// Neo's numbers challenge #include #include using namespace std; /* functions for literal extraction: * Twentyormore: for numbers under thousand, handle irregularity of teens * ToLiteral: the total extractor */ string Twentyormore(int nump){ // data Literals string Numbers20[]={"","one","two","three","four","five","six","seven","eight","nine", "ten", "eleven","twelve","thirteen","fourteen","fifteen", "sixteen", "seventeen", "eighteen", "nineteen"}; string Numbers100[]={"","twenty", "thirty", "fourty","fifty", "sixty","seventy", "eighty", "ninety"}; string Number=""; if (nump>=100){ Number = Numbers20 [nump/100]+ "hundred"; if (nump/100>1){ Number+="s"; } } if (nump%100<20){ Number += Numbers20 [nump%100]; } else { Number += Numbers100 [((nump%100)/10)-1]+ Numbers20 [nump%10]; } return Number; } string ToLiteral(long int num){ string NumberTot=""; if (num ==0){ return "zero"; } if (num>=1000000){ NumberTot = Twentyormore(num/1000000); NumberTot += "Million"; if (num/1000000>1){ NumberTot += "s"; } } if (num>=1000){ NumberTot += Twentyormore(num%1000000/1000); NumberTot += "Thousand"; if (num%1000000/1000>1){ NumberTot += "s"; } } NumberTot += Twentyormore(num%1000); return NumberTot; } // ------------------------------------------------------------------- M A I N () long int Start ;int Lines ;//inputs int main() { //cout<<"Start number: ";cin>>Start ;cout<>Lines ;cout<