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Program to covert a given Decimal Number into English Code

Posted By: Easy Tutor     Category: C++ Programming     Views: 2607

A C++ Program to covert a given Decimal Number into English Code.

Code for Program to covert a given Decimal Number into English Code in C++ Programming

 # include <iostream.h>
 # include <iomanip.h>
 # include <conio.h>
 # include <math.h>

 void english_code(longint);


 main( )
    {
       clrscr( );

       double number;

       cout<<"\n******************************************************************************"<<endl;
       cout<<"******************************************************************************"<<endl;
       cout<<"------------------------------------------------------------------------------"<<endl;
       cout<<"\n*****  Conversion of a number from Decimal Number System to English Code  ****"<<endl;
       cout<<"\n------------------------------------------------------------------------------"<<endl;
       cout<<"******************************************************************************"<<endl;
       cout<<"******************************************************************************"<<endl;

       gotoxy(1,22);
       cout<<"------------------------------------------------------------------------------"<<endl;
       cout<<"******************************************************************************"<<endl;
       cout<<"******************************************************************************";

       gotoxy(1,10);
       cout<<"\n\n ***  Enter the Decimal Number from ( -1000,0,00,000 --> +1000,0,00,000 )  ***\n\n\n"<<endl;
       cout<<setw(21)<<"Decimal Number ::  ";
       cin>>number;

       if((number>1000000000) || (number<-1000000000))
      cout<<"\n\n  Error ::  The given Decimal Number is out of range.";

       else
      {
         cout<<"\n\n  English  Code  ::   "<<endl;

         gotoxy(22,19);
         english_code(number);
      }

       getch( );

       return 0;
    }

 /*************************************************************************//*************************************************************************///------------------------  Function Definitions  -----------------------///*************************************************************************//*************************************************************************//*************************************************************************///------------------------  english_code(long int)  ---------------------///*************************************************************************/void english_code(longint number)
    {
       long number_1;
       long number_2;
       long number_3;
       long number_4;
       long number_5;
       long number_6;
       long number_7;
       long number_8;
       long number_9;
       long number_10;
       long number_11;
       long number_12;
       long number_13;
       long number_14;
       long number_15;
       long number_16;

       number_1=fabs(number);

       number_2=number_1/1000000;
       number_3=number_2/100;
       number_4=number_2%100;

       number_5=number_1%1000000;

       number_6=number_5/100000;
       number_7=number_5%100000;

       number_9=number_7/10000;
       number_10=number_7%10000;

       number_8=number_7/1000;
       number_11=number_10/1000;
       number_12=number_10%1000;

       number_13=number_12/100;
       number_14=number_12%100;

       number_15=number_14/10;
       number_16=number_14%10;

       if(number<0)
      cout<<" Minus ";

       if(number_2==1000)
      cout<<"One Thousand ";

       switch(number_3)
      {
         case 1 : cout<<"One Hundred ";
              break;

         case 2 : cout<<"Two Hundred ";
              break;

         case 3 : cout<<"Three Hundred ";
              break;

         case 4 : cout<<"Four Hundred ";
              break;

         case 5 : cout<<"Five Hundred ";
              break;

         case 6 : cout<<"Six Hundred ";
              break;

         case 7 : cout<<"Seven Hundred ";
              break;

         case 8 : cout<<"Eight Hundred ";
              break;

         case 9 : cout<<"Nine Hundred ";
              break;
      }

       if(number_4>=11 || number_4<=19)
      {
         if(number_4==11)
        cout<<"Eleven ";

         if(number_4==12)
        cout<<"Twelve ";

         if(number_4==13)
        cout<<"Thirteen ";

         if(number_4==14)
        cout<<"Fourteen ";

         if(number_4==15)
        cout<<"Fifteen ";

         if(number_4==16)
        cout<<"Sixteen ";

         if(number_4==17)
        cout<<"Seventeen ";

         if(number_4==18)
        cout<<"Eighteen ";

         if(number_4==19)
        cout<<"Nineteen ";
      }

       if(number_4<=10 || number_4>=20)
      {
         switch(number_4/10)
        {
           case 1 : cout<<"Ten ";
                break;

           case 2 : cout<<"Twenty ";
                break;

           case 3 : cout<<"Thirty ";
                break;

           case 4 : cout<<"Fourty ";
                break;

           case 5 : cout<<"Fifty ";
                break;

           case 6 : cout<<"Sixty ";
                break;

           case 7 : cout<<"Seventy ";
                break;

           case 8 : cout<<"Eighty ";
                break;

           case 9 : cout<<"Ninety ";
                break;
        }

         switch(number_4%10)
        {
           case 1 : cout<<"One ";
                break;

           case 2 : cout<<"Two ";
                break;

           case 3 : cout<<"Three ";
                break;

           case 4 : cout<<"Four ";
                break;

           case 5 : cout<<"Five ";
                break;

           case 6 : cout<<"Six ";
                break;

           case 7 : cout<<"Seven ";
                break;

           case 8 : cout<<"Eight ";
                break;

           case 9 : cout<<"Nine ";
                break;
        }
      }

       if(number_1>999999)
      cout<<"Million ";

       switch(number_6)
      {
         case 1 : cout<<"One Lac ";
              break;

         case 2 : cout<<"Two Lac ";
              break;

         case 3 : cout<<"Three Lac ";
              break;

         case 4 : cout<<"Four Lac ";
              break;

         case 5 : cout<<"Five Lac ";
              break;

         case 6 : cout<<"Six Lac ";
              break;

         case 7 : cout<<"Seven Lac ";
              break;

         case 8 : cout<<"Eight Lac ";
              break;

         case 9 : cout<<"Nine Lac ";
              break;
      }

       if(number_8>=10 || number_8<=19)
      {
         if(number_8==10)
        cout<<"Ten ";

         if(number_8==11)
        cout<<"Eleven ";

         if(number_8==12)
        cout<<"Twelve ";

         if(number_8==13)
        cout<<"Thirteen ";

         if(number_8==14)
        cout<<"Fourteen ";

         if(number_8==15)
        cout<<"Fifteen ";

         if(number_8==16)
        cout<<"Sixteen ";

         if(number_8==17)
        cout<<"Seventeen ";

         if(number_8==18)
        cout<<"Eighteen ";

         if(number_8==19)
        cout<<"Nineteen ";
      }

       if(number_8<10 || number_8>19)
      {
         switch(number_9)
        {
           case 2 : cout<<"Twenty ";
                break;

           case 3 : cout<<"Thirty ";
                break;

           case 4 : cout<<"Fourty ";
                break;

           case 5 : cout<<"Fifty ";
                break;

           case 6 : cout<<"Sixty ";
                break;

           case 7 : cout<<"Seventy ";
                break;

           case 8 : cout<<"Eighty ";
                break;

           case 9 : cout<<"Ninety ";
                break;
        }

         switch(number_11)
        {
           case 1 : cout<<"One ";
                break;

           case 2 : cout<<"Two ";
                break;

           case 3 : cout<<"Three ";
                break;

           case 4 : cout<<"Four ";
                break;

           case 5 : cout<<"Five ";
                break;

           case 6 : cout<<"Six ";
                break;

           case 7 : cout<<"Seven ";
                break;

           case 8 : cout<<"Eight ";
                break;

           case 9 : cout<<"Nine ";
                break;
        }
      }

       if(number>999 && number_8!=0)
      cout<<"Thousand ";

       if(number>99999)
      cout<<"\number_15\t\t";

       switch(number_13)
      {
         case 1 : cout<<"One Hundred ";
              break;

         case 2 : cout<<"Two Hundred ";
              break;

         case 3 : cout<<"Three Hundred ";
              break;

         case 4 : cout<<"Four Hundred ";
              break;

         case 5 : cout<<"Five Hundred ";
              break;

         case 6 : cout<<"Six Hundred ";
              break;

         case 7 : cout<<"Seven Hundred ";
              break;

         case 8 : cout<<"Eight Hundred ";
              break;

         case 9 : cout<<"Nine Hundred ";
              break;
      }

       if(number_14>=11 || number_14<=19)
      {
         if(number_14==11)
        cout<<"Eleven ";

         if(number_14==12)
        cout<<"Twelve ";

         if(number_14==13)
        cout<<"Thirteen ";

         if(number_14==14)
        cout<<"Fourteen ";

         if(number_14==15)
        cout<<"Fifteen ";

         if(number_14==16)
        cout<<"Sixteen ";

         if(number_14==17)
        cout<<"Seventeen ";

         if(number_14==18)
        cout<<"Eighteen ";

         if(number_14==19)
        cout<<"Nineteen ";
      }

       if(number_14<=10 || number_14>=20)
      {
         switch(number_15)
        {
           case 1 : cout<<"Ten ";
                break;

           case 2 : cout<<"Twenty ";
                break;

           case 3 : cout<<"Thirty ";
                break;

           case 4 : cout<<"Fourty ";
                break;

           case 5 : cout<<"Fifty ";
                break;

           case 6 : cout<<"Sixty ";
                break;

           case 7 : cout<<"Seventy ";
                break;

           case 8 : cout<<"Eighty ";
                break;

           case 9 : cout<<"Ninety ";
                break;
        }

         switch(number_16)
        {
           case 1 : cout<<"One ";
                break;

           case 2 : cout<<"Two ";
                break;

           case 3 : cout<<"Three ";
                break;

           case 4 : cout<<"Four ";
                break;

           case 5 : cout<<"Five ";
                break;

           case 6 : cout<<"Six ";
                break;

           case 7 : cout<<"Seven ";
                break;

           case 8 : cout<<"Eight ";
                break;

           case 9 : cout<<"Nine ";
                break;
        }
      }

       if(number==0)
      cout<<"Zero ";
    }
  
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