function format_number(p,d)
{
  var r;
  if(p<0){p=-p;r=format_number2(p,d);r="-"+r;}
  else   {r=format_number2(p,d);}
  return r;
}
function format_number2(pnumber,decimals)
{
  var strNumber = new String(pnumber);
  var arrParts = strNumber.split('.');
  var intWholePart = parseInt(arrParts[0],10);
  var strResult = '';
  if (isNaN(intWholePart))
    intWholePart = '0';
  if(arrParts.length > 1)
  {
    var decDecimalPart = new String(arrParts[1]);
    var i = 0;
    var intZeroCount = 0;
     while ( i < String(arrParts[1]).length )
     {
       if( parseInt(String(arrParts[1]).charAt(i),10) == 0 )
       {
         intZeroCount += 1;
         i += 1;
       }
       else
         break;
    }
    decDecimalPart = parseInt(decDecimalPart,10)/Math.pow(10,parseInt(decDecimalPart.length-decimals-1));
    Math.round(decDecimalPart);
    decDecimalPart = parseInt(decDecimalPart)/10;
    decDecimalPart = Math.round(decDecimalPart);

    //If the number was rounded up from 9 to 10, and it was for 1 'decimal'
    //then we need to add 1 to the 'intWholePart' and set the decDecimalPart to 0.

    if(decDecimalPart==Math.pow(10, parseInt(decimals)))
    {
      intWholePart+=1;
      decDecimalPart="0";
    }
    var stringOfZeros = new String('');
    i=0;
    if( decDecimalPart > 0 )
    {
      while( i < intZeroCount)
      {
        stringOfZeros += '0';
        i += 1;
      }
    }
    decDecimalPart = String(intWholePart) + "." + stringOfZeros + String(decDecimalPart);
    var dot = decDecimalPart.indexOf('.');
    if(dot == -1)
    {
      decDecimalPart += '.';
      dot = decDecimalPart.indexOf('.');
    }
    var l=parseInt(dot)+parseInt(decimals);
    while(decDecimalPart.length <= l)
    {
      decDecimalPart += '0';
    }
    strResult = decDecimalPart;
  }
  else
  {
    var dot;
    var decDecimalPart = new String(intWholePart);

    decDecimalPart += '.';
    dot = decDecimalPart.indexOf('.');
    var l=parseInt(dot)+parseInt(decimals);
    while(decDecimalPart.length <= l)
    {
      decDecimalPart += '0';
    }
    strResult = decDecimalPart;
  }
  return strResult;
}
 function CalculateTotals(){
   	f=document.mortgageApp;

   	f.totalAssets.value=format_number(parseFloat(f.estateValue1.value)
                     +parseFloat(f.estateValue2.value)
                     +parseFloat(f.depositValue1.value)
                     +parseFloat(f.depositValue2.value)
					 +parseFloat(f.sharesValue1.value)
					 +parseFloat(f.insuranceValue.value)
					 +parseFloat(f.otherSuperValue.value),2)

	f.totalBalance.value=format_number(parseFloat(f.mortgageBalance1.value)
                     +parseFloat(f.mortgageBalance2.value)
                     +parseFloat(f.mortgageBalance3.value)
                     +parseFloat(f.loanBalance1.value)
					 +parseFloat(f.loanBalance2.value)
					 +parseFloat(f.creditBalance1.value)
					 +parseFloat(f.creditBalance2.value)
					 +parseFloat(f.creditBalance3.value)
					 +parseFloat(f.storeBalance1.value)
                     +parseFloat(f.storeBalance1.value)
                     +parseFloat(f.hecsBalance1.value)
					 +parseFloat(f.rentBalance1.value)
					 +parseFloat(f.otherBalance1.value)
					 +parseFloat(f.otherBalance2.value),2)

	f.totalRepayment.value=format_number(parseFloat(f.mortgageRepayment1.value)
                     +parseFloat(f.mortgageRepayment2.value)
                     +parseFloat(f.mortgageRepayment3.value)
                     +parseFloat(f.loanRepayment1.value)
					 +parseFloat(f.loanRepayment2.value)
					 +parseFloat(f.creditRepayment1.value)
					 +parseFloat(f.creditRepayment2.value)
					 +parseFloat(f.creditRepayment3.value)
					 +parseFloat(f.storeRepayment1.value)
                     +parseFloat(f.storeRepayment1.value)
                     +parseFloat(f.hecsRepayment1.value)
					 +parseFloat(f.rentRepayment1.value)
					 +parseFloat(f.otherRepayment1.value)
					 +parseFloat(f.otherRepayment2.value),2)
					 ;}