SHAKE SQUARE

// A PROJECT BY GINNI TANEJA AND AANCHAL MAHESHWARI

#include<iostream.h>
#include<conio.h>
#include<stdio.h>
#include<stdlib.h>
#include<math.h>
#include<dos.h>
#include<string.h>
#include<graphics.h>
// delay function delays the output of next command
 void hard ()  // to print stars and rows
 {
  char position[] = {'A', 'B', 'C', 'D', 'E'} ;


  gotoxy (43, 3);
  cout<<'F'<<'\n';
  for (int i=4, j=0, o=1, p=0; i<=32, j<5; i+=4, j++, o++, p++)
  {
   for (int k=43, m=0; k<=80, m<5; k+=8, m++)
   {
    gotoxy (k, i);
    cout<<'*'<<':';
   }
   gotoxy (k-45, i);
   cout<<position[p]<<'-';
   cout<<'\n';
  }
 }



 void menu ()  // to print the clues
 {
  cout<<"______________________________"<<'\n'<<'\n'<<
  "           ACROSS"<<'\n'<<'\n'<<"A. The highest possible square."<<'\n'<<
  "B. The lowest possible square."<<'\n'
  <<"C. The first three digits are"<<'\n'<<"   cube of prime number and"
  <<'\n'<<"   last two digits are square"<<'\n'<<"   of the same."<<
  '\n'<<"D. The highest possible cube."<<'\n'
  <<"E. Cube of a prime number."<<'\n'<<'\n'<<
"________________________________"<<'\n'<<'\n'<<
  "           DOWN"<<'\n'<<'\n'<<"F. The highest possible cube."<<'\n'
  <<"________________________________"<<'\n'<<'\n'<<
  "           HOW TO PLAY"<<'\n'<<'\n'<<"1. Enter yor desired row i.e."<<'\n'<<
  "   'A', 'B', 'C', 'D' or 'E' for"<<'\n'<<"   Across and 'F' for down."<<'\n'<<
  "2. Enter your number."<<'\n'<<
  "3. If you want to quit,"<<'\n'<<"   enter 'Q', and if you"<<'\n'<<
  "   want to submit, enter 'S'.";  // instructions to play the game
 }


 int Process ()
 {
  New:
  char ch, choice, result, position[] = {'A', 'B', 'C', 'D', 'E'}, position2[] = {'a', 'b', 'c', 'd', 'e'};
  long no[6]={0,0,0,0,0,0}, b, c, d, e, f, ans[6]={99856, 71289, 34349, 35937, 68921, 97336};
  int y;

  Start:
  gotoxy(37, 22);
  cout<<"->"<<"Enter position alphabet"<<":  "; // for the user to play
  gotoxy(37, 23);
  cout<<"                                   ";
  gotoxy(63, 22);
  ch=getche();
  getch();

  if ((ch!='Q')&&(ch!='q')&&(ch!='A')&&(ch!='a')&&(ch!='B')&&(ch!='b')
&&(ch!='C')&&(ch!='c')&&(ch!='D')&&(ch!='d')&&(ch!='E')&&(ch!='e')&&(ch!='F')&&(ch!='f')&&(ch!='S')&&(ch!='s'))
goto Start;    // entering alphabet again

  if ((ch=='Q')||(ch=='q')) // game ends
  exit (0);

  if ((ch=='S')||(ch=='s')) // answers are submitted
  {
   clrscr();
   for (y=0, result='Y'; y<5; y++)   // checkings the answers
   {
if (no[y]!=ans[y])     // comparing the submitted answers from the original answers
result='N';
   }
   gotoxy (30, 6);
   if (result=='Y')
   {
cout<<"You Win";
delay(3000);
exit (0);
   }
   else
   cout<<"You Lose";
   delay(1000);
   gotoxy (20, 9);
   cout<<"Press 'R' to see the solution ";     // solutions will be shown
   gotoxy (20, 10);
   cout<<"or 'E' to exit : ";         // program will end
   Do:
   cin>>choice;
   if ((choice=='R')||(choice=='r'))   //checking the choice entered
  {
   gotoxy (1, 13);     // printing solution
   cout<<"A. The highest possible square = 99856"<<'\n'<<
  "B. The lowest possible square = 71289"<<'\n'
  <<"C. The first three digits are cube of prime number and the last two digits are square of the same = 34349"<<
  '\n'<<"D. The highest possible cube = 35937"<<'\n'
  <<"E. Cube of a prime number = 68921"<<'\n'<<"F. The highest possible cube = 97336";
   goto Do;   // choice is to be entered
   }
   if ((choice=='E')||(choice=='e'))
   exit (0);
   else
   goto Do;// choice is to be entered


  }

  again:       // for entering numbers
  gotoxy(37, 23);
  cout<<"->"<<"Enter your number      "<<":                ";



  if ((ch=='F')||(ch=='f'))  // entering the number in F (down)
  {
   gotoxy(63, 23);
   cin>>no[5];
   long K= no[5];
   if(K>99999)
   goto again;       // the no. is to be entered again

else
 b=no[5];     // entered no. is saved in variable b
   for (int i=46, j=4, k=0, number=10000; j<=32, k<5; j+=4, k++, number/=10)
   {
int a=b/number;     // to enter the 5digit no. down the grid
b%=number;
gotoxy (i,j);
cout<<a<<"  ";
   }
   e=no[5];
  for (int n=0, num=10000; n<5; n++, num/=10)
   {
c = e / num;
e = e % num;
d = no[n]%10000;
no[n] = (c*10000) + d;          // number is saved in the array- no
   }
  }

  else
  for (int i=38, j=4, m=0, n=0; i<=80, j<=32, m<5, n<5; j+=4, m++, n++)
  {
   if ((ch==position[n])||(ch==position2[n]))         // position of entered alphabet is checked
   {

gotoxy(63, 23);
cin>>no[n];
long K=no[n];
if(K>99999)
goto again;  // no. is to be entered again if it is >99999
b=no[n];       //no. is saved in variable b
for (int k=0, l=i+8, number=10000; k<5; l+=8, k++, number/=10)
{
int a=b/number;
b%=number;
gotoxy (l,j);
cout<<a<<"  ";    // each digit of the no.is printed in each column of specified position
}
   }
  }

  goto Start;     // the process is started again
 }

 void screen1()
 {
  clrscr ();          //to print the output of first screen
  char CH;
  delay(1000);
  gotoxy (30, 4);
cout<<"MATHEMATICAL PUZZLE";
  delay(2500);
  gotoxy (21, 7);
  cout<<"So you think you are a Maths Wizard?!?";
  delay(2500);
  gotoxy (25, 9);
  cout<<"Let us see";
  delay(600);
  cout<<'.';
  delay(600);
  cout<<'.';
  delay(600);
  cout<<'.';
  delay(1500);
  cout<<"here's the test!";
  delay(2500);
  gotoxy (22, 11);
  cout<<"Press 'S' to start or 'E' to exit : ";
  dobara:
  gotoxy (58, 11);
  cin>>CH;            // choice is to be entered
  if ((CH=='E')||(CH=='e'))
  exit (0);
  if ((CH!='S')&&(CH!='s'))
  goto dobara;
  clrscr ();
 }

 void screen2()      // for printing the output of screen2
 {
  delay(1000);
  gotoxy (22, 5);
  cout<<"           HOW TO PLAY";          // instructions to play the game
  delay(2000);
  gotoxy (15, 7);
  cout<<"1. Enter yor desired row i.e.";
  gotoxy (15, 8);
  cout<<"   'A', 'B', 'C', 'D' or 'E' for Across and 'F' for down.";
  delay(4000);
  gotoxy (15, 10);
  cout<<"2. Enter your number.";
  delay(3000);
  gotoxy (15, 12);
  cout<<"3. If you want to quit, enter 'Q'";
  gotoxy (15, 13);
  cout<<"  and if you want to submit, enter 'S'.";
  delay(6000);
  clrscr ();
 }

 void screen3 ()                // for printing the output of screen3
 {
  for (int i=0; i<3; i++)
  {
   gotoxy (28, 14);
   cout<<"Loading";
   gotoxy (35, 14);
   delay(800);
   gotoxy (37, 14);
   delay(800);
   gotoxy (39, 14);
   delay(800);
   clrscr ();
  }
 }

 main ()           // the execution begins from here
 {
  clrscr ();
  screen1 ();
  screen2 ();
  screen3 ();
  menu ();
  hard ();
  Process ();

  getch ();
 }



// HERE ARE THE OUTPUT SCREENS