Arabic numerals to lowercase Chinese numerals

C # version

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Using System; using System. collections. generic; using System. text; namespace NumberConventer {class Class1 {private string [] CnNum = {"0", "1", "2", "3", "4", "5 ", "6", "7", "8", "9"}; private string [] ShiNum = {"thousands", "", "10", "hundreds "}; private string [] WanNum = {"", "", ""}; private string NumTh, OutCn; private bool isNumber (string aaa) {try {int bbb = Convert. toInt16 (aaa); return true;} catch {Return false ;}/// determines whether it is a digital private string ChangeChineseNum (string Number, int Numlan) {bool Zero = false, Wan = false, Hand = true; // If zero is used, whether to output the Chinese character "zero" is required. If Wan is the first to output the Chinese character "Ten Thousand" or "hundred million", Hand determines whether it is the first non-zero number. Int NumTemp; bool Booltemp = Int32.TryParse (Number, out NumTemp); if (! Booltemp) {NumTemp = 0 ;}for (int I = 1; I <= Numlan; I ++) {NumTh = Number. substring (I-1, 1); int NowNum, NowTh = Numlan + 1-I; if (isNumber (NumTh) {NowNum = Convert. toInt16 (NumTh); // OutCn = OutCn + CnNum [I];} else {break;} if (NowNum = 0) {if (Hand = true) {continue;} else {Zero = true ;}} else {Wan = true; if (Hand = true) {if (NumTemp> 9 & NumTemp <20) {OutCn = OutCn + ShiNum [NowTh % 4];} else {OutCn = OutCn + CnNum [NowNum] + ShiNum [NowTh % 4];} Hand = false ;} else {if (Zero = false) {OutCn = OutCn + CnNum [NowNum] + ShiNum [NowTh % 4];} else {OutCn = OutCn + CnNum [0] + CnNum [NowNum] + ShiNum [NowTh % 4]; Zero = false ;}}} if (Wan = true & (NowTh-1) % 4 = 0) {OutCn = OutCn + WanNum [(NowTh-1)/4) % 2]; for (int j = (NowTh-1)/8; j> 0; j = j -1) {OutCn = OutCn + WanNum [2];} Wan = false;} if (isNumber (NumTh) {return OutCn ;} else {return "contains non-Arabic characters! Please correct it! ";}}}}

Javascript version

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Function ChangeChineseNum (Number) {var isNumber = function (aaa) {try {parseInt (aaa); return true ;}catch (err) {return false ;}}; var CnNum = ["zero", "one", "two", "three", "four", "five", "Six", "Seven", "eight ", "9"]; var ShiNum = ["Thousand", "", "Ten", "Hundred"]; var WanNum = ["", "Ten ", ""]; var NumTh, OutCn = ""; var Zero = false, Wan = false, Hand = true; // zero indicates whether the Chinese character "Zero" needs to be output ", wan determines whether to output the Chinese character "" or "million", and Hand determines whether it is the first non-zero number. Var Numlan; var NumTemp; var Booltemp; if (isNumber (Number) {NumTemp = parseInt (Number); Numlan = NumTemp. toString (). length;} else {NumTemp = 0; Numlan = 0;} for (var I = 1; I <= Numlan; I ++) {NumTh = Number. toString (). substring (I-1, I); var NowNum, NowTh = Numlan + 1-I; if (isNumber (NumTh) {NowNum = parseInt (NumTh ); // OutCn = OutCn + CnNum [I];} else {break;} if (NowNum = 0) {if (Hand = true) {continue;} else {Zero = true;} else {Wan = true; if (Hand = true) {if (NumTemp> 9 & NumTemp <20) {OutCn = OutCn + ShiNum [NowTh % 4];} else {OutCn = OutCn + CnNum [NowNum] + ShiNum [NowTh % 4];} Hand = false;} else {if (Zero = false) {OutCn = OutCn + CnNum [NowNum] + ShiNum [NowTh % 4];} else {OutCn = OutCn + CnNum [0] + CnNum [NowNum] + ShiNum [NowTh % 4]; Zero = fals E ;}}if (Wan = true & (NowTh-1) % 4 = 0) {OutCn = OutCn + WanNum [(NowTh-1)/4) % 2]; for (var j = parseInt (NowTh-1)/8); j> 0; j = j-1) {OutCn = OutCn + WanNum [2] ;}wan = false ;}}if (isNumber (NumTh) {return OutCn ;}else {return "contains non-Arabic characters! Please correct it! ";}}