cpp_pawn

public NumberToText(const only_number[], const outputString[])
{
    new one_array[10][11] = {
        " ","one ", "two ", "three ", "four ", "five ","six ", "seven ", "eight ", "nine "
    };
    new ten_array[10][11] = {
        "ten ", "eleven ", "twelve ", "thirteen ", "fourteen ", "fifteen ", "sixteen ",
        "seventeen ", "eighteen ", "nineteen "
    };
    new twenty_array[10][11] = {
        " "," ","twenty ", "thirty ", "fourty ", "fifty ", "sixty ", "seventy ", "eighty ", "ninety "
    };
    new big_unit_array[22][20] = {"vigintillion","novemdecillion","octodecillion","septendecillion",
                                   "sexdecillion","quindecillion","quattuordecillion","tredecillion",
                                   "duodecillion","undecillion","decillion","nonillion","octillion",
                                   "septillion","sextillion","quintillion","quadrillion","trillion ",
                                   "billion ", "million ", "thounsand ", "hundred "};
    #define MaxUnit 21
    new tempString[150][20];
    //E.g. 1,234,567,890,123
    new i; //for only_number
    new j; //for tempString
    new rem;
    new sizeofNumber = strlen(only_number);
    new tflag = 0;
    for(i = 0,j = 0; i<sizeofNumber; i++)
    {
        rem = (sizeofNumber-i)%3;
        if(!rem)
            tflag = 0;
        if(only_number[i] != '0')
        {
            if(rem == 1) //in oneth position
            {
                strmid(tempString[j++],one_array[only_number[i]-48]);
                tflag = 1;
            }
            else if(rem == 2)
            { //in tenth position
                if(only_number[i] == '1')
                    strmid(tempString[j++],ten_array[only_number[++i]-48]);
                else
                    strmid(tempString[j++],twenty_array[only_number[i]-48]);
                tflag = 1;
            }
            else if(rem == 0)
            {// in hundredth position
                strmid(tempString[j++],one_array[only_number[i]-48]);
                strmid(tempString[j++],big_unit_array[MaxUnit]);
                tflag = 1;
            }
        }
        if(tflag)
        {
            switch(sizeofNumber-i)
            {
            case 64: { strmid(tempString[j++],big_unit_array[MaxUnit-21]); break; }
            case 61: {  strmid(tempString[j++],big_unit_array[MaxUnit-20]); break; }
            case 58: {  strmid(tempString[j++],big_unit_array[MaxUnit-19]); break; }
            case 55: {  strmid(tempString[j++],big_unit_array[MaxUnit-18]); break; }
            case 52: {  strmid(tempString[j++],big_unit_array[MaxUnit-17]); break; }
            case 49: { strmid(tempString[j++],big_unit_array[MaxUnit-16]); break; }
            case 46: { strmid(tempString[j++],big_unit_array[MaxUnit-15]); break; }
            case 43: { strmid(tempString[j++],big_unit_array[MaxUnit-14]); break; }
            case 40: { strmid(tempString[j++],big_unit_array[MaxUnit-13]); break; }
            case 37: { strmid(tempString[j++],big_unit_array[MaxUnit-12]); break; }
            case 34: { strmid(tempString[j++],big_unit_array[MaxUnit-11]); break; }
            case 31: { strmid(tempString[j++],big_unit_array[MaxUnit-10]); break; }
            case 28: { strmid(tempString[j++],big_unit_array[MaxUnit-9]); break; }
            case 25: { strmid(tempString[j++],big_unit_array[MaxUnit-8]); break; }
            case 22: { strmid(tempString[j++],big_unit_array[MaxUnit-7]); break; }
            case 19: { strmid(tempString[j++],big_unit_array[MaxUnit-6]); break; }
            case 16: { strmid(tempString[j++],big_unit_array[MaxUnit-5]); break; }
            case 13: { strmid(tempString[j++],big_unit_array[MaxUnit-4]); break; }
            case 10: { strmid(tempString[j++],big_unit_array[MaxUnit-3]); break; }
            case 7 : { strmid(tempString[j++],big_unit_array[MaxUnit-2]); break; }
            case 4 : { strmid(tempString[j++],big_unit_array[MaxUnit-1]); break; }
            }
        }
    }
    j--;
    strmid(outputString,tempString[0]);
    for(new i=1; new i<=j; i++)
        strcat(outputString, tempString[i]);
}