This code implements the classic game: Snake & Ladder.



This code implements the classic game: Snake & Ladder.
It can be played by two players.


#include<stdio.h>
#include<graphics.h>
#include<conio.h>
#include<malloc.h>
#include<stdlib.h>
#include<dos.h>
#include<iostream.h>

int k=1, i, user=0, dice=0, x1=50, y1=410, x2=70, y2=410, dir1=0, 
dir2=0,
ch;
int cnt1=1, cnt2=1;
void *obj1, *obj2, *o1, *o2, *dot, *back, *turn, *ready;
unsigned int size;

void ladder1()
{
 int m,n;
 for(m=0;m<=250;m+=250)
 for(n=0;n<=m;n+=250)
 {
  setcolor(DARKGRAY);
  line(53+m,57+n,55+m,55+n);
  line(53+m,57+n,133+m,137+n);
  line(55+m,55+n,135+m,135+n);
  line(133+m,137+n,135+m,135+n);
  setfillstyle(SOLID_FILL, YELLOW);
  floodfill(55+m,58+n,DARKGRAY);
  line(68+m,42+n,70+m,40+n);
  line(68+m,42+n,148+m,122+n);
  line(70+m,40+n,150+m,120+n);
  line(148+m,122+n,150+m,120+n);
  floodfill(70+m,43+n,DARKGRAY);
  line(65+m,65+n,78+m,52+n);
  line(68+m,68+n,81+m,55+n);
  floodfill(79+m,54+n,DARKGRAY);
  line(75+m,75+n,88+m,62+n);
  line(78+m,78+n,91+m,65+n);
  floodfill(89+m,64+n,DARKGRAY);
  line(85+m,85+n,98+m,72+n);
  line(88+m,88+n,101+m,75+n);
  floodfill(99+m,74+n,DARKGRAY);
  line(95+m,95+n,108+m,82+n);
  line(98+m,98+n,111+m,85+n);
  floodfill(109+m,84+n,DARKGRAY);
  line(105+m,105+n,118+m,92+n);
  line(108+m,108+n,121+m,95+n);
  floodfill(119+m,94+n,DARKGRAY);
  line(115+m,115+n,128+m,102+n);
  line(118+m,118+n,131+m,105+n);
  floodfill(129+m,104+n,DARKGRAY);
  line(125+m,125+n,138+m,112+n);
  line(128+m,128+n,141+m,115+n);
  floodfill(139+m,114+n,DARKGRAY);
 }
}

void ladder2()
{
 int p,q=0;
 for(p=0;p<=180;p+=155)
 {
  line(100+p,330-q,140+p,290-q);
  line(100+p,330-q,102+p,332-q);
  line(102+p,332-q,142+p,292-q);
  line(142+p,292-q,140+p,290-q);
  floodfill(141+p,292-q,8);
  line(115+p,345-q,155+p,305-q);
  line(115+p,345-q,117+p,347-q);
  line(117+p,347-q,157+p,307-q);
  line(157+p,307-q,155+p,305-q);
  floodfill(155+p,307-q,8);
  line(112+p,322-q,125+p,335-q);
  line(114+p,320-q,127+p,333-q);
  floodfill(125+p,334-q,8);
  line(122+p,312-q,135+p,325-q);
  line(124+p,310-q,137+p,323-q);
  floodfill(135+p,324-q,8);
  line(132+p,302-q,145+p,315-q);
  line(134+p,300-q,147+p,313-q);
  floodfill(145+p,314-q,8);
  q+=95;
 }
}

void snake1()
{
 int x,y=0,h=2;
 for(x=0;x<=200;x+=125)
 {
  arc(120+x,110+y,10,85,60);
  arc(258+x,85+y,190,240,80);
  arc(112+x,118+y,10,80,60);
  arc(250+x,93+y,190,290,80);
  arc(275+x,100+y,250,270,70);
  line(250+x,170+y,250+x,165+y);
  line(250+x,165+y,230+x,160+y);
  line(230+x,160+y,218+x,155+y);
  line(130+x,50+y,115+x,47+y);
  line(121+x,59+y,106+x,52+y);
  line(106+x,52+y,114+x,48+y);
  circle(114+x,52+y,1);
  setfillstyle(1,h);
  floodfill(116+x,52+y,8);
  y+=230; h+=8;
 }
}

void snake2()
{
 arc(130,220,150,180,40);
 arc(130,220,180,253,40);
 arc(105,328,273,80,70);
 arc(143,220,150,180,40);
 arc(143,215,180,230,40);
 arc(112,328,265,50,75);
 arc(80,354,45,72,115);
 line(102,400,104,402);
 line(102,400,107,399);
 line(95,200,110,185);
 line(110,185,109,200);
 line(110,185,111,182);
 circle(104,198,1);
 setfillstyle(1,12);
 floodfill(103,199,8);
}

void snake3()
{
 arc(255,118,320,0,170);
 arc(265,118,305,0,170);
 line(384,229,361,260);
 line(425,120,429,105);
 line(428,105,435,120);
 line(428,105,429,100);
 circle(430,115,1);
 setfillstyle(1,6);
 floodfill(430,117,8);
}

void numbering()
{
 outtextxy(50,393,"1    2         4    5    6    7    8         10");
 outtextxy(50,353,"20   19   18        16   15   1    13        11");
 outtextxy(50,313,"21   22             25   26             29   30");
 outtextxy(50,273,"40   39   38   37   36   35   34   33   32   31");
 outtextxy(50,233,"41        43   44   45        47   48        50");
 outtextxy(50,193,"60        58   57   56   55        53   52     ");
 outtextxy(50,153,"61   62   63   64        66   67   68   69     ");
 outtextxy(50,113,"80   79             76   75   74   73        71");
 outtextxy(50,73, "81        83   84   85   86   87        89   90");
 outtextxy(50,33, "100  99   98   97   96   95   94   93   92   91");
 setcolor(15);
// 
 outtextxy(465,50,"The Classic Game of");
 settextstyle(GOTHIC_FONT, HORIZ_DIR, 2);
 setcolor(LIGHTRED);
 outtextxy(470,60,"Snake & Ladder");
 setcolor(WHITE);
 settextstyle(DEFAULT_FONT, HORIZ_DIR, 1);
}

void status()
{
 setcolor(YELLOW);
 outtextxy(480, 95, "Dice output...");
 setlinestyle(SOLID_LINE, 1, 3);
 rectangle(480, 110, 600, 230);
 outtextxy(480, 260, "Turn...");
 rectangle(480, 275, 600, 300);
}

void welcome()
{
 float octave[]={130.81, 146.83, 164.81, 174.61, 196, 220, 246.94}, n;
 for (int i=0; i<50; i++)
 { n=random(6); sound(octave[n]*4); delay(150); nosound(); }
}



void dispdice()
{
 switch (dice)
 {
  case 1: putimage(535, 165, dot, COPY_PUT); break;
  case 2: putimage(515, 145, dot, COPY_PUT);
   putimage(555, 185, dot, COPY_PUT); break;
  case 3: putimage(515, 145, dot, COPY_PUT);
   putimage(535, 165, dot, COPY_PUT);
   putimage(555, 185, dot, COPY_PUT); break;
  case 4: putimage(515, 145, dot, COPY_PUT);
   putimage(555, 145, dot, COPY_PUT);
   putimage(515, 185, dot, COPY_PUT);
   putimage(555, 185, dot, COPY_PUT); break;
  case 5: putimage(515, 145, dot, COPY_PUT);
   putimage(555, 145, dot, COPY_PUT);
   putimage(535, 165, dot, COPY_PUT);
   putimage(515, 185, dot, COPY_PUT);
   putimage(555, 185, dot, COPY_PUT); break;
  case 6: putimage(515, 145, dot, COPY_PUT);
   putimage(515, 165, dot, COPY_PUT);
   putimage(515, 185, dot, COPY_PUT);
   putimage(555, 145, dot, COPY_PUT);
   putimage(555, 165, dot, COPY_PUT);
   putimage(555, 185, dot, COPY_PUT); break;
 }
}

void getdice()
{ dice=random(6); dice++; dispdice(); }

void play()
{
 getimage(50, 410, 60, 420, o1);
 getimage(70, 410, 80, 420, o2);
 putimage(50, 410, obj1, COPY_PUT);
 putimage(70, 410, obj2, COPY_PUT);
 while (1)
 {
  if (user==0)
  {
   putimage(487, 282, turn, COPY_PUT);
   setcolor(GREEN);
   outtextxy(480, 285, "    Player 1");
again:   ch=getch();
   if (ch==13) getdice();
   else if (ch==27) exit(1);
   else goto again;
   setcolor(YELLOW);
   if (cnt1==96 && dice>=4)  { delay(1000); goto invalid1; user=1; }
   else if (cnt1==97 && dice>=3)  { delay(1000); goto invalid1; user=1; 
}
   else if (cnt1==98 && dice>=2) { delay(1000); goto invalid1; user=1; 
}
   else if (cnt1==99 && dice>=1) { delay(1000); goto invalid1; user=1; 
}
   for (i=1; i<=dice; i++, cnt1++)
   {
    putimage(x1, y1, o1, COPY_PUT);
    if (dir1==0)
    {
//     size=imagesize(x1, y1, x1+10, y1+10);
//     o1=malloc(size);
     getimage(x1, y1, x1+10, y1+10, o1);
     x1+=40;
     if (x1>410) x1-=40, y1-=40, dir1=1;
//     size=imagesize(x1, y1, x1+10, y1+10);
//     o1=malloc(size);
     getimage(x1, y1, x1+10, y1+10, o1);
     putimage(x1, y1, obj1, COPY_PUT);
     delay(1000); goto ch1;
    }
    else
    {
     size=imagesize(x1, y1, x1+10, y1+10);
//     o1=malloc(size);
     getimage(x1, y1, x1+10, y1+10, o1);
     x1-=40;
     if (x1<50) x1+=40, y1-=40, dir1=0;
//     size=imagesize(x1, y1, x1+10, y1+10);
//     o1=malloc(size);
     getimage(x1, y1, x1+10, y1+10, o1);
     putimage(x1, y1, obj1, COPY_PUT);
     delay(1000); goto ch1;
    }
ch1:    if (cnt1==99) goto over;
   }
   if (cnt1==12 || cnt1==72 || cnt1==78)
   {
    putimage(x1, y1, o1, COPY_PUT);
    x1-=80; y1-=80;
//    size=imagesize(x1, y1, x1+10, y1+10);
//    o1=malloc(size);
    getimage(x1, y1, x1+10, y1+10, o1);
    putimage(x1, y1, obj1, COPY_PUT);
    if (cnt1==12)  cnt1=34;
    else if (cnt1==72)      cnt1=94;
    else if (cnt1==78) { cnt1=100; goto over; }
   }
   else if (cnt1==22 || cnt1==46)
   {
    putimage(x1, y1, o1, COPY_PUT);
    x1+=40; y1-=40;
//    size=imagesize(x1, y1, x1+10, y1+10);
//    o1=malloc(size);
    getimage(x1, y1, x1+10, y1+10, o1);
    putimage(x1, y1, obj1, COPY_PUT);
    if (cnt1==22)  cnt1=38;
    else if (cnt1==46) cnt1=54;
    dir1=1;
   }
   else if (cnt1==36 || cnt1==99)
   {
    putimage(x1, y1, o1, COPY_PUT);
    x1+=160; y1+=120;
//    size=imagesize(x1, y1, x1+10, y1+10);
//    o1=malloc(size);
    getimage(x1, y1, x1+10, y1+10, o1);
    putimage(x1, y1, obj1, COPY_PUT);
    if (cnt1==36)  cnt1=9;
    else if (cnt1==99) cnt1=66;
    dir1=0;
   }
   else if (cnt1==62)
   {
    putimage(x1, y1, o1, COPY_PUT);
    y1+=240;
//    size=imagesize(x1, y1, x1+10, y1+10);
//    o1=malloc(size);
    getimage(x1, y1, x1+10, y1+10, o1);
    putimage(x1, y1, obj1, COPY_PUT);
    cnt1=2;
   }
   else if (cnt1==90)
   {
    putimage(x1, y1, o1, COPY_PUT);
    x1-=80; y1+=160;
//    size=imagesize(x1, y1, x1+10, y1+10);
//    o1=malloc(size);
    getimage(x1, y1, x1+10, y1+10, o1);
    putimage(x1, y1, obj1, COPY_PUT);
    cnt1=48;
   }
   if (dice==5 || dice==6) user=0; else user=1;
invalid1:  putimage(500, 130, back, COPY_PUT);
  }
  else
  {
   putimage(487, 282, turn, COPY_PUT);
   setcolor(BROWN);
   outtextxy(480, 285, "    Player 2");
   setcolor(YELLOW);
again2:   ch=getch();
   if (ch==13) getdice();
   else if (ch==27) exit(1);
   else goto again2;
   if (cnt2==96 && dice!=4)  { delay(1000); goto invalid2; user=0; }
   else if (cnt2==97 && dice!=3)  { delay(1000); goto invalid2; user=0; 
}
   else if (cnt2==98 && dice!=2) { delay(1000); goto invalid2; user=0; 
}
   else if (cnt2==99 && dice!=1) { delay(1000); goto invalid2; user=0; 
}
   for (i=1; i<=dice; i++, cnt2++)
   {
    putimage(x2, y2, o2, COPY_PUT);
    if (dir2==0)
    {
//     size=imagesize(x2, y2, x2+10, y2+10);
//     o2=malloc(size);
     getimage(x2, y2, x2+10, y2+10, o2);
     x2+=40;
     if (x2>440) x2-=40, y2-=40, dir2=1;
//     size=imagesize(x2, y2, x2+10, y2+10);
//     o2=malloc(size);
     getimage(x2, y2, x2+10, y2+10, o2);
     putimage(x2, y2, obj2, COPY_PUT);
     delay(1000); goto ch2;
    }
    else
    {
//     size=imagesize(x2, y2, x2+10, y2+10);
//     o2=malloc(size);
     getimage(x2, y2, x2+10, y2+10, o2);
     x2-=40;
     if (x2<50) x2+=40, y2-=40, dir2=0;
//     size=imagesize(x2, y2, x2+10, y2+10);
//     o2=malloc(size);
     getimage(x2, y2, x2+10, y2+10, o2);
     putimage(x2, y2, obj2, COPY_PUT);
     delay(1000); goto ch2;
    }
ch2:    if (cnt2==99) goto over;
   }
   if (cnt2==12 || cnt2==72 || cnt2==78)
   {
    putimage(x2, y2, o2, COPY_PUT);
    x2-=80; y2-=80;
//    size=imagesize(x2, y2, x2+10, y2+10);
//    o2=malloc(size);
    getimage(x2, y2, x2+10, y2+10, o2);
    putimage(x2, y2, obj2, COPY_PUT);
    if (cnt2==12)  cnt2=34;
    else if (cnt2==72)      cnt2=94;
    else if (cnt2==78) { cnt2=100; goto over; }
   }
   else if (cnt2==22 || cnt2==46)
   {
    putimage(x2, y2, o2, COPY_PUT);
    x2+=40; y2-=40;
//    size=imagesize(x2, y2, x2+10, y2+10);
//    o2=malloc(size);
    getimage(x2, y2, x2+10, y2+10, o2);
    putimage(x2, y2, obj2, COPY_PUT);
    if (cnt2==22)  cnt2=38;
    else if (cnt2==46) cnt2=54;
    dir2=1;
   }
   else if (cnt2==36 || cnt2==99)
   {
    putimage(x2, y2, o2, COPY_PUT);
    x2+=160; y2+=120;
 //    size=imagesize(x2, y2, x2+10, y2+10);
 //    o2=malloc(size);
    getimage(x2, y2, x2+10, y2+10, o2);
    putimage(x2, y2, obj2, COPY_PUT);
    if (cnt2==36)  cnt2=9;
    else if (cnt2==99) cnt2=66;
    dir2=0;
   }
   else if (cnt2==62)
   {
    putimage(x2, y2, o2, COPY_PUT);
    y2+=240;
//    size=imagesize(x2, y2, x2+10, y2+10);
//    o2=malloc(size);
    getimage(x2, y2, x2+10, y2+10, o2);
    putimage(x2, y2, obj2, COPY_PUT);
    cnt2=2;
   }
   else if (cnt2==90)
   {
    putimage(x2, y2, o2, COPY_PUT);
    x2-=80; y2+=160;
//    size=imagesize(x2, y2, x2+10, y2+10);
//    o2=malloc(size);
    getimage(x2, y2, x2+10, y2+10, o2);
    putimage(x2, y2, obj2, COPY_PUT);
    cnt2=48;
   }
   if (dice==5 || dice==6) user=1; else user=0;
invalid2:  putimage(500, 130, back, COPY_PUT);
   delay(1000);
  }
 }
over: }

void main()
{
 int gd=DETECT, gm;
 initgraph(&gd, &gm, "d:\tc\bgi");
 randomize();

 size=imagesize(487, 282, 593, 293);
 turn=malloc(size);
 getimage(487, 282, 593, 293, turn);

 rectangle(100, 100, 110, 110);
 setfillstyle(1, 2);
 floodfill(102, 102, 15);
 size=imagesize(100, 100, 110, 110);
 obj1=malloc(size);
 getimage(100, 100, 110, 110, obj1);
 cleardevice();

 rectangle(100, 100, 110, 110);
 setfillstyle(1, 6);
 floodfill(102, 102, 15);
 size=imagesize(100, 100, 110, 110);
 obj2=malloc(size);
 getimage(100, 100, 110, 110, obj2);
 cleardevice();

 o1=malloc(size); o2=malloc(size);

 setcolor(WHITE);
 setfillstyle(SOLID_FILL, 15);
 rectangle(500, 130, 580, 210);
 floodfill(510, 140, 15);

 size=imagesize(500, 130, 580, 210);
 back=malloc(size);
 getimage(500, 130, 580, 210, back);
 setcolor(0);
 setfillstyle(1, 0);
 rectangle(535, 165, 545, 175);
 floodfill(540, 170, 0);
 size=imagesize(535, 165, 545, 175);
 dot=malloc(size);
 getimage(535, 165, 545, 175, dot);
 cleardevice();

 setcolor(WHITE);
 setfillstyle(SOLID_FILL, 15);
 rectangle(500, 130, 580, 210);
 floodfill(510, 140, 15);

 for(int i=0;i<=360;i+=40)
  for(int j=0;j<=360;j+=40)
  {
   setfillstyle(SOLID_FILL, k);
   bar(50+j,30+i,90+j,70+i);
   k+=2;
  }
 ladder1(); ladder2();
 snake1();       snake2(); snake3();
 numbering(); status();

 welcome(); play();
 if (cnt1>=99)  outtextxy(480, 330, "PLAYER 1 WINS!");
 else if (cnt2>=99)     outtextxy(480, 330, "PLAYER 2 WINS!");
 getch();
}
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This code implements the classic game: Snake & Ladder.

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