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  1. #include <graphics.h>
  2. #include <stdlib.h>
  3. #include <stdio.h>
  4. #include <conio.h>
  5. #include <dos.h>
  6. #include <iostream.h>
  7. #include <fstream.h>
  8. #include <string.h>
  9.  
  10.  
  11. void main(void)
  12. {
  13.    int gdriver = DETECT, gmode, errorcode;
  14.    void
  15. *body,*food,*tail1,*tail2,*tail3,*tail4,*head1,*head2,*head3,*head4;
  16.    int x, y,X[5000],Y[5000],i=3,
  17. maxx,maxy,speed=100,bo=10,t[10],score=0,hscore=20;
  18.    unsigned int size;
  19.    char a='6',b,scor[4],hs[4];
  20.    int k=2,l,r1,r2,f=0,z=100,first=0,second=1;;
  21.    r1=300;
  22.    r2=350;
  23.  
  24.    ifstream infile("c:\tc\bin\rattle.txt");
  25.    infile.getline(hs,4);
  26.    infile.close();
  27.    hscore = atoi(hs);
  28.  
  29.  
  30.  
  31.    /* initialize graphics and local variables */
  32.    initgraph(&gdriver, &gmode, "c:\tc\bgi");
  33.  
  34.    /* read result of initialization */
  35.    errorcode = graphresult();
  36.    if (errorcode != grOk)  /* an error occurred */
  37.    {
  38.       printf("Graphics error: %s
  39. ", grapherrormsg(errorcode));
  40.       printf("Press any key to halt:");
  41.       getch();
  42.       exit(1); /* terminate with an error code */
  43.    }
  44.    maxx = getmaxx();
  45.    maxy = getmaxy();
  46.    y = 160;
  47.    x = 80;
  48.    for(int j=0; j<=3; j++)
  49.    {
  50. 	X[i-j]=x-bo*(j+1);
  51. 	Y[i-j]=y;
  52.  
  53.    }
  54.  
  55.    //body
  56.  
  57.    setfillstyle(1,2);
  58.    bar(10,10,20,20);
  59.    setcolor(0);
  60.    setlinestyle(0,1,3);
  61.    line(9,9,21,21);
  62.    line(9,21,21,9);
  63.    size = imagesize(10,10,20,20);
  64.    body = malloc(size);
  65.    getimage(10,10,20,20,body);
  66.    cleardevice();
  67.  
  68.    setcolor(0);
  69.    //tail1-right
  70.    t[0]=20; t[1]=10;
  71.    t[2]=10; t[3]=10;
  72.    t[4]=20; t[5]=15;
  73.    t[6]=10; t[7]=20;
  74.    t[8]=20; t[9]=21;
  75.    fillpoly(5, t);
  76.    size = imagesize(10,10,20,21);
  77.    tail1 = malloc(size);
  78.    getimage(10,10,20,21,tail1);
  79.    cleardevice();
  80.  
  81.    //tail2-left
  82.    t[0]=10; t[1]=10;
  83.    t[2]=20; t[3]=10;
  84.    t[4]=10; t[5]=15;
  85.    t[6]=20; t[7]=20;
  86.    t[8]=10; t[9]=21;
  87.    fillpoly(5, t);
  88.    size = imagesize(10,10,20,21);
  89.    tail2 = malloc(size);
  90.    getimage(10,10,20,21,tail2);
  91.    cleardevice();
  92.  
  93.    //tail3-up
  94.    t[0]=10; t[1]=20;
  95.    t[2]=10; t[3]=10;
  96.    t[4]=15; t[5]=20;
  97.    t[6]=20; t[7]=10;
  98.    t[8]=20; t[9]=21;
  99.    fillpoly(5, t);
  100.    size = imagesize(10,10,20,21);
  101.    tail3 = malloc(size);
  102.    getimage(10,10,20,21,tail3);
  103.    cleardevice();
  104.  
  105.    //tail4-down
  106.    t[0]=10; t[1]=10;
  107.    t[2]=10; t[3]=21;
  108.    t[4]=15; t[5]=10;
  109.    t[6]=20; t[7]=21;
  110.    t[8]=20; t[9]=10;
  111.    fillpoly(5, t);
  112.    size = imagesize(10,10,20,21);
  113.    tail4 = malloc(size);
  114.    getimage(10,10,20,21,tail4);
  115.    cleardevice();
  116.  
  117.    //head1-right
  118.    setlinestyle(1,1,1);
  119.    setcolor(2);
  120.    fillellipse(10,10,10,5);
  121.    setcolor(4);
  122.    //eyes
  123.    fillellipse(15,7,1,1);
  124.    fillellipse(15,13,1,1);
  125.    size = imagesize(10,5,20,15);
  126.    head1 = malloc(size);
  127.    getimage(10,5,20,15,head1);
  128.  
  129.    //head2-left
  130.    //eyes
  131.    fillellipse(5,7,1,1);
  132.    fillellipse(5,13,1,1);
  133.    size = imagesize(0,5,10,15);
  134.    head2 = malloc(size);
  135.    getimage(0,5,10,15,head2);
  136.    cleardevice();
  137.  
  138.    //head3-up
  139.    //eyes
  140.    setcolor(2);
  141.    fillellipse(12,12,5,10);
  142.    setcolor(4);
  143.    fillellipse(9,6,1,1);
  144.    fillellipse(15,6,1,1);
  145.    size = imagesize(7,2,18,12);
  146.    head3 = malloc(size);
  147.    getimage(7,2,18,12,head3);
  148.  
  149.  
  150.    //head4-down
  151.    //eyes
  152.    fillellipse(9,17,1,1);
  153.    fillellipse(15,17,1,1);
  154.    size = imagesize(7,12,18,22);
  155.    head4 = malloc(size);
  156.    getimage(7,12,18,22,head4);
  157.    cleardevice();
  158.  
  159.  
  160.    //food
  161.    setcolor(15);
  162.    setfillstyle(1,15);
  163.    fillellipse(10,10,3,5);
  164.    size = imagesize(5,3,15,17);
  165.    food = malloc(size);
  166.    getimage(5,3,15,17,food);
  167.    cleardevice();
  168.  
  169.     /* repeat until a key is pressed */
  170.  
  171.    maxx=getmaxx();
  172.    maxy=getmaxy();
  173.    setlinestyle(0,1,3);
  174.    setcolor(9);
  175.    rectangle(0,0,maxx,maxy);
  176.    setlinestyle(0,1,2);
  177.    line(maxx-150,0,maxx-150,maxy);
  178.    setcolor(8);
  179.    setfillstyle(1,8);
  180.    bar(maxx-147,3,maxx-3,63);
  181.    setcolor(12);
  182.    int maze=1;
  183.    if(maze==1)
  184.    {
  185.    setfillstyle(1,6);
  186.    bar(4,4,maxx-154,14);
  187.    bar(4,4,14,maxy-4);
  188.    bar(4,maxy-4,maxx-154,maxy-14);
  189.    bar(maxx-154-10,4,maxx-154,maxy-4);
  190.    }
  191.  
  192.  
  193.    settextstyle(0,0,1);
  194.    delay(300);
  195.    outtextxy(maxx-125,30,"RATTLE SNAKE");
  196.    delay(300);
  197.    setcolor(11);
  198.    setlinestyle(0,1,2);
  199.    rectangle(maxx-145,65,maxx-5,205);
  200.    outtextxy(maxx-128,70,"INSTRUCTIONS");
  201.    delay(200);
  202.    setcolor(6);
  203.    outtextxy(maxx-140,90,"Commands     Key");
  204.    delay(300);
  205.    setcolor(8);
  206.    outtextxy(maxx-140,110," Move Up      8");
  207.    delay(50);
  208.    outtextxy(maxx-140,130," Move Down    5");
  209.     delay(50);
  210.    outtextxy(maxx-140,150," Move Right   6");
  211.     delay(50);
  212.    outtextxy(maxx-140,170," Move Left    4");
  213.     delay(50);
  214.    outtextxy(maxx-140,190," Exit         0");
  215.    delay(200);
  216.    setcolor(12);
  217.    setlinestyle(0,1,2);
  218.    rectangle(maxx-145,210,maxx-5,350);
  219.    setcolor(1);
  220.    outtextxy(maxx-130,220,"Player's Name");
  221.    setcolor(15);
  222.    outtextxy(maxx-100,230,"hiral");
  223.    setcolor(4);
  224.    delay(200);
  225.    itoa(score,scor,10);
  226.    outtextxy(maxx-140,250,"Score");
  227.    outtextxy(maxx-50,250,scor);
  228.    delay(200);
  229.    setcolor(10);
  230.    outtextxy(maxx-140,280,"Level");
  231.    delay(200);
  232.    setcolor(13);
  233.    outtextxy(maxx-140,310,"Maze        1");
  234.    delay(200);
  235.    setcolor(14);
  236.    outtextxy(maxx-140,340,"High Score  ");
  237.    outtextxy(maxx-50,340,hs);
  238.  
  239.    for(j=0; j<=1000; j++)
  240.    {
  241. 	putpixel(random(maxx-150),random(maxy),6);
  242. 	delay(1);
  243.    }
  244.  
  245.    while (a!='0')
  246.    {
  247.  
  248.        // plot new image
  249.       if(a=='6')
  250. 	    putimage(x, y, head1, XOR_PUT);
  251.       if(a=='4')
  252. 	    putimage(x, y, head2, XOR_PUT);
  253.       if(a=='8')
  254. 	    putimage(x, y, head3, XOR_PUT);
  255.       if(a=='5')
  256. 	    putimage(x, y, head4, XOR_PUT);
  257.  
  258.       for(j=0; j<k; j++)
  259.       {
  260. 	   putimage(X[i-j], Y[i-j], body, XOR_PUT);
  261.       }
  262.  
  263.       if((X[i-j-1]-X[i-j])<0  && (Y[i-j-1]-Y[i-j])==0)
  264. 	    putimage(X[i-j], Y[i-j], tail1, XOR_PUT);
  265.  
  266.       if((X[i-j-1]-X[i-j])>0  && (Y[i-j-1]-Y[i-j])==0)
  267. 	    putimage(X[i-j], Y[i-j], tail2, XOR_PUT);
  268.  
  269.       if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])<0)
  270. 	    putimage(X[i-j], Y[i-j], tail3, XOR_PUT);
  271.  
  272.       if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])>0)
  273. 	    putimage(X[i-j], Y[i-j], tail4, XOR_PUT);
  274.  
  275.       delay(speed);
  276.  
  277.       if(second==1)
  278.       {
  279. 	setcolor(15);
  280. 	outtextxy(maxx-140,360,"Press Any Key...");
  281. 	getch();
  282. 	setcolor(0);
  283. 	outtextxy(maxx-140,360,"Press Any Key...");
  284. 	a='6';
  285.  
  286. 	second=2;
  287.       }
  288.  
  289.  
  290.       if(first==1)
  291.       {
  292. 	setcolor(15);
  293. 	outtextxy(maxx-140,360,"Congratulations  ");
  294. 	sound(100);
  295. 	delay(300);
  296. 	nosound();
  297. 	getch();
  298. 	setcolor(0);
  299. 	outtextxy(maxx-140,360,"Congratulations  ");
  300. 	second++;
  301. 	first=2;
  302.  
  303.       }
  304.  
  305. 	// erase old image
  306.       if(a=='6')
  307. 	    putimage(x, y, head1, XOR_PUT);
  308.       if(a=='4')
  309. 	    putimage(x, y, head2, XOR_PUT);
  310.       if(a=='8')
  311. 	    putimage(x, y, head3, XOR_PUT);
  312.       if(a=='5')
  313. 	    putimage(x, y, head4, XOR_PUT);
  314.  
  315.  
  316.       for(j=0; j<k; j++)
  317.       {
  318. 	   putimage(X[i-j], Y[i-j], body, XOR_PUT);
  319.  
  320.       }
  321.  
  322.       if((X[i-j-1]-X[i-j])<0  && (Y[i-j-1]-Y[i-j])==0)
  323. 	    putimage(X[i-j], Y[i-j], tail1, XOR_PUT);
  324.  
  325.       if((X[i-j-1]-X[i-j])>0  && (Y[i-j-1]-Y[i-j])==0)
  326. 	    putimage(X[i-j], Y[i-j], tail2, XOR_PUT);
  327.  
  328.       if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])<0)
  329. 	    putimage(X[i-j], Y[i-j], tail3, XOR_PUT);
  330.  
  331.       if((X[i-j-1]-X[i-j])==0  && (Y[i-j-1]-Y[i-j])>0)
  332. 	    putimage(X[i-j], Y[i-j], tail4, XOR_PUT);
  333.  
  334.  
  335.       if(f==0)
  336.       {
  337. 	putimage(r1,r2,food,XOR_PUT);
  338. 	f=1;
  339.       }
  340.  
  341.       z--;
  342.       if((x>=r1 && y>=r2 && x<=r1+10 && y<=r2+10) || (x<=r1 && y<=r2 &&
  343. x>=r1-10 && y>=r2-10) || z==0)
  344.       {
  345. 	if(z!=0)
  346. 	{
  347. 		sound(800);
  348. 		delay(20);
  349. 		setcolor(0);
  350. 		score += 10;
  351. 		outtextxy(maxx-50,250,scor);
  352. 		itoa(score,scor,10);
  353. 		if(score>hscore)
  354. 		{
  355. 			strcpy(hs,scor);
  356. 			setfillstyle(1,1);
  357. 			bar(maxx-140,337,maxx-20,348);
  358. 			setcolor(14);
  359. 			outtextxy(maxx-50,340,hs);
  360. 			outtextxy(maxx-140,340,"High Score  ");
  361. 			if(first==0)
  362. 			{
  363. 			first=1;
  364. 			}
  365. 		}
  366. 		setcolor(4);
  367. 		outtextxy(maxx-50,250,scor);
  368. 		k++;
  369. 	nosound();
  370. 	}
  371. 	z=100;
  372. 	putimage(r1,r2,food,XOR_PUT);
  373. 	repr1:
  374. 	r1=random(450);
  375. 	    if(r1<50)
  376. 	       goto repr1;
  377. 	repr2:
  378. 	r2=random(400);
  379. 	    if(r2<50)
  380. 		goto repr2;
  381.  
  382. 	f=0;
  383.       }
  384.  
  385.  
  386.       i++;
  387.       X[i]=x;
  388.       Y[i]=y;
  389.  
  390.       b=a;
  391.       if(kbhit())
  392.       {
  393. 		rep:
  394. 		a=getche();
  395.  
  396. 		if((b=='6' && a=='4') || (b=='4' && a=='6'))
  397. 			a=b;
  398.  
  399. 		if((b=='8' && a=='5') || (b=='5' && a=='8'))
  400. 			a=b;
  401.  
  402. 		if(a!='6' && a!='4' && a!='8' && a!='0' && a!='5')
  403. 			a=b;
  404.       }
  405.  
  406.  /*     if(x>maxx-170)
  407. 	x=0;
  408.  
  409.       if(y>maxy)
  410. 	y=0;*/
  411.  
  412.       if(a=='8')
  413. 	y -= bo;
  414.  
  415.       if(a=='5')
  416. 	y += bo;
  417.  
  418.       if(a=='4')
  419. 	x -= bo;
  420.  
  421.       if(a=='6')
  422. 	x += bo;
  423.  
  424.       for(j=i+1; j<i-k; j--)
  425.       {
  426. 	if((Y[i]>=Y[j] && Y[i]<=Y[j]+10) || (Y[i]<=Y[j] && Y[i]>=X[j]-10))
  427. 	{
  428. 		if((X[i]>=X[j] && X[i]<=X[j]+10) || (X[i]<=X[j] && X[i]>=X[j]-10))
  429. 		{
  430. 			a='0';
  431. 		}
  432.  
  433. 		 outtextxy(maxx-140,360,"C ");
  434.  
  435.  
  436. 	}
  437.  
  438. 	if((X[i]>=X[j] && X[i]<=X[j]+10) || (X[i]<=X[j] && X[i]>=X[j]-10))
  439. 	{
  440. 		if((Y[i]>=Y[j] && Y[i]<=Y[j]+10) || (Y[i]<=Y[j] && Y[i]>=X[j]-10))
  441. 		{
  442. 			a='0';
  443. 		}
  444.  
  445. 			outtextxy(maxx-140,360,"C  ");
  446. 	}
  447.  
  448.        }
  449.  
  450. /*      for(j=i; j<i-k; j--)
  451.       {
  452. 	if((y>=Y[j] && y<=Y[j]+10) || (y<=Y[j] && y>=Y[j]-10))
  453. 	{
  454. 		if((x>=X[j] && x<=X[j]+10) || (x<=X[j] && x>=X[j]-10))
  455. 		{
  456. 			a='5';
  457. 		}
  458. 	}
  459.  
  460. 	if((x>=X[j] && x<=X[j]+10) || (x<=X[j] && x>=X[j]-10))
  461. 	{
  462. 		if((y>=Y[j] && y<=Y[j]+10) || (y<=Y[j] && y>=Y[j]-10))
  463. 		{
  464. 			a='5';
  465. 		}
  466. 	}
  467. 	if(j==0)
  468. 		break;
  469.       }      */
  470.  
  471.  
  472.   /*	if(x<=0)
  473. 	x=maxx-170;
  474.  
  475. 	if(y<=0)
  476. 	y=maxy;*/
  477.  
  478. 	if(maze==1)
  479. 	{
  480. 		if(x<=14 || x>=maxx-184 || y<=14 || y>=maxy-14)
  481. 		{
  482. 		   a='0';
  483. 		}
  484. 	}
  485.  
  486.    }
  487.  
  488.    if(score>hscore)
  489.    {
  490. 	ofstream onfile("c:\tc\bin\rattle.txt");
  491. 	onfile<<scor;
  492. 	onfile.close();
  493.    }
  494.  
  495.    setcolor(15);
  496.    outtextxy(maxx-140,390,"    Gameover");
  497.    sound(100);
  498.    delay(400);
  499.    nosound();
  500.    getch();
  501.    /* clean up */
  502.    free(body);
  503.    closegraph();
  504.  
  505. }
Compilation error #stdin compilation error #stdout 0s 0KB
comments (?)
stdin
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Standard input is empty
compilation info 
prog.c:1:22: fatal error: graphics.h: No such file or directory
 #include <graphics.h>
                      ^
compilation terminated.
stdout
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Standard output is empty
https://ideone.com/Gqm0ol
language:
C99 (gcc 8.3)
created:
6 years ago
visibility:
public

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