GlobalCube
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analytics


			
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							<html><head>
<script type="text/javascript">
Array.prototype._toString = Array.prototype.toString;
Array.prototype.toString = function(){ return "[" + this._toString() + "]"; };

Number.prototype._toString = Number.prototype.toString;
Number.prototype.toString = function(radix){ if(!radix || radix==10){ return ""+this._toString() } if(radix==2){ return "0b"+this._toString(radix); } if(radix==8){ return "0o"+this._toString(radix); } if(radix==16){ return "0x"+this._toString(radix); } return this._toString(radix) + "#" + radix._toString(); };

(function(){ // env is private
	parseFloat = function(str){
	var obj = null;
	function getRadixObject(whole, numberStr, base){
		obj = {number:numberStr, radix:base};
		return "";
	}
	function getBaseString(whole, base, numberStr){
		var baseNum = (base == '0b') ? 2 : (base == '0o') ? 8 : 16;
		return numberStr+"#"+baseNum;
	}


	var str = str.replace(/(0b|0o|0x)(([0-9a-zA-Z]+\.[0-9a-zA-Z]*|\.[0-9a-zA-Z]+|[0-9a-zA-Z]+))/, getBaseString);

	var radix;

	var poundRegExp = /([0-9a-zA-Z]+\.[0-9a-zA-Z]*|\.[0-9a-zA-Z]+|[0-9a-zA-Z]+)\#([0-9a-zA-Z]+)/g;
	if(poundRegExp.test(str)){
		// define obj in getRadixObject
		str.replace(poundRegExp, getRadixObject);
		radix = obj.radix;
		str = obj.number;
	}
	if(!radix){
		radix = 10;
	}
	var decimal = str.indexOf('.');
	if(decimal>=0){
		var left = str.substring(0,decimal);
		if(left == ""){
			left = "0";
		}
		var right = str.substring(decimal+1, str.length);
		if(right == ""){
			right = "0";
		}
		var num = parseInt(left, radix);

		var dec = parseInt(right, radix);
		var length = dec._toString().length;
		dec /= Math.pow(radix, right.length);
		return num+dec;
	}
	return parseInt(str, radix);
};

	var env = {
		window: undefined, "delete": undefined, "new": undefined, // invalidate access to the globals for security so that window.blah is invalid as is delete window

		prompt: function(label, defaultValue){
			// summary
			//	prompt the user for input without making IE8 mad.
			// params
			//	label: the String name of the variable you are asking the user to input
			//	defaultValue: primitive, the prompt will show this value initially

			label = label || '';
			defaultValue = defaultValue || '';
			try{
				return this.outerPrompt(label, defaultValue);
			}catch(e){
				return window.prompt(label, defaultValue);
			}
		},
		val: function(local, name, obj){
			// summary
			//	allow the user to use locals, globals, or give input for undefined values
			// params:
			//	local, a primitive object, is what value might've been passed to val as a local parameter.
			//	name is the String name of the object.  It is passed to see if there is an available global or to set the global.
			var objValue = obj[name];
			local = (objValue == undefined) ? (local == undefined ? window[name] : local) : objValue ;

			if(typeof local == 'undefined'){
				if(obj.graphing){
					return undefined;
				}
				local=this.prompt('Enter the value for ' + name, undefined, name);

				return local == null ? undefined : (isNaN(Number(local)) ? local : Number(local));
			}
			return local;
		},
		_makeKeywordsLiteral: function (text){
			// summary
			//	surround reserved words with hex characters
			// ==, then >=. the <=, then !=, then = and surround them with \x0n first
			text = text.replace(/(!=(?!=)|==|>=|<=|=)/g, "\x02$1\x02");
			return text.replace(/\b(abstract|boolean|break|byte|case|catch|char|class|const|continue|debugger|default|do|double|else|enum|export|extends|false|final|finally|float|for|function|goto|if|implements|import|in| instanceof|int|interface|long|native|null|package|private|protected|public|return|short|static|super| switch|synchronized|this|throw|throws|transient|true|try|typeof|var|void|volatile|while|with)\b/g, "\x02$1\x02");
		},
		switchToGermanNumbers: function(text){
			// summary
			//	change the format of some javascript allowed numbers to an alternate form 3.5 goes to 3,5
			var num = 0;
			var numbers = [];
			function substituteCommas(whole, junk, text){
				numbers['_'+num+'_'] = text.replace(/\,/g, ';');
				return junk+'_'+(num++)+'_';
			}
			function substituteNumbers(wholematch, stuff, junk, text, stuff2){
				return stuff+numbers[text]+stuff2;
			}
			if(typeof text != "string"){
				text = text.toString();
			}
			if(text.indexOf('\x02')<0){
				text = this._makeKeywordsLiteral(text);
				//text = text.replace(/(!=(?!=)|==|>=|<=|=)/g, "\x02$1\x02");
			}

			// same as semiColonRegExp
			var commaRegExp = /([^\x02\s]*)(\([^\(\)]+\)|\[[^\[\]]+\])/;
			while(commaRegExp.test(text)){
				text = text.replace(commaRegExp , substituteCommas);
			}

			while(/((\W)*)(\_[0-9]+\_)((\W)*)/.test(text)){
				text = text.replace(/((\W)*)(\_[0-9]+\_)((\W)*)/g, substituteNumbers);
			}

			text = text.replace(/([0-9]*)\.([0-9]+)/g, "$1"+','+"$2");

			// get rid of keyword characters (duplicate code from parse())
			return text.replace(/\x02((.|\s)*?)\x02/g, "$1");
		},
		normalizeTextLanguage: function(text){
			// summary
			//	change text to use javascript list separators and decimal points instead of commas
			// params
			//	text is a string like "pow(3,1; 4);"
			//		for that input, this method should return "pow(3.1, 4);"

			var num = 0;
			var numbers = [];
			function substituteSemicolons(whole, junk, text){
				numbers['_'+num+'_'] = text.replace(/\;/g, ',');
				return junk+'_'+(num++)+'_';
			}
			function substituteNumbers(wholematch, stuff, junk, text, stuff2){
				return stuff+numbers[text]+stuff2;
			}
			if(text.indexOf('\x02')<0){
				text = this._makeKeywordsLiteral(text);
			}
			// change all comma-type decimals into periods
			text = text.replace(/([0-9]*)\,([0-9]+)/g, "$1"+'.'+"$2");
			//alert(text);
			var semiColonRegExp = /([^\x02\s]*)(\([^\(\)]+\)|\[[^\[\]]+\])/; // /([^\x02\s]+)(\([^\(\)]+\)|\[[^\[\]]+\])/; // /[^\x02\s]+\([^\(\)]+\)|[^\x02\s]+\[[^\[\]]+\]/; // /[^\x02]\s*\([^\(]+\)/;
			while(semiColonRegExp.test(text)){
				text = text.replace(semiColonRegExp, substituteSemicolons);
			}
			while(/((\W)*)(\_[0-9]+\_)((\W)*)/.test(text)){
				text = text.replace(/((\W)*)(\_[0-9]+\_)((\W)*)/g, substituteNumbers);
			}
			// get rid of keyword characters (duplicate code from parse())
			return text.replace(/\x02((.|\s)*?)\x02/g, "$1");
		},
		preparse: function(text){
			// summary
			//	change the numbers to javascript allowed numbers if it is from a different locale
			if(!this.isJavaScriptLanguage){
				text = this.normalizeTextLanguage(text);
			}
			return text;
		},
		// parseFloat(Number(4.5).toString(3)) should return 4.5

		postparse: function(text){
			// summary
			//	make the javascript numbers match the locale
			if(!this.isJavaScriptLanguage){
				text = this.switchToGermanNumbers(text);
			}
			return text;
		},
		toDecimalRegExp: function(whole, base, number){
			// summary
			//	get the decimal number from a float
			function getBase(base){
				switch(base){
					case '0b':
						return 2;
					case '0o':
						return 8;
					case '0x':
						return 16;
					default:
						return 10;
				}
			}
			//return parseInt(base, getBase(base));
			return parseFloat(base+number);
		},
		parse: function(text){
			// summary
			//	This parses augmented mathematical syntax and converts it to executable JavaScript.
			// params:
			//	text should be a String which represents an expression, a function, a number, etc
			//
			// this array holds the substitutions that represent an expression's parentheses and functions in a simplified way.
			var	numbers = [],
				// characters
				functionContentsChar = '\x03',
			// these are the regular expression needed to find and replace operators
				factorialRE = /((\w|\.)+)\s*\!/,
				unaryRightsideRE = /(^|[\+\-\/\*\!\^\u221A]+\s*)([\+\-]+)\s*((\w|\.)+)(?!.*[\+\-])/,
				unaryRE = /(^|[^a-zA-Z0-9_\.\s]+\s*)([\+\-]+|\u221A)\s*((\w|\.)+)/,		 // /(^|[^a-zA-Z0-9_\.]\s*)([\+\-]+|\u221A)\s*((\w|\.)+)/,
				caretRE = /((\w|\.)+)\s*([\^])\s*((\w|\.)+)/, // /((\w|\.)+)\s*([\^])\s*(-?\s*(\w|\.)+)/, 
				radicalRE = /((\w|\.)+)\s*(\u221A)\s*([+-]?\s*(\w|\.)+)/, // /((\w|\.)+)\s*(\u221A)\s*([+-]?\s*(\w|\.)+)(?!.*\u221A)/,
				binaryHighRE = /((\w|\.)+)\s*([*/])\s*((\w|\.)+)/,
				binaryLowRE = /((\w|\.)+)\s*([\+\-])+\s*((\w|\.)+)/;

			// get rid of all new and delete statements
			text = exterminateNewAndDelete(text);
			// make all keywords and operators literal (like '!=' or 'return') by surrounding them with unprintable characters
			text = this._makeKeywordsLiteral(text);


			function getBaseTen(whole, numberStr, base){
				return ""+parseFloat(numberStr+"#"+parseInt(base));
			}
			text = text.replace(/(0b)([0-1]+\.[0-1]*|\.[0-1]+|[0-1]+)/g, this.toDecimalRegExp);
			text = text.replace(/(0o)([0-7]+\.[0-7]*|\.[0-7]+|[0-7]+)/g, this.toDecimalRegExp);
			text = text.replace(/(0x)([0-9a-zA-Z]+\.[0-9a-zA-Z]*|\.[0-9a-zA-Z]+|[0-9a-zA-Z]+)/g, this.toDecimalRegExp);

			text = text.replace(/([0-9a-zA-Z]+\.[0-9a-zA-Z]*|\.[0-9a-zA-Z]+|[0-9a-zA-Z]+)\#([0-9a-zA-Z]+)/g, getBaseTen);

			// parse the input to form JavaScript
			return MathParser(text);

			function MathParser(text){
				// Pi is better represented by \u03C0, but isn't computable
				text = text.replace(/\u03C0/g,"Math.PI");
				text = text.replace(/\u03F5/g,"Math.E");

				// Microsoft word will give you these '\u2013' for a subtraction sign sometimes, so I'll fix that here
				text = text.replace(/\u2013/g, "-");
				// add unreadable characters in front of functions so it is easier to manipulate
				text = text.replace(/(((\w|\.)+\s*)\()/g,putFuncChar);

				// change 10e-10 or 10e10 or 10e+10 to an constant right away
				text = scientificNotationSimplifier(text);
				// recursively track down and replace all simplified parts of the expression until everything is simple; then move the simple text into the correct JavaScript format
				text = parseRecursive(text);
				// now resubstitute the real text back into the string now that it is arranged correctly
				while (hasArrayIndexBasedOnUnderscore(text)){
					text  = text.replace(/\_(\d+)\_/g, function(whole, one){return numbers[parseInt(one)]});
				}
				// get rid of the function character from the functions now
				text = text.replace(/\x01/g,"");
				// get rid of keyword characters too
				text = text.replace(/\x02((.|\s)*?)\x02/g, "$1");
				return text;
			}
			function exterminateNewAndDelete(text){
				return text.replace(/\b(delete|new|this\.*)\b/, "");
			}
			// A simple grouping has no parentheses inside the initial pair.
			function isSimpleGrouping(text){
				return (/^\([^()]*\)|\W\([^()]*\)/).test(text);
			}
			function ReplaceSimpleGrouping(text){
				return text.replace((/(^|\W)(\([^()]*\))/), replaceWithNum);
			}
			function replaceWithNum(wholeMatch, partMatch1, partMatch2){
				numbers.push(partMatch2);
				return partMatch1+"_"+(numbers.length-1)+"_";
			}
			function replaceFuncWithNum(wholeMatch){
				numbers.push(wholeMatch);
				return "_"+(numbers.length-1)+"_";
			}
			// A simple function has no parentheses within its parentheses, and has the special character \x01 leading up to the name and (...)
			function isSimpleFunction(text){
				return (/\x01((\w|\.)+\s*)\([^()]*\)/).test(text);
			}
			function ReplaceSimpleFunction(text){
				return text.replace(/\x01((\w|\.)+\s*)\([^()]*\)/, replaceFuncWithNum);
			}
			function FactorialParser(text){
				// loop this untill all ! are gone (in main)
				return text.replace(factorialRE, "\x01"+"factorial($1)");
			}
			function putFuncChar(wholematch){
				return '\x01'+wholematch;
			}
			function putInPiece(wholematch){
				return numbers[currentNum];
			}

			function caretParser(text){
				return text.replace(caretRE, replaceBinaryOp);
			}
			// the unary radical is inside the unaryOperatorParse(text) function
			function radicalOperatorParse(text){
				return text.replace(radicalRE, replaceBinaryOp);
			}
			function replaceBinaryOp(wholeMatch, operand1, nothing1, operator, operand2){

				switch(operator.charAt(0)){
					case '^':
						return "\x01"+"pow("+operand1+","+operand2+")";
					case '\u221A':
						return "\x01"+"pow("+operand2+", 1/"+operand1+")";
					case '*':
					case '/':
						return replaceFuncWithNum(wholeMatch);
					case '+':
					case '-':
					case 'e':
						return replaceFuncWithNum(simplifyPlusAnsMinus(wholeMatch));
				}
			}
			// e is treated as a binary operator
			function scientificNotationSimplifier(text){
				//return text.replace(/((\w|\.)+)\s*([\e])\s*([+-]*\s*(\w|\.)+)/g, replaceBinaryOp);
				return text.replace(/(([0-9]+\.?[0-9]*))(e)([+-]*([0-9]+))/g, replaceBinaryOp);
			}
			// this handles * and /
			function binaryHighPriorityOperatorParse(text){
				return text.replace(binaryHighRE, replaceBinaryOp);
			}
			// this handles + and - with two operands
			function binaryLowPriorityOperatorParse(text){
				return text.replace(binaryLowRE, replaceBinaryOp);
			}
			// this replaces the one operand +'s, -'s, and radicals
			function replaceUnaryOp(wholeMatch, garbage, operator0, operand0){
				// see what operator it is
				switch(operator0.charAt(0)){
					case '\u221A':
						return garbage+"\x01"+"sqrt("+operand0+")";
					case '+':
					case '-':
						return garbage+replaceFuncWithNum(simplifyPlusAnsMinus(wholeMatch.substr(garbage.length)));
				}
			}
			// this handles one operand operators -, +, radical
			function unaryOperatorParse(text){
				return text.replace(unaryRE, replaceUnaryOp);
			}
			// this handles one operand operators on the right side of everything
			function unaryOperatorRightsideParse(text){
				return text.replace(unaryRightsideRE, replaceUnaryOp);
			}
			function parseRecursive(text){
				// keep going until there is nothing left that can be simplified
				while (isSimpleGrouping(text)||isSimpleFunction(text)||factorialRE.test(text)||caretRE.test(text)||radicalRE.test(text)||unaryRE.test(text)||binaryHighRE.test(text)||binaryLowRE.test(text)){

					var sTextOrginal = text;

					if(isSimpleFunction(text)){
						var debugText = text;

						text = ReplaceSimpleFunction(text);
						var	s = numbers[numbers.length-1],
							pL = s.indexOf("("),
							funcName = s.substring(s.indexOf("\x01")+1, pL),//take out the function character
							content = s.substring(pL+1, s.length-1);

						numbers[numbers.length-1] = funcName+"("+parseRecursive(functionContentsChar+content)+")";
						continue;
					}
					if(isSimpleGrouping(text)){
						text = ReplaceSimpleGrouping(text);
						var	s = numbers[numbers.length-1],
							content = s.substring(1, s.length-1);
						numbers[numbers.length-1] = "("+parseRecursive(content)+")";
						continue;
					}

					// factorials must come first for 5^2! cases, it equals 25
					text = FactorialParser(text);
					if(text!=sTextOrginal){
						continue;
					}

					text = caretParser(text);
					if(text!=sTextOrginal){
						continue;
					}

					text = radicalOperatorParse(text);
					if(text!=sTextOrginal){
						continue;
					}
					text = unaryOperatorRightsideParse(text);
					if(text!=sTextOrginal){
						// put parentheses around the unary operators so 0--2 will pass
						numbers[numbers.length-1] = "("+numbers[numbers.length-1]+")";
						continue;
					}
					text = unaryOperatorParse(text);
					if(text!=sTextOrginal){
						// put parentheses around the unary operators so 0--2 will pass
						numbers[numbers.length-1] = "("+numbers[numbers.length-1]+")";
						continue;
					}

					text = binaryHighPriorityOperatorParse(text);
					if(text!=sTextOrginal){
						continue;
					}
					text = binaryLowPriorityOperatorParse(text);
					if(text!=sTextOrginal){
						continue;
					}
					// it should never ever make it to this point.  If it does, I'll want to know about it.
					throw("Parse Error");
				}
				// make assignments within function calls be arranged to be (x=y, undefined)
				if(text.charAt(0) == functionContentsChar){
					text = text.substring(1, text.length);
					if(text.indexOf('=') >= 0){
						text = ReplaceFunctionContentAssignments(text);
					}
				}

				return text;
			}
			function ReplaceFunctionContentAssignments(text){
				return text.replace(/((\w|\.)+)\x02=\x02((\w|\.)+)/g, "("+"$1"+'\x02=\x02'+"$3"+", {_name:'"+"$1"+"', _value:"+"$3"+"})");
			}
			function hasArrayIndexBasedOnUnderscore(text){
				return /\_\d+\_/.test(text);
			}
			
			function simplifyPlusAnsMinus(text){
				function hasUnsimplifiedPlusMinus(text){
					return /\-\s*\-/.test(text)||/\+\s*\+/.test(text)||/\+\s*\-/.test(text)||/\-\s*\+/.test(text);
				}
				while(hasUnsimplifiedPlusMinus(text)){
					text = text.replace(/((\-\s*\-)|(\+\s*\+))/g, "+");
					text = text.replace(/((\+\s*\-)|(\-\s*\+))/g, "-");
				}
				return text;
			}

		},
		eval: function(text){
			// summary
			//	create an anonymous function to run the code the parser generates from the user input.
			// params
			//	text, type String, is the user input that needs to be parsed
			// this try catch is necessary to ensure that any incorrect input will receive NaN (it won't cause a self destruct from a user typo)
			try{
				var value = this.Function(undefined, '', 'return ' + text).call(this); // make sure it is called within the correct scope.
				//value = ((value instanceof Array || typeof value == "array") ? ("["+value+"]") : value.toString())
				return this.postparse(value);
			}catch(e){
				return NaN;
			}
		},
		normalizedFunction: function(name, args, body){
			// summary
			//	create an anonymous function to run the code the parser generates from the user input.
			// params
			//	name: this argument is simply a String that represents the name of the function being evaluated. It can be undefined, but in that case the function is a one time use.
			//	args: the function arguments (a String)
			//	body: the function body, also a String
			var	argMultiVals = '',
			// make an array of parameters with what's given (if nothing is given, make an empty array)
				params = args ? (args||'').split(/\W+/) : [];

			argMultiVals += 'var _localObjectContainer = {};\n'+
						'for(var _objCnt = 0; _objCnt < arguments.length; _objCnt++){\n'+
						'if(typeof arguments[_objCnt] == "object" && "_name" in arguments[_objCnt] && "_value" in arguments[_objCnt]){\n'+
							'_localObjectContainer.graphing = arguments[_objCnt]._graphing;\n'+
							'_localObjectContainer[arguments[_objCnt]._name]=arguments[_objCnt]._value;\n'+
							'arguments[_objCnt]=undefined;\n}\n}\n';

			// make the parameters fit into the val function so it can use either globals, locals, or if all are null, prompt the user for input
			for(var i=0; i < params.length; i++){
				var param = params[i];
				argMultiVals += param + '=val(' + param + ',"' + param + '", _localObjectContainer);\n';
				argMultiVals += 'if(typeof '+param+' == "undefined"){\n'+
						'return null;}\n';
			}
			var _f_ = window.Function.apply(this,
				[
					args,
					'with(Math){with(this.dojox.math){with(this){\n' +
						argMultiVals +
						this.parse(body) +
					'\n}}}'
				]
			);
			if(name){
				return this[name] = _f_;
			}
			return _f_;
		},
		Function: function(name, args, body){
			// summary
			//	create an anonymous function to run the code the parser generates from the user input.  It also normalizes the language format.
			// params
			//	name: this argument is simply a String that represents the name of the function being evaluated. It can be undefined, but in that case the function is a one time use.
			//	args: the function arguments (a String)
			//	body: the function body, also a String

			body = this.preparse(body);
			return this.normalizedFunction(name, args, body);

		}
	};
	for(var i in window){
        	if(!(i in env) && i != "alert" && i != "confirm"){ env[i] = undefined; } // invalidate access to the window object's attributes for security so that document.blah is invalid
	}
	frameElement.onload(env);
})();
</script>
</head><body>
<script type="text/javascript">
	document.documentElement.removeChild(document.documentElement.firstChild); // remove HEAD to remove debugger access for extra security
</script>
</body></html>