//window.event.srcElement.type returns eg 'image' upon enter or other event

	var focusSet = false;
	var activeControlId = '';

	function MM_findObj(n, d) { //v4.01
	var p,i,x;  if(!d) d=document; if((p=n.indexOf("?"))>0&&parent.frames.length) {
		d=parent.frames[n.substring(p+1)].document; n=n.substring(0,p);}
	if(!(x=d[n])&&d.all) x=d.all[n]; for (i=0;!x&&i<d.forms.length;i++) x=d.forms[i][n];
	for(i=0;!x&&d.layers&&i<d.layers.length;i++) x=MM_findObj(n,d.layers[i].document);
	if(!x && d.getElementById) x=d.getElementById(n); return x;
	}

	function NavTo(Location,Features) {
		window.open(Location,null,Features);
	}

	function NavToReport(ReportName,WaitWin) {
		var ReportWin;
		//WaitWin.moveTo ( 10,10);
		ReportWin=window.open(ReportName,"Report","resizable=yes,scrollbars=yes,menubar=no,status=no,location=no");
		//ReportWin.resizeTo(800,600);
		//ReportWin.moveTo(100,100);
		WaitWin.focus();
	}

	function isIE() {
		if (navigator.appName.indexOf("Microsoft") != -1)
		{
		return true;
		}
		else
		{
		return false;
		}
	}

	function EnableField(Flag,Field) {
	var x;
	x=MM_findObj(Field);
	if (Flag==true) {
	x.disabled=false;
	}
	else {
		x.disabled=true;
		x.value='';
		}
	}

	function SetFocus(cname,color) {
		if (!focusSet) 
		{
			var control;
			control=MM_findObj(cname);
			if (control!=null) {
				try
					{
						control.focus();
						gotFocus(control,color);
					}
				catch (exception) {}
			}
			else
			{
				control=document.getElementById(cname);
				if (control!=null) {
					try
						{
							control.focus();
							gotFocus(control,color);
						}
					catch (exception) {}
				}
			}
			focusSet = true;
		}
	}

	function SetNumericFocus(cname,color) {
		if (!focusSet) 
		{
			var control;
			control=MM_findObj(cname);
			if (control!=null) {
				try
					{
						control.focus();
						gotNumericFocus(control,color);
					}
				catch (exception) {}
			}
			else
			{
				control=document.getElementById(cname);
				if (control!=null) {
					try
						{
							control.focus();
							gotNumericFocus(control,color);
						}
					catch (exception) {}
				}
			}
			focusSet = true;
		}
	}

	function SetSponsor(Src) {
	var image;
	image=document.getElementById("imgSponsor");
	if (image!=null) {
		image.ImageUrl=Src;
		}
	}

	function popupMsg(msg) { 
	alert(msg);
	}

	var ForcePostBack='';

	function CheckForcePostBack(control) {
		if (ForcePostBack!='') {
			var StoreFocusIDcontrol;
			StoreFocusIDcontrol=MM_findObj('_FocusControlID');
			if (StoreFocusIDcontrol!=null) 
				StoreFocusIDcontrol.value=control.id;
			__doPostBack('','')
		}
	}

	function storeLastKeyPress() {
		var StoreLastKeyPressControl;
		StoreLastKeyPressControl=MM_findObj('_LastKeyPress');
		if (StoreLastKeyPressControl!=null) 
			StoreLastKeyPressControl.value=window.event.keyCode;
	}

	function handleEnter (field, event) {
	var keyCode = event.keyCode ? event.keyCode : 
	event.which ? event.which : event.charCode;

	storeLastKeyPress();
	    
	if (field.form == null)
		field=field.children[0]; // CheckBoxes are child of SPAN

	if (keyCode == 13) {
		if (field.type=='textarea') { 
			return true;
			}
		var i;
		for (i = 0; i < field.form.elements.length; i++)
		if (field == field.form.elements[i])
			break;
			
		i = (i + 1) % field.form.elements.length;
		if (i==0) return true;
		while ((field.form.elements[i].type=='hidden') || (field.form.elements[i].readOnly))
			{
			i = (i + 1) % field.form.elements.length;
			if (i==0) return true;
			} 
		try	{    field.form.elements[i].focus();}
		catch (exception) {}
		return false;
	}
	else
		return true;
	}

	function getactiveControlId() {
		return activeControlId;
	}
	
	function gotFocus (control,color) {
		CheckForcePostBack(control);

		focusSet = true;
		if (control.form == null)
			control=control.children[0]; // CheckBoxes are child of SPAN
		if (control!=null) {
			activeControlId=control.id;
			control.style.backgroundColor=color;
		}
	}

	function lostFocus (control,color) {
		activeControlId='';
		if (control.form == null)
			control=control.children[0]; // CheckBoxes are child of SPAN
		if (control!=null) {
			control.style.backgroundColor=color;
		}
	}

	function gotNumericFocus (control,color) {
		CheckForcePostBack(control);
		focusSet = true;
		if (control.form == null)
			control=control.children[0]; // CheckBoxes are child of SPAN
		if (control!=null) {
			activeControlId=control.id;
			control.style.backgroundColor=color;
			control.style.direction='ltr';
			var rgx = /,/g
			control.value = control.value.replace(rgx,'');
			control.select();
		}
	}

	function lostNumericFocus (control,color) {
		activeControlId='';
		if (control.form == null)
			control=control.children[0]; // CheckBoxes are child of SPAN
		if (control!=null) {
			control.style.backgroundColor=color;
			control.value=formatNumber(control.value,control.getAttribute('decimalPlaces'));
			control.style.direction='rtl';
		}
	}


function formatNumber(value ,places )
{
	var num = new NumberFormat();
	num.setInputDecimal('.');
	num.setNumber(value); 
	num.setPlaces(places);
	//num.setCurrencyValue('&euro;');
	num.setCurrency(false);
	num.setCurrencyPosition(num.LEFT_INSIDE);
	num.setNegativeFormat(num.LEFT_DASH);
	num.setNegativeRed(false);
	num.setSeparators(true, ',', ',');
	return num.toFormatted();
}
	
    function WholeNumericOnly() {
		storeLastKeyPress();
	    var key = window.event.keyCode; 
		var control = window.event.srcElement;
	    if (key == 13) {
			for (i = 0; i < control.form.elements.length; i++)
			if (control == control.form.elements[i])
				break;
			i = (i + 1) % control.form.elements.length;
			if (i==0) return true;
			while ((control.form.elements[i].type=='hidden') || (control.form.elements[i].readOnly))
				{
				i = (i + 1) % control.form.elements.length;
				if (i==0) return true;
				} 
			try	{    control.form.elements[i].focus();}
			catch (exception) {}
			return false;
		}
		else {
	        if (key <48 || key >57) 
		        window.event.returnValue = false;
		}
    }

    function EnsureNumeric(){
		storeLastKeyPress();
		var key = window.event.keyCode; 
		var control = window.event.srcElement;
		var value = control.value;
	      
	    if (key == 13) {
			for (i = 0; i < control.form.elements.length; i++)
			if (control == control.form.elements[i])
				break;
			i = (i + 1) % control.form.elements.length;
			if (i==0) return true;
			while ((control.form.elements[i].type=='hidden') || (control.form.elements[i].readOnly))
				{
				i = (i + 1) % control.form.elements.length;
				if (i==0) return true;
				} 
			try	{    control.form.elements[i].focus();}
			catch (exception) {}
			return false;
		}
		else {
			if (key==43 || key==45){
				if (value!="") 
					window.event.returnValue = false; 
			}
			else if (key==46) {
				if (value.indexOf(".") != -1) 
					window.event.returnValue = false;
			}
			else if (key==44) {
				if (value.indexOf(".") != -1) 
					window.event.returnValue = false;
			}
			else if (key <48 || key >57) 
				window.event.returnValue = false;
		}
    }



//<!-- To Use 
//	onBlur="checkdate(this)"
//
//	To use to check date greater that today
//
//	onBlur="doDateCheck(this, new Date(year, month, day));"
//
//-->
//
//

function doDateCheck(datetocheck, nowdate) 
{
	if (checkdate(datetocheck))
	{
		if (Date.parse(datetocheck.value) < Date.parse(nowdate))
			alert("The dates are valid.");
   }
}

function checkdate(objName) 
{
	var datefield = objName;
	if (chkdate(objName) == false) 
	{
		datefield.select();
		alert("Date is invalid.  Please re-enter.");
		datefield.focus();
		return false;
	}
	else 
	{
		return true;
   }
}

function chkdate(objName) {
	//var strDatestyle = "US"; //United States date style
	var strDatestyle = "EU";  //European date style
	var strDate;
	var strDateArray;
	var strDay;
	var strMonth;
	var strYear;
	var intday;
	var intMonth;
	var intYear;
	var booFound = false;
	var datefield = objName;
	var strSeparatorArray = new Array("-"," ","/",".");
	var intElementNr;
	var err = 0;
	var strMonthArray = new Array(12);
	strMonthArray[0] = "Jan";
	strMonthArray[1] = "Feb";
	strMonthArray[2] = "Mar";
	strMonthArray[3] = "Apr";
	strMonthArray[4] = "May";
	strMonthArray[5] = "Jun";
	strMonthArray[6] = "Jul";
	strMonthArray[7] = "Aug";
	strMonthArray[8] = "Sep";
	strMonthArray[9] = "Oct";
	strMonthArray[10] = "Nov";
	strMonthArray[11] = "Dec";
	strDate = datefield.value;
	if (strDate.length < 1) {
		return true;
	}
	for (intElementNr = 0; intElementNr < strSeparatorArray.length; intElementNr++) {
		if (strDate.indexOf(strSeparatorArray[intElementNr]) != -1) {
			strDateArray = strDate.split(strSeparatorArray[intElementNr]);
			if (strDateArray.length != 3) {
				err = 1;
				return false;
			}
			else {
				strDay = strDateArray[0];
				strMonth = strDateArray[1];
				strYear = strDateArray[2];
			}
		booFound = true;
		}
	}
	if (booFound == false) {
		if (strDate.length>5) {
			strDay = strDate.substr(0, 2);
			strMonth = strDate.substr(2, 2);
			strYear = strDate.substr(4);
		}
	}
	if (strYear.length == 2) {
		strYear = '20' + strYear;
	}
	// US style
	if (strDatestyle == "US") {
		strTemp = strDay;
		strDay = strMonth;
		strMonth = strTemp;
	}
	intday = parseInt(strDay, 10);
	if (isNaN(intday)) {
		err = 2;
		return false;
	}
	intMonth = parseInt(strMonth, 10);
	if (isNaN(intMonth)) {
		for (i = 0;i<12;i++) {
			if (strMonth.toUpperCase() == strMonthArray[i].toUpperCase()) {
			intMonth = i+1;
			strMonth = strMonthArray[i];
			i = 12;
		}
	}
	if (isNaN(intMonth)) {
		err = 3;
		return false;
	}
	}
	intYear = parseInt(strYear, 10);
	if (isNaN(intYear)) {
		err = 4;
		return false;
	}
	if (intMonth>12 || intMonth<1) {
		err = 5;
		return false;
	}
	if ((intMonth == 1 || intMonth == 3 || intMonth == 5 || intMonth == 7 || intMonth == 8 || intMonth == 10 || intMonth == 12) && (intday > 31 || intday < 1)) {
		err = 6;
		return false;
	}
	if ((intMonth == 4 || intMonth == 6 || intMonth == 9 || intMonth == 11) && (intday > 30 || intday < 1)) {
		err = 7;
		return false;
	}
	if (intMonth == 2) {
		if (intday < 1) {
			err = 8;
			return false;
		}
		if (LeapYear(intYear) == true) {
			if (intday > 29) {
				err = 9;
				return false;
			}
		}
		else {
			if (intday > 28) {
				err = 10;
				return false;
			}
		}
	}
	if (strDatestyle == "US") {
		datefield.value = strMonthArray[intMonth-1] + " " + intday+" " + strYear;
	}
	else {
		datefield.value = intday + " " + strMonthArray[intMonth-1] + " " + strYear;
	}
	return true;
}
	
function LeapYear(intYear) {
	if (intYear % 100 == 0) {
		if (intYear % 400 == 0) { return true; }
	}
	else {
		if ((intYear % 4) == 0) { return true; }
	}
	return false;
}

//  End -->


/*
 * NumberFormat 1.5.3
 * v1.5.3 - 29-September-2004
 * v1.5.2 - 27-August-2004
 * v1.5.1 - 13-February-2004
 * v1.5.0 - 20-December-2002
 * v1.0.3 - 23-March-2002
 * v1.0.2 - 13-March-2002
 * v1.0.1 - 20-July-2001
 * v1.0.0 - 13-April-2000
 * http://www.mredkj.com
 */
  
/*
 * NumberFormat -The constructor
 * num - The number to be formatted.
 *  Also refer to setNumber
 * inputDecimal - (Optional) The decimal character for the input
 *  Also refer to setInputDecimal
 */
function NumberFormat(num, inputDecimal)
{
	// constants
	this.COMMA = ',';
	this.PERIOD = '.';
	this.DASH = '-'; // v1.5.0 - new - used internally
	this.LEFT_PAREN = '('; // v1.5.0 - new - used internally
	this.RIGHT_PAREN = ')'; // v1.5.0 - new - used internally
	this.LEFT_OUTSIDE = 0; // v1.5.0 - new - currency
	this.LEFT_INSIDE = 1;  // v1.5.0 - new - currency
	this.RIGHT_INSIDE = 2;  // v1.5.0 - new - currency
	this.RIGHT_OUTSIDE = 3;  // v1.5.0 - new - currency
	this.LEFT_DASH = 0; // v1.5.0 - new - negative
	this.RIGHT_DASH = 1; // v1.5.0 - new - negative
	this.PARENTHESIS = 2; // v1.5.0 - new - negative
	this.NO_ROUNDING = -1 // v1.5.1 - new

	// member variables
	this.num;
	this.numOriginal;
	this.hasSeparators = false;  // v1.5.0 - new
	this.separatorValue;  // v1.5.0 - new
	this.inputDecimalValue; // v1.5.0 - new
	this.decimalValue;  // v1.5.0 - new
	this.negativeFormat; // v1.5.0 - new
	this.negativeRed; // v1.5.0 - new
	this.hasCurrency;  // v1.5.0 - modified
	this.currencyPosition;  // v1.5.0 - new
	this.currencyValue;  // v1.5.0 - modified
	this.places;
	this.roundToPlaces; // v1.5.1 - new

	// external methods
	this.setNumber = setNumberNF;
	this.toUnformatted = toUnformattedNF;
	this.setInputDecimal = setInputDecimalNF; // v1.5.0 - new
	this.setSeparators = setSeparatorsNF; // v1.5.0 - new - for separators and decimals
	this.setCommas = setCommasNF;
	this.setNegativeFormat = setNegativeFormatNF; // v1.5.0 - new
	this.setNegativeRed = setNegativeRedNF; // v1.5.0 - new
	this.setCurrency = setCurrencyNF;
	this.setCurrencyPrefix = setCurrencyPrefixNF;
	this.setCurrencyValue = setCurrencyValueNF; // v1.5.0 - new - setCurrencyPrefix uses this
	this.setCurrencyPosition = setCurrencyPositionNF; // v1.5.0 - new - setCurrencyPrefix uses this
	this.setPlaces = setPlacesNF;
	this.toFormatted = toFormattedNF;
	this.toPercentage = toPercentageNF;
	this.getOriginal = getOriginalNF;
	this.moveDecimalRight = moveDecimalRightNF;
	this.moveDecimalLeft = moveDecimalLeftNF;

	// internal methods
	this.getRounded = getRoundedNF;
	this.preserveZeros = preserveZerosNF;
	this.justNumber = justNumberNF;
	this.expandExponential = expandExponentialNF;
	this.getZeros = getZerosNF;
	this.moveDecimalAsString = moveDecimalAsStringNF;
	this.moveDecimal = moveDecimalNF;
	this.addSeparators = addSeparatorsNF;

	// setup defaults
	if (inputDecimal == null) {
		this.setNumber(num, this.PERIOD);
	} else {
		this.setNumber(num, inputDecimal); // v.1.5.1 - new
	}
	this.setCommas(true);
	this.setNegativeFormat(this.LEFT_DASH); // v1.5.0 - new
	this.setNegativeRed(false); // v1.5.0 - new
	this.setCurrency(false); // v1.5.1 - false by default
	this.setCurrencyPrefix('$');
	this.setPlaces(2);
}

/*
 * setInputDecimal
 * val - The decimal value for the input.
 *
 * v1.5.0 - new
 */
function setInputDecimalNF(val)
{
	this.inputDecimalValue = val;
}

/*
 * setNumber - Sets the number
 * num - The number to be formatted
 * inputDecimal - (Optional) The decimal character for the input
 *  Also refer to setInputDecimal
 * 
 * If there is a non-period decimal format for the input,
 * setInputDecimal should be called before calling setNumber.
 *
 * v1.5.0 - modified
 */
function setNumberNF(num, inputDecimal)
{
	if (inputDecimal != null) {
		this.setInputDecimal(inputDecimal); // v.1.5.1 - new
	}
	
	this.numOriginal = num;
	this.num = this.justNumber(num);
}

/*
 * toUnformatted - Returns the number as just a number.
 * If the original value was '100,000', then this method will return the number 100000
 * v1.0.2 - Modified comments, because this method no longer returns the original value.
 */
function toUnformattedNF()
{
	return (this.num);
}

/*
 * getOriginal - Returns the number as it was passed in, which may include non-number characters.
 * This function is new in v1.0.2
 */
function getOriginalNF()
{
	return (this.numOriginal);
}

/*
 * setNegativeFormat - How to format a negative number.
 * 
 * format - The format. Use one of the following constants.
 * LEFT_DASH   example: -1000
 * RIGHT_DASH  example: 1000-
 * PARENTHESIS example: (1000)
 *
 * v1.5.0 - new
 */
function setNegativeFormatNF(format)
{
	this.negativeFormat = format;
}

/*
 * setNegativeRed - Format the number red if it's negative.
 * 
 * isRed - true, to format the number red if negative, black if positive;
 *  false, for it to always be black font.
 *
 * v1.5.0 - new
 */
function setNegativeRedNF(isRed)
{
	this.negativeRed = isRed;
}

/*
 * setSeparators - One purpose of this method is to set a
 *  switch that indicates if there should be separators between groups of numbers.
 *  Also, can use it to set the values for the separator and decimal.
 *  For example, in the value 1,000.00
 *   The comma (,) is the separator and the period (.) is the decimal.
 *
 * Both separator or decimal are not required.
 * The separator and decimal cannot be the same value. If they are, decimal with be changed.
 * Can use the following constants (via the instantiated object) for separator or decimal:
 *  COMMA
 *  PERIOD
 * 
 * isC - true, if there should be separators; false, if there should be no separators
 * separator - the value of the separator.
 * decimal - the value of the decimal.
 *
 * v1.5.0 - new
 */
function setSeparatorsNF(isC, separator, decimal)
{
	this.hasSeparators = isC;
	
	// Make sure a separator was passed in
	if (separator == null) separator = this.COMMA;
	
	// Make sure a decimal was passed in
	if (decimal == null) decimal = this.PERIOD;
	
	// Additionally, make sure the values aren't the same.
	//  When the separator and decimal both are periods, make the decimal a comma.
	//  When the separator and decimal both are any other value, make the decimal a period.
	if (separator == decimal) {
		this.decimalValue = (decimal == this.PERIOD) ? this.COMMA : this.PERIOD;
	} else {
		this.decimalValue = decimal;
	}
	
	// Since the decimal value changes if decimal and separator are the same,
	// the separator value can keep its setting.
	this.separatorValue = separator;
}

/*
 * setCommas - Sets a switch that indicates if there should be commas.
 * The separator value is set to a comma and the decimal value is set to a period.
 * isC - true, if the number should be formatted with separators (commas); false, if no separators
 *
 * v1.5.0 - modified
 */
function setCommasNF(isC)
{
	this.setSeparators(isC, this.COMMA, this.PERIOD);
}

/*
 * setCurrency - Sets a switch that indicates if should be displayed as currency
 * isC - true, if should be currency; false, if not currency
 */
function setCurrencyNF(isC)
{
	this.hasCurrency = isC;
}

/*
 * setCurrencyPrefix - Sets the symbol for currency.
 * val - The symbol
 */
function setCurrencyValueNF(val)
{
	this.currencyValue = val;
}

/*
 * setCurrencyPrefix - Sets the symbol for currency.
 * The symbol will show up on the left of the numbers and outside a negative sign.
 * cp - The symbol
 *
 * v1.5.0 - modified - This now calls setCurrencyValue and setCurrencyPosition(this.LEFT_OUTSIDE)
 */
function setCurrencyPrefixNF(cp)
{
	this.setCurrencyValue(cp);
	this.setCurrencyPosition(this.LEFT_OUTSIDE);
}

/*
 * setCurrencyPosition - Sets the position for currency,
 *  which includes position relative to the numbers and negative sign.
 * cp - The position. Use one of the following constants.
 *  This method does not automatically put the negative sign at the left or right.
 *  They are left by default, and would need to be set right with setNegativeFormat.
 *	LEFT_OUTSIDE  example: $-1.00
 *	LEFT_INSIDE   example: -$1.00
 *	RIGHT_INSIDE  example: 1.00$-
 *	RIGHT_OUTSIDE example: 1.00-$
 *
 * v1.5.0 - new
 */
function setCurrencyPositionNF(cp)
{
	this.currencyPosition = cp
}

/*
 * setPlaces - Sets the precision of decimal places
 * p - The number of places.
 *  -1 or the constant NO_ROUNDING turns off rounding to a set number of places.
 *  Any other number of places less than or equal to zero is considered zero.
 *
 * v1.5.1 - modified
 */
function setPlacesNF(p)
{
	this.roundToPlaces = !(p == this.NO_ROUNDING); // v1.5.1
	this.places = (p < 0) ? 0 : p; // v1.5.1 - Don't leave negatives.
}

/*
 * v1.5.2 - new
 *
 * addSeparators
 * The value to be formatted shouldn't have any formatting already.
 *
 * nStr - A number or number as a string
 * inD - Input decimal (string value). Example: '.'
 * outD - Output decimal (string value). Example: '.'
 * sep - Output separator (string value). Example: ','
 */
function addSeparatorsNF(nStr, inD, outD, sep)
{
	nStr += '';
	var dpos = nStr.indexOf(inD);
	var nStrEnd = '';
	if (dpos != -1) {
		nStrEnd = outD + nStr.substring(dpos + 1, nStr.length);
		nStr = nStr.substring(0, dpos);
	}
	var rgx = /(\d+)(\d{3})/;
	while (rgx.test(nStr)) {
		nStr = nStr.replace(rgx, '$1' + sep + '$2');
	}
	return nStr + nStrEnd;
}

/*
 * toFormatted - Returns the number formatted according to the settings (a string)
 *
 * v1.5.0 - modified
 * v1.5.1 - modified
 */
function toFormattedNF()
{	
	var pos;
	var nNum = this.num; // v1.0.1 - number as a number
	var nStr;            // v1.0.1 - number as a string
	var splitString = new Array(2);   // v1.5.0
	
	// round decimal places - modified v1.5.1
	// Note: Take away negative temporarily with Math.abs
	if (this.roundToPlaces) {
		nNum = this.getRounded(nNum);
		nStr = this.preserveZeros(Math.abs(nNum)); // this step makes nNum into a string. v1.0.1 Math.abs
	} else {
		nStr = this.expandExponential(Math.abs(nNum)); // expandExponential is called in preserveZeros, so call it here too
	}
	
	// v1.5.3 - lost the if in 1.5.2, so putting it back
	if (this.hasSeparators) {
		// v1.5.2
		// Note that the argument being passed in for inD is this.PERIOD
		//  That's because the toFormatted method is working with an unformatted number
		nStr = this.addSeparators(nStr, this.PERIOD, this.decimalValue, this.separatorValue);
	}
	
	// negative and currency
	// $[c0] -[n0] $[c1] -[n1] #.#[nStr] -[n2] $[c2] -[n3] $[c3]
	var c0 = '';
	var n0 = '';
	var c1 = '';
	var n1 = '';
	var n2 = '';
	var c2 = '';
	var n3 = '';
	var c3 = '';
	var negSignL = (this.negativeFormat == this.PARENTHESIS) ? this.LEFT_PAREN : this.DASH;
	var negSignR = (this.negativeFormat == this.PARENTHESIS) ? this.RIGHT_PAREN : this.DASH;
		
	if (this.currencyPosition == this.LEFT_OUTSIDE) {
		// add currency sign in front, outside of any negative. example: $-1.00	
		if (nNum < 0) {
			if (this.negativeFormat == this.LEFT_DASH || this.negativeFormat == this.PARENTHESIS) n1 = negSignL;
			if (this.negativeFormat == this.RIGHT_DASH || this.negativeFormat == this.PARENTHESIS) n2 = negSignR;
		}
		if (this.hasCurrency) c0 = this.currencyValue;
	} else if (this.currencyPosition == this.LEFT_INSIDE) {
		// add currency sign in front, inside of any negative. example: -$1.00
		if (nNum < 0) {
			if (this.negativeFormat == this.LEFT_DASH || this.negativeFormat == this.PARENTHESIS) n0 = negSignL;
			if (this.negativeFormat == this.RIGHT_DASH || this.negativeFormat == this.PARENTHESIS) n3 = negSignR;
		}
		if (this.hasCurrency) c1 = this.currencyValue;
	}
	else if (this.currencyPosition == this.RIGHT_INSIDE) {
		// add currency sign at the end, inside of any negative. example: 1.00$-
		if (nNum < 0) {
			if (this.negativeFormat == this.LEFT_DASH || this.negativeFormat == this.PARENTHESIS) n0 = negSignL;
			if (this.negativeFormat == this.RIGHT_DASH || this.negativeFormat == this.PARENTHESIS) n3 = negSignR;
		}
		if (this.hasCurrency) c2 = this.currencyValue;
	}
	else if (this.currencyPosition == this.RIGHT_OUTSIDE) {
		// add currency sign at the end, outside of any negative. example: 1.00-$
		if (nNum < 0) {
			if (this.negativeFormat == this.LEFT_DASH || this.negativeFormat == this.PARENTHESIS) n1 = negSignL;
			if (this.negativeFormat == this.RIGHT_DASH || this.negativeFormat == this.PARENTHESIS) n2 = negSignR;
		}
		if (this.hasCurrency) c3 = this.currencyValue;
	}

	nStr = c0 + n0 + c1 + n1 + nStr + n2 + c2 + n3 + c3;
	
	// negative red
	if (this.negativeRed && nNum < 0) {
		nStr = '<font color="red">' + nStr + '</font>';
	}

	return (nStr);
}

/*
 * toPercentage - Format the current number as a percentage.
 * This is separate from most of the regular formatting settings.
 * The exception is the number of decimal places.
 * If a number is 0.123 it will be formatted as 12.3%
 *
 * !! This is an initial version, so it doesn't use many settings.
 * !! should use some of the formatting settings that toFormatted uses.
 * !! probably won't want to use settings like currency.
 *
 * v1.5.0 - new
 */
function toPercentageNF()
{
	nNum = this.num * 100;
	
	// round decimal places
	nNum = this.getRounded(nNum);
	
	return nNum + '%';
}

/*
 * Return concatenated zeros as a string. Used to pad a number.
 * It might be extra if already have many decimal places
 * but is needed if the number doesn't have enough decimals. 
 */
function getZerosNF(places)
{
		var extraZ = '';
		var i;
		for (i=0; i<places; i++) {
			extraZ += '0';
		}
		return extraZ;
}

/*
 * Takes a number that JavaScript expresses in notational format
 * and makes it the full number (as a string).
 * e.g. Makes -1e-21 into -0.000000000000000000001
 *
 * If the value passed in is not a number (as determined by isNaN),
 * this function just returns the original value.
 *
 * Exponential number formats can include 1e21 1e+21 1e-21
 *  where 1e21 and 1e+21 are the same thing.
 *
 * If an exponential number is evaluated by JavaScript,
 * it will change 12.34e-9 to 1.234e-8,
 * which is a benefit to this method, because
 * it prevents extra zeros that occur for certain numbers
 * when using moveDecimalAsString
 *
 * Returns a string.
 *
 * v1.5.1 - new
 */
function expandExponentialNF(origVal)
{
	if (isNaN(origVal)) return origVal;

	var newVal = parseFloat(origVal) + ''; // parseFloat to let JavaScript evaluate number
	var eLoc = newVal.toLowerCase().indexOf('e');

	if (eLoc != -1) {
		var plusLoc = newVal.toLowerCase().indexOf('+');
		var negLoc = newVal.toLowerCase().indexOf('-', eLoc); // search for - after the e
		var justNumber = newVal.substring(0, eLoc);
		
		if (negLoc != -1) {
			// shift decimal to the left
			var places = newVal.substring(negLoc + 1, newVal.length);
			justNumber = this.moveDecimalAsString(justNumber, true, parseInt(places));
		} else {
			// shift decimal to the right
			// Check if there's a plus sign, and if not refer to where the e is.
			// This is to account for either formatting 1e21 or 1e+21
			if (plusLoc == -1) plusLoc = eLoc;
			var places = newVal.substring(plusLoc + 1, newVal.length);
			justNumber = this.moveDecimalAsString(justNumber, false, parseInt(places));
		}
		
		newVal = justNumber;
	}

	return newVal;
} 

/*
 * Move decimal right.
 * Returns a number.
 *
 * v1.5.1 - new
 */
function moveDecimalRightNF(val, places)
{
	var newVal = '';
	
	if (places == null) {
		newVal = this.moveDecimal(val, false);
	} else {
		newVal = this.moveDecimal(val, false, places);
	}
	
	return newVal;
}

/*
 * Move decimal left.
 * Returns a number.
 *
 * v1.5.1 - new
 */
function moveDecimalLeftNF(val, places)
{
	var newVal = '';
	
	if (places == null) {
		newVal = this.moveDecimal(val, true);
	} else {
		newVal = this.moveDecimal(val, true, places);
	}
	
	return newVal;
}

/*
 * moveDecimalAsString
 * This is used by moveDecimal, and does not run parseFloat on the return value.
 * 
 * Normally a decimal place is moved by multiplying by powers of 10
 * Multiplication and division in JavaScript can result in floating point limitations.
 * So use this method to move a decimal place left or right.
 *
 * Parameters:
 * val - The value to be shifted. Can be a number or a string,
 *  but don't include special characters. It should evaluate to a number.
 * left - If true, then move decimal left. If false, move right.
 * places - (optional) If not included, then use the objects this.places
 *  The purpose is so this method can be used independent of the state of the object.
 *
 * The regular expressions:
 * re1
 * Pad with zeros in case there aren't enough numbers to cover the spaces shift.
 * A left shift pads to the left, and a right shift pads to the right.
 * Can't just concatenate. There might be a negative sign or the value could be an exponential.
 *
 * re2
 * Switch the decimal.
 * Need the first [0-9]+ to force the search to start rightmost.
 * The \.? and [0-9]{} criteria are the pieces that will be switched
 *
 * Other notes:
 * This method works on exponential numbers, e.g. 1.7e-12
 * because the regular expressions only modify the number and decimal parts.
 *
 * Mozilla can't handle [0-9]{0} in the regular expression.
 *  Fix: Since nothing changes when the decimal is shifted zero places, return the original value.
 *
 * IE is incorrect if exponential ends in .
 *  e.g. -8500000000000000000000. should be -8.5e+21
 *  IE counts it as -8.5e+22
 *	Fix: Replace trailing period, if there is one, using replace(/\.$/, '').
 *
 * Netscape 4.74 cannot handle a leading - in the string being searched for the re2 expressions.
 *  e.g. /([0-9]*)(\.?)([0-9]{2})/ should match everything in -100.00 except the -
 *  but it matches nothing using Netscape 4.74.
 *  It might be a combination of the * ? special characters.
 *  Fix: (-?) was added to each of the re2 expressions to look for - one or zero times.
 *
 * Returns a string.
 *
 * v1.5.1 - new
 * v1.5.2 - modified
 */
function moveDecimalAsStringNF(val, left, places)
{
	var spaces = (arguments.length < 3) ? this.places : places;
	if (spaces <= 0) return val; // to avoid Mozilla limitation
			
	var newVal = val + '';
	var extraZ = this.getZeros(spaces);
	var re1 = new RegExp('([0-9.]+)');
	if (left) {
		newVal = newVal.replace(re1, extraZ + '$1');
		var re2 = new RegExp('(-?)([0-9]*)([0-9]{' + spaces + '})(\\.?)');		
		newVal = newVal.replace(re2, '$1$2.$3');
	} else {
		var reArray = re1.exec(newVal); // v1.5.2
		if (reArray != null) {
			newVal = newVal.substring(0,reArray.index) + reArray[1] + extraZ + newVal.substring(reArray.index + reArray[0].length); // v1.5.2
		}
		var re2 = new RegExp('(-?)([0-9]*)(\\.?)([0-9]{' + spaces + '})');
		newVal = newVal.replace(re2, '$1$2$4.');
	}
	newVal = newVal.replace(/\.$/, ''); // to avoid IE flaw
	
	return newVal;
}

/*
 * moveDecimal
 * Refer to notes in moveDecimalAsString
 * parseFloat is called here to clear away the padded zeros.
 *
 * Returns a number.
 *
 * v1.5.1 - new
 */
function moveDecimalNF(val, left, places)
{
	var newVal = '';
	
	if (places == null) {
		newVal = this.moveDecimalAsString(val, left);
	} else {
		newVal = this.moveDecimalAsString(val, left, places);
	}
	
	return parseFloat(newVal);
}

/*
 * getRounded - Used internally to round a value
 * val - The number to be rounded
 * 
 *  To round to a certain decimal precision,
 *  all that should need to be done is
 *  multiply by a power of 10, round, then divide by the same power of 10.
 *  However, occasional numbers don't get exact results in most browsers.
 *  e.g. 0.295 multiplied by 10 yields 2.9499999999999997 instead of 2.95
 *  Instead of adjusting the incorrect multiplication,
 *  this function uses string manipulation to shift the decimal.
 *
 * Returns a number.
 *
 * v1.5.1 - modified
 */
function getRoundedNF(val)
{
	val = this.moveDecimalRight(val);
	val = Math.round(val);
	val = this.moveDecimalLeft(val);
	
	return val;
}

/*
 * preserveZeros - Used internally to make the number a string
 * 	that preserves zeros at the end of the number
 * val - The number
 */
function preserveZerosNF(val)
{
	var i;

	// make a string - to preserve the zeros at the end
	val = this.expandExponential(val);
	
	if (this.places <= 0) return val; // leave now. no zeros are necessary - v1.0.1 less than or equal
	
	var decimalPos = val.indexOf('.');
	if (decimalPos == -1) {
		val += '.';
		for (i=0; i<this.places; i++) {
			val += '0';
		}
	} else {
		var actualDecimals = (val.length - 1) - decimalPos;
		var difference = this.places - actualDecimals;
		for (i=0; i<difference; i++) {
			val += '0';
		}
	}
	
	return val;
}

/*
 * justNumber - Used internally to parse the value into a floating point number.
 * Replace all characters that are not 0-9, a decimal point, or a negative sign.
 *
 *  A number can be entered using special notation.
 *  For example, the following is a valid number: 0.0314E+2
 *
 * v1.0.2 - new
 * v1.5.0 - modified
 * v1.5.1 - modified
 * v1.5.2 - modified
 */
function justNumberNF(val)
{
	newVal = val + '';
	
	var isPercentage = false;
	
	// check for percentage
	// v1.5.0
	if (newVal.indexOf('%') != -1) {
		newVal = newVal.replace(/\%/g, '');
		isPercentage = true; // mark a flag
	}
		
	// Replace everything but digits - + ( ) e E
	var re = new RegExp('[^\\' + this.inputDecimalValue + '\\d\\-\\+\\(\\)eE]', 'g');	// v1.5.2	
	newVal = newVal.replace(re, '');
	// Replace the first decimal with a period and the rest with blank
	// The regular expression will only break if a special character
	//  is used as the inputDecimalValue
	//  e.g. \ but not .
	var tempRe = new RegExp('[' + this.inputDecimalValue + ']', 'g');
	var treArray = tempRe.exec(newVal); // v1.5.2
	if (treArray != null) {
	  var tempRight = newVal.substring(treArray.index + treArray[0].length); // v1.5.2
		newVal = newVal.substring(0,treArray.index) + this.PERIOD + tempRight.replace(tempRe, ''); // v1.5.2
	}
	
	// If negative, get it in -n format
	if (newVal.charAt(newVal.length - 1) == this.DASH ) {
		newVal = newVal.substring(0, newVal.length - 1);
		newVal = '-' + newVal;
	}
	else if (newVal.charAt(0) == this.LEFT_PAREN
	 && newVal.charAt(newVal.length - 1) == this.RIGHT_PAREN) {
		newVal = newVal.substring(1, newVal.length - 1);
		newVal = '-' + newVal;
	}
	
	newVal = parseFloat(newVal);
	
	if (!isFinite(newVal)) {
		newVal = 0;
  }
	
	// now that it's a number, adjust for percentage, if applicable.
  // example. if the number was formatted 24%, then move decimal left to get 0.24
  // v1.5.0 - updated v1.5.1
  if (isPercentage) {
  	newVal = this.moveDecimalLeft(newVal, 2);
  }
		
	return newVal;
}


// ------------------ AJAX -------------------------- //

function AjaxObject()
{
  this.XmlHttp = this.GetHttpObject();
}
 
AjaxObject.prototype.GetHttpObject = function()
{ 
  var xmlhttp;
  /*@cc_on
  @if (@_jscript_version >= 5)
    try {
      xmlhttp = new ActiveXObject("Msxml2.XMLHTTP");
    } catch (e) {
      try {
        xmlhttp = new ActiveXObject("Microsoft.XMLHTTP");
      } catch (E) {
        xmlhttp = false;
      }
    }
  @else
  xmlhttp = false;
  @end @*/
  if (!xmlhttp && typeof XMLHttpRequest != 'undefined'){
    try {
      xmlhttp = new XMLHttpRequest();
    } catch (e) {
      xmlhttp = false;
    }
  }
  return xmlhttp;
}
 
AjaxObject.prototype.DoCallBack = 
                     function(eventTarget, eventArgument)
{
  var theData = '';
  var theform = document.forms[0];
  var thePage = window.location.pathname + window.location.search;
  var eName = '';
 
  theData  = '__EVENTTARGET='  + 
              escape(eventTarget.split("$").join(":")) + '&';
  theData += '__EVENTARGUMENT=' + eventArgument + '&';
  theData += '__VIEWSTATE=' + 
              escape(theform.__VIEWSTATE.value).replace(new 
                              RegExp('\\+', 'g'), '%2b') + '&';
  theData += 'IsCallBack=true&';
  for( var i=0; i<theform.elements.length; i++ )
  {
    eName = theform.elements[i].name;
    if( eName && eName != '')
    {
      if( eName == '__EVENTTARGET' || eName == '__EVENTARGUMENT' 
                                       || eName == '__VIEWSTATE')
      {
        // Do Nothing
      }
      else
      {
        if (theform.elements[i].type=='checkbox')
            {
            if (theform.elements[i].checked)
                {
                theData = theData + escape(eName.split("$").join(":")) + '=' + escape(theform.elements[i].value);
                }
             else
                {
                theData = theData + escape(eName.split("$").join(":")) + '=' ;
                }
            }
        else
            {
            theData = theData + escape(eName.split("$").join(":")) + '=' + escape(theform.elements[i].value);
            }
    
        if( i != theform.elements.length - 1 )
          theData = theData + '&';
      }
    }
  }

  // strip trailing &
  theData=((theData.charAt(theData.length-1,1) == "&") ? theData.substring(0,theData.length-1) : theData);
	
  if( this.XmlHttp )
  {
    if( this.XmlHttp.readyState == 4 || this.XmlHttp.readyState == 0 )
    {
      var oThis = this;
      this.XmlHttp.open('POST', thePage, true);
      this.XmlHttp.onreadystatechange = function()
                                        { oThis.ReadyStateChange(); };
      this.XmlHttp.setRequestHeader('Content-Type', 
                                 'application/x-www-form-urlencoded');
      this.XmlHttp.send(theData);
    }
  }
}
 
AjaxObject.prototype.AbortCallBack = function()
{
  if( this.XmlHttp )
    this.XmlHttp.abort();
}
 
AjaxObject.prototype.OnLoading = function()
{
  // Loading
}
 
AjaxObject.prototype.OnLoaded = function()
{
  // Loaded
}
 
AjaxObject.prototype.OnInteractive = function()
{
  // Interactive
}
 
AjaxObject.prototype.OnComplete = 
                   function(responseText, responseXml)
{
  // Complete
}
 
AjaxObject.prototype.OnAbort = function()
{
  // Abort
}
 
AjaxObject.prototype.OnError = 
                         function(status, statusText)
{
  // Error
}
 
AjaxObject.prototype.ReadyStateChange = function()
{
  if( this.XmlHttp.readyState == 1 )
  {
    this.OnLoading();
  }
  else if( this.XmlHttp.readyState == 2 )
  {
    this.OnLoaded();
  }
  else if( this.XmlHttp.readyState == 3 )
  {
    this.OnInteractive();
  }
  else if( this.XmlHttp.readyState == 4 )
  {
    if( this.XmlHttp.status == 0 )
      this.OnAbort();
    else if( this.XmlHttp.status == 200 && 
                            this.XmlHttp.statusText == "OK" )
      this.OnComplete(this.XmlHttp.responseText, 
                            this.XmlHttp.responseXML);
    else
      this.OnError(this.XmlHttp.status, 
           this.XmlHttp.statusText, this.XmlHttp.responseText);   
  }
}

var Ajax = new AjaxObject();
Ajax.OnComplete = Ajax_Complete;
Ajax.OnError    = Ajax_Error;

function ValueChanged(control)
{
    Ajax.DoCallBack(control.name, control.value);
}

function Ajax_Complete(responseText, responseXML)
{
	var items=responseText.split('\\');
	for (var num=0;   num<items.length;   num++)
	{	
		var item=items[num];
		var controlName = item.split('=')[0];
		var controlValue = item.split('=')[1];
		var control = document.getElementById(controlName);
		if (control!=null)
		{
			if (control.type=='text')
			{
				control.value = controlValue;
				if (control.id==getactiveControlId())
					control.select();
			}
			else
			{
				control.innerHTML = controlValue;
			}
		}
	}
}

function Ajax_Error(status, statusText, responseText)
{
    alert(responseText);
}

/* -----------------------------------------------
   Floating layer - v.1
   (c) 2006 www.haan.net
   contact: jeroen@haan.net
   You may use this script but please leave the credits on top intact.
   Please inform us of any improvements made.
   When usefull we will add your credits.
  ------------------------------------------------ */

function setVisible(obj)
{
	obj = document.getElementById(obj);
	obj.style.visibility = (obj.style.visibility == 'visible') ? 'hidden' : 'visible';
}