code to convert a particular digit in to words

Question

Hi all could you please suggest code to convert a particular digit in to words for eg: i want to convert 1234 in to one thousand two hunhred thirty four thanks in advance

Shankey · Answer

hi i just google it and find some interesting links Code to Convert the Given Number into Words or code refer thread http://www.c-sharpcorner.com/Forums/ShowMessages.aspx?ThreadID=38232 public partial class Form1 : Form { public Form1() { InitializeComponent(); } private void Form1_Load( object sender EventArgs e) { } private void button1_Click( object sender EventArgs e) { label1.Text = changeToWords(textBox1.Text false ); } public String changeNumericToWords( double numb) { String num = numb.ToString(); return changeToWords(num false ); } public String changeCurrencyToWords( String numb) { return changeToWords(numb true ); } public String changeNumericToWords( String numb) { return changeToWords(numb false ); } public String changeCurrencyToWords( double numb) { return changeToWords(numb.ToString() true ); } private String changeToWords( String numb bool isCurrency) { String val =   wholeNo = numb points =   andStr =   pointStr =  ; String endStr = (isCurrency) ? ( Only ) : (  ); try { int decimalPlace = numb.IndexOf( . ); if (decimalPlace > 0) { wholeNo = numb.Substring(0 decimalPlace); points = numb.Substring(decimalPlace + 1); if ( Convert .ToInt32(points) > 0) { andStr = (isCurrency) ? ( and ) : ( point ); // just to separate whole numbers from points/cents endStr = (isCurrency) ? ( Cents  + endStr) : (  ); pointStr = translateCents(points); } } val = String .Format( {0} {1}{2} {3}  translateWholeNumber(wholeNo).Trim() andStr pointStr endStr); } catch { ;} return val; } private String translateWholeNumber( String number) { string word =  ; try { bool beginsZero = false ; //tests for 0XX bool isDone = false ; //test if already translated double dblAmt = ( Convert .ToDouble(number)); //if ((dblAmt > 0) && number.StartsWith(0)) if (dblAmt > 0) { //test for zero or digit zero in a nuemric beginsZero = number.StartsWith( 0 ); int numDigits = number.Length; int pos = 0; //store digit grouping String place =  ; //digit grouping name:hundresthousandetc... switch (numDigits) { case 1: //ones' range word = ones(number); isDone = true ; break ; case 2: //tens' range word = tens(number); isDone = true ; break ; case 3: //hundreds' range pos = (numDigits % 3) + 1; place =  Hundred  ; break ; case 4: //thousands' range case 5: case 6: pos = (numDigits % 4) + 1; place =  Thousand  ; break ; case 7: //millions' range case 8: case 9: pos = (numDigits % 7) + 1; place =  Million  ; break ; case 10: //Billions's range pos = (numDigits % 10) + 1; place =  Billion  ; break ; //add extra case options for anything above Billion... default : isDone = true ; break ; } if (!isDone) { //if transalation is not done continue...(Recursion comes in now!!) word = translateWholeNumber(number.Substring(0 pos)) + place + translateWholeNumber(number.Substring(pos)); //check for trailing zeros if (beginsZero) word =  and  + word.Trim(); } //ignore digit grouping names if (word.Trim().Equals(place.Trim())) word =  ; } } catch { ;} return word.Trim(); } private String tens( String digit) { int digt = Convert .ToInt32(digit); String name = null ; switch (digt) { case 10: name = Ten ; break ; case 11: name = Eleven ; break ; case 12: name = Twelve ; break ; case 13: name = Thirteen ; break ; case 14: name = Fourteen ; break ; case 15: name = Fifteen ; break ; case 16: name = Sixteen ; break ; case 17: name = Seventeen ; break ; case 18: name = Eighteen ; break ; case 19: name = Nineteen ; break ; case 20: name = Twenty ; break ; case 30: name = Thirty ; break ; case 40: name = Fourty ; break ; case 50: name = Fifty ; break ; case 60: name = Sixty ; break ; case 70: name = Seventy ; break ; case 80: name = Eighty ; break ; case 90: name = Ninety ; break ; default : if (digt > 0) { name = tens(digit.Substring(0 1) + 0 ) +   + ones(digit.Substring(1)); } break ; } return name; } private String ones( String digit) { int digt = Convert .ToInt32(digit); String name =  ; switch (digt) { case 1: name = One ; break ; case 2: name = Two ; break ; case 3: name = Three ; break ; case 4: name = Four ; break ; case 5: name = Five ; break ; case 6: name = Six ; break ; case 7: name = Seven ; break ; case 8: name = Eight ; break ; case 9: name = Nine ; break ; } return name; } private String translateCents( String cents) { String cts =   digit =   engOne =  ; for ( int i = 0; i { digit = cents[i].ToString(); if (digit.Equals( 0 )) { engOne = Zero ; } else { engOne = ones(digit); } cts +=   + engOne; } return cts; } }