Get The English Text For A Number

This Example Shows How To Get The English Text For A Number.This Can Be Used To Convert A Numeric Currency To English Sentence. 
By Passing A Number To This Method You Can Get The Text For The Number You Passed

public static string ConvertMoneyToText(string value)//---Convert Currency To Word---
{
    value = value.Replace(",", "").Replace("$", "");
    int decimalCount = 0;
    int Val = value.Length - 1;
    for (int x = 0; x <= Val; x++)
    {
         char Val2 = value[x];
         if (Val2.ToString() == ".")
         {
              decimalCount++;
              if (decimalCount > 1)
              {
                   throw new ArgumentException("Only monetary values are accepted");
              }
         }
         Val2 = value[x];
         char Valtemp = value[x];
         if (!(char.IsDigit(value[x]) | (Val2.ToString() == ".")) & !((x == 0) & (Valtemp.ToString() == "-")))
                {
                    throw new ArgumentException("Only monetary values are accepted");
                }
            }
            string returnValue = "";
            string[] parts;
            if (value.Contains("."))
                parts = value.Split(new char[] { '.' });
            else
                parts = (value + ".00").Split(new char[] { '.' });
            parts[1] = new string((parts[1] + "00").Substring(0, 2).ToCharArray());
            bool IsNegative = parts[0].Contains("-");
            if (parts[0].Replace("-", "").Length > 0x12)
            {
                throw new ArgumentException("Maximum value is $999,999,999,999,999,999.99");
            }
            if (IsNegative)
            {
                parts[0] = parts[0].Replace("-", "");
                returnValue = returnValue + "Minus ";
            }
            if (parts[0].Length > 15)
            {
                returnValue = returnValue + HundredsText(parts[0].PadLeft(0x12, '0').Substring(0, 3)) + "Quadrillion ";
                if (parts[0].PadLeft(0x12, '0').Substring(3, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(0x12, '0').Substring(3, 3)) + "Trillion ";
                }
                if (parts[0].PadLeft(0x12, '0').Substring(6, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(0x12, '0').Substring(6, 3)) + "Billion ";
                }
                if (parts[0].PadLeft(0x12, '0').Substring(9, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(0x12, '0').Substring(9, 3)) + "Million ";
                }
                if (parts[0].PadLeft(0x12, '0').Substring(12, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(0x12, '0').Substring(12, 3)) + "Thousand ";
                }
            }
            else if (parts[0].Length > 12)
            {
                returnValue = returnValue + HundredsText(parts[0].PadLeft(15, '0').Substring(0, 3)) + "Trillion ";
                if (parts[0].PadLeft(15, '0').Substring(3, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(15, '0').Substring(3, 3)) + "Billion ";
                }
                if (parts[0].PadLeft(15, '0').Substring(6, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(15, '0').Substring(6, 3)) + "Million ";
                }
                if (parts[0].PadLeft(15, '0').Substring(9, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(15, '0').Substring(9, 3)) + "Thousand ";
                }
            }
            else if (parts[0].Length > 9)
            {
                returnValue = returnValue + HundredsText(parts[0].PadLeft(12, '0').Substring(0, 3)) + "Billion ";
                if (parts[0].PadLeft(12, '0').Substring(3, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(12, '0').Substring(3, 3)) + "Million ";
                }
                if (parts[0].PadLeft(12, '0').Substring(3, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(12, '0').Substring(6, 3)) + "Thousand ";
                }
            }
            else if (parts[0].Length > 6)
            {
                returnValue = returnValue + HundredsText(parts[0].PadLeft(9, '0').Substring(0, 3)) + "Million ";
                if (parts[0].PadLeft(9, '0').Substring(0, 3) != "000")
                {
                    returnValue = returnValue + HundredsText(parts[0].PadLeft(9, '0').Substring(3, 3)) + "Thousand ";
                }
            }
            else if (parts[0].Length > 3)
            {
                returnValue = returnValue + HundredsText(parts[0].PadLeft(6, '0').Substring(0, 3)) + "Thousand ";
            }
            string hundreds = parts[0].PadLeft(3, '0');
            int tempInt = 0;
            hundreds = hundreds.Substring(hundreds.Length - 3, 3);
            if (int.TryParse(hundreds, out tempInt) == true)
            {
                returnValue = returnValue + HundredsText(hundreds) + "Rupee";
                if (int.Parse(hundreds) != 1)
                {
                    returnValue = returnValue + "s";
                }
                if (int.Parse(parts[1]) != 0)
                {
                    returnValue = returnValue + " and ";
                }
            }
            if ((parts.Length == 2) && (int.Parse(parts[1]) != 0))
            {
                returnValue = returnValue + HundredsText(parts[1].PadLeft(3, '0')) + "Cent";
                if (int.Parse(parts[1]) != 1)
                {
                    returnValue = returnValue + "s";
                }
            }
            return returnValue;
        }
        private static string HundredsText(string value)
        {
            char Val_1;
            char Val_2;
            string returnValue = "";
            bool IsSingleDigit = true;
            char Val = value[0];
            if (int.Parse(Val.ToString()) != 0)
            {
                Val_1 = value[0];
                returnValue = returnValue + Ones[int.Parse(Val_1.ToString()) - 1] + " Hundred ";
                IsSingleDigit = false;
            }
            Val_1 = value[1];
            if (int.Parse(Val_1.ToString()) > 1)
            {
                Val = value[1];
                returnValue = returnValue + Tens[int.Parse(Val.ToString()) - 1] + " ";
                Val_1 = value[2];
                if (int.Parse(Val_1.ToString()) != 0)
                {
                    Val = value[2];
                    returnValue = returnValue + Ones[int.Parse(Val.ToString()) - 1] + " ";
                }
                return returnValue;
            }
            Val_1 = value[1];
            if (int.Parse(Val_1.ToString()) == 1)
            {
                Val = value[1];
                Val_2 = value[2];
                return (returnValue + Ones[int.Parse(Val.ToString() + Val_2.ToString()) - 1] + " ");
            }
            Val_2 = value[2];
            if (int.Parse(Val_2.ToString()) == 0)
            {
                return returnValue;
            }
            if (!IsSingleDigit)
            {
                returnValue = returnValue + "and ";
            }
            Val_2 = value[2];
            return (returnValue + Ones[int.Parse(Val_2.ToString()) - 1] + " ");
        }
        static string[] Tens = new string[] {
   "Ten",
   "Twenty",
   "Thirty",
   "Forty",
   "Fifty",
   "Sixty",
   "Seventy",
   "Eighty",
   "Ninety" };
        static string[] Ones = new string[] {
   "One",
   "Two",
   "Three",
   "Four",
   "Five",
   "Six",
   "Seven",
   "Eight",
   "Nine",
   "Ten",
   "Eleven",
   "Twelve",
   "Thirteen",
   "Fourteen",
   "Fifteen",
   "Sixteen",
   "Seventeen",
   "Eighteen",
   "Nineteen"};