.oldAngle,t.newAngle,e);n.element.transform(T.transform().rotate(i,t.center))}});z.AnimationFactory.current.register(ee,he),a=z.Animation.extend({options:{easing:q,duration:P},setup:function(){var e,n,t=this.options,i=t.margin,o=t.from,r=t.to,a=t.vertical?\"x1\":\"y1\";t.mirror==t.vertical?(o[a]-=i,r[a]-=i):(o[a]+=i,r[a]+=i),e=this.fromScale=new S(o.x1,o.y1),n=this.toScale=new S(r.x1,r.y1),0!==t.duration&&(t.duration=l.max(e.distanceTo(n)/t.duration*1e3,1))},step:function(e){var n=k(this.fromScale.x,this.toScale.x,e),t=k(this.fromScale.y,this.toScale.y,e);this.element.transform(T.transform().translate(n,t))}}),z.AnimationFactory.current.register(L,a),s=z.Animation.extend({options:{easing:q,speed:P},setup:function(){var e=this.options,n=e.newPoints,t=e.oldPoints,i=this.axis=e.vertical?te:ne,o=this.to=n[0][i],r=this.from=t[0][i];0!==e.duration&&(e.duration=l.max(l.abs(o-r)/e.speed*1e3,1)),this._set(r)},step:function(e){var n=k(this.from,this.to,e);this._set(n)},_set:function(e){var n=\"set\"+this.axis.toUpperCase(),t=this.options.newPoints;t[0][n](e),t[1][n](e)}}),z.AnimationFactory.current.register(X,s),h.ui.plugin(se),h.ui.plugin(le),h.ExportMixin.extend(ae.fn),p(h,{Gauge:ae,RadialPointer:oe,LinearPointer:ue,ArrowLinearPointer:de,BarLinearPointer:pe,LinearScale:ce,RadialScale:re,LinearGauge:le,RadialGauge:se})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()});;!function(t,define){define(\"kendo.tooltip.min\",[\"kendo.core.min\",\"kendo.popup.min\"],t)}(function(){return function(t,o){function e(t){for(;t.length;)n(t),t=t.parent()}function n(t){var o=t.data(s.ns+\"title\");o&&(t.attr(\"title\",o),t.removeData(s.ns+\"title\"))}function i(t){var o=t.attr(\"title\");o&&(t.data(s.ns+\"title\",o),t.attr(\"title\",\"\"))}function r(t){for(;t.length&&!t.is(\"body\");)i(t),t=t.parent()}var s=window.kendo,a=s.ui.Widget,l=s.ui.Popup,c=s.isFunction,u=t.isPlainObject,p=t.extend,f=t.proxy,d=t(document),h=s.isLocalUrl,m=\"_tt_active\",g=\"aria-describedby\",w=\"show\",v=\"hide\",k=\"error\",_=\"contentLoad\",y=\"requestStart\",b=\"k-content-frame\",H='<div role=\"tooltip\" class=\"k-widget k-tooltip#if (!autoHide) {# k-tooltip-closable#}#\">#if (!autoHide) {# <div class=\"k-tooltip-button\"><a href=\"\\\\#\" class=\"k-icon k-i-close\">close</a></div> #}#<div class=\"k-tooltip-content\"></div>#if (callout){ #<div class=\"k-callout k-callout-#=dir#\"></div>#}#</div>',T=s.template(\"<iframe frameborder='0' class='\"+b+\"' src='#= content.url #'>This page requires frames in order to show content</iframe>\"),C=\".kendoTooltip\",D={bottom:{origin:\"bottom center\",position:\"top center\"},top:{origin:\"top center\",position:\"bottom center\"},left:{origin:\"center left\",position:\"center right\",collision:\"fit flip\"},right:{origin:\"center right\",position:\"center left\",collision:\"fit flip\"},center:{position:\"center center\",origin:\"center center\"}},x={top:\"bottom\",bottom:\"top\",left:\"right\",right:\"left\",center:\"center\"},O={bottom:\"n\",top:\"s\",left:\"e\",right:\"w\",center:\"n\"},j={horizontal:{offset:\"top\",size:\"outerHeight\"},vertical:{offset:\"left\",size:\"outerWidth\"}},A=function(t){return t.target.data(s.ns+\"title\")},K=a.extend({init:function(t,o){var e,n=this;a.fn.init.call(n,t,o),e=n.options.position.match(/left|right/)?\"horizontal\":\"vertical\",n.dimensions=j[e],n._documentKeyDownHandler=f(n._documentKeyDown,n),n.element.on(n.options.showOn+C,n.options.filter,f(n._showOn,n)).on(\"mouseenter\"+C,n.options.filter,f(n._mouseenter,n)),this.options.autoHide&&n.element.on(\"mouseleave\"+C,n.options.filter,f(n._mouseleave,n))},options:{name:\"Tooltip\",filter:\"\",content:A,showAfter:100,callout:!0,position:\"bottom\",showOn:\"mouseenter\",autoHide:!0,width:null,height:null,animation:{open:{effects:\"fade:in\",duration:0},close:{effects:\"fade:out\",duration:40,hide:!0}}},events:[w,v,_,k,y],_mouseenter:function(o){r(t(o.currentTarget))},_showOn:function(o){var e=this,n=t(o.currentTarget);e.options.showOn&&e.options.showOn.match(/click|focus/)?e._show(n):(clearTimeout(e.timeout),e.timeout=setTimeout(function(){e._show(n)},e.options.showAfter))},_appendContent:function(t){var o,e=this,n=e.options.content,i=e.content,r=e.options.iframe;u(n)&&n.url?(\"iframe\"in e.options||(r=!h(n.url)),e.trigger(y,{options:n,target:t}),r?(i.hide(),o=i.find(\".\"+b)[0],o?o.src=n.url||o.src:i.html(T({content:n})),i.find(\".\"+b).off(\"load\"+C).on(\"load\"+C,function(){e.trigger(_),i.show()})):(i.empty(),s.ui.progress(i,!0),e._ajaxRequest(n))):n&&c(n)?(n=n({sender:this,target:t}),i.html(n||\"\")):i.html(n),e.angular(\"compile\",function(){return{elements:i}})},_ajaxRequest:function(t){var o=this;jQuery.ajax(p({type:\"GET\",dataType:\"html\",cache:!1,error:function(t,e){s.ui.progress(o.content,!1),o.trigger(k,{status:e,xhr:t})},success:f(function(t){s.ui.progress(o.content,!1),o.content.html(t),o.trigger(_)},o)},t))},_documentKeyDown:function(t){t.keyCode===s.keys.ESC&&this.hide()},refresh:function(){var t=this,o=t.popup;o&&o.options.anchor&&t._appendContent(o.options.anchor)},hide:function(){this.popup&&this.popup.close()},show:function(t){t=t||this.element,r(t),this._show(t)},_show:function(t){var o=this,n=o.target();o.popup||o._initPopup(),n&&n[0]!=t[0]&&(o.popup.close(),o.popup.element.kendoStop(!0,!0)),n&&n[0]==t[0]||(o._appendContent(t),o.popup.options.anchor=t),o.popup.one(\"deactivate\",function(){e(t),t.removeAttr(g),this.element.removeAttr(\"id\").attr(\"aria-hidden\",!0),d.off(\"keydown\"+C,o._documentKeyDownHandler)}),o.popup.open()},_initPopup:function(){var o=this,e=o.options,n=t(s.template(H)({callout:e.callout&&\"center\"!==e.position,dir:O[e.position],autoHide:e.autoHide}));o.popup=new l(n,p({activate:function(){var t=this.options.anchor,n=t[0].id||o.element[0].id;n&&(t.attr(g,n+m),this.element.attr(\"id\",n+m)),e.callout&&o._positionCallout(),this.element.removeAttr(\"aria-hidden\"),d.on(\"keydown\"+C,o._documentKeyDownHandler),o.trigger(w)},close:function(){o.trigger(v)},copyAnchorStyles:!1,animation:e.animation},D[e.position])),n.css({width:e.width,height:e.height}),o.content=n.find(\".k-tooltip-content\"),o.arrow=n.find(\".k-callout\"),e.autoHide?n.on(\"mouseleave\"+C,f(o._mouseleave,o)):n.on(\"click\"+C,\".k-tooltip-button\",f(o._closeButtonClick,o))},_closeButtonClick:function(t){t.preventDefault(),this.hide()},_mouseleave:function(o){if(this.popup){var n=t(o.currentTarget),i=n.offset(),r=o.pageX,a=o.pageY;if(i.right=i.left+s._outerWidth(n),i.bottom=i.top+s._outerHeight(n),r>i.left&&r<i.right&&a>i.top&&a<i.bottom)return;this.popup.close()}else e(t(o.currentTarget));clearTimeout(this.timeout)},_positionCallout:function(){var o=this,e=o.options.position,n=o.dimensions,i=n.offset,r=o.popup,s=r.options.anchor,a=t(s).offset(),l=parseInt(o.arrow.css(\"border-top-width\"),10),c=t(r.element).offset(),u=O[r.flipped?x[e]:e],p=a[i]-c[i]+t(s)[n.size]()/2-l;o.arrow.removeClass(\"k-callout-n k-callout-s k-callout-w k-callout-e\").addClass(\"k-callout-\"+u).css(i,p)},target:function(){return this.popup?this.popup.options.anchor:null},destroy:function(){var t=this.popup;t&&(t.element.off(C),t.destroy()),clearTimeout(this.timeout),this.element.off(C),d.off(\"keydown\"+C,this._documentKeyDownHandler),a.fn.destroy.call(this)}});s.ui.plugin(K)}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,o,e){(e||o)()});;!function(t,define){define(\"util/main.min\",[\"kendo.core.min\"],t)}(function(){return function(){function t(t){return typeof t!==R}function e(t,e){var n=i(e);return N.round(t*n)/n}function i(t){return t?N.pow(10,t):1}function n(t,e,i){return N.max(N.min(t,i),e)}function o(t){return t*j}function a(t){return t/j}function r(t){return\"number\"==typeof t&&!isNaN(t)}function s(e,i){return t(e)?e:i}function h(t){return t*t}function l(t){var e,i=[];for(e in t)i.push(e+t[e]);return i.sort().join(\"\")}function c(t){var e,i=2166136261;for(e=0;e<t.length;++e)i+=(i<<1)+(i<<4)+(i<<7)+(i<<8)+(i<<24),i^=t.charCodeAt(e);return i>>>0}function u(t){return c(l(t))}function d(t){var e,i=t.length,n=D,o=V;for(e=0;e<i;e++)o=N.max(o,t[e]),n=N.min(n,t[e]);return{min:n,max:o}}function f(t){return d(t).min}function p(t){return d(t).max}function m(t){return v(t).min}function _(t){return v(t).max}function v(t){var e,i,n,o=D,a=V;for(e=0,i=t.length;e<i;e++)n=t[e],null!==n&&isFinite(n)&&(o=N.min(o,n),a=N.max(a,n));return{min:o===D?void 0:o,max:a===V?void 0:a}}function g(t){if(t)return t[t.length-1]}function y(t,e){return t.push.apply(t,e),t}function w(t){return P.template(t,{useWithBlock:!1,paramName:\"d\"})}function b(e,i){return t(i)&&null!==i?\" \"+e+\"='\"+i+\"' \":\"\"}function x(t){var e,i=\"\";for(e=0;e<t.length;e++)i+=b(t[e][0],t[e][1]);return i}function k(e){var i,n,o=\"\";for(i=0;i<e.length;i++)n=e[i][1],t(n)&&(o+=e[i][0]+\":\"+n+\";\");if(\"\"!==o)return o}function z(t){return\"string\"!=typeof t&&(t+=\"px\"),t}function T(t){var e,i,n=[];if(t)for(e=P.toHyphens(t).split(\"-\"),i=0;i<e.length;i++)n.push(\"k-pos-\"+e[i]);return n.join(\" \")}function S(e){return\"\"===e||null===e||\"none\"===e||\"transparent\"===e||!t(e)}function C(t){for(var e={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},i=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],n=\"\";t>0;)t<i[0]?i.shift():(n+=e[i[0]],t-=i[0]);return n}function E(t){var e,i,n,o,a;for(t=t.toLowerCase(),e={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},i=0,n=0,o=0;o<t.length;++o){if(a=e[t.charAt(o)],!a)return null;i+=a,a>n&&(i-=2*n),n=a}return i}function L(t){var e=Object.create(null);return function(){var i,n=\"\";for(i=arguments.length;--i>=0;)n+=\":\"+arguments[i];return n in e?e[n]:e[n]=t.apply(this,arguments)}}function A(t){for(var e,i,n=[],o=0,a=t.length;o<a;)e=t.charCodeAt(o++),e>=55296&&e<=56319&&o<a?(i=t.charCodeAt(o++),56320==(64512&i)?n.push(((1023&e)<<10)+(1023&i)+65536):(n.push(e),o--)):n.push(e);return n}function M(t){return t.map(function(t){var e=\"\";return t>65535&&(t-=65536,e+=String.fromCharCode(t>>>10&1023|55296),t=56320|1023&t),e+=String.fromCharCode(t)}).join(\"\")}function O(t,e){function i(t,i){for(var n=[],o=0,a=0,r=0;o<t.length&&a<i.length;)e(t[o],i[a])<=0?n[r++]=t[o++]:n[r++]=i[a++];return o<t.length&&n.push.apply(n,t.slice(o)),a<i.length&&n.push.apply(n,i.slice(a)),n}return t.length<2?t.slice():function n(t){var e,o,a;return t.length<=1?t:(e=Math.floor(t.length/2),o=t.slice(0,e),a=t.slice(e),o=n(o),a=n(a),i(o,a))}(t)}var N=Math,P=window.kendo,I=P.deepExtend,j=N.PI/180,D=Number.MAX_VALUE,V=-Number.MAX_VALUE,R=\"undefined\",Z=Date.now;Z||(Z=function(){return(new Date).getTime()}),I(P,{util:{MAX_NUM:D,MIN_NUM:V,append:y,arrayLimits:d,arrayMin:f,arrayMax:p,defined:t,deg:a,hashKey:c,hashObject:u,isNumber:r,isTransparent:S,last:g,limitValue:n,now:Z,objectKey:l,round:e,rad:o,renderAttr:b,renderAllAttr:x,renderPos:T,renderSize:z,renderStyle:k,renderTemplate:w,sparseArrayLimits:v,sparseArrayMin:m,sparseArrayMax:_,sqr:h,valueOrDefault:s,romanToArabic:E,arabicToRoman:C,memoize:L,ucs2encode:M,ucs2decode:A,mergeSort:O}}),P.drawing.util=P.util,P.dataviz.util=P.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],t)}(function(){!function(t){function e(){return{width:0,height:0,baseline:0}}function i(t,e,i){return u.current.measure(t,e,i)}function n(t,e){var i=[];if(t.length>0&&document.fonts){try{i=t.map(function(t){return document.fonts.load(t)})}catch(n){a.logToConsole(n)}Promise.all(i).then(e,e)}else e()}var o=document,a=window.kendo,r=a.Class,s=a.util,h=s.defined,l=r.extend({init:function(t){this._size=t,this._length=0,this._map={}},put:function(t,e){var i=this,n=i._map,o={key:t,value:e};n[t]=o,i._head?(i._tail.newer=o,o.older=i._tail,i._tail=o):i._head=i._tail=o,i._length>=i._size?(n[i._head.key]=null,i._head=i._head.newer,i._head.older=null):i._length++},get:function(t){var e=this,i=e._map[t];if(i)return i===e._head&&i!==e._tail&&(e._head=i.newer,e._head.older=null),i!==e._tail&&(i.older&&(i.older.newer=i.newer,i.newer.older=i.older),i.older=e._tail,i.newer=null,e._tail.newer=i,e._tail=i),i.value}}),c=t(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],u=r.extend({init:function(t){this._cache=new l(1e3),this._initOptions(t)},options:{baselineMarkerSize:1},measure:function(i,n,a){var r,l,u,d,f,p,m,_;if(!i)return e();if(r=s.objectKey(n),l=s.hashKey(i+r),u=this._cache.get(l),u)return u;d=e(),f=a?a:c,p=this._baselineMarker().cloneNode(!1);for(m in n)_=n[m],h(_)&&(f.style[m]=_);return t(f).text(i),f.appendChild(p),o.body.appendChild(f),(i+\"\").length&&(d.width=f.offsetWidth-this.options.baselineMarkerSize,d.height=f.offsetHeight,d.baseline=p.offsetTop+this.options.baselineMarkerSize),d.width>0&&d.height>0&&this._cache.put(l,d),f.parentNode.removeChild(f),d},_baselineMarker:function(){return t(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});u.current=new u,a.util.TextMetrics=u,a.util.LRUCache=l,a.util.loadFonts=n,a.util.measureText=i}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"util/base64.min\",[\"util/main.min\"],t)}(function(){return function(){function t(t){var i,n,o,r,s,h,l,c=\"\",u=0;for(t=e(t);u<t.length;)i=t.charCodeAt(u++),n=t.charCodeAt(u++),o=t.charCodeAt(u++),r=i>>2,s=(3&i)<<4|n>>4,h=(15&n)<<2|o>>6,l=63&o,isNaN(n)?h=l=64:isNaN(o)&&(l=64),c=c+a.charAt(r)+a.charAt(s)+a.charAt(h)+a.charAt(l);return c}function e(t){var e,i,n=\"\";for(e=0;e<t.length;e++)i=t.charCodeAt(e),i<128?n+=o(i):i<2048?(n+=o(192|i>>>6),n+=o(128|63&i)):i<65536&&(n+=o(224|i>>>12),n+=o(128|i>>>6&63),n+=o(128|63&i));return n}var i=window.kendo,n=i.deepExtend,o=String.fromCharCode,a=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";n(i.util,{encodeBase64:t,encodeUTF8:e})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],t)}(function(){return function(t){var e=Math,i=window.kendo,n=i.deepExtend,o=t.inArray,a={observers:function(){return this._observers=this._observers||[]},addObserver:function(t){return this._observers?this._observers.push(t):this._observers=[t],this},removeObserver:function(t){var e=this.observers(),i=o(t,e);return i!=-1&&e.splice(i,1),this},trigger:function(t,e){var i,n,o=this._observers;if(o&&!this._suspended)for(n=0;n<o.length;n++)i=o[n],i[t]&&i[t](e);return this},optionsChange:function(t){t=t||{},t.element=this,this.trigger(\"optionsChange\",t)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=e.max((this._suspended||0)-1,0),this},_observerField:function(t,e){this[t]&&this[t].removeObserver(this),this[t]=e,e.addObserver(this)}};n(i,{mixins:{ObserversMixin:a}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/location.min\",[\"kendo.drawing.min\"],t)}(function(){!function(t,e){var i,n=Math,o=n.abs,a=n.atan,r=n.atan2,s=n.cos,h=n.max,l=n.min,c=n.sin,u=n.tan,d=window.kendo,f=d.Class,p=d.dataviz,m=d.deepExtend,_=d.util,v=_.defined,g=_.deg,y=_.rad,w=_.round,b=_.sqr,x=_.valueOrDefault,k=f.extend({init:function(t,e){1===arguments.length?(this.lat=t[0],this.lng=t[1]):(this.lat=t,this.lng=e)},DISTANCE_ITERATIONS:100,DISTANCE_CONVERGENCE:1e-12,DISTANCE_PRECISION:2,FORMAT:\"{0:N6},{1:N6}\",toArray:function(){return[this.lat,this.lng]},equals:function(t){return t&&t.lat===this.lat&&t.lng===this.lng},clone:function(){return new k(this.lat,this.lng)},round:function(t){return this.lng=w(this.lng,t),this.lat=w(this.lat,t),this},wrap:function(){return this.lng=this.lng%180,this.lat=this.lat%90,this},distanceTo:function(t,e){return this.greatCircleTo(t,e).distance},destination:function(t,e,i){var o,a,h,l,u;return e=y(e),i=i||p.map.datums.WGS84,o=y(this.lat),a=y(this.lng),h=t/d.dataviz.map.datums.WGS84.a,l=n.asin(c(o)*s(h)+s(o)*c(h)*s(e)),u=a+r(c(e)*c(h)*s(o),s(h)-c(o)*c(l)),new k(g(l),g(u))},greatCircleTo:function(t,e){var i,h,l,d,f,m,_,v,x,z,T,S,C,E,L,A,M,O,N,P,I,j,D,V,R,Z,F,U,G;if(t=k.create(t),e=e||p.map.datums.WGS84,!t||this.clone().round(8).equals(t.clone().round(8)))return{distance:0,azimuthFrom:0,azimuthTo:0};for(i=e.a,h=e.b,l=e.f,d=y(t.lng-this.lng),f=a((1-l)*u(y(this.lat))),m=c(f),_=s(f),v=a((1-l)*u(y(t.lat))),x=c(v),z=s(v),T=d,C=this.DISTANCE_ITERATIONS,E=!1;!E&&C-- >0;)L=c(T),A=s(T),M=n.sqrt(b(z*L)+b(_*x-m*z*A)),N=m*x+_*z*A,I=r(M,N),j=_*z*L/M,O=1-b(j),P=0,0!==O&&(P=N-2*m*x/O),S=T,D=l/16*O*(4+l*(4-3*O)),T=d+(1-D)*l*j*(I+D*M*(P+D*N*(-1+2*b(P)))),E=o(T-S)<=this.DISTANCE_CONVERGENCE;return V=O*(b(i)-b(h))/b(h),R=1+V/16384*(4096+V*(-768+V*(320-175*V))),Z=V/1024*(256+V*(-128+V*(74-47*V))),F=Z*M*(P+Z/4*(N*(-1+2*b(P))-Z/6*P*(-3+4*b(M))*(-3+4*b(P)))),U=r(z*L,_*x-m*z*A),G=r(_*L,-m*z+_*x*A),{distance:w(h*R*(I-F),this.DISTANCE_PRECISION),azimuthFrom:g(U),azimuthTo:g(G)}}});k.fn.toString=function(){return d.format(this.FORMAT,this.lat,this.lng)},k.fromLngLat=function(t){return new k(t[1],t[0])},k.fromLatLng=function(t){return new k(t[0],t[1])},k.create=function(t,e){if(v(t))return t instanceof k?t.clone():1===arguments.length&&2===t.length?k.fromLatLng(t):new k(t,e)},i=f.extend({init:function(t,e){t=k.create(t),e=k.create(e),t.lng+180>e.lng+180&&t.lat+90<e.lat+90?(this.se=t,this.nw=e):(this.se=e,this.nw=t)},contains:function(t){var e=this.nw,i=this.se,n=x(t.lng,t[1]),o=x(t.lat,t[0]);return t&&n+180>=e.lng+180&&n+180<=i.lng+180&&o+90>=i.lat+90&&o+90<=e.lat+90},center:function(){var t=this.nw,e=this.se,i=t.lng+(e.lng-t.lng)/2,n=t.lat+(e.lat-t.lat)/2;return new k(n,i)},containsAny:function(t){var e,i=!1;for(e=0;e<t.length;e++)i=i||this.contains(t[e]);return i},include:function(t){var e=this.nw,i=this.se,n=x(t.lng,t[1]),o=x(t.lat,t[0]);e.lng=l(e.lng,n),e.lat=h(e.lat,o),i.lng=h(i.lng,n),i.lat=l(i.lat,o)},includeAll:function(t){for(var e=0;e<t.length;e++)this.include(t[e])},edges:function(){var t=this.nw,e=this.se;return{nw:this.nw,ne:new k(t.lat,e.lng),se:this.se,sw:new k(e.lat,t.lng)}},toArray:function(){var t=this.nw,e=this.se;return[t,new k(t.lat,e.lng),e,new k(e.lat,t.lng)]},overlaps:function(t){return this.containsAny(t.toArray())||t.containsAny(this.toArray())}}),i.World=new i([90,-180],[-90,180]),i.create=function(t,n){return t instanceof i?t:t&&n?new i(t,n):t&&4===t.length&&!n?new i([t[0],t[1]],[t[2],t[3]]):e},m(p,{map:{Extent:i,Location:k}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/attribution.min\",[\"kendo.drawing.min\"],t)}(function(){!function(){var t=window.kendo,e=t.ui.Widget,i=t.template,n=t.util.valueOrDefault,o=t.util.defined,a=e.extend({init:function(t,i){e.fn.init.call(this,t,i),this._initOptions(i),this.items=[],this.element.addClass(\"k-widget k-attribution\")},options:{name:\"Attribution\",separator:\"&nbsp;|&nbsp;\",itemTemplate:\"#= text #\"},filter:function(t,e){this._extent=t,this._zoom=e,this._render()},add:function(t){o(t)&&(\"string\"==typeof t&&(t={text:t}),this.items.push(t),this._render())},remove:function(t){var e,i,n=[];for(e=0;e<this.items.length;e++)i=this.items[e],i.text!==t&&n.push(i);this.items=n,this._render()},clear:function(){this.items=[],this.element.empty()},_render:function(){var t,e,n,o=[],a=i(this.options.itemTemplate);for(t=0;t<this.items.length;t++)e=this.items[t],n=this._itemText(e),\"\"!==n&&o.push(a({text:n}));o.length>0?this.element.empty().append(o.join(this.options.separator)).show():this.element.hide()},_itemText:function(t){var e=\"\",i=this._inZoomLevel(t.minZoom,t.maxZoom),n=this._inArea(t.extent);return i&&n&&(e+=t.text),e},_inZoomLevel:function(t,e){var i=!0;return t=n(t,-Number.MAX_VALUE),e=n(e,Number.MAX_VALUE),i=this._zoom>t&&this._zoom<e},_inArea:function(t){var e=!0;return t&&(e=t.contains(this._extent)),e}});t.dataviz.ui.plugin(a)}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/navigator.min\",[\"kendo.core.min\"],t)}(function(){!function(t){function e(t){return i.format('<button class=\"k-button k-navigator-{0}\"><span class=\"k-icon k-i-arrow-{0}\"/></button>',t)}var i=window.kendo,n=i.ui.Widget,o=i.keys,a=t.proxy,r=\".kendoNavigator\",s=e(\"n\")+e(\"e\")+e(\"s\")+e(\"w\"),h=n.extend({init:function(t,e){n.fn.init.call(this,t,e),this._initOptions(e),this.element.addClass(\"k-widget k-header k-shadow k-navigator\").append(s).on(\"click\"+r,\".k-button\",a(this,\"_click\"));var o=this.element.parent().closest(\"[\"+i.attr(\"role\")+\"]\");this._keyroot=o.length>0?o:this.element,this._tabindex(this._keyroot),this._keydown=a(this._keydown,this),this._keyroot.on(\"keydown\",this._keydown)},options:{name:\"Navigator\",panStep:1},events:[\"pan\"],dispose:function(){this._keyroot.off(\"keydown\",this._keydown)},_pan:function(t,e){var i=this.options.panStep;this.trigger(\"pan\",{x:t*i,y:e*i})},_click:function(e){var i=0,n=0,o=t(e.currentTarget);o.is(\".k-navigator-n\")?n=1:o.is(\".k-navigator-s\")?n=-1:o.is(\".k-navigator-e\")?i=1:o.is(\".k-navigator-w\")&&(i=-1),this._pan(i,n),e.preventDefault()},_keydown:function(t){switch(t.which){case o.UP:this._pan(0,1),t.preventDefault();break;case o.DOWN:this._pan(0,-1),t.preventDefault();break;case o.RIGHT:this._pan(1,0),t.preventDefault();break;case o.LEFT:this._pan(-1,0),t.preventDefault()}}});i.dataviz.ui.plugin(h)}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/zoom.min\",[\"kendo.core.min\"],t)}(function(){!function(t){function e(t,e){return i.format('<button class=\"k-button k-zoom-{0}\" title=\"zoom-{0}\">{1}</button>',t,e)}var i=window.kendo,n=i.ui.Widget,o=i.keys,a=t.proxy,r=\".kendoZoomControl\",s=e(\"in\",\"+\")+e(\"out\",\"-\"),h=187,l=189,c=61,u=173,d=n.extend({init:function(t,e){n.fn.init.call(this,t,e),this._initOptions(e),this.element.addClass(\"k-widget k-zoom-control k-button-wrap k-buttons-horizontal\").append(s).on(\"click\"+r,\".k-button\",a(this,\"_click\"));var o=this.element.parent().closest(\"[\"+i.attr(\"role\")+\"]\");this._keyroot=o.length>0?o:this.element,this._tabindex(this._keyroot),this._keydown=a(this._keydown,this),this._keyroot.on(\"keydown\",this._keydown)},options:{name:\"ZoomControl\",zoomStep:1},events:[\"change\"],_change:function(t){var e=this.options.zoomStep;this.trigger(\"change\",{delta:t*e})},_click:function(e){var i=t(e.currentTarget),n=1;i.is(\".k-zoom-out\")&&(n=-1),this._change(n),e.preventDefault()},_keydown:function(t){switch(t.which){case o.NUMPAD_PLUS:case h:case c:this._change(1);break;case o.NUMPAD_MINUS:case l:case u:this._change(-1)}}});i.dataviz.ui.plugin(d)}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/crs.min\",[\"dataviz/map/location.min\",\"kendo.drawing.min\"],t)}(function(){!function(t,e){var i=Math,n=i.atan,o=i.exp,a=i.pow,r=i.sin,s=i.log,h=i.tan,l=window.kendo,c=l.Class,u=l.dataviz,d=l.deepExtend,f=l.geometry,p=f.Point,m=u.map,_=m.Location,v=l.util,g=v.rad,y=v.deg,w=v.limitValue,b=i.PI,x=b/2,k=b/4,z=b/180,T={a:6378137,b:6356752.314245179,f:.0033528106647474805,e:.08181919084262149},S=c.extend({init:function(t){this._initOptions(t)},MAX_LNG:180,MAX_LAT:85.0840590501,INVERSE_ITERATIONS:15,INVERSE_CONVERGENCE:1e-12,options:{centralMeridian:0,datum:T},forward:function(t,e){var i=this,n=i.options,o=n.datum,a=o.a,r=n.centralMeridian,s=w(t.lat,-i.MAX_LAT,i.MAX_LAT),h=e?w(t.lng,-i.MAX_LNG,i.MAX_LNG):t.lng,l=g(h-r)*a,c=i._projectLat(s);return new p(l,c)},_projectLat:function(t){var e=this.options.datum,i=e.e,n=e.a,o=g(t),l=h(k+o/2),c=i*r(o),u=a((1-c)/(1+c),i/2);return n*s(l*u)},inverse:function(t,e){var i=this,n=i.options,o=n.datum,a=o.a,r=n.centralMeridian,s=t.x/(z*a)+r,h=w(i._inverseY(t.y),-i.MAX_LAT,i.MAX_LAT);return e&&(s=w(s,-i.MAX_LNG,i.MAX_LNG)),new _(h,s)},_inverseY:function(t){var e,s,h,l,c=this,u=c.options.datum,d=u.a,f=u.e,p=f/2,m=o(-t/d),_=x-2*n(m);for(e=0;e<=c.INVERSE_ITERATIONS&&(s=f*r(_),h=a((1-s)/(1+s),p),l=x-2*n(m*h)-_,_+=l,!(i.abs(l)<=c.INVERSE_CONVERGENCE));e++);return y(_)}}),C=S.extend({MAX_LAT:85.0511287798,_projectLat:function(t){var e=this.options.datum.a,i=g(t),n=h(k+i/2);return e*s(n)},_inverseY:function(t){var e=this.options.datum.a,i=o(-t/e);return y(x-2*n(i))}}),E=c.extend({forward:function(t){return new p(t.lng,t.lat)},inverse:function(t){return new _(t.y,t.x)}}),L=c.extend({init:function(){var t=this,e=t._proj=new C,i=this.c=2*b*e.options.datum.a;this._tm=f.transform().translate(.5,.5).scale(1/i,-1/i),this._itm=f.transform().scale(i,-i).translate(-.5,-.5)},toPoint:function(t,e,i){var n=this._proj.forward(t,i);return n.transform(this._tm).scale(e||1)},toLocation:function(t,e,i){return t=t.clone().scale(1/(e||1)).transform(this._itm),this._proj.inverse(t,i)}}),A=c.extend({init:function(){this._proj=new S},toPoint:function(t){return this._proj.forward(t)},toLocation:function(t){return this._proj.inverse(t)}}),M=c.extend({init:function(){this._proj=new E},toPoint:function(t){return this._proj.forward(t)},toLocation:function(t){return this._proj.inverse(t)}});d(u,{map:{crs:{EPSG3395:A,EPSG3857:L,EPSG4326:M},datums:{WGS84:T},projections:{Equirectangular:E,Mercator:S,SphericalMercator:C}}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/base.min\",[\"kendo.core.min\",\"dataviz/map/location.min\"],t)}(function(){!function(t,e){var i=t.proxy,n=window.kendo,o=n.Class,a=n.dataviz,r=n.deepExtend,s=a.map.Extent,h=n.util,l=h.defined,c=o.extend({init:function(e,n){this._initOptions(n),this.map=e,this.element=t(\"<div class='k-layer'></div>\").css({zIndex:this.options.zIndex,opacity:this.options.opacity}).appendTo(e.scrollElement),this._beforeReset=i(this._beforeReset,this),this._reset=i(this._reset,this),this._resize=i(this._resize,this),this._panEnd=i(this._panEnd,this),this._activate(),this._updateAttribution()},destroy:function(){this._deactivate()},show:function(){this.reset(),this._activate(),this._applyExtent(!0)},hide:function(){this._deactivate(),this._setVisibility(!1)},reset:function(){this._beforeReset(),this._reset()},_reset:function(){this._applyExtent()},_beforeReset:t.noop,_resize:t.noop,_panEnd:function(){this._applyExtent()},_applyExtent:function(){var t=this.options,e=this.map.zoom(),i=!l(t.minZoom)||e>=t.minZoom,n=!l(t.maxZoom)||e<=t.maxZoom,o=s.create(t.extent),a=!o||o.overlaps(this.map.extent());this._setVisibility(i&&n&&a)},_setVisibility:function(t){this.element.css(\"display\",t?\"\":\"none\")},_activate:function(){var t=this.map;t.bind(\"beforeReset\",this._beforeReset),t.bind(\"reset\",this._reset),t.bind(\"resize\",this._resize),t.bind(\"panEnd\",this._panEnd)},_deactivate:function(){var t=this.map;t.unbind(\"beforeReset\",this._beforeReset),t.unbind(\"reset\",this._reset),t.unbind(\"resize\",this._resize),t.unbind(\"panEnd\",this._panEnd)},_updateAttribution:function(){var t=this.map.attribution;t&&t.add(this.options.attribution)}});r(a,{map:{layers:{Layer:c}}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/shape.min\",[\"dataviz/map/layers/base.min\",\"dataviz/map/location.min\"],t)}(function(){!function(t,e){var i=t.proxy,n=window.kendo,o=n.Class,a=n.data.DataSource,r=n.dataviz,s=n.deepExtend,h=n.util.last,l=n.util.defined,c=n.geometry,u=n.drawing,d=u.Group,f=r.map,p=f.Location,m=f.layers.Layer,_=m.extend({init:function(t,e){this._pan=i(this._pan,this),m.fn.init.call(this,t,e),this.surface=u.Surface.create(this.element,{width:t.scrollElement.width(),height:t.scrollElement.height()}),this._initRoot(),this.movable=new n.ui.Movable(this.surface.element),this._markers=[],this._click=this._handler(\"shapeClick\"),this.surface.bind(\"click\",this._click),this._mouseenter=this._handler(\"shapeMouseEnter\"),this.surface.bind(\"mouseenter\",this._mouseenter),this._mouseleave=this._handler(\"shapeMouseLeave\"),this.surface.bind(\"mouseleave\",this._mouseleave),this._initDataSource()},options:{autoBind:!0},destroy:function(){m.fn.destroy.call(this),this.surface.destroy(),this.dataSource.unbind(\"change\",this._dataChange)},setDataSource:function(t){this.dataSource&&this.dataSource.unbind(\"change\",this._dataChange),this.dataSource=n.data.DataSource.create(t),this.dataSource.bind(\"change\",this._dataChange),this.options.autoBind&&this.dataSource.fetch()},_reset:function(){m.fn._reset.call(this),this._translateSurface(),this._data&&this._load(this._data)},_initRoot:function(){this._root=new d,this.surface.draw(this._root)},_beforeReset:function(){this.surface.clear(),this._initRoot()},_resize:function(){this.surface.size(this.map.size())},_initDataSource:function(){var t=this.options.dataSource;this._dataChange=i(this._dataChange,this),this.dataSource=a.create(t).bind(\"change\",this._dataChange),t&&this.options.autoBind&&this.dataSource.fetch()},_dataChange:function(t){this._data=t.sender.view(),this._load(this._data)},_load:function(t){var e,i,n;for(this._clearMarkers(),this._loader||(this._loader=new v(this.map,this.options.style,this)),e=new d,i=0;i<t.length;i++)n=this._loader.parse(t[i]),n&&e.append(n);this._root.clear(),this._root.append(e)},shapeCreated:function(t){var e,i=!1;return t instanceof u.Circle&&(i=l(this._createMarker(t))),i||(e={layer:this,shape:t},i=this.map.trigger(\"shapeCreated\",e)),i},featureCreated:function(t){t.layer=this,this.map.trigger(\"shapeFeatureCreated\",t)},_createMarker:function(t){var e=this.map.markers.bind({location:t.location},t.dataItem);return e&&this._markers.push(e),e},_clearMarkers:function(){for(var t=0;t<this._markers.length;t++)this.map.markers.remove(this._markers[t]);this._markers=[]},_pan:function(){this._panning||(this._panning=!0,this.surface.suspendTracking())},_panEnd:function(t){m.fn._panEnd.call(this,t),this._translateSurface(),this.surface.resumeTracking(),this._panning=!1},_translateSurface:function(){var t=this.map,e=t.locationToView(t.extent().nw);this.surface.translate&&(this.surface.translate(e),this.movable.moveTo({x:e.x,y:e.y}))},_handler:function(t){var e=this;return function(i){if(i.element){var n={layer:e,shape:i.element,originalEvent:i.originalEvent};e.map.trigger(t,n)}}},_activate:function(){m.fn._activate.call(this),this.map.bind(\"pan\",this._pan)},_deactivate:function(){m.fn._deactivate.call(this),this.map.unbind(\"pan\",this._pan)}}),v=o.extend({init:function(t,e,i){this.observer=i,this.locator=t,this.style=e},parse:function(t){var e=new d,i=!0;return\"Feature\"===t.type?(i=!1,this._loadGeometryTo(e,t.geometry,t),this._featureCreated(e,t)):this._loadGeometryTo(e,t,t),i&&e.children.length<2&&(e=e.children[0]),e},_shapeCreated:function(t){var e=!1;return this.observer&&this.observer.shapeCreated&&(e=this.observer.shapeCreated(t)),e},_featureCreated:function(t,e){this.observer&&this.observer.featureCreated&&this.observer.featureCreated({group:t,dataItem:e,properties:e.properties})},_loadGeometryTo:function(t,e,i){var n,o,a=e.coordinates;switch(e.type){case\"LineString\":o=this._loadPolygon(t,[a],i),this._setLineFill(o);break;case\"MultiLineString\":for(n=0;n<a.length;n++)o=this._loadPolygon(t,[a[n]],i),this._setLineFill(o);break;case\"Polygon\":this._loadPolygon(t,a,i);break;case\"MultiPolygon\":for(n=0;n<a.length;n++)this._loadPolygon(t,a[n],i);break;case\"Point\":this._loadPoint(t,a,i);break;case\"MultiPoint\":for(n=0;n<a.length;n++)this._loadPoint(t,a[n],i)}},_setLineFill:function(t){var e=t.segments;(e.length<4||!e[0].anchor().equals(h(e).anchor()))&&(t.options.fill=null)},_loadShape:function(t,e){return this._shapeCreated(e)||t.append(e),e},_loadPolygon:function(t,e,i){var n=this._buildPolygon(e);return n.dataItem=i,this._loadShape(t,n)},_buildPolygon:function(t){var e,i,n,o=t.length>1?u.MultiPath:u.Path,a=new o(this.style);for(e=0;e<t.length;e++)for(i=0;i<t[e].length;i++)n=this.locator.locationToView(p.fromLngLat(t[e][i])),0===i?a.moveTo(n.x,n.y):a.lineTo(n.x,n.y);return a},_loadPoint:function(t,e,i){var n=p.fromLngLat(e),o=this.locator.locationToView(n),a=new c.Circle(o,10),r=new u.Circle(a,this.style);return r.dataItem=i,r.location=n,this._loadShape(t,r)}});s(n.data,{schemas:{geojson:{type:\"json\",data:function(t){return\"FeatureCollection\"===t.type?t.features:\"GeometryCollection\"===t.type?t.geometries:t}}},transports:{geojson:{read:{dataType:\"json\"}}}}),s(r,{map:{layers:{shape:_,ShapeLayer:_},GeoJSONLoader:v}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/bubble.min\",[\"dataviz/map/layers/shape.min\"],t)}(function(){!function(t,e){var i=window.kendo,n=i.getter,o=i.dataviz,a=i.deepExtend,r=i.util,s=r.defined,h=i.geometry,l=i.drawing,c=o.map,u=c.Location,d=c.layers.ShapeLayer,f=d.extend({options:{autoBind:!0,locationField:\"location\",valueField:\"value\",minSize:0,maxSize:100,scale:\"sqrt\",symbol:\"circle\"},_load:function(t){var e,i,o,a,r,h,l,c,d,f,p;if(this.surface.clear(),0!==t.length)for(e=this.options,i=n(e.valueField),t=t.slice(0),t.sort(function(t,e){return i(e)-i(t)}),o=this._scaleType(),r=0;r<t.length;r++)h=t[r],l=n(e.locationField)(h),c=n(e.valueField)(h),s(l)&&s(c)&&(a||(a=new o([0,c],[e.minSize,e.maxSize])),l=u.create(l),d=this.map.locationToView(l),f=a.map(c),p=this._createSymbol({center:d,size:f,style:e.style,dataItem:h,location:l}),p.dataItem=h,p.location=l,p.value=c,this._drawSymbol(p))},_scaleType:function(){var t=this.options.scale;return i.isFunction(t)?t:o.map.scales[t]},_createSymbol:function(t){var e=this.options.symbol;return i.isFunction(e)||(e=o.map.symbols[e]),e(t)},_drawSymbol:function(t){var e={layer:this,shape:t},i=this.map.trigger(\"shapeCreated\",e);i||this.surface.draw(t)}}),p=i.Class.extend({init:function(t,e){var i,n;this._domain=t,this._range=e,i=Math.sqrt(t[1])-Math.sqrt(t[0]),n=e[1]-e[0],this._ratio=n/i},map:function(t){var e=(Math.sqrt(t)-Math.sqrt(this._domain[0]))*this._ratio;return this._range[0]+e}}),m={circle:function(t){var e=new h.Circle(t.center,t.size/2);return new l.Circle(e,t.style)},square:function(t){var e=new l.Path(t.style),i=t.size/2,n=t.center;return e.moveTo(n.x-i,n.y-i).lineTo(n.x+i,n.y-i).lineTo(n.x+i,n.y+i).lineTo(n.x-i,n.y+i).close(),e}};a(o,{map:{layers:{bubble:f,BubbleLayer:f},scales:{sqrt:p},symbols:m}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/tile.min\",[\"dataviz/map/layers/base.min\",\"dataviz/map/location.min\"],t)}(function(){!function(t,e){function i(t){return new u(p(t.x),p(t.y))}var n=Math,o=t.proxy,a=window.kendo,r=a.Class,s=a.template,h=a.dataviz,l=a.deepExtend,c=a.geometry,u=c.Point,d=h.map.layers.Layer,f=a.util,p=f.round,m=f.renderSize,_=f.limitValue,v=d.extend({init:function(t,e){d.fn.init.call(this,t,e),\"string\"==typeof this.options.subdomains&&(this.options.subdomains=this.options.subdomains.split(\"\"));var i=this._viewType();this._view=new i(this.element,this.options)},destroy:function(){d.fn.destroy.call(this),this._view.destroy(),this._view=null},_beforeReset:function(){var t=this.map,e=t.locationToLayer(t.extent().nw).round();this._view.viewOrigin(e)},_reset:function(){d.fn._reset.call(this),this._updateView(),this._view.reset()},_viewType:function(){return g},_activate:function(){d.fn._activate.call(this),a.support.mobileOS||(this._pan||(this._pan=a.throttle(o(this._render,this),100)),this.map.bind(\"pan\",this._pan))},_deactivate:function(){d.fn._deactivate.call(this),this._pan&&this.map.unbind(\"pan\",this._pan)},_updateView:function(){var t=this._view,e=this.map,i=e.extent(),n={nw:e.locationToLayer(i.nw).round(),se:e.locationToLayer(i.se).round()};t.center(e.locationToLayer(e.center())),t.extent(n),t.zoom(e.zoom())},_resize:function(){this._render()},_panEnd:function(t){d.fn._panEnd.call(this,t),this._render()},_render:function(){this._updateView(),this._view.render()}}),g=r.extend({init:function(t,e){this.element=t,this._initOptions(e),this.pool=new w},options:{tileSize:256,subdomains:[\"a\",\"b\",\"c\"],urlTemplate:\"\"},center:function(t){this._center=t},extent:function(t){this._extent=t},viewOrigin:function(t){this._viewOrigin=t},zoom:function(t){this._zoom=t},pointToTileIndex:function(t){return new u(n.floor(t.x/this.options.tileSize),n.floor(t.y/this.options.tileSize))},tileCount:function(){var t=this.size(),e=this.pointToTileIndex(this._extent.nw),i=this._extent.nw,o=this.indexToPoint(e).translate(-i.x,-i.y);return{x:n.ceil((n.abs(o.x)+t.width)/this.options.tileSize),y:n.ceil((n.abs(o.y)+t.height)/this.options.tileSize)}},size:function(){var t=this._extent.nw,e=this._extent.se,i=e.clone().translate(-t.x,-t.y);return{width:i.x,height:i.y}},indexToPoint:function(t){var e=t.x,i=t.y;return new u(e*this.options.tileSize,i*this.options.tileSize)},subdomainText:function(){var t=this.options.subdomains;return t[this.subdomainIndex++%t.length]},destroy:function(){this.element.empty(),this.pool.empty()},reset:function(){this.pool.reset(),this.subdomainIndex=0,this.render()},render:function(){var t,e,i,n=this.tileCount(),o=this.pointToTileIndex(this._extent.nw);for(e=0;e<n.x;e++)for(i=0;i<n.y;i++)t=this.createTile({x:o.x+e,y:o.y+i}),t.visible||t.show()},createTile:function(t){var e=this.tileOptions(t),i=this.pool.get(this._center,e);return 0===i.element.parent().length&&this.element.append(i.element),i},tileOptions:function(t){var e=this.wrapIndex(t),n=this.indexToPoint(t),o=this._viewOrigin,a=n.clone().translate(-o.x,-o.y);return{index:e,currentIndex:t,point:n,offset:i(a),zoom:this._zoom,size:this.options.tileSize,subdomain:this.subdomainText(),urlTemplate:this.options.urlTemplate,errorUrlTemplate:this.options.errorUrlTemplate}},wrapIndex:function(t){var e=n.pow(2,this._zoom);return{x:this.wrapValue(t.x,e),y:_(t.y,0,e-1)}},wrapValue:function(t,e){var i=n.abs(t)%e;return t=t>=0?i:e-(0===i?e:i)}}),y=r.extend({init:function(t,e){this.id=t,this.visible=!0,this._initOptions(e),this.createElement(),this.show()},options:{urlTemplate:\"\",errorUrlTemplate:\"\"},createElement:function(){this.element=t(\"<img style='position: absolute; display: block;' />\").css({width:this.options.size,height:this.options.size}).on(\"error\",o(function(t){this.errorUrl()?t.target.setAttribute(\"src\",this.errorUrl()):t.target.removeAttribute(\"src\")},this))},show:function(){var t,e=this.element[0];e.style.top=m(this.options.offset.y),e.style.left=m(this.options.offset.x),t=this.url(),t&&e.setAttribute(\"src\",t),e.style.visibility=\"visible\",this.visible=!0},hide:function(){this.element[0].style.visibility=\"hidden\",this.visible=!1},url:function(){var t=s(this.options.urlTemplate);return t(this.urlOptions())},errorUrl:function(){var t=s(this.options.errorUrlTemplate);return t(this.urlOptions())},urlOptions:function(){var t=this.options;return{zoom:t.zoom,subdomain:t.subdomain,z:t.zoom,x:t.index.x,y:t.index.y,s:t.subdomain,quadkey:t.quadkey,q:t.quadkey,culture:t.culture,c:t.culture}},destroy:function(){\n    this.element&&(this.element.remove(),this.element=null)}}),w=r.extend({init:function(){this._items=[]},options:{maxSize:100},get:function(t,e){return this._items.length>=this.options.maxSize&&this._remove(t),this._create(e)},empty:function(){var t,e=this._items;for(t=0;t<e.length;t++)e[t].destroy();this._items=[]},reset:function(){var t,e=this._items;for(t=0;t<e.length;t++)e[t].hide()},_create:function(t){var e,i,n=this._items,o=f.hashKey(\"\"+t.point+(\"\"+t.offset)+t.zoom+t.urlTemplate);for(i=0;i<n.length;i++)if(n[i].id===o){e=n[i];break}return e?e.show():(e=new y(o,t),this._items.push(e)),e},_remove:function(t){var e,i,n=this._items,o=-1,a=-1;for(e=0;e<n.length;e++)i=n[e].options.point.distanceTo(t),i>o&&!n[e].visible&&(a=e,o=i);a!==-1&&(n[a].destroy(),n.splice(a,1))}});l(h,{map:{layers:{tile:v,TileLayer:v,ImageTile:y,TilePool:w,TileView:g}}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/bing.min\",[\"dataviz/map/layers/tile.min\"],t)}(function(){!function(t,e){var i=window.kendo,n=i.dataviz,o=i.deepExtend,a=i.util.defined,r=n.map.Extent,s=n.map.Location,h=n.map.layers.TileLayer,l=n.map.layers.TileView,c=h.extend({init:function(e,i){this.options.baseUrl=this._scheme()+\"://dev.virtualearth.net/REST/v1/Imagery/Metadata/\",h.fn.init.call(this,e,i),this._onMetadata=t.proxy(this._onMetadata,this),this._fetchMetadata()},options:{imagerySet:\"road\"},_fetchMetadata:function(){var e=this.options;if(!e.key)throw Error(\"Bing tile layer: API key is required\");t.ajax({url:e.baseUrl+e.imagerySet,data:{output:\"json\",include:\"ImageryProviders\",key:e.key,uriScheme:this._scheme()},type:\"get\",dataType:\"jsonp\",jsonp:\"jsonp\",success:this._onMetadata})},_scheme:function(t){return t=t||window.location.protocol,\"https\"===t.replace(\":\",\"\")?\"https\":\"http\"},_onMetadata:function(t){var e,i;t&&t.resourceSets.length&&(e=this.resource=t.resourceSets[0].resources[0],o(this._view.options,{urlTemplate:e.imageUrl.replace(\"{subdomain}\",\"#= subdomain #\").replace(\"{quadkey}\",\"#= quadkey #\").replace(\"{culture}\",\"#= culture #\"),subdomains:e.imageUrlSubdomains}),i=this.options,a(i.minZoom)||(i.minZoom=e.zoomMin),a(i.maxZoom)||(i.maxZoom=e.zoomMax),this._addAttribution(),\"none\"!==this.element.css(\"display\")&&this._reset())},_viewType:function(){return u},_addAttribution:function(){var t,e,i,n,o,a=this.map.attribution;if(a&&(t=this.resource.imageryProviders))for(e=0;e<t.length;e++)for(i=t[e],n=0;n<i.coverageAreas.length;n++)o=i.coverageAreas[n],a.add({text:i.attribution,minZoom:o.zoomMin,maxZoom:o.zoomMax,extent:new r(new s(o.bbox[2],o.bbox[1]),new s(o.bbox[0],o.bbox[3]))})},imagerySet:function(t){return t?(this.options.imagerySet=t,this.map.attribution.clear(),this._fetchMetadata(),e):this.options.imagerySet}}),u=l.extend({options:{culture:\"en-US\"},tileOptions:function(t){var e=l.fn.tileOptions.call(this,t);return e.culture=this.options.culture,e.quadkey=this.tileQuadKey(this.wrapIndex(t)),e},tileQuadKey:function(t){var e,i,n,o=\"\";for(n=this._zoom;n>0;n--)e=0,i=1<<n-1,0!==(t.x&i)&&e++,0!==(t.y&i)&&(e+=2),o+=e;return o}});o(n,{map:{layers:{bing:c,BingLayer:c,BingView:u}}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/layers/marker.min\",[\"dataviz/map/layers/base.min\",\"dataviz/map/location.min\",\"kendo.data.min\",\"kendo.tooltip.min\"],t)}(function(){!function(t,e){var i=document,n=Math,o=t.inArray,a=t.proxy,r=window.kendo,s=r.Class,h=r.data.DataSource,l=r.ui.Tooltip,c=r.dataviz,u=r.deepExtend,d=c.map,f=d.Location,p=d.layers.Layer,m=p.extend({init:function(t,e){p.fn.init.call(this,t,e),this._markerClick=a(this._markerClick,this),this.element.on(\"click\",\".k-marker\",this._markerClick),this.items=[],this._initDataSource()},destroy:function(){p.fn.destroy.call(this),this.element.off(\"click\",\".k-marker\",this._markerClick),this.dataSource.unbind(\"change\",this._dataChange),this.clear()},options:{zIndex:1e3,autoBind:!0,dataSource:{},locationField:\"location\",titleField:\"title\"},add:function(e){if(!t.isArray(e))return this._addOne(e);for(var i=0;i<e.length;i++)this._addOne(e[i])},remove:function(t){t.destroy();var e=o(t,this.items);e>-1&&this.items.splice(e,1)},clear:function(){for(var t=0;t<this.items.length;t++)this.items[t].destroy();this.items=[]},update:function(t){var e,i=t.location();i&&(t.showAt(this.map.locationToView(i)),e={marker:t,layer:this},this.map.trigger(\"markerActivate\",e))},_reset:function(){var t,e;for(p.fn._reset.call(this),t=this.items,e=0;e<t.length;e++)this.update(t[e])},bind:function(t,e){var i,n,o=d.Marker.create(t,this.options);if(o.dataItem=e,i={marker:o,layer:this},n=this.map.trigger(\"markerCreated\",i),!n)return this.add(o),o},setDataSource:function(t){this.dataSource&&this.dataSource.unbind(\"change\",this._dataChange),this.dataSource=r.data.DataSource.create(t),this.dataSource.bind(\"change\",this._dataChange),this.options.autoBind&&this.dataSource.fetch()},_addOne:function(t){var e=_.create(t,this.options);return e.addTo(this),e},_initDataSource:function(){var t=this.options.dataSource;this._dataChange=a(this._dataChange,this),this.dataSource=h.create(t).bind(\"change\",this._dataChange),t&&this.options.autoBind&&this.dataSource.fetch()},_dataChange:function(t){this._load(t.sender.view())},_load:function(t){var e,i,n,o;for(this._data=t,this.clear(),e=r.getter(this.options.locationField),i=r.getter(this.options.titleField),n=0;n<t.length;n++)o=t[n],this.bind({location:e(o),title:i(o)},o)},_markerClick:function(e){var i={marker:t(e.target).data(\"kendoMarker\"),layer:this};this.map.trigger(\"markerClick\",i)}}),_=s.extend({init:function(t){this.options=t||{}},addTo:function(t){this.layer=t.markers||t,this.layer.items.push(this),this.layer.update(this)},location:function(t){return t?(this.options.location=f.create(t).toArray(),this.layer&&this.layer.update(this),this):f.create(this.options.location)},showAt:function(t){this.render(),this.element.css({left:n.round(t.x),top:n.round(t.y)}),this.tooltip&&this.tooltip.popup&&this.tooltip.popup._position()},hide:function(){this.element&&(this.element.remove(),this.element=null),this.tooltip&&(this.tooltip.destroy(),this.tooltip=null)},destroy:function(){this.layer=null,this.hide()},render:function(){var e,n;this.element||(e=this.options,n=this.layer,this.element=t(i.createElement(\"span\")).addClass(\"k-marker k-marker-\"+r.toHyphens(e.shape||\"pin\")).attr(\"title\",e.title).attr(e.attributes||{}).data(\"kendoMarker\",this).css(\"zIndex\",e.zIndex),n&&n.element.append(this.element),this.renderTooltip())},renderTooltip:function(){var t,e,i=this,n=i.options.title,o=i.options.tooltip||{};o&&l&&(t=o.template,t&&(e=r.template(t),o.content=function(t){return t.location=i.location(),t.marker=i,e(t)}),(n||o.content||o.contentUrl)&&(this.tooltip=new l(this.element,o),this.tooltip.marker=this))}});_.create=function(t,e){return t instanceof _?t:new _(u({},e,t))},u(c,{map:{layers:{marker:m,MarkerLayer:m},Marker:_}})}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"dataviz/map/main.min\",[\"dataviz/map/crs.min\",\"dataviz/map/location.min\"],t)}(function(){!function(t,e){var i=document,n=Math,o=n.min,a=n.pow,r=t.proxy,s=window.kendo,h=s.ui.Widget,l=s.deepExtend,c=s.dataviz,u=c.ui,d=s.geometry,f=d.Point,p=c.map,m=p.Extent,_=p.Location,v=p.crs.EPSG3857,g=s.util,y=g.defined,w=g.limitValue,b=g.renderPos,x=g.valueOrDefault,k=\"k-\",z=.9,T=.93,S=\"DOMMouseScroll mousewheel\",C=5,E=h.extend({init:function(t,e){s.destroy(t),h.fn.init.call(this,t),this._initOptions(e),this.bind(this.events,e),this.crs=new v,this.element.addClass(k+this.options.name.toLowerCase()).css(\"position\",\"relative\").empty().append(i.createElement(\"div\")),this._viewOrigin=this._getOrigin(),this._initScroller(),this._initMarkers(),this._initControls(),this._initLayers(),this._reset(),this._mousewheel=r(this._mousewheel,this),this.element.bind(\"click\",r(this._click,this)),this.element.bind(S,this._mousewheel)},options:{name:\"Map\",controls:{attribution:!0,navigator:{panStep:100},zoom:!0},layers:[],layerDefaults:{shape:{style:{fill:{color:\"#fff\"},stroke:{color:\"#aaa\",width:.5}}},bubble:{style:{fill:{color:\"#fff\",opacity:.5},stroke:{color:\"#aaa\",width:.5}}},marker:{shape:\"pinTarget\",tooltip:{position:\"top\"}}},center:[0,0],zoom:3,minSize:256,minZoom:1,maxZoom:19,markers:[],markerDefaults:{shape:\"pinTarget\",tooltip:{position:\"top\"}},wraparound:!0},events:[\"beforeReset\",\"click\",\"markerActivate\",\"markerClick\",\"markerCreated\",\"pan\",\"panEnd\",\"reset\",\"shapeClick\",\"shapeCreated\",\"shapeFeatureCreated\",\"shapeMouseEnter\",\"shapeMouseLeave\",\"zoomEnd\",\"zoomStart\"],destroy:function(){this.scroller.destroy(),this.navigator&&this.navigator.destroy(),this.attribution&&this.attribution.destroy(),this.zoomControl&&this.zoomControl.destroy(),this.markers.destroy();for(var t=0;t<this.layers.length;t++)this.layers[t].destroy();h.fn.destroy.call(this)},zoom:function(t){var e=this.options;return y(t)?(t=n.round(w(t,e.minZoom,e.maxZoom)),e.zoom!==t&&(e.zoom=t,this._reset()),this):e.zoom},center:function(t){return t?(this.options.center=_.create(t).toArray(),this._reset(),this):_.create(this.options.center)},extent:function(t){return t?(this._setExtent(t),this):this._getExtent()},setOptions:function(t){h.fn.setOptions.call(this,t),this._reset()},locationToLayer:function(t,e){var i=!this.options.wraparound;return t=_.create(t),this.crs.toPoint(t,this._layerSize(e),i)},layerToLocation:function(t,e){var i=!this.options.wraparound;return t=f.create(t),this.crs.toLocation(t,this._layerSize(e),i)},locationToView:function(t){var e,i;return t=_.create(t),e=this.locationToLayer(this._viewOrigin),i=this.locationToLayer(t),i.translateWith(e.scale(-1))},viewToLocation:function(t,e){var i=this.locationToLayer(this._getOrigin(),e);return t=f.create(t),t=t.clone().translateWith(i),this.layerToLocation(t,e)},eventOffset:function(t){var e=this.element.offset(),i=t.originalEvent||t,n=x(i.pageX,i.clientX)-e.left,o=x(i.pageY,i.clientY)-e.top;return new d.Point(n,o)},eventToView:function(t){var e=this.eventOffset(t);return this.locationToView(this.viewToLocation(e))},eventToLayer:function(t){return this.locationToLayer(this.eventToLocation(t))},eventToLocation:function(t){var e=this.eventOffset(t);return this.viewToLocation(e)},viewSize:function(){var t=this.element,e=this._layerSize(),i=t.width();return this.options.wraparound||(i=o(e,i)),{width:i,height:o(e,t.height())}},exportVisual:function(){return this._reset(),!1},_setOrigin:function(t,e){var i,n=this.viewSize();return t=this._origin=_.create(t),i=this.locationToLayer(t,e),i.x+=n.width/2,i.y+=n.height/2,this.options.center=this.layerToLocation(i,e).toArray(),this},_getOrigin:function(t){var e,i=this.viewSize();return!t&&this._origin||(e=this.locationToLayer(this.center()),e.x-=i.width/2,e.y-=i.height/2,this._origin=this.layerToLocation(e)),this._origin},_setExtent:function(t){var e,i,o,a,r,s,h;for(t=m.create(t),this.center(t.center()),e=this.element.width(),i=this.element.height(),o=this.options.maxZoom;o>=this.options.minZoom&&(a=this.locationToLayer(t.nw,o),r=this.locationToLayer(t.se,o),s=n.abs(r.x-a.x),h=n.abs(r.y-a.y),!(s<=e&&h<=i));o--);this.zoom(o)},_getExtent:function(){var t,e=this._getOrigin(),i=this.locationToLayer(e),n=this.viewSize();return i.x+=n.width,i.y+=n.height,t=this.layerToLocation(i),new m(e,t)},_zoomAround:function(t,e){this._setOrigin(this.layerToLocation(t,e),e),this.zoom(e)},_initControls:function(){var t=this.options.controls;u.Attribution&&t.attribution&&this._createAttribution(t.attribution),s.support.mobileOS||(u.Navigator&&t.navigator&&this._createNavigator(t.navigator),u.ZoomControl&&t.zoom&&this._createZoomControl(t.zoom))},_createControlElement:function(e,i){var n=e.position||i,o=\".\"+b(n).replace(\" \",\".\"),a=t(\".k-map-controls\"+o,this.element);return 0===a.length&&(a=t(\"<div>\").addClass(\"k-map-controls \"+b(n)).appendTo(this.element)),t(\"<div>\").appendTo(a)},_createAttribution:function(t){var e=this._createControlElement(t,\"bottomRight\");this.attribution=new u.Attribution(e,t)},_createNavigator:function(t){var e=this._createControlElement(t,\"topLeft\"),i=this.navigator=new u.Navigator(e,t);this._navigatorPan=r(this._navigatorPan,this),i.bind(\"pan\",this._navigatorPan),this._navigatorCenter=r(this._navigatorCenter,this),i.bind(\"center\",this._navigatorCenter)},_navigatorPan:function(t){var e=this,i=e.scroller,n=i.scrollLeft+t.x,o=i.scrollTop-t.y,a=this._virtualSize,r=this.element.height(),s=this.element.width();n=w(n,a.x.min,a.x.max-s),o=w(o,a.y.min,a.y.max-r),e.scroller.one(\"scroll\",function(t){e._scrollEnd(t)}),e.scroller.scrollTo(-n,-o)},_navigatorCenter:function(){this.center(this.options.center)},_createZoomControl:function(t){var e=this._createControlElement(t,\"topLeft\"),i=this.zoomControl=new u.ZoomControl(e,t);this._zoomControlChange=r(this._zoomControlChange,this),i.bind(\"change\",this._zoomControlChange)},_zoomControlChange:function(t){this.trigger(\"zoomStart\",{originalEvent:t})||(this.zoom(this.zoom()+t.delta),this.trigger(\"zoomEnd\",{originalEvent:t}))},_initScroller:function(){var t=s.support.mobileOS?T:z,e=this.options.zoomable!==!1,i=this.scroller=new s.mobile.ui.Scroller(this.element.children(0),{friction:t,velocityMultiplier:C,zoom:e,mousewheelScrolling:!1});i.bind(\"scroll\",r(this._scroll,this)),i.bind(\"scrollEnd\",r(this._scrollEnd,this)),i.userEvents.bind(\"gesturestart\",r(this._scaleStart,this)),i.userEvents.bind(\"gestureend\",r(this._scale,this)),this.scrollElement=i.scrollElement},_initLayers:function(){var t,e,i,n,o,a=this.options.layers,r=this.layers=[];for(t=0;t<a.length;t++)e=a[t],i=e.type||\"shape\",n=this.options.layerDefaults[i],o=c.map.layers[i],r.push(new o(this,l({},n,e)))},_initMarkers:function(){this.markers=new p.layers.MarkerLayer(this,this.options.markerDefaults),this.markers.add(this.options.markers)},_scroll:function(t){var e=this.locationToLayer(this._viewOrigin).round(),i=t.sender.movable,n=new d.Point(i.x,i.y).scale(-1).scale(1/i.scale);e.x+=n.x,e.y+=n.y,this._scrollOffset=n,this._setOrigin(this.layerToLocation(e)),this.trigger(\"pan\",{originalEvent:t,origin:this._getOrigin(),center:this.center()})},_scrollEnd:function(t){this._scrollOffset&&this._panComplete()&&(this._scrollOffset=null,this._panEndTS=new Date,this.trigger(\"panEnd\",{originalEvent:t,origin:this._getOrigin(),center:this.center()}))},_panComplete:function(){return new Date-(this._panEndTS||0)>50},_scaleStart:function(t){if(this.trigger(\"zoomStart\",{originalEvent:t})){var e=t.touches[1];e&&e.cancel()}},_scale:function(t){var e=this.scroller.movable.scale,i=this._scaleToZoom(e),n=new d.Point(t.center.x,t.center.y),o=this.viewToLocation(n,i),a=this.locationToLayer(o,i),r=a.translate(-n.x,-n.y);this._zoomAround(r,i),this.trigger(\"zoomEnd\",{originalEvent:t})},_scaleToZoom:function(t){var e=this._layerSize()*t,i=e/this.options.minSize,o=n.log(i)/n.log(2);return n.round(o)},_reset:function(){this.attribution&&this.attribution.filter(this.center(),this.zoom()),this._viewOrigin=this._getOrigin(!0),this._resetScroller(),this.trigger(\"beforeReset\"),this.trigger(\"reset\")},_resetScroller:function(){var t,e,i,n,o=this.scroller,r=o.dimensions.x,s=o.dimensions.y,h=this._layerSize(),l=this.extent().nw,c=this.locationToLayer(l).round();o.movable.round=!0,o.reset(),o.userEvents.cancel(),t=this.zoom(),o.dimensions.forcedMinScale=a(2,this.options.minZoom-t),o.dimensions.maxScale=a(2,this.options.maxZoom-t),e={min:-c.x,max:h-c.x},i={min:-c.y,max:h-c.y},this.options.wraparound&&(e.max=20*h,e.min=-e.max),this.options.pannable===!1&&(n=this.viewSize(),e.min=i.min=0,e.max=n.width,i.max=n.height),r.makeVirtual(),s.makeVirtual(),r.virtualSize(e.min,e.max),s.virtualSize(i.min,i.max),this._virtualSize={x:e,y:i}},_renderLayers:function(){var t,e,i,n,o,a=this.options.layers,r=this.layers=[],s=this.scrollWrap;for(s.empty(),t=0;t<a.length;t++)e=a[t],i=e.type||\"shape\",n=this.options.layerDefaults[i],o=c.map.layers[i],r.push(new o(this,l({},n,e)))},_layerSize:function(t){return t=x(t,this.options.zoom),this.options.minSize*a(2,t)},_click:function(t){if(this._panComplete()){var e=this.eventOffset(t);this.trigger(\"click\",{originalEvent:t,location:this.viewToLocation(e)})}},_mousewheel:function(t){var e,i,n,o,a,r,s,h;t.preventDefault(),e=c.mwDelta(t)>0?-1:1,i=this.options,n=this.zoom(),o=w(n+e,i.minZoom,i.maxZoom),i.zoomable!==!1&&o!==n&&(this.trigger(\"zoomStart\",{originalEvent:t})||(a=this.eventOffset(t),r=this.viewToLocation(a),s=this.locationToLayer(r,o),h=s.translate(-a.x,-a.y),this._zoomAround(h,o),this.trigger(\"zoomEnd\",{originalEvent:t})))}});c.ui.plugin(E)}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()}),function(t,define){define(\"kendo.dataviz.map.min\",[\"kendo.data.min\",\"kendo.userevents.min\",\"kendo.tooltip.min\",\"kendo.mobile.scroller.min\",\"kendo.draganddrop.min\",\"kendo.dataviz.core.min\",\"dataviz/map/location.min\",\"dataviz/map/attribution.min\",\"dataviz/map/navigator.min\",\"dataviz/map/zoom.min\",\"dataviz/map/crs.min\",\"dataviz/map/layers/base.min\",\"dataviz/map/layers/shape.min\",\"dataviz/map/layers/bubble.min\",\"dataviz/map/layers/tile.min\",\"dataviz/map/layers/bing.min\",\"dataviz/map/layers/marker.min\",\"dataviz/map/main.min\"],t)}(function(){return window.kendo},\"function\"==typeof define&&define.amd?define:function(t,e,i){(i||e)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==K}function n(e,n){var i=t(n);return W.round(e*i)/i}function t(e){return e?W.pow(10,e):1}function i(e,n,t){return W.max(W.min(e,t),n)}function r(e){return e*L}function o(e){return e/L}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(n,t){return e(n)?n:t}function u(e){return e*e}function l(e){var n,t=[];for(n in e)t.push(n+e[n]);return t.sort().join(\"\")}function d(e){var n,t=2166136261;for(n=0;n<e.length;++n)t+=(t<<1)+(t<<4)+(t<<7)+(t<<8)+(t<<24),t^=e.charCodeAt(n);return t>>>0}function h(e){return d(l(e))}function c(e){var n,t=e.length,i=U,r=F;for(n=0;n<t;n++)r=W.max(r,e[n]),i=W.min(i,e[n]);return{min:i,max:r}}function f(e){return c(e).min}function p(e){return c(e).max}function m(e){return v(e).min}function g(e){return v(e).max}function v(e){var n,t,i,r=U,o=F;for(n=0,t=e.length;n<t;n++)i=e[n],null!==i&&isFinite(i)&&(r=W.min(r,i),o=W.max(o,i));return{min:r===U?void 0:r,max:o===F?void 0:o}}function _(e){if(e)return e[e.length-1]}function b(e,n){return e.push.apply(e,n),e}function w(e){return D.template(e,{useWithBlock:!1,paramName:\"d\"})}function y(n,t){return e(t)&&null!==t?\" \"+n+\"='\"+t+\"' \":\"\"}function x(e){var n,t=\"\";for(n=0;n<e.length;n++)t+=y(e[n][0],e[n][1]);return t}function k(n){var t,i,r=\"\";for(t=0;t<n.length;t++)i=n[t][1],e(i)&&(r+=n[t][0]+\":\"+i+\";\");if(\"\"!==r)return r}function A(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function C(e){var n,t,i=[];if(e)for(n=D.toHyphens(e).split(\"-\"),t=0;t<n.length;t++)i.push(\"k-pos-\"+n[t]);return i.join(\" \")}function M(n){return\"\"===n||null===n||\"none\"===n||\"transparent\"===n||!e(n)}function S(e){for(var n={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},t=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],i=\"\";e>0;)e<t[0]?t.shift():(i+=n[t[0]],e-=t[0]);return i}function z(e){var n,t,i,r,o;for(e=e.toLowerCase(),n={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},t=0,i=0,r=0;r<e.length;++r){if(o=n[e.charAt(r)],!o)return null;t+=o,o>i&&(t-=2*i),i=o}return t}function N(e){var n=Object.create(null);return function(){var t,i=\"\";for(t=arguments.length;--t>=0;)i+=\":\"+arguments[t];return i in n?n[i]:n[i]=e.apply(this,arguments)}}function T(e){for(var n,t,i=[],r=0,o=e.length;r<o;)n=e.charCodeAt(r++),n>=55296&&n<=56319&&r<o?(t=e.charCodeAt(r++),56320==(64512&t)?i.push(((1023&n)<<10)+(1023&t)+65536):(i.push(n),r--)):i.push(n);return i}function j(e){return e.map(function(e){var n=\"\";return e>65535&&(e-=65536,n+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),n+=String.fromCharCode(e)}).join(\"\")}function O(e,n){function t(e,t){for(var i=[],r=0,o=0,a=0;r<e.length&&o<t.length;)n(e[r],t[o])<=0?i[a++]=e[r++]:i[a++]=t[o++];return r<e.length&&i.push.apply(i,e.slice(r)),o<t.length&&i.push.apply(i,t.slice(o)),i}return e.length<2?e.slice():function i(e){var n,r,o;return e.length<=1?e:(n=Math.floor(e.length/2),r=e.slice(0,n),o=e.slice(n),r=i(r),o=i(o),t(r,o))}(e)}var W=Math,D=window.kendo,E=D.deepExtend,L=W.PI/180,U=Number.MAX_VALUE,F=-Number.MAX_VALUE,K=\"undefined\",P=Date.now;P||(P=function(){return(new Date).getTime()}),E(D,{util:{MAX_NUM:U,MIN_NUM:F,append:b,arrayLimits:c,arrayMin:f,arrayMax:p,defined:e,deg:o,hashKey:d,hashObject:h,isNumber:a,isTransparent:M,last:_,limitValue:i,now:P,objectKey:l,round:n,rad:r,renderAttr:y,renderAllAttr:x,renderPos:C,renderSize:A,renderStyle:k,renderTemplate:w,sparseArrayLimits:v,sparseArrayMin:m,sparseArrayMax:g,sqr:u,valueOrDefault:s,romanToArabic:z,arabicToRoman:S,memoize:N,ucs2encode:j,ucs2decode:T,mergeSort:O}}),D.drawing.util=D.util,D.dataviz.util=D.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function n(){return{width:0,height:0,baseline:0}}function t(e,n,t){return h.current.measure(e,n,t)}function i(e,n){var t=[];if(e.length>0&&document.fonts){try{t=e.map(function(e){return document.fonts.load(e)})}catch(i){o.logToConsole(i)}Promise.all(t).then(n,n)}else n()}var r=document,o=window.kendo,a=o.Class,s=o.util,u=s.defined,l=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,n){var t=this,i=t._map,r={key:e,value:n};i[e]=r,t._head?(t._tail.newer=r,r.older=t._tail,t._tail=r):t._head=t._tail=r,t._length>=t._size?(i[t._head.key]=null,t._head=t._head.newer,t._head.older=null):t._length++},get:function(e){var n=this,t=n._map[e];if(t)return t===n._head&&t!==n._tail&&(n._head=t.newer,n._head.older=null),t!==n._tail&&(t.older&&(t.older.newer=t.newer,t.newer.older=t.older),t.older=n._tail,t.newer=null,n._tail.newer=t,n._tail=t),t.value}}),d=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],h=a.extend({init:function(e){this._cache=new l(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(t,i,o){var a,l,h,c,f,p,m,g;if(!t)return n();if(a=s.objectKey(i),l=s.hashKey(t+a),h=this._cache.get(l),h)return h;c=n(),f=o?o:d,p=this._baselineMarker().cloneNode(!1);for(m in i)g=i[m],u(g)&&(f.style[m]=g);return e(f).text(t),f.appendChild(p),r.body.appendChild(f),(t+\"\").length&&(c.width=f.offsetWidth-this.options.baselineMarkerSize,c.height=f.offsetHeight,c.baseline=p.offsetTop+this.options.baselineMarkerSize),c.width>0&&c.height>0&&this._cache.put(l,c),f.parentNode.removeChild(f),c},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});h.current=new h,o.util.TextMetrics=h,o.util.LRUCache=l,o.util.loadFonts=i,o.util.measureText=t}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var t,i,r,a,s,u,l,d=\"\",h=0;for(e=n(e);h<e.length;)t=e.charCodeAt(h++),i=e.charCodeAt(h++),r=e.charCodeAt(h++),a=t>>2,s=(3&t)<<4|i>>4,u=(15&i)<<2|r>>6,l=63&r,isNaN(i)?u=l=64:isNaN(r)&&(l=64),d=d+o.charAt(a)+o.charAt(s)+o.charAt(u)+o.charAt(l);return d}function n(e){var n,t,i=\"\";for(n=0;n<e.length;n++)t=e.charCodeAt(n),t<128?i+=r(t):t<2048?(i+=r(192|t>>>6),i+=r(128|63&t)):t<65536&&(i+=r(224|t>>>12),i+=r(128|t>>>6&63),i+=r(128|63&t));return i}var t=window.kendo,i=t.deepExtend,r=String.fromCharCode,o=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";i(t.util,{encodeBase64:e,encodeUTF8:n})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var n=Math,t=window.kendo,i=t.deepExtend,r=e.inArray,o={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var n=this.observers(),t=r(e,n);return t!=-1&&n.splice(t,1),this},trigger:function(e,n){var t,i,r=this._observers;if(r&&!this._suspended)for(i=0;i<r.length;i++)t=r[i],t[e]&&t[e](n);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=n.max((this._suspended||0)-1,0),this},_observerField:function(e,n){this[e]&&this[e].removeObserver(this),this[e]=n,n.addObserver(this)}};i(t,{mixins:{ObserversMixin:o}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()}),function(e,define){define(\"kendo.dataviz.sparkline.min\",[\"kendo.dataviz.chart.min\"],e)}(function(){return function(e,n){function t(e){return\"number\"==typeof e?[e]:e}var i=window.kendo,r=i.dataviz,o=r.ui.Chart,a=i.data.ObservableArray,s=r.SharedTooltip,u=i.deepExtend,l=e.isArray,d=e.proxy,h=r.inArray,c=Math,f=\"k-\",p=150,m=150,g=\"bar\",v=\"bullet\",_=\"pie\",b=\"leave\",w=[g,v],y=o.extend({init:function(n,i){var r=this,s=r.stage=e(\"<span />\"),d=i||{};n=e(n).addClass(f+\"sparkline\").empty().append(s),r._initialWidth=c.floor(n.width()),d=t(d),(l(d)||d instanceof a)&&(d={seriesDefaults:{data:d}}),d.series||(d.series=[{data:t(d.data)}]),u(d,{seriesDefaults:{type:d.type}}),(h(d.series[0].type,w)||h(d.seriesDefaults.type,w))&&(d=u({},{categoryAxis:{crosshair:{visible:!1}}},d)),o.fn.init.call(r,n,d)},options:{name:\"Sparkline\",chartArea:{margin:2},axisDefaults:{visible:!1,majorGridLines:{visible:!1},valueAxis:{narrowRange:!0}},seriesDefaults:{type:\"line\",area:{line:{width:.5}},bar:{stack:!0},padding:2,width:.5,overlay:{gradient:null},highlight:{visible:!1},border:{width:0},markers:{size:2,visible:!1}},tooltip:{visible:!0,shared:!0},categoryAxis:{crosshair:{visible:!0,tooltip:{visible:!1}}},legend:{visible:!1},transitions:!1,pointWidth:5,panes:[{clip:!1}]},_modelOptions:function(){var n,t,i=this,r=i.options,o=i._initialWidth,a=i.stage;return i.stage.children().hide(),t=e(\"<span>&nbsp;</span>\"),i.stage.append(t),n=u({width:o?o:i._autoWidth(),height:a.height(),transitions:r.transitions},r.chartArea,{inline:!0,align:!1}),a.css({width:n.width,height:n.height}),t.remove(),i.stage.children().show(),i.surface.resize(),n},_createTooltip:function(){var e,n=this,t=n.options,i=n.element;return e=n._sharedTooltip()?new x(i,n._plotArea,t.tooltip):o.fn._createTooltip.call(n),e.bind(b,d(n._tooltipleave,n)),e},_surfaceWrap:function(){return this.stage},_autoWidth:function(){var e,n,t,i=this,o=i.options,a=r.getSpacing(o.chartArea.margin),s=o.series,u=i.dataSource.total(),l=0;for(n=0;n<s.length;n++){if(t=s[n],t.type===g)return p;if(t.type===v)return m;if(t.type===_)return i.stage.height();t.data&&(l=c.max(l,t.data.length))}return e=c.max(u,l)*o.pointWidth,e>0&&(e+=a.left+a.right),e}}),x=s.extend({options:{animation:{duration:0}},_anchor:function(e,n){var t=s.fn._anchor.call(this,e,n),i=this._measure();return t.y=-i.height-this.options.offset,t},_hideElement:function(){this.element&&this.element.hide().remove()}});r.ui.plugin(y),u(r,{SparklineSharedTooltip:x})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,n,t){(t||n)()});;!function(e,define){define(\"util/main.min\",[\"kendo.core.min\"],e)}(function(){return function(){function e(e){return typeof e!==R}function t(e,t){var n=i(t);return N.round(e*n)/n}function i(e){return e?N.pow(10,e):1}function n(e,t,i){return N.max(N.min(e,i),t)}function o(e){return e*F}function r(e){return e/F}function a(e){return\"number\"==typeof e&&!isNaN(e)}function s(t,i){return e(t)?t:i}function l(e){return e*e}function c(e){var t,i=[];for(t in e)i.push(t+e[t]);return i.sort().join(\"\")}function u(e){var t,i=2166136261;for(t=0;t<e.length;++t)i+=(i<<1)+(i<<4)+(i<<7)+(i<<8)+(i<<24),i^=e.charCodeAt(t);return i>>>0}function d(e){return u(c(e))}function h(e){var t,i=e.length,n=O,o=L;for(t=0;t<i;t++)o=N.max(o,e[t]),n=N.min(n,e[t]);return{min:n,max:o}}function f(e){return h(e).min}function p(e){return h(e).max}function m(e){return g(e).min}function v(e){return g(e).max}function g(e){var t,i,n,o=O,r=L;for(t=0,i=e.length;t<i;t++)n=e[t],null!==n&&isFinite(n)&&(o=N.min(o,n),r=N.max(r,n));return{min:o===O?void 0:o,max:r===L?void 0:r}}function _(e){if(e)return e[e.length-1]}function x(e,t){return e.push.apply(e,t),e}function b(e){return j.template(e,{useWithBlock:!1,paramName:\"d\"})}function y(t,i){return e(i)&&null!==i?\" \"+t+\"='\"+i+\"' \":\"\"}function w(e){var t,i=\"\";for(t=0;t<e.length;t++)i+=y(e[t][0],e[t][1]);return i}function A(t){var i,n,o=\"\";for(i=0;i<t.length;i++)n=t[i][1],e(n)&&(o+=t[i][0]+\":\"+n+\";\");if(\"\"!==o)return o}function S(e){return\"string\"!=typeof e&&(e+=\"px\"),e}function C(e){var t,i,n=[];if(e)for(t=j.toHyphens(e).split(\"-\"),i=0;i<t.length;i++)n.push(\"k-pos-\"+t[i]);return n.join(\" \")}function k(t){return\"\"===t||null===t||\"none\"===t||\"transparent\"===t||!e(t)}function D(e){for(var t={1:\"i\",10:\"x\",100:\"c\",2:\"ii\",20:\"xx\",200:\"cc\",3:\"iii\",30:\"xxx\",300:\"ccc\",4:\"iv\",40:\"xl\",400:\"cd\",5:\"v\",50:\"l\",500:\"d\",6:\"vi\",60:\"lx\",600:\"dc\",7:\"vii\",70:\"lxx\",700:\"dcc\",8:\"viii\",80:\"lxxx\",800:\"dccc\",9:\"ix\",90:\"xc\",900:\"cm\",1e3:\"m\"},i=[1e3,900,800,700,600,500,400,300,200,100,90,80,70,60,50,40,30,20,10,9,8,7,6,5,4,3,2,1],n=\"\";e>0;)e<i[0]?i.shift():(n+=t[i[0]],e-=i[0]);return n}function T(e){var t,i,n,o,r;for(e=e.toLowerCase(),t={i:1,v:5,x:10,l:50,c:100,d:500,m:1e3},i=0,n=0,o=0;o<e.length;++o){if(r=t[e.charAt(o)],!r)return null;i+=r,r>n&&(i-=2*n),n=r}return i}function E(e){var t=Object.create(null);return function(){var i,n=\"\";for(i=arguments.length;--i>=0;)n+=\":\"+arguments[i];return n in t?t[n]:t[n]=e.apply(this,arguments)}}function M(e){for(var t,i,n=[],o=0,r=e.length;o<r;)t=e.charCodeAt(o++),t>=55296&&t<=56319&&o<r?(i=e.charCodeAt(o++),56320==(64512&i)?n.push(((1023&t)<<10)+(1023&i)+65536):(n.push(t),o--)):n.push(t);return n}function z(e){return e.map(function(e){var t=\"\";return e>65535&&(e-=65536,t+=String.fromCharCode(e>>>10&1023|55296),e=56320|1023&e),t+=String.fromCharCode(e)}).join(\"\")}function U(e,t){function i(e,i){for(var n=[],o=0,r=0,a=0;o<e.length&&r<i.length;)t(e[o],i[r])<=0?n[a++]=e[o++]:n[a++]=i[r++];return o<e.length&&n.push.apply(n,e.slice(o)),r<i.length&&n.push.apply(n,i.slice(r)),n}return e.length<2?e.slice():function n(e){var t,o,r;return e.length<=1?e:(t=Math.floor(e.length/2),o=e.slice(0,t),r=e.slice(t),o=n(o),r=n(r),i(o,r))}(e)}var N=Math,j=window.kendo,B=j.deepExtend,F=N.PI/180,O=Number.MAX_VALUE,L=-Number.MAX_VALUE,R=\"undefined\",H=Date.now;H||(H=function(){return(new Date).getTime()}),B(j,{util:{MAX_NUM:O,MIN_NUM:L,append:x,arrayLimits:h,arrayMin:f,arrayMax:p,defined:e,deg:r,hashKey:u,hashObject:d,isNumber:a,isTransparent:k,last:_,limitValue:n,now:H,objectKey:c,round:t,rad:o,renderAttr:y,renderAllAttr:w,renderPos:C,renderSize:S,renderStyle:A,renderTemplate:b,sparseArrayLimits:g,sparseArrayMin:m,sparseArrayMax:v,sqr:l,valueOrDefault:s,romanToArabic:T,arabicToRoman:D,memoize:E,ucs2encode:z,ucs2decode:M,mergeSort:U}}),j.drawing.util=j.util,j.dataviz.util=j.util}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"util/text-metrics.min\",[\"kendo.core.min\",\"util/main.min\"],e)}(function(){!function(e){function t(){return{width:0,height:0,baseline:0}}function i(e,t,i){return d.current.measure(e,t,i)}function n(e,t){var i=[];if(e.length>0&&document.fonts){try{i=e.map(function(e){return document.fonts.load(e)})}catch(n){r.logToConsole(n)}Promise.all(i).then(t,t)}else t()}var o=document,r=window.kendo,a=r.Class,s=r.util,l=s.defined,c=a.extend({init:function(e){this._size=e,this._length=0,this._map={}},put:function(e,t){var i=this,n=i._map,o={key:e,value:t};n[e]=o,i._head?(i._tail.newer=o,o.older=i._tail,i._tail=o):i._head=i._tail=o,i._length>=i._size?(n[i._head.key]=null,i._head=i._head.newer,i._head.older=null):i._length++},get:function(e){var t=this,i=t._map[e];if(i)return i===t._head&&i!==t._tail&&(t._head=i.newer,t._head.older=null),i!==t._tail&&(i.older&&(i.older.newer=i.newer,i.newer.older=i.older),i.older=t._tail,i.newer=null,t._tail.newer=i,t._tail=i),i.value}}),u=e(\"<div style='position: absolute !important; top: -4000px !important; width: auto !important; height: auto !important;padding: 0 !important; margin: 0 !important; border: 0 !important;line-height: normal !important; visibility: hidden !important; white-space: nowrap!important;' />\")[0],d=a.extend({init:function(e){this._cache=new c(1e3),this._initOptions(e)},options:{baselineMarkerSize:1},measure:function(i,n,r){var a,c,d,h,f,p,m,v;if(!i)return t();if(a=s.objectKey(n),c=s.hashKey(i+a),d=this._cache.get(c),d)return d;h=t(),f=r?r:u,p=this._baselineMarker().cloneNode(!1);for(m in n)v=n[m],l(v)&&(f.style[m]=v);return e(f).text(i),f.appendChild(p),o.body.appendChild(f),(i+\"\").length&&(h.width=f.offsetWidth-this.options.baselineMarkerSize,h.height=f.offsetHeight,h.baseline=p.offsetTop+this.options.baselineMarkerSize),h.width>0&&h.height>0&&this._cache.put(c,h),f.parentNode.removeChild(f),h},_baselineMarker:function(){return e(\"<div class='k-baseline-marker' style='display: inline-block; vertical-align: baseline;width: \"+this.options.baselineMarkerSize+\"px; height: \"+this.options.baselineMarkerSize+\"px;overflow: hidden;' />\")[0]}});d.current=new d,r.util.TextMetrics=d,r.util.LRUCache=c,r.util.loadFonts=n,r.util.measureText=i}(window.kendo.jQuery)},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"util/base64.min\",[\"util/main.min\"],e)}(function(){return function(){function e(e){var i,n,o,a,s,l,c,u=\"\",d=0;for(e=t(e);d<e.length;)i=e.charCodeAt(d++),n=e.charCodeAt(d++),o=e.charCodeAt(d++),a=i>>2,s=(3&i)<<4|n>>4,l=(15&n)<<2|o>>6,c=63&o,isNaN(n)?l=c=64:isNaN(o)&&(c=64),u=u+r.charAt(a)+r.charAt(s)+r.charAt(l)+r.charAt(c);return u}function t(e){var t,i,n=\"\";for(t=0;t<e.length;t++)i=e.charCodeAt(t),i<128?n+=o(i):i<2048?(n+=o(192|i>>>6),n+=o(128|63&i)):i<65536&&(n+=o(224|i>>>12),n+=o(128|i>>>6&63),n+=o(128|63&i));return n}var i=window.kendo,n=i.deepExtend,o=String.fromCharCode,r=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=\";n(i.util,{encodeBase64:e,encodeUTF8:t})}(),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"mixins/observers.min\",[\"kendo.core.min\"],e)}(function(){return function(e){var t=Math,i=window.kendo,n=i.deepExtend,o=e.inArray,r={observers:function(){return this._observers=this._observers||[]},addObserver:function(e){return this._observers?this._observers.push(e):this._observers=[e],this},removeObserver:function(e){var t=this.observers(),i=o(e,t);return i!=-1&&t.splice(i,1),this},trigger:function(e,t){var i,n,o=this._observers;if(o&&!this._suspended)for(n=0;n<o.length;n++)i=o[n],i[e]&&i[e](t);return this},optionsChange:function(e){e=e||{},e.element=this,this.trigger(\"optionsChange\",e)},geometryChange:function(){this.trigger(\"geometryChange\",{element:this})},suspend:function(){return this._suspended=(this._suspended||0)+1,this},resume:function(){return this._suspended=t.max((this._suspended||0)-1,0),this},_observerField:function(e,t){this[e]&&this[e].removeObserver(this),this[e]=t,t.addObserver(this)}};n(i,{mixins:{ObserversMixin:r}})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()}),function(e,define){define(\"kendo.dataviz.stock.min\",[\"kendo.dataviz.chart.min\"],e)}(function(){return function(e,t){function i(){}function n(e){return i.prototype=e,new i}var o,r=window.kendo,a=r.Class,s=r.Observable,l=r.deepExtend,c=Math,u=e.proxy,d=r.util,h=d.last,f=d.renderTemplate,p=r.dataviz,m=d.defined,v=p.filterSeriesByType,g=r.template,_=p.ui.Chart,x=p.Selection,b=p.addDuration,y=d.limitValue,w=p.lteDateIndex,A=p.toDate,S=p.toTime,C=28,k=\"change\",D=\"k-\",T=\"drag\",E=\"dragEnd\",M=\"_navigator\",z=M,U=p.EQUALLY_SPACED_SERIES,N=3,j=\"zoom\",B=\"zoomEnd\",F=_.extend({init:function(t,i){e(t).addClass(D+\"chart\"),_.fn.init.call(this,t,i)},_applyDefaults:function(e,t){var i=this,n=i.element.width()||p.DEFAULT_WIDTH,o={seriesDefaults:{categoryField:e.dateField},axisDefaults:{categoryAxis:{name:\"default\",majorGridLines:{visible:!1},labels:{step:2},majorTicks:{visible:!1},maxDateGroups:c.floor(n/C)}}};t&&(t=l({},t,o)),O.setup(e,t),_.fn._applyDefaults.call(i,e,t)},setOptions:function(e){this._destroyNavigator(),_.fn.setOptions.call(this,e)},_initDataSource:function(e){var t,i,n=e||{},o=n.dataSource,r=o&&o.serverFiltering,a=[].concat(n.categoryAxis)[0],s=n.navigator||{},c=s.select,u=c&&c.from&&c.to;r&&u&&(t=[].concat(o.filter||[]),i=new p.DateCategoryAxis(l({baseUnit:\"fit\"},a,{categories:[c.from,c.to]})),o.filter=O.buildFilter(i.range().min,c.to).concat(t)),_.fn._initDataSource.call(this,e)},options:{name:\"StockChart\",dateField:\"date\",axisDefaults:{categoryAxis:{type:\"date\",baseUnit:\"fit\",justified:!0},valueAxis:{narrowRange:!0,labels:{format:\"C\"}}},navigator:{select:{},seriesDefaults:{markers:{visible:!1},tooltip:{visible:!0,template:\"#= kendo.toString(category, 'd') #\"},line:{width:2}},hint:{},visible:!0},tooltip:{visible:!0},legend:{visible:!1}},_resize:function(){var e=this.options.transitions;this.options.transitions=!1,this._fullRedraw(),this.options.transitions=e},_redraw:function(){var e=this,t=e._navigator;!this._dirty()&&t&&t.dataSource?t.redrawSlaves():e._fullRedraw()},_dirty:function(){var t=this.options,i=[].concat(t.series,t.navigator.series),n=e.grep(i,function(e){return e&&e.visible}).length,o=this._seriesCount!==n;return this._seriesCount=n,o},_fullRedraw:function(){var e=this,t=e._navigator;t||(t=e._navigator=e.navigator=new O(e)),t._setRange(),_.fn._redraw.call(e),t._initSelection()},_onDataChanged:function(){var e=this;_.fn._onDataChanged.call(e),e._dataBound=!0},_bindCategoryAxis:function(e,t,i){var n,o=this,r=o.options.categoryAxis,a=r.length;if(_.fn._bindCategoryAxis.apply(this,arguments),e.name===z)for(;i<a;)n=r[i++],n.pane==M&&(n.categories=e.categories)},_trackSharedTooltip:function(e){var t=this,i=t._plotArea,n=i.paneByPoint(e);n&&n.options.name===M?t._unsetActivePoint():_.fn._trackSharedTooltip.call(t,e)},_destroyNavigator:function(){this._navigator.destroy(),this._navigator=null},destroy:function(){this._destroyNavigator(),_.fn.destroy.call(this)}}),O=s.extend({init:function(e){var t=this;t.chart=e,t.options=l({},t.options,e.options.navigator),t._initDataSource(),m(t.options.hint.visible)||(t.options.hint.visible=t.options.visible),e.bind(T,u(t._drag,t)),e.bind(E,u(t._dragEnd,t)),e.bind(j,u(t._zoom,t)),e.bind(B,u(t._zoomEnd,t))},options:{},_initDataSource:function(){var e=this,t=e.options,i=t.autoBind,n=t.dataSource;m(i)||(i=e.chart.options.autoBind),e._dataChangedHandler=u(e._onDataChanged,e),n&&(e.dataSource=r.data.DataSource.create(n).bind(k,e._dataChangedHandler),i&&e.dataSource.fetch())},_onDataChanged:function(){var e,t,i,n,o,r=this,a=r.chart,s=a.options.series,l=s.length,c=a.options.categoryAxis,u=c.length,d=r.dataSource.view();for(e=0;e<l;e++)i=s[e],i.axis==z&&a._isBindable(i)&&(i.data=d);for(t=0;t<u;t++)n=c[t],n.pane==M&&(n.name==z?(a._bindCategoryAxis(n,d,t),o=n.categories):n.categories=o);a._model&&(r.redraw(),r._setRange(),(!a.options.dataSource||a.options.dataSource&&a._dataBound)&&r.redrawSlaves())},destroy:function(){var e=this,t=e.dataSource;t&&t.unbind(k,e._dataChangeHandler),e.selection&&e.selection.destroy()},redraw:function(){this._redrawSelf(),this._initSelection()},_initSelection:function(){var t=this,i=t.chart,r=t.options,a=t.mainAxis(),s=n(a),l=a.range(),c=l.min,u=l.max,h=a.options.categories,f=t.options.select,p=t.selection,m=A(f.from),v=A(f.to);0!==h.length&&(p&&(p.destroy(),p.wrapper.remove()),s.box=a.box,p=t.selection=new x(i,s,{min:c,max:u,from:m||c,to:v||u,selectStart:e.proxy(t._selectStart,t),select:e.proxy(t._select,t),selectEnd:e.proxy(t._selectEnd,t),mousewheel:d.valueOrDefault(f.mousewheel,{zoom:\"left\"}),visible:r.visible}),r.hint.visible&&(t.hint=new o(i.element,{min:c,max:u,template:r.hint.template,format:r.hint.format})))},_setRange:function(){var e,t=this.chart._createPlotArea(!0),i=t.namedCategoryAxes[z],n=i.range(),o=n.min,r=n.max,a=this.options.select||{},s=A(a.from)||o;s<o&&(s=o),e=A(a.to)||r,e>r&&(e=r),this.options.select=l({},a,{from:s,to:e}),this.filterAxes()},_redrawSelf:function(e){var t=this.chart._plotArea;t&&t.redraw(h(t.panes),e)},redrawSlaves:function(){var e=this,t=e.chart,i=t._plotArea,n=i.panes.slice(0,-1);i.srcSeries=t.options.series,i.redraw(n)},_drag:function(e){var t,i,n,o=this,r=o.chart,a=r._eventCoordinates(e.originalEvent),s=o.mainAxis(),l=s.datesRange(),c=s.pane.box.containsPoint(a),u=r._plotArea.categoryAxis,d=e.axisRanges[u.options.name],h=o.options.select,f=o.selection;d&&!c&&f&&(t=h.from&&h.to?S(h.to)-S(h.from):S(f.options.to)-S(f.options.from),i=A(y(S(d.min),l.min,S(l.max)-t)),n=A(y(S(i)+t,S(l.min)+t,l.max)),o.options.select={from:i,to:n},o._liveDrag()&&(o.filterAxes(),o.redrawSlaves()),f.set(i,n),o.showHint(i,n))},_dragEnd:function(){var e=this;e.filterAxes(),e.filterDataSource(),e.redrawSlaves(),e.hint&&e.hint.hide()},_liveDrag:function(){var e=r.support,t=e.touch,i=e.browser,n=i.mozilla,o=i.msie&&i.version<9;return!t&&!n&&!o},readSelection:function(){var e=this,t=e.selection,i=t.options,n=e.options.select;n.from=i.from,n.to=i.to},filterAxes:function(){var e,t,i=this,n=i.options.select||{},o=i.chart,r=o.options.categoryAxis,a=n.from,s=n.to;for(e=0;e<r.length;e++)t=r[e],t.pane!==M&&(t.min=A(a),t.max=A(s))},filterDataSource:function(){var e,t=this,i=t.options.select||{},n=t.chart,o=n.dataSource,r=o&&o.options.serverFiltering;t.dataSource&&r&&(e=new p.DateCategoryAxis(l({baseUnit:\"fit\"},n.options.categoryAxis[0],{categories:[i.from,i.to]})).options,o.filter(O.buildFilter(b(e.min,-e.baseUnitStep,e.baseUnit),b(e.max,e.baseUnitStep,e.baseUnit))))},_zoom:function(e){var t,i,n=this,o=n.chart,a=e.delta,s=o._plotArea.categoryAxis,l=n.options.select,u=n.selection,d=n.mainAxis().options.categories;u&&(t=w(u.options.from,d),i=w(u.options.to,d),e.originalEvent.preventDefault(),c.abs(a)>1&&(a*=N),i-t>1?(u.expand(a),n.readSelection()):(s.options.min=l.from,l.from=s.scaleRange(-e.delta).min),r.support.touch||(n.filterAxes(),n.redrawSlaves()),u.set(l.from,l.to),n.showHint(n.options.select.from,n.options.select.to))},_zoomEnd:function(e){this._dragEnd(e)},showHint:function(e,t){var i=this,n=i.chart,o=n._plotArea;i.hint&&i.hint.show(e,t,o.backgroundBox())},_selectStart:function(e){var t=this.chart;t._selectStart.call(t,e)},_select:function(e){var t=this,i=t.chart;t.showHint(e.from,e.to),i._select.call(i,e)},_selectEnd:function(e){var t=this,i=t.chart;t.hint&&t.hint.hide(),t.readSelection(),t.filterAxes(),t.filterDataSource(),t.redrawSlaves(),i._selectEnd.call(i,e)},mainAxis:function(){var e=this.chart._plotArea;if(e)return e.namedCategoryAxes[z]},select:function(e,t){var i=this.options.select;return e&&t&&(i.from=A(e),i.to=A(t),this.filterAxes(),this.filterDataSource(),this.redrawSlaves(),this.selection.set(e,t)),{from:i.from,to:i.to}}});O.setup=function(e,t){if(e=e||{},t=t||{},!e.__navi){e.__navi=!0;var i=l({},t.navigator,e.navigator),n=e.panes=[].concat(e.panes),o=l({},i.pane,{name:M});i.visible||(o.visible=!1,o.height=.1),n.push(o),O.attachAxes(e,i),O.attachSeries(e,i,t)}},O.attachAxes=function(e,t){var i=t.series||[],n=e.categoryAxis=[].concat(e.categoryAxis),o=e.valueAxis=[].concat(e.valueAxis),r=v(i,U),a=0===r.length,s=l({type:\"date\",pane:M,roundToBaseUnit:!a,justified:a,_collapse:!1,majorTicks:{visible:!0},tooltip:{visible:!1},labels:{step:1},autoBind:!t.dataSource,autoBaseUnitSteps:{minutes:[1],hours:[1,2],days:[1,2],weeks:[],months:[1],years:[1]},_overlap:!0}),c=t.categoryAxis;n.push(l({},s,{maxDateGroups:200},c,{name:z,title:null,baseUnit:\"fit\",baseUnitStep:\"auto\",labels:{visible:!1},majorTicks:{visible:!1}}),l({},s,c,{name:z+\"_labels\",maxDateGroups:20,baseUnitStep:\"auto\",plotBands:[],autoBaseUnitSteps:{minutes:[]}}),l({},s,c,{name:z+\"_ticks\",maxDateGroups:200,majorTicks:{width:.5},plotBands:[],title:null,labels:{visible:!1,mirror:!0}})),o.push(l({name:z,pane:M,majorGridLines:{visible:!1},visible:!1},t.valueAxis))},O.attachSeries=function(e,t,i){var n,o=e.series=e.series||[],r=[].concat(t.series||[]),a=i.seriesColors,s=t.seriesDefaults;for(n=0;n<r.length;n++)o.push(l({color:a[n%a.length],categoryField:t.dateField,visibleInLegend:!1,tooltip:{visible:!1}},s,r[n],{axis:z,categoryAxis:z,autoBind:!t.dataSource}))},O.buildFilter=function(e,t){return[{field:\"Date\",operator:\"gte\",value:A(e)},{field:\"Date\",operator:\"lt\",value:A(t)}]},o=a.extend({init:function(t,i){var n=this;n.options=l({},n.options,i),n.container=t,n.chartPadding={top:parseInt(t.css(\"paddingTop\"),10),left:parseInt(t.css(\"paddingLeft\"),10)},n.template=n.template,n.template||(n.template=n.template=f(\"<div class='\"+D+\"navigator-hint' style='display: none; position: absolute; top: 1px; left: 1px;'><div class='\"+D+\"tooltip \"+D+\"chart-tooltip'>&nbsp;</div><div class='\"+D+\"scroll' /></div>\")),n.element=e(n.template()).appendTo(t)},options:{format:\"{0:d} - {1:d}\",hideDelay:500},show:function(e,t,i){var n,o=this,a=A(S(e)+S(t-e)/2),s=o.options,l=r.format(o.options.format,e,t),c=o.element.find(\".\"+D+\"tooltip\"),u=o.element.find(\".\"+D+\"scroll\"),d=.4*i.width(),h=i.center().x-d,f=i.center().x,p=f-h,m=s.max-s.min,v=p/m,_=a-s.min;o._hideTimeout&&clearTimeout(o._hideTimeout),o._visible||(o.element.stop(!1,!0).css(\"visibility\",\"hidden\").show(),o._visible=!0),s.template&&(n=g(s.template),l=n({from:e,to:t})),c.html(l).css({left:i.center().x-r._outerWidth(c)/2,top:i.y1}),u.css({width:d,left:h+_*v,top:i.y1+parseInt(c.css(\"margin-top\"),10)+parseInt(c.css(\"border-top-width\"),10)+c.height()/2}),o.element.css(\"visibility\",\"visible\")},hide:function(){var e=this;e._hideTimeout&&clearTimeout(e._hideTimeout),e._hideTimeout=setTimeout(function(){e._visible=!1,e.element.fadeOut(\"slow\")},e.options.hideDelay)}}),p.ui.plugin(F),l(p,{Navigator:O})}(window.kendo.jQuery),window.kendo},\"function\"==typeof define&&define.amd?define:function(e,t,i){(i||t)()});;","/*!\n * Masonry PACKAGED v4.1.1\n * Cascading grid layout library\n * http://masonry.desandro.com\n * MIT License\n * by David DeSandro\n */\n\n!function(t,e){\"function\"==typeof define&&define.amd?define(\"jquery-bridget/jquery-bridget\",[\"jquery\"],function(i){return e(t,i)}):\"object\"==typeof module&&module.exports?module.exports=e(t,require(\"jquery\")):t.jQueryBridget=e(t,t.jQuery)}(window,function(t,e){\"use strict\";function i(i,r,a){function h(t,e,n){var o,r=\"$().\"+i+'(\"'+e+'\")';return t.each(function(t,h){var u=a.data(h,i);if(!u)return void s(i+\" not initialized. Cannot call methods, i.e. \"+r);var d=u[e];if(!d||\"_\"==e.charAt(0))return void s(r+\" is not a valid method\");var l=d.apply(u,n);o=void 0===o?l:o}),void 0!==o?o:t}function u(t,e){t.each(function(t,n){var o=a.data(n,i);o?(o.option(e),o._init()):(o=new r(n,e),a.data(n,i,o))})}a=a||e||t.jQuery,a&&(r.prototype.option||(r.prototype.option=function(t){a.isPlainObject(t)&&(this.options=a.extend(!0,this.options,t))}),a.fn[i]=function(t){if(\"string\"==typeof t){var e=o.call(arguments,1);return h(this,t,e)}return u(this,t),this},n(a))}function n(t){!t||t&&t.bridget||(t.bridget=i)}var o=Array.prototype.slice,r=t.console,s=\"undefined\"==typeof r?function(){}:function(t){r.error(t)};return n(e||t.jQuery),i}),function(t,e){\"function\"==typeof define&&define.amd?define(\"ev-emitter/ev-emitter\",e):\"object\"==typeof module&&module.exports?module.exports=e():t.EvEmitter=e()}(\"undefined\"!=typeof window?window:this,function(){function t(){}var e=t.prototype;return e.on=function(t,e){if(t&&e){var i=this._events=this._events||{},n=i[t]=i[t]||[];return-1==n.indexOf(e)&&n.push(e),this}},e.once=function(t,e){if(t&&e){this.on(t,e);var i=this._onceEvents=this._onceEvents||{},n=i[t]=i[t]||{};return n[e]=!0,this}},e.off=function(t,e){var i=this._events&&this._events[t];if(i&&i.length){var n=i.indexOf(e);return-1!=n&&i.splice(n,1),this}},e.emitEvent=function(t,e){var i=this._events&&this._events[t];if(i&&i.length){var n=0,o=i[n];e=e||[];for(var r=this._onceEvents&&this._onceEvents[t];o;){var s=r&&r[o];s&&(this.off(t,o),delete r[o]),o.apply(this,e),n+=s?0:1,o=i[n]}return this}},t}),function(t,e){\"use strict\";\"function\"==typeof define&&define.amd?define(\"get-size/get-size\",[],function(){return e()}):\"object\"==typeof module&&module.exports?module.exports=e():t.getSize=e()}(window,function(){\"use strict\";function t(t){var e=parseFloat(t),i=-1==t.indexOf(\"%\")&&!isNaN(e);return i&&e}function e(){}function i(){for(var t={width:0,height:0,innerWidth:0,innerHeight:0,outerWidth:0,outerHeight:0},e=0;u>e;e++){var i=h[e];t[i]=0}return t}function n(t){var e=getComputedStyle(t);return e||a(\"Style returned \"+e+\". Are you running this code in a hidden iframe on Firefox? See http://bit.ly/getsizebug1\"),e}function o(){if(!d){d=!0;var e=document.createElement(\"div\");e.style.width=\"200px\",e.style.padding=\"1px 2px 3px 4px\",e.style.borderStyle=\"solid\",e.style.borderWidth=\"1px 2px 3px 4px\",e.style.boxSizing=\"border-box\";var i=document.body||document.documentElement;i.appendChild(e);var o=n(e);r.isBoxSizeOuter=s=200==t(o.width),i.removeChild(e)}}function r(e){if(o(),\"string\"==typeof e&&(e=document.querySelector(e)),e&&\"object\"==typeof e&&e.nodeType){var r=n(e);if(\"none\"==r.display)return i();var a={};a.width=e.offsetWidth,a.height=e.offsetHeight;for(var d=a.isBorderBox=\"border-box\"==r.boxSizing,l=0;u>l;l++){var c=h[l],f=r[c],m=parseFloat(f);a[c]=isNaN(m)?0:m}var p=a.paddingLeft+a.paddingRight,g=a.paddingTop+a.paddingBottom,y=a.marginLeft+a.marginRight,v=a.marginTop+a.marginBottom,_=a.borderLeftWidth+a.borderRightWidth,E=a.borderTopWidth+a.borderBottomWidth,z=d&&s,b=t(r.width);b!==!1&&(a.width=b+(z?0:p+_));var x=t(r.height);return x!==!1&&(a.height=x+(z?0:g+E)),a.innerWidth=a.width-(p+_),a.innerHeight=a.height-(g+E),a.outerWidth=a.width+y,a.outerHeight=a.height+v,a}}var s,a=\"undefined\"==typeof console?e:function(t){console.error(t)},h=[\"paddingLeft\",\"paddingRight\",\"paddingTop\",\"paddingBottom\",\"marginLeft\",\"marginRight\",\"marginTop\",\"marginBottom\",\"borderLeftWidth\",\"borderRightWidth\",\"borderTopWidth\",\"borderBottomWidth\"],u=h.length,d=!1;return r}),function(t,e){\"use strict\";\"function\"==typeof define&&define.amd?define(\"desandro-matches-selector/matches-selector\",e):\"object\"==typeof module&&module.exports?module.exports=e():t.matchesSelector=e()}(window,function(){\"use strict\";var t=function(){var t=Element.prototype;if(t.matches)return\"matches\";if(t.matchesSelector)return\"matchesSelector\";for(var e=[\"webkit\",\"moz\",\"ms\",\"o\"],i=0;i<e.length;i++){var n=e[i],o=n+\"MatchesSelector\";if(t[o])return o}}();return function(e,i){return e[t](i)}}),function(t,e){\"function\"==typeof define&&define.amd?define(\"fizzy-ui-utils/utils\",[\"desandro-matches-selector/matches-selector\"],function(i){return e(t,i)}):\"object\"==typeof module&&module.exports?module.exports=e(t,require(\"desandro-matches-selector\")):t.fizzyUIUtils=e(t,t.matchesSelector)}(window,function(t,e){var i={};i.extend=function(t,e){for(var i in e)t[i]=e[i];return t},i.modulo=function(t,e){return(t%e+e)%e},i.makeArray=function(t){var e=[];if(Array.isArray(t))e=t;else if(t&&\"number\"==typeof t.length)for(var i=0;i<t.length;i++)e.push(t[i]);else e.push(t);return e},i.removeFrom=function(t,e){var i=t.indexOf(e);-1!=i&&t.splice(i,1)},i.getParent=function(t,i){for(;t!=document.body;)if(t=t.parentNode,e(t,i))return t},i.getQueryElement=function(t){return\"string\"==typeof t?document.querySelector(t):t},i.handleEvent=function(t){var e=\"on\"+t.type;this[e]&&this[e](t)},i.filterFindElements=function(t,n){t=i.makeArray(t);var o=[];return t.forEach(function(t){if(t instanceof HTMLElement){if(!n)return void o.push(t);e(t,n)&&o.push(t);for(var i=t.querySelectorAll(n),r=0;r<i.length;r++)o.push(i[r])}}),o},i.debounceMethod=function(t,e,i){var n=t.prototype[e],o=e+\"Timeout\";t.prototype[e]=function(){var t=this[o];t&&clearTimeout(t);var e=arguments,r=this;this[o]=setTimeout(function(){n.apply(r,e),delete r[o]},i||100)}},i.docReady=function(t){var e=document.readyState;\"complete\"==e||\"interactive\"==e?t():document.addEventListener(\"DOMContentLoaded\",t)},i.toDashed=function(t){return t.replace(/(.)([A-Z])/g,function(t,e,i){return e+\"-\"+i}).toLowerCase()};var n=t.console;return i.htmlInit=function(e,o){i.docReady(function(){var r=i.toDashed(o),s=\"data-\"+r,a=document.querySelectorAll(\"[\"+s+\"]\"),h=document.querySelectorAll(\".js-\"+r),u=i.makeArray(a).concat(i.makeArray(h)),d=s+\"-options\",l=t.jQuery;u.forEach(function(t){var i,r=t.getAttribute(s)||t.getAttribute(d);try{i=r&&JSON.parse(r)}catch(a){return void(n&&n.error(\"Error parsing \"+s+\" on \"+t.className+\": \"+a))}var h=new e(t,i);l&&l.data(t,o,h)})})},i}),function(t,e){\"function\"==typeof define&&define.amd?define(\"outlayer/item\",[\"ev-emitter/ev-emitter\",\"get-size/get-size\"],e):\"object\"==typeof module&&module.exports?module.exports=e(require(\"ev-emitter\"),require(\"get-size\")):(t.Outlayer={},t.Outlayer.Item=e(t.EvEmitter,t.getSize))}(window,function(t,e){\"use strict\";function i(t){for(var e in t)return!1;return e=null,!0}function n(t,e){t&&(this.element=t,this.layout=e,this.position={x:0,y:0},this._create())}function o(t){return t.replace(/([A-Z])/g,function(t){return\"-\"+t.toLowerCase()})}var r=document.documentElement.style,s=\"string\"==typeof r.transition?\"transition\":\"WebkitTransition\",a=\"string\"==typeof r.transform?\"transform\":\"WebkitTransform\",h={WebkitTransition:\"webkitTransitionEnd\",transition:\"transitionend\"}[s],u={transform:a,transition:s,transitionDuration:s+\"Duration\",transitionProperty:s+\"Property\",transitionDelay:s+\"Delay\"},d=n.prototype=Object.create(t.prototype);d.constructor=n,d._create=function(){this._transn={ingProperties:{},clean:{},onEnd:{}},this.css({position:\"absolute\"})},d.handleEvent=function(t){var e=\"on\"+t.type;this[e]&&this[e](t)},d.getSize=function(){this.size=e(this.element)},d.css=function(t){var e=this.element.style;for(var i in t){var n=u[i]||i;e[n]=t[i]}},d.getPosition=function(){var t=getComputedStyle(this.element),e=this.layout._getOption(\"originLeft\"),i=this.layout._getOption(\"originTop\"),n=t[e?\"left\":\"right\"],o=t[i?\"top\":\"bottom\"],r=this.layout.size,s=-1!=n.indexOf(\"%\")?parseFloat(n)/100*r.width:parseInt(n,10),a=-1!=o.indexOf(\"%\")?parseFloat(o)/100*r.height:parseInt(o,10);s=isNaN(s)?0:s,a=isNaN(a)?0:a,s-=e?r.paddingLeft:r.paddingRight,a-=i?r.paddingTop:r.paddingBottom,this.position.x=s,this.position.y=a},d.layoutPosition=function(){var t=this.layout.size,e={},i=this.layout._getOption(\"originLeft\"),n=this.layout._getOption(\"originTop\"),o=i?\"paddingLeft\":\"paddingRight\",r=i?\"left\":\"right\",s=i?\"right\":\"left\",a=this.position.x+t[o];e[r]=this.getXValue(a),e[s]=\"\";var h=n?\"paddingTop\":\"paddingBottom\",u=n?\"top\":\"bottom\",d=n?\"bottom\":\"top\",l=this.position.y+t[h];e[u]=this.getYValue(l),e[d]=\"\",this.css(e),this.emitEvent(\"layout\",[this])},d.getXValue=function(t){var e=this.layout._getOption(\"horizontal\");return this.layout.options.percentPosition&&!e?t/this.layout.size.width*100+\"%\":t+\"px\"},d.getYValue=function(t){var e=this.layout._getOption(\"horizontal\");return this.layout.options.percentPosition&&e?t/this.layout.size.height*100+\"%\":t+\"px\"},d._transitionTo=function(t,e){this.getPosition();var i=this.position.x,n=this.position.y,o=parseInt(t,10),r=parseInt(e,10),s=o===this.position.x&&r===this.position.y;if(this.setPosition(t,e),s&&!this.isTransitioning)return void this.layoutPosition();var a=t-i,h=e-n,u={};u.transform=this.getTranslate(a,h),this.transition({to:u,onTransitionEnd:{transform:this.layoutPosition},isCleaning:!0})},d.getTranslate=function(t,e){var i=this.layout._getOption(\"originLeft\"),n=this.layout._getOption(\"originTop\");return t=i?t:-t,e=n?e:-e,\"translate3d(\"+t+\"px, \"+e+\"px, 0)\"},d.goTo=function(t,e){this.setPosition(t,e),this.layoutPosition()},d.moveTo=d._transitionTo,d.setPosition=function(t,e){this.position.x=parseInt(t,10),this.position.y=parseInt(e,10)},d._nonTransition=function(t){this.css(t.to),t.isCleaning&&this._removeStyles(t.to);for(var e in t.onTransitionEnd)t.onTransitionEnd[e].call(this)},d.transition=function(t){if(!parseFloat(this.layout.options.transitionDuration))return void this._nonTransition(t);var e=this._transn;for(var i in t.onTransitionEnd)e.onEnd[i]=t.onTransitionEnd[i];for(i in t.to)e.ingProperties[i]=!0,t.isCleaning&&(e.clean[i]=!0);if(t.from){this.css(t.from);var n=this.element.offsetHeight;n=null}this.enableTransition(t.to),this.css(t.to),this.isTransitioning=!0};var l=\"opacity,\"+o(a);d.enableTransition=function(){if(!this.isTransitioning){var t=this.layout.options.transitionDuration;t=\"number\"==typeof t?t+\"ms\":t,this.css({transitionProperty:l,transitionDuration:t,transitionDelay:this.staggerDelay||0}),this.element.addEventListener(h,this,!1)}},d.onwebkitTransitionEnd=function(t){this.ontransitionend(t)},d.onotransitionend=function(t){this.ontransitionend(t)};var c={\"-webkit-transform\":\"transform\"};d.ontransitionend=function(t){if(t.target===this.element){var e=this._transn,n=c[t.propertyName]||t.propertyName;if(delete e.ingProperties[n],i(e.ingProperties)&&this.disableTransition(),n in e.clean&&(this.element.style[t.propertyName]=\"\",delete e.clean[n]),n in e.onEnd){var o=e.onEnd[n];o.call(this),delete e.onEnd[n]}this.emitEvent(\"transitionEnd\",[this])}},d.disableTransition=function(){this.removeTransitionStyles(),this.element.removeEventListener(h,this,!1),this.isTransitioning=!1},d._removeStyles=function(t){var e={};for(var i in t)e[i]=\"\";this.css(e)};var f={transitionProperty:\"\",transitionDuration:\"\",transitionDelay:\"\"};return d.removeTransitionStyles=function(){this.css(f)},d.stagger=function(t){t=isNaN(t)?0:t,this.staggerDelay=t+\"ms\"},d.removeElem=function(){this.element.parentNode.removeChild(this.element),this.css({display:\"\"}),this.emitEvent(\"remove\",[this])},d.remove=function(){return s&&parseFloat(this.layout.options.transitionDuration)?(this.once(\"transitionEnd\",function(){this.removeElem()}),void this.hide()):void this.removeElem()},d.reveal=function(){delete this.isHidden,this.css({display:\"\"});var t=this.layout.options,e={},i=this.getHideRevealTransitionEndProperty(\"visibleStyle\");e[i]=this.onRevealTransitionEnd,this.transition({from:t.hiddenStyle,to:t.visibleStyle,isCleaning:!0,onTransitionEnd:e})},d.onRevealTransitionEnd=function(){this.isHidden||this.emitEvent(\"reveal\")},d.getHideRevealTransitionEndProperty=function(t){var e=this.layout.options[t];if(e.opacity)return\"opacity\";for(var i in e)return i},d.hide=function(){this.isHidden=!0,this.css({display:\"\"});var t=this.layout.options,e={},i=this.getHideRevealTransitionEndProperty(\"hiddenStyle\");e[i]=this.onHideTransitionEnd,this.transition({from:t.visibleStyle,to:t.hiddenStyle,isCleaning:!0,onTransitionEnd:e})},d.onHideTransitionEnd=function(){this.isHidden&&(this.css({display:\"none\"}),this.emitEvent(\"hide\"))},d.destroy=function(){this.css({position:\"\",left:\"\",right:\"\",top:\"\",bottom:\"\",transition:\"\",transform:\"\"})},n}),function(t,e){\"use strict\";\"function\"==typeof define&&define.amd?define(\"outlayer/outlayer\",[\"ev-emitter/ev-emitter\",\"get-size/get-size\",\"fizzy-ui-utils/utils\",\"./item\"],function(i,n,o,r){return e(t,i,n,o,r)}):\"object\"==typeof module&&module.exports?module.exports=e(t,require(\"ev-emitter\"),require(\"get-size\"),require(\"fizzy-ui-utils\"),require(\"./item\")):t.Outlayer=e(t,t.EvEmitter,t.getSize,t.fizzyUIUtils,t.Outlayer.Item)}(window,function(t,e,i,n,o){\"use strict\";function r(t,e){var i=n.getQueryElement(t);if(!i)return void(h&&h.error(\"Bad element for \"+this.constructor.namespace+\": \"+(i||t)));this.element=i,u&&(this.$element=u(this.element)),this.options=n.extend({},this.constructor.defaults),this.option(e);var o=++l;this.element.outlayerGUID=o,c[o]=this,this._create();var r=this._getOption(\"initLayout\");r&&this.layout()}function s(t){function e(){t.apply(this,arguments)}return e.prototype=Object.create(t.prototype),e.prototype.constructor=e,e}function a(t){if(\"number\"==typeof t)return t;var e=t.match(/(^\\d*\\.?\\d*)(\\w*)/),i=e&&e[1],n=e&&e[2];if(!i.length)return 0;i=parseFloat(i);var o=m[n]||1;return i*o}var h=t.console,u=t.jQuery,d=function(){},l=0,c={};r.namespace=\"outlayer\",r.Item=o,r.defaults={containerStyle:{position:\"relative\"},initLayout:!0,originLeft:!0,originTop:!0,resize:!0,resizeContainer:!0,transitionDuration:\"0.4s\",hiddenStyle:{opacity:0,transform:\"scale(0.001)\"},visibleStyle:{opacity:1,transform:\"scale(1)\"}};var f=r.prototype;n.extend(f,e.prototype),f.option=function(t){n.extend(this.options,t)},f._getOption=function(t){var e=this.constructor.compatOptions[t];return e&&void 0!==this.options[e]?this.options[e]:this.options[t]},r.compatOptions={initLayout:\"isInitLayout\",horizontal:\"isHorizontal\",layoutInstant:\"isLayoutInstant\",originLeft:\"isOriginLeft\",originTop:\"isOriginTop\",resize:\"isResizeBound\",resizeContainer:\"isResizingContainer\"},f._create=function(){this.reloadItems(),this.stamps=[],this.stamp(this.options.stamp),n.extend(this.element.style,this.options.containerStyle);var t=this._getOption(\"resize\");t&&this.bindResize()},f.reloadItems=function(){this.items=this._itemize(this.element.children)},f._itemize=function(t){for(var e=this._filterFindItemElements(t),i=this.constructor.Item,n=[],o=0;o<e.length;o++){var r=e[o],s=new i(r,this);n.push(s)}return n},f._filterFindItemElements=function(t){return n.filterFindElements(t,this.options.itemSelector)},f.getItemElements=function(){return this.items.map(function(t){return t.element})},f.layout=function(){this._resetLayout(),this._manageStamps();var t=this._getOption(\"layoutInstant\"),e=void 0!==t?t:!this._isLayoutInited;this.layoutItems(this.items,e),this._isLayoutInited=!0},f._init=f.layout,f._resetLayout=function(){this.getSize()},f.getSize=function(){this.size=i(this.element)},f._getMeasurement=function(t,e){var n,o=this.options[t];o?(\"string\"==typeof o?n=this.element.querySelector(o):o instanceof HTMLElement&&(n=o),this[t]=n?i(n)[e]:o):this[t]=0},f.layoutItems=function(t,e){t=this._getItemsForLayout(t),this._layoutItems(t,e),this._postLayout()},f._getItemsForLayout=function(t){return t.filter(function(t){return!t.isIgnored})},f._layoutItems=function(t,e){if(this._emitCompleteOnItems(\"layout\",t),t&&t.length){var i=[];t.forEach(function(t){var n=this._getItemLayoutPosition(t);n.item=t,n.isInstant=e||t.isLayoutInstant,i.push(n)},this),this._processLayoutQueue(i)}},f._getItemLayoutPosition=function(){return{x:0,y:0}},f._processLayoutQueue=function(t){this.updateStagger(),t.forEach(function(t,e){this._positionItem(t.item,t.x,t.y,t.isInstant,e)},this)},f.updateStagger=function(){var t=this.options.stagger;return null===t||void 0===t?void(this.stagger=0):(this.stagger=a(t),this.stagger)},f._positionItem=function(t,e,i,n,o){n?t.goTo(e,i):(t.stagger(o*this.stagger),t.moveTo(e,i))},f._postLayout=function(){this.resizeContainer()},f.resizeContainer=function(){var t=this._getOption(\"resizeContainer\");if(t){var e=this._getContainerSize();e&&(this._setContainerMeasure(e.width,!0),this._setContainerMeasure(e.height,!1))}},f._getContainerSize=d,f._setContainerMeasure=function(t,e){if(void 0!==t){var i=this.size;i.isBorderBox&&(t+=e?i.paddingLeft+i.paddingRight+i.borderLeftWidth+i.borderRightWidth:i.paddingBottom+i.paddingTop+i.borderTopWidth+i.borderBottomWidth),t=Math.max(t,0),this.element.style[e?\"width\":\"height\"]=t+\"px\"}},f._emitCompleteOnItems=function(t,e){function i(){o.dispatchEvent(t+\"Complete\",null,[e])}function n(){s++,s==r&&i()}var o=this,r=e.length;if(!e||!r)return void i();var s=0;e.forEach(function(e){e.once(t,n)})},f.dispatchEvent=function(t,e,i){var n=e?[e].concat(i):i;if(this.emitEvent(t,n),u)if(this.$element=this.$element||u(this.element),e){var o=u.Event(e);o.type=t,this.$element.trigger(o,i)}else this.$element.trigger(t,i)},f.ignore=function(t){var e=this.getItem(t);e&&(e.isIgnored=!0)},f.unignore=function(t){var e=this.getItem(t);e&&delete e.isIgnored},f.stamp=function(t){t=this._find(t),t&&(this.stamps=this.stamps.concat(t),t.forEach(this.ignore,this))},f.unstamp=function(t){t=this._find(t),t&&t.forEach(function(t){n.removeFrom(this.stamps,t),this.unignore(t)},this)},f._find=function(t){return t?(\"string\"==typeof t&&(t=this.element.querySelectorAll(t)),t=n.makeArray(t)):void 0},f._manageStamps=function(){this.stamps&&this.stamps.length&&(this._getBoundingRect(),this.stamps.forEach(this._manageStamp,this))},f._getBoundingRect=function(){var t=this.element.getBoundingClientRect(),e=this.size;this._boundingRect={left:t.left+e.paddingLeft+e.borderLeftWidth,top:t.top+e.paddingTop+e.borderTopWidth,right:t.right-(e.paddingRight+e.borderRightWidth),bottom:t.bottom-(e.paddingBottom+e.borderBottomWidth)}},f._manageStamp=d,f._getElementOffset=function(t){var e=t.getBoundingClientRect(),n=this._boundingRect,o=i(t),r={left:e.left-n.left-o.marginLeft,top:e.top-n.top-o.marginTop,right:n.right-e.right-o.marginRight,bottom:n.bottom-e.bottom-o.marginBottom};return r},f.handleEvent=n.handleEvent,f.bindResize=function(){t.addEventListener(\"resize\",this),this.isResizeBound=!0},f.unbindResize=function(){t.removeEventListener(\"resize\",this),this.isResizeBound=!1},f.onresize=function(){this.resize()},n.debounceMethod(r,\"onresize\",100),f.resize=function(){this.isResizeBound&&this.needsResizeLayout()&&this.layout()},f.needsResizeLayout=function(){var t=i(this.element),e=this.size&&t;return e&&t.innerWidth!==this.size.innerWidth},f.addItems=function(t){var e=this._itemize(t);return e.length&&(this.items=this.items.concat(e)),e},f.appended=function(t){var e=this.addItems(t);e.length&&(this.layoutItems(e,!0),this.reveal(e))},f.prepended=function(t){var e=this._itemize(t);if(e.length){var i=this.items.slice(0);this.items=e.concat(i),this._resetLayout(),this._manageStamps(),this.layoutItems(e,!0),this.reveal(e),this.layoutItems(i)}},f.reveal=function(t){if(this._emitCompleteOnItems(\"reveal\",t),t&&t.length){var e=this.updateStagger();t.forEach(function(t,i){t.stagger(i*e),t.reveal()})}},f.hide=function(t){if(this._emitCompleteOnItems(\"hide\",t),t&&t.length){var e=this.updateStagger();t.forEach(function(t,i){t.stagger(i*e),t.hide()})}},f.revealItemElements=function(t){var e=this.getItems(t);this.reveal(e)},f.hideItemElements=function(t){var e=this.getItems(t);this.hide(e)},f.getItem=function(t){for(var e=0;e<this.items.length;e++){var i=this.items[e];if(i.element==t)return i}},f.getItems=function(t){t=n.makeArray(t);var e=[];return t.forEach(function(t){var i=this.getItem(t);i&&e.push(i)},this),e},f.remove=function(t){var e=this.getItems(t);this._emitCompleteOnItems(\"remove\",e),e&&e.length&&e.forEach(function(t){t.remove(),n.removeFrom(this.items,t)},this)},f.destroy=function(){var t=this.element.style;t.height=\"\",t.position=\"\",t.width=\"\",this.items.forEach(function(t){t.destroy()}),this.unbindResize();var e=this.element.outlayerGUID;delete c[e],delete this.element.outlayerGUID,u&&u.removeData(this.element,this.constructor.namespace)},r.data=function(t){t=n.getQueryElement(t);var e=t&&t.outlayerGUID;return e&&c[e]},r.create=function(t,e){var i=s(r);return i.defaults=n.extend({},r.defaults),n.extend(i.defaults,e),i.compatOptions=n.extend({},r.compatOptions),i.namespace=t,i.data=r.data,i.Item=s(o),n.htmlInit(i,t),u&&u.bridget&&u.bridget(t,i),i};var m={ms:1,s:1e3};return r.Item=o,r}),function(t,e){\"function\"==typeof define&&define.amd?define([\"outlayer/outlayer\",\"get-size/get-size\"],e):\"object\"==typeof module&&module.exports?module.exports=e(require(\"outlayer\"),require(\"get-size\")):t.Masonry=e(t.Outlayer,t.getSize)}(window,function(t,e){var i=t.create(\"masonry\");return i.compatOptions.fitWidth=\"isFitWidth\",i.prototype._resetLayout=function(){this.getSize(),this._getMeasurement(\"columnWidth\",\"outerWidth\"),this._getMeasurement(\"gutter\",\"outerWidth\"),this.measureColumns(),this.colYs=[];for(var t=0;t<this.cols;t++)this.colYs.push(0);this.maxY=0},i.prototype.measureColumns=function(){if(this.getContainerWidth(),!this.columnWidth){var t=this.items[0],i=t&&t.element;this.columnWidth=i&&e(i).outerWidth||this.containerWidth}var n=this.columnWidth+=this.gutter,o=this.containerWidth+this.gutter,r=o/n,s=n-o%n,a=s&&1>s?\"round\":\"floor\";r=Math[a](r),this.cols=Math.max(r,1)},i.prototype.getContainerWidth=function(){var t=this._getOption(\"fitWidth\"),i=t?this.element.parentNode:this.element,n=e(i);this.containerWidth=n&&n.innerWidth},i.prototype._getItemLayoutPosition=function(t){t.getSize();var e=t.size.outerWidth%this.columnWidth,i=e&&1>e?\"round\":\"ceil\",n=Math[i](t.size.outerWidth/this.columnWidth);n=Math.min(n,this.cols);for(var o=this._getColGroup(n),r=Math.min.apply(Math,o),s=o.indexOf(r),a={x:this.columnWidth*s,y:r},h=r+t.size.outerHeight,u=this.cols+1-o.length,d=0;u>d;d++)this.colYs[s+d]=h;return a},i.prototype._getColGroup=function(t){if(2>t)return this.colYs;for(var e=[],i=this.cols+1-t,n=0;i>n;n++){var o=this.colYs.slice(n,n+t);e[n]=Math.max.apply(Math,o)}return e},i.prototype._manageStamp=function(t){var i=e(t),n=this._getElementOffset(t),o=this._getOption(\"originLeft\"),r=o?n.left:n.right,s=r+i.outerWidth,a=Math.floor(r/this.columnWidth);a=Math.max(0,a);var h=Math.floor(s/this.columnWidth);h-=s%this.columnWidth?0:1,h=Math.min(this.cols-1,h);for(var u=this._getOption(\"originTop\"),d=(u?n.top:n.bottom)+i.outerHeight,l=a;h>=l;l++)this.colYs[l]=Math.max(d,this.colYs[l])},i.prototype._getContainerSize=function(){this.maxY=Math.max.apply(Math,this.colYs);var t={height:this.maxY};return this._getOption(\"fitWidth\")&&(t.width=this._getContainerFitWidth()),t},i.prototype._getContainerFitWidth=function(){for(var t=0,e=this.cols;--e&&0===this.colYs[e];)t++;return(this.cols-t)*this.columnWidth-this.gutter},i.prototype.needsResizeLayout=function(){var t=this.containerWidth;return this.getContainerWidth(),t!=this.containerWidth},i});","/*! Tablesaw - v3.0.0-beta.4 - 2016-10-12\n * https://github.com/filamentgroup/tablesaw\n * Copyright (c) 2016 Filament Group; Licensed MIT */\n;(function( win ) {\n\n    var $;\n    if( 'shoestring' in win ) {\n        $ = win.shoestring;\n    } else if( 'jQuery' in win ) {\n        $ = win.jQuery;\n    } else {\n        throw new Error( \"tablesaw: DOM library not found.\" );\n    }\n\n    // DOM-ready auto-init of plugins.\n    // Many plugins bind to an \"enhance\" event to init themselves on dom ready, or when new markup is inserted into the DOM\n    $( function(){\n        $( document ).trigger( \"enhance.tablesaw\" );\n    });\n\n})( typeof window !== \"undefined\" ? window : this );","/*! Tablesaw - v3.0.0-beta.4 - 2016-10-12\n * https://github.com/filamentgroup/tablesaw\n * Copyright (c) 2016 Filament Group; Licensed MIT */\n// UMD module definition\n// From: https://github.com/umdjs/umd/blob/master/templates/jqueryPlugin.js\n\n(function (factory) {\n    if (typeof define === 'function' && define.amd) {\n        // AMD. Register as an anonymous module.\n        define(['jquery'], factory);\n    } else if (typeof module === 'object' && module.exports) {\n        // Node/CommonJS\n        module.exports = function( root, jQuery ) {\n            if ( jQuery === undefined ) {\n                // require('jQuery') returns a factory that requires window to\n                // build a jQuery instance, we normalize how we use modules\n                // that require this pattern but the window provided is a noop\n                // if it's defined (how jquery works)\n                if ( typeof window !== 'undefined' ) {\n                    jQuery = require('jquery');\n                } else {\n                    jQuery = require('jquery')(root);\n                }\n            }\n            factory(jQuery);\n            return jQuery;\n        };\n    } else {\n        // Browser globals\n        factory(jQuery);\n    }\n}(function ($) {\n    var Tablesaw, win = typeof window !== \"undefined\" ? window : this;\n\n    /*\n     * tablesaw: A set of plugins for responsive tables\n     * Stack and Column Toggle tables\n     * Copyright (c) 2013 Filament Group, Inc.\n     * MIT License\n     */\n\n    if( typeof Tablesaw === \"undefined\" ) {\n        Tablesaw = {\n            i18n: {\n                modes: [ 'Stack', 'Swipe', 'Toggle' ],\n                columns: 'Col<span class=\\\"a11y-sm\\\">umn</span>s',\n                columnBtnText: 'Columns',\n                columnsDialogError: 'No eligible columns.',\n                sort: 'Sort'\n            },\n            // cut the mustard\n            mustard: ( 'querySelector' in document ) &&\n            ( 'head' in document ) &&\n            ( !window.blackberry || window.WebKitPoint ) &&\n            !window.operamini\n        };\n    }\n    if( !Tablesaw.config ) {\n        Tablesaw.config = {};\n    }\n    if( Tablesaw.mustard ) {\n        $( document.documentElement ).addClass( 'tablesaw-enhanced' );\n    }\n\n    (function() {\n        var pluginName = \"tablesaw\",\n            classes = {\n                toolbar: \"tablesaw-bar\"\n            },\n            events = {\n                create: \"tablesawcreate\",\n                destroy: \"tablesawdestroy\",\n                refresh: \"tablesawrefresh\"\n            },\n            defaultMode = \"stack\",\n            initSelector = \"table[data-tablesaw-mode],table[data-tablesaw-sortable]\";\n\n        var Table = function( element ) {\n            if( !element ) {\n                throw new Error( \"Tablesaw requires an element.\" );\n            }\n\n            this.table = element;\n            this.$table = $( element );\n\n            this.mode = this.$table.attr( \"data-tablesaw-mode\" ) || defaultMode;\n\n            this.init();\n        };\n\n        Table.prototype.init = function() {\n            // assign an id if there is none\n            if ( !this.$table.attr( \"id\" ) ) {\n                this.$table.attr( \"id\", pluginName + \"-\" + Math.round( Math.random() * 10000 ) );\n            }\n\n            this.createToolbar();\n\n            var colstart = this._initCells();\n\n            this.$table.trigger( events.create, [ this, colstart ] );\n        };\n\n        Table.prototype._initCells = function() {\n            var colstart,\n                thrs = this.table.querySelectorAll( \"thead tr\" ),\n                self = this;\n\n            $( thrs ).each( function(){\n                var coltally = 0;\n\n                var children = $( this ).children();\n                var columnlookup = [];\n                children.each( function(){\n                    var span = parseInt( this.getAttribute( \"colspan\" ), 10 );\n\n                    columnlookup[coltally] = this;\n                    colstart = coltally + 1;\n\n                    if( span ){\n                        for( var k = 0; k < span - 1; k++ ){\n                            coltally++;\n                            columnlookup[coltally] = this;\n                        }\n                    }\n                    this.cells = [];\n                    coltally++;\n                });\n                // Note that this assumes that children() returns its results in document order. jQuery doesn't\n                // promise that in the docs, but it's a pretty safe assumption.\n                self.$table.find(\"tr\").not( thrs[0]).each( function() {\n                    var cellcoltally = 0;\n                    $(this).children().each(function () {\n                        var span = parseInt( this.getAttribute( \"colspan\" ), 10 );\n                        columnlookup[cellcoltally].cells.push(this);\n                        if (span) {\n                            cellcoltally += span;\n                        } else {\n                            cellcoltally++;\n                        }\n                    });\n                });\n            });\n\n            return colstart;\n        };\n\n        Table.prototype.refresh = function() {\n            this._initCells();\n\n            this.$table.trigger( events.refresh );\n        };\n\n        Table.prototype.createToolbar = function() {\n            // Insert the toolbar\n            // TODO move this into a separate component\n            var $toolbar = this.$table.prev().filter( '.' + classes.toolbar );\n            if( !$toolbar.length ) {\n                $toolbar = $( '<div>' )\n                    .addClass( classes.toolbar )\n                    .insertBefore( this.$table );\n            }\n            this.$toolbar = $toolbar;\n\n            if( this.mode ) {\n                this.$toolbar.addClass( 'tablesaw-mode-' + this.mode );\n            }\n        };\n\n        Table.prototype.destroy = function() {\n            // Don’t remove the toolbar. Some of the table features are not yet destroy-friendly.\n            this.$table.prev().filter( '.' + classes.toolbar ).each(function() {\n                this.className = this.className.replace( /\\btablesaw-mode\\-\\w*\\b/gi, '' );\n            });\n\n            var tableId = this.$table.attr( 'id' );\n            $( document ).off( \".\" + tableId );\n            $( window ).off( \".\" + tableId );\n\n            // other plugins\n            this.$table.trigger( events.destroy, [ this ] );\n\n            this.$table.removeData( pluginName );\n        };\n\n        // Collection method.\n        $.fn[ pluginName ] = function() {\n            return this.each( function() {\n                var $t = $( this );\n\n                if( $t.data( pluginName ) ){\n                    return;\n                }\n\n                var table = new Table( this );\n                $t.data( pluginName, table );\n            });\n        };\n\n        $( document ).on( \"enhance.tablesaw\", function( e ) {\n            // Cut the mustard\n            if( Tablesaw.mustard ) {\n                $( e.target ).find( initSelector )[ pluginName ]();\n            }\n        });\n\n    }());\n\n    ;(function(){\n\n        var classes = {\n            stackTable: 'tablesaw-stack',\n            cellLabels: 'tablesaw-cell-label',\n            cellContentLabels: 'tablesaw-cell-content'\n        };\n\n        var data = {\n            obj: 'tablesaw-stack'\n        };\n\n        var attrs = {\n            labelless: 'data-tablesaw-no-labels',\n            hideempty: 'data-tablesaw-hide-empty'\n        };\n\n        var Stack = function( element ) {\n\n            this.$table = $( element );\n\n            this.labelless = this.$table.is( '[' + attrs.labelless + ']' );\n            this.hideempty = this.$table.is( '[' + attrs.hideempty + ']' );\n\n            if( !this.labelless ) {\n                // allHeaders references headers, plus all THs in the thead, which may include several rows, or not\n                this.allHeaders = this.$table.find( \"th\" );\n            }\n\n            this.$table.data( data.obj, this );\n        };\n\n        Stack.prototype.init = function( colstart ) {\n            this.$table.addClass( classes.stackTable );\n\n            if( this.labelless ) {\n                return;\n            }\n\n            // get headers in reverse order so that top-level headers are appended last\n            var reverseHeaders = $( this.allHeaders );\n            var hideempty = this.hideempty;\n\n            // create the hide/show toggles\n            reverseHeaders.each(function(){\n                var $t = $( this ),\n                    $cells = $( this.cells ).filter(function() {\n                        return !$( this ).parent().is( \"[\" + attrs.labelless + \"]\" ) && ( !hideempty || !$( this ).is( \":empty\" ) );\n                    }),\n                    hierarchyClass = $cells.not( this ).filter( \"thead th\" ).length && \" tablesaw-cell-label-top\",\n                // TODO reduce coupling with sortable\n                    $sortableButton = $t.find( \".tablesaw-sortable-btn\" ),\n                    html = $sortableButton.length ? $sortableButton.html() : $t.html();\n\n                if( html !== \"\" ){\n                    if( hierarchyClass ){\n                        var iteration = parseInt( $( this ).attr( \"colspan\" ), 10 ),\n                            filter = \"\";\n\n                        if( iteration ){\n                            filter = \"td:nth-child(\"+ iteration +\"n + \" + ( colstart ) +\")\";\n                        }\n                        $cells.filter( filter ).prepend( \"<b class='\" + classes.cellLabels + hierarchyClass + \"'>\" + html + \"</b>\"  );\n                    } else {\n                        $cells.wrapInner( \"<span class='\" + classes.cellContentLabels + \"'></span>\" );\n                        $cells.prepend( \"<b class='\" + classes.cellLabels + \"'>\" + html + \"</b>\"  );\n                    }\n                }\n            });\n        };\n\n        Stack.prototype.destroy = function() {\n            this.$table.removeClass( classes.stackTable );\n            this.$table.find( '.' + classes.cellLabels ).remove();\n            this.$table.find( '.' + classes.cellContentLabels ).each(function() {\n                $( this ).replaceWith( this.childNodes );\n            });\n        };\n\n        // on tablecreate, init\n        $( document ).on( \"tablesawcreate\", function( e, tablesaw, colstart ){\n            if( tablesaw.mode === 'stack' ){\n                var table = new Stack( tablesaw.table );\n                table.init( colstart );\n            }\n\n        } );\n\n        $( document ).on( \"tablesawdestroy\", function( e, tablesaw ){\n\n            if( tablesaw.mode === 'stack' ){\n                $( tablesaw.table ).data( data.obj ).destroy();\n            }\n\n        } );\n\n    }());\n    ;(function() {\n        var pluginName = \"tablesawbtn\",\n            methods = {\n                _create: function(){\n                    return $( this ).each(function() {\n                        $( this )\n                            .trigger( \"beforecreate.\" + pluginName )\n                            [ pluginName ]( \"_init\" )\n                            .trigger( \"create.\" + pluginName );\n                    });\n                },\n                _init: function(){\n                    var oEl = $( this ),\n                        sel = this.getElementsByTagName( \"select\" )[ 0 ];\n\n                    if( sel ) {\n                        $( this )\n                            .addClass( \"btn-select\" )\n                            [ pluginName ]( \"_select\", sel );\n                    }\n                    return oEl;\n                },\n                _select: function( sel ) {\n                    var update = function( oEl, sel ) {\n                        var opts = $( sel ).find( \"option\" );\n                        var label = document.createElement( \"span\" );\n                        var el;\n                        var children;\n                        var found = false;\n\n                        label.setAttribute( \"aria-hidden\", \"true\" );\n                        label.innerHTML = \"&#160;\";\n\n                        opts.each(function() {\n                            var opt = this;\n                            if( opt.selected ) {\n                                label.innerHTML = opt.text;\n                            }\n                        });\n\n                        children = oEl.childNodes;\n                        if( opts.length > 0 ){\n                            for( var i = 0, l = children.length; i < l; i++ ) {\n                                el = children[ i ];\n\n                                if( el && el.nodeName.toUpperCase() === \"SPAN\" ) {\n                                    oEl.replaceChild( label, el );\n                                    found = true;\n                                }\n                            }\n\n                            if( !found ) {\n                                oEl.insertBefore( label, oEl.firstChild );\n                            }\n                        }\n                    };\n\n                    update( this, sel );\n                    $( this ).on( \"change refresh\", function() {\n                        update( this, sel );\n                    });\n                }\n            };\n\n        // Collection method.\n        $.fn[ pluginName ] = function( arrg, a, b, c ) {\n            return this.each(function() {\n\n                // if it's a method\n                if( arrg && typeof( arrg ) === \"string\" ){\n                    return $.fn[ pluginName ].prototype[ arrg ].call( this, a, b, c );\n                }\n\n                // don't re-init\n                if( $( this ).data( pluginName + \"active\" ) ){\n                    return $( this );\n                }\n\n                // otherwise, init\n\n                $( this ).data( pluginName + \"active\", true );\n                $.fn[ pluginName ].prototype._create.call( this );\n            });\n        };\n\n        // add methods\n        $.extend( $.fn[ pluginName ].prototype, methods );\n\n    }());\n    ;(function(){\n\n        var ColumnToggle = function( element ) {\n\n            this.$table = $( element );\n\n            if( !this.$table.length ) {\n                return;\n            }\n\n            this.classes = {\n                columnToggleTable: 'tablesaw-columntoggle',\n                columnBtnContain: 'tablesaw-columntoggle-btnwrap tablesaw-advance',\n                columnBtn: 'tablesaw-columntoggle-btn tablesaw-nav-btn down',\n                popup: 'tablesaw-columntoggle-popup',\n                priorityPrefix: 'tablesaw-priority-',\n                // TODO duplicate class, also in tables.js\n                toolbar: 'tablesaw-bar'\n            };\n\n            // Expose headers and allHeaders properties on the widget\n            // headers references the THs within the first TR in the table\n            this.headers = this.$table.find( \"tr\" ).eq( 0 ).find( \"th\" );\n\n            this.$table.data( 'tablesaw-coltoggle', this );\n        };\n\n        ColumnToggle.prototype.init = function() {\n\n            if( !this.$table.length ) {\n                return;\n            }\n\n            var tableId,\n                id,\n                $menuButton,\n                $popup,\n                $menu,\n                $btnContain,\n                self = this;\n\n            this.$table.addClass( this.classes.columnToggleTable );\n\n            tableId = this.$table.attr( \"id\" );\n            id = tableId + \"-popup\";\n            $btnContain = $( \"<div class='\" + this.classes.columnBtnContain + \"'></div>\" );\n            $menuButton = $( \"<a href='#\" + id + \"' class='btn btn-micro \" + this.classes.columnBtn +\"' data-popup-link>\" +\n                \"<span>\" + Tablesaw.i18n.columnBtnText + \"</span></a>\" );\n            $popup = $( \"<div class='dialog-table-coltoggle \" + this.classes.popup + \"' id='\" + id + \"'></div>\" );\n            $menu = $( \"<div class='btn-group'></div>\" );\n\n            var hasNonPersistentHeaders = false;\n            $( this.headers ).not( \"td\" ).each( function() {\n                var $this = $( this ),\n                    priority = $this.attr(\"data-tablesaw-priority\"),\n                    $cells = self.$getCells( this );\n\n                if( priority && priority !== \"persist\" ) {\n                    $cells.addClass( self.classes.priorityPrefix + priority );\n\n                    $(\"<label><input type='checkbox' checked>\" + $this.text() + \"</label>\" )\n                        .appendTo( $menu )\n                        .children( 0 )\n                        .data( \"tablesaw-header\", this );\n\n                    hasNonPersistentHeaders = true;\n                }\n            });\n\n            if( !hasNonPersistentHeaders ) {\n                $menu.append( '<label>' + Tablesaw.i18n.columnsDialogError + '</label>' );\n            }\n\n            $menu.appendTo( $popup );\n\n            // bind change event listeners to inputs - TODO: move to a private method?\n            $menu.find( 'input[type=\"checkbox\"]' ).on( \"change\", function(e) {\n                var checked = e.target.checked;\n\n                var $cells = self.$getCellsFromCheckbox( e.target );\n\n                $cells[ !checked ? \"addClass\" : \"removeClass\" ]( \"tablesaw-cell-hidden\" );\n                $cells[ checked ? \"addClass\" : \"removeClass\" ]( \"tablesaw-cell-visible\" );\n\n                self.$table.trigger( 'tablesawcolumns' );\n            });\n\n            $menuButton.appendTo( $btnContain );\n            $btnContain.appendTo( this.$table.prev().filter( '.' + this.classes.toolbar ) );\n\n\n            function closePopup( event ) {\n                // Click came from inside the popup, ignore.\n                if( event && $( event.target ).closest( \".\" + self.classes.popup ).length ) {\n                    return;\n                }\n\n                $( document ).off( 'click.' + tableId );\n                $menuButton.removeClass( 'up' ).addClass( 'down' );\n                $btnContain.removeClass( 'visible' );\n            }\n\n            var closeTimeout;\n            function openPopup() {\n                $btnContain.addClass( 'visible' );\n                $menuButton.removeClass( 'down' ).addClass( 'up' );\n\n                $( document ).off( 'click.' + tableId, closePopup );\n\n                window.clearTimeout( closeTimeout );\n                closeTimeout = window.setTimeout(function() {\n                    $( document ).one( 'click.' + tableId, closePopup );\n                }, 15 );\n            }\n\n            $menuButton.on( \"click.tablesaw\", function( event ) {\n                event.preventDefault();\n\n                if( !$btnContain.is( \".visible\" ) ) {\n                    openPopup();\n                } else {\n                    closePopup();\n                }\n            });\n\n            $popup.appendTo( $btnContain );\n\n            this.$menu = $menu;\n\n            $(window).on( \"resize.\" + tableId, function(){\n                self.refreshToggle();\n            });\n\n            this.refreshToggle();\n        };\n\n        ColumnToggle.prototype.$getCells = function( th ) {\n            return $( th ).add( th.cells );\n        };\n\n        ColumnToggle.prototype.$getCellsFromCheckbox = function( checkbox ) {\n            var th = $( checkbox ).data( \"tablesaw-header\" );\n            return this.$getCells( th );\n        };\n\n        ColumnToggle.prototype.refreshToggle = function() {\n            var self = this;\n            this.$menu.find( \"input\" ).each( function() {\n                this.checked = self.$getCellsFromCheckbox( this ).eq( 0 ).css( \"display\" ) === \"table-cell\";\n            });\n        };\n\n        ColumnToggle.prototype.refreshPriority = function(){\n            var self = this;\n            $(this.headers).not( \"td\" ).each( function() {\n                var $this = $( this ),\n                    priority = $this.attr(\"data-tablesaw-priority\"),\n                    $cells = $this.add( this.cells );\n\n                if( priority && priority !== \"persist\" ) {\n                    $cells.addClass( self.classes.priorityPrefix + priority );\n                }\n            });\n        };\n\n        ColumnToggle.prototype.destroy = function() {\n            this.$table.removeClass( this.classes.columnToggleTable );\n            this.$table.find( 'th, td' ).each(function() {\n                var $cell = $( this );\n                $cell.removeClass( 'tablesaw-cell-hidden' )\n                    .removeClass( 'tablesaw-cell-visible' );\n\n                this.className = this.className.replace( /\\bui\\-table\\-priority\\-\\d\\b/g, '' );\n            });\n        };\n\n        // on tablecreate, init\n        $( document ).on( \"tablesawcreate\", function( e, tablesaw ){\n\n            if( tablesaw.mode === 'columntoggle' ){\n                var table = new ColumnToggle( tablesaw.table );\n                table.init();\n            }\n\n        } );\n\n        $( document ).on( \"tablesawdestroy\", function( e, tablesaw ){\n            if( tablesaw.mode === 'columntoggle' ){\n                $( tablesaw.table ).data( 'tablesaw-coltoggle' ).destroy();\n            }\n        } );\n\n    }());\n    ;(function() {\n        function getSortValue( cell ) {\n            var text = [];\n\n            $( cell.childNodes ).each(function() {\n                var $el = $( this );\n                if( $el.is( 'input, select' ) ) {\n                    text.push( $el.val() );\n                } else if( $el.is( '.tablesaw-cell-label' ) ) {\n                } else {\n                    text.push( ( $el.text() || '' ).replace(/^\\s+|\\s+$/g, '') );\n                }\n            });\n\n            return text.join( '' );\n        }\n\n        var pluginName = \"tablesaw-sortable\",\n            initSelector = \"table[data-\" + pluginName + \"]\",\n            sortableSwitchSelector = \"[data-\" + pluginName + \"-switch]\",\n            attrs = {\n                defaultCol: \"data-tablesaw-sortable-default-col\",\n                numericCol: \"data-tablesaw-sortable-numeric\"\n            },\n            classes = {\n                head: pluginName + \"-head\",\n                ascend: pluginName + \"-ascending\",\n                descend: pluginName + \"-descending\",\n                switcher: pluginName + \"-switch\",\n                tableToolbar: 'tablesaw-toolbar',\n                sortButton: pluginName + \"-btn\"\n            },\n            methods = {\n                _create: function( o ){\n                    return $( this ).each(function() {\n                        var init = $( this ).data( pluginName + \"-init\" );\n                        if( init ) {\n                            return false;\n                        }\n                        $( this )\n                            .data( pluginName + \"-init\", true )\n                            .trigger( \"beforecreate.\" + pluginName )\n                            [ pluginName ]( \"_init\" , o )\n                            .trigger( \"create.\" + pluginName );\n                    });\n                },\n                _init: function(){\n                    var el = $( this ),\n                        heads,\n                        $switcher;\n\n                    var addClassToTable = function(){\n                            el.addClass( pluginName );\n                        },\n                        addClassToHeads = function( h ){\n                            $.each( h , function( i , v ){\n                                $( v ).addClass( classes.head );\n                            });\n                        },\n                        makeHeadsActionable = function( h , fn ){\n                            $.each( h , function( i , v ){\n                                var b = $( \"<button class='\" + classes.sortButton + \"'/>\" );\n                                b.on( \"click\" , { col: v } , fn );\n                                $( v ).wrapInner( b );\n                                b.append( \"<span class='tablesaw-sortable-arrow'>\" );\n                            });\n                        },\n                        clearOthers = function( sibs ){\n                            $.each( sibs , function( i , v ){\n                                var col = $( v );\n                                col.removeAttr( attrs.defaultCol );\n                                col.removeClass( classes.ascend );\n                                col.removeClass( classes.descend );\n                            });\n                        },\n                        headsOnAction = function( e ){\n                            if( $( e.target ).is( 'a[href]' ) ) {\n                                return;\n                            }\n\n                            e.stopPropagation();\n                            var head = $( this ).parent(),\n                                v = e.data.col,\n                                newSortValue = heads.index( head[0] );\n\n                            clearOthers( head.siblings() );\n                            if( head.is( \".\" + classes.descend ) ){\n                                el[ pluginName ]( \"sortBy\" , v , true);\n                                newSortValue += '_asc';\n                            } else {\n                                el[ pluginName ]( \"sortBy\" , v );\n                                newSortValue += '_desc';\n                            }\n                            if( $switcher ) {\n                                $switcher.find( 'select' ).val( newSortValue ).trigger( 'refresh' );\n                            }\n\n                            e.preventDefault();\n                        },\n                        handleDefault = function( heads ){\n                            $.each( heads , function( idx , el ){\n                                var $el = $( el );\n                                if( $el.is( \"[\" + attrs.defaultCol + \"]\" ) ){\n                                    if( !$el.is( \".\" + classes.descend ) ) {\n                                        $el.addClass( classes.ascend );\n                                    }\n                                }\n                            });\n                        },\n                        addSwitcher = function( heads ){\n                            $switcher = $( '<div>' ).addClass( classes.switcher ).addClass( classes.tableToolbar );\n\n                            var html = [ '<label>' + Tablesaw.i18n.sort + ':' ];\n\n                            html.push( '<span class=\"btn\"><select>' );\n                            heads.each(function( j ) {\n                                var $t = $( this );\n                                var isDefaultCol = $t.is( \"[\" + attrs.defaultCol + \"]\" );\n                                var isDescending = $t.is( \".\" + classes.descend );\n\n                                var hasNumericAttribute = $t.is( '[data-sortable-numeric]' );\n                                var numericCount = 0;\n                                // Check only the first four rows to see if the column is numbers.\n                                var numericCountMax = 5;\n                                $( this.cells.slice( 0, numericCountMax ) ).each(function() {\n                                    if( !isNaN( parseInt( getSortValue( this ), 10 ) ) ) {\n                                        numericCount++;\n                                    }\n                                });\n                                var isNumeric = numericCount === numericCountMax;\n                                if( !hasNumericAttribute ) {\n                                    $t.attr( \"data-sortable-numeric\", isNumeric ? \"\" : \"false\" );\n                                }\n\n                                html.push( '<option' + ( isDefaultCol && !isDescending ? ' selected' : '' ) + ' value=\"' + j + '_asc\">' + $t.text() + ' ' + ( isNumeric ? '&#x2191;' : '(A-Z)' ) + '</option>' );\n                                html.push( '<option' + ( isDefaultCol && isDescending ? ' selected' : '' ) + ' value=\"' + j + '_desc\">' + $t.text() + ' ' + ( isNumeric ? '&#x2193;' : '(Z-A)' ) + '</option>' );\n                            });\n                            html.push( '</select></span></label>' );\n\n                            $switcher.html( html.join('') );\n\n                            var $toolbar = el.prev().filter( '.tablesaw-bar' ),\n                                $firstChild = $toolbar.children().eq( 0 );\n\n                            if( $firstChild.length ) {\n                                $switcher.insertBefore( $firstChild );\n                            } else {\n                                $switcher.appendTo( $toolbar );\n                            }\n                            $switcher.find( '.btn' ).tablesawbtn();\n                            $switcher.find( 'select' ).on( 'change', function() {\n                                var val = $( this ).val().split( '_' ),\n                                    head = heads.eq( val[ 0 ] );\n\n                                clearOthers( head.siblings() );\n                                el[ pluginName ]( 'sortBy', head.get( 0 ), val[ 1 ] === 'asc' );\n                            });\n                        };\n\n                    addClassToTable();\n                    heads = el.find( \"thead th[data-\" + pluginName + \"-col]\" );\n                    addClassToHeads( heads );\n                    makeHeadsActionable( heads , headsOnAction );\n                    handleDefault( heads );\n\n                    if( el.is( sortableSwitchSelector ) ) {\n                        addSwitcher( heads, el.find('tbody tr:nth-child(-n+3)') );\n                    }\n                },\n                getColumnNumber: function( col ){\n                    return $( col ).prevAll().length;\n                },\n                getTableRows: function(){\n                    return $( this ).find( \"tbody tr\" );\n                },\n                sortRows: function( rows , colNum , ascending, col ){\n                    var cells, fn, sorted;\n                    var getCells = function( rows ){\n                            var cells = [];\n                            $.each( rows , function( i , r ){\n                                var element = $( r ).children().get( colNum );\n                                cells.push({\n                                    element: element,\n                                    cell: getSortValue( element ),\n                                    rowNum: i\n                                });\n                            });\n                            return cells;\n                        },\n                        getSortFxn = function( ascending, forceNumeric ){\n                            var fn,\n                                regex = /[^\\-\\+\\d\\.]/g;\n                            if( ascending ){\n                                fn = function( a , b ){\n                                    if( forceNumeric ) {\n                                        return parseFloat( a.cell.replace( regex, '' ) ) - parseFloat( b.cell.replace( regex, '' ) );\n                                    } else {\n                                        return a.cell.toLowerCase() > b.cell.toLowerCase() ? 1 : -1;\n                                    }\n                                };\n                            } else {\n                                fn = function( a , b ){\n                                    if( forceNumeric ) {\n                                        return parseFloat( b.cell.replace( regex, '' ) ) - parseFloat( a.cell.replace( regex, '' ) );\n                                    } else {\n                                        return a.cell.toLowerCase() < b.cell.toLowerCase() ? 1 : -1;\n                                    }\n                                };\n                            }\n                            return fn;\n                        },\n                        applyToRows = function( sorted , rows ){\n                            var newRows = [], i, l, cur;\n                            for( i = 0, l = sorted.length ; i < l ; i++ ){\n                                cur = sorted[ i ].rowNum;\n                                newRows.push( rows[cur] );\n                            }\n                            return newRows;\n                        };\n\n                    cells = getCells( rows );\n                    var customFn = $( col ).data( 'tablesaw-sort' );\n                    fn = ( customFn && typeof customFn === \"function\" ? customFn( ascending ) : false ) ||\n                        getSortFxn( ascending, $( col ).is( '[data-sortable-numeric]' ) && !$( col ).is( '[data-sortable-numeric=\"false\"]' ) );\n\n                    sorted = cells.sort( fn );\n                    rows = applyToRows( sorted , rows );\n                    return rows;\n                },\n                replaceTableRows: function( rows ){\n                    var el = $( this ),\n                        body = el.find( \"tbody\" );\n\n                    for( var j = 0, k = rows.length; j < k; j++ ) {\n                        body.append( rows[ j ] );\n                    }\n                },\n                makeColDefault: function( col , a ){\n                    var c = $( col );\n                    c.attr( attrs.defaultCol , \"true\" );\n                    if( a ){\n                        c.removeClass( classes.descend );\n                        c.addClass( classes.ascend );\n                    } else {\n                        c.removeClass( classes.ascend );\n                        c.addClass( classes.descend );\n                    }\n                },\n                sortBy: function( col , ascending ){\n                    var el = $( this ), colNum, rows;\n\n                    colNum = el[ pluginName ]( \"getColumnNumber\" , col );\n                    rows = el[ pluginName ]( \"getTableRows\" );\n                    rows = el[ pluginName ]( \"sortRows\" , rows , colNum , ascending, col );\n                    el[ pluginName ]( \"replaceTableRows\" , rows );\n                    el[ pluginName ]( \"makeColDefault\" , col , ascending );\n                    el.trigger( \"tablesaw-sorted\" );\n                }\n            };\n\n        // Collection method.\n        $.fn[ pluginName ] = function( arrg ) {\n            var args = Array.prototype.slice.call( arguments , 1),\n                returnVal;\n\n            // if it's a method\n            if( arrg && typeof( arrg ) === \"string\" ){\n                returnVal = $.fn[ pluginName ].prototype[ arrg ].apply( this[0], args );\n                return (typeof returnVal !== \"undefined\")? returnVal:$(this);\n            }\n            // check init\n            if( !$( this ).data( pluginName + \"-active\" ) ){\n                $( this ).data( pluginName + \"-active\", true );\n                $.fn[ pluginName ].prototype._create.call( this , arrg );\n            }\n            return $(this);\n        };\n        // add methods\n        $.extend( $.fn[ pluginName ].prototype, methods );\n\n        $( document ).on( \"tablesawcreate\", function( e, Tablesaw ) {\n            if( Tablesaw.$table.is( initSelector ) ) {\n                Tablesaw.$table[ pluginName ]();\n            }\n        });\n\n    }());\n\n    ;(function(){\n\n        $.extend( Tablesaw.config, {\n            swipe: {\n                horizontalThreshold: 15,\n                verticalThreshold: 30\n            }\n        });\n\n        function sumStyles( $el, props ) {\n            var total = 0;\n            for( var j = 0, k = props.length; j < k; j++ ) {\n                total += parseInt( $el.css( props[ j ] ) || 0, 10 );\n            }\n            return total;\n        }\n\n        function outerWidth( el ) {\n            var $el = $( el );\n            return $el.width() + sumStyles( $el, [ \"border-left-width\", \"border-right-width\" ] );\n        }\n\n        var classes = {\n            // TODO duplicate class, also in tables.js\n            toolbar: \"tablesaw-bar\",\n            hideBtn: \"disabled\",\n            persistWidths: \"tablesaw-fix-persist\",\n            allColumnsVisible: 'tablesaw-all-cols-visible'\n        };\n        var attrs = {\n            disableTouchEvents: \"data-tablesaw-no-touch\"\n        };\n\n        function createSwipeTable( $table ){\n\n            var $btns = $( \"<div class='tablesaw-advance'></div>\" ),\n                $prevBtn = $( \"<a href='#' class='tablesaw-nav-btn btn btn-micro left' title='Previous Column'></a>\" ).appendTo( $btns ),\n                $nextBtn = $( \"<a href='#' class='tablesaw-nav-btn btn btn-micro right' title='Next Column'></a>\" ).appendTo( $btns ),\n                $headerCells = $table.find( \"thead th\" ),\n                $headerCellsNoPersist = $headerCells.not( '[data-tablesaw-priority=\"persist\"]' ),\n                headerWidths = [],\n                $head = $( document.head || 'head' ),\n                tableId = $table.attr( 'id' );\n\n            if( !$headerCells.length ) {\n                throw new Error( \"tablesaw swipe: no header cells found. Are you using <th> inside of <thead>?\" );\n            }\n\n            $table.addClass( \"tablesaw-swipe\" );\n\n            // Calculate initial widths\n            $headerCells.each(function() {\n                var width = outerWidth( this );\n                headerWidths.push( width );\n            });\n\n            $btns.appendTo( $table.prev().filter( '.tablesaw-bar' ) );\n\n            if( !tableId ) {\n                tableId = 'tableswipe-' + Math.round( Math.random() * 10000 );\n                $table.attr( 'id', tableId );\n            }\n\n            function $getCells( headerCell ) {\n                return $( headerCell.cells ).add( headerCell );\n            }\n\n            function showColumn( headerCell ) {\n                $getCells( headerCell ).removeClass( 'tablesaw-cell-hidden' );\n            }\n\n            function hideColumn( headerCell ) {\n                $getCells( headerCell ).addClass( 'tablesaw-cell-hidden' );\n            }\n\n            function persistColumn( headerCell ) {\n                $getCells( headerCell ).addClass( 'tablesaw-cell-persist' );\n            }\n\n            function isPersistent( headerCell ) {\n                return $( headerCell ).is( '[data-tablesaw-priority=\"persist\"]' );\n            }\n\n            function unmaintainWidths() {\n                $table.removeClass( classes.persistWidths );\n                $( '#' + tableId + '-persist' ).remove();\n            }\n\n            function maintainWidths() {\n                var prefix = '#' + tableId + '.tablesaw-swipe ',\n                    styles = [],\n                    tableWidth = $table.width(),\n                    hash = [],\n                    newHash;\n\n                $headerCells.each(function( index ) {\n                    var width;\n                    if( isPersistent( this ) ) {\n                        width = outerWidth( this );\n\n                        // Only save width on non-greedy columns (take up less than 75% of table width)\n                        if( width < tableWidth * 0.75 ) {\n                            hash.push( index + '-' + width );\n                            styles.push( prefix + ' .tablesaw-cell-persist:nth-child(' + ( index + 1 ) + ') { width: ' + width + 'px; }' );\n                        }\n                    }\n                });\n                newHash = hash.join( '_' );\n\n                $table.addClass( classes.persistWidths );\n\n                var $style = $( '#' + tableId + '-persist' );\n                // If style element not yet added OR if the widths have changed\n                if( !$style.length || $style.data( 'tablesaw-hash' ) !== newHash ) {\n                    // Remove existing\n                    $style.remove();\n\n                    if( styles.length ) {\n                        $( '<style>' + styles.join( \"\\n\" ) + '</style>' )\n                            .attr( 'id', tableId + '-persist' )\n                            .data( 'tablesaw-hash', newHash )\n                            .appendTo( $head );\n                    }\n                }\n            }\n\n            function getNext(){\n                var next = [],\n                    checkFound;\n\n                $headerCellsNoPersist.each(function( i ) {\n                    var $t = $( this ),\n                        isHidden = $t.css( \"display\" ) === \"none\" || $t.is( \".tablesaw-cell-hidden\" );\n\n                    if( !isHidden && !checkFound ) {\n                        checkFound = true;\n                        next[ 0 ] = i;\n                    } else if( isHidden && checkFound ) {\n                        next[ 1 ] = i;\n\n                        return false;\n                    }\n                });\n\n                return next;\n            }\n\n            function getPrev(){\n                var next = getNext();\n                return [ next[ 1 ] - 1 , next[ 0 ] - 1 ];\n            }\n\n            function nextpair( fwd ){\n                return fwd ? getNext() : getPrev();\n            }\n\n            function canAdvance( pair ){\n                return pair[ 1 ] > -1 && pair[ 1 ] < $headerCellsNoPersist.length;\n            }\n\n            function matchesMedia() {\n                var matchMedia = $table.attr( \"data-tablesaw-swipe-media\" );\n                return !matchMedia || ( \"matchMedia\" in win ) && win.matchMedia( matchMedia ).matches;\n            }\n\n            function fakeBreakpoints() {\n                if( !matchesMedia() ) {\n                    return;\n                }\n\n                var\tcontainerWidth = $table.parent().width(),\n                    persist = [],\n                    sum = 0,\n                    sums = [],\n                    visibleNonPersistantCount = $headerCells.length;\n\n                $headerCells.each(function( index ) {\n                    var $t = $( this ),\n                        isPersist = $t.is( '[data-tablesaw-priority=\"persist\"]' );\n\n                    persist.push( isPersist );\n                    sum += headerWidths[ index ];\n                    sums.push( sum );\n\n                    // is persistent or is hidden\n                    if( isPersist || sum > containerWidth ) {\n                        visibleNonPersistantCount--;\n                    }\n                });\n\n                // We need at least one column to swipe.\n                var needsNonPersistentColumn = visibleNonPersistantCount === 0;\n\n                $headerCells.each(function( index ) {\n                    if( persist[ index ] ) {\n\n                        // for visual box-shadow\n                        persistColumn( this );\n                        return;\n                    }\n\n                    if( sums[ index ] <= containerWidth || needsNonPersistentColumn ) {\n                        needsNonPersistentColumn = false;\n                        showColumn( this );\n                    } else {\n                        hideColumn( this );\n                    }\n                });\n\n                unmaintainWidths();\n                $table.trigger( 'tablesawcolumns' );\n            }\n\n            function advance( fwd ){\n                var pair = nextpair( fwd );\n                if( canAdvance( pair ) ){\n                    if( isNaN( pair[ 0 ] ) ){\n                        if( fwd ){\n                            pair[0] = 0;\n                        }\n                        else {\n                            pair[0] = $headerCellsNoPersist.length - 1;\n                        }\n                    }\n\n                    maintainWidths();\n\n                    hideColumn( $headerCellsNoPersist.get( pair[ 0 ] ) );\n                    showColumn( $headerCellsNoPersist.get( pair[ 1 ] ) );\n\n                    $table.trigger( 'tablesawcolumns' );\n                }\n            }\n\n            $prevBtn.add( $nextBtn ).on( \"click\", function( e ){\n                advance( !!$( e.target ).closest( $nextBtn ).length );\n                e.preventDefault();\n            });\n\n            function getCoord( event, key ) {\n                return ( event.touches || event.originalEvent.touches )[ 0 ][ key ];\n            }\n\n            if( !$table.is( \"[\" + attrs.disableTouchEvents + \"]\" ) ) {\n\n                $table\n                    .on( \"touchstart.swipetoggle\", function( e ){\n                        var originX = getCoord( e, 'pageX' ),\n                            originY = getCoord( e, 'pageY' ),\n                            x,\n                            y;\n\n                        $( win ).off( \"resize\", fakeBreakpoints );\n\n                        $( this )\n                            .on( \"touchmove\", function( e ){\n                                x = getCoord( e, 'pageX' );\n                                y = getCoord( e, 'pageY' );\n                                var cfg = Tablesaw.config.swipe;\n                                if( Math.abs( x - originX ) > cfg.horizontalThreshold && Math.abs( y - originY ) < cfg.verticalThreshold ) {\n                                    e.preventDefault();\n                                }\n                            })\n                            .on( \"touchend.swipetoggle\", function(){\n                                var cfg = Tablesaw.config.swipe;\n                                if( Math.abs( y - originY ) < cfg.verticalThreshold ) {\n                                    if( x - originX < -1 * cfg.horizontalThreshold ){\n                                        advance( true );\n                                    }\n                                    if( x - originX > cfg.horizontalThreshold ){\n                                        advance( false );\n                                    }\n                                }\n\n                                window.setTimeout(function() {\n                                    $( win ).on( \"resize\", fakeBreakpoints );\n                                }, 300);\n                                $( this ).off( \"touchmove touchend\" );\n                            });\n                    });\n            }\n\n            $table\n                .on( \"tablesawcolumns.swipetoggle\", function(){\n                    var canGoPrev = canAdvance( getPrev() );\n                    var canGoNext = canAdvance( getNext() );\n                    $prevBtn[ canGoPrev ? \"removeClass\" : \"addClass\" ]( classes.hideBtn );\n                    $nextBtn[ canGoNext ? \"removeClass\" : \"addClass\" ]( classes.hideBtn );\n\n                    $prevBtn.closest( \".\" + classes.toolbar )[ !canGoPrev && !canGoNext ? 'addClass' : 'removeClass' ]( classes.allColumnsVisible );\n                })\n                .on( \"tablesawnext.swipetoggle\", function(){\n                    advance( true );\n                } )\n                .on( \"tablesawprev.swipetoggle\", function(){\n                    advance( false );\n                } )\n                .on( \"tablesawdestroy.swipetoggle\", function(){\n                    var $t = $( this );\n\n                    $t.removeClass( 'tablesaw-swipe' );\n                    $t.prev().filter( '.tablesaw-bar' ).find( '.tablesaw-advance' ).remove();\n                    $( win ).off( \"resize\", fakeBreakpoints );\n\n                    $t.off( \".swipetoggle\" );\n                })\n                .on( \"tablesawrefresh\", function() {\n                    // manual refresh\n                    headerWidths = [];\n                    $headerCells.each(function() {\n                        var width = outerWidth( this );\n                        headerWidths.push( width );\n                    });\n\n                    fakeBreakpoints();\n                });\n\n            fakeBreakpoints();\n            $( win ).on( \"resize\", fakeBreakpoints );\n        }\n\n\n\n        // on tablecreate, init\n        $( document ).on( \"tablesawcreate\", function( e, tablesaw ){\n            if( tablesaw.mode === 'swipe' ){\n                createSwipeTable( tablesaw.$table );\n            }\n\n        } );\n\n    }());\n\n    ;(function(){\n\n        var MiniMap = {\n            attr: {\n                init: 'data-tablesaw-minimap'\n            }\n        };\n\n        function createMiniMap( $table ){\n\n            var $btns = $( '<div class=\"tablesaw-advance minimap\">' ),\n                $dotNav = $( '<ul class=\"tablesaw-advance-dots\">' ).appendTo( $btns ),\n                hideDot = 'tablesaw-advance-dots-hide',\n                $headerCells = $table.find( 'thead th' );\n\n            // populate dots\n            $headerCells.each(function(){\n                $dotNav.append( '<li><i></i></li>' );\n            });\n\n            $btns.appendTo( $table.prev().filter( '.tablesaw-bar' ) );\n\n            function showMinimap( $table ) {\n                var mq = $table.attr( MiniMap.attr.init );\n                return !mq || win.matchMedia && win.matchMedia( mq ).matches;\n            }\n\n            function showHideNav(){\n                if( !showMinimap( $table ) ) {\n                    $btns.css( \"display\", \"none\" );\n                    return;\n                }\n                $btns.css( \"display\", \"block\" );\n\n                // show/hide dots\n                var dots = $dotNav.find( \"li\" ).removeClass( hideDot );\n                $table.find( \"thead th\" ).each(function(i){\n                    if( $( this ).css( \"display\" ) === \"none\" ){\n                        dots.eq( i ).addClass( hideDot );\n                    }\n                });\n            }\n\n            // run on init and resize\n            showHideNav();\n            $( win ).on( \"resize\", showHideNav );\n\n\n            $table\n                .on( \"tablesawcolumns.minimap\", function(){\n                    showHideNav();\n                })\n                .on( \"tablesawdestroy.minimap\", function(){\n                    var $t = $( this );\n\n                    $t.prev().filter( '.tablesaw-bar' ).find( '.tablesaw-advance' ).remove();\n                    $( win ).off( \"resize\", showHideNav );\n\n                    $t.off( \".minimap\" );\n                });\n        }\n\n\n\n        // on tablecreate, init\n        $( document ).on( \"tablesawcreate\", function( e, tablesaw ){\n\n            if( ( tablesaw.mode === 'swipe' || tablesaw.mode === 'columntoggle' ) && tablesaw.$table.is( '[ ' + MiniMap.attr.init + ']' ) ){\n                createMiniMap( tablesaw.$table );\n            }\n\n        } );\n\n    }());\n\n    ;(function() {\n\n        var S = {\n            selectors: {\n                init: 'table[data-tablesaw-mode-switch]'\n            },\n            attributes: {\n                excludeMode: 'data-tablesaw-mode-exclude'\n            },\n            classes: {\n                main: 'tablesaw-modeswitch',\n                toolbar: 'tablesaw-toolbar'\n            },\n            modes: [ 'stack', 'swipe', 'columntoggle' ],\n            init: function( table ) {\n                var $table = $( table ),\n                    ignoreMode = $table.attr( S.attributes.excludeMode ),\n                    $toolbar = $table.prev().filter( '.tablesaw-bar' ),\n                    modeVal = '',\n                    $switcher = $( '<div>' ).addClass( S.classes.main + ' ' + S.classes.toolbar );\n\n                var html = [ '<label>' + Tablesaw.i18n.columns + ':' ],\n                    dataMode = $table.attr( 'data-tablesaw-mode' ),\n                    isSelected;\n\n                html.push( '<span class=\"btn\"><select>' );\n                for( var j=0, k = S.modes.length; j<k; j++ ) {\n                    if( ignoreMode && ignoreMode.toLowerCase() === S.modes[ j ] ) {\n                        continue;\n                    }\n\n                    isSelected = dataMode === S.modes[ j ];\n\n                    if( isSelected ) {\n                        modeVal = S.modes[ j ];\n                    }\n\n                    html.push( '<option' +\n                        ( isSelected ? ' selected' : '' ) +\n                        ' value=\"' + S.modes[ j ] + '\">' + Tablesaw.i18n.modes[ j ] + '</option>' );\n                }\n                html.push( '</select></span></label>' );\n\n                $switcher.html( html.join( '' ) );\n\n                var $otherToolbarItems = $toolbar.find( '.tablesaw-advance' ).eq( 0 );\n                if( $otherToolbarItems.length ) {\n                    $switcher.insertBefore( $otherToolbarItems );\n                } else {\n                    $switcher.appendTo( $toolbar );\n                }\n\n                $switcher.find( '.btn' ).tablesawbtn();\n                $switcher.find( 'select' ).on( 'change', S.onModeChange );\n            },\n            onModeChange: function() {\n                var $t = $( this ),\n                    $switcher = $t.closest( '.' + S.classes.main ),\n                    $table = $t.closest( '.tablesaw-bar' ).next().eq( 0 ),\n                    val = $t.val();\n\n                $switcher.remove();\n                $table.data( 'tablesaw' ).destroy();\n\n                $table.attr( 'data-tablesaw-mode', val );\n                $table.tablesaw();\n            }\n        };\n\n        $( win.document ).on( \"tablesawcreate\", function( e, Tablesaw ) {\n            if( Tablesaw.$table.is( S.selectors.init ) ) {\n                S.init( Tablesaw.table );\n            }\n        });\n\n    })();\n}));","\n$(document).foundation();\n\n$( \"#toggle-sidebar\" ).click(function() {\n  $('#offCanvas').toggleClass('is-open');\n});\n\n\n$('.masonry-grid').masonry({\n  itemSelector: '.grid-item'\n});\n\n// Data Viz Colors\n\nvar colorData = [];\n$.each([0, 1, 2, 3, 4, 5, 6], function(idx) { colorData.push($('.color-data-' + (idx + 1)).css('fill')) });\n\n// End Data Viz Colors\n\n$('body').on('touchend', function() {\n  $('.side-bar-main').css('width' , '45px');\n});\n\n$('.side-bar-main').on('touchend', function(e) {\n  e.stopPropagation();\n  $(this).css('width','250px');\n});\n\n$(window).scroll(function() {\n    var scroll = $(window).scrollTop();\n    if(scroll >= 50) {\n        $(\".search-box\").addClass(\"search-box-smaller\");\n    } else {\n        $(\".search-box\").removeClass(\"search-box-smaller\");\n    }\n});\n\n$(window).scroll(function() {\n    var scroll = $(window).scrollTop();\n    if(scroll >= 50) {\n        $(\".help-content\").addClass(\"help-push-top\");\n    } else {\n        $(\".help-content\").removeClass(\"help-push-top\");\n    }\n});\n"]}