Convert Numbers to Words

Question

How do i convert number to words? For example if I enter 1267 the value in words One Thousand Two Hundred and Sixty Seven Only should be displayed. Is there any inbuilt method for this?

Mark · Answer

here is my check printing conversion using C#. Converts input number into text for printing checks. //Created By: Mark A Kopan //Creation Date: 12/19/2005 // // // using System; using System.Collections; using System.Data; using System.Data.SqlClient; using System.Configuration; using System.IO; using System.Xml; namespace IntroToCR { /// /// Summary description for NumToText. /// public class NumToText { public string NumToWord( string InputNumber) { InputNumber= Convert.ToString(InputNumber); //string delimStr =  .; //char [] delimiter = delimStr.ToCharArray(); //int i=0; string [] Decimal; string onesword=; string tensword=; string hundredsword=; string thousandsword=; string tenthousandsword=; string hundredthousandsword=; string millionsword = ; char [] TheNumber; InputNumber=InputNumber.Replace(); //char[] MyNum=InputNumber.ToCharArray(); Decimal=InputNumber.Split( new Char[] {'.'} 2); string MyNum=Convert.ToString(Decimal[0]); string Adot=(Convert.ToString(Decimal[1])+/100); string payoutput= and  + Adot + Dollars; int NumIndex=(MyNum.Length-1); TheNumber=MyNum.ToCharArray(); for ( int i = 0 ; i { switch (i) { case 0: string ones=Convert.ToString(TheNumber[NumIndex]); switch (Convert.ToInt32(ones)) { case 0: onesword=Zero; break ; case 1: onesword=One; break ; case 2: onesword=Two; break ; case 3: onesword=Three; break ; case 4: onesword=Four; break ; case 5: onesword=Five; break ; case 6: onesword=Six; break ; case 7: onesword=Seven; break ; case 8: onesword=Eight; break ; case 9: onesword=Nine; break ; } payoutput=onesword+payoutput; break ; case 1: string tens=Convert.ToString(TheNumber[NumIndex-1]); switch (Convert.ToInt32(tens)) { case 1: switch (Convert.ToInt32(Convert.ToString(TheNumber[NumIndex]))) { case 0: tensword=payoutput.Replace(ZeroTen); break ; case 1: tensword=payoutput.Replace(OneEleven); break ; case 2: tensword=payoutput.Replace(TwoTwelve); break ; case 3: tensword=payoutput.Replace(ThreeThirteen); break ; case 4: tensword=payoutput.Replace(FourFourteen); break ; case 5: tensword=payoutput.Replace(FiveFifteen); break ; case 6: tensword=payoutput.Replace(SixSixteen); break ; case 7: tensword=payoutput.Replace(SevenSeventeen); break ; case 8: tensword=payoutput.Replace(EightEighteen); break ; case 9: tensword=payoutput.Replace(NineNineteen); break ; } payoutput=tensword; break ; case 2: tensword=Twenty ; payoutput=tensword+payoutput; break ; case 3: tensword=Thirty ; payoutput=tensword+payoutput; break ; case 4: tensword=Fourty ; payoutput=tensword+payoutput; break ; case 5: tensword=Fifty; payoutput=tensword+payoutput; break ; case 6: tensword=Sixty ; payoutput=tensword+payoutput; break ; case 7: tensword=Seventy ; payoutput=tensword+payoutput; break ; case 8: tensword=Eighty ; payoutput=tensword+payoutput; break ; case 9: tensword=Ninety ; payoutput=tensword+payoutput; break ; } break ; case 2: string hundreds=Convert.ToString(TheNumber[NumIndex-2]); switch (Convert.ToInt32(hundreds)) { case 0: hundredsword=; break ; case 1: hundredsword=One Hundred; break ; case 2: hundredsword=Two Hundred; break ; case 3: hundredsword=Three Hundred; break ; case 4: hundredsword=Four Hundred; break ; case 5: hundredsword=Five Hundred; break ; case 6: hundredsword=Six Hundred; break ; case 7: hundredsword=Seven Hundred; break ; case 8: hundredsword=Eight Hundred; break ; case 9: hundredsword=Nine Hundred; break ; } payoutput=hundredsword+ +payoutput; break ; case 3: string thousands=Convert.ToString(TheNumber[NumIndex-3]); switch (Convert.ToInt32(thousands)) { case 0: thousandsword=; break ; case 1: thousandsword=One Thousand; break ; case 2: thousandsword=Two Thousand; break ; case 3: thousandsword=Three Thousand; break ; case 4: thousandsword=Four Thousand; break ; case 5: thousandsword=Five Thousand; break ; case 6: thousandsword=Six Thousand; break ; case 7: thousandsword=Seven Thousand; break ; case 8: thousandsword=Eight Thousand; break ; case 9: thousandsword=Nine Thousand; break ; } payoutput=thousandsword+ +payoutput; break ; case 4: string tenthousand=Convert.ToString(TheNumber[NumIndex-4]); switch (Convert.ToInt32(tenthousand)) { case 1: switch (Convert.ToInt32(Convert.ToString(TheNumber[NumIndex-3]))) { case 0: tenthousandsword=payoutput.Replace(ZeroTen); break ; case 1: tenthousandsword=payoutput.Replace(One ThousandEleven Thousand); break ; case 2: tenthousandsword=payoutput.Replace(Two ThousandTwelve Thousand); break ; case 3: tenthousandsword=payoutput.Replace(Three ThousandThirteen Thousand); break ; case 4: tenthousandsword=payoutput.Replace(Four ThousandFourteen Thousand); break ; case 5: tenthousandsword=payoutput.Replace(Five ThousandFifteen Thousand); break ; case 6: tenthousandsword=payoutput.Replace(Six ThousandSixteen Thousand); break ; case 7: tenthousandsword=payoutput.Replace(Seven ThousandSeventeen Thousand); break ; case 8: tenthousandsword=payoutput.Replace(Eight ThousandEighteen Thousand); break ; case 9: tenthousandsword=payoutput.Replace(Nine ThousandNineteen Thousand); break ; // } payoutput=tenthousandsword; break ; case 2: tenthousandsword=Twenty; payoutput=tenthousandsword+ +payoutput; break ; case 3: tenthousandsword=Thirty; payoutput=tenthousandsword+ +payoutput; break ; case 4: tenthousandsword=Fourty; payoutput=tenthousandsword+ +payoutput; break ; case 5: tenthousandsword=Fifty; payoutput=tenthousandsword+ +payoutput; break ; case 6: tenthousandsword=Sixty; payoutput=tenthousandsword+ +payoutput; break ; case 7: tenthousandsword=Seventy; payoutput=tenthousandsword+ +payoutput; break ; case 8: tenthousandsword=Eighty; payoutput=tenthousandsword+ +payoutput; break ; case 9: tenthousandsword=Ninety; payoutput=tenthousandsword+ +payoutput; break ; } break ; case 5: string hundredthousand=Convert.ToString(TheNumber[NumIndex-5]); switch (Convert.ToInt32(hundredthousand)) { case 0: hundredthousandsword=; break ; case 1: hundredthousandsword=One Hundred; break ; case 2: hundredthousandsword=Two Hundred; break ; case 3: hundredthousandsword=Three Hundred; break ; case 4: hundredthousandsword=Four Hundred; break ; case 5: hundredthousandsword=Five Hundred; break ; case 6: hundredthousandsword=Six Hundred; break ; case 7: hundredthousandsword=Seven Hundred; break ; case 8: hundredthousandsword=Eight Hundred; break ; case 9: hundredthousandsword=Nine Hundred; break ; } payoutput=hundredthousandsword+ +payoutput; break ; case 6: string million=Convert.ToString(TheNumber[NumIndex-6]); switch (Convert.ToInt32(million)) { case 0: millionsword=; break ; case 1: millionsword=One Million; break ; case 2: millionsword=Two Million; break ; case 3: millionsword=Three Million; break ; case 4: millionsword=Four Million; break ; case 5: millionsword=Five Million; break ; case 6: millionsword=Six Million; break ; case 7: millionsword=Seven Million; break ; case 8: millionsword=Eight Million; break ; case 9: millionsword=Nine Million; break ; } payoutput=millionsword+ +payoutput; break ; case 7: string tenmillion=Convert.ToString(TheNumber[NumIndex-7]); break ; case 8: string hundredmillion=Convert.ToString(TheNumber[NumIndex-8]); break ; case 9: string billion=Convert.ToString(TheNumber[NumIndex-9]); break ; } } return payoutput; // // TODO: Add constructor logic here // } } }

joy.simpson · Answer

No. You have to parse the string and write the code yourself.