CN_NINE);
 radices = new Array("", CN_TEN, CN_HUNDRED, CN_THOUSAND);
 bigRadices = new Array("", CN_TEN_THOUSAND, CN_HUNDRED_MILLION);
 decimals = new Array(CN_TEN_CENT, CN_CENT);
 // Start processing:
 outputCharacters = "";
 // Process integral part if it is larger than 0:
 if (Number(integral) > 0) {
  zeroCount = 0;
  for (i = 0; i < integral.length; i++) {
   p = integral.length - i - 1;
   d = integral.substr(i, 1);
   quotient = p / 4;
   modulus = p % 4;
   if (d == "0") {
    zeroCount++;
   }
   else {
    if (zeroCount > 0)
    {
     outputCharacters += digits[0];
    }
    zeroCount = 0;
    outputCharacters += digits[Number(d)] + radices[modulus];
   }
   if (modulus == 0 && zeroCount < 4) {
    outputCharacters += bigRadices[quotient];
   }
  }
  outputCharacters += CN_DOLLAR;
 }
 // Process decimal part if there is:
 if (decimal != "") {
  for (i = 0; i < decimal.length; i++) {
   d = decimal.substr(i, 1);
   if (d != "0") {
    outputCharacters += digits[Number(d)] + decimals[i];
   }
  }
 }
 // Confirm and return the final output string:
 if (outputCharacters == "") {
  outputCharacters = CN_ZERO + CN_DOLLAR;
 }
 if (decimal == "") {
  outputCharacters += CN_INTEGER;
 }
 outputCharacters = CN_SYMBOL + outputCharacters;
 return outputCharacters;
}//