Skip to main content

Rattle Snake Game

Rattle Snake Game in C and C++

Hello friends this is a simple projects on snake game. It is simply different from my first snake warz game.
You can run this game in DOS BOX and TURBOC compilers.

copy this code in your file...
//Rattle Snake - A excellent snake game developed in c/c++.

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


int main()
{
   int gdriver = DETECT, gmode, errorcode;
   void
*body,*food,*tail1,*tail2,*tail3,*tail4,*head1,*head2,*head3,*head4;
   int x, y,X[5000],Y[5000],i=3,
maxx,maxy,speed=100,bo=10,t[10],score=0,hscore=20;
   unsigned int size;
   char a='6',b,scor[4],hs[4];
   int k=2,l,r1,r2,f=0,z=100,first=0,second=1;;
   r1=300;
   r2=350;

   ifstream infile("c:\tc\bin\rattle.txt");
   infile.getline(hs,4);
   infile.close();
   hscore = atoi(hs);



   /* initialize graphics and local variables */
   initgraph(&gdriver, &gmode, "c:\tc\bgi");

   /* read result of initialization */
   errorcode = graphresult();
   if (errorcode != grOk)  /* an error occurred */
   {
      printf("Graphics error: %s", grapherrormsg(errorcode));
      printf("Press any key to halt:");
      getch();
      exit(1); /* terminate with an error code */
   }
   maxx = getmaxx();
   maxy = getmaxy();
   y = 160;
   x = 80;
   for(int j=0; j<=3; j++)
   {
X[i-j]=x-bo*(j+1);
Y[i-j]=y;

   }

   //body

   setfillstyle(1,2);
   bar(10,10,20,20);
   setcolor(0);
   setlinestyle(0,1,3);
   line(9,9,21,21);
   line(9,21,21,9);
   size = imagesize(10,10,20,20);
   body = malloc(size);
   getimage(10,10,20,20,body);
   cleardevice();

   setcolor(0);
   //tail1-right
   t[0]=20; t[1]=10;
   t[2]=10; t[3]=10;
   t[4]=20; t[5]=15;
   t[6]=10; t[7]=20;
   t[8]=20; t[9]=21;
   fillpoly(5, t);
   size = imagesize(10,10,20,21);
   tail1 = malloc(size);
   getimage(10,10,20,21,tail1);
   cleardevice();

   //tail2-left
   t[0]=10; t[1]=10;
   t[2]=20; t[3]=10;
   t[4]=10; t[5]=15;
   t[6]=20; t[7]=20;
   t[8]=10; t[9]=21;
   fillpoly(5, t);
   size = imagesize(10,10,20,21);
   tail2 = malloc(size);
   getimage(10,10,20,21,tail2);
   cleardevice();

   //tail3-up
   t[0]=10; t[1]=20;
   t[2]=10; t[3]=10;
   t[4]=15; t[5]=20;
   t[6]=20; t[7]=10;
   t[8]=20; t[9]=21;
   fillpoly(5, t);
   size = imagesize(10,10,20,21);
   tail3 = malloc(size);
   getimage(10,10,20,21,tail3);
   cleardevice();

   //tail4-down
   t[0]=10; t[1]=10;
   t[2]=10; t[3]=21;
   t[4]=15; t[5]=10;
   t[6]=20; t[7]=21;
   t[8]=20; t[9]=10;
   fillpoly(5, t);
   size = imagesize(10,10,20,21);
   tail4 = malloc(size);
   getimage(10,10,20,21,tail4);
   cleardevice();

   //head1-right
   setlinestyle(1,1,1);
   setcolor(2);
   fillellipse(10,10,10,5);
   setcolor(4);
   //eyes
   fillellipse(15,7,1,1);
   fillellipse(15,13,1,1);
   size = imagesize(10,5,20,15);
   head1 = malloc(size);
   getimage(10,5,20,15,head1);

   //head2-left
   //eyes
   fillellipse(5,7,1,1);
   fillellipse(5,13,1,1);
   size = imagesize(0,5,10,15);
   head2 = malloc(size);
   getimage(0,5,10,15,head2);
   cleardevice();

   //head3-up
   //eyes
   setcolor(2);
   fillellipse(12,12,5,10);
   setcolor(4);
   fillellipse(9,6,1,1);
   fillellipse(15,6,1,1);
   size = imagesize(7,2,18,12);
   head3 = malloc(size);
   getimage(7,2,18,12,head3);


   //head4-down
   //eyes
   fillellipse(9,17,1,1);
   fillellipse(15,17,1,1);
   size = imagesize(7,12,18,22);
   head4 = malloc(size);
   getimage(7,12,18,22,head4);
   cleardevice();


   //food
   setcolor(15);
   setfillstyle(1,15);
   fillellipse(10,10,3,5);
   size = imagesize(5,3,15,17);
   food = malloc(size);
   getimage(5,3,15,17,food);
   cleardevice();

    /* repeat until a key is pressed */

   maxx=getmaxx();
   maxy=getmaxy();
   setlinestyle(0,1,3);
   setcolor(9);
   rectangle(0,0,maxx,maxy);
   setlinestyle(0,1,2);
   line(maxx-150,0,maxx-150,maxy);
   setcolor(8);
   setfillstyle(1,8);
   bar(maxx-147,3,maxx-3,63);
   setcolor(12);
   int maze=1;
   if(maze==1)
   {
   setfillstyle(1,6);
   bar(4,4,maxx-154,14);
   bar(4,4,14,maxy-4);
   bar(4,maxy-4,maxx-154,maxy-14);
   bar(maxx-154-10,4,maxx-154,maxy-4);
   }


   settextstyle(0,0,1);
   delay(300);
   outtextxy(maxx-125,30,"RATTLE SNAKE");
   delay(300);
   setcolor(11);
   setlinestyle(0,1,2);
   rectangle(maxx-145,65,maxx-5,205);
   outtextxy(maxx-128,70,"INSTRUCTIONS");
   delay(200);
   setcolor(6);
   outtextxy(maxx-140,90,"Commands     Key");
   delay(300);
   setcolor(8);
   outtextxy(maxx-140,110," Move Up      8");
   delay(50);
   outtextxy(maxx-140,130," Move Down    5");
    delay(50);
   outtextxy(maxx-140,150," Move Right   6");
    delay(50);
   outtextxy(maxx-140,170," Move Left    4");
    delay(50);
   outtextxy(maxx-140,190," Exit         0");
   delay(200);
   setcolor(12);
   setlinestyle(0,1,2);
   rectangle(maxx-145,210,maxx-5,350);
   setcolor(1);
   outtextxy(maxx-130,220,"Player's Name");
   setcolor(15);
   outtextxy(maxx-100,230,"Yellow");
   setcolor(4);
   delay(200);
   itoa(score,scor,10);
   outtextxy(maxx-140,250,"Score");
   outtextxy(maxx-50,250,scor);
   delay(200);
   setcolor(10);
   outtextxy(maxx-140,280,"Level");
   delay(200);
   setcolor(13);
   outtextxy(maxx-140,310,"Maze        1");
   delay(200);
   setcolor(14);
   outtextxy(maxx-140,340,"High Score  ");
   outtextxy(maxx-50,340,hs);

   for(j=0; j<=1000; j++)
   {
putpixel(random(maxx-150),random(maxy),6);
delay(1);
   }

   while (a!='0')
   {

       // plot new image
      if(a=='6')
   putimage(x, y, head1, XOR_PUT);
      if(a=='4')
   putimage(x, y, head2, XOR_PUT);
      if(a=='8')
   putimage(x, y, head3, XOR_PUT);
      if(a=='5')
   putimage(x, y, head4, XOR_PUT);

      for(j=0; j<k; j++)
      {
  putimage(X[i-j], Y[i-j], body, XOR_PUT);
      }

      if((X[i-j-1]-X[i-j])<0  && (Y[i-j-1]-Y[i-j])==0)
   putimage(X[i-j], Y[i-j], tail1, XOR_PUT);

      if((X[i-j-1]-X[i-j])>0  && (Y[i-j-1]-Y[i-j])==0)
   putimage(X[i-j], Y[i-j], tail2, XOR_PUT);

      if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])<0)
   putimage(X[i-j], Y[i-j], tail3, XOR_PUT);

      if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])>0)
   putimage(X[i-j], Y[i-j], tail4, XOR_PUT);

      delay(speed);

      if(second==1)
      {
setcolor(15);
outtextxy(maxx-140,360,"Press Any Key...");
getch();
setcolor(0);
outtextxy(maxx-140,360,"Press Any Key...");
a='6';

second=2;
      }


      if(first==1)
      {
setcolor(15);
outtextxy(maxx-140,360,"Congratulations  ");
sound(100);
delay(300);
nosound();
getch();
setcolor(0);
outtextxy(maxx-140,360,"Congratulations  ");
second++;
first=2;

      }

// erase old image
      if(a=='6')
   putimage(x, y, head1, XOR_PUT);
      if(a=='4')
   putimage(x, y, head2, XOR_PUT);
      if(a=='8')
   putimage(x, y, head3, XOR_PUT);
      if(a=='5')
   putimage(x, y, head4, XOR_PUT);


      for(j=0; j<k; j++)
      {
  putimage(X[i-j], Y[i-j], body, XOR_PUT);

      }

      if((X[i-j-1]-X[i-j])<0  && (Y[i-j-1]-Y[i-j])==0)
   putimage(X[i-j], Y[i-j], tail1, XOR_PUT);

      if((X[i-j-1]-X[i-j])>0  && (Y[i-j-1]-Y[i-j])==0)
   putimage(X[i-j], Y[i-j], tail2, XOR_PUT);

      if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])<0)
   putimage(X[i-j], Y[i-j], tail3, XOR_PUT);

      if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])>0)
   putimage(X[i-j], Y[i-j], tail4, XOR_PUT);


      if(f==0)
      {
putimage(r1,r2,food,XOR_PUT);
f=1;
      }

      z--;
      if((x>=r1 && y>=r2 && x<=r1+10 && y<=r2+10) || (x<=r1 && y<=r2 &&
x>=r1-10 && y>=r2-10) || z==0)
      {
if(z!=0)
{
sound(800);
delay(20);
setcolor(0);
score += 10;
outtextxy(maxx-50,250,scor);
itoa(score,scor,10);
if(score>hscore)
{
strcpy(hs,scor);
setfillstyle(1,1);
bar(maxx-140,337,maxx-20,348);
setcolor(14);
outtextxy(maxx-50,340,hs);
outtextxy(maxx-140,340,"High Score  ");
if(first==0)
{
first=1;
}
}
setcolor(4);
outtextxy(maxx-50,250,scor);
k++;
nosound();
}
z=100;
putimage(r1,r2,food,XOR_PUT);
repr1:
r1=random(450);
   if(r1<50)
      goto repr1;
repr2:
r2=random(400);
   if(r2<50)
goto repr2;

f=0;
      }


      i++;
      X[i]=x;
      Y[i]=y;

      b=a;
      if(kbhit())
      {
rep:
a=getche();

if((b=='6' && a=='4') || (b=='4' && a=='6'))
a=b;

if((b=='8' && a=='5') || (b=='5' && a=='8'))
a=b;

if(a!='6' && a!='4' && a!='8' && a!='0' && a!='5')
a=b;
      }

 /*     if(x>maxx-170)
x=0;

      if(y>maxy)
y=0;*/

      if(a=='8')
y -= bo;

      if(a=='5')
y += bo;

      if(a=='4')
x -= bo;

      if(a=='6')
x += bo;

      for(j=i+1; j<i-k; j--)
      {
if((Y[i]>=Y[j] && Y[i]<=Y[j]+10) || (Y[i]<=Y[j] && Y[i]>=X[j]-10))
{
if((X[i]>=X[j] && X[i]<=X[j]+10) || (X[i]<=X[j] && X[i]>=X[j]-10))
{
a='0';
}

outtextxy(maxx-140,360,"C ");


}

if((X[i]>=X[j] && X[i]<=X[j]+10) || (X[i]<=X[j] && X[i]>=X[j]-10))
{
if((Y[i]>=Y[j] && Y[i]<=Y[j]+10) || (Y[i]<=Y[j] && Y[i]>=X[j]-10))
{
a='0';
}

outtextxy(maxx-140,360,"C  ");
}

       }

/*      for(j=i; j<i-k; j--)
      {
if((y>=Y[j] && y<=Y[j]+10) || (y<=Y[j] && y>=Y[j]-10))
{
if((x>=X[j] && x<=X[j]+10) || (x<=X[j] && x>=X[j]-10))
{
a='5';
}
}

if((x>=X[j] && x<=X[j]+10) || (x<=X[j] && x>=X[j]-10))
{
if((y>=Y[j] && y<=Y[j]+10) || (y<=Y[j] && y>=Y[j]-10))
{
a='5';
}
}
if(j==0)
break;
      }      */


  /* if(x<=0)
x=maxx-170;

if(y<=0)
y=maxy;*/

if(maze==1)
{
if(x<=14 || x>=maxx-184 || y<=14 || y>=maxy-14)
{
  a='0';
}
}

   }

   if(score>hscore)
   {
ofstream onfile("c:\tc\bin\rattle.txt");
onfile<<scor;
onfile.close();
   }

   setcolor(15);
   outtextxy(maxx-140,390,"    Gameover");
   sound(100);
   delay(400);
   nosound();
   getch();
   /* clean up */
   free(body);
   closegraph();

}

Output will be : 

Comments

Post a Comment

Popular posts from this blog

Minesweeper Game in C

Minesweeper Game in C language. This game is like a windows minesweeper game and I am giving you all the code for this game. You can easily understand the code if you are not a beginner. For beginners this code will quite hard to understand. Because in this code it contains mouse pointing function, graphics function, and so many other codes which makes it so hard to play and is a mind game. So play and enjoy it.   Click here for code Click for code
Post a Comment
Read more

Balloon Shooting game in cpp

Balloon Shooting Game is a simple game using c and cpp features. You can easily learn and is easy to run because this game works in TURBOC compiler. The main features are included is  GRAPHICS and DOS commands. Basic commands used in this game : initgraph : initgraph is used to initialising of graphics mode in the program.                   ex. initgraph(&gm,&gd,"akshay"); here gm uses Graphics detect mode and gd points to graphics features to be used in program ans last is a string it may be any string like c://tc/bin etc.. setbkcolor : sets the current background color.    for ex. if you want to set background color to blue, you can call   setbkcolor(BLUE); or setbkcolor(1); getimage : saves a bit image of the specified region into memory. putimage : outputs a bit image onto the screen. settextstyle : sets the current text characteristics.     Declaration : settextstyle(int font,...
3 comments
Read more

Secret to learn programming easily

Hard problems become easier by working through them with diagrams, effort and patienceIn other words, don't just wait for answers to come to you--go out and find them. Don't just use what's in your head--use paper, or the computer, or a whiteboard, todraw out the ideas, try experiments, make the patternsvisiblerather than waiting for a flash of insight.I remember really learning this lesson during the first problem set--I'd started it when it was handed out, but the night before it was due I still had one problem left. I spent hours on that problem, but I spent it drawing out equations, working through possibilities. Each one ended in failure, until I had a flash of insight in the middle of writing out an equation. If I hadn't worked through (and discarded) all those possibilities, I'd have had no hope of solving that problem.So how do you apply this principle in practice?Program Program ProgramIf you're learning to program, you should be programming. Workp...
Read more