/**	* @fileOverview	* @example	*/	/**	* Largest number that is less than infinity.	* @name MAX_VALUE	*/	Number._$MAX_VALUE$_ = "don't use me, used for reflection.";	/**	* Smallest number that is greater than negative infinity.	* @name MIN_VALUE	*/	Number._$MIN_VALUE$_ = "don't use me, used for reflection.";	/**	* Not a number.	* @name NaN	*/	Number._$NaN$_ = "don't use me, used for reflection.";	/**	* Out of range negative number.	* @name NEGATIVE_INFINITY	*/	Number._$NEGATIVE_INFINITY$_ = "don't use me, used for reflection.";	/**	* Out of range positive number.	* @name POSITIVE_INFINITY	*/	Number._$POSITIVE_INFINITY$_ = "don't use me, used for reflection.";	/**	* Out of range number.	* @name INFINITY	*/	Number.INFINITY = Infinity;	/**	* Round a Number to the specified number of decimals.	* @name toFixed	* @function	* @memberOf Number	*/	/** @ignore */	Number.prototype._$toFixed$_ = function(){throw "don't call me, used for reflection.";}	/**	* Convert the value of the object into an exponential notation.	* @name toExponential	* @function	* @memberOf Number	*/	/** @ignore */	Number.prototype._$toExponential$_ = function(){throw "don't call me, used for reflection.";}	/**	* Converts the value of the object into an exponential notation if it has more digits than specified.	* @name toPrecision	* @function	* @memberOf Number	*/	/** @ignore */	Number.prototype._$toPrecision$_ = function(){throw "don't call me, used for reflection.";}	/**	* Calls parseFloat native on the global object.	*/	Number.parseFloat = function(_number){return $GLOBAL_OBJECT.parseFloat(_number);}	/**	* Calls parseInt native on the global object.	*/	Number.parseInt = function(_number){return $GLOBAL_OBJECT.parseInt(_number);}	/**	* Calls isFinite native on the global object.	*/	Number.isFinite = function(_number){return $GLOBAL_OBJECT.isFinite(_number);}	/**	* Calls isNaN native on the global object.	*/	Number.isNaN = function(_number){return $GLOBAL_OBJECT.isNaN(_number);}	/**	* Executes the block the same number of times the number represents. Parameter to the block is an number.	* @param {Function} _block	*/	Number.prototype.times = function(_block)	{		for(var i=0;i<this;i++)		{			_block(i);		}	}	/**	* Executes the block the number of times upto the other number. Parameter to the block is an number.	* @param {Number} _other	* @param {Function} _block	*/	Number.prototype.upto = function(_other, _block)	{		for(var i=this;i<=_other;i++)		{			_block(i);		}	}	/**	* Executes the block the number of times downto the other number. Parameter to the block is an number.	* @param {Number} _other	* @param {Function} _block	*/	Number.prototype.downto = function(_other, _block)	{		for(var i=this;i>=_other;i--)		{			_block(i);		}	}	/**	* Executes the block. Step using the other number. Parameter to the block is an number.	* @param {Number} _other	* @param {Function} _block	*/	Number.prototype.towards = function(_other, _block)	{		var step = this.compare(_other);		for (var i=this;i!==(_other-step);i -= step)		{			_block(i);		}	}	/**	* Returns the number incremented by 1.	* @return {Number}	*/	Number.prototype.succ = function()	{		return this + 1;	}	/**	* Returns the number decremented by 1.	* @return {Number}	*/	Number.prototype.pred = function()	{		return this - 1;	}	/**	* Returns the character code this number represents.	* @return {Number}	*/	Number.prototype.toChar = function()	{		return String.fromCharCode(this);	}	/**	* Compares the number against the other number. Returns -1, 0, 1.	* @param {Number} _other	* @return {Number}	*/	Number.prototype.compare = function(_other)	{		if(this < _other) return -1;		if(this > _other) return +1;		return 0;	}	/**	* Returns a new array of numbers from the current number to the specified number.	* @param {Number} _other Inclusive	* @return {Array}	*/	Number.prototype.toArray = function(_other)	{		var numbers = [];		this.upto(_other, function(_value){numbers[numbers.length]=_value});		return numbers;	}	/**	* Returns whether this object is equal to the specified _object.	* @param {Object} _object	* @return {Boolean}	*/	Number.prototype.equals = function(_object)	{		if(this === _object)		{			return true;		}		if(!this.getClass().isInstance(_object))		{			return false;		}		return this.toString().equals(_object.toString());	}Number.PACKAGE = "";Number.CLASS = "Number";Number.SUPER_CLASS = "";Number.IMPORTS = [];Number.INTERFACES = [];Number.MIXINS = [];Number.getName = function(){return Number.CLASS;}Number.klass = new jsx.lang.Class(Number.getName());Number.prototype.getClass = function(){return Number.klass;}Number.WARNINGS = [];