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c_check.cpp
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c_check.cpp
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#include<iostream.h>
#include<conio.h>
#include<graphics.h>
#include<process.h>
#include<dos.h>
int r=20,p1=12,p2=12,a[10][10],b[2000],t=0,f=0,m,n,x,y,c,l=6,q=0,p=0,v[2000];
int z=0,s=0,menut=0,esc=0,nr=0,draw=0,time=200,res=0;
void resume();
void loadin();
void menu();
void glow(int,int);
void box(int,int);
void norm_box(int,int);
void rules();
void board();
void cp1(int,int);
void cp2(int,int);
void cps();
int validity();
void ini_pos();
int plyr1validity();
int plyr2validity();
void movecp(int,int,int,int);
void replay();
void gamedriver();
void loadin()
{
int i;
setcolor(6);
settextstyle(DEFAULT_FONT,HORIZ_DIR,3);
outtextxy(110,70,"CHINESE CHECKERS ");
settextstyle(SMALL_FONT,HORIZ_DIR,3);
outtextxy(275,280,"Loading");
for(i=0;i<400;i++)
{
setcolor(6);
if(i%4==0)
setcolor(4);
outtextxy(100+i,300,"/");
outtextxy(95+i,305,"/");
if(i==130)
outtextxy(330,280,".");
if(i==260)
outtextxy(335,280,".");
if(i==350)
outtextxy(340,280,".");
delay(15);
}
delay(300);
}
void resume()
{
cleardevice();
int i=0,j=0;
board();
for(i=1;i<9;i++)
for(j=1;j<9;j++)
{
if(a[i][j]!=0)
{
if(a[i][j]/100==1)
cp1(29+(i-1)*50,29+(j-1)*50);
else if(a[i][j]/100==2)
cp2(29+(i-1)*50,29+(j-1)*50);
}
}
if(res==1)
glow(m,n);
else if(res==2)
glow(x,y);
}
void menu() //Prints the menu
{
void gamedriver(void);
void main(void);
clrscr();
cleardevice();
p1=12;
p2=12;
int ch;
settextstyle(DEFAULT_FONT,HORIZ_DIR,3);
outtextxy(110,70,"CHINESE CHECKERS ");
cout<<endl<<endl<<endl<<endl<<endl<<endl<<endl;
cout<<" "<<"1. Play Game "<<endl;
cout<<" "<<"2. Exit "<<endl;
if(esc!=0)
cout<<" "<<"3. Resume"<<endl<<endl<<endl;
cout<<endl<<endl<<" Option : ";
cin>>ch;
if(ch==1)
{
menut=1;
p=0;
main();
}
if(ch==2)
exit(0);
if(ch==3)
resume();
else
{
cleardevice();
menu();
}
}
void glow(int m,int n) //to highlight a box
{ setcolor(3);
setlinestyle(SOLID_LINE,1,3);
rectangle((m-1)*50+4,(n-1)*50+4,m*50+4,n*50+4);
}
void box(int m, int n) //to make border colour white
{
setcolor(15);
setlinestyle(SOLID_LINE,1,3);
rectangle((m-1)*50+4,(n-1)*50+4,m*50+4,n*50+4);
}
void norm_box(int m, int n) //to bring a checker box back to normal
{
glow(m,n);
setfillstyle(SOLID_FILL,0);
floodfill((m-1)*50+10,(n-1)*50+10,3);
box(m,n);
}
void rules() //rules of checkers
{
int a=getmaxx()/2,b=getmaxy()/2-30;
int c=a-130;
setcolor(1);
setlinestyle(SOLID_LINE,1,3);
rectangle(a-150,b-200,a+150,a+150);
setfillstyle(SOLID_FILL,0);
floodfill(a,b,1);
settextstyle(TRIPLEX_FONT,HORIZ_DIR,0);
setusercharsize(5,5,5,5);
outtextxy(a-20,b-190,"RULES");
outtextxy(c,b-180,"Rule 1:");
outtextxy(c,b-170,"A player can move in two ways.");
outtextxy(c,b-160,"A piece can be moved forward, ");
outtextxy(c,b-150,"diagonally,to the very next dark");
outtextxy(c,b-140,"square.In some variants,if one");
outtextxy(c,b-130,"player's piece,the other player's");
outtextxy(c,b-120,"piece, and an empty square are" );
outtextxy(c,b-110,"lined up, then the first player");
outtextxy(c,b-100,"must 'jump' the other player's");
outtextxy(c,b-90,"square.");
outtextxy(c,b-70,"Rule 2: ");
outtextxy(c,b-60,"A player can also use one piece");
outtextxy(c,b-50,"to make multiple jumps in any one ");
outtextxy(c,b-40,"single turn, provided each jump ");
outtextxy(c,b-30,"continues to lead immediately into");
outtextxy(c,b-20,"the next jump and in a straight");
outtextxy(c,b-10,"line. Sometimes a player may have");
outtextxy(c,b,"the option or a choice of which");
outtextxy(c,b+10,"opponent piece he must jump. In");
outtextxy(c,b+20,"such cases, he may then choose");
outtextxy(c,b+30,"which to jump.");
outtextxy(c,b+50,"Rule 3:");
outtextxy(c,b+60,"If a player's piece moves into the");
outtextxy(c,b+70,"King Row on the other player's");
outtextxy(c,b+80,"side, it becomes a king. It can");
outtextxy(c,b+90,"move forward and backward. (Regular");
outtextxy(c,b+100,"pieces can only move forward.)");
outtextxy(c,b+110,"A king cannot jump out of the King");
outtextxy(c,b+120,"Row until the next turn.");
outtextxy(c,b+140,"Rule 4:");
outtextxy(c,b+150,"The first player who cannot move");
outtextxy(c,b+160,"loses. So if a player loses all of");
outtextxy(c,b+170,"his pieces, he loses the game. And");
outtextxy(c,b+180,"if he cannot move, he loses (even");
outtextxy(c,b+190,"if he has pieces). A player may");
outtextxy(c,b+200,"also resign (choose to lose). If");
outtextxy(c,b+210,"nobody can lose, the game is a draw.");
outtextxy(c,b+230,"Click any key to begin the game!!");
getch();
}
void board() //to print the checker board
{
int i,j,g=50,s=4,k=15;
cleardevice();
setbkcolor(0);
setcolor(k);
setlinestyle(SOLID_LINE,1,3);
rectangle(427,2,getmaxx()-3,272);
rectangle(427,277,getmaxx()-3,408);
rectangle(0,0,408,408);
setfillstyle(SOLID_FILL,8);
floodfill(450,200,15);
setfillstyle(SOLID_FILL,0);
floodfill(450,400,15);
for(j=0;j<8;j++)
for(i=0;i<8;i++)
{
rectangle(i*g+s,j*g+s,i*g+g+s,j*g+g+s);
if(j%2!=0)
{
if(i%2==0)
{
setfillstyle(SOLID_FILL,6);
floodfill((i*g+s)+5,(j*g+s)+5,k);
}
}
if(j%2==0)
{
if(i%2!=0)
{
setfillstyle(SOLID_FILL,6);
floodfill((i*g+s)+5,(j*g+s)+5,k);
}
}
}
settextstyle(0,0,1);
outtextxy(413,27,"1");
outtextxy(413,77,"2");
outtextxy(413,127,"3");
outtextxy(413,177,"4");
outtextxy(413,227,"5");
outtextxy(413,277,"6");
outtextxy(413,327,"7");
outtextxy(413,377,"8");
outtextxy(27,414,"1");
outtextxy(77,414,"2");
outtextxy(127,414,"3");
outtextxy(177,414,"4");
outtextxy(227,414,"5");
outtextxy(277,414,"6");
outtextxy(327,414,"7");
outtextxy(377,414,"8");
}
void cp1(int x,int y) //player 1's checker piece
{
int k=1;
setcolor(k);
setlinestyle(SOLID_LINE,1,1);
circle(x,y,r);
setfillstyle(SOLID_FILL,1);
circle(x,y,r-10);
floodfill(x,y,k);
setfillstyle(INTERLEAVE_FILL,1);
floodfill(x,y-15,k);
}
void cp2(int x,int y) //player 2's checker piece
{
int k=4;
setcolor(k);
setlinestyle(SOLID_LINE,1,1);
circle(x,y,r);
setfillstyle(SOLID_FILL,4);
circle(x,y,r-10);
floodfill(x,y,k);
setfillstyle(INTERLEAVE_FILL,4);
floodfill(x,y-15,k);
}
void cps() //printing the checker pieces
{int j,i,d=25,g=50,m,l=0;
for(j=1;j<9;j++)
for(i=0;i<8;i++)
{
m=d+(j-1)*g+3;
if(j<4)
{
if(j%2!=0 && i%2==0)
{
cp1(d+l*g+3,m);
}
else if(j%2==0 && i%2!=0)
{
cp1(d+l*g+3,m);
}
}
else if(j>5)
{
if(j%2==0 && i%2!=0)
{
cp2(d+l*g+3,m);
}
else if(j%2!=0 && i%2==0)
{
cp2(d+l*g+3,m);
}
}
l++;
if(i==7)
l=0;
}
}
int validity() //checking validity of positions
{
if(a[x][y]!=0 || a[m][n]==0)
return 0;
return 1;
}
void ini_pos() //to initialise intial positions
{
int i=0,j=0;
a[0][0]=0;
for(i=1;i<10;i++)
for(j=1;j<10;j++)
{
a[i][j]=0;
if(j<4)
{
if( ((j%2!=0) && (i%2!=0)) || ((j%2==0) &&(i%2==0)) )
a[i][j]=100+i*10+j;
}
else if(j>5)
{
if( ((j%2!=0) && (i%2!=0)) || ((j%2==0) &&(i%2==0)) )
a[i][j]=200+i*10+j;
}
}
}
int plyr1validity() //to check for invalid jumps made by player 1
{
if(x==m-2 && y==n+2 && a[m-1][n+1]/100==2)
{
a[m-1][n+1]=0;
norm_box(m-1,n+1);
p2--;
return 1;
}
else if(x==m-4 && y==n+4 && a[m-1][n+1]/100==2 && a[m-3][n+3]/100==2 && a[m-2][n+2]==0)
{
a[m-1][n+1]=0;
a[m-3][n+3]=0;
norm_box(m-1,n+1);
norm_box(m-3,n+3);
p2=p2-2;
return 1;
}
else if(x==m-6 && y==n+6 && a[m-1][n+1]/100==2 && a[m-3][n+3]/100==2 && a[m-5][n+5]/100==2 && a[m-2][n+2]==0 && a[m-4][n+4]==0)
{
a[m-1][n+1]=0;
a[m-3][n+3]=0;
a[m-5][n+5]=0;
norm_box(m-1,n+1);
norm_box(m-3,n+3);
norm_box(m-5,n+5);
p2=p2-3;
return 1;
}
else if(x==m-2 && y==n+6 && a[m-1][n+1]/100==2 && a[m-3][n+3]/100==2 && a[m-3][n+5]/100==2 && a[m-2][n+2]==0 && a[m-4][n+4]==0)
{
a[m-1][n+1]=0;
a[m-3][n+3]=0;
a[m-3][n+5]=0;
norm_box(m-1,n+1);
norm_box(m-3,n+3);
norm_box(m-3,n+5);
p2=p2-3;
return 1;
}
if(x==m && y==n+4 && a[m-1][n+1]/100==2 && a[m-1][n+3]/100==2 && a[m-2][n+2]==0)
{
a[m-1][n+1]=0;
a[m-1][n+3]=0;
norm_box(m-1,n+1);
norm_box(m-1,n+3);
p2=p2-2;
return 1;
}
else if(x==m-2 && y==n+6 && a[m-1][n+1]/100==2 && a[m-1][n+3]/100==2 && a[m-1][n+5]/100==2 && a[m-2][n+2]==0 && a[m][n+4]==0)
{
a[m-1][n+1]=0;
a[m-1][n+3]=0;
a[m-1][n+5]=0;
norm_box(m-1,n+1);
norm_box(m-1,n+3);
norm_box(m-1,n+5);
p2=p2-3;
return 1;
}
else if(x==m+2 && y==n+6 && a[m-1][n+1]/100==2 && a[m-1][n+3]/100==2 && a[m+1][n+5]/100==2 && a[m-2][n+2]==0 && a[m][n+4]==0)
{
a[m-1][n+1]=0;
a[m-1][n+3]=0;
a[m+1][n+5]=0;
norm_box(m-1,n+1);
norm_box(m-1,n+3);
norm_box(m+1,n+5);
p2=p2-3;
return 1;
}
else if(x==m+2 && y==n+2 && a[m+1][n+1]/100==2)
{
a[m+1][n+1]=0;
norm_box(m+1,n+1);
p2--;
return 1;
}
else if(x==m+4 && y==n+4 && a[m+1][n+1]/100==2 && a[m+3][n+3]/100==2 && a[m+2][n+2]==0)
{
a[m+1][n+1]=0;
a[m+3][n+3]=0;
norm_box(m+1,n+1);
norm_box(m+3,n+3);
p2=p2-2;
return 1;
}
else if(x==m+6 && y==n+6 && a[m+1][n+1]/100==2 && a[m+3][n+3]/100==2 && a[m+5][n+5]/100==2 && a[m+2][n+2]==0 && a[m+4][n+4]==0)
{
a[m+1][n+1]=0;
a[m+3][n+3]=0;
a[m+5][n+5]=0;
norm_box(m+1,n+1);
norm_box(m+3,n+3);
norm_box(m+5,n+5);
p2=p2-3;
return 1;
}
else if(x==m+2 && y==n+6 && a[m+1][n+1]/100==2 && a[m+3][n+3]/100==2 && a[m+3][n+5]/100==2 && a[m+2][n+2]==0 && a[m+4][n+4]==0)
{
a[m+1][n+1]=0;
a[m+3][n+3]=0;
a[m+3][n+5]=0;
norm_box(m+1,n+1);
norm_box(m+3,n+3);
norm_box(m+3,n+5);
p2=p2-3;
return 1;
}
else if(x==m && y==n+4 && a[m+1][n+1]/100==2 && a[m+1][n+3]/100==2 && a[m+2][n+2]==0)
{
a[m+1][n+1]=0;
a[m+1][n+3]=0;
norm_box(m+1,n+1);
norm_box(m+1,n+3);
p2=p2-2;
return 1;
}
else if(x==m-2 && y==n+6 && a[m+1][n+1]/100==2 && a[m+1][n+3]/100==2 && a[m-1][n+5]/100==2 && a[m+2][n+2]==0 && a[m][n+4]==0)
{
a[m+1][n+1]=0;
a[m+1][n+3]=0;
a[m-1][n+5]=0;
norm_box(m+1,n+1);
norm_box(m+1,n+3);
norm_box(m-1,n+5);
p2=p2-3;
return 1;
}
else if(x==m+2 && y==n+6 && a[m+1][n+1]/100==2 && a[m+1][n+3]/100==2 && a[m+1][n+5]/100==2 && a[m+2][n+2]==0 && a[m][n+4]==0 && a[m+2][n+6]==0)
{
a[m+1][n+1]=0;
a[m+1][n+3]=0;
a[m+1][n+5]=0;
norm_box(m+1,n+1);
norm_box(m+1,n+3);
norm_box(m+1,n+5);
p2=p2-3;
return 1;
}
else if(x==m-1 && y==n+1)
return 1;
else if(x==m+1 && y==n+1)
return 1;
else
return 0;
}
int plyr2validity() //to check for invalid jumps made by player 2
{
if(x==m-2 && y==n-2 && a[m-1][n-1]/100==1)
{
a[m-1][n-1]=0;
norm_box(m-1,n-1);
p1--;
return 1;
}
else if(x==m-4 && y==n-4 && a[m-1][n-1]/100==1 && a[m-3][n-3]/100==1 && a[m-2][n-2]==0)
{
a[m-1][n-1]=0;
a[m-3][n-3]=0;
norm_box(m-1,n-1);
norm_box(m-3,n-3);
p1=p1-2;
return 1;
}
if(x==m-6 && y==n-6 && a[m-1][n-1]/100==1 && a[m-3][n-3]/100==1 && a[m-5][n-5]/100==1 && a[m-2][n-2]==0 && a[m-4][n-4]==0)
{
a[m-1][n-1]=0;
a[m-3][n-3]=0;
a[m-5][n-5]=0;
norm_box(m-1,n-1);
norm_box(m-3,n-3);
norm_box(m-5,n-5);
p1=p1-3;
return 1;
}
if(x==m-2 && y==n-6 && a[m-1][n-1]/100==1 && a[m-3][n-3]/100==1 && a[m-3][n-5]/100==1 && a[m-2][n-2]==0 && a[m-4][n-4]==0)
{
a[m-1][n-1]=0;
a[m-3][n-3]=0;
a[m-3][n-5]=0;
norm_box(m-1,n-1);
norm_box(m-3,n-3);
norm_box(m-3,n-5);
p1=p1-3;
return 1;
}
if(x==m && y==n-4 && a[m-1][n-1]/100==1 && a[m-1][n-3]/100==1 && a[m-2][n-2]==0)
{
a[m-1][n-1]=0;
a[m-1][n-3]=0;
norm_box(m-1,n-1);
norm_box(m-1,n-3);
p1=p1-2;
return 1;
}
if(x==m-2 && y==n-6 && a[m-1][n-1]/100==1 && a[m-1][n-3]/100==1 && a[m-1][n-5]/100==1 && a[m-2][n-2]==0 && a[m][n-4]==0)
{
a[m-1][n-1]=0;
a[m-1][n-3]=0;
a[m-1][n-5]=0;
norm_box(m-1,n-1);
norm_box(m-1,n-3);
norm_box(m-1,n-5);
p1=p1-3;
return 1;
}
if(x==m+2 && y==n-6 && a[m-1][n-1]/100==1 && a[m-1][n-3]/100==1 && a[m+1][n-5]/100==1 && a[m-2][n-2]==0 && a[m][n-4]==0)
{
a[m-1][n-1]=0;
a[m-1][n-3]=0;
a[m+1][n-5]=0;
norm_box(m-1,n-1);
norm_box(m-1,n-3);
norm_box(m+1,n-5);
p1=p1-3;
return 1;
}
if(x==m+2 && y==n-2 && a[m+1][n-1]/100==1)
{
a[m+1][n-1]=0;
norm_box(m+1,n-1);
p1--;
return 1;
}
if(x==m+4 && y==n-4 && a[m+1][n-1]/100==1 && a[m+3][n-3]/100==1 && a[m+2][n-2]==0)
{
a[m+1][n-1]=0;
a[m+3][n-3]=0;
norm_box(m+1,n-1);
norm_box(m+3,n-3);
p1=p1-2;
return 1;
}
if(x==m+6 && y==n-6 && a[m+1][n-1]/100==1 && a[m+3][n-3]/100==1 && a[m+5][n-5]/100==1 && a[m+2][n-2]==0 && a[m+4][n-4]==0)
{
a[m+1][n-1]=0;
a[m+3][n-3]=0;
a[m+5][n-5]=0;
norm_box(m+1,n-1);
norm_box(m+3,n-3);
norm_box(m+5,n+5);
p1=p1-3;
return 1;
}
if(x==m+2 && y==n-6 && a[m+1][n-1]/100==1 && a[m+3][n-3]/100==1 && a[m+3][n-5]/100==1 && a[m+2][n-2]==0 && a[m+4][n-4]==0)
{
a[m+1][n-1]=0;
a[m+3][n-3]=0;
a[m+3][n-5]=0;
norm_box(m+1,n-1);
norm_box(m+3,n-3);
norm_box(m+3,n-5);
p1=p1-3;
return 1;
}
if(x==m && y==n-4 && a[m+1][n-1]/100==1 && a[m+1][n-3]/100==1 && a[m+2][n-2]==0)
{
a[m+1][n-1]=0;
a[m+1][n-3]=0;
norm_box(m+1,n-1);
norm_box(m+1,n-3);
p1=p1-2;
return 1;
}
if(x==m+2 && y==n-6 && a[m+1][n-1]/100==1 && a[m+1][n-3]/100==1 && a[m+1][n-5]/100==1 && a[m+2][n-2]==0 && a[m][n-4]==0)
{
a[m+1][n-1]=0;
a[m+1][n-3]=0;
a[m+1][n-5]=0;
norm_box(m+1,n-1);
norm_box(m+1,n-3);
norm_box(m+1,n-5);
p1=p1-3;
return 1;
}
if(x==m-2 && y==n-6 && a[m+1][n-1]/100==1 && a[m+1][n-3]/100==1 && a[m-1][n-5]/100==1 && a[m+2][n-2]==0 && a[m][n-4]==0)
{
a[m+1][n-1]=0;
a[m+1][n-3]=0;
a[m-1][n-5]=0;
norm_box(m+1,n-1);
norm_box(m+1,n-3);
norm_box(m-1,n-5);
p1=p1-3;
return 1;
}
else if(x==m-1 && y==n-1)
return 1;
else if(x==m+1 && y==n-1)
return 1;
else
return 0;
}
void movecp(int m,int n, int x, int y) //to move a checker piece
{
char choice;
void gamedriver(void);
if(validity()==0)
{
box(m,n);
if(draw==1)
{ window(55,6,80,15);
cout<<"Game is a draw";
window(55,7,80,15);
cout<<"Do you wish to";
window(55,8,80,15);
cout<<"play again? (y/n) ";
window(55,9,80,15);
cin>>choice;
if(choice=='Y'|| choice=='y')
{ nr=0;
p=0;
p1=12;
p2=12;
s=0;
q=0;
z=0;
draw=0;
menu();
}
else
{
cout<<"press any key to exit ";
getch();
exit(0);
}
}
window(55,5,80,15);
cout<<"Invalid move ";
gamedriver();
}
if(s!=0 && p==0)
{
if(a[m][n]/100==1 && b[q-1]/100==1)
{
window(55,5,80,15);
cout<<"Player 2's turn!!";
box(m,n);
gamedriver();
}
if(a[m][n]/100==2 && b[q-1]/100==2)
{
window(55,5,80,15);
cout<<"Player 1's turn!!";
box(m,n);
gamedriver();
}
}
if(a[m][n]/100==1)
if(plyr1validity()==0)
{
window(55,5,80,15);
cout<<"Illegal jump !! ";
box(m,n);
gamedriver();
}
if(a[m][n]/100==2)
if(plyr2validity()==0)
{
window(55,5,80,15);
cout<<"Illegal jump !! ";
box(m,n);
gamedriver();
}
if(a[m][n]/100==1 )
{
cp1(29+(x-1)*50,29+(y-1)*50);
b[q]=100+m*10+n;
b[q+1]=100+x*10+y;
a[m][n]=0;
a[x][y]=100+x*10+y;
}
else if(a[m][n]/100==2)
{
cp2(29+(x-1)*50,29+(y-1)*50);
b[q]=200+m*10+n;
b[q+1]=200+x*10+y;
a[m][n]=0;
a[x][y]=200+x*10+y;
}
q=q+2;
s++;
norm_box(m,n);
if(a[x][y]/100==1)
{
if(y==8 && (x==2 || x==4 || x==6 ||x==8))
{
norm_box(x,y);
a[x][y]=0;
delay(500);
if(a[1][1]/100!=1)
{
x=1;
y=1;
cp1(29+(x-1)*50,29+(y-1)*50);
a[x][y]=100+x*10+y;
}
else if(a[3][1]/100!=1)
{
x=3;
y=1;
cp1(29+(x-1)*50,29+(y-1)*50);
a[x][y]=100+x*10+y;
}
else if(a[5][1]/100!=1)
{
x=5;
y=1;
cp1(29+(x-1)*50,29+(y-1)*50);
a[x][y]=100+x*10+y;
}
else if(a[7][1]/100!=1)
{
x=7;
y=1;
cp1(29+(x-1)*50,29+(y-1)*50);
a[x][y]=100+x*10+y;
}
else
p1--;
}
}
if(a[x][y]/100==2)
{
if(y==1 && (x==1 || x==3 || x==5 || x==7))
{
norm_box(x,y);
a[x][y]=0;
delay(500);
if(a[2][8]/100!=2)
{
x=2;
y=8;
cp2(29+(x-1)*50,29+(y-1)*50);
a[x][y]=200+x*10+y;
}
else if(a[4][8]/100!=2)
{
x=4;
y=8;
cp2(29+(x-1)*50,29+(y-1)*50);
a[x][y]=200+x*10+y;
}
else if(a[6][8]/100!=2)
{
x=6;
y=8;
cp2(29+(x-1)*50,29+(y-1)*50);
a[x][y]=200+x*10+y;
}
else if(a[8][8]/100!=2)
{
x=8;
y=8;
cp2(29+(x-1)*50,29+(y-1)*50);
a[x][y]=200+x*10+y;
}
else
p2--;
}
}
window(55,3,80,15);
cout<<s<<" "<<p1<<" "<<p2;
box(m,n);
box(x,y);
gamedriver();
}
void replay() //to replay the previous game
{
void main(void);
void gamedriver(void);
nr=1;
p1=12;
p2=12;
p=1;
int i=0;
for(i=0;i<=2*s;i++)
v[i]=b[i];
s=0;
cleardevice();
main();
}
void gamedriver() // function to run the program indefinitely
{
void main(void);
char ch;
int scroll;
setfillstyle(SOLID_FILL,8);
floodfill(450,200,15);
setfillstyle(SOLID_FILL,0);
floodfill(450,400,15);
if(p1==0)
{ window(55,4,80,15);
cout<<" player 2 wins !! ";
cout<<endl;
window(55,5,80,15);
cout<<"Do you wish to";
window(55,6,80,15);
cout<<"watch the game?";
window(55,7,80,15);
cout<<"(y/n) ,Restart(r) ";
window(55,8,80,15);
cin>>ch;
if(ch=='y' || ch=='Y')
{if(nr!=0)
{cout<<"YOU CAN DO THIS ONLY ONCE!!! ";
delay(700);
menu();
}
replay();
}
if(ch=='R' || ch=='r')
{
nr=0;
p=0;
p1=12;
p2=12;
s=0;
q=0;
z=0;
main();
}
exit(0);
}
else if(p2==0)
{ window(55,4,80,15);
cout<<"player 1 wins !! ";
cout<<endl;
if(p==0)
window(55,5,80,15);
cout<<"Do you wish to";
window(55,6,80,15);
cout<<"watch the game?";
window(55,7,80,15);
cout<<"(You can do this ";
window(55,8,80,15);
cout<<"only once : y/n)";
window(55,9,80,15);
cout<<", Restart(r) ";
window(55,10,80,15);
cin>>ch;
if(ch=='y' || ch=='Y')
{if(nr!=0)
{cout<<"YOU CAN DO THIS ONLY ONCE!!! " ;
delay(700);
menu();
}
replay();
}
if(ch=='R' || ch=='r')
{
nr=0;
p=0;
p1=12;
p2=12;
s=0;
q=0;
z=0;
main();
}
exit(0);
}
if(p==1)
{
f=v[z]%100;
t=v[z+1]%100;
z=z+2;
}
if(p==1)
{
m=f/10;
n=f%10;
glow(m,n);
delay(time);
x=t/10;
y=t%10;
delay(time);
}
if(p==0)
{
m=x;
n=y;
glow(m,n);
while(p==0)
{ //to create a scroll box to obtain the co-ordinates of the position of the piece
scroll=getch();
if(scroll==13 || scroll==32)
{if(a[m][n]!=0)
break;
}
if(scroll==119 || scroll==87 || scroll==56)
{
box(m,n);
n--;
}
else if(scroll==115 || scroll==83 || scroll==53)
{
box(m,n);
n++;
}
else if(scroll==97 || scroll==65 || scroll==52)
{
box(m,n);
m--;
}
else if(scroll==100 || scroll==68 || scroll==54)
{
box(m,n);
m++;
}
if(m==9)
m=1;
if(m==0)
m=8;
if(n==9)
n=1;
if(n==0)
n=8;
glow(m,n);
if(scroll==110 || scroll==78)
{
window(55,4,80,15);
cout<<"Opponent wants to ";
window(55,5,80,15);
cout<<"draw.. Do you";
window(55,6,80,15);
cout<<"agree?(y/n)";
window(55,7,80,15);
cin>>ch;
if(ch=='Y' || ch=='y')
{
window(55,2,80,15);
cout<<"DRAW!";
draw=1;
window(55,3,80,15);
cout<<"Do you wish to";
window(55,4,80,15);
cout<<"watch the game?";
window(55,5,80,15);
cout<<"(You can do this";
window(55,6,80,15);
cout<<"only once : y/n)";
window(55,7,80,15);
cout<<", Restart(r) ";
window(55,8,80,15);
cin>>ch;
if(ch=='y' || ch=='Y')
{
if(nr!=0)
{cout<<"YOU CAN DO THIS ONLY ONCE!!! " ;
delay(700);
menu();
}
replay();
}
if(ch=='R' || ch=='r')
{
nr=0;
p=0;
p1=12;
p2=12;
s=0;
q=0;
z=0;
main();
}
exit(0);
}
}
if(scroll==27)
{
res=1;
esc++;
menu();
}
}
glow(m,n);
x=m;
y=n;